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 D1-12_00018 1572 hypothetical protein GTGGAAGGGACTTGGGCTTGTCTCATCCCATTTATTCTGGTCATTCCCATTTCAATCATTACAAAGCAAGTGCAGTCCGGTCTGTTTGTCGGTTTGCTGGTCGGAAGCTATCTTTTGCATCCCAGCTTGCTTGGCGGGATTGAACATATGGTTCAATATGTAATCAGCAATATTGTCGTCACCAATAATATTAGAATCATTGTGTTTCTATATTCATTTGCCGGCCTTGTAGGGATTATAAAGCTGACCGGCGGGATAAAAGGATTCGTCCATTTGATCAGTAAAAAAGTTAAAACCAAAAAAGGTGCGATGCTGCTTGCATGGCAGTCGACATTTGGCACGTTCAGTGAACCGGACTTTCGCATCGTCACAATTGCACCGATCATGAAAGCGTTAAGCAAGCGTCTGGACCTGTCGAAACAGAAAATTGCGTATGCCATTGAGTTTACGGCAAACCCTGTCATTGCCTTGATTCCGATAGCAACGGCATTTGTCGGCTACATGGTTTCCATTATCGGACAGGCCCTTAAAACGTCAGGAATAGATCAGCCGGCTTATACGGTGTATGTGAAAAGTATTCCCTTCAATTTTTTCTCCATTGTGATTATATTAGTCGGAATTTATTACTGCTTTTTTAAGAAACAAAAAGCGGACGAAAGCTTAAAAAAAACAGAAAAGAGCGGACAAACTTCTGCTCGCAAACATAACAAAAATACGGAACCGATTCCGCGGAACAGCGGTGTGTTGCTTTCAAAAGGCTCAGGTTCATTCAACATGGAAACAGGGACGATCTCAGATATTCACGGTGAACATACGGGAATGTTCGAAAGTGATGAGCATGCTGACCAGCAGGAGGAGCTGGATTCGGCGCACCGTGCTTATATTAAGGAAACACCGATTCGGCCTTGGAATTTAATCATTCCGATCGGGCTGTTTTTGCTATTAACACTCTTTCTCAGCTGGTGGGACGGTCATTCAAAAGCACAAGGGTTTTTGAATGCTTTTATCAAAAGTGATATGCTTGGCGTCATGTTAACCGCATTATTGGCAGCGGTTATTGCAGCATTTGCTCTTTTTATGTTTCAGCGTTTTCATGCAGGCAAGCTTGTTACCCATTTTATTAAGGGCGGAAACGAATTGGTCAACGTTATTATTATGTTATCGCTGATTTGGGCCGTAACAGCAGTATCTGAAGATCTGGGATTCTCGAAATATGTTACTTCTCATTTAACGTCATGGATCCCTCATATGTTTATTGCGCCGTCTCTTTTTATACTGGGGGCTGTTATATCCTATTTTATCGGGTCATCCTGGGGGACTTGGGGGCTATTAATGCCGCTCGGCGTAACGCTGGCGGTTCAGTCACATACCAGCTTATTATTAGCGATCGGGGCTGTGTTTGCGAGCGGAACATTTGGAGCGTTTGCTTCTCCTCTCAGTGATAATACGGTGACAACCTGTACGGTGTTGGGGATCGATGTTGTGAAGTATGCCCGTTCGAAGCTTGTTCCGGCGCTTATCGCCGCAGGGATCTCCGTTGTGTTATACGGTGCGTTTTCATTTTTCAGATAA MEGTWACLIPFILVIPISIITKQVQSGLFVGLLVGSYLLHPSLLGGIEHMVQYVISNIVVTNNIRIIVFLYSFAGLVGIIKLTGGIKGFVHLISKKVKTKKGAMLLAWQSTFGTFSEPDFRIVTIAPIMKALSKRLDLSKQKIAYAIEFTANPVIALIPIATAFVGYMVSIIGQALKTSGIDQPAYTVYVKSIPFNFFSIVIILVGIYYCFFKKQKADESLKKTEKSGQTSARKHNKNTEPIPRNSGVLLSKGSGSFNMETGTISDIHGEHTGMFESDEHADQQEELDSAHRAYIKETPIRPWNLIIPIGLFLLLTLFLSWWDGHSKAQGFLNAFIKSDMLGVMLTALLAAVIAAFALFMFQRFHAGKLVTHFIKGGNELVNVIIMLSLIWAVTAVSEDLGFSKYVTSHLTSWIPHMFIAPSLFILGAVISYFIGSSWGTWGLLMPLGVTLAVQSHTSLLLAIGAVFASGTFGAFASPLSDNTVTTCTVLGIDVVKYARSKLVPALIAAGISVVLYGAFSFFR PGPT0027895_204 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-TETRACYCLINE_RESISTANCE,PGPT0027895-tet35-K18218 NA NA D1-12_00019 699 hypothetical protein GTGAAGCAGATTATTGCAATGGGCGGCGGAGGCTTTTCCATGGAGCCGGATCATCTTGTGCTGGATCAGTATATTTTAGAGCAGTCGGCGCGGTCAAAGCCGAAAGTTTGTTTTTTGCCGACGGCAAGCGGAGATTCGGAGAATTATATCGGCAGGTTTTATCAGGCCTTTCAAAAGCTGCGGTGTGAGCCGGATCACTTGTCGTTGTTTAAACCGCCGGGTTCTGATCTCAGATCCTTTCTCATGAAGAAAGATATTATATATGTCGGCGGCGGAAATACGCGCAATATGCTTGTCTTATGGAAAGAATGGGGGCTTGACCGTATTCTTCGTGAGGCTTGGGAAAACGGCATCATGTTGGCGGGTCTCAGCGCCGGGGCGATTTGCTGGTATGAAGAAGGATTGACGGATTCAGCTGGAGATTTGAGAGAGTTAAGAGCTTTAGGATTTTTGCCGGGCAGCTTTTGTCCGCACTATGACGGAGAAGCGGGGCGCCGGCCGGTGTATCACCGTCTGATTTCAGAAAAGAAACTCAGGGAGGGCTATGCCGCTGATGACGGCGCTGCGCTTCATTATAAAGACGGTCAGCTGATCCGGGCTGTCTCTTCCCGGGAAACCGCAAAGGGTTATCGGGTTTTTAATACCGAAGAAGGCGTTCGGGAAGCAGAGCTTATGACTGTCCCGTTATCTGAATTTTGA MKQIIAMGGGGFSMEPDHLVLDQYILEQSARSKPKVCFLPTASGDSENYIGRFYQAFQKLRCEPDHLSLFKPPGSDLRSFLMKKDIIYVGGGNTRNMLVLWKEWGLDRILREAWENGIMLAGLSAGAICWYEEGLTDSAGDLRELRALGFLPGSFCPHYDGEAGRRPVYHRLISEKKLREGYAADDGAALHYKDGQLIRAVSSRETAKGYRVFNTEEGVREAELMTVPLSEF NA NA NA NA NA D1-12_00021 1773 thiC COG0422 Phosphomethylpyrimidine synthase ATGCAAAATCAATCAGTACAGCAAGCGAACATTTCCATTATGTCGAGTTTTTCCGGCAGTAAAAAGGTTTATGCAGAAGGTTCTTCGCCCGATATACGAGTGCCGATGCGGGAAATCAGCCTGAGTGCGACTACGGGGGCATTCGGGGAAGAGGAGAATGCGCCGGTCCGTGTTTATGATACGAGCGGGCCGTATACAGACCCGGATGTACAAATTGATATTCATGAAGGGCTGGGGGCGCTCCGCACAAAGTGGATTACCGGGCGCGGAGATGTAGAGGAATATAACGGCCGGACCGTGAAGCCTGAAGACAACGGTTATAAAAAAGAGGGCCGTGCCGCCGAATACCCCGGCCTGCAGCGGAAACCGCTTCGGGCCAAGCCGGGGAAAAATGTAACACAATTGCATTATGCGAGAAAAGGCATCATTACGCCGGAAATGGAGTTTATCGCAATTCGCGAGCATGTGTCTCCCGAATTTGTCAGGGAAGAGGTGGCGAGCGGACGGGCGATTATTCCTTCTAACGTCAACCACCCGGAAAGCGAGCCGATGATTATCGGCCGGAATTTTCATGTGAAAATCAATGCAAATATCGGCAACTCGGCTGTTACATCTTCTATCGAAGAAGAAGTCGAAAAAATGACGTGGGCGATTCGCTGGGGCGCCGATACGATGATGGACTTATCCACGGGAAAAGACATTCATACGACGCGTGAATGGATTATCCGCAACTGCCCCGTGCCTGTGGGGACGGTGCCGATTTATCAGGCGCTTGAAAAAGTTAATGGCATTGCCGAGGATTTAACGTGGGACATTTATCGTGACACATTGATTGAGCAGGCGGAGCAGGGCGTGGATTATTTCACCATCCATGCCGGCGTACTGCTTCGTTACGTCCCGTTAACGGCCAAACGCACGACGGGAATCGTTTCCCGCGGCGGGGCGATTATGGCGCAATGGTGCCTGGCTCATCATCAGGAAAGCTTTCTGTACACGCATTTTGAAGAAATTTGTGAAATCATGAAGACCTATGATATCGCTTTTTCTCTTGGTGACGGGCTTCGCCCCGGTTCAATTGCGGATGCCAATGATGAAGCGCAGTTTGCGGAATTGGAGACTCTCGGAGAATTGACGGAGATTGCGTGGAAGCATGATGTGCAAGTGATGATCGAAGGACCGGGTCATGTGCCGATGCATAAAATTAAGGAAAACATGGACAAGCAGCTGGAAATTTGTAAAGAGGCCCCTTTTTACACGCTCGGGCCATTAACGACGGATATCGCTCCGGGTTATGACCACATTACTTCAGCAATCGGCGCGGCGATGATCGGCTGGTATGGGACGGCGATGCTTTGCTATGTCACGCCGAAGGAGCATTTGGGGCTGCCGAATCGTGATGATGTAAGAGAAGGCGTCATTACGTACAAAATCGCGGCACATGCCGCAGACCTTGCTAAAGGGCATCCGGGTGCACAGATCCGTGACGATGCTCTGTCTAAGGCGCGGTTTGAATTCCGGTGGCGTGATCAATTTCATTTGTCGCTTGATCCTGAAAGAGCAATCGAATATCATGATGAAACGCTGCCGGCTGAAGGCGCAAAAACGGCTCACTTCTGTTCGATGTGCGGTCCGAAGTTCTGCAGCATGAGAATTTCTCAGGATATTCGTGATTATGCGAAGGAAAACGGACTTACTGAAGACGAGGCCGTCAATGAAGGGCTGAAAGAAAAAGCAAAAGAGTTTGCGGAGAAGGGAAGCCGCTTATATCAATAA MQNQSVQQANISIMSSFSGSKKVYAEGSSPDIRVPMREISLSATTGAFGEEENAPVRVYDTSGPYTDPDVQIDIHEGLGALRTKWITGRGDVEEYNGRTVKPEDNGYKKEGRAAEYPGLQRKPLRAKPGKNVTQLHYARKGIITPEMEFIAIREHVSPEFVREEVASGRAIIPSNVNHPESEPMIIGRNFHVKINANIGNSAVTSSIEEEVEKMTWAIRWGADTMMDLSTGKDIHTTREWIIRNCPVPVGTVPIYQALEKVNGIAEDLTWDIYRDTLIEQAEQGVDYFTIHAGVLLRYVPLTAKRTTGIVSRGGAIMAQWCLAHHQESFLYTHFEEICEIMKTYDIAFSLGDGLRPGSIADANDEAQFAELETLGELTEIAWKHDVQVMIEGPGHVPMHKIKENMDKQLEICKEAPFYTLGPLTTDIAPGYDHITSAIGAAMIGWYGTAMLCYVTPKEHLGLPNRDDVREGVITYKIAAHAADLAKGHPGAQIRDDALSKARFEFRWRDQFHLSLDPERAIEYHDETLPAEGAKTAHFCSMCGPKFCSMRISQDIRDYAKENGLTEDEAVNEGLKEKAKEFAEKGSRLYQ PGPT0008905_2276 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 D1-12_00022 1374 yvdP COG0277 putative FAD-linked oxidoreductase YvdP GTGAAAGTGAGTGAGAATGTGGAAAAGACAACATTGACCGGTCGCATCGTCAAAAAAGATGACCCGGACTATAATGCTGCAAGAACCAATATCAATTTAAGCCTGCAAAGATATCCAGACATCATTGTGTTTTGTCAAAATAAACATGACGCCCTCAATGCGCTGAGATGGGCGCGTGAGAACAATGTGCCTTTCCGTATCAGAGGCGGAAGACACAGCTACGAAAATTTTTCCCTGTTAAATAACGGACTAGTCATTGATCTCAGTGAAATGAAGAAAATAAGAGTAAATGAGGATACACGGCTGGTCTCGATTGAAGCGGGAGCCGAATTGGGAGAAGTCTACCGGACACTCTGGCGGTACGGCTTGACCCTTCCGGCGGGAACCATTGCGAATGTGGGAATCACGGGGCTGACGCTCGGGGGAGGAATCGGATATTTAACAAGGACAGCCGGACTTACTTGCGATCGTCTCCTCCAGCTCGAAATGATCATAGCGGACGAAAAAGCGGGTGCTGACTTGATCACAGTCAACCGCTCAAAGCACTCTGATCTATTTTGGGCGTCTCAGGGCGGAGGGGGAGGCAACTTCGGCATTGTCACATCCATGATGTTTAAAGCCGTGCCGATCTCGTGCGTGTCTGTTTTTTCTGTCACTTGGGGCTGGGATGATTTTGAGGAAGTATTTAACACATGGCAGCGCTGGGCTCCATTTACAGACAACCGGCTTACCTCATCCATTCAGTTTTGGCCTAAGGAAGTAAACCGCATAGAAGCGCTCGGTCAATTTACCGGGACAAAGGATGAGCTGAAAGAACTGCTGGCTCCGTTAATGAAAGCGGGAAAACCGGCAAGCGGCATGGTCAAGACAGTCCCATTTATTAAAGCGGCAGCCTTTTTTAACAGCCCGGGAGGCAATCAGCCGCAAAAGATGAAGCGGTCAGGATCCTTTATTGAAAAACCATTATCTACACGCGCGATTTCCACTTTAAAGCGCTATTTAGAGCACGCTCCGAACGAAAACGCCAGTGTCTGGCAGCAATCTCTCGGCGGGGCGGCCGGACGGATCGCTCCGGACCAAACGGCATTCTACTATCGCAACGCAATCATTGCCCAAGAATATATTACAACTTGGACATCTGCTGAAGAAGAAAGACAAAATGTCCGCTGGATCGAAGGACTGAGAACGTCTCTATCAAGAGAAACGATGGGAGATTACGTGAATTGGCCTGATAGAGAAATCAGAAACTGGCTGCAAACATATTACGGAGAAAATGTTCACCGCCTCCGTCAAGTCAAAACGAAATACGATCCGGAAAATATATTCCGATTTGAGCAGAGCATTCCGCCGCTTCGCCGTTCACCGTTTTTCTAA MKVSENVEKTTLTGRIVKKDDPDYNAARTNINLSLQRYPDIIVFCQNKHDALNALRWARENNVPFRIRGGRHSYENFSLLNNGLVIDLSEMKKIRVNEDTRLVSIEAGAELGEVYRTLWRYGLTLPAGTIANVGITGLTLGGGIGYLTRTAGLTCDRLLQLEMIIADEKAGADLITVNRSKHSDLFWASQGGGGGNFGIVTSMMFKAVPISCVSVFSVTWGWDDFEEVFNTWQRWAPFTDNRLTSSIQFWPKEVNRIEALGQFTGTKDELKELLAPLMKAGKPASGMVKTVPFIKAAAFFNSPGGNQPQKMKRSGSFIEKPLSTRAISTLKRYLEHAPNENASVWQQSLGGAAGRIAPDQTAFYYRNAIIAQEYITTWTSAEEERQNVRWIEGLRTSLSRETMGDYVNWPDREIRNWLQTYYGENVHRLRQVKTKYDPENIFRFEQSIPPLRRSPFF NA NA NA NA NA D1-12_00023 180 hypothetical protein GTGGCGTTAAAAAAGGTATCACATGTGCGCAAAAAGAGCAAAAAACGAAAAAAGTACAGAAAACACACATTGAATTTCGAACTGCTTGTAGAGAAAAACAAACGGGAGATTATGAGAAATAAGGAACAGATGGAGCAGATTTATATAAAGATAGATGAAAAGCATGCGGGGGTTCGATAA MALKKVSHVRKKSKKRKKYRKHTLNFELLVEKNKREIMRNKEQMEQIYIKIDEKHAGVR NA NA NA NA NA D1-12_00024 1722 hypothetical protein ATGAAGGAGAGAAAATGGAGGATAAAAACAACGGTACTCGCGCTGTCGGTATCCATCATGTTATCAGGGTGCGCGTTAGGGAGTGCCGGAGAAGAACCGTCATCTGCGGCTGATAAAAAGGAAGAAACACGTATCGCCCAAGTCAAGACAAAGGAATTTAAAGCTTCTCATCCGGCGGCGATTCCCGCTAAATCGAAAGCCAGAACTGACACTTTTGTTGCTGGGATTTCCGCGCCGGGCGGCGTGTTTCTGCCGTACTTTTACGAAAACGGCTGGGACGGAAATGCGACAGATCCTATTTTTGAACCGTTAGTCAAACTGGATAAAACGGGGAAGCCTGCCCCGGCTCTTGCGGAAAGCTGGAAAATTTCCAAAGATCAGCTTACATACACGTTCCGTTTAAGAAAAAATCTCGTTTTCAGCGACGGTTCACCATTGACCGCAAAGGATGCCGCATTCACTTTAACACTGCTGCATGATCCTGCATACGCGGGCTATGAAGATATCACCACGGCCTATATTAAAGGCGGTAAGGCTTACAAAGAAGGAAAGGCAAAGACGATAGAGGGCATACGCGTCCTTGATGACAGAACCATTCAAATTACGACTGAGAAAGTCAGTGCGAAGTCGCTGCTTCTTTTAGGCGGGCAGGTGCTGTCAGAAGCCTACTACGGGAAGAAATATCAATTCGGCAAACTGGACTATTTAAAAGAGCTTTATGCCAAACCGCTCGGAGCGGGACCTTATCAATTTACAGAATACCTTCCGGGACAGGAAATACGTTATCAGGCTAATGAACACTATTATGCCGGAAAACCGAAAACGGAAAAGCTGATTTATAAAATTATCGATCCGTCAACTTCTCTTCAGCTGTTTGAAACGGGTGACCTTGATTACGCTTCTTTCTCACCTGATGATGATACGGTTCAGCATTTAAAAAGTCTCGGTTTTGCCAATATAAGCGTATCTGTCGTGAATGATTACGGGCTTGTGTACGTCAATCACAAGCGTCCGCCTTTTCAAGATAAGAAAGTGTCCCAGGCGCTTATTTACGGACTTGACCGGCAAAAAATCGTCGATGTCCGCTTTAAACGCTACGGAGAGGTCGCGAATGTTCCGGTGTCTCCGGTTTCGTGGGCTTATGATGACAAAGGTGTCAATCGGTACGCGTTTAACCCTGAAAAAGCCAAAAAGCTTCTCGATGAAGCGGGCTGGAAAACGGGCAAAGACGGTGTACGTGAAAAAAACGGCAAAAAGCTTGAAATCAGCTATTACACGTCTAAAGCGGATGATGATTTCATCCCGATCGCGAAAGAAAATTACGCGGACATCGGAATCTCATTAAAACCGGAAGTCATGGATTTTAATACAGAAGTAGCGAAAATAAATGACAAACAATACGACCTTGCCGCCGTTTCCACCTCGCAGATTCTTGATCCGAATGACACGGTGGAAAAGCTGGCTTCCGGCCATCCCAATAATGTAACGGGATATTCCAATCCGAAAGCGGACCGGCTGATAGAGAAAGGAGCCGGCACGCTTGATATCAGCAAAAGAAAAGAGATTTATCACCAGCTGTACCGGGAGCTCGGGGAAAACCCGCCTTACATTCTGATTCATTACCGTCAGAGCGCAAGGGCGGTCAGCGGAAAAATAAAAGGGCTTGAGCCTGACAATTATTCTGGAATCAGTTCAAGTCTCTCAAATGTCTCAATTCAATAG MKERKWRIKTTVLALSVSIMLSGCALGSAGEEPSSAADKKEETRIAQVKTKEFKASHPAAIPAKSKARTDTFVAGISAPGGVFLPYFYENGWDGNATDPIFEPLVKLDKTGKPAPALAESWKISKDQLTYTFRLRKNLVFSDGSPLTAKDAAFTLTLLHDPAYAGYEDITTAYIKGGKAYKEGKAKTIEGIRVLDDRTIQITTEKVSAKSLLLLGGQVLSEAYYGKKYQFGKLDYLKELYAKPLGAGPYQFTEYLPGQEIRYQANEHYYAGKPKTEKLIYKIIDPSTSLQLFETGDLDYASFSPDDDTVQHLKSLGFANISVSVVNDYGLVYVNHKRPPFQDKKVSQALIYGLDRQKIVDVRFKRYGEVANVPVSPVSWAYDDKGVNRYAFNPEKAKKLLDEAGWKTGKDGVREKNGKKLEISYYTSKADDDFIPIAKENYADIGISLKPEVMDFNTEVAKINDKQYDLAAVSTSQILDPNDTVEKLASGHPNNVTGYSNPKADRLIEKGAGTLDISKRKEIYHQLYRELGENPPYILIHYRQSARAVSGKIKGLEPDNYSGISSSLSNVSIQ PGPT0004430_3823 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 D1-12_00025 957 dppB_1 COG0601 Dipeptide transport system permease protein DppB ATGAAACGGTATGCCGCAGAACGATTCATTCAAATGCTTGTGATCTTATTCGGTACGTCTTTTATTATTTTTTTCTTATTCGCCATGCTTCCGGGCGACTATATTGATTCCAATGTAAACCTGACTCCTGAAAGAGCGAAGGAGTTAAAAGCGCTTTACGGGCTGGATCAGCCGATTTGGCAGCGCTATGTGACGTGGCTCGGTAATGTGCTCAGCGGAGATTTTGGGTTTTCTTTGAAATATCAGGAGAACGTCCTGTCACTGCTTCGGAAATATGTCTGGAATTCGTTTTTTGTCGCGTTTTTGGCGTTGCTTGTCACATGGTCAGCCGCGATGATAACGGGTGTCATATCCGCTGTCAGGAAATACTCATGGTTTGACGGGATCGTGACGTTTCTTGTGTTTGCTTCCATGGCGTTTCCGTCTTTTTTTATCAGCCTTCTGTTTATTAAGTGGTTTGGGGTGGATTTGAAATTATTGCCCGTCGGCGGGATGATTGATACCGGAAGCACGAGTACAGGTTTTTCGTACGTGCTTGAAGCCGCCAGACATATGATTCTTCCGGTCGTGATTTTATCTATGCTCGGCATCGGCTCGCTGACAAGGTATTTCCGCTCCGGCATGCTGGACGTGATCAGACAGGATTATATCAGAACGGCGAGAGCGAAGGGATTGAAAGAGCGCACCGTCATCTGGAAACATGCGTTGAAAAACGCGCTCATTCCGGCCATCACCCTGCTTGCTTTTGAACTGCCGGGACTGTTTTCCGGAGCCATCATTATTGAACAGATTTTCGGGTGGCCGGGTGTCGGACGTATTCAGCTTGAATCTGTGCATTATCGTGATTATCCGGTTTTGATGGCGTTTACCTTGTTTTTGTCTTGTTTAACGATTGTGGGGAACTTCTTGGCGGATATCGCTTATGCCGCGGTTGATCCGCGGGTCAGGCTGAAATAG MKRYAAERFIQMLVILFGTSFIIFFLFAMLPGDYIDSNVNLTPERAKELKALYGLDQPIWQRYVTWLGNVLSGDFGFSLKYQENVLSLLRKYVWNSFFVAFLALLVTWSAAMITGVISAVRKYSWFDGIVTFLVFASMAFPSFFISLLFIKWFGVDLKLLPVGGMIDTGSTSTGFSYVLEAARHMILPVVILSMLGIGSLTRYFRSGMLDVIRQDYIRTARAKGLKERTVIWKHALKNALIPAITLLAFELPGLFSGAIIIEQIFGWPGVGRIQLESVHYRDYPVLMAFTLFLSCLTIVGNFLADIAYAAVDPRVRLK PGPT0004445_9365 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 D1-12_00026 906 gsiD COG1173 Glutathione transport system permease protein GsiD ATGAAAAAACAAATAGAGGTGCCGCCTTCTCTTTGGAAGCAGACGTACCGCCGCCTGCTGCAGCATAAGCTGACGGTCATCAGTCTTCTTTTCTTATGTTTTATGTTTTTATTGTGCTTTATCGGGCCGTCTTTTTCTCCGTACATAACAGATCGGACGGATATTTCAAATGCCAATCAGCAGCCGGGAATCCATCATTGGCTGGGAACCGACCAGTACGGGAGAGATGTGCTGACGAGGCTGATGCTGGCGGGGCAGATTTCTCTGACTGTGGGGCTTGCTTCAATGGTGCTGTCGCTTGTCATCGGTTCTTTACTCGGGGCTGCGGCCGGATTTTATCGGGGAGCCGCAGATATGATCATTATGCGAATTGCTGATATGCTCATGTCTATCCCGGGCCTGCCGCTGCTTTTGATTTTGGCTGCGGTGATGTCGGAGTGGAAAGTGCCTTCTGAATACAGAATGTACCTGATTATGATGATGTTAAGCCTGATCGGATGGCCCGGTTTGGCGCGGCTTGTACGCGGACAGATTTTGTCGCTGAAGGAGCAGCCGTTTATGATGGCCGCGGAAGTTTTGGGGCTTAGTGATAAACGGAAAATCCTCTATCATTTGCTTCCCAATACATTGCCGTTATTACTGGTAGCGGCGACTTTGCATGTGGCGGGAGCGATGCTGAGTGAATCGGCGCTGAGTTTTCTCGGACTTGGCGTTGCTCCGCCCACACCTTCTTGGGGAAACATGATGGAAGCGGCGAATCATTTTATGGATTTTACACTCCGCCCGTGGCTGTGGATTCCGCCGGGAACGGCCATTTTTCTGACCGTTGTGGCGATTCATCTGCTTGGAGACGGTTTAAGAGACGCTTTTGATCCTAAGGTAAAACGGCAGGTGAAAGTGAAATGA MKKQIEVPPSLWKQTYRRLLQHKLTVISLLFLCFMFLLCFIGPSFSPYITDRTDISNANQQPGIHHWLGTDQYGRDVLTRLMLAGQISLTVGLASMVLSLVIGSLLGAAAGFYRGAADMIIMRIADMLMSIPGLPLLLILAAVMSEWKVPSEYRMYLIMMMLSLIGWPGLARLVRGQILSLKEQPFMMAAEVLGLSDKRKILYHLLPNTLPLLLVAATLHVAGAMLSESALSFLGLGVAPPTPSWGNMMEAANHFMDFTLRPWLWIPPGTAIFLTVVAIHLLGDGLRDAFDPKVKRQVKVK PGPT0004450_7086 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 D1-12_00027 987 oppD_1 COG0444 Oligopeptide transport ATP-binding protein OppD ATGAAAAAACCGCTTTTAGAAGTAAGGCATTTGGAAACGGCTTTTTATACAGAGGAGGGGGCGGTAAAGGCTGTGGACGATGTCAGCTTTACGATACATGAGGAGGAAACGGTTTGTATTGTAGGGGAGTCCGGCTGCGGGAAAAGCATGGCGTCATTGTCCATTATGCAGCTTCTTCCCGAGACGGGGAGAATCGAACGGGGAGCGGTGCATTTTTCCGGACGGAACCTGTTGGAATTGAAACCAAAAGACATGCAGAAAATCCGCGGCAGCGAAATCGGGATGATATTTCAGGAACCGATGACATCTTTGAATCCGGTGTTTACAATCGGTGAGCAGCTGGCCGAACCGATTCGCGAACATTTGTTGCTGAGTAAGAAAGAAGCATGGCGGAAGGCCGTTGAACTGATCACGTTAGTGGAGATCCCGCATGCCGAGCAGGTTATGCACCGATATCCTCATGAGCTGAGCGGCGGCATGCTGCAGCGCATCATGACGGCTGTCGCGCTAAGCTGCGATCCGAAACTGATCATTGCCGACGAGCCGACGACAGCGCTTGACGTAACCATTCAGGCGCAGATATTGGATTTATTGCGGGATATGAAAAAGCAATTTCGCACGTCTATTTTATTCATTACACATGACCTGGGCGTGGTTGCTGAAATGGCTGATTATGTGATTGTCATGTATGCGGGAAAAATTGTGGAGGAAGGACCGGTTGCAAAGCTGTTTTCTGATCCGAAGCATCCGTATACGAAAGGGCTGCTCGCGGCCAAGCCGGTTATCGGTCAAAGAAGGGAGATGCTGTACACCATTCAGGGGCAGGTCCCCGAGCTTGCGGACCTGTCGGGATCGTCTTGTTATTTTGCGGAGCGATGTGAACACAGCACGGAAATATGCCGGAGATCGAGCCCGCATTTTACTGAATTCGGGAAGGGACATCAGGCGGCGTGCTGGCTTTACAGAGAGGAGAAAGCAGATGAGTGA MKKPLLEVRHLETAFYTEEGAVKAVDDVSFTIHEEETVCIVGESGCGKSMASLSIMQLLPETGRIERGAVHFSGRNLLELKPKDMQKIRGSEIGMIFQEPMTSLNPVFTIGEQLAEPIREHLLLSKKEAWRKAVELITLVEIPHAEQVMHRYPHELSGGMLQRIMTAVALSCDPKLIIADEPTTALDVTIQAQILDLLRDMKKQFRTSILFITHDLGVVAEMADYVIVMYAGKIVEEGPVAKLFSDPKHPYTKGLLAAKPVIGQRREMLYTIQGQVPELADLSGSSCYFAERCEHSTEICRRSSPHFTEFGKGHQAACWLYREEKADE PGPT0004435_10473 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 D1-12_00028 966 oppF_1 COG4608 Oligopeptide transport ATP-binding protein OppF ATGAGTGATGCGTTGCTGGAGGTCAAGGGGCTGAAAAAATATTACGAGGAACATGGGGGGATGAGAAAGACCCGCAAAAATCCCGTAAAAGCGGTCGACGGTGTCAGTTTTACGATAGGAAAAGGAGAAGTGTTCGGCTTAGCGGGAGAATCGGGCAGCGGAAAGTCATCAATCGGCAAGACCATTTTGAGGCTTCATGAGAAAACAGGGGGAGAGGTGTTTTTTCAGGGGCGTGATGTGTTTCGGATGAGCCGGCGCGAGCTCAAAACTTTCAGATCAGAAGCGCAGCTCATCTTTCAAGATCCGTTCAGTTCTTTAAATCCCCGGCGCCGGATCGGAGAAGCCATCGGTGAAGCGATGATCGAGCATCAATTGGCGGTGAAGCGGAATGCGCGTGATAAAGCGGCGGAGGTTCTTGAAGCCTGCGGGCTTTCCGCAAACTTTATCGACCGATATCCGCATGAATTTTCCGGAGGGCAGCGGCAGCGGATCGTGATTGCAAGAGCGATGGCGCTTAAGCCGCAATTTATCATTATGGATGAACCTGTGGCGGCGTTAGATGTCTCCATCCAGGCGCAGATGATCAATTTGTTCAGCAGCCTTCAAAAACAGCACGGGCTGTCATATTTGTTCATTTCTCATGATTTAAGCGTGGTGGAGCACTTATGTACGAAGGTCGCCATTATGTATTTAGGGACGATTGTGGAATACGCGTCAAAGGAGGAGCTCTTTTCACGGCCGCTTCACCCTTATACGAAAGCGCTGTTATCAGCCGTGCCTGTTCCTGATCCCGGAGCGAAAAGGGAGCGGATAATTTTAAAGGGTGATATACCGAGCCCCTCTGATCCGCCTTCAGGCTGTAAATTCCGAACGAGATGCCCGGCAGCCAAGAAGATATGTGCTGAGAAAAGTCCGGCGCTGTCAGAAAAAGGGCTTCATCATTTTGCGGCATGCCACTTCGTGTAA MSDALLEVKGLKKYYEEHGGMRKTRKNPVKAVDGVSFTIGKGEVFGLAGESGSGKSSIGKTILRLHEKTGGEVFFQGRDVFRMSRRELKTFRSEAQLIFQDPFSSLNPRRRIGEAIGEAMIEHQLAVKRNARDKAAEVLEACGLSANFIDRYPHEFSGGQRQRIVIARAMALKPQFIIMDEPVAALDVSIQAQMINLFSSLQKQHGLSYLFISHDLSVVEHLCTKVAIMYLGTIVEYASKEELFSRPLHPYTKALLSAVPVPDPGAKRERIILKGDIPSPSDPPSGCKFRTRCPAAKKICAEKSPALSEKGLHHFAACHFV PGPT0004440_8127 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 D1-12_00029 1446 katA_1 COG0753 Vegetative catalase ATGAGTTCAAATAAATTGACAACCAGCTGGGGCGCTCCTGTCGGAGATAACCAAAACTCAATGACGGCCGGCGATCGCGGTCCTGCTTTAATACAAGACGTCCATCTGCTTGAGAAATTGGCGCACTTTAACAGAGAACGCGTTCCGGAGCGTGTCGTTCACGCAAAAGGCGCGGGCGCACACGGTTATTTTGAAGTCACAAATGACGTTACAAAATATACAAAAGCCGCATTTCTGTCAGAAGTCGGTAAACGCACGCCGCTCTTCATCCGTTTCTCAACCGTTGCGGGCGAACTGGGCTCTAGTGACACAGTGCGCGACCCGCGCGGATTTGCCGTTAAGTTTTATACAGAAGAAGGAAACTACGACATCGTCGGAAACAATACACCCGTGTTCTTCATCCGCGATGCCATCAAGTTCCCTGACTTTATCCATACACAAAAAAGAGATCCGAGAACACATCTGAAAAACCCGACGGCCGTTTGGGATTTCTGGTCTCTGTCACCGGAATCCCTGCACCAGGTAACCATTCTGATGTCAGACCGGGGCATTCCGGCGACTCTTCGCCATATGCACGGATTCGGAAGCCATACATTTAAATGGACAAATGATAAAGGTGAAGGCGTCTGGATTAAATATCACTTTAAAACAGAGCAAGGCGTGAAAAACCTTGATGTTAATACAGCCGCAAAAATCGCGGGCGAAAATCCCGATTACCATACGGAAGATTTGTTCAATGCGATTGAAAACGGCGATTTCCCCGCATGGAAATTATATGTTCAAATCATGCCGTTAGAAGACGCAAACACATATCGCTTTGATCCGTTTGACGTCACAAAAGTATGGTCTCAAAAAGACTATCCGCTCATTGAAGTCGGCCGCATGGTTCTGAACCGCAATCCGGAAAATTACTTTGCGGAAGTAGAACAGGCGACGTTCTCTCCCGGCACATTAGTCCCCGGCGTCGACGTCTCACCTGACAAAATGCTTCAAGGCCGGTTGTTCGCATACCATGACGCGCATCGCTACCGTGTCGGCGCGAACCATCAGGCGCTGCCGATCAACCGTTCCCGCAATGAAGTGAAAAACTATCAGCGTGACGGACAAATGCGTTTTGATGATAACGGCGGCCGCTCCGTCTATTACGAGCCGAACAGCTTCGGCGGCCCGAAAGAGTCACCTGAAGATAAACAGGCGGCATATCCTGTATCAGGTTTCGCTGACAGTGTAAGCTATAACCATCATGATCATTACACACAAGCCGGCGACCTGTACCGCCTGATGAGCGAGGAAGAGCGCGCGCGCCTTGTCGCCAATATCGTCAGTGCGATGAAACCTGTGGAAAAAGAAGAAATTAAGCTGCGCCAGATCGGCCACTTCTACAAGGCTGATCCTGAATACGGCAGACGCGTTGCCGAAGGACTCGGACTGCCATCACCAAAATAG MSSNKLTTSWGAPVGDNQNSMTAGDRGPALIQDVHLLEKLAHFNRERVPERVVHAKGAGAHGYFEVTNDVTKYTKAAFLSEVGKRTPLFIRFSTVAGELGSSDTVRDPRGFAVKFYTEEGNYDIVGNNTPVFFIRDAIKFPDFIHTQKRDPRTHLKNPTAVWDFWSLSPESLHQVTILMSDRGIPATLRHMHGFGSHTFKWTNDKGEGVWIKYHFKTEQGVKNLDVNTAAKIAGENPDYHTEDLFNAIENGDFPAWKLYVQIMPLEDANTYRFDPFDVTKVWSQKDYPLIEVGRMVLNRNPENYFAEVEQATFSPGTLVPGVDVSPDKMLQGRLFAYHDAHRYRVGANHQALPINRSRNEVKNYQRDGQMRFDDNGGRSVYYEPNSFGGPKESPEDKQAAYPVSGFADSVSYNHHDHYTQAGDLYRLMSEEERARLVANIVSAMKPVEKEEIKLRQIGHFYKADPEYGRRVAEGLGLPSPK PGPT0014380_5086 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-OXIDOREDUCTASES,PGPT0014380-katE|CAT|catB|srpA-K03781 NA NA D1-12_00030 936 hypothetical protein ATGCTTTTCCGGCAGCATTTTAAACCTGTCGATATTCACGGTCATCTGCCGTACAGCCTTTATTTCGGCAAAAACGATAAGACATTTTCCGATTACAACCGGGAGCGGTCAGAAAGAATGAATCTGACTTGGGATTTTCCTGATCCGCATGATGTTGATGGGGATGACGGCGAAATCGCTTTGATGACAAGATGGGAGAATGAATTAGATAAGTACGGCATTGACGTGCTGAATTTTTTAACAGCAGAGAGCAATGACCGGATGGCGGCGTTTATTCAAGCCAATCCCGCGAGATTTACCGGATTTGCATATCATCCTTTGGAGCGGGAGAATGCGTATGAAGAGCTGAAAAGAGCGGTAGAAGAGCTCGGTCTGAAAGGATATAAACTGTTCGGACCGCTGACAGACATCGATTTTCATGATCCGTCGCTGAAAAAGCTGTGGACGTATCTGGCTGACAAAAAGCTGCCTGTATTAATTCACTTCGGGCTTTTAGGGAGAGCGGGGGGTATTGTCAGCCATCGCAACATCAACCCGCTCTCCATCTATCGCGTCGCGAGAGAGTATGCTGATATCCCGTTCATCATTCCGCATTTCGGCGCCGGATATTATCAGGAACTGCTTCAGCTGTGCTGGAGCTGCCCGAATGTGTATATTGATACGTCCGGCTCAAATCAGTGGATGAGGTGGATGCCGTACCCGCTTGATTTGGAAATTCTGTTTCGAAAGACATCTGAATTAATCGGTGCTGAACGGATCATCTTCGGGACGGATTCGAACGGATTTCCGAGAGGATATGTATACAGATATCTTCAGGAGCAGGTGAGAACCTGCCGGGAAATCAATATGCGGGAAGAAGATATAGAAAACATATTCGGCAACAATGCGCGAACATTATTGAAAATCGCCCGGCAAGAAAAGGAAGTAAACACGTGA MLFRQHFKPVDIHGHLPYSLYFGKNDKTFSDYNRERSERMNLTWDFPDPHDVDGDDGEIALMTRWENELDKYGIDVLNFLTAESNDRMAAFIQANPARFTGFAYHPLERENAYEELKRAVEELGLKGYKLFGPLTDIDFHDPSLKKLWTYLADKKLPVLIHFGLLGRAGGIVSHRNINPLSIYRVAREYADIPFIIPHFGAGYYQELLQLCWSCPNVYIDTSGSNQWMRWMPYPLDLEILFRKTSELIGAERIIFGTDSNGFPRGYVYRYLQEQVRTCREINMREEDIENIFGNNARTLLKIARQEKEVNT NA NA NA NA NA D1-12_00031 768 ssuB_1 COG1116 Aliphatic sulfonates import ATP-binding protein SsuB ATGGCTGTAACCATCAGCATACAAGAAAAAGCTTTTGAGCATGAAGGCCGGAAAACACCGGTGCTGAATGATATTGAGCTGTCAATTGCTTCGGGAGAATTTTTGACTGTCATCGGGCCGAGCGGATGCGGCAAAAGCACGCTTTTAAAATTGATTGCCGGTCTTGATACCGATTATAAAGGCTCTGTCACAATAAACGGCCGCAATGTGTCGGGACCGGGCATCCGGCAGGGATTTATCTTTCAGGAGCACCGGCTGTTTCCCTGGCTGACGGTAAAACAAAACATCGCTGCCGATCTCAATATGAACGACCCGGCCGTTCGGAAAAAAGTGGATGATCTGATTGAGGTTGTCAGGCTGCAGGGAGCGGAGAACGCTTATCCGCGCGAATTATCCGGCGGCATGTCGCAGCGGGTTGCCATCGCCCGAGCCCTTTTGCGCGAGCCGGAGGTGCTGCTTTTAGATGAACCGTTCGGGGCGCTTGACGCTTTTACGAGAAAACATTTACAGGATGTGCTGCTTGATATATGGCGCGAGAAAAAAACGACGATGATTCTGGTCACGCATGATATTGATGAATCCGTCTATTTAGGCGATAAGCTGGCGATCCTCAGGGCAAAGCCCGGCCGGCTGCACAGTCTGATGCCGATTCAGCTTCCGCATCCGCGCAATCGGACGTCAGCGGATTTTCAGGCTGTCCGGCAGAAGGTGCTTTCTGAGTTTGAGAAAACGGAAGACCTCCGGTTTGCGGATGGGTCCGGGATATAG MAVTISIQEKAFEHEGRKTPVLNDIELSIASGEFLTVIGPSGCGKSTLLKLIAGLDTDYKGSVTINGRNVSGPGIRQGFIFQEHRLFPWLTVKQNIAADLNMNDPAVRKKVDDLIEVVRLQGAENAYPRELSGGMSQRVAIARALLREPEVLLLDEPFGALDAFTRKHLQDVLLDIWREKKTTMILVTHDIDESVYLGDKLAILRAKPGRLHSLMPIQLPHPRNRTSADFQAVRQKVLSEFEKTEDLRFADGSGI PGPT0003035_1314 DIRECT EFFECT BIO-FERTILIZATION SULFUR_ASSIMILATION|MINERALIZATION S-ASSSIMILATION-SULFUR_METABOLISM S-METABOLISM-ALKANESULFONATE_TRANSPORT,PGPT0003035-ssuC-K15555 NA NA D1-12_00032 990 ssuA COG0715 Putative aliphatic sulfonates-binding protein GTGAAAAAAATCATCATTCTTTTAGCCGCAGCAGTCATGATGTCAGCCGGATGCAGTGCAGACGGGACAGGAGGGAGCAGGAAAACGGTGAAAGAAATCCGGATCGGCATCCAGCAGAGTTTAAGCCCGCTTCTCATTGCCAAGGAAAAAGGCTGGTTTGAAGAGGCCTTCAAAAAAGACGGAATAAAAGTAAAATGGGTCGAATTCCAAAGCGGTCCTCCGCAATTTGAAGGTCTTGCCGCCGATAAGCTTGATTTTTCCCAGGTCGGCAATTCACCGGTCATTTCCGGTCAGGCGGCTGGAATTGATTTTAAAGAGATCGGGCTGTCTCAGGACGGGTTAAAGGCAAACGGTATTCTCGTAAACAAGGGCAGCGGCATTCAGAGCCTGAAAGAATTGAAAGGTAAAAAAATCGCCGTAGCCAAAGGCAGCAGCGGCTTTGATTTTCTCTATAAAGCTTTAGATAAAGCGGGGCTTTCCGCCGATGACGTCACCATCATCCAGCTTCAGCCTGATGAGGCGGTTTCCGCTTTTGAAAACAAATCAGTTGACGCATGGTCCATTTGGGAGCCGTATTTGTCGATTGAAACGCTGCAGCACGGGGCGGAAATATTGGCGAACGGAGAAAGCACAGATTTATATTCTCCCGGTTTCACGTTAGTCAGAACGGGATTTTCCAAAGAACACCCGGATGAGGTTGTCCGTTTTCTGAAAGTGTTCAATAAAGCAGTTACATGGCAAAAGGAACACAAAAATGAAGCTGCCTCCTTATATGCGAAAATCAAACATCTTGATCCGAAAGTCGTCAGAAACGTGCTTAACAATACTGAGCCTCTCAATGAACCGATCAATGATGATATTGTCAAAGCCCAGCAGGAAACCGCTGATTTTCAATATCAAACAAAAGCGATTCATAAGAAAATTCATGTAAAAGACGTTGTCGACAATTCATTTATTAAAAAAGCGCTTGAAACGGGGGATGGCAAGTAA MKKIIILLAAAVMMSAGCSADGTGGSRKTVKEIRIGIQQSLSPLLIAKEKGWFEEAFKKDGIKVKWVEFQSGPPQFEGLAADKLDFSQVGNSPVISGQAAGIDFKEIGLSQDGLKANGILVNKGSGIQSLKELKGKKIAVAKGSSGFDFLYKALDKAGLSADDVTIIQLQPDEAVSAFENKSVDAWSIWEPYLSIETLQHGAEILANGESTDLYSPGFTLVRTGFSKEHPDEVVRFLKVFNKAVTWQKEHKNEAASLYAKIKHLDPKVVRNVLNNTEPLNEPINDDIVKAQQETADFQYQTKAIHKKIHVKDVVDNSFIKKALETGDGK PGPT0003025_1566 DIRECT EFFECT BIO-FERTILIZATION SULFUR_ASSIMILATION|MINERALIZATION S-ASSSIMILATION-SULFUR_METABOLISM S-METABOLISM-ALKANESULFONATE_TRANSPORT,PGPT0003025-ssuA-K15553 NA NA D1-12_00033 834 ssuC_1 COG0600 Putative aliphatic sulfonates transport permease protein SsuC ATGAAAGCAGAAGCATCAACGGCTGCCGGCGCAATAAGCCAATCAGAAAAGAAAGCTCTGGCAAGATCCCGGAAGTATTCATACCAATGGATGAAGGGGGTTGTACTCCCGGCTACGGTCATCGCAGTATGGCAGTTTATCGCAAGTCTGGGTATCGTCTCGGCCACGGTGCTCCCGTCGCCTGTCGTTATCTTGCAGACGTTTCAGGAACTTCTTCTTTCAGGTGAGCTTTGGGGTCATTTAGAGATCAGCTTATACCGGGCGGCTGCCGGATTTCTGCTTGGAGCGGGCCTCGGACTTGTTTTCGGGCTGCTGGTCGGTTTCTCAAAGCGGACCGAAGCATATCTTGATCCGTCCCTGCAAATGCTCAGAACGGTTCCGCACTTGGCCGTGACTCCTCTGTTCATTTTGTGGTTCGGATTTGATGAGACATCAAAAATTCTGCTGATCGCATTGGGGGCTTTTTTCCCCGTGTACATTAATACGTTTCTCGGAATCCGCAGTGTGGACGCGAAGCTGTTTGACGTCGCGCGGGTGCTGGAATTTAGCTGGTATCAGCAGATGGCGAAATTAATTCTTCCGGCATCTCTGCCGAATATCCTGCTCGGCATCAGGCTCTCTCTGGGCATTGCGTGGCTCGGTCTTGTGGTGGCGGAACTGATGGGCTCGAGCGAGGGCGTCGGTTATATGATTATGGATGCCAGACAATTTTCACAGACAAATAAGGTGTTTGTCGGCATTATCATTTTTGCGGCTGTCGGCAAGCTGACAGATGCATTGGTCAGAATGCTCGAACGGAAACTATTAAAATGGCGGAACAGTTATGAAGGGTAA MKAEASTAAGAISQSEKKALARSRKYSYQWMKGVVLPATVIAVWQFIASLGIVSATVLPSPVVILQTFQELLLSGELWGHLEISLYRAAAGFLLGAGLGLVFGLLVGFSKRTEAYLDPSLQMLRTVPHLAVTPLFILWFGFDETSKILLIALGAFFPVYINTFLGIRSVDAKLFDVARVLEFSWYQQMAKLILPASLPNILLGIRLSLGIAWLGLVVAELMGSSEGVGYMIMDARQFSQTNKVFVGIIIFAAVGKLTDALVRMLERKLLKWRNSYEG PGPT0003030_1000 DIRECT EFFECT BIO-FERTILIZATION SULFUR_ASSIMILATION|MINERALIZATION S-ASSSIMILATION-SULFUR_METABOLISM S-METABOLISM-ALKANESULFONATE_TRANSPORT,PGPT0003030-ssuB-K15554 NA NA D1-12_00034 1137 ssuD COG2141 Alkanesulfonate monooxygenase ATGGAGATTCTTTGGTTTATTCCGACGCATGGTGACGGCCGGTATTTAGGGACGCAAACGGGAGGGAGAACGGCGGATCATCTTTATTTTAAGCAAGTGGCACAGGCGGCGGACAGACTCGGGTATACGGGGGTTCTGCTGCCGACGGGGAGATCATGTGAAGACCCGTGGCTGACGGCTGCCGCTTTAGCGGGGGAAACGAGTGACTTGAAATTTTTAGTGGCGGTCCGTCCGGGACTGATGCCGCCGTCTGTCGCCGCGAGAATGGCGTCGACAATGGACCGGCTGTCAGACGGCCGTTTGCTCGTAAATGTCGTAGCGGGCGGAGATCCTTATGAACTGGCGGGAGACGGCATGTTTATCAGCCACGATGAACGTTATAAGGCGACTGAAGAATTTTTAACCGTCTGGCGCGGACTCATGCGGGGCGAAACGGTGACATATGAAGGGGACCATATCAAAGTGGAAAACAGCAATCTGCTGTTTCCGCCAAAACAGTCTCCGCATCCGCCATTATATTTCGGCGGTTCATCACAGGCGGGAATTGAGGCTGCGGCGAAACATACAGATGTCTATTTAACATGGGGAGAGCCGCCGGAGCAAGTAAAAGAAAAGATTGAAACCGTTAAAAAACAGGCTGCCAAGGAAGGAAGGACAATGCGTTTTGGCATCAGGCTTCACGTGATTGTCCGGGAGACTGAGAAAGAGGCATGGAAAGCGGCAGAACGATTAATCAGCCATTTAGACGAAGAGACGATTGCGAAAGCGCAGGCTGCGCTCCGGCGCGCTGATTCTTCGGGACAAAAACGGATGGCCGATCTCCATAACGGTGACCGCTCGAAGCTTGAGATCAGTCCGAATCTCTGGGCTGGCATCGGACTGGTCAGAGGCGGAGCGGGCACGGCGCTTGTCGGTGATCCGCAGACTGTCGCTGCTCGAATTTTAGAGTACCGGGCACTCGGCATTGAGTCGTTTATCTTTTCAGGCTACCCGCATCTGGAAGAAGCTTATTATCTGGCTGAACTCGTGTTTCCGCTTCTGCCGTTTCAGAATGAACGGACTAAAAAGCTTGAGCGCAGACTGGGTGAAGCAATGGGAAACGACCATTTTGCAAGAGGAAATAAAGCGACAGTCTGA MEILWFIPTHGDGRYLGTQTGGRTADHLYFKQVAQAADRLGYTGVLLPTGRSCEDPWLTAAALAGETSDLKFLVAVRPGLMPPSVAARMASTMDRLSDGRLLVNVVAGGDPYELAGDGMFISHDERYKATEEFLTVWRGLMRGETVTYEGDHIKVENSNLLFPPKQSPHPPLYFGGSSQAGIEAAAKHTDVYLTWGEPPEQVKEKIETVKKQAAKEGRTMRFGIRLHVIVRETEKEAWKAAERLISHLDEETIAKAQAALRRADSSGQKRMADLHNGDRSKLEISPNLWAGIGLVRGGAGTALVGDPQTVAARILEYRALGIESFIFSGYPHLEEAYYLAELVFPLLPFQNERTKKLERRLGEAMGNDHFARGNKATV PGPT0003040_1394 DIRECT EFFECT BIO-FERTILIZATION SULFUR_ASSIMILATION|MINERALIZATION S-ASSSIMILATION-SULFUR_METABOLISM S-METABOLISM-ALKANESULFONATE_DEGRADATION,PGPT0003040-ssuD-K04091 NA NA D1-12_00035 270 rpsN2 COG0199 Alternate 30S ribosomal protein S14 ATGGCCAAAAAATCAAAAGTGATCAAAGAGCTCAAGCGGCAGAAGCTTGTTGAACAATATGCGGACATCCGAAGAGAATTAAAGGCAAAAGGAGACTGGGAAGCGCTGAGCAAACTGCCGCGTGATTCTGCTCCGGCCAGGCTTCATAACCGCTGTACGGTGACGGGGCGGCCCCGCGGATATATGAGAAAATTTAAATTGTCCAGAATCGCATTCAGGGAGCTGGCCCATAAAGGCCGGATTCCCGGGGTGAAAAAAGCGAGCTGGTAA MAKKSKVIKELKRQKLVEQYADIRRELKAKGDWEALSKLPRDSAPARLHNRCTVTGRPRGYMRKFKLSRIAFRELAHKGRIPGVKKASW NA NA NA NA NA D1-12_00036 468 hypothetical protein ATGAGTTTGAAAAGAAAAGCGTGTTTTCACCTTGCACTCTACGGATTGGCCTGCTGGACGCTTATTTCCTTTATGGAAGCGGCGCCGCGGATCGCCCAGTTTTTCCAAACGGAGGGGAGCGGTTCATTTGAGCTGAACATCACGCCGTTTCTGCTGTTTACCGTCTGTGCCGTATTATATATCTATACTGAAAAGAAAAAACGGAACGGCAAAAAGCACAGGCTTGTGCCCGATGAATTTGAGGAACAGGATGAAAGAGAACGAATGATGACGGCTAAAGCTTGCCGTTCCTCGTATATCGCCGTTTACTTCTCATTGCCGGCCGCAGCCGTTCTGCTTTTGTTTTATCCGCTGATTCAGCCGCATCTTCCCTTTTTTCCGATTCTTTTGATTTTCATTCTGATGATGATTCAGCATTTGGCTTATGTTTTCACTTTTCATAAGCACGGCAAAAACTCCGGTTCATGA MSLKRKACFHLALYGLACWTLISFMEAAPRIAQFFQTEGSGSFELNITPFLLFTVCAVLYIYTEKKKRNGKKHRLVPDEFEEQDERERMMTAKACRSSYIAVYFSLPAAAVLLLFYPLIQPHLPFFPILLIFILMMIQHLAYVFTFHKHGKNSGS NA NA NA NA NA D1-12_00037 207 hypothetical protein ATGATGAAAAATAAAGTAAAAGAGCTGAGAGCCAGATTCGGCTATTCTCAGGAAACGCTCGGAAAAGAAGCCGGAGCCACCAGACAGACGATTGCAGCGATTGAAAAAGGAGATTATGTGCCTTCACTTTTATTGGCGCTTAACATCTGCCGGGCTTTCTCCCTGCCGATGGAGGAAGTTTTCTGGCTGGAGGAGGAGAAAAAATGA MMKNKVKELRARFGYSQETLGKEAGATRQTIAAIEKGDYVPSLLLALNICRAFSLPMEEVFWLEEEKK NA NA NA NA NA D1-12_00039 624 hypothetical protein TTGAACATCAGTTTAGATCCACTTATTGCTGAACGGGTGCCGGGGATCAAAGCGGCAGCCGTCTTATATGAACAGATCGAAGTCGGGCCTGCTCCGCAAATGCTGAAAGGCCGCCTCCGTTTATTTCAAGAATCTCTTTACTTTGATTATGCTGACGGGGGTATAGAAGAGCAGCCTTTTGTAAAAGAGTGGGCGCGTATAATGGAACAGCTCAGTCCCGCCTTTTCAGGACAAAAAACGCCGATGGAGCTTATGCTCGGCGATATTTCCCGGGAACGATTCATTGAAAGTGTGAATTCAGCCCATGATACCATACTTTTTTTCTCCTTGAAATATTCATTGCCTATCATGGCGTATGACGCCGCAGAAATAGATGAACTGATTTCGATTACGATCGGAGAAAAAGAAAGCGTACTGTCCTTTTCCGGACCGGACGGCGTTTTCGGCGATTTCACCGGACATATCAATACCCGACCGGTCACGCCCGGCACAAAGAAAATGCTGCAGCTGATCTTTTTCCCGCCTTCATTTCATGCCGACGCGGCGGATGAGCTGCTATCATCCTTAACCAAAATGTTTGAACAAATTCACGGAGGCACGCATACCGTCTCTTGGCTTTCATAA MNISLDPLIAERVPGIKAAAVLYEQIEVGPAPQMLKGRLRLFQESLYFDYADGGIEEQPFVKEWARIMEQLSPAFSGQKTPMELMLGDISRERFIESVNSAHDTILFFSLKYSLPIMAYDAAEIDELISITIGEKESVLSFSGPDGVFGDFTGHINTRPVTPGTKKMLQLIFFPPSFHADAADELLSSLTKMFEQIHGGTHTVSWLS NA NA NA NA NA D1-12_00040 1161 queG COG1600 Epoxyqueuosine reductase ATGAATATTCATAAACTGAAAGAGGAATTAATCGAATACGCCAAAAGCATCGGAGTCGACAAAATCGGGTTTGCGACGGCTGATACGTTCGACAGTCTGCGGGACCGGCTGATTCTTCAGGAATCACTCGGCTATTTATCCGGTTTTGAAGAGCCGGATATTGAAAAACGGGTCACTCCGTCTTTGCTTCTGCCGAAAGCCAAATCAATCGTCGCCATCGCCCTTGCTTATCCTTCCAAAATGAAAGATGCGCCGAGGAGCACGAGGGACGGCCGGCGCGGCATTTTTTGCAGAGCTTCCTGGGGGAAGGATTATCATGACGTGCTGCGCGAAAAGCTTGATCTGCTGGAAAATTTTCTCCAAAGCAAACATGAGGATATCCGCACAAAGTCAATGGTGGATACAGGAGAATTGTCCGACAGGGCCGTGGCTGAACGGGCGGGAATCGGCTTCAGCGCCAAAAACTGCATGATCACCACGCCTGAATACGGTTCTTACGTCTATCTGGCTGAAATGATCACCAATCTGCCCTTTGAACCGGATGTGCCGATTGAAGATATGTGCGGTACGTGCACAAAATGTCTAGACGCTTGTCCGACCGGCGCACTCGTCAATCCCGGACAGCTTAACGCCCAGCGCTGTATTTCGTTCCTGACCCAGATAAAGGGATTTTTGCCGGATGAGTTCCGCACGAAAATCGGAAACCGTCTGTATGGCTGTGACACGTGCCAGACGGTCTGTCCGATTAATAAGGGGAAAGATTTTCATCTTCATCCGCAGATGGAGCCTGATCCGGAAATCGCAAAGCCGCTGTTAAAGCCGCTTTTGACCATAAGCAACCGCGAATTCAAAGAAAAATTCGGACATGTATCGGGATCATGGCGCGGCAAGAAGCCGATACAGCGGAATGCGATTTTAGCTTTGGCTCATTTTAAAGATGCCTCGTCTCTTCCGGAATTAACGGCCTTGATGCACCAAGATCCGCGCCCCGTCATCAGGGGTACGGCCGCCTGGGCCATCGGGAAAATCGGTGATCCTGATTATGCGGAGGAATTAGAAAAAGCGCTTCAAAAGGAGCAGGATGAGGACGCCATACGGGAAATTGAAAAGGGACTGGAGCTGTTATCGGTTTCTGATAAGACTAAAACCGGCCGGTCCTGA MNIHKLKEELIEYAKSIGVDKIGFATADTFDSLRDRLILQESLGYLSGFEEPDIEKRVTPSLLLPKAKSIVAIALAYPSKMKDAPRSTRDGRRGIFCRASWGKDYHDVLREKLDLLENFLQSKHEDIRTKSMVDTGELSDRAVAERAGIGFSAKNCMITTPEYGSYVYLAEMITNLPFEPDVPIEDMCGTCTKCLDACPTGALVNPGQLNAQRCISFLTQIKGFLPDEFRTKIGNRLYGCDTCQTVCPINKGKDFHLHPQMEPDPEIAKPLLKPLLTISNREFKEKFGHVSGSWRGKKPIQRNAILALAHFKDASSLPELTALMHQDPRPVIRGTAAWAIGKIGDPDYAEELEKALQKEQDEDAIREIEKGLELLSVSDKTKTGRS NA NA NA NA NA D1-12_00041 951 hypothetical protein GTGTTTTTTCTTTATAAAATCGTATGGTGGGTGGAGCGCTTGAAGCATATTATTGAAGATTTAGCGGAGGCCCGGCTTCATTATTTAATCAACGGAACCGAGATGAGGCAGAATGGGCAGGCCGGCGATCTTGAGGTCCTGACGAGAAAAAAAGAGCTGTTTGAAAAACGGAAAGTTGATATCGTGAAGGCGAAGGCAAAAGCCGTCATTGTCAAAAGCAGTCTTGAGGACGACGGCACGTTATGTGTCATGTACACGATTCATTTCGAATATTTGTGCAAGGAGCATGACGGACACCTTTACTTAGAAGAGCAGATTGAGGAACGGATTGCATTTCTCTATGATGAGCTTTTGATTAAAGACCGGGAAGTAAAGAAAAAACCGGCTGGATTTTCTGACGGAAACAGCGTAATTGAATATGAGCGGAGTGAACGGGAAGATTTCGGGCGGGCGTTTCAATACGACCGTCTGGCTGCCGTGCAGTACGCGGAGAAGTTTTGGAATAAACGAAATCCCGCTTATAAAAATTTCAGCGATAATTGCACCAATTTTATTTCCCAATGTTTACATGCCGGAAAAGCACCGATGCGGGGGCATCCGAACAGAGGCTCAGGCTGGTGGATGAAGGCAAGCTCGTGGAGCTACAGCTGGACGGTCGCGCATTCGATGAAGATGTATCTGGCCCAATCCAAGGCAGGGCTTCGCGCGGTGCAAGTATCAAGAGCTGAAGAACTGATGCCCGGAGATATCATTTGCTATGATTTTGAAGGAGACGGCCGTTTTAATCATACGGCGATCGTGGTCGCGAAAGATAAAAGCAATATGCCGCTTGTCAATGCCCAAACGTATGACAGCAGAATGAGATATTGGTCATATGAGGATTCAACGGCGTATACTCCTTCCATCAGATATGTGTTTTTTCATATTACGGATGATACGACAAAAGAGTAA MFFLYKIVWWVERLKHIIEDLAEARLHYLINGTEMRQNGQAGDLEVLTRKKELFEKRKVDIVKAKAKAVIVKSSLEDDGTLCVMYTIHFEYLCKEHDGHLYLEEQIEERIAFLYDELLIKDREVKKKPAGFSDGNSVIEYERSEREDFGRAFQYDRLAAVQYAEKFWNKRNPAYKNFSDNCTNFISQCLHAGKAPMRGHPNRGSGWWMKASSWSYSWTVAHSMKMYLAQSKAGLRAVQVSRAEELMPGDIICYDFEGDGRFNHTAIVVAKDKSNMPLVNAQTYDSRMRYWSYEDSTAYTPSIRYVFFHITDDTTKE NA NA NA NA NA D1-12_00042 474 trmL COG0219 tRNA (cytidine(34)-2'-O)-methyltransferase GTGGCATTACATGTCGTTTTATATCAACCCGAAATCCCGGCCAATACGGGAAATATCGCACGTACTTGTGCGGCAACAGACACAACGCTTCATTTGATCCGCCCGCTCGGATTCTCAACCGATGATAAAATGCTGAAGCGCGCCGGACTCGATTATTGGGAGTTCGTCAACGTCGTATATCATGATTCATTGGAAGAATTATTTGAGGCATATGAGAACGGAAAGTTTTTCTTCATTACAAAATTCGGCCAAAAGCCGCACACATCATTTGATTACTCAAATACGGAGGAAGACTTTTTCTTCGTATTCGGCAGAGAAACGAGCGGACTTCCGAAAGAATTGATCGAAAACAATATGGACCGCTGCCTGCGTCTGCCGATGACCGAGCATGTGAGATCATTAAACCTGTCCAACACGGCCGCGATTCTTGTATATGAAGCGCTGCGCCAGCAAAATTACAGAGATTTGACGTGA MALHVVLYQPEIPANTGNIARTCAATDTTLHLIRPLGFSTDDKMLKRAGLDYWEFVNVVYHDSLEELFEAYENGKFFFITKFGQKPHTSFDYSNTEEDFFFVFGRETSGLPKELIENNMDRCLRLPMTEHVRSLNLSNTAAILVYEALRQQNYRDLT 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 D1-12_00043 633 hypothetical protein ATGGAGGAACAACTGATTTCTAAAAAAGAATTGCTGGAAGAAACATCAATTTCATACGGGCAGCTGTACCGCTGGAAACGGAAAAATTTAATTCCTGAAGAATGGTTTATCCGAAAATCGACGTTTACAGGCCAGGAAACATTTTTTCCGAGAGCGGAAATATTAAAACGCATCTCAAAAATACAGAAAATGAAAGAAAATCTGTCTCTGGATGAAATGAGAGAAATGCTGTCTCCGCAAATGACTGATGTCAATATAACGTCTGCGGAACTGCTTCAAAAGGGACTGATTTCAAAAGCCGCGCTGCAAGTTTATGGCGAAGACGGCGTGACATTCACGTCCCGCGCGCTGCTGTCTTTATATGTGCTTGAAGGGCTTTTGCAATCGGGCAATATCAGCCTTGAGGAAGGAAAATTGGCGGCAGGGGTGCTGAAAACGTATGAGGCTTCCGAGCTGAAAGCGAATACGGAGCTTGTCATGCTCCGAAAGCTTGGCGTAACGACGTGCTTCATCGCAGACGCGGAACATATTTTGTTTGAACCGACTGTCAAAGTGGTTGAACGGGTGGCGCTTGCTGCGGCATCGGAAGAATTAAAAACGAAATGGATGCAGGAGGACCATCAATGGAAGTAA MEEQLISKKELLEETSISYGQLYRWKRKNLIPEEWFIRKSTFTGQETFFPRAEILKRISKIQKMKENLSLDEMREMLSPQMTDVNITSAELLQKGLISKAALQVYGEDGVTFTSRALLSLYVLEGLLQSGNISLEEGKLAAGVLKTYEASELKANTELVMLRKLGVTTCFIADAEHILFEPTVKVVERVALAAASEELKTKWMQEDHQWK NA NA NA NA NA D1-12_00044 714 hypothetical protein ATGGAAGTAACAGATAAATTAGTCATCAACGGTTCAGGAAGTTCAAAAGGAGGCCGTTTTCATACAGTGGAGATCAACGGAAGCGGCACGGTGTCAGGTGATGTGGAGTGCACGAGCCTTTTGTTTAACGGCAGCGGAAAAACAGACGGACATGTCAAGACGCAAACGCTGATGATCAGCGGTTCGGGGAAAATTTCCGGCAGCGCCGAAGCTGAATCCATCCGTATCAACGGAACGGGTGTCATTAAAGATGATGTCAAAACGGAGCGGCTGAACGTCGCGGGATTTTCATCTTTCGGCGGCGGTGTGAAAGCTGATGATATTTTCATATCCGGGAAAGCCGGGATTGAAGGCGATTGCGAGACAGAGACGTTCCGTTCGGAAGGCAAATGCAAGATCGGCGGCCTGCTGAATGCCGATGAAGTCAGTATTAAGCTGGCGGCGGGAGAAAGCCGGGTGAAAGAAATCGGCTGCCGCCATTTGAAAGTGATGAGCAGAAAGAGCGTGCTTACGCGTTTTAAGCTGATGCCGGCCCCGGTGCTGACAGCAGAGCTGATTGAGGGTGACATCATTGAATTGGCGGACACGAACGCGAAGACAGTCCGCGGAAATCATGTGCGGATCGGCGCAGGCTGCACCATTGGGACTGTGGAATACAGCGGCGATTTTACATGTGATCCTTCCGCTTTGGTTAACAAAGTCGTGAAACGATAG MEVTDKLVINGSGSSKGGRFHTVEINGSGTVSGDVECTSLLFNGSGKTDGHVKTQTLMISGSGKISGSAEAESIRINGTGVIKDDVKTERLNVAGFSSFGGGVKADDIFISGKAGIEGDCETETFRSEGKCKIGGLLNADEVSIKLAAGESRVKEIGCRHLKVMSRKSVLTRFKLMPAPVLTAELIEGDIIELADTNAKTVRGNHVRIGAGCTIGTVEYSGDFTCDPSALVNKVVKR NA NA NA NA NA D1-12_00045 711 hypothetical protein ATGGAAACGACAAAAAAATTGAGTCATTTAAAAATGTACGGAGCCGGACACGCCTCCGGCGGCTCCTACCAAAATGTAAGCATTAAAGGGGAAGGAACTGTCGGCGAAGGACTTCAAAGCGAACGCTGCCGGATATTCGGTACGGGACTTTTTCTCGGAGATGCCGAGATCAACAGGCTGAAAATTTTCGGAGAGCATGAAGTTGCAGGAGATTTATCAGCACGTTCAGCAAATGTGATGGGCACATTGAAAGTCGGCGGCTCCATGCGTTTCGCCACGATGAGGCTGAAAGGACTTGCTGAAATTGGCGGCGGGGCCGCGGGAGAGCAGTGTCATATAAAAGGCAGTCTCACAGTCGGCGGCGATTGCGAGACGGAGCTGCTTCATGTAACAGGATGTATCAATGTGGCGGGATTGTTAAACGCGGGGGACGTAAACATCCATTTGCGTTATGACCGAAGCCGCGTGAAAGAAATCGGCGGCACATCGATCACCGTCAGACGGAAACCCGGTTTTCTTAAACGGAAAGCCGGCACGCTTTCTGCTGAATTGATCGAAGGGGACGCAATTTACCTCGAATACACGGAAGCGGACATCGTCAGAGGAAAGCATGTGGAAATCGGCCCGGGCTGCAAAATCGGAAAAATCGAGTATCAAACAAGCTGCAAATCTCATGAAAAATCAACAGTCCAAGAACATATTCAAATGTGA METTKKLSHLKMYGAGHASGGSYQNVSIKGEGTVGEGLQSERCRIFGTGLFLGDAEINRLKIFGEHEVAGDLSARSANVMGTLKVGGSMRFATMRLKGLAEIGGGAAGEQCHIKGSLTVGGDCETELLHVTGCINVAGLLNAGDVNIHLRYDRSRVKEIGGTSITVRRKPGFLKRKAGTLSAELIEGDAIYLEYTEADIVRGKHVEIGPGCKIGKIEYQTSCKSHEKSTVQEHIQM NA NA NA NA NA D1-12_00046 90 hypothetical protein ATGAAAACGATCATTTTACTTGGGGTCATTCTCACTTTTTTAGTATCCATTTTTACGGCGGGTTACGACAGCAAACCTGAAAACAAATAA MKTIILLGVILTFLVSIFTAGYDSKPENK NA NA NA NA NA D1-12_00047 1896 hypothetical protein ATGGATATATTAAAGAAAATTGAAAAGTACAGAGAGGAAGAGCAGCGTCTCAAATGGGAAGGGACGTTCGCTGATTATTTGGAGATCATAAAAGAAAATCCATTGGTCGCGCAGTCTGCTCATTCTCGCGTTTTTAATATGATAAAAGACAGCGGAATCGAGGAGGATGACGGTAAAAAGACATACAGCTTTTTCTCGAGGGAGCTGTTCGGCCTTGAGGAATCTCTGGAACGGCTCGTGGAGGAATACTTTCACCCGGCTGCCAAGCGGCTCGATGTAAGAAAACGGATTTTACTATTGATGGGACCCGTCAGCGGCGGAAAGTCAACTCTTGTCACCATGCTGAAAAAAGGGCTTGAAGCCTACTCATTGACAGACAACGGCGCTGTTTACGCCATTAAAGGCTGCCCGATGCATGAAGATCCTCTCCATCTCATTCCCCATCATCTGCGCGACGACTTCTACAGAGAATACGGCATCAGAATTGAGGGCAGCCTTTCTCCGCTTAATGTCATGCGGCTTGAAGAAGAATACGGCGGCAGAATTGAGGATGTAAAAGTTGAACGTATATTCTTCTCGGAGGATAAACGTACCGGAATCGGAACCTTCAGCCCGTCTGACCCGAAATCACAGGATATCGCCGATTTGACGGGGAGTATTGATTTTTCAACGATTGCCGAATACGGCTCGGAATCAGATCCGCGCGCTTATCGGTTTGACGGTGAATTAAATAAAGCGAACCGCGGAATGATGGAGTTTCAGGAAATGCTGAAATGCGATGAAAAATTTCTGTGGCACCTTCTGTCACTCACGCAGGAAGGCAATTTCAAAGCCGGACGGTTTGCGCTCATCTCAGCCGACGAATTGGTTGTTGCGCATACGAACGAAACGGAGTACCGCTCGTTTATTGCCAATAAGAAAAATGAAGCCCTTCACTCCAGGATCATCGTGATGCCTGTTCCTTATAATTTAAAGGTGTCAGAGGAAGAACGGATTTATGAAAAAATGATTTCTGAAAGTGATGTTTCTGACGTACACATCGCCCCCCATACATTAAAAGTGGCCGCGATGTTTTCTATTTTGACCAGGCTGAAGGAACCGAACCGCTCTGATATTGATCTCGTCAAAAAAATGAGGCTCTATGACGGAGAAAGCGTTGAAGGTTACAATTCCGTTGATCTTGAGGATATGAAGAAGGAATTTCATGATGAAGGAATGAGCGGAATTGACCCGCGCTATGTCATCAACCGCATTTCCTCAACGATTATCAGAAAAAATATGGAATCGATCAATTCGCTTGACGTGCTGCGTTCCTTAAAAGAAGGACTCGACCAGCATCCGTCCATCTCCGCCGAGGACAAAGAGCGGTATATGAATTTTATTTCCGCCGCCAGGAAAGAGTACGATGATATCGCCAAAAAGGAAGTGCAGAAGGCGTTCGTCTATTCATATGAAGAATCCGCGAAAACTCTCATGGACAATTATTTAGATAATGTGGAAGCGTACTGCAATAAAAATAAGCTCCGCGATCCGCTGACGGGTGAAGAAATGAATCCTGACGAAAAACTGATGAGATCCATTGAAGAGCAGATCGGCATTTCAGAAAACGCGAAAAAAGCGTTCCGCGAAGAAATCTTAATCCGCATATCCGCCTATGCAAGAAAAGGAAAACGCTTTGACTATAATTCGCACGAAAGACTCCGCGAAGCGATTCAGAAAAAGCTGTTCGCAGACTTAAAAGATGTGGTGAAAATTACGACCTCCACCAAAACGCCGGATGAGCAGCAGCTTAAAAAGGTCAATGAGGTAGTGGCAAGGTTAATAGATGAACACGGCTATAATTCGACTAGCGCTAATGAACTGCTGAAGTATGTCGGAAGCTTGTTAAACCGCTGA MDILKKIEKYREEEQRLKWEGTFADYLEIIKENPLVAQSAHSRVFNMIKDSGIEEDDGKKTYSFFSRELFGLEESLERLVEEYFHPAAKRLDVRKRILLLMGPVSGGKSTLVTMLKKGLEAYSLTDNGAVYAIKGCPMHEDPLHLIPHHLRDDFYREYGIRIEGSLSPLNVMRLEEEYGGRIEDVKVERIFFSEDKRTGIGTFSPSDPKSQDIADLTGSIDFSTIAEYGSESDPRAYRFDGELNKANRGMMEFQEMLKCDEKFLWHLLSLTQEGNFKAGRFALISADELVVAHTNETEYRSFIANKKNEALHSRIIVMPVPYNLKVSEEERIYEKMISESDVSDVHIAPHTLKVAAMFSILTRLKEPNRSDIDLVKKMRLYDGESVEGYNSVDLEDMKKEFHDEGMSGIDPRYVINRISSTIIRKNMESINSLDVLRSLKEGLDQHPSISAEDKERYMNFISAARKEYDDIAKKEVQKAFVYSYEESAKTLMDNYLDNVEAYCNKNKLRDPLTGEEMNPDEKLMRSIEEQIGISENAKKAFREEILIRISAYARKGKRFDYNSHERLREAIQKKLFADLKDVVKITTSTKTPDEQQLKKVNEVVARLIDEHGYNSTSANELLKYVGSLLNR PGPT0014345_1189 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS OTHER_STRESS_RESPONSE_PROTEINS,PGPT0014345-prkA|yeaG-K07180 NA NA D1-12_00048 1179 hypothetical protein ATGTCCCGTAATGACAGCGGAAATTTTTTGATTTCAGAGGAAGACTGGTCCCTCCATCGCAAAGGCTTTGACGACCAGCAGCGCCACCAAAAGAAAGTACAGGAAGCGATAAAAAACAACCTTCCGGACCTTGTCACTGAGGAAAGCATTATTATGTCCAACGGAAAAGATGTCGTGAAAATCCCGATTCGTTCGCTTGATGAATATAAAATCCGTTATAACTATGATAAAAATAAACATGTCGGCCAAGGCGACGGCGACAGCGAAGTCGGCGATGTCGTCGCAAGAGACGGCGCAGATAAAAAGCAGGGTGCCGGAAAAGGCCAGGGAGCCGGCGATCAGGCAGGCGAGGATTATTATGAAGCGGAAGTTTCATTGATGGATCTGGAAGAAGCGCTGTTTCAGGAATTAGAACTGCCGAATCTGCAGCAAAAGGAAAGGGACAATATCGTCCATACCGATATCGAGTTCAATGATATCCGGAAAACCGGGCTGACAGGGAATATCGATAAGAAAAGGACGATGCTGTCGGCCTATAAACGAAACGCTATGACAGGCAAGCCGTCGTTTTACCCTATTTATCCGGAAGATCTGAAATACAAAACATGGAATGATGTGACGAAGCCGGAATCGAAAGCTGTCGTTTTAGCCATGATGGATACAAGCGGTTCGATGGGCGTATGGGAAAAGTATATGGCGAGGAGCTTCTTTTTTTGGATGACACGATTTTTACGGACAAAGTATGAAACGGTTGATATCGAATTTATCGCCCACCATACGGAAGCGAAGGTTGTGTCGGAAGAAGATTTCTTCTCGAAAGGCGAGAGCGGGGGCACCATCTGTTCCTCCGTTTACCGGAAGTCTCTTGAATTAATTGATGAAAAATATGACCCCGCCCGCTACAACATATATCCGTTTCATTTTTCAGACGGAGATAACCTGACTTCGGATAACGCCCGGTGCGTAAAGCTCGTCAATGACATCATGAAAAAATCGAATCTGTTCTGTTACGGGGAGGTCAATCAATATAACAGGCATTCCACCCTCATGTCCGCCTATAAAAATGTCAAAGATGATAAATTTAAATACTACATCCTGAAACAGAAATCAGACGTATTTCAAGCGCTGAAAAGCTTTTTTAAAAATGAGGAAGCCGGTGTAAGCAAAGCATCGTATTAA MSRNDSGNFLISEEDWSLHRKGFDDQQRHQKKVQEAIKNNLPDLVTEESIIMSNGKDVVKIPIRSLDEYKIRYNYDKNKHVGQGDGDSEVGDVVARDGADKKQGAGKGQGAGDQAGEDYYEAEVSLMDLEEALFQELELPNLQQKERDNIVHTDIEFNDIRKTGLTGNIDKKRTMLSAYKRNAMTGKPSFYPIYPEDLKYKTWNDVTKPESKAVVLAMMDTSGSMGVWEKYMARSFFFWMTRFLRTKYETVDIEFIAHHTEAKVVSEEDFFSKGESGGTICSSVYRKSLELIDEKYDPARYNIYPFHFSDGDNLTSDNARCVKLVNDIMKKSNLFCYGEVNQYNRHSTLMSAYKNVKDDKFKYYILKQKSDVFQALKSFFKNEEAGVSKASY PGPT0025005_1124 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE_OTHER_SPORULATION_RELATED_PROTEINS,PGPT0025005-yhbH-K09786 NA NA D1-12_00049 465 hypothetical protein GTGATTGAATCAGAGCTCGCTTTGCTCAGTTTTGAACAACTGTTTGATACTTCCAGATCAATTTACAAAAAGCAGAAAATGATTCTGGAGACAGTTCTTGAACCTTTTGATATTACAGTACTGCAGTATCTGCTGATGTTCAAAATACATAAGAGCAAAAGCACGCAGCTTTCAAGGCTGGCTTTGTCGCTTGATCTGAAACCGGCGTCTGTCACGAGAATGACCGATATTCTGTATAAGCGCCGCCTAATGGTTCGGAGCGACTATCACGACGACCGGCGTGTTGTTATGATTCAGTTAACCGAAGAGGGGGAAGAACTTCTAAAGAAAGCTGCTGTTCAATATGCCGAAAAAGCGGCGGGCTTATACCGGCAGCTCAATACCGCTGAACTGCAGTACCTGCGCAAGCTTGCGGAAAGTTTAACGAAGCTTGCAAACGGCTGTGCAGTGAAAAACGGAAAATAA MIESELALLSFEQLFDTSRSIYKKQKMILETVLEPFDITVLQYLLMFKIHKSKSTQLSRLALSLDLKPASVTRMTDILYKRRLMVRSDYHDDRRVVMIQLTEEGEELLKKAAVQYAEKAAGLYRQLNTAELQYLRKLAESLTKLANGCAVKNGK PGPT0013155_2080 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013155-ohrR-K23775 NA NA D1-12_00050 633 aaeA p-hydroxybenzoic acid efflux pump subunit AaeA ATGAACAGAGGACGTTTAATTCTGACCAACATTATCGGTTTGATTGTTGTTCTTGCAATTATAGGCGGAGGTGCTTACTACTATTATCAAAGCACACACTATGTAAAAACCGATGAAGCAAAAGTTGCCGGCGACATGGCTGCTATCACAGCTCCTGCTGCGGGTAAAGTAACTGACTGGAACCTTGATGAGGGGAAAGAAGTAAGCAAAAACGACGTTGTTGCAAAAATCAAAGGACAGCAAAATGCTGACGTAAAAGCCATCATGGATGGAACAATCGTGAAAAACGAAGTGAAAAACGGCCAAATGGTGCAAGCCGGTACGACAATTGCCCAGGAAATTGACATGAAACATCTTTACATCACTGCAAACATTAAAGAAACAGACATTAGAGACATTGAAGTAGGAAACAAAGTAGACGTAATTGTTGACGGCGACCCTAATACAACATTTGACGGAACAGTAGAAGAAATCGGTTATGCGACAAATTCAACATTTGATATGCTGCCTTCTTCAAACTCAAGCGGCAACTACACAAAAGTAACGCAAAAAGTTCCTGTTAAAATTTCACTCAGCAACCCATCTGACAAGGTGCTTCCTGGTATGAACGCATCTGTAAAAATCTCTGAATAA MNRGRLILTNIIGLIVVLAIIGGGAYYYYQSTHYVKTDEAKVAGDMAAITAPAAGKVTDWNLDEGKEVSKNDVVAKIKGQQNADVKAIMDGTIVKNEVKNGQMVQAGTTIAQEIDMKHLYITANIKETDIRDIEVGNKVDVIVDGDPNTTFDGTVEEIGYATNSTFDMLPSSNSSGNYTKVTQKVPVKISLSNPSDKVLPGMNASVKISE NA NA NA NA NA D1-12_00051 1596 emrB_1 Multidrug export protein EmrB GTGGCTAAATCAGATAATCAAGTAAAAAGTCCTAAAACATTGCTTATTGTGCTTATGGCCGGGTTATTCCTGGCGATCTTGAACCAAACGCTTCTTAACGTGGCGATGCCGCACTTAATGACCGAGTTCGGTGTGAGTGCGACGACGATTCAGTGGCTTACGACCGGATACATGCTGGTCAACGGTGTTTTGATTCCGTTATCTGCGTTCTTAATTACCCGGTTCGGACAGAGAAGCCTCTTTCTCGTAGCCATGTTCTGTTTTACAGCGGGAACGTTAGTCTGCGGAATCGCGCCTAACTTCTCAACCATGCTGATCGGCCGGTTAATTCAGGCGGTCGGCGGCGGTATCCTGCAGCCGCTGGTCATGACAACCATTCTGCTTATCTTCCCGCCTGAAAGCAGGGGGAAAGGAATGGGGATTTTCGGTCTAGCGATGATGTTTGCTCCGGCGGTCGGACCGACTCTTTCCGGCTGGATCATCGAGCATTACACATGGCGCATTATGTTCTACGGTCTTGTTCCGATCGGGGCAATCGTTATTATCATAGCGTTTTTCCTCTTTAAGAACTTGGTGGAACCGCAAAAAATCAAACTCGACAGCTTGGGTGCGATTCTATCCATTGTCGGATTTGCCTCATTGCTTTACGGAGTCAGTGAAGCGGGCAGCGACGGCTGGGGAGATCCGATCGTGCTTTCTACCGTCATTGTCGGTGTCATCGCGATTGCCGCGTTTGTCATTCAGCAATTGCGCTCTGAAAAACCGATGCTCGACTTCCGGGTATTTAAATATGATATTTTCTCACTTTCCAGTGTGATTAACATCATTATTACCGTTGCGCTTTACACAGGAATGTTCCTGCTTCCGATTTACCTGCAGAACTTAGTCGGCTTTACGGCGCTGCAATCGGGTCTCTTGCTATTGCCGGGCGCGATTGTCATGCTGATCATGTCGCCGATTTCCGGTATTCTGTTTGACAAAATCGGTCCGAGACCGCTTGCGATTATCGGGCTGGTCATCACGGTCGCAACGACATTCCAGTACACAAAATTGACAATTGACACACCTTACACGCACATTATGCTTGTCTATGCCATCCGCGCATTCGGTATGTCACTGTTAATGATGCCTGTTATGACAGCCGGAATGAACCAGCTTCCGGCACGCTTGAACAGCCACGGCACGGCGATGAGCAACACGCTCCGCCAGATCAGCGGTTCAATCGGAACAAGTTTGATCACAACGATTTATACGAACCGTACGACAATGCACTATTCGCAGATTGCGGATAAAACGAGCACGGCTGATCCAAGCTTCATGCAGTCGTTCCAAAGCGCGGTTTCGAATTTAATGGTCAACATGAACATGTCGCTTGATGCGGCGAAACAAACCGTTTATTCATATCTCTACAAAACAGCTTCACTTAATTCCAACGTTATGGGGATTAATGACGCGTTTATGTGGGCGACGATCTTTGCGGTTATCGGCGTAGTCCTGAGCCTGTTCTTGCGTGACGTACGGAAAGACAAACAGCGGGCGAAGAAAAAAGAGGAGCTGTCATTGCTTCCGGCCCCTAAAGAAGTGAAGGAATCTTAA MAKSDNQVKSPKTLLIVLMAGLFLAILNQTLLNVAMPHLMTEFGVSATTIQWLTTGYMLVNGVLIPLSAFLITRFGQRSLFLVAMFCFTAGTLVCGIAPNFSTMLIGRLIQAVGGGILQPLVMTTILLIFPPESRGKGMGIFGLAMMFAPAVGPTLSGWIIEHYTWRIMFYGLVPIGAIVIIIAFFLFKNLVEPQKIKLDSLGAILSIVGFASLLYGVSEAGSDGWGDPIVLSTVIVGVIAIAAFVIQQLRSEKPMLDFRVFKYDIFSLSSVINIIITVALYTGMFLLPIYLQNLVGFTALQSGLLLLPGAIVMLIMSPISGILFDKIGPRPLAIIGLVITVATTFQYTKLTIDTPYTHIMLVYAIRAFGMSLLMMPVMTAGMNQLPARLNSHGTAMSNTLRQISGSIGTSLITTIYTNRTTMHYSQIADKTSTADPSFMQSFQSAVSNLMVNMNMSLDAAKQTVYSYLYKTASLNSNVMGINDAFMWATIFAVIGVVLSLFLRDVRKDKQRAKKKEELSLLPAPKEVKES PGPT0029220_341 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 D1-12_00052 534 pnpB p-benzoquinone reductase ATGAAAATTTACGTAGTGTACGATAGTGAAGGCGAACATACAAAACACCTTGCTGAAGCCATTGCCGAAGGAGCACGAGAAAACGCTGAGGCTGAAGTCCTGATCGACCATGTCGATCAAGCAGACATCCGCAAGCTGAAAGACATGGATGCCATTATTTGGGGATGCCCGGGACACTTTGGCACCATCAGTTCAGGCTTAAAAGCGTGGATCGACAGACTCGGCTATCTGTGGGCTGAAGGCGAGCTGATTGATAAAGTCGGCGCCGTATTCTGTACGACGGCGACAACACATGGCGGATTAGAAATGACAATGCACAATCTGATCACTCCTATGTTTCACCAAGGCATGATTGTTGTCGGACTTCCCGGCAACGTTCCAGAAAACGCGCTGTACGGCTCTTACTACGGCGCGGGCGTCACATGCCCGGTTGACAGCGATGTGCTGATGACGGAAGAAGGCCTTCAATTAGGCCGTGCGCTTGGCAGACGTGTCAGCCAAGTCACAGGTAATCTAACTGCCGGACGACAGTAA MKIYVVYDSEGEHTKHLAEAIAEGARENAEAEVLIDHVDQADIRKLKDMDAIIWGCPGHFGTISSGLKAWIDRLGYLWAEGELIDKVGAVFCTTATTHGGLEMTMHNLITPMFHQGMIVVGLPGNVPENALYGSYYGAGVTCPVDSDVLMTEEGLQLGRALGRRVSQVTGNLTAGRQ PGPT0009460_3563 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_K_METABOLISM PLANT_VITAMIN_K_BIOSYNTHESIS,PGPT0009460-wrbA-K03809 NA NA D1-12_00053 372 hypothetical protein ATGGCCATTATTATAGCGGTTATTGCTGCTGTCATTGTGATTGCACTTCTTATCACATTCAATGTCCGCAGCACTTCTGCAGGACAGGATGTCAAAGAAGAAAAGAGAGAAGCGATCGGCACTACAGCCGAACAGCCGGAAAAGCATGATCCGGCCGAGGAGCGCTCAGCCGAGCATGCTCCCGTCGTTGTGAAATCTGAATCTCCCCGTGAGAAAAAGAATACAATGGGCGATGATGTGTACCGTCAGGCGCTTCAGAAGTTTAAGACTTCTGAGACGGATCGGGAAACAAACGATCCTGATAGCGGCGGCAAAATGCAGGATAGCAGCTATCGTGATGCGCTGCTCTCCTTAAAAAACAAAAAGAAGTAA MAIIIAVIAAVIVIALLITFNVRSTSAGQDVKEEKREAIGTTAEQPEKHDPAEERSAEHAPVVVKSESPREKKNTMGDDVYRQALQKFKTSETDRETNDPDSGGKMQDSSYRDALLSLKNKKK NA NA NA NA NA D1-12_00054 768 hypothetical protein ATGACATCGTTTTTAGGTTTGCTGAAAAAAGATGCGAAGGTTTCATGGATTTGGCTCGCGGTGTGGCTTTTCGGCATGATTTGCTTGGCGTTTGCAGCCCACGTCATCGCTGCCCGTCAGAAAGAACCGCTCGTCATTTTCGGCTTTTTTGCGGCAATGGGGTTTTTTCAATTTCTTGTAGCGCCGCTTTTTATGTACTATCACCTTCATAAAGAAGGAAAAAACCAGCTGTGGCTTTACAATCCGAATGGAGGATTTTATCTGCTGGCTTCCAAGCTGACGGCCTCACTGCTGTATCAGTTGATCGGGCAGCTGGCGCTGACCGGTTACGGCATTTGGATGTACCGGATGCTTTCTGCAAAAGGAGCGCTGGAACACGCCATTCCCCTGGCCGGCACATTAACCGGACTGAATGCTTACCTGCTGATCAGTTCAGCGTACTTATCTGTGATCGTGGCCGTATTTTGGACTGTTTTTCACTCATTAAAAAATGTTCCCGTCCTCCGTTGGGTGATCTGCATCGTGCTTGCGTTTGTCTGGACCTATATTGACGATAAAATCATTACGCCTTTCACTTCATCTCAACATGATTTATGGCCGGTAAAAGTGTATGCGAATTTTCATTTTCATTATACAAAATTGACCGGATGGACGATGGAGCTGAAAACCGTCCACATTTCGCTTTTCAGCTTCTTGGCAGTGATCGTGCTTGCGGCGCTCTGTCTTGCGCTGGCCTCTATGCTGCTGAATCGAAAGGTTGAGGTGTAA MTSFLGLLKKDAKVSWIWLAVWLFGMICLAFAAHVIAARQKEPLVIFGFFAAMGFFQFLVAPLFMYYHLHKEGKNQLWLYNPNGGFYLLASKLTASLLYQLIGQLALTGYGIWMYRMLSAKGALEHAIPLAGTLTGLNAYLLISSAYLSVIVAVFWTVFHSLKNVPVLRWVICIVLAFVWTYIDDKIITPFTSSQHDLWPVKVYANFHFHYTKLTGWTMELKTVHISLFSFLAVIVLAALCLALASMLLNRKVEV NA NA NA NA NA D1-12_00055 378 ytrA_1 COG1725 HTH-type transcriptional repressor YtrA ATGGAGAATGAATTTCAGTCATCCAAGCCGATTTATCTGCAGATTGCCGATCGTGTATATTACCGGCTGATCCGAAGTGAGCTTTCACCGGGGGACAAACTGCCGTCCGTAAGGGAGATGGCCGTACAGATGAAAGTGAATCCGAACACGATACAAAGAACGTACAGTGAAATGGAAAGGCTGGGGATCGTGGAGACGAGAAGAGGACAGGGAACCTTTATAGCGGAAAGATCCGATCTGAAAGCGGAGCTGAAAGACAGGCTGACAAAAGACGTTTTCAAACGCTTTATTCAGGAAATGGCGGAGCTGGGGTTATCTCCTGAGGAAATGCTCGACGGGATCAAACGATATGCGGAGGAAGCAAACGATGAATCTTGA MENEFQSSKPIYLQIADRVYYRLIRSELSPGDKLPSVREMAVQMKVNPNTIQRTYSEMERLGIVETRRGQGTFIAERSDLKAELKDRLTKDVFKRFIQEMAELGLSPEEMLDGIKRYAEEANDES NA NA NA NA NA D1-12_00056 717 yxlF COG1131 putative ABC transporter ATP-binding protein YxlF ATGAATCTTGATTTTGAACGCGTAACAAAAAAATACGGCCGCAGGCTTGCGGTCAGCGATGTATCATTTTCATTGTCTCCGGGTAAAATCTACGGAATTTTAGGGCCGAACGGAAGCGGGAAATCAACAACGCTTAAAATGCTTGCCGGGCTTGCGTTCCCGACATCGGGCGCCGTCCGGATCGGAGACTGCGCAGTAAGCAGGAACATGCTGTTTCGTACGGCTTATTTAACCGAACATGATATGTTTTCCGCCCGGACGACCGTCGGTGATATGCTCACATTTTATCATTCGCAATTCCCGGATTTTCAGCTGGAAAAAGCACATAACCTATTAACGGAAATGAATCTTTCAGCGAAGCAGAAGATAAAAGAGCTCTCCAAAGGCAGCCGGGGCAGGCTGAAAATCGTTTTGGCCCTGTCGAGAAAAGCATCCGTCATTCTGCTGGATGAGCCGTTTTCAGGTCTTGATCCGGCGGTCAGAGAATCGATTGTCAACAGTCTCGTATCTTATATTGATTTTGACAGCCAGATCGTCGTCATCGCCACGCATGAGATCGGCGAGATTGAGACGCTGTTAGACGAAGTGATGGTTTTCATAAAAGGGAAAATCGCTGAACGGCGCGAGGTCGAAGAAATCCGGGAACAGGAAGGAATGTCTGTGCTGCAATGGTACAGAAGCGTCATGCAGGCGCACGAAATAGAAGGGGGATTCTAA MNLDFERVTKKYGRRLAVSDVSFSLSPGKIYGILGPNGSGKSTTLKMLAGLAFPTSGAVRIGDCAVSRNMLFRTAYLTEHDMFSARTTVGDMLTFYHSQFPDFQLEKAHNLLTEMNLSAKQKIKELSKGSRGRLKIVLALSRKASVILLDEPFSGLDPAVRESIVNSLVSYIDFDSQIVVIATHEIGEIETLLDEVMVFIKGKIAERREVEEIREQEGMSVLQWYRSVMQAHEIEGGF PGPT0006725_25929 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990 NA NA D1-12_00057 918 bcrA_1 Bacitracin transport ATP-binding protein BcrA TTGGAAACGGTATTAGAACTGCAACAGGTAAAGAAAACGATAAAAGGACGAACGATTATTCATGATTTGAGCTTCTCCGTCCGGGCGGGCGAAGTGTTTGGATTTTTAGGGCCGAACGGAGCGGGGAAAACCACTACGATCAGAATGATGGTCGGATTAATGAAACTGTCTCAGGGAGACATCGTAATCTGCGGGGAATCCATTACGAAAAACTATGCAAAAGCGGTCAGGCACGTCGGAGCCATCGTGGAAAACCCGGAGCTGTACAAATTCCTGAGCGGTTATAAAAATTTACAGCAGTACGCAAGGATGGTAAAAGGCGTTACGAAAGAAAAAATAGATGAGGTCATCGAGCTCGTCGGGTTGCAGGACAGAATACATGACAAAGTAAAAACCTACTCTCTCGGAATGAGACAGCGTCTCGGCCTCGCCCAAAGCCTGCTGCATAATCCTAAGGTGCTGATTCTGGATGAACCGACAAACGGCCTTGATCCCGCGGGCATCAGGGAAATCAGGGACCATCTGAAAAAGCTGACACGTGAAAAAGGAATGGCTGTCATCGTCTCTAGCCATCTGCTGTCAGAAATGGAGTTAATGTGCGACCGAATCGGCATTCTGCAAAAAGGGGAGCTTGTCGATATTCAAAAAGTAAGGGATGAAGGAAAAGAGGATAAAGATACATACTTCTTCCATATTGAACAAAGAGAAGAGGCTCTTGCCGTTCTGAGTCAGTTTGACTGTGTGAAGAAGACAAACGGTATTGAGATCAAGCTGTCAAAACAGGAAGTGCCTGATGTGATATCTCTGCTCGTCCGTGAAAACATCCGCTTATATGAAGTGAAAATCATGACAAAATCTTTGGAAGACCGTTTCTTGGAGATTACCGGCGGGACGAAAGAGGAGGTTCAATATGTTTAA METVLELQQVKKTIKGRTIIHDLSFSVRAGEVFGFLGPNGAGKTTTIRMMVGLMKLSQGDIVICGESITKNYAKAVRHVGAIVENPELYKFLSGYKNLQQYARMVKGVTKEKIDEVIELVGLQDRIHDKVKTYSLGMRQRLGLAQSLLHNPKVLILDEPTNGLDPAGIREIRDHLKKLTREKGMAVIVSSHLLSEMELMCDRIGILQKGELVDIQKVRDEGKEDKDTYFFHIEQREEALAVLSQFDCVKKTNGIEIKLSKQEVPDVISLLVRENIRLYEVKIMTKSLEDRFLEITGGTKEEVQYV PGPT0006725_12374 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990 NA NA D1-12_00058 948 hypothetical protein ATGTTTAAGCTGATCTATAATGAATGGATAAAAATTTTCAGCCGCGTCGGCACGTGGGCTATGATTGTAATTTTAGGCGTTTCGATGATCGGTTTTGCGCTTCTGTCAAACCATTTCACCTCGAACGAAGCCAATCCGAATTGGAAACAGGAGCTCCAAGCTGAAAACAAAGAAATGAAACAGCAGATGAAGGAAACCGGAAATCAGACGCTCATTGATAACCTGAAACAGAATGTCGCGATAAATCAATACCGTATGGATCATAACATCCCCGAGGATACAGGGTACACCGTGTGGTCATACGTAGCTGATTCTTCGATGATGACTGTTTTGACCGGGCTGTTTACGATTATCATTGCCGCAGGCATCGTGGCGAATGAGTTCAACTGGGGGACGATCAAGCTGCTGGCTATCCGTCCGCTCAGCCGTTTTCAGATTTTGCTATCTAAATATATGACGGTGCTGCTGTTCGGACTGCTGATGCTTGTGATTTTATTTGCCGGCTCCGCTCTGTTGGGATTGGTCTTTTTCGGTACAGGCGGAGATACTGCGGCTGATGTTCATCTCGTATACAAAGACGGCCATGTTTTTGAGCAAAATATCATCGCTTTCCTCGCTAAAACATATGTCTATGAATCTGTCTCCGCTTTTATGCTTGCGACGATGGCGTTTATGCTGTCTGCGGTATTCCGGAACAGCTCATTAGCGGTCGGATTTTCTATTTTTCTATTGGTTATGGGGAACACGGCGACGGTATTTCTTGCTGCGAAATTTGAATGGACCAAATATATTTTATTTGCGAACACAGATTTGTCGCAATATATGAACGGGACTCCTTTAGTAGAGGGGATGACGATGACATTTTCGGTTGTGATGCTTGTGATTTACTTCGTTATTTTTCTGGCGCTCGCATTCGGCGTCTTCTTAAAACGCGATATTGCCACCTGA MFKLIYNEWIKIFSRVGTWAMIVILGVSMIGFALLSNHFTSNEANPNWKQELQAENKEMKQQMKETGNQTLIDNLKQNVAINQYRMDHNIPEDTGYTVWSYVADSSMMTVLTGLFTIIIAAGIVANEFNWGTIKLLAIRPLSRFQILLSKYMTVLLFGLLMLVILFAGSALLGLVFFGTGGDTAADVHLVYKDGHVFEQNIIAFLAKTYVYESVSAFMLATMAFMLSAVFRNSSLAVGFSIFLLVMGNTATVFLAAKFEWTKYILFANTDLSQYMNGTPLVEGMTMTFSVVMLVIYFVIFLALAFGVFLKRDIAT PGPT0006730_9141 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992 NA NA D1-12_00060 201 cspB COG1278 Cold shock protein CspB ATGTTAGAAGGTAAAGTAAAATGGTTCAACTCTGAAAAAGGATTCGGATTCATCGAAGTAGAAGGTCAAGACGATGTATTCGTTCACTTCTCTGCTATTCAAGGCGAAGGCTTCAAAACTTTAGAAGAAGGCCAATCTGTTTCTTTCGAAATCGTTGAAGGAAACCGCGGACCACAAGCTGCTAACGTAACAAAAGCATAA MLEGKVKWFNSEKGFGFIEVEGQDDVFVHFSAIQGEGFKTLEEGQSVSFEIVEGNRGPQAANVTKA PGPT0014675_8665 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS LOW_TEMPERATURE_TOLERANCE COLD_SHOCK_PROTEINS,PGPT0014675-cspA-K03704 NA NA D1-12_00061 627 metQ_1 COG1464 Methionine-binding lipoprotein MetQ TTGGCGCTTGCCGGCGGGGATCTCGACGCCAATGCGTTTCAATCCGTTTCTTATTTTCAATCTTTGCCGCCTCATGTGAAAAAGAAGCTGGCTCCTTTAGGAACGACATATGCGGTATCGCTTGGGGTGTATTCCAAGCAGCATAAACGGCTGAAGGATATACCGGACGGAGCGGTCATTGCCGTGCCTGATGAAGCGGCGGCCTTCGGCAGGGCGCTTTTTCTCATGCAGGAGGCCGGACTGATGACATTGAAAAAGGGATTCACCGGTACGGGTTCAACTGATATGATCAAGGACAACCCGAAGCATCTGACCTTAAAAACGGAAACAAAAAAGAACGCATATCAGGCGGCGGAACATGCTGACGCAGCAGTTCTCAGTCAAAGCGAGGCGAAAAGAGCAGGATTTCATGCGGAGAAGGACGCGCTGATCCGATCGGCGCAAATGAAGGAAGCGTATATTCATCTGATCGCCGTCAGAGCTGAGGATAAAGATGATGAACGGATGCAAAAACTCCTGTCTTTGTATCAATCAGATGATACCGCGGCGTTTATTGAAAAAGAATATGAGGGCAGCCTGATTCCTGTTTTCCTGAGGGGCGGCTTTCTCACTGAAAAGAAAGAATGA MALAGGDLDANAFQSVSYFQSLPPHVKKKLAPLGTTYAVSLGVYSKQHKRLKDIPDGAVIAVPDEAAAFGRALFLMQEAGLMTLKKGFTGTGSTDMIKDNPKHLTLKTETKKNAYQAAEHADAAVLSQSEAKRAGFHAEKDALIRSAQMKEAYIHLIAVRAEDKDDERMQKLLSLYQSDDTAAFIEKEYEGSLIPVFLRGGFLTEKKE PGPT0020510_2263 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_METHIONINE_TRANSPORT,PGPT0020510-metQ-K02073 NA NA D1-12_00062 1080 hypothetical protein ATGCTGAAGGAACTGTTTCTTAATTTGACAATTTTAATTACATTTAATTATCTGTTCACCCTTCTTTTTAAAGAGTCGCTTTCGTATAAAGAAGACCGTCTGATGTTTCAATTACTGAAGGGGACGGTCTGCGGGCTTTTAGGGGTTTTTCTGATTGCTTTCGGCTTTTCTTACTCCGATTCCATCATTGATCTCAGAAATATCCCCATTATCATCGCCGCTCTTTACGGAGGCTGGGTGTCTACGGCAGCCGCCTTTGCGATTATCGTCGCAGGCCGTATCCTGATCAATTTCAATGCCAGCGCCATTTTTTCCATCGCCGCCGTCGGGGTTATTGCGATACTTTCTGCGGCCGTCCTCAGAGGAAAAAAGCCGGATCACAAAATGGCGTTCGTTATGCTGCTTTTTTCAAATGTTATTTTCACCCTGACGCTGCTGTTTCTTATGCCCGAACAGCCTGCCGGGGCCCTCGTTTATTATTGGCTCATTTCCGTCTTGGGCGGAATGCTGTCGCTGTATATTATTAAACACGAAGCCGATGCCCGCCTTTTGTTCAAGCAATACAAGTTTCAAGCGAATTATGATTTTCTGACGGGGATTTTTAATAAGAGAAAATTCGAGGAAGTCTCGCGCGTTCTGTACGATCGGGCGTCTCAATCCCCCTCGTCTCAGCTCGCGCTTATTTATTTGGATATTGATCACTTTAAGCAGATCAATGATCAATACGGCCATTATGAAGGGGATCAAGTGCTGAAGGAACTGGAGGCGCGCCTGAGGTTCTTACTCAGCAGTTCTGATCCGTCAGCCCGCATCGGCGGGGAAGAATTTGCCGTGCTTATGCCCAATTGCACGTATACGAAAGGGCTTCACCTCGCAGAGGAAATCAGGCACACGATTGACGCGAACCCGATTCTGCTGACGAGCGGAGATACAATTCCCGTGACCGTTTCCCTCGGCATCGCGCATTATCCGACAAATACATCGGATCCTCAGACATTGCCCCTGATCGCAGACCGGATGCTGTACAAAGCGAAAACATCAGGGCGCAATCAAGTGTGCAGCACTGAAAAAAAAGAATGA MLKELFLNLTILITFNYLFTLLFKESLSYKEDRLMFQLLKGTVCGLLGVFLIAFGFSYSDSIIDLRNIPIIIAALYGGWVSTAAAFAIIVAGRILINFNASAIFSIAAVGVIAILSAAVLRGKKPDHKMAFVMLLFSNVIFTLTLLFLMPEQPAGALVYYWLISVLGGMLSLYIIKHEADARLLFKQYKFQANYDFLTGIFNKRKFEEVSRVLYDRASQSPSSQLALIYLDIDHFKQINDQYGHYEGDQVLKELEARLRFLLSSSDPSARIGGEEFAVLMPNCTYTKGLHLAEEIRHTIDANPILLTSGDTIPVTVSLGIAHYPTNTSDPQTLPLIADRMLYKAKTSGRNQVCSTEKKE NA NA NA NA NA D1-12_00063 1392 tcyP COG1823 L-cystine uptake protein TcyP TTGGAGAATTTATTTGTAGTCTTACATGTTTTTATTATGCTTTTGCTTATAGCAGGTCTGTTTGTCATGCAAAAAAAACACGTTTCCTTTTCTAAACGTGTCTTTACCGCGCTCGGACTAGGCATTGTATTCGGTTTTGCACTGCAATTGATTTACGGGCCGGCTTCACATATCGTGACACAAACGGCCGATTGGTTTAATATTGCCGGCGGCGGTTATGTCAAATTGCTTCAGATGATCGTCATGCCGCTAGTCTTTATTTCTATTCTCGGCGCATTTACGAAGCTGAAACTGACCCATAACATCGGGAAAATCAGCGGACTGATCATCGGGATTTTGATCGCTACAACAGCAATTGCTGCGGCAGTCGGAATTGTTTCGGCGCTTTCCTTTGATCTGAAAGCCGTTCATATCGACCAGGGAAGCACCGAGTTATCAAGAGGCCAGGAGCTGCAGCAAAAATCTGAGGATATGACGGCCAAAACGCTGCCTCAGCAAATCGTTGAGCTTCTGCCGGGAAATCCGTTTCTTGATTTCACGGGGGCCAGACCGACTTCCACCATCGGAGTCGTTATTTTCGCCGCTTTCCTCGGCATCGCTTTTCTGGGCGTGAAACGGAAGCAGCCGGAGCACGCTGCGACTTTCAGCGGAATTGTCGATGCGGTATACGCGATTATTATGCGCGTCGTGACATTAATTTTAAGACTGACGCCTTACGGGGTATTGGCGATTATGACAAAGACGATCGCGACAAGCGACATCGACAGCATTGCGAAACTGGGGATGTTTGTGATCGCTTCATACGCCGCGCTTATCGTCATGTTTATCATTCACTTGCTGCTGATTACGTTCAGCGGTTTAAATCCGATCACATACGTGAAAAAAGCATTTCCTGTCATGGTATTTGCGTTTACGTCCCGTTCAAGCGCAGGGGCTTTGCCGCTTAATATTAAAACACAAAAAAGCATGGGCGTCCCGGAAGGAATTGCGAACTTCGCCGGTTCATTCGGCTTATCGATCGGTCAAAACGGCTGTGCCGGCATTTACCCGGCGATGCTCGCGATGATGATTGCGCCGACAGTAGGGCAAAACCCGTTTGAACCGGGATTTATCGTCTCTGTCATCGCCATCGTGGCAATCAGTTCATTCGGTGTAGCAGGCGTGGGAGGCGGCGCGACATTTGCGGCTCTGCTCGTCCTATCCGCTTTGAACATGCCTGTCGCGCTTGCCGGGCTGCTCATTTCAATTGAGCCGTTAATTGACATGGGGCGCACCGCCTTAAATGTCAGCGGCAGTATGACCGCAGGGCTGTTAACAAGTAAAATGACGAAGGAAACCGATACCGCGGTGTACAATGATTCCTCAATCGTCATTGAAGCTGAAGAAGCTTAA MENLFVVLHVFIMLLLIAGLFVMQKKHVSFSKRVFTALGLGIVFGFALQLIYGPASHIVTQTADWFNIAGGGYVKLLQMIVMPLVFISILGAFTKLKLTHNIGKISGLIIGILIATTAIAAAVGIVSALSFDLKAVHIDQGSTELSRGQELQQKSEDMTAKTLPQQIVELLPGNPFLDFTGARPTSTIGVVIFAAFLGIAFLGVKRKQPEHAATFSGIVDAVYAIIMRVVTLILRLTPYGVLAIMTKTIATSDIDSIAKLGMFVIASYAALIVMFIIHLLLITFSGLNPITYVKKAFPVMVFAFTSRSSAGALPLNIKTQKSMGVPEGIANFAGSFGLSIGQNGCAGIYPAMLAMMIAPTVGQNPFEPGFIVSVIAIVAISSFGVAGVGGGATFAALLVLSALNMPVALAGLLISIEPLIDMGRTALNVSGSMTAGLLTSKMTKETDTAVYNDSSIVIEAEEA NA NA NA NA NA D1-12_00064 480 hypothetical protein TTGTTCAGAAAAAAAAGCGGCATCAGCCCGACAGCGCTGCTGATCGGATCATCGATTCTGATTGCAGCTTTATCACCCGAAATCCGCCGGAAAATCTCCGGAATGGTTTCAGGCAGTATGCAGCATAAAGATGGCACACATTCCATGCAGCCTGCTGACCTGATTCAACAGGCTTTCAGCGGGGAATCCGGCGGACAGCAGCACACGGACAAACCACGGCATTCACAAACAGGCTCCACGCAGCCTGCCGAGCTGATCAAACAGGCGTTCGGCGGGGATTCCGGCGGACAGCAGCATGAGCAGACTTCCCGCAATCACTCCGGCTCATCCCATACAGACGGACAGGCAGACCGCAGTAAAGAAACTTCGCCGAAGCCTCACTATACCGAGCCGATTCACTTCGAAGAAAGCGCGGTAAATGTTTTAAATGACAGCACCGTGATGAATATGCTGGAAGAAATTGAACCCGGAAATCATTAG MFRKKSGISPTALLIGSSILIAALSPEIRRKISGMVSGSMQHKDGTHSMQPADLIQQAFSGESGGQQHTDKPRHSQTGSTQPAELIKQAFGGDSGGQQHEQTSRNHSGSSHTDGQADRSKETSPKPHYTEPIHFEESAVNVLNDSTVMNMLEEIEPGNH NA NA NA NA NA D1-12_00065 540 yhcN putative spore germination lipoprotein YhcN ATGATAAAAAAGCAAGCAGTTATCTCTGCCCTTCTTCTGCCGATGCTGATTACCGCAGGGTGCAGTATGGGGAACCAGGGGGAAGGAAAACGAAATGACAACCGCACCCAGAATGTAAATTACCGCAACACGCCTAACGACGGTGCGACAAATATGAATACAGTGAACCGTCATAACCAAAACACCGATCACAATGACAATCGTAACCTGAGAGTGGCTGATAAAGCCGCTGACAAGGTGACTGATTTAAAAGAAGTTAAAAATGCGACTGTGATCGTTGCCGGAAACAGCGCATATGTTGCCGTTGTTCTGACAAACGGGCAAAAAGGCGCCATCGCCAACCATTTAAAAAATAAAATTACCGATAAGGTGAAATCAGCCGATAAACATGTCCGGACTGTATATGTATCAGCGAACCCGGACTTCGTTGAACGTATGCAAGGCTACGGAAAACGAATCCAAAACGGACATCCTGTATCCGGTCTGTTTGATGAATTCGGTCAAATGGTGCAGCGTGTATTCCCAAACCCCAATAAATAA MIKKQAVISALLLPMLITAGCSMGNQGEGKRNDNRTQNVNYRNTPNDGATNMNTVNRHNQNTDHNDNRNLRVADKAADKVTDLKEVKNATVIVAGNSAYVAVVLTNGQKGAIANHLKNKITDKVKSADKHVRTVYVSANPDFVERMQGYGKRIQNGHPVSGLFDEFGQMVQRVFPNPNK NA NA NA NA NA D1-12_00066 903 hypothetical protein TTGCGTGACGGCATGGGGAAACGGGCGGCATTCACTCTGATCCTGTGCGGAGTCCTTGTCATATTGGCTGTCAGTTCAGCCGTTTCAGTAAGTATGATGTACGTCCTGTCAGGCCAAAACAGCCGCTCTGTTCCGACGAAGGAACAAGTGACTGAACACATGAATAAAGAAATTTACAAACATACAGCGATTTACTATACGGCGGATGAAAAGCCGCTCTTGGATCTGACCAAGCTTACGCTGGACCACGCAAAGCGTATCAATCAAATCATTGTCGGCTACAAAGGTGCAGCGCCACTTGAACTCATTTTCTTTTCGGATGAAGCTGAAATGGAGCAATCTTCAGGATTGAAAAATGTAGTCGGTTTTTATTCAGAACAGGAGCAGATGATGGGGCTTTTGCCTGAAGAGAAAAAACAGCTTTTGAAAAAAGATGAGCTGGCCGTTTTCATGTATAAACAATTAATTATACATGAATATACACACTACGCGTTTCATCAAAAAACGCGGCAATTGGGGACGGATACGTCTGTATTTCCGCTTTGGTTTCATGAGGGGCTGAGCGAGTGGGTCGCGCATTATGATGTAGTCATTGATCCGATTGCATTTTCCGTCGTGCCGTTTGATCAATTAACGACCGACCGGAAATGGCAGAAATCGCGTATGGAATATGAAACGGATGTCTATTTGCAAAGCTTCTATATGATAAAGGACTTAACCGAAACATTCGGAGAAGGCATTATCTTAACCATTATCAACAAAACCGCCGAAACACAGGATTTTGAAAAAGGCTTTGAAGCGGCTACGAAAGAAGGCCTGAAACAATTTGAACATGATTTCATAAAAGCATATGAAAAAAAGAAAACGGCATTGGAGAGTCAGGTTTCCAACGCCGTTTTTTAA MRDGMGKRAAFTLILCGVLVILAVSSAVSVSMMYVLSGQNSRSVPTKEQVTEHMNKEIYKHTAIYYTADEKPLLDLTKLTLDHAKRINQIIVGYKGAAPLELIFFSDEAEMEQSSGLKNVVGFYSEQEQMMGLLPEEKKQLLKKDELAVFMYKQLIIHEYTHYAFHQKTRQLGTDTSVFPLWFHEGLSEWVAHYDVVIDPIAFSVVPFDQLTTDRKWQKSRMEYETDVYLQSFYMIKDLTETFGEGIILTIINKTAETQDFEKGFEAATKEGLKQFEHDFIKAYEKKKTALESQVSNAVF NA NA NA NA NA D1-12_00067 666 hypothetical protein GTGGAACAGCAGCAGAATCAGCAGCAGCCGCCAGTAAATCAGGGGATCCCGGGTTCACCGCAAGTGAATCACGGAGGACATGAGCTTTTCGATATGCATGAAGTGCTGGCCGGAACAGTCGGCGTTTTAGATCAATTTATGATGCTCAGACAGTTTATACAGGATCAGCAGCTGGCCGACATCCTTGACCGCCAGTATCAATTCATTCTCGGACTCTATAATCTGACGGCAGAATGCTTTAAGACCGGCCAAAAGCCTTCTCAGGAAACGTCGACATATATGATGAAGGAACAGAACCAGGCCGTCTACGGTATAAAACCGACTCAGCCGAAAAAACCGAATCAATCATTAAATGATGTCAAAGATCTCGGGATCAGCGGCCATATGCTCGGCCTGATTAAAGCTCAAGCTTCTCTCTTGACGATGAGCTCGCTTGAAATGACCAATCCCGTCACAAGAAGAGTGCTCTCCGCCCAAATTCAGCAATATGTCGAAATGGCGTTTGAAATCTTCTTATACCAAAACAAACACGGTTATTATCAGGTTCCTCAGCTCAATGCACAAGATATGCAGACCATGCTGAATTCATTTGCACCGGCGGAGGGACAGCCGCAAATGCCTCCGATTAAAGGACAAATGGGACAGCAGCAGCAAAACCTCCATTGA MEQQQNQQQPPVNQGIPGSPQVNHGGHELFDMHEVLAGTVGVLDQFMMLRQFIQDQQLADILDRQYQFILGLYNLTAECFKTGQKPSQETSTYMMKEQNQAVYGIKPTQPKKPNQSLNDVKDLGISGHMLGLIKAQASLLTMSSLEMTNPVTRRVLSAQIQQYVEMAFEIFLYQNKHGYYQVPQLNAQDMQTMLNSFAPAEGQPQMPPIKGQMGQQQQNLH NA NA NA NA NA D1-12_00068 2055 yhcR COG0737 Endonuclease YhcR ATGAAGAAAAAAAGGGGTATGCGTCTTTCGTGCTGTTTGCTGACGGTTTGTTTTATGATGTTCAGCGTGAAAGATGCGGAAGCAATCGGACAAGCCGGATCACTGAATGAAGCCGGCACGGATAAAGCGTATAAAGAACGGCAGACTGAAGACTCCGGCCGTGTCCCGCTCAGAATCATCAGCATGAATGATCTGCACGGAAAAATTGATCAGCAATATGAGCTTGACCTTAACGGAGACGGTAAACCGGATGGCACTTTCGGGCGGATGGACTACGCCGCCGCGTACATTAAAAAGGCGAAAGCCGAGAAAGAACACGCCTTTGTCGTGCATGCGGGCGATATGATCGGGGGCAGCTCTCCCGTGTCAGCCCTTTTTCAGGATGAACCGACAGTAGAATTGATGGAAGACATCGGTTTTGATGTCGGAACTGTCGGCAATCACGAATTCGATGAAGGAACGGATGAGCTTAAACGGATCATCAATGGAGGAGATCATCCGGACGGTAAGGGGACAAGCGGTTATGACGGCCAAAATTTCCCGCTCGTCTGCGCCAACTGTAAACTGAAGTCAGGGGAGTCCTTTCTGCCGCCGTATGAAATTAAATACGTTTCCGGAATTCCGGTCGCATTTATCGGGGTTGTAACCAGATCGGCGGCAGGCATGGTCATCCCGGACGGAATTAAAAATATTACGTTTACGGATGAGGTAAAGGCCGTCAATGACGCCGCCGCTGACCTGAAGAAAAAAGGAATTAAAGCAATCGCCGTACTCGCCCATATGTCTGCTGAACAAAATGGCTCAGCCATCACGGGAGAATCCGCAAAGCTTGCAAGCGGAACAGACTCAGAGATTGATGTGATTTTCGCCGCGCACAATCATAAAGTCGTAAACGGAGAAATCAACGGCAAGCTGATTGTGCAGGCATTTGAATACGGAAAAGCAATCGGAATCGCCGATCTTGAACTTGATAAAGAGTCGAAGGATATCGTGAAAAAATCAGCGGAAATCCAATATATCGATCAAAGTAAAATCAAGCCTGACCCGGCTGCGGCAGGCATATTAAGCAAATATGAAGAGAAAGTGAAACCGATTATCAGCGAAACGGTCGGGGAAGCGGCCCATGATATAACGGGCGGGTATTCAAATGACGGCGACACGGCGCTCGGAAATCTGATTGCCGACGGTATGAAAGCGAAGATGAAATCCGATTTTGCGCTTATGAATGGGGGAGGCATCCGGGACGGCATAAAAAAAGGACCGATCACATGGGGAGACCTTTATAATGTACAGCCGTTCGGCAATGTGCTGACGAAGCTTGAAATCAAAGGAAAAGATTTGCGGGAGATTATTAATGCGCAAATTTCTCCGGTGTACGGTCCGGATTACAGCATCAGCGGATTTTCCTATACATGGAACACGGAAACCGGACAAGCGGTTGATTTGAAAATGGCGGACGGGACAGACATACAGCCCGAAAAAGGATATACAGTAACAGTCAATCAATTTATGGCGACGGCAGCGGGGGCAAAATACGGTCCGATCGGGAAAGTCGGCAAGAATCCGGTGACGGGGCCTGAGGATTTGGAAGCGACAGTAGACTATGTCAAAAGCTTTTCCGCACCGATTTCTTATCAAACCGACGGCCGCATCCGCACGGCATCAGCCGCCAAAACACCTGATGACACCGGCAATCAGCCGGGAAGCGGGGAAACACCGGGCGGCACCAGGCCTGATAAAGGAGAAAAACCTCAAGCGGAAAAACCCGCTAAAAAACCGGATGCAGCAGAACAGCCTGATCAAACCAAAAAACCTAAACGTCCTGTCGTAAAAGAAACAGCATCTGATACAGTGCAGTCAATTCCTGAATCCCGTCCGGCGTCTGCCGCAAATTCGGAACAAAGCACAAAACAGACTGAAAGCGGCACACAAAAAGGCCGCCCATTGCCTGATACTTCAGCGGGCAGCCATCAGACGGCATTGGCCGGCCTGGTGATCACGGGTGCCGGCGTATATTGGCTTTTCAGAAAGAAAAGGGGAATCCGCACACGATGA MKKKRGMRLSCCLLTVCFMMFSVKDAEAIGQAGSLNEAGTDKAYKERQTEDSGRVPLRIISMNDLHGKIDQQYELDLNGDGKPDGTFGRMDYAAAYIKKAKAEKEHAFVVHAGDMIGGSSPVSALFQDEPTVELMEDIGFDVGTVGNHEFDEGTDELKRIINGGDHPDGKGTSGYDGQNFPLVCANCKLKSGESFLPPYEIKYVSGIPVAFIGVVTRSAAGMVIPDGIKNITFTDEVKAVNDAAADLKKKGIKAIAVLAHMSAEQNGSAITGESAKLASGTDSEIDVIFAAHNHKVVNGEINGKLIVQAFEYGKAIGIADLELDKESKDIVKKSAEIQYIDQSKIKPDPAAAGILSKYEEKVKPIISETVGEAAHDITGGYSNDGDTALGNLIADGMKAKMKSDFALMNGGGIRDGIKKGPITWGDLYNVQPFGNVLTKLEIKGKDLREIINAQISPVYGPDYSISGFSYTWNTETGQAVDLKMADGTDIQPEKGYTVTVNQFMATAAGAKYGPIGKVGKNPVTGPEDLEATVDYVKSFSAPISYQTDGRIRTASAAKTPDDTGNQPGSGETPGGTRPDKGEKPQAEKPAKKPDAAEQPDQTKKPKRPVVKETASDTVQSIPESRPASAANSEQSTKQTESGTQKGRPLPDTSAGSHQTALAGLVITGAGVYWLFRKKRGIRTR PGPT0013395_416 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 D1-12_00069 597 srtD COG3764 Sortase D ATGAACAAACTGAAACATATTCCGCTTCTCGTCATCATCGCCGGTATCATCATCACATGTTACGGAAGCTGGAAGATCATTGATTCACATATGAAAACGAACCAATCGCTTGAAGAAGCAAAACAAGCAACAGAACCTGTCTTGGAAAAGAACGAAACAAAAAGCGCCGTGCTGGCACAGCGCAAAAAAGAATTTCACCCCGAAACGGGTGAGGCAAGCGGCATTTTAGAAATTCCTGAAATCGACGCTGAGCTCCCGATCGTCGAAGGGACTGACGCAGATGATTTAGCAAAAGGCGTCGGACATTATAAGGACAGCTATTATCCGGGCGATCACGGCCAAATTGTGTTATCCGGCCACAGGGACACGGTGTTCCGCCGGACCGGCGAACTGAAAAAAGGAGACAGACTGAACGTGATTTTGTCTTACGGCACGTTTTCTTATAAAATCAGCCGTACAAAAATCGTCAGCCGGGATGATACATCTGTCATCACCCTTCGGCACAAGCGGGAGGAACTGATCCTGACCACTTGCTATCCGTTTTCTTACATTGGAAATGCGCCGAAACGATATATTATATATGCCGACCCGGTTTAA MNKLKHIPLLVIIAGIIITCYGSWKIIDSHMKTNQSLEEAKQATEPVLEKNETKSAVLAQRKKEFHPETGEASGILEIPEIDAELPIVEGTDADDLAKGVGHYKDSYYPGDHGQIVLSGHRDTVFRRTGELKKGDRLNVILSYGTFSYKISRTKIVSRDDTSVITLRHKREELILTTCYPFSYIGNAPKRYIIYADPV PGPT0024075_2372 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING_RELATED_SORTASE,PGPT0024075-srtA-K07284 NA NA D1-12_00070 909 rluD_1 COG0564 Ribosomal large subunit pseudouridine synthase D ATGAAACAAAATGACCGCGGTCTGGAACTCCTGATTACGGAAAAGCACGCCGGACAATGGCTGTTTTCAGTCCTGAAATCTGAATTCCAGGCGTCAAAACCCGTAATTACGGAATGGATGAACCAAGAAAGCATTCAGGTGAATCGGACATCCCCGAAAAACAATATCATACTGAAGACCGGAGATCGCTTATTCATTGATCTTCAGGAAAAAACGGGTTCTTCGGTGACTCCGGAATACGGAGAGCCGGACATTTTATTTGAGGACAATCATATGCTGATTGCAAATAAGCCGGCGGGAATGCCGACTCATCCAAATGAAGAGGGTCAGACCGGCACCCTCAGCAACCTGATCGCTTACCATTTTCAAATCAACGGCGAGCAGGCGAAAGTGCGCCACGTTCACCGTCTTGACCGTGACACGTCAGGCGCGGTCGTTTTCGCGAAACACCGCCTGGTCCATGCAATCCTTGACCGTCAGCTCGAAACCAAAACATTAAAACGCACCTATATCGCCGCGGCGGAAGGAAAAGTCACGCCGAAAAAAGGCACGGTTGACTCGCCGATCGGCCGCGACAGGTCACATTCCGTCAGACGGCGCGTCTCACCCGGCGGACAAGCCGCCGTCACCCATTACAGAGTGAAAGGCTATCATCCCGGTGCGCAGCTTACATTGGCAGAGCTTGAACTGGAAACCGGGAGAACACATCAAATCAGGGTGCATATGGCAAGCATCGGCCATCCGTTGGCGGGCGATGACCTGTACGGCGGAAGCAGGACGCTGTTTCACAGGCAGGCGCTTCACGCCAAAAAAGTCAGTGTCGTCCATCCGATCTCAGGAGAAGAAATCGTTGCCGAGGCGCCGATGCCGGCTGATCTGGCTCATTTTACCGAAACGTATTTTTCTTAA MKQNDRGLELLITEKHAGQWLFSVLKSEFQASKPVITEWMNQESIQVNRTSPKNNIILKTGDRLFIDLQEKTGSSVTPEYGEPDILFEDNHMLIANKPAGMPTHPNEEGQTGTLSNLIAYHFQINGEQAKVRHVHRLDRDTSGAVVFAKHRLVHAILDRQLETKTLKRTYIAAAEGKVTPKKGTVDSPIGRDRSHSVRRRVSPGGQAAVTHYRVKGYHPGAQLTLAELELETGRTHQIRVHMASIGHPLAGDDLYGGSRTLFHRQALHAKKVSVVHPISGEEIVAEAPMPADLAHFTETYFS NA NA NA NA NA D1-12_00071 396 hypothetical protein ATGGCAAGAAAGGTGATTGATGTGAGAATTGTGAACGCAGCGACTGACGGACAAGAAAGCGCGATACAAGAGCTTTCCTCTGAATTGTTTCAAAATGTCTTTCCTCTTTATTTCTCCGAACTGGAAATTCAGCGCTTTAAAAAAAGGGGCGTATTATCATTACAAAACCAACGTTACCAAGGAACTTTAAAAGAAGCGTTTCAAATTATGGCTTGTCTGCAAACGGTACATATCATGCTGTCAAAGCCGCACCCGGTATATGACGTCAAAGAGCGGGCGCTGTTTGATAAAAATTGCGCTTTGCTGAATGAATGCGGAATGAATTTTCCCTTTACCTATGATGATTTCGAGACAGGGGCCGGATCAGAAGCCTGCGGTCACAGAAGGCTGATCTGA MARKVIDVRIVNAATDGQESAIQELSSELFQNVFPLYFSELEIQRFKKRGVLSLQNQRYQGTLKEAFQIMACLQTVHIMLSKPHPVYDVKERALFDKNCALLNECGMNFPFTYDDFETGAGSEACGHRRLI NA NA NA NA NA D1-12_00072 423 hrp1_1 COG0517 Hypoxic response protein 1 ATGAGTTCAATCAAACAATCAATGACTACCCACGTGGCTACCGTTTCTCCCAATCAAACGATTCAGGAAGCGGCTGCGCTGATGCACCAGCATAATGTCGGAGCAATTCCCGTCGTTGACGGAGGGGAATTAAAAGGAATGCTGACAGACCGTGATATCGCATTGAGAACAACGGCTCAAGGCCGCGACGGCCAAACACCTGTTTCACACGTGATGTCTTCTGCAGTTGTATCCGGAAACCCGGAAATGAGTCTTGAAGAGGCGTCACATCTGATGGCCCAACACCAAATCCGCCGCCTTCCCATTGTCGATCAAAATCATCTGGTCGGGATCGTTGCGCTTGGAGACTTAGCGGTCGATCAGCGTTCAAATGAGTCTGCGGGAGCAGCTCTTTCCAATATTTCCAGTCAAAACACACAGTAA MSSIKQSMTTHVATVSPNQTIQEAAALMHQHNVGAIPVVDGGELKGMLTDRDIALRTTAQGRDGQTPVSHVMSSAVVSGNPEMSLEEASHLMAQHQIRRLPIVDQNHLVGIVALGDLAVDQRSNESAGAALSNISSQNTQ PGPT0021445_6898 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021445-guaB-K00088 NA NA D1-12_00073 690 hxpB COG0637 Hexitol phosphatase B TTGATAAAAGCATTAATCTTTGATTTTGACGGGTTAATTTTAGATACAGAAACCCATGAATATGAAGTGCTGCAGGAAATGTTTGAAGAACACGGTTCAACATTGCCTTTATCCGTCTGGGGAAAGGTGATCGGAACGGCCGCGGGGTTTAAGCCATTCGCATATTTAGAGGAGCAGCTGGGAAGAAAGCTCGATCATGATGAACTGACGGCGATCAGGCGCGGGCGCTTCGAACAGCGGATGAAGACGGAAACGGCGCGCCCCGGGGTGGAAGCTTATTTAGCCGCGGCAAAAGAATTAGGATTGAAGGTGGGGCTCGCTTCCAGCTCAGATTTTAAATGGGTGTCGGGCCATCTGAAGGAATTAGGCCTGTTTGATGAATTTGAAGTGATTCAGACGGCTGACGACGTAGAAGAAGTGAAGCCGAATCCGGAGCTCTATCTGAAAGCTGCGGAACATTTAGGCGTTGAACCATCTGAATGTCTGGCCTTTGAGGATTCGGTCAACGGCTCAATCGCAGCCAAACGCGCCGGAATGAAATGTGTCATCGTCCCGAATAAGGTAACAAGCGCCCTGTTATTTGAAGAATACGATCACAGACTGGAATCGATGGCGGAAATGGAACTTGAATTACTCTTACAGCGATTGAACGATCAAAACGAACCGGCAGGGGGAAGCAGCATTGTCTGA MIKALIFDFDGLILDTETHEYEVLQEMFEEHGSTLPLSVWGKVIGTAAGFKPFAYLEEQLGRKLDHDELTAIRRGRFEQRMKTETARPGVEAYLAAAKELGLKVGLASSSDFKWVSGHLKELGLFDEFEVIQTADDVEEVKPNPELYLKAAEHLGVEPSECLAFEDSVNGSIAAKRAGMKCVIVPNKVTSALLFEEYDHRLESMAEMELELLLQRLNDQNEPAGGSSIV NA NA NA NA NA D1-12_00074 1539 hypothetical protein TTGTCTGAGAAACTTGATCTGACCCGTTTTGAAAAGAAAATGGTCATACGGAATATGGAAGAGAAAGATATCAACAAAATAATTGAGCTGCAAAAGGATTGTTTTCCGGGGATGGAGCCGTGGGAGCCTGAGCATTTAATCAGCCATCTCGCGCACTTTCCGGAAGGTCAGTTTTGCGCCGAGTATGAAGGAGAAATTATCGGTTCATGCTCAAGCCTGATCATAAATTTCGATGAATATGATGACCGCCACACGTGGCAGGACATTACAGACGACGGTTATATCACGAACCACAACCCGGACGGATTGAATCTGTACGGGATTGAGGTAATGGTTCACCCGGAATACAGACGGATGAAGATCGGACACCGGCTGTATGAGGCGAGAAAAGACTTGGCGAGACGATTGAATCTGAAAAGCATCATTATCGGCGGGCGGATTCCGAATTATCATAAGTATGCGGAAGAAATGACGGCGAGAGCCTATGTCGAACAGGTGACGCGCCATCAGATTTATGATCCGGTGCTTTCTTTCCAGCTGATGAACGGATTTACGCTCATGCGGATCAATCCGAATTATCTCCCGGATGACACCGCGTCCATTAAATATGCGACATTAATGCAATGGAACAATGTCGATTACTTGCCGCAGTCGAAGCGCTATTACAAATCGGCATTTCCGGTGCGCATTTGCGTCATTCAATATGAAATGAAAAAGATTTACTCCTTCGAGGAATTTGCCAATCAGGTTGAATATTATGTCGATGTGGCTTCCGATGCGAGATCTGATTTCGCGGTGTTCCCGGAGATTTTCACGACGCAGCTCATGTCATTTCTCGAGGAGCGTTCTCCGAGTCTGGCCATTCAGAGGATTACCGAATATACCGAGGACTATATCAGCCTCTTTACAGATCTCGCGGTGAAATATAATGTCAACATCATCGGCGGCTCCCACTTCGTTGAAGAAGAGGGGAAAATTTATAACATCGCCTACTTATTCAGACGTGACGGCACGATTGAAAAACAATATAAGCTTCACATTACGCCGAATGAGCGGAAATGGTGGGGCATCAGCGCCGGAGACAGGGTGCGCGTATTTGATACGGACTGCGGAAAGATCGCCATTCAGATCTGTTACGATATCGAATTTCCGGAGCTTGCGAGAATTGCCGCGGATCAAGGAGCGAAAATTATCTTTACACCGTTCTGCACTGAAGACCGCCAAGGCTACTTGCGCGTAAGGTACTGCTCTCAGGCGAGAGCGGTTGAAAACCAAATTTACACCGTCATCTCAGGTACGGTCGGAAACCTGCCGCAAACAGAAAATATGGATATTCAATACGCGCAGTCAGCCATTTTTGCTCCGTCTGATTTTGAATTCGCCAGAGACGGAATCGTCGGTGAAACGAATCCGAATATCGAAATGGTCGTGATCGGGGACGTGGACCTTGAAATCTTAAGAAGGCAGCGTGAAAACGGAACCGTGCGCCAGCTGAAAGACCGGCGCAAAGATATTTACCGGATTACGCACCTGAAATAA MSEKLDLTRFEKKMVIRNMEEKDINKIIELQKDCFPGMEPWEPEHLISHLAHFPEGQFCAEYEGEIIGSCSSLIINFDEYDDRHTWQDITDDGYITNHNPDGLNLYGIEVMVHPEYRRMKIGHRLYEARKDLARRLNLKSIIIGGRIPNYHKYAEEMTARAYVEQVTRHQIYDPVLSFQLMNGFTLMRINPNYLPDDTASIKYATLMQWNNVDYLPQSKRYYKSAFPVRICVIQYEMKKIYSFEEFANQVEYYVDVASDARSDFAVFPEIFTTQLMSFLEERSPSLAIQRITEYTEDYISLFTDLAVKYNVNIIGGSHFVEEEGKIYNIAYLFRRDGTIEKQYKLHITPNERKWWGISAGDRVRVFDTDCGKIAIQICYDIEFPELARIAADQGAKIIFTPFCTEDRQGYLRVRYCSQARAVENQIYTVISGTVGNLPQTENMDIQYAQSAIFAPSDFEFARDGIVGETNPNIEMVVIGDVDLEILRRQRENGTVRQLKDRRKDIYRITHLK PGPT0007175_17 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_SIGNAL-BRANCHING_STIMULATION PLANT_BRANCHING-AUXIN|IAA_METABOLISM PLANT_BRANCHING-IAA_METABOLISM,PGPT0007175-yhcX-NA NA NA D1-12_00075 1344 tpa COG0161 Taurine--pyruvate aminotransferase GTGGAACATGTACAAAAAAATCAGTCACTCAAACAAAAGGATAAAGAGCTGATTTGGCACGCGATGAAAGGGGCGGAGCCGGATGACAGCATAATCGTCCAAAAAGGGGAAGGCGCCTGGGTTACGGACATTGACGGCAGACGGTATTTGGACGGCATGTCAGGCCTGTGGTGCGTCAATATCGGATACGGGAGAAAGGAGCTTGCCGATGCGGCTTACAGCCAATTGAAGGAGCTTCCTTATTATCCGCTGACCCAAAGCCATCAACCCGCGATTGAGCTTGCGGAAAAACTGAATGAATGGCTCGGCGGCGATTATGTGATCTTCTTTTCCAACAGCGGATCGGAAGCAAATGAAACCGCGTTCAAAATTGCCCGCCAATACCACATTGAAAACGGCGATCACAGCCGCTTCAAATTCATCTCCCGGTACAGAGGCTATCACGGCAATACGATGGGGGCGCTCGCCGCTACCGGCCAGGCGCAGAGAAAATATAAATATGAGCCGCTCTCACAAGGTTTTTTGCATGCGGCGCCGCCTGATCTTTATCGGAATCCCGGAGATGCCGTCACATTGGAAAGCGCGCATGACATCGACCGGATCATGACGTGGGAATTAAGCGAAACGATTGCCGGCGTTATTATGGAACCGATTATTACAGGCGGAGGGATACTGATGCCCCCGGACGGGTATATGGCAAAGGTAGAGGACATTTGCCGCCGCCACGGCGCGCTTCTGATCAGTGATGAAGTCATTTGCGGTTTCGGCCGCACGGGAGAGCCGTTCGGATTTCAGCATTACGGCGTTTCACCGGACATCGTCACAATGGCAAAAGGCATTACGAGCGCTTACCTGCCGCTGTCGGCAACGGCAGTAAAACGGGAGATTTTTGAGGCGTATTCGGGCGGTGAGCCGTACGGCCGCTTCCGGCACGTGAATACATTCGGAGGCAATCCGGCAGCCTGCGCCCTGGCCTTGAAAAACCTGCAATTGATGGAGGACGAACATCTGATCGCCCGCTCCCGTGAGCTTGGAGAAAGGCTGCTCCGTGAGCTTGAGCCGATCAGAGAACATCCGGCGGTCGGAGATGTACGGGGCAAGGGCCTTCTTGCCGGCATTGAGCTCGTCAAGGACAAAGTCACGAAGGAACCCGCTGATGCCGCCCTTGTGCAGCACGTCATCACCGCCTGCAGAGAAAAAGGCCTGCTTGTCGGGAAAAATGGCGATACTGTAGCGGGATATAATAATGTCATTCAGCTGTCTCCGCCTTTTTGCCTGTCGGACGAGGAGCTCTCTTTCATCATTTCGACCGTCAAGGAAAGCGTGCTGAGCATTGATTTTTAA MEHVQKNQSLKQKDKELIWHAMKGAEPDDSIIVQKGEGAWVTDIDGRRYLDGMSGLWCVNIGYGRKELADAAYSQLKELPYYPLTQSHQPAIELAEKLNEWLGGDYVIFFSNSGSEANETAFKIARQYHIENGDHSRFKFISRYRGYHGNTMGALAATGQAQRKYKYEPLSQGFLHAAPPDLYRNPGDAVTLESAHDIDRIMTWELSETIAGVIMEPIITGGGILMPPDGYMAKVEDICRRHGALLISDEVICGFGRTGEPFGFQHYGVSPDIVTMAKGITSAYLPLSATAVKREIFEAYSGGEPYGRFRHVNTFGGNPAACALALKNLQLMEDEHLIARSRELGERLLRELEPIREHPAVGDVRGKGLLAGIELVKDKVTKEPADAALVQHVITACREKGLLVGKNGDTVAGYNNVIQLSPPFCLSDEELSFIISTVKESVLSIDF PGPT0001925_289 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_SIGNAL-GERMINATION_STIMULATION PLANT_GERMINATION-TAURINE_DERIVATE_PRODUCTION PLANT_GERMINATION-TAURINE_DERIVATE_BIOSYNTHESIS,PGPT0001925-tpav|bioA|yhxA-K03851 NA NA D1-12_00076 576 glpP COG1954 Glycerol uptake operon antiterminator regulatory protein ATGAGTTTTCACAACCAGCAGATTCTACCGGCAATCCGGAACATGAAGCAATTCGATGCATTTTTAGAAAGTCCGTTCTTATACGGCGTCATTTTAGATATCCACCTCGGTCAATTAAAAGGTGTCGTGAATGAAGCGAAAAAACACGGAAAACTTCTGATGGTTCACGTCGATTTAATTCACGGCATTAAGCATGACGAATACGGTGCGGAGTTTATTTGTCAGGATATCCGGCCCGCGGGTATCATTTCGACGAGATCATCAGTCATCGTCAAAGCGAAACAAAAGAAAATATACGCGATCCAGCGTCTGTTTCTCTTGGATACGAGCGCCATGGAGAAAAGCATGGAATTCGTCGGAAAGCATAAGCCTGACTTTATCGAGGTTCTCCCGGGCATCGTTCCGACTTTAATCAGAGAAATTAAAGAAATGACGGGGATTCCGATTTTTGCCGGCGGCTTCATCCGCACGGAGCAGGACGTTGAAAACGCCTTGCAGGCAGGAGCCACGGCCGTGACGACTTCAGACACCGAACTATGGGCTAAATATGAACATTCTATGACAAAAAAAGATTGA MSFHNQQILPAIRNMKQFDAFLESPFLYGVILDIHLGQLKGVVNEAKKHGKLLMVHVDLIHGIKHDEYGAEFICQDIRPAGIISTRSSVIVKAKQKKIYAIQRLFLLDTSAMEKSMEFVGKHKPDFIEVLPGIVPTLIREIKEMTGIPIFAGGFIRTEQDVENALQAGATAVTTSDTELWAKYEHSMTKKD PGPT0022030_154 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION_BY_NODULATION ROOT_NODULE_REGULATION,PGPT0022030-nodX-K02443 NA NA D1-12_00077 828 glpF COG0580 Glycerol uptake facilitator protein ATGACAGCATTTTGGGGAGAAGTAATCGGTACAATGCTGCTTGTTATTTTCGGCGGCGGCGTTTGTGCGGGAGTCAATTTAAAGAAATCGCTTTCATACCAATCCGGATGGATTGTTATTGTATTCGGCTGGGGATTGGGAGTAGCCATGGCGGCATATGCCGTCGGCAGTATCAGCGGCGCCCACTTGAATCCGGCTTTAACGATAGGCCTTGCGCTTGAAGGCAGCTTTCCTTGGAAAGAGGTCCCTGTTTATATTGCGGGGCAGATGATCGGAGCAATGATCGGTGCGGTTGTTGTGTACCTTCATTATCTGCCGCATTGGAAGGCGACGGATGATCCGGCCGCTAAACTGGGCGTTTTCTCGACCGGCCCGAGTATTCCTCATACATTTGGGAATATGATAAGTGAAGTCATTGGTACGTTTGTGCTTGTGCTCGGCATTTTGGCAATCGGAGCGAATGAATTTACAAAAGGGCTGAACCCGCTGATTGTCGGATTCCTCATCGTTGCCATCGGGATTTCTCTTGGAGGGACGACCGGATATGCGATCAACCCTGCGCGGGATTTGGGGCCGAGAATCGCTCACGCCTTTCTGCCGATTCCGAAAAAAGGGCCGTCAAATTGGAAATATGCCTGGATTCCCGTAGTCGGTCCGATCATGGGCGGTGCGTTCGGCGGCGTATTTTACAATGCCGCGTTTAAAGGAAATGTGACACCTAGCTTTTGGTTTGTAAGCGTTATAATGGTTGTAGTGCTTTTCATACTCTATATTTATACCAAGAAATCTCAATCACGGAAAATATTATCAAATTCTGAATATATTTAA MTAFWGEVIGTMLLVIFGGGVCAGVNLKKSLSYQSGWIVIVFGWGLGVAMAAYAVGSISGAHLNPALTIGLALEGSFPWKEVPVYIAGQMIGAMIGAVVVYLHYLPHWKATDDPAAKLGVFSTGPSIPHTFGNMISEVIGTFVLVLGILAIGANEFTKGLNPLIVGFLIVAIGISLGGTTGYAINPARDLGPRIAHAFLPIPKKGPSNWKYAWIPVVGPIMGGAFGGVFYNAAFKGNVTPSFWFVSVIMVVVLFILYIYTKKSQSRKILSNSEYI PGPT0004760_95 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_GLYCEROL_UPTAKE,PGPT0004760-glpF|pduF-K02440 NA NA D1-12_00078 1491 glpK COG0554 Glycerol kinase ATGGAGACCTATATTTTATCAATTGACCAAGGCACAACAAGTTCAAGAGCGATTCTTTTTAATAAAGAAGGAAAAATCGTGCATTCCGCTCAAAAGGAATTCACACAGCATTTCCCTCAGCCGGGCTGGGTGGAGCACAATGCGAACGAAATCTGGGGATCGGTGCTCGCCGTTATCGCGACTGTGATCTCCGAGTCCGGAATCAGCGCTGATCAAATTGCCGGCATCGGCATCACGAACCAAAGGGAAACGACGGTCGTATGGGATAAAGATACCGGAAAGCCGGTATACAATGCGATTGTGTGGCAATCGAGACAAACATCCGGCATTTGCGAAGAGCTTCGTGAAAAAGGATATAATGATACATTCAGAGAAAAAACGGGACTTTTGATCGACCCTTATTTCTCAGGAACGAAAGTCAAATGGATTCTTGACAATGTAGAAGGCGCGCGGGAAAAAGCGGAAAACGGAAATCTTCTGTTCGGAACGATTGATTCATGGCTCATCTGGAAAATGTCCGGAGGGGCGGCGCACGTAACGGATTATTCCAACGCTTCAAGAACGCTGATGTTTAATATTCATGAATTAAAATGGGATGACGAGCTGCTTGATATTTTAGGCGTGCCGAAATCAATGCTGCCGGAAGTGAAACCGTCTTCTCATGTGTACGCGAAAACGGTTGATTATCATTTCTTCGGTAAAAACATTCCGATTGCGGGAGCGGCCGGAGACCAGCAGTCAGCGCTGTTCGGCCAGGCGTGCTTTGAAGAAGGCATGGGGAAAAACACATACGGCACAGGCTGCTTTATGCTGATGAATACCGGAGAAAAAGCCATCACTTCTGATCACGGCCTTCTGACGACAATCGCCTGGGGATTAGACGGAAAAGTCGAGTATGCACTGGAAGGAAGCATCTTTGTCGCAGGTTCTGCCATCCAATGGCTGAGAGACGGCATGCGGATGTTCCAGGATTCAAAAGAAAGCGAGACATACGCAGAGCGTGTGGATTCCGCTGACGGTGTTTATGTCGTGCCCGCTTTCGTCGGATTAGGCACACCGTACTGGGACAGTGACGTGCGCGGCTCAGTTTTCGGCCTGACACGCGGAACGACGAAGGAGCATTTTATCCGGGCTACGCTTGAATCTCTCGCTTATCAGGCGAAAGATGTACTTGATGCCATGGAGGCTGATTCAGGCATCTCTTTAAAAACATTGCGTGTAGACGGCGGAGCGGTAAAAAATAACTTCCTCATGCAGTTCCAAAGCGACTTGCTTGATGTGCCGGTCGAACGTCCGGAAATTAATGAAACGACGGCGCTCGGTGCCGCGTATTTGGCCGGAATCGCTGTCGGATACTGGAAGGACAGCACTGAAATCGCCGATCAGTGGAACCTTGATAAGCAATTCAAACCGGAAATGGAAGATGAAAAGCGCGAAGAATTGTACGGCGGATGGAAAAAAGCAGTAAATGCAGCTATGGCTTTTAAATAA METYILSIDQGTTSSRAILFNKEGKIVHSAQKEFTQHFPQPGWVEHNANEIWGSVLAVIATVISESGISADQIAGIGITNQRETTVVWDKDTGKPVYNAIVWQSRQTSGICEELREKGYNDTFREKTGLLIDPYFSGTKVKWILDNVEGAREKAENGNLLFGTIDSWLIWKMSGGAAHVTDYSNASRTLMFNIHELKWDDELLDILGVPKSMLPEVKPSSHVYAKTVDYHFFGKNIPIAGAAGDQQSALFGQACFEEGMGKNTYGTGCFMLMNTGEKAITSDHGLLTTIAWGLDGKVEYALEGSIFVAGSAIQWLRDGMRMFQDSKESETYAERVDSADGVYVVPAFVGLGTPYWDSDVRGSVFGLTRGTTKEHFIRATLESLAYQAKDVLDAMEADSGISLKTLRVDGGAVKNNFLMQFQSDLLDVPVERPEINETTALGAAYLAGIAVGYWKDSTEIADQWNLDKQFKPEMEDEKREELYGGWKKAVNAAMAFK PGPT0018435_4647 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROLIPID_REMODELLING CE-REMODELLING_GLYCEROLIPID_KINASE_ACTIVITY,PGPT0018435-glpK-K00864 NA NA D1-12_00079 1665 glpD COG0578 Aerobic glycerol-3-phosphate dehydrogenase ATGAATCACCAATTTTCAAGTTTGGAACGGGATCATATGCTGGAAGACATGACTAAAAAAACATACGATCTGTTTATTATAGGCGGAGGTATTACGGGTGCCGGTACGGCGCTTGACGCAGCTTCAAGGGGAATGAAAGTCGCTTTGAGCGAAATGCAGGATTTCGCGGCCGGCACATCAAGCCGATCCACAAAGCTTGTCCACGGCGGTTTGCGTTATCTGAAGCAATTTGAAGTCAAAATGGTTGCAGAAGTCGGTAAGGAACGTGCCATCGTGTACGAAAACGGCCCGCACGTCACGACGCCGGAATGGATGCTGCTGCCGTTTCATAAAGGCGGCACGTTCGGTTCATTCTCTACTTCCATCGGCCTGCGTGTGTATGACTATTTAGCGGGAGTAAAAAAATCAGAGCGCAGAAGCATGCTGTCTGCTAAAGAAACGCTGCAAAAAGAGCCGCTCGTCAAAAAAGACGGCTTAAAAGGCGGAGGCTATTATGTAGAGTACCGGACGGACGATGCGAGACTGACGATTGAAGTCATGAAAGAAGCCGTTAAATTCGGTGCGGAGCCTGTCAACTACTCTAAAGTGAAAGAACTGCTTTATGAAAAAGGAAAAGTTGTCGGCGTTTTAATTGAAGATCTGCTGTCAGGCAAGGAATACAAAGTTTACGCCAAAAAAATCGTCAATGCGACAGGTCCGTGGGTCGACGAGCTGAGAGAAAAAGACCACAGCAAAAGCGGAAAACATCTTCAGCACACAAAAGGGGTCCATCTCGTATTCGACCAATCCGTATTCCCGCTTAAACAGGCGGTGTACTTTGATACGCCGGACGGCCGGATGGTGTTCGCCATTCCGCGTGAAGGAAAAACATACGTGGGTACGACCGATACGGTTTACAAACAAAAACTTGAGCATCCGCGCATGACGGTGCAGGATCGCGATTATGTCGTCAGCTCCATCAATTATATGTTCCCGGAACTGAACATTACGGCGGACGATATTGAATCAAGCTGGGCCGGCCTCAGACCGCTTATTCACGAAGAAGGGAAAGACCCGTCTGAGATCTCCCGTAAAGATGAAATCTGGACATCTCAATCAGGCCTGATTACGATCGCCGGAGGAAAACTGACGGGCTACCGTAAAATGGCTGAGCACATTGTCGATCTTGTCCGCGACCGCTTGAAAGAAGAGGGCGGCCAGGACTTCGGCGGCTGCAAGACGAAGACGATGCCGATTTCCGGCGGACATGTCGGCGGCTCTAAAAACTTCGAGTCATTTGTGGAAGCAAAGACAAAAGACGGCTTGAAAATCGGTTTATCACAGGAAACCGCTAAGCAGTTAGCCATCAGATACGGCTCTAACGTTGAAAATGTATTCAGCCGGATTGAAGGTCTGAAAGACGAAGCGGAAAAACGCCAGATTCCGGTTCACATTCTGGCTGAAGCGGCTTACAGCATCGAAGAAGAAATGGCTGCGACACCTGCCGATTTCTTCGTCCGCAGAACGGGAAGACTGTTCTTCGACATCAAATGGGTGCAAACGTATAAAACGGCCGTGATTGATTACATGAGCGACCGATTCCAATGGAATGACGCAACGAAAGAAAAACACACTGAGTGGTTAAATACGCTGCTGCACGACGCGGTTGTTCCGCTCGAACAATAA MNHQFSSLERDHMLEDMTKKTYDLFIIGGGITGAGTALDAASRGMKVALSEMQDFAAGTSSRSTKLVHGGLRYLKQFEVKMVAEVGKERAIVYENGPHVTTPEWMLLPFHKGGTFGSFSTSIGLRVYDYLAGVKKSERRSMLSAKETLQKEPLVKKDGLKGGGYYVEYRTDDARLTIEVMKEAVKFGAEPVNYSKVKELLYEKGKVVGVLIEDLLSGKEYKVYAKKIVNATGPWVDELREKDHSKSGKHLQHTKGVHLVFDQSVFPLKQAVYFDTPDGRMVFAIPREGKTYVGTTDTVYKQKLEHPRMTVQDRDYVVSSINYMFPELNITADDIESSWAGLRPLIHEEGKDPSEISRKDEIWTSQSGLITIAGGKLTGYRKMAEHIVDLVRDRLKEEGGQDFGGCKTKTMPISGGHVGGSKNFESFVEAKTKDGLKIGLSQETAKQLAIRYGSNVENVFSRIEGLKDEAEKRQIPVHILAEAAYSIEEEMAATPADFFVRRTGRLFFDIKWVQTYKTAVIDYMSDRFQWNDATKEKHTEWLNTLLHDAVVPLEQ PGPT0006775_2006 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROPHOSPHOLIPID_REMODELLING CE-REMODELLING_GPL_DEHYDROGENASE_ACTIVITY,PGPT0006775-glpA|glpD-K00111 NA NA D1-12_00080 1743 pgcA Phosphoglucomutase ATGAGTTGGAGTAAGAGCTACGAACGCTGGAATCAGGCCGAACAATTAGATTCAGAATTGAAAAAATTATTGGCGGACGCAGAAGGAAACGAGCAGCTGCTGGAAGATTTTTTCTACAAAAATCTTGAGTTCGGAACAGGAGGCATGAGAGGAGAAATCGGGCCGGGTACGAACAGGATGAATATTTACACGGTCCGCAAAGCATCCGCCGGACTTGCGGCGTATATCGAAAAACAGGGAGAAGACGCGAAAAAAAGAGGGGTTGCGATCGCATACGACTCCCGTCATAAATCTCCTGAGTTTGCGATGGAAGCTGCAAAAACCCTTGCTTCCCAAGGCATTCAAACATACGTATTTGATGAGCTCCGCCCGACGCCTGAGCTGTCTTTTGCGGTGAGAAAGCTGAACGCTTATGCCGGTATCGTCGTGACAGCCAGCCATAACCCGCCTGAATATAACGGATATAAAGTGTATGGCGATGACGGCGCACAGCTGCCGCCGAAAGAAGCGGACATCGTCATTGCGGAAGTGAATGCCATAGAAAATGAATTAACGATTCAAGTTGAAGATGAACAGTCGCTGAAAGAAAAAGGTTTGATTAAAATAATCGGTGAAGAAATTGATAAACCGTATACTGAAAAACTGACTTCCATCTCCGTACATCCCGAGCTTTCGGATGAAGTGGATGTCAGCGTCGTGTTCACTCCGCTGCACGGCACGGCAAATAAACCGGTACGCCGCGGTCTTGAAGCACTCGGTTACAAAAACGTCACCGTCGTAAAGGAGCAAGAGCTGCCGGACCCGGATTTTTCAACCGTCAAATCGCCGAATCCGGAAGAGCACGCGGCATTCGAATATGCCATTAAACTCGGAGAAGAACAAAATGCCGATATTCTCGTCGCTACGGACCCGGATGCCGACCGTCTCGGCATTGCCGTAAAAAACAGCGAAGGCAAGTACACAGTGCTGACGGGAAACCAGACAGGCGCGCTTTTATTGCATTACCTGCTTTCCGAGAAGAAAAAACAGGGCACCCTTCCTGAAAACGGTGTCGTCATGAAAACGATTGTCACGAGCGAATTGGGCCGCGCCGTCGCTTCATCGTTCGGGTTAGATACGATTGACACGCTGACAGGCTTCAAATTTATCGGTGAAAAGATCAAAGAATATGAAAAAACAGGCCAATACACGTTCCAGTTCGGGTATGAAGAAAGCTACGGCTACTTAATCGGCGATTTCGCGCGTGACAAAGACGCGATCCAGGCTGCGCTGTTAGCCGTCGAGGTATGCGCCTTTTATAAAAAGCAGGGCATGTCTCTTTATGACGCGCTGCTGTCCATTTTTAAAGAATACGGTTATTACCGTGAAGGTTTGAAGTCATTGACGTTAAAAGGAAAACAGGGAGCAGAGCAGATTTCCGCTATCCTGACTTCATTCCGAAACGATCCGCCGAAGCAGATGGCCGGAAAACAAATCACGCAGGCTGAAGACTATTCAACGGGAAAACGGACTGTATTTGCCGATCATCGTGAAGAAGATATTGATCTTCCGAAGTCAAATGTCCTGAAATATTTCCTTGAAGACGGCTCTTGGTTCTGCCTTCGTCCATCGGGAACGGAGCCGAAAGTGAAGTTCTATTTCGCCGTGAAGGGAAGTTCTTTACAAGACAGCGAACAGCGTCTTGCCGCATTATCTGAAGCCGTCATGAAAACGGTGGATGGCATAGTGGAAAATACGAAATAA MSWSKSYERWNQAEQLDSELKKLLADAEGNEQLLEDFFYKNLEFGTGGMRGEIGPGTNRMNIYTVRKASAGLAAYIEKQGEDAKKRGVAIAYDSRHKSPEFAMEAAKTLASQGIQTYVFDELRPTPELSFAVRKLNAYAGIVVTASHNPPEYNGYKVYGDDGAQLPPKEADIVIAEVNAIENELTIQVEDEQSLKEKGLIKIIGEEIDKPYTEKLTSISVHPELSDEVDVSVVFTPLHGTANKPVRRGLEALGYKNVTVVKEQELPDPDFSTVKSPNPEEHAAFEYAIKLGEEQNADILVATDPDADRLGIAVKNSEGKYTVLTGNQTGALLLHYLLSEKKKQGTLPENGVVMKTIVTSELGRAVASSFGLDTIDTLTGFKFIGEKIKEYEKTGQYTFQFGYEESYGYLIGDFARDKDAIQAALLAVEVCAFYKKQGMSLYDALLSIFKEYGYYREGLKSLTLKGKQGAEQISAILTSFRNDPPKQMAGKQITQAEDYSTGKRTVFADHREEDIDLPKSNVLKYFLEDGSWFCLRPSGTEPKVKFYFAVKGSSLQDSEQRLAALSEAVMKTVDGIVENTK PGPT0017710_794 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0017710-pgm-K01835 NA NA D1-12_00081 1137 hypothetical protein TTGACGAAAACGACGGTAGAAACGTTAAAAACGTTAAAAGCGATTGCGGAAACCTTAAACCAAAGCCACGATTTAAAGGAAGCGCTTGATAAAGTGCTCCGCGAACTGCTCAGCCTGACCGGGCTGCGGACAGGGTGGATTTTTCTGATTGAGCCGGACGGGTCTTATACGCTCGCCGCATCTGCTTATTTACCGCCGGCTCTCGGTCAGCGGGAAAATGCACTCATGTGCAGCGGGGAATGCTATTGTCTGACCAAATTCAGCAATGGCGGATTGACAAAAGCCGTAAACATAATGAATTGTAAACGGATTGAATTTGCGGAACAGACGACGAACTGCCGCGATACGGAGGGCATTACCCATCATGCGACCGTACCGCTTGAGGACGGCGGCCGGAAGTTCGGTTTATTAAACGTCGCCGCAAGTGAAAAGACATTTTTCAACGAAGAAGAACTGCATCTGCTTGAAGCGGTTGCATTTCAAATCGGAACGGCGATTCAGCGGATGAAATTGGCCGAATTTGAGCAGCAGAACGCCCTGTTGATGGAACGAAGCAGACTTGCGCAAGAGCTGCATGATTCCGTCAATCAGATGCTGTTTTCTGTCAGCTTAACGGCAAAAGCCGCAAAGAGCTTTACAGATGATGATCGGCTCCGGCAGATGATTACGTTTATTCAAGAGCTGTCTCAGGATGCGCTAACAGAAATGAGGGCGCTTATTTGGCAGCTGAAGCCGGAAAGTTTGACGAAAGGGCTGTATGCGTCGATCAAAAGCTATGCCGCTCTCATCGGCCTGGAAGCCGTTTGTGAAATGGAGGATGAGCTGGAGCTTACAGATGAACAGGAACACGCGCTTTGGCGGATCGCCCAGGAAGCCTTGAATAACTGTAAAAAGCATGCGGGAACGGACCGGGTTATCATTTCTGCCGTTAAAAAGCCGGATTGCGCTGAGCTTCACATCAGCGACCGTGGAGCGGGCTTCAGCGCTGATGCGCACGCTGTGCTCCCATCGCTCGGCGTGGCCGGCATGAAAGCGCGGGCTGAAGCGATCGGAGGCCGCTTTACACTGCAATCCGAGCTTGGCGCCGGAACGATTGTCTCCGTTCGGCTTCCGTTTCGGGATAGGAGGTCTGATTGA MTKTTVETLKTLKAIAETLNQSHDLKEALDKVLRELLSLTGLRTGWIFLIEPDGSYTLAASAYLPPALGQRENALMCSGECYCLTKFSNGGLTKAVNIMNCKRIEFAEQTTNCRDTEGITHHATVPLEDGGRKFGLLNVAASEKTFFNEEELHLLEAVAFQIGTAIQRMKLAEFEQQNALLMERSRLAQELHDSVNQMLFSVSLTAKAAKSFTDDDRLRQMITFIQELSQDALTEMRALIWQLKPESLTKGLYASIKSYAALIGLEAVCEMEDELELTDEQEHALWRIAQEALNNCKKHAGTDRVIISAVKKPDCAELHISDRGAGFSADAHAVLPSLGVAGMKARAEAIGGRFTLQSELGAGTIVSVRLPFRDRRSD NA NA NA NA NA D1-12_00082 648 liaR_1 COG2197 Transcriptional regulatory protein LiaR ATGAAAATTGTGATTGCTGATGATCATCACGTTGTCCGCAAAGGACTGCGCTATTTCTTCGCCACTCAGGAAGACATTGAAGTTGTCGGTGAGGCATCCACCGGTGCTGAAGCGCTTCAGCAAGCTGAAAAGACGGAGCCGGACATCATTCTGATGGATTTATCAATGCCTGATATGGACGGCATAGAAGCGGCAAAAATTGCGGCTGAACGATTTCCGGACATCAGTATCGTCGTTTTGACGAGCTATTCTGATCAGGAGCATGTCATTCCCGCTCTTAAAGCCGGCGCAAAAGCATATCAGCTGAAAGACGCTCAGCCCGATGACTTAGTGAAAACGCTCCGGGAAGTGTATTCCGGACGTTACCGGCTGTCGGCGGATATTGTGCCTCACGTGCTGACCCATATGGTTCAGGATGATCAGGATAAGGAAAAATATTATCAGCTGACCCCCCGTGAAAAAGATGTTCTTCAAGAAATAGCCAAAGGGAAAAGCAATAAGGAAATTGCGGCGGCACTGTGTATTTCCGAAAAAACAGTGAAGACCCACGTATCTAACCTGCTCTCAAAGCTGAATCTTTCCGATCGGACGCAGGCGGCATTGTATGCGGTAAAATATAATGTTTTTGGAAAGGCGGTAAAATTATGA MKIVIADDHHVVRKGLRYFFATQEDIEVVGEASTGAEALQQAEKTEPDIILMDLSMPDMDGIEAAKIAAERFPDISIVVLTSYSDQEHVIPALKAGAKAYQLKDAQPDDLVKTLREVYSGRYRLSADIVPHVLTHMVQDDQDKEKYYQLTPREKDVLQEIAKGKSNKEIAAALCISEKTVKTHVSNLLSKLNLSDRTQAALYAVKYNVFGKAVKL PGPT0014870_488 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 D1-12_00083 525 azr COG0431 FMN-dependent NADPH-azoreductase ATGAGCATATTAGTGATCAGCGGAACACCGAGAAAAAACGGGCGGACTAGAATTGCCGCTTCTTATATCAGAGATCGGTTTCATACCGATTTTATTGATTTGAGCGAAAGTGAACTGCCGCTTTATAACGGTGAAGAAGAACAGAACGAGCTGCCTTCAGTGCAAGAGTTAAGGCGGCAGGTGAAAAAGTCGGCGGCCGTCGTCTTATTATCTCCCGAGTATCACAGCGGCATGAGCGGCGCTTTAAAAAACGCCATCGATTTTTTAAGCAGCGATCACTGGGCATACAAACCGGTGGCAATCATTGCCGCGGCGGGCGGAGGAAAAGGAGGCATGAACGCGCTGGCGAATATGCGGACGGTCATGCGGGGCGTCTATGCAAATGTCATCCCGAAACAGCTGGTCTTAGACCCGATTCACATCGACATGGATCGCCGGACCGTATCTGAGGATATGGCGGTCAGCCTGAAAGACATGATTGAAGAATTGAATATGTTCACAAACACAAGAAATCCCGGCGTCTGA MSILVISGTPRKNGRTRIAASYIRDRFHTDFIDLSESELPLYNGEEEQNELPSVQELRRQVKKSAAVVLLSPEYHSGMSGALKNAIDFLSSDHWAYKPVAIIAAAGGGKGGMNALANMRTVMRGVYANVIPKQLVLDPIHIDMDRRTVSEDMAVSLKDMIEELNMFTNTRNPGV PGPT0006791_201 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_DEGRADATION_OF_OTHER_NITRO-COMPOUNDS XENOBIOTIC_AZO_DYE_DEGRADATION,PGPT0006791-azr|azoB-K03206 NA NA D1-12_00084 243 hypothetical protein ATGGATCATGCCGATTATGACAAAGCCTTGTATTACACACACCGTTCTCAATGGGACAATTTGTTAATATTGATGGTTCGTACAAAAGATGATTTATTATCAAAGCGTATTGAGCACTTTCTGCACGCGTATCATTTCGAATATGATCATGCGGTGCTTGAAAAAGAGCTGTATTCTCTTCTCGGGTATATTGATCATGCGACAGAGCTCGCTTATGAAGATCAATTAGCCATGCTGACATAA MDHADYDKALYYTHRSQWDNLLILMVRTKDDLLSKRIEHFLHAYHFEYDHAVLEKELYSLLGYIDHATELAYEDQLAMLT PGPT0025040_195 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_GERMINATION_PROTEIN,PGPT0025040-gerC-NA NA NA D1-12_00085 324 hypothetical protein ATGAAATCCCTTCCATTTGCGCTTGCCCTCTTGTTTTGCGGCATTCTCATTGCCTCGATCGCTGAAAAAGGGCATACAGAACACCTCGATCCATCAGTTGAAAAATGGGAGCAGCTCGCATGGAACCAGCTTGAACGTGAATACAAGGGGGCCGAGCTTACCGATTATTCGTACATGGGCCGTACAAAAGTGAACCGGGAACAGACGAAAGATGTGTTTCGCGTAACGGTGCAAACAGCAAAAGAAACGTTTTCATCCCGTGCTGAAGTGTATTTCCATCCCGTAACAAAACATGTGATCAGCATTAATATTTTCAGACTGTAA MKSLPFALALLFCGILIASIAEKGHTEHLDPSVEKWEQLAWNQLEREYKGAELTDYSYMGRTKVNREQTKDVFRVTVQTAKETFSSRAEVYFHPVTKHVISINIFRL NA NA NA NA NA D1-12_00086 1455 lytF COG0791 Peptidoglycan endopeptidase LytF ATGAAAAAAAAGGTAGCGGTCGGTTTGACTGCATCTGCGATCGTCGGGTCTGCGTTAGCTGTAACACCGGCAGAAGCACAAACGATTAAGGTTAAAAGCGGAGATTCATTATGGAAGCTTGCCCAAAACTACAATACAAGCGTGGATGCCATTACATCAGCGAATCATCTAAAATCCACCGTTCTTTCTATCGGGCAGACGCTCAACATTCCTAACGGCAAATCAGATTCCGGCAGCAAAAAGCAATCTTCAAAGAACAGCGGCACGACTAAAAGCGTTTATACAGTGAAAAGCGGAGACTCGCTGTGGCTGATCGCATCTGATTTTAAAATGTCCGTACAGGAACTGAAAAAATTGAACGGTCTGACAAGCGACTTAATCCGCGCCGGACAGAAGCTGCAAGTGACGGGGAAAGTTTCCTCAAGCACCGATCAGAAAAAAACCGCTCCTGGCAGCAGCTCAAACAGCAGCAAAAATCAGTCATCATCTTCCGGGACGTATAAAGTCAAACTCGGCGATTCACTATGGAAGATCGCAAACAGCGTCAATATGACCATTGCGGAACTCAAAGTATTAAACAACTTAAAAACGGATACGATCTACGTAAACCAAGTCCTGAAAACAAAAGGAACGTCTTCTTCGGGAAACACGCCGTCAAAAGACAATTCAAACCAAAATAAAAACCAGACGCAAACGTCCTCTTATACAGTAAAAAGCGGAGACTCACTCTGGAAAATCGCAAACGCATACAATATGACGGTTCAGCAAATCAGAAGCATCAACAAACTGACGTCAGACATGCTGCGGGTCGGACAAGTGCTTAAGCTGACCAAAACGTCATCTTCCGGCTCTTCGACTTCACCGTCAACTCCGAACCAGTCCGGAGATACAGGGAAAACCACTACATATACCGTGAAAAGCGGGGATTCTTTATGGGTGATCGCCCAAAAGTTCAATGTGACCGCCCAGCAGATCCGCGAGAAAAACAATCTGAAAACAGATGTTCTTCAAATCGGACAAAAGCTGACGATTACCGGGCAGCAGACAAACACGACACCGAATCAGTCCGGCAACACAGGCGGCACAGGTTCAACAAGTGCGAAGATTAATGTAATGATCGATGCCGCAAAAGCTCAACTGGGCGTACCGTATGTATGGGGCGGGACAACGCCGAGAGGCTTTGACTGCAGCGGTTTCATTTATTACGTTCTCAATAAGGTCACTTCTGTATCCAGACTTTCAGCCGCAGGCTACTGGAATACGATGACATCAGTCAGCCAGCCGGCGGTCGGTGACTTTGTCTTTTTCTCAACTTATAAAGCCGGACCTTCCCACGTCGGTATTTATCTCGGGAACGGCCAGTTTATTAATGCCAACGATTCGGGTGTCGTTATTTCCAGCATGAACAATTCCTATTGGAAACAGCGCTACCTCGGCGCAAAACGCTTCTTCTGA MKKKVAVGLTASAIVGSALAVTPAEAQTIKVKSGDSLWKLAQNYNTSVDAITSANHLKSTVLSIGQTLNIPNGKSDSGSKKQSSKNSGTTKSVYTVKSGDSLWLIASDFKMSVQELKKLNGLTSDLIRAGQKLQVTGKVSSSTDQKKTAPGSSSNSSKNQSSSSGTYKVKLGDSLWKIANSVNMTIAELKVLNNLKTDTIYVNQVLKTKGTSSSGNTPSKDNSNQNKNQTQTSSYTVKSGDSLWKIANAYNMTVQQIRSINKLTSDMLRVGQVLKLTKTSSSGSSTSPSTPNQSGDTGKTTTYTVKSGDSLWVIAQKFNVTAQQIREKNNLKTDVLQIGQKLTITGQQTNTTPNQSGNTGGTGSTSAKINVMIDAAKAQLGVPYVWGGTTPRGFDCSGFIYYVLNKVTSVSRLSAAGYWNTMTSVSQPAVGDFVFFSTYKAGPSHVGIYLGNGQFINANDSGVVISSMNNSYWKQRYLGAKRFF PGPT0024010_117 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING_DL-ENDOPEPTIDASE_ACTIVITY,PGPT0024010-lytF|cwlE-K19223 NA NA D1-12_00087 435 nsrR COG1959 HTH-type transcriptional repressor NsrR ATGAAATTAACGAACTATACCGATTATTCTTTACGCGTTTTGATTTTTTTGGCTTCCAGACATTCCGACGAACTTTCCAACATAAAAGAAATCGCAGATACTTATTCCATCTCTAAAAACCACCTCATGAAAGTCATTTACCGCCTCGGACAGCTCGGATATGTCGAAACGATCCGGGGCCGGGGAGGCGGAATTCGATTAGGAATGACACCGGAAGACATAAACATTGGAGAAGTCGTTCGAAATACAGAAGACGACTTTAACATCGTAGAATGCTTTGACTCCAAAAAAAATCTCTGTATCATATCTCCCGCCTGCAACTTAAAGAACCTTCTGAATGAAGCCCTGCAAGCTTACCTGGCCGTTTTAGACAAATATACGTTAAGGGATCTGGTCAAAAACAAAGAGGAGATTATGAGACTGCTCAGAAGCTGA MKLTNYTDYSLRVLIFLASRHSDELSNIKEIADTYSISKNHLMKVIYRLGQLGYVETIRGRGGGIRLGMTPEDINIGEVVRNTEDDFNIVECFDSKKNLCIISPACNLKNLLNEALQAYLAVLDKYTLRDLVKNKEEIMRLLRS PGPT0013005_1319 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING NITRIC_OXIDE_REDUCTION,PGPT0013005-nsrR|yjeB-K13771 NA NA D1-12_00088 1515 hypothetical protein TTGAATACAGCAGACATGCTTACGACGTATCTCAGCAAACTCCCGAATCTGATCATTGCACTGCTCGTCCTGCTTATCGGCTGGGGCATTGCCAAAATCATTGAAAAAGCCGTATACAAAGGCCTGCAAAAAACAAAAATCGACGACAGGCTGTTCGCCGAAAAAAAGCCGGCGCGCTATTCCTCAGAAAAAGTCATCAGTAAAGTCATTTATTTTATCGCATTAATCATCGTTTTTATTCTATTCTTTAACATTCTGCATCTGACAACCGTGGCTTCGCCTTTTGTCAGCATGCTGTCAGCGATAACGGCGGCAGTGCCGAGCATTTTAAAAGCCGGCCTGATTCTGCTGTTAGGCTGGGCGGCCGCTTCGCTTTTCAGCTATCTCGTCAAAAAAGCGGGCATGAAACTCGCTGAAAACGGCCGGCTCAGAAAATGGACAATGGTGTCTGAAGAAGCGGAGATGAGCAGATCCGTTACGGCCGCTTCACGAATCGTTTTTTACTTCGTCTTGCTCTTGTTCCTGCCCGGCGTCTTGGCCGCTCTCCAAATCAGCGGAGTATCAGGGCCGTTTACAAATATGATCCAAAGCGTTTTGTCCTTTATACCGAAATTATTCGCCGCGGCGCTGATTGTTTTAATCGGCTGGCTTGTTGCCCGTCTCGTCCGTGATATCGTCACAAACTTTCTGGCGAGTATCGGCACGGAAAGGCTTGCCGCACGTATGGGGCTTTCTATTTATCTGAAGGATACAAGCCTGTCGGCAATCATCGGAACGATTGTCTACGTGCTGATTTTCATTCCGGTGATCATCTCTGCGCTTGACCGGCTTGATGTGGCGGGTATTTCTGAACCGGCGTCAGCCATGCTGCACACGATCTTCACAATGCTCCCTAGTATCATCATCGGTATTGTGCTGATCATCGCCGGCATCTGGATCGGAAAATGGGTCAACAGCATTGTATCCGGGCTCTTGCATCGGGCCGGTTTCGACTCTCTTCTCGGTAAAATGGGCTTTGAACAGGCGGGTACCCCGAAGCTGACGCTTTCTCAGACGGTCGGCATGATTGTTCAGATCATCATCGTCCTGCTCTTTACGGCAGAGGCGCTGCAGCTTGTCCATCTCGAATTTCTCGTCGTTATCGCAACCGGTATTATCGCTTACCTGCCTAATGTTCTGGCCGCTGTATTTATTCTCGGAATCGGGCTTTTGGCCGGACAGCTCGTCAGCAGGCTGCTTGCCGGCATGCTGAGCGGAAAGGAATTCAGATTCCTGGCGCCGCTTGCGAAATATACCATTATCACTCTTTCAATCTTTATGGCGCTGGATCAGCTCGGTGTCGCCGACACGATCGTAAATGCCGCGTTTATTCTGATTCTGGGCGGTTTCGCGCTTGCCTTCGGACTTTCATTCGGTCTCGGCGGAAAAGAATTCGCCTCCCGTTATCTCGCAAAATTGGATCGCAAAATTGAAAAACATCAATCGGCTGACGATCGTAAGCCGCCGATGTCTTAA MNTADMLTTYLSKLPNLIIALLVLLIGWGIAKIIEKAVYKGLQKTKIDDRLFAEKKPARYSSEKVISKVIYFIALIIVFILFFNILHLTTVASPFVSMLSAITAAVPSILKAGLILLLGWAAASLFSYLVKKAGMKLAENGRLRKWTMVSEEAEMSRSVTAASRIVFYFVLLLFLPGVLAALQISGVSGPFTNMIQSVLSFIPKLFAAALIVLIGWLVARLVRDIVTNFLASIGTERLAARMGLSIYLKDTSLSAIIGTIVYVLIFIPVIISALDRLDVAGISEPASAMLHTIFTMLPSIIIGIVLIIAGIWIGKWVNSIVSGLLHRAGFDSLLGKMGFEQAGTPKLTLSQTVGMIVQIIIVLLFTAEALQLVHLEFLVVIATGIIAYLPNVLAAVFILGIGLLAGQLVSRLLAGMLSGKEFRFLAPLAKYTIITLSIFMALDQLGVADTIVNAAFILILGGFALAFGLSFGLGGKEFASRYLAKLDRKIEKHQSADDRKPPMS NA NA NA NA NA D1-12_00089 1407 hypothetical protein TTGAACGCGGAGGAGACAAAAGGTTTACAGCGGGCAATTGAGGAAATAACCGACATTGCCAAGGGTTTCGGCCTTGATTTCTACCCGATGAGATATGAAATTTGCCCGGCTGAAATTATTTATACATTCGGCGCGTACGGCATGCCGACGAGATTCAGCCACTGGAGTTTCGGCAAACAATTTCACAAGATGAAACTCCATTATGATCTCGGTTTGAGCAAAATTTATGAACTTGTCATTAATTCCAACCCTTGCTACGCTTTTTTGCTGGACAGCAATTCGCTGATCCAAAATAAATTAATTGTAGCCCATGTTCTTGCCCATTGTGATTTTTTCAAAAATAACTGCCGCTTTCAAAATACGAATCGGGACATGGTTGAGAGTATGGCGGCTGCGGCGGAGCGGATTAAGCATTATGAAAGAATGCACGGGATAAAAGAGGTGGAGTCCTTTTTAGATGCCATTCTGGCGATTCAGGAGCATATCGATCCGTCGCTCGTCAGGCCGAAGCTGCTGTGGAGCGTCGATGACGAAGAGGAGGACGAAGAAGAAACCGCGCCATCGCCTTACGATGATTTATGGGGAATGGATAAGCCGAAGCAGGTGAAAAAGAAAAAAGGGAAAAAACCGTTTCCGCCCCGGCCGGAAAAAGATATTCTGCTGTTTATCGAAGAACATTCGCGGGAGCTTGAACCGTGGCAGCGTGACATTTTAACCATGATGAGAGAAGAAATGCTGTATTTCTGGCCGCAGCTGGAAACGAAAATCATGAACGAAGGCTGGGCATCTTATTGGCATCAGCGGATTATCCGCGAGCTTGACCTGACTTCAGATGAAGCCATCGAATTTGCGAAGCTGAACGCAGGCGTCGTTCAGCCGTCAAAAACGGGAATCAACCCGTATTATTTAGGGCTGAAAATTTTTGAAGACATCGAAGAGCGTTATGACAACCCGACAGATGAAATGAAAAAAACAGGAGCAAAGCCCGGTTCCGGCCGCGAGAAAATGTTTGAGGTCAGGGAAATTGAATCGGATATATCATTTATCCGCAATTATTTGACGAAAGATCTCGTGATGCGTGAGGATTTGTATTTATTCCAAAAACAGGGCAGGGACTATAAAGTGATCGACAAAGAATGGAAGGCCGTGCGCGACCAGCTCGTGAACATGCGGGTCAACGGAGGATTTCCTTATCTGACCGTCAATGACGGGGATTACCTGAAGAATAATGAGCTTTATATTAAACATTGGTATGAGGGAATTGAGCTTGATCTGAAATATTTGGAGAAAGTGCTGCCGTATCTGTACCAGCTGTGGGGCAGGAGCGTGCACATCGAATCTGTTCTTGAAGACAGAGAAGTGATGTTTTCTTATGACGGCAAAGGAGTGCACCGGAGATATCTGTAA MNAEETKGLQRAIEEITDIAKGFGLDFYPMRYEICPAEIIYTFGAYGMPTRFSHWSFGKQFHKMKLHYDLGLSKIYELVINSNPCYAFLLDSNSLIQNKLIVAHVLAHCDFFKNNCRFQNTNRDMVESMAAAAERIKHYERMHGIKEVESFLDAILAIQEHIDPSLVRPKLLWSVDDEEEDEEETAPSPYDDLWGMDKPKQVKKKKGKKPFPPRPEKDILLFIEEHSRELEPWQRDILTMMREEMLYFWPQLETKIMNEGWASYWHQRIIRELDLTSDEAIEFAKLNAGVVQPSKTGINPYYLGLKIFEDIEERYDNPTDEMKKTGAKPGSGREKMFEVREIESDISFIRNYLTKDLVMREDLYLFQKQGRDYKVIDKEWKAVRDQLVNMRVNGGFPYLTVNDGDYLKNNELYIKHWYEGIELDLKYLEKVLPYLYQLWGRSVHIESVLEDREVMFSYDGKGVHRRYL PGPT0024845_963 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-STAGE_V_SPORULATION,PGPT0024845-spoVR-K06415 NA NA D1-12_00090 1380 phoA COG1785 Alkaline phosphatase 4 ATGAGTCTATTTAAACAGGTTCGATCAAAACTTCTGCCGGCGGCAGCCGTATCCGTGCTGACAGCCGGTCTGATTGCGGGCGCGGGGCTTCAGCACTCCGAACAGGCTGCGGCAAAAAAACAGCCTGACAAAAACGAAATCAGAAACGTCATCTTCATGGTCGGCGACGGAATGGGCGCTCCCTATATGAACGCCTACCGTTCGGTCATTAACAAAGGAAAACCTTCGGATGGCATGAAACTGACGGCATTCGACCCCAATCTCACCGGTATGATGATGACTTACCCTGACGATCCTGATTCCAATATTACCGATTCCGCGGCGGCAGGCACGGCAATGGCCACAGGCGTGAAAACGTATAACGCGGCGATCGGAGTCGATAAAAAAGGAAAGCGGGTAAAATCCGTCCTCGAAGAAGCGAAACAAAGAGGCAAATCCACCGGACTTGTCGCAACTTCGGAGATTGCCCACGCCACTCCTGCGGCATTCGGAGCCCATAACAAATCCAGAAAAAATATGGATGACATCGCAAGCAGCTACTTTGATGACCGCATCAACGGAAAACAGAAAGTCGATGTGCTCCTCGGAGGCGGCAAATCAAACTTTATCCGTAAAGACCGCAATGTAACAAAGGATTTCAAAAAAGCGGGATACAGCTACGTTACATCAAAACAGGAGCTCAAAAAGGATCGTAACAAGAAGATTCTCGGCCTGTTTGCCGATGGCGGACTCGACAAAGCAATCGACCGCTCAAACGCCGTCCCTTCATTAGAAGACATGACAACGGCAGCGATCGACAGGCTGAACAAGAATAAAAAAGGGTTTTTCTTAATGGTCGAAGGCAGCCAAATTGACTGGGCGGGACATGACAATGATATAGTCGGCGCAATGAGCGAAATGAAGGATTTTGAAAAAGCGTATAAAGCAGCGATCGCATTTGCCAAAAAGGACAAACATACGCTTGTCGTTGCCACGGCCGATCATACCACCGGCGGATTGACGATCGGCGCGAATGACGATAAAAACTGGCATGTTGAACCGATTCTTGCCGCCAAAAAAACCCCGGCATTTATGGCTGACCAAATCAAAGCGGGCAAATCCGTATCTTCCGTGCTTGCGCGTTATACAGACCTGAAATGGTCAAAAGCTGAAATCAAACAGATCGAAACGGCAGCAAAACAGGATGCTGACAAGAGCATCTACAAAGCGATCATTAAGCTCTTTAATGCGAAAACCAACAGCGGCTGGACAACCGGCGATCATACGGGCGAAGAAGTTCCCGTTTACGCGTACGGTCCGGGAAGAGAGTCATTTACGGGGCTTTTAAACAACACGGACCAGGCCAAAAAGATCTTTCACATCCTGAAACACGGAAAATAA MSLFKQVRSKLLPAAAVSVLTAGLIAGAGLQHSEQAAAKKQPDKNEIRNVIFMVGDGMGAPYMNAYRSVINKGKPSDGMKLTAFDPNLTGMMMTYPDDPDSNITDSAAAGTAMATGVKTYNAAIGVDKKGKRVKSVLEEAKQRGKSTGLVATSEIAHATPAAFGAHNKSRKNMDDIASSYFDDRINGKQKVDVLLGGGKSNFIRKDRNVTKDFKKAGYSYVTSKQELKKDRNKKILGLFADGGLDKAIDRSNAVPSLEDMTTAAIDRLNKNKKGFFLMVEGSQIDWAGHDNDIVGAMSEMKDFEKAYKAAIAFAKKDKHTLVVATADHTTGGLTIGANDDKNWHVEPILAAKKTPAFMADQIKAGKSVSSVLARYTDLKWSKAEIKQIETAAKQDADKSIYKAIIKLFNAKTNSGWTTGDHTGEEVPVYAYGPGRESFTGLLNNTDQAKKIFHILKHGK PGPT0002570_3068 DIRECT EFFECT PLANT_IMMUNE_RESPONSE_STIMULATION INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR ISR-VITAMIN_B1|THIAMIN_METABOLISM ISR-VITAMIN_B1|THIAMIN_BIOSYNTHESIS,PGPT0002570-phoA-K01077 NA NA D1-12_00091 825 lytE putative peptidoglycan endopeptidase LytE ATGAAAAAGCAACTTGTTACAGCAACAACGGCAGTGGTTTTGGGGACGACTTTGTTTGCGGGCGCGGCATCTGCGCAAACGATTAAGGTAAAAAAAGGCGATACATTATGGGGACTTTCAAATCGGTACGGAACGTCAATTAATTCCATTAAATCTGAGAACAAATTAAAATCGGATATCATTTACATCGGCCAGACGCTTTCGATCAACGGTAAATCATCTTCAGGTTCAAATTCGGGCAGCAAGTCATCATCGTCTACATATAAAGTCGTAAAAGGCGACAGCCTTTGGAAAATTGCGAATAAATATAAAATGACGGTAAACCAATTAAAAAGTTTAAACGGTTTAAAAACGGACCTGATCCGCATCGGACAAGTTCTTAAAGTAAAGGGATCAACTTCCGGTTCAACGTCTTCAGGATCTTCGTCATCAAAGCAGCCTTCATCCAGCCATAATGCTGCACAGACGAGCCTGAATGTAAACAAGCTGATTTCTGATGCGCAATCTTTAATCGGCACGCCGTATGTATGGGGCGGAACAACGACTTCCGGCTTTGACTGCAGCGGATTTATCTGGTACCTGTTAAACAAACAGACGAGTGTCGGCAGAACAAGCACTGCGGGATACTGGAGCTCAATGAAGAGCGTGTCCAGCCCGTCAAGAGGAGACTTCGTCTTCTTTACAACATATCAGGCCGGCCCTTCACACATGGGTGTGTACATCGGAAACAACAAGTTCATCCATGCCGGTTCTGACGGCGTCACAACAAGTGATCTGAATAACAGCTACTGGAAACCTCGCTACCTTGGCGCGAAAAGATTCTAG MKKQLVTATTAVVLGTTLFAGAASAQTIKVKKGDTLWGLSNRYGTSINSIKSENKLKSDIIYIGQTLSINGKSSSGSNSGSKSSSSTYKVVKGDSLWKIANKYKMTVNQLKSLNGLKTDLIRIGQVLKVKGSTSGSTSSGSSSSKQPSSSHNAAQTSLNVNKLISDAQSLIGTPYVWGGTTTSGFDCSGFIWYLLNKQTSVGRTSTAGYWSSMKSVSSPSRGDFVFFTTYQAGPSHMGVYIGNNKFIHAGSDGVTTSDLNNSYWKPRYLGAKRF PGPT0024005_294 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING_DL-ENDOPEPTIDASE_ACTIVITY,PGPT0024005-lytE|cwlF|yocH-K19224 NA NA D1-12_00092 876 cysL_1 COG0583 HTH-type transcriptional regulator CysL ATGGATTTTAAATGGCTTCACACCTTCGTCACCGCGGCAAAATATGAGAATTTCAGAAAAACGGCGGAAACGCTTTTTTTATCTCAGCCGACCGTCACCGTTCATATAAAATTATTAGAGAAAGAAATCAGCTGCAAGCTGTTTCAGCGAAGCGGCCGGAAAATACAATTGACGGAAGAAGGAAAAGCATACGTGCCGTTTGCCATGAGGCTTTTGGAAGACTATGAAAACAGCATGGCGGAGCTGCACAGGGTGCGCCAGGGCTACTCGCACACGCTGACACTCGCTGTTTCGCCGCTTATCGCCGACACCGTTCTCCCGTCTGTCATGAAGCGTTATACAGAGGACAATAAAGAAACCGAAATGACGGTCACCATTTTCGAATCGGAAGAAATCGCCTCTCAAATCAGAAACGGCTCAGCCGATATCGGACTGAGCTGCTTAAAGGTGCAATCATCTTCCCTCACTTGCCGCCCCCTGTACAATGACCCCGTTGTCCTCGTCGCGCCGCCCGGCCGAAAACCCGGGACAGGGAAGGCGGATGAAGTGAAAGACCTGTTCGGACAATATCTGCTTTTGACCCATAACCACCCTGACTATTGGGATGATTTGCTCCGCCAGGTCAGAATACAGTTCCCTTTCGTCAGGACAATGAAGGTGACACAGACGCATATTACGAAACGATTTATTAAAGAGGGGCTGGGTGTCTCATTTCTGCCGCTGTCAGCGGTACGGGCCGAACTCGCCGCAGGCAGCATGATTGAAATTCCGTGCGAATTCGCCCAGATGCCGAGCGCGGGCGCGTACGCCATTGCCCTCTATGAAAATGAGAAAAAGAAAACCTTTTTAGATTTTTTATCACATTTTCATTTTTAG MDFKWLHTFVTAAKYENFRKTAETLFLSQPTVTVHIKLLEKEISCKLFQRSGRKIQLTEEGKAYVPFAMRLLEDYENSMAELHRVRQGYSHTLTLAVSPLIADTVLPSVMKRYTEDNKETEMTVTIFESEEIASQIRNGSADIGLSCLKVQSSSLTCRPLYNDPVVLVAPPGRKPGTGKADEVKDLFGQYLLLTHNHPDYWDDLLRQVRIQFPFVRTMKVTQTHITKRFIKEGLGVSFLPLSAVRAELAAGSMIEIPCEFAQMPSAGAYAIALYENEKKKTFLDFLSHFHF PGPT0019505_64 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_CITRATE_SENSING|UTILIZATION,PGPT0019505-citR-K19242 NA NA D1-12_00093 1110 citA COG0372 Citrate synthase 1 ATGAAATTGATTTATCGTGGATTGAAAGGGATTACTTGTGCAGAAACGGCGATCAGCCACATTGACGGAGAAAAGGGGCATTTAATATATCGCGGCTATGATGCAAAGGATATCGCGCTGCAATTCAGTTTTGAAGAAGCGGCGTATCTCATTTTGAACGGGGCGCTCCCTGATGAGCGGCAATTGCTTGCGTTTCAGGAAGAACTTGCAGCCGAGCGCGGGCTTCCGAAACATTTGATCGGCTTACTGGAAACGCTTCCGGATGAAATGGACGACATGGCGGTGCTGAGAACGGCTGTTTCAGGTTTGGGCACAGATTCATTTACATATCCGCCCAAGCCGGAAGAAGCGATTAAACTGATTGCCGTCACACCGACGATTATTGCGTACAGATACCGCCGTAAACAAGGGAAGGAAGCGTTGTCACCTGAGGCGCGATACGGACACGTTGAAAACTATTTGTATATGCTGACAGGCAGGCAGCCGTCCGCAGCCCAAAAGAAAGCGCTTGAGACGTATATGATTCTGGCGATGGAGCACGGGATGAATGCATCGACTTTTTCAGCGAGAGTCACCGTTTCGACTGAATCGGACTTAGTGTCTGCCGTCACTGCCGCACTGGGTACGATGAAAGGGCCGCTGCACGGAGGCGCGCCTTCAGGCGTCACGAAAATGCTTGAAGACATCGAGGAAAAAGAAAATGCAGAAGCGTATTTGACAGCGAAGCTTATGAGGGGAGAACGCCTGATGGGCTTCGGGCACAGGGTGTACAAAACAAAAGACCCGCGGGCGGAAGCGCTGCGCATAAAGGCTGAAGAAGTGGCGGGAAATGATCCGTCGCTTGACTTGGCGCTTTATGTGGAGAAGGAAGCCATCCGCTTGTTAGAGCAATATAAGCCCGGACGGAAGCTGTATACGAATGTGGAGTTTTACGCAGCGGCTGTGATGCAGGCCATTGATGTCGACAATGATTTATTTACGCCGACCTTTTCAGCAAGCAGAATGGCAGGCTGGTGCGCACACGTGCTTGAACAGTCCGCTGACAACATGATTTACAGGCCGTCTGCGAAATACACCGGCGCTTTTCCCGAAACGGCTCAGCAGCTTTAA MKLIYRGLKGITCAETAISHIDGEKGHLIYRGYDAKDIALQFSFEEAAYLILNGALPDERQLLAFQEELAAERGLPKHLIGLLETLPDEMDDMAVLRTAVSGLGTDSFTYPPKPEEAIKLIAVTPTIIAYRYRRKQGKEALSPEARYGHVENYLYMLTGRQPSAAQKKALETYMILAMEHGMNASTFSARVTVSTESDLVSAVTAALGTMKGPLHGGAPSGVTKMLEDIEEKENAEAYLTAKLMRGERLMGFGHRVYKTKDPRAEALRIKAEEVAGNDPSLDLALYVEKEAIRLLEQYKPGRKLYTNVEFYAAAVMQAIDVDNDLFTPTFSASRMAGWCAHVLEQSADNMIYRPSAKYTGAFPETAQQL PGPT0001455_6249 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 D1-12_00094 870 ydaD_1 General stress protein 39 ATGAATCCGATGGACAGACAGACGGAAGGACAAAAGCCGCAGGTGCAAAACCGCCAGCCCGGCATTGAGTCAGACATGGAGCCGAAGCCGCTCTTGGAGGACCCGGATGTAAAAGGGTCGGGCAGATTAAAAGGAAAAGTCGCCGTCATCACGGGCGGAGACAGCGGCATCGGCGCAGCGGCTGCGATCGCTTACGCGAAGGAAGGGGCGGATCTTGCCATCCTGTACCTAGACGAACATGCCGATGCCGAGAGAACGAAAAAGCGTGCGGAAGAATACCAGGCCGAATGCCTGTTAATTCCGGGAGACGTCGGTGATGAGGCGCATTGTCAGAAGGCGGTCCGGCAAGTCTTAGATCACTACGGAAAAATAGATATTCTCGTTAATAATGCGGCTGAGCAGCATCCGCAAAACGGGATTCTTGATATTACAGCTGAACAGCTGGAGAAGACATTCCGTACAAACATGTTTTCTATGTTTCATATGACAAAAGCCGTGCTGCCTCATCTCAAAAGAGGGAGCGCCATCATTAATACAACGTCTATTACCGCTTATCAGGGAGACACATTATTGATCGACTATTCGTGCACGAAAGGCGGCATCGTTTCCTTTACGCGTTCAATGGCGATGTCATTGGCCGATCAGGGGATCAGAGTAAATGCGGTGGCCCCTGGCCCGATCTGGACCGCCCTGATTCCGGCGACGTTTACTGAAGAAAAGGTGGAAAAGCACGGTTTGGACACTCCGATGGGAAGACCGGGACAGCCTGCGGAACACGCCGGAGCTTACGTGCTTCTGGCTTCAGACGAATCTTCCTATATGACGGGGCAGACCATTCACGTAAATGGCGGCAGATTTATTTCAACATAA MNPMDRQTEGQKPQVQNRQPGIESDMEPKPLLEDPDVKGSGRLKGKVAVITGGDSGIGAAAAIAYAKEGADLAILYLDEHADAERTKKRAEEYQAECLLIPGDVGDEAHCQKAVRQVLDHYGKIDILVNNAAEQHPQNGILDITAEQLEKTFRTNMFSMFHMTKAVLPHLKRGSAIINTTSITAYQGDTLLIDYSCTKGGIVSFTRSMAMSLADQGIRVNAVAPGPIWTALIPATFTEEKVEKHGLDTPMGRPGQPAEHAGAYVLLASDESSYMTGQTIHVNGGRFIST PGPT0003180_15626 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 D1-12_00095 1404 yhdG_1 COG0531 putative amino acid permease YhdG ATGAAGGGGAGCGTATTCAGAAAGAAAAGCATTCAGGACCTGCTTGCCGCAACAGGCGGGGAAAAGTCGCTGAAAAGAGAGTTAGGGGCCTTTGATTTGACCCTTCTGGGGATAGGGGCCATCATCGGAACGGGGATTTTTGTATTAACCGGAACAGGCGCTGTCACGGCGGGGCCGGGGCTGACCGTTTCATTTGTCATCGCCGCTCTTGCGTGTTTATTTGCGGCTCTGTCCTATGCCGAATTTGCTTCAAGCGTCCCGGTTTCCGGTTCCGTCTACACGTTTACTTATGCGACACTGGGTGAACTTCTCGCGTTTATTATCGGATGGGATTTAATCTTGGAATATATGCTCGCCGTCAGCGCGGTTTCGGTCGGATGGTCCGGCTATTTTCAATCATTCTTGGCGGGCTTCGGCATTCATCTTCCGACCGCATTAACGGCCGCGCCGGGGTCAATAAAAGGCACGGTCACATTCTTTAATCTCCCCGCATTTGTTATCGTGCTTGCGATTACATTCCTCCTCTACTTAGGCATTAGGGAATCGAAGCGGGTCAATAATATTATGGTCATTTTGAAGGTTCTGGTTGTTCTATTGTTTATCGCCGTTGCGGCCGTATATGTCAAACCTCACAACTGGCAGCCGTTTATACCGATGGGGTTCGGCGGTGTTTTCAGTGCCGCGGCGCTCGTTTTCTTCTCTTTTATCGGTTTTGACGCCGTCTCTTCCGCCGCTGAAGAAACGAAAAATCCAGCAAAGGATCTGCCGAAAGGAATTATCTTTTCATTAATCGTCTGCACTGTGCTGTATGTGACCGTATCGGCGATTATGACGGGCGTCGTTCCGTTTGCCCGCTTTGAAGGCGTTGACCATCCCGTGTCTCTCGTCCTGCAGATGGCAGGACAGAATTGGGTGGCCGGGATTATTGATATCGGCGCAGTGTTGGGAATGACAACGGTGATGCTCGTCATGCTGTACGGCCAGACGAGGGTGATGTTTGCCATGTCCCGTGACGGTTTGGTGCCGGGGTCGCTTTCAAAAGTCCATCCGAAGCATAAAACGCCGCACGTGGTGACGTGGGTTTTCGGCATCCTGTCGGCATTACTCGGTTCGCTCGTCCCGCTTGATGAACTGGCGAAGCTGGTGAACATCGGCACGCTTGCCGCGTTTGTCCTGATTTCCGTGGCGGTTATCGTATTGAGAAAGAAACAGCCTGATCTGCCGAGGGCTTTTAAATGTCCGGGGGTTCCCTTTATTCCGATATTGTCCATTCTGTTCTGCGTGTTTTTGATTATTAACCTCGGCGCCACCACCATATTCCGTTTCTTTATCTGGCTGATCATCGGTCTGGTGATTTATTTCTTATATTCGAGAAAGCATTCGAAATTAAACGGGGATTTGTAA MKGSVFRKKSIQDLLAATGGEKSLKRELGAFDLTLLGIGAIIGTGIFVLTGTGAVTAGPGLTVSFVIAALACLFAALSYAEFASSVPVSGSVYTFTYATLGELLAFIIGWDLILEYMLAVSAVSVGWSGYFQSFLAGFGIHLPTALTAAPGSIKGTVTFFNLPAFVIVLAITFLLYLGIRESKRVNNIMVILKVLVVLLFIAVAAVYVKPHNWQPFIPMGFGGVFSAAALVFFSFIGFDAVSSAAEETKNPAKDLPKGIIFSLIVCTVLYVTVSAIMTGVVPFARFEGVDHPVSLVLQMAGQNWVAGIIDIGAVLGMTTVMLVMLYGQTRVMFAMSRDGLVPGSLSKVHPKHKTPHVVTWVFGILSALLGSLVPLDELAKLVNIGTLAAFVLISVAVIVLRKKQPDLPRAFKCPGVPFIPILSILFCVFLIINLGATTIFRFFIWLIIGLVIYFLYSRKHSKLNGDL PGPT0020810_3575 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 D1-12_00096 1308 hypothetical protein ATGGCCGCTGCCGGTTCGGCGATCGGCCTGGGAGCCATTTGGAAGTTCCCTTACGTAGCGGGTACGAACGGAGGAGGCGCTTTTTTTCTTGTATTCGTCCTCTTTACCGTGCTTTTAGGCTATCCGCTTTTGCTCGGTGAATTTATTTTCGGAAGACGGAGCCAGACAAATGCGATTGATGCCTACAAACAAGCCGCGCCGAAGTCGGTATGGCACCTTACGGGTTATGTGGGTGTGGCGGCCTGTTTTTTAGTTTTGTCTTTTTACAGTGTTGTCGGCGGGTGGATTTTGCTTTATGTGTTAAAAGCCGTTACGGGTTCTTTATCCGGGCTCACTCAGGAGCAGTACGGCACGGTGTTCGGGACGGTCATTGAAAATCCGATCCAGACTCTCGTTGCGCAGCTTGTATTTATGATCATGACGGTAGCGGTCGTGGCAAAAGGCGTGCAGAAAGGGATTGAACGTGTCAGTGCGGTGCTGATGCCGATTTTATTCGTGCTGTTTCTATTGCTTGTGCTGCGATCAGTCACGCTCGATCATGCCGTTGAGGGGATTAAATTTTTATTGGTTCCGCACTTTGAAGATTTGACGCCGGAATCCATCCTATATGCTTTAGGACAGGCGTTTTTTACATTAACGCTCGGTGTTTCGGTCATGGTGACATACAGTTCGTATCTGCCGAAAACCCAAAATCTTCCGGGTTCGGCGGGTTCCATTGTTATGATGAATGTACTCGTTACGCTGTTTGCGGGACTGGCCATTTTCCCGGCGGTTTTTTCGTTCGGCTTTAAACCGGATGAAGGGCCTACACTGCTGTTTACCGTGCTGCCGGCTGTGTTTGATCGGCTGCCGTTCGGCTCGCTGTTTTTTATCAGCTTTCTGGCGGTCTTTTTCTTCGCTGCGCTGACTTCGGCCTTTTCGATGGTGGAAATTATCGTGGCGACTGTGGGGAAAGGTGATGAAACGAAAAGAAAGAAGCTGTCGTGGACAAGCGGTCTGCTCATTTTCTTAGTCGGAATTCCGTCCTGTTTATCATACGGTGTTCTCGGTGATGTTCATTTGTTCGGAAAAACGTTTTTTGATCTTGCGGATTTCACCGTCAGCAATGTGCTGATTCCGCTCGGCGCTTTATTAATATCAATCTTCGTCCCGCTGAAAATACCGAAGCAGGAGCTGTTTGCCGAGATGAAAAGCGGTTCCGCCATCGGCTATCGTTTCTTTCAGGTGTGGTATTTCCTTCTGAAATATCTCGTGCCGCTGGCTATCATCGTCGTATTGCTGCATTTAATCGGCGTTCTTTCATTTTGA MAAAGSAIGLGAIWKFPYVAGTNGGGAFFLVFVLFTVLLGYPLLLGEFIFGRRSQTNAIDAYKQAAPKSVWHLTGYVGVAACFLVLSFYSVVGGWILLYVLKAVTGSLSGLTQEQYGTVFGTVIENPIQTLVAQLVFMIMTVAVVAKGVQKGIERVSAVLMPILFVLFLLLVLRSVTLDHAVEGIKFLLVPHFEDLTPESILYALGQAFFTLTLGVSVMVTYSSYLPKTQNLPGSAGSIVMMNVLVTLFAGLAIFPAVFSFGFKPDEGPTLLFTVLPAVFDRLPFGSLFFISFLAVFFFAALTSAFSMVEIIVATVGKGDETKRKKLSWTSGLLIFLVGIPSCLSYGVLGDVHLFGKTFFDLADFTVSNVLIPLGALLISIFVPLKIPKQELFAEMKSGSAIGYRFFQVWYFLLKYLVPLAIIVVLLHLIGVLSF PGPT0013950_1987 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-SODIUM_TRANSPORT,PGPT0013950-TC_NSS-K03308 NA NA D1-12_00097 291 yhdK putative anti-sigma-M factor YhdK ATGGAATTGGTAAGAATTTTTAAAGAGCATAATGTTTTCGGCTGGATATCAGTCGGTACCGCGATTTTGTCGCTGCTGCTTTTGAACGTGGCAATCATCAGCAATGTGACTTTCTATTCTTATCAGATGCTGCCGTTTGCGATGGCCGCCGTGCCGTTCGGCATCATTGAGCTGTTTATTAAAAAAGGACGGACGGGCCCGGGACTGCTCGGTGTCATTCTCAATCTGTTCGTCATTGTCTGTGTATATACGATCGTTGCGGTTGATACGAATCTGCAATTCGGTTTTTAA MELVRIFKEHNVFGWISVGTAILSLLLLNVAIISNVTFYSYQMLPFAMAAVPFGIIELFIKKGRTGPGLLGVILNLFVIVCVYTIVAVDTNLQFGF NA NA NA NA NA D1-12_00098 1074 yhdL putative anti-sigma-M factor YhdL ATGAATGAAGAATTTAAAAAGCGTTTTTACCAATACAAAAATGGAGAAATGAGCGACCGGGAAATGGCCGCCTTTGAAGAAGAGCTGGAAAAGCTGGAAGTCTATCAGGAGTTGATTGAAAGCGAAATGCAGGACGACCGGGAATGGGACGTCGGCATCAGCCCGGAAAAACAGAAGGCCATTTTATCATACGGAAAACGCAAATCGTATTTGCGGATTTCAGTTCTCGCCGTCATCTCCACTTTGATGATTTTGCCGCTTTGCACTTTGGGAAGCTACCTCTATTACGGTCTGGGAGGAAAGGAAAGCACCGGCAATCAATTAATGGAGACCGCGGCAGTGACGGTGGCGACCACAATGCCGAACGTCCTCGTCGATACCTCCGGACTGAAAAGCCAGGTGAAGCTGTTTGGAATGAATACGGAATTTCCGCTGCAAAAGCAGATCGGCACAAAAACGAAATCCGTCGGCGGAGAACGGATTGAAATGTTTTTAGATACGGTCAAATCGCCTGCCGTTAACTACTATGATCTAGACGCGGCACAGGCAAAGCATTATTTCGCCCATCCTTCCGGCTTAAAGGAACGCACGATTGAAAAAGCCGGTCAGACATTAAAAAAATTGCCTGAAGGAAGCGTGGCGGAGGTCTATCTTTCTTATGACCGGGCCTACCCTTCTTCTCAAGTATATTCAACTTTTAAAAAATACGATGTGAAGTTTTTATGGAATGCGGTCGAAACGGAGAAAAATCTGAAAGACAGTCCTTATGCCGAGCCGTTAGGATTTCCCGGGAAAGATTCTAAGATGGTGTCCTCTTTCGAAACGCAAGGACAGACAGACCGTGAACAATTTATCAATGCCCTTGAATTTATGTCCCGCCATAAAAAATGGGCGCATGCAATATCGAAACGAAAAGACATGAATCTTGGCAGCCGAATCGACTATGTTGAACATCACGGAATGAACGTATACGGCTCTGTCGTGACGGGGCCGACAAAAGAAATCGAACGTCTGCTGAAAAACAAAACAGTAAAAGCAGCAAACATCGGTGAGGTGGAATTATGGAATTGGTAA MNEEFKKRFYQYKNGEMSDREMAAFEEELEKLEVYQELIESEMQDDREWDVGISPEKQKAILSYGKRKSYLRISVLAVISTLMILPLCTLGSYLYYGLGGKESTGNQLMETAAVTVATTMPNVLVDTSGLKSQVKLFGMNTEFPLQKQIGTKTKSVGGERIEMFLDTVKSPAVNYYDLDAAQAKHYFAHPSGLKERTIEKAGQTLKKLPEGSVAEVYLSYDRAYPSSQVYSTFKKYDVKFLWNAVETEKNLKDSPYAEPLGFPGKDSKMVSSFETQGQTDREQFINALEFMSRHKKWAHAISKRKDMNLGSRIDYVEHHGMNVYGSVVTGPTKEIERLLKNKTVKAANIGEVELWNW NA NA NA NA NA D1-12_00099 492 sigM COG1595 ECF RNA polymerase sigma factor SigM GTGACGATCGATGAAATTTACCAAATGTATATGAATGATGTTTACCGGTTCCTGCTCTCCATGACAAAAGACAAGCATCTCGCTGAAGATTTGCTGCAGGAAACCTTTATGAGGGCATACATACACATTCACTCCTACGACCACAGCAAAGTAAAGCCATGGCTTTTTCAAGTGGCGAGAAATGCGTTTATAGATTATGTCAGAAAACATAAAAAGGAAGTGACCATTTCCGATGACTTAATTGGGAGCCTTTTTCAGACGGCTGTTCAAAGCCCGGCTCATCAGATTGAAATCAAGGAAGTGCTGACAGGGTATATGTCCGAACTTCCCGACAATTATCGGGAGGCCTTAACACTGTATTATTTAAAAGAACTGAATTACAAAGAAGCATCCCATATTATGAATATTTCAGAGGCTAATTTTAAAAGTGTTTTATTTCGTGCCAGACAGCGGCTGAAAGCACTTTATAATAGAGGTGTTAATGATGAATGA MTIDEIYQMYMNDVYRFLLSMTKDKHLAEDLLQETFMRAYIHIHSYDHSKVKPWLFQVARNAFIDYVRKHKKEVTISDDLIGSLFQTAVQSPAHQIEIKEVLTGYMSELPDNYREALTLYYLKELNYKEASHIMNISEANFKSVLFRARQRLKALYNRGVNDE PGPT0014960_11885 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088 NA NA D1-12_00100 600 plsC COG0204 1-acyl-sn-glycerol-3-phosphate acyltransferase ATGTATAAGTTTTGTGCAAATGCCATCAAATGCATTCTATCCCTGCGCGGAGGAGTGAAAGTGTACAATAAAGAGAATCTTCCGTCTGATAAAGGATTCGTTATCGCGTGCACGCATGCGGGCTGGGTGGACGTCCTCACGCTCGGTGTCGGGATATTGCCGCAGCAGATTCATTATATGGCGAAAAAAGAGCTGTTTCAGAAAAAGTGGATCGGACGTTTTTTGAAGAAGATTCACGCGTTCCCGGTTGACCGTGAAAATCCGGGCCCGAGCAGCATTAAAACGCCGATTAAGCTTCTGAAGGAAGGAAAGATTGTCGGGATTTTTCCGAGCGGTACGAGAACATCAGAAGACGTCCCGCTGAAAAGAGGGGCCGTGACCATCGCCCAAATGGGAAAAGCGCCGCTCGTTCCGGCCGCATATAAAGGGCCGTCTACGGGTAAAGCGCTGTTTAAAAAGGGAAAAATGCGGCTTATCATCGGAGAGCCGATTTTTTTGGAGGACTTTTCCGATCTTGCGCCGAAGGAGAGGCTTGCGGCCATGACAGAAGAGCTGAATGCCAGAATTAAAGAGCTTGAGAAAAAACTTGAACAATTGTAA MYKFCANAIKCILSLRGGVKVYNKENLPSDKGFVIACTHAGWVDVLTLGVGILPQQIHYMAKKELFQKKWIGRFLKKIHAFPVDRENPGPSSIKTPIKLLKEGKIVGIFPSGTRTSEDVPLKRGAVTIAQMGKAPLVPAAYKGPSTGKALFKKGKMRLIIGEPIFLEDFSDLAPKERLAAMTEELNARIKELEKKLEQL PGPT0024380_6844 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROLIPID_REMODELLING CE-REMODELLING_GLYCEROLIPID_ACYLTRANSFERASE_ACTIVITY,PGPT0024380-plsC-K00655 NA NA D1-12_00101 1335 hypothetical protein TTGGACATTGTGAATTTGATTTTAGTCGCGGTTTTAATCGCGCTGACGGCATTTTTCGTAGCATCTGAGTTTGCGATAATCAGAATCAGAGGCTCACGGGTTGACCAGCTTATAGCAGAAGGAAATAAAGCCGCAATCGGTGTCAAAAAAGTGACCACGCATTTAGATGAGTATTTATCGGCGTGCCAGCTCGGCATAACATTGACTTCCATCGGTCTTGGTGTCTTAGGCGAATCAACGATTGAACGCTTGCTTCATCCGCTTTTCACAAAGATAAACGTACCAAGCTCATTATCGCATATTATTTCATTTATTCTCGCCTATGCGATCATTACATTCTTACACGTGGTCGTGGGAGAATTGGCGCCGAAAACAGTCGCCATCCAGAAAGCGGAAGCCGTTTCAATGCTGTTTTCGAAACCGCTCATTTGGTTTTACCGCATCATGTTCCCGTTTATCTGGCTTCTGAACAACTCCGCCCGTCTTTTAACGAAGGCGTTCGGTCTGGAGACGGTGTCTGAAAATGAGCTTGCCCACTCTGAAGAAGAGCTGCGCATTATTTTATCGGAAAGCTATAAAAGCGGTGAAATCAACCAGTCTGAATTTAAATATGTGAACAAAATCTTTGAATTTGACGACAGACTTGCAAAAGAAATCATGATTCCGCGTACGGAAATCGTCAGTCTGCCGCATGATATCAAAATCTCTGAAATGATGGACATCATTCAGATTGAAAAATATACCCGGTACCCTGTCGAAGAGGGTGACAAAGATAATATTATCGGCGTTATTAACATTAAAGAAGTGCTGACCGCCTGCATAAGCGGCGAAGTATCAGTCGACTCGCCGATTACCGATTTTGTCAATCCGATCATCCATGTGATTGAGTCGGCACCGATTCACGATCTGCTTGTAAAAATGCAGAAGGAACGGGTTCATATGGCGATTCTGTCGGATGAATACGGCGGAACCGCGGGGCTTGTCACCGTTGAAGACATTATTGAAGAAATCGTCGGGGAAATCCGTGATGAATTTGATATCGATGAAATCAACGAAATCCGCAAACTCGGCGACGGCCATTACATGCTTGACGGCAAGGTCCTGATTGATCAAGTGAACGAACTCCTCGGCATCCATTTGGAAAATGACGAGGTCGACACCATCGGCGGCTGGTTCCTTACCCAGAAATACGACGTCGAACAATACGACTCGATTATCGAAGAAGGCTGTGAATTTATCATTAATGAAATTGACGGCCACCACGTCGCATATATCGAAGTGAAAAAACTGGCGTTTGATGAACTGCTGGAAACCGCCGAACAAAAAGAAGCATAA MDIVNLILVAVLIALTAFFVASEFAIIRIRGSRVDQLIAEGNKAAIGVKKVTTHLDEYLSACQLGITLTSIGLGVLGESTIERLLHPLFTKINVPSSLSHIISFILAYAIITFLHVVVGELAPKTVAIQKAEAVSMLFSKPLIWFYRIMFPFIWLLNNSARLLTKAFGLETVSENELAHSEEELRIILSESYKSGEINQSEFKYVNKIFEFDDRLAKEIMIPRTEIVSLPHDIKISEMMDIIQIEKYTRYPVEEGDKDNIIGVINIKEVLTACISGEVSVDSPITDFVNPIIHVIESAPIHDLLVKMQKERVHMAILSDEYGGTAGLVTVEDIIEEIVGEIRDEFDIDEINEIRKLGDGHYMLDGKVLIDQVNELLGIHLENDEVDTIGGWFLTQKYDVEQYDSIIEEGCEFIINEIDGHHVAYIEVKKLAFDELLETAEQKEA PGPT0014011_1 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-MAGNESIUM_TRANSPORT,PGPT0014011-mpfA|yhdP-NA NA NA D1-12_00102 426 hypothetical protein TTGGGGAGGGATTTAGATGGGGCTGAGACTTATCGCATCAGTGAATTAGCAGAGCTTGCCGGTGTAACGAAACGCACGGTGGATTACTACACAAACCTCGGGCTTTTAAAGCCTGACAGGTCTTGTTCGAACTATCGTTACTACGATACACTTGCACTTAATCGGTTAAAGTTTATAGTCGCTTGTAAAAAGCAGCGATTGGCCCTGTCTGATATAAAAGATCGACTGGAGAACCAGTTTCCCTCTTCAGCCCTGCCTGACGATATTGGAAATCTGGCATCGGAAATTGATCACATGAATCAAAACATCTCCGTGATCTTGAATCGGTTTGAAAAGCTTGAACCAGAGGAGCGCGCCCAGCTGAAAAAAAGGCTGGCTCCTGAAAAGCTTGCAGTGCTTCAATCATTTATGCTGCTGTTAAGTTAA MGRDLDGAETYRISELAELAGVTKRTVDYYTNLGLLKPDRSCSNYRYYDTLALNRLKFIVACKKQRLALSDIKDRLENQFPSSALPDDIGNLASEIDHMNQNISVILNRFEKLEPEERAQLKKRLAPEKLAVLQSFMLLLS PGPT0004165_95 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_COPPER_RESISTANCE COPPER_RESISTANCE-RELATED_FUNCTIONS,PGPT0004165-cueR-K11923 NA NA D1-12_00103 1185 dapX_1 COG0436 putative N-acetyl-LL-diaminopimelate aminotransferase ATGACAGTGGCCGGTTTATCACGGGAAGTGACACAGAATCTGGAGAAAGGTTCATGGATACGCAAACTATTTGATGAAGGCGCGCGGCTGAAAAAAGAGTTCGGCGCCGATAAGGTGTTTGACTTTTCAATAGGAAATCCGGTTGCGGAGCCGCCTGAAACGTTTAAAAAGGCGCTTTGCGAAGCGGCTGAAACAGGGCGGCACGGATACATACAAAACCAGGGGCTTCCGGAGGCGAGAGAAAAGGTTGCGCGCTTTTTGTCAGAGCGGTTTCAGACCGAGATTTCCGCCAGGCATACAGTCATGACGGTCGGAGCCGGAGGGGCGCTGAATGTCGCGCTGAAGAGCATTTTAAACCCGGAGGAAGAAGTCATCCTTCTTTCGCCTTATTTTGCGGAATATAAAGCGTATGTTGAAAATTACCGCGGCAGACCCGTCATCTGCCCGCTGACTGACTCATTTGAGATTGATATTGAAGCGGTTAAAGGTGCGATCACCCCCCGTACGAAAGGACTGATCGTTAATACGCCGCATAATCCGACGGGGACTGTGCTCAGCCAGAAAAACCTTAACGAATTAGGCGCCTTATTAAAAGAAACCGAAGAGCGGAACGGCCAAAGCATATTTATTTTATTTGATGAACCGTACAGCCAGCTGATCTACGGAGAAGAGCAGGCGAATCCGTTTCAGGCGTATCACCGCGTGATTTTAGTCAGTTCGTTCAGTAAAGATCTCGGCATTGCGGGGGAAAGGCTCGGGTATATCGCGGCAGACGCCCAAATGCCTGAGGGCGATCTTCTGACGGATGCGTTCGTTTTCTGCAACCGGACGCTCGGCTTTGTGAACGCTCCGGTCATGATGCAGCGCGCCGTGGCGAAAATGGATGATCTTTCGATTGACGCTGAACCTTACAGAAAGCGGAGAGACCTTATGGTGGACATCCTCACAGAAGCCGGCTTCGAATTTGAAATGCCGAAAGGAGGCTTTTTCGTCTTTCCGAAATCACCGATTGAAGACGAGGTGGCGTTCTGCATGCATGCCGCACAGAAATACAAACTATTGATCGTACCCGGCAGCGGATTTGGAAAAAGCGGCTATTTCCGATTATCTTTCAGCGTGCCTTCAGATCAGATCAGACAGTCGCGCGATATTTTCAAAGCACTGTATCAAGATTTTTCTTCATAG MTVAGLSREVTQNLEKGSWIRKLFDEGARLKKEFGADKVFDFSIGNPVAEPPETFKKALCEAAETGRHGYIQNQGLPEAREKVARFLSERFQTEISARHTVMTVGAGGALNVALKSILNPEEEVILLSPYFAEYKAYVENYRGRPVICPLTDSFEIDIEAVKGAITPRTKGLIVNTPHNPTGTVLSQKNLNELGALLKETEERNGQSIFILFDEPYSQLIYGEEQANPFQAYHRVILVSSFSKDLGIAGERLGYIAADAQMPEGDLLTDAFVFCNRTLGFVNAPVMMQRAVAKMDDLSIDAEPYRKRRDLMVDILTEAGFEFEMPKGGFFVFPKSPIEDEVAFCMHAAQKYKLLIVPGSGFGKSGYFRLSFSVPSDQIRQSRDIFKALYQDFSS PGPT0020120_236 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_TYROSINE_DEGRADATION,PGPT0020120-yhdR-K11358 NA NA D1-12_00104 1245 pksF COG0304 Polyketide biosynthesis malonyl-ACP decarboxylase PksF ATGTCGAGGAGAAATAATGGCACGTCAGACATCAGCATTACAGGAATCGGAGTCTTAACCGCGGTCGGACAAGGCAAGGAGGCGTTTCTCGATGCGCTCATGAAGGGGCGGCACGCCTTTGATGTGATGAAACGGCCCGGCCGGCAGAAAGGCAGTTCGTTTATCGGCGCGGAGCTCAGCGAATTAACGCCGCCGGACGCGCTGTCCAAGCGCTTGTACCGAAGGGCCGCATTATCAGGAAAGACGGCGCTTATCGCTTTATATGAAGCGTGGCATGACGCTCAATTAGACGGCGCTGATCACAGCCGCACCGGTCTGATCATCGGCGGCTCGAATATGACGCAGCGCGAATTGCTGCAGGTCTTTGAGAAAAACGGTGAAACGCCGCAATTTGTAAATCCGACATACGGGCTTTCTTTTATGGATAGTGATTTGTCGGGGCTTTGTACGGAGCAATTCGGGATAAAAGGGCCGGCCTTTACGGTCGGCGGCGCGTCGGCAAGCGGCCAGGCGGCGGTTATTCAGGCTGCTCAAGGAATCAAAGGAGGCCTGTTTGACCGATGCATCGTGATCGGGGCGCTGGCCGATCTGTCGTACATGGAGTGTCATGCTCTCCGTTCTTTGGGAGCGATGGGCACTGATACATACGCTGAACGGCCTGAAGCCGCCTGCCGCCCGTTTGACCGGCATACGGACGGGTTTATATTCGGAGAGGCGTGCGGGGCGATTGTGCTGGAACGCGCTGAATCTGCCGAACAGAGGGGCGCGCGTTCGTGGGCCGGCTTAAAGGGCTGGGGGATGGCTTCCGATGCAAACCGCAACCCGAATCCTTCAGCAGAGGGCGAAATGACGGTGATCCGCCAGGCGCTGGAGCGGGCCGGTCTTTCAGCAAAAGAGATCGATTACATCAACCCGCACGGCACCGGTTCGCCGATCGGTGATAAGACTGAATGCCGGGCGCTTTCTGAAAGCGGCCTGTCGCACGCGCGGATTAATGCGACAAAATCGATTACCGGACACGGTCTGAGTGCGGCCGGAACGGTGGAAATCATTGCTGCTCTCTTGCAAATGCGGGAAAACAAGCTTCATCCGATCCGAAACTTAACGGAGCCGATTGATGATTCTTTTCAGTGGGTGACCGACGGGCCGAGCGCCCATACCGTACACCATGCGTTAAGCTTAAGCATGGGATTCGGGGGGATTAATACGGCGCTTTGTTTAGAAAATCATTTCCGAAGCAGATAA MSRRNNGTSDISITGIGVLTAVGQGKEAFLDALMKGRHAFDVMKRPGRQKGSSFIGAELSELTPPDALSKRLYRRAALSGKTALIALYEAWHDAQLDGADHSRTGLIIGGSNMTQRELLQVFEKNGETPQFVNPTYGLSFMDSDLSGLCTEQFGIKGPAFTVGGASASGQAAVIQAAQGIKGGLFDRCIVIGALADLSYMECHALRSLGAMGTDTYAERPEAACRPFDRHTDGFIFGEACGAIVLERAESAEQRGARSWAGLKGWGMASDANRNPNPSAEGEMTVIRQALERAGLSAKEIDYINPHGTGSPIGDKTECRALSESGLSHARINATKSITGHGLSAAGTVEIIAALLQMRENKLHPIRNLTEPIDDSFQWVTDGPSAHTVHHALSLSMGFGGINTALCLENHFRSR NA NA NA NA NA D1-12_00105 1389 hypothetical protein ATGGACGATATTGACAGTTTGATTTTAATCGGTGTGCTCATTGCGTTAACGGCATTTTTCGTGGCGAGTGAATTTGCGATCGTCAGAGTGAGAAGATCCAGAATCGATCAGCTCATTTCAGAAGGGAACAGACGGGCGGTGCTCGCAAAGCGTATCATTACGGATCTTGATGAGTATTTATCCGCCTCGCAGCTTGGCATTACACTCACATCCATCGGGCTCGGCGTACTGGGAGAGCCTGCATTTGAACGGATGCTTCATCCTGTGTTTCAGGGCATGGGGCTGCCGGATTCTGCTGAGCATGTGATTGCTTTTGTGGCGGCGTACGGGCTGATTACGTTTTTACATGTCGTCGTCGGTGAGCTTGCGCCTAAAACTGTTGCGATTCAAAAAGCGGAAAAGCTGACGTTATGGATTGCCGGACCGCTTCGGTTATTTTACGTGTTCATGTTCCCGTTTATTTGGGTGCTGAACGGCTCCGCGAGAATTCTGACCGGTTTGGCCGGATTAAAGCCGGCATCTGAGCATGAAGGTTCCCACTCTGAAGAAGAGCTGCGGATCCTGCTGTCAGAAAGTTTAAAAAACGGAGAAATCAATCCGTCTGAATATACATTTGTGAATAAAATTTTTGATTTTGATAATCGGATCGCCAAGGAAATCATGATCCCGAGAAAAGAAATCGCGGCTGTTTCCACTGATATGGACGTGCCGGAAATGCTTGATATGATGCTGAAAGACAAATATACGCGCTGGCCCGTAACGGACGGGGACAAAGACAGTGTCATCGGCATGATCAATACGAAGCATCTCTTTTCAGATCTGCTGTTTATGACAGAAGATGAAAAAGCGGAAGTATCCATCACGTCTTACGTCCGCCCGGTGATTGAAGTCATCGAGACGATCCCGATACACGACCTGCTGATAAAAATGCAGAGAGAACGGATTCATTTGGCGATATTGTCTGATGAATACGGCGGAACGTCCGGTCTTGTGACGACCGAAGACATCCTTGAAGAAATCGTCGGCGATATCAGAGACGAATTTGATGAAGACGAACAGCCGCAGATTCAAAAGCTGTCCGAACGCCATTATGTGCTGGACGGAAAGGTTCGGATTGATCAGGTGAATCATCTTCTCGGCGCAGGGATTGAAGAGGAAGTCGACACGATCGGCGGTCTTGTGCTGAAACGGAATATTGACATCTGTGCGGGTGAGTCGATACAAATCGGGGGATACACTGCCCTCATATTAGAAATGGACGGCCGGTTTATTAAACAGCTTGAACTCAAAGAAGAACAGGGCCGCCCGGGCGGTCAGGGAACAATAAACCGCCAGCTGCCCGTGCCTGAAACGGTCATGCTTCATAACGCAACCTTGAGCGAAAAATAA MDDIDSLILIGVLIALTAFFVASEFAIVRVRRSRIDQLISEGNRRAVLAKRIITDLDEYLSASQLGITLTSIGLGVLGEPAFERMLHPVFQGMGLPDSAEHVIAFVAAYGLITFLHVVVGELAPKTVAIQKAEKLTLWIAGPLRLFYVFMFPFIWVLNGSARILTGLAGLKPASEHEGSHSEEELRILLSESLKNGEINPSEYTFVNKIFDFDNRIAKEIMIPRKEIAAVSTDMDVPEMLDMMLKDKYTRWPVTDGDKDSVIGMINTKHLFSDLLFMTEDEKAEVSITSYVRPVIEVIETIPIHDLLIKMQRERIHLAILSDEYGGTSGLVTTEDILEEIVGDIRDEFDEDEQPQIQKLSERHYVLDGKVRIDQVNHLLGAGIEEEVDTIGGLVLKRNIDICAGESIQIGGYTALILEMDGRFIKQLELKEEQGRPGGQGTINRQLPVPETVMLHNATLSEK PGPT0014012_1 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-MAGNESIUM_TRANSPORT,PGPT0014012-yhdT-NA NA NA D1-12_00106 360 crcB_1 COG0239 Putative fluoride ion transporter CrcB ATGACGATTGTCCTGATGCTTATCGCAGCGGGTATCGGAGCGGTATTACGGTCTCTGCTGGGTAAAGCAATTTCAGAAAGAACAAAAGGTTTTCCGATTCCGCTTGGAATGGCTGCGGTCAACCTGCTCGGCTCCTTCGGCCTCGGCATGTTCACCGGCCTGGGCCTGGATAATCCTTCTGCCGGCATCATCATCGCGACGGGCTTTTTCGGTGCGTTTACGACCTTTTCCACGTTCAGTATTGAAGCCGTGCAGCTGATGATGAACAACCGCATAAAGGAAAGCCTGCTCTACATCGCTGTTTCAGCAGCCGGAAGCCTTTTGGCGTTCTGGTGCGGCTTCATTATCATTTCCATTTAA MTIVLMLIAAGIGAVLRSLLGKAISERTKGFPIPLGMAAVNLLGSFGLGMFTGLGLDNPSAGIIIATGFFGAFTTFSTFSIEAVQLMMNNRIKESLLYIAVSAAGSLLAFWCGFIIISI PGPT0004985_5115 DIRECT EFFECT BIO-REMEDIATION FLUORIDE_DETOXIFICATION FLUORIDE_RESISTANCE FLUORIDE_RESISTANCE-FLUORIDE_TRANSPORT,PGPT0004985-crcB-K06199 NA NA D1-12_00107 396 crcB_2 Putative fluoride ion transporter CrcB ATGAAACAATACATCGCAATTTTTATCGGAGGCGCGCTTGGCGCTTTGCTCCGCTTTGAAATGAGCGCGCACATTCACAGCGGTTCTTTCCCGGCGGCCACTTTCCTCGAAAACGCGGCGGGAAGCCTTTTACTCGGTCTTATTACGGGTTATTTCATCATTCGGGCTAAACGCCCTCTTTTGACCGCCTTTTTAGGAACCGGTTTGTGCGGAGGTTTCACGACGATGTCAACCTTCGCAAAAGAAACCATTTTTCTGCTGCAATCGTCTCCCGCAGCGGCTTTTTGTTATGCTGCCGCGACATTAATCTCTGGCATTGCCCTTGCATACGCGGGCATTTTCTGGGGACGGCGGATTGCCCTTCACGCAGCGGGAAGGGGGCATGATACGCCATGA MKQYIAIFIGGALGALLRFEMSAHIHSGSFPAATFLENAAGSLLLGLITGYFIIRAKRPLLTAFLGTGLCGGFTTMSTFAKETIFLLQSSPAAAFCYAAATLISGIALAYAGIFWGRRIALHAAGRGHDTP PGPT0004985_1299 DIRECT EFFECT BIO-REMEDIATION FLUORIDE_DETOXIFICATION FLUORIDE_RESISTANCE FLUORIDE_RESISTANCE-FLUORIDE_TRANSPORT,PGPT0004985-crcB-K06199 NA NA D1-12_00108 717 glpQ_1 COG0584 Glycerophosphodiester phosphodiesterase TTGTATACCATCGCTCATCGCGGCGCATCCGGTTACGCGCCCGAAAATACATTTGCGGCATTTGATATCGCTGCCGAAATGAACGCTGATTTCATTGAGCTTGACGTCCAGCTCACAAAAGACGGCCAGATTGTCGTCATCCATGATGACAAAGTCGACCGGACGACGGACGGCTCCGGTTTTGTAAAAGATTTTACGCTGAAGAAGCTGCAGTCTCTGGACGCCGGCAGCTGGTATGGGGCTGAGTTTAAAGGGGAGCGGATTCCCCTGCTCGAAGAGGTCTTGAAGCGTTATCATTCTGAAATCGGATTTTTAATTGAACTGAAAGGGCACGTTTCTCAAGTCGGTCTTGAAAAAGCAGTCGGCCAGCTGTTAAGCAGGTTTTCCTTTTCCATCCACCCTATCGTTCAATCATTCAGCCTCAAGTCGATTCAGACCTTTCACGACATGTATCCGTCCGTTCCGACTGCAATTATTGCAAGACCCAGCTTTGGGATGTTTTCCAAAAGCCAGCTTGCCGCCTACAAATCAGCCGTACATTATGTCAATATTAAATATACCCGCCTGAATCGGTTCTTGATTTCCACCGCTCACAGACACGGCCTGAAAGTGTTTGCCTGGACGGTCAGAAATCAAAAGACGGCCCAAAAGCTGCAAATGATGGCAGTTGACGGCATTGTAACTGATTTTCCGGATTTTATTTCTAAGGATGGCTGA MYTIAHRGASGYAPENTFAAFDIAAEMNADFIELDVQLTKDGQIVVIHDDKVDRTTDGSGFVKDFTLKKLQSLDAGSWYGAEFKGERIPLLEEVLKRYHSEIGFLIELKGHVSQVGLEKAVGQLLSRFSFSIHPIVQSFSLKSIQTFHDMYPSVPTAIIARPSFGMFSKSQLAAYKSAVHYVNIKYTRLNRFLISTAHRHGLKVFAWTVRNQKTAQKLQMMAVDGIVTDFPDFISKDG PGPT0018470_8174 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROPHOSPHOLIPID_REMODELLING CE-REMODELLING_GPL_PHOSPHODIESTERASE_ACTIVITY,PGPT0018470-glpQ|ugpQ-K01126 NA NA D1-12_00109 105 hypothetical protein ATGGGAAAAGGGAGATTGAAAGTGGAAGAAAGAATTAAGGCCGAAACCGATGCCGAAATCCAAAAAGCGACTCTCCTGAAACAGACACAATCAAAGAAGAAATAG MGKGRLKVEERIKAETDAEIQKATLLKQTQSKKK NA NA NA NA NA D1-12_00110 1116 hypothetical protein ATGATGACACAATTTCAGAGCTTTTTTACGCTTGACCATATTTCGCAGATCAGTATCAGCATCGGAATTTTAGCGGCTTTTCTCGTTTTGAGAAAACTGTTTGTCAAATACTTTTTTCAGCTCGTTTACAAATTGGCGAACAAGCCGAAAACCGACATATTCAAACAGATTGCCGTAGCGTTTGACAAGCCGGCCAGATGGTTTTTCGTGGCGCTGGGTCTGTTTTTGGCGATTGAGTATTCGCCGTTTTTAGACGGGCAGATGGACATTATCAAAAAAATGTACCGCTCTCTGATCGTTGCGCTGATCGCCTGGGGGCTTTGCAATCTGACATCGGCGTCTTCGTTTTTATTTCATAAAGTCAATCAGCGTTTTGAGCTTGATATGGATGACATTTTGGCGCCGTTTTTATCCAAGGTGCTGCGCTTTGTCATTCTGGCGCTCAGCGTCAGTGTGATCGCGCAGGAATTCAATTATGATGTAAACGGGTTCGTGGCCGGACTCGGACTTGGCGGATTGGCCTTCGCGCTTGCGGCTAAAGATACGATCAGCAATTTTTTCGGCGGCATTATCATCATTACGGAAAAGCCGTTTACGATCGGCGACTGGGTCGAGACGTCATCTGTAACGGGGGGCGTTGAAGATATCACATTCCGAAGCACAAGGTTCCGGACGGCGCAGGGGGCGCTTGTTACCGTGCCCAATTCAACGCTGTCTATGGAAGCCATCACAAACTGGACGAGGATGACGAAGCGCCAGGTCACGTTTTCTGTTCGTGTTTCTTATGCGACGCCGATTGATCGTTTAGAGCGGTGCATCACAAGGCTCAGAGAAATGCTTCGTGAACATGAAGGCGTGCATGATGATACGATTATGGTTAACTTTGACGTGTTTGCGGACAGCTATTATAATCTGTTTTTCAACTTTTACACAAAGACCATCGTCTGGGCGGAAAGCTTGGACGTGCGGCAGGATATCAACCGCCGAATTATTGATATTTTTGCTGAGGAAGGCGTGGAGTTCGCCTATCCGGGCCAGAATGTATTCGTAAAACAGAAGAGCCACGATGATCCGGTTCATGTGAAGGATCATTCCGGAGAAAAAGAACGGGCATAA MMTQFQSFFTLDHISQISISIGILAAFLVLRKLFVKYFFQLVYKLANKPKTDIFKQIAVAFDKPARWFFVALGLFLAIEYSPFLDGQMDIIKKMYRSLIVALIAWGLCNLTSASSFLFHKVNQRFELDMDDILAPFLSKVLRFVILALSVSVIAQEFNYDVNGFVAGLGLGGLAFALAAKDTISNFFGGIIIITEKPFTIGDWVETSSVTGGVEDITFRSTRFRTAQGALVTVPNSTLSMEAITNWTRMTKRQVTFSVRVSYATPIDRLERCITRLREMLREHEGVHDDTIMVNFDVFADSYYNLFFNFYTKTIVWAESLDVRQDINRRIIDIFAEEGVEFAYPGQNVFVKQKSHDDPVHVKDHSGEKERA NA NA NA NA NA D1-12_00111 744 cobB COG0846 NAD-dependent protein deacetylase GTGGAAGCGTTTATGACATTGATCAATCAGGCGGAACGTATCGTGGTGCTGACGGGAGCGGGAATGAGCACGGAATCCGGCATTCCTGATTTTCGTTCGGCGGGCGGTATATGGACCGAAGACACCTCCAGAATGGAAGCGATGAGCAGGGAATACTTTGAACGCCGTCCGCGTGAATTCTGGCCTAAATTCAAACAGCTCTTTCAGATGAAAATGAGCGGAAGCTATGAGCCGAATGCCGGCCATACGTATTTGGCGGATCTTGAAAAGCGGGGAAAGCAGGTAGACATTTTCACGCAGAATATTGACGGGCTGCATAAGAAAGCGGGAAGCAGCAGTGTCTATGAGCTTCACGGTTCAATTCAGACCGCCGCATGCCCCCGCTGCGGAGCGCGCTACGGGCTTTCTCATCTGCTGAAGGACGAAGTGCCGGAATGTACGGCGGAAATCGGTGATCATGCGGTATGCGGCACCGTATTAAAAACGGATGTCGTGCTGTTCGGCGATCTCGTTCAGCATTTTGAAACCCTTTATGAAAAGCTTGATAAAGCTGATCTTCTTCTTGTGATCGGCACTTCGCTTGAAGTGGCGCCGGCAAGGTTTGTCCCTGAGGATGCGGGCCGGATTCCCGGTTTGAAGCAGGTAATCATTAACCTTGAGCCGACATATTGCGACCATTTATTTGATCTTGTCATCCATGAGAAGATCGGTGAATTTGCAAAACGGATCAGCGCCGCGACATAA MEAFMTLINQAERIVVLTGAGMSTESGIPDFRSAGGIWTEDTSRMEAMSREYFERRPREFWPKFKQLFQMKMSGSYEPNAGHTYLADLEKRGKQVDIFTQNIDGLHKKAGSSSVYELHGSIQTAACPRCGARYGLSHLLKDEVPECTAEIGDHAVCGTVLKTDVVLFGDLVQHFETLYEKLDKADLLLVIGTSLEVAPARFVPEDAGRIPGLKQVIINLEPTYCDHLFDLVIHEKIGEFAKRISAAT PGPT0013485_1263 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013485-npdA-K12410 NA NA D1-12_00112 849 COG0726 Peptidoglycan-N-acetylglucosamine deacetylase ATGCGCAACACAAAAGAAGGTGCTTCCCCTTCTCTGTTTTCATTGGCTTTTAAACTTACGAGTTTAGCAGTTTTGTGCGGACTGCTTCTGGTAATCGTCATAATGGGATATTCCGCTTCCGCCGCAAAAAACAAACAGGTCACCGTGACCGCAAACGGGCAGCTTCGGGATGAAGCAGAAAGCCTGCGGCTGAAAAATGATTCTCCCGACGTCTTAATGAAACATTTGCAGAAAGAGCGTGACCCAGGGAAAAAAACGGTATATTTAACCTTCGACGACGGGCCGTCTCCATATACTGAACAGCTGTTGAATGTATTGAAGGCAAATGGCGCAAAGGCCACTTTTTTTATGCTTGAACCGCGGATGAAAGCCTATAAGCATTCCGTGCAAAGAGCGAAGCAGGAAGGAATCGCGCTCGGCCTGCACGGCGTGACGCACGATAATCACCTGTTTTATCAAACACCGACATCACCGCTGAACGAAATGCAGCAGGGACGCGATACGCTCGAGGCAATCACCGGAGTAAAAACGGATCTTGTCCGCACGCCATACGGCAGTAAACCGTCATTGACGGCTGCCCAGATTAAGAATCTCGAAAAAGGCGGATTCGTGTACTGGGACTGGACGATAGACAGTGAAGACTGGAAGTACAAAAACGCACGGTACGTGCCGGAAGTATTGAATCAGCTCGCATATTTGGAAAGCGTTCATACGAGCAGGCCGCATGTCATTTTAATGCACGATCTGCCTGCGACGGTGCACGCTTTGCCTAGCCTGATCCAAAAACTGAAAGCCCAGGGCTACTCCTTTGATGTTCTGACGGATCAAATGATTCCCGTCCATGAATAA MRNTKEGASPSLFSLAFKLTSLAVLCGLLLVIVIMGYSASAAKNKQVTVTANGQLRDEAESLRLKNDSPDVLMKHLQKERDPGKKTVYLTFDDGPSPYTEQLLNVLKANGAKATFFMLEPRMKAYKHSVQRAKQEGIALGLHGVTHDNHLFYQTPTSPLNEMQQGRDTLEAITGVKTDLVRTPYGSKPSLTAAQIKNLEKGGFVYWDWTIDSEDWKYKNARYVPEVLNQLAYLESVHTSRPHVILMHDLPATVHALPSLIQKLKAQGYSFDVLTDQMIPVHE PGPT0018645_2571 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING_HYDROLASE_ACTIVITY,PGPT0018645-pda|pgdA-K22278 NA NA D1-12_00113 852 dat_1 D-alanine aminotransferase ATGAAGACATTAGTAAACGGTCAGTTGATTGATCGTGAAGAAGCGGCAGTTGATATTGAGGACCGCGGATATCAATTCGGTGACGGTGTGTATGAGGTCATCAGAGTGTATAACGGCGCCTTATTCGGTTTGCGTGAGCATATCGTCCGTCTTTTCAGAAGCGCCGCAGAAATCGGCATCACCCTGCCGTTCTCCGCAGAGGACATAGAATGGGATCTGCAAAAGCTCGTACAGGAAAACAAACTCATTGACGGCGGGGTCTATATACAGACGACGAGAGGGAAGGCGCCGCGGAAGCACCAGTATGACGAAGGATTGGAACCGCAGACGACGGCATACACCTTTTCAGTGAAAAAACCGGAAAATGAACAAAAAGCCGGAGCGCAGGCCATAACGGCGGAAGACAAACGCTGGCTGAGGTGTGACATTAAGAGTCTGAATTTACTGTATAATGTGATGATTAAACAAAAAGCCTATGAAGCAGGCGCTTATGAAGCGGTGCTGATAAGGGACGGAGCGGTCACGGAAGGAACCTCTTCCAATGTATACGCCGTCATAAACGGCACTGTCCGGACGCATCCTGCAAATGAGCTGATTTTAAACGGCATTACGCGGATGAAACTGTTAGAGCTGATGAAAGAAAACGGGATTGAGGTGCGGGAGAAGGCCCTTACCGAAGACGAACTCAGGGATGCGGATGAAATTTTCATCTCGTCAACGACGGCTGAATTAATCCCGATCGTAACCCTTGACGGAAAACCGGTCGGAAGCGGCGCGCCGGGACCTGTAGCCAAAACGATTCAGGAGGCTTTTCAGTCGCACATTCAGCAGGAGCTCGGCGTTCAGTCATAA MKTLVNGQLIDREEAAVDIEDRGYQFGDGVYEVIRVYNGALFGLREHIVRLFRSAAEIGITLPFSAEDIEWDLQKLVQENKLIDGGVYIQTTRGKAPRKHQYDEGLEPQTTAYTFSVKKPENEQKAGAQAITAEDKRWLRCDIKSLNLLYNVMIKQKAYEAGAYEAVLIRDGAVTEGTSSNVYAVINGTVRTHPANELILNGITRMKLLELMKENGIEVREKALTEDELRDADEIFISSTTAELIPIVTLDGKPVGSGAPGPVAKTIQEAFQSHIQQELGVQS PGPT0001915_1080 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_LYSINE_DEGRADATION,PGPT0001915-dat-K00824 NA NA D1-12_00114 507 betI HTH-type transcriptional regulator BetI ATGGAAGGAGCGACAGTGAGAAACATCGCCCAGGAAGCGGGTCTTTCTTTAGGCGCGCTGAGGCACTATTTCACCACCCAGGATGAGCTTTTAGGGTATGCGATGACACTCGTAAAAGAAAAAGCGGCCGCCAGAATTAACGAAGTTGCCATGAAAGATCTGCCGCCGAAAGAAAAAGCGGTGCGTCTGATGCTTGAAATCATCCCGACAGATGAAGAAACGATGGCTGAAATGGAGGTATGGTTCGCTTTCACAGCTTATGCCAGACATAAGGGAGAAGAGTTTCATCCCCAGCAGGACGGGATCTTGGCATATATCCGCGGTCTGATTGACTGGCTGGATGAAAATAAGCTTCTGAAACCGAATCTTGATAAAGAGATCGAAGCGGAGAAAATGTACGCCATCGCCGACGGATTGGCACTGCATGCCATGCTTGAACCTGAGCGTCTTTCAAAAGAGAAGATCTCCCGTGTGCTCGTGCAGCATATCGAATCTCTTTTTATCTGA MEGATVRNIAQEAGLSLGALRHYFTTQDELLGYAMTLVKEKAAARINEVAMKDLPPKEKAVRLMLEIIPTDEETMAEMEVWFAFTAYARHKGEEFHPQQDGILAYIRGLIDWLDENKLLKPNLDKEIEAEKMYAIADGLALHAMLEPERLSKEKISRVLVQHIESLFI NA NA NA NA NA D1-12_00115 552 hypothetical protein TTGAACGCGATTGCTTGGTTGATTGTCATTTGTGAGGCTGCGTTTTGGGCGGCTGTCATCTTCGGATTGGCGGCGCGCTATATATTCAGGCGGCAAAAGCTCGGAATGTTTTTTTTCGCTCTCATTCCTTTATTGGATGCCGTACTGTTTCTGGCGGCCGCAGCTGATTTATACAGAGGGGCGGCGGCGACTATGGCGCATGCGGTGGCGGCCATTTATATCGGAGTGTCTGTCGCCTTCGGGAAAAGCATGATTCAATGGGCGGATGAGCGGTTCCGCTATTATGTGGTCAAGGAAGGGGCAAAACCGGTCAAGCGGTACGGACTGGATTATGCCAAACATTATGCAAAAGGGTGGGGGAGACATGTATTAGCGTTTGTCATCGGCGGCGTTCTTTTAGCCGGAACGGTATTTCTCATTCAGGACGCTTCCCGCACCGAAGCGCTCAGCGTACTGTTAAAGGGCTGGTCTGTCGTATTGTGCATCGATTTTTTGATCATGGCGAGTTTTTTTGTGATGCCGAAAAAAAGAAGAAACAGCCGGGAGCTGTAA MNAIAWLIVICEAAFWAAVIFGLAARYIFRRQKLGMFFFALIPLLDAVLFLAAAADLYRGAAATMAHAVAAIYIGVSVAFGKSMIQWADERFRYYVVKEGAKPVKRYGLDYAKHYAKGWGRHVLAFVIGGVLLAGTVFLIQDASRTEALSVLLKGWSVVLCIDFLIMASFFVMPKKRRNSREL NA NA NA NA NA D1-12_00116 501 nhaX COG0589 Stress response protein NhaX ATGTTTCACGCGGACCGGTTGATAGCAGCTTTTGACGGAAGTGATGATAGTAAAAAAGCGCTCCAAAAAGCCATAGACCTTTCAAAAACGTTTCACGCGGATTTAACGGTCGTACATTCCTACAATGCAAAAGATACCCGGACGATTGTTGATCCCCCGAGGCCGGGAGCCGGGGCAACGTATATCGGCGGCGGGATTGCAAGCGTTCCTGACCCGCTCCAGGCGGAAAGAATCTCCCCTGATCCGATGATTTATGAAGACCGTACGGAAGAAATCGTTGCGGAAGCGAGAATGCTGATGAACGACAGCCAGATTGACGGGGATATCGACATTTTAGAAGGTGATCCCGCTGATGCCATTATCGAGCATGCCGACCGTATATCGGCGGATTTGATCGTCATGGGGAGCCGGGACCAGAACAGGCTGAAAAAACTTTTATTCGGAAGCGTCAGTGAAAAACTGTCATCGAAATCCGATATTCCCGTGCTGATCGTAAAATAA MFHADRLIAAFDGSDDSKKALQKAIDLSKTFHADLTVVHSYNAKDTRTIVDPPRPGAGATYIGGGIASVPDPLQAERISPDPMIYEDRTEEIVAEARMLMNDSQIDGDIDILEGDPADAIIEHADRISADLIVMGSRDQNRLKKLLFGSVSEKLSSKSDIPVLIVK PGPT0015026_2 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS OTHER_STRESS_RESPONSE_PROTEINS,PGPT0015026-nhaX-NA NA NA D1-12_00117 105 hypothetical protein ATGTCTTTTTTTATACAAAAAAATGAAAGAAAGACAGGTGTGATGCATGTGGCGGTATTAGCGAAAACAATGAAAAACAATCCGGAAAAGCTTGAGGGCGGCTGA MSFFIQKNERKTGVMHVAVLAKTMKNNPEKLEGG NA NA NA NA NA D1-12_00118 1758 yheI COG1132 putative multidrug resistance ABC transporter ATP-binding/permease protein YheI TTGTTTACTGTATTAAAAAAGCTCGCGTGGTTTTTTAAAGCCTATTGGCTGCGCTATACGACAGCGATTGTTCTGTTATTGATTGTGAATGTCATTGAAATGTTTCCGCCTAAACTTCTCGGTAACGCGATAGACGATATGAAGGCGGGCGTGTTTACAAAAAGCGGGATGCTGTTTTACATATGTGTTTTTCTCGCATTAACGGCAGCCGTCTATTTACTGTCTTATTTTTGGATGTATCAGCTTTTCGGCGGGGCGAATGTCATGGAGAAGATTCTCCGTTCAAAGCTGATGGGAAGGCTTCTTCAAATGTCACCGCCGTTTTACGAGAAATACAGAACGGGCGATTTAATGGCGCGGGGGACAAATGACTTGCAGGCCGTCAGTATGACGACGGGCTTCGGGGTCTTAACGCTCGTTGATTCGACGATGTATATGCTGACGATATTTTTGACAATGGGGCTTCTCATCAGCTGGAAGCTGACATTTGCCGCGATTATTCCGCTGCCGATAATGGCGGCTGCGGTCAGCCTGTACGGAAAAAAGATCCATGAGCGGTTTACGGAAGCGCAGGATGCTTTCGGATCATTAAATGACAAGGTGCTGGAGTCAGTATCCGGCGTCCGGGTCATCCGGGCATTCGTGCAGGAAAAAAATGATGTCAGCCGGTTCGGTGATATGACGGCGGATGTATATGAGAAAAATATGAAAGTGGCGTTTATCGATTCACTTTTTGAACCGACTGTGAAGCTTCTCGTCGGCCTCAGCTATCTTATCGGTCTCGGCTACGGCGCTTATCTCGTTTTTCAAAACCGGCTGACGCTGGGAGAGCTGGTATCGTTTAACGTGTACCTCGGAATGATGATCTGGCCGATGTTTGCGATCGGAGAATTAATCAATATCATGCAGCGCGGAAATGCCTCCTTGGATCGTGTCAATGAGACGCTTTCCTATGAGCCTGACGTGACAGGACCCAAGCACCCCGCCGGCATCAAGGAGCCCGGGCGTCTTGCTTTTGAACATGTGACTTTCACATATCCGATCGGAGCTGGACCGGCGGTTTCCGATGTGTCATTTTCCGTTGAGAAAGGGCAGACACTCGGCATCGTCGGGAAGACGGGAAGCGGAAAGACGACGATCATTAAGCAGCTGTTGCGTGAATATCCGCCCGGTGCGGGAGCAATCACGTTTACAGGCGTTCCGATTCAGGAGATTCCGCTTGAGGAGCTCCGCGGGTGGATCGGCTATGTGCCGCAGGATCATATTTTATTTTCAAAGACTGTAAAAGAGAATCTGCTTTACGGACGGCAGGATGCAAACGAAGAGGAAATCGGCAGCGCGCTGAAAGATGCGCATTTTGAAAACGATATCGGCATGCTTTCCGACGGACTTGAGACGCTTGTCGGCGAGAAGGGCGTAGCGCTCTCGGGCGGACAAAAGCAGCGCATCTCAATTGCGAGAGCGCTTTTGACCGATCCGGACATTCTCATATTAGATGATTCGCTTTCTGCCGTAGACGCGAAAACGGAAGCCGCCATTATTGACAGCATTCGTAAAAAACGGCGGCATAAAACAACGATTATCACCACCCACCGGCTCTCGGCAGTTGAACACGCAGATCTCATTCTCGTCATGGATGAAGGCCGGGTATCTGAAAGAGGCACGCACCGGGAGCTATTGGCGCAGAACGGCTGGTATCGAAAACAATATGAGAGGCAGCAGCTGTCCTCTCTTGAAGAAGGGGGGACGGGCGCATGA MFTVLKKLAWFFKAYWLRYTTAIVLLLIVNVIEMFPPKLLGNAIDDMKAGVFTKSGMLFYICVFLALTAAVYLLSYFWMYQLFGGANVMEKILRSKLMGRLLQMSPPFYEKYRTGDLMARGTNDLQAVSMTTGFGVLTLVDSTMYMLTIFLTMGLLISWKLTFAAIIPLPIMAAAVSLYGKKIHERFTEAQDAFGSLNDKVLESVSGVRVIRAFVQEKNDVSRFGDMTADVYEKNMKVAFIDSLFEPTVKLLVGLSYLIGLGYGAYLVFQNRLTLGELVSFNVYLGMMIWPMFAIGELINIMQRGNASLDRVNETLSYEPDVTGPKHPAGIKEPGRLAFEHVTFTYPIGAGPAVSDVSFSVEKGQTLGIVGKTGSGKTTIIKQLLREYPPGAGAITFTGVPIQEIPLEELRGWIGYVPQDHILFSKTVKENLLYGRQDANEEEIGSALKDAHFENDIGMLSDGLETLVGEKGVALSGGQKQRISIARALLTDPDILILDDSLSAVDAKTEAAIIDSIRKKRRHKTTIITTHRLSAVEHADLILVMDEGRVSERGTHRELLAQNGWYRKQYERQQLSSLEEGGTGA PGPT0029040_1072 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029040-mdlA|smdA-K18889 NA NA D1-12_00119 2022 yheH COG1132 putative multidrug resistance ABC transporter ATP-binding/permease protein YheH ATGAAGACCGGGAGAAGATTATGGAATTACGCGCTTCAATATAAGAAGCTGCTGATATGGGCGGTCGTCCTGCTCATTATTGCGGTCGGCACTGAGCTGACCGGCCCGTTTATCGGAAAAAAAATGATTGACGACCACATTCTCGGCATTGAAAAAACATGGGTTAAAGCCTCTGCGGACGATCCGGGCGCCGTCAGGTTCCGGGGGCATGATTATGTCAGGGAGGACCGGCTCAAACCGGGGGCGGACAAAACCGGAGAGGCGCACATTTATCAAGTCGGTGCGGGCTACTATTTTGTTGACCGTCCCGTCAGTTTTGACGGAAACCGTTCTGTGTCTGACGGCCGGCTGACAATATCAAACGGTAAAGAAAGCAGGTCATATTCCGCCATTACGTTATCAAGACAGGAGATTTTTCAATTTTACCGTCCCGAAATAAAAGGATTGCTGACGCTGACCGCCATTTACGCGGGGCTGCTCATGTTTTCCGTGTGTTTTCATTACGGCCAGCATTATCTGCTGCAGATGGGAGCGAACCGGATCATACAGCGCATGAGGCAGGATGTATTTTCACACATTCAGAAAATGCCGATCCGCTACTTTGATAATCTGCCTGCAGGAAAAGTCGTGGCCCGCATTACGAATGACACAGAAGCGGTCAGGGATTTATATGTAACGGTGCTGTCGACATTTATCACAAGCGGCGTTTATATGCTCGGCATTTTTACGGCGCTGTTTATGCTTGATGTCAGGCTGGCCGCCGTTTGCCTGCTGATTATCCCGATTTTAATGATCTGGTCGGTTGTGTACCGCAAATACGCATCCGTCTTCAACCAAAAAATCCGTTCCATTAACAGTGACATCAATGCGAAAATGAACGAATCCATTCAAGGAATGCCGATTATTCAGGCGTTCCGCCGAGAGAAGGAAACGATGAAGGAATTTGAAGAATTGAATGAATCTCATTTCCGCTACAAAAACAAAATGCTGTCCTTAAATTCCCTCATGTCCCACAGTCTTGTCAATGTGTTGCGCAATCTGGCGTTTGTCGGGCTGATCTGGTATTTCGGAGGTGCGAGTCTGAGTGCGGCCGGAATTGTTTCGATCGGCGTTTTATACGCGTTTGTTGATTATTTAAACCGTTTGTTCCAGCCGGTTACGGGGATTGTCAACCAATTTTCGAAGCTTGAATTGGCCCGTGTCTCTGCCGCCAGGGTATTCGAGCTTTTACAGGAGGAGGAAACGGAAGAAGAAGGCGCTCCCGCAGACAGAAAGGCGGAAGGAACTGTGGAATTCCGCGATGTTTCTTTTGGATATCGAAAGGGAGAAGAGGTGCTGAAACACATCAGCTTTACAGCTGAAAAAGGGGAGACGGTCGCCCTCGTCGGCCATACGGGGTCCGGCAAAAGCTCCATCCTGAATCTTCTGTTCCGTTTTTATGATGCTCAAAAAGGGGATATTCTGCTGGATGGTCAGAGCATATACGGCATGTCGAGGCAGGAGCTGAGGTCGCATATGGGCATTGTGCTGCAAGACCCGTATCTTTTCTCGGGCACGATCGGCTCCAATGTAACGCTCGATGATCAGCGTATTTCTTTGGAGCAGGCGGAAGAAGCGCTTCGCCAAGTCGGTGCCGCAAGCCTTCTGCAATCTTTGCCGAAGGGCATCAGAGAGCCCGTCACTGAAAAAGGCGGCACACTGTCCTCAGGCCAGCGTCAGCTGATTTCTTTTGCAAGAGCGCTTGTGTTCGATCCGGCCATTTTAATTTTGGATGAGGCGACGGCGCACATTGACACCGAAACAGAAGCAGTCATTCAAAAAGCGCTGCAAGTCGTTCAAGAAGGGCGCACGACATTTATTATCGCCCATCGGCTTTCCACGATCAGGCACGCAGACCAGATTCTCGTGCTGGAAAAGGGCCGTATTATTGAAAAGGGAAGCCATGACGAATTAATGGCGCAAAAGGGGCAGTACCGCCAAATGTATGAATTGCAGAAAGGAACGGCGAAGTCCGCGGTGTAA MKTGRRLWNYALQYKKLLIWAVVLLIIAVGTELTGPFIGKKMIDDHILGIEKTWVKASADDPGAVRFRGHDYVREDRLKPGADKTGEAHIYQVGAGYYFVDRPVSFDGNRSVSDGRLTISNGKESRSYSAITLSRQEIFQFYRPEIKGLLTLTAIYAGLLMFSVCFHYGQHYLLQMGANRIIQRMRQDVFSHIQKMPIRYFDNLPAGKVVARITNDTEAVRDLYVTVLSTFITSGVYMLGIFTALFMLDVRLAAVCLLIIPILMIWSVVYRKYASVFNQKIRSINSDINAKMNESIQGMPIIQAFRREKETMKEFEELNESHFRYKNKMLSLNSLMSHSLVNVLRNLAFVGLIWYFGGASLSAAGIVSIGVLYAFVDYLNRLFQPVTGIVNQFSKLELARVSAARVFELLQEEETEEEGAPADRKAEGTVEFRDVSFGYRKGEEVLKHISFTAEKGETVALVGHTGSGKSSILNLLFRFYDAQKGDILLDGQSIYGMSRQELRSHMGIVLQDPYLFSGTIGSNVTLDDQRISLEQAEEALRQVGAASLLQSLPKGIREPVTEKGGTLSSGQRQLISFARALVFDPAILILDEATAHIDTETEAVIQKALQVVQEGRTTFIIAHRLSTIRHADQILVLEKGRIIEKGSHDELMAQKGQYRQMYELQKGTAKSAV PGPT0029045_153 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029045-mdlB|smdB-K18890 NA NA D1-12_00120 621 hypothetical protein ATGAACATCGCTTTACTCGGAGCAACGGGAAGAGTCGGACAGGCTTTTATAAAAGAAGCGCAGAAACATGGACACATGGAGATATTCGCTCTTGTCAGATCAGCCGGAACAGTCCTTCCCATTCCTGAAAAACATATCATAACAGGGAATGCGAGGCGGCGGGAAGATGTAAGCCGATTGATTTCCAAAGCGGACACAGTCGTGAGCTGTCTCGGCACGGACGGTGACGATACCCTTTCAGCCGCTATGACCCATATCATAGACGGCATGAAACGGCATCATGTTCAGCGTCTGATTACGATCGGCACCGCGGGTATCCTTCAATCACGGCTTATGCCTGATCAATACCGTTTTGAATCGGCAGAATCAAAACGAAAATCAACAAGAGCCGCAAAAGAACACGCCCGCGTATACGAGATGCTGCTGGCAGAGGATCTTGACTGGACGATCATCTGTCCCACCTATCTTCCTGACGGAGATCCTGCCGGAGTTTACCGGTTCGAACAGGATCGCCTTCCTGAAGACGGCGCTGAAATCACCGTCGGAGACACGGCGCATTTTCTGTACCGTGAGCTGATCAGCCCGCAGTTTGTCAGAAAACGGGTGGGACTGGCTTACTGA MNIALLGATGRVGQAFIKEAQKHGHMEIFALVRSAGTVLPIPEKHIITGNARRREDVSRLISKADTVVSCLGTDGDDTLSAAMTHIIDGMKRHHVQRLITIGTAGILQSRLMPDQYRFESAESKRKSTRAAKEHARVYEMLLAEDLDWTIICPTYLPDGDPAGVYRFEQDRLPEDGAEITVGDTAHFLYRELISPQFVRKRVGLAY PGPT0020900_34 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 D1-12_00121 126 hypothetical protein ATGTCATTCATTGCCTCAGTCAATTGGGAGCTGTTTCAGTTCGTAAGTGTTTCTTTGGTCAATGAATATGTTGCCCACCATTTCCCGTTTATTCACAGGTATTCTTTTCCCCGCTGCTTTGAATGA MSFIASVNWELFQFVSVSLVNEYVAHHFPFIHRYSFPRCFE NA NA NA NA NA D1-12_00122 207 Small, acid-soluble spore protein 2 ATGGCAAACAACAACTCTTCAAACCAACTCGTAGTACCCGGCGCTGCTCAAGCAATCGACCAAATGAAATACGAAATTGCTTCTGAGTTCGGCGTAAACCTTGGCGGAGAAACAACTTCTCGTGCAAACGGTTCTGTCGGAGGAGAAATCACGAAACGTTTAGTATCTTTCGCACAGCAGAACATGGGCGGCCAAGGCATACAATAA MANNNSSNQLVVPGAAQAIDQMKYEIASEFGVNLGGETTSRANGSVGGEITKRLVSFAQQNMGGQGIQ PGPT0024865_177 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE_SMALL_ACID-SOLUBLE_SPORE_PROTEINS,PGPT0024865-SASP_B|sspB-K06419 NA NA D1-12_00123 207 hypothetical protein ATGATTTCGCACTTCAGCTGGAAACCGTTATTCAAAAAAGAGAAACTGCCCGGATGGCGGATTTCATTTTACTGGCAGGGTACGCATTACGAAGGGATTTACCACAAGTCCGGAGACATTGAATGGGGACACACACATCCGGGAAAAGAAGAGCCGGCTCTCGTAAAAGAGCTGCATGAATTAATGCTTTATCACATATATGACTGA MISHFSWKPLFKKEKLPGWRISFYWQGTHYEGIYHKSGDIEWGHTHPGKEEPALVKELHELMLYHIYD NA NA NA NA NA D1-12_00124 1359 yheD Endospore coat-associated protein YheD GTGAATCATAAAGGGATGATTGTCGGCATCGATAAAAAAAGCAAAAATACGCTGTTTCTCCCCTCCTCCATGAAACGGGAAGGGCTTTTATCCGCTGCCTTCGGGACCAAGGTTGTCAAATGCCGTGTAGCCTTTTCTCAATCACTTGAAAAAAGCGCGCTCCTTTCTGAAGATTTGTTTGAGGAGCTGTTGATACCGCATAAAAGCCGGGCTGATTTTCTCATACACGGCCAGACGGTGCACATCGGACCGCTGATCGGCGTTTTCACAGCCGGGTTCACATCATCGCCGACCCGCCCGTTAAGAGACCGCACAGACTTCTTTTCCAAGATGCTCTCTCTTCATGAACAGGCGAACGGATATTGTTTTGTTTTCGGTGCTCATCAGATCAACTGGGAAGAAGGCACCGTCCAAGCGCTGATTTATAAAGAAAACAGCTGGAAACGGACGGCCGTCCCGCTTCCGAATGTCGTATATGACAGACTCCCGAGCCGAAAAACGGAAGAAGTTCCGCTTTTACAGCAGACAAAACAAAGGCTGATGAATGTCTATCAGATTCCGTGGTTTAATCCGCAATTCTTTAATAAATGGGACATTCATAAGCTTCTGGAAAAAAACAGTCTCACCGCTTCACTCCTGCCAAAATCTGTCCTGCACCCGAATGCAGAAGCGTTAGAGACGTTATGCAGCACGTTTGACACCGTCTATATCAAACCTGCAGACGGCGCACTCGGAACGGGGATTTACAAGGTGGATAAAACAGATGCCGGCTTATCTGTTAAACACACGAATGAGGAAAAAACGGTGGTGACGGCAGAGTATTCAGATGCGGCATCCTTCATGACATCATTTAAAGAAAACAATGATCCGTCCGCATTTTTAATTCAGCAAGGCATTGACCTGATCCGGCTGGATGGGCGCCCCGTCGATTTCAGGGTGCACACGAATAAAAACGCCGAGGGGAAATGGACAGTGACGGCCATTGCGGCAAAAATTTCCGGTGAAAACAGCATCACGACGCATCTGGCAACCGGCGGAGAAGTCAGGACGTTAGCTGAATTATACGGCGATCCGCGCGAGAGAGTCGGCATGATGCGGAAACTTTCAAAAGCCGCCTTGGCGGTCAGCCGCGTGTTAAATGAGCACATTGAAGGTTTTATCGGCGAAATCGGTTTTGACCTCGGCGTCGATCATTCAGGGAAAGTTTGGATGTTTGAAGCCAATTCCCGCCCCGGGCGCAGCATTTTTTCCCATCCGAAGCTGAGATCGGTCGATTACCTGACAAAACGGAGAAATTTTGAATACGCGTCTTATTTATCAGAACGGTCCATCACCGCCCCGGAAAAACTTTGGCGGTGA MNHKGMIVGIDKKSKNTLFLPSSMKREGLLSAAFGTKVVKCRVAFSQSLEKSALLSEDLFEELLIPHKSRADFLIHGQTVHIGPLIGVFTAGFTSSPTRPLRDRTDFFSKMLSLHEQANGYCFVFGAHQINWEEGTVQALIYKENSWKRTAVPLPNVVYDRLPSRKTEEVPLLQQTKQRLMNVYQIPWFNPQFFNKWDIHKLLEKNSLTASLLPKSVLHPNAEALETLCSTFDTVYIKPADGALGTGIYKVDKTDAGLSVKHTNEEKTVVTAEYSDAASFMTSFKENNDPSAFLIQQGIDLIRLDGRPVDFRVHTNKNAEGKWTVTAIAAKISGENSITTHLATGGEVRTLAELYGDPRERVGMMRKLSKAALAVSRVLNEHIEGFIGEIGFDLGVDHSGKVWMFEANSRPGRSIFSHPKLRSVDYLTKRRNFEYASYLSERSITAPEKLWR NA NA NA NA NA D1-12_00125 1092 hypothetical protein ATGACAACACTCGGTTTTATGTCTGTATCCCGCCGGCACGAAGAAGATTACGCCGGGGAATTGGCTGAAAGAGCGCCTCAATATAATGTGCGCTTAGCCCGCTTTACACCGTTTGATATATTTCCGGATTCTTTGCGCGTAAAAGCGCTCGTCTATCACCCGCAAAGCGGAAAGTGGAACGAAACGGAAATCGATATTCCCGAATATATTTACGACCGCTGTTTTTACGGAAAATCCGCTGAAGCGCAAAAAGCCAAACCGATCGTCGAATGGCTGAAAAAATATCGGAAAACGGAATTTATCGGCCGGGGGCTTCCTGATAAATGGACGGTCACGGATGCGCTCCAAAAGCATCATCTGATCAGTCCCTATATTCCTGAAACGGCCGAAGTCAGCCGCTATGAACAGGTGCAATCATACTTAGCCAAGGAAAAAGCATGTATACTTAAGCCCGCTTTCGGCGCGGGAGGCAGAGGCATCATCCTGCTTGAAACAGGCAAAAAATCAATTACGGCCACTTACTATATCGGAAAAAACAAACAAACAAAATCATTTTCCAATCACGTGTCTTTTAAGTCCTGGTGCAAAAAAGTGCTGCAGCACCGCTATTTGCTTCAATCCTACTTAAATATCCAGGATAAAGAGCGGCATCCGTGCGACATCCGTATTTTCATGCGCAAAACTGAGTCAGGCGTTTGGGAAACGGTCGGAAAAGCGGTCAGAAGGGGTTATCAGAACGGTCTTTTATCTCATTTCCCCGGAGGATCCGAACCGATTAAGTTTGACACATGGTTTGAGGAAATTCCGAGAAAGCAGCAGGCCGTTTTATTGGATGATGTCTTTTCGATCACCCAATCCGTCCCTTATTTCCTTGACGAACGGTTCGGACCGCTGTTTGAGCTGGGGCTCGATATTTGTTATGCCAAAGACGGACGCATCTGGCTTTTGGATGTCAATTCAAAGCCGGGGCGGAAAGCTATTTTAAGCGTGGCTCCGGAGGCGAAAGAGGATTTGTATACGAGTCCGCTGAGACGCTTCCGCGAACTTCAGTCACAGGAAAGCCGGAAAGGAGTATTACCGCGTGAATCATAA MTTLGFMSVSRRHEEDYAGELAERAPQYNVRLARFTPFDIFPDSLRVKALVYHPQSGKWNETEIDIPEYIYDRCFYGKSAEAQKAKPIVEWLKKYRKTEFIGRGLPDKWTVTDALQKHHLISPYIPETAEVSRYEQVQSYLAKEKACILKPAFGAGGRGIILLETGKKSITATYYIGKNKQTKSFSNHVSFKSWCKKVLQHRYLLQSYLNIQDKERHPCDIRIFMRKTESGVWETVGKAVRRGYQNGLLSHFPGGSEPIKFDTWFEEIPRKQQAVLLDDVFSITQSVPYFLDERFGPLFELGLDICYAKDGRIWLLDVNSKPGRKAILSVAPEAKEDLYTSPLRRFRELQSQESRKGVLPRES NA NA NA NA NA D1-12_00126 1134 hypothetical protein ATGGGCATAGCAGGAACGTTTCTATTTATGATTGTGATCGGAGCCGCGATCGGCGCGGTGACGAATCATCTTGCCATTCAGATGTTATTTCGTCCGTACCGGCCGTATTACCTGTTCGGAAAACGGGTTCCGTTTACGCCGGGGCTGATCCCGAAAAGGCGGGATGAATTGGCAAAACAAATGGGGCTCATGGTGACGAACCACCTTTTAACCCCGGAAGGAATAAAAAAACGGCTTTTATCAGATACCGTTAAAAACCAGGCGCTTCTTTTCGCCGAACAATTCACACAAAAAATGGCCGCTTCCGAGATGACGGTGCACGAAGCTTTGGCCGCCGCGGGCATCCGGAATCCGCAGGAAAAGACGGATGCCTGGATTGACCGTTTTACCGATGAAAAGCTTTCGGAACTGTACCGGAAATATGAGCACCGCGCCATAAAAGACTGGCTTCCTGATGAGCTTCAGGAAAAGCTGGATGAAAAAGTCCCGATGGCCGCAGATTATATCCTGAAGCGGAGCATTGATTATTTTGAGAGCGAAGAAGGGAAAGACAGGCTCGGAAATATGATTGACGACTTTTTGAATTCCCGGGGGATGCTCGGCAGCATGGTGCAGATGTTCCTCGGCAATTCAAGCTTGGCAGACCGTGTGCTGCCTGAGCTGTTAAAGTTTTTGCGCAATGAGGAAACGAAAAAGCTTCTGGCTGATCTGCTTTCTCAAGAATGGGGCAAGCTCAAATCTTATACACTTTATGAGGCCGATGAAAAGTGGAATGCGAAAGATCTGCTGTTCAGCATGAAAAAGCGGGCTTTGGCCGCACTTCAAACCGCGCCCTTTTTCGAATGCCGGCTCGGTGACATCATCTCCCGTTATGAAGGGGAGATTACGGGAACGTACGCGCCGAAGCTGCTTGATGCGGCACTCGGCAGTATTGCCGCTCATTTGGAGGATGTACTGAAACGGCTGCGTCTTGAGGAAGTGGTCAAAGAGCAGGTTGATCAGTTTCCCGTTGAACGGCTGGAGGAAATGGTGCTGTCGATTTCCAAGAGAGAATTTAAGATGATAACGTATTTAGGCGGTTTGCTCGGCGGGATAATCGGAGCAATTCAGGCTTTGTTTGTCATTCTTTTCTAA MGIAGTFLFMIVIGAAIGAVTNHLAIQMLFRPYRPYYLFGKRVPFTPGLIPKRRDELAKQMGLMVTNHLLTPEGIKKRLLSDTVKNQALLFAEQFTQKMAASEMTVHEALAAAGIRNPQEKTDAWIDRFTDEKLSELYRKYEHRAIKDWLPDELQEKLDEKVPMAADYILKRSIDYFESEEGKDRLGNMIDDFLNSRGMLGSMVQMFLGNSSLADRVLPELLKFLRNEETKKLLADLLSQEWGKLKSYTLYEADEKWNAKDLLFSMKKRALAALQTAPFFECRLGDIISRYEGEITGTYAPKLLDAALGSIAAHLEDVLKRLRLEEVVKEQVDQFPVERLEEMVLSISKREFKMITYLGGLLGGIIGAIQALFVILF NA NA NA NA NA D1-12_00127 351 hypothetical protein ATGGCAGTTCATTTTTATGATGCAGCATATGATCTTGAAAAAGCTTTGCGAAACAGTGATGAATACAGCCGTCTGAGAGGGCTTTATGATCAAGTAAACGCAGATGAATCGGCAAAACGCATGTTTGATAACTTCCGCAATGTACAGCTGCAGCTGCAGCAGAAACAGATGTCAGGTGAAGAAATCACTCAGGAAGAGGTAGAGCAGGCACAAAAAACGGTTGCTCTCGTACAGCAGCATGAATTGATTTCTCAGCTGATGGAAGCGGAACAGCGCATGAGCATGCTGATCGGCGAGTTAAACAAAATCATTATGAAACCTCTTGAAGAGCTTTACGGCAGCCCGGAATAA MAVHFYDAAYDLEKALRNSDEYSRLRGLYDQVNADESAKRMFDNFRNVQLQLQQKQMSGEEITQEEVEQAQKTVALVQQHELISQLMEAEQRMSMLIGELNKIIMKPLEELYGSPE PGPT0026336_63 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0026336-ymcA-NA NA NA D1-12_00128 1140 yhaZ COG4335 putative protein YhaZ ATGTATGATAAAGTTGAAAGGGAACATACATTCTCATATAATAAAAGAAAAAAAGCGGTGACTGTCATGTCTCTATTAAAAGATATTTATAACGAAGAATTTGCAGAAGCACTTCTGAACAGAATCAAATCGGCGCATCCGGCTTTTGAGCGGGACAAGTGCCGGGCGCTGATGTTTCAGGAAGATTGGCCCGGACTGACGTTAAAACAGCGGATGCGCCGGATCACAGACTCTTTATATGAAACACTGCCGAAGGATTACATACGGGCGCTTAACGTCTTATATGAGACAGCTCCCCGCTTCTCAGGGCTCGCCGGGATTATTTTTCCCGATTATGTCCAACAGTACGGAACGGATCACTGGGACGAATCCATGAAGGCGCTTCAGTATTTCACTCGTTTTTCCACTTCCGAATTTGCGGTCCGCCCGTATATCAGGCTTGACCGGGAGCGGATGTTCAAAGAGTTCCTTTCCTGGACGGAGCATCCGGACGAACATGTCAGAAGGCTTGCCAGCGAAGGCTCAAGACCGCGCCTCCCATGGGGAATCTCCATTCCGGCTCTTCTTGACGATCCTTCTCCGATTCTCCCTGTTCTGGACCGCTTGATGCAGGATGACTCGTTATATGTCAGAAAAAGCGTGGCGAATAACCTGAATGACATCTCCAAAACACATCCGGATCTTCTGCTACAGATCGCAGCCGAGCGGTTCGGAAGCTGTCCGCACACGAACTGGATTTTGAAGCACGCCTGCAGGACACTGTTAAAAAGAGGAGACAAACAGGCGCTTGCGGTTTTCGGGTTTGAAGACGCCTCCCGGATTTCATTGGAACGTTTTACACTGAATTCGGAAACGGCCGCCATCGGAACAAGCATACATTTTTCTTTTCAGATCCGCTCATCCGCCCGGCAAAAAGTCAGGGTTGAATACGCGATTGATTTTGTAAAGAAAAGGGGGCACCGCAGCCGCAAGGTGTTTAAGATGTCGGAGTCCGCCATGGATAACGGGGACGTAAAAACCTTCAGCAAACATCATTCCCTTAAAGATTTAACCACCCGCAAGCATTATCGGGGAATTCACACTCTGTCTATCATCATTAACGGAACGGTAAAAGGTTCGCTTGATTTTTCTGTTGAATAA MYDKVEREHTFSYNKRKKAVTVMSLLKDIYNEEFAEALLNRIKSAHPAFERDKCRALMFQEDWPGLTLKQRMRRITDSLYETLPKDYIRALNVLYETAPRFSGLAGIIFPDYVQQYGTDHWDESMKALQYFTRFSTSEFAVRPYIRLDRERMFKEFLSWTEHPDEHVRRLASEGSRPRLPWGISIPALLDDPSPILPVLDRLMQDDSLYVRKSVANNLNDISKTHPDLLLQIAAERFGSCPHTNWILKHACRTLLKRGDKQALAVFGFEDASRISLERFTLNSETAAIGTSIHFSFQIRSSARQKVRVEYAIDFVKKRGHRSRKVFKMSESAMDNGDVKTFSKHHSLKDLTTRKHYRGIHTLSIIINGTVKGSLDFSVE NA NA NA NA NA D1-12_00129 867 yhaX COG0561 Stress response protein YhaX GTGTCAAAACAAATGCTGGCGTTAAATATAGACGGAGCGCTTCTTCGCTCCAACGGCAAACTTCATCAGACGACAAAGGATGCCATCGAATACGTCAAGAAAAAAGGAATTTACGTCACACTGGTCACAAACCGCCATTTTCGCTCCGCTCAAAAAGTGGCGAAAATATTAAAGCTGAATGCAAAATTGATTACCCACAGCGGCGCATACATTTCTGAAAAAATAGATGAGCCGTTTTTTGAAAAGAAAATATCAGAAGATCACACGTTTAATATCGTTCAGGTGCTGGAAAGCTATCCATGCAATATCCGGCTTCTTCACGAAAAATATTCGATCGGAAACAAGAAGAAAGTGAACTCCAATCTGGTCGGGAAAACGATGATTCATCCGTCTGACCCGATTTTTTATCCGGTGCAGTTTGTCGAATCATTAAGTGACCTGCTCCTTGATGAGCCGGTTTCAGCGCCCGTCATTGAAGTGCATGCCGAAGATGGTCTGCAGGCTGATATAACGGATACGATAATGAAAGCATTCCCGGCCGTCGATGTGATCCGCGTCAACGGAGAAAAACTGAACATCGTGCCTAAAGGGGTTTCAAAAGAAAGCGGACTTTCGATGGTCGCCGCTGATCTCGGGCTTTCAATGGAAGAGGTTGTGGCTATCGGCCATCAGGAAGATGATCTGCCGATGATCGAGCTGGCCGGTCTCGGCGTCGCGATGGGGAATGCCTCAAATGAATTAAAAAGAAAAGCGGACTGGGTGACAAGGTCAAATGATGAACAGGGAGTCGCCTATATGATTAAGGAATATTTCCGCATGCAGCACCGCAAAGGCTTTCTCGATAAGTTCCATATGAAACGGCCGTAA MSKQMLALNIDGALLRSNGKLHQTTKDAIEYVKKKGIYVTLVTNRHFRSAQKVAKILKLNAKLITHSGAYISEKIDEPFFEKKISEDHTFNIVQVLESYPCNIRLLHEKYSIGNKKKVNSNLVGKTMIHPSDPIFYPVQFVESLSDLLLDEPVSAPVIEVHAEDGLQADITDTIMKAFPAVDVIRVNGEKLNIVPKGVSKESGLSMVAADLGLSMEEVVAIGHQEDDLPMIELAGLGVAMGNASNELKRKADWVTRSNDEQGVAYMIKEYFRMQHRKGFLDKFHMKRP NA NA NA NA NA D1-12_00130 1503 hemZ COG0635 Oxygen-independent coproporphyrinogen-III oxidase-like protein HemZ TTGCAAATAAAAATAGACGGCATCACGGATGACAGGCTGCATCGTCCGCTGCAAAACATCGCGAATTTATTTTTTGAAGAGTGTGTTCTTGCGTACGGCGAAACGGAGGAACCCTCTGATCTCGTCATCTCACTTGCCATTTCTCAAGATGCAGACAGCGTGTCGGTATCCGGAGAAATCAAAGGAACCGGCGAAAAGGAACATCATACGAAACCGCTTCTTGCCGGATGGAGCGAAAAAGAAGTATTTAAACAGGTGAAAAACACGCTGTCATACGTCTACTTAAATCTTCTTCAATCGCATACGGGCATGACACAAAAATGGGGAATCTTAACCGGCATCAGGCCTACTAAACTTCTTCATAAAAAGCTGCAGAGCGGCCTGACAAAAGAAGAGGCGCACGCCGATCTGAAAAAAGATTATCTGATCCATGATGAAAAAATCAATCTGATGCAGGAGATTGTCGACCGCCAGCTCGCGGCGGTTCCCGATCTGTACCGGGTCAAAGATGAAGTCAGCATATATATCGGCATCCCGTTCTGCCCGACGAAATGCGCCTACTGCACGTTTCCGGCATATGCCATTCAAGGACAGGCGGGAAGAGTCGGCTCCTTTTTATGGGGGCTTCACTATGAAATGCAGAAAATCGGAGAATGGCTGAAGCGGCATGATATCAAAGTGACGACCATTTATTTCGGCGGCGGCACGCCGACAAGCATTACCGCTGAAGAAATGGATCTTTTATATGAAGAAATGGTCCGCTCTTTCCCGGATGTCGCGAATATCAGGGAGATTACCGTTGAAGCGGGCCGACCCGACACGATTACGGAGGAAAAGCTGGCCGTTTTAAATAAGTATAAGATTGACAGAATCAGCATTAACCCGCAATCTTATGAAAACGAAACGCTTAAGGCCATCGGCAGACATCATACAGTTGAAGAAACCATCGAAAAATACCATCTTTCCCGCAAACACGGCATGAATAACATCAACATGGACCTGATCATCGGCCTGCCGGGAGAAGGGACGGCTGAGTTCAGGCACAGTCTTGAAGAAACGGAAAAGCTGATGCCTGAATCTTTGACCGTTCATACGCTTTCTTTTAAACGGGCGTCAGAAATGACGAGAAACAAGCATAAGTATAAAGTTGCCGACAGACAGGAAGTGTCCCGCATGATGGATGACGCCGTCCGCTGGACAAAAGAGCACGGCTATACGCCGTACTACTTGTACCGGCAGAAAAACATTCTCGGAAACCTTGAAAATGTCGGCTACTCCTTCCCTGGTCAAGAAAGCATCTACAACATTATGATTATGGAAGAAGTGCAGACGATTATCGGTATCGGCTGCGGCGCGGCAAGCAAATTCATTCATCCGGAAACCGGAAAAATCACGCACTTCGCCAATCCGAAAGATCCGAAATCATATAATGACCGATTCGAGCATTATACAGAAGAGAAAATCAAATACTTAGATGAGATGTTCGTCAAATCTGCATTATAA MQIKIDGITDDRLHRPLQNIANLFFEECVLAYGETEEPSDLVISLAISQDADSVSVSGEIKGTGEKEHHTKPLLAGWSEKEVFKQVKNTLSYVYLNLLQSHTGMTQKWGILTGIRPTKLLHKKLQSGLTKEEAHADLKKDYLIHDEKINLMQEIVDRQLAAVPDLYRVKDEVSIYIGIPFCPTKCAYCTFPAYAIQGQAGRVGSFLWGLHYEMQKIGEWLKRHDIKVTTIYFGGGTPTSITAEEMDLLYEEMVRSFPDVANIREITVEAGRPDTITEEKLAVLNKYKIDRISINPQSYENETLKAIGRHHTVEETIEKYHLSRKHGMNNINMDLIIGLPGEGTAEFRHSLEETEKLMPESLTVHTLSFKRASEMTRNKHKYKVADRQEVSRMMDDAVRWTKEHGYTPYYLYRQKNILGNLENVGYSFPGQESIYNIMIMEEVQTIIGIGCGAASKFIHPETGKITHFANPKDPKSYNDRFEHYTEEKIKYLDEMFVKSAL PGPT0003200_99 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 D1-12_00131 1290 iucD COG3486 L-lysine N6-monooxygenase ATGTATGATGTCATAGGAGCGGGAATCGGGCCGTTTAATTTAGGGCTTGCCGCATTGTTAGAGGATATACCAGGAACAGACGCTCTTTTTTTCGATAAAAAGAAAGAATTTGCGTGGCATCCCGGTCTATTAATTAAAGGGACGGATTTACAGGTGGCGTTTCTGGCGGACCTGGTCACGCTCGCCGATCCGAAAAGCCGCTACACGTTTTTAAACTTTCTCCATGAACATGACCGGCTGTACCGGTTTTATACGTTTAATGAATTTGATATTCCGAGACGGGAATTTAACGACTATTTGAGCTGGGCGGCTTCAGAAATCAAATCATGCCGTTTCGGCTCAGAGGTAATCGGTGTGAAAAATGCCGGCGGACATTATGACGTCAGCGTCAAGAACATTGAGGACGGAAGCATCAGTGTCTATCAAACGAAGCATTTCGTCATGGGGACGGGGTCTGAGCCGCTTATTCCCGCAGAGATTGCTGACGAAGCGCGTCAGGACACGATGGTCAGCACGGAATATTTGTTTCGGAAAGACGAGCTCGCCGGCGCCGAATCAATTACGGTGGTCGGTTCCGGACAGAGCGCCGCGGAGATCTTTTCTGACTTATTGCACGATGAACAATACCGCCGCAGCCGGCTGCAATGGGTGACACGCTCCGCCGGATTTCGAGAATTGGAAACCGCCAAGCTCGGGCAGGAAATGTTTACACCTGATTATGTGGAATATTTTAACCGCCTGCCTTTTAAAGAACGGCTGAACACGCTCCCTGAGCTGGACGGACTGCGCCACGGCATTGATTCTGACACACTTGCCGCCATTTACGATGCCCTGTATCACAGATCGATCAGCGGAGGTTCGCCTGACGTGTATATTCAGCCGATGGCGGAGCTTGAAAAAATTGAAAAGCAAAATGGGCGCTGCGTACTGAGCTTTCATCAATGGCAGATGGATGAAACCTTTACGGCCGATTCAGAAAAAGTGATATTGGCGACCGGCTTTAAACCTCATATTCCGGAATGGTTTACGGCAATTGCCCCCGATATCGAATGGGAGGATGAGAAACGGTTTAAAGTGACGGCCGATTCCCGTCTTATCTTTAAGGACGACAGGCGGCATCATTTTTTCACATTAACGAATCTTGATCATGCTCACGGAACAGGCGCTACGAATTTGAAGCTGTCTGTTTACAGAAACCAAAAAATCATCAATACCATTCTGGGGAAAGAGCATTTCTCCATTAATAAAAAAACGGCTTTTCAGCAATTTCTTCCCGCTCAAAAAAACTGA MYDVIGAGIGPFNLGLAALLEDIPGTDALFFDKKKEFAWHPGLLIKGTDLQVAFLADLVTLADPKSRYTFLNFLHEHDRLYRFYTFNEFDIPRREFNDYLSWAASEIKSCRFGSEVIGVKNAGGHYDVSVKNIEDGSISVYQTKHFVMGTGSEPLIPAEIADEARQDTMVSTEYLFRKDELAGAESITVVGSGQSAAEIFSDLLHDEQYRRSRLQWVTRSAGFRELETAKLGQEMFTPDYVEYFNRLPFKERLNTLPELDGLRHGIDSDTLAAIYDALYHRSISGGSPDVYIQPMAELEKIEKQNGRCVLSFHQWQMDETFTADSEKVILATGFKPHIPEWFTAIAPDIEWEDEKRFKVTADSRLIFKDDRRHHFFTLTNLDHAHGTGATNLKLSVYRNQKIINTILGKEHFSINKKTAFQQFLPAQKN NA NA NA NA NA D1-12_00132 1215 khtU COG0475 K(+)/H(+) antiporter subunit KhtU ATGGACCATCTCGTATTTGAAGTCGGTACGGCGTTAGTTCTTGTGGCCATTGCGAGTGTCATCGCCAATAAAATTAAATTCTCGATCATTCCCTTCCTGATCATTTTAGGAATGCTTGTCGGGCCGCACGCGCCCCAAGCGGGCATCATTGACCTGACGTTTATCGAAAGCCGGGAAGTGATTGAATTTTTCGGACGGATGGGCGTCCTGTTCCTCCTCTTTTACCTCGGGCTTGAATTCTCGGTCGGAAAATTAGTCAAATCCGGACGTTCAATCGCCGCCGGCGGAACGATTTATATTCTGATTAATTTCAGTTTAGGGCTGATCTACGGCTTTATCACGGGCTTTTCCTTTTTGGAAGTGCTTGTATTGGCGGGTGTCATCACGATATCATCAAGCGCCATTGTCGCAAAGGTGCTTGTCGACTTAAAGCGCACGGCCAATCCGGAAACGGAGCTGATTCTCGGCATCATTATGTTTGAGGATATCTTTCTGGCGGTTTACTTGTCCGTCGTCTCCGGGCTTGTTCTGGGAGACGCGACGTCTGTCGGAGGCGCGCTGATGTCAATCGTGATCGCTTTCGGATATATGCTGCTGTTTTTCATTGCCGCCCGAAAATTGCCGCCTCTGCTGAACAAGCTGCTTGATATCCGTTCAAACGAGGTATTTGTCATCGTCATTTTCGCCGCGCTCTTTTTCATTGCCGGCTTTTCCGAAACGATTCATGTCGCTGAAGCGATCGGCGCGCTCTTGCTCGGACTCGTATTTTCGGAGACGGCCCATTCTGACAGGATTGAGCATCTTGTCGTGCCGTTCCGTGACTTTTTCGGGGCCATGTTTTTCTTCAGCTTCGGTCTCAGCATTGATCCGTTTTCACTCGGAGATGCGGTATGGCTTGCCCTCGGCGCCGTTCTGCTGACGATTGCCGGAAACTTTATCGCCGGCATGATCGCCGGACGCCGGGCGGGGCTTTCTCATAAAGCATCGTCTAATATCGGGCTGACCATTGTGTCACGCGGCGAATTCTCCATTATCGTCGCAAATCTCGGCATCGCCGGCGGCCTGTCCGCTTCACTTAAACCTTTCGCCGCCTTATATGTTTTAATACTGGCCATCTTCGGCCCTTTGCTCACGAAAGAATCGAAGCGGATATATCTCCTGTTGAACAGCGTGTTCAAATGGAAGACGCCTGAAAAGAAGCCGCAGAAATCATAA MDHLVFEVGTALVLVAIASVIANKIKFSIIPFLIILGMLVGPHAPQAGIIDLTFIESREVIEFFGRMGVLFLLFYLGLEFSVGKLVKSGRSIAAGGTIYILINFSLGLIYGFITGFSFLEVLVLAGVITISSSAIVAKVLVDLKRTANPETELILGIIMFEDIFLAVYLSVVSGLVLGDATSVGGALMSIVIAFGYMLLFFIAARKLPPLLNKLLDIRSNEVFVIVIFAALFFIAGFSETIHVAEAIGALLLGLVFSETAHSDRIEHLVVPFRDFFGAMFFFSFGLSIDPFSLGDAVWLALGAVLLTIAGNFIAGMIAGRRAGLSHKASSNIGLTIVSRGEFSIIVANLGIAGGLSASLKPFAALYVLILAIFGPLLTKESKRIYLLLNSVFKWKTPEKKPQKS PGPT0014395_3737 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H+_ANTIPORTER,PGPT0014395-ybaL|TC_KEF-K03455 NA NA D1-12_00133 498 khtT_1 COG0490 K(+)/H(+) antiporter subunit KhtT ATGAATATTAAAGAAAACGATCTGCCCGGCATCGGGAAAAAATTCGAAATCGAAACGAGAAATCATGAAAAAATGACAATCATCATTCATGATGACGGCAGGCGGGAAATTTACAGATTTGATGACCGCGACCCTGATGAGCTTCTGGCAAGCATTTCACTTGATGATGCGGAAGCAAGACAAATTGCCGCGATTATCGGCGGGATGGTGTATAAACCGCAGGCGCTTGAATCGATTGAAATGGCGTTCAACGATCTGATTATCGAATGGTTTAAAGTTGAAAAAGGGGCAAAAGCGGCAGGGCGGACGCTCGGCGAACTGGATGTGCGCCAGAACTATGACGTGACGGTCATCGCCATCATTAAGCATAACCAGAAAAAGCTTTTAAACCCGGGCGCTGATTCGCTCCTTGAAGCAAACGATACACTCGTCCTCTCAGGTGAAAGAAAGCATCTGAAGAAACTGATCCAAGACTTCCTCTCCAGAGACGGAGTGTGA MNIKENDLPGIGKKFEIETRNHEKMTIIIHDDGRREIYRFDDRDPDELLASISLDDAEARQIAAIIGGMVYKPQALESIEMAFNDLIIEWFKVEKGAKAAGRTLGELDVRQNYDVTVIAIIKHNQKKLLNPGADSLLEANDTLVLSGERKHLKKLIQDFLSRDGV NA NA NA NA NA D1-12_00134 354 hypothetical protein ATGAAATATGTGATACTCAGCTTGTTACTGAGCTTTTTTATGGTGCTGTTCCCCCCTTCGGATGTCGCTCTTCCTTCCCAATTGGTGACAGAAACAGACAGCCATGTACAAATTTCGGTTTACCCGCAGGAAACGGATTCGGCAAAGACGCCGGTTCAAACCAAAACCGCTCCGCAAGGCCTGTCAAAAGGATACGGTGCGTTATCCCGGATGATCTCCCTGTTATCTGTCAAACCTCTTGATCAATTCATTGATTCCACAATGGAAAGGACATGCGCCATTCCGATACAATACCAGTCAAATTACCTCCGGCATCGGACCATTTCTCATTGCCAATCTGTATTTACGGTGTAA MKYVILSLLLSFFMVLFPPSDVALPSQLVTETDSHVQISVYPQETDSAKTPVQTKTAPQGLSKGYGALSRMISLLSVKPLDQFIDSTMERTCAIPIQYQSNYLRHRTISHCQSVFTV NA NA NA NA NA D1-12_00135 768 paaF COG1024 2,3-dehydroadipyl-CoA hydratase ATGCAGTATATTCGTTATGAAGAAAAGGGAAAGATCGCGGAGATTGTGCTGAACCGGCCTGACAGTTACAACGCGCTGAATGAACAAATGCTCCGGGAATTGGAAAATGCATGCGTGATGGCAGCCGACAGTGAGGCGCTTATCGTGCTTTTACGGGGGGAAGGCCGGGGATTTTCCGCGGGCGGTGATATTCAGATGATGACGTCTGATCATGATTCAGGAGAATATGAACGGCTCATGAAAATGATCGAATCCATTACGCTGACCCTCTATGATATGAAAAAAATTGTGATTGCCGCCATCCACGGAGCCGCGGCCGGGCTCGGGCTGAGTTTCGCGCTGTGCGCCGATGTGGTGCTCGCCGAAGAAAACGCCCGCCTCGCGATGAATTTCATCGGCATCGGATTGGTTCCCGATGGAGGAGGCCATTATTTATTAATGAGACGCGTCGGTGAGATCGAAGCGAAAAAACTGATTTGGAGCGGTGAAAAATTGCCGGCTGAAAAAGCGGTGCGGCTCAAGCTTGCCGATGGGCTGTTCAGCGGCGGCCCTAGTGAGGGGGCACAACCGTATATCGACCGATTGCTGCATGCGCCGCTGTCAGCGATGATTGAAACGAAGGCTATTTATCAGAGCCTCCATATCAGCCGGTTAAAAGACGTTTTGTCTCTTGAACGAAAGGCCCAGGAAAATATGAGAAAAACGGATGATCATAAAGAGGGCATCCGCGCCTTTTTAGAAAAACGGACGCCGCAATTTAACCGGTAA MQYIRYEEKGKIAEIVLNRPDSYNALNEQMLRELENACVMAADSEALIVLLRGEGRGFSAGGDIQMMTSDHDSGEYERLMKMIESITLTLYDMKKIVIAAIHGAAAGLGLSFALCADVVLAEENARLAMNFIGIGLVPDGGGHYLLMRRVGEIEAKKLIWSGEKLPAEKAVRLKLADGLFSGGPSEGAQPYIDRLLHAPLSAMIETKAIYQSLHISRLKDVLSLERKAQENMRKTDDHKEGIRAFLEKRTPQFNR PGPT0006070_2841 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_STYRENE|DERIVATE_DEGRADATION XENOBIOTIC_PHENYLACETATE_DEGRADATION,PGPT0006070-paaG-K15866 NA NA D1-12_00136 186 hypothetical protein ATGGGACAATATGTATTGACCGCATTCCATGCGTCGGGAGAAACGCTGCTGAATGAACGGATCGAAGCGGATAATGAGGCGGAGGCGAAGGCCGCCGGAGAGGCTTTATTGAAGGAAAAAAAGCTTGAGAACAGTACTCATCGCTTGGTAAATGAAGCCGGAAAGCTGATTTTATTCCACAGATAA MGQYVLTAFHASGETLLNERIEADNEAEAKAAGEALLKEKKLENSTHRLVNEAGKLILFHR NA NA NA NA NA D1-12_00137 897 btuD_1 Vitamin B12 import ATP-binding protein BtuD GTGCTTACAATTGAAAACGTAACGAAAACATTCGGCAGCTTTACCGCTGTTGACAATTTGAACCTGCAAATACCTGAAAGGGAAATGTTCGGGCTGCTCGGCGCAAACGGCGCGGGAAAAACGACGACCTTTCGGATGATTTTAGGTCTTTTAAGCCTGACTGACGGGCATATCACCTGGAAAGGGCAGCCGGTCAATTATTCCATCAGTGAAAAAATCGGCTATCTCCCGGAAGAGCGGGGGCTGTATCCGAAAGTGAAGGTGAGTGACCAGCTTGTCTATCTGGCGAGATTAAAAGGAATGGGCAAAAAAGAGGCGGAAAAAGAGCTCATGACATGGCTCGAGCGGTTCGGCATTACAGATTACAAGAATAAGAAAGTCGAAGAGCTGTCGAAAGGAAACCAGCAGAAAATCCAGTTCATTTCGGCCGTCCTGCATAAGCCTGAACTGCTGATTCTCGATGAACCTTTCAGCGGTCTTGATCCGGTGAATGTCGAGCTGCTGAAAGAAGCGGTTATTTCTTTGAAAAACAGCGGCGTTTCTATCGTTTTTTCAAGCCACCGAATGGAGCATGTGGAAGAGCTTTGCGAGAATTTGTGCATTCTCCAGAAGGGAAAACCCGTCGTTCAAGGCAATCTGAAAGACATTAAGCGGTCTTTCGGCAAAAAAAATGTCACCGTTCATTCAGATGATGACCTCAGATTTTTAAAAACGCATGAAGGCGTCGTGAAATGGAAGGAAACAAATGACGGGATCAGACTGCAGGTCGCGAATGAACCGGTTTCTCAGGATATTTTCCGGGCGTTGCAAGGGAAAGGTTTTATACGGAAGTTCGAATTGGAAGAGCCGTCACTGCATGATATTTTTATAGAAAAGGTGGGGGCCGTTTATGAATAA MLTIENVTKTFGSFTAVDNLNLQIPEREMFGLLGANGAGKTTTFRMILGLLSLTDGHITWKGQPVNYSISEKIGYLPEERGLYPKVKVSDQLVYLARLKGMGKKEAEKELMTWLERFGITDYKNKKVEELSKGNQQKIQFISAVLHKPELLILDEPFSGLDPVNVELLKEAVISLKNSGVSIVFSSHRMEHVEELCENLCILQKGKPVVQGNLKDIKRSFGKKNVTVHSDDDLRFLKTHEGVVKWKETNDGIRLQVANEPVSQDIFRALQGKGFIRKFELEEPSLHDIFIEKVGAVYE PGPT0006725_15841 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990 NA NA D1-12_00138 1260 yhaP COG1668 putative protein YhaP ATGAATAAATTTTGGATTATGCTGTTTCATACATACAAAAACAAAATCGCGGCAAAGTCATTCATTATTTCGACCGCCATTACCGTTTTATTGGTATTAGCGGTGACCAACCTGCAATCGATTATTTCCGTGTTTCAATCGGATGACGGCAAGCAGCAGATCGCGGTGATTGATGAAACGGGCGGGCTGTACCCGGCGTTTGCAAAACAGCTTAAAGCGGCGGATACAGACAATGATCTGCAGGCAATGGAGACGAAGGAGTCCGAAAAAGATGCCGTAAAGCGTGTCAAAGACGGTGAATGGGACGGACTGTTTATCATCAGACAAGATCAAAAAGGAACGATAACAGGAGCATACAAGGCGCTGACCATTTCTGATGAATCAGCGTATAAACTGCTCAAGCAGGCTTTAACCCAGACAAAAACCGCTGTCGAAACCGCCAAGCTCGGCATTTCGGCAGAAAAAGTCAGCAGCCTCTACACTCCGCCGGAAGTCAGCAAAGACGCGCTGGAAAAAGGGGCGAAATCTGAGGAAGAGCTCGGTCAGGTAATGGGGCTTGTATACATCATGCTGTTTGTCATCTACTTCTCAGTTATCATGTACGCAAGCATGATTGCGATGGAAGTGGCGACGGAAAAATCGTCACGGGTCATGGAAATTTTAATTTCAAGCATGCCGCCGATTCAGCAGATGTTTGCCAAACTGTTCGGTATCGCGCTCGTGGGGATCACACAGTTTGGGGTGCTGATTGCAGCGGGTTATCTCTCACTGAAGCTGAACCCTCATAATGAGGCGTCGTCGCCGATCAGTGCATTTCTCAACTTTACGGATGTTCCAGTCTCGACGATAGTCTATGCCGTCATTTTCTATTTGCTCGGCTATTTTCTTTACGCGACGCTTGCCGCGTTTCTCGGCAGTGTTGTCAGCCGGATAGAGGACGTACAGCAGACGATTCAGCCGATGGTTTTTTTAGTCGTGGCAGGTTTTATGATCGCCATGTTCGGCATCGGCAATCCTGACGCCGGTTTTATTACCGTTACATCTTACATTCCGTTTTTCACGCCGATGATTATGTTTTTACGCGTCGGGATGCTCGATATCCCGTTTTGGCAGGCTGCGGCCGGAATCGCCCTGACACTGGTCACTATCGTGATCTTTGCGGCGGTCGGCGCGAAAATTTACAAAGGCGGCGTATTGATTTACGGAAACGCCAGCGGATTCAAAGCGATTAAACAAGCGCTGCGCATCTCCAAAAAATAA MNKFWIMLFHTYKNKIAAKSFIISTAITVLLVLAVTNLQSIISVFQSDDGKQQIAVIDETGGLYPAFAKQLKAADTDNDLQAMETKESEKDAVKRVKDGEWDGLFIIRQDQKGTITGAYKALTISDESAYKLLKQALTQTKTAVETAKLGISAEKVSSLYTPPEVSKDALEKGAKSEEELGQVMGLVYIMLFVIYFSVIMYASMIAMEVATEKSSRVMEILISSMPPIQQMFAKLFGIALVGITQFGVLIAAGYLSLKLNPHNEASSPISAFLNFTDVPVSTIVYAVIFYLLGYFLYATLAAFLGSVVSRIEDVQQTIQPMVFLVVAGFMIAMFGIGNPDAGFITVTSYIPFFTPMIMFLRVGMLDIPFWQAAAGIALTLVTIVIFAAVGAKIYKGGVLIYGNASGFKAIKQALRISKK PGPT0006730_3119 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992 NA NA D1-12_00139 1224 yhaO COG0420 putative metallophosphoesterase YhaO ATGACTGATCTGACGTTTATTCATGCCGCTGACCTGCATCTGGACAGCCCGTTTTACGGCATTTCGAATCTGCCTGAACCGGTATATGCGCGTATTAAAGAAAGCACATTTCACAGCGTCCGCCGTCTGACGGACGGGGCACTCCGGGAGCAGGCAGATTTCGTGCTGCTTTCGGGGGATCTGTTTGACGAAGCCAACAGAAGTTTAAAAGCCCAGCTGTTTTTGAGAAAACAGTTTACGAGATTACAGGAAGCGGATATCCAAGTGTTCGTCATATTCGGCAACCATGATCATTTGGGCGGTAAGTGGACGCCGATTGAATGGCCGGAAAATGTACATATCTTCACCTCGGATACACCGGAGGAAAAATCTTTCTTTAAAAACGGAGAGCTTGCGGCAAGCATATACGGATGCAGCTATCAAGAAAGAAGCGTAATGGTCAATCAGGCAGCCCGTTACCGGAAAATGACCGGCGCGCCTTATCATATCGGCATGCTCCACGGCATGTTATCAGGAGCGGAAGGGCATGACCCGTACTGCCCGTTTACGAAAGAAGACCTTGAAAAAAGCGGCATGGATTACTGGGCGCTCGGACACATTCATAAACGGCAGGTTCTGTCCGCCCGGCATCCCGCCGCCATTTACCCCGGGAATATTCAAGCACGGCATTTAAAAGAAACCGGGCCTAAGGGATATTATCTCGTCCGGGCGGCAAACGGTGAGATGTCTTGGGAATTCAAAGAAGCGCATGATGTGTTATGGGAGGAAATTGATCTTGATATCTCCGGAGCTGAACATATGACTTCACTTCTGAAAGCCGCATCGGATACATTCTCCGGCTTGCGCGCGGCGGGCCGCCCGGCATGTGTCAGGCTGGTGCTTCGCGGCGCGGCGCCCCGCTTTTGGACGGAGGCGCCCGCAGGCATCGCGGAGGAGCTTCTTTCCGCTTTACAGGAGGAAGAGGCCGAAGAGGAATGTTTCGTCTGGCCGCTTGCGCTTGAGGATCGGACGGATGAAACAGACACCGTGCCGCCCGATCCGTTTTTTAAAGGGCTCCTTCAGGACATAGAACAATGCGCGGACATGAGCGGTGTATTTGAAGCCCTTGAGCGTCATCCCGTATACCGGCGTCAGATGGCTTCATTTACAGATGAAGAGATACTGGATATTAAGCGGCAGGCTCAAGCCGTTTTAAGACGCCAGATGAAGGAGCTTCAGCGATGA MTDLTFIHAADLHLDSPFYGISNLPEPVYARIKESTFHSVRRLTDGALREQADFVLLSGDLFDEANRSLKAQLFLRKQFTRLQEADIQVFVIFGNHDHLGGKWTPIEWPENVHIFTSDTPEEKSFFKNGELAASIYGCSYQERSVMVNQAARYRKMTGAPYHIGMLHGMLSGAEGHDPYCPFTKEDLEKSGMDYWALGHIHKRQVLSARHPAAIYPGNIQARHLKETGPKGYYLVRAANGEMSWEFKEAHDVLWEEIDLDISGAEHMTSLLKAASDTFSGLRAAGRPACVRLVLRGAAPRFWTEAPAGIAEELLSALQEEEAEEECFVWPLALEDRTDETDTVPPDPFFKGLLQDIEQCADMSGVFEALERHPVYRRQMASFTDEEILDIKRQAQAVLRRQMKELQR NA NA NA NA NA D1-12_00140 2883 yhaN COG4717 putative protein YhaN ATGAAAATAACGGCGATGCATATTTACCAATACGGAAAATTTTCCGACCGAAGTTTTCAGCTGTCAGATTCTTCCGTGCAAGTGATCTACGGGTTAAATGAAGCGGGGAAAACGACATTGATGTCCTTTATCAAAAGCGTGCTGTTCGGTTTTCCGAAATCAAAAAAATACGAACCGAAAAATGGCGGGGTTTACGGCGGCACTGTGGAATTGAAGCATGTCGATCACGGTGCTGTCAAAATCGAACGGACAAAAGGCGCTGCCGAAAAAGTCAGAGTGTATATGGCTTCAGGCGAAATCAAGGACGGAGAATGGCTCAAACAGCTTCTCTCCGATACAGACCGGGCGCTGTACGAAGCGATCTATTCGTTCGATGTATTCGGACTGCAGGAGATTCAAGCTTTTAACCGGGACAAAATCGGCGAGTTTCTCCTGTATTCGAGCTTATTCGGGTCGGAAGCGGCGGCAAAGCTTGACGGGCGGCTGGCAAAAGAACTTGACAGGATGTATAAGCCGAACGGGCGGAACCCCCGCTTAAATCAGGAGTTGGATACATTAAAGCGGTTCAGCGCCCAGCTGAAACAGGCGGAAGCTGCGGAAGCGGGCTATCACAGCCTTCTGGAAGAGAAAAAAAGCGCCGGCGGCCGTTTGCAGGATGCCGAAGCACGATTGAAAGACATAACTGAAGAAATCAAAACAGTAAAATCAGCGATAGAAGCAAAGCCGCTCGCAGACAAAAAAACAGCCTTGGAAAGCGAACTTTCTTCTTATCCGGAAGCATTGAAGCAATTCCCGAAGGACGGAATGCATCAGCTTGAAAAATACGAATCGCATCTCCATCCGAAAGCGGCCCGTCTTGAGGGGCTTCGGGCAAAAGCGGATGAACTCCGGCGGCAGGCTGAGCTGCTCGCTCCAAATGAGGACTTGCTGCAAAAAGAGCGGCAGCTGCAGGAGCTTTCCGGCGAGCAGCATATGTACGAATCGCGCGGCGAACAGCTTGCCGCCATCCAATCACAGATCCGGCAGACATCTGCCCGCGTTTCGTCAGGATTGCAGCAGCTCGGAAGACATGAGGAAGACGGCATTCTTTCACTGAACACCGATTATGAATATGAATGGCGGCTGCAGGAAGCCGTGCAGAGCGCCGGACAGGCAAGAGAAAGAAAGGCACAGCTTGATGCGATGTTCGAACAAGCGCGGCTGGAGCTGGAAGAAGCCGAACGAAAACATGCCGTGACGGCGGAAAACATTTTGGACCCCGCTGTCAGGAAAGAAAAAGAAGCCGCTTTACAATTATATAAGCAAACGGCTGATACAGAAGGAAACGAATGGCAGGCACATGTTCAGCATCTGGAAAAACAGCGCGCCAAACAAAAAAAGCTCTTTCTCGGTGCGGGCATTCTGTTCATTGCGATTTTCGCTATGTTAAAGGAATGGCTGCCCGCCGCCCTTTTTACCGGCGCTCTGCTGCTGTATATGCTGTCCGGCATGCAAAAGCCGTTGCCGTCAGAAAGAGGAGGGCCCGGACACAAGAAAAAGAAGCCGGCGATCTCCAAAGAAGCGGCTGATCTTCTGCAGGAAGAGCTTTGGCGTGACGGCCGGCACCGGCAGCAGCTGATTGCGGATCAAGCCGTGCTTGAACAGAAAGAAGCGGCATATGAAAGAGTCATCCGCCAATATGAAGAATGGGAGGCGGAAATGGCGCCGTTTGAAAAACAGGCGGAACTTTTTATGAAGGAACTGGGGTTTTCAGGAAGTCCTTCCCATCTTCTTGACGCATATCATGTGATGAAAGATGTCAAAAAAGAAATCCTTAACAAGCATGAGCTGACCATTGAAGCGGGCAGGCTGCAAAAGCTGCAAAGAGCTTTTGAGGACCGGGTCAAAAAGCTGAGTCCTTCAGACGGAAGGGAGCTGTCCGTAAAAGAAAGACTGCACGTTTTGCTGGCGCAGGCGGAACGGGCCCGTGAGGAAGCAAAACGAAAGCAGGCGCTCGAAACGGATCTGCTGCATGCACAAGAGCAAATGCGTGAATTAAATGAAGAAGTTCATTACTACGAACAGCAGGTCAAACAGCTTTTCATGGCGGCAGGCGCAAAAAAACGCGAACACTTTTGTGAACTCGCCAGGCTGAATGAAAGCCGCCGGGAAAAAGAGCGGCAGCTGCGCGAAATCAAAACGCACTTGTCCGGCATAGGCGGAAAACAGCTGGAGCCGTACATGAGCCGCACAGTGTCCGAACTTGAACATACAGTCGTTCAGAAGGAAACAGAGAAAAAAACGCTTGAGGAAAAAAGCGCCCAGCTCCGTGAGCAAACCGCTTTATTAACGGTGAAGCAAGAGCAGCTGGAGTCCTCGGGGCTTGTATCCGATTTAAAACATCAGACAGAAATGCAGAAGGAGCGCGTGAAAAAAACCGCTAAAGAGTGGGCCGCATTACAGACGGTCAGACACATTATCAGGGAAAAAATGGAGCGGCATAAAAAAGTGACGCTTCCCCGTCTGTTAGAAACCGCCGGTGCATTATACGGACCGCTTACGGACGGACGCTATCACAAATTGTATTTTTCCGAGGCTGATGATTCTATTATGGTCATGCGGAAAGACGGAACGGTGTTTTCTGCAGGCGAACTGTCACAGGCGGCATGCGAGCAGCTTTATGCGGCGATTCGTTTTGCCCTTGCGTCAGAGAGGGAGTCTGCGGTATCACTGCCGTTTTTACTTGATGACAGTTTTGTCCATTTTGACAGGCAGCGGCTGCAGCGGCTGTTTGATGTGCTGAATCAGCTTTCAGAAGGCGGGCGGCAGATACTTTATTTCACCTGCCATGAGCATGTCAGCCGGTCTTTTCACAGCGGACAAGTCATGCGGCTCCTGTCATAA MKITAMHIYQYGKFSDRSFQLSDSSVQVIYGLNEAGKTTLMSFIKSVLFGFPKSKKYEPKNGGVYGGTVELKHVDHGAVKIERTKGAAEKVRVYMASGEIKDGEWLKQLLSDTDRALYEAIYSFDVFGLQEIQAFNRDKIGEFLLYSSLFGSEAAAKLDGRLAKELDRMYKPNGRNPRLNQELDTLKRFSAQLKQAEAAEAGYHSLLEEKKSAGGRLQDAEARLKDITEEIKTVKSAIEAKPLADKKTALESELSSYPEALKQFPKDGMHQLEKYESHLHPKAARLEGLRAKADELRRQAELLAPNEDLLQKERQLQELSGEQHMYESRGEQLAAIQSQIRQTSARVSSGLQQLGRHEEDGILSLNTDYEYEWRLQEAVQSAGQARERKAQLDAMFEQARLELEEAERKHAVTAENILDPAVRKEKEAALQLYKQTADTEGNEWQAHVQHLEKQRAKQKKLFLGAGILFIAIFAMLKEWLPAALFTGALLLYMLSGMQKPLPSERGGPGHKKKKPAISKEAADLLQEELWRDGRHRQQLIADQAVLEQKEAAYERVIRQYEEWEAEMAPFEKQAELFMKELGFSGSPSHLLDAYHVMKDVKKEILNKHELTIEAGRLQKLQRAFEDRVKKLSPSDGRELSVKERLHVLLAQAERAREEAKRKQALETDLLHAQEQMRELNEEVHYYEQQVKQLFMAAGAKKREHFCELARLNESRREKERQLREIKTHLSGIGGKQLEPYMSRTVSELEHTVVQKETEKKTLEEKSAQLREQTALLTVKQEQLESSGLVSDLKHQTEMQKERVKKTAKEWAALQTVRHIIREKMERHKKVTLPRLLETAGALYGPLTDGRYHKLYFSEADDSIMVMRKDGTVFSAGELSQAACEQLYAAIRFALASERESAVSLPFLLDDSFVHFDRQRLQRLFDVLNQLSEGGRQILYFTCHEHVSRSFHSGQVMRLLS NA NA NA NA NA D1-12_00141 945 yhaM COG3481 3'-5' exoribonuclease YhaM ATGGCAAAAGGTATTATGCTGCACGAGGTCGGCGAGCAGGTCGATCAATACTTTCTGATTAAATCTTCGACTAAAGGAATCGCAAGCAACGGAAAACCATTCCTGACGTTAATGCTGCAGGACCAATCGGGAGATATCGAAGCGAAGCTGTGGGATGCCAAGCCGACTGATGAAGTAACGTACGCGGCGCAGACGATCGTGAAGGTGATCGGAGATGTCCATCACTATCGCGGACGAAACCAGCTTAAGTTGAGAAACATCCGGCCGGCCGGCGAGAACGAAAATGTCAGCATTGATGATTTTCTGGAAACGGCGCCAATTCCGAAAAATGAAATGATGGAAACCGTCACTCAATACATTTTTGAAATGAAAAATCCAAACATCCAGCGGATCACAAGACATCTGGTCAAAAAATATGCGGCTGAGTTTATGGATTACCCGGCTGCGGCTAAAAACCACCATGAGTTCGTCTCCGGGCTCGCGTATCATGTAGTGTCCATGCTGAACCTGGCAAAAGCGATTGCCGATCTGTATCCGTCTCTTGACCGGGATTTACTGTATGCCGGAGTCATTCTGCATGATCTCGGCAAAGTAAAAGAGCTTTCAGGCCCCGTCTCCACAACGTACACCGTGGAAGGGAATCTGCTCGGGCACATTTCGATCATGGTGACAGAGCTTTCAAAAGCAGCCGAAGAGCTTCAGATTGACGCTGAAGAAGTGCTGATTCTGAAACATTTGATTTTAAGCCATCACGGAAAAGCGGAATGGGGAAGCCCGAAACCGCCGATGGTGAAAGAAGCGGAAATTCTGCACTACATTGATAATCTGGATGCAAAAATGATCATGATGGACAGAGCGCTGGAACGGGTGAAGCCGGGCGAATACACAGAGCGTGTATTTGCGCTTGAAAACCGTTCTTTCTACAAACCGACTTTCCATCAATAA MAKGIMLHEVGEQVDQYFLIKSSTKGIASNGKPFLTLMLQDQSGDIEAKLWDAKPTDEVTYAAQTIVKVIGDVHHYRGRNQLKLRNIRPAGENENVSIDDFLETAPIPKNEMMETVTQYIFEMKNPNIQRITRHLVKKYAAEFMDYPAAAKNHHEFVSGLAYHVVSMLNLAKAIADLYPSLDRDLLYAGVILHDLGKVKELSGPVSTTYTVEGNLLGHISIMVTELSKAAEELQIDAEEVLILKHLILSHHGKAEWGSPKPPMVKEAEILHYIDNLDAKMIMMDRALERVKPGEYTERVFALENRSFYKPTFHQ NA NA NA NA NA D1-12_00142 228 yhaL Sporulation protein YhaL GTGCTATTTTTTCCTTGGTGGGTATACCTTTGCATTATCGGAATTATTTTCAGCGCATATAAGCTTTTCACAACAGCTAAAGAAGAGGAAAAGCTTGACCAGTCGTTTATTGAAAAAGAAGGAAGGGTGTATATTGAACGGATGGAACAGGAACGCGAGCGCCGTATGGCTGCGCCCGCAAGTGAAAACGGGGATGCGGAAGAAAACTCCAATCATTCCATCGCATAA MLFFPWWVYLCIIGIIFSAYKLFTTAKEEEKLDQSFIEKEGRVYIERMEQERERRMAAPASENGDAEENSNHSIA NA NA NA NA NA D1-12_00143 852 prsA COG0760 Foldase protein PrsA ATGAAGAAAATCGCGATAGCAGCTATTACGGCAACGAGCGTCCTGGCTCTCAGCGCTTGCAGCAGCGGCGACAACGACGTAATCGCCAAGACAGATGCCGGAAATGTAACAAAAGGCGAGCTCTACACGAACATGAAAAAAACCGCGGGTGCAAGTGTGCTGACACAGCTCGTACAAGAAAAAGTATTAGCAAAAAAATACAAAGTAACGGATAAAGAAATCGATAACAAGCTGAAAGAGTACAAAACGCAGCTCGGCGATCAGTACAGCGCCCTTAAACAGCAGTACGGCGAAGATTACCTGAAAGATCAGGTGAAGTACGAACTGCTTGCACAAAAAGCGGCGAAAGACAACATCAAAGTGACTGATGCTGATACGAAAGAATATTACGACGGCTTAAAAGGTAAAATCCGTGCGAGCCACATCCTTGTCGCTGACAAAAAGACAGCTGACGAAGTGGAGAAAAAGCTGAAAAAAGGCGAGAAGTTTGAAACGCTTGCGAAAGAATACTCAACTGACACATCAAAAGACAGCGGCGGCGACCTTGGCTGGTTCGATAAAAAGTCAATGGATGCAACATTCAGCAAAGCTGCATTCGGCCTGAAAGTCGGACAAGTCAGCGATCCGGTCAAAACAAAATTCGGTTATCATATCATCAAAAAGACGGAAGAACGCGGCAAATATGATGACATGAAAAAAGAACTGAAAGAAGAAGTTCTTAAACAGAAATTAAACGACAACTCAGCTGTACAGGCAGCGATTCAAAAAGTCATGAAAAAAGCTGACGTAAAAGTTGAAGACAAAGACTTAAAAGACACGTTTAACACTTCAACATCTTCTGAATCTAAATAA MKKIAIAAITATSVLALSACSSGDNDVIAKTDAGNVTKGELYTNMKKTAGASVLTQLVQEKVLAKKYKVTDKEIDNKLKEYKTQLGDQYSALKQQYGEDYLKDQVKYELLAQKAAKDNIKVTDADTKEYYDGLKGKIRASHILVADKKTADEVEKKLKKGEKFETLAKEYSTDTSKDSGGDLGWFDKKSMDATFSKAAFGLKVGQVSDPVKTKFGYHIIKKTEERGKYDDMKKELKEEVLKQKLNDNSAVQAAIQKVMKKADVKVEDKDLKDTFNTSTSSESK NA NA NA NA NA D1-12_00144 531 hypothetical protein ATGAATTGCTGGAAAACCATTAATCTGATCAAAGATTATGGTGCGGTTCGTTTATTATTGACTGCTGTAGGTTTTATGATCCTGTTTTTTATATGCAACTTCTTGGCATTCGGGCTGCTGCGTCCGAATATCAGTTTAAGTGACGGGCACGTGTTTGCTTTTTGTGTTCTGCTCGTTGTTACTTTATTTGTACATAAAGTCATACATGTCCTGCCGATGATCTGTAAAAAAAGAAAAAAGGAAATGAAAATGTACTTCTTGCGGATGCCGACATGGAAAGGCATACCGAAAACGACGATGCTGATTTCTACGATCAGCCCGTTTTTATTCATTACGCCGTTATTGTTTTATGCCGGACTGGCATTTCCGAGACACGCTCATTACTTTTATATGATTTCGAGCATTCATGCGGGGTATTGCCTGCCTGATCTTCTGTTTGCGCTCCATCTGGTCAAAGCGCCCAAATCATGTCTGATTGACCAGGAATCCGACGGTTTTGATATTTTAGTGAAAAAAGTGCCGGAGTCTTGA MNCWKTINLIKDYGAVRLLLTAVGFMILFFICNFLAFGLLRPNISLSDGHVFAFCVLLVVTLFVHKVIHVLPMICKKRKKEMKMYFLRMPTWKGIPKTTMLISTISPFLFITPLLFYAGLAFPRHAHYFYMISSIHAGYCLPDLLFALHLVKAPKSCLIDQESDGFDILVKKVPES NA NA NA NA NA D1-12_00145 333 yhaI putative protein YhaI ATGGATCAGCGTATCGGGCGTTTAGAATATTACATACAATTGCTGGTGAAAACGGTGGATATGGATAAGTACCCTTTTTATGCGATGATGATTGAAAAAGGGCTGACCGAAGAAGAAGGAGAAGAGGTCGGGCGGATCTGCCGCGAATTGGAGGACGAGCTGGAGTCGCAAAAAGCGCAAGGCTTTGTGACGTTTGACAAGCTCCTTGCGCTTTTTGCGGGACAGCTGAACGAAAAATTAGATGTTCATGAAACGATTTTTGCTTTGTATGAGCAGGGGCTTTATACAGCGCTGATGGAAGAGTTTATTGAGATTATGAAGCACTTTGATTAA MDQRIGRLEYYIQLLVKTVDMDKYPFYAMMIEKGLTEEEGEEVGRICRELEDELESQKAQGFVTFDKLLALFAGQLNEKLDVHETIFALYEQGLYTALMEEFIEIMKHFD NA NA NA NA NA D1-12_00146 612 hpr COG1846 HTH-type transcriptional regulator Hpr TTGAATCGTGTTGAACCGCCTTACGATCTAAAAGAAGCTTTAATCTATACCCAAAAAATGGCGCAGCTGTCCAAAGCGCTCTGGAAATCTATCGAGAAAGACTGGCAGAATTGGCTGAAGCCCTACGACCTTAATATTAATGAGCATCATATATTATGGATTGCCTATCAGCTTAAAGGAGCTTCTATTTCAGAAATCGCCAAATTCGGCGTTATGCACGTATCAACTGCATTTAACTTTTCAAAAAAGCTTGAAGAACGGGGATATCTGAAATTTTCCAAGCGGCTGAATGATAAACGGAACACGTACATTCAGTTAACTGATGAAGGGGAAAATGTATTCGAAAGCCTGCTTGAGGAGTTTGATCCGTCGAGGAACGCGGTGTTTAAAGGCTCACAGCCGATCTACCACTTATTCGGGAAGTTTCCTGAGGTTGAAGAATTAACCTGTGTCATCCGCCACATTTACGGCGAAGATTTTATGGAGATATTCGAGAAATCATTGACAAACATAAACAATGATTTTGAAAGTGAAGACGGAAGGCTGAAGAAAAAAACGGACGAATCGGCTGTCCATGAAACGGCTGAAGAGCTGGAACCGATCAACAGTTAA MNRVEPPYDLKEALIYTQKMAQLSKALWKSIEKDWQNWLKPYDLNINEHHILWIAYQLKGASISEIAKFGVMHVSTAFNFSKKLEERGYLKFSKRLNDKRNTYIQLTDEGENVFESLLEEFDPSRNAVFKGSQPIYHLFGKFPEVEELTCVIRHIYGEDFMEIFEKSLTNINNDFESEDGRLKKKTDESAVHETAEELEPINS PGPT0012755_29 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS OTHER_BIOTIC_STRESS_RESISTANCE_GENES BIOTIC_STRESS_RESISTANCE-BACILYSIN_METABOLISM,PGPT0012755-scoC|hpr-K09682 NA NA D1-12_00147 366 hypothetical protein GTGATTCAAATGGCTGACGGACGTTCCCTTTTAACAGGCCTTTTCGTAGGCGGATTGATCGGAGGCGCAGCGGTGTTACTCTCGGCTCCTTCATCCGGAAAAGAGCTGCGGGGCAAAATCAAAGAGAATTGCAATTCAATTGAGGACACAATCAAACGGTTAAAAAAAGACGGAATGGCGCTTAAGGACCAGCTTGTCCAAACGGCGAAAGAAAGCGCAGAAGTCATTAAAGACGTAGGCGGAGAGCTTCAGACCAGCATTAAAAGGTGGCAGGAGGAAATCAAGCCGCACCAGCAGGATCTCCAAAAGGAAATCGCTGATATCGAAGAGAAAATCAGACAGCTGGAGAAAACCTTACAAAACTAA MIQMADGRSLLTGLFVGGLIGGAAVLLSAPSSGKELRGKIKENCNSIEDTIKRLKKDGMALKDQLVQTAKESAEVIKDVGGELQTSIKRWQEEIKPHQQDLQKEIADIEEKIRQLEKTLQN PGPT0015027_236 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS OTHER_STRESS_RESPONSE_PROTEINS,PGPT0015027-ytxH-NA NA NA D1-12_00148 180 hypothetical protein ATGATTGTTTTATCTTGTATGGCTCTTGTCTTTGCGGCGGGCGCCGTTTATTACCTGAAACTGCTCGGCCAGGCCGCTTCTTATCCGCCGAAGCGGGTCGTCCGCCAAAAGGCCATCGTCTGCTCAGCAGGAACCGCCCTCGCATTGTTCCTTATCTTTTTCACAAAACTTCTCGTATAA MIVLSCMALVFAAGAVYYLKLLGQAASYPPKRVVRQKAIVCSAGTALALFLIFFTKLLV NA NA NA NA NA D1-12_00149 519 trpP putative tryptophan transport protein ATGAAAACAAAAGAATTAGTCATTATGGCCCTGTTTGCGGCAATCGGAGCGGTGCTTCATTCCATTATGCCGCCGGTATTATTCGGAATGAAACCCGATATGATGCTTGTGATGATGTTTATGGGTATTCTGTTATTCCCCCGTGTGCAGAACGTACTGATGATCGGGATTGTAACGGGAATCATTTCCGCACTCACGACATCTTTTCCGGGCGGACAGCTTCCGAATATCATTGAAAAACCGGTAACGGCGTTTCTGTTTCTCGCGCTGGCGCTTTTGGTGAAAAAGAGCGTGAAAACAGCGGCCGCCGCCGTCATTACGATAGCCGGCACCTTCATCTCCGGTTTGCTCTTTTTGGCGCTGGCCCTTCTGATTGTCGGCCTGCCGGGCGGATTCACCGCCTTGGTGCTCGCGGTCGTCCTTCCGGCGGCTGCGCTGAACGCGATCGCCATTATCATTATGCATCCGATTGTGCAAACGATCTTAAAACGGTCCAATATGATTGAAACGGTGAAATAA MKTKELVIMALFAAIGAVLHSIMPPVLFGMKPDMMLVMMFMGILLFPRVQNVLMIGIVTGIISALTTSFPGGQLPNIIEKPVTAFLFLALALLVKKSVKTAAAAVITIAGTFISGLLFLALALLIVGLPGGFTALVLAVVLPAAALNAIAIIIMHPIVQTILKRSNMIETVK NA NA NA NA NA D1-12_00150 1080 serC COG1932 Phosphoserine aminotransferase ATGGAACGTACAACGAATTTCAATGCAGGACCCGCAGCCCTTCCACTGGATGTGCTGCAAAAAGCACAAAAAGAATTTGTCAACTTCAATGATACCGGCATGTCCGTCATGGAGCTGTCCCACCGGAGCACGGAATATGATGCGGTGCACCAAAAAGCCAAAAGCCTTCTGAAAGAACTGATGGATATTCCCGACGATTATGATATTTTATTTCTTCAAGGCGGCGCAAGCCTTCAATTCTCCATGCTGCCGATGAACTTTTTAACACCGGAAAAAACGGCGCACTTCATCGTAACAGGCGCATGGTCTGAAAAAGCACTCGCCGAGGCGAAACTGTTCGGAAACACATCCGTCACGGCAACAAGCGCAGATTCAAACCACAACCACATACCGGAAGCGGACCTCTCAGGAATCAAAGACGGCGCCTACCTGCATATTACGTCAAACAACACGATTTTCGGAACGCAGTGGAAAGAGTTCCCGAATTCACCGATCCCGCTCGTAGCCGACATGTCAAGCGACATCCTGAGCAGAAAAATTGATGTCAAAACGTTTGATGTTATCTATGGCGGAGCCCAGAAAAACCTCGGGCCGTCCGGCGTCACGGTCGTCATCATGAAAAAATCATGGCTTGAAAACGAAAACGCCAACGTCCCTAAAATTTTGAAATACTCCACTCACACAAAAGCCGACTCACTGTATAATACGCCGCCTACATTTGCGATTTATATGCTGAGCCTCGTCCTTGAATGGCTGGCTGAAAACGGCGGTGTCGAAGCGGCTGAACGGCGCAATCAGGAAAAGGCCGATGTCCTGTACGGCACAATCGACGCAAGCGGCGGGTTTTACGCGGGGCATGCCGCAAAAGACAGCCGTTCTCACATGAACGTCACGTTCACCCTCCGCGACAGCAGTCTCACGAAAAAATTCGTTGAAGAAGCGAAAGCGGCTAAAATGATCGGACTCGGAGGCCACCGCTCAGTCGGAGGCTGCAGGGCGTCTATCTACAACGCCGTCAGCCTGGCTGATTGTGAAAAACTGGCTCAGTTTATGAGAAAGTTCCAGCAGGAAAACGAATAA MERTTNFNAGPAALPLDVLQKAQKEFVNFNDTGMSVMELSHRSTEYDAVHQKAKSLLKELMDIPDDYDILFLQGGASLQFSMLPMNFLTPEKTAHFIVTGAWSEKALAEAKLFGNTSVTATSADSNHNHIPEADLSGIKDGAYLHITSNNTIFGTQWKEFPNSPIPLVADMSSDILSRKIDVKTFDVIYGGAQKNLGPSGVTVVIMKKSWLENENANVPKILKYSTHTKADSLYNTPPTFAIYMLSLVLEWLAENGGVEAAERRNQEKADVLYGTIDASGGFYAGHAAKDSRSHMNVTFTLRDSSLTKKFVEEAKAAKMIGLGGHRSVGGCRASIYNAVSLADCEKLAQFMRKFQQENE PGPT0009160_3848 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 D1-12_00151 438 hit COG0537 Protein hit ATGCACAAAGCGGACGATTGTATTTTCTGCAAAATCATTGCCGGTGACATTCCGTCTTCAAAAGTATACGAAAATGAACACGTCGCAGCGTTTCTTGATATCAGCCAGGTCACAAAAGGCCATACGCTCGTGATTCCGAAAACACATATCGAAAACGTGTACGAGTTTACGCCTGAGCTTTCTAAAGAATATTTTGAAGCGGTGCCGAAAATCGCACGCGCCATCCGCGATGAATTCGAGCCGATCGGGCTGAATATTCTCAATAACAACGGTGAAAAAGCGGGCCAATCGGTGTTCCATTTTCACATGCATATCATTCCGCGTTACGGAAAAGGCGACGGTTTCGGGGCTGTCTGGAAACCCCACGCCGAAGACTATACGCCTGACGATCTTCAGGAGATCGCTTCAACCGTCAGAAAACGGCTTGCCTCATCTTAA MHKADDCIFCKIIAGDIPSSKVYENEHVAAFLDISQVTKGHTLVIPKTHIENVYEFTPELSKEYFEAVPKIARAIRDEFEPIGLNILNNNGEKAGQSVFHFHMHIIPRYGKGDGFGAVWKPHAEDYTPDDLQEIASTVRKRLASS NA NA NA NA NA D1-12_00152 744 ecsA_1 COG1131 ABC-type transporter ATP-binding protein EcsA ATGTCTCTGCTATCGGTAAAAGACTTAACCGGCGGTTATACGAGGAACCCGGTCTTAAAAAATGTTTCATTCACCCTTGAGCCGAACCAGATTGTCGGACTCATCGGATTAAACGGCGCGGGCAAAAGCACGACGATCCGGCATATTATCGGATTAATGGACCCGCATAAAGGCTCGATCGAGCTGAACGGCAAGACGTTTTCGGAGGATAAGGAAAGCTACCGCTCGCAATTTACGTACATCCCCGAAACGCCGGTGCTGTATGAAGAACTGACGCTCAAAGAGCATCTGGAGCTGACGGCCATGGCGTATGGCCTTTCCAAAGAAACGCTTGAAAAAAGGCTTCCTCCGCTTCTGAAAGAATTCAGAATGGAAAAAAGGCTGAAATGGTTTCCCGCTCACTTTTCCAAAGGGATGAAGCAGAAGGTCATGATCATGTGCGCGTTTCTCGCGGAGCCTTCGCTTTATATCATTGACGAGCCGTTTCTCGGCCTTGACCCGCTTGCGATCAATGCATTGCTGGAGCGGATGGACGCCGCGAAAAAAGCCGGATCAAGCGTGCTGATGTCAACGCATATCCTGGCTACGGCAGAGCGCTACTGTGACGCTTTCATTATTTTACATAACGGCGAAGTGCGGGCAAGCGGCACACTGGAAGAACTGAGAGAGCAGTTCGGCATGAAAGACGCAGCTCTTGATGACTTGTATATCGAACTGACGAAGGAAGACGCCGGCCATGAATAA MSLLSVKDLTGGYTRNPVLKNVSFTLEPNQIVGLIGLNGAGKSTTIRHIIGLMDPHKGSIELNGKTFSEDKESYRSQFTYIPETPVLYEELTLKEHLELTAMAYGLSKETLEKRLPPLLKEFRMEKRLKWFPAHFSKGMKQKVMIMCAFLAEPSLYIIDEPFLGLDPLAINALLERMDAAKKAGSSVLMSTHILATAERYCDAFIILHNGEVRASGTLEELREQFGMKDAALDDLYIELTKEDAGHE PGPT0006725_27934 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990 NA NA D1-12_00153 1227 hypothetical protein ATGAATAATATGTCTACTATTTGGCAGTCCCGGCTTGAAGAGCATATAAAGGAAACCAGAATGTATATGAAATATATGCTCAATGATCATCTCGTCATTGTGCTGATCTTTTTTATTGCCGGCGCGGCAAGCTGGTACAGCAAGTGGGTCAAAGACATTCCCGTTCATTTTCCGTCATTTTGGGTGATGGCGGTGCTCTTTTCATTTGTGCTGACCGGTTCATACGTCCGGACGCTGTTAAAGGAAGCGGACCTCGTGTTTCTGCTGCCGCTTGAACCGAAAATGGGGACATACTTTAAGCATTCATTTAAGTACAGCTATCTGTCACAGCTGTTTCCGCTTATTGCCCTGTCGCTTGTATGCATGCCTCTGTTTTTCGCTGTAAGTCCGGGGGCGTCGCTTGCGTCGTATGCCGCCGTATTTATTCAGATGCTGGCGGTAAAAGCGTGGAATCAGGCCATGGAGTGGCGGATGACGTTTATGAATGACAGAAGCATGAAAATGATGGATGCGGTCATACGCTTTATCTGCAATATGCTGCTTTTATACTTCGTCTTACAGTCGTTTTATGTGTACGCTGCCGCCGTCTACATTGTGATGGCCGGCCTTTATGTGTATTTCACATCGGCCGCAAAACATAAATCATTAAAATGGGAAGCCCATATTGAATATGAATTAAGAAGGAAGCAGCGATTTTACAGAATCGCCAATCTGTTTACCGATGTGCCTCACCTGAAGAAACAGGCAAAACGCCGGGCGTATCTCGACTTTTTGCTCAGAATGATTCCGTTTGAACAGCGGAAAACGTTCTCCTATATGTATGCGCGGGCTTTTCTGCGTTCAAATGATTATCTTGGCATCCAGGTCAGGCTCACGATTATTTTTATCCTGATTATTATGCTCGTTTCCGCCAATCCGTGGATAACGGCGGCGTTAACCGTGTTTACCGTCTTTATTACGGGAATACAGCTTCTTCCGCTGTTCGGGCATTTTCATCATCTGTCGTTACAGGAGCTTTACCCGGTCAATCAGAAAGCGAAGCTGCAAAGTTTCTTTTCGCTGATGAAATCGGCGTTAACCGTGCAGGCGCTGCTGTTTTGTGCAGCGTCAGCCTATGCCGCGGGAGTCAGCGGGGCGCTGTATGCGGCTGTTGCTTCAGCCGTTCTGATTTTTGTGATCATGCCTTCGTATATGGGCGGAAGATTGAAAAAGTACGGCAAGCTGTAA MNNMSTIWQSRLEEHIKETRMYMKYMLNDHLVIVLIFFIAGAASWYSKWVKDIPVHFPSFWVMAVLFSFVLTGSYVRTLLKEADLVFLLPLEPKMGTYFKHSFKYSYLSQLFPLIALSLVCMPLFFAVSPGASLASYAAVFIQMLAVKAWNQAMEWRMTFMNDRSMKMMDAVIRFICNMLLLYFVLQSFYVYAAAVYIVMAGLYVYFTSAAKHKSLKWEAHIEYELRRKQRFYRIANLFTDVPHLKKQAKRRAYLDFLLRMIPFEQRKTFSYMYARAFLRSNDYLGIQVRLTIIFILIIMLVSANPWITAALTVFTVFITGIQLLPLFGHFHHLSLQELYPVNQKAKLQSFFSLMKSALTVQALLFCAASAYAAGVSGALYAAVASAVLIFVIMPSYMGGRLKKYGKL NA NA NA NA NA D1-12_00154 705 hypothetical protein ATGACCGACGATCAGCAGCTGATACAGGAAGCACTGCAATGGAAAGCGCGTTTTTTACGCAAAGATTCCATGCTTGAACGCTTTTCTAAAGGAATGCAGTCGAAAATAAATGAGCGGATTCCCGATAAAATTCATGCCGTCATCACAGAAAGTATTAAAAAAATGACCGAAGCAACAATGGCGGGTTCAAATCTGGTGAAAAGCAAGCGGGATACAAACGGTATGACGCTTGCTGAAAAAGATACCCTCGCCAGACAAACCATCGCATCGTACCAAAAGGTCGCGGCAGCTGAAGGTATCGGTACGGGGGCCGGCGGAATTTTTTTAGGGATGGCTGATTTTCCTTTGCTGTTATCCATTAAAATGAAATGTCTGTTCGATCTTGCCTCCATTTACGGCTATGATGTGAAAGACAGGGATGAGCGATTGTTTTTGCTGTTTATTTTTCAGCTGGCTTTCTCAAGCGGTGAACAGCGGAAACGCATATACTCAATGATTGAACAATGGGATTCGAAAAAGCATGATGTCGATTGGAGAGTTTTTCAGCAGGAATACCGCGATTATCTGGACGTGGTGAAATTGTTTCAGCTTTTGCCGGTCGTCGGAGCCGCCGTGGGCGGAGCGGCCAATTATAAACTGCTGTCACAGCTCGGTGAGACGGCAAGGCACGTTTTTCATTTAAGAATCACAGCAGCCGGTACGTAA MTDDQQLIQEALQWKARFLRKDSMLERFSKGMQSKINERIPDKIHAVITESIKKMTEATMAGSNLVKSKRDTNGMTLAEKDTLARQTIASYQKVAAAEGIGTGAGGIFLGMADFPLLLSIKMKCLFDLASIYGYDVKDRDERLFLLFIFQLAFSSGEQRKRIYSMIEQWDSKKHDVDWRVFQQEYRDYLDVVKLFQLLPVVGAAVGGAANYKLLSQLGETARHVFHLRITAAGT NA NA NA NA NA D1-12_00155 1188 N-acetyldiaminopimelate deacetylase TTGACGTTAACAACACTTCAAAAAAGCTTAAACGCTCAGCTTGACGGGCTGTATGAGGAAATGGTTCAAATCAGGCGTCACCTTCACATGAATCCCGAGCCATCGTTTAAGGAGAAAAAAACACCGGCGTTCATCGCCTCATTTTATGAAAAGCTCGGCGTTCCCATCCGGACGAATGTCGGGGGCAACGGTGTCACAGCCTATATTGAAGGCAGTGAACCGGGACCGGCCGTGGCACTCAGAGCTGATTTTGACGCTTTGCCGATACAGGATGAAAAAGATGTGCCCTATGCTTCACAAATTCCCGGCGTCATGCACGCCTGCGGGCACGACGGCCATACGGCGGCTCTGCTCGCGGTCGGAAAAGTGCTGTACCGCAACCGGGAAAAACTGAAAGGGTCATTTGTGATGATCCACCAGCACGCCGAAGAATTATCTCCCGGCGGAGCAAAAGCAATGATTGAGGATGGCTGCCTCAAACATGTCGATGCCATTTTTGGCACTCACCTTTGGGCGACTGAACCCGTCGGGACGGTCTTATGCCGTCCGGGCGCAGTGATGGCCGCCGCTGACGGCTTTACGATAAAAGTCATCGGCAAGGGCGGCCACGGCGCGATTCCTCACGATACGAAGGACGCCGTTTTAATCGGCTCACAAATTGTCACGGCTCTTCAGCATATCGTCAGCCGGCGGGTGAATCCGGTGCAGCCGGCCGTCATCTCAGCCGGCTCGTTCACCGCTGAAAATCCGTTTAATGCGATTGCCGATCAGGCAGTCATATCAGGCACCGTCCGCTCGTTTGACGAAAGTGTGCGCAGCCTGCTCGAAGCAGAAATAGAAGCCGTCGTAAAAGGAATCTGTTCCATGCACTCCGCTTCCTATGAATATCGTTTCAAGCGCGGTTATCCCGCCGTCGTTAATCATCCTGAGGAAGCAGCGCACGCGGCGGCAGCCGCAGCGGAAACAGACGGCGTCACGAAGGTCGTTGAAGGAGAGCCGCAGATGGCCGGAGAAGATTTTTCTTATTATTTGCAGCATACAAAAGGCGCTTTTTTCTTTACGGGGGCCGCTTTAGAAAATGCGGAAACCATTTATCCTCATCACCACCCGAAATTTGATTTTAATGAGAAAGCGATGCTGACGGCCGCCAAGGTGCTTATCGGCGCTGCGGTAAGCTACCCCCGCTGA MTLTTLQKSLNAQLDGLYEEMVQIRRHLHMNPEPSFKEKKTPAFIASFYEKLGVPIRTNVGGNGVTAYIEGSEPGPAVALRADFDALPIQDEKDVPYASQIPGVMHACGHDGHTAALLAVGKVLYRNREKLKGSFVMIHQHAEELSPGGAKAMIEDGCLKHVDAIFGTHLWATEPVGTVLCRPGAVMAAADGFTIKVIGKGGHGAIPHDTKDAVLIGSQIVTALQHIVSRRVNPVQPAVISAGSFTAENPFNAIADQAVISGTVRSFDESVRSLLEAEIEAVVKGICSMHSASYEYRFKRGYPAVVNHPEEAAHAAAAAAETDGVTKVVEGEPQMAGEDFSYYLQHTKGAFFFTGAALENAETIYPHHHPKFDFNEKAMLTAAKVLIGAAVSYPR NA NA NA NA NA D1-12_00156 1386 hypothetical protein TTGGGGATCGGCGTCTACTCGGTACATCTGCTTTATGTTGCTTTTATCGCGGCCATTATCGTTTTTATGCTTCTCAGAAAAGATACAACCTTTATTTCACTCGCCGGCATTTTTGTGATTGCGCTATGGACGACGCATTCATTCTCCGCTTCGGTCAGCAGCCTGTTTCACAGCTTCACGTATGCCGCCGGAGAATTGCTGCCGACGATTTTTATCATTTGTTTTATCGTGGCGATGAGCGGCCTCTTGACCGAAACCGGTATTAATGAAGCGATGATTTCTCCGTTTGCAAAGCTGATGAAAGGGCCGGCTGTCGCGTATTGGGTTATCGGCTGTCTGATGTTTGCCATCTCTCTTTTTTTCTGGCCGTCACCCGGGGTGGCGCTGATCGGCGCTGTGCTGCTTCCCGCAGCGATCCGGGCGGGCCTTTCTCCGATCGCCGCGGCTATGGCGATGAACCTGTTCGGCCACGGATTCGCTTTATCGGGGGATTACGTCATTCAGGCGGCCCCGAAATTAACGGCCGATGCCGCGGGCATTCCCGTGGGCGATGTCATGCAGGCAAGTATTCCGCTCGTTTTGATCATGGGGTTAACGACGACAATCACCGCTTTCTTCCTCATCATGCGGGATCGAAAAAAAACGAAGGCCCCCCTCTCCTTGGACAGCTCCGGTTCTTTGGACACAAGTATGTATCTGCCGAAAAAACTCAGGGTGATCCTGGCGGTTTTCATTCCGCTTGTTTTTCTCGCCGATATTATCTGCATGATTGTATACCGTCTGCAAGGAAACGAGGCGACGGCACTCGTCGGAGGAACCGCGATCGGCATTCTCCTGATCGTTCATTTCATTGTATATAAAGAGCGGCATTTAGAAAAGATCACCGAGTATTTTATCGGCGGTTTTCAATTCGGCTTTAAAGTATTCGGCCCCGTCATTCCGATCGCGGCCTTCTTTTATCTCGGTGACGCGGGGTTTAAAAGTATTTTGAACACCCCGCTGCCGAAAGGATCTGCGGGGATCGTCAATGACCTCGGATTGGCCCTGTCCCATTCTTTTCCGATGTCCGGAGAATTCGCCGGCATCGCCCTGGCAGCAGTCGGTGCGATTACCGGGCTCGACGGGTCAGGGTTTTCCGGTATATCTCTTGCAGGCTCGATGGCAAAGCTGTTTTCTGCCGCGCTTCATACGGACCCGGCCGTTTTAACGGCGCTGGGCCAGATTTCAGCGATCTGGGTCGGGGGCGGAACATTGGTCCCTTGGGCACTGATCCCCGCTGCGGCTATTTGTAAAGTTGACCCGTTTGAGCTTGCCAGGAAAAACTTTATCCCGGTTGCGGCCGGACTTGTCGTCACAACGATCGCCGCCATCATCATTCTCCCGTAG MGIGVYSVHLLYVAFIAAIIVFMLLRKDTTFISLAGIFVIALWTTHSFSASVSSLFHSFTYAAGELLPTIFIICFIVAMSGLLTETGINEAMISPFAKLMKGPAVAYWVIGCLMFAISLFFWPSPGVALIGAVLLPAAIRAGLSPIAAAMAMNLFGHGFALSGDYVIQAAPKLTADAAGIPVGDVMQASIPLVLIMGLTTTITAFFLIMRDRKKTKAPLSLDSSGSLDTSMYLPKKLRVILAVFIPLVFLADIICMIVYRLQGNEATALVGGTAIGILLIVHFIVYKERHLEKITEYFIGGFQFGFKVFGPVIPIAAFFYLGDAGFKSILNTPLPKGSAGIVNDLGLALSHSFPMSGEFAGIALAAVGAITGLDGSGFSGISLAGSMAKLFSAALHTDPAVLTALGQISAIWVGGGTLVPWALIPAAAICKVDPFELARKNFIPVAAGLVVTTIAAIIILP NA NA NA NA NA D1-12_00157 501 hmoB COG2329 Heme-degrading monooxygenase HmoB ATGAAGGTTTATATTACATACGGGACAGCCGATTTTTTAAAGACGATTGCAAAGAAACACCCGAGTGAGAATATGGTGCTGATGCAAGGTGAGGATAATGCGGTTTTAATTCATGAAACAAATGGAGAAACCGTTTTTCAGGCGCCCCATTCCTATGAAAGCATCGACAGCGTCGGGGAAATCAAAAATCCGGGCTACGCCGTCCTCAACAACATCGCCGTTACCCAGGAAGGCCGTCCGCTGTTTGAAAACCGGTTTAAAAACCGCGCCGGCAAAGTGGAAAATGAACCCGGTTTTCAAGCCATCCGCGTATTAAGACCGCTCGAAGGCGATACGTATGTCATTTTGACCCTGTGGAAAGAGGAAAAAGCCTTTCAGGATTGGCAGCAGTCAAACTCTTATCAGGAAGCTCATAAAAAACGCGGAACATCTGCCGGCATCGACACGACGTCTATTTTCTCCCGGCCGTCTTATGTAACCGCTTATTACGCAATAGACTAA MKVYITYGTADFLKTIAKKHPSENMVLMQGEDNAVLIHETNGETVFQAPHSYESIDSVGEIKNPGYAVLNNIAVTQEGRPLFENRFKNRAGKVENEPGFQAIRVLRPLEGDTYVILTLWKEEKAFQDWQQSNSYQEAHKKRGTSAGIDTTSIFSRPSYVTAYYAID NA NA NA NA NA D1-12_00158 2142 pbpF COG0744 Penicillin-binding protein 1F ATGCTGAAAAAGAAAAAAAGATTCTTTATTCCGGCTGTAATTGCGGCGGCAACCGCTTTTCTCGCGTTAATCGGATACATTATCATTATATTTCTCGGCCATTATGTCATCGATGAAAAGAAATTAATACTGCACGCATCTTCAAAAATCGTCGATCAAAACGGTGATGAAATCGCGAGCCTCTATACGGAAAATCGCGAGCCGGTATCCATTCAGCAGGTTCCGGAAGATGTGAGAGATGCCTTTATCGCCGTTGAAGATAAACGGTTTTACGAACATCACGGCATTGATGTGAAGTCTGTCGGCCGGGCGGTGTTCCGGGATGTTTTAGCAGGCGGCAAGGTGGAAGGCGGAAGCACGATCACCCAGCAGCTGGCGAAAAACATTTTTCTGACTCATGATAAAACATTTTTGCGCAAGACGAAGGAAGTCATTATCGCCATCAATCTTGAGCGTGATTACAGCAAGGACAAGCTGCTTGAAATGTACCTGAACCAGCTTTATTTCGGCCATGGCGTTTACGGCATTCAAGCCGCGTCCCACTACTACTTTAATAAAGAAGTAAAAGATTTAACCGTTGCGGAAGGAGCCGTTCTGGCAGCGATTCCGAAGGCGCCATCTCTTTATTCGCCGATTCAGCATCCGGATAAAAATAAAGAACGCCGCGATACGATTCTTGCAATGATGAACGACCAAGGCTATATCAGCGCCAAGGAAGCCGTCAGAGCCCAGGGCCGGACATTGGGGCTTCATGTCAAGAAAACATCAGAAACGCCTTGGTTTGACAGTTATATCGATCTTGTCATCAAGGAGGCGGAATCCCGTTATTCGATGTCGGGTGAACAGCTGCTTCAAGGCGGCTATACGATCCGGACGTCACTTGATTCCAAGCTGCAGAAAACGGCATACACCCTCATGAAGGAAAGCGGCTATTTTCCGGGGACGGATCAAGCGGCAGAGGGAAGCGCCGTCTTTATTGATAATAAAACCGGAGGCGTGCGCGCGGCGGTCGGCGGACGCGACTACGTGACAAAAGGATACAACAGGGTTACGGCGAAGCGGCAGCCGGGCTCAACGTTTAAGCCGATTGCCGTATACGGTCCCGCCATGCAGGAAGACAAGTTCAAACCGTATTCGCTTCTCCAAGACAAACTCACGTCCTACGACGGGTATGAACCGAAAAATTATGACGGACAGTACAAGGGGGAAGTGACGATGCAGGATGCGATCACTTACAGCATAAATGCGCCCGCTGTCTGGACATTGAAGCAGATCGGCGTAGATACGGGAAAATCGTATCTTGAGAAAAACGGTATAAACATTTCTGACAACGGACTCGCGATTGCGCTGGGCGGTCTGTCTGAAGGCGTCACCCCGCTTCAGCTTGCCGGAGCTTATCATACCTTTGCGGCAAGCGGAATGTATACGAAGCCATTTTTTATAGAGAACATCACGGACGAAGACGGAGAAACGTTGTCCGGGCCTAAAAACGGCAAAACGCGCGTCTTCAGCGGACAGACGGCATGGAATATGACGAGAATGCTTCAGCAGGTCGTAAAAGAAGGAACCGCTTCACAAGGCAGCTATCAAGGTGACCTGGCGGGGAAAACCGGCACGACCACATTTACCGGCGTCCCCGGCGCGACAAAGGACGCCTGGTTTGCGGGATACACTCCCGGACTGACGGGAGCCGTCTGGATGGGCTATGACAAAACGGATAAAACCCATTACCTGAAAGGCGGAAGCCAATACCCGGTCAGACTCTTTAAAGATATCGTTACAAAAGCGGGGGAAAACGGCCGGACATTCAAAAAGCCTGAAAATGTGAAGGAACTGGGCAGCCCGATTGAGCTGGAGGCGGTAAAGTCCCTGTCGGCCCGTTATACATTTAAGGCGATGGGACTGATTACGGTTCAATTAAAATGGGATATTCAAAAGGATGATCGGGTTGTTTACCGAATATATGAGAAGAAAGACGGAAAAGACAAGCTTCTGGATTCGGTGAAAGGAAAAGGCAGCTTTGACATACCGTACGCCAATCTGTTTTCAGGGGCTTCATACAAAGTCGTTCCATATAATTCACAGACGGATCAAGAAGGAGAGGGAACGGAATACGTTCAGCCGAAGCTTTTTTCTTCTTAA MLKKKKRFFIPAVIAAATAFLALIGYIIIIFLGHYVIDEKKLILHASSKIVDQNGDEIASLYTENREPVSIQQVPEDVRDAFIAVEDKRFYEHHGIDVKSVGRAVFRDVLAGGKVEGGSTITQQLAKNIFLTHDKTFLRKTKEVIIAINLERDYSKDKLLEMYLNQLYFGHGVYGIQAASHYYFNKEVKDLTVAEGAVLAAIPKAPSLYSPIQHPDKNKERRDTILAMMNDQGYISAKEAVRAQGRTLGLHVKKTSETPWFDSYIDLVIKEAESRYSMSGEQLLQGGYTIRTSLDSKLQKTAYTLMKESGYFPGTDQAAEGSAVFIDNKTGGVRAAVGGRDYVTKGYNRVTAKRQPGSTFKPIAVYGPAMQEDKFKPYSLLQDKLTSYDGYEPKNYDGQYKGEVTMQDAITYSINAPAVWTLKQIGVDTGKSYLEKNGINISDNGLAIALGGLSEGVTPLQLAGAYHTFAASGMYTKPFFIENITDEDGETLSGPKNGKTRVFSGQTAWNMTRMLQQVVKEGTASQGSYQGDLAGKTGTTTFTGVPGATKDAWFAGYTPGLTGAVWMGYDKTDKTHYLKGGSQYPVRLFKDIVTKAGENGRTFKKPENVKELGSPIELEAVKSLSARYTFKAMGLITVQLKWDIQKDDRVVYRIYEKKDGKDKLLDSVKGKGSFDIPYANLFSGASYKVVPYNSQTDQEGEGTEYVQPKLFSS PGPT0023895_319 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-BETA-LACTAM_RESISTANCE,PGPT0023895-pbp2A-K12555 NA NA D1-12_00159 1113 hemE COG0407 Uroporphyrinogen decarboxylase ATGGGCGAAGAACACGAACGTATGGTTGCAGGAGGAAAGGTGGAAATTCAGATGAGTAAACGAGAAGCGTTTAATGATACGTTTTTAAAAGCGGCACGGGGAGAAAAGACAAATCACGTCCCTGTCTGGTACATGAGACAGGCGGGGAGGTCGCAGCCGGAATACCGCAAGCTGAAGGAAAAGTACGGCTTAGTCGAAATTACGCATCAGCCCGAGCTGTGCGCGTATGTGACGAGGCTCCCGGTCGAGCAGTACGGAGTGGACGCTGCCATTTTATATAAAGACATTATGACGCCGCTTCCTTATATCGGAGTGGATGTTGAAATAAAAAACGGAATCGGCCCGGTGATCGATCAGCCGGTGCGCTCTGCTGCGGATATTGAAAAGCTCGGCGAACTGAATCCCGAACAGGATGTTCCTTACGTGCTGGAAACGATCCGATTACTCGTAAACGAACAGCTGAATGTTCCGCTCATCGGTTTTTCGGGAGCGCCTTTTACGCTGGCCAGTTATATGATTGAAGGCGGGCCTTCTAAAAATTACAACAAAACAAAAGCGTTTATGCACAGTATGCCGCAAGCGTGGCAAATGCTGATGGACAAGCTCGCGGACATGATTATCGTTTATGCAAAAGCGCAGATTAACGCCGGCGCAAAAGCCATTCAGATTTTTGATTCATGGGTCGGCGCGCTGAACCGCGAAGATTACCGGCAGTTTATAAAACCGGTGATGGACAGAATTTTCCGGGAGCTTTCTGCAGAGCAAGTTCCGCTGATCATGTTCGGCGTAGGCGCAAGCCATCTGGCCGGGGATTGGCATGACCTTCCTCTTGATGTCGTCGGTCTTGATTGGAGACTCGGCATAGATGACGCCAGAAAACAAGGCATTACAAAAACGGTTCAGGGCAATCTTGATCCGTCGCTTCTTCTTGCGCCTTGGGAAGTCATCGAGAAAAAAGCGAAAGCGATACTTGATCAAGGCATGAAAGCGGACGGGTTTATTTTCAATTTAGGGCACGGCGTATTCCCTGATGTCAATCCGGAAACGCTGAAAAAGCTGACGGCGTTTGTACATGAATATTCCGCTGCCAAAAAAACGGAACAATCTTCCTGA MGEEHERMVAGGKVEIQMSKREAFNDTFLKAARGEKTNHVPVWYMRQAGRSQPEYRKLKEKYGLVEITHQPELCAYVTRLPVEQYGVDAAILYKDIMTPLPYIGVDVEIKNGIGPVIDQPVRSAADIEKLGELNPEQDVPYVLETIRLLVNEQLNVPLIGFSGAPFTLASYMIEGGPSKNYNKTKAFMHSMPQAWQMLMDKLADMIIVYAKAQINAGAKAIQIFDSWVGALNREDYRQFIKPVMDRIFRELSAEQVPLIMFGVGASHLAGDWHDLPLDVVGLDWRLGIDDARKQGITKTVQGNLDPSLLLAPWEVIEKKAKAILDQGMKADGFIFNLGHGVFPDVNPETLKKLTAFVHEYSAAKKTEQSS PGPT0008465_683 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_RELATED_HEME_METABOLISM PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0008465-hemE-K01599 NA NA D1-12_00160 936 hemH COG0276 Ferrochelatase ATGAGCAGCAAAAAGAAAATGGGACTTCTTGTCATGGCTTACGGAACGCCTTACAAAGAAGAGGACATAGAACGTTATTATACGCATATCAGACGCGGAAGAAAGCCGGAGCCTCATATGCTTCAAGATTTAAAAGACAGATATGAAGCGATCGGAGGCATTTCTCCGCTGGCGAAAATCACGCAGGAGCAGGCGGAGAAGCTCGCACAGCGTTTAAATGAAATCCAGGATGATGTAACATTCAAAGTGTATATCGGATTAAAACATATTGAACCGTTTATTGAAGACGCGGTGGCGGACATGCATAAAGACGGCATTACAGAAGCTGTCAGCCTTGTGCTCGCCCCTCATTTTTCAACATTCAGCGTCCAGTCATACAACAAACGCGCGAAAGAAGAAGCGGAGAAGCTCGGCGGCTTGACCATCAAGTCCGTTGAAAGCTGGTATGATGAACCGAAATTCGTTGATTATTGGGTCGGCCAGGTGAAGAAAACGTATGAATCAATGCCGAAAGAAGAACGGGATGACGCGATGCTGATCGTCTCAGCGCACAGCCTTCCTGAAAAAATTAAAGAATACGGCGATCCGTATCCTGACCAGCTGGAGGAATCCGCAAAACTGATTGCCGAAGGCGCCGGAATTACCGATTACGCAGTCGGCTGGCAAAGCGAAGGGAACACCCCTGATCCGTGGCTCGGGCCGGATGTGCAGGATCTTACGCGCGAGCTGTATCAAAAGCATCCTTATAAAGCATTTGTATACGTGCCCGCAGGCTTCGTTGCCGATCATTTAGAGGTGCTTTACGATAATGATTATGAATGCAAAGCTGTGACTGAAGAAGTCGGCGCAAGCTACTATCGTCCGGCCATGCCGAACGCACAGCCTGAATTTATCGACGCGCTTGCAGCGGTCGTGCTGAAAGAGCTGGACAAGTAG MSSKKKMGLLVMAYGTPYKEEDIERYYTHIRRGRKPEPHMLQDLKDRYEAIGGISPLAKITQEQAEKLAQRLNEIQDDVTFKVYIGLKHIEPFIEDAVADMHKDGITEAVSLVLAPHFSTFSVQSYNKRAKEEAEKLGGLTIKSVESWYDEPKFVDYWVGQVKKTYESMPKEERDDAMLIVSAHSLPEKIKEYGDPYPDQLEESAKLIAEGAGITDYAVGWQSEGNTPDPWLGPDVQDLTRELYQKHPYKAFVYVPAGFVADHLEVLYDNDYECKAVTEEVGASYYRPAMPNAQPEFIDALAAVVLKELDK PGPT0008485_4607 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 D1-12_00161 1434 hemY COG1232 Protoporphyrinogen oxidase ATGAGTGGCGATAAAAAACATCTGGTCATCATCGGCGGCGGCATAACGGGATTAGCCGCCGCCTTCTACATGGAAAAAGAAATCAAAGAAAAACAGCTGCCGCTTGAGGTCACCTTGATCGAAGCAGGCCCGAGAGCCGGCGGCAAAATTCAGACGGCGCATAAAGACGGCTACATCATTGAGCGGGGCCCGGATTCTTTTTTGGAAAGGAAAAAAAGCGCGCCGCAGCTCGTCAAGGATTTGGGGCTTGAGCATCTGCTCGTCAACAATGCGACCGGCCAGTCTTACGTGCTCGTCAACGAGACGCTTCATCCGATGCCGAAGGGCGCGGTGATGGGCATTCCGACCAAAATCGCTCCGTTCATCTCCACCGGTTTATTTTCTGTTCCCGGAAAAGCGCGGGCGGCGCTTGACTTTGTCCTGCCTGCGAGCAAACCGAAGGAAGATCAGTCTCTGGGTGAATTTTTCCGCAGACGCGTCGGTGACGAAGTTGTTGAGAATTTAATAGAACCGCTATTATCAGGGATTTATGCCGGAGATATTGATAAGCTGAGCCTCATGTCTACGTTTCCGCAATTCTATCAGACTGAGCAAAAGCACAGAAGCCTGATTCTCGGTATGAAAAAATCACGTCCGCAGCCTTCGGGACAGCAGCTGACGGCCAAAAAGCAGGGCCAGTTTTTAACGCTGACGACAGGGCTTCAAACGTTGGTGGAGGAGCTGGAAAAGCAGCTTACGCTGACAAAGGTGATGAAAGGAACGAAAGTCACCCATATCGGCCGCGAGGAGAAAGGATATTCCGTGACGCTTGATAACGGCAAAGTGCTCTATGCGGAAGGATGCATAGTAACAGCCCCGCATAAAGCCGCGGCGAAAATGCTTTCTGATCTGCCGGCGGTTTCATGTCTCAAAGACATGCATTCTACGTCCGTTGCCAACGTCGCCTTAGGTTTTCCTGAGGGAGCCGTCAAGATGGAGCATGAAGGTACGGGATTCGTAATCTCAAGAAACAGCGACTTCTCCATCACGGCCTGCACATGGACGAATAAAAAATGGCCGCACGCGGCGCCGGAGGGCAAAACGCTTCTCAGGGCGTACGTCGGAAAGGCCGGAGATGAATCCATCGTAGATCTTTCAGATAACGAGATCATTAAAATCGTAATGGAAGATTTGAAAAAAGTAATGAAAATGAATGGCGAACCGGAAATGACCTGTGTGACCCGCTGGAACGAAAGCATGCCGCAATACCATGTTGGCCATAAGGAGCGCATCAAAGAGTTCAGAGATGCGCTGAAAGCTTCCTATCCGGGCGTATACGCGACGGGCGCGTCATTCGAAGGGGTGGGCATCCCCGACTGTATCGACCAGGGAAAAGCCGCCGTATATGATTCACTGGCTTATTTATTTGAAACGTACCAGCCTCCGTTATCGTAA MSGDKKHLVIIGGGITGLAAAFYMEKEIKEKQLPLEVTLIEAGPRAGGKIQTAHKDGYIIERGPDSFLERKKSAPQLVKDLGLEHLLVNNATGQSYVLVNETLHPMPKGAVMGIPTKIAPFISTGLFSVPGKARAALDFVLPASKPKEDQSLGEFFRRRVGDEVVENLIEPLLSGIYAGDIDKLSLMSTFPQFYQTEQKHRSLILGMKKSRPQPSGQQLTAKKQGQFLTLTTGLQTLVEELEKQLTLTKVMKGTKVTHIGREEKGYSVTLDNGKVLYAEGCIVTAPHKAAAKMLSDLPAVSCLKDMHSTSVANVALGFPEGAVKMEHEGTGFVISRNSDFSITACTWTNKKWPHAAPEGKTLLRAYVGKAGDESIVDLSDNEIIKIVMEDLKKVMKMNGEPEMTCVTRWNESMPQYHVGHKERIKEFRDALKASYPGVYATGASFEGVGIPDCIDQGKAAVYDSLAYLFETYQPPLS PGPT0008475_906 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_RELATED_HEME_METABOLISM PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0008475-hemY-K00231 NA NA D1-12_00162 573 hypothetical protein ATGTGCGTCGATCGGAAAAAGCTCATTCTGGAAGCGGCAACGAAGTCTTTTACACAATTCGGCTACAAAGCAACGACAATGGATCTGGTGGCAAAGCTTGCAAATGTGGGGAAGGGAACCATCTACACGTTTTTCAAAAACAAAGAAGAACTGTTTGATGATATTTTCACCACTATTTTAAGAGAAATGAAGGAACACGCAGACGAAGCGATGAAACCGGAGCTTTCATTTCACGAAAATGTCCACCGGGCGCTTGTCGCGATTTTGGAATTCAGAAAAACACACCAGCTGACTATTAAAATTTTTCAGGAGAACGCCGAGATTGGTACAATAGCCGTTCAGGATGTCATTGCGAAAATGGAGCGGGCCATTCTGTCATACATTAAAGAAAAGATAGAAACAGCCATTGAAAACGGAAGCATTAAACCGTGTGATCCGGAACTGACCGCTTTTGTGATGCTCAAGCTCTACATCGCGCTGATATTTGACTGGGAAAAAAACCATCCGCCTCTTGAAAAAGAGACGATCGCCGAATTGCTGGAAATGTATGTTGGTCAAGGATTATCTAAATAA MCVDRKKLILEAATKSFTQFGYKATTMDLVAKLANVGKGTIYTFFKNKEELFDDIFTTILREMKEHADEAMKPELSFHENVHRALVAILEFRKTHQLTIKIFQENAEIGTIAVQDVIAKMERAILSYIKEKIETAIENGSIKPCDPELTAFVMLKLYIALIFDWEKNHPPLEKETIAELLEMYVGQGLSK NA NA NA NA NA D1-12_00163 2334 smc_1 Chromosome partition protein Smc TTGAATACAATAAAAAGCCAGTGGAAAGACATTGTAACGAACAAGAAACTGTTAATCCCCATCATTGCCATATTATTCGTTCCGCTGATCTACAGCGGAGTGTTTTTGAAGGCGTACTGGGACCCGTACGGCACGGTGGATCAGCTGCCGGTTGTCGTTGTCAACCAGGATAAAGGGGCGGACTACGAAGGGAAACATCTTCAGATCGGTGACGATCTTGTGAAAGAGTTAAAGAAAAATGATAATTTTGATTGGCATTTTTCAAGCGATCTTGATCAATCGTTAAAGGACTTATTAAATGCTAAATATTATTTATTGGTCGAGATTCCTGAAGATTTTTCGAAAAACGCCAGCACGGTAATGGATAAAAATCCGAAGAAGCTGGATCTGAAATATCATACGAATGCCGGATCAAACTATGTCGGCGCGACAATCGGGGAAAAGGCGATCGACAAACTGAAAGCCTCCGTGTCGAAAGAAGTGACAGAGCAATACGCAAAAGTCATTTTTGATAACTTTAAAGATATTGCCAAAGGGCTCGGCAAAGCCAGCAGCGGAGCCAAGAAAATAGACGACGGCACGAAAAACGCGAAAGACGGCAGCGCCAAGCTGAAGGAAAATTTAGCGAAGCTTACTGAAAGCACCGCCACCATCAGCGATAAAACGCAGCAGCTTGCAGACGGAGCGGCGAAAGTGACAAGCGGAATTCAAACGCTTGACAGCTCTATCGCAAAACTTCAGAGCGCAAGCGCCGAAATTCAAGATAAATCAGGACAGATTGCTTCAGGAGGAGGCCAAGTGGCCAGCGGGCTGAAAACGAGCCTTGACGCACAAAAGCAGCTCCAGCAAAAGCTTCCGGATTTAACGAATGGATTAAGCGCGTTAAACAGCAAGGCGCAGGAAGTGTCGCAAAAAGCGGCGGCATTTGAAGATGCGATCAATTCAGTCAACCTCTCAGACATTGAAAACGCGGTTGGGCAGCTCGAGCAGACTGAAAAGGACCTGCAGCAGTTTAAGAAGAAGCTTTCTGATCTGAAAAACAACCTGGATGCCCGGGATGACGCGGTCAAAAAGGTGATTAAGGACAGTGATTTCTTAACGGATGAGCAAAAAGCGAAACTTGTTCAGCTACTGAATGAGAAGCTTCCGAAGGCCGACCTTCCGGATTTAGACAATATCGTCAGCCAGCTTCCGTCCGGCGGAGATATTCAGCTTCCGGATATGTCAGTCATAAAAAGCGCGCTCAAAGATGTAAAAGCGAAGGCTGATCAGCTGAAAGCACTGCCTCAGTCCACATCGAAACTGTATAACGGCGCAGCGGCGGTACAAGACGCGATTAACCAGCTGACAGCGGGAACTGATAAATTGTACAGCGGAGCGCAGACCGTCTTTGAAAGCCAAAATAAACTGACGGCCGGCATCGGCGAATACAACAGCAAGTTCGGACAGCTCAAATCAGGATCAGAAGCGTTAGTGTCAGGGAGCGGCCAAGTATCAGGCGGCTTAACGAAACTCCTGGATGCGCAAAACAAAATCCATGACGGCTCGTCCAAAATTGAGCAGGGTCAAGCATCTCTCGGCACCGGTTTAAGCAAACTTTTAGACGGCACCGGACAATTGTCCAGCCAGCTGAAAGATGCGGCCGATCAAACCGGGGACATTAAGACAGATGACAAAACGTACAGCATGTTTGCCGATCCGGTAAAAACGGACGATAACGCGATTCATTCCGTGCCTAACTACGGTACCGGACTGACGCCTTATATTCTCTCTATGGGCTTGTATGTCGGCGGATTGATGCTGACGGTCGTATTCCCTCTGAGTGAAGCTTCAGGGCGTCCGAGAAACGGTTTTGAATGGTTCCTCAGCAAATTCAGCGTTATTCTGCTTGTCGGACTGATTCAATCCGTTATTGTCGCCACGGTTCTGTTAAAAGGAATCGGGCTTGATGTGGAGAGCACTTGGAGATTCTATCTCTTTACGATGATTACCAGCATCGCGTTCCTGTCCATGATTCAATTATTGGCGACAACGATGGGGAATCCGGGACGTTTTATCGCTGTCATCATTCTGGTGCTCCAGCTCGGGGCAAGCGGAGGAACCTTCCCGCTTGAACTCCTGCCGGGATTCTATCAAGTGATTCACGGGGCACTGCCGATGACTTACAGCATCAACGGGTTCCGCGCCGTCATTTCAAATGGCGATTACGGCTATATGTGGCAGCAGGCATCCATTCTGTTGGGCATCGCCGTTGTCATGATCGCGCTGACCATCGTGTATTTTACGGTGCAAAGCAAAAAAGAACACAAAACGGAAGAAGAAATAACAGCATAA MNTIKSQWKDIVTNKKLLIPIIAILFVPLIYSGVFLKAYWDPYGTVDQLPVVVVNQDKGADYEGKHLQIGDDLVKELKKNDNFDWHFSSDLDQSLKDLLNAKYYLLVEIPEDFSKNASTVMDKNPKKLDLKYHTNAGSNYVGATIGEKAIDKLKASVSKEVTEQYAKVIFDNFKDIAKGLGKASSGAKKIDDGTKNAKDGSAKLKENLAKLTESTATISDKTQQLADGAAKVTSGIQTLDSSIAKLQSASAEIQDKSGQIASGGGQVASGLKTSLDAQKQLQQKLPDLTNGLSALNSKAQEVSQKAAAFEDAINSVNLSDIENAVGQLEQTEKDLQQFKKKLSDLKNNLDARDDAVKKVIKDSDFLTDEQKAKLVQLLNEKLPKADLPDLDNIVSQLPSGGDIQLPDMSVIKSALKDVKAKADQLKALPQSTSKLYNGAAAVQDAINQLTAGTDKLYSGAQTVFESQNKLTAGIGEYNSKFGQLKSGSEALVSGSGQVSGGLTKLLDAQNKIHDGSSKIEQGQASLGTGLSKLLDGTGQLSSQLKDAADQTGDIKTDDKTYSMFADPVKTDDNAIHSVPNYGTGLTPYILSMGLYVGGLMLTVVFPLSEASGRPRNGFEWFLSKFSVILLVGLIQSVIVATVLLKGIGLDVESTWRFYLFTMITSIAFLSMIQLLATTMGNPGRFIAVIILVLQLGASGGTFPLELLPGFYQVIHGALPMTYSINGFRAVISNGDYGYMWQQASILLGIAVVMIALTIVYFTVQSKKEHKTEEEITA NA NA NA NA NA D1-12_00164 978 fabHB COG0332 3-oxoacyl-[acyl-carrier-protein] synthase 3 protein 2 ATGTCAAAATCTAAAATTACAGCAATCGGTACATATGCTCCGGCACGCCGATTAACAAACGCGGATTTGGAGCGCATCGTCGATACATCTGATGAATGGATCGTCCAGCGCACCGGTATGAAGGAAAGACGCATTGCCGGCGAACATGAATTCACATCGGATTTGTGTGTGGAAGCGGTGAAAAACCTTGCAGAACGATACAGCGGAACTCTTGATGATGTCGATATGATCCTTGTCGCCACAACGACGGCGGACTATGCGTTTCCAAGCACCGCGGCACGCGTGCAGGCTTACTTCGGCTGGCCGCAAACGGGGGCGCTTGATATTAACGCCACATGCGCCGGACTCACTTACGGCCTTCAGCTCGCAGACGCATTAATTACCGCCGGTTCCCATCAAAAAGTGATTGTCATTGCCGGTGAAACATTATCAAAGGTAACGGATTATACTGACCGGACGACCTGCGTTCTTTTCGGAGACGCTGCAGGCGCCCTATTGGTGGAACGCGATGAATCAGCGCCGGGCTTTTTGGCAGCCGTGCAAGGAACAGCGGGAGGAAGCGCGGACGTGCTGTATCGCACGGGACTGAGCGCAGAATTAAACGGCGAGCCGCTTAAAGGCGGAGGAAATATGGTGCAAAACGGGCGCGAAGTATATAAATGGGCGGCCAGAACCGTGCCTGAGGAATGCAATGCCCTTTTAGAAAAAGCCGGCTTTTCAAAAGACGATCTGGATTGGTTCGTTCCTCACAGCGCCAACATGCGGATGATCGAATCCATCTGTGAAAAACTGCCCTTCCCGCTTGAACGGACATTGACAAGCGTTGAATATTACGGCAACACTTCATCGGTTTCTATTATTCTCGCTTTGGATGAAGCTGTGAAAGCGAAAAAACTGTCGGAAGGCCAGACGCTGGTATTATTCGGGTTCGGCGGAGGATTGACGTATACCGGACTGTTGGTGAGATGGGGATTTTAA MSKSKITAIGTYAPARRLTNADLERIVDTSDEWIVQRTGMKERRIAGEHEFTSDLCVEAVKNLAERYSGTLDDVDMILVATTTADYAFPSTAARVQAYFGWPQTGALDINATCAGLTYGLQLADALITAGSHQKVIVIAGETLSKVTDYTDRTTCVLFGDAAGALLVERDESAPGFLAAVQGTAGGSADVLYRTGLSAELNGEPLKGGGNMVQNGREVYKWAARTVPEECNALLEKAGFSKDDLDWFVPHSANMRMIESICEKLPFPLERTLTSVEYYGNTSSVSIILALDEAVKAKKLSEGQTLVLFGFGGGLTYTGLLVRWGF PGPT0008355_4914 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008355-fabH-K00648 NA NA D1-12_00165 231 hypothetical protein ATGATCAGCCGTAAACCGCACAAGCGGAAAAGATTTCATAATGATTGGTTTGAGGATTGGTTTGAGGATTGGTTTGAGGATAATTGGTCTGGTGCAGCCTTCTGGGGCTGTAAAAAAGAAAAAGATCACTGTAAAAAGAAAAAAGAAGACCCTTGTAAAAAGAAGAAAGATAAAAAGAAGAAAGATAAAAAGAAGCATCATCATTCATGCTGCCGCTGCCGTCATTGGTAA MISRKPHKRKRFHNDWFEDWFEDWFEDNWSGAAFWGCKKEKDHCKKKKEDPCKKKKDKKKKDKKKHHHSCCRCRHW NA NA NA NA NA D1-12_00166 1041 ysdC_1 COG1363 Putative aminopeptidase YsdC GTGGAAAATATGAAACATACGATGGAACTGATTAAAGAATTGGTGTCGATTCCGAGTCCGACGGGCAATACATACGAGGTTATCGCCTATACAGAAAGTCTTTTAAAAGAATGGGGCGTCTCCTCTTACAGGAACCGCAAAGGCGGTCTTTTTGTCACAATTCCCGGCCGTGATGACAAGAAACACAGATTGCTGACGGCGCATGTCGATACGCTCGGCGCGATGGTAAAGGAGATAAAGGCGGACGGCCGGCTGAAGATTGATTTGATCGGCGGCTTCCGATATAACTCGATTGAAGGGGAATATTGCGAGATCCAAACTTCTTCCGGCAAAACCTATACAGGCACCATCTTAATGCATCAGACTTCAGTGCACGTCTACAAGGACGCCGGCAAGGCAGAGCGGAATCAGGAGAATATGGAAGTCCGCCTTGATGAGCCTGTCCGGACGAAGGAAGAGACGTCCGATCTCGGCATCAGGGTCGGCGATTTCATCTCATTTGACCCGCGCGTGCAGATTACGCCGAGCGGCTTTATTAAGTCCCGGCATCTTGATGACAAAGCGAGCGTGGCACTGCTCTTGAATTTAATCCGCCGCATCACGGAAGAGAAAATCGAACTTCCGTATACGACGCATTTTCTGATTTCTAATAATGAAGAAATCGGCTACGGCGGCAATTCCAACATTCCTCCTGAGACCGTCGAATACTTGGCTGTTGATATGGGGGCGATCGGAGACGGCCAGTCTACGGATGAATATACCGTCTCCATTTGCGTGAAGGATGCGAGCGGCCCGTACCATTATCAGCTCAGAAAACATCTGGCCGGGCTTGCGGAGCGCTATGGCATTGATTATCAGCTTGATATTTATCCGTATTACGGTTCTGATGCCTCAGCAGCCATCCGTTCGGGCCATGACATCGTCCACGGGCTGATCGGCCCGGGAATTGACGCTTCACACGCTTTTGAACGCACGCATGAATTATCGCTTCTTAATACGGCGAAGCTTTTGCATCGGTACGTTCTATCGCCGATGGCATAA MENMKHTMELIKELVSIPSPTGNTYEVIAYTESLLKEWGVSSYRNRKGGLFVTIPGRDDKKHRLLTAHVDTLGAMVKEIKADGRLKIDLIGGFRYNSIEGEYCEIQTSSGKTYTGTILMHQTSVHVYKDAGKAERNQENMEVRLDEPVRTKEETSDLGIRVGDFISFDPRVQITPSGFIKSRHLDDKASVALLLNLIRRITEEKIELPYTTHFLISNNEEIGYGGNSNIPPETVEYLAVDMGAIGDGQSTDEYTVSICVKDASGPYHYQLRKHLAGLAERYGIDYQLDIYPYYGSDASAAIRSGHDIVHGLIGPGIDASHAFERTHELSLLNTAKLLHRYVLSPMA NA NA NA NA NA D1-12_00167 1290 gltT Proton/sodium-glutamate symport protein ATGAAAAAATTACGCTTTGGACTAGCGACGCAAATTTTCGTCGGACTCATACTAGGGGTTGTAGTCGGTGTCATCTGGTACGGCAATCCCGCCATTCCAACATATTTACAGCCTATCGGCGATTTGTTTTTACGCTTAATCAAAATGATAGTGATTCCAATTGTCGTCTCCAGCTTAATCATCGGCGTTGCCGGCGCGGGAAGCGGAAAACAAGTCGGAAAATTAGGCTTCAAAACGATTTTGTATTTTGAGATCATTACCACTTTTGCCATTATTCTCGGGCTGGCTTTGGCGAATCTGTTTCATCCGGGAACAGGCGTTAATATACATGAAGCTCAAAAGACAGATATCAGTCAATATGTTGAAACAGAAAAAGAACAAAATAACAAATCTATCGCAGACACATTCCTGCATATCGTACCGACAAACTTCTTCCAATCATTAGCCGAAGGAGATCTGCTTGCCATTATCTGCTTTACCGTGCTGTTTGCACTCGGCATCTCGGCAATCGGTGAAAAAGGAAAGCCTGTCTTGGCCTTCTTTGAAGGTGTTTCTCATGCGATGTTCCATGTTGTGAACCTTGTCATGAAAGTTGCGCCGTTTGGTGTTTTTGCGTTGATTGGTGTTACCGTTTCCAAATTTGGGCTCAGTTCCCTGCTTTCACTCGGTAAACTGGTCGGTTTAGTATATGTAGCTTTGGCTTTCTTTCTCATTGTTGTATTCGGAATCGTCGGAAAGCTTGCCGGAGTAAACATTTTCAAATTCCTCGCCTATATGAAGGATGAAATTTTATTAGCGTTCAGTACGTCAAGCTCCGAAACCGTACTCCCCCGCGTTATGGAAAAAATGGAGAAAATCGGCTGTCCGAAAGGTATTGTTTCCTTTGTTGTGCCGATCGGATATACCTTTAACTTAGACGGATCTGTGCTGTACCAATCTATCGCCGCTTTATTCCTCGCTCAGGTATACCACATTGACTTGTCCATTTGGCAGCAGATTACCCTTGTGCTTGTCTTGATGGTCACTTCCAAAGGAATGGCTGCCGTGCCCGGGACTTCTTTCGTCGTCCTGCTTGCGACATTAGGCGCATTCAACATTCCTGCAGAAGGCCTTGCATTCATCGCCGGGGTTGACCGGATTATGGACATGGCCCGTACGGTCGTCAATCTGACCGGAAACGCGCTGGCATCCGTTGTGATGTCAAAATGGGAAGGCCAGTATGATCCCGTTAAAGGCGCGAAGGTCATGAGCCTCGCCAAAACAGAACAAAACACAACCATCTCAGGTTAA MKKLRFGLATQIFVGLILGVVVGVIWYGNPAIPTYLQPIGDLFLRLIKMIVIPIVVSSLIIGVAGAGSGKQVGKLGFKTILYFEIITTFAIILGLALANLFHPGTGVNIHEAQKTDISQYVETEKEQNNKSIADTFLHIVPTNFFQSLAEGDLLAIICFTVLFALGISAIGEKGKPVLAFFEGVSHAMFHVVNLVMKVAPFGVFALIGVTVSKFGLSSLLSLGKLVGLVYVALAFFLIVVFGIVGKLAGVNIFKFLAYMKDEILLAFSTSSSETVLPRVMEKMEKIGCPKGIVSFVVPIGYTFNLDGSVLYQSIAALFLAQVYHIDLSIWQQITLVLVLMVTSKGMAAVPGTSFVVLLATLGAFNIPAEGLAFIAGVDRIMDMARTVVNLTGNALASVVMSKWEGQYDPVKGAKVMSLAKTEQNTTISG PGPT0000805_581 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-AMMONIUM_ASSIMILATION|USAGE N-AQUISITION-GLUTAMATE_TRANSPORT,PGPT0000805-gltP|gltT-K11102 NA NA D1-12_00168 735 COG1234 putative protein ATGAAAGTTACAGTTATTGGATGCTGCGGCGGGTTTCCGGCCGCAAACGAAGCAACTTCAGGCTATCTGTTTCAGTCCGGCGGCTATTCTCTGCTCGTCGATTGCGGAAGCGCCGTATTATCAAAGCTGTTTGCCTATGTTCCGGCAGAAGAGCTTGATGCCGTCATTTTGTCCCATTATCATCATGATCACATCGCTGATATCGGGCCGCTTCAATTTGCCAAACAGGTCGGCTCCTTTCTCGGAAAAGGGACGCATGCACTGCCGATTTACGGGCATGATGCTGATATAGAACAGTTTGAGCGTCTTACATATAAAACGCATACAAAAGGAGTGGCCTATCAGCCGGACCGCCCGCTTTCTGCCGGGCCGTTCACCATTACCTTTCTGAAAACGGTGCATCCGGTCACCTGTTATGCGATGCGGATTACTGACGGTTCAGCTTCTGTTGTGTATACGGCTGATTCAAGCTACCAGGACGCGTTTATCCCGTTTGCGGAAAATGCCGATCTGCTGATCTGTGAGTGCAATTTTTACGCAGACCAGGACGGCACGTCAGCCGGCCATATGAACAGTTTGGAAGCCGGACGTATCGCGAAGGAGGCCGGAGCGGGGGAGCTGATTCTCACGCATCTGCCTCATTTCGGCGAGCACCGGAAGCTGAAAGAAGAAGCGGAATCCGTGTTCGGGGGCGAAGTGACAATCGCCGCTTCCGGATTGAAGTGGGAGAAATAA MKVTVIGCCGGFPAANEATSGYLFQSGGYSLLVDCGSAVLSKLFAYVPAEELDAVILSHYHHDHIADIGPLQFAKQVGSFLGKGTHALPIYGHDADIEQFERLTYKTHTKGVAYQPDRPLSAGPFTITFLKTVHPVTCYAMRITDGSASVVYTADSSYQDAFIPFAENADLLICECNFYADQDGTSAGHMNSLEAGRIAKEAGAGELILTHLPHFGEHRKLKEEAESVFGGEVTIAASGLKWEK NA NA NA NA NA D1-12_00169 996 lplJ COG0095 Lipoate-protein ligase LplJ ATGTTATTTATCGACAATCAAAACATAACCGACCCGAGGATCAACCTCGCGATCGAGGAATATTGCGTGAAGCATCTCGACCCTGAACAGACATACCTGCTGTTTTATGTCAATCAGCCGTCGATTATCATTGGGAAGAACCAAAACACAATAGAAGAAATCAATACGAAATACGTAGAAGATAACGGAATCATCGTCGTCCGCAGGCTGTCAGGAGGCGGTGCGGTTTACCATGACCTCGGGAATCTGAATTTCAGTTTTATCACCAAGGATGACGGCGACAGCTTTCACAATTTTAAAAAATTCACCGAACCCGTTATTCAAGCGCTGCGCCAGCTCGGTGTGGAAGCTGAATTAAGCGGCCGAAACGACATCGTCGCGGACGGCAGAAAAATTTCCGGCAACGCTCAATTTTCGACGAAAGGGCGTATTTTCAGCCACGGAACATTAATGCTAGATTCCGCCATTGATCATGTTGTATCAGCCTTGAAAGTGAAAAAGGACAAAATCGAATCAAAAGGCATTAAGTCAATCAGAAGCCGTGTCGCCAACATCAGCGAGTTTCTTGATGACAAAATGACGGCGGACGAATTCAAAAAGCACCTGCTTCACCATATTTTTAATACAAATGATCTTTCCGAAGTGCCGGAATATAAACTGACCGATGAAGACTGGAAAGCGATCCGGAAGATTTCCGAAGAGCGCTATCAAAACTGGGACTGGAATTTCGGAAGGTCGCCCGCATTTAATCTTCAGCATTCGAAACGTTATCCGGTCGGATCGATTGATCTGCGTCTTGAAGTGAAAAAAGGAATCATTCAGGACTGCAAAATTTTCGGTGATTTCTTCGGTGCGAAAGATGTGAGTGAAGTCGAACAGGCACTGACCGGAAAACAGTATGACCGAACCGCTATCAGGGAGGCGCTGGCCGGAATCGATCTGAAACAGTATTTCGGTAAAATAGAGCTGGAAGATTTCCTCGAGCTGATTTATTAG MLFIDNQNITDPRINLAIEEYCVKHLDPEQTYLLFYVNQPSIIIGKNQNTIEEINTKYVEDNGIIVVRRLSGGGAVYHDLGNLNFSFITKDDGDSFHNFKKFTEPVIQALRQLGVEAELSGRNDIVADGRKISGNAQFSTKGRIFSHGTLMLDSAIDHVVSALKVKKDKIESKGIKSIRSRVANISEFLDDKMTADEFKKHLLHHIFNTNDLSEVPEYKLTDEDWKAIRKISEERYQNWDWNFGRSPAFNLQHSKRYPVGSIDLRLEVKKGIIQDCKIFGDFFGAKDVSEVEQALTGKQYDRTAIREALAGIDLKQYFGKIELEDFLELIY PGPT0003945_1469 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-ADAPTION_TO_PLANT_IMMUNE_SYSTEM ADAPTION_TO_PIS-PLANT_LIPOIC_ACID_INTERFERRENCE PLANT_LIPOIC_ACID_BIOSYNTHESIS,PGPT0003945-lplA|lplJ|lipL1-K03800 NA NA D1-12_00170 645 yhfK COG0702 putative sugar epimerase YhfK ATGAAAGTATTTCTCATCGGAGCAAACGGACAGATCGGACAGCGGCTGACCGGGCTGTTTCAAAAAGACGGCACACATACGCTGCGGGCGATGGTCCGGAAACAAGAGCAGAAAGAAGCGCTTCAAGCCGCGGGAACAGAAGCCGTTCTTGCAGATTTGGAAGGAAGCCCGGAAGACATCGCGAAAGCTGCTGAAGGCTGTGACGCGATTGTGTTTACCGCCGGATCAGGAGGAAGCACCGGATACGATAAGACGCTTTTGATTGATCTTGACGGAGCCGCGAAAGCGATAGAAGCGGCAAAGAAAGCCGGCATCAAGCGGTTCATTATGGTAAGCGCCCTTCAGGCTCATAACCGCGGCAATTGGAATGAAGCGCTGAAGCCGTATTACGCCGCAAAGCATTATGCGGATAAAATTCTTGAAGCGAGCGGTCTGACGTATACGATTATCCGGCCGGGCGGGTTATTAAATGATCCCGGCACGGGAAATATCAAAGCCGCGGCCGATTTAGAAAGAGGCTCCATTTCAAGAGACGATGTCGCCAAGACCGTTATCGCATCCCTTGATGAACCGAATACGTATGAAAAAGCATTCGATCTGACGGCGGGCGGCACGCCGGTCAGTGAAGCGCTGAAACAATTATAG MKVFLIGANGQIGQRLTGLFQKDGTHTLRAMVRKQEQKEALQAAGTEAVLADLEGSPEDIAKAAEGCDAIVFTAGSGGSTGYDKTLLIDLDGAAKAIEAAKKAGIKRFIMVSALQAHNRGNWNEALKPYYAAKHYADKILEASGLTYTIIRPGGLLNDPGTGNIKAAADLERGSISRDDVAKTVIASLDEPNTYEKAFDLTAGGTPVSEALKQL NA NA NA NA NA D1-12_00171 1542 lcfB_1 COG0318 Long-chain-fatty-acid--CoA ligase ATGAATCTGGTTTCCAAATTGGAAGAAACGGCATCGCAGAAACCGGAAAAACCAGCTTGTCTGTTTCAAGATCAGTACATGACGTATGAGGAGCTGGCAGGTAAAATCAAAGCATTTGCAAACGGCTTGGAGGACAGGGGACTGAAAAAAGGGGATCATCTCGCGCTGCTGCTCGGAAATACGCCTGACTTTGTTATTGCGTTTTTCGGCGCGTTAAAAGCGGGAATTGTCGTCATACCTGTTAATCCGGCATATACACCTTCAGAAATCGCATACATGCTGAAAAACGGCGATGTCAAAGCGATCGCCGGCATCGATCTTTTAATTCCCGTATTTGAAAGCCTGCACGGCTCGCTGCCGCTGCTGGAGCATATCATTATCAGCCAGACAGCAGAGAACGCTCCATCGACAGAAGACCCTCAATTGCGCTTAAAAATGACAACGTTTACAAAAATGCTTCGCCCGGCGGAGCGCAGCAGAACTTATCCGACATTGTCAAAAGATGATACTGCCGTCATTTTATACACCTCAGGGACGACCGGAAAACCGAAAGGCGCCATGCTCACCCATCAGAATCTTTTCTCCAATGCAAATGATGTCGCCGGATACTTAGGAATGAATGAGAAAGACAAAATTGTGGCGGCATTGCCGATGTTTCACGTTTTTTGTTTAACCGTTTGTATGAATGCGCCTCTGATGAGCGGAGCGTGTGTCTTAATCGAGCCGCAATTCAGCCCGGCTTCTGTGTTTAAACTGATTAAAAGCCGTCAGGCAACCATTTTTGCCGGCGTTCCGACGATGTATAACTATCTGTATCAATACGAGCACGGCAAGGCGGAGGATTTTGCGTCCGTCAGACTGTGCATTTCAGGCGGCGCCTCCATGCCGGTCGCTCTGTTGCAGACGTTTGAACAAACCTTTGACGTCACCATTCTGGAGGGGTACGGACTTTCTGAAGCGTCTCCGGTTACTTGTTTTAATCCGTTTGACCGGGGGAGAAAGCCCGGCTCGATCGGGACGAATATTTTACATGTCGAAAATAAAGTCGTCGATACACTCGGACGTGAATTGCCCGACCATCAAGTGGGAGAATTGATCGTGAAAGGGCCGAATGTGATGAAAGGCTATTACAAGATGCCCGAGGAGACGGAGCACGCGCTGAAAGACGGCTGGCTGTACACGGGTGATTTGGCGAAGCGCGACGAAGACGGTTATTTTTATATCGTCGACAGAAAAAAAGATATGATTCTCGTCGGCGGATACAACGTCTATCCGCGCGAAGTAGAAGAAGTGCTCTACAGCCATGAGGGCATTAAAGAAGCCGTGGTCATCGGCGTTCCTGACGCCAAAACGGGGGAAGCGGTGCATGCTTATATAGTGCCTGGGGACGGTGAGCTGACAGAGCAGGCGGTTTTTGATTACTGTGAAACACATTTGGCAAAATATAAACGGCCGGCGGAAGTAGTTTTTCTTGATGAGATTCCGAAGAACGCGACCGGGAAGCTGCTGAGACGGGCGGTCCGGGACATGCTTCCGAAATGA MNLVSKLEETASQKPEKPACLFQDQYMTYEELAGKIKAFANGLEDRGLKKGDHLALLLGNTPDFVIAFFGALKAGIVVIPVNPAYTPSEIAYMLKNGDVKAIAGIDLLIPVFESLHGSLPLLEHIIISQTAENAPSTEDPQLRLKMTTFTKMLRPAERSRTYPTLSKDDTAVILYTSGTTGKPKGAMLTHQNLFSNANDVAGYLGMNEKDKIVAALPMFHVFCLTVCMNAPLMSGACVLIEPQFSPASVFKLIKSRQATIFAGVPTMYNYLYQYEHGKAEDFASVRLCISGGASMPVALLQTFEQTFDVTILEGYGLSEASPVTCFNPFDRGRKPGSIGTNILHVENKVVDTLGRELPDHQVGELIVKGPNVMKGYYKMPEETEHALKDGWLYTGDLAKRDEDGYFYIVDRKKDMILVGGYNVYPREVEEVLYSHEGIKEAVVIGVPDAKTGEAVHAYIVPGDGELTEQAVFDYCETHLAKYKRPAEVVFLDEIPKNATGKLLRRAVRDMLPK PGPT0008380_13666 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-DSF_BIOSYNTHESIS,PGPT0008380-fadD-K01897 NA NA D1-12_00172 396 hypothetical protein ATGAAAAAAATAATCGCGTTTATTGTAGTAATCGCCCTTTTGGTTATTGCTTTCTTCTATGTATACAGCCGGACCGGCGATGTGTTTCCATCAAGCAACGCAGATCTGATTATTCTGTCTGAGCACGGAAAAAAAGAAATCAAAATTAAAGACAGGCAGAATGTAAAAGATATGCTCGATATCTTGAACCAAGGAAAACAAGTCAAACTGACCAAAAGCGTGTCTCCCGATTACGACGGAACGGTCAAATACCATGAAGACCGTTTTGATTCATTCAGCATGTGGCTCGAAGGCGGCAATTATATGATGTACAAGTATAAAAACACGTATTACAAACTGACCCGGCATGATACGAAGCTTGTGCAAAGCATCATTAAGGAAGAATCGCAGAGCTGA MKKIIAFIVVIALLVIAFFYVYSRTGDVFPSSNADLIILSEHGKKEIKIKDRQNVKDMLDILNQGKQVKLTKSVSPDYDGTVKYHEDRFDSFSMWLEGGNYMMYKYKNTYYKLTRHDTKLVQSIIKEESQS NA NA NA NA NA D1-12_00173 1251 htpX_1 Protease HtpX ATGCGCAAATGGATAGCGGCAGCGGGACTTGCCTATGTGCTGTACGGCCTTTTTTTCTATTGGTATTTCTTTATGACAGGAGACTCCGCCGTCCCGGAGGCCGTAAAGGGAACGAAAGCCGATCCGTCCTCGTTTATGGACCCGGGCCGCCTGGCAGCCGCTGAAAACTTTTCAAATGTAAAGGATTTTTTATTTTTCATCGGAGCGCCGTTAGATTGGTTTTTATTTTTTCTGCTGCTCATTACGGGGCTTGCCAAAAAAATAAAGCATTGGCTGGAAGCAGCGGTGCGCTTTCGGGTGCTGCAAATCGTAAGCTTCGTATTTGTGATTTCACTCATCGTTACGGCGGCTTCGCTTCCGCTTGAGTGGATCGGATATCGGGTTTCGCTTGCGTATCATATTTCGACGCAGACAACAGCAAGCTGGATAAGAGACCATGTCATTGATTTCTGGATCAGCTTTCCGCTGTTTGCCGTGTGTGTGCTTGTGTTTTACTGGCTGATCACAAAGCATACAAAAAAATGGTGGTTTTACGCTTGGTGCCTTACTGTGCCGTTTACCCTGTTTTTGTTTTTCCTGCAGCCGGTCGTGATTGATCCTTTATACAATGATTTCTATCCGCTGAAAGACAAGGAGCTGGAAAGCAAAATTTTGTCGCTTGCCGACAAGGCCGACATTCCGGCCAGCCATGTTTATGAAGTAAATATGTCGGAGAAAACGAATGCGCTGAATGCGTATGTGACGGGAATCGGTTCGAATAAGCGAATCGTTTTGTGGGATACGACGCTTAACAAACTGAAGGATCGGGAAATTTTGTTCATTATGGGGCATGAGATGGGGCACTATGTGATGAAGCACGTGTACATCGGACTGGCCGGGTATCTCCTGCTGTCATTAGCCGGGTTCTATATCATTGACAAGCTTTATAAGCGGCTGTCCAAATTCTTCGGCCGAATGCTTCATATAAAGGGGCCTGAAGATCTGGCCGCCCTCCCGCTGTTATTGCTCCTCATATCCGTTCTCAGTTTTGCTTCTGATCCGATTACGAATGCCGTCTCCAGGTATCAGGAAAACGCCGCCGACCGTTACGGCATCGAGCTGACCGGAAACCGGGAAGCGGCGATTGAGACGTTTCAGGACTTGGCCGATACGGGACTGAGCCGGGTCAACCCGCCGTTTCTCGTCAAAATCTTCAGAGGGAGCCACCCGTCGATCATGGAGCGGATTGAACATGCGGAGGAAGAAAAATAA MRKWIAAAGLAYVLYGLFFYWYFFMTGDSAVPEAVKGTKADPSSFMDPGRLAAAENFSNVKDFLFFIGAPLDWFLFFLLLITGLAKKIKHWLEAAVRFRVLQIVSFVFVISLIVTAASLPLEWIGYRVSLAYHISTQTTASWIRDHVIDFWISFPLFAVCVLVFYWLITKHTKKWWFYAWCLTVPFTLFLFFLQPVVIDPLYNDFYPLKDKELESKILSLADKADIPASHVYEVNMSEKTNALNAYVTGIGSNKRIVLWDTTLNKLKDREILFIMGHEMGHYVMKHVYIGLAGYLLLSLAGFYIIDKLYKRLSKFFGRMLHIKGPEDLAALPLLLLLISVLSFASDPITNAVSRYQENAADRYGIELTGNREAAIETFQDLADTGLSRVNPPFLVKIFRGSHPSIMERIEHAEEEK NA NA NA NA NA D1-12_00174 1149 apr COG1404 Subtilisin BPN' GTGAGAGGCAAAAAGGTATGGATCAGTTTGCTGTTTGCTTTAGCGTTAATCTTTACGATGGCGTTCGGCAGTACGTCTCCTGCCCATGCGGCAGGGAAATCAAACGGGGAAAAGAAATACATTGTCGGATTTAAACAGACAATGAGCACGATGAGCGCCGCTAAGAAAAAAGATGTCATTTCTGAAAAAGGCGGGAAAGTGCAAAAGCAATTCAAATATGTAGACGCAGCTTCAGCTACATTAAATGAAAAAGCCGTAAAAGAGCTGAAAAAAGACCCTAGCGTCGCTTACGTTGAAGAAGATCACGTTGCACAGGCGTACGCGCAGTCCGTGCCTTACGGCGTATCACAGATTAAAGCCCCTGCTCTGCACTCTCAAGGCTTCACCGGATCAAATGTTAAAGTAGCGGTTATCGACAGCGGTATCGATTCTTCTCATCCTGATTTAAAGGTAGCAGGCGGAGCCAGCATGGTTCCTTCTGAAACAAATCCTTTCCAAGACAACAACTCTCACGGAACTCACGTTGCCGGTACAGTTGCGGCTCTTAATAACTCAGTCGGTGTATTAGGCGTTGCGCCAAGCGCATCTCTTTACGCTGTAAAAGTTCTCGGCGCTGACGGTTCCGGCCAGTACAGCTGGATCATTAACGGAATTGAGTGGGCGATCGCAAACAATATGGACGTTATTAACATGAGCCTCGGCGGACCTTCTGGTTCTGCAGCGTTAAAAGCGGCAGTTGACAAAGCCGTTGCTTCCGGCATCGTAGTCGTTGCGGCAGCCGGTAACGAAGGCACTTCCAGCGGCTCAAGCACAGTGGGCTATCCTGGTAAATACCCTTCTGTCATTGCGGTAGGCGCTGTTAACAGCAGCAACCAAAGAGCATCTTTCTCAAGCGTAGGTTCTGAGCTTGATGTCATGGCACCAGGCGTCTCTATCCAAAGCACGCTTCCTGGAAACAAATACGGCGCGTACAATGGTACGTCAATGGCATCTCCGCACGTTGCCGGAGCGGCTGCTTTGATTCTTTCTAAGCACCCGAACTGGACAAACACTCAAGTCCGCAGCAGTTTAGAAAACACCACTACAAAACTTGGTGATGCTTTCTACTACGGAAAAGGGCTGATCAACGTACAGGCGGCAGCTCAGTAA MRGKKVWISLLFALALIFTMAFGSTSPAHAAGKSNGEKKYIVGFKQTMSTMSAAKKKDVISEKGGKVQKQFKYVDAASATLNEKAVKELKKDPSVAYVEEDHVAQAYAQSVPYGVSQIKAPALHSQGFTGSNVKVAVIDSGIDSSHPDLKVAGGASMVPSETNPFQDNNSHGTHVAGTVAALNNSVGVLGVAPSASLYAVKVLGADGSGQYSWIINGIEWAIANNMDVINMSLGGPSGSAALKAAVDKAVASGIVVVAAAGNEGTSSGSSTVGYPGKYPSVIAVGAVNSSNQRASFSSVGSELDVMAPGVSIQSTLPGNKYGAYNGTSMASPHVAGAAALILSKHPNWTNTQVRSSLENTTTKLGDAFYYGKGLINVQAAAQ NA NA NA NA NA D1-12_00175 879 yhfQ COG4594 Putative ABC transporter substrate-binding lipoprotein YhfQ ATGAAACCAATTTTCAGTATGCTGATGATCTTATCCGTTCTCTTCATAACGGCATGTTCAGAACAGGAACATGAAACCGCCGTCAGGCACGATCTGGGGACGGCACATGTGGCTGCGCATCCGCAGCGCGTCGCCGTATTGAATGATGGCTTTATTGATACCCTCCATGATCTCGGCATAAAGCCGGCGGCCGTGGCGGATGACCGGGCAGAGCGAAACGACGGCAGTCCGTCCGTCGGGCTCCCGTCACATCCCGATTTGAAAAAGATCACTTCGTTAAAGCCCGATCTCATCATTGCAGACTCAAGCCTTCACAAGGGGATATACCATGAGCTGACAAAGATCGCTCCGACAATCGCTTTACAAAATGAAGCTGCGGATTATCAGGATGCGGTTGACGCTGCCCTTACTATTGAAAAGGCGGTCGGTAAAGATGGCATCATAGAGAAACAATTGTCGGCTCAGGAAGAAAAGCTGAATGACATCAAAAGAAAGCTGGATGCAGAAGGCGGCACGATTTTATTAATTGACGCTGCAAATGACAGCATTTCCGTAAAGGATGACCGGTTTTTCACGTCCCGGCTTTTGACGCTCGCAGGGTTTACATATGCGGTCCAGACGGATTCCGGCGGGAAATCAGACTCTATCAAAATGACGCCCGGGCAGCTTTTGCATATCGATCCTGATTACATCGTACTGTTGGACGGTGAGAAAGAACTCGAAAAAAATCACCTCTGGAAACAGCTGACAGCCGTAAAAAACGGACACGTTTACCGCGCGGACAGGGCGGTATGGACGGAGCGCCGGAGCATTGACGGTGCGGACGCCATATTACATGATCTTCAGAAAAAAATGCTCGCCAAAAAGGCCCAAAACTGA MKPIFSMLMILSVLFITACSEQEHETAVRHDLGTAHVAAHPQRVAVLNDGFIDTLHDLGIKPAAVADDRAERNDGSPSVGLPSHPDLKKITSLKPDLIIADSSLHKGIYHELTKIAPTIALQNEAADYQDAVDAALTIEKAVGKDGIIEKQLSAQEEKLNDIKRKLDAEGGTILLIDAANDSISVKDDRFFTSRLLTLAGFTYAVQTDSGGKSDSIKMTPGQLLHIDPDYIVLLDGEKELEKNHLWKQLTAVKNGHVYRADRAVWTERRSIDGADAILHDLQKKMLAKKAQN PGPT0003765_10600 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 D1-12_00176 576 pspB COG0406 Putative phosphoserine phosphatase 2 ATGACTGCCGTTTGTTTAGTAAGACATGGAGAGACTGATTGGAATGCCCAAAAGAAGCTTCAAGGCAAATCGGATATTCCGTTAAATGCGACGGGGGAGCGTCAGGCGAAAGAAACAGGAGAGTACTTAAAGGGGTCCGAATGGGATGTCATCGTCTCAAGCCCGATGAAACGGGCCAGAAAAACAGCTGACATTATTAACGGGTTTTTGAATCTTCCCATTGTTGTCATGGAAGATTTCAGAGAACGGAGCTACGGTGATGCGGAAGGAATGTCTTTACCGGAACGGTCGAAGCGCTACCCGGATAAAAACTACCCGAACATGGAGACAGCAGAAGAGCTGACAGACAGAATGCTTGCCGGTTTAGTGAAAGTTCAGGAGCGGTTTCCTGAGCAAAAAGTACTGATCGTCGCTCATGGCGCAGCCATTCACGCCCTCTTGTCCGCCATTTCTGACGGTGATACCGACATACAAAACGCAAAGCTTGTCAATGCGTGCCTGAGCAATATCGAACGAATTGAAAATAAGTGGCGCGTCAAAGATTACAATATAAGCAGCCACCTATCAGAATCATAA MTAVCLVRHGETDWNAQKKLQGKSDIPLNATGERQAKETGEYLKGSEWDVIVSSPMKRARKTADIINGFLNLPIVVMEDFRERSYGDAEGMSLPERSKRYPDKNYPNMETAEELTDRMLAGLVKVQERFPEQKVLIVAHGAAIHALLSAISDGDTDIQNAKLVNACLSNIERIENKWRVKDYNISSHLSES PGPT0002590_214 DIRECT EFFECT BIO-FERTILIZATION PHOSPHATE_SOLUBILIZATION P-SOLUBILISATION-PHOSPHATASE_ACTIVITY P-SOLUBILISATION-UNCHARACTERIZED_PHOSPHATASE,PGPT0002590-phoE-K15640 NA NA D1-12_00177 1092 yhfS COG0183 Putative acetyl-CoA C-acetyltransferase YhfS ATGGAAGCTGTAATTACGGATGCGAAACGGACGATTTTCGCCCGGGAAAACGGCCTGTTAAAAGACTGTCTCCCAGAAGATTTGGCAGCTCCGCTGATTCGCCATTTGAGCCGAAACATGCCCGAAGACATTGATGAAGTCCTGATCGGAAACGCGACGGGCCGCGGCGGGAATCTCGCCCGGCTGTCAGCCTTGGCCGCCGGACTTCCTTTGAGCGTGTCCGGTACGACCATCGACAGACAGTGCGGCTCCGGACTGGACGCCGTGAGGGTCGCGTGCCACTTTGTTAAAGCCGGCGCGGGGAGCATGTACATCGCGGGAGGAGCGGAGAGCAGCAGCCGTTCCCCTTTCTCTTCCCGGGCGCGCTTTTCTCCTGAACACATCGGCGATCCTGATATGGGCATAGCAGCCGAGTATACGGCACAGGCTTACGGCGTAACGAGAAAGATGCAGGACGAATATGCCCTTCTCAGCTATGAACGGAGCGTCAAAGCGAACGAAGACGGCTTATACCGCCGGGAAATTCTTCCCTGTCACGGATTCGCCGCTGACGAAAACATGCTGAAAAAGCGGAACATGGAGCCTCTCATCTCCCGTGCCAAACCCGTCTTTCAGTCCGGAGGCTCTGTCACCGCCGCCAACAGCTGCGGAATTTCTGACGGTGCGGCGGCAGTTTGTGTGATGGAAGAACAAAAAGCGCGGTCTCTCGGTTTAAAGCCAAGATTGCGTTTTATCGGAAGCGCGGTAAGCGGCGTCCATCCGCATTATCCGTCAGCAGCCCCGGTTTATGCCGTCAAAAAGCTTTTGAAGGAACGGAACCTGTCACCGGATGATATTGATATATACGAAATCAACGAGGCGTTTGCCGTCAAAATATGCGTTTTTTCACAGCAGCTTCAAGTGCCGTATTCTAAAATAAATGTCCGGGGCGGCGCTCTGGCCGTCGGGCATCCGTACGGGGCTTCCGGGGCGGCGCTTGTCACCCGGCTTTTTTATGAAGCAAAAAGACGCCCGGATGCCCGCTACGCAGCAGCAGCGATCGGCAGCGGAGGCGGAGTCGGACTGGCGCTTCTCTTTGAAGTGTTAACGTAA MEAVITDAKRTIFARENGLLKDCLPEDLAAPLIRHLSRNMPEDIDEVLIGNATGRGGNLARLSALAAGLPLSVSGTTIDRQCGSGLDAVRVACHFVKAGAGSMYIAGGAESSSRSPFSSRARFSPEHIGDPDMGIAAEYTAQAYGVTRKMQDEYALLSYERSVKANEDGLYRREILPCHGFAADENMLKKRNMEPLISRAKPVFQSGGSVTAANSCGISDGAAAVCVMEEQKARSLGLKPRLRFIGSAVSGVHPHYPSAAPVYAVKKLLKERNLSPDDIDIYEINEAFAVKICVFSQQLQVPYSKINVRGGALAVGHPYGASGAALVTRLFYEAKRRPDARYAAAAIGSGGGVGLALLFEVLT PGPT0008320_14337 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008320-atoB-K00626 NA NA D1-12_00178 1437 yhfT COG0318 putative acyl--CoA ligase YhfT ATGATTACATCATCATATTCAGATACAGCCGGACAAGCGCCGGAACAGATCGCAATTCAGACAGAAACAGAACAGATCAACTATCAAACTTGGAACAGGCTGGTAAACCAAACCGCAAACTGGCTTGGCAGCCTTATAGATAAGCCCGAAAACATTGCAATATTACTGCCGAACGGCATCCCATTTTTACAACTTTTCGCAGGCGCGGCGCATGCCGGCTGCACGGCGGTTCCGTTAGATCCCCGCTCGGCAGCGGCGGAACTCGCGGACCAGCTGCACATCAGCAAAACCGACCTCGTCATCTGTGACCGCCGGCTGAGCGGCAGACTGGACGGCGTCAAAACGCCTGTCATCCTGTGGGATGAATGCAGGCCTTTGATCGAGTCGGAAAAAACGGAAGGCGCTTTTATCGAAAACGCCGGCCTGCCCTTTTATACCGGATTCACCTCGGGATCGACCGGTAAGCCGAAAGCCTTCACCCGCTCTCACCGTTCGTGGCTGGAGAGCTTTTCTTGTACGAAACGTGAATTCGGCATTTCCCCTGATGACAAAGTGCTGGTACCGGGCACGCTTCGCTCGTCACACTTTTTATACGGCGCCGTCAGCACTTTGTTTATCGGCGGAACCGTCATCCTTCAAAGAAAATTCAATCCGGCCGGAATGAAAGACCGGCTCAGACAAGCTGACGTTCTATATACCGTGCCGACAATGACGGATGCCCTGCTCTCACTAGAGGCGTTTCCGGATAGACCGCTCAAGGTGATTTCTTCCGGTGCAGACTGGCCCGCTTCGTCTAAACAAGCGCTGTCAGAGCGCTATCCCCATTTGCGGTTGTACGATTTTTACGGAACGTCCGAGCTGAGTTTCGTGGCGTTCTTATCGCCTGAAGACAGCGCCCGAAAGCCTGACGCGGCGGGCCGCCCGTTTGAAAATGTTACAATCGAAATCCGCCGGCCCGGCGGAGAACGCTGCATGCCGGGCGAAACGGGGAAGATTTTTGTGAACAGCCCGATGAAATTTTCCGGATACATCAACGGCGCAAAATCTGATGATTCCGGCTGGATGACGGTTGATGACATGGGATATATCGATCGTGAAGGCTATCTTTATATCGAAGGACGTGAAAACGGGATGATCGTATCAGGCGGCCTGAATGTATTCCCTGAAGAGATAGAACGTGTGCTCAACCGCTGTCCGGGCGTCAGAAAAGCGGCAGTCATCGGCATTCCTGATGATTATTGGGGCAGCATCGCCGTTGCGGTGATCGACGGACATGCAAATGTAAAGGAACTGAAGAAACAGTGCCGCGAGCAGCTGGCGGCATATAAAATCCCGAAAAAGTGGCTGTTTTCAGAAATACCGGAAACAGCCGGCGGAAAGATCGCCCGTGCCGCCGTACAAAAGCAGGCAAAGGACATGATGGAATGGAAGCTGTAA MITSSYSDTAGQAPEQIAIQTETEQINYQTWNRLVNQTANWLGSLIDKPENIAILLPNGIPFLQLFAGAAHAGCTAVPLDPRSAAAELADQLHISKTDLVICDRRLSGRLDGVKTPVILWDECRPLIESEKTEGAFIENAGLPFYTGFTSGSTGKPKAFTRSHRSWLESFSCTKREFGISPDDKVLVPGTLRSSHFLYGAVSTLFIGGTVILQRKFNPAGMKDRLRQADVLYTVPTMTDALLSLEAFPDRPLKVISSGADWPASSKQALSERYPHLRLYDFYGTSELSFVAFLSPEDSARKPDAAGRPFENVTIEIRRPGGERCMPGETGKIFVNSPMKFSGYINGAKSDDSGWMTVDDMGYIDREGYLYIEGRENGMIVSGGLNVFPEEIERVLNRCPGVRKAAVIGIPDDYWGSIAVAVIDGHANVKELKKQCREQLAAYKIPKKWLFSEIPETAGGKIARAAVQKQAKDMMEWKL PGPT0008380_15768 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-DSF_BIOSYNTHESIS,PGPT0008380-fadD-K01897 NA NA D1-12_00179 558 bioY_1 COG1268 putative biotin transporter BioY ATGAAATTGACAGAAATGATGCATATTGCCGTGTTTACCGCCATTATGGGACTTTTGGGGCTGCTCCCGCCGCTTTTCTTATCCTTTACGCCGGTTCCGATTACGCTCCAGACGATCGGTGTGCTCTTATCGGGAAGCATCCTAAAACCGAAAGCGGCGTTTTTAAGCCAATTGCTTTTTTTGCTGATTGTGGCATGCGGAGCGCCTCTCCTTTCAGGCGGCAGAGGCGGGTTCGGGGTTTTTTTCGGGCCGAGCGCCGGATATCTCATCGCATATCCGCTGGCGGCATTACTTCTGAGCCTCAGCATCCAAGGCCTTCGCTCAGCTGCTGTCCCCCATTTGTTTATCAGACAGTTCTTGTTCGGCGTGCTGTTTTTGTATGTCATCGGCATTCCCGTTCAGGCTTTTATAATGCACATTGATATCTTGACTGCCGTAAAGCTCAGCCTCATCTATGTGCCCGGAGATCTGCTTAAAGCGGCCGCAGCCTCATTCGCAGCCGTAAGAATCAGAAAAACTCTTCAAGCAAGCCGGCTTTTGCCGACGAAAGGAAGCTGA MKLTEMMHIAVFTAIMGLLGLLPPLFLSFTPVPITLQTIGVLLSGSILKPKAAFLSQLLFLLIVACGAPLLSGGRGGFGVFFGPSAGYLIAYPLAALLLSLSIQGLRSAAVPHLFIRQFLFGVLFLYVIGIPVQAFIMHIDILTAVKLSLIYVPGDLLKAAAASFAAVRIRKTLQASRLLPTKGS PGPT0022050_1854 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_TRANSPORT,PGPT0022050-bioY-K03523 NA NA D1-12_00180 1293 hemAT COG0840 Heme-based aerotactic transducer HemAT TTGTTATTTAAAAAAGACCGCAAAAAAGAAACAGCTTATTTTTCAGAAGCCGATGGAAAAAAACGCATCGCGCTTTCAAATCAATATGCAGATGTCCAAAAACAGCTGAAAATGGTCAGGCTCGGAAACGAAGAACTTCATGTGCTTGAAGAGCTGCAGCCGTTAATTAAAGAACATATCTCAACAATCGTCGATTCCTTTTACCGAAACCTGGATCACGAAAAATCATTAATGACGATCATTAACGACCACAGCACGGTCGAGCGCCTGAAAAAAACATTACGGCGTCATATCCATGAGATGTTCGCCGGCACGATTGATGATGAATTCATTGAAAAAAGACAGCGCATCGCTTCCATCCACTTGCGGATCGGCCTTGAACCGAAATGGTATATGGGAGCGTTTCAGGATCTGCTTCTGTCGATGATGAACATATATGAAGCAGCAATTCCGGATTTGCATGAGCTTTTAAAAGCGATCAAAGCGACGACGAAAATATTGAATCTTGAACAGCAGCTCGTCCTTGAAGCATTCCAGAGCGAATATAACTGCCAGCGTGACGAACAAGAGGAAAAGAAAGCCCGTCTTCATCAAAAAATCCAGGAAACATCCGGATCACTCGCTGATTTGTTTTCAGAAACGAGCAGAGCCGTGCAGGAGCTGGTCGATAAATCCGAGGGCATTTCCGAGGCGTCAAAAGCCGGCACCGTCACTTCCGTACATGTCGAAGAAAAATCAATCGGCGGGAAAAAAGAGCTTGAAAGCCAGCAGAAGCAGATGAATAAAATCGACGCCAGCCTTCTGCAGATTGAAGAAGAAATGGACAAGCTGAATGACATCGCCCAGCAGATCGAAAAAATCTTCGGCATCGTGACGGGGATCGCCGAGCAAACGAATCTCCTGTCACTCAACGCTTCAATAGAATCCGCGAGAGCCGGGGAGCACGGCAAAGGGTTCGCCGTTGTGGCGACGGAGGTAAGAAAGCTTTCAGAGGATACGAAAAAAACCGTTTCCACCGTATCAGAGCTCGTGAACAATACCAATACACAAATCAACATCGTGTCCAAACATATTAAAGATGTAAACGGACTTGTAAGTGAAACGAAAGAAAAAATGACGCAGATCAACCGTCTGTTTGATGACATCGTCCAAAGCATGAAAACGAGCAAAGACCAGACAGGCAAAATCGACGTTGATTTGCAGGCCTTTCTCGGCGGTCTTCAAGAAGTCAGCCGCGCCGTTTCCCACGTTGCATCATCCGTTGATTCACTTGTTATCCTTACAGAAGAATAA MLFKKDRKKETAYFSEADGKKRIALSNQYADVQKQLKMVRLGNEELHVLEELQPLIKEHISTIVDSFYRNLDHEKSLMTIINDHSTVERLKKTLRRHIHEMFAGTIDDEFIEKRQRIASIHLRIGLEPKWYMGAFQDLLLSMMNIYEAAIPDLHELLKAIKATTKILNLEQQLVLEAFQSEYNCQRDEQEEKKARLHQKIQETSGSLADLFSETSRAVQELVDKSEGISEASKAGTVTSVHVEEKSIGGKKELESQQKQMNKIDASLLQIEEEMDKLNDIAQQIEKIFGIVTGIAEQTNLLSLNASIESARAGEHGKGFAVVATEVRKLSEDTKKTVSTVSELVNNTNTQINIVSKHIKDVNGLVSETKEKMTQINRLFDDIVQSMKTSKDQTGKIDVDLQAFLGGLQEVSRAVSHVASSVDSLVILTEE PGPT0015705_233 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS CHEMOTAXIS_PROTEINS METHYL-ACCEPTING_CHEMOTAXIS_PROTEINS,PGPT0015705-hemAT-K06595 NA NA D1-12_00181 1524 petC_1 Cytochrome b6-f complex iron-sulfur subunit TTGACTACTTTTTCAAACGAGGAACCGGCTTCCTATTGGAAAGCAACAGCTGACATTCCTTCCTTTCCCGCCCTCACTGAAGATACGGAATGTGACGTTGCGGTTATCGGCGGAGGAATTACGGGCCTGACAACGGCATACGAACTGACGAAAAGAGGTTTCCGTGTCGCTGTCATTGAAGCAGACCGGATTTTAAACGGGACGACCGCGGGCACGACCGCAAAAATCACCGCCCAGCATGATTTCATCTATGCCGATCTTATTCAGCAGATCGGACAGACCAGCGCAAGGCTGTATTTCGAAGCCCATCTCCGCGCCATGGAAGACATGAAGCAGATCATCAAGGACCTTTCGATTGACTGCAGACTGATTGAACAAGACGCATATCTTTACACCAATACAGAATCAGGCGCCAAAAAAATCCGCAGTGAGCAGGAAGCTTATACCAAGCTCGGCATTGAACACGAGCTTGTGAAAGAACTTCCCGTCCCTGTTGATTGCAGGCTCGGCCTCGCCATGAAGAATCAGGCGCAATTCCATCCGCTTTTATATGGCGCGGCGCTCGTCAAAGAGATCGTTAAAAACGGGGCGCGGATTTTTGAACAGACGGCTGCGATCGACATAAAAAAAGAACCGCAGCCGGAAGTGGTCACGAAAAACAGACACGGCATCAAGTGCAGCTACATTGTCTGCTCTTCCCACTTTCCTTTTTATGACGGAGGCGGGCTTTACGCCGCCAGAATGTATGCCAGCAGATCCTACGTACTCGCGGTAAAACCGAAACAAGCGTATCCGGACGGGATGTATCTCAGCATAGACAAGCCGTCCAGATCACTGCGATACACCGATTTGAACGGTGAAAAACTGGTTCTTGTCGGCGGCGAAAGCCACAAAACAGGCCAAGGAAAAGAAATGTCCGAGCATTACGAAGCACTGAAACAATTTGCGGAAGACACAATCGGAGTTGAAAGCATCCCATATCATTGGTCTGCACAAGACCTTGTCACCATTGACAAAATTCCGTTCATCGGTCCCATCTCGGGCGATGAAGAACATATTTTGGCGGCGACCGGTTTTAAAAAATGGGGCATGACAAGCTCAGCGCTCGCCGCGAAGCTTTTGGCTGATCATATTCAAAACAAAAAGAACCCGTTTTCCGGCCTGTTTATTCCGTCACGCTTCCACGCAGATCCGGGACTGAAAAAACTGATTTCTTATAATGCCGACGTGGCCAAACACCTTATCTCGGGCAAACTTGAGAGGCCGAACGCTTCACCTGAGACTCTTCGGCCCGGGGAGGGAAAAATCGTAACGGTAAACGGCAAACGGGCCGGCGCCTATAAAGATGAAAAAGGCTGTCTGCATCTTGTCGATACGACATGCACCCATTTGGGCTGTGAGGTCGAATGGAATGACGGCGAACGGACGTGGGACTGTCCTTGTCACGGGTCCCGGTTCACACCTGACGGCGGGGTTGCCGAAGGTCCCGCCATCAAGCCGCTGAAGCGCCTCAGCCAAGATTGA MTTFSNEEPASYWKATADIPSFPALTEDTECDVAVIGGGITGLTTAYELTKRGFRVAVIEADRILNGTTAGTTAKITAQHDFIYADLIQQIGQTSARLYFEAHLRAMEDMKQIIKDLSIDCRLIEQDAYLYTNTESGAKKIRSEQEAYTKLGIEHELVKELPVPVDCRLGLAMKNQAQFHPLLYGAALVKEIVKNGARIFEQTAAIDIKKEPQPEVVTKNRHGIKCSYIVCSSHFPFYDGGGLYAARMYASRSYVLAVKPKQAYPDGMYLSIDKPSRSLRYTDLNGEKLVLVGGESHKTGQGKEMSEHYEALKQFAEDTIGVESIPYHWSAQDLVTIDKIPFIGPISGDEEHILAATGFKKWGMTSSALAAKLLADHIQNKKNPFSGLFIPSRFHADPGLKKLISYNADVAKHLISGKLERPNASPETLRPGEGKIVTVNGKRAGAYKDEKGCLHLVDTTCTHLGCEVEWNDGERTWDCPCHGSRFTPDGGVAEGPAIKPLKRLSQD NA NA NA NA NA D1-12_00182 858 ydaD_2 General stress protein 39 ATGGCTAATCAGAAGAAGAAAACCTTGCCGCCGCAGCATCAAAACCGGCAGCCGGGCTTTGAATATGTAATGGACCCGCGCCCCGTTTTTGACAAACCGAAAGCGGCGAAAAAACTTGAAGGGAAAACGGCGATCATCACGGGCGGAGACAGCGGGATCGGCCGCGCCGTATCCGTTTTATTCGCGAAGGAAGGCGCTAATGTGGTCATCGTTTACTTTGATGAGCATCAGGATGCCGAAGAGACGAAGCAATATGTAGAAAAAGAGGGGGCGAAGTGTCTGCTGATCGCAGGGGATGTCGGCGACGAAGCCTTCTGCAACGATGTCATCCGCCAGGCCGGCCAAGCCTTTCCTTCCATTGACATCCTGGTCAACAACGCGGGTGAGCAGCACGTGCAGCCGGGGATTGAGAAAATCACGAGCCACCAGCTCATCAGAACGTTTCAGACGAATATTTTTTCAATGTTTTACTTAACGAAAGCCGCGCTCCCTCACCTGAAAAAAGGAAGTTCAATCATTAATACGGCCTCCATTACCGCCTATAAAGGCCACAAAACATTGATTGACTATTCAGCGACAAAAGGGGCGATCGTCACGTTTACAAGATCTCTTTCCCAATCTCTTGTCACTCAGGGCATCAGGGTAAACGCAGTGGCGCCGGGGCCGATCTGGACGCCGCTGATCCCGGCGAGCTTCTCGGCGAAGGAAGTGGAAGTCTTCGGCTCAGATGTGCCGATGCAGCGCCCGGGAGAGCCTGTTGAAGTGGCGCCGAGCTATTTGTACTTAGCAAGCGATGATTCTTCATATGTCACGGGACAGACGATTCATGTGAACGGCGGCACCATCGTAAACGGATAA MANQKKKTLPPQHQNRQPGFEYVMDPRPVFDKPKAAKKLEGKTAIITGGDSGIGRAVSVLFAKEGANVVIVYFDEHQDAEETKQYVEKEGAKCLLIAGDVGDEAFCNDVIRQAGQAFPSIDILVNNAGEQHVQPGIEKITSHQLIRTFQTNIFSMFYLTKAALPHLKKGSSIINTASITAYKGHKTLIDYSATKGAIVTFTRSLSQSLVTQGIRVNAVAPGPIWTPLIPASFSAKEVEVFGSDVPMQRPGEPVEVAPSYLYLASDDSSYVTGQTIHVNGGTIVNG PGPT0003180_15626 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 D1-12_00183 234 hypothetical protein ATGAAAGAGAAAAAGTCGTACACTGAGCTCATGAAGTCCCGCAACACGCAAAAAGCAAACGAATTCGATGTGACAATGGCCGATATTTACATTCAAATGGTGCTTGATGAATCCTTGTATAAACGCCGGATCGCCATGCTGACAATGCAGATTAATAAGGCGCTTGATGATAAAAATAAAGAAGCGTTCCTCACGCTTTCAAAAGAATATGCCGCACTCAAACAGAGTGAATAA MKEKKSYTELMKSRNTQKANEFDVTMADIYIQMVLDESLYKRRIAMLTMQINKALDDKNKEAFLTLSKEYAALKQSE NA NA NA NA NA D1-12_00184 579 comK COG4903 Competence transcription factor ATGTGCCAGAAAACACACGCACCCTTAGAAAGCTACGAAGTAAATCGTTCAACCATCGCTGTTTTGCCTGAGGAAATAGACGGTAAAATGGGGTCGAAGGTCATTGAAAAAGACTGCATTCTGTATGTCAGCATGAAGCCGATTCACATCATCGACAGAAGCTGCCGCTACTTTGGCTCCAGCTATGCCGGGAGAAAAGCGGGAACATATGAAGCGATTAAAATTTCTCACAAGCCGCCGATTATGGTGGACCCTTCAAATCACATCTTTTTATTCCCTACACTTTCTTCTGCAAGGCCTCAATGCGGCTGGATATCGCATGTGCACGTTAAAGATTTTCAACCGACGGCATTTGATGACACAGCGGTCACGTTCTCAAACGGCAAAACGATGGAACTGGAAGTATCCTATCATTCTTTTGAAAATCAGGTTTACAGAACCGCCTATCTCAGAACCACTTTTCAGGACAGGATGGGCAGTCATATCCCGAAGCGGCAGGAATTCATGCTGTATCCGAAAGAAGAGCGGACAAGAATGATCTACGACTTTATTTTGCGGGAGCTGGGGGAGAGATATTAG MCQKTHAPLESYEVNRSTIAVLPEEIDGKMGSKVIEKDCILYVSMKPIHIIDRSCRYFGSSYAGRKAGTYEAIKISHKPPIMVDPSNHIFLFPTLSSARPQCGWISHVHVKDFQPTAFDDTAVTFSNGKTMELEVSYHSFENQVYRTAYLRTTFQDRMGSHIPKRQEFMLYPKEERTRMIYDFILRELGERY PGPT0025815_79 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-COMPETENCE-RELATED_DNA_TRANSFORMATION_TRANSPORT,PGPT0025815-comK-K02250 NA NA D1-12_00185 369 fra_1 COG5646 Intracellular iron chaperone frataxin ATGGATGTGTTTGCAAAATATGTATCAGGAATCGATAACCCGGATCACCGTCTCAAAGCAGAGGAAATTTTGTCGTGGACGGCTGGCCAATTTCCGAACTTAGAAGCGCAGATCAAGTGGAACAAACCGACATTTACCGATCACGGCACCTATATCATTATGTTTGCCGCGGCAAAAAATCATTTGAGCATTTTACCTGAAAAAGAGACGATGGAGCATTTTGCCGATGACATCGCCCAGGCCGGGTACAGCGCTTCTTCGCGCCTGTTCAGAATTCGATGGACTGATCCGGTGCACTATGATCTGCTTAAGAAGATCATCGAATTTAACATCAAGGAAAAAGCTGAAAATCCGGGGTTTTGGCGCTAG MDVFAKYVSGIDNPDHRLKAEEILSWTAGQFPNLEAQIKWNKPTFTDHGTYIIMFAAAKNHLSILPEKETMEHFADDIAQAGYSASSRLFRIRWTDPVHYDLLKKIIEFNIKEKAENPGFWR NA NA NA NA NA D1-12_00186 372 fra_2 COG5646 Intracellular iron chaperone frataxin ATGGACGTTTTCAAAGACTATTTATCAAGTATCGACAGCCCTGATCATCGTCTGCGAATGGAGGAAATCCTGTCGTGGACGGCTGACCGATTTCCGAACTTAGAAGCGCAGATCAAGTGGAACACGCCGATGTTTACGGATCACGGCACCTTTATTATCGGCTTTGCGGCAGCAAAGCATCATGTAAGTGTTTCCCCCGAAGAAGCGGGAATTGCGCATTTTGCCGACGACATTGCCCGTGCCGGCTACAGCGCTACTTCCCGTTTGTTCAGAATTCAATGGACTGAACCGGTGCATTATGAGCTGCTTGAACGCATGATTCAATTCAATATTCAGGATAAGGTGGACTGCTCAGCATTTTGGCGGAAATAA MDVFKDYLSSIDSPDHRLRMEEILSWTADRFPNLEAQIKWNTPMFTDHGTFIIGFAAAKHHVSVSPEEAGIAHFADDIARAGYSATSRLFRIQWTEPVHYELLERMIQFNIQDKVDCSAFWRK NA NA NA NA NA D1-12_00187 510 hypothetical protein GTGAATGAATTTTATAAGGCGTTAACACATGTAAATAAAATTTTTTATGAACCAAATCACTTAACGATACATGATATTCAAGAAGAAGCTCAAAATTCAGAGTATGGGGCCGGTATGTTTCAACTGCATTCAAAATCAGTTCGATTCAGAGTCGCAAAAATAACGCCTAACAAGATAGGACAGTTTGTTGCTTTTTGGGAAAAAGATGGAGATGGTAAAAACCACGCCTTTTCATATGAAAAAGCTGCTGATTTATTGGTTATCAATACTTTTGCCGGTAATAATCATTTTGGACAATTTGTTTTTCCAAAAGAAGTTCTTGTAAAGCAAAATATCCTTAAAACAGCCGCTGCAAAAGGAAAAATGGCAATTAGAGTTTACCCTAAATGGGAAAATCCCACTAGCAAACAAGCTATCAAAACACAAAAATGGCAGTTGGCATATTTTGTAGAGGCGAACGATGCAGATCGTTTTCCAGCACAAGACCTGTTAAAGCTATATTCTAACTAA MNEFYKALTHVNKIFYEPNHLTIHDIQEEAQNSEYGAGMFQLHSKSVRFRVAKITPNKIGQFVAFWEKDGDGKNHAFSYEKAADLLVINTFAGNNHFGQFVFPKEVLVKQNILKTAAAKGKMAIRVYPKWENPTSKQAIKTQKWQLAYFVEANDADRFPAQDLLKLYSN NA NA NA NA NA D1-12_00188 711 yncM putative protein YncM ATGATGAAAAAAGGGCTTCTTGCGGGTGTTCTCACTACAGCCGTTCTATTCGGCGCATGTACGGCGGATATTCCGGGGGTGATCAGTCCCAATACGGCGGAAGCGGCGTCCCAGCTCAGCAAAGGAATCGGCGGAAGGGCCTACCTGAACAGCACGGGCTCAGTTCTCGTCACGAAAATTCAGCTTCCAAGCTCGATTCAGGTGTCAAATGGGACAGCCTATATTTACTCAGGATTTACCGGAGGCACAGAGGCTGATATCGGGCTTCAGTACAGTGACACCTATCATGTATGGAAACCGATCATGAAAGTCGGTTCAAAGGGGCAAGGCCAGGTCCGGTATCTGGAAGGAGAAAGCCAATTCACCTATACGAAAGGCTTCCGGCCCGGCAGCACCGTACAGCTGACCATTTACAAAAATCTGAACGGCAATACCCGCGCCACATATTGGGGCACGAATAATGACGGATACACCGGCCGCATCATCTCAGAACTCGCCCAAACAAATGTAGGCTCTGTCTCAAAATGGAAAGCGCTCGCCACCGTCGCGGTCACATCAGAGGATCAGCGCCCTTACATCAAATCAAACTTCTCAACAGCCTTTACGAACATCACGATCGACAATAAAGCAGTCACCCCTGTGATTGATACACAGGATTTTGCCAAATTGACAGTGTCAGGCAGCAGCGTCAGCATGTCTGTCGTCAAATAA MMKKGLLAGVLTTAVLFGACTADIPGVISPNTAEAASQLSKGIGGRAYLNSTGSVLVTKIQLPSSIQVSNGTAYIYSGFTGGTEADIGLQYSDTYHVWKPIMKVGSKGQGQVRYLEGESQFTYTKGFRPGSTVQLTIYKNLNGNTRATYWGTNNDGYTGRIISELAQTNVGSVSKWKALATVAVTSEDQRPYIKSNFSTAFTNITIDNKAVTPVIDTQDFAKLTVSGSSVSMSVVK NA NA NA NA NA D1-12_00189 270 hypothetical protein ATGAAAAAGACGGCAGCTGTGCTTTTGTCTTTCGGTCTGGTGTTCGGTTGTTCATACGGAGCGGGGCAGACGGCAGAAGCGAAAACAAAGGTAAAAACGTATCAAAACTGCAAGGCGCTGAATAAGGTGTATAAGGGCGGTGTGGCCAAATCGTCGAAAGTGAAAAACAAGGGCGGCAGAACAAAGTACAAGCCGTATGTATCAAAAGCGCTTTACAATGCAAATAAAAGACTTGACCGAGATAAAGACTATATTGCATGTGAGAAATAA MKKTAAVLLSFGLVFGCSYGAGQTAEAKTKVKTYQNCKALNKVYKGGVAKSSKVKNKGGRTKYKPYVSKALYNANKRLDRDKDYIACEK NA NA NA NA NA D1-12_00190 318 hypothetical protein ATGATCATGACAACGACCGAAACTGTCGCCGGAAAACAGATTACAGAAGTGAAAGGCTTGGTGACAAGCAGTATCGTCCAGTCCAGACACATCGGCAAAGACTTGCTTGCAGGCTTAAAATCTGTCGTCGGCGGCGAATTGAAAAGCTATACTGAAATGCTGGAAGACTCCAAAAAAGCGGTGAAAGAGCGCCTGATCAGAGAGGCGGAGCAGCTCGGAGCGAACGCCATCGTCGGCCTGCGGTTCGAACTGACCGCAGGACAGAACACATCCGAATTAATCGGATACGGAACCGCCGTCACCGCCGAATCCATTTAA MIMTTTETVAGKQITEVKGLVTSSIVQSRHIGKDLLAGLKSVVGGELKSYTEMLEDSKKAVKERLIREAEQLGANAIVGLRFELTAGQNTSELIGYGTAVTAESI NA NA NA NA NA D1-12_00191 1470 yodF_1 COG0591 putative symporter YodF ATGAACGCAGCATTTCCCGTAATGGCCGTCGTGCTCCTGTTTTGTGTATATCTCGGAATCCGGGCCCGAAAAGGAAAAAATATGGACCTTGAACAATGGACAGTGGGCGGACGCGGCTTCGGCACGATGTTTGTCTTTTTATTAATGGCGGGAGAAATATACACGACCTTTACATTCCTCGGCGGAAGCGGATGGGCTTACGGAAAAGGAGGCCCCGCCTTTTATATTATCGCGTACGGCTGCCTTGCCTACATTTTGTCATATTGGCTTCTGCCAGCCGTGTGGACTTACGCCAAACAACACAAACTGATGTCGCAATCAGATTTTTTTATTTCAAAATACAACAGCCCGCTCCTCGGCATTCTCGTATCGCTCGTCGGCATCGCATCCCTCATCCCCTATCTCGTCCTGCAGCTGAAAGGGCTCGGATTAATTGTTTCAGCAACGTCATACGGACAGATTCCGCCCTCAGCCGCTGTCTGGATCGGCGCTGTCTCCATCACGATTTATGTGATGATATCAGGAATCCACGGTTCAGCGTGGATATCCGTCGTTAAAGATATCATGATTTTAGGCATCGTCCTGTATTTAGGCATTTATCTGCCCATTCATTACTATGGCGGGTTTACGGAGATGTTCAAACAAATTGACGCCGCAAAACCCGGTTTTCTCACGCTGCCGGAAACCGGACAGAGCGTTTCCTGGTTCAGCTCAACGGTTTTGCTGACCGCTCTCGGCTTTTATATGTGGCCCCATACATTTGCCGCTTCCTATTCGGCGGAGCATCCGCGGGTGTTTCGGAAAAACGCAATCATCATGCCTCTTTATCAGCTCGTCCTGCTGTTTGTCATCTTTACCGGATTTGCGGCGATTCTGCAGGTGCCCGGTTTAAAAGGGGCGGACACGGATCTCGCCTTATTAAAGCTGTCTGTGAAAACCTTTGATCCCTGGTTTGTCGGACTGATCGGATCGGCGGGCATTCTGACGGCGCTTGTACCCGGTTCAATGATATTAATGGCCTCAAGCACGCTGTTCGCCAAAAATGTGTACAAAGCCATTCTGCCCGGCACGACTGACGAAAAAGTCTCACGGCTCGCAAAATACGCCGTACCCGTCATCGCGCTGATATCCGTATATTTTACGCTGAAAGGCGGAAATACCATCGTCACCTTGCTTTTAATGGGCTACAGCCTTGTCACCCAGCTTTTCCCCGCACTCTTATTCAGCCTGCCGAAGCGGCGTTTCATCACAAGCCACGGCGCTTTTGCCGGCATAACGGCCGGGGTCGGAACGGTGTCCTTCATTACGCTGACCGAATCAACCATCGGAACCCTCTTTCCGTTTCTTCCGCAGATCGTTAAGGATATGAATACAGGCATCATCGCGCTGGTTCTGAACATTGCCGTCATGTTTGCAGTCAGCGCCGCAGTCAGAAAAAAACAAATCAGCGCAGCCGAAAAGGCGGCTTAA MNAAFPVMAVVLLFCVYLGIRARKGKNMDLEQWTVGGRGFGTMFVFLLMAGEIYTTFTFLGGSGWAYGKGGPAFYIIAYGCLAYILSYWLLPAVWTYAKQHKLMSQSDFFISKYNSPLLGILVSLVGIASLIPYLVLQLKGLGLIVSATSYGQIPPSAAVWIGAVSITIYVMISGIHGSAWISVVKDIMILGIVLYLGIYLPIHYYGGFTEMFKQIDAAKPGFLTLPETGQSVSWFSSTVLLTALGFYMWPHTFAASYSAEHPRVFRKNAIIMPLYQLVLLFVIFTGFAAILQVPGLKGADTDLALLKLSVKTFDPWFVGLIGSAGILTALVPGSMILMASSTLFAKNVYKAILPGTTDEKVSRLAKYAVPVIALISVYFTLKGGNTIVTLLLMGYSLVTQLFPALLFSLPKRRFITSHGAFAGITAGVGTVSFITLTESTIGTLFPFLPQIVKDMNTGIIALVLNIAVMFAVSAAVRKKQISAAEKAA PGPT0013955_4427 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 D1-12_00192 201 hypothetical protein ATGAAACTGATTCATGTTCTCGCCGCCCTGCCCTTTTTCGGAATTCTCGCCGGCATTCCATTTGCCAACCGGGTGACGCCTTATGTTTTCGGAATGCCTTTCATTCTCGCGTATGTCGTCATCTGGGCGGTGCTGACTTCCGTTCTGATGGCCGCTGTTTACAAATTGGACAAAGAAAACAAGGCGGGTGAGGCGGAATGA MKLIHVLAALPFFGILAGIPFANRVTPYVFGMPFILAYVVIWAVLTSVLMAAVYKLDKENKAGEAE NA NA NA NA NA D1-12_00193 360 hypothetical protein ATGCCTGACATCCGGAGCGGCACCCGCGATCTCATCGAAAAAGGGCTGTTTCTGCCCATGGCGGCTGCCATCCTGAACCGGGACCTCGAAGCGCTTGATTCGTGCCCGTTCAAATTAAAACAACCCTATAAACAGCTTATCGGCTGCTCTTTAAAATTAGCACAAAAGGATTTGAGTGATGTTCGAAAAGAGTTAAGAAAGCGTAAAATTAAACTATACGAAGCGGAAAGAGACGAAGCATTTACGCTTTATATATGCACCATTAACGGCTATGAAGAAAAACACCGTTATTTCAACCCGAGAATACGGGAACAGGTAACCGCCTTATTGGAATATTACCTGTCTCTTGCGACCATTTAA MPDIRSGTRDLIEKGLFLPMAAAILNRDLEALDSCPFKLKQPYKQLIGCSLKLAQKDLSDVRKELRKRKIKLYEAERDEAFTLYICTINGYEEKHRYFNPRIREQVTALLEYYLSLATI NA NA NA NA NA D1-12_00194 627 hypothetical protein TTGGAGCATTTTTTATCATATTTGACTGAGGAACAGCTGACGGAATGGTTCCAAAGCTATAGAGCTTTCGGCCCGGCGGCTGCGGTTGCACTGCCTTTTATTGAAGCGTTTCTTCCGTTTTTGCCGCTTGTTGTATTTGTGGTGGCGAATACGAATGCATTTGGTTTGTGGGAAGGTTTTTTTCTGTCGTGGCTCGGTTCTGCGGCAGGATCGATACTGATGTTTTATGCCGTCCGCCGTTTCGGACAGAAAAGAGCTTTCGGTTTCATCCGCAGGCATCAGACCATAAGGCGGATGATGCTCTGGGTTGAGCGGCACGGTTTCGGTCCGCTGTTTATTTTACTTTGCTTCCCCTTTACGCCGTCCGCTGCGGTTCATATCGTTGCCGGTCTGTCACGGGTGGGGGCGCTGCAGTTTATATCAGCAGCCGCTATGGGGAAAATGGTCATGATCTTTATGATCAGCTTTATCGGGTATGATCTTCACGCACTCATGACACAGCCTTTCAGGATGGCGGGCGCTATAACGGTGATCGGGGTGCTGTGGTATGCCGGAAAGCATATCAAACGGCGTTTACAGACGAGAATCAGTCAGCATGAGAAAGACGGAGGGAGACAGGAATCTTGA MEHFLSYLTEEQLTEWFQSYRAFGPAAAVALPFIEAFLPFLPLVVFVVANTNAFGLWEGFFLSWLGSAAGSILMFYAVRRFGQKRAFGFIRRHQTIRRMMLWVERHGFGPLFILLCFPFTPSAAVHIVAGLSRVGALQFISAAAMGKMVMIFMISFIGYDLHALMTQPFRMAGAITVIGVLWYAGKHIKRRLQTRISQHEKDGGRQES NA NA NA NA NA D1-12_00195 516 sipV COG0681 Signal peptidase I V TTGAAAAAACGATTTTGGTTTATAGCCGGCGTGCTTATCGTTGTTTTGGCCATACAATTAAAGAATGCCATTTTTATTGATTATAAAGTCGAAGGAATCAGCATGAATCCGACCTTTAAACAAGGAAATGAGCTGATGGTCAACAAGTTTTCCCATCGTTACAAAACGATCCGCCGTTTCGATATTGTCCTGTTTAAAGGCCCGCACCGCAAAGTGCTGATCAAACGAGTCATCGGGCTCCCCGGCGAGTCAATCGCATACAGGGAGGATCAGCTGTATGTGAATGGAAAACGGGTGGCGGAACCGTTTTTAAAACCGTTAAAGTCATCATTGTCCGCCGGGAGCCATGTGACCGGTGATTATACGCTGAAGGAAACGACCGGGCGCAAAAGCATACCGAAGGGACAATACTTTGTTATTGGCGACAACCGCATATACAGCCTCGACAGCCGTCATTTCGGTCCGATTAAGGATAAAGACATTGTCGGAGTCATCAGTGAATCAGACGCCAAGTGA MKKRFWFIAGVLIVVLAIQLKNAIFIDYKVEGISMNPTFKQGNELMVNKFSHRYKTIRRFDIVLFKGPHRKVLIKRVIGLPGESIAYREDQLYVNGKRVAEPFLKPLKSSLSAGSHVTGDYTLKETTGRKSIPKGQYFVIGDNRIYSLDSRHFGPIKDKDIVGVISESDAK NA NA NA NA NA D1-12_00196 90 hypothetical protein ATGAAAATTGTTACGCGCGAAACAAAAAAGAGGCGTTTTATTTTTCGTGATATTGTTACGTGTGTAACAAAAAATATGAAAGAGGACTGA MKIVTRETKKRRFIFRDIVTCVTKNMKED NA NA NA NA NA D1-12_00197 1479 rox Rifampicin monooxygenase ATGAAAACACAGACTGCCATTATCGGGGGAGGTCCGGTCGGGCTTATGCTTGCATCAGAACTGGCGCTGGCCGGAGTGAAAACGACTGTCATTGAACGATTGAAGAAGACGGTGCCATATTCCAAAGCGCTTATCATGCATCCGCGCACACTTGAGCTTTTTGCCATGAGGGGCATATTGGAACGCTTTTTGGAAAAAGGGACGAAGGTGTCTTCCGGCCATTTTTCCATGCTGGATACACGGCTGGATTTTTCTCGGCTGGATACGAAGCAGAATTATTCGTTAATGCTGCCTCAGGCAGAAACGGAGCGGATTTTGGAGGAGTATGCATCAAGTCTCGGCGCAGACATCATCCGCGGGGCGGAAGCGGTGGCTGTCATCCAGACGGATGACGGAGTGGAGACGGTGTTCCGGGACGAAAGCGGTATCCGCACTCTTCACAGCTTTTATGCAGCGGGTACAGACGGAGCGGGGAGCATTGTCAGGAAACAGGCGGGCATCGCTTTTTCGGGCACTGATGCCGACTTAACAGGAACCCTCTGTGATGCCGCTTTGAAACATCCGCCCGAATCTTCCTTTTTGTCAACGTGCCGCCTGGAGGGATCGGTTGTGATTGTCCCTCTTACGGACGGACTTTTCCGCGTCCTGATCATTTCTCCGCACGCTCCGCAAAAGCGGAAGGAAGAGCCGGTCACTGAAAATGAGCTGAAAGAAGACCTGCAGCGGATATGCGGCACTGATTTCGGATTGAGTGATCCGGTATGGATGTCGCGGTTCGGCAATGCCGAGCGTCAGGCCGAACAATACCGCTCCGGCCGGGTTTTTGTGGCCGGTGATGCGGCGCACATTCATTTTCCCGCAGGCGGCCAAGGCCTGAACACGGGGCTTCAGGATGCCTTCAACCTCGGCTGGAAGCTGGCGGCGCAAATGAAGGGAAAAGCGGCGCCTCATCTTCTGGACAGCTATCATCAGGAAAGGCACAGCACAGGAAAAGAAGTGTTGCACAATATAAAAACCCAGATAAAGCTCATGGATTTTACCGAGTCGGGTATGGCATTAAGAGAAACGATGACCGCTTTGCTGGATTTTCAGGAGTCCAACCGTTTATTGGCGGGAAAAGTATCCGCGCTTGATCTGCATTATGAACCGGATGCGGAGCTGCCGCCGCATACCCTGAACGGAAAACGCCTGCCGGATATCGAATTGACCCTTCATGACGGGCGGCCGGCCCGGCTGTATGATTTTCTTCATAAGGGCGCCTTTGTGCTTCTGTCATTAAGAGGGAGCATTCCCGCCGGTATTGATACGGACAGCGTGGCAGCTGTCAGGGCGGATCTTGCTGAAACACGTGCCGATTGGGATGACGTCCACACCGTTTTAATCCGGCCGGACGGCCACGCGGCATGGGCAGCCGGCGGCTCGGGACGTGAAGCGGAAGAAGCCGTTCTGGCCGGTTTGGAGAGATGGGGGTTCATCTGA MKTQTAIIGGGPVGLMLASELALAGVKTTVIERLKKTVPYSKALIMHPRTLELFAMRGILERFLEKGTKVSSGHFSMLDTRLDFSRLDTKQNYSLMLPQAETERILEEYASSLGADIIRGAEAVAVIQTDDGVETVFRDESGIRTLHSFYAAGTDGAGSIVRKQAGIAFSGTDADLTGTLCDAALKHPPESSFLSTCRLEGSVVIVPLTDGLFRVLIISPHAPQKRKEEPVTENELKEDLQRICGTDFGLSDPVWMSRFGNAERQAEQYRSGRVFVAGDAAHIHFPAGGQGLNTGLQDAFNLGWKLAAQMKGKAAPHLLDSYHQERHSTGKEVLHNIKTQIKLMDFTESGMALRETMTALLDFQESNRLLAGKVSALDLHYEPDAELPPHTLNGKRLPDIELTLHDGRPARLYDFLHKGAFVLLSLRGSIPAGIDTDSVAAVRADLAETRADWDDVHTVLIRPDGHAAWAAGGSGREAEEAVLAGLERWGFI PGPT0028535_19 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-RIFAMYCIN_RESISTANCE,PGPT0028535-iri|rox-K21267 NA NA D1-12_00198 522 pchR HTH-type transcriptional regulator PchR TTGGACAGAAGACAGCCAGACCATGCAAAACACATGATTCTTGAAGGGCTGACAGATATTTTTCACGAGCAGGAGAGGTGTCAGGAGGACATCAGGGCGTCGTTGGCCGGACGGATGGACGAACTCCGTGAAGAAAACGGGAAAAAATTACAGCTGACCTTGACGGAAATTCACATTTTGTCGTGTATCGGAGATCATGAACCGATCAATGTCACGTCAATAGCGGAAAAAATGAAGACGACAAAGCCGACCGTGTCGAGAAGCTGCGCGAAGTTTTTGGAAGCCGGCTTTCTGCGCAGAACCCGGCTGAGCGACAATAAAAAAGAAGTCTATTTCCGGCTGACTCCTGCCGGGAAAGAGCTGCATTCCCTTCATCATGAATATCATGAATTGATAAAAAAGCGGCTCTTGGCGTTTTTAGACCGCTATACAGATGAAGAACTGTTATTTGCTGAACGGCTGTTCCGTGATCTTTCAGCAAACTGGCGGTCTGTAAATGGCGGCGGAGAGCTGTTTAAATAA MDRRQPDHAKHMILEGLTDIFHEQERCQEDIRASLAGRMDELREENGKKLQLTLTEIHILSCIGDHEPINVTSIAEKMKTTKPTVSRSCAKFLEAGFLRRTRLSDNKKEVYFRLTPAGKELHSLHHEYHELIKKRLLAFLDRYTDEELLFAERLFRDLSANWRSVNGGGELFK NA NA NA NA NA D1-12_00199 1158 hypothetical protein TTGAAGAAAGACAAACATCTCCTTACAGATATCTGGTTTATTCTCATCAGTGCGGCAGGGGGGTTTCTTCTTTCGCTTACAGGGATGTCGATCGCCTGGATGCTCGGAACGCTGGCCGCCGGCTGCATCCTATCCATGACGAGGCCCCGCTGGCTGTTCATGGCGCCTGACAGAAGAGGGATTCACCGCAGATGGCTTGCGGCGGGACAAATGATCCTCGGCATCGAACTCGGCCAGAAACTGAACCTGTCCGTTCTGTCGGTTTTACGGGAGCATTGGCTTCCGGTAGGCTTCATGCTGATTTTCTCTATCGTGATGGCGCTTGTTTCCGGATATGTGCTCTTTCGGTTCAGCCGGACGGACATGATGACAAGCTTTGTAGGCACGGCGCCGGGCGGTTTATCCGCCATGCCGGGTATCGCCCAGGAAGTCGGCGCAAACACCGCGATTGTAAGCCTTATTCAGCTGACGCGCGTCCTTTTGGTCGTCATGACAATACCGTTTCTCGTTATTTTCTTATTTACCAAACAAAACGGTGCGGCTCAGACATCAGCCGGAGCCGTTTCAGCAGGAGCTTCACATCCGGGCCTTGTCTCCGTCTTGTTAACGGCCGGATTTATTTTGGCTGCCTGGCTTGCAAGTAAAGGCGCAAAACGGCTGAAATTTCCCGCCCCTTGGCTGCTCGGCAGCATGATCGGCGTTGCTGCTGCGGAAATCGGCGTGTCCGCCTTGGCGGGCAAAGACATGCTGGCCTGGTGGCCGCCGGAAGCGAACCAGCTGTCACAAATTTTTCTCGGCGCCACAATCGGATCAAAAATGTACAAAAGCATGTTCACCGGCGTGACGAGAGTGCTGACCGTCGGGTTTATTTCTTCCGTCGGATTAATCGCCGCCATGATTCTGAGCGCGGTTGCGGTTTCTAAATTAACGGGCATCTCCATGATTACATCTGTTCTCGCCTTTTCTCCCGGCGGGATCGCCGAGATGGCGGCGACTTCGATCACCCTGCACGAAGACTCGACTTTCGTCGTCGCGGTTCAGGTCATCCGGATCGTTCTCGTCATCGCCATGCTTCCGCCCTTCTATCGGCTGCTGCACCACCTTTCTCAGCTGAAACGGGCACACGGCGAAAGAGGCCGGGCAGAAAGAGGAACATGA MKKDKHLLTDIWFILISAAGGFLLSLTGMSIAWMLGTLAAGCILSMTRPRWLFMAPDRRGIHRRWLAAGQMILGIELGQKLNLSVLSVLREHWLPVGFMLIFSIVMALVSGYVLFRFSRTDMMTSFVGTAPGGLSAMPGIAQEVGANTAIVSLIQLTRVLLVVMTIPFLVIFLFTKQNGAAQTSAGAVSAGASHPGLVSVLLTAGFILAAWLASKGAKRLKFPAPWLLGSMIGVAAAEIGVSALAGKDMLAWWPPEANQLSQIFLGATIGSKMYKSMFTGVTRVLTVGFISSVGLIAAMILSAVAVSKLTGISMITSVLAFSPGGIAEMAATSITLHEDSTFVVAVQVIRIVLVIAMLPPFYRLLHHLSQLKRAHGERGRAERGT PGPT0027725_72 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 D1-12_00200 1197 tetA_1 Tetracycline resistance protein, class B ATGCAAAAACCGATCAGAGAACAAAAGGCTGTACTCATCATCTTATTAAGCAACATATTTATTGCGTTTTTAGGCATCGGATTGATCATTCCCGTTATGCCGCTGTTTATGAATGTGATGCACTTGACGGGCAGCACAATGGGATACCTTGTCGCTGCCTTCGCCGTCGCGCAATTAATTGCATCCCCCATTGCGGGGAGATGGGTTGACCGCTTCGGCAGAAAAATCATGATTCTCGCCGGACTGTTTTTGTTCGCATTATCCGAACTGACCTTCGGATTGGGCACACATGTCTCCATTTTATATTTCGCAAGGGTGCTGGGGGGCATCAGTGCCGCTTTTATCATGCCCGCTGTTACAGCGTATGTCGCAGATATTACGACGGTGCAGGAAAGATCGAAGGCGATGGGCTATGTATCTGCCGCCATCAGCACAGGGTTTATCATCGGGCCCGGCATAGGAGGATTTATTGCCGATCACGGCGTTCGTATGCCGTTTTTCTTTGCGGCGGGAATTGCATTTATCGCAGTGATTTCCTCTGTCTTTATGCTGAAAGAGCCGTTAACTAAAGATGAACGCGCAAAGCAGATGGAAAGCGTCAAAGAATCAACCTTCTTAAAAGATTTGAAAAAGTCGATTCATCCAAGCTACTTGATCGCCTTTATCATCGTCTTTGTTTTGGCATTCGGGCTGTCGGCGTACGAAACGGTATTCAGCTTATTTACAAACCATAAATTCGGCTTCACGCCAAAGGATATCGCCATTATTATTACGTTCAGCTCCATTGTGGCGGTCCTCATTCAAGTGCTCGCGTTCGGCAGACTTGTCAACTTCCTCGGGGAGAAAAAAGTCATTCAGCTTTGTCTGATCATCGGCGCTGTGCTGGCTTTCGTTTCTACGGTGATGTCAGGGTTTTTGCCCGTGCTCGCTGTCACCTGCATCATTTTCCTTGCGTTTGATTTACTGCGCCCGGCACTGACTACTTATCTATCGAAGATCGCAGGAAATCAGCAGGGGTTTGTTGCCGGTATGAACTCAACATACACGAGTTTGGGCACCATTTTCGGTCCGGCTCTGGGCGGTATTTTATTTGATATGAATATTCACTTCCCGTTTCTGTTCGCAGGTGTGGTTTTATTTCTCGGTCTGGGATTGACGCTTGTGTGGAAAGGAAAAGCGGGCGAGGTTTCGGAGTAG MQKPIREQKAVLIILLSNIFIAFLGIGLIIPVMPLFMNVMHLTGSTMGYLVAAFAVAQLIASPIAGRWVDRFGRKIMILAGLFLFALSELTFGLGTHVSILYFARVLGGISAAFIMPAVTAYVADITTVQERSKAMGYVSAAISTGFIIGPGIGGFIADHGVRMPFFFAAGIAFIAVISSVFMLKEPLTKDERAKQMESVKESTFLKDLKKSIHPSYLIAFIIVFVLAFGLSAYETVFSLFTNHKFGFTPKDIAIIITFSSIVAVLIQVLAFGRLVNFLGEKKVIQLCLIIGAVLAFVSTVMSGFLPVLAVTCIIFLAFDLLRPALTTYLSKIAGNQQGFVAGMNSTYTSLGTIFGPALGGILFDMNIHFPFLFAGVVLFLGLGLTLVWKGKAGEVSE PGPT0003185_526 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0003185-blt-K08153 NA NA D1-12_00201 621 qacR HTH-type transcriptional regulator QacR GTGACAAATACAAAAGGCGGTGCCGGAAAGAGCGAAAAGACGAAGAACAGGCTCGTATCCGCTTCGCGTGACTTATTTGCAAAAAAAGGATATTCAGAAACATCGATTCGGGATATTTTAGAGGCGGCCGAAATCAGTAAAGGCAATCTATATCACCATTTTAAAGGAAAAGAGTTTCTGTTTCTTCATATCATGGAACAGGATCACCGCGTGATGATCGAGACGTGGAGGGAAATGGAAGCTGATCTGAAAGATGCTGCCGAAAAACTGGCGGGCTTTGCGGAGCTGCTCAGCCGGATGAGCATCAATTACCCGCTTATGAGAGCAAGTGAAGAGTTTTATGCGAGTGCGTTTACGTCAGAGGAGGTCGTAAAGCGGCTCAACAAAATTGATATTGAATATGACGATGTGATGAGGGAGATCTTAGAAGAGGGAAATCAAGACGGCAGCTGGTCCATTCATCATGTCGAATCAAAAGTGAAAATCCTGCTATCCGTCTTCTACGGTTTAGATGTGTTATATAAAAACGATACCATTCAGCAAAGAATCGAATTGCAAAAAGAAGCCATCTCCGCGTTTATTCACGGGTCGATCAGCGCTGATAAACAGAATGACAGCTGA MTNTKGGAGKSEKTKNRLVSASRDLFAKKGYSETSIRDILEAAEISKGNLYHHFKGKEFLFLHIMEQDHRVMIETWREMEADLKDAAEKLAGFAELLSRMSINYPLMRASEEFYASAFTSEEVVKRLNKIDIEYDDVMREILEEGNQDGSWSIHHVESKVKILLSVFYGLDVLYKNDTIQQRIELQKEAISAFIHGSISADKQNDS NA NA NA NA NA D1-12_00202 510 hypothetical protein ATGCACGAGAATTTTTTTCATTATACAGCCATCTGCAGTGACGATTCTGTGCTTATCAAGGATCTGGTAAAATCCATAAACGGTGAATACAGCGCTGTGATTTGCTACTCAATATTAGCCGAAAAAGCGCCGACCGCAGAAATCAGAAGACGAATCGAACATATCAGAGAAGAAGAAGTGCGCCACCTGCACGCTTTCTCTTCACTGTATACGTCAATTACCGGAAAACAGTTGACGCCGAAACAGACGGAGCATTGTCCGCACACATACAGAGAAGGACTGAGGGCGGCGTTTTATGATGAGCAGAAAACGAATGATTTTTATTTGCAGGCTTCCGATAGAGCGGTGCATCCGGAAGCGAAGCGGTTATTTGCCCGCACGGCATTTGACGAGCAGCGTCATGCCGTCTGGTTTTTATACGATATGGCCCACTCTCCTTTCCACCATACAGGGGGAACGGTATCAAACGCGCCGAACACAAGCTACACCGAGGTAAATACCGGAAAATAA MHENFFHYTAICSDDSVLIKDLVKSINGEYSAVICYSILAEKAPTAEIRRRIEHIREEEVRHLHAFSSLYTSITGKQLTPKQTEHCPHTYREGLRAAFYDEQKTNDFYLQASDRAVHPEAKRLFARTAFDEQRHAVWFLYDMAHSPFHHTGGTVSNAPNTSYTEVNTGK NA NA NA NA NA D1-12_00203 711 hypothetical protein ATGTCAGAATATCCCGAAGTGATTGTACGGACGGCTCTGTCGTTCAGCATTCTGTTTATCGGCGCCCGGATACTCGGTAAACAAACCATTTCACAGATGACGCTTTTTGATTTCATTGCGGCCATCTCGCTCGGCGCCATCACGGCAAATCTGTCGTTTAATACAAAGCTGCCGATTCATTATAATGTCATTGCCTACATTATTTTCGTGGCAATCATTTACCTTGTCGCATATCTTTCTATGAAAAACAGGGCCCTTAGGGGTTTCTTTGCAGGCAAACCGACCATTATCATTCAAAACGGTAAAATACTTGAGCATAATATGAAAACGATGCGTTATACCATCGACTACTTGAACCAGCAGCTGCGTGTAAATGACGTATTTGACATTTCTCAGGTTCAGACTGCCATCATTGAAACAAACGGCAGCATGTCAGTGGAGGTCAAACCGGAATTTGCGCCCGTTACAAGACAGGATCTCGGCATTTTTGCCGGACATGAAAAGAACTTTGCCGTTGAGCTGATTATGGACGGCCGGCTGGTGATGAAGAATCTGGAAGAAAACCACGTATCGGAAAAATGGCTGAGAGAAGAATTGGACAAGAGAAACCTCAAACCGGAAGACGTCGTATACGCTGTGCGCGGAAGCAACGGCCGGCTTTTTGTCGACACATACGACGACCATATTACATCGCCGCTGGATCAAGAATAA MSEYPEVIVRTALSFSILFIGARILGKQTISQMTLFDFIAAISLGAITANLSFNTKLPIHYNVIAYIIFVAIIYLVAYLSMKNRALRGFFAGKPTIIIQNGKILEHNMKTMRYTIDYLNQQLRVNDVFDISQVQTAIIETNGSMSVEVKPEFAPVTRQDLGIFAGHEKNFAVELIMDGRLVMKNLEENHVSEKWLREELDKRNLKPEDVVYAVRGSNGRLFVDTYDDHITSPLDQE NA NA NA NA NA D1-12_00204 3501 addB COG3857 ATP-dependent helicase/deoxyribonuclease subunit B TTGGGTGTTGAGTTTTTAGTAGGCAGATCGGGGAGTGGGAAAACGAGGCTGATTATCGACAGCATTCAAGATGAACTGCGCCGGGAGCCGTTCGGGAAACCGATCATTTTTCTAGTCCCGGATCAAATGACGTTTTTAATGGAATATGAGCTTGCTAAAACGCCGGATATCGGCGGCATGATACGCGCTCAAGTGTTCAGTTTTTCGCGTTTGGCGTGGCGCGTGCTTCAGCATACCGGGGGCATGAACCGCCCGTTTGTGACGACGACGGGTGTGCAGATGCTTTTAAGGAAACTGATTGAAGAATATAAGCACGAGTTTAAAGTGTATCAAAAAGCGAGTGACAAAACCGGGTTCACTGAGCAGGTGGAACGGATGCTGACAGAGTTTAAGCGGTACTGTATTGAACCTGAAGACGTCCGCCGCATGGCGGAAAGCGGAACGGCGTCAGAATATCGCGGAGAGCGGATGCTGTCTGAAAAACTTCATGATTTAGGCATTTTATATCAGCAGATGGAAAGAAGCCTCGCCGGACACTATTTGCATTCAGAGGATTATTTGACGCTGCTCGCTCAGCAGATTCCTTTGGCGGACGTTGTAAAAGGCGCCCGTGTTTACGTCGACGGATTCTATCAATTTACGCCGCAGGAATTAAGGGTGCTGGAGCAGCTGATCATGCATGCTGAACATGTCACATTCTCGCTGACGGCGGACAGCCCTTCGGCGGAACAGGCACCGGATGAGCTCGATCTGTTCAGAATGACGGGAAGCACATACTATAAGCTTTATCAGACGGCAAAGGAATTGAATGCCGATATTTCCTGCAAGGAACTGCATGGCACGAAGCGGCATCGGCATGTGCCGGAGCTTGCCTGTATAGAGTCGCAGTACGATGTGCGTCCCGCCGCGGCGTATACCGGCGGACAGGAAGCTTTTACCGTCATGCAGGCGCAAAACAGAAGAGCTGAGCTTGAAGGTATTGCCCGGGAAATTCAATCACTTGTCCGGGACGGAGGATACCGGTACAAAGATATGGCGATTCTCATCCGTCAGCCGGAAGATTATAAAGATTTGCTGAAGGAAGTGTTTGCCGATTACGGGCTTCCTTATTTTATTGACGGAAAAGCTTCTATGCAGCATCACCCGCTTATTGAATTCATCCGTTCAAGCCTGGATGTCGTGAAGGGGAACTGGAGATATGAAGCGGTGTTCCGCTGTGCGAAAACCGAACTGTTATTCCCGCTTGATCAGCCGGAGCAGAAAATAAGAGAGCAGGTTGATCAGCTTGAAAACTACTGTATCGCCTACGGCATTAAAGGGGAGCGCTGGACGAGCGGCGAGCGGTTTGTATACAGGCGCTTCGTATCGCTCGATGAGGATTTCGCGCAGACAGATCAGGAAATAGAGATGGAGCAAATGCTGAATGAGACGAAAGAGTGGATGGCCGCGCCCCTTGTCCGGCTTCAAAACCGGATGAAAAAGGCGAAAACGGTTCAAAGCATGGCGGAGGCTCTTTATCTCTTTTTGGAAGATACCGATGTTCCCCTGAAGCTGGACCGAAAAAGGCAGCGGGCCGAAGAGGCCGGAAACATGATCGAAGCGCAGCAGCACGGCCAGGCGTGGGATGCCGTTATCCAGCTTCTCGAGGAGTTTGCCGGCATGATGGGTGAAGATGAAATATCTTTGGCGCTGTTCCAGCAAATGCTTGAAACGGGAACGGAATCGCTTCATTTTTCTTTAATTCCTCCTGCGCTTGACCAAGTATTTGTAGGGAATATGGATCTCTCAAGAATGTACGGCACGTCCTGCACATTCGTCGTCGGGGCCAATGACGGCGTTCTTCCGGCGCGCCCGGATGAAAACGGCGTGCTGTCTGATGATGACCGGGAGTGGCTGAAAGCAGTCGGAGTGGAGCTGTCTTCCGCGGGGCGTGAGCGGCTGCTTGATGAGCATTTTCTCATCTATATGGCGCTGTCGAGTCCGTCTGACCGTCTTTATGTGTCATACCCGATTGCCGATGCGGAAGGAAAAACGCTCCTGCCGTCAATCGTTGTAAACAGGCTTGGCGAGCTGTTTCCCGATCATCAGGAAAAGCTGTCAGCGGCTGATCCCGAGCAGGTAAGCGAAGAAGAGCAGCTTCAGTATCTCGTCAATAAACAGGTGGCTCAGACATATACGGCAAGTCAGCTCAGGCTGTGGACAAGAGAGTACGAGATCAGTGACGTATGGTGGAGCGCATACAATTTGCTGATGAAAGAGTCTGATCACCGGCGTGCGAAAAAGCTGTTTTCAAGCCTGTTTTTCCGCAATGAGGCGAAGCGTCTTGAACGGCCTGTTTCGCGCCAGCTTTACGGCGAGCATATTAAAGGAAGCGTCTCCCGGATGGAGGCGTTTAATGCCTGCCAGTTCTCTCATTTTGCATCTCACGGGCTTCAATTAAAAGAGCGGCAGTTTTTCAAGCTGGAAGCGCCGGATATCGGCCAGCTGTTTCACTCCAGCCTGAAGCTGATTTCAGACCGGCTTCGTGAGCAGAAGCTGGAATGGCGCGATCTGACGAAAGATCAGTGCCGGAATTTCTCCTATGAAGCGGTGGAACGGCTTGCGCCAAAGCTGCAAAAAGAGATTCTGCTCAGCTCAAACAGACACTTTTATGTGAAGGAAAAACTGCAGAAGATCGTCACGCGTGTTTCAGGCATATTAAGCGAGCATGCGAAGGCGAGCGGTTTCGTCCCGGTCGGTCTTGAACTCGGTTTCGGCGGAAGCGGGCCGCTGCCTCCGCTCACTTTCACGCTGAAAAACGGCTGTACGATGGAACTCGTCGGACGGATCGACCGCGTGGATAAAGCGGAAAGCTCAAAAGGCCTGCTGCTGAGAATCGTTGATTATAAATCAAGCGACAGAGGGCTTGATCTGGCTGAGGTGTATTACGGGCTCGCTCTGCAAATGCTCACATATCTTGACTTATCGATTACACATTCCGCGGATTGGCTCGGCATGAAAGCGACCCCGGCAGGCGTTTTGTATTTCCATATTCATGATCCGATGATTCAGGCCAGTCTGCCGATGGGGCTTGATGAAATCGAGCAGGAAATTTTTAAGAAATTTAAAATGAAAGGCCTTCTTCTCGGTGACCGGGAGGCGATCAGCCTGATGGACACGACGTTGGAGGAAGGGCGTTCAAATATCGTCAATGCCGGTTTGAAAAAGGACGGGTCTTTAAGATCCGACTCAGCCGCGGTCAGCGAACAGGACTTTCATCTGCTGACAGACCATGTGCGGCGGACATTTGAACAGGCGGGCGAAGCGATAACGGACGGGCTTGTGTCCATTACCCCGTATAAGCTGAAAGATAAGACGCCTTGTACGTATTGTGCGTTTCAATCGGTGTGCCAGTTTGATGAGTCGCTTAAGGAAAATGAATACCGCAGCCTGAAAGCGGAAAAAGACGGCACCATACTGGATTGGCTGAAGAAGGAGGCGGATGATGATGCAAATTCCTAA MGVEFLVGRSGSGKTRLIIDSIQDELRREPFGKPIIFLVPDQMTFLMEYELAKTPDIGGMIRAQVFSFSRLAWRVLQHTGGMNRPFVTTTGVQMLLRKLIEEYKHEFKVYQKASDKTGFTEQVERMLTEFKRYCIEPEDVRRMAESGTASEYRGERMLSEKLHDLGILYQQMERSLAGHYLHSEDYLTLLAQQIPLADVVKGARVYVDGFYQFTPQELRVLEQLIMHAEHVTFSLTADSPSAEQAPDELDLFRMTGSTYYKLYQTAKELNADISCKELHGTKRHRHVPELACIESQYDVRPAAAYTGGQEAFTVMQAQNRRAELEGIAREIQSLVRDGGYRYKDMAILIRQPEDYKDLLKEVFADYGLPYFIDGKASMQHHPLIEFIRSSLDVVKGNWRYEAVFRCAKTELLFPLDQPEQKIREQVDQLENYCIAYGIKGERWTSGERFVYRRFVSLDEDFAQTDQEIEMEQMLNETKEWMAAPLVRLQNRMKKAKTVQSMAEALYLFLEDTDVPLKLDRKRQRAEEAGNMIEAQQHGQAWDAVIQLLEEFAGMMGEDEISLALFQQMLETGTESLHFSLIPPALDQVFVGNMDLSRMYGTSCTFVVGANDGVLPARPDENGVLSDDDREWLKAVGVELSSAGRERLLDEHFLIYMALSSPSDRLYVSYPIADAEGKTLLPSIVVNRLGELFPDHQEKLSAADPEQVSEEEQLQYLVNKQVAQTYTASQLRLWTREYEISDVWWSAYNLLMKESDHRRAKKLFSSLFFRNEAKRLERPVSRQLYGEHIKGSVSRMEAFNACQFSHFASHGLQLKERQFFKLEAPDIGQLFHSSLKLISDRLREQKLEWRDLTKDQCRNFSYEAVERLAPKLQKEILLSSNRHFYVKEKLQKIVTRVSGILSEHAKASGFVPVGLELGFGGSGPLPPLTFTLKNGCTMELVGRIDRVDKAESSKGLLLRIVDYKSSDRGLDLAEVYYGLALQMLTYLDLSITHSADWLGMKATPAGVLYFHIHDPMIQASLPMGLDEIEQEIFKKFKMKGLLLGDREAISLMDTTLEEGRSNIVNAGLKKDGSLRSDSAAVSEQDFHLLTDHVRRTFEQAGEAITDGLVSITPYKLKDKTPCTYCAFQSVCQFDESLKENEYRSLKAEKDGTILDWLKKEADDDANS NA NA NA NA NA D1-12_00205 3705 addA COG1074 ATP-dependent helicase/nuclease subunit A ATGCAAATTCCTAAACCGAAAGACAGCATATGGACGGATGACCAATGGAGCGCCATCGTTTCTTCCGGCCGCGATATTCTGGTCGCTGCCGCAGCCGGATCAGGTAAAACGGCCGTGCTCGTGGAACGGATGATCAGAAAGATAACCGCGGAGGAAGATCCGGTTGATGTTGACAGGCTCCTTGTGGTGACCTTTACAAACGCCTCAGCAGCGGAGATGAAGCATCGGATCGCGGAAGCATTAGAAAAAGAGCTCGCCAAAAATCCGGGATCTCTGCATATCAGACGGCAGCTCTCTCTATTAAATCGGGCGAGCATTTCGACGCTTCACTCTTTCTGTCTGCAAGTGCTTAAAAAATATTATTATATGATTGATCTTGACCCCGGTTTTCGGATGGCTGACCAGACGGAAGGCGAATTGCTCGGAGACGAAGTGCTTGATGAGCTGTTTGAAGATGAATACGCAAAAGGGAATCAGGCGTTTTTTGAGCTTGCGGACAGATATACGACAGACAGGCATGATCTGGATCTTCAAGACCTTGTCAAACGGGTGTACGAGTATTCCCGGTCGCATCCTGACCCGGAAGCGTGGCTGCAAAGCTTTGTCCGCTTGTATGACGTGACGGAAGAAAGCAAAATGGAAGAGCTTCCGTTTTACCAGTATGTGAGAGAAGATGTTGAAATGGCGCTCTTCGGGGCAAAACAAAAGCTTGAGAAGGCGCTTGAACTGACAAAAGCGCCCGGCGGGCCGGCCCCGCGCGCTGATAATTTTCTGGATGACCTTCAGCAGATAGAAGAGCTGATCAGCTGCCGGCATGACTTCGATGCGCTGTATGAACGGGTTCCCGCAGTCTCATTTAAGCGGGCGAAGGCGGTAAAGGGTGATGAATTTGACAAAGCGCTTTTGGACGAAGCGACCGATTTGCGAAACGGCGCGAAGAAACTGATCGAAAAGGTAAAGACAGATTACTTTACAAGAAGTCCGCAAGATCACTTAAAGAGTTTAACAGATATGAAGCCTGTCATCGAAACGCTCGTTCAGCTCGTGATATCGTACGGAAAACGATTTGAAGCGGCGAAACAAGAAAAATCAATTATTGATTTCTCAGATTTGGAACATTACTGCCTGGCGATTTTAACTGCGGTTGATGAAGAAGGCCGGCGGGTGCCGAGCGAAGCGGCCGTTTATTATCAAGACCAGTTTCATGAAGTTCTGGTTGATGAATATCAAGATACCAATCTTGTGCAGGAGTCTATCCTGCAGCTTGTTAAAAGCGGGGATGAAGAGGCGGGAAATCTGTTTATGGTAGGCGACGTCAAACAATCGATCTACCGTTTCAGACTTGCCGAGCCGCTGCTGTTTCTCGGGAAATATAAAAGGTTTACAGAAAGCGGGGAAGGCGCGGGGCAGAAAATTGATCTGAACCAAAATTTCCGCAGCCGCTCCGATATTTTGGACAGTACGAATTTCTTGTTTAAGCAGCTGATGGGCGGAAAAATCGGCGAAGTGGACTACGATGAACAGGCGGCATTGAAGCTCGGAGCATCGTATCCGCCGAATGACGCGGCCAAAACGGAACTGCTGCTGATTGACAGCGCTGATGACGCAGACAGCGCCGAGGATGCCGAAGACTTTGAAACCGTGCACTGGGAAGCGAAAGCGATAGCCGGGGAGATCCGAAAGCTTGTCTCATCTCCGTTTAAGGTATATGACGGCAAAACAAAAACACACCGGAATATCCAGTACCGGGATATCGTGATTTTGCTGCGCTCTATGCCGTGGGCGCCGCAATTAATGGAAGAGCTGAAAAACCAGGGCATTCCGGTGTACGCCAATTTGACGTCGGGTTACTTTGAAGCCGTGGAGGTGGCTGCGGCGCTTTCAGTCTTGAAGGTGATTGATAATCCGTATCAGGATATTCCGCTTGCTTCCGTGCTGCGCTCGCCCATCGTCGGCTGTGACGAAAATGAACTTGCGCTGATACGCCTTGAAAAGAAAAAAGCGCCGTTTTATGAAGCGCTGAAAGCATATATAGCGAACGGTGACAGGCATGATGACCTGTATCAAAAACTGAGAACCTTTTATGACAGTCTGCAAAAGTGGCGGTCATTTTCGACGAATCATTCGGTGTCTGAGCTGATTTGGGAAGTATACCGCGATACCGGATATTTTGACTATGCAGGCGGCATGCCCGGCGGAAAGCAGCGTCAGGCCAATCTGCGCGTCTTGTATGACCGGGCGCGCTCGTACGAAGCGACGGCGTTCCGCGGGTTATTCCGCTTTTTGCGGTTCATTGAACGGATGCAGGAGCGCGGTGATGATCTGGGGACGGCCCGGGCGCTCAGCGAGCAGGAGGATGTCGTTCGGCTGATGACGATCCACAGCAGCAAAGGACTTGAATTCCCCGTCGTTTTCACCGCCGGACTCGGCAGAAGTTTTAATATGATGGATCTCAACAAATCATACCTGCTTGATAAAGAGCTCGGTTTCGGCACGAAGTACATTCATCCGGAACTCAGAATCAGCTATCCGACTCTGCCGCTTGTGGCGATGAAGAAAAAGATGCGCAGAGAGCTCTTATCCGAAGAATTGCGCGTATTGTATGTGGCGCTGACCAGAGCGAAGGAAAAGCTGTTTCTCGTCGGTTCCTGCAAAAACCGGGAAAAACAGCTGGCCAAATGGCAGGCGCAAGCAGACCGGGCCGATTGGCTTCTTTCTGAATTCGACCGCTATCAGGCGTCATCTTATTTGGACTTTATCGGGCCGGCGCTCATCCGCCACCGTGACATGGAGGCGCACAGGACGCCGGGACTTTCATCGTCTGAGGATATCGCGCGCGACCCGTCGCGTTTTCACACCCGGATGCTGCAGCAAAGTGAATTGCTGGAAGAGAATCCAAAAGAACGTGCTGAAGAAAAGAGCAAACGTCTCAAAGCAATACAGCAGGGCGAGCCGATTCCTGGTTCGTTTTCATTTGATGATCAGGCGCGCCGTCTGCTTGAATGGGAATATCCGTACCGAGAGCTGACGGCTATCAGAACGAAGCAGTCAGTTTCTGAGCTGAAGAGAAAGCAAGAATACGAGGATGAATACAGCGGCCGCTCTCTCATCAAACCGTCAGGAGACACGCTTTTATACAGGCGTCCCGGTTTTATGATGAAAAAAGGGCTGACAGCCGCCGAAAAAGGAACGGCGATGCATACGGTGATGCAGCATATACCGCTGACGCACGTGCCGACTGCCGAAGAAGCGGAGCGGACGGTCCGGATGCTTTACGAAAAAGAGCTGCTGACAGAAGAGCAGCAGGAAGCTATTGATATAGAAGAAATTGTTCAGTTTTTCGGAACTGAAATCGGTAAAGATCTTCTCGGGGCGCTGCGGATTGACCGGGAAGTGCCGTTCAGTATGGCGCTTCCGGCCGGCGAGGTGTACAAGGATGCCGAAACGGCCGGTGAACCGCTGCTCGTGCAGGGGATTATTGACTGCCTCTACGAAACGTTGGACGGTCTCTATTTGCTGGACTATAAAACAGATCGGATAGAGGGGAAATTCCGGAACGGATTTGAAGGCGCGGCTCCGATTCTGCAAAAAAGGTATGAAACACAAATCGAATTGTATACAAAAGCGGTTGAACAAATTACAAAAACGAAAGTGAAAGGGCGTGCGCTCTATTTCTTCGATGGAGGTCACGTTCTTACACTGTAA MQIPKPKDSIWTDDQWSAIVSSGRDILVAAAAGSGKTAVLVERMIRKITAEEDPVDVDRLLVVTFTNASAAEMKHRIAEALEKELAKNPGSLHIRRQLSLLNRASISTLHSFCLQVLKKYYYMIDLDPGFRMADQTEGELLGDEVLDELFEDEYAKGNQAFFELADRYTTDRHDLDLQDLVKRVYEYSRSHPDPEAWLQSFVRLYDVTEESKMEELPFYQYVREDVEMALFGAKQKLEKALELTKAPGGPAPRADNFLDDLQQIEELISCRHDFDALYERVPAVSFKRAKAVKGDEFDKALLDEATDLRNGAKKLIEKVKTDYFTRSPQDHLKSLTDMKPVIETLVQLVISYGKRFEAAKQEKSIIDFSDLEHYCLAILTAVDEEGRRVPSEAAVYYQDQFHEVLVDEYQDTNLVQESILQLVKSGDEEAGNLFMVGDVKQSIYRFRLAEPLLFLGKYKRFTESGEGAGQKIDLNQNFRSRSDILDSTNFLFKQLMGGKIGEVDYDEQAALKLGASYPPNDAAKTELLLIDSADDADSAEDAEDFETVHWEAKAIAGEIRKLVSSPFKVYDGKTKTHRNIQYRDIVILLRSMPWAPQLMEELKNQGIPVYANLTSGYFEAVEVAAALSVLKVIDNPYQDIPLASVLRSPIVGCDENELALIRLEKKKAPFYEALKAYIANGDRHDDLYQKLRTFYDSLQKWRSFSTNHSVSELIWEVYRDTGYFDYAGGMPGGKQRQANLRVLYDRARSYEATAFRGLFRFLRFIERMQERGDDLGTARALSEQEDVVRLMTIHSSKGLEFPVVFTAGLGRSFNMMDLNKSYLLDKELGFGTKYIHPELRISYPTLPLVAMKKKMRRELLSEELRVLYVALTRAKEKLFLVGSCKNREKQLAKWQAQADRADWLLSEFDRYQASSYLDFIGPALIRHRDMEAHRTPGLSSSEDIARDPSRFHTRMLQQSELLEENPKERAEEKSKRLKAIQQGEPIPGSFSFDDQARRLLEWEYPYRELTAIRTKQSVSELKRKQEYEDEYSGRSLIKPSGDTLLYRRPGFMMKKGLTAAEKGTAMHTVMQHIPLTHVPTAEEAERTVRMLYEKELLTEEQQEAIDIEEIVQFFGTEIGKDLLGALRIDREVPFSMALPAGEVYKDAETAGEPLLVQGIIDCLYETLDGLYLLDYKTDRIEGKFRNGFEGAAPILQKRYETQIELYTKAVEQITKTKVKGRALYFFDGGHVLTL NA NA NA NA NA D1-12_00206 1173 cpdA_1 3',5'-cyclic adenosine monophosphate phosphodiesterase CpdA ATGCGCATTTTACATACAGCTGACTGGCACCTCGGCAAAACGCTGGAAGGCAGAAGCCGGCTGAGCGAGCAGGCCGAGGTATTGGAAGAGCTGAATACCATTGTCAAGGAAGAAAATATTGATGCGGTCATTATGGCGGGGGATGTATTTGATACGGTCAACCCGCCTGCGCTCGCTGAACAATTGTATTACGAAAGTCTTTCCGCGCTTTCTGACGGCGGAAAACGACCGGTCGTCGTCATTGCCGGAAACCATGACAATCCCGACAGGCTGGCGGCGGCTTCTCCGTTAACAAATGAGCGCGGCATTCATTTAATCGGCTATCCGCGGACAGAACCCGTGCATATTGAGGTGCCGTCGGCGGACGAGCTGTTAGCCGTAGCCGCGCTGGCATATCCGTCAGAGGCGAGATTAAACGAAGTGCTTTCTGATACGTTTGAGGAAAAGCTTCTTCGCGATCATTACGATGTCAAAATCAGAGAGGGGTTTGCTCACATGTGCGGACTGTGCCGGGACGATGCCGTGAAAATTGCGGCGAGCCACATTTATGTCGCGGGGGGAAATCAGACCGATTCAGAGCGTCCGATTGAAGTCGGGGGCGCTTACACAGTTGCCGCTGACAGCCTGCCGGCTGATGCGGCTTACGTGGCTCTCGGCCATCTCCACCGTCCGCAAACGATCAAGCGCGCCAAGACGGCTGCCCGTTATTCAGGCTCTCCGCTCGCATACAGCTTTTCAGAAGCCGGTTATGCCAAATCGGTCACGGTGGTAGAAGCGAAGCCCGGCGGAGAAGCGAAGTGGGAAGAGGTTTTCCTGTCTTCCGGTAAACCGCTCGTCAAATGGAAAGCGCAGGGGCTGAGCGAGGTTCACGGCTGGCTCGATGAAGGGCGTGACCGGAATGCCTGGATCGACCTTGATATCCATTTGACGGATCAGCTTTCTCTCGAGGAAATTCATCGGCTGAGAAAGGCGCATCCCGGCTTTATCCATATCAGGCCGGTTTTTGAAGAAAAAGAGACCGGCAATGACCGGATTGAAGTGAAACACACATCAATTGAGGATCGATTTAAGAAGTTTTATGAAAAACAAACGGGCGGCGGCGTGCCGGATGAGGAGATGGTCAAGCTGTTTTTAGAGCTTGCGTCAGCAGATGATGAGGAGGATGCGACATGA MRILHTADWHLGKTLEGRSRLSEQAEVLEELNTIVKEENIDAVIMAGDVFDTVNPPALAEQLYYESLSALSDGGKRPVVVIAGNHDNPDRLAAASPLTNERGIHLIGYPRTEPVHIEVPSADELLAVAALAYPSEARLNEVLSDTFEEKLLRDHYDVKIREGFAHMCGLCRDDAVKIAASHIYVAGGNQTDSERPIEVGGAYTVAADSLPADAAYVALGHLHRPQTIKRAKTAARYSGSPLAYSFSEAGYAKSVTVVEAKPGGEAKWEEVFLSSGKPLVKWKAQGLSEVHGWLDEGRDRNAWIDLDIHLTDQLSLEEIHRLRKAHPGFIHIRPVFEEKETGNDRIEVKHTSIEDRFKKFYEKQTGGGVPDEEMVKLFLELASADDEEDAT NA NA NA NA NA D1-12_00207 3393 smc_2 Chromosome partition protein Smc ATGAAGCCGATTCTGTTAACGATAAAAGGGCTCCACAGCTTCAGGGAGGAACAGACCATTGATTTTGCCGGACTGTCAGGAGCCGGGGTGTTCGGGATTTTCGGGCCGACCGGAAGCGGAAAATCGTCGATCCTTGATGCCATGACACTCGCTTTATACGGAAAAGTGGAGCGCGCCGCAAATAATACGCACGGCATCCTGAATCATGCCGAAGATCAGCTCGCCGTCTCATTTACATTCGCGCTTCAATCCGGCCACCGGGTTTCCTACAAGGTCGAGCGCGTTTTTAAGAGAACGGATGAAACGAAAGTAAAAACCGCCCTCTGCCGCCTGATTGAAATCAAAGACGAACAAACGGTGCTGGCCGATAAAGCGAATGAAGTGAACAAAAAGGTAGAGGAGCTTCTTGGCCTGACCATTGACGACTTTACAAGAGCGGTCGTGCTGCCGCAAGGAAAGTTTGCCGAGTTTCTGTCGCTTAAAGGCGCGGAAAGAAGACATATGCTCCAGCGCCTGTTTAATCTGGAACAGTACGGGGACAGGCTTGTCAAAAAATTGCGGCGGCGGGCGCAGGAAGCGGCAGCGAAAAAAAATGAAATGCTGGCCGAACAATCCGGCCTCGGAGACGCAGGAGAAGATGCGCTGAAGCAGGCTGAACAGCAGTTTCACGAAGCGAACGAACGGCTTGAAGCAGCTGAGAAGAAACGGGTCCGGGCAAAAGAGCGTTTTGAGAATCACCAGGAAATTTGGAACCTGCAGACAGAAAGAGATGAATATGAGCGCCGGGAGAAAAAGCTTGAGGAAAGACGCCCGTACATCACGGATTTGACTGAGCGTCTTAAAGAGGCTGAAACAGCTCTCGCCCTTGAGCCGTACGCAGACCGCTACACAGAAGCCGTCCGCCGGAAGCAGCGCGCCGAACAGGAGCACGAACTGGCCAAACGGAAATCAGAGGCGGAAACCGTTTCATTTACCCGGCAAAATGAAGCCTATGAAGCATGGCGGGCCCATAAGGCCGAACAGGAGCCGAAGCTTGTCAAGGAAGAAGAGCTGTATCAAAGACTTTCAGCCATAGAACAAAAACTGCTTGAAGCGAAAAAAGAAGCGGAAAAAACAAATGCGGAACACAGCAAAAAAGAGGAAGAATACGAAGCCGCCTCGAAACAGCTGGCCGGAGTGAAAGACCGCCTGACCCGCGGCCAAAACAGGCAGAATGAGCTGAAAGAAGAGCTGAAAGCAGTTCAAGTGACCGCCGATGAACGGAAAAAATGCCAGACCGCAGCACAGCTGGCGGCGGGCTTTCAGCAGACACAGGAACAAATCACGAAAGAACGGGCCAATCTGACAACGCAGCTGAAAAACGTGGAGAAGCTGAACGGAGAAAGCGAGTCGCTCACAGCGAAAGCGAAAACGGAAGAGGAAGACATTACGCGCGCTTATCAAACGCTTCAAACCGTTTACCATATGGTCTGTGAAACGGAGCGTTCACTGAAAGCCGCAGCCGAACGGGCTGACAAAACGCAAGCCGATCTCCGCAGGCGCTCAGAGGAAGCGAGAACGGCTGCATTAACAAAAGAATTATCGGAAAAACTAATCGAAGGAAAGCCTTGTCCTGTATGCGGCTCCACGCAGCATGACCGCCCGCGTTCCGCTCATGAAACATTCTCGCCTGATACAGCTGTACAGGAACAGCTGCAGCAGGTTGAAGCACTGCTTTCTGAGGCGGCGGCTCTTTCTCAGGAAGTGCTGACAGCCAAGGTTGCATTAGAAGAACAGTCGGGGCGTTTTACCGAAGAATGTCCGTTTCTGCAAAGCGCCCGGGTTCCGGAGCTGGAAGCCGCTTCCTCCATCAGCGGACGCCCGCTTGATGAAGCGTTCAGCGCCGTCCGCTTGGAGTGGAAACAAATGAAACAGGATATGCTGTCGGTAAAAGAGAAGGTCACAAGACTGATCAGCGCGCATCAGCAGACGGTGAAACAAGCTGAGCAGCTTGCCGAACGAATCCGCTACGAGGAAAAAGAAGCCGCCCGTCTCAGACATTCATTAGAAGAGCTTGAATCGCTGTCAGAAAGCCGATTGAATCAGTACAACGAAGTCTGCGGTGATATTCCGCCAAACCGGATTGACGCCTGGCAGGCTTCGATAGATGAGAAGGACAGGCAGGCAGAAGAATGTGAGAAGCGCATTGAAACAAGCATCGCATTCCTCAAGGAACATGAAGAGGAGAAAGAACGCCTGCAGGAGATGAAGCATCGGCTTGAACGGGAACGGCTCGAGCTTCACTATGCGTCGGAGCGCCTGCAGCAGGTGATTGACGGATATGAACAAGAGCTCGGAACAGCAGCTGAAGAAACATCAATTTCCGCAAAGCTTGAAGCGGTGCGGCAGGAATTACAGCTGTTAAAATCGAAAGAGCAGTCCCTATTCGACGCGCTGAAGCAGGCGCAGCAATCACTGAATGACGCAAAAGGCCGGGAATCCGGGAGTCTCATGTCACTCAGGGATGCTGAGACCTCCCTTGAGAAAGCGCAAAACGACTGGCGCGTGAGGTCAAAAGACACCGGGTTTACCGAGCCGGACCAAGTCAAAAAAAGTCTGCTTCCGCAAGGGCGTGCAGAGGAAATGAAAAAAGAAATTGATGAGTTCCTGGACACCTCAAAACAGCTATCGGCAAATATCAGCCGTGTTACTGATAAATTAGCCGACCGCCGGATATCAGAGGAAGAATGGACAGCATCCGTTTCTCTGCTGAAGCAGGCAGAGGCTGAGTCAGGCGCCGCCATGGAGGAAAAAGGAGCACAGGCAAAAGCCTTCGCGGTTATGCAAAAACAGCATAAGCGCTTTAAAGAGATTGAAGCCGAACTGAAAAGCTGGCAGACACAGATTGACAGGCTTGATAAGCTCCAGTCTGTATGTAAAGGCAATACATTCGTCGAATTTTTAGCGGAAGAACAGCTGGAAAGCGTGGCTCGGGACGCCTCTGCCCGTCTCGGAGCGCTGACAAGGCAGCGGTATGCCATATTAGTCGATTCAGAAGGCGGTTTCGTCATGCGTGATGATGCGAACGGAGGCGTCAAACGGCCCGTATCAAGCCTTTCCGGCGGGGAGACGTTTCTGACATCGCTGTCGCTTGCGCTTGCCTTGTCCGCCCAGATTCAGCTGCGGGGGCAATACCCGCTGCAATTCTTTTTCTTAGATGAAGGATTCGGGACTCTTGACCAAGGGCTCTTAGACACCGTTGTCACAGCGCTCGAAAAGCTGCAATCGGACAACTTATCCGTCGGAGTGATCAGCCATGTGCAGGAGCTGAGAGCGCGTCTGCCGAAAAAATTAATCGTTCATCCGTCCGAACCGGGCGGGAAAGGCACCCGGGTCACATTGGAGATCATGTAG MKPILLTIKGLHSFREEQTIDFAGLSGAGVFGIFGPTGSGKSSILDAMTLALYGKVERAANNTHGILNHAEDQLAVSFTFALQSGHRVSYKVERVFKRTDETKVKTALCRLIEIKDEQTVLADKANEVNKKVEELLGLTIDDFTRAVVLPQGKFAEFLSLKGAERRHMLQRLFNLEQYGDRLVKKLRRRAQEAAAKKNEMLAEQSGLGDAGEDALKQAEQQFHEANERLEAAEKKRVRAKERFENHQEIWNLQTERDEYERREKKLEERRPYITDLTERLKEAETALALEPYADRYTEAVRRKQRAEQEHELAKRKSEAETVSFTRQNEAYEAWRAHKAEQEPKLVKEEELYQRLSAIEQKLLEAKKEAEKTNAEHSKKEEEYEAASKQLAGVKDRLTRGQNRQNELKEELKAVQVTADERKKCQTAAQLAAGFQQTQEQITKERANLTTQLKNVEKLNGESESLTAKAKTEEEDITRAYQTLQTVYHMVCETERSLKAAAERADKTQADLRRRSEEARTAALTKELSEKLIEGKPCPVCGSTQHDRPRSAHETFSPDTAVQEQLQQVEALLSEAAALSQEVLTAKVALEEQSGRFTEECPFLQSARVPELEAASSISGRPLDEAFSAVRLEWKQMKQDMLSVKEKVTRLISAHQQTVKQAEQLAERIRYEEKEAARLRHSLEELESLSESRLNQYNEVCGDIPPNRIDAWQASIDEKDRQAEECEKRIETSIAFLKEHEEEKERLQEMKHRLERERLELHYASERLQQVIDGYEQELGTAAEETSISAKLEAVRQELQLLKSKEQSLFDALKQAQQSLNDAKGRESGSLMSLRDAETSLEKAQNDWRVRSKDTGFTEPDQVKKSLLPQGRAEEMKKEIDEFLDTSKQLSANISRVTDKLADRRISEEEWTASVSLLKQAEAESGAAMEEKGAQAKAFAVMQKQHKRFKEIEAELKSWQTQIDRLDKLQSVCKGNTFVEFLAEEQLESVARDASARLGALTRQRYAILVDSEGGFVMRDDANGGVKRPVSSLSGGETFLTSLSLALALSAQIQLRGQYPLQFFFLDEGFGTLDQGLLDTVVTALEKLQSDNLSVGVISHVQELRARLPKKLIVHPSEPGGKGTRVTLEIM NA NA NA NA NA D1-12_00208 294 hypothetical protein ATGGCCGATTCTGCCGAGGGCACATGTGAATTATGCGGCCGTCATCATGTGCGGCTGACGGAGCACCACTTAACGCCTAAGGAAGAAGGCGGGACATTCCTTCCGACCGCAATGCTCTGCATCCCTTGTCATAAACAGGTTCACGCGCTCTATACGAATCAGGAGCTTGCGGCAAGGCTCGCGGGAATAGAAGAGCTGCGGCGTGACCCGAAACTCGCGCGGTTTGTGAAATGGATCAGAAAACAGCCGCCAAAAAAGCTTGTAAAAACAAAAAAAGCAAATGAACGAACATAA MADSAEGTCELCGRHHVRLTEHHLTPKEEGGTFLPTAMLCIPCHKQVHALYTNQELAARLAGIEELRRDPKLARFVKWIRKQPPKKLVKTKKANERT PGPT0027235_2085 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 D1-12_00209 219 gerPF_1 putative spore germination protein GerPF ATGCCAGCAATTACCGGACCTATAGCTATCAATTCCATATCGGGCGGAGTCGTTAACTTTGGTGATTCCTTTTACCTTTCTCCAAAAAGCTCTTCTAAATCTGCGCTCGGTTCGGGAGCAGGCAATACCGGAGATTTCCTGTTATTAAACAACGTTGTCAATGCGACAAACTATATAGACCCCGATGTCAGCGATCAAAATGTGGTCGGAAACGCCTAA MPAITGPIAINSISGGVVNFGDSFYLSPKSSSKSALGSGAGNTGDFLLLNNVVNATNYIDPDVSDQNVVGNA PGPT0025090_55 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_GERMINATION_PROTEIN,PGPT0025090-gerPF-K06304 NA NA D1-12_00210 396 gerPE putative spore germination protein GerPE ATGTTAAAGCGCATTTCACGCCTCCGGAACGCCAAAATCAATTCAGTCGGAATTGCGAGTGTCTTTCAAGCAGGCGATACGAATGAAATCAATATGCGGGTCAAAGTATTGGCCGATCAGCGTAGTCTTGCTGTATACAGAGATGATGAAGGCTCATTTAACAAAAAAGAATACCAGATCTTTCGGCAGCCGGCCGTCATGCCGTTACCGGAAACGGGAGTCCAAAGCGCATTCTGCCATGAAAACCCTTCAATTCGGGTAAGGAATGTGAAAGTTCAAGGGGTATCGTCAGCGTCCGTGGTTCAAATCGGATCGACGTCGATCGTTCTGGGAGATTCGCGGCTGAAACATATTAGGCAGATCTTCACATCAAGCTCACAATCACAGCAGCCCTGA MLKRISRLRNAKINSVGIASVFQAGDTNEINMRVKVLADQRSLAVYRDDEGSFNKKEYQIFRQPAVMPLPETGVQSAFCHENPSIRVRNVKVQGVSSASVVQIGSTSIVLGDSRLKHIRQIFTSSSQSQQP PGPT0025085_81 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_GERMINATION_PROTEIN,PGPT0025085-gerPE-K06303 NA NA D1-12_00211 177 gerPD putative spore germination protein GerPD ATGATTTTTACAGTGATTAACCGGAATATTGAAGTCGGCGACATCCGGTCTACCGGTGTATCCAGTTCTTCCTTATTATTAATCGGCGACACCGATTCCGTCTATCTGTCTTCCATCTTTGACACGCCTCCGGAATCTCTTATTATCGGGCCTTATGTGCCGCTGGCGCCGGAATAA MIFTVINRNIEVGDIRSTGVSSSSLLLIGDTDSVYLSSIFDTPPESLIIGPYVPLAPE PGPT0025080_82 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_GERMINATION_PROTEIN,PGPT0025080-gerPD-K06302 NA NA D1-12_00212 618 gerPC putative spore germination protein GerPC ATGTATGATCAATCCGTTTCATCCTACCTGCAGAATTTAAATTCTTTCGTCCAGCAGCAGGCGCAGCAGATTCAGGAGCTCGAACGGCAGCTGAAAGAATTCCAAAATGAAATTTCAACGCTGAAGCAGCAGCCTTCTACAAGAATCGATCGGCTCGAGTATAAATTTGATCAGCTGAAAATTGAACGGCTGGAAGGAACGCTGAATATCGGATTGAATCCGACTGATCCGAATGCCGTGCAAAACTTCGAAGTCGGCCAGACATCTCCGCAGGTCGGAATGATGCAGCAGGAACAGGCGGGCCAGCAAATGCAGCAAATCCGCCAAAACGTCGATATGTATCTGAATGAAGAAATCCCCGCGCTTTTAGAGAAGCTCGAAACTCAGTATGAGAGCAGGCTGGACGAAGCGAACAAATATCATATTATTGAAGATATCAGAAAGCAGATGGACAGCCGGATTCAGTATTATCTGTCCCATGTCCCGAAAGAAGAAAATACGGCGCCCGCGCAATATGCCGAGCAGATTGCCGAACATGTGAAGCGTGATATTGTCAGGGCCGTCGAGCACTTTATTAAGCACATACCTGGTGAAATGAAAGGTGATGATCCGTCATGA MYDQSVSSYLQNLNSFVQQQAQQIQELERQLKEFQNEISTLKQQPSTRIDRLEYKFDQLKIERLEGTLNIGLNPTDPNAVQNFEVGQTSPQVGMMQQEQAGQQMQQIRQNVDMYLNEEIPALLEKLETQYESRLDEANKYHIIEDIRKQMDSRIQYYLSHVPKEENTAPAQYAEQIAEHVKRDIVRAVEHFIKHIPGEMKGDDPS PGPT0025075_58 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_GERMINATION_PROTEIN,PGPT0025075-gerPC-K06301 NA NA D1-12_00213 237 gerPB putative spore germination protein GerPB ATGAATTTTTACGTCAATCAGTCGATCCATATCAATTACATGCGTGTAGAATCTGTCAGCAATTCCTCCATACTGCAAATCGGAAGCGCCGGTTCAATTAAATCTCTTTCCAATCTGTACAATACAGGGAGTTATGTTGAGCCGGCGCCGCCTGTCACCGCGGGGCAGCAGACTGTAACAACAGGGGGAGGTCCCGGCACCTCATCATTTGTACCGCTCCAGCCGCCAAGCCGGTAG MNFYVNQSIHINYMRVESVSNSSILQIGSAGSIKSLSNLYNTGSYVEPAPPVTAGQQTVTTGGGPGTSSFVPLQPPSR PGPT0025070_21 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_GERMINATION_PROTEIN,PGPT0025070-gerPB-K06300 NA NA D1-12_00214 222 gerPA putative spore germination protein GerPA ATGCCCGCAATTGTCGGAGCGTTTAAAATTAATGCCGTCGGTACGAGCGGAGTCGTTCATATAGGCGACTGCATCACCATTTCTCCAAAAGCAGAGGTTAAGACATTTGCCGGAGCGGGCAGTTTCAATACCGGAGACAATCTCACACTGACGAATTACAGAAATTCAACGAATGTGTACGATAATGATGTAATCGATCAGCCGATGGCAGGAAACGCATAA MPAIVGAFKINAVGTSGVVHIGDCITISPKAEVKTFAGAGSFNTGDNLTLTNYRNSTNVYDNDVIDQPMAGNA PGPT0025065_5 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_GERMINATION_PROTEIN,PGPT0025065-gerPA-K06299 NA NA D1-12_00215 216 hypothetical protein ATGAACAAAATTGAAGAAAAAAGATTAACTTTATTCGAGACAGCGCAAAAATTCGGAATCAATGCGACGGAGACCATCAGGTGCAGCCAGGAGCTGGACAGCCTTTTAAACGGGTGCCGGGGCGGGCTCATCCAACAAACGAAAGACAGCGGGCTGAACCCGTCCGTACAGATTGAGCACGGCCGCACCGCAGGAAAAAAAGAGGCTTTCTCATAA MNKIEEKRLTLFETAQKFGINATETIRCSQELDSLLNGCRGGLIQQTKDSGLNPSVQIEHGRTAGKKEAFS NA NA NA NA NA D1-12_00216 906 yisK COG0179 putative protein YisK ATGAAATTTGCGACAGGGGAACTGAACAGCCGAACATTTGTCGGTCTGATCATTGATGATGACAAAATCTTAGATCTGCAAAAGGCTGAAAAAAAATTGTTTGAACTTGAGACGATTCCGGGTTCGCTGATCGAGTGCATTCAAAAAGGAGATAAGTTTGTCGCGCATGCCGGACAGCTTGCGGAATGGGCGAAAAAACCGAATGACGAGTCGGGTTCATTTATGTATGCGCTGTCTGACGTAAAGCTTTGCGCGCCTATTCCGAGACCTTCAAAGAACGTGATCTGCATCGGGAAAAATTATCGTGATCATGCCGTTGAAATGGGGAGTGAGGCTGATATACCGGAGCATCCCATGGTTTTTACGAAAGCCCCCGCTGCCGTTACAGGACACGGAGAAACAGTGGACAGCCACTTGGACGTAACGGAGCAGCTTGATTATGAAGGGGAGCTTGCGGTAATCATATCAAAAAGCGGATCGCACATCTCCAAAGAACATGCGCTTGATCATATATTCGGCTATACCATTGTAAATGATATAACAGCGCGCGATCTGCAGAAAAAACATAAACAGTTTTTTATCGGCAAAAGCCTGGATACGACATGCCCGATGGGCCCGGTCATTGTACATAAGTCGGCCGTCAGTGATCCGCAAAGCCTGAAAGTTGAAACGCGGGTGAACGGAGAACTGCGCCAATCAGGATCAACGGGGGACATGATTTTTCCGATAGCTGAATTAATCGAGACGCTGTCAAAAGGGATGACGCTTGAAGCCGGTGACATTATAGCGACGGGGACGCCGTCCGGTGTCGGAAAAGGGTTTAAGCCGCCGAAATTTTTAAAGCCGGGGGACCGCATTGACATTACAATTGAACCGATCGGCACGCTGTCGAACCAAATCGGATAA MKFATGELNSRTFVGLIIDDDKILDLQKAEKKLFELETIPGSLIECIQKGDKFVAHAGQLAEWAKKPNDESGSFMYALSDVKLCAPIPRPSKNVICIGKNYRDHAVEMGSEADIPEHPMVFTKAPAAVTGHGETVDSHLDVTEQLDYEGELAVIISKSGSHISKEHALDHIFGYTIVNDITARDLQKKHKQFFIGKSLDTTCPMGPVIVHKSAVSDPQSLKVETRVNGELRQSGSTGDMIFPIAELIETLSKGMTLEAGDIIATGTPSGVGKGFKPPKFLKPGDRIDITIEPIGTLSNQIG PGPT0001630_39 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-PYRUVIC_ACID_BIOSYNTHESIS,PGPT0001630-hpaF-K16164 NA NA D1-12_00217 357 hypothetical protein ATGACACATTGGCATATTACTTCATGGGTCGTTGCGCTTATCCTGGTGTTTGTCAGCTACGGGCTGTACGGTGCCGGAAAAGCGAAGGGCGCAAAAATTACGCATATGATTCTGCGCTTATTCTACATTATTATTATTCTGACCGGAGCTGAGCTTTTCGTCCGTTTTGCGAATTGGAACGGAGAATATGCCGGAAAAATGCTGCTCGGCATCATTACCATCGGACTGATGGAAATGCTCGTCATCCGCAAGAAAAAAGGCAAATCAACCGGCGGACTGTGGATCGGTTTTATTATCGTGCTCGTCCTGACGGTGCTGCTCGGCCTTCACTTGCCGATCGGCTTTCACGTATTTTAA MTHWHITSWVVALILVFVSYGLYGAGKAKGAKITHMILRLFYIIIILTGAELFVRFANWNGEYAGKMLLGIITIGLMEMLVIRKKKGKSTGGLWIGFIIVLVLTVLLGLHLPIGFHVF NA NA NA NA NA D1-12_00218 543 hypothetical protein ATGAAACGAAAACAGCTTTTCTCAGAAAAAAACAAATGGGGGCGCGGCACCCTGATGATAGAGGACGGCATCTGCCTCGTCGAAAACGATGAAGGCGATATCCTGCTTGCAGACAGTCTAGGAAACGCAGACGTATTGATGAAACGCGGCGGCAGATGGCAGCCGGCACGGATTTGCGGCGGTGCGGCCGAAATCGGCGCTGACACCATCCCCCTGCTCGGCGGGGAAGAAATCCGTTATGAAAAGGCGGTCAAACGGCCGCTGTTAACCTTGCTCGATTCGCTGGACGATGAAACGTTTCTGCTGTTTCTCAGCCATCTTCACGGGTTCGGCCTGTCTGTATATGATTGCGTATTTTCCTACAATCAGGCGCTGTTTTCCGGTGAAGGCGTTTCGTTTTATCACTTCTCGGCGGATGACGCACAATGCGCCCTGCAGCATCACCGCGGCAGCTCGGGTAAACACGACAGATTTGAATGGACGGCATCTGACGGGCGGCGCTCCATTATGTATTCAGCGGCAAAACAAGACGGCACCGCGTAA MKRKQLFSEKNKWGRGTLMIEDGICLVENDEGDILLADSLGNADVLMKRGGRWQPARICGGAAEIGADTIPLLGGEEIRYEKAVKRPLLTLLDSLDDETFLLFLSHLHGFGLSVYDCVFSYNQALFSGEGVSFYHFSADDAQCALQHHRGSSGKHDRFEWTASDGRRSIMYSAAKQDGTA NA NA NA NA NA D1-12_00219 1842 asnO COG0367 Asparagine synthetase [glutamine-hydrolyzing] 3 ATGTGTGGAATTGCGGGTTGGGTCGATTTTCAAAAGCAGCTCGTCCAAGAGAAACATATTATGAACAATATGATAGACACTCTTTCAAAACGAGGGCCTGATGATTCAAACGTCTGGGGAGAGCCCCATGTTTTATTCGGACATAAAAGACTTTCGGTCGTTGACATTGAAGGCGGCCGCCAGCCGATGGCCTGCACGCATCAAGAGGAGACGTACACCATCATTTATAATGGCGAGCTGTATAACACGGAGGAATTGCGGAAGGAGCTTCAGGCGAGGGGCCACCGTTTTGAGAGGACCTCTGATACAGAAGTGCTGCTGCACAGCTATATTGAGTGGCGGGAGGAGTGCGTGAACCGCTTGAACGGTATTTTCGCTTTTGCCATCTGGGATGAAAAGCGCGAGCGGCTGTTCGGGGCAAGAGACCGGCTCGGCGTCAAACCGTTTTTTTATAAAGAACACGGCTCTTCCTTTCTGTTTGGGTCGGAATTGAAAGCCATCCTTGCTCATCCTGATGTGAAAGCCCGCACAGACAGCGGCGGACTTGCGGAAGTATTCGGACTCGGGCCGTCCAGAACTCCGGGCTGCGGGGTGTTTAAAGGAATTCACGAGGTGCGTCCCGCCCATGCGTTTACTTTCTCAAAGGACGGTTTGTCCATATGGCGTTATTGGAATGTAAAGAGCGAAAAGCATACAGACAGCTTCGATGAAACCGCGGCTCACATTCGGTACTTATTTCAGGATGCAGTGACACGCCAGCTCGTATCTGACGTGCCGGTTTGCACGTTTTTATCAGGGGGGCTTGATTCGAGCGCGATAACCGCGATAGCCGCCGCTCATTTTGAGAAACAAGGCAGAGATCCCCTTCATACTTATTCAATTGATTATGAGGAGAACAGCAAATTTTTTAAAGCGAGCGCCTTTCAGCCGAATGATGACGGCCCGTGGATCGATAAAATGACAAATGCATACGGCACACAGCATCATAAGTGCGTGATTACGCAGGATCAGCTGGTTGAACATCTGGAGGAATCCGTTCTCGTCAGAGACCTGCCGGGCATGGCTGATGTGGATTCCTCGCTATTATGGTTCTGCCGGGAAATTAAAAAAGATTTTGTCGTGAGCCTTTCCGGAGAATGCGCGGACGAAATTTTCGGCGGATATCCGTGGTTTCACACCGCGGCAGAAGAAGACGGATTTCCTTGGATGAGGTCGACTGAGGAGAGGATCACGCTCTTGGATGAAAAGTGGCAAAAACGGCTGAACCTTAGAGAATACGTGAATGCGAGATATGAAGAAACCATTGCGGAAACGCCGCTGTTAGACGGTGAGACGGGAACAGATAAAGCGAGACGGCAGCTGTTCTACTTAAATATGCTTTGGTTTATGACAAATCTGCTCGACCGTAAAGACCGCATGAGCATGGGCGCAAGTCTTGAAGTACGGGTGCCGTTCGCCGACCACAGACTTGTGGAATACGTTTGGAATATTCCTTGGGAAATGAAAATGCATGGCAGCCGGGAAAAAGGCATCTTGCGGAAAGCGCTTGAAGGACTGCTTCCTGAAGATATTTTGTACCGCAAAAAAAGCCCTTATCCGAAAACGCATCACCCGAAATACACGCAGGGGGTCACAGAATGGCTGAAAACGATTTTACAACAGAAAGATTCCGTGCTTCACACCCTGCTTGACAGAAAGAAGCTGGAAATGCTGCTGGAGACAGAAGGTTCATCTTTTCAGGTTCCGTGGTTCGGCCAGCTGATGAAAGGCCCGCAGCTGATCGCCCATCTTGCCCAGATCCATACATGGTTTGAGGCGTACCGTATCGATATAGAAGAATAA MCGIAGWVDFQKQLVQEKHIMNNMIDTLSKRGPDDSNVWGEPHVLFGHKRLSVVDIEGGRQPMACTHQEETYTIIYNGELYNTEELRKELQARGHRFERTSDTEVLLHSYIEWREECVNRLNGIFAFAIWDEKRERLFGARDRLGVKPFFYKEHGSSFLFGSELKAILAHPDVKARTDSGGLAEVFGLGPSRTPGCGVFKGIHEVRPAHAFTFSKDGLSIWRYWNVKSEKHTDSFDETAAHIRYLFQDAVTRQLVSDVPVCTFLSGGLDSSAITAIAAAHFEKQGRDPLHTYSIDYEENSKFFKASAFQPNDDGPWIDKMTNAYGTQHHKCVITQDQLVEHLEESVLVRDLPGMADVDSSLLWFCREIKKDFVVSLSGECADEIFGGYPWFHTAAEEDGFPWMRSTEERITLLDEKWQKRLNLREYVNARYEETIAETPLLDGETGTDKARRQLFYLNMLWFMTNLLDRKDRMSMGASLEVRVPFADHRLVEYVWNIPWEMKMHGSREKGILRKALEGLLPEDILYRKKSPYPKTHHPKYTQGVTEWLKTILQQKDSVLHTLLDRKKLEMLLETEGSSFQVPWFGQLMKGPQLIAHLAQIHTWFEAYRIDIEE PGPT0020150_3183 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_ASPARAGINE_DEGRADATION,PGPT0020150-asnB-K01953 NA NA D1-12_00220 741 yisP COG1562 Putative phytoene/squalene synthase YisP ATGACCGAATACGAAACATGCGCCCAGCTTTCCGAGGCGCACTTTCCTTTATATAAACGGACTTTCTCATCCCTGCCGCCAAAAAACAGGCGGGCCGCATGGGCGGTGCTTGCTTTGTTTCACGAAGCTGACCGGCTTGATGTGCAGGAACTTGGGAGATTTGAACAGGCGGTACAAGACTTTCTGAACGGGACAGGCGCCGACGGCTTTTTGTGGGAGGCGCTCGCCGATGTGCGGCAGCAATTTGCGCTTGAAGAAGAGCCGTTACGTGAGTTTATCGCCGGCCAAATCTCTGACAGAGAAAAAGTAACTTATCAAGAGTTTGATGACCTGCTGATGTACGCGGGCCAAACAGGCGGAGCCCTCGGCCTGCTTCTGCTGCCGGTTTGCGCGCGCCGGAACCAAGAGAAACTCCGCCATGCAGCCGTTTCATTAGGAGCAGCCATTCAGCTGACCCGGGTGCTTCTGGGGGTCCATACGGATGAGCGGGCGAAAAAGCGTCTCCCGCGCCAGGTGATGAAGCAATTCGGCTATACGGAAGAAGAGCTGGAGAGCCATACCGTCAACAAAGCTTTTATGAATGTATGGGAGTACATCGCATTCGAGGCCGAGGCGTATTTCGAGGAGGCGTCTGAAGCGCTGGAGCTGTTTCCGTTATACTCAAGGCCCGCCGTTACCGGTTTGCTGGCACATTACCGGTCAGAGCTCGGTGACATGAGACAACGGCTTTCGCAAGCATAA MTEYETCAQLSEAHFPLYKRTFSSLPPKNRRAAWAVLALFHEADRLDVQELGRFEQAVQDFLNGTGADGFLWEALADVRQQFALEEEPLREFIAGQISDREKVTYQEFDDLLMYAGQTGGALGLLLLPVCARRNQEKLRHAAVSLGAAIQLTRVLLGVHTDERAKKRLPRQVMKQFGYTEEELESHTVNKAFMNVWEYIAFEAEAYFEEASEALELFPLYSRPAVTGLLAHYRSELGDMRQRLSQA PGPT0007375_2768 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-CAROTENOID_BIOSYNTHESIS,PGPT0007375-crtB-K02291 NA NA D1-12_00221 1398 yeeO COG0534 putative FMN/FAD exporter YeeO TTGATTTTGTCAGGAAAGGGGTTAAAAGAAATGAAACAAGCGATTTTAAAACGGGCTGCGTTCAAACAATCCTCTGATCACAAACTCTCATTATACGCGCTGACTTGGCCGATATTTATTGAGGTTTCATTATATATGTTTATGGGAAACGCCGACACTCTTATGCTTAGCCAATACTCTGACAACAGTGTGGCGGCCGTGGGTGTCAGCAATCAGATTTTAAATTTAATTATCGTGATGTTCAGCTTTATCGCAACGGGTACGACAATTGTGATTTCACAGTTTTTAGGATCTAAACAGAAAAAAGAGGCGCAGGAAGTGGCTTATGTATCAATAGGAGCGAACTTTGTCATCAGTCTCGCCATCAGCGCCGCCATATTTTTTGCGGCCGTTCCGCTGCTTCATGTGATGGGTCTTTCCAATGAATTGATGCCGGATGCCAAAGTCTTTTTGCAGGTGGTCGGCGGGCTGTCCTTCATTCAGGCTTTGATTATGACATTCAGTGCCATTTTAAAAAGCTACGGTCATACGAAGGATACGATGTTCGTTACGATCGGGATGAATATTTTAAATATTGCCGGAAACTTTCTTGTCATTTTCGGGCCGCTCGGCCTTCCGGTGTTAGGCGTCGCCGGTGTTGCGATGTCAACGTCCTTTGCACGGATCATCGGACTGATCGCGATGATTGTGATCGTCAAAAAACGCATCGGACTCGGTCTGACATGGCAAAAGATTTTTCACGTCCATAAAGAGCACTTGCGGAAACTCCTGAAAATCGGGATTCCGTCTGCCGGCGAACAGCTGTCTTACAACATTTCACAAATGGTTGTCACTTATTTTATCGCCATTATGGGCGCTCAGGCGCTTACAACAAAGGTTTATACGCAAAACATCACCATGTTTATCCTGCTGTTCGGAACGGCGATCAGCCAGGGCACACAGATTTTGATCGGCAGATATATCGGCGCCAAACGGTTTGACGACGCTTATGACCGCTGCATGAAAAGTCTGTACTGGGCGCTTGGCATTGCCGCTTTGACATCCGTGATCATGACCTTGTTTTCAAAGCAGCTGATCGGAATTTTCACAAGCAGCCCTGACATTATTGCGACGGCGAGCATGCTGATCGCCATGACGATCATTCTTGAGCCCGGCCGCTCATTTAATGTCATTATCATCAACTCACTGCGGGCTGCCGGAGATGCAAAATTCCCCGTTTACATGGCGATGATTTCCATGTGGGGTATCGGACTGCCTCTCGCTTATCTGTTCGGCATCCATTTCGGATTGGGGCTTATGGGCATCTGGATTTCATTTATCGCGGATGAATGGGTCAGAGGCATTCTTATGTACAGAAGATGGCGGTCGCGGATTTGGATTCAAAAAGGGATTGCATAA MILSGKGLKEMKQAILKRAAFKQSSDHKLSLYALTWPIFIEVSLYMFMGNADTLMLSQYSDNSVAAVGVSNQILNLIIVMFSFIATGTTIVISQFLGSKQKKEAQEVAYVSIGANFVISLAISAAIFFAAVPLLHVMGLSNELMPDAKVFLQVVGGLSFIQALIMTFSAILKSYGHTKDTMFVTIGMNILNIAGNFLVIFGPLGLPVLGVAGVAMSTSFARIIGLIAMIVIVKKRIGLGLTWQKIFHVHKEHLRKLLKIGIPSAGEQLSYNISQMVVTYFIAIMGAQALTTKVYTQNITMFILLFGTAISQGTQILIGRYIGAKRFDDAYDRCMKSLYWALGIAALTSVIMTLFSKQLIGIFTSSPDIIATASMLIAMTIILEPGRSFNVIIINSLRAAGDAKFPVYMAMISMWGIGLPLAYLFGIHFGLGLMGIWISFIADEWVRGILMYRRWRSRIWIQKGIA NA NA NA NA NA D1-12_00222 864 araC Arabinose operon regulatory protein ATGTCCTTTCTCGAGTTCACAGTTCCTCCGTTCCCGGTCTTTATCGCTGCGGGAGAAGGAGTGTTCAAAAAAGGCGAAACCCATGTGAGACGGGTCTTCCCGGTGTTTGATCTGCTGTATGTGAAAAAAGGCGTCCTCTACATTACAGAAGACGAAAACGCCTTTTCCGTTGAAGCGGGAGAATATATTCTGCTTTCTCCCGGCCTTGAACATTACGGAACAAAAGGCAGTGAAGAAACGACATCCTATTCGTGGCTTCATTTTGAAGGAGCGGCTTATGAGGTGACGGAAACAACCGGGAACAACTGGTCGGAGCTGAGGCGAAAAAAAGGGAGCTTTGAAGAGCCGTCCCGCTACCGCCTGTCCCTGCCGCAAAAAGGGAAGGTGAGACGCCCGCAGTTTATGGCCGGGCAATTCAGTGTGCTGACCGATGACAGCGCAGAGAACTCCGATCTGCCGCTCAGAAAGCAGATTCTGTTTGAAGAGCTGCTGCTCCATCTTCAGAAAGAAGCGTTCCAAATCCCGTCCGCAAAGGAAAGAGTCGCATGGGAGGCCGCCCGGTACCTGCAGGAGCACTATCAGGAGAAAACAACCATCAAAGCGCTCTCTTCGGCTCTTCATTACAACCAAGACTACGTGACCCGCTGCATGCAGCAGGTGCTCGGCGTCACGCCCGGCCAGTATACGAACAAAGTCAGAATGACGGAGGCGAAACGTCTTTTGTCCGCAACCAATTACAAAATGGGGGCGATCGCGGACGCCATCGGCATGGAGGACCCGACCTATTTTTCCAAACTGTTTAAACAGATTGAAGGCATTTCGCCGCTTGAATACCGCAAATTCGTAAGCCGGAAAACGGACTGA MSFLEFTVPPFPVFIAAGEGVFKKGETHVRRVFPVFDLLYVKKGVLYITEDENAFSVEAGEYILLSPGLEHYGTKGSEETTSYSWLHFEGAAYEVTETTGNNWSELRRKKGSFEEPSRYRLSLPQKGKVRRPQFMAGQFSVLTDDSAENSDLPLRKQILFEELLLHLQKEAFQIPSAKERVAWEAARYLQEHYQEKTTIKALSSALHYNQDYVTRCMQQVLGVTPGQYTNKVRMTEAKRLLSATNYKMGAIADAIGMEDPTYFSKLFKQIEGISPLEYRKFVSRKTD NA NA NA NA NA D1-12_00223 1026 degA_1 COG1609 HTH-type transcriptional regulator DegA ATGAAAATGACAATTTACGACGTGGCCGAAAAAGCGGGCGTCTCCATCTCGACGGTCTCGCGGGTCATCAACAATACGGGGAGGATCAGTGACAAAACCCGCCGGATGGTGCTCCGTGTCATGGAGGAGATGGACTATCATCCGAATGTTCACGCATCCGCTTTGACGGGCAAAAAGACGAATATGATCGGCCTGATCACCCCGGATATTTCAAACCCGTTTTTCGGGGAACTGGCGAAAAGCATTGAAGACAGCGCCGGTGCACTGGGGTTTCATATCATTATCTGCAGCACCGATTATCAGCCTGAAAAAGAAACGAAGTATTTTTCGATGCTGCGGCAGAAGCAGGCGGACGGCATTATTTTCGCGACGGGACTTGATCATGATAACAGCGTCACAGCGCTTGATGATATGGTGAAATCGGGCATCCCGCTTGCGATGATTACGCAGGATAAACCGCTCGCGCCGATGGACGTCGTCATTATCGATGACTTTCTCGGCGGCTATACGGCGGCTGAGCATCTCATATCTTTAGGCCATAAAAGAATTGCCTGTATCGTCGGCAACGGTTCGACGACGGGTGAAAGAGACAGAATCAAAGGCTTTCGAAAAGCGATGCGGGAAGCGGGGATGACACTAGATGAATCGCTGATCATACCGACGGAATATTCGCTGGAAAGCGGAAAACAGGCAGCGGGCGAGCTGTTTGACAGAGACCTTCCGACCGCCGTTTTCGCCTTTAATGACGTCTTGTCATGCGCGGCGATACAGGCGGCGCGCTCCCGGGGCATTCGGGTGCCGGAAGACTTGTCGGTCATCGGCTTTGACAATACCATTCTCGCTGAAATGACGGCACCGCCGCTCACGACGATTTCTCAGCCCATACGCGAAATGGGGCGGCGTGTCGTTGAACTTCTCATTGATGAGATTCAAGGGAAGAAAAAAACAAAAAGCAAAATCATTTTATCTCCGGAACTCGTCATCAGGCATTCTACGGCACCGGCAAAAACGCGCCCTCAGCGATAA MKMTIYDVAEKAGVSISTVSRVINNTGRISDKTRRMVLRVMEEMDYHPNVHASALTGKKTNMIGLITPDISNPFFGELAKSIEDSAGALGFHIIICSTDYQPEKETKYFSMLRQKQADGIIFATGLDHDNSVTALDDMVKSGIPLAMITQDKPLAPMDVVIIDDFLGGYTAAEHLISLGHKRIACIVGNGSTTGERDRIKGFRKAMREAGMTLDESLIIPTEYSLESGKQAAGELFDRDLPTAVFAFNDVLSCAAIQAARSRGIRVPEDLSVIGFDNTILAEMTAPPLTTISQPIREMGRRVVELLIDEIQGKKKTKSKIILSPELVIRHSTAPAKTRPQR PGPT0017992_9780 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 D1-12_00224 1032 iolX COG0673 scyllo-inositol 2-dehydrogenase (NAD(+)) ATGACAGATCAAGTCAGATGTGCGGTGCTGGGATTAGGACGATTAGGGTATTTTCATGCGAAGCATTTAGTCAGCGAAGTTCGGGGAGCTGAGCTTGCGGCCGTCTGTGACCCGATGAAGGGAAAGGCGGAAGCGTGTGCGAAAGAATTAGGAATCGCCAAATGGACGGAGAATCCGTATGACCTGTTGGAAGATCACACGATTGACGCCGTCATCATTGTCACACCGACAAGCACACATGCGGAAATGATCATGAAGGCTGCTGAAAACGGCAAGCACATCTTTGTTGAAAAGCCGCTCACCCTGAGTCTTGAGGAATCTAAAGAAGTCATGAAAAAAATCGAAGAAACGGGCGTCATCTGCCAGGTCGGTTTTATGAGGCGGTTTGATCCGGCATACGCCGACGCGAAAAGAAGAATCGACGCCGGGGAAATCGGCAGGCCCATTTATTATAAAGGATTTACAAGAGATCAAGGCGCACCGCCCGCGGAATTTATCAAACATAGCGGAGGGCTTTTCATTGACTGTTCGATTCATGATTACGACATCGCGAGATATCTCATGAATGCCGAAGTTACGTCCGTCTGCGGGCACGGGAGGATTTTAAAGCACCCGTTCATGGAAGAGTGCGGCGACGTTGATCAGGCATTAACGTATCTTGAATTTGATTCGGGCGCGGCCGGCGATGTGGAGGCAAGCCGAAATTCTCCGTACGGGCATGATATCCGAGCCGAAATTATCGGGACGGCGGGAAGCATCTTGGTCGGTACGCTGCGGAAAAGCCATGTCACCATTTTAACGGAGTCAGGCAGCAGCTACGAAATTATTCCGGATTTTCAAGCCCGCTTTAAAGACGCTTACCGTCTGGAGCTTGAGCACTTTGCCGAATGTGTGAAAAAAGGGGAAACGCCGATTGTGACAGACATCGATGCCACGATTAACTTAGAAATCGGGATCGCCGCGACGGAATCTTTTAAAACCGGAAGGCCTGTAAAGCTTACCCCGGGCGCCTCCGGATATGCCGGATTATGA MTDQVRCAVLGLGRLGYFHAKHLVSEVRGAELAAVCDPMKGKAEACAKELGIAKWTENPYDLLEDHTIDAVIIVTPTSTHAEMIMKAAENGKHIFVEKPLTLSLEESKEVMKKIEETGVICQVGFMRRFDPAYADAKRRIDAGEIGRPIYYKGFTRDQGAPPAEFIKHSGGLFIDCSIHDYDIARYLMNAEVTSVCGHGRILKHPFMEECGDVDQALTYLEFDSGAAGDVEASRNSPYGHDIRAEIIGTAGSILVGTLRKSHVTILTESGSSYEIIPDFQARFKDAYRLELEHFAECVKKGETPIVTDIDATINLEIGIAATESFKTGRPVKLTPGASGYAGL PGPT0018525_13 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ALCOHOL_UTILIZATION PLANT_DERIVED_INOSITOL_DERIVATE_DEGRADATION,PGPT0018525-iolX-K16043 NA NA D1-12_00225 495 hypothetical protein ATGTCAGACATTTTAAAGCTGTATCACTACCACAGATGGGCAAATGAGCAAGTTATTCAGCATCTGAAGACCCTGCCCGCGGCAAGCTTACAGCAGAAACTGGATAGTGTTTTTCCGACTGTGAACGTCGTGCTTGTGCATATATACCGGGCTGATTACATTTGGCTTCACGTGCTTTACGGAGAAACTTACGAACAAATCATCTCGCAGTTTGATCAATTTGAAAAGCTTGACGGAGATTTTGAGGCGATTGAACATAGAATGACTGAACTGGACAAAGAATACAGCGAATTTTTAAGAGAATTGGAGAACACGGAAGGCCCGATCTCCATTTCTCATCCACGCATGGGAACGCTCCGGACGACATATGCCGATGTGATCCGGCATGTTGTGAATCACGGCACATACCATCGCGGCAATATAAGCGCGATGCTTCACCAAATGGGCTATAAAAGCGGGCCGACTGACTACATTTTTTTCTCATACGAATCATAA MSDILKLYHYHRWANEQVIQHLKTLPAASLQQKLDSVFPTVNVVLVHIYRADYIWLHVLYGETYEQIISQFDQFEKLDGDFEAIEHRMTELDKEYSEFLRELENTEGPISISHPRMGTLRTTYADVIRHVVNHGTYHRGNISAMLHQMGYKSGPTDYIFFSYES NA NA NA NA NA D1-12_00226 627 hypothetical protein ATGAATACGATCCAAAAACCGAAAATCCCGAAAGAATTGCCGATGCTTTCTTTCACTGAAGCGCTTCAGGATGAGGAGCTCAAAGAAGTCATCGTTGAAAACGGCATCGTAAACGGCAAACTGGACGGCCTGCGCGCCGATAAAGTCATTTTCAGAAACACCGTTTTTACGGATGTCTCTTTCAGACATATGGAATGTACGGATGTCCTGTTTGACAAATGCGATGTCTCAAACGCTGATTTCAGCGGAAGCATCATCCATAGAACGGCGTTTCAGCATTCAAAACTTCTCGGCTTGAATCTGGCGGATTCCGCCATGCGTCATGTACGGTTTGAAGACTGCCTCGCACATTACAGCTCCTTCAGCTATTCCAATATGAAGCATGTCCGGTTTGACTCGTGCGGCCTTTCAGAAAGTGAGTGGAATGATGCCGTTCTTGAATACACAGATCTTGACGTCTGTGATTTGAACGGCGCAAACTTCATCGGCACGTCTCTTTTTAATATGGATATCAGCACGTGCACATTTGATCATCTGCACGTCTCGCTTGATAAGCTGAAAGGATGCCGCATCTCTCCGTCTCATGCCGTGACATTCGCAGAAGCGCTCGGAGCCATTGTGACGTGA MNTIQKPKIPKELPMLSFTEALQDEELKEVIVENGIVNGKLDGLRADKVIFRNTVFTDVSFRHMECTDVLFDKCDVSNADFSGSIIHRTAFQHSKLLGLNLADSAMRHVRFEDCLAHYSSFSYSNMKHVRFDSCGLSESEWNDAVLEYTDLDVCDLNGANFIGTSLFNMDISTCTFDHLHVSLDKLKGCRISPSHAVTFAEALGAIVT NA NA NA NA NA D1-12_00227 441 Acetyltransferase ATGGTTGAAGTAAAACCCATCACCGCAGAAGACACATACGCGATCAGACACAGCGTGCTGCGCCCCCATCAGACGATTGAGGATTGTAAATATGATCAGGACAGCGTCAAAGGAGCCTTTCATCTCGGAGGTTTTTACGACGGGACATTGATCAGCATCGCTTCTTTCTACCCGCAGAACCAGCAGGCTTTACAGGCAGCGCCTGCCTACCAGCTGCGCGGCATGGCGACGCTTGAGGAATACCGGACGCAAAAAGCGGGAAGCACGTTAATCGCCTATGCGGAACGGAAACTGGCAGATATGGGGGCGGCGCTTGTCTGGTGCAACGCCAGATGTCACGTAAAGGGATATTACGAGAAGCTCGGCTTGAAAAGCACGGGCAGCCCCTTTGATATTCCCGGCATCGGCCCGCATGTGATCATGTATAAAGAACTCGCCTGA MVEVKPITAEDTYAIRHSVLRPHQTIEDCKYDQDSVKGAFHLGGFYDGTLISIASFYPQNQQALQAAPAYQLRGMATLEEYRTQKAGSTLIAYAERKLADMGAALVWCNARCHVKGYYEKLGLKSTGSPFDIPGIGPHVIMYKELA NA NA NA NA NA D1-12_00228 1842 yitJ COG0646 Bifunctional homocysteine S-methyltransferase/5,10-methylenetetrahydrofolate reductase ATGGGACTATTACAAGACTTAGAAGAACGGATTTTAATCGGGGACGGCGCGATGGGCACTCTCCTCTATTCCTACGGCATTGACAGATGTTTTGAGGAACTGAACGTATCAAAGCCCGAAGAAATCAAGCGGATACATAAGGCTTACGTGGAAGCCGGGGCAGACATCATCCAGACAAATACGTACGGCGCGAATTTTATTAAGCTCTCAAGATACGGACTTGAGGATGAAACGAAAAAAATCAATCAGGAGGCGGTCAGAATCGCGCGCGCTTCCTCAGACGGCGCTTATGTATTGGGAACGATGGGCGGCATCCGCACCTTTAACAAAAACGCCTACAGCCTGGAGGAGATTAAACGCAGCTTTCGGGAGCAGCTTTATTTATTGCTGCACGAAGAGCCGGACGGTCTGCTTCTGGAAACATACTATGATTTAGAAGAGGCGCGTGAAGTGCTGAAGATCGCGAGAAAAGAAACGGAACTTCCGATTATGCTGAACGTATCCATGCACGAACAGGGCGTTCTGCAGGACGGAACGCCGCTTCGGGAAGCCCTCAGGTCCATTGCCGATCTCGGCGCTGACATAACGGGAATCAATTGCCGGCTCGGCCCGTACCACATGATTGAAGCGCTCACCGAAGTGCCGATTTTCCGTGACGCTTATTTATCGGTCTATCCGAACAGCAGCCTTCCGTCTTTAGAAGAAGGCCGGCTTGTTTATGATACGGACGATGCCTATTTCCGGGAGAGCGCCGTACAGTTCCGCACTCAGGGCGCGCGCATTATCGGCGGCTGCTGCGGTACGACGCCAAACCATATCAGAGCCATGGCTGAAGCGGTCCGCGGACTTTCTCCCGTCACTGATAAAGAAGTGAAAATCAGACGGGAAGAGGAAGTCATCTCAGTCCGTAATGAACGGACCGAGCCTGGTTTAAACGAAATCGCCGCTCAAAAACGGTCAATTATCGTAGAGCTTGATCCGCCGAAGAAATTGAATTTTGACAAATTTCTGCAAGCGGCGGCTGAATTAAAAGAGACCGGCATAGAAGCGCTGACGCTCGCCGACAATTCATTGGCGACACCGCGGATCAGCAATGCCGCCTGCGGTTCATTGCTGAAAGAGCGCCTTGATATCCGTTCTCTCGTTCACATTACATGCAGAGACCGCAACATCATCGGCCTTCAGTCACATTTAATGGGGCTGGATACGCTCGGGCTCACCGACATTTTAGCCATCACGGGCGATCCTTCAAAAATCGGCGACTTTCCGGGGGCTACCTCCGTCTATGATTTAACGTCCTTTGATTTGATCAGGCTGATTAAACAATTCAACGAGGGCATTTCTTTATCAGGGAAACCGCTCGGCAAGAAAACGAACTTTTCCGTAGCCGGAGCATTTAATCCGAATGTCCGCCACCTTGATAAAGCAGTAAAACGGCTGGAGAAAAAAATCGAGTGCGGAGCTGACTACTTCGTGTCCCAGCCTGTCTACTCGGAGCAGCAGCTCATTGACATTCATCATGAAACGAAGCATCTCAAAACACCGGTGTATATCGGAATCATGCCGTTAACGAGCAGCCGCAACGCAGAGTTCATTCATCATGAAATCCCGGGCATTAAGCTGTCAGACAGCATCCGCGAAAAAATGGCGCTCGCCGGTGAAGACAAGCGAAAGCAGAAAGCCGAAGGCCTCGCCATCGCTAAATCGCTTCTCGACACGGCGTGCGAACTGTTTAACGGAATTTATTTAATCACCCCGTTTCTCCGTTCTGATTTGACGTCAGAGCTTGCAGCTTATATTAAGCAAAAGGATGAAAAGCGGGCTGATGTATATTTGCATTGA MGLLQDLEERILIGDGAMGTLLYSYGIDRCFEELNVSKPEEIKRIHKAYVEAGADIIQTNTYGANFIKLSRYGLEDETKKINQEAVRIARASSDGAYVLGTMGGIRTFNKNAYSLEEIKRSFREQLYLLLHEEPDGLLLETYYDLEEAREVLKIARKETELPIMLNVSMHEQGVLQDGTPLREALRSIADLGADITGINCRLGPYHMIEALTEVPIFRDAYLSVYPNSSLPSLEEGRLVYDTDDAYFRESAVQFRTQGARIIGGCCGTTPNHIRAMAEAVRGLSPVTDKEVKIRREEEVISVRNERTEPGLNEIAAQKRSIIVELDPPKKLNFDKFLQAAAELKETGIEALTLADNSLATPRISNAACGSLLKERLDIRSLVHITCRDRNIIGLQSHLMGLDTLGLTDILAITGDPSKIGDFPGATSVYDLTSFDLIRLIKQFNEGISLSGKPLGKKTNFSVAGAFNPNVRHLDKAVKRLEKKIECGADYFVSQPVYSEQQLIDIHHETKHLKTPVYIGIMPLTSSRNAEFIHHEIPGIKLSDSIREKMALAGEDKRKQKAEGLAIAKSLLDTACELFNGIYLITPFLRSDLTSELAAYIKQKDEKRADVYLH PGPT0008140_286 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008140-yitJ-K24042 NA NA D1-12_00230 492 hypothetical protein ATGGCAAAAGAAAGTTCTTTTGATATTGTATCCAAAGTTGAATTTCCCGAAGTGCAGAATGCGATTCAGATGACGCTGAAAGAAATCGGCACGCGCTATGACTTTAAAGGATCGAAAAGCGATGTGAAGTTAGAAAAGGAAGAACTTGTCCTGATTTCTGATGACGAGTTTAAACTGAATCAGCTCAAAGATGTGCTGAGCGGCAAGCTGATCAAACGGGACGTGCCGACGAAAAACATTGAATACGGCAAAATCGAAAATGCAACTGGAGGCACGGTGCGCCAGCGCGCGAAGCTTGTACAGGGCATTGATAAAGACAATGCCAAAAAAATCAACGCGGTGATTAAAAACTCCGGCTTGAAGGTCAAGTCGCAGATTCAGGACGACCAAGTGCGCGTCACCGGAAAAAATAAAGATGATCTGCAGCAGATTATTGCAGCCGTCCGCGGAGCAGACCTGCCGATTGACGTTCAATTTATTAATTTTAGATAA MAKESSFDIVSKVEFPEVQNAIQMTLKEIGTRYDFKGSKSDVKLEKEELVLISDDEFKLNQLKDVLSGKLIKRDVPTKNIEYGKIENATGGTVRQRAKLVQGIDKDNAKKINAVIKNSGLKVKSQIQDDQVRVTGKNKDDLQQIIAAVRGADLPIDVQFINFR PGPT0012210_933 DIRECT EFFECT COLONIZING_PLANT_SYSTEM OTHER_COLONIZATION_RELATED_PROTEINS COLONIZATION-HOST_INVASION_FACTORS HOST_INVASION-HOST_INFECTION_MEDIATOR,PGPT0012210-yajQ-K09767 NA NA D1-12_00231 849 cvfB Conserved virulence factor B ATGAGACCAGGGCAGCAGCTCACGCTTAGTATAGATCACCAAACCGATTTCGGTTATTTTTTAACTGACGGCGAGGATACGGTTCTTTTACATAACAGTGAAATCACAGAGGATATCGAAGACAGAGATGAAGTGGACGTATTTATTTACGTCGATCATCAGGAAAGACTCGCGGCGACGATGAAAAAGCCGCTCATCAGCTTTTATGACTACGGATGGGTGGAAGTGACGGACGCTGTGGAAGATATGGGCGTATTCGTCGACGTCGGTCTGTCAAAAGACGCGCTCGTCGCAACGGAGCACCTGCCTCCGTACAAATCCGTCTGGCCGCAAAAAGGAGACAGACTGTATTGCATGCTGAAGGTGACAAGCCGCGGGCGCATGTTTGCCAAACCGGCGCCTGAGGATATCATCAGTGAATTATTTACGGATGCAGAGGAAGACGTCATGAATAAAGACCTGACAGGCACGGTGTACAGACTGATCGCATCAGGCTCTTTTCTGATTACCGATGAAGGCATCCGCGCGTTTATTCACCCTTCAGAAAGAAAAGAAGAGCCGAGACTCGGCAGCCGCGTGACAGGGCGTGTCATCGAGGTAAAGGAAGACGGCTCCGTCAACATGTCCCTGCTGCCGAGAAAGCAGGATGCGCTTTCGGTTGACGCGGAAGAAATTCTGACCTATCTGAGATCAAGAAACGGCGCGATGCCTTACGGAGACAAAAGCCATCCTGACGATATCCGCGAACGGTTTCATTTAAGCAAAGCCGCCTTTAAGCGGGCGCTCGGGCATCTGATGAAAAACGGCAAGGTCTATCAGGAAGACGGCTGGACATACGAAAAACAATAA MRPGQQLTLSIDHQTDFGYFLTDGEDTVLLHNSEITEDIEDRDEVDVFIYVDHQERLAATMKKPLISFYDYGWVEVTDAVEDMGVFVDVGLSKDALVATEHLPPYKSVWPQKGDRLYCMLKVTSRGRMFAKPAPEDIISELFTDAEEDVMNKDLTGTVYRLIASGSFLITDEGIRAFIHPSERKEEPRLGSRVTGRVIEVKEDGSVNMSLLPRKQDALSVDAEEILTYLRSRNGAMPYGDKSHPDDIRERFHLSKAAFKRALGHLMKNGKVYQEDGWTYEKQ NA NA NA NA NA D1-12_00232 978 tmpC_1 COG1744 Membrane lipoprotein TmpC ATGAGAAAAATGGCGATATTTGCGGCTGTACTGCTGCTTGCGCTCAGCACGGCGGGATGTGCCGGCAAATCTGAGGAAACGGCGGCCGAAAAAACGAAAACAATCGGCATCATGCTGACAGACAACGGCCTCGGCGACCAATCATTTAATGATTCAGGCTTTCAAGGTTTGATGAAAGCGAGAGACGAGCTCGGCATCACATTTGATTACCGGGAAATAAAAGATACCGGTACATACGAAAAAGGACTGACCCAGCTTGTCCGGGAAGGCAATGATCTTGTTGTGGGGCTCGGTTACAGCATGCAGGCGGATTTAGAAAAGGTCGCCAAAAAATATCCGAAGCAGCGGTTTGTGCTGATTGATTCCGTATCAGACCTGGATAATGTCACCTCCGTCACGTTTAAAGAGGATGAAGGAAGCTTCTTAGCCGGAGCGCTGGCGGCTATGACGAGCAAAACCGGCACGATCGGATTTATCGGCGGTTCAGATGCCGACGTCATTAAACGGTTTAAAAAAGGCTATCTGAAAGGCGCGGAATCAGTCAAACCGAAAATCCGCGTGCTGTCGGACATCAGCGGTACGTTTGATGATGATAAGCTCGGGAAGCGCATCGCCCAAAACATGATCCGAAAAAAAGCCGATGTCCTGTTTACGGCGGCCGGCTTCACGGGTGTCGGCGCACTGAAAGAAGCGGAGGCGCAAAAAGTATACGCCATCGGTGTTGACAGCGATCAATATTACACCGCCGAGCACGCCGTTATTTCTTCTTTAGTGAAAAATGTCGACCATGTCATCTATGAATTGGCGAAAGATTTAAAAGACAACAAGGAGATCAAAAGCGGTGAGATCGTTTACGGACTGAAGGAAAACGGCATGGAATTAGCCAAGATCAGAGTTGTCAAAAACGCAGGCGGGCTGGCGAAAAAGATCACGGATATGAAAAACAGCCTGATTGAAAAAGGAGGCGATCTGAAGTGA MRKMAIFAAVLLLALSTAGCAGKSEETAAEKTKTIGIMLTDNGLGDQSFNDSGFQGLMKARDELGITFDYREIKDTGTYEKGLTQLVREGNDLVVGLGYSMQADLEKVAKKYPKQRFVLIDSVSDLDNVTSVTFKEDEGSFLAGALAAMTSKTGTIGFIGGSDADVIKRFKKGYLKGAESVKPKIRVLSDISGTFDDDKLGKRIAQNMIRKKADVLFTAAGFTGVGALKEAEAQKVYAIGVDSDQYYTAEHAVISSLVKNVDHVIYELAKDLKDNKEIKSGEIVYGLKENGMELAKIRVVKNAGGLAKKITDMKNSLIEKGGDLK PGPT0021055_4136 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_NUCLEOSIDE_TRANSPORT,PGPT0021055-bmpA-K07335 NA NA D1-12_00233 1650 hypothetical protein GTGACATTACGGACAAGGCTGCTCGTTAACGCAGCCGTTACGATGATTTGCTTCGCCGCCGTCATCGGCTTTACCATCGTAAACATGATGAAGATTCAGGCTTCAAATGAAGATGAAGTGGACGCGCTGTTAAACGTCCAGGAAGCAAAAGCTGACCTTAATACGTTAAAAGAAAGCATCACCGGCTATTCCTATACGCTCGCAGACGCCCAGAAAGAAGATGTGCGAAGCTATATGAAAAGCAGCTCAGACAAACTGGCGGCGCTCAAAAAAACGATGACGGACGATGCGGACAAAGCCGCTTATGACAAACTCGCCAAAAAATACGAATCGTGGCAGGCGGAGGCGGACGCTGCTCTTGATTCGAAAAGCCCGGCTGAAGCGACAAGGACGGCGGCCCGCATCAACGGTCTTCTGAATGATATTTATATGCTGAATCTGAAAAGCCGGGATCACTATGAAGACATGCAGAAGCAGACGGCTGACCAGATTCAGTTTATCGTTTACAGCGCAGCCGTGCTGACCATCGTGATACTTACTGTTACCGTCATATCTTCCATCAGGCTGACGAAGAGAATTGCAGGGCCGATACGCCGTATGGCTGAAAATGCCCGTCGTATTGCGGGAGGGAACCTTGCTGTTGAAATGCTTGATTATAAAGGGAAGGACGAACTGAAAGAGCTGAATGACTCATTCGGAATGATGGCTGAACAGCTCCGCACCTTAATTCAGGCGATCGGAGAGGTCGGCCGTGAAGTCGAGACGTTTGCGGAAGGTTTGACGAAGGAAAACCAGACGCTGAAGGACATGACCGAGCAGGTGTCCGTGTCAACGGAAGAAATGGCGCAAGGCTCCCAAACCATTTCAGAAGATCTGCAGCATGCGGTGCAATTCATTGAACAAATGGATGAACATTCAAAGGCGAACGCCGAACGTTCAAAACAAACGACGAGAAGCAGCGAAGAGACGATTGCGGCGGTGGCTGCGGGGCGCGGTGCTTTAGCCGAGACCAAGCAAGCCATTGATAAAAGCAATGAGACATCAAAAGAGATTTCCGAAGCCGCCGATCTCTTCATAGAACATGCGGCAGGCATCAGTATGATGGCGCAGACCGTTTCTGACATTGCGGGCCAGACCAATCTGCTGTCATTAAACGCCGCAATCGAGGCGGCCAGAGCAGGCGAGTCCGGAAAAGGATTTGCCGTCGTTGCCGAGGAGATACGGAAGCTCGCAGACGGATCAGCCAAAGCGACAGCGCAGATTTTCGATATGGTAAAGCAAATTGAAGACGGCATCACATCTATTACCGGAGCTGTCACGACCGGCGTCGCTTTAGCGGACAGACAGCAGGAGCTGATGGAGAAAACATCAGAATCATTCGTCCATATTGAACAAAAAGCCGCCCATATTAAAGCGGAGCTTACTCAATTGGACGGACGGATCATCGAATCGAAACAGCTTGGTGAGCAAGTGCTGCATCATGCCGAAAGCATCAGCGCCGTCGTTCAGGAAACGGCTGCAGGAAGCGAAGAGATTTCTGCCTCCGCGCTTGAGCAGCTGTCTTCTTTTCATAAAATGGCGGAAAGCGTCAATAATCTGGTGAGCCTGACAGAGCGGTTAAACGATCAGGTCCGCCGGTTTACTTTGTAA MTLRTRLLVNAAVTMICFAAVIGFTIVNMMKIQASNEDEVDALLNVQEAKADLNTLKESITGYSYTLADAQKEDVRSYMKSSSDKLAALKKTMTDDADKAAYDKLAKKYESWQAEADAALDSKSPAEATRTAARINGLLNDIYMLNLKSRDHYEDMQKQTADQIQFIVYSAAVLTIVILTVTVISSIRLTKRIAGPIRRMAENARRIAGGNLAVEMLDYKGKDELKELNDSFGMMAEQLRTLIQAIGEVGREVETFAEGLTKENQTLKDMTEQVSVSTEEMAQGSQTISEDLQHAVQFIEQMDEHSKANAERSKQTTRSSEETIAAVAAGRGALAETKQAIDKSNETSKEISEAADLFIEHAAGISMMAQTVSDIAGQTNLLSLNAAIEAARAGESGKGFAVVAEEIRKLADGSAKATAQIFDMVKQIEDGITSITGAVTTGVALADRQQELMEKTSESFVHIEQKAAHIKAELTQLDGRIIESKQLGEQVLHHAESISAVVQETAAGSEEISASALEQLSSFHKMAESVNNLVSLTERLNDQVRRFTL NA NA NA NA NA D1-12_00234 1251 cypC COG2124 Fatty-acid peroxygenase ATGGATGAACAAATTCCGCATGAAAAGGGTCTTGATAATAGTCTGGCTTTATTACGCGATGGTTATGTATTTGTGAAAAAACGAGCGGAGACTTATCGCTCAGATGTGTTTCGCGCCCGTTTATTAGGGAAGACATTCATTTGTATGAGCGGAGCGGAAGCCGCAAAGCTTTTTTATGACACAGAACGATTTCAGCGGCAGCAGGCCCTCCCCAAACGGGTGCAGAAAACGTTATTCGGAACAGGGGCAATCCAGGCAATGGACGGTGAACGGCATAAGCACAGGAAGCTTCTATTTATGTCGCTGATGACGCCGCCCCGGCAAAAACGGCTTGCGGAAGCGGTGGCAAAACAGTGGAAAGCATCTGCGGAAATGTGGGAGGGTTCAAACCGAATTGTCCTTTTTGATGAAGCGAAGAAAGTGCTGTGCCGGGCTGCCTGTGAGTGGGCCGGCGTCCCGCTGAAAGACTCAGAAGTGAAAGAGCGGGCAGAGGATTTCACCGATATGGTAGACGCATTCGGCGCTGTCGGACCGCGTCATTGGAAAGGCAGAAGGGCGAGGCTGAAAACGGAGAAATGGATAGAGGAGGTCATTGAGGATGTGCGGTCCGGCAAGCTGCAAACGCCGGAGGGCTCAGCCTTGTATGAAATGGCTTTTCATACAGAACTTGACGGGAACAGACTTGATTCTCACATGGCTGCTGTTGAGCTTATTAATGTTCTGCGCCCGATTGCCGCCATTTCTTACTTCATTACGTTTTCAGCTCTTGCATTGCATGATTACCCTGAATATCGGGGCAAACTGAGATCGAGAGATGATCAGGAGGCCGAAAGATTTGCACATGAAGTTCGGCGGTATTACCCGTTTGCCCCGTTTTTAGGAGCCGTTGTGAAAAAAGATTTCGTATGGAAGAACTGTGAGTTTAAAAAGGGTGCATCCGTCATGCTTGACCTATATGGGACAAACCATGATTCCCGGCTTTGGGAGGATCCGAATGAATTTCGCCCGGAACGTTTTCAGGGGCGGGAGGAAAATAAATTTGATTTCATTCCCCAGGGCGGAGGTGATCCGGCTAACGGCCACCGCTGTCCGGGTGAGGGAATGACCGTGGAAGTCATGAAAACTTCCCTTGCGTTTCTTGCCAATGAAATAGAGTACGATGTTCCGTCCCAAGATTTAAGCTTCAGCCTGTCCAGAATGCCGGCATTGCCTGAAAGCGGATTCGTGATAAGTGATGTTAGACGCATATAG MDEQIPHEKGLDNSLALLRDGYVFVKKRAETYRSDVFRARLLGKTFICMSGAEAAKLFYDTERFQRQQALPKRVQKTLFGTGAIQAMDGERHKHRKLLFMSLMTPPRQKRLAEAVAKQWKASAEMWEGSNRIVLFDEAKKVLCRAACEWAGVPLKDSEVKERAEDFTDMVDAFGAVGPRHWKGRRARLKTEKWIEEVIEDVRSGKLQTPEGSALYEMAFHTELDGNRLDSHMAAVELINVLRPIAAISYFITFSALALHDYPEYRGKLRSRDDQEAERFAHEVRRYYPFAPFLGAVVKKDFVWKNCEFKKGASVMLDLYGTNHDSRLWEDPNEFRPERFQGREENKFDFIPQGGGDPANGHRCPGEGMTVEVMKTSLAFLANEIEYDVPSQDLSFSLSRMPALPESGFVISDVRRI NA NA NA NA NA D1-12_00235 123 hypothetical protein ATGAAAGATGATGACAAAAAACCGTTGGACAATAACGCCGTAAATCAGAAAAAGAACCGGCTTGCCGAAAAAAACCGGCAGGCGGGAAAAAACCAGAATTCCAAAAAACCGGACCATCTGTAA MKDDDKKPLDNNAVNQKKNRLAEKNRQAGKNQNSKKPDHL NA NA NA NA NA D1-12_00236 852 COG1307 Fatty acid-binding protein ATGACAGTTCACCTTATTGCTGACAGCGCCTCTGACCTGCCGAAATCTTATATTGAAGAAAACCGGATCGGGTTCATTCCGCTGCACGTAACACTTGACGGAAACGAATATGAGGACGCGGTCACCATTCAGGCGGATCATATATTTCAAGCGATGCGGGACGGGAAAGTTCCGAAAACATCCCAGGCATCACCGGATACGATAAAAAAAGTATTTTTACAATACGCGGAACTGGGAGAACCGGCGATATACGTCGCCTTTTCCTCAGGTCTTTCCGGCACCTATCAGACGGCCGTAATGATGGCCAATGAAGTAAAAGAGGAATTTCCCGATTTTGATTTACGGATTGTAGATTCCAAATGCGCTTCATTGGGCTGCGGCCTCGCGGTGATGCACGCGCAAACACTCTGTGTTAACGGGAATACAATACAAGAAATCGAAACGTCTGTAAAGAGCTTTTGCGCACGGATGAAACATATATTTACGGTCGATGATGTCGCTTATCTCGCGCGGGGCGGCAGAATTTCAAAAACGTCCGCTTTTGTCGGGGGGCTTTTGAACATCAAACCGATTCTGCATGTGGATGACGGCAGGCTCGTGCCGCTCGAAAAATTGCGCGGACAAAAGAAACTGTTTAAACGGATTATAGAAATGATGAAGGAAGAAGGCGGCGATTGGGCGGATCAAACCGTGGGGATCAGCTATGCAGATAACGAGGAGACGGCGCTTCGGATGAAGGAAATGATTGAAGAAGCGTTCCATCCGAAAGAGATCATTCTTCATTCAATCGGCTCTGCGATCGGCGCCCACTCCGGGCCGGGCACGCTCGCGATTTTTTTCCTGAAGCCATAA MTVHLIADSASDLPKSYIEENRIGFIPLHVTLDGNEYEDAVTIQADHIFQAMRDGKVPKTSQASPDTIKKVFLQYAELGEPAIYVAFSSGLSGTYQTAVMMANEVKEEFPDFDLRIVDSKCASLGCGLAVMHAQTLCVNGNTIQEIETSVKSFCARMKHIFTVDDVAYLARGGRISKTSAFVGGLLNIKPILHVDDGRLVPLEKLRGQKKLFKRIIEMMKEEGGDWADQTVGISYADNEETALRMKEMIEEAFHPKEIILHSIGSAIGAHSGPGTLAIFFLKP NA NA NA NA NA D1-12_00237 843 hypothetical protein ATGGTACTAGAACAAGCAAAAAAATTAGCAATCGTCGTCATCGGCGCGTTTCTGTATGCGGCGGGACTGAATTTATTCCTGATACCGGCGAATGTATATGCCAGCGGTTTTACCGGTGTCGCCCAGCTGCTGTCAAGCGTCGTTGATCAATACGCCCCCTTTTATATTTCGACAGGAGTTCTCATGTTCCTCTTAAACATTCCCATCGGTGTGTTAGGGTGGCTGAAAGTCGGCAGATCATTCACCGTATACAGCATATTAAGCGTAGCGATGACGTCCGTCTTTATGGGAATTCTCCCGGAAATGAGACTGTCGCACGATATTCTTCTGAATACCGTATTCGGAGGAGTCATCTCAGCTATCGGCATCGGTTTAACGCTGAAATTCGGCGCTTCGACAGGCGGTCTTGATATCGTGTCGATGGTGCTGGCCAAATGGAAGGATAAACCGGTCGGCACATATTTCTTCATTTTGAACGGGATTATCATTTTGACGGCAGGATTATTGCAAGGATGGGAGAAAGCATTATATACCCTTGTCGCTCTGTATGTCACAACAAGGGTGATTGACGCCATTCACACCCGCCACATGAAACTGACCGCCATGATCGTTACGAAAAAAGCCGATGAAATCAAAGAAGCGATTTACGGGAAAATGGTCCGCGGCATTACGACGGTGCCGGCAAAAGGCGCTTACACAAACGAACAGAAAGAAATGATGATCATCGTCATCACGCGGTATGAATTGTATGACCTCGAGAAAATCGTGAAAGAAGTCGACCCGAAAGCCTTCACAAACATCGTGCAAACGACGGGGATCTTTGGTTTCTTCAGAAAAGACTGA MVLEQAKKLAIVVIGAFLYAAGLNLFLIPANVYASGFTGVAQLLSSVVDQYAPFYISTGVLMFLLNIPIGVLGWLKVGRSFTVYSILSVAMTSVFMGILPEMRLSHDILLNTVFGGVISAIGIGLTLKFGASTGGLDIVSMVLAKWKDKPVGTYFFILNGIIILTAGLLQGWEKALYTLVALYVTTRVIDAIHTRHMKLTAMIVTKKADEIKEAIYGKMVRGITTVPAKGAYTNEQKEMMIIVITRYELYDLEKIVKEVDPKAFTNIVQTTGIFGFFRKD PGPT0014526_1 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_HERBICIDIAL_STRESS HERBICIDIAL_STRESS-PARAQUAT_STRESS_REDUCTION,PGPT0014526-yitT-NA NA NA D1-12_00238 462 hypothetical protein ATGAAGTGGCTGTTTGGCCTGTTATTACCGGTCATTTTACTGATCGGATGCAGCAGTCAATCCGGGCAGAAGGAGCCCGCTGAGGAGGTATCCGGAGAGATGAATGAACAGCAAGCGGAATTAGCCGTAAACCCTGTGCAGACGGATCAGCAGATCGAATTTCAAATGTCTTTAAAAAACAAAAGCGAAAGCCCGATCGATTTCACATTCAGCTCTGGGCAGAAATTCGAATTGACCGTACATGACCAACATCACAAAGAACTGTACCGCTATTCAAAAGACAAAATGTTTACTCAGGCGTTTCAAACCGTGACTTTAATGCCGAATGAAACGTATGACTTTTCAGATGTGTGGAAAAACGTGCCCGGTCCGGGAACATACACGGTGACGGTGACGTTTTTAGGGAAGTCCGATCAGATCGGAAAAAGACTGAAAACGGTAAAAACATTTGAAGTGAAATGA MKWLFGLLLPVILLIGCSSQSGQKEPAEEVSGEMNEQQAELAVNPVQTDQQIEFQMSLKNKSESPIDFTFSSGQKFELTVHDQHHKELYRYSKDKMFTQAFQTVTLMPNETYDFSDVWKNVPGPGTYTVTVTFLGKSDQIGKRLKTVKTFEVK NA NA NA NA NA D1-12_00239 198 hypothetical protein ATGAGAAACGAACTGTTTTCTCAAGCCAAGTCATTTGTCCAGCAGGCCGTCATGATTGCTAACGGTTTCGAGGACGGCGATCAGGAAAAAGCCGTCTCACGCGCCAAAAACGCCGTGTCTTCCGCGTACGCCAATTCGACGGATGCAGAACGTCAGCAGCTGCACCAATTTCAGGATCAGCTGGAGAAATTGCAATAA MRNELFSQAKSFVQQAVMIANGFEDGDQEKAVSRAKNAVSSAYANSTDAERQQLHQFQDQLEKLQ NA NA NA NA NA D1-12_00240 150 hypothetical protein ATGGGTAAACGAAACAAATCAAAACGGTTTATTCAGCAAGGCAAGGACTCTGTCAGTCTTCATGACGCAAGATTTCCATATCGGTCTACATTAGAGGAAGCACAGCATGATGCAGCAAAAGATTCGGCTGAAAGGCAGGTTGACTTTTAA MGKRNKSKRFIQQGKDSVSLHDARFPYRSTLEEAQHDAAKDSAERQVDF NA NA NA NA NA D1-12_00241 813 yitU COG0561 5-amino-6-(5-phospho-D-ribitylamino)uracil phosphatase YitU ATGGAGACAAAACCTTACCTCATCGCTTTAGATCTGGATGGAACCTTATTAAAAGATGATAAAACCATTTCCCCTGAAACGGCGCGGACGATTCAGACGCTGAAAGAAGCGGGTCATCATGTCTGCATCTCAACCGGCCGCCCGTTCCGTTCCAGTTCGATGTATTATGACGAGCTCGGGCTGACAACGCCGATTGTCAATTTTAACGGGGCATTTGTCCACCACCCGAAAGACGAGTCATGGGGACGATACCACACGTCCTTATCTGTCGATGTGGTCAGACAGCTTGCCGAACTTACAGAGACCTATCAAATACATAATGTGCTCGCTGAGATCGTTGATGATGTGTACTTCCATTATCATGATGAGCATTTAATTGAGGCGTTTCATATGAATACGGCGAATGTCACATTCGGCGATCTGCGCGAAACAGTCCAAGAAGATGTGACGTCCGTATTGATACATGCAAAGGAAGAGGACGTCGCGGACATACGCGCGCATTTATCCGATGTGCACGCCGAGGTCATTGACCACAGAAGATGGGCGGCTCCTTGGCATGTGATTGAAATTATTAAACACGGCATGAATAAAGCGGTAGGCCTGAAGAAAATCAGCGACTATTACCAAGTGCCGAGAGAACGGATCATCGCGTTCGGCGACGAAGACAACGATCTTGAAATGCTCCGATTTGCCGGGTGCGGCGTAGCGATGGGAAACGGCACGGATGAAGTCAAACAGGCCGCCGACCGCGTCACGGGATCAAATGAAGCGGACGGAATCGCCGAATTTTTAAAATCCTATTTCTCCCTGTGA METKPYLIALDLDGTLLKDDKTISPETARTIQTLKEAGHHVCISTGRPFRSSSMYYDELGLTTPIVNFNGAFVHHPKDESWGRYHTSLSVDVVRQLAELTETYQIHNVLAEIVDDVYFHYHDEHLIEAFHMNTANVTFGDLRETVQEDVTSVLIHAKEEDVADIRAHLSDVHAEVIDHRRWAAPWHVIEIIKHGMNKAVGLKKISDYYQVPRERIIAFGDEDNDLEMLRFAGCGVAMGNGTDEVKQAADRVTGSNEADGIAEFLKSYFSL PGPT0008595_528 DIRECT EFFECT PLANT_IMMUNE_RESPONSE_STIMULATION INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR ISR-VITAMIN_B2|RIBOFLAVIN_METABOLISM ISR-VITAMIN_B2|RIBOFLAVIN_BIOSYNTHESIS,PGPT0008595-ycsE|yitU|ywtE-K21064 NA NA D1-12_00242 768 hypothetical protein GTGATTCTTATTGATCATCAAACCGTATCAGGCATTCCGTTTTTACATATTGTAAAAGAAGAAAATCGGGACCGTCCCGCTCCCCTTGTTTTCTTTATTCACGGTTTTACAAGCGCGAAGGAGCATAATCTTCATTTCGCTTACCTGCTTGCTGAAAAGGGATTCAGGGCGGTGCTGCCGGAAGCTCTTTACCACGGTGAACGCGCTGAACAGCTGTCAGCAGAAGAGCTCGCCGTCCATTTTTGGGACATTGTATTAAATGAAATCGAGGAGCTTGACGTGCTGAAAAAGGATTTTGAAGCGCGCGGTCTGATTGAAGACGGGCGGATCGGTCTTGCAGGCACGTCAATGGGCGGAATTACGACATTCGGCGCGATGGCCGCGTATGATTGGGTCAAAGCCGGCGTCAGTCTGATGGGAAGCCCGAACTATACGGCGTTTTTTCAGCAGCAGATTGACCACATTCAAAAGCAGGACATCGACATTGACGTCACAAAAGAACAGGTCGATGAACTGTTTGCGCGGCTCAAACCGTTTGATCTCAGTCTGGAACCGGAAAAACTCCGGAGCCGCCCGCTGCTGTTCTGGCACGGCGTTCAAGACAAAGTCGTTCCGTATGCACCGACCCGCGGCTTTTATGAAACGATTAAACCTCATTACAGCAGCCGGCCTGACCATCTTCAGTTTCTGAAAGACGAACGGGCTGACCATAAAGTCCCGAGATACGCCGTTTTAGAAACCGTCGCCTGGTTCGATAAGCATTTATAA MILIDHQTVSGIPFLHIVKEENRDRPAPLVFFIHGFTSAKEHNLHFAYLLAEKGFRAVLPEALYHGERAEQLSAEELAVHFWDIVLNEIEELDVLKKDFEARGLIEDGRIGLAGTSMGGITTFGAMAAYDWVKAGVSLMGSPNYTAFFQQQIDHIQKQDIDIDVTKEQVDELFARLKPFDLSLEPEKLRSRPLLFWHGVQDKVVPYAPTRGFYETIKPHYSSRPDHLQFLKDERADHKVPRYAVLETVAWFDKHL NA NA NA NA NA D1-12_00243 309 sufT Fe-S protein maturation auxiliary factor SufT GTGGAAGAAGCATTAAAAGAAAACATCATGGGCGCCTTGGAGCAGGTTGTTGACCCTGAGCTCGGCGTCGATATCGTCAATCTCGGCCTTGTATACGACGTTGATATGGATGACGACGGCCTGACGCACGTTACGATGACGCTGACATCAATGGGGTGCCCGCTCGCTCCGATCATCGTCGACGAGGTGAAAAAAGCGCTCGCCGACATTCCGGATGTAAAAGAGACGGAGGTCCACATCGTCTGGAATCCGCCGTGGACAAGAGACAAAATGTCACGCTACGCAAAAATCGCATTAGGGATTCAGTAA MEEALKENIMGALEQVVDPELGVDIVNLGLVYDVDMDDDGLTHVTMTLTSMGCPLAPIIVDEVKKALADIPDVKETEVHIVWNPPWTRDKMSRYAKIALGIQ NA NA NA NA NA D1-12_00244 444 fosB COG0346 Metallothiol transferase FosB ATGTTAAATGAGGTGGGGAAAATAAACATAAAAGGAATCAATCATCTTCTTTTTTCTGTTTCAAATTTGGAAAGATCTATAGAATTTTATGAAAAAGTATTTCATGCACAACTCCTGGTTAAAGGGCAAAAGACAGCATATTTTGATCTGAACGGGCTTTGGCTTGCACTTAACTTAGAGGCGGATATACCAAGAAATGAAATACATAAATCTTATACGCATATGGCCTTTACAATTGACCCAAAAGATTTTGATGCAATACATCAACGGCTAAAAAATCTAAATGTAAATATATTAAATGGGCATCCAAGAGATAAACAAGATCAAAAGTCAATTTATTTTACTGATCCCGATGGGCATAAATTTGAATTCCACACAGGCACACTCCAAGACAGATTGTCCTATTACAAAAAAGATAAACCTCATATGAAATTTTATATATAA MLNEVGKINIKGINHLLFSVSNLERSIEFYEKVFHAQLLVKGQKTAYFDLNGLWLALNLEADIPRNEIHKSYTHMAFTIDPKDFDAIHQRLKNLNVNILNGHPRDKQDQKSIYFTDPDGHKFEFHTGTLQDRLSYYKKDKPHMKFYI PGPT0028560_9 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-FOSFOMYCIN_RESISTANCE,PGPT0028560-fosB-K11210 NA NA D1-12_00245 1539 dprE1 COG0277 Decaprenylphosphoryl-beta-D-ribose oxidase GTGGATTTTTTATGCCGTGTGTTTTCCGGTATCGGGTTAAAAAGGAAAAAAACGGACGTAAGGCATGATATAATAGACCGGCTGCATGCGAGGGAGGAACCCATGAAGAAAAAATTACTTCTCATTATCCTTAGCATTCTTGTTTATACGGCGCTGTTCGCTGTTTCCGCTTTTCACAAAGAGCCGGAGCAGCAGGCAGGGACAATGACGGATGTCAGCCGTCTCATGCCCGTGAAAATTAAGCAGACGGTCAAAGGAAAAGAGAAAGAAACATTGATCGAAACCATTAAGGAAGCAAAGAGAAAGCATCTGAAGATCTCAATCGCAGGCGCCCAGCACTCAATGGGCGGCCAGACGTATTATGAAGACGGTATCGTTCTCGACATGACGGGCTACAACAAAATACTCGGTCTCGACCGAAAGAAAAAAATCATCAGAGTGCAGGCGGGAGCGACGTGGAATGATATTCAGCGCTATGTCAATCCGTATGGGCTCGCGGTAAAAGTCATGCAATCGCAAAACATTTTTACGATCGGCGGCTCACTGAGCGCCAATGCCCACGGCCGGGATATCCGGTACGGTTCGCTGATTGATACGGTCAAATCGTTTCATCTTTTAAAGGCGGACGGCAAAGTCATCACCGTTACTCCGAAAGATGACCTGTTTTCAGCCGTCATCGGCGGCTACGGCCTGTTCGGGGTCATCCTTGACGCGGATATTGAGCTGACGGATGATGAGCTTTATGAAATGAAAACGAAACGCATGAACGCTGATACATACAGTCAATATTTTACGCAGCATGTTCAGCGCAACCCCGCCGTGCGCATGCATCTCGCGCGGATCGCAACAGGGGATAAAGGCTTTTTGCACGATATGTATGTGACTGATTACACACTCTCAGACAACCAGAAAGAATTAAAGCGGCACAATGAACTGAAAGAAGATGAGCATCCGGCGCTGACGAAATTCGCGCTTGGCCTCTCCCGCCGGTATGACTGGGGAAGAAATTGGTTCTGGTCCACCCAGCAGTCTTATTTTCTCAGCCAAAACGGCGTGAAAGTCTCCAGGAACAATGTCATGCGGTCAGAATCGAAGTTTTTGGAATATGAAAACACGGACAACACCGACGTGCTACAAGAATACTTCGTGCCCGTCGGCGAATTTGCGCCGTACATTCATGATTTACGCAAGACGCTGTCACATGAAGATCTCAATCTCGTAAATATTACGATCCGCTACGTGCAAAAAAATGAAAAAGCCGATCTGTCATACGCAAAGGAAGACATGTTTTCACTCGTCCTTTTAATCAATGAAGGGTTTTCAAAAGACGGCCAGGCGAGTGCGGCGCGGATTGTCAGAAAAATGACGGATACGGCATTGCGCCACCGCGGCAGTTATTATCTCCCGTATATGCTGTACCAAACGAAAGAGCAGATGCGCGAGGCATATCCGAAAAGCGATATGTTCTTTCAGAAAAAACACAAATATGATCCGGATGACTTGTTTATGAATTATTTTTATCAGAGGTACAAATCATGA MDFLCRVFSGIGLKRKKTDVRHDIIDRLHAREEPMKKKLLLIILSILVYTALFAVSAFHKEPEQQAGTMTDVSRLMPVKIKQTVKGKEKETLIETIKEAKRKHLKISIAGAQHSMGGQTYYEDGIVLDMTGYNKILGLDRKKKIIRVQAGATWNDIQRYVNPYGLAVKVMQSQNIFTIGGSLSANAHGRDIRYGSLIDTVKSFHLLKADGKVITVTPKDDLFSAVIGGYGLFGVILDADIELTDDELYEMKTKRMNADTYSQYFTQHVQRNPAVRMHLARIATGDKGFLHDMYVTDYTLSDNQKELKRHNELKEDEHPALTKFALGLSRRYDWGRNWFWSTQQSYFLSQNGVKVSRNNVMRSESKFLEYENTDNTDVLQEYFVPVGEFAPYIHDLRKTLSHEDLNLVNITIRYVQKNEKADLSYAKEDMFSLVLLINEGFSKDGQASAARIVRKMTDTALRHRGSYYLPYMLYQTKEQMREAYPKSDMFFQKKHKYDPDDLFMNYFYQRYKS NA NA NA NA NA D1-12_00246 543 hypothetical protein ATGAAACACAACCATTTAAAATGGCTGATCCTGTCTCAGAGCAGTGTCTTTTTTGCCGGCAGCCTGATCTTTCCGTTTTATATTTTATTTATTAAAAACATCGGTTCCAGCTACACGCAATTCGGTCTCTCATACGGCTTGTTCGGCCTGAGCGGCGCATTGATTCATCCGCTGCTCGGCCGGCTGTCGGCAAGACTGGACCCCCGCTGGTTCCTTATGGCAAATTCGTGGGGGATGGCGGTGCTTCTTCTGACGCTCCCGCACATTACCGGCGTGCACCAGGTTTATGTTGTGCAGGTGCTTTTGGGCCTGTTCGGCGCGATGCAAAAACACGGCGAGAAAATCATGATCGCCGATTACACCGACGGCGGGGAGCGGGGAAAAAAAGTCGGCAGCTATCATTTCTGGACGGCCGTATTTTCAGCTGCCGCCATTATTCTCGGCGGGTTTCTCGCTGATTTCTTTACGGTTTATATTATTTTTTACGCCAGCTCCGTGCTGTTTTTTATAAGCGGGCTGATGATGCTGAAGAAAACAGGCTGA MKHNHLKWLILSQSSVFFAGSLIFPFYILFIKNIGSSYTQFGLSYGLFGLSGALIHPLLGRLSARLDPRWFLMANSWGMAVLLLTLPHITGVHQVYVVQVLLGLFGAMQKHGEKIMIADYTDGGERGKKVGSYHFWTAVFSAAAIILGGFLADFFTVYIIFYASSVLFFISGLMMLKKTG NA NA NA NA NA D1-12_00247 1038 argC N-acetyl-gamma-glutamyl-phosphate reductase TTGAAAATAGGTGTTATAGGCGCTACTGGTTATGGAGGCGCCGAACTTGTCAGGATTCTTAACCATCACCCTTATGCAGAGGATTGTATATTATATTCATCGAGTGACGAAGGAAAAGAATATGCCGCTTCATATCCGCATTTGAGGAATATAGCGTCACAATCACTTCAGCCGCTTCATATAGAAACGATCCGAAACGAAATTGATGTCATGTTCATAGCCGCGCCGCCCGGCGTCTCCGGAGAGTGGTCGCCCAAGCTGGCGGAGGCGGGCATCCCGGTCATTGATCTATCCGGCGATCTGCGGATTCAAAACCCGGCCGTGTATGAAAAGTGGTATAAGCGGAAGGCCGCTCCGAAAGGAACGATTCAAAGCGCGGTTTACGGTTTAGCTGAACTGCAAAAAGAAGAGATTCAGACTGCAAAGCTGATTGCCAATCCGGGATGTTTTCCGACGGCTGTGCTGCTCGGGCTCGCCCCGCTGGCGAAGAATAAGCTTTTACAAGATTCATTTCTGATTGTTGATGCGAAAACAGGCGTATCCGGCGCCGGCCGAAAAGCATCCATGGGCACTCATTATTCTGAGCTGAATGATAATTTCAAAATTTATAAGGTTAATGAGCATCAGCATACTCCGGAAATTGAACAGCAATTAGCGGCTTGGCAGCCCGGCACAGGCCCGATCACGTTTTCCGCTCATTTGGCGCCGATGACAAGGGGCATTATGGCGACGATGTATACGGAGGCTCCCCCGGGTATGTCTGCTGCACAGGTAAGAGAATTGTATTCCGAATTCTACAAAGATTCATATTTTGTCAGAATCAGGCCGGAAGGTGAATTTCCGGCGACGAAAGAGGTATACGGCAGCAATTTTTGTGATATCAGTGTCACCGTGGATAAAAGAACAAACCGTGCCACCATCGTTTCTGTCATAGATAATCTGATGAAAGGCGCCGCAGGGCAGGCGGTTCAAAATTTAAATATCATGAATGGCTGGCAGGAAGAAACGGGACTTACGATGACGCCAGTCTATCCATAG MKIGVIGATGYGGAELVRILNHHPYAEDCILYSSSDEGKEYAASYPHLRNIASQSLQPLHIETIRNEIDVMFIAAPPGVSGEWSPKLAEAGIPVIDLSGDLRIQNPAVYEKWYKRKAAPKGTIQSAVYGLAELQKEEIQTAKLIANPGCFPTAVLLGLAPLAKNKLLQDSFLIVDAKTGVSGAGRKASMGTHYSELNDNFKIYKVNEHQHTPEIEQQLAAWQPGTGPITFSAHLAPMTRGIMATMYTEAPPGMSAAQVRELYSEFYKDSYFVRIRPEGEFPATKEVYGSNFCDISVTVDKRTNRATIVSVIDNLMKGAAGQAVQNLNIMNGWQEETGLTMTPVYP PGPT0014251_1454 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-PROLINE_METABOLISM,PGPT0014251-argC-K00145 NA NA D1-12_00248 1218 argJ Arginine biosynthesis bifunctional protein ArgJ ATGATTCAGCTGAGTGAGGAAATCACGAAAATAAAAGGCGGCGTATCCTCGCCGAAAGGGTTTGAGGCAAAGGGCGTGCACTGCGGTCTGCGCTATTCAAAAAAAGATCTCGGAGCGATTATCAGTGAAGCGCCTGCAGTCAGTGCAGCGGTATATACGCAGAGCCATTTTCAGGCAGCGCCGCTGAAAGTGACGCAAGCCAGCTTGAAAAAAGAGGGTGTGCTTCAGGCGGTTATCGTCAACAGCGCAATTGCCAATGCCTGTACGGGAGACCAAGGATTAAAGGACGCCTATGAAATGCGGGACGGCTTCGCGAGCCAGCTCGGCATTGAGCCGGAGCTTGTTGCGGTTTCGTCAACCGGGGTGATCGGCGAGCTTTTAGATATGAAAAAAATTCAAGCGGGCATTGAACAGCTCGGTCAAGCGCCGTCCGTGTCCGGAGCATTTGAAGAAGCCATTTTGACGACGGATACAGTGACGAAACAGACGTGTTATGAACTGGTGATCGGCGGAGACATCATCACGATCGGCGGAGCGGCGAAAGGCTCCGGCATGATCCACCCCAACATGGCGACAATGCTCGGCTTTGTCACAACGGACGCGGCCGTGGAAGAACAGTCGCTCAAAAACGCGCTCAGAGAGATTACGGATGTTTCATTTAACCAAATCACCGTTGACGGAGAAACATCGACGAATGACATGGTGCTTGTGATGGCGAACGGCTGCGCGGGGAATGATTGCCTGACGGAGCAGCACCCTGACTGGCCGGCATTTAAAAAGGGGTTAAAGCTTGTATGCGAAGACCTTGCCAAAGATATTGCCAGAGACGGTGAAGGAGCGACGAAATTAATTGAAGCCAGAGTCGAAGGCGCGAAAAATAACCTTGAGGCGAATATTATCGCCAAAAAAATCGTCGGCTCAAGCCTTGTGAAGACCGCCGTTTACGGCACTGACGCCAACTGGGGGCGCATCATCGGCGCCATCGGGCACAGTGCGGCAAGCGTAACGGCCGAACAAGTGGAAGTTTTCCTCGGCGGTCAGTGTCTGTTTAAACACAATGAACCTCAGCCGTTTTCGGAAACTGATGCCAAGGAGTACTTATCAGGTGATGAGATTACGATTGCAGTCCGCCTGCAGGAAGGCTCCGGCAGCGGCCGGGCATGGGGCTGTGACTTAACTTATGATTATATCAAAATCAATGCGAGCTATCGCACATAA MIQLSEEITKIKGGVSSPKGFEAKGVHCGLRYSKKDLGAIISEAPAVSAAVYTQSHFQAAPLKVTQASLKKEGVLQAVIVNSAIANACTGDQGLKDAYEMRDGFASQLGIEPELVAVSSTGVIGELLDMKKIQAGIEQLGQAPSVSGAFEEAILTTDTVTKQTCYELVIGGDIITIGGAAKGSGMIHPNMATMLGFVTTDAAVEEQSLKNALREITDVSFNQITVDGETSTNDMVLVMANGCAGNDCLTEQHPDWPAFKKGLKLVCEDLAKDIARDGEGATKLIEARVEGAKNNLEANIIAKKIVGSSLVKTAVYGTDANWGRIIGAIGHSAASVTAEQVEVFLGGQCLFKHNEPQPFSETDAKEYLSGDEITIAVRLQEGSGSGRAWGCDLTYDYIKINASYRT PGPT0014244_2167 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-PROLINE_METABOLISM,PGPT0014244-argJ-K00620 NA NA D1-12_00249 777 argB COG0548 Acetylglutamate kinase ATGAAGAAAACCATCGTTTTTAAGTGCGGCGGAAGCGTAATCCGCGAGTTATCCGCCGATTTTTTTCAAAGTGTAAAAGAGCTTATGCAATCGGGCTGGAACCTTGCCGTCGTGCATGGAGGCGGCCCGGACATTTCAAGAATGCTGAAAACATTGCAGATTGAAACGGAATTTGTCGATGGACAGCGGAAAACGACCAAACCGGTGCTGGAAACAGCGGAAATGGTCTTGTCAGGGACGATCAATAAATTTTTCGTAACCGAACTCGCGAAAAACGGGCTGAAAGCCGCGGGAATATCAGGAAAGGACGGCGGTCTCCTTCAAGCATCTTACCTTAATCAAGACAAATACGGAGAAGTCGGCGAAATACAAAAAACCGATCCGTCAATCATTCACGCATTAATGAAAGAAGGCATCATTCCCGTTATCGCTCCGCTTTCCATGACAAGTGATTTCGAAACGCTGAACGTCAATGCAGACGCCGCGGCATCGGCCGTCGCTTCAGCCTTACACGCCGATAAACTTTTATATGTCACGGATGTCGAAGGAATTATGGACGGAGAGAACAGGCTGGATACTTTGACGCCGCAAGAGATTCAGGCCCTCATCGATGGCGGCGTGATTTCAGGAGGGATGATTCCGAAGGTAAACTCGGCATTATCGGCACTGAGTGAAGATGTCGCGGAAGTGATGATCGTAAACGGAAAAGGAGCGTTTTTCACCAATCAAGTCTTCCGAGGAACAAAAATCGTCAAAGAAAAGGAGAGCGTGTCATGA MKKTIVFKCGGSVIRELSADFFQSVKELMQSGWNLAVVHGGGPDISRMLKTLQIETEFVDGQRKTTKPVLETAEMVLSGTINKFFVTELAKNGLKAAGISGKDGGLLQASYLNQDKYGEVGEIQKTDPSIIHALMKEGIIPVIAPLSMTSDFETLNVNADAAASAVASALHADKLLYVTDVEGIMDGENRLDTLTPQEIQALIDGGVISGGMIPKVNSALSALSEDVAEVMIVNGKGAFFTNQVFRGTKIVKEKESVS PGPT0014249_3512 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-PROLINE_METABOLISM,PGPT0014249-argB-K00930 NA NA D1-12_00250 1158 argD COG4992 Acetylornithine aminotransferase ATGAGCAGCCTATTTCAAACCTACAGCCGCTGGCCTATCGATATTAAAAAAGCGAAAGGGACAATCGCAGAGGATGAAAACGGAAAAACGTATCTTGATTTTATTCAGGGCATCGCCGTTTCCAATCTCGGCCATTGTCATGATGCGGTGACAGAAGCGGTGAAAGAACAGCTTGACAGCGTATGGCACGTTTCCAATCTGTTTGAAAATGATCTTCAGGAAAAAGCCGCGGCAAAGCTTGCCGGACATAGCGAGGGGGATCTCGTTTTCTTCTGCAACAGCGGAGCCGAAGCGAATGAAGGCGCCATTAAACTTGCCCGTAAAGCAACGGGAAAGACAAAAATCGTAACATTCCATCAATCCTTTCACGGACGGACCTATGCGGGGATGGCCGCCACCGGACAAGACAAAATCAAGACCGGTTTCGGACCGATGCTCCAAGGCTTTCACTATCTTCCGTTTAATGATCCGTCGGCATTCAGCACGCTTTCAAAAGAGGATGATATCGCCGCCGTCATGCTTGAGACGGTGCAGGGAGAAGGGGGAGTCAATCCCGCCGATCCGGAATTCATCGAAGCCTTACAGACATTTTGCAAAGACAAACAGGCGCTGCTTATCGCAGACGAGATTCAAACCGGAATCGGCCGGACGGGCAAGGCATTCGGCTATGAGCATTTCGGCATCTCTCCGGACATCATCACTGCTGCGAAAGGGCTTGGAAACGGTTTTCCCGTCGGAGCCGTGATCGGCAAAAAGAAGCTTGGAGACGCCTTTACGCCGGGTACGCATGGTACGACTTTCGGCGGCAATAAGCTTGCCATGGCAGCTGTGAAAGCAACCTTGGACATTGTGTTTCAGCCGGACTTTCTCCAGGCGGCGGCAGACAAAGGCTCTTTTTTAAAAGCGCAGCTGAACCGTGAACTGACAGGGCCTTTTGTAAAAGAAATCCGCGGAAAAGGGTTATTAATCGGCATTGAATGCGCAGGTCCCGTGTCCGGCATTATCGGAGATTTGCAGGAACGCGGACTTCTCGTGCTTCCGGCCGGACCGAATGTCATTAGGCTGCTGCCGCCGCTTACAGTTTCTGAAGAAGAAATGCTGTCGGCCGTCAGTATGCTGAAAGCAGCGATCGAAGCGCATTCGGCAGTGAAACGGTAA MSSLFQTYSRWPIDIKKAKGTIAEDENGKTYLDFIQGIAVSNLGHCHDAVTEAVKEQLDSVWHVSNLFENDLQEKAAAKLAGHSEGDLVFFCNSGAEANEGAIKLARKATGKTKIVTFHQSFHGRTYAGMAATGQDKIKTGFGPMLQGFHYLPFNDPSAFSTLSKEDDIAAVMLETVQGEGGVNPADPEFIEALQTFCKDKQALLIADEIQTGIGRTGKAFGYEHFGISPDIITAAKGLGNGFPVGAVIGKKKLGDAFTPGTHGTTFGGNKLAMAAVKATLDIVFQPDFLQAAADKGSFLKAQLNRELTGPFVKEIRGKGLLIGIECAGPVSGIIGDLQERGLLVLPAGPNVIRLLPPLTVSEEEMLSAVSMLKAAIEAHSAVKR PGPT0014253_4131 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-PROLINE_METABOLISM,PGPT0014253-argD|pqqI-K00821 NA NA D1-12_00251 1059 carA_1 Carbamoyl-phosphate synthase arginine-specific small chain ATGAAAGGCTATTTAGTATTGGAAGACGGAACATCATTCGGCGGTGAACTTGAAAAAGAGGCCCGCTGTGTTGGCGAAGCGGTTTTTTTCACCGGAATGACGGGTTATCAGGAAGTGCTTACAGACCCGTCATATAAGGGCCAGATCATCGTCTTTACGTATCCGCTGATCGGAAACTACGGAATTAATGAAAAAGACCTTGAAAGTAAGATTCCTCAAGTCAAGGCTGTTGCCGTCTATGAAGCGTGTGAACATTTTTCTCACCATGAAGCAGTTTCAAGCTTGAGAGAGTATTTAAATAAATGGAACATCCCGCTCTTAACCGAAGTGGACACACGGGCCGTCGTCAAAACCATCCGCTCCGGCGGCACGATGAACGCTGCCGTGTCAACAACAGGAGAGATTCCCGCAGCATCCGGAACAGAAAACCCGGCGGAGCTGGCGCAGTCTGAAGACATCACGTCAATGGGGAACGGAGACCGGCATATTGCGCTGATTGATTTCGGTTATAAAAAATCAATCGCCTCGTCACTTGTAAAGCGCGGCTGTAAAGTAACGGTCATTCCGTATCAGCAGATGAACGCTGTTTATGACATTCAGCCTGACGGAATCGTGCTTTCAAACGGCCCGGGCGACCCGAAAGCGATTGCGCCGTACATGAACCGGATTACATCATTACTCAGTGATTTCCCCGCACTCGGCATTTGCCTCGGGCATCAGCTGATTGCCCTGGCTTTCGGAGGAAATACGTATAAGCTGCCGTTCGGCCACAGGGGTGCCAATCATCCCGTCATTGACCGGAAAACGAAACGGGTGTTTATGACAAGCCAGAACCACAGCTATGTCGTTGATGAAGCATCAATTGACGAGAACGAGCTGTCCATCAGATTTCATCATGTCAATGATACATCAGTGGAAGGGCTCATTCATAAGCGCCTTCCCGTATTAAGCGTCCAGTTCCACCCTGAAGCTCACCCCGGACCGGCTGAGAGCGAGTGGATATTTGATGAATTTCTAGAGAAAGTGATACCAGCAAGGAGAGAAATCGCTCATGCCTAA MKGYLVLEDGTSFGGELEKEARCVGEAVFFTGMTGYQEVLTDPSYKGQIIVFTYPLIGNYGINEKDLESKIPQVKAVAVYEACEHFSHHEAVSSLREYLNKWNIPLLTEVDTRAVVKTIRSGGTMNAAVSTTGEIPAASGTENPAELAQSEDITSMGNGDRHIALIDFGYKKSIASSLVKRGCKVTVIPYQQMNAVYDIQPDGIVLSNGPGDPKAIAPYMNRITSLLSDFPALGICLGHQLIALAFGGNTYKLPFGHRGANHPVIDRKTKRVFMTSQNHSYVVDEASIDENELSIRFHHVNDTSVEGLIHKRLPVLSVQFHPEAHPGPAESEWIFDEFLEKVIPARREIAHA PGPT0021155_5283 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021155-carA-K01956 NA NA D1-12_00252 3096 carB_1 Carbamoyl-phosphate synthase arginine-specific large chain ATGCCTAAAGATACAACCATTTCCAGCATATTAGTCATCGGCTCCGGCCCCATCATCATCGGCCAGGCGGCAGAATTTGATTATTCAGGAACGCAGGGCTGCATGGCTCTGAAAGAAGAAGGATACCGCGTTATTCTAGTCAACAACAACCCGGCAACGATTATGACGGATGAGGCGTTTGCCGATGAAATATATTTTGAACCGCTCACAACCGACAGCATCGAGGCCATTATTGAAAAAGAAAAACCGGACGGTCTGCTTGCCAATTTGGGGGGCCAGACGGCATTGAATTTAGCCGTTAAGCTTGAAGAAGCAGGCGTGCTGAAGAAGCATCACGTCAAGCTTTTGGGAACATCGGTGGAAACCATTCAAAAAGGCGAAGACCGGGAGCAGTTCCGCGCCCTGATGAAAGAGCTCGATCAGCCCGTTCCGGAAAGCGAAATCGTCGACAACGAAGAAGACGCCCTCCGTTTCGCTGAGTCTATCGGATTTCCGGTCATTCTGAGACCGGCGTACACGTTAGGCGGAAAGGGAGGCGGAATCGCGAAAACGAAAGAAGCATTTCAGACGCTTATTAAACAGGCGCTGTTAGCAAGCCCGATCAGCCAATGCCTCGTCGAAAAAAGCATCGCCGGTTTTAAAGAAATCGAATATGAGGTCATGCGCGACAGCAATCATACATGCATCACCGTCTGCAATATGGAAAACATCGATCCCGTCGGCGTGCATACAGGAGACTCCATCGTCGTCGCACCGTCCCAGACGTTAACGGATGAAGAATATCAGATGCTGCGTTCAGCAAGCCTGGCGATTATTTCGGCGCTGGATGTGGTCGGCGGCTGCAACATTCAATTTGCGCTGGATCCGTTCAGCAAACAGTACTATGTCATTGAAGTGAACCCGCGTGTCAGCCGTTCATCGGCCCTCGCGTCAAAAGCGACCGGCTACCCGATTGCCAAAATGGCGGCGAAACTTGCCGTCGGCTATACGCTCGACGAACTGAAAAATCCGCTGACGGGCTCTACTTATGCAAGCTTTGAACCGGCGCTTGATTATGTCATCGTCAAATTCCCGCGCTGGCCGTTTGATAAGTTTAAACATGCCGATCGCACGCTCGGAACGAAGATGAAAGCGACGGGAGAGGTCATGGCGATCGAAAGAAATATGGAAGCGGCCATTCAAAAAGCGGCGGCCTCCCTTGAGCTGAAAACGATCGGCACCCGCCTGCCTGAACTCGGCGGCTGTACGATCAATCAGCTGTGGGAATTAGCGGTAACGCCGGATGACCGGAGATTTTTCGTCGTCATGGAACTGTTAAGCCGCGGTGAAACGATAGAAGACATCCATGCCAAAACGAAAATTGACCCGTTTTTTCTCCATGTATTCCGAAATATCATCACATTGGAAAACAAGCTGATGGAAGAAGGGGATCATCTGTCTGTCCCGCTTTTAAAGCAGGCGAAGGTAAAGGGCTTCACGGATGTCATGATCGCATCTCTCACGGGAAAAACGGAAGAAGACATCCGTGCTCTCAGAAAGAAAACAGGCATCGTCCCGTCGTTTAAAATCGTAGATACATGCGCCGCTGAATTTGATGCCAAGACGAATTATTTCTACTCCACCTATCTAGGGGAAAGTGATGGAGATATCAGCCGAAAAGAGAAAAAACGCGCCCTCATCATCGGCTCCGGCCCGATCCGCATCGGTCAGGGAGTGGAATTTGATTACAGCGCCGTCCACGGCGTTCTGACCCTGCAAAAGCTGGGGTATGAAACGATTATGATCAATAACAATCCGGAAACAGTAAGCACGGATTATGAAATCGCCGACCGGCTTTATTTTGAACCGCTGACGACAGAACATATTTTGAACGTGGCGGAACATGAAAACATTGATTTTGCCATCGTCCAATTTGGGGGGCAGACCGCGATCAATGCCGCTGAACCGCTGGAAAAAGCGGGCATTCCGCTGCTCGGAACATCCTTTGAAACCCTTGATGCGCTGGAGGATCGGGATCTGTTTTATCAGCTGCTTGATGATCTTGACCTGAAACATGCCAAAGGCGAAACCGCTTATTCAAAAGAAGAAGCAACGGAAAAAGCAAGCCGAATCGGCTACCCCGTGCTGATCCGTCCGTCTTATGTCATCGGTGGGATGGGCATGATCATCGTTGATTCAGAAGCGCAAATGTCAGAACTGCTGGAAAATGAAGCGGGCATGCCGTATCCGATTTTGATCGATCAGTACATTACAGGAAAAGAATTGGAGATCGATCTGATTTCCGACGGACATGAAGTATTCGTGCCGACTTATACAGAGCACATTGAACGCGCCGGCGTCCATTCGGGCGACAGTTTTGCGATTCTTCCGGGTCCGTCTGTCACACCTGATATGCAGCGTAATATAAAAGAGGCCGCCGAAAAAATCGCGGTAAAACTGGCTTTTAAAGGCATCATGAACATTCAGTTTGTCATTGATGACAAAGGAGATATTCTCGTTCTTGAAGTGAATCCGCGGGCAAGCCGCACGGTTCCTGTCGTGTCTAAGGTGATGGGGGTGCCGATGATCCCGCTTGCCGCCAGATTGCTGGCCGGCGCTTCCCTTAAAGACATCAAGCCCGAGGTTCAAAATCAGCACGGAACGGCAGTGAAATTCCCGGTTTTTTCTTCTCACGCCATTCAGGATGTGGACGTAAAGCCCGGGCCGGAAATGAAGTCGACCGGAGAAGGCATGTGTGTCGCGTTTGACGCAGAAAGCGCCCTGAAAAAAATCTACGCGCACGTCTGGGAGAAAAAAGGCAGCATCTATCTGGAAGGCTGTGATGCGGAATTGGAACGTCAGGCTCAAGAGGCGGGATTTACGGTATGCAAAGATGCGTTCCCGGCATGGGCAGAGCGAAAGGATAAAGCGGTTCATATCAATTTCAATCACTCTGAAGAAGCGCGTAAACAACGGATCGAAGCCATGACGCACGGTGTGACGGTCTTTACTGAACCGGAAACCGTAAAGGCATTTTTAGAAAGCGGCTCCGGCAAACCTCAGCCTGTATCGCTCAAAGATCTTTATCAAAAGGAAGTGGCATCATGCACACAATAA MPKDTTISSILVIGSGPIIIGQAAEFDYSGTQGCMALKEEGYRVILVNNNPATIMTDEAFADEIYFEPLTTDSIEAIIEKEKPDGLLANLGGQTALNLAVKLEEAGVLKKHHVKLLGTSVETIQKGEDREQFRALMKELDQPVPESEIVDNEEDALRFAESIGFPVILRPAYTLGGKGGGIAKTKEAFQTLIKQALLASPISQCLVEKSIAGFKEIEYEVMRDSNHTCITVCNMENIDPVGVHTGDSIVVAPSQTLTDEEYQMLRSASLAIISALDVVGGCNIQFALDPFSKQYYVIEVNPRVSRSSALASKATGYPIAKMAAKLAVGYTLDELKNPLTGSTYASFEPALDYVIVKFPRWPFDKFKHADRTLGTKMKATGEVMAIERNMEAAIQKAAASLELKTIGTRLPELGGCTINQLWELAVTPDDRRFFVVMELLSRGETIEDIHAKTKIDPFFLHVFRNIITLENKLMEEGDHLSVPLLKQAKVKGFTDVMIASLTGKTEEDIRALRKKTGIVPSFKIVDTCAAEFDAKTNYFYSTYLGESDGDISRKEKKRALIIGSGPIRIGQGVEFDYSAVHGVLTLQKLGYETIMINNNPETVSTDYEIADRLYFEPLTTEHILNVAEHENIDFAIVQFGGQTAINAAEPLEKAGIPLLGTSFETLDALEDRDLFYQLLDDLDLKHAKGETAYSKEEATEKASRIGYPVLIRPSYVIGGMGMIIVDSEAQMSELLENEAGMPYPILIDQYITGKELEIDLISDGHEVFVPTYTEHIERAGVHSGDSFAILPGPSVTPDMQRNIKEAAEKIAVKLAFKGIMNIQFVIDDKGDILVLEVNPRASRTVPVVSKVMGVPMIPLAARLLAGASLKDIKPEVQNQHGTAVKFPVFSSHAIQDVDVKPGPEMKSTGEGMCVAFDAESALKKIYAHVWEKKGSIYLEGCDAELERQAQEAGFTVCKDAFPAWAERKDKAVHINFNHSEEARKQRIEAMTHGVTVFTEPETVKAFLESGSGKPQPVSLKDLYQKEVASCTQ PGPT0021150_5232 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021150-carB-K01955 NA NA D1-12_00253 972 argF COG0078 Ornithine carbamoyltransferase ATGCACACAATAAAAGCGGAACACACATTAACCCATTTGTACGGAAAAGATTTTCTTTCCTTAAAAGATGTCAGCCCGTCAGACATCAATGCGCTTCTGACAGAAGCTTCATTATTAAAACAACATCCGATACAGCCGATTTTCCAAGGGAAAACATTGGCGATGATTTTTGAAAAATCTTCAACCCGCACACGTGTGTCTTTTGAAGCGGGAATGGCCCAGCTCGGGGGAACGGGACTATTTCTTTCAAGCAGCGACCTGCAGCTTGGGCGGGGGGAGACGGTTGCGGATACGGCGAAGGTGCTGTCCGGCTTCGTTGATGCCATTATGATCCGCACCTTTGAACATGAAAAAGTCGAAGAGCTTGCTGAGCATGCAGATATTCCTGTCATAAACGGGTTGACCGACCGGTATCACCCGTGTCAGGCACTCGCGGATCTGTTAACGATACAAGAAATAAAAGGAAAATTAAAAGGAGTAAAAGCCGCCTATATCGGTGATGGAAATAATGTAGCGCATTCACTAATGATCGGCTGCGCAAAAATGGGCTGTGACATTGCGGTTGCTTCGCCGAAAGGCTATGAAGTTGAGGAAGAGGCGGTAAATGCCGCAAAAGAAGCGGCGGCTGTTTCCGGAGCGAAAATCACCCTTACCGAAAATCCGCAGGAAGCGGTGCAGGATGCAGACGTGATTTACTCCGACGTCTTCACGAGCATGGGGCAGGAGGAAGAGACGCAGCAGCGGCTGAACGTGTTTGCTCCGTATCAAGTCAACGCCTCACTCGTCAGTCTCGCCAAACCTGACTATACATTTTTGCATTGCCTGCCCGCGCATCGGGAGGAAGAGGTCACGTCCGAGATTATCGACGGCCCGAACTCTGCGGTATTCCAGCAGGCGGAAAACCGGCTTCACGCGCAAAAAGCGCTCCTGAAAGCTCTTCTTTACAAACAGGATGAACAAAAAAACCGCTGA MHTIKAEHTLTHLYGKDFLSLKDVSPSDINALLTEASLLKQHPIQPIFQGKTLAMIFEKSSTRTRVSFEAGMAQLGGTGLFLSSSDLQLGRGETVADTAKVLSGFVDAIMIRTFEHEKVEELAEHADIPVINGLTDRYHPCQALADLLTIQEIKGKLKGVKAAYIGDGNNVAHSLMIGCAKMGCDIAVASPKGYEVEEEAVNAAKEAAAVSGAKITLTENPQEAVQDADVIYSDVFTSMGQEEETQQRLNVFAPYQVNASLVSLAKPDYTFLHCLPAHREEEVTSEIIDGPNSAVFQQAENRLHAQKALLKALLYKQDEQKNR PGPT0020080_2277 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 D1-12_00254 180 hypothetical protein GTGGGACAGCAGCATCAATTCCGCCCGGGACAAAAAGCGCCGAATAACGGTGTGTACGTTGAAATCGGCGAAACGGGAAGCATGGTCAAAAATCCGCAAAAAATCAAGCTCACAGTGGGAGAAATGTTCCCTGAAACTTCAAACCACAACAGATTGTGGACGTATCAACGAAAACCGTGA MGQQHQFRPGQKAPNNGVYVEIGETGSMVKNPQKIKLTVGEMFPETSNHNRLWTYQRKP NA NA NA NA NA D1-12_00255 186 hypothetical protein GTGCGGTTTATTATCGGTTTTATTTGGACGTTCCTTTTAACACATATGGCCTGTTATTTGGTCGCCTCCATGAACAGCGCGGCGTACAATTTCAAGCAATCATCCGTTATTGCCGTAGTTATTGCAGTGCTTGTCTTTGTTCTTGCGGAGATCATGCCTGTCAAACAGGATGCAAGCCAGCATTAA MRFIIGFIWTFLLTHMACYLVASMNSAAYNFKQSSVIAVVIAVLVFVLAEIMPVKQDASQH NA NA NA NA NA D1-12_00256 735 hypothetical protein ATGGGGATAACGGAAAGATTCTTCCAATTCGGATCTGAGCTGAACGTCATCCATCTGCCGTATCGGCCGAACGGCTTCTGTATCTTTATTCTGGGGGACAGAACCCACTTTGTCAGCCGGGACTCAAGCTTTTGGCTCGAACATGAAGGGAGAAACCAGCTGTTAAATACGATGCTTGACAGAGGGTACACCATTTTCAACAGCAATTTATACGGACGGCATTGGGGTTCGGAAAAAGCCGTCCTTTACGCCAGACAGCTGATTCATTATGTGCTGAAACAAGAAACCCTCAATCCGAAAATACACTTGCTCGCAGAAGGCATGGGCGCCCTCATCGCCGATCAATTGCTGCAGTCTTCACCGGAGCATATCCGTTCAGCCGCAATGTTAGATCCTTGTCTTGATCTTCAAGCCCATTTTGAATCAGAGAAAGAAAATAAGTTTTTTTATAAGCAGTTTCTGAGGGAAACGGCACAAAGCTTCGGTGTTTCTGAAAAAGAGGCAAGCTCACTGAGCTATCAGACCATTACCGGCTGCCGCACCCGCGCGCCGGTACATATATGGCAAAGAACGACCGGAGCGCCGTACCCGTACACCCTGCATGCGAACGCGTATAAAGAAGCCCGGGAAAAGACCGGAAGCAAGACTGATATCACGTATCACCTGCTTGAGAACCCTGCGCGTATGTACAGAGCCATCTGCCGGTTTTTCCGCAGTCATGAAAAAGACCTGTAA MGITERFFQFGSELNVIHLPYRPNGFCIFILGDRTHFVSRDSSFWLEHEGRNQLLNTMLDRGYTIFNSNLYGRHWGSEKAVLYARQLIHYVLKQETLNPKIHLLAEGMGALIADQLLQSSPEHIRSAAMLDPCLDLQAHFESEKENKFFYKQFLRETAQSFGVSEKEASSLSYQTITGCRTRAPVHIWQRTTGAPYPYTLHANAYKEAREKTGSKTDITYHLLENPARMYRAICRFFRSHEKDL NA NA NA NA NA D1-12_00257 567 hypothetical protein ATGAAAACAGCGCTGATCATTGGAGCAGATGAATTTCTCGGCCTTTCATTGTGCGAACGGTTGATGGATGAGGGTGTGCATGTTGATGTCATTTTGGCAGAACCGGAGGACAAAACGAGGCAGCTGTATTTAGAAGAACGTTTAATGTGGCTCGCGAGAAACGGGCTTTTTCAAATAATAGATGAAATCGGTGAAAAGGAATACGATCGTATCTGCGTTCAATACGGGAGCGGGTGTCTGCCTGAAGAAAGGGCTGAGCCTTTATATTGGATTGTTTACAGTGAGGATCAAGGAGACTGGGAAAAAAACGGTCAGCGGGATACGGCAAAAGCGATTATCCTTCCTCCCCTTTACGGTCCGTGGACGGAAGAAAAAGAAGATGGCGAAAGCAGGATCTTTTTAGAAGACGCGGTCTGCGGGCTGATGAATAAGCTTGAGGCTGACGGCACAGAAGACGAAAATCAGATTATTACCCTGGAAATAAAAGAAAAAACGCAAAAAACAGAAGCGGAAGAAAAAATTAAAGAATGGAAAAGACAATTTTCATCAATATTCGACATTTTTTAA MKTALIIGADEFLGLSLCERLMDEGVHVDVILAEPEDKTRQLYLEERLMWLARNGLFQIIDEIGEKEYDRICVQYGSGCLPEERAEPLYWIVYSEDQGDWEKNGQRDTAKAIILPPLYGPWTEEKEDGESRIFLEDAVCGLMNKLEADGTEDENQIITLEIKEKTQKTEAEEKIKEWKRQFSSIFDIF NA NA NA NA NA D1-12_00258 861 Purine-binding protein ATGCTTTTTCCCGATACCATCAGTGACTTGGTATGGGGCACAAAAGGTTACAAAGGTTTATTAGCGATACAATCTGAATTTAACGTTGACGTTTATTATAAAGAAAATATCAGATCCGATGAAGATATTTTAAAAGCGATAGATGATTTTCATAAAAAAGGAGTCAATCTTTTATACGGGCACGGAAATGAATACGAGGAAATCTTCAATATGATCAGCAAGGATTATCCCGACATGGAATTCGTCGTCGCAAACGGAACGGCGAAAAGCGATAATGTCACAAGCGTTCACCTTATGGGAGAAGCAATGGGCTTTTTCGGGGGAATGACGGCCGCCCATATGTCAAAAACCAATGAGGTAGGTGTCATCGCCTCCTTTCTGTGGCAGCCTGAAGTAGACGGCTTTATCAAAGGGGCGAAATATGAAAAGCCTGATATCACCGTCAATACGGAATTTACGGACCACTGGGATAACGGCAATGAAGCGCTGCATCTTTACGAGAAGTTAAAAGCGGAAGGCACGGATGTTGTATATCCGGCCGGAGACGGGTATAATGTTCCTGTCATTCAGCAAATCAAAAAAGACGGGCTTTACGCCATCGGCTATGTCGCCGAGCAATCGAATCTCGGCAAAAACACGGTGCTGACAAGCACGGTGCAAAACGTAGATAAAGCCTATACATTAATTGCCGAGCAATATAATAAAGGTACGCTCAAGAGCGGAGATCACGACTTTGATTTCAGGGAAGGAGTCGTTGAAATGGGGACGTTCAGCCCGCTGGTGGACAAAGCGTTTCAAGACAAAATCTCAGACCTTGTAAAAACGTATAACCAAACAAATGAACTGCCGTCAAATGAATAG MLFPDTISDLVWGTKGYKGLLAIQSEFNVDVYYKENIRSDEDILKAIDDFHKKGVNLLYGHGNEYEEIFNMISKDYPDMEFVVANGTAKSDNVTSVHLMGEAMGFFGGMTAAHMSKTNEVGVIASFLWQPEVDGFIKGAKYEKPDITVNTEFTDHWDNGNEALHLYEKLKAEGTDVVYPAGDGYNVPVIQQIKKDGLYAIGYVAEQSNLGKNTVLTSTVQNVDKAYTLIAEQYNKGTLKSGDHDFDFREGVVEMGTFSPLVDKAFQDKISDLVKTYNQTNELPSNE NA NA NA NA NA D1-12_00259 192 hypothetical protein ATGCAGCATGAAAAGTCTCTTGAATTTATGCAGATCGCGATGAAATACCTGCCGGAAGCAAAGGCGGAGCTTGAGAAATCCGGCATAGATCTGTCTATGGAAATGATTCAGCCGTTTATGGACCTGTTTACATCGGTCATGGCGGAAGCGTATGAGCTTGGCAGATCTGATGCCGGGGAGCTGAATAAATAA MQHEKSLEFMQIAMKYLPEAKAELEKSGIDLSMEMIQPFMDLFTSVMAEAYELGRSDAGELNK PGPT0029475_20 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-COMPETENCE-RELATED_DNA_TRANSFORMATION_TRANSPORT,PGPT0029475-comZ-K02254 NA NA D1-12_00260 219 hypothetical protein ATGGATATTTTCTCCAAAATGATGTTCGGCGATTCCAGAGACCGGGATAAAGAACCGGAAGAAAACCCGGAGCAGCCTCAGGCTGAAAACGAAGAAGAGATCGATTACAACCACGTGATGAATCAGCTGGGGTCCATCATGAACTCTCTGGATCAATTAAAGCCCGTATTTAAAGACTTCGCGCCGATGGTGTCCGCTATAAAGAAAAAAATCATGTGA MDIFSKMMFGDSRDRDKEPEENPEQPQAENEEEIDYNHVMNQLGSIMNSLDQLKPVFKDFAPMVSAIKKKIM NA NA NA NA NA D1-12_00261 939 fabHA COG0332 3-oxoacyl-[acyl-carrier-protein] synthase 3 protein 1 ATGAAAGCTGGAATTCTTGGCGTCGGCCGTTACATCCCGGAAAAAGTGCTGACAAATCATGATCTTGAACAAATGGTAGATACATCGGACGAGTGGATTCGTACGAGAACAGGTATAGAAGAAAGAAGAATCGCCGCGGAAGATATGTATTCATCCGGCATGGCCGCTGAGGCTGCGCAAAAAGCGCTTGATCAGGCCGGCATTTCCGCTGAGGAGCTTGATATGATCCTCGTGGCGACGGTTACTCCTGACCAGTCCTTCCCTACCGTTTCCTGTATGATACAAGAGAAGCTCGGGGCCAAAAAAGCGTGCGCGATGGATATCAGCGCCGCATGTGCGGGTTTTATGTACGGTATCGTAACCGCCAAACAATTCATTGAATCGCAAACATACAAACATGTCCTCGTGGTCGGCGTGGAAAAGCTCTCAAGCATTACCGACTGGGACGACCGCAATACGGCTGTGCTGTTCGGAGACGGAGCCGGAGCGGCGGTCATCGGACCGGTCAGCGACGACAGAGGCATACTGTCATTTGAGCTCGGAGCAGACGGTACAGGCGGTCAGCACTTGTACTTAGATGAAAAAGGGCATACAATCATGCATGGAAGAGAAGTATTCAAATTCGCCGTCCGGCAAATGGGTGAATCGAGTGTAAATGTCATTGAAAAAGCCGGCCTCTCCAAAGAGGACGTAGACTTTTTGATTCCGCATCAGGCAAACATCCGCATCATGGAAGCGGCACGGGAACGTTTGGAGCTTCCGGTTGAAAAGATGTCTAAAACAGTCCATAAATATGGAAACACATCCGCAGCATCCATTCCGATTTCATTAGTAGAGGAACTGGAAGCAGGCAAAATTAAAGACGGCGACGTCATCGTCATGGTCGGTTTCGGCGGAGGATTGACATGGGGCGCCATAGCAATACGCTGGGGACGATAA MKAGILGVGRYIPEKVLTNHDLEQMVDTSDEWIRTRTGIEERRIAAEDMYSSGMAAEAAQKALDQAGISAEELDMILVATVTPDQSFPTVSCMIQEKLGAKKACAMDISAACAGFMYGIVTAKQFIESQTYKHVLVVGVEKLSSITDWDDRNTAVLFGDGAGAAVIGPVSDDRGILSFELGADGTGGQHLYLDEKGHTIMHGREVFKFAVRQMGESSVNVIEKAGLSKEDVDFLIPHQANIRIMEAARERLELPVEKMSKTVHKYGNTSAASIPISLVEELEAGKIKDGDVIVMVGFGGGLTWGAIAIRWGR PGPT0008355_7121 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008355-fabH-K00648 NA NA D1-12_00262 1239 fabF_1 COG0304 3-oxoacyl-[acyl-carrier-protein] synthase 2 ATGAGTAAAAAAAGAGTAGTCGTTACAGGGCTTGGAGCCCTGTCTCCGCTTGGCAACGACGCCGAAACAAGCTGGAAAAATGCAATCGGCGGCGTATCCGGAATCGGACCGATCACACGTGTGGAATCGGACGAGTATCCGGCGAAAGTAGCTGCTGAACTGAAAGATTTCAATATTGAAAATTACATGGATAAAAAAGAAGCGCGAAAAATGGACCGCTTCACGCAATACGCTGTCGTAGCCGCGAAAATGGCCGTTCAAGATGCCGGTCTGAACATCACAGACGAGATCGCGCCGAGAGTCGGCGTTTGGGTCGGGTCCGGAATCGGCGGTCTTGAAACGCTTGAATCCCAATTCGAAATCTTCCTGACTAAAGGGCCGAGAAGGGTCAGCCCGTTCTTTGTTCCGATGATGATTCCGGATATGGCGACAGGCCAAATCTCAATCGCTCTCGGAGCAAAAGGAGTCAACTCCTGTACGGTGACGGCATGTGCGACGGGAACGAACTCTATCGGTGACGCGTTTAAAGTCATTCAGCGCGGCGATGCCGATGCGATGATTACGGGCGGAACGGAAGCGCCGCTGACAAGAATGTCATTTGCGGGCTTCAGTGCAAACAAAGCCCTTTCTACAAATCCTGATCCGAAAACGGCAAGCCGCCCGTTTGATAAAAACCGTGACGGCTTTGTCATGGGAGAAGGCGCGGGGATCGTCGTGCTTGAAGAGCTTGAGCATGCGCTTGCCCGCGGTGCGAAAATCTACGGGGAAATTGTCGGCTACGGCTCAACGGGTGATGCCTACCACATTACCGCGCCTGCCCAAGATGGGGAAGGCGGTGCGAGAGCGATGCAGGAAGCAATCAAAGATGCGGGCATCAAGCCTGAAGAAATTGATTACATCAACGCTCACGGCACAAGCACGTACTACAATGATAAATACGAGACAAAAGCCATTAAGACCGTTTTCGGTGATCATGCGTACAAGCTTGCCGTCAGTTCGACAAAATCAATGACGGGTCATTTGTTAGGCGCTGCCGGAGGAATTGAAGCAATCTTCTCCGTCATGGCCATTAAAGACAGCATTATCCCGCCGACGATTAACATCGAAACACCTGATGAAGAGTGTGATTTAGATTATGTACCGGACAAAGCGCGCGAGCAGGATGTCAACATCGTTCTCAGCAACTCGCTCGGATTCGGCGGACATAATGCCACTTTGATCTTTAAAAAATATCAATAA MSKKRVVVTGLGALSPLGNDAETSWKNAIGGVSGIGPITRVESDEYPAKVAAELKDFNIENYMDKKEARKMDRFTQYAVVAAKMAVQDAGLNITDEIAPRVGVWVGSGIGGLETLESQFEIFLTKGPRRVSPFFVPMMIPDMATGQISIALGAKGVNSCTVTACATGTNSIGDAFKVIQRGDADAMITGGTEAPLTRMSFAGFSANKALSTNPDPKTASRPFDKNRDGFVMGEGAGIVVLEELEHALARGAKIYGEIVGYGSTGDAYHITAPAQDGEGGARAMQEAIKDAGIKPEEIDYINAHGTSTYYNDKYETKAIKTVFGDHAYKLAVSSTKSMTGHLLGAAGGIEAIFSVMAIKDSIIPPTINIETPDEECDLDYVPDKAREQDVNIVLSNSLGFGGHNATLIFKKYQ PGPT0008360_6026 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008360-fabF-K09458 NA NA D1-12_00263 786 hypothetical protein ATGAGCGTCAAGCAGACATATCAATGGATGGAAAAGGCGGCATCCGTAAATGATCTGGCCCCGCATCTTTTGCCGCTTTTTTCAGGGGCCGATAAGAAAGAGTGGAAGCCGATACTCGGGATGCTGCAAAACCACGGCATGTTCCGCTATTTGAAGGACGGCGTTAGGACCAGTAAACGGCTGAAAGAAAAAGGATGCTACAGCCATATTCAAAAGGAGGAAGCCTATTTAAAGGAGAAGTGGAACGGGCCGGACGTGCCGATCGTAGTTTTGCCCGTCGATGAACGAAACCGGAAAATCCGTCAGGAATTCGGGTCAAAATCCGGTCTGGCCTTTCGGGACAAAATGTTCCTCTTTCTATCATCGGATAGTTCCAATTCAGCTGTATCCGCCCTTATGACACATGAATATAATCACGTCTGCCGGTTAGAACATGTGACAAAGGACGAAAAAGATGAGACATTCCTTGATACAATCATGATGGAGGGACTGGCAGAATATGCTGTATATGAGCGGTTCGGCTCAAGTCTTACGGCGGAATGGACGTCCTACTATACGCCTGAGCAGCTTGATTTTCTGTTTGAAAAAAGAGTCAAGCCGAACCTCCGCTTAACGAGAGACAGCAGAATGTTTTCCCAGCTGTTATACGGAAAAGGATACTTCCCCTCAATGCTCGGCTATGCCGTCGGATTCAATATAGTAAAAAAATATTTAACCGACCATCAAAAAACAGTAAAAGAAGCATTGGCCATTCCTTCAAAAACCTTTCTGGAGGCAACGCTTTAA MSVKQTYQWMEKAASVNDLAPHLLPLFSGADKKEWKPILGMLQNHGMFRYLKDGVRTSKRLKEKGCYSHIQKEEAYLKEKWNGPDVPIVVLPVDERNRKIRQEFGSKSGLAFRDKMFLFLSSDSSNSAVSALMTHEYNHVCRLEHVTKDEKDETFLDTIMMEGLAEYAVYERFGSSLTAEWTSYYTPEQLDFLFEKRVKPNLRLTRDSRMFSQLLYGKGYFPSMLGYAVGFNIVKKYLTDHQKTVKEALAIPSKTFLEATL NA NA NA NA NA D1-12_00264 987 oppD_2 COG0444 Oligopeptide transport ATP-binding protein OppD ATGAGCACACTATTAGAAGTGAATAATTTAAAGACCTATTTTTTCAGAAAGAAACAGCCGATCCCCGCAGTCGACGGGGTTGATTTTCACATTAACAAAGGCGAAACCGTCGCTCTTGTAGGAGAATCCGGCTCGGGCAAAAGCATCACCTCGCTTTCTATTATGGGACTTGTCCAAGGCTCGGGCGGAAAAATTATGGATGGCTCGATTAAGCTTGAAGGCAGAGACCTGGCCTCCTTCACCGAAAACGAATATTGCAAAATCCGCGGAAATGACGTCTCTATGATCTTTCAGGAGCCCATGACTTCCCTGAATCCGGTGCTGACTATCGGCGAACAAATTACCGAAGTGCTTGAATACCATAAAAAAATGAATAAAAAAGAAGCGTCCAAAAAAGCCGTTGAGCTTCTGGAACTCGTCGGATTCTCCAGAGCGGAACAAGTGATGAAAGAATATCCGCACCGCCTTTCCGGAGGGATGAGACAGAGGGTGATGATCGCCATCGCGCTCAGCTGCAATCCGAAGCTTCTGATCGCTGATGAGCCGACGACGGCGCTTGATGTGACGATACAAGCCCAAGTATTGGAGCTGATGAAAGACCTCTGCAAAAAATTCGATACTTCCATTCTGCTGATCACTCACGATTTAGGTGTGGTTTCCGAAGCCGCCGACAGGGTGATCGTGATGTACTGCGGACAAGTCGTAGAGAGCGCGAGTGTGGAGGACTTATTTTTAAACCCTCTTCATCCGTATACCGAAGGGCTGTTAAACTCCATACCGGTGATAGATGGAGAGATTGATACATTAAAAGCGATCAAAGGCAGTGTCCCGACACCGGATAATCTTCCGGAAGGCTGCCGATTCGCCCCGAGGTGTTCAAAAGCGATGGACAAATGCAAAACAGGGCAGCCGGAGCTGATAACTCATGAAAGCGGCCGTTCTGTAAGATGTTTTTTATATGAGGAAGAGGGTGCCCCATCAAAATGA MSTLLEVNNLKTYFFRKKQPIPAVDGVDFHINKGETVALVGESGSGKSITSLSIMGLVQGSGGKIMDGSIKLEGRDLASFTENEYCKIRGNDVSMIFQEPMTSLNPVLTIGEQITEVLEYHKKMNKKEASKKAVELLELVGFSRAEQVMKEYPHRLSGGMRQRVMIAIALSCNPKLLIADEPTTALDVTIQAQVLELMKDLCKKFDTSILLITHDLGVVSEAADRVIVMYCGQVVESASVEDLFLNPLHPYTEGLLNSIPVIDGEIDTLKAIKGSVPTPDNLPEGCRFAPRCSKAMDKCKTGQPELITHESGRSVRCFLYEEEGAPSK PGPT0004435_9313 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 D1-12_00265 990 oppF_2 COG4608 Oligopeptide transport ATP-binding protein OppF ATGACAGCTGCAGGCCAAGAAACGATTTTAGAGCTGAAAGACGTAAAAAAATATTTCCCGATCCGCTCCGGTTTTTTTCAAAGGAAAGTCGGTGATATAAAGGCTGTTGACGGCGTTTCTTTTTCACTGAAGCGCGGGGAGACGCTCGGCATCGTCGGTGAATCAGGATGCGGCAAATCAACGGCGGGAAGGACGATGATCCGATTATACAAGCCGACAGACGGCCGGATTCTTTTTAAGGGTCAGGATATTTCCGGCTTATCTGAAGAAAAGCTGAGAAAAAGCGTCCGTAAAAACATCCAGATGGTCTTCCAAGATCCCTTCGCATCCCTTAACCCGAGGAAAACGCTGCGTTCCATTATTAAAGAGCCGTTCCAGACTCACCATATGTACAGCATGAGCGAGCGGAACGAGCGAGTGGAGGAGCTGCTGGCGAAAGTCGGCCTTCATCCGAGCTTTGCAAACCGCTATCCGCACGAATTTTCCGGGGGGCAGCGCCAGCGGATCGGGATTGCGCGGGCTCTGACATTGAATCCCGAGCTGATTATTGCGGATGAACCCGTTTCCGCACTCGATGTCTCCATTCAGGCCCAGGTCATCAATCTGATGGAAGAACTGCAGGAAGAATTCAACCTGACCTATTTGTTTATTTCTCATGATTTGAGTGTTGTCCGCCATATCAGCGACAGAGTCGGCGTCATGTATCTGGGAAAAATGATGGAGCTGACTGAAAAACACGAGCTGTACGGCAATCCGCTTCACCCTTATACGCAGGCGCTTTTGTCTTCAGTGCCCGTCACGAGAAATAAAGACGCCGTCAAGCGGGAACGAATCATCCTGAAAGGAGAACTGCCAAGCCCGGCAAACCCGCCGAAAGGCTGCGTGTTCCACACGCGGTGCCCGATGGCCAAACCGATCTGCAAGGAACAAATCCCGGCATTTGAAGAAGCCGCTCCCGGCCATTACGTCGCCTGCCATTTATATGCCTGA MTAAGQETILELKDVKKYFPIRSGFFQRKVGDIKAVDGVSFSLKRGETLGIVGESGCGKSTAGRTMIRLYKPTDGRILFKGQDISGLSEEKLRKSVRKNIQMVFQDPFASLNPRKTLRSIIKEPFQTHHMYSMSERNERVEELLAKVGLHPSFANRYPHEFSGGQRQRIGIARALTLNPELIIADEPVSALDVSIQAQVINLMEELQEEFNLTYLFISHDLSVVRHISDRVGVMYLGKMMELTEKHELYGNPLHPYTQALLSSVPVTRNKDAVKRERIILKGELPSPANPPKGCVFHTRCPMAKPICKEQIPAFEEAAPGHYVACHLYA PGPT0004440_7504 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 D1-12_00266 1629 appA Oligopeptide-binding protein AppA ATGAAATTACGTAAAAGCGCACTGATGATGCTAAGTGTTTTTATGGCGCTCGCCATCTTCCTGTCAGCCTGCTCCGGTTCAAAATCCACAAGCACCGAATCCAAACCGGCAGGAAAACCGCAAAAAGGCGGAGATTTGGTTGTCGGGTCAACCGGGGAACCCACACTTTTTAATCCACTTTATTCTACCGATGTTGCAAGTTCTGATATTGAAGGAATGATTTACAGCACATTATTGGAAACTGATGAGAAATTAAACGTCAAGCCGTCGCTGGCTGAAAAAGTAACAGAAGCTGACGGGGGATTAACGTATGATGTAAAACTGAAAAAAGGCGTTAAATTCCATGATGGAAAAGAGCTGACGGCCGATGATGTTGTTTTCACCTACAGCATCCCTCTTAACAAAGATTACAACGGTGAGCGTGGCTCGGGTTTTGAGTCCCTTAAATCCGTAACGAAAAAAGGGAAATATGAAATTCAGTTTAAAATGAAGAAAAAAGATGCCTATTTCTATAATGTCGTTCTCGACAGTTACGGCATTTTGCCTAAACATATATTGGGTAAGGTGCCGGTTGCAGATCTGGGAGAGAATGAATTTAACCGTAAAAATCCAATCGGTTCCGGTCCGTTTAAGTTTGTTGAGTGGAAAAAGGGCGAGTATGTCAAACTGGAAGCAAATGATGATTACTTTGGCGGCAGACCTTACCTTAATACAGTGACAGTAAAAACAATACCTGATTCTAACGCTGCTGTGGCTCAGTTAAAAGCGGGGGATATTGATTTCTTCGTTGTGCCGGGCACAGATTTTGATACGGTTAAAACGTTTGGAAACGTGAAGGTCAAATCTGACCTTGGCTTAAACTACAGCTATATCGGCTGGAATGAGAAAAAAGAGATCTTTAAGGACAAAAAAGTGCGTCAGGCATTGACTTACGCTCTTGACAGGCAGGCAATGGTGGATCAAGTGCTGAACGGAGACGGTAAGGTAGCGGATGTTCCTGAGAGTCCGCTGTCATGGAATTATCCGAAGTCTAAAGTGCCGACATTTGATTATAATCCGAAAAAAGCAAAGCAGCTGCTAAAAGAAGCCGGATGGGAAGACCATGACGGTGACGGCTACCTTGATAAAGACGGGAAAAAATTCTCATTTGAAATTAAAACGAATCAGGGCAATAAAATTCGTGAAGATTTAGCTGTTGTCGTTCAGCAGCAATTAAAAGAAGTGGGAATCGAGGCTAAACCGCGAATTGTTGAATTCAGTGCGTTAATCGAACAGACAAGTGCCCCTAATTGGGATTATGACGCTCTTCTTCTCGGATGGAGTCTTGCAACGTTCCCGGATCAATTCTCTATCTTCCATTCAAGCCAATCGAAAAACGGGCTGAATAATATCTGGTATAAAAACCCGAAAGTCGACAAGCTGCTTGAAGAAGCGAAGTCAATTACTGACAGAAAAGAATACCAAAAGAAATATGAAGAGATATACAAATTGATTGCTGAAGATCAGCCGTACAGCTTCTTATTCTATTACAATTACCACAGAGCGATGCCGAATAATTTACAAGGCTATGTATTCCACCCTAAAAATGACTTGTACAATATCGAAAAATGGTGGCTGGATCAAAAATAG MKLRKSALMMLSVFMALAIFLSACSGSKSTSTESKPAGKPQKGGDLVVGSTGEPTLFNPLYSTDVASSDIEGMIYSTLLETDEKLNVKPSLAEKVTEADGGLTYDVKLKKGVKFHDGKELTADDVVFTYSIPLNKDYNGERGSGFESLKSVTKKGKYEIQFKMKKKDAYFYNVVLDSYGILPKHILGKVPVADLGENEFNRKNPIGSGPFKFVEWKKGEYVKLEANDDYFGGRPYLNTVTVKTIPDSNAAVAQLKAGDIDFFVVPGTDFDTVKTFGNVKVKSDLGLNYSYIGWNEKKEIFKDKKVRQALTYALDRQAMVDQVLNGDGKVADVPESPLSWNYPKSKVPTFDYNPKKAKQLLKEAGWEDHDGDGYLDKDGKKFSFEIKTNQGNKIREDLAVVVQQQLKEVGIEAKPRIVEFSALIEQTSAPNWDYDALLLGWSLATFPDQFSIFHSSQSKNGLNNIWYKNPKVDKLLEEAKSITDRKEYQKKYEEIYKLIAEDQPYSFLFYYNYHRAMPNNLQGYVFHPKNDLYNIEKWWLDQK PGPT0004430_4832 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 D1-12_00267 951 dppB_2 COG0601 Dipeptide transport system permease protein DppB ATGGTTACATATATTTTACGGCGAACATTAATGTCCTTGCCGATTCTCTTAGGCATTACAATTTTGTCGTTTGCCATCATGAAAGCAGCGCCGGGAGACCCGATGTCACTTATGATGGACCCTACAATCAGTCAAGCGGACAGGGCGAAATTCATTGAAAAATACGGGTTGAATGATCCGGAACCTGTTCAATATGTGAAATGGCTGGGGAATATGCTGCAAGGGGATTTCGGGACTTCTATCGTCAAGAAAGGCACTCCAGTTTCTGAACTTATCTTATCCCGCTTACCGAATACGATTGTGCTTATGCTTTTCTCAACCCTTGTCGCTCTTCTTATTTCTATTCCATTTGGTGTTCTGTCAGCGAAACGTCCTTATTCAAAATTGGATTACGGGATAACTGTTACTTCATTTTTAGGGCTTGCCATACCGAATTTTTGGTTCGGTTTGATTTTAATCATGGTTTTATCTGTAAATCTGGGGTGGTTTCCCACTGGCGGAGTAAGCACTTTAAATGCTGACTTTAACATATTTGACCGATTGCATCACTTGATTCTGCCTGCTTTTGTGCTCGCCACGGCAGACATGGCAGGGATAACGAGATACACAAGATCCAGTATGCTGGATGTGTTAAAACAGGATTATATACGAACGGCGCGTGCGAAAGGATTCCGAGATAATAAAGTGATTTTTAAACACGGTTTGAGAAACGGACTTCTTCCTGTCATCACTATTTTTGGTCTGATGATACCGTCATTTATCGGGGGAGCGGTAGTGGTAGAACAGATTTTCACTTGGCCGGGTCTCGGCAAATTGTTTATTGATTCAGCCTTTTCGCGGGATTATCCGGTTATCATGGCCATGACGGTCATTTCAGCTGTTTTGGTTGTAGTGGGGAATTTAATTGCGGACATCTTATATGCGCTGGTTGATCCCCGCATTGAATATTAA MVTYILRRTLMSLPILLGITILSFAIMKAAPGDPMSLMMDPTISQADRAKFIEKYGLNDPEPVQYVKWLGNMLQGDFGTSIVKKGTPVSELILSRLPNTIVLMLFSTLVALLISIPFGVLSAKRPYSKLDYGITVTSFLGLAIPNFWFGLILIMVLSVNLGWFPTGGVSTLNADFNIFDRLHHLILPAFVLATADMAGITRYTRSSMLDVLKQDYIRTARAKGFRDNKVIFKHGLRNGLLPVITIFGLMIPSFIGGAVVVEQIFTWPGLGKLFIDSAFSRDYPVIMAMTVISAVLVVVGNLIADILYALVDPRIEY PGPT0004445_10448 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 D1-12_00268 915 oppC_1 COG1173 Oligopeptide transport system permease protein OppC ATGTTACAGCCCAATACCGGCACACCCCCCAGTGAAGTAAAATTAAAGGAAAATATTCAATCCAAACCGGAAACAATGACGAAGATTTTTTTCGAAAAGTTCTTTCAAAATAAACTAGCTGTAATCGGAGCCGTTATATTAACCATCATCATCTTGTCAGCCTTATTCGCTTCGGTAATCGCTCCTTACTCTCCGGAGAGTCAATCTCTTATCAATCGTTTGAAGCCGCCGAGCTTAAAACATCTAATGGGAACTGATAAATTCGGAAGAGACATCTTTACGAGGGTTCTGTACGGGGCGCGCGTCTCCTTGCTTGTCGGATTCGTTTCTGTGATCGGCGCGATTACAATCGGGACAGTTGTCGGAGCCGTTGCCGGATATTTTAAAGGGATTGTCGATGCCGTTCTCATGAGAACCGTTGATATCGTATTATCCATACCTGATATATTTTTGCTTATTACACTTGTTACGATTTTTCAGCCCGGAATGGATAAATTAATTTTAATTTTCTCCCTTACAGGCTGGACAACAACGGCACGCCTTGTCCGGGGGGAATTTTTATCGCTTCGTTCCAGAGAGTTTGTATTAGCTGCAAAGACGATCGGTACAAAAAATCATCACATCATCTTTTCTCATATATTGCCGAATGCGCTCGGACCGATCATTGTCTCAGCGACATTAAAGGTGGGAACGGTTATTTTGGCGGAATCTACATTAAGTTATCTCGGTTTCGGGATTCAGCCGCCGATCGCAAGCTGGGGCAATATGCTTCAGGATGCACAGAACTTTACGCTTATGATCCAGGCTTGGTGGTACCCGTTATTTCCGGGACTGTTCATTCTTCTTACCGTATTGTGCTTCAACTTTGTCGGAGACGGGCTGCGTGATGCGCTTGATCCGAAAAATGTGAAATGA MLQPNTGTPPSEVKLKENIQSKPETMTKIFFEKFFQNKLAVIGAVILTIIILSALFASVIAPYSPESQSLINRLKPPSLKHLMGTDKFGRDIFTRVLYGARVSLLVGFVSVIGAITIGTVVGAVAGYFKGIVDAVLMRTVDIVLSIPDIFLLITLVTIFQPGMDKLILIFSLTGWTTTARLVRGEFLSLRSREFVLAAKTIGTKNHHIIFSHILPNALGPIIVSATLKVGTVILAESTLSYLGFGIQPPIASWGNMLQDAQNFTLMIQAWWYPLFPGLFILLTVLCFNFVGDGLRDALDPKNVK PGPT0004450_6403 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 D1-12_00269 753 hypothetical protein ATGTTATTTCTTCATGATGTATGGGTCAATTGGTTTGAAGGGGAAGAAAACGGCTACAATGTATGCCATTTTCACGAATGGCGGAAGGAAGACACGGTTGAGCTTTTGGATCAGACGCCGCTGCTCAGAGTGCCGTCGGTATTATTTCATTACATAGAAAACGACTTATCAGAGCTTCCGAAAGAGCTGCTTGACCAAGTCCACCAGAAGTCATACGTGCGAAAAAATCATGAGCGGACAAAACTGGAGTACTGTTTTGTCGTGACAGACGGGATCGGCATCATTGCCGTAGATACGATCGGGTATACCATTCCGGTCAGAAAGAGCCGCCTGATTCCGAGACAGGAGCAGCTTGTTTATGAAATGGTAAAGGATGTAGAACCGGAATCGTTTCAATTTGACCCGTCGCAATTGGAGTCTTCAAAGGAATATCACATTTTGTCATTGGCGCCGGAGCATGTCAGAGGTCTGACGAGAAAAGAGCGGCAGATCAAGCAGCTGATGTTTATGGCGCTCGACCAGCTGAAAGGGCTGAAAAACCGTGCGGAAATTGTGTATTGGTACACGGAATGGAATCCGCATATGTATGAACAGATCAAACGGATGAGTTTTGAAGAGATCTGGGACATGCTTTACAATGAAACAATTGAAGGCTGGTCGGATAAACATCTTGCGTTCTGTGAAAATTTGATTAAAGGGCAGCCGTTTTTCGAAAAGCTTTGGGAAATGGAACAGGAATCAAAAGTGAACTAA MLFLHDVWVNWFEGEENGYNVCHFHEWRKEDTVELLDQTPLLRVPSVLFHYIENDLSELPKELLDQVHQKSYVRKNHERTKLEYCFVVTDGIGIIAVDTIGYTIPVRKSRLIPRQEQLVYEMVKDVEPESFQFDPSQLESSKEYHILSLAPEHVRGLTRKERQIKQLMFMALDQLKGLKNRAEIVYWYTEWNPHMYEQIKRMSFEEIWDMLYNETIEGWSDKHLAFCENLIKGQPFFEKLWEMEQESKVN NA NA NA NA NA D1-12_00270 993 trpS COG0180 Tryptophan--tRNA ligase ATGAAGAAAACGATTTTTTCAGGCATTCAGCCGAGCGGTTCCGTTACCCTCGGCAACTACATCGGCGCAATGAAGCAATTTGTTGATTTGCAGCATGACTACAACGGCTACTTCTGCATTGTCGATCAGCATGCGATTACGGTTCCGCAGGATCGGCTTGAACTGCGGAAGAACATCCGCAATCTCGCGGCTCTTTACCTGGCCGTCGGACTTGATCCCGAGAAAGCGACCCTCTTTATCCAGTCGGAAGTTCCCGCTCATGCCCAGGCGGGGTGGATGCTCCAATGCGTCGCATATATCGGCGAGCTTGAGCGGATGACGCAATTTAAGGATAAGTCAAAGGGCAAAGAAGCCGTCGTGTCCGGACTGTTAACCTATCCGCCGCTGATGGCCGGCGATATTTTACTGTACGGAACGGATCTTGTTCCGGTCGGAGAAGACCAAAAACAGCATCTTGAACTGACCCGCAACCTGGCGGAACGCTTTAATAAAAAATATAATGACATCTTCACGATTCCTGAGGTGAAAATTCCTGAATCAGGCGCGCGCATCATGTCACTGGCTGATCCGCTCAAAAAAATGAGCAAATCAGATCCGAACCAAAAGGCATTCATCACGCTGCTTGATGAGCCGAAGCAGCTCGAGAAGAAAATCAAGAGCGCCGTGACTGATTCTGAAGGCATTGTAAAGTATGATAAAGAAAACAAACCGGGCGTTTCTAATCTTTTGACGATCTATTCTATTTTAGGAAACACATCAATTGAAGAATTAGAAGCTAAATATGAAGGCAAAGGGTACGGTGAATTCAAAAGCGATTTAGCCGAAGTCGTTATCGGCGCATTGACACCGATCCAAGAGCGCTACCGTGAATTAATTGAGAGCGACGAGCTTGACCGCATTCTCGACGAAGGGGCGGCGCGCGCAAACAAAACGGCCGGCAAAATGGTGAAGAAAATGGAAAACGCCATGGGTCTCGGACGGAAAAGAAGATAA MKKTIFSGIQPSGSVTLGNYIGAMKQFVDLQHDYNGYFCIVDQHAITVPQDRLELRKNIRNLAALYLAVGLDPEKATLFIQSEVPAHAQAGWMLQCVAYIGELERMTQFKDKSKGKEAVVSGLLTYPPLMAGDILLYGTDLVPVGEDQKQHLELTRNLAERFNKKYNDIFTIPEVKIPESGARIMSLADPLKKMSKSDPNQKAFITLLDEPKQLEKKIKSAVTDSEGIVKYDKENKPGVSNLLTIYSILGNTSIEELEAKYEGKGYGEFKSDLAEVVIGALTPIQERYRELIESDELDRILDEGAARANKTAGKMVKKMENAMGLGRKRR PGPT0007120_5757 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 D1-12_00272 1635 oppA COG4166 Oligopeptide-binding protein OppA ATGAAAAAGCGTTGGTCTATTGTAGGTTTGATGCTTATCTTCTCGCTTGTATTAAGTGCGTGCGGCGGATTCAGCGGCGGATCAGGCGGCGGTAAAAAAGACACCAAAGGACAGACTTCACTTAATATCAATATTAAAACCGAGCCGTTCTCACTGCATCCGGGTTTAGCGAATGATTCCGTGTCAGGAGGCGTAATCCGACAGACTTTTGAAGGATTGACACGCGTAAACTCCAAAGGTGAGCCTGAAGAAGGAATGGCATCTAAAATTGAAACAAGCAAAGACGGAAAGACCTATACATTTACGATTCGTGACGGTGCGAAATGGTCTAACGGCGACCCTGTGACGGCGCAGGATTTTGAATATGCGTGGAAATGGGCGCTTGACCCGAACAACGAATCACAATACGCTTATCAGCTCTACTACATCAAAGGCGCTGAAGCTGCCAATACAGGAAAAGGCAAGATTGATGATGTAGGCGTAAAAGCCGTAAATGACAAAACATTAAAGGTTGAACTGAATAACCCGACACCTTATTTCACGCAATTAACTTCATTCTATACGTATATGCCGGTCAACAAGAAAATTGCTGAAAAACATAAAAACTGGAACACAAACGCAGGCGAAAATTACGTGTCAAACGGCCCGTTCAAAATGACGGCCTGGAAACACAGCGGTTCCATCACGCTCGAAAAGAACGATCAATATTGGGATAAAGACGCTGTGAAATTGAAGAAAATCAACATGGTGATGATTAACAATAACAACACCGAACTGAAAAAATTCCAGGCCGGTGAGCTTGACTGGGCAGGGATGCCGCTCGGCCAGCTTCCGACTGAATCATTGCCGACATTGAAAAAAGACGGATCTCTTCACGTTGAACCGATCGCAGGCGTGTATTGGTACAAATTCAACACAGAAGCGAAACCGCTGAACAATGTCAACATCCGTAAAGCCCTTGCTTATGCGATCGACCGCTCGTCCATCGTGAAAAATGTAACGCAGGGCGAACAAATCCCGGCCATGGCTGCGGTGCCGCCGTCAATGAAGGGATTCAAGGATAACACAAAAGGTTATTTCAAAGACAATGACGTCAAATCAGCTAAAGAATTCTTAAATAAAGGACTGAAGGAATTAGGCGTCAAGAATGCCTCTGACCTTCCGGCGATCAAACTGTCCTACAATACGGATGACGCGCATGCGAAAATCGCGCAGGCCGTACAGGAAATGTGGAAAAAGAACTTAGGCGTCAAAGTTGAGCTTGATAACTCCGAATGGAATGTTTACATCGACAAGCTGCACAGCCAGAACTACCAAATCGGGCGTATGGGCTGGCTCGGCGATTTCAACGATCCGATCAACTTCCTTGAATTGTTCCGTGATAAAGAAGGCGGAAACAATGATACCGGATGGGAAGATCCTGAGTTTAAAAAGCTGCTGAACCAATCTCAGCTTGAAACGGATCCGGATAAACGTATCGAAGAGCTGAAAAAAGCAGAAAAGATCTTTATTGACGCAATGCCGGTCGCGCCAGTTTATTTCTATACGGATCCTTGGGTGCAGGATAAAAACCTCAAAAATGTAATCTTGACCGGAACAGGCGAAGTTTACTTCAGAAACGCTTCTTTTGAATAA MKKRWSIVGLMLIFSLVLSACGGFSGGSGGGKKDTKGQTSLNINIKTEPFSLHPGLANDSVSGGVIRQTFEGLTRVNSKGEPEEGMASKIETSKDGKTYTFTIRDGAKWSNGDPVTAQDFEYAWKWALDPNNESQYAYQLYYIKGAEAANTGKGKIDDVGVKAVNDKTLKVELNNPTPYFTQLTSFYTYMPVNKKIAEKHKNWNTNAGENYVSNGPFKMTAWKHSGSITLEKNDQYWDKDAVKLKKINMVMINNNNTELKKFQAGELDWAGMPLGQLPTESLPTLKKDGSLHVEPIAGVYWYKFNTEAKPLNNVNIRKALAYAIDRSSIVKNVTQGEQIPAMAAVPPSMKGFKDNTKGYFKDNDVKSAKEFLNKGLKELGVKNASDLPAIKLSYNTDDAHAKIAQAVQEMWKKNLGVKVELDNSEWNVYIDKLHSQNYQIGRMGWLGDFNDPINFLELFRDKEGGNNDTGWEDPEFKKLLNQSQLETDPDKRIEELKKAEKIFIDAMPVAPVYFYTDPWVQDKNLKNVILTGTGEVYFRNASFE PGPT0021015_2642 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-PENTAPEPTIDE_PERCIPITATION|SIGNALLING,PGPT0021015-oppA|mppA-K15580 NA NA D1-12_00273 936 oppB COG0601 Oligopeptide transport system permease protein OppB TTGCTGAAATATATCGGTAAACGATTCATTTACATGATCATCACATTGTTTGTGATTGTGACCGCCACATTCTTCTTAATGCAGGCAGCGCCGGGCGGACCATTTTCCGGCGAAAGAAAGCTGCCGCCTGAAATTGAGGCAAACTTAAACGAACACTATGGCCTGGACAAGCCTCTTTTCGTTCAATATGCCAGCTACTTAAAATCTGTGGCGATGTGGGACTTCGGACCTTCTTTTAAATATAAAGGCCAAAGTGTTAATGATTTAATCAATTCAGGCTTCCCCGTCTCATTCACTCTCGGTGCAGAAGCTATTCTCCTCGCTTTAGCGTTCGGTGTGCTTTTCGGGGTGCTTGCTGCCCTGTACCATAATAAATGGCAGGATTATACCATTGCGATTTTAACGATCTTTGGGATCTCAGTTCCGAGCTTTATATTGGCGACGATTTTGCAATATATTTTCTCAATTAAATTAGAACTGTTCCCGGTCGCAGGGTGGGAATCCTGGGCATACACCTTTCTGCCCTCTATTGCGCTCGCTTCCATGCCGATGGCGTTCATTGCCAGACTCTCCCGTTCAAGCATGATTGAAGTGTTAAACAGCGATTACATACGGACTGCAAAAGCTAAAGGACTTTCCCGTCCGTCAGTCACCGTGCGCCATGCGCTTCGAAACGCGCTTTTGCCGGTCGTGACATATATGGGGCCGATGGCGGCATCCATTTTAACGGGAAGTTTCATCATTGAATCCATTTTCGGAATTCCCGGTTTAGGCGCGCATTTTGTAAACAGCATTACAAACCGTGATTATACGGTCATTATGGGAGTTACCGTGTTCTTCAGCGTGCTCCTGCTTTTATGCGTATTAATTGTAGACGTGCTGTACGGATTAATCGATCCGAGAATCAAGCTTTCCAAAGCAAAGAAAGGAGCCTAG MLKYIGKRFIYMIITLFVIVTATFFLMQAAPGGPFSGERKLPPEIEANLNEHYGLDKPLFVQYASYLKSVAMWDFGPSFKYKGQSVNDLINSGFPVSFTLGAEAILLALAFGVLFGVLAALYHNKWQDYTIAILTIFGISVPSFILATILQYIFSIKLELFPVAGWESWAYTFLPSIALASMPMAFIARLSRSSMIEVLNSDYIRTAKAKGLSRPSVTVRHALRNALLPVVTYMGPMAASILTGSFIIESIFGIPGLGAHFVNSITNRDYTVIMGVTVFFSVLLLLCVLIVDVLYGLIDPRIKLSKAKKGA PGPT0021020_631 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-PENTAPEPTIDE_PERCIPITATION|SIGNALLING,PGPT0021020-oppB-K15581 NA NA D1-12_00274 918 oppC_2 COG1173 Oligopeptide transport system permease protein OppC ATGCAGAACATTCCTAAAAATATGTTTGAACCAGCTTCAGCTAATGCCGGCGATGCCGAAAAAATAAATAAAAAAAGCCTTTCCCTCTGGAAAGACGCCATGCTCCGCTTCCGCAGCAATAAGCTTGCGATGGTCGGGTTCGTACTGATCGTTCTTATTATTCTGATGGCGATTTTTGCGCCTGTCTTTTCAAGGTATGATTATGCGACTACCAATCTATTAAATGCGGATAAAGCGCCGTCGAAAGATCATTGGTTCGGCACGGATGACCTTGGAAGGGATATATTCGTCCGGACATGGGTGGGCGCGCGGATTTCCATCTTTATCGGTGTCGCAGCTGCCGTGCTTGATTTATTAATCGGCGTAATCTGGGGCAGCATTTCCGGATTCCGCGGCGGACGCACAGATGAAGTGATGATGCGCATCGCCGACATTCTGTGGGCTGTTCCTTCATTATTAATGGTTATTTTGCTGATGGTTGTCCTGCCGAAAGGATTGCTCACCATTATCGTCGCCATGACAATCACGGGCTGGATCAATATGGCGAGAATCGTCCGCGGACAGGTGCTGCAATTAAAGAATCAGGAGTATGTGCTTGCTTCACAGACACTCGGCGCCAAAACCGGCCGGCTTTTGTTTAAGCATATCGTCCCGAACGCGATGGGCTCTATCCTCGTAACGATGACACTGACGGTTCCGACGGCGATTTTTACAGAAGCGTTTTTAAGTTATTTGGGCCTCGGCGTACCTGCGCCGCTTGCGAGCTGGGGAACGATGGCCTCAGACGGATTGCCTGCATTAACCTATTACCCTTGGCGTCTGTTCTTCCCTGCCGGCTTTATCTGCCTGGCGATGTTCGGCTTTAACGTTGTCGGCGACGGGTTAAGAGACGCGCTGGATCCTAAGTTACGCAAATAA MQNIPKNMFEPASANAGDAEKINKKSLSLWKDAMLRFRSNKLAMVGFVLIVLIILMAIFAPVFSRYDYATTNLLNADKAPSKDHWFGTDDLGRDIFVRTWVGARISIFIGVAAAVLDLLIGVIWGSISGFRGGRTDEVMMRIADILWAVPSLLMVILLMVVLPKGLLTIIVAMTITGWINMARIVRGQVLQLKNQEYVLASQTLGAKTGRLLFKHIVPNAMGSILVTMTLTVPTAIFTEAFLSYLGLGVPAPLASWGTMASDGLPALTYYPWRLFFPAGFICLAMFGFNVVGDGLRDALDPKLRK PGPT0021025_1737 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-PENTAPEPTIDE_PERCIPITATION|SIGNALLING,PGPT0021025-oppC-K15582 NA NA D1-12_00275 1077 oppD_3 COG0444 Oligopeptide transport ATP-binding protein OppD GTGACACGTTTGCTAGAAGTAAAAGACTTAGCCATTTCATTTAAAACATACGGCGGAGAGGTACAGGCAATCCGCGGCGTGAATTTCCATTTAAATAAAGGAGAGACGCTGGCGATCGTGGGGGAGTCGGGTTCCGGAAAAAGTGTGACCTCCCAAGCGATTATGAAGCTGATTCCGATGCCGCCGGGCTACTTTAAAAGAGGACAGATTCTTTTTGACGGACGCGATATCGTGCCGATGTCTGAAAAAGAAATGCAGGCCATCAGAGGAAAGGACATCGGAATGATTTTCCAAGACCCGATGACCTCTCTGAACCCGACGATGAGAGTCGGCAAACAAATTACGGAAGTGCTTTTCAAACATGAAAAAATCTCAAGTGAAGCGGCGAAAAAGCGCGCCATAGAGCTGCTTGATCTCGTCGGGATTCCGATGCCCGAAAAACGGATCGGCCAATTCCCCCATGAATTTTCAGGCGGGATGAGACAGCGTGTCGTCATCGCGATGGCGCTTGCGGCAAATCCGAAACTGTTAATTGCCGATGAACCGACAACAGCGCTTGATGTGACGATTCAGGCACAGATCCTTGAGCTGATGAAAGATCTGCAAAAGAAAATTGATACGTCTATCATTTTTATCACGCATGATCTCGGCGTTGTCGCCAATGTCGCCGACCGGGTCGCCGTCATGTACGCAGGTCAGGTCGTCGAATCGGGCACGGTGGATGAAATCTTTTATGATCCGCGCCATCCGTATACGTGGGGGCTGCTTGCCTCAATGCCCAGCCTGGACAGCACCGATCAGGAAAAACTGACGGCCATCCCGGGCACGCCGCCTGATCTGACGAATCCTCCGAAAGGGGATGCATTTGCGCTCCGCAGCTCATATGCGATGAAAATTGACTTTGAACAGGAACCGCCGATGTATAAAGTGTCTGATACGCATTTTGTGAAATCGTGGCTTCTGCATCCTGATGCGCCTAAGGTCGAGCCCCCTGAAGCGGTGAAGGCTAAAATCCGTCAGCTTCCGAATACGTATCAGCATCCTGTTTTAATGAAGGAAGGTGAAAAAAATGACTGA MTRLLEVKDLAISFKTYGGEVQAIRGVNFHLNKGETLAIVGESGSGKSVTSQAIMKLIPMPPGYFKRGQILFDGRDIVPMSEKEMQAIRGKDIGMIFQDPMTSLNPTMRVGKQITEVLFKHEKISSEAAKKRAIELLDLVGIPMPEKRIGQFPHEFSGGMRQRVVIAMALAANPKLLIADEPTTALDVTIQAQILELMKDLQKKIDTSIIFITHDLGVVANVADRVAVMYAGQVVESGTVDEIFYDPRHPYTWGLLASMPSLDSTDQEKLTAIPGTPPDLTNPPKGDAFALRSSYAMKIDFEQEPPMYKVSDTHFVKSWLLHPDAPKVEPPEAVKAKIRQLPNTYQHPVLMKEGEKND PGPT0021030_551 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-PENTAPEPTIDE_PERCIPITATION|SIGNALLING,PGPT0021030-oppD-K15583 NA NA D1-12_00276 918 oppF_3 COG4608 Oligopeptide transport ATP-binding protein OppF ATGACTGAGAAACTTCTCGAAATCAAACATTTAAAACAGCATTTTTTCACGCAGAAAGGAACGGTAAAAGCCGTAGATGATTTGTCATTTGATATTTATAAAGGCGAAACGCTCGGCCTTGTCGGAGAATCGGGCTGCGGTAAATCAACGACGGGCCGCAGCATTATCCGGCTATATGAGGCAACCGGCGGGGAAGTTCTCTTTAACGGGGAAAATGTCCACGGGAAAAAATCCCGCAAGAAGCTGCTGGAATTTAACCGGAAAATGCAGATGATTTTCCAGGATCCGTACGCATCTTTAAATCCGAGAATGACAGTCGCCGACATTATTGCCGAGGGAATAGATATTCACCGCCTGGCAAAAACGAAAAAAGAGCGGATGCAGCGGGTTCACGAACTGCTGGAAACGGTCGGTTTAAATAAAGAGCACGCCAACCGCTACCCGCATGAATTTTCGGGCGGACAGCGCCAGCGTATCGGAATCGCCAGAGCGCTGGCGGTTGATCCGGAGTTTATCATCGCGGACGAACCGATTTCGGCGCTTGACGTCTCCATTCAGGCGCAAGTCGTCAATTTAATGAAAGAATTGCAGAAAGAAAAAGGGCTCACTTACCTGTTTATCGCCCATGATTTATCAATGGTCAAATACATCAGCGACCGCATCGGCGTCATGTATTTCGGAAAATTGGTGGAGCTTGCGCCGGCGGATGAGCTTTACGAAAACCCGCTTCATCCATATACGAAATCATTGCTGTCCGCTATCCCGCTTCCTGATCCGGACTATGAAAGAAATCGCATGCGAAAGAAATACGATCCGGCAGTTCATCAGCTCCAGGAAGGAGAAAAAATGGAATTCAGAGAAGTGAAACCGGGACATTTTGTCATGTGCACAGAAGCTGAATTTAAAACCTATCTATAA MTEKLLEIKHLKQHFFTQKGTVKAVDDLSFDIYKGETLGLVGESGCGKSTTGRSIIRLYEATGGEVLFNGENVHGKKSRKKLLEFNRKMQMIFQDPYASLNPRMTVADIIAEGIDIHRLAKTKKERMQRVHELLETVGLNKEHANRYPHEFSGGQRQRIGIARALAVDPEFIIADEPISALDVSIQAQVVNLMKELQKEKGLTYLFIAHDLSMVKYISDRIGVMYFGKLVELAPADELYENPLHPYTKSLLSAIPLPDPDYERNRMRKKYDPAVHQLQEGEKMEFREVKPGHFVMCTEAEFKTYL PGPT0021035_2837 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-PENTAPEPTIDE_PERCIPITATION|SIGNALLING,PGPT0021035-oppF-K10823 NA NA D1-12_00277 1170 hypothetical protein ATGAAAACCATTTTGTGCGCCATTTGTGCGGGACTGTTTATCAGTGCAGCCGCTGTGAAAGAGGAGCAGCCGCTTGTAAAAATAGCGCTGGCTGAAAAAGAACTGCCGAAATCAAATGCACGGTTCGCTTATCCGTCAGGGCTGCATTTTACACATCCTGATAAGGTGCGGGGCATTTACGTCACAGGGCATTCAGCGGGAGGAAGCAAATTCGGGGAGCTGACAGACTTTGTGGACAAAACGGAGCTCAATACAATGGTGATTGATGTCAAGGACGACAACGGAAACCTCACCTTTAAGCCGGACGGCCATTCTGAGTATGCCAAAATCGCTAAGCCATACATCAAAGACCCAAAAAAGATGATGAAAAAGCTGGAGGAAAAAAAGATCTATCCGATCGCGCGTATTGTCGTATTTAAAGACAGCGAACTCGCGAACGAAAAGCCGGAGTGGTCCTTTAAAGAAAAAAACGGAAGTGTCTGGAAAAACGGCCGCGGCGAATCGTTCGTCAATCCGTTTATGAAAGAAGTATGGGATTACAATGTAAAGATTGCAAAACAAGCTGTAAAGATGGGGTTTCAAGAAATTCAGTTTGATTATGTCCGTTTTCCTGAAGGATTTGAAAAACGTGATGACGAACTGACATACGGACACGGCGATTACGGAAAAACAGCAGACAGCAATGTGCAAAAACGCGTTCACGCCGTCACCGATTTTGTCGGTTATGCGAAGAAAAAACTCAAGCCGTACGGCGCGGATGTGTCGGTTGATATTTTCGGCTATTCTGCCACGCTGCCGGAAGCGCCGGGGATCGGCCAGAATTTCAGCAAGATTTCAGAACAGGTCGATGTCATTTCATCCATGATTTATCCGAGCCATTGGACAAGCTATTTCGGCATTGATAAACCGGATCTTGAGCCTTACAATGTCGTCAAAGAATACGCGAAGGTGGAAAATAAAAAACTGTCTAAGCTGAAACACCCGCCTGTATCGCGTCCGTGGCTTCAGGACTTCACGGCATCATATCTCGGCAGCGGAAATTATCAAAAGTACGGAAAACGCCAGGTGGAAGACCAGGTTAAAGCGCTGCATGATGAAGGAATTGACGAATTTTTATTGTGGGACGCGGCAAACCGTTATACCAAAAACGTCGATTACACACCATTTTAA MKTILCAICAGLFISAAAVKEEQPLVKIALAEKELPKSNARFAYPSGLHFTHPDKVRGIYVTGHSAGGSKFGELTDFVDKTELNTMVIDVKDDNGNLTFKPDGHSEYAKIAKPYIKDPKKMMKKLEEKKIYPIARIVVFKDSELANEKPEWSFKEKNGSVWKNGRGESFVNPFMKEVWDYNVKIAKQAVKMGFQEIQFDYVRFPEGFEKRDDELTYGHGDYGKTADSNVQKRVHAVTDFVGYAKKKLKPYGADVSVDIFGYSATLPEAPGIGQNFSKISEQVDVISSMIYPSHWTSYFGIDKPDLEPYNVVKEYAKVENKKLSKLKHPPVSRPWLQDFTASYLGSGNYQKYGKRQVEDQVKALHDEGIDEFLLWDAANRYTKNVDYTPF NA NA NA NA NA D1-12_00278 579 yjbC Putative acetyltransferase YjbC ATGAACTGGTACGAAAAGCTGAGTGAATATTTTCCGATTGAAGAAATGAAATCAAAAGCGCATATGGAAGCTCTGTTAAAGGAGCAAAGCGATGTTTATCATAAAGAAGAGGGGCAGTACCACGTGCTGATGTATGCGGAATTTGACTCTTTCATCTTTATTGATTACCTGTTTGTGTCAAAGAAATCCAGAGGACAAGGCCTCGGAAGCAAGCTGATCGGCAGGCTGAAAAAGAAAAACAAGCCGATTCTGCTTGAGGTGGAGCCTGTTGACGAGGATGACACGGATACACAGAAACGCTTGCGTTTTTATCAAAGAGAGCATTTCAAGCACGCGCAGTCAATCGGGTATCGGCGCCGGTCATTGGCTACGAATGAAGTGAACAAAATGGAGATTCTGTACTGGTCACCTAAGACGGAATCAGAAGAAGAAATGTTTGAAGCGATGAAACAGACATATGAAAACATTCACACTTATAAAGATGAAAAATGGTACGGAGAATCATACGAAAAAACGGATGAAGTTCTCAAAGTCATTGATGAGAAAAAACGAAAAAACATTTTCGATCAGCTGAGCTAA MNWYEKLSEYFPIEEMKSKAHMEALLKEQSDVYHKEEGQYHVLMYAEFDSFIFIDYLFVSKKSRGQGLGSKLIGRLKKKNKPILLEVEPVDEDDTDTQKRLRFYQREHFKHAQSIGYRRRSLATNEVNKMEILYWSPKTESEEEMFEAMKQTYENIHTYKDEKWYGESYEKTDEVLKVIDEKKRKNIFDQLS PGPT0014311_7 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_HERBICIDIAL_STRESS HERBICIDIAL_STRESS-PARAQUAT_STRESS_REDUCTION,PGPT0014311-yjbC-NA NA NA D1-12_00279 396 spxA COG1393 Regulatory protein Spx ATGGTTACATTATACACATCACCTAGCTGTACGTCATGCAGAAAAGCAAGAGCTTGGCTTGAAGAGCACGAGATTCCGTTTGTAGAGAGAAACATTTTCTCCGAGCCGTTATCAATTGATGAGATCAAGCAGATTCTGCGTATGACTGAAGACGGTACGGATGAAATTATCTCTACCCGTTCTAAAGTATTCCAGAAACTGAACGTAAATGTTGAATCTATGCCGCTTCAAGACTTATATACTTTGATCAATGAGCATCCGGGACTGCTCCGCCGTCCGATCATCATTGATGAAAAACGTCTGCAAGTCGGCTATAACGAAGATGAAATCAGACGATTCCTGCCAAGAAAAGTGCGTTCTTTCCAATTAAGAGAAGCACAGCGTCTTGCCAACTGA MVTLYTSPSCTSCRKARAWLEEHEIPFVERNIFSEPLSIDEIKQILRMTEDGTDEIISTRSKVFQKLNVNVESMPLQDLYTLINEHPGLLRRPIIIDEKRLQVGYNEDEIRRFLPRKVRSFQLREAQRLAN PGPT0012940_532 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING NITROSATIVE|OXIDATIVE_STRESS|ROS_REGULATORY_PROTEINS,PGPT0012940-spx|spxA-K16509 NA NA D1-12_00280 657 hypothetical protein ATGCCGCACGATTACCTGCTGTCCCTTCTGCTTATTATCGGGATTGACCTTATTCTCGGCGGTGACAATGCCGTCGTCATCGCGATGGCCAGCCGGAATCTGGCTCATAAACAAAGACAGCAAGCGATCATCTTCGGAACGTTTATCGCGGTCGTCTTGAGAATCGTTCTGACGAGCGCTGCGGTCTATTTATTGAATGTTCCTTTTTTACAATGCGCAGGCGGGGTATTTTTATTGTATCTCGGCTATCAGCTTCTGATTGAGAAGAAAGATGCGCAGCATGTGAAAAGCAGTTCTTCTCTTTGGAAAGCCATCCGCACAATCGTTCTGGCTGATATCTTTATGTCGCTTGACAATGTCATCGCAGTAGCCGGCGCTTCTCACGGTGAGCTGACACTAGTAGTGATCGGTCTCTTCATCTCGGTGCCGATTATCATTTGGGGCAGCAAGCTCGTTCATGCCGCCATGGACAAAATGCCTTTATTGATGTACGCCGGGAGCGGTCTTCTCGCATTTACCGGCGGTGAAATGATTGCCGGAGACAGCAAGCTGTCATTTTTCATGGCAGAACACGGCATTATACAAATGATGCTGCCGATTTTGACCGTCGTATTTGTTATCCTCGCCAGTATGATTTACCAGCAGACTGAAAAATAA MPHDYLLSLLLIIGIDLILGGDNAVVIAMASRNLAHKQRQQAIIFGTFIAVVLRIVLTSAAVYLLNVPFLQCAGGVFLLYLGYQLLIEKKDAQHVKSSSSLWKAIRTIVLADIFMSLDNVIAVAGASHGELTLVVIGLFISVPIIIWGSKLVHAAMDKMPLLMYAGSGLLAFTGGEMIAGDSKLSFFMAEHGIIQMMLPILTVVFVILASMIYQQTEK NA NA NA NA NA D1-12_00281 750 mecA COG4862 Adapter protein MecA 1 ATGTGGACGGAATGGGTAAAGTGTAGTAAAGTACTATTCATCGGGAGCTTAGATGTCCCTTCAACATCTTATAAAGAAGGGAAGGTTGGCAAAATGGAAATAGAAAGAATTAATGAGCATACTGTAAAATTTTATATGTCTTATGGTGATATTGAAGATCGCGGTTTTGACAGAGAAGAAATCTGGTACAATCGCGAGCGCAGTGAAGAACTGTTCTGGGAAGTCATGGATGAAGTGCATGATGAAGAAGAATTCGCTGTCGAGGGTCCTCTTTGGATTCAGGTTCAGGCATTGGACAAAGGACTGGAAATAATCGTAACAAAAGCCCAGCTTTCCAAGGACGGACAAAAACTCGAACTGCCGATCCCGGAAGATAAAAAACAAGAGCCGGCAGATGAAAATCTCGATGCTTTACTTGATGATTTCCAGAAAGAAGAGCAGGCCGAGAGCCGGGAAGATAAGGAGCAAAAGCTTCAGTTCACTTTGCGGTTCGATGATTTTGAGGATCTCATCTCGCTATCAAAATTGAATCTTAACGGAATCAAAACGACCCTGTATTCGTTTGAAGACCGATATTATTTATATGCAGATTTTTATGAGCAAACTGATGAAGAGGTTGAAAATCAGCTAAGCATCCTGTTGGAGTACGCGCACGAATCATCAGTCAGCATTCACCGTCTTGAAGAATACGGCAAATTGGTGATCGCTGATCATGCGTTATATACAATAAAAAAACACTTTGCATCATAA MWTEWVKCSKVLFIGSLDVPSTSYKEGKVGKMEIERINEHTVKFYMSYGDIEDRGFDREEIWYNRERSEELFWEVMDEVHDEEEFAVEGPLWIQVQALDKGLEIIVTKAQLSKDGQKLELPIPEDKKQEPADENLDALLDDFQKEEQAESREDKEQKLQFTLRFDDFEDLISLSKLNLNGIKTTLYSFEDRYYLYADFYEQTDEEVENQLSILLEYAHESSVSIHRLEEYGKLVIADHALYTIKKHFAS NA NA NA NA NA D1-12_00282 1161 coiA COG4469 Competence protein CoiA ATGTTCAGTGCTGTGACTGCCGACGGAAGGCTCATTCAGCTGGCCGGAAGCTATTCAAAGGAAAAAGCGGCGGAGCTGAGAAAGAAACGCTGGTTCTGCCCTGTTTGCGAAAGTGAGCTTGATATCAAACTGGGCCGGGAGAAACTGCCGCACTTCGCTCATAAAAAAAGCAGGCTGTGTCCGGGGGAATCCGAACCTGAAAGCGAATACCATCTGGAAGGAAAAAGACAGCTTTTTCTCTGGCTAAAGACACAAGGGTGCAGTGTCAGCCTGGAACCGTATCTGACTTCCGCGGGACAGCGGCCTGACTTGACGGCGGAAAGCGGAGAAGAGAGGCTGGCTTTTGAATTTCAATGTGCGAACCTTTCGGCGGACTCTTTAAAGAGCCGGACGGCAGGCCTGAAAAACGCCGGGTACCGGCCGGTCTGGATTATCGGGGCAAAACGGTTAAAACGGCTGGCCGCGCAATTTTTCCGGCTTTCTGCTTTTCACTGGCAGTTCTTTGAAGTCCATTCATTTTCCTCCTTACTGTTTTACTGCCCCGACGCCCGCTCCTTTTACAGGCTGCATTCCATCACTCCGTTTTACACCGGCTATTCTTATGCCGGCTTAACCGCAATCCCTCTTCACAAAGCAAACCTGAAAGACATTTGTCATCCGGAAGGGCGGCACAGCGTCAGACTTCCCTCGTGGGGACGTGCCGTAGCCGGCTTCCGCAACAAAAGCGGGCGGTTTTTATCTGAAGATGCCGGTCTTATCCGGTGTCTTTTTTACGAAAGACATCAGGTTGCATTTCCATTTCTCCCCTCTGAAGTGTTTATTCCCGTTTCAGCGGGCTTTGTGTTTGCAAGTCCCGTTTTTGTGTGGCAGGGCCATTTATACTTGCGGCTTGCGGAACTTTCTAAAAAAGGCGCGCCGATCCGATTATCCGGCATGGTTCATGATTTACGGCAAAAAATCAGGGGTAAGGAGATCCGGATGAGGTATGGTTCACAAGACAGCCTTATCGGAATGGCGGTAAAACAATATGCTGATTTCTTATGCTTGCAGGATTTTTTAAGGGAAATTGAGAATGAAGTATATATGCCCTCATCTCAATGGAAGCGCCCTCAAACGGCAGAAGAGCTGCGCCGGCGGGATCTGCTCTTTTTTGGGGAATGA MFSAVTADGRLIQLAGSYSKEKAAELRKKRWFCPVCESELDIKLGREKLPHFAHKKSRLCPGESEPESEYHLEGKRQLFLWLKTQGCSVSLEPYLTSAGQRPDLTAESGEERLAFEFQCANLSADSLKSRTAGLKNAGYRPVWIIGAKRLKRLAAQFFRLSAFHWQFFEVHSFSSLLFYCPDARSFYRLHSITPFYTGYSYAGLTAIPLHKANLKDICHPEGRHSVRLPSWGRAVAGFRNKSGRFLSEDAGLIRCLFYERHQVAFPFLPSEVFIPVSAGFVFASPVFVWQGHLYLRLAELSKKGAPIRLSGMVHDLRQKIRGKEIRMRYGSQDSLIGMAVKQYADFLCLQDFLREIENEVYMPSSQWKRPQTAEELRRRDLLFFGE NA NA NA NA NA D1-12_00283 2061 pepF1_1 Oligoendopeptidase F, plasmid ATGAGAATGCTTCATTTCGTTCACCCTAACGTCAAGGTGGTGGCGAATGTGAGGGGCGTACAAGCATTTTGTTTTCGTTTTTTCACTGTATTATTGGTATGCTCGGTCTTATATGCCGCATATGATTTGACAAAAGGCAGTGAAAAGCCGGAAGATAATCACAACACAAGTTTTTGGAGAAACAATCGTTTTTTCAATTGGCTTGAAGTAAAGAAAACGAGGGGGATCACCATGACTAAGGAAAATAAAGCAGCACAGCTGCCTGACAGAAGTGAAGTAAAGGCAGAGCATACATGGAGACTAGAGGATATTTTTCCTAGTGATGAGGCCTGGAATAAAGAATTTCAAGCAGTTAAAGAATTAATCCCGAATTTATCTTCTTTTAAAGGCACACTTGCTCATTCGGCTGATAATTTATACGCGGCGCTTACGGCACAGGATGAAGTGACGAACCGCCTTGGGAAACTTTATGCATACGCGCATATGCGCTCAGACCAGGATACGGGAAATTCTTTCTACCAAGGGCTGAACGACAAAGCCGCAAGCCTGTATTCTCAGGCTGCAAGCGCGACTGCTTACATTGAACCGGAAATTCTGGCGATTCAGGAGGACAAGCTGCACCAGTTTATTCTCGAAAAAGAAGAGCTTAAGCTTTACTCCCATGCAATTGAAGAAATTACAAAACAGCGTCCGCACGTGCTGAGCGAACAAGAAGAGGCCCTGCTTGCGGAAGCCTCAGAAGCGCTGTCGTCGCCTTCCAATACATTCAGCGTTTTAAATAACGCCGATATTACATTTCCGTCGATTAAAGATGAAAACGGCAAGGAAACTCAAATCACACACGGCAACTTTATTAATTTCCTGGAAAGCAGCAATCGTGAAGTCCGCAAAAACGCATTTGAAGCCGTATATAAAACATACGGACAGTATAAAAACACGATGGCGACTACACTCAGCGGCACTGTGAAAAAAGATAATTTTTACGCCCGTGTGAAAAAATATAAATCAGCACGGGAAGCGGCTTTATCCAATAACAGCATCCCTGAAGAAGTTTACGATAACCTGATTAAAACGATCAATAAACATCTTCCGTTATTACACCGTTACATTGACCTGCGGAAAAAGGTGCTCGGCCTTGATGAAGTCCATATTTATGACCTGTACACACCGCTCGTAAAAGATTCGGGAATGAAGGTCACATATGAGGAAGCGAAAGATTATATGCTCAAAGGACTTGCTCCGCTGGGCGAGGAATACGCGTCTATTTTAAAAGAAGGACTTGAAAACCGCTGGGTCGATGTATACGAAAACAAAGGAAAACGCAGCGGTGCTTATTCGTCCGGTACATACGGCACGAATCCGTACATCTTGATGAACTGGCATGATAATGTCAATAATCTGTTTACGCTCGTTCACGAGTTCGGCCATTCCGTGCACAGCTACTATACGAGAAAATATCAGCCGTATCCATACGGTAACTACAGCATTTTTGTCGCTGAAGTCGCTTCAACGACCAATGAAGCGCTGCTCGGTGAATATATGCTGAACAGCTTAAAGGATGAAAAACAGCGTCTGTACCTGCTCAACCACATGCTTGAAGGATTCAGAGGCACAGTGTTCAGACAGACGATGTTCGCTGAATTTGAGCATCTGATTCATACGAAAGCGCAGGAAGGCGAGCCGCTGACGCCTGAACTGCTGAACGAACTTTATTATGATCTGAATAAAAAGTATTTCGGTGACAACATGGTGATTGATAAAGAAATCAGTCTGGAATGGTCAAGAATTCCGCATTTCTATTACAATTATTATGTGTATCAATATGCAACAGGCTACAGTGCGGCCCAAGCGCTGAGCAGCCAGATCTTAAAAGAAGGCAAGCCTGCGGTGGAGCGCTATACCGAATTCTTAAAAGCGGGAAGCTCGGAATATCCGATCGACATACTGAAAAAAGCGGGAGTCGATATGACATCGCCTGAACCGATCGAGGCGGCCTGCAAAATGTTTGAAGAGAAGCTGAACGAAATGGAAGAGCTTCTTTCGAAAGTGAACCCTTCGTAA MRMLHFVHPNVKVVANVRGVQAFCFRFFTVLLVCSVLYAAYDLTKGSEKPEDNHNTSFWRNNRFFNWLEVKKTRGITMTKENKAAQLPDRSEVKAEHTWRLEDIFPSDEAWNKEFQAVKELIPNLSSFKGTLAHSADNLYAALTAQDEVTNRLGKLYAYAHMRSDQDTGNSFYQGLNDKAASLYSQAASATAYIEPEILAIQEDKLHQFILEKEELKLYSHAIEEITKQRPHVLSEQEEALLAEASEALSSPSNTFSVLNNADITFPSIKDENGKETQITHGNFINFLESSNREVRKNAFEAVYKTYGQYKNTMATTLSGTVKKDNFYARVKKYKSAREAALSNNSIPEEVYDNLIKTINKHLPLLHRYIDLRKKVLGLDEVHIYDLYTPLVKDSGMKVTYEEAKDYMLKGLAPLGEEYASILKEGLENRWVDVYENKGKRSGAYSSGTYGTNPYILMNWHDNVNNLFTLVHEFGHSVHSYYTRKYQPYPYGNYSIFVAEVASTTNEALLGEYMLNSLKDEKQRLYLLNHMLEGFRGTVFRQTMFAEFEHLIHTKAQEGEPLTPELLNELYYDLNKKYFGDNMVIDKEISLEWSRIPHFYYNYYVYQYATGYSAAQALSSQILKEGKPAVERYTEFLKAGSSEYPIDILKKAGVDMTSPEPIEAACKMFEEKLNEMEELLSKVNPS PGPT0020965_13 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0020965-pepF|pepB-K08602 NA NA D1-12_00284 168 hypothetical protein ATGCTCCGCACCGTATTGATCATCGGAATGATTGTGTTTTTCTTCTTTTTAAATCTGCTGGCCATGATGCACATGCTGCCGATTTACATTACATCTCCCCTGCTGTTTCTGTCCATATTGTTTGCCTTGTACCGGCTGAATCACAGAAAAACGTTTAAAGGGTTTTAG MLRTVLIIGMIVFFFFLNLLAMMHMLPIYITSPLLFLSILFALYRLNHRKTFKGF NA NA NA NA NA D1-12_00286 903 hypothetical protein TTGACGAATTATCAGCATGAGCAATACTTCGCCCATTGCCACGGACATCCAAAAAAACCGCTCGAAATTTACATGTTTGTCGACCCTTTATGTCCTGAATGCTGGTCGCTGGAGCCCGCCATAAAAAAATTAAAAATCAAATACGGACGTTTTTTTACGCTGCGGATCATTGTTTCCGCGAGCATTACATCGTTGAATAAGCAAAAACGGAAAAAACACCTTCTTGCCGAAGCTTGGGAAAAAATTGCGAACCGTTCCGGTATGCCCTGTGACGGAAGCCTTTGGCTTGAGCAGGATCAGCCTCTTTCATCGCCCTACCTTGCCGCACTCGCTTTAAAAGCGGCTGAACTGCAGGGAAGAAAAGCGGGCATTCTGTTTCTCCGCAGCATGCAGGAAAGCCTGTTTGTTTCCAAGCAGAATATTACAGATGAAGACGTTCTTTTAGAAATTGCCGAAAAGACGAAATTGGATGTTGAAGAATTCAAGCGCGATCTCCATTCGCAAAGCGCGGTAAAAGCGCTTCAGTGCGATATGAAAATCGCGGCGGAAATGGACGTCACCGTCAACCCGACATTGACGTTCTTTAACAGCCTGCATGATGATGAAGGGCTGAAGGTTCCCGGCAACTATTCTTATGACGTATACGAAGAGATCTTATTCGAAATGCTCGGGGATGAACCGAAGCCTTCTGAAACGCCGCCTTTGGAATGTTTCATTGAATATTTCCAGTTTGTCGCATCGAAAGAAATCGCACTCGTTTATGATTTGAGTCTAGAAGAAGTTGAAAAAGAAATGAAAAAACTGGCATTCGCCAAAAAGGTCGCCAGAGTGGAAGCAAAGCACGGTCTGTTTTGGAAGTCTCTTTCCGGCACCCAGGAGGATGTCACCTGTTGTGATCATTAA MTNYQHEQYFAHCHGHPKKPLEIYMFVDPLCPECWSLEPAIKKLKIKYGRFFTLRIIVSASITSLNKQKRKKHLLAEAWEKIANRSGMPCDGSLWLEQDQPLSSPYLAALALKAAELQGRKAGILFLRSMQESLFVSKQNITDEDVLLEIAEKTKLDVEEFKRDLHSQSAVKALQCDMKIAAEMDVTVNPTLTFFNSLHDDEGLKVPGNYSYDVYEEILFEMLGDEPKPSETPPLECFIEYFQFVASKEIALVYDLSLEEVEKEMKKLAFAKKVARVEAKHGLFWKSLSGTQEDVTCCDH NA NA NA NA NA D1-12_00287 399 yjbI COG2346 Group 2 truncated hemoglobin YjbI ATGGGACAATCGTTTAACGCACCATATGAAGCGATTGGAGAGGAACTTCTATCGCAACTTGTTGATACTTTTTATGAGCGTGTCTCGTCTCATCCCTTGCTGAAGCCGATATTTCCAAGTGATTTGACTGAAACGGCCAGAAAACAAAAGCAATTTTTAACCCAGTATTTGGGCGGACCTCCTCTTTATACTGAAGAGCACGGACATCCCATGCTCAGGGCAAGGCATCTCCCCTTTCCGATTACGGACGAGAGGGCTGATGCGTGGCTAAGCTGTATGAGCAAAGCGATGGATCAGGTCGGGCTGGAGGGCGATATTCGTGAATTTCTGTACGGGCGTCTGGAACTGACGGCCAGGCATATGGTAAACCAGTCAGAAGCGGAGGATCGATCATATTGA MGQSFNAPYEAIGEELLSQLVDTFYERVSSHPLLKPIFPSDLTETARKQKQFLTQYLGGPPLYTEEHGHPMLRARHLPFPITDERADAWLSCMSKAMDQVGLEGDIREFLYGRLELTARHMVNQSEAEDRSY NA NA NA NA NA D1-12_00288 687 mltF Membrane-bound lytic murein transglycosylase F GTGAATATAACGAATTGGGCGGCCCTTCTCCAGCTGCAATCAATGGCGCTGCAATCAATCTCTCATACAAGCACGGCTTCAGGCGGGCAATCTTCAGAAAGCCCGCTTGCCAATTTCAGCGCGCTGCTCAGCCAGTATACGGACACAGCCGTCCGGCAGCAGCCGGAATCAGGAATTTTAAACGGCGTGCGGACCGCTCACGCTTCTTATTCACCGAGAATTCCCGTTTCATCCGGTTCCGCGGCAGCTTCACAGACCGCTTCCCCAAGCATAAAGTCTGCGAATGCGGCTTCTGACATCAGCACCGGAAACTTTTCAATAGACAGCGCCATTCAGAAAGCGGCCGAAAAATACGGAGTGGACGAAAAGCTGATCCGCGCGGTTATTAAACAGGAATCAGGCTTTAATCCGAAAGCGGTCAGCGGTGCGGGGGCAATGGGACTGATGCAGCTCATGCCTTCCACGGCAGAATCACTCGGGGTGTCAAACCCGCTTGATCCCGTCCAGAACGCTGAGGGCGGCACGAAGTACTTAAAGCAGATGCTCACGAAATACGACGGAAATGTATCTCTCGCGTTAGCCGCCTACAACGCAGGCCCCGGCAACGTAGATCGGTACGGAGGCATTCCGCCGTTTAAGGAAACACAGCAATATGTCAAAAACATAACCAAACAGTATTACGCGTAA MNITNWAALLQLQSMALQSISHTSTASGGQSSESPLANFSALLSQYTDTAVRQQPESGILNGVRTAHASYSPRIPVSSGSAAASQTASPSIKSANAASDISTGNFSIDSAIQKAAEKYGVDEKLIRAVIKQESGFNPKAVSGAGAMGLMQLMPSTAESLGVSNPLDPVQNAEGGTKYLKQMLTKYDGNVSLALAAYNAGPGNVDRYGGIPPFKETQQYVKNITKQYYA NA NA NA NA NA D1-12_00289 573 yjbK COG4116 Putative triphosphatase YjbK ATGACCCAAGAAATAGAAATTGAATTCAAAAACCTGCTGACAAAATCAGAATTTCTGAAGCTGAGTGAAGCACTCTGCATGAAAGAACATGATTTTAAACAGCAGGTCAATCATTATTTCGACACGAAAGATTTTTCCCTGAAACAAAAAAAATCAGCACTCCGCATCCGAGAAAAAGACGGCGCGTTCGTTCTGACGTTAAAAGAGCCTGCCGCGGTCGGTCTGCTGGAAACCCATCAAGAGCTTGCGGCACCTGATCTTGACGTCTTCAAGATTCCGGAAGGCCCCGTCAAACGTCAGCTGGAAGGTCTCGGAATCAACTCAGAACACATTTGCTATTTCGGAACGCTGTCGACCGCACGCGCGGAAAAAGAATCAGAAAAAGGCTTAATCATTTTAGATCACAGCCGATATTTAGAGAAAGAAGACTTTGAATTGGAATTCGAAGCTGCTGACTGGGATGAAGGAAAACGGGGGTTTGAACAATTGCTCAAGCAATTCGGCATCCCAGAGCGGATCACGAAAAATAAAATCCAGCGTTTTTATGAACAGAAACAAAAAAAGGTGGAATGA MTQEIEIEFKNLLTKSEFLKLSEALCMKEHDFKQQVNHYFDTKDFSLKQKKSALRIREKDGAFVLTLKEPAAVGLLETHQELAAPDLDVFKIPEGPVKRQLEGLGINSEHICYFGTLSTARAEKESEKGLIILDHSRYLEKEDFELEFEAADWDEGKRGFEQLLKQFGIPERITKNKIQRFYEQKQKKVE NA NA NA NA NA D1-12_00290 366 hypothetical protein ATGCAAAAGAGAATTGAAATCCAAAATGCATCATTAACAGAAGACGCGCTCCGCTTGAAGTGCGGAGAGGACTTAAGCGGAGCGGAACGCAAAGCCTCAGGTCAAATGCTTGTTGATTCCGATCACTTTGCTTTTGTATACATACTTGAATCAGCTGACTCTTTTGAATATGTCATTATAAAAGAACATATCTGGCCGGATCTGAAAGAAGCCTTAGACCAAAGAAAGCCGGCGGTCCTTGAGGCCGGCGGAAAAACGGTTGAACTTTCAGGGCTGCATGAAGAACTCGATTATCTTCTTGAAAATATTAAAGATAATGCAAACTACGGAGATATGGAAGAAAAAGTGAAAAACGTATTTCTTTAG MQKRIEIQNASLTEDALRLKCGEDLSGAERKASGQMLVDSDHFAFVYILESADSFEYVIIKEHIWPDLKEALDQRKPAVLEAGGKTVELSGLHEELDYLLENIKDNANYGDMEEKVKNVFL NA NA NA NA NA D1-12_00291 636 yjbM COG2357 GTP pyrophosphokinase YjbM ATGGATGACAAACAATGGGAGCAATTTCTAGCGCCATACCGCCAGGCTGTTGAAGAATTAAAGGTGAAGCTGAAAGGCGTCAGAACCCTTTATGAGTATGAAGATGACCACTCACCGATTGAGTTTGTGACAGGCCGCGTGAAGCCGGTGGCGAGCATACTTGAAAAAGCGAGACGAAAAAGCATACCGCTTCATCAGATTGAAACGATGCAGGATATCGCGGGGCTGCGTATTATGTGCCAATTTGTCGATGATATCCAGATCGTCAAAAATATGCTGTTTGCCAGAAAAGATTTTACCGTTGTCGATAAGCGGGATTACATAGCAGAGCATAAGGAAAGCGGATATCGGTCTTACCACCTTGTCGTTTTATATCCTTTACAAACAACGTCCGGTGAAAAGCACGTTCTTGTGGAAATACAGATTCGGACGCTTGCCATGAACTTTTGGGCAACCATTGAGCATTCACTGAATTACAAATACAGCGGGAACATTCCCGAAAAAGTAAAGCTGAGGCTGCAGCGGGCCTCAGAAGCCGCATCCCGGCTCGATGAAGAAATGTCAGAAATCCGCGGAGAAATCCAGGAAGCCCAAGCCGCGTTCTCGCGAAAGAAAAAAGCGGGAGACCACCAGTAG MDDKQWEQFLAPYRQAVEELKVKLKGVRTLYEYEDDHSPIEFVTGRVKPVASILEKARRKSIPLHQIETMQDIAGLRIMCQFVDDIQIVKNMLFARKDFTVVDKRDYIAEHKESGYRSYHLVVLYPLQTTSGEKHVLVEIQIRTLAMNFWATIEHSLNYKYSGNIPEKVKLRLQRASEAASRLDEEMSEIRGEIQEAQAAFSRKKKAGDHQ PGPT0014825_1404 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0014825-ywaC|yjbM-K07816 NA NA D1-12_00292 801 ppnKA COG0061 NAD kinase 1 ATGAAATTTGCCGTTTCTTCAAAAGGAGACGAGGTTTCAGATACACTGAAAAGCAAAATACAGGCGTATTTACTCGATTTTGATATGACCTTGGATGAAAAAGAGCCGGAAATCGTTATTTCCGTCGGCGGTGACGGAACGCTTCTTTACGCATTTCACAGGTACAGCGACCGTCTCGATAAAACGGCGTTTGTCGGAGTTCACACGGGGCATTTGGGTTTTTATGCCGATTGGGTTCCGCAGGAGATAGAAAAGCTCGTTCTGGCCATCGCCAAAACGCCGTATCATACCGTGGAGTATCCCCTTCTTGAGGTGATTGTCACTTATCATGATGAAGAGCGTGAGGAGCGGTATCTGGCTTTGAACGAATGTACGATCAAAAGCATAGAAGGCAGTCTCGTCGCTGACGTGGAAATTAAAGGCCAGCTGTTTGAAACGTTCAGGGGAGACGGTTTATGTCTGTCCACGCCTTCCGGAAGCACGGCTTATAATAAGGCGTTAGGCGGCGCAATCATCCACCCTTCCATCAGAGCGATTCAGCTTGCGGAAATGGCATCCATTAACAACAGAGTGTTCAGGACTGTCGGCTCGCCGCTTTTGCTTCCCGATCATCATAACTGTGTCATCAAACCGAGAAACGACGTCGACTTTCAAGTCACAATTGATCATTTAACCTTGCTGCATAAGGATGTCAAGTCCATTCTATGCCGTGTGGCAAATGAAAAAGTCAGATTTGCAAGATTCCGCCCTTTTCCGTTTTGGAAAAGGGTGCAGGACTCCTTTATCGGAAAAGGCGAATAG MKFAVSSKGDEVSDTLKSKIQAYLLDFDMTLDEKEPEIVISVGGDGTLLYAFHRYSDRLDKTAFVGVHTGHLGFYADWVPQEIEKLVLAIAKTPYHTVEYPLLEVIVTYHDEEREERYLALNECTIKSIEGSLVADVEIKGQLFETFRGDGLCLSTPSGSTAYNKALGGAIIHPSIRAIQLAEMASINNRVFRTVGSPLLLPDHHNCVIKPRNDVDFQVTIDHLTLLHKDVKSILCRVANEKVRFARFRPFPFWKRVQDSFIGKGE PGPT0013490_5449 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013490-ppnK-K00858 NA NA D1-12_00293 894 hypothetical protein TTGGACAACTTTTTTATCCAAAAGAACATGACTGCCCGGGAAGCCGGCATGACGGTAAAAGAATATACGGCGCAGCTCGGCATTTCAAAGCGGCTACTCGCTGACATTAAATTCGGCGGGGGAGACCTGCTTGTGAACGGAGAGCATGTAACCGTCCGCACCGTGTTAGCGGACGGAGACGTGCTTAAGATTGAATTTCCGAAGGAGCATGTGAGTGAAACGCTTTTGCCTGAGCCGGTTCCGCTTGATATTCTTTATGAAGATGACCATGTGCTTGTGGTCAATAAACAGCCGTATGTCTCCTCAATTCCATCAAGAGAACACCCGTCGGGAAGCATCGCTAACGGAGTGATCAGCCACTACCGAAAAAGCGGCGTGCCATCAACGGTTCATCTTGTCACCCGCCTTGACAGGGATACATCGGGGGCGATGCTGATCGCCAAACATCGGCTTGCCCATTCTCTTTTATCGGCGGCGCAGAAGAAGGGGCTTGTCAGCAGGCGGTATCTCGCTGTCGTACACGGCATCATGCCACAGAAGGAAGGAACGGTGGACGCGCCCATCGGAAGAAAACACGACAGTATTATTGAGCGGATGGTAACGCCGGAGGGACAACGAGCGGTGACGCATTTTCAAACGGAAAAAGCGGGACATGCGTTTACGCTTGCAGCCCTGCGGCTGGAAACGGGGCGGACGCATCAAATCCGGGTGCACATGAGCTACCTCGGCCATCCGTTAGTCGGTGATACACTGTACGGCGGAAAAAATGAGGGAATTGCGCGGCAGGCTCTTCACAGTGAGCGGCTTTCATTCGTACACCCCATGACCGGAGAAACGCTCGTTTTTCACGCTCCGGTGCCTGACGATATGAAAACATTAATTGAACACATATAA MDNFFIQKNMTAREAGMTVKEYTAQLGISKRLLADIKFGGGDLLVNGEHVTVRTVLADGDVLKIEFPKEHVSETLLPEPVPLDILYEDDHVLVVNKQPYVSSIPSREHPSGSIANGVISHYRKSGVPSTVHLVTRLDRDTSGAMLIAKHRLAHSLLSAAQKKGLVSRRYLAVVHGIMPQKEGTVDAPIGRKHDSIIERMVTPEGQRAVTHFQTEKAGHAFTLAALRLETGRTHQIRVHMSYLGHPLVGDTLYGGKNEGIARQALHSERLSFVHPMTGETLVFHAPVPDDMKTLIEHI NA NA NA NA NA D1-12_00294 750 prpE COG0639 Bis(5'-nucleosyl)-tetraphosphatase PrpE [asymmetrical] ATGGCTTATGACATCATCAGCGATATACACGGATGTTATGACGAAATGATCGCGTTAATGCAAAAGCTCGGATATGAAGTGAAAGACGGAACGCCCGTTCATTCTGAAGGCAGGACGCTTGTCTTTGCGGGGGATTTAACGGACAGAGGCCCAAAATCCGTAGAAGTGATGCGTTTTGCGGCAAAAGCATATGAAAAAGGAGCCGTCCGTTATGTCCCGGGAAATCATTGCAACAAACTGTATCGTTACTTAAAAGGAAACCCCGTAAAAGTGATGCACGGACTGGAAACGACGGCAGCCGAACTGAAAGAGCTGTCTCCCGCCGACAGAACGGAAGTCTCCAGACAATTCATCCGATTATATGAGTCAGCGCCGCTTTATGACATTTTACATAATGGCGATCTCGTTGTCGCCCACGCCGGCATAAAAGCTGACGATATCGGTAAATACTCGCGTAAGGTAAAAGAATTTGTTCTGTACGGCGATATCACGGGTGAAACGTATCCCGACGGCAGGCCCGTCAGAAGAGACTGGGCCGCCGCTTACGAAGGCAAGGCATGGATTGTTTACGGCCATACCCCGGTAAAACGCCCCCGGATCGTCAACCGTACAATCAACATTGATACAGGATGCGTCTTCGGGAATCAACTGACAGGCTTTCGTTTTCCGGAGCATGAAACCGTCTCTGTGGAAAGCTCAATGCCGTATGATGCTTCACGCTTTCGCGAGGATCACGGAAGGCAGGCATGA MAYDIISDIHGCYDEMIALMQKLGYEVKDGTPVHSEGRTLVFAGDLTDRGPKSVEVMRFAAKAYEKGAVRYVPGNHCNKLYRYLKGNPVKVMHGLETTAAELKELSPADRTEVSRQFIRLYESAPLYDILHNGDLVVAHAGIKADDIGKYSRKVKEFVLYGDITGETYPDGRPVRRDWAAAYEGKAWIVYGHTPVKRPRIVNRTINIDTGCVFGNQLTGFRFPEHETVSVESSMPYDASRFREDHGRQA PGPT0030420_665 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 D1-12_00295 1845 kefB Glutathione-regulated potassium-efflux system protein KefB ATGGAACACACATCAGTCGCATCTTTAGTCGTCGTTCTGATCGTTGCTTTTTTGACGCCGCTCCTTTTACATCGGTTTAAGCTCAGCATCCCCGTCGTCGTCGCGGAGATCATCATGGGGCTTATTATCGGAAAAAGCGGCCTGAATCTTGTCGTTCAGGGAGACACGTGGCTGGAGACGCTGTCGGTTCTCGGCTTTATCTTTTTAATGTTTTTAAGCGGATTGGAAATTGATTTTTCTTCATTTGAGAAAGGGAAGAAAAAACAATTCCTTCCGAATGGCAAGGAAGCGCCCAACACGTTTTCTGCCGCACTGATTATCTTTTTCGGCATCTTTATTTTATCATTGCTGCTGTCCTATGCTTTTGTATTAGCCGGTTTTATACAAAACGCATTTTTAATGACGCTTATTATTTCGACGATATCACTCGGCGTGGTGGTCCCGACTTTAAAGGAAGAACGGATCATGAACTCCAATATCGGCCAGATCATCCTGCTTGTCGCCGTTATCGCGGACTTGGCTACGATGATTCTGCTCGCTTTTTTCTCTTCTCTTTACGGAGAAGACAGCGGAAATATGTGGCTTCTGTTGATTCTTTTTGCCGCGGGGGTCGTGCTGTATTTCTTCGGCAGGATCTTTAAACACCGTTCATTTGTGCAGTCGATGTCTAAAGGCACCGTGCAGATCGGCACGAGAGCCATTTTCACACTGATTATCGTGCTTGTCGCTTTATCGGAATCTCTCGGGGCGGAAAATATTCTCGGCGCGTTTTTGGCAGGCGTTCTGGTATCGCTTCTGTCTCCGAATAAAGAAATGGTGGAACAGCTGGATTCATTCGGCTACGGGTTTTTAATTCCGATCTTTTTCGTCATGGTCGGGGTGAAATTGGACATTTGGACGCTTTTCCAAGATCCGAAAACAGTAACGATGATTCCGCTGCTTCTGCTTGCGCTGTTTATCAGCAAAATGTTCCCGGTGTTTTACTTAAAGAAATGGTATGACAAAAGAACCGTGTTTGCTTCGGGCTTTTTGCTGACGTCCACGCTGTCGCTTGTTATCGCGGCGGCTACGATCGGAGAAAGGCTCCACATTATCAGCGCCAATATGTCCGGCGCGCTGACTTTAGTTGCGGTTATTGCCAGCATCATCACGCCGATCGGCTTTAAGAAATTATACAAACGGCAAAGTGCGCCGCAGGAAAAAAAGCGCATTACATTTATCGGCGCCAACCAAATGACACTTCCGGTTACGCTGGAACTGCCTGAGGAGGAATATGAAGTACGGGTCGTCCATGTGTATCAGGAAAATGCCGGGGAAACGCTTGCGGAATCGGTTTTTTCGGTTGACACGATTTCTGATTACGAGCCCGGCACGCTTGAGTCGCACGGTATTTTCAAAACGGATATTCTTGTCGTGGCGACGGGAAATGAAGATGTGAACGCTGAAATCGCCTTAATAGCGAAAGAGAAAGGGACTGAGCGTATCATCGCAAGCGTCGGCTCGGTTGAGCATGAAACAAAACTGAAAGAAGAGGGCATCAGTATTTTTTCTATCCTTCTGTCTACAAAGACGCTCTTGCGCGCATTAATTGAGGCGCCGGGCGTGATGAGCCTCCTGACGAATGACGAGTCTTCGTTATATCAGATCAATCTGGAAAACCCGGCGTATAACGGCATCATTCTGCGGGAATTTCCGCTGATGGGCGATGTGATTTTCGTCCGGATTTTCAGAGGTGTGGACAGCATCGTTCCGCACGGAGACACGCGGCTGAAAACAGGAGACCGCCTCATCGTCACGGGCTCGCGCAACTACGTGTCGGAACTGAGAAAAATCCTTGAAGCTTGA MEHTSVASLVVVLIVAFLTPLLLHRFKLSIPVVVAEIIMGLIIGKSGLNLVVQGDTWLETLSVLGFIFLMFLSGLEIDFSSFEKGKKKQFLPNGKEAPNTFSAALIIFFGIFILSLLLSYAFVLAGFIQNAFLMTLIISTISLGVVVPTLKEERIMNSNIGQIILLVAVIADLATMILLAFFSSLYGEDSGNMWLLLILFAAGVVLYFFGRIFKHRSFVQSMSKGTVQIGTRAIFTLIIVLVALSESLGAENILGAFLAGVLVSLLSPNKEMVEQLDSFGYGFLIPIFFVMVGVKLDIWTLFQDPKTVTMIPLLLLALFISKMFPVFYLKKWYDKRTVFASGFLLTSTLSLVIAAATIGERLHIISANMSGALTLVAVIASIITPIGFKKLYKRQSAPQEKKRITFIGANQMTLPVTLELPEEEYEVRVVHVYQENAGETLAESVFSVDTISDYEPGTLESHGIFKTDILVVATGNEDVNAEIALIAKEKGTERIIASVGSVEHETKLKEEGISIFSILLSTKTLLRALIEAPGVMSLLTNDESSLYQINLENPAYNGIILREFPLMGDVIFVRIFRGVDSIVPHGDTRLKTGDRLIVTGSRNYVSELRKILEA PGPT0014395_1408 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H+_ANTIPORTER,PGPT0014395-ybaL|TC_KEF-K03455 NA NA D1-12_00297 711 tenA COG0819 Aminopyrimidine aminohydrolase ATGATGACATTTTCTGAAGAATGCAGACAGGCGGCTGCCGAATGGTGGGACGGAAGTTTTGTTCATCCGTTTGTAACGGGAATCGGTGACGGAAGCCTGCCGATAGACCGTTTCAGCTATTACGTGCTGCAAGATTCCTACTATTTGACGCATTTTGCAAAAGTTCAGGCGTTCGGCGCCGCATATGCCGAAGACTTGTTTACGACGGGCAGGATGGCGGGCCACGCTCAAGGGACATATGAAGCGGAAATGGCGCTGCACCGCGAGTTTACGGAGCTTTTAGGGATTACGGAAGAAGAGCGTGCGGCATTTAAACCGGCACCGACCGCCTATTCTTATACGTCTCATATGTACAGATCGGTGATGAGCGGCAATTTTGGAGAAATATTAGCTGCGCTTCTGCCCTGTTATTGGCTATATTATGAAGTCGGCGAACACTTAAAAGAGTGCAAACCGGAGCATCCGATTTATGAAAAATGGATCGGTACATACGGCGGAGACTGGTTCAGACAGCAAGTCGAAGAACAAATCAGCCGTTTCGACGAGATTGCTGAAAACAGCACAGAGGACATCCGCGCGAAAATGAAAGAGAATTTTGTGATTTCAAGCTATTATGAATATCAATTTTGGGGAATGGCCTATCAAAAAGAAGGCTGGTCCGAGAAGGGCGGAAAAGAGGTGGAATCCTTTGGAGCTGCACGCGGTAACTGA MMTFSEECRQAAAEWWDGSFVHPFVTGIGDGSLPIDRFSYYVLQDSYYLTHFAKVQAFGAAYAEDLFTTGRMAGHAQGTYEAEMALHREFTELLGITEEERAAFKPAPTAYSYTSHMYRSVMSGNFGEILAALLPCYWLYYEVGEHLKECKPEHPIYEKWIGTYGGDWFRQQVEEQISRFDEIAENSTEDIRAKMKENFVISSYYEYQFWGMAYQKEGWSEKGGKEVESFGAARGN PGPT0009055_157 DIRECT EFFECT PLANT_IMMUNE_RESPONSE_STIMULATION INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR ISR-VITAMIN_B1|THIAMIN_METABOLISM ISR-VITAMIN_B1|THIAMIN_BIOSYNTHESIS,PGPT0009055-tenA-K03707 NA NA D1-12_00298 618 tenI COG0352 Thiazole tautomerase TTGGAGCTGCACGCGGTAACTGATAATCGCAAACCCGTTGCCGAGCTGGCCGAGGATATTCTTTCGATTCAGCGCGAAGTAAGCTTTATCCATATCCGTGAGCGGGATAAAACAGCGGGAGAGATCATGCAGCTTTTGTCCCTTTTGAAAAAGGGCGGTGCGGATAAGGACAAATTGATTATCAATGACAGGGCGGATATCGCGCTTTTTGCCAACATACACCGTGTTCAGCTTCCGTCCCGCAGCTTTTCCGTAAAGCAGGTGCGAAGCAGATTTCCCCATCTTCATATCGGACGTTCGGTTCATTCGCTGAAAGAAGCCATCCAAGCTGAAAAGGAAGATGCGGATTATGTGGTGTTCGGCCATGTATTTGAAACCGAATGTAAACAAGGACTTGAAGCAAGAGGCATCAGCCTGCTTTCAGAGATCAAACGCACGCTTTCCATCCCCGTCATCGCAATCGGCGGAATGACAATGCAGACGATCGGACACACAAAGCAGGCGAAACCGGACGGAATTGCCGTCATGTCAGGTATATTCTCAGCTGAAAATCCTGAGGAGGCGGCAAAACGGTATGCACGCGCGGTAAGGGAGGCCGATTATGAAGAAGCACTATGA MELHAVTDNRKPVAELAEDILSIQREVSFIHIRERDKTAGEIMQLLSLLKKGGADKDKLIINDRADIALFANIHRVQLPSRSFSVKQVRSRFPHLHIGRSVHSLKEAIQAEKEDADYVVFGHVFETECKQGLEARGISLLSEIKRTLSIPVIAIGGMTMQTIGHTKQAKPDGIAVMSGIFSAENPEEAAKRYARAVREADYEEAL PGPT0008975_107 DIRECT EFFECT PLANT_IMMUNE_RESPONSE_STIMULATION INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR ISR-VITAMIN_B1|THIAMIN_METABOLISM ISR-VITAMIN_B1|THIAMIN_BIOSYNTHESIS,PGPT0008975-tenI-K10810 NA NA D1-12_00299 1110 thiO_1 COG0665 Glycine oxidase ATGAAGAAGCACTATGATACAGCGGTGATCGGCGGCGGAATTATCGGGTGCGCCATTTCTTATGAGCTGGCGAAGACGCAGCAGAACGTTGTCTTGTTTGAAGCCGGAGAAGTCGGCCGAAAAACGACAAGCGCTGCCGCGGGAATGCTGGGCGCTCATGCGGAATGTGAAAACCGGGATGCGTTTTTTGATTTTGCCATGCACAGTCAAAGGCTGTATGAAGCGGCGGGGCAAGAGCTTGAGGAAGCTTGCGGCATTGACATCAGGCGCCATAACGGCGGAATGCTTAAACTGGCGTATACCGAAGAAGATATCGCCCGTCTACGGAAGATGGATGATCTGCCTTCCGTCACCTGGCTTTCAGCGGAAGATGCCCTTGAAAAAGAGCCTTACGCTTCAAAAGACATTCTCGGCGCAAGTTTTATAAAAGACGATGTCCATGTCGAACCGTACTATGTCTGCAAAGCGTATGCAAAAGGAGCGCGGCGCTATGGCGCTCACATATATGAGCATACACAAGTCACCTCCGTAAAACGGGTGAACGGAGAATATTGCATCACAACATCCGGCGGGGATGTCTATGCTGACAAAGTCGCAGTTGCAAGCGGTGTATGGAGCGGCCGGTTTTTCAGCCAGCTCGGCTTGGGACAGCCTTTTTTTCCTGTGAAGGGAGAATGCCTTTCCGTGTGGAATGACGATACCCCGCTGACCAAAACCCTTTACCATGATCATTGTTATGTCGTCCCGAGAAAAAGCGGCCGGCTTGTCATCGGCGCCACGATGAAACAGGGCGACTGGAGCGATACGCCTGACATCGGAGGAATTGAGGCCGTCATTGCAAAAGCGAAAACCATGCTTCCCGCCATCGAACATATGAAAATAGACCGGTTTTGGGCGGGTCTCAGGCCGGGAACAAGAGACGGAAAGCCGTTTATCGGGCGGCATCCTGAAGACAGCGGCATCATCTTCGCCGCCGGCCATTTTCGGAACGGCATCCTGTTGGCGCCGGCAACGGCTGAAATGGTGCGGGATATGATCCTGGAAAGACAGATTAAACAGGAATGGGAAGAAGCGTTTCGAATTGATCGCAAGGAGGCTGTTCATATATGA MKKHYDTAVIGGGIIGCAISYELAKTQQNVVLFEAGEVGRKTTSAAAGMLGAHAECENRDAFFDFAMHSQRLYEAAGQELEEACGIDIRRHNGGMLKLAYTEEDIARLRKMDDLPSVTWLSAEDALEKEPYASKDILGASFIKDDVHVEPYYVCKAYAKGARRYGAHIYEHTQVTSVKRVNGEYCITTSGGDVYADKVAVASGVWSGRFFSQLGLGQPFFPVKGECLSVWNDDTPLTKTLYHDHCYVVPRKSGRLVIGATMKQGDWSDTPDIGGIEAVIAKAKTMLPAIEHMKIDRFWAGLRPGTRDGKPFIGRHPEDSGIIFAAGHFRNGILLAPATAEMVRDMILERQIKQEWEEAFRIDRKEAVHI PGPT0008955_956 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_GLYCINE_DEGRADATION,PGPT0008955-thiO-K03153 NA NA D1-12_00300 204 thiS COG2104 Sulfur carrier protein ThiS ATGATCCTTCAGCTGAACGGAAAACAAATTGATTGGAATCGAAATGAGGGGACGGTTCAGGATTTGCTTGAATCGTACCAGCTTGATCAAAGAATCGTAGTTGTGGAGAGAAATAAAGAAATCATTGAAAAAAAGAATTATGAAAATACAAGTTTGTGTGACCGCGATGTCATAGAAATTGTCCATTTTGTAGGAGGCGGATGA MILQLNGKQIDWNRNEGTVQDLLESYQLDQRIVVVERNKEIIEKKNYENTSLCDRDVIEIVHFVGGG PGPT0008970_1203 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 D1-12_00301 765 thiG COG2022 Thiazole synthase ATGTTAACAATAGGCGGAAAACAGTTTCAGTCAAGATTGCTGTTAGGAACGGGAAAATATCCGAGTTTTGAGATTCAGAACGAGGCGGTGGCTATCTCGGAATCAGATATTTTAACCTTTGCGGTGCGGCGGATGAACATCTTTGAAGAGTCTCAGCCTAACTTTCTCGAACAGCTTGATTTGTCTAAATACACGCTTCTGCCGAATACGGCCGGTGCCGCAACGGCTGAAGAGGCGGTCCGAATCGCAAGGCTTGCCAAAGCTTCAGGGCTTTGTGACATGATAAAAGTAGAAGTCATCGGATGCAGCCGGTCACTTTTGCCTGATCCGGTTGAAACGCTGAAAGCATCAGAACAGCTGCTCGAAGAGGGATTTATCGTGCTTTCGTATACGTCAGACGATGTCGTGCTCGCAAGACGTCTTGAGGAGCTCGGAGTGCATGCCATTATGCCGGGCGCTTCTCCGATCGGTTCCGGTCAGGGAATTTTAAATCCGCTGAATCTTTCCTTTATCATTGAACAGGCGAAGGTGCCGGTCATTGTCGATGCCGGCGTCGGATCTTCAAAAGACGCCGCCTACGCGATGGAGCTCGGGGCTGACGGCGTGCTGTTAAATACCGCTGTGTCAGGCGCTGATGATCCGGTCAAGATGGCCAGGGCGATGAAGCTTGCCGTAGAAGCGGGCCGCCTTTCTTATGAAGCCGGGAGAATTCCGGTGAAAGATTACGGAACTGCAAGCAGTCCGCGAGACGGTCTTCCGGTATGA MLTIGGKQFQSRLLLGTGKYPSFEIQNEAVAISESDILTFAVRRMNIFEESQPNFLEQLDLSKYTLLPNTAGAATAEEAVRIARLAKASGLCDMIKVEVIGCSRSLLPDPVETLKASEQLLEEGFIVLSYTSDDVVLARRLEELGVHAIMPGASPIGSGQGILNPLNLSFIIEQAKVPVIVDAGVGSSKDAAYAMELGADGVLLNTAVSGADDPVKMARAMKLAVEAGRLSYEAGRIPVKDYGTASSPRDGLPV PGPT0008965_2648 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_GLYCINE_DEGRADATION,PGPT0008965-thiG-K03149 NA NA D1-12_00302 1011 hypothetical protein ATGACGGACAGATATTCCAGACAGGAGCTGTTTCAGCCGATCGGTCCCTCAGGCCAAGAGAAGCTCCGGTCGTCTCATGCCGTGATTATCGGCGCGGGTGCGCTTGGGACGGCAAGTGCGGAGATGCTTGTCAGAGCAGGGGTCGGGAAGGTAACGATCGCTGACAGAGATTATGTGGAGTGGAGTAATCTCCAGCGCCAGCAGCTTTATACCGAAGACGATGTCAGACAGGAAATGCCGAAAGCCGCGGCGGCTGAAAAACGGCTTCGATCCATAAATAGTGATGTAGAGGTCGAGGGATTTGTCATGGATGTCACTGCGGAAAACGCACCCGGATTGATTCGTGACGCCTCTCTCATCGTGGATGCCGCCGACAACTTTGAAACGAGACTGATTGTGAATGATGCGGCTGTGCAGAAAGGGATTCCCTTTCTGTACGGCGCCTGTGTCGGCAGCTACGGGCTCTCTTTTACCGTCATTCCCGGTGTCACGCCGTGCCTTCACTGTCTGCTTGAGACATTGCCTTTAGGCGGTATGACATGCGATACGGCGGGAATCATCAGCCCGGCTGTATTGCAGACGGCCGTTTTTCAGGCAGCAGATGCGCTGAAGCTGTTAACGGGCGGATCTATCGAGCATGTTCTCCGTTCCTTTGATTTATGGAAAAATGAACGGTCAGAAATAAACGTCGCCCGTCTTAAGTCGGCTGATTGCCCAAGCTGCGGCACAAACGATTTTCCGTTTTTATCCTATGAAAATCAGACAAAAGCGGCGGTTCTGTGCGGGCGGAACACGGTGCAGATCAGAACGGGGATCTCCGAACAGTTTGATCTGCAAAAACTTGCGGGACAGCTCAGACGGACAGGGCTTGATGTTTCAGCCAACCCGTATTTAATTTCGTTTTGCACAGACAAGTTCAAGATGGTTCTGTTTCGTGACGGCAGAGCATTAATACACGGCACAAGTGATATCAGCAGAGCGAAATCTTTTTATCATAAATGGATCGGATAA MTDRYSRQELFQPIGPSGQEKLRSSHAVIIGAGALGTASAEMLVRAGVGKVTIADRDYVEWSNLQRQQLYTEDDVRQEMPKAAAAEKRLRSINSDVEVEGFVMDVTAENAPGLIRDASLIVDAADNFETRLIVNDAAVQKGIPFLYGACVGSYGLSFTVIPGVTPCLHCLLETLPLGGMTCDTAGIISPAVLQTAVFQAADALKLLTGGSIEHVLRSFDLWKNERSEINVARLKSADCPSCGTNDFPFLSYENQTKAAVLCGRNTVQIRTGISEQFDLQKLAGQLRRTGLDVSANPYLISFCTDKFKMVLFRDGRALIHGTSDISRAKSFYHKWIG PGPT0008935_141 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 D1-12_00303 813 thiD_1 COG0351 Hydroxymethylpyrimidine/phosphomethylpyrimidine kinase ATGAGCATATGCAAAGCATTGACGATTGCCGGATCAGATTCAGGAGGCGGCGCCGGTATACAGGCGGATCTCAAAACCTTTCAGGAGCTCGGCGTTTTCGGGATGTCAGCCATTACAGCGGTAACCGCCCAGAACACTTTGGGCGTTCACGGCATTTATCCGCTCACCCGGGAAGCGCTGGGCAGCCAGATTGACGCGGTGGCGGAAGATTTGCGGCCTGACGCTGTAAAAACGGGAATGCTGTGGAGCGCGGAAATGATTGCGGAAATTGCGGAAAAAACGGATCAGTACGGGCTTGATCATGTCATCACCGACCCCGTCATGATTGCCAAAGGAGGCGCTTCCCTGCTGCGTGAGGAATCTCAGGCCGCGTTAAAAGAGCTGTTAATTCCGCGCAGCTATGCGGTGACGCCGAATGTTCCGGAAGCTGAGGTATTGACGGGAATGGAAATCCGAACGTTTGAGGACCGGAAAAAAGCGGCCGAATGCCTTTGCAAGCTTGGTGCAAAGCATGTCATCATAAAAGGCGGACATCAGCCTGAACAGGGGAGAATCGTTGATTTATTATTTGACGGTTCGTCTTTTACCCAAATCAGCCACGCTTATATTGACACCAAACACACCCACGGAACAGGCTGCACGTTCGCAGCCGCGCTGACGGCGGAAACGGCAAAGGGGAAAAACATTCAGACCGCGTTTGAGACAGCCGTCAATTTTGTGCGGGAAGCCGTGGAACATACGCTCGGCATCGGAGAGGGACACGGCCCGACCAATCATTTTGCCTTTAAAAGGAACAGTCTGCAGACGAGATAA MSICKALTIAGSDSGGGAGIQADLKTFQELGVFGMSAITAVTAQNTLGVHGIYPLTREALGSQIDAVAEDLRPDAVKTGMLWSAEMIAEIAEKTDQYGLDHVITDPVMIAKGGASLLREESQAALKELLIPRSYAVTPNVPEAEVLTGMEIRTFEDRKKAAECLCKLGAKHVIIKGGHQPEQGRIVDLLFDGSSFTQISHAYIDTKHTHGTGCTFAAALTAETAKGKNIQTAFETAVNFVREAVEHTLGIGEGHGPTNHFAFKRNSLQTR PGPT0008915_2043 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 D1-12_00304 777 fabI COG0623 Enoyl-[acyl-carrier-protein] reductase [NADH] FabI ATGAATTTCTCACTTAAAGGCCGCAACATCGTTGTGATGGGCGTTGCCAATAAACGCAGTATCGCATGGGGAATCGCCCGTTCGCTGCATGAAGCCGGAGCGCGCCTCATTTTCACTTACGCGGGAGAGCGCTTGGAAAAATCAGTTCATGACCTTGCGGCTACATTAGAAAGAAATGATTCCATCATCCTTCCGTGTGATGTGACAAATGACGCTGAGATCGAAACTTGCTTTGCGAGCATTAAAGAGCAGGTCGGCGTGATTCACGGCATCGCGCACTGCATCGCGTTCGCAAACAAAGAAGAGCTTGTCGGCGAATATTTAAATACGAACCGCGAAGGATTCCTGCTTGCGCATAACATCAGTTCTTACTCTCTGACAGCGGTCGCAAAAGCGGCGCGTCCGATTATGACTGAAGGTGGAAGCATCGTTACACTCACTTACCTCGGCGGAGAGCGCGTCGTTTCAAACTATAACGTAATGGGTGTGGCAAAAGCGTCCCTTGATGCGAGCGTCAGATATTTAGCCGCTGACTTAGGAAAAGAAAACATCCGCGTCAACAGCATTTCAGCAGGACCGATCCGTACGCTGTCTGCAAAAGGAATCAGTGATTTCAACTCTATCCTGAAAGAAATTGAAGAGCGCGCGCCGCTGCGCCGCACGACAACACCTGAAGAAGTGGGCGACACGGCTGCATTCTTGTTCAGTGACCTGTCAAGAGGCATCACGGGCGAAAATCTTCACGTTGATTCAGGATTCCATATTACCGCACGTTAA MNFSLKGRNIVVMGVANKRSIAWGIARSLHEAGARLIFTYAGERLEKSVHDLAATLERNDSIILPCDVTNDAEIETCFASIKEQVGVIHGIAHCIAFANKEELVGEYLNTNREGFLLAHNISSYSLTAVAKAARPIMTEGGSIVTLTYLGGERVVSNYNVMGVAKASLDASVRYLAADLGKENIRVNSISAGPIRTLSAKGISDFNSILKEIEERAPLRRTTTPEEVGDTAAFLFSDLSRGITGENLHVDSGFHITAR PGPT0008370_2887 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008370-fabI-K00208 NA NA D1-12_00305 609 hypothetical protein ATGTCAAAACAAAACAGAAACGCGGAAAAAAAACCGCTCATGTATATTGTTCAGGCGGATTATTCAGACACGCAATCATCAATGCAGGACATATTAATCAAAAAAAGGAAAGCGCCTCAGCCGCCGGAAGAAGAGCCGATGCATGAAAAGCGGGAGGAAGAATGTAAATCTCAGCCTGAAGGAGCAGCGGCTGTCGAACCAGAAAAGCAAGTGCCTGAACAGCACAGCCGCGCAGAAGAAGCCGTTCAAGAAGTTCCGGCGCAAGCGGAGCAGGACACTGCCAAGCCTGACGCCGCTGAAAAAGAGCCTGATACCGCTGAAAAAGAGCCTGAAGCGGTTCACAATGCCGCCCCAGAGGAAAAGGTTCCGCCAAAGCGCGTGAAAAAGCCGATGAGCAGAATGTCCATTCTTGAAAAAATTGATTTCTTAACGAAGCTGCCGCATAATATGCCGCGGACCCTTTGTCTGATAGAAGCCAACGGGAAAACCTACAGAGGCGTAATCGTCGGCAGAAAAAATAATGCGATCTTCCTGCGGACGACAAGCAACGGAGCGCCGGCAGAACTCGCAATAGACGATATTACCTCGCTGCATCCGCTTGGATTTTAA MSKQNRNAEKKPLMYIVQADYSDTQSSMQDILIKKRKAPQPPEEEPMHEKREEECKSQPEGAAAVEPEKQVPEQHSRAEEAVQEVPAQAEQDTAKPDAAEKEPDTAEKEPEAVHNAAPEEKVPPKRVKKPMSRMSILEKIDFLTKLPHNMPRTLCLIEANGKTYRGVIVGRKNNAIFLRTTSNGAPAELAIDDITSLHPLGF NA NA NA NA NA D1-12_00306 444 cotZ Spore coat protein Z ATGAGCAAGCATACAACATACTGTGTGCGTGAAGCGGTAGAAAATATTGAAGACCTGCAAAATGCGGTTGAAGAAGATTGCCCGACAGGCTGTTATTCTAACCTTTTATCTCCGGCTTATACATTAGGCGATACAGTGCCGTTCGCCATCTTCACCTCAAAATCGAAACCGTTCACCGCATTCGGAAACGTCGGCGAGCTGGATAACGGTCCGTGCTTTAATACCGTTTTTTTCAGAGTTGAAAGGGTCTGTGACGGCTGTGCCACATTAAGCCTGCTTATTGCTTTTGACGAGCATAAGCACATTCTTGATTTTACAGATAAAGACTCTCTCTGCGATGTATTCCGTTTAGAAAAAACGAACTATTGCGTTGAAGTCGATCTCCATAGCTTCTGCGCCATCAATTGCCTGAACCCGAGACTGATCAACCGCACACATTCTTAA MSKHTTYCVREAVENIEDLQNAVEEDCPTGCYSNLLSPAYTLGDTVPFAIFTSKSKPFTAFGNVGELDNGPCFNTVFFRVERVCDGCATLSLLIAFDEHKHILDFTDKDSLCDVFRLEKTNYCVEVDLHSFCAINCLNPRLINRTHS PGPT0025235_38 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_COAT_PROTEIN,PGPT0025235-cotZ-K06344 NA NA D1-12_00307 483 cotY Spore coat protein Y ATGAGCTGCGGAAAACACCATGGCCGAGATGAAAGTTGTGTATGCGATGCAGTCGAGAAGATTTTAGCAGAACAAGAGGCTGTTGAAGAACAATGCCCGACTGGATGCTATACCAATCTGTTAAGCCCGACGGTTACCGGTAAAGATACCATCCCGTTTCTCTTGTTTGATAAAAAGGGCGGTTTGTTCTCCACATTCGGGAACGTCGGAGGATTTGCGGATGACAGCCAGTGCTTCGAGTCTATTTTCTTCCGGGCAGAAAGAGTTTGTGATTGCTGCGCAACGCTTTCAGTATTGCGCCCCGTAGATGTGCACGGCGACACCCTCAGCGTCTGCCATCCTTGTGACCCGGATTTCTTCGGTTTAGAAAAAACAGATTTTTGCATTGAAGTTGATCTGAGCTGCTTCAGCGCCATTCAGTGCCTGTCACCCGAGCTTGTTAACCGGCCTGCGCCGCACAAAGAGAAAAAGCATCACGGATAG MSCGKHHGRDESCVCDAVEKILAEQEAVEEQCPTGCYTNLLSPTVTGKDTIPFLLFDKKGGLFSTFGNVGGFADDSQCFESIFFRAERVCDCCATLSVLRPVDVHGDTLSVCHPCDPDFFGLEKTDFCIEVDLSCFSAIQCLSPELVNRPAPHKEKKHHG PGPT0025230_21 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_COAT_PROTEIN,PGPT0025230-cotY-K06343 NA NA D1-12_00308 501 cotX Spore coat protein X ATGGAAAGCAGACCATACTCTTGGGTTGCACTTGATCCTGAATGCGAACATCCGCGAGAAGAAAAAGAAGAAAAAGAAGGCAGAAGATGCAGTGTTTGCTGTAACGGAAACGGATTCGGCGAAGATAACGCCTTCCTTGACCAAGACCTTGCTCAAGCGAATCTCAACAAACAAGTTTCTGAAGAAGCGATTATTATCAGAGACTCTTGTGATATCAACGTAACGTCAACAGACGTTCAAGCAGTCGCTTCAGTCATGACAGCGATTAATGCAGCAGTCGTAACGGCCACTCTCACTTCAATCGCTGACGGAGTCATCGCTGAATTGGTCGCACAAGACTTATTGCAGCTAACAGCTAACAAACAAATCAACCGTCAAAAACTGCTCATCGAAAACTCCCGCGGCGTAAACGTGACAACAGTAGATGCCGATATCGCAGTATTGATCTCAACAGCGACAAATTTACTGATTGCTGTCTTAGTCATCACCCTTGTCCTCTAA MESRPYSWVALDPECEHPREEKEEKEGRRCSVCCNGNGFGEDNAFLDQDLAQANLNKQVSEEAIIIRDSCDINVTSTDVQAVASVMTAINAAVVTATLTSIADGVIAELVAQDLLQLTANKQINRQKLLIENSRGVNVTTVDADIAVLISTATNLLIAVLVITLVL PGPT0025225_51 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_COAT_PROTEIN,PGPT0025225-cotX-K06342 NA NA D1-12_00309 315 cotW Spore coat protein W ATGGCAGATAACGAAAAATTAAAAAAAGAACTCGAAAATCTACCAGAAGTGGATCCGCTTTTAAAGGTGCTTGTCAGCAATGTCTTCAAAAAACACGGCGTGACAAAAGATAAAATGCGGGAAATACCTGATGAAGAAAAAGAAATGCTGATCGCATTAGTCAAAGACATGCAGGCAAAAACAGAAGCTTTTCTTGAAAGCCAGAAACAGAAAAAAGAGCAGGAAAAAGCGCAAGATCAGCAGACCAATCCGCAAACCCGCAGAGAACAATTAATCGAACAGCTCCGGCAAAGACGCCAAAATCCCGGTCAATAA MADNEKLKKELENLPEVDPLLKVLVSNVFKKHGVTKDKMREIPDEEKEMLIALVKDMQAKTEAFLESQKQKKEQEKAQDQQTNPQTRREQLIEQLRQRRQNPGQ PGPT0025220_30 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_COAT_PROTEIN,PGPT0025220-cotW-K06341 NA NA D1-12_00310 387 cotV Spore coat protein V ATGTCGTTTGAAGAAAAAGTCGAAACACTGCAACCGCAAATATACGAACAATTATCCAACGAATTCGAGCAGACGATCGAAGTGATTGATTGCGAAAATGTCACAATAGATACAACACATATAACGGCCGCTCTTTCTATACAAGCCTCAGTTACTACGGCGATTATCCTTGCGACACAGCTCGCGATCGCAGATGAAGACACAGCCGACCAAATAGCAACCGAACTGCTGATCCTGGATGATTGCCAAATAAAAAAGAGGACCGTCATTCAAGTCCTGAACAGCCGCAATATTAAAATCACACTGACTGCAGACGATATTATGGCCTTTGTACAAATTTTGTTTCAATTATTAAATATACTTTTTGCTGAACTAGACATCCTTTAA MSFEEKVETLQPQIYEQLSNEFEQTIEVIDCENVTIDTTHITAALSIQASVTTAIILATQLAIADEDTADQIATELLILDDCQIKKRTVIQVLNSRNIKITLTADDIMAFVQILFQLLNILFAELDIL PGPT0025215_29 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_COAT_PROTEIN,PGPT0025215-cotV-K06340 NA NA D1-12_00311 357 yjcA Sporulation protein YjcA GTGGTTATCAATTGGCTTTCATTTATTCTGTTATCGTTTGCCGTTTTCCGGCTGGCCAGGCTTTTCGTATTTGACACCATTATGGCGCCGCTTCGGAGCCTTTTTCACGAGGAAAAAACAGAAACCGCACCAGACGGCACGACAGAAACCTACATTGTCATAAAAGGAAAAGGCATCAGGGCATTTATCGGTGAACTTCTCAGCTGCTATTGGTGTACGGGCGTATGGTGCGCCGCCTTTTTAATTGCGGCGCAGATTGTGGTACCCGAGGCTGCGCAATGGCTGATTTTGCTGTTAGCCATAGCCGGCGCGGCCGGGATCATTGAAGCTGCGGTTTCTCGTCTTCTGCAGGAATAA MVINWLSFILLSFAVFRLARLFVFDTIMAPLRSLFHEEKTETAPDGTTETYIVIKGKGIRAFIGELLSCYWCTGVWCAAFLIAAQIVVPEAAQWLILLLAIAGAAGIIEAAVSRLLQE NA NA NA NA NA D1-12_00312 120 hypothetical protein ATGAATCAATCAAGCAACCCTTCCCAACATTCTCCATACAAATCAACTGTGCATCAGCCTTACGAAAAAAAAATTAAGAAAAAAGGCTGCGGCTGCGGCCAAAAGAAAAAACCGAAATAG MNQSSNPSQHSPYKSTVHQPYEKKIKKKGCGCGQKKKPK NA NA NA NA NA D1-12_00313 198 hypothetical protein ATGAATATATTTGAATCATTCATAAACGGTAAATACCGCCGGCACAATCAAAACCAGCGGGAGCATGACAAATATATCTTATCTATTGAAAAACAGCTGTCTGAGTTTGATGAAGCGGGATCGCGCTTTGAGGAATGGATAGATGTGTTTGCCGCCGAAACAGAAGCAAAACTGAAGAAAAATGAGCATTCTCATTAA MNIFESFINGKYRRHNQNQREHDKYILSIEKQLSEFDEAGSRFEEWIDVFAAETEAKLKKNEHSH NA NA NA NA NA D1-12_00314 162 hypothetical protein ATGGGATTCGGATATGGCGGATTCGGCGGCGGCTACGGCGGTTATGGCGGCTGCGGCGGATACGGAGGCGGCTATGTCGGAGGCGGATACGGCTCAACATTTGTTCTTGTTGTCGTATTGTTTATCCTTCTGATCATTGTCGGTGCATCCTTTTTTGGCTAA MGFGYGGFGGGYGGYGGCGGYGGGYVGGGYGSTFVLVVVLFILLIIVGASFFG PGPT0024985_63 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE_OTHER_SPORULATION_RELATED_PROTEINS,PGPT0024985-yjcZ-NA NA NA D1-12_00315 255 hypothetical protein ATGGATAATCAATTTTTCAAAAATATTGAGAAGAAAACAGGCGTCAGCATGAAGGATGTCATGAACCTTGCAGGATCATTGCAAAATGCCAATTTCAAAGATGAAAACACGGTGAGAGGCGTCATTCAGAAGGTGTCCCAGCTGGCTAACAAGCGTGTTCCGAAAGAATTGGAAGACAAAATCGTTCAATCTATTACAAGCGGTAAAGAGAAACTTGATTTTGGCACCATTTCTAAAATGCTGAACAATAAATAG MDNQFFKNIEKKTGVSMKDVMNLAGSLQNANFKDENTVRGVIQKVSQLANKRVPKELEDKIVQSITSGKEKLDFGTISKMLNNK NA NA NA NA NA D1-12_00316 2286 yjcD COG0210 Putative ATP-dependent DNA helicase YjcD TTGAAATGCGCCCGAATGAATAACCGAACGATACATTTACATACATATTCTAGAGAACATTACCAATTCCTTTTTGAAGAAGCTCAGAAAGGAAATATTTTTTGCGCACATTGTGACCAGCCCGTCTTGATGCGGCTTTCGATTTTAAAGCAGCCGGCATTTTATCACCGGCAAAAGGGAGACTTCACCGCCTGTGAAAAAGCATGCGCGGCCGAGGAACCGCAAGCGGAGAAAGAAAAAGAAGAGTATAAGGAAGCCGGCATGTTCCGCCTGCCGAAAGGAAAAGCGATTTCAGAGAATCCGAAACCGATCGTCTCAGAATGGAAAAGCCCGAAAAAAGTGCCTGCGGCCGAACCGTTTTCACCAACATCCGAGTCGGCTGATACATCTTTGTTCCCCGGCATCGGCCTGAACCGTGAACAGATGAAGGCAGTTACTGAAACGGACGGGCCTTTGTTAGTGCTTGCCGGAGCGGGAAGCGGAAAAACAAGGGTGCTGACAGCACGCGCCGCCCATATGATTGAACACCTCGGCATTTCACCTGAGAATATGCTGCTTGTGACCTTTACGACAAAAGCCGTCGCCGAAATGAAAGAGCGGATGGCGAATGAGTACGGTCTGGCAGCCGGAAAAGTCTCCCGTCTCGTGACCGGAACATTCCACAGCTTTTTCTATAAAATACTCTATCACTATGATTCTTCAAAATGGAACGGCAGCCAGCTTTTAAAAATGGAGTGGCAAAAAGAGCAATATGTGAAAAAGGCGCTCTATGAAGAAAATTTGGATGAAAAAGAGTTTCCCGTCGACCAGGCGCTTCAGCTTATCGGCTGCTGGAAAAACACGTATCTCCCCCATGAGACCATTCCGCTTGCGGACGACTGGGAGAAAAAAGTGTACAGGCTCTACGAACATTACGAACGGCAAAAGCGGGAAAAACGGCAATTTGATTTTGATGACATGGCCCAAGGCTGTTATGAACTGTTTCAAAGCCGGCCTGATATTCTCGCACAGTACCAAAACAGATTTTCTCATATTTTGATTGATGAGTTTCAAGATATCAATCCTGTCCAGTACAACATTATGCAAATGATCGCAAGCCCTGAGAATAACCTGTGCTGCGTGGGTGATGACGACCAATCCATTTATGCGTTCCGCGGCAGCAGCCCGTCTTTCATTTTAGATTTTCAAAAGGATTATCCGGCAGCAAAGACCATTTACTTAACGGCAAATTACCGATCGCCGCATCCGATCGTCTCAAGCGCTCATGCCGTCGTAAAGAAAAATAAAAAACGGTATGAAAAAACACTTTCTGCCGTCAAAGACGGCGTTCACAATCCCGTGCTGTTTTATCCTTACGATGAAGAAGAAGAAGCGACCATGATCGTTTCGGATATGAAAGAGAAAATTCAAAACGGGGCGAGTCCTGACGATTTTGCCGTGCTTTACCGGACAAACAGCGCCGGACGGGCCATTTATGAAAGACTGCATCAATCATCGATTCCTTATCATGCCGACAGGGGTGTGCAGACGTTCTACAGCCGCAGAATCGTACGCCAGATCCTCGCCTACTTATATGCGAGTCAGAATGAAGATGATCCGGATGCGGTGAAAGACCTGCTGCCCGCCTTATTTTTAAAGCAATCCGCCCTGCAAACGTTAAAGGCGCTGTCAATCACGGAAGATTGCACGATGATTAAGGCACTGACGAAACTGCCTGACCTGAAGCCTTTTCAAATAGGGAAGATCAAGCAGATCGTTCCGTTTTTCGCAAGCATCCGGACAATGAAGCCGGTTGAAGCCATCACCTTTGCAGAAAGCAAAATGGGTTTTTCCGAGTATTTAAAAAAACGGGGCAATGAGGGGAGCAAACTGGAAAAAGGCTCTGATGATCTCAGGGATGTCAAAGTGGCCGCCAAAAAATTCAAAACGATTCCCGATTTTCTTGCGCATGTCGATCATATGCGCGCCGCTGAGAATCTGAAAACTGATGAAAACGGCGTCGAACTGCTGACCATTCACCGCTCTAAAGGTCTTGAATTCAATACGGTCTATATTTTAGGCGCGGCTGACGGCTCGATCCCCCATGACTTCGCGCTTGAGACGGCGAGACAGGGCGATCCCGCTCCGCTCGAAGAAGAAAGACGGCTTCTGTATGTCGCAATGACAAGGGCCATGCAGCATTTATATGTATCTTGTCCCGCGTACAGGCGGGGAAAAACAGCGCGCAGCTCAAGATTTCTCGAGCCCCTTCTTCGGACGGACAGACGGAGCGCACTCAGGATATAA MKCARMNNRTIHLHTYSREHYQFLFEEAQKGNIFCAHCDQPVLMRLSILKQPAFYHRQKGDFTACEKACAAEEPQAEKEKEEYKEAGMFRLPKGKAISENPKPIVSEWKSPKKVPAAEPFSPTSESADTSLFPGIGLNREQMKAVTETDGPLLVLAGAGSGKTRVLTARAAHMIEHLGISPENMLLVTFTTKAVAEMKERMANEYGLAAGKVSRLVTGTFHSFFYKILYHYDSSKWNGSQLLKMEWQKEQYVKKALYEENLDEKEFPVDQALQLIGCWKNTYLPHETIPLADDWEKKVYRLYEHYERQKREKRQFDFDDMAQGCYELFQSRPDILAQYQNRFSHILIDEFQDINPVQYNIMQMIASPENNLCCVGDDDQSIYAFRGSSPSFILDFQKDYPAAKTIYLTANYRSPHPIVSSAHAVVKKNKKRYEKTLSAVKDGVHNPVLFYPYDEEEEATMIVSDMKEKIQNGASPDDFAVLYRTNSAGRAIYERLHQSSIPYHADRGVQTFYSRRIVRQILAYLYASQNEDDPDAVKDLLPALFLKQSALQTLKALSITEDCTMIKALTKLPDLKPFQIGKIKQIVPFFASIRTMKPVEAITFAESKMGFSEYLKKRGNEGSKLEKGSDDLRDVKVAAKKFKTIPDFLAHVDHMRAAENLKTDENGVELLTIHRSKGLEFNTVYILGAADGSIPHDFALETARQGDPAPLEEERRLLYVAMTRAMQHLYVSCPAYRRGKTARSSRFLEPLLRTDRRSALRI NA NA NA NA NA D1-12_00317 255 hypothetical protein ATGATTTATGCAGGACGGATTCAAAACCAGCAGTATTCTCAATACGCAAACCGGGCAGCGGGTTATAAGCCTGATTACGCCGGCATTACGAAAGCGGCCGCCCTCGCCAATGACAGGTTGTACAGAGAGGTGGAGCGCCGCCAGGAAAACACCGCAGCCGCAGAAAAGAAAGTACATGAGGAAAAACGTAAGCGCTCTCTTTCCCGTCTGCCGCAAATCATGGGAAAAGGCCGGTTAATAAATCAATACGTGTGA MIYAGRIQNQQYSQYANRAAGYKPDYAGITKAAALANDRLYREVERRQENTAAAEKKVHEEKRKRSLSRLPQIMGKGRLINQYV NA NA NA NA NA D1-12_00318 387 blm_1 Metallo-beta-lactamase type 2 TTGAGAAAGCTTTCATTATTAATTGCGGGGTTATTTCTATTCGGCCTCTTTACTGCCGGAATGAAACCGGCACACGCGGCGGATGGCTCCGCAGCAAAAGATGTCACTCTCACACAGCTGGCGCCGCATGTTTGGATGCATACAAGCACCGGTACGGCAGACGGAAGTCCCGTCCCTGCGAACGGATTGCTTCTTGAGACTTCCAAAGGAATCGTACTGATTGATACTCCGTGGAATGACAGTCTCACAGAGCAATTAATGACACAAATAAAAAAGCGGTTTCCCGGAAAAAGGATGACCGATGCCATTGTGACACACGCCCACGATGATCGTATCGGCGGTCTGAACACCCTGTACAAATACGGTGTAAAGGTGCACAGCACGTAG MRKLSLLIAGLFLFGLFTAGMKPAHAADGSAAKDVTLTQLAPHVWMHTSTGTADGSPVPANGLLLETSKGIVLIDTPWNDSLTEQLMTQIKKRFPGKRMTDAIVTHAHDDRIGGLNTLYKYGVKVHST NA NA NA NA NA D1-12_00319 303 blm_2 Metallo-beta-lactamase type 2 GTGACAAAGCTGCAGTTTGGCGATATGAAAATTGAAACGTTTTATCCGGGAAAAGGGCATACGGAAGACAATATGACCGTCTGGCTGCCTGAGGATAAGCTCTTATTCGGCGGATGCTTAATCAAGGCTTTAGAAACAAAGGAAATCGTGCCTACTCCGGGCTTTTATCCGGATCAGTGGCCGCGCGCCGTCCGCAAAGTCATGAAAAGATATCAGGACATCAGCATTGTCGTCCCGGGCCATGGCAGTCCGGGGGATGACCGTCTGCTGCCGCATACGATAAGCCTTCTGAAAGAAACGTAA MTKLQFGDMKIETFYPGKGHTEDNMTVWLPEDKLLFGGCLIKALETKEIVPTPGFYPDQWPRAVRKVMKRYQDISIVVPGHGSPGDDRLLPHTISLLKET NA NA NA NA NA D1-12_00320 723 hypothetical protein ATGCTTGATTTCGCCATTCGCAACCGCAAAGAAATTTTTCGTGACCCCCTGTCTATTATCCTTGGAATCGCACTGCCTGTTATTCTATTGTTTCTGTTTACGGCGATTGAAAAAAATGCGCCGCTTGATACCTTTAAAATTCAGCACTTAGCACCCGGACTCATTGTTTTCGGTTTCGCTTTCCTTACAATGTTCTCTGCATTGCTGATCGCAAAAGACAAACAGACCGCCCTTTTGACCCGTTTGTTTGCTTCCCCTTTAAAAACAGCCGATTATGTCATCGGTTATGCAATGCCGATGCTGCCGTTAGCCATTTTACAAATCGTCATTTGTTTTATCGCAGCAGCGGCTGCCGGTTTATCCGCCGAGTGGATGAATCTTCTCGCAGGTATCGCTGTCTTGCTGCCGATTGCGATGATGTCCGTTTTCTTCGGTTTATGTTTAGGGGCTGTGTTTACGGACAAACAAATTTCAGGTATCGGAACGATTTATATTACACTCGTGCAATTTCTGGGCGGGGCTTGGATGGAGGTGAGCCTGCTCGGTGACACATTCAAACATATCGCTTATGCCTTACCGTTTATTCACTCGATCGAGCTGGCCCAGGAAGTCATATCCGGAGATTATTCTTCATTTCATCAGCATATTTGGCCGATAGCGGGATATACCGTTTTGGCGCTTGCACTTGCTTTCCTCAGTTTTATGAAAATCAGGAAGAGATAA MLDFAIRNRKEIFRDPLSIILGIALPVILLFLFTAIEKNAPLDTFKIQHLAPGLIVFGFAFLTMFSALLIAKDKQTALLTRLFASPLKTADYVIGYAMPMLPLAILQIVICFIAAAAAGLSAEWMNLLAGIAVLLPIAMMSVFFGLCLGAVFTDKQISGIGTIYITLVQFLGGAWMEVSLLGDTFKHIAYALPFIHSIELAQEVISGDYSSFHQHIWPIAGYTVLALALAFLSFMKIRKR PGPT0006730_23892 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992 NA NA D1-12_00321 738 lnrL_1 COG1131 Linearmycin resistance ATP-binding protein LnrL ATGCACGCGATTGAGCTGAAGCAATTAACGAAACATTATAAAGAAACCGCCGCCGTTGACCGTCTTAAGTTCTCAGTTGAGAAAGGGGAATTTTTCGCTTTACTCGGTGAGAACGGAGCCGGAAAAACGACATTAATCAGTATGCTTTGCGGACTCCTTTCTCCGGATGATGGTGATGCATCAGTGCTTGGACACAGTATTTTGACTGATTTGGATAAAATAAAACCGAAATTGAATATGTCCCCGCAGGAAACAGCCATCGCTCCTCATCTAACCGTACGGGAAAACTTAGAGTTTATAGCCGGAGTCTACGGAATTCCGAAAAAAGAAGCAAAAAAAAGAACAGATGAGATGCTCGAATTGTTTCAATTAAAAGAGAAAGAAAGAGCAAAAACAAAAACATTATCAGGAGGAATGCAGCGCCGCCTCAGCATCGCAATGGGAATGATCACCAAGCCGGATATTTATTTCTTAGATGAGCCGACATTAGGGCTGGACGTCCGTTCACGCCGCGAGTTGTGGAAAAATCTTGAGGCATTAAAGGGAGACATGACGATTATTTTAACGACACACTATTTAGAAGAGGCTGAAGCCCTGGCAGATCGTATTTGCATTTTAGAAAATGGGACTTTAAAAGCACTGGGCACGGCGGAGGCTCTGAAAAAGCAAACTCATTCAGCCACATTTGAAGATGCCTTTTTAGCGATTTGTGACGGGGAGGCGGGTCTTTATGCTTGA MHAIELKQLTKHYKETAAVDRLKFSVEKGEFFALLGENGAGKTTLISMLCGLLSPDDGDASVLGHSILTDLDKIKPKLNMSPQETAIAPHLTVRENLEFIAGVYGIPKKEAKKRTDEMLELFQLKEKERAKTKTLSGGMQRRLSIAMGMITKPDIYFLDEPTLGLDVRSRRELWKNLEALKGDMTIILTTHYLEEAEALADRICILENGTLKALGTAEALKKQTHSATFEDAFLAICDGEAGLYA PGPT0006725_24243 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990 NA NA D1-12_00322 234 hypothetical protein ATGACGGCACCAAAAGGAAAACACATATTCGGGACTGTTAAAGTGGGCACAAAAGGACAGATTGTCATTCCTAAAGAAGCAAGAGATGTTTTCGATATAAATCCGGGGGATTCTCTGCTTATGCTTGGGGATGACCAGCAAGGTATCGCACTTGTTAAACAAGAACTCTTTTTCGAATTTGCAAAAGATATTTTAAACGCTAAGCAAATCGATGAAGATAGCGAGGATGAGTAA MTAPKGKHIFGTVKVGTKGQIVIPKEARDVFDINPGDSLLMLGDDQQGIALVKQELFFEFAKDILNAKQIDEDSEDE NA NA NA NA NA D1-12_00323 432 yjcF putative N-acetyltransferase YjcF TTGGAATCCATCATCGCAAAAACTGAAAAACAGCTGAACGACGCTTTTTTCGTCAGAAAAGAGGTCTTTGTTAAAGAACAGCACGTTCCGGAAGAAGAAGAGATTGATCAATTCGAGGACACGTCAGAACATATAGTCATATATGACGGCGGCCAGCCGGTCGGAGCCGGCAGATGGCGCATGAAAGACGGACATGGAAAATTAGAACGCATCTGCGTGATGAAAAGCCATCGTTCTTTAGGCGTCGGAGCCGTCATTATGCAGGCGCTTGAAAAAGCGGCGGCAGCCAAGGGCGCCGACAGCTTTCTCTTACATGCGCAGACGCAGGCGGTTCCGTTTTACGAAAAACAAGGATACCGCGTCACATCCGGCGAAGAATTTCCAGATGCGGGCATCCCCCATCTGGAAATGATAAAGGAACACAAACGATAA MESIIAKTEKQLNDAFFVRKEVFVKEQHVPEEEEIDQFEDTSEHIVIYDGGQPVGAGRWRMKDGHGKLERICVMKSHRSLGVGAVIMQALEKAAAAKGADSFLLHAQTQAVPFYEKQGYRVTSGEEFPDAGIPHLEMIKEHKR NA NA NA NA NA D1-12_00324 516 yjcG COG1514 Putative phosphoesterase YjcG ATGAAATACGGTATTGTTTTATTTCCATCAAAAAAATTACAGGATCTCGCAAATTCGTACCGGAAACGCTACGACCCGAGCTACGCGCTCATTCCGCCGCATCTGACGGTAAGAGATCCGTTTGAAGCGACAGAACAGGAAATCGAGCAGGTCGTATCACAGCTGAGACAGACGGCGAAAGAGTCGCATCCGCTCGTTCTGAAAATCACAAAATACAGCTCGTTTTCTCCTGTGAATAATGTGATATATATGAAAGCAGAACCGACGGAGGAATTAAAATCTCTGAGTGAGAAATGCTACTCAGGAGCATTATCCGGCGAGCCGGAATACAGCTTCGTTCCGCATGTCACGGTCGGCCAGAAGCTGTCGTCAGATGAACATTCCGACGTACTCGGACAGCTGAAAATGCAGGACATTTCCCACGAAGAAGTCATCGACCGTTTTCACCTGCTCTATCAGCTGGATAACGGCTCATGGACTGTGTACGAAACATTTTTATTAGGCGGAGGAGAATAA MKYGIVLFPSKKLQDLANSYRKRYDPSYALIPPHLTVRDPFEATEQEIEQVVSQLRQTAKESHPLVLKITKYSSFSPVNNVIYMKAEPTEELKSLSEKCYSGALSGEPEYSFVPHVTVGQKLSSDEHSDVLGQLKMQDISHEEVIDRFHLLYQLDNGSWTVYETFLLGGGE NA NA NA NA NA D1-12_00325 723 hypothetical protein GTGGCATCGAAAAACGGAATCATTCATGAGAAAAAACTTTTCTCCCATGAGCTTGAAGAGGAAATGACCGTTTTGGTCTACCTGCCCGCCACCTTCTCCCCCCTGTATAAATATCATACGGTCATCGCTCAGGACGGCCATGATTATTTCAGATTAGGGAGAATCGGGCGGCAGGCGGAAGAGCTTATGTCAAAAGGGGAAATTGACCGCTGCATCATTATCGGCGTCCCTTATAAAAATGTGCGGGAGCGAAGAAACACATACCATCCAGAAGGCTCTAAGTTCGCCTCATATAAGCGGTTTATCGCAAATGAGCTCGTTCCTTTTATCGACAAAGAATACCCGACTTATCAAGTCGGATACGGCCGCACCATGATCGGGGATTCCCTCGGCGGAACCGTTTCGCTCATGACGGCGATTGACTATCCGAACATGTTTGGAAACGTCATCATGCAGTCTCCGTATGTTGACGGGCACGTGCTGGATGCCGTCCGGCAGTCGGAGGATCTCAAACAGATTTCCGTTTATCATCAAATCGGAGAAAAAGAAACCGGCGTTCACACGACGGACGGCCAGGTTCTTGATTTCACCGCGCCGAACGAAGAGCTCAAACAGCTGCTGGAAAGCAAACAGTCCGAATACACGTATGAAACCTTCGACGGGGATCATAAATGGACCTACTGGCAGCCGCTCATCACGCCGGCGCTGAAAAAAATGCTGTAA MASKNGIIHEKKLFSHELEEEMTVLVYLPATFSPLYKYHTVIAQDGHDYFRLGRIGRQAEELMSKGEIDRCIIIGVPYKNVRERRNTYHPEGSKFASYKRFIANELVPFIDKEYPTYQVGYGRTMIGDSLGGTVSLMTAIDYPNMFGNVIMQSPYVDGHVLDAVRQSEDLKQISVYHQIGEKETGVHTTDGQVLDFTAPNEELKQLLESKQSEYTYETFDGDHKWTYWQPLITPALKKML NA NA NA NA NA D1-12_00327 1122 metI COG0626 Cystathionine gamma-synthase/O-acetylhomoserine (thiol)-lyase ATGACGCAGCATGTTGATACAAAATTAGCCCAAATCGGAAATAGAAGCGAAGAAGCAACGGGAACGGTCAGTCCGCCGATTTATCTGTCCACCGCTTACCGCCATAGAGGAATAGGAGAATCTACAGGTTTTGACTACGTGCGCACGAAAAACCCGACACGCCAGCTCGTCGAAGACGCCATCGCCGTGTTGGAAAACGGTGCGAGAGGATTTGCCTTCAGCTCGGGAATGGCAGCCATTCAAACCATTATGGCATTGTTTAAAAGCGGGGATGAATTGATTGTATCCTCCGATTTATACGGAGGCACGTACCGTTTGTTTGAAAACGAATGGAGAAAATACGGCTTAAGCTTTATTTACGATGATTTCAGCGATGAAGACTGTTTACGCTCCAAAATAACGGAAAACACGAAAGCGGTATTTGTTGAAACACCGACAAACCCGTTAATGCAGGAGGCGGACATTGAAAAAATTGCCCGGATTACGAAAGAAGCCGGCCTGCTTTTAATTGTGGATAATACGTTTTATACCCCGGTGCTACAGCGCCCGCTTGAACTGGGAGCGGACATCGTCATTCACAGCGCCACAAAATATTTAGCCGGGCACAATGATCTCCTTGCCGGTCTGGCTGTCGTTAAGGATGAAGAGCTCGGCGAGATCATGTTTAATCACCAAAATGCGATCGGCGCGGTTCTCCCGCCGTTTGATTCGTGGCTTTTAATGAGAGGGATGAAAACACTCGGACTCAGAATGCGCCGTCATGAAGAAAACGCCCGTGAACTTGCAGAATTTTTAGAACAGGAAGAAGAAATCGCCGACGTGTTATATCCCGGAAAAGGCGGGATGCTGTCTTTCCGGCTGCAAAAAGAGGAATGGGTCAATCCGTTTTTAAAGGCGCTGAAAACGATCTGTTTCGCAGAAAGTCTCGGCGGGGTGGAAAGCTTTATTACATATCCCGCGACGCAGACGCACATGGACATTCCGGAAGACATCCGTATCGCAAACGGCGTCTGCAACCGTCTGCTGCGTTTTTCAGTGGGCATTGAACATGCAGAAGATTTGAAGCGGGATGTCAAGCAGGCATTACAGCAAGTAAAAGAGGGGGCCGTATCATATGAGTAA MTQHVDTKLAQIGNRSEEATGTVSPPIYLSTAYRHRGIGESTGFDYVRTKNPTRQLVEDAIAVLENGARGFAFSSGMAAIQTIMALFKSGDELIVSSDLYGGTYRLFENEWRKYGLSFIYDDFSDEDCLRSKITENTKAVFVETPTNPLMQEADIEKIARITKEAGLLLIVDNTFYTPVLQRPLELGADIVIHSATKYLAGHNDLLAGLAVVKDEELGEIMFNHQNAIGAVLPPFDSWLLMRGMKTLGLRMRRHEENARELAEFLEQEEEIADVLYPGKGGMLSFRLQKEEWVNPFLKALKTICFAESLGGVESFITYPATQTHMDIPEDIRIANGVCNRLLRFSVGIEHAEDLKRDVKQALQQVKEGAVSYE PGPT0001995_2839 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_CYSTEINE_DEGRADATION|CONVERSION,PGPT0001995-metC-K01760 NA NA D1-12_00328 1176 metC COG0626 Cystathionine beta-lyase MetC ATGAGTAATCACAATTGGACGCTGGAAACCCAGCTTGTGCACAATCCATTTAAAACAGACGGAGCCACCGGAGCCGTCAGCGTGCCGATCCAGCATGCTTCCACATTCCATCAGTCCTCATTTGAAGAATTCGGGACATATGACTACAGCCGCTCAGGCACACCGACAAGAACAGCGCTTGAAGAAACGATCGCAGGTCTTGAAGGCGGAACGAGAGGTTTTGCTTTCAGCTCCGGTATGGCGGCGATTTCGACGGCATTTCTGCTCTTATCCCAAGGCGACCATGTCCTCGTCACGGAGGACGTGTACGGCGGAACATTCCGCATGGTGACTGAGGTTCTGTCCCGTTTCGGTATTGAGCACACGTTTGTTGATATGACGGATATCAACGAAGTGGCGCGGAATATCCAGCCGAACACAAAGGTCATTTATATGGAGACACCATCAAATCCTACACTTGGAATTACTGATATTAAAGCGGTTGTCCAGCTTGCAAAAGAAAACGGCTGTCTGACCTTTCTGGATAATACATTCATGACACCTGCACTGCAGCGTCCGCTTGATCTCGGTGTTGATATTGTGCTTCACAGCGCAACAAAATTCCTGAGCGGACACAGTGATGTGCTGTCAGGCCTTGCCGCCGTAAAAGATGAAGAGCTCGGCAATCAGCTGTATAAGCTGCAAAACTCGTTTGGCGCTGTCCTTGGCGTGCAAGATTGCTGGCTCGTGCTGCGCGGCTTAAAAACATTGCAGGTCAGACTGGAAAAAGCGAGCCGGACGGCTGAGCGGCTGGCTGCCTATTTTGACGGGCATCCCGCCGTCAAAAACGTTTACTATCCCGGCCTTGCCGGACACCCGGGAGCCGATACCCATAAACGTCAAGCGAGCGGAGCGGGCGCCGTCCTGTCCTTTGAATTGGAAAGCAAAGAAGCCGTCAAAAAGCTGGTCGAAAACGTATCGCTTCCGGTATTTGCCGTCAGCCTCGGCGCCGTCGAGTCCATTCTCTCATACCCTGCAGCCATGTCGCATGCCGCCATGCCGAAAGCAGAGAGGGAGAAACGCGGCATCACAGACGGCCTTCTGCGCCTGAGCGTCGGAGTCGAAAACGCCGAAGATTTAGAACGGGACTTCGAACAGGCATTGAAAAAAATAACCCCCGCCCAAGTGAGATCATAA MSNHNWTLETQLVHNPFKTDGATGAVSVPIQHASTFHQSSFEEFGTYDYSRSGTPTRTALEETIAGLEGGTRGFAFSSGMAAISTAFLLLSQGDHVLVTEDVYGGTFRMVTEVLSRFGIEHTFVDMTDINEVARNIQPNTKVIYMETPSNPTLGITDIKAVVQLAKENGCLTFLDNTFMTPALQRPLDLGVDIVLHSATKFLSGHSDVLSGLAAVKDEELGNQLYKLQNSFGAVLGVQDCWLVLRGLKTLQVRLEKASRTAERLAAYFDGHPAVKNVYYPGLAGHPGADTHKRQASGAGAVLSFELESKEAVKKLVENVSLPVFAVSLGAVESILSYPAAMSHAAMPKAEREKRGITDGLLRLSVGVENAEDLERDFEQALKKITPAQVRS PGPT0001995_1836 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_CYSTEINE_DEGRADATION|CONVERSION,PGPT0001995-metC-K01760 NA NA D1-12_00330 342 hypothetical protein ATGGAATATTCATTTGAATGTAAAAGAGACCATTTAGGATACTTACGAGTAGTTCTCCCCGCAGAGTTAGAATACTTTTCTGATTTCATTGAAGACATTGTTTCGGTAGATGAAGCTGATGAATACTTGAAAATGATTCAAGACGTATTGGATGGTTCCTCTGAAGAATATGAGATTCAACTAAATACCACCGTTGCATATATAAAAGAAGATCAAACGGTCATAGAACACCTTTATACAGAAAATGAAAACGATAGAAACTCCATGGAGACAGAAAAATTCAAAAAACTTATACTCGACTGGAGAGACAAGATCCCCCAAAGGTATAAGAGTGATGATTAA MEYSFECKRDHLGYLRVVLPAELEYFSDFIEDIVSVDEADEYLKMIQDVLDGSSEEYEIQLNTTVAYIKEDQTVIEHLYTENENDRNSMETEKFKKLILDWRDKIPQRYKSDD NA NA NA NA NA D1-12_00331 300 hypothetical protein ATGATTGAAATTAAAGTTTCTGATCCTGTATTTAGATTTCTCGGTGGACATTTCCACCAAGATATAGAGTCTCCGGAAAATGCACTTGATGAATATTTAAATGAAGCATCACAAAAACTAAAAGAAAGAGATTTAATAGCACTAACTGAGTTTGTAAATAGTGATCATTCAGAAGAAGACAAGAATGAATTTATAGAGGAAGCAGCGGATGGTATATACTTTCCTGAAGACGATATAACTCCATTAGAATGGCTTAAGCAAGTCACTGAACAAATTAAAAAACATCTTAAAACAACATAG MIEIKVSDPVFRFLGGHFHQDIESPENALDEYLNEASQKLKERDLIALTEFVNSDHSEEDKNEFIEEAADGIYFPEDDITPLEWLKQVTEQIKKHLKTT NA NA NA NA NA D1-12_00332 309 hypothetical protein ATGAATTTAGAGAAAAAAATGAAAGATATATTAATTAAAAGAAAAAAACTTAATCTTAATGATGACTATGGCATTCAAAAAAGTTGGGATGAAATAATTGAAGTGCTCTCAGAAAACGAAGAAAATACAATCAGCTATCTAGAAAATTGTAATAAAGCAGATTTATATTGGGTCAGTGAGGTATTTGAAGATTTAGCTGAAAGTTTGCAAAGTAAAGAACTTATTGATTGTTTAAGAAAATTAGATGAAAAATACTCTGGCCTAGAAATGACAAATGATATTGATATAGCAGAAAGTTATATAGAATAA MNLEKKMKDILIKRKKLNLNDDYGIQKSWDEIIEVLSENEENTISYLENCNKADLYWVSEVFEDLAESLQSKELIDCLRKLDEKYSGLEMTNDIDIAESYIE NA NA NA NA NA D1-12_00333 393 hypothetical protein ATGACCTTATACGAAGAATGTCTAGAAGCTCTTGGAGATAACAAAGAAGTCCTCACTATTTCTGAGACACGTAAATATCATGAGCAACTTGGCGAAAGTTTCCCCTTCACATCATGGGGAAGAATTAAATGGGATGAAGTAACTTATCACAGATCTATTGATTACGCTGAAGATATTGATGAATGGTTAGTTGAGAATAAAATAGCTAATAAAACTGTTATTCTCCTTTGGGCTTACGGTGATTATCCAGCTGTAAAAACCAGCTTAGACAACGCCTTAAACGTAATTGATGATGTAACTGCTGTAGGTTCAGATACCTTCATGTTCAGCGAATCTGGTTATGTTATTGAATTTTTCCATGATGGAGATGTAACAATAGGAAAAGCAATATGA MTLYEECLEALGDNKEVLTISETRKYHEQLGESFPFTSWGRIKWDEVTYHRSIDYAEDIDEWLVENKIANKTVILLWAYGDYPAVKTSLDNALNVIDDVTAVGSDTFMFSESGYVIEFFHDGDVTIGKAI NA NA NA NA NA D1-12_00334 897 hypothetical protein TTGCAAATCATAGGTGATGGCGCCAAAGGTCTGCTTGTTGGTGTATACGATCTTGCCAAAGATACCGGTGAAGGAGCACTTCAACTCGGACGGAATATCGGTTGGACAATTGACAACTTAAACAAAGATCCTCAAAAAGTTCTGGATACTGTTCTGGAATACGACTATCTAGGTGTCTTTCAAAGTATGGTTGACACATTGAAGGATGATTGGGATAAAAAGATGATTCACGGGGATGCATATACACGGGTGCACTATGTTACTTACTTGGGCGGAAGTCTTCTGTTATTGAAAGGCGGAAAGTCCTCTGTCTCAAAAGGCTCAAAAGATCTTGCTAAAGTTGGTGGCACAATTAAGAAAGGCGGAAAGTCTGTAAAACAGTTTTACAAATCTCCTGTCAATCGGTATACTCCTGCATTAGAAGGAATCCTTCAAGATGCTGAGAATACTATTAATGTGAAGAATACACCACTCCTAAAAAGAATAGCCGATTCCACTAAAGGTAGTGTACTCTTTAAATCAATCAATGGTAAGTCATCAAAAAACAAGACAGTTAAAAAAGGCCTTTCCAAAAAATCAAGAGAAGTTGCGCTTCCAAAGGTAGACACATATGAACAAGCTAGAAATGAGGCGCTAAATCTAATTGGTGATTTAGGAATAGATTCAAAACCTTTTATAGGTACTTTATCTAAAAGCGCAGGCTTTGGTAAAGTTACTGGCCGAATGTCTGGAGATAATAAAGTCCTTTGGAGATTAGATTATGACCCCGAAAAGGGACCTCATATAAATGTTGAGGATTATAGAAATGGAAAAGGAGATAAGGCAAAGAAATATTATATACCTTTTAACGGAAACGAAGATACTTATAAATCCCTTTTAAAACATTTAAATAAATAG MQIIGDGAKGLLVGVYDLAKDTGEGALQLGRNIGWTIDNLNKDPQKVLDTVLEYDYLGVFQSMVDTLKDDWDKKMIHGDAYTRVHYVTYLGGSLLLLKGGKSSVSKGSKDLAKVGGTIKKGGKSVKQFYKSPVNRYTPALEGILQDAENTINVKNTPLLKRIADSTKGSVLFKSINGKSSKNKTVKKGLSKKSREVALPKVDTYEQARNEALNLIGDLGIDSKPFIGTLSKSAGFGKVTGRMSGDNKVLWRLDYDPEKGPHINVEDYRNGKGDKAKKYYIPFNGNEDTYKSLLKHLNK PGPT0027660_35 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM CE-BACTERIAL_FITNESS-YxiD-YxxD_TOXIN-ANTITOXIN_SYSTEM,PGPT0027660-toxin_yxiD-K21493 NA NA D1-12_00335 894 yokI_1 putative ribonuclease YokI ATGAAAGTTTTCGAAGCAAACAGCTTGTTGACCGCTGCCAAACAGCGCGCGGGTGAATACAAAGAACTGCGCGGCCAGATGGTCAATCTGAAAAAAGCGTTTCAAGGTATGGCTGACCTTGGTGACAATGATTTCTCAGGCCGGGGCGCTGACAACATCAAAGCTTTTTTCAAGGATCACGCCGGCGTCACAGACAGCTGGCTTGATCTGATCGACATGAAAATCGCATTTCTCACAAGCCTTCCCGGTAAGGTCGAAGACGCCGGACTTTCCAATTCGCATGTGGAGGAATCATTTCTGGAGCACGAGCTCACCCACGCCCTCAGTAAATCAAAGGCGATTATGGAAGAGCAGAAAAAGGACATGCGCTCCATCCTCGGAGAGATCGAAGACATCATCTCGCTCGAATTGTTTTCAACCGAAAGCACGGATCAGAAGCTTTCTTCAGCTGACAAAAAAAGAAGCGAAACGATACATAAACTCGGCAAACTTGATCACGATCTAACGAAAGAATACGCAGAAACCGAAGCGAACGAACAGTTCATCCAAGCTGACTTCCAGAAACTTCAAAACGCCACGGGCAAAGGAAAAGGTGCCACGCCGCTTCACTACAACGCTAAGGCGTACCGTGAAAGCGACATACATAAGAAAAAAGGCGATATCGCAAGACATTCGGATGCCTATTTGACGATTAAAAAGGAAGAAGCGAAAGAGCGTGAAATCAAGGATCTGAAGAAAAAGCTGGCTGATGGCGTAACCGACCCGGATGAATACTTAGAAATCGCCAAAAAGGTTGGCTATGAGAATCTCACCCCTGAACAGCTTGAATTTGTTTCATTTCTGGAACAGCGTAAAGCTTTCATGGATAACGAAAAGAAGCATTGCAAATCATAG MKVFEANSLLTAAKQRAGEYKELRGQMVNLKKAFQGMADLGDNDFSGRGADNIKAFFKDHAGVTDSWLDLIDMKIAFLTSLPGKVEDAGLSNSHVEESFLEHELTHALSKSKAIMEEQKKDMRSILGEIEDIISLELFSTESTDQKLSSADKKRSETIHKLGKLDHDLTKEYAETEANEQFIQADFQKLQNATGKGKGATPLHYNAKAYRESDIHKKKGDIARHSDAYLTIKKEEAKEREIKDLKKKLADGVTDPDEYLEIAKKVGYENLTPEQLEFVSFLEQRKAFMDNEKKHCKS PGPT0027630_21 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM CE-BACTERIAL_FITNESS-YobL-YobK_TOXIN-ANTITOXIN_SYSTEM,PGPT0027630-toxin_yobL-K21487 NA NA D1-12_00336 519 hypothetical protein ATGATAAATATCTTAACTAATATTTTGAAAAATGACAGATTAGATGAATACCCATTATTTGAAAAGTTTTGCTTTCTCAAAGAAAAAGGATTACGTAAAGAATCCCTTAAAGCATTATCTTCCTTTATCGATGAAGCCAAGACGTGGGATAATCATGCACAACAGAATTTTGCTTGTTGGCTATTTGCTTTATTAGAAACATCAGATGATATTCACCATATACTTGTTCACCCTTTGGAAATGGCTCTTTTAAAGCCTCTGCTTGAAGCATGGATGAAGAGTAACCCCGAAGATCCAAGACCATACAGGTGGTATGGTGTGTTTTTAAATACTGAAAACCGTGTTGATTACTTGAATAATGCACTTAGACTAGGTGGGAGTAATGAACAATTATCTTTATTAACGTTAATTGATATTCATTTGAACACCTTGTGGTATTCATTTCATCACATATCCGAAGATTTATATCTAGGCGATATTAAAGAAGATCAAACACTTTTACCAAGTCCCGGCAGTTGA MINILTNILKNDRLDEYPLFEKFCFLKEKGLRKESLKALSSFIDEAKTWDNHAQQNFACWLFALLETSDDIHHILVHPLEMALLKPLLEAWMKSNPEDPRPYRWYGVFLNTENRVDYLNNALRLGGSNEQLSLLTLIDIHLNTLWYSFHHISEDLYLGDIKEDQTLLPSPGS NA NA NA NA NA D1-12_00337 579 hypothetical protein TTGAACAACAAGCTTGAATGTCACCAAACAAGAAAAAGCAATAACGAACAACTTAATTATTATCAAGATTTGTTGAATTACTGGCTGTTGTTTAAAGAAGAACAATCAAAGGGATTTGTTGAATGGTGTGAAAATAAGGGCCGAATCTATCCTTGGGTCAAATCCTTATTATTACGAAATTTAATCGCAAGGGGGGAGATAGATTTGATGGTGGTAAGATACCTAGCTGTCCTTATTCTGTCGGTCATATGTGCCACACTGGTATATGTTATCATCCTGAATCAAGCTGAATATGTCCCTTATCTTATAATTAGCGGGATCATGTTGACATGTTATTTAATTTTTGAATTGCCATTGCAGCTTATCTTAAACCGAAAACCTAGAAGGTTCAATTTAAAATATCTCTTAATATACACAGTATCTTCATTTGTTACATGGCTAATCATGGCCGTTCTCTTTGAACCTTATAATCCAATAGGGTCTATACTAGCGAGTTATGAGATATATTTATTCAGCGTATTATTTGCTCTGATCTTTTGGCTTTGGGACTCTATTCTTGTACAGGAAGTTGCGGGTTAA MNNKLECHQTRKSNNEQLNYYQDLLNYWLLFKEEQSKGFVEWCENKGRIYPWVKSLLLRNLIARGEIDLMVVRYLAVLILSVICATLVYVIILNQAEYVPYLIISGIMLTCYLIFELPLQLILNRKPRRFNLKYLLIYTVSSFVTWLIMAVLFEPYNPIGSILASYEIYLFSVLFALIFWLWDSILVQEVAG NA NA NA NA NA D1-12_00338 366 hypothetical protein ATGAACGTAAAACATTCTAACTGTTTCTTTGTTATCAGGCTGTTTGCTGCTCTTTGTGTGTTGATTGGTCATGCTACAAGAGATCTAAACATTTCTGTCTTTGGTTATACTCCAGAGAGCAAAGCAATATTTCACACCGGCATATCAATCTTCTTTTTTCTAAGTGCATTTTTTCTTTTCACTTCCTATGAAAGATCCAGGCTTAAAGGGAATAATGTAACTGATTTTTATTGGAGCAGAATCACCATCAGAATCGCACCCGCTATATACACCTATGCTATCGTCTCCACCATCCTGTTAATTGTTCTAGGAGCTCTTTCATTAACAGTATTCACTACTAAAGAGTACTGGACATGGCTTCACTGA MNVKHSNCFFVIRLFAALCVLIGHATRDLNISVFGYTPESKAIFHTGISIFFFLSAFFLFTSYERSRLKGNNVTDFYWSRITIRIAPAIYTYAIVSTILLIVLGALSLTVFTTKEYWTWLH NA NA NA NA NA D1-12_00339 438 hypothetical protein ATGAAAAAGCTAATCTTTTTGGTTGTGATTTGCATTGGTTTTATATTGAGTTTTAACACACCAAGTGCTGAGGCGAAGCTTACATTAGACTACAAAAACGTGAATTTTCACATGAGTGAGGATTCAGAGAGTTTTTCAATGGCAGATTATTTTGATCGGACTTATGATCGCACTTGGCTCTTCTACAAATTCACAATTAGCAATGCTGAGGGGTGTACTCTAAATATGAAAATCAGTAGGATAACTCTTGCTGGCTGGGTATTCCCACGTAGTGAAAAGCAGTTTGTAGGGAACTATGCCGACTATACTGCTGCAGATCGAGTAGAAGGAGATGCCAATCGCAATCATGTGTTAAAGATTACAAAGAATCCAGGCTGTGGAGATGTGTGGATTAAAGGTATTTATGGATTTGAACATGAAGATTCATTTGACTGGTAA MKKLIFLVVICIGFILSFNTPSAEAKLTLDYKNVNFHMSEDSESFSMADYFDRTYDRTWLFYKFTISNAEGCTLNMKISRITLAGWVFPRSEKQFVGNYADYTAADRVEGDANRNHVLKITKNPGCGDVWIKGIYGFEHEDSFDW NA NA NA NA NA D1-12_00340 237 hypothetical protein GTGATCATACATAATGAATGTGGGGTAGTTAAATTGATTAAATCAAATTTAAAGCCGATAATAGACGAAAGGAATATCAGTATTCGAAAGCTGTCCAATGATATTGACCATGGTTTTAACACAGTTAGGAAGCTTTATCATGATGAAATGGAGCGGTATCCAAGGGATCTGCTTGATAAAGTCTGTACATATTTAGACATTGAGCTGCATGAGCTGTTGATTTACAAAAAAGATTAA MIIHNECGVVKLIKSNLKPIIDERNISIRKLSNDIDHGFNTVRKLYHDEMERYPRDLLDKVCTYLDIELHELLIYKKD NA NA NA NA NA D1-12_00341 1578 hypothetical protein ATGATAAAAATAAAAAACCCATATAGTAGTAAGAGATTAAGTTATAAAGATAAATTCAATAAAAAATTTACTGACTTACTTGTACCGTATATTAAAAAAATACGTTTAGAAGAGGATTGGAGCATTAAATCAAAGTACATTCCTCGAGTCTTGAAAAATGCAAGGAAAAGTATTGAAGGGTGGGACAGAAATTTTTGGAGAAATGAAAAACCGAATAACATTGAGTTGGATTTACTATCTTTATATGTAGCGGAATATATACCAACTGAGAATCTAGATAATTTAAACAAAGGACTAAAGAAACTTATAAAAAAATTTCCTTCAAAACATGAATATGGACAATTTGAACGGATCGATAATTTTTGCAGTGAAGTAAAACAAAGTATTCATAGTGGGCGTTGGAGTAACTTTGGTTTTATTGATATTGGAATAGAACCAAGCCTATCAAGGTTTGTTGATAATATATATGTGGAAGCTTCACATGTTACTTCTTCATCCGTTATTTTACAATTTTTAATAAAGCCTTCGGATGAATTTCTAAATGAATATAAAAGCTTAGTAACGAAGAACATAAAAGGAAGCAGTGTTTTCACTCCGTCTCTCAAGAAATTTTTTAAATTTTGGGGTGCAAAAGGATTAGCTGAATCAATCATCAAGAATCAAATGTTAGAAGACTTAATAATCGAATTAAAATGGATAACAATGAACGAAATCAGCAGATATTTTGATTTGTATTTCACAAATAACAGAATAATTCCACCAAGCATTGAGGTTTATAAATTAAAGCAACTTTCTTGTGAAATTAAGGGAGAGAAAAAAGGCTTAAATAATGATTTTTGGCGTTCTGTTGGCATGGATAATTTTTATGATGTATCTAAGGATGGATATTTGCAGTTATTCTCAGAGGAGACAAGCCCTCACTTTTTAGATTGCTCCTTGAAAGTTACTTGCAACACGGAAATACAAAAGCAATCTATGTACCATTATAATGATTTTCAAATTGTGTATTCATTACTAGAATTCACTAAAAGGCTACTTCCGATATTAGCTATTAGAGAATATGCTTTTGATGTAAGTAAAAAAGTAGCTATTCAACAGAATAAAACCTTTTTATCTATAAAAAAAGAAAATCCAAATTATAATAGACTAATAAATGTAAGGCATGAGTTAGAACGAGATTTGCAAATACTTAAACGTTTCAAAAATGAAATTGGTGATAACTATTTTGATAACGTTAAATCCACATTAAAAAAGACAAATGAATTTGAGCCTTCTAGACCCCAATATAGAGAAAAGGCAGTAACTGATATGATTGTTGATAATACAAGCTATCTAGTTGAAAAAACATTTAACCACTCACAATATTTCGCTAAGATGATAGACGAAGCAACTAAATTATTAGAAATTAAAACAAATAATTCATTAAGAGCTTTCACTTTTTTTCTCACAATCACGACGGTGATATTCTCTATTATTGCCACAGCAATTGCTGCAGCTTCATTTTATTTTCAATTAAGTGAGAATGCAAAAGATGAATTACAAAATTTAATCTCTAATATTAACAGCTTCTTTTCTTAA MIKIKNPYSSKRLSYKDKFNKKFTDLLVPYIKKIRLEEDWSIKSKYIPRVLKNARKSIEGWDRNFWRNEKPNNIELDLLSLYVAEYIPTENLDNLNKGLKKLIKKFPSKHEYGQFERIDNFCSEVKQSIHSGRWSNFGFIDIGIEPSLSRFVDNIYVEASHVTSSSVILQFLIKPSDEFLNEYKSLVTKNIKGSSVFTPSLKKFFKFWGAKGLAESIIKNQMLEDLIIELKWITMNEISRYFDLYFTNNRIIPPSIEVYKLKQLSCEIKGEKKGLNNDFWRSVGMDNFYDVSKDGYLQLFSEETSPHFLDCSLKVTCNTEIQKQSMYHYNDFQIVYSLLEFTKRLLPILAIREYAFDVSKKVAIQQNKTFLSIKKENPNYNRLINVRHELERDLQILKRFKNEIGDNYFDNVKSTLKKTNEFEPSRPQYREKAVTDMIVDNTSYLVEKTFNHSQYFAKMIDEATKLLEIKTNNSLRAFTFFLTITTVIFSIIATAIAAASFYFQLSENAKDELQNLISNINSFFS NA NA NA NA NA D1-12_00342 915 hypothetical protein ATGGGGAGAGGGACTGCTATTTATAAAGCTTTAGTTAAAGGATCAAAGGGTAAATTGGAACCGATTAAGGCAACAGAAGTTACTAAAGAAATGAAGGATAGAAGTGAAATTTTTTATTGTCCAACTTCTAATTGTAAGGCTAAGTTAAGTCATAATAAAGGACGTGGAAAGAATCCCAAACCATATTTTTTCCTTCGTAAGCTCCCAAAAGGTGAGCTTAATAACCATGTAAATTGCGACTATATAAATGAATACGTTAACATTAAAACTGCTAACAAAAAGAGAATCAAATATCACGGGGTCGAATGGAGAGTTCCATTATTCGAATTAGAGAGCCCCAATGTAGATGGTCTCTCCCCCTATACAGATCAAAAAAATTCTTCAATAAAATTAAATAGAACAAATAAATTTACCATAAAACCTAATATTGAAAAATTGGCTAGCGTTAGATCTCTATTTGCATTACGAAATGAGCTTAAAGAGTTTGACAAAGAAACACAAGTGAAAACATATAGTGAATTAAAAGATCAGTGCGTTCTCTATAATACTAAATCATACGATAAACTTTTAATTGATATACAAAATAAAAAGGTAGATAACGCATTCTATGTATTAGGATATCTTTGGATGTCAGAATGGAAGAACCTCAAATCTTTAGAAAATCCTTATTTTTTCTTGAGGGGTGCAAATAGAGACATTATAAAATGTTATACAGGTATAAACACTGTTGGACGCGCTGTTAAGGATTTAACCTGGGAAATAAGAAATAAACTCGAAAATAATCCATCTGCGAAGAAATCCGTTTTTATAGCGGCTAAAGGGGTAAAGGTTGGAACCGAAACACTAAAGATAAATGAAAAATCAACTACAGTTTCAGTAATTAAAGTATATGAGGTTGGTACAGAAGAAGATTAG MGRGTAIYKALVKGSKGKLEPIKATEVTKEMKDRSEIFYCPTSNCKAKLSHNKGRGKNPKPYFFLRKLPKGELNNHVNCDYINEYVNIKTANKKRIKYHGVEWRVPLFELESPNVDGLSPYTDQKNSSIKLNRTNKFTIKPNIEKLASVRSLFALRNELKEFDKETQVKTYSELKDQCVLYNTKSYDKLLIDIQNKKVDNAFYVLGYLWMSEWKNLKSLENPYFFLRGANRDIIKCYTGINTVGRAVKDLTWEIRNKLENNPSAKKSVFIAAKGVKVGTETLKINEKSTTVSVIKVYEVGTEED NA NA NA NA NA D1-12_00343 255 hypothetical protein ATGATTGGATTAGCTTATTTTTTAATTATTTGGCTTGGAGTTGGATTATTTACTGGCATTAAGTTTATTTTTGTTGATCAGGTCTATGATGAAGAGTTTAAAGAACTCATGGATAAAGAAACAGCAGCGGGCATGGAAAGGAATTTGGCCAGCCTGTTTTTCAAAAGTAAGCTTAACGCCAATGCCTTCTTCATGTTAATTGGTTTGCTGCCATTAGTAATGAGGATTACAAATTTATTTAAAGAGGTTGATTAA MIGLAYFLIIWLGVGLFTGIKFIFVDQVYDEEFKELMDKETAAGMERNLASLFFKSKLNANAFFMLIGLLPLVMRITNLFKEVD NA NA NA NA NA D1-12_00344 141 hypothetical protein TTGACATCTAGCGAGCTCCACGGCGCTTCTAAATTGCAAACAATGTATGAAGTCATTGAGATAGCAAGTGAGCTCAAAACAAAGTGTAATGTGCAATGTGAGGTTAGGGAAATTCAAATCGTAGAAAAGCATTGTTGCTGA MTSSELHGASKLQTMYEVIEIASELKTKCNVQCEVREIQIVEKHCC NA NA NA NA NA D1-12_00345 663 hypothetical protein TTGAAGCTTCTTTTGCTTTTTTCTGTATCATTAACATGGATCACCTATGTAATTTATTTTGAGCATGTTGGCAATTTTATACTGAGAATATCTCAAGGGAATATCTTAATAGCAAATTTGGTGTTGCCTATATTTCAGACGTTTCCCTTGCTTCTAAGTTTTATCTATGTTTTTAAAGGCAATTACCGAGCTTTATTCTTTAAAGTGAAATTTTCAAGAATATTGATTTATATAATTTTGGGAGTATTAACGGAGATTATACTATCGGTAAACATAGGCCACTTACTAAAAGGAATAAAGCCAAGTGCAAATCCTGCAGTTGAGGATCCAATCGGTATCACTATTTATAGTTTATCGATTAGTCTTATAGCAGAGCAAATTCTGTTCTTTTCTGTGTATTACTTTTTCTTTTTATTGTTTTTAAAACTGAAACTTAACAATGAAATTGTCGTTATAATATCTTTAATCCCTGCCAGTTTAATTTTTGGTCTAGCGCATATGGCAGTATATAACGGTAATGTTCTTCAATGCGTTTTTTTAATCAGCTTACCTTTTACATTAATGCAAGTTTTTTTGTTTTTCCGGTCAGGAAACTTTTTTATTGGATACATAGTGCATCTAGCGTTTGATATTACTATACTATTAATCGCTAAATTAACATAG MKLLLLFSVSLTWITYVIYFEHVGNFILRISQGNILIANLVLPIFQTFPLLLSFIYVFKGNYRALFFKVKFSRILIYIILGVLTEIILSVNIGHLLKGIKPSANPAVEDPIGITIYSLSISLIAEQILFFSVYYFFFLLFLKLKLNNEIVVIISLIPASLIFGLAHMAVYNGNVLQCVFLISLPFTLMQVFLFFRSGNFFIGYIVHLAFDITILLIAKLT NA NA NA NA NA D1-12_00346 543 hypothetical protein ATGAGCAATAACAAAGATCAAGCAATTGAAAAAATTCTATCTTTTATTGAATCAAATGAAAAAGTTGCTTTAATGACTGGAACAAACATGTTTAAGAAACATGAACTTGTGTTTAAAACCATAACTGAGAATTTTGTTGGATCAAGAATTTTACTTAGAACTAGCAGCTTAGATAATGCAAAGGTGTTTATGAAGGCAACTGGAACTTTAAAAACAGGAGTCCCTTATAATTTGAACGGAAGTACAGTTTATATTGACACTGTTACTAGAAGCACATGGGATAAGACACCAAGTGATTTGGATTTTGCAATTATTTACCCTCTTATGCCTCTGACAAAACAGAAGCTTAGAGAAGAGTTATTAAAGGATATTACTTTCTTTAAAAATATTAAAAAAATTTTATTAGTGAGTTCGCAAGATACAATTGATATGTCTTGGGCAGAGGATTTCATCAAAACAAAGATCATTTATGATGTTTTAGAAGAGGATCCTGATTATCATTATAGAGTCTTAGAAGATTTAAAAAGGTATAATTTAAAATAG MSNNKDQAIEKILSFIESNEKVALMTGTNMFKKHELVFKTITENFVGSRILLRTSSLDNAKVFMKATGTLKTGVPYNLNGSTVYIDTVTRSTWDKTPSDLDFAIIYPLMPLTKQKLREELLKDITFFKNIKKILLVSSQDTIDMSWAEDFIKTKIIYDVLEEDPDYHYRVLEDLKRYNLK NA NA NA NA NA D1-12_00347 663 hypothetical protein ATGATTGAAAAAATGTTACATGATAATTTACGTATTTGTTTTCCAAACAAAAGAATTTTTATTTCAAGAGACCATAATTTCGCTTTTGCAGCTTGGGAAATAGGAAGATTAAGGGGATACATACAACCTGGGGCATCCCTAATTCATATTGATTCGCATTTAGATTACTGTAACAATCCAATAGATACTTCGGATATAAAAGAGGAAAGTCAGGCAGTTGAAATCGCTAACCAATTAGATATTGTAGAATTTATAATACCAGCACAAAAAAATGGCACATTAAAAGGTTGTTTTACAATTAGCGATGATACAGTATATATTGAACAATCTGAAAATTTCCGACGAGCATATACATACAATCATTATGAACAAGTTTTGAGAGAAAATTGGTACAAGGAAAGAGAAGGTACAAGTTTGATTCTTGATTTGGACTTAGATTATTTTAATAAAAACTATTTAGATTATAACTCAAATTCTTTGTTATTACCTGAAGAAGCCATAAGGACTCAATTATTAAACATGAAAGAGAAAATGTGGAATTGGGACATGATAACTGTAGCTTTATCACCAGAATTTTGTGGTGGTGAAAAGGAGTGTGAATATTTATTAAACCTCTTTTTAGACGTGTTCAATTTAAAACTTGAAGATGGAGAGCTATGGTGA MIEKMLHDNLRICFPNKRIFISRDHNFAFAAWEIGRLRGYIQPGASLIHIDSHLDYCNNPIDTSDIKEESQAVEIANQLDIVEFIIPAQKNGTLKGCFTISDDTVYIEQSENFRRAYTYNHYEQVLRENWYKEREGTSLILDLDLDYFNKNYLDYNSNSLLLPEEAIRTQLLNMKEKMWNWDMITVALSPEFCGGEKECEYLLNLFLDVFNLKLEDGELW NA NA NA NA NA D1-12_00348 333 hypothetical protein TTGTCTGTAAAGGAACTTGCAGAATTAATAAAAGAATTGATTTATGAAGAACGTGAAGATGTTGCTGCAAAATGCGATTTTATTTTATGTGAGGATAATCCAGTGTTTACTGATAATCAACATGTAATTTACAAAGGATTAGCAGGAAGCATAAACTACAAAGAATTGTTAATTTCTTTAGCAACTATATTAGTCATGACTAATTGTTATGACCACGTGCAAAATATACTTTACTTTGCTAAGTGTTTAAGGAATTTTGCTAGAGAAATCTGCGACAAATTTGTAAAAGATATCCGAGAAGAGGTTTATTACAATCTAAAACATGGCGTTTAA MSVKELAELIKELIYEEREDVAAKCDFILCEDNPVFTDNQHVIYKGLAGSINYKELLISLATILVMTNCYDHVQNILYFAKCLRNFAREICDKFVKDIREEVYYNLKHGV NA NA NA NA NA D1-12_00349 330 COG0537 putative HIT-like protein TTGACAGAAGACTTTTATTGCGATGAAGTATTAAGCGGAAAAACAAAAGTAAATAAAGTTTTAGAAACCGAGAATGTATTGGCGTATCATCATACAAGACCTTTTTGGCCGGTGCATATTGTTGCTATTCCTAAAAAACATATCTCTTCTTTAATCACTTTGGAAGAAGACGACAATGAACTTTTACTCGAGTTGCTGGGTGTGATTAAAAAGGTTGCAGCGAAGGTGACAAAAGAAAGTGGTTCTTGCAGGGTGCTTACAAACTTAGGAGATTATCAGGATTCAAAGCATCTGCATTGGCATATAGCTTCAGGAGATCCATTGAGATAA MTEDFYCDEVLSGKTKVNKVLETENVLAYHHTRPFWPVHIVAIPKKHISSLITLEEDDNELLLELLGVIKKVAAKVTKESGSCRVLTNLGDYQDSKHLHWHIASGDPLR NA NA NA NA NA D1-12_00350 471 hypothetical protein ATGAAATTGTATAATGAATTTATAAATATAGCTAAAACTCTTAATAAAGAGTTAGACATTACCCCATTATTATATGGCTCTTTAGGTCTTGAAAAGGTAACTGGGTTGAACTTTTCACCAGAAGATATTGACATCCTTATTCCTTTAATATTTTTAGAGGAAAAGTGGGAAAAACTTAAAAAAATTATGGAACTGCAAGGATATAAATTGGTTGATTTACATGAGCATGAATTTAGGAAAACTAATACTAAAATAGGCATTGCTTACATTGAGGATTTAAAACCATTTGCAGATGTAGACTATCATAACCTAGGGGTTTTTGAAGATGACGGAGCCAAATATCATTTGCTGACTATTGATGATTACCTCAAGGTTTATAATATGTCTTTATTAGATGGATATAGAAGAACAAAGAAGAGTAATAAAGATCAAAGTAAAATTAACATATTGAATAAACTGATACAGTATTAA MKLYNEFINIAKTLNKELDITPLLYGSLGLEKVTGLNFSPEDIDILIPLIFLEEKWEKLKKIMELQGYKLVDLHEHEFRKTNTKIGIAYIEDLKPFADVDYHNLGVFEDDGAKYHLLTIDDYLKVYNMSLLDGYRRTKKSNKDQSKINILNKLIQY NA NA NA NA NA D1-12_00351 363 hypothetical protein ATGATTGAATTTACACGGCCATCGCCTATGAAGAAAACATGCACGATGCACCCGGAAAAGGAATCTGTCAGATCGGTTTCGTTTACTGATTTTAACGGCAATTCTGTAACAGTAACCCTTTGTCAAATGTGTCTGGCTGAATTAAAAATGAAAGCCGCGACTGAATACAGGAGCATGACCGAGGAGCGGGCCAAACAGAATCGTTTCAAGATTGGTGATCATGTGTATTTAGAGCATTTGGGAGTAGTCAGCGAGATAAAAAATATGGAAGGCGTTCAAGTGGCAAACAGGACAGACGCAGACGGAGTCCGGAAGGCTACCCCTAAGGAAATCGCAGAATTTAAAAAGCAGGGGAAGCAATGA MIEFTRPSPMKKTCTMHPEKESVRSVSFTDFNGNSVTVTLCQMCLAELKMKAATEYRSMTEERAKQNRFKIGDHVYLEHLGVVSEIKNMEGVQVANRTDADGVRKATPKEIAEFKKQGKQ NA NA NA NA NA D1-12_00352 105 hypothetical protein ATGTACAATCTTAAAGAACGCGATGCAATCAAACGGTTCTTAAATGAGGAAATCGTTAATACAAGCGAAGCAATTGAAATATTGGGCTTCACTCGCCATACCTAA MYNLKERDAIKRFLNEEIVNTSEAIEILGFTRHT NA NA NA NA NA D1-12_00353 183 hypothetical protein ATGAAAAAATTAATCGATGGTTCAACGATCTTATTCTTTATTCTGTTTGTGATATTGTTCACTAATTTTAATTATGGTCATCTCAGCACTCTCGATATTATTACTATGATTTTGGCATTTATCTGGTTGGTATTGACTATAATTAATATAACCCTAAAATGGAGAAACCTCCGAAATGGCTAA MKKLIDGSTILFFILFVILFTNFNYGHLSTLDIITMILAFIWLVLTIINITLKWRNLRNG NA NA NA NA NA D1-12_00354 213 hypothetical protein ATGGCTAAGTTTATTTTTGAGAGTATAGACGAGCTGAGAGATTTTATGGATAAAGAAGTCATAACGACATCTGAAGCCATTGAGATAATCGGATGCAGCCGGCAGAACCTCAAGCAGCTGGTGGATTATAAAACATTGGTTCCGATTAAAACTACGAACAGAGATCGCCTATTCTTGAGAAAAGATATTGAAGGCTATAAAAAGAAACGTTGA MAKFIFESIDELRDFMDKEVITTSEAIEIIGCSRQNLKQLVDYKTLVPIKTTNRDRLFLRKDIEGYKKKR NA NA NA NA NA D1-12_00355 675 hypothetical protein ATGGAGCCTAAGGATTGGATAACATTGATGTCAATATTGGTTACATTAGTAATCGGTATTACGACTCTTATTATTAGTATCAGAACTAATAAAAAGTCGAGATTTGTTAATGCAGTGACTACTGAAAGAGTTAAGTGGATGACTAATTTAAAAGAACTCATCTCAGAGTATCTTTCATTGGCTACTTATTATGATGATAAACCATTTCTTTCTGGTGAAGAGCAAGCAAAATATTTTGAAAGGTTATTTTATCTACAGAATAATATTAAGTTACAATTAAACTATACTGACAGTAAAGATCAGGAAATTAATGAACTTATAGATAAAATAAATCAGAAAATAATTGGTTTATATAAAGCAAAAAAAATCATAGAAAAGAAAGATACTGTTCCAAAGGAAGAGCTAGAAAAAGCGATGGAAGCTGTATTAAAAGAGAAAGAGAAAGAATTCACAAAAAAAATAAAAAACCATGACTACTCATTACCAAATTTATTCGAGGAAATATATAGCGATTCAATGGCTGTTATAAGTGAGAACTTTCGTAAACAATATGGGTATGCAGGTCGAGATGAACTAAAGAGTTTAACAGATAGTTTAGTTAATAAGTGTAGAGAGTATTTAAAGTTTGAATGGGAAAAAGTAAAAACAGAAGCCGAGAATGGTAACGTAAAATAG MEPKDWITLMSILVTLVIGITTLIISIRTNKKSRFVNAVTTERVKWMTNLKELISEYLSLATYYDDKPFLSGEEQAKYFERLFYLQNNIKLQLNYTDSKDQEINELIDKINQKIIGLYKAKKIIEKKDTVPKEELEKAMEAVLKEKEKEFTKKIKNHDYSLPNLFEEIYSDSMAVISENFRKQYGYAGRDELKSLTDSLVNKCREYLKFEWEKVKTEAENGNVK NA NA NA NA NA D1-12_00356 525 hypothetical protein ATGAAATTTATCAAAAATCATAGTTATCCTTGTATCTTGATTTTATTAATTTTATGTATCTTGTTAACGTTAATCAATTTTCATACACAACTATCTGATTACACTAATGTTCTTTCTGCAATGATGGGAGCGTTAGTCGGTAGCATGGGCCCTTATGTCATAGGTCTCCAAAGTCAAAAGAATGAATATAAAAAAGCGAAGCGGAGATTTACTAGGTTATTACAATATACTCATAGTGTGTTCAATGATGAAAATGTAGAAGAGTATTTGAAAACACCCCTAGAAAATACTGCAATTGGAAAGGTAATTTATGATGATCAATGGTCAAATTATCTTTCTTTCTTAGATAGAGATTTATCGGATGATGAAATTAATATCATTGTACAATGGTTTGATCGTATCTTTATATTAGAGAACTCAGATATAGACAGGTATGTATACAAAGCAACATTAACAGATTTACAAAAGAAGTCAGAGGACATTGAAGCTATAATTAAAAAACTAAAAACGATTAGCATCTCATAA MKFIKNHSYPCILILLILCILLTLINFHTQLSDYTNVLSAMMGALVGSMGPYVIGLQSQKNEYKKAKRRFTRLLQYTHSVFNDENVEEYLKTPLENTAIGKVIYDDQWSNYLSFLDRDLSDDEINIIVQWFDRIFILENSDIDRYVYKATLTDLQKKSEDIEAIIKKLKTISIS NA NA NA NA NA D1-12_00357 105 hypothetical protein ATGGCTGAAAAGCATATTCAGGCGTATAAGGATTACGTCAAAGGTATGAAATACAAGGATCTTGCCGAGAAATATGGGGTGTCAGTGAACACCATTAAATCGTAA MAEKHIQAYKDYVKGMKYKDLAEKYGVSVNTIKS NA NA NA NA NA D1-12_00358 183 hypothetical protein ATGCACACAAAAATAGGCGGGCAACCCGGCAGCAAAAACGCATTAGGAAACAGCGGAGGGGGCTCCGGCAAGAAACCAAACGCTGTATCACACGGGTTTTTCTCGAAATATCTGCCGGAAGAAATACTATCCATTAAAGAGATTCAGGGGTGTTTTCAATTAAATTTTCAGCTGATTTCCTAA MHTKIGGQPGSKNALGNSGGGSGKKPNAVSHGFFSKYLPEEILSIKEIQGCFQLNFQLIS NA NA NA NA NA D1-12_00359 921 penP COG2367 Beta-lactamase ATGAACGTGAAAAATAAAGCGGGAATACAATTTGGAATATGCATTGGACTTTTATGTTTAAGCTTTACCGGTTTCAATCCTTTATTCGGCTCAGCGCATGCTGAAGCGAAGTCTATAGAAAACACAAAAATGATAAGCTGTATAACGAATCAAAAATTTGTTCAGCTTGAGAAAAAATTTGATGCCAGGCTTGGGGTTTATGCGATTGATACAGGTTCAAACAAGACAATCGCCTATCGGCCGAATGAACGGTTTGCTTACGCATCAACCTATAAAGTTCTGGCCGCGGCTGCTGTTCTGAAGAAAAGCTCAAATGAAAAACTTAATGCCATCATCCGCTACAGCAAAGACGATTTAGTTACATATTCTCCAATCACAGAAAAACATCTGGATACAGGCATGAGCCTGAAAGAAATCTCAGAAGCCGCTGTCCGTTACAGCGATAATACCGCCGGGAACCTATTGCTGCAGCAGCTTGGCGGCCCTAAAGGTTTTGAAAAGTCATTGAAACAGATCGGGGATCATGTAACGAAAGCTGATCGGTTCGAGACGGATCTAAACTCGGCGATTCCCGGGGATCGTCGTGACACAAGCACCGCAAAAGCACTGGCAACTGATCTTAAGACTTTCGCTTTGGGTAACACTCTCACGACTGACAAGCGCACGATTTTAACAGATTGGATGCGGGGCAACGCTACCGGCGACGAACTGATTCGGGCAGGCGCTCCTGCAGGATGGGAAGTCGGCGATAAATCCGGAGCCGGAAGCTACGGCACACGAAACGACATTGCGATCATTTGGCCGCCTGACAGAGCCCCAATTGTTTTGGCAATCCTGTCAAACCGGTTTACGGAAGATGCCAATTATGATAATGCTCTTATCGCTGAGGCTGCAAAAGCCGCTCTTAATGCTCTTAAATAA MNVKNKAGIQFGICIGLLCLSFTGFNPLFGSAHAEAKSIENTKMISCITNQKFVQLEKKFDARLGVYAIDTGSNKTIAYRPNERFAYASTYKVLAAAAVLKKSSNEKLNAIIRYSKDDLVTYSPITEKHLDTGMSLKEISEAAVRYSDNTAGNLLLQQLGGPKGFEKSLKQIGDHVTKADRFETDLNSAIPGDRRDTSTAKALATDLKTFALGNTLTTDKRTILTDWMRGNATGDELIRAGAPAGWEVGDKSGAGSYGTRNDIAIIWPPDRAPIVLAILSNRFTEDANYDNALIAEAAKAALNALK PGPT0028070_1268 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-BETA-LACTAM_RESISTANCE,PGPT0028070-penP-K17836 NA NA D1-12_00360 282 yjcS COG1359 putative protein YjcS ATGCATTACATAACGGCATGCTTAAAAATCATCAGTGATAAAGACCTTAATGAAATAATGAAGGAATTCAAAAAACTTGAGGAAGAAACGAACAAAGAAGAAGGCTGTATTCAGTTCCATGCTTATCCGCTTGAACCATCAGAACGCAAAATCATGCTTTGGGAGATTTGGGAAAACGAAGAAGCTGTTAAAGTCCATTTTACGAAAAAACATACAAAAGACGTTCAAAAACAAGAATTAACGGAAGTAGAATGGTTAATGAAAAGCAATGTGAATGAGTAA MHYITACLKIISDKDLNEIMKEFKKLEEETNKEEGCIQFHAYPLEPSERKIMLWEIWENEEAVKVHFTKKHTKDVQKQELTEVEWLMKSNVNE NA NA NA NA NA D1-12_00361 1413 emrB_2 Multidrug export protein EmrB ATGTCAACACATAAAAGAAAGGAACTTCGGCTGCCAAAAGAAGTTCTCACAGCCGCCTGGGCTATTGCACTGGGAGCAATCGCTCCAATGCTTGACTCTACGATGGTAAACATCGCCATCGACAAACTGACCAAAGACTTCAACACGACATTGGATACCATTCAGTGGTCCGTTACAGGCTATGTCTTAGCACTTGCGATTGCAGTACCCGTATCCGGCTGGCTTATGAATAAATATAACGGTAAGAAAATCTTCATCGGCTCAGTCATCGCCTTTGGTGTCATTTCTGTTTTTGCGGGAATGAGCCGTGACGTTTCCAGCTTCATCTTCTTCCGTTTGCTTCAAGGATTCAGCGCCGGTATTATGACTCCGCTTATGTCAACACTCTTGGTTAAAACGGCAGGTCCGGAAAACCTGGGAAAAGTGATGGCAATCGTCAGCACCCCTATGATCTTCGGCCCGATCTTAGGACCTGTCATCGGAGGCTTCATCGTCCAAGGCGCTTCATGGCATTGGATTTTTTACATCAACGTGTTCATCGTTTTGATTGCTGCACCGCTTATGATGAAAACCATTCCAGACTTTGAACCATTCAACAAAGATCGTAAACTCGATATTTTCGGGATTATCAATTTGTCATTAATGAGCGCGGCATTGATTTACGCTATTACAAAAGCGGCGGATCATGCATCATTTAACAATAGCGACACCATTTTATGGACGGGCATCGGTCTTGTTTCAGCAGCCATTTATCTTGTATATAATCTGATCAAGAAAAACCAAACCGTGCTGCCTATGAATTTGTTTGCAAACAAGAGCTTCTTATCATCTTCGATCGGGTTGTTCTTAGCGAATGTTGCCATCATGGGGCCGATGTTAATACTTCCGCTGTTTTTTCAAAACATTCGTCATTTCACGGCAGTCGGAGCAGCACTCGCTTTAATCCCTCAAGGAGTCGGAATGCTCGTGACTCGTCCGCTGATCGGAAAAATGATTGATAAGATCGGTGCGAAATACGTGGTTACGGTCAGTCTTGTTCTTTCGCTGATCGGATCTATCCCGCTTATTTTTATCACCGATAACACAAGTATGATTTGGATTTCCGTCGTATTATTTATCCGCGGCACCAGTTTTGGAGGAATTATGCTCCCATTAATGAGTGACGCTTATACAGGCCTTGACAGCAAACAGCTTCCGGAAGCGGGTGTAGGTATTCATATGATTGAAAACCTCGGTTCCAGCTTTGGGTCAGCTGTGATCGCAACCGTTACCGCAACTGTCATACAAGGATTGCAGCCAACGATTCCGAACAGTTTAAAAGGCTACCATGCCGGGTTCTTAGTATCCGTCATCATCCTTGCGGCCATCTTCATTCCAAGTCTGTTCCTTACCCATAAAAAGACTGCGATATAA MSTHKRKELRLPKEVLTAAWAIALGAIAPMLDSTMVNIAIDKLTKDFNTTLDTIQWSVTGYVLALAIAVPVSGWLMNKYNGKKIFIGSVIAFGVISVFAGMSRDVSSFIFFRLLQGFSAGIMTPLMSTLLVKTAGPENLGKVMAIVSTPMIFGPILGPVIGGFIVQGASWHWIFYINVFIVLIAAPLMMKTIPDFEPFNKDRKLDIFGIINLSLMSAALIYAITKAADHASFNNSDTILWTGIGLVSAAIYLVYNLIKKNQTVLPMNLFANKSFLSSSIGLFLANVAIMGPMLILPLFFQNIRHFTAVGAALALIPQGVGMLVTRPLIGKMIDKIGAKYVVTVSLVLSLIGSIPLIFITDNTSMIWISVVLFIRGTSFGGIMLPLMSDAYTGLDSKQLPEAGVGIHMIENLGSSFGSAVIATVTATVIQGLQPTIPNSLKGYHAGFLVSVIILAAIFIPSLFLTHKKTAI NA NA NA NA NA D1-12_00362 474 hypothetical protein ATGGACAAAAAAGAACAGCTCCTCACGGATTTCAGGGACTTTTTTAACAAGATGGTGTGGCTGAATAGGCTGAAGATGGAAGAAAGCCTTAAGGGGCATAAACCTTCTGAAGTGCATTGCATCGAATTCATCGAAAAAATTGAAGATGCCAATGTGACAAAACTTGCGGAGTCTCTTTATATGACAAGAGGCGCCATAAGTAAATTAACGAAGAAGCTTATCAATAAAGGCCTTATCGAAAGCTATCAGAAGCCGCTTAACAAGAAAGAAATCTATTTCAGGCTTACCGAGCAAGGAAAAGTCATTTATAAAATTCACGAGGAATTGCACAAAGAGTTTCAAGAACGCGACAAAATCGTGTTTGAACAAGTAACCGATGAACAATTTGACACGATGCTGAACTTCGTGGAAACATACAGCAGGCATTTGGATTCAGAAATAAAGAAACTTGGTGCAGACATGAAATCGGAATAA MDKKEQLLTDFRDFFNKMVWLNRLKMEESLKGHKPSEVHCIEFIEKIEDANVTKLAESLYMTRGAISKLTKKLINKGLIESYQKPLNKKEIYFRLTEQGKVIYKIHEELHKEFQERDKIVFEQVTDEQFDTMLNFVETYSRHLDSEIKKLGADMKSE NA NA NA NA NA D1-12_00363 1113 ganB COG3867 Arabinogalactan endo-beta-1,4-galactanase ATGTTCAAAAACCGATTGAAACGTGTATTTGTAAACGCAATCTGTCTTTCTCTCATTTTCACTGCTTTTACATTCTTTGAGAAGTCTCCTAAAGCAAAAGCGGATGCCCCGTTTGCCTATGGCGCTGATATAGGATGGCTGAAACAAATGGAGGACGAAGGTGTGCGCTGGCTGGATGACGGCGGAAAACAGAAAGATGCCTTGCAGATTCTTAAAGATCACGGAATAAATGCCGTGAGACTGAGAGTGTTTGTGAATCCGCCAAGCAGCTATTATTGGCTGAAAGACGGCACAACATGGACCATGCTCGGCTATAGTGACAAAGCGGGCGTACTTGCGGCGGCCAAAAGGGCAAAAGCGTTAGGAATGAAGGTAATGGTTGACTTCCATTACAGTGATGTGTTCGCTGATCCCGGCCACCAGATCAAGCCGAACCAATGGACCGGCTATTCAAGCAGCCAGCTGCAGGCAGCCGTGTATAACCATACGTACGATGTCATGAAAGAACTTAAAAATCACGGCATCTCCCCTGATTGGGTGCAAGTAGGGAATGAAATGAATTCAGGAATTTTACTGCCCGACGGCAGCACGAACGATTTCAGCAAATTGACCGCCTTACTGAACAAAGGCTATGACGCCGTGAAATCCGTCAGCCCGGCCACCAAGGTCATCAGCCATTTGGCACACGGCACGGACAACAGCCTATTCAGATGGTGGTTTGATCAATTCTTTAAAAACGGAGGAAAAACCGACATCATCGGCGTTTCATTCTATCCCTATTGGGAAGGTAAGCCGTACTGGGAGCTCACCGGCCAATTATCATCTAATTTGAATGACATCGCCTCACGCTACAACAAGGAAGTCATGGTGGTTGAACTGGGCGGAGATGAAAATAATCCGAAAGATTCCTACTGGACCATAAAAGACACCATAAAACTGGTGAAAGCGGTTCCGAACGGCAAAGGAACCGGCGTATTTTACTGGGAGCCCGAGGCTCACTCCAGCGTTCTGTCAGACGCGTATCCATTAGGCGCAACCGCCAAAGTGTCTAAAAACGTCTTGAAATACACAACCGCAATTGACGCTTTTTATGACGCCGCAACAGGAAAATGA MFKNRLKRVFVNAICLSLIFTAFTFFEKSPKAKADAPFAYGADIGWLKQMEDEGVRWLDDGGKQKDALQILKDHGINAVRLRVFVNPPSSYYWLKDGTTWTMLGYSDKAGVLAAAKRAKALGMKVMVDFHYSDVFADPGHQIKPNQWTGYSSSQLQAAVYNHTYDVMKELKNHGISPDWVQVGNEMNSGILLPDGSTNDFSKLTALLNKGYDAVKSVSPATKVISHLAHGTDNSLFRWWFDQFFKNGGKTDIIGVSFYPYWEGKPYWELTGQLSSNLNDIASRYNKEVMVVELGGDENNPKDSYWTIKDTIKLVKAVPNGKGTGVFYWEPEAHSSVLSDAYPLGATAKVSKNVLKYTTAIDAFYDAATGK PGPT0023570_479 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-GALACTANASE,PGPT0023570-EC_3_2_1_89|ganA-K01224 NA NA D1-12_00364 1500 galT_1 Galactose-1-phosphate uridylyltransferase ATGGAGGCGGCGGTCATTGACGTTTTTGAATCAGTGGCAGGGTTTCTGAAAGAAAGCACTGTCTTAGGCGACATTAATGAAACAGATGTGATTTACACAAGAAACAGACTTCTCGATCTGCTCGGACTGACGGATTATGCAGAACCGAAACATATCAAGAAACAAAACAGGCTTCACTATGTGGACGAAATGGTGAAAGACGCGGTAAAACGGTCAATCATAAACGATACGCCGGCTGAAAGAGACATGCTGGGAAGCAGAATCATGGACGTGATCACACCGGCCCCTTCTCTGATCAATGCCGCATTCAGCGAATTATTATCCGATTGCCCGAAAAAAGCAACAGATTATTTTTATAGATTGAGTCAAAACAACGACTATATTAAGACGCGGGCCATCCGAAAAAATATCGTGTACCGCTCACCAACACCTTTTGGAGAATTGGACATCACCATTAATTTATCAAAGCCCGAAAAAGACCCTAAAGACATCGCCGCGGTAAAAAACAGTCCGGAAAACCGGTATCCGACATGCCTGCTCTGTATGGAAAACGAGGGGTATGCCGGAACACCGCATCACCCCGCCCGTTCAAACCACCGCATCATCAGGCTTGACTTAGCGGGAGAACAGTGGGGTTTTCAATACTCTCCTTATGCGTATTACAGCGAGCATGCCATCTTTCTTTCAAGCGTGCACAAGCCGATGAAAATCAGCTGCGACAGCTTCAGAAGGCTTCTGGCCATTACGGAAATTTTCCCGCATTATTTCGCGGGATCAAACGCAGACTTGCCGATCGTAGGGGGTTCCATTCTTTCACACGATCATTATCAAGGCGGCGCCCATGAGTTTCCGATGGCAAAAGCGGGTTCCCTCTACCCTTTTCATATGCGTCATTTTCCAGACGTTCAGGCCGAAGCCGTGAAGTGGCCGGTATCAGTGATCCGCCTTCGCGCAAAAGATCCGGATTTGCTGACAGATGCCGCTGCGTATGTTTTTGAAAAGTGGCGGGAATATTCAGATGAAACCGCCAGCATCATCGCAAAGACAAATGAACCCCATAATACCGTCACTCCAATTGCCAGACGCAGGGGAACGGATTTTGAAATCGATCTCGCTCTCAGAAACAACCGCACCTCCGAAGATTATCCGGATGGCATTTTTCACCCGCATCAAGATGTCCATCACATCAAAAAAGAAAATATCGGTCTGATTGAAGTGATGGGACTCGCCGTTTTACCTCCCCGCCTGAAAGATGAGCTGGCAGAAGTGAAAAAGTATTTACTGAATGAACCTCATGACATCAAAGACATTCATCTTCCGTGGGCTGAAAATATCAAAGCGGATGAAGACGTGACACCGGAAAATGCAGCCGCTGTTTTACAAAAAGAAACCGCGAATGTATTTTTACGCGCGCTGACCGATGCAGGCGTTTTTAAAATGACACCCGAAGGAATTCAGGCGTTTCAGCGTTTCACGACGTTATTGGAGAATGGCAGCTGA MEAAVIDVFESVAGFLKESTVLGDINETDVIYTRNRLLDLLGLTDYAEPKHIKKQNRLHYVDEMVKDAVKRSIINDTPAERDMLGSRIMDVITPAPSLINAAFSELLSDCPKKATDYFYRLSQNNDYIKTRAIRKNIVYRSPTPFGELDITINLSKPEKDPKDIAAVKNSPENRYPTCLLCMENEGYAGTPHHPARSNHRIIRLDLAGEQWGFQYSPYAYYSEHAIFLSSVHKPMKISCDSFRRLLAITEIFPHYFAGSNADLPIVGGSILSHDHYQGGAHEFPMAKAGSLYPFHMRHFPDVQAEAVKWPVSVIRLRAKDPDLLTDAAAYVFEKWREYSDETASIIAKTNEPHNTVTPIARRRGTDFEIDLALRNNRTSEDYPDGIFHPHQDVHHIKKENIGLIEVMGLAVLPPRLKDELAEVKKYLLNEPHDIKDIHLPWAENIKADEDVTPENAAAVLQKETANVFLRALTDAGVFKMTPEGIQAFQRFTTLLENGS PGPT0017835_317 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCAN_METABOLISM CE-EPS-GLYCAN_BIOSYNTHESIS,PGPT0017835-galT-K00965 NA NA D1-12_00365 993 galE COG1087 UDP-glucose 4-epimerase ATGGCGATTCTCGTTCTCGGCGGAGCCGGCTATATCGGTTCTCATGCGGTTGATCAATTATTAAACAAAGGATTTAAAACGATAGCTGTGGATCATCTGCAGACAGGCCACCGGAAAGCTGTTCATGAAAAAGTAGTTTTTTACTATGGAGATATCCGTGACAAACCGTTTCTTCGCTCTGTGTTTGCGAAGGAGAACGTAACAGGCGTTCTCCATTTTGCCGCTCAATCCCTTGTGGGCGAATCAATGAAAGACCCTCTTTCATATTTCAATAATAATGTGTACGGTACACAAATTACGCTGGAGGTCATGCAGGAATTCGGGGTGAAACACATTGTGTTTTCTTCATCCGCCGCTGTATACGGCGAACCTGAAAAAGTGCCCATCACAGAAGACATGCCGGAAAAGCCGGAAAGCGCATACGGCGAATCAAAACTCATGGCAGAAAAAATGCTGAAGTGGTGCGAAACCGCCTGCGGCATAAAATATGTCTCGCTTCGATATTTTAACGTTGCCGGCGCGAAAACGGACGGTTCCATCGGAGAAGATCATCATCCGGAAACCCACCTTATCCCTATCCTTTTACAAACCGCGCTCGGTCAGCGCGAGGAGGTTTTGATATTCGGCACTGACTATGATACAAAAGACGGCACGTGCATCCGCGATTATGTCCATGTTTCCGATTTAATCGATGCCCATATTCTCGCTCTGGAATATTTGCAAAACGGCGGAGACAGCGGCATTTTCAATTTAGGATCAAGCAGCGGGTTTTCCGTATCAGAAATAGCGGAAGCAGCCCGGCTAGTGACCGAAAGAGACATAAAAGTAAGAGCGGCCGCAAGAAGACCCGGTGATCCAAGCACCCTCATCGCTTCCAGCGATAAAGCGCGGAACATTCTGGGCTGGAATCCGAAACAAACGGACATATCGGAAATCATTGCGTCAGCATGGAATTGGCATCAGCATCATCCAAACGGATACAAGGACAAATGA MAILVLGGAGYIGSHAVDQLLNKGFKTIAVDHLQTGHRKAVHEKVVFYYGDIRDKPFLRSVFAKENVTGVLHFAAQSLVGESMKDPLSYFNNNVYGTQITLEVMQEFGVKHIVFSSSAAVYGEPEKVPITEDMPEKPESAYGESKLMAEKMLKWCETACGIKYVSLRYFNVAGAKTDGSIGEDHHPETHLIPILLQTALGQREEVLIFGTDYDTKDGTCIRDYVHVSDLIDAHILALEYLQNGGDSGIFNLGSSSGFSVSEIAEAARLVTERDIKVRAAARRPGDPSTLIASSDKARNILGWNPKQTDISEIIASAWNWHQHHPNGYKDK PGPT0019010_330 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO|NUCLEOTIDE_SUGAR_UTILIZATION PLANT_DERIVED_UDP-ARBINOSE-XYLOSE_POOL,PGPT0019010-uxe-K12448 NA NA D1-12_00366 1170 galK COG0153 Galactokinase ATGGATGCAAAACTTTTGAAATTAAGATTCGAAGACGTTTTCAAGAGAAGTAACGGAGAACTGTTTTTCGCACCCGGCCGGATCAACCTGATCGGGGAACATACGGATTATATAGGCGGCCACGTTCTCCCCTGCGCGATTACGATCGGAACATATGCCGTATGCGCAAAACGCGGAGATCATCAGATCCGGTTATACTCAGAAAACTTTCCTGACAGCGGCATTGTCTGCCTTGATCTTTCCGCCACAGCATACAAAAAAGAAGACGGCTGGGCCAATTATCCGAAGGGGATGATCCATTACCTTCTTAAAGCCGGCGGCCAAATAGACAGCGGAATGGATATTCTTTTTCACGGTACGATTCCAAACGGAGCCGGTTTAAGCTCCTCCGCTTCTATTGAAATGTTAACCGGCTCCATTTTAAGAAAGTTATTCAGCCTGGATGTTTCCGATACTGAACTGGCGCTTATCGGAAAAAGAGTCGAAAATGAATTTATCGGCGTGAATTCAGGCATTATGGATCAATTCGCAGTGCAAAAAGGCAAAAAGAACATGGCCATTCTGTTAAACTGCGATAAGCTTGAGCACGAAATGATTCCGGCTGCTTTTAACGGATATAAAATCGTCATTATGAATACGAACAAGCGCCGGGAGCTGGCGGCTTCAAAATATAATGAACGCCGCAGCGAATGTGACGAGGCTCTCTCAGAACTGCGGCAATATCGGAATATCGCATCACTTGCGGAATTGACGGCAGAAGAATTCAACGAACTCGAATCCCTTCTCTCCTGTGAAACGTTGCGTAAAAGAGCCCGGCACGCGGTCAATGAAAACGAGCGGACCCTCTCAGCCGCGGAAGCTCTCAAATCGAATGATTTGAAAACGTTCGGCGAGCTCATGAATGCGTCCCACCGTTCGTTACGCGATGATTATGAAGTGACCGGTGACGAATTAGACGCGCTCGCTGAAGCAGCCTGGAAAGAAGGAGCACTCGGAGCGCGGATGACGGGCGCGGGGTTCGGCGGCTGCGCCATAGCCATTGTGGAAAGTGAAGAAACCGCCGGCTTTATCCGGGCCGTTTCATCTCACTACCGCAGCAGGACAGGTCTTGAAGCTTCTTTTTACATCGCGGATATAAGCGATGGCGCTGCTGAATGGAGGGAAAACTAA MDAKLLKLRFEDVFKRSNGELFFAPGRINLIGEHTDYIGGHVLPCAITIGTYAVCAKRGDHQIRLYSENFPDSGIVCLDLSATAYKKEDGWANYPKGMIHYLLKAGGQIDSGMDILFHGTIPNGAGLSSSASIEMLTGSILRKLFSLDVSDTELALIGKRVENEFIGVNSGIMDQFAVQKGKKNMAILLNCDKLEHEMIPAAFNGYKIVIMNTNKRRELAASKYNERRSECDEALSELRQYRNIASLAELTAEEFNELESLLSCETLRKRARHAVNENERTLSAAEALKSNDLKTFGELMNASHRSLRDDYEVTGDELDALAEAAWKEGALGARMTGAGFGGCAIAIVESEETAGFIRAVSSHYRSRTGLEASFYIADISDGAAEWREN PGPT0017840_1391 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION PLANT_DERIVED_GALACOTOSE_METABOLISM|DEGRADATION,PGPT0017840-galM-K00849 NA NA D1-12_00367 1698 lacE COG1455 PTS system lactose-specific EIICB component ATGAACGGTATCATCAAGCAAATCGAAAAGGGAAAACCGTTTTTTGAAAAAATCTCAAGAAACATTTATTTAGGCGCGATCCGCGACGGCTTCTTAACTGCCATGCCTGTTATTTTATTCGCCAGCATTTTCATCCTCACCGCCGCTGTGCCGGAAGTGTTGGGCTTCACTTGGCCTAAAAGTGTTTCTGAATGGCTTTGGAAAGTTTATAACTATTCAATGGGCGCCCTCGGTCTGATCGTTGCGGCAACAAGTGCGAAATGCCTGAGTGAATCAATGAACCGAAAAATGCCTAAAAACAAAGGGATCAACCCCGTTTCAGCGATGCTTGCTTCAGTCGTCGGGTTTCTCATTTTAAGCGTCACTCAAATCGATGGCGGATTCTCGACGGAATACCTCGGCACAAAAGGTCTTTTAGCCGCTTTTGTATCCGCTTTCATAACAGTGAACGTTTACAGATTCTGCGTGCTGAAAAATATTACGATTAAAATGCCTAAAGAAGTACCGGGTACCATTTCACAAACATTTAAAGATGTTTTTCCGTTCGCTTTTTCCGTTTTGGCCATGGTGATCGTTGATTTATTGATCAGGAACACGCTGAACGTATCGTTTGCGGAGGCTCTCTCCTCTCTCTTATCGCCGTTTTTTACCGCCGCAGACGGTTATCTTGGGATTTGTATCATTTGGGGAATGATGGCGCTGTTCTGGTTTGTCGGCGTTCACGGGCCTTCTATTGTGGAACCTGCCATCGCAGCTATTATTTACGCAAATGTGGAGGCGAACCTGCAGCTTCATAATGCCGGTGAGCAGGCGTCCAACGTGCTGACCGTCGGACTCGGGAACTTCGTCGGCACAATGGGAGGGACCGGCGCAACCCTTGTTGTTCCGTTTATCTTTCTTCTTTTCGCGAAATCCAAGCAATTGAAAGCAGTCGGAAAAGCATCCGCGGTTCCGGTGTCTTTCGCAGTAAACGAACCCCTTCTCTTTGCTGCGCCGATCATTTTAAATCCTTATTTTTTCATTCCGTTTGTTGTAACGCCAATGGTGAATGTCTGTCTGTTTAAATTTTTCGTGGATGTCATCGGAATGAACAGTTTTATGTATGTTCTTCCGTGGGCCACCCCGGCGCCCGCCGGCTTGATTCTCGGAACCGGCATGGGGCTCTCGGCTTTTGTGCTGACGGCTGTATTAATCATCGTCGATTCCCTGATATACCTGCCATTCTGTAAAGCTTATGACAAAGTATTAGCGGCGAAAGAAGCCCAACACACCGAACCTGAAAGCGCGCCGCAAACATTACAGCCCGCCATGGCCGGCGCCTCCGAAGACGCGGCCTCCGTCATCAGCACAAATCTTCAGGAATCCTCATCCGCCTTGGAACACAGCACCAATGTGTTAGTGCTGTGCGCCGGAGCGGGAACGAGCGCCATGCTTGCGAACGCACTGACAGAAGGAGCCGAAGAATATAACGTGCCGATTACCGCCTCAGCAGGCGCCTACGGTTCCCATTACGACATCATGAAAGACTTCGATATGATCATTTTGGCTCCGCAGGTCGGCTCTTATTATGATGACATTAAAGAAGATGCGGACCGCCTGCATGTGAAACTCATCGCAACGAAAGGAGCGGAATATATCAGTCTCACCAGAAATTCACAAAAAGCCATTCAGTTCATACTGGAGCATACCTCAAAATAG MNGIIKQIEKGKPFFEKISRNIYLGAIRDGFLTAMPVILFASIFILTAAVPEVLGFTWPKSVSEWLWKVYNYSMGALGLIVAATSAKCLSESMNRKMPKNKGINPVSAMLASVVGFLILSVTQIDGGFSTEYLGTKGLLAAFVSAFITVNVYRFCVLKNITIKMPKEVPGTISQTFKDVFPFAFSVLAMVIVDLLIRNTLNVSFAEALSSLLSPFFTAADGYLGICIIWGMMALFWFVGVHGPSIVEPAIAAIIYANVEANLQLHNAGEQASNVLTVGLGNFVGTMGGTGATLVVPFIFLLFAKSKQLKAVGKASAVPVSFAVNEPLLFAAPIILNPYFFIPFVVTPMVNVCLFKFFVDVIGMNSFMYVLPWATPAPAGLILGTGMGLSAFVLTAVLIIVDSLIYLPFCKAYDKVLAAKEAQHTEPESAPQTLQPAMAGASEDAASVISTNLQESSSALEHSTNVLVLCAGAGTSAMLANALTEGAEEYNVPITASAGAYGSHYDIMKDFDMIILAPQVGSYYDDIKEDADRLHVKLIATKGAEYISLTRNSQKAIQFILEHTSK PGPT0016960_148 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_LACTOSE|CELLOBIOSE_PTS_SYSTEM,PGPT0016960-lacE-K02788 NA NA D1-12_00368 315 lacF PTS system lactose-specific EIIA component ATGACAAAGGAAGAATTGCAGATGCTCGGTTTTGAAATCGTCGCCTATGCCGGCGACGCCAGAAGCACTTTATTGAAAGTCCTGAAAGAAGTCCGTGCCGGAAACTTCGAAAACACGGAAGCAGCATTGAAAAGCGCCGATGAAAATTTAACCCTCGCCCACAATGCGCAAACGAAAATGTTAGCTGAAGAAGCTGACGGCAAGGACATGGAATTAGGATTTATTTTCGTTCACGGTCAGGACCACTTGATGACAACCCTTTTGCTCCGTGATCTTATTCAGGATTTTATAGAACTCTACCGAAGCCGCCGATAA MTKEELQMLGFEIVAYAGDARSTLLKVLKEVRAGNFENTEAALKSADENLTLAHNAQTKMLAEEADGKDMELGFIFVHGQDHLMTTLLLRDLIQDFIELYRSRR PGPT0016965_108 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION PLANT_DERIVED_LACTOSE_DEGRADATION,PGPT0016965-lacF-K02786 NA NA D1-12_00369 1401 lacG COG2723 6-phospho-beta-galactosidase ATGCTCAAATTACCTCATGACTTTATTTTCGGCGGGGCGACTGCGGCATATCAAGCGGAAGGCGCCACAAAAGAAGGCGGCAAAGGACCTGTGGCCTGGGATGAATTTCTTGAAAAACAGGGAAGATTCAGCCCTGATCCGGCAAGTGATTTTTACCGCCAGTTTCCGGAAGATATTAAACTATGTGAAAAATTCGGAATAAACGGCATCCGCCTTTCTATAGCCTGGACGAGAATTTTCCCTGACGGCACGGGCAAAATCAATCAGGAAGGTGTTGATTACTATCATCGTATTTTCTCAGAGTGCCATAAACGCAACGTCATCCCTTTTGTCACGCTGCATCATTTCGATACACCGAAAGGATTATTTGATCAGGGAGATTTCCTCAACCGCGCTGCAATAGAAGCGTTTGTCAGCTATGCGGAATTTTGCTTTAAAGAATTCAGCGAAATCAGATATTGGAGCACGTTTAACGAAATTTATCCCACAGCCACCAACCAGTATTTACTCGGGGTTTTCCCGCCATCTGTTAAAAGTGATATCACAAAAGTCATTCAATGCCTCCATCACATGATGGTAGCGCATGCGATGACCGTCAATCTTTTTAAAGACGGCGGCTATCCGGGAGAAATCGGTGTCGTTCACTCATTAGAAACAAAATATCCCGCCAGCGACTCAGAAGATGACCGCCACGCCTGTTTTCTGGATGACGCGTTATCAGTGAGATTCCTCCTCGACGCCACCTACCTCGGCTATTATTCTGAGGAAACCATGCGGGCTCTGGATGAAATCTGTGAGGCAAACGGCGCTTCCTACGAGTTTTCAGACAGTGACTTTGACGTGATGAAAAAAGCTTCAACGCGCAATGATTATCTCGGCATCAATCATTATCAATGCCATTTCGTCAAAGCGTACGACGGAGAAACCGTTATTCACCATAACGGAACGGGCGATAAGGGCACTTCGGTCTATAAAGTAAAAGGAATCGGCGAAAGAATTTACAAAGAAGGCCTGAAGCGGACTGATTGGGACTGGCTCATTTATCCTGAAGGCATGTATGACATGCTGATGCGCATCAAACGGGACTATCCGCAATATAACAAAATTTACATTACCGAAAACGGCATGGGCTATAAAGATGAGTTTGAAGACGGCATCATTATGGATAAGGCAAGAATCGACTATTTAAAAGTCTATTTAGAAGCCGTCAGTAAAGCGATTAGCGACGGGGTCAACGTAAAGGGATATTTCTTATGGTCCTTAATGGATTTATTTTCATGGACCAACGGCTACAACAAACGTTACGGTCTTTTTTACGTCGACTTCGACACCCAAAAACGGTATCCGAAAGAATCGGCCTACTGGTACAAACTTGTAAGTGAAACAAAAACAATCATTTAA MLKLPHDFIFGGATAAYQAEGATKEGGKGPVAWDEFLEKQGRFSPDPASDFYRQFPEDIKLCEKFGINGIRLSIAWTRIFPDGTGKINQEGVDYYHRIFSECHKRNVIPFVTLHHFDTPKGLFDQGDFLNRAAIEAFVSYAEFCFKEFSEIRYWSTFNEIYPTATNQYLLGVFPPSVKSDITKVIQCLHHMMVAHAMTVNLFKDGGYPGEIGVVHSLETKYPASDSEDDRHACFLDDALSVRFLLDATYLGYYSEETMRALDEICEANGASYEFSDSDFDVMKKASTRNDYLGINHYQCHFVKAYDGETVIHHNGTGDKGTSVYKVKGIGERIYKEGLKRTDWDWLIYPEGMYDMLMRIKRDYPQYNKIYITENGMGYKDEFEDGIIMDKARIDYLKVYLEAVSKAISDGVNVKGYFLWSLMDLFSWTNGYNKRYGLFYVDFDTQKRYPKESAYWYKLVSETKTII PGPT0017845_194 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-CARRAGEENASE,PGPT0017845-lacG-K01220 NA NA D1-12_00370 768 lacR_1 Lactose phosphotransferase system repressor TTGAACATGTTAAAAAAAGAGCGTCTTTTAAAAATCGTCGATATCGTAAACTCGCGGGGGTTTATTACGGTGAGTGATATTATCGATGAACTGGATGTTTCTGATATGACAGTGAGAAGAGATCTGGACGAGCTGGATAAGGCCGGAAAAATCGTACGTATTCACGGAGGCGCACAGAGCATATCTTATTCCATTGATCACGAATTATCGCATAATGAAAAACTGGGTGTTCAAATGGATGAGAAGGAGAAAATCGCGGAACTCGCAGCTTCATATGTAAATGACGGCGATACCGTTTTTTTAGGGCCCGGCACGACGATTGAACTTTTAGCCAAACACCTGCTGCATAAGCGAATCAGGATTATCACAAACAACTATCCCGTATTTGATATTTTAAAACATGGTGACACTGCGGATACCATCCTGATTGGCGGCGATTTCCGAAAAAATACCGGTGCCTTCGTCGGACCCATCGTGAACGGCAATCTGCAGAAATTCAATTTTACGAAAGCTTTCATCAGCGCCAACGGCATACATAATGATGAGATTTCTTCTTACAGCATTGAAGAAGGGGAAGCCCATCAAATCGCGCTGAATAATTCGCGGACGAAATTTTTACTGGCGGATAATAAAAAATTCAACCGGGAAGATTTTTACGTGTTCTATAACTTGCATGATATGGATTATCTGATTACGGATGATAAAGTGATGAAAGATGTTCAAATTCATTACGAGCAATATGTAGATGTCAAAATCGCAAAAAAATAA MNMLKKERLLKIVDIVNSRGFITVSDIIDELDVSDMTVRRDLDELDKAGKIVRIHGGAQSISYSIDHELSHNEKLGVQMDEKEKIAELAASYVNDGDTVFLGPGTTIELLAKHLLHKRIRIITNNYPVFDILKHGDTADTILIGGDFRKNTGAFVGPIVNGNLQKFNFTKAFISANGIHNDEISSYSIEEGEAHQIALNNSRTKFLLADNKKFNREDFYVFYNLHDMDYLITDDKVMKDVQIHYEQYVDVKIAKK NA NA NA NA NA D1-12_00371 684 yqaB COG0637 Fructose-1-phosphate phosphatase YqaB ATGAAAGGGGTTATTTTTGATTTCAACGGCACGATGTTTCAAGATTCGCATCTGCACGAAAAAGCATGGTTTTTCATGGTGAAAAAATACGCGCCGAAAACCATTTCTGATGAAGACATTTTCGTTAACATTCACGGGAGAACAAACAGTGAAATCCTGACGTATTTTATTTCCGGCGATTTAACAAATGAAGAAATCGAGAAGCTGTCTTTTGAAAAAGAAGCCTACTACAGAGAATTATGCCTTGGAAACAAAGATGAGTTAAAGCTGACGAAGGGACTGACCGGCGTATTGAACCATCTGAAAAAATCAGAAACGCCAATGACCATTGCCACGGCTACGGTAAAGGAAAATGTCGAGTTTTACTTTGACGTCTTTCAGTTGGATCGGTGGTTTGATTTTGACAAAGTCACGTTTGATGACGGGAGCTTCCCCGGAAAACCGGCGCCGGATATTTTTCTCATCGCATCGGAAAAGTTAGGCCTCAGACCTGAAGATTGCTTAGTCATTGAAGATGCCTTTTCGGGGCTCACAGCGGCGAAAAAAGCAGGTGCAGGCAAGATTATGGCCATTGACCCGCTCGGAAAAAACCGCGCGTTATTTGAAGAAAAACAGCTGGCGGGTGACGGGATACTGACAGATTTCACCTCGTTTTTTGAGGTGATTGCCGGACATTCTGTTTGA MKGVIFDFNGTMFQDSHLHEKAWFFMVKKYAPKTISDEDIFVNIHGRTNSEILTYFISGDLTNEEIEKLSFEKEAYYRELCLGNKDELKLTKGLTGVLNHLKKSETPMTIATATVKENVEFYFDVFQLDRWFDFDKVTFDDGSFPGKPAPDIFLIASEKLGLRPEDCLVIEDAFSGLTAAKKAGAGKIMAIDPLGKNRALFEEKQLAGDGILTDFTSFFEVIAGHSV PGPT0017720_407 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION PLANT_DERIVED_GLUCOSE_DEGRADATION,PGPT0017720-pgmB-K01838 NA NA D1-12_00372 348 hypothetical protein ATGTTTACGATCGTTAAAATCATTGTCTCCGCTGCTATTATTGGGATTATCACTGAAATATCAAGAAGAAGCCCGAGTTATGGAGGTATTATAGCGGCATTACCAATTGTCAGTATGCTGAGCATGGTTTGGCTGTACATCCAAGGCGAAACGAAGGAGACATTAAGTCATTTTGCATTCAGCGTGGCTTCCGGCATCCCCTCCACAGTCATTATGCTGGTCATTATCGGCATCGCCCTTCGCCATTCACTGTCTTTCATTGCCGCATCAGGGCTTGGACTTACAGGATGGCTGGTTTTCTTGTATGCTCAGGATTTTATCGTAAAACATATAAACAGTCAGCAATAA MFTIVKIIVSAAIIGIITEISRRSPSYGGIIAALPIVSMLSMVWLYIQGETKETLSHFAFSVASGIPSTVIMLVIIGIALRHSLSFIAASGLGLTGWLVFLYAQDFIVKHINSQQ NA NA NA NA NA D1-12_00373 426 hypothetical protein ATGTCAAACGAAATCATGCGATTAAATGACCTCTGGACAGATATTTACTACCGGCTCCGTTATCAGCACCATGAAAAAATCACTCACCAAGGTGTACGGATTCTGCAAGTCATTCAAAAAGAGAAGGCAGTCGGAATAAAAGACATTGCCGAAGCGATTCAAGTATCACATAATACCGCTTCGGAACATATAAAGCGGTTACTGCAGAAAAAGTACGTTTATAAAACCAGAAGTGTTGAGGATGAGCGGAAAGTCATTTTAAAACTTACCAGTTTGGGGGCGGATGTCCTTTACCGGCATTCCGGTCTTGATGAAGAAAAGCTTAAACAGCTTCTTTTTGACAGCATGAATCATGAAGAAAGAACACTTGTCTTAAAAGCATTCAGTTTGATGAAGGAGCGTGCTGAAGATGTTTACGATCGTTAA MSNEIMRLNDLWTDIYYRLRYQHHEKITHQGVRILQVIQKEKAVGIKDIAEAIQVSHNTASEHIKRLLQKKYVYKTRSVEDERKVILKLTSLGADVLYRHSGLDEEKLKQLLFDSMNHEERTLVLKAFSLMKERAEDVYDR PGPT0013155_4795 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013155-ohrR-K23775 NA NA D1-12_00374 636 sapB_1 COG1285 Protein SapB ATGGAACTTGATTTTGTGATTCGTCTGGCGGTTGCGGGTCTGCTTGGGGCTCTTATTGGATTAGAGAGAGAATTCAGGGCGAAGGAAGCCGGTTTGAGGACGCATTTTTTAGTGGCCGTCGGCAGCGCCTTGATGATGATCGTTTCTAAATACGGCTTTTTTGATTTGTTATCCAACAGCCATACGTCCTTTGATCCGAGCCGGGTGGCGGCGCAGGTCGTCAGCGGCGTCGGATTTTTAGGAGCCGGCACGATTATTTTGCAGCGGCATGTCGTGCGGGGGCTTACGACGGCCGCGGGGATTTGGGCTACGTCGGGGATCGGGCTGACGATCGGGGCGGGTATGTATGTCATCGGCATCAGCGGCACGATTTTGGCGTTAATCGGGCTTGAACTGTTAAATTTTCTGTTTAAACCGGCGGCGCATTCTTTGTCTGTCAGTTTCAGGATTGAGGAGAAAGCCGTCATGCATGATATTTTAACTTCTCTTGAGGAAAAAGGAATTCTTATTACGTCCTATGAATTGAATAAGGCGGTGCTTGAAGTGAAGGGAAGGGTGAAAAGCAAAAGCGGGAAAGCGGCGGTAATGGAAAAAGTTCAAGCTCTCCCGTATATTCTGTCGGTCAAAGTTGAATAG MELDFVIRLAVAGLLGALIGLEREFRAKEAGLRTHFLVAVGSALMMIVSKYGFFDLLSNSHTSFDPSRVAAQVVSGVGFLGAGTIILQRHVVRGLTTAAGIWATSGIGLTIGAGMYVIGISGTILALIGLELLNFLFKPAAHSLSVSFRIEEKAVMHDILTSLEEKGILITSYELNKAVLEVKGRVKSKSGKAAVMEKVQALPYILSVKVE PGPT0014005_2221 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-MAGNESIUM_TRANSPORT,PGPT0014005-mgtC-K07507 NA NA D1-12_00375 234 hypothetical protein ATGGATATGGTCTGGGGAAATAATAAGGCGGCCGCGGATAATGATATGGCACCCGTTCGTGGCTCTCAGCTGTGTACTCATGATAGAAAGGATCGTACAAGAGGAAAACCTCATTTTCAAATGTTGGTTCCGTTTACCTTATTCCTGTATGCCCGGTATGGTGTACGTACAACGGGCAAAAAAAAGACGCCGGTTCTCATCCGGCATCTTTTTTTACACTTTCACATCAATTGA MDMVWGNNKAAADNDMAPVRGSQLCTHDRKDRTRGKPHFQMLVPFTLFLYARYGVRTTGKKKTPVLIRHLFLHFHIN NA NA NA NA NA D1-12_00376 174 yjfB putative protein YjfB ATGGATATCCCTGCGTTATCAATCGCTATGCACCAGGCATCTCTGGCGCAGAATGTAAATATCGCTTTAACAAAAACGGTCATGCAGCATGCACAGGCTGCGGCGGAAGAAACAGTGAAAATGCTGCCGTCCCAGCACCCGACTGCCGGACATTCAATTGATGTGAAAGTGTAA MDIPALSIAMHQASLAQNVNIALTKTVMQHAQAAAEETVKMLPSQHPTAGHSIDVKV NA NA NA NA NA D1-12_00377 402 hypothetical protein GTGATTAGACATCCATTGACATACGGAATATGTACCGTTTTTATCATCGCCCTCGGTTTGCTGTCCAGAACCGCATACATCACCGCCCTATTGCCCGGCATCATAAACGCTTATTTAGGAGATGCCTTGTGGGCGGCAATGATTTTTACAGGATTCGGGCTTTTCTTTCGGCACATCCGGACGGAAACAGCCGCATTTTTGAGCCTCTCGTTTTGCTGTCTGATTGAATGCAGCCAGCTGTATCACGCGCCTTGGATTGACGCAATCAGAAGCAGCACGCTCGGCGGGCTGATCCTCGGCTGGCAATTTGTCTGGAGTGACATTTTTGCCTATACTCTCGGGGTATGCGCTGCCGCACTTTTAGAATGGGCCGTAAAAAGAAACCGCCAGTCCCCTTCATAA MIRHPLTYGICTVFIIALGLLSRTAYITALLPGIINAYLGDALWAAMIFTGFGLFFRHIRTETAAFLSLSFCCLIECSQLYHAPWIDAIRSSTLGGLILGWQFVWSDIFAYTLGVCAAALLEWAVKRNRQSPS NA NA NA NA NA D1-12_00378 570 yjgB putative protein YjgB ATGTTGAAGAAAAAAACACTCGCCACGGGATTATCGGCAGTGATGCTCACGGGATGCGCATTCGGCGCAGAAGCATTTTCGGTTACACAGCCCGTCCATGCCGCAGCCGCTTCAAAAACGGAAAACCAACGTGCACAAGAACTGGTGAATAGCCTTTACCAATCGGCGTTTAAAGGGGAAATGCCGCAAAATGTGAAAGGCCTGAAAATCAACCAAAGCACAAGACAGGACGTTTACAATAAAATCGGCGAGCCGGAACAAAAAGCAGACAGCCGCAACCCATTTGATTTATACAGCTGGAACATGGGAAACCCCGGTTATGGATTTTCCTATCATAAAAACGGAAAAATCTCGGAAATACGCTATTTCGGAACAGGGGTCGAGCGGCGCTTAAACCTCGGCAGCGTCACACCTGACGTCTTAAGCAAACAAATCGGCAGCGCTGACAAAATCCTGACAGTGCCAAAAACGGGCGAAACAGATTACGTCTACCATACGGGGCAGTATGAGCTCCGCTTCGTCATCGGCAGTGATCAAAAAGCAGACCACGTCAACCTAAAAGCCAGATAA MLKKKTLATGLSAVMLTGCAFGAEAFSVTQPVHAAAASKTENQRAQELVNSLYQSAFKGEMPQNVKGLKINQSTRQDVYNKIGEPEQKADSRNPFDLYSWNMGNPGYGFSYHKNGKISEIRYFGTGVERRLNLGSVTPDVLSKQIGSADKILTVPKTGETDYVYHTGQYELRFVIGSDQKADHVNLKAR NA NA NA NA NA D1-12_00379 2991 Putative formate dehydrogenase ATGTATAGAGGGGGACAGAAAGGGGAAAAGAAAATGGCTGATACAAAGAAAGTTACAATCAATGGGGTTGAAATGGAAGCGCCGGACGGTCAAACCGTTTTGCAGCTTTTGAACAATAGTTCAATTGACGTGCCGCACGTGTGTTATCACCCGAGTCTCGGGCCGATTGAAACGTGCGATACCTGTATCGTCAATGTTAACGGGGAACTGGTGCGTTCGTGTTCCGCGCAAATAAAGGACGGAGATGTCATCGATACGCTTTCGTCCGATGTAAAAAAAGCGCAGATTATCGGCATGGACAACATTTTGCACAACCATGAATTGTACTGCACGGTCTGTGATTACAACAATGGGAGCTGCGAAGTACATAATACCGTAAAGGAAATGAAAATCAATCATCAAAGCATTCCGTTCGATCAAAAACCGTATCCTAAAGATGAATCAAATCCGTTTTACCGATATGATCCCGACCAGTGCATCCTATGCGGCCGCTGCGTCGAAGCCTGTCAGGACGTACAGGTAACCGAAACCTTAAGCATTGATTGGGAGCGGAAACGCCCGCGGGTCATTTGGGATCAGGATGTGCCGATCAATGAATCATCATGTGTTTCCTGCGGACATTGCTCGACGGTATGTCCGTGCAATGCCATGATGGAAAAAGGCATGGAAGGCGAAGCGGGGTATTTAACAGGCATTAACCAAGAGACGCTTCGGCCGATGATTGACATCACAAAAGGGGTCGAAACCGGGTACGGATCGATTTTGGCCATATCGGACATGGAATCGGCCATGAGGGATGAAAGAATCAAAAAAACGAAAACCGTATGCACTTACTGCGGTGTCGGCTGCAGTTTTGATATATGGACGAAAGGAAGAGACATTTTAAAGGTTGAGCCTCAGGCCGAGGCGCCCGCAAATGGCATTTCGACGTGTGTGAAAGGGAAATTCGGCTGGGATTTCGTCAATAGTGAAAAGCGCCTTACCAAACCGCTTATCCGGGAAGGAGACTCGTTTCGGGAGGCGGAATGGGATGAAGCGCTGCAGCTGATCGCTGATAAATTTACCGATATAAAAGAACATTTCGGCCCGGATGCACTTGCCTTTATCACATCTTCCAAATGCACGAATGAAGAATCATACGTGATGCAGAAGCTTGCAAGAGCTGTCATCGGCACAAATAATGTCGATAACTGCTCACGCTACTGCCAGTCTCCCGCCACGGCGGGATTGTTCAGAACGGTCGGATACGGCGGTGATTCGGGGTCGATTACAGATATAGAAAAAGCTGAGCTCGTGCTGATTATCGGTTCAAATACGTCTGAGTCTCACCCCGTCCTGTCCACACGCATTAAACGTTCTCATAAGCTGCACGGACAGAAGCTCGTCGTCGCTGACTTGCGAAAACATGAAATGGCCGAGCGCTCCAATGTGTTTTTCCAGCCGCGTGCCGGATCAGATATCGTCTGGCTGAATGCCGTATCGAAATATCTGCTTGATCACGATTTGGCGGATACTGCATTTCTGAAGGAGAGAGTGAACGGATTAGATGAATTCGTGAAAAGTCTTGAACCTTATACAATGGAATATGCGGAAAAACATACCGGTGTGGACAAGGATACCTTAATCAAAGTGGCTCGGATGATTCATGAAGCCGGCAGCGTGTGCGCACTGTGGGCGATGGGGGTCACCCAGCATATCGGAGGAAGTGATACGAGCACGGCCATTTCCAACTTGCTTCTCGTGACCGGAAATTACGGCAAGCCCGGCTCAGGATCATATCCGCTTCGGGGCCATAATAACGTGCAGGGAGCCAGTGATTTCGGCAGTATGCCTGACAGCTTCCCCGGCTATGAAAAAGTAACGGATGAAAAAGCCCGCAAAAAGTATGAACAGGGCTGGGGAACAGACCTGCCGAAAGAAATCGGAATGACAAATCATGAAATGATCGAAGGCATCCACTCAGGAAAACTGAAGTCCATGTATGTAAAAGGAGAAGAAATGGGGCTTGTCGACTCCAATATTAACCATGTTCATGCCGCATTTGAAAAGCTTGATTTCTTCGTTGTGCAGGATATCTTTCTTTCGCGTACGGCCGAGTTCGCCGATGTCGTGCTTCCGGCAAGCCCGAGCCTTGAAAAAGAAGGGACGTTTACGAATACGGAACGGAGGGTGCAGCGCCTTTACGAAGTGTTTGAACCGCTGGGCGATTCAAAGCCTGATTGGCAGATCATTACGGACATCGCCAACCGTCTGGGCGCTGATTGGCACTATGAACATCCGGCAGACATTATGGAAGAAGCGGCAATGCTTTCGCCGCTCTATGCAGGCGTCACTTACGAACGTCTCGAAGGCTACAATTCACTGCAATGGCCGGTTGCAGCGGACGGAACCGATTCACCGCTTTTATTTACGGATAAGTTCCCGTTTTCAGACGGCAAAGCGATTTTATATCCCGTTCAGTGGACCGAGCCGAAAGAATTTGGTGAAGAATATGATATCCATGTGAATAACGGGCGGCTGCTCGAGCATTTTCACGAAGGAAATCTGACTTACCGATCAAAAGGAATATCCGAAAAAACACCGAGTGTGTTCCTTGAGGTCTCGCCCGAACTCGCCGAAGAAAGAGGGCTGGAAGACGGAACGCTTGTCCGTCTGACATCACCGTACGGAAATGTGAAAGTCAAATGCGTCATCACAGACAGGGTAAAAGGCAAACAAGTCTATCTCCCGATGAACGATTCAAAAGACGCCGCCATTAACCTTTTGACAAGCAGCTATGCGGATAAGGATACCGATACACCGGCTTATAAAGAAACATCAGCGAAGATGGAGATTTTGAAAAAAGAAGGCGTTAATCCGCTTCCGAAAATCAATTTCCGTTACGGAAACCCGCAGCCGCAGATCGGTGTCCGGGTTGAGCGGAAATGGGCGCGTAAAGATTATGTATTTCCGGGAGACGCCGTAAAAAGGGGGAAACAGCAAAATGGCTAA MYRGGQKGEKKMADTKKVTINGVEMEAPDGQTVLQLLNNSSIDVPHVCYHPSLGPIETCDTCIVNVNGELVRSCSAQIKDGDVIDTLSSDVKKAQIIGMDNILHNHELYCTVCDYNNGSCEVHNTVKEMKINHQSIPFDQKPYPKDESNPFYRYDPDQCILCGRCVEACQDVQVTETLSIDWERKRPRVIWDQDVPINESSCVSCGHCSTVCPCNAMMEKGMEGEAGYLTGINQETLRPMIDITKGVETGYGSILAISDMESAMRDERIKKTKTVCTYCGVGCSFDIWTKGRDILKVEPQAEAPANGISTCVKGKFGWDFVNSEKRLTKPLIREGDSFREAEWDEALQLIADKFTDIKEHFGPDALAFITSSKCTNEESYVMQKLARAVIGTNNVDNCSRYCQSPATAGLFRTVGYGGDSGSITDIEKAELVLIIGSNTSESHPVLSTRIKRSHKLHGQKLVVADLRKHEMAERSNVFFQPRAGSDIVWLNAVSKYLLDHDLADTAFLKERVNGLDEFVKSLEPYTMEYAEKHTGVDKDTLIKVARMIHEAGSVCALWAMGVTQHIGGSDTSTAISNLLLVTGNYGKPGSGSYPLRGHNNVQGASDFGSMPDSFPGYEKVTDEKARKKYEQGWGTDLPKEIGMTNHEMIEGIHSGKLKSMYVKGEEMGLVDSNINHVHAAFEKLDFFVVQDIFLSRTAEFADVVLPASPSLEKEGTFTNTERRVQRLYEVFEPLGDSKPDWQIITDIANRLGADWHYEHPADIMEEAAMLSPLYAGVTYERLEGYNSLQWPVAADGTDSPLLFTDKFPFSDGKAILYPVQWTEPKEFGEEYDIHVNNGRLLEHFHEGNLTYRSKGISEKTPSVFLEVSPELAEERGLEDGTLVRLTSPYGNVKVKCVITDRVKGKQVYLPMNDSKDAAINLLTSSYADKDTDTPAYKETSAKMEILKKEGVNPLPKINFRYGNPQPQIGVRVERKWARKDYVFPGDAVKRGKQQNG PGPT0019635_617 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 D1-12_00380 543 hypothetical protein ATGGCTAAAGCAATCAGCGGCATCCGAAAACAGACCGTCACAGAAGAAGACAAACGAAAAAAGGACTTAGAAGAGATCGAGACGGCTCTTTTACGAAATAAAGACGCGATTTTGGAATCTCTGCACATTCTTCAGCACATGAACGAGCGCGGCGTTTTGGCGCTTCTGCGCGGGCTCTTCGGCCAGGGAGACAAAGTGATGGATATCCTCGTGAAGAAGGCGAATACTCCGGAAACGGCCAATATGCTGAAAAATCTCCTGCTGTTAAGCGGCGTTCTCGGCATGCTCGATGTAAAACAGCTTGAGCCGTTTATCGTTAAAATCAATGCGGGCGTCACAAAGGCCGTCGAGGAAAAAGACAGCGGCAGGAAGACGGGGTATTTTGATATCGTCCGCGCTTTAAAAGACCCGGAAATCAACAAGGCCGTCACTCTGCTGTTTTCTTTCCTGAAAGGCATGGGCGCTGATACGGACGATATGGAAAGAAATACGCAGCCTCCTGAAGACCAAAAGCAGCACCAGAAACCGCAGACGAATGAGTGA MAKAISGIRKQTVTEEDKRKKDLEEIETALLRNKDAILESLHILQHMNERGVLALLRGLFGQGDKVMDILVKKANTPETANMLKNLLLLSGVLGMLDVKQLEPFIVKINAGVTKAVEEKDSGRKTGYFDIVRALKDPEINKAVTLLFSFLKGMGADTDDMERNTQPPEDQKQHQKPQTNE PGPT0015032_1 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS OTHER_STRESS_RESPONSE_PROTEINS,PGPT0015032-yjgD-NA NA NA D1-12_00381 159 yjiB_1 COG2124 Putative cytochrome P450 YjiB ATGAGTAAGCTGAGGAGCACGAGACAAGCCATCCAAAGAACCCTGATGAAAGGAAAAAACGGCCTGGACGTATACAACCCTTTTCCTTGGTACGAAAAAATGAGACGGGAAAGCCCTATACACTTTGATGAAGAAACGAAGGTTTGGAGTGTGTTTTGA MSKLRSTRQAIQRTLMKGKNGLDVYNPFPWYEKMRRESPIHFDEETKVWSVF PGPT0006735_87 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_FATTY_ACID|VITAMIN|TERPENE_DEGRADATION XENOBIOTIC_FATTY_ACID|VITAMIN|TERPENE_DEGRADATION-CYTOCHROME_P450,PGPT0006735-cpx|cyp109E1-K23138 NA NA D1-12_00382 1011 yjiB_2 COG2124 Putative cytochrome P450 YjiB ATGACTGATGTGAAAAGCTCGATTGCAAAGTCCATGCTGAATATGGACCCGCCGAAGCATACCCAAATCAGATCTGCCGTCAATCGTGCTTTCACTCCCCGCGTCTTGAAGGAATGGGAGCCGCGAATTAAAGACATTACCGATCATCTCCTGAAACAGGCAAAGAACAAAGGGCGGATTGATATCGTTAAAGATCTCTCTTACCCTTTGCCGGTCATGGTGATTTCAGAATTATTAGGCGTTCCGTCCGAACATATGGATCAGTTTAAAAAATGGTCGGACATTCTCGTCAGCATGCCGAAAGATGCGAGTCCTGAAGCGGCGGAGAAAAATCAGCAGGAACGTGACCAATGTGAGGCGGAGCTGGCGGCGTTTTTTGCGGAAATAATAGAAAGCAAACGAAAAAAGCCCGGCCAAGACATTATTTCTATTTTGATAAAAGAGGAAGAAGAGGGAGAGAAGCTCACGGCAGAAGATCTGATCCCGTTTTGCAACCTGCTTTTAGTGGCGGGAAATGAAACAACGACTAATCTCATTTCAAATGCGGTTTACAGCATATTAGAAACGCCCGGCCTTTATGAAGAGCTGAGACAGGACCCTTCTCTCATCGCGCAAACGGTGGAAGAAACGCTGCGTTTTCGCGCTCCCGCTCCGTTTGTCAGAAGGACGGTCCGGCACGACACTGAACTGCGCGGACGCCGCTTGAAAAGCGGGGAGATCGTTCTCTGCTACGTTGCATCTGCCAACCGTGATGAAAACAAATTTGAGAAGGCGGGCGTATTTGATATTCATCGCCAATCGAATCCGCACCTTTCCTTCGGATTCGGCGTACACTTCTGCTTAGGCGCACCGCTTGCCAGACTTGAAGCGGAAGCCGCGCTGAAAGGAATTGTAAAAACCTTTTCACACCTTGAGCCCGTCGGGATTGAGCCGATCCGAAACAGTGTCATGTACGGGCTGGAGTCTTTAGAAGCGGAGATAAACGAAAGTGAGGGAGAAGAAAAAAGATGA MTDVKSSIAKSMLNMDPPKHTQIRSAVNRAFTPRVLKEWEPRIKDITDHLLKQAKNKGRIDIVKDLSYPLPVMVISELLGVPSEHMDQFKKWSDILVSMPKDASPEAAEKNQQERDQCEAELAAFFAEIIESKRKKPGQDIISILIKEEEEGEKLTAEDLIPFCNLLLVAGNETTTNLISNAVYSILETPGLYEELRQDPSLIAQTVEETLRFRAPAPFVRRTVRHDTELRGRRLKSGEIVLCYVASANRDENKFEKAGVFDIHRQSNPHLSFGFGVHFCLGAPLARLEAEAALKGIVKTFSHLEPVGIEPIRNSVMYGLESLEAEINESEGEEKR PGPT0006735_14 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_FATTY_ACID|VITAMIN|TERPENE_DEGRADATION XENOBIOTIC_FATTY_ACID|VITAMIN|TERPENE_DEGRADATION-CYTOCHROME_P450,PGPT0006735-cpx|cyp109E1-K23138 NA NA D1-12_00383 1185 oleD_1 Oleandomycin glycosyltransferase ATGAGAAAAACACACATCGCCATTATTAATGTGGCCGCTCACGGTCATGTCAATCCCACGCTGCCTGTAGCCGAGGAACTTGTCAATCGCGGGTATAAAGTGACATTCGCTACGACTGAGGAATTTGAAGCTTCCGTTGCCAAAACGGGCGCCATTCCCGTTTTATACCGCACAAGCATAAAGGCGGACCCGGAGACGATAAAAGAACGGGTAAATAAAAATGACGCGTTTGTGATGTTTCTGGAAGAAGCGGTTGAAGTGCTTCCGCAGTTGGAAGAGCTGTACAAAGACGACCTTCCTGACATCGTCCTGTTTGATTTTTTAGCTCTTGCCGGAAAATTGTTTGCGGATAATGGCGGCATCCCGGCCGTAAAGTTCTGCCCGAGCTATGCAATGAATGAGTATTTTCAATTAGGAAGAGACGAAGAAACACTGGAAGCGGCCAAACAGGCGATAGAAGAATATCAGGAGCAGATTGAAAATGAACAATTGAAACGGATGACAATGGAAGAATTTTTTATGCCTGAAAAACTGAATATTGTCTTTATGCCAAGGGACTTTCAGCCGAAACAGGAAACCTTTGATGAACGATTCTGTTTTGTGGGTCCGTCTCTTGGAGAACGCACAAATACGGGAAGTCTGGAAATTGATGCAGCCGATGACCGTCCGCTTATGCTCATCTCACTGGGAACGGCGTTTAACGCCTGGCCTGAATTTTACCGGATGTGTATTGACGCGTTTCGGGACTCGGACTGGCGGGTTATTATGTCAGTCGGCACAACAATTGATCCGGAAAGTTTTTCGGATGTCCCCGATCACTTTATCATCCGCCAGCACGTTCCTCAGCTTGATGTGCTGGAGAAAGCAAAGCTGTTCGTATCTCACGGCGGGATGAACAGTACAATGGAGGCGATGAATGCGGGTGTCCCGCTCGTTGTCGTTCCGCAAATGCACGAACAAGAGGTCACCGCAAAGCGTGTGGATGAATTGGGGCTTGGCGTGCATCTGCCGCCGAAAGAAGTCACTGCGGCCCGTTTGCAAAAAGACGTTCAGAACGTATACGGCGATAAGAACATCCTCAGCCGCGTGAAAAGCATGCAGCAGAAAATAGAAGAAACCGGCGGCCCCAAACAGGCTGTTTGCGCCATTGAAGAATTTTTGAAAACGGCGGCCGTCGAAAATTGA MRKTHIAIINVAAHGHVNPTLPVAEELVNRGYKVTFATTEEFEASVAKTGAIPVLYRTSIKADPETIKERVNKNDAFVMFLEEAVEVLPQLEELYKDDLPDIVLFDFLALAGKLFADNGGIPAVKFCPSYAMNEYFQLGRDEETLEAAKQAIEEYQEQIENEQLKRMTMEEFFMPEKLNIVFMPRDFQPKQETFDERFCFVGPSLGERTNTGSLEIDAADDRPLMLISLGTAFNAWPEFYRMCIDAFRDSDWRVIMSVGTTIDPESFSDVPDHFIIRQHVPQLDVLEKAKLFVSHGGMNSTMEAMNAGVPLVVVPQMHEQEVTAKRVDELGLGVHLPPKEVTAARLQKDVQNVYGDKNILSRVKSMQQKIEETGGPKQAVCAIEEFLKTAAVEN NA NA NA NA NA D1-12_00384 186 hypothetical protein ATGGAAACAAAAAAAGAGTTCGAGACAAAAGGATACGATACTTCGGTCATTTATGAGTTCAATGAATATCCTGATGTTCACAGCGGCCGATGTGACAATTGCGACTACACGCTGTTTAAAAGTTCAGTGAAGGGCGGAAAATTTTTGAGGGAATGCCGGAGATGCGGCATGAAGAAAAACATATAA METKKEFETKGYDTSVIYEFNEYPDVHSGRCDNCDYTLFKSSVKGGKFLRECRRCGMKKNI NA NA NA NA NA D1-12_00385 807 hypothetical protein TTGAACGGGAAACGGATTGCCATCGGCGGTTCGCGGAAAACAGAAGAGATCACAAAATTAATAGAAAAGCAGGGCGGAACGGCAGTCGTCCGTTCCCTCCAAGGAACCGTATACCTGGCGGAGGATCAAATTGAACCCGACGTAAGAACATTTGCCGGGCAAAAAGCCGACTGGGTGATATTCACCACAGGCATCGGTACGGAAACGTTATTGTCGGTATCGGAAAAAATCGGTCTGAAAGAAGAATTTTTAGCGGCCGTTCATGAAGCGAAAATCGGCTGCAGAGGCTATAAAACATATGCGGCCTTAAAAAAGCTCGGCATCACGCCGCATGCCTCAGATGAAGACGGTACAACAAGAGGGCTGATCCGCTCCTTGGAACGATTTGACTTTAAAGATAAAAAAGTCATGATACAGCTTCATGGCGAAAAAGCGCCGGTCTTAACGGAGTTCCTTGAGAAAAACGGAGCGGAGGTTTTCCCTGTTCTGCCGTATCAGCATATTCCGCCTGAAAGGGAGACGGTCGATAAACTGCTGGGAGAGCTGTTAAACGGAGAGGTCGATGCCGTATGTTTTACGACAGCCATTCAAGTGCGCTCTCTCTTTGATTATGCAAAAGAAAAAGGGTTCACAAAAGAATTGCAGCAGGCATTCGAAAAACATGTGCTTGCCGCCGCAGTCGGCAAAGTGACGGCTGAAGCGATCCGGGATGAAGGGGTAAAGAGGGTCCTTGCTCCGGACATTGAGCGGATGGGAGCGATGATTATTGAATTATCCCGTTACTATGAATCTCTGACCTTGTCATAA MNGKRIAIGGSRKTEEITKLIEKQGGTAVVRSLQGTVYLAEDQIEPDVRTFAGQKADWVIFTTGIGTETLLSVSEKIGLKEEFLAAVHEAKIGCRGYKTYAALKKLGITPHASDEDGTTRGLIRSLERFDFKDKKVMIQLHGEKAPVLTEFLEKNGAEVFPVLPYQHIPPERETVDKLLGELLNGEVDAVCFTTAIQVRSLFDYAKEKGFTKELQQAFEKHVLAAAVGKVTAEAIRDEGVKRVLAPDIERMGAMIIELSRYYESLTLS PGPT0003665_1346 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_RELATED_HEME_METABOLISM PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0003665-hemD-K01719 NA NA D1-12_00386 762 fetB COG0390 putative iron export permease protein FetB ATGAATGATCTTTCTCTGTTACTAACAAGTATATTTGTCATTATCGCTTTATTCCTGTCTAAATCTTTTAAAGCCGGCGTCGAAAAGGATATGATCGTCGCAACCGTCAGGGCCGTCATTCAGCTTCTCATCATCGGCTATGTGCTGTCGCTGATTTTTCGCGGTGATCACCCGGTGTTTATCATATTAATGGTGCTTCTCATGCTCACGGCCGCTTCGCACAATGTCGCCAAACGGAAAAAAATGCGGATCGGCTCATTTTGGCGCGTTTTTCTGACACTGGCGATCGTGGAAGTTGTGACGCAGGGACTTTTACTGACCCTGCATATCATTCCGTTCACTTCAAGATATGTCATTCCGATAAGCGGTATGGTCATCGGAAACTCCATGGTGCTCTCAAGCCTGTTTTTAAGCCGGCTCAGTTCGGAAGCAGACCTGCGGAAAGAAGAAATCCAGCTGATTCTCTCTCTCGGAGGGACGCCTAAGCAGGCCGTCCGGCAGATATTGACGTCCAGTATGAAGCTCAGTATGATCCCGACGCTTGAAAGCCAGAAAACATTGGGTCTCGTTCAGCTTCCCGGCATGATGACGGGGCAGATTTTAGCGGGGGCTGATCCGATACAGGCGGTGCGCTTTCAGCTGCTGATCGTTTTTACAACGATGGCCTCCGCTCTTCTTACATGTATCATACTCAGCGCCTTGACATATCCTTCCCTTTTCACGGAACACTGGCAATTAAAAAAATTCAGCAGGGAAGCGTAG MNDLSLLLTSIFVIIALFLSKSFKAGVEKDMIVATVRAVIQLLIIGYVLSLIFRGDHPVFIILMVLLMLTAASHNVAKRKKMRIGSFWRVFLTLAIVEVVTQGLLLTLHIIPFTSRYVIPISGMVIGNSMVLSSLFLSRLSSEADLRKEEIQLILSLGGTPKQAVRQILTSSMKLSMIPTLESQKTLGLVQLPGMMTGQILAGADPIQAVRFQLLIVFTTMASALLTCIILSALTYPSLFTEHWQLKKFSREA NA NA NA NA NA D1-12_00387 738 pstB3_1 COG1117 Phosphate import ATP-binding protein PstB 3 ATGAAAGAAGAAACTCCGGCAATATCTTTTCTGTCAGCCGGCAAACGCTTTGAACAAAACAATACGTCCTTTGATGTCCTAAGCCGTGTAACCGGACATATTCAAAAAGGTTCTATCACGGCGTTGATAGGGCCTTCCGGCGCGGGAAAAAGCACATTGCTGTCACTTTGCAATCTGATGAATACACCTGATGAAGGGGAAGTGCTTGTATTCGGAAAAGAAATAAGACACTGGGACATCAGAGAGCTCAGAAAAACCGCGGGCCTTGCATTTCAATCAGCTCCCGTCCTCGAGGGAACGGTGCGGGACAACCTTCTGCTCGCAGAAAAACTCCACGGGGCGCAGCACTATACGCCTGAAGAGCTCGCAGATTTTACAGATCTTCCGCGCGAGCTTCTGGATCGAAATGCAAAAGAATTATCCGGAGGTCAGCGGCAGAAGCTCTCATTAGCGCGAACTCTCGCCGGACTGCCGTCCATCCTGCTGCTGGATGAAATCACATCGGCGCTGGACCCGTCATCCGTTCTCACCATTGAGAAACTGATTACGAAACTCCATCGGCAAAAACAGCTGACGATCCTGTGGATCACCCATAACCTTGAACAAGCGGAACGATTATCCGATACAGTATGGTTTATGGCTGAGGGACGGCTTTTAGAGACCGCGGAAACGAAAACGTTCTTTAAAGAACCGAAACACGAAAAGGCCCGGGCGCTTTTACAAGGGAGCGGGTGCTGA MKEETPAISFLSAGKRFEQNNTSFDVLSRVTGHIQKGSITALIGPSGAGKSTLLSLCNLMNTPDEGEVLVFGKEIRHWDIRELRKTAGLAFQSAPVLEGTVRDNLLLAEKLHGAQHYTPEELADFTDLPRELLDRNAKELSGGQRQKLSLARTLAGLPSILLLDEITSALDPSSVLTIEKLITKLHRQKQLTILWITHNLEQAERLSDTVWFMAEGRLLETAETKTFFKEPKHEKARALLQGSGC NA NA NA NA NA D1-12_00388 984 hypothetical protein ATGAAAGCCATCGTGATCGGAATATTGGCATCTCTGTTTTTTGCAGTCACCTTTATTTTAAACAGGGCGATGGAGCTTTCCGGCGGAAGCTGGATGTGGAGCTCTTCCCTGCGTTTTCTTTTTATGGTTCCGTTTTTATTTTTGATCGTTTATGCGAAAGGAAAATGGGTGCCGCTCTGGCATGAAATCCGAAAAAAACCGTTGTTTTGGCTGAAGTGGAGTTTTACCGGGTTCGTGCTGTTTTATGCCCCGATTACGTTTGCGGCGGCATATGGGCCGGGCTGGCTGATCGCCGGCACGTGGCAGATTACAATTGTCGCGGGTGTGCTTCTGTCGCCGTTTTTCTACGAAACAAAACATTCACCGGCGGGCCCGGTTTCCGCCAGACAAAAGATCCCGCTGATTTCGCTGGTTACTTCCGTCATCATCCTGATCGGAGCCGGTCTGATTCAGCTTCAGCATGCGGGTTCTCTGTCCGGCCGCACGATACTATTCAGCGTGGTGCCGGTCGTCATTGCCGCTTTTGCCTATCCGCTCGGCAACCGCAAAATGCTGGAACAATACGGCGGAAAACTCGATACGTTTCAGCGGGTGCTCGGCATGACGCTCGCAAGCCTTCCGTTTTGGCTTTTGATCGCCGCTTTCGGCTGGCATAGAGACGGGCTTCCCTCAATGGGACAGACATTCCAATCCTTTATCGTCGCACTCAGTTCTGGCGTTATCGCAACAGTATTATTTTTCCGCGCCACCGATATGGTGAGGAATGAGCCGCAGAAGCTCGCTGCTGTTGAGGCGACGCAGTCCGGAGAGGTTCTTTTTGCACTGATCGGCGAAATCGTCTTTTTATCCGCGGTGTTTCCGTCACTTCTTTCATTTGCCGGACTGTTCATTATTATTGCGGGAATGGTCATGCATACATTCGCTTCCCGGCAGACAGACCAGAAAACGGCTGAGCAAACGTCAGCCAATCTCACCGGTTCCTGA MKAIVIGILASLFFAVTFILNRAMELSGGSWMWSSSLRFLFMVPFLFLIVYAKGKWVPLWHEIRKKPLFWLKWSFTGFVLFYAPITFAAAYGPGWLIAGTWQITIVAGVLLSPFFYETKHSPAGPVSARQKIPLISLVTSVIILIGAGLIQLQHAGSLSGRTILFSVVPVVIAAFAYPLGNRKMLEQYGGKLDTFQRVLGMTLASLPFWLLIAAFGWHRDGLPSMGQTFQSFIVALSSGVIATVLFFRATDMVRNEPQKLAAVEATQSGEVLFALIGEIVFLSAVFPSLLSFAGLFIIIAGMVMHTFASRQTDQKTAEQTSANLTGS NA NA NA NA NA D1-12_00389 498 hypothetical protein GTGCAGAAAGAGGATATTCAAGTGCTTTATTTCGAAGATGACGGCCGCATTCCGAATAACCCGAATCTTCCGCTTGTTATTTATAAAGCGGTATTTAATGAAGAAACGGTACAGAAAGCAGAGTCCGTCCTCCGCCGGCACGATTGGTCGAACAGCTGGACGGGCGGAGTATTTCCGTATCACCATTTTCACAGCACCACGCACGAAGTTCTTGTCGCGGTAAAAGGAAACGCGGTTTTGAGGTTCGGCGGGGAACAAGGAGCGGACGCGGTTCTTCAAATGGGAGACGCAGCGGTCATTCCGGCCGGCACCGGACATAAAAAACTGTCGGGCAGTTCTGATTTTACCGTGATCGGGGCTTATCCGGGCGGCCGGCAGTACGATACAAAAACGGAGAAAAATGATAGAACTTCAGAAGAAATCAGCCGTGTCCCGCTCCCGGAATGCGACCCCTTTACGGGAAAATCGGGCCCGCTTTTAAAATTGTGGGAAAAATGA MQKEDIQVLYFEDDGRIPNNPNLPLVIYKAVFNEETVQKAESVLRRHDWSNSWTGGVFPYHHFHSTTHEVLVAVKGNAVLRFGGEQGADAVLQMGDAAVIPAGTGHKKLSGSSDFTVIGAYPGGRQYDTKTEKNDRTSEEISRVPLPECDPFTGKSGPLLKLWEK NA NA NA NA NA D1-12_00390 417 yjlC COG2427 putative protein YjlC ATGCCAGAAACAATCGATCAAACAAATGCATCTGTCAGCCAAGGCCAACGCGATCTTATTGATCAGCTGCTAAAACCTGAAGTTCAAGAATCACTGACTGTTTTAGTGGATCAGCTTCCAAAACTGACTGAGTTAGTAAATATTTTAACGAAGTCTTATGATTTTGCACAGTCTGTAGCGACAGACGAAGTATTGAAGAGCGATACAGTGGGTGCGCTTACAGAAATTCTTGAGCCGGTGAAAGAAACAGCGAAAGAAGTGGCGGCTACTGCGATCGAAGCAAAAGACCGCGCGGATGCAAGCAATGAAACGATCGGACTTTTCGGCCTGCTGCGCATGCTGAAAGATCCTCAAGCTCAAAAGCTGTTCCGTTTTGCTAACAGCTATCTTGAAATCATGAACGAAAAACAAAAATAA MPETIDQTNASVSQGQRDLIDQLLKPEVQESLTVLVDQLPKLTELVNILTKSYDFAQSVATDEVLKSDTVGALTEILEPVKETAKEVAATAIEAKDRADASNETIGLFGLLRMLKDPQAQKLFRFANSYLEIMNEKQK NA NA NA NA NA D1-12_00391 1179 yjlD COG1252 NADH dehydrogenase-like protein YjlD ATGTCAAAACATATTGTCATTTTAGGCGCTGGTTACGGCGGAGTTCTTTCTGCTTTAACCGTTCGCAAACATTACAGTAAAGATGAAGCACGCGTAACCGTTGTGAACAAATACCCGACTCACCAAATCATTACGGAACTGCACCGCCTTGCAGCAGGCAACGTGTCTGAACAGGCTGTTGCTATGCCGCTTGAAAAACTTCTGAAAGGAAAAGACGTCGACATTAAAATCGCAGAAGTCAATTCTTTCTCAGTTGATAAGAAAGAAGTTGCCCTTTCTGACGGTTCTAAGCTGACTTATGACGCGCTTGTTGTCGGACTTGGTTCTGTTACGGCTTATTTCGGCATTCCTGGACTCGAAGAAAACAGCATGGTGCTGAAATCTGCTGCTGATGCGAACAAAGTATACAAACACGTGGAAGACCGTGTGCGTGAATACGCTAAAACGAAAAACGAAGCTGATGCAACGATCCTTATCGGCGGCGGCGGCTTAACAGGCGTCGAGCTTGTCGGTGAGCTTGCTGACATCATGCCGAACCTTACGAAAAAATACGGCGTAGATCCGAAAGAAATCAAACTGAAATTAGTAGAAGCAGGTCCGAAAATTCTTCCTGTTCTTCCTGATGACCTTATCGAACGCGCGACAAAAAGTCTTGAAAAACGCGGCGTTGAGTTCTTAACAGGTCTTCCTGTTACAAATGTTGAAGGAAACGTTATTGATCTGAAAGACGGTTCAAAAGTCGTTGCCAACACATTTGTATGGACAGGCGGCGTACAAGGCAACCCGTTAGTCGGCGAATCCGGCCTTGAAGTGAACCGCGGCCGTGCGACGGTTAACGATTTCTTACAATCTACTTCTCACGAAGATGTATTCGTTGTCGGAGACAGCGCTGTATACTTTGCGCCGGACGGCCGTCCGTACCCGCCGACAGCGCAAATCGCTTGGCAGATGGGTGAACTTGTCGGTTACAACCTGTTCGCTTACTTAGAAGGAAAAACGCTTGAAACATTCAAGCCTGTAAACTCTGGTACGCTTGCAAGCCTCGGACGTAAAGACGCGGTTGCCATCATCGGAGCGAACTCTACTCCGCTGAAAGGTCTTCCGGCATCTTTAATGAAAGAAGCAAGTAACGTACGTTATTTAACACATATCAAAGGATTATTCAGCCTCGCTTACTAA MSKHIVILGAGYGGVLSALTVRKHYSKDEARVTVVNKYPTHQIITELHRLAAGNVSEQAVAMPLEKLLKGKDVDIKIAEVNSFSVDKKEVALSDGSKLTYDALVVGLGSVTAYFGIPGLEENSMVLKSAADANKVYKHVEDRVREYAKTKNEADATILIGGGGLTGVELVGELADIMPNLTKKYGVDPKEIKLKLVEAGPKILPVLPDDLIERATKSLEKRGVEFLTGLPVTNVEGNVIDLKDGSKVVANTFVWTGGVQGNPLVGESGLEVNRGRATVNDFLQSTSHEDVFVVGDSAVYFAPDGRPYPPTAQIAWQMGELVGYNLFAYLEGKTLETFKPVNSGTLASLGRKDAVAIIGANSTPLKGLPASLMKEASNVRYLTHIKGLFSLAY PGPT0004020_5289 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 D1-12_00392 1398 uxaC COG1904 Uronate isomerase GTGAAAGCTTTTATGGGTGATGATTTTTTACTGGATAGTAAAACGGCCGTAAAGCTGTACCGGGAATACGCTGAAAACATGCCGATCATTGATTATCACTGTCACTTAAGCCCAAAGGAAATCTATGAAAATAAAACCTTCGCAACCATTACGGAGGCATGGCTTTACGGTGACCACTACAAGTGGCGGATTATGAGGGCCAACGGCATTGAAGAGCGCTGCATTACCGGAAACGCTTCAGATGAAGAGAAGTTTTTCGCCTGGGCAAAAACGGTGCCGATGGCGATAGGCAATCCGCTGTACAGCTGGACGCATTTAGAGCTGCAGCGCTGGTTCGGCATTTATGACGTATTGAATGAAAAAACGGCCGCGGCCATTTGGAAAAAAACGAATGAGCTCCTGCAGGGAGACGGGTTTGGCGCAAGAGATCTCATTCTGAAATCAAATGTCAAAGTCATTTGCACAACCGACGATCCTGCCGATGCGCTGACATACCACGAACTGTTGAAAGAAAGTGATTTTCCGGTTCAAGTGCTGCCCGGATTTCGGCCTGACAAAGGACTGGACATCAGCAGACCGGGTTTTGCCGATTGGGTCCGTTCGCTGGAGAGTGCTTCCGGAATAGCTGTCACCACCTACCAATCGTATTTAGATGCGTTAGAATCCCGCGTCCGCTTTTTTCACAATGCCGGGGGAAGAGTGTCGGATCATGCGTTAGATCAAATGGTTTATGCCGAGACGACCGAAGAGGAAGCGGCCCGGATTTTTGCAGCCGGATTAAGCGGAGAGCATGTGTCTTTTGAAGATGAAAAGAAATTCAAAACACGGACGCTGCAATATCTTTGCGGTCTTTACGCCGAACTGGACTGGGCGATGCAGTTCCATATTAACGCGTTAAGAAATACCAATACAAATAAGTTCAGCAGCCTCGGTCCTGATACAGGATATGACTCAATTAATGATGAACGTATCGCAAAACCGCTTGCCCGGCTGTTAGATTCCGCCGAAAAAAAGCGACAGTTGCCTAAAACGATTTTGTATTCTTTGAATCCGAATGACAACTATATTATCGCCAGCATGATCAACAGCTTTCAGGATGGGAAAACACCGGGGAAAATTCAATTCGGCACAGCCTGGTGGTTCAATGACACGAAAGATGGAATGCTCCAGCAAATGAAAGCGTTATCAAACATGGGCCTGTTCAGCCGTTTTATCGGGATGCTGACGGATTCAAGAAGTTTCCTGTCCTATCCCCGCCATGAATACTTCAGGCGGCTTGTCTGCACGCTGATCGGCGGCTGGGCGGAACAAGGCGAAGCGCCTTACGATATGGAGCTTTTAGGAAAGATTGTCGAGGGGATTTGTTACCGGAATGCTGAGGAATATTTCCGCTTTTAA MKAFMGDDFLLDSKTAVKLYREYAENMPIIDYHCHLSPKEIYENKTFATITEAWLYGDHYKWRIMRANGIEERCITGNASDEEKFFAWAKTVPMAIGNPLYSWTHLELQRWFGIYDVLNEKTAAAIWKKTNELLQGDGFGARDLILKSNVKVICTTDDPADALTYHELLKESDFPVQVLPGFRPDKGLDISRPGFADWVRSLESASGIAVTTYQSYLDALESRVRFFHNAGGRVSDHALDQMVYAETTEEEAARIFAAGLSGEHVSFEDEKKFKTRTLQYLCGLYAELDWAMQFHINALRNTNTNKFSSLGPDTGYDSINDERIAKPLARLLDSAEKKRQLPKTILYSLNPNDNYIIASMINSFQDGKTPGKIQFGTAWWFNDTKDGMLQQMKALSNMGLFSRFIGMLTDSRSFLSYPRHEYFRRLVCTLIGGWAEQGEAPYDMELLGKIVEGICYRNAEEYFRF PGPT0018210_1428 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ACID_UTILIZATION PLANT_DERIVED_GALACTURONATE|TAGATURONATE|ALTRONATE_DEGRADATION,PGPT0018210-uxaC-K01812 NA NA D1-12_00393 1392 yjmB COG2211 putative symporter YjmB ATGAGTAATGTGCCTGTCGTGACAGCACCTGCCGCAAAAGTGAAGGAGCATAAGCTGAGTCTGAAAGAAAAAGTATCCTATGGTTTTGGAGATTTTGGGAACGGATTTATGTTTGATCTCGGGCAGATCTATTTGCTGAAGTTTTTCACAGATGTCGCAGGCATTCCGGCAGCGTTCGCCGGCAGTATTTTTTTGGTCAGCAAGCTGTTTGCGGCTGTGACTGATCCGATTGTCGGCTCGGCCATTGACTACAGAAAAAAGATCGGACCCCGGGGGAAATTCAGGCCGTACTTATTATTCGGAAGTATTATTCTTGCGATCATGACCGTATTGATTTTTGTGTCACCGGACGTGAGCGTCACCTGGAAGCTTGTGTACGCCTATGCTTCTTACATGCTGTGGGGGGTCGCTTATTCTTTCGTCAATATTCCGTACGGCTCCCTCGGCGCGGCCATTACACAGGATGCGGAGGACAGAACGGCGCTTTCTGCATTCCGCCAGATCGGCTCCCTCGGCGCGCTGCTCATTACAAGTGTCATCGTCATCCCGATTCTCGTTCATTTTGATAACGTTCATATCGGCTACCCGGCAGTCATGGGAATGATGGCCGTAATCGGAATCGCGGGATTTATGATCTGCTACCGAAACTGCAAAGAAAGAATTATCGTCCGTGAAGCGCCGAAAGAAAAGCTGTCCGTCATGTCGGTTTTCAAATGCTTTATCGGCAACAAACCGCTTCTGACCGTCGTTTTCATGACGATTTTCTCAATATCGGCATATAACATTAAATCCGCTATGCTTGTTTACTTCGCCCAGTACAATCTCAACAATGCGGAGCTGATGTCCTACATGAGTTTTATCATCATCGGTTCTTCATTTTTAGGTGTTTTGTTTATGCCGAAACTCGTCAAACGCTTCGGAAAAAAGCAAACGGTGATGATCGGTTTTGCCGTCAGCGCCGCGGCTGATGCGCTGAATTTCTGTCTCCCGTCAAATGTATATATCTTTACGGCGTTAGCGAGCATTGCTTTTATCGGGATCAGCATACCAAACGGCATTACGTGGGCGCTTGTGTCGGACATTATTGATTACGGAGAATGGAAGACGGGTGAACGGAAGGAGGCGACGACATATTCGCTTTTCAACTTCTCCAGAAAACTCGCCCAATCTTTATCAGGTTTTCTTTCAGGCATCGGGCTGAGCGTTATCGGCTATATCCCGAATGCATCTCAGACAAAAGGCACGTTAATCGGGATTAAAGGGCTTCTGCTGCTGTACCCAGCTTTCGCTTTAGCGTGCGCCATGCTGATTATCGGTTTGATGTATAAACTGACGGACCGGCAGCATGCCGAGCTCGTTCAGGACTTACATCATGCAAAACCTCAACTTTAG MSNVPVVTAPAAKVKEHKLSLKEKVSYGFGDFGNGFMFDLGQIYLLKFFTDVAGIPAAFAGSIFLVSKLFAAVTDPIVGSAIDYRKKIGPRGKFRPYLLFGSIILAIMTVLIFVSPDVSVTWKLVYAYASYMLWGVAYSFVNIPYGSLGAAITQDAEDRTALSAFRQIGSLGALLITSVIVIPILVHFDNVHIGYPAVMGMMAVIGIAGFMICYRNCKERIIVREAPKEKLSVMSVFKCFIGNKPLLTVVFMTIFSISAYNIKSAMLVYFAQYNLNNAELMSYMSFIIIGSSFLGVLFMPKLVKRFGKKQTVMIGFAVSAAADALNFCLPSNVYIFTALASIAFIGISIPNGITWALVSDIIDYGEWKTGERKEATTYSLFNFSRKLAQSLSGFLSGIGLSVIGYIPNASQTKGTLIGIKGLLLLYPAFALACAMLIIGLMYKLTDRQHAELVQDLHHAKPQL PGPT0014410_1672 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-COLANIC_ACID_METABOLISM CE-EPS-CAPSULAR_COLANIC_ACID_BIOSYNTHESIS,PGPT0014410-TC_GPH|yihO|xynP-K03292 NA NA D1-12_00394 999 exuR COG1609 putative HTH-type transcriptional repressor ExuR ATGGTAACCATAAAAGATATCGCAAAACTCGCCAACGTATCCCACACCACCGTATCCCGGGCACTTAACGGCAGCCCCTACATTAAAGAGCATACAAAACAGAAAATATTAGAGCTCGCTTCACAGCTGAATTACACACCGAATGTAAATGCAAAAAGCCTTGCCATGCAAAAGTCCCATACGATCGGACTGTTTTTTACAAGCATCACAAACGGAACCTCACACAGCTTTTTTTCCGATACCATCAAAGGTGTAAACCGCACAATCAGTGAGGAATACAATTTGTTCGTCCGCGCGATTGACGACCTGAAAAGCTTTGAAACCATTACGCCCATGAGATATGACGGAATCATTTTAATGAGCCAAAGCGACAGTGATAATTCATTTATTTATCATATCCGCGAGAAAAACATCCCGCTCGTCGTGCTGAACCGGGACATTGATGACCGGAGCATCACGAATATCCTGTCAAACGATAAAGAAGGCTCCAGACAGGCGGTCGACTGCCTGATCGCAAACGGACACAGAGATATTGCGATCATTGAGGGAAAGGAAGGATTCAGGTCAACTTCTCAGCGGAAAGAAGGCTATTTGACATCTTTAATTGATCATTCTATCCCGATTAAGCATGAATACAGTGTAAAAGGCCGCTATGATATGGAAAGCGGCAGTCAGGCGATGGAAAAACTCTTGGCGCTTCAATCACCGCCTACGGCTGTTTTTTGTTCAAACGATGATATGGCGATCGGGGCGATGAATGCCATTTTCGCCAAAGGCCTGAACGTTCCGGAAGATATATCCGTTATCGGGTTTGATGACATCGGCATTTCCCAATACATGACGCCGAGGCTTTCGACAGTAAAACGCCCGGTTGAAAACATCAGCATACTCGGCGCAGAGAAGATTTTGGCGCTAATCGCCGACCCGGATACGGCGGCGGAAAAAATATACGAAAACACCGAGGTGATGATAAGAGATTCAATTAAAAAACTCACATAA MVTIKDIAKLANVSHTTVSRALNGSPYIKEHTKQKILELASQLNYTPNVNAKSLAMQKSHTIGLFFTSITNGTSHSFFSDTIKGVNRTISEEYNLFVRAIDDLKSFETITPMRYDGIILMSQSDSDNSFIYHIREKNIPLVVLNRDIDDRSITNILSNDKEGSRQAVDCLIANGHRDIAIIEGKEGFRSTSQRKEGYLTSLIDHSIPIKHEYSVKGRYDMESGSQAMEKLLALQSPPTAVFCSNDDMAIGAMNAIFAKGLNVPEDISVIGFDDIGISQYMTPRLSTVKRPVENISILGAEKILALIADPDTAAEKIYENTEVMIRDSIKKLT PGPT0017992_6965 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 D1-12_00395 1446 uxaB COG0246 Altronate oxidoreductase TTGCGTCAGCTGAATAAAAAGATGTGCGGTGAATACATTCAATATCCTGAAAAAGTCCTTCAGTTCGGCGAAGGCAACTTTTTGCGGGCCTTCGCAGACTGGCAGATCGATCAAATGAATCAATTGACGGATTTTAATGGAAGCGTTGTCGCTGTACAGCCGAGAGGCTCTGAGAAAATCAAACGTTTAAACGAGCAGGACGGTTTGTTTACGCTTTTTTTGCAGGGGATAAAGGACGGAAAACCGGCTGAAGAACACATGATCGTCAAATCTATCAGCCGCGGCATTGATCTTTTTTCTGACTATGATTCCTTTAAACGGCTGGCAGCACAAGAGGAGCTTCGTTTTATCATTTCCAATACGACGGAAGCGGGAATTACGTTTGAGAAAGGCGACCGGCTTGAAGATAGGCCTCAAAAAACATTCCCCGGGAAATTAGCGGCGTTCCTTTATTTCCGCTATAAGGCATTTACGGGTGACGCCGAGAAAGGGTGCATTGTGCTTCCATGTGAACTGGTCGAAGAAAACGGACGGAAACTGAAGGCTGCCGTGCTTCAATATGCCGGGCTGTGGGAGCTGGAGCCTGATTTTACTCAATGGATTCATGACGCGAACATCTTCTGCAATACTCTCGTGGATCGGATTGTTCCCGGATTTCCTATTGATACCGCGGAAGAACTTACCGATTTTCTCGGATACGAAGACCGTCTGCTTGTGGTCGGTGAGCATTATTATTTGTGGGTGATAGAAGGGCCGGAACAGCTTCAGAATGAGCTTCCTTTTGCTGAGGCCGGGCTGAACGCACTGATCACGTCTGACCTTACGCCTTACAGGACAAAAAAGGTGAGAATCTTAAACGGCGCTCACACGGCATTGGCGCCAGTGGCTTTACTATACGGACTGCAAACCGTCCGGGAAGCGGCTGAGCACGAGGTGACGGGCAGATTCATCGAAGAGCTGATCAATGAAGAAATCCTCCCTGTGCTGCAAATGGAGGGTGTCACCCAATACGCGGCAGATGTGTTACAGCGGTTTAAAAACCCTTATATCCAACATTATCTGCAAAGCATTACCCTTAACGCCGCCGCGAAATTCAAAACAAGAAACCTGCCGACGCTGAAGGCTTATATCGAACAGGAGGGCCGGCTACCTGAGAAGCTGGTATTTTCGTTCAGCTCCATGATCTATTCATACTGGAACGGACCGAACAAACCGGCTGACGGCGAGGAGGTTCTTAACCGTTTTCAAATGGCGCGGTCCCGTTGCAAAGATGATATGTTTCAAGCGGCATCTTCTATATTAGGAGAAGAGCGACTGTGGGGGAAGAACCTGAATCATCTTCCGGGGCTGACTGAACGAACGGCTTATTTTCTGTCTGTCATTCATAAGCGGGGTATGAAGCATGCGTTACATGAATGCTGCGGCAAAAAGGGGGAAGTAAAATGA MRQLNKKMCGEYIQYPEKVLQFGEGNFLRAFADWQIDQMNQLTDFNGSVVAVQPRGSEKIKRLNEQDGLFTLFLQGIKDGKPAEEHMIVKSISRGIDLFSDYDSFKRLAAQEELRFIISNTTEAGITFEKGDRLEDRPQKTFPGKLAAFLYFRYKAFTGDAEKGCIVLPCELVEENGRKLKAAVLQYAGLWELEPDFTQWIHDANIFCNTLVDRIVPGFPIDTAEELTDFLGYEDRLLVVGEHYYLWVIEGPEQLQNELPFAEAGLNALITSDLTPYRTKKVRILNGAHTALAPVALLYGLQTVREAAEHEVTGRFIEELINEEILPVLQMEGVTQYAADVLQRFKNPYIQHYLQSITLNAAAKFKTRNLPTLKAYIEQEGRLPEKLVFSFSSMIYSYWNGPNKPADGEEVLNRFQMARSRCKDDMFQAASSILGEERLWGKNLNHLPGLTERTAYFLSVIHKRGMKHALHECCGKKGEVK PGPT0018320_543 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ACID_UTILIZATION PLANT_DERIVED_GALACTURONATE|TAGATURONATE|ALTRONATE_DEGRADATION,PGPT0018320-uxaB-K00041 NA NA D1-12_00396 1494 uxaA COG2721 Altronate dehydratase ATGAAAGAGGTCATAAAAATCCATAAAAACGATAACGTGCTTCTCGCCATGCGCCATTTTAACAAAGGGGAGCGGCTGCATACAGACGGACTGACGATTGAAGTGAAGGACCCTGTAAAGCGGGGGCATAAAATCGCGCTGCAAACCATTGAAGAAAACGGCAGCATTATTAAATACGGTTTTTCGATCGGGCGTGCGACAAGGCGGATTTCGGCCGGCGAGCATATTCATACCCATAATCTGCAAACGAATTTATCCGATGTGCAAGAATACACGTATTCACCGCGCTTCGAGGACAATCCTTTTACAAATGAGAACCGGACATTTAAAGGCTACAGAAGAGAAAACGGTACATCCGGCGTCCGGAATGAACTGTGGATCGTGCCTACAGTCGGCTGCGTAAACGGCGTCGCTGAGAAAATCCTGCAGCGCTTCGTAACAGAGGCGAAAGACATTGCGCCCTTTGACAATGTGCTGGTTTTAAAGCACCAATACGGCTGCTCCCAGCTTGGCGATGATCATGAGAATACGAAACAAATGCTGATGAACGCCATCCGTCATCCAAATGCGGGCGGTGTGCTGGTTTTAGGGCTCGGCTGTGAAAATAATGAGCTGGCGGCGATTAGGGAAACGCTTTCTGAAGTGAACGGAGATCGGGTGAAATTTCTCGAATCACAGGCTGTCACAGATGAAATTGAAGCAGGGACTGCGCTACTTAAAGAGATACACCTTGCGGCAAAGGAAGATAAACGTGAGGAGATTCCGCTGTCAGAATTGAGCATCGGATTGAAATGCGGCGGGTCGGACGGTTTTTCCGGCATCACGGCAAACCCTTTATTAGGGAGATTTTCAGATTACTTGATTGCACAGGGAGGGAGCACGGTCTTAACGGAGGTGCCTGAGATGTTCGGCGCTGAGACGATTCTCATGCAGCGTGCGGCGAGCGAAGAAGTGTTTCATAAAACAGTCCGATTGATCAATGATTTCAAGCAATATTTTATGAAGCACGAGCAGCCGATTTATGAAAACCCGTCACCAGGGAATAAGGAAGGCGGCATTTCAACGCTCGAAGACAAGTCGCTCGGCTGCACCCAAAAAGCCGGTCTTGCACCGGTTTCTGATGTGCTGACATACGGTGAAACCCTGAAAACAAAGGGATTGACACTGCTCAGTGCGCCCGGCAATGATTTAATCGCTTCTTCAGCGCTCGCCGCGGCGGGCTGTCACATCGTTTTGTTTACAACCGGAAGAGGCACGCCGTTCGGCACATTTGTCCCGACTGTGAAAGTATCAACAAATACCGATTTATTTCAATCAAAGCCTCATTGGATTGATTACAACGCGGGCAGATTGGCGGAAGACCAAACAACAGAAGATCACATTGTAAGAGATTTTATTCAATACATTATTAAAGTTGCAAGCGGAGAATGCGTCAATAACGAAAAAAACGATTTTCGGGAGCTTGCAATCTTTAAGTCCGGTGTGACGTTATAA MKEVIKIHKNDNVLLAMRHFNKGERLHTDGLTIEVKDPVKRGHKIALQTIEENGSIIKYGFSIGRATRRISAGEHIHTHNLQTNLSDVQEYTYSPRFEDNPFTNENRTFKGYRRENGTSGVRNELWIVPTVGCVNGVAEKILQRFVTEAKDIAPFDNVLVLKHQYGCSQLGDDHENTKQMLMNAIRHPNAGGVLVLGLGCENNELAAIRETLSEVNGDRVKFLESQAVTDEIEAGTALLKEIHLAAKEDKREEIPLSELSIGLKCGGSDGFSGITANPLLGRFSDYLIAQGGSTVLTEVPEMFGAETILMQRAASEEVFHKTVRLINDFKQYFMKHEQPIYENPSPGNKEGGISTLEDKSLGCTQKAGLAPVSDVLTYGETLKTKGLTLLSAPGNDLIASSALAAAGCHIVLFTTGRGTPFGTFVPTVKVSTNTDLFQSKPHWIDYNAGRLAEDQTTEDHIVRDFIQYIIKVASGECVNNEKNDFRELAIFKSGVTL PGPT0018305_640 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 D1-12_00397 765 hypothetical protein ATGACTGTAAGCATTGTGTTTATGGGTTTCTTTGTCGGAACGCTTGTCGGATTGACGGGTGTGGGAGGAGCGGCGCTTTTGACTCCTTTACTGATCGTTTTGGGGATCAACCCCTCAATCGCCGTCGGCACTGACCTTTTATATAACTCCATCACCAAACTGTTCGGTGTCGTTTCTCATTGGAAGCAGCGTACCGTTCAATTTAAACTTGTCGGCTACTTGGCGCTCGGAAGCATTCCCAGCGCAACAGCCGCCATCGGTGTTCTTCACTTGTTTCCCGCTTTTCACCAGCATCAGGAGCAGATTATCAAACAGGCGCTCGGCTACGTGCTGACCCTTGTCGCCATTTCCATTATCGCCCGCCTTTTTTTCGATAAAAAACTGCGGCCGAACCGCTGGCAGCAAAAAACGCTTGAAGAAAAGCGGACACTCATGATATTGATCGGCGTCATTTTCGGCTTCATCGTCGGCCTGACATCTATTGGGTCCGGCTCGTTATTTGCGATCGCCATGCTATACCTGTTCAGAATGAAAACGGCAGAAGTAGTGGGAACGGATATCGCACATGCCTTTCTGCTCGTAACTGCTGCCGGTCTGTTAAACGCAAGCTTCGGAAGCGTCGATTACCTGCTTGTATTGAATCTGTTGATCGGCTCTGTGCCGGGTGTGCTTCTCGGCAGCTTCTTTTCGCCGAAATTCTCACCGCGCCCGCTGCAATTTGTGATGGCGGCGATTATTTTAATCAGCGGAATAAAATTAATATAA MTVSIVFMGFFVGTLVGLTGVGGAALLTPLLIVLGINPSIAVGTDLLYNSITKLFGVVSHWKQRTVQFKLVGYLALGSIPSATAAIGVLHLFPAFHQHQEQIIKQALGYVLTLVAISIIARLFFDKKLRPNRWQQKTLEEKRTLMILIGVIFGFIVGLTSIGSGSLFAIAMLYLFRMKTAEVVGTDIAHAFLLVTAAGLLNASFGSVDYLLVLNLLIGSVPGVLLGSFFSPKFSPRPLQFVMAAIILISGIKLI NA NA NA NA NA D1-12_00398 468 yjoA COG2318 putative protein YjoA ATGACAGCACAAAATCAATTGGTCAGCCACTTTCTGTCACATCGAAACGTGACGATTGAACTGGCGGAAAAAATCAGCCGCGAGCATTACGACTACAAACCGGCAGAGACATCAATGTCCGCTCAGGAACTTGTAAAACACATCGTTTATTCTTTTCTTATGTTTGCAAACGTCATTAACGACGGAAACGGATCAGCCATCCAGAACAAACCGAAAGAAGAAGCGGAAACAGACCTCGTCAAACTGGCGGAAGCATGTACTGAAAAAACGACAGACATTCTGTCACAGCTGACTGAAGAGCAGCTGAACCGCGAAATTGACCTGACCGCCTCTTTCGGCAGAAAAGTGACCGGCGCTGCTCTCCTTCAGCTTGCCATGGAGCATGAAATTCATCATAAAGGCAACCTTTTCGTGTATGTCAGAGAAATGGGCCACACGGAACTTCCGTTTTATCAGCAAAAATCATAA MTAQNQLVSHFLSHRNVTIELAEKISREHYDYKPAETSMSAQELVKHIVYSFLMFANVINDGNGSAIQNKPKEEAETDLVKLAEACTEKTTDILSQLTEEQLNREIDLTASFGRKVTGAALLQLAMEHEIHHKGNLFVYVREMGHTELPFYQQKS NA NA NA NA NA D1-12_00399 1131 rapA_1 COG0457 Response regulator aspartate phosphatase A ATGAAGCAGACTATTCCGTCCTCTTTTGTCGGGCTCAAAATTAATGAATGGTATACCCATATCCGGCAGTTTCACGTCCTTGAGGCGGAGCGCGTCAAACGTGAAGTAGAGAGAGAGATCGAGGATATGGAAGAAGATCAGGATCTGCTGCTGTATTATTCATTAATGGAATTCAGACACCGTGTCATGCTGGATTACATCAAGCCCTTAAAGGAGGACCCTTCTCAGCCTGAGTTTTCAGAATTATTGGAAGACATTGAAGGCAACCAGTATAAACTGACAGGACTGCTTGATTACTACTTTAATTTTTTTCGAGGAATGTACGAATTTAAACAGAAAATGTTCCTAAACGCCATGATGTATTACAAACGGGCTGAAAAAAACCTTGCACTCGTTTCTGATGACATCGAGAAAGCTGAGTTTGCTTTTAAAATGGCCGAGATATTTTACAACCTGAAACAAACCTACGTCTCCATGAGTTATGCCGTTCAAGCCCTTGAAACGTACCAATCGTATGAGACGTACAACGTCCGCAGAATCCAATGTGAATTCGTTATTGCAGGGAATTATGATGACATGCAGTATCCAGAAAGAGCATTGCCCCACTTAGAACTTGCTTTAGATCTTGCAAAACAAGAAGGCAATCCCCGTCTTATCAGTTCAGCCTTATATAATCTCGGAAACTGTTACGAAAAAATGGGAGACCTCTCTAAAGCAGCCGAATATTTTGAGACATCCGTTTCCATTTGCAGGTCAGAAAAGTTCGATAATCTTCCGCATTCTATTTACTCATTAACACAGGTTCTTTATAAACAGAACACTACAGCCGAAGCAGAGAAGCAATACCGCCTCGGGCTCAGTATCGCCCGCGAATACAATGATGAATTATTTGTGAATCTGTTCCAATTTTTACATGCGTTATACGGCAAGGAAATGGATAACGCATCCGTCAGGCACACGTTTGATTTTCTGGAAGAACACATGCTGTATCCGTATGTGGAAGAATTGGCGCATGATGCTGCCAAATTTTACATGAAACACGGACAGCCTGAAAAAGCGCTCACGTTTTATGAAAAAATGGTGCACGCCCAAAAACAAATCCAGAGAGGAGATTGTCTATATGAAATCTAA MKQTIPSSFVGLKINEWYTHIRQFHVLEAERVKREVEREIEDMEEDQDLLLYYSLMEFRHRVMLDYIKPLKEDPSQPEFSELLEDIEGNQYKLTGLLDYYFNFFRGMYEFKQKMFLNAMMYYKRAEKNLALVSDDIEKAEFAFKMAEIFYNLKQTYVSMSYAVQALETYQSYETYNVRRIQCEFVIAGNYDDMQYPERALPHLELALDLAKQEGNPRLISSALYNLGNCYEKMGDLSKAAEYFETSVSICRSEKFDNLPHSIYSLTQVLYKQNTTAEAEKQYRLGLSIAREYNDELFVNLFQFLHALYGKEMDNASVRHTFDFLEEHMLYPYVEELAHDAAKFYMKHGQPEKALTFYEKMVHAQKQIQRGDCLYEI PGPT0024645_12 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-PENTAPEPTIDE_PERCIPITATION|SIGNALLING,PGPT0024645-rapA|spo0L-K06359 NA NA D1-12_00400 135 hypothetical protein ATGAAATCTAAACTGTTGTCAGGATTGCTGCTTGTTGCTGTCGGGTTCAGCTTTACACAGGGGATCGGCCATGGAAGCCATTTGGAAAACCAAGCGGACGGCACATTCCATATTGCCGCGCGCAACCAAACATAA MKSKLLSGLLLVAVGFSFTQGIGHGSHLENQADGTFHIAARNQT PGPT0025670_10 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-PENTAPEPTIDE_BIOSYNTHESIS,PGPT0025670-phrA-K06352 NA NA D1-12_00401 954 cwlA COG3409 N-acetylmuramoyl-L-alanine amidase CwlA GTGGGGATTGAAGTGAAAAAACGGCTCGTATCGGCTGATAAATATGCGTTAAAATGTCCGAATCCGATGACGCCGGAGTATATTACCATTCATAACACGGCAAACGACGCATCCGCCGCTAATGAAATCAGCTATATGACGGGAAACAGCGAATCAACGAGCTATCATTTTGCGGTTGATGACAAAGAAGTGATCCAGGGAATTCCGTTGGACCGCAATGCCTGGCATTCGGGAGACGGCACGAACGGTACCGGAAACCGAAAGTCGATTGCTATAGAAATCTGTTACAGCAAGTCAGGCGGCGAACGGTACAGAGCCGCAGAAGAACTGGCGATTGCGTTCGCGGCGCAGCTTTTGAAAGAACGGGGCTGGGGGATTGACAGAATCAGAAAGCATCAGGACTGGAACGGAAAGTACTGCCCGCACCGCATTTTGTCTGAAGGCCGCTGGGATGAAGTGAAGGCGAAGATTGCAAAGAAATTAAGCGGAAGTATGCCGGCGAAAAAAGCCTCTATTTCTTCTTCCGCGTCTGAATACCATGTGAAAAAAGGCGACACCTTATCGGAAATCGCCGCATCGCACGGTGTCAGCGTAAAATCGCTGCAAAGCATCAACCATATCACCGATCCGAATCACATTACAGTCGGACAAGTGATCAAGCTCACTCAGACGGGTTCTTCTTCAAAAAGTCAGGCTGTGTCTTCCTATCCGCTTCCATCCGGTGTGATCAAAGTGACGAAACCGCTGACGAAAGGGACAAACGTAAAACAAGTGCAAAACGCTTTATCCGCTCTTTATTTTTATCCCGATAAAGGAGCAAAAAATCATGGGGCGGACGGCGTTTACGGTCCGAAAACGGCAAATGCCGTAAAGCGTTTTCAATCCGTCAGCGGATTAACGGCAGACGGAATTTACGGCCCGAAAACGAAGGCGAAAATTGAAGAAAAACTGTAA MGIEVKKRLVSADKYALKCPNPMTPEYITIHNTANDASAANEISYMTGNSESTSYHFAVDDKEVIQGIPLDRNAWHSGDGTNGTGNRKSIAIEICYSKSGGERYRAAEELAIAFAAQLLKERGWGIDRIRKHQDWNGKYCPHRILSEGRWDEVKAKIAKKLSGSMPAKKASISSSASEYHVKKGDTLSEIAASHGVSVKSLQSINHITDPNHITVGQVIKLTQTGSSSKSQAVSSYPLPSGVIKVTKPLTKGTNVKQVQNALSALYFYPDKGAKNHGADGVYGPKTANAVKRFQSVSGLTADGIYGPKTKAKIEEKL PGPT0019115_674 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING_HYDROLASE_ACTIVITY,PGPT0019115-xlyAB-K01447 NA NA D1-12_00402 378 hypothetical protein ATGGGGTTCATCAATGGATTGCTGGGCAATGCGTCGACAATATCGACGGCTGAAGCAAAAGCAGAACTGGTTCGTATTCTGCTGGAAGGTGAGAATGTCAACGCCGCATTTAAGCTCGTCCGAGATATCATTGTCTTTACGGATAAGCGTCTTATTCTTGTTGATAAACAGGGACTCACGGGGAAGAAAACGGAGATTCAATCCATTCCGTACAAGAGCATTTCCAGATTCAGCGTAGAAACCGCCGGCCGCTTTGACCTTGATTCAGAGCTGAAAATTTGGATTTCAGGAGCGGAACTTCCCGCTGTCTCAAAGCAGTTTAAAAAAGATGAAAGCATTTATGATATTCAAAAGGCCCTTGCCGCAGTTTGTATGTAA MGFINGLLGNASTISTAEAKAELVRILLEGENVNAAFKLVRDIIVFTDKRLILVDKQGLTGKKTEIQSIPYKSISRFSVETAGRFDLDSELKIWISGAELPAVSKQFKKDESIYDIQKALAAVCM NA NA NA NA NA D1-12_00403 603 hypothetical protein ATGAAAGATAGATATGACAATTTCGCAGCCCTTTCTGCTGCTGAATCGGAATACAGAATTATTTATGAAGAAAAAGAGGGAAGTAAATGTATCGTCCTCGCTCCCCACGGCGGGAGAATTGAACCGGGTGTCAGTGAGCTGGTGCGGGCATTTTCTGACCAAAGCTCAATTTACTTATTTGAAGGGACGAAGCGGTGCAATAACCGTTCTCTCCACTTGACAAGCACACGCTTTGACGAACCCCTGGCTTTAGAAAAAGTGACCGCCCATCATTACGGATTGGCTTTTCACGGGTATCATGATCTGAAAAAGGCAAATACACTCGTCGGGGGCGCGGATCTGGAAAAAGCAAGACTGATTTGTGATCTGCTGCGTGAAGCGGGATTTGATGCCGAGCTGACAGAGAAGAATGATCGGCTGGCAGGTGTAAATCCCGGCAACATTGTCAATCGGACAAAAAGGAAAATGGGGCTGCAATTGGAAGTGAGCACGGCGCAGAGACACGCGCTTTTCAGCAATTTTGGCTGCCGGGGAGAAAAATATACGCCAACCGATCTGTTTTTTCGGTATGTAGAAGCCGTGAAGGCCGGTTTTTATGAGTAA MKDRYDNFAALSAAESEYRIIYEEKEGSKCIVLAPHGGRIEPGVSELVRAFSDQSSIYLFEGTKRCNNRSLHLTSTRFDEPLALEKVTAHHYGLAFHGYHDLKKANTLVGGADLEKARLICDLLREAGFDAELTEKNDRLAGVNPGNIVNRTKRKMGLQLEVSTAQRHALFSNFGCRGEKYTPTDLFFRYVEAVKAGFYE NA NA NA NA NA D1-12_00404 837 ydbD_1 COG3546 putative manganese catalase ATGTTTTATCATATTAAAGAGCTTCAATACCGCGCAAAGCCGTCTTGTCCTGATCCGGCTTACGCGAAAAAGCTTCAAGAAGTACTTGGAGGGCAGTACGGTGAGATCAGCGTCATGATGCAATATTTGTTTCAAGGCTTTAACTGCCGTGCCGATGAAAAATATAGAGATTTGCTGCATGATGTCGGAACGGAAGAGATCGGACATGTGGAAATGCTTGCGACGATGATTTCAAGGCTTTTGGACGATGCGCCGGCTGATGTGCAGGAAAATGCCTATAAAAGTGACCCGGCCGTCGCGGCTGTTATGGGGGGAATGAATCCGCAGCACGCCATTGTTGCAGGTTTAGGCGCAATGGCGGCTGACGCTGAAGGATACCCTTGGAATGCGAAATACATTATTTCCAGCGGGAATTTACTTGCAGATTTTCGGGCAAATTTAAATGCGGAATCCCAGGGACGCCTTCAGGTGACCCGGCTGTATGCGATGACTGACGATCCGGGTGTCAGGGATATGCTGTCCTTTTTAATTGCAAGAGATACGTATCATCAAAATATGTGGTACGCGGCGATAAAAGAGCTGGAAGAAAGAGAACGGGACATTGTCGTGCCTGCGACGTTTCCGCGTGAACTCGAAAAGCAGGAAGTGTCGTATGACCTGTTTAACTTTTCCAGAGGAGATGAGAGTTCACAAGGAAGATGGGCCCGCGGTGAAGCCTTTGACGGACGGGGCGAGTTCAGGTATATTTCGGTCCCGGTCGCGTTCGCATCTGCGCCTCATCTTAAACCGGCGCCAATGTGGCTTCACAATACACTTCTTCCGATGTCAAAATGCTGA MFYHIKELQYRAKPSCPDPAYAKKLQEVLGGQYGEISVMMQYLFQGFNCRADEKYRDLLHDVGTEEIGHVEMLATMISRLLDDAPADVQENAYKSDPAVAAVMGGMNPQHAIVAGLGAMAADAEGYPWNAKYIISSGNLLADFRANLNAESQGRLQVTRLYAMTDDPGVRDMLSFLIARDTYHQNMWYAAIKELEERERDIVVPATFPRELEKQEVSYDLFNFSRGDESSQGRWARGEAFDGRGEFRYISVPVAFASAPHLKPAPMWLHNTLLPMSKC PGPT0013240_834 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-OXIDOREDUCTASES,PGPT0013240-katN|ctjC|ydbD|yjqC-K07217 NA NA D1-12_00405 591 hypothetical protein TTGGGCGATTTTTTAACACATCTTGAGGAATACGTCAAAAACTTATATTGCCGCATGGGAATGACCGCCCCTCTCCATATTGATATGCAGATGATTGCCAAGGAGCTTGACATTTGGATTCATTTTGAAGATACACACAGTATGATGCTGAAGCGGGACGGCATGTACAGCATCGTCCTGAATCAAAAAAAGTCACCCGAAGAGCAATGGCAGGATTTTGCGCACGAACTGTGCCATGTGCTGAAGCATACCGGCAACCATTTTCATATGAACAAGCTGTTCAGGGAACTGCAGGAATTTCAGGCCAACCATTTTATGTACCACTTCTGTGTGCCGACCTTTATGCTGTTAAACATGGAGCTTCCCCAGCGGAGAAGCCATGCCGTTATTTTAATCGCAGCCGCTTTCCGGGTGACGGCATCATTTGCGGAAAAAAGGCTGGAGCTGTTTGAACGGCGTAAAGCAGGTATTCAATTTCAGAAGCGGCTCGCTTGTCTGTTATCCGACAAGCGGCCGAATGGGTATTATGAAAGCGGACAGACACACTTGCATGCCGCTGAAGAAAAAACGCCGTATTTTATTGAAAACTAG MGDFLTHLEEYVKNLYCRMGMTAPLHIDMQMIAKELDIWIHFEDTHSMMLKRDGMYSIVLNQKKSPEEQWQDFAHELCHVLKHTGNHFHMNKLFRELQEFQANHFMYHFCVPTFMLLNMELPQRRSHAVILIAAAFRVTASFAEKRLELFERRKAGIQFQKRLACLLSDKRPNGYYESGQTHLHAAEEKTPYFIEN NA NA NA NA NA D1-12_00406 339 xre COG1396 HTH-type transcriptional regulator Xre ATGATAGGCGGAAGATTAAAGAGTCTCAGAGGAAAGAAAACGCAGGAAGAAGTCGCAAATCATATCGGTGTCTCGCGCGCCAGATATTCTCATTATGAAAACGGCCGATCTGAACCCGATTACGACACGCTGCAAAAGCTTGCGGATTATTTCAAAGTGTCGACTGATTATTTGTTAACCGGAAAAGAACCTTCAGATGAAGACATGTTTGCCGATCCCGACCTGCAGATAGCATATCGGGACATGCAGGACTTTTCGCCGGAAAGCAAGCAGCAGGCCATTGAATTCATTAATTATTTAAAAGAAAAAGAGAAAAACCGCAGGCCGAAACATAAATAA MIGGRLKSLRGKKTQEEVANHIGVSRARYSHYENGRSEPDYDTLQKLADYFKVSTDYLLTGKEPSDEDMFADPDLQIAYRDMQDFSPESKQQAIEFINYLKEKEKNRRPKHK NA NA NA NA NA D1-12_00407 180 hypothetical protein ATGCAGCCGATAATCATCCGTTTCAGCAGCAATCCGGCTGACCAGAGATGTTTAGGGAAAGCAGGCGGTTCGATATCTTTTACCGCTTGCGGACTTCCGGTATTCCGATTTGATAACCGATTGCAGTATGAACGCTATATAAGTCTGAAGAAAAACGGAGACGTCCAATATGAATCGTAA MQPIIIRFSSNPADQRCLGKAGGSISFTACGLPVFRFDNRLQYERYISLKKNGDVQYES NA NA NA NA NA D1-12_00408 801 dnaA_1 Chromosomal replication initiator protein DnaA ATGACAAAACGAACGATCGAGCAGATACTGGCCGACCTGAAAAACGGAAAACGTCCATTACTGGCGGACAGACCGGAAGAATCAGACGAAAGCCGCTTTGACTGTCCGCTCTGTAAAGATCAGGGCGGTTATCTCAAAAACCAGCTGGGAATGGATGTGTGGGTTAAGTGCCGCTGCGCCGCCAAACGAAAAGCAGAGCGCATCCTCAGCGCAAGTGAGATTACAGATGCCTTTCGGAAGCTGGATTTCAAAGGATTTATCACGCGGGGCAAGCCTCAGGCAGTCGTCGACGCATATGAGTGCGCCCTTGAATATGTTGAAAACTTCGACAAGATTAAAAACTGCCGGAAAAACAGCATTGCCCTTTTAGGGCGTCCGGGATCGGGAAAAACCCATCTTTTGACCGCTCTCAGCAATTATGTCATGAGACAGAAGCAGACACCGGTGCTGTATTTTCCTTTTGTGGAGGGCTTTACGGATTTAAAAAATGATTTTGATCTGCTTGATGCAAAGCTTGGCCGTATGAAACAGGCGGATGTGCTTTTTATTGACGATCTGTTCAAACCGCTGAACGGAAAACCCCGGGCGACCGATTGGCAGATTGAACAAATGTACGCCGTCGTGAATTACCGCTATTTAAATCATAAGCCGGTTCTTATCTCGAGCGAGCTGGCCTGTGACGGACTGGTGCAGGTTGATGAAGCCTTGGGCACAAGAATTTATGAGATGTGCAGCGATTATTTAGTCATCATTAATGGCAATTCATTTGACGTAAACCACAGATTAGAGGGGGCGAGATAA MTKRTIEQILADLKNGKRPLLADRPEESDESRFDCPLCKDQGGYLKNQLGMDVWVKCRCAAKRKAERILSASEITDAFRKLDFKGFITRGKPQAVVDAYECALEYVENFDKIKNCRKNSIALLGRPGSGKTHLLTALSNYVMRQKQTPVLYFPFVEGFTDLKNDFDLLDAKLGRMKQADVLFIDDLFKPLNGKPRATDWQIEQMYAVVNYRYLNHKPVLISSELACDGLVQVDEALGTRIYEMCSDYLVIINGNSFDVNHRLEGAR NA NA NA NA NA D1-12_00409 168 hypothetical protein ATGTGTAAGCTGTGCGGGCCGAAGAAGGTCATTGTGACGGAAACGGGTTTCGGCGCTGTCTTTCACCCTTGCCCGAACTGCAAAACAGGCACTGATTTAACGCCGGTCATTAAACGTCTCGAGCGAATGGTTCAAGACGCAAAAGCGAGGCTTGATGCACGTGTGTAA MCKLCGPKKVIVTETGFGAVFHPCPNCKTGTDLTPVIKRLERMVQDAKARLDARV NA NA NA NA NA D1-12_00410 342 hypothetical protein TTGCAAGAAAAACACAGCCCCGCTCCATGGCGGGCCGTACACAGCGGAGAAGAAAAACCCATTTACATTTATTCCGCTTACAGCGAAGCGGATAAAGAGAAGTTCCCTTATTCAAACGGAAGGCTCATCGCGGCCGTTTTCAACTTAAGTTCATACTCTCAGCAGATCAACGCGGCATTGATGGCGAAAGCCCCGGAACTTTTTGAGGCGGCCGAAACGGCTCTCCGCCTGCTCCGGGGAGAAAGTTCTGAAGAAAAAGAAGCGTTTATAAATCAGCTCGAAAGCCTCATACATGAAGTAAACATCCTGAAAAAGACGGAGGACGTAAAACATGAATCCTAA MQEKHSPAPWRAVHSGEEKPIYIYSAYSEADKEKFPYSNGRLIAAVFNLSSYSQQINAALMAKAPELFEAAETALRLLRGESSEEKEAFINQLESLIHEVNILKKTEDVKHES NA NA NA NA NA D1-12_00411 204 hypothetical protein ATGAATCCTAAAAAACTGACCGACATTGAACATACAACATTAAAAAGCCAGCTGGAAGAAGGCAAGGTTCGGGTGATTATTGTAGACGGACTGAGAAAGGAAGCATGGCTCGCCGAAGCGCCGGAGCACGGCAAAACGCTTGTCGAAACGCGAAAAGGGGATCTGGCCCGGGTCGAATATGAAATCGGCTTTAAATTGAATTAA MNPKKLTDIEHTTLKSQLEEGKVRVIIVDGLRKEAWLAEAPEHGKTLVETRKGDLARVEYEIGFKLN NA NA NA NA NA D1-12_00412 513 hypothetical protein ATGGAAGACTTACTATTTGAATATAAACGCACGCTGAAAGAGACGAAAAAGTGGTACAAGCAGCTGGAGGAAGCCGATGAAACGGTGCTTACTTCAGAAGAACTGAAAGATAAAAAAATCATCAGAACAATCATTACAGATGTGGAATATGTCATCGAATGGCTTGAAAAAGGCCGGCAGCCCGGCATAAGAAGAGCGATAGACCGCAGAGACGCTTATCAGAGAATGCTGATTAAAGATCCGAGAATTATAGAAACCTATTCACAGGCGCTGATGTTTGAACCTTCCGCAAATGTGACTGAAGAAGACAGAATCAGACTGCGGGACGCATTAGCCGTTTTAACGGATAGAGAAAAAGAAATGCTGCTGCTCCACAAAGCGGAATGCTTTTCATATGAACGGATCGCCGCCTTGCTGAATGTAAAGAAATCAACCGTACAGACGACGGTCAAACGGGCGCTTCTAAAAATTCAAAAACAGCAAGAACAAAGAAATCAATCGCCTGCTTCATAA MEDLLFEYKRTLKETKKWYKQLEEADETVLTSEELKDKKIIRTIITDVEYVIEWLEKGRQPGIRRAIDRRDAYQRMLIKDPRIIETYSQALMFEPSANVTEEDRIRLRDALAVLTDREKEMLLLHKAECFSYERIAALLNVKKSTVQTTVKRALLKIQKQQEQRNQSPAS PGPT0011755_61 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS_RELATED_FUNCTIONS,PGPT0011755-xpf-K24072 NA NA D1-12_00413 798 hypothetical protein ATGAAAAACGCAAAAAGAGAACAGGCATTTACAATCTATCAGTCTCATCAAGGCCGCATCACAAATCGCGCCCTTGCCGGCAAATCAGGCGTATCCGCAAGAACGATCGGCAGATGGAAAAAAGAAGGGCGCTGGGACGAGGCGCTCCATAAGAACGCGGAAAGCGGCGGAAAAAACAACCCGGGCGAAGGTGATGAGTTAAACGAACGCCAGCGGCTGTTTTGTCTTTATTATGTGAAAAGCTTTAACGCCACCCAATCTGCGATAAAAGCCGGGTATTCACCGGAAAGCGCGCATGTGACGGGAAGCAGGCTGTTAAAAAACGGAAAAGTCGCCAAAGAAATCAGCCGCATGAAAAAGGAAATGGTCAATAAAGTGTTTGTCGAAGCGATGGACGTTCTTCAAGTCTATGTGAAAATCGCTTTCGCCGACATTACCGATTATGTAACCTTCGGAAAAAAAGAGGTTCAGGCCTTCGGAAAATCAGGGCCGCTCTTTGACGAAAATGATAATCCGATTATGCAGGAAATCAGCTACGTTGACGTTAAAGATTCGCACCTTCTGGACGGAACCATCGTCACAGAAGCAAAACTCGGAAAAGAGGGCATTGCAATAAAGCTTGCCGACAAGATGAAGGCTCTTGAAAAGCTGTCCTTGTACTTTGACCTTTTCCCCGATCAATTTAAACAAAAAATCGAAAATGAAAAATTAAAGCTGGCACAGCAGAAGATGGAAAAAACAGAAGACAGCCAAAAGCCGATTGACATTGTCATTACGCGGAAAGAGGAACGGTCATGA MKNAKREQAFTIYQSHQGRITNRALAGKSGVSARTIGRWKKEGRWDEALHKNAESGGKNNPGEGDELNERQRLFCLYYVKSFNATQSAIKAGYSPESAHVTGSRLLKNGKVAKEISRMKKEMVNKVFVEAMDVLQVYVKIAFADITDYVTFGKKEVQAFGKSGPLFDENDNPIMQEISYVDVKDSHLLDGTIVTEAKLGKEGIAIKLADKMKALEKLSLYFDLFPDQFKQKIENEKLKLAQQKMEKTEDSQKPIDIVITRKEERS NA NA NA NA NA D1-12_00414 1299 hypothetical protein ATGATTGAAAAAGCGGTCAACCCGCGCTTTGAAGATTATTTGTTCAATTGGAATGAAACGTACCAATTTCTCGTCGGAGGCTACGGCTCGTCAAAAAGCTATCATACCGCGTTGAAAATCATCTTGAAGCTGCTTCGTGAAAAGCGGACGGCGCTTGTCGTGCGGGAAGTTTTCGATACGCACAGAGATTCTACTTTTGCCTTGTTTGAGGACATTATCGAAGAGCTTGAGCTGGGACATGCCGTAAAGGCCGTGTCATCACCGATGCAGCTGAGATTTTCAAACGGAAGCCGGATTATGTTTAAAGGGATGGACAATCCGGCCAAATTGAAATCCATTCATCATATTTCACTGATTTGGATTGAAGAATGCTCTGAAGTGAAATATGAAGGCTTTAAGGAGCTGATCGGCCGTCTGCGCCATCCTGAGCTTTCGCTTCATATGATATGCACCACAAATCCCGTCGGCACCTCCAATTGGACGTACCGGCATTTTTTTCGTGATGAGCAAAACAAACGGTTCGTATTGGATGACCAGACACTGTATGAAAAAGGCACCGTCGTTAAGGGAGATACGTATTACCACCATTCCACAGCGTGCGATAATCTGTTTTTGCCGAAAAGCTATATTAAGCAGCTGGACAGCTTACGGCATTACGATCCCGATTTATACCGGATCGCTCGCAAAGGACAGTTCGGCGTTAACGGCATCCGCGTGTTTCCGCAGTTTCAGGTCATGGAGCACAACGAAGTAACGGAGCGGATTGCTTCCATCAGGCGCCCCCTGTTTCGGACGGGCATGGATTTCGGTTTTGAAGAGTCATACAATGCGGTCATCCGGCTTGCCGTCGATCCGGATCAAAAAGAGCTTTATATTTTCTGGGAGTATTACAAAAACAAAATGACCGATGATCAGACAGCTGAGGAGCTTCAGGAATTGGCGGATCAAAAAGAGCTGATCAAAGCGGATTCGGCTGAGCCGAAAAGCATCCAATATTTTCGCAGGCAGGGCTTTTGCATGGTTGCGGCCAAAAAGTTTCCGGGCTCAAGACTTCAGTATACAAAAAAGCTGAAGCGGTTCAAACATATCTATTGCTCAGACAGCTGTCAACATACGATCCGCGAATTGCAGAACTTAACGTACGCAAAAAACAAAAACGGCGTTCTGTCGGAAGATGAGTTTTCAATTGATCCCCACACACTTTCAGCCATTTGGTATGCGCTGGATGACTATGACGCGGCGGATCTGAAAGATGCATCACAAAAACGGAGACGTCCGAATCGGGAAAGGAGGAGGTAG MIEKAVNPRFEDYLFNWNETYQFLVGGYGSSKSYHTALKIILKLLREKRTALVVREVFDTHRDSTFALFEDIIEELELGHAVKAVSSPMQLRFSNGSRIMFKGMDNPAKLKSIHHISLIWIEECSEVKYEGFKELIGRLRHPELSLHMICTTNPVGTSNWTYRHFFRDEQNKRFVLDDQTLYEKGTVVKGDTYYHHSTACDNLFLPKSYIKQLDSLRHYDPDLYRIARKGQFGVNGIRVFPQFQVMEHNEVTERIASIRRPLFRTGMDFGFEESYNAVIRLAVDPDQKELYIFWEYYKNKMTDDQTAEELQELADQKELIKADSAEPKSIQYFRRQGFCMVAAKKFPGSRLQYTKKLKRFKHIYCSDSCQHTIRELQNLTYAKNKNGVLSEDEFSIDPHTLSAIWYALDDYDAADLKDASQKRRRPNRERRR NA NA NA NA NA D1-12_00415 1440 hypothetical protein GTGTTGCCGAACTATCAAAACGTTAGAGCGACCGTCTTTAAATCAAAAATGGCCGCGCCGCAGGCAAGGCAGATGAATGAAGATCAATTTGCCGATCTGTACGGCGAAGACATCATTTCACCGCCCTATAATCTCATTGAACTGAAAACAATCGCCGAATATTCGACGATTCTTCAGCAGTGCATTGACGCGTATCGGGTCAATATTACGGGGTTTGGGTTCGATGTGGAATATACCTTTGATGTAAATAGCCCAGATTGCTCCCCGACAAAAAAGGCGCGGGCCGAAAAAAACTGGATGAAGCTGGAGAGCTTTTACAAATGTCTTCATTTTGATGAATCGGCCGAGACGATCCTCGGATATGCGATAGAAGACCGCGAAAAAACGGGCAACGGTTTTCTCGAAGTGCTTCGGGACGGGGCGGGAAAACCGGCGGGGATTGAATATCTGGATGTGAAACATATGCGCGTGTGCGGTGTGACTGATCCCGTTGAAGTTACATTTTCATATGAAGAAAACGGCGCATCCAAAACGATTAAAAGGCAAAAACGGTTTCGTAAATATGTTCAGATGCTGAACGGTCGGAAAGTGTTTTTTAAAGAATACGGCGATCCCCGCATGATGGACATGAGAACCGGCGAATACGTAAAGACCCTGTCTGAAGAATATCGGGCAAATGAAGCCATTCACTTAAAAATCGGCAGCGGCACTTACGGAATTCCGCGCTGGGTCGGCAATATCGTCAATCTGTACGGCGCCCGGAAAGCGGAAGAACTGAATTTTATGTATTTCAAGCAGGGCCGTCACGTGCCGGCCGCCATTACGGTTGAAAACGGCATGCTGTCAGAAACCTCGTACAAAGAGCTCCAGGATTATATGAATGATCTGGAAGGGGTGGAAAACGCCCACAAATTTCTGCTGATTGAGGCGGAAGGCATTGCGAAGGAAAAAGACCTTCACGGAGGCGAAGACATTACGCCCGTGTCTGTGGAAATTAAATCACTTGCGGAAATTCTGCAGGATGATGCGCTGTTTCTTGAATATGACGACAAGAGCAGAAATAAACTCCGTTCCGCTTTCCGTCTCCCGCCGCTTTACACGGGCGAGGCGCAGGAATACAACAAAGCCACCGCCGATACGGCACGGAAAATAACGGAGGAGCAGGTGTTTCAGCCGGAGCGGAAAACGCTGATTAATAAGCTCAACACGTTATTTTTGCCTGAATTGGGTCTCCACGATGTACAGCTCACATTAAAAGGGCCTGATTTTCGCGATCCGCTTGAAATTGCGAAGGTGCTTACGCCATTTATTTCCGCCGGCGCGGTCTCTCCTAATGACCTCCGTGATCTGGCGGGAAGAGTGCTCGGCAAGACGCTTGAGGAATGGCCTGAAGAGTACTACAGCAGGCCGGTGCTGAAAGGGAAAAAGGAGCAATCCTGA MLPNYQNVRATVFKSKMAAPQARQMNEDQFADLYGEDIISPPYNLIELKTIAEYSTILQQCIDAYRVNITGFGFDVEYTFDVNSPDCSPTKKARAEKNWMKLESFYKCLHFDESAETILGYAIEDREKTGNGFLEVLRDGAGKPAGIEYLDVKHMRVCGVTDPVEVTFSYEENGASKTIKRQKRFRKYVQMLNGRKVFFKEYGDPRMMDMRTGEYVKTLSEEYRANEAIHLKIGSGTYGIPRWVGNIVNLYGARKAEELNFMYFKQGRHVPAAITVENGMLSETSYKELQDYMNDLEGVENAHKFLLIEAEGIAKEKDLHGGEDITPVSVEIKSLAEILQDDALFLEYDDKSRNKLRSAFRLPPLYTGEAQEYNKATADTARKITEEQVFQPERKTLINKLNTLFLPELGLHDVQLTLKGPDFRDPLEIAKVLTPFISAGAVSPNDLRDLAGRVLGKTLEEWPEEYYSRPVLKGKKEQS NA NA NA NA NA D1-12_00416 846 yqbD putative protein YqbD GTGCCGAGAGAATTGAGAAATGCCGTCATCAGTTTTGTGAGCTATGTCGATAAGGCGGCGAACCAAACGGAATTCTTTTTTACAAAATCAGCCGGAGGCCTTCCGTCATTTGAAAAAAAGGTGCAGGTGTTTACAAAAAACGAATCGGATGAGCAGAAGCTTGTTTACGGCATCGTTTACGAACCGGATGTCCCGGATGCACATGGCGATTATATGACGGCTGAAGAAATTGAAAAGGCCGCTCACGGTTTTTTGGCGGACGCCCGCAACATCGATACAAATCATAATTTTGAAGGCGGGACCGGCGAGGTGGTGGAGTCGTACGTTGCCCCGGATGACTTTGAAATCGGGAATGCTGTGATCCGGAAAGGATCTTGGGTGCTTGTCACCAAAGCTTCCGATGAAGTATGGGATCAGATTAAAGCCGGTATCATTACGGGCTACAGCATGGCGGGAACCGCTGACGTTTACGAAGAGCCGGCAGAAAAGCAAGCCGGCTTATTCGGCGCGGTCAAGCACTTTCTCGACCGTGACCGCAAATCAAGAAACCGCAAGGGAGAGGACTTGAACAAGATGAGAAAAGAAGACGTAAGAGAATCAATTGAACACGCGCTGCACCCGCTTTTAAAGCGGCTTGACAGCTTGGACCAAAACACGGAAGACAAAGACGGGGCGGCTGCGCCGTCTGATGAAGAAAAGCTGAAAACGCTTGTTGAGGACATGCTCGCGCCGATTATTAAACGCATTGAAGCGCTTGAAAAAGTAAGGGGCGCATCAAAGCAGCCGGAAGAAGAGACGGGCGGCCAAGAGCCTGTTAAAAAATCCATTTGGAGCGGACTGCTTTAA MPRELRNAVISFVSYVDKAANQTEFFFTKSAGGLPSFEKKVQVFTKNESDEQKLVYGIVYEPDVPDAHGDYMTAEEIEKAAHGFLADARNIDTNHNFEGGTGEVVESYVAPDDFEIGNAVIRKGSWVLVTKASDEVWDQIKAGIITGYSMAGTADVYEEPAEKQAGLFGAVKHFLDRDRKSRNRKGEDLNKMRKEDVRESIEHALHPLLKRLDSLDQNTEDKDGAAAPSDEEKLKTLVEDMLAPIIKRIEALEKVRGASKQPEEETGGQEPVKKSIWSGLL NA NA NA NA NA D1-12_00417 936 xkdG_1 Phage-like element PBSX protein XkdG GTGAGAAATCAAGATATCATCAGAAAGGCGGAAATGTCACTTTCCGCTTTAAAAAGCGGCGGTTTAATGAACCCCGCACAAGCTTCAGCATTTATCCGCATGGTGCAGAACACGCCGACCATTTTCAGCGAATCGCGTGTGATTCAAATGGAAAATGACTCGCAGAAATTTGAAAAAATCGGTTTCGGCCAGCGTATTCTGCGTGCTGCTGAGGAAGGAAAAGCCTTAACTGACGATCAGCTGACCGTCCCGGCAACAAGTACGGTGCAGCTGAATACGAAAGAAGTCATTGCGGAAATTAATATCACCTATGACACGCTTGAAAACAATATTGAAAAAGACGGCCTGCAGCAGACGATCATGCAGATTTTGGCGGAGCGGGCGGCAGTCGATATTGAGGAGCTTGTCGTAAACGGCGATACATCTTCTTCTGATCCGTACTTGGCACAGCTTGACGGAATCCGTAAGCAGACTGTATCTCACGTCATTGACGGAAACGGGGAAGAGCTGTCCAGAGCCACATTTAAAAAAGGCTTAAAAGCCATTCCGGCAAAATATTTGCGCCTGCCTCAAGAATTCAGATTTTACACATCTCAAGGCATGGAGATTGAATGGAAAGACCGTGTGGCTGACCGTCAGACCAATCTGGGGGATCTTGCGGTGCAGGGCGGTTTGTCTTCAGCATTCGGCGTTCCGGTCAAAGGAGTGTCCAATCTGCAGCCGTACTCGGTCGGAGAAGGTGACTCCCAGTACGATGCGTCTGACATCATTTTGACTCACCCGAAAAATATCATTCTCGGTTTTTCACGGAATATCCGAATCGAAGTAGATAAAGATATTCGCAGCCGCAAATTTATTATCGTACTGACGGCTAAACTTGACAGCAAATTTGAAGAAGAAGATGCAAGCGCCAAAATCGTAAACGTTAAAGAATAA MRNQDIIRKAEMSLSALKSGGLMNPAQASAFIRMVQNTPTIFSESRVIQMENDSQKFEKIGFGQRILRAAEEGKALTDDQLTVPATSTVQLNTKEVIAEINITYDTLENNIEKDGLQQTIMQILAERAAVDIEELVVNGDTSSSDPYLAQLDGIRKQTVSHVIDGNGEELSRATFKKGLKAIPAKYLRLPQEFRFYTSQGMEIEWKDRVADRQTNLGDLAVQGGLSSAFGVPVKGVSNLQPYSVGEGDSQYDASDIILTHPKNIILGFSRNIRIEVDKDIRSRKFIIVLTAKLDSKFEEEDASAKIVNVKE NA NA NA NA NA D1-12_00418 384 yqbG_1 putative protein YqbG ATGTTAATTCAGCCGTCTGACGTTGTTTCATATTCAGTTTATGATCAAGTCAAAAACAGGCCGGAGCCGCTTCTTATACAGGATATTCTGGAGGCGGAGGCGGAAGCGGCCAGAATGGCGGGGCATTCGTTCACTGACCCTATTTACTCACCGCTTCCCGAAAAGATTAAGCTTGCGTTATTAAAGCTTTCTCAATATTTTGCGCTGATCAACCAGAATGAAGCAGCCGCTTCCGCCTATCAATCTGAAAAGATAGGTGACTATTCCTATACGGTGGCAGGTGAAGGCGGGATCAGAAAACCGGCTGTGCGCCATCTTCTCTGTGAATATATCGCGCCGGGTTATTCCCCGGTTTCTGCAAACGCAAAGGTGAGACCGTTATGA MLIQPSDVVSYSVYDQVKNRPEPLLIQDILEAEAEAARMAGHSFTDPIYSPLPEKIKLALLKLSQYFALINQNEAAASAYQSEKIGDYSYTVAGEGGIRKPAVRHLLCEYIAPGYSPVSANAKVRPL NA NA NA NA NA D1-12_00419 357 xkdH_1 Phage-like element PBSX protein XkdH ATGAGCTACGAACGGCTGCTCACTGACAGATGCGATATTTATCATGAGACGGTGTCAGTTCCGAAGGCCGGACGCTTCGGGATTCCCGCCGAAAAGCTCCAGCCTGTCTTTTCTTATCCGGAAGTGCCCGATGCTGAAGACGTGCCGTGTCTGTTTGTTGAAAAACAGCAGCAGCTTATTCAGCTTGAGCCTGATCATAAGGTATATCAGCGGTTTCTCGTTCATTTTCCGAAAGAGGCCGTTGTGCGTGTCAATGACAAAATCATTTGGGAAGGCCAGGCGTATATTCTGGAAATGCCGAAGAAAGCAAGACAGCACCATTGGGAGGTTATCGCTGTGAGAGATGACAGACTATGA MSYERLLTDRCDIYHETVSVPKAGRFGIPAEKLQPVFSYPEVPDAEDVPCLFVEKQQQLIQLEPDHKVYQRFLVHFPKEAVVRVNDKIIWEGQAYILEMPKKARQHHWEVIAVRDDRL NA NA NA NA NA D1-12_00420 504 hypothetical protein ATGAACATAAAAAACCTTGAACAATGGAGTCGGTCGCTGCAAAAGGCATCATCCGGAGAATTTGCCCGTCAGGCAGGCGAATGGCTGGAACAGTCAGGAGAGGATTTTCTCGACTTGGTACGGGAGGAGCTTATTCATTCGGGAGGGATTGATACAGAAAGCCTGCTGTCTTCTTTCCGAAAAGGAGCGCAGGATCACGTATGGATCATTGAAAACGGGGGACTGACCCTTGAAATCGGCACCAATGTAGAGTATGCCTCATTCATAAATGACGGACATTGGACCGTCTCAGATGAAAATGTCAGATGGGTGCCCGGGTATTTTCAAGGCTCCCGGTTCATCTATGATCCGTCAGCTTCAACGGGAATGGCGCTCAAAAAACAGTGGATCAGCGGAAATGGGTTTTGGGACAAAGCCCTTCTTTTGTATGAAACACTCTTCGCCGAATCGCTGGACAAGCGTTTCAATCAGTGGCTTAACACGTTGGGGGGAGATATCGGATGA MNIKNLEQWSRSLQKASSGEFARQAGEWLEQSGEDFLDLVREELIHSGGIDTESLLSSFRKGAQDHVWIIENGGLTLEIGTNVEYASFINDGHWTVSDENVRWVPGYFQGSRFIYDPSASTGMALKKQWISGNGFWDKALLLYETLFAESLDKRFNQWLNTLGGDIG NA NA NA NA NA D1-12_00421 447 hypothetical protein ATGAATCGCGAAACCGGTTCAATCGCCGCTTTTTTGTATCAGCAATGCGGCGTGCCCGTATATGAAAATGAACTGCCTGAACAATTTCAGGTGCCGTCACTTTACATCCCGCCCCCGTACGCTTTTGACGAGAATGACACAGTCTCCACCTTTAAGAAGACATACAGTCTGAATGTGAAGCTGTTCCATGCCGACTCGGTGCAGGCGCTCTATGCAGCCGACCGGATCGCCGATGCGGTGAGAGAATCAAGACAGCTGATTCCGCTGCTTACGGAATCAGGGGAGGATACCGGTGATTTCGTCCGCATCAGCCGTATCGAAACAAGAGTCGGAGACAAAGGCGAGGCAGTGATCACCATCCGCTGGACGAGCCGCTACTACTATCAGAAACAAACATCTCCCGCACTGCGGGATGTGGACATTAACAGCGGGGTGAAACAAAAGTGA MNRETGSIAAFLYQQCGVPVYENELPEQFQVPSLYIPPPYAFDENDTVSTFKKTYSLNVKLFHADSVQALYAADRIADAVRESRQLIPLLTESGEDTGDFVRISRIETRVGDKGEAVITIRWTSRYYYQKQTSPALRDVDINSGVKQK NA NA NA NA NA D1-12_00422 210 hypothetical protein GTGAAACAACATAAAAAGAAAAACGCCGCAACTGCGGAACGAGCGGTTCTTTATGACACGGCGGATTTAACAAAGCACGCGAAGGAGCTTTTCGGCGTAAAACCCGAGATTCTCCAGGGGGCTTTATTCGGCGTGAAGCAAAAACAAATGACAAAAGCGCAAGCCAAGTCTTACATTGAAGCATTTTTAACCAAGGAGGTCATGCAATAA MKQHKKKNAATAERAVLYDTADLTKHAKELFGVKPEILQGALFGVKQKQMTKAQAKSYIEAFLTKEVMQ NA NA NA NA NA D1-12_00423 1398 hypothetical protein ATGAACGGCGGAACATTTACGCAAGGAAAAGAAAAAGAACGTGCCGGAATCTATTTTAACTTTAAAACAACCGCCCAGGAGCGGGTATCGATCGGTGAACGCGGGATTGTCGCCCTTCCCGTCGCATCCGGCTGGGGGGAAGCGAAAACATTCGTTTCCATTTCAAGCGTTGAAGATTTGAATAAAAAAGTGGGGCTCAGTATTGAAGATCCGTCACTGATTCTGCTTCGTGAGGCGAAAAAGAAAGCAAAAACCGTTTTGATGTACCGTCTGACAGAGGGAATCAGAGCGAGCGCAGATCTTTCGCAAGGTGTTAAAGCAACCGCTTTGTACGGGGGTTCAAAAGGAAATGACATCATCATCCGCATCAGTGAAAACGTCCTTGATCAGACCGCTTTCGATGTGACCACTTACATGGATGAAGCGGAAGTTGACAAACAAACGGTGAAAAAAGCCGAAGAATTAAAAGCAAACGGCTATGTCACATTTACGGGAACGGGCGAACTGTCGGCTTCCATCCCGCTGACAGGCACTGAGGAAGAATCCGGGGAAACGTTAAACCCGCAGGCAGGCATCCGTCTCGCGGGAGGAACTGATAAAGCACCGGTCAACTCAGACTATACGGATTTTTTAGTTGCGGCTGAAACGGAGAATTTCGATGTCATCGCTCTTCCTGTCGCGGAAAACGATCAGCTGAAAGCGACATTTGCCGCATTCATTAAACGCCTTCGCGATGCGCAGGGACAGAAAGTGCAAGGGGTGACTGCCCATTACAGCGGAGATTATGAAGGCATTATCAATGTGACTGAAGGTGTGCTGCTGGAAGACGGAACTGAGATTAAAGCTGAAGATGCGACCGCCTGGGTGGCAGGCGCAAGTGCCAGCGCCGCATTTAATCAATCCTTAACATTCGTTGAATACGAAGGCGCCGTCGATGTGCTGCACCGCCTGACTCATGATGAAGTGATCGAACGTCTTTCCAAAGGTGAATTCCTTTTCTCTTATGATGCCCGTGATAAGTCAGTCAGCGTTGAAAAAGATATCAACTCATTGGTGACATTTACGGCAGAGAAAAACAAAAAGTTCGCGAAAAACAAAATCGTCCGTGTGCTTGATGCGGTGAATAACGATTTGACACGTGAACTGAAAGCCTTAATCAAATCGAAAAAAGGCACCGGAAGCGATCTTCCAGCGACAAATGACGGCCTTCAATTCGTCAAAACGATGATTATTCAATATTTGACAACGCTTCAGGATGCGGGCGGCATCGCTAACTTTGATTCAGACAAAGACATTACAATCGGCCTTAATGAAGACCGCGACGGCTTTTTAATCGATCTCGCCGTGCAGCCTGTAGATGCGGCAGAAAAATTCTACTTTAATGTGGAGGTAAACTAA MNGGTFTQGKEKERAGIYFNFKTTAQERVSIGERGIVALPVASGWGEAKTFVSISSVEDLNKKVGLSIEDPSLILLREAKKKAKTVLMYRLTEGIRASADLSQGVKATALYGGSKGNDIIIRISENVLDQTAFDVTTYMDEAEVDKQTVKKAEELKANGYVTFTGTGELSASIPLTGTEEESGETLNPQAGIRLAGGTDKAPVNSDYTDFLVAAETENFDVIALPVAENDQLKATFAAFIKRLRDAQGQKVQGVTAHYSGDYEGIINVTEGVLLEDGTEIKAEDATAWVAGASASAAFNQSLTFVEYEGAVDVLHRLTHDEVIERLSKGEFLFSYDARDKSVSVEKDINSLVTFTAEKNKKFAKNKIVRVLDAVNNDLTRELKALIKSKKGTGSDLPATNDGLQFVKTMIIQYLTTLQDAGGIANFDSDKDITIGLNEDRDGFLIDLAVQPVDAAEKFYFNVEVN NA NA NA NA NA D1-12_00424 444 xkdM_1 Phage-like element PBSX protein XkdM ATGGCATTAAAAGCGCAAAACACAATTTCAGGAAAAGAAGGCCGTTTATTTCTCGACGGAGAAGAGATGGCGCATATTAAAACGTTTGAAGCAAACGTGGAAAAAAACAAATCAGAAGTAAACATCATGGGCCGCCGCATGACGGGACATAAAACAACAGGCGCCAACGGAACGGGCACGGCAACATTCTATAAGGTCACATCCAAATTCGCTGTGCTTATGATGGATTACGTGAAAAAAGGCAGCGACCCGTATTTTACGCTGCAAGCCGTTCTTGACGACAAATCATCAGGCCGCGGAACAGAACGCGTCACCCTGTATGACGTCAACTTTGATTCTGCAAAAATCGCTGGACTGGACGTAGACTCAGAAGCGCTCGAAGAAGAAGTGCCGTTTACCTTTGAAGATTTCGATGTGCCGGAAAAGCTTTCTGAAACGTTTTAA MALKAQNTISGKEGRLFLDGEEMAHIKTFEANVEKNKSEVNIMGRRMTGHKTTGANGTGTATFYKVTSKFAVLMMDYVKKGSDPYFTLQAVLDDKSSGRGTERVTLYDVNFDSAKIAGLDVDSEALEEEVPFTFEDFDVPEKLSETF NA NA NA NA NA D1-12_00425 447 yqbN_1 putative protein YqbN ATGAGCGAAAAAAACGAACAAGTATATGATCTGTCATTCTTTATGCCGGGTAAAACAGTCGAGGCTGAGGAGATCCGGGTTCCGCTTTCAAAGCGTTTTGTCGATAAAAAAGGAAACATCGTGCCTTTTATTTTTAAAGCCATTACGACTGAGCGCATTGACGAACTGGAGAAGGAAAGCACGACATATAAAAATGTGAAGGGCAGAGGCCGCGTAAAAGACTTAGACAGCCAGCGCTTCTATGCGCGGATCGCGGTTGAATCTACGATTTACCCTGATTTCCGGTCTAAGGAGCTCCGCGACGCTTACAAAACGGCAGATCCGGTCGAGGTGGCAAAACGCGTTCTTTCAGTCGGCGGTGAGTATGCAAATTGGCTGAATAAAGCGATTGAGATCAACGGTTTTGAAGATGAATTAGAAGATCTGGAGCAAGAAGCAAAAAACTGA MSEKNEQVYDLSFFMPGKTVEAEEIRVPLSKRFVDKKGNIVPFIFKAITTERIDELEKESTTYKNVKGRGRVKDLDSQRFYARIAVESTIYPDFRSKELRDAYKTADPVEVAKRVLSVGGEYANWLNKAIEINGFEDELEDLEQEAKN NA NA NA NA NA D1-12_00426 171 hypothetical protein GTGTATCTCTATTACGCGATGCATGAGCTTCATTATTCTCCATCAGAACTGAAAGAGTTATATGAAGCACCGAGACATTTTAAGGCGCTGTTGTACGGTTTAATCGGTTACAAGCTGGACATTCTTGAAAAACAAGCGAAGAAAGGGGGAGCGACATCATGGCAAAGCTGA MYLYYAMHELHYSPSELKELYEAPRHFKALLYGLIGYKLDILEKQAKKGGATSWQS NA NA NA NA NA D1-12_00427 5004 hypothetical protein ATGGCAAAGCTGACCGCCCGTTTTGAATTGGAAGATCGGGTTTCAAAGAAAATAAGGAAAATCCAAAATGGCTTCAGAGCGCTTGAGAAATACAGGAAAATGACAAAACGCCAAAGTGAAATTGATATACGCAAAGAGAGTAAATCTGTTTTAAGAACAATTGACCGCATCCAGCGCTCTATGAAAAGAAAGCTGGGCGCACAAATGATCTCTATTTCAGCTGAAGACGGAGCCAGTGCCGTCATTCAAAAGGTGCAAGCCCAATTAGCGGGTCTGCCTGCGTCTTTAACCGTTAAAATAGGAGCAAAAGACAGCGCGACAGCGGCATTTGAGAGATTGCGGGATCTGGCTGCCGGTTTTAAAGGATTTACCGTTTCACTGTATGCGTCAGACGAAGTGACTCCTGCCATGGAACGTATCAAACGCTACATGCAATCTGCGTTAAAGAACGGGTACTCTGTCACTATACGCGTCATAGATCACGTCATGAAAACAGTCGGCCGAATTTCAGCGGGGATGGATTCGCTGACGGGGAAAAACAATGTCATTCAATTATCGTTAAACGAAAAGGTGACAGCACAGCTGGCTGCAATGCAAAAGAATATGCCGGACGTCGGAAAAGCTTCTGCATCTGCTGCTCCTGCTTCGCCGAAAAACGATTTTTCAATGCTTGACTCCATTGCAGACACCTTCATGAAAAAAGTCAATAACATCGCATCCAAATTTTATCCGGAAACAATCATAGCGGAACTGGATAAATTCGCTGCAAACTTTATGAAGAAAGCGGATGAAATCGCAAGCAAATTCAGCCCTGAGACGATTTTAGCCGAACTGGACAAGTTCACAACGTCATTCATGGGAAAAGTAGACGAAATCGCGAGCAAATTCAGCCCTGAGACGATATTAACCGAACTGGACAAGTTCACAACGTCATTCATGGGAAAAGTGGACGAAATCGCAAGCAAATTCAGCCCTGAGACGATTTTAGCAGAGCTGGACAAGTTCACGACCTCATTCATGGGAAAAGTAGACGAAATCGCAAGCAAATTCAGCCCTGAGACGATTTTAGCAGAGCTGGACAAGTTCACGACCTCATTCATGGGAAAAGTAGACGAAATCGCAAGCAAATTCAGCCCTGAGACGATATTAGCCGAACTGGACAAGTTCACAACGTCATTCATGGGAAAAGTAGACGAAATCGCGAGCAAATTCAGCCCTGAGACGATTTTAACAGAGCTGGACAAGTTCACAACGTCATTCATGGGAAAAATAGACGAAATCGCGAGCAAATTCAGCCCTGAGACGATATTAACCGAACTGGACAAGTTCACGACATCATTCATGGGAAAAGTAGACGAAATCGCGAGCAAATTCAGCCCGGCAACGATATTAACCGAACTGGACAAGTTCACGACCTCATTCATGGGGAAAGTGGACGAAATCGCAAGCAAATTCAGTCCGGCAACAATCTTAGCAGAGCTGGACAAGTTCACGACCTCATTCATGGGGAAAGTGGACGAAATCGCAAGCAAATTCAGTCCGGCAACAATCTTAGCAGAGCTGGACAAATTCGCTGATTCGTTTATGAAAAAAGTAGACGGGGTCGTGAGTAAATTCAGTCCGGAAGCCATATTGAAAGAACTGGATAAATTCACTGATTCATTTATGAAAAAGATAGATGACGTTGTCAGCAAATTCAGTCCGGAGACCATATTGAAAGAGCTGGATCATTTTACTGATTCGTTTATGAAGAAAGTCGACGACGTTGTCGGTAAATTCAGTCCTGATAAGCTAATCGACCGCGCCGAACAATTTGTAAATGACACGATTGACCGAATTTCTGAGAAATTCGATTTTCTCAATCCGGATAAGATTTTGGAAAAAGTGGAGCAGTTTACATCCTCACTGTTCGGAGGCATTGATAAAAAGTTCGGCAAATTCAGTCCTGATGCGATCATCGAAAAAGCCGAGGCATTTGTTGATAAAATTGTAAGCAAGATTGCCAAGAAATTTGAGAAATTCAGCCCGGACAAAATCATCGAAAAAGCCGGGGAATTAATAGAAAAAATATTTTCAGGAATCGCTGAAAAATTAGGCAAACTCAATATCGGCGGATTATTAGGCGGCGGCACGAAAAAAGAAAAGAGTAAGGGCGGCCTTTCTGCCGGCGGCACCAACAGCCCGAAGCGTCCTGATCTGACAAAGGGTCCGCAGCGCACGGTAACAGCGCCAAAATCTTCAGGAAAGTCAGCCAAAAAAACCGGCGGGGCTTTGGGGGGCTGCTGCTGCTGTACCGGAGTGTCGAGGGGCAAAAGCAGTAAAGTCGAAGAGCGAAATAAATCCTCGAAAAGAGGTTCCTCCGTAAAGGAAAGCAAACAGGCATCCGTAAACACGCCGAAAACAAAAGGGGCAGGTAAAGGCATCGGCGCGCTTTTGAAAGGCTTAGGAGATTCAAAGGCGCTAAAAGGCGGTTTGAAAGGGTTAAAAGGTGCCGCTAAAGGAATTCCCGGCATAGGTGAATTGTTATCACTTACTGATTTAGCCGGCATCAATAAAGATAATGCAGGAGAGAAGGTCGGCTCAGCAGGCGGCGGTCTTGCCGGAGCTGCGGCCGGAGCGGCAATCGGCAGCGTTGTTCCCGGAGTGGGCACATTAATCGGCGGCGCGGTAGGCGGCATCGCCGGCAGTTTAGGCGGTTCCAGCTTGGGAGAGGCCTTTGATTCAGGGGCTTTGAAAGACACGTGGAATGATATTTCCAAAGCGGCGCAAAGTGCTTGGACAACAATACAAGATACTTGGGGAAGCGTTTCATCCTGGTTCATGGAAAATGTATGGACGCCGGTTTCAACGGCTGTCGTCGGAGTGGCAACCAGCATCTGGTCAAATATCGTGAATGCGTGGACGACGATTCAAGGTGTCTTCAGCACAGTATCCGGCTGGTTTATGAGCACCGTGTGGGGGCCCGTAAAATCGGCTGTCGTCGGAGTGGCGACGTCCATTTGGAGTAAAATCACAGGAGCTTGGGATAAAATTAAATCGGTTTTCAGTACGGTTTCCGGCTGGTTCATGGATACTGTCTGGAATCCGGTGAAAGACATGGTGAAAAATGTCGGTAAAGGAATATCAGATGCTTTCCAGACTGCTTTAGATACGGTAAAGGATATATGGAAAGGGTTAAGCGGCTGGTTTGAGAAACATATAAAAGAACCTCTTGTAAAAGTGGGAACGGCCATATCAGATGCTTTTTCTGCAGCATTCGACTGGGTGAAAAAGATTTGGGATAAAACCGGCGGCAAAATGATTTCAGGCATAATGAACTTTGTCACAGGAGGCGGCGGAGATAAAAAGAAAAAAACGGACAAAAACGCCACGGGCGGCTACATTACAAAGCCGACCATTTCCTGGATCGGTGAAGCCGGTAAAGAATTTGTCATCCCCGTCGACAACAATCGCGGCCGCGGGAAGATGCTGCTTTCACAAGCTGCGTCTAAGCTCGGCATGCGTGTTGTCGATGATATGGGCGCGGCTTCGGCTCAGTCTTCTGCTGTGCCGGCGGGAGCGGGCGGTGTTTCTTCTTCTGCATCTGTATCGGCCGCAGCGTCTGTGGATTCTTCCGGATTAGCCGGGACGGCTTCATCACTCGGCAAACAGTTTACTGAAGGCTTTGACAGCGGAATCAGCAAAAAAGCCGTGGATATGGACGGCTGGAAGGAAAAAAACATCGGAACGCCGTTCAATGCCCTCATTTCGTCTTCATCCGGTTACGGAAAGCAAGTCGTTGCGGGCTATGTGAAAGGTCAGAATACTTCGCCGACGGGCACCGATTCATTTTTAAAAACAAAGGTGAAAACACCTTATCAATCGGCGGTTAACCAATCGTCATCATGGGGCGCCGCAACGGTGAAAGGATATTCGGCCGGACAGAATGCAAAAGATACGGGAACGTCGCAATACGTAAGCACACATATCAATAAACCGTTTGTGCAATCAAGAGATTCCGCGAACGGCTGGGGGTCAGGCCTGATCGGACACTTCGTATCAGGGATGACTGCAAAAGGAAGCGAAGTCAAACAGGCGGCCAAAGATATGGCCAAAAAAGTCGAGGACGCATTCAGGGAAGAGCTTGATATTCACTCTCCTTCCCGTGTCATGATGAGTCTCGGACGCTTTGCTTCAGTCGGCGTCGTCAAAGGTCTCGGCTCAGTTGACGTGAAAAAATACGCCGAAAAACAGGCAGGCTCGCTTGCAGCAGCCTTTTCCGGCATGGGTGCAGCGGGAGGAAGCGTCAAAGAGTGGCTTTTGGCCGCAATGAAAGCAACCAATACGCCGATCAGCTGGCTTCCGGGATTAATGACGATCGCACAGCATGAGTCAGGCGGCAACCCTAATTCCATTAATCTATGGGACAGCAACGCCAAAGCCGGACACCCGTCACAGGGGCTTATGCAGACGATTCCGAGCACCTTTGAAGATCACAAAGCGCCGGGCATGAATGATATCAGAAATCCAATTCACAACGCCGCTGCCGCTATCGGCTATATTAAAAGCCGATACGGCTCGATCAGCAATGTCCCCGGGATTAAAAGTATGGCTCATGGAGGCCCTTACGTCGGTTATGCCAATGGGGGTCTGATTACCAAGGAGCAGATCGCCCGTGTCGGGGAAGGGAACAAACGGGAGTGGATCATCCCTGAAGAGCGGGGCATCCGCGGCCGTTATCTGCTGCAAAAAGCGGCTCAAGCGCTCGGCATGGAAGTGTCCGACCCGTCACAGACGGAACCGGCGGCGCTTTCAGCCGGCACGGTTTCCGCAGCCGTTAAAGGCGGCGGACAAACCGTTCAAAAAACGGGAACAAAAGAGATTAAAATCGAATTCAGCGGCGATCAGCATTTCCATAACGGACAGGACGCCGACAGCCTCGCCGCCAAAATCAAACAGGCGCTGATTGATGAACTGCAAAAAGACATGTATACCGGAGCAAAGGGGGCCGTTGCTTTTGACTAA MAKLTARFELEDRVSKKIRKIQNGFRALEKYRKMTKRQSEIDIRKESKSVLRTIDRIQRSMKRKLGAQMISISAEDGASAVIQKVQAQLAGLPASLTVKIGAKDSATAAFERLRDLAAGFKGFTVSLYASDEVTPAMERIKRYMQSALKNGYSVTIRVIDHVMKTVGRISAGMDSLTGKNNVIQLSLNEKVTAQLAAMQKNMPDVGKASASAAPASPKNDFSMLDSIADTFMKKVNNIASKFYPETIIAELDKFAANFMKKADEIASKFSPETILAELDKFTTSFMGKVDEIASKFSPETILTELDKFTTSFMGKVDEIASKFSPETILAELDKFTTSFMGKVDEIASKFSPETILAELDKFTTSFMGKVDEIASKFSPETILAELDKFTTSFMGKVDEIASKFSPETILTELDKFTTSFMGKIDEIASKFSPETILTELDKFTTSFMGKVDEIASKFSPATILTELDKFTTSFMGKVDEIASKFSPATILAELDKFTTSFMGKVDEIASKFSPATILAELDKFADSFMKKVDGVVSKFSPEAILKELDKFTDSFMKKIDDVVSKFSPETILKELDHFTDSFMKKVDDVVGKFSPDKLIDRAEQFVNDTIDRISEKFDFLNPDKILEKVEQFTSSLFGGIDKKFGKFSPDAIIEKAEAFVDKIVSKIAKKFEKFSPDKIIEKAGELIEKIFSGIAEKLGKLNIGGLLGGGTKKEKSKGGLSAGGTNSPKRPDLTKGPQRTVTAPKSSGKSAKKTGGALGGCCCCTGVSRGKSSKVEERNKSSKRGSSVKESKQASVNTPKTKGAGKGIGALLKGLGDSKALKGGLKGLKGAAKGIPGIGELLSLTDLAGINKDNAGEKVGSAGGGLAGAAAGAAIGSVVPGVGTLIGGAVGGIAGSLGGSSLGEAFDSGALKDTWNDISKAAQSAWTTIQDTWGSVSSWFMENVWTPVSTAVVGVATSIWSNIVNAWTTIQGVFSTVSGWFMSTVWGPVKSAVVGVATSIWSKITGAWDKIKSVFSTVSGWFMDTVWNPVKDMVKNVGKGISDAFQTALDTVKDIWKGLSGWFEKHIKEPLVKVGTAISDAFSAAFDWVKKIWDKTGGKMISGIMNFVTGGGGDKKKKTDKNATGGYITKPTISWIGEAGKEFVIPVDNNRGRGKMLLSQAASKLGMRVVDDMGAASAQSSAVPAGAGGVSSSASVSAAASVDSSGLAGTASSLGKQFTEGFDSGISKKAVDMDGWKEKNIGTPFNALISSSSGYGKQVVAGYVKGQNTSPTGTDSFLKTKVKTPYQSAVNQSSSWGAATVKGYSAGQNAKDTGTSQYVSTHINKPFVQSRDSANGWGSGLIGHFVSGMTAKGSEVKQAAKDMAKKVEDAFREELDIHSPSRVMMSLGRFASVGVVKGLGSVDVKKYAEKQAGSLAAAFSGMGAAGGSVKEWLLAAMKATNTPISWLPGLMTIAQHESGGNPNSINLWDSNAKAGHPSQGLMQTIPSTFEDHKAPGMNDIRNPIHNAAAAIGYIKSRYGSISNVPGIKSMAHGGPYVGYANGGLITKEQIARVGEGNKREWIIPEERGIRGRYLLQKAAQALGMEVSDPSQTEPAALSAGTVSAAVKGGGQTVQKTGTKEIKIEFSGDQHFHNGQDADSLAAKIKQALIDELQKDMYTGAKGAVAFD NA NA NA NA NA D1-12_00428 660 hypothetical protein TTGACTAAATCTGTTTACGAATTTTGGCTGTCTCAGGGAAAGGACAAGCTCCGGCTTCCCGTTCTCCCTGAAGCGATTGATATCGCAAACAGCGTGCAGAATGATTCCGTGAAAGTCACCGGACTTGGAGAGGTGACGTTTATCGAAGAACCGGGAGCGAAAGAAATTTCGTTCTCTTCTTTTTTTCCGAAACGGTACAGCCCGATTGTTGAATATCAAAGCATCCCTTCGCCGGAAAAAGCCATTTCAGCCATTGAAGCATGGATGAAAGCGAAAAAACCCGTTCAGTTTTTGATTACAGGGACAAAAATCAATGTCACATGCAGCATTGAAAGCTTTAATTACAGCGAAGGTGACAATGAAATCGGCGACCGGAATTTTGATATCGTACTGAAAGAATATAAAACCGCTTCGCCAAGAAAAATCAAACAAAAGAAAAAAACGAAAGCGAAGCGCCCGTCCAAAGCTTCACCCAAAACATATACCGTCAAAAAAGGGGATACGCTTTGGGACATCGCCGGCAAGTTTTACGGAAAACACACGGAGTGGCGGAAAATCTGGAACGCGAATAAAACCGCCATGATTAAGCGCAGCAAACGGAATATCCGGCAGCCGGGGCATTGGATCTTCCCGGGGCAGAAGCTGAAGATACCGCAATGA MTKSVYEFWLSQGKDKLRLPVLPEAIDIANSVQNDSVKVTGLGEVTFIEEPGAKEISFSSFFPKRYSPIVEYQSIPSPEKAISAIEAWMKAKKPVQFLITGTKINVTCSIESFNYSEGDNEIGDRNFDIVLKEYKTASPRKIKQKKKTKAKRPSKASPKTYTVKKGDTLWDIAGKFYGKHTEWRKIWNANKTAMIKRSKRNIRQPGHWIFPGQKLKIPQ NA NA NA NA NA D1-12_00429 978 hypothetical protein ATGATTGAACTATTTGTCATAAAAGAAACGGAGTGGCTCGAGCTTGTCACAGAAAGCGTAACGCTGGAAGGACACAGATATCAGGCGCCCCGTTCCATCGAAGCGACGATTGTCGTAAAGCAGGGCAGCCAGACGTATTACGGCGTATCAGAAGGGGATACGGTTTTGTTCAAATGGAACGGAAAAGAACTGTTCCGCGGCATTGTTTTTGCAAGAACGCCCGATGAGCATACCGTCGCCTTCACCGCATACGATATGCTTCAATACCTTGTGAAAAACCAGGACGTTTACGTGTTTTCCAACAAGCGCGCCGATCAAATATTAAAAAGGATCGCCAGCGATTTTCAAATTCCCGTCACATCCATTGCCAACACAGGCCATACCATTAAATCACTCGTTTTTAAAAATGATACAAGCCTTTACGATATGATGCTAAAAGCTTTAAAGCAGACAAAAAGCCAGACGGGGCGCAATTATCAGCTCTATTCAGAAAAAGGCAGGCTCGGCTTGCGTGAATGGCCGGAGCCGTCTGACATATGGGTGCTGGAAACAGGAGTTAATATCACAGGGTATCAATACAACACCTCAATTGATGACACCGCAACCCGTGTCGTCATGCGGCTGCAAAAAGACGATAAAACCGTGAAGGCTTCCGCCTCAGACAGCGCGGGCATGAAAACATTCGGCGTTTTGCAGTATACCGAAACGGTTTCTGACGACATTAATGAAGCCCAGCTGAAACAGCGCGCAAAAGTGAAGCAGGCTGAGAAAAAAGGCGTTAAGAAAGAGCTGAAAAATATACAGGCGATCGGTATTCCCGGGTTGGAAAGCGGATTGCCGGTCTATATCTCAATTCCGGAAATCGGGCTGAAGAAAACCTATTATGTAGATACGGACCGCCATGAATTCCAAGGAACAAAACATACCATGACGATTGACGTCACGGAGAAAAATTCACTTCCGGAGGGGACATCCTGA MIELFVIKETEWLELVTESVTLEGHRYQAPRSIEATIVVKQGSQTYYGVSEGDTVLFKWNGKELFRGIVFARTPDEHTVAFTAYDMLQYLVKNQDVYVFSNKRADQILKRIASDFQIPVTSIANTGHTIKSLVFKNDTSLYDMMLKALKQTKSQTGRNYQLYSEKGRLGLREWPEPSDIWVLETGVNITGYQYNTSIDDTATRVVMRLQKDDKTVKASASDSAGMKTFGVLQYTETVSDDINEAQLKQRAKVKQAEKKGVKKELKNIQAIGIPGLESGLPVYISIPEIGLKKTYYVDTDRHEFQGTKHTMTIDVTEKNSLPEGTS NA NA NA NA NA D1-12_00430 267 hypothetical protein ATGAGATTAAGTGATGCCATTAAACATTTAGCCGTCGGAGCGGTTGACGCCGAAGCGCCGGTAGAGCTGATGCCGGCCGAAGTGACCTCCGTTTCGCCGCTCGAGCTGAAACTGAAAGATCACGACAAACTTTTGATTCCGTCTGATGCACTCATTTTGCCGAAGCGGCTGAGATCCGGAGAAGATGATCAGCTCCAAGCGGGAGATCGGGTGATGACCGCCGCTTTAACAGGAGGACAGTCTTTCTTTGTACTGGACAAAATTTAA MRLSDAIKHLAVGAVDAEAPVELMPAEVTSVSPLELKLKDHDKLLIPSDALILPKRLRSGEDDQLQAGDRVMTAALTGGQSFFVLDKI NA NA NA NA NA D1-12_00431 426 hypothetical protein ATGGCCCTGACACCGGAAATCGAATTTGAAGATTTGGAGGATGCGAGTGAGGCCGTTGAGACTTCACAAACCTACCGAATTGATTTTGAAAACAACCGGATTACCAATGAACTGATAAACGGACTGGACGCAATCAGACAATTCGTCTATATCGCTCTTCACACAGAACGGTATTCATATTCGGTTTTCAGCCATGATATCGGAAATGAACTGCAGGAAGTGCTTTCAGATCAGAACACGACGGATGCTTATAAAAAAATGGAGATCCCAAGACTGATAGAAGAAGCCTTGCTGTATGATGACCGTATTTTGGCCGTTACCAATTTTGAGATTGAGAAAAAAGATGATGCCTTCATCGTCTCTTTTACCGTTGAAACTGATGAGGGCATGCTTGAGATAGAGGAGGTGCTGGGTGAGGATGTTTGA MALTPEIEFEDLEDASEAVETSQTYRIDFENNRITNELINGLDAIRQFVYIALHTERYSYSVFSHDIGNELQEVLSDQNTTDAYKKMEIPRLIEEALLYDDRILAVTNFEIEKKDDAFIVSFTVETDEGMLEIEEVLGEDV NA NA NA NA NA D1-12_00432 1047 hypothetical protein ATGTTTGAAGCTCAGACGTTTGACGACATTATGGACAGAATGCTGGCGCGCGTTACGGCGGATATTGATACGAGAGAAGGCAGCGTCATTTACAATGCGCTCGCGCCTGCGGCCGCTGAGCTCGCAAAGTCTTATATTTGGCTTGATACCGTGCTGGAGCTCGTGTTTTCCGATACGGCTCAGGGAGAATTTCTGGACAGGCGTGCTGCTGAAGCGGGAATTGAACGAACACCTGCTACAAAAGCGGTCAGAGCAGGAGAATTCACAGCGGGCATCACCATTCCGCCAGGCTCCCGTTTCTTCGTTGATAACCTGTATTTTCAATATACGGGGGATGGAACGCTTGAATGTGAAACAGCCGGTGAAGCGGGCAATGCCGGCATTTCAGGGCAGAACCTGCTGCCGCTTGATACGATACCCGGGCTTGAGAAAGCAGTCATGCGCGATATATTAATTCCCGGCCGTGAGGAAGAAGACGACAACAGCTTAAGGGCGCGCTATTTTACCCGTGTCCGCCGGGAGGCAGTCAGCGCAAATAAACAGCATTATAAACAATGGGCCGAAGAGGTTGACGGCGTCGGCAGGGCGAAAATCTTCCCGCTTTGGAACGGAGCCGGAACGGTGAAGGTTGTCATCACAAATGCGAATTTGGAACCGGCATCAGATATTCTGATCAAAAAAGTAAAGGATTATATTGATCCGGACGAAGGACAGGGAGAAGGACAGGCGCCGATCGGAGCGGCAGTAACGGTGGAAAGCGCCGTATGGAAGGAAATCGAAATCTCGGCTTCCGTGCTGCCTGAGCTGAACAGCTCGATCGATGACGTAAAAGCGGAGATTGAAAAAGGCGTCCTGAATTTATTTAAGAAAATGGCCTTCGAAGAAAACACCGTCCGTTTATCACAAATAAACAACATCGTTTATAACTCGGCATCCGTCAGTGACTACGCCGATATCAAAATGAACGGTGCGGCGGAAAACCTCGTGCTCAGTGACGTGGAAATTCCTAAACTCAAAGAGGTGACAATCCTTGAGCAGACTCGATGA MFEAQTFDDIMDRMLARVTADIDTREGSVIYNALAPAAAELAKSYIWLDTVLELVFSDTAQGEFLDRRAAEAGIERTPATKAVRAGEFTAGITIPPGSRFFVDNLYFQYTGDGTLECETAGEAGNAGISGQNLLPLDTIPGLEKAVMRDILIPGREEEDDNSLRARYFTRVRREAVSANKQHYKQWAEEVDGVGRAKIFPLWNGAGTVKVVITNANLEPASDILIKKVKDYIDPDEGQGEGQAPIGAAVTVESAVWKEIEISASVLPELNSSIDDVKAEIEKGVLNLFKKMAFEENTVRLSQINNIVYNSASVSDYADIKMNGAAENLVLSDVEIPKLKEVTILEQTR NA NA NA NA NA D1-12_00433 579 hypothetical protein TTGAGCAGACTCGATGAGATGACGGCGTACCTCCCGCCGTTTTTAACCCGATTAAAAGAGATGGCACAGCTGCTTGAGGCGGAAGCTCCTGAGTTTGAGCGGCAGAATAACGATATTTTCGATTTGACGGATCAGCTCTTTATCACGACGGCGACGTGGGGGCTTGACCGCTGGGAAAAAATATTAAAAATACCGCGGGAATCAGGTGACACGGAGGATATGAGACGGCTCAGGCTGATTTCGAAGATGTCGAATATTCCGCCCATCACACATCAAGCGATCGAGCAGGCGCTAAACCGTTTTTTAAAACATCCGTCAGCTTACGTTCGGATGTTTCCGGGGCAGTATCGTTTTTATGCCGATATCGGGCTTGATGACCTGCAGCACATGAACGAGCTGATTGAAACGCTTGAAAAAATCAAACCTGCTCATTTGGCGTATACACTGAGAGCCGCATTAAACGAAACACTGGAAATCAAAGACCGGGTCATTCTCAACAATCGGAGATACCGAAAAGTCAGTGAACTGAAGGTCGGTTATTCCGTCACACTCAACAATAACGAGGTGGTCTTACCATGA MSRLDEMTAYLPPFLTRLKEMAQLLEAEAPEFERQNNDIFDLTDQLFITTATWGLDRWEKILKIPRESGDTEDMRRLRLISKMSNIPPITHQAIEQALNRFLKHPSAYVRMFPGQYRFYADIGLDDLQHMNELIETLEKIKPAHLAYTLRAALNETLEIKDRVILNNRRYRKVSELKVGYSVTLNNNEVVLP NA NA NA NA NA D1-12_00434 273 hypothetical protein ATGATATCAGCCGCTTACAGACAGCGTGCCGCAGCCGATCTGAAAAACAGGATCGCAAAAGTGCTGTTAAACGGCAAAGAAACTCCGATTGCGGATATTTCCGTAAAAGATGCCGCAGTCACCGTTCTCACACGCAGGGAAGAAGACGTCAAACACATTGAAACCGTGCAGATGCTTGACGAAACAGGAAGCGTCATCACAGAACGAAAAACAAATTTAGATCTCAGCAATAACAGAACGCTTGATTTAAGATTTACCTTTGAGGTGGTGTAA MISAAYRQRAAADLKNRIAKVLLNGKETPIADISVKDAAVTVLTRREEDVKHIETVQMLDETGSVITERKTNLDLSNNRTLDLRFTFEVV NA NA NA NA NA D1-12_00435 1590 hypothetical protein ATGGCTTACGAAGAAAAAACAGACTGGCTTCCGGACGATCCGATTAACGAAGATGACGTCAACCGCTGGGAAAAAGGCATAAAAGACGCCCACACGGATCTGGCGGCCCATAAAAACGACATGAACAACCCGCACAAAACGACAAAGGCCCAAATCGGCCTCGGAAACGTAGACAACGTCCAGCAGGCAGCAAAAAAAGATTTCGACCGGCACAATCAAGATCTGGACCGGCATGTGACGAAGGAAGAGCGCCAGAAGTGGAATAACGGGCAATTAACAAAGCTGACGGATGATTCAGGGAAATATTTAATAAGTATACAAGATGGCTTGGATTTTCATCAAATTGTAGATCAGCTTAATCAATCTTTTTTCTTTTACACAAATAACACGGGAGTTCATACTCCCCCGCTATCCGCCAGAGGTTTATATATCGGATTCAAGTCTTATGGTGAGGCTCTGGCGATGGATTATGAAGGCGGCACATGGAGAAAAACCCTTAAAGCTTCCGGCTGGACTGATTGGGTTCAGTTAGAAACTTCGGAAGGCGCCCAAAAAAAAGTCGATGCCCACACAAAGCAGACTGATATCCATGTAACGAAAGCTGAGAAGGATACATGGAACGCAGGCCAGCTGTTTAAAATCACCGCCGATAATGGCACCCAAAAAATCAATTTAACTTCCGGCTCGTTTTATGACTCGTTAAAAGACGTTGGTTCTGTAACATTTTACGGAACCAATGCAGTAACAGACAACCCGTCAAATACGAGTCTGCGCGGTATGCAGTTAGTGGGGCAGCCGGGAATAGGTAATGGTTATGCTGTAGACGTAAAGGGTAACGCATGGTGGTTTTACTATAACTCTAATCAAACAGCAATCAATTGGTATCCAATTGAATCCATAGCTGGAGCGCAGTCAAAGGTCGATGCACATGCGATAGATTCATCAATTCATATAAGTCCTATCGAAAGAGACAAATGGAACGGCGGCCAGTTGGCGAAATTGACAAAGGATGATGGGAAACGGACACGCTTAGAAAGCGGATCAGACATACTGGCACTGAGCTCGGGATTTTATTATGGAATGGGTGCTCAGCTGAAAAACAATCCGGTTGAAAATGATAATTCCTTTTTTAACTATGATGTGATTGAGAGTGAGTCAGGTAGAAAGTCGATTTTGGCTTGGAGAAGTTACGATAATAATGTATGGATTGCGACTGTTCATACAGACGGTGTTTTTAAGGGGTGGAAACGTCTATTTACTGAAGAAGAATTTAATAAAATGACCTGGTATGATTTAACACTAATTAATGGGCATAAGGCTGGCGCAAGAAATCCTCAGTATGCAGTGTGGGGCAACCAGGTATTCACTCGTGGTGAAGTGGTTCCTCCAGATTTCGACAGCATTTTCGCTGTACTTCCTTCTGAAGCTCACCCTTCAACACAGAAATCAATGGCTGCCCCACTCTTTGGAACAACCGGGATAACAAAATATTATGCCGAACCAACGGGAGAACTGAGAATTAACGGAAAATACGCCAAAATAGAGGGGAATATTACAGGGATTTCAATAGATAATAATTTCACTTTGTAA MAYEEKTDWLPDDPINEDDVNRWEKGIKDAHTDLAAHKNDMNNPHKTTKAQIGLGNVDNVQQAAKKDFDRHNQDLDRHVTKEERQKWNNGQLTKLTDDSGKYLISIQDGLDFHQIVDQLNQSFFFYTNNTGVHTPPLSARGLYIGFKSYGEALAMDYEGGTWRKTLKASGWTDWVQLETSEGAQKKVDAHTKQTDIHVTKAEKDTWNAGQLFKITADNGTQKINLTSGSFYDSLKDVGSVTFYGTNAVTDNPSNTSLRGMQLVGQPGIGNGYAVDVKGNAWWFYYNSNQTAINWYPIESIAGAQSKVDAHAIDSSIHISPIERDKWNGGQLAKLTKDDGKRTRLESGSDILALSSGFYYGMGAQLKNNPVENDNSFFNYDVIESESGRKSILAWRSYDNNVWIATVHTDGVFKGWKRLFTEEEFNKMTWYDLTLINGHKAGARNPQYAVWGNQVFTRGEVVPPDFDSIFAVLPSEAHPSTQKSMAAPLFGTTGITKYYAEPTGELRINGKYAKIEGNITGISIDNNFTL NA NA NA NA NA D1-12_00436 426 hypothetical protein ATGCAAGTCTTTTTGTATGATGAGAATTTTTATTTTCAAAGGCCTGAAATCTTAAACAGTACATCAAGTTCAATGCCGCAAAACTCAACAACCATAAAACCTCCGGACGGCTTATGGAGACCGCAGTTTGATGAAGTAAATAAAATTTGGAACGAATCTGCTGATAAAGAATATAAGGAAAATCAAAAAAACAAGTATCAGGATGTGGTGGAGCCGGATCCCATCGTGGAACAGTTGAAAGAAATCGGACAGCAACTGGCAGATGAAAAACTTGTGAGAAAACAAGCAGAACAAGCTCAAAATGCTTTAGGTGTACAATTGTCTGCCGAAGTGGTGGCAAGGGAGAAAACAGAGATGCTGAATAAAGCTTTAGGTGAACAATTAGTATCTTTAAAATTAGAATTATTAAACATAAAAGGAGAATGA MQVFLYDENFYFQRPEILNSTSSSMPQNSTTIKPPDGLWRPQFDEVNKIWNESADKEYKENQKNKYQDVVEPDPIVEQLKEIGQQLADEKLVRKQAEQAQNALGVQLSAEVVAREKTEMLNKALGEQLVSLKLELLNIKGE NA NA NA NA NA D1-12_00437 198 hypothetical protein ATGAAGAGACTTAACTTTTGGGTTTACGCTTTGTTTTATAAGTGGGCCTCAATAGAAATGGTAAAACAGGCTATGGGCTATGATGACTGCTCTGCCGAAGATCTGGCGGAAGGTGTGGCCGCGAAGTATATCACGCCTGAGGAATTTCAAGAAATAACGGGTGAAACATACGAAAACTATAAAAATGCTGTGTCATAA MKRLNFWVYALFYKWASIEMVKQAMGYDDCSAEDLAEGVAAKYITPEEFQEITGETYENYKNAVS NA NA NA NA NA D1-12_00438 762 hypothetical protein ATGAAAAAGCATTCATTTGAATTTCCCGCCGATCAACTTGGCAGGCCCGGCGCCGTAAAAGCTTATCGCGGTAACAAAAACGATTATGTCACACCGGTTGCTGATTTGTCCGGAATGGCAGAGCTTCTTACCAATACGCCGCTAGAAGCGATTGAAGTCTACAGCCAATTCGGACAAGACCGTTTAGGAGCCGTCTTAATAAACAGAGCACAGGGGTGGGCTTATTCGGACCGCAGCGGAACTCTTTTTATCGAAGAGAGCGAGGATAACAATTCGTGGACAGCTTCACATTCTGTCGCAGTAAAAGGCGGAGTGCTGACCGCTTCGGGGTGGGTCAGCCTGACAAAAAGATATTACCGGTTCCGTTTTGAAAATGGAAATCAAAAGCAGTCCGAATTTGTTTTATACCAATCTGTCGGTACGGGCGGTGATATGGCATTTTCATATACAGACGTGATTTTTCATGAAAATGCAGCAGAGGCGGGCGAGGGAAGCATCTTCTCAGCAGGCGCTTGGAAAAAACTTCTCGTCGAAATCACCGGCACGGCTGAGTCGGGCCATGTCGCGTTTTGGGGGAGATCCATCTCGGGAAAAAATGTGCCGATCAGAGGAATCAGGTCTGATGACGGGACATCAGCCGCCGGTACGTCAGGCACAGAAGAAGTGTGGGCATTTGATATTGCCGGCTTTAAGGAAATCGTCATGGAAATCAAGAGCATTTCCGGCGGGAGCCTTTCTGTCAAAGGCACGGCATTTTCTTAA MKKHSFEFPADQLGRPGAVKAYRGNKNDYVTPVADLSGMAELLTNTPLEAIEVYSQFGQDRLGAVLINRAQGWAYSDRSGTLFIEESEDNNSWTASHSVAVKGGVLTASGWVSLTKRYYRFRFENGNQKQSEFVLYQSVGTGGDMAFSYTDVIFHENAAEAGEGSIFSAGAWKKLLVEITGTAESGHVAFWGRSISGKNVPIRGIRSDDGTSAAGTSGTEEVWAFDIAGFKEIVMEIKSISGGSLSVKGTAFS NA NA NA NA NA D1-12_00439 264 hypothetical protein GTGCTTCTGGATGAACAAGCGGTGCAAAAAGAATTCGCAGGCATCAAAGGTGAACAAAAGGTGCTTGAACAGCGGGTAGCCGCATTAGAGCGGGTATCAGACCGGCAGGATCAGCAAATCATGACGCTGAATGAAAAACTGAACAAAATTGACGAAAACACAACATGGATTAAGCGGACCATTACAGGAGCGATCGTGACAGCAATCTGCACGGGCGTCATTGGCGGAGCCATCGCCATCATGTACAATCTGCTGCAAAAGTAA MLLDEQAVQKEFAGIKGEQKVLEQRVAALERVSDRQDQQIMTLNEKLNKIDENTTWIKRTITGAIVTAICTGVIGGAIAIMYNLLQK NA NA NA NA NA D1-12_00440 264 hypothetical protein ATGAAATTCGCGGACAAAGGCACGGTCGTCAGGACGGTGCTTCTTTTGCTTGCTTTATTGAATCAAACTTTGCTGATGTTCGGCAAATCGCCGCTGAATATTCAGGAGGACCAGGTCAGCCAGCTTGCAGATACGCTGTATGCCGCCGGGTCGGCCGTTTTTACAATCATAACGACTGCCGCTGCCTGGTTTAAAAACAATTATGTTACAGCAAAAGGGAAAAAACAGCAGGCTTTATTAAAAATAAACAATTTATCGAAATAG MKFADKGTVVRTVLLLLALLNQTLLMFGKSPLNIQEDQVSQLADTLYAAGSAVFTIITTAAAWFKNNYVTAKGKKQQALLKINNLSK NA NA NA NA NA D1-12_00441 879 xlyA COG1388 N-acetylmuramoyl-L-alanine amidase XlyA ATGGTAAAAATCACACAGGATTTTATCCCGGCAGGAAACAATAACCGCCCAGGCTATGCAATGACACCGATTTACATTACGGTGCACAATACAGCCAATACCGCAGTCGGAGCTAACGCCAAAAGTCACGCAAGCTATGTGAAAAATCCCGATACACCGACAAGCTGGCATTTCACAGTCGATGATACGGAAATTTATCAGCATCTTCCGCTGAACGAAAACGGTTGGCATGCCGGTGACGGAAACGGGGACGGCAACCGTAAATCCATCGGTATTGAAATTTGTGAAAACGCAGACGGAAACTTTTCACAGGCCGTGACAAACGCCCAATGGCTCATCCGCACTTTAATGACGTCGCACGGCATCCCGCTTGCGAATGTCGTTGCGCACAAGCATTGGTCAGGAAAGCTTTGTCCGAGAAGACTGCTGGATACATGGGATGAGTTTAAAGCGGGAATCGGTTCTGAGGAAAGACAGACGTATACCGTCCAAAAAGGAGATACGCTGTCGGCGATCGCGCGGAAATTCGGCGTCAGCGTGGCCGATCTGCAGAAATGGAATAACATCGCTGACCCGAACTTGATTAAAGTCGGACAAGTGCTGATCGTCAGCCCGCCGGTTGAAGCACTGTATTCTCTTCCGGATGAGGTGATCAAGCTGACAGAGCCGTACACGTCCGGTGAAAAGGTATACCAGGTGCAGAACGCGCTCGCCGCGCTTTATTTCTATCCTGAAAAAGGAGCTGTCAATAACGGCATTGACGGTATCTACGGTCCGAAAACGGCAGATGCCGTGGCCCGCTTCCAATCTGTAAACGGACTGACGTCTGACGGCGTCTACGGTCCCGCTGTAAAAGCGAAAATTCTGATGCAGCTTTAA MVKITQDFIPAGNNNRPGYAMTPIYITVHNTANTAVGANAKSHASYVKNPDTPTSWHFTVDDTEIYQHLPLNENGWHAGDGNGDGNRKSIGIEICENADGNFSQAVTNAQWLIRTLMTSHGIPLANVVAHKHWSGKLCPRRLLDTWDEFKAGIGSEERQTYTVQKGDTLSAIARKFGVSVADLQKWNNIADPNLIKVGQVLIVSPPVEALYSLPDEVIKLTEPYTSGEKVYQVQNALAALYFYPEKGAVNNGIDGIYGPKTADAVARFQSVNGLTSDGVYGPAVKAKILMQL PGPT0019115_896 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING_HYDROLASE_ACTIVITY,PGPT0019115-xlyAB-K01447 NA NA D1-12_00442 171 spoIISB Stage II sporulation protein SB ATGGAGCAGGCATTTCAAAACGGGCAGCCGGAACAAAGAGCGAAACCGTTCAAAATGTTTAAAAAACGTTCAATGACAAGTATCGCAAGTTACCAGGTCAGCCCTCATACCGCCAGAATTTTCAAAGAAAACGAGCGGCTGATTGACAAGTATAAACAAAAAAAAGCTTGA MEQAFQNGQPEQRAKPFKMFKKRSMTSIASYQVSPHTARIFKENERLIDKYKQKKA PGPT0024710_12 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-STAGE_II_SPORULATION,PGPT0024710-spoIISB-K06389 NA NA D1-12_00443 747 spoIISA Stage II sporulation protein SA ATGCTTTTGTTTTTTCAGATTATGGTGTGGACGATGGCGGCCGCACTCATTTTATATGTGTACGCATCCTGGCGGTATGAGGCAAAGGTAAAAGAAAAAATGTTTGCCATCCGTAAAACGTGGTATTTACTATTTGTACTGGGCTCCATGGTCTATTGGACATATGATCCTGAATCGCTCTTTGCCGCATGGAGTCAATATTTGATTGTTGCCGTCTGCTTTGCCCTTATTGATGCGTTTATCTTTTTGAGCGCGTATATCAAAAAGCTCGCCGGCAATGAATTAGAGACGGATACGCGGGAAATTTTAGAAGAAAATAACGAAATGCTTCACTCCTATCTTGAAAAACTGAAAACCTATCAATATCTGTTGAAAAATGAACCGATCCATGTATATTATGGAAGTACAGAAGCTTATGCGGAAGGCATCAGCAGACTGCTGGCCGCTTATGGAGAAAAAATGAATGTCACGGCTTCCTTGTGCGAGTATTCCGCACAATCGGATAAGGACCGCTTGACGGAGCATATGCCTGATGCGGCGGACGTTCAGTCCCGTCTTAACCGTAAAGACGTCTACTATGATCAAAAAGGCAGGCTTGTGCTTATTCCGTTTACAGTCCAGGACCGCCATTACGTGATCAAACTCACGTCGGAAAACCTGTTGACGGAATTCGATTATTTGCTTTTCACATCGCTAACGAGCATTTATGATTTAATGCTGCCAATAGAAGAGGAAGGTGACGGTTAA MLLFFQIMVWTMAAALILYVYASWRYEAKVKEKMFAIRKTWYLLFVLGSMVYWTYDPESLFAAWSQYLIVAVCFALIDAFIFLSAYIKKLAGNELETDTREILEENNEMLHSYLEKLKTYQYLLKNEPIHVYYGSTEAYAEGISRLLAAYGEKMNVTASLCEYSAQSDKDRLTEHMPDAADVQSRLNRKDVYYDQKGRLVLIPFTVQDRHYVIKLTSENLLTEFDYLLFTSLTSIYDLMLPIEEEGDG PGPT0024705_27 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-STAGE_II_SPORULATION,PGPT0024705-spoIISA-K06388 NA NA D1-12_00444 999 hypothetical protein ATGGATACTCTATTACTTTTAACGATATTAATTGTCATATGCGCTTTGGTATTTGACTTCATTAACGGATTTCACGATACCGCAAACGCAATCGCCACCTCAGTTTCGACAAAAGCGCTGAAGCCGCGGCACGCAATCGTCATGGCCGCCATCATGAACTTTCTCGGAGCGATGACATTTACCGGTGTGGCGAAAACCATTACAAAGGACATTGTGAATCCTTATACATTAGACAATGGGTCAGTTGTCATTCTGGCGGCTCTACTCGCCGCAATCGCCTGGAACTTGATCACATGGTATTTCGGCATTCCGAGCAGCTCTTCACATGCGATTATCGGAGCGATCGCCGGAGCGGCCATTGCAGCGTCAGGTTTTGCGACGCTTAATTATAAAGGGTTCATTAAAATTATCGAAGCACTTATTTTATCACCGATCATCGCCTTTGTTCTCGGCTTTATCGTATATTCGATCGTGAAGCTGATTTTTAAAGACAGCAATCTGGCGAAAACAAATAAACGCTTCCGCAGAGTGCAGATTTTGACGGCTGCCATTCAGTCCTATACACACGGAACGAACGACGCGCAAAAAGCGATGGGTATCATTACGATGGCGCTTATGACTGCCAATTTACATAAAAGTGATGCCATTCCTTTTTGGGTGCAGCTCTCTTGTGCCCTGGCAATGGGTCTCGGCACATCCATCGGCGGCTGGAAAATCATTAAAACCGTCGGCGGGAAAATTATGAAAATCCGTCCGGTAAACGGCGTATCTGCCGACTTAACCGGCGCAGCCATTATTTTCGGGGCCACGTTTATTCATCTCCCTGTCAGCACGACACACGTCATTTCGTCTTCCATTCTCGGTGTGGGCGCTTCCCACCGCGTAAAAGGCGTAAACTGGGGAACGGCTAAACGGATGCTCATTACATGGGTCATCACCCTGCCGATTGCAGGTACACTCGGCGCCATCGCCTTTTTCATCTTAGATCTGTTTTTCTGA MDTLLLLTILIVICALVFDFINGFHDTANAIATSVSTKALKPRHAIVMAAIMNFLGAMTFTGVAKTITKDIVNPYTLDNGSVVILAALLAAIAWNLITWYFGIPSSSSHAIIGAIAGAAIAASGFATLNYKGFIKIIEALILSPIIAFVLGFIVYSIVKLIFKDSNLAKTNKRFRRVQILTAAIQSYTHGTNDAQKAMGIITMALMTANLHKSDAIPFWVQLSCALAMGLGTSIGGWKIIKTVGGKIMKIRPVNGVSADLTGAAIIFGATFIHLPVSTTHVISSSILGVGASHRVKGVNWGTAKRMLITWVITLPIAGTLGAIAFFILDLFF PGPT0002655_3523 DIRECT EFFECT BIO-FERTILIZATION PHOSPHATE_SOLUBILIZATION P-SOLUBILISATION-PHOSPHATE_METABOLISM P-SOLUBILISATION-PHOSPHATE_TRANSPORT,PGPT0002655-TC_PIT-K03306 NA NA D1-12_00445 618 hypothetical protein ATGATAAAAAGAAAAAAAGATAAGTTCTCACTCCTTTTAACAGAAATCGCAAAAAACATAGACGAAACCGCAGAATACTTTGTCAACTTTAAAGTGACGAACCAGACGACTTTAAAGGAATTTGCCGATACGTTAAAAGAGTTTGAAACAAAAGGAGATAATCATGTTCATGTCATGATTAAAGAGCTGAACAAAGCTTTTATCACTCCCATTGAACGTGAAGACATCCTTGAGCTGACAAACAGCCTCGATGACGTGCTTGACGGAATCGAACATTTTTCAGCAATGATGGAGATTTTCTCGATCACTTCTTCCGATGAGCATATCGATAAGTTCAGCGGATACATCAGAGAGTGCGCGAAGGAAATTTTAATCACGATTGAGCTGCTTGCAGAAAACCGATTGAAGGACATTCACCCTCACGCCATTAAAATTAAGGAATACGAGCACAGCTGTGATAACCTGCACCGTAAATCATTAAAAAATCTGTTCGGCACAGAAACCGATCCGATTAAAGTGATTCAGTACCGCGAGATTTACGAAACGCTTGAGGAAATTGCCGACTCTTGCCAAAGCGTTGCCAATAACCTTGAAACCATTATTATGAAAAACGCGTAA MIKRKKDKFSLLLTEIAKNIDETAEYFVNFKVTNQTTLKEFADTLKEFETKGDNHVHVMIKELNKAFITPIEREDILELTNSLDDVLDGIEHFSAMMEIFSITSSDEHIDKFSGYIRECAKEILITIELLAENRLKDIHPHAIKIKEYEHSCDNLHRKSLKNLFGTETDPIKVIQYREIYETLEEIADSCQSVANNLETIIMKNA NA NA NA NA NA D1-12_00446 1368 steT COG0531 Serine/threonine exchanger SteT ATGGAAAATAGTTTTTTCATCATGACGATTTTACATCTGGAGGGAAAGGATATGCAGATTGAAGAGAACGGACTTAAAAAAGAGATCGGCCTTACCATCGCCCTCTCACTTGTTATCGGCACCATCATCGGTTCCGGCGTATTTATGAAACCAGGCGCCGTGCTTGCCTACTCCGGTGATGCGAAAACCGCGCTTATCGCGTGGCTGTTAGGAGGTATTTTGACGCTTGCAGGCGGATTGACCGTTGCGGAAATCGGCACTCAGATTCCGAAAACGGGCGGACTTTATACATATCTCGAAGAAGTGTACGGCGAATTTTGGGGCTTTTTGTGCGGATGGGTTCAAATTATCATTTACGGCCCGGCCATTATCGGAGCAATCGGCTTGTATTTCGGATCTTTGATGGCGCACTTGTTCAATTGGGATTCCGGCTGGTCTAAATTGATCGGGATTTCAGCCGTTTTGTTTTTAAGCATCATTAATATTATCGGAACGAAATATGGCGGCATCGTACAGGGAATTACGACTGTCGGCAAATTGATTCCGATTATCTGCATGATCGTGTTCGGCCTTTGGAAAGGCGATCAGCATATTTTCACAGCCGTTACAAGCAGCATGTCGGACATGAATTTCGGCGCTGCCATACTGGCCACCTTGTTTGCTTATGACGGCTGGATTCTGCTTGCGGCACTCGGCGGCGAGATGAAAAATCCGGAAAAGCTGCTCCCGAGAGCGATGACGGGCGGACTGCTGGTCGTCACCGCCATTTATCTTTTCATTAACTTTGCGCTGCTGCACATTCTTCCTGCGACCGACATCGTCAAACTCGGTGAAAATGCGACCGGCACCGCTGCCGGAATGCTGTTTGGCGACATCGGAGGAAAATTGATCAGCGTCGGAATCATCGTCAGCATCTTCGGCTGTTTAAACGGAAAGATTCTCGCTTTTCCGCGTGTCTCGTTTGCGATGGCGGAACGGAAACAGCTGCCGTTTGCCGGACAGATTTCGCGGGTTCATCCGACGTTCCGCACCCCGTGGATTGCCGTGTCATTTCAGATCGCGCTGGCCATTATTTTTATGATCGCCAGCAATCCCGATAAGCTGTCTGAAATCTCTATTTTCATGATTTATATTTTTTACGTCATGGCCTTTTTCGCCGTGTTTATCCTCAGAAAAAAAAGCGGCGGAAAACCGCGCGCCTACAGCGTGCCTTTGTATCCGATCATTCCTGTTTTGGCCATCGCGGGTTCACTGTTTGTGCTGATCAGCACGATCATTACAGATACACTGAGCTGCGCGCTGTCCCTCTTGATCGGCCTCGCCGGGCTGCCGCTTTATTTTTGGCTGAAAAACGGCAGAAAAAACTGA MENSFFIMTILHLEGKDMQIEENGLKKEIGLTIALSLVIGTIIGSGVFMKPGAVLAYSGDAKTALIAWLLGGILTLAGGLTVAEIGTQIPKTGGLYTYLEEVYGEFWGFLCGWVQIIIYGPAIIGAIGLYFGSLMAHLFNWDSGWSKLIGISAVLFLSIINIIGTKYGGIVQGITTVGKLIPIICMIVFGLWKGDQHIFTAVTSSMSDMNFGAAILATLFAYDGWILLAALGGEMKNPEKLLPRAMTGGLLVVTAIYLFINFALLHILPATDIVKLGENATGTAAGMLFGDIGGKLISVGIIVSIFGCLNGKILAFPRVSFAMAERKQLPFAGQISRVHPTFRTPWIAVSFQIALAIIFMIASNPDKLSEISIFMIYIFYVMAFFAVFILRKKSGGKPRAYSVPLYPIIPVLAIAGSLFVLISTIITDTLSCALSLLIGLAGLPLYFWLKNGRKN PGPT0020810_4908 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 D1-12_00447 951 mhqA COG0346 Putative ring-cleaving dioxygenase MhqA ATGAAAGTTAATGGAATACACCATGTATCAGCATTGACGGCTGATGCGCAGAAAAATTTAGATTTCTATCGGAACATCCTGGGACTGAAGCTTGTGAAAAAGTCCGTAAACCAAGATGAACCGACGATGTATCATTTGTTTTACGGTGATGAAACAGCCAATCCGGGATCTGAATTGACGTTTTTCGAGATTCCGCGGATTGCGCCGTTTCATGCGGGAACAAACAGTATTTCTTCAATCGGCCTGCGTGTCCCGGATGCACAAGCGCTCCAATATTGGAAAAAACGATTTGAAGAGCATCAGGTCTCTCACAGTGAGATCGTGAAAATAGCGGGCAGGGACACACTCGCTTTTCAGGATCATGAAGGACAGCGGCTTGTGCTGACAGCTGACGAAAAAGGAAAAGACATCGGTGAAGCGGTGAAGCAAAGCGGCATACCGGAAGAATTTTCTTTCCGCGGTCTTGGTCCCGTTGAATTGACCGTCCCGTATGCAGAACAGACGCTGCGTGTGTTAACCGATGTGCTGGGCTTCACTGAAATCGGGAAAGAAACGCATGAAGACCGGGGCACGGTTACGGTGCTCGAATCCGGAAACGGAGGCGCGCGTACAGAAGTCCATCTCATTGAAAGAAACGATCTTCCGCGCGAGCGTCCTGGAAAAGGCAGCGTGCACCATGTGGCCTTCCGCGTCCAGAATGAAGAGGAGCTTGCTTTATGGCACCGCATCATTACGAAAGAAGGTTTCAGCAACTCAGGCATTGTAGAGCGTTATTATTTCAAAGCGCTGTACTTCCGGGAGCCGAACGGAATTCTGTTTGAATTGTCAACGGACGGTCCGGGATTTATGGTTGATGAAAAACCTGAAGAGCTGGGCAAAACGGTTGCGCTCCCGCCTTATCTCGAACACCGCCGTTCTGAAATAGAAGCACGGCTGAAACCGATTCAGTAA MKVNGIHHVSALTADAQKNLDFYRNILGLKLVKKSVNQDEPTMYHLFYGDETANPGSELTFFEIPRIAPFHAGTNSISSIGLRVPDAQALQYWKKRFEEHQVSHSEIVKIAGRDTLAFQDHEGQRLVLTADEKGKDIGEAVKQSGIPEEFSFRGLGPVELTVPYAEQTLRVLTDVLGFTEIGKETHEDRGTVTVLESGNGGARTEVHLIERNDLPRERPGKGSVHHVAFRVQNEEELALWHRIITKEGFSNSGIVERYYFKALYFREPNGILFELSTDGPGFMVDEKPEELGKTVALPPYLEHRRSEIEARLKPIQ PGPT0028510_856 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-HYDROQUINONE-DERIVATE_RESISTANCE,PGPT0028510-mhqA|mhqE|mhqO|yaiA-K15975 NA NA D1-12_00448 2142 hypothetical protein GTGAAAATGAAAAAACGCGAGATAGACGCAGTCTTAATTCTCATTTTACTCGCTTCCGCATTCTTGAATATGTACAACATCTGGAATGACGATACGGTGAATCCTTATTACACCGCAGCGGTAACGAGTATGCTTCAAAGCTTTCATAATTTCTTTTACGCTTCATTTGACGCAGCCGGGTTTATCACGGTAGATAAACCGCCTGTTACATACCAGATTCAAACGATCAGCGCGCTGATATTCGGTATGCACGGGTGGAGCGTCATCCTGCCTCAGGCATTGGCGGGTGTAGGTTCAGTTCTATTCATGTACTTATTAATAAAGCCGACGTTCGGAAAAACGGCGGCGCGCATCGCCTCATTTGTCATGGCGTGTACACCGATCGCAGTAGCGGTCGCGCGGACGAACAATGTCGATGCTTTACTGGTCTTTTTCCTCTTGTTCGCTACATGGCTTCTCTTTAAAGCAATCAGAAAAGGCAGACTGATTTGGCTTTTGGCGGCATTTTTTGTCGTCGGAGCAGGCTTTAACACAAAAATGCTTCAGGCTTATATGATTTTGCCGGCCTTCTTGCTGTTCTATATGATTGCGGCAAACACCACGATTAAGAAAAAAATCATTTCATTGGTAAGCGCGTTAGCCGTTTTAGCAGCCGTTTCATTGTCATGGCCGCTCATTGTTGACAATATTCCTGCCAGCAAAAGGCCATATGTCGGAAGCAGCCAGACAAACTCCGTATTGGAATTGGCCTTCGGATATAACGGGATTCAGCGGCTGACAGGGCAAAGTTCCGGCGGCGGCCAGGGCGGGCCCGACGGAAACGCATCGAAAGAGATGTCTTCTTCCGGCGGTTCTTCACAAATGCAAAAACCGCCCGGCCAGTCAGCAAGCGGAGACAAATCACAAACCGGCAGTATGACGGCACCTCCATCTAACGGACAAATGCCAAGCGGCGGTCAAGGAGGCCCTCCAAGCGGCGGAGACGGCGGCAAAGGCGGTCCTGGCGTAGGGAAAAGCGGTACAGGCACCGGCTCGAAAATGCAGTCAGGGTCAGGAATGTTCGGTACGGGAACACCCGGTCCGCTGAGACTCTTCCAACAAGAATTATCTGATCAGATCAGCTGGCTCCTGCCGTTTGCGATTTTTGGACTGGCCGGTTTATTGATCGCCGGAGCGAGAGAAAGAAGACGATTATCAGCAGAACAGAAGGAAACGATCTTTTGGGCAGCTTGGCTTGTGCCGATTGCCGGATTCTTCAGTGTGGCGGAATTTTTCCACCATTATTATCTCATTATGCTGGCGCCTCCGATTGCTGCTCTTACCGGTGCGGGATGGGTCGCCCTCGTTCATCTGTACCGCAAGCAGGCGGGATGGAAAACTTGGCTATTGCCGGCCGCTATTCTTGTGACAACCGGATTTGAGCTGTTTATCCTTAGAAACTACAATGATCAAATCGGCGCAGGCTGGAGCATCGGAGCAGGCGTTCTCGGCGCAGTGGCGGCAATCGCCCTGTTCGTATTCAAACAGCGCCAAAAACCGCTCAGTTACTATGTTTCACTTGCAGCCCTTCTCGTCTTGATGGTGATGCCGATTTATTGGGCGAGCACACCGCTTCTGTACGGAGGCAACAGCTCATTGCCTGAAACAGGCCCTCAGCTTGCGTCAGCAGGCGGAAAAGGCATGGGAATGGATAACGCATCTGTCAATACAAAACTGATCAACTATTTAGAGAAACATAACGCCGGAGCGGATTATCTATTTGCTGCAACCGATTCCAACACAGCTGCGCCTTACATTATAAAAACGAAAAAAGCGGTCATGGCGATCGGCGGATTCAGCGGGTCTGACCCGGCCATTACGCTGACTCAATTTAAAAAGCTCGTAAAAGAAGGGAAAGTAAAATACTTCTTAACATCCGGAATGGGAAAAGGCGGAAACAACGATATTGTTGAATGGGTTGAGAAAAACGGAAAGAAAGTATCTTCATACAAATGGCAATCAAGCACAGATCAGAAAACGAAAAATCATGATGCAGCTGATACAAAAAGCAGCAAGGCCGCGGGTAAAAACAGCCGAATGAGCGGCGGGCCGGGCGGAATGAATCAGTCAGCTTCACTATACGAACTTCAATCTGATGAATAG MKMKKREIDAVLILILLASAFLNMYNIWNDDTVNPYYTAAVTSMLQSFHNFFYASFDAAGFITVDKPPVTYQIQTISALIFGMHGWSVILPQALAGVGSVLFMYLLIKPTFGKTAARIASFVMACTPIAVAVARTNNVDALLVFFLLFATWLLFKAIRKGRLIWLLAAFFVVGAGFNTKMLQAYMILPAFLLFYMIAANTTIKKKIISLVSALAVLAAVSLSWPLIVDNIPASKRPYVGSSQTNSVLELAFGYNGIQRLTGQSSGGGQGGPDGNASKEMSSSGGSSQMQKPPGQSASGDKSQTGSMTAPPSNGQMPSGGQGGPPSGGDGGKGGPGVGKSGTGTGSKMQSGSGMFGTGTPGPLRLFQQELSDQISWLLPFAIFGLAGLLIAGARERRRLSAEQKETIFWAAWLVPIAGFFSVAEFFHHYYLIMLAPPIAALTGAGWVALVHLYRKQAGWKTWLLPAAILVTTGFELFILRNYNDQIGAGWSIGAGVLGAVAAIALFVFKQRQKPLSYYVSLAALLVLMVMPIYWASTPLLYGGNSSLPETGPQLASAGGKGMGMDNASVNTKLINYLEKHNAGADYLFAATDSNTAAPYIIKTKKAVMAIGGFSGSDPAITLTQFKKLVKEGKVKYFLTSGMGKGGNNDIVEWVEKNGKKVSSYKWQSSTDQKTKNHDAADTKSSKAAGKNSRMSGGPGGMNQSASLYELQSDE NA NA NA NA NA D1-12_00449 972 putative glycosyltransferase ATGAGCAGACATATTCAATATTCAATAGTCGTCCCGGTTTATAACGAGGAACTCGTCATTCAGACAACCTATCAGCGCCTGAAAGAAGTCATGGATCAAACAAAAGAGCATTATGAATTGATCTTTGTCAATGATGGAAGCAAAGACCGCAGTATTGAGATTTTAAGAGAGCAAAGTCTGATTGATCCGAGAGTGAAAATTATTGATTTTTCCAGAAACTTCGGACATCAGATCGCGATCACAGCGGGCATGGATTATGCAGAGGGGAATGCAATCGCCGTCATTGACGCCGATTTGCAGGACCCTCCTGAATTAATCCTTGATATGATTGAACAGTGGAAAGAAGGCTACGATGTGGTGTACGCCGTCAGAACGAAACGAAAGGGAGAAACCTTTTTCAAGAAACAGACGGCCTCTCTGTTTTACCGGCTGCTGCGGAGCGTGACTGATATTGATATTCCGCTCGACACCGGGGATTTCCGCCTGCTGGACAGAAAAGTCTGTGATGAGATGAAAAGATTAAAAGAAAAAAATCCTTTTGTCAGAGGACTCGTCAGCTGGGTCGGCTTTAAGCAGACTGCTGTAGAATATGAACGAGATGAGCGGCTTGCGGGGGAAACGAAATACCCGCTTAAAAAAATGCTGAAGCTTTCCATGGACGGGATCACAACGTTCTCTCATAAACCGCTCAAGGCGGCAAGCTATGCGGGAATGCTCATGTCCGGAGCGGGTTTTCTCTATATGTTTATCGTTTTATACATGAAGCTTTTTACAGACAGCACCATTACGGGCTGGTCCTCTCTGATTGTGATACAGCTGTTATTCAGCGGCATCGTTCTATTAATGCTCGGAATGATCGGCGAATATATCGGAAGAATTTATGACGAAGCAAAAGATCGTCCGCTCTATATCGTGCAAAAAGCGTACGGTATGAAAAACGAAAAGATTTATCGGGACCAGCATATGTCTTAA MSRHIQYSIVVPVYNEELVIQTTYQRLKEVMDQTKEHYELIFVNDGSKDRSIEILREQSLIDPRVKIIDFSRNFGHQIAITAGMDYAEGNAIAVIDADLQDPPELILDMIEQWKEGYDVVYAVRTKRKGETFFKKQTASLFYRLLRSVTDIDIPLDTGDFRLLDRKVCDEMKRLKEKNPFVRGLVSWVGFKQTAVEYERDERLAGETKYPLKKMLKLSMDGITTFSHKPLKAASYAGMLMSGAGFLYMFIVLYMKLFTDSTITGWSSLIVIQLLFSGIVLLMLGMIGEYIGRIYDEAKDRPLYIVQKAYGMKNEKIYRDQHMS PGPT0014540_1576 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 D1-12_00450 177 hypothetical protein ATGAAACAAACCGGACTTTTGCTGGTCGTTACCGGCCTGATCTTGCTCCAGCTGAGCATTCAGCTTCCTCAGCAAAATGCTGCTTGGGGAATGACGCTTGGTGCAAGCATTTTACTGAACCTTTCGGGAACCGGACTGATCATGCGTTCTCTGCACAACCAGACCGGCCGCAGATGA MKQTGLLLVVTGLILLQLSIQLPQQNAAWGMTLGASILLNLSGTGLIMRSLHNQTGRR NA NA NA NA NA D1-12_00451 1353 htrA_1 COG0265 Serine protease Do-like HtrA ATGATGGATAACTATCGTGATGAAAATCGGACAGACCAAAAAGAACAGGAAGTCCTTTTAGTAAAAGAAAACCCGCAGCCGGCCAGATATTCCGCGCCGGACGAGGACAAGAAAAAACGAAGCTTCGGCTGGTTCAGACCGCTTCTCGGCGGAGTGATCGGCGGAGGGCTCGCCCTCGGCATCTATACATTTACGCCGCTTGGAGACCATCAGACTCAAGATACTTCCAATACGGCTCCCGCTCAGGAAACGTCATCGGTAACCGCCAAGCAGACATCTTCTGATTCCGGCAGCAGCAAATCGGCAAACAGCTCATCGGCAAATTCAAGCAGCATTTCGAATATGGTGGAAAACATTTCACCGGCGATCGTCGGAATCACCAATCTGCAGAAGCAGCAAAGCAGTTCCGATTTATTCGGATTCGGATCAAGCTCAGATTCAAACTCAAATTCATCGGGTGAAGATGCGGAAACGGGATCGGGTTCAGGCGTTATTTTTAAGAAAGCAAACGGCAAAGCGTATATCATTACGAATAACCACGTGGTCGAAGGCGCCTCTTCCCTTAAAGTGTCATTATATGACGGCACCGATGTAACAGCTAAACTCGTCGGCAGCGACTCTCTGACAGACTTGGCCGTTTTAGAAATCAGTGATAAACACGTGACAAAAACGGCAAGCTTCGGCAGCTCATCCGCTCTCAGAACGGGTGAATCCGTCATCGCCATCGGTGATCCGCTCGGAAAAGACCTTTCCCGCACCGTCACACAGGGCATCGTGAGCGGCTTAAACAGAACCGTCTCGATCTCTACGTCAGCCGGTGAGTCAAGCATCAACGTCATCCAAACCGATGCCGCCATCAATCCCGGAAACAGCGGCGGACCGCTCTTGAATACAGACGGCAAAATCATCGGCATCAACAGCATGAAAATCAGCGAAAGTGATGTAGAAGGCATCGGCTTTGCCATCCCGAGCAACGATGTAAAACCGATCGCCGAAGAGCTTCTCACGAAAGGACAGGTAGAGCGCCCTTATATCGGCGTGAGCATGATCGACTTGGAACAAGTGCCGCAAAACTATCAGGAAGGCACACTCGGGCTTTTCGGCAAACAGCTGAATAAAGGCGTTTATATTCGCGAAGTGGCGCAGGGCTCACCTGCAGCCAAAGCCGGATTAAAAGCAGAAGACATCATTATCAGCTTAAAAGGGAAAGAAACCGACACGGGCAGCGAACTTCGCAATATTCTCTACAAGAATACGAAAGTCGGCAGCACCGTTGACGTGAAGATTATCAGAAACGGCAAGGAAATGACGAAAAAAATGAAACTGACTCAAAAAGAAGAAACATCTTCTTAA MMDNYRDENRTDQKEQEVLLVKENPQPARYSAPDEDKKKRSFGWFRPLLGGVIGGGLALGIYTFTPLGDHQTQDTSNTAPAQETSSVTAKQTSSDSGSSKSANSSSANSSSISNMVENISPAIVGITNLQKQQSSSDLFGFGSSSDSNSNSSGEDAETGSGSGVIFKKANGKAYIITNNHVVEGASSLKVSLYDGTDVTAKLVGSDSLTDLAVLEISDKHVTKTASFGSSSALRTGESVIAIGDPLGKDLSRTVTQGIVSGLNRTVSISTSAGESSINVIQTDAAINPGNSGGPLLNTDGKIIGINSMKISESDVEGIGFAIPSNDVKPIAEELLTKGQVERPYIGVSMIDLEQVPQNYQEGTLGLFGKQLNKGVYIREVAQGSPAAKAGLKAEDIIISLKGKETDTGSELRNILYKNTKVGSTVDVKIIRNGKEMTKKMKLTQKEETSS PGPT0015105_4427 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 D1-12_00452 1560 hypothetical protein ATGAAAGAAAAACATCATTGGATTATTTCTCTGCTCGCTGTGCTGGCGGTCGGGCCGGGGCTGATGTCGAATACCGCACTTTCGGCTGTCCAAAGCCTTGTCCGGCAGACGGTCGGCGGTGAAAACTTTGACTCTTTTCATCCGATTATTATCGGTAATATGGCATTTGCCTTATTCGTGCCGGCGGGGCCGTATTTAAGAAAAAGATTCGGCTCCCGGCCTGTCTATATGATTTCGATGGCCGCGGGTGTCATCGGAGCGCTCCTTGCTGCTGTGACAAATGATATTTATCCGCTCGCCGCGGGCCGTTTTTTACAGGGAGCTGCGGCGGGCACTATGCTGATGATTATGATCCCGATGCTGGTGCTTTCGTTTCCGATTGAGCGCCGGAATTACGCATTATTTGTGTTAATCGGCGGATTTTACGGGTCCGTCATTATGGGGACTGTTTTAGGCACGGCGGCGGCAAGCGCCGGCCATTGGCATTGGCTGTTCGGCATTTTTGGCCTGCTGTCTTTTTTCGGCCTCATTTTCAGTTATATGTGGCTGCGGGATGACGCTCATAAAAATGCTGAAAAATCTCCATTTGACGGCATCGGTTTTCTGTTAGCGGGTGTATCAGCCGTGCTGACCGCCTATACATTTATTCATCTGCCGAAATGGGGCTTTTCATCATGGCAGACATTGGCGGGATTTGGAGGAAGCATCGTCATTCTTCTGATCTTGCTGATCATGCAGTACAGAAACGAACATGCGCTGATTTCGATTAAACTTATGCTGATTCCAAAGCCGATTCTGGGTGTTTTCATGATCGCTGCGGGCAGTATTTCCATAGCGGTCAGTCTTTCTGCATTTCACGGGGAGCTTCAGACCGCATATCATATGTCACAAACTCAACTGATATTCCTATATGCGAGCCTTTTGGGAGGCGTGGCCATCGCCGCTGTCATCAGTGCATTAGCATATGATAAAGTCGGTCCGGGCATGCTCGGCATAACAGGCTCTGTTATACTGGTATTCGTGAATTTTCAATGGATGACGGCGGATCATCATATACCGCTTATTCTATTTGCGGGGCTTTTCGTGATGCTGGCGGCCGGGACAGGGCTTATTGTGGCAGCCGGACTGATGGGAGCCGCGTTGGGCGGACCGCTTCCGGAACTGGTGAAACGCATGACGGCAGTTCAGTTTTTAAGGCTGTTCATTTATATGGGCGCACCTGTTTTAATAGGGTATTTTACGAAAAGAGATGCTTCCGGCATGCTTCGGGGCGCGCGCGGCACACAATCGCCGCATGACCTGCTGATGGGGACATACAGCGATTTGTTTCTTATTGCTTTCATCTTAAGCTTGCTTTTAGTGTGTTTATCATTTGTCATGAATGCGACCGGCATGGGGCATAAGCTGGCGCATAAACCGCATGCCGTCCGTAAGCAGGCGGCTGAAGAGCCTTCGCCGCAGGCTCCTGAACCGATCAGGCATCAGGTCATTCCCGATCGTGAATACAGAAGTGCGGTCAGACAGTTTCAGCGTCATCATATAAGCAAAAACGGTATGTAA MKEKHHWIISLLAVLAVGPGLMSNTALSAVQSLVRQTVGGENFDSFHPIIIGNMAFALFVPAGPYLRKRFGSRPVYMISMAAGVIGALLAAVTNDIYPLAAGRFLQGAAAGTMLMIMIPMLVLSFPIERRNYALFVLIGGFYGSVIMGTVLGTAAASAGHWHWLFGIFGLLSFFGLIFSYMWLRDDAHKNAEKSPFDGIGFLLAGVSAVLTAYTFIHLPKWGFSSWQTLAGFGGSIVILLILLIMQYRNEHALISIKLMLIPKPILGVFMIAAGSISIAVSLSAFHGELQTAYHMSQTQLIFLYASLLGGVAIAAVISALAYDKVGPGMLGITGSVILVFVNFQWMTADHHIPLILFAGLFVMLAAGTGLIVAAGLMGAALGGPLPELVKRMTAVQFLRLFIYMGAPVLIGYFTKRDASGMLRGARGTQSPHDLLMGTYSDLFLIAFILSLLLVCLSFVMNATGMGHKLAHKPHAVRKQAAEEPSPQAPEPIRHQVIPDREYRSAVRQFQRHHISKNGM PGPT0028570_62 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0028570-lmrB-K18926 NA NA D1-12_00453 120 hypothetical protein ATGCAATATACCATTCTGCTATTATGGGAAAAAACAAACCCTTTTCACCGGGAAAAGGGTTTGCTGATAGAAAAAGTTACATACCGTTTTTGCTTATATGATGACGCTGAAACTGTCTGA MQYTILLLWEKTNPFHREKGLLIEKVTYRFCLYDDAETV NA NA NA NA NA D1-12_00454 825 dppA COG2362 D-aminopeptidase ATGAAACTGTATCTATCTGTGGATATGGAAGGGATTTCCGGACTGCCTGATGAAACATTTGTCAATTCCCGCATGCACAATTATGAGCGCGGCAGGGTTCTGATGACCGAAGAAGCAAACTGGTGCATCGCAGAAGCGTTTAATAACGGATGCACGGAAGTGACCGTGAATGACAGCCACTCAAAGATGAATAATCTGCTCGCGGAAAAACTTCACCCTGAGGCAGAGCTGATTACGGGGGATGTCAAGCCGTTTTCCATGATGCAGGGGCTTGATGAATCGTATTCAGGTGTGATGTTTATCGGCTATCATGCGAGAGCGTCGATGCCGGGCGTCATGTCGCACAGCATGATATTCGGCGTCCGCCACTTTTACATAAATGATAAGCCGGTCGGTGAACTGGGGTTAAATGCCTATCTCGCCGGATTTTACGATGTCCCTGTCATCATGGCTGCCGGAGACGATTGCGCCGCAAAAGAAGCGGAGGAGCTGATCCCGAATGTAACGACTGCCGCCGTCAAACAAACCATTTCAAGAACCGCGGTCAAATGCCTGTCCCCTCAAAAAGCCGGACGGCTCCTGACGGAAAAAACAGCCTATGCGCTCAAAAATAAAGATAAGGTCAAACCGCTGACTCCGCCTGAAAGACCTGTATTAGGCATTGAATTTGCCAACTACGGACAGGCTGAATGGGCCCATTTAATGCCGGGCACAGAAATCATCCCGGGAACGACAATCGTTCAATTTCAGGCAAAAGACATGCCGGAAGCCTATCAGGCCATGCTCGTCATGACAGAACTCGCCATGAGAACAACATTCTGTTAA MKLYLSVDMEGISGLPDETFVNSRMHNYERGRVLMTEEANWCIAEAFNNGCTEVTVNDSHSKMNNLLAEKLHPEAELITGDVKPFSMMQGLDESYSGVMFIGYHARASMPGVMSHSMIFGVRHFYINDKPVGELGLNAYLAGFYDVPVIMAAGDDCAAKEAEELIPNVTTAAVKQTISRTAVKCLSPQKAGRLLTEKTAYALKNKDKVKPLTPPERPVLGIEFANYGQAEWAHLMPGTEIIPGTTIVQFQAKDMPEAYQAMLVMTELAMRTTFC PGPT0020935_393 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0020935-dppA1-K16203 NA NA D1-12_00455 927 dppB_3 COG0601 Dipeptide transport system permease protein DppB TTGCTGCGGTATTTTATCAAACGTTTTATCGCCATGATTATGACCGTCCTCGTCATCACCACTCTGACATTTGTCATGATGAAAGTGATACCCGGCTCGCCTTTTAACGAAGAGCGGGGCACAAACGAAGCGGTCCAGCGAAATCTCGAATCCTACTACCATCTGAACGAACCTCTTATCACTCAATACGCCATCTATCTAAAATCCATTCTTACCTTTGATTTCGGTCCTTCAATTAAAAAACCGTCAGACAGTGTAAACGCCATGCTTGAACGCGGGTTTCCGGTCTCATTTGAGCTTGGGATAACGGCGATCATCATCGCTGTTATTTCCGGGCTCGCGCTCGGCATAATGGCCGCTCTCAGGCGCGGCGGCTTTCTCGATTATGCGGCCATGAGCCTTGCGGTGCTCGGGATTTCTATTCCGAATTTTATTATGGCTACGCTGCTGATTCAGCAATTTGCGGTTCATCTGAAATGGTTTCCGGCAGCTACCTGGACGAGTCCCGTTCACATGGTCCTGCCGACTGTTGCGCTTGCCGTCGGTCCCATGGCCATTATCGCGAGGCTGACAAGATCGAGCATGGCCGAAGTGCTGACTCAGGATTACATCCGCACGGCAAAAGCAAAGGGGCTTTCTCCCGTCAAAATTGTGATCAAACACGCATTAAAAAACGCTCTTATGCCTGTTGTGACAGTACTCGGGACGCTTGCCGCAAGTATTTTAACGGGCAGTTTCGTCATCGAGAAAATTTTTGCCATACCGGGAATGGGCAAATATTTCGTAGAAAGCATCAATCAGCGTGATTACCCGGTCATCATGGGAACGACCGTATTTTACAGTGTGATTCTGATCGTCCTGCTGTTTCTGGTTGATTTGGCATACGGCCTGTTAGACCCGCGCATAAAACTTCATAAGAAAGGGTGA MLRYFIKRFIAMIMTVLVITTLTFVMMKVIPGSPFNEERGTNEAVQRNLESYYHLNEPLITQYAIYLKSILTFDFGPSIKKPSDSVNAMLERGFPVSFELGITAIIIAVISGLALGIMAALRRGGFLDYAAMSLAVLGISIPNFIMATLLIQQFAVHLKWFPAATWTSPVHMVLPTVALAVGPMAIIARLTRSSMAEVLTQDYIRTAKAKGLSPVKIVIKHALKNALMPVVTVLGTLAASILTGSFVIEKIFAIPGMGKYFVESINQRDYPVIMGTTVFYSVILIVLLFLVDLAYGLLDPRIKLHKKG PGPT0004530_61 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0004530-dppB1-K16200 NA NA D1-12_00456 948 dppC COG1173 Dipeptide transport system permease protein DppC ATGAATCTCCCGCAAGAAACGGTAAAACACACAGAAGTGCCTGATGACTGGTTTCAGCCGGGCGCGGAAAGAAAGGGTGAAACCGAGTCGGTCAAGCGTCCGAGCCTGTCTTACACTCAGGATGCGTGGCGGCGGCTTAAAAAGAACAAATTGGCGATGGCCGGGCTTGTGATTTTATGCTGCCTGTTTCTATCGGCTGTGTTCGGTCCGCTGATATCACCGCACAGCGTGACAAGGCAGACGCTCGCCGAGCAGAATCTTCCGCCTTCTTTTTCACACTGGTTCGGAACCGATGAACTTGGCCGGGACGTGTTTACAAGAACGTGGTACGGAGCGAGGATCTCTTTATTTGTCGGTGTGATGGCGGCGCTGATCGACTTTTTGATCGGCGTTATCTACGGAGGGGTCGCCGGATACAAAGGGGGCCGGACAGACAGCGCCATGATGAGAATCATCGAGGTTCTCTACGGATTGCCGTATCTGCTCGTTGTCATTTTGTTAATGGTGCTGATGGGGCCGGGGCTCAGTTCCATTATCGTCGCTCTGACCGTGACGGGATGGGTCGGCATGGCGCGGATTGTCAGAGGGCAGGTGCTGAGGATGAAGCATGATGAACACGTATTGGCTTCGAAAACGTTTGGAGCGAAAACATTTCGGATCATTAAGAAAAATCTGCTGCCGAATACGATGGGAGCCATTATTGTCCAAATGACGCTTACAGTGCCGGCGGCGATTTTTGCGGAATCATTTTTAAGTTTTCTCGGACTCGGCATTCAGGCGCCGTTTGCAAGCTGGGGCGTCATGGCAAACGACGGGCTGCCGGCGATTTTATCAGGCCATTGGTGGCGGCTGTTTTTTCCCGCTTTTTTCATTTCCTTAACGATGTACGCGTTTAACGTACTTGGAGACGGCTTGCAGGACGCGTTAGACCCGAAACTGAGGAGGTAG MNLPQETVKHTEVPDDWFQPGAERKGETESVKRPSLSYTQDAWRRLKKNKLAMAGLVILCCLFLSAVFGPLISPHSVTRQTLAEQNLPPSFSHWFGTDELGRDVFTRTWYGARISLFVGVMAALIDFLIGVIYGGVAGYKGGRTDSAMMRIIEVLYGLPYLLVVILLMVLMGPGLSSIIVALTVTGWVGMARIVRGQVLRMKHDEHVLASKTFGAKTFRIIKKNLLPNTMGAIIVQMTLTVPAAIFAESFLSFLGLGIQAPFASWGVMANDGLPAILSGHWWRLFFPAFFISLTMYAFNVLGDGLQDALDPKLRR PGPT0004535_64 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0004535-dppC1-K16201 NA NA D1-12_00457 1029 oppD_4 COG0444 Oligopeptide transport ATP-binding protein OppD ATGGCGCAGCAAGTTCTTTCCGTTCAAAATCTGCATGTTACTTTTTCAACATACGGAGGCACTGTAAAAGCCGTAAGAGGCGTCAGCTTCGATTTATATAAAGGTGAAACGTTTGCGATCGTCGGTGAATCGGGCTGCGGAAAAAGCGTGACGTCACAAGCCGTGATGGGTCTTCTTCCGAAACATTCGGCAAAGATTGAATCCGGAAGCATACAATTTAAACAGAAAGACCTTTGCCAAATGTCGGATCGGGAAATGCGGGGAATCCGGGGGCGCGATATTTCTATGATCTTTCAGGACCCGATGACGGCGCTCAATCCGACTTTGACCATAGGGGATCAGCTCTCAGAAGCGCTGTTGGAACACCGCGCCATGACAAGAAAACAAGCTGAATCCGAAGTTCTCGCCATGCTGGATCTGGTCGGTATCCCGGACTCGAAATCCCGCCTGAAGCAGTACCCCCACCAATTAAGCGGGGGCATGCGGCAGCGGATCGTGATCGCGATGGCTCTGATCTGCGAGCCGGAAATTATGATCGCCGATGAACCGACAACGGCTCTTGATGTGACGATTCAAGCACAAATCCTTGAATTATTTAAGAAGATTCAAAGAAAAACAGGCGTGTCTATTATTCTGATCACACACGATCTCGGCGTCGTCGCTCAGACCGCCGACAGAGTCGCCGTCATGTATGCGGGGAAAATCGCCGAAATCGGCACGAGGCATGATATTTTTTACCGTCCGGCTCATCCATACACAAAGGGGCTGCTTCGTTCAGTGCCGCGGCTGGATATGGAGGATAGTGAGCTGTCGCCGATTGACGGGACGCCGCCTGATTTATTCGATCCGCCGCCGGGCTGCCCGTTTGCCGCCCGCTGCCCGGACAGGATGATCGTCTGTGAAAAGGTATACCCGGCAACAACCGTGAAATCCAAAAGCCATATCGTTAATTGCTGGCTTCAGGATCACCGTGCAGAGCGGCTGAAGCAGCAGCTGACGGCAGCAGAGGAAAAAGGGGGATTGAAATGA MAQQVLSVQNLHVTFSTYGGTVKAVRGVSFDLYKGETFAIVGESGCGKSVTSQAVMGLLPKHSAKIESGSIQFKQKDLCQMSDREMRGIRGRDISMIFQDPMTALNPTLTIGDQLSEALLEHRAMTRKQAESEVLAMLDLVGIPDSKSRLKQYPHQLSGGMRQRIVIAMALICEPEIMIADEPTTALDVTIQAQILELFKKIQRKTGVSIILITHDLGVVAQTADRVAVMYAGKIAEIGTRHDIFYRPAHPYTKGLLRSVPRLDMEDSELSPIDGTPPDLFDPPPGCPFAARCPDRMIVCEKVYPATTVKSKSHIVNCWLQDHRAERLKQQLTAAEEKGGLK PGPT0004540_14 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0004540-dppD1-K16202 NA NA D1-12_00458 1620 dppE COG4166 Dipeptide-binding protein DppE ATGAAAAAGAGATGGGCGATCGGTGTGATTGCTGTTGTTTCGTTTGCTCTGATGGGCTGTACAGCCAATGAACAGGCGGGGACAGAACCCGGCAAAGCAAAAGAACAGGGGGGTGAAACGGTGCTGCGGCTCAATAACGAAAATGAGCCGACCTCACTTGATCCGCCGATCGGATTTAATAATGTTTCCTGGCAGCCGCTGAATAACATCATGGAAGGATTGACGAGGCTCGGAAAAGATAATAAACCCGAACCGGCCATGGCGGAAAGCTGGAAGGTGTCCGCTGATAAGCTGACATATACCTTCAATATCCGTGATAACGCCGAATGGACAAATGGCGATCCCGTTACGGCGGAAGACTTCGTGTACGCCTGGAAACGGATGCTCGATCCGAAAACGGGCGCATCTTCCGCATTTCTCGGCTATATGATCAAAGGCGGGGAAGAATTTAACAGCGGAAAAGGCAAAAAAGAAGACGTGAAAATCACGGCAAAAGATAAAAAAACGCTTGTCGTCACATTGGCGGCACCGCAGGATTATTTTCTGAGCGTCGTGTCCAATCCGGCGTATTTCCCGATTAATGAGAAGGTCGCCAAGGCTGATCCGAAATGGTTCACTGAAGCAAAAACCTTTGTCGGCAACGGGCCGTTCAAACTGACGGAATGGAAGCATGACGACAGCATGACGATGGTCAAAAACGAGACGTATTGGGATAAAAAGACGGTGAAACTGGATAAAGTCACCTGGGCGATGGTCAGTGACCGGAATACCGACTATCAGATGTTCCAGTCGGGGGATTTGGATACCGCCTTTGTGCCGGCAGAGCTGAGCGAGCAGCTGATGGGAGGAAAAAATGTCCGCACGTGGGATCAGGCCGGACTCTATTTCTATCGTTTTAACGTAAAAATGGAGCCGTTTCAAAATGAGAAGATCAGAAAAGCGTTCGCCGCAGCGATTGATCAGAAAGAAATCACGGATTATGTGACCAAAAACAGTGAAAAGCCGGCACATGCCTTTGTATCCCCGGGATTTACTCAGCCTGACGGGAAAGATTTCCGCGAAGCGGGCGGCAGTTTATTAAATCCGGATGAATCAGAAGCCAAAAAACTGCTGGAAAAAGGCATGGCGGAAGAGCATTATGACAAGCTGCCCGCCGTTACATTGACATACAGCACAAAACCGGAGCATAAGAAAATAGCGGAAGCGGTTCAGCAGAAGCTCAAAAGTGTGCTCGGTATAGACGTTAAGCTCGCCAATATGGAATGGAACGTCTTTTTAGAAGAGCAGAAAGGACTGAAGTTCCAGTTCTCTCAAAGCTCATTTTTACCGGATTACGCAGATCCGATCAGTTTTCTTGAGGCTTTCCAAACGGATAATTCCATGAACCGCACCGGCTGGGGCAGCGCGGCATACGACGGCTGCATCAAGCAGGCAAAACAGGAGGCCGATGCCAAAAAACGTTTTGCGCTCATGCATAAAGCGGAAAAGCTGCTCATGAATGAGGCTCCGATCATTCCGATTTACTTTTACAATCAGGTGCATCTGCAGAACAGCGGCGTGAAGGGCATTGTCCGGCACCCCGTCGGTTACATTGATCTGAAATGGGCGGAAAAGTCCTGA MKKRWAIGVIAVVSFALMGCTANEQAGTEPGKAKEQGGETVLRLNNENEPTSLDPPIGFNNVSWQPLNNIMEGLTRLGKDNKPEPAMAESWKVSADKLTYTFNIRDNAEWTNGDPVTAEDFVYAWKRMLDPKTGASSAFLGYMIKGGEEFNSGKGKKEDVKITAKDKKTLVVTLAAPQDYFLSVVSNPAYFPINEKVAKADPKWFTEAKTFVGNGPFKLTEWKHDDSMTMVKNETYWDKKTVKLDKVTWAMVSDRNTDYQMFQSGDLDTAFVPAELSEQLMGGKNVRTWDQAGLYFYRFNVKMEPFQNEKIRKAFAAAIDQKEITDYVTKNSEKPAHAFVSPGFTQPDGKDFREAGGSLLNPDESEAKKLLEKGMAEEHYDKLPAVTLTYSTKPEHKKIAEAVQQKLKSVLGIDVKLANMEWNVFLEEQKGLKFQFSQSSFLPDYADPISFLEAFQTDNSMNRTGWGSAAYDGCIKQAKQEADAKKRFALMHKAEKLLMNEAPIIPIYFYNQVHLQNSGVKGIVRHPVGYIDLKWAEKS PGPT0004525_78 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0004525-dppE-K16199 NA NA D1-12_00459 936 ykfA COG1619 putative murein peptide carboxypeptidase ATGAACCATAAACCGAAAGCACTGCAAAAAGGCGACACGGTCGGTGTGATTGCGCCCGCAAGCCCGCCTGAGAGCGGGACGCTGCAAACCGCGCTGCGTTTTTTAGAGAATGAGCTTGGCCTTCAAGTGAAACTCGGCCGGGCGCTGAAGACTCGTCACGGCTATTTGGCGGGAGAGGACCGGGCGCGTCTCGATGATCTCCATGACATGTTTAGTGATCAGAATGTCAAAGCGGTGATATGCGCGTGCGGAGGATTCGGCACGGGCCGCATTGCCGCCGACATCGATTTCGGCTTAATCCGCCGCAATCCGAAAATTTTCTGGGGATACAGCGATATTACGTTTTTACATACCGCCATTCATCAAAATACGGGGCTCGTCACATTTCACGGCCCGATGCTGAGCACGGATGTCGGGCTTGAAGACGCTGATCCCCTGACAAAAGCGTCGTATCATCAGCTTTTTGCAGAAACGGAATTCACCTATACGGAGGACATTTCTCCCTTAGAGGTGCTGACAGGCGGAAGGGCCGAGGGAGAGCTTGCGGGCGGCAATCTGTCGCTCATTACGTCCACGCTCGGCACGCCGTTTGAAATCGATACGAAAGACAAATTGCTGTTTATCGAGGATATTGATGAGGAGCCGTATCAAATCGACAAAATGCTGAATCAATTAAAGATGGCAGGAAAACTGTCAGATGCAGCCGGAATCCTGGTCTGTGACTTTCACCAATGCGAACCGAAAAACAAAGAAAAGTCCCTTACCTTAGAGCAAGTGCTGAATGATTACATTGTCAAATCAGGGAAGCCCGCGCTTAAAGGCTTTAAAATCGGCCATTGTTCACCGAGCTTCGCCGTTCCGATCGGAGTCCGCGCGGTTATGGATACGGCGGCCAAAGCGGTAACGATTGAATCGGGGGTTTCCGGAAGGGAGTGA MNHKPKALQKGDTVGVIAPASPPESGTLQTALRFLENELGLQVKLGRALKTRHGYLAGEDRARLDDLHDMFSDQNVKAVICACGGFGTGRIAADIDFGLIRRNPKIFWGYSDITFLHTAIHQNTGLVTFHGPMLSTDVGLEDADPLTKASYHQLFAETEFTYTEDISPLEVLTGGRAEGELAGGNLSLITSTLGTPFEIDTKDKLLFIEDIDEEPYQIDKMLNQLKMAGKLSDAAGILVCDFHQCEPKNKEKSLTLEQVLNDYIVKSGKPALKGFKIGHCSPSFAVPIGVRAVMDTAAKAVTIESGVSGRE PGPT0023815_1572 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-MURAMOYLTETRAPEPTIDE_CARBOXYPEPTIDASE_ACTIVITY,PGPT0023815-ldcA-K01297 NA NA D1-12_00460 1098 ykfB COG4948 L-Ala-D/L-Glu epimerase GTGAAGATTACAGATATTCAAACGGGACGGATGTCCGTGCCGCTGAAAAAGCCGTTTAAGACCGCTTTGCGCACGGTTTACAATGCTGAATCGGTCATTGTGAAGCTCACTTTTGACAACGGTCTGACCGGCTGGGGGGAGGCGCCGCCGACGGTTGTCATTACAGGCGACAGCACGGCCGGTATTGAAAGCGCCGTCCACGATGTGCTGAAGCCCGTTCTCTTGGGGCGGAGCCTTTTCGGCACGGAAGCTGTTCTGTATGATATCAGCCGGCTGTTGGAAAGAAATCAAAGCGCAAAAGCCGCGGTGGATATGGCTGTATATGACGGATGGGCGCAAATGCACGGACAGCCGCTTTACCGGCTTCTCGGAGGCTATCGGAATACACTGGAAACAGATTTTACCGTCAGCGTCAATTCTCCTGAGGAGATGGCGGGGGATGCAGACCGTTATGTGAACAAAGGATTTCATATTTTAAAAATAAAAGTCGGCATAGGTGACATATCGGACGATGTTGCCCGGATTCAGGCGATCAGATCACGTGTCGGCGGAAACGTCAAACTGAGATTGGACGCCAACCAAGGCTGGACGCCGAAAGAAGCCGTGACTGCGATCCGAAAGATGGAAGACGCCGGCCTGGGCATTGAGCTGGTCGAGCAGCCTGTTCATAAAGACGATATCGCCGGGCTGAAGCAGGTCACAGATGCCGTAGACACGCCGATTATGGCGGATGAGAGCGTCTTTACCCCCCGTCAGGCCTTTCACGTGCTGCAGACGAGAAGCGCCGATTTAATCAATATTAAGCTGATGAAAGCGGGCGGCATAAAGCAGGCGGAAACAATCAATGCGATGGCCGAAACGTGCGGCGTGGAATGCATGGTCGGCAGCATGATTGAGACCAAGCTCGGCATCACCGCCGCGGCTCATTTTGCCGCGGGCAAACGGAATGTGACAAGGTTTGATTTTGATGCGCCGCTTATGCTGAAAGATGATTTGATTCAAGGCGGCATCACATACAGCGGCAGTCAGATTACGATTCCCGATGAACCGGGTCTCGGCATTACCGGTGTGTCGATACAAGAGGAGGCGAAAGGATGA MKITDIQTGRMSVPLKKPFKTALRTVYNAESVIVKLTFDNGLTGWGEAPPTVVITGDSTAGIESAVHDVLKPVLLGRSLFGTEAVLYDISRLLERNQSAKAAVDMAVYDGWAQMHGQPLYRLLGGYRNTLETDFTVSVNSPEEMAGDADRYVNKGFHILKIKVGIGDISDDVARIQAIRSRVGGNVKLRLDANQGWTPKEAVTAIRKMEDAGLGIELVEQPVHKDDIAGLKQVTDAVDTPIMADESVFTPRQAFHVLQTRSADLINIKLMKAGGIKQAETINAMAETCGVECMVGSMIETKLGITAAAHFAAGKRNVTRFDFDAPLMLKDDLIQGGITYSGSQITIPDEPGLGITGVSIQEEAKG PGPT0020045_494 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_ALANINE_DEGRADATION,PGPT0020045-ycjG-K19802 NA NA D1-12_00461 900 ykfC COG0791 Gamma-D-glutamyl-L-lysine dipeptidyl-peptidase ATGAGAGCAGCCGTTACAGCGGCGGCAGCCAACGTATGGACGCTGCCGTCATCTCCCCGTTCGGATGATGCGCCGATGCTCGAAAACCCGCCGCAGATCAGAAAATGGTTAGTGTCTATGGGATATGAAGAGCGGCTGCAATTATGCACAGACAACCTTGTCCAAACGCAAGTGCTTTTCGGAGAAGAAGTGATCATTCTCAAAGAGGAAGGGGAATGGGCTTTTGTCGCCGTTCCCGGCCAGCCTTCAAACAAGGACGCGCGCGGATATCCGGGCTGGATGAAAAAAAGCCAGCTTTCAAAAGACGGCTTTCATACATCTTCCCCCGCCGTATGGATTACCAAACCGACAGCTTTTTTATATCACACAAACGGCGAACCGGACTTGGAAGTAAGTTTCTTAACGCGTCTTCCGGCTCCAGGACGTGAAAAAAGTTTTTTCCGGGTGGTGACGCCCCTCGGAGAACGGTTCGTAAATGAAGCTGACGCAGACGAGTGCCGGCATACGGAAGGACGGGCGGCCGATGTCATCGAAACGGGCATGATGTTTCTCGGGCTTCCGTATTTATGGGGAGGACTGAGCGGTTTCGGGTTTGACTGTTCCGGGTTTATGTATTCGATATTTAAAGCAAACGGCTATACCCTTCCCCGTGATGCAAAGGACCAAGCAAAAGCCGGGTGCGGCGCGGCGGTAAACGATATCCGGCCGGCTGACCTTTTGTTTTTCGCCTATGAAGAAGGAAAAGGCGCGATCCACCATGTCGGTTTGGCGCTGGGAGACGGCCGAATGCTGCACTCCCCGAAAACGGGAAAAACAATCGAAGTGCTGTCTTTAGAAGGAACCGTCTATGAAAAAGAATTATGTACCGTACGCCGCTGTATAAGCGAAAAGGGGGAATAG MRAAVTAAAANVWTLPSSPRSDDAPMLENPPQIRKWLVSMGYEERLQLCTDNLVQTQVLFGEEVIILKEEGEWAFVAVPGQPSNKDARGYPGWMKKSQLSKDGFHTSSPAVWITKPTAFLYHTNGEPDLEVSFLTRLPAPGREKSFFRVVTPLGERFVNEADADECRHTEGRAADVIETGMMFLGLPYLWGGLSGFGFDCSGFMYSIFKANGYTLPRDAKDQAKAGCGAAVNDIRPADLLFFAYEEGKGAIHHVGLALGDGRMLHSPKTGKTIEVLSLEGTVYEKELCTVRRCISEKGE PGPT0020945_306 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-DIPEPTIDYL-PEPTIDASE_ACTIVITY,PGPT0020945-ykfC-K20742 NA NA D1-12_00462 972 oppF_4 COG4608 Oligopeptide transport ATP-binding protein OppF ATGACGGCATCTCCGCTCCTTGAAGTCAGCGGGCTGAAAATGCATTTTGACGCAGGAAGAAAGAAAGCCGTAAAAGCAGTCGACGGTGTCAGTTTTCACATTAAAAGAGGGGAAACATTCGGACTTGTCGGAGAATCGGGATGCGGTAAATCGACGCTCGGAAGGGTTATTCTCCGTCTGTATGACCCGACGGCCGGTTCGGTATCATATGAAGGGACGGATATACACCGTGCCGCGGCAGAACAGCGGTCTGTCTTCTTCCGCAAGCTGCAGATGATTTTCCAAGACCCTTACGCCTCGTTAAATCCGCGCCTGACCGTAAGGGAAATTATTATGGAGCCGATGGAAATCCACAATCTTTACAATACAAGAAAAGCCCGTCTGATGATGGCGGATGAACTGCTTGAAGCTGTCGGGCTCCATCCGGATTTCGGCAGCCGGTATCCTCACGAATTCAGCGGCGGACAGAGGCAGAGAATCGGGATTGCCAGAGCGCTCTCTCTGCACCCCGAATTTATCGTGGCGGATGAGCCGATTTCAGCGCTGGATGTGTCGGTACAGGCTCAGGTCGTCAACCTTTTAAAAAGGCTTCAGAAAGAGAAAGGGCTGACATTTTTATTTATCGCCCACGATTTATCAATGGTCAAGCATATCAGCGACCGGATCGGCGTGATGTATTTGGGGCGCATGATGGAAATTACAGAAAGCGCTGCGCTTTACCGGGAACCGCTTCACCCTTATACGAAGGCGCTTTTATCCTCAATCCCGATTCCTGATCCGCTTCTTGAGGACAAGCGTGAACGGATTATTCTGAAAGGGGAGCTGCCGAGCCCCCTTAACCCGCCGAGCGGCTGTGTATTCAGGACGCGGTGTCCTGAAGCGATGGAGCTCTGCGGTAAGATAACGCCTGAGCTTGAAGAAGTGAAGGCGGGGCGTTTTGTCGCCTGCCATTTATACAAAAAAGAAAGCTGA MTASPLLEVSGLKMHFDAGRKKAVKAVDGVSFHIKRGETFGLVGESGCGKSTLGRVILRLYDPTAGSVSYEGTDIHRAAAEQRSVFFRKLQMIFQDPYASLNPRLTVREIIMEPMEIHNLYNTRKARLMMADELLEAVGLHPDFGSRYPHEFSGGQRQRIGIARALSLHPEFIVADEPISALDVSVQAQVVNLLKRLQKEKGLTFLFIAHDLSMVKHISDRIGVMYLGRMMEITESAALYREPLHPYTKALLSSIPIPDPLLEDKRERIILKGELPSPLNPPSGCVFRTRCPEAMELCGKITPELEEVKAGRFVACHLYKKES PGPT0004440_7911 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 D1-12_00463 1050 pgl COG2706 6-phosphogluconolactonase ATGGCTAAGTACATAGGATACGCGGGAACATATACAAAAGGCGGAAGCGAAGGCATTTATTGTTTTGAACTTGATACAGAAGCGAAACGGCTCAGCCGGCCGAAGCTGGCAGCAAAGCTCGGCAACCCGACATACGTCACTCCGAATTCTGATAACAGCATGCTGTATTCCATTGAAAAGGCAGACGGAAAAGGCGGCGTCGCAGCCTATCAGATTCATCAGAACAGCGGGGAATTAACTTTTGTGAACCACCAGCTGATTGAAGGCCCTTCTCCATGCCACGTCAGCATTGATGATAAACATGAATATGTGTTAACCGCGAATTACCACAGCGGAAAAGTGCACGCCTTTCCCGTCAATGAGGACGGAAGTCTGCGGGAGCCGGCTGCCGAAGCCGCTCATACGGGAACAGGTCCTCATGAAAGACAAGAGAAACCGCATACCCATTTCGCAGGCTATACACCTGAGCATAACTACATTGCAGCCGTCGATTTAGGGACGGATACGCTGTATACTTACCAAATGAAAAACGGTTCGCTCACAGAGGTGAAAACTCATTCTTTCACACCGGGTTCAGGGCCGCGCCACATCGTTTTCCATCCGGCGGAAAAATATGCCTATGTCATGACGGAAATCAGTAATGAAGTCATCGCGCTTGAATACAACCCGACCTTAGGTGAATTCAGAGAGCTCCAGGTCATTTCCGCTTTGCCTGAAGGCTTTACGGACAAATCGCAAGGCAGTGCGATCCGCATATCTAAAGACGGCAGATTTCTTTATGCCGCCAACCGCGGACATGACAGCATCGCCATCTTTAAGATCAACCAATATTCCGGTGAATTGTCTCTTATTGAATGGGTGCCGACAGAAGGAAACTGGCCGCGTGATTTCGCGTTTGACCCTTCCGAGACATTCCTTGTCGCGTCAAACGAAGAAACGGGAAATCTGGTTTTGTTTGAACGTGATCCGGAAACAGGCAAATTGACTCTGCTTCAATCTGACATTCCGGTTCCGTATCCGGTCTGCGTGTCATTTCTGCATCAGGTTTAA MAKYIGYAGTYTKGGSEGIYCFELDTEAKRLSRPKLAAKLGNPTYVTPNSDNSMLYSIEKADGKGGVAAYQIHQNSGELTFVNHQLIEGPSPCHVSIDDKHEYVLTANYHSGKVHAFPVNEDGSLREPAAEAAHTGTGPHERQEKPHTHFAGYTPEHNYIAAVDLGTDTLYTYQMKNGSLTEVKTHSFTPGSGPRHIVFHPAEKYAYVMTEISNEVIALEYNPTLGEFRELQVISALPEGFTDKSQGSAIRISKDGRFLYAANRGHDSIAIFKINQYSGELSLIEWVPTEGNWPRDFAFDPSETFLVASNEETGNLVLFERDPETGKLTLLQSDIPVPYPVCVSFLHQV PGPT0014975_1561 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 D1-12_00464 861 arcA Arginine deiminase ATGGACGTATCCATTCCCAAATCCACGCGGAAACCGGCTTGCCGCAGTGAATTTGATGCTTTGCAGACAGTCATCTTATGCCGGCCGGAACACATGGCCATCAAGGATATTATTAACGGAACGCAGAAACATTTCAAACAAGAAAATATTAACATACCCGTTGCCCTCAAACAGCATAGTGAGTTTATTGACATTTTAAGATCTCATCAGATTGAAGTCGTCCTGCTGCCTGCCGATTCCGCATTGCCTGAGCAGGTATTCACCCGGGATATCGGATTTGTCTTAGGCGAGACGGCGTTTATTTCAAACATGGCGGCTTCAGTCCGGCAGGGAGAAGAAACAGTGTTTCAAGACCTGCTTGACAATAAGAAAATCCCTTATACGCGACTGAAAAAAGGGAACATTGAAGGCGGCGACATCTTGATCGCAGACGGCACCGTTTACGCCGGGCTGAGCAAGCGCACGGATAAAGCGGCTGTCCGGGAGCTGCAGGAGGCGCTGCCGGAGATGACGGTTGTGCCGATCCCTCTCAAGGAGGATTTCTTACATTTGGACTGTGTATTTAATATGATCTCGGAAACGGAAGCGCTATACTGCAAAAATGGCTTGCGGCAGAAAGAAATTGATCTTCTCGCCGAACGTTTTGAGATGATAGAAGTGCCTGAAGAAGAGCAATTCACGCTCGGCCCGAATATCCTGTCAATCGGCAATCAGACAATTATCAGCCTGCCGCAGCACCGTCATACGAACCGCGAGCTCAGAAAAAGAGGTTATACGGTCATTGAAACCGAGTTTTCCGAAATTATTAAATCAGGCGGTTCCTTCCGCTGCTGCACCTTGCCGCTTGTCAGAACATCTTAA MDVSIPKSTRKPACRSEFDALQTVILCRPEHMAIKDIINGTQKHFKQENINIPVALKQHSEFIDILRSHQIEVVLLPADSALPEQVFTRDIGFVLGETAFISNMAASVRQGEETVFQDLLDNKKIPYTRLKKGNIEGGDILIADGTVYAGLSKRTDKAAVRELQEALPEMTVVPIPLKEDFLHLDCVFNMISETEALYCKNGLRQKEIDLLAERFEMIEVPEEEQFTLGPNILSIGNQTIISLPQHRHTNRELRKRGYTVIETEFSEIIKSGGSFRCCTLPLVRTS PGPT0014323_1 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014323-ykgA-NA NA NA D1-12_00465 519 hypothetical protein ATGAAGTTGCCAGAATCAAGATTTTGCAAAGAAACAAGGGTTGTTAAAACAAGCAGGGTTTTTCCGCTTGATACGAATAATCACAATACGCTGTTTGGCGGAAAGCTGATGAGCTACATTGATGATATCGCTTCAATTTCCGCGGCCCGCCACTGCCGGTGTGAAACAGTCACGGCTTCAATGGATTCTGTAGATTTTTTGCGCCCCATCGGCCAACAGGATTCCGTATGCCTTGAATCTTACGTCACATGGGTCGGCACATCGTCTATGGAGGTGTTTGTCAAAGTCATTAAAGAGCATCTGATGACGGGCGAACGCGAGCTTGCGGCAACGTCGTTTCTGACCTTTGTCGCGCTTGATTCAAACGGGAAATCGGTACCCGTTCCGCGGATCGTGCCGGAAACCGAGGAAGAAATCATGCTTCACAATACGGCCGTTCAGCGCGCCGGAGAACGAAAAAACCGCTTAAAACACAGCAAAGCCCTGGCCGAGGCGCTCGGAACAGATAAACCTTGGTAA MKLPESRFCKETRVVKTSRVFPLDTNNHNTLFGGKLMSYIDDIASISAARHCRCETVTASMDSVDFLRPIGQQDSVCLESYVTWVGTSSMEVFVKVIKEHLMTGERELAATSFLTFVALDSNGKSVPVPRIVPETEEEIMLHNTAVQRAGERKNRLKHSKALAEALGTDKPW NA NA NA NA NA D1-12_00466 546 COG1670 Acetyltransferase ATGATGGAACATAAGTCTTCCGGCACCATCCTGACAACCGGGCGTATCCGTCTGCGGACTATGCGGGATGACGATGAAGAAAATTTGTACGGGCTGTTTACCGACAGAGAGGTCATGAAATATTATCCTTCTCTCAAAAGCAGACGGGAAACGAAGGAATGGATTGCCTGGAACAAACGATTGACCACAGGATACGGCGTCAGTCTTTGGATCGCAGAGGATAAAGAGACGGGCGCATTTCTCGGTCAATGCGGAATCGTTCCGCAGACGGTAAACGGAAACACTTTGATGGAAATCGGCTATATGTTTGCCCGCCGCCACTGGGGCTGCGGCTATGCGACAGAGGCGGCGAACGCCTGTCTGGACTACGGTTTTCATATGCAGCAATACGGACGCATAGCGGCGCTGATTGATCCGGAAAACGCTGCCTCCGTCCGTGTCGCGGAAAAAATCGGCATGGTGCCCGGTGAGACCGTTACCAAATGGGAGAGGCAGCTGACGGTTTTTGACATCACATCTGACGTTGAACGTTTCGGCGAAATGTAG MMEHKSSGTILTTGRIRLRTMRDDDEENLYGLFTDREVMKYYPSLKSRRETKEWIAWNKRLTTGYGVSLWIAEDKETGAFLGQCGIVPQTVNGNTLMEIGYMFARRHWGCGYATEAANACLDYGFHMQQYGRIAALIDPENAASVRVAEKIGMVPGETVTKWERQLTVFDITSDVERFGEM NA NA NA NA NA D1-12_00468 339 gdnC COG2076 putative guanidinium efflux system subunit GdnC ATGAAATGGGGTTTAGTGGTCATAGCGGCCGTATTTGAAGTGGTATGGGTCACCGGCCTGAAACATGCTGATTCAGCACTGGCGTGGAGCGGCACGATTATGGGAATCATCATCAGTTTTTATCTATTAATCAAGGCGACAGACAGCCTGCCCGTAGGAACGGTATACGCGGTCTTTACCGGACTCGGGACAGCGGGCACCGTGCTCAGTGAAATCCTGCTTTTCAAAGAACAGGCCGATCCGGTGAAAATCGTGCTGATCGGCGTTTTGCTGATCGGTGTCATCGGATTAAAGCTGGTCACACAGGATAAGCCTGAGACGAAGGAGGAGAAGGCGTAA MKWGLVVIAAVFEVVWVTGLKHADSALAWSGTIMGIIISFYLLIKATDSLPVGTVYAVFTGLGTAGTVLSEILLFKEQADPVKIVLIGVLLIGVIGLKLVTQDKPETKEEKA PGPT0029165_246 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029165-ykkC-K18924 NA NA D1-12_00469 315 gdnD COG2076 putative guanidinium efflux system subunit GdnD ATGCATTGGATCAGCCTGATAGCCGCGGGTCTTTGTGAAATGCTCGGGGTCATTTTAATGAATCAATTTCAAAAAGAAAAGAAAGTCAAATGGATTCTTTTCATTATCGCCGGATTTGCGGCTTCTTTTTCCCTGCTTTCTTATGCGATGGAGACGATCGCGATGGGCACGGCCTATGCGATCTGGACCGGTATCGGCACAGCGGGCGGCGCATTAGCCGGCATTCTTTTCTACGGCGAGCAGAAGGATGCGAAGCGCATCTTTTTCATTGCGCTTATTTTATGCGCTGCCGTAGGGCTGAAAATTCTTTCGTAA MHWISLIAAGLCEMLGVILMNQFQKEKKVKWILFIIAGFAASFSLLSYAMETIAMGTAYAIWTGIGTAGGALAGILFYGEQKDAKRIFFIALILCAAVGLKILS PGPT0029170_242 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029170-ykkD-K18925 NA NA D1-12_00470 903 purU COG0788 Formyltetrahydrofolate deformylase ATGAATTCATATATGACACAGCGGCTGAAAGAATACCGCCGCGGGAATGAGGAAAAAGGGCGCCTGCTTGTCAGCTGCCCCGACCAGCCGGGAATTGTATCGGCCGTGTCGGCGTTTTTGTTTGAACATGGCGCAAACATTATTGAATCAAATCAATACACGACTGACCCTGAAGGCGGACGGTTTTTTCTTAGGATCGAATTCGACTGTAAGGGCATTCGTGAGAAAAAAGAGGACTTACAGCAGGCGTTCGCCTCAATCGCCCAGACATTCGGCATGACATGGAGCCTGTCTCTGGCAAGTGAGCTGAAGCGAGTGGCGATCTTTGTATCGAAGGAGCTGCACTGCCTTCATGAACTGATTTGGGAATGGCAAAGCGGCAATATGATGGCCGAAATTGCGGTCGTCATCAGCAACCACGAAGAGGCCAAAGAAGTGGTCGAACCGCTGAATATTCCGTTCCATTACATGAAAGCTAACAAAGACATCCGCGCCGAAGTGGAGCGGCGCCAGCTTGAGCTGCTGGAGCAGTATAAGATTGATGTGATCGTTCTTGCCCGATACATGCAGATTTTGACGTCTGATTTTGTATCTGCCCATCCGAATCGGATTATTAACATCCACCATTCATTTCTGCCGGCCTTTATCGGCGCTAATCCGTATAAACGGGCTTATGAGCGCGGAGTGAAATTAATCGGCGCGACTTCTCACTATGTGACGGACGATCTTGACGAAGGGCCGATTATTGAACAGGATATTGAACGCGTCGATCACAGAGATCACGCAGAGGATCTGAAGAATATCGGCAGAACGATTGAGCGGAGCGTGTTGGCAAGAGCCGTAAAATGGCATCTGGAAGACCGCGTCATCGTTCACGGAAACAAAACGATCGTATTTAATTAA MNSYMTQRLKEYRRGNEEKGRLLVSCPDQPGIVSAVSAFLFEHGANIIESNQYTTDPEGGRFFLRIEFDCKGIREKKEDLQQAFASIAQTFGMTWSLSLASELKRVAIFVSKELHCLHELIWEWQSGNMMAEIAVVISNHEEAKEVVEPLNIPFHYMKANKDIRAEVERRQLELLEQYKIDVIVLARYMQILTSDFVSAHPNRIINIHHSFLPAFIGANPYKRAYERGVKLIGATSHYVTDDLDEGPIIEQDIERVDHRDHAEDLKNIGRTIERSVLARAVKWHLEDRVIVHGNKTIVFN PGPT0008155_466 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008155-purU-K01433 NA NA D1-12_00471 1113 proB_1 COG0263 Glutamate 5-kinase 1 ATGAAAAAACAAAGAATTGTTGTGAAAATCGGGAGCAGCTCGCTCACCAACAGTAACGGAAGTATTGATGAAGCAAAAATCAAGGAACATACGGAAGCCATTTCTTTATTAAAAGAAAACGGGCATGAAGTGATCCTCATTACCTCAGGCGCGGTGGCAGCGGGTTTTTCCGCTCTCGGCTATCCGTCGCGACCCGTTACGATAAAAGGAAAGCAGGCCGCTGCCGCAGTCGGCCAGACGCTTTTAATGCAGCAATATATGGACCATTTAAAAAGATACGGTCTGACGCCGGCACAAATTTTATTAACAAGAAATGATTTCTCAAAAAGAGAGCGGTACAGAAATGCCTATGCCACTGTAATGGAACTGTTGGAGCGTGGCGTCGTGCCGATTATTAACGAGAATGATTCCACATCAGTCGAAGAGCTGACGTTCGGTGATAACGACATGCTGTCGGCGCTTGTGAGCGGGTTGATTCATGCAGACCAATTAATGATTCTCACAGACATTAACGGGCTGTACGATGCCAATCCGAATGAAAACCCGGACGCAAATCGGTTCGACTATCTGAATGACATTACGCCAGAATTGCTCGGGTATGCCGGATCAGCAGGCTCAAAGGTCGGCACCGGAGGCATGAAGTCAAAACTTCTCGCCGCCCAGACCGCATTGTCGCTCGGGGTGAAGGTATTTATCGGAACCGGCTCCGGACGGGAAAAACTGATGGGAATTTTAGACGGAAAAGGCGACGGCACTTATATCGGCGATAAAGACCTGTCCTCAGTGAATAATACACGGCAATGGATCATGTTTCATTCTCCGATATCAGGGGAAATCATCATTGATGGGGGAGCGGAGCAGGCGATGATCCATAACGGGTCAAGTCTCCTCCCGGCCGGTGTCGCCGATGTCTGCGGCAGTTTTCCGAAAGGGGCTGTAGTGGAAGTCAGAGGGCCCGGCGGCATTATCGGCAAAGGGCAGACGCAGTACTCATCCGATGAAATTTTAGAAGCCAAAGGGAAGCGGAGCGACCAGCTTTCAGGAACGAAGCAGGTGGAAGTGATTCACAGAGATGATTGGGTGAATTTATTTGACGAGGGGGAACACAAATGA MKKQRIVVKIGSSSLTNSNGSIDEAKIKEHTEAISLLKENGHEVILITSGAVAAGFSALGYPSRPVTIKGKQAAAAVGQTLLMQQYMDHLKRYGLTPAQILLTRNDFSKRERYRNAYATVMELLERGVVPIINENDSTSVEELTFGDNDMLSALVSGLIHADQLMILTDINGLYDANPNENPDANRFDYLNDITPELLGYAGSAGSKVGTGGMKSKLLAAQTALSLGVKVFIGTGSGREKLMGILDGKGDGTYIGDKDLSSVNNTRQWIMFHSPISGEIIIDGGAEQAMIHNGSSLLPAGVADVCGSFPKGAVVEVRGPGGIIGKGQTQYSSDEILEAKGKRSDQLSGTKQVEVIHRDDWVNLFDEGEHK PGPT0014220_2249 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-PROLINE_METABOLISM,PGPT0014220-proB-K00931 NA NA D1-12_00472 1248 proA COG0014 Gamma-glutamyl phosphate reductase ATGAGTGAAGTATTGCAAAAAGCGGCTTTGGCAAAAGAAGCGGCTGCCGAAATGGTCATGAAAACGACGGCTGAAAAAAACGAAGCGCTCCAATGTATTGCAGACGGACTCAGAAATGAACGCCGGCTGATTTTAACAGAGAATCAGAAAGATATTGAAGCGGGACGGAACAGAGGACTGACACCTGACATTATTGACAGGCTGACTCTTGATGAAAAACGCCTGCTCGATATCGCGGACGCCGTGGAACTATTAATCGGTCTTGAAGATCCCGTCGGTGAATCGCTGGAGACCATTCAAAAAGAGAATGGATTATCTATTGAAAAAATCCGCGTGCCCCTCGGAGTAGTGGGCATGATCTATGAGGCCAGACCGAACGTTACCGTAGACGCGGCCACACTCTGCCTGAAAACCGGAAACGCGGTTGTGCTCAGAGGAAGTTCTTCCGCCATCCACAGCAACATAGCGCTTGTCAGTGTGATGAAACGCGCACTGGGGCTGTCAAAGCTTCCGATTGATGCCGTTCAGCTCATAGAAGATACAAGCAAAGAAACCGCCAAACAGCTCTTTACATTAAATGACGGGCTGGATGTATTGATCCCGCGCGGCGGTAAAAATTTAATTGATCTTGTGGTCAGGGAATCAACCGTACCCGTTTTAGAAACCGGAGCGGGCAATTGCCACGTGTACATAGATGAGTCAGCAGATCCTCAAATGGCAAGCGAGGTCGTCATCAATGCCAAAACACAGCGTCCTTCGGTCTGCAACGCGATTGAATCTCTTTTGATTCATGAAAAATGGGCCGAAGAACACGGACGAAAGCTGCTGAATCAGCTGACAGAAAAAGGGGTGGAGCTCCGAGGAGACCAGGTGATTTGCAGACTGGAGCCTCAAGCGAAACAAGCAGAAGAAGCCGATTGGGGAGCGGAGTACCTGGCGCCGATTCTCAGTGTGAAAACGGTGCAGGACGTACAGGAGGCGGTCCGCCACATTCAGCAGTACGGCACAAACCATTCAGAAGCCATTCTGACGGAGAACGCCGAGCATGCGGCTTACTTCCAGACCGCCGTTGACGCCGCCGCCGTGTATCATAATGCTTCAACCCGGTTTACGGACGGTTTTGAATTCGGATACGGAGCCGAAATCGGCATCAGCACGCAAAAGCTTCACGCGAGAGGGCCAATGGGGCTTCCGGCGTTAACATCTACAAAAATCATCATCAAAGGAAACGGACAAATCCGCGTATAA MSEVLQKAALAKEAAAEMVMKTTAEKNEALQCIADGLRNERRLILTENQKDIEAGRNRGLTPDIIDRLTLDEKRLLDIADAVELLIGLEDPVGESLETIQKENGLSIEKIRVPLGVVGMIYEARPNVTVDAATLCLKTGNAVVLRGSSSAIHSNIALVSVMKRALGLSKLPIDAVQLIEDTSKETAKQLFTLNDGLDVLIPRGGKNLIDLVVRESTVPVLETGAGNCHVYIDESADPQMASEVVINAKTQRPSVCNAIESLLIHEKWAEEHGRKLLNQLTEKGVELRGDQVICRLEPQAKQAEEADWGAEYLAPILSVKTVQDVQEAVRHIQQYGTNHSEAILTENAEHAAYFQTAVDAAAVYHNASTRFTDGFEFGYGAEIGISTQKLHARGPMGLPALTSTKIIIKGNGQIRV PGPT0014215_3984 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-PROLINE_METABOLISM,PGPT0014215-proA-K00147 NA NA D1-12_00473 426 ohrA COG1764 Organic hydroperoxide resistance protein OhrA ATGACAAAACCATTATTTACTGCAACCGTATCAGCCGCCGGCGGACGTGAAGGGAAAGTCACGTCTTCTGACGGAGTGCTGAATCTTGATGTTGCCATGCCGGGAACGCCAAGAGCAAAAAAGCTCGAACATGCCACAAACCCTGAGCAGCTGTTTGCCGCAGGATATTCAGCCTGCTTTGACAGCGCTCTTCAGCTCGTAGCGAGAAAAGAGCGTCTGAGTATTGAAACAGAGGTCACTGCGCATGTCAGTCTGCTGAAAGATGAAGCAGACCAAGGATATAAACTAGGCGTTACGCTTGAGGTCAAAGCATCCGGCATTGATAAACAGGAGCTTGAAGCCCTTATTCAAAAAGCGCACGGTGTCTGCCCGTATTCAAAAGCGACAGCGGGAAATATTGAAGTGAAGCTTCTGGCAGCAGAATAA MTKPLFTATVSAAGGREGKVTSSDGVLNLDVAMPGTPRAKKLEHATNPEQLFAAGYSACFDSALQLVARKERLSIETEVTAHVSLLKDEADQGYKLGVTLEVKASGIDKQELEALIQKAHGVCPYSKATAGNIEVKLLAAE PGPT0013160_1868 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 D1-12_00474 510 ohrR Organic hydroperoxide resistance transcriptional regulator ATGGATCGTTTTTCGGCTACAATAGGGGTAACGTTAACAAACAAAGAGTTGGTGAAAGAAGTAATGGCAGAAAAAGATTTTGAACATATGAAACTTGAGAATCAGCTTTGTTTTTTGCTGTACGCAAGCTCAAGGGAAATGACGAAACGGTACAAACCGCTGCTTGATAAGCTCAACGTAACTTATCCCCAGTATTTGGCGCTGCTTTTATTATGGGAGCACGAAGAACTGAATGTGAAACGGATGGGTGAGCTTTTGTACCTGGATTCCGGAACGCTGACACCGATGCTGAAACGGATGGAGCAGCACGGAATCATCATGAGAAAGCGGTCGGCTGAAGACGAGCGATCCGTGACGATCAGGCTCACAGATGAAGGACGGGCCTTGCAGAAAACAGCGGCGGATATTCCCATTGCCATGCTGGAACAGACGGGACGGTCAAAAGAGGAATTAAAGCAGTTAAAGCAGTCGCTTTATGAGGTTTTGAATACGCTGCACGGCAAAAAATAA MDRFSATIGVTLTNKELVKEVMAEKDFEHMKLENQLCFLLYASSREMTKRYKPLLDKLNVTYPQYLALLLLWEHEELNVKRMGELLYLDSGTLTPMLKRMEQHGIIMRKRSAEDERSVTIRLTDEGRALQKTAADIPIAMLEQTGRSKEELKQLKQSLYEVLNTLHGKK PGPT0013155_582 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013155-ohrR-K23775 NA NA D1-12_00475 411 ohrB COG1764 Organic hydroperoxide resistance protein OhrB ATGGCATTATTTACTTCAAAAGCGACCGCAGTCGGCGGACGAGCAGGACATATTAAATCCGACGACGGGGTGCTGGATTTTGACATCATCATGCCGAATGCAAAAAAAGACGGAGAAACCGGCACAAACCCTGAACAGCTCTTTGCGGCAGGGTATGCTGCCTGCTTTGGGGGAGCGCTTGAGCTTGCCGCCCAAAAACAAAAAATCGACATGACCTCTGAAATTGAAGGACAGGTCAGCCTTTTAAAAGATGAGAGTGACGGAGGTTACAAAATCGGCGTAACGCTCGTCATTGATACAAAAGATCTTGACAAAGAAACGGCGGAGAAGCTAGTGCACGCCGCTCACGAGTTCTGTCCGTATTCAAAAGCAACAAGAGGAAATGTAGACGTCAAACTTGAATTAAAATAA MALFTSKATAVGGRAGHIKSDDGVLDFDIIMPNAKKDGETGTNPEQLFAAGYAACFGGALELAAQKQKIDMTSEIEGQVSLLKDESDGGYKIGVTLVIDTKDLDKETAEKLVHAAHEFCPYSKATRGNVDVKLELK PGPT0013160_4135 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 D1-12_00476 570 hypothetical protein ATGTCTCTTCCAAACATACCGAACATCACCCCCGACATTACACTCTCCAGATGTGAGACCCTGAACCTCCTTCTTTCATCCGTGGCTATGGAAGAAATCGGACTATCCCATATTCTGCAGGCGGAAGCGGAAAGGATTCAAATGTTTCTCGGCGCTTCCGGCGATCCCTCCTTGGAGGAATTGTCATCAATCAATAGAAGCACTGAACGGCTCCTGCGCACCGTCATGAAATCACAACTCCTTTTGCAGACGAAGCTTGAGGACATTATCTTCTTACAGGATTCTGAGGCCTGTATGGACCCGGACGACCCAAGCAATCCGAGTAATCCGGGCGATCCTGATGACCCGTGGAATCCGGACGACCCAAGTAATCCGAGTGATCCGGGCGATCCTGATGACCCGTGGAATCCGGACGATCCCAGTGATCCGGAAGATCCATGCGACCCGTGCTTTCCGAATCCGCATCCTGAAGATCCGTGTGACGGCCTGTTTTACGGCCGCATTGGCTGCTGTGAGTGCGGGGATTGTGAGGACTGCGGTTGGAAGAAAAAAGGCGGGGAGCGTTCATAA MSLPNIPNITPDITLSRCETLNLLLSSVAMEEIGLSHILQAEAERIQMFLGASGDPSLEELSSINRSTERLLRTVMKSQLLLQTKLEDIIFLQDSEACMDPDDPSNPSNPGDPDDPWNPDDPSNPSDPGDPDDPWNPDDPSDPEDPCDPCFPNPHPEDPCDGLFYGRIGCCECGDCEDCGWKKKGGERS NA NA NA NA NA D1-12_00477 465 hypothetical protein ATGCCGTATCCAAGCATCTCAAAAGCGAAACAGACATCTTTTGAAGCCATGCATTGCCTCACGATTGCGCTGTTAAATATATTATCTGTGACCGTGGATAAAAGAAGGGATTCAAATTACAAAGAAGAAATCAGGCTGTTCTCCGCATTGTGCCGCTGGCAGATGGAAACTGGCGGCCGTCTGTTTTTAATGGTCAGCCTGGAAGAAGAGCAGAAGCAGATGTATGAGCGGCACTTTCATGAAATGAAGACAGTTACGGAACGAACGAAAAAATTCATTTTTGAAAGCCCGCGCGAATTCCGGGCGCATCCCATTACGAAGCGGGCTGTCAGGCAGCTTCAGGAATGGGATGCAGAATCAACTGCCGAACCTGCCGTCAGATGGGTGCGGCCTGTCATCATAACGATGAACGGCACTCCTGAACGGCCTTGGTTCAATCAACAACTCCAAAATCGGGAAAGGTGA MPYPSISKAKQTSFEAMHCLTIALLNILSVTVDKRRDSNYKEEIRLFSALCRWQMETGGRLFLMVSLEEEQKQMYERHFHEMKTVTERTKKFIFESPREFRAHPITKRAVRQLQEWDAESTAEPAVRWVRPVIITMNGTPERPWFNQQLQNRER NA NA NA NA NA D1-12_00478 1128 hypothetical protein ATGAGCGGAAATGCTGAATGTAAACTGACTCTTTGCATGATTGTGAAAAACGAGGAGAGATACATCTCCCGTTGTTTATCAAGTGTACAAGACATCGTTGATGAGATCGTCATCGCAGACACCGGATCACAAGATAATACAAAAGATATATGCAAAAGCTTTCAGGCAAGAGTGTTTGATTTCGAATGGGAGAATGATTTCGCAAAGGCCAGAAATTACGCCCTGCAGCATGCCGAAGGAGATTGGATTTTAATGCTTGACGCGGATGAAGAGCTCGATCAGGAGACGGGCCGCTTTTTAACTTCGCTGCTTCATGACGGATTACCGAGCCGGGGCCTTTTGAAAATCATCAATTATACGGGGAAGCAGCTCGATGAAAACGAAGCGTTTGAAAGTATGCAGCCGAGACTGTTCCGCAATCATAAAGGCCTTCTGTATCAAGGCAGAATTCACGAGAATATCTCGGCTCCCAATGAGGAAGAAAACAATGCTTTTTTCACGCTCCCATGTGTGATTCATCACTACGGCTACTTGGAGCAGGAAGAAAAGATCAAGCAAAAACATAAACGGAATATCAGCATTTTAAATGAAGAGCTTTCAGAGGAAAATCCTGATCCGTGGCTTGTCTATCATTTGGCAAGTGAATGCTACAGAATAAAAGACTATGAAAAAGCATTACATCTTGTCAACGGCTCAATTTTTCAATTTTTAAGCGAAAAACGAATGCCTCCGTCTCTCCTGTATTATTTGAAATATACAATATTGCTTGAGCTCAAACGGTATGAAGAAGCCGAACAAGGGATTGAAAAAGTGCTCAAGCTATATCCTGATTACAGCAATCTTCATTATTATAAAGGCCTTGTATTATATCATTTGGAAAAGTACAGAGCGGCAATCAAAGCATTTGAAAACGGAACGCAGGTTGAAGGAGAAAACGCTGATCACTTAATTTTAAAAGGTGCCGCCGATTTCAGAGCTTTTTATTATATGGCAAAATGCCATGCTGAATTAAACCATGATATGACGGCCATCGCTTACGCCAAAAAATCCGTGAAGTTCAATCCTCAATTTAAACCCGCGCAAGAGCTTCTGTCTCAATTAAAAAAGGATCAGCGGACAAACGCCTGA MSGNAECKLTLCMIVKNEERYISRCLSSVQDIVDEIVIADTGSQDNTKDICKSFQARVFDFEWENDFAKARNYALQHAEGDWILMLDADEELDQETGRFLTSLLHDGLPSRGLLKIINYTGKQLDENEAFESMQPRLFRNHKGLLYQGRIHENISAPNEEENNAFFTLPCVIHHYGYLEQEEKIKQKHKRNISILNEELSEENPDPWLVYHLASECYRIKDYEKALHLVNGSIFQFLSEKRMPPSLLYYLKYTILLELKRYEEAEQGIEKVLKLYPDYSNLHYYKGLVLYHLEKYRAAIKAFENGTQVEGENADHLILKGAADFRAFYYMAKCHAELNHDMTAIAYAKKSVKFNPQFKPAQELLSQLKKDQRTNA NA NA NA NA NA D1-12_00479 1866 hypothetical protein GTGTCACAGCCTAATATGCCCAATATCACCCCTGTCGTTACACTTTCCAGAGACGATACCATTAACCTTCTTCTTTCGTCAATTGCTATGGAAGAGCTGGGAATGGCACATATTCTGAATGCGGAAGGGGAAAAAATCCAATACGCGCTCGGAACGATTCCCGGATTAACAGGACCCCCGTCAAGTCTTGCGGATATTCTTAACCTGAATGAGAGCGTCCGGGATACGCTTGACAGCTTAATGAAACAGGAGCTCCTTCTCGGTTCAAAATTGGACAGTATCTCAAATATCCCTACACTGGCGGGACCGACTGGTGCTACGGGGCCGACGGGACCAGCCGGCGGGCCCCCAGGACCTACGGGAGCAATCGGCCCGGCCGGAGCGACGGGGCCAACCGGACCGACCGGGCCGACGGGGGTCACCGGTGCGGGTCTTCAAGGGATTGTTGCTTTTAATCCGCTGATTGCTCCCACTTATACACCCGGACAGGTTGTATTGTATAACGGAAGCTCCTATGTCGTGAACACACCTTCGCCGGCAGGGATTCCGGATACGTCTGCCGATTATACGCTTTTAGCTGCCGCAGGATCAACCGGGCCGATTGGACCAACAGGCGCTACAGGAGCCGGATTGACAGGATTGACAGCTTTTGATCCCGCTGCTGCGCCTTTTTATACAGCGGGGCAGGTTGTATTGTATGAGGGTGCTTCTTATGTCGTAAATATCAATAACCCTTCAGGCATTCCCGGGACATCGCCGGATTATACACTGCTTGCCGCCGCGGGGCCGACCGGGCCGACAGGGGTCACGGGCGCCGGACTGCAGGGCATCGTACCGTTTGATCCCCTCGCCGCCGCTGCCTATACCGCCGGACAGCCAGTTACTTTCAACGGCAGCTCTTACGTCGCAAACGTAAACAGCCCGGCGGGAACCCCTGGAGCCTCAGCTGACTATACACTTTTAGCTGCGGCGGGAATCACTGGCGCTACTGGCGGTACCGGGCCGACCGGATTTACCGGTGCTACTGGCGTTTCCGGGCCGACCGGGATCACCGGCGCTACTGGCGGTACCGGACCGACCGGAAGCACCGGCGCTACTGGCGGCACCGGACCGACCGGATTTACCGGTGCTACTGGCGTTTCCGGACCGACCGGATTTACCGGCGCTACTGGCGGCACCGGACCGACCGGAAGCACCGGCGCTACTGGCGAAATCGGACCGACCGGATTTACCGGCGCTACTGGCGGCACCGGACCGACCGGAAGCACCGGCGCTACTGGCGTTACTGGACCGACCGGAAGCACCGGCGCTATTGGCGAAACCGGACCGACCGGAAGCACCGGTGCTACTGGCGTTACCGGACCGACTGGAATTACCGGCGCTACTGGCGACACCGGACCGACTGGAAGCACTGGCGCTACTGGCGGCACCGGACCGACCGGAAGCACCGGAACAAGTCTGACAGCAACTTCCGGCTATGCAAGCAATACGGGCGGCGGTGTTGTCGCAGTTATTGTCGGCGGCACGACCATTTCTTTACCGAATGAACAAAACCTTTCTGCGGATATAACGGTTAATGCCGCAAATACCGTATTCACCGTTGCTCCGGCGGGACGTTACTATATCTCCTACCATATTAATTTAACGGCCGGCTTGCTTGTAAGTTCGCGTATTTTAATCAACGGCACTCCTCCTGCAAGTTCGATTATCGCCCCGGTCGCGTCTTTGGCAAACTTTAATAACTCCTTTATTGTGACATTGCCAGCAGGCAGCACCATCCAGCTTCAGCTGTTCGGATTATTGGGTGCGGCCACATTGCTTGGAGGAAGCGTCGGTGCAGCTTTAAACATTATTCGATTATCTTAA MSQPNMPNITPVVTLSRDDTINLLLSSIAMEELGMAHILNAEGEKIQYALGTIPGLTGPPSSLADILNLNESVRDTLDSLMKQELLLGSKLDSISNIPTLAGPTGATGPTGPAGGPPGPTGAIGPAGATGPTGPTGPTGVTGAGLQGIVAFNPLIAPTYTPGQVVLYNGSSYVVNTPSPAGIPDTSADYTLLAAAGSTGPIGPTGATGAGLTGLTAFDPAAAPFYTAGQVVLYEGASYVVNINNPSGIPGTSPDYTLLAAAGPTGPTGVTGAGLQGIVPFDPLAAAAYTAGQPVTFNGSSYVANVNSPAGTPGASADYTLLAAAGITGATGGTGPTGFTGATGVSGPTGITGATGGTGPTGSTGATGGTGPTGFTGATGVSGPTGFTGATGGTGPTGSTGATGEIGPTGFTGATGGTGPTGSTGATGVTGPTGSTGAIGETGPTGSTGATGVTGPTGITGATGDTGPTGSTGATGGTGPTGSTGTSLTATSGYASNTGGGVVAVIVGGTTISLPNEQNLSADITVNAANTVFTVAPAGRYYISYHINLTAGLLVSSRILINGTPPASSIIAPVASLANFNNSFIVTLPAGSTIQLQLFGLLGAATLLGGSVGAALNIIRLS NA NA NA NA NA D1-12_00480 1185 hcaT putative 3-phenylpropionic acid transporter ATGAAAGCATATCGCTGGATGAGTCTGCATTTTTTTAGTTTTTTTATGACATGGGGTGTTTTTCTGCCCTATTGGACGGGATGGATGGTGCATATAAAAGGGGTTTCCGTATCCGAAGCCAGTTTCATTATGAGCCTGGGCTTGGCGGCAAGAGGGATTTCCACATTATTTTTCTTCCCTTATTTATCAGGAAAATTCAGCAGCAAAGCCTTATTAAACGGCGCCAGAATCGGGACGCTTCTCGCACTTTTATGTTATATTCCCGCTGATTCTTTTCAAAGCCTGCTTCTTGTCACATTAGTGCTGCATGTGTTTTACCCTGCTTTAATGCCTGCTTTAGACAGCGCTTGCGGCGTCCTTGTACAGCATAACGAATTAAAGGCTTATGGGACAAGCCGCCAGTGGGGGTCCGCGGGTTTTGTTTCAGCCGGCGTCATCCTGTCCGTCTTTACAGGTATATTCGGAGACCAAGCGATTTTATGGGCACTGCTTTTGGGCGCCCTGATATTCGCATCCCTAAGCTTTATGCATGCGCCAGCTGTTCTTTCAAAACGGCCGGAAACAGACCGCGCAAGAAAAGAGGGCATGTTTGCCTTATTCCGCATCAAATATTTCGGTCTGGTGCTCGCAATCGTTATCTTACTGCAGGCGGCACATGCATCTTACTACAATTACGGTTATCTCTTTTTGCAGGAAATCGATGCGCCCGCATATGCCATCGGAATCATCATCAACATCGCCGTTATCGCGGAGATTATCTTCTTTGCAATCGCTGACCGATACTTTCATCAATTTACGGCAGGCTCTTTGCTCGCCCTGGCGGCGCTTGGTGCTACCGTACGCTGGATACTCGTATTTGCCTTTCCGCATGTCATCATTTTCTGTCTTGCGCAGACGCTGCATGCCTGTTCATTCGCGATGGGACACTATGCATTTATGAAATACTTAATTAAAAATATTTCACCCGCGCAAATCCCGAAAGCCCAAGGTATATATTCAGCGCTTGCTCTCAGCTGGAGCACTGCGGTATTTACTATTTTCGGAGGTTTTTTATATGAAATTGAACCCCGGTATGCCTTTATCGGAATGATTGTTTGTACGATACCGTCCATGCTTCTCGCCCTTTTATACAGAAAACTTGAAATGAAAAAGAGCGTTTTTGCAGGAAACGCACAAGATATATAG MKAYRWMSLHFFSFFMTWGVFLPYWTGWMVHIKGVSVSEASFIMSLGLAARGISTLFFFPYLSGKFSSKALLNGARIGTLLALLCYIPADSFQSLLLVTLVLHVFYPALMPALDSACGVLVQHNELKAYGTSRQWGSAGFVSAGVILSVFTGIFGDQAILWALLLGALIFASLSFMHAPAVLSKRPETDRARKEGMFALFRIKYFGLVLAIVILLQAAHASYYNYGYLFLQEIDAPAYAIGIIINIAVIAEIIFFAIADRYFHQFTAGSLLALAALGATVRWILVFAFPHVIIFCLAQTLHACSFAMGHYAFMKYLIKNISPAQIPKAQGIYSALALSWSTAVFTIFGGFLYEIEPRYAFIGMIVCTIPSMLLALLYRKLEMKKSVFAGNAQDI PGPT0028051_501 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 D1-12_00481 672 yeiL COG0664 Regulatory protein YeiL ATGGAAATTTATAAAGGCGAGAAAAAGCGGCATCAGTTAGAAAAACACTCAATCGCGCATTTATTCTCTTTCCCCGCTGAAAAGTTTATGGAAGTGCGCGAATATGAGCGGGACGAATGGATGATTCAAGAGGGCAGGAGGCCTGACTTCCTGTTTTACGTGATTGAAGGAAAAGCGAAAATATATGTAACCCATCAAAACGGGAAAGTTTCTTTAATTAATTTTATCAACAAAAATGATTACATCGGAGAGATGGAACTATTACATGAAGTGTATTACACAAAAGGAATTCAAGCCTCAGCGAAGACTGTTTGTTTTGCTCTGCCTATTTACCGCTGCCGCGCGCAATTGCTGCAGGATGCGAAATTCCTGCGTGAGTTGGCTAAGTTTTTAAGTGCTAAGGCAACGCTTATGGCTTCGAAATATTCACAAAGTCTGGCGTTCCCATTTGAAAACCGGCTGGCTGATTTTATTTTGCAGACGGCTTATGAAGGGGTTTATAAAGAGAAGCACGTAACGGTCTGTGATTATTTGGGTGTATCTTACCGTCATCTCTTGCATGTGCTGACGCAATTCTGCCAAAAAGGGTATTTGCAAAAAGAAGGGAGGGGCTATCAAATTAAGCAGTATGATTCACTAAGTGAACTTGCAGAAGCGCTGAAGAATAAGTAG MEIYKGEKKRHQLEKHSIAHLFSFPAEKFMEVREYERDEWMIQEGRRPDFLFYVIEGKAKIYVTHQNGKVSLINFINKNDYIGEMELLHEVYYTKGIQASAKTVCFALPIYRCRAQLLQDAKFLRELAKFLSAKATLMASKYSQSLAFPFENRLADFILQTAYEGVYKEKHVTVCDYLGVSYRHLLHVLTQFCQKGYLQKEGRGYQIKQYDSLSELAEALKNK NA NA NA NA NA D1-12_00482 2289 metE_1 COG0620 5-methyltetrahydropteroyltriglutamate--homocysteine methyltransferase ATGACAACAATCAAAACTTCGAACCTCGGTTTTCCGAGAATCGGCTTGAACAGAGAATGGAAAAAAGCGCTTGAGGCATATTGGAAAGGTAACACTGACAAAGAAACGTTTCTTAAAGAACTTGACGGTTTATTCTTATCAGCTGTCAAAACACAGCTTGACCAACATATCGATATCGTGCCGGTCTCTGATTTCACCCATTATGACCATGTGCTCGATACAGCCGTCAGCTTTAACTGGATTCCGGAAAGATTCCGCAGCATCACGGATCCCGTTGATACATACTTTGCGATTGCCCGCGGTGTAAAAGACGCCGTTTCCAGTGAAATGACGAAATGGTTTAATACCAACTACCATTACATCGTTCCTGAATATGACGAAAGCATTGAATTCCGTCTGACGAGAAACAAACAGCTTGATGACTACCGCCGGATCAAAGAAGAATTCGGAGCGGAAACGAAACCTGTCATCGTCGGTCCGTACACATTCGTCACGCTTGCGAAAGGATACGAAGAATCAGAAGCGAAAGCGATTCAAAAACGCCTTGTTCCTCTTTATGTGCAGCTGCTGAAAGAGCTTGAAGCAGAAGGCGTCAAATGGGTTCAGATTGATGAGCCTGCTCTTGTGACAGCTTCTTCTGAAGACGTCCGTGCCGCCAAAGACCTCTATGAAGCGATCACAAAAGAGCTTTCAGGACTGAATGTTCTCCTGCAGACATACTTTGATTCGGTTGATGCATATGAAGAACTCGTTTCTTATCCCGTACAGGGAATCGGGCTTGACTTCGTGCATGATAAAGGCAGAAACCTTGAGCAGCTGAAAAAGCACGGCTTCCCGAAAGATAAAGTGCTGGCAGCCGGTGTGATCGACGGGCGCAACATTTGGAAAATCGATGTTGAAGAACGCCTTGATGCAGCTCTGGATATCCTCAGCCACGCTGACGTTGAGGAATTATGGATTCAGCCTTCAAGCAGCCTTCTGCACGTGCCGGTGGCAAAACACCCTGACGAGCACCTTGAAAAGGATTTGCTGAACGGCCTGTCATACGCTAAAGAAAAACTGGCGGAACTCGGCGTCTTAAAAGAAGGGCTTCTGTCCGGCAAAGCGGCCGTCAGTGAGCAGATCGAAGAGTCAAAAGCGGCACTTAAGGCTTTAAAAGCATTCGCAACAGGAGCGAACTCAGCTCAAAAAGAAGAGCTGAATCAGCTGACGGAAAAAGATTTCTCCCGTCCGGCAAGCTTTGAAGAACGATTGGCGCTGCAAAATGACTCACTCGGTCTTCCCCTTCTGCCGACGACGACAATCGGAAGCTTCCCTCAATCTGCCGAGGTGCGGAGCGCACGGCAAAAATGGCGGAAAAAAGATTGGACGGATGAACAGTACCAAGCCTTTATTAATGCGGAAACGAAGCGCTGGGTTGACATTCAGGAAGAAATCGGCTTAGACGTGCTCGTTCACGGAGAATTTGAGCGGACGGACATGGTCGAATACTTCGGTGAAAAACTGGCCGGATTCGCCTTTACGAAATATGCATGGGTGCAGTCTTACGGTTCACGCTGCGTACGTCCGCCTGTCATTTTCGGAGATGTCGAATTTATCGAACCGATGACGGTAAAAGATACGGTCTACGCCCAATCGCTGACGGAAAAACACATGAAAGGCATGCTGACGGGACCTGTCACCATCTTAAACTGGTCATTCCCGCGTGTGGATATTTCAAGAAAAGAAATCGCCTTCCAGATCGGGCTTGCCCTCAGAAAAGAAGTAAAAGCGCTTGAAGATGCCGGTATCCAAATTATCCAAGTGGATGAACCCGCGCTCCGCGAAGGACTGCCGTTAAAAACGCAGGATTGGGATGAATATTTAACTTGGGCCGCAGAAGCATTCCGGTTAACGACGTCTTCTGTGCAAAATGAGACGCAGATTCATACGCATATGTGTTACAGCAACTTTGAAGATATCGTAGATACGATCAATGATCTTGACGCGGATGTCATTACAATCGAACACAGCAGAAGCCACGGAGGATTTTTAGAATACTTGAAAGAACATCCTTACGTGAAAGGCCTCGGACTCGGTGTATACGACATTCACAGCCCGCGTGTGCCGGCAACTGAAGAAATCTATCAAATTATTGATGACGCGCTTGAAGTGTGTCCGACTGACCGCTTCTGGGTAAACCCGGACTGCGGACTGAAAACAAGACAGCAGGAAGAAACCGTTGCGGCATTAAAAAATATGGTCGACGCCGCGAAACAGGCACGAAAAAAACAAGCTCAGCTTGTATAA MTTIKTSNLGFPRIGLNREWKKALEAYWKGNTDKETFLKELDGLFLSAVKTQLDQHIDIVPVSDFTHYDHVLDTAVSFNWIPERFRSITDPVDTYFAIARGVKDAVSSEMTKWFNTNYHYIVPEYDESIEFRLTRNKQLDDYRRIKEEFGAETKPVIVGPYTFVTLAKGYEESEAKAIQKRLVPLYVQLLKELEAEGVKWVQIDEPALVTASSEDVRAAKDLYEAITKELSGLNVLLQTYFDSVDAYEELVSYPVQGIGLDFVHDKGRNLEQLKKHGFPKDKVLAAGVIDGRNIWKIDVEERLDAALDILSHADVEELWIQPSSSLLHVPVAKHPDEHLEKDLLNGLSYAKEKLAELGVLKEGLLSGKAAVSEQIEESKAALKALKAFATGANSAQKEELNQLTEKDFSRPASFEERLALQNDSLGLPLLPTTTIGSFPQSAEVRSARQKWRKKDWTDEQYQAFINAETKRWVDIQEEIGLDVLVHGEFERTDMVEYFGEKLAGFAFTKYAWVQSYGSRCVRPPVIFGDVEFIEPMTVKDTVYAQSLTEKHMKGMLTGPVTILNWSFPRVDISRKEIAFQIGLALRKEVKALEDAGIQIIQVDEPALREGLPLKTQDWDEYLTWAAEAFRLTTSSVQNETQIHTHMCYSNFEDIVDTINDLDADVITIEHSRSHGGFLEYLKEHPYVKGLGLGVYDIHSPRVPATEEIYQIIDDALEVCPTDRFWVNPDCGLKTRQQEETVAALKNMVDAAKQARKKQAQLV NA NA NA NA NA D1-12_00484 960 isp COG1404 Major intracellular serine protease ATGAATGGTGAAATGCATTTGATTCCTTATGTCACGGACGAACAGATCATGGATGTGAACGAGCTTCCGGAGGGGATTAAAGTGATTAAGGCGCCAGAGTTGTGGGCAAAAGGGTTTAAAGGCAAGGATATTAAAATCGCGGTGCTTGACACAGGCTGCGACATCAATCATCCTGATTTGAAAGACCGGATTGTCGGCGGGAAAAACTTCACCGATGATGACGGAGGCAAAGAAGACGCGATTTCCGATTATAACGGACACGGGACACACGTTTCCGGAACGATTGCCGCCAATGATTCAAACGGCGGAATTTCGGGTGTCGCGCCGGAAGCAAGCCTCTTAATTGTTAAAGTTCTCGGCGGGAAAAACGGCAGCGGCAAATACGAATGGATCATTAACGGCATCAACTACGCCGTTGAACAAAAGGCCGATATCATTTCCATGTCACTCGGCGGGCCAAGCGATGTGCCTGAATTGAAAGAAGCCGTCGCAAATGCGGTAAAAAGCGGTGTTCTGGTCGTTTGCGCGGCAGGAAACGAAGGCGACGGAGACGAGCGTACAGAGGAACTGTCGTATCCGGCCGCTTACAACGAAGTGATCGCAGTCGGATCAGTCTCAATCGCCCGTAAATCGTCTGAATTTTCAAACGCCAATAAAGAGATTGACCTGGTGGCTCCGGGAGAAAATATTCTCTCCACCCTTCCCAACCATAAATACGGGAAGCTGACGGGCACTTCAATGGCCGCCCCGCATGTGAGCGGAGCGCTTGCCTTAATAAAAGGGCTTGAACAGGACGCGTTTCAGCGGACGCTTTCTGAGGCTGAAGTCTACGCCCAGCTCGTGCGGCGGACCCTTCCTTTGGACATCGCCAAAACATTGGCCGGGAACGGGTTTCTGTATTTAGACGCGCCTGAAGTGCTGATGGAAAGAGCCGAACAGGCACAGCTGCTGTCTTTCTGA MNGEMHLIPYVTDEQIMDVNELPEGIKVIKAPELWAKGFKGKDIKIAVLDTGCDINHPDLKDRIVGGKNFTDDDGGKEDAISDYNGHGTHVSGTIAANDSNGGISGVAPEASLLIVKVLGGKNGSGKYEWIINGINYAVEQKADIISMSLGGPSDVPELKEAVANAVKSGVLVVCAAGNEGDGDERTEELSYPAAYNEVIAVGSVSIARKSSEFSNANKEIDLVAPGENILSTLPNHKYGKLTGTSMAAPHVSGALALIKGLEQDAFQRTLSEAEVYAQLVRRTLPLDIAKTLAGNGFLYLDAPEVLMERAEQAQLLSF NA NA NA NA NA D1-12_00485 834 rsbRB COG1366 RsbT co-antagonist protein RsbRB ATGAAGATAAATGAAGCATTATACGACTATTTTACAGAACAAGCGGATCAAATTGCGAAAGAGTGGATCGAAACGATGGAAGATTCGGACCCGAATTCGATTTATTCTTTGACAAACCCCGTCATCACAGAAGAACTGACGGAGCAGGATAAAGAATTTTACCGGCATATTAATAAAATGTATATCATGCCGGAAAAAGAATTTTTAGAAGAGTTCGAGCGGTGGGTGATTGAGCTTGCGAAAGACCAGAAGCATCTGGATACTCCCGTCCAGTATGTGGTCCGTGAATTCATGAGAAACCGGAGACTATACATCACTTATTATGATGCGTTTGCCGATAAACATGAATCTTCGTTTGCACGGGGAGAAAGGAAGAAATGGGAGAATTTAATTGTACGAGTATTTGATTTTACGATTTACACGTTTGTCGATCATGCCGAGCATAACTCGAAAATGCAGCTGAACGCGCAAAGAGAAATGATTTTGGAGTTAAGCTCGCCGGTTATCACGCTGAGCAAACGGACGGCGCTGCTGCCGCTTGTCGGCGATATTGACACGGAGCGCGCCAAATTCATTCTTGAAAATACGCTGAGCACATGTGCAAAACGGCTGATTGAACATCTGTTTATTGACCTGTCGGGTGTAGTGGTTGTCGATACGATGGTGGCGCATCAGATTTTTAAATTAATTGAGGCGCTGAACCTGATCGGCGTCACGTCCACTTTATCCGGAATCAGGCCGGAAATGGCTCAAACCGCCGTACAGCTCGGCATTAATTTCTCAGATATTACGATCAAGTCCAATCTCGCTCAGGCTCTCAATTATCATCAATAA MKINEALYDYFTEQADQIAKEWIETMEDSDPNSIYSLTNPVITEELTEQDKEFYRHINKMYIMPEKEFLEEFERWVIELAKDQKHLDTPVQYVVREFMRNRRLYITYYDAFADKHESSFARGERKKWENLIVRVFDFTIYTFVDHAEHNSKMQLNAQREMILELSSPVITLSKRTALLPLVGDIDTERAKFILENTLSTCAKRLIEHLFIDLSGVVVVDTMVAHQIFKLIEALNLIGVTSTLSGIRPEMAQTAVQLGINFSDITIKSNLAQALNYHQ PGPT0014945_1082 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-TRANSCRIPTIONAL_REGULATION,PGPT0014945-rsbRD|yqhA-K17763 NA NA D1-12_00486 762 ykoC Putative HMP/thiamine permease protein YkoC ATGAACTTGCGGCTGGAGGCTGTTAACCCGTCAATAAAGGCGGCGGCTGTATTGTTATGCGTCATTATGCTGTCGTTTATTTATAATCCGTACACCCCTGCTTTGTTTTATATCATCATTGCGGGAGGCGTCCTCTCGGCGGGGCGTGTGCCGCTGAAAAAATGGCTGCTGTTCACGATTCCGTTTGTCATTCTGGCCTTCGGTTCTTTATGGACAGCCGCCGTATTCGGAAACGTCCCGACAACCGGAAGCAACCTGCTGTTTAAGCTCGGGCCGATTGCCGTCAACAGTGATAACGCGGCGCTCGGGATTTCTATCGCGTTTCGTATTTTATGTTTTTCCGCTTTGTCGATGATGTTTCTTTTCACAACCGATCCGATTCTGTTCATGCTCAGTCTGATTCAGCAGTGTAAGCTGCCGCCCAAGCTTGCATACGGCGTTATCGCGGGGTTCCGGTTTCTCCCTCTTCTGAAAGATGAAATCCTGATCATCCGGCAGGCGCACAGAATCAGGGGCGCGGCGTCTGATTCCGGGCTGAAAGGAAAGCTCTCCGCCTTCAGGCGCTTCACCATTCCACTATTGGCAGGCGCAATCAGAAAGGCGGAACGCACGGCGATCGCGATGGAATCTAAAGGCTTTACGGGGAGCCGAAACCGCACGTTTTACAGAACTGTTACCGTGCGCCGCGCCGACTGGTGCTTTTTCCTGCTCGTGCTTCTGTTATTCGGCGCAAGCTGGCTCATTTCATTGTTGTTTGTATAA MNLRLEAVNPSIKAAAVLLCVIMLSFIYNPYTPALFYIIIAGGVLSAGRVPLKKWLLFTIPFVILAFGSLWTAAVFGNVPTTGSNLLFKLGPIAVNSDNAALGISIAFRILCFSALSMMFLFTTDPILFMLSLIQQCKLPPKLAYGVIAGFRFLPLLKDEILIIRQAHRIRGAASDSGLKGKLSAFRRFTIPLLAGAIRKAERTAIAMESKGFTGSRNRTFYRTVTVRRADWCFFLLVLLLFGASWLISLLFV PGPT0004015_2879 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-Fmn|Dmk|Ppl|Ndh|Eet_SYSTEM,PGPT0004015-fmnA|ecfT-K16785 NA NA D1-12_00487 1638 ykoD COG1122 Putative HMP/thiamine import ATP-binding protein YkoD ATGCAGGCATCTGAGCCCCTTCTATCGGCCGGCTGTCTTACCTTTTCTTATGATCAGGATGAAAAGCCGATTCTTCAAAACGTGTCCTTTCAGCTCCGCAAAGGAGAGCGGGCTTTATTGCTCGGGCCGAGCGGATGCGGCAAAAGCTCGCTCGCTCTTTGTTTAAACGGTCTGTACCCGGAAGCATGCGATGGGGTTCAATCGGGCACCGTTTCTTTATACGGAACACCTCTTTCACACCTGACAGAACCCGCCGCCAGATCCATCGGCGTCGTGTTTCAAGATCCGGACCAGCAGTTTTGCATGCTGACGGTTGAAGATGAAATCGCCTTCGGCTTGGAAAATTTGCAATATACAAAAGAAGATATGGACGCAATCATCAATGACGTTTTAGAAAAATTAGAGATCACTCATTTGAAAACGCGAACGATCGCTTCGCTGTCAGGCGGTTCAAAACAAAAAGTGGCGCTTGCCTGTATCATTGCGATGGAACCGGAACTCATTATTTTGGACGAACCGACGGCACAGCTTGATCCATATTCCGCACGTGAATTAGTGCGGCTGATCAAAGATCTTCAAGCAAAAAAAGGCTTCGGCCTTCTCGTTATCGAACATCAGCTTGATCATTGGGCGCCGTGGATGGACAGGACGATTGTCCTTGACGAAATGGGTCAGAAGGTGATGGACGGAGAGACGGACGTTATCTTTGAAACAAAGATTGAAGAGCTGATGCAGCTCGGCATTCCGATTCCGCGTGTGATCTCATTGCAGGAGCACGTCAGCATTCCTTTTACATTGTGTAAAGAAAAGCTGTTTCACGAACCTGTACCATCTCTGCCCGAACCCCGGCCCGCCGCGCTTTCGGCAGAAGACGCGCTGAGCGTTCACGAGCTGTCATTCTCAAGAGGAGCAGACGTCATTTTTCAGGATGTGAACTTTTCCGTAAAAAAAGGTTCAATCACCGCGATTGCCGGCCCTAACGGAACAGGAAAATCCACGCTCCTTTCTGCCGCGGCCAAGCTCATCCGTCCGCTGAGCGGAGACATCAAAATAGACGGCAGACCGATTGATTCCTATTCTGAAAAAGAGCTGCGGCGGCTGACCGGATATGTTTTCCAAAATCCTGAACACCAGTTTGTCACAGATTCCGTCATTCAAGAGCTGATGTTCGGTTTTGAAAGCAGCAGACCCGCAAAGGAGAAAGCTCTTCAGCTGTTAACCCGATTCGGCCTGAGACGCCATGCCTCACAGCATCCGTTTTCTTTAAGCCAAGGACAAAAACGCCGGCTCAGCGTTGCGACAATGCTTATGCACAATGTGAACGTTTTGATGCTTGATGAACCGACTTTCGGACAGGATGCCAAAACGGCGCGGGAGTGTATGCAAATGCTCCGTGAGATTCAAAAGGAAGGAACGGCTGTTTTGATGGTGACACACGATATGGAACTCGTCTCAGATTATGCCGACACGATCCTTGTGCTCTGCGGCACGAAACTGGTATTCCGGGGAACTCCCGACGCTTTATTTTCTGATAACACCGGGATCGCCGAGCAAGCGCATTTGGCTTTGCCGCTGCGGTATGAATGGATGAAACACGACAGGAGGCGGAGAAATGAACTTGCGGCTGGAGGCTGTTAA MQASEPLLSAGCLTFSYDQDEKPILQNVSFQLRKGERALLLGPSGCGKSSLALCLNGLYPEACDGVQSGTVSLYGTPLSHLTEPAARSIGVVFQDPDQQFCMLTVEDEIAFGLENLQYTKEDMDAIINDVLEKLEITHLKTRTIASLSGGSKQKVALACIIAMEPELIILDEPTAQLDPYSARELVRLIKDLQAKKGFGLLVIEHQLDHWAPWMDRTIVLDEMGQKVMDGETDVIFETKIEELMQLGIPIPRVISLQEHVSIPFTLCKEKLFHEPVPSLPEPRPAALSAEDALSVHELSFSRGADVIFQDVNFSVKKGSITAIAGPNGTGKSTLLSAAAKLIRPLSGDIKIDGRPIDSYSEKELRRLTGYVFQNPEHQFVTDSVIQELMFGFESSRPAKEKALQLLTRFGLRRHASQHPFSLSQGQKRRLSVATMLMHNVNVLMLDEPTFGQDAKTARECMQMLREIQKEGTAVLMVTHDMELVSDYADTILVLCGTKLVFRGTPDALFSDNTGIAEQAHLALPLRYEWMKHDRRRRNELAAGGC NA NA NA NA NA D1-12_00488 600 ykoE COG4721 Putative HMP/thiamine permease protein YkoE ATGAAAAATTGGAAAATGAGAGAAATTGTCGTCATGTCCGTCATCAGTGTAGTATTTGCTGTCATTTATTTAGTATCAACTCATGCAAGCAATATAGCGGCAGGGTTTTTCGGCCGAATGAGCTACGAACCGATTTACGGTATCTGGTTTATCGTCTCGGTAATTGCCGCGTACATTATTCAAAAACCGGGAGCGGCTCTTGTTTCTGAAATCATCGCCGCGTTTGTGGAGTGCTTACTCGGAAATCCGTCAGGACCGATGGTGATTCTGATCGGGATCGCACAGGGAATCGGTGCGGAAGCGGTCTTTTTTGCGACACGCTGGCGGATTTATACCCTGCCCGTGCTTCTTTTATCCGGTATGGGGTCTTCTGTGACGAGCTTCATTTATGACTTGTTCGTTTCCGGATACTCTGTTTTGAATCCGGGTTTATTAGCCGTCATGCTTCTTGTCCGTCTGATCTCAGGTGCGCTTCTTGCCGGCCTTCTCGGCAAAGCAATCAGTGATGCGCTGGCTTACACAGGGGTGCTGAACGGCATGGCGCTCGGAAAACAATTCAAGAAGAAAAAGAAACAGGTGAACCAAGATGCAGGCATCTGA MKNWKMREIVVMSVISVVFAVIYLVSTHASNIAAGFFGRMSYEPIYGIWFIVSVIAAYIIQKPGAALVSEIIAAFVECLLGNPSGPMVILIGIAQGIGAEAVFFATRWRIYTLPVLLLSGMGSSVTSFIYDLFVSGYSVLNPGLLAVMLLVRLISGALLAGLLGKAISDALAYTGVLNGMALGKQFKKKKKQVNQDAGI NA NA NA NA NA D1-12_00490 1263 ydhD COG3858 Putative sporulation-specific glycosylase YdhD ATGTTTGTTCATACAGTGCAGTCTGGCGACTCGTTATTTTCCATCAGCAGAAAGTACGGATACCCTGTTGACAGCATCAGAAGCGTCAACGGGCTTGAGGAAACGAATATCGTTCCGGGGCAGGCGCTTTTAATCCCTCTTAATGAATATACGGTTCAGCCGAATGATACGTATGCCGTTATCGCAGGTAAGGCTTATGTGCCGCAGATGCAGCTGATGCAGGCAAACCCGGATATTCCGCCGAACCGGCTGCGGGCGGGTATGAAAGTGAAGATCCCTGATATCTCTAACTATCTTGCGGGAACCCTGCAATTTTATGTCATTCGGACGCCTGAAGCGGATAGAGAGTTAATTAATGATTTTGCGCCGTATTCTTCGGCGATTTCTTTGTTTGAATATCATTTTGGCCCGAACGGAGATATCATTAACGATTTAAACGACAGAACCGCAATAGAAACCACATGGCAGAACAGAGTGCGCCCGCTTGCCGTTATTACAAATTTGACAGAAGGGGGATTCAGTCCGGAATTAGCCCATCAAGTGCTGCAAAATCCGACGGCACGAACGAATCTCGTCAACAATATCGTCTCCTTAACCGTAAGAAAGGGATACGGCGGTGTAAATATCGATTTTGAACGGGTCAGAGAAGCTGACAGGGACCTCTTCACAGGATTTCTCCGGCAGTTAAAAACCCGGCTTTCAGAGCATCAGCTTGCGTTAACGATATCGGTTCCGGCGAAAACAAGTGATGCAGTGCCGTGGCTGAGGGGATATGATTACGGCGGAATCGGAGCCGTCGTCGATTATATGTTCATTATGGCGTACGACTGGCACCATGCCGGCAGTGAGCCGGGACCCGTGGCGCCTTTGACAGAGGTCAGGCAAACGATCAATTTTGCCATCAGCAGGGTGCCGAGAAGAAAAGTGATTCTCGGTGTTCCGCTGTACGGGTATGATTGGGTGATTCCGTACCGTCCCGGAACGATCGGATCCGCCATCTCCAATCAGCGCGCCATGGAAACGGCCATGAAGCATCAATCAGTGATCCGTTATTCCCAGCAGGAGCGTTCCCCTTACTTCCGGTATACTGATGAAAATGGAAGAACGCATGAAGTGTGGTTTGAGGATGTGCGGAGCATGAGTGAAAAAATGGTTCTCGTTCGGGAGTTCGGACTGCAGGCGATCGGCGCGTGGCAATTAACGCTCGGTTTCAAACCGGGCCCGTGGCTGCTTAGGAACTTTTTCACGATCCGAAAAATATAG MFVHTVQSGDSLFSISRKYGYPVDSIRSVNGLEETNIVPGQALLIPLNEYTVQPNDTYAVIAGKAYVPQMQLMQANPDIPPNRLRAGMKVKIPDISNYLAGTLQFYVIRTPEADRELINDFAPYSSAISLFEYHFGPNGDIINDLNDRTAIETTWQNRVRPLAVITNLTEGGFSPELAHQVLQNPTARTNLVNNIVSLTVRKGYGGVNIDFERVREADRDLFTGFLRQLKTRLSEHQLALTISVPAKTSDAVPWLRGYDYGGIGAVVDYMFIMAYDWHHAGSEPGPVAPLTEVRQTINFAISRVPRRKVILGVPLYGYDWVIPYRPGTIGSAISNQRAMETAMKHQSVIRYSQQERSPYFRYTDENGRTHEVWFEDVRSMSEKMVLVREFGLQAIGAWQLTLGFKPGPWLLRNFFTIRKI PGPT0025110_444 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_GERMINATION_PROTEIN,PGPT0025110-yaaH-K06306 NA NA D1-12_00491 138 hypothetical protein ATGAAGAAAAGGGAAGAGCAGTATATCAACGTGGCTGAGTATGTACCGCATCCGACAAAAGAAGGGGAGTACGCGCTCATGCTGCATGAATCCTATCATTTCCTTTCAGAAGAGGATGAAAGCGATTTGCCGGAATAA MKKREEQYINVAEYVPHPTKEGEYALMLHESYHFLSEEDESDLPE NA NA NA NA NA D1-12_00493 1356 mgtE COG2239 Magnesium transporter MgtE ATGGTCCAAAACATGACCTATGACGAACTCATATTACGCATTATCATTTTATTGCGGGACGGAAAAATAAAAGAATTCCGAAACATGATAGATGAGCTTCAGCCCTATGATATGGCATTTTTGTTTAAAGAAATGCCGGAAAAGCACCGGGCCCGCTATCTGTCATATATGACGGTTGATGACATCACCGACATGATCGGAGAGCTTGAGCGGGAATTTCAGCTTGCCGTTTTGCATAAAGTCGGTAAAACGAAAGCCACTCTCGCAATGAATAAAATGGATAACGACGATCTCGCCGCATTGCTGGAAGAGATGGATGAAGAACTGAAAGAACAGCTTTTATCCAGCATGGAAGCTGAGGAATCAAAGGCCGTACAGCTTTTGATGAACTATCCGCAAGAATCGGCGGGCCGGATGATGACGAACCGCTTCGTCTGGATTCCGCAGCATTATACAGTAAAAGATGCGGTCGTGAAGCTGAAAAGCTTTGCAGAAATCGCAGAATCAATAAATTATTTGTACGTGATTAATGACAGCAAGCAGCTTGTCGGAGTGCTCTCTTACAGAGATTTAATTCTTGGCGAGCCTGAGGATAAAGTGCAGGATCTCATGTTTACGCGTGTCATCTCGGCCGGGGTGCTCCAAGATCAGGAAGAAGTCGCCCGGCTGATCCAGCGGTATGACTTTTTAGCCATTCCGATCGTGGAAGAAAATCATGTGCTTGTCGGTATTGTCACTGTCGATGATATTATTGACGTCGTGATTAAAGAAGCCGATGAAGATTACGAAAAATTCGCAGCCTCCGGTAAGGCGATTACATTTGATACGAAAGCGTACGTTGCAGCGTACCGCCGTTTGCCGTGGCTCATTCTGCTTTTGTTTATCGGATTGATTTCCGGAAGCATTCTGAATTATTTTGAAGATACATTGCAAAAAGTAGTCGCCCTCGCATTTTTCATGCCGATGATTGCGGGAACGACGGGTAATACAGGCACACAGTCACTCGCCGTCGTCATCAGAGGACTGGCTAAAGAAGAAATGAATAAAAAAACCATCTTTAAACTGATTTTCCGTGAATTAAGAACCGGAATCTATATCGGCATCGTCTGTGCGATCGCGATTACGATTGTCGCAACCGTCTGGCAGAAAGACTTAACGCTCGGTTTTGTCGTCGGTTCATCGCTGCTTGCAACGTTGATTATCGGTACGATGGCCGGAACGATCGTCCCTATTATTCTTCATAAACTGAACATTGACCCGGCGATTGCATCAGGACCGCTGATTACGACGCTGAACGATATTTTGTCCTTATTAATTTATTTCGGCATTGCAACTGCATTTCTTCATGCTTTATAA MVQNMTYDELILRIIILLRDGKIKEFRNMIDELQPYDMAFLFKEMPEKHRARYLSYMTVDDITDMIGELEREFQLAVLHKVGKTKATLAMNKMDNDDLAALLEEMDEELKEQLLSSMEAEESKAVQLLMNYPQESAGRMMTNRFVWIPQHYTVKDAVVKLKSFAEIAESINYLYVINDSKQLVGVLSYRDLILGEPEDKVQDLMFTRVISAGVLQDQEEVARLIQRYDFLAIPIVEENHVLVGIVTVDDIIDVVIKEADEDYEKFAASGKAITFDTKAYVAAYRRLPWLILLLFIGLISGSILNYFEDTLQKVVALAFFMPMIAGTTGNTGTQSLAVVIRGLAKEEMNKKTIFKLIFRELRTGIYIGIVCAIAITIVATVWQKDLTLGFVVGSSLLATLIIGTMAGTIVPIILHKLNIDPAIASGPLITTLNDILSLLIYFGIATAFLHAL PGPT0013995_2724 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-MAGNESIUM_TRANSPORT,PGPT0013995-mgtE-K06213 NA NA D1-12_00494 333 tnrA COG0789 HTH-type transcriptional regulator TnrA ATGACGACAGACGAACAATCTTACAAAGATAAAAAAGTAATCTCGATCGGCATTGTAAGCGAATTAACCGGATTGTCAGTCAGACAGATCAGATACTATGAAGAACGGAAATTAATCTACCCGCAGCGTTCATCACGGGGAACGAGAAAGTATTCCTTCGCGGACGTTGAGCGGCTGATGGATATTGCCAACAAGCGGGAAGACGGCGTGCAGACGGCTGAGATTTTAAAAGACATGCGAAAAAAAGAACAGGCTCTCAAAAACGACCCGCAGCTCCGCAAAAAAATGCTGGAAGGACAGCTTAATGCTCATTTTAAGTATAAAAACCGCTGA MTTDEQSYKDKKVISIGIVSELTGLSVRQIRYYEERKLIYPQRSSRGTRKYSFADVERLMDIANKREDGVQTAEILKDMRKKEQALKNDPQLRKKMLEGQLNAHFKYKNR PGPT0001085_24 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-REGULATION NITROGEN_REGULATING_FUNCTIONS,PGPT0001085-tnrA-K23776 NA NA D1-12_00495 156 hypothetical protein ATGGAGAAAGAAAAAGCGGTTTCGCTGGCAAAAGAAATCATTGAATTAGATATGAAACGCGATGAAATGCTGGAGGCGTTCATGCAGCTTGCCGGGGAACATGCTTTTCCGCTGCTCAGAGCCGTCCAGAACGGACTTTACCGAAAAACATCATAA MEKEKAVSLAKEIIELDMKRDEMLEAFMQLAGEHAFPLLRAVQNGLYRKTS NA NA NA NA NA D1-12_00496 183 ykoL Stress response protein YkoL ATGAGTCGTTTGCTTCAAAATGCATTGGACAAAGAGAGAAACCATTATTCCAAAAAGCTTCTGCAGATCGGAGTCTATACGAAAGAAATACTCAATTCCATGACAATTACGGAGCTGAGAAAGGAATACGCGTATTTTTTTCGGAACATTCCCTATAAAGAACGGAACCCTTATACAAATTAA MSRLLQNALDKERNHYSKKLLQIGVYTKEILNSMTITELRKEYAYFFRNIPYKERNPYTN NA NA NA NA NA D1-12_00497 462 mhqR_1 COG1846 HTH-type transcriptional regulator MhqR ATGAGATTATCATTTAACGAAGAAGAAGTGATGCGTTCGATGAATTTGTACAAAGTTTTTGCAAGGGCTTTCAAGAGTGTGTCTGAACACAGCATCCGCGACAGTAAAGAACACGGTTTTAATCCGACTGAATTTGCCGTTTTGGAGCTGCTCTATACGAGAGGACCGCAAAAGCTTCAGCAAATCGGGTCGCGTCTTTTGCTTGTCAGCGGGAATGTCACCTATGTCATCGACAAGCTTGAAAGAAACGGGTTTTTGGTCAGAGAACAAGACCCGAAGGACAAACGGTCTGTTTACGCCCATTTAACTGATAAAGGAAACGAGTATTTGGATAAAATTTATCCGATTCATTCATTGAGAATTGCGAGAGCGTTTTCAGGACTTATGCCTGAAGAACAGGAACAGCTGATAGCCTTACTGAAAAAAGCGGGAATTCACAGCCAGCATTTGCTTTTCCGTTAA MRLSFNEEEVMRSMNLYKVFARAFKSVSEHSIRDSKEHGFNPTEFAVLELLYTRGPQKLQQIGSRLLLVSGNVTYVIDKLERNGFLVREQDPKDKRSVYAHLTDKGNEYLDKIYPIHSLRIARAFSGLMPEEQEQLIALLKKAGIHSQHLLFR NA NA NA NA NA D1-12_00498 555 hypothetical protein GTGAGAAGCTGTCTGCTGTCTATATGGTACTTACTTGATCCGCTTTATTTCTTCTTTACCCGGCTGACGCTGATTGATAAACGGCAATCGAATGTATTCCGCGTCCGTTTGACAAGATATAAAGGAAAAGAAGTCATCCTGAGCGACGGAACCAGAATTAAAAAAAACGACGTGTTAGTTAAGATTCATCTTCATAATGTCAAACTCCTGAAAGAGCTGCAGCCTATTGAAAGCGCGGTCAGAAGGGGGATTATGCTATATCAGAAGGTATATCAATCCATGCCTCATTTAGCGGATTATATTAACCAGCATAAACGGAAAGACGAGATTAAGGGAGTCGTCGGCATTACAATGCTTCATAAAGGAGCGGCGAGACTCGGTTTTGATGTGATAAAACCGTCCAGCGGCTGCTACAGGCTGTTTAAGAAAGCGGCCCATATTCCGATTTTATACTTTACTGCAAAACAGCTCACCCTCAAAAACATTCCTTACTCCTGCTATTTATTTATTTCCAAAGAAAAATTGATGTGCACGTATCAGACTGAAAAGAGCTGA MRSCLLSIWYLLDPLYFFFTRLTLIDKRQSNVFRVRLTRYKGKEVILSDGTRIKKNDVLVKIHLHNVKLLKELQPIESAVRRGIMLYQKVYQSMPHLADYINQHKRKDEIKGVVGITMLHKGAARLGFDVIKPSSGCYRLFKKAAHIPILYFTAKQLTLKNIPYSCYLFISKEKLMCTYQTEKS NA NA NA NA NA D1-12_00499 1836 ligd COG1793 Bifunctional non-homologous end joining protein LigD ATGGTGCTGACGATGCAGCCGATTTTGACCTCTGTACCGCCTGAAGGCAGTGAGTGGCGCTATGAGGTAAAGTATGACGGATTCCGCTGTCTTCTCCGCATAGACGAAAGCGGCGTTACATTAACCAGCAGAAACGGACAGACGCTGACGAATCAATTTCCAGAAATCACGGCTTTTGCAGCCCGGTGTTTTCAGCACATGAAAGACAGGTTCCCCATTACGCTTGACGGAGAGCTTGTCTATTTAATCAATCCGTACAGAGCGGACTTTGAGCATCTTCAAATCCGCGGACGTTTAAAACGGACGGAAGCAATTGAAAGCACCGCTGATAGACGGCCGTGCCGCTTTCTGGCATTTGATCTCCTCGTTCTGGAAGGCGCCGGCACCGTCTCATTACCGTATGTGAAACGGAAGCGCGCCCTTTCCAAACTGTTTAAAGAAGCAAATCTTCCCGCCTGCCCTCATCACTTAGCGGAAGAAGCGATTCAATACATTCCGGAACACACTGACTTTGATGCGCTTTGGGACAAGGTCGTCCGCCATGACGGAGAAGGTGTCGTAGCAAAAAGAGCATCAAGCGGCTGGGCGGAAAATAAACGCTCTCCCGACTGGCAAAAGTATAAACATATGAAAACGGCACATGTGCTATTAACCGGGTTTAATCCGAAAAACGGGTATGTAACAGCCTCTGTTTTAAAAGACGGCACCGTCGTCCCGATCGCTTCCGTTTCCCACGGCATGCAGGCGGAAGAAAAAAACGCCGTCAGAACCATTATGGAGACCCACGGAAAAAAACTGCCAAGCGGCGAGTATACACTTGAGCCTTCTATCTGCATGACCGTGCAGTATTTAACCATATTGCAGGACACGCTGCGTGAAGTATCTTTTGTGTCTTTTCAGTTTGAAATGGATTGGACGGAATGCACGTATCAGCAGCTCACCCTCCGCTCTAAAACGCTGCCGCCGAAGCTGCAGTTCACAAGCCTGGATAAGATCGTTTTTAAAAAACGTGAAAAAACGAAAGCAGATTTCCTTAGTTATATGGTGAAAATGAGCGATTTTCTTATGCCCTTTCTTAAAGATCGGGCCGTCACGGTGATCCGTTATCCGCACGGCGCGCCTGGCGAATCTTTTTTTCAAAAAAACAAACCGGACTACACGCCGGACTTTGTCTCAAGCGTGTTTGACGGGAGCCACGAGCACATCGTATGCAGCAGCATACCGTCACTTCTATGGCTGGCCAATCAGCTGGCGCTTGAATTTCACGTTCCGTTTCAGACAGTGCATTCTGAAAGACCCGCAGAGATTGTCATTGACCTTGATCCTCCGTCAAGGAATGATTTTCCTATGGCAGTGGAGGCTGCGCATGTGCTGAAACAGCTGTTTGACTCATTCAGCATTACGTCATTCCCGAAGCTCTCCGGAAATAAAGGCATTCAGCTCTACATCCCGCTTTCACCGGAAGCATTCAGCTATGAAGAAACCCGTGCGTTCACAATGCTCATCGCCGATTATTGCGTCAGGACGCGCCCGGATCTTTTTACGACAGAGCGGTTTATCAAAAACCGAAACGGCAGGCTCTACCTAGATTATTTGCAGCATGCCGAAGGGAAAACCATTATCGCCCCCTATTCGACCCGGGGCAACGAATTGGGAACGGTTGCGGCTCCCCTTTATTGGAGCGAAGTCAACTCCTCTTTAACACCTGATGATTATACGATCGATACAGTAGTGAACCGCGTCAGGACAGAGGGAGATCCGTTTTATGATTTTTACCGGAATCCGCAGGACGGCCCGCTTTCAATCGTGCTTGAGCAAATCAAGAGGAAGAGCTGA MVLTMQPILTSVPPEGSEWRYEVKYDGFRCLLRIDESGVTLTSRNGQTLTNQFPEITAFAARCFQHMKDRFPITLDGELVYLINPYRADFEHLQIRGRLKRTEAIESTADRRPCRFLAFDLLVLEGAGTVSLPYVKRKRALSKLFKEANLPACPHHLAEEAIQYIPEHTDFDALWDKVVRHDGEGVVAKRASSGWAENKRSPDWQKYKHMKTAHVLLTGFNPKNGYVTASVLKDGTVVPIASVSHGMQAEEKNAVRTIMETHGKKLPSGEYTLEPSICMTVQYLTILQDTLREVSFVSFQFEMDWTECTYQQLTLRSKTLPPKLQFTSLDKIVFKKREKTKADFLSYMVKMSDFLMPFLKDRAVTVIRYPHGAPGESFFQKNKPDYTPDFVSSVFDGSHEHIVCSSIPSLLWLANQLALEFHVPFQTVHSERPAEIVIDLDPPSRNDFPMAVEAAHVLKQLFDSFSITSFPKLSGNKGIQLYIPLSPEAFSYEETRAFTMLIADYCVRTRPDLFTTERFIKNRNGRLYLDYLQHAEGKTIIAPYSTRGNELGTVAAPLYWSEVNSSLTPDDYTIDTVVNRVRTEGDPFYDFYRNPQDGPLSIVLEQIKRKS PGPT0014910_1276 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0014910-ligD-K01971 NA NA D1-12_00500 882 ku COG1273 Non-homologous end joining protein Ku ATGCACACGATGTGGAAGGGTTCGATCAGTTTCGGTCTCGTCAATATCCCGGTCAAGCTCTTTGCGGCCACTGAAGATAAAGATATAAAATTCCGCAGTCTTCATAAAGAAGACCATGCGCCGATTAAATACGAAAAAATCTGCACCGGATGTGAAAAAAGTCTGGAACCTGATGAAATCGTGAAAGGCTATGAGTATGTAAAAGGGAAATACGTCATTATGACAGACGAAGACTTGAAAGACGTAAAACAGGAACATGAAGAAAAAGCGGTTGAGATTGTTGACTTTGTCCAGCTGCAGGAAATTGATCCGATTTATTTTAACCGGTCGTATTATGTCGGGCCGGGAGATAACGGCACAAAAGCCTATACACTTCTGCGGGAAGCGCTGAGGACGACGGGTAAAATCGGGATTGCCTCCATTACGATCCGCTCTAAACAGCAGCTTGCGATTCTTCGCGTGTATGACAACTGCATCGTGATGGAATCCATTCATTATCCGGATGAAGTCAGAAATGCCGGACATGTGCCGGGCGTTCCCGAGCAGACAGCCGTTAATGAAAAAGAGCTGCAGACGGCGATTACGTTAATTAATGAACTGACAACCGAGTTTGACCCGGAACAATACGAAGACACATACCGGAAAGCCCTTCTCGCTAAAATTAACGATAAGCTCGAACATGAAGAAGCGGGCGTGACACCGGCTGCTGCCGGCCCGCGCGAAGATGTCATTGATCTTGTCAGCGCGCTTCAGGCAAGCATTGACCGGACGAAGCGGCCGGATCGCGAACAGGCTGCACCGGCGCGGACAAAAGACGCCGCGTCAGCAGGCGGCAGAGGCAAAAAGCAAAAGACGACCAGACAAAAAGCCGGAACATCTTAA MHTMWKGSISFGLVNIPVKLFAATEDKDIKFRSLHKEDHAPIKYEKICTGCEKSLEPDEIVKGYEYVKGKYVIMTDEDLKDVKQEHEEKAVEIVDFVQLQEIDPIYFNRSYYVGPGDNGTKAYTLLREALRTTGKIGIASITIRSKQQLAILRVYDNCIVMESIHYPDEVRNAGHVPGVPEQTAVNEKELQTAITLINELTTEFDPEQYEDTYRKALLAKINDKLEHEEAGVTPAAAGPREDVIDLVSALQASIDRTKRPDREQAAPARTKDAASAGGRGKKQKTTRQKAGTS NA NA NA NA NA D1-12_00501 570 hypothetical protein TTGGCGCTCAGTATAGAATTCATCCCGGCGGAAATTGTTCTTCCGCTTGCGGGCTATTGGGTCTCAAAAGGGGATATGACGCTTGCCGGGACCGTGTTTGCCGGTTCGCTCGGCGGTGTTTCAGGTCCGCTTGTCTTATATGGAATCGGCAGGCTGGGCGGTCGGCCGTTTTTGCTGAAATATGGAAAGTATATATGGATAAAACCCGAATCCCTGCAGAAATCAGATGATTTCTTTCAGAAGCACGGAGGTTTGGTCGCGTTCAGCGGCCGTTTTATACCGGGGGTCAGGACGCTGATTTCTTTGCCGTGCGGCATTGCGAAGATGAATGTCTGGGTGTTCTCCCTATATACATATGCAGCGATGCTGCCGATTACATTTGCTTACGTATACCTCGGAATGAAACTCGGGGAAAATTGGAAAAGCGTCGGTTCCATTCTCGATCAATATATGCTGCCGCTCGGTATAATCATTGTGTTGCTTCTCATTCTTTGGATGTCTTTAAAGAGAAGAAAACAGCGGGCCAAAACAGAAAAAATTTCTCAATTTGTTAAAAAAGTTAAGCGTTGA MALSIEFIPAEIVLPLAGYWVSKGDMTLAGTVFAGSLGGVSGPLVLYGIGRLGGRPFLLKYGKYIWIKPESLQKSDDFFQKHGGLVAFSGRFIPGVRTLISLPCGIAKMNVWVFSLYTYAAMLPITFAYVYLGMKLGENWKSVGSILDQYMLPLGIIIVLLLILWMSLKRRKQRAKTEKISQFVKKVKR NA NA NA NA NA D1-12_00502 783 hypothetical protein TTGGACTTTGCATTATTATTGGAGTATGGATGGGTTCTTCTCGTTTTAATCGGGCTGGAAGGGATTTTGGCGGCGGATAATGCGCTGGTGATGGCTGTGATGGTGAAGCATCTTCCTGAAAAACAAAGGAAGAAGGCTTTATTTTACGGATTGGCGGGCGCATTTATTTTGCGTTTCGGGTCGCTGTTCGCCATTTCTTTTCTGGTGAATGTTTGGCAGGTCCAGGCCGTCGGCGCTTTATATCTGTTTTACATTGCGGTCAGCCATTTGCTGAAGCGGTATGTATTTAAAGATAACGCCGGTCAGAAAACGCAGAAAGAAAGCGGGTTTTGGCAGACTGTCTTGAAAGTGGAGCTCGCGGACATCGCTTTTGCCGTTGACTCCATTTTAGCTGCGGTCGCGCTTGCCGTAACGCTCCCGGGAACAGAGCTTCCTGCCATCGGCGGCTTGGACGGCGGTCAGTTTCTCGTTATTTTAGCTGGCGGCGTAATCGGTTTAATCATTATGCGTTTTGCGGCATCAATGTTCGTATCCTTACTGAAAACCAGGCCGGGCCTTGAAACGGCGGCATTTGTGATTGTCGGATGGGTAGGAGTAAAGCTCGCTCTTTATACATTGGCCCATGAGGAACTCGGTATAATTCCGGCAGATGTCATCCATTCGGCGGCCTGGAAAATCATTTTCTGGGCGGTTCTGGCTGCCATCGCGGTTTGCGGATGGTTTATGTCAGGAGCAAAACAAATAGAGTCTGGCGCGGAATCGGAAAAAAGAGAACACGCGTAA MDFALLLEYGWVLLVLIGLEGILAADNALVMAVMVKHLPEKQRKKALFYGLAGAFILRFGSLFAISFLVNVWQVQAVGALYLFYIAVSHLLKRYVFKDNAGQKTQKESGFWQTVLKVELADIAFAVDSILAAVALAVTLPGTELPAIGGLDGGQFLVILAGGVIGLIIMRFAASMFVSLLKTRPGLETAAFVIVGWVGVKLALYTLAHEELGIIPADVIHSAAWKIIFWAVLAAIAVCGWFMSGAKQIESGAESEKREHA PGPT0003866_7 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_MANGANESE_RESISTANCE MANGANESE_RESISTANCE-RELATED_PROTEIN,PGPT0003866-yceF-NA NA NA D1-12_00503 756 sigI RNA polymerase sigma factor SigI GTGAAACCAGTGCTTAGCCTTTTGTTTAAATTGGGAAAAAAGAAGCAAACGCTTGAAACATCTGTTGAAAAAATACAAAAAGGCGACAAAGATCTGCAGAACGATTTAATACAGCAATATAAGCCTTTTATCGCGAAGACGGTTTCATCCGTTTGTAAACGATATATAGATGAAAAAGACGACGAATTCAGCATCGGGCTGATCGCGTTTAACGAAGCCATTGAAAAGTATTCGGCTGAAAAAGGTAATTCGCTGCTTGCATTTGCAGAGCTGATTATAAAAAGAAAAGTGATAGACTATATCAGAAAAGAAGCAAGAACCGCTCAGCATATCAATATGGATGTGCAGGAAGGCGACGACCAGGAATCTTCGCAGAGCCTTATCGAAGCGGAGCTTTCCATTGATGAATACCGCAAACAGATAGAACAGGAACAGCGCCGGGAAGAAATTCTTTTTTTTCAGAAGCAGCTCAAAGAATACGGGCTGTCTTTTAAAGAGCTGCTGGAACAATCGCCGAAGCATACAGATGCGAGGCAGAATGCGATTAAGGTAGCCTACACGCTTGTTGAAAATGAAGAGCTGGCGTCCATTTTGCACCAGAAAAAACAGCTTCCTGTCAAACAGCTGGAGCAGCTCGTGTCGGTCAGCAGAAAAACGATCGAACGGAACCGAAAATATATCATCGCCATGAGTATTATTATTACCGGTGATTATATTTATTTAAAAGATTATCTTAAAGGGGTGTTGCACTCATGA MKPVLSLLFKLGKKKQTLETSVEKIQKGDKDLQNDLIQQYKPFIAKTVSSVCKRYIDEKDDEFSIGLIAFNEAIEKYSAEKGNSLLAFAELIIKRKVIDYIRKEARTAQHINMDVQEGDDQESSQSLIEAELSIDEYRKQIEQEQRREEILFFQKQLKEYGLSFKELLEQSPKHTDARQNAIKVAYTLVENEELASILHQKKQLPVKQLEQLVSVSRKTIERNRKYIIAMSIIITGDYIYLKDYLKGVLHS NA NA NA NA NA D1-12_00504 1170 rsgI Anti-sigma-I factor RsgI ATGAGAAGAGGGATCATAGTAGAGAAAAATAAAAAATTCGTCACGTTGCTAACCCCTGACGGACAATTTTTAAAAACAAAAAATGATCACCGCACTTGTGAAATCGGAGAGGAAATTACGTTCGAAGGCGAAACGCGTATGGGAAGAAGGGCCAGCTTTTTTGATTTTCTGAAACTGCGCCCTTTTAAATTGGGAGTGTTTACGATGACTGCTATTATTTTGTTTATTTTAATTTTGCTCCCGGTTTTTTCTGATAACAAAGCTTACGCGTATATGACGCTTGACATTAATCCCAGCATTGAAATGGCTTTAAACAGCAAATATGAAGTCATTGAACTGACACCGCTGAACCATGACGCCAAACAGGTCATCAGTGACATCGGAGATTGGAAAAGCAGCGATTTTAAGGAAGTCATCAGTAATATTATTACCGATTGCAGCAAGCATGGATATGTAAAGGAATCAAAAGAGATTTTAATTTCCACGGTTTATGAAAATACAGATGACAATACATATAAAAAAGGCGTTAAAAAACAGCTGGCCGACATGACTGAAAAATATAAGGGCACCTACCAGGTCCAATCGCTTGAATCTGATATGGAAACAAGAGAAAAAGCAAAACAGGAAGGGATGTCAACAGGCAGCTACATAAGAAGAAACGAAAAGAAAACAGAAGAAAAACAGCCTGAAAAGCAAACCGACGGCAATGAAACAGATCAAAAAGATACCGAAACAGACGCTGATCAAAGCGAGCAGCCGGACACAGATAAGCCGGCGGCTGATGAAAAGACAGCTCCTGATGAAGAAAAGGCAGCAGAGAAGCCGGGAAACAATGAAACAACGCCCGGTACGGAAGAAGCGAAGCCGGACAGTCAGGACGGCAATCAGCAAACCGAAAAAAATGCAGCTTCCGGATCAGAGGAAAACACACAGAAGGAACAAGATGGGGAAACAGAGCAGCCCCCAACACAAAATCCTCAGGAAAACGGAAATGACAAAGAGCCTAAGCAAAAGTATTACAATCATTACTGGAATCATGATCGCAATGAACATTGGGAATCCTATCGGCATCATGAAGATTCGTCAGACCGAAGGAATCCGAACGGCTACCGGCACGGAAAGGAGAATGCCGATAAATATCAAAATTCGCCGAGAAGTCCCGGCGAATAA MRRGIIVEKNKKFVTLLTPDGQFLKTKNDHRTCEIGEEITFEGETRMGRRASFFDFLKLRPFKLGVFTMTAIILFILILLPVFSDNKAYAYMTLDINPSIEMALNSKYEVIELTPLNHDAKQVISDIGDWKSSDFKEVISNIITDCSKHGYVKESKEILISTVYENTDDNTYKKGVKKQLADMTEKYKGTYQVQSLESDMETREKAKQEGMSTGSYIRRNEKKTEEKQPEKQTDGNETDQKDTETDADQSEQPDTDKPAADEKTAPDEEKAAEKPGNNETTPGTEEAKPDSQDGNQQTEKNAASGSEENTQKEQDGETEQPPTQNPQENGNDKEPKQKYYNHYWNHDRNEHWESYRHHEDSSDRRNPNGYRHGKENADKYQNSPRSPGE NA NA NA NA NA D1-12_00505 195 sspD Small, acid-soluble spore protein D ATGGCGAGCAGAAATAAACTCTTAGTTCCAGGGGCTGAGCAGGCACTTGACCAATTTAAATACGAAGTGGCTCAAGAATTCGGCGTGAACCTTAGCTCTGATACAGCAGCACGCGCAAACGGCTCTGTAGGCGGGGAAATGACAAAACGTCTTGTACAGCAGGCTCAATCACAATTAAACGGGAAAAATCAATAA MASRNKLLVPGAEQALDQFKYEVAQEFGVNLSSDTAARANGSVGGEMTKRLVQQAQSQLNGKNQ PGPT0024875_253 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE_SMALL_ACID-SOLUBLE_SPORE_PROTEINS,PGPT0024875-sspD-K06421 NA NA D1-12_00506 702 hypothetical protein ATGAACACGTTTAAACTGACCCGAACTGATATGGTCCGGCTTCTTTACGCGTTAAAAGGCCAAGGAGACGCAACTCCTCTCCAAATCTTATTGCAATCAGCGGATATGACCTTGGATGAAGCGGAAAGCCGTCTGCATATTCCTGAATTTCTGACGAGATTCGAACGAAAAAAAGAGAAAAAGGAATACGGGCTTTCAACTAACGAGATTGTCGAGCTGGGAAATCTGTGCGAGCTGACGTCTTTAAAATCAACCGCCGTCCAAAACTGGGTGAAGCGCGATATTAAAGATTTAATCGGCCACCCCTTACTCGGCAAAAAATATACAATAGAACAAGCTGTCATCCTTCTCATTGTACGTGATTTAAAATCAATTTATGACTTCGAACATATACGCGGCATATTAAAAATCGCTTTTAACACGATCACAGACAGATCAGATGACGTCATCAGCCCGATCAGCTACTATGAAAGCTGCGCCCAAGTGATTGATTATCTTCATCATAAGGCAAACCCGCCGATGAAGGAAACGAGCCTGCAGGAGCTCGTCGAAGAGCAGACGGACAAGCTCAAAGGCTGCTTTAAAGAACTCGGAAGCGGACAATGGAACAATATCAGATCCATAATCGCCGTCACGGTGCTCTCCGTTTTGACTTTCCATATTCAAGCCTCAGCCTACAAAATGATCAGCCATTTATTATAA MNTFKLTRTDMVRLLYALKGQGDATPLQILLQSADMTLDEAESRLHIPEFLTRFERKKEKKEYGLSTNEIVELGNLCELTSLKSTAVQNWVKRDIKDLIGHPLLGKKYTIEQAVILLIVRDLKSIYDFEHIRGILKIAFNTITDRSDDVISPISYYESCAQVIDYLHHKANPPMKETSLQELVEEQTDKLKGCFKELGSGQWNNIRSIIAVTVLSVLTFHIQASAYKMISHLL NA NA NA NA NA D1-12_00507 894 htpX_2 COG0501 Protease HtpX ATGGCGAAAAGAATATTTCTGTTTATTTTAACGAACCTTTTGGTCATTACGACAATCGGAATTGTGCTTACGATTATTACAAGCGTTACCGGTGTCGGCTCGTATATACAAAATGGCCGCATTGATCTGATGGCATTGCTCGTGTTCAGTCTTGTCGTCGGTTTTGTCGGTTCTTTTATTTCTCTCGGAATGTCCAGATGGATGGCCAAAACGATGATGGGCGTCCGGGTGTTAAATCCGAAGAAACAGTCGCTCAGCTATGAAGAACAGCAATTGGTTGACCGTGTGCACAGATTGTCCCGTGCCGCAGGGATGACGAAAATGCCTGAAGTCGGCATTTATCATTCCCCGGAGGTCAATGCTTTTGCGACCGGGCCTTCTAAGCGCCGTTCGCTTGTCGCGGTTTCTTCAGGTTTATTGCAGCAGATGGATGATGCTGCGGTGGAAGGGGTTCTTGCCCATGAAGTCGCACACATCACAAACGGTGATATGGTCACGATGACGCTGCTGCAGGGAATCGTCAATACGTTCGTCGTATTCCTTTCCCGAATCGCGGCATGGGTTGCAAGCCGCTTTGTCAAAGAAGACCTCGCACCGGTCGTGCATTTTATCGCGATGATCGTGTTTCAGATTATCTTTTCCATTCTCGGCAGTCTTGTCGTCTTCGCCTACTCGCGCCACAGAGAGTTTCACGCTGACCGCGGCGGTGCAGACCTTGCCGGCAAGGATAAAATGATTCACGCCCTGCGTACGCTGAAGTCTTATACAGGACATGTGAATGAAGAAGACCAGACGGCAGTGCAGACGTTAAAAATTAACGGCAAAAAGCATTCGTCATTGTTCTCCACACACCCTGATCTCGATGAGCGCATTCGCAGGCTGGAAGCAAAATAA MAKRIFLFILTNLLVITTIGIVLTIITSVTGVGSYIQNGRIDLMALLVFSLVVGFVGSFISLGMSRWMAKTMMGVRVLNPKKQSLSYEEQQLVDRVHRLSRAAGMTKMPEVGIYHSPEVNAFATGPSKRRSLVAVSSGLLQQMDDAAVEGVLAHEVAHITNGDMVTMTLLQGIVNTFVVFLSRIAAWVASRFVKEDLAPVVHFIAMIVFQIIFSILGSLVVFAYSRHREFHADRGGADLAGKDKMIHALRTLKSYTGHVNEEDQTAVQTLKINGKKHSSLFSTHPDLDERIRRLEAK PGPT0014605_1772 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HEAT_SHOCK_PRTOEINS,PGPT0014605-htpX|ykrL-K03799 NA NA D1-12_00508 1353 ktrB COG0168 Ktr system potassium uptake protein B ATGAAATTAAAACTGAAGAAATTCATACAGATCTTGTCGCCAGCACAGCTGATTGCATTATATTATTTTCTTGCTGTGACGGTGGCATTTATTTTGCTAAGTCTGCCGGCCGCCCACAAACAAGGGGCCAGCTGGTCGTTTATAGACGCGCTGTTTACGGCTGTCAGCTCAGTCAGTGTCACCGGTTTAACGGTCGTCAACACGGCTGATACATTCAGCACGGCCGGGATTGTCATTTTGGCTTTCGTGCTTCAATTCGGCGGAATCGGCATCATGACGCTCGGAACATTCGTCTGGCTCATTATGGGCAAACGGATCGGTCTGCGGGAACGGAAGCTCATCATGGTGGATCAGAATCAATCGCAGTTTTCCGGTATCGTCAACCTGATGAAGCAAGTGCTGTTTTTGATTTTATTAATCGAGTTTTTAGGCGGCATCATCTTAGGAACATATTTTTTAACGTATTATGATTCGTTTGAACAGGCGTACTTGCACGGATTCTTTGCGAGCGTCAGCGCCACGACAAACGGCGGTTTTGATATTACGGGAAATTCACTCGTCCCGTTCAGACATGACTATTTCGTGCAGTTTATTACGATGCTTCTGATTATTTTCGGTGCGATCGGTTTTCCGGTGCTCGTAGAAGTAAAGGACTTTTTGTTTTCAAAACAGCGCAGATATTCATTCACGCTGTTTACGAAAATTACGACCGTTACGTTCGGAATGCTCGTTTTGTTCGGAGCCGTGGGCATTTACGCGCTTGAAGCAAGCCATGTCATGAAGGGGAAAAGCTGGCATGATGTTTTATTTTTATGTCTCTTTCAATCAACCGCTACGCGAAGCGGCGGGCTTGCGACAATTGATATCAGCCAGCTGTCGGCGCCGACATTATTTTTCATCTGCGCCCTCATGTTTATCGGCGCATCACCGAGCTCGGTCGGCGGCGGAATCCGTACGACGACGTTTGCGCTTAACCTTCTTGCTCTGTTTCATTTTGCCCGGGGGAATAAAGCGGTCAAGGTCTTTAAACGCGAGCTTCACCAGGCTGATGTCATGAAGTCGCTGGTCGTTACGATGATGGCGATTCTGCTCGTGTTCGGATCGACGCTGATTCTGGCCGTGACGGAGAAAAATCAGACGCTCCTCGGACTGCTTTTTGAAGTGTGTTCCGCTTTCGGAACGACCGGCCTGTCGCTCGGGATTACTCCGCATTTAAGCGACATCGGAAAATGCGTGATCATGATTGTCATGTTTATCGGCCGGATCGGCATTTTGACATTCCTTTATTTGATCGGCCGAAAAGAAATCGAAGCAAATTATCACTATCCGAAGGAAAGAATGATTATCGGCTGA MKLKLKKFIQILSPAQLIALYYFLAVTVAFILLSLPAAHKQGASWSFIDALFTAVSSVSVTGLTVVNTADTFSTAGIVILAFVLQFGGIGIMTLGTFVWLIMGKRIGLRERKLIMVDQNQSQFSGIVNLMKQVLFLILLIEFLGGIILGTYFLTYYDSFEQAYLHGFFASVSATTNGGFDITGNSLVPFRHDYFVQFITMLLIIFGAIGFPVLVEVKDFLFSKQRRYSFTLFTKITTVTFGMLVLFGAVGIYALEASHVMKGKSWHDVLFLCLFQSTATRSGGLATIDISQLSAPTLFFICALMFIGASPSSVGGGIRTTTFALNLLALFHFARGNKAVKVFKRELHQADVMKSLVVTMMAILLVFGSTLILAVTEKNQTLLGLLFEVCSAFGTTGLSLGITPHLSDIGKCVIMIVMFIGRIGILTFLYLIGRKEIEANYHYPKERMIIG PGPT0002735_4175 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-POTASSIUM_TRANSPORT,PGPT0002735-trkG|trkH|ktrB-K03498 NA NA D1-12_00509 675 hypothetical protein TTGTTTGCCGTATTTTGGAAGTCGGTAGTTATGATAGCGGTCGGTACCTTTTTATTGCGGATTGCCGGACGGAAATCAATCAGCCAGCTGTCGGTGACCCAGACAGTCATCATGATTTCGATCGGCTCGATTATTATTCAGCCGTTTATTGAACATAATTTATGGGAAACCATTTTCGCGGCGGCGATTTTTATTGCGGTGTTAATCCTGATGGAATATTTAGAAATCAAATCAAGCTTTTTTGAGTTTTTATTTTCAGGAAAAACCGTCGCCGTTGTCAGAAACGGAAAAATCATCCCGGAAAACTTAAAAAAAATGCGTTTTACCGAAGATCAGCTGTCAATGAGGATCAGGCAGGAAGGCCTCGGAGACATTCAAGATTTTAAATATGTGCTGCTTGAGCCGAACGGACAGATCGGCTATGAACTCATTGATGAGGCCAAAAACGTGACAGTGCGCGACTTGAAAAAAATGCTTGATGAATTCAAAACAGATTTGCTGACAGAAGGAGGAAATCAAATGAAACGCAAAGCAGCAAAGAATGAAGCTTTGACCAACAACAACACACCGACTGAGAGCATGGACAAAGATGCATACAAAACACAATATGACGGTGATCCCGGACTGAGAGGCGCAAACCGCAAATCAAAACACGGCAAACAAGGAGGCGAGTAA MFAVFWKSVVMIAVGTFLLRIAGRKSISQLSVTQTVIMISIGSIIIQPFIEHNLWETIFAAAIFIAVLILMEYLEIKSSFFEFLFSGKTVAVVRNGKIIPENLKKMRFTEDQLSMRIRQEGLGDIQDFKYVLLEPNGQIGYELIDEAKNVTVRDLKKMLDEFKTDLLTEGGNQMKRKAAKNEALTNNNTPTESMDKDAYKTQYDGDPGLRGANRKSKHGKQGGE NA NA NA NA NA D1-12_00510 171 hypothetical protein ATGACGAAAAAAAACCGCCACAGCAAAGACATGCAAAACCATAAAAAGCCGATGGACCCTAAATTGCTTGAAGAAGAGTTTGCAAGCGAGCTCGGTGATTATAACGCCGGAAAATGGATTGAAACGCTTGAACAGACGAAGCCAAAGAAAAAAGAAGACGGCAAAAAATAA MTKKNRHSKDMQNHKKPMDPKLLEEEFASELGDYNAGKWIETLEQTKPKKKEDGKK NA NA NA NA NA D1-12_00511 1023 hypothetical protein ATGACAAAATCGCGAGACAGTTACTTTGACAACGCCAAGTTTATCTTGATTTTTCTGGTGGTGTTCGGCCATATCCTCCGGTCATTTATTAACGGAAATGAGTTTATGCTCCATCTCTACAAATTCATTTATACTTTTCATATGCCGGCCTTTATCCTGGTTTCCGGCTATTTCGCAAAAAACTTTAAGCGGACAGGTTATGTGAAGAAGTTGGCTGTGAAGCTGATTATTCCGTACCTGATTTTTCAGGGCATTTACTCCGTTTTTTACTATTTGATTCAGGATGAAAGCATGGCAAGCGTCAATCCGATTGATCCGCAGTGGTCTCTCTGGTTTTTAGTCAGCTTATTCTTTTGGAATCTGCTGCTTTATCCCTTTACGAAGCTGCCGAAATTGTGGGCGCTTGGGGCGAGCTGCGGGCTTGCCGTCATGATCGGGTATCTTGATTTTATCAGCAGCACGCTGAGTCTTTCACGGACGTTTGTTTTTCTTCCGATGTTTCTCGTCGGGTTTTATTTAAAGAAACAGCACTTTGATTTGCTTCGGGCTAAAAGAGGCAGGCAGATTGCCGCGGGCGTGCTGGGGATTGTTTTCCTGTTATGCTGGTGCATTGACTTTGATTACTCCTGGCTGTTCGGATCGGAGCCTTATTCCACATTCGGCACAGTGTCGCTGTTGAGCGGTCTGTCGCGCATCGGCTGGTATGTTTTGGCCTTTGCCGCCACTTTCAGCTTTTTGGCGCTCGTTCCGCAAAGGCGTTATTTCTTTACGAAATGGGGGACGAGAACGTTTTACGTGTATCTGCTGCATGGATTCATTATAAAAACGCTGCGGCAGATCGGGCTTGAAGATCACTTGTCTGATTATCAGAATTTAGTCATACTCTTAATGTTAACGGCCGCTCTTACGTCCATTCTCTCCAGCAATGCGGTGAAAACGGCCGCACAGCCGTTTATTGAGCTGCGGATAACCGGCTTGCTTGAAGCGGTGAAAGGAACAAGAAACGGTGCTTATTCGAAATAA MTKSRDSYFDNAKFILIFLVVFGHILRSFINGNEFMLHLYKFIYTFHMPAFILVSGYFAKNFKRTGYVKKLAVKLIIPYLIFQGIYSVFYYLIQDESMASVNPIDPQWSLWFLVSLFFWNLLLYPFTKLPKLWALGASCGLAVMIGYLDFISSTLSLSRTFVFLPMFLVGFYLKKQHFDLLRAKRGRQIAAGVLGIVFLLCWCIDFDYSWLFGSEPYSTFGTVSLLSGLSRIGWYVLAFAATFSFLALVPQRRYFFTKWGTRTFYVYLLHGFIIKTLRQIGLEDHLSDYQNLVILLMLTAALTSILSSNAVKTAAQPFIELRITGLLEAVKGTRNGAYSK NA NA NA NA NA D1-12_00512 2220 kinE COG2202 Sporulation kinase E ATGGCTGAAACTCTGGATTTGCAAACAAACGAGTCGCTGAAAGAGCAGCTGAAGCGGATGAAAGAGGAAAATGACCGCCTGAAGAGTGATTTGAACCGGTATCACGTGATTATGAATAACACGCTTGATGCCATTTTTATATGCCATAAGGAAATGAAAATCGTCCAGGCGAACGAGGCTGCGGCCCGGATGATGCAGATTGAGGCAGAGAACCTCATTAACCGCTCCGTCCTGGATTTTTTATATTCCGTGCCTCAGGAAGAACTGAATAAGGCCGTGAAAAAGTTTTTTAAAAAAGGCCATCTGTGGAAAGAGGTGCCGATTAAGCTTGACAGCGGCGCGACGAAATACATTGAATTCCTCGCCAGAGACGGAATTGGGGAGGATTATTTTTTTGTGGTGATGAGGGATATCTCCTCTAAAAAAATATTAGAGCGCGAATTCTCCATGAACGAGCAGCTGTTTAAAGATTTGTTTGACAGGGCTGTCGACGGCATCGTGCTGTTTGATAAGGACGGCGGGTTTATTGATGCGAACCTCTCTTTTTGCAAAAGCTTTGAGATCGGCCAGAATGAATTGTCCCATCTGTCGCTCCGCCATTTTACCGACGGAGAAAACAAAAAGCATCTGAAAGAAATCTGGGAAACCCTCCGTAGAAAAGGAAACGCCAAAGGAGAACTGCCCGTCAAGCTTCGGTCCGGCGAAGAGAAGCTGTTTGAATTTACGATTACGTCCAACTTAATCAGCGGGTTCTACATGTCCATTATGAGAGACATAACAGAGAAACGGCTGATGGAATTGAAACTCTTTAAAAGCGAAGAGCGATTCCGCGAAATTTTTGAAAACGCCATGGACGCGATTGTCATTTGGTCTGATGACGGAAAGATTGCCAAAGCAAACGAATCGGCGTGCCGCATTTTCGAACTGCCGATGGATAAGCTGGTGGAGACGAATTTATGTACGTTTATCGTTGATCCGCAGAAAAAATACAAGCAGATTAAGAAGAAATATGAAAAATACGGGGAAATCCGTGAAGAAATGCTGTTTCAGATGGCAAACGGCCAATTTAAAGAGCTGGAATTCACATCAAAACGAACCATACTTGAAGGTCAGCATTTAACCATTTTAAGAAATGTCAGCGATCGTAAGCGCATGGAAAAAGAATTGCGGGAAAGCGAGCTGAAATTCAGAAAAGTATTCAACGGCTCAATGGACGGCAAGGTCTTATTTGACAACCAATTCCGCATTATTGACGCGAATCCTCTCGCAAGCCGTATACTCGGTATGCCGGATGTGGAGCTGAGAGCGTACACCGTTCCGGATATTCTTTCTTTATTTGATATTGAAAACGCGGGTGTTCCCGCCAGAAAGATTGATTTAGAAGGAATGGATAATGAAATCCCCTTCCTGTTAAGCAGCAGCGACAGCCGCAAACTGGAATTCTCCTTCAAAAGAAATATCATTCAAAATATGAATCTGGCCATCTTTAAAGATGTCACAGAGGCCAAAGAGCTTGAAGAGAGGCTGCGGAAATCCGATACTCTTCATGTTGTAGGGGAGCTGGCGGCGGGCATCGCCCACGAAATCAGAAACCCGATGACGGCGCTGAAAGGGTTCATTCAGCTTCTTCAAGGAAGCATTGAAGGCGAATATTCTCTGTACTTTAACGTCATTACCTCAGAATTAAAACGCATCGAGTCTATCATCACTGAATTTTTAATTTTAGCGAAACCCCAAGCGATACTATATGAAGAAAAAGACGTGACGCAGATTATGAAAGACACGGCTGATCTTTTGAATGCCCAGGCCAATCTTGTCAATGTGCAGATCCATCTGAACCTGACCGGAAACATCCCGCCGATTTACTGTGAACCGAATCAATTAAAACAGGTGTTTATCAATATTTTAAAAAACGCCATTGAAGTCATGCCGGGCGGCGGCAATATCTACGTGACCATTCAGTCTTCTGATCAAGACCACATTTTGATTTCTATTCAAGATGAAGGAACGGGCATTTCCGAAGACAAATTAAAACGTCTGGGTGAACCATTTTACACGACAAAAGACAGGGGAACGGGCCTCGGCCTCATGGTCAGTTATAAAATCATCGAAGAGCATCAGGGCCGCATTCATGTGGAAAGTGAAGAAGGGAAGGGCACCGTTTTTCATTTGACGCTTCCGATCCGGCAGAATACGGAAGAAAGAAGGAGCGGGGAATGA MAETLDLQTNESLKEQLKRMKEENDRLKSDLNRYHVIMNNTLDAIFICHKEMKIVQANEAAARMMQIEAENLINRSVLDFLYSVPQEELNKAVKKFFKKGHLWKEVPIKLDSGATKYIEFLARDGIGEDYFFVVMRDISSKKILEREFSMNEQLFKDLFDRAVDGIVLFDKDGGFIDANLSFCKSFEIGQNELSHLSLRHFTDGENKKHLKEIWETLRRKGNAKGELPVKLRSGEEKLFEFTITSNLISGFYMSIMRDITEKRLMELKLFKSEERFREIFENAMDAIVIWSDDGKIAKANESACRIFELPMDKLVETNLCTFIVDPQKKYKQIKKKYEKYGEIREEMLFQMANGQFKELEFTSKRTILEGQHLTILRNVSDRKRMEKELRESELKFRKVFNGSMDGKVLFDNQFRIIDANPLASRILGMPDVELRAYTVPDILSLFDIENAGVPARKIDLEGMDNEIPFLLSSSDSRKLEFSFKRNIIQNMNLAIFKDVTEAKELEERLRKSDTLHVVGELAAGIAHEIRNPMTALKGFIQLLQGSIEGEYSLYFNVITSELKRIESIITEFLILAKPQAILYEEKDVTQIMKDTADLLNAQANLVNVQIHLNLTGNIPPIYCEPNQLKQVFINILKNAIEVMPGGGNIYVTIQSSDQDHILISIQDEGTGISEDKLKRLGEPFYTTKDRGTGLGLMVSYKIIEEHQGRIHVESEEGKGTVFHLTLPIRQNTEERRSGE PGPT0025290_114 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORULATION_REGULATION,PGPT0025290-kinE-K13533 NA NA D1-12_00513 498 ogt COG0350 Methylated-DNA--protein-cysteine methyltransferase, constitutive ATGATCTGTTTTACAAGTGTAAGAGCGCCGTTTGGAACCGTCATCGTAACAGAGGAAGAGAGCTTTATTACCGGCCTGTTTCTCACCGGGGAAGATTTTGAGGAATGGCGGAAAGACGCGCCCGGCGTAAAGCCGTGCGAAACCGCTTTGCTGTCGGAGGCGAAACAGCAGCTGGCATCATATTTTTCAGGAGAAAGAAAGCAATTCTCTCTGCCTCTGAGACAAAAAGGCACACCCTTTCAGGAAAGGGTGTGGAACGCGCTGACGATGATTCCTTACGGGGAATCCCGAAGCTACGGCGATATGGCTGAAGCGATCGGAAAACCGAAAGCGGTGCGCGCCATCGGACAAGCCAATAAACGAAACCGGCTGCCGATTTTGATCCCGTGCCATCGGGTAATCGGCAAAAACAGCGCCTTAACGGGATACGCGGGCACGAAGACGGATGTAAAAGCGGTGCTGCTGAACATCGAACAAATATCCTATAAAGAAAAATAA MICFTSVRAPFGTVIVTEEESFITGLFLTGEDFEEWRKDAPGVKPCETALLSEAKQQLASYFSGERKQFSLPLRQKGTPFQERVWNALTMIPYGESRSYGDMAEAIGKPKAVRAIGQANKRNRLPILIPCHRVIGKNSALTGYAGTKTDVKAVLLNIEQISYKEK PGPT0022325_28 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LIPID_A_METABOLISM,PGPT0022325-lpxB-K00748 NA NA D1-12_00514 120 hypothetical protein ATGAAAGTGAGCCGTCCGCAAAAGATAGCCGGTTATGCAGAGCTGTTTTTTAAAATGCATCTCATTACAGCCGCCCAAAAAGATGAAGTGATTACATTGTGCAGACAAAAAAACCGCTGA MKVSRPQKIAGYAELFFKMHLITAAQKDEVITLCRQKNR NA NA NA NA NA D1-12_00515 1062 mtnA COG0182 Methylthioribose-1-phosphate isomerase ATGACCAATGAATTTGCCATCCCCCGTTCTGTGGAATGGAAAGAAACCTACATCCGCATTTTAAATCAGCAAAAGCTTCCCGACGTCACTGAATATGCGGAACTTGAAACAAAGGAAGATGTATTCGACGCGATTGTCACGCTGAAAGTAAGGGGCGCCCCGGCCATCGGTATAACCGCGGCGTTCGGACTCGCGCTCTCCGCCAAGTCATTTGAAGCCCGCGACCTTTCAGATTTCCGACGTCAATTCGCGGATGTCAAAGCGTATTTAAACAGTTCGAGGCCCACTGCCGTCAACCTTGCGTGGGCGCTTGACAGACTTACGGATTCGATCAGGGATGCGATCTCAATCAATGAAGCGAAGACAACGCTCGTTCATGAAGCCATTCAAATTCAGATTGAGGATGAAGAAACATGCCGAATGATCGGCCAAAATGCTCTGCACCTTTTTAATAAAGGCGATCAGATCATGACCATCTGCAATGCGGGCTCGATTGCCACAAGCCGGTACGGTACGGCGCTTGCTCCCTTTTACTTAGCGAAACAAAAAGACCTCGGCCTTCATATCTACGCATGTGAAACAAGACCCGTTCTTCAAGGATCACGGCTGACGGCGTGGGAGCTGATGCAGGGCGGAATTGATGTCACGCTCATTACGGACAGCATGGCCGCCCATACAATGAAGGAAAAACATATTTCTGCGGTCATTGTCGGCGCTGACAGAATTGCAAAAAACGGTGATACGGCCAACAAAATCGGAACGTACGGCCTCGCTATTTTGGCAAACGCCTTTCAAATTCCGTTTTTTGTGGCCGCCCCGCTTTCGACATTTGACTTGCAGATTGAAAACGGCGATCAGATTCCGATTGAAGAAAGAGATCCGGATGAAGTCAGACAGATCTCCGGCATACGCACCGCTCCCGAGGATGTTCCGGTCTTCAATCCGGCCTTTGACATCACACCGGGCAGCCTGATTTCCGGCATAATAACCGAGAAAGGAATTGTGACCGGTTCTTACACGGAAGAAATTGAACAATTATTCGCTGACTGCCAGCTGAGCTGA MTNEFAIPRSVEWKETYIRILNQQKLPDVTEYAELETKEDVFDAIVTLKVRGAPAIGITAAFGLALSAKSFEARDLSDFRRQFADVKAYLNSSRPTAVNLAWALDRLTDSIRDAISINEAKTTLVHEAIQIQIEDEETCRMIGQNALHLFNKGDQIMTICNAGSIATSRYGTALAPFYLAKQKDLGLHIYACETRPVLQGSRLTAWELMQGGIDVTLITDSMAAHTMKEKHISAVIVGADRIAKNGDTANKIGTYGLAILANAFQIPFFVAAPLSTFDLQIENGDQIPIEERDPDEVRQISGIRTAPEDVPVFNPAFDITPGSLISGIITEKGIVTGSYTEEIEQLFADCQLS NA NA NA NA NA D1-12_00516 1185 mtnK COG4857 Methylthioribose kinase ATGTCAGCAACTAAAACAAGTCTTTATGAACAATTAACAGAAAGCTCCGCCGCCGCGTTAGCCGTCAAGCTCGGCTTATTCCAAAGCAAAAGCACTCTGACATGCCGTGAAATCGGCGACGGCAATTTAAATTACGTCTTTCATGTTTACGATAAAGAAAACAAAAAAGGACTGATTATTAAACAGGCAATCCCTTACGCGAAAGTCGTCGGTGAAAGCTGGCCGCTTACCATTGACCGGGCGAGAATCGAAAGCAGCGCCCTCATCCGCCAGGGCGAACACGTGCCGCACCTCGTTCCGGCCGTTTACTATTCCGATACTGAAATGGCCGTCACGGTAATGGAAGACCTCTCCCATTTGCGGATTTCAAGAAAAGGGCTGCTGGAAGGGCAGCATTATCCGAACTTATCGGTTCATATCGGTGAATTTTTAGGGAAAACGCTTTTTTACTCATCCGATTATGCGCTTGATGCGAAAGTAAAGCAGCAGCTCGCAAAGCAGTTTACAAATCCTGAGCTTTGCAATATTACAGAAAGGCTTGTGTTTACAGAACCGTTTCTCGACCATGAGACAAACGATTTTGAAGAGGAGCTGCGCCCATACGCAGAAAAAGTTTGGAACAATTCCCGGCTGAAAGAAGGCGCTGACGAATTGAAAGCCATCTTTCTGAATTCCGCGGAAACATTGGTTCACGGCGATCTGCACACGGGAAGCATCTTCGCCGATGAACATGAAACAAAGGTGATTGATCCCGAGTTTGCTTTCTTCGGACCGATCGGGTTTGACATCGGCCAATTTATCGCCAATCTGCTGTTAAACGCCCTCAGCCGCGACGGTGACGACAGACAGCCGTTATATGACCATACTGCCGCCGTATGGGATACATTTGTGAAAACATTCAGTGAAGCATGGGAGAAAGACTGCTTGCCTTCCCGCAGACACCTGCTGGAAGACACACTGAAAAACGCATTTGAGGAAGCGGTCGGTTTTGCGGGATGCGAATTGATCCGGCGCACGATCGGACTCGCCCATGTGGCTGACTTAGATGAAATCACTCCGTTTGACAAACGAATCGAACGGAAGAAGCTGGCGCTTGACATCGGCGCCTATTATATCGAAAACAGAAAAAAACTGAAGCATATCACCGAGGTTCTGGACCAATTTAAGCTCCGTGTAAAGGAATGA MSATKTSLYEQLTESSAAALAVKLGLFQSKSTLTCREIGDGNLNYVFHVYDKENKKGLIIKQAIPYAKVVGESWPLTIDRARIESSALIRQGEHVPHLVPAVYYSDTEMAVTVMEDLSHLRISRKGLLEGQHYPNLSVHIGEFLGKTLFYSSDYALDAKVKQQLAKQFTNPELCNITERLVFTEPFLDHETNDFEEELRPYAEKVWNNSRLKEGADELKAIFLNSAETLVHGDLHTGSIFADEHETKVIDPEFAFFGPIGFDIGQFIANLLLNALSRDGDDRQPLYDHTAAVWDTFVKTFSEAWEKDCLPSRRHLLEDTLKNAFEEAVGFAGCELIRRTIGLAHVADLDEITPFDKRIERKKLALDIGAYYIENRKKLKHITEVLDQFKLRVKE NA NA NA NA NA D1-12_00518 780 yafV Omega-amidase YafV ATGAAATGGACCGTTTCCTGTTTGCAATTTGATATTTCATACGGAAATCCTTCAGAAAACTTTAAAAAAGCAGAATCTTTGATTGAGCAAGAAAGCCGCCATGCAGATGTAATCGTGCTTCCTGAGTTGTGGACGACCGGCTATGATCTCACACGGCTAGATCAGCTGGCGGATGAAAACGGCAAAGTTTCGGAACAATGGCTTAAAGAAACGGCAAAAACATACAACGTACACCTCGTTGCCGGATCTTTTGCGGTCAAAGAAGGCGAAAATGTCTATAACACCATGTACATCGCCGATAACAGCGGACAGATCGTGAAGCGGTATCAGAAAGCACATCTGTTTCAGCTGATGGATGAACACCTTTACTTGTCAGCAGGAAACAGTGACGGTTCCTTTGAGCTTGACGGTGTCAAGTGCGCCGGGCTGATCTGCTATGATATCCGTTTCCCCGAATGGATCAGAAAGCATACGTCCCAGGGCGCGAATGTCCTGTTTATCTCTGCTGAATGGCCTCTGCCCCGCCTTGATCATTGGCGAAGCCTGCTTATCGCCAGAGCAATTGAAAACCAATGTTTTGTCGCAGCCTCTAACTGCACGGGGTCCAATCCCGATAATGAATTTGCCGGCCACAGCCTGATTATTGACCCGTGGGGCCGAATTTTAGCCGAAGGAGACCGGACGGAAGGCGCAGTCCGGGCGGAAATTGATGTGTCAGAAAGCGCGGACGTGCGGGGAACCATTCCGGTTTTCCAAGACTTGCGGCGTGATTTATATTAA MKWTVSCLQFDISYGNPSENFKKAESLIEQESRHADVIVLPELWTTGYDLTRLDQLADENGKVSEQWLKETAKTYNVHLVAGSFAVKEGENVYNTMYIADNSGQIVKRYQKAHLFQLMDEHLYLSAGNSDGSFELDGVKCAGLICYDIRFPEWIRKHTSQGANVLFISAEWPLPRLDHWRSLLIARAIENQCFVAASNCTGSNPDNEFAGHSLIIDPWGRILAEGDRTEGAVRAEIDVSESADVRGTIPVFQDLRRDLY NA NA NA NA NA D1-12_00519 1197 bacF_1 COG0436 Transaminase BacF ATGAACTTTGAAATCTCAGATGTACTCAAACAGCTGCCGGAACAATTTTTCGCATCATTGGTGCAAAAAGTGAATCAAAAGCTGAAAGAAGGCAGAGACGTCATCAATTTAGGGCAGGGAAACCCTGATCAGCCGACGCCTCAGCATATCGTTGAAGAAATGAAGCGCGCCGTCGAAAGGCCGGAAAATCATAAATACTCATCATTCCGGGGCGCTTACAGCTTCAAAAAAGCAGCCGCTGCATTTTATGAAAGGGAGTACGGGGTCACGCTTGATCCGGAAACGGAAGTCGCCGTGCTGTTCGGAGGCAAGGCGGGACTTGTTGAGCTTCCGCAATGTCTTTTAAACCCTGGAGATACCATTCTGGTGCCTGATCCCGGATATCCTGATTACTGGTCAGGCGTCGCCCTTGCGAAAGCGAAAATGGAAATGATGCCGCTGACGGAGGTAAGAGGGTTTCTCCCTGATTACAGCGTAATTCCTGAAAAGGTGCGGAGCGAGGCGAAGCTGCTGTATCTCAATTATCCGAATAATCCGACCGGCGCTGTGGCGACAGAGGCGTTTTTCGAGGAGACGGTCGGTTTTGCGGAACAAAACGGCATTTGTGTCGTTCATGATTTCGCGTACGGAGCCGTCGGTTTTGACGGGCATAAACCGCTGAGCTTTTTGCAGACCGAAGGCGCAAAAGAGACGGGAATCGAAATCTACACCTTGTCTAAAACCTATAATATGGCGGGCTGGCGGGTCGGATTTGCCGTCGGAAACGCTTCTGTCATCGAAGCGATCAACCTTTATCAGGATCATATGTTTGTCAGTTTGTTTCCCGCGGCGCAGCAGGCGGCGGCAGCCGCTCTTTTAGCGGATCAGGCATGCGTCGCAGCGCAAAATGACAGATATGAATCGAGACGCAATGCATGGATTGAAGCCTGCCGCGATATCGGCTGGGATGTGACGGCTCCGGCGGGCTCCTTTTTTGCATGGCTCCCTGTGCCTGACGGTTATACGTCACAGTCGTTTTCAGACTTGCTGCTCGAGAAAGCGGATGTCGCGGTCGCTGCCGGAAACGGGTTCGGAAAATGGGGGGAAGGCTATATAAGAGTCGGTCTTCTGACAAGTGAAGAAAGACTTAAAGAAGCTGCGGAACGGATCGGGAAACTGAATCTTTTCACCCGAAAAAGCATTGACATATCAGGGTAA MNFEISDVLKQLPEQFFASLVQKVNQKLKEGRDVINLGQGNPDQPTPQHIVEEMKRAVERPENHKYSSFRGAYSFKKAAAAFYEREYGVTLDPETEVAVLFGGKAGLVELPQCLLNPGDTILVPDPGYPDYWSGVALAKAKMEMMPLTEVRGFLPDYSVIPEKVRSEAKLLYLNYPNNPTGAVATEAFFEETVGFAEQNGICVVHDFAYGAVGFDGHKPLSFLQTEGAKETGIEIYTLSKTYNMAGWRVGFAVGNASVIEAINLYQDHMFVSLFPAAQQAAAAALLADQACVAAQNDRYESRRNAWIEACRDIGWDVTAPAGSFFAWLPVPDGYTSQSFSDLLLEKADVAVAAGNGFGKWGEGYIRVGLLTSEERLKEAAERIGKLNLFTRKSIDISG PGPT0012760_2 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS OTHER_BIOTIC_STRESS_RESISTANCE_GENES BIOTIC_STRESS_RESISTANCE-BACILYSIN_METABOLISM,PGPT0012760-bacF-K19549 NA NA D1-12_00521 1215 mtnW COG1850 2,3-diketo-5-methylthiopentyl-1-phosphate enolase ATGAGCGAATTATTGGCAACATATCTTCTGACAGACACAACGGACAGTGAAAAGCGGGCGGAACAGATTGCGGCGGGGCTGACGGTAGGCTCCTGGACTGACCTGCCCCTGGTGAAGCAGGAACAGCTCAGAAAACATAAAGGGCGGGTCGTAAAAGTTGGGGAGAAAGAAGGAACCTCAGAAAACGAAACACAATCCGTCATCACCATCGCCTATCCCGAGGCGAACTTTTCAAGAGATATTCCGGCCGTCCTGACGACGGTATTCGGAAAGCTGTCACTGGACGGAAAAATAAAATTGACTGATCTTGAATTTTCCGAAGGGTTTAAACGCTCCCTTCCCGGGCCGAAATTCGGTATATACGGCATCCGCAAACTGCTGGGCGAATTTGAAAGACCGCTTCTGATGAGCATATTTAAAGGCGTGATCGGACGGGATCTCGCCGACATTAAAGAACAGCTCAGACAGCAGGCGCTCGGCGGCGTGGATCTTATTAAAGATGACGAAATTTTCTTTGAAAATGAACTGGCTCCGTTTGAAACCCGCATTATCGAAGGAAAACAAGTCCTGAAGGAAACCCGGGAGGAGACGGGGCATAAAACGCTGTATGCCGTAAACCTTACGGGAAGGACCGCTGAATTGCGGGATAAAGCGAGGCGCGCGGCAGAACTCGGGGCGGACGCGCTTTTATTGAATGTGTTCGCTTACGGTTTAGATGTGATGCAGAGTCTTGCTGAAGACAGGGAAATCCCGCTTCCGATCATGGCGCATCCGGCAGTCAGCGGCGCGTTCACATCATCTCCCGTTTACGGCTTGTCGCATGCGCTTTTGCTCGGCAAGCTGAACCGCTATTGCGGCGCTGATTTCAGCTTATTTCCGTCACCTTACGGAACCGTTGCTCTTCCGAAGGAGTCCGCTCTTGCAATCCATGATGAATGTGTAAAAGACGATGTCTTTCATCCGTCGTTTGCCGTCCCGTCAGCAGGCATTCATCCCGGTATGGTGCCATTATTGATGCGCGATTTCGGCATCGACCACATCATCAATGCCGGCGGAGGCATTCACGGCCACCCGAAAGGAGCCGAGGGCGGCGGAAAAGCGTTCCGCGCCGTCATTGATGCGGTGCTTGAAGCGCAGCCGATTGAAGAAAAAGCCGCGTCGTGCAAAGATCTTCAGCTCGCATTAGACAAATGGGGAAGGGTGGAAGCCGTATGA MSELLATYLLTDTTDSEKRAEQIAAGLTVGSWTDLPLVKQEQLRKHKGRVVKVGEKEGTSENETQSVITIAYPEANFSRDIPAVLTTVFGKLSLDGKIKLTDLEFSEGFKRSLPGPKFGIYGIRKLLGEFERPLLMSIFKGVIGRDLADIKEQLRQQALGGVDLIKDDEIFFENELAPFETRIIEGKQVLKETREETGHKTLYAVNLTGRTAELRDKARRAAELGADALLLNVFAYGLDVMQSLAEDREIPLPIMAHPAVSGAFTSSPVYGLSHALLLGKLNRYCGADFSLFPSPYGTVALPKESALAIHDECVKDDVFHPSFAVPSAGIHPGMVPLLMRDFGIDHIINAGGGIHGHPKGAEGGGKAFRAVIDAVLEAQPIEEKAASCKDLQLALDKWGRVEAV NA NA NA NA NA D1-12_00522 705 mtnX COG4359 2-hydroxy-3-keto-5-methylthiopentenyl-1-phosphate phosphatase ATGACCCGCACACCGCTGATTATTTGTGATTTCGACGGAACGGTCACCATGAACGACAACATTGTCAGCATGATGAAAGAATTCGCACCTCCTGAGTGGCTTGAATTAAAAGACGATGTTCTGTCTAAAAGCATATCAATCCAAGAAGGAGTCGGCCGGATGTTCGGACTGCTGCCGAGCAGCTTAAAAGAAGAACTGACCGGCTTTATCCTGAAGGATGCGAAAATACGGGACGGCTTTTTGGATTTTGTCTCGTTTGTCCGCTCAAACGACCTCCCGTTTTATATCGTAAGCGGAGGAATGGACTTTTTTGTGCATCCGCTTTTGGAAGGGATCGTAGAAAAGGAGCGGATTTTCTGCAATCATGCATCCTTTGACAATGAATATATTCATATAGACTGGCCGCATGCCTGTGACGGAGACTGTACCAATCAATGCGGCTGCTGCAAACCGTCAGTCATCCGGAAGCTATCCGATCAGCAGAAATTTCTCGTTATGATCGGTGATTCGGTCACGGATGTCGAGGCTGCAAAGTTATCCGATATGTGTTTTGCGAGAGATTATCTTTTGACTGAATGCAAAGAACTCGGCCTCCGGCATCTGCCTTTTCAAGATTTTCATGAGGTGAAAACAGGCATTGAAAACATCGGGGAGGTGCAGGCATGGCTGCAAAAGAAGAACGCTGGCGCGAACTTGCCGAGGTAA MTRTPLIICDFDGTVTMNDNIVSMMKEFAPPEWLELKDDVLSKSISIQEGVGRMFGLLPSSLKEELTGFILKDAKIRDGFLDFVSFVRSNDLPFYIVSGGMDFFVHPLLEGIVEKERIFCNHASFDNEYIHIDWPHACDGDCTNQCGCCKPSVIRKLSDQQKFLVMIGDSVTDVEAAKLSDMCFARDYLLTECKELGLRHLPFQDFHEVKTGIENIGEVQAWLQKKNAGANLPR NA NA NA NA NA D1-12_00523 630 mtnB COG0235 Methylthioribulose-1-phosphate dehydratase ATGGCTGCAAAAGAAGAACGCTGGCGCGAACTTGCCGAGGTAAAACGCGAGCTGGCCGAAAGAGACTGGTTCCCGGCAACGAGCGGGAATCTTTCCATCAAAGTATCCGACGGGCCGCTGACTTTTCTCGTTACGGCGAGCGGAAAAGACAAACGAAAAGAAACAGACGAAGATTTTCTCTTAATCGATGAGAACGGGAAGCCCGCTGAGACCGGCCATTCTTTAAAACCTTCAGCAGAAACGCTTCTCCATACTTACTTATACCAAAAGACAGACGCAGGCTGCTGTCTGCATGTCCATACCGTCAATAATAATGTCATCTCAGAGCTTTACGGGGATGAAAAACAAATCACTTTTCAGGGGCAGGAGATGATTAAGGCGCTCGGATTATGGGAGGAAAACGCGTCCGTGACCGTTCCGATCATTGACAATCCGGCGCACATCCCGGCATTGGCCGAAAATTTCGCGCACCATGCGGACGCCGGATCAGGCGCGGTGTTAATCCGCAATCACGGCATTACGGCATGGGGGCGGACCGCATTTGAAGCGAAAAGGGTGCTGGAAGCCTATGAATTTTTATTCAGCTGTCACCTCAAGCTTCTGTCACTTCGTCCGCAGCTGGTAAAATAA MAAKEERWRELAEVKRELAERDWFPATSGNLSIKVSDGPLTFLVTASGKDKRKETDEDFLLIDENGKPAETGHSLKPSAETLLHTYLYQKTDAGCCLHVHTVNNNVISELYGDEKQITFQGQEMIKALGLWEENASVTVPIIDNPAHIPALAENFAHHADAGSGAVLIRNHGITAWGRTAFEAKRVLEAYEFLFSCHLKLLSLRPQLVK NA NA NA NA NA D1-12_00524 537 mtnD COG1791 Acireductone dioxygenase ATGGCGACCATCAGAATTCATGACGAAAAGAATACGATCATTGAACATCAGGAAGAAGTAGCGCGCTTCTTAGACGAGCAAGAGGTGATCTATGAGCAGTGGAACATTGAAAAACTTCCGTCTGAGCTTTCGGAAAAATACGATCTAACCGAAGATGAAAAAGAACGGATTCTCGCGGCGTTTGACACGGAGATTCAGGACATTTCAGCCCGGCGCGGATATCAGTCTCAGGATGTCATTTCTTTATCAGATACCACGCCGAATCTTGATGAATTATTAAAAAATTTCCAAAGAGAACATCACCACACGGATGATGAAGTCCGCTTTATCGTCAGCGGACACGGCATCTTCGTCATTCAAGGCAAAGACGGCACATTTTTCGACGTCCGTTTAAATCCGGGAGATTTGATTTCAGTTCCGGAGAACATCCGCCACTACTTTACGCTTCAGGAAGACCGCCGGGTCGTCGCAATCCGAATCTTTGTGACGACTGAGGGCTGGGTGCCGATTTACGAAAATGAAAGTGTGCAAAACTGA MATIRIHDEKNTIIEHQEEVARFLDEQEVIYEQWNIEKLPSELSEKYDLTEDEKERILAAFDTEIQDISARRGYQSQDVISLSDTTPNLDELLKNFQREHHHTDDEVRFIVSGHGIFVIQGKDGTFFDVRLNPGDLISVPENIRHYFTLQEDRRVVAIRIFVTTEGWVPIYENESVQN NA NA NA NA NA D1-12_00525 261 spo0E Aspartyl-phosphate phosphatase Spo0E ATGGGCAGTTATTCTGAACAAGAAAAATTGCTTGTATCTATTGATAAAAAAAGAAAAATGATGATAGATGCGGCTAACAGGCAAGGGTTTACAGGATATGACACGATCAGACACAGCCAGGAACTGGACTGTCTGATGAACGCGTATCAGCAGCTGGTAAACCGTGATCGTACACATCACCAAGGAATACAGGGCCTTGTGAAGAAAATAGGCTTGTTCTCCCGCGGTGACGTCATGCCTGCATATGAAGCAAACAAATGA MGSYSEQEKLLVSIDKKRKMMIDAANRQGFTGYDTIRHSQELDCLMNAYQQLVNRDRTHHQGIQGLVKKIGLFSRGDVMPAYEANK PGPT0024640_8 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-STAGE_0_SPORULATION,PGPT0024640-spo0E-K06376 NA NA D1-12_00526 1500 kinD Sporulation kinase D GTGAATACATTTAAAGGTGCCCGGGGAAAGATCAAGCTTTATCTCATATTGGTGATCATCCCGGCACTTATTATCAGCTTTTTCATTTATGAAAAAGAAAAGCAGAAAATAGCCGATAAACACATACAGGAAGCCAGTATGATGCTCAACCTTCACCGCAATAAGCTCAATTATTTAATCGGTGAAACAAAAGCCCGGATGACAACACTTGCGATCGCTGTCGATAAGCCTGTCAATGAAGAAAAGATCATTGACATTCTTGATCAGGCTTTTGAGGATGAACCCAGATTCAGCGGTCTGTATATGCTGAATTCCAAAGGTGATGTCATCGCAAGCACGACTGATCTGAAATCAAAGGTGAATTTGGCCGACAGACCGTATTTTACGAAGGCGAAAAAGACGAAAAAAACGGTCATCACAAATGACTACTCCAGCAGAATTACAGGCCAGCGCATCTTCACGATCTGCGTGCCGGTGTTAGACGCAAAACGGGAAGTCACGGATTATTTAGTAGCCGCCATACAAGTCGATTATTTGAGAAATATGATCAATATGCTGAGCCCTGACGTTTATGTCAAGGCAACCAATCAGAATAAAGTGATATTTGCCAGCGGACGGGCTGATCAATCAGAAGGTGTGAAACCGGTCAGCGGCTATCTGGATGATATTAATTGGAATATCAATGTTTATCCGAAACCGGTTGAGCTGAACGAGCTGACCAAAAGCGTGCTGCTGCCGATGTCCAGTATTGCCGTGCTGCTGAATATTCTGTTCATCCTCGTTCAATATTATCTGCTTAAGCGCAAGACCCAGCTGGAGCGCGCTCAAAATGAAGCGCAGAAATTGGAGCTGATCGGAACGCTTGCCGCCAGCACCGCCCATGAAATCCGCAACCCGCTTACAGGGATCAGCGGCTTCATTCAGCTTTTGCAGAAAAAATACAAATCGGAGGAAGATCAGCTGTATTTCTCAATTATTGAGCAGGAGATTAAACGGATCAATCAGATTGTCAGTGAGTTTTTAGTGCTTGGAAAACCCACTGCTGAACGGTTGGAAGTGAACTCGCTGCAGGATATTCTTGATGAGATTATGCCGATTATTTATTCTGAAGGGAATCTGTATAATGTGGAAGTGAATGTGGAGATTCTCGTCAATCGGCCGCTCAAGGTCAACTGCACGAAAGACCATATTAAACAGGTGATTTTAAATGTCGCGAAAAACGCGCTGGAATCCATGCAGGAAGGCGGCCGGCTGTCCATCTATTTAGAAGCACGCGATCATAAAGCAGTCATTAAGGTGGCCGACAACGGAATGGGCATTTCTGAAGATATGCTTGAGCACATTTTTCTTCCGTTTGTAACGTCAAAGGAAAAAGGCACCGGCCTCGGCCTTGTCGTATGTAAACGAATCATGCTGATGTACGGCGGTTCGATTGACATTCAAAGCGAAGTCGATAAGGGCACAGAGGTCACCATTGCCCTCCCTGCCGCTTCTCGATGA MNTFKGARGKIKLYLILVIIPALIISFFIYEKEKQKIADKHIQEASMMLNLHRNKLNYLIGETKARMTTLAIAVDKPVNEEKIIDILDQAFEDEPRFSGLYMLNSKGDVIASTTDLKSKVNLADRPYFTKAKKTKKTVITNDYSSRITGQRIFTICVPVLDAKREVTDYLVAAIQVDYLRNMINMLSPDVYVKATNQNKVIFASGRADQSEGVKPVSGYLDDINWNINVYPKPVELNELTKSVLLPMSSIAVLLNILFILVQYYLLKRKTQLERAQNEAQKLELIGTLAASTAHEIRNPLTGISGFIQLLQKKYKSEEDQLYFSIIEQEIKRINQIVSEFLVLGKPTAERLEVNSLQDILDEIMPIIYSEGNLYNVEVNVEILVNRPLKVNCTKDHIKQVILNVAKNALESMQEGGRLSIYLEARDHKAVIKVADNGMGISEDMLEHIFLPFVTSKEKGTGLGLVVCKRIMLMYGGSIDIQSEVDKGTEVTIALPAASR PGPT0025287_57 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORULATION_REGULATION,PGPT0025287-kinD-K13532 NA NA D1-12_00527 447 mhqR_2 COG1846 HTH-type transcriptional regulator MhqR ATGACGGATAAAACAGAAAACTCATTGAAATTATTTATTGTACTGTCACGTGCGTACCGATCTATTAACGACCATATGAATAAACATATTCATAAGCACGGCCTGAACCCGACGGAATTTGCGGTGCTTGAGCTGCTGTACCACAAAGGCAACCAGCCGCTTCAGCAGATCGGCGACAAAATTTTATTAGCGAGCGGAAGTATTACATACGTTGTTGACAAATTAGAGAAAAAAGAACTTCTCATCAGAAAAGCCTCGCCGACTGACAGGAGAGTGACTTTCGCACAGATTTCTGAAAAGGGAATCCGTCTTTTGGACGATATTTTCCCTGATCATGCTGAAGAAATTAAAGAAATGATCAGTGTGCTGAGTGATGAAGAGATAGAAATGTGTACGGAAATGCTGAAAAGAGTGGGATTAAACGCTAAATATTTTCATCAGAAATAA MTDKTENSLKLFIVLSRAYRSINDHMNKHIHKHGLNPTEFAVLELLYHKGNQPLQQIGDKILLASGSITYVVDKLEKKELLIRKASPTDRRVTFAQISEKGIRLLDDIFPDHAEEIKEMISVLSDEEIEMCTEMLKRVGLNAKYFHQK NA NA NA NA NA D1-12_00528 786 motB COG1360 Motility protein B ATGGCGAGAAAAAAGAAGAAGAAGCATGATGACGAGCATGTGGATGAGTCTTGGCTGATCCCGTACGCGGATTTGCTCACCCTTCTTTTGGCTCTGTTCATTGTATTGTTCGCCATGAGCTCGGTCGATGCGGCGAAATTCCAAATGCTGTCTAAATCATTTAACGCCGTGTTTACCGGAGGCACGGGTGTTCTTGAATATTCAAGCCTCACCCCTCCTGAAAACGAAAAAGACGGCGTTGATCAGTTAAAAAAAGACAAGGAAAAAGATAAAGAACAGAAAAAGAAAGAAAGAGAAGCAGCCGACCGCGAAGAACTTGAAGGCGTGCAAAAGCAAGTCAATCAATTTATAAAAAATAAAAAGCTTGAAACTCAGCTTGAAACAAAGCTGACTAAAGAAGGACTCTTAATTACGATTAAAGACAGTATCTTTTTTGATTCCGGACGGGCGGATATCCGTCAGGAAGATATTCCGCTTGCCAAGGAAATCTCGAATCTCCTTGTGCTGAATCCGCCGAGGAACATTATCATCAGCGGACATACGGACAATGTACCGATTAAAAACTCACAATATCAATCTAACTGGCATTTAAGCGTCATGCGGGCCGTCAACTTCATGGCTATTCTGACAGAAAACCCGAAACTTGACGCAAAAGTTTTCAGCGCCAAAGGTTTCGGAGAGTATAAACCGGCCGTGTCGAACAAAACCGCTGAAGGGCGCAGCAAAAACAGGCGCGTCGAGGTATTGATACAGCCTAGAAACGCCGCGACTGACCAAAATCAGTAA MARKKKKKHDDEHVDESWLIPYADLLTLLLALFIVLFAMSSVDAAKFQMLSKSFNAVFTGGTGVLEYSSLTPPENEKDGVDQLKKDKEKDKEQKKKEREAADREELEGVQKQVNQFIKNKKLETQLETKLTKEGLLITIKDSIFFDSGRADIRQEDIPLAKEISNLLVLNPPRNIIISGHTDNVPIKNSQYQSNWHLSVMRAVNFMAILTENPKLDAKVFSAKGFGEYKPAVSNKTAEGRSKNRRVEVLIQPRNAATDQNQ PGPT0015375_3849 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLAR_ASSEMBLY MOTILITY-FLAGELLUM_MOTOR|SWITCH,PGPT0015375-motB-K02557 NA NA D1-12_00529 825 pomA_1 COG1291 Chemotaxis protein PomA GTGAAAACTATGGATAAAACATCGATTATCGGTATCATCCTCGCCTTGATTGCTTTAAGCGTGGGCATGGTGCTGAAAGGGGTCAGCTTAAGCGCACTCGCTAACCCGGCAGCTATTCTGATTATTTTGTTCGGTACGATTTCTGCGGTGATCATCGCATTCCCCGGAAAAGAAATCAAAAAAGTGCCTGCCCTTTTTAAAGTGCTGTTTAAAGAAAACAAACAGCTGACAATTGCGCAATTAATTCCTATGTTCTCTCAATGGGCGCAAATCGCCAGACGTGAAGGTCTGCTCGCATTGGAAGCAAGCATTGAAGACGTGGATGACGCATTTTTGAAAAACGGCCTGAGCATGGCGGTTGACGGACAAAGCGCAGAATTTATCAGAGATATTATGACTGAGGAAGTTGAAGCGATGGAAGACAGACACCAGGCCGGCGCAGCCATCTTTACACAAGCCGGCACATATGCGCCGACACTCGGCGTTTTGGGTGCGGTCATCGGCCTTATCGCCGCTCTTTCCAACATGAACAACACCGAGGCGCTCGGACATGCCATCAGTGCGGCGTTTGTCGCCACCCTTCTCGGGATTTTCACAGGATATGTACTATGGCATCCCTTCGCCAACAAACTGAAACGCAAATCAAAGCAGGAAGTCAAACTGCGTGAAATCATGATCGAAGGCGTTCTGTCAGTGCTTGAAGGACAGGCTCCGAAAGTGATCGAACAAAAACTTCTCATGTATCTTCCTGCGAATGAACGCGCAAAAGTCGCTGAACAAGAAGGAGAGGCAAACAATGGCGAGAAAAAAGAAGAAGAAGCATGA MKTMDKTSIIGIILALIALSVGMVLKGVSLSALANPAAILIILFGTISAVIIAFPGKEIKKVPALFKVLFKENKQLTIAQLIPMFSQWAQIARREGLLALEASIEDVDDAFLKNGLSMAVDGQSAEFIRDIMTEEVEAMEDRHQAGAAIFTQAGTYAPTLGVLGAVIGLIAALSNMNNTEALGHAISAAFVATLLGIFTGYVLWHPFANKLKRKSKQEVKLREIMIEGVLSVLEGQAPKVIEQKLLMYLPANERAKVAEQEGEANNGEKKEEEA PGPT0015370_1582 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLAR_ASSEMBLY MOTILITY-FLAGELLUM_MOTOR|SWITCH,PGPT0015370-motA-K02556 NA NA D1-12_00530 2097 clpE COG0542 ATP-dependent Clp protease ATP-binding subunit ClpE ATGCGTTGTCAACATTGTCAGAAAAACGAGGCGACGATTCGCCTGAACATGCAAGTCAATTCCATTCAAAAACAATTCGTTTTATGTGAAACATGTTATACAGAATTAACCCGAAAACCGTCTATGAGCATGGGGCCGCAATCATTCGGATTCCCGTTTGAGCAAGGTTTCGCTCCCAATCAAAATAAACAGCAGTCCGGCCCTGAAAAAGGCCTGCTCGACGAGCTCGCTCAAAACGTCACAAACGGCGCAAAAGCAGGTCTGATTGACCCTGTGATCGGCCGCGATAATGAAGTGGCGCGCGTAATTGAAATTTTGAACCGCCGGAATAAAAACAATCCGGTGCTGATCGGTGAGCCGGGCGTCGGTAAAACGGCTATTGCAGAAGGCCTCGCGCTTAAAATCGCTGAAGGCGATGTGCCGAACAAATTGAAAAACAAAGAGCTTTACCTGCTTGACGTCGCTTCTCTCGTCGCCAATACAGGGATCAGAGGCCAGTTTGAAGAAAGAATGAAACAATTAATGAACGAATTAAAAGAACGGAAAAACGTCATCTTGTTCATTGATGAGATTCATCTTCTTGTAGGCGCCGGCTCTGCCGAGGGATCAATGGATGCCGGGAACATCCTGAAACCGGCGCTTGCCAGAGGCGAGCTGCAGGTCATCGGGGCGACAACGCTGAAAGAGTACCGCCAGATTGAAAAAGATGCGGCGCTTGAAAGACGCTTCCAGCCTGTCATGGTTCACGAGCCTACAATAGAACAAGCCATCAGCATTCTGGAAGGCATTAAAGATAAATATGAGAAATACCACGGCGTCACATTCAGCAATGAAGCGATAAATGCCTGTGTTACGCTTTCATCCCGTTACATTCAGGACCGCCACCTGCCGGATAAAGCGATCGACTTATTAGATGAAGCCGGCTCTAAGGCGAACTTGGAGCTTGATACCGTAAATGAAGAAGATGCGGCTGAGAGACTCAAAGCAATTGACGCGGAGAAAACAAAAGCGCTTCATGAAGAAAATTATGAGCTTGCCGCGAAACTGCGTGATGAAGAAGCGGCGTTGGAAAAGCAGCTGGCGCATGAAACACCGGCCTCTTCACCTGAAATCGGGGCGGAGCATATTCAAGCCATCATTGAACAGAAAACAGGCATTCCGGTCGGAAAACTCCAGGCTGATGAACAAGTAAAAATGAAGGAACTTGAAGAGCATCTTCATCAGCGCGTCATCGGTCAGGAAAAAGCCGTGAAAAAAGTGGCGAAAGCGGTCAGACGAAGCCGCGCCGGCTTAAAATCCAAACACAGACCTGTCGGCTCCTTCCTCTTTGTCGGACCGACCGGAGTCGGAAAAACCGAGTTATCAAAGACACTCGCAGATGAACTGTTCGGTACAAAAGATTCCATTATCCGTCTCGATATGAGTGAATACATGGAAAAACACGCCGTATCAAAAATCATCGGTTCACCGCCGGGATATGTCGGACACGATGAAGCCGGTCAATTAACGGAAAAAGTGCGCCGCAATCCGTACAGCATCGTGCTGCTCGATGAGATTGAAAAAGCCCACCCTGATGTCCAGCATATGTTTCTGCAGATTATGGAGGACGGCCGTCTGACAGACAGCCAGGGCAGAACGGTCAGCTTCAAAGATACCGTTTTGATTATGACAAGCAACGCTGGAACCGGCGAAAAACAGGTGAAAGTCGGATTCCAATCTGAAGAGAGCGTCCTGGAAGAACAAACGCTGATTGATTCACTGAGCGCGTTCTTCAAACCGGAGTTTTTAAACCGGTTTGACAGCATTATTGAATTCCAATCCCTGAAAAAAGAACATCTCGTGAAAATCGTCAGCCTGCTTCTCACAGAGCTTGAAGACACATTAAAAGAGCGCGGCATCAGCCTGAGCGTCACCGATGATGCGAAAGAAAAAATCGCTGAAATCGGCTACCACCCCGCTTTCGGAGCACGCCCGCTCAGAAGAACCATCCAAGAATTGATCGAGGACGAAATGACAGATCTCTTATTGGATGACAACGAAATAAAAGCCTTCCATGTCGTAATGGAAGAGGACGGCATCAAAGTCCGGGCACAATAA MRCQHCQKNEATIRLNMQVNSIQKQFVLCETCYTELTRKPSMSMGPQSFGFPFEQGFAPNQNKQQSGPEKGLLDELAQNVTNGAKAGLIDPVIGRDNEVARVIEILNRRNKNNPVLIGEPGVGKTAIAEGLALKIAEGDVPNKLKNKELYLLDVASLVANTGIRGQFEERMKQLMNELKERKNVILFIDEIHLLVGAGSAEGSMDAGNILKPALARGELQVIGATTLKEYRQIEKDAALERRFQPVMVHEPTIEQAISILEGIKDKYEKYHGVTFSNEAINACVTLSSRYIQDRHLPDKAIDLLDEAGSKANLELDTVNEEDAAERLKAIDAEKTKALHEENYELAAKLRDEEAALEKQLAHETPASSPEIGAEHIQAIIEQKTGIPVGKLQADEQVKMKELEEHLHQRVIGQEKAVKKVAKAVRRSRAGLKSKHRPVGSFLFVGPTGVGKTELSKTLADELFGTKDSIIRLDMSEYMEKHAVSKIIGSPPGYVGHDEAGQLTEKVRRNPYSIVLLDEIEKAHPDVQHMFLQIMEDGRLTDSQGRTVSFKDTVLIMTSNAGTGEKQVKVGFQSEESVLEEQTLIDSLSAFFKPEFLNRFDSIIEFQSLKKEHLVKIVSLLLTELEDTLKERGISLSVTDDAKEKIAEIGYHPAFGARPLRRTIQELIEDEMTDLLLDDNEIKAFHVVMEEDGIKVRAQ PGPT0014590_448 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HEAT_SHOCK_PRTOEINS,PGPT0014590-clpE-K03697 NA NA D1-12_00531 1038 hypothetical protein ATGGGACAAACAAAAGGTTCTGCAAGTCAGCTTGCATTTGTATACGTAGGCACGGTTGTAGGAGCCGGTTTTGCCACGGGACGGGAAATCGTTGAGTTTTTTCTGAAGTTCGGCTGGATCGGTCTGTTCGGTATCGTGGTAAGCGGTCTGATGTTTACATATTTAGGCGCCAAAATCATGATCATTTCCAAACGGATTCATGCAGCATCTTATCAGGAATTGAACACATATTTATTCGGCCAGTCCATCGGCCGCGCCGTGAACATGTTTATGATGTTTATATTGCTGGGAGTGACCTCTGTCATGCTGTCCGGAGCTGGGGCGCTGTTTCATGAACAGCTTGGATGGTCCGCACAAGCGGGGATCCTTCTGACGATCGTACTGAGCTTTGCCGTCATGACAAGCGGTGTTAAAGGTGTGGTCGGCGTCAATATATTGGTTGTGCCGCTTTTAATTTCTTTCTCTTTTATCGTGACAGCTGATTCATTTGTATTTACAAGCACGAGAAACGCGGACGAATGGGTATGGCCTGACAAGTGGAACTGGCTTTTGTCCGCCGTCTCTTACGGCGCGTTAAATTTATCGCTCGCCCAAGCCGTCCTTGTGCCGCTTGCGAACGAAATGTCTTCAGAGAAGGTGATCAGAAGGGGAGCTTATTTAGGCGGCGTTCTGTTGACACTGGTGCTTGCCGCGAGCTTCTTATCATTATCGGTGCTGCCGGATGTGCTGGAGTTTGACATTCCGATGGCTCAAGTCGTCTATTCGTATTCGCGTTCGCTTCATATCATTTATTTGTTTATTATTTTCGGGGAAGTGTTTACGTCGGTTATCGGCAATTTATACGGATTGGAAAAACAATTAAACAGTTTTCTTCGTATAAAAAGTACATATATTTACGGCGGCATTTTGGCGTTTGCTTTCATTATCAGCCAAATCGGTTACGGGCAGCTGATTTCCACCGTTTATCCGGTGTTTGGGTATGTGAGCCTCGCTTTCATCGGCGCATTGATTTGCAAAAAAATCCCGAAAGAAAAATAA MGQTKGSASQLAFVYVGTVVGAGFATGREIVEFFLKFGWIGLFGIVVSGLMFTYLGAKIMIISKRIHAASYQELNTYLFGQSIGRAVNMFMMFILLGVTSVMLSGAGALFHEQLGWSAQAGILLTIVLSFAVMTSGVKGVVGVNILVVPLLISFSFIVTADSFVFTSTRNADEWVWPDKWNWLLSAVSYGALNLSLAQAVLVPLANEMSSEKVIRRGAYLGGVLLTLVLAASFLSLSVLPDVLEFDIPMAQVVYSYSRSLHIIYLFIIFGEVFTSVIGNLYGLEKQLNSFLRIKSTYIYGGILAFAFIISQIGYGQLISTVYPVFGYVSLAFIGALICKKIPKEK NA NA NA NA NA D1-12_00532 1122 hypothetical protein ATGAAGGATCGACGTGTATTATTGGGATTTATTTTTATTTGTATCGGCATTGTATTTTTTTTACAGAAGGCGGGAGTTATACATATATCCGCAGGTTCGGCGTGGCCGTTTCTTTTCATTATAATGTCCGCAGGATTTCACGCCGGATTTATTTTTGCGAAAAAAACGACTGAACAGGCGGGACTGCTCGTTCCCGGCGGTATGTTTCTTGTGCTGGGCTGCCTGTTTTGTTTTGAGACCGCAACGGGATGGACGTATTCAGGCGTGACGTGGCCTGTTTATATATGGGCGCCTGCTCTCGGTCTGTTTGAGCTGTGGTATTTCGGCGGGAGGAAGTTAGGTGTATTGATTCCTGCTTTCATCCTGACTGCCGTGGGAGCACTATGCTTTGCCGGTATGCTGATACCGGGGCTGTGGCCGCTTTTGATCATCGCAGCCGCGCTTTTGTTTCACGCCGCTGCCTTTATGCAGCCGAAAAAAAGATCGGGCCTTCTTATTCCGGGCGGCATTTTGCTTGTGACGGGCGGCTTGTTATGGTTTGAAACGCTGACGGATTGGACATACGCAAATGTGACATCGCCTGTCTACCTCTTTGCCGTTGCATTCGGGCTGTTTGAAGCCTGGCTGTTCGGCAGAAGGCAAAGAGGGCTTTTGACTGCTGCGGCGGTTCTGTGCGCCGCGGGCATTTTCGGCATATTCACCAATGCAAATGAAGTCATCAGCGAACGCGGCTGGCCCGCTCTCATTCTGTTGCTGGGCGCCGCTTTTCACATTCCGATTTTCGGCCCGAAACCTGTCAAAAACGCGGGGCTTCTCGTACCGGGCGGCATCTTATTGATTACGGGGATCTTGTTTGTCTTTGAAACGGCAACCAATTGGTCCTACTCCGATGGGACATGGCCTGTTTACCTGTTGGCAACGGCATTCGGTTTATTTGAGCTGTGGCTGTTCGGCGGGAAACAGAAGGCGCTGCTCATTCCGGTTGCGGTGCTGACCTTGACAGCACTTTGCTTTATGATGACGTATCAGCCGATCATTCCGGTTTCTGTTTTCTGGCCTGCTTTATTTGTTCTGATCGGGATTGCGCTGATGGTATTTCCGGGGAAGAAACGCGGGGCTTAA MKDRRVLLGFIFICIGIVFFLQKAGVIHISAGSAWPFLFIIMSAGFHAGFIFAKKTTEQAGLLVPGGMFLVLGCLFCFETATGWTYSGVTWPVYIWAPALGLFELWYFGGRKLGVLIPAFILTAVGALCFAGMLIPGLWPLLIIAAALLFHAAAFMQPKKRSGLLIPGGILLVTGGLLWFETLTDWTYANVTSPVYLFAVAFGLFEAWLFGRRQRGLLTAAAVLCAAGIFGIFTNANEVISERGWPALILLLGAAFHIPIFGPKPVKNAGLLVPGGILLITGILFVFETATNWSYSDGTWPVYLLATAFGLFELWLFGGKQKALLIPVAVLTLTALCFMMTYQPIIPVSVFWPALFVLIGIALMVFPGKKRGA NA NA NA NA NA D1-12_00534 660 queC COG0603 7-cyano-7-deazaguanine synthase ATGAAAAAAGAAAAAGCGGTTGTGGTGTTCAGCGGAGGCCAAGACAGCACGACTTGTTTATTATGGGCTTTGCAAAACTTTGAAGAAGTGGAAACTGTTACATTCCATTATAATCAGCGTCACCAAGAAGAAATCGATGTGGCAAAATCGATTGCCGAAAAGCTCGGTGTCAAAAACCACTTGCTTGATATGTCTCTTTTAAATCAGCTTGCGCCGAATGCGCTGACAAGAGATGATATCGAAATTGAAGCGAAGGACGGGGAATTGCCGACAACCTTTGTACCGGGACGCAACCTTGTATTTTTATCCTTTGCATCGATTCTTGCATATCAAATCGGTGCGCGCCACATTATTACCGGTGTTTGCGAGACTGATTTCAGCGGCTACCCGGACTGCCGTGACGAGTTTGTCAAATCCTGCAATGTCACCGTCAATTTGGCGATGGAAAAGCCGTTCGTCATTCATACGCCGCTTATGTGGCTGAACAAAGCAGAAACGTGGAAACTTGCGGATGAGCTCGGCGCGCTTGATTTTGTAAAGAATAATACACTGACTTGCTATAACGGCATCATTGCGGACGGATGCGGCGAATGCCCGGCATGCCTGCTCCGCAATAAAGGATATGATGAATATATGAAAATGAAAGGAGAGCGGAACTAA MKKEKAVVVFSGGQDSTTCLLWALQNFEEVETVTFHYNQRHQEEIDVAKSIAEKLGVKNHLLDMSLLNQLAPNALTRDDIEIEAKDGELPTTFVPGRNLVFLSFASILAYQIGARHIITGVCETDFSGYPDCRDEFVKSCNVTVNLAMEKPFVIHTPLMWLNKAETWKLADELGALDFVKNNTLTCYNGIIADGCGECPACLLRNKGYDEYMKMKGERN NA NA NA NA NA D1-12_00535 441 queD COG0720 6-carboxy-5,6,7,8-tetrahydropterin synthase TTGCTTTCTCAAATTTACCCGCAGGTTCAGCATCCTTATTCGTTTGAGTTAAATAAGGACATGCACATTTCAGCCGCGCACTTTATTCCCCGCGAAAGCGCAGGAGCGTGCAGCAGAGTCCACGGGCACACGTATACAGTAAATATTACCGTTGCGGGGGATGAACTGGACGATTCAGGCTTTCTCGTGAATTTCAGCGTGCTGAAGAAATTGGTGCACGGCGCTTATGACCATACATTGCTGAATGACCATGAGGAATTTTCTGATGATGACAGATATTCACTGCCGACGACCGAGGTCGTGGCCAAAACGATTTATGATAAGGTGCAGTCCTACCTCGAAACACTGGAGAATCAGCCGGTCTGCGTGCAGGTTTTTGTCAGGGAAACCCCGACAAGCTATTGCGTATACCGCCCGAAAAAAGGTGATAGGAATGGCTAA MLSQIYPQVQHPYSFELNKDMHISAAHFIPRESAGACSRVHGHTYTVNITVAGDELDDSGFLVNFSVLKKLVHGAYDHTLLNDHEEFSDDDRYSLPTTEVVAKTIYDKVQSYLETLENQPVCVQVFVRETPTSYCVYRPKKGDRNG NA NA NA NA NA D1-12_00536 732 queE_1 COG0602 7-carboxy-7-deazaguanine synthase ATGGCTAAAGGAATTCCGGTATTAGAAATTTTCGGACCGACGATACAAGGGGAGGGCATGGTTATCGGCCAGAAAACCATGTTCGTCCGCACGGCGGGCTGCGACTACTCCTGCAGCTGGTGCGACTCCGCTTTTACATGGGACGGCTCAGCCAAAAAAGATATCCGCTGGATGACAGCGGAAGACATTTACCGCGAGCTGAGAGAAATCGGCGGAGACGCCTTTTCTCATGTCACCATCTCAGGAGGAAACCCGGCGCTGTTAAAGCAGCTTGACGCGCTGATTTTGCTGCTGAAAGAGCACGGGGTGCGCGCCGCTTTAGAAACGCAGGGAACGGTCTATCAGGATTGGTTCACAATGATTAACGACCTGACGATTTCACCGAAGCCGCCAAGTTCGGGGATGACAACCGATTTTGCAAAGCTCGATCACATTGTGTCTTCGCTTGATGCGGCAGAAAGGCTTAACGCGGTCAGCTTAAAGGTTGTCATTTTTAATGATGAAGATCTGCAATTTGCGAAAACCGTGCACAAGCGGTATCCGAATATTCCATTTTACCTTCAGGTCGGAAACGATAACGTCCATACGACGGACGACCGGGCATTGATCGCACATCTGCTCGGAAAATACGAAACACTTGTTGATAAGGTTTCTGCCGATTCGGATCTGAATCTCGTCAGAGTCCTGCCTCAGCTGCATACGCTGCTTTGGGGCAATAAACGGGGAGTTTAA MAKGIPVLEIFGPTIQGEGMVIGQKTMFVRTAGCDYSCSWCDSAFTWDGSAKKDIRWMTAEDIYRELREIGGDAFSHVTISGGNPALLKQLDALILLLKEHGVRAALETQGTVYQDWFTMINDLTISPKPPSSGMTTDFAKLDHIVSSLDAAERLNAVSLKVVIFNDEDLQFAKTVHKRYPNIPFYLQVGNDNVHTTDDRALIAHLLGKYETLVDKVSADSDLNLVRVLPQLHTLLWGNKRGV NA NA NA NA NA D1-12_00537 495 queF_1 COG0780 NADPH-dependent 7-cyano-7-deazaguanine reductase ATGACAAGAAAAGAATCAGAATTAGAAGGAGTTACGCTCCTGGGGAATCAAGGAACAAACTATTTATTTGAATATGCGCCGGAGGTTTTGGAATCATTTCCGAATAAACACGTGAACCGTGATTATTTCGTTAAATTCAACTGCCCGGAATTTACGTCGCTTTGCCCGAAAACGGGACAGCCGGACTTCGCAACTATCTACATCAGCTATATTCCGGATGAAAAAATGGTGGAAAGCAAATCGCTGAAGCTGTATCTTTTCAGCTTCCGCAACCACGGAGATTTCCACGAGGACTGCATGAACATCATCATGAATGACTTGATTGAATTAATGGACCCGCGCTACATCGAAGTATGGGGCAAATTCACGCCAAGAGGCGGAATTTCCATCGATCCATACACAAACTACGGAAAACCTGGCACGAAATATGAGAAAATGGCCGAGTACCGCATGATGAATCATGATTTGTATCCGGAGACGATTGATAATCGTTAA MTRKESELEGVTLLGNQGTNYLFEYAPEVLESFPNKHVNRDYFVKFNCPEFTSLCPKTGQPDFATIYISYIPDEKMVESKSLKLYLFSFRNHGDFHEDCMNIIMNDLIELMDPRYIEVWGKFTPRGGISIDPYTNYGKPGTKYEKMAEYRMMNHDLYPETIDNR NA NA NA NA NA D1-12_00538 357 ytcD_1 COG1733 putative HTH-type transcriptional regulator YtcD ATGAAAAAATTTAGCTGCGGCTTTGAAGTGACAAAGGAAGTTATTGGCGGAAAATGGAAAGGCCTTGTATTATACTTTTTAATGAATGGACCAAAGAGAACGAGTGAATTAAAGCGCATTATCCCAAATATAACTCAGAAAATGCTGATTCAAACACTTAGAGAGCTTGAAGCCAGTGGACTTGTGAGCAGAAAGATGTATAATCAAGTACCGCCGAAGGTTGAATATTCATCCACTGAACTTGGAGAATCTCTTAAACCTATCTTGCAGGAGCTCTGTCAATGGGGAGGCCATTATGCGGAGCAAGAGTATGCAGAAGGTGAATATGAAATTGTACAACCAGAACAACTAAGTTAG MKKFSCGFEVTKEVIGGKWKGLVLYFLMNGPKRTSELKRIIPNITQKMLIQTLRELEASGLVSRKMYNQVPPKVEYSSTELGESLKPILQELCQWGGHYAEQEYAEGEYEIVQPEQLS NA NA NA NA NA D1-12_00539 747 gdhIV COG1028 Glucose 1-dehydrogenase 4 ATGGGGAAATTTGAAGGTAAAATAGCGCTTGTAACAGGTGGAACAAGTGGGATTGGTCTTGCTGCAGCACAAAAATTTGTAAACGAAGGTGCATATGTTTATATCACGGGACGCAGACAAAACGAACTTGATAAAGCTGTTAACCAAATTGGCAAGAACGTAACCGGTGTTCAAGGTGATATTTCTAAGCTTGAAGACTTAGACAAACTATATGACATGATAAAGCAGGAAAAAGGTAAGTTGGACATTCTTTTTGCTAATGCAGGCATCGGCAACTTCCTTCCATTAGGTGAAATTACTGAAGAGCAGGTTGATAGAACGTTCGACATTAACGTTAAAGGAACCATCTTTACTGTTCAAAAAGCGTTATCACTATTCCCGGACAAAGCAGGTTCTATTATTGTAACGGGCTCTACTGCTGGATCAATTGGCAACCCAGCGTTTAGTGTATATGGAGCATCTAAAGCAGCATTAAGAGCACTAGTTCGCAACTGGATTCTTGACCTAAAAGGTACTGAAATCCGTGTAAATGTGGTTAGTCCAGGAGCTATTCTTACACCTGCCTACGATGAGCTTTTTGGTGATGCACTTGAAGAAGTAATGGAAAATAGCAGAAATACTGTTCCAGCTGGAAAAGTTGGGACACCTGAAGAAGTAGCAAACGCTGTATCTTTCCTTGCTTCAGACGAAAGCAGTTACTTGACGGGTGTTGAATTGTTCGTAGATGGCGGGCTAGCACAGGTATAA MGKFEGKIALVTGGTSGIGLAAAQKFVNEGAYVYITGRRQNELDKAVNQIGKNVTGVQGDISKLEDLDKLYDMIKQEKGKLDILFANAGIGNFLPLGEITEEQVDRTFDINVKGTIFTVQKALSLFPDKAGSIIVTGSTAGSIGNPAFSVYGASKAALRALVRNWILDLKGTEIRVNVVSPGAILTPAYDELFGDALEEVMENSRNTVPAGKVGTPEEVANAVSFLASDESSYLTGVELFVDGGLAQV PGPT0028940_1 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-CHLORAMPHENICOL|TRIMETHOPRIN_EFFLUX_PUMP_BpeEF-OprC,PGPT0028940-bpeT-K18900 NA NA D1-12_00540 198 queF_2 COG0780 NADPH-dependent 7-cyano-7-deazaguanine reductase ATGAACATCATCATGAATGATTTGATCGAATTAATGGACCCCGGCTGCATTGAAGTATGGGGCAAATTCACGCCTAGAGGCGGAATCTCGATTGACCCGTATACAAACTACGGCAGACCGGGAACAAAATATGAAAAAATGGCCGAACATCGGATGATGAATCATGATATGTATCCGGAGACGATTAACAACCGTTAA MNIIMNDLIELMDPGCIEVWGKFTPRGGISIDPYTNYGRPGTKYEKMAEHRMMNHDMYPETINNR NA NA NA NA NA D1-12_00541 276 ykvR putative protein YkvR ATGGAGCCGTTAGAGTTAAACGGTGTAAGGCTGAAAATGTATGATTGTAAAGAAAGTGCGGGCAAAAACGGCCGCATGATTTCATTTGTATTGAAGGTGACCTCTGAAACGTATCATGATATTGCCGTCCTTTTGTATGAAAAAACATTTGACATCAAGGCGCCCGAGCGTGGGCTTGAATTCCGCGGTAAAATAACCAACTACTATACATCCGTCACAAATCTTTACAATAAAGATGAGACCGGTGATTTTTATGTAGAAATGACCGAGATCTGA MEPLELNGVRLKMYDCKESAGKNGRMISFVLKVTSETYHDIAVLLYEKTFDIKAPERGLEFRGKITNYYTSVTNLYNKDETGDFYVEMTEI NA NA NA NA NA D1-12_00542 186 hypothetical protein GTGAAAATTGCTAAGGTTGGAAACGTCATTGAATTTAAAAACGGATTAACCGGTATTGTTGAAAAAGTAAATGAAAACTCCGTCATCGTTGATGTAACCATCATGGATAATTATCGTGACCTTGAATTAGATTCCCTCACTGTCGTCAACCATAAGAATTATAAAATCATCAGAGACTCCTATTAA MKIAKVGNVIEFKNGLTGIVEKVNENSVIVDVTIMDNYRDLELDSLTVVNHKNYKIIRDSY NA NA NA NA NA D1-12_00543 195 hypothetical protein TTGCTGCCTGAGGAAATTTCAGAATGTATCAACCAAATGCGCACCGGTGAAATCAAAGAATTCAGGGTGCAGAAAGAACATTTTCTTGCATTTCGAGCGGTTTTGTCGAAGCAGGAAGATTTTAAGCATTTCCGCGGTATTGCCCAGCAGGGCGGGGATGTTATATTCCAGTATTTAGAACAGCCAAGAAGCTGA MLPEEISECINQMRTGEIKEFRVQKEHFLAFRAVLSKQEDFKHFRGIAQQGGDVIFQYLEQPRS NA NA NA NA NA D1-12_00544 624 ykvT COG3773 putative protein YkvT ATGACGACAAAATTTGCTGCCTTGGCTGTCTTTTTTCTATGTTTTATGCCTGCATCAAAAATTGAACATACAGAAGCTCTGTTTACTTTTGCGAAGAAGCCAAAGCAAGAACCCAGCACACTGATTGCTGATTTAAATAAAAAAAGCTCGGTTCCGAAGCTTTCAAAAACGGATCATAAGCATTCTATTCAACCGATAAAGCTGTCATCTCACCAAGAGAAGGAAGCAAAACCGGAAGAGACGGCTTATCAGCCGCCGAAAAAAACGTATTCCCGCGCTGACAGACAACTTCTGGCACGTCTCGTTCACGCAGAAGCGAAAGGTGAATCTTATAAAGGGAAGGTTGCGGTAGCCAGCGTAGTGCTGAACCGCACTGAAAAAAACGGCTTCCCGGATACCATTCGGGGTGTGATCTATCAAAGGAATGCATTTGAACCGGTAGCAAACGGAAGCATTAATCAAAAGCCGGATAAGGATTCCGTCGCCGCCGCAAATGAGGCGCTTGACCATCCGGGCAGAGAAACGAACGCGTTGTTTTTCTACAATCCGAAAACGGCATCTGACCACTGGATCCGTTCCCGAAAAATTATCGAACGGATCGGCAGACACGTATTTGCGATGTAA MTTKFAALAVFFLCFMPASKIEHTEALFTFAKKPKQEPSTLIADLNKKSSVPKLSKTDHKHSIQPIKLSSHQEKEAKPEETAYQPPKKTYSRADRQLLARLVHAEAKGESYKGKVAVASVVLNRTEKNGFPDTIRGVIYQRNAFEPVANGSINQKPDKDSVAAANEALDHPGRETNALFFYNPKTASDHWIRSRKIIERIGRHVFAM NA NA NA NA NA D1-12_00545 1341 ykvU COG2244 Sporulation protein YkvU ATGAATCGATTTGTGAAAGGGATCATTCTTTTATCCATCGCCGCCTTTTTCGCGGAATGTCTGGAATTTGTCGTGAATATGATACTGGCGCGGGAGCTTGGCGAGCATGGGATGGGGCTTTACATGAGCATTCTGCCCACCATTTTTTTAATTATCGTGATCGCCAGTCTGGAGCTTCCGATCTCCATTTCAAAATTCATCGCGGAATCCAATCAGAAGCTGCATGAAAGCATGCTCCGGCATGCCTTCAGAATGACCGCCGTTTTTACCGCGTTTTCAACCGCGGCCGCAAGCATCGCGCTGCCGTTCATTCCTGTATTCGATACGTATCACCCGTTTATTAAAGGGATTGTCATCGGGCTGATTCCAGTCGTCGCTTTTACATCCATCGCCAGAGGTTATTTTATGGGTGTGCAGCAAATGGGAAAAATCGCGGTTGCGAATGTCTTGAAAAAAATCATTCAAGTGCTTTGTCTGTTTATCTTTTTTCAATGGTACTCTTTTGAAATTGATATGGCCGTGCTCATTTCGTTATTTGTGCTGGTCGCAAGCGATGTTGTGGTGTTCGTTTACTTGTATACGCAGTTTATTTTGGCGCGGAGGGCGCTTTCCGGCCATCAGCACATTCATCTTCGCGGGAAAGACGTGCGGAAACGCCTCCTGGCCGTATCCATCCCGACAACGGGACTTCGTATATTTCATGCGGTGACAAACGCCATTGAACCCTTTTTAGTGAAAGGAGCGCTGCTGGCGTCCGGGGCAGCCGGGACAGCTGCGATTGATCAATACGGCATGCTAGCCGGTGTAGCGATGACAATCGGTTCGTTTCCCGCATTTATCGCCCATTCGCTGATGGTCGTCATGATTCCCAGCATTTCAGAAGCGTATGCGCTGTCCCAATATGATATTGTGCTGAAACGGCTGAGACAAGCGATTTTTATTACATTCGGCTACGGCATTCCGGCAGTCTGGGTCATGTTTCAGTTCGCGGGCCCGCTGACCCATTTGTTTTTTCAGTCTCCGGAAGCGCAGTATTATTTGCAGCTTTTGTGGCCGTTTTTTCTTTTTCACCTGTTTGTGATGCCGCTTCAGGCCTGTCTGATCGGCATCGGCCACGTGAAAACGGCGTTTTATCATAACGTATGGAGCAGCATTGTAGGGCTTTCGATGATGTATGTGCTCGGTTCTATGCCGGAATTGCAAATGCTCGGCATTATACTCGGCATGAATACCGGCATGATTCTTCTGACAAGTTTACATTACGCGACGATCTGCAAAGACCTCGGTGTCTCCGTGTTTTTGACGGGCGGCGGAAGAACAGCGCCCCGGATCGAAAGCTGA MNRFVKGIILLSIAAFFAECLEFVVNMILARELGEHGMGLYMSILPTIFLIIVIASLELPISISKFIAESNQKLHESMLRHAFRMTAVFTAFSTAAASIALPFIPVFDTYHPFIKGIVIGLIPVVAFTSIARGYFMGVQQMGKIAVANVLKKIIQVLCLFIFFQWYSFEIDMAVLISLFVLVASDVVVFVYLYTQFILARRALSGHQHIHLRGKDVRKRLLAVSIPTTGLRIFHAVTNAIEPFLVKGALLASGAAGTAAIDQYGMLAGVAMTIGSFPAFIAHSLMVVMIPSISEAYALSQYDIVLKRLRQAIFITFGYGIPAVWVMFQFAGPLTHLFFQSPEAQYYLQLLWPFFLFHLFVMPLQACLIGIGHVKTAFYHNVWSSIVGLSMMYVLGSMPELQMLGIILGMNTGMILLTSLHYATICKDLGVSVFLTGGGRTAPRIES PGPT0024825_767 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-STAGE_V_SPORULATION,PGPT0024825-spoVB-K06409 NA NA D1-12_00546 495 stoA COG0526 Sporulation thiol-disulfide oxidoreductase A ATGCATAAAAACCGCCTAATTGTATGTGCAGTCCTTTTGATAGCTGCCGCCGTCTGGATGCCTGAAGCAAACGCCTCATCAGAAAAACAGGCAGTTCCCGCCGTGTTTCTGATGAAGACGATTGAAGGAGACGAAATATCGATTCCGAATAAAGGGCAGAAAACGATATTGCATTTTTGGACATCGTGGTGTCCGCCGTGCAAAAAAGAACTGCCGCAGTTCCAAACGTATTATGAACAGCATCAGTCCGATGATGTAAGCCTTGTAACGGTAAATCTGATGAATGCCGAGCGAAACAAAAATACCGTTCAAAACTTTGTCAGTCAGCACCATCTCACTTTCCCGATTGTTCTTGACAAGAAAGGCGAGCTTATGAAGGAATACGATGTCATGACGATTCCCACGTCATTTCTGCTGAATGAAAAAGGAGAAATCGAAAAAAAGATCGTCGGTCCGATGACCGCCTCACAATTAAAAGAATGGTCAGAGAAATAA MHKNRLIVCAVLLIAAAVWMPEANASSEKQAVPAVFLMKTIEGDEISIPNKGQKTILHFWTSWCPPCKKELPQFQTYYEQHQSDDVSLVTVNLMNAERNKNTVQNFVSQHHLTFPIVLDKKGELMKEYDVMTIPTSFLLNEKGEIEKKIVGPMTASQLKEWSEK NA NA NA NA NA D1-12_00547 1914 zosA COG2217 Zinc-transporting ATPase ATGAATGAACAAGTGATGACACAAACCCATTCACAACAGCACATACAAGAAGAGCGGGCCGGAAAAAAGTGGCTCCAGCATGCAGAACTCATTGCGGCGCTCGTATCCGGCGTCCTTATTCTTGCGGCCTGGTTTTTTACCGAAACAAAAGGCCTGTCCGTCACTTTGTATATCCTTGCCTTCCTGATCGGGGGATTTGCAAAAGCGAAAGAGGGAATTGAGGATACCATTGAGACGAAGGCGTTAAATGTGGAACTGCTGATGATTTTTGCGGCTGTCGGCTCCGCCCTGATCGGTTATTGGGCGGAAGGCGCTGTTCTTATCTTTATTTTTTCGTTAAGCGGCGCGCTTGAAACATATACGATGAATAAAAGCAGCCGTGATTTAACCTCTTTGATGAAACTGGAACCGGAGGAAGCGACCCTGCTTGCGGACGGACGGGAAAAGCGGGTGCCGGCTGCTGAACTTAAGATCGGTGACATGATCGTCATTAAGCCGGGCGAACGCGTAGCGGCAGACGGGATCATTGAGTCTGGCGTGACGAGCCTCGATGAATCGGCGCTTACGGGTGAAGCGATGCCGGCGGAAAAAACAGCCGGAGATTCTGTGTTTACAGGAACGGTAAACGGAAACGGCTCCTTAACTGTCCGTGTGACGAAAACAAATGAACAGTCTTTATTCAGAAAAATCATCCGGCTGGTGGAATCAGCCCAAAACAGCGTGTCACCGGCTCAGGCATTTATTGAGCGGTTCGAAAGTGTCTATGTCAAAGGCGTGCTGTTAGCCGTGGCTTTGCTTTTATTCGTTCCTCATTTCGCTTTAGGCTGGAGCTGGAGTGAAACCTTTTACCGGGCGATGGTGTTTATGGTGGTCGCCTCCCCGTGCGCGCTTGTCGCTTCTATTATGCCCGCTGCGCTTTCCCTTATCTCAAATGGGGCCCGCAACGGATTATTGGTTAAAGGAAGTGTGTTTTTAGAGCAGCTGGGAAGCGTACGGATGATCGCTTTTGACAAAACCGGCACGGTCACTAAGGGACAGCCGGCAGTCGCGGCATTTCAAGCTGCGGAAAATGTGAGTGAAGATGAGATCATGCAGGCGGTGTATGGGATAGAAAAGCAATCAAGCCACCCGCTTGCAAAAGCGATAGCTGAATTTGCCGAAAGCCGGGGCGCCGCGCCCGCAGGACATCTATCGATTGACGAGACGTCCGGATTCGGTGTTCAGGCTGAAATAGAAGGCGTCAAATGGATGGTCGGAAAAGCGGGATTTGCAGGTGAAGATGCGGCAGATGCTTTTTTGCAGACATCGGGAAAAGAATTAAAGGATAAAGGCTTTACACTGGTCTTTGTCAAGAAAGATGACCGGATTGCGGGCTGCTTTGCCTTAAAGGATCAAATCCGACCTGAAGCGAAAGCCGTGATGGCTGAGCTTGAATCACTGGGCATTAAAACAGCCATGCTCACCGGCGATCAGTCTGAAACTGCGGCTGCCATTGCAAAAGAGGCGGGCATGACGACGGTTGTTGCCGATTGTCTGCCGGACCAAAAGGCAAAAGAAGTGAAGAAGCTGAAAGAAACGTACGGCACAATCGCCATGGTGGGGGACGGCATTAATGACGCGCCCGCTCTGAAAACCGCTGACGTCGGTATTGCGATGGGCGGGGGAACGGACGTGGCTCTTGAAACGGCTGACTTAGTCCTTATGAAAAATGATCTTCACAAGCTTGTGAAAATGTGCAGACTCTCAAGGAAAATGAACCGGATTATTAAGCAGAATATTGTTTTCTCGCTCTCGGTCATCTGCCTTTTGATCTGCGCTAACTTTCTGCAGGTGATGGAACTGCCGTTTGGCGTGATCGGGCATGAGGGGAGCACGATTCTGGTCATACTGAACGGACTGAGATTATTAAAATAA MNEQVMTQTHSQQHIQEERAGKKWLQHAELIAALVSGVLILAAWFFTETKGLSVTLYILAFLIGGFAKAKEGIEDTIETKALNVELLMIFAAVGSALIGYWAEGAVLIFIFSLSGALETYTMNKSSRDLTSLMKLEPEEATLLADGREKRVPAAELKIGDMIVIKPGERVAADGIIESGVTSLDESALTGEAMPAEKTAGDSVFTGTVNGNGSLTVRVTKTNEQSLFRKIIRLVESAQNSVSPAQAFIERFESVYVKGVLLAVALLLFVPHFALGWSWSETFYRAMVFMVVASPCALVASIMPAALSLISNGARNGLLVKGSVFLEQLGSVRMIAFDKTGTVTKGQPAVAAFQAAENVSEDEIMQAVYGIEKQSSHPLAKAIAEFAESRGAAPAGHLSIDETSGFGVQAEIEGVKWMVGKAGFAGEDAADAFLQTSGKELKDKGFTLVFVKKDDRIAGCFALKDQIRPEAKAVMAELESLGIKTAMLTGDQSETAAAIAKEAGMTTVVADCLPDQKAKEVKKLKETYGTIAMVGDGINDAPALKTADVGIAMGGGTDVALETADLVLMKNDLHKLVKMCRLSRKMNRIIKQNIVFSLSVICLLICANFLQVMELPFGVIGHEGSTILVILNGLRLLK PGPT0004200_3783 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_LEAD_RESISTANCE LEAD_RESISTANCE-PBR_TRANSPORT_SYSTEM,PGPT0004200-zntA|cadA-K01534 NA NA D1-12_00548 1095 putative peptidase ATGAACAGATTAGAACGTGTTTCATCTTGGCTGAAAAAAGAAGGACATGATGCGGCGTTTATACATACAAAGGAAAACGTATTTTATTTAACTGATTTTTACACGGATCCGCATGAGCGGTTAATGGGATTGTTCCTGTTTCAGGAACAGGAGCCGTTTTTCGTTTGTCCGGGAATGGAAGCCGGACAAGCCCGAAGCGCCGGGTGGGAGCATGGTATTATCGGCTACGGCGATCACGAAGACCCGTGGGAGCTGATCAAAGCCGAGCTCACAAAACGAAATGTGCGGCTTGATTCCATCGCGGTTGAAAAGGATTCGATCTCTCTTTCCCGCTCAGAACAGCTCAAACAAGCTTCAGGGGGCGCGGCATTTGTTTCGGCAGAAGAAACGCTCAACCAATTCCGTCTCGTAAAAGATGAGAAGGAAATCAGCATTCTCAGGGAAGCGGCAAAACTCGCGGATTACGGAGTTGAAGTCGGTGTCGCGGCGCTTAAAGAGGGTGTGAGTGAAACCGAAGTACTCGCGCAGATTGAGTTTGAGCTGAAGAAAAAAGGCGTGCAGGGCATGTCATTTTCAACGATGGTGCTGTTCGGGGAAAAATCAGGCCAGCCCCATGGAAATCCGGGTGCAGACCGATTGAAAAAAGGCGATTTCGTTCTGTTTGATCTGGGCGTTATTCTTGACGGCTACTGTTCAGACATTACGAGAACGTTCGCATACCAATCAATCAGCCCGAAACAGGAAGAGATTTACGAAACGGTGCTTAAAGCTGAACAGGCGGCGCTTCAATTAAGCAAACCCGGCGTCAGAATCGGCGATCTTGATTTAAAAGCCCGCGGCATTATTGAAAAAGCCGGATACGGAGACTATTTCCCGCACCGCCTCGGCCACGGACTCGGGATTTCGGTTCACGAATATCCATCAATGAGCAGCGCGAACGACACACTCCTCAAAGAAGGCATGGTCTACACGATAGAACCGGGGATTTACGTGCCGGATGTCGGCGGCGTGCGCATTGAAGACGATGTGTTCGTCACAAAAGACGGCGCCGAAGCATTAACGCAGTATCCGAAAGAATTAACGATTCTGAAATAG MNRLERVSSWLKKEGHDAAFIHTKENVFYLTDFYTDPHERLMGLFLFQEQEPFFVCPGMEAGQARSAGWEHGIIGYGDHEDPWELIKAELTKRNVRLDSIAVEKDSISLSRSEQLKQASGGAAFVSAEETLNQFRLVKDEKEISILREAAKLADYGVEVGVAALKEGVSETEVLAQIEFELKKKGVQGMSFSTMVLFGEKSGQPHGNPGADRLKKGDFVLFDLGVILDGYCSDITRTFAYQSISPKQEEIYETVLKAEQAALQLSKPGVRIGDLDLKARGIIEKAGYGDYFPHRLGHGLGISVHEYPSMSSANDTLLKEGMVYTIEPGIYVPDVGGVRIEDDVFVTKDGAEALTQYPKELTILK PGPT0006760_2587 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0006760-opaA|pepQ-K01271 NA NA D1-12_00549 126 hypothetical protein ATGGGGATTCTTTGCTTAATCGGTTTGTGTCTGGCCATAGTCGGCGGCAGTTACCTTGCCATGCGGCCCCTGAATGAAAAGCATGACATCAAACCATTTCAGCATTTTGATGATTTTTTCATTTAA MGILCLIGLCLAIVGGSYLAMRPLNEKHDIKPFQHFDDFFI NA NA NA NA NA D1-12_00550 966 ccpB_1 Catabolite control protein B ATGGCTACGATCAGAGACATTGCCGGCGCTGCCGGGGTTTCCGTTACAACGGTATCAAGAGTGTTAAACGATCATCCTTATGTAAGTAAGGACAAAAGAGAAAGAGTGAAAAAAGCGATGCAATCGCTCGGATATACGCGCAACATTCATGCTGTGCATTTATCCAAAGGTTTTTCCGATATGATCGGCGTTGTGCTTCCGTCGGTGAATCTTCCGTATTTTGCAGACCTTGTTGCAGGTATTGCCGAGGCTGCCGAAACGTCAGGCGTGCATCTTTCTTTATACCAGACAGATTATCAGCAGCAAAAAGAACGTTTTGCCTTATCACAATTACAGGAGCGCCAAGTGGACGGCCTGATTATCTGCTCCAAAGCAATTCCTGATGAGCATCTGCTTACCGTGAAAGAACCGCTCATCCTCTGCCAGTACACTGATGCGGCAGGGCTTTCCTCCATCAGTAATCCGCATCGGGAAGCATTTCGGCACGGTCTGGATTATCTGATAGAAAAGGGACACCGGAAAATAGCGATCAGCCTAGCCAGAAAAAAGGGAAAAAACAGTCAAGTACGCATTGCCGCATACAAAGAGGCGCTGAAGAAGATCGGGCAGCCTTACAGGGAAGAGCTGGTTGTGGAAAAGGCGCTGACGCTGCTTGACGGGAAAGCCCTTTTTCATAGATGGAAGAGCTGGGATGACAAACCGACTGCGCTGTTTGCAGCGAATGATCAAGTATCCGCAGGTCTTTACCTTGAAGCCAAGGCAAACGGGACACGCATCCCGGAAGAGCTTGCGATTTTGAGCATCGACAATCATGATATCAGCAAGATGTTAGGTATTTCCACAATAGATATACAAACAAAAGAAATGGGAAAGCAGGCTTTTCACATGCTTGAGAACAGGATCAGCGGCGGGCCTCCGGCAAGGAAAGTTCTTGATTACCGCCTTATTGAACGATCAACCGTCTAA MATIRDIAGAAGVSVTTVSRVLNDHPYVSKDKRERVKKAMQSLGYTRNIHAVHLSKGFSDMIGVVLPSVNLPYFADLVAGIAEAAETSGVHLSLYQTDYQQQKERFALSQLQERQVDGLIICSKAIPDEHLLTVKEPLILCQYTDAAGLSSISNPHREAFRHGLDYLIEKGHRKIAISLARKKGKNSQVRIAAYKEALKKIGQPYREELVVEKALTLLDGKALFHRWKSWDDKPTALFAANDQVSAGLYLEAKANGTRIPEELAILSIDNHDISKMLGISTIDIQTKEMGKQAFHMLENRISGGPPARKVLDYRLIERSTV PGPT0021075_1725 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_NUCLEOSIDE_TRANSPORT,PGPT0021075-cytR-K05499 NA NA D1-12_00551 846 glcT COG3711 PtsGHI operon antiterminator ATGAAGGGGTCCTTTACAGTTGAAAAGGTATTAAATAACAATGTGCTCATCGCAACACATGATAGATACAGTGAGGTCGTCTTAATCGGAAAAGGGATCGGCTTTGGAAAAAAACAAGCGGATGTCATTGAAGATAAAGGGTATGACAAGATGTTCATCTTAAAGGATGAAAAAGAACAAAAACAATTTAAAAAGCTCCTCGGTTATGTGGACGAGACACTTGTCGACATCTCCAATGACGTCATTTATCATATCAAGAAGCGGACAAGCCAACCGTTAAATGAGCATATCCATATTGCGCTGACTGACCATATCGCCTTTGCGGTAAAGCGGCTGCAGCAGGGCTTTGACATTAAAAACCCGTTTCTTATGGAAACCGAAACGCTTTATCCGGAAGAATTCCAAATTGCCCGTGAAGTCGTCGGCATGATTAATGAAAAGACGGGAATCTGCCTTCCGGAAGGAGAGATCGGCTTTATCGCTCTGCATATCCATTCCGCCCTGACGAATCGGCCCCTTTCAGAGGTCAATCAGCATTCACAGCTGATGTCCCGGCTCGTTCAGGTGATTGAGGAATCTTTCCAGATGAAAGTGAATAAAGAAAGCGTCCACTATTTGCGGCTGATCCGGCATATCAGATTTACCATAGACAGGATTAATCGGGAAGAGCAGACAAAAGAACCAGAAAAGTTAATGTTATTATTGAAAAATGAATACCCGCTATGCTACAATACTGCTTGGAAACTGATAAAAATCTTGCAGCAAATACTGAAAAAACCAGTTCATGAGGCGGAAGCGGTTTATCTCACGCTTCATTTGTACCGATTAACCAATAAAATTTCATAA MKGSFTVEKVLNNNVLIATHDRYSEVVLIGKGIGFGKKQADVIEDKGYDKMFILKDEKEQKQFKKLLGYVDETLVDISNDVIYHIKKRTSQPLNEHIHIALTDHIAFAVKRLQQGFDIKNPFLMETETLYPEEFQIAREVVGMINEKTGICLPEGEIGFIALHIHSALTNRPLSEVNQHSQLMSRLVQVIEESFQMKVNKESVHYLRLIRHIRFTIDRINREEQTKEPEKLMLLLKNEYPLCYNTAWKLIKILQQILKKPVHEAEAVYLTLHLYRLTNKIS PGPT0014761_223 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_GLYCOSIDE_UTILIZATION PLANT_DERIVED_GLYCOSIDE_USAGE_REGULATION,PGPT0014761-licT|bglG-K03488 NA NA D1-12_00552 2097 ptsG COG1263 PTS system glucose-specific EIICBA component ATGTTTAAAGCATTATTCGGCGTTCTCCAGAAAATCGGCCGTGCTCTTATGCTTCCGGTTGCGATTTTACCGGCTGCGGGGATCTTGCTTGCGTTAGGGAATGCCATGCAGAACAAAGATATGATTCAAGTCATGCATTTCTTAAGCAATGATAACGTTCAGCTTGTGGCGAACGTCATGGAAAGCGCCGGCCAAATCGTATTTGACAACCTGCCGCTTCTTTTTGCAGTAGGGGTTGCGATCGGTCTTGCCAACGGAGACGGTGTTGCCGGAATCGCGGCTATTATCGGATACTTGGTCATGAACGTATCCATGAGCGCCGTGCTTATGTCAAACGGCAGTATTCCGTCTGACAAAATTGAACGGGCAAAGTTTTTTGCGGAAAACCATCCGGCCTATATTAACATGCTGGGGATACCCACTTTGGCGACGGGTGTGTTCGGCGGTATTATCGTCGGGGTTCTGGCCGCGTTATTGTTCAACAAGTTTTATAAAATTGAACTTCCGCAGTACCTCGGATTCTTTGCGGGTAAGCGGTTCGTCCCGATTATCACATCAATTTCCGCATTAATTCTCGGTCTTATTATGTTAGTGATCTGGCCTCCGATCCAGCACGGTCTGAATTCCTTCTCCACGGGTCTTGTGGAAGCGAATCCAACCTTGGCGGCCTTTATTTTCGGGATGATTGAGCGGTCATTGATTCCGTTCGGTCTTCATCACATTTTCTACTCGCCGTTCTGGTATGAATTTTTCAGCTATAAAAATGCCGCCGGAGACATCATCCGCGGAGATCAGCGGATTTTCATGGAGCAGATCAAAGACGGCGTGCAGCTGACGGCGGGAACATTTATGACGGGGAAATATCCGTTTATGATGTTCGGTCTTCCGGCGGCAGCACTTGCAATCTATCATGAAGCGAAGCCTGAAAAGAAAAAACTTGTAGCCGGAATCATGGGTTCTGCCGCTCTGACAAGTTTCTTAACGGGAATTACCGAGCCGCTTGAATTCTCATTCTTATTTGTGGCTCCTATCCTGTTTGCGATTCACTGCGTATTCGCGGGGCTTTCCTTTATGGTTATGCAGCTGCTGCATGTAAAAATCGGTATGACCTTCTCAGGCGGTCTGATTGACTACTTCCTGTTCGGAATTCTGCCTAACCGGACGGCTTGGTGGCTTGTCATTCCGGTCGGCTTAGGATTAGCCGTCATTTACTACTTCGGTTTCCGGTTTGCGATCAGAAAGTTCAATCTGAAAACGCCGGGCCGTGAAGAAGAGGCTGCGGATGAAGGTGCGGGCGCCTCAGGCGAAGCCGGCGACCTTCCTTATGAAATCCTGCAGGCAATGGGTGATCAGGAAAACATTAAGCACCTTGACGCTTGTATCACGAGACTCCGCGTTACGGTCAACGACCAGAAGAAAGTGGATAAGGCCCGTCTGAAACAGCTTGGCGCCTCAGGCGTTCTTGAAGTCGGAAACAACATTCAGGCCATTTTCGGCCCGCGTTCTGACGGTTTAAAAACACAGATGCAGGATATTATCGCCGGACGCACGCCGCGCCCTGAACCGAAAGTATCCGCACAAGAAGAAGTCAGCCAGCAGGTTGAAGAGGTTATCGCAGATCCGCTCCGAAACGAGCAGGGTGAAGAAGTGTTCGCTTCTCCGATCACCGGCGAAATCCATCCGATTACCGATGTGCCTGACCAGGTATTCTCAGGAAAAATGATGGGTGACGGTTTTGCGATTCTTCCTGAAGAAGGAATCGTCGTATCGCCTGTCCGCGGAAAAGTGCTGAATGTTTTCCCGACAAAACATGCGATCGGCCTTCAGTCTGACGGCGGAAGAGAGATCCTCATTCATTTCGGAATCGACACAGTCAGCCTGAAAGGTGAAGGATTCACTTCTTTTGTTTCTGAGGGTGACCGGGTTGAACCGGGGCAAAAACTGCTTGAAGTTGATCTTGAAGCGGTTAAACCTCATGTTCCTTCATTAATGACACCGATTGTTTTTACAAATCTTGCCGAGGGTGAAGCGATTTCCCTTTCGGCCGAAGGTACCGTAAAACGGGAACAAAAAGATATTGTGAAAATCGGAAAATAA MFKALFGVLQKIGRALMLPVAILPAAGILLALGNAMQNKDMIQVMHFLSNDNVQLVANVMESAGQIVFDNLPLLFAVGVAIGLANGDGVAGIAAIIGYLVMNVSMSAVLMSNGSIPSDKIERAKFFAENHPAYINMLGIPTLATGVFGGIIVGVLAALLFNKFYKIELPQYLGFFAGKRFVPIITSISALILGLIMLVIWPPIQHGLNSFSTGLVEANPTLAAFIFGMIERSLIPFGLHHIFYSPFWYEFFSYKNAAGDIIRGDQRIFMEQIKDGVQLTAGTFMTGKYPFMMFGLPAAALAIYHEAKPEKKKLVAGIMGSAALTSFLTGITEPLEFSFLFVAPILFAIHCVFAGLSFMVMQLLHVKIGMTFSGGLIDYFLFGILPNRTAWWLVIPVGLGLAVIYYFGFRFAIRKFNLKTPGREEEAADEGAGASGEAGDLPYEILQAMGDQENIKHLDACITRLRVTVNDQKKVDKARLKQLGASGVLEVGNNIQAIFGPRSDGLKTQMQDIIAGRTPRPEPKVSAQEEVSQQVEEVIADPLRNEQGEEVFASPITGEIHPITDVPDQVFSGKMMGDGFAILPEEGIVVSPVRGKVLNVFPTKHAIGLQSDGGREILIHFGIDTVSLKGEGFTSFVSEGDRVEPGQKLLEVDLEAVKPHVPSLMTPIVFTNLAEGEAISLSAEGTVKREQKDIVKIGK PGPT0016870_142 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION PLANT_DERIVED_GLUCOSE_DEGRADATION,PGPT0016870-ptsG|glcA|glcB-K20118 NA NA D1-12_00553 267 ptsH COG1925 Phosphocarrier protein HPr ATGGCACAAAAAACATTTAAAGTAACAGCAGATTCCGGAATCCACGCTCGTCCTGCGACAGTTCTTGTACAGACTGCAAGCAAATACGATGCTGACGTAAACTTAGAATATAACGGCAAAACAGTAAACCTTAAGTCAATCATGGGTGTTATGTCTCTAGGTATCGCTAAAGGCGCTGAAATCACAATTTCCGCTTCAGGCGCTGACGAAAACGATGCTCTTAACGCTTTAGAAGAAACAATGAAAAGCGAAGGACTCGGCGAGTAA MAQKTFKVTADSGIHARPATVLVQTASKYDADVNLEYNGKTVNLKSIMGVMSLGIAKGAEITISASGADENDALNALEETMKSEGLGE PGPT0016875_1097 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 D1-12_00554 1716 ptsI COG1080 Phosphoenolpyruvate-protein phosphotransferase ATGCAAGAATTAAAGGGAATAGGCGCTTCAGCCGGAATTGCGATTGCGAAAGCATACCGGCTTGAAGAGCCGGACTTAACGGTTGAAAAGAAAAACATTGCTGATGCTGCGGCTGAAGTAAGCCGTTTTGATGAAGCGATTGTACGTTCTAAAGAAGAGCTTGAAAAAATTAAAGAGCATGCTTTAAAAGAACTGGGACAAGACAAAGCTGACATTTTCTCCGCGCACCTTTTAGTTCTGAGTGATCCTGAGCTGTTGAACCCGGTAAAGGAGAAAATCAGCACAGATTCAGTCAATGCTGAATTCGCTCTGAAAGAAACAGCTTCCATGTTCGTTACTATGTTTGAATCAATGGATAACGAGTACATGAAAGAGCGTGCGGCGGATATCCGTGACGTAACAAAACGTGTGACGGGGCACCTGCTGGGCGTGGAAATTCCGAACCCGAGCATGATCTCAGAAGAGGTTGTTATCGTGGCTGAAGATTTGACACCGTCTGATACGGCGCAATTAAACCGCCAGTTTGTAAAAGGTTTTACAACTGATATCGGCGGACGCACTTCACACTCCGCGATCATGGCCCGTTCGCTTGAAATTCCGGCTGTTGTCGGCACAAAAGCGGCTACAGGGACAATTGAAAACGGTGTTACGGTAATCGTAGACGGCATCGATGGTGATGTGATCATCGATCCTTCCCGTGAAACGTTAAAGAAATATGAAGAAAAGCACAGTGCTTACCTGGCGCAAAAAGCTGAGTGGGCGAAGCTCGTCAATGAACCGACTGTTTCTAAAGACGGCCATCATGTAGAGCTTGCCGCAAACATCGGCACCCCGGATGATGTAAAAGGCGTTCTTGAAAACGGAGGAGAAGCTGTAGGGCTTTACCGTACGGAATTCCTTTACATGGGACGCGACCAGCTTCCGACGGAAGACGAGCAGTTTGACGCTTATAAAACGGTTCTTGAGCGTATGGAAGGAAAATCAGTTGTCGTGCGGACATTGGATATCGGCGGCGACAAAGAGCTTCCTTACCTGCAGCTCCCTAAAGAAATGAACCCGTTCTTAGGCTACAGAGCCATCCGCCTTTGCCTTGAAGAGCAAGAAATCTTCAGAACTCAGCTTCGTGCGCTGCTTCGTGCAAGTACATACGGAAACTTAAAAATCATGTTCCCGATGATTGCGACAGTAAACGAGTTTAAACAGGCGAAAGCGATTCTTCTCGAAGAAAAAGAAAAACTCGTTGAAGCCGGCGTAGCGGTTTCTGACGATATTGAAGTCGGTATGATGGTAGAGATTCCGTCTACAGCCGTTATCGCAGATCAGTTTGCCGCAGAAGTTGACTTCTTCAGTATCGGAACAAATGACTTAATCCAATACACGATGGCTGCTGACCGCATGAACGAGCGCGTAGCTTATCTGTATCAGCCATACAATCCGGCGATCCTTCGTCTGGTCACCCTTGTTATTGAAGCTGCTCACAAAGAGGGCAAATGGGTCGGCATGTGCGGAGAAATGGCGGGAGACGAAATTGCGATTCCGATTCTTCTCGGCTTAGGCTTAGATGAGTTCTCAATGAGCGCTACATCCATCCTTCCGGCAAGAACGCAGATCAGCAAGCTTTCTAAAAAAGAAGCTGAATCATTCAAAGAAACAATCTTGTCTATGAGCACGACAGAAGAGGTTGTCGCATTCGTTAAAGAAACATTCAATAAGTAA MQELKGIGASAGIAIAKAYRLEEPDLTVEKKNIADAAAEVSRFDEAIVRSKEELEKIKEHALKELGQDKADIFSAHLLVLSDPELLNPVKEKISTDSVNAEFALKETASMFVTMFESMDNEYMKERAADIRDVTKRVTGHLLGVEIPNPSMISEEVVIVAEDLTPSDTAQLNRQFVKGFTTDIGGRTSHSAIMARSLEIPAVVGTKAATGTIENGVTVIVDGIDGDVIIDPSRETLKKYEEKHSAYLAQKAEWAKLVNEPTVSKDGHHVELAANIGTPDDVKGVLENGGEAVGLYRTEFLYMGRDQLPTEDEQFDAYKTVLERMEGKSVVVRTLDIGGDKELPYLQLPKEMNPFLGYRAIRLCLEEQEIFRTQLRALLRASTYGNLKIMFPMIATVNEFKQAKAILLEEKEKLVEAGVAVSDDIEVGMMVEIPSTAVIADQFAAEVDFFSIGTNDLIQYTMAADRMNERVAYLYQPYNPAILRLVTLVIEAAHKEGKWVGMCGEMAGDEIAIPILLGLGLDEFSMSATSILPARTQISKLSKKEAESFKETILSMSTTEEVVAFVKETFNK PGPT0002025_1996 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_GLUCOSE_PTS_SYSTEM_I,PGPT0002025-ptsI-K08483 NA NA D1-12_00555 240 hypothetical protein ATGACAAAATCATTTGCAGCGGGGGATACGGTCTATGTGATTTACCGCAATCCGCATGCCGCCAATGTTGCCCATATTAAAGAGGCGGAGATCGTCCATCACCCGTATCATGAGGGAGAACTTTCTCTGTTTTTATACGAAACCTATCATCCGCTGGCCGAAGATGACGCGGTCTTTTCGACATATGAGGAAGCGGAAGCGCTTTACAGCGAGCTTTTTGAAGAAGACCGGTATCATTGA MTKSFAAGDTVYVIYRNPHAANVAHIKEAEIVHHPYHEGELSLFLYETYHPLAEDDAVFSTYEEAEALYSELFEEDRYH NA NA NA NA NA D1-12_00556 1029 splB COG1533 Spore photoproduct lyase ATGCTGAAGCCGTTTGTTCCCCAGCTTGTTTATATAGAACCGAGAGCGCTCGAATACCCGTTAGGACAAGAGCTGAAAAATAAGTTTGAAAACATGGGGCTTGAGATCAGAGAAACGACATCGCATAATCAAGTCCGGAATATTCCGGGAAAAAATCACTTGCAGCAATACCGGAACGCGAAATCAACATTGGTAATCGGCGTCCGGAAAACACTGAAATTCGATTCTTCAAAGCCGTCCGCCGAATATGCCATTCCGTTTGCGACGGGCTGTATGGGGCATTGCCACTATTGCTACCTGCAGACGACGATGGGGTCAAAGCCTTACATCCGGACATATGTCAATGTGGAAGAGATTCTGGATCAGGCTGATGAGTATATGAAAGAACGGGCGCCGGAATTTACAAGATTTGAAGCCTCTTGTACGTCTGATATCGTCGGAATCGATCATCTGACACATACATTAAAAAGAGCCATTGAACATTTCGGACAAAGCGAATTGGGACAGCTCAGATTCGTGACTAAATTTCACCACGTCGATCATTTGCTTGATGCAAAACATAACGGAAAGACAAGGTTCAGATTCAGCATCAATGCGGACTATGTCATTAAAAACTTTGAACCGGGAACTTCTCCGCTCGACAAACGGATAGAAGCCGCCGTCAAAGTCGCTAAAGCGGGCTATCCGCTCGGTTTCATCGTGGCGCCGATTTATATTCACGATGGCTGGGAGGAAGGCTATAAGGAACTGTTTGAGAAACTTGACGCGGCGCTTGATGAAGACGTTCGGCATGACATCACATTTGAACTGATCCAGCACCGTTTTACAAAACCGGCCAAACGGGTGATTGAGAAGAACTATCCGAAAACAAAGCTTGAGCTTGATGAAGAAAAGCGCAGATACAAATGGGGACGCTACGGAATCGGCAAGTATATATACCAAAAAGACGAAGAGCATGCTTTAAGGGAAACATTGGAGTCTTATATCGAAACCTATTTCCCGAAAGCGAAAATCGAATATTTTACGTAA MLKPFVPQLVYIEPRALEYPLGQELKNKFENMGLEIRETTSHNQVRNIPGKNHLQQYRNAKSTLVIGVRKTLKFDSSKPSAEYAIPFATGCMGHCHYCYLQTTMGSKPYIRTYVNVEEILDQADEYMKERAPEFTRFEASCTSDIVGIDHLTHTLKRAIEHFGQSELGQLRFVTKFHHVDHLLDAKHNGKTRFRFSINADYVIKNFEPGTSPLDKRIEAAVKVAKAGYPLGFIVAPIYIHDGWEEGYKELFEKLDAALDEDVRHDITFELIQHRFTKPAKRVIEKNYPKTKLELDEEKRRYKWGRYGIGKYIYQKDEEHALRETLESYIETYFPKAKIEYFT NA NA NA NA NA D1-12_00557 2079 mcpC COG0840 Methyl-accepting chemotaxis protein McpC ATGACGGCTCTTTTTTTGCTGCGCCAAATGGCGGAAATTTTTGATATTTATTTCAAGGTTTATTCATTTTCTTGGCCGAAAGACCGATATAACTCTCAGGAGGGGATGGTTATGTTTAAAAAAATGCACATCAAAATTGCTGTGTTTGTATCGGCAATGCTTATTGTAACGGTTGTTTTTTTAACGGTTTCTTCATATTTGACATTAAAGCCGATGATGACGGAGGAAGCAAAACGTACGACAGAGAATGTCACCAATTCACTCGGTCAGAACATTGAGCTTCAGCTGAAAAATGATGAGACCGTATTAATGAGATTAGCAGGCGGTGAATTGTCCCGGTCTTTTCTATCAGATGGGAAGAAAGAAACCGCGCGGCTTTTTAACGATGAGTTAAAACAGATCGGACGGAATGACAAATATGTCGCGCTTGCGTACGTCGGAACCGCAAACAAACAAATGTTTACATACCCAAAGGCCGAATTTGCCAAAGACTATGATCCGACAAATAGAACGTGGTATAAGATGGCGGCCGAAAAACCCGATAAAGTTGTCTGGACTGCCCCTTATAAAGATGCAGTGACGGGAGACATGATTGTGACGGCGTCAAAAGCCATTCAAAACAGCGGAACCGTCGTCGGAGTGGCGAGCTTAGATCTGAAGCTGTCCTCCATTCAGAGCATGGTCAACGAGCAAAAGGTCCCGTATAAAGGATTTGCGTTTTTGGCGGATGAAAACGGTTCTCTGCTGGCGCATCCGGAAAAACAGGGAAAAAATATTTCGGAAGATCAGACGTTAAAAGACATCACTACGGATAAAGAAGGCATCAAAGAGCTGCAGGGGAACATGGTCGTCTACCAAACGGTAAAAGAAACAGGGTGGAAAGTCGGAACGCAGTTTGAAAAAGATCAGCTGATGGGAGTTGCCGACAAAATGAACACGGTGAGCATTTTTATGTCACTGATCGCCCTTGTGATTACGATCGGACTCAGCTATTTACTAGCAAAAACGATAACCGGGCCGATTCAGCAGCTGATCGCCAAAACAAATTCAGTCTCAGCCGGAGATTTAACCGTCCGCGCCCAGACGAAATCAAAAGATGAAGTAGGCGAGTTAACAAAAGACTTTAATCAAATGGTTGAAAATATGAAAGAGATGGTCGAACAGGTTAAGGCCTCCTCAGAAAATGTGTCTGATACATCTGACCAGCTAACCGTCATTTCACAAGAAACAAATGAAACGAGCGGACAAATCGCAAAAGCGATAGAGGAAGTCGCCGCCGGAGCGACAGAGCAAGCGTCAGAGGTTGAGACGATCAACGAAAAATCAGAAAATCTCTCAGTCAAAATAAAAGGAATCGCAGATCGCGCAGGCAGCATAAAACAACTCTCCAAATCTTCAGAGGATGCCAGCTACAAAGGACTGGACGCGCTCGGGCAGCTGCTGATGAAGTCAAACGAAGCCAATTCAGAAACGAAAAAAGTAGAGGCAATGCTGAATGACCTGGAAGAACAAACGAAAAACATAGAAGAAGTCGTGACGGCAATATCCGCCATTTCAGACCAGACGAACCTCTTGGCGCTGAATGCGAGCATTGAAGCCGCAAGAGCGGGAGAAAGCGGCCGGGGCTTTGCCGTCGTCGCGGAAGAAGTCCGCAAGCTTGCTGAACAATCAGCTCTTTCTTCCGGCCATATCAGTGAAACGGTCCGGCTGATTCAATCTGAGACAAAAGAAGCGTCACACGCGATGATTGAGGCAAGCAGAATGAATGATGAACAAAACAGCGCCATTCATGAAACGGGTGAGGTCCTCAATCTGATTACGACGGAAATGCAGTCTCTCGTTCAAGGTATAGATCATATTTACAATGACATTCAAAAAATGAGTGAAGAACAAGCCGCGATTCAAGAAGCGATTCAAAGCATCTCCGCCATTTCTCAAGAATCAGCGGCAGCCGCGGAAGAAGTGAATGCTTCTACTGATGAACAGCTCGTTACGCTTGAAAAAGTGAAGCAATCGACTGATATGTTAAAGAGCGCAAGCGAAGATCTGATCAGCGCCATTTCTAAATTCACCTTGTAA MTALFLLRQMAEIFDIYFKVYSFSWPKDRYNSQEGMVMFKKMHIKIAVFVSAMLIVTVVFLTVSSYLTLKPMMTEEAKRTTENVTNSLGQNIELQLKNDETVLMRLAGGELSRSFLSDGKKETARLFNDELKQIGRNDKYVALAYVGTANKQMFTYPKAEFAKDYDPTNRTWYKMAAEKPDKVVWTAPYKDAVTGDMIVTASKAIQNSGTVVGVASLDLKLSSIQSMVNEQKVPYKGFAFLADENGSLLAHPEKQGKNISEDQTLKDITTDKEGIKELQGNMVVYQTVKETGWKVGTQFEKDQLMGVADKMNTVSIFMSLIALVITIGLSYLLAKTITGPIQQLIAKTNSVSAGDLTVRAQTKSKDEVGELTKDFNQMVENMKEMVEQVKASSENVSDTSDQLTVISQETNETSGQIAKAIEEVAAGATEQASEVETINEKSENLSVKIKGIADRAGSIKQLSKSSEDASYKGLDALGQLLMKSNEANSETKKVEAMLNDLEEQTKNIEEVVTAISAISDQTNLLALNASIEAARAGESGRGFAVVAEEVRKLAEQSALSSGHISETVRLIQSETKEASHAMIEASRMNDEQNSAIHETGEVLNLITTEMQSLVQGIDHIYNDIQKMSEEQAAIQEAIQSISAISQESAAAAEEVNASTDEQLVTLEKVKQSTDMLKSASEDLISAISKFTL PGPT0015710_4468 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 D1-12_00558 867 garR_1 COG2084 2-hydroxy-3-oxopropionate reductase GTGAACAAAACGGTCGGATTTATCGGTTTGGGCGTCATGGGAAACAGTATGGCATCGCACATTTTAGAAGCGGGCTATCCGGTTTTAGTCTACACGCGGACGAAACAAAAAGCGGAAGAGATTCTGAATAAGGGAGCGGTCTGGCAGGAGACGGTCAAAGACCTTTCAGAGAAAGCAGACATCATTATTACCATGGTCGGCTATCCGAGTGATGTCGAGGAAATCTATCTCGGCGAAAACGGCATTCTCCGGCACGCAAAAGAAGGGGCGTTTGTCATTGATATGACGACATCAAAACCGTCTCTGGCGAAGAAAATAGCGGAGAAAGCCAAAGAAAAATCCATTCTCGCCCTGGATGCACCCGTTTCCGGCGGAGACATCGGCGCGAGGAACGGAACGCTTGCCATTATGGCCGGAGGAGAAAAAGAAGCGTTTGAAGCATGCCTGCCGCTTTTCTCCGTTATGGGGGAAAACATTCAGTATCAAGGGCCGGCTGGCAGCGGCCAGCATACGAAAATGTGCAATCAGATCGCGATTGCAGCGGGAATGGTCGGAGTGGCTGAAGCGATGGCTTACGCTGAAAAATCCGGTCTGAACCCGGAACAAGTGCTGAAAAGCATTACAACCGGAGCGGCTGGCAGCTGGTCATTGTCAAATCTCGCCCCCCGTATGCTGAAAGGCGATTTTGCGCCCGGATTCTACGTGAAACACTTTATTAAAGACATGGGCATTGCCCTTGAAGAAGCGGAGCTCATGGGAGAAGAAATGCCCGGATTGGCTCTTGCCAAATCATTGTACGACAAGCTTTCCGCGCAAGGTGAAGAAAACAGCGGAACTCAAAGCATTTATAAGCTTTGGGTGAAATAA MNKTVGFIGLGVMGNSMASHILEAGYPVLVYTRTKQKAEEILNKGAVWQETVKDLSEKADIIITMVGYPSDVEEIYLGENGILRHAKEGAFVIDMTTSKPSLAKKIAEKAKEKSILALDAPVSGGDIGARNGTLAIMAGGEKEAFEACLPLFSVMGENIQYQGPAGSGQHTKMCNQIAIAAGMVGVAEAMAYAEKSGLNPEQVLKSITTGAAGSWSLSNLAPRMLKGDFAPGFYVKHFIKDMGIALEEAELMGEEMPGLALAKSLYDKLSAQGEENSGTQSIYKLWVK PGPT0018170_960 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ACID_UTILIZATION PLANT_DERIVED_GALACTARATE|GLUCARATE_DEGRADATION,PGPT0018170-garR|glxR-K00042 NA NA D1-12_00559 393 hypothetical protein TTGAAAAAAATTGTAATGACACTATTCACAGTTGCTCTTTTGACATTCGGGATTTTCTCAAACAGTTCAGAAGCGTTAGCCATGACTTCAAAAGGAGCAATTAAATTCCAAACAGATGCTAATACTTACTCAAAACACGCTACTTCTATTGTCGTAACAGGTACTGTGCCTACAAAATATGAGGTGAACGAGGGTGTTAATGTTCTTCTTGTCAATAAAAAAAGAGATGTAGTCAAAGACATATATGTTAATGGCCGTAATATTCGCAGTTTTAAAGTGAGCTTTTTGACAAAAAATATTCCAGCAGGCAAGTATGATGTGGTGGTAGCATTGACTTGGGGAAATCAAACCCATAGAGGAGAACTGAAACACTATATTACTGTACAACATTAA MKKIVMTLFTVALLTFGIFSNSSEALAMTSKGAIKFQTDANTYSKHATSIVVTGTVPTKYEVNEGVNVLLVNKKRDVVKDIYVNGRNIRSFKVSFLTKNIPAGKYDVVVALTWGNQTHRGELKHYITVQH NA NA NA NA NA D1-12_00560 777 hypothetical protein ATGAAAAAAGCATTTCTCTTATCTGCCGCCGCGGCAGTCAGTTTGATTACATTCGGAGGCATTCAGCAGGCATCTGCCAAAGAGCTGTCATGCCAGCACGTCGTTACCGTGAAAAAAGGAAACACCGTACAGCATCTGACTCTTCAAGAGGCTGTTGAAAAACTACATATGAAAACGAGCGCGAAACAGCTGAACGTTAAAAATGAGAAAGAACTGAAACAGCTGCTGCAAAAACACGCAAAGCATTCTGACATGACAGTTAAGGATGTACAAAAAGAAACACCGGCAAAAACGGCTCCGGCAGCTGCCGAAAAACCGAAAGCCGATCAAAACAAGACGGCTGACAATGCAAAGCAGACAGATAACACAAACAACAGCAGCGAGAAAACTCCTTCATCTGTCAGTGCGTACGAAAAGAAAGTCGTTGAATTGACAAATGCAGAGAGACAAAAGCAAGGCTTAAAACCTCTGCAGATTGATGAAAAATTAAGCAAATCAGCTCACGCAAAATCACAAGATATGAAAGACAAAAACTATTTCGATCACCAAAGTCCGACTTACGGCTCACCTTTCGATATGATGAAGTCTTTCGGAATCACTTATAAAACTGCCGGTGAAAATATCGCCAAAGGACAGCCGACTCCTGAAGCTGTCGTTAAAGCTTGGATGAACAGTGAAGGCCACAGAAAGAACATCATGAATCCTGAGTTCACTCAAATCGGTGTCGGTTACGTAGAATCAGGAAACATCTGGACACAGCAATTCATCGGAAAATAA MKKAFLLSAAAAVSLITFGGIQQASAKELSCQHVVTVKKGNTVQHLTLQEAVEKLHMKTSAKQLNVKNEKELKQLLQKHAKHSDMTVKDVQKETPAKTAPAAAEKPKADQNKTADNAKQTDNTNNSSEKTPSSVSAYEKKVVELTNAERQKQGLKPLQIDEKLSKSAHAKSQDMKDKNYFDHQSPTYGSPFDMMKSFGITYKTAGENIAKGQPTPEAVVKAWMNSEGHRKNIMNPEFTQIGVGYVESGNIWTQQFIGK NA NA NA NA NA D1-12_00561 2133 pbpH_1 COG0768 Penicillin-binding protein H GTGGCTGAAGTCGCGCGCGAACCAAAGAAAAAAACGAAACGTTACAGAGCGCTGAGAATGAATCTCTATTTTTTGATTGTTTTTCTTCTCTTTACGGCACTGATTTTTAAACTCGGCATCGTCCAGATTGTCGAAGGGGATAAACACCGCCAGGATGCGGAGAAGGCAAATGCAAAAACCGCCTATTATCCGACACCGCGGGGAAAAATGTATGACAAGCGGAACAGGGTGGCGGTTGATAACCAGGCTGTGCCTGAAATTGTATACGTTTCTACCTCAAAAACCTCGGCAAAGGACAAATTGAAAACGGCAAAAAATCTCGCCGCACTGATTCATATTGATACTGAATTTATGAAGGATCGAAATATCATTGATTACTGGCTTGCCGCACATCCGAAGAAGGCGGAAAAGCTTATGAAGGATTCAGAAAACAGCCTGAAATCCCAAGAAGTGTACAAACGCCAGATTGAACGCGTTCCGAAGCAGGAGATTGATGCGATCAAACAAGATAAAAAAGAGCTGCAAATTGCGGCGATTTATACGCGTTTTTCAAGCGGCAACGCCTATCAGCCGCAAGTCGTCAAATCAATGGACCCGAATAAGCTGAACGGAAACGGAAACAGCGGTTCATTGCTTGACGAGCATGAAAACAACAAGCAAAAACCGAAAAGCGATCTGACATATGAAGAAGTTTCCGTCGTATCCGAGCACTTGAAAGAGCTCCCCGGCATTGACGTGATCAATGACTGGACGCGGAAATATCCGTACGACAAAACGCTGTACTCTCTGTTCGGCGGTGTGACGACACCGGAACAGGGATTGTTGGGCGAACGGAAAGATTACTATGTCACAAGAGGCTACTCACTGAATGACCGGGTGGGAAAAAGCTACATCGAATATCAGTATGAGGACTATTTAAACGCGCATAAAGAAAAAGTAGAGTATGTGGAAAACAGCAAAGGTGAGGTCGTCAGCCAAAAGCCCGTCGATGAAGGCAGCAGAGGCTACGATCTGCAACTCTCGCTCGATATGGAATTACAGTCGAAAGTCGAAAAAGTCATTGAAAAAGAGCTGAGAAGAAGCCGCGCCGCAGGCAACTATATGGTTGACAGAGGATTTGCCGTCATGATGGACCCGAACAACGGGGATATTCTCTCAATGGCGGGGAAACGCATCGATCTCGAAACAAATAAAACACAGGATTTTGCGATCGGAGCATTTACGACCCAATATGAGATGGGCTCTTCTGTTAAAGGAGCGACTGTTCTCGCGGGTTACCAAAGCGGCCTCCCGCATTATAAAACGTTTGTCGATGCACCGCTTGTATTTAAAGGCAAAACGAGAAAACAATCGTGGACACAAATGGGAGCCATTACTGAGCTGACCGCGCTGCAAAGAAGTTCAAACGTGTATATGTTTCATGTGGCCATGCATATCGCCGGCATTACCTACAGGCCGTACGGCACGCTGCCTGCCGGATTAGACGATATTAAAAAAATGCGCAACTACTACGCCCAATTCGGTTTGGGTGTGAAGACCGGGATTGATCTTCCGCAGGAATCAGCGGGCATGCAGTCAAATCCGCAAATGGTCGGGGGATTGCTGCTTGACTTTGCGATCGGACAGTTTGATACGTATACGCCGCTTCAAATGGCTCAATATATTTCAGCCATCGCAAACGGCGGGTATCGCGTCCAGCCGCGGATCGTCACAAGCATTCATGAACCGGACAGCAAAAATAAGATTGGAAAAGCGATTGAACAGCGGGATATTAAAATTTTAAACAAAGTAAATAACAGTCCGAGCGATTTTGACCAAGTTCATAAAGGAATGAAATTGGTCACAAGCTCACCTCAAGGAACGGCTTATTCAACATTCCAAGGTTCCGGCGCTGATGTTTCCGGAAAAACGGGAACCGCGGAGACGCACTATTACGGCACGAACAAAAACTGGTGGGGGAAGTACACGTATAACCTGACCTTTGTCGGCTATTATCCGTCAGAACATCCAAGAGTGGCATTCAGCGTCGTCGTTCCGTCTGTTGGAAATGATAAAGATCATGTAAGCAAAAACATTGCTAAGGGAGCAATTGACGCTTACAAAGAACTTGAAAAGAAATACAATAAAAAATAA MAEVAREPKKKTKRYRALRMNLYFLIVFLLFTALIFKLGIVQIVEGDKHRQDAEKANAKTAYYPTPRGKMYDKRNRVAVDNQAVPEIVYVSTSKTSAKDKLKTAKNLAALIHIDTEFMKDRNIIDYWLAAHPKKAEKLMKDSENSLKSQEVYKRQIERVPKQEIDAIKQDKKELQIAAIYTRFSSGNAYQPQVVKSMDPNKLNGNGNSGSLLDEHENNKQKPKSDLTYEEVSVVSEHLKELPGIDVINDWTRKYPYDKTLYSLFGGVTTPEQGLLGERKDYYVTRGYSLNDRVGKSYIEYQYEDYLNAHKEKVEYVENSKGEVVSQKPVDEGSRGYDLQLSLDMELQSKVEKVIEKELRRSRAAGNYMVDRGFAVMMDPNNGDILSMAGKRIDLETNKTQDFAIGAFTTQYEMGSSVKGATVLAGYQSGLPHYKTFVDAPLVFKGKTRKQSWTQMGAITELTALQRSSNVYMFHVAMHIAGITYRPYGTLPAGLDDIKKMRNYYAQFGLGVKTGIDLPQESAGMQSNPQMVGGLLLDFAIGQFDTYTPLQMAQYISAIANGGYRVQPRIVTSIHEPDSKNKIGKAIEQRDIKILNKVNNSPSDFDQVHKGMKLVTSSPQGTAYSTFQGSGADVSGKTGTAETHYYGTNKNWWGKYTYNLTFVGYYPSEHPRVAFSVVVPSVGNDKDHVSKNIAKGAIDAYKELEKKYNKK PGPT0023960_7 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-PENICILLIN-BINDING_PROTEINS,PGPT0023960-pbpH-K21466 NA NA D1-12_00562 1821 kinA COG0642 Sporulation kinase A GTGGAACAGGATACTCAGCATGTCAAACAGTTTCAATCGAAAACCGATCTTCATGCCGTTTTGACGTCTAACGGGCGTATTATGTATATTTCTGCAAACTGCAAATCGTACTTCAGTTATTCTCAGGAAGAGATGATTGGGTCATTTCTCAAAACGTTCCTGCATGAAGAAGATCAATTTTTGGTTGAAAGTTACTTCTATAATGAGCATCATTTGATGCCTTGCACCTTTCGTCTTATTAAAAAAGATCATACCATCGTATGGCTTGAAGCGGGTGTGGAAATTGTCACACCGCAAATGGAGGGGACGGATCGGGAAATCATCCTCAAAATCAAGGTGCTTGAGGAGAAGACGCCCCGCCGGCCTTATATGTATGAACAAAAGAAGCAAAAGGCAGAACAACAGTCGGAAGATGCGGCTGGAAACGGCGAATTCGAGCGTCTTGTCGAAATGCTGCCGAATCCTTTATATGTCAGCATCAACGGCACAATCGCATACGCCAACAACGCGATGCTTGCCATGCTGGGAGCCGAAAGCAAAGACGAGGTAATCGGCAGGCGCTCTTATGAGTTTATTGAAGAAGAGTATCACGACATTGTGAAAAACCGAATTGTGCGGATGCAAAAAGGAATGGAAGTCGGAATGATCGAACAGACGTGGAGAAGGCTCGACGGCACGCCCGTTCATTTAGAAGTAAAGGCGGCACCGACGACATATAAAAATCAGCGGGCGGAATTGCTGCTTCTGATTGATATTTCTTCACGGAAAAAATTCCAAACGATTCTGCAAAAAAGCAGAGAGCGTTATCAGCTCCTCATTCAGAATTCAATTGATACGATCGCCGTGATTCACAATGATAAATGGGTATTCATGAATGAGTCGGGCATTTCGCTGTTTGAGGCTGAAACATATGAAGATTTAATCGGGAAAAACGTCTATGATCAGCTTCATCCCTGTGATCATGACGGCGTGAAACAGCGGATCCAAAATATTATCAACCGAAAGACCGAGTCAGAAATTATTAAGCAATCGTGGTTTACCTTTAAAAACCGGCTGATCTACACGGAAATGGTCTGCATTCCGACGACGTTTTTCGGAGAAACGGCCGTGCAGGTCATTCTGCGTGATATTTCTGAGCGGAAGCAGACGGAGGAATTAATGCTGAAGTCGGAGAAGCTGTCTATCGCAGGGCAGCTGGCGGCGGGAATCGCTCACGAAATCCGCAATCCGCTGACGGCGATCAAAGGATTTTTACAGCTCATGAAGCCGACGATGGAGGAAAACGAACATTACTTTGAAATTGTGTTTTCTGAACTGAGCAGAATCGAATTAATTTTAAGTGAGCTTTTAATGCTTGCCAAACCTCAGCAAAACGCCGTGAAAGAGCGTGTAAACTTAAAGAAAATTATAAGTGAAGTGACCGCTCTTTTAGAGACGCAGGCAAATCTTAAAGGGATTTTTATCAAAACGGATTATGAACATGACAGCATGTATATTAACGGTGATCAAAATCAGCTGAAACAGGTGTTTATCAATCTGATTAAAAATGCCGTTGAGTCGATGCCGGATGGGGGAACGGTTCACATTCTTATGACAGAAGATGAGTATTCCGTTAATGTGACGGTGAAAGACGAGGGTGACGGGATACCGGAAAACGTGCTGAAACGAATAGGCGAACCGTTTTTGACAACGAAAGAAAAAGGAACCGGCCTGGGGCTGATGGTCACATTCAACCTTATTAAAAACCACCAGGGAGCTATCCAAGTAGACAGCAAACCGGATAGAGGCACGGCCTTTCATATTACATTCCCGAAACAATAA MEQDTQHVKQFQSKTDLHAVLTSNGRIMYISANCKSYFSYSQEEMIGSFLKTFLHEEDQFLVESYFYNEHHLMPCTFRLIKKDHTIVWLEAGVEIVTPQMEGTDREIILKIKVLEEKTPRRPYMYEQKKQKAEQQSEDAAGNGEFERLVEMLPNPLYVSINGTIAYANNAMLAMLGAESKDEVIGRRSYEFIEEEYHDIVKNRIVRMQKGMEVGMIEQTWRRLDGTPVHLEVKAAPTTYKNQRAELLLLIDISSRKKFQTILQKSRERYQLLIQNSIDTIAVIHNDKWVFMNESGISLFEAETYEDLIGKNVYDQLHPCDHDGVKQRIQNIINRKTESEIIKQSWFTFKNRLIYTEMVCIPTTFFGETAVQVILRDISERKQTEELMLKSEKLSIAGQLAAGIAHEIRNPLTAIKGFLQLMKPTMEENEHYFEIVFSELSRIELILSELLMLAKPQQNAVKERVNLKKIISEVTALLETQANLKGIFIKTDYEHDSMYINGDQNQLKQVFINLIKNAVESMPDGGTVHILMTEDEYSVNVTVKDEGDGIPENVLKRIGEPFLTTKEKGTGLGLMVTFNLIKNHQGAIQVDSKPDRGTAFHITFPKQ PGPT0025280_125 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORULATION_REGULATION,PGPT0025280-kinA-K02491 NA NA D1-12_00563 1170 dapX_2 COG0436 putative N-acetyl-LL-diaminopimelate aminotransferase ATGGAACATTTGCTTAATCCGAATGTAAAAGAAATTGAAATTTCAGGAATTCGCAAATTCTCAAATCTTGTAGCTCAGCACGACAATGTCATTTCGCTTACGATCGGCCAGCCGGATTTCTTCACGCCGCACCATGTCAAAGCGGCTGCCAAAAAGGCAATCGACGAGAACGCAACGGCGTATACTCCGAACGCGGGCGGACTTGAGCTGAGACAGGCCGTACAGCTTTATATGAAGAAAAAAGCTGACTTGAATTATGAAGCTGAAACTGAAATCATCGTCACAACCGGGGCAAGCCAAGCGATTGACGCGTCTTTGCGGACGATTTTATCTCCGGGCGATGAAGTTATTCTCCCCGGACCGATATATCCGGGCTACGAACCGATCATCCGCATGTCGGGCGCCGTTCCGGTCCATGTGGATACGACGACACACGGATTTAAGCTGACGGCGCGGCTCATTGAAGAATCGCTGACACCAAAAACAAAATGCGTCATTCTTCCTTATCCGTCAAACCCGACCGGAGTGACATTGTCTGAGGAAGAGCTGCAAAACATCGCAGCCGTCCTGAAGGGCAGAAATGTTTTTGTCCTGTCTGATGAGATTTACAGCGAATTAACCTATGACAGACCGCATTATTCGATCGCGTCTTATTTGAGAGACCAGACGATCGTCATCAACGGCCTGTCAAAATCACACAGCATGACGGGCTGGAGAATCGGTTTCATTTTCGCACCGAAAGAAATTGCCAAGCACATCTTAAAAGTTCACCAATACAGTGTGACATGCGCGTCTTCAATCTCTCAGAAAGCGGCTCTTGAAGCGGTGACAAACGGTGTTGATGATGCGCTTATTATGAGAGAACAGTATAAAAAGCGGCTTGACTATGTATATGACCGTCTTGTTTCAATGGGGCTTGACGTCGTAAAGCCGTCAGGCGCATTTTATATCTTCCCTTCCATTAAGTCATTCGGAATGTCATCGTTTGATTTTAGTATGGCTCTTTTAGAGGATGCAGGTGTGGCTCTTGTGCCCGGCAGCTCGTTTTCAAAGTTGGGTGAAGGGTATGTGAGGCTGTCATTCGCATATTCACTGGATACATTGAGAGAAGGCTTGGACCGGCTGGAAGCATTTATTTTAAAAACGAGAGAATCCATGCAGACTATTTAA MEHLLNPNVKEIEISGIRKFSNLVAQHDNVISLTIGQPDFFTPHHVKAAAKKAIDENATAYTPNAGGLELRQAVQLYMKKKADLNYEAETEIIVTTGASQAIDASLRTILSPGDEVILPGPIYPGYEPIIRMSGAVPVHVDTTTHGFKLTARLIEESLTPKTKCVILPYPSNPTGVTLSEEELQNIAAVLKGRNVFVLSDEIYSELTYDRPHYSIASYLRDQTIVINGLSKSHSMTGWRIGFIFAPKEIAKHILKVHQYSVTCASSISQKAALEAVTNGVDDALIMREQYKKRLDYVYDRLVSMGLDVVKPSGAFYIFPSIKSFGMSSFDFSMALLEDAGVALVPGSSFSKLGEGYVRLSFAYSLDTLREGLDRLEAFILKTRESMQTI PGPT0007150_422 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_SIGNAL-BRANCHING_STIMULATION PLANT_BRANCHING-AUXIN|IAA_METABOLISM PLANT_BRANCHING-IAA_RELATED_TRYPTOPHAN_METABOLISM,PGPT0007150-patA-K00841 NA NA D1-12_00564 162 hypothetical protein ATGGGTACAGTAGTCATATTCGACCAAGATCAAATGACGGTGTTAGAAGATATCAGCAAAACGGCTTACCTGCAAATGAAAAAAGAGGCGAAAGAGCGTCCCGACAAGCCCGCTCCATACATCTTATGGCGGGAAGACGTCAGCTTTGAATACGGGTATTAA MGTVVIFDQDQMTVLEDISKTAYLQMKKEAKERPDKPAPYILWREDVSFEYGY NA NA NA NA NA D1-12_00565 912 cheV COG0784 Chemotaxis protein CheV TTGTCTTTACAACAATATGATATTTTATTGGATTCAGGCACAAACGAATTAGAAATCGTCAAATTTGAAGTAGGCGTCAATACATTTGGCATAAATGTGATGAAAGTCCGGGAAATCATTCAGCCGGTAGATGTCACATCTGTGCCTCAGTCTCATAAAGACGTAGAAGGGATGATTAAGCTGAGAGGCGAAATTCTTCCCGTCATCAGTCTGTATTCCTTTTTCGGCGTTGATGCCGAAGGAGCAAAAGACGATAAATATATCGTAACGGAATTCAACAAACGGAAAATCGTCTTTCACGTCGGTTCCGTTTCACAAATCCACAGGGTGTCCTGGGAGGCGATTGAAAAGCCGACTTCCCTGAACCAGGGCATGGAGCGGCATTTAACGGGAATCATCAAACTGGAAGACACGATGATCTTTCTGCCTGATTATGAAAAGATCATTTACGATATTGAATCGGCATCGGGAGTTGAGACTTATCATGTCCATCAGGAAGGATTTGATGAAAGACGGGCGGGTAAAAAACTGATCATCGTTGAAGATTCGCCGCTTCTGATGCGTCTTTTGACGGATGAGCTGACTGAGGCGGGGTACAGTGAAATCGTTACGTTTGAAAACGGAAAAGAAGCGTATGATTACGTCGTGGAACTGACGGATAACGGAGAAAACCTGTCAGACCATATTGACATGATTATCAGTGACATTGAGATGCCGAAAATGGACGGGCATCGTTTGACGAAGCTCCTTAAGGATAACCCGCAAAGCTCTGATGTGCCGATTATGATTTTCTCGTCCCTGATTACGGACGACCTGCGCCACCGGGGCGAAGTAGTCGGAGCGGATGAACAGATCAGCAAGCCTGAAATCAGCGAGCTCATTAAAAAAGTGGATACGTACGTGATTGAATAG MSLQQYDILLDSGTNELEIVKFEVGVNTFGINVMKVREIIQPVDVTSVPQSHKDVEGMIKLRGEILPVISLYSFFGVDAEGAKDDKYIVTEFNKRKIVFHVGSVSQIHRVSWEAIEKPTSLNQGMERHLTGIIKLEDTMIFLPDYEKIIYDIESASGVETYHVHQEGFDERRAGKKLIIVEDSPLLMRLLTDELTEAGYSEIVTFENGKEAYDYVVELTDNGENLSDHIDMIISDIEMPKMDGHRLTKLLKDNPQSSDVPIMIFSSLITDDLRHRGEVVGADEQISKPEISELIKKVDTYVIE PGPT0015675_1498 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS CHEMOTAXIS_PROTEINS CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015675-cheV-K03415 NA NA D1-12_00566 465 hypothetical protein ATGGACGACCACGCTTATTCGAAAGAGCTGCAGCCAACCATCGAGAATCTTTCAAAAGCTGTTTATACTGTGAACCGCCATGCAAAAACCGCCCCCAACCCTAAATACCTTTATCTGCTGAAAAAACGGGCATTACAAAAGCTTGTGAAAGAAGGCAAAGGGAAAAAAATAGGGCTTCACTTTTCAAATAATCCCAGGTTTAGCCAACAGCAGTCAGACGTACTTATCTCTATCGGAGACTACTATTTTCACATGCCTCCAACAAAAGAAGACTTCCAGCATCTTCCGCATTTAGGTACGTTAAATCAATCGTACCGCAATCCTAAAGCACAAATGTCTTTGACAAAAGCGAAAAACGTATTGCAAAAATATGTGGGCTTAAAGGAAAAACCGCTTGCCGCCAACAGGCAGCAGCCTGCTTATCATAAACCCGTATTTAAAAAACTTGGTGAGAGTTATTTTTAA MDDHAYSKELQPTIENLSKAVYTVNRHAKTAPNPKYLYLLKKRALQKLVKEGKGKKIGLHFSNNPRFSQQQSDVLISIGDYYFHMPPTKEDFQHLPHLGTLNQSYRNPKAQMSLTKAKNVLQKYVGLKEKPLAANRQQPAYHKPVFKKLGESYF NA NA NA NA NA D1-12_00567 1293 hypothetical protein ATGGATATATTTAAAAATCGCAATTTTGTCCGTCTCTTTTTCGCAGCACTCGCTTCTCAAATGGGAACGACTGTAGGTAATATGGCTTTCGCTTTTTACTTGCTGGACCATTTTTCAAATCAGCCGGCATACACGACTTTGGCTGAGCTGATGTATTCACTGCCGACAGTTTTCGTATTTCTGATTGTCGGTGTCGCAGCTGACCGGCTTGACAGGAAAAAGGTCGCAGAGAATTGTGACTGGATCAGAGCCGGACTGACGATCGTATTGTTTGCCGCACTATACACCGGGAGCATCCCTCTCGTGTTCTGTATTTTGTTCATCAGAAGCGCCGTGACCAAGTTCTTTTTCCCGGCGGAAGCCAGCCTTGTACAAGCTATTCTGCCAAAGGAGCATTACGCGAAAGCGGCGGGACTTAACCAGATCCTGTTCAGCATCTTCATGGTATTCGGCGTCGGTATAGGCGCGTTTATGTATAAAACGATCGGTATTCACGGAGCCATTATCCTTGATTTTGTCAGCTTTATTGTATCAGGCTTTCTGATCCGCGCCTGCCGCATTCCGAAAGAAGCCCGTCAGCCGAACGGCCCTTTTAAATGGGGAGATTCGTTTCTGAAAGACTCGGTCGCTGATTTTAAGGAAGGGATCGTATATATTGTTAAAAACAAATTGCTTGCTTCCCTTATTTTCGGCTTTTTTATCTTTGGTTTTGTCAACGGCGGCTTTGCCGTACTGCCGATGTTTACGATGAAATACGGACTTGCGCCTGATCATTACGAATCACATACTTCCATCTTCACCGTCGCACTCGGCTTCGGCCTGCTTGCAGGAAGTGTGATCGGAACGATGATCGCGAAAAAAGTCAAACCGCATCATTTGATGTCGATTCCTATTTTGGCAGCCGGACTGCTCATTTTTGTCCTCGGCTATACGGATAAGCTGTGGATTTATTATGCGGCGGCTTTCGTCCTCGGCATGTGCATCGGCCCTGTCAATATCGCCATCGGCGGCTGGATGCCGAAAATTGTTCATCCGAAAATAATGGGCCGGGTCAGCGGCTGGCAGGACCCTTTTATGATGTTTGCCCAATCGATTACACTCGGACTGGTTGCCCTGTTATTTCCGAAATTCGTTTCCAATATTGATTACCTTTATTACGGCATGGGAATCGTGATTTTAGCGGTATTTGTGTTCTATTTTATCGCTCTTCCGAAATACAGCGCCGAGGCAGCAGAGGTCGATGTGCAGCAATCATTAAAGGCTGATTCCGAAAAACATGCGAATCCTGTCTAA MDIFKNRNFVRLFFAALASQMGTTVGNMAFAFYLLDHFSNQPAYTTLAELMYSLPTVFVFLIVGVAADRLDRKKVAENCDWIRAGLTIVLFAALYTGSIPLVFCILFIRSAVTKFFFPAEASLVQAILPKEHYAKAAGLNQILFSIFMVFGVGIGAFMYKTIGIHGAIILDFVSFIVSGFLIRACRIPKEARQPNGPFKWGDSFLKDSVADFKEGIVYIVKNKLLASLIFGFFIFGFVNGGFAVLPMFTMKYGLAPDHYESHTSIFTVALGFGLLAGSVIGTMIAKKVKPHHLMSIPILAAGLLIFVLGYTDKLWIYYAAAFVLGMCIGPVNIAIGGWMPKIVHPKIMGRVSGWQDPFMMFAQSITLGLVALLFPKFVSNIDYLYYGMGIVILAVFVFYFIALPKYSAEAAEVDVQQSLKADSEKHANPV PGPT0027965_267 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-MACROLIDE_RESISTANCE,PGPT0027965-mef|ykuC-K08217 NA NA D1-12_00568 501 ykuD COG1376 Putative L,D-transpeptidase YkuD ATGAAACTGCTGACATATCAAGTGAAACAAGGAGAAACCATCTCCAGCATTGCGCAAGACTTCAGAATAAGCGCTGCTGCTCTCCTTCAGGCAAATCCCTCAATCCAATCGGTCATATACGCGGGACAGCACATTATCATACCGAATCTTCCTGACCCATCCACCATTCCCTACTCCATCATCGTGTATATCGGAGCGAAGAAACTGGAGTTATACCGCCTTGGCAGGCTCATCCGTACGTACCCCATCGCAGTCGGAAAAATATTGACGACCACGCCGACCGGAGAATTTTACATCGTGAACCGCCAGCCTAAGCCCGGAGGCCCGTTCGGCGCTTATTGGCTCAGCCTCTCTAAAATTCATTACGGCATTCACGGAACAAATAATCCTTCCTCCATCGGCAAAGCGGTATCAAAAGGATGCATCCGGATGTATAATCAGGACGTCACTAAACTTGCCGCTGCCGTTCCTAATGGAACAAGGGTGACTATTATAAGATAG MKLLTYQVKQGETISSIAQDFRISAAALLQANPSIQSVIYAGQHIIIPNLPDPSTIPYSIIVYIGAKKLELYRLGRLIRTYPIAVGKILTTTPTGEFYIVNRQPKPGGPFGAYWLSLSKIHYGIHGTNNPSSIGKAVSKGCIRMYNQDVTKLAAAVPNGTRVTIIR PGPT0023745_793 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-L|D_TRANSPEPTIDASE_ACTIVITY,PGPT0023745-erfK-K16291 NA NA D1-12_00569 864 lpxG COG1408 UDP-2,3-diacylglucosamine pyrophosphatase LpxG ATGGAGAAAATGACCAGAAGAACATTTTTAAAAAGAGGATTCGGTGTTTTGGGTGCAGCTCTTGCAACGGCTTGCGGAGGCTACGGCTATGCCCGGTATATTGAACCGCGCATGATTGAAATCACCCGGCATACAATCACCAACCGCCTGATCCCCCGCGGCTTTGACAATTTTAAAATCGTTCAATTCAGCGATACGCATCTCAGTGATGGGTTTACATCCGGTGACTTGAATAAAGCAGCGGAAAAGATCAATCAGCTGAAACCCGATCTGCTCATCTTTACGGGAGATTTAATTGATAAGCCGCATTTATTTAATGATCACCAGCATGCACTCGCCGTGCTGCAAAATCTTGAAGCTCCCTTCGGCAAACTTTGTGTTTACGGAAACCATGACCACGGAGGCTACGGTACGAACACGTACAAGGCTCTGATGGAAGCTGCTGATTTTCAAGTGTTTCGAAACGGCTATCGTCAGGTGCAGCTGACAGACGGAAGCCGGATTGAACTCGCGTTTTTGGATGATGTAATGCTCGGAAAACCCGATTATGAAGGCACCCTGTCCCGCCTTTCCGAAGATGCGTTTTCCATTTTAATCGTCCACGAGCCTGATGCCGCTCTCGAGATAGGCGGATATCCCGTAAACCTCCAGCTGTCGGGACACACCCACGGCGGCCAGGTCCAGCTCCCGTTTTTCGGCCCTCTCATTACGCCTCCTTACGGAAAAACGTATACCGACGGCATGTATACGCTTCATGACACAGCCGTTTACGTCAATCGCGGGCTCGGTACGACAAGACTGCCGTATCGATTTTTAGCCAGACCGGAAATCACGCTGTTCACATTGAAAACCGAGCAAAAATAA MEKMTRRTFLKRGFGVLGAALATACGGYGYARYIEPRMIEITRHTITNRLIPRGFDNFKIVQFSDTHLSDGFTSGDLNKAAEKINQLKPDLLIFTGDLIDKPHLFNDHQHALAVLQNLEAPFGKLCVYGNHDHGGYGTNTYKALMEAADFQVFRNGYRQVQLTDGSRIELAFLDDVMLGKPDYEGTLSRLSEDAFSILIVHEPDAALEIGGYPVNLQLSGHTHGGQVQLPFFGPLITPPYGKTYTDGMYTLHDTAVYVNRGLGTTRLPYRFLARPEITLFTLKTEQK PGPT0022365_3216 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LIPID_A_METABOLISM,PGPT0022365-lpxG-K07098 NA NA D1-12_00570 765 fadH COG1028 putative 2,4-dienoyl-CoA reductase ATGGATAAGAAAGCGGTAATCATTACAGGCGGTTCAAGCGGCATGGGAAAAGCAATGGCGAAAAAACAGGCTGAATTAGGATGGCACGTCATGGTGACAGGGAGGAACCATGAAGCACTTGAGGAAACAAAAAAAGAAATTGAGACCTTTGAGGGGCAGGTCGCCTGTTTTCAAATGGATGTCCGTTCTGATTCCGCCGCTTCAGACATGATTACAGAAGCGAAAAAAGTCTTTGGCCGGCTCGATGCGCTGATTAACAATGCGGCCGGCAACTTTATTTGCCCGGCAGAGAAGCTGACGCCCAATGGATGGAAAGCTGTTATTGAGATTGTTTTAAACGGCACATTTTTCTGCAGCCAAGCCGCGGCAAGGCATTGGATCGAGCAGGAGCAGAAGGGCGTCATCTTAAATATGGCCGCTACATACGCATGGGGAGCGGGAGCGGGTGTCGTTCATTCCGCTGCAGCCAAAGCGGGGGTATTGTCACTGACAAGAACGCTGGCCGTTGAATGGGGGAGCAAATACGGCATCCGCACAAACGCGATAGCCCCCGGCCCGATTGAACGGACAGGCGGTGCGGAGAAGCTGTTTGAATCGGAAAAAGCGGTGTCCCGCACTATGAACAGTGTGCCGCTCGGCCGGCTGGGCACACCGGAAGAAATCGCCGCGTTGGCAGCGTTTTTGCTATCTGATGAAGCGTCCTATATAAACGGGGATTGTATCACAATGGACGGGGGGCAATGGCTGAATCCTTATCCGTTTTAA MDKKAVIITGGSSGMGKAMAKKQAELGWHVMVTGRNHEALEETKKEIETFEGQVACFQMDVRSDSAASDMITEAKKVFGRLDALINNAAGNFICPAEKLTPNGWKAVIEIVLNGTFFCSQAAARHWIEQEQKGVILNMAATYAWGAGAGVVHSAAAKAGVLSLTRTLAVEWGSKYGIRTNAIAPGPIERTGGAEKLFESEKAVSRTMNSVPLGRLGTPEEIAALAAFLLSDEASYINGDCITMDGGQWLNPYPF PGPT0019825_77 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_TERPENE_UTILIZATION PLANT_DERIVED_CITRONELLOL-CITRONELLAL-CITRONELLATE_DEGRADATION,PGPT0019825-atuB|atuG-K13774 NA NA D1-12_00571 558 hypothetical protein TTGAAGAAATTATTAAAATGGTTCGTTGTACTATTTGTAAGCAGTTTAGCTATCATCTTTAATATTTGGTACTTTATTATTTGTGCTTTTACTCCGGAGTATTATCAAAATACCAATCTTACATCTGATGAAATAATCAGATTTGAAAAGCTATATCACATAGATTTTCCTGATGAAACGAAATGTATTAAAGCCAGGGAGTATTTGAGTGGGCTCGGAGGCGATACATCGGCTGTATTATATGTGTCTCTGCCAACCAAGCTGGCGGAAACAATTTTATCTGATTATACGTATATGCCAATAAATCATACTGATCATGCCGGTTCAATGTATGGAGTTGACGTTTCCGAGAGTGTTGGCGGGTTAACAACTCTTACATTTGGCACTTTAGATAAAAAAGGAACTTTCTTTCAGTTGAAACATGATGATGATTGGATATTTAACAGCACTGATTGGAGCCATTATTTTTGGACAGCTGCCGGTTATAATGCTCTTATATTTATCCTTTTATTTGTGATTGTGAAACAAATGAATAACGTCCTTAATGAACCGGTCTGA MKKLLKWFVVLFVSSLAIIFNIWYFIICAFTPEYYQNTNLTSDEIIRFEKLYHIDFPDETKCIKAREYLSGLGGDTSAVLYVSLPTKLAETILSDYTYMPINHTDHAGSMYGVDVSESVGGLTTLTFGTLDKKGTFFQLKHDDDWIFNSTDWSHYFWTAAGYNALIFILLFVIVKQMNNVLNEPV NA NA NA NA NA D1-12_00572 1221 ykuI COG2200 putative EAL-domain containing protein YkuI ATGTTGGACCCACTTGATATACTGACGAATATTGATGATGTCATTCCGTATTACCAAGCGATTTTTAACGCTGAAGAACAAAGAGTCGTAGGCTATGAGGTGCTTGGGCGTATTTTGGCAGATGCGGAGATTGAGAGCCTCGGGTCGTTTTTCTTAGATTCCGGCATTCCGGAAGAATATAAGCTTGAGGTCGATGACAGAGTCATCAGGCAGGCGCTGGAGCGGTTTAAAGAAGCTGACCGTGATCTGTTGATTTTTATCAATCAGGATGCGAATGTATTGATGCTTGACCACGGCGAAAGCTTTCTTGAGCTTTTGAAAGAATACGAAGAGCAGGGCATTGAATTGAACCGTATTGTGCTTGAGATCACCGAGCACAATTTCGAAGGCGACATTGAACAGCTGTACCATATGCTTGCCTATTATCGTACATACGGCATTAAAATCGCGGTGGACAATATAGGTAAGGAGAGCAGCAACCTGGACAGAATCGCGCTCCTTTCACCGGACCTTCTGAAAATAGATTTGCAGGCGCTGAAGGTATCTCAGCCGTCACCATCATATGAGCATGTGCTGTACAGCATTTCATTGCTGGCGAGAAAAATCGGCGCCGTGCTGCTGTATGAAGATATAGAAGCTGATTTCCAGCTCCAGTACGCATGGAGAAACGGAGGCCGATTTTTTCAAGGCTATTATCTGCAGGCGCCGAGCGGCGATTTTATAGACCGGAGCCTGTTAAAAGCACGCTTGAAAACGGAGTTTCAGCAATTTATTACGAGAGAAAAAAAGAAGCTGGAAACGGTATATGAACACTCTGAGAATTTTTATAAGCGGGTCAATCAGGCAGTTTCCGAGCTGAAGAAAACCCATCAGGCGGACGATGAGTTTATTAAAAAACTGGCGGAAAACCTGACCGACTGCTGCTTCAGAATTTATATGTGTGATGAAGAAGGCTATCAGCTGACGGGAAATGTGTACAAGCAGTCCGGCGAATGGCTTTATCAGCCTGAATACATGGAGAAAAACTGGAGCTGGCGTCCGTACTTTTTAGAAAACATCATGAAGATGCGGAATTCAAGAAAAGGCTTTTTCAGTGACCTGTACAGTGATATTGAGACGGGTGAGATGATCAGAACCTTTTCATACCCGATGGATGACAATATGTATTTATTTATCGATCTGCCTTACTCTTATTTATATGAACAGGACGGATTACTTTAA MLDPLDILTNIDDVIPYYQAIFNAEEQRVVGYEVLGRILADAEIESLGSFFLDSGIPEEYKLEVDDRVIRQALERFKEADRDLLIFINQDANVLMLDHGESFLELLKEYEEQGIELNRIVLEITEHNFEGDIEQLYHMLAYYRTYGIKIAVDNIGKESSNLDRIALLSPDLLKIDLQALKVSQPSPSYEHVLYSISLLARKIGAVLLYEDIEADFQLQYAWRNGGRFFQGYYLQAPSGDFIDRSLLKARLKTEFQQFITREKKKLETVYEHSENFYKRVNQAVSELKKTHQADDEFIKKLAENLTDCCFRIYMCDEEGYQLTGNVYKQSGEWLYQPEYMEKNWSWRPYFLENIMKMRNSRKGFFSDLYSDIETGEMIRTFSYPMDDNMYLFIDLPYSYLYEQDGLL NA NA NA NA NA D1-12_00574 240 ykuJ COG4703 putative protein YkuJ ATGTCACAATTAATGGGTATCATCACGCGGCTGCAAAGTCTGCAAGAAACAGCGGAAGCGGCGAACGAGCCGATGCAGCGTTATTTTGAAGTTAACGGCGAAAAAATTTGCAGTGTTAAATATTTCGAAAAAAATCAAACGTTTGAACTGACGGTTTTCCAAAAAGGTGAAAAACCTAACACATATCCGTTTGATAACATTGACATGATTTCTATTGAAATTTTTGAGCTCCTTCAGTAA MSQLMGIITRLQSLQETAEAANEPMQRYFEVNGEKICSVKYFEKNQTFELTVFQKGEKPNTYPFDNIDMISIEIFELLQ NA NA NA NA NA D1-12_00575 519 hypothetical protein ATGGCTGATTCTTTTCTGTTTTATAATCTTTCTGAGGCACAGATGACCTTTCAAGACGTGACGGAGCGGCTGAAACGCTTTGTCAATAAAGACCCCCGTTCAGCATACGTGCTGTCTGTAGGGACTGATTCACAAGTTTACCGCGACTTCACAAAGTTTATTACGGCTATACACTTGCACCGTACAGGCAAGGGAGCTTGGGGCTGTTTGAAAAATCACGATCTTGCAAGACCGATACATAGCCTTCGCGAAAAAATTTCGCTGGAAACCGCGTTCAGCCAGGAGATGGCTGCGCATATCCTCGACGGCCGTCTTATGGAAATGACAGATTTACTCTTGCCTTTTGCGGATGAAGGGGCGGATCTTTCATTTGAAGTGCATCTGGATATCGGTCAAAAAGGGCTGACAAAAGAATTGATACAAGAAATGACCGGCCGCATTACCTCGATGGGCATTGAAGCGAAAATCAAGCCCGATTCCTGCACAGCATTCAGTTATGCCAATCGTTACACAAAATAA MADSFLFYNLSEAQMTFQDVTERLKRFVNKDPRSAYVLSVGTDSQVYRDFTKFITAIHLHRTGKGAWGCLKNHDLARPIHSLREKISLETAFSQEMAAHILDGRLMEMTDLLLPFADEGADLSFEVHLDIGQKGLTKELIQEMTGRITSMGIEAKIKPDSCTAFSYANRYTK NA NA NA NA NA D1-12_00576 192 ykzF putative protein YkzF ATGAGTCTTATCAGTGAACGATTTACGGAAGAAGAACAGAAACTTCTGCTGAATATCCTGATCAATCAAGAATATGCCATTGAGCTTTTGACCAGCGAAATCAACGATATAGAAGCAGGGTCAAAAAGCGTTGATGGAACCACTTATAAAAAACTCGTAACGCTCTATGACCGTTTTCGGAATGAAAATTAA MSLISERFTEEEQKLLLNILINQEYAIELLTSEINDIEAGSKSVDGTTYKKLVTLYDRFRNEN NA NA NA NA NA D1-12_00577 444 ykuL COG0517 CBS domain-containing protein YkuL ATGATTAGCTTACAATCAGATCAGCTTCTTGATGCAACAGTCGGACAATTTATGATCGAGGCGGATAAAGTGGCGCACGTTCAAGTCGGTAACAACCTTGAGCATGCTCTTTTAGTGCTGACCAAAACCGGCTATACCGCCATTCCCGTCCTCGACGCTTCGTACCGTCTGCACGGTTTGATCGGGACAAATATGATTATGAACAGCATTTTCGGACTTGAACGGATCGAGTTTGAGAAACTGGATCAAATTACGGTTGAGGAAGTCATGCTGAAAGACATTCCCCGTCTCCACATCAATGATCCGATTATCAAAGGGTTCAGCATGGTCATTAACAACGGCTTTGTCTGCGTTGAAAATGATGAAGGCGTCTTTGAAGGCATTTTCACGAGAAGAGTCGTGTTAAAACAGTTGAGCAGCCATATCAGATCATTGAATAAGTAG MISLQSDQLLDATVGQFMIEADKVAHVQVGNNLEHALLVLTKTGYTAIPVLDASYRLHGLIGTNMIMNSIFGLERIEFEKLDQITVEEVMLKDIPRLHINDPIIKGFSMVINNGFVCVENDEGVFEGIFTRRVVLKQLSSHIRSLNK NA NA NA NA NA D1-12_00578 882 hdfR HTH-type transcriptional regulator HdfR ATGCAGCTTCAAGAGCTTCATATGCTCGTAGTTTTGGCTGAGGAATTAAACATGAGGAAGGCTGCCGAACGGTTATTCGTGTCACAGCCGGCTCTGTCCCAGCGATTGCAGACCATTGAAAAAGCCTGGGGAACAAAGATCTTTCTAAGATCTCAAAAAGGACTTACGGTAACGCCGGCAGGAGAAAAAATCATACAATTTGCAAATGACGTCACGGATCGGCAAGAAAGAATCAGAGAAAACATTGATGAACTTGAGGGTGAGATTCACGGCACATTAAAGCTTGCCGTCGCCTCCATTATCGGGCAGCACTGGCTTCCGAAAGTGTTAAAAACATATGTGGAACGATATCCGAATGCAAAGGTCTCTCTCATTACAGGGTGGAGCAGCGAAATGCTGAAAAGTCTGTATGAAGATCAGGTACATATCGGCATTATCCGGGGAAATCCGGAATGGAAAGGCCGGAAAGATTATTTAATGACCGATCATTTATATTTGGTTGATACGGAAATTTCCTGTATTGATGATATTGCCCATACCGATCGGCCGTTTATCCAATTCAAAAGTGACAGTACATATTTTCAGGAAATTCAGCATTGGTGGCATCAAAAATTCAAAACCTCGCCGAAACAGACCATCCTCGTCGATCAGATTGAAACGTGCAAGCAGATGGCGCTGCACGGAATCGGTTATGCCATTCTGCCGTCAGTCACTTTAGAAGAGGAAGACAAAGTAAATAAAATGCCCCTGCTTGATACAAAAGATCATCCGATCGGCCGTGACACATGGCTGCTCGGTTATGAGCCGGCATTTGAATTAAAACAGGTGCAGGCTTTTGTTTCTGTCATTAAAGATATGCTGAAGCAGGAACGCCCATTTTAG MQLQELHMLVVLAEELNMRKAAERLFVSQPALSQRLQTIEKAWGTKIFLRSQKGLTVTPAGEKIIQFANDVTDRQERIRENIDELEGEIHGTLKLAVASIIGQHWLPKVLKTYVERYPNAKVSLITGWSSEMLKSLYEDQVHIGIIRGNPEWKGRKDYLMTDHLYLVDTEISCIDDIAHTDRPFIQFKSDSTYFQEIQHWWHQKFKTSPKQTILVDQIETCKQMALHGIGYAILPSVTLEEEDKVNKMPLLDTKDHPIGRDTWLLGYEPAFELKQVQAFVSVIKDMLKQERPF NA NA NA NA NA D1-12_00579 474 Flavodoxin ATGCGGAAAGCATTAATGATATACGCAAGCATGTCGGGGAATACAGAGGATATTGCCGGCATTATAAAAGAAACACTGAGCGGGCATCAGATAGCAGTTGACTGTCTCGACATGGATGAGGCAGATGCGGATTCTCTCGAAGCATATGATTATGTTTTTGTCGGCACGTACACATGGGGGGATGGTGATCTTCCTTACGAAGCGGAAGATTTTTACGAAGATATTCTGCACAGCCAGCTCAACGGACTGAAAACGGCCTGTTTCGGTTCAGGCGATCACGCCTACCCGAAGTTTTGCGAAGCGGTCACGCTGTTTTGCGATGCGTTTGAACAGGCCGGAGCCAATTTATATCCGGAAACGCTGAAAATCGAGCTGGCGCCCGAGACGGCTGAGGATCAGGAATGCTGCAAAGAATTTGTCCGCGGTTTTCTTGCATGGGCCGCTCACCACGGAGACCGGTGCCATGTTTCATAA MRKALMIYASMSGNTEDIAGIIKETLSGHQIAVDCLDMDEADADSLEAYDYVFVGTYTWGDGDLPYEAEDFYEDILHSQLNGLKTACFGSGDHAYPKFCEAVTLFCDAFEQAGANLYPETLKIELAPETAEDQECCKEFVRGFLAWAAHHGDRCHVS PGPT0000020_1110 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-ATMOSHPHERIC_NITROGEN_FIXATION N-FIX-NITROGENASE_BIOSYNTHESIS,PGPT0000020-nifF|fldA|isiB-K03839 NA NA D1-12_00580 894 hypothetical protein ATGTTTCATAAAGGCGCGACGGCTGTCATGGCATCAGTGACCTCAGGATATTTTGTCGCGGTGAAAGACGAAGGTATTTTTCATTTTTCGGCGGAAGAAGGTTGGAAAAGACTGTTCCGAGTGAAAAGCAGGATTCATGTGCTGACTTACATAGGGCCCTACATATTCGCGGCTGGAGAAAAAGGCGCCGTCCTCAGATCAGCCGATCAGGGAAAGACTTGGACGGCCTCCCGATTTCCGACCAGCGCCTCCGTATGGGCCGTTGCCGGGCGGAATGACGGGTTTGTCTGTGCGCACGGCACATATTGCCTCTACTTATCTGATGATTTCGGCGTCACTTGGCATGTGGCTAAGCCCTTTTCACAATTAAAGGAGCCGCCTGTCATCCGTTCGCTTTGTTTACACGGTCAGACGATTTATATCGGCACCCGGATTCATATGAATCATGGCGGCATTTGGGCGTATGATCTGACGGAAGACCGCATCCGGCGTATAAGCCGCGAAAGGCAGCGCATGACGGCTTCAATGATGATGTATCAGAATGACTGGCTCATTGCAGCAAAGGGCGCGGCAAAGGGAGAACGGGGGGAGGTTGCCGTCCGAAACGTGCGGACGCAAGAGGAGTTTGCCATTACAGCCGGGCCCGCCGTACGGGAAAAATCATTTCTCGACGTTTCTGAGGATAACGGGATTATTTATGTTACATCATCACAGGACGAAAACGGATTTTCGCGTATTTATCAAGCTGATCTCGCCGCCGGTGAATTAAAGTGGTTTGATACGATCCGCGGTCACGGATGGCGGGTGGCAAACCGGGAAGAAAACTTTTTTTGCGCGGGCCTTTACGAAAGTAAGTTTGTCAGACCGTATGAGGCGGTACAGCTCGCACATTAG MFHKGATAVMASVTSGYFVAVKDEGIFHFSAEEGWKRLFRVKSRIHVLTYIGPYIFAAGEKGAVLRSADQGKTWTASRFPTSASVWAVAGRNDGFVCAHGTYCLYLSDDFGVTWHVAKPFSQLKEPPVIRSLCLHGQTIYIGTRIHMNHGGIWAYDLTEDRIRRISRERQRMTASMMMYQNDWLIAAKGAAKGERGEVAVRNVRTQEEFAITAGPAVREKSFLDVSEDNGIIYVTSSQDENGFSRIYQADLAAGELKWFDTIRGHGWRVANREENFFCAGLYESKFVRPYEAVQLAH NA NA NA NA NA D1-12_00581 456 COG0716 Flavodoxin ATGGGGAATGTATTGCTTGTTTACGCTACAATGTCAGGAAACACCGAGGCGATGGCGGATTTAATTGAAAAAGGGCTGATCGAAGCACAAGCATCCGTAGACAGATATGAAGCGATGGATATTCATGCCGAACTTTTTAATGATTACGAGTATATTTTATTAGGCACATATACGTGGGGAGACGGGGATCTTCCTGATGAAATGCTCGATATTGCTGAAGATATGGAAAACCTGGAGTTCACGGGAAAAACATTTGCTTTGTTCGGTTCCGGAGATACGTCCTATGAGTTTTTTTGCGGAGCAGTTGACGAATTGGAAAAAGTAATCACAGCCCGCGGCGGGCGGGTGGTGCTGCCGTCGGTCAAAATTGAAAACAACCCTGAGGGCAGTGAGGAAGAAGAGCTCCGGGAATTCGGAAGACAGTTTGCCGCGCTGTGCAGCCAGCCGGCAGAATAA MGNVLLVYATMSGNTEAMADLIEKGLIEAQASVDRYEAMDIHAELFNDYEYILLGTYTWGDGDLPDEMLDIAEDMENLEFTGKTFALFGSGDTSYEFFCGAVDELEKVITARGGRVVLPSVKIENNPEGSEEEELREFGRQFAALCSQPAE PGPT0000020_1194 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-ATMOSHPHERIC_NITROGEN_FIXATION N-FIX-NITROGENASE_BIOSYNTHESIS,PGPT0000020-nifF|fldA|isiB-K03839 NA NA D1-12_00582 711 dapH_1 COG2171 2,3,4,5-tetrahydropyridine-2,6-dicarboxylate N-acetyltransferase ATGAAAATGATGGATGCAAATGAAATTATTTCATTTATTCAAAATAGTACAAAATCAACGCCTGTAAAAGTGTATGTAAAAGGCGATCTCGAAGGAATCAGCTTTGGCGATTCCGCTAAAACATTCCTGAACGGCCAATCCGGCGTCGTTTTTGGCGAGTGGGCTGAAATTAAAAGCGCAATCGAAGAAAACAAAGACAAAATTGAGGATTACGTCATTGAGAATGACCGCCGCAACTCTGCGATCCCGATGCTTGATTTAAAAGATGTTAAAGCGAGAATCGAGCCCGGCGCTATTATCCGCGACCAAGTCGAAATCGGCGACAATGCCGTTATCATGATGGGTGCGTCTATTAATATCGGTTCAGTCATCGGCGAAGGTACGATGATTGATATGAACGTTGTTCTCGGTGGGCGCGCGACTGTCGGCAAAAACTGCCACATCGGAGCGGGTTCTGTATTAGCGGGCGTTATTGAGCCGCCTAGCGCTAAGCCTGTTGTCGTGGAAGACGACGTTGTGATCGGCGCAAATGCGGTTGTGCTTGAAGGCGTAACAATCGGTAAAGGCGCGGTTGTCGCTGCGGGAGCCATCGTTGTGAACGATGTCGAACCATATACCGTTGTAGCGGGAACACCTGCGAAAAAAATCAAAGATATCGATGAAAAAACAAAAGGCAAAACAGAAATCAAACAGGAATTACGCCAGCTGTAA MKMMDANEIISFIQNSTKSTPVKVYVKGDLEGISFGDSAKTFLNGQSGVVFGEWAEIKSAIEENKDKIEDYVIENDRRNSAIPMLDLKDVKARIEPGAIIRDQVEIGDNAVIMMGASINIGSVIGEGTMIDMNVVLGGRATVGKNCHIGAGSVLAGVIEPPSAKPVVVEDDVVIGANAVVLEGVTIGKGAVVAAGAIVVNDVEPYTVVAGTPAKKIKDIDEKTKGKTEIKQELRQL NA NA NA NA NA D1-12_00583 1125 ykuR COG1473 N-acetyldiaminopimelate deacetylase ATGGAAAAAGAGCGGCTCATTGCCATCCGAAGAGATCTGCACCGCATTCCGGAGATCGGCTTTCAGGAATATAAAACCCAGCAGTACCTGCTGAATCTATTGAACCAATATCCGGAGGAAAGAATTGAAATTGAAACTTGGAGAACCGGCATCTTTGTCAAAGTCAACGGCACGGCTCCGGAAAAAATGCTCGCCTACAGAGCGGATATAGACGCTCTGTCGATTGAAGAGCAGACGGGACTTCCGTTTGCATCTGAACACCCCGGTTTTATGCACGCATGCGGCCACGATATGCACATGACCATCGCGCTCGGCATTATTGATCATTTTGTCCATCATCCCGTCAAACATGATCTGCTCTTTTTATTCCAGCCGGCTGAAGAAGGACCGGGCGGAGCGGAACCGATGCTTGAAAGCGATGTGCTAAAAAAATGGACGCCGGATTTGATTACCGCTCTCCATATAGCACCTGAGCTTCCTGTAGGCACAATCTCCACCAAAAGCGGATTGCTGTTTGCCAATACGAGCGAGCTCGTCATCGATCTTGAGGGGAAAGGCGGACATGCGGCATATCCGCATACAGCAGACGACATGGTCGTTGCCGCGAGCACGCTTGTCACGCAGCTGCAAACGGTCATATCCAGAAATACGGACCCGCTTGACAGCGCTGTGATAACTGTCGGAATGATTACCGGGGGCACGGCGCAAAATATCATCGCAGAGCATGCTCATCTGGAGGGAACCATCCGGACGCTTTCCGAGGAATCAATGCGTATGGTGAAAAAGCGGATTGAAGAGCTTGTCAAAGGAATTGAAATCGGCTTCCGATGCAAAGGAAAAGTCACGTATCCGTCCGTTTATCATCAAGTTTATAATACAAGCGGCCTGACCGAAGAATTTATGCAATTTGTCAGCGATCATCAGCTTGCTGACGTGAAAACGGCGAAAGAAGCGATGACCGGAGAAGATTTCGGATATATGCTGAAAAAATATCCCGGCTTTATGTTCTGGCTGGGGGCCGATTCATCCCACGGGCTTCATCACGCAAAGCTGAACCCGGATGAAGATGCGATGGAAACCGCGGTAAATGTCATGGTCGGATATTTTTCGAAGTATGCCAATTAA MEKERLIAIRRDLHRIPEIGFQEYKTQQYLLNLLNQYPEERIEIETWRTGIFVKVNGTAPEKMLAYRADIDALSIEEQTGLPFASEHPGFMHACGHDMHMTIALGIIDHFVHHPVKHDLLFLFQPAEEGPGGAEPMLESDVLKKWTPDLITALHIAPELPVGTISTKSGLLFANTSELVIDLEGKGGHAAYPHTADDMVVAASTLVTQLQTVISRNTDPLDSAVITVGMITGGTAQNIIAEHAHLEGTIRTLSEESMRMVKKRIEELVKGIEIGFRCKGKVTYPSVYHQVYNTSGLTEEFMQFVSDHQLADVKTAKEAMTGEDFGYMLKKYPGFMFWLGADSSHGLHHAKLNPDEDAMETAVNVMVGYFSKYAN NA NA NA NA NA D1-12_00584 246 hypothetical protein ATGACGAAAAAAATTGGAATTGAACAATCTTTATCGGATGTAGAACAGGCGTTAAAACAAAAAGGATATGACGTAGTGATGATGAAGACTCCTGAGGATGCGAAGAATTGTGACTGCTGTGTCGTAACCGGACTTGACAGCAATGTCCAAGGAATTGCCGATACGTCAACTCAGGCTCCCGTCATTACGGCTTCCGGAATGACCGCCGACGAAATCTGCAGCGAAGTGGAAAAAAAATTTCATTAA MTKKIGIEQSLSDVEQALKQKGYDVVMMKTPEDAKNCDCCVVTGLDSNVQGIADTSTQAPVITASGMTADEICSEVEKKFH NA NA NA NA NA D1-12_00585 807 ykuT COG0668 putative MscS family protein YkuT ATGATTGATCTAAAACACTTTGATTGGGCCGGGCTTCTCACATCTGCCGGGATTTTCATCATAAAGCTGGCTCTCATTATTTTAGCGTATTTTATTTTCCGGACGGCAGGAAAAAAGCTGATCAAGCATCTGTTTCAGAAATTCGAGCAACAAAACAACCTCTCTACAGGCCGCGCTTATACTTTGCGAAGCCTCGCGCTTAATGTATATGGATACATCCTGATTTTCGTTTTTATCGTAATGATTTTGGATTTATTTCACTACAATCCGAGCGCTCTCATTGCCGGCGCCGGCGTGGTCGGTCTCGCAGTCGGCTTCGGGGCTCAGGGGCTTGTCAGTGACATCGTCACCGGATTTTTTATCCTTTTGGAAAAACAGATCGACGTCGGTGATTATATTACGGTTGCCGGCTACAGCGGCATTGTCGAGCAGGTCGGTCTCCGTACGACGCAAATCCGGAGCTTTGACGGCACGCTTCACTATCTTCCCAACCGGGGCATTACGAATGTGAGCAACCATTCCCGCGGAACGATGCAGGCGCTTGTCGATATTAAAGTGCCGCTTGAAAAAAATCTTGATGAAACCATTCAAATCCTGCAAACCGCGTGTGACAAAGCAGCCGCTGAGCTCCCGCAGATTAAGGAAGGGCCGGACGTCATCGGGGTTCAGGATTTAAGCTCGTCAGAAATGGTGCTCAGAATCATTGCCAAAACAGAAAATATGGAGCAATGGCGGGTTGAACGCGTACTGCGGAGAGAAATGAAAATCGCGCTCGACCGTTTTAAAAACGCCGCTTCCGCCGAATAG MIDLKHFDWAGLLTSAGIFIIKLALIILAYFIFRTAGKKLIKHLFQKFEQQNNLSTGRAYTLRSLALNVYGYILIFVFIVMILDLFHYNPSALIAGAGVVGLAVGFGAQGLVSDIVTGFFILLEKQIDVGDYITVAGYSGIVEQVGLRTTQIRSFDGTLHYLPNRGITNVSNHSRGTMQALVDIKVPLEKNLDETIQILQTACDKAAAELPQIKEGPDVIGVQDLSSSEMVLRIIAKTENMEQWRVERVLRREMKIALDRFKNAASAE PGPT0013695_2751 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-MECHANOSENSITIVE_ION_CHANNEL,PGPT0013695-ykuT|ybiO-K22044 NA NA D1-12_00586 459 ykuV COG0526 Thiol-disulfide oxidoreductase YkuV ATGAAATTACGTCAGCAAATGCCTGAATTGACAGGCGCTAAAGCATGGATTAACAGAGAAGTCACGAAGGAACAGCTGGTCGGCGGAAAGCCGGCACTGATTCACTTCTGGTCCGCCAGCTGCCGCATGTGTAAAGAAGCGATGCCTGAGGTGAACGGGTTTCGTGATAAATATAAAGATCAGCTGAATGTGGTGGCCGTTCACATGCCCCGTTCCGAAGACGATCTTGATCTTGAGAAAATCAAGAAAACAGCGGCTGAACACGATATCTCTCAGCCGATTTACGTCGACAGCGATCATACGCTGACTGAAGCATTTGAAAATGAGTATGTGCCGGCTTATTACGTTTTTGATAAAAGCGGACAGCTCCGCCATTTTCAAGCGGGAGGAAGCGGGATGAAAATGCTTGAAAAACGCGTCAGCCGAGTACTTTCAGAAACGGAGCAGGCTTCTGAGTAA MKLRQQMPELTGAKAWINREVTKEQLVGGKPALIHFWSASCRMCKEAMPEVNGFRDKYKDQLNVVAVHMPRSEDDLDLEKIKKTAAEHDISQPIYVDSDHTLTEAFENEYVPAYYVFDKSGQLRHFQAGGSGMKMLEKRVSRVLSETEQASE NA NA NA NA NA D1-12_00587 597 rok Repressor Rok ATGTTTAATGAAAGAGAAGCGCTGCGCTTACGTTTAGAACAATTAAACGAAGCAGAGGTAAAAGTCATTCGTGAATATCAAATAGAACGTGATAAAATATATGCAAAACTGAGAGAATTAGACAATACAGGCAGCCTGTCCGATACAAAAAAAGAGTTTCGTCCGGAGAAAAAAAGTGACTCTCTCCCGGTGCTTGCAGAGCTTGCAGCACAGGAAATGAGAAGCTATCAAAAGCCGCAGACACAGCCTCAATCCTCCCAGCCGCAGATGCAGTCTATTACGTCTCTTCCCGCCGGCATTCCGGACGGTTCTACAAGAAGAAGAAGAGGGACGGCGAGACCGGGATCAAAAGCGGCAAAACTGCGCGAAGCAGCGATTAAAACGTTGAAACGCCACAATGCAGCGATCAAAAGTTCCGAACTGCAAAAGGAAATTGAAAAGGAAAGCGGCCTTGAAATTCCTAATATGACAACATTTATGCAAAGCTTAATTAAAATGTATCCGGAAGTGAAAAAACCATACCGCGGCCAATATATTCTTGAGGGAGAAATTTCTCAGGAAACAGCAGAAACGGCAAATGATACGGCTGCTGAATAA MFNEREALRLRLEQLNEAEVKVIREYQIERDKIYAKLRELDNTGSLSDTKKEFRPEKKSDSLPVLAELAAQEMRSYQKPQTQPQSSQPQMQSITSLPAGIPDGSTRRRRGTARPGSKAAKLREAAIKTLKRHNAAIKSSELQKEIEKESGLEIPNMTTFMQSLIKMYPEVKKPYRGQYILEGEISQETAETANDTAAE NA NA NA NA NA D1-12_00588 993 Sporulation protein cse15 ATGAAAATATCCGGTCCGTTTTTCCACGACACTTCTCAAGAGAACCTTTACTTGAAATCCGAACTTTCCAGATGCAGAAAATTAATTTCAGAATTTGAAGCAAGCTACTTCCATCAGAAAAATAATAAGCTTCAGGAGGAAAACGCCAATATTAAAGAGCGGCTTCACAAGCTTTCTGACGAATTGGAAGCCATGGCTCAAAAACACAAACAGACAAGTGACACGGAACGTTCTTTGCATGAAATCAGAGCCGGGCTGCTCGATAAAATCGTCATTCTGCAAGAACTGCTTCAGCAGGAAACGTTTCGGCGGAAAAATGAGATGGAAGAAAAGCACCGTCTGCATCTTACAAATGTAAAATTTGAAGAAGAAAATAAAAACTTACATACCCGCATCCGCTCACTTGAGACCGCCATTCAAACTGAACGGACTTCTCACGAAGATATGAAACAGCGTTATCATGCCGCTGCAGACGAAAATACCCGGCTCCAAACACAAATGATAGAAAAAGAATACCAGCTCAAACATATTAAAATAGAAATTAATCATATGAGAGATCGAATACTAGAAACAAAAGAACGGCTTGTAGAAATAGAAAAAACGAAAGAAAAGTTATTTCAAGAAACCATTCTTTCGTATAAACGGCAGCTGGACGAAAGTGATGCTTGGATTGCCGGCCATTTTGCTGATATTGACAGCCGCACGGCGGAACCGGCGGAACAAGCTCTGGAAATCCCTTCTGTTTCCAAAGAGACTGTTCAGGCAGAAGACTTGCTTAAAGCCGTTACCGAACAAGTCATCTCCCTGCAAAAACAATTTGTACAATCAGAGTCCCGCGATCAGTCGCTTGATGAAAAACTGGATGCGTTGAAAGAACGTGCTGACGGCGAAAAGCCTTTCCAAAAATATGTCGTCAAGCTTGAAAAAAAGCCTGGAAAAGATGCGTCACTTCCGCAGAATAAGCGGGAAAACGCAAAAAAACTGCTTGAGTAA MKISGPFFHDTSQENLYLKSELSRCRKLISEFEASYFHQKNNKLQEENANIKERLHKLSDELEAMAQKHKQTSDTERSLHEIRAGLLDKIVILQELLQQETFRRKNEMEEKHRLHLTNVKFEEENKNLHTRIRSLETAIQTERTSHEDMKQRYHAAADENTRLQTQMIEKEYQLKHIKIEINHMRDRILETKERLVEIEKTKEKLFQETILSYKRQLDESDAWIAGHFADIDSRTAEPAEQALEIPSVSKETVQAEDLLKAVTEQVISLQKQFVQSESRDQSLDEKLDALKERADGEKPFQKYVVKLEKKPGKDASLPQNKRENAKKLLE PGPT0024980_6 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE_OTHER_SPORULATION_RELATED_PROTEINS,PGPT0024980-yknT-K06437 NA NA D1-12_00589 603 mobA putative molybdenum cofactor guanylyltransferase ATGAAACGGGTGAATGTAATATTAGCGGGGGGAGCTTCCCGAAGATTCGGAGAACCGAAAGCTTTTGCAAAGTGGAAGGGCGGCATGTTTTATGAACAGGCGAAAAAAGCCTTCGGCGGCGGAGAAACGGTAATTATCAGCCGCCCTGAGCATATAAAAAAGTTCTTATCAAACAGGGAGCGGCATGTTTTTGCCGATGAGCCGCGGTTTCGGGGAATGGGCCCGCTGGCCGGCATATATACGGCAATGAAACAAACGGAAGGCGAAACATACACGGTCATATCCTGTGACACGCCGCTCGTGACAAGAAAGACGATGGCTGCACTAGAAATGAAGCTGACCGGAAATCTGGACGCTGTCATACCGGTTTGTGAAAACAGAGAGCATCCCCTCTTGGCGGTTTACCATAAACGGGTGCAGGATGTGCTTTTTGATCAGCTGACACAAAACAAACTGAAAATGACAGACACGCTGAAACGGCTGTCTGTCTGTTATGTGCAGGCTGAAGACATCGGCGCCGGGCCGGAGGAGTTCGCTAATATCAACACACGGGACGATTACACCAGACTTTTGGCGCATGTCGAGTCTTCAAATCAGGACTGA MKRVNVILAGGASRRFGEPKAFAKWKGGMFYEQAKKAFGGGETVIISRPEHIKKFLSNRERHVFADEPRFRGMGPLAGIYTAMKQTEGETYTVISCDTPLVTRKTMAALEMKLTGNLDAVIPVCENREHPLLAVYHKRVQDVLFDQLTQNKLKMTDTLKRLSVCYVQAEDIGAGPEEFANINTRDDYTRLLAHVESSNQD NA NA NA NA NA D1-12_00590 1020 hypothetical protein ATGGAAGAGCGCTATTCGCGGCAGACAAGATTTAAGCCGATAGGGGAAAAAGGGCAGCAGGCGCTGGCTGACAGCAGTGTCCTGATTGTCGGAGCCGGAGCCCTCGGAACAGCCGCGGCAGAGGGTTTGGCAAGAGCCGGAGCGGGCCGTATGGCGATTATTGACCGGGATTATGTGGAATGGAGCAATTTACAAAGACAGCAGCTGTATACAGAAGAAGACGCGAGACAGCGCCTGCCGAAAGCAATGGCGGCCAAGGCGCGTCTTTTGGCGGTAAACAGTGATATACATATCGATGCTTACGCGGCGGAAGGTACGGCGGAAACGCTCGAACCGCTGATCGAACAAGCGGATTGCATCGTGGATGCGACAGATAATTTTGAAACGAGAATGGTCATCAATGATCTGGCGCTGAAAACGAAAACACCTTGGATTTATGGTGCCTGTGTCAGCAGTCAGGGAATGTGCATGACGATTATTCCGGGGGTTACGCCGTGTTTATCCTGCCTGTTTGAGCAAATGCCCGTGGGCGGAGCGACATGTGATACAGCAGGCATCATACCTCCGGCGGTTCATATCGTTTCCGCTTATCAGCAGGCTGAGGCGCTGAAATTGCTGACAGGAAATCATGCGGCGGTAAATCGGCGCTTTTTCACGTTTGACGTGTGGAATAACACCAATATGAGCATAAATGTGGATCAGATCAAACGGGATCATTGCCCTTCCTGCGGCGCGGAGCCCGTATATCCGTATCTGCAGCCTGAAAACAGGCCGAAAGCAAGCGTGCTGTGCGGAAGAGACACCGTTCAAATCAGATCGGAAGCCTTAAAGAGGCTGGATAAAGAAGAGCTTGTCAAACGTCTGAAGCAGATCGGTAAAGTGGAAGCAAATGAATTTCTGCTGCACATGGCGTATGAGCGCTTCAGAATCGTTATTTTTCAGGACGGACGGGCTTTGATTCACGGTACAAACGATATAAAAGAAGCAAATTCAGTTCTGGCCAGAGTGATCGGACTGTAG MEERYSRQTRFKPIGEKGQQALADSSVLIVGAGALGTAAAEGLARAGAGRMAIIDRDYVEWSNLQRQQLYTEEDARQRLPKAMAAKARLLAVNSDIHIDAYAAEGTAETLEPLIEQADCIVDATDNFETRMVINDLALKTKTPWIYGACVSSQGMCMTIIPGVTPCLSCLFEQMPVGGATCDTAGIIPPAVHIVSAYQQAEALKLLTGNHAAVNRRFFTFDVWNNTNMSINVDQIKRDHCPSCGAEPVYPYLQPENRPKASVLCGRDTVQIRSEALKRLDKEELVKRLKQIGKVEANEFLLHMAYERFRIVIFQDGRALIHGTNDIKEANSVLARVIGL PGPT0008935_33 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 D1-12_00591 1293 moeA Molybdopterin molybdenumtransferase ATGCTTGAAAAAAGAACGCCGATTCAGGTGGACGAAGCAGTCCGCCGGGTGAGCCGGTATAAAAAACAGGGGGATACCGAATGGGTGGCGCTTGAGGACAGTCTCCACCGCTATTTGGCGGAGGATGTTAAGGCGGATCATGATGTGCCGGCCTTTAACCGTTCCCCGTATGACGGGTTTGCCATCAGGGCGAGCGATTCAAAAACGGCTTCCCGTGACAATGCCGTCACCTTTGAAGTCATTGACCATATCGGAGCCGGCGCCGTGTCAGAAAAAGAACTCGGGCCTTATGAAGCGGTCCGCATTATGACGGGTGCGCAGATTCCAAAAGGCGCGGATGCCGTAGTGATGCTTGAACTGACAAAAACGTTTTCTGAAAACGGGACGAATTACATGTCAGTGAAACGCCCTTTTCATGCGGGTGATAATATTTCATATCAAGGAGAAGATGCGAAAAAGGGCAGCTCGCTATTAAAAAAAGGGACGAAAATCACGCCGGGCGTAACCGCTCTTTTAGCAACCTTCGGCTATGCTTCCGTTCCCGTGGTCAGAAAGCCGGTTGTCGGCATTATCGCAACGGGAACCGAGCTTCTTCATGTCAGCGATCCGCTTGAGCCGGGGAAAATCCGCAACAGCAACGCTGCCATGGTGTATGCCCAGGTCATTGAAGCGGGCGCGGTACCGATGAACTTAGGGAAAATTTCCGATGATTTTGATGACAGCTATGCTGCGGTGAAGGAAGCTATGAAAAAAGTTGATTTTCTGATCACGACCGGCGGCGTGTCAGTCGGCGATTTTGATTTTCTTCCAGACATTTATAATAAGCTCGGAGCGGAAGTTCTTTTTAACAAAGTGGCAATGCGCCCGGGGAGCGTGACAACTGTCGCCCGGGCCGATGACATGCTGCTGTTCGGCCTTTCAGGCAATCCGTCCGCATGTTATGTCGGATTCACCCTGTTTGTCAAACCGATGATTCAGACGTGGCTTCTGAATGAAAAACCTCATTCCGGATGGGCGGAAGCCGTGTTAACAAACGACTTTCCGAAGCCGAATCCGTTCACGAGATTTGTGAGAGCATTTGTTTATCATAAGGACGGAAAGATGATGGCGTCACCGGTCGGTCTCGACAAATCAAGCTCAGTCACATCTCTAGCCGAAGCAAACGCGTTTATCCTTCTGCCGGGAGGAACGAGGGGGTATGAAGCGGGCCGGACGGTTCACGTGCTCCTCATCCGTGATGAGAATGGAAGTGAATGGCCGTGGTCAATTCTTTCCCGATCGTCCAGATCGTAG MLEKRTPIQVDEAVRRVSRYKKQGDTEWVALEDSLHRYLAEDVKADHDVPAFNRSPYDGFAIRASDSKTASRDNAVTFEVIDHIGAGAVSEKELGPYEAVRIMTGAQIPKGADAVVMLELTKTFSENGTNYMSVKRPFHAGDNISYQGEDAKKGSSLLKKGTKITPGVTALLATFGYASVPVVRKPVVGIIATGTELLHVSDPLEPGKIRNSNAAMVYAQVIEAGAVPMNLGKISDDFDDSYAAVKEAMKKVDFLITTGGVSVGDFDFLPDIYNKLGAEVLFNKVAMRPGSVTTVARADDMLLFGLSGNPSACYVGFTLFVKPMIQTWLLNEKPHSGWAEAVLTNDFPKPNPFTRFVRAFVYHKDGKMMASPVGLDKSSSVTSLAEANAFILLPGGTRGYEAGRTVHVLLIRDENGSEWPWSILSRSSRS PGPT0008430_1353 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM PLANT_VITAMIN-MOLYBDENUM_COFACTOR_BIOSYNTHESIS,PGPT0008430-moeA-K03750 NA NA D1-12_00592 522 hypothetical protein ATGGCCGTGGTCAATTCTTTCCCGATCGTCCAGATCGTAGGTTTTCAAAACAGCGGTAAAACAACGTTTATTGAACGTGTGCTGAAAGCGGCGCCGAAAGAGTGCGATATTGGATGTTTAAAACATCACGGACATGGCGGAGAACCGGAACCTTTTTCTGACGGAAAAGACTCGGAGCGTTTTTCAAAAGCCGGAGCCGCGGTTACGGCAGTAGAAGGGGACGGCGTCCTGCAGCTTACGGCGCGAAAAAAATGGGATCTGGCGGGTTTGATCAGTCTGTATGAATGTCTGGGAATTGACGGTCTTCTCATAGAGGGATTTAAACATGCGCCGCATCCGAAAATCATTATGATCAAAGACAGCGAAGATTGGCAAAAGCTCAAACATTTGGAGCGCGTGATCGCGGTTATCAGCAGAAATATGGAGCATATGCCGGCAGATGCAGGCATGCCCGTATTCCATGCGGATGATCCGGCTGCCATTATGTTTGTGCTTTCGCAGCTGAAAGGGGAATCTGCATAA MAVVNSFPIVQIVGFQNSGKTTFIERVLKAAPKECDIGCLKHHGHGGEPEPFSDGKDSERFSKAGAAVTAVEGDGVLQLTARKKWDLAGLISLYECLGIDGLLIEGFKHAPHPKIIMIKDSEDWQKLKHLERVIAVISRNMEHMPADAGMPVFHADDPAAIMFVLSQLKGESA NA NA NA NA NA D1-12_00593 471 moaE Molybdopterin synthase catalytic subunit ATGGAACGTTTTCAAATTACAAGGGAACCTATCATTGCGGAAAATATCGTAAAAAAAGTTGAAAAGCGTGAAGCCGGCGCCATCACAACGTTTATCGGCACGGTCAGAGAGTGGACTGCAGGACGGCGGACGGTACGGCTCGAATATGAAGCGTATGAACCGATGGCTGTTCAAATGCTTTCTCAAATCGGCGATGAAATCAGTGCGAAATGGGAAGGAGCCGAAGCTGCAATCACACACCGTGTCGGCGTCCTTGATATCGGAGAAGCAGCGGTCGTAATCGCCGTGTCTTCACCGCACAGAAAGGCGGCATATGAGGCGAATGAATATGCAATTGAACGGATAAAACAGATTGTGCCGATATGGAAAAAAGAAATCTGGGAAGACGGAGAAGAATGGATAGGCGATCAGCTGGAAACAACGCCCTATCCGAACGGAGAACCGGATTTGGATAAAGGGGAATCGCGATGA MERFQITREPIIAENIVKKVEKREAGAITTFIGTVREWTAGRRTVRLEYEAYEPMAVQMLSQIGDEISAKWEGAEAAITHRVGVLDIGEAAVVIAVSSPHRKAAYEANEYAIERIKQIVPIWKKEIWEDGEEWIGDQLETTPYPNGEPDLDKGESR PGPT0008430_580 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM PLANT_VITAMIN-MOLYBDENUM_COFACTOR_BIOSYNTHESIS,PGPT0008430-moeA-K03750 NA NA D1-12_00594 234 moaD COG1977 Molybdopterin synthase sulfur carrier subunit ATGATTAAAGTACTATTGTTTGCCGGGCTTGCGGAGCAGGCGGGAACACCGGTCATTGAACTTGACGAAAAAGAGACGGCGGCGTCTGCTGTAAAAACACTGTTAAAGGAACGGTACGGACTTCAGACGATTGACAATGCCATGATCGCAATCAATGAAACATATGTAAAAGACAACAGCATCGTAACAGAAGGTGATACCATTGCCTTTATCCCTCCTGTAAGCGGAGGGTGA MIKVLLFAGLAEQAGTPVIELDEKETAASAVKTLLKERYGLQTIDNAMIAINETYVKDNSIVTEGDTIAFIPPVSGG PGPT0008415_55 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM PLANT_VITAMIN-MOLYBDENUM_COFACTOR_BIOSYNTHESIS,PGPT0008415-moaX-K21142 NA NA D1-12_00595 699 yknW Membrane protein YknW ATGGAACCAAACCTGGAAAAAGGCAATACGGCAGTAACGGAAAAGCCGTCAATTTTCGGCGTCATTACAAGTCCTGTTGTGCAGTTTAAAAGATTAAAAGAAAAGCCGGTCATCGGCATTCCTCTCCTGATTGTCATCATTCTCATCGCGGCCGGCAGTATTTTGCGCGGACTGGGGATGAATTATGAAGAAGTGCTGAACAGCCCATCTCTTGACGGTTTGACGGATGATCAGATTGAAATGACCAAAACCTTCGCTAAATTCGGCACGATGTTCGGAGGAATCTTCGGGGGCATTATCGCTCTGTTTATCGTTCCGCTCATTTACTGGCTGTGCGTCAAAATTTCAGGCGGCGTGACAACTTACAAAAAAATGCTCTCACTCAGCCTGTTTACGGCATTCATTACCAATATCGGCTTAGTTATTAACGGTCTTGTCACTTATTTTACCGGTGCGGGCTCACTGTACGCCGTTACATCTTTGGCGAGTGTCATACCGGCCGGAGACGGCGTCGCGGTCTTTTTAAGCGCGTTCGACATTTTCAGCATCTGGAGCTATATTCTGCTCGCTTTGGGTCTTCGCTATACAGGCGGCATTTCGAAAAAAGCGGCCTGGACTTCCGCGATTGTCCTGTTTGTTATTATGCTTTTGGTTTCGGCAGTCGGAGGACTGTTAAGTTCAGTGACAGCAGGTGTATAA MEPNLEKGNTAVTEKPSIFGVITSPVVQFKRLKEKPVIGIPLLIVIILIAAGSILRGLGMNYEEVLNSPSLDGLTDDQIEMTKTFAKFGTMFGGIFGGIIALFIVPLIYWLCVKISGGVTTYKKMLSLSLFTAFITNIGLVINGLVTYFTGAGSLYAVTSLASVIPAGDGVAVFLSAFDIFSIWSYILLALGLRYTGGISKKAAWTSAIVLFVIMLLVSAVGGLLSSVTAGV NA NA NA NA NA D1-12_00596 1137 yknX COG0845 Putative efflux system component YknX ATGAAAAAAATTTGGATCGGAATCGGCATCGCCGTAATTGTTGCAGTATTCATCGGTATCAATATTTATAAGTCTGCCGCTCCCGCGGGCGGCAGCGCCGGGAAAAAAATCGAAACCGGAACCATGGAAAACAGAGAAATCTCCTCTACGGTTATGGTTCCGGGAACACTTAAATTCTCTAAAGAACAGTATGTTTTTTATGAAGCGGATAAAGGAACTCTTGATAAAGTGAAAGTAAAAGAAGGCGACAAAGTAAAAAAAGGGTCGTCGTTAGTCACGTATACAAATGAGCAGCTCAATCTTGATAAAGAACAAAATGAGTTGACAGAACAATCAAAACGGATGCAAATCGAACAAGTTGAAGAAAAACTCAGAGCATTAAACAGCAAGGAACAAGATCTGGCAAAACAAGTTGGAGAAGCTGAAGCCAAAAAACAAATTGAATCCGAACGGACTGATCTGCAGCTTCAGCAAAAAACGGCGGAAATCGAATTAAAGCAATCTGATTTGCAAAAGCAGTCTCTTGAAAATCAAGTGGCGAATCTCAATGTTAAGAGTGAGATGGACGGGACGGTAATCTCGGTAAATCAAGAAGCGGCTTCTAAAAAATCGGATATTCAAGAACCGGTTATACATATAGGAGACCCGGAACACCTGATCGTTGCCGGCAATTTGTCCGAATACGACACGCTGAAAGTGAAAAAGGGCCAAAGCGTTACGATTACCTCAGACGCCATTCCCGGTAAAACGTGGAAAGGGAGAGTGGCGGCTGTCGGCCTCGTTCCTGATCAAAAGTCAAGCGCTGCTTCGGGGGAAAGCACGGAACAGGCCGTGCAGTATCCGTTCCAGGTTAAGCTGATCGGAAACCTTCCGGAGGGCAAGCCGGGGTTTAAATTAATTATGAACATTGAAACCGACAAACGGAAAGCCGATACGCTGCCGTCCTCCGCGGTCAAAAAAGACGGAGATGAGCACTGGGTCTTTACGGTAAAAGACGGGAAGGCCAAACGCGTGAAAGTTAAAGTCGGCGATACCGCAAATCAGCTTACGGAGATAAAAGAGGGGCTTTCAAAGGATGATAAAGTCATTCTGAATCCGGCTGACGGTTTGACTGACGGAACGGATGTGAAAGCATAG MKKIWIGIGIAVIVAVFIGINIYKSAAPAGGSAGKKIETGTMENREISSTVMVPGTLKFSKEQYVFYEADKGTLDKVKVKEGDKVKKGSSLVTYTNEQLNLDKEQNELTEQSKRMQIEQVEEKLRALNSKEQDLAKQVGEAEAKKQIESERTDLQLQQKTAEIELKQSDLQKQSLENQVANLNVKSEMDGTVISVNQEAASKKSDIQEPVIHIGDPEHLIVAGNLSEYDTLKVKKGQSVTITSDAIPGKTWKGRVAAVGLVPDQKSSAASGESTEQAVQYPFQVKLIGNLPEGKPGFKLIMNIETDKRKADTLPSSAVKKDGDEHWVFTVKDGKAKRVKVKVGDTANQLTEIKEGLSKDDKVILNPADGLTDGTDVKA NA NA NA NA NA D1-12_00597 693 yknY_1 COG1136 putative ABC transporter ATP-binding protein YknY ATGATTCAGCTTTCAAAGGTGAAAAAAAGCTATCAGATCGGCAAGGAGACGTTTGATGTTCTTCGTTCAATCGACCTGACGATTGAAGAAGGAGAATATGTGTCAATTATGGGACCGTCGGGATCGGGAAAATCTACGATCATGAATATCATCGGCTGTCTGGACAGACCGACGTCCGGCAGTTACAGGCTTGCGGGCGAAGATGTTTCTTCATGTACCGAAAAAGAGCTTGCGGCGGTCCGGAACAAATCAATCGGATTTGTCTTTCAGCAATTTCAGCTGCTGCCGCGATTGAATGCAAGAAAAAATGTCGAACTCCCCATGATCTACGCCGGTATCGGCAAAAAAGAGCGTGAGGAACGGGCTGAGCATGCGCTGGAAAAAGTCGGTTTGGCGGATCGGATGCGTCACATGCCGAATGAGCTGTCAGGCGGCCAGAAGCAGCGTGTCGCGATTGCAAGAGCCATCGTGAACGAACCGAAGCTCATTTTAGCTGATGAACCGACCGGCGCGCTGGATACGAAAACAAGCATTTCTATTATGGAGCAGTTCACAGAGCTTAATGCAGAGGGCGTGACCGTGGTGCTTGTCACTCATGAGCCTGAAGTGGCGGACTGTACAAACAGAGTGATTTTCGTCCGTGACGGCATGATCGTTTCCCGCGATGCTGAGCAGAGGAGAGTGGGAGAATGA MIQLSKVKKSYQIGKETFDVLRSIDLTIEEGEYVSIMGPSGSGKSTIMNIIGCLDRPTSGSYRLAGEDVSSCTEKELAAVRNKSIGFVFQQFQLLPRLNARKNVELPMIYAGIGKKEREERAEHALEKVGLADRMRHMPNELSGGQKQRVAIARAIVNEPKLILADEPTGALDTKTSISIMEQFTELNAEGVTVVLVTHEPEVADCTNRVIFVRDGMIVSRDAEQRRVGE PGPT0013345_13929 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013345-ABC_CD_A-K02003 NA NA D1-12_00598 1194 yknZ COG0577 putative ABC transporter permease YknZ ATGAGCCTGTTAGAAAATCTCCGGATGGCCCTCAGTTCCGTAAGAGCTCACAAGCTGAGATCGATTCTGACGATGCTCGGAATCATTATCGGCGTCGGTTCAGTAATTGTTGTTGTGGCTGTCGGCCAGGGCGGAGAGCAAATGCTGAAGCAATCCATCAGCGGGCCGGGCAATACGATTGAATTGTTTTACCTTCCGAGTGATGAAGAATTAACAGCCAATCCGAACGCCTTACAGGAAGCGAGTTTTACAGAAGAAGATATTAATGGATTAAAAGGAGTGGACGGCGTAAAGCAGGTTGTCGCTTCCGCGGTAAAATCCATGACGGCCCGTTACCATGAAGAAGACACGGATATTACGTTGAACGGCATTAACAGCGGCTACATGGACGTAAAAAAGCTGGACGTTCAAGATGGACGGACATTTACGGACAATGATTTTCTTTCCGGGAAAAGAGCAGGAATCATCTCGAAAAAAATGGCTGAAAAGCTGTTCGGGAAAACGTCTCCGCTCGGAAAAATCGTCTGGGCCGGAGGACAGCCCGTTGAAGTAATCGGCGTACTGAAAGAAGAGAGCGGTTTTTTATCGTTAGGACTCAGTGAAATGTATGTGCCGTTCAACATGCTGAAAACGTCTTTCGGTACTAACGACTACAGCAACGTTTCCGTTCAGACGGAGTCCGCTGATCAAATCAAAACAACAGGAAAAGAAGCGGCCCGTCTCTTAAATGACAATCACGGTACAAAAGAGGCCTATCAAGTCATGAATATGGAAGAAATCGCGGCGGGAATCGGTCAGGTCACGACCGTCATGACGACGATCATCGGTTCGATCGCCGGTATTTCTCTCATTGTCGGCGGGATCGGGGTCATGAATATTATGCTCGTATCAGTGACGGAACGGACAAGAGAAATCGGCATCCGCAAATCGCTCGGTGCCACGAGAGGACAGATTCTGACACAATTCTTAATTGAATCTGTTGTGCTTACATTAATCGGCGGCTTAATCGGAATCGGTCTCGGCTACGGGGGAGCATCACTCGTTTCCCTTATCGCAGGCTGGCCGTCGCTCGTTTCCTGGCAGGTGGTTTGTATCGGCGTGCTGTTCAGTATGCTGATCGGTGTCATTTTCGGCATGCTGCCCGCCAACAAAGCATCACGCTTAGATCCGATTGAAGCATTAAGGTATGAATAA MSLLENLRMALSSVRAHKLRSILTMLGIIIGVGSVIVVVAVGQGGEQMLKQSISGPGNTIELFYLPSDEELTANPNALQEASFTEEDINGLKGVDGVKQVVASAVKSMTARYHEEDTDITLNGINSGYMDVKKLDVQDGRTFTDNDFLSGKRAGIISKKMAEKLFGKTSPLGKIVWAGGQPVEVIGVLKEESGFLSLGLSEMYVPFNMLKTSFGTNDYSNVSVQTESADQIKTTGKEAARLLNDNHGTKEAYQVMNMEEIAAGIGQVTTVMTTIIGSIAGISLIVGGIGVMNIMLVSVTERTREIGIRKSLGATRGQILTQFLIESVVLTLIGGLIGIGLGYGGASLVSLIAGWPSLVSWQVVCIGVLFSMLIGVIFGMLPANKASRLDPIEALRYE PGPT0013350_19118 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013350-ABC_CD_P-K02004 NA NA D1-12_00599 756 lacR_2 Lactose phosphotransferase system repressor ATGCTTACTCCTGAAAGGTATCAGCTGATTATGGATCAGATTGAAAAGCGAGATGTGGTGAAGATTCAAGAGCTGATAAGCATGACAAACGCTTCTGAATCAACGATCAGAAGAGATTTATCAACACTTGAAGAGCGCGGGTTTTTAAAGCGCGTTCACGGCGGGGCGTCTAAACTTTCCAACAGCAGGCAAGAACCCGATATGCTTGAAAAATCCTCCAAAAACCTTCAAGATAAACTGAAGATCGCTGAAGAAGCGGCATCTTTATTAGAAGAAGGTGACTGTATTTACCTCGATGCGGGAACAACTACATTGCACATGATTGATTTTATAGATCATACAAAGGACATTGTGGTTGTCACAAACGGAGTTATGCATATCGACGCTTTAATAAGGAAAGGGATTCCTTTTTATCTTCTCGGAGGATATGTGAAGCATAGAACAGGTGCGATGATCGGCGGCGCCTCATTAACGGCGGTCAGCCAGTACCGTTTTGACAAAAGCTTTCTCGGGGTGAACGGCGTGCACATTGAAGCCGGCTTTACAACACCCGATCCGGATGAGGCTCTTCTGAAGACAAAGGCTGTGAGACAGGCGAAAAATGCGTATGTTTTAGCCGATCCTTCTAAATTCGGCGAGATTTCTTTCGCAGCGTTCGCCGCCTTGGGCGATGCAGCTATCATTACCACTGAAGCTGAAGAACTTGCATTCGATAATTACCAAGAAAAAACTGTCGTAAAGGTAGTGAAACCATGA MLTPERYQLIMDQIEKRDVVKIQELISMTNASESTIRRDLSTLEERGFLKRVHGGASKLSNSRQEPDMLEKSSKNLQDKLKIAEEAASLLEEGDCIYLDAGTTTLHMIDFIDHTKDIVVVTNGVMHIDALIRKGIPFYLLGGYVKHRTGAMIGGASLTAVSQYRFDKSFLGVNGVHIEAGFTTPDPDEALLKTKAVRQAKNAYVLADPSKFGEISFAAFAALGDAAIITTEAEELAFDNYQEKTVVKVVKP PGPT0017590_1381 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION PLANT_DERIVED_FRUCTOSE_METABOLISM|DEGRADATION,PGPT0017590-fruR2-K03436 NA NA D1-12_00600 912 lacC COG1105 Tagatose-6-phosphate kinase ATGATTTACACTGTAACCCTCAATCCTTCTGTTGACTATATCGTTCACGTTGAAGATTTTGCCGTAGGCGGTTTAAACCGTTCCAGCTATGACACGAAGTATCCCGGCGGAAAAGGCATCAACGTTTCGAGATTACTGAAAAGACACCATGTGCCGTCAAAAGCATTGGGGTTTGTCGGCGGATTTACCGGAAATTATATCACGTCATTTTTGCAGCAGGAAGGTCTGGAAACGGCTTTTTCTGAGGTAGATGAAGACACGCGTATAAATGTAAAACTGAAAACGGGCGATGAAACGGAAATTAACGGACAGGGCCCGACGATTTCAGACGAAGTGTTCAATGCCTTTTTAGAACAGTTCTCCGCTCTGGAAGAGGGAGACATCGTCGTTTTAGCGGGAAGCATTCCTTCTTCCCTGCCGCATAACACGTATGAAAAAATTGCTGAGGCATGCAGAAAGCAGAATGCCCGGGTAGTGGTGGACATCTCCGGTGAAGCGCTGATGAAAGCGACAGAAATGAAACCGTTTTTGATGAAGCCGAATCATCATGAGCTTGGGGAAATGTTTAATACGGTCATTGATTCAGCCGAAGCTGCCGTTCCTTACGGTAAAAAATTAATTGAACAAGGCGCTGAACACGCGATTGTTTCGATGGCTGGCGACGGTGCGCTTTTATTTACGAAAGAGGCGGTTTTCCTCGCCAATGTTCCTAAAGGAAAGCTTGTCAATTCCGTAGGCGCGGGTGATTCCGTCGTCGCGGGATTCCTTGCGGGAATTTCAAAACAGCTGCCTTTGGAAGATGCGTTCCGTTTAGGAGTTGCTTCCGGAAGCGCGACGGCATTTTCTGAAGAACTCGGAACTGAAGAGTTTGTACAGCAGCTTCTTCCTGAAGTTAAAGTCACACGTCTATAG MIYTVTLNPSVDYIVHVEDFAVGGLNRSSYDTKYPGGKGINVSRLLKRHHVPSKALGFVGGFTGNYITSFLQQEGLETAFSEVDEDTRINVKLKTGDETEINGQGPTISDEVFNAFLEQFSALEEGDIVVLAGSIPSSLPHNTYEKIAEACRKQNARVVVDISGEALMKATEMKPFLMKPNHHELGEMFNTVIDSAEAAVPYGKKLIEQGAEHAIVSMAGDGALLFTKEAVFLANVPKGKLVNSVGAGDSVVAGFLAGISKQLPLEDAFRLGVASGSATAFSEELGTEEFVQQLLPEVKVTRL PGPT0017580_1932 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 D1-12_00601 1905 fruA COG1299 PTS system fructose-specific EIIABC component GTGAAGATAACTGAGCTGTTAACAAGAGATACAATTCATCTCAATATAGAAAGCAAAGAGAAAGAAAACGTTATCGATGAAATGGTGACAGTGCTTGACAAAGCCGGCAGATTAAATGACAGAGAGGCTTACAAAGCAGCCATTTTAAATCGTGAAAGCCAAAGCTCGACGGGAATCGGCGAAGGCATTGCCATTCCTCATGCGAAGACGGCGAGCGTCATTAACCCGGCCATCGCATTCGGCCGTTCAAAAGATGGTGTGGATTATGAATCATTAGACGGTCAGCCGGCACACCTGGTCTTTATGATTGCGGCAACCGAAGGAGCGAATAATACGCACCTTGAGGCATTATCAAGACTTTCAACGCTTCTTATGCGTGAGGAAATCCGCAAACAGCTTCTTGAAGCTGAATCAGAAGACGCGATCATTGACATCATCAATCAGCATGACAAAGATGACGATGAGGAAGAAGAAGAGCAGGAAGAACAGGCAGCGCCGTCAGGAAAAGGCAAAATCCTTGCCGTTACGGCATGTCCGACAGGTATCGCCCATACGTTCATGGCAGCTGACGCACTGAAGGAAAAAGCGAAAGAGCTCGGCGTTGACATTAAAGTCGAGACAAACGGCTCAAGCGGTATCAAACATAAGCTGACGGCTCAAGAAATTGAAGACGCGCCTGCGATCATCGTGGCGGCTGATAAACAGGTTGAAATGGAGCGCTTTAAAGGCAAACATGTTCTTCAAGTACCTGTAACAGCTGGTATCAGACGTCCTCAGGAACTGATTGAAAAAGCCGTTAACCAAGATGCGCCGATTTACGAGGGCAGCGGCGGCGGATCTTCCGCTTCAAATGAAGACGGCCCGAAACAGAAATCAGGCACAAGTATCGGAAGCACTTTCTATAAACACTTAATGAGCGGTGTCAGCAACATGCTGCCATTTGTCGTCGGTGGCGGAATTCTCGTTGCGATCTCATTCTTCTGGGGAATTCATTCAGCTGATCCGAAAGACCCGACATACAACACGTTTGCCGCAGCGCTGAACTTTATCGGCAGCGATAATGCGTTAAAACTGATCGTTGCCGTTCTTGCCGGATTCATCGCAATGAGTATTGCGGACCGTCCGGGATTTGCGCCGGGTATGGTCGGCGGATTTATGGCTACGCAGGCGAATGCCGGATTCTTGGGCGGACTGATTGCCGGATTCTTAGCCGGTTATGTCGTAATCCTGCTGAAAAAGCTGTTTGTCTTTATCCCTCAATCTCTTGACGGATTAAAACCTGTATTGATTTATCCGCTGCTCGGTATTTTTATCACAGGAGTTCTGATGCAATTTGTCATTAACACACCTGTAGCAGCGTTCATGAATTTCTTAACAAATTGGCTTGAAAGCCTTGGAACTGGAAACCTTGTTTTAATGGGGATTATTTTAGGCGGTATGATGGCTATCGACATGGGCGGCCCGCTCAATAAAGCGGCGTTCACTTTCGGAATTGCGATGATCGATGCCGGAAACTATGCGCCGCATGCGGCCATCATGGCGGGCGGAATGGCTCCGCCGCTTGGAATCGCACTGGCGACAACATTCTTTAAACACAAATTCTCTAAACGTGACCGTGAAGCCGGTATTACGTGCTACTTCATGGGAGCAGCTTTCGTTACAGAAGGCGCTATCCCGTTTGCAGCGGCTGATCCGCTTCGCGTCATCCCTGCAGCTGTTGTCGGTTCTGCGGTAGCTGGCGGGTTGACAGAGTTTTTCCGGGTAACGCTTCCTGCACCGCACGGAGGAATATTCGTTGCATTCATTACGAACCATCCGCTGCTTTACTTAATGAGCATCGTGATCGGAGCGATTGTAACGGCTGTTATCTTGGGAATCGTCAAAAAACCGGTTGTAGAGAAATAA MKITELLTRDTIHLNIESKEKENVIDEMVTVLDKAGRLNDREAYKAAILNRESQSSTGIGEGIAIPHAKTASVINPAIAFGRSKDGVDYESLDGQPAHLVFMIAATEGANNTHLEALSRLSTLLMREEIRKQLLEAESEDAIIDIINQHDKDDDEEEEEQEEQAAPSGKGKILAVTACPTGIAHTFMAADALKEKAKELGVDIKVETNGSSGIKHKLTAQEIEDAPAIIVAADKQVEMERFKGKHVLQVPVTAGIRRPQELIEKAVNQDAPIYEGSGGGSSASNEDGPKQKSGTSIGSTFYKHLMSGVSNMLPFVVGGGILVAISFFWGIHSADPKDPTYNTFAAALNFIGSDNALKLIVAVLAGFIAMSIADRPGFAPGMVGGFMATQANAGFLGGLIAGFLAGYVVILLKKLFVFIPQSLDGLKPVLIYPLLGIFITGVLMQFVINTPVAAFMNFLTNWLESLGTGNLVLMGIILGGMMAIDMGGPLNKAAFTFGIAMIDAGNYAPHAAIMAGGMAPPLGIALATTFFKHKFSKRDREAGITCYFMGAAFVTEGAIPFAAADPLRVIPAAVVGSAVAGGLTEFFRVTLPAPHGGIFVAFITNHPLLYLMSIVIGAIVTAVILGIVKKPVVEK PGPT0017120_1155 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 D1-12_00602 582 sipT COG0681 Signal peptidase I T TTGACTGAAGAACAAAAACCTACTTCTGAAAAATCGGTAAAAAGAAAATCCAACACGTATTGGGAATGGGGAAAGGCCATCATTATAGCGGTCGCACTTGCGCTGTTAATCCGCCATTTCCTGTTCGAACCGTACTTAGTGGAAGGATCATCAATGTACCCGACATTACATGACGGTGAAAGGCTGTTTGTCAACAAAAGCGTCAATTATATCGGAGAAATCGAGCGGGGGGACATCGTCATTATTAACGGCGATACATCGAAAGTCCATTATGTAAAGCGGCTGATCGGAAAACCGGGAGAAACGGTGGAAATGAAAAATGACACGCTTTATATAAACGGCAAAAAAATCGCAGAACCGTACCTCGCGAGCAATAAAAAAGAAGCGAAAAAACTGGGAGTCAACCTGACGGGAGATTTCGGCCCCGTAAAGGTTCCGAAAGGCAAATACTTCGTCATGGGCGACAATCGGCTGAACTCAATGGACAGCCGGAACGGACTCGGTTTAATTGCCGAAAACCGGATCGTCGGCACCTCGAAGTTTGTGTTCTTCCCATTTCATGATATGCGTCAGACAAAATAA MTEEQKPTSEKSVKRKSNTYWEWGKAIIIAVALALLIRHFLFEPYLVEGSSMYPTLHDGERLFVNKSVNYIGEIERGDIVIINGDTSKVHYVKRLIGKPGETVEMKNDTLYINGKKIAEPYLASNKKEAKKLGVNLTGDFGPVKVPKGKYFVMGDNRLNSMDSRNGLGLIAENRIVGTSKFVFFPFHDMRQTK NA NA NA NA NA D1-12_00603 270 hypothetical protein TTGAAGCTTTTAACACTCACAGAATACTGTCTTATGATTTTCTTCACCGGGGTTTTTCTGGCCGTCACAGGCTTTACGGCCCGTGACATCGGCTTGTACGTGGGAATCGCCCTCATTTATACGTTTTCGCATCTCTTTTCAAAACGGATGCTTGAAAAACGCGGCAAAGAGAAGAAGCAGGTGAACCTTTTTTTCAGCGTTCTGGCCATTGTCGGATCAGTGCTGGCCACGGTATTGTTCATCGCCGTCGCCGCCTCGTTTGCCAAATAA MKLLTLTEYCLMIFFTGVFLAVTGFTARDIGLYVGIALIYTFSHLFSKRMLEKRGKEKKQVNLFFSVLAIVGSVLATVLFIAVAASFAK NA NA NA NA NA D1-12_00604 1620 ybiT_1 COG0488 putative ABC transporter ATP-binding protein YbiT ATGATTGCTGTAAATAATGTGAGCTTGCGTTTTGCGGATCGCAAGTTATTTGAAGATGTCAATATTAAATTTACGCCGGGCAACTGCTACGGATTAATAGGCGCAAACGGTGCCGGAAAATCAACATTTTTGAAAATTTTATCCGGTGAGCTGGAGCCGCAGACCGGCGATGTCCATATGAGCCCGGGTGAACGTCTTGCCATTCTGAAGCAGAACCACTTTGAATATGAAGACTTCGAAGTGCTGAAAGTCGTCATTATGGGACATAAACGTTTATACGAAGTTATGCAGGAAAAAGACGCGATTTATATGAAGCCTGATTTTTCAGATGAAGACGGCATCCGCGCCGCTGAGCTTGAAGGAGAGTTTGCGGAATTAAACGGATGGGAAGCTGAAAGTGAAGCCGCTATTTTGTTAAAGGGCCTGGGCATCTCTGAAGACCTGCATACGAAGAAAATGGCGGACTTAGGCGGTTCAGAAAAGGTGAAAGTGCTTTTGGCACAGGCGCTGTTCGGCAAGCCGGACGTTCTGCTGCTTGATGAACCGACCAACCACTTGGATCTGAAAGCGATTCAGTGGCTGGAAGAGTTTTTAATCAACTTTGAGAACACAGTCATCGTCGTATCCCATGACCGTCACTTTTTAAATAAAGTGTGCACGCACATCGCCGATCTTGATTTTAATAAAATTCAAGTGTACGTCGGCAACTATGATTTCTGGTATGAATCCAGCCAGCTTGCTTTAAAGCTTTCTCAGGAAGCCAACAAGAAAAAAGAAGAGCAGATTAAACAGCTTCAGGAATTCGTGGCCAGATTCAGCGCCAACGCTTCTAAATCAAAGCAGGCGACATCAAGAAAGAAACTCCTTGATAAAATCACGCTTGATGATATCAAACCGTCATCACGCCGTTATCCTTATGTCAATTTCACGCCGGAACGCGAGATCGGAAATGACGTGCTGCGGGTTGAAGGCTTAACAAAAACGATTGACGGGGTAAAAGTGCTTGATAACGTCAGCTTTATTATGAACAGAGAAGATAAAATCGCTTTTACGGGCCGCAACGAACTTGCCGTTACGACATTGTTTAAAATCATTTCCGGGGAAATGGAAGCTGACAGCGGCACATTTAAATGGGGCGTGACCACTTCTCAGGCGTACTTCCCTAAAGACAACAGCGAGTATTTTGACGGCAGCGATGCGAACCTTGTTGACTGGCTCCGCCAATACTCGCCGCATGACCAAAGTGAAAGCTTTCTGCGCGGTTTCTTAGGACGCATGCTGTTCTCAGGAGAAGAAGTCAACAAAAAATCAAACGTTCTTTCCGGAGGAGAAAAAGTGCGCTGCATGCTTTCAAAAGCGATGCTTTCCGGCGCGAATATCTTAATTCTGGATGAACCGACAAACCACTTAGATTTGGAATCCATTACGGCGCTTAACAACGGCTTAATTAGCTTTAAAGGCGCTATGCTGTTTTCATCTCATGACCATCAGTTTGTACAGACAATTGCCAACCGCATCATTGAATTAACGCCTAAAGGCATTGTTGACAAACAAATGTCTTATGACGAATTTCTTGAAAACGCGGATGTACAGAAAAAGCTTGAAGAGCTATACGCGTAA MIAVNNVSLRFADRKLFEDVNIKFTPGNCYGLIGANGAGKSTFLKILSGELEPQTGDVHMSPGERLAILKQNHFEYEDFEVLKVVIMGHKRLYEVMQEKDAIYMKPDFSDEDGIRAAELEGEFAELNGWEAESEAAILLKGLGISEDLHTKKMADLGGSEKVKVLLAQALFGKPDVLLLDEPTNHLDLKAIQWLEEFLINFENTVIVVSHDRHFLNKVCTHIADLDFNKIQVYVGNYDFWYESSQLALKLSQEANKKKEEQIKQLQEFVARFSANASKSKQATSRKKLLDKITLDDIKPSSRRYPYVNFTPEREIGNDVLRVEGLTKTIDGVKVLDNVSFIMNREDKIAFTGRNELAVTTLFKIISGEMEADSGTFKWGVTTSQAYFPKDNSEYFDGSDANLVDWLRQYSPHDQSESFLRGFLGRMLFSGEEVNKKSNVLSGGEKVRCMLSKAMLSGANILILDEPTNHLDLESITALNNGLISFKGAMLFSSHDHQFVQTIANRIIELTPKGIVDKQMSYDEFLENADVQKKLEELYA NA NA NA NA NA D1-12_00605 909 hypothetical protein ATGAAGTTTTTAATTGTCGGAGCTGGAGGAGTGGGCGGATATATCGGCGCGCGTCTTGCAGAAAAGGGAAATGACGTTACGTTTCTCGTCCGCAAGAAACGGGCGGAACAATTACAAGAAACGGGTTTGATCGTCAAAAGTGCAAAAGGTGATGTTTCAATCAAGCCGAAATTAATGATGGCGGGCGAAGAAGGAGCATTTGACGCCGTTATTATCGCTTCAAAAGCGTATTCTTTGCAGGACGTTATTCGGGATGTCAAACCGTTTGTCAAACCTTCGTCGGTCATTATTCCTTTTTTAAACGGATACAGGCACTATAACCAGCTGTTTGAAGCTTTTTCAAAACGGCAGGTGCTGGGCGGCCTCTGCTTTATTGAGAGCGCCCTTAACGACAAAGGGGACATTCTTCATACGAGCGCTGCCCACCGCTTTGTTTTCGGTGAATGGAACGGGGAACGCACAGAACGTATGAACGAGCTGGAAAACGCATTTGCAGGTGTGAAAGCGGATGTCATCATCAGCCGGGATATTGAAAAGGACATTTGGAAAAAATATATGTTTATTGCCGCGCAGGCGGGAGTGACCACTCTGTTTCAACAGCCGGTCGGACCGATTTTAGAAACAGAAGGCGGCCTCAACACGGCAAAGCGCCTCTTTGCTGAAATCGGAGCCATTTTCAAGGCTGCCGGCATCCCGAAAGATCCTGGTCTGGAAGAAGAGAGTTATCGCACATTGACAAGCATGTCTTACCATATGAAATCGTCGATGCTGAGAGATATGGAAAAGGGCAGGGTGACGGAAGGTGATCATTTACACGGATTTTTGCTTGAGAAAGCGAAAGGCTTGTCAGTTGATACACCTGTTTTGGAAACCGTCTGCGCCAACTTGCAAATGTATGAAGCGAAATAA MKFLIVGAGGVGGYIGARLAEKGNDVTFLVRKKRAEQLQETGLIVKSAKGDVSIKPKLMMAGEEGAFDAVIIASKAYSLQDVIRDVKPFVKPSSVIIPFLNGYRHYNQLFEAFSKRQVLGGLCFIESALNDKGDILHTSAAHRFVFGEWNGERTERMNELENAFAGVKADVIISRDIEKDIWKKYMFIAAQAGVTTLFQQPVGPILETEGGLNTAKRLFAEIGAIFKAAGIPKDPGLEEESYRTLTSMSYHMKSSMLRDMEKGRVTEGDHLHGFLLEKAKGLSVDTPVLETVCANLQMYEAK PGPT0008745_4327 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 D1-12_00606 1233 Aminopeptidase 2 ATGAGTTCGTTTACTGAAAAGTTACATACATATGCTCAGCTGGCGGTAGAAGTCGGCGTCAATGTCCAAAAAGGACAGCATGTCGTAATCAATGCCTCAACTGATGTTAGGGAACTTGTCAGACTGCTTGCCAAACATTCTTATGAAAAAGGCGCAAAAAACGTCACCGTAAATTGGCAGGACGATGAACTGTCCAGATTAAAATACGAGATGGCACCGTTTGAAGCGTTTGAAGAGTATCCTGAATGGGAAGCAAAAGGCAAAGAAGAGCTCGCGAAAAAAGGGGCTGCGTTTATTTCTGTCGTCTCATCCGACCCCGACCTGTTAAAAGGCACTGACGGCAAACGGATTGCAGCGTTCCAAAAAGCCGCCGGAAAAGCATTGCATACATACAGACAATATATTCAATCAGATAAGGTCAGCTGGACGGTGATCGGAGCGGCTTCAACAGGCTGGGCGAAAAAAGTGTTCCCGGATCAGCCGGAAGAAACAGCCGTTCAGCTTTTATGGGAAGAAATTTTCAAAACGACCCGCGTAAATGAAGAAAACCCTGTGGAAGCATGGAAAAAACATGATCAAAATCTTCATGAAAAAGTGGAACACCTGAACAAAAAACATTACAGCGCCCTGCATTATCAGGCTGAAGGAACAGACTTAACCATTGAACTGCCCAAAAAACATGTATGGGCAGGCGCGGGAAGCGTGAATGAGAGCGGGCACGAATTCATGGCCAACATGCCGACAGAAGAGGTTTTCACCCTTCCGCAGCGTGACGGGGTGAACGGCACGGTTTCCAGCACGAAACCGCTGAGCTATGGCGGCAACATTATTGATAACTTCACTCTTACCTTTGAAAACGGCCGCATTGTCGATGTGAAAGCTGAAAAAGGCGAGGAGATTTTAAAAGGCATCGTCGAAACCGATGAAGGCTCACACTATCTCGGAGAAGTGGCCTTAGTGCCGTACGATTCACCGATTTCACAATCAAATATTTTATTTTACAACACACTGTACGATGAAAACGCCTCTAACCACTTGGCGATCGGCAGTGCGTATGCCTTTAATATTGAGGGCGGTAAACAAATGACACGGGAAGAGCTTGTCAAAGAGGGCTTAAATGAAAGCATTACACACGTAGATTTTATGGTCGGTTCCAAAGATATGAATATCGACGGCATTACGGCGGACGGCAAAAGAGAACCGATCTTCAGAAACGGAAACTGGGCATTTTAA MSSFTEKLHTYAQLAVEVGVNVQKGQHVVINASTDVRELVRLLAKHSYEKGAKNVTVNWQDDELSRLKYEMAPFEAFEEYPEWEAKGKEELAKKGAAFISVVSSDPDLLKGTDGKRIAAFQKAAGKALHTYRQYIQSDKVSWTVIGAASTGWAKKVFPDQPEETAVQLLWEEIFKTTRVNEENPVEAWKKHDQNLHEKVEHLNKKHYSALHYQAEGTDLTIELPKKHVWAGAGSVNESGHEFMANMPTEEVFTLPQRDGVNGTVSSTKPLSYGGNIIDNFTLTFENGRIVDVKAEKGEEILKGIVETDEGSHYLGEVALVPYDSPISQSNILFYNTLYDENASNHLAIGSAYAFNIEGGKQMTREELVKEGLNESITHVDFMVGSKDMNIDGITADGKREPIFRNGNWAF PGPT0020940_721 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 D1-12_00607 135 hypothetical protein ATGCTTAGAGATGTGGGAAGACGCGTAGCAGTAGCCGTCATTTTAAGCGGAATTATTTTGGGGGGTATGAGCATTTCACTGGCCAATATGCCCCATTCTCCGGCCGGCGGCGCCGTAAAACTGAATCACCCGTAA MLRDVGRRVAVAVILSGIILGGMSISLANMPHSPAGGAVKLNHP NA NA NA NA NA D1-12_00608 1020 mreBH COG1077 Cell shape-determining protein MreBH TTGGGTGAAAACATGTTTCAATCAACTGAGATCGGAATCGACTTAGGAACCGCTAATATACTTGTTTACAGTAAAAATAAAGGAATTATTTTAAACGAACCTTCCGTTGTCGCTGTAGATACAACAACGAAAGCGGTGCTTGCCATCGGAACGGATGCCAAAAGCATGATCGGAAAGACGCCGGGGAAAATAGTCGCCGTACGGCCGATGAAAGACGGTGTCATTGCTGATTATGATATGACAACTGACTTATTAAAACACATTATGAAAAAAGCCGGAAAAAAAATCGGAATGACTTTCCGCAAACCGAATGTCGTCGTCTGCACGCCTTCAGGCTCAACAGCCGTTGAACGCCGCGCCATCAGTGACGCTGTCAAAAACTGCGGAGCGAAAAACGTTCACTTGATTGAAGAACCCGTAGCCGCTGCAATCGGGGCCGACCTCCCTGTTGACGAGCCGGTCGCAAACGTCGTCGTAGATATCGGCGGCGGTACGACTGAAGTCGCCATCATCTCATTCGGGGGCGTCGTATCCTGCCATTCGATCAGAATCGGCGGCGACCAGCTTGATGAAGATATCGCCTCGTTCGTCAGAAAAAAATACAACCTGCTGATCGGGGAACGTACGGCAGAACAAGTGAAAATGGAAATCGGTTTTGCATTGATTGAACATGTGCCGGAAACGATGGAAATCCGCGGCCGTGACCTTGTAACCGGTCTGCCGAAGACAATCAGACTGCAGTCTAATGAAATTCAGCACGCGATGCGTGAGTCGCTCCTGCATATTCTTGAAGCGATCAGAGCGACACTTGAAGATTGTCCGCCGGAGCTCAGCGGCGATATCGTTGACCGCGGCGTCGTGTTAACCGGCGGAGGCTCCCTTTTAAACGGGATGAAAGAATGGCTGACAGAAGAAATCGTCGTTCCCGTTCATTTGGCGGCAAATCCGCTTGAATCAGTGGCTATCGGCACGGGGCGTTCATTAGACGTCATCGACAAGCTGCAAAAAGCGATTAAATAA MGENMFQSTEIGIDLGTANILVYSKNKGIILNEPSVVAVDTTTKAVLAIGTDAKSMIGKTPGKIVAVRPMKDGVIADYDMTTDLLKHIMKKAGKKIGMTFRKPNVVVCTPSGSTAVERRAISDAVKNCGAKNVHLIEEPVAAAIGADLPVDEPVANVVVDIGGGTTEVAIISFGGVVSCHSIRIGGDQLDEDIASFVRKKYNLLIGERTAEQVKMEIGFALIEHVPETMEIRGRDLVTGLPKTIRLQSNEIQHAMRESLLHILEAIRATLEDCPPELSGDIVDRGVVLTGGGSLLNGMKEWLTEEIVVPVHLAANPLESVAIGTGRSLDVIDKLQKAIK PGPT0027700_3084 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 D1-12_00609 285 abh COG2002 Putative transition state regulator Abh ATGAAATCAATTGGTGTAGTAAGAAAAGTAGACGAACTCGGGCGTATTGTCATGCCGATTGAATTGAGAAGAGCATTGGATATCGCTATTAAAGATAGTATTGAATTTTTCGTTGACGGAGACAAAATTGTCTTAAAAAAATACAAGCCGCACGGCATTTGCTTAATGACGGGGGAAATTACCTCCGAAAATCAGGAGTACGGCAACGGCAAAATTATTTTAAGTCCTGAAGGAGCGAAAATGCTGCTTGAGGAAATCGAGGAAGCGTTAAAAGATAGATCATAA MKSIGVVRKVDELGRIVMPIELRRALDIAIKDSIEFFVDGDKIVLKKYKPHGICLMTGEITSENQEYGNGKIILSPEGAKMLLEEIEEALKDRS PGPT0014790_159 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0014790-abrB-K06284 NA NA D1-12_00610 1305 sasA_1 Adaptive-response sensory-kinase SasA ATGGGAAAATATCAAGCGCGTATCATTTCCTTAATCTTGGCAATGATTTTTATTATGTTTTGGGATTATTTATTTTATATGATTGAACGGAATCCGATTAACTGGCCAGTTGACATCACCTTTACCGCCGTCACATTAATCGGCGTCTGGCTGCTGGCTTATTATGTGGACAATAAAAAGCAGCTGCTGGCGGAGCTGAAGGACAGCGAGCAGAAAGCAAAGGCGCTTTCAGATGAGAAAAACCGGATCATGGACAATCTGCAGGAAATCGTTTTTCAGACGGATGCACAAGGGAATATTACATATTTGAATCAGGCCTGGACGGCGATTACGGGCCACTCCATCAGCGAATGTATGGGCACGATGTATAATGATTATTTTATAAAAGAAAAACATATCATTGATTATATTATCTCCCAAATCAAGCAGCAGTCCCCGTCAGGAATGTTTACGGCCAAATATATTAAAAGAGACGGCTCGATCTTTTGGGGAGAAGTCCATTATAAGCTGTATTATGACCGCAGACAGAAATTTGTCGGAAGCCTGGGGACGATGTCTGATATCAGTGAACGGAAAAAAGCGGTCGACGAGCTTCTGGAAACGAACGAACGCCTTGCCATGCAATCTCAAAAGCTGGCCATTGCCGGGGAGCTTGCGGCAGGAATCGCCCATGAAGTAAGAAATCCTTTAACGTCAGTCAGCGGCTTTCTCCAGCTGATGAAAGCCCAGTATCCGGAAAGAACGGATTATTTTGATATTATTTTTTCGGAGATTAAAAGGATTGATCTCGTGCTGGGGGAGCTGCTTCTGCTCGCCAAGCCGCAGACCGTGACGTTTACCGCTCATCATCTCAACCATATTTTAAGGCAGGTGGCGACGCTTCTTGACACGAACGCGGTGCTGTCGAACACTGTGATTGAGAAGGATTTCAGGCAGACTGAGTCCTGTATGGTCAACGGTGACGAAAACCAGTTGAAACAGGTATTTATCAATATTATTAAAAATGCGATTGAAGCGATGCCTGACGGCGGGAATATTCATATTTATACAAAACGGGATGAAGAATACGCGGTGATCAGCATACAGGATGAAGGAAACGGCATGTCGAAAGAAAAGCTTGAAAACATCGGGAAACCGTTTTTCTCAACAAAAGATCAGGGAACGGGTCTCGGTCTTCCGATTTGTTTACGAATTCTGAAGGAGCATAATGGTAAACTTAACATTAAGAGCAAAAATGGAGAAGGCAGTACGTTTCAGGTGATTCTGCCGTTAGAAGCGGCTGCTGTCCAAAAGGAGGAAAAATAA MGKYQARIISLILAMIFIMFWDYLFYMIERNPINWPVDITFTAVTLIGVWLLAYYVDNKKQLLAELKDSEQKAKALSDEKNRIMDNLQEIVFQTDAQGNITYLNQAWTAITGHSISECMGTMYNDYFIKEKHIIDYIISQIKQQSPSGMFTAKYIKRDGSIFWGEVHYKLYYDRRQKFVGSLGTMSDISERKKAVDELLETNERLAMQSQKLAIAGELAAGIAHEVRNPLTSVSGFLQLMKAQYPERTDYFDIIFSEIKRIDLVLGELLLLAKPQTVTFTAHHLNHILRQVATLLDTNAVLSNTVIEKDFRQTESCMVNGDENQLKQVFINIIKNAIEAMPDGGNIHIYTKRDEEYAVISIQDEGNGMSKEKLENIGKPFFSTKDQGTGLGLPICLRILKEHNGKLNIKSKNGEGSTFQVILPLEAAAVQKEEK PGPT0025286_77 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORULATION_REGULATION,PGPT0025286-kinC-K07698 NA NA D1-12_00611 828 ykqA COG2105 Putative gamma-glutamylcyclotransferase YkqA TTGCTTCTTTTTGTATACGGTTTGTTACGGAAGCGTGAAGAAAACCATGAACTGCTGAAAGGCGCTCCGTGTGTGTGCGAGCAGGCCGCGATAAACGGTGTGCTGTACGAAACGGATAAAGGTCAGCCTGCGGCGTCTTTAGCAGAAACAGCTTTTGTGTACGGGGAATTGTATGAAACAGATCATCAGATGATCCGTAAGCTGGATGCGTATTATGCTGATTTTGATCGGAAAGAGGTTGCTGTGACGACGGATGCCGGGAATAAAACCGCCTTCGCATATGTCGTAAAGCCCGGCCAGTGTGCCTCATTCAGCCGTATCAAAAGCGGAGACTGGAAAGAATACCGTTTTATGAAACGGGAGGATGACAGTCCGGTTTATTATTTCGCTTACGGATCCTGTATGGACAATGCCCGGTTTAAACAGGCGGGGGTCGACCACTTTTTTGCCGAGCCGGTCGGAGGGGCGGTTGTTGAAGGGTATTCGACGAGATTCACGTTAAGGCGTCCTGACGGTTCCAGAGCCGATCTTGTTGAAGACGGGGGGCGAACTGAAGGCGTGCTGTACAAGCTCCCGTTTGAAGCGGCAACCTATCTGTACAAAAGAGAAGGTGTTGATAACCACACATACCGTCCCGCGTTCATAGAAGTGTGTGCCGGCGGCCGTGTATACAGAGGCGTCCTGACGTTTCTCGTTCTTGATAAAGCTGAGGAAATTGCGCCTCCGGGTCACTATCAGGAAGAAATCGAACGCGGAGCGGACCTGTATTTATCGCCCGCCTTTTCAGAAAAGCTTAAACGCTATATGAACTCATTGCCGAAAATGTGA MLLFVYGLLRKREENHELLKGAPCVCEQAAINGVLYETDKGQPAASLAETAFVYGELYETDHQMIRKLDAYYADFDRKEVAVTTDAGNKTAFAYVVKPGQCASFSRIKSGDWKEYRFMKREDDSPVYYFAYGSCMDNARFKQAGVDHFFAEPVGGAVVEGYSTRFTLRRPDGSRADLVEDGGRTEGVLYKLPFEAATYLYKREGVDNHTYRPAFIEVCAGGRVYRGVLTFLVLDKAEEIAPPGHYQEEIERGADLYLSPAFSEKLKRYMNSLPKM NA NA NA NA NA D1-12_00612 666 ktrA_1 COG0569 Ktr system potassium uptake protein A ATGAGAAAAGAGTTTGCCGTTATCGGTCTTGGACGCTTCGGCGGAAGTATTTGCAAAGCATTAAGTGAAGAAGGCCTTGAGGTCATGGCGATGGATATTGATGAAGATAAAGTGAATGAATACGCCAAAATCGCATCACACGCGGTCATCGGCGATTCAACCGATGAATCGGTGCTGAAAAACTTAGGGCTGCGCAACTTTGACCACGTCATTGTGGCAATCGGCGAAAATATACAGGCGAGCATTTTAACGACGCTGATCTTAAAGGAACTCGGCGTGAACACGATCACGGTAAAAGCGCAGAACGATTATCATGAGAAAGTGCTTGCGAAAATCGGGGCCGACCACATCGTCCACCCTGAACGTGACATGGCAAAACGCATCGCCCACAACATCGTATCAAATAATGTGCTTGATTATTTGGAGCTGTCCGACGAACACAGCATTGTGGAGATCGTGGCCAACAGCAGGCTTGCGGGCAACACACTGCTTGATCTGGACATCCGGGCGAAGTACGGCATTAATATCGTGGCCATCAAGAGAGAAAAAGAAGTGATCGTATCTCCGCTGGCGACTGAAATGATCCAAAAAGAAGATATTCTCATCGTTATCGGCTCTCTTACGGACATTTCCCGATTTGAAAAAAGAGTGCTTCATACAAAGTGA MRKEFAVIGLGRFGGSICKALSEEGLEVMAMDIDEDKVNEYAKIASHAVIGDSTDESVLKNLGLRNFDHVIVAIGENIQASILTTLILKELGVNTITVKAQNDYHEKVLAKIGADHIVHPERDMAKRIAHNIVSNNVLDYLELSDEHSIVEIVANSRLAGNTLLDLDIRAKYGINIVAIKREKEVIVSPLATEMIQKEDILIVIGSLTDISRFEKRVLHTK PGPT0002710_3909 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-POTASSIUM_TRANSPORT,PGPT0002710-trkA|ktrA-K03499 NA NA D1-12_00613 1734 adeC Adenine deaminase TTGAACAAAGAAACACTGGCTGAACGGCTGAATGCATCAGCCGGCAGACAAAAAGCCGATACCGTCATTAAAAACGGAAAAATCATGGATGTATTTAACCAGGAATGGATTTCTGCAGATATCGCCATTACGGACGGAGTGATCGTCGGGCTGGGCGAATATGAAGGGGAAGAAGTTATTGATGCAGAAGGCCAAATGATCGTTCCGGGCTTTATTGACGGACATGTTCATATCGAGTCCTCTATGGTTACTCCGATTGAATTTGCTAAAGCTGTCCTCCCACACGGAGTGACTACTGTCGTTACTGATCCTCACGAAATTGCGAACGTTTCCGGAGCAAAAGGCATTTCTTTTATGATAGAGCAGGCGAAAAAGGCGCCGCTGAACATCCGTTTCATGCTTCCTTCCTGTGTTCCCGCCGCTAGCTTTGAACGCTCAGGAGCCGTATTAAAAGCCGAGGATTTAAAGCCTTTTTATCAGGAGAAAGAGGTGCTCGGACTTGCGGAAGTAATGGATTATGTGTCTGTTGCGGAAGGTGAAGAGGATATGCTTCAGAAACTGCTTGATGCCAAGCGTCACGGAAAACGGATCGACGGGCATTTAGCCGGACTCTCTTCAGATATCATCAATATATATAGAACCGCAATGGTGTCAAATGATCATGAAGTGACGACAAAAGAAGAAGCGCTGGACAGAATCAGACGGGGAATGTATGTCATGCTGCGCGAAGGATCGGTGGCAAAAAATACGCTCAATGTGCTGCCGGCGGTGAATGAAAAAAACGCGCGGCGCTTTTTCTTTTGCACGGATGATAAGCATGTAGATGATCTGCTTTCAGAAGGAAGTGTGAACCACCAAGTCAAAATGGCGATAAAGGCGGGACTTGATCCATTCCTTGCGTATCAGCTTGCCAGTTTAAATGCGGCTGAGTGCTACGGTCTTGAAACAAAAGGGGCGGTAGCGCCGGGTTTTGACGCAGATCTGCTGTTCATTTCAGATGTACGGGAGGCTGCCGTCACGAAGACCATGGTCGCCGGCCGGACCGTTGCCGAGAACGGACGCACGGTTTATGAACAGTCTGCCGGTTCCTATTCGCCGGACCAGGCGCTGTTGGATACAGTGCGGCTGAAAGCGCCGCTGACTGAATCGGATTTTCATATACCGATTCAAGAGGGCAAGAAAATGAATGTAATCGAAATGATACCGAATCATTTGGAGACGAGACAAAAAGAAGTGCCTGCACCGTCTGCTGACGCGTTTCGTCCTGATACAGAAAATGATTTATTAAAAATCGCCGTCGCAGAGCGGCACAGCGGCGAAAAAATGATAGGACTCGGGATTGTACAAGGGTTCGGGTTAAAAGAAGGCGCCATCGCCACAACCATTTCTCACGATTCCCATAATATCATCGCCGTCGGTACAAACGATGCCGATTTGGCAAAAGCAATCAACAGGCTCCGTGACACTGGAGGAGGATTAACAGCCGTGAAAAACGGAGAATTGCTTCATTCCGTTCCGCTTCCGATCGCCGGGCTTTTGTCTGATAAGTCGGCGGAATGGGTCAATGACAGCTTGGGCGTGCTTCATGAAAAGCTTTCTCTGCTCGGATTCACCGGTGATTTCAATCCGTTTCTCACATTATCGTTTTTAGCGCTTCCGGTGATTCCGGATATTAAAATGACAGCAGCCGGTCTGTTTGATGTCAAAGCCTTTCAGCATATTCCGCTGCAATAA MNKETLAERLNASAGRQKADTVIKNGKIMDVFNQEWISADIAITDGVIVGLGEYEGEEVIDAEGQMIVPGFIDGHVHIESSMVTPIEFAKAVLPHGVTTVVTDPHEIANVSGAKGISFMIEQAKKAPLNIRFMLPSCVPAASFERSGAVLKAEDLKPFYQEKEVLGLAEVMDYVSVAEGEEDMLQKLLDAKRHGKRIDGHLAGLSSDIINIYRTAMVSNDHEVTTKEEALDRIRRGMYVMLREGSVAKNTLNVLPAVNEKNARRFFFCTDDKHVDDLLSEGSVNHQVKMAIKAGLDPFLAYQLASLNAAECYGLETKGAVAPGFDADLLFISDVREAAVTKTMVAGRTVAENGRTVYEQSAGSYSPDQALLDTVRLKAPLTESDFHIPIQEGKKMNVIEMIPNHLETRQKEVPAPSADAFRPDTENDLLKIAVAERHSGEKMIGLGIVQGFGLKEGAIATTISHDSHNIIAVGTNDADLAKAINRLRDTGGGLTAVKNGELLHSVPLPIAGLLSDKSAEWVNDSLGVLHEKLSLLGFTGDFNPFLTLSFLALPVIPDIKMTAAGLFDVKAFQHIPLQ PGPT0021510_1074 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021510-ade-K01486 NA NA D1-12_00614 1668 rnjA COG0595 Ribonuclease J1 ATGAAATTTGTAAAAAATGACCAGACTGCCGTTTTCGCCCTCGGCGGATTGGGCGAGATCGGGAAAAATACGTACGGGGTGCAGTTTCAGGATGAAATTGTACTGATTGATGCGGGAATCAAGTTCCCGGAAGATGAACTTCTCGGCATTGATTACGTAATCCCCGATTACACGTATTTAGTAAAAAATGAAGATAAAATTAAAGGTCTGTTTATCACCCACGGTCACGAAGACCATATCGGCGGTATTCCGTACCTGCTCAGACAAGTAAATATTCCCGTTTACGGCGGTAAACTCGCGATCGGCTTACTTCGGAATAAACTTGAAGAGCACGGGCTGTTAAGACAGACCAAATTAAACATCATCGGTGAAGACGACATCGTGAAGTTCCGCAAGACGTCTGTATCCTTCTTCAGAACGACACACAGCATTCCGGATTCATACGGAATCGTCGTCAAAACACCGCCGGGCAATATCGTACATACCGGGGACTTTAAGTTCGATTTCACACCGGTAGGCGAACCGGCAAACTTGACAAAGATGGCTGAAATCGGGAAAGAAGGCGTTCTGTGCCTGCTTTCTGACAGTACAAACAGTGAGGTTCCTGATTTCACCATGTCAGAACGCCGCGTAGGCGAAAGCATTCACGATATTTTCCGAAAAGTGGACGGCAGAATTATATTTGCGACATTCGCTTCGAATATACACCGTCTTCAGCAGGTGATTGAAGCAGCCGTTTTAAACGGCAGAAAAGTTGCCGTATTCGGACGCAGTATGGAATCGGCTATTGAAATCGGACAAAATCTCGGTTACATTACCTGTCCTAAAAATACGTTTATTGAGCATAACGAAATCAATCGTATGCCTGCCAATAAGGTAACGATTTTATGTACGGGAAGCCAAGGTGAACCGATGGCGGCGTTATCACGCATCGCTAACGGGACGCACCGGCAGATTTCCATTAATCCCGGAGATACGGTCGTCTTTTCTTCCTCTCCGATTCCCGGAAACACAATCAGCGTAAGCCGCACCATCAACCAGCTGTACCGTGCGGGCGCAGAAGTCATTCACGGTTCATTGAATGACATTCATACATCCGGACACGGCGGACAGGAAGAGCAGAAATTAATGCTCCGCCTGATCAAACCGAAGTTCTTTATGCCGATTCACGGTGAGTACAGAATGCAGAAAATGCACGTCAAACTCGCGACTGATTGCGGCATACCTGAAGAAAACTGCTTTATCATGGATAATGGCGAAGTGCTGGCCCTCAAAGGCGAAGAAGCCGCTGTGGCAGGCAAAATTCCGTCCGGCTCCGTTTACATTGACGGAAGCGGAATCGGTGATATCGGCAATATCGTGCTCCGCGACCGCCGCATTCTTTCAGAAGAAGGCCTTGTTATCGTTGTTGTCAGTATCAATATGGACGACTTTAAGGTTTCGGCGGGGCCTGATTTAATCTCAAGAGGTTTTGTATACATGAGAGAATCAGGTGATTTGATCAATGACGCGCAGCAGCTCATTTCGAACCATCTGGAGAAAGTAATGGATCGGAAAACAACGCAGTGGTCCGAAATTAAAAACGAAATTACCGATACGCTTGCTCCGTTCCTATACGAAAAAACAAAACGCCGCCCGATGATCCTTCCGATCATTATGGAGGTCTAA MKFVKNDQTAVFALGGLGEIGKNTYGVQFQDEIVLIDAGIKFPEDELLGIDYVIPDYTYLVKNEDKIKGLFITHGHEDHIGGIPYLLRQVNIPVYGGKLAIGLLRNKLEEHGLLRQTKLNIIGEDDIVKFRKTSVSFFRTTHSIPDSYGIVVKTPPGNIVHTGDFKFDFTPVGEPANLTKMAEIGKEGVLCLLSDSTNSEVPDFTMSERRVGESIHDIFRKVDGRIIFATFASNIHRLQQVIEAAVLNGRKVAVFGRSMESAIEIGQNLGYITCPKNTFIEHNEINRMPANKVTILCTGSQGEPMAALSRIANGTHRQISINPGDTVVFSSSPIPGNTISVSRTINQLYRAGAEVIHGSLNDIHTSGHGGQEEQKLMLRLIKPKFFMPIHGEYRMQKMHVKLATDCGIPEENCFIMDNGEVLALKGEEAAVAGKIPSGSVYIDGSGIGDIGNIVLRDRRILSEEGLVIVVVSINMDDFKVSAGPDLISRGFVYMRESGDLINDAQQLISNHLEKVMDRKTTQWSEIKNEITDTLAPFLYEKTKRRPMILPIIMEV NA NA NA NA NA D1-12_00615 210 hypothetical protein ATGATTTATAAGGTATTTTATCAAGAGAAGGCTGACGAAGTACCTGTTCGGGAAAAAACAGATTCACTTTACATTGAGGGCGTTTCAGAACGGGACGTCAGAACGAAACTGAAAGATCAGAAATACAACATTGAATTTGTTCAGCCTGTGGACGGTGCTTTTTTAGAATATGAGAAGCAGAGCGAAAATTTTAAAGTATTGGAGTTATGA MIYKVFYQEKADEVPVREKTDSLYIEGVSERDVRTKLKDQKYNIEFVQPVDGAFLEYEKQSENFKVLEL NA NA NA NA NA D1-12_00616 831 Putative bifunctional phosphatase/peptidyl-prolyl cis-trans isomerase ATGTATGATGATATTGAAAAAGACACGACTGATAAACGGGAAAAAGGAGAAATTGACATGAAACCAAAATTGATTTTTTTTGATATTGACGGCACGATCTATGACCATGATAAACATATTCCCGATAGCGCAAGAAACGCCGTGAAGGCGCTTAAAGAGGCTGGCCATCACGTTTTTATCGCCAGCGGAAGGTCCCCGTTTATGGTAAAACCGATTCTGGAAGAGCTTGAGATTGAATCATTTATTTCATACAACGGCCAGTATGTCGTATTTGAAGGTGAGGTCATTTATAAAAATCCGCTTCCTGAAGATGCGGTTGCGCGTTTATTAAAGCAGGCGGCAGAAGGGGAGCACCCCGTCGTATTTATGGCGGAAGACACGATGAAAACGACCGTCCCCGGACATCCGCACGTCTCGGAAGGTATCGGCAGTCTGAAAGCGCCTTATCCCGAAGTGGATGAAACATTTTATAAAGGAAAAGAAATTTATCAGCTGCTTTTATTCTGCCGCGGTCATGAAGAAAAAGCATATGCCGCTTTTCCGGAGTTTGATTATGTCCGCTGGCATGAATTGTCAACGGATGTGCTTCCGAAAGGCGGTTCAAAAGCGGAAGGCATTAAAAGAGTGCTTGAGCGGCTTCCGTACGGGGTAAGTGACACTTATGCATTCGGCGACGGACTAAATGACCTTGAGATGATCCGTTTTGTCGGCACCGGGGTGGCGATGGGAAATGCGGTTCCGGAATTAAAAGCTGCCGCCGATTTCGTCACAAAGCCGGTGGATGAAGAGGGAATCAGCTGGGCCGTCAAAGAACTGGGCCTTTTGAAATAG MYDDIEKDTTDKREKGEIDMKPKLIFFDIDGTIYDHDKHIPDSARNAVKALKEAGHHVFIASGRSPFMVKPILEELEIESFISYNGQYVVFEGEVIYKNPLPEDAVARLLKQAAEGEHPVVFMAEDTMKTTVPGHPHVSEGIGSLKAPYPEVDETFYKGKEIYQLLLFCRGHEEKAYAAFPEFDYVRWHELSTDVLPKGGSKAEGIKRVLERLPYGVSDTYAFGDGLNDLEMIRFVGTGVAMGNAVPELKAAADFVTKPVDEEGISWAVKELGLLK NA NA NA NA NA D1-12_00617 555 defB COG0242 Peptide deformylase 2 TTGATTACTATGGAAAATATTGTACGCGATGGACATCCCGCGCTCAGAGAGATCGCTGAAGAGGTTCAGCTTCCCGCTTCTGACGAAGAAAAACAGCATCTTGCTGATATGATTGAGTTTGTGAAAAACAGCCAAAATCCTGAATTAGCCGAGAAATACAAGCTTCGTCCGGGCGTCGGTCTTGCCGCTCCGCAAACAGACGTAAAAAAACGGATGATCGCCGTCCATGCAGAAGATGCGAAAGGCACTTTATACAGCTATGCTCTTTTTAACCCTAAGATCGTCAGCCACTCAGTGGAAAAAAGCTACTTGACGAGCGGAGAAGGCTGCCTGTCGGTAGACGAACCCATTCCCGGCTATGTGCCGCGCTACGCCCGCATCCGCGTAAAGGCGGTGACGCTTGAAGGAGAACAGATTGACATCCGTCTCAAAGGTTTTCCGGCCATCGTGTTTCAGCACGAAATCGATCATCTGAACGGCGTGATGTTTTACGACCATATCGACAAAGAAAATCCGTTCAAAGAACCTGAAAACGCCATTGCCATTGACCGTTAA MITMENIVRDGHPALREIAEEVQLPASDEEKQHLADMIEFVKNSQNPELAEKYKLRPGVGLAAPQTDVKKRMIAVHAEDAKGTLYSYALFNPKIVSHSVEKSYLTSGEGCLSVDEPIPGYVPRYARIRVKAVTLEGEQIDIRLKGFPAIVFQHEIDHLNGVMFYDHIDKENPFKEPENAIAIDR NA NA NA NA NA D1-12_00618 180 hypothetical protein ATGTACGGATATGGATTTGGCGGCGGATTTGGCGGCGGTTGCTGCGGCGGCGGATATGGTTATGGCGGCGGTTACGGTTACGGCTGCGGCGGCGGATACGGCCGCACATTCGCATTAATCGTCGTATTGTTTATCTTATTAATCATCGTCGGTGCCGCTTATTTAGGCTGCGGCTGCTGA MYGYGFGGGFGGGCCGGGYGYGGGYGYGCGGGYGRTFALIVVLFILLIIVGAAYLGCGC PGPT0024985_47 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE_OTHER_SPORULATION_RELATED_PROTEINS,PGPT0024985-yjcZ-NA NA NA D1-12_00619 645 hypothetical protein GTGAATATGATTCAAAAAAAGGTATTAGCAGGAATCGGAGCGCTCGGCGCCGCAAGTATGCTGCTTGCCGGCTGCGGGGGAAAAGATCCGGTTGAATCGCTTCATGACTCGATGGAAAAAGCCGTTCAAGCGGAAAAACCGTTTCAAAAAGAGCAGAAAACATTAGAAAAATTGGAGAAAAAAGAGCATAAGCTATACGACAGCGCGGTTAAACTGAATATGGATGATTACCAGAAAATTGTCACACTGTCTGATCAGGCTCTGAGCAATGCAAATCAGCGAAAAAAACATCTGAAAGCAGAAAAAGACAGTATTGATGATTCAAAACAAGCGTTTGAATCCGCAAAAAAAACTTCTCAAGAAATAAAGGATAAGAAAGTAAAAGAAAAAGCCGGGCATGCGGTCGCTTTAATGGAGAAAAGGTATGCATCTTATGACCTTTTGTACAAAAAGTACGAAAAAGCCATTTCACTTGATAAGGACCTTTATAAACTGATTAAAGATAAAAAGCTCACATTAGCGCAGCTGGAAGAGCAAATCAGCAAAGTAAACTCAGTTTACGAAAAGGTGCATAAACAAGCAGATGAGTTCAATCAATTTACTAAAGACTACAACAAAGAGAAAGAACTATTATTCCGCAAATAG MNMIQKKVLAGIGALGAASMLLAGCGGKDPVESLHDSMEKAVQAEKPFQKEQKTLEKLEKKEHKLYDSAVKLNMDDYQKIVTLSDQALSNANQRKKHLKAEKDSIDDSKQAFESAKKTSQEIKDKKVKEKAGHAVALMEKRYASYDLLYKKYEKAISLDKDLYKLIKDKKLTLAQLEEQISKVNSVYEKVHKQADEFNQFTKDYNKEKELLFRK NA NA NA NA NA D1-12_00620 2307 pksE_1 COG0331 Polyketide biosynthesis protein PksE ATGCTTGCTTACGTCTTTCCCGGACAGGGAGCGCAGTTTAAAGGAATGGGCAGAGACTTATTCGATGAATTCAGTGAGCTCATTAAAAAGGCAGATCATATTTTAGGATACTCCATAAAGGATTTATGCCTTTCAGACGAAAAAGAGAGGCTGACTGATACGAAGTATACACAACCTGCAATTTATACAGTGAGCGCACTGCAATATTTAAAGGGTTTAAAAGAAGGTCATACACGCCCAGATGCTGTTGCAGGACATAGTCTGGGTGAATATACTGCGCTTTTTGCGGCCGGCGTTTTTAATTTTGAAACAGGTCTCCGGCTGGTTGCTAAAAGAGGCGAGCTAATGAGTGAGGCTTCCGAGGGCGGAATGGCTGCCGTGATCGGACTGGATGAGCACCACATAAAAAAAATACTTCAAAAGTATGAATTCGGCCAAATAGATATCGCCAATTACAATACATCTTCACAAATTGTGATAGCAGGGGCTGCAGAAGAGATAAAGCGGGCAGCCTCTTTTTTTGAAAAAGAAGGGGCGAAAGCTTATATCGTATTGCAGGTCGGCGGGGCTTTTCATTCTCGTTTCATGGAAAGTGCACAGCGTGAATTTGCGGAATTTATCGAGGGGTTTCAATTTTCTGAATTGAATTTCCCGGTCATTTCTAACTACACGGCAAGACCTTATAAACAAGAAGATATCAAACGGAATTTAATTGAACAAATAACAAACTCGGTAAAATGGACTGAAAGCATCAGGTATCTAATGGGACAAGGCGTCACTGTGTTTGAAGAGATCGGTCCCGGCAACATTCTGACTAAATTAATTCAAACCATACAAAGAGATGAGGAACCGCTTACTATCAGTGCGCCGGAAGACAGTCTCTTCTTTTCTGAAGGGAATAAGGACAATTCGGAAAGCGGGAAAGAGCATAGCCTCTTGGCCGAAAATATAGAGAGCGGTGCAGCTTCACCGATGTCCCGATTGGGTGATCAATCTTTTAAAGAAGATTACGGTTTGACATACGCGTATTTGGCAGGTGCGATGCATAGAGGGATCTCTTCCGCTGAAATGCTGATCCGCCTCGGGAAGAAAGGAATGCTGGGGTTCTTTGGCACAGCAGGTTTAACGATAAGGGAAATTGAACAGGCCCTTATTTCTATTAAGAAGACACTCAAAAATGGCCAGCCCTACGGAATGAATCTGCGATTTGAGCCGGATCATCAAGATAGAGAAAAGGAATTGATAGATTTATATATCAAGCATGACGTACGAGTAATAGAAGCGTCTTCGTATCTTTCCGTCAGCGCGCCATTAATTTATTACAAAGCGCATCAGTTGAAGATAGACAAAAGCGGCAGCGTCATACCTCATAATCGGATCATTGCCAAAGTTTCACGGCCGGAAGTTGCGGCCGCATTTCTGAGTCCGCCTCCTCAAAGTATCGTAAAGAGAATGTGTCAGCACGGTATGCTGACGGAAGAGCAGGCGGAGTGGCTCAGCCGTATTCCGGCAGCAGACGATATCATTATTGAAGCAGATTGCGGAAGTAATACTGAACAGGGCTCATTGACGGCGATGCTGCCGTTTTTTGTTAACCTGCGGGATGAAATGATGGAAACACACAAATACGCAAGGAAGATAAGGATCGGGGCTGCGGGAGGAATCGGGACTCCCGAGTCTGCCGCGTCTGCTTTTTTAATGGGCGCTGATTTTATTATGACGGGATCCATTAATCAATGTACAGTTGAAGCCGAAACAAGCGGTTTTGTTAAAGAAATGCTGAGTGAGACAGGAATATGCGATACTGCTTATGCGCCTTCGGAGACTCTGTTTGAGTTCGGAACAAAGGTTCAGGTGCTGAAAAAGGGCACGCTGTTTCCGGTCAGGGCAAATAAATTATTTCAAATCTACCAACAATACGAGTCTTTGAGTGAGATAGATGAAAAGACAAAGATTCAGCTCGAAAATGATTATTTTAACAAGACTTTTGATGAAATCTACGAAAGCATAATAGAAAAACAGCCGAACCTGGCCCAAAAAGCTGAGCGCAATCAAAAATATAAGATGCTGTTACTATTTAAGTGGTATTTGCAGAGAGGATGTCTGCTTGCTTTGGAAGGGCAGGAAGAACAAAAGGTGAATTTCCAAGTTCATTGCGGCCCGTCTTTAGGCGCTTTTAATCATTGGGTAAAGGGCACGGATTTGGAATCATGGAGAAACAGACATGTCGATGACATTGGTGAAAAATTGATGAATGAGACCGAAAGTCTGCTGAGGCGCAGATTGGATATGTTATTTCTACACTAA MLAYVFPGQGAQFKGMGRDLFDEFSELIKKADHILGYSIKDLCLSDEKERLTDTKYTQPAIYTVSALQYLKGLKEGHTRPDAVAGHSLGEYTALFAAGVFNFETGLRLVAKRGELMSEASEGGMAAVIGLDEHHIKKILQKYEFGQIDIANYNTSSQIVIAGAAEEIKRAASFFEKEGAKAYIVLQVGGAFHSRFMESAQREFAEFIEGFQFSELNFPVISNYTARPYKQEDIKRNLIEQITNSVKWTESIRYLMGQGVTVFEEIGPGNILTKLIQTIQRDEEPLTISAPEDSLFFSEGNKDNSESGKEHSLLAENIESGAASPMSRLGDQSFKEDYGLTYAYLAGAMHRGISSAEMLIRLGKKGMLGFFGTAGLTIREIEQALISIKKTLKNGQPYGMNLRFEPDHQDREKELIDLYIKHDVRVIEASSYLSVSAPLIYYKAHQLKIDKSGSVIPHNRIIAKVSRPEVAAAFLSPPPQSIVKRMCQHGMLTEEQAEWLSRIPAADDIIIEADCGSNTEQGSLTAMLPFFVNLRDEMMETHKYARKIRIGAAGGIGTPESAASAFLMGADFIMTGSINQCTVEAETSGFVKEMLSETGICDTAYAPSETLFEFGTKVQVLKKGTLFPVRANKLFQIYQQYESLSEIDEKTKIQLENDYFNKTFDEIYESIIEKQPNLAQKAERNQKYKMLLLFKWYLQRGCLLALEGQEEQKVNFQVHCGPSLGAFNHWVKGTDLESWRNRHVDDIGEKLMNETESLLRRRLDMLFLH PGPT0010125_87 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACILLAENE|DIFFICIDIN_METABOLISM,PGPT0010125-baeE|pksE|dfnA-K15329 NA NA D1-12_00621 12255 fadA_1 3-ketoacyl-CoA thiolase ATGGTTCATTTGAATAAACAGAATGCGGATATCGCGATAATCGGGGTTGCTTGCAGATTCCCCGATGCAGATCATTATCATGAATTCTGGGAAAACATAAATAGCGGCAAAGATTCCATCCGGGAAGTGCCGATTGAACGGTGGGATCCCGAACTTTATTATTCAGCTGATATCAGTATACCGAACAAAACAATCAGCAAGTGGGGAGGTTTTATTCATAAAGCAGACCATTTCGACCATAAGTTTTTTAATATCTCTCCCCGGGAAGCGAAAAACATGGATCCTGAGCAAAGAATCCTTTTAGAAGAAACCTGGCGGTGCATCGAAGATTCCGGGGTTTCTTTGCAGGATCTCCAGCGTAAAACCACTTCTGTTTTTGCGGGTATTATGAATTCTGACTACCGGCAGACAGGTCATGCTGAATCGGAAATCGACAGTTACGCCTGTTTAGGAAGTTTCGAAGCTATGCTTTCCAACCGGCTTTCATACACATTCGGTTTGACCGGAAAAAGCATGTCTGTAAATGCCGCTTGTGCATCATCGCTTGTTGCTTTACATGAAGCGGTTAAGTCATTGCGGACAAAAGAAAGCGATTATGCAATCGCATCGGGAGTAAACTTGAATTTCCAACCCGGAAAATATATTTCTTTTTCTAAAGCCAGAATGCTGAGTCCTGACGGCAAATGTAAAACCTTTGACGCAGCGGCGAACGGGTACGTTCCCGGAGAAGGGGCAGGCGTTGTATTGCTGCAGCGCCTTGGTGATGCAGTAAAAGCCGGTCACCATATATACGGGATCATAAAAGGGACAGCTGTTAATCATGGCGGTAAATCCCGTTCCATAACCGCTCCCAGAGCAGAAGCGCAGTGCCGGGTCATCTCAGAAGCTTTACACAACGCTGCTGTTGATGCTGCGACGGTTTCTTATGTAGAAGCACATGGCACAGGTACATCTCTGGGCGATCCGATAGAAATAGAAGCATTGACAAAAGCGTATCGGCAATATACTGAGGATACTCAATATTGCAGGATCGGAAGTGTGAAAACAAATATCGGTCATACAGAAGCAGCGGCGGGAATGGCCGGATTGATAAAAGTTCTAATGATGATGAAACATCGGAGGGTGCCGAAAAGCCTGAATGTACATACGGTAAATCCAATTATACAGTTTGAAAAAACACCGTTTAGGCCGGCGCTTGATTCAAGTGATTGGAAGGCGGCAGACGGGGCTCCGCTCAGGGCGGGAATCAGCTCCTTCGGTTTTGGGGGTGTTAACTCTCACGTCATTATCGAAGAATTTATACATACAAATGACGAAACTGACAGAAAGGGAAGGGTTCCCTTCCTTTTTTCCGCTAAAAGTGAAGAAAGCATGAAACAAATGATACATAATTGGAGAACCTTTTCTGACGATTCTGAGGAATTTTGCAAAATATCAAATGAAGCGATCAGCAGCACCCTTTTAACAAGGACATCGTTTGATTACAGGGCGGGTTTATTGGCAGGCAGCAAGGAGGAATTTAAAAATCAGCTTAAAGAGGGATTAAGTTTTCGGAGGAAACAAGATTCTGAATGGGCGCTTGCCATCGGTGACTTCAAATGGGAAAGTTATAAACAATTTGCCGTTTTGAAACGCGTGTTCCCTGATTTAGAAAAGAACGTAAGGTCGGTGCTGAAGGGTATACCAACATTGCACAGTTCATTTAAAAGAAAATGGACGCCTGAGAAAATCCGCTTGTATTCTTTAGTTATCAATACGGAAATCATAAAAAGTATCCTGGCATCCGGTTTTAAGCCAAGCCTCATTACAGGCGCCGGAGACGGATATTACGTCGCTCTTGCAGCAGCGGATATCATCAAAATTGAAAAGGCCATTTCTGTCATCACAGGCGCTGAAAAACCTTCGCACTTATCCTGTGAGCCGCCGTCCATTCCATTTGTCAATCCGTACACTTCAAAAACGTACCCGCCGGTTCGATTAAATGAAGAATATGTAAGGATGCTGCTGAACGGTCTGAGCTTCCCGGCTGATTTTACAGACCGTCTGTACGGGAAAACACGGCTGCTTCTTGAGCACCAATATACGTTTAAAGGGTTTTTAGAAGAGTGGGATAAAGCGGGAAAGACTCAGGAAATCGAGATTTTATCTTATATTGTGAATCGCACGGCGGATAAAAGAAACGCACTGCCGGCTGATGAGGAAGCGGCGATCATGGCTATCCTTGCCTCTATGAGAAGACTGTATAAGAGATGGGATTTAACAGATTATGATGGATTCTTTAATAATGATTATGTTCTGGAAATATTAAATTTACTTGATGAAGGGATTTTGTCTAAAGAACTTTTTCTGAGCATGTTATTGAAAAAGCAAGACGGAATTAAACAGGCTGTTGCTTGTATGAATGAGCAGCCGGCAGATTTTTATGATAAGGATCGTTTTCCGTTGATGACAGAATACAATCAAATGGATGCCGTGTCTCAGGAGATAGCTGATCATATGCCGCTTCACACGGAAGAAAAGGGAACGGAGCCGGATGTGGTTATTTCTGATTTTTCAGTTTTCCAATTCGGATCGCTCCCTCCATCAGCAAAACTAAACAAAGCGGCTGCTTTTGAAGCGGACAAAGCAGCTGATGAAGCTCTTTATCATTCATTTATGCAACTGTGGCTTTCAGGAGAAGAGATTGAATGGGCGAAACTAGGTGACTATCATAAAAGAAAAGCCCCGCTTCCGCCTTATCCGTTTGAGCGCTGTCAATTTTCTTTAAACCCTCAGCAGGTAAAATCAGACGCGGCTTTTTCAGCAAAGAAGAATCAGGCACTTTATGCGCCGATATGGAAAGAAACCGCACTTGAGAATGAAGCGGACAGCGGACAAGCCTGTACTATTTTGTTGTTCTCCGAGAATAAAGACTATTTTGAAGAGATGAAAAAAAGAGAGAATACGTCCGCATATCTTATTATGCCCGGTGACCGTTTAGAGCAGATAAGCGACAGTGTTTTCACGATCAACAGGCAGCGTCCCGATGATTATCAAAGTGTCATTCGTCTGTTAAAAGAAAAAGGCGCAGCGCCTGATGCAATTTTGCATACGTGGTCTGAAAAACAGCCTGAACTGGAAGAAACACTCGAATCAGGAATTTATTCCGTGTTTTATCTGACTAAGGCTTTAATCAGCGAGAACCTTATAAACAAAGTAACGTTCATTTATACATTCAGCGCAGATCAAAAAGAAAAATTGCCGTATTTTGAAGGTGTGAACGGTTTTTTAAAATCGGTAAAACAAGAATATCCGCAGCTGCATTGTAAGACGGTTTGCTTTGAACATGATTCTGCAGCCGTTTCATTTTCAGAGAAGGCTGCCATTCTTTATAAAGAAATAAACACAGCACCTGATCGGCATATTCATATCACTTACAGAGGCTGCGTAAGATATGCACGGATGTTAGAGAAGCAGAGAGAAACATACACAAAGACCATTCAATACCCTGAAAAAGATAAAGTATATTTAATTACAGGGGGATTTGGGGGGATTGGCAGTAAAGTCGCTGAATATTGCGCGAAAACTGAAAGATCCACCATTATTCTATCGGGGCGATCTGCTTTAACCGGAGATAAGCAGAAACATTTAGAATACCTGAACAGCTTTAAAGCCAAGGTTTATTATATACAGGCGAATATATCCGATAAAGAAGCGGTAAAAAAAATGATTGACGGTATTACCGATCAGCATGCAGGTCTTCATGGCGTCATTCATTGCGCAGGAGTTATCAGAGACTCGCTGCTTTTTCAAAAAACAAAGCAGGAACTTTCAGAGGTGATTGCTCCGAAAGTTCATGGTGCGTTGAATCTTGATCATGCAACGAAGTCGCTGGAATTGGATTTTTTCGCCGTTTTTTCTTCAGTCGTCTCTATTGCAGGGAACGAAGGCCAGTGTGATTATGCATATGCAAACGGCTTTTTAGATCATTTTGCAGAATATCGGGAATGGAAACGGCAAAATTCTCTGCGCAGCGGCCGTACGCTGACAATCAATTGGCCTTTATGGAAAGACATCGGAATGGGGGCGAACCTGTCAGGTCAAGGGCGGACGTCTCTTTTTCATGGTTCCGGGCTCGAAGAACTTCCTGCTGAAGACGGAACGCAATGGTTTTCGCGGATTGTAACTTCGGGTCAGCTGCATAATATTGCAGTCTGCGGTGATCATGAGCGCTTTGAACAATTTATGCGGCAGAGATTTTTGACGGACGAAACAGAGACAGGCAGTGCCATTCCTTTGGCCCAAGGCGATATTTTGGATCAGACAGTTTTGTTTTTAACCAATATCATCTCCTCTGAGGTCGGTGCAGAACGGGAAGAGATCGATCAAGATGTGCATCTGGCTGAATATGGAATGGATTCGGTTATGATTCATCAATGCAACACAAAGCTGGAGCAGTCACTGGGAGCAATTTCGAAAACGCTTTTATTTGAATTTCATACAATCAGAGATTTAGCAGATCATCTTGTAAAGGAATATCCGGATCGGCTGGGGCGTTTATTTTCACGGGAGGAAAAAGGAAAACAGATTCAGAGCATTACCCCCGCCAGGCCGGAACAAAACATCACTGCACCTGCGGCGGAGGAAAAAGAACATCTTGACGGGATAGCGGTAATCGGTATCAGCGGCCGTTATCCCGGGGCTGAAAATATCGAAGAATTGTGGGAACTTCTATCAAAAGAGAGAACCGCAATCACAGAAATTCCGAAAGAACGTTGGAATTATGAGACCTACTATGATCCAGACCCCGCTAAAGCGCATGAGGGGAAAATTTATTGCAAATGGGGCGGATTTTTAAAGAATGCTGAATCATTTGATTCTTTGTTTTTCCAAATATCGCCAAGAGAAGCGGAAGCGATGGATCCTCAGGAACGAATATTTCTCGAAACCGTATGGAAAGCATTTGAAGATTCGGGATATACCATTGAAGGGTTGAGAAAGCAGACCGAAAAACATGTCGGTGTATTTGCGGGAGTGACGACCAATTCTTACAAGCTGCTCGGTGAAAGAATACCGACGGACAAAAACGATGTACTTCCAAATTCGTTCCCATGGTCTCTCGCGAACAGAGTGTCTTACACATTTGACTTTACAGGTCCCAGTGTCCCTGTAGATACGGCTTGCTCTTCATCCTTAACGGCAATTCACATGGCTTGCCAAAGTTTAAAAAAAGGTGAGTGCTCGGTTGCGGTTGCGGGAGGAGTAAATTTGTATCTTCATCCTTCTGACTATTTATACCGATGTCAGATGGGAATGCTTTCAAAATCGGGAAAATGCAGAAGTTTTGGAGAAGGCGGCGACGGTTTCGTACCCGGGGAAGGTGTCGGGGCCGTAATTCTTAAACCGCTTAAAGATGCCATACGTGATAATGATACTGTGTACGCCGTCATTAAAGGAACGGCAATTAATCACGGCGGAAAGACGAATGGCTATACGGTGCCTAATCCTGCCGCACAGGCGGATTTAATCCAAGGAGCTCTTAAAGCGGCCGGTTGGAGCGCCAGAAGTGTCAGCTTTATTGAAGCCCACGGCACGGGAACGCCGCTGGGTGACCCGATTGAAGTCCGCGGCCTGACCAAGGCGTTTAGAGCTTATACCGAAGATGTTTCATATTGCTCTCTCGGATCGATTAAATCTAACATCGGTCATCTCGAAGCGGCTGCGGGTATTGCCGGCCTGACAAAGATTATCTTACAAATGAAGTATAAAAAAATAGCCGCAACACTGCATGCTGAACGGGTGCATCCGGATCTTTATCTGGAAGAGACACCTTTTTGTCTTCAGCAGGAAACCGCCGACTGGATAAAACCCGCGAATGAAAAACATTCTGACAGCAAATATCCGCGGCGTGCGGGATTAAGTTCTTTCGGAGCGGGCGGGGCGAATGCTCATATTCTTGTGGAAGAGTATGAGTCTGCTGCTGACTGTTATACGGATTGTGAGGAAAGTGAGGAACTTATCGTACTCTCAGCCAAGCATTCACTGAGTTTACGGGAATCGGCAAAACAGCTGGTGGAATATCTTCAAAAGGTCCGTCAACAACAGGGCGAGTTTTTGCAGCAAGCGGGAACAAACAAGCCGCTTCACCTTTCTGATATTGCGTATACCCTTCTTGAAGGGCGTGAAGCCATGGCGGAAAGGCTTGCTGTCATTTCAAATAATATCGACGATCTGATGTTGAAATTAAATCACTTTTATAATGGAATTGACGATCACGAAATATTTAGAGGGAAAAAACCGAATCATAAACGCAGACAGCAGCAATCGGATCTTCCGCTCAAATCCGGCAGAACCACATTAGCCGAAATGGCTGAATTCTGGGTATCAGGAGGCAATTTAAGCTGGGAAGATTTCCGCACTGGCAGAAAACCGGCGAAAATTACCCTGCCGACTTACCCTTTCTTAAAAAACAGACTGTGGGTGTCAAATAAGGCGCAATCAAAATCAACAGCTGATAAAGCTCCTTTATTTGATTTTTCTGCAGGTGAGTGCCGATTTTATAAAACGCTTTCAGATTCTGAATATTATGTAAAAGATCATGTTGTGCATGGGAATATGGTTCTGCCAGGAGCGGCAATCATCGAAGCGGCCAGAGAAGCGGGAGAGAGGCTGTACGGAAAATCAGTCATAAAACTGAGTCAGGTTGTATGGGCGGTTCCAATAACCGTTGAGAAAGAAAAGACGGTAATGATAGATCTGCTGCCGAATCAAAAAGACGGCAGATTTGTGGTGAAAACCGATATGCAACCTGAAGCGGCGGTTCATTGCCAAGGAAACATTATCACATGCGGAGATAAAGATGCCTCTCATACAGAGCATTTTCAATTGGACAGCTGGTTAACCGGACAGAAAAGATTAATCAGCGGCGCTGAGTGTTACAGGGATTTCCGGCAGAGCGGTTTGGACTATGGAACCAGTTTTCAGGTAATAAAACAGCTGTTTATCCATGAAAATGCTGTTCTTGCACGAATATCACTTCCTGAGAGCATTCATAAAAAATCCGGCACGCTGCTGGAACCGTGTTTATTGGATGGCATTTTTCAATCCACAACCGGGTTTACGTCCGGTCAAGAAGGAGATCTCACCGCATATTTGCCTTTTGAATTAGGTGAGCTGGAGATTCTTCATGCACCTTCGGCAAACGGCTATGCTTACATTACAGCTGCCGATGAAAGACAACATGATGATGTCAAAAGGTTTCATATATTATTTATGGATGAAAACGGATCTGTAAGTCTTAAAATAAAAAACTTAGCGTTGAAGGCGTTAAGGGCTGCACCGCAGACTCAGGAGGAGCGGCATTCAGTTAAGTATTACACTGATATGTGGAAGCGGGCCCCTCTGCTTCATCAGCCTGAAGCCAGCGGTTTAAACAGCTGCCTTGTGATTTCACTCCGTCGGGATATATCAGAACCGCTGATCCGCCAGGCATATAAAGATATCGGCTTGAACATGATCTTTGTCCGCCATGGCGGCAATTTTCAAGAAAAAGAAGCTGATTCCTTTGAATTGAACAGCGTCAAACTTGAAGGCTATCAGAAATTGCTGGCGATTCTTAAAGAAAGACAAGTGACAATTGACCGTGTCATTTTAATCGGGATGAGCCCTGAAACGGGAATTGAGCAGAACATTCATGAAAAGCTGGAAGAGGCTGTTTTGCCGGTTTTCAATGTAACGAAAGCTCTGCTAGCAACAATCCCGAGACATAAAATCCTGATATCACATGTGTTTTTCACAAGGGAAAATCAAATCTTACCTTATCAAATGGCAATCAGCGGCTTTTTTAGGTCGCTTCATTTAGAACATCCAATGTTGTCCGGTAAAAATATTGAAATACACAGCGACGAAATTCAGTTACAGCTGAACACCGGTCTGCCTGAATTAAAAAACCTTGTGAAAGAAACAATCATCAGCGATGATACTTCAGAAATCAGATACAGAGATGGAATCAGGCAGGTGAAACACTCTGCAGAAATTGAAAGTGCCGAGCCCCCCGAAAAGATGGAAGTAAAAGAAGGGGGAGTTTACCTCATTACAGGAGGAACGGGCGGTCTGGGACTGATTTTCGCCAGACATCTTGTGCGAAAAGGGAGAATAAAACTTGTCCTTATCGGCAGGTCAGAGCTTTCTGAGGAAGCCGTAAGCAATGTAAAAGAGCTCGAAAAAAACGGATCAGAGGTTTTTTATGTAAGAACCGATATTTCTGATAAGGAAAATGTCAATAACCTGATAAAACTCGTCAAAAACAAATTAGGTCCTGTTAAAGGAATTATTCACAGCGCCGGTGTGATAAAAGATTCATTACTCATCAATAAGCGTGAAGAGGATCTCGATTCAGTCTTGGCCAGCAAGGTTTACGGAACGATATGGCTTGACCGGTATACAGACAGAGAACCTCTGGACTTTTTTGTAATGTTTTCATCTATCAGCGCAATAATCGGGAACGCGGGACAAACCGATTATGCTTATGCAAACCGGTTTATGGATTATTTTGCGGAAATGAGAGCGGCGGAAAATAAACCTGGAAAAACAGTCTCGATGAATTGGCCTTTATGGAAAGAAGGCGGTATGCAAATTGATATTCATTCAGAGAAGTTCCTTTATGACCGTTTCGGAATGCTGCCTCTGGAAAAACGGGAAGGCCTTGCAGCATTTGATCAAGCAATGACAGGGTGTGAACATCAAATAATGGTATTTAGCGGTAATGAATTAAAGCTGGAACGAATGATAACGATTGACAGCGGAAAAAGTGACCCGGCAATCGCCGACGAAAATCAAGAACTGAAAGAGCTGTCAATAACTGAATCTTTAAAAAGCACTTTGACGCGCATCATCACCGGCGTATTAAAAATTGAAGAACGGGAATTTGATTTTGAACTGCCGATAAGTGAATACGGATTTGATTCAATTATGTTTACAATGCTGGGCAACGAATTAAACGAGTCATTAGGAATATCAATGATGCCGTCAGATTTTTTCGGTCTTACTGATTTTAATGAACTTCTTGAGTTTTTAAAGAGTGAGTATTCCGAGGAGCTTCATCTCTGCGGCTCTTTTTCTTCAGATGAATCTGCGGCGAAAGACCGGAGAGAAAATCTGATTGAGGGCATTGCAAAGATGATGTCAAGTATTTTGAAGATTGACAGAAAGGAAATAGAAGAAGAGACTTCATTCGGCGAGTACGGATTTGATTCTATTACGTTTACCAGACTCGGAAATGAAATCAATCAACAATATGGTACGGAATTATTGCCGTCCATTTTCTTTGAATGCAATTCACTGGCTGAAATGACTGATTATGTAATCGAGCAATACGGAGAAATCCTTTTTGCTGAGACAGAATCTTTTTCTGCAGCTGACGAAAAAACATTGTACAGCACGCCTCCGCCGGAATCTTATGAACATTCCCCTGAGCCTGAAAATAAAACTAGGCAAGAGGAAAGACATATAAATGAGCCGGTGGCAATAGTGGGAATAAGCGGCCGTTTCCCCCAAACAGATACGCTGGAAGACTTTTGGGAAGGAATTGAAAAAGGCCGGGATATGATTACAGACATTCCTGAAGACCGTTGGAACTGGAAAGAGTTTGACGGCGATCCGATCAGGGACGTCAATAGAACAAAAATAAAAAAAGGCGGATTTATCAAAGGCGCGGACAGTTTTGATCCGTTGTTTTTCGGGATTTCTCCCGCCGAAGCAGAATTAATGGATCCCCAGCAAAGAATTTTTATGGAGACTGTATGGAAAACAATAGAAGATGCGGGCTATAAGCCGTCCGATTTGGCAGGGACGAAAACCGCGGTGTTTGCAGGGGTCGCCACAACGGATTATGCTGAACGTCTGAATGAAAATGGCGTCTCTGTTCAGGCGCAGACCGCAACCGGTTTAAATCATTGTATATTGGCAAATCGTATTTCTTACCAGCTGAACCTGACGGGTCCGAGCGAACCGATTGACACTGCCTGTTCAAGTTCGTTAGTTGCGCTTCATCGTGCGGCTGAGGGGATTCAAAGAGGCGATTTTGAAATGGCGATTGCAGGCGGAGTGCATATTATGACAAGCCCTACTCTGTTTATAGCTTTTGATAAAGCAGGTATGCTTTCCAAAGACGGAAAGTGCAAAACGTTTGATAAAAGCGCTGACGGCTATGTAAGGAGTGAAGGGGCGGCTGCAGTATTGCTCAAGCCGCTCAGCAAAGCACAGGCAGACGGTGATCATATATATGGTTTGATTAAAGGGTCAGCTGTAAATCACGGCGGCCGCGCCAATTCTTTGACAGCTCCGAATCCGAACGCACAGGCGGACTTATTAACCGAAGCTTGGCGGAAGGCGGGGGTCAGTCCTGCCACTGCGGGATATATAGAAGCGCATGGCACAGGGACAAGTCTTGGTGATCCGATTGAAGTGAACAGCATCATAAAGGCATTTAAAACGTTATATCAAGAATGGGACATTCCTTTTGCGAAACAGAAATGCTGCGGAATCGGGTCTGTGAAAACAAACATCGGCCATCTCGAAACCGCTGCCGGAATAGCCGGAGTGCTGAAAGTGTTACTGGCTTTTAAATATCGCAAACTTCCGGGACTCGCCCATTTTTCAGAACTCAATCCATACATCAAACTGGAAAATACGCCATTTTATATCACAGAAACCGCTCAAAAGTGGAATCCGATAAAAGATGAAGAGAACAACGATCTGCCGAGGAGAGCAGGTGTCAGCTCATTCGGATTCGGCGGTGTGAACGCGCATATTGTTTTAGAGGAATATAGGGAACCTCAAAAAGAAGTGCCGGAAAACAACGGTAACACACATATTTTTGTTTTATCTGCGAAAAGCAAAGATCAATTACTTGAGTATATCCGGCTTATGGTTCAGTACTTGGATCGCGTGATTGCCGGTGACATGACCGTTAATGCCAGTGACATGGAATTTACATTGCAAAACGGCCGGGAAGCAATGAACGAAAGAATTGCCGTATGTGCAGCGAGTCTGACTGAGCTGAGAGATAAATACGTCAGCTTTCTTGATGACAGCAAGGTGCAAAAAGGCGTATTTATAAGCGAAAACACTGAAGAGCGCACAGCTGTTTCTGAATATATGATTCAGGAGGCTCTTCAAAGCGGAAAAGAGGAGCTGCTCGCACAATGGTGGGCCAATGGAGCCGAGTTTGAATGGAAGACAATCGGCAATAAGAAATTGAATAGAGTGCCGATGCCAACTTATCCGTTTGCAAAAGAGAGTTATTGGTTTACTCCGAAAAAGAACAAAAGCGAGGTTAATAGTAAAAGTCTTCACCCATTAATCAGCGAGAATGTCTCAACATTAAAGAAACAAGCATTTAAAACTGTTATTTCCGGAACTGAATTTTTCGTCACTGATCATCTTGTTTCAGGAGACTATGTGCTGCCAGGAGCCGCTTCGCTTGAAATGGCTCTTGTTTGTGCGGAAATAAGCGGAGAAAGTAAAGTATATAAAATAAAAGACGTGATGTGGAACAGACCTATATTATATAAAGGAAAAACGCTGCACATTTATACCGACTTGGAAATGAAACAAGATAAGTTGAACGTAATGATATGTAAAGAGGGTCCGGATGGCGTGCAGCAAATCTGCACACAAAGTGAAACAGTATTCGGAGACATAAACAGCAATCCTGAGTATGTCGATATTGATCAGTTCATACGCAGCAGTGAGCCGGTCATAAGCCGGGAAGAGTGTTATCACCGCTTCAGCCGTATGGGCCTGACATATCATAGCAGTTTTCAAACATTGAAAGCCGTATATCGCGGTGATATGGAGTTAATGGCAGAATTGGAGCTTCCTGCTCATTTAGCGAACGGGTTTTCACATTTTACACTTCATCCTTCATTAATTGACGGCGGTTTTCAAGCGGCGGCATTTTTGTTAAGAGATAATGAGAAAGAGGGCTTATTTGTTCCATATTCACTTAGAGAGCTTCACATTAAGAGGGCGCTTACTGCCCGATGCCATGTCTCGGTGAAAGAAACCGGTTTTTATACGTATAACATTGATTTTATTAACGAGAGCGGCGAAATAGCCGTGAGCATGAAAGACTTTTCTGTCAGAAAAGTGACCGGGGGAGAATTAACCGCAGGACGTAAAAATGAAGATCAGGAAATTCTCTTCTTATTAGAACGATTGAAAAACGGTGAACTTTCTGCTGACCAAGTTTATCAGCTGCTGGAGGGAAAATAG MVHLNKQNADIAIIGVACRFPDADHYHEFWENINSGKDSIREVPIERWDPELYYSADISIPNKTISKWGGFIHKADHFDHKFFNISPREAKNMDPEQRILLEETWRCIEDSGVSLQDLQRKTTSVFAGIMNSDYRQTGHAESEIDSYACLGSFEAMLSNRLSYTFGLTGKSMSVNAACASSLVALHEAVKSLRTKESDYAIASGVNLNFQPGKYISFSKARMLSPDGKCKTFDAAANGYVPGEGAGVVLLQRLGDAVKAGHHIYGIIKGTAVNHGGKSRSITAPRAEAQCRVISEALHNAAVDAATVSYVEAHGTGTSLGDPIEIEALTKAYRQYTEDTQYCRIGSVKTNIGHTEAAAGMAGLIKVLMMMKHRRVPKSLNVHTVNPIIQFEKTPFRPALDSSDWKAADGAPLRAGISSFGFGGVNSHVIIEEFIHTNDETDRKGRVPFLFSAKSEESMKQMIHNWRTFSDDSEEFCKISNEAISSTLLTRTSFDYRAGLLAGSKEEFKNQLKEGLSFRRKQDSEWALAIGDFKWESYKQFAVLKRVFPDLEKNVRSVLKGIPTLHSSFKRKWTPEKIRLYSLVINTEIIKSILASGFKPSLITGAGDGYYVALAAADIIKIEKAISVITGAEKPSHLSCEPPSIPFVNPYTSKTYPPVRLNEEYVRMLLNGLSFPADFTDRLYGKTRLLLEHQYTFKGFLEEWDKAGKTQEIEILSYIVNRTADKRNALPADEEAAIMAILASMRRLYKRWDLTDYDGFFNNDYVLEILNLLDEGILSKELFLSMLLKKQDGIKQAVACMNEQPADFYDKDRFPLMTEYNQMDAVSQEIADHMPLHTEEKGTEPDVVISDFSVFQFGSLPPSAKLNKAAAFEADKAADEALYHSFMQLWLSGEEIEWAKLGDYHKRKAPLPPYPFERCQFSLNPQQVKSDAAFSAKKNQALYAPIWKETALENEADSGQACTILLFSENKDYFEEMKKRENTSAYLIMPGDRLEQISDSVFTINRQRPDDYQSVIRLLKEKGAAPDAILHTWSEKQPELEETLESGIYSVFYLTKALISENLINKVTFIYTFSADQKEKLPYFEGVNGFLKSVKQEYPQLHCKTVCFEHDSAAVSFSEKAAILYKEINTAPDRHIHITYRGCVRYARMLEKQRETYTKTIQYPEKDKVYLITGGFGGIGSKVAEYCAKTERSTIILSGRSALTGDKQKHLEYLNSFKAKVYYIQANISDKEAVKKMIDGITDQHAGLHGVIHCAGVIRDSLLFQKTKQELSEVIAPKVHGALNLDHATKSLELDFFAVFSSVVSIAGNEGQCDYAYANGFLDHFAEYREWKRQNSLRSGRTLTINWPLWKDIGMGANLSGQGRTSLFHGSGLEELPAEDGTQWFSRIVTSGQLHNIAVCGDHERFEQFMRQRFLTDETETGSAIPLAQGDILDQTVLFLTNIISSEVGAEREEIDQDVHLAEYGMDSVMIHQCNTKLEQSLGAISKTLLFEFHTIRDLADHLVKEYPDRLGRLFSREEKGKQIQSITPARPEQNITAPAAEEKEHLDGIAVIGISGRYPGAENIEELWELLSKERTAITEIPKERWNYETYYDPDPAKAHEGKIYCKWGGFLKNAESFDSLFFQISPREAEAMDPQERIFLETVWKAFEDSGYTIEGLRKQTEKHVGVFAGVTTNSYKLLGERIPTDKNDVLPNSFPWSLANRVSYTFDFTGPSVPVDTACSSSLTAIHMACQSLKKGECSVAVAGGVNLYLHPSDYLYRCQMGMLSKSGKCRSFGEGGDGFVPGEGVGAVILKPLKDAIRDNDTVYAVIKGTAINHGGKTNGYTVPNPAAQADLIQGALKAAGWSARSVSFIEAHGTGTPLGDPIEVRGLTKAFRAYTEDVSYCSLGSIKSNIGHLEAAAGIAGLTKIILQMKYKKIAATLHAERVHPDLYLEETPFCLQQETADWIKPANEKHSDSKYPRRAGLSSFGAGGANAHILVEEYESAADCYTDCEESEELIVLSAKHSLSLRESAKQLVEYLQKVRQQQGEFLQQAGTNKPLHLSDIAYTLLEGREAMAERLAVISNNIDDLMLKLNHFYNGIDDHEIFRGKKPNHKRRQQQSDLPLKSGRTTLAEMAEFWVSGGNLSWEDFRTGRKPAKITLPTYPFLKNRLWVSNKAQSKSTADKAPLFDFSAGECRFYKTLSDSEYYVKDHVVHGNMVLPGAAIIEAAREAGERLYGKSVIKLSQVVWAVPITVEKEKTVMIDLLPNQKDGRFVVKTDMQPEAAVHCQGNIITCGDKDASHTEHFQLDSWLTGQKRLISGAECYRDFRQSGLDYGTSFQVIKQLFIHENAVLARISLPESIHKKSGTLLEPCLLDGIFQSTTGFTSGQEGDLTAYLPFELGELEILHAPSANGYAYITAADERQHDDVKRFHILFMDENGSVSLKIKNLALKALRAAPQTQEERHSVKYYTDMWKRAPLLHQPEASGLNSCLVISLRRDISEPLIRQAYKDIGLNMIFVRHGGNFQEKEADSFELNSVKLEGYQKLLAILKERQVTIDRVILIGMSPETGIEQNIHEKLEEAVLPVFNVTKALLATIPRHKILISHVFFTRENQILPYQMAISGFFRSLHLEHPMLSGKNIEIHSDEIQLQLNTGLPELKNLVKETIISDDTSEIRYRDGIRQVKHSAEIESAEPPEKMEVKEGGVYLITGGTGGLGLIFARHLVRKGRIKLVLIGRSELSEEAVSNVKELEKNGSEVFYVRTDISDKENVNNLIKLVKNKLGPVKGIIHSAGVIKDSLLINKREEDLDSVLASKVYGTIWLDRYTDREPLDFFVMFSSISAIIGNAGQTDYAYANRFMDYFAEMRAAENKPGKTVSMNWPLWKEGGMQIDIHSEKFLYDRFGMLPLEKREGLAAFDQAMTGCEHQIMVFSGNELKLERMITIDSGKSDPAIADENQELKELSITESLKSTLTRIITGVLKIEEREFDFELPISEYGFDSIMFTMLGNELNESLGISMMPSDFFGLTDFNELLEFLKSEYSEELHLCGSFSSDESAAKDRRENLIEGIAKMMSSILKIDRKEIEEETSFGEYGFDSITFTRLGNEINQQYGTELLPSIFFECNSLAEMTDYVIEQYGEILFAETESFSAADEKTLYSTPPPESYEHSPEPENKTRQEERHINEPVAIVGISGRFPQTDTLEDFWEGIEKGRDMITDIPEDRWNWKEFDGDPIRDVNRTKIKKGGFIKGADSFDPLFFGISPAEAELMDPQQRIFMETVWKTIEDAGYKPSDLAGTKTAVFAGVATTDYAERLNENGVSVQAQTATGLNHCILANRISYQLNLTGPSEPIDTACSSSLVALHRAAEGIQRGDFEMAIAGGVHIMTSPTLFIAFDKAGMLSKDGKCKTFDKSADGYVRSEGAAAVLLKPLSKAQADGDHIYGLIKGSAVNHGGRANSLTAPNPNAQADLLTEAWRKAGVSPATAGYIEAHGTGTSLGDPIEVNSIIKAFKTLYQEWDIPFAKQKCCGIGSVKTNIGHLETAAGIAGVLKVLLAFKYRKLPGLAHFSELNPYIKLENTPFYITETAQKWNPIKDEENNDLPRRAGVSSFGFGGVNAHIVLEEYREPQKEVPENNGNTHIFVLSAKSKDQLLEYIRLMVQYLDRVIAGDMTVNASDMEFTLQNGREAMNERIAVCAASLTELRDKYVSFLDDSKVQKGVFISENTEERTAVSEYMIQEALQSGKEELLAQWWANGAEFEWKTIGNKKLNRVPMPTYPFAKESYWFTPKKNKSEVNSKSLHPLISENVSTLKKQAFKTVISGTEFFVTDHLVSGDYVLPGAASLEMALVCAEISGESKVYKIKDVMWNRPILYKGKTLHIYTDLEMKQDKLNVMICKEGPDGVQQICTQSETVFGDINSNPEYVDIDQFIRSSEPVISREECYHRFSRMGLTYHSSFQTLKAVYRGDMELMAELELPAHLANGFSHFTLHPSLIDGGFQAAAFLLRDNEKEGLFVPYSLRELHIKRALTARCHVSVKETGFYTYNIDFINESGEIAVSMKDFSVRKVTGGELTAGRKNEDQEILFLLERLKNGELSADQVYQLLEGK PGPT0010165_157 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACILLAENE|MACROLACTIN|DIFFICIDIN_METABOLISM,PGPT0010165-baeN|pksN|mlnB|mlnD|dfnG-K13614 NA NA D1-12_00622 4773 hypothetical protein GTGCAGATCAAACAAATACTTTCCTTAATTAAAGAACAGCAAATGTCTCCTGATGCAGGACTGGAGCTAATTCGCACTTACAGAAAAGAACAAATGGAAAAAAAGGCGGAGCCGGAATCACAAGCTCCGTCCCCAACCATTTTTTTTAAGAACGAATGGGTAAGGACAAATAACATTGATAGGCCGAATCAGCAGGCACCGGGAAATATGCTGATTTTTGATCAGGATAACCGTCTTTTTCAGCATGCCGAGATGATGAATGGAGAACATAACCGTGTCATTCTCGTAACGCCCGATTCTGATTATAGAATTGAGCGGAATAGATGCACAATCAATCCTTCTGATGAAAATCATGTCGAAATGCTGCTGTCTGATTTGGCTGAAAACGGATTTACACCTGATGTCGTGCTTTATTTATGGAACGGAGAAATCAGAGAATTCACTGAAGAATCCGTTAACGAAACTCTTCGCAGAGGGATAAACTCGCTCTTTTTATTATCAAAAGCTTTAATGCGAAGAAACGAACCTGTTACGTTATTGCATATTTATTGGACAAGCGGTCTGAATCAGCCGTTTCATGAAGCTGTCGGAGGGTTCATGAAAACGGTAAACATGGAAAGCTCCAAGCTTAAAGCGAAAACCATACAGATTCGCCATGAGCATTCTGAGATAAATCCTCCGGTTTCCAAGGTGTGGGATGCTGCAATCAGTGAAATACAGCACTTTCAATCCGATGAATGTGAGGTTTTAATAGACTCACATACCCGTTATGTGAAAGGGCTGCAGCATATTGATAATCCGGAACACGATAACGGATCTGTAACGTATCAAAAAGGCGGCATATATATCATTACCGGAGGAGCGGGAAAACTCGGGCTGCTGTTTGCGGAACACATCGCTAAAGAAAACCAAGCCGTGATTATACTTACAGGCCGTTCTTTTTTAACAGCTGATCAAAAAGAACGGATCAGTAAGCTTAATGAGAGCGGCTCTATTGTTGAATATCAGCGGACGGACATAACAAATCGAACCGAGACAGAGCGATTCATTTTCGGCGTTAAACAGCGGTACGGCAGCATAAACGGGATCATTCATGCTGCCGGCATCCTTCGTGACTCATTTCTTGTAAATAAAAGTCTCAGTGATTTTACGGACGTACTGAACCCGAAAGTTTACGGGACAATCTGGCTGGATGAGCTGACAAAAGACGAAGATCTTGATTTTTTTGTTCTCTTTTCTTCTTTTTCCGCTTACGGAAATGCCGGCCAAAGTGACTATGCGTACGCAAATCATTTTATGGACAGTTTTGCAGTGCTTCGATCTCAGCTCTCCCGAAACGGAAAAACCCTTTCAATCAATTGGCCGTTATTGAAAGATGGCGGGATGAGTCTCGACAGCAATGGAATCATTCAAATAAAAGAAAAATACGGAATGACTCCGATGCGAACTTCCTCTGTTTTGGAAGCGTTTCTGAAAATGCTGCGGTCTTCATTTACCAGCTTAATGCCTGCAGAAGGAGAGCGGGATAAAATGATAAAAGCGCTTTCGATTCAAAGAAATACAGCTGCAGCAGATCAAGATACACTCACGGCGGAACACGATGAAGAAGAGGAATATGCTGCGAAAGAAAAAGTCAATGACTATTTAATCAAGATCATCAGCGGTGTCTTGAAAATCCAAGCTCATAAAATAAATGCGAAAGACTCTTTTGAGAAATTCGGAATCAACTCACTTATGATCATGTCACTTATTTCAAAGCTTGAAGATACTTTCGGGGATCTTCCAAAAACAATCTTTTTTGAATATCAGAACATTGAAGAGCTTTCAAACTTCTTCCTAACATCTTTTAAAGAAAAAGTGCTTAAGGCCGCAGGGGCAGCTCCGGTAACAAGAGTGCAAAAGAAAAGAGAAAATCTGAGTAAAAAACAGCACCGGCAGCAGAAGGTTGCAGCTGCACCGAGCATGGTTCAGCCGGGTGAGGATATTGCCATTATCGGTGTGAGCGGAAGATATCCGAATTCCGATACTCTTGAGGAGTTCTGGGAAAACATTGCCGGAGGGAAAAACTGTATTATTGAAATCCCCGAGGAACGTTGGGATTTCAGATCGACTTACAGTCCCGACAGAATGGAGAAGGGGAAAATCAACAGTAAGTGGGGCGGTTTTATCAGCGGTGTTGATCAATTCGATCCGCTGTTTTTCCATATTTCTCATAAAGAAGCTGAGCTGATGGACCCTCAGGAGCGAATTTTTCTCGAAACCTCCTGGCATACGTTTGAAGATTCAGGATATACAAAAGAGAAGCTTGACGGTATGAAAGCCGGTGTGTTTGTCGGAGCCATGTACGGACAATACCAATTATTCGGCGCAGAAGAAACTGCGCGGGGCAATCCGATCGCGCTCAGTTCCTTCTTTTCATCTATTGCGAACAGGGTTTCATACTTTTTTAATCTCTCCGGCCCGAGCATTGCACTGGATACGATGTGTTCATCATCGCTGACGGCCATTCACTTGGCATGTGAGAGCATTAAAAGAGGGGAAAGTGAAATTGCGCTTGCGGGCGGCGTTAATGTATCCATACACCCCAGCAAATACCTTTGGCTGAGTCAAGGTAATTTTGTTTCCACCGAAGGATTGTGCAGAAGTTTCGGAGAGGGCGGAGACGGCTATGTGCCGGGAGAAGGTTCGGGAGCCGTCCTGTTGAAACCTCTGGAAAAAGCAATTGCCGATCAGGATCATATATACGGAGTGATTAAAGGAACATCTGTAAATCATGGCGGAAAAACCAATGGATTTACGGTTCCGAATCCGAATGCACAAGCTGAGCTGATTGCTGAAAATTTTAAGAAATCGGGCATCAGTCCGCGATCCGTCAGCTACTTGGAAGCACACGGAACGGGTACCTCGCTCGGAGATCCGATTGAGATCGCAGGATTGACAAAAGCGTTTGAGAAATTTACGGATGATAAACAATTTTGTGCTATAGGTTCAGTGAAGTCTAATATCGGACATTTGGAGTCTGCTGCAGGTATAGCAGCTCTTACAAAAGTTCTTTTACAATTTAAGCATCAGAAATTGGCGCCATCCATTCACTCGGAACAGCTGAACCAAAATATCCGATTTGAAAAGACGCCTTTTTACGTTCAGCGGAAAGAAGAAGAGTGGCGGAAAGAATCAGGCGCCTCCAACAGGAGAGCAGCAATCAGTTCGTTCGGAGCGGGAGGAGCAAATGCCCATGTCATTGTGGAAGAATATCAAAACCATGCGGACACACAAACAATAAGCGGGCCGTTTGCCGCAGTTCTCTCTGCCAAAAATGAAGACAGACTGAAAGAATACGCTCGGCGCCTTCTGCAATTCACAGAGCGGGAGACAAAGGCCTCGGCAGCTGATATCGCTTTTACATTGCAGACATGCAGGGAACCGATGGAAGACAGACTTGCTGTTGTAGCTTCCGATTTGCCGGAGCTTAAGGAGAAGCTGAGAACTTTCTGTACCGAAGGAACAATTGGAGAGGGCGTATACAAAGGCAATGTTACGAAAGATTTTGATAAAGTCTTTATCTTTCATGATCAAAAGATGAAAGATAAATTCCTCGAGGCGATGATGGAGACAAAGGACTTGAATCTTCTTGCAAAATTATGGTCTTTCGGGGCTGATATTCAATGGCGAGAGTTATATGAAGAATATACCCCGCAAAAGGTCAAGCTTCCTTTATATCCATTTGCTGAGGAGTCTTACTGGGTGCCTGGAAGCCAAAGTGCAGTATTTCCGGAAACATTGCCGCAGCAGTCTTCACTGCACCCGCTTCTGGATTCGAATGAATCTACTCTGGAACAGCAGTTTTTTAAAACGACATTAAGAGAAAAAGAGATTTGGTTAAAAGACCACATTGTAAAAAACAAGAGCATTCTCCCGGCAGCTGCTTTTCTTGAAATGGCATGCGCAGCGGGAACGCGGTCATATCGAAAGAAAAAGGTCACTCGTTTAAAAAACGTGATATTTGCCAGACCGGCCATGCTTTTGCAAGAGAGCCTGACCATTTACACTCACATTTCCGTAAAAGACGGCAGCATATTATTTAACATGTCACCTGACGAGGATGCTGCTGTAAGGACTGGATTTGTGACGGGGGAATTAGATTATGATCATCATTACAATGATGATGATATAGAGAACATCGACAGACAAGAGATGATAAACAGAAGTGCTTTTGTCCGTGAACAAGATGAATGTTACGAGTATTTTCGGGAAAACGGGTTCCTGTATGGGCGCGCTTTTCAGCCGATTCAACGTTTATGGGGCGGCGGAACGGAAGCGGTTGCACACTTATTGCTGCCAAAAGAAGCCGCATATGCTCTTGAAAATTATACATTGCATCCGTCTTTAATTGATGGGGCTCTGCAATCTTTGTTCGGAATTACCGACGGAAGAGAAGAGGCATCTGTTTATGTTCCTTTTTCAATAGGAGAGATTACGATTCGGAAAAAAGTTTCAGCAGAATGCTGGGCTTATGCGCGTAAAACAGGCCAAAAAGGTCAATCCGAGCTTATTTACGATATTCAGCTGCTTAATGAACACGGAGAGAGACTTGCAGGTTTGAAGGATGTAACCATTCGTAAAAAAGAAACGTTTTCCGCGGAGACACAGACTCGTGCAACAGCGGATTCCAATGGAAAGAACGAGAGAGTAAAAGAGCTCCTCAGACAATTAAAAGCGGGCGAACTGACTGCGGAGGAAGCAGATTATGCGCTGGAGCGTATGCAGGATTAG MQIKQILSLIKEQQMSPDAGLELIRTYRKEQMEKKAEPESQAPSPTIFFKNEWVRTNNIDRPNQQAPGNMLIFDQDNRLFQHAEMMNGEHNRVILVTPDSDYRIERNRCTINPSDENHVEMLLSDLAENGFTPDVVLYLWNGEIREFTEESVNETLRRGINSLFLLSKALMRRNEPVTLLHIYWTSGLNQPFHEAVGGFMKTVNMESSKLKAKTIQIRHEHSEINPPVSKVWDAAISEIQHFQSDECEVLIDSHTRYVKGLQHIDNPEHDNGSVTYQKGGIYIITGGAGKLGLLFAEHIAKENQAVIILTGRSFLTADQKERISKLNESGSIVEYQRTDITNRTETERFIFGVKQRYGSINGIIHAAGILRDSFLVNKSLSDFTDVLNPKVYGTIWLDELTKDEDLDFFVLFSSFSAYGNAGQSDYAYANHFMDSFAVLRSQLSRNGKTLSINWPLLKDGGMSLDSNGIIQIKEKYGMTPMRTSSVLEAFLKMLRSSFTSLMPAEGERDKMIKALSIQRNTAAADQDTLTAEHDEEEEYAAKEKVNDYLIKIISGVLKIQAHKINAKDSFEKFGINSLMIMSLISKLEDTFGDLPKTIFFEYQNIEELSNFFLTSFKEKVLKAAGAAPVTRVQKKRENLSKKQHRQQKVAAAPSMVQPGEDIAIIGVSGRYPNSDTLEEFWENIAGGKNCIIEIPEERWDFRSTYSPDRMEKGKINSKWGGFISGVDQFDPLFFHISHKEAELMDPQERIFLETSWHTFEDSGYTKEKLDGMKAGVFVGAMYGQYQLFGAEETARGNPIALSSFFSSIANRVSYFFNLSGPSIALDTMCSSSLTAIHLACESIKRGESEIALAGGVNVSIHPSKYLWLSQGNFVSTEGLCRSFGEGGDGYVPGEGSGAVLLKPLEKAIADQDHIYGVIKGTSVNHGGKTNGFTVPNPNAQAELIAENFKKSGISPRSVSYLEAHGTGTSLGDPIEIAGLTKAFEKFTDDKQFCAIGSVKSNIGHLESAAGIAALTKVLLQFKHQKLAPSIHSEQLNQNIRFEKTPFYVQRKEEEWRKESGASNRRAAISSFGAGGANAHVIVEEYQNHADTQTISGPFAAVLSAKNEDRLKEYARRLLQFTERETKASAADIAFTLQTCREPMEDRLAVVASDLPELKEKLRTFCTEGTIGEGVYKGNVTKDFDKVFIFHDQKMKDKFLEAMMETKDLNLLAKLWSFGADIQWRELYEEYTPQKVKLPLYPFAEESYWVPGSQSAVFPETLPQQSSLHPLLDSNESTLEQQFFKTTLREKEIWLKDHIVKNKSILPAAAFLEMACAAGTRSYRKKKVTRLKNVIFARPAMLLQESLTIYTHISVKDGSILFNMSPDEDAAVRTGFVTGELDYDHHYNDDDIENIDRQEMINRSAFVREQDECYEYFRENGFLYGRAFQPIQRLWGGGTEAVAHLLLPKEAAYALENYTLHPSLIDGALQSLFGITDGREEASVYVPFSIGEITIRKKVSAECWAYARKTGQKGQSELIYDIQLLNEHGERLAGLKDVTIRKKETFSAETQTRATADSNGKNERVKELLRQLKAGELTAEEADYALERMQD PGPT0010096_1 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-MACROLACTIN_METABOLISM,PGPT0010096-mlnC-NA NA NA D1-12_00623 8712 pksN_1 COG1020 Polyketide synthase PksN ATGAAAGAAGCCCGTCATATTAGAAAAAAAGTACTTTCTGACATAGAAAGCGGCATCATTTCTTTGGAAGAAGGAGTAAAGCGGATACAGCAGCTTGGTTCTCATTCCGCAGGGGGTAACGGACAGGCGATATATTATCAGACGGTCTGGCAGCGGACAGATCTCAGCATTCATGTAAAAGGCGGCCGACGTGAGGGCAGCCTTTTATTATTTGATAAAAATGAAATTGTGAGAAATGAACTTGCTGCATTGCATGATACAAGGGTTATTTTGGTTAAGCCGGGGAAAGAGTTTCGAAAAACCGGGGACGGTGTATTTGAAATCGACCCCCGCTCTGAAAGAGATTACATAAACCTGTTAGGATGGCTTATAGAAGAAGAGAAGTCAGATATACGGGAAGCGGTGCATTTATGGTCAGACATGCCGTTTGAAAAGACTGAGAGAGCGATTCGTGAACAATGCGACAGCGGAGTCTATTCTTTGTTTTTACTGCAACAGGCGCTCTTCAAAAATAACTGCCGCAAACCGATCAAGCTGTTATACGGATATTTTTCGCATCTTTCTGGAGAACAGCCTCTTTACGCGGCGGCAAGCGGATTTTTGCGGACATTGCAGCTGGAAAATCCGTTAATCTCAGCAAAAAGCATTGAATTGGAGCAGTCAATAGCAGCCGTTCACGCGGCTGATATCATACGCAATGAGCTGAGTGATTTCCAGCCTTCAGATGTAGAGATCCGTTATAAAGACATGCAGCGTTATGTTAAACAGCTCAAAACGTATGAACCCGAAAAAAATTCCGGAAGCGGAGATGTGCCGCTGAGAGAAAATGGAGTATATATTATCGCAGGAGGCGCGGGCGGATTAGGATTTACCTTTGCAGAATATTTGGCTTTTCAAACAAAATGCTGCCTTGTTTTAACGGGGAGATCTCCGCTTTCAGATCATATAAGAAAACAGCTGAGACGATTAGAGGATGCCGGTTCTTCAGCTGTTTATGTTCAGGCTGATATTACCAATAAGGAAGAAGCCGAATATGTAGTCAAAAAAGCCAAAACTTCTTATGGAAAAGTAAACGGGGTCATTCAGGGCGCGGGAATCATCCGTGATTCTTTCCTTCTTAACAAGTCACGAGAGGAATTCGATCAGGTAATCAGACCGAAAGTATTGGGTACGATGTGGCTGAATGATGCTGTTGAGAAAGAAAATCCTGACTTTTTCATTTGCTTCTCCTCTACTTCCGCAGTGTTGGGAAATGTCGGGCAATCTGATTACGCGTTCGGAAACAGTTATATGGATCATTTCATGAATATGCGTTCTGCCCAGGATTCTGATACGATTTCTCTCTCTCTGAACTGGCCGCTGTGGAAAGAAGTCGGCATGCAAGTGGATGAGCGCACGGTAGAGACAATGAAAAAGGCGGGTTTTTATCCTTTAGAAAAAGAAGAAGGTAAAGAAGCGTTTGCAGTCGCATTGTCCTCCGGTTTTTCGCAATTTACTGTATTTTACGGAGATGAGCAAATTGACAATCATGTTCATCAATTATATGAACGAAAAGACAATATTCAGGCAGATGAAGGAACAGGGAGAAATATCGAATCATTTGATTCAGAGAAACTGACAGCTGAAACATCTGATTTTATTATAAAAATGATTGCTGCAGAATTCAGGATGCCTGCGGACAAAATAGATGCAGAAGAGGCATTGGAAAAATACGGACTTGATTCCGTTATGATTATCAATATGACGAATGAGCTTGAAAAACATTTCGGCGCGCTCTCAAAAACGCTGTTATTCGAATATCAGACTGCGGCAGAATTGTCACAGTATTTCGTTGAGGAGCACAGGGATACTCTTCTTCATAAACTCCGGTTAGGAGAAAACAGGAGCAGCACCCCATCTCAGAAGAAAAAAGACAATAAACAGACAGCCGAAGTTAACGGGAAACAGAAAATCCAGATGAAAAATCAGGTGCAGCAGCAGGAGAAGTATCATGACAATGATATCGCGATTATCGGTATCAGCGGACGTTACCCGATGGCAAATGATCTTGATACTCTGTGGGAAAACTTATTGAACGGTAAAGACTGTATAACTGAGATACCTAAGGATCGGTGGGATTCGGGGCTGCACTATCAGCCCGCAGCGGGCGATGAAGTAAAAAACCAAAGCAAATGGGGGGGATTTATTGACGATGTGTATCATTTTGATCCGTTGTTCTTTAATATTTCTCCTGCCGAAGCTGAATTAATTGATCCGCAGGAGAGACTGTTTTTAGAGACGGTTTGGCACACCATAGAAGATGCGGGGTACGCAAAGAAAACGCTTGAAAGAAAAAACGTCGGTGTTTTTGCAGGGGTTATGTACGGCCAATATCAGCTGTACAGCGTTGGTCACGAAGCGGCCGTTTCTTCCTCATATGCATCAATCGCCAACCGGGTATCCTACTTCTTTAATTTCAGCGGGCCAAGTATTGCTTTGGACACGATGTGTTCCTCATCATTAACGGCTGTTCATTTTGCCTGTGAAAGTTTAATCAGGAATGAATGTGAAATTGCAATTGCAGGAGGCGTCAATTTATCCATTCATCCTCATAAATATGAACTCCTGACTCAAGGCGGATTTTTATCCAGTGATGGCCGGTGCAGAAGCTTCGGTTCAGGAGGAGACGGCTATGTGCCGGGAGAAGGGACAGGTGCCGTGCTGCTGAAACCCGTAAAAAAGGCTATTGCCGACGGTGATCAGATTTATTCAGTGATTAAGGCAACAGCCATCAACCACGGTGCTAAGACGAATGGATATACCGTGCCGAATCCCAAAGCTCAAAGTGAGGTCATTACGAGAGCCTTAAAAAAAGGATTTATTGATCCAAACAGCATCAGCTATATAGAGGCTCACGGAACAGGCACCGCGTTAGGAGATCCGATTGAAATCACCGGTCTGACCAAAGCATTTTCAGGTGCCGAACGCGATAAGAAGACATGCGCGATCGGGTCGATTAAATCAAATATCGGACATCTTGAGGCTGCTGCAGGCATAGCGGGCATTACGAAAGTTATTCTTCAAATGAAACATAAAACAATTGTTCCGTCACTGACTCATTCTGCTGAATTGAATGAAAATATACCGTTTCAAAAAACACCTTTTTATGTACCGGACAGTGCCGAAAAATGGGAGTCATCCGTTCCCAGGCGTGCCGGAATCAGTTCTTTCGGGGCAGGAGGAGCTAATGCCCATGTTATTTTAGAAGAATTTGCGGATGAAGCTATCTCTCCTCTCGCGGCTGAAGAACCTGAACAGCTTTTATTTGTTTTTTCTGCAAAAAATGCCGACAGGCTGGCAGAATATGCAAAACGCGCAAAAGAACATATAGCAGCCAGAGATTATCCATTAGAAACACTTAGAAATACAGCATTTACTTTACAAACCGGCAGAGAAGAAATGCCGCACAGATTGGCTGTTATCGCCTCCACAAGAGATGAATTGCTTAAAGGACTGACAGACTATACCCTCGGAAACGCGATGGATCATATTTTTACAAGCGGCAAAGACACAACAGAAGCAAAAAGGATGAACAAAGCTGAGATTGAAGAAGCAGCCGCAAACAGGGATCTTGTGAAGATTGCTGAATACTGGGTTGCCGGAAACGGGGTAGATTGGCCGTCACTTTATAAAGGTGCCACTCTGAGACGGGTATCAGCACCCGGATATCCATTTGCCAAAGAGCTATGCAGAATAGATGCGCAAAATACGGGAAGCCGCCGGATGAACGGTAATAACGATCTGCATCCTTACATTTCATGCAATATATCTGATTTTAAAGCACAGAAGTTTCTTATCAATGTAAGCGATACCGATTTGTATATAAAAACAAAGTATCAAGACAAGGAAATGTTTCCGTTTCTCAGCCAGATTGAAATGGCGAGAGCTGCCGGAGCAATGGCTTCAGGGAATCCGATTATTAAATTAACAGAGCTCTCCTTTAGAGAACCGATGTTACAAAGCGGAAGCAATGAGCAGATCCGGATTGTATTAACCCCGGATAATCAGGGTGCATCGTATTCTATAGAAAAACAGAGCGACTCATCCATTTATTCCTCAGGGCGGCTCGAATTAGAAGGCGGGGCGTACGAGAACGGAAATATTCATCTTGAGCCGTTCCTGTCTCAGCGCGCAGACCGCATACCGTATGAAGCGTTTTATCAGCGGCTTGCCGAATTCGGATACAGCTGCAGTGACAGTCTGAAAGCCGCAGAGCACTGCGTCAGCAGGAACGGACAGGTACTTTTAAAGATAAAAGCAAAGGCCGGGCCGAAAGGGTGCATAATCAAACCGGAAGTTATTGAGAGCGTATATCAAGCCGTCATATACCTTGCGGGGGAAAATGCCGGCGAGCTCCCGGAAAACATTAAAGAATGTAAGATTTTTGATCATGAGACTGAACCCGTTTATGTATATGCAGAACAAACTGAAGAAAGCGATTCGGCTTATGATGTGTATGTATTAGACAATGCCGGCGGGATTTTGATGGAACTGAGCGGGCTGGTTTTTGGCGGAAAGCCTAATAAAAATGTACGTTTTTATGAGCATAAGTGGGATCAAAAAAAACCTCTGATTAAAATGAAAGATAGGGAGCCAAAAACAATTCTGGTCTTTGCAAAAGATGAAGCATTGGCTGGAGCTCTGAAAAATCAATCAGACAGCCGTGTCATTCTCGTCACGCCGGATCAGCGGCAGACCGATCAAAATCTGCTGACATTCCGTGTAAACCCGGAAGTGACGTCAGATTACATTCGTTTATTCGAAGAATTGGAGAAAAAGGGGTTTTCTCCTGATGTCATCTTGCACACGGGAGAAACATTTTACGCGGGTGACCGCCTTCTCAGCGGCCTGGAATCAATTTTTTATTTATTAAAAGCGCTGAACGCCCGCAGTGACGCCTCTCTTTATCTTCATTCTCTGCTTCTTGTTCACTCTTTTAAAGAAGGCGTGAATGATCCGTATACGGGCGCTCTTGCAGGCTGTTTAAAAACGGCAAATATGTTGGTGCCATCCGCAGAGAATGTGAAGTCAATCGGTTTTTCAGAACGTATATCAATTGAAAAAATGGCTGAATTTTGTCTTAACGAAATGGTTTCAGGCGTGGAACGGCAGGCGGAAGAAGTTAAATATATAAATGACAAGAGGTATGTTAAGACATTAAAGGAGTATGTATTCAATCATACAGAGCACTCTCATCAGCTGAAACAGAAAGGGATTTACCTCATAACGGGCGGTTTGGGCGGTCTGGGCCTGATTTTTGCAAAATATTTAGCCTCTCAGTATCAAGCAAAATTAGTATTGACGGGAAGGTCACCGTTAACAGCTGATAAACGACATAACATTGACCGGCTGCAGGCGCTTGGAGGAGATGCGGTATATTATCAAGCTGATGCCGCAGATCAAAAGACGATGGGACGGGTCATAGAAGAAACGAAACGGACTTGGGGCTCCATTCAAGGTATTATTCATTCAGCTGGTCATGCCGATGATCGGTTATTTACAGAGATGAATCTGACTGATTTTTCAGAAGGCATGACTGCTAAAATTGAAGGAACGGTATGCTTAGATGAATTAACGAAAGATGAGCCGCTTGATTTCTTTATCGTATTTTCTTCTATTTCTTCGGTCTTCGGAGATTTTGGACAGGTTAACTATGCGTTGGGCAATTATTTTCAAGATCAATATATAAATTGGAGATCCGAACAGAGCCGCCGGCAAGAGAGACAAGGCAAGAGCATTTCGATTAACTGGCCGTTGTGGCGTAAAGGCGGAATGCATTTAAACAAAGAAGCTGAAGAAGCATATCTTTCCGCATCCGGGTTTGATTATTTGGAAACGGAAGAAGGGATAGCGGCTTTTGAGACGATTTTGGCAAGTGACTGTCCGCAAATTTCGGTTGTTACCGGGGATGCCGGAACAACACCAGCAAAAAAAGATCTGCCGTATCAAAAAGTAAATACGCTTCCGGTTCGTCAAGAGGAAATTTCTTATACAGCACCGGCTTATACAGACAATGTCCTGGAAGAACTGAAGCAAATGGTATCGGAATTATTGAAAATTAACATTGAACAGCTGGATACGGCAGAGAATTTCGGCAATCTCGGCTTTGATTCTATCAGTTTGAAAACATTAGCTGTCCGACTGAATAAAAAATACAAGCTTAAGCTGACACCTGCCGTTTTCTTTACTTACAGCCATATTAAGTCTCTTTCAGAATTTCTAAACAGTGAACTGCGTACTGTTGCAAAAGGGAATACAGATGCAGAAAAAAACATTTCTGAAAAAAGGAAAGTAGTGCACGCTGGGAAAACCACCGGGAAAACCGTGAAGCCGCCGCGAAGTTTTCCGTTTGAAAAAAAGACAACAAGACAGGCTGACCATCATCCAGAGAGGCAGCCAGTTGCCATTATCGGGATGAGTTGTGTTTTTCCGGGATCAAAAAATGCAGATGAGTTTTGGATCAATTTAATCAATGAAAAAGATTTGATTCAGGAAATTCCCCCGGATCGCTGGGATTGGAAAAAATACGCCGAAGGCAAAGGAAGCAGCGAAGTACATTCGAAATGGGGCGGCTTTATCACAGATGCCGATAAATTCGATGAGGCGTTTTTCAATATTAATCCGCGGGAAGCAGAACTCATGGATCCTCAGCACAGAATTTATTTGCAGGAAACCTGGAAAGCGATAGAAGATGCGGGTTACAAAGCTTCAAAGCTGTCTGGCAAAAATATCGGGGTGTTTACGGGCATTCAATTTAATGATTACCGCCAGCTGCTGATGAGGCATTCGGACGGGGCGCACGCGTTTGCGGGAACCGGAAACAGCCAGGCGCTCATCAGCAATCGTGTATCCCACTATTTTAATTTCAGAGGTCCGAGTGAGTCCATTGATACAGCCTGCTCAAGCAGTCTTGCAGCAATCCACAGAGCTGTGCGCTCGATTCAAAATGGTGAAAGTGAGCTGGCGGTAGCAGGCGGGGTTTCGCTGCTCTTAGATCCAGTCACGCATATGTATACTGATAAACTCGGTATTTTGTCTAGGGACGGCCGGTGTAAGACGTTTGATAAACTTGCCGACGGTTATGTCCGCGGTGAAGGTGCAGCTGTTCTGTTATTGAAACCATTGCAAGCGGCAATGAATGACAGAGACAATATTTACGGAGTCCTGAGAGGAACCGGAGAAAATCACGGAGGAAGATCTGCTTCATTGACCGCTCCGAACCCGGAAGCTCAGGCTGAACTGTTAACGTCTGTTTACAAAAATGCCGGTATTCCTGTTGATACGATATCTTATATTGAAGCACACGGAACCGGGACAGAACTGGGAGATCCGATTGAGATTGAAGGCTTGAAAAAAGCGTTTGGATCTTTTGAGCCGCGTTCAGGAAAGAATAATGACCAATATTGCGGCATCGGTTCAGTAAAAACGAATATCGGTCATTTAGAGCCCGCCTCTGGAATGCCGGGGCTGATTAAAGTATTACTATCCATGAAGTATAAAACATTGCCTGCCACACTACATGTCAAGGAACTGAACCCTTATATTCAATTAAGCGGAACGCCGTTTCATATTGTCACTAAAACAATAAAGTGGGCCAGATTAAAAGATCGAAAAGGAAATGAAATTCCGCGCCGTGCCGGAGTCAGTTCCTTCGGATTCGGCGGGGCAAATGCTCATGTCATCGTGGAAGAATTTGAATACGGCCAAGATAAAGCAGTAACTGCCGAGCGGGAACAAATCATTGTTCTATCGGCCAAAACAAAGGAAAGGCTGATGGTTAAAGCCAAAGAGTTAACAACATTTTTACATGAAGAACGATCAGTTCAATTCAGTCAGCAAGAGGTGCAGGAACGTGATTTACAAGAGGCGGTTCGGGAAGCGGCAGCGGGTATCCTGCGTTTAGATACCGCAGATATAGATGCAAAGACACCTCTTTCGGAATTCGGATTTGATCCGTTGGCTTATTCCGAATTAATCTCTTTTATAAACCAAATGTACGGCACAGAAATATCACTTGACATATTTCAGGAATTAAAGACACTGAGCGAGCTGTGCCGCTATATCAGCCGCATCCGGAATCGATCAGCTGATAAACCGCATAACGGCAATTTTAGAGAAAAGTCCGGATTCGGTCTTGAAGAAATAGCATATACGCTGCAAACCGGAAGGGAACCATTTGAATGCCGCCTTGCGATCACTTGCTCGAATACCGGAGATCTTCTTGAAAAATTAAACGGTTACATCCAGGGGAGCAGGCTGCAAGGTGTTTATGAAGGAAATGTAACGGATTTTGATAGTCTGTACGCTCCTTTATTCGGCGGCCCCGAAGGTCATGCATATGTTCAATCACTAATTCAGCAAAACAAGCCGGCCAAACTGGCTCAGTTGTGGACGATCGGTTGTGAAATCAGCTGGGAAGACTTGTATGAGGAGGAACTCAAACCGGTTAAACTGTCTCTTCCTCTTTATCCTTTCAGCAAGAACAGACATTGGATTCATTTAAATAAAGATGAAGCGCAGAAGGCTGAGGCTTTCTCGAACACTGAGCTTCACAACTCAAATAAAGATACAGCAGATGGAGAAATCATGTCGCTTCTTGAAAAAGCACAAACAGGTGAGATGAATACGAAAGAGACGTCAGAGCTGATAGAGGAGTTGCTTTTCCATGAATGA MKEARHIRKKVLSDIESGIISLEEGVKRIQQLGSHSAGGNGQAIYYQTVWQRTDLSIHVKGGRREGSLLLFDKNEIVRNELAALHDTRVILVKPGKEFRKTGDGVFEIDPRSERDYINLLGWLIEEEKSDIREAVHLWSDMPFEKTERAIREQCDSGVYSLFLLQQALFKNNCRKPIKLLYGYFSHLSGEQPLYAAASGFLRTLQLENPLISAKSIELEQSIAAVHAADIIRNELSDFQPSDVEIRYKDMQRYVKQLKTYEPEKNSGSGDVPLRENGVYIIAGGAGGLGFTFAEYLAFQTKCCLVLTGRSPLSDHIRKQLRRLEDAGSSAVYVQADITNKEEAEYVVKKAKTSYGKVNGVIQGAGIIRDSFLLNKSREEFDQVIRPKVLGTMWLNDAVEKENPDFFICFSSTSAVLGNVGQSDYAFGNSYMDHFMNMRSAQDSDTISLSLNWPLWKEVGMQVDERTVETMKKAGFYPLEKEEGKEAFAVALSSGFSQFTVFYGDEQIDNHVHQLYERKDNIQADEGTGRNIESFDSEKLTAETSDFIIKMIAAEFRMPADKIDAEEALEKYGLDSVMIINMTNELEKHFGALSKTLLFEYQTAAELSQYFVEEHRDTLLHKLRLGENRSSTPSQKKKDNKQTAEVNGKQKIQMKNQVQQQEKYHDNDIAIIGISGRYPMANDLDTLWENLLNGKDCITEIPKDRWDSGLHYQPAAGDEVKNQSKWGGFIDDVYHFDPLFFNISPAEAELIDPQERLFLETVWHTIEDAGYAKKTLERKNVGVFAGVMYGQYQLYSVGHEAAVSSSYASIANRVSYFFNFSGPSIALDTMCSSSLTAVHFACESLIRNECEIAIAGGVNLSIHPHKYELLTQGGFLSSDGRCRSFGSGGDGYVPGEGTGAVLLKPVKKAIADGDQIYSVIKATAINHGAKTNGYTVPNPKAQSEVITRALKKGFIDPNSISYIEAHGTGTALGDPIEITGLTKAFSGAERDKKTCAIGSIKSNIGHLEAAAGIAGITKVILQMKHKTIVPSLTHSAELNENIPFQKTPFYVPDSAEKWESSVPRRAGISSFGAGGANAHVILEEFADEAISPLAAEEPEQLLFVFSAKNADRLAEYAKRAKEHIAARDYPLETLRNTAFTLQTGREEMPHRLAVIASTRDELLKGLTDYTLGNAMDHIFTSGKDTTEAKRMNKAEIEEAAANRDLVKIAEYWVAGNGVDWPSLYKGATLRRVSAPGYPFAKELCRIDAQNTGSRRMNGNNDLHPYISCNISDFKAQKFLINVSDTDLYIKTKYQDKEMFPFLSQIEMARAAGAMASGNPIIKLTELSFREPMLQSGSNEQIRIVLTPDNQGASYSIEKQSDSSIYSSGRLELEGGAYENGNIHLEPFLSQRADRIPYEAFYQRLAEFGYSCSDSLKAAEHCVSRNGQVLLKIKAKAGPKGCIIKPEVIESVYQAVIYLAGENAGELPENIKECKIFDHETEPVYVYAEQTEESDSAYDVYVLDNAGGILMELSGLVFGGKPNKNVRFYEHKWDQKKPLIKMKDREPKTILVFAKDEALAGALKNQSDSRVILVTPDQRQTDQNLLTFRVNPEVTSDYIRLFEELEKKGFSPDVILHTGETFYAGDRLLSGLESIFYLLKALNARSDASLYLHSLLLVHSFKEGVNDPYTGALAGCLKTANMLVPSAENVKSIGFSERISIEKMAEFCLNEMVSGVERQAEEVKYINDKRYVKTLKEYVFNHTEHSHQLKQKGIYLITGGLGGLGLIFAKYLASQYQAKLVLTGRSPLTADKRHNIDRLQALGGDAVYYQADAADQKTMGRVIEETKRTWGSIQGIIHSAGHADDRLFTEMNLTDFSEGMTAKIEGTVCLDELTKDEPLDFFIVFSSISSVFGDFGQVNYALGNYFQDQYINWRSEQSRRQERQGKSISINWPLWRKGGMHLNKEAEEAYLSASGFDYLETEEGIAAFETILASDCPQISVVTGDAGTTPAKKDLPYQKVNTLPVRQEEISYTAPAYTDNVLEELKQMVSELLKINIEQLDTAENFGNLGFDSISLKTLAVRLNKKYKLKLTPAVFFTYSHIKSLSEFLNSELRTVAKGNTDAEKNISEKRKVVHAGKTTGKTVKPPRSFPFEKKTTRQADHHPERQPVAIIGMSCVFPGSKNADEFWINLINEKDLIQEIPPDRWDWKKYAEGKGSSEVHSKWGGFITDADKFDEAFFNINPREAELMDPQHRIYLQETWKAIEDAGYKASKLSGKNIGVFTGIQFNDYRQLLMRHSDGAHAFAGTGNSQALISNRVSHYFNFRGPSESIDTACSSSLAAIHRAVRSIQNGESELAVAGGVSLLLDPVTHMYTDKLGILSRDGRCKTFDKLADGYVRGEGAAVLLLKPLQAAMNDRDNIYGVLRGTGENHGGRSASLTAPNPEAQAELLTSVYKNAGIPVDTISYIEAHGTGTELGDPIEIEGLKKAFGSFEPRSGKNNDQYCGIGSVKTNIGHLEPASGMPGLIKVLLSMKYKTLPATLHVKELNPYIQLSGTPFHIVTKTIKWARLKDRKGNEIPRRAGVSSFGFGGANAHVIVEEFEYGQDKAVTAEREQIIVLSAKTKERLMVKAKELTTFLHEERSVQFSQQEVQERDLQEAVREAAAGILRLDTADIDAKTPLSEFGFDPLAYSELISFINQMYGTEISLDIFQELKTLSELCRYISRIRNRSADKPHNGNFREKSGFGLEEIAYTLQTGREPFECRLAITCSNTGDLLEKLNGYIQGSRLQGVYEGNVTDFDSLYAPLFGGPEGHAYVQSLIQQNKPAKLAQLWTIGCEISWEDLYEEELKPVKLSLPLYPFSKNRHWIHLNKDEAQKAEAFSNTELHNSNKDTADGEIMSLLEKAQTGEMNTKETSELIEELLFHE PGPT0010165_231 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACILLAENE|MACROLACTIN|DIFFICIDIN_METABOLISM,PGPT0010165-baeN|pksN|mlnB|mlnD|dfnG-K13614 NA NA D1-12_00624 7005 acpP_1 Acyl carrier protein ATGAATGAAAAAACGATGCAAATTGAGCAAATCGTGAAAAAGGTGAAAGAACGCAGCCTGACGCCTGAAGAAGGGCTGGAATTCATTAAGAGCTTGGGGAAAACCCATCTATATGAAATGGTATGGGATAGACATGAATTTAAAGGCAGTGAAAAATTCCCGCATACGAAAGAGCCAATTTTATTTTTTTGCGAAGACGACAGCATGTATACCGTAATGAAGAGGCAGCTTGAAGGCTATGAGGCACCTTTCATTTACGTGACTTCCGGCGAGCGTTTCGAAGATTGCCGGAACGGTCGTTTTACAATGAACTTTACAAAAGGTGAGGATTATGATGCGTTATGCGGGGTTCTGCGTTCTCAAAATATAAGACCCCGCCACATTATTCATTTTTTAGCTGCCGGGCTCTTCAAAAATACGGAAGATGCAATGAGAAAGCAGCTCAATGAAAGTCTGTATTCCTTGTTTCAAATGTTTCAGGCCTTCATGGCGAACAAACTTTGTCCAAAAGCTGAGATTTTGTACCTGTATGAAAATACCGAGGGCGAGGTTCAGCCGATTTATAACGCGGTTGAAAGTTTTCTTAAGACCGTACAGGCCGAAAATCCGAATTTCACATGTAAGGCTGCAGAGCTGAAATCAATGTTTGACGAGCCGTTTACAAAGCAGCATGTTGCAGATGTCATCTCTTTTGAATGGAACAATCAATGTAAGACGAACCACTTTACCTGCTATGAGCCGAGGCATTATTATAAAAGGCAGCTTCAAAGAGTAAAAAAAGAAGATGGGGAGAAACATAGTTTCAGTGTAAAAAAGAACGGTGTGTATTTAATTACGGGAGGAGCCGGCGGTCTTGGGTATCTGTTTGCTGAATATCTGGCGAAACAGGCAGAAGTCAAGCTGGTATTAACCGGGCGTTCCCCGGCCTCCAGTGAAACGGCGCAAAAATTGAGCGCTCTTGAAAATCTTGGCGCTGAAGCCTTATATGTCCCGGCAGATATTTCAAAGGAAAAAGAGACGGACGCTTTGATTAAGCACATTAAGCAGACATTCGGAGAATTAAACGGAATTTTGCACAGTGCCGGACTTGTTAAGGATGCATTTATCATAAAAAAAACGAAAGAAAGCATAGAAGAAGTTATAGCGCCTAAAGTATTCGGAACCGTTTGGCTGGATAAAGCAGCTGAAGAAGAGCCTCTTGATTTCTTCGTTATGTTTTCATCCCTTTCGGCCGTTCTGCCTAATGCGGGTCAAAGCGACTACGCCTTCGCTAACGGATGTATGGATGGATTCACTCAGTATCGAAGCATTAAAGGACGTCCCGGGAAAACACTTTCTATTAATTGGCCGTTATGGGATGCGGGTAATATGACAGTCGGGCCGGGAGAGCTGCAAGCTTTAAGACATGCAGGGCTGGAACTTTTATCCGCCCAAGCAGGACTTGCCGCTTTTCAGGACAGTATGAGCCGCTCTGCTTCTCAGCTGGCTGTTATCAGCGGAGACAAAGATAGAATAAGTGAATTACTCTCAACTGACCATAAAAAGATAGAGACTGTGCCTGAAAACAACAGTAATCTGCCGCAATTAAACGAAAAAGATCTGAAAAAGCAAACGGTCCGTCTTTTGACAGAGATTGTCGGTGCGGAAACGGGAAGACCGGCGGACAGTATTTTACCCGAGGATACGTTTGACCGTTACGGAATTGATTCTCTAACGATTTTAGGTCTTAACTCCCGTCTGGAAAAATATTTTGGAAGAGTGTCTAAGACTCTTTTCTTTGAATACAGCAGTGTTGAAGAGCTGTCAGAGTATTTTCTTGAACACTATCATCATGAGTTGAAGAAGGCGTTTTTACCGGCAGCCAGACAGCGAATTGATCATTCGGCGCCGGCGAAACGGGAGAAGCTTTCCGTTTCCCGCATACCATCCGCACCTTCCGAGGAAGATATTGCAATTATCGGTATAGCCGGCCGCTACCCGATGGCGAAGGATGTGGAACAGTTTTGGGAAAATATTTCTTCCGGAAAAGATTGTATAACGGAAATACCGAAAGAGCGCTGGGATTTTCGGAAATATTATCACACAGGTGACAATGCCCGTCATGACAGCAAATGGGGAGGTTTTATAAAAGACGCTGATAAATTCGATCCGCTGTTCTTCTCAATTTCGCCCCGTGATGCCGAGTTAATTGATCCTCAGGAACGGTTATTTTTAGAGACAGCGTGGCACACGTTTGAAGATGCGGGTTACACAAAGAAAAAGTTGAAACGGCATAAGACAGGTGTATTTGTCGGCGTCACCTACAGCCACTATCAGTTATTTGCAGCCGGTGCTTCAGATGATGAGGAACGTCAGGCGCTCCTGTCTTCTTATTCGTCTATCGCAAACCGGGTGTCATATTTCTTTGACCTGCACGGACCCAGCCTTGCAATTGATACAATGTGTTCTTCTTCACTTTCTGCTGTTCATTTTGCATGTGAAAGTATAAAAAGGGGAGAATCCACCCTCGCTATTGCCGGAGGAGTGAATTTATCCTTACACCCTGATAAATATACTTTGCTTTCACAAAATCATTTTGTTTCAAGCGATGGGCGCTGCAGAAGCTTTGGAGCGGGAGGAGACGGATATGTGCCGGGAGAAGGAGTCGGGGCCGTTCTTTTGAAATCGCTTTCTGCCGCGAAGGCTGACGGGGACAGGATTTACGGTGTGATTAAGGGAACATCTGTAAATCACGGCGGAAAAACAAACGGATACACTGTGCCAAATCCGGGCGAGCAGGCAAACGTCATCAGTGAAACTCTTGATAAGGCGGGGATTGATGCAGACAGCATAAGTTATATTGAAGCGCATGGCACCGGGACATCTTTGGGAGACCCGATTGAAATTTCAGGATTAACCAAAGCTTTGCACAGCTCGAAAAGCGATTATCGTTGTGCAATTGGTTCGGTTAAGTCAAATATCGGACACCTAGAGGCTGCGGCGGGAATTGCTTCTATTACAAAAGTGCTGATGCAAATGAAATATAAACAGCTTGCTCCTTCCCTTCATTCCGATCACTTAAATCCTAATATTGATTTTGAGGAAACACCGTTTTACGTGCAGTCTGAACTGACCGATTGGGAGACGCCGCAAAATCAAGCCAGAAGGTCAGGCATCAGTTCTTTCGGCGCTGGAGGATCTAATGCCCACATTATCATCGAAGAGTATAAGAATGAAGAAAAGGTGGAAACGGTAAAGAGCAACAAGACGCAAATTATTCTGCTTTCTGCCAAAAATGAAGAACGGCTCAGACTCTTGATTGATGCATATATAAAAGAACTCGAGCCAAAAACGTCACTAGCTGATGCTGCGTACACCTCGCAGACCGGGAGAAACGCTATGGAAGAGCGGCTCGCTGTTGAGGTTAGCAGCATTGACGATCTTCGCAATAAGCTGACGATGTATTTGCGGTCAGATCATAAGTTAAACGGTTTATATAGGGGAAAGGCCCGCCGAGGCACCGGTCAAAAGGATGCCCTGTCAGCCGCTCACTTTAATAGTGCAAGAGAAATGGCCATTCACTGGGTGAACGGAGGAGACGTTCAATGGGAAGAGATGTACACTTCGGAATTACCGAAGCTTATCTCTCTTCCTGCATATCCTTTTGAACGGAACAGATATTGGGTGCCTGCCGCAAAAGCAGCACAGAAACAGAAAAAAACAGGCGTACCGCAGAGTTTGCCCCATGCACCGACTGACTTATCATTTGATGTATTAAAAAAATCGTGGAAAAAACAAAAGGCTGCGCCTTCCGCTTTTACGAAAGGACAGGTGATGATCCTGGCTAATAGTGAAAGTGAGCGGCTTGCATTCGAATTGTTTGATTCAGACCCTATGATTGAAGCCGCTGTCATTTGCGCAGATAACTGGGATCATTCGGATGGGGAAGCCAAAAAAACGGCTCTAGCGGTCATAGAAGAAAATCCGGAAATCATCGGCATGATTGACCTGTCAGATTTGCGGAGTGATCAAAACGGGGCACGCACCGGCACAATCGGGAAGCTGACACTGCTGCAGGAAATCATAAAGACACGTAAACAGCTTTTCGTTTTACATGTGACCAGAGGGCTGCAGACATTTCTGAATGACAAGCCGTCGTTAGCCGGAGCCGAAACAGCCGGACTATATAAAATGCTGAGTGCGGAGTATCAAAAGATAAAATCAAAAACAATAGATGTAGACGGACATGTCGGGACTGCGGCGGAATTGAGACAGGTAATCACAGATGAAGCTTGCGCTGACGGGCTGTATAGTGAAATCTGCTATCGGAACGGTGAACGTTATATTCCATACGTCGAGAAATTACATGCAGCGGAAATAAACCGGAAACTATCCGGTCTGCCAGTATGCCGTACGGATCAAACCCTGGTTATTACAGGGGGAACAAGAGGGATCGGAGCAGAACTTGCCAGACATTATGCCGGCAAGGGAGTCAAAAAACTTGTGTTGATGGGAGTAACCGACCTTCCGGAATCTGATAAAATAGCCGGCATGTTAAAAGACACCGATGAAAAGTCACCTCTTTATTCGAAATTACAACTGCTGCATGAGTTGGATCAAAAGGGAGTTCAAGTAGAAGTGTATTCCGGGCCGCTCACGGAAAAAGAAAAATTACAACGCTTCTTTTCAGAGGTGAGACTGAAGTTCGGCAAAATCGGCGGGGTGATTCATTGCGCTGGTGCAGCCAATCATTCGAATCCGGCTTTTATTCATAAATCTGATAAAGAAATAAGAGAAGTATTTGAGCCAAAGGTGCAGGGGATGCAGGTACTTCATGACATTTTTATTGATGACGAACTTGATTTCTTCATTTTGTTTTCATCTGTTGCGAGCGCTTTTCCTTTATTAGGCGCCGGAACAAGTGACTATGCCGCAGCGAACGCTTTTATGGATTACTTTGCGGCGTATCAGCATGCAGCCGGCAGAACGTATTATCAATCAATTAACTGGCCGAGCTGGAAGGACATTGGGATGGGCGAGGTGACAAGTCCATCATATCAGGCACTTGGTTTACTATCTCACTCAACAGAAACAGGTATTGCCATGCTGGATGAAATGATGACGATAAACGGATACCCCTGCCTTATACCGGCAAAGACACATCCGGAGAAATTCATGCTGCAGCAGCTGCTTCAGACAAGAATTCAAGCTGCTAAAAATAACCCGGATGCTGAGGAAAAAGTGATTTCTGGTCAGGGAGACAATGAATCCATTATCAGGAAGTTAATGGAGATCTTTTCCGCAGAGCTGAAAATACCTTACGGGAATTTAGATCAGGATACGTCTTTTGCGGATTACGGAGTTGATTCAATCTTACTGGTTCAGCTTGTCAAAAAAGCGGAAGATGTATTTCAAATAAAAATTGAACCTTCAGCTTTTCTGGAGTATCCGAGTTTTTCACAACTGGGTGTCTATTTGAACGAGTTATTTGCAAGTGAGGGGATCAGTCCTCAAATTGATTCGGAAAACATTGAGGTTCGGAAAAAAGAGCAACATATAAATCAAAATGCTTCCGAAATACGGGACAACGGATCACAAATACAACAAACCAGTCTGAACCAAATCGCTATTATCGGAATGGGCTGTGAGTTTCCGGATGCTCCGGATACAGAAACGTTCTGGACAAATTTGAAGAAAGGACAAAATAGTGTCCGCGAAGTCCCGGCGTCGCGATGGGATATTTCTTCATACTACTCTGACACCTATGAAAAGGGAAAAAGTATCAGTAAGTGGGGCGGATTTCTTCAAGATATTGAGTCTTTCGATCCCGCGTTTTTTAATATGAACAAAAGTGAGGCATCAGAGCTTGATCCGTTAATCAAAAAATGCCTTGAGGTCAGCGTCCAGACATTGAGAGACGGCGGCTATACAAAAGAAGAAGTATCAAACAAAGAAGTCGGCGTCTTCATCGGTTCGCGGACCGGGACGTTTATGTCCAAAATAGGTTCCCCTTCAAAAAATACGATCGTGGGTATAGGACAAAATTTCATAGGCGCGCATATCTCACACTTTTTTAATCTGAAAGGACCGAATCTGGTTGTAGACACGGCTTGTTCTTCTTCATTGGTCAGCGTCCATCTCGCTTGTCAAAGCCTGATGTCAAAAGAGTCAGATATGGCGATTGCGGGCGGGGTTGACATTTTGCTGGATCAAAAGCCTTACGTCATGCTGAGTGAGGCTCGGGCGCTTTCACCTGAAGGAAAATGTCATACATTTGATGAGAAGGCAGATGGATTTGTACCGGGAGAGGGATGCGGCGCAGTCCTTTTGAAAAGACTTGATGACGCCCTTGCCGAAGGTGACAGAATTTACGCGGTAATTGACTCATCCGCGGTTAATAATGACGGACAGACAATGGGAATGACAACACCTAATCCGAAAGCGCAAAGCGCAGTGATAAAAAAAGCCCTGAAAAAAGGCGGAATTGATGCAGATACTCTCAGTTATGTCGAGACGCATGGCACCGGTACGATGATAGGAGATCCGATTGAATTAAAAGCGCTGACTGAAGTGTTCCGGGAGGTTACGGAAGAAACGCAATTTTGCGGAGTAGGCAGCGTAAAAACGAATTTCGGACATTTAATGAGCGCAGCGGGGATAGCGAGTATTATAAAGGTTGCCTTATCCATAAAAAATCAGATGCTCCCGCCGACATTACATTGTAAAACGCCAAATCCGCGTTTTAAATTTGATCAGTCTCCATTCTTTCCGAACACGTCCTTAAAAGAATGGCGTCCCAGAAAAGGGGTTTTGAGAGCCGGAATCAGTTCTTTTGGATTCGGGGGCACGAACGCACATATGATATTGAGCGACAGCCATCTCACATTAGGATATGGAGAGACAAAAAGACACCCGCTTTCTCCGGTTATATTCAATAAGGAACAATGCTGGATCGACAATGGAGAAACTCCAGAAAAGGAAGAGTCAGAATTGCTGATTCCTTTACTTGATTTCAAAGAATTATAA MNEKTMQIEQIVKKVKERSLTPEEGLEFIKSLGKTHLYEMVWDRHEFKGSEKFPHTKEPILFFCEDDSMYTVMKRQLEGYEAPFIYVTSGERFEDCRNGRFTMNFTKGEDYDALCGVLRSQNIRPRHIIHFLAAGLFKNTEDAMRKQLNESLYSLFQMFQAFMANKLCPKAEILYLYENTEGEVQPIYNAVESFLKTVQAENPNFTCKAAELKSMFDEPFTKQHVADVISFEWNNQCKTNHFTCYEPRHYYKRQLQRVKKEDGEKHSFSVKKNGVYLITGGAGGLGYLFAEYLAKQAEVKLVLTGRSPASSETAQKLSALENLGAEALYVPADISKEKETDALIKHIKQTFGELNGILHSAGLVKDAFIIKKTKESIEEVIAPKVFGTVWLDKAAEEEPLDFFVMFSSLSAVLPNAGQSDYAFANGCMDGFTQYRSIKGRPGKTLSINWPLWDAGNMTVGPGELQALRHAGLELLSAQAGLAAFQDSMSRSASQLAVISGDKDRISELLSTDHKKIETVPENNSNLPQLNEKDLKKQTVRLLTEIVGAETGRPADSILPEDTFDRYGIDSLTILGLNSRLEKYFGRVSKTLFFEYSSVEELSEYFLEHYHHELKKAFLPAARQRIDHSAPAKREKLSVSRIPSAPSEEDIAIIGIAGRYPMAKDVEQFWENISSGKDCITEIPKERWDFRKYYHTGDNARHDSKWGGFIKDADKFDPLFFSISPRDAELIDPQERLFLETAWHTFEDAGYTKKKLKRHKTGVFVGVTYSHYQLFAAGASDDEERQALLSSYSSIANRVSYFFDLHGPSLAIDTMCSSSLSAVHFACESIKRGESTLAIAGGVNLSLHPDKYTLLSQNHFVSSDGRCRSFGAGGDGYVPGEGVGAVLLKSLSAAKADGDRIYGVIKGTSVNHGGKTNGYTVPNPGEQANVISETLDKAGIDADSISYIEAHGTGTSLGDPIEISGLTKALHSSKSDYRCAIGSVKSNIGHLEAAAGIASITKVLMQMKYKQLAPSLHSDHLNPNIDFEETPFYVQSELTDWETPQNQARRSGISSFGAGGSNAHIIIEEYKNEEKVETVKSNKTQIILLSAKNEERLRLLIDAYIKELEPKTSLADAAYTSQTGRNAMEERLAVEVSSIDDLRNKLTMYLRSDHKLNGLYRGKARRGTGQKDALSAAHFNSAREMAIHWVNGGDVQWEEMYTSELPKLISLPAYPFERNRYWVPAAKAAQKQKKTGVPQSLPHAPTDLSFDVLKKSWKKQKAAPSAFTKGQVMILANSESERLAFELFDSDPMIEAAVICADNWDHSDGEAKKTALAVIEENPEIIGMIDLSDLRSDQNGARTGTIGKLTLLQEIIKTRKQLFVLHVTRGLQTFLNDKPSLAGAETAGLYKMLSAEYQKIKSKTIDVDGHVGTAAELRQVITDEACADGLYSEICYRNGERYIPYVEKLHAAEINRKLSGLPVCRTDQTLVITGGTRGIGAELARHYAGKGVKKLVLMGVTDLPESDKIAGMLKDTDEKSPLYSKLQLLHELDQKGVQVEVYSGPLTEKEKLQRFFSEVRLKFGKIGGVIHCAGAANHSNPAFIHKSDKEIREVFEPKVQGMQVLHDIFIDDELDFFILFSSVASAFPLLGAGTSDYAAANAFMDYFAAYQHAAGRTYYQSINWPSWKDIGMGEVTSPSYQALGLLSHSTETGIAMLDEMMTINGYPCLIPAKTHPEKFMLQQLLQTRIQAAKNNPDAEEKVISGQGDNESIIRKLMEIFSAELKIPYGNLDQDTSFADYGVDSILLVQLVKKAEDVFQIKIEPSAFLEYPSFSQLGVYLNELFASEGISPQIDSENIEVRKKEQHINQNASEIRDNGSQIQQTSLNQIAIIGMGCEFPDAPDTETFWTNLKKGQNSVREVPASRWDISSYYSDTYEKGKSISKWGGFLQDIESFDPAFFNMNKSEASELDPLIKKCLEVSVQTLRDGGYTKEEVSNKEVGVFIGSRTGTFMSKIGSPSKNTIVGIGQNFIGAHISHFFNLKGPNLVVDTACSSSLVSVHLACQSLMSKESDMAIAGGVDILLDQKPYVMLSEARALSPEGKCHTFDEKADGFVPGEGCGAVLLKRLDDALAEGDRIYAVIDSSAVNNDGQTMGMTTPNPKAQSAVIKKALKKGGIDADTLSYVETHGTGTMIGDPIELKALTEVFREVTEETQFCGVGSVKTNFGHLMSAAGIASIIKVALSIKNQMLPPTLHCKTPNPRFKFDQSPFFPNTSLKEWRPRKGVLRAGISSFGFGGTNAHMILSDSHLTLGYGETKRHPLSPVIFNKEQCWIDNGETPEKEESELLIPLLDFKEL PGPT0010097_1 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-MACROLACTIN_METABOLISM,PGPT0010097-mlnE-NA NA NA D1-12_00625 5712 hypothetical protein GTGGCCAGTAATCAAAACTATCAGTTCACATTAACAATTAAACATACGGACTATATTGTCAGGGATCACCGGGTGCATGGCACCCGGATTATACCCGGTGTCACATTTTTAGATATGATATACCGTATGGCGCTGAGCAAAGGTTTGCCTATTGAAGAACTCGAGTGTCAGAATATTTTGTATTTGGAACCTGTAGCAACATCAGATACCTTTGACAGAGAAATCCGCATCCGTTTTCAGGGATTGGAACAGGGATGGGAAATTCAGGCGAAGAGCAGAAAAGTAAAAGATGACCGCATTCTGGATGAAAGCTGGGATGAGAATATGACCTGCAGGCTCATGCCGAAAATCCCGGAAAGCATGAGTTCAATCAATATTGATGAAATCAAACATGCCTCCGTCCGTGAAGCCGATATGGAGATATGTTATGACTATTTAAAAAAGGTCGATATAGAACATTTTGAATTTATGAAGAGTCTGGGGAAGGTTTATGCGTCTGACCATTCTGTACTTGCAGAGTTGACGCTCAGCCAAATTGCCAATCAATATACCGGCTATTTTCAATTGCATCCCACTTTTCTTGATGCGTCTACCATCATATCGATCCTTTATCAGGCATGTCCCGAATATTTTACTCAAGGATCTCCGGCAAGCCGGATGAAAACGTATATTCCCATTCATATTGAATCTTTCCGTATGACGAAGCGCCTGGAAGACAGGTGTTATGTGTACATAGAGAAGCAAGACCAAAATCATGATTCAGGGGATGTTATCCAAGTAAGTTACGGTTTATACGATGCACACGGGGAGATGATCGCTTATTTTACGCGGCTGTCTGTGAAACATATTCGCTCAAAAGATTTAATTGAAAACCTGAAGCAGACTCGTTTGGAAACTGAAGCGGCTTCTCAGCCAAAAGACAGCCTGATCAGAAAAGATTCAATCATAAATCGAAGCGAAAGCATCGAGACACACCTTAAAGAATTAATATCCGGGGTTTCAAATATAGATCTGCGTGACATAAGGACAGACATTGGTTTTTATGAACAGGGCCTGGATTCAGCTTCTTTGCTTGCCATTGTCAAAGAACTTGAAAACAAAACAGGGGAACAGCTGTATCCTACACTCCTGTTTGAGCAGAAAACGATCCGGGAACTCGCCGCGTATATTAGAGAAAATCAAAAAATGTCCAGTTATTTCTTAACGCGAAATCAACCGGCTGAAAAGCCTGACATGAAAGAAAGTAAGAACGAAAATCGTTCCGCTCTTATAACAGAAGGAGACATTCAGCAGCTGATCGCAGATATCAAAGGGACTGCCCCTGAAACACTCTCTGTGGTAAAAGGTTTTTATGAACAAGGTCTCGATTCCGTAACACTTATGCAAGCCGTAAAGGCATTGGAAGAGAAAACAGGCAGGGAACTGTACCCTACTTTATTGTTTGAGTATCCGACGATTCAAAAACTTGCAAACTATTTTGCAGAGAGCGGCGAAAAGACTTTCGTTGAAAAAGACCGCCCTCTTCATCATGGAGAGAATCATACGGCTCTGACCTATTTAACGCCGTATTGGAGACAAAAGACGGCCGCTTGGGACCCGCATTGCGGAAATAAAAAGAAAAGAACATGTCTGCTGTTTCAATATGACAGAGAGCTTTTTCATTTTATGCGGGAAAATGCTGAAGATGGATTCGAAAATACACAGATCATTCTCGTTTTATCAGGGAATCGTTTCTCCTATCACGGAGACGGTGTTTATGAGATAGATCACAGGGAGGAAGCTCACTTTGACAGGCTTGCAGCTGATCTGAAAAAAAGGGGGCAAATGCCCGACACCGTGGTTTACGGGTGGCCGGAAGGGTCATTTGCCGGCCCGGAAAAAATAAGTGAACAGCTTTCTAAGGGGGCTTACCCGCTATTCTTTTTCAGTCGGGCATTGATGCGCAGCAAGGCGGAAAAAAAGGTTGTATCGCTTTTCCTTTATCCAGCGGACCATAAAAATGATCAGCCGCTTTACGCTTCAGTCCATGGCGCAGGGCAGTCTATTTTGCTTGAGAACCCGAAACTGGCCCTTAAGACAATCGGGATATCAGTTTCAGACAAGTCATCGTTGCCGGAACTTACAGCTGAAATCATCAGAGTCGAATCTACGGAAGCGCATCCGGGAGAAACCGATCTTTATTATGAAAGAAATGTGCGCTGGGTCCGAGCCTTACGGGAAGCGGAACCGGCTCAAAACTCAGGTTTCTCCTTTAAAGAAAACGGAGTATACATGATTACAGGAGGGGCCGGCGGCTTAGGCCTTATATTTGCAGAACATATCGCAGCCCAAACGAAAGCCAATATTATTTTAGCGGGCCGTTCTGAACTTACGGAAGACAAAAAGAACAAAATCAGCCGAATGAAAGCAGGCGGTTCTTCGGTTCAATATATAAGAGGTGATTTTTCAGATAGCCGCGATGCAGAGCGAATCATAAAAACCATTAAAAGGCAATTCGGAGAAATCAACGGTGTGATACACAGTGCCGGTGTGACGCACGACGCTTTATTGATTCAAAAATCAAAAGATGAAATTCAGGAAGTGATCGCTCCGAAAATAAATGGGACGGTCTTATTGGACAGCTTGCTGCAAACCGAACCTTTGGACTTCTTTGTGATGTTTTCATCAAGCAGCTCGATGTACGGGAATATCGGACAGACGGATTACGCATTGGCCAACCGGTTCATTGATCTTTTCGCTGAGTGGCGTGAAGGAATGAGGCGGAAAAAAGAACGCTCCGGCGTCTCAGTAGCCATCGGCTGGCCGCTATGGGAAGACGGCGGCATGAAAGTGGATAAACAAACTGAAAAATGGATGAAACAAAAAATCGGTATGGTTCCCCTTAGTAAAACCAATGGGATCAAAGCTTTTCAAGATTCACTCTCTCTGAACGCATCACAGCTGATCGTGTTTGAAGGTGACAAAGAAAAATTAGAATCTGCACTTCAAGATACCTTCATAGAGGATGAAAGCCATGAGATCCAAATAAATGAGAAAGCTGATACAAGGCATGGTGACATTGCCATTATCGGATTAAGCGGGAAGTATCCGATGGCTGAAGACTTATCTCAATTTTGGGAGAATTTAAAGAGCGGAAAAGATTGTATTACAGAAATCCCGCCTGACCGCTGGAATATGGATGATTTCTTCAGCGAAGACAGAGATATGAAAGGGAAGTCTTACAGCAAGTGGGGAGGTTTTATCAGCGGAGCCGATCAATTTGATCCGCTTTTCTTTCATATTTCCCCAAGGGAAGCAGAACTTATGGATCCCCAGGAAAGGCTCTTTTTAGAAACGGCCAAACATTGTTTTGAAGACTCAGGGTACCCGAGAAACATGCTGGAAAAGATGAAAGTCGGTGTATTTGTCGGTGCAATGTGGGGCCAATATCAACTATTTGAAGGGGAAGAAAACGGAGCGGCTTTCTCGCCGGCTTCCGTCTATTCTTCAATAGCCAATCGGGTGTCTTATTATTTTCATTTAAAAGGTCCGAGTTTGGCTCTGGATACAATGTGCTCTTCATCACTGACCTCTATTCATTACGCATGCCAAAGCATACATTGCGGAGAGAGCGATATGGCATTAGCCGGCGGAGTGAATTTGTCAATACATCCGAATAAATATAAGTTCCTCAGTATGGGACAGTTTCTATCAAGTGACGGCAGATGCCGGAGTTTTGGAAAAGACGGAAGCGGTTATGTTCCCGGTGAGGGAGTCGGAGCCGTATTGTTAAAACCATTGAAAAAAGCAATAGAAGATCAAGATCAAATATACGGTGTGATTAAGGGAAGCGCCGTTAACCACGGAGGAAAGACGAGCGGATATTCCATACCGAATCCGGATGCGCAGGCGGAGGTCATTTCAGAAGCGCTTCGTAAAGCTGACATTGATCCGAACACCGTCAATTATATTGAAGCGCATGGAACAGGGACGTCATTAGGCGATCCGATTGAAATTCAAGGACTGAAAGATTCCTATCAATTGAACCATCCTTGCGCCATCGGTTCGGTGAAATCAAATATCGGACATTTAGAATCTGCGGCAGGAATCGCTGCGGTAACGAAAGTGCTTCTCCAAATGAAGAATAAGCAGCTTGTTCCTTCTCTGCATTCCGATATTGTTAATCCGTTTATAGATTTTGATCAGGTTCCTTTTCAAGTGCAGCGGAAAGCGGCTGAATGGAATATTCCGCAAAACAGCAATGCTGTTCACCCTTTGAGAGCCGGGGTAAGCGCTTTTGGGGCAGGAGGAACAAACGCGCATCTTATATTGGAAGCGTATGAGCCGCCAAAAGCTTTTGATCATCAAAGCGGCCGAGTGATCTTTGTTTTATCGGCTCAAGACAAACAACGGCTGATAAAGTATGCGAAGGTTATGGCTGATTTTCTATCAGAAAATGAATCGAAGGATAACAATCATAAACTGCGTCTTCAGGATATTGCCTATACACTTCAGACGGGACGCGATCATATGGAAGAACGGCTGGCGATAGTGGCAGATTCCGGGCAGGTCATTGCTGAAGAGCTTTCAGCTTATATCAGGGGTGAAAAAAGCAGCTTGAGCCATACCGGTCATACATTCGAATCAGAAGTTCACAATGAAATGCCTCACGTTTGTTCAGATTACGCCGAAGCAGCATCCAAATGGGTAAATGGAAGAAAGATAGATTGGGAGACTTTTGAGGTGAATCGGAATGCTCGCAGGATTTCTATTCCGGGACAACCGCTGATCAAACAGCGGTATTGGATAGCGGAAAAAGGGGACGCACTTGCTTCAGCGGATGTGAGTAAGCCGGGTCACCCTTTCTTGGGGAGTAACACGTCCGATTTTAATCAGTTCAGTTTCACGAAAAAAATCAGCCGTAATCATCCGTTTGCACTAAGTCTGTCTGAAGGAAACGTGTCCTTTTTCCCTTATGCATCTTTGGCTGAAATGGCTATCGTCAATGCAGCGGAGGCATTTGGACAACCAGTTCATACATTAACTGATTTATTGTGGACCGAAAGCATGAACGGAATGACTGATATAAGGGAACTGATGATTACGCTGACGCCTGAGCGCGGCTTTGCGCGATTTGAGATATATGCAAACACAAAAAATGAGAATAAAGTACGTCTTGCCAGGGGAAATGCGCATATTGTTAAGCCTGAAAGCGGTATGCTTCCTGAAGCGCTTGATATTGCTGAAGTCAAATCAGAAATGACTGAACATCCGGCTGAAGCGCCTTTTGTCATTGAATCAGCGAAAAACAGTGACGGAATGCTGTCGCTTCATTCATTGCCGGATGAGCTTTATGCAAAAAGAGAGAATTTTACGATCTCTCCTGAAGCGCTTGAGTCCGCGATTCAAGCCAGTGCGTTTTTTGTCAGCAGAGAAACCTTCCCGGAATTGATCGGAATGGGAGCGGCGGATGTCTATCAGCCTCTCGCTCAAAATTTTTATGTCTATACTCAAAAAGAGAACCGGCAGAACAGCCGTGATGTAACGTGTCATATGACATTTACAGATGGAAACGGAAGCATTCTGGCAGAGTGCAGAGATGTGAGATTCAGGTATGGTCATGAAAAAGACACTGTTCAGACGGACGATGAACTCATTCGTCTCCTGCGTCAATTGGAAACCAATGATATTGATCAGAAGGCTGTATTGAAACAATTAATGGGGGAAGAATGA MASNQNYQFTLTIKHTDYIVRDHRVHGTRIIPGVTFLDMIYRMALSKGLPIEELECQNILYLEPVATSDTFDREIRIRFQGLEQGWEIQAKSRKVKDDRILDESWDENMTCRLMPKIPESMSSINIDEIKHASVREADMEICYDYLKKVDIEHFEFMKSLGKVYASDHSVLAELTLSQIANQYTGYFQLHPTFLDASTIISILYQACPEYFTQGSPASRMKTYIPIHIESFRMTKRLEDRCYVYIEKQDQNHDSGDVIQVSYGLYDAHGEMIAYFTRLSVKHIRSKDLIENLKQTRLETEAASQPKDSLIRKDSIINRSESIETHLKELISGVSNIDLRDIRTDIGFYEQGLDSASLLAIVKELENKTGEQLYPTLLFEQKTIRELAAYIRENQKMSSYFLTRNQPAEKPDMKESKNENRSALITEGDIQQLIADIKGTAPETLSVVKGFYEQGLDSVTLMQAVKALEEKTGRELYPTLLFEYPTIQKLANYFAESGEKTFVEKDRPLHHGENHTALTYLTPYWRQKTAAWDPHCGNKKKRTCLLFQYDRELFHFMRENAEDGFENTQIILVLSGNRFSYHGDGVYEIDHREEAHFDRLAADLKKRGQMPDTVVYGWPEGSFAGPEKISEQLSKGAYPLFFFSRALMRSKAEKKVVSLFLYPADHKNDQPLYASVHGAGQSILLENPKLALKTIGISVSDKSSLPELTAEIIRVESTEAHPGETDLYYERNVRWVRALREAEPAQNSGFSFKENGVYMITGGAGGLGLIFAEHIAAQTKANIILAGRSELTEDKKNKISRMKAGGSSVQYIRGDFSDSRDAERIIKTIKRQFGEINGVIHSAGVTHDALLIQKSKDEIQEVIAPKINGTVLLDSLLQTEPLDFFVMFSSSSSMYGNIGQTDYALANRFIDLFAEWREGMRRKKERSGVSVAIGWPLWEDGGMKVDKQTEKWMKQKIGMVPLSKTNGIKAFQDSLSLNASQLIVFEGDKEKLESALQDTFIEDESHEIQINEKADTRHGDIAIIGLSGKYPMAEDLSQFWENLKSGKDCITEIPPDRWNMDDFFSEDRDMKGKSYSKWGGFISGADQFDPLFFHISPREAELMDPQERLFLETAKHCFEDSGYPRNMLEKMKVGVFVGAMWGQYQLFEGEENGAAFSPASVYSSIANRVSYYFHLKGPSLALDTMCSSSLTSIHYACQSIHCGESDMALAGGVNLSIHPNKYKFLSMGQFLSSDGRCRSFGKDGSGYVPGEGVGAVLLKPLKKAIEDQDQIYGVIKGSAVNHGGKTSGYSIPNPDAQAEVISEALRKADIDPNTVNYIEAHGTGTSLGDPIEIQGLKDSYQLNHPCAIGSVKSNIGHLESAAGIAAVTKVLLQMKNKQLVPSLHSDIVNPFIDFDQVPFQVQRKAAEWNIPQNSNAVHPLRAGVSAFGAGGTNAHLILEAYEPPKAFDHQSGRVIFVLSAQDKQRLIKYAKVMADFLSENESKDNNHKLRLQDIAYTLQTGRDHMEERLAIVADSGQVIAEELSAYIRGEKSSLSHTGHTFESEVHNEMPHVCSDYAEAASKWVNGRKIDWETFEVNRNARRISIPGQPLIKQRYWIAEKGDALASADVSKPGHPFLGSNTSDFNQFSFTKKISRNHPFALSLSEGNVSFFPYASLAEMAIVNAAEAFGQPVHTLTDLLWTESMNGMTDIRELMITLTPERGFARFEIYANTKNENKVRLARGNAHIVKPESGMLPEALDIAEVKSEMTEHPAEAPFVIESAKNSDGMLSLHSLPDELYAKRENFTISPEALESAIQASAFFVSRETFPELIGMGAADVYQPLAQNFYVYTQKENRQNSRDVTCHMTFTDGNGSILAECRDVRFRYGHEKDTVQTDDELIRLLRQLETNDIDQKAVLKQLMGEE PGPT0010098_3 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-MACROLACTIN_METABOLISM,PGPT0010098-mlnF-NA NA NA D1-12_00626 7383 acpP_2 Acyl carrier protein ATGAACGGAAAACGTGAACAAATCAGCGATATTCTTGATCTGATTCAAACAGGACAAATGTCGGCTGACGAAGGCTATGCCCGTGTGACATCCATTCAGAATCAAAAATCACGGGCATCGAACCATCCGCTTTTATATTACAAGCCGGAATGGACAGAATCGTTCATTCCGAGTAAGAAGAGCGTACCCTTGACGGGATTGCTCCTGATTTTTGCAGAAAATGAACGGCAAATACAAGAATTGAGCGGTTTGTTTAAGGGCTGTACTCTCTTGTTTGTCATCCGCGGAAAAGAATTTGCTGTTTTACATGATGATACGATTTGTATGAACCACGTGAAAAAACACGATTATCTAAAGCTGTTCCGATACATTCATGATCATTATCAGCTGCCCGAAAAGATTCTTCACTTGTGGTCTGATTCTCAGGCTGACATGAGTAAAGGAGGTATACAGAAACAATTGGAAAATGGATTGTTTTCTCTTCTGTATATTACACAGGCGCTGATTGAACTAAAATGGAAAAAGATAATAAAGCTGACGCATATTTTTCAAACAGAGAATAAAGAACAACTGCCGCTGCATCATGCGCTCGGCGGATTGGTGAAAACCGTTCACCAAGAACACCCCAATTTTCACTATCAGATTATCAATATCACGCAATCAGAGGGTGCGGGAGCCGCTCTTCCAGCAATAGCGGACATATATCAGAGAGAGTGTGACGAAAAACGGGATATCCATTTTGAAGTGCGCTATGAAAACGGCAGACGTTTTACGAAAAGCTATAATAAAGCCGGCTCATTCGATTTAACTCAGCCGCTGAAACATCATGGGAATTATCTGATTACAGGAGGCCTGGGCGGTCTCGGTTATATTCTGGCAAAACATCTGTCGGAAAAATGGAAAGCGAATCTCATATTAACGGGGCGCTCTGATTTAACTGAAGAGCAGGAGAAAAAGATCGAATATTTAAGAAGTTCAGGTTCAACAGTTGAATATATCCGATCTGATGTATCAAAACAAAGTGATGCTGAACGGATGTTTGCTTTTGCAAAAGAGCAGTTCGGCACCTTACATGGAGTATTTCACAGTGCCGGCGTACTCCGTGACTCTTTTATCTTAAGAAAGACAAAAGAAGAAATTGATCAAGTCACAGGTTCGAAAGTTTATGGCACGCTGTGGCTGGCGGAAGAAATCAAAAAAATGAAAGTTGAATTACTTGTCTTGTTTTCATCCACATCGGCAGTCTTCGGCTCAGCCGGCCAATGTGACTATGCTTTCGCCAATGCCTTTCTGGATCAGTATGCAGCAGTTATGACCGCAAAAGAGTCTGCCGAAAGGGTAGTGTCAGTCAATTGGCCGCTATGGACTTCCGGCGGGATGAATATTGACGATGAAGGAGTATCCTACATGAAACAGGAACTCGGTCTTGACCCGTTAGATGATAGTGACGGAATACAGGCTCTGGAGAACAGCTTGTGTCAATCATCTGAACAGCTGATTGCCCTGAAAGGCCGTAAAGAAAAGATTGAGGATGTGCTGAATCGTGCCGGCACAATCAGCTTTCATTCAGAGCAGCAGGAAGATGCTGATTTGCAAAACGATGAATTAAGACAAAATATAATCAGTTATCTGAAAAATATAATGTCAGAGGAATTGAAATTACCGGCCTCACTCATAGATGAAAAACAATATCTGGAGAAATACGGCATTGATTCAGTGATGATCATGCGTCTGACCAAAAAGCTGGAGCAAAGTATCGGCAGATTGTCGAAAACATTATTTTTTGAATATCATTCAATATCGCAGTTAGCCGAATATTTCCTGAGTCATCACAGCGAACGAATGATGAAACTGCTGAACCCGGCCGGCACATCTGAACTTGTTTCATATCAAAAAAAGCCAAAAAGAAAACCAGTGGAAACAAAAGCGCCGGTACGCTCTGAAGGAGAAGATTCAAAAGAGCACATTGCGGCCGATCCCCTTTCTGCTGATATAGCCATTATCGGTGTCAGCGGCAGATACCCGGGTGCGGAAAACATCAGGGAGTTCCAGAATGTGCTGATGAATGGACGGGATTGCGTAAGCGAAATTCCCGATGACCGGAAGGAAATGCTGGAGGGAAGCTGCTATAAGTGGGGAGGTTTTCTGAAAAATCCAGACCGGTTTGATCCTTTATTTTTCCGGATATCACCGAAAGAAGCGGCTTTTCTTGATCCTCAGGAACGCCTCTTTTTAGAGACAGTGTACAATACCATAGAGGATGCGGGTTATAAACCTTCAGATCTGACCCGCAAAAAGGTCGGAGTATTTGCAGGCGTCACATATGGAAGCTATCAATTTTTCGGCGTTGAAGAATCACTTAAAGGAAATGAACTGGCCGTCGGGTCTCCATTTTCTGCAATAGCAAACAGAATATCATATTTCTTTAATTTTAAGGGGCCGAGTATGGCGGTTGATACAATGTGTTCATCCTCTCTTAACGCCATTCACTTAGCCTGTGAAAGTATACGAAGAGGAGAAAGCACACTTGCTGTTGCGGGCGGGGTCAATCTTACGCTTCATCCGAATAAATATACATTATTAAATCAAAGCCGCTTCTTTGCAAGTGATGGCCGATGCCGTACATTCGGCGAGGGCGGTGACGGTTATGTACCGGGAGAAGGAGTGGGATCCGTACTTTTAAAGCCGGCGGCGGAAGCGGTAAGGGACGGAGATCATATTTATGCGCTGATTAAAGCGACAGCGGTCAATCACGGAGGGAGAACAAACGGTTTTACGGTTCCTAATCCAAATGGTCAGTCTGAACTGATACAGGACGCGCTTCAGAAAGCTTGTATTGACCCTCGTACAATTAGTTATATTGAAGCTCACGGAACGGGAACTTCTCTGGGAGACCCGATTGAGATCACCGGATTAACAAAAGCGTTTCGGGAATTTACGGAGCACACTCAATATTGTTCAATCGGTTCTGTCAAATCAAATATCGGCCATCTTGAGGCCGCAGCGGGAATTGCCGGTTTGACAAAGGTTCTTTTGCAAATGAAACTGAAAAAACTGTTTCCCTCCATACATGCGGAGACGTTGAATCCAAATATTGATTTTAAAGCATCTCCCTTTTATGTACAGCGGTCATTGCAAGACTGGAAGAAACCGAAACTGCAGGAAAACGGAAAAACAGTAACTGTTCCGAGAAGAGCGGGGATCAGCTCATTCGGAGCGGGAGGAACGAATGTTCATATCATTATAGAAGAATATGAAGAAACAAACGTCTCAACAGAACATGTTGAGAACGAACCGCATATTGTCCTGTTATCTGCCAAAGACAATGAACGTCTTCTTGAGTATGCCGAAAACATGAGAGATTTTATTCAACGTTCACTAAGTCCTGAAGTAAAGGATAAACAGCCTGATATGAAAGAAAAGGTGTATGAAGTACTCAAACCGTTTGTTTCGGAATTGCTTCATATCCATCCGGAAGAAATTAATATTGCTGATCACCTGAGTGAATTTGGCGTAGGGCCTTTGGAATTAAGCCGGATGGCGGATTTTATTAACGAAATGTTTCATATTGAACTCACGATGTATGAATTAACTGATTGCGCCTCCATTCAAGCGGTTACTGAATACTTATTGAAGGAATATGCCGGAGCGATAAGAAACATGTTCCCGAATGAAGTGATGGAAGCCGGCCAATCGGAAAGCGTCGTTTTACGGGATCTGGCATACACTACACAATCGGGCAGAGAAGCGATGGAGGCCAGAGCGGCGATTACCGGTACCTCTCTTAAAGAAATGAAAGATAAATTATTTGAGTTTTGCCGCGGTGACAAGCAAGTTCCAGGCGTATATGTTAATCAGCAATCAGCAGATGCATTCGCTGAAAAAATGAAGGCGTTAACGGAAGGCAGAGCAGGTGAATTGTTTGTAAAGACCATTATTGAGAACGGTGAAGCGGAAAAGCTGGCTCAATTATGGGTTTGGGGGGCGGATATCGACTGGAAATCCGTTCATCAACATTTACAGCAGCCGGGTAAACGGATCTCAATTCCGACTTATCCGTTTGCAAAAGAACGTTATTGGGTTCCGTCCAGGACTGAGAAGGCAGAGATCCCTCAGCATTCTTTTCAACATCATTTGCAAAAAAAATGGAGGGAGAATCCTTTTGTAAATCCATCCGAAACAAAAGAGTACGGACTGACAGTAGCATTTGTAAATCAAGACACAGAATCAATTGCCCGCACCATTTGTTCGGATATAGATCAGGAGAATCTGATTGTCATAAAACATCACTCTTCATTTATAAAACACTCTGATCAAATGTTTGAGTGTTCTTTATTAGATGAAAACCACGCATACGACGTTATCCGTGAGATCTTCTCGGGCGGTGAGCGGCAGGTCGAAAATATATTTGATTTCTCAGATATCGGAAACCAGAGTGAAAATCAGAACGGCATCCCATATGGTAAATTCTTATTTATACAAGAAATAATTAAGCGGAGTAAAAAGGAAACACCATTATCCATTTTACAAATCACCAATGGCTTGCAGGTATTTAAAGCGGAAAAACCAAAGCTGACGGGGGCGGAATCAGCGGCTTTTCTGAAAGCCCTTTCTGCGGAATACGGCTTTGTTCATGTGAAAACAATAGATATAGACAGCATGAAAGAAACGCATGAGCTGAAACAAATCTTTGAGAATGAAAGGGCGCAATGTACCGGAGAGAATGAAGTATGCTACCGCAGCGGCGTCAGATATGTTCCGTATTTTGAAGAAGAAAGAATCCATACCGGCGGGCCTGTTTCATTTCCTGCGGATAAAGCCATCGTGATTACCGGCGGGACAGGGGGCATTGGCAGAGCAATAGCTGAAGATTTGGTGAAACGGGGAGTGAAAAAACTCGTGCTGACGGGGACGCGTCCATTACCTTTGCGAAGTGAATGGGATCATTTGCTGAAAGAGCGCAGACAGGACGAAAAGACAGTCAGCAATATCAAACTGTTTCAAAGTTTTGAAGAGAAAGGTGTCAACTATCTGTATTACAGCGGTTCTCTCACAAATGAAGAGAAGCTGCGTTCATTCTTTCACCAAGTAAGCCTTGAATTTAAAGATATAAGCGGTGTCATACACTGTGCCGGACTGCACAGCGGCGGAAATCCGGCCTTTATTCATAAAAGAATGAGTGAATTTAAGACGGTGTACGGGCCGAAAGTCACTGGACTTCAGAATTTGGAGCGGATTTTTAATAATAGGCCGCTGGATTTCTTTATTCTATTTTCATCAATTGCTGCACAGTCACCCAAACTGTCGAAAGGAATGACTGATTACGCGTCTGCAAACGCATATATGGACTATTTCGCGGCTTATCATTTTCAAAAGGGGAGAACGTATTTCACGTCCATCAATTGGCCGAGCTGGAAAGAAGTCGGAATGGGTACTGTGACGAGTCCTTTATATGATGAATTGGGATTGGACTCTCTTTCCACACGGGAAGGACTGGCGATTTTGTATCATGCACTGGAGAAAAAATCGGCCAATATCATTCCTATCGTGAAAAAAGGAACAGTGTTTCATGCAGACAGTCTCCTGAAAATCAATAAAACCGGCGGAGCTTCGGTTCCAGTCCGAAGACAGGAAACTCCCGACACTTTTGATCGTTCAGAAGGGCTTGTCAGTGAACTTTCTGCCGTATTTGCCGAGGAATTGAGCATTCCCCTTGAAAAGCTTAACCCAAATACGGATTTTCAGGAATACGGTGTGGATTCTATACTACTTGTCAGCATTATACATCGTATAGAAGCAATGATTCAGAAAAAAATTGACCCTACTGTGCTTCTTGAACACAACACGATTCATGGTCTTGCGGAATATATCGGTAAGACGGCGCCGCCGTTGAAAAAACAAATCGAACAGACTGATTCTCAAAGCAGCAATCAGCATGATATGCAGTCTGTGACGAGCCGAAATACAGAACCGCAGACGGCTTCCTCTGCAAAGATAGCTGTTATCGGAATCGGATGTAAGTTCCCTGGAGCGGCTGATAAAGAGGAATTTTGGGACAATCTGAGAAAAGGGAAGAATCATATTAAAGAAGTACCTGATTCCCGGTGGAATATAGAAGAAAATTACTCTCCGGTGCAGCAAAAGGGAAAAAGCATCAGCAAATGGGGAGGATTTATCAATGGAATCGGCAGCTTCGATCCGGAGTATTTCCGCATGGAAGAGGAGAAAGCCATCCAAACGGACCCGCTGATAAGACATTTCTTAGAAACGAGTGTACAGACTGTACGGGATGCCGGTTATGAAGAAACAGAATTATCGGGAAAAAAAGTCGGCGTATTTGTCGGTTCCAGAATGGGCGGCTACGGTCACAAACTGCCGAAAGAAAGCAACAGCCACATCGTCGGGCTTAGTCAAAACTTTATTGCTTCACACGTGTCGCATTTCTTTAATTTTCACGGCCCAAGCATGGTTTCTGATACCGCTTGTTCTTCTTCATTAGTCAGCATTCATTTAGCCTGCCAAAGCATAAAAAACGGTGATTCAGAGATGGCGCTGGCAGGAGGGGCGGATCTGCTTTTGGATGAAATTCCTTACCTGATGTTAACAGAAGGAGGAGCTCTTTCGCCGGACGGTCAGTGTTTTACTTTTGATGAAAGGGCAAACGGCTTTGTACCCGGAGAGGGTTTTGGCGCTGTTCTGTTAAAACCGCTCGAGAAAGCGAAAGCGGACGGAGATCGGATATACGGTATCATTGAAGCATCAGCTATTAATAACGACGGTGCGACAATGGGAATTACGACCCCGAATCCTAAGCTTCAAGAGCAGGTTATTCAAGATGCATTTGAAAAAGCCGATATCACTCCCGGATCAGTCAGCTACGTCGAAACTCACGGCACAGGCACGATGATTGGAGATCCGATTGAGCTACAGGCTCTGACAAAAGTATTCCGAAGAGACACAAACAAAACGCAATTTTGCGGAGTAGGAAGTGTAAAAACCAATATCGGACACTTATTAAGCGCTGCCGGAGCGGCAAGTTTCATTAAAGTGATTTTATCAATATGGCATAAGGAAATTCCGCCTACATTGAATTGTGAAACGCCAAATCCCCGCTTTGAATTTGAAAAGTCGCCTTTTTATCCGAATACAGAGCTGAGAAGCTGGAAGGATGGAAAACGGAGGGCGGGCATCAGCGCTTTCGGTTTTGGCGGAACAAACGCCCACCTTTTGGTAAGCGGCCTGGATGATTCATATCATTCCGTCAGAACTCCGCTGCCGCCTGCCGAGTTTGTCAGAAAAGAGTACTGGCCGGATTCAAATCGGAAAAAACAAATCAAACAGAATAAAAAACGGCTTCTTGAAATTATTGATGAAACAGAGTAG MNGKREQISDILDLIQTGQMSADEGYARVTSIQNQKSRASNHPLLYYKPEWTESFIPSKKSVPLTGLLLIFAENERQIQELSGLFKGCTLLFVIRGKEFAVLHDDTICMNHVKKHDYLKLFRYIHDHYQLPEKILHLWSDSQADMSKGGIQKQLENGLFSLLYITQALIELKWKKIIKLTHIFQTENKEQLPLHHALGGLVKTVHQEHPNFHYQIINITQSEGAGAALPAIADIYQRECDEKRDIHFEVRYENGRRFTKSYNKAGSFDLTQPLKHHGNYLITGGLGGLGYILAKHLSEKWKANLILTGRSDLTEEQEKKIEYLRSSGSTVEYIRSDVSKQSDAERMFAFAKEQFGTLHGVFHSAGVLRDSFILRKTKEEIDQVTGSKVYGTLWLAEEIKKMKVELLVLFSSTSAVFGSAGQCDYAFANAFLDQYAAVMTAKESAERVVSVNWPLWTSGGMNIDDEGVSYMKQELGLDPLDDSDGIQALENSLCQSSEQLIALKGRKEKIEDVLNRAGTISFHSEQQEDADLQNDELRQNIISYLKNIMSEELKLPASLIDEKQYLEKYGIDSVMIMRLTKKLEQSIGRLSKTLFFEYHSISQLAEYFLSHHSERMMKLLNPAGTSELVSYQKKPKRKPVETKAPVRSEGEDSKEHIAADPLSADIAIIGVSGRYPGAENIREFQNVLMNGRDCVSEIPDDRKEMLEGSCYKWGGFLKNPDRFDPLFFRISPKEAAFLDPQERLFLETVYNTIEDAGYKPSDLTRKKVGVFAGVTYGSYQFFGVEESLKGNELAVGSPFSAIANRISYFFNFKGPSMAVDTMCSSSLNAIHLACESIRRGESTLAVAGGVNLTLHPNKYTLLNQSRFFASDGRCRTFGEGGDGYVPGEGVGSVLLKPAAEAVRDGDHIYALIKATAVNHGGRTNGFTVPNPNGQSELIQDALQKACIDPRTISYIEAHGTGTSLGDPIEITGLTKAFREFTEHTQYCSIGSVKSNIGHLEAAAGIAGLTKVLLQMKLKKLFPSIHAETLNPNIDFKASPFYVQRSLQDWKKPKLQENGKTVTVPRRAGISSFGAGGTNVHIIIEEYEETNVSTEHVENEPHIVLLSAKDNERLLEYAENMRDFIQRSLSPEVKDKQPDMKEKVYEVLKPFVSELLHIHPEEINIADHLSEFGVGPLELSRMADFINEMFHIELTMYELTDCASIQAVTEYLLKEYAGAIRNMFPNEVMEAGQSESVVLRDLAYTTQSGREAMEARAAITGTSLKEMKDKLFEFCRGDKQVPGVYVNQQSADAFAEKMKALTEGRAGELFVKTIIENGEAEKLAQLWVWGADIDWKSVHQHLQQPGKRISIPTYPFAKERYWVPSRTEKAEIPQHSFQHHLQKKWRENPFVNPSETKEYGLTVAFVNQDTESIARTICSDIDQENLIVIKHHSSFIKHSDQMFECSLLDENHAYDVIREIFSGGERQVENIFDFSDIGNQSENQNGIPYGKFLFIQEIIKRSKKETPLSILQITNGLQVFKAEKPKLTGAESAAFLKALSAEYGFVHVKTIDIDSMKETHELKQIFENERAQCTGENEVCYRSGVRYVPYFEEERIHTGGPVSFPADKAIVITGGTGGIGRAIAEDLVKRGVKKLVLTGTRPLPLRSEWDHLLKERRQDEKTVSNIKLFQSFEEKGVNYLYYSGSLTNEEKLRSFFHQVSLEFKDISGVIHCAGLHSGGNPAFIHKRMSEFKTVYGPKVTGLQNLERIFNNRPLDFFILFSSIAAQSPKLSKGMTDYASANAYMDYFAAYHFQKGRTYFTSINWPSWKEVGMGTVTSPLYDELGLDSLSTREGLAILYHALEKKSANIIPIVKKGTVFHADSLLKINKTGGASVPVRRQETPDTFDRSEGLVSELSAVFAEELSIPLEKLNPNTDFQEYGVDSILLVSIIHRIEAMIQKKIDPTVLLEHNTIHGLAEYIGKTAPPLKKQIEQTDSQSSNQHDMQSVTSRNTEPQTASSAKIAVIGIGCKFPGAADKEEFWDNLRKGKNHIKEVPDSRWNIEENYSPVQQKGKSISKWGGFINGIGSFDPEYFRMEEEKAIQTDPLIRHFLETSVQTVRDAGYEETELSGKKVGVFVGSRMGGYGHKLPKESNSHIVGLSQNFIASHVSHFFNFHGPSMVSDTACSSSLVSIHLACQSIKNGDSEMALAGGADLLLDEIPYLMLTEGGALSPDGQCFTFDERANGFVPGEGFGAVLLKPLEKAKADGDRIYGIIEASAINNDGATMGITTPNPKLQEQVIQDAFEKADITPGSVSYVETHGTGTMIGDPIELQALTKVFRRDTNKTQFCGVGSVKTNIGHLLSAAGAASFIKVILSIWHKEIPPTLNCETPNPRFEFEKSPFYPNTELRSWKDGKRRAGISAFGFGGTNAHLLVSGLDDSYHSVRTPLPPAEFVRKEYWPDSNRKKQIKQNKKRLLEIIDETE PGPT0010099_2 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-MACROLACTIN_METABOLISM,PGPT0010099-mlnG-NA NA NA D1-12_00627 3849 rutD_1 Putative aminoacrylate hydrolase RutD ATGAGGTTCAGCGTATTAGTCAAACATGACGATTATATTGTTTCAGACCATGTCCTTCATCAAGTGCGTACGATACCCGGCGTAACGTATTTGGATTTAATAACCCGATTTTTAGCTGAGAAAGGGATATCCCCCCGAAGTTTTGAAATCAAACATGTTTTATTCCGTGAACCTGTTGCGACGTCAGTCCATTTTGATAAAAAAGTCAGCTTCCAGTTTACGGAACAAGAAAACGGCTGGCTTGTTGAAACAACAAGCAGGAAATGGGTCGCTGAAAAGGCGGAAGGTGAAGCGTCAGTCAACTTGCAGGCGGAAATTATAAGAAAAAATGCGATAAACGAAAAGACAATTTCAATCGAAGAATTAAAGAAAGGAGCCGTCCGGATTTCGGATGCTGAATCCGCCTATCGTAATTTGCGCAGGGGCGGGCTGATTCATAAAGATTTTATGAAATTGGAAGGTACGGTATATGAAGGTGAAAATTATATTCTGGGAGAGGTCAGTTTAAGCGGACTTTCAAAAGAATATACAGATGACTTTTACATGCATCCCGCATTTTTGGATGGGTCTCTCAGCTTGTTGGGAATCCTTACATCAGACTTGCCGGATGAAGGAACAAATGCGTTTATCCCTATATATATTGAGACATTCCGGGCACTGCATAAAACAACTGGGTCTTGTTTTGTGTATATTGATAAAAACAGTATAACGCAGCCGCCTTCTAAAGACATTTTATATGCGGACATAGAAGTATACAGGCCTGATGGAGAGCTTGCTTTTTATTATGAGCGATTCGGTGTGAAAAGAGTCAGAAATGAAAAATCAATACAAAGGCTGGAGCATTCCCAAAAAGCTAAAGAGGTTGGCAGCGCAACGAACAATAAAGAAATGATCAGAAATAATTTGATCCAAGAGATAACCGGCATGATTGAAAAACCTGCTGAAACAGTGAAGAATGATATTTCCTTTTACGAGATGGGCTTGGATTCTAAACAATTATTAGACTTATCCAAAAAATTAGAACTGATGTTAGATACAAAGCTGTACCCGACTTTATTATTTGATTACTCCACAATCGGTGAATTGACGGAATATCTGCAGGAGAAATACGGAGCTGACATTACAGACTCTATCTCTGATACAGTTTTGCACCAAGACAGTCAAAAAACATTAACAGATGAGCTGTCATCCATTATTGGAGAGGTTACAGACACACCGCTAAATAAAGCGGACAAACACCAATCTTTTTACGAACTGGGTCTTGACTCAAAACAGCTGCTGCATATATCGAAAATGCTCGAGGAAAGATTGGATACACAATTGTATCCGACATTGCTTTTTGATTATAACAATATTTATGATTTAGCGGCTTATTTAGAAGAAAAATATGATGTGCGTAATACACCGGCTGCAGCTTTTAAAGAAAAAGCGCAAACGAAAGAGCCGTCTGAAAAGCCGATGCTTGAATCTTTGTATTTACAAAAAGAATGGATTGAGTCGCCATTAAAGTCCGGAGAAGTACCTAAGGAAAATACATTGATTTTCGATTTCGACAGTTCATTGAGTGATGAAATCCGTAAGTGCATCGGCAGTGAAAATGTTATTTATGCGGAAGCCGCCGCTGAATATGAAATGGTAAATGAAAAGCATTATAAATTTAACCCGGAGCAGTCTGCTCATTACACCAGACTGTTAGATGATATGAAAAAGTCCGGAGCGTTTCCGGCGTCAATCATTCATTACCTGTCAAAAAAAGCTTATACTGAAGCGGCGTTAGACCTGACTCACAGCTTTTATTCAATCCTTTATTTAAGTAAAGCTTTGATCCGTCAAAAAACAAAAGAAAACATCAACATTCTGTACGTACATGACAAGGATCAATATACAAATCCGGTTTACGCCGCGATTGCAGGCTTTTTTAAAACGCTGAATGCGGAGCAGCCGAATATAAAGTGTAAAACGGTTGAGATTTCTTCAAGACAAACCGTTGAAAAAGCACCTTTGCTTCTCAATGAATTAAGTGCCGGACATCATCAGGCTGTGAAATATGCCGGCGATCAAAAAAGGTGGGTGACAGCATATAAAGACGCTTCGCTGCAAACAGGACAAAAGGCCGCAAAGTTTGCAAAAAACGGGGTGTATCTCATCATCGGAGGGTTAAGCGGCATCGGCTGGATTATTTCAGCGTTTCTTTATGCAAATCACGGAGCCAGCGTTATCATTGCCGGGCGATCGAAAATGACAGCAGACATGGAAGAAAAATTAGACAGCATCCGATATGACGGGGCAAGCATTTCTTATATCCAGGCTGACATGTCAGATAAGCAGCAGGTCATCAAGTTAGCGGAAAAAATTCGTGCTGATTATTCCGAAATCAACGGGGTCATTTACAGTGCAGGCGTGTTAAAAGACTCTCTCATTATGAACAAAACAGACGCGGAAGCTCAAGCGGTGCTGCAATCAAAGGTCAATGGTGTGATTCATTTGGATGAAGCGCTCAGAGATATGCCTTTAGACTTTTTTGTTTTGTTTTCTTCCATCTCCTCAGAAATCGGAAGTCTGGGTCAAGCCGATTATGCCTACGCCAATCGTTTTCTGGAGCATTTTGCCGAGTGGAGGGAATGTATGAGAAAGGCGGGGGGAAGATCAGGAAAAACCATCGCTGTAAATTGGCCTTTCTGGAAAGACGGAGGCATGTCAGTTGATCCCGGCATCCAAGATATTATGAAAAGGGAGTACGGACTTCACCCATTAGAAAATACTGCCGGAATCAAAGCTTTTGAACACTCGCTTCTCGGCCAAGGCCACCAGCTGATCGTGTTATACGGAGAAAAAGAAAAAATACAAAACGATTTCAAGCCGTTATCCGCCCGTTCAGCACCGCCTCTGGTAAGAGATTCAGCGATTGCAGCCGATTTTGATGCTTCGTCAATCGTTACGGAAGCTGAAAGTCCTTTCCGGATACTCGGCACGGCTTCCAATCGTCATCTCGACGATTATTTGCATTATTGGAGCAGACTGAAGAAAGGAGCCCTTCAGCACAATCAAAGCGATGCCGCAAAAAAACTCATCGCTTTTTACCAGACAGAAGAAACGGAAACCGTTCATTTTCTGGCAAACACAGAAAATGCCCGGCATATGGAGATATTGATGAGCGGTAAGGGCGAAACAATTTTACTGATTTGCGGTTTTGCTACCACTGCTTACATGTGGAAAGAACAAATGAAAGAGTGGGCAGATCAATTTAATGTAATTGTCATACACACACCGGGTTACGGGCTGAGTGAGGGGAGCGCCGATTTTACACTGAGCGGGCTGGCTCAGACTTTTATCGAAGTGCTGAACGAGATAGGGGTTGCGTGGCCGATCCACATTGCGGCAGCTTCTTGGGGAGGCATGATAGGGCAGAGGATAGCCTATGAATACCCTGAAAAAGTAAAAACACTCATTCTTTCCGGAAGTTACACCGAATACGAAGAAGACCCTGAAAGCAGTGTCGAGGAAAAACTGAAAAATGATTTTATAGCTATAGGAAAATCGCATGAATATGAAAGTTTATACAGTAATCAATTTTTAAATGCTTCTATTGAACGTTTTATGAAGATACATCAACAAGAAGGCTATTCTACGATCGGCTTTTTAAAAGACATTCATACAAGAACGCTTATCCTTACGGGTGAGAAGGAAAGCGTAGTTGATCAGAAAGAAACAAAAAGGCTGCAGAAACTGCTGAGCAATGCAGAATTAAAGAAAATTAAGGGAGCGGGGCATCTTCCGAACATCACACATCCGGAAGAATTTAATAAAGCGGTGTCAGAATTCATCAAGAAATCGGTAAGTAAAGGATGA MRFSVLVKHDDYIVSDHVLHQVRTIPGVTYLDLITRFLAEKGISPRSFEIKHVLFREPVATSVHFDKKVSFQFTEQENGWLVETTSRKWVAEKAEGEASVNLQAEIIRKNAINEKTISIEELKKGAVRISDAESAYRNLRRGGLIHKDFMKLEGTVYEGENYILGEVSLSGLSKEYTDDFYMHPAFLDGSLSLLGILTSDLPDEGTNAFIPIYIETFRALHKTTGSCFVYIDKNSITQPPSKDILYADIEVYRPDGELAFYYERFGVKRVRNEKSIQRLEHSQKAKEVGSATNNKEMIRNNLIQEITGMIEKPAETVKNDISFYEMGLDSKQLLDLSKKLELMLDTKLYPTLLFDYSTIGELTEYLQEKYGADITDSISDTVLHQDSQKTLTDELSSIIGEVTDTPLNKADKHQSFYELGLDSKQLLHISKMLEERLDTQLYPTLLFDYNNIYDLAAYLEEKYDVRNTPAAAFKEKAQTKEPSEKPMLESLYLQKEWIESPLKSGEVPKENTLIFDFDSSLSDEIRKCIGSENVIYAEAAAEYEMVNEKHYKFNPEQSAHYTRLLDDMKKSGAFPASIIHYLSKKAYTEAALDLTHSFYSILYLSKALIRQKTKENINILYVHDKDQYTNPVYAAIAGFFKTLNAEQPNIKCKTVEISSRQTVEKAPLLLNELSAGHHQAVKYAGDQKRWVTAYKDASLQTGQKAAKFAKNGVYLIIGGLSGIGWIISAFLYANHGASVIIAGRSKMTADMEEKLDSIRYDGASISYIQADMSDKQQVIKLAEKIRADYSEINGVIYSAGVLKDSLIMNKTDAEAQAVLQSKVNGVIHLDEALRDMPLDFFVLFSSISSEIGSLGQADYAYANRFLEHFAEWRECMRKAGGRSGKTIAVNWPFWKDGGMSVDPGIQDIMKREYGLHPLENTAGIKAFEHSLLGQGHQLIVLYGEKEKIQNDFKPLSARSAPPLVRDSAIAADFDASSIVTEAESPFRILGTASNRHLDDYLHYWSRLKKGALQHNQSDAAKKLIAFYQTEETETVHFLANTENARHMEILMSGKGETILLICGFATTAYMWKEQMKEWADQFNVIVIHTPGYGLSEGSADFTLSGLAQTFIEVLNEIGVAWPIHIAAASWGGMIGQRIAYEYPEKVKTLILSGSYTEYEEDPESSVEEKLKNDFIAIGKSHEYESLYSNQFLNASIERFMKIHQQEGYSTIGFLKDIHTRTLILTGEKESVVDQKETKRLQKLLSNAELKKIKGAGHLPNITHPEEFNKAVSEFIKKSVSKG PGPT0010113_12 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-MACROLACTIN_METABOLISM,PGPT0010113-mlnH-NA NA NA D1-12_00628 1092 yfeW Putative D-alanyl-D-alanine carboxypeptidase ATGAAACAAACAATAAGCAATCCGGCATTTGATATGAAACAAATTAACGCTCTTAACAGCCATTATCAGACGATGATAGACAATGGAGATCTGCAATGTGCGAGTTATATGATGTCAAGAGGAGGTGAGGTTTTTGCAGCTGAGTCGTTAGGGGAATTTACCGGCGGACAAAACGAAAAGCAAACATTTCAGCTTGATACAATCAGAGAAATCGGTTCTTTGACAAAAGTGTTTACCGCTGTAGCCGTCATGCAGCTCGTCGAAAAAGGTTTGCTCGATCTGAAAATGCCGGTCAAGCTCATTTTGCCTGCGTTTGATAAACCGGGTTTCGGAGAAATTAAAATTTTGCACCTTTTGACTCATACGGCGGGATTAAGTTTTGAGCTGGATATTCAAAAGGCTGAAGGCATTGACTTAACGAATGAGGAAGAATGGATAAACTATCTGGTCAGTACGCCTTTGGAGTACGGAGTGGATGAAGCATGGAACTATTCCAGAACCGGTTTTGTTATACTTGGCATCATTATTTCAAAAGTAACAGGCGTATCCTACGAACAGTATGTAACAAAGCATATTATTGAAGCGCTCGGATTAGAAAGAACGTATTTTTATGTGCCTGATGCTTTAAAAGAAGAAGTTTGTGTGATCAATGAACACGAGTGCGTACAGCTGGAAAAAAGTCATCACCCGTATTTTCCGAATAAAGCGACAAGCGGTCTGTACTCTTCGTTGCGGGATATTTGGAAGTTGGCTGAAATGTTTAGAAATAAAGGCAGATTGAAAGATAAGAAGCTGCTTGGAAGAAAAACAGTCGAGGCCATGCTGAGAAATCAAATAAAGCCCGGTCTTCCTTTTTACTTCTTCGGAGCGCCCAGGGAGGAAGGCGGCTTTGGTTTAGGCGTTAATTTGTGGCCGGCCGGTGACCATTATTTCATGACAGAAGGCACCTTCTCACATCTTGGAATGGGTTGGTGCGGCATGTTTTCTGATCCAGCCGAAGATTTTACGTATGTATTTTTCACTCCGATTTCCGAGTTTCATCCTCATGCCGTGCTGACGCCGCTGAATATCGTGTGGGCGGGTATTGAATAA MKQTISNPAFDMKQINALNSHYQTMIDNGDLQCASYMMSRGGEVFAAESLGEFTGGQNEKQTFQLDTIREIGSLTKVFTAVAVMQLVEKGLLDLKMPVKLILPAFDKPGFGEIKILHLLTHTAGLSFELDIQKAEGIDLTNEEEWINYLVSTPLEYGVDEAWNYSRTGFVILGIIISKVTGVSYEQYVTKHIIEALGLERTYFYVPDALKEEVCVINEHECVQLEKSHHPYFPNKATSGLYSSLRDIWKLAEMFRNKGRLKDKKLLGRKTVEAMLRNQIKPGLPFYFFGAPREEGGFGLGVNLWPAGDHYFMTEGTFSHLGMGWCGMFSDPAEDFTYVFFTPISEFHPHAVLTPLNIVWAGIE PGPT0010114_2 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-MACROLACTIN_METABOLISM,PGPT0010114-mlnI-NA NA NA D1-12_00629 1116 pdhA COG1071 Pyruvate dehydrogenase E1 component subunit alpha ATGGCTGCAAAGACAAAAACTTCAATTGTTGATAGCAAAAAACAATTTGATGCTATTCATAAGCAGTTTGAAACGTTCCAAATTTTAAATGCTGAAGGAGAAGTCGTAAATAAAGACGCAATGCCTGATCTTTCAGATGATCAGTTAAAGGAATTAATGAGAAGAATGGTGTATATCCGCATTTTAGACCAGCGTTCAATTTCTCTTTCCCGTCAAGGACGTTTAGGTTTCTATGCACCGACAGCGGGCCAGGAAGCTTCTCAAATTGCATCACACTTCGCGCTTGAACAGGACGACTTTATCCTTCCGGGTTATCGTGACGTTCCTCAGCTGATTTGGCACGGGCTTCCTTTACATCAGGCATTCCTGTTCTCAAGAGGCCATTTTAAAGGTAATCAGATGCCTGAGGGAGTAAATGCTTTATCACCTCAAATTATTATCGGTGCTCAAATTATTCAAACCGCAGGTGTAGCTTTAGGTCTTAAAAAGCGCGGTAAAAAAGCGGTAGCTATTACTTACACTGGTGACGGCGGAGCTTCTCAAGGTGACTTCTATGAAGGAATGAACTTTGCCGGAGCATTTAAAGCGCCAGCGATCTTCGTTGTTCAGAATAACCGCTATGCGATTTCAACTCCTGTAGAAAAGCAATCATCCGCACAGACAATTGCCCAAAAAGCAGTTGCCGTCGGTATTACAGGTGTTCAAGTAGACGGAATGGATGCACTTGCCGTTTACGCTGCAACCGCAGAAGCACGCCAGCGCGCAATTAACGGTGAAGGTCCGACTCTGATCGAAACTCTTACATTCCGTTACGGACCTCATACAATGTCCGGTGACGATCCGACTAAATACCGTACGAAAGAAATAGAAAATGAATGGGAGCAAAAAGACCCGCTCGTACGTTTCCGCAAGTTCTTGGAAAACAAAGGACTATGGTCTGAAGAAGAAGAGAACAAAGTGATTGAACAGGCCAAAGAAGAAATCAAACAAGCTATCAAAAAGGCTGACGGCGAATCAAAACCGAAAGTAACAGAGCTGATTGAGAATATGTTTGAAGAGCCGACGTTCAACTTAAAAGAACAACTTGAAATTTACAAAGCGAAGGAGTCGAAGTAA MAAKTKTSIVDSKKQFDAIHKQFETFQILNAEGEVVNKDAMPDLSDDQLKELMRRMVYIRILDQRSISLSRQGRLGFYAPTAGQEASQIASHFALEQDDFILPGYRDVPQLIWHGLPLHQAFLFSRGHFKGNQMPEGVNALSPQIIIGAQIIQTAGVALGLKKRGKKAVAITYTGDGGASQGDFYEGMNFAGAFKAPAIFVVQNNRYAISTPVEKQSSAQTIAQKAVAVGITGVQVDGMDALAVYAATAEARQRAINGEGPTLIETLTFRYGPHTMSGDDPTKYRTKEIENEWEQKDPLVRFRKFLENKGLWSEEEENKVIEQAKEEIKQAIKKADGESKPKVTELIENMFEEPTFNLKEQLEIYKAKESK PGPT0018025_1113 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0018025-pdhA-K00161 NA NA D1-12_00630 978 pdhB Pyruvate dehydrogenase E1 component subunit beta ATGGCGCAAATGACAATGATTCAAGCGATCACTGATGCGTTACGCACAGAACTAAAAAACAATGAAAACGTTCTGCTTTTCGGGGAAGATGTAGGCGTTGCCGGAGGCGTATTCCGTGCAACTGAAGGCCTTCAAAAAGAATTCGGTGAGGACCGCGTATTTGACACGCCGCTTGCTGAATCCGGTATCGGCGGTCTCGCTCTCGGTTTAGGCCTGCAAGATTACCGTCCTGTTATGGAAATCCAATTCTTCGGATTCGTATATGAAGTAATGGATTCAATCTCAGGACAAATGGCTCGTCTCCGCTACCGTTCCGGCGGACGCTGGACTTCTCCGGTGACAATCCGTTCTCCATTCGGCGGAGGGGTTCATACACCTGAACTTCACGCTGACAGTTTGGAAGGCCTTATCGCTCAGCAGCCGGGTATTAAAGTTGTTATCCCTTCCACTCCTTACGATGCAAAAGGACTGCTGATTGCCTCTATCAGAGACAATGATCCGGTTGTTTTCTTAGAGCATATGAAACTTTACCGTTCTTTCCGTCAGGAAGTTCCTGAGGAGGAATACACAATCGAGCTTGGCAAAGCTGATGTGAAACGCGAAGGTACTGACCTTTCTATCATCACATACGGCGCGATGGTTCATGAGTCGCTTAAGGCTGCTGAAGAGCTTGAAAAAGAAGGCGTTTCTGCTGAAGTTATCGACCTTCGCACTGTAAGTCCGCTTGATATTGATACGATTATTGCTTCTGTTGAAAAAACAGGCCGCGCAATTGTCGTGCAAGAAGCTCAAAAACAAGCCGGCATCGCTGCCAACGTTGTAGCTGAAATCAATGACCGCGCGATTCTGAGCCTGGAAGCTCCGGTTCTGCGTGTTGCGGCGCCTGATACAGTATTTCCTTTCTCGCTTGCTGAGAGCGTATGGCTTCCAAACCATAAAGACGTTCTTGAAACTGCGAAAAAAGTTCTTGAATTTTAA MAQMTMIQAITDALRTELKNNENVLLFGEDVGVAGGVFRATEGLQKEFGEDRVFDTPLAESGIGGLALGLGLQDYRPVMEIQFFGFVYEVMDSISGQMARLRYRSGGRWTSPVTIRSPFGGGVHTPELHADSLEGLIAQQPGIKVVIPSTPYDAKGLLIASIRDNDPVVFLEHMKLYRSFRQEVPEEEYTIELGKADVKREGTDLSIITYGAMVHESLKAAEELEKEGVSAEVIDLRTVSPLDIDTIIASVEKTGRAIVVQEAQKQAGIAANVVAEINDRAILSLEAPVLRVAAPDTVFPFSLAESVWLPNHKDVLETAKKVLEF PGPT0019590_2642 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0019590-pdhB-K00162 NA NA D1-12_00631 1329 pdhC_1 COG0508 Dihydrolipoyllysine-residue acetyltransferase component of pyruvate dehydrogenase complex GTGGCATTTGAATTTAAACTTCCGGATATCGGGGAAGGTATCCACGAAGGCGAAATCGTAAAATGGTTTGTTAAGCCGAACGACGAGGTAGAAGAAGACGATGTTCTGGCTGAAGTGCAAAATGATAAAGCAGTGGTAGAAATTCCTTCACCTGTTAAAGGAAAAGTATTAGAATTAAAAGTTGAAGAGGGAACAGTTGCAACTGTTGGACAAACGATTATTACGTTTGACGCACCTGGTTACGAAGATCTTCAATTTAAAGGAAGCCATGATTCAGGAGATGCGAAAACTGAAGCTCAAGTTCAGTCGTCTGCTGAAGCAGGGCAGGATATCGCTAAAGAAGAGACTCCTAAAGAGCCTGCAAAAGAAACCGGCGCAGGACAGCAGGACCAAGCGGAAGCTGATCCGAACAAACGCGTGATCGCGATGCCTTCCGTACGCAAATATGCCCGTGAAAAAGGCGTGGATATCCGTAAAGTAACAGGTTCAGGCAATAACGGACGTGTTGTAAAAGAAGATATCGACAGCTTTGCAAATGGAGGAGCGGCTCAAGAAGCGGCACCGCAAGAAACAGCTGCACCTCAGGAAACAGCTAAACCTGCAGCGGCTCAGGCTCCTGAAGGCGAATTCCCTGAAACACGCGAAAAAATGAGCGGTATCCGTAAAGCGATCGCGAAAGCAATGGTGAACTCTAAGCATACTGCACCGCACGTAACTCTTATGGATGAAGTTGACGTAACAAATCTTGTTGCTCACCGCAAACAGTTCAAACAAGTTGCTGCTGATCAAGGCATCAAGCTGACTTATCTGCCTTACGTCGTCAAAGCATTAACATCCGCTTTGAAAAAATTCCCTGTTTTAAACACATCTATTGATGATAAAACAGATGAAGTGATCCAAAAACATTACTTCAACATCGGAATTGCAGCGGATACCGAAAAAGGCCTGCTTGTGCCGGTAGTGAAAAATGCCGACCGTAAAGCCGTTTTCGAAATCTCTGATGAAATCAACAGCCTTGCTACAAAAGCGCGTGAAGGCAAGCTTGCACCTGCGGAAATGAAAGGCGCTTCTTGCACGATCACAAATATCGGTTCTGCCGGAGGCCAATGGTTCACACCGGTTATCAACCACCCAGAGGTTGCGATTCTCGGTATCGGCCGTATTGCTGAAAAAGCGATCGTCCGTGACGGTGAAATTGTAGCTGCTCCTGTCTTAGCTCTTTCTCTCAGCTTTGACCACCGTATGATTGACGGAGCAACTGCACAAAATGCGTTAAACCACATCAAGCGTTTACTGAACGATCCACAACTTATTTTAATGGAGGCGTAA MAFEFKLPDIGEGIHEGEIVKWFVKPNDEVEEDDVLAEVQNDKAVVEIPSPVKGKVLELKVEEGTVATVGQTIITFDAPGYEDLQFKGSHDSGDAKTEAQVQSSAEAGQDIAKEETPKEPAKETGAGQQDQAEADPNKRVIAMPSVRKYAREKGVDIRKVTGSGNNGRVVKEDIDSFANGGAAQEAAPQETAAPQETAKPAAAQAPEGEFPETREKMSGIRKAIAKAMVNSKHTAPHVTLMDEVDVTNLVAHRKQFKQVAADQGIKLTYLPYVVKALTSALKKFPVLNTSIDDKTDEVIQKHYFNIGIAADTEKGLLVPVVKNADRKAVFEISDEINSLATKAREGKLAPAEMKGASCTITNIGSAGGQWFTPVINHPEVAILGIGRIAEKAIVRDGEIVAAPVLALSLSFDHRMIDGATAQNALNHIKRLLNDPQLILMEA PGPT0001390_4480 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 D1-12_00632 1413 pdhD_1 Dihydrolipoyl dehydrogenase ATGGTAGTAGGAGATTTCCCTATTGAAACAGATACTCTTGTGATTGGTGCGGGACCTGGCGGCTATGTAGCTGCCATCCGCGCTGCTCAGCTTGGACAAAAAGTAACAGTCGTTGAAAAAGCAACTCTTGGAGGCGTTTGTCTGAACGTCGGCTGTATTCCTTCAAAAGCGCTCATCAATGCAGGCCATCGTTACGAGAATGCAAAACATTCAGATGACATGGGAATCACTGCTGAGAACGTAACAGTTGACTTTACAAAAGTCCAAGAATGGAAAGCTTCTGTTGTAAATAAGCTTACCGGCGGTGTTGCAGGTCTTTTAAAAGGAAATAAAGTGGACGTTATAAAAGGGGAAGCTTATTTCGTAGACAGCAACTCTGTCCGTGTAATGGATGAGAACTCTGCACAAACATACACATTTAAAAACGCAATCATTGCTACCGGTTCTCGCCCTATCGAATTGCCAAACTTCAAATATAGCGAACGCGTTCTGAACTCTACAGGCGCACTTGCGCTTAAAGAAATTCCGAAAAAGCTCGTTGTTATCGGCGGCGGATATATCGGTACTGAGCTTGGAACAGCGTATGCGAACTTCGGAACTGAATTGGTTATTTTAGAAGGCGGAGATGAAATTCTTCCTGGCTTCGAAAAACAAATGAGTTCTCTCGTTACCCGCAGACTGAAGAAAAAAGGCAACGTTGAAATCCATACAAGCGCTATGGCTAAAGGCGTTGAAGAAAGACCTGACGGCGTAACAGTTACATTCGAAGTAAAAGGCGAAGAAAAAACGGTTGATGCTGATTACGTATTAATCACTGTCGGACGCCGTCCGAACACTGACGAGCTCGGCCTTGAGCAAGTCGGTATCGAAATGACTGACCGCGGTGTCATTAAAACAGACAAGCAGTGCCGCACAAACGTACCGAACATTTACGCAATCGGTGACATCATTGACGGACCTCCATTGGCTCACAAAGCGTCTTACGAAGGTAAAATCGCTGCGGAAGCTATTTCAGGAGAGCCGGCTGAAATCGATTACCTCGGTATTCCGGCGGTTGTATTCTCTGAGCCTGAACTGGCTTCTGTCGGTTACACTGAAGCACAGGCGAAAGAAGAAGGCATTGAAGTCGTTGCAGCTAAGTTCCCGTTTGCAGCAAACGGACGTGCGCTGTCTCTTAACGAAACTGACGGCTTCATGAAGCTGATCACTCGTAAAGAAGACGGTCTTGTAATCGGTGCGCAAATTGCCGGCGCAAGCGCTTCTGACATGATTTCTGAATTGAGCCTGGCGATCGAAGGCGGAATGACTGCTGAAGATATCGCAATGACAATTCACGCTCACCCGACATTGGGCGAAATCACTATGGAAGCTGCCGAAGTAGCAATCGGAAGCCCGATCCATATCGTAAAATAA MVVGDFPIETDTLVIGAGPGGYVAAIRAAQLGQKVTVVEKATLGGVCLNVGCIPSKALINAGHRYENAKHSDDMGITAENVTVDFTKVQEWKASVVNKLTGGVAGLLKGNKVDVIKGEAYFVDSNSVRVMDENSAQTYTFKNAIIATGSRPIELPNFKYSERVLNSTGALALKEIPKKLVVIGGGYIGTELGTAYANFGTELVILEGGDEILPGFEKQMSSLVTRRLKKKGNVEIHTSAMAKGVEERPDGVTVTFEVKGEEKTVDADYVLITVGRRPNTDELGLEQVGIEMTDRGVIKTDKQCRTNVPNIYAIGDIIDGPPLAHKASYEGKIAAEAISGEPAEIDYLGIPAVVFSEPELASVGYTEAQAKEEGIEVVAAKFPFAANGRALSLNETDGFMKLITRKEDGLVIGAQIAGASASDMISELSLAIEGGMTAEDIAMTIHAHPTLGEITMEAAEVAIGSPIHIVK PGPT0001380_4706 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 D1-12_00633 375 hypothetical protein ATGCGCTACCGTACGGTGATTCCCTTTTTTTTGATGCTGTTCGTTCTGTCAAGCTGTTCGGTTTCTACTGTCAGTCCATTCACAAAAAACCGGATCGACAGCATTCATCACACTCAAATCTTGTTTTTTTCCGATGAAAATCATATAGATAAAGAAGTGCCTTATTACGATGCGATCCTTGATTTAGAAAAGAAATATCCCCATCATGTCGATCAAATGAAGGTTTATGACAACAGAAAGGGATGGGAAGAGGAAATCAACACGTTCCCTGCGCTGATGGTGATCAATCATCGGCATGTGGTCATGAAGATTGAGGGATCCGTAAAGAAAAAAGAGGATATCATCAAACCTATGCAGCATGTTCTTGCACAATAA MRYRTVIPFFLMLFVLSSCSVSTVSPFTKNRIDSIHHTQILFFSDENHIDKEVPYYDAILDLEKKYPHHVDQMKVYDNRKGWEEEINTFPALMVINHRHVVMKIEGSVKKKEDIIKPMQHVLAQ NA NA NA NA NA D1-12_00634 801 hypothetical protein ATGTATAAAGCCGCTGCAGCCGTCGTATGTATGTGCTTACTCGCCGGCTGCCAATCAAATGAAAAAATGCAAACAAACAAACCCCATTCTCAAGCCGCGGCCAATCATGCCAAACGGGAAAACCACCATACAAAAGAGGAAAAACAGAAAAAACAGAAGGCGGAGCCTCGTTACTATATCAATCCTAAAACCTTTTCTGTGGAAAAAATGGATGAACAGAAAGAGAAAAAACCGATCGCATTGGTAACGATCGATGACGCGCCTGATCAGCATGCCGCTGAGATTGCGGACAAACTGCATGATCTCAATGCGTCAGCGATCTTTTTTGTAAACGGACATTTTTTGAAAAAAGATGAAAATAAGAAAGCGCTTAAGCATATTCATGAGTTAGGTTTTATGATCGGAAATCATACAATGACTCATCAAAACTTAAAAGATCTTTCCGAACAAAAACAACGGGAAGAAATCATTGGCGTCAATAAAGCGGTTGAAAAGGTAATAGGAGAGAAACCCGCATTTTTCAGGGCGCCTTTCGGAAGCAATACGGACTACAGTGACAGACTTATAAAAAAAGAAGGCATGGTGAAAATGAACTGGACCTTCGGGTATGATTGGGATCAGAAATATCAATCCAAAAAAGCGCTTACCGATATCACACTGAGCAGTCCTTATCTGCGGGACGGGGCCAACATATTGATGCATGACCGGAAATGGACGGCAGAAGCCATGCCGGACATTGTAAAAGGATTGCGTAATAAAGGATATACTGTGATTGACCCTCGAGCTATAAAAAGACCGTAA MYKAAAAVVCMCLLAGCQSNEKMQTNKPHSQAAANHAKRENHHTKEEKQKKQKAEPRYYINPKTFSVEKMDEQKEKKPIALVTIDDAPDQHAAEIADKLHDLNASAIFFVNGHFLKKDENKKALKHIHELGFMIGNHTMTHQNLKDLSEQKQREEIIGVNKAVEKVIGEKPAFFRAPFGSNTDYSDRLIKKEGMVKMNWTFGYDWDQKYQSKKALTDITLSSPYLRDGANILMHDRKWTAEAMPDIVKGLRNKGYTVIDPRAIKRP PGPT0018645_3081 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING_HYDROLASE_ACTIVITY,PGPT0018645-pda|pgdA-K22278 NA NA D1-12_00636 1473 speA_1 COG1982 Arginine decarboxylase TTGCCGCAACATGAAACACCCCTGTACAGCGGACTGAAAAAGCACGCGGACAGACAGCCTGTCCAATTCCACATTCCGGGCCATAAAAAAGGCGCGGGAATGGACCCGGAATTCAGACAATTTATCGGAGAAAACGCGTTAAGCATAGATTTAATTAATATCGAACCTCTGGATGATTTACATGCGCCAAAGGGCATAATTAAAGAAGCCCAGGATCTGGCCGCTCGAGCATTCGGCGCAGACCATACCTTCTTTTCCGTACAAGGGACGAGCGGCGCCATTATGACGATGGTCATGGCCGTATGCGGACCCGGAGATAAAATCATCATCCCGAGAAACGTTCATAAATCCATTATGTCGGCCATTGTATTTTCCGGAGCGGTGCCGATTTTTATACACCCGGAAATTGACGATGAGCTCGGAATTTCTCACGGCATTACGCTTGAGTCCGCCGAGCGGGCTTTGACGGAGCACCCTGATGCAAAAGGCCTGCTTGTCATAAATCCGACGTACTTCGGTGTGGCAGCTGACTTGAGCAGCATTGTAAAGCTCGCGCATTCTTTCAATGTGCCTGTGCTTGTCGATGAAGCGCACGGCGTGCATATTCATTTTCATGATAAGCTTCCTCTGTCCGCCATGCAGGCGGGCGCTGATATGGCAGCCACAAGCGTGCACAAATTGGGAGGCTCCCTGACGCAGAGTTCCATTTTAAATGTGAGAGAAGGCCTTGTTTCCAAAGAAAGAGTACAGTCGATTTTAAGCATGCTGACGACAACGTCAACATCCTATCTGCTTCTCGCTTCACTGGATGTCGCAAGAAAACGCCTCGCTACAGAAGGCCGCGATCTTCTTGAAGATACGATTCTGCTGGCGGATCAGACACGGGAACGCCTCAATCAAATTGAAGGCATCCGCTGTGTCGGCGAAGAAATCACAGGGTCTAAAGCTGCCTTCAGTTATGATCCGACTAAATTAATCATTTCGGTCAAAAACCTCGGCCTGACGGGTCATGACGTTGAAAAATGGCTCCGCGAATCATATAATATCGAAGTCGAGCTGTCCGATTTGTATAATATTTTATGTATTTTCACCCCCGGAGACAGAGCAGGAGATGCCGACCGTCTTGTAAGCGCGCTTACAGACATTTCAAAGCAGGCTTCCGCCAATGACTATGCTCATCAGCAAACCGAAGTTCTGCTTCCTGAAATTCCTCTGTTAGCGATGACGCCAAGAGACGCGTTTTACGCAAATACGGAAGTCATTCCGTTAAAAGAATCCGCGGGACGGATCATCGCAGAGTTTGTCATGGTGTACCCGCCGGGAATTCCGATCTTTATTCCGGGTGAGATTATTACTGAAGAAAATATCAGCTACATTTTTAAAAACTTGGACGCCGGCCTTCCTGTGCAGGGTCCCGAAGATGCAACGCTTGAAATGATCAGAGTCATCAAAGAGCAAAAAGCCATCCAATAA MPQHETPLYSGLKKHADRQPVQFHIPGHKKGAGMDPEFRQFIGENALSIDLINIEPLDDLHAPKGIIKEAQDLAARAFGADHTFFSVQGTSGAIMTMVMAVCGPGDKIIIPRNVHKSIMSAIVFSGAVPIFIHPEIDDELGISHGITLESAERALTEHPDAKGLLVINPTYFGVAADLSSIVKLAHSFNVPVLVDEAHGVHIHFHDKLPLSAMQAGADMAATSVHKLGGSLTQSSILNVREGLVSKERVQSILSMLTTTSTSYLLLASLDVARKRLATEGRDLLEDTILLADQTRERLNQIEGIRCVGEEITGSKAAFSYDPTKLIISVKNLGLTGHDVEKWLRESYNIEVELSDLYNILCIFTPGDRAGDADRLVSALTDISKQASANDYAHQQTEVLLPEIPLLAMTPRDAFYANTEVIPLKESAGRIIAEFVMVYPPGIPIFIPGEIITEENISYIFKNLDAGLPVQGPEDATLEMIRVIKEQKAIQ PGPT0007770_1706 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 D1-12_00637 267 hypothetical protein TTGGAATATCAATATCCGATGAATGAGGACTGGACGACAGAGGAGGCCGTGGATGTCATTGCTTTTTTTCAGCAGGTGGAAAACGCCTATGAAAAAGGAGCTGACCGAGACAGACTTCTGAATGCGTACCGCCGCTTTAAAGAAATCGTTCCCGGGAAAGCGGAAGAAAAGAAAATCTGCAGCCAATTTGAAGCTGACAGCACCTATTCCCCGTATCGGACTGTGAAACAGGCGAAACAATCAGATCAAGCGATTATCAAAATGTAG MEYQYPMNEDWTTEEAVDVIAFFQQVENAYEKGADRDRLLNAYRRFKEIVPGKAEEKKICSQFEADSTYSPYRTVKQAKQSDQAIIKM NA NA NA NA NA D1-12_00638 633 hypothetical protein ATGACTCAGATGCGTTTTACAAAAGAAGACTTCGATACATTTACAATAGAAGGTTTAGATCCGCGCATGGAGGTGTTAAAAGAACAAGTCCGTCCGAAGCTGACCTTGTTAGGAGAGCATTTCGCACCGACATTGTCAGCATTGACAGGAGATGAAATGTTCCCGCATGTCGCCAAGCACGCGAGAAGATCTGTCAACCCGCCGGCTGACAGCTGGGTTGCCTTTGCCAACAGCAAACGCGGGTATAAGAAACTCCCTCACTTTCAGATCGGTTTATGGGACACCCATATGTTTGTATGGTTTGCCATCATTTATGAATCTCCGATAAAAGAGGAATACGGCAGATTGCTGGAAGCGAAGCAGGAGGACATCACAAAACAGATTCCCGGTCATTTTGTATGGTCGCCGGATCATACGAAGCCAGGTGCGTACAAGCAGTCCGACATGGATCAGGAGCAGCTGAAAACATTATTTGAACGCCTGCAGACAGTGAAAAAAGCAGAGCTTTTGTGCGGCATTCAGCTGCAAAAAGAAGACGTGATCAACATGAACAACAATGAATTCCTGCAAACCATTGAAGACGCTTTTAGGAAGCTTTCCTTTTTATACACACTGACTCAGAAAGTCTCATAA MTQMRFTKEDFDTFTIEGLDPRMEVLKEQVRPKLTLLGEHFAPTLSALTGDEMFPHVAKHARRSVNPPADSWVAFANSKRGYKKLPHFQIGLWDTHMFVWFAIIYESPIKEEYGRLLEAKQEDITKQIPGHFVWSPDHTKPGAYKQSDMDQEQLKTLFERLQTVKKAELLCGIQLQKEDVINMNNNEFLQTIEDAFRKLSFLYTLTQKVS NA NA NA NA NA D1-12_00639 177 hypothetical protein GTGAAGGAAGGATTCAGGGAGGAAAAAAATAACCGTGTAGCTGTCTGGAGACTAGAGGTTGATTATGAATTGGCAACCCTGTATGAGGCCATGCAAAAAGAGAATGAAGATCAAATCGATCTCAGCAAAAGAAAACTGGAACGTCTCAGAAAAGAATGGATTCGGCTTAACGGATAA MKEGFREEKNNRVAVWRLEVDYELATLYEAMQKENEDQIDLSKRKLERLRKEWIRLNG NA NA NA NA NA D1-12_00640 798 suhB COG0483 Inositol-1-monophosphatase ATGACAAATTGGACGGAAATTGATGATATCGCAAAAAAATGGGTAAAAGAAGCCGGAACGAGAATCAGACAATCCATGCAGGAAAGCTTGACGATTGAAACAAAATCAAATCCGAATGATTTAGTCACAAATATTGATAAAGAGACGGAACGCTTTTTCATTGACCGTATACAAGGAACTTTTCCCGGACACCGGATTCTCGGAGAAGAAGGGCAGGGGGATAAACTCCGCTCCCTTGACGGAATTGTCTGGATCATTGATCCGATTGACGGAACGATGAATTTTGTCCATCAAAAGCGGCATTTCGCGATCTCCATCGGCATCTTTGAAGACGGAAAAGGCAAAATCGGCTTAATTTATGATGTGATGCAGGACGAACTGTATCACGCATTCAGCGGAAAAGGGGCTTATCTGAACAATACGCCGCTTGCTCCTTTAAAAGAAGCTTCCATTGAAGAAGCCATTATTGCAATCAATGCCACATGGGTGACGGAAAACAGAAGGATTGACCCGAGTATTTTGGCGCCGCTCGTAAAACGGGTCAGAGGAACGCGTTCCTACGGTTCGGCGGCACTTGAGCTGGCCAGTGTTGCGGCCGGCCGCATTGACGCATACATTACGATGAGGCTCGCGCCGTGGGATTACGCTGCCGGCTGCGTGCTGCTGAACGAAGTCGGGGGCATTTACACGACCACAGACGGCGAACCGTTTACGTTTTTAGACAACCACAGCGTGCTTGCGGGCAATCCGGCAATACATAAAATTATCTTTGACGATTATTTACATGCTGACAGGTAG MTNWTEIDDIAKKWVKEAGTRIRQSMQESLTIETKSNPNDLVTNIDKETERFFIDRIQGTFPGHRILGEEGQGDKLRSLDGIVWIIDPIDGTMNFVHQKRHFAISIGIFEDGKGKIGLIYDVMQDELYHAFSGKGAYLNNTPLAPLKEASIEEAIIAINATWVTENRRIDPSILAPLVKRVRGTRSYGSAALELASVAAGRIDAYITMRLAPWDYAAGCVLLNEVGGIYTTTDGEPFTFLDNHSVLAGNPAIHKIIFDDYLHADR PGPT0018535_5039 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 D1-12_00641 453 hypothetical protein ATGCTGACAGGTAGAGATTTTGAAGAAGAAGATCTCGGGTTTCTGGAGCAGCTGGCGGCATCACACCCGGTGTGGAAAAACGAAGAGTTCGGAACAAAAAATGCGGCGGAGTTTATGCTTGCATACTCCATGTACAATGGAACGTGGCTCGTATGGGAGATTGACGGCGCTCCTGCCGTCGTCAGTTTTCATTTGGAATGGGCGCCTTCAAACGGAAAACCGTGGCTCGGAACCGTGGCCGTCGCTCCGGAGGCAAAAGAGAAAGGAATCGGACGCGCGGTCATTGAAGAGATTGCGGGCCGGCTGAGAGGGGAGCATAAAGCGATGTTTTCAGCCGTTCCCCTGGACAGGCAGGAATGGGTTTTGTTTTTAAGCCAATGCGGCTTTGAACAGCTTAAGCTTGAAAAAGACGATCGGGAAAAAACATATATGATCATGGTGAAGCCATTGTGA MLTGRDFEEEDLGFLEQLAASHPVWKNEEFGTKNAAEFMLAYSMYNGTWLVWEIDGAPAVVSFHLEWAPSNGKPWLGTVAVAPEAKEKGIGRAVIEEIAGRLRGEHKAMFSAVPLDRQEWVLFLSQCGFEQLKLEKDDREKTYMIMVKPL NA NA NA NA NA D1-12_00642 1566 npr COG3227 Bacillolysin GTGGGTTTAGGTAAGAAATTGTCTGTTGCTGTCGCCGCTTCCTTTATGAGTTTAACCATCAGTCTTCCGGGTGTTCAGGCCGCTGAGAATCCTCAGCTTAAAGAAAACCTGACGAACTTTGTGCCGAAGCATTCTTTGGTGCAATCTGAATTGCCTTCAGTCAGTGACAAAGCAATCAAGCAATACTTGAAACAAAACGGCAAAGTCTTCAAAGGCAACCCTTCTGAGAGACTGAAGCTGATTGACCACACGACCGATGATCTCGGCTACAAGCACTTCCGTTATGTGCCTGTCGTTAACGGTGTGCCTGTGAAAGACTCGCAAGTCATTATTCACGTCGATAAATCCAACAATGTCTATGCGATTAACGGTGAATTAAACAACGATGCTTCTGCCAAAACGGCAAACAGCAAAAAATTATCTGCAAATCAGGCGCTGGATCATGCTTTTAAAGCAATCGGCAAATCACCTGAAGCCGTCTCTAGCGGCAACGTTGCAAACAAAAACAAAGCCGAGCTGAAAGCAGCGGCCACAAAAGACGGTAAATACCGCCTCGCCTATGATGTAACCATCCGCTACATCGAACCGGAACCAGCTAACTGGGAAGTAACCGTTGATGCGGAAACAGGGAAAGTCCTGAAAAAGCAAAACAAAGTGGAGCATGCCGCTGCAACCGGAACAGGTACGACTCTTAAAGGAAAAACGGTCTCATTAAATATTTCTTCTGAAAGCGGCAAATATGTAATGCGTGATCTTTCTAAACCTACCGGAACGCAAATTATTACGTACGATCTGCAAAACCGACAATATAACCTGCCGGGCACGCTCGTATCAAGCACTACAAACCAGTTCACAACTTCTTCTCAGCGCGCTGCCGTTGATGCGCATTACAATCTCGGCAAAGTGTACGATTATTTCTATCAGACGTTTAAACGCAATAGCTACGACAATAAAGGCGGCAAAATCGTATCTTCCGTTCATTACGGCAGCAAATACAATAACGCGGCCTGGATCGGCGACCAAATGATTTACGGTGACGGTGACGGCTCATTCTTCTCGCCTCTTTCCGGTTCAATGGACGTAACGGCCCATGAAATGACACACGGTGTTACACAGGAAACAGCCAACCTGAACTATGAAAATCAGCCGGGCGCTTTAAACGAATCCTTCTCTGATGTATTCGGATACTTCAATGATACTGAGGACTGGGATATCGGTGAAGATATTACGGTCAGCCAGCCGGCTCTCCGCAGTTTATCCAATCCGACAAAATACGGACAGCCCGACCATTACAAAAATTATCGAAACCTTCCGAACACTGATGCCGGCGACTACGGCGGCGTGCATACAAACAGCGGAATTCCGAACAAAGCCGCTTACAACACGATTACAAAAATCGGTGTGAAAAAAGCGGAGCAGATTTACTACCGTGCACTGACGGTATATCTCACTCCGTCATCAAGCTTTAAAGATGCAAAAGCAGCTTTGATTCAATCAGCGCGGGACCTTTACGGCTCTCAAGACGCTGCAAGCGTAGAAGCGGCCTGGAATGCGGTCGGCTTGTAA MGLGKKLSVAVAASFMSLTISLPGVQAAENPQLKENLTNFVPKHSLVQSELPSVSDKAIKQYLKQNGKVFKGNPSERLKLIDHTTDDLGYKHFRYVPVVNGVPVKDSQVIIHVDKSNNVYAINGELNNDASAKTANSKKLSANQALDHAFKAIGKSPEAVSSGNVANKNKAELKAAATKDGKYRLAYDVTIRYIEPEPANWEVTVDAETGKVLKKQNKVEHAAATGTGTTLKGKTVSLNISSESGKYVMRDLSKPTGTQIITYDLQNRQYNLPGTLVSSTTNQFTTSSQRAAVDAHYNLGKVYDYFYQTFKRNSYDNKGGKIVSSVHYGSKYNNAAWIGDQMIYGDGDGSFFSPLSGSMDVTAHEMTHGVTQETANLNYENQPGALNESFSDVFGYFNDTEDWDIGEDITVSQPALRSLSNPTKYGQPDHYKNYRNLPNTDAGDYGGVHTNSGIPNKAAYNTITKIGVKKAEQIYYRALTVYLTPSSSFKDAKAALIQSARDLYGSQDAASVEAAWNAVGL PGPT0020995_414 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 D1-12_00643 1938 hypothetical protein ATGTCAGAGATTTTCAGTCATTTTATTCAGCATTTCGACAGATATTTCATTTTAAGCAGACAGAGCGTGTTGATCATTCAGTGGTCAGCCGTCTGCCTTGCTGTTTTATACGCGCTGACTTTTCATCCGAAAATCAGCCGTGAGAGAGTTTGGTTTTATTCAGGAATTCTGCTCAGGGCCGTATTATTAGCGGGCATAACAGTTGAATTGGTTCATCAGGTGCAGAGTACTCACTTTAGCGCGCACTATTTGATATCGGAAGAAAGCGAGCTTCTGCCGATCGTTCATCTCTTAATGTATGGGTATGTGCTGCTCACCGCGTTTCACTATATCCTCATGCCGCAGGAGCAGAGGGGAAAGGGCATGTTTTATACGTTTGATCTCACTGTGGTGACACTGCCCGTCATTCAGCTGATCTTCAGCTTTTTCGCTTTCTGGAATATCAGTCCCGATGCGATGGCGGGGGAGGATATAGTTTCGATGCTATGTTTTATTACGGTTGTTTTACTTCTGCTGATTTCTATGAATGTTTTATTCTTTAAAATGTATTGGAAACCGAGACCCGTTTTTATCGGCGTGTTTTATGCCGGGGTCATCGGGCTGTTGGTATGGGTGCTCGCTGCGCCCTCGGCCGGTGTAACAAAAGATTACGGCAGACTTCTCCCATTTACGGTGTATTTAACGATGGCCGGTTTTCTGATGACCCATCATTTATTTCATCGGTCAGACAGGATCAGACAGCGGACGAAAAGCTTTCTTGCGGCGGCAACGGCCGCTGGTTTTATTGTCTTTTTGAATCCGGTATACAATGCGGGCGATGCAGCTTTTGCGGTTTCAAAGCCGATAGCTGAAGATTCTGTTGATAATGTGGGTGAACATATCACTTCAGACCAAGCGGAACGGATCCTTACTTCATTTTTTCCGGCTGAGAATCCGATTTATTTAACAGAAACCAATCAGGACCTCCATTACTTTTACCGTTTTAAAACGGAAGATTACGAAGCGGAAGTGGACGAGGTTTCCCGATTGATTACAAATTATCAATATCTTAAAAAACCGGAAGGCCGCACTTTAACAGAAGAGGAATACCGGAAAAAGTCGCTGGATTTCTTGTCGGCGCACGGCCGAAAAATAAAAACACAAGGGATTCAGACAACAGTGAGAAAAGAAGACGGACAGTTTGTCGTGGAGATTGCGCCGAAAAGACAAGGGGCGAAACACGAAGATTCGGGCACAGTATTATACTGGGAAAAAGACACCATTATGGGTTTTTCAGAAGATCCGTCTATTTATCTGCTTGAGTCACTGCCGCAGGTGCATATGAAGGAAAAAGACATAGTGAAAGCATCAAAAGCCGCCTTTCGTACGCTGCAAATGCCTGATCAGACATTTGAAATCACAAATACAGATATAAACAGCCTGATCGGCAGCAGTTTGACCGTAACTGCGAATAACGGAACGGAGCTGATATTTGATGCAGTATCCGGACGTCTTATGAAAATCAGAGTCTCACCTGACAGCACCGTTTTAACAAAAACAGAACTTCAGAAGAAGCTTTTTTCATTGCTGGACGCGGATACTTCAAAGCTTAGACAAATTGATAAATCGGAAGGCAATCTCGTTTTTGAAAACTCTGAAGGCACATTCGTTTATACGCTTCGGAATGAAGAAGGCATGAAAGAGGCCTCATTCTACGGACAGGTAAGTGCCAAAACATTCCCGCATACATACAGAGACGGGCAAACAGCATTCAAAAAAGTGGCGGCAGCTTATAACGGCATCATTTACAAAAAGCGGGTGAAGCCTGTCATAGCGGTGAAAGACGGCGTAACATATAACGCATGGCTCGTCATTATTCAGCCGTTCGGTTCAAACCGTCATGACGCATATGTAGTGAACGCGGATACTTACGAGGCGGTGAACCTTTATGAACAATAA MSEIFSHFIQHFDRYFILSRQSVLIIQWSAVCLAVLYALTFHPKISRERVWFYSGILLRAVLLAGITVELVHQVQSTHFSAHYLISEESELLPIVHLLMYGYVLLTAFHYILMPQEQRGKGMFYTFDLTVVTLPVIQLIFSFFAFWNISPDAMAGEDIVSMLCFITVVLLLLISMNVLFFKMYWKPRPVFIGVFYAGVIGLLVWVLAAPSAGVTKDYGRLLPFTVYLTMAGFLMTHHLFHRSDRIRQRTKSFLAAATAAGFIVFLNPVYNAGDAAFAVSKPIAEDSVDNVGEHITSDQAERILTSFFPAENPIYLTETNQDLHYFYRFKTEDYEAEVDEVSRLITNYQYLKKPEGRTLTEEEYRKKSLDFLSAHGRKIKTQGIQTTVRKEDGQFVVEIAPKRQGAKHEDSGTVLYWEKDTIMGFSEDPSIYLLESLPQVHMKEKDIVKASKAAFRTLQMPDQTFEITNTDINSLIGSSLTVTANNGTELIFDAVSGRLMKIRVSPDSTVLTKTELQKKLFSLLDADTSKLRQIDKSEGNLVFENSEGTFVYTLRNEEGMKEASFYGQVSAKTFPHTYRDGQTAFKKVAAAYNGIIYKKRVKPVIAVKDGVTYNAWLVIIQPFGSNRHDAYVVNADTYEAVNLYEQ NA NA NA NA NA D1-12_00644 270 hypothetical protein ATGAACAATAAAGAAAAAAAGGCTGTCTTCTTCGATTTATACGACCTTTATAAGGAAGGAGAACTCGAAGGCGGCACGCTCCAGTGGATGAAAGAACATGAGCCTTTATTCGGAGCTGAGGCGGAAAACAGAAAAGGGCAGAATGAACATGGTTTGAATGCGCCATCCGGCGATATCCGCCAGATTAAATATATGAAATGCCTGACGTATGGATTGTACGGATTCTTCATTGTGCTCTCAATCTGGATGACAGTGTGGTTTTACTTTTAA MNNKEKKAVFFDLYDLYKEGELEGGTLQWMKEHEPLFGAEAENRKGQNEHGLNAPSGDIRQIKYMKCLTYGLYGFFIVLSIWMTVWFYF NA NA NA NA NA D1-12_00645 522 ylaC RNA polymerase sigma factor YlaC ATGAAAAACAAGATGTCAATTGAACAGCTGTACCGTGAACATTATCAAGATATTATGTATTACCTTTACAGACGCACACAACATGCTGAGACCGCTAAAGACCTCGCTCAGGATACATTTATGAAAGCATTTAACGGGCTTGAGTCGTTTAAGGGCCATTCGTCTATCAGAACGTGGCTCTATGCAATTGCCCATCATACCTTCATCAATTGGTACAGACGTGATAGAAAATATCAATTTTCAGATATCACCCTGAATGAAGGGCTTCAGCAAACAACATATGAACTGCCGGAGCATTATGTCGCCCGGACAGACACTCAGAATGCGCTGACCGGGCAGATTCAGCGTCTGAAAAGCGATCAGCAGACCGTTTTAATTTTAAGGGAATTTCAAGAGCTGTCTTACGAAGAGATTGCTGATGTTTTGGACTGGAGTCTTTCGAAGGTGAAGAGCACCCTGTACAGGGCAAGAATGCAGCTGAAACAGCACTTGGCGGAAAAAAGGAAGGACGGACAGATATGA MKNKMSIEQLYREHYQDIMYYLYRRTQHAETAKDLAQDTFMKAFNGLESFKGHSSIRTWLYAIAHHTFINWYRRDRKYQFSDITLNEGLQQTTYELPEHYVARTDTQNALTGQIQRLKSDQQTVLILREFQELSYEEIADVLDWSLSKVKSTLYRARMQLKQHLAEKRKDGQI PGPT0014960_11002 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088 NA NA D1-12_00646 294 hypothetical protein ATGACTTGCTGTTTAGTGAGAGATTTACTCCCTTTATATATTGAAGGCGATTGTGAAACAGAAACGGAGCGGTTTATTTCCCGCCATCTTGAATCATGCGGTAAGTGCGGGAGTTTATATCATATGATGAAGGAGCCGCTTGACCTCGGCAGCCCTGAGATGAAGGCGCCAGCCTGTTATGCAGAAGAAGAAAGGCGGTTTAAGGAACGGTATTACGGGAAGCTGCTGATAAAAGCAGCCTGTTTGTTCGGCGCTGTTTTCTTTATCATGCTGATCCTTAAACTGCTGATTTAA MTCCLVRDLLPLYIEGDCETETERFISRHLESCGKCGSLYHMMKEPLDLGSPEMKAPACYAEEERRFKERYYGKLLIKAACLFGAVFFIMLILKLLI NA NA NA NA NA D1-12_00647 618 hypothetical protein ATGAAAACATCTTTTTTGAAGAAAACCGCTGTAACTGCCGCCGCAACCGCCTCAGCCGCCTTGCTTGCATTCAGTCCGCTTGATTCTGCCGGCGCAAAAACGATCCAGGCAAATGAACCGCATATCCTGCAGGCTTCCGCAGAGAAAACACCGGAAGACGCGGCAAAACTCATTGACATCATCAGCCAATCGATTTACGAAAAAGACGGTGTCTATTATTTTGACAGCGAAAAAGCGGTGGAATTGGGATTAGATCAAGAACAAGCCCAGATCATTCAAAAGCTGTGGGACAGTTCAACCGAATTTTTAACCGTTCTTTCCCAATGTATTGAGAAAACGGACGGCGAATATACATTTAATAAAGAAAAAGCGGTGGAGCTCGGCTTTACGGAAAAAGAGGCCCTTATCGTTGATCAGCTGTTCACCGCTTTTTCCCAAAGTCTTCATATCCTTCAATCTGCGCTGATTGAAGAAGACGGTGTGTATACGTTTGATCAGAACCTTGCTGAAAAAGCAGGAGCAGGAAAAAAAGAAGCAAAGCTGTGTGCCGGATTCTTTAATTCACTGCCCCAGGAATTGCTTGAAGGCATTTATACAGCCTTTCATCCGGCTGAGTAA MKTSFLKKTAVTAAATASAALLAFSPLDSAGAKTIQANEPHILQASAEKTPEDAAKLIDIISQSIYEKDGVYYFDSEKAVELGLDQEQAQIIQKLWDSSTEFLTVLSQCIEKTDGEYTFNKEKAVELGFTEKEALIVDQLFTAFSQSLHILQSALIEEDGVYTFDQNLAEKAGAGKKEAKLCAGFFNSLPQELLEGIYTAFHPAE NA NA NA NA NA D1-12_00648 189 hypothetical protein ATGAAAAAATTGAATTGGCTCTTATTATTATTTGCATTCGCAGCAGTCTTCAGCATGATGCTGATCGGCGTATCAATCGCTGAGAAAAGCGCATGGGGCATCATCGGAAGCATTGTTCTCGTTATCGCCATGATGGGAAGCGGTTTCACCGTAAAGAAAAAAATGCGCGAACAGGGACTGCTTGATTAA MKKLNWLLLLFAFAAVFSMMLIGVSIAEKSAWGIIGSIVLVIAMMGSGFTVKKKMREQGLLD NA NA NA NA NA D1-12_00649 1839 typA COG1217 GTP-binding protein TypA/BipA GTGAAACTTCGAAACGATCTTCGCAACATCGCGATTATTGCCCACGTTGACCATGGGAAAACGACTTTGGTAGACCAATTGCTTCACCAAGCCGGAACATTCCGTGCCAACGAAAATATTGCCGAGCGCGCAATGGATTCAAACGATCTTGAACGTGAACGCGGTATTACAATTCTTGCGAAAAATACTGCGATTAACTATAAAGATACACGCATTAATATTTTGGACACTCCGGGACACGCCGACTTCGGCGGAGAGGTAGAACGGATTATGAAAATGGTTGACGGCGTTCTGTTAGTCGTTGACGCATATGAAGGCTGCATGCCGCAAACCCGTTTTGTACTGAAAAAAGCCCTTGAGCAGAACTTAAATCCGGTTGTCGTCGTAAACAAAATCGACCGTGATTTCGCCCGTCCGGAAGAAGTCATTGATGAAGTGCTTGATTTGTTCATCGAGCTTGACGCAAACGAAGAACAGCTTGAGTTCCCTGTCGTCTATGCTTCTGCGATTAACGGAACGGCAAGTCTGGATCCGAAAAAGCAGGACGAAAATATGGAATCACTGTATGAAACGATTCTTGAACATGTCCCTGCCCCGGTTGATAACGCCGAAGAGCCTCTTCAATTCCAAGTGGCGCTGCTTGATTACAATGATTATGTCGGCCGTATCGGTATCGGACGCGTTTTCCGCGGCACGATGAAAGTGGGTCAGCAGGTTTCATTGATGAAACTTGACGGAACGGTAAAATCATTCCGCGTAACGAAAATCTTCGGTTTCCAAGGATTGAAACGCGTGGAAATTGAAGAAGCGAGAGCGGGAGACCTCGTTGCCGTTTCGGGCATGGAAGACATCAACGTCGGTGAAACGGTTTGTCCGGCTGAACACCATGAGCCGCTGCCGGTTCTGCGCATTGATGAGCCTACGCTCCAAATGACATTTGTCGTAAACAACAGCCCGTTTGCAGGTCGTGAAGGCAAATATGTCACATCCCGTAAAATTGAAGAGCGTCTGAACGCGCAGCTTCAAACAGATGTCAGTCTCCGTGTCGAACCGACGGCCTCACCTGACGCATGGGTTGTTTCAGGACGCGGTGAGCTTCACCTGTCCATTTTAATTGAAAACATGCGCCGTGAAGGCTATGAGCTTCAAGTGTCTAAGCCTGAAGTTATCATTAAGGAAATCGACGGCGTAAGCTGCGAGCCTGTTGAGCGCGTGCAGATTGACGTGCCTGAAGAGCATACCGGTTCTGTTATGGAATCAATGGGTGCGAGAAAAGGCGAAATGCTTGATATGATTAATAACGGAAACGGCCAGGTCCGCCTGATCTTTACCGTACCTTCACGCGGACTCATCGGCTATTCTACTGAGTTTCTGTCACTGACACGCGGTTTCGGTATCCTGAACCACACGTTTGACAGCTATCAGCCGATGCAAAAAGGCCAAGTCGGAGGCCGCCGTCAGGGTGTGCTCGTTTCCATGGAAAACGGAAAAGCGACATCTTACGGAATTCAAGGTATTGAAGACCGCGGCGTCATCTTCGTTGAGCCTGGAACAGAAGTATATGAAGGCATGATTGTCGGCGAACATAACCGTGACAATGACCTTGTCGTCAATGTCAGCAAAATGAAACAGCAGACAAACGTCCGTTCCGCTACGAAGGATCAAACGACTACGATTAAGAAAGCGCGCATTATGTCGCTTGAAGAATCACTCGAGTACTTAAACGAGGATGAATACTGTGAAGTAACGCCGGAATCCATCCGTTTAAGAAAGAAAATCCTGAACAAAAACGAACGTGAAAAAGCGGCGAAAAAGAAAAAAACAGCAGGAATGTCTTAA MKLRNDLRNIAIIAHVDHGKTTLVDQLLHQAGTFRANENIAERAMDSNDLERERGITILAKNTAINYKDTRINILDTPGHADFGGEVERIMKMVDGVLLVVDAYEGCMPQTRFVLKKALEQNLNPVVVVNKIDRDFARPEEVIDEVLDLFIELDANEEQLEFPVVYASAINGTASLDPKKQDENMESLYETILEHVPAPVDNAEEPLQFQVALLDYNDYVGRIGIGRVFRGTMKVGQQVSLMKLDGTVKSFRVTKIFGFQGLKRVEIEEARAGDLVAVSGMEDINVGETVCPAEHHEPLPVLRIDEPTLQMTFVVNNSPFAGREGKYVTSRKIEERLNAQLQTDVSLRVEPTASPDAWVVSGRGELHLSILIENMRREGYELQVSKPEVIIKEIDGVSCEPVERVQIDVPEEHTGSVMESMGARKGEMLDMINNGNGQVRLIFTVPSRGLIGYSTEFLSLTRGFGILNHTFDSYQPMQKGQVGGRRQGVLVSMENGKATSYGIQGIEDRGVIFVEPGTEVYEGMIVGEHNRDNDLVVNVSKMKQQTNVRSATKDQTTTIKKARIMSLEESLEYLNEDEYCEVTPESIRLRKKILNKNEREKAAKKKKTAGMS PGPT0023720_1676 DIRECT EFFECT COLONIZING_PLANT_SYSTEM OTHER_COLONIZATION_RELATED_PROTEINS COLONIZATION-HOST_INVASION_FACTORS HOST_INVASION-HOST_INFECTION_MEDIATOR,PGPT0023720-typA|bipA-K06207 NA NA D1-12_00650 321 hypothetical protein TTGAATGAAGTAAGTGAACGGCTGTCGTTCTTTGCGGCTCTTTACCAAGTGGATGAGCATCCGCTGACGGGAATGTGGCTGTTATACGGAACGATCGTCGTGCTTTCGGTGATTGTATTTAAACTCGGCTTTGCCAAACGGCTGCCGGTTTTGAAGGCTGCGGCAGTTTATCTCTTTCTCGTGCTCGGCTGCACCGTGCTGACTTTTTTCGGTGTGTTTCTGCCGGTCGGAGAAGGGCTTGTTGTCGCCGCCTTGATTTTGATCGTTTACAAAATCCGTCTGCACCAGTCCAAAAAAAGCCAGTCAGCTAAACCGCAATAA MNEVSERLSFFAALYQVDEHPLTGMWLLYGTIVVLSVIVFKLGFAKRLPVLKAAAVYLFLVLGCTVLTFFGVFLPVGEGLVVAALILIVYKIRLHQSKKSQSAKPQ NA NA NA NA NA D1-12_00651 210 hypothetical protein ATGAGAGTAAAATGTTCCATTTGCGACAAAATCGAACAAATTGATGATGAAACACTGACAGCCAAACGCCTCCGCAATCGTCCGATTCATACATATATGTGCCGGGAATGCCATGACCGAATCAAAGTCAAAACGGAGGCGCGGCTGAATACCGGACACTTTTCCTTTCATCCCGGACAAAAAGCGAAAAAAGATAAACTGAAAAAATAA MRVKCSICDKIEQIDDETLTAKRLRNRPIHTYMCRECHDRIKVKTEARLNTGHFSFHPGQKAKKDKLKK NA NA NA NA NA D1-12_00652 624 hypothetical protein GTGCGAATTCTTTTCATTATCATACAAGCCTTATTTATCCTTACCGGCTGCACTGCTGTACAGGACGGCCGCGGCCGCAATATTCAGAACGAATCAGCCGATCAGCGCGATGCAAAACCGATCCATGTGAAAAATACGGCTCCTGAGACAGCTGAAAATCCCGGCCGGACAGACATCGCTAAGCATCTCGTCGAGGTAACCGAAAAAATCCCCGGCATTTCAGATGCCACCGCGGTTGTACTCGGAAGATACTCCGTTGTCGGAATCGATGTGGATGACAATTTAGAAAGAAGCAAAGTGGAGAGCATTAAATACACGGTTGCCCAGGCGTTAAAAAACGATCCTTACGGCGCCAATGCCGTTGTCGTGGCTGATCCTGATACGGTTTCCCGTCTGAGAGGCATGGGCAGCGACATTAAGGCCGGCCGCCCCGTTTCAGGCATTTTGGACGAACTTGCCGCCATCGTCGGCCGTGTCATGCCGGAAGTCCCGAATGATGTGACCGACAATGAAAAAGAATCACCGACTCAATCGAATGATGATCAGCTGAACCAAAGAGACCAGAACAAGCTGCAGAACGAACAGAACGATCAATCGGATCATCATATGAAAAACCGCCGGTAA MRILFIIIQALFILTGCTAVQDGRGRNIQNESADQRDAKPIHVKNTAPETAENPGRTDIAKHLVEVTEKIPGISDATAVVLGRYSVVGIDVDDNLERSKVESIKYTVAQALKNDPYGANAVVVADPDTVSRLRGMGSDIKAGRPVSGILDELAAIVGRVMPEVPNDVTDNEKESPTQSNDDQLNQRDQNKLQNEQNDQSDHHMKNRR NA NA NA NA NA D1-12_00653 1329 hypothetical protein TTGAGTAAAATTTATGTGTTAGATACGAATGTACTTTTGCAGGATCCTAACGCCATTTTTTCCTTTGAAGAAAACGAAGTTGTCATCCCCGCCGTCGTGCTGGAAGAGGTCGATTCAAAAAAGCGGTATATGGACGAGGTCGGGAGAAATGCGAGGCACGTATCTAAGCTGATAGACGGGCTCAGGGAGAAAGGAAGGCTGCACGAGAAAGTTCCGCTTGAAAGCGGAGGAACGCTCAGAATTGAACTGAACCACCGGTCATTTCACCAGCTCCAAGAAATTTTTATCGAAAAAACGAATGATAACCGCATTTTGGCGGTGGCAAAAAATTTAAGCCTTGAGGAGGAAACGAAAGAAAACGGCCGCCTCGTCATCCTGGTCAGCAAAGATGTGCTTGTCAGGGTAAAGGCGGATGCCATCGGGCTTTTGGCGGAGGACTTTTTAAACGACAGAGTCGTTGACCATGATGAAATATATAGCGGGTACAAAGATATATTTATGAATAAAGAGCGGTTTGCCTCGTTTTATAAAAACAAACAAATTTCAGTCAAGGAGCTTCAGCAGCATCAGGTTTATCCGAATCAATTTGTGCTGATGAAAGATGAATTAGGAGGATCTTCGTCTGCGGTCGGCATGGCAGATAAGAAAGGCGAGACCGTAAAAAGACTCGTTTTCGATGATGAGCACGTATGGGGTATCAGGCCGAAGAACGTCCAGCAGACAATGGCGCTTGAACTCCTGCTGAGGGAAGATATCCCGCTTGTCACCCTGATCGGAAAAGCGGGAACGGGAAAAACCTTGCTTGCTCTCGCGGCAGGGCTTCTGCAGACGGAGGATCTCGGTATTTATAAAAAACTGATCGTCGCGCGTCCCATCGTCCCGGTGGGAAAGGATATCGGATATTTGCCGGGCGAAAAAGAGGAAAAGCTCAAGCCGTGGATGCAGCCGATCTTTGATAATCTTGAATTTTTATTCAATGCGAAAAAGCCGGGTGAACTTGAAGCGATTTTGGCAGGAATCGGATCGATTCAGGTGGAGGCGCTGACATACATTCGGGGAAGAAGCATTCCGGATCAATTTATTATTATTGATGAGGCTCAGAATCTGACGAGGCACGAGGTCAAAACGCTTTTGACTCGGGTGGGAGAGGGCAGCAAAATTGTCCTGATGGGCGATCCGGAGCAAATAGATCACCCATACTTAGACAGTTTAAACAACGGACTTGCTTATGTTGTAGAACGGTTTAAAGAACAAACCGTCTCCGGCAGCGTGAAGCTTGTGAAAGGTGAGAGATCCGGCCTTGCACAGCTTGCCGCCGATTTGTTATAA MSKIYVLDTNVLLQDPNAIFSFEENEVVIPAVVLEEVDSKKRYMDEVGRNARHVSKLIDGLREKGRLHEKVPLESGGTLRIELNHRSFHQLQEIFIEKTNDNRILAVAKNLSLEEETKENGRLVILVSKDVLVRVKADAIGLLAEDFLNDRVVDHDEIYSGYKDIFMNKERFASFYKNKQISVKELQQHQVYPNQFVLMKDELGGSSSAVGMADKKGETVKRLVFDDEHVWGIRPKNVQQTMALELLLREDIPLVTLIGKAGTGKTLLALAAGLLQTEDLGIYKKLIVARPIVPVGKDIGYLPGEKEEKLKPWMQPIFDNLEFLFNAKKPGELEAILAGIGSIQVEALTYIRGRSIPDQFIIIDEAQNLTRHEVKTLLTRVGEGSKIVLMGDPEQIDHPYLDSLNNGLAYVVERFKEQTVSGSVKLVKGERSGLAQLAADLL NA NA NA NA NA D1-12_00654 477 hypothetical protein ATGAGCGTTATTCAAGTAAAAGGCAATGTTACATACCCGATTACAATTGATCCGAGTGTCTGGATTTTCGATGACCGCAAGTTTCCGTTTGAAAAAAATCAGCCCGTTCATCCGGACGGCTCTGCAGAAACCCAGGAGCATACGCTTGATCCGGAACGGGTGATCAGAGAAGGGCGCATTTCGCCGCCGACTTTAAAAAGCGAAAAACGTTATGAAAAAGAAAGACTGATGAACGGCAGCTTCGCCATGAAGCTCGGCGCTGTTTTAGCAAATGCCGAGCCGAAAGAAAGCGCTGTCCTGTGCGCATTTATTTCAAAATCAGAAAGAACCGAAGTGCCGCTCGAAAAGGCGATGGACGCAATCGCGCATTTCAGCGATGCGGGGAAACCCCTTCAAGACGGCGGCCCGGTCCATTTTTACGTGGACGGAGACTTTGAAAAACCAATAACGGGCGTCACAGAAATCGAAGTTTTATAA MSVIQVKGNVTYPITIDPSVWIFDDRKFPFEKNQPVHPDGSAETQEHTLDPERVIREGRISPPTLKSEKRYEKERLMNGSFAMKLGAVLANAEPKESAVLCAFISKSERTEVPLEKAMDAIAHFSDAGKPLQDGGPVHFYVDGDFEKPITGVTEIEVL NA NA NA NA NA D1-12_00655 930 glsA2 COG2066 Glutaminase 2 ATGGTATGCCGGCATTACCAAGAGCTGGACGCATTAGTTCAGGAAGCGAAAAAAAGAACCGAAGAAGGCAAAGTGGCAGACTATATTCCAGCTCTGGCTGAATCTGAACAAGACAGCCTTTCGGTCACGATTTATCATGCGGAAAATACATGTCTGTCGGCAGGAGACGCCGACCGGACATTTACGCTGCAGAGCATTTCGAAAGTGCTTTCTCTGGCGCTCGTACTGATGGATTACGGAAAGGAAAAGGTGTTCAGCTGCGTGGGTCAGGAGCCGACCGGCGACCCGTTTAATTCCATGATTAAGCTTGAAACAATGAATCCGGGCAAGCCTTTAAATCCGATGATTAATGCGGGAGCCCTCGTCGTTACGGGTTTAATTAAAGGGCATTCGCCGAAAGACCGCCTGGATTACCTGCTCGGATTCATCAGAAGACTTGCGAATAATCAGGACATTACATATTGCAGCCATGTCGCGGAATCGGAATTCAAATCTTCCATGATTAATCGGGCCATGTGTTATTACATGAAGCAGTATGACATTTTTAAAGGCGATGTTGAAGGGGTCATGGATTTGTATACAAAACAGTGCGCGATTAAGATGAGCAGTCTGGATTTAGCCAAAATCGGCTGTGTATTCGCCCTTGACGGCAAGCATCCGGAAACCGGGGAGCAGGTCATTAAAAAAGATGTGGCGAGAATCTGCAAGACGTTTATGGTGACCTGCGGCATGTACAATGCGAGTGGGGAATTCGCGATTAAGGTCGGCATTCCCGCTAAAAGCGGCGTTTCGGGAGGAATCATGGGCATTTCGCCGTACAACTTCGGAATCGGTATATTCGGCCCGGCGCTTGATGAAAAAGGCAACAGCATCGCGGGTGTGAAGCTTTTGGAAATCATGTCTGAGAAATACAGGCTGAGTATTTTTTGA MVCRHYQELDALVQEAKKRTEEGKVADYIPALAESEQDSLSVTIYHAENTCLSAGDADRTFTLQSISKVLSLALVLMDYGKEKVFSCVGQEPTGDPFNSMIKLETMNPGKPLNPMINAGALVVTGLIKGHSPKDRLDYLLGFIRRLANNQDITYCSHVAESEFKSSMINRAMCYYMKQYDIFKGDVEGVMDLYTKQCAIKMSSLDLAKIGCVFALDGKHPETGEQVIKKDVARICKTFMVTCGMYNASGEFAIKVGIPAKSGVSGGIMGISPYNFGIGIFGPALDEKGNSIAGVKLLEIMSEKYRLSIF PGPT0020215_1620 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_GLUTAMINE_DEGRADATION,PGPT0020215-glsA-K01425 NA NA D1-12_00656 282 hypothetical protein TTGGCTTCAGAGATTATAGTTGACCATCAGCAGAAAGCATTCGAGCTGTTGAAGTTAGATGCTGAGAAGATTTTGAAGCTGATCCGAGTACAAATGGATAACTTAACGATGCCTCAATGTCCTCTGTATGAAGAGGTCTTGGATACTCAGATGTTCGGACTGTCGAGGGAAATCGATTTTGCTGTCCGCCTGGGATTAGTTGACGAAAACGACGGCAAAGAGCTGCTGGACAGACTTGAAAGAGAACTGTCTGCTTTGCATGACGCGTTTACAGGAAAATAA MASEIIVDHQQKAFELLKLDAEKILKLIRVQMDNLTMPQCPLYEEVLDTQMFGLSREIDFAVRLGLVDENDGKELLDRLERELSALHDAFTGK NA NA NA NA NA D1-12_00657 1212 ftsW_1 COG0772 putative peptidoglycan glycosyltransferase FtsW ATGTTTAAAAGAATGTTAAAATCTTACGATTATTCATTGATATGCGCTATCATTCTGCTGTGCAGTTTCGGATTGGTCATGGTATACAGCTCAAGCATGATTACCGCCGTTATGCGTTACGGCGTGAGCAGCGACTATTTCTTTAAACGGCAGCTGTTCGCCGTCATCGCGGGGTTTGTGCTGTTTATTATCGCGGCCGTTTTTCCGTACAAAGTGTTCGCTCATCAAAAGATTCAGAAATTCGTACTGCTTGCGTCAGTGGCTGCGCTTTGCGCGCTGTTTGTTTTCGGACATGTTGCCGGAAACGCGCAAAGCTGGTTTAAAATCGGCGGAATGGCCATTCAGCCGGGGGAATTTGTCAAGCTGACCCTGATACTGTACCTTGCCGCGGTATACGCAAAGAAACAAAGCTATATCGATCAGCTTTTGACGGGGGTTGCGCCGCCGGTGATCGTCACCGTAGTCATTTGTGCGCTTATCGCCATTCAGCCTGATTTCGGAACGGCGATGATTATCGGTCTGATCGCGCTTTGCGTCATTATGTGTTCGGGATTCAGCGGAAGGACCCTGCTCAAGCTGGTTCTCATGGCGGGAATCGTATTGCTCCTTGTCAGCCCGATCATCTATCTGAAATGGGACGATATTTTGACACCCGGGCGTATGAGCCGGTTTGAAAGTCTTGAAAATCCCTTTAAATACGCCAGCACATCAGGCCTGCAGATTATAAATTCGTATTATGCGATCGGCTCAGGCGGTTTTTTCGGTCTCGGTCTTGGAGAAAGCATTCAAAAATACGGTTATCTGCCTGAATCGCATACAGACTTTATTATGGCGGTTATTTCAGAGGAGCTCGGCATTTTCGGCGTCCTGTTTGTCATTGTACTGCTGGCTTTTGTCGTGTTAAAAGGTTTTTATATTGCGAGAAAATGTGAAGATCCGTTCGGAAGCCTTTTGGCAATCGGGATATCCAGCATGATTGCGATTCAGACCTTTATCAATCTCGGCGGTGTCAGCGGTTTAATTCCAATCACAGGTGTTCCGCTGCCGTTTATCAGCTACGGAGGCTCATCAATGTTTTTGTTATTAACGAGCGCCGGTATATTGGTGAATGTCAGCATGCATGTCAAGTACTCAGAAAAGAAGAAAAAGAGGGAGCCCGTTCCGTCTAAGGGGGTAAAAAGACGGCAGACGGAAAAATCTGTGTATCTCTAA MFKRMLKSYDYSLICAIILLCSFGLVMVYSSSMITAVMRYGVSSDYFFKRQLFAVIAGFVLFIIAAVFPYKVFAHQKIQKFVLLASVAALCALFVFGHVAGNAQSWFKIGGMAIQPGEFVKLTLILYLAAVYAKKQSYIDQLLTGVAPPVIVTVVICALIAIQPDFGTAMIIGLIALCVIMCSGFSGRTLLKLVLMAGIVLLLVSPIIYLKWDDILTPGRMSRFESLENPFKYASTSGLQIINSYYAIGSGGFFGLGLGESIQKYGYLPESHTDFIMAVISEELGIFGVLFVIVLLAFVVLKGFYIARKCEDPFGSLLAIGISSMIAIQTFINLGGVSGLIPITGVPLPFISYGGSSMFLLLTSAGILVNVSMHVKYSEKKKKREPVPSKGVKRRQTEKSVYL PGPT0014810_1935 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-CELL_GROWTH_SIGNALLING,PGPT0014810-ftsW|spoVE-K03588 NA NA D1-12_00658 3447 pycA Pyruvate carboxylase TTGTCACAACAATCCATCCAAAAAGTGTTAGTAGCAAACAGGGGAGAAATTGCGATCCGGATTTTCCGGGCGTGCACAGAATTGAACATCAGAACGGTAGCCGTTTATTCAAAAGAAGATTCGGGCTCCTATCATCGCTATAAAGCGGATGAAGCTTATCTTGTGGGAGAAGGCAAAAAACCGATTGACGCGTATCTTGATATTGAAGGGATTATTGAGATCGCAAAAAGAAACGGCGTCGATGCCATTCATCCGGGCTACGGATTTCTCTCTGAAAATATCCAATTTGCGAGACGCTGTGAAGAAGAGGGCATCGTATTTATCGGACCGACGTCAGCGCATTTGGATATGTTCGGAGATAAGGTAAAGGCGAGGGAGCAGGCAGAAAAAGCCGGCATTCCCGTTATTCCGGGGAGTGACGGACCGGCTGAAACATTAAAAGATGTCGAACAATTCGCAAAAGTCCACGGATTTCCGTTTATTATTAAAGCATCGCTCGGAGGCGGAGGCCGCGGAATGAGAATCGTCCGAAGCGAAAGCGAATTGAAAGAATCGTTTGAGCGGGCCAAATCAGAAGCGAAAGCCGCATTCGGAAACGATGAAGTGTATGTTGAAAAACTGATCGAAAATCCTAAGCATATTGAAGTTCAGGTGATCGGAGATAAAGAAGGCAATGTCGTCCATCTGTATGAGCGGGACTGTTCCGTTCAGAGACGCCATCAAAAGGTCATTGAGGTGGCGCCGAGTGTATCTTTGCAGCCTGAATTAAGGGACGAAATCTGTGAAGCGGCTGTGGCGCTTGCGAAAAATGTCGGCTATATCAACGCGGGGACCGTGGAATTTCTCGTAGCGGGCGGTGAATTTTACTTTATTGAAGTGAACCCGCGCGTACAAGTGGAGCATACGATTACGGAAATGATAACGGGGGTTGATATCGTTCAGACGCAAATCCTCGTCGCGCAGGGCCACGGACTGCACAGCCGTGCCGTCAATATCCCTGAGCAGAAAGACATTTTTACAAACGGGTATGCGATCCAATCACGTGTGACTACTGAAGATCCGCTGAATGACTTTATGCCTGACACGGGTAAAATTATGGCTTACCGCTCAGGCGGCGGCTTCGGCGTCCGCCTTGATACGGGAAACAGCTTCCAGGGCGCCGTCATCACGCCTTATTATGATTCACTGCTCGTCAAGCTGTCGACATGGGCGCTGACGTTTGAACAGGCATCAGCAAAAATGGTCCGCAACCTGCAGGAATTCAGGATCAGAGGCATTAAGACCAATATTCCGTTTCTTGAAAACGTGGCAAAGCATGAAAAATTCCTGACGGGCCAATACGACACATCGTTTATCGACACAACGCCTGAGCTCTTTGTTTTCCCAAAACAGAAGGACCGCGGAACAAAAATGCTTTCCTATATCGGCAATGTCACGGTGAACGGTTTTCCGGGAATCGGGAAAAAAGAAAAACCTGCATTTGATAAGCCTCAGACCGTTACGTTAGGTATCGAAGAAAAGCCGGCAAGCGGTACGAAACAGATCCTTGATGAAAGAGGCGCTGAGGGGCTTGCAGACTGGGTGAAAGAGCAAAAATCCGTGCTCCTGACCGATACAACGTTCAGGGATGCCCATCAGTCCCTGCTTGCAACCCGGATCAGATCCAATGATTTGAAAAAAATCGCGAATCCTACGGCTGCCCTGTGGCCTGAACTGTTCAGCCTTGAAATGTGGGGAGGCGCGACATTTGATGTAGCGTACCGTTTCTTAAAAGAAGACCCTTGGAAACGCCTTGAAGATCTTCGCAAGGAAGTGCCGAACACATTGTTCCAGATGCTGCTTCGTTCATCAAATGCCGTCGGTTATACAAACTATCCGGACAATGTCATCCAAAAATTTGTCCGGCAGTCAGCGAAGTCAGGTATTGACGTATTCCGGATCTTTGACAGCCTGAACTGGGTAAAAGGGATGACGCTGGCCATCGATGCCGTTCGTGAAACCGGAAAAGTGGCGGAGGCTGCGATTTGTTACACGGGAGATATTCTTGATAAGACCCGGACGAAATATGATTTGAAGTATTATCTTTCTATGGCGAAAGAGCTTGAGGCGTCTGGTGCGCACATTCTCGGCATTAAAGACATGGCCGGTCTTTTGAAACCTCAAGCCGCATACGAACTTATCTCAGCGCTGAAGGAAACGATTGATATTCCCGTTCATCTTCACACGCATGATACGAGCGGCAATGGCGTCTTTCTCTATGCCAAAGCTGTTGAAGCGGGGGTGGACATCGTGGATGTCGCCGTCAGCTCAATGGCGGGTCTGACTTCACAGCCGAGCGCAAGCGGATTTTATCATGCCCTTGAAGGAAACAGCCGCCGTCCTGAAATGGATGTCCGCCAGGTGGAAAGACTGTCACAATATTGGGAATCAGTCCGTCAGTATTACAGTGAATTTGAAAGCGGGATGAAGTCTCCGCATACTGAGATTTATAATCATGAAATGCCGGGCGGCCAGTACAGCAATCTGCAGCAGCAGGCAAAAGGAGTCGGCCTCGGTGATCGCTGGAATGAGGTGAAAGACATGTACAGCGTCGTCAACCGCATGTTCGGCGACGTCGTGAAAGTAACACCTTCTTCCAAAGTCGTCGGAGATATGGCGCTTTACATGGTGCAAAACAATTTAACAGAACAAGATGTTTATGATAAAGGCGAAACGCTTGATTTTCCGGATTCAGTCGTTGAGCTCTTTAAAGGGCAGATCGGCCAGCCGCACGGCGGATTTCCGGAAAAACTGCAAAAGCTCGTTCTGAAAGGACAGACGCCGATCACGGTAAGACCGGGTGAGCTGCTTGAACCGGTATCTTTTGAAGGCATTAAAGAAGAATGGAAAGAAACACATCAGATGGAATTGAGTGATCAGGACGCAATCGCGTATGCTCTTTATCCGAAGGTGTTTACAGAATATGTTAAAACGGCTGAACGCTTCGGTGATATTTCCGTATTGGACACACCGACTTTCTTCTACGGCATGACACTCGGTGAAGAAATCGAAGTGGAAATCGAGCGCGGAAAAACGCTGATCGTGAAGCTTGTATCTATCGGTGAACCGCAGCCAGATGCGACACGTGTCGTTTATTTCGAATTGAACGGCCAGCCGCGCGAGGTGGTCATTAAAGATGAAAGCATAAAATCGTCCGTACAGGAAAAATTAAAAGCAGATCGGACAAACCCAAGCCACATTGCGGCATCCATGCCGGGAACCGTCATTAAATTGTTAACGGAAACCGGGGCAAAGGTAAATAAAGGCGATCATCTGATGATTAATGAAGCGATGAAAATGGAGACGACGGTACAGGCGCCGTTCTCCGGGACGATACAGCAGATTCATGTGAAAAACGGTGAACCGATTCAGACAGGTGATTTACTGATCGAAATTGAAAAAGCGTAA MSQQSIQKVLVANRGEIAIRIFRACTELNIRTVAVYSKEDSGSYHRYKADEAYLVGEGKKPIDAYLDIEGIIEIAKRNGVDAIHPGYGFLSENIQFARRCEEEGIVFIGPTSAHLDMFGDKVKAREQAEKAGIPVIPGSDGPAETLKDVEQFAKVHGFPFIIKASLGGGGRGMRIVRSESELKESFERAKSEAKAAFGNDEVYVEKLIENPKHIEVQVIGDKEGNVVHLYERDCSVQRRHQKVIEVAPSVSLQPELRDEICEAAVALAKNVGYINAGTVEFLVAGGEFYFIEVNPRVQVEHTITEMITGVDIVQTQILVAQGHGLHSRAVNIPEQKDIFTNGYAIQSRVTTEDPLNDFMPDTGKIMAYRSGGGFGVRLDTGNSFQGAVITPYYDSLLVKLSTWALTFEQASAKMVRNLQEFRIRGIKTNIPFLENVAKHEKFLTGQYDTSFIDTTPELFVFPKQKDRGTKMLSYIGNVTVNGFPGIGKKEKPAFDKPQTVTLGIEEKPASGTKQILDERGAEGLADWVKEQKSVLLTDTTFRDAHQSLLATRIRSNDLKKIANPTAALWPELFSLEMWGGATFDVAYRFLKEDPWKRLEDLRKEVPNTLFQMLLRSSNAVGYTNYPDNVIQKFVRQSAKSGIDVFRIFDSLNWVKGMTLAIDAVRETGKVAEAAICYTGDILDKTRTKYDLKYYLSMAKELEASGAHILGIKDMAGLLKPQAAYELISALKETIDIPVHLHTHDTSGNGVFLYAKAVEAGVDIVDVAVSSMAGLTSQPSASGFYHALEGNSRRPEMDVRQVERLSQYWESVRQYYSEFESGMKSPHTEIYNHEMPGGQYSNLQQQAKGVGLGDRWNEVKDMYSVVNRMFGDVVKVTPSSKVVGDMALYMVQNNLTEQDVYDKGETLDFPDSVVELFKGQIGQPHGGFPEKLQKLVLKGQTPITVRPGELLEPVSFEGIKEEWKETHQMELSDQDAIAYALYPKVFTEYVKTAERFGDISVLDTPTFFYGMTLGEEIEVEIERGKTLIVKLVSIGEPQPDATRVVYFELNGQPREVVIKDESIKSSVQEKLKADRTNPSHIAASMPGTVIKLLTETGAKVNKGDHLMINEAMKMETTVQAPFSGTIQQIHVKNGEPIQTGDLLIEIEKA PGPT0001420_889 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0001420-pyc-K01958 NA NA D1-12_00659 927 ctaA COG1612 Heme A synthase ATGAATAAAGCTTTGAAAGCGCTCGGCGTACTGACGACATTCGTTATGCTCGTCGTGCTGATCGGCGGCGCTCTTGTCACAAAGACAGGATCGGGTCTCGGTTGCGGAAGGCAGTGGCCGCTTTGCCACGGCCGGTTTTTCCCGGAGCTTAACGCCGCTTCTATCATTGAATGGAGCCACAGACTCGCAAGCGGTGTCTCAATCGTTCTCGTGCTGAGTCTCGCTTTTTGGGCATGGAGAAAAGTCACGCCTGTTTTCCGTGAAACAACCTTTCTCGCCATTATGTCCATTATCTTTTTATTTTTACAGGCGCTTCTCGGCGCATTAGCGGTTGTTTTCGGATCAAATGCGCTCGTTATGGCGCTTCATTTCGGCATATCGCTGATTTCTTTCGCTTCTGTTCTGATTTTGACGCTGCTCATATTCGAAGCTGATAAATCAGACAAAAAGCTCGTCAAGCCGCTCAGAATCGGCAGAAAAATGCAGTTTCATATGATCGGTCTTTCGATTTACACGTATATCGTCGTTTATACGGGGGCTTATGTACGCCATACGAAATCAAGCCTTGCCTGCCCTGACGTTCCGCTTTGCAGCAGGCTGAATCACGGGCTTCCGTCCCATTTTCAGGAATATGTGCAGATGGGTCACAGAACGGCAGCACTGCTTCTGTTCGTATGGATTCTTGTCGCTTTTGCGCATGCGGTGCGCTCCTACAAAGATCAAAAACAGATTCTTGGGGGCTGGATAGCGGCTCTTGTCTTTGTTTTATTACAGGCGCTGTCCGGAATCATGGTTGTTTATTCAGAAATGGCCACCGGTTTTGCACTTGCCCATTCGCTCTTTATTGCCGGCCTGTTCGGCGTCTTATGCTATTTCTTATTATTAATCGCCCGCTTCCGCTATGAATCAAAACAGCGGAACATCTGA MNKALKALGVLTTFVMLVVLIGGALVTKTGSGLGCGRQWPLCHGRFFPELNAASIIEWSHRLASGVSIVLVLSLAFWAWRKVTPVFRETTFLAIMSIIFLFLQALLGALAVVFGSNALVMALHFGISLISFASVLILTLLIFEADKSDKKLVKPLRIGRKMQFHMIGLSIYTYIVVYTGAYVRHTKSSLACPDVPLCSRLNHGLPSHFQEYVQMGHRTAALLLFVWILVAFAHAVRSYKDQKQILGGWIAALVFVLLQALSGIMVVYSEMATGFALAHSLFIAGLFGVLCYFLLLIARFRYESKQRNI PGPT0008525_3071 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_RELATED_HEME_METABOLISM PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0008525-ctaA-K02259 NA NA D1-12_00660 918 ctaB2 COG0109 Protoheme IX farnesyltransferase 2 ATGGCTAATTCCAGAATTTTAAACGATACAGCTATAGACGGACAGATTGAAGAGACGACGGCATGGAAGGATTTCCTTTCGCTTATCAAAATAGGAATCGTCAATTCGAATTTAATTACGACTTTTACCGGCATGTGGCTTGCGTTACATATATCCGGTCTGAGTTTTTTAGGCAATTTAAACACCGTGCTTCTTACATTAATAGGATCTTCTTTGATCATCGCCGGTTCTTGTGCGGTTAACAACTATTACGATCGTGATATTGATCATTTAATGGAACGCACGAAAGTAAGACCGACGGTAACCGGAAAGATTCAGCCGAATCAAGCGCTGTGGTCAGGAATTTTACTCATTGCTTTAGGACTTATCATGCTTTTGATGACCACCGTGATGGCAGCAGTCATCGGTTTTATCGGCGTGTTTACGTACGTTGTTCTTTATACAATGTGGACGAAACGCCGTTATACGATTAATACGGTTGTCGGAAGTGTATCAGGCGCCGTGCCGCCGTTAATCGGCTGGACAGCGGTTGAAGGGCACATCGGTGTTGTCGCGTGGGTTTTATTCATGATTTTATTCATCTGGCAGATTCCGCACTTTTTAGCGCTTGCGATTAAAAAGACGGAAGATTACAGAGCAGCGAATATTCCGATGCTTCCGGTAGTGCACGGCTTTGAAGTGACGAAAAGACAGATTATCGTCTGGGTAGCATGCCTGCTGCCGCTTCCGTTTTTCCTCGGCAGTCTCGGTCTTCCGATCGTCATTCTCGGCACTTTGCTGAATGTCGGATGGCTTGTTCTCGGACTGATGGGATTCCGCATGAAAAACATCATGAAGTGGGCAACTCTTATGTTTGTCTATTCGCTTAATTACATGACCATTTATTTTGTAGCGATGGTGGTCTTCACGCTGTTTTAA MANSRILNDTAIDGQIEETTAWKDFLSLIKIGIVNSNLITTFTGMWLALHISGLSFLGNLNTVLLTLIGSSLIIAGSCAVNNYYDRDIDHLMERTKVRPTVTGKIQPNQALWSGILLIALGLIMLLMTTVMAAVIGFIGVFTYVVLYTMWTKRRYTINTVVGSVSGAVPPLIGWTAVEGHIGVVAWVLFMILFIWQIPHFLALAIKKTEDYRAANIPMLPVVHGFEVTKRQIIVWVACLLPLPFFLGSLGLPIVILGTLLNVGWLVLGLMGFRMKNIMKWATLMFVYSLNYMTIYFVAMVVFTLF PGPT0008520_2254 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 D1-12_00661 1071 ctaC Cytochrome c oxidase subunit 2 ATGTTAAAGCGTTGGCGTCTTTTATCATTATTAGCCTTAGTGCCGCTTTTATTGAGCGGCTGTGGAAAACCGTTTCTGTCCACACTCAAGCCTGCCGGCGAAGTGGCTGATAAACAATATGATCTGACGGTGCTCAGCACACTTATCATGGTTGTCGTCGTTGCGGTCGTAGCAGTTATTTTCTTTTACGTCATTGTGAGGTTCAGACGGTCGCGTGTAGGGGAAGACACGATACCGAAACAGGTGGAGGGGAACCGTTTTTTAGAAATCACCTGGACCGTTATTCCGATCTTGCTTCTGATTATTCTTGTCATTCCGGTTGTCATCGACACATTGGCGCTGGCGGATACGTCGCCGATGGATAAGAAAAACCGTAAAGCAGAGGATGCGCTCGTGATTAATGTAAGGGCGAATTTATACTGGTGGGAATTCGAGTATCCTGATTACGGGTTTGTGACAAGTCAGGAGCTGATCGTTCCCACAGATGAACGCGTCTATTTCAAGCTGAAGTCCTCAGATGTGAAACACTCTTTCTGGATTCCGTCAGCCGGGGGAAAAATCGATACGAATACGGATAATGACAATACTTTCTTTCTGACCTTCGATTCTAAACGCAGCAAAGAAGCGGGAGAATATTTCTTCGGGAAATGCGCAGAGCTGTGCGGACCTTCACATGCGCTGATGGATTTCAAAGTGAAACCGCTGCCGTCAAAAGAATTTAAACAATGGACGAAAGCGATGAAAAATTATAAGCATACAACAGATTCCGGTTTAGCCGCGCAAGGAGAAGAGCTCTTTAAGGAAAAAAACTGCCTGAGCTGTCATGCGGTTGAGCCCAATGATAAACGGGCTGAAGCGGCAAGAACGGCTCCGAACCTCGCTACCTTCGGTGAACGGGTCAAAGTGGCCGGCATTAAGGATGCGAATAAAGAGAATATAAAAGCCTGGCTGAAAAATCCGGACAGCATTAAACCGGGCAATAAAATGACAGGCACTTATCCGAAGCTCTCGGACGCTGAAACGGATGCGCTGTATGAATATTTAAAAGGGCTGAAAGCGGAGAACAAGTGA MLKRWRLLSLLALVPLLLSGCGKPFLSTLKPAGEVADKQYDLTVLSTLIMVVVVAVVAVIFFYVIVRFRRSRVGEDTIPKQVEGNRFLEITWTVIPILLLIILVIPVVIDTLALADTSPMDKKNRKAEDALVINVRANLYWWEFEYPDYGFVTSQELIVPTDERVYFKLKSSDVKHSFWIPSAGGKIDTNTDNDNTFFLTFDSKRSKEAGEYFFGKCAELCGPSHALMDFKVKPLPSKEFKQWTKAMKNYKHTTDSGLAAQGEELFKEKNCLSCHAVEPNDKRAEAARTAPNLATFGERVKVAGIKDANKENIKAWLKNPDSIKPGNKMTGTYPKLSDAETDALYEYLKGLKAENK PGPT0004030_1276 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-FoxABCD,PGPT0004030-foxB|coxB|ctaC-K02275 NA NA D1-12_00662 1869 ctaD Cytochrome c oxidase subunit 1 ATGATGAATACGCTTACAGGACAGCAAAGAAAAAGCTCTTTGCTTTGGGATTATTTGACGACGGTTGACCATAAGAAAATCGCGATTTTATATATGATCGCCGGGGGATTTTTCTTCGTCGTCGGCGGACTTGAGGCCATGCTTATCAGGATTCAGCTCTTGAGGCCGGGGAACGATTTTATGGGTGCGCAGCAGTTTAATGAAATTATGACGATGCACGGCACGACAATGATCTTCCTGGCGGCGATGCCGCTGTTATTCGGGCTGATGAACGCGGTTGTGCCGCTGCAGATCGGGGCGCGTGACGTATCATTCCCATTTTTGAATGCGCTCGGATTTTGGCTGTTTTTCTTCGGAGGCATCTTTTTGAATCTGAGCTGGTTTTTAGGGGGCGCTCCTGATGCAGGATGGACGTCGTACGCGTCACTTGCGCTGAATTCGAAAGGGCACGGCATAGACTTTTTCGTGCTCGGCCTGCAAATATCAGGCTTAGGTACGCTGATTGCGGGGATCAATTTTCTCGCCACGATTATTAATATGAGGGCGCCGGGTTTGACGTATATGAGATTGCCGCTGTTTACGTGGACGACATTTGTGGCGTCGGCACTCATTTTATTCGCATTTCCTCCGCTCACCGTCGGTTTGGCGCTGATGATGCTGGATCGTTTGTTCGGAACGAATTTCTTTAATCCTGAATTGGGCGGCAATACGATAATCTGGGAGCATCTGTTTTGGATTTTCGGGCATCCGGAAGTGTACATTTTAATTCTTCCCGCCTTTGGGATTTTTTCAGAAATCATTCCCGTATTTGCGAGGAAACGTCTGTTCGGTTATTCGTCTATGGTCTTTGCGATCGTGCTGATCGGCTTTCTCGGGTTCATGGTTTGGGTTCACCATATGTTTACGACGGGACTCGGACCGATCGCTAATGCGATATTTGCGGTTGCGACGATGGCGATCGCGGTGCCTACGGGCATTAAAATTTTCAACTGGCTTTTGACCATCTGGGGAGGAAATGTCAAATTCACGACGCCTATGCTGTATGCCGTCGCCTTTATTCCTTCTTTCGTACTCGGAGGAGTCACGGGTGTCATGCTGGCGGCCGCAGCGGCAGATTATCAGTTCCATGATACGTATTTTGTCGTAGCGCATTTCCACTACGTCATTATCGGCGGCGTTGTGTTCGGCATCCTGGCGGGCGTGCATTTCTGGTGGCCGAAAATGTTCGGGAAGGTGCTTCATGAAACGATGGGAAAAATTTCGTTCGTCTTATTTTTTATCGGGTTTCATCTTACCTTCTTCATTCAGCATTTCCTCGGCTTGATGGGAATGCCGCGGCGCGTTTACACATATCTGCCCGGCCAGGGGCTTGATACCGGCAACCTGATCAGTTCAATCGGCGCGTTTTTCATGGCGGGCGCGGCAGTTTTACTCGTCGTCAATATTATTTATACCTCAATAAAGGGGAAATACGTCGGGAACGACCCGTGGCTGGACGGTCGTACGCTTGAATGGGCGGTCTCTTCGCCGCCGCCGGAATATAATTTTAAACAGCTTCCGTTTGTCCGGGGACTTGACCCGCTGTGGATTGAAAAGCAGGCCGGAAATGAAGGGATGGCGCCTGCAGAGCCTGTAGAGGACATTCATATGCCGAACGGCTCCATCATGCCGTTTATCATATCTTTCGGGCTGTTTGTCGCAGCGTTTGGGTTTTTATACCACTCCGATTATTCATGGGGGCTTCCGGTTATCTTCATAGGGCTCGGCATCACATTCTTTACCATGCTGCTTCGCTCTGTGGTCGATGATTACGGCTATCATATTCACAAAGAAGATCTGCCGAATGATGATAAAGGGGTGAAGGCGTAA MMNTLTGQQRKSSLLWDYLTTVDHKKIAILYMIAGGFFFVVGGLEAMLIRIQLLRPGNDFMGAQQFNEIMTMHGTTMIFLAAMPLLFGLMNAVVPLQIGARDVSFPFLNALGFWLFFFGGIFLNLSWFLGGAPDAGWTSYASLALNSKGHGIDFFVLGLQISGLGTLIAGINFLATIINMRAPGLTYMRLPLFTWTTFVASALILFAFPPLTVGLALMMLDRLFGTNFFNPELGGNTIIWEHLFWIFGHPEVYILILPAFGIFSEIIPVFARKRLFGYSSMVFAIVLIGFLGFMVWVHHMFTTGLGPIANAIFAVATMAIAVPTGIKIFNWLLTIWGGNVKFTTPMLYAVAFIPSFVLGGVTGVMLAAAAADYQFHDTYFVVAHFHYVIIGGVVFGILAGVHFWWPKMFGKVLHETMGKISFVLFFIGFHLTFFIQHFLGLMGMPRRVYTYLPGQGLDTGNLISSIGAFFMAGAAVLLVVNIIYTSIKGKYVGNDPWLDGRTLEWAVSSPPPEYNFKQLPFVRGLDPLWIEKQAGNEGMAPAEPVEDIHMPNGSIMPFIISFGLFVAAFGFLYHSDYSWGLPVIFIGLGITFFTMLLRSVVDDYGYHIHKEDLPNDDKGVKA PGPT0004025_308 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-FoxABCD,PGPT0004025-foxA|coxA|ctaD-K02274 NA NA D1-12_00663 624 ctaE Cytochrome c oxidase subunit 3 ATGCAGCTGCAGGAAAAAATGACGGCTGAAACCTTTCCGGCTTCTCCTGAAAAAGCAACGCTGGAGGGGAAAAATAAGTTTTTGGGATTTTGGCTGTTTCTCGGCGGCGAAACGGTTCTGTTCGCCTCGCTATTTGCGACATTTCTTGCTTTACGGGAATCTAAAGCCGGAGGGCCGTCAACGTCTGAGATGTTTGAGCTGCCGATCGTGTTTATCGCGACGATGCTTCTTTTAACGAGCAGCTTAACGAGTGTGTATGCGATGTATCATATGAAAAATTTCTCCTTTAAAAAAATGCAGGTGTGGCTTCTGGTTACCGTATTATTGGGAGCGGGATTTTTAGGGGTAGAAATCTATGAATTTATGCATTACACTCACGAATTCGGCTTTACCATTACAAGCTCTGCGCTCGGCTCAGCGTTTTACACGCTCGTCGGCACACACGGAGCACACGTGGCGTTCGGGCTGTTGTGGATCAGCGCGCTTATGATCCGGAATGCGAAAAGAGGGCTCAGCCTTTATAATGCGCCGAAATATTATGTGGCCAGCTTATATTGGCATTTTATCGATGTCGTGTGGGTCTTTATCTTTACCGTTGTATATTTGATGGGGATGGTGGGATAA MQLQEKMTAETFPASPEKATLEGKNKFLGFWLFLGGETVLFASLFATFLALRESKAGGPSTSEMFELPIVFIATMLLLTSSLTSVYAMYHMKNFSFKKMQVWLLVTVLLGAGFLGVEIYEFMHYTHEFGFTITSSALGSAFYTLVGTHGAHVAFGLLWISALMIRNAKRGLSLYNAPKYYVASLYWHFIDVVWVFIFTVVYLMGMVG PGPT0004035_2551 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-FoxABCD,PGPT0004035-coxC|ctaE-K02276 NA NA D1-12_00664 333 caaD Cytochrome c oxidase subunit 4B ATGGACGATAACAAAAACAGAGGGACTGTCAGTACGGATCTCGAATATCGGAAAAAGAAAAATGCCGAGGAGATGAAATATCAGGTCATATCCTTCGGTTTGATGATCGGCCTTACGCTTGTCGCGTTTTTGACGGTGGCTGCTGACGGCATTGCCGGATGGTTTACGATGCCGTTTCTGATCCTGCTTGCGGTCATCCAGGTCATCTTTCAGCTGTTTTACTTTATGCATATGAGCCAGAAGGGGCATGAAGCGCCGTCATTATTTCTGTATTCGGGAATATTTGTCGCGTTTATCACCGTGCTTGCATTTGTCACGATTATTTGGTGGTAA MDDNKNRGTVSTDLEYRKKKNAEEMKYQVISFGLMIGLTLVAFLTVAADGIAGWFTMPFLILLAVIQVIFQLFYFMHMSQKGHEAPSLFLYSGIFVAFITVLAFVTIIWW PGPT0004040_513 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-FoxABCD,PGPT0004040-coxD|ctaF-K02277 NA NA D1-12_00665 885 hypothetical protein TTGATTAATTTGGAAATGTTCGGGTTTCGCGCAATGTGGAGCCCGTATCTGTTTTGTATAACTGCCGTGATAACAGGTATTTACTTTTACTGGTGCAGCCGGCATAAAGGACGTGTGGCCGCTAAGGAGAAGGTGCTGTTTGTGCTTTCCGCGCTATTTTTTTACACGGCTGCGGGAAGTCCGGTTGATTTATTGGGCCATGTGATGTTCAGTGCCCATATGACGCAGATGGCGGTTCTGTTTTTAGTCGTACCGCCGCTGTTGATTTCCGGAATTCCCGGCTGGGCATGGAAAAAACTGATCTTCCGTCCTGTCGTAAAGCCGCTGTTTTCGTTCTTTTCAATGCCGCTTATCGCATTAGTGCTGTTTAACGGTATTTTTTCACTGTATCACATCCCGTTTATATTTGATTTCGTCAAAACGGATTCGCTGTATCACACGCTGATGAACGGACTCATCTTTGTAACGGCGTTTTTTATGTGGTGGCCGCTTGTGCATAAGGTGGACGGTCTGCCCCGTCTCAGCGGTTTAATGAAGCTGGGGTATATTATGGCAGACGGGATTCTGTTAACGCCGGCCTGCGCGCTCATTATGTTCAGCGGGGCGCCCATGTATGCCACGTATACAGATCCGGCGGCTTGGGCCGAAGCAATGAAGCTTTGCGTTCCTTTAGATTTGCTGGAGGAGATTCCTTTATCCGGACCGGAGATGTTTAACACGCTGCCTCCTCTGGAAGATCAGCAGCTTGGGGCAGTGCTGATGAAAATCATTCAAGAGGCGGTCTACGGAACATATTTGGCTGTCATCTTTTTTCAGTGGGTCAGAACGGAACGGGAAAAAGATACGCTGTCAGAGCCGCCGTATATCGAGCATACCGTCTCATAA MINLEMFGFRAMWSPYLFCITAVITGIYFYWCSRHKGRVAAKEKVLFVLSALFFYTAAGSPVDLLGHVMFSAHMTQMAVLFLVVPPLLISGIPGWAWKKLIFRPVVKPLFSFFSMPLIALVLFNGIFSLYHIPFIFDFVKTDSLYHTLMNGLIFVTAFFMWWPLVHKVDGLPRLSGLMKLGYIMADGILLTPACALIMFSGAPMYATYTDPAAWAEAMKLCVPLDLLEEIPLSGPEMFNTLPPLEDQQLGAVLMKIIQEAVYGTYLAVIFFQWVRTEREKDTLSEPPYIEHTVS NA NA NA NA NA D1-12_00666 360 hypothetical protein TTGAAGTTTGAAAACAGCGGTCTTGAAGGGGTAACAGCGGAGCTCAGCCGCTTGAATGATCTGATGGAAGGTAAAGGGCTCATTCTGGCTGGACAATGGGATTATGAAAGAGTGACTTACGACAAAAAGTTTTCAGTACCTGAGGGGACATTTTATCTGCGGATTCAAGGAACGGCAAAAGAGGGCGATGTCGGCGGCAGCCGGGCCGTGATTCAGCTGAAGGCCCCTCTTTTAGGAAAGCATTATTATCCGCATGGCGTAGAATACGGCAGTGCTGAAGAATTTCCGGAACATGTTGTCACTGAAAGCAAAGCTTTACTGCTTGAATTGGAAGAGTCATTAAAAACAGTGCAAATGTAA MKFENSGLEGVTAELSRLNDLMEGKGLILAGQWDYERVTYDKKFSVPEGTFYLRIQGTAKEGDVGGSRAVIQLKAPLLGKHYYPHGVEYGSAEEFPEHVVTESKALLLELEESLKTVQM NA NA NA NA NA D1-12_00667 444 hrp1_2 COG0517 Hypoxic response protein 1 ATGACAAAGATCAATAAGCTCATGACGTCAGACTTGCAATATTGTACAGTATTAGATAATGTATATGAAGCTGCGGTGAAGATGAAAGACGCGGATGTCGGCGCCATTCCGATAGTGGATGAAGACGGCGCGACCCTTGTCGGGATCGTGACAGACAGAGATCTCGTATTACGGGGAATTGCTTCAAAAAAGCCGAACTCTCAAAAAATAACCGACGCAATGACAGAGCGGGTTATCAGTGCAGAAGAAGACGCCTCTGTGGAGGAGGTGCTCCATTTGATGGCTGAACATCAGCTCAGAAGAATTCCCGTCACAAAGGATAAAAAACTGGTCGGCATTGTTACGCTCGGCGATCTTTCGTTGGTTGAGCAATCAAATGAGCAAGCAGGCCGGGCGCTGTCTGACATTTCTGAAGACGGCGGTCCGGAGGGGTTTATCCATTAA MTKINKLMTSDLQYCTVLDNVYEAAVKMKDADVGAIPIVDEDGATLVGIVTDRDLVLRGIASKKPNSQKITDAMTERVISAEEDASVEEVLHLMAEHQLRRIPVTKDKKLVGIVTLGDLSLVEQSNEQAGRALSDISEDGGPEGFIH NA NA NA NA NA D1-12_00668 1041 hypothetical protein TTGAAAAATATCGCAAGGGCTCTCGTTATCCTTTTGCTTATTTACGGAGCGTATGTTCTGTTTATACAATATGGATCGGCTCCTCAGAAAAAGACGGATCAGGAGGAGCCTCAGGTTTCCAATGAAGAAGAGAGCGGAAAACGGCTGAAAATGCCGTCATCCGGACTGCTTTCTCTCATGGGGAAATCTGCCGCCGATGTGAAAAAGAAACTTGGGGAACCGTCCCGGAAAGATCCTTCTGCCTACGATTACGAGTGGTGGGTGTACAACCAGGGGAAAGACCAATACGTACAAGTCGGTATTTTGAATGATAAAGCCGTGACTTTATACGCTTCGGGAAGCGGCATCAACGCAAAACCGTTTAAGATCGGCGAATCGACGGGCGAAGTTTTTAAAACGACGCAGGTTTCTCCTTTTGTCAATGTGACTGACAAGGGAAACACGTATCGGTTCGAGTTTTCTGAAGAAGATATCAATACCCGTCCCACCGTTAAGATAGGCGGGATGTATGTTCAGCTGTACATGGACAAATTTGACGGGAATCTGTCAAGCATCAGGGCATTTGATGCGGAAACACTTGTGAAACAAAGGCCGTATGAAGTCATGTACAGAGGAAAGCTGACAGAACCCGAGCCAGTTTCTGATGAAAAATGGAACGACATTGAACGAGCGAGTGAGCAGCAGATTCTCGACATTACAAATGTCATCCGCGTGAAACACGGACTGGCAAGGCTGAAATGGGACGAAGGCGCCGCAAAAGTGGCATTCGGCCACAGCAAGGACATGAAGGATAACAAGTATTTCTCTCACGTCTCAAAGAAATACGGGACTCTGAAGGACCGCTTGGAAAAAGGCGATGTGAAATACCGGGAGGCTGGTGAAAATATTGCCTACAACTATGTGGACGGTCCTGCCGCCGTGGAGGGCTGGCTGAACAGCGAAGGCCACAGAAAGGCGCTGTTAAGCCCGGATTATACGCACCTCGGTGTCGGCGTGGACCGGAAGTATTATACGCAAAACTTCATTAAGCCTTGGCAGTAA MKNIARALVILLLIYGAYVLFIQYGSAPQKKTDQEEPQVSNEEESGKRLKMPSSGLLSLMGKSAADVKKKLGEPSRKDPSAYDYEWWVYNQGKDQYVQVGILNDKAVTLYASGSGINAKPFKIGESTGEVFKTTQVSPFVNVTDKGNTYRFEFSEEDINTRPTVKIGGMYVQLYMDKFDGNLSSIRAFDAETLVKQRPYEVMYRGKLTEPEPVSDEKWNDIERASEQQILDITNVIRVKHGLARLKWDEGAAKVAFGHSKDMKDNKYFSHVSKKYGTLKDRLEKGDVKYREAGENIAYNYVDGPAAVEGWLNSEGHRKALLSPDYTHLGVGVDRKYYTQNFIKPWQ NA NA NA NA NA D1-12_00669 411 hypothetical protein GTGGCGAATCAGCAATCACGGCAATCAATCGATGATTTTAAACAATTCGTAAAAAAGCATCCCAAACTGATCCAAAATGTTCGCAAGGAACAAAGGAGCTGGCAGGAAGTCTATGAAAATTGGGTTCTTCTGGGCGAGGATGATCCGATATGGGACCCTTTTAAAGACGAGGCCGTTCAGCCTTCTTCCGACGCGGAAACCAAACAGGAACCAGCTGAAAAAAACGATTTCGTTTCAAAAATGGTCACTGCCGTCAAAAAGATGGATATCAACCAAATGAATGAGCAGATCAATAAAATGAGCCAGTCCATTTCATCATTGCAAAGCCTTTTAAGCCAATTTTCGGGGAGCAGCACGAAGCAGCCCCGGCAAGGCTCCGGACAACATCCTTTTTCGTTCAGAAAGGATTAA MANQQSRQSIDDFKQFVKKHPKLIQNVRKEQRSWQEVYENWVLLGEDDPIWDPFKDEAVQPSSDAETKQEPAEKNDFVSKMVTAVKKMDINQMNEQINKMSQSISSLQSLLSQFSGSSTKQPRQGSGQHPFSFRKD NA NA NA NA NA D1-12_00670 240 hypothetical protein ATGCGAAAAGAGGTTCAGGAATTCATATCCGCAGATGAGGAACGGAAACGGTTTATACGGCAGCGTCCCGTCTGGTACCGCAGACTTGCGAGAAAACCGGACGATCTCAATTCCTTTCAGCTTGACATGATGAATTTTTATGAAAAGACGATACCGCATCGGGTAAGCCAATTCTCAAACGGGATTCAAATGGCGCAGATGATGATGCAGATGGTTCACGCCATGCGTTCACAGGATTAA MRKEVQEFISADEERKRFIRQRPVWYRRLARKPDDLNSFQLDMMNFYEKTIPHRVSQFSNGIQMAQMMMQMVHAMRSQD NA NA NA NA NA D1-12_00671 450 hypothetical protein ATGTATGCAACAATTGAGTCCGTCAAGCTTCAAAGTGAAGCGGAGCAGCTTGCCGGCATGATTCTGCAGTCTGAGACGGCTGAAAATTACCGCGATTGTTACAAGCGTCTCCGTGAAGATGAAGAGGCAGGGCGGATCATTCGTTCTTTTATGAGCGTTAAAGAGCAGTATGAGGATGTGCAGCGCTTTGGCAAATACCATCCTGATTATAGAGAGATTTCCCGCAAAATGAGAGAAATGAAGCGGGAACTGGATTTAAACGATAAGGTGGCCGAATTTAAAAAAGCGGAGACTGAGCTTCAGTCGCTGCTTGACGAGATCAGCATTGAACTCGGAACGGCCGTCTCGGAGCATGTAAAAGTTCCGACGGGGAATCCTTATTTTGACGGCCTGTCATCCTGCGGCGGCGGGTGCGGTTCCGGCGGCGGCTGCGGATGCAAAGTTTCCTGA MYATIESVKLQSEAEQLAGMILQSETAENYRDCYKRLREDEEAGRIIRSFMSVKEQYEDVQRFGKYHPDYREISRKMREMKRELDLNDKVAEFKKAETELQSLLDEISIELGTAVSEHVKVPTGNPYFDGLSSCGGGCGSGGGCGCKVS NA NA NA NA NA D1-12_00672 276 hypothetical protein ATGATGGAAAATAAGCGCCAAGGCATAATCGTATATCTGCATTCTTTAAAACACAGCAAAATGCTGAGAAAATTCGGCAACGTTCATTATGTTTCCAAGCGGCTGAAATACGTTGTGCTGTATTGCGATATGGATCTAATCGAAAAAACAATGGAAAAGATTTCTTCTTATTCTTATGTGAAGAAGGTAGAGCCTTCTTATAAACCTTTTTTAAAGCTGGAATTTGAATCAAAGCTTGATAAAGCGAAAGAGTACGATTATAAAATCGGCATATAA MMENKRQGIIVYLHSLKHSKMLRKFGNVHYVSKRLKYVVLYCDMDLIEKTMEKISSYSYVKKVEPSYKPFLKLEFESKLDKAKEYDYKIGI NA NA NA NA NA D1-12_00674 138 hypothetical protein ATGGGGAAACGTAAGTCTTCTCCGCGGTTGGCAACAACATCATTCATTGATGCTGTTACACTTAGTCTTGACAGGAATGTGAATATGTATACACGGTTTCACGTTCATTGTTTGAAAGAATGCTTTATGATAAGATAA MGKRKSSPRLATTSFIDAVTLSLDRNVNMYTRFHVHCLKECFMIR NA NA NA NA NA D1-12_00675 510 rsmD COG0742 Ribosomal RNA small subunit methyltransferase D GTGCCGGGCACATCAACAAGGCCGACGACGGATAAAGTAAAAGAGTCTATTTTTAATATGATCGGCCCGTATTTTGACGGAGGAACGGGGCTGGATTTATTTGCGGGGAGCGGCGGTCTCGGGATTGAAGCGCTGTCGCGCGGATTTGACCGCTGTATCTTTGTGGATCGTGATTTCAAAGCCATCCAAACGGTAAAAGCGAATATCAAAGCGCTTGATCTGCTGTCTTCAGCGGAAGTATACCGCAATGATGCAGAGCGGGCTCTCTATGCCGCGGCGAAACGGGAAAAAGGTTTTGACGGAATTTTCTTAGATCCTCCGTATAAGGAGCAAAAGCTGAAAGCGCTTATCGAAATGATTGATGAGCAGAACATGCTGAATGAAGACGGTTTTGTCGTAGCCGAGCATGATAAAGCCGTTGCGCTTCCTGAAGCCGTCGGCGCGCTTTCCGTAACAAGAAGGGAAATTTACGGGCTTACAGGAGTGACGATATACCGAAATAGGGGGTAG MPGTSTRPTTDKVKESIFNMIGPYFDGGTGLDLFAGSGGLGIEALSRGFDRCIFVDRDFKAIQTVKANIKALDLLSSAEVYRNDAERALYAAAKREKGFDGIFLDPPYKEQKLKALIEMIDEQNMLNEDGFVVAEHDKAVALPEAVGALSVTRREIYGLTGVTIYRNRG NA NA NA NA NA D1-12_00676 483 coaD COG0669 Phosphopantetheine adenylyltransferase GTGGCAAGTATAGCTGTATGTCCCGGAAGTTTTGATCCCGTTACCTACGGACATCTGGACATTATCAGACGGGGGGCAAACGTGTTTGAGCAGGTGTACGTATGCGTGCTCAATAATTCTTCTAAGCAGCCGCTGTTTACAGTTGAGGAACGATGTGAGCTGTTAAGAGAAGTGACAAAAGACATACCGAATGTTACGGTCGAGACGTCACAGGGACTGTTAATCGACTATGCGAAAAAAAAGCGGGCGAAGGCGATTATCAGGGGGCTCAGAGCCGTTTCTGACTTCGAATATGAGATGCAGGGGACTTCCGTCAACCGCGTGCTCGACGAATCAATAGAAACTTTTTTTATGATGACGAACAATCAGTACTCTTTTTTAAGTTCAAGCATCGTAAAAGAAGTCGCAAAATATAACGGGCCTGTTTCAGAGTTTGTTCCTCCGGAAGTTGAACAGGCGCTGAAGCAGAAATTTAAAGGATGA MASIAVCPGSFDPVTYGHLDIIRRGANVFEQVYVCVLNNSSKQPLFTVEERCELLREVTKDIPNVTVETSQGLLIDYAKKKRAKAIIRGLRAVSDFEYEMQGTSVNRVLDESIETFFMMTNNQYSFLSSSIVKEVAKYNGPVSEFVPPEVEQALKQKFKG PGPT0008825_3059 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 D1-12_00677 1227 ylbJ COG3314 Sporulation integral membrane protein YlbJ ATGAATTTGTCTAAGTTTCATACATTTTTGATTTCATTGTTTTTCATTTTTTTGACGGCGACGGTTATTTCACACCCTCAGGCCTCATTCGAAGCCTCCAAAACCGGTCTTTCCATGTGGTGGGAGGTAGTTTTTCCTTCATTGCTTCCGTTTTTTATTCTATCTGAGCTTTTAATCGGATTCGGCATTGTCAAGTTTGTCGGCCTTTTACTCGAACCCTTTATGCGTCCCATTTTCAGAGTGCCGGGGGTCGGCGGATTTGTACTGGCTATGGGCATGGCTTCAGGCAATCCGGCCGGCGCGAAGCTGACTGCACGGCTGCGCCAGGATAAACAAATCTCCAGAGTAGAGGCTGAACGCCTCGTCTCTTTTACCAATTCATCCAATCCGTTATTTATATTCGCTGCTGTGGCAGTCGGCTTTTTTCATAACGCGTCTCTCGGCATTCTGCTGGCATCGGCTCACTATCTCGGAAACATCGCCGTCGGCCTGACGATGCGTTCATACGGACGGAAAGAAGAAGCGGCGTATACCGGTAAAAAGACGATCGCTCTCCCTTCTCTGAAGGAAGCATTTCTGGCCCTCCACAAGGCGCGGCTTTCGGAAAAGCGGCCGCTCGGAAAAATTTTGGGCGACGCCGTCACCTCTTCTGTACAAACCTTGCTGATGGTGGGCGGTTTTATTATATTGTTTTCGGTTTTCAGTCGGTTATTATCAATCGTACAAGTCATGGATGTGCTTTCTGTATTTACAAACGCGCTGCTTTCGCTTTTTCATCTTCCGGCAAATCTGGACATCCCTCTTATCAGCGGGATGTTTGAAATTACACTTGGGAGCAAACTGGTCAGTGAAGCTGATGCCGACTTGCTGCCGAAAGCCATGATTGTGAGTTTTATTCTCGGGTTCAGCGGCCTTTCCGTACAGGCCCAGGTAGCCGGCATTTTATCGGAAACAGATATCCGCTTTAAACCGTTTTTCGCGGCGCGTATCCTTCAGGGCATTTATGCCGCACTCTTTATTCTCTTACTGTGGAAGCCGCTTTACCTTGCATTGGACGAACCTTACCAGTCCGTATTCCTCCCTTTCCGCGATCAGGAAGCGGTATCTGCTGTCGTCAGCGGATGGAATACACTTGTTGAAACCGGACCCGCCATCACGCTGACAGCTCTCGCCGTATACGCATTGATTTATTGTTACAGGCTGTCAGCACGGACAAAAAAAGGATGA MNLSKFHTFLISLFFIFLTATVISHPQASFEASKTGLSMWWEVVFPSLLPFFILSELLIGFGIVKFVGLLLEPFMRPIFRVPGVGGFVLAMGMASGNPAGAKLTARLRQDKQISRVEAERLVSFTNSSNPLFIFAAVAVGFFHNASLGILLASAHYLGNIAVGLTMRSYGRKEEAAYTGKKTIALPSLKEAFLALHKARLSEKRPLGKILGDAVTSSVQTLLMVGGFIILFSVFSRLLSIVQVMDVLSVFTNALLSLFHLPANLDIPLISGMFEITLGSKLVSEADADLLPKAMIVSFILGFSGLSVQAQVAGILSETDIRFKPFFAARILQGIYAALFILLLWKPLYLALDEPYQSVFLPFRDQEAVSAVVSGWNTLVETGPAITLTALAVYALIYCYRLSARTKKG NA NA NA NA NA D1-12_00678 780 hypothetical protein TTGGCCAAACCTACAATCGGGTTAGCGTTAGGTTCGGGAGGGGCAAGAGGCATCGCTCATCTCGGAGTGTTATCCAGTTTACATAAGCATCAGATTCCAATTGATATGATTGCCGGCAGCAGCATGGGAGCATTAGTCGGGAGCTTTTATGCGGCCGGGCATGACGTGGCCACGATGAAAAAAGTCGCTAAAGCATTTAAGCGGCGGCTGTACGCGGATTATACGATGCCGAGGCTTGGTTTTTTAAAAGGAGACCGCATCAGGCAGCTCGTTCATGCCTATACGTACGGCAAGCCGATAGAAGAACTGCGGATCCCGCTCGGCATTGTGGCCTGCGACCTTCAGACCGGCGAAAAGCTTGTTTTTACGAAAGGTTCAGTATCCGAAGCCGTCCGAGCGAGCATCAGCATACCGGGCGTTTTCGTCCCGCAAAAAATGAACGGACGTATGTTAGTCGACGGCGCGGTGGTCGACAGAATACCGGTTTCCGCCGTAAAAGATATGGGTGCTGATATCGTCATCGCCTCTGACGTATCCCGGGTGAAAAAAACGGAAAAGGCGGCACATATTTTTGATGTAATCATGCAAAGTATGGATATACTGCAAAATGAATTGGTCCGTCACCAGACCATTGCCGCAGACGTCATGATCCGCCCTTCTCTTGAATCATTCAGCTCAAGTTCTTTTGCCAACATTGATCATATGATCACAGCGGGCGAAGAAGCCGCAGACCGGATGATCGGCCGGATTAAACAAGAAATAGAGAACTGGGAGGGCTAA MAKPTIGLALGSGGARGIAHLGVLSSLHKHQIPIDMIAGSSMGALVGSFYAAGHDVATMKKVAKAFKRRLYADYTMPRLGFLKGDRIRQLVHAYTYGKPIEELRIPLGIVACDLQTGEKLVFTKGSVSEAVRASISIPGVFVPQKMNGRMLVDGAVVDRIPVSAVKDMGADIVIASDVSRVKKTEKAAHIFDVIMQSMDILQNELVRHQTIAADVMIRPSLESFSSSSFANIDHMITAGEEAADRMIGRIKQEIENWEG NA NA NA NA NA D1-12_00679 1023 ylbL COG3480 putative protein YlbL ATGAAAGCAAAACATTTTCGCTGGGTGTTTATCATCCTGATCTTATTAATCGCTGTTACATTTATTAAGCTTCCGTATTACATCACACAGCCGGGAGAAGCATCAGAGCTGAGACCGCTGATTAAGGTGGACGGAGGCTATCCTGAAAAAGGAAGCCTTTCCTTGATGACTGTCAAAGTAGGCCCTGCCAATCCGTATACATATCTTTGGGCGAAAGTGCATCCTTACGATGAAATCGTCCCTGACGAAAGCATAAAAGAAGAGGGCGAATCGGACTCGGATTATATGAAGCGCCAGCTGCAAATGATGAAAAGCTCCCAAGAAAACGCGGTCATTGCCGCTTATCAAAAAGCCGGGAAACAGGTGAAATACTCATTTAACGGCATTTATGCCAGCTCAGTCGTCTCTGACATGCCGGCAAAAGGAAAAATAGAGGTCGGTGATAAAATCATCAGCGCGGACGGGAAAACATACGAATCCGCTGAAAAGCTGATTGATTATATCAGCAGCAAAAAAGCGGGGGAAAAAGTAACGTTTCACATTGAACGGGACACGAAAGAAAAGACCGTTGACATTGTGCTGAAATCATTCCCGGACGACCCGAAAAGAGCGGGAATCGGCGTCGCGTTATATACGGACCGGAACGTGAAAGTGAAGCCGGATCTTCATTTCAGCATTGAAAACATCGGCGGGCCTTCTGCGGGTCTCATGATGTCTTTAGAAATTTACAACCAGCTGACAAAACCTGACGAAACAAAAGGCTATAATATAGCCGGAACGGGGACAATCGACGTGGACGGCAAAGTCGGACCGATCGGCGGAATCGATCAGAAAGTCGTCGCCGCAGACAAAGCGGGAAAAGATATTTTCTTTGCGCCGAATCAAAACGGAGCTGAAAATTCTGATTACAAAAATGCGGTAAAAACGGCGAAAGCAATCAAGTCCGATATGAAGATCGTCCCTGTCGACACCATGCAGGACGCACTTGACTATTTGGATCAGCTGAAAGTAAAAAGCACCTGA MKAKHFRWVFIILILLIAVTFIKLPYYITQPGEASELRPLIKVDGGYPEKGSLSLMTVKVGPANPYTYLWAKVHPYDEIVPDESIKEEGESDSDYMKRQLQMMKSSQENAVIAAYQKAGKQVKYSFNGIYASSVVSDMPAKGKIEVGDKIISADGKTYESAEKLIDYISSKKAGEKVTFHIERDTKEKTVDIVLKSFPDDPKRAGIGVALYTDRNVKVKPDLHFSIENIGGPSAGLMMSLEIYNQLTKPDETKGYNIAGTGTIDVDGKVGPIGGIDQKVVAADKAGKDIFFAPNQNGAENSDYKNAVKTAKAIKSDMKIVPVDTMQDALDYLDQLKVKST NA NA NA NA NA D1-12_00680 1248 tmcAL COG1323 tRNA(Met) cytidine acetate ligase ATGAAAGCAGTCGGCCTGGTTGTTGAATATAATCCCTTTCATAACGGACACCGCTATCATGCGGAACAAGCAAAAATCAAAACGGACAGCAGCGTCGCGGCGGCGGTGATGAGCGGCCCTTTTTTGCAGCGCGGGGAACCGGCCGCCGTCTCAAAGTGGGCCCGGACAAAAATGGCGCTGGAAAACGGCGTGGATATCGTCATTGAGCTCCCTTATATATATGCCGTACAAAAAGCGGAATTATTCGCGCGCGGCAGCGTTTCGCTTCTTCATCATTTAGGATGCAGCAGCTTGTTTTTCGGCAGCGAAAACGGGCGGATCGAACCCTTTATTGAAGCGTCTGAAGCGTTCAGCCGAAAGGAAGATGACTGCAGCCTGATTCTGAAAGAGGAGCTGAAAAAGGGTCTCAGCTATCCTGCCGCCGCCTCAAAAGCTTTTTCACACATATTCAAAGGGCGGGACATGCTCGATTTGTCCAAGCCGAACAATATTCTCGGTTTTCACTACGTTAGAGCGATACACACCTCCGGTTCCGCTATGAAGCCTTATACAACAGCCAGAATCGCTTCCCAATATCATGACGCCGAGCTTCCCGGAGATAACAGCCGGATAGCCAGCGCAACAAGCATCCGGAGAGCGCTGATAGAAAAAGGAACGGCGGCCGCAAAGAGCTTTCTCCCGGAAGCATCTGCGCGTCAGCTGGAGGCATACAGAAATTCATACGGAATATGGCACAGCACGGAAGACTATTTTTCATATGTAAAATACAGCCTCAGCACTCTTTCCGCTGAAGAATTGAGCCGAATCTATGAAGTGGAAGAAGGCCTTGAGCACAGAATTCTGCGCACCATCAGACAAGCCCGATCCTATCGCGAAATGATGGAACGATTGAAAACAAAACGATACACGTGGACGAGGCTGCAGCGGATGAACACGCACATTCTGACACGGACGAAAAAAGAAGACATGCATCGGCTCTTGCAGCCTTCAAGCGCTCCTTATATCCGTCTTCTCGGAATGACGAAAAAAGGACAGGCGTACCTGTCGGCAAAGAAAAAAGAGCTTACCGCACCTCTCGTCAGCAAGCTCTCTTCTTTCTCTCATCCCGCTCTGGATCTGGACATACTGGCGGGACGGGTTTACAGCCTGCCGATAAAAGAACCTGAACGCACATTGTTTGAGAAGCAGGAATTTTCACAAGCCCCGATCCGCTATGATGAAGACGAAAAGCGTTTTTTGAATGCGTAA MKAVGLVVEYNPFHNGHRYHAEQAKIKTDSSVAAAVMSGPFLQRGEPAAVSKWARTKMALENGVDIVIELPYIYAVQKAELFARGSVSLLHHLGCSSLFFGSENGRIEPFIEASEAFSRKEDDCSLILKEELKKGLSYPAAASKAFSHIFKGRDMLDLSKPNNILGFHYVRAIHTSGSAMKPYTTARIASQYHDAELPGDNSRIASATSIRRALIEKGTAAAKSFLPEASARQLEAYRNSYGIWHSTEDYFSYVKYSLSTLSAEELSRIYEVEEGLEHRILRTIRQARSYREMMERLKTKRYTWTRLQRMNTHILTRTKKEDMHRLLQPSSAPYIRLLGMTKKGQAYLSAKKKELTAPLVSKLSSFSHPALDLDILAGRVYSLPIKEPERTLFEKQEFSQAPIRYDEDEKRFLNA NA NA NA NA NA D1-12_00681 519 hypothetical protein ATGAAATGGACGATTTATCAGCTTCATCAAATGGCGAAAAAGAGCTTTGAATTTGATGAAACAGTTGAGTTAAATGAGCTGACAAAATTGAATTCTGACATCCGCCGCATTTCTCCTGTCCGGGTGAAGGGTCGCGCGGAGATTGAATCCAAGCAAGTTTCGTTTGACTTTACGATTTCAGGCGAAATGGTTTTGCCGTGCTCAAGAACTTTAGTTGATGTGCCGTATCCATTTACAATCGCGACAAAAGAACTGTTTAGATTTCATAAGTCGGATGATATAGAAGATGAGGACGTTCATATTGCTGAAGACGATATCGTCGACTTAACTCCGATCATAAAAGAAGAGATTCTTTTAGAAATTCCTATGCAAGTCTTTTGTGAAACTGAACAAAAAGAAGGAGCCGCTCCCCAAGTGGGGAAGGATTGGCAAGTGATTTCTGAGGAAGACAAGAAAAATCAAATCGACCCCAGACTTGCGGATCTGAAAAAGCTCTTAACACAAGATGATGAATCTTAA MKWTIYQLHQMAKKSFEFDETVELNELTKLNSDIRRISPVRVKGRAEIESKQVSFDFTISGEMVLPCSRTLVDVPYPFTIATKELFRFHKSDDIEDEDVHIAEDDIVDLTPIIKEEILLEIPMQVFCETEQKEGAAPQVGKDWQVISEEDKKNQIDPRLADLKKLLTQDDES NA NA NA NA NA D1-12_00682 180 rpmF COG0333 50S ribosomal protein L32 ATGGCTGTACCTTTTAGAAGAACTTCTAAAATGAAAAAAAGATTGCGCCGTACACATTTCAAACTAAATGTACCTGGTATGACAGAATGCCCGTCATGCGGAGAGATGAAATTGTCTCACCGTGTATGTAAAGCATGCGGATCATACAACGGCAAAGACATAAATGTTAAAAGCAATTAA MAVPFRRTSKMKKRLRRTHFKLNVPGMTECPSCGEMKLSHRVCKACGSYNGKDINVKSN NA NA NA NA NA D1-12_00683 576 rsfA_1 Prespore-specific transcriptional regulator RsfA TTGACGATAACGAGACAAGACGCGTGGACGCAAGATGAAGATTTGCTGCTGGCCGAAGTGGTGCTCAGGCATATTCGGGAAGGCGGGACCCAGCTTTCCGCTTTTGAAGAAGTCGGCAGAGCGCTGACGAGAACGGCTGCCGCCTGCGGGTTCAGATGGAATTCTTATGTCAGAAAACAATATCAGTCAGGGATAGAACTGGCGAAAAAACAGCGGAAGGAATTAAGAAAGCAGATCGGGGTGCATTCCGCCAATATGCCGGGAACCGTCAAACAGCCTCCGATCCGCAGGGCGGAAGGAGAAAAAGAGCTGTCCATTGATGATGTCATTTTGTTTCTGCAGCAATTTAAAGAGTCGCCGGCCGCAGCGGATGTGCGTCATGAAAAAGAAAAACTCACAGAACAGCTGACCGCGCTGCAAAAAGAAGTCGAGGATCTGCGTGAGGAAAATGAAAGCTTGAGAAACAAGCTGGAGATGACGGAAGAAGATTATAAAGCGCTAATTGACATTATGGACAGAGCGAGAAGGATGGTCAATTCAAAAGAAGACGACAGAAAATCGGCGCAGAGCCTGTAA MTITRQDAWTQDEDLLLAEVVLRHIREGGTQLSAFEEVGRALTRTAAACGFRWNSYVRKQYQSGIELAKKQRKELRKQIGVHSANMPGTVKQPPIRRAEGEKELSIDDVILFLQQFKESPAAADVRHEKEKLTEQLTALQKEVEDLREENESLRNKLEMTEEDYKALIDIMDRARRMVNSKEDDRKSAQSL NA NA NA NA NA D1-12_00684 483 ylbP putative N-acetyltransferase YlbP GTGTTGAAAATAGAGCGACTGCTCATTAACTTTAAGACACTCGAAGAATTTAAAAGGTTTAAGGAATACGGGATGCAGGAGCTGTCGATGCTTGAAGATCTTCAGGATAATATCATTGAAAATGACAGCACCTCGCCTTTTTACGGGATTTACTTCGGGGATAAACTAGTGGCGAGAATGAGTTTATATCAGGTAAACGGAGGTGCGAATCCGTATTTTGATCAGCGTCAGGACTTTTTGGAACTTTGGAAGCTTGAGGTTCTTCCGGGCTATCAAAATAACGGATACGGAAAAGCGCTTGTTGATTTTGCAAAATCCTTCAGAATGCCGATCAGGACAAATTCACGCATGAAATCAGCAGATTTCTGGGATAAGATGAATTTTGAGCCCGTTAAATATGATATGGCGCGTGATAAAGGAGAAAATCCTTATATCTGGCATCCCGATATGAACGGTGAAATGACATCCGGAGAAACGGCATAA MLKIERLLINFKTLEEFKRFKEYGMQELSMLEDLQDNIIENDSTSPFYGIYFGDKLVARMSLYQVNGGANPYFDQRQDFLELWKLEVLPGYQNNGYGKALVDFAKSFRMPIRTNSRMKSADFWDKMNFEPVKYDMARDKGENPYIWHPDMNGEMTSGETA NA NA NA NA NA D1-12_00685 921 panE COG1893 2-dehydropantoate 2-reductase ATGATAATATGGAAAAATGCAGATATAGGGTGTGACAGTGTGAAAATCGGAATTATCGGCGGCGGAGCGGTAGGCCTTTTATGTGCTTACTACTTATCGTCCCGCCATCAGGTAACGGTCATTACGCGGCGGACGGAGCAGGCTGATGCGATTAACTCAGGCGGTATACGACTTGTGAAAGACGGAATAGAATGTACGGCGGCATGCAGAGCGCAAACGGGCATCACTTCCGGATTCGACCTCTTAATCGCAGCCGTTAAACAGCACCAGCTCAGTGCTGTGCTGCGGGACCTTGAGACGATAAAAGGGACGAATGTGCTGTTTTTGCAAAACGGCATGGGACACATACACGACATGAAAGATTGGCATACGGATCATTCGCTTTATGCCGGCACTGTTGAGCACGGAGCAAAAAAGATATCAGATCATGCCGTTGAACATACGGGAGCGGGAGCCGTAAGATGGAGTGAATTCAGCGCATCCCGGCCGGAAACGCTCAAAAGCATCTTTTCCGGCATGCACCGCGATTTTCCCGTATATGATGAAAACGACTGGTATCGGCTGTTAACGGGAAAACTGATCATAAATGTATGCATCAACCCGTTAACTGCATTGCTGCGCGTGAAAAACGGAGAGCTGTTAAGAAATGACGCTTACAAAAAGTATATGAGAAACGTATTTGAAGAAGCGGAGACAATACTTGGCCTCGCCGATAGAGAAAAAGCGTGGAACAAGGTTTGCGAAGTGTGCAGACTGACGGAAAAAAATCATTCTTCCATGCTCGTCGATATCATGGCAGGCAGGCGGACAGAGGTTGATGCGATTATCGGCTACCTTGTAAAAGAAGCGGAAAGCCGCGGATTGCCGGCCGTTCATCTCACGTTTTTACACCGCAGCATAAAAGCGTTAGAAAGAAACTGA MIIWKNADIGCDSVKIGIIGGGAVGLLCAYYLSSRHQVTVITRRTEQADAINSGGIRLVKDGIECTAACRAQTGITSGFDLLIAAVKQHQLSAVLRDLETIKGTNVLFLQNGMGHIHDMKDWHTDHSLYAGTVEHGAKKISDHAVEHTGAGAVRWSEFSASRPETLKSIFSGMHRDFPVYDENDWYRLLTGKLIINVCINPLTALLRVKNGELLRNDAYKKYMRNVFEEAETILGLADREKAWNKVCEVCRLTEKNHSSMLVDIMAGRRTEVDAIIGYLVKEAESRGLPAVHLTFLHRSIKALERN PGPT0008745_3669 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 D1-12_00686 1677 bshC COG4365 Putative cysteine ligase BshC ATGCTATACTCATTTCGGAAACCTAACTATTTATTGGAGAAAGGAAGTTCCAGACAGATGCAGCTAACTGAACTTTCCATCAAAAGTCAAAATAAGTTTGTGCAGCACTATATAGATGGAGAAAACATGTCTTCATTTTTTGATTATGATATTCATTCAGAGGACGTATGGCAAAAGCGGCTTCATGACTTGTCTTCGCGGCCGTTTGCCAGAGAGGAATTAGCGGATTATTTATCCTCCTATCACGAAAAATTTCACTCCGCCGCCATGCAGGCCTCCATCGAAAAACTGAGAGATCCAAAAAGCGCAGCGGTAGTAGGCGGCCAGCAGGCCGGTCTTTTAACGGGGCCTCTTTACACCGTACATAAAATTATCTCCATTATCGTACTTGCCAGACAGCAGGAAGAGGCGTTACAGATTCCTGTCGTTCCGATTTTCTGGGTGGCGGGTGAAGATCACGATCTGGAAGAAATCAATTTTGTGCATACGTCAACAGAGAATAAAGGTCCGGTGAAACAGAAACTGCCGCAGTCGTACTGGAAAAAAACATCGGCGGCTAAAACCGAGCTTGATCAGGAAAAATGCGCGGCTTGGATTGATGAAGTGTTCGCTGCTTTTGAGGAAACGGATCACACAAACACACTCCTTCAAAACGTGAAGCGATGTTTACGCTCATCAGAGACATTCACCGACTTTTTTGAGCTGTTGATCGCCGACTTGTTTCAAGAAGAAGGCCTTATTCTGATGAACTCGGGAGATCCGGGGATTAAAAAGCTGGAAACGGGTATGTTTCAGCAGATTTTAAAACACAATCATGAGCTTGCCAAAGCCGTTTCAGACCAGCAGTGTTTTATGCGGGAAGCCGGTTATCACCCGATTATTGAATCGGACAAAGATCAGGCCAATCTGTTTTACGAACACGAGGGAGAGCGTTTCTTAATTGAAAAAGAAAACGGCGTTTTTGTCATTAAGGAGCTTGACCTGAAGTGGACGAACGACGAGCTTCATACCCATATGGAAGAAAAACCGGAATGTTTCAGCAATAACGTTGTGACAAGGCCGCTTATGCAGGAGTTTCTCATCCCGACTCTGGCGTTTATCGCGGGACCGGGGGAGATCAATTATTGGGGTGAGCTGAAGCAGGCTTTCTCATTAATGGGCTTTCGCATGACGCCGGTAGTGCCGAGACTGAACATTACGATTCTTGAGCGCCATATTGAAAAGAAGCTTTCAGAACGGAATATCCCGCTTCAGGAAGCGATCGAACACGGCACCGGACACCTGAAAGACAATTATTTTGAAGAGCAGATTCCGGAAGAGTTTACTTCTGTAATGGAGCAGGCGAAGTCGCAGATTGAAGCTATCCATAAAAGCGCAAGGGACGAAGCGCTGAAGGTCGATTCAAGCCTTGAGCCGCTCTTACAGAAGAATGCCGCCTTCATTCAAGATCAGCTCTTGTTTTTAGAACGGACGGTAACGAAAAGAATTGAAGAAAAAGAAGGCTTTGTGCTGCGTGACTATGAAAAAATCCAAAACAGCATCAGACCGCTCGGCGCTCCGCAGGAACGGATTTGGAATGTGATGTATTATCTGAACCGCTACGGTCCAAAATTCTTCACAACCTTCAAACATCTGCCATTTTCTTTTCAAAACCAACATCAGATTGTCAAACTTTGA MLYSFRKPNYLLEKGSSRQMQLTELSIKSQNKFVQHYIDGENMSSFFDYDIHSEDVWQKRLHDLSSRPFAREELADYLSSYHEKFHSAAMQASIEKLRDPKSAAVVGGQQAGLLTGPLYTVHKIISIIVLARQQEEALQIPVVPIFWVAGEDHDLEEINFVHTSTENKGPVKQKLPQSYWKKTSAAKTELDQEKCAAWIDEVFAAFEETDHTNTLLQNVKRCLRSSETFTDFFELLIADLFQEEGLILMNSGDPGIKKLETGMFQQILKHNHELAKAVSDQQCFMREAGYHPIIESDKDQANLFYEHEGERFLIEKENGVFVIKELDLKWTNDELHTHMEEKPECFSNNVVTRPLMQEFLIPTLAFIAGPGEINYWGELKQAFSLMGFRMTPVVPRLNITILERHIEKKLSERNIPLQEAIEHGTGHLKDNYFEEQIPEEFTSVMEQAKSQIEAIHKSARDEALKVDSSLEPLLQKNAAFIQDQLLFLERTVTKRIEEKEGFVLRDYEKIQNSIRPLGAPQERIWNVMYYLNRYGPKFFTTFKHLPFSFQNQHQIVKL NA NA NA NA NA D1-12_00687 465 mraZ Transcriptional regulator MraZ GTGAGTTTAGGGGAGAAAGTGGGGGTCCTTATCATGTTTATGGGTGAATACCGGCATACTGTTGATGCAAAGGGCCGCATGATCGTACCCGCAAAATTCAGAGAAGGCCTCGGTGAGCAGTTTGTGCTGACCAGAGGACTGGACCAATGCCTTTTCGGCTATCCGATGAATGAATGGAAGCTGATTGAAGAAAAGCTGAAGGCTCTGCCGCTCACCAAAAAAGACGCCCGCGCATTTACCCGATTCTTTTTTTCCGGTGCGACCGAATGCGAACTGGACAAGCAGGGAAGGGTTAATATTGCGTCATCTCTTCTGAATTACGCAAAACTGGAAAAAGAATGTGTTGTCATCGGGGTTTCCAATCGAATTGAATTGTGGAGTAAGGTAATATGGGAACAATACACAGAAGAGCAAGAAGATTCATTCGCTGAAATTGCTGAAAACATGATTGGATTTGATATATAA MSLGEKVGVLIMFMGEYRHTVDAKGRMIVPAKFREGLGEQFVLTRGLDQCLFGYPMNEWKLIEEKLKALPLTKKDARAFTRFFFSGATECELDKQGRVNIASSLLNYAKLEKECVVIGVSNRIELWSKVIWEQYTEEQEDSFAEIAENMIGFDI NA NA NA NA NA D1-12_00688 936 rsmH_1 Ribosomal RNA small subunit methyltransferase H ATGTTTCAGCATAAGACAGTACTTCTTCGTGAAACCGTCGACGGTTTAAATATCAAACCGGACGGAACCTATGTGGACTGCACCCTTGGCGGCGCCGGGCACAGTACATATTTATTGCAGCAATTATCGGAAAAAGGACGCTTGATCGCCTTTGACCAAGATGACACAGCACTTGAAAACGCAAAGAAAACATTGTCCGAATACAAAGGACAGCTTATTCTGGTGAAAAGCAACTTTCGTTATTTAAAAGAGTGTTTACATGAACACGGCATTACGAGTGTTGACGGAATTTTATTTGATTTAGGAGTATCCTCTCCGCAGCTTGATACACCGGAACGGGGATTCAGCTATCATCATGACGCACCGCTGGACATGAGGATGGACCAGTCGGCCGCCCTTACGGCGAAAGAAGTCGTAAATGAATGGCGGTATGAGGACCTTGTGAGGATTTTCTTTAAATACGGAGAAGAAAAATTCAGCAAGCAGATCGCCCGAAAAATTGAAGAGGCTAGAGAAAAATCGCCTATTCAAACAACCGGCCAACTGGTCGATCTAATAAAGGACGCGATACCGGCTCCGGCGAGAAGAAGCGGAGGTCATCCGGCCAAACGTGTATTCCAAGCCATTCGAATCGCCGTAAACGACGAGCTTCAAGTATTTGAAGAGGCCCTCTTGCAAGCGATAGAGGTGCTGAAGCCGGGCGGAAGGGTGTCTGTGATCACTTTTCACTCGCTGGAAGACAGAATGTGCAAGACGACATTCAAGGAAAAATCATCACTTCCCGAACTGCCTCCGGGTCTTCCCGTGATACCGGAAGAATTTGAACCGGAATTAAAACTGATTACGAGAAAGCCCATTACGGCATCAAAAGAGGAGCTTGAAGAAAATAACCGCGCCCGGTCAGCGAAGCTCCGCATTGCGGAGAAACGAAAATAA MFQHKTVLLRETVDGLNIKPDGTYVDCTLGGAGHSTYLLQQLSEKGRLIAFDQDDTALENAKKTLSEYKGQLILVKSNFRYLKECLHEHGITSVDGILFDLGVSSPQLDTPERGFSYHHDAPLDMRMDQSAALTAKEVVNEWRYEDLVRIFFKYGEEKFSKQIARKIEEAREKSPIQTTGQLVDLIKDAIPAPARRSGGHPAKRVFQAIRIAVNDELQVFEEALLQAIEVLKPGGRVSVITFHSLEDRMCKTTFKEKSSLPELPPGLPVIPEEFEPELKLITRKPITASKEELEENNRARSAKLRIAEKRK NA NA NA NA NA D1-12_00689 354 ftsL COG4839 Cell division protein FtsL ATGAGCAACTTAGCTTACCAGCAGGAAAAACAACAACGGCCAGTGATAAGTCCCGAAAAAAAGGTGATTGTCAAAAAGAGGGCTTCCATTACACTCGGGGAAAAGGTGCTGCTCGTCCTGTTTGCCATTGCCGTTCTCTCCACATCAATGTTTATCGTATCAAAGGCATACGCGGCGTACCAATCCAATATTGAGGTGCAAAAACTGGAGGAGAAAGTATCTGAGAAGAATAAACAGATCGGTGATCTCGAAAAGACGGCTGCTGACTTAAGCCAGCCGCAGCGCCTGATGGATATCGCCAAAAAGCACGGTTTGAATCTGAAAGATAAAAAAGTGAAAAACATACAGGAATGA MSNLAYQQEKQQRPVISPEKKVIVKKRASITLGEKVLLVLFAIAVLSTSMFIVSKAYAAYQSNIEVQKLEEKVSEKNKQIGDLEKTAADLSQPQRLMDIAKKHGLNLKDKKVKNIQE NA NA NA NA NA D1-12_00690 2145 pbpB COG0768 Penicillin-binding protein 2B ATGCCGAAAAAAAATAAGTTTATGAACAGAGGAGCAGCGATACTCAGTATTTGTTTCGCTCTCTTTTTCTTTGTCATTCTCGGGAGAATGGCGTACATTCAATTAACCGGTAAAGCAAACGGTGTAGAACTTGCAACAAAAGCGACCGAGCAGCACGAAAAAAAGCGGACGATAGAAGCGAGCCGCGGCTCTATTCTTGACCGGAACGGCAAAGTGCTTGCAGAGGACACGGCGACATATAAGCTCATTGCAGTGCTTGATAAAAAGATGACGACCGACAAGAAGCATCCTCAGCATGTCAAAGACAAAGAGAAAACGGCGGAAAAACTGGCGACCGTTATCAATCTTGATAAAAGCAAGATTCTGGACATCTTAAACAGGGATGGCGCGAAGCAGGTGGAATTCGGTTCAGCCGGCCGCGATATCTCTTATGCGAAAAAACAAAAGATCGAAAAAATGAATCTTCCGGGTATTTCTTTCTTAAGAGATACGAAGCGCTACTATCCGAACGGCATATTTTTGTCAAATGTTCTCGGCTATGCCGATGTGAATGAAAAAACAAACGAGATACAAGGCTCTTTAGGGCTTGAAAAAATACTGAATAACTATCTGACGGAACGCGACGGATCCGTCACTTACGAAAGTGATAAATCCGGCTGGAAACTTCCGAACAGCAAAGAAAAAATCACCGCACCTAAAAACGGTGACAATGTATATTTAACCATTGATCAGAAAATTCAAACCTTTTTAGAAGACAGCATGACGAAAGTAGCGGAAAAATATAAACCGAAAAAAATTATGGCGGCTGTCGTAGAACCGAAAACAGGCAAAGTGCTTGCGATGGGGCAGCGTCCGAGTTTCGACCCGAATATCAGAAACGTCACCAATTATTACAACGACTTAGTGTCGTACGCGTATGAACCGGGTTCAACGATGAAGATCTTTACGCTTGCCGCGGCGATTCAGGAAAATGTGTTTTCTGCAAACGAGAAATATAAATCAGGAACATATAAAGTGGGAGGCAAACCTGTTAAAGATTGGAACGGAGGCGCCGGTTGGGGTATGACAAGCTTCCGTGACGGCCTCATGAGGTCATCCAATGTTGCTTTCGCCAAACTGGCCAACGAAAAACTGGGGTTTGACCGGTTTAATGAGTACCTGCACAAATTCGGGCTCTATCAAAAAACAGGGATTGATCTGCCCGGTGAAGTATCAAGTAAAATTAACTACAAATATGATTTTGACAAAGCGTCTACGGCTTACGGCCAAGCATCGGCGATAACGCCGATCCAGCAGCTTCAGGCCGTCACGGCGATTGCCAATAACGGCAAAATGATGAAACCTTACGTCATTGATCATATTGTCGACCCCGATACGAAAAAAGTCGTCAAGCAGACAAAACCAGAGCAAGTAGGCACGCCGATTTCAGCCGATACGGCGAAAAAAGTCCGGAACCTGCTCGGAGAAGTCGTGACGTCAGACATCGGAACGGGAAAACCTTATAAAATTGAAGGATTTGACGTCGCGGGTAAAACGGGAACCGCGCAAATCGCCGGGACGGGCGGATATTTAAAGGGAACGAGCAACTATGTGTTTTCATTCATGGGCATGGCGCCGAAAAATGATCCTAAGCTCGTCATCTATGTAGCCGTGCAGCAGCCGCAATTAAAAGCGGGTCAAAGCAGCTCTGATCCTGTCGCGGAAATCTTTAACCCGACGATGAAAAACAGCCTCCACTACCTGAATATCGAACCGACGGAAAAAACAGATTCCGGTCAGGAAGAAACGAAAAGCCAAAAGATGCCTGACCTGACAGATAAGACGGTCAAGAGCGCTGAGAAGGAAGCGAAAAATGAACATCTCACACCGATTGTCATCGGCAGCGATGTTGCCGTAAAAGAGCAGTATCCGACAGCTGGAGAAGATGTGATCACCAATCAGAAAATCTTCTTAAAAACAGACGGAAAGATGACGATGCCGGATATGTCCGGATGGTCGAGACGGGAAGTGCTTCAATTCAGCAAAGTATCAGGCATTCACATTGATGTGAGCGGTGAAGGTTACGCTTCAAGCCAAAGTGTGAAAAAAGGCAAAGAACTGAAAGAAAATACCGTGATCAAGGTGAAATTTAAAAATCCTGATTAA MPKKNKFMNRGAAILSICFALFFFVILGRMAYIQLTGKANGVELATKATEQHEKKRTIEASRGSILDRNGKVLAEDTATYKLIAVLDKKMTTDKKHPQHVKDKEKTAEKLATVINLDKSKILDILNRDGAKQVEFGSAGRDISYAKKQKIEKMNLPGISFLRDTKRYYPNGIFLSNVLGYADVNEKTNEIQGSLGLEKILNNYLTERDGSVTYESDKSGWKLPNSKEKITAPKNGDNVYLTIDQKIQTFLEDSMTKVAEKYKPKKIMAAVVEPKTGKVLAMGQRPSFDPNIRNVTNYYNDLVSYAYEPGSTMKIFTLAAAIQENVFSANEKYKSGTYKVGGKPVKDWNGGAGWGMTSFRDGLMRSSNVAFAKLANEKLGFDRFNEYLHKFGLYQKTGIDLPGEVSSKINYKYDFDKASTAYGQASAITPIQQLQAVTAIANNGKMMKPYVIDHIVDPDTKKVVKQTKPEQVGTPISADTAKKVRNLLGEVVTSDIGTGKPYKIEGFDVAGKTGTAQIAGTGGYLKGTSNYVFSFMGMAPKNDPKLVIYVAVQQPQLKAGQSSSDPVAEIFNPTMKNSLHYLNIEPTEKTDSGQEETKSQKMPDLTDKTVKSAEKEAKNEHLTPIVIGSDVAVKEQYPTAGEDVITNQKIFLKTDGKMTMPDMSGWSRREVLQFSKVSGIHIDVSGEGYASSQSVKKGKELKENTVIKVKFKNPD PGPT0023935_361 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-PENICILLIN-BINDING_PROTEINS,PGPT0023935-pbpB-K08724 NA NA D1-12_00691 1920 spoVD COG0768 Stage V sporulation protein D TTGCGCGTTTCAAATGTAACGGTTCGAAAACGTTTATTACTGGTTTTGCTTTTTGGCGTAATCATTTTTTTGATCATTGACAGCAGATTAGGCTATGTCCAATTTGTGATGGGAGAAAAGCTGACTTCACTGGCTAAGGATTCCTGGAGCCGGAATTTGCCGTTTGAGCCTGAGCGGGGAGAGATTCTTGACCGAAACGGCGTGAAGCTGGCTACTAATAAAAGCGCGCCGACCGTCTTTGTCGTACCGCGCCAGATCCAAAATCCCATAAAAACGGGCAAGCTTCTCGCGTCAGTTTTAAATATGTCGGAAGAGAAGGTCTACAAACACATTACTAAGAAAACCTCCATAGAAAAAATCTCACCCGAGGGTCGGAAAATTTCCAATAAAAAAGCGAAAGAAATCAAAGCGCTCGACTTAAAAGGGGTTTATGTGGCTGAAGACAGCATCCGCCATTATCCGTACGGAAGCTTTTTGTCCCATGTTCTCGGTTTTGCCGGTATTGATAACCAGGGCCTTCTCGGATTGGAGGCTTATTATGATGATGACTTAAAAGGTGTAAAGGGATCTGTGAAATTTTATACGGATGCCAAGGGGAAGAAAATGCCTGATGAAGCGGATGATTACAACCCTCCGAAAGACGGACTTGATATGAAATTGACGATTGATGCCAAGGTTCAGACGATTATAGAAAGGGAGCTCGACAATGCAGCGGCGAAATATAACCCGGACGGAATGATTGCGGTCGCAATGAATCCGAAAAACGGGGAAGTGCTCGGCATGTCAAGCCGTCCTGATTTTGATCCGGCTGACTATCAATCGGTGGATCCGTCCGTTTACAACCGGAACCTGCCGGTATGGAGCACATATGAACCGGGTTCGACCTTTAAGATTATTACGCTTGCGGCGGCTCTCCAAGAGCAAAAAGTAAACTTGCAAAGAGACCACTTTTATGACAAAGGATTTGCCGAGGTCGACGGCGCCCGCCTCCGATGCTGGAAAAAGGGCGGCCACGGTTCGCAATCTTATCTTGAAGTCGTTCAAAATTCCTGCAACCCCGGGTTTGTACAGCTGGGGGAACGGCTCGGAAAACAAAAGCTGTTTCAATATATTAAGGACTTCGGCTTTGGAAAGAAAACAGGCATTGATCTGCAAGGGGAAGGAACGGGGATCTTATTCCCGCTTGACAGAGTCGGACCGGTCGAACAGGCGACAACCGCTTTCGGACAAGGGGTTTCCGTCACGCCGATTCAGCAGGTGGCAGCCGTTTCCGCGGCAATAAACGGCGGAACGCTTTATACTCCGTTTATCGCCAAAGAGTGGGTTGATCCCGTTACGAAAAAAACCGTTAAGAAACAATCGCCGATTGCGAAAAGGCAAGTTATTTCCCAGGAAACGTCAAAGCAGATCAGATATGCTTTAGAAAGCGTCGTCGCTCAGGGAACGGGGCGGAATGCCTTTGTGGAAGGATATCGCGTCGGCGGAAAAACAGGTACCGCACAAAAGGTTAAAGACGGCAAATATCTCGAAAACAACCATATCGTCTCCTTTATCGGTTTTGCGCCGGCTGATGACCCGAGCCTTGTCGTATATGTCGCGGTTGATAATCCGAAAGGCACGATTCAATTCGGGGGAACCGTCGCCGCGCCGATTGTCGGAAATATGATGAGAGACAGTCTGCCTGAGCTCGGCGTCAAACCGCGAAAAAATCAAATCGAGAAAAAATATCAATGGAACGACACAAAAACAATAGAGGTTCCGAATGTTGTAGGGATGTCTGTCTCTGATCTTGAGTCGCTGCTTGTCAATTTGAATATAGACTCCTCAGGAAAAGGAAGCAAAATTGTGAAACAATCACCTGCAGCCGGAACGAAAGTAAAAGAAGGCTCAAAGATCCGTGTTTACTTGAGTGAAGAATGA MRVSNVTVRKRLLLVLLFGVIIFLIIDSRLGYVQFVMGEKLTSLAKDSWSRNLPFEPERGEILDRNGVKLATNKSAPTVFVVPRQIQNPIKTGKLLASVLNMSEEKVYKHITKKTSIEKISPEGRKISNKKAKEIKALDLKGVYVAEDSIRHYPYGSFLSHVLGFAGIDNQGLLGLEAYYDDDLKGVKGSVKFYTDAKGKKMPDEADDYNPPKDGLDMKLTIDAKVQTIIERELDNAAAKYNPDGMIAVAMNPKNGEVLGMSSRPDFDPADYQSVDPSVYNRNLPVWSTYEPGSTFKIITLAAALQEQKVNLQRDHFYDKGFAEVDGARLRCWKKGGHGSQSYLEVVQNSCNPGFVQLGERLGKQKLFQYIKDFGFGKKTGIDLQGEGTGILFPLDRVGPVEQATTAFGQGVSVTPIQQVAAVSAAINGGTLYTPFIAKEWVDPVTKKTVKKQSPIAKRQVISQETSKQIRYALESVVAQGTGRNAFVEGYRVGGKTGTAQKVKDGKYLENNHIVSFIGFAPADDPSLVVYVAVDNPKGTIQFGGTVAAPIVGNMMRDSLPELGVKPRKNQIEKKYQWNDTKTIEVPNVVGMSVSDLESLLVNLNIDSSGKGSKIVKQSPAAGTKVKEGSKIRVYLSEE PGPT0024085_439 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-STAGE_V_SPORULATION,PGPT0024085-spoVD-K08384 NA NA D1-12_00692 1473 murE COG0769 UDP-N-acetylmuramoyl-L-alanyl-D-glutamate--2,6-diaminopimelate ligase ATGAAACTTACAAAGCTGCTTACATATTTAATGGCCGAACCTGTTCAAAATGACTTTCATGACCCTGACATAACTTCAATTGAGATGGACTCCAGGGAAGTGAGAAAAGGGAGTCTTTTTGTATGTATAAAAGGGTATACGGTAGACGGACATGATTTCGCCCAAAAAGCCGCAGAAAACGGCGCAGCGGCCATCGTTGCCGAGAAAGAGCTTGACGTCGATGTTCCTGTCATTATCGTCCGCCGGTCACAGCGGGCGCTCAGCGTTCTTTCTGACGCGTTTTACGGGCAGCCGACAAAGCAGCTTCAGCTTATCGGCATCACCGGCACAAACGGCAAAACATCAACGACGCACATGGTTGATGAGATTTTCAAAAAAGCGGGAAGGCAGACCGGTTTAATCGGAACGATGTACATTAAAATCGGGGATGAGACATTCCCGGTCAAAAATACAACGCCCGAAAGCGTCACACTGCAAAAAACGTTCAAGAAAATGAATGATGAGCATGTTGACACAGCTATTATGGAAGTGTCTTCTCACGCTCTGTCACTCGGCAGGGTTCACGGCTGCGATTATGATATCGCCGTATTCACGAACCTGACGCAGGACCATTTAGACTATCACAAGACGATGGAAGACTACAGACAGGCTAAAAGCCTCCTGTTTTCCCAGCTGGGCGGCTCCTTTAACCACGAAAAGCCGAAGCGGGCCGTTTTAAACGCAGATGACAAAGCCAGTGCTTATTTTGAAAAAGTGACGGCGGCGCACATCCTTACATACGGAATCGAGAACGATGCCGATGTCATGGCGAAACAAATCGAGATCTCTGCGCAAGGCACAAGCTTTGAACTCGTTACGCCAAAAGGAACAAAGCAGATCACGGTTTCACTCGTCGGCCGCTTCAACGTGTATAACGTACTGGCTGCAGCGGCGACAGCGATCGCAGCGGGACTGCCGTTTGATACGATCGCAAGCGCTCTTGAAGAGCTTCAAGGTGTCAGAGGCCGGTTTGAACTGGTGAATCATAATCAGCCGTTTCCTGTGGTCGTCGATTACGCGCACACGCCTGACAGTCTGGAAAACGTTCTGAATACATGTAAAGACATGACAGAGGGCAAGCTTTTCGTCGTCGTCGGCTGCGGCGGAGACCGGGACAAAACGAAACGCCCGAAAATGGCCGAAATTGCGGTGCGGATTGCCGACGAACCGATTTTTACTTCAGATAACCCGAGAAGCGAGGACCCGCTGGCCATATTAAGAGATATGGAAAGAGGGGTAGAAGGCACCTACTATCACAGTATCGCAAACCGCGAGCAGGCTATCTTTTTTGCCATTGCCAACGCGAAAAAGGGAGATGTGGTTCTGATTGCCGGGAAAGGGCATGAAACCTATCAGCAGATCGGCAATGAAACATTCGACTTTGATGACGCCGAAGTAGCGGGTAGAGCTATTGTTGAGCTGAATAAAAAGTAA MKLTKLLTYLMAEPVQNDFHDPDITSIEMDSREVRKGSLFVCIKGYTVDGHDFAQKAAENGAAAIVAEKELDVDVPVIIVRRSQRALSVLSDAFYGQPTKQLQLIGITGTNGKTSTTHMVDEIFKKAGRQTGLIGTMYIKIGDETFPVKNTTPESVTLQKTFKKMNDEHVDTAIMEVSSHALSLGRVHGCDYDIAVFTNLTQDHLDYHKTMEDYRQAKSLLFSQLGGSFNHEKPKRAVLNADDKASAYFEKVTAAHILTYGIENDADVMAKQIEISAQGTSFELVTPKGTKQITVSLVGRFNVYNVLAAAATAIAAGLPFDTIASALEELQGVRGRFELVNHNQPFPVVVDYAHTPDSLENVLNTCKDMTEGKLFVVVGCGGDRDKTKRPKMAEIAVRIADEPIFTSDNPRSEDPLAILRDMERGVEGTYYHSIANREQAIFFAIANAKKGDVVLIAGKGHETYQQIGNETFDFDDAEVAGRAIVELNKK PGPT0024130_2963 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-N_ACETYLMURAMATE_MODIFICATION,PGPT0024130-murE-K01928 NA NA D1-12_00693 975 mraY COG0472 Phospho-N-acetylmuramoyl-pentapeptide-transferase ATGCTTGAGCAAGTGATTTTATTTACAATAATAATGGGATTTTTAATCAGTGTTCTGATATCTCCGATTCTTATCCCGTTTTTAAGACGTTTAAAATTCGGCCAAAGTATCAGGGAAGAGGGGCCGAAATCACATATGAAAAAATCAGGGACGCCGACGATGGGCGGGGTCATGATTATTGTATCCATCGCCATTACGGCGATTGTCATGACGCAGAAATTTTCGCATCTGAGCGCGGAAATGTTTCTTCTGCTGTTTGTCACGATCGGATACGGCCTGCTCGGCTTTCTGGATGACTATATTAAAGTAGTAATGAAACGGAATCTCGGATTGACGTCGAAGCAGAAATTGATCGGCCAGATCATTATTGCCATTGTATTTTACGGAGTATATCATTATTGCCATTTTTCAACCGGCATCAGGGTGCCGGGCACACATCTGTCAATCGATCTCGGCTGGGGATACTTTATCCTCGTTCTCTTTATGCTTGTCGGAGGTTCAAATGCCGTCAACCTGACAGACGGTCTGGACGGTCTCTTGTCCGGTACCGCGGCTATCGCATTCGGCGCTTTCGCCATCCTTGCGTGGAACCAGTCACAATATGACGTTGCGATTTTCTCGGTTGCCGTTGTCGGCGCCGTTCTCGGTTTTCTTGTATTCAACGCCCATCCCGCCAAGGTATTTATGGGGGATACCGGTTCGCTTGCGCTCGGAGGAGCGATCGTGACCGTTGCCATTCTGACGAAGCTTGAAATTCTGCTCGTCATTATCGGCGGAGTATTTGTTATTGAGACCTTATCTGTTATCTTACAAGTCATCAGCTTTAAAACGACAGGAAAACGAATCTTTAAGATGAGTCCGCTTCACCACCATTACGAATTGGTCGGATGGTCTGAATGGAGAGTTGTCGTCACATTCTGGACTGCGGGACTGCTGCTTGCCGTTTTAGGAATTTACATCGAGGTGTGGTTATAA MLEQVILFTIIMGFLISVLISPILIPFLRRLKFGQSIREEGPKSHMKKSGTPTMGGVMIIVSIAITAIVMTQKFSHLSAEMFLLLFVTIGYGLLGFLDDYIKVVMKRNLGLTSKQKLIGQIIIAIVFYGVYHYCHFSTGIRVPGTHLSIDLGWGYFILVLFMLVGGSNAVNLTDGLDGLLSGTAAIAFGAFAILAWNQSQYDVAIFSVAVVGAVLGFLVFNAHPAKVFMGDTGSLALGGAIVTVAILTKLEILLVIIGGVFVIETLSVILQVISFKTTGKRIFKMSPLHHHYELVGWSEWRVVVTFWTAGLLLAVLGIYIEVWL PGPT0024105_3920 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-N_ACETYLMURAMATE_MODIFICATION,PGPT0024105-mraY-K01000 NA NA D1-12_00694 1356 murD UDP-N-acetylmuramoylalanine--D-glutamate ligase GTGGAAAACGAACTTTTTTTGCAAAAACAAAACTTTCTGGTCCTCGGACTGGCGAAAAGCGGATATGCGGCTGCGTCGATTCTTCATGAAAAAGGCGTTAACGTCGTCGTGAATGATCAAAAAGCCTTTGAAGAGAACGAACCTGCCCAAAGGCTTGCAGAAAGAGGAATTGAAGTCATCTGCGGTGAGCATCCGACGTCACTTTTTGATCAGCATCACATTACCATTCTGATCAAAAATCCCGGAATCCCGTATGAAAATATCATGGTGGAGGAAGCGCAAAGAAGAGGCATCCCGGTCTGGACGGAAATCGAGCTTGCGTATTATATCACCAATGCAAAATTCATCGGCATTACAGGTTCAAACGGGAAAACAACAACGACGACCCTGATTTATGAAATGCTGAAAGCTGACTCGATAAAGGCGCTGATCGCAGGGAATATCGGCACTGTCGCCAGTGAAGTGGCTTATCATGCTGACGGTGATGAATGGATCGTCACAGAGCTTTCTTCGTTCCAGCTTATGGGGACTCATGCGTTCAGACCTGAAATCGGCCTGATTTTAAATGTATTCGACGCTCATTTGGATTACCATCACAGCCGTGAAAACTATGAAAAAGCCAAGCAGAACGTGTATCTTCATCAGCTTGAGAGTGATACGGCCATCGTGAATCAAAGCGATGAAACAGTCGTGCGGCTTGCCGAAAGCGGAAAAGCCGGCACCGTTCCGTTTTCAGTTCACCAGGAACTGTCAAGCGGCGCATTCATTAAAGACGGAATGCTGATGTTCGGCGATGAAGCGATTCTGCCTGTTGATGACATCGTACTGCCGGGCGCGCACAATTTAGAAAATATATTGGCCGCTGTAGCCGCGGCAAAAACGGCGGGCGCGTCTAATAAAGCGATTCAGAAGGTGCTGACAAGCTTTACCGGTGTCAAACACCGTCTGCAGTATGTAACTGCGATCCAGAATCGTAAATTTTATAATGACAGCAAAGCGACGAATATTTTGGCCACAAGCAAAGCGCTCTCCGCATTCAAAGCACCGGTTATTCTGCTTGCAGGCGGACTGGACCGCGGCAACGGTTTTGACGACCTGAAACCGTATATGGACAATGTCAAAGCGGTCCTGACGTTCGGACAGACAGCGCCGAAGATAGAAAAACTGGGCAATGAGCTGGGAATACAACATGTCAAACGTGTCGATAATGTTGAACAAGCAGTATCTGCGGCGTTTGCGCTCTCAAATGAAGGAGACGTCATCCTTTTGTCACCCGCGTGTGCAAGCTGGGATCAGTTCAAAACATTTGAAGAACGCGGTGACATGTTTATAGATGCCGTGCATATGCTTAAGTAA MENELFLQKQNFLVLGLAKSGYAAASILHEKGVNVVVNDQKAFEENEPAQRLAERGIEVICGEHPTSLFDQHHITILIKNPGIPYENIMVEEAQRRGIPVWTEIELAYYITNAKFIGITGSNGKTTTTTLIYEMLKADSIKALIAGNIGTVASEVAYHADGDEWIVTELSSFQLMGTHAFRPEIGLILNVFDAHLDYHHSRENYEKAKQNVYLHQLESDTAIVNQSDETVVRLAESGKAGTVPFSVHQELSSGAFIKDGMLMFGDEAILPVDDIVLPGAHNLENILAAVAAAKTAGASNKAIQKVLTSFTGVKHRLQYVTAIQNRKFYNDSKATNILATSKALSAFKAPVILLAGGLDRGNGFDDLKPYMDNVKAVLTFGQTAPKIEKLGNELGIQHVKRVDNVEQAVSAAFALSNEGDVILLSPACASWDQFKTFEERGDMFIDAVHMLK PGPT0024125_2739 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-N_ACETYLMURAMATE_MODIFICATION,PGPT0024125-murD-K01925 NA NA D1-12_00695 1026 ftsW_2 COG0772 putative peptidoglycan glycosyltransferase FtsW ATGGTCTACAGTGCAAGTGCGGTATGGGCGGATTATAAATTTGACGACTCGTTTTTCTTCGCGAAACGGCAGCTGCTGTTTGCGGGGATCGGCGTCATTGCCATGTTTTTCATTATGAATGTGGATTATTGGACATGGCGTACATGGTCGAAGCTGCTTCTGATCATTTGTTTTTTTCTGCTTGTGCTTGTGCTGATTCCGGGAGTCGGAATGGTGCGGAACGGTTCAAGAAGCTGGATCGGAGTGGGAGCGTTCAGCATTCAGCCTTCGGAGTTTATGAAACTCGCGATGATTGCGTTTCTGGCTAAATTTCTTTCTGAAAAACAGAAGAATATTACGTCATTCAGACGCGGATTCGTTCCCGCGCTCGGAATCGTGTTTTCTGCATTTATTATTATTATGTGCCAGCCAGACCTGGGAACGGGGACGGTAATGGTGGGCACGTGCATCGTGATGATTTTTGTTTCCGGTGCGCGAATCGCTCATTTTGCGTTTCTCGGACTCATCGGTTTAAGCGGATTTGCGGCACTAGTTCTGTCCGCTCCTTATCGGATTAAACGGATTACCTCTTACTTAAACCCGTGGGAGGATCCGCTTGGAAGCGGATTTCAGATCATTCAGTCGCTCTATGCCGTAGGTCCGGGCGGACTGTTCGGGATGGGGCTGGGTCAAAGCCGGCAAAAGTTTTTTTACCTGCCGGAGCCGCAAACCGATTTCATTTTTGCTATTTTATCTGAGGAACTCGGCTTTATCGGCGGTTCGCTCATATTGCTGCTGTTCAGTATTTTATTATGGCGGGGCGTCAGGATTGCCCTCGGCGCGCCGGATTTATACGGAAGCTTTGTCGCCATCGGTATTATTTCTATGATAGCTATTCAAGTCATGATTAATATCGGCGTTGTGACGGGGCTGATCCCGGTAACAGGAATTACGCTGCCGTTTTTAAGCTACGGAGGCTCATCACTGACGCTGATGCTCGCAGCGGTCGGCGTGCTTTTAAATGTCAGCCGGTACTCGAGGTATTGA MVYSASAVWADYKFDDSFFFAKRQLLFAGIGVIAMFFIMNVDYWTWRTWSKLLLIICFFLLVLVLIPGVGMVRNGSRSWIGVGAFSIQPSEFMKLAMIAFLAKFLSEKQKNITSFRRGFVPALGIVFSAFIIIMCQPDLGTGTVMVGTCIVMIFVSGARIAHFAFLGLIGLSGFAALVLSAPYRIKRITSYLNPWEDPLGSGFQIIQSLYAVGPGGLFGMGLGQSRQKFFYLPEPQTDFIFAILSEELGFIGGSLILLLFSILLWRGVRIALGAPDLYGSFVAIGIISMIAIQVMINIGVVTGLIPVTGITLPFLSYGGSSLTLMLAAVGVLLNVSRYSRY PGPT0014810_4584 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-CELL_GROWTH_SIGNALLING,PGPT0014810-ftsW|spoVE-K03588 NA NA D1-12_00696 1092 murG_1 COG0707 UDP-N-acetylglucosamine--N-acetylmuramyl-(pentapeptide) pyrophosphoryl-undecaprenol N-acetylglucosamine transferase ATGCGTATTGCAGTAAGCGGAGGCGGAACCGGAGGACATATTTATCCGGCCCTGGCCTTTATTAAAGAAGTTCAGCGCCGGCATCCGGATGTGGAATTTTTGTATATCGGAACAGAGAACGGTCTTGAGAAAAAAATTGTTGAACGGGAAAATATTCCGTTTCGCGCCATTGAAATTACAGGTTTCAAACGAAAACTTTCTTTTGAAAATGTAAAAACCGTCATGCGTTTCTTAAAAGGCGTGACGAAAAGCAAATCATATTTAAAAGAGTTTAAACCGGATGCCGTTATCGGTACAGGCGGCTATGTATGCGGTCCGGTTGTATACGCGGCGGCAAAAATGGGGATTCCGACGATCATTCATGAGCAAAACAGCCTGCCCGGCATCACAAATAAGTTTCTCTCGAAATATGTTAATAAGGTGGCAATTTGCTTTGAAGAGGCAAAATCGCATTTTCCTGCTGAAAAAGTTGTGTTTACGGGAAACCCGAGAGCCTCTGAAGTCGTCTCAATTAAGACAGGCCGCTCATTAACTGAGTTCGGGCTGAAAGACAATCAAAAAACGGTGCTCATTTTCGGCGGAAGCAGAGGCGCGGCTCCCATTAACCGTGCCGTTATAGAGATGCAGGAAGAATTGAAAACGAGACCTTACCAAGTCCTTTATATTACCGGGGAAGTGCATTACGAGAAGGTAACGGCTGAGCTGAAAGGCGGAAAAGCCGCTGATAATATGGTGACAAAACCGTTTTTGCACCAAATGCCGGAGTACTTACAATCAATTGATGTCATTGTGGCAAGAGCCGGAGCGACGACGATTGCGGAGATCACCGCTCTCGGCATTCCGAGCGTGCTTATTCCGAGCCCGTATGTGACAGCCAATCACCAGGAGGTCAATGCGAAGGCGCTCAGCCAGCATGACGCTGCAATCGTACTGAAGGAAACCGAGCTCAGCGGAGAAAAACTGATCGCTGCGCTGGACAAAATCGTCATGAATGAAGAAACCTTAAAAGACATGAGTGAGCGGACAAAATCACTCGGTGTTCCGGATGCGGCAGCCAGACTGTACAGTATCATGGAAGACATAAAAAAATAG MRIAVSGGGTGGHIYPALAFIKEVQRRHPDVEFLYIGTENGLEKKIVERENIPFRAIEITGFKRKLSFENVKTVMRFLKGVTKSKSYLKEFKPDAVIGTGGYVCGPVVYAAAKMGIPTIIHEQNSLPGITNKFLSKYVNKVAICFEEAKSHFPAEKVVFTGNPRASEVVSIKTGRSLTEFGLKDNQKTVLIFGGSRGAAPINRAVIEMQEELKTRPYQVLYITGEVHYEKVTAELKGGKAADNMVTKPFLHQMPEYLQSIDVIVARAGATTIAEITALGIPSVLIPSPYVTANHQEVNAKALSQHDAAIVLKETELSGEKLIAALDKIVMNEETLKDMSERTKSLGVPDAAARLYSIMEDIKK PGPT0024150_2599 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-N_ACETYLMURAMATE_MODIFICATION,PGPT0024150-murG-K02563 NA NA D1-12_00697 912 murB COG0812 UDP-N-acetylenolpyruvoylglucosamine reductase ATGGAGAACGTAATTCAGGAATTAAGAGACCGCGAAGTCGGCAAAGTGCTGGAACAAGAACCGCTCGCGAACCATACAACGATGAAAATCGGCGGTCCGGCGGACATTTTGATCATCCCTAACCGTGTGGAAGCGGTCAAAGATATTATGGATATTGTGAAGAAACATGATCTGCCATGGACGGTTATCGGCCGCGGTTCAAATCTGCTCGTGCTTGATGAAGGCATAAGAGGAGTTGTCATCAAACTGGGCGCGGGTCTGGATCATTTGGAGATTGACGGTGATCAAGTGACGGTCGGAGGCGGCTATTCGGTCGTCCGGCTTGCGACTTCCATGAGTAAAAAAGGAATGTCCGGTCTCGAATTTGCAGCGGGCATTCCCGGATCAATCGGCGGAGCCGTCTATATGAATGCCGGGGCGCACGGATCTGATATGAGTGAGATTCTTGTGAAAGCCCGTATCTTATTTGAAGACGGCACAATCGAATGGCTGACAAACGAAGAGATGGATTTCAGCTACAGAACGTCTGTTTTGCAGAAAAAACGCCCCGGCGTCTGTCTCGAGGCAGTTCTTCAGCTTGAGCAGAAGGAACGGGAAGCCATTACGGCGCAAATGCAGCAGAACAAAGATTACAGAAAAAATACTCAGCCGTATTCAAGCCCCTGCGCCGGAAGCATATTCAGAAATCCGCTGCCGAATCATGCCGGAAACCTCGTTGAAAAAGCGGGATTAAAAGGACATCAGATCGGCGGAGCGAAAGTATCCGAAATGCACGGGAATTTTATCGTCAATGCCGGCGGAGCGACTGCCAAGGACGTTCTAGACCTGATTGAGTATGTGAAAAAGACAATCCGTGAGCAGTATGATGTTGACATGCATACAGAAGTTGAAATCATCGGAGGGAATCGTTAA MENVIQELRDREVGKVLEQEPLANHTTMKIGGPADILIIPNRVEAVKDIMDIVKKHDLPWTVIGRGSNLLVLDEGIRGVVIKLGAGLDHLEIDGDQVTVGGGYSVVRLATSMSKKGMSGLEFAAGIPGSIGGAVYMNAGAHGSDMSEILVKARILFEDGTIEWLTNEEMDFSYRTSVLQKKRPGVCLEAVLQLEQKEREAITAQMQQNKDYRKNTQPYSSPCAGSIFRNPLPNHAGNLVEKAGLKGHQIGGAKVSEMHGNFIVNAGGATAKDVLDLIEYVKKTIREQYDVDMHTEVEIIGGNR PGPT0024115_3817 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-N_ACETYLMURAMATE_MODIFICATION,PGPT0024115-murB-K00075 NA NA D1-12_00698 789 divIB COG1589 Cell division protein DivIB GTGAACCCAAATCATGAAAGAGAAAAAATCGTAAATATTGAAGAGCGGATTCCGAAAATCAAAGAGCAGCGGAAACAAAAAGCAAACCGCCGGCTGATTTCATTCATTGTGCTTTTTTTTATGATGGTGCTGATCATCGTGTACTTGCAGATGCCGATCAGCAAAGTGTCTTCTGTCACCGTTTCCGGAAACGAAAACGTGTCTGTAAAAGAGATCAACGCGCTTTCTGATATACATAACGGACAAACCGAGTTCTGGAGTCTGAACAAGAAACAAACAGAAGAAAAGATTGAGCAGAATAAGCTGGTGAAAAAGGCGGAACTTTCAAAAGTATTTCCTAACAAAGTCAGCATTCACATTGAAGAATACAAGACGATCGCGTATCTGCAGCGACATGATGTGTATTATGAAGTGCTGGAGAACGGCACTGTGCTGCCGAACGAAGTCACACCGGATGACGCGGGCCCGATTTTGGTTGACTGGACAAACGCGAAAAAGCGGGTCAAAATGGCGGAGCAGCTTGATAAGCTTTCCGGTTCGCTAAAGCAGTCGATTTCTGAAATCTATTATACACCGGTAAAAATGGATCAGGACCGGATCAAGCTGTATATGAACGACGGGTATGTAGTTACCGCTTCTATTAAAACGTTTGCCGGCCGAATGAAGACCTATCCTTCTATCGTTTCCCAGCTGGACGGCGGGAAAAAGGGGATTATCCACTTAGAAGTCGCTACGTATTTTGAAGAATTTAACAAAGGTAAATCCGCCAAGAAAAAAGAAAATGATTAA MNPNHEREKIVNIEERIPKIKEQRKQKANRRLISFIVLFFMMVLIIVYLQMPISKVSSVTVSGNENVSVKEINALSDIHNGQTEFWSLNKKQTEEKIEQNKLVKKAELSKVFPNKVSIHIEEYKTIAYLQRHDVYYEVLENGTVLPNEVTPDDAGPILVDWTNAKKRVKMAEQLDKLSGSLKQSISEIYYTPVKMDQDRIKLYMNDGYVVTASIKTFAGRMKTYPSIVSQLDGGKKGIIHLEVATYFEEFNKGKSAKKKEND NA NA NA NA NA D1-12_00699 1314 ftsA COG0849 Cell division protein FtsA ATGAACAACAATGAACTTTACGTCAGTCTTGACATCGGTACGTCCAATACAAAAGTGATCGTCGGAGAAATGACAGATGATTCCCTTAACATTATCGGAGTGGGAAATGTACCGTCTGAAGGGTTGAAAAAAGGCTCAATCGTTGATATAGATGAAACCGTTCATTCTATAAGAAAAGCGTTTGACCAAGCTGAAAGAATGGTAGGTTTTCCGCTGAAAAAAGCCATTGTCGGCGTTAATGGAAATTATATTCATATTCAAGATACGAACGGCGTTGTCGCTGTTTCCAGTGAAAACAAAGAAATTCACGTTGAAGACGTCCGCAGGGTAATGGAAGCGGCACAGGTCGTGTCAGTTCCGCATGAGCAGCTGATCGTTGACGTCGTTCCTAAACAGTTTATCGTTGACGGAAGAGACGAAATTACCGATCCGAAAAAAATGCTCGGCGTGCGCCTGGAAGTAGAAGGCACGCTGATTACCGGCTCCAAAACGATCTTACATAATTTACTTCGCTGTGTGGAGAGAGCGGGCGTTGAAATTACTGATATCTGCCTGCAGCCGCTTGCGGCCGGTTCGGCGGCTTTGTCAAAAGACGAAAAAAACCTCGGAGTCGCCATGATTGATATCGGAGGCGGCTCGACGACGGTGGCGGTATTTGAACAGGGGCACCTGAAGGAGACAGCCGTCATTCCGCTCGGAGGCGAAAACATCACGAAAGATGTATCGATCGGATTGCGCACTTCCACCGAAGAGGCTGAAAGAGTAAAAAAACAATTCGGACATGCATTCTATGATGAGGCTTCAGAAGATGAAGTATTTGAAGTCACCGTCATAGGAACGAATCAAAAGCAATCTTTTACACAGCAGGAAATTGCCAATATTATTGAAGCAAGAGTGGAAGAGATTCTTGAGATTGCCGCAGCCGAAATTGAGCATATGGGAATTACAGATCTGCCCGGCGGCTTTGTGCTGACCGGCGGACAGGCCGCAATGCCCGGAGTGCTTTCATTGGCACAGGAAGTGCTGAGGCACAATGTAAGGGTCGCAAGCCCGAATTATATCGGTGTAAGAGACCCTCAGTATATGACGGGTGTCGGCTTGATACAATTTGCCTGCCGAAATGCCAGAATTCAGGGAAGAAAAATAGGCTTTCATATGCCGGAAGAAGCCGTGCAGGAAATCGCGGTCTCTCACGAAGAAGAACATCATCAGCGGCCAGAGGCGCAGCAGCGTCCAAAAGCAAAACAAAAAACACAAGCCGAACACAACAAACCGAGCAAAATGAAAAAACTATTAAGCATGTTTTGGGAATAG MNNNELYVSLDIGTSNTKVIVGEMTDDSLNIIGVGNVPSEGLKKGSIVDIDETVHSIRKAFDQAERMVGFPLKKAIVGVNGNYIHIQDTNGVVAVSSENKEIHVEDVRRVMEAAQVVSVPHEQLIVDVVPKQFIVDGRDEITDPKKMLGVRLEVEGTLITGSKTILHNLLRCVERAGVEITDICLQPLAAGSAALSKDEKNLGVAMIDIGGGSTTVAVFEQGHLKETAVIPLGGENITKDVSIGLRTSTEEAERVKKQFGHAFYDEASEDEVFEVTVIGTNQKQSFTQQEIANIIEARVEEILEIAAAEIEHMGITDLPGGFVLTGGQAAMPGVLSLAQEVLRHNVRVASPNYIGVRDPQYMTGVGLIQFACRNARIQGRKIGFHMPEEAVQEIAVSHEEEHHQRPEAQQRPKAKQKTQAEHNKPSKMKKLLSMFWE NA NA NA NA NA D1-12_00700 1149 ftsZ COG0206 Cell division protein FtsZ ATGTTGGATTTCGAAACAAACATAGACGGCTTAGCATCAATTAAAGTAATCGGAGTAGGAGGCGGCGGTAATAACGCGGTCAACCGAATGATTGAAAATGAAGTACAGGGTGTAGAGTACATTGCGGTAAACACGGACGCGCAAGCTCTTAACCTGTCAAAAGCGGAAGTGAAAATGCAGATCGGGGAAAAGCTGACCCGCGGTCTCGGAGCGGGTGCGAATCCGGAAGTGGGCAAAAAAGCCGCTGAAGAAAGTAAGGAACAAATCGAAGAAGCGCTAAAAGGCGCTGACATGGTGTTCGTTACAGCCGGAATGGGAGGCGGTACCGGAACGGGAGCCGCACCGGTTATCGCGCAAATCGCAAAGGACTTAGGCGCTTTGACTGTCGGTGTCGTAACAAGACCGTTTACATTTGAAGGAAGAAAACGTCAGCTGCAGGCTGCAGGCGGTATCACGGCAATGAAAGAAGCCGTTGACACACTGATCGTTATTCCGAATGACCGCATTCTTGAAATTGTCGATAAAAACACACCGATGCTTGAAGCATTCCGTGAAGCTGATAACGTGCTTCGCCAAGGGGTGCAAGGTATCTCTGACCTCATCGCGACGCCTGGTTTAATCAACTTGGACTTTGCCGATGTCAAAACCATCATGTCCAACAAAGGTTCAGCATTGATGGGTATCGGGATCGCTACGGGCGAAAGCCGTGCTGCTGAAGCCGCCAAAAAGGCGATCTCCAGTCCGTTACTGGAAGCGGCAATCGACGGAGCGCAAGGTGTTTTGATGAACATTACGGGAGGTACAAACCTGAGCCTCTACGAAGTGCAGGAAGCAGCCGACATCGTCGCTTCTGCATCTGACCCTGATGTCAACATGATTTTCGGTTCAGTTATCAATGAAAATCTGAAAGATGAAATCGTCGTCACCGTTATTGCGACCGGTTTTATCGAACAGGAAAAAGATGACTCAAAACCGCAGCGCCCGACTTTAAACCAAGGATTGAAGTCTCAAAGCCAAAACGCTGCGAAACGTGAGCCGAAACGAGAAGAAACACAGCATCAAAACACGGCGAACCGCCATACATCACAGCCGGCGGATGATGCCCTCGACATTCCTACATTTTTAAGAAACCGCAACAAACGCGGCTGA MLDFETNIDGLASIKVIGVGGGGNNAVNRMIENEVQGVEYIAVNTDAQALNLSKAEVKMQIGEKLTRGLGAGANPEVGKKAAEESKEQIEEALKGADMVFVTAGMGGGTGTGAAPVIAQIAKDLGALTVGVVTRPFTFEGRKRQLQAAGGITAMKEAVDTLIVIPNDRILEIVDKNTPMLEAFREADNVLRQGVQGISDLIATPGLINLDFADVKTIMSNKGSALMGIGIATGESRAAEAAKKAISSPLLEAAIDGAQGVLMNITGGTNLSLYEVQEAADIVASASDPDVNMIFGSVINENLKDEIVVTVIATGFIEQEKDDSKPQRPTLNQGLKSQSQNAAKREPKREETQHQNTANRHTSQPADDALDIPTFLRNRNKRG PGPT0027695_4252 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 D1-12_00701 4296 bpr COG1404 Bacillopeptidase F TTGAAGAAAAAAACGAGAAACAGATGGACAGGCTCCGTTTTAAGCGCGATTGTCGTCAGTTCACTGTTGTTTCCGGGTGCAGCCGGAGCGAACAGCACACCGGGGGCAGTTTCTTTCACCAAAGATCTTTCTTCCTCTAAGAGCATTCAGCATAAGATTTCCGATTCAGTCAAGAAGCGTTTTGAAAAAAATGATAAAGTCACGTTTCTTATCAAATTTAAAGAGAAAGCCAATACGAAAAAAGCGGTCAAAGAAGCAGAAAAAAACGCCAAGTCTCAATCGCTTTCCGCAGCAAAAACCGAATATCAAAAGCGGTCAGCCGTCGTTTCTTCTTTAAAACTGGCGGCTCATGATGCGCAGCAGAATCTGAAAACATATTTGGAAAAACAAAAAAAGAAAGGCAAGGCTGATCACATCCATTCCTATTATATTGTCAACGGAATGGCAGTCACTGCTTCGAAAGAGGTAATGGAAAAAGCCGCCTCATTTCCTGAAGTAGAAAAAGTTCTTCCGAATGAAAAACGTCAGCTTACTCAACGACAATCAATAGCTCCTTTTCAAATGAAGAAAAAACAAAAAGAGATCAAAGCAAAGGAAGGCATCGAATGGAATATCAGCCAAATTGATGCGCCGCAGGCCTGGGCCTCAGGATACGACGGAACCGGCACGGTTGTCGCCTCCATTGATACGGGAGTTCAGTGGGATCATCCGGCGCTTAAGGAAAAATACCGGGGTTACGATCCTGCAAATCCCGCAGCGCCGAATCATGAAATGAACTGGTATGATGCCGTGTCCCATAAAGACGCTCCCTACGATGATCTTGAACACGGCACTCATGTAACAGGGACCATGACGGGTTCAGAACCTGACGGCTCAAATCAAATCGGTGTGGCTCCGGGGGCGAAATGGATCGCAGTAAAAGCATTTTCAGATGACGGAGGAACCGATGCCGATATTTTGGATGCCGGTGAATGGGTGCTCGCGCCTAAAGATAAAAACGGCACGCCGCATCCCGAGATGGCGCCGGATGTTGTTAATAATTCCTGGGCAGGCGGTTCGGGAATGGACGAGTGGTACCGCGATATGGTGAATGCGTGGAGAGCGGCAGGGATTTTTCCGGAATTCTCTGCGGGAAATGAAGACTTATTTACACCGGGAGGACCGGGTTCAATCGCGAATCCGGCCAATTATCCTGAAGCATTTGCGACAGGTGCGACTGACATCGACAAGAAACTCGCTGATTTCTCACTTCAAGGCCCCTCACCGTATCATGAAACAAAACCGGACATTTCGGCTCCGGGAGTGAATATCCGTTCTTCGATTCCTGGAGGAACATACGAAGGCGGCTGGGACGGAACTTCAATGGCCGGGCCGCATGTGGCGGCGACGGCGGCTTTGTTAAGGCAGGCAAACGCCTCTATTACGGTCGATGAAATGGAAGACGTTTTGACGCGCACCGCGGAAAAGCTGACAGATTCCGTTTTTCCGGAATCACCGAATAACGGTTACGGCCACGGTCTCGTTAACGCTTTTGATGCCGTTTCTGCCGTAACGGACGGAATCGGAAGCGTAGAAGGCAAGGTCTCTTCTGCGGGCGAAGATCACAATCCGCCCAGCTTTCATCATGAACCGGTCTCAGTGGCTTACAAAGGGGCAAACCTTCCGTTAACGGTTACAGCAGAAGACGATGTAAGCGTAACTGAAGTCATCCTTTCCTATCAGTTTGATGAAGGAGAGTGGAAAACGACAGCCGCCGTTCAAAAAAGCGGTGATGAAAAAAAGGGAACATACCAGGCGGAAATTCCGGATGTAACGGGAAGCAAGATAAGTTATAAATGGACCATAAAAGATTTCGGAGGTCATTCTGTAGAATCTGATACGTACCGGGCTGACGTGAAACCGAGCGTTACGGCGGGATACAAAGAGGATTTTGAATCACAGCCGGCGGGGTGGTCCAGTTACGGGACACATGACCAATGGGAATGGGGTACCCCGGGTTCAGGGCCCGGCACCGCATTTTCCGGAGATAAAGTGTATGCGACGAATCTGTCCGGCCCTTATGCCGATTCAGCCAACATGAATTTGGTGATGCCTCCGATTCAAGTTCCGGAAACAGGACGGCTGTTTTTGCAATTTAAAAGCTGGCACAAGCTCGAAGAATTTTTTGATTACGGGTATGTGTTCGTTCTGCCGGAAGGAAAATCAAATTGGGAGCAGGCGGCCGTTTACAATGGTGACTCCGCAGGATGGAATGATGAAGAGGCTGATTTATCTGCGTATAAAGGCCAAAACATAAAGCTCATGTTTAATATGCAGTCAGACGAAGTACTGAATGAAGACGGATGGTATATCGATGATGTCCGGCTTTCAAGCAGCCCTCTCGGCAAGGCGGCCAAAAAAAATAAACACAAAAGACAAACACCTCCCGGCCACCTGAAGAAAAAAGCCGTCAGTCCGAAACAGGCCAAACCGGCAGTGAAATCACCCGGAAAAAGAGTGAAACGTGAAACAAACCTCCTGCCGCTCAGAGCGCAAATCAGTGTCTCCGAGACGGGGAAATCCGTATATTCCGACCCTGCAAGCGGAAGCTACAGCCTGTCACATAAGGCGGGAAGCTATACGCTGAAAGCCGAGGCTTACGGATTTAAGTCCGCTTCGAAACAAGTTTCTATTCAATCAGACAAAACCGCACAGGCAGACTTTACACTGGAGCAAATGCCGTCCGGCACGCTAAAAGGAACCATCACCAATCAGTCAACAGGCGAACCGGTAAAAGGGGCTGCGCTTTATGTGGCTGAGGATGCCGCAATTGAACCGGCGGTGACAAACGATAAAGGGGAATATTCGCTTAAGGCGTACGAAGGCTCCTACACAATCAAAGTAGCGGCAAAAGGCTTTTACAATAGCGAATTTTCTGTTGACATCAAAGGAGATGCTGAAAAAAACGTCAAGCTTAAGCCGTATGTCGGTTATGAAGGGGAAATTGCCTATGATAACGGGACGGAAGAAGCCGCGCTGTCATATTTTAAAGCCGGCAGCAAATCTGCCGTTAAGATGACGCTTAAAGACGGAAAAGAACACGGTATGCTGACGGGAGGCCTTTTTAAATTTTGGGGCGCCGACTGGCCTGATCCGGGAGGTACCGAATTTCAAGCAGAAGTATATGATGCATCCGGCCCTGATGGAGCTCCGGGCAGCAAAATTGCCGGCCCGTTCCAAGCTGAAGCGCTTCGAAACGGCGAATGGACCAAAGTGGATCTCAGCTCAAAAGGAATCGCGGTCGGAAAGGATTTTTATCTTGTGTTCCGCCAGACGAAACCCGATCCTTATACACCTGCCCTGTCATCTGATGACGGCAGTCCGTACTCGAACAGAAACTGGCAATACCTCGACGGCCGCTGGTCAAAAGCCGATAAATCAGACGGAAACTTTATGATCAGGGCTTTGGTCGACTATGAAGCTTCTGTGCCTGAGATAACCTCGCCTGAAGATCAGTCATTTACAAACAAGAAGTCAATCACGGTGAAGGGAACGGCTTCACCAAAAACCGCTGTCCGTCTTACCAATAACGGTAAAACCGCCGCAGAAACGAAAGCAGATGCAGACGGCAATTTCCAGGCTGATGTCACACTCACTAAAGATGCCAATCGGCTGACAGCGGCATCTGTGACAGACAGCGGGTCAACCGATGAGTCACGCCCTGTCACGGTCATACTGGATGAGGATAAGCCGGATGTGACGATTGACAGTCCGGCAAACGGTGATAAAACAAATAAAGAAGCAGTGACTGTAAAAGGAAAAGTGCACGACGCCCATTTAAAATGGGTAAAGGTGAACGGAAAAAAAGCTGAAGTAAATAACGGTTCTTATCAAGCGAGAACCCTTCTGGAAAACGGCAGCAATGAGATCAAGGTCACGGCCTCAGATGAAGCGGGTAACAAAACAACGAAAAAGACGGTAATCGATGTCAATTACAATGCTCCCGTCATTTCCGGATTGGTTCCCGGAGCGGATAAGGAATTAAAAGCCGGAGAATCAGTGAAAATCGCTTTTTCAAGCGGAAAGAAATTAGACGCTTCCTTCGTGATCCGTCTGCCTCTGACAAACGCCCGGGCAGGGAGCCAAAACGCAACAGAGCTTCCGCTGAGAGAAATTTCTCCGGGACGATATGAGGGTTACTGGACGGCGACTTCTTCCATCAAAGCAAGCGGAGCAAAAATTGACGTTATCGCAAGAGATGACTACGGAAATGAAACGAGACAGACGGCTAAAGGAAAACTTTATATCAATGAGTAA MKKKTRNRWTGSVLSAIVVSSLLFPGAAGANSTPGAVSFTKDLSSSKSIQHKISDSVKKRFEKNDKVTFLIKFKEKANTKKAVKEAEKNAKSQSLSAAKTEYQKRSAVVSSLKLAAHDAQQNLKTYLEKQKKKGKADHIHSYYIVNGMAVTASKEVMEKAASFPEVEKVLPNEKRQLTQRQSIAPFQMKKKQKEIKAKEGIEWNISQIDAPQAWASGYDGTGTVVASIDTGVQWDHPALKEKYRGYDPANPAAPNHEMNWYDAVSHKDAPYDDLEHGTHVTGTMTGSEPDGSNQIGVAPGAKWIAVKAFSDDGGTDADILDAGEWVLAPKDKNGTPHPEMAPDVVNNSWAGGSGMDEWYRDMVNAWRAAGIFPEFSAGNEDLFTPGGPGSIANPANYPEAFATGATDIDKKLADFSLQGPSPYHETKPDISAPGVNIRSSIPGGTYEGGWDGTSMAGPHVAATAALLRQANASITVDEMEDVLTRTAEKLTDSVFPESPNNGYGHGLVNAFDAVSAVTDGIGSVEGKVSSAGEDHNPPSFHHEPVSVAYKGANLPLTVTAEDDVSVTEVILSYQFDEGEWKTTAAVQKSGDEKKGTYQAEIPDVTGSKISYKWTIKDFGGHSVESDTYRADVKPSVTAGYKEDFESQPAGWSSYGTHDQWEWGTPGSGPGTAFSGDKVYATNLSGPYADSANMNLVMPPIQVPETGRLFLQFKSWHKLEEFFDYGYVFVLPEGKSNWEQAAVYNGDSAGWNDEEADLSAYKGQNIKLMFNMQSDEVLNEDGWYIDDVRLSSSPLGKAAKKNKHKRQTPPGHLKKKAVSPKQAKPAVKSPGKRVKRETNLLPLRAQISVSETGKSVYSDPASGSYSLSHKAGSYTLKAEAYGFKSASKQVSIQSDKTAQADFTLEQMPSGTLKGTITNQSTGEPVKGAALYVAEDAAIEPAVTNDKGEYSLKAYEGSYTIKVAAKGFYNSEFSVDIKGDAEKNVKLKPYVGYEGEIAYDNGTEEAALSYFKAGSKSAVKMTLKDGKEHGMLTGGLFKFWGADWPDPGGTEFQAEVYDASGPDGAPGSKIAGPFQAEALRNGEWTKVDLSSKGIAVGKDFYLVFRQTKPDPYTPALSSDDGSPYSNRNWQYLDGRWSKADKSDGNFMIRALVDYEASVPEITSPEDQSFTNKKSITVKGTASPKTAVRLTNNGKTAAETKADADGNFQADVTLTKDANRLTAASVTDSGSTDESRPVTVILDEDKPDVTIDSPANGDKTNKEAVTVKGKVHDAHLKWVKVNGKKAEVNNGSYQARTLLENGSNEIKVTASDEAGNKTTKKTVIDVNYNAPVISGLVPGADKELKAGESVKIAFSSGKKLDASFVIRLPLTNARAGSQNATELPLREISPGRYEGYWTATSSIKASGAKIDVIARDDYGNETRQTAKGKLYINE PGPT0020925_44 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0020925-bpr-K13276 NA NA D1-12_00702 930 spoIIGA Sporulation sigma-E factor-processing peptidase GTGAAAATCTATCTGGATGTCATTTGGCTGTTGAACTTTTGTTTTGATTCTCTTTTGCTTTTATTGACCGCCTTTATTTTAAAACGCCAGGTGAAAAAAAGAAGAGTGGCCGCCGGCGGTTTCATCGGGTCAGCCATTGTGCTTCTGATGTTTACGCCTGTTTCTCCCTTTGTGGAGCATCCGGCGGGAAAAATGGCGTTTTCAGTAGTCATCGTGCTTACGGCTTTTGGCTTTAAACGGTTCCGATACTTTTTTCAAAATTTGTTCGCCTTTTATTTCGCGACTTTTCTCGTCGGCGGGGGAATGATCGGCGTACATTCCCTGCTGCAGACAGAATCAATTGTGCAGCAAGGCGTAATGGTCACAAGCCAGACCGGATTCGGCGACCCGATCAGCTGGATGTTTGTAGTTATCGGATTTCCGGCCATATGGTTTTTTTCGAAAAAGAGAATTGAAGACATCGAGACGAAGTCCATTCAGTACGATGAACTTGTCATGGTGCAGGCGGAATTCAGCGGACAGACAATCCGCGCGAAAGGATTGGTGGATTCCGGGAATCAGCTGTATGATCCGCTGACGAAAACGCCGGTCATGATCCTTTGCATTGACAAATTCGCTCCGATTCTCAGCGAAAAGGAAACGGACCTCATCAAATCCGCCAGTCCGCTTGAAGTGATAGAGCAGCTTGATGATTCGTTCCGCCATGCGGATAAGCTGAGGCTGATTCCGTACAGGGGCGTCGGCCAGGACAATCAATTTTTACTCTGTTTAAAGCCGGATTACGTCACGATTTTAACAAAAGACGAAATGATCGCTTGTGAAAAATGCCTGATCGGCATCAGCACGAAACCATTATCCGCGGACGGTGAATTTGACGGAATCGTTCATCCGAAGATGCTGACAGGGAAGGCTGTAAAACATGTTTCCTGA MKIYLDVIWLLNFCFDSLLLLLTAFILKRQVKKRRVAAGGFIGSAIVLLMFTPVSPFVEHPAGKMAFSVVIVLTAFGFKRFRYFFQNLFAFYFATFLVGGGMIGVHSLLQTESIVQQGVMVTSQTGFGDPISWMFVVIGFPAIWFFSKKRIEDIETKSIQYDELVMVQAEFSGQTIRAKGLVDSGNQLYDPLTKTPVMILCIDKFAPILSEKETDLIKSASPLEVIEQLDDSFRHADKLRLIPYRGVGQDNQFLLCLKPDYVTILTKDEMIACEKCLIGISTKPLSADGEFDGIVHPKMLTGKAVKHVS PGPT0024680_100 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-STAGE_II_SPORULATION,PGPT0024680-spoIIGA-K06383 NA NA D1-12_00703 720 sigE COG1191 RNA polymerase sigma-E factor ATGAAAAAACTTAAGCTGCGTCTGACATATTTGTGGTATAAATGGCTGATGAAACTCGGACTGAAAAGCGATGAAGTATATTACATAGGAGGAAGCGAGGCGCTGCCGCCGCCTTTGTCTAAAGAAGAGGAGCAGGTGCTCTTATTAAAGCTGCCGAGCGGGGATCAGGCGGCGCGGGCCATCCTGATTGAGAGAAACTTACGTCTTGTCGTTTACATTGCCCGCAAATTCGAAAACACCGGCATCAATATCGAGGACTTAATCAGCATCGGCACCATCGGTTTGATCAAAGCGGTAAACACTTTTAATCCGGAAAAGAAAATCAAACTCGCCACCTATGCATCGCGATGTATCGAAAACGAAATTTTAATGTACTTGCGCAGAAACAATAAAATCCGTTCAGAGGTATCCTTTGATGAACCGCTGAACATTGATTGGGACGGAAACGAACTGCTGCTTTCGGATGTGCTCGGCACAGATGATGATATTATTACAAAAGACATTGAAGCCAATGTGGATAAAAAACTTCTGAAAAAAGCGCTTGAGCAATTAAACGAAAGAGAAAAGCAGATTATGGAACTGCGTTTCGGGCTTGTCGGAGAAGAAGAAAAAACACAAAAAGATGTAGCCGACATGATGGGGATTTCACAATCTTATATCTCCCGGCTCGAAAAGCGGATTATCAAAAGACTGAGAAAAGAGTTTAACAAAATGGTGTAA MKKLKLRLTYLWYKWLMKLGLKSDEVYYIGGSEALPPPLSKEEEQVLLLKLPSGDQAARAILIERNLRLVVYIARKFENTGINIEDLISIGTIGLIKAVNTFNPEKKIKLATYASRCIENEILMYLRRNNKIRSEVSFDEPLNIDWDGNELLLSDVLGTDDDIITKDIEANVDKKLLKKALEQLNEREKQIMELRFGLVGEEEKTQKDVADMMGISQSYISRLEKRIIKRLRKEFNKMV PGPT0014795_1062 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0014795-sigH|sigG|sigF|sigE-K03091 NA NA D1-12_00704 783 sigG COG1191 RNA polymerase sigma-G factor GTGTCAAGAAATAAAGTCGAAATTTGCGGGGTGGATACCTCCAAATTACCGGTGCTCAAGAATGAAGAGATGAGAAAGCTGTTTAGGCAATTACAGGATGAGGGCGATGATTCAGCGAGGGAAAAGCTTGTAAACGGCAATCTGCGCCTTGTCTTAAGCGTCATTCAGAGGTTTAACAACAGAGGAGAGTATGTTGATGACTTATTTCAGGTCGGCTGCATCGGACTAATGAAATCCATTGATAATTTTGACCTAAGCCATAATGTTAAGTTTTCAACATACGCTGTACCGATGATCATCGGAGAAATCCGCAGATATTTGCGGGATAATAATCCGATCCGCGTCTCGAGGTCGCTTCGCGATATCGCATATAAAGCGCTTCAAGTAAGAGAGCGGTTAATCAGTGAGACAAGCAGGGAGCCGACAGCAGAGGAAATCGCCAAAGTTCTTGAAGTGCCCCATGAAGAAATTGTGTTTGCCCTTGACGCCATCCAGGATCCGGTTTCACTGTTTGAGCCGATTTATAATGACGGCGGCGATCCGATTTACGTGATGGACCAGATCAGCGATGAGCGCAACAAGGATACACAATGGATTGAGGAGCTGGCTCTGAAAGAAGGCATGAGAAGACTGAACGAACGGGAAAAAATGATTTTGCGAAAGCGCTTTTTCCAAGGGAAAACCCAAATGGAAGTCGCTGAAGAAATCGGCATATCCCAAGCTCAGGTCTCAAGGCTTGAAAAGGCAGCCATTAAACAAATGAATAAGAATATCCATCAATAA MSRNKVEICGVDTSKLPVLKNEEMRKLFRQLQDEGDDSAREKLVNGNLRLVLSVIQRFNNRGEYVDDLFQVGCIGLMKSIDNFDLSHNVKFSTYAVPMIIGEIRRYLRDNNPIRVSRSLRDIAYKALQVRERLISETSREPTAEEIAKVLEVPHEEIVFALDAIQDPVSLFEPIYNDGGDPIYVMDQISDERNKDTQWIEELALKEGMRRLNEREKMILRKRFFQGKTQMEVAEEIGISQAQVSRLEKAAIKQMNKNIHQ PGPT0014795_109 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0014795-sigH|sigG|sigF|sigE-K03091 NA NA D1-12_00705 798 ylmA COG1119 putative ABC transporter ATP-binding protein YlmA ATGATTTTACAGCTGGACAGTGTGTCATTAAAAAGAAACGGGAAATGGATTTTGAAAGATATCAACTGGCGCGTCGAGAAAAACGAAAATTGGGTGCTGTACGGATTAAACGGAGCCGGGAAAACGGCTTTGCTGAATATGTTATGCTCTTATTACTTCCCCACTTCAGGAGAGATGCAGGTGCTCGGCCATCAATTCGGCAAAACAGAGCTCGGTGACAGGCTCAGAAGGAAAATCGGCCTTGTTTCGGCAGGTCTTCAGCACAAATTATATGCCGCGGACTCCGCTTTTGAAATCGCCCTCAGCGGCGCGTACGCCTCAATCGGGCTGTACGAAACTCCGAGTGAGCAAGTAAGGGAAAAAGCGATCGGTCTTCTGAAGGATTTGGGCGCCATCAGTTACGCCGACAGACGGTATGAAACATTATCACAAGGGGAAAGACAAAGAGCGCTGATTGCGCGGGCGCTTATGGCTGATCCGGAACTGCTGATTTTGGACGAACCCGTGACGGGTCTTGATTTTATGGCAAGGGAGCAGCTGCTGGACACGATTACGTCGATCGCCGAAAAAGAAAATGCGCCGTCCATCCTTTATGTCACCCATCACGCTGAAGAAATTCTGCCGGTATTTGATCAGGCGCTTCTTTTAAAACAGGGCGAGGTGTTCGCCTCCGGGAAAATCAGGGACATGCTTTCTGACGAGCGGCTTACAGCGTTTTTCGATATGCCTGTCAATGTCTTATGGAACAATGGCCGCCCGTTTTTAACACGTGCAAAAGAGGCATCATCCGTAAAATAA MILQLDSVSLKRNGKWILKDINWRVEKNENWVLYGLNGAGKTALLNMLCSYYFPTSGEMQVLGHQFGKTELGDRLRRKIGLVSAGLQHKLYAADSAFEIALSGAYASIGLYETPSEQVREKAIGLLKDLGAISYADRRYETLSQGERQRALIARALMADPELLILDEPVTGLDFMAREQLLDTITSIAEKENAPSILYVTHHAEEILPVFDQALLLKQGEVFASGKIRDMLSDERLTAFFDMPVNVLWNNGRPFLTRAKEASSVK PGPT0003760_3562 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 D1-12_00707 1281 ylmB_1 COG0624 N-formyl-4-amino-5-aminomethyl-2-methylpyrimidine deformylase ATGCATCAGATTGATATGCTGTTACACCAGGCGGAGAAACGGCGGCACGACTTCATACATATTGCTGAAAGACTGATAGCCTTTCCCACTCCGGCCCCGCCAGCAAGAAATACGGCAGAAGCCCAAAAGTGGGTGGCCGGCTTTTTAAAAGAAACGGGCTGCTCGGTCGATATGTGGGATGTGTATCCGGAAGACCCGAATGTAGTCGGTGTTTTAGAAGGGACAGATTCAAGCAGGCATCAAAGCCTGATTTTAAACGGACACATTGATGTGGCAGAAGCCGGGGGCGAAGACTGGCACTCTGACCCGTTTCAGCCGCTCGTAAAAGACGGCATGCTGATCGGAAGGGGCGCCGCTGATATGAAAGGGGGATTGGCGTGTGTTCTTTTCTCTCTGAAGCTGATCCATGATGCCGGCATTAAGCTTCCGGGCGACCTCATAGTACAGTCTGTAATCGGAGAAGAAGTCGGTGAGGCGGGGACGCTGGAATGCTGCAAACGCGGCTATCACGCGGATTTTGCGGTTGTCGCGGATACGAGCAGCCTGCATATTCAAGGGCAGGGCGGTGTCATCACCGGCTGGATAGAATTGAAAAGCAAACAAACATTTCATGACGGCATGAGGCGCAATATGATTCATGCAGGCGGAGGCACATTCGGAGCGAGCGCCATCGAAAAAATGGCGAAAATCATTGCTGCCTTGGGAGAGCTGGAGCGCCACTGGGCGGTAACGAAAAGCTATCCCGGCTTTGCGCCCGGCACCAATACGATCAACCCCGCCGTCATTGAAGGCGGAAGACACGCAGCGTTTGTCGCCGATGAATGCCGTTTATGGATCACCGTCCACTTTTATCCGAACGAAACGCACGAACAAGCAGCCGCAGAAATCGAAGACTATATTAATCGTGTCGCTGACAGTGATCTGTGGCTCAAAGAAAACAGGCCGGTGTTCAAATGGGGCGGATCTTCGATGATTGAAGACAGAGGAGAGGTGTTCCCGGCGCTGAAAATCGACCCGGACCATCCGGCAGTTTCTGTCTTGGCTGCATCACACTCAGCCGTCAAAAAACAGGAGCCCGTCATTGATGTTTCCCAAACCGTAACAGACGGAGGGTGGCTTTATCATGCCGGGATTCCGAGCGTCATATACGGCCCCGGCGATTTAAAAAACGCCCACTCCGTAAACGAGGAAGTGTCCGTTGATGAGCTTATGGACTATACGAAAATCATGCTGAGATTTATCCTCGGCTGGTGCAGCCGCAAAAAAGATTGCCCGATGTGA MHQIDMLLHQAEKRRHDFIHIAERLIAFPTPAPPARNTAEAQKWVAGFLKETGCSVDMWDVYPEDPNVVGVLEGTDSSRHQSLILNGHIDVAEAGGEDWHSDPFQPLVKDGMLIGRGAADMKGGLACVLFSLKLIHDAGIKLPGDLIVQSVIGEEVGEAGTLECCKRGYHADFAVVADTSSLHIQGQGGVITGWIELKSKQTFHDGMRRNMIHAGGGTFGASAIEKMAKIIAALGELERHWAVTKSYPGFAPGTNTINPAVIEGGRHAAFVADECRLWITVHFYPNETHEQAAAEIEDYINRVADSDLWLKENRPVFKWGGSSMIEDRGEVFPALKIDPDHPAVSVLAASHSAVKKQEPVIDVSQTVTDGGWLYHAGIPSVIYGPGDLKNAHSVNEEVSVDELMDYTKIMLRFILGWCSRKKDCPM PGPT0009060_75 DIRECT EFFECT PLANT_IMMUNE_RESPONSE_STIMULATION INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR ISR-VITAMIN_B1|THIAMIN_METABOLISM ISR-VITAMIN_B1|THIAMIN_BIOSYNTHESIS,PGPT0009060-ylmB-K20895 NA NA D1-12_00708 252 ylmC COG1873 putative sporulation protein YlmC ATGATCAGCATATCTGAATTTCAAATAAAAGATGTGGTAAACGTGTCGAACGGAAAAAAACTCGGAAGCATCGGTGATATTGATATTAACGTGACAACGGGGAAAATTCAGGCGATTATTTTAGGCGGCAGCGGAAAAGTTCTCGGTTTTTTCGGAAAAGAAGAGGAAATGATCATTCCTTGGCGAAATATAGTTAAAATTGGGGAAGATGTCATCTTAGTGCGTGTAAATGAACCAAAAGGGGGAGCGTAA MISISEFQIKDVVNVSNGKKLGSIGDIDINVTTGKIQAIILGGSGKVLGFFGKEEEMIIPWRNIVKIGEDVILVRVNEPKGGA NA NA NA NA NA D1-12_00709 837 COG1496 Polyphenol oxidase ATGAATACATATCACCCGTTTAGTCTTACCACCCCCTCGGCACTCATGATAGAAGACTGGAACTGTGTGAATCAGCTTAACACAAAGGTCATCGCCGGATTCACGACGAAAAACGGCGGGGTCAGCAATCCTCCGTATGAGTCATTAAATACCGGATTGCACGTCCGGGACGAAGCTCATGATGTTGTGACAAACCGTGAAGTCATAGCGTCCTTATGCGGTACTGATCTGGATTCCTGGGTGTTCGCCGACCAGACACATGAAAACCGCGTCCGGCGCGTGACAGCCGGGGATAAAGGAAAAGGAGCGAGAGACTATTCTTCCGCATTCCGCGGGACGGACGGGCTCTACACGAAAGATGCGAATCTTTTTTTGGCCCTTTGTTTTGCGGACTGTGTGCCCTTGTATTTTTATGACCCGGTGAAATCCATTATCGGCGCTGCCCATGCCGGATGGAAGGGGACGGTCAAACAAATCGGACGCATCATGACGGAACGCTGGGTAAACGAAGAAGGCTCCCGTTTAACAGATATTCAGGCTGTCATCGGTCCGTCCATCAGCGCGGGAAGCTATACAGTCGACGACCGCGTCATCAATGAAGTGCGGGCGCTGCCTTTTACGGCTGAATCCGCCATATGCGAAACGGAAAAAGGCCAGTATCAGCTTGATTTAAAAGAGGTCAACCGTCTTCTTCTGATACATTGCGGCATTCCGGAAGAAAACATTTCAGTCAGCGGTTTATGCACCGAACGAGAGCGTGAACTATTCTTTTCACACCGCCGCGACAAAGGGAAAACGGGACGCATGATGTCCTTTATCGGAATGAAGGAGGCGTAA MNTYHPFSLTTPSALMIEDWNCVNQLNTKVIAGFTTKNGGVSNPPYESLNTGLHVRDEAHDVVTNREVIASLCGTDLDSWVFADQTHENRVRRVTAGDKGKGARDYSSAFRGTDGLYTKDANLFLALCFADCVPLYFYDPVKSIIGAAHAGWKGTVKQIGRIMTERWVNEEGSRLTDIQAVIGPSISAGSYTVDDRVINEVRALPFTAESAICETEKGQYQLDLKEVNRLLLIHCGIPEENISVSGLCTERERELFFSHRRDKGKTGRMMSFIGMKEA PGPT0019965_515 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 D1-12_00710 693 yggS COG0325 Pyridoxal phosphate homeostasis protein TTGCGTGTTGCTGATCAATTACGACATATAAACGAAAGAATAAACGAAGCATGTAACAGATCGGGCCGAAGCCCCGAAGATGTTACCGTCATCGCGGTTACAAAATACGTATCAGCCGAAAGGGCTCAAGAGGCCGTTGATGCCGGTATTACAAGTCTGGGAGAAAACCGGGATGCCGAGCTTATCCATAAGCAGGAAGTCATCAAAGGCAGCCCGGAGTGGCACTTTATCGGCAGTCTTCAGTCCAGAAAGGTGAAGGCCGTCGTTGACCGTGTATCTTATATCCATTCCTTAGACAGACTGTCATTGGCAAAAGAGATTGAAAAACGGGCGCAGCATGCGGTTCGCTGTTTTGTGCAGGTGAATACTTCGCTTGAGCCGTCAAAGCACGGTTTGAAAACAGAGGAGGTCATCCCCTTTATCAGAGAGCTTTCTGAGTTTAGAAACATTTCTGTAGAGGGCCTGATGACGATGGCTCCCCTGACAGACGATACAGAAACGATCAGAGCCTGCTTCCGGCAATTGCGTGATCTGAGGGATCAGGTGCAAAAACTGAATCAGACAAACGCACCGTGCCGGGAACTGTCAATGGGCATGTCAAATGACTATGAAATCGCTGTTGAAGAGGGCGCAACTTTTATCAGAATCGGCTCTTCATTAGTCGGAAATGAACCGGGGGGTGTAAACAAATGA MRVADQLRHINERINEACNRSGRSPEDVTVIAVTKYVSAERAQEAVDAGITSLGENRDAELIHKQEVIKGSPEWHFIGSLQSRKVKAVVDRVSYIHSLDRLSLAKEIEKRAQHAVRCFVQVNTSLEPSKHGLKTEEVIPFIRELSEFRNISVEGLMTMAPLTDDTETIRACFRQLRDLRDQVQKLNQTNAPCRELSMGMSNDYEIAVEEGATFIRIGSSLVGNEPGGVNK NA NA NA NA NA D1-12_00711 459 sepF COG1799 Cell division protein SepF ATGAGCATGAAAAATAAACTGAAAAACTTTTTCTCAATGGATGAGGAGGAGTACGAGTACGAATACATTGAAACGGAGCAGGATCATCCGGAAGAGCATGAACAGCAGAAAGATAAACAGCCTGCTTACGCTCAGAAGCCGCAGGGCAAGCAGAACGTAGTAAGCTTGCAAAGTGTTCAGAAATCCTCTAAAGTGGTGTTGAGTGAACCGCGTGTATATGCGGAAGCGCAGGAAATCGCCGATCATTTAAAGAACAGGCGGGCGGTTGTCGTCAATCTGCAGCGCATCCAGCATGATCAGGCGAAAAGAATCGTCGACTTTTTAAGCGGTACCGTCTACGCCATCGGCGGCGACATTCAGAGAATCGGTTCAGATATTTTTCTGTGCACGCCTGATAATGTCGACGTTTCCGGCACGATTTCGGAGCTTATAAATGAAGACGAACATCAGAGGTGGTAA MSMKNKLKNFFSMDEEEYEYEYIETEQDHPEEHEQQKDKQPAYAQKPQGKQNVVSLQSVQKSSKVVLSEPRVYAEAQEIADHLKNRRAVVVNLQRIQHDQAKRIVDFLSGTVYAIGGDIQRIGSDIFLCTPDNVDVSGTISELINEDEHQRW NA NA NA NA NA D1-12_00712 279 hypothetical protein ATGATTCTTTATCAAATTTTTTCCGTTCTGAGTTATTTAATTTACATCTACTCGTTTGCCCTGATCATCTATATCTTTATGTCATGGGTGCCGAGTACGAGAGAAACGGCGGTCGGACGGTTTCTCGCAGCGATTTGCGAACCGTATTTAGAGCCGTTCAGAAGGATCATTCCGCCCATTGCCATGCTGGATATATCCCCGATTGTAGCGATTATCGTGCTTCGGTTTGCCACGACGGGACTTTGGGGCCTATACCGCATGATCGCAATGTATACTTGA MILYQIFSVLSYLIYIYSFALIIYIFMSWVPSTRETAVGRFLAAICEPYLEPFRRIIPPIAMLDISPIVAIIVLRFATTGLWGLYRMIAMYT PGPT0013730_3034 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 D1-12_00713 771 hypothetical protein ATGAGCGATATTTACCAGCACTTCAGACAAGACGAGCGGCCTTTTATTGATCAGGTGCTTGAATGGAAACAGATTGTCCTGGACCAGTATCGGATGAAGCTGACTGATTTCTTAGATCCCAGAGAACAGGTGATTGTAAAAGCCGTTATCGGCGACGCCTGCGGTCTTGCGTTTTTCGGAGGATATGACAGAGCTGAGCGCAAACGCGCGATTTTATACCCTGAATATATGGAACCTGAACAGGATGATTTTGAGCTTCGGGCTTTTGACGTTCAATACGCTGAAAAATTCGTCAGCATTGACCACCGCTCTCTTCTCGGATCATTAATGGGGATCGGCTTAAAGCGGCAGAAATACGGCGATCTGATTTTCTCAGAGGAAGCCGTGCAGCTCATCGTCTCTGGTGAAATCGCCGATTTTGTCAGCACTCAGCTGACCAAAGCGGGCAAAGCGCCGGTAAAGCTTGAGAAAATCGAGCTTTCCGCTCTTCACATTCCCGCTTCAGATGTCGAAATAAGGGATGACACGGTTTCTTCATTGCGTCTCGACGCCGTCTGCGCTTCAATGAGCAGGCAATCCCGTCAGAAAGCGCAGGCGCTTGTGAAAAACGGGCTCGTTAAGGTGAATTGGAAAGCCATTGAAGATCCGTCTTATCAGGTTGCTGAAGGGGACATGCTCTCGATTCGCGGCTTCGGACGATGCAGTTTGGCAAAAGTTGACGGAAAAACGAAAAAAGACAAATGGAAAGTTACATTTGAACGGCAAAAATGA MSDIYQHFRQDERPFIDQVLEWKQIVLDQYRMKLTDFLDPREQVIVKAVIGDACGLAFFGGYDRAERKRAILYPEYMEPEQDDFELRAFDVQYAEKFVSIDHRSLLGSLMGIGLKRQKYGDLIFSEEAVQLIVSGEIADFVSTQLTKAGKAPVKLEKIELSALHIPASDVEIRDDTVSSLRLDAVCASMSRQSRQKAQALVKNGLVKVNWKAIEDPSYQVAEGDMLSIRGFGRCSLAKVDGKTKKDKWKVTFERQK NA NA NA NA NA D1-12_00714 495 divIVA COG3599 Septum site-determining protein DivIVA ATGCCATTAACGCCGAATGATATCCATAACAAAACGTTTACAAAAGGTTTTCGCGGATATGATGAAGATGAAGTAAATGAATTTTTAATGCAGGTCAGAAAAGATTACGAAATCGCACTCCGTAAAAAAACGGAGCTTGAGGCGAAAGTGAACGAGCTGGACGAAAAAATCGGCCACTTTGCCAATATCGAAGAAACGCTGAATAAATCAATTCTCGTAGCTCAGGAAGCCGCAGAAGACGTAAAGCGCAACTCGCAGAAAGAAGCGAAGCTGATCGTCCGTGAAGCAGAAAAAAATGCTGATCGCATCATCAATGAGTCGCTTTCCAAATCAAGAAAAATCGCAATGGAAATTGAAGAGCTGAAAAAACAGTCTAAAGTCTTCAGAACGCGTTTCCAAATGCTGATTGAGGCGCAGCTCGACCTGCTGAAGAACGATGATTGGGATCATCTGCTGGAATACGAAGTCGACGCGGTTTTTGAGGAAAAAGAATAA MPLTPNDIHNKTFTKGFRGYDEDEVNEFLMQVRKDYEIALRKKTELEAKVNELDEKIGHFANIEETLNKSILVAQEAAEDVKRNSQKEAKLIVREAEKNADRIINESLSKSRKIAMEIEELKKQSKVFRTRFQMLIEAQLDLLKNDDWDHLLEYEVDAVFEEKE PGPT0014805_769 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-CELL_GROWTH_SIGNALLING,PGPT0014805-divIVA-K04074 NA NA D1-12_00715 2766 ileS COG0060 Isoleucine--tRNA ligase ATGGATTACAAAGATACGCTGTTAATGCCGAAAACAGATTTTCCGATGCGCGGAAATCTGCCGAATCGTGAGCCGGACATGCAAAAAGACTGGGAGGAGCAGGACATTTACCGTCTTGTTCAAGAACGGACGAAAGACCGCCCGAAATTCGTGCTGCATGACGGACCTCCTTATGCAAACGGAGACATCCACATGGGCCATGCCCTGAACAAAATCCTGAAAGACTTCATCGTCCGCTATAAATCAATGAGTGGCTACAACGCACCGTACGTGCCGGGCTGGGATACGCACGGACTGCCGATTGAAACGGCGCTGACGAAAAACAAAAAAGTAAACCGCAAAGAAATGTCAGTAGCGGAATTCCGCAAACTATGCGAAGAGTACGCTTGGAAGCAAATCGAGGGACAGCGTGAGCAATTCAAACGTCTTGGTGTCCGCGGTGACTGGGAAAACCCATACGTGACATTAAAACCGGAATACGAAGCGCAGCAAATCCGCGTATTTGGTGAAATGGCAAAACGAGGCTACATTTACAAAGGCCTTAAACCGGTTAACTGGTCACCTTCAAGTGAGTCTGCTCTGGCTGAAGCCGAGATCGAATATCAAGACAAACGTTCAGCATCTATTTACGTCGCTTTTGGTGTAAAAGACGGAAAAGGCGTTCTTGAAAACGGCGAGCGCATCATCATTTGGACAACAACGCCTTGGACAATTCCGGCGAACCTCGGAATCTCAGTGCACCCTGATCTTGAGTACAGCGTGATTGCAGTAGGTGAAGACCGCTTTGTCGTAGCAAGTGCCTTAGTCGAAAGTGTTGCATCAGCATGCGGATTTGATCAGTATGAAGTGACAAGAACGGTCAAAGGAAAAGACCTTGAGAACATTATCGCTGAACACCCGCTATATGGCAGAGACTCTCTCGTTATGCTTGGTGAACACGTAACAACTGATGCCGGAACAGGCTGTGTTCATACAGCGCCAGGACATGGGGAAGATGACTTTATCATTGGCCAAAAATACGGTTTAGATGTGCTTTGCCCGGTCGATGAAAAAGGTGTAATGACAAGCGAAGCTCCTGGGTTTGAAGGCATGTTCTATGATGATGCAAACAAAGCGATCACACAGCAGCTCGATGAAAAAGGCGCACTTGTGAAGCTTGAATTCATTACTCACTCTTATCCGCATGATTGGAGAACAAAAAAACCAACCATTTTCAGAGCGACAGCGCAATGGTTTGCGTCTATTAAAGATTTCAGATCAGACCTGCTGGATGCCATTAAAGAAACCAAATGGGTTCCTGAATGGGGTGAGCAGCGTTTGCACAACATGGTTCGGGACCGCGGAGACTGGTGTATTTCCAGACAGCGTGCGTGGGGTGTGCCGATTCCGGTATTTTACGCTGAAAACGGAGAACCGATTATTACAGATGAAACCATTGAACATGTTTCTGAATTGTTCAGACAGCACGGATCAAACATTTGGTTTGAAAAAGAAGCAAAGGATCTTCTTCCGGAAGGCTTTACGCATCCTGGCAGCCCGAACGGCACATTTACAAAAGAACAGGATATCATGGATGTTTGGTTTGATTCAGGCTCTTCACATCAAGCAGTGCTTGAAGAACGTGATGACCTCGTTCGCCCGGCTGATTTATACCTAGAGGGATCTGACCAATATCGCGGCTGGTTTAACTCTTCTCTTTCTACAGCAGTAGCCGTAACAGGAAAAGCGCCGTATAAAGGTGTGCTCAGCCATGGGTTCGCACTGGATGGAGAAGGACGCAAGATGAGTAAATCAATCGGTAACGTTGTTGTTCCGGCTAAAGTCATGAAACAGCTTGGTGCCGACATCTTAAGATTATGGGTATCGTCAGTGGATTATCAGGCGGACGTTCGCGTGTCTGACGCCATTCTGAAGCAGGTTGCGGAAGTATACCGGAAAGTCCGCAACACGTTCCGCTTCCTTCACGGCAACCTGTTCGATTTCAATCCAAGTGTCAATGCCGTTGATGTAAAAGATCTCCGCGAAGTGGATCAATATATGCTGATCAAGCTGAATAAGCTGATTGATAAGGTGAAAAAAGCGTACGATGAATATGAATTTGCGGTGGTTTATCACAGCATTCACAATTTCTGTACGATCGAGCTCAGCTCCTTCTATCTTGATTTTGCAAAAGATGTTGTGTACATCGAGCATGCGGATCATCCGGACCGCCGCAGCATGCAGACCGTCTTTTATGAAACGCTGCTGGCGTTAGTGAAGCTGACGGCGCCGATTCTCCCGCATACGGCGGATGAAATGTGGTCTCACTTATCATTTGTTGAAGAAGCAAGCGTGCAGCTGACAGATATGCCGGAAACCATTGCTGTTCCGGACAGTCAAGCGACAGAAGAAAAGTTCGACCGCTTCATGGAGCTTCGAAACGACGTGCTGAAAGCTTTGGAAACAGCCCGTAACGAAAAAATTATCGGAAGATCATTGGAAGCGAGCCTGACTTTGTATCCGAACAAAGAAAACCGCGACCTCTTGTCATCCATTAAAGAAAACATCGCGCAGCTGTTTATCGTCTCAGAACTGACAGTAAAAGACGAAAGTGAAGCGCCTGAAAACGCGCAAAGTTTCACAACAGGAAAAATAACCGTAGAAAAAGCGGAAGGCCAGATGTGTGAACGTTCCCGCGTCATTTCTAAAGATGTCGGAGCCAATCCGAAATATCCGACATTATCACTGCGCAATGCGGAAATCGTTGAAAAATATTATCAAAAATAA MDYKDTLLMPKTDFPMRGNLPNREPDMQKDWEEQDIYRLVQERTKDRPKFVLHDGPPYANGDIHMGHALNKILKDFIVRYKSMSGYNAPYVPGWDTHGLPIETALTKNKKVNRKEMSVAEFRKLCEEYAWKQIEGQREQFKRLGVRGDWENPYVTLKPEYEAQQIRVFGEMAKRGYIYKGLKPVNWSPSSESALAEAEIEYQDKRSASIYVAFGVKDGKGVLENGERIIIWTTTPWTIPANLGISVHPDLEYSVIAVGEDRFVVASALVESVASACGFDQYEVTRTVKGKDLENIIAEHPLYGRDSLVMLGEHVTTDAGTGCVHTAPGHGEDDFIIGQKYGLDVLCPVDEKGVMTSEAPGFEGMFYDDANKAITQQLDEKGALVKLEFITHSYPHDWRTKKPTIFRATAQWFASIKDFRSDLLDAIKETKWVPEWGEQRLHNMVRDRGDWCISRQRAWGVPIPVFYAENGEPIITDETIEHVSELFRQHGSNIWFEKEAKDLLPEGFTHPGSPNGTFTKEQDIMDVWFDSGSSHQAVLEERDDLVRPADLYLEGSDQYRGWFNSSLSTAVAVTGKAPYKGVLSHGFALDGEGRKMSKSIGNVVVPAKVMKQLGADILRLWVSSVDYQADVRVSDAILKQVAEVYRKVRNTFRFLHGNLFDFNPSVNAVDVKDLREVDQYMLIKLNKLIDKVKKAYDEYEFAVVYHSIHNFCTIELSSFYLDFAKDVVYIEHADHPDRRSMQTVFYETLLALVKLTAPILPHTADEMWSHLSFVEEASVQLTDMPETIAVPDSQATEEKFDRFMELRNDVLKALETARNEKIIGRSLEASLTLYPNKENRDLLSSIKENIAQLFIVSELTVKDESEAPENAQSFTTGKITVEKAEGQMCERSRVISKDVGANPKYPTLSLRNAEIVEKYYQK NA NA NA NA NA D1-12_00716 372 hypothetical protein ATGAATGATCAACTGACCGCAATCCACACGGAGCTTCTCATGATGAAAGAAGAACTTCAATCAAGATTATTCGAATATTCTTGCTTTCAAATGTCAGCATCTGTTGAACCTTCAATGAACGACCAAGAAGCAACTCTGATCTATCATATAAAAGAAGAACTTCAGGACGTTCTTCTTGCCCTGTCTAAGTTTGAAAACAATACGTACGGTTATTGTGAAAAAACAGGCGCCCCCATTCCGATTGAAAAACTTGCGGTGTTGCCGACGGCCAGAACCGCTGATGATTTTTATTATCCCGCTCAATTTGAAAAGAAAACCCTTCCATATTGGGAACCCGGAGATTATGCATATGATCAGGCGCTGTATGAGTGA MNDQLTAIHTELLMMKEELQSRLFEYSCFQMSASVEPSMNDQEATLIYHIKEELQDVLLALSKFENNTYGYCEKTGAPIPIEKLAVLPTARTADDFYYPAQFEKKTLPYWEPGDYAYDQALYE PGPT0014560_2866 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 D1-12_00717 462 lspA COG0597 Lipoprotein signal peptidase GTGCTTTATTATCTTATCGCTCTTTTTATTATTATTGCCGACCAATTGACCAAATGGCTTGTCGTCAGCCATATGGAATTGGGACAAAGCATACCTGTCATCAATCAGGTGCTTTATATCACATCTCATCGCAACACGGGAGCGGCGTGGGGGATTTTAGCCGGCCAAATGTGGTTTTTCTACGTCATTACCATCGCCGTGATTATCGGAATCGTTTATTACATACAGCGTTATGCAAAAGGGCAGATGTTACTCGGAATTTCTCTCGGCTTAATGCTGGGCGGTGCGGCCGGAAACTTTATTGACCGGGCGGCGCGCCAGGAAGTGGTGGATTTTATTCATGTCATCATCGTGGATTATCACTATCCGATTTTTAATATCGCGGACTCCTCACTGTGCGTCGGTGTAATACTTTTATTTATTCATATGCTGTTTGACAGCGGGAAAAAGAAGGAGCAATAA MLYYLIALFIIIADQLTKWLVVSHMELGQSIPVINQVLYITSHRNTGAAWGILAGQMWFFYVITIAVIIGIVYYIQRYAKGQMLLGISLGLMLGGAAGNFIDRAARQEVVDFIHVIIVDYHYPIFNIADSSLCVGVILLFIHMLFDSGKKKEQ PGPT0004770_4751 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_LEAD_RESISTANCE LEAD_RESISTANCE-PBR_TRANSPORT_SYSTEM,PGPT0004770-pbrB|pbrC-K03101 NA NA D1-12_00718 915 rluD_2 COG0564 Ribosomal large subunit pseudouridine synthase D ATGAATCAATTTGAGATAACCGTTCAGCCTGAACAAAAGAGCGAACGGATTGATAAATTTTTGGCTTCAACGGGAGAAAACTGGTCACGCACTCAAGTGCAGCAGTGGGTAAAAGAGGGACTGGTATCCGTTAATGGCAAATCCGTAAAAGCGAACTACAAAATGCAGCCCGGCGATCAGGTAAACGTCACCATTCCTGAACCGGAAGAACTGGACGTGCTTGCGGAGCCGATGGATTTGGACATTTACTATGAGGATCAGGACGTCTTGGTTGTGAACAAACCGCGGGGCATGGTTGTACACCCGGCGCCCGGCCATGTGACAGGGACGCTTGTAAACGGATTGATGGCTCACTGCAACGACCTTTCCGGCATTAACGGCGTCATGCGCCCGGGAATCGTCCACCGTATTGATAAAGATACTTCCGGTCTGTTAATGGTCGCTAAAAACGATATGGCGCATGAATCACTCGTTAATCAGCTCGTCAATAAAACCGTGACCAGAAAGTACACAGCGGTTGTCCACGGGATGATTTCACATGATGACGGAACGATTGACGCTCCGATCGGGAGAGATAAAAAAGACCGTCAAAGCATGACCGTAACAAGAGAAAGCAGCAAAAACGCAGTTACGCATTTCCACGTGCTTGAGCGTTTTCAAGATTTCACGCTCGTAGAGTGCCGTCTTGAGACCGGAAGAACGCATCAGATCCGTGTTCATATGAAATATATCGGGTTTCCTTTGGCAGGCGATCCGAAATACGGACCGAGAAAAACCGTTGATTTTAACGGTCAGGCGCTTCATGCCGGAATATTAGGTTTTGACCATCCGCGGACGGGCGAATACATGGAGTTTGAAGCGCCCCTTCCTGAAGATATGAAAAAACTCATTGAAGATTTAAGAAATAGCCATTGA MNQFEITVQPEQKSERIDKFLASTGENWSRTQVQQWVKEGLVSVNGKSVKANYKMQPGDQVNVTIPEPEELDVLAEPMDLDIYYEDQDVLVVNKPRGMVVHPAPGHVTGTLVNGLMAHCNDLSGINGVMRPGIVHRIDKDTSGLLMVAKNDMAHESLVNQLVNKTVTRKYTAVVHGMISHDDGTIDAPIGRDKKDRQSMTVTRESSKNAVTHFHVLERFQDFTLVECRLETGRTHQIRVHMKYIGFPLAGDPKYGPRKTVDFNGQALHAGILGFDHPRTGEYMEFEAPLPEDMKKLIEDLRNSH NA NA NA NA NA D1-12_00720 546 pyrR COG2065 Bifunctional protein PyrR GTGAATCAAAAAGCTGTTATTCTCGACGAACAGGCGATCAGGCGGGCGCTGACAAGGATAGCCCATGAAATGATCGAACGGAATAAAGGAATGAATGACTGCATTCTTGTAGGAATTAAAACAAGAGGCATTTATTTAGCGAAGCGGCTGGCCGAGCGGATCGAACAGATTGAAGGGAATCCGGTCACCGTCGGGGAAATCGATATCACCCTTTACCGTGACGATCTCACGAAAAAAACGAGCAATGAAGAGCCGCTTGTAAAAGGCGCGGACATTCCGGCCGATATCACAGACCAAAAGGTCATTGTGGTTGATGATGTGCTTTATACCGGCCGGACGGTGAGAGCTGCGATGGATGCCCTCGTTGATGTCGGGCGGCCGTCATCGATACAGCTTGCCGTGCTTGTCGACAGAGGGCACCGGGAACTGCCGATCAGAGCGGACTATATCGGGAAAAACATTCCGACCTCAAAAGCTGAAAAAGTGATGGTTCAGCTGAGCGAAGTTGATCAGACTGATATGGTCGCCATTTATGAAAATGAATAA MNQKAVILDEQAIRRALTRIAHEMIERNKGMNDCILVGIKTRGIYLAKRLAERIEQIEGNPVTVGEIDITLYRDDLTKKTSNEEPLVKGADIPADITDQKVIVVDDVLYTGRTVRAAMDALVDVGRPSSIQLAVLVDRGHRELPIRADYIGKNIPTSKAEKVMVQLSEVDQTDMVAIYENE PGPT0021245_1031 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021245-pyrR-K02825 NA NA D1-12_00722 1311 pyrP Uracil permease ATGAGTAAGAAAAAAGTAAACCTAGGAGTCAGGGACGTCCCCAATCCATTGTCCTGGCTGTCATTCAGCCTGCAGCATTTATTCGCCATGTTCGGCTCAACCATACTCGTGCCGAAACTGGTCGGAATGAGCCCGGCAGTGGCGCTTGTCACGAGCGGAATCGGGACACTCGCCTATCTCTTGGTGACAAAAGGCCAGATTCCCGCTTATCTCGGCTCATCATTCGCCTTTATATCACCGATTATCTTGGTGAAGGCGACGGGAGGGCCGGGGGCTGCCATGGTCGGCGCTTTCCTGGCGGGAATTGTGTACGGCCTGATCGCACTTCTCATCAGGCAGCTTGGAACGGGGTGGCTGATGAAGCTGCTGCCCCCGGTGGTCGTCGGGCCGGTCATCATCGTCATCGGCCTCGGACTGGCAAGCACAGCCGTCAATATGGCAATGTATGCTGATCCGAATGCGAAGGAACTCGTCTACAGCTTGAAACATTTCAGTGTAGCCGGCGTCACTTTGGCAATCACCATTATCTGCGCCATCTTTTTACGAGGATTTTTAAGCCTGATTCCGGTATTGATCGGCATTATAGGCGGATATCTGTTTGCGCTGACACAGGGCATCGTCAATTTTCAGCCGGTCATTGATGCAAAGTGGTTCGCCGTTCCTGAATTTATCATCCCTTTCAAAGACTATACGCCGTCAGTGACATTGGGCATTGCGGCTGCGATGGTGCCGGTCGCTTTCGTGACGATGTCAGAACATATCGGCCACCAAATGGTGCTGAGTAAAGTCGTCGGACAGGATTTCATTAAAAAGCCGGGACTGCACCGCTCCATAATGGGGGACAGCGTAGCGACGATTATCGCTTCGTTAATCGGCGGCCCGCCGACGACAACATACGGCGAAAACATCGGTGTACTGGCAATTACGAGAGTTTTCAGCGTTTTTGTCATCGGCGGCGCGGGTGTGATTGCGCTGTGCTTCGGATTTATCGGAAAAGTTTCAGCGCTGATCAGTTCTGTTCCGTCCGCGGTTATGGGAGGCGTTTCCTTCCTGCTCTTCGGAATTATCGCCTCCAGCGGCTTAAGAATGCTGATTGACAACAACATTGATTATGAAAACAAGAGAAATTTAATTATCACGTCCGTCATCCTCGTGATCGGCGTCGGAGGGGCTTTTATTCAAGTATCAAAAGGTGGGTTCCAAATATCCGGCATGGCGCTTGCGGCAATTGTCGGAGTCATCCTGAACCTTATCCTGCCGCATGCAAATGAAGAAGACGCGATTGCATCAGAAAAACAAAATCATATGTAA MSKKKVNLGVRDVPNPLSWLSFSLQHLFAMFGSTILVPKLVGMSPAVALVTSGIGTLAYLLVTKGQIPAYLGSSFAFISPIILVKATGGPGAAMVGAFLAGIVYGLIALLIRQLGTGWLMKLLPPVVVGPVIIVIGLGLASTAVNMAMYADPNAKELVYSLKHFSVAGVTLAITIICAIFLRGFLSLIPVLIGIIGGYLFALTQGIVNFQPVIDAKWFAVPEFIIPFKDYTPSVTLGIAAAMVPVAFVTMSEHIGHQMVLSKVVGQDFIKKPGLHRSIMGDSVATIIASLIGGPPTTTYGENIGVLAITRVFSVFVIGGAGVIALCFGFIGKVSALISSVPSAVMGGVSFLLFGIIASSGLRMLIDNNIDYENKRNLIITSVILVIGVGGAFIQVSKGGFQISGMALAAIVGVILNLILPHANEEDAIASEKQNHM NA NA NA NA NA D1-12_00724 915 pyrB COG0540 Aspartate carbamoyltransferase ATGAATCATTTAACGGCGATGTCTGAACTGAGCACTGCTGAAATTACAGAACTGCTGCGTGAGGCAAAAGCGATAAAAGAGGGAACAGTCCGCCCCGATCTCGCGGGAAAATTTGTTGCGAATCTGTTTTTTGAACCGAGCACGAGAACGCGGTTCAGCTTTGAAGTGGCGGAAAAGAAACTCGGAATGAACGTGCTCAGCTTAGACGATACGAGCACAAGCGTTCAAAAAGGCGAGTCCTTATATGACACGGTCAAAACACTGGAATCAATCGGAGCGGACGCCTGCGTCATCCGGCACAGCACGGATGAATATTACAAAGATCTGACCGGCAGAGTCAATATTCCGATCTTAAACGCCGGCGACGGCTGCGGCCAGCACCCGACTCAGTCATTGCTCGATTTAATGACGATTCAAGAGGAATTTGAGACCTTTCAGGGCCTGACGGTTTCCATTCATGGCGATATCAAACACAGCAGGGTGGCAAGGTCGAATGCCGAGGTGCTGACAAGGCTCGGCGCACGCGTGCTGTTTTCTGGTCCGCCGCAATGGCAGGATGAGAAAAACGCCTTCGGCACCTGTGTTCAGACGGATGAAGCCATACAAGCTTCAGATGTCGTCATGCTGCTCCGCATCCAAAATGAAAGGCATCAGACAGAAGCCGACCAAAAAGGCTACCTGGAAGCATACGGGCTGACCGCAAAGCGGGCGGAGAGCATGAAGCGGCATGCCATCATCATGCATCCCGCACCGGTGAACAGAGGAGTCGAAATTGACACAACATTAGTGGAATGCAGAAAATCAAGAATCTTTAAACAAATGGAAAATGGTGTGTATATCAGAATGGCAGTCTTAAAAAGAGCACTGCAAACCAATGTGAAAAGGGGAGAAGCGGCTTATGTCTTATCTCATTAA MNHLTAMSELSTAEITELLREAKAIKEGTVRPDLAGKFVANLFFEPSTRTRFSFEVAEKKLGMNVLSLDDTSTSVQKGESLYDTVKTLESIGADACVIRHSTDEYYKDLTGRVNIPILNAGDGCGQHPTQSLLDLMTIQEEFETFQGLTVSIHGDIKHSRVARSNAEVLTRLGARVLFSGPPQWQDEKNAFGTCVQTDEAIQASDVVMLLRIQNERHQTEADQKGYLEAYGLTAKRAESMKRHAIIMHPAPVNRGVEIDTTLVECRKSRIFKQMENGVYIRMAVLKRALQTNVKRGEAAYVLSH PGPT0021160_4319 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021160-pyrB-K00609 NA NA D1-12_00725 1287 pyrC COG0044 Dihydroorotase ATGTCTTATCTCATTAAAAACGGCTGGATGTTAAATGAACAGGGAGAAAAAGTGGCACAGGACATCCGGGTAACGGGTGAATTCATTACGGAAACCGGGCTTCTGACAGTGAAAGAAGGAGAAACGGTGATCGACGCTGAGGGACTGTTCGTTTCACCGGGGCTCGTAGACCTTCATGTCCACTTCAGAGAACCGGGCGGCGAGAAAAAAGAAACCATTGAGACGGGCTCTAAAGCCGCGGCGCGGGGCGGCTTTACCACAGTCGCAGCCATGCCGAATACAAGGCCGGTGCCGGATACGAAAGAGCAGATGGAATGGCTGCAAAACCGGATCAAAGAAACCTCATCTGTCAGGGTCCTTCCTTACGCATCCATTACGATCAGACAAACCGGCGAAGAAATGACAGATTTTGAGGCGCTTCATGAAGCGGGCGCATTCGCCTTCACCGATGACGGCGTCGGCGTTCAGACGGCCGGAATGATGTATGAAGCCATGAAACGGGCGGCTTCAATGAATAAAGCGATTGTCGCTCATTGTGAGGATAACTCGCTTATTTACGGAGGAAGCGTGCATGAAGGATCTTTTTCAAAAGCGAACGGCCTGAACGGCATACCTTCCATTTGTGAAGCGGTACATATCGCCCGTGACGTCCTGCTGGCGGAAGCGGCGGACTGCCATTACCATGTGTGTCATATCAGCACGAAAGAATCCGTCAGAGCCGTAAGAGACGCAAAAAAAGCGGGAATCCGCGTGACGGCGGAAGTGTCGCCGCACCACCTGCTGCTTTGTGACGAAGATATCCCGGGACTTGATACCAATTTTAAAATGAATCCGCCGCTTCGCAGCAAAGAGGACAGAGAGGCGCTGATTGAAGGGCTTTTAGACGGTACGATTGATTTCATCGCCACTGACCATGCGCCGCATACAGAAGAAGAGAAAAACACGGATATGAAGCTTGCGCCTTTCGGTATCGTCGGTTTAGAAACAGCCTTTCCGCTTCTGTACACACATTTTGTGAAAAACGGGACGTGGACGCTGAAGCAGCTGGTTGATTTCATGACGGTAAAACCTTGCGAGGCCTTCGGTCTTCCGTACGGAACGCTTGCACCGGGGGCGCCGGCTGACATTACCCTGATTGATCTGGAAAAAGAAGCAGCCATTGACAAAGATACATTTTTATCTAAAGGAAAAAATACGCCATTCAACAAGATGAAGTGCTTCGGCTGGCCTGTTGCAACGATGGCTGCCGGTAAGCTTGCATATGAAGAAGGGAGACTCGTCAAATGA MSYLIKNGWMLNEQGEKVAQDIRVTGEFITETGLLTVKEGETVIDAEGLFVSPGLVDLHVHFREPGGEKKETIETGSKAAARGGFTTVAAMPNTRPVPDTKEQMEWLQNRIKETSSVRVLPYASITIRQTGEEMTDFEALHEAGAFAFTDDGVGVQTAGMMYEAMKRAASMNKAIVAHCEDNSLIYGGSVHEGSFSKANGLNGIPSICEAVHIARDVLLAEAADCHYHVCHISTKESVRAVRDAKKAGIRVTAEVSPHHLLLCDEDIPGLDTNFKMNPPLRSKEDREALIEGLLDGTIDFIATDHAPHTEEEKNTDMKLAPFGIVGLETAFPLLYTHFVKNGTWTLKQLVDFMTVKPCEAFGLPYGTLAPGAPADITLIDLEKEAAIDKDTFLSKGKNTPFNKMKCFGWPVATMAAGKLAYEEGRLVK PGPT0021145_2961 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021145-pyrC-K01465 NA NA D1-12_00726 1095 carA_2 Carbamoyl-phosphate synthase small chain ATGAAAAGAAGACTAGTGCTGGAAAATGGAGCGGTATTTGAGGGTGAAGCATTCGGGAGCCTGGAACATACCGCGGGTGAAGTTGTATTCAACACGGGAATGACCGGTTATCAGGAAATTTTATCAGACCCTTCTTACTGCGGGCAGATCGTGACGCTGACGTATCCTCTGATCGGCAACTACGGAATTAACAGAGATGACTTTGAATCCATCACTCCTTTTGTAAAAGGGCTGATCGTAAAAGAACTGTGCGAGCTGCCTTCCAACTGGCGTTCGGCTTACACGCTTGACGAGTATCTGAAAATGAAAAATATCCCCGGCTTACAAGGGATTGACACGAGAAAGCTCACAAGAATGATCCGCACGGCCGGCGCATTAAAAGGAACGTTTGCTTCAAGTGAGGAGAATGTCGGTGAGGTTCTTGCGAGGCTGAAAGAAACGGAACTGCCGAGAAATCAAGTCGCTCAAGTATCTGCGAAAACGGCATATCCGAGTCCGGGCCGCGGCAAACGCATCGTACTCGTCGATTTCGGTATGAAGCACGGCATTTTAAGAGAGTTAAACAAAAGAAAATGCGATGTCATCGTTGTGCCGTACAATGTAACGGCGGAAGAAGTGCTTCAGCTCAAGCCGGACGGCATCATGCTTTCTAACGGACCCGGAGATCCGAAAGATGTGCCGGAAGCCATTGAAATGATAAAAGGCATACTCGGGAAGGTGCCGTTATTCGGAATCTGCCTCGGCCACCAATTATTTGCGCTGGCATCCGGAGCGGAAACGGAAAAAATGAAATTCGGACACAGGGGTTCCAATCATCCGGTTAAAGAGCTTGCGACAGGGAAAGTCGCTTTAACCGCCCAAAACCACGGATATACAGTTTCTTCAATAGATAAGACAGAGCTTGAAGTGACGCACATTGCGATCAATGATCAAACGATCGAAGGACTCAAGCATAAAACATTGCCGGCATTTACGGTTCAGTACCACCCTGAAGCTTCACCGGGGCCGGAAGACGCCAATCATTTATTTGACAGATTCATTGACTTGATCGAAACAACTGAGAAAGAAGGGGAAGCGGTATGCCAAAACGCGTAG MKRRLVLENGAVFEGEAFGSLEHTAGEVVFNTGMTGYQEILSDPSYCGQIVTLTYPLIGNYGINRDDFESITPFVKGLIVKELCELPSNWRSAYTLDEYLKMKNIPGLQGIDTRKLTRMIRTAGALKGTFASSEENVGEVLARLKETELPRNQVAQVSAKTAYPSPGRGKRIVLVDFGMKHGILRELNKRKCDVIVVPYNVTAEEVLQLKPDGIMLSNGPGDPKDVPEAIEMIKGILGKVPLFGICLGHQLFALASGAETEKMKFGHRGSNHPVKELATGKVALTAQNHGYTVSSIDKTELEVTHIAINDQTIEGLKHKTLPAFTVQYHPEASPGPEDANHLFDRFIDLIETTEKEGEAVCQNA PGPT0021155_4225 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021155-carA-K01956 NA NA D1-12_00727 3216 carB_2 Carbamoyl-phosphate synthase large chain ATGCCAAAACGCGTAGATATTAAAAAGATTTTAGTGATCGGATCAGGCCCGATTATTATCGGACAGGCGGCGGAATTTGATTATGCGGGCACACAGGCGTGTCTCGCTTTAAAGGAAGAAGGCTATGAAGTCGTTCTCGTCAACTCGAATCCGGCAACGATTATGACGGATACGGAAATGGCTGATCGGGTATACATAGAGCCGCTGACGCCGGAGTTTCTCACGCGTATTATCAGAAAAGAACGGCCGGACGCCATCCTGCCGACTCTGGGAGGACAGACCGGACTGAATCTTGCCGTCGAGCTGTCTGAACTCGGGGTTCTTGAGGAATGCGGGGTGGAAGTGCTCGGCACAAAGCTGTCCGCCATCCAGCAGGCGGAAGACCGCGACTTATTCCGTACGCTGATGAATGAGCTGAATGAACCGGTGCCGGAAAGTGAGATCATCCGCACTTTACAGGAAGCCGAGGAATTTGTCGGCCGGATCGGGTTTCCGGTTATCGTGCGTCCCGCTTACACTTTAGGCGGAACGGGCGGCGGCATCTGCTCGAATGAAGCAGAACTGAAAGAGATCGTCGAAAACGGATTAAAACTCAGCCCTGTCCATCAGTGCCTTCTGGAAAAAAGCATTGCCGGTTACAAAGAGATCGAATATGAAGTCATGAGAGACAGCAGAGATCACGCGATCGTCGTTTGCAACATGGAAAATATCGATCCGGTCGGCATCCATACGGGCGACAGCATCGTCGTTGCCCCGAGCCAGACTTTGAGCGACCGGGAATATCAGCTTTTGCGCAATGTTTCATTAAAGCTGATCCGCGCGCTCGGCATTGAAGGCGGCTGTAATGTTCAGCTCGCGCTCGATCCCGACAGCTTCCAATATTACATTATCGAAGTGAATCCGCGGGTGAGCCGCTCATCTGCCCTCGCTTCAAAAGCGACGGGTTACCCGATCGCAAAGCTTGCGGCGAAAATCGCAGTCGGGCTTTCTCTTGATGAAATGATGAATCCCGTAACAGGAAAAACATATGCGGCTTTTGAGCCCGCGCTTGACTATGTCGTTTCTAAAATCCCGCGCTGGCCGTTCGACAAATTTGAGTCGGCAAACCGCAGGCTCGGAACGCAAATGAAAGCCACCGGAGAGGTCATGGCCATCGGACGCACCCTTGAAGAATCGCTGTTAAAGGCGGTCCGCTCACTGGAAGCCGATGTCTATCACTTGGAACTGAAGGATGCGGAAGAGATTTCTGACGGACTTTTGGAAAAACGGATCAGAAAAGCCGGGGATGAACGCCTGTTTTATCTTGCTGAAGCGTTCAGAAGAGGCTATACAGTGGAGCAGCTTCATGAGTTTTCCGCAATTGACGTATTCTTTTTGCACAAGCTCTGTAAGCTGGTCGCTTTTGAAACAGAGCTGAAAGCGGAAAAAGGCAGCCTCGCCGTCCTTCAGACAGCGAAGGAACTCGGTTTCTCCGACAAATATATCAGCCGGGAATGGAATATGCCGGAACAAGAGCTGTATCAAATGCGAAAAGAAGCAGACATCAAGCCTGTATATAAAATGGTGGATACATGCGCGGCGGAATTCGAATCAGAAACCCCGTACTTCTACAGCACATATGAGGAAGAGAACGAGTCTGAGGTTACTTCAAGAAAAAGCGTCGTCGTCCTCGGTTCCGGCCCGATCCGTATCGGACAGGGCGTCGAATTTGACTATGCGACCGTTCATTCTGTCTGGGCGATCAAGCAGGCAGGTTATGAAGCGATTATTATCAACAACAACCCTGAGACGGTGTCCACTGATTTCAGCATATCAGACAAACTGTATTTTGAACCGCTGACGGTTGAAGATGTCATGCACATCATCGATTTGGAACAGCCGGAAGGCGTTGTTGTCCAATTCGGCGGCCAGACGGCGATCAATCTTGCGGAAGAATTGAGCGCCCGCGGCGTCAAAATTCTCGGCACATCACTAGAAGATTTAGACCGTGCGGAAGACCGGGATAAGTTCGAGCAGGCGCTTGAGGCGCTGAATGTGCCGCAGCCGCTCGGAAAAACCGCCGTGTCGGTGAACGAAGCGGTCAAAATCGCCGCATCCATCGGCTATCCGGTACTTGTCCGCCCTTCGTATGTGCTCGGCGGCCGGGCGATGGAGATCGTCTATCACGAAGAAGAGCTGCTTCACTATATGAAAAATGCGGTCAAAATCAACCCGCAGCATCCGGTGTTAATCGACCGTTATCTGACGGGGAAAGAAATCGAAGTCGATGCCGTATCTGACGGCGAAACAGTCGTTATTCCGGGAATTATGGAGCATATCGAGCGGGCCGGCGTCCATTCAGGGGATTCAATCGCCGTCTATCCGCCTCAGTCTTTAAGCGAAGACATTAAGAAAAAAATCGAACAATACACTGTAGCCTTGGCAAAAGGCCTTAACATCATCGGGTTGCTGAACATCCAGTTCGTCCTGTCGCAAGGTGAGGTGTATGTGCTTGAGGTAAATCCGCGGTCAAGCAGAACCGTGCCGTTCTTAAGCAAAATCACAAAAATCCCAATGGCGAACCTGGCGACAAAGGTCATCCTCGGTCAAAAGCTTGCTGATTTCGGCTATCAAGAGGGGCTGCAGCCTGAACAGCAGGGGGTATTCGTGAAAGCGCCTGTCTTCTCATTCGCGAAGCTGAGAAGAGTGGATATTACGTTAGGCCCTGAAATGAAGTCGACGGGAGAGGTCATGGGCAAAGATTCAACCCTGGAAAAAGCGCTCTATAAAGCGCTGATTGCTTCTGGCATTCAAATCCCGAACTACGGCTCAGTGCTGTTGACTGTTGCCGATAAAGATAAAGAAGAAGGACTGCTGATCGCCAAGCGGTTCCACGCCATCGGCTATAAAATCTTGGCAACGGAAGGAACGGCGGCTTATTTGAAAGACGCTCAGATTCCGGCTCAGGTCGTCGGAAAAATCGGCGAAGAAGGGAAAAATCTGCTCGATGTCATCAGAAACGGCGAAGCGCAATTTGTCATCAATACGCTGACAAAGGGCAAACAGCCGGCCAGAGACGGCTTCAGAATCCGCCGCGAATCCGTTGAGAACGGAGTCGCCTGCCTGACATCTTTAGATACGGCCGAAGCCATTTTGCGGGTACTGGAAAGCATGACATTCCGGGCGGATCATATGCCTGCATCCGAAACCAATCAAAAGGCGGCAGTCACGATATGA MPKRVDIKKILVIGSGPIIIGQAAEFDYAGTQACLALKEEGYEVVLVNSNPATIMTDTEMADRVYIEPLTPEFLTRIIRKERPDAILPTLGGQTGLNLAVELSELGVLEECGVEVLGTKLSAIQQAEDRDLFRTLMNELNEPVPESEIIRTLQEAEEFVGRIGFPVIVRPAYTLGGTGGGICSNEAELKEIVENGLKLSPVHQCLLEKSIAGYKEIEYEVMRDSRDHAIVVCNMENIDPVGIHTGDSIVVAPSQTLSDREYQLLRNVSLKLIRALGIEGGCNVQLALDPDSFQYYIIEVNPRVSRSSALASKATGYPIAKLAAKIAVGLSLDEMMNPVTGKTYAAFEPALDYVVSKIPRWPFDKFESANRRLGTQMKATGEVMAIGRTLEESLLKAVRSLEADVYHLELKDAEEISDGLLEKRIRKAGDERLFYLAEAFRRGYTVEQLHEFSAIDVFFLHKLCKLVAFETELKAEKGSLAVLQTAKELGFSDKYISREWNMPEQELYQMRKEADIKPVYKMVDTCAAEFESETPYFYSTYEEENESEVTSRKSVVVLGSGPIRIGQGVEFDYATVHSVWAIKQAGYEAIIINNNPETVSTDFSISDKLYFEPLTVEDVMHIIDLEQPEGVVVQFGGQTAINLAEELSARGVKILGTSLEDLDRAEDRDKFEQALEALNVPQPLGKTAVSVNEAVKIAASIGYPVLVRPSYVLGGRAMEIVYHEEELLHYMKNAVKINPQHPVLIDRYLTGKEIEVDAVSDGETVVIPGIMEHIERAGVHSGDSIAVYPPQSLSEDIKKKIEQYTVALAKGLNIIGLLNIQFVLSQGEVYVLEVNPRSSRTVPFLSKITKIPMANLATKVILGQKLADFGYQEGLQPEQQGVFVKAPVFSFAKLRRVDITLGPEMKSTGEVMGKDSTLEKALYKALIASGIQIPNYGSVLLTVADKDKEEGLLIAKRFHAIGYKILATEGTAAYLKDAQIPAQVVGKIGEEGKNLLDVIRNGEAQFVINTLTKGKQPARDGFRIRRESVENGVACLTSLDTAEAILRVLESMTFRADHMPASETNQKAAVTI PGPT0021150_3864 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021150-carB-K01955 NA NA D1-12_00728 771 pyrK COG0543 Dihydroorotate dehydrogenase B (NAD(+)), electron transfer subunit ATGAAAAAAGCGCATTTGACTGTTCAATCCAACTTAGAGATTGCCGACCGGATTTATAAGATGGTGCTGAAAGGAGAGCTTGTCCGGCACCTTACCGAGCCGGGTCAATTTCTTCATCTGAAGGTCAGTGACGCGGTCACGCCGCTATTAAGAAGACCGCTCAGCATTGCGGACGTCAATTTCGCCGCGAATGAAGTATCCGTTATCTACAGAGCTGACGGTGAGGGAACGCGTCTTTTGTCCGGGAAAAAAGAGGGCGGCAGGATAGACGTTCTCGGCCCTCTCGGCAACGGATTCCCCGTCCGGCGGATTGAACCCGGCAAAACCGCGCTGTTAGTCGGAGGCGGAGTCGGGGTTCCGCCTTTGCAGGAACTGTCAAAGCGCCTGACGGAAAAAGGCGTAAACGTCATTCATGTGCTTGGATTTCAATCAGCAAAGGATGTTTTTTACGAACAGGAATGTCGTGCGTACGGAGACACCTATGTGGCGACGGCTGACGGAACATATGGAGAGAAAGGATTTGTCACCGATGTCATCCGTGAAAAGCAGCTCGAATTCGATGTCCTGCTAAGCTGCGGACCGACACCGATGCTGAAAGCTCTGAAGCAGCAGTACAGCCATAAAGAGGTTTATCTTTCGATGGAAGAGCGGATGGGCTGCGGCATCGGGGCCTGCTTCGCCTGCGTGTGCCGCACGGGTGAAAGCGATACATCCTATGTAAAGGTCTGCCTTGACGGGCCGGTATTTAAAGCTGAGGAGGTGGCGCTGTAA MKKAHLTVQSNLEIADRIYKMVLKGELVRHLTEPGQFLHLKVSDAVTPLLRRPLSIADVNFAANEVSVIYRADGEGTRLLSGKKEGGRIDVLGPLGNGFPVRRIEPGKTALLVGGGVGVPPLQELSKRLTEKGVNVIHVLGFQSAKDVFYEQECRAYGDTYVATADGTYGEKGFVTDVIREKQLEFDVLLSCGPTPMLKALKQQYSHKEVYLSMEERMGCGIGACFACVCRTGESDTSYVKVCLDGPVFKAEEVAL PGPT0021180_943 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021180-pyrDII-K02823 NA NA D1-12_00729 936 pyrD COG0167 Dihydroorotate dehydrogenase B (NAD(+)), catalytic subunit ATGTTAGAAGTGAATCTGCCGGGTCTCCAATTGAAAAATCCGATCATCCCCGCTTCCGGATGTTTCGGTTTCGGGAAAGAATATGCCGGATTTTACGATTTATCATGCCTCGGAGGCATTATGATTAAAGCCACGACGAACGAAGCCCGCTTCGGAAATCCGACACCGAGAGTGTCGGAGACAAGCGCGGGAATGCTGAATGCCATCGGACTGCAAAATCCCGGCCTTGAGCATGTGCTCAATCACGAGCTGCCTTGGCTCGAACAATTTGACACGCCGATTATCGCAAATGTCGCCGGTTCTCAGGTGGACGACTATAAAGAAGTGGCCGAGCACATCAGCCAAGCGCCGAATGTGCATGCGCTTGAGCTTAACATTTCATGTCCGAATGTCAAAACGGGGGGGATTGCTTTTGGTACTGATCCCGTCATGGCGGCCGAACTGACAAAAGCGGTGAAAGAAGTTTCCGTAGTGCCTGTGTATGTGAAGCTTTCGCCTAATGTCGCAAACATAACCGAAATTGCCAAAGCGATTGAAGCGGCCGGTGCTGACGGTCTGACGATGATTAATACACTCATCGGGATGAGGCTCGATCTCAAGACGGGACGGCCGATCTTAGCAAATAAAACGGGCGGACTGTCAGGCCCGGCGATCAAACCGGTCGCCATCCGGATGGTATACGAAGTCAGCCAGGCCGTTCAAATCCCGATTATCGGGATGGGCGGCGTTCAGACCGCAGAGGATGCATTAGAATTTCTTCTTGCGGGAGCGAGTGCGGTTGCCGTCGGCACGGCGAACTTCGTCAATCCGTTCGTCTGCCCGGAAATCATAGAACAGCTCCCCCGTGTGCTGCGCCAACACGGCTTTCAATCTGTAAGTGAATGCATCGGAAGGAGCTGGAAACATGAAAAACAACCTGCCCATCATCGCGCTTGA MLEVNLPGLQLKNPIIPASGCFGFGKEYAGFYDLSCLGGIMIKATTNEARFGNPTPRVSETSAGMLNAIGLQNPGLEHVLNHELPWLEQFDTPIIANVAGSQVDDYKEVAEHISQAPNVHALELNISCPNVKTGGIAFGTDPVMAAELTKAVKEVSVVPVYVKLSPNVANITEIAKAIEAAGADGLTMINTLIGMRLDLKTGRPILANKTGGLSGPAIKPVAIRMVYEVSQAVQIPIIGMGGVQTAEDALEFLLAGASAVAVGTANFVNPFVCPEIIEQLPRVLRQHGFQSVSECIGRSWKHEKQPAHHRA PGPT0021175_537 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021175-pyrDI-K17828 NA NA D1-12_00730 720 pyrF COG0284 Orotidine 5'-phosphate decarboxylase ATGAAAAACAACCTGCCCATCATCGCGCTTGATTTTGCATCAGGGGAAGAGACTTTAACGTTTTTAGACTTGTTTGAAAAGGAAAGGCTTTTTGTCAAAACGGGGATGGAACTTTTTTATCAGGAAGGCCCCGCCATCATTCACCAATTAAAAGAACGGAACTGTGATATATTTTTAGATTTAAAGCTTCATGATATCCCGACTACGGTCAATAAAGCGATGAGGCGGCTTGCCGGCCTCGGCGTTGATCTCGTCAATGTGCATGCGGCAGGGGGCGCACGCATGATGCGCGCGGCCCTTGAGGGGCTTGAAGAAGGCACGCCGGCAGGCAGAAAACGCCCGTCTTTAATCGCGGTGACTCAGCTGACCAGCACTTCAGAGCAGGTGGCGAAGGAAGAGCTTCTGCTGCATAAGCCGCTGTTAGAAACGGTTGTGCATTACGGCAAAATGGCGGAAGAGTGCGGGCTGGACGGAGTGGTATGTTCGGTACATGAAACAAAAGCCATTTATGAAGCGGTCCGGCCTTCATTTCTGACAGTCACACCGGGCATCCGCATGGCCAGTGACGCAGCTGACGATCAAGTCCGGACGGCGACTCCGTCATTTGCGAAAGAAAACGGGTCGTCAGCCATCGTCGTGGGCCGCTCAATTACAAAAGCGGAAAACCCCGTTAAAGCATATGAAGCAATTAAACTGGAATGGGAGGGCGTTCGCCGATGA MKNNLPIIALDFASGEETLTFLDLFEKERLFVKTGMELFYQEGPAIIHQLKERNCDIFLDLKLHDIPTTVNKAMRRLAGLGVDLVNVHAAGGARMMRAALEGLEEGTPAGRKRPSLIAVTQLTSTSEQVAKEELLLHKPLLETVVHYGKMAEECGLDGVVCSVHETKAIYEAVRPSFLTVTPGIRMASDAADDQVRTATPSFAKENGSSAIVVGRSITKAENPVKAYEAIKLEWEGVRR PGPT0014965_2810 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0014965-pyrF-K01591 NA NA D1-12_00731 633 pyrE COG0461 Orotate phosphoribosyltransferase ATGAAACAGGCTATCGCAAAACATCTATTACACATTGAAGCTGTCTTTTTACGCCCGAATGAGCCGTTTGCGTGGGCGAGCGGCATTTTATCACCGATCTATTGTGACAACCGTCTGACATTGTCGTATCCAAAAGTGAGAAATGATGTGGCGGACGGGCTCGGCAAACTGCTGAAAGAGCATTTCCCCGAGGCGGAGATGATCGCGGGCACTGCAACGGCGGGCATTCCGCATGCTGCGCTTCTCGCAGACCGTACAGGCGCGCCGATGTGCTACGTCAGAAGCAAACCGAAAGCGCACGGCAAAGGAAATCAAATAGAAGGCGCCATTAAGAAAGGACAAAAAACAGTCGTGATTGAAGACTTGATTTCTACCGGGGGCAGCGTGCTTGAAGCTGCGGCGGCCCTTCAAAGAGAGGGCGCGGAAGTCCTCGGCGTCATTTCCATTTTTACATACGGACTGCCGAAAGCAAAAGAAGCCTTTAAAAAAGCGGGTCTTCCTTATTACTCGTTAACGGATTATGACACGCTGATTGAAGTCGCGCTTGCAAACGGAACGATACATTCAGATGACATTGAAAAACTGAAATCATGGAAATTGAATCCCGAGTCAAAAGATTGGTTTAAAAAATAA MKQAIAKHLLHIEAVFLRPNEPFAWASGILSPIYCDNRLTLSYPKVRNDVADGLGKLLKEHFPEAEMIAGTATAGIPHAALLADRTGAPMCYVRSKPKAHGKGNQIEGAIKKGQKTVVIEDLISTGGSVLEAAAALQREGAEVLGVISIFTYGLPKAKEAFKKAGLPYYSLTDYDTLIEVALANGTIHSDDIEKLKSWKLNPESKDWFKK PGPT0021200_2567 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021200-pyrE-K00762 NA NA D1-12_00733 144 hypothetical protein ATGACGCCCGGCAACCTGCGTGTATTGCAAGGTGCCGCATCCAGAAAAATGCACAGCATTTTGAAGATAAGGGCTATACCGGGTCACTGTCTTTCATTCCGCTGGATTGAAAGTTTTTTATATGAAAAAAAGATTGAGGGATAA MTPGNLRVLQGAASRKMHSILKIRAIPGHCLSFRWIESFLYEKKIEG NA NA NA NA NA D1-12_00734 702 cysH COG0175 Phosphoadenosine phosphosulfate reductase ATGCTAACGTATGACACATGGGAAGAGCCGGCGATTACATTTCCGGAAGACGATTCCTATAAAGGCGCGCTGTCCGTTTTAAAATGGGCATACGGCCACTACGGAGACCAGCTTGTTTACGCGTGCAGCTTCGGGATTGAGGGCATCGTCCTGATCGATTTAATTTCTAAAGTAAAGAAAGACGCGGAAATCGTGTTTCTTGATACGGGTCTTCACTTTAAAGAAACATATGAAACGATCGAAAAAGTGAAAGAGCGTTACCCGGGGCTGAACATTATCCTGAAAAAGCCAAGCCTTACTCTTGAGGAACAGGCCGAGGCTCACGGAGATAAACTGTGGGAAAGAGAACCGAACCAGTGCTGCTACATCAGAAAAATTCTGCCGTTAAGAGAAGCGCTCGCGGGGCATCCGGCATGGCTGTCCGGTCTTCGCCGGGATCAAGGGCCGAGCCGGGCGAATACGAATTTCCTGAATAAAGACGACAAGTTTCAATCGATTAAAGTATGCCCGCTGATCCATTGGACATGGAAAGACATCTGGAGATATACTTCCAAGCATGAGCTGGATTACAATATCCTCCACGATCAGGGGTATCCGAGCATCGGCTGTGAACCGTGCACTTCACCTGCGTTTACCGCGGAAGATTTGCGGAGCGGCAGATGGAACGGCATGGCGAAAACAGAATGCGGACTGCATGAATAA MLTYDTWEEPAITFPEDDSYKGALSVLKWAYGHYGDQLVYACSFGIEGIVLIDLISKVKKDAEIVFLDTGLHFKETYETIEKVKERYPGLNIILKKPSLTLEEQAEAHGDKLWEREPNQCCYIRKILPLREALAGHPAWLSGLRRDQGPSRANTNFLNKDDKFQSIKVCPLIHWTWKDIWRYTSKHELDYNILHDQGYPSIGCEPCTSPAFTAEDLRSGRWNGMAKTECGLHE PGPT0002785_2230 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H2S-VOLATILE_PATHWAY,PGPT0002785-cysH-K00390 NA NA D1-12_00735 1065 cysP COG0306 Sulfate permease CysP ATGGAATTAGCCGCTATTTTATTCTGCCTGTTTTTTGCCATGAATATCGGAGCCAGCGGAGCCGCGGCTTCAATGGGAGTCGCTTACGGGTCCGGCGCCGTTAAAAAGAAAACGTATGCGCTGATCATCTGCGCGGCCGGAGTCCTGTCAGGGGCGGTTATCGGCGGCGGTGAAGTTGTTAAGACGATCAGCGGCGGAATCATTCCCGAACAAACCATTACGCTCACCATTGTCTGCATTATTATCGGATCGGCGGCGCTATCGTTATTCACGGCGAATGTGCTCGGCATTCCGCTGTCGACGAGTGAGGTCACTGTCGGGGCGATTGTCGGTGTCGGCGTCGCGTACAAAGTATTGTTTTTACAGCATCTTTTGGTCATCGTGAGTTTTTGGGTGCTTGTACCGTTTGTCGCGTTCTGTTTCACGTTTCTCGTCTCGAAGGTATTCAGTTCTCTGAATATTCGAGTCATTTCGAATCGGAAACAGAAGATTTTAGGGATTGTGCTGCTGATTGCGGGGTTTTGGGAAGCTTTTTCAGCCGGAATGAATAATGTCGCAAATGCAGTGGGCCCTCTGGTTGCTGCGGGCGTGCTCAGCGTGTCCAAAGGAACGCTGTACGGAGGCATCTTTGTCGCTCTCGGCGCTCTGCTTTTAGGACGTAAAGTGCTTGAAACCAACGGGAAAAAGATTACGAGATTTTCAGCCGGAGAAGGCATACTGCTTTCAGGAACCGGCGCGGGGCTTGTCATTATCAGTTCCGTCTTCGGTCTGCCGGTCCCATTGGCGCAAGTCACATCATCATCAATTATCGGTATCGGAATGGCCAAAAACGGGCCGAACGTTTTTCATAAAGAAGTCGTGAAAACGATGCTCAAAGTATGGGTCGTTTCGCCGTTTTTGTCACTATCGATTTCGTATCTGCTTGTCTCCCTGCTGTTAAAAGGAGATTACTATTCCATCTTTATGATGGCCAGCGTGCTTTTGGCAGCTGGCGGAGCCGCCAGTCTGATGAAAGCCATCCGAAAAGAGAAACGCTCTGTCCATGAACAAGGCGGGGGCATTTAA MELAAILFCLFFAMNIGASGAAASMGVAYGSGAVKKKTYALIICAAGVLSGAVIGGGEVVKTISGGIIPEQTITLTIVCIIIGSAALSLFTANVLGIPLSTSEVTVGAIVGVGVAYKVLFLQHLLVIVSFWVLVPFVAFCFTFLVSKVFSSLNIRVISNRKQKILGIVLLIAGFWEAFSAGMNNVANAVGPLVAAGVLSVSKGTLYGGIFVALGALLLGRKVLETNGKKITRFSAGEGILLSGTGAGLVIISSVFGLPVPLAQVTSSSIIGIGMAKNGPNVFHKEVVKTMLKVWVVSPFLSLSISYLLVSLLLKGDYYSIFMMASVLLAAGGAASLMKAIRKEKRSVHEQGGGI NA NA NA NA NA D1-12_00736 1149 sat COG2046 Sulfate adenylyltransferase ATGAGTTTAGCACCGCACGGAGGAACATTAATTAACCGGGTGAATGAGCAGTATGATCTTACATCCGTCCAAAAAGAAATTGAGCTTGATTTGATTTCGTTCGCTGATTTAGAGCTGATCGGCATCGGGGGGTACAGCCCGATTGAAGGATTTTTCACAGAAAAAGATTACGTGTCAGTCGTTGAAAATATGCGTCTGGCATCCGGGGTTGTCTGGTCCTTGCCGATCACGCTTCCGGTCGATTCAGAAAAAGCGGCTGAGCTTGCCGTCGGCGACACGGTGAAACTGACTTACGGCGGAGAAACATATGGCGTCGTCGACATCGAAGATATTTATACGCCGGATAAACAAAAAGAAGCTGTTCACGTATATAAAACCGATGATGCCGCGCATCCGGGCGTGAAAAAATTATTTTCACGCGGCGATACGTATATCGGCGGGCCGATCACATTAGTTAAAAAAGCGTCAAAGCAGTTTCCCGAGTTTACATTTGAACCTGCCGATACAAGACGAAGCTTCGAAGAAAAGGGCTGGAAAACCATCGTCGGTTTCCAAACGAGAAATCCGGTTCACCGCGCCCACGAATATATCCAAAAAACCGCGCTTGAGACGGTTGACGGCCTGTTTTTGAACCCGCTCGTCGGTGAAACAAAATCAGATGACATTCCGGCGGATGTCAGAATGGAAAGCTACCAGGTGCTGCTCGATCATTATTATCCGAAAGACCGTGTTTTCCTCGGCGTATTTTTGGCGGCAATGCGGTATGCGGGGCCGAGAGAAGCCATTTTCCACGCGCTTGTCCGCAAAAACTACGGCTGCACGCATTTTATCGTCGGCCGCGATCATGCCGGCGTCGGTGATTACTACGGCACATATGAAGCGCAAGAGCTGTTTGATCAATTTACAGCGGATGAACTCGGGATTACACCGATGAAATTCGAGCACAGCTTCTTCTGCCGGAAATGCGGCAACATGGGAACGGCCAAAACATGCCCGCATGACAGAGAAGACCACGTCATTCTGTCAGGAACAAAGGTTAGAGAAATGCTGCGAAGCGGCGTCATGCCGCCGGCGGAATTCAGCCGTCCTGAAGTTGTCGAGGTGTTGATTAAAGGGCTGAAAACGAAAGAAGAAGCAGGCGTTTCTTAA MSLAPHGGTLINRVNEQYDLTSVQKEIELDLISFADLELIGIGGYSPIEGFFTEKDYVSVVENMRLASGVVWSLPITLPVDSEKAAELAVGDTVKLTYGGETYGVVDIEDIYTPDKQKEAVHVYKTDDAAHPGVKKLFSRGDTYIGGPITLVKKASKQFPEFTFEPADTRRSFEEKGWKTIVGFQTRNPVHRAHEYIQKTALETVDGLFLNPLVGETKSDDIPADVRMESYQVLLDHYYPKDRVFLGVFLAAMRYAGPREAIFHALVRKNYGCTHFIVGRDHAGVGDYYGTYEAQELFDQFTADELGITPMKFEHSFFCRKCGNMGTAKTCPHDREDHVILSGTKVREMLRSGVMPPAEFSRPEVVEVLIKGLKTKEEAGVS PGPT0002410_1089 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0002410-sat|met3-K00958 NA NA D1-12_00737 594 cysC COG0529 putative adenylyl-sulfate kinase GTGACAAATCGTGATATCGTGTGGCATGAAGCCTCAATAACGAAAGAAGAATACCAGCAGAAAAACAAGCATAAAAGCTCTATCCTCTGGCTGACGGGCTTAAGCGGTTCAGGGAAATCCACGATTGCAAACGCCGCAGCGCGCGAGCTGTTTGAACAAGGCTATCAAGTCATCGTGCTTGATGGTGATAACATCCGCCACGGCTTAAACAAGGACTTAGGTTTTTCCGATGATGACCGCAAGGAAAATATACGCCGAATCGGGGAAGTGGCGAAGCTTTTCGTTCAGCAGGGAACCATCGTCATCACGGCTTTTATTTCTCCGTTCCGTGAGGACAGAGATCAGGTGAGAGAGCTTGTGGCAGAGGGCGAATTTAATGAAATCTATGTGAAATGCGACCTCGATATATGTGAAAAACGCGATCCGAAAGGTTTATATAAAAAAGCAAGAAATGGTGAAATTCCGTTCTTTACGGGGATCGACTCACCGTATGAAGAGCCGAAAGCGCCTGAGCTCGTACTTGATTCAGGCAAATGTGAACGCGAAGAATGCACCGGAAGACTGGTTGACTTTGTGAAAAACAGCTTAGCATAA MTNRDIVWHEASITKEEYQQKNKHKSSILWLTGLSGSGKSTIANAAARELFEQGYQVIVLDGDNIRHGLNKDLGFSDDDRKENIRRIGEVAKLFVQQGTIVITAFISPFREDRDQVRELVAEGEFNEIYVKCDLDICEKRDPKGLYKKARNGEIPFFTGIDSPYEEPKAPELVLDSGKCEREECTGRLVDFVKNSLA PGPT0002780_1668 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0002780-cysC-K00860 NA NA D1-12_00738 774 sumT COG0007 Uroporphyrinogen-III C-methyltransferase ATGGGGAAAGTATTTATCGTTGGAGCCGGTCCGGGAGATCCGGACTTATTAACGGTGAAGGCAATGAAAGCCATACAGAAAGCGGATGTTATATTATATGACAGATTGGTAAGCAAAGAGATTTTACAGTATGCCGGAGAAGAAGCGGATCTGATTTACTGCGGCAAGCTCCCGGATTTTCACATTATGAAACAGGATACGATCAACCGTTTCCTTGTGAAGTATGCGAAAAAAGGAAAAACCGTTGTAAGGCTAAAGGGGGGCGACCCGTTTGTTTTCGGCCGCGGAGGCGAAGAAGCGGAGGCTCTCGCGCAAAACGCCATTCCGTTTGAGATCGTTCCCGGCATTACATCAGGAATCGCTGCTGCTGCTTATGCCGGCATTCCCGTGACGCACAGAGAGGCGAGCTCCAATGTCGCATTCGTTACGGGGCATTATAAACAAGAAGACGACTTTGAAGAAAAATGGAAAGCGCTGGCGACGGGCATTGATACGCTGGTGATTTATATGGGAATTAAAAATATCCGGCAGATAGAAAGAATGCTGCTGGAAAACGGCAGAGACGCCGGCACCCCGGCAGCCTTTATTCATTGGGGAACGACGGACAGGCAAAAAACTGTCGTCTGCACCGTCGGCACGCTTTCAGACACAGTGATAAAAGAAGAAATCAAAAACCCGAGCTTAATTGTTATCGGTGATGTCGTCAATTATCACTGCAAACTGGACTGGTATGCATCTGAACAGAAAAATCTGGATTTGAGCGAGGCGTTGTAA MGKVFIVGAGPGDPDLLTVKAMKAIQKADVILYDRLVSKEILQYAGEEADLIYCGKLPDFHIMKQDTINRFLVKYAKKGKTVVRLKGGDPFVFGRGGEEAEALAQNAIPFEIVPGITSGIAAAAYAGIPVTHREASSNVAFVTGHYKQEDDFEEKWKALATGIDTLVIYMGIKNIRQIERMLLENGRDAGTPAAFIHWGTTDRQKTVVCTVGTLSDTVIKEEIKNPSLIVIGDVVNYHCKLDWYASEQKNLDLSEAL PGPT0003685_1871 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 D1-12_00739 786 sirB COG2138 Sirohydrochlorin ferrochelatase ATGAAGCAGGCGATTTTATACATCGGGCACGGAAGCAGGCTGAAAAAAGCGCAGACAGAGTCGGCGGCGTTTTTAAAAGGGTGCATGCCGCACGCTGACGCTCCCATTCAGGAAATCTGTTTTTTAGAACTGCAGGAACCGTCTATTGAAGCGGGATTTGAAGCATGTGTCAGACAAGGCGCCACTCATATTGCGGCCGTGCCTTTGCTGCTGTTGACCGCTGCCCACGCAAAACAAGACATTCCGGCTGAAATCGCCTGTGCGGCGGCCCTGCATCCCGATATAAAAGTGACATATGGTGTTCCGATCGGAGTGGACGATGAAGTCGTAAAAGCGGTGCATCATCGCATTGAAGATACCGGAGTGCCCATTGAGCAGGCGAAAGTGGTGCTGATCGGAAGAGGAAGCACAGATCCGGCAGTTAAAAACGCAGTCAGTGAGATTGCCGGAAAACTTGAGGCGATTACACCTGTTAAAGAAGTCATCCCTTGTTTTTTAACAGCATGTGACCCGCACTATAAAGAAGTGTTTGCCGGCCTTGAAGAGGATGACGGAGCACCCGTTTTTATCGTTCCATATCTTCTGTTTACCGGGCTTTTAATGACTGAGATTGAACGGGAAGTTCAAAAGCTTCAAACGATCAATCAAAATGTTCATCTCGCTTCATACTTAGGTTTTCACCCGCATATTAAGCAGGCGTTTTTGAACCGTGTGTCAGAAGCTGTTCGAAACCCCGGCGGTCAGTTTGATTTTAAGGGGGGACAGTATGCTGCCTCTGCACATTAA MKQAILYIGHGSRLKKAQTESAAFLKGCMPHADAPIQEICFLELQEPSIEAGFEACVRQGATHIAAVPLLLLTAAHAKQDIPAEIACAAALHPDIKVTYGVPIGVDDEVVKAVHHRIEDTGVPIEQAKVVLIGRGSTDPAVKNAVSEIAGKLEAITPVKEVIPCFLTACDPHYKEVFAGLEEDDGAPVFIVPYLLFTGLLMTEIEREVQKLQTINQNVHLASYLGFHPHIKQAFLNRVSEAVRNPGGQFDFKGGQYAASAH PGPT0008500_21 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_RELATED_HEME_METABOLISM PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0008500-sirB-K03794 NA NA D1-12_00740 489 sirC Precorrin-2 dehydrogenase ATGCTGCCTCTGCACATTAATTTAAGCGGAAAAAGAATTATCATCGCGGGCGGAGGCAATGTTGCCTTAAGAAGGCTCAAAACGGTGCTTCCGGAAGGCGCGGATATTACTGTAATCAGTCCCGATGCCCTGCCTGAAATGAAACAGCTGGCGGATGAAGGACGTATCCGCTGGGTTTCCCGTAAAATTGAAATGAAGGATCTCGCGCCCGCTTTTTTCATCATTGCCGCGACAAATGACCGCAGCGTGAATCAGGAGATAGCCGCGAGCGCTTCTGAAACGCAGCTGGTCAATTGTGTAAGCGATGCTGAACAGGGCAGCGTGTATATGCCGAAGATCATCCGCAAAGGGCGCATTCAAGTATCCGTATCAACTAGCGGCGCAAGCCCGGCACATACGAAAAGACTGGCTGAGGACATAGAGCCTCTCATTACTGCTGATTTGGCTGAAGAAGTGGATCGATTATTTGAGAAAAGAAGAAGACCATAA MLPLHINLSGKRIIIAGGGNVALRRLKTVLPEGADITVISPDALPEMKQLADEGRIRWVSRKIEMKDLAPAFFIIAATNDRSVNQEIAASASETQLVNCVSDAEQGSVYMPKIIRKGRIQVSVSTSGASPAHTKRLAEDIEPLITADLAEEVDRLFEKRRRP NA NA NA NA NA D1-12_00741 1716 rqcH Rqc2 RqcH GTGTTTTATATGTCTTTTGATGGCATGTTTACATACGGAATGACACATGAATTAAACAGCCGGATTGCCGGAGGCCGGATCACGAGAGTCCATCAGCCTTTTAAGCACGATGTGATATTCCATATCCGCGCTAACGGAAAAAACCATAAATTATTATTATCGGCGCATCCGAGCTATTCACGGGTGCACATGACGAATCAGGCCTATGAAAATCCGAGCGAGCCGCCGATGTTTTGTACGCTGCTCAGAAAGCATATAGAAGGCGGATTTATTGAGAAAATAGAACAGGCCGGATTAGACCGGATTATGATATTCCGCATAAAAAGCAGAAATGAAATCGGCGACGAAACCGTAAGAACGCTGTATGTTGAAATTATGGGGCGGCACAGCAATATTATCCTGACTGACGGAGAAGGAGCCATCATCGACGGGCTGAAACATTTATCTCCGTCGATGAACAGCTACCGGACCGTTCTGCCGGGCTATGATTACAAGCTTCCTCCCGCTCAGGAAAAAATTTCGCCGCTCGCCGCGGACGAAGAAGACGTTTTGCGTTATCTCAGTTTTCAGGAAGGACGGCTTGACCAGCAGATCGTCAGACATTTCTCCGGTGTTTCTCCGCTGTTTGCAAAAGAAGCCGTTCACAGAGCGGGTCTCGCTAACAAAATAACGCTGCCGAAGACGCTGATTGAAATGTTCCATGCCGTGAAAGATTGCAGGTTTACACCAAACATTACAACAGCCGGCGGAAAGGAATACTTTTATCTCCTGTCTCTCACACATGTAAACGGAGAGGAGCGCACCTTTCACTCACTGAGTGAGCTGTTGGACCGGTTTTATTTCGGCAAGGCGGAACGCGACCGCGTCAAACAGCAGGCTCAGGATCTCGAGCGGTTTGTCGCAAATGAACGGAAAAAGAACGCCAATAAGATAAAAAAGCTGGAAAAGACGCTCGACTACTCAGAGAACGCGAAGGAATTCCAGCTATACGGCGAACTGCTGACGGCGAATTTGTATATGCTGAAAAAAGGTGACAAAGAAGCGGAAGTCATCAATTATTATGATGAAGAAAGTAAAACAGTGACCATCCCTTTAAATCCGAATAAAACACCGTCAGAAAACGCGCAGATGTATTTTACAAAGTATCAAAAGGCGAAGAATTCCGTCGAGGTGGTAAAAGAACAGATCCGTCTGGCCGAGGAGGAAATCGCTTATTTCGATCAGCTGATCCAGCAGCTCTCCTCCGCCTCCACAAAGGATATTCACGAAATAAGGGAAGAGCTTGTGGAAGGCAAATATCTGCGACCGAAACAGCAGCGAGGACAGAAAAAGCAGAAGCAGCACGTTCCTGTTTTGGAGCAATATGAATCTTCACGGGGATTGACGATTCTTGTCGGCAAAAACAATAAACAAAATGAGTACTTAACGACAAAAGCTGCCGCAAGGGATGATTTATGGTTCCACACGAAAGACATTCCCGGTTCCCACGTTGTGATTAAAAGCAGCGATCCGGATGAACAATCCATACTGGAGGCGGCTGCGATCGCCGCTTATTTTTCCAAGGCGAAAGATTCCGGCTCCGTTCCCGTTGATTATACAAAAATCAGACACGTGAAAAAGCCAAACGGCGCAAAGCCCGGATTTGTCACCTATGACAGCCAGCATACCGTATTTGTCACACCTGATGCCGACCTTGTCATACGGCTGAAAAAATAA MFYMSFDGMFTYGMTHELNSRIAGGRITRVHQPFKHDVIFHIRANGKNHKLLLSAHPSYSRVHMTNQAYENPSEPPMFCTLLRKHIEGGFIEKIEQAGLDRIMIFRIKSRNEIGDETVRTLYVEIMGRHSNIILTDGEGAIIDGLKHLSPSMNSYRTVLPGYDYKLPPAQEKISPLAADEEDVLRYLSFQEGRLDQQIVRHFSGVSPLFAKEAVHRAGLANKITLPKTLIEMFHAVKDCRFTPNITTAGGKEYFYLLSLTHVNGEERTFHSLSELLDRFYFGKAERDRVKQQAQDLERFVANERKKNANKIKKLEKTLDYSENAKEFQLYGELLTANLYMLKKGDKEAEVINYYDEESKTVTIPLNPNKTPSENAQMYFTKYQKAKNSVEVVKEQIRLAEEEIAYFDQLIQQLSSASTKDIHEIREELVEGKYLRPKQQRGQKKQKQHVPVLEQYESSRGLTILVGKNNKQNEYLTTKAAARDDLWFHTKDIPGSHVVIKSSDPDEQSILEAAAIAAYFSKAKDSGSVPVDYTKIRHVKKPNGAKPGFVTYDSQHTVFVTPDADLVIRLKK NA NA NA NA NA D1-12_00742 2673 yloB COG0474 Calcium-transporting ATPase ATGAAGTTTCATGAAATGGGACAAACCGATTTGCTGAAAGCAACAAATACGTCCATTAAACAGGGGTTGACCGAAAAAGAGGTGAAAAAACGCCTTGAAAAGCACGGACCGAACGAGCTTCAGGAGGGCAAGAGGACACCGGCGATCGCCGTGTTTTTCGCCCAATTTAAAGATTTTATGGTGCTCGTGCTGCTGGCGGCAACCTTAATATCCGGGTTTTTAGGCGAATATGTAGATGCCGTAGCGATTATGGCGATTGTATTTGTCAATGGGGTTCTCGGTTTTTTTCAAGAGCGGCGGGCGGAAAAGTCTTTACACGCATTAAAAGAGCTGTCAACGCCGTATGTGTCAGCGTTGCGGGACGGGAGCTGGAAGAAAATTCAGTCCAAGGAGCTCGTTCCCGGCGATATCATGAAATTTTCAAGCGGCGACCGGATTGGCGCGGATGTGCGGATCGTTGAAGCGAAAAGCCTTGAAATTGAGGAATCGGCGCTGACCGGGGAATCAATTCCGGTGGTTAAACAAGCTGATAAACTGAGAAAGCCGGATGTTTCGTTAGGCGACATCAGCAATATGGCGTTTATGGGTACGATCGTAACGCGCGGCAGCGGTATCGGCGTCGTCGTCGGTACAGGAATGAATACGGCAATGGGGAAAATCGCCGATATGCTGGAATCCGCCGGCAGCCTTTCAACACCGCTGCAGCGAAGGCTTGAAGAGCTCGGCAAAATTTTAATTATAGTCGCGCTCCTTTTAACGGTATTGGTCGTTGCAGTCGGCGTCTTACAGGGACATGAGCTTTACAGCATGTTTTTGGCCGGGGTGTCATTGGCCGTCGCCGCGATTCCGGAAGGGCTTCCCGCCATTGTTACGGTGGCATTATCAATCGGCGTCCAGCGCATGATCAAACAAAAATCAATTGTCAGAAAGCTCCCGGCGGTTGAAACATTGGGCTGCGCCTCTGTCATTTGTTCTGATAAAACCGGCACGCTGACACAAAACAAAATGACCGTCACCCATATGTGGTCAGGGGGAAAAACATTTAAAGTGTCAGGCATCGGCTATGAGCCGGAGGGCGTTTTCACCCGCGATGAGCGGGAAATCAAGCTGAAAGATGAGAAGATTCTTGAACAGATGCTGGTTTTCGGCGCGTTGTGCAACACATCCGAAATCGCACTGAAAGACGGCCATTATGTACTCGACGGCGATCCGACAGAAGGAGCGCTGCTGACGGCTGCAAGAAAGGGCGGCTATTCAAACGATTGGCTCAGCGGGCAATACCGCGTGGTTGCCGAGTTTCCGTTTGACTCCGTCCGCAAAATGATGACCGTCATTGTAGAGGATAAGGAAAAAAAGCAGTTCGTCATCACTAAAGGAGCGCCCGATGTGCTGATTGACCGCTCGTCACATCTGATGTACGACGCAAGAAGCGCGCCATTTTCAGGAGAAAAGAAAGCAGAAACGGAAGCGGTTCTGAAAGAGCTGGCGTCGCAAGCTTTGCGTACGATCGCGATTGCTTATAAACCGCTTAAGCCCGGAGAAAAGCCGACAATGGAGCAGGCGGAAAAAAATCTGACGATGCTCGGCTTGTCAGGCATGATTGATCCGCCCCGTCCGGAGGTCAGACAGGCGATTAAAGAATGCCGTGAAGCCGGCATTAAAACGGTTATGATCACAGGGGATCACGTCGAAACGGCAAAGGCCATTGCAAAAGATTTGCGTCTTCTTCCGAAAAAGGGGCGTGTGATGGACGGCAAGACGCTGAATGAGCTTACGGAGAAAGAACTTATCGAAACGGTCGATGATGTCTACGTCTTCGCACGCGTGTCGCCTGAACATAAATTGAAAATCGTCAAAGCGTTCCAGGAAAACGGACACGTCGTCGCCATGACGGGAGACGGGGTTAATGACGCTCCGGCCATAAAGCAGGCAGATATCGGTGTTGCCATGGGGGTGACGGGAACGGATGTGGCAAAGGAAGCCTCTTCTCTCATTCTGGTAGATGATAACTTTGCTACGATTAAATCAGCCATAAAAGAGGGACGGAATATCTATGAAAATATAAGAAAATTCGTCCGGTATTTGCTCGCCTCCAACGTCGGTGAAATTTTAGTGATGCTGTTTGCGATGCTTCTCGCTCTGCCGCTGCCGCTCGTTCCGATTCAGATATTGTGGGTGAACTTAGTCACTGACGGGCTGCCGGCGATGGCCCTCGGTATGGATCAGCCGGAAGGAGATCTGATGAGGCGGAAGCCGCGGCATCCGAAAGAAGGAGTGTTTGCGAGAAAACTGGGCTGGAAAGTCGTATCAAGAGGGTTTTTAATCGGAGCCGCAACCATTTTAGCGTTTATCATCGTCTATCACCGCAATCCTGAAAATCTGCCCTACGCACAGACCGTTGCATTCGCGACTCTTGTCCTGGCTCAGCTTATACACGTGTTTGACTGCCGGAGCGAAACGTCTGTTTTCTCCCGGAATCCGTTTGAAAATATCTATCTGCTCGGCGCCATCATTTCTTCTATCTTCCTGATGGTCATCGTCATCTATTATCCGCCGCTGCAGCCGATTTTCAAAACAGTGCCGATTACGCCGGGCGATTGGATGCTGATTATCGGTATGTCGGGCATACCTACTTTTTTGCTGGCGGGTTCACTTTTGACAAGAAAAAAATAA MKFHEMGQTDLLKATNTSIKQGLTEKEVKKRLEKHGPNELQEGKRTPAIAVFFAQFKDFMVLVLLAATLISGFLGEYVDAVAIMAIVFVNGVLGFFQERRAEKSLHALKELSTPYVSALRDGSWKKIQSKELVPGDIMKFSSGDRIGADVRIVEAKSLEIEESALTGESIPVVKQADKLRKPDVSLGDISNMAFMGTIVTRGSGIGVVVGTGMNTAMGKIADMLESAGSLSTPLQRRLEELGKILIIVALLLTVLVVAVGVLQGHELYSMFLAGVSLAVAAIPEGLPAIVTVALSIGVQRMIKQKSIVRKLPAVETLGCASVICSDKTGTLTQNKMTVTHMWSGGKTFKVSGIGYEPEGVFTRDEREIKLKDEKILEQMLVFGALCNTSEIALKDGHYVLDGDPTEGALLTAARKGGYSNDWLSGQYRVVAEFPFDSVRKMMTVIVEDKEKKQFVITKGAPDVLIDRSSHLMYDARSAPFSGEKKAETEAVLKELASQALRTIAIAYKPLKPGEKPTMEQAEKNLTMLGLSGMIDPPRPEVRQAIKECREAGIKTVMITGDHVETAKAIAKDLRLLPKKGRVMDGKTLNELTEKELIETVDDVYVFARVSPEHKLKIVKAFQENGHVVAMTGDGVNDAPAIKQADIGVAMGVTGTDVAKEASSLILVDDNFATIKSAIKEGRNIYENIRKFVRYLLASNVGEILVMLFAMLLALPLPLVPIQILWVNLVTDGLPAMALGMDQPEGDLMRRKPRHPKEGVFARKLGWKVVSRGFLIGAATILAFIIVYHRNPENLPYAQTVAFATLVLAQLIHVFDCRSETSVFSRNPFENIYLLGAIISSIFLMVIVIYYPPLQPIFKTVPITPGDWMLIIGMSGIPTFLLAGSLLTRKK PGPT0013990_4001 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-CALCIUM_TRANSPORT,PGPT0013990-yloB|ctpA-K01537 NA NA D1-12_00743 885 hypothetical protein GTGTTTCATATGATACGGAGTATGACAGGCTTCGGCAGCGCAAGCAGCACAAAAGGCGATCTCTCGGCAACCGTTGAATTGAAATCCGTCAATTACCGGTTCAAAGAAGTGAACGCCCGCCTGCCACGGCCTTTGCTATATGTAGAGGATAAGCTGAAACAAACGATATTGCAGCATATACAGCGCGGAAGAGTAGAGCTGTTTCTCACTGTAAACAGTGACGCGCTCATAAAAAGAAGCCTGAACATCGATTGGGAGCTCCTTGATGAATATGTGAGCGCCGCACGCGTCATGAAAGAGCGCTACAGCCTGGCCGCAGAACCCGATGCAATGGATTTCTTTAAATTTGAACATATTGCGCAGATACACGAAGAACAGATGCGTGATGACAAGCTTGAAGAAGTCATCAGGGAAGCCGCTGAGCTGGCTGTAAAGGAACTTTGTGACATGAGGGAAAAAGAAGGACGGCTTTTGGCGGAAGACTGCTTTCTGCACATTGAGCGGCTTGAGACGCTGTCCGAACAGGTGAAAGAGCGCGCTTCGGCCGTTGTTATTCAATACCGCGAGCGTCTTTACGCCCGAATGAAGGAATGGACGGAGGACGCACTCGACGAAAGCAGGCTGATCACGGAATGCGCCATTTTCGCCGACCGTTCTGATATCACGGAAGAAATTACCAGATTGAAGAGCCATTTTGTTCAATTCCGTGATATATTAAAAGAAGGCGGGGCAGTCGGCCGCAAACTTGATTTCCTTGTTCAGGAGCTTAACCGGGAAGCGAACACGATCGGCTCAAAAGCCAATGATCATCAAATCACAAAGCTTGTCGTTGAAATGAAAAGTTCTATTGAAAAATTGAAGGAACAAGTGCAAAATATAGAATAG MFHMIRSMTGFGSASSTKGDLSATVELKSVNYRFKEVNARLPRPLLYVEDKLKQTILQHIQRGRVELFLTVNSDALIKRSLNIDWELLDEYVSAARVMKERYSLAAEPDAMDFFKFEHIAQIHEEQMRDDKLEEVIREAAELAVKELCDMREKEGRLLAEDCFLHIERLETLSEQVKERASAVVIQYRERLYARMKEWTEDALDESRLITECAIFADRSDITEEITRLKSHFVQFRDILKEGGAVGRKLDFLVQELNREANTIGSKANDHQITKLVVEMKSSIEKLKEQVQNIE NA NA NA NA NA D1-12_00744 270 remA COG2052 Extracellular matrix regulatory protein A ATGACGATTAAACTGATTAATATCGGATTTGGCAATATCATCTCCGCCAATCGGATGATTTCGATTGTCAGCCCGGAGTCTGCGCCAATAAAGCGAATGATCCAGGATGCAAGAGACCGCGGAATGCTAATAGACGCTACATACGGACGAAGAACCCGTGCAGTTGTCGTCATGGATAGTGATCACATTATCTTATCTGCCGTCCAGCCTGAGACAGTTGCACACAGACTTTCTGTGAAAGAAGAAATTATGGATGAAGGGCAGGGGTAA MTIKLINIGFGNIISANRMISIVSPESAPIKRMIQDARDRGMLIDATYGRRTRAVVVMDSDHIILSAVQPETVAHRLSVKEEIMDEGQG NA NA NA NA NA D1-12_00745 615 gmk COG0194 Guanylate kinase ATGAAAGAAAGAGGGTTATTAATCGTTCTCTCAGGTCCCTCCGGAGTTGGAAAAGGAACGGTTCGGCAAGCAATATTTTCACAACAGGACACAAAATTTGAATACTCAATTTCAGTCACGACGAGAAACCCGAGAGAGGGCGAGGTCGACGGCGTCGATTATTTCTTTAAATCCAGAGATGAATTCGAACGCATGATTGAAAACAACAAACTGCTTGAGTGGGCGGAATATGTCGGCAACTATTACGGAACGCCCGTTGATTATGTCGAACAGACGCTTCAAGAAGGAAAAGACGTCTTCTTAGAGATTGAAGTGCAGGGCGCGCTCCAAGTGCGGAATGCATTTCCGGAAGGCCTGTTTATCTTCTTAGCGCCGCCGAGTCTTTCTGAACTGAAAAACAGAATCGTGACAAGAGGGACTGAAACCGACGATTTAATCGAAAACAGAATGAATGCCGCAAAAGCTGAAATCGAAATGATGGACGCGTATGATTATGTCGTTGAAAACGACGATATCCAAACGGCTTGCGATAAGATTAACGCAATCGTTCTCGCCGAGCACTTAAAACGTGAACGCGTCGCTCCGAGATATAAGAAAATGCTGGAGGTAGAATAA MKERGLLIVLSGPSGVGKGTVRQAIFSQQDTKFEYSISVTTRNPREGEVDGVDYFFKSRDEFERMIENNKLLEWAEYVGNYYGTPVDYVEQTLQEGKDVFLEIEVQGALQVRNAFPEGLFIFLAPPSLSELKNRIVTRGTETDDLIENRMNAAKAEIEMMDAYDYVVENDDIQTACDKINAIVLAEHLKRERVAPRYKKMLEVE PGPT0021475_3345 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021475-gmk-K00942 NA NA D1-12_00746 204 rpoZ DNA-directed RNA polymerase subunit omega ATGTTAGATCCGTCAATTGACTCTTTAATGAATAAATTAGATTCTAAATATACGCTGGTGACCGTGTCTGCAAGACGCGCGCGTGAAATGCAGATCAAAAAAGACCAGCAGATTGAACATACCATTTCTCACAAATATGTAGGCAAAGCTTTAGAAGAAATTGACGCGGGCCTGCTTTCGTTTGAAAGAGAAGACAGCGAATAA MLDPSIDSLMNKLDSKYTLVTVSARRAREMQIKKDQQIEHTISHKYVGKALEEIDAGLLSFEREDSE NA NA NA NA NA D1-12_00747 1221 undec1A Cysteine/Cysteine sulfinic acid decarboxylase ATGAAAAACCGAAACATTTTGCTATGCGTAAGCGGAGGAATTGCCGTTTATAAAGCTTCCGCACTCACGAGCAAGCTGGTTCAGGCCGGCGCAAACGTCAAAGTGATTATGACTGAGTCCGCGCGTGAGTTTGTTTCTCCGCTGACATTTCAGGCGCTGAGCCGGAATGAAGTGTATACAGATACATTTAATGAACAAAATCCGAAGGTGATTTCTCATATTGATGCCGCTGACTGGGCGGATTTAATTATTGTCGCGCCCGCTACGGCAAATATCATCGGCAAGCTTGCCAACGGAATTGCTGACGATATGCTCACAACGACGGTGCTGGCGGCTGAGGCCCCGGTCTGGGTGGCGCCTGCGATGAATGTCCATATGTATGATCATCCGGCGGTGAAACGGAACATCTCTGTGCTTTATCACGACGGGGTCCGCTTTATCGAGCCGAGTGAAGGCTATTTGGCATGCGGATATGTCGGCAAAGGAAGGCTGGAGGAGCCGGAGCTTATTGTTGAGCGTGTCAGAGAGCATTTTAAGGAGCCTGAAGACGATGCGCCGCTGAAAGGAAAACATATTGTCATTACGGCCGGTCCGACGCGCGAAGCCGTGGACCCTGTCCGCTTCTTCACAAATAAATCCACCGGCAAAATGGGCTACGCCGCTGCTGAAGCCGCCGTCCGTCTCGGGGCGCGGGTGACGCTGATTTCAGGCCCGGTGTCAATAGAGCCGCCAGTCGGACTGTATCAGTTTCTTCCTGTGCAATCGGCAGCCGATATGAGAGAAGCCGTGCTTTCTGTGTTTGATTCATGCGACATGGTGATTAAGACGGCGGCCGTGGCCGATTTTACGCCGGCGGCTGTTTCTGATCACAAAATGAAGAAGAACGACGGTTCGCTCGTGATCGAATTCAACCGTACGGCAGACATACTGAAAGAACTCGGCGAACGGAAAACACACCAGCTGCTGGTCGGATTTGCGGCTGAAACGCAAGACGTCGAACGCTATGCGCGCAGAAAACTCGAACAGAAAAACCTTGATATGATCGTTGCGAATGATGTGAAAGCGGAAGGGGCCGGATTTGGCACGGATACGAATGTCGTCACCTTCTATTTCCGGGACGGAAGAAAACGGGAGCTTGCGCTTATGTCTAAACTTGACGTTTCCTTTGAAATGCTGAAGGAAATGACCGCTTTGAAAGCCGAGGACCGAAAACCGGTATGA MKNRNILLCVSGGIAVYKASALTSKLVQAGANVKVIMTESAREFVSPLTFQALSRNEVYTDTFNEQNPKVISHIDAADWADLIIVAPATANIIGKLANGIADDMLTTTVLAAEAPVWVAPAMNVHMYDHPAVKRNISVLYHDGVRFIEPSEGYLACGYVGKGRLEEPELIVERVREHFKEPEDDAPLKGKHIVITAGPTREAVDPVRFFTNKSTGKMGYAAAEAAVRLGARVTLISGPVSIEPPVGLYQFLPVQSAADMREAVLSVFDSCDMVIKTAAVADFTPAAVSDHKMKKNDGSLVIEFNRTADILKELGERKTHQLLVGFAAETQDVERYARRKLEQKNLDMIVANDVKAEGAGFGTDTNVVTFYFRDGRKRELALMSKLDVSFEMLKEMTALKAEDRKPV PGPT0008815_1776 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 D1-12_00748 2412 priA_1 primosomal protein N' ATGAATGTAGCAGAAGTCATTGTCGATGTCAGCTCCAAAAACATTGACAGACCCTTTGATTACAAAATTCCCGATCATTTAAAAGGGATGATCGAAGTCGGCATGCGGGTGATTGTCCCGTTTGGCCCGCGCAAGCTTCAAGGATTTGTGACCGGTTTGAAAGATTCGTCTGAATTAAACGGCGGCTCAATGAAGGAAGTCGAGAAGCTTCTTGATTTGACGCCCGTTCTGACTGAGGAACTGATGCAGCTGTCTTCATGGCTTTCTGACAAAACGCTGTCGTTTAAAATCACGGCGCTTCAGGCAATGCTGCCCGCCGCACTGAAGGCGAAGTACGAGAAAGAGCTGAAAGTCGTTGACGAAGAAGCGCTGACACCGGACATCAAACAGCTTTTCAGGAATCAAAAAAGTCTTCTGTACTCGGATATTACCGATGAAAGCATTCTTTCGTCACTTCAGAAATTCGTGCGCAAAGGAAGCATTGATGTCACATATAAAGTCGCCCAAAAAACGAATAAAAAAATGATCCGCATGATCGAAGCGGGGGCAGACAAAGAAGAACTCGCCCGGCACGCAGATTCATTGACAAAGCAGGCTTCTAAACAGCTCGCCGTGCTTACTTATTTTATCGGCGGGGGAGCAAAGATTTCCGCGGCCGAGCTTTGCAAAAAGACCGATTCCAGTTCCGCGACGCTGAAAACGCTTCTTAAAAAGGGGCTTCTTACGGAAAGCTTTGAGGAGGTTTACCGCGATCCTTATCAGGACAGAATGTTCAAAAAAACAGAGCCGCTCTCTCTTACAGAAGAGCAGCAGGCCGCTTTTGAGCCGATTAAACAAGCCGTAGCCGATCATGTCCATCACGTCTTTCTGCTTCACGGCGTCACGGGAAGCGGCAAGACGGAAATTTACCTGCAATCCATTGAAAAAGTGCTGGCAAAAGGACAAGAAGCTATCGTGCTCGTTCCGGAAATCTCGTTGACACCGCAAATGGTCAACCGTTTTAAAGGCCGCTTCGGCTCGCAGGTTGCGGTCATGCACAGCGGATTATCCACAGGTGAAAAATACGATGAATGGCGGAAGATTCAGCGCAAGGAAGTCCGGCTTGTCGTCGGAGCCAGATCGGCCATCTTTGCCCCGTTTGAAAATCTCGGCATGATCATTATTGATGAAGAGCACGAATCTTCCTATAAGCAGGAGGAAATGCCGCGGTATCATGCAAAGGACGTAGCCATCCACCGGGCCGAGCATCACAGCTGTCCGGTCGTCCTCGGGAGCGCCACGCCGACATTGGAATCATTTGCGCGGGCGAAAAAAGGCGTTTATGAGCTGCTTCCGTTAAAACATCGCGTAAATCGCCAGCTCATGCCTGACGTTTCTCTCGTTGATATGAGAGAAGAACTGAGAAACGGCAACAGATCAATGTTTTCAAGAGAGCTGATGGAACAGCTGGAAGAGAAGCTTGCAAAAAAAGAGCAGGCCGTCCTTTTCCTGAATAAACGGGGGTATTCCTCGTTTGTGATGTGCCGGGACTGCGGTTATGTGCCGCAATGTCCGCATTGCGACATTTCAATGACTTATCACCGCTACGGACAAAGGCTGAAATGCCATTACTGCGGCCATGAGGAACCTGTCCCGGGAACATGCCCGGAATGCGGCAGCGAACATATCCGCTTTTTCGGCACGGGCACGCAGCGTGTGGAGGAGGAGCTTACCAAAGTGCTGCCTCAGGCGCGCGTGATCAGGATGGATGTGGACACCACTTCAAGAAAAGGCGCCCATGAAAAACTGTTGTCAGCGTTCGGTGAAGGGAAGGCGGATATCCTGCTCGGTACGCAAATGATCGCAAAAGGGCTTGATTTTCCGAACGTGACGCTCGTCGGAGTATTAAGCGCAGATACGACGCTTCACATCCCTGATTTCAGGGCTGCGGAGAAGACATTCCAGCTGCTGACGCAGGTAAGCGGACGGGCCGGGCGGCATGAAAAGCCGGGAACGGTGGTCATTCAAACGTATACACCGTCTCATTACAGCATTCAGCTGACGAAAACGCACGACTATGAAACTTTTTTTCAGCAGGAAATGGCGCACAGACGGGCCCAGTCATACCCGCCTTATTATTACGTGGCGCTGGTGACCGTTTCTCATGAAGAAGCGGCAAAAGCCGCGGTCACCGCAGAAAAGATTACAAACTATTTAAGAGCGGGATGCGGGCCTGATACGAAAATTCTCGGGCCGGCGGCTTCCCCGATCGCCAGGATCAAAGATAGATATCGCTATCAATGCGTGATAAAATACAGACAGGAAAACGAGTTGCAGATTCAGTTGAAAAAGATACTGGAGCACTATAAACGCGACATTGCGCAAAAGCATGTAATGATTTCAATCGATATGAATCCGTACATGCTGATGTAA MNVAEVIVDVSSKNIDRPFDYKIPDHLKGMIEVGMRVIVPFGPRKLQGFVTGLKDSSELNGGSMKEVEKLLDLTPVLTEELMQLSSWLSDKTLSFKITALQAMLPAALKAKYEKELKVVDEEALTPDIKQLFRNQKSLLYSDITDESILSSLQKFVRKGSIDVTYKVAQKTNKKMIRMIEAGADKEELARHADSLTKQASKQLAVLTYFIGGGAKISAAELCKKTDSSSATLKTLLKKGLLTESFEEVYRDPYQDRMFKKTEPLSLTEEQQAAFEPIKQAVADHVHHVFLLHGVTGSGKTEIYLQSIEKVLAKGQEAIVLVPEISLTPQMVNRFKGRFGSQVAVMHSGLSTGEKYDEWRKIQRKEVRLVVGARSAIFAPFENLGMIIIDEEHESSYKQEEMPRYHAKDVAIHRAEHHSCPVVLGSATPTLESFARAKKGVYELLPLKHRVNRQLMPDVSLVDMREELRNGNRSMFSRELMEQLEEKLAKKEQAVLFLNKRGYSSFVMCRDCGYVPQCPHCDISMTYHRYGQRLKCHYCGHEEPVPGTCPECGSEHIRFFGTGTQRVEEELTKVLPQARVIRMDVDTTSRKGAHEKLLSAFGEGKADILLGTQMIAKGLDFPNVTLVGVLSADTTLHIPDFRAAEKTFQLLTQVSGRAGRHEKPGTVVIQTYTPSHYSIQLTKTHDYETFFQQEMAHRRAQSYPPYYYVALVTVSHEEAAKAAVTAEKITNYLRAGCGPDTKILGPAASPIARIKDRYRYQCVIKYRQENELQIQLKKILEHYKRDIAQKHVMISIDMNPYMLM NA NA NA NA NA D1-12_00749 483 def1 COG0242 Peptide deformylase 1 TTGGCTGTGAAAAAAATCGTCACACACCCGGCGGAGGTTCTGGAAACACCTGCCGAAGAAGTGACAGTGTTTGATAAAAAATTAAAAAAACTGCTTGATGATATGTACGATACGATGCTCGAAATGGATGGCGTCGGCCTCGCCGCGCCGCAAATCGGCATTTTAAAAAGAGCGGCCGTCGTGGACATCGGTGAAGAAAGCGGCCGGATCGACCTTGTAAATCCGGTTATTCTTGAAAAGAGCGGTGAACAGACCGGAGTCGAGGGCTGCTTAAGCTTTCCCGGGGTTTACGGCGATGTCACCCGCCCGGATTACGTAAAGGTAAAAGCCTATGACCGTAAAGGAAAACCGTTTATTTTAGAAGCGGAGGGTTTTTTGGCCAGAGCCGTTCAGCATGAAATGGATCATTTAGACGGCATTTTATTCACATCAAAAATTACGGCTTACTACACTGAAGAAGAACTGGCAGAAATGGAAGGATGA MAVKKIVTHPAEVLETPAEEVTVFDKKLKKLLDDMYDTMLEMDGVGLAAPQIGILKRAAVVDIGEESGRIDLVNPVILEKSGEQTGVEGCLSFPGVYGDVTRPDYVKVKAYDRKGKPFILEAEGFLARAVQHEMDHLDGILFTSKITAYYTEEELAEMEG PGPT0008125_42 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008125-fmt-K00604 NA NA D1-12_00750 936 fmt COG0223 Methionyl-tRNA formyltransferase ATGGGAACGCCCGACTTTTCAGTTCCCGTCCTGCGCACGCTTATTGAAGACGGATATGAAGTGGTTGGTGTCGTTACGCAGCCTGACCGCCCGAAAGGCAGAAAAAAAATCATGACGCCCCCTCCTGTAAAGGCTGAAGCTGAACGTCACGGCATTCCCGTGCTTCAGCCCGAAAAAGTAAGGCTCGAAGAAGAAATAGAAAAAGTGCTCAGCCTGAAGCCGGACCTGATTGTTACGGCGGCATTCGGACAGATCCTCCCCAAGCAGCTGCTGGACGGCCCGAAATACGGCTGTATCAACGTACACGCGTCACTATTGCCTGAATTAAGAGGCGGAGCGCCGATACATTATTCGATTCTCCAAGGCAAGAAGAAAACGGGCGTGACGATCATGTATATGGTTGAAAAGCTTGATGCGGGCGATATGATTTCTAAAATCGAAGTGGAAATTGATGAAACGGATAACGTCGGCACGCTTCACGACAAATTAAGCATAGCGGGGGCAAAGCTTTTGTCAGAGACCGTTCCGAACGTCATTTCCGGGAATATTAAACCGATCAAACAGGACGAATCAAAAGCGACTTACGCGCCTAACATTAAGCGTGAGCAGGAGCTGATTGATTGGGCAAAGCCCGGAGAAGAGATTTACAACCAGATCAGAGGTTTAAACCCTTGGCCTGTCGCCTATACAACTTTGAACGGTCAAAATATTAAAGTATGGGCTTCTGAAAAAGTTGCGGCAAAAACTGAAGCTGCGCCCGGAACAGTCATCCGCACGGAGCAAAACGGCATTGTCGTCGCATCAGGAAACAGCACAGCCCTTTTAATCACTGAGCTGCAGCCGGCGGGAAAAAAACGGATGAAGGGCGAAGATTTTGTAAGAGGCAAAAATGTGCAGCTCGGTGACGTGTTAGGAGAAGCAAATGAAGAAAATTAA MGTPDFSVPVLRTLIEDGYEVVGVVTQPDRPKGRKKIMTPPPVKAEAERHGIPVLQPEKVRLEEEIEKVLSLKPDLIVTAAFGQILPKQLLDGPKYGCINVHASLLPELRGGAPIHYSILQGKKKTGVTIMYMVEKLDAGDMISKIEVEIDETDNVGTLHDKLSIAGAKLLSETVPNVISGNIKPIKQDESKATYAPNIKREQELIDWAKPGEEIYNQIRGLNPWPVAYTTLNGQNIKVWASEKVAAKTEAAPGTVIRTEQNGIVVASGNSTALLITELQPAGKKRMKGEDFVRGKNVQLGDVLGEANEEN PGPT0008125_2012 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008125-fmt-K00604 NA NA D1-12_00751 1344 rsmB COG0144 Ribosomal RNA small subunit methyltransferase B ATGAAGAAAATTAATGTCCGGGAGCTCGCCCTCGAAGCGCTTGAGAAGCTTGAGCAAAATCAGGCATACAGCAACCTGCTTCTTACATCGGTTATCAAAACGAACACGCTCAGCGATCAGGACAGAGGGCTGCTGACAGAGCTTGTCTACGGAACGCTGCAAAATAAAATCGCCTTAGACTTTATGCTGAAGCCTTTTATCCGCAAGCCGAATAAGGTGAAGCCGTGGGTGATTCAGCTGCTTCGTCTGTCCGCGTATCAAATGGAGTATTTAGAAAAAATTCCGGATCGCGCCGCCATCCATGAAGCGGTTGAAATCGCCAAAAAACGCGGGCATAAGGGCATTGCGTCCTTTGTCAACGGCATCCTCCGCTCCCTGCAGCGTGAGGGGGCGCCGTCATTCGCTGAAATTGAAGACCCGGTTCTCCGTCTTTCTACAGAGACAAGCCATCCCGAATGGCTCGTAAAAGAGTGGGTCGAGGCGTACGGCTTTGAGGCGGCTGAAAAGATCTGCCGGATTCATCTCATTCCGCCGAAGCAGACGCTCCGTGTCAATCACATAAAGAGCGACAGGGAAACGGTGCTGAATGAGATGGAGAATGCCGGTCTGGAAGCAGAAGCCGGAGACCTTTCTCCTGATGCGATTAAGCTTTTAAAAGGAAGCATCGCGAACACGGCATTTTTCCAAAACGGCCGGGTATCCATACAGGATGAAAGCTCAATGCTTGTCGCGCGGGCGCTGGACCCGAAGCCGGGCGAAACCGTTTTAGACGCATGCGCCGCACCGGGCGGAAAGTCGGCTCACATTGCGGAACTGATGGAGAACGAGGGGAGCCTCACATCGCTTGATCTTCACCGCCATAAAGTGAAGCTGATTAAAGAGGGCGCAGAACGGCTCGGACTTACGATCATCGACGCACAAACGATGGATGCGCGAAAAGCGGGAGAGGCCTTTGGCGCAGAACGGTTTGACCGTATTCTCGTTGATGCCCCTTGCTCAGGTTTCGGCGTCATCAGAAGAAAACCCGATATGAAATATACGAAGACGCCGGAGGACAGCAGACGGCTGTCAGAAATCCAGCTCGGCATTTTAAGGGAAATCGCCCCATTAGTAAAAAAAGGTGGCACACTCGTATACAGTACGTGTACAATGGACCGGACAGAAAATGAAGAAGTTATGCATGCGTTTATACAAGAACACCCTGAGTTTGAACCCGATTTGTCTCTTGAAAAGCGGCTGCCTGAAAAGGCGAGACCCTTTGTTCAGGATGGAAGCCTTCAAATTCTTCCGCATTTTTTCGGAACAGACGGTTTCTTTATTAGCAGCATGAGAAAGAAGGGATAA MKKINVRELALEALEKLEQNQAYSNLLLTSVIKTNTLSDQDRGLLTELVYGTLQNKIALDFMLKPFIRKPNKVKPWVIQLLRLSAYQMEYLEKIPDRAAIHEAVEIAKKRGHKGIASFVNGILRSLQREGAPSFAEIEDPVLRLSTETSHPEWLVKEWVEAYGFEAAEKICRIHLIPPKQTLRVNHIKSDRETVLNEMENAGLEAEAGDLSPDAIKLLKGSIANTAFFQNGRVSIQDESSMLVARALDPKPGETVLDACAAPGGKSAHIAELMENEGSLTSLDLHRHKVKLIKEGAERLGLTIIDAQTMDARKAGEAFGAERFDRILVDAPCSGFGVIRRKPDMKYTKTPEDSRRLSEIQLGILREIAPLVKKGGTLVYSTCTMDRTENEEVMHAFIQEHPEFEPDLSLEKRLPEKARPFVQDGSLQILPHFFGTDGFFISSMRKKG NA NA NA NA NA D1-12_00752 1092 rlmN putative dual-specificity RNA methyltransferase RlmN ATGACACAATTAAAAAAGACAAGCGTACGGAAAGAGCTGCGGACTGAGCAGCCGTCCATTTACTCTTTTGAATTAGATGAAATCAAACAATGGCTGACTGAGAATGGCGAAAAGCCGTTCCGCGCGGCACAGATTTTTGAATGGCTCTATGAAAAGCGGGTTTCTTCATTTGATGAAATGACAAACCTCTCAAAAAGCCTGCGTGAAAAACTCGAGAGCCATTTTGTGCTGACAACGCTGAAAACGGCTGTAAAACAGACATCTCAAGACGGCACGATGAAATTTTTATTTGAGCTTCATGACGGTTATACGATCGAAACGGTTTTAATGAGACACGAGTATGGTAATTCTGTATGTGTAACGACACAGGTCGGCTGCCGGATCGGCTGCACATTTTGCGCGTCAACGCTCGGCGGACTGAAACGGAATCTTGAAGCGGGAGAAATCGTCGCTCAAGTCGTGAAAGTGCAAAAGGCGCTTGATGAAACGGATGAACGCGTCAGCTCAGTCGTGATCATGGGAATCGGAGAGCCGTTTGATAATTTCAATGAAATGCTCGCTTTCTTGAAAATCATTAACCACGATAAAGGGCTGAACATCGGAGCGCGTCATATCACAGTTTCCACCAGCGGAATCATTCCGAAGATTTACGATTTCGCCGATCAAAAAATGCAGATCAATTTCGCGATTTCTCTGCATGCTCCGAATACGGAAATCAGAAGCCGTCTGATGCCGATTAACAAAGCCTATAAGCTTCCTGACCTTATGGAGGCCGTCAAATATTACATCGAGAAAACAGGCAGACGGATCAGCTTTGAATACGGGCTGTTCGGCGGCGTAAATGATCAGGTCGAACATGCAGAAGAGCTTGCAGAACTGTTAAAAGACGTGAAATGCCATGTCAATTTAATTCCGGTAAACTATGTGCCTGAACGGGATTACGTCCGCACACCGAGAGATCAGATTTTCGCATTCGAAAAAACGTTAAAATCCCGCGGTGTAAATGTCACGATCAGAAGAGAGCAAGGCCATGACATTGACGCGGCCTGCGGTCAGCTTCGCGCGAAGGAGCGTCAAGACGAGACGAGGTGA MTQLKKTSVRKELRTEQPSIYSFELDEIKQWLTENGEKPFRAAQIFEWLYEKRVSSFDEMTNLSKSLREKLESHFVLTTLKTAVKQTSQDGTMKFLFELHDGYTIETVLMRHEYGNSVCVTTQVGCRIGCTFCASTLGGLKRNLEAGEIVAQVVKVQKALDETDERVSSVVIMGIGEPFDNFNEMLAFLKIINHDKGLNIGARHITVSTSGIIPKIYDFADQKMQINFAISLHAPNTEIRSRLMPINKAYKLPDLMEAVKYYIEKTGRRISFEYGLFGGVNDQVEHAEELAELLKDVKCHVNLIPVNYVPERDYVRTPRDQIFAFEKTLKSRGVNVTIRREQGHDIDAACGQLRAKERQDETR NA NA NA NA NA D1-12_00753 762 prpC COG0631 Protein phosphatase PrpC TTGATTACAGCCTTGAAAACAGATACAGGTAAAGTCCGCCGGCATAATGAAGATGCGGCGGGCATTTTCACAAAAGAAGACGCGGTGCTTGCGGTTGTCGCCGACGGCATGGGCGGTCATCTTGCCGGAGATGTAGCGAGCAGGATGGCGGTTGCGGCGATGGAAGAGCAGTGGAACCGGACCGAAACGGTTCCTTCTCTGCCGTCTGCTTGCGAGGATTGGCTGAAAGACCGGATTCATGAGGCGAATGTCAAAGTACATGACCACGCTAAAGCGAATGAAGAATGCCGGGGAATGGGCACCACCGTTGTTTGCGCCTTATTCACCGGGAAGTTTGTCACTGTGGCTCATATCGGTGACAGCCGGTGCTACCTGCTTCAAGAGGGGGAATTCACTCAGCTGACTGAGGACCATTCGCTTGTGAATGAGCTGGTCAAGACGGGGGAAATTTCGAAAGAGGACGCCGAGCACCATCCGCGGAAAAATGTATTGACGAGAGCGCTGGGGACAGATGAAACCATCAGTCCCGACGCCCGTTCTTTTGAACTGTCTGACGGCGATCAGCTGCTTTTATGCTCTGACGGACTGTCAAATAAAATAGAAGATCACGAGATCAAACAAATGCTTCAAGCCGAATCTGATCCTCAGGAAAAAGTAGACCTTCTCATCAGCAAAGCGAATCAAAACGGCGGCGAAGATAACATCACGGCTGTGTTGATTGAGTTTTCCGCAGATGCAAAAGAGGGTGAAGACAAGTGCTAA MITALKTDTGKVRRHNEDAAGIFTKEDAVLAVVADGMGGHLAGDVASRMAVAAMEEQWNRTETVPSLPSACEDWLKDRIHEANVKVHDHAKANEECRGMGTTVVCALFTGKFVTVAHIGDSRCYLLQEGEFTQLTEDHSLVNELVKTGEISKEDAEHHPRKNVLTRALGTDETISPDARSFELSDGDQLLLCSDGLSNKIEDHEIKQMLQAESDPQEKVDLLISKANQNGGEDNITAVLIEFSADAKEGEDKC PGPT0030420_602 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 D1-12_00754 1944 prkC COG0515 Serine/threonine-protein kinase PrkC GTGCTAACCGGCAAGCGGATCAGCGGGCGTTATCATATCCTCCGGCCCATTGGCGGCGGCGGAATGGCAAACGTTTTTTTAGCTGAGGACATCATTCTCGAACGTGAAGTCGCAATTAAAATTCTGCGGTTTGACTTTGTGAATGACATTGATTTTATCAGGCGTTTCAGAAGAGAAGCACAGTCGGCATCAAGCCTCGATCATCCGAATATCGTCAGTATTTACGATATCGGGGAGGAAGGCGATATTTATTACATTGTCATGGAATATGTGGAAGGCATGACATTAAAGGAATACATAACCGCACACGGGCCGCTTCATCCGAAAGAAGCGCTGTCCGTTATGGAGCAGATCGTCTCGGCCATCGCCCATGCCCATCAAAACCATATCGTGCACCGGGATATTAAACCGCACAATATATTGATAGATCATTTAGGGCATATCAAGGTGACGGATTTCGGCATCGCCACAGCGCTTACGTCTACGACAATCACACATACGAATTCTGTGCTAGGCTCGGTTCATTATTTGTCTCCGGAGCAGGCGAGAGGCGGTCTTGCAACGAAAAAATCAGATATTTACGCGCTCGGCATCGTGCTGTTTGAGCTTTTAACAGGTAAAATTCCTTTTGACGGAGAATCAGCCGTCAGCATAGCGCTAAAGCATCTGCAAACAGAAACGCCTTCCGCCAGAAAGTGGAACCCTTCCATTCCGCAGAGCGTCGAAAACATTATTTTAAAGGCAACCGCCAAAGACCCGTTTCACCGCTATGAAAGCGCCGAGGACATGGAAGCGGACATCAGAACGGCTTTTGACGCCGGCAGGCTGAATGAACAAAAATTTTCCGTTCAGGATGATGAGGAAATGACAAAAGCCATTCCCGTTATTACTGACGGCGCAAAAGCCGCGCCTCAGGCGGAAACGCCGGGGGAGACGGACGATAAGGAACAGCAGCCCGCCAAAAAGAAAAAACGGAAATGGCCGTGGGTTTTGCTGTCCGTCTGTTTCATTTTCATTATGGCGGCTGTTCTTGCGGTCACCGTGTTCCCGTCTTTGTTTATGCCTAAAGATGTAAGCGTCCCCGACGTACGGGGCATGAAGTACGAAAAAGCGGAAGCACTGCTTGAAAAGAACGGGCTCCGGGCGGATCCTGATATAACGGACATTGAAGATGACAAAATAGAAGAGGAATTAATGGTCAAAACGGACCCAAAAGCGGGGTCTACCGTTAAAGAAGGCTCTTCTGTAAAACTGTACAAAAGCATCGGAAAACCGAAAACCCAGCTGATCGACGTGAAAGGGCGGCAGATCGGCGACGCAAAAAAAGCGCTGAAGGAAAAAGGCTTCAAACATGTCAATGTTAAAGAAGAGAACGATGACAGCGAGGCCGGCACCGTAATTGATCAGGACCCGTCAGCCGGCACCGACATGGTCGCAAGCGACGATGAAGTCAATCTAACGGTCAGCCTCGGCCCGGCGGACGTTACGCTGAGGGACTTAAAGACTTACAGCAAGGAAGCGGCTTCAGGGTATCTTGAAGATAACGGCCTGCAGCTTGTTGAAAAACAAGCCCATTCAGATGACGTGCCAAAAGGACAAGTCATGAAGCAAGAGCCGGCAGCCGGCACTGCGGTTAAGCCGGGAAGTAATGTTGAAGTGACGTTCTCGCTCGGACCTGAAGAAAAACCGGCGAAAACGGTAAAAGAAAAAATCAGCATTCCTTACGAACCCGAACATGAAGGGGACGAGCTTGAAGTGCAAATCGCCATCGATGATAAGGACCACAGCATCTCTGATACGTATGACTCATTTAAAATAAAAGAGCCGACTGAAAAAACAATTGAACTGAAGATTGATCAGGGACAGAAGGGGTATTACCAAGTGATGGTCGATCATAAAGTCGTCAGCTACAAAACGATTGAATACCCGAAAGATAATGACTGA MLTGKRISGRYHILRPIGGGGMANVFLAEDIILEREVAIKILRFDFVNDIDFIRRFRREAQSASSLDHPNIVSIYDIGEEGDIYYIVMEYVEGMTLKEYITAHGPLHPKEALSVMEQIVSAIAHAHQNHIVHRDIKPHNILIDHLGHIKVTDFGIATALTSTTITHTNSVLGSVHYLSPEQARGGLATKKSDIYALGIVLFELLTGKIPFDGESAVSIALKHLQTETPSARKWNPSIPQSVENIILKATAKDPFHRYESAEDMEADIRTAFDAGRLNEQKFSVQDDEEMTKAIPVITDGAKAAPQAETPGETDDKEQQPAKKKKRKWPWVLLSVCFIFIMAAVLAVTVFPSLFMPKDVSVPDVRGMKYEKAEALLEKNGLRADPDITDIEDDKIEEELMVKTDPKAGSTVKEGSSVKLYKSIGKPKTQLIDVKGRQIGDAKKALKEKGFKHVNVKEENDDSEAGTVIDQDPSAGTDMVASDDEVNLTVSLGPADVTLRDLKTYSKEAASGYLEDNGLQLVEKQAHSDDVPKGQVMKQEPAAGTAVKPGSNVEVTFSLGPEEKPAKTVKEKISIPYEPEHEGDELEVQIAIDDKDHSISDTYDSFKIKEPTEKTIELKIDQGQKGYYQVMVDHKVVSYKTIEYPKDND NA NA NA NA NA D1-12_00755 891 rsgA COG1162 Small ribosomal subunit biogenesis GTPase RsgA ATGCCTGAGGGCAAAATTATAAAAGCGTTAAGCGGATTCTATTATGTCTTGGATGAATCACAGGACAAGATCATTCAATGCAGGGGCCGGGGCATTTTCAGAAAAAATAAAATAACGCCTCTGGTCGGCGATTATGCCGTTTATCAGGCTGAAAATGATAAAGAAGGCTACTTGCTGGAAATCAAAGAACGAACAAACGAGCTGATCAGGCCGCCGATTTCAAATGTCGATCAGGCCGTTCTCGTCTTTTCTGCCGTTCAGCCGGCGTTCAGCACGTCTTTATTGGACCGTTTTCTCGTCCTTGTGGAAGCCAACGGCATTCACCCGATCATCTGCATAACCAAAATAGACTTAGCTGCAGACGGGGAATCGAAAGAGGCGATACTTTCTTACGTGAAAGACTATCAGGGGATCGGTTATGACGTATATGTGACGTCATCAAAAGAAAACAGCGGTTTAACAGGCATTGTGAAACACTTCGAGAACAAAACGACGGTGTTTGCCGGTCAGTCGGGAGTCGGAAAATCTTCGCTTTTAAATGCGATCAGCCCGGAGCTTGAGCTGAAAACAAACGAGATTTCCGCGCATTTGGGACGCGGAAAACATACGACGCGCCATGTGGAGCTCATTCATACATCAGGCGGTCTGGTGGCGGATACTCCGGGGTTCAGTTCGCTTGAATTTACCGGCATTGAGGAAGATGAGCTGGGCAGCACGTTCCCTGAGATCAGAGAAATAAGCGCCTCTTGCAAATTCAGAGGCTGTCTGCATCTTAAGGAGCCGAAATGCGCGGTAAAGCAAGCGGTGGAAGAAGGAGAGATTCAGCCGTACCGCTATGAGCATTACAAAGAATTTATGCAGGAAATAAAAGAGAGAAAGCCGAGGTATTAA MPEGKIIKALSGFYYVLDESQDKIIQCRGRGIFRKNKITPLVGDYAVYQAENDKEGYLLEIKERTNELIRPPISNVDQAVLVFSAVQPAFSTSLLDRFLVLVEANGIHPIICITKIDLAADGESKEAILSYVKDYQGIGYDVYVTSSKENSGLTGIVKHFENKTTVFAGQSGVGKSSLLNAISPELELKTNEISAHLGRGKHTTRHVELIHTSGGLVADTPGFSSLEFTGIEEDELGSTFPEIREISASCKFRGCLHLKEPKCAVKQAVEEGEIQPYRYEHYKEFMQEIKERKPRY PGPT0009020_4005 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 D1-12_00756 651 rpe Ribulose-phosphate 3-epimerase ATGATTAAGGTTGCGCCATCAATTCTTTCCGCCGATTTTGCTTCACTGGGCGAGGAAATTAAAGACGTGGAAAAAGGAGGGGCGGACTATATCCATATTGATGTCATGGATGGCCATTTCGTCCCTAACATTACAATCGGGCCGCTTATCGTTGAAGCCGTCCGTCCGGTGACTGATCTGCCGCTGGATGTCCATCTTATGATTGAAAACCCGGACCGCTACATACCGGCATTCGCAAAAGCCGGCGCGGACATCCTTTCCGTTCATGCTGAAGCGTGTCCGCATCTTCACCGGACCATTCAATTGATAAAAGAGCAGGGGGTAAAAGCGGGAGTTGTGCTCAATCCGCATACGCCCGTCCAAATGATTGAACATGTGATCGAGGAACTTGACCTTGTGCTGTTAATGACGGTTAACCCCGGTTTTGGCGGCCAGCGCTTCATTCATTCGGTTCTGCCGAAAATCCGTCAGGTCAAACAGCTGGCTGAGGAGAAAGGCCTGTCTGAGCTTTTAATCGAGGTGGACGGAGGCGTTAATAAAGAAACAGCCCCTTTATGCGCTGAAGCGGGCGCCAATCTGCTTGTTGCCGGGTCTGCCGTATATAATCAGCCGGATCGGAAAAAAGCCATCGCTGACATCCGAAACGCGTAA MIKVAPSILSADFASLGEEIKDVEKGGADYIHIDVMDGHFVPNITIGPLIVEAVRPVTDLPLDVHLMIENPDRYIPAFAKAGADILSVHAEACPHLHRTIQLIKEQGVKAGVVLNPHTPVQMIEHVIEELDLVLLMTVNPGFGGQRFIHSVLPKIRQVKQLAEEKGLSELLIEVDGGVNKETAPLCAEAGANLLVAGSAVYNQPDRKKAIADIRNA PGPT0017425_4789 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 D1-12_00757 645 thiN COG1564 Thiamine pyrophosphokinase ATGAAGACAATCAATATCGTTGCGGGCGGCCCGCGGGAACTTATTCCCGATCTATCCGAATACACAGACGGAGATACGACGTGGGTCGGAGTCGATAAAGGGACGGTTTCTCTTTTGGAAGCCGGAATCATTCCGCAGGAAGCTTTCGGTGATTTTGACAGCATTACGGAAGAGGAGCTCATGCAGATTCAAAAAGCGGCGCCGGCCCTCCATGTGTATCAGGCGGAAAAAGATTATACCGATCTTGAAATCGCCCTTGACTGGGCTTTACAAAAAGAACCGGAAACCATTCGGATGTTCGGTGTGACGGGCGGAAGAGCCGATCACTTTTTAGGGAACATCCAGCTGCTGTATAAAGCCTTACACAAGAATACCGATGTCGAGCTGATCGACCGGCAGAATGACATTCAGATGTTCGGGCCCGGCCGTTATACAATTGAAGAAAAAGCGCGCAGACGCTATATTTCTTTCATTCCGTTTACGGAAGCGGCAGACGGCCTGACACTCGACGGTTTTAAATATCCCCTTGATAATTGTCATATTCCTCTGGGTTCCACACTATGTATTAGTAACGAACTCATTCATTCACGAGGTACTTTTTCGTTTGCAAAAGGCATATTAATAATGGTAAGGAGCGCGGATTAA MKTINIVAGGPRELIPDLSEYTDGDTTWVGVDKGTVSLLEAGIIPQEAFGDFDSITEEELMQIQKAAPALHVYQAEKDYTDLEIALDWALQKEPETIRMFGVTGGRADHFLGNIQLLYKALHKNTDVELIDRQNDIQMFGPGRYTIEEKARRRYISFIPFTEAADGLTLDGFKYPLDNCHIPLGSTLCISNELIHSRGTFSFAKGILIMVRSAD PGPT0009035_1341 DIRECT EFFECT PLANT_IMMUNE_RESPONSE_STIMULATION INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR ISR-VITAMIN_B1|THIAMIN_METABOLISM ISR-VITAMIN_B1|THIAMIN_BIOSYNTHESIS,PGPT0009035-thiN|TPK1|THI80-K00949 NA NA D1-12_00758 189 rpmB COG0227 50S ribosomal protein L28 ATGGCACGTAAATGTTTTATTACAGGTAAAAAAACAAAAGCCGGAAACAACCGTTCTCACGCAATGAACGCTTCTAAGCGTACTTGGGGCGCCAACCTTCAAAAGGTCCGCATCCTCGTTGACGGCAAACCTAAAAAAGTGTATGTATCTGCCCGGGCTTTAAAATCCGGTAAAGTTGAGCGTGTATAA MARKCFITGKKTKAGNNRSHAMNASKRTWGANLQKVRILVDGKPKKVYVSARALKSGKVERV NA NA NA NA NA D1-12_00759 363 putative protein GTGTCCATTGAAATGAAGACAAAATACGGACAGATTGATATATCCAACGAAGTCATCGCAATGGTTGCCGGAGGCGCTGCCATTGACTGTTACGGAATAGTGGGGATGGCCTCAAAAAACCAGATTAAAGACGGTTTGTCTGAAATCCTCCGGAGAGAGAACTTCGCAAAAGGCGTACATGTCCGTCAGGAAGCCGAACAAATACATATCGACATGTACATTATTGTCAGCTACGGCACTAAAATATCCGAAGTAGCCCACAATGTTCAGACGAAGGTAAAATACACAGTAAATCAAACAATCGGACTTGCAGTTGATTCTGTAAATATTTATGTCCAAGGCGTACGAGTAACGAACCCGTAG MSIEMKTKYGQIDISNEVIAMVAGGAAIDCYGIVGMASKNQIKDGLSEILRRENFAKGVHVRQEAEQIHIDMYIIVSYGTKISEVAHNVQTKVKYTVNQTIGLAVDSVNIYVQGVRVTNP NA NA NA NA NA D1-12_00760 1668 putative protein TTGTCTAGACGAAACTTAGATGGGAGAGCTTTTGCGGCAATGATTCTGGCGGGGGCTGAGACATTGTCTCAAAACGCATCCGCGGTGGATGCGCTGAACGTGTTTCCCGTGCCTGACGGCGATACCGGAACAAATATGAATTTATCGATGTCATCCGGTGCAAGAGAGGTAGAGCACATTGACTCACCCGACATCGGCAAAGTCGGCATCGCCCTGTCAAAAGGCCTGCTTATGGGAGCGAGAGGAAACTCAGGGGTGATCTTGTCCCAATTGTTCAGAGGTTTCACAAAGAGCATTGAAAACAAAAACCAAATAGACGCCCAAGAATTTGCCGCAGCACTCCAAGCGGGAGTGGATATGGCATATAAGGCGGTCATGAAACCGGTTGAAGGAACGATTTTAACCGTGGCTAAGGATGCGGCTAAAAAAGCGGTCGCCTCGGCCAAAGAAGAAACCGATATTATTTCGGTCATGGAGGCCGTTATTGAAGAAGCGGAAGCGTCGCTCAACCGCACGCCGGATCTGCTTCCTGTTTTAAAGGACGTCGGTGTCGTTGACAGCGGCGGAAAAGGTCTGCTTTGTGTATATGAAGGCTTTTTGGCTGCTTTAAAAGGAGAGGCCGTACCGAAAAAAGCGGTTCTTCCGGCACTCGATGATATGGTGAATGCCGAGCATCATAAAAGCGCGCAGAGCATGCTGAGTACAGAAGACATTGAATTCGGATTTTGTACGGAAGTGATGGTGAGGCTGGATCAAGATAAACGGACGTTCAAGGAAGAGACGTTCAGAAACGAACTGAGCCGTTTCGGCGATTCACTGCTGGTCGTGGCTGATGATACGCTGGCGAAAGTCCATATTCATGCCGAAGAACCAGGGAACGTGCTCAATCTCGCACAGCGTTACGGCGATTTGATTAAAATTAAAATTGAAAACATGAGGGAACAGCATACTTCAATCATCAGCCAAGAACATGATGAAAAAAAGCCGGCCGGCGTTATGAAAGAAGCCCGCAAGCCTTTTGGCATCGTGACTGTGGCAATGGGAGAGGGCATTTCTGAATTGTTTACGAGCATCGGCGCTTCACACGTAATCGAAGGCGGTCAGACAATGAATCCGAGCACGGAAGATATTGTTGAAGCCGTTCAGTCTGTCAATGCGGAGACGGTTTTCATTCTTCCGAACAATTCCAATATTGTGATGGCTGCCAATCAGGCGGCGAGCGTGGCTGAAGAAAATGTCATTGTCATTCCGGCAAAAACGGTCCCTCAAGGCATGACCGCCCTGCTTGCGTTTAACCCTGACCAGCCGGCTGACGTAAATGAAGCCAATATGCTTGAGGCCATCCGGAATGTGAAAAGCGGACAGGTGACATATTCAGTCAGAGACACCCATATTGACGGCAAAGATATTAAAAAAGGTGATTTTATCGGCATTTTAAACAGTTCAATTATCGGCAGCGCCGAAGATCGGATAAGTGCGGCGAAATTGCTGCTGGATGAAATGATCGGGGAAGAAGATGAAATTGTCACCATCTTGTACGGAGAGGACGCGCCGGAAGAAGAAGCTGAGAAACTCGCTGAGTATATTGCTAGCGTCTGTGAAGATATCGAGGTTGAAATCCATAACGGCAGACAGCCTCTGTATCCATATATATTTGCGGCAGAATAG MSRRNLDGRAFAAMILAGAETLSQNASAVDALNVFPVPDGDTGTNMNLSMSSGAREVEHIDSPDIGKVGIALSKGLLMGARGNSGVILSQLFRGFTKSIENKNQIDAQEFAAALQAGVDMAYKAVMKPVEGTILTVAKDAAKKAVASAKEETDIISVMEAVIEEAEASLNRTPDLLPVLKDVGVVDSGGKGLLCVYEGFLAALKGEAVPKKAVLPALDDMVNAEHHKSAQSMLSTEDIEFGFCTEVMVRLDQDKRTFKEETFRNELSRFGDSLLVVADDTLAKVHIHAEEPGNVLNLAQRYGDLIKIKIENMREQHTSIISQEHDEKKPAGVMKEARKPFGIVTVAMGEGISELFTSIGASHVIEGGQTMNPSTEDIVEAVQSVNAETVFILPNNSNIVMAANQAASVAEENVIVIPAKTVPQGMTALLAFNPDQPADVNEANMLEAIRNVKSGQVTYSVRDTHIDGKDIKKGDFIGILNSSIIGSAEDRISAAKLLLDEMIGEEDEIVTILYGEDAPEEEAEKLAEYIASVCEDIEVEIHNGRQPLYPYIFAAE NA NA NA NA NA D1-12_00761 663 sdhB L-serine dehydratase, beta chain ATGAAGTATAGAAGCGTTTTTGATATTATCGGCCCGGTAATGATCGGTCCGTCCAGTTCACATACCGCAGGCGCCGCCCGGATCGGCAGAGTGGCCAGAAGCCTATTCAGGCGGGAGCCCCGCCGGATCATTGTGTCTTTTTACGGATCATTTGCGGAGACGTATAAGGGTCACGGCACTGATGTCGCGATTATCGGCGGCCTGCTTGATTTTGATACATTTGATGAACGGATTAAAACAGCGATTCAAATTGCGGAAGAGAAGGGCATATATGTAGAGTTCCGTACAGAGGATGCCGTGCCCGTTCATCCGAATACGGCGCGTATCGTCATTTCTGATGATGAGGGAGAGCTTGCCCTTACCGGTATTTCCATCGGCGGCGGAAAAATAGAAATCACGGAGCTCAACGGCTTTGAGCTGCGTCTTTCCGGAAACCATCCGGCTATTTTAGTCGTTCACAATGATAAATTCGGCACGATTGCAGGCGTCGCCAATGTGCTGGCGAAATTCTCCATCAACGTCGGACATATGGAAGTGGCGCGTAAGGACGTCGGCCAGCTAGCGCTGATGACGATTGAGGTCGATCAGAATATTGAAGAAGAAGTGCTTGACGAGCTTTCAACACTTCCTAATATTATACAGGTTACTAAGATAGCTGACTAA MKYRSVFDIIGPVMIGPSSSHTAGAARIGRVARSLFRREPRRIIVSFYGSFAETYKGHGTDVAIIGGLLDFDTFDERIKTAIQIAEEKGIYVEFRTEDAVPVHPNTARIVISDDEGELALTGISIGGGKIEITELNGFELRLSGNHPAILVVHNDKFGTIAGVANVLAKFSINVGHMEVARKDVGQLALMTIEVDQNIEEEVLDELSTLPNIIQVTKIAD PGPT0001975_4908 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-PYRUVIC_ACID_BIOSYNTHESIS,PGPT0001975-sdaA|sdaB|tdcG-K01752 NA NA D1-12_00762 903 sdhA L-serine dehydratase, alpha chain ATGTTTCGTAATGTAAAAGAATTAATAGAAATCACTCAAGAAAAACAAATTCCGATTTCGGAAGTGATGATCACCCAAGAGATGGAAGTGACGCAAAAAACGCGGGAAGAAATCTTTCAAGGAATGGAGCGCAATCTCTCCGTCATGGAAGCAGCTGTTGAAAAAGGGCTGAAGGGCGTCACGAGTCAGACCGGTTTAACAGGAGGGGATGCCGTGAAACTTCAGGCATACATCCAATCGGGAAGAAGCCTGTCGGGCAATCTGATTTTAGACGCCGTTTCTAAAGCTGTCGCGACAAATGAAGTCAATGCGGCCATGGGAACGATCTGCGCTACACCGACCGCCGGTTCTGCGGGGGTTGTGCCGGGAACGTTATTCGCCGTAAAGCATAAGCTGAACCCTACGACAGAACAAATGATCCGTTTTCTGTTTACAGCCGGCGCGTTCGGTTTTGTCGTAGCAAACAATGCGAGTATTTCAGGAGCGGCAGGAGGCTGTCAGGCGGAAGTCGGGTCAGCATCAGGCATGGCAGCGGCTGCGATTGTGGAAATGGCGGGCGGAACGCCTCAGCAATCAGCGGAAGCAATGGCGATTACACTGAAAAATATGCTCGGTCTCGTATGTGACCCGGTCGCCGGATTGGTAGAAGTGCCGTGTGTCAAACGAAACGCAATGGGAGCATCCAACGCAATGATCGCGGCGGATATGGCGCTGGCCGGGATTACAAGCCGCATTCCTTGCGATGAGGTGATTGACGCGATGTACAAAATCGGCCAGACAATGCCGACAGCACTGCGTGAAACGGGACAAGGCGGTTTAGCCGCGACACCGACGGGAAGAGAATTAGAGAAAAAAATTTTCGGAGGAGCGCTGAAATCAAGTGACACACCATCAGCAAACTAG MFRNVKELIEITQEKQIPISEVMITQEMEVTQKTREEIFQGMERNLSVMEAAVEKGLKGVTSQTGLTGGDAVKLQAYIQSGRSLSGNLILDAVSKAVATNEVNAAMGTICATPTAGSAGVVPGTLFAVKHKLNPTTEQMIRFLFTAGAFGFVVANNASISGAAGGCQAEVGSASGMAAAAIVEMAGGTPQQSAEAMAITLKNMLGLVCDPVAGLVEVPCVKRNAMGASNAMIAADMALAGITSRIPCDEVIDAMYKIGQTMPTALRETGQGGLAATPTGRELEKKIFGGALKSSDTPSAN PGPT0001975_3480 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-PYRUVIC_ACID_BIOSYNTHESIS,PGPT0001975-sdaA|sdaB|tdcG-K01752 NA NA D1-12_00763 2049 recG ATP-dependent DNA helicase RecG GTGACACACCATCAGCAAACTAGTATAGCGGAAATTAAGGGCATTGGGCCGGAAACAGAAAAAACATTGCACGAACTTGGTATCTATGACATTTCTGATCTTCTGAATTATTTCCCTTACCGTTATGACGACTATGAGCTGAGGGATTTAGAAGAAGTAAAACATGAAGAAAGAGTGACGGTAGAAGGGAAGGTTCATTCAGAACCTTCTCTTACCTATTACGGCAAAAAACGAAACAGGCTGACATTCAGGGTGCTTGTCGGCAATTATTTAATTACTGCGGTCTGCTTTAACCGTCCCTACTTAAAAAAGAAACTGACGTTAGGTTCAGTCGTCACGATATCCGGGAAATGGGATAAACACAGACAGACCGTTTCCGTGCAGGAATTAAAAAACGGTCCTCATCAAGAAGATAAAAGCATTGAGCCTGTTTATTCCGTTAAAGAAAACGTCACCGTAAAAATGATGAGACGGTTTATTAAGGAAGCGCTGCAGCATCATTTGGACAGTGCGGCCGATCCGCTTCCTGAAAAATTGAGAATCCGCTACAAGCTGCCTGATTACAAACATGCCCTGCAGACGATGCATCAGCCTGAAACGAGGGAATCGTTACAGCAGGCCAGGCGTCGGTTTGTTTACGAGGAATTCTTATTATTTCAGCTGAAAATGCAGGCGTTCCGTAAAGCGGAAAGGGAACAGTCAAAAGGCATCAGCCATGTGTTTCCTGCTGAAAAGCTCGCCGCTTTCACAGACAGTCTGCCGTTTTCGCTCACAACCGCACAGACGCGCGTGCTTCGGGAAATTACCGCTGATATGACATCCCCTTACCGAATGAACCGTCTGCTGCAAGGTGATGTCGGTTCAGGGAAAACAGCCGTCGCCGCCATCGCTTTGTACGCTGCGATTCTGTCGGGGTATCAGGGGGCATTAATGGTGCCGACTGAAATTCTGGCCGAACAGCATGCGGATTCTCTCGTATCGTTGTTTGCAAATGAAGATGTAAATATCGCGCTTTTGACGAGTTCTGTAAAAGGAAAGCGGCGCAGGGAGCTTTTGGAGCGGCTTGCTCTCGGAGAGATTGATATTTTAGTAGGGACCCATGCTTTAATCCAGGACGAAGTGGAATTTAAAGCGCTGAGCCTTGTCATTACGGACGAGCAGCACAGGTTCGGAGTCGAACAGCGCAAAAAACTCAAGAATAAAGGTCAGGATCCGGATGTGCTGTTTATGACAGCCACCCCGATTCCGAGAACGTTGGCCATTACCGTCTTCGGAGAAATGGATGTTTCCGTGATAGATGAAATGCCCGCGGGGCGAAAACAAATCGAAACGTATTGGGTGAAACACGACATGCTGGAGCGGATTTTGGCTTTTATAGAAAAAGAGCTGAAACAGGGAAGGCAAGCCTATATTATCTGCCCGCTCATTGAAGAGTCGGATAAACTGGATGTACAGAATGCGATTGACGTATATAACATGCTGTCTGACGTTTACCGCGGTAAATGGAATGTCGGCCTGATGCACGGGAAGCTCCATTCTGATGAAAAAGATCAGGTGATGAGAGAATTCAGCGCCAATCAATGTCAGGTACTTGTGTCAACAACCGTCGTAGAAGTCGGGGTGAACGTGCCGAATGCGACGATTATGGTCATCTATGACGCCGACCGTTTCGGATTATCTCAGCTTCATCAGCTCCGCGGCCGGGTCGGGCGGGGAGACCACCAATCTTTCTGTATCTTGATGGCCGATCCGAAATCCGAAACCGGGAAGGAACGGATGAGAATCATGTCAGAGACAAACGACGGCTTCGAGCTGTCTGAAAAGGACCTTGAACTGCGCGGCCCCGGGGATTTCTTCGGAAAAAAACAGAGCGGTATGCCCGAGTTCAAGGTGGCGGATATGGTTCATGACTACAGAGCTTTGGAGACGGCCCGCCAGGATGCGGCCAATCTGGTGTCTTCAGAGGCTTTTTGGAAAGATGACGAATACCGCATGCTGCGCGGCCAATTACTTTCAAGCGGCGTCCTAGAAGGGGAGAAATTAAGCTGA MTHHQQTSIAEIKGIGPETEKTLHELGIYDISDLLNYFPYRYDDYELRDLEEVKHEERVTVEGKVHSEPSLTYYGKKRNRLTFRVLVGNYLITAVCFNRPYLKKKLTLGSVVTISGKWDKHRQTVSVQELKNGPHQEDKSIEPVYSVKENVTVKMMRRFIKEALQHHLDSAADPLPEKLRIRYKLPDYKHALQTMHQPETRESLQQARRRFVYEEFLLFQLKMQAFRKAEREQSKGISHVFPAEKLAAFTDSLPFSLTTAQTRVLREITADMTSPYRMNRLLQGDVGSGKTAVAAIALYAAILSGYQGALMVPTEILAEQHADSLVSLFANEDVNIALLTSSVKGKRRRELLERLALGEIDILVGTHALIQDEVEFKALSLVITDEQHRFGVEQRKKLKNKGQDPDVLFMTATPIPRTLAITVFGEMDVSVIDEMPAGRKQIETYWVKHDMLERILAFIEKELKQGRQAYIICPLIEESDKLDVQNAIDVYNMLSDVYRGKWNVGLMHGKLHSDEKDQVMREFSANQCQVLVSTTVVEVGVNVPNATIMVIYDADRFGLSQLHQLRGRVGRGDHQSFCILMADPKSETGKERMRIMSETNDGFELSEKDLELRGPGDFFGKKQSGMPEFKVADMVHDYRALETARQDAANLVSSEAFWKDDEYRMLRGQLLSSGVLEGEKLS NA NA NA NA NA D1-12_00764 567 fapR COG2050 Transcription factor FapR ATGAGAAGAAGCAAGAAAGAACGCCAAAAATTATTGCAGCAGACGATCAAATCGACACCCTTCATCACAGATGAAGAATTAGCGGGGAAATTCGGCGTCAGCATTCAGACGATCCGTTTAGACCGCTTAGAGCTCTCAATACCGGAGCTGAGGGAAAGAATTAAAAACGTGGCAGAACAAACGCTTGATGATGAAGTGAAATCACTGTCTTTAGACGAAGTGATCGGTGAAATTATTGATCTGGAGCTTGACGGCCAGGCCATTTCCATATTAGAAGTAAGACGCGAACATGTCTTCAGCCGCAATCAAATTGCGCGGGGGCATCATTTGTTTGCGCAGGCGAACTCACTCGCCGTAGCCGTCATTGATGATGAGCTGGCGCTGACCGCAAGCGCAAATATCCGCTTTACAAGACAGGTGAAAGAAGGCGAGCGCGTCGTTGCGAAAGCCAAAGTGACGGCAGTCGAAAAAGAAAAAGGCAGAACGGTAGTTGAAGTCAACAGCTATGTGGGAGAAGAAGTCGTGTTCTCCGGCAGCTTTGACATGTACCGTTCAAAACAATCATAA MRRSKKERQKLLQQTIKSTPFITDEELAGKFGVSIQTIRLDRLELSIPELRERIKNVAEQTLDDEVKSLSLDEVIGEIIDLELDGQAISILEVRREHVFSRNQIARGHHLFAQANSLAVAVIDDELALTASANIRFTRQVKEGERVVAKAKVTAVEKEKGRTVVEVNSYVGEEVVFSGSFDMYRSKQS NA NA NA NA NA D1-12_00765 999 plsX COG0416 Phosphate acyltransferase ATGAGAATAGCTGTAGATGCAATGGGAGGCGACAACGCACCCAAAGCTGTTATTGACGGAGTAATGAAGAGTATTGAGGCATTTGACGATCTTCATATTACGCTGGTCGGTGACAAGACAACGATAGAATCACACTTGCCAACAACATCAGACCGCATCACTGTGTTGCACGCCGATGAAGTGATTGAACCGACGGATGAACCGGTCCGCGCCGTACGCAGAAAGAAAAACTCTTCTATGGTGCTGATGGCGCAGGAAGTGGCTGAAAACAGAGCGGACGCCTGCATCTCAGCGGGGAATACAGGCGCACTCATGACAGCGGGACTGTTTATCGTCGGCAGAATTAAAGGAATCGACCGGCCTGCGCTTGCGCCGACGCTTCCGACCGTTTCAGGCGACGGTTTCCTTCTTTTGGACGTGGGAGCCAATGTCGATGCCAAACCGGAGCATCTCGTCCAGTACGGAATTATGGGATCTGTATATGCCCGGCAGGTTCTCGGAATCAGCTCGCCCCGCGTAGGATTGTTAAATGTCGGCACGGAAGAAAAGAAAGGAAACGACCTGACAAAAAAGACGTTTGAATTATTAAAAGAAACAAACGTGAATTTTGTCGGAAACGTTGAGGCGAGAGACTTGCTCGAAGGCGCTGCTGACGTCATCGTCACAGACGGCTTTACGGGCAACGTCACGTTGAAAACATTGGAAGGTTCAGCGTTATCGATTTTCAAAATGTTGAAAGATACACTGACTTCAAGTTTTGTTTCTAAGCTCGCAGCGGGAGTGCTGAAGCCGAAGCTGATGGAAATGAAACTGAAAATGGACTATTCTGAGTACGGCGGGGCGAGTCTTTTCGGTTTGAAAGCGCCCGTCGTTAAAGCGCACGGCTCTTCTGACGCACGCGCTGTTTACCATGCGCTGCGCCAGGCGAGAGAAATGGTCAGCCAAAACGTGGCCGCATTTATAGAAGAAGAAGTAAAAGAAGAAAAAACAGATGAGTAG MRIAVDAMGGDNAPKAVIDGVMKSIEAFDDLHITLVGDKTTIESHLPTTSDRITVLHADEVIEPTDEPVRAVRRKKNSSMVLMAQEVAENRADACISAGNTGALMTAGLFIVGRIKGIDRPALAPTLPTVSGDGFLLLDVGANVDAKPEHLVQYGIMGSVYARQVLGISSPRVGLLNVGTEEKKGNDLTKKTFELLKETNVNFVGNVEARDLLEGAADVIVTDGFTGNVTLKTLEGSALSIFKMLKDTLTSSFVSKLAAGVLKPKLMEMKLKMDYSEYGGASLFGLKAPVVKAHGSSDARAVYHALRQAREMVSQNVAAFIEEEVKEEKTDE PGPT0024410_2733 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROLIPID_REMODELLING CE-REMODELLING_GLYCEROLIPID_ACYLTRANSFERASE_ACTIVITY,PGPT0024410-plsX-K03621 NA NA D1-12_00766 954 fabD Malonyl CoA-acyl carrier protein transacylase ATGAGTAAGATTGCATTTTTATTTCCCGGACAGGGATCACAATATATCGGTATGGGAAAAGACCTGTACGAACGCGAAGAAGCGTCAAAACGTATTTTTGATGAAGCGGATGAAACGCTTGAAACAAAGCTGAGCTCGCTCATTTTTGAAGGTGACGCCGAAGAATTGACCCTTACATACAATGCGCAGCCCGCGCTGTTGACAACGAGCATCGCCGTATTGGAAAAGTTTAAAGAATCCGGCATCACCCCTGATTTCACCGCCGGCCACAGCCTCGGAGAATATTCGGCGCTTGTTGCGGCGGGAGCGATGACATTTAAAGATGCCGTTTACACGGTAAGAAAACGGGGAGAATTCATGAATGAAGCCGTGCCGGCCGGAGAAGGCGCCATGGCAGCTATTCTCGGAATGGATGCAGAGTCCTTGAAAAAGGTAACGGATCAAGTGACGGAAAACGGTCATCTCGTACAGCTTGCAAACCTGAACTGCCCCGGCCAGATCGTAATTTCCGGAACGGCAAAAGGCGTGGAGCTGGCTTCAGAAGAAGCGAAAAACAACGGAGCAAAACGGGCAATCCCATTAGAAGTAAGCGGACCGTTCCATTCTGAATTAATGAAGCCGGCAGCGCAAAAACTCGAGGAGGTGCTCAGCGCCTGTGAGTTGAAAAATGCGGCTGTTCCCGTGATTTCAAACGTTTCGGCTGACGTTATGACAGAAAAAGACGATATCAAGAAAAAACTGATCGAACAGCTGTATTCACCTGTTCGCTTTGAAGAAACCATTAACAAACTGATTGACGAAGGTGTCACGACGTTTGTTGAAATCGGGCCCGGAAAAGTGCTTTCAGGCCTTGTGAAAAAAGTGAACCGCCGCCTTAAAACAATCGCGGTTTCTGACCATGAAACCATCGAACTGGCGATTCAAACGCTGAAGGAGGAGAATCAGGATGCTTAA MSKIAFLFPGQGSQYIGMGKDLYEREEASKRIFDEADETLETKLSSLIFEGDAEELTLTYNAQPALLTTSIAVLEKFKESGITPDFTAGHSLGEYSALVAAGAMTFKDAVYTVRKRGEFMNEAVPAGEGAMAAILGMDAESLKKVTDQVTENGHLVQLANLNCPGQIVISGTAKGVELASEEAKNNGAKRAIPLEVSGPFHSELMKPAAQKLEEVLSACELKNAAVPVISNVSADVMTEKDDIKKKLIEQLYSPVRFEETINKLIDEGVTTFVEIGPGKVLSGLVKKVNRRLKTIAVSDHETIELAIQTLKEENQDA PGPT0008350_1280 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 D1-12_00767 741 fabG_1 3-oxoacyl-[acyl-carrier-protein] reductase FabG ATGCTTAATGAAAAAACAGCAGTGGTAACGGGAGCGTCCCGCGGAATCGGGCGGGCGATCGCGCTTGATCTTGCGAAAAACGGCTGTAACGTAGTAGTCAACTACTCCGGGAATGAAGCGAAAGCGAACGAAGTCGTAGATGAAATCAAATCTTTGGGCCGAAACGCGATCGCGGTAAAAGCCGATGTATCAAATTCCGAAGAAGTACAAAACATGATGAAAGAGGCTGTCGCTGCATTTTCTTCAATCGACATTCTCGTGAACAATGCGGGGATCACAAAAGACAATCTTCTGATGAGAATGAAAGAAAATGAATGGGATGATGTCATTAACATTAACCTAAAAGGTGTATTCAACTGCACGAAAGCCGTTACAAGACAGATGATGAAACAGCGCTCCGGCCGGATTATCAACGTATCATCAATCGTCGGCGTCAGCGGAAACCCCGGCCAGGCGAACTACGTGGCGGCAAAAGCCGGTGTAATCGGCTTAACGAAGTCATCAGCCAAAGAGCTTGCGAGCCGCAATATTACGGTTAATGCCATTGCTCCGGGCTTTATTTCCACGGATATGACGGACAAGCTTTCTAAAGAAGTCCAAGATGAAATGCTGAAGCAGATTCCGCTCGCGCGTTTCGGTGATCCTTCCGATATCAGCAGCGTTGTTACGTTCCTTGCTTCTGAAGGATCGCGTTATATGACGGGCCAAACCCTTCATATTGACGGCGGAATGGTGATGTAA MLNEKTAVVTGASRGIGRAIALDLAKNGCNVVVNYSGNEAKANEVVDEIKSLGRNAIAVKADVSNSEEVQNMMKEAVAAFSSIDILVNNAGITKDNLLMRMKENEWDDVININLKGVFNCTKAVTRQMMKQRSGRIINVSSIVGVSGNPGQANYVAAKAGVIGLTKSSAKELASRNITVNAIAPGFISTDMTDKLSKEVQDEMLKQIPLARFGDPSDISSVVTFLASEGSRYMTGQTLHIDGGMVM PGPT0003180_15974 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 D1-12_00768 234 acpA COG0236 Acyl carrier protein ATGGCAGATACATTAGAGCGTGTAACGAAAATCATCGTAGACCGCCTTGGCGTTGATGAAGCTGACGTCAAACTTGAAGCTTCTTTCAAGGAAGACTTAGGTGCTGATTCCCTAGATGTAGTTGAGCTTGTTATGGAACTTGAAGACGAGTTTGATATGGAGATTTCTGACGAAGATGCTGAAAAGATTGCAACAGTCGGCGACGCTGTGAACTACATACAAAACCAGCAATAA MADTLERVTKIIVDRLGVDEADVKLEASFKEDLGADSLDVVELVMELEDEFDMEISDEDAEKIATVGDAVNYIQNQQ PGPT0011375_6631 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0011375-acpP-K02078 NA NA D1-12_00769 750 rnc COG0571 Ribonuclease 3 ATGTCAAAACACTCACATTTTAAAGATAAAAAAAAGTTCTATAAAAAAATAGAGCAATTTAAAGAGTTCCAAGAACGGATTTCGGTTCATTTTCAAAACGAGAAACTTTTGTATCAAGCATTTACACATTCATCTTATGTGAATGAGCATCGGAAAAAGCCGTATGAAGACAATGAAAGGCTTGAATTTTTAGGTGACGCTGTTTTGGAACTGACGATCTCCCAATTCTTATTTGCCAAATATCCGGCCATGAGTGAAGGAGATTTGACGAAGCTGAGAGCCGCTATCGTATGCGAGCCGTCACTCGTCTCACTTGCCCATGAATTGTCATTCGGCGATCTTGTTCTCTTGGGAAAAGGAGAAGAAATGACGGGCGGCAGAAAGCGTCCTGCGCTTTTAGCGGATGTGTTTGAAGCGTTTATCGGCGCACTGTATCTGGATCAGGGCCTTGACCCGGTTCAGCAATTCCTGAAAGTGTACGTGTTCCCTAAAATAAACGATGGTGCTTTTTCTCATGTGATGGATTTCAAAAGCCAGCTTCAAGAATTTGTACAGCGGGACGGAAAAGGATCGCTTGAGTACAAAATTCTCAATGAAAAAGGGCCTGCCCACAACCGGGAATTCGAGGCGCTTGTCTCTCTTAAAGGTGAGGCGCTCGGTATCGGGAACGGACGTTCCAAAAAAGAAGCCGAGCAGCATGCGGCACAGGAAGCTCTTGCAAAAATGCAAAAACATCATACGAAACAATAA MSKHSHFKDKKKFYKKIEQFKEFQERISVHFQNEKLLYQAFTHSSYVNEHRKKPYEDNERLEFLGDAVLELTISQFLFAKYPAMSEGDLTKLRAAIVCEPSLVSLAHELSFGDLVLLGKGEEMTGGRKRPALLADVFEAFIGALYLDQGLDPVQQFLKVYVFPKINDGAFSHVMDFKSQLQEFVQRDGKGSLEYKILNEKGPAHNREFEALVSLKGEALGIGNGRSKKEAEQHAAQEALAKMQKHHTKQ NA NA NA NA NA D1-12_00770 3561 smc_3 COG1196 Chromosome partition protein Smc ATGTTCCTCAAACGTTTAGACGTTATAGGATTTAAATCATTTGCAGAACGGATATCCGTTGACTTTGTAAAAGGCGTCACGGCCGTTGTCGGTCCGAACGGCAGCGGAAAGAGCAACATTACCGAAGCCATCCGCTGGGTGCTCGGCGAACAATCAGCCCGCTCGCTTCGGGGCGGAAAAATGGAAGATATCATTTTTGCGGGAAGTGATTCGCGCAAGCGGCTGAACCTTGCCGAAGTCACGTTAACGCTTGATAATGAAGATCATTTTCTCCCGATCGATTACCACGAAGTCAGCGTGACGAGACGGGTGTACCGTTCCGGAGAAAGTGAATTTCTCATCAACAATCAGCAGTGCCGCCTGAAAGATATCATTGACTTATTTATGGACTCCGGGCTCGGGAAAGAAGCATTCTCTATTATCAGCCAGGGGAAAGTCGAAGAGATTCTCAGCAGCAAAGCGGAAGACCGCCGCAGTATTTTTGAAGAAGCGGCCGGCGTGCTGAAATATAAAACAAGAAAGAAAAAAGCGGAAAACAAACTGTTTGAGACGCAGGATAACTTAAACAGGGTGGAAGATATTCTCCACGAGCTTGAAGATCAGGTCGAACCGCTGAAAATCCAGGCTTCAATCGCCAAAGACTACTTAGAAAAAAAGAAAGAGCTTGAGCATGTCGAAATCGCCCTTACCGCCTTTGACATCGAACAACTGCACGGCAGATGGTCGGGTTTAAAAGATAAGGTGCAGGCGGCAAAAGAAGAAGAATTGGCGGAATCATCGGCTCTGTCCGCAAAAGAAGCGGTGATAGAAGAGACGAGAGATAAAATCCACGCGCTTGATGAATCCGTCAACGAACTGCAGCAGGTTCTGCTCGTGACAAGTGAAGAGCTGGAAAAGCTGGAAGGCCGGAAAGAAGTGCTGAAAGAGCGCAAAAAAAACGCCGCGCAAAACCGGGAACAGCTTGAGGAATCCGTTACACATTACACGAACAAAGAAGCCGAACTGAAAGCGGACATTGAAAAACAGTCTGCCGTCTATGATAAGCTGCGTGCGGAAGTGAAGCGGTTAAACGCCCAGGTGAAAGAAAAGCAGCAGGCTCTCAGTCTGCATAATGAAAATGTAGAAGACAAAATCGAACAATTAAAAAGCGATTACTTTGAATTGTTAAACAGCCAGGCGTCGATTCGCAACGAGCTGCAGCTTTTAGATGACCAGATGTCCCAATCTGCGGTCCAGCAGGCGAGACTGACCGCAAACAATGAAAAATATCTTGAAGAACGTAACGATATTGCAGTCCGCAAAGCGGCGTGCGAAGAAGAATTGGCCGCCGTTGAAGAGGATATTCACAATCAGGTCGTCCGCTTTCGTGAAGTCCAGACAGCATATGAACAGAAAAAACGCCAATATGATAAGAAAGAATCTGCGCTGTATCAGGCATATCAATTCGTCCAGCAGGCCAGATCCAAAAAAGATATGCTTGAAACGATGCAAGGCGATTTTTCAGGATTTTACCAAGGCGTAAAAGAAGTGCTGAAACAGAAAGAGCAGCTTGGCGGCATCCGCGGCGCCGTTCTCGAACTGATTGCCACCGAACAAAAATATGAAACGGCGATCGAGATTGCACTCGGCGCAGCGGCGCAGCACGTTGTCACAGACGATGAGCAGGCGGCGCGGAAAGCGATTCAATATTTAAAACAGAATTCCTTCGGCCGCGCGACGTTCCTGCCGCTTACGGTTATGAAACCGCGCCAGCTCCAAACCCGTGATGAACAGACGGCTCAGAAGCATCCGTCTTTCCTCGGCACAGCGAGCGGGCTTGTCACATATGATGCGGCATATCGGAATGTTATTCAAAACCTTCTCGGCACCGTGCTGATCACTGAAGATTTAAAAGGCGCGAATGAACTGGCCAAGCTTCTCGGGCACCGCTACCGCATCGTGACGCTTGAGGGCGATGTCGTCAATCCAGGCGGATCAATGACAGGCGGCGCGGTCAAAAAGAAAAACAATTCTCTGCTCGGCAGAAGCCGTGAGCTTGAGACGGTGACTGCGCGGCTTGCCGAAATGGAAGAAAAAACAGCTCTGCTCGAAAAAGAGGTCAAAACGCTGAAGCAGGCCATTCAAGAGCTTGAACATACGCTGAGCGGTCTCCGTGAAGACGGTGAAGCTTTCAGAACAAAGCAGCAGGATGTAAAAGGCAGGCTGTATGAACTCGAAGTCGCTGAAAAGAACATCAATACCCATCTGGAGCTTTACGATCAGGAGAAAGCATCACTGACGGAAAGCAGCCGGGAAAAAGAGACGCGCAAATCAGCTCTGGAAGAACAACTGAGTGAGGCATCCGGCCAGCTGAAAGAGCTTGAGGAAGAGATGGAAAGGCTGACAAAACAAAAGCAGACCCTATCCTCAACAAAAGAAACGCTCTCTCATGAACTGACGGAATGTAAAGTGGCCGCTGCGAAAAAAGAACAGGCGTGCTCGAGTGAAGAAGACAACCTCAAAAGGCTGAAAAAAGAGCTTGAGGAAACGCAGCTCGCTCTGAAAGAAACACGGGAAGATTTAAGCCTCCTGACCTCAGAGATGACGTCCAGCACAAGCGGTGAGGAGCAGCTTGAAGAAGCAGCCCATCACAAGCTTCACGATAAAACGAGAACGATTGAATTGATCGCCAGCCGGCGCGACCAGCGTGTGAAGCTCCAACGGGCTCTTGATACGAACGAACTTGAGCTGAAAGAGATGAAGCGTCTCTACAAGCAAAAAACAGAAATTCTGAAAGATGAAGAGGTAAAACTCGGCCGGATGGAAGTTGAGCTTGATAATCTCTTGCAGTATTTACGCGAGGAATACAGCTTATCCTTTGAAGGGGCAAAAGAACAATATCAGCTCGAACTCGAGCCTGAAGAGGCGAGAAAACGGGTCAAACTGATCAAGCTTTCAATTGAAGAGCTCGGAACGGTCAATCTCGGCAGCATCGATGAATTTGAAAGAGTAAACGAACGGTATCAGTTTTTAACAGAGCAGAAAAATGACCTGACGGAAGCGAAAAACACACTGTTTCAAGTCATTGAAGAAATGGATTCTGAAATGACGAAGCGATTCCATGAAACGTTTATCCAGATCCGTTCTCAATTCAACGACGTGTTCCGTTCTTTATTCGGAGGAGGGCGGGCTGAACTGAAGCTGACTGATCCGAATGATCTTCTTAACTCCGGGGTGGACATTATCGCGCAGCCTCCGGGCAAAAAACTGCAAAACTTAAATCTTTTGTCAGGGGGAGAACGGGCGCTGACTGCCATTGCCCTTTTATTCTCCATTCTGAAAGTAAGGCCCGTGCCGTTCTGCGTCCTTGATGAAGTGGAAGCTGCGCTTGATGAAGCCAATGTATTCAGGTTTGCGCAATATTTAAAAAAATACAGCAGCGACAGCCAGTTTATCGTCATCACCCACAGAAAAGGCACCATGGAAGAAGCGGATGTCCTCTACGGTGTTACGATGCAGGAATCCGGCGTTTCCCGAATGGTTTCGGTCAAACTAGAAGAAACAAAAGAATTCGTTCAGTAA MFLKRLDVIGFKSFAERISVDFVKGVTAVVGPNGSGKSNITEAIRWVLGEQSARSLRGGKMEDIIFAGSDSRKRLNLAEVTLTLDNEDHFLPIDYHEVSVTRRVYRSGESEFLINNQQCRLKDIIDLFMDSGLGKEAFSIISQGKVEEILSSKAEDRRSIFEEAAGVLKYKTRKKKAENKLFETQDNLNRVEDILHELEDQVEPLKIQASIAKDYLEKKKELEHVEIALTAFDIEQLHGRWSGLKDKVQAAKEEELAESSALSAKEAVIEETRDKIHALDESVNELQQVLLVTSEELEKLEGRKEVLKERKKNAAQNREQLEESVTHYTNKEAELKADIEKQSAVYDKLRAEVKRLNAQVKEKQQALSLHNENVEDKIEQLKSDYFELLNSQASIRNELQLLDDQMSQSAVQQARLTANNEKYLEERNDIAVRKAACEEELAAVEEDIHNQVVRFREVQTAYEQKKRQYDKKESALYQAYQFVQQARSKKDMLETMQGDFSGFYQGVKEVLKQKEQLGGIRGAVLELIATEQKYETAIEIALGAAAQHVVTDDEQAARKAIQYLKQNSFGRATFLPLTVMKPRQLQTRDEQTAQKHPSFLGTASGLVTYDAAYRNVIQNLLGTVLITEDLKGANELAKLLGHRYRIVTLEGDVVNPGGSMTGGAVKKKNNSLLGRSRELETVTARLAEMEEKTALLEKEVKTLKQAIQELEHTLSGLREDGEAFRTKQQDVKGRLYELEVAEKNINTHLELYDQEKASLTESSREKETRKSALEEQLSEASGQLKELEEEMERLTKQKQTLSSTKETLSHELTECKVAAAKKEQACSSEEDNLKRLKKELEETQLALKETREDLSLLTSEMTSSTSGEEQLEEAAHHKLHDKTRTIELIASRRDQRVKLQRALDTNELELKEMKRLYKQKTEILKDEEVKLGRMEVELDNLLQYLREEYSLSFEGAKEQYQLELEPEEARKRVKLIKLSIEELGTVNLGSIDEFERVNERYQFLTEQKNDLTEAKNTLFQVIEEMDSEMTKRFHETFIQIRSQFNDVFRSLFGGGRAELKLTDPNDLLNSGVDIIAQPPGKKLQNLNLLSGGERALTAIALLFSILKVRPVPFCVLDEVEAALDEANVFRFAQYLKKYSSDSQFIVITHRKGTMEEADVLYGVTMQESGVSRMVSVKLEETKEFVQ NA NA NA NA NA D1-12_00771 990 ftsY COG0552 Signal recognition particle receptor FtsY ATGAGCTTTTTTAAAAAATTAAAAGAGAAAATCACGAAACAGACAGACTCCGTCTCTGAAAAATTTAAAGATGGTCTTGAAAAAACAAGAAATTCCTTCTCGAATAAAGTGAACGAACTCGTCTCCCGCTACCGGAAAGTCGACGAGGATTTCTTCGAGGAGCTTGAGGAAGTGCTGATTGGCGCTGACGTCGGTTTTACAACCGTCATGGAGCTGATTGATGAGCTCAAAAAAGAAGTGAAGCTGAAAAACATCCAGGATCCTCAGGAAGTGCAGTCCGTCATTTCTGAAAAGCTTGTCGACATTTATAACAGCGGCGACGAACAGATTTCTGAATTAAATATTCAGGACGGGCGCCTGAACGTTATTCTGCTTGTCGGGGTAAACGGCGTCGGAAAAACGACAACGATCGGAAAACTTGCCCATAAGCTGAAGAATGAAGGCAAATCCGTTGTGCTCGCTGCCGGAGACACCTTCAGAGCCGGGGCGATTGAACAGCTTGAAGTGTGGGGGGAGCGTACAGGCGTGCCTGTCATTAAGCAGGCTGCCGGAAGCGACCCTGCGGCGGTTATTTATGATGCCGTACACGCGGCTAAAGCAAGAGGAGCGGATGTGCTGATTTGTGATACGGCCGGCCGCCTTCAGAATAAAGTAAACTTAATGAAAGAGCTTGAAAAAGTCAAACGCGTCATCGAACGCGAAGTGCCTGAGGCTCCGCATGAGGTTCTCCTTGCGCTGGACGCGACGACAGGCCAGAATGCGATGGCGCAGGCGAAAGAATTCTCCAAAGCGACGAATGTGACGGGTATCGCGTTAACGAAGCTTGACGGCACCGCAAAAGGCGGTATCGTCCTGGCGATCCGCAATGAGCTTCACATCCCCGTGAAACTGGTCGGCCTCGGAGAAAAGGTTGACGATCTCCAGCGATTTGATGCAGAATCTTACGTATACGGTCTCTTTTCTGATTTAGTTGAAAAAGCCGAGGATTAA MSFFKKLKEKITKQTDSVSEKFKDGLEKTRNSFSNKVNELVSRYRKVDEDFFEELEEVLIGADVGFTTVMELIDELKKEVKLKNIQDPQEVQSVISEKLVDIYNSGDEQISELNIQDGRLNVILLVGVNGVGKTTTIGKLAHKLKNEGKSVVLAAGDTFRAGAIEQLEVWGERTGVPVIKQAAGSDPAAVIYDAVHAAKARGADVLICDTAGRLQNKVNLMKELEKVKRVIEREVPEAPHEVLLALDATTGQNAMAQAKEFSKATNVTGIALTKLDGTAKGGIVLAIRNELHIPVKLVGLGEKVDDLQRFDAESYVYGLFSDLVEKAED PGPT0025740_3727 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-SEC-SECRETION_PATHWAY CE-SEC-SRP_CORE_COMPONENTS,PGPT0025740-ftsY-K03110 NA NA D1-12_00772 834 hypothetical protein ATGGACGGTTTTATACTCGTTTTTTTATACGCATTGATAGATCGGAATGGAGGGGGGCAATTGTTGGACAAATGGCTGAAAGCTGAATTGGAAAGTAAGATCGGCGCGATAAACCATATGTCGCTGTTGGGTGAACAGGGAGGCACTTCAACCGTTCGAAAAATAGTGACCGGTCAAGACGCATTTCTGCTGAAAAGTTCTTTTCAACAGAAGTATCGGGAATGGTTAATGAGAGAAGCCTTCGTTTTACAAAAACTGACGGAAACTCGTCGTCTGCCTGTTCCTGTTTATTATGGGATGATACAGGAACAGCATGCCAGCCATATCATCATGTCATTTGAGGATGGAATCACCCTGACTTCGGCTTTAAGAAAAGCAAAAGGGAATACTGAAAAGAAAAAGCTGATCAAAAGTTTCGGCCGGTTTCTGCAACGGCTGCATGAAACCGACATGGTCTCTGGTTTACAGCCGGAAACAGACTGGCTCGATTTGCAAATCAAACGAGCCGGAGAATATGTCAAAAAAGGACAGGCTGAAGGAAGTGCAGAGCTTTTGAAGGAATTGGACAGGTACAGGCCTGTTCCTGTTCAGCAGACAATGATTCACGGTGACTGCACGACTGATAATGTGCTGGTGAAAGACGGAGAGGTCTATCTGTTTATCGATACTGCGGGAATATCGGCGGGAGATCCGCGATATGATGAATCATTAGCGATCAGTCATTTTGTCACAAATGAAGCATGCCTCAATGCTTTTTACGAAGGCTATTGCCGCTACCGTGTATCAAAACAAGAATTCGAGTATTTTAACGACGGTCTATATGAATTTTTTTGA MDGFILVFLYALIDRNGGGQLLDKWLKAELESKIGAINHMSLLGEQGGTSTVRKIVTGQDAFLLKSSFQQKYREWLMREAFVLQKLTETRRLPVPVYYGMIQEQHASHIIMSFEDGITLTSALRKAKGNTEKKKLIKSFGRFLQRLHETDMVSGLQPETDWLDLQIKRAGEYVKKGQAEGSAELLKELDRYRPVPVQQTMIHGDCTTDNVLVKDGEVYLFIDTAGISAGDPRYDESLAISHFVTNEACLNAFYEGYCRYRVSKQEFEYFNDGLYEFF NA NA NA NA NA D1-12_00773 333 hypothetical protein ATGTCGCTCGAAAAAACGACGAGAATGAACTATTTATTTGACTTCTATCAGTCGTTGCTGACGTCAAAACAAAAGAGCTATATGTCGCTTTATTATCTGGACGATTTCTCCCTTGGTGAAATAGCCGAAGAGTATGACGTTTCAAGGCAAGCCGTTTACGATAACATCAAACGGACTGAAGCGATGCTTGAACAATATGAAGAAAAACTGCTCCTTTTTAAAAAGTTTCAGGAGCGTAAAGAAATGTTTACAAAGCTGAAAGAGCTTGCTTCCGGGTTGCAGGAAGAGGAAAAAATGACGGCTCTGATTGAAGCGCTTGAGAAATTAGATTAG MSLEKTTRMNYLFDFYQSLLTSKQKSYMSLYYLDDFSLGEIAEEYDVSRQAVYDNIKRTEAMLEQYEEKLLLFKKFQERKEMFTKLKELASGLQEEEKMTALIEALEKLD NA NA NA NA NA D1-12_00774 1341 ffh COG0541 Signal recognition particle protein ATGGCATTTGAAGGATTAGCCGACCGACTGCAAAAGACGATTTCAAAAATCCGCGGAAAAGGAAAAGTCAGCGAACAAGACGTAAAAGAGATGATGCGTGAAGTTCGTCTTGCGCTTCTTGAGGCTGACGTTAACTTTAAAGTCGTAAAGGATTTTGTGAAAAAAGTAAGTGAACGGGCTGTCGGACAGGACGTTATGCAGAGTCTGACACCCGGTCAGCAGGTTATTAAAGTCGTAAAAGAAGAGCTTACCGAGCTGATGGGCGGCGAAGAAAGCAAAATTGCCGTCGCCAAACGCCCGCCGACCGTTATTATGATGGTCGGGCTCCAAGGTGCCGGTAAAACGACAACCACGGGGAAGCTTGCCAACCTGCTGCGCAAAAAACATAATCGCAAACCGCTGCTCGTGGCTGCGGATATTTATCGCCCCGCCGCGATTAAACAGCTGGAAACCCTGGGGAAACAGCTTGATATGCCGGTCTTTTCGCTTGGCGATCAGGTCAGCCCGGTGGAAATTGCCAGACAGGCGATTGAAAAAGCGAAGGAAGAGCATCATGATTATGTGATTTTAGATACCGCCGGACGGCTGCACATCGATCATGAACTGATGGATGAGCTCTCCGGCGTAAAGGAAGTCGCAAATCCTGAGGAAATTTTCCTTGTCGTCGACTCAATGACCGGTCAGGATGCGGTAAACGTCGCCAAAAGCTTTAATGACCAGCTCGGTTTAACGGGTGTCATTTTAACAAAGCTTGACGGGGATACCCGCGGAGGTGCGGCGCTTTCTATCCGCGCGGTCACCGAAACGCCGATTAAATTCGCCGGAATGGGAGAAAAGCTCGATGCTCTTGAAGCGTTCCATCCTGAACGGATGGCATCCCGGATTCTCGGAATGGGTGACGTGCTGACGCTGATTGAAAAAGCTCAGGCGACCGTTGATGAAGACAAAGCCAAAGAGCTTGAGCAGAAAATGAGAACGATGAGCTTCACATTGGATGATTTTCTGGAGCAGCTCGGCCAGGTCCGAAACATGGGGCCTCTTGACGAACTGCTGCAAATGATGCCCGGCGCAGGCAAAATGAAAGGCTTAAAAAACATCCAAGTCGATGAAAAACAGCTGAATCATGTGGAAGCGATCATTAAATCAATGACTGTTCTTGAAAAAGAACAGCCGGATATCATTAACGCCAGCCGGCGGAAGCGGATTGCCAAAGGAAGCGGAACATCCGTTCAGGAAGTCAACCGTCTTTTAAAGCAGTTTGAGGAAATGAAAAAAATGATGAAGCAGATGACCAACATGACAAAAGGGAAGAAAAAAGGCTTTAAATTACCTTTTATGTAA MAFEGLADRLQKTISKIRGKGKVSEQDVKEMMREVRLALLEADVNFKVVKDFVKKVSERAVGQDVMQSLTPGQQVIKVVKEELTELMGGEESKIAVAKRPPTVIMMVGLQGAGKTTTTGKLANLLRKKHNRKPLLVAADIYRPAAIKQLETLGKQLDMPVFSLGDQVSPVEIARQAIEKAKEEHHDYVILDTAGRLHIDHELMDELSGVKEVANPEEIFLVVDSMTGQDAVNVAKSFNDQLGLTGVILTKLDGDTRGGAALSIRAVTETPIKFAGMGEKLDALEAFHPERMASRILGMGDVLTLIEKAQATVDEDKAKELEQKMRTMSFTLDDFLEQLGQVRNMGPLDELLQMMPGAGKMKGLKNIQVDEKQLNHVEAIIKSMTVLEKEQPDIINASRRKRIAKGSGTSVQEVNRLLKQFEEMKKMMKQMTNMTKGKKKGFKLPFM PGPT0025750_5026 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-SEC-SECRETION_PATHWAY CE-SEC-SRP_CORE_COMPONENTS,PGPT0025750-ffh-K03106 NA NA D1-12_00775 273 rpsP COG0228 30S ribosomal protein S16 ATGGCAGTAAAAATTCGTTTAAAACGTATGGGAGCAAAAAAATCTCCTTTCTATCGTATTGTTGTAGCAGATTCTCGTTCACCGCGTGACGGCCGTTTCATCGAAACAGTCGGCACATACAACCCGGTTGCAAAGCCGGCTGAAGTGAAAATCAACGAAGAGCTTGCTCTTAAATGGCTTCAAACAGGAGCTAAACCTTCTGATACAGTCCGCAACTTGTTCTCAAGCCAAGGAATTATGGAAAAATTCCACAACGCTAAACAAGGCAAGTAA MAVKIRLKRMGAKKSPFYRIVVADSRSPRDGRFIETVGTYNPVAKPAEVKINEELALKWLQTGAKPSDTVRNLFSSQGIMEKFHNAKQGK NA NA NA NA NA D1-12_00776 246 hypothetical protein ATGACTGATCAGAACTTGGAAGATTTGATTGTCAGCATTGTGGCGCCGCTTGTCGACCATCCGGAAGACATAACGGTCACAAAGGAAGAGACTGATCAAAAGATTGCGCTGCGCTTATCTGTCAATAAGTCAGATACCGGTAAGATTATCGGAAAGCAAGGCCGGACTGCAAGAGCGATTCGAACCGTCGTTTTTGCAGCTGGCGCACAGTCTTCTAAGAAAGTTCAATTTGAAATATTTGACTGA MTDQNLEDLIVSIVAPLVDHPEDITVTKEETDQKIALRLSVNKSDTGKIIGKQGRTARAIRTVVFAAGAQSSKKVQFEIFD NA NA NA NA NA D1-12_00777 387 hypothetical protein ATGCAGATTATTCACAGGGTAACCGTTATGCAGGTTCTGACCGAGCAAAGCAAGGAAAAGCTTTTGGCCTCTTTTGCAGAAAAAAAGCAAACGCTTGAACGAGAATGCAGCCAGCTCTATTTTCAGCTTAGAAAACATGAAAAAGATCAGCAGAATCCCGATGTAGCGGAATCTTTTAAAAAAGCCATTGAGAAAAGACAAGACAAAATCAAAATGATCGATTTCCAAATAAGCCAGACAGAGTCGCTCCCGCTTGGAAGCGAAGTGAAGGAAAAGGAGATCGATGCGCTGCTTTCAATCAACGTCGGTGATAACTGGCATGAAAAAACAGCGGCAAATACCATCGTCATAAAAGACGGGGTAGTAATTGAAATCCGCCCGAGGTGA MQIIHRVTVMQVLTEQSKEKLLASFAEKKQTLERECSQLYFQLRKHEKDQQNPDVAESFKKAIEKRQDKIKMIDFQISQTESLPLGSEVKEKEIDALLSINVGDNWHEKTAANTIVIKDGVVIEIRPR NA NA NA NA NA D1-12_00778 525 rimM Ribosome maturation factor RimM ATGACAAACAGATGGTTTAATGTAGGCAAAATTGTAAATACCCACGGCATTAAAGGCGAAGTGCGGGTCATTTCTAAAACGGACTTTGCCGAAGAACGGTACAAGCCCGGCAATACGCTTTATTTGTTTGCGGAAGGGGCTGCGGAACCAATCAAAGTAACGGTCAGCGCCCACAGGCTTCACAAGCAGTTTCACCTGCTGCAATTCAAAGAAATGCCGAGTCTCAATGAAGTTGAACACCTGAGAAACATGGTGATCAAAGTCCCTGAAGAAGACTTGGGAGAGCTTGAAGAAGATGAATTTTATTTTCATGAAATCATCGGCTGCGAGGTTGTGTCAGAAGACGGGGAACTGATCGGCACAGTGAAGGAAATCCTGACGCCCGGGGCTAATGACGTATGGGTGGTTGCAAGAAAAGGCAAAAAAGATGCGCTCATTCCGTATATTGCTTCTGTGGTAAAGGATATTAATATAAATGAGAAGAAAATTAAGATTCAAGTAATGGAAGGGTTAATAGACGAATGA MTNRWFNVGKIVNTHGIKGEVRVISKTDFAEERYKPGNTLYLFAEGAAEPIKVTVSAHRLHKQFHLLQFKEMPSLNEVEHLRNMVIKVPEEDLGELEEDEFYFHEIIGCEVVSEDGELIGTVKEILTPGANDVWVVARKGKKDALIPYIASVVKDININEKKIKIQVMEGLIDE NA NA NA NA NA D1-12_00779 732 trmD tRNA (guanine-N(1)-)-methyltransferase ATGAAAATCGACTTTTTAACACTGTTTCCCGAAATGTTTCAAGGGGTGCTCGGCTCATCCATTCTGCAAAAAGCACAGGAAAAAGAGGCTGTCCGTTTTGACGTCATCAATTTCCGGGCTTTTTCGGATAATAAACACCAAACGGTTGATGATTACCCGTACGGCGGGGGAGCCGGGATGGTGTTAAAGCCGCAGCCCGTATTTGATGCGGTTGAAAAGCTGACAGCCGGTACGGACGCCAAGCCGCGCATTATTCTCGTCTGCCCGCAAGGTGAGCGTTATACGCAGAAGAAAGCCGAGGAGCTGGCGGAAGAGGAACATCTCATGTTTATTTGCGGGCATTATGAAGGGTATGATGAACGGATCCGGGAACATCTTATCACTGATGAAATCTCCATCGGGGATTTTGTGCTGACCGGGGGAGAGCTCCCTGCCATGATGATCGCCGACAGCGTTGTCAGGCTTTTGCCGGGCGTCCTCGGAAAAGAAGCATCCCACGTGGAGGATTCCTTCAGCACGGGGCTTTTAGAGCATCCGCACTATACGAGGCCTGCAGATTATAGAGGCTTAAAAGTGCCTGGGATCCTTTTGTCGGGCAACCATGCCAAAATACAAGAATGGCGCAATAAAGAATCAATCAGAAGAACCTTTTTAAGACGTCCGGATCTTCTTGAAAACTATCCTCTCACTGATGAGCAAAGAAAATGGATTTCCGAGTGGGAAAACGAATAG MKIDFLTLFPEMFQGVLGSSILQKAQEKEAVRFDVINFRAFSDNKHQTVDDYPYGGGAGMVLKPQPVFDAVEKLTAGTDAKPRIILVCPQGERYTQKKAEELAEEEHLMFICGHYEGYDERIREHLITDEISIGDFVLTGGELPAMMIADSVVRLLPGVLGKEASHVEDSFSTGLLEHPHYTRPADYRGLKVPGILLSGNHAKIQEWRNKESIRRTFLRRPDLLENYPLTDEQRKWISEWENE PGPT0007595_6 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS OTHER_STRESS_RESPONSE_PROTEINS,PGPT0007595-ispF-K01770 NA NA D1-12_00781 348 rplS COG0335 50S ribosomal protein L19 ATGCAAAAACTAATTCAAGATATCACAAAAGAACAGCTTCGCACTGATCTTCCTGCGTTCCGTCCTGGTGACACTTTACGTGTACACGTAAAAGTTGTTGAGGGTAACCGTGAGCGTATCCAGATCTTCGAAGGTGTTGTGATCAAGCGTCGTGGTGGTGGAATCAGCGAAACGTTCACAGTTCGTAAGATTTCTTACGGTGTTGGCGTTGAACGTACATTCCCTGTACACACACCAAAAATCGCGAAAATCGAAGTTGTACGTTACGGTAAAGTACGTCGCGCTAAGCTTTACTACCTGCGTGAACTTCGCGGAAAAGCGGCTCGTATTAAAGAAATCAGACGATAA MQKLIQDITKEQLRTDLPAFRPGDTLRVHVKVVEGNRERIQIFEGVVIKRRGGGISETFTVRKISYGVGVERTFPVHTPKIAKIEVVRYGKVRRAKLYYLRELRGKAARIKEIRR NA NA NA NA NA D1-12_00782 849 rbgA COG1161 Ribosome biogenesis GTPase A ATGACCATTCAATGGTTCCCGGGCCATATGGCTAAAGCGAGACGGGAAGTAACAGAAAAACTGAAATTAATTGATATCGTATACGAATTGGTAGATGCGAGAATCCCGATGTCATCGAGAAATCCGATGATTGAGGAGATTTTAAAAAATAAGCCGCGCATTATGCTTTTAAATAAAGCCGATAAGGCGGATGCGGCCGTGACTGCCCAGTGGAAGGACCACTTTCAGGAACAGGGCATTCCCTCTCTTTCAATAAACTCCGTTAACGGGCAGGGACTGCATCAAATCGTGCCGTCCTCGAAAGAGCTGCTGAGAGATAAGTTCGATAAAATGAAAGCAAAAGGCATTAGGCCAAGAGCAATCCGCGCATTAATCATCGGCATTCCGAATGTCGGCAAATCTACGCTCATTAACCGGCTGGCCAAGAAAAACATTGCCAAGACGGGAGATAGGCCCGGCATTACCACTTCACAGCAGTGGGTAAAGGTAGGCAAGGAATTAGAGCTGCTCGATACACCGGGAATTTTATGGCCTAAATTTGAAGATGAGCTTGTCGGCTTGCGCCTGGCGATCACCGGGGCGATTAAAGATACGATTATCAACCTGCAGGATGTGGCCGTCTTCGGGCTGCGCTTTCTGGAAGAGCATTATCCCGACCGCTTGAAGGAGCGCTACGGACTTCAGGAAATCCCTGAGGATATCGCCGCTCTTTTCGACGCGATCGGTGAAAAACGCGGCTGTTTGATGGGCGGCGGAATGGTTGACTATGATAAAACAACGGAAGTCATCATTCGGGACATCCGGACGGAAAAATTCGGCAGGCTTTCATTTGAAACACCATCAGAATAA MTIQWFPGHMAKARREVTEKLKLIDIVYELVDARIPMSSRNPMIEEILKNKPRIMLLNKADKADAAVTAQWKDHFQEQGIPSLSINSVNGQGLHQIVPSSKELLRDKFDKMKAKGIRPRAIRALIIGIPNVGKSTLINRLAKKNIAKTGDRPGITTSQQWVKVGKELELLDTPGILWPKFEDELVGLRLAITGAIKDTIINLQDVAVFGLRFLEEHYPDRLKERYGLQEIPEDIAALFDAIGEKRGCLMGGGMVDYDKTTEVIIRDIRTEKFGRLSFETPSE NA NA NA NA NA D1-12_00783 768 rnhB COG0164 Ribonuclease HII GTGAATACATTAACCGTAAAAAGCGTAAAAGAACGCCTGCAAGAGGTCAGGGACGAAAGCGACCCCTTCCTTGCCCAATGTGAGAAAGACCCGAGAAAAAGCGTACAGACGCTTTTAGAGCAATGGCTGAAAAAGCACGCGAAGGAAAAAGCTCTTAAAGAGCAATGGCTGAACATGACGGCATACGAAAGACTGTCATCCAAAAAGGGCTTCCGCCTGATTGCGGGTGTTGACGAAGCCGGAAGAGGGCCGCTTGCCGGACCGGTTGTCGCCGGCGCCGTCATTTTGCCGGCAGAATGCGAGATTCTCGGTCTCACGGACTCGAAGAAATTGTCGGAAAAGAAGCTCGAGGAGTATTACAGCCGGATCACGGAAGAAGCGGCGGCTGTAGGAGTCGGCATTGTCCATGCGGACGTCATTGACCGGATCAACATTTATGAGGCCGCGAGACTGGCGATGGTAAAAGCCGTCAATGCTTTAACGGAAATACCTGATTATCTGCTTGTTGATGCCATGACCCTTCCGCTTGACATTCCGCAGTCATCAGTTATAAAAGGGGATGCCAAAAGCGTGTCAATTGCCGCCGGAGCCTGCATCGCAAAAGTAACGCGGGACCGTCTCATGGCTGAGTACGCCAAAACCTACCCCATGTACGGCTTTGAAAAAAATAAAGGCTACGGAACGAAAGAACATCTTGAAGCTCTTCAGGCATACGGACCGACAACTATTCACCGAAAAACGTTCGCTCCCGTTCAATCTTATTGTTAG MNTLTVKSVKERLQEVRDESDPFLAQCEKDPRKSVQTLLEQWLKKHAKEKALKEQWLNMTAYERLSSKKGFRLIAGVDEAGRGPLAGPVVAGAVILPAECEILGLTDSKKLSEKKLEEYYSRITEEAAAVGVGIVHADVIDRINIYEAARLAMVKAVNALTEIPDYLLVDAMTLPLDIPQSSVIKGDAKSVSIAAGACIAKVTRDRLMAEYAKTYPMYGFEKNKGYGTKEHLEALQAYGPTTIHRKTFAPVQSYC PGPT0017710_13 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0017710-pgm-K01835 NA NA D1-12_00784 1704 hypothetical protein ATGAACATAAGCGGCGAAATCCAAGCGGCTTTCAGACAGCTGACGGCGGAAATCCCTCCGGACCGGCAAGACGGCGGTAAAGACAGCGGCGCTCAAAGGCTGCTGTTAGGGAAGGTTCTCCGTTTGCTGGACGATCAAAGCGCCCTTATCCAAATCGGCGGCCGGACGATGCAGGGAAAACTTGAAACCGCCCTTCGTCCGCAGGCGTATTACTGGTTTTCTTATGACAAACAGCCGGCGGAAAAAACGGGCCGGCTTCATGTCATTGACCAATTCGAAGGAAGCCCGAAAACCGTTCAGGAAGCGGCGGGAAGACTGTTAAACGCTCTTTCTGTCAAACCAGGCCCTGTGTCTCTGCAGATTGCCGAAACGTTTATGCAGCAGAAGCTGCCGATGACGGAAAACAGCCTCAAAGCTTGCATCCGCTGGGCTGAATCGCTTCCGGCCGCCGAATTGAAAAAAGCGGCGGAAACAATCGTATTTGCGCTGAAACGGGAACTGCCCGCACATCCGGAAGTCTTGTCAGCCATTCATGCCGTTAAATATCCGGTTCCGACCCGTCGCCTCCTCTCAGGACTGCTTCAGGCAATCAATCAGGCTCCGCAATCGGCAAAAGAGCTGTCTGTGCTCAAAGAGGCGGTTTCTGACGTGTTAAACGCGGAAACGGATCTACATGCAGAACGTCTCTTGAAGAAGCTTGCCGAGGCTGCACGCATGCCGACCTCAGAAACCGGGCTGATGGATGAAGGAGAACGGCCGGAATCAAAACAATCACCATTTGTCCGAGAGACTCGTGAAAACGGAAAGGCAGTCTCAAGCCAATCTTCTCCTCCGAGTGCACGGACAGATCCGGAACTTCCTGAAAAAACGGCAAAACAGATTATAGAGAAATTAATGACCTCGGCAGAAAAAACTGAAAACCGTCCCGTAAAAGTAACGGCGGAGATCATTAAGGCTTTCATTTCTCAAGAAAAAACATTTAAAACAGCACCTGTTCTTCTAAACGCACGTCTGACAGAACAGGAGGCGGCTGTTTTCGAAAAAGCCGTTCAGCTCACCGAATTGAAATATGCGGAAAAACATGATGTATTAAGCCTTTTGCAGAAAATCAAAAAAGGACTGGGCACGCGTGATGAATTATCATTCATTACAGCGCTTGAAAAAGGCGTGTCTCCGCAGCCGGAGAAACAAGCGCTGAAAACAGCCCTCCAAGCCGTCCGGACGCTTCAAGAAGCGCCCCAATCCGTTAAACAAGAGGCGGAACCGCTTATTCATAAATTAAACGGCCAGCTGTTTATTGAGCAGCATAACCCTTCTTTTACGCAGATGGTGCTGTCATTTCCGCTGGGTGCGTCCGCGTATGAGAATGACATCACAGTTCTCTTTAAAGGACGGAAGAAGCCGGACGGAAAACTCGATCCGTCACATTGCAGGCTCCTGTTTTTGCTGCATCTTGAAACACTGCAAGAAACCGTTGTGGACTGCATGATTCAGCAAAATGTAATGACCATTACGGTTGAGACTGATTTTGAGCTTCAGGCGGCCATCGACCCTCTCGTACCGGCTTTAAAAGAAGCCGTAAAAGAAACGGGCTTCAGCCTGTCAGGCGTCACGTCTAAAAAACGGCGTCCGAAAGACCAGAGCGCTCTTGTGGAAGAGTTTATAGAAAAAGACGGGGGAAGAAAAGTGGATGTGAAAATATGA MNISGEIQAAFRQLTAEIPPDRQDGGKDSGAQRLLLGKVLRLLDDQSALIQIGGRTMQGKLETALRPQAYYWFSYDKQPAEKTGRLHVIDQFEGSPKTVQEAAGRLLNALSVKPGPVSLQIAETFMQQKLPMTENSLKACIRWAESLPAAELKKAAETIVFALKRELPAHPEVLSAIHAVKYPVPTRRLLSGLLQAINQAPQSAKELSVLKEAVSDVLNAETDLHAERLLKKLAEAARMPTSETGLMDEGERPESKQSPFVRETRENGKAVSSQSSPPSARTDPELPEKTAKQIIEKLMTSAEKTENRPVKVTAEIIKAFISQEKTFKTAPVLLNARLTEQEAAVFEKAVQLTELKYAEKHDVLSLLQKIKKGLGTRDELSFITALEKGVSPQPEKQALKTALQAVRTLQEAPQSVKQEAEPLIHKLNGQLFIEQHNPSFTQMVLSFPLGASAYENDITVLFKGRKKPDGKLDPSHCRLLFLLHLETLQETVVDCMIQQNVMTITVETDFELQAAIDPLVPALKEAVKETGFSLSGVTSKKRRPKDQSALVEEFIEKDGGRKVDVKI NA NA NA NA NA D1-12_00785 282 flhB_1 COG1377 Flagellar biosynthetic protein FlhB ATGAAAGAGCAAACGCCGTTAAGAAGAGCTGTCGCCCTGCATTACGACCGGCAGAAAGACCAAGTCCCGAAGGTTGTCGCAACAGGCAGAGGGCACGTGGCGGAAAATATTATAAAAGAAGCTGAGAAGGCTGGGGTCCCCATTCAGGAAGACAGAACCCTTGTCGAATTAATGCGCCATTTGACGGTTGACGATCAGATACCGGAGGCGCTTTATGAAACCGTTGCCGAAATTTTTTCATTTGTTTACAGACTGGACGAAACCCTGAAAAACGAAAAATAA MKEQTPLRRAVALHYDRQKDQVPKVVATGRGHVAENIIKEAEKAGVPIQEDRTLVELMRHLTVDDQIPEALYETVAEIFSFVYRLDETLKNEK PGPT0029865_872 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_III_SECRETION_SYSTEMS CE-T3SS-FLAGELLAR_EXPORT_APPARATUS,PGPT0029865-flhB2-K04061 NA NA D1-12_00786 1158 sucC COG0045 Succinate--CoA ligase [ADP-forming] subunit beta ATGAATATCCATGAGTACCAGGGAAAAGAAGTCCTCAGAAAATACGGGGTGTCTGTTCCTGAAGGTAAAGTGGCTTTTACAGCAGAGGAAGCAGTTGAAAAAGCAGAGAGCCTGTCAAGCTCGGTTTATGTCGTAAAGGCGCAAATCCATGCTGGCGGCCGCGGCAAAGCTGGTGGGGTAAAGATTGCAAAAACAAAAGATGAAGTGAAAGAGTATGCCGAAGAACTGTTAGGCAAGACGCTCGTCACACATCAAACGGGTCCGGACGGACAAGTAATAAAACGCTTACTTATTGAAGAAGGCTGCGATATTAAAAAGGAATACTATGTCGGGCTTGTACTTGACCGCGCTACTTCAAGAATCGTTTTAATGGCGTCTGAAGAAGGCGGAACGGAGATTGAAGAAGTAGCGGAAAAAACACCTGAAAAAATTAAAAAAGCGGTAATTGATCCGGCTGTCGGCCTTCAGGGCTATCAGGCAAGGGAAATTGCATTCGCAATTAACATCCCGAAAGAGCTTGTCGGCAAAGCCGCTAAATTTATGCTCGGTTTATATAAAGCATTTGTTGAGAAGGACTGCTCCATCGCCGAGATCAACCCTCTCGTCGTTACGGGGGACGGAAACGTCATGGCGCTGGATGCTAAGCTGAACTTCGACAGCAATGCGTTATACAGACAAAAAGACATTATGGAATACAGAGATTTAGATGAAGAAGATCCGAAAGAAATCGAAGCGTCAAAATACGATTTAAGCTACATTTCCCTTGATGGAAATATCGGCTGTATGGTAAACGGCGCGGGTCTTGCAATGTCTACAATGGATATCATTAAACACTACGGCGGAGAACCTGCAAACTTCCTTGATGTCGGGGGCGGCGCAACCGCAGAAAAAGTTACGGAAGCTTTTAAAATCATTCTTTCCGATCAAAACGTAAAAGGAATTTTCGTTAATATTTTCGGAGGCATCATGAAGTGTGATGTCATCGCCGAGGGCGTTGTTGAAGCGACGAGACAAGTCGGATTGACATTGCCGCTGGTCGTGCGCCTTGAAGGGACAAACGTAGATTTAGGAAAGAAAATCCTGAATGAATCAGGCTTAAACATCACATCTGCGGAATCAATGGCAGACGGCGCACAGAAAATCGTATCCTTAGTTTAG MNIHEYQGKEVLRKYGVSVPEGKVAFTAEEAVEKAESLSSSVYVVKAQIHAGGRGKAGGVKIAKTKDEVKEYAEELLGKTLVTHQTGPDGQVIKRLLIEEGCDIKKEYYVGLVLDRATSRIVLMASEEGGTEIEEVAEKTPEKIKKAVIDPAVGLQGYQAREIAFAINIPKELVGKAAKFMLGLYKAFVEKDCSIAEINPLVVTGDGNVMALDAKLNFDSNALYRQKDIMEYRDLDEEDPKEIEASKYDLSYISLDGNIGCMVNGAGLAMSTMDIIKHYGGEPANFLDVGGGATAEKVTEAFKIILSDQNVKGIFVNIFGGIMKCDVIAEGVVEATRQVGLTLPLVVRLEGTNVDLGKKILNESGLNITSAESMADGAQKIVSLV PGPT0019515_3409 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 D1-12_00787 903 sucD COG0074 Succinate--CoA ligase [ADP-forming] subunit alpha ATGAGTGTTTTTATCAATAAAGATACAAGAGTTATTGTACAGGGGATTACAGGTTCTACCGCTTTATTTCATACAAAGCAGATGCTGGAATACGGCACGAATATCGTTGGCGGTGTAACACCTGGAAAAGGCGGAACGGAAGCGGAAGGCGTACCGGTATTCAATACGGTCGCAGAAGCGGTTCATACAACGGGCGCTGATGCGTCAGTTATTTACGTGCCGGCTCCGTTTGCGGCGGACGCAATTATGGAAGCGGTTGACGCGGAAATTGATCTTGTCATTTGTATCACCGAGCACATTCCGGTTTTGGACATGGTGAAAGTGAAGCGCTTTATGGAAGGCAAGAAAACGAGATTAATAGGGCCGAACTGCCCGGGTGTTATTACACCTGAAGAATGCAAGATCGGCATTATGCCGGGATACATTCATAAAAAGGGTCATGTAGGCGTTGTATCCCGTTCAGGAACATTGACATACGAGGCCGTCCATCAGCTTTCAGAAGCCGGCGTAGGCCAATCTACCGCTGTAGGGATCGGCGGCGATCCGGTCAACGGCACGAACTTTATTGACGTGTTAAAAGCGTTCAATGAAGATCCAGAAACACATGCCGTCATCATGATCGGAGAAATCGGCGGCACAGCTGAAGAAGAAGCGGCTGAGTGGGTGAAAGCGAACATGACGAAGCCTGTTGTCGGCTTTATCGGCGGTAAAACCGCGCCTCCGGGAAAACGCATGGGCCATGCGGGCGCCATCATCTCCGGAGGAAAAGGCACGGCAGAAGAAAAAGTCAAAACGATGAACGCCTGCGGAATTGAAGTCGCGGAAACCCCTTCTGTAATGGGTGAAACGCTGATTAAGGTGTTAAAAGAAAAAGGCTTATTTGAAACGTGCAAAACGCACTGA MSVFINKDTRVIVQGITGSTALFHTKQMLEYGTNIVGGVTPGKGGTEAEGVPVFNTVAEAVHTTGADASVIYVPAPFAADAIMEAVDAEIDLVICITEHIPVLDMVKVKRFMEGKKTRLIGPNCPGVITPEECKIGIMPGYIHKKGHVGVVSRSGTLTYEAVHQLSEAGVGQSTAVGIGGDPVNGTNFIDVLKAFNEDPETHAVIMIGEIGGTAEEEAAEWVKANMTKPVVGFIGGKTAPPGKRMGHAGAIISGGKGTAEEKVKTMNACGIEVAETPSVMGETLIKVLKEKGLFETCKTH PGPT0001540_471 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 D1-12_00788 981 dprA COG0758 DNA processing protein DprA GTGCAAAACGCACTGATCGAAGCAGGGGCAGCCGTAACGGCTGTTCCTGTTTTTGCTGAAAAAAAGAGGAGGTTGCAAGATTTGGATCAAGCATCGCGCTGTTTAATGGTCTGCAGTATTAATCAAATCATTTCCCCGTCTCTTCTATTAAAATGGTGGAAAGCTGATCACTCTCTGTCTTTTTTACCGGATCCGCATCCATTAACTGTTTTATCAGAAGGGAAAACAGCCCCGAAAGCAATTTTTCGGGAAATAGAGCGCAAGGAACCGGAACTTGATGAAGTTCTGTCCGATTACCGCCGCGAAGGCATTACTGTCATTCCGATTTCATCAAGCCGCTATCCAACATGGCTTAAAGCGATTTATGATCCGCCGGCTGTCTTGTATGCAAAAGGGAACACGCTGCTTCTTGAAAAAGGCAGAAAAATCGGGATTGTAGGAACGCGGAAACCGACGGAAGACGGAATAAAAGCGGCTGGGTATCTTTCCGCCAAACTCTCAAAAAAAGGCTGGGTCATTGTAAGCGGGCTTGCATCCGGTATAGACGGATTGTCTCATAAGGCTAGCATCAGGGCAAAAGGGCTTACGATCGGCGTGATAGCCGGCGGATTCCATCATATCTATCCCCGGGAAAATCTCCTGTTAGCAGAATACATGGCTGAACACCATCTCCTACTCTCAGAACATCCTCCTGAAACAAAGCCGAAAAAATGGCACTTTCCGATGAGAAACCGCATAATCAGCGGACTAAGTGAAGGAATTGTGGTCGTACAGGGAAAAGAAAAAAGCGGTTCATTAATCACAGCTTACCAGGCCCTCGATCAAGGCAGAGAGGTATTTGCCGTTCCGGGTTCCATATTTAATCCATATTCCGGAGGACCTATAAAACTCATTCAAGAAGGGGCGAAAGCTGTATTATGCGCAGAGGATATTGACGGAGAGCTGACCGCCCGATGCGTTCAGTATACGGAACCCTTTTGA MQNALIEAGAAVTAVPVFAEKKRRLQDLDQASRCLMVCSINQIISPSLLLKWWKADHSLSFLPDPHPLTVLSEGKTAPKAIFREIERKEPELDEVLSDYRREGITVIPISSSRYPTWLKAIYDPPAVLYAKGNTLLLEKGRKIGIVGTRKPTEDGIKAAGYLSAKLSKKGWVIVSGLASGIDGLSHKASIRAKGLTIGVIAGGFHHIYPRENLLLAEYMAEHHLLLSEHPPETKPKKWHFPMRNRIISGLSEGIVVVQGKEKSGSLITAYQALDQGREVFAVPGSIFNPYSGGPIKLIQEGAKAVLCAEDIDGELTARCVQYTEPF NA NA NA NA NA D1-12_00789 2076 topA DNA topoisomerase 1 ATGTCTGATTATCTAGTCATCGTGGAATCGCCGGCAAAGGCGAAAACGATTGAACGTTATTTAGGGAAGAAATATAAAGTCAAAGCTTCAATGGGACATGTCCGGGATCTTCCGAAAAGTCAAATGGGAGTTGACATCGAACAGAACTTTGAACCGAAATATATTACGATCCGCGGAAAAGGCCCTGTTTTAAAAGAATTAAAAACAGCGGCAAAGAAAGCAAAAAAAGTCTATCTCGCGGCCGACCCCGACAGAGAAGGGGAAGCGATTGCATGGCATCTCGCACACAGCCTTGATCTGGATCTCAGCTCGGACTGCCGGGTCGTCTTTAATGAAATAACGAAAGACGCCATTAAAGAATCATTTAAACATCCGCGCATGATTAATATGGATCTTGTCGATGCGCAGCAGGCGCGCCGCATACTAGACAGACTCGTCGGATACAAAATCAGCCCGATTCTTTGGAAAAAAGTAAAAAAAGGCCTCAGTGCGGGCCGTGTGCAATCCGTTGCGCTCCGGCTGATCATCGACCGGGAAAAGGAAATCAACGACTTTAAACCTGAAGAGTACTGGACGATTACCGGCTCATTTTTAAAGGGAAAAGAGACGTTTGAAGCCGGATTTTTCGGGAAAAGCGGCAAAAAGCTTCCTTTAAAAAGCGAAGAAGACGTAAAAGCCGTCCTTGCTCAGCTGAAAGGCAATAAGTATACAGTTGACAAGGTTACGAAAAAAGAGCGCAAACGAAATCCCGCTCTGCCGTTTACAACGTCCACTCTGCAGCAGGAGGCTGCCAGGAAGCTGAATTTCAGAGCGAAGAAAACGATGATGATCGCTCAGCAATTATATGAAGGAATTGATCTCGGCAAAGAAGGGACAGTCGGGCTCATCACGTATATGAGAACGGACTCAACGCGGATTTCCAATACAGCCGTTGAAGAAGCGTCAGCTTTTATTGATCAGGCGTACGGAAAAGAGTACTTAGCGGGAAAACGGAAACCGGCAAAGAAAAATGAAAACGCTCAAGATGCCCACGAAGCGATCCGCCCGACTTCGGTGCTCAGAAAACCTGCCGACTTAAAAGCGGTGCTTGGAAGAGACCAGCTCAGATTATACAAGCTGATTTGGGAGCGCTTTGTTGCAAGCCAGATGGCGCCTGCAGTCCTAGATACGATGAGCGTCGATCTCAGCAATAACGGATTGACATTCCGGGCAAACGGAAGTAAAGTCAAATTCGCCGGCTTCATGAAAGTCTATGTAGAGGGTAAAGACGATCAGCTGGAAGAAAAAGACCGCATGCTTCCGGACCTTAAAGAGGGAGACACGGTTTTATCGAAAGATATTGAGCCTGAGCAGCACTTTACTCAGCCGCCTCCGCGTTATACAGAGGCGCGCCTGGTTAAAACACTTGAAGAACTGGGGATCGGCCGTCCTTCGACATATGCGCCGACTCTTGACACCATCCAGCGCCGCGGTTACGTGGGATTAGACAATAAACGGTTTGTGCCGACTGAGCTTGGGCAGATCGTGCTGGATCTTATCATGGAGTTTTTCCCGGAAATCATCAACGTTGAATTCACGGCTAAAATGGAAAGAGACCTTGACCATGTTGAAGATGGCCAGACAGAATGGGTTCAAATCATTGACAGCTTCTACACCGACTTCGAAAAACGCGTGAAAAAAGCGGAAGCCGAAATGAAAGAAGTGGAAATCGAACCTGAATACGCCGATGAAGATTGTGAGTTATGCGGCTCCCGGATGGTTTATAAAATGGGCCGATACGGCAAATTTATGGCGTGCTCCAACTTCCCTGACTGCCGGAATACAAAACCGATTGTCAAACAAATCGGCGTAAAATGTCCTAAGTGCCATGAAGGAAACATTGTCGAACGAAAATCAAAAAAGAAACGCGTCTTTTACGGCTGTGACCGTTATCCTGAATGCGACTTCGTATCTTGGGACAAACCGATTGAACGAAAATGCCCGAAATGTGAAAATATGCTCGTAGAGAAAAAGCTTAAAAAAGGCATACAAGTCCAATGCGTCGAATGCGATTATAAGGAAGAACCACAGAAGTAG MSDYLVIVESPAKAKTIERYLGKKYKVKASMGHVRDLPKSQMGVDIEQNFEPKYITIRGKGPVLKELKTAAKKAKKVYLAADPDREGEAIAWHLAHSLDLDLSSDCRVVFNEITKDAIKESFKHPRMINMDLVDAQQARRILDRLVGYKISPILWKKVKKGLSAGRVQSVALRLIIDREKEINDFKPEEYWTITGSFLKGKETFEAGFFGKSGKKLPLKSEEDVKAVLAQLKGNKYTVDKVTKKERKRNPALPFTTSTLQQEAARKLNFRAKKTMMIAQQLYEGIDLGKEGTVGLITYMRTDSTRISNTAVEEASAFIDQAYGKEYLAGKRKPAKKNENAQDAHEAIRPTSVLRKPADLKAVLGRDQLRLYKLIWERFVASQMAPAVLDTMSVDLSNNGLTFRANGSKVKFAGFMKVYVEGKDDQLEEKDRMLPDLKEGDTVLSKDIEPEQHFTQPPPRYTEARLVKTLEELGIGRPSTYAPTLDTIQRRGYVGLDNKRFVPTELGQIVLDLIMEFFPEIINVEFTAKMERDLDHVEDGQTEWVQIIDSFYTDFEKRVKKAEAEMKEVEIEPEYADEDCELCGSRMVYKMGRYGKFMACSNFPDCRNTKPIVKQIGVKCPKCHEGNIVERKSKKKRVFYGCDRYPECDFVSWDKPIERKCPKCENMLVEKKLKKGIQVQCVECDYKEEPQK NA NA NA NA NA D1-12_00790 1308 trmFO COG1206 Methylenetetrahydrofolate--tRNA-(uracil-5-)-methyltransferase TrmFO ATGAACCAGCAAACAGTTAATGTAATCGGAGCAGGCCTTGCCGGAAGTGAAGCGGCATGGCAGCTTGCAAAACGAGGAATTCAAGTGAAACTATATGAAATGCGGCCCGTCAGGCAGACGGCAGCCCATCATACTGATAAATTCGCCGAACTGGTATGCAGCAACTCCCTCCGTTCAAATACACTCGCCAATGCGGTAGGCGTATTAAAAGAAGAAATGCGGGCCCTTGACTCGGCAATCATTCAATCTGCTGATAAATGCTCGGTTCCGGCAGGGGGAGCGCTTGCCGTTGACCGTCATGAATTTGCGCAAAGCGTGACGGATCTCGTGAAAAACCATCCGAACGTAACGGTTCTTACTGAGGAAGTAACAGAGATTCTGGAAGGCCCGACGGTTATCGCGACCGGACCGCTTACGTCAGAATCGCTTTCACAGCAGCTGAAAGAGCTCACGGGAGAAGAGTATCTGTATTTTTATGACGCGGCGGCGCCGATTGTCGAAAAAGACAGCCTTGATATGGAGAAAGTGTACTTAAAATCCCGTTATGACAAGGGAGAAGCGGCGTACTTAAACTGCCCGATGACAGAGGAAGAGTTCGACCGTTTCTATGAAGCATTGACGACGGCTGAGACGGTACCTTTAAAAGAATTCGAGAAAGAAATCTTCTTTGAAGGCTGCATGCCGATTGAAGTCATGGCGAAAAGAGGCAAGAAAACGATGCTGTTCGGACCGATGAAACCGGTCGGACTGGAAGATCCGAAAACAGGCAAGCGCCCTTATGCAGTCGTTCAGCTCAGACAGGATGATGCGGCGGGAACGCTTTATAATATTGTAGGTTTTCAGACACATTTAAAATGGGGAGACCAAAAAGAAGTGCTTAAACTGATCCCCGGCCTTGAAAATGTTGATATCGTCAGATACGGCGTCATGCACAGAAACACATTTATCAACTCGCCGAGCCTTTTGAACCCGACATATCAATTTAAACAGCGGAACGATCTGTTTTTCGCGGGCCAAATGACCGGCGTAGAGGGTTATGTTGAATCTGCCGCTTCAGGTCTTGTAGCGGGAATCAATGCCGCCAAACTTGTGCTCGGTCAGGATCTTGTGACATTCCCGCAGGAGACGGCGATCGGAAGCATGGCTCACTACATTACGACGACAAATCAGAAGAACTTCCAGCCGATGAATGCAAACTTCGGCCTCTTAAAAGAATTGCCTGTAAAAATTAAAAACAAAAAAGAACGAAATGAAGAATACGCTAAACGCGCAATTGAGACTATTCAAACTATTTCGAAAACGATATAG MNQQTVNVIGAGLAGSEAAWQLAKRGIQVKLYEMRPVRQTAAHHTDKFAELVCSNSLRSNTLANAVGVLKEEMRALDSAIIQSADKCSVPAGGALAVDRHEFAQSVTDLVKNHPNVTVLTEEVTEILEGPTVIATGPLTSESLSQQLKELTGEEYLYFYDAAAPIVEKDSLDMEKVYLKSRYDKGEAAYLNCPMTEEEFDRFYEALTTAETVPLKEFEKEIFFEGCMPIEVMAKRGKKTMLFGPMKPVGLEDPKTGKRPYAVVQLRQDDAAGTLYNIVGFQTHLKWGDQKEVLKLIPGLENVDIVRYGVMHRNTFINSPSLLNPTYQFKQRNDLFFAGQMTGVEGYVESAASGLVAGINAAKLVLGQDLVTFPQETAIGSMAHYITTTNQKNFQPMNANFGLLKELPVKIKNKKERNEEYAKRAIETIQTISKTI NA NA NA NA NA D1-12_00791 918 xerC_1 COG4974 Tyrosine recombinase XerC ATGACTGAGAATGTTAACTTTTTTTTAAAGTTATTCGTTGAATATTTACAAATTGAAAAAAATTATTCACAATATACTATTGTGAATTATGTTAATTCGATTGAAGAATTTGGGATGTTTCTGCATGCTCAAAATATAAATGGAATGAAAGAAGCTGCATATCATGATGTGAGAATATTTTTGACAGAGGCTTATGAAAAAGGCCTGTCAAGAAAAACAATCAGCAAGAAAATTTCAGCTTTGAGAAGCTTCTATAAATTTTTAATGAGGGAAAAGCTTGTTGAAGAGAATCCGTTTCAGCTTGTTCATCTGCCGAAACAAGAGAAACGGATTCCGAAGTTTCTTTATGAAAAAGAACTTGAGGAACTATTCGCTGTTTCAGACAGAAGTCAGCCGTCAGGGATGCGCGATCAGGCCCTGCTTGAGCTTCTTTATGCGACCGGAATGAGGGTCAGTGAGTGCTGTACGCTTACTGTCGGCGATCTTGACCTGTTCATGGATACGGTGCTCGTTCACGGGAAAGGCAAGAAGCAGCGTTATATCCCGTTCGGCTCATATGCCCGTGATGCGCTGGAGCTGTATATCAACAGCGGAAGGCAGTGCCTGCTTGAAAAAGCAAAAGAGCCTCATGATGTGCTGTTTGTCAATCAAAGAGGCGGCCCGCTGACCGCCAGAGGAATCCGGTATATTTTAAGCGGGCTTGTAAAAAAAGCATCCGGCACTTTACATATACACCCGCATATGCTTCGGCACACGTTTGCGACTCATCTGCTGAATGAAGGGGCTGATTTAAGAAGCGTCCAGGAGCTTTTGGGCCATTCCAATCTGTCTTCTACGCAGATATACACGCATGTATCGAAGGAAATGCTGAGAAACACATATATGTCCCACCACCCGAGAGCTTTTAAAGAAAATTAA MTENVNFFLKLFVEYLQIEKNYSQYTIVNYVNSIEEFGMFLHAQNINGMKEAAYHDVRIFLTEAYEKGLSRKTISKKISALRSFYKFLMREKLVEENPFQLVHLPKQEKRIPKFLYEKELEELFAVSDRSQPSGMRDQALLELLYATGMRVSECCTLTVGDLDLFMDTVLVHGKGKKQRYIPFGSYARDALELYINSGRQCLLEKAKEPHDVLFVNQRGGPLTARGIRYILSGLVKKASGTLHIHPHMLRHTFATHLLNEGADLRSVQELLGHSNLSSTQIYTHVSKEMLRNTYMSHHPRAFKEN PGPT0021995_2414 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS CE-BACTERIAL_FITNESS-INTEGRASES|RECOMBINASES,PGPT0021995-xerC-K03733 NA NA D1-12_00792 546 clpQ COG5405 ATP-dependent protease subunit ClpQ ATGTCATCTTTTCATGCGACAACGATTTTTGCCGTCCGGCATAACGGAAAAAGCGCTATGTCAGGAGACGGCCAGGTCACATTCGGTCAGGCTGTAGTCATGAAACATACCGCAAGAAAAGTGAGAAAGCTGTTTAACGGAAAGGTTCTGGCCGGATTTGCGGGATCTGTTGCAGACGCTTTCACACTTTTTGAAATGTTTGAGGCGAAGCTTGAAGAATACAACGGCAATTTAAAACGTGCGTCGGTTGAGCTTGCGAAAGAATGGCGCAGCGATAAAGTGCTGCGCAAGCTGGAAGCCATGCTGATTGTCATGAACCAGGATACCTTGCTTCTCGTATCGGGAACAGGTGAAGTGATTGAGCCGGATGACGGCATTTTGGCAATCGGCTCCGGCGGAAACTACGCCCTGTCAGCAGGAAGAGCGCTGAAAACCTATGCCGGAGAGAATCTGTCCGCCAAAGATATTGCAAAAGCCGCTCTGAAAATCGCGGGCGAGATTTGTGTGTACACAAACGATCAGATCATTTTGGAAGAACTTGAATAG MSSFHATTIFAVRHNGKSAMSGDGQVTFGQAVVMKHTARKVRKLFNGKVLAGFAGSVADAFTLFEMFEAKLEEYNGNLKRASVELAKEWRSDKVLRKLEAMLIVMNQDTLLLVSGTGEVIEPDDGILAIGSGGNYALSAGRALKTYAGENLSAKDIAKAALKIAGEICVYTNDQIILEELE NA NA NA NA NA D1-12_00793 1404 clpY COG1220 ATP-dependent protease ATPase subunit ClpY ATGGAAAACAAACCGTTAACACCGAGACAAATCGTAGATCGGTTGGATCAATACATTGTAGGACAGCAGGATGCGAAAAAAGCTGTCGCCGTGGCATTAAGAAACCGCTATCGCAGAAGTCTTCTTGATGAAAAACTGAGAGACGAGATCGTTCCCAAAAACATCCTGATGATGGGCCCGACCGGGGTGGGGAAAACAGAGATCGCCAGACGGATCGCCAAGCTTACCGGTGCGCCATTTATAAAAATTGAAGCGACAAAATTTACAGAAGTCGGCTATGTAGGCAGAGATGTCGAATCAATGGTCAGAGACCTCGTTGAGACATCCGTGCGGCTCATTAAAGAAGAAAAAATCAGCGAAGTGAAAGAACAGGCTGAAGAAAATGCAAACAAACGTATAGTGCGGCTTCTCGTTCCGGGAAAGAAAAAACAAGCGGGTGTGAAAAATCCGTTTGAAATGCTTTTCGGAGGAAGCCAGGCGGCAAATGATGATGAAGCCGACCAGCAGGAAGAAGCAAGCCTTGAAGAAAAAAGAAAACGCATGGCGCATCAGCTCGCATTGGGAGAGCTCGAAGACCATTACGTCTCCGTAGAGGTGGAAGAGCAGCAGCCGTCGATGTTTGACATGCTGCAAGGCTCCGGGATGGAGCAGATGGGCATGAATATGCAGGATGCGCTGAGCAATCTGGTGCCAAAAAAGAAAAAACGCCGCAAAATGACGGTCAGAGAAGCAAGGAAGGTTCTGACCAATGAAGAGGCAGGCAAATTAATCGATATGGATGAAGTCGGCCAAGAGGCCGTGTTAAGAGCTGAAGAGGGCGGCATTATCTTTATTGACGAAATAGATAAAATCGCAAAAAACGGAGGGGCTTCTTCCTCAGCAGATGTATCGAGAGAAGGCGTTCAAAGAGATATCCTTCCGATTGTCGAAGGCTCTACCGTCGTCACGAAATACGGCTCCGTCAAAACAGATCACGTGCTGTTTATCGCAGCCGGGGCATTCCATATGGCCAAACCGTCTGATCTGATTCCGGAGCTGCAGGGCCGCTTTCCGATTCGTGTAGAATTGAGCAAGCTGACGGTAGATGATTTTGTGAAGATTCTCGTCGAACCCGATAACGCGCTGTTAAAACAATATCAGGCTTTATTGCAGACAGAAGGTATATCTCTTGAATTTTCTGACGAAGCTATTCGTAAGATCGCCGAAGTGGCTTATCATGTGAATCAGGATACGGACAACATCGGAGCGAGAAGGCTTCACACGATATTGGAACGTCTCTTGGAAGACCTGTCGTTTGAAGCGCCGGACGTAACGATGGAAAAAGTAGCCATCACGCCGCAATACGTTGAAGAAAAGCTCGGAACGATTGCAAACAACAAAGATCTAAGTCAATTTATATTGTGA MENKPLTPRQIVDRLDQYIVGQQDAKKAVAVALRNRYRRSLLDEKLRDEIVPKNILMMGPTGVGKTEIARRIAKLTGAPFIKIEATKFTEVGYVGRDVESMVRDLVETSVRLIKEEKISEVKEQAEENANKRIVRLLVPGKKKQAGVKNPFEMLFGGSQAANDDEADQQEEASLEEKRKRMAHQLALGELEDHYVSVEVEEQQPSMFDMLQGSGMEQMGMNMQDALSNLVPKKKKRRKMTVREARKVLTNEEAGKLIDMDEVGQEAVLRAEEGGIIFIDEIDKIAKNGGASSSADVSREGVQRDILPIVEGSTVVTKYGSVKTDHVLFIAAGAFHMAKPSDLIPELQGRFPIRVELSKLTVDDFVKILVEPDNALLKQYQALLQTEGISLEFSDEAIRKIAEVAYHVNQDTDNIGARRLHTILERLLEDLSFEAPDVTMEKVAITPQYVEEKLGTIANNKDLSQFIL NA NA NA NA NA D1-12_00794 780 codY COG4465 GTP-sensing transcriptional pleiotropic repressor CodY ATGGCTTTACTACAAAAAACACGAATTATTAACAGCATGCTGCAGGCTGCGGCAGGCAAACCCGTAAACTTTAAAGAAATGGCTGAAACGCTTCGTGACGTCATTGATTCTAATATTTTCGTCGTCAGCCGCAGAGGAAAGCTTTTGGGCTACTCTATTAATCAGCAGATTGAAAATGACCGCATGAAAAAAATGCTTGAAGACCGCCAGTTCCCGGAAGAGTACACGAGAAATCTGTTCAATGTTCCGGAGACGTCTTCAAACCTTGATATCAACAGCGAATACACGGCGTTTCCTGTAGAAAACAGAGACCTGTTCCAAGCGGGCTTAACAACGATCGTGCCGATCATCGGCGGAGGAGAGAGACTGGGCACGCTCATTCTGTCCCGTCTGCAGGATCAATTTGAAGATGATGATCTCATCCTTGCTGAATACGGAGCAACCGTTGTAGGAATGGAGATTTTAAGAGAAAAAGCGGAAGAAATCGAAGAAGAGGCGCGAAGCAAAGCAGTTGTTCAAATGGCGATCAGTTCTCTGTCTTACAGTGAACTTGAAGCGATTGAGCATATCTTTGAAGAGCTTGACGGAAACGAAGGCTTGCTTGTGGCAAGTAAGATTGCGGACCGTGTCGGCATCACGCGTTCAGTCATCGTTAACGCGCTGAGAAAGCTGGAAAGCGCAGGCGTCATTGAATCCAGATCACTGGGAATGAAGGGGACGTACATTAAAGTTCTGAACAACAAATTCCTTATTGAATTGGAAAACCTTAAATCTCATTAA MALLQKTRIINSMLQAAAGKPVNFKEMAETLRDVIDSNIFVVSRRGKLLGYSINQQIENDRMKKMLEDRQFPEEYTRNLFNVPETSSNLDINSEYTAFPVENRDLFQAGLTTIVPIIGGGERLGTLILSRLQDQFEDDDLILAEYGATVVGMEILREKAEEIEEEARSKAVVQMAISSLSYSELEAIEHIFEELDGNEGLLVASKIADRVGITRSVIVNALRKLESAGVIESRSLGMKGTYIKVLNNKFLIELENLKSH PGPT0016270_289 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION_FACILITATING_PROTEIN SESSILE_ROOT_COLONIZATION,PGPT0016270-codY-K03706 NA NA D1-12_00795 390 flgB COG1815 Flagellar basal body rod protein FlgB TTGGACTTATTTTCTGGAACTATACAAAATCTTGAGAATGCCTTGGGGAGAGCGGACATTAAGCAAAAAGTCTTAACTAATAATATCGCCAATATAGATACACCGAACTATAAGGCAAAAAAAGTCTCTTTCCGAAATTTGTTAGATCAGGAAACATCCAATCTTGAGGCTGTAAAAACCGACTATCGGCACGTTGACTTTACGGGTTCGGGGGACGATTATTCTATCGTGTCCAGCAGTGATACATCGTACCAGCAAAACGGAAACAATGTCGATATCGACAAAGAAATGACAGATTTAGCCGAAAACCAAATTAATTATCAGGCTTTGGTTGAAAGAATGAGCGGCAAATTCAATTCTCTGAAAACCGTCTTGACAGGAGGGAAATAA MDLFSGTIQNLENALGRADIKQKVLTNNIANIDTPNYKAKKVSFRNLLDQETSNLEAVKTDYRHVDFTGSGDDYSIVSSSDTSYQQNGNNVDIDKEMTDLAENQINYQALVERMSGKFNSLKTVLTGGK PGPT0015470_1862 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLAR_ASSEMBLY MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015470-flgB-K02387 NA NA D1-12_00796 453 flgC COG1558 Flagellar basal-body rod protein FlgC ATGAGTGGCTTTCAAAGCTTAAATATTTCGGGTTCCGCTTTAACTGCACAGCGTGTCCGGATGGACGTCGTGTCGTCCAACCTGGCCAATATGGATACAACGAGAGCGAAGCAGGTAAATGGCGAATGGGTGCCTTATAGAAGAAAGCTGGTATCTCTCCAATCCGGAGGCGAATCATTTTCGTCCCTTTTACATTCCAAGATGAACGGAACAGGAAGCGCGGGAAATGGCGTAAAGGTATCTGGTGTTACGGAAGACCCGTCCGCTTTTAATCTCGTTTATGATCCGGAGAATCCTGATGCGAATAAAGACGGATATGTACAAAAACCAAATGTAGACCCATTAAAGGAAATGGTGGATCTTGTCAGCAGCACGAGATCATATGAAGCAAACGTAACTGCATTAAACGCCTCCAAAGGCATGCTTTTGAAGGCCTTAGAAATCGGAAAGTAA MSGFQSLNISGSALTAQRVRMDVVSSNLANMDTTRAKQVNGEWVPYRRKLVSLQSGGESFSSLLHSKMNGTGSAGNGVKVSGVTEDPSAFNLVYDPENPDANKDGYVQKPNVDPLKEMVDLVSSTRSYEANVTALNASKGMLLKALEIGK PGPT0015475_330 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLAR_ASSEMBLY MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015475-flgC-K02388 NA NA D1-12_00797 321 fliE Flagellar hook-basal body complex protein FliE GTGGTTAACGCTATTACTCCTTTTCAGCTTCAACAAACCCAAAACACTCAAAACGTAACGAATCAATTAAACCAAACTCAAAAAACTGATTCTTCAAACCAAACAAGCTTTTCGGAGCTTTTAAAAAACTCTATTGATTCGTTAAATGAGTCACAAGTGAAATCTGACCAAATAACGAACGAACTGGCTGCAGGAAAGGATGTAAACCTTGACGAGGTCATGATCGCTGCCCAAAAAGCAAATATTTCTCTGACGGCCGCTACCGAATTCCGCAATAAAGCCGTGGAAGCCTATCAGGAGATCATGAGAATGCAGATGTAG MVNAITPFQLQQTQNTQNVTNQLNQTQKTDSSNQTSFSELLKNSIDSLNESQVKSDQITNELAAGKDVNLDEVMIAAQKANISLTAATEFRNKAVEAYQEIMRMQM PGPT0015515_1298 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLAR_ASSEMBLY MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015515-fliE|lfiE-K02408 NA NA D1-12_00798 1611 hypothetical protein ATGAATCGTACTCTAATGCAAATAAAAACCAAAACGGCAGCGTTTTGGAACAACAGATCAAAAACACAGAAGATACTCATGGTAAGCGGCTTGGCCGCATTCATTATTTTACTCATCGTCGTTATTATTTTTACTTCGTCTGAAAAGATGGTGCCTCTTTATAAAGATTTGTCCGCGGAAGAAGCGGGGAAGATTAAAGAAGAGCTCGATACGAAAAAGGTGTCTTCTGAACTTGCTGACGGCGGCACGGTCATTAAGGTTCCTGAGAGCCAAGTGGATTCGCTTAAAGTCCAGCTTGCCGCAGAAGGCCTGCCGAAAACGGGATCAATTGATTATTCGTTTTTCGGACAAAATGCGGGCTTCGGCCTGACGGATAATGAGTTTGACGTTTTAAAGGTTGAGGCGACTCAGACCGAATTGTCAAACCTGATAAATGAAATGGACGGTATTAAAAGCTCGAAGGTCATGATCAATATGCCGAAAGAAGCCGTGTTCGTCGGTGAAGATCAGCCGGCAGCATCCGCTTCAATCGTTTTGCAGATGAAACCGGGCTACTCGCTTGATCAAAACCAGATCAACGGGCTGTACCATCTCGTTTCTAAAAGTGTTCCGAACTTAAAAGAAGATAATATCGTCATAATGGATCAAAATTCTACATATTATGACAAAAGTGAAAGCGGTGCAGGGTCCGTTTCTGACAGTTATGCTTCTCAGCAAGGTATTAAGTCGCAGGTCGAAAAGGACGTTCAAAAACATGTTCAGTCACTGCTCGGCACAATGATGGGGCAGGATAAGGTCGTTGTTTCCGTGACGGCGGATATTGACTTCACGAAGGAAAAACGCACTGAAGACACTGTCGAACCTGTCGATAAAGATAACATGGAAGGCATAGCGGTAAGCGCCGAAAAAGTTGCGGAAACGTATAAAGGCGACGGCGCGGCCAACGGCGGCACGGCCGGAACGGGAAGCAATGACACCGCGAACTATGCCGAGACAAACGGCGGTTCAAACAGCGGCGACTACGAAAAAAGCAGCAATAAAATCAACTATGAAGTCAACCGCATTCATAAAGAAATCGCTGAAAGCCCGTATAAAGTGCGTGATTTAGGCATTCAGGTCATGGTGGAGCCGCCTAATCCGAAAAATGCCGCTTCCTTATCAGCGCAGAGACAGGCTGATATACAGAAGATTTTAGGAACGGTCGTCAGAACGTCTCTTGATAAAAACGAAACGCAAAATCAAAACCTGACAGACAATGATATCAACAATAAAATCGTTGTATCCGTTCAGCCGTTTGACGGAAAAACAAGCCTGAACACAGATTCGGCACAATCTTCAGGTCTTCCGATCTGGGTATACATTACAGGCGGCGTACTGCTTGCGGCCATTATTCTGCTTATTATTCTCCTTATCAGAAAGAAACGCTCACAAGAGGATGAATACGAAGAATATGAATATGAAACACCGCCGGAGCCGGTTCGATTGCCTGATATCAACGAAGAGAAAATTGAAACGGAAGAAACAGTCAGACGAAAACAGCTTGAAAAAATGGCTAAAGAAAAACCGGAAGACTTTGCTAAATTGCTTCGAAGCTGGCTGGACGAGGATTAG MNRTLMQIKTKTAAFWNNRSKTQKILMVSGLAAFIILLIVVIIFTSSEKMVPLYKDLSAEEAGKIKEELDTKKVSSELADGGTVIKVPESQVDSLKVQLAAEGLPKTGSIDYSFFGQNAGFGLTDNEFDVLKVEATQTELSNLINEMDGIKSSKVMINMPKEAVFVGEDQPAASASIVLQMKPGYSLDQNQINGLYHLVSKSVPNLKEDNIVIMDQNSTYYDKSESGAGSVSDSYASQQGIKSQVEKDVQKHVQSLLGTMMGQDKVVVSVTADIDFTKEKRTEDTVEPVDKDNMEGIAVSAEKVAETYKGDGAANGGTAGTGSNDTANYAETNGGSNSGDYEKSSNKINYEVNRIHKEIAESPYKVRDLGIQVMVEPPNPKNAASLSAQRQADIQKILGTVVRTSLDKNETQNQNLTDNDINNKIVVSVQPFDGKTSLNTDSAQSSGLPIWVYITGGVLLAAIILLIILLIRKKRSQEDEYEEYEYETPPEPVRLPDINEEKIETEETVRRKQLEKMAKEKPEDFAKLLRSWLDED PGPT0015430_2113 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_III_SECRETION_SYSTEMS CE-T3SS-FLAGELLAR_EXPORT_APPARATUS,PGPT0015430-fliF-K02409 NA NA D1-12_00799 1017 fliG COG1536 Flagellar motor switch protein FliG ATGGCGAAACGTGATCAGAACAAGCTTACAGGAAAACAAAAAGCAGCCATCCTCATGATTTCCTTAGGCCTTGATGTATCAGCTTCTGTGTACAAGCATTTGTCTGAAGAAGAAATTGAAAGATTGACACTCGAGATTTCGGGAGTCAGAAGCGTCGATCATCAAAGAAAAGATGAAATCATTGAAGAATTTCATAATATCGCAATCGCTCAGGACTATATTTCACAAGGCGGTTTAAATTACGCCCGCCAAGTGCTTGAAAAAGCGCTCGGAGAAGACAAAGCGGTAAGCATTTTAAACAGGCTCACCTCTTCTTTGCAGGTAAAGCCGTTTGATTTCGCAAGAAAAGCGGAACCCGAACAGATTTTAAATTTCATTCAGCAGGAACATCCGCAAACGATGGCGCTGATTTTATCCTACCTTGACCCGGTGCAGGCCGGACAGATTTTGTCTGAGCTGAACCCGGATGTTCAGGCTGAGGTGGCAAGAAGGATTGCGGTTATGGACAGAACGTCTCCTGAAATCATAAATGAAGTGGAGCGGGTCCTTGAACAAAAGCTGTCCTCCTCCTTTACGCAGGACTATACGCAGACCGGCGGCATAGAAGCCGTTGTTGAAGTGTTAAACGGCGTAGACAGAGGAACGGAAAAAACGATCCTTGATTCATTAGAAATCCAAGATCCTGAGTTGGCGGATGAAATCAAAAAACGGATGTTTGTCTTTGAAGATATTGTCACCCTTGATAACCGTGCGATTCAGCGCGTGATCAGAGACGTTGAAAACGACGACCTCCTGCTTTCATTGAAGGTTGCGAGCGAGGAAGTCAAAGAAATCGTCTTCAGCAATATGTCACAGCGCATGGTTGAAACGTTTAAAGAGGAAATGGAAATTATGGGGCCTGTGCGTTTGCGTGATGTGGAAGAGGCGCAATCAAGAATCGTGGGCGTCGTCCGCAAGCTGGAAGAAGCCGGAGAAATTGTAATCGCGCGAGGCGGAGGAGACGATATTATTGTCTAA MAKRDQNKLTGKQKAAILMISLGLDVSASVYKHLSEEEIERLTLEISGVRSVDHQRKDEIIEEFHNIAIAQDYISQGGLNYARQVLEKALGEDKAVSILNRLTSSLQVKPFDFARKAEPEQILNFIQQEHPQTMALILSYLDPVQAGQILSELNPDVQAEVARRIAVMDRTSPEIINEVERVLEQKLSSSFTQDYTQTGGIEAVVEVLNGVDRGTEKTILDSLEIQDPELADEIKKRMFVFEDIVTLDNRAIQRVIRDVENDDLLLSLKVASEEVKEIVFSNMSQRMVETFKEEMEIMGPVRLRDVEEAQSRIVGVVRKLEEAGEIVIARGGGDDIIV PGPT0015400_1175 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLAR_ASSEMBLY MOTILITY-FLAGELLUM_C-RING,PGPT0015400-fliG-K02410 NA NA D1-12_00800 756 hypothetical protein TTGTCTAATATCATTAAACAGCAATCATCATTTTCTCCTGAACAAAAACGGCGCAAGCTTTCCTTGCAGGAAGTCAGGAAAACACATTCCCAGCCAGACCGGGAGGAACCCGAAAATCCAGAGGCTCTCATGGCTTTTGCCAAAGCAGAAGCCGACAGGGTGTCTGAAGAAGCGAAAAATCAATTTGAGCACACTCTTCGTCAGATTGAAGAAGAGAAACACCGCTGGGCGGAAGAAAAACAAAGATTGATAGAAGAAGCAAAGGCAGAAGGATATGAAGAAGGCATGGCATTGGGAAAAGCCGAGGCTCAAGCTGAATACGCCAATCTCATCAGCCGGGCCAATGCCGTTATGGAAATGGCGAGACAGTCAGTCGAGGAAAAACTGGAAAGCGCTGAGGAAGAAATCATTGAGCTTTCCGTTGCGCTCGCTAAAAAAGTATGGCGGCAAAAAAGTGATGATAAAGAGGCTTTCCTTCTGCTGGTCAAACAGGTAGTAGCCGAAGTAAAAGATTATGATGACATCTCCATCTATGTGGACCCTGAATATTATGAGACGGTTCATCAGCATATGGACGAAATTCAGCAGCTGTTATACAAAGAATGCAGATTAAGCTTATATGCCGATGAAAAAGCCGCGAAGGGAACGTGCTCGATAGAAACTCCGTTCGGACGTGTCGATGCAGGCATAGATACCCAGCTGATGCAATTAAAGCAAAAACTTTTAACGGCGCTTGAGGCGGGAGCGGAGCAATGA MSNIIKQQSSFSPEQKRRKLSLQEVRKTHSQPDREEPENPEALMAFAKAEADRVSEEAKNQFEHTLRQIEEEKHRWAEEKQRLIEEAKAEGYEEGMALGKAEAQAEYANLISRANAVMEMARQSVEEKLESAEEEIIELSVALAKKVWRQKSDDKEAFLLLVKQVVAEVKDYDDISIYVDPEYYETVHQHMDEIQQLLYKECRLSLYADEKAAKGTCSIETPFGRVDAGIDTQLMQLKQKLLTALEAGAEQ PGPT0015335_1102 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_III_SECRETION_SYSTEMS CE-T3SS-FLAGELLAR_EXPORT_APPARATUS,PGPT0015335-fliH-K02411 NA NA D1-12_00801 1317 yscN putative ATP synthase YscN ATGAAGACACAGTATTTAATAGACTCAATTGAAACAGCGGATCCGTACAAGCGCTACGGCAAGGTTAAACGGGTCATCGGGCTGATGATTGAATCAAAAGGGCCCGAAAGCTCAATCGGAGATGTTTGTCTCATTTATCCGAAAGGCCATGCGAAAAAAGCGATTAAAGCTGAGGTTGTAGGCTTCCAGGATGAAAACATTCTGTTAATGCCTTATCTGGAAGCGGCCAGCATCGCGCCGGGCAGCATTGTGGAGGCCACTGGCGAGTCGCTCCGCATCAAAGTAGGCGCGGGTTTAATCGGACAAGTTGTCGACGCGTTCGGCGAACCTCTTGACGGCCGGGCGCTTCCGAAAGGTTTGTCCCCCGTTTCGACGGAACAGCCGCCTCCAAACCCGATGAAACGCCCGCCGATACGGGAAAAGATGGGTGTCGGCGTCAGATCGATTGACAGTCTGCTGACGGTAGGAAAAGGGCAGAGAATCGGGATTTTTGCCGGAAGCGGGGTCGGAAAAAGCACCCTGATGGGAATGATCGCGAAGCAGACTGAAGCTGATTTAAACATTATCGCACTCGTCGGTGAACGGGGGCGCGAGGTGCGTGAATTCATCGAGAAGGATTTAGGCGAAGAAGGCCTGAAACGCTCGATCGTCGTAGTCGCGACCTCTGATCAGCCCGCCTTAATGCGTTTGAAAGCGGCGTATACGGCCACCGCCATTGCAGAGTATTTCCGCGATAAAGGCCGGAATGTGATGTTCATGATGGACTCCGTCACGAGGGTCGCGATGGCTCAGCGGGAAATCGGCCTGGCAGCGGGAGAACCGCCGACAACAAAAGGATATACACCTTCCGTGTTCGCTATTTTGCCCCGTTTGCTGGAAAGAACGGGCGCGAATGAACAAGGAACGATAACCGCTTTTTATACGGTTCTCGTTGACGGAGATGATATGAACGAACCGATTGCCGATACGGTGCGCGGAATATTAGACGGGCATATCGTTCTCGATCGGGCGCTTGCCAACAAAGGGCAGTTCCCGGCCGTGAATATCCTGAAAAGCATCAGCAGGGTCATGTCTAATATTTCAGACACATCGCATATAGAGGCGGCCAACAAATTCCGCGATCTTCTGTCAACTTATCAAAACTCTGAAGATCTCATTAATATCGGAGCTTACAAAAGAGGGTCATCAAGAGAAATTGATGAAGCGATTCAGTTTTATCCGCAGCTTATTCAATTTTTAAAACAAGGAACGGAAGAACCTGCTCAATTGGAAGACAGCATTGCGGCATTGACGAGTCTGACAGGAAAAGAGGAATAA MKTQYLIDSIETADPYKRYGKVKRVIGLMIESKGPESSIGDVCLIYPKGHAKKAIKAEVVGFQDENILLMPYLEAASIAPGSIVEATGESLRIKVGAGLIGQVVDAFGEPLDGRALPKGLSPVSTEQPPPNPMKRPPIREKMGVGVRSIDSLLTVGKGQRIGIFAGSGVGKSTLMGMIAKQTEADLNIIALVGERGREVREFIEKDLGEEGLKRSIVVVATSDQPALMRLKAAYTATAIAEYFRDKGRNVMFMMDSVTRVAMAQREIGLAAGEPPTTKGYTPSVFAILPRLLERTGANEQGTITAFYTVLVDGDDMNEPIADTVRGILDGHIVLDRALANKGQFPAVNILKSISRVMSNISDTSHIEAANKFRDLLSTYQNSEDLINIGAYKRGSSREIDEAIQFYPQLIQFLKQGTEEPAQLEDSIAALTSLTGKEE PGPT0015340_2136 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_III_SECRETION_SYSTEMS CE-T3SS-FLAGELLAR_EXPORT_APPARATUS,PGPT0015340-fliI|lgiI-K02412 NA NA D1-12_00802 444 fliJ COG2882 Flagellar FliJ protein GTGGCATACCAATTCAGATTTCAAAAGCTGCTGGAATTAAAAGAAAATGAAAAAGACCAAACATTGACTGAATACAGACAATCGGTTTCTGAATTTGAGACAGTGGCTGAAAAACTATATGAAAATATGAGCAAAAAAGAATTGCTCGAAAAAGACAAAGAATCAAAGCTGAAATGCGGGATGAGCGTTCAGGAAATGAGACATTATCAGCAATTCGTTTCCAATCTTGAGAACACCATCTATCATTATCAAAAGCTTGTCATCATGAAACGAAATGAAATGAATGAGAAGCAGGAACAGCTCACCGAAAAAAACATTGAAGTAAAGAAATTTGAAAAAATGCGGGAAAAACAATTTAACATGTTCGCACTTGAAGACAAAGCTGCAGAGATGAGGGAAATGGACGACATTTCAATCAAGCAGTTTATGATTCAGGGGCATTAG MAYQFRFQKLLELKENEKDQTLTEYRQSVSEFETVAEKLYENMSKKELLEKDKESKLKCGMSVQEMRHYQQFVSNLENTIYHYQKLVIMKRNEMNEKQEQLTEKNIEVKKFEKMREKQFNMFALEDKAAEMREMDDISIKQFMIQGH PGPT0015615_998 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLUM_CONTROL MOTILITY-FLAGELLUM_CHAPERONES,PGPT0015615-fliJ-K02413 NA NA D1-12_00803 615 hypothetical protein ATGGCCGATAAAGAAAAGAGATCTGGAAAGTTCGGTTCAATCCTGCTTTTTATCATGATCCCGCTAATTTTTCTGATCATCGTCGCAAGCATCATCCTTTGGGCTGCCGGCGTTGATGTGATGAAGCCGATTCAGGAAACAGCCGCTAAAACGCCTGTTTTAAAAGAATTGGTTCCCGAAACGAAAGAAATGAAAAGCGCGGCGGAAAAGCAGAAGGAAGACAGAACGGCTTCTCTTGAAAAGACCATAAAGGAACAAAAAAGTGAAATTAACATTTTGAATAAAGATTTAGACACAAGCAAGTCCGAAATCGATAATCTGAATCAGAAAATCCGTTCACTGAAACAGGAAGCTGAACAGCAGCAGAAAACGAAGACGGATGAAACGAAAAAAGACGCTTCGGATTCAGCCGGAAAAGATAAAATGATCAACATCTATAAAAGTATGGACAGCGGTAAAGCGGCAAGCATTATCGTAAAGCTGAAAGAAAAAGAAGCCCTCGATATTTTAAACGGATTAAGTAAAAAGCAGCTTGCTGAAATCTTGACGAAAATGACTCCTGAACAAGCGGCTAAATATACAGAAAAACTATCCGCTGACGGAAATAAGGAGTGA MADKEKRSGKFGSILLFIMIPLIFLIIVASIILWAAGVDVMKPIQETAAKTPVLKELVPETKEMKSAAEKQKEDRTASLEKTIKEQKSEINILNKDLDTSKSEIDNLNQKIRSLKQEAEQQQKTKTDETKKDASDSAGKDKMINIYKSMDSGKAASIIVKLKEKEALDILNGLSKKQLAEILTKMTPEQAAKYTEKLSADGNKE NA NA NA NA NA D1-12_00804 1338 hypothetical protein TTGAAGCTGCTTGAATTAACGGGTAATCGTACGCAGACTGCGCAAAACAGCAATGTGAAGATGAATGTAAACAGCTTAGGTCTATTTCAGAACTGGCTCCTGTCGGAAATCACTTCTCCCCGGCAGCCCGGAGATGAAACAAAAACAAGTGACGCTGAGCTGAATGATGCCCTATCGAAAATCGGTGATTGGCTGAAAGCCGGCCCGGAAGATAAAGAATTGCAGCTAAAACAGCTGCTTGAGGCGGTAAAAGCTCTTGAAGGAAAGCAGACGGCTGAAACAGCTCTTCCTTTATTGAAACAGCTTGCCGAATCTGTTGAAGACATGTTAGCGGGAAAACAGCATGGGGGGAAGCCTGAAACGGATGAGCCGGATTCTTCCGCAAAAGACGGGGATTCCGTCAATGATGCGCTTGAGAAGGGGCTGCTGTTCATTCAAGAAGCCGTATCCCAGCTCTTCACATCTCAGCAGGAACTGCCTGACAGCGCGCAGGCAAAGGCGGTTTACCAGGAAGGCGCCCGTTTATTAGAGGCATTGAAAAAACAAGGTGTCCCGGACCGCGTGATTCAAGACCTGCGGCAGACATTTTTTCCGAAAAACGAATCTGCATCTAAACTTTACTCCATGACAGCCGCTGAGCTGAAGAGCTTTCAAAGCGTCACGGAGCAGCTTGCGGGCCTTTCTCAAAAGGGGACAAAGGATTGGGATATGGCTGAAACTGAGCTGAAAGCTTTTGTGTTATCTCAATCATCTGAATCATCCCAAGAGTCAGCCGGGAAAACAGAACAGCAAAACGGCACGGTTTCTCACGCAAAGGAGCCTGACAGCAAATTGTCTGCACATATACTGTTTTCGGGAACGAGAAGCCTTGCCGGCATTCAGCAAACGTCCGCAGGGGAACAGCAGCCGGCAGAAAATAAACCGTTAACGGATCAGGTCATCAGCGGCTGGAAACAGATGAAATACACGCCTTTCGGGAAAACAACCGGAAGCTTTACGATTCGTCTTAATCCCGAGAACCTCGGATTTGTCACAATTAAGGTGACAAACGAAAACGGGATGTTTCAAAGCAAAATAATCGCATCCAGCCAGTCCGCGAAAGAGCTGCTGGAACAACATCTTCCTCAGCTGAAACAGTCGCTTCCGAATATGGCGGTCCAAGTCGACCGTTTTACAGTCCCGCTTCAAAGCGGGGATCAGCAGCCTGTTTACGGACAGACGGCCGATCACAATAAACAGCAGCATCAGGGACAGAGAGAGCAGAAGAACCAGCAGCAGTCAGGCGATTTCGGAGATATGCTGGAGGAGCTTTCTCTCAATGAAATGGAGGAAGAATAG MKLLELTGNRTQTAQNSNVKMNVNSLGLFQNWLLSEITSPRQPGDETKTSDAELNDALSKIGDWLKAGPEDKELQLKQLLEAVKALEGKQTAETALPLLKQLAESVEDMLAGKQHGGKPETDEPDSSAKDGDSVNDALEKGLLFIQEAVSQLFTSQQELPDSAQAKAVYQEGARLLEALKKQGVPDRVIQDLRQTFFPKNESASKLYSMTAAELKSFQSVTEQLAGLSQKGTKDWDMAETELKAFVLSQSSESSQESAGKTEQQNGTVSHAKEPDSKLSAHILFSGTRSLAGIQQTSAGEQQPAENKPLTDQVISGWKQMKYTPFGKTTGSFTIRLNPENLGFVTIKVTNENGMFQSKIIASSQSAKELLEQHLPQLKQSLPNMAVQVDRFTVPLQSGDQQPVYGQTADHNKQQHQGQREQKNQQQSGDFGDMLEELSLNEMEEE PGPT0015520_1336 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLAR_ASSEMBLY MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015520-fliK|motD-K02414 NA NA D1-12_00805 441 hypothetical protein TTGACATCAGTAAACTCGGATTATGCCGCGGCGGGCGCTTCAACCACTTCAAGCGCGAAGAGCACCTCCGCAGTAAACAGCAGCACGAATTTAGGGAAAGACGAATTTCTGAAGATCTTAATGACACAGGTTCAAAACCAGGACCCGCTCAATCCGGTTGATGACAAAGAATTCATCAGCCAGATGGCGACATTTTCTTCATTGGAGCAAATGATGAATATGAATACGACGATGACTAAATTTGTAGAAAATCAAGATCCGTTTACGATGTATGTGAACTGGATCGGCAAAAATGTCACATTCAGCGACAGCGACGGGAAGGATCAGACAAGCCCGGTCAATTCAGTCAAGCATTCAAACGGCAATTACGTGCTCGTGCTTGAAAATGGCAAAGAGGTCAGTCCGTGGAATGTCACGGCCGTCAGCGAAACATCTAAATAA MTSVNSDYAAAGASTTSSAKSTSAVNSSTNLGKDEFLKILMTQVQNQDPLNPVDDKEFISQMATFSSLEQMMNMNTTMTKFVENQDPFTMYVNWIGKNVTFSDSDGKDQTSPVNSVKHSNGNYVLVLENGKEVSPWNVTAVSETSK PGPT0015480_2413 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLAR_ASSEMBLY MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015480-flgD-K02389 NA NA D1-12_00806 777 flgG_1 COG4786 Flagellar basal-body rod protein FlgG ATGTTACGTTCATTATATTCCGGTATCAGCGGCATGAAAAACTTTCAGACAAAACTAGATGTAATCGGCAATAACATCGCCAACGTCAACACAGTGGGATTTAAGAAAAGCCGCGTTACATTTAAAGATATGATCAGCCAGACAGTCGCCGGCGGTTCAAACGTGACCAATTCAAAACAAATCGGCTTGGGTGCCGCGACTTCTTCCATTGATGTCGTTCATTCAACCGGCGCCCCGCAGGCTACACAGAATAAAACCGACCTAGCCATTGACGGAGACGGCTACTTTCAGATTAATACAGGCGCGGGAATTGTTTACACACGTGCGGGGAATTTCGGAAAGGACAATCAAGGGAACCTTGTTACGACTGATGGGTACTACCTTGAAAAAATCGGCGGCGGCAAAATCAATATTCCGACTGATGCGAAAGATTACAGCATCGGTGCAGACGGAACCGTTACATACACTGATGCAGGGGATGAGGTTCATGATGCCGGACAAATCGGTCTGGTCACGTTCCCTAACAGCGCCGGTCTGGAAAAAATCGGAGGCAACCTTTACAGAGAATCATTAAGTTCAGGAGCTGCGAGCGCAGTCACCACTCCGGGCGAAAACGGCACGGGTAAGCTCTTGGCAGGCTATCTTGAAATGTCAAACGTAGATCTGACAGATGAATTTACCGAAATGATCGTTGCTCAGCGGGGTTTCCAATCAAACTCAAAAATCATTACGACTTCAGATGAAATCCTTCAGGAGCTGGTTAATCTGAAACGGTAA MLRSLYSGISGMKNFQTKLDVIGNNIANVNTVGFKKSRVTFKDMISQTVAGGSNVTNSKQIGLGAATSSIDVVHSTGAPQATQNKTDLAIDGDGYFQINTGAGIVYTRAGNFGKDNQGNLVTTDGYYLEKIGGGKINIPTDAKDYSIGADGTVTYTDAGDEVHDAGQIGLVTFPNSAGLEKIGGNLYRESLSSGAASAVTTPGENGTGKLLAGYLEMSNVDLTDEFTEMIVAQRGFQSNSKIITTSDEILQELVNLKR PGPT0015485_3096 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLAR_ASSEMBLY MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015485-flgE-K02390 NA NA D1-12_00807 420 hypothetical protein ATGAAGAAAAAATTAGTCATCATTTTGCTGATTATTTTAATTGTCATCGCCGGCCTCGGAACGGCAGCATATTTTGTCGTCAGCGGAAATTCCGGCAAAGATAAAAAGCCGACAATTGACGAAGTCGTTGCAGCCACTGTGTCTGTCGACGATATTACGACAAACTTAAAGTCTGACAGCATCATCCGTATCGGCATCAAGCTTGAAACCGACTCGGCTAAAGCGAAGGAAGAACTTGAAAAACGCGATTTTCAGGTGAAAGACAACATCATTTCCATTTTAGCCGACACAAGCGCCGGAGAGATTGAGGGAGATAAAGGAAGAGAAGCGTTTAAACAATCATTAAAAGAGAAAGTAAACAGCTATCTCCAAGAAGGAAAAGTTCAGAAAGTGTACATTACCTCCTTTAATCTGCAATAA MKKKLVIILLIILIVIAGLGTAAYFVVSGNSGKDKKPTIDEVVAATVSVDDITTNLKSDSIIRIGIKLETDSAKAKEELEKRDFQVKDNIISILADTSAGEIEGDKGREAFKQSLKEKVNSYLQEGKVQKVYITSFNLQ PGPT0015525_2614 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLAR_ASSEMBLY MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015525-fliL-K02415 NA NA D1-12_00808 999 fliM COG1868 Flagellar motor switch protein FliM ATGTCAGGAGAAGTTCTCTCCCAAAATGAAATAGACGCACTGCTTTCCGCCATTTCCACGGGTGAGGCGGATGCGGAAGAGCTGAAAAAGGAAGTAAAAGAGAAAAAAGTAAAGGTATATGATTTTAAACGGGCTCTCAGATTCTCGAAAGATCAGATACGCAGTTTAACCCGGATACATGATAACTTTGCGAGGCTTCTCACAACACACTTTTCCGCCAAGCTCAGAACGTATATTCATATATCCGTCAGCTCAGTTGATCAGGTGCCGTATGAAGAATTTATCCGTTCCATACCGAACATGACGATTTTAAATTTATTCGATGTCCATCCGATGGAAGGCAGAATCATGATGGAGGTTAATCCCACCATCGCATACGCAATGCTTGACCGCGTCATGGGAGGCATCGGCATCACTCATAACAAAGCTGACAGCCTTACGGAAATTGAAACGAATATTATTTCTAACTTATTTGAAAATGCACTGGGCAACTACAAAGAAGCGTGGCAATCGATTGCTGATATTGACCCTGAAATGACTGAATTTGAAGTGAATCCTCAGTTTGTGCAGATGGTTTCCCCAAATGAAACAGTCGTTGTCATTTCTCTCAATACACAGATAGGTGAAATCAGCGGTGTCATTAATCTTTGTATTCCCCATGTCGTACTTGAGCCGATTATCCCTAAGCTTTCCGTACATTATTGGATGCAATCAGACCGGAATGAAGCGAAGCCCGAAGAAACGAAGTTGCTTGAAAAGCGCATCATGACGGCTCAAATTCCCGTTGTGGCTCTCTTGGGCGCTTCTGAACTGACAATAGAAGAATTTTTAAGTTTGGAAGTCGGGGACTGTATAACTCTGGACAAATCAGTGACTGATCCTCTTACTGTATTGGTCGGAAACAAACCGAAGTTTTTAGGGCAGGCCGGCCGGGTGAATCGAAGACAGGCAGTGCAAATTTTAGATCACGACATAAGAGGTGAACAAGATGAACAATAG MSGEVLSQNEIDALLSAISTGEADAEELKKEVKEKKVKVYDFKRALRFSKDQIRSLTRIHDNFARLLTTHFSAKLRTYIHISVSSVDQVPYEEFIRSIPNMTILNLFDVHPMEGRIMMEVNPTIAYAMLDRVMGGIGITHNKADSLTEIETNIISNLFENALGNYKEAWQSIADIDPEMTEFEVNPQFVQMVSPNETVVVISLNTQIGEISGVINLCIPHVVLEPIIPKLSVHYWMQSDRNEAKPEETKLLEKRIMTAQIPVVALLGASELTIEEFLSLEVGDCITLDKSVTDPLTVLVGNKPKFLGQAGRVNRRQAVQILDHDIRGEQDEQ PGPT0015405_935 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLAR_ASSEMBLY MOTILITY-FLAGELLUM_C-RING,PGPT0015405-fliM-K02416 NA NA D1-12_00809 1137 hypothetical protein ATGAACAATAGATTATCTCAAGATGAAATCGATGCTCTTCTTAACGGCACAAGCAGTCAATCAGAGGATACAGAACAGCCTCAAGAGGCGAACTTGTCTGAACTTGAGCGCGATGCGATCGGAGAAATCGGGAATATTTCGTTCGGCAGCTCGGCTACGGCGCTGTCCACTCTTTTAAATCAAAAAGTGGACATTACGACGCCGAGTGTGACCGTCATTTCAAAAAGCAAAATCAGTGATGAATTTCCTCATCCGTATGTTGCCATTGAAGTGAACTACACAGAAGGCTTTGACGGCAGCAATTTGCTCGTCGTCGAACAAAGCGACGCGGCCATCATCGCGGATTTGATGATCGGCGGGGACGGCCGGGGCGCCGATCCGTCACTCGGTGAAATCCACCTGAGCGCCGTGCAGGAAGCAATGAATCAAATGATGGGCTCGGCTGCGACGTCAATGTCGACCGTGTTCAGTAAAAAGATTGACATTTCTCCGCCAAGGGTTGAACTTCTGGATGTGACGGAAGAAAAAGGGACCGATAGAATACCTGAGGATGACCTGCTCGTAAAAGTGTCATTCCGTCTGAAAGTCGGTGAATTAATCGATTCGAGCATCATGCAGCTTTATCCGATTACGTTTGCGAAAGATCTGATCGCAGAACTGATGACTGCAGACCAGCATGAGTCAGAGGCCGCAGAAACCGTATCAGAACCTCAGGAAACATACGAAACGCCGCAGCCGGAACCTGCCATGCAGCCGGAGCCGCAGGCAAAACCCGAGCTTCCGAAGAGACAGGGAACCGCAAAAAAAGCTGCTCCTGTTCAAGTCGCTCCGGTAGAATTCCAGGCGTTTGATCATAACGAAGCGGCGCAAGGATCAAGGAATAACCTTGATATGCTGATGGATATTCCGCTTTCCGTTACGGTTGAGCTCGGCAGAACGAAGAGAAGCGTCAAAGAAATCCTTGAACTTTCTGCGGGAAGTATTATTGAGCTTGACAAGCTGGCTGGTGAACCTGTTGACATCTTGGTCAACCAGCGGATCGTGGCAAAAGGCGAGGTCGTCGTCATAGAAGAAAACTTCGGCGTGAGAGTCACTGATATTTTAAGTCAGGCAGACCGCCTTAACAATTTAAAATAA MNNRLSQDEIDALLNGTSSQSEDTEQPQEANLSELERDAIGEIGNISFGSSATALSTLLNQKVDITTPSVTVISKSKISDEFPHPYVAIEVNYTEGFDGSNLLVVEQSDAAIIADLMIGGDGRGADPSLGEIHLSAVQEAMNQMMGSAATSMSTVFSKKIDISPPRVELLDVTEEKGTDRIPEDDLLVKVSFRLKVGELIDSSIMQLYPITFAKDLIAELMTADQHESEAAETVSEPQETYETPQPEPAMQPEPQAKPELPKRQGTAKKAAPVQVAPVEFQAFDHNEAAQGSRNNLDMLMDIPLSVTVELGRTKRSVKEILELSAGSIIELDKLAGEPVDILVNQRIVAKGEVVVIEENFGVRVTDILSQADRLNNLK PGPT0015410_380 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 D1-12_00810 363 cheY_1 COG0784 Chemotaxis protein CheY ATGGCACACAGAATTTTAATTGTAGACGATGCAGCATTTATGAGAATGATGATCAAAGATATTTTAGTGAAGAACGGTTTTGACGTTGTAGCTGAAGCTTCAGACGGAGCGCAGGCGGTCGAAAAATTCAAAGAGCATTCCCCCGACCTTGTGACAATGGATATTACAATGCCTGAAATGGACGGGATTACTGCTTTAAAGGAAATTAAACAAATTGATCCGCAGGCGAAAATCATCATGTGTTCGGCTATGGGCCAGCAGTCAATGGTTATTGACGCAATTCAAGCCGGCGCAAAAGACTTTATCGTGAAACCGTTCCAAGCGGACCGCGTGCTTGAAGCCATTAATAAAACATTAAGCTAA MAHRILIVDDAAFMRMMIKDILVKNGFDVVAEASDGAQAVEKFKEHSPDLVTMDITMPEMDGITALKEIKQIDPQAKIIMCSAMGQQSMVIDAIQAGAKDFIVKPFQADRVLEAINKTLS PGPT0015690_4550 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS CHEMOTAXIS_PROTEINS CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015690-cheY|yneI-K03413 NA NA D1-12_00811 654 hypothetical protein TTGAAAAAGAGTCATGGTTTACTAGCTTTGATTTGTTGTTTCGTTTTACTCAATGTACATCCGTTCCCTGCTTTTGCGGCGGAGTCTGACAATTCCACCGTCAACGAATGGTTTGACAAACAATCAACAAACAAAACAGAGAAAAAAAGCGATACATCGAAACAAACGGCTGATCAAGAGATAGGGGATGCTTCTGCATCTTCTGTCTCCGCTTTTGATTTTGTAAAGATGATTGGGGCGTTATTATTCGTCATTCTGCTGATCTATGGATTTGTCAAACTGATGAATAGAAGAAACCGTCTGTTGAAGCCGTTTCAATATGTAGAAAATATCGGCGGAACGTCAGTCGGCCAAAACCGTTCCGTGCAGCTGATTAAAGTGGGAAACAGCGTTCTCGTAGTCGGTGTGGGCGAAACGATACAGCTTTTAAAAGAAATTGAAGATGAAAAAGAGCGCGAGGCGATTCTGAGCCAATACGAAGAGTCGATGTCTTCAAAAGTGGAATGGACCAAGCTCGTAAATCCGCGTAAGGATGGAGAAAAAAAGCCGCAAACGATGCTTCCGTCGTTTTCAAAAGCGCTGAAAGAACAGTTGAACGAGCTGAAACAAAGCCGTTCTGAAGGAAAGAAGAAAGGCCCTTATCATCATGAATGA MKKSHGLLALICCFVLLNVHPFPAFAAESDNSTVNEWFDKQSTNKTEKKSDTSKQTADQEIGDASASSVSAFDFVKMIGALLFVILLIYGFVKLMNRRNRLLKPFQYVENIGGTSVGQNRSVQLIKVGNSVLVVGVGETIQLLKEIEDEKEREAILSQYEESMSSKVEWTKLVNPRKDGEKKPQTMLPSFSKALKEQLNELKQSRSEGKKKGPYHHE PGPT0015345_295 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_III_SECRETION_SYSTEMS CE-T3SS-FLAGELLAR_EXPORT_APPARATUS,PGPT0015345-fliOZ-K02418 NA NA D1-12_00812 666 fliP COG1338 Flagellar biosynthetic protein FliP ATGAATGAATTTATTAATCTTTTTAATTCAAGCAGTCCGACCGAAGTCAGCTCCACTGTTAAATTACTGCTGCTTTTGACTGTCTTTTCAGTGGCGCCGGGGATTCTGATTTTGATGACCTGCTTTACGAGAATCGTCATCGTCCTGTCTTTTGTGAGAACCTCACTGGCGACGCAGAACATGCCTCCCAACCAGGTTTTAATCGGCCTTGCGCTGTTCTTGACGTTTTTTATTATGGCGCCGACTTTTTCAGAGATTAATAAGGAAGCCTTAACGCCGCTGATGGACAACAAAATCAGTCTCGATGAAGCATATACAAAAGCCGAGAAGCCGATTAAAGAGTATATGAGCAAGCATACAAGGCAGAAGGATCTGGCGCTGTTTATGAACTATGCCAAGATGAAAAAACCTGAATCGATTCAGGATATTCCTTTGACGACGATGGTGCCCGCTTATGCGATATCAGAACTCAAAACCGCTTTTCAAATGGGCTTTATGATTTTTATTCCGTTTTTAATTATCGATATGGTCGTGGCGAGCGTCTTAATGTCAATGGGAATGATGATGCTTCCGCCGGTTATGATCTCTCTGCCCTTTAAAATATTGCTTTTCGTTTTGGTCGATGGATGGTATTTAATCGTGAAATCTTTGCTTGACAGCTTTTAG MNEFINLFNSSSPTEVSSTVKLLLLLTVFSVAPGILILMTCFTRIVIVLSFVRTSLATQNMPPNQVLIGLALFLTFFIMAPTFSEINKEALTPLMDNKISLDEAYTKAEKPIKEYMSKHTRQKDLALFMNYAKMKKPESIQDIPLTTMVPAYAISELKTAFQMGFMIFIPFLIIDMVVASVLMSMGMMMLPPVMISLPFKILLFVLVDGWYLIVKSLLDSF PGPT0015350_2509 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_III_SECRETION_SYSTEMS CE-T3SS-FLAGELLAR_EXPORT_APPARATUS,PGPT0015350-fliP|rhcR-K02419 NA NA D1-12_00813 270 fliQ COG1987 Flagellar biosynthetic protein FliQ GTGAGTTCAGAATTTGTAATTTCCATGGCGGAAAAAGCCGTATATGTAACACTAATGATCAGTGGGCCGCTGCTTGCGATCGCGCTGATCGTCGGTTTGCTCGTCAGTATCTTTCAAGCGACAACTCAAATACAGGAACAGACGCTTGCGTTCATTCCGAAAATCGTGGCGGTGATGCTTGGACTGATCTTTTTCGGTCCTTGGATGCTGTCGACGATTCTTTCGTTCACAACTGATCTGTTTTCTCATCTGAACCGATTTGCAGGGTAG MSSEFVISMAEKAVYVTLMISGPLLAIALIVGLLVSIFQATTQIQEQTLAFIPKIVAVMLGLIFFGPWMLSTILSFTTDLFSHLNRFAG PGPT0015355_1235 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_III_SECRETION_SYSTEMS CE-T3SS-FLAGELLAR_EXPORT_APPARATUS,PGPT0015355-fliQ|lfiQ-K02420 NA NA D1-12_00814 780 fliR COG1684 Flagellar biosynthetic protein FliR ATGAATTCCATCATTGATTTATTTCCCGCTTTTTTATTGGTCTTTATCAGAATCTCTGCTTTTTTTGTAACGGTGCCGGTGTTCGGACATCGGAATCTGCCGGCGGTTCACCGAATCGGCTTTGCTTTTTTTCTTTCGGTGATCTGCTTCAGCACGCTGAAACATGCGCCGGAAATAGAAATAGGGGAACAGTATATGCTGCTTGTCATAAAAGAGGCCGTTGTGGGCTTGAGCCTCGGGCTGATCGCTTTCATGATGATGACAGCCATTCAGATAGCAGGTTCCTTTATTGATTTTCAGATGGGCTTTTCCATCGCCAATGTCATTGATCCGCAATCAGGAACGCAAAGCCCGCTGATCGGACAATTCGTTTATACGCTTGCGCTGTTATTTATGCTCAGCGTAAACGCCCATTATCTTTTATTGGACGGGATTTATTACAGCTTTCAGTATATCCCGCTTGACCAGGCATTTCCGTCGTTTGGAAATGATCAGTTTGGACTTTTTATCGCAAAAAGCTTCAATGCCATGTTTGTTATCGCTTTTCAAATGTCTGCGCCGGTTGTGGCCAGTCTGTTTTTAGTTGATTTGGCGCTCGGTATTGTAGCGAGAACGGTGCCGCAACTGAATGTTTTCGTTGTCGGGCTTCCTCTGAAAATAGCCGTGAGCTTTATTATGCTGATCGTTTGTATGTCGGTGATGTTTGTCGTCGTCCGCAACGTCTTCAGCCTTACCGTTGAAACCATGCGGAATCTATTGGCATTGGTCGGTGTGACATGA MNSIIDLFPAFLLVFIRISAFFVTVPVFGHRNLPAVHRIGFAFFLSVICFSTLKHAPEIEIGEQYMLLVIKEAVVGLSLGLIAFMMMTAIQIAGSFIDFQMGFSIANVIDPQSGTQSPLIGQFVYTLALLFMLSVNAHYLLLDGIYYSFQYIPLDQAFPSFGNDQFGLFIAKSFNAMFVIAFQMSAPVVASLFLVDLALGIVARTVPQLNVFVVGLPLKIAVSFIMLIVCMSVMFVVVRNVFSLTVETMRNLLALVGVT PGPT0015360_1232 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_III_SECRETION_SYSTEMS CE-T3SS-FLAGELLAR_EXPORT_APPARATUS,PGPT0015360-fliR|lfiR-K02421 NA NA D1-12_00815 1083 flhB_2 COG1377 Flagellar biosynthetic protein FlhB ATGATGAGACTCAGACTGAATCTGCAATTCTTTGCCGGTGAAAAAACGGAGAAAGCCACTCCGAAAAAACGGAAGGATACAAGAAAGAAAGGACAGGTCGCGAAAAGTACGGATGTGAATACAGCCGTTTCTTTACTGATTATCTTTCTTTCGCTGATCGCGCTCGGTCCTTATATGCGGGACAGGCTGCTGTCCTTTATTAAAACGTTTTATACGAAATCGATAACATTACACCTGTCAGCATCTGCCGTGCATGAACTGTTCGTGGATACGGTGAAAGATATCAGCCTCATCCTCGCGCCGATTATGCTGGTCGCGCTTGTGGCAGGTGTCGTGAGCAATTACATGCAGGTGGGTTTTCTGTTTTCTGCGGAAGTCCTCAAGCCTGACTTGAATAAGCTCAGCCCGCTGAAAGGATTTAAGCGGATTTACAGCATGAGGGCGATTGTTGAACTGGTCAAATCCATTTTGAAGATTACTGTGGTCGGTTTTGCCGCCTTTATGGTGCTCTGGCTTCATTATGGCGATATTCTTCGCCTTCCGCTTTTAACGCCTGCGGAAGTGCTCACTTTCGTTTCTAAGCTCACGCTTTGGATGGGGCTTGCGGGATCAGGGGCTTTAATGCTGCTGGCCGGGCTTGATTATTTATATCAGCGTTTTGACTATGAGAAAAATATCAGAATGTCAAAGCAGGATATAAAAGATGAATACAAAAAATCGGAGGGTGATCCGATAATCAAGTCCAAAATTAAGCAGAAGCAGCGGGAAATGGCGATGAGGCGGATGATGCAGGAAGTGCCGAAAGCGGATGTCATCATTACCAACCCGACCCATTATGCGATAGCTTTAAAATATGATGAAAAGAAAATGGACGCCCCTTACATTGTTGCCAAAGGGGTCGACCATCTCGCATTAAAAATCAGGCAGATCGCCAAAGAACACGATGTCATGACGATTGAAAACAGGCCGCTCGCGCGTGCGTTATATGATCAGGTTGACATTGACCAGGCTGTGCCGGAAGAGTTTTTCAAAGTCATTGCGGAAATTTTGGCTTATGTATATAAAACGAAACAAAAAGTATAG MMRLRLNLQFFAGEKTEKATPKKRKDTRKKGQVAKSTDVNTAVSLLIIFLSLIALGPYMRDRLLSFIKTFYTKSITLHLSASAVHELFVDTVKDISLILAPIMLVALVAGVVSNYMQVGFLFSAEVLKPDLNKLSPLKGFKRIYSMRAIVELVKSILKITVVGFAAFMVLWLHYGDILRLPLLTPAEVLTFVSKLTLWMGLAGSGALMLLAGLDYLYQRFDYEKNIRMSKQDIKDEYKKSEGDPIIKSKIKQKQREMAMRRMMQEVPKADVIITNPTHYAIALKYDEKKMDAPYIVAKGVDHLALKIRQIAKEHDVMTIENRPLARALYDQVDIDQAVPEEFFKVIAEILAYVYKTKQKV PGPT0015325_1896 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_III_SECRETION_SYSTEMS CE-T3SS-FLAGELLAR_EXPORT_APPARATUS,PGPT0015325-flhB-K02401 NA NA D1-12_00816 2034 flhA COG1298 Flagellar biosynthesis protein FlhA ATGTCAACAAGAGATTTATCGGTTTTAATAAGTGTTGTCCTCATTGTGGCAATGCTGGTGATTCCATTCCCTCCATGGTTGTTAAGTATTTTGATCATCATTAATATCTCTCTTGCGTTGATCGTGCTTCTCACCACAATGAATATGCAAGAACCGCTGCAATTCTCGATATTCCCGTCATTGCTGCTGTTATTGACGCTGTTTCGGCTTTCGCTCAATGTGTCGACGACACGTTCGATTCTTTCTCACGGAGAAGGGGGAAAGGTTGTTGAGACATTCGGGAATTTCGTTGTCGGCGGAAATGTGCTGGTAGGGCTTGTTGTCTTCATTATCTTGATTATTATTCAGTTTATTGTCATTACAAAAGGCGCCGAGCGGGTATCGGAAGTGGCGGCGAGATTTACGCTCGATGCGATGCCCGGAAAGCAAATGAGTATTGACGCGGATTTAAATGCCGGCATGATTACGGAGCAGGATGCAAAGCACAGACGTGAAAAAGTCGCCCGGGAAGCCGATTTTTACGGCGCCATGGACGGTGCGAGCAAATTCGTCAAAGGGGATGCCATCGCGGGTATCATCATCGTGATGATCAATATTATTTTCGGAATCGTAATCGGCATGCTGCAGCAGGGGATGAGCATACAAGAAGCTGCGTCTCACTTTACAATGCTGACGGTCGGTGACGGTATCGTTTCTCAAATGCCGGCCTTGCTTATTTCAACGGCTACAGGGATTGTCGTGACGAGAGCGGCATCTGAAGGAAACCTCGGTCATGATATTACAGGCCAGCTGTTTGCTTATCCGAAGCTCTTGTATGTAGCCGCGGGAACTGTACTTTTGCTCGGTCTTCTTACACCGATCGGCATTCTGCTGACGGGGCCGATCGCCGGTCTGCTTGCATTCGGCGCTTACATGCTGTCCAAAACGGATAAGCCGAGCGAAGAAGAGGAAGAAATTCTTGAAGAAGAGGCTCAGGCGGATGAACTGAAAAGCCCGGAAAGCGTTGTGCAGCTTTTACATATTGATCCGATTGAATTTGAGTTCGGATACGGACTCGTGCCGCTTGCAGACGCGGGGCAGGGCGGTGATCTTCTTGACCGCATCGTCATGATCAGACGTCAGCTTGCGCTTGAATTGGGACTTGTCATTCCGGTTGTGCGCATCAGGGATAACATCGCGCTCCAGCCGAATGAATACAGATTGAAAATTAAAGGCAATGAAGTCGCTAAAGGAGAGCTCCTGCTGGATCATTACTTAGCGATGTCACCGACGCCTGAAGATGACGTCATTGAAGGAATTGAAACGATTGAACCGTCGTTCGGACTTCCCGCAAAATGGATCAGCGAAGCTGCGAAAGATGAAGCAGACATGCTGGGGTATACAGTTGTTGATCCGGCGTCAGTCGTATCTACGCATATTACAGAAAAAATTAAGCAGCATGCCCATGAACTGGTCGGCAGACAGGAAACAAAGCAGCTGATCGATCATCTGAAGGAAAATTATCCTGTGCTTGTTGAGGAAGTCACGCCAAACCCTCTTTCTGTCGGCGATATTCAAAAGGTGCTTGCCAAATTGCTGAGAGAAAAAGTGTCAATCAGAAACTTGGTGACCATTTTTGAAACTCTTGCCGATTACGGAAGATTAACGACAGATTCAGATCTTTTGACAGAATACGCGAGACAGTCGCTTGCCAAACAAATCACGGCACAATATGCGAGAGAGCATGAAACGCTGAAGGTCATCACATGCTCAGGCCGGGTGGAAAAAGCGATTGCAGACGGGGTACAGCAGACTGAACAGGGCAATTACCTGTCACTCGACCCTGAGGTTTCAGACAGCATCATCCGTTCTGTCGCTAAAGAGGCCGAGCAGCTTTCCATCCGTCAGGAGTCAGCGATTCTTCTTTGCTCGCCTGCTGTCAGAATGTATGTTAAACAGCTGTTAGAACGGTATTTCCCTGATCTTCCGGTTCTTTCTTATAATGAGCTGGAAGCAAATGTTGAAGTACAGAGCATTGGAGTGGTGGATATTTAA MSTRDLSVLISVVLIVAMLVIPFPPWLLSILIIINISLALIVLLTTMNMQEPLQFSIFPSLLLLLTLFRLSLNVSTTRSILSHGEGGKVVETFGNFVVGGNVLVGLVVFIILIIIQFIVITKGAERVSEVAARFTLDAMPGKQMSIDADLNAGMITEQDAKHRREKVAREADFYGAMDGASKFVKGDAIAGIIIVMINIIFGIVIGMLQQGMSIQEAASHFTMLTVGDGIVSQMPALLISTATGIVVTRAASEGNLGHDITGQLFAYPKLLYVAAGTVLLLGLLTPIGILLTGPIAGLLAFGAYMLSKTDKPSEEEEEILEEEAQADELKSPESVVQLLHIDPIEFEFGYGLVPLADAGQGGDLLDRIVMIRRQLALELGLVIPVVRIRDNIALQPNEYRLKIKGNEVAKGELLLDHYLAMSPTPEDDVIEGIETIEPSFGLPAKWISEAAKDEADMLGYTVVDPASVVSTHITEKIKQHAHELVGRQETKQLIDHLKENYPVLVEEVTPNPLSVGDIQKVLAKLLREKVSIRNLVTIFETLADYGRLTTDSDLLTEYARQSLAKQITAQYAREHETLKVITCSGRVEKAIADGVQQTEQGNYLSLDPEVSDSIIRSVAKEAEQLSIRQESAILLCSPAVRMYVKQLLERYFPDLPVLSYNELEANVEVQSIGVVDI PGPT0015320_2572 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 D1-12_00817 1092 flhF COG1419 Flagellar biosynthesis protein FlhF ATGAAAATAAAAAAATTCACAGCCGCTTCAATGCAGGATGCCGCGAAGCAAATCAAAAAGGAACTCGGCAATGATGCCGTTATTTTACATTCCAAACAAGTAAAGAAACGAAAATGGCTGGGGCTGCGGTCGCAGCAGGCCGTTGAAGTGATAGCGGTTTTAGATCGTGACGTCAGGGAAGCGAGAAAAACGCCGCCGGCTGCCGCTGAAGAAATGAAAAAGACGGAAACGGCGGAGAAAGCTGAGCCTGTTCAGCCGCCGCGTCTTCCGGATCAAAGTATTTCCGGCGAACTGGCGCATTATAAAGAAGTGCTCCCTGAACCATTAAAAAAAGCCGAGAGACTATTGAAGCAAGCTGGGCTTCCTGATCATACGCAAAACGCCGTACTCAGTGAATTGCTCCGTTCTTCAATTGTTTCCGGAGATTTAACTGAAGATAATGTCAGCTCAAAACTGCAGGATTTGTTAGTGAAAAAACTCCCTTCGGAAGACAAGTGGCAGGAAGGGATTCAATCAAAATACGTCGTGCTTTTCGGTTCAACCGGGGCCGGCAAAACGACTACACTTGCGAAACTCGCGGCCTCATCAATGCTGACAGAGCATAAAAAAATTGCCTTTATGACGACGGATACTTACCGGATTGCCGCGGTCGAGCAGCTGAAGACATATGCGGAGCTGCTTCAGGCTCCTCTTGAAGTATGCTATTCAAAGGAAGAATGTCTGAAGGCACTGGAGAAATTCGCTGAATATGACCATGTTTTCATTGATACAGCCGGTAGAAACTTTAAAGAAGAGCAGTATATTACGGAATTACAAGAGATGATTCCGTTTGAATCAGGCTTACAATCCTTTCTCGTATTATCAGCATCTGCAAAATATGAAGATATGAAACAGGTGCTGAAACGTTTTTCCGGTGTGCCGGTCAATCAATTCATTTTCACGAAAACGGATGAAACCGCCTCACTCGGCTCCGTGTTTCAAGTGCTGTCGGAATCAAGAATCGGCGCCGCCTATTTGACAAATGGACAGGATGTGCCTGAGGACATCCTATCGGCTTCACCAAAAGAGTTTGTAAGGATGCTTTTGACATGA MKIKKFTAASMQDAAKQIKKELGNDAVILHSKQVKKRKWLGLRSQQAVEVIAVLDRDVREARKTPPAAAEEMKKTETAEKAEPVQPPRLPDQSISGELAHYKEVLPEPLKKAERLLKQAGLPDHTQNAVLSELLRSSIVSGDLTEDNVSSKLQDLLVKKLPSEDKWQEGIQSKYVVLFGSTGAGKTTTLAKLAASSMLTEHKKIAFMTTDTYRIAAVEQLKTYAELLQAPLEVCYSKEECLKALEKFAEYDHVFIDTAGRNFKEEQYITELQEMIPFESGLQSFLVLSASAKYEDMKQVLKRFSGVPVNQFIFTKTDETASLGSVFQVLSESRIGAAYLTNGQDVPEDILSASPKEFVRMLLT PGPT0015550_1573 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLUM_CONTROL MOTILITY-FLAGELLUM_REGULATION,PGPT0015550-flhF-K02404 NA NA D1-12_00818 894 ylxH COG0455 Flagellum site-determining protein YlxH ATGAAACCCGATCAGGCAGAGTCATTAAGAAGGAAAATGAGAGAGCGGCAAATGATCAAGCCGGAGCTTTATGAGAAAAAAGCGAAGACATTAGCTGTCATCAGCGGTAAAGGCGGCGTCGGAAAATCTAATTTAACATTAAACATGGCAGTTGCCCTGCAGGAAAAAGGAAAAAAAGCACTCATCATTGATCTTGACATCGGAATGGGCAACATTGATGTGCTGATCGGCGCTGCTTCTTCCCGCACCATTATTGATGTGATGGAGAATCGGCACGCATTGGCGCAATCACTGTCCTCCGGTCCGAAAGGCCTTCGGTACATATCCGGAGGAACGGGGCTTGAGGCGATCTATCAAGCTGACGGAGAGAAGTGGGCGGCTTTTATGAATGGTCTTTCCGCTGTATTAAGCGATTTTGATTACGTTCTGTTTGATATGGGAGCGGGACTTTCAAACGAACAGCTGCCGTTTATTTTATCGGCGGAAGACATTCTCGCCGTGACAACGCCTGAGCCGACGGCCATTATGGATGCCTACAGCGCGATCAAACATCTTTTGCTCGCGGATGAACGGCTGACCGTAAACATTGCCGTCAATCGCGCCCGCTCCCAAAAACAGGCGCTGGACACGTACAACCGCCTTTCTCATGCGATTCACACGTTTTTAGGCGCGGAAGTGCGTTTCGCCGGCTCCATACCCGATGACCCGCTAGTAAGTCAAGCCGTCATTGACCAGGTGCCTTTTTTAATAAAAAGTCCTCAAGCAAAAGCCAGCAGGTCCGTCCGTCTTCTGACGGATGTCTTGTTTCAAACGGAAGAAAACAAACCAAGAGAAGAGAAACCGGCATTTATTGAGAGATTATCTTCTTTTTTATTGAGGAGGACTTTACAGTGA MKPDQAESLRRKMRERQMIKPELYEKKAKTLAVISGKGGVGKSNLTLNMAVALQEKGKKALIIDLDIGMGNIDVLIGAASSRTIIDVMENRHALAQSLSSGPKGLRYISGGTGLEAIYQADGEKWAAFMNGLSAVLSDFDYVLFDMGAGLSNEQLPFILSAEDILAVTTPEPTAIMDAYSAIKHLLLADERLTVNIAVNRARSQKQALDTYNRLSHAIHTFLGAEVRFAGSIPDDPLVSQAVIDQVPFLIKSPQAKASRSVRLLTDVLFQTEENKPREEKPAFIERLSSFLLRRTLQ PGPT0015555_367 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLUM_CONTROL MOTILITY-FLAGELLUM_REGULATION,PGPT0015555-flhG-K04562 NA NA D1-12_00819 1068 cheB COG2201 Protein-glutamate methylesterase/protein-glutamine glutaminase GTGATTCGTGTGCTTGTCGTTGATGACTCAGCTTTTATGAGAAAGATGATTACCGATTTTCTGGCTGCGGAAGTGCAGATAGAAGTCATCGGGACAGCCAGAAACGGGGAAGAGGCGCTGAAGAAAATAGAGCTTCTCAAACCGGATGTTGTCACGCTTGATATTGAAATGCCGGTCATGAACGGAACGGATACATTGCGGAAGATCATCAGCATATATAAACTTCCCGTAATCATGGTATCGAGCCAGACACAGCAAGGGAAGGACCGAACGATCAACTGTCTGGAAATGGGCGCATTTGATTTTATCACCAAGCCTTCCGGAGCGATTTCACTTGATCTTTATAAAATTAAAGAGCAGCTGATTGAGAGGGTGATTGCAGCCGGGCTGTCCCGCGAACAAAAACCTGAGGCGGCAGTGAAAGAGTCTTCTATCCCGGAACGTCCGGCTTTGGCGGGATTTGAAAGACCGAAAGCAAAATCCGCCAAGCAGGCCGTATTCATCGCGACCTCTACAGGCGGACCGCGGGCTCTGCAAAAGGTGATTCCGAAACTGCCGAAGGATTTAAAGGCGCCTGTATTTGTCGTTCAGCACATGCCTGAAGGCTTCACCGCTTCACTTGCAGACAGACTCAACCATTTGTCAGATATTCAGGTCAAAGAAGCGGAAAACGGTGAAGAAGCGAAAGACGGATGGGTGTACATCGCGCCCGGCGGAAAAAATATGACGGTTGCAGAGGAAGGCGGAAGGCTCCGCATCATTCTTGACGTTCATGATACGGAAAGCCGGCATAAACCGTCAGCCGATTATTTGTTTCGGTCGGCAAGCCGCTTATCCGATTACGAAAAGGTAGCCGTCATTATGACCGGCATGGGTAGCGACGGAACCGAAGGCGTAAAAGAAATGCTCAGAACAGGCGGCGTTAAAACGATTGCGGAATCGGACGAATCCTGTGTTGTGTTCGGAATGCCGAAGTCAGCGATAAAGGCGGGCCTCATTCATGAGATTAAACATGTGGAAGATATCGCGGCATCCATCACCGGATGTGTGAAAAAAGAGAGGGTGTGA MIRVLVVDDSAFMRKMITDFLAAEVQIEVIGTARNGEEALKKIELLKPDVVTLDIEMPVMNGTDTLRKIISIYKLPVIMVSSQTQQGKDRTINCLEMGAFDFITKPSGAISLDLYKIKEQLIERVIAAGLSREQKPEAAVKESSIPERPALAGFERPKAKSAKQAVFIATSTGGPRALQKVIPKLPKDLKAPVFVVQHMPEGFTASLADRLNHLSDIQVKEAENGEEAKDGWVYIAPGGKNMTVAEEGGRLRIILDVHDTESRHKPSADYLFRSASRLSDYEKVAVIMTGMGSDGTEGVKEMLRTGGVKTIAESDESCVVFGMPKSAIKAGLIHEIKHVEDIAASITGCVKKERV PGPT0015650_2036 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS CHEMOTAXIS_PROTEINS CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015650-cheB|chpB|wspF-K03412 NA NA D1-12_00820 2019 cheA COG0643 Chemotaxis protein CheA TTGGATATGAATCAATATTTAGATGTCTTTATTGATGAAAGTAAAGAGCACTTACAGACATGTAACGAAAAGCTGCTGCTGTTGGAAAAAGATCCGGCAGACCTTCAGCTTGTGCATGACATCTTCAGAGCTGCCCATACGCTGAAAGGCATGAGCGCAACGATGGGATATACAGATCTGGCGCATTTAACCCACCTGATGGAAAATGTGCTGGACGCCATCCGCAACGGAGAAATGCCCGTTACATCAGATTGGCTGGATGTGCTGTTTGAAGCGCTTGATCATCTTGAAGAGATGGTGCAGTCCATTATTGACGGAGGAGACGGCAAACGTGATATTTCTGAAGTGAGTGCGAAGCTCGACGTAAATGCGGTGCATGAGACTGCGGCTTCAGCCGAAACAGCAGAACCGCCGGCTTCAAAACAACAGGCTTCAACTGAATGGAATTATGATGAGTTCGAACGGACTGTTATTGAAGAGGCGGAAGAGCAAGGATTCAGCCGCTATGAAATAACGGTTTCCCTGAATGAAAGCTGCATGCTCAAAGCCGTGCGGGTGTACATGATTTTTGAAAAGCTGAATGAAGCCGGAGAAGTCGCAAAAACGATACCTGCCGCGGAAGTGCTTGAGACGGAAGATTTCGGAACGGATTTTCAGGTGTGTTTCTTGACAAAGCAGCCTGCTGAAGAAATTAAAGAACTCATCAGCGGCATTTCAGAAGTGGAGAATGTCAAAATTTCTGCCGGTGCGCCGTTAAAAACGGCCGAAAAACCGCAAGCGGCTGAACCGGTGAAGGAAGCTCCGGTTAAAAAGGCTGAGAAACAGCCAAAGCCGCAAGCGAAAACGGAAGAACAGCCGAAGCATCACAGCGGCTCGAAAACGATTCGCGTCAACATTGAAAGACTGGATTCTTCAATGAACCTTTTTGAGGAACTTGTCATTGACCGCGGACGTCTTGAGCAGATCGCCAAGGAGCTTGACCACAATGAGCTGACTGAAACCGTTGAACGCCTGACCAGAATCTCGGGCGACCTTCAGTCTATTATTCTTAATATGCGGATGGTGCCGGTAGAAACCGTCTTTAACCGTTTCCCGAGAATGATCCGCCAGCTTCAAAAGGAATTAAACAAGAAAATCGAATTGTCCATCATCGGAGCTGAAACGGAGCTGGACCGTACGGTGATTGATGAAATCGGTGATCCGCTTGTCCATTTAATCAGAAACAGCATCGATCACGGCATTGAATCGCCTGAAGTGCGGGTGAATAAAGGAAAATCGGAATCAGGTCATGTCGTGCTTAAGGCATATCACAGCGGCAATCACGTCTTTATTGAGGTTGAAGATGACGGGGCCGGCTTGAACAGAAAGAAAATTCTTGAAAAAGCGCTCGAACGGAGTGTAATCACCGAACGTGATGCTGAAACGCTTGAAGATAATGAGATTTACGAGCTTATTTTTGCTCCGGGCTTCTCGACTGCCGATCAAATTTCTGACATTTCAGGGCGGGGCGTCGGCCTGGATGTCGTAAAAAATAAACTCGAATCACTCGGGGGCTCTGTCAGTGTCAAATCCGCGGAAGGCCAAGGTTCTCTTTTCAGTATCCAGCTTCCGCTGACACTTTCAATTATATCTGTTCTTCTCATTAAACTGGAAGAAGAGACGTTTGCGATACCGATTTCTTCTATTATAGAGACGGCTGTTATTGATAAGAAAGATATCCTGCAGACGCATGACAGAGAAGTGATTGATTTCAGAGGCCAAATCGTTCCGATCGTCTATCTGAAAAAAGAATTCGGCATTACGGATTCAAAACAGGATGCCGATCAGTTCCATGTAATCGTCGTGAAAAAGGGCGATAAATCCACTGCTTTTGTCGTGGACTCTTTTATCGGACAGCAGGAAGTCGTACTGAAATCACTCGGCGACTATTTGACGAACGTCTTTGCGATTTCCGGCGCTACGATTCTCGGAAACGGAGAAGTGGCGCTGATTATTGATTGTAATGCGCTGATCTACTAA MDMNQYLDVFIDESKEHLQTCNEKLLLLEKDPADLQLVHDIFRAAHTLKGMSATMGYTDLAHLTHLMENVLDAIRNGEMPVTSDWLDVLFEALDHLEEMVQSIIDGGDGKRDISEVSAKLDVNAVHETAASAETAEPPASKQQASTEWNYDEFERTVIEEAEEQGFSRYEITVSLNESCMLKAVRVYMIFEKLNEAGEVAKTIPAAEVLETEDFGTDFQVCFLTKQPAEEIKELISGISEVENVKISAGAPLKTAEKPQAAEPVKEAPVKKAEKQPKPQAKTEEQPKHHSGSKTIRVNIERLDSSMNLFEELVIDRGRLEQIAKELDHNELTETVERLTRISGDLQSIILNMRMVPVETVFNRFPRMIRQLQKELNKKIELSIIGAETELDRTVIDEIGDPLVHLIRNSIDHGIESPEVRVNKGKSESGHVVLKAYHSGNHVFIEVEDDGAGLNRKKILEKALERSVITERDAETLEDNEIYELIFAPGFSTADQISDISGRGVGLDVVKNKLESLGGSVSVKSAEGQGSLFSIQLPLTLSIISVLLIKLEEETFAIPISSIIETAVIDKKDILQTHDREVIDFRGQIVPIVYLKKEFGITDSKQDADQFHVIVVKKGDKSTAFVVDSFIGQQEVVLKSLGDYLTNVFAISGATILGNGEVALIIDCNALIY PGPT0015645_3613 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS CHEMOTAXIS_PROTEINS CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015645-cheA|wspE-K03407 NA NA D1-12_00821 474 cheW COG0835 Chemotaxis protein CheW ATGACTGCTGAAATCAAAACAGGTGAAAAAATGATTGTGTTTATGATAAACGGGAAAGAATACGCTATCTCAGTTTCCCAGGTGAAATCAATTGAAAAGTGGCAAAAACCGACGAGGGTCCCGGGTGTGGAATCTTATATCCGCGGCGTTATTAATCTGCGCGGAGTGATTACCCCGGTTCTTGATTTAAGAAAACGTCTGAACCAGCCTGAACAGGACATCACAGAAGAGACTCGGATTATCATCATTTCTTACCGTGACGCTGATGTCGGATGGGTCGTGGATGAGGCCAATGACGTCATCACCGTGCATGAAAATGAAATCGAATCCGCGCCTGAAAGCCAGACAAAGGAAACGGATGTGTGGATTAAACAGATCGTTAAGCAAGATAACAGGCTCCTCAATATTATCGATGCGCATGCGGTGCTGGATAAAGGTGCTTCGGCATCTGCGTCCGGAGAGCCTAATGCTTAA MTAEIKTGEKMIVFMINGKEYAISVSQVKSIEKWQKPTRVPGVESYIRGVINLRGVITPVLDLRKRLNQPEQDITEETRIIIISYRDADVGWVVDEANDVITVHENEIESAPESQTKETDVWIKQIVKQDNRLLNIIDAHAVLDKGASASASGEPNA PGPT0015680_3895 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS CHEMOTAXIS_PROTEINS CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015680-cheW-K03408 NA NA D1-12_00822 630 cheC COG1776 CheY-P phosphatase CheC ATGAGTAAGTTTGAAGCGATCAAAGAAGAGCAGATGGATATTTTGCGGGAAGTCGGAAATATCGGGGCGGGTCACTCGGCTTCTGCAATGGCTCAGCTGCTGAACAGAAAGATAGACATGGAAGTGCCGTTTGCGACTTTATTGACATTTGATGAGCTCGCTGATTTTTTCGGCGGGGCTGAAACGCCGGTCGCCAGTATCTTTTTAAGAATGGAAGGCGACATGACCGGCTCTATCTTTCTCATCATGCCTTTTAATCAGGCGGAACAGTTTATCAGAGAGCTGATCGGAAATCCGGATTTTGATATTGACCAGCTGGGCGAAGATCATTTGAGTTCTTCTGCTTTACATGAGTTCGGCAATATTTTAGCAGGTTCCTATTTAACGGCATTGGCTGATTTGACAAAGCTTGAGATTTACCCGAGCGTGCCGGAAATCTCACTTGATATGTTCGGCGCGGTTATCAGTGAAGGGCTGATGGAGCTCAGCCAAGTCGGAGAGCATGCCATTGTCGTGGATACTTCTATTTTTGACCAGGGCAGCCGGCAGGAGCTCAAAGCCCACATGTTTATGCTCCCGGACTATGATTCTTTTGAAAAGCTCTTCGTCTCATTGGGTGCGGCTTTATGA MSKFEAIKEEQMDILREVGNIGAGHSASAMAQLLNRKIDMEVPFATLLTFDELADFFGGAETPVASIFLRMEGDMTGSIFLIMPFNQAEQFIRELIGNPDFDIDQLGEDHLSSSALHEFGNILAGSYLTALADLTKLEIYPSVPEISLDMFGAVISEGLMELSQVGEHAIVVDTSIFDQGSRQELKAHMFMLPDYDSFEKLFVSLGAAL PGPT0015660_369 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS CHEMOTAXIS_PROTEINS CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015660-cheC-K03410 NA NA D1-12_00823 501 cheD COG1871 Chemoreceptor glutamine deamidase CheD ATGAGCCGTGCGGAAGCCGCAGTCGTTAAAGTGGGGATTGCGGATGTTCAAGTCGCGCGTTACCCGGATAAAATCCGGACCTCGGGACTCGGTTCATGCGTGGGGCTGGTTTTATACGATAAAGACAAACAAACGGCAGGACTCGTTCACGTCATGCTGCCGGACTCCGGTTTATCAAAAACGGCGGAGCTCAACCGTGCAAAATACGCGGACACCGCCGTTAAGATGACGATTGATATGCTTTTGAAAGCCGGCTGCCGCAAGTTTGCCCTGAAGGCAAAACTCGCCGGGGGAGCGGAGATGTTTAAGTTTAAAATGACAAATGACCTGATGAAAATCGGTCCGAGGAATGTAGCGGCCATCAAAGAGCAGCTTTCATTGTATAACATTCCGGTCATCAGTGAAGATACGGGCGGCTCAAGCGGCCGGACGATTGAATTTGAGCCAAAGTCCTGCATGCTGCACATTCGAACTGTTAAACAAGGTGAAACAACGATTTAA MSRAEAAVVKVGIADVQVARYPDKIRTSGLGSCVGLVLYDKDKQTAGLVHVMLPDSGLSKTAELNRAKYADTAVKMTIDMLLKAGCRKFALKAKLAGGAEMFKFKMTNDLMKIGPRNVAAIKEQLSLYNIPVISEDTGGSSGRTIEFEPKSCMLHIRTVKQGETTI PGPT0015665_1109 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS CHEMOTAXIS_PROTEINS CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015665-cheD-K03411 NA NA D1-12_00824 765 sigD COG1191 RNA polymerase sigma-D factor ATGCAATCCTTGAATTATGAAGATCAGGTGCTTTGGTCGCGCTGGAAAGAGTGGAAAGATCCTAAAGCCGGTGATGATTTAATGCGCCGTTACATGCCGCTGGTCACATATCATGTCGGCAGAATTTCCGTCGGACTGCCGAAATCGGTGCATAAAGACGATCTAATGAGCCTTGGTATGCTTGGTTTATATGATGCCCTAGAAAAATTTGACCCCGGCCGGGATTTAAAATTTGATACCTATGCCTCGTTTAGAATTCGCGGTGCAATCATCGACGGGCTGCGTAAAGAAGATTGGCTGCCCAGAACTTCACGGGAGAAGACAAAAAAAGTCGAAGCGGCGATCGAAAAACTTGAACAGCGCTACCTTCGGAATGTGACGCCTTCAGAGATCGCAGAAGAGCTGGGGATGACGGAGCAGGACGTAGTATCAACGATGAATGAAGGGTTTTTTGCCAATCTCTTATCAATTGATGAAAAGCTTCACGACCAGGATGACGGTGAGAATATTCAAGTGATGATCAGAGATGACAAAAATGTGCCGCCGGAAGAAAAAATCATGAAGGACGAGCTGATCGCTCAGCTTGCGGGCAAAATTCATGAGCTCTCTGAAAAAGAGCAGCTTGTCGTCAGTTTATTCTATAAAGAAGAACTGACTTTGACCGAAATCGGACAAGTCCTGAACCTTTCGACGTCGCGGATTTCACAGATTCATTCAAAGGCGCTGTTCAAATTAAAGCACCTGCTTGAAAAAGTAATTCAATAA MQSLNYEDQVLWSRWKEWKDPKAGDDLMRRYMPLVTYHVGRISVGLPKSVHKDDLMSLGMLGLYDALEKFDPGRDLKFDTYASFRIRGAIIDGLRKEDWLPRTSREKTKKVEAAIEKLEQRYLRNVTPSEIAEELGMTEQDVVSTMNEGFFANLLSIDEKLHDQDDGENIQVMIRDDKNVPPEEKIMKDELIAQLAGKIHELSEKEQLVVSLFYKEELTLTEIGQVLNLSTSRISQIHSKALFKLKHLLEKVIQ PGPT0015610_736 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 D1-12_00825 468 hypothetical protein ATGTCAACACTATTATGGCTTTTAAGCTTTGTGCTTCACGGCGTACTGCTTTATGCCGTCATTATTCTGTACACGAGGTTTTCAGCCCTCAAGGAGACGGAGCGCCAGCAGAAGAAGATTCTTGAAGAGACGGAAAACACCCTTGCAGCGTTTCTGCTTGAGCTGAAAGAAGAAAATGAAAGACTCGAAGACGCAAAAAGCCGTCAAGCGCCGGACGCAGAAGACGCCGAACCCCGGCCGGAACCGAAAGAAGAGCCTGATATTCCGGACCACATGGAAAAGCTCATCAGTGCAACGGAACGGGCTGAAAGTGACGAAAACAGCGGCGCGCATTCGTTTGAAGAACGTGTTTCAGAATTATATGAACAAGGGCTCACCCCCGCGGAAATTGCCAAACGGATGCAGAGCGGAAAGACAGAAATCGAGCTGTTTTTAAAATTTCGCGGCAAAGCTGTAAAGGATTCTTGA MSTLLWLLSFVLHGVLLYAVIILYTRFSALKETERQQKKILEETENTLAAFLLELKEENERLEDAKSRQAPDAEDAEPRPEPKEEPDIPDHMEKLISATERAESDENSGAHSFEERVSELYEQGLTPAEIAKRMQSGKTEIELFLKFRGKAVKDS PGPT0016196_54 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS OTHER_MOTILITY_REGULATING_FUNCTIONS MOTILITY-SWARMING_REGULATOR,PGPT0016196-swrB|ylxL-NA NA NA D1-12_00826 741 rpsB COG0052 30S ribosomal protein S2 ATGTCAGTTATTTCTATGAAACAATTGCTTGAAGCTGGTGTTCACTTCGGCCACCAAACACGCCGCTGGAACCCAAAAATGAAGCGTTACATTTTCACGGAGCGTAACGGAATCTACATCATTGACCTTCAAAAAACAGTGAAAAAAGTAGAGGAAGCTTACAACTTCACGAAAAACCTTGCTGCTGAAGGCGGAAAAATCCTTTTCGTCGGCACAAAAAAACAAGCTCAGGATTCTGTTAAAGAAGAAGCTGTACGCTCTGGCATGTACTATGTCAACCAACGCTGGTTGGGCGGTACACTGACAAACTTCGAAACAATCCAAAAACGCATTAAGCGTCTGAAAGACATCGAGAAAATGCAAGAAAACGGTACATTTGAAGTACTTCCGAAAAAAGAAGTTGTTCAATTGAAAAAAGAATTAGAGCGTCTTGAAAAATTCCTCGGCGGAATTAAAGACATGAAGGATCTTCCTGATGCATTATTCATCATCGATCCTCGCAAAGAGCGCATCGCTGTTGCGGAAGCTCGTAAATTGAACATTCCTATCATCGGAATCGTAGATACAAACTGTGATCCTGATGAAATTGATGTCGTAATCCCTGCAAACGATGACGCAATCCGCGCTGTTAAACTTCTTACTTCTAAAATGGCAGATGCTATTCTTGAAGCGAAGCAAGGCGAAGAAGAAGCGGAAGCTGCTGAAGAGACTGCACCTGAAACAGAAACGACAACTGCGTAA MSVISMKQLLEAGVHFGHQTRRWNPKMKRYIFTERNGIYIIDLQKTVKKVEEAYNFTKNLAAEGGKILFVGTKKQAQDSVKEEAVRSGMYYVNQRWLGGTLTNFETIQKRIKRLKDIEKMQENGTFEVLPKKEVVQLKKELERLEKFLGGIKDMKDLPDALFIIDPRKERIAVAEARKLNIPIIGIVDTNCDPDEIDVVIPANDDAIRAVKLLTSKMADAILEAKQGEEEAEAAEETAPETETTTA NA NA NA NA NA D1-12_00827 882 tsf COG0264 Elongation factor Ts ATGGCTATTACTGCACAGCAGGTAAAAGAACTGCGTCAAAAAACAGGCGCTGGTATGATGGACTGTAAAAAAGCATTGACTGAAACTGACGGAGATATGGACAAAGCAATCGACCTTCTGAGAGAAAAAGGAATTGCGAAAGCGGCTAAAAAAGCTGACCGTATCGCTGCTGAAGGTTCTACTCTTATTAAAACTGACGGCAACAAAGGCGTTATCTTAGAAGTAAACTCTGAAACTGATTTCGTTGCGAAAAACGAAGGCTTCAAAGAGCTTCTGAACACGCTTGCTGACCACCTTCTTGCAAACGCTCCTGCTGATCTTGAAGAAGCAATGGGTCAAAAGATGGAAAACGGTTCTACTGTTGAAGAATACATCACAAGCAACGTTGCTAAAATCGGAGAGAAAATCACTCTTCGCCGTTTTGCTGTTATTTCAAAAGAAGACAGCGAAGCGTTCGGTGCTTACCTTCACATGGGAGGCCGCATCGGCGTATTATCCGTTCTTAGCGGAACAACTGACGAAGATCTTGCAAAAGACATCGCGATGCATGTTGCAGCGGTAAATCCTCGTTACATTTCCCGCGACCAAGTGTCTGAAGAAGAAGCAAACCATGAGCGTCAGATCCTGACTCAGCAAGCTCTTCAAGAAGGCAAACCGGAAAACATCGTAGCTAAAATGGTTGAAGGCCGTCTGAACAAATTCTTCGAAGAAATTTGCTTATTAGACCAAGCTTTCGTTAAAAACCCAGACGAAAAAGTGAAACAAGTTGTGGCTGCGAAAAACGCATCTGTTAAAACTTACGTCCGCTACGAAGTTGGAGAAGGTATTGAAAAACGCCAAGAAAACTTTGCTGAAGAAGTTATGAACCAAGTGAAAAAATAA MAITAQQVKELRQKTGAGMMDCKKALTETDGDMDKAIDLLREKGIAKAAKKADRIAAEGSTLIKTDGNKGVILEVNSETDFVAKNEGFKELLNTLADHLLANAPADLEEAMGQKMENGSTVEEYITSNVAKIGEKITLRRFAVISKEDSEAFGAYLHMGGRIGVLSVLSGTTDEDLAKDIAMHVAAVNPRYISRDQVSEEEANHERQILTQQALQEGKPENIVAKMVEGRLNKFFEEICLLDQAFVKNPDEKVKQVVAAKNASVKTYVRYEVGEGIEKRQENFAEEVMNQVKK NA NA NA NA NA D1-12_00828 723 pyrH COG0528 Uridylate kinase ATGGAAAAACCAAAATACAATCGTATCGTTTTAAAGCTTAGCGGAGAAGCATTGGCAGGAGAGCAGGGAAACGGCATTAATCCGACTGTCATCCAGTCCATCGCTAAACAGGTAAAAGAAATCGCTGAGCTTGACGTCGAAGTGGCCGTAGTCGTAGGCGGCGGCAACTTATGGCGCGGAAAGACAGGCAGTGACTTAGGAATGGACCGCGCGACGGCCGATTATATGGGCATGCTTGCTACTGTCATGAACTCACTTGCCCTGCAGGACAGCCTGGAAACGCTCGGAATTCAGTCCAGAGTGCAGACATCAATTGAAATGCGTCAGGTCGCTGAGCCTTACATCAGAAGAAAAGCCATCCGCCACCTGGAGAAAAAACGCGTTGTTATTTTTGCCGCGGGAACAGGAAACCCTTATTTCTCTACGGACACAACCGCAGCGCTGCGTGCCGCTGAAATCGAAGCGGACGTGATCTTAATGGCGAAAAATAATGTCGACGGTGTGTATAATGCTGATCCGAGAAAAGATGAGTCAGCCGTTAAATACGAAAAATTATCTTATCTCGATGTGTTAAAAGACGGGCTGGAAGTCATGGATTCTACGGCTTCTTCACTATGTATGGATAATGATATTCCGCTGATCGTCTTTTCTATTATGGAAGAAGGAAATATTAAGCGTGCCGTAATCGGCGAATCAATCGGAACGATCGTAAGGGGGAAATAA MEKPKYNRIVLKLSGEALAGEQGNGINPTVIQSIAKQVKEIAELDVEVAVVVGGGNLWRGKTGSDLGMDRATADYMGMLATVMNSLALQDSLETLGIQSRVQTSIEMRQVAEPYIRRKAIRHLEKKRVVIFAAGTGNPYFSTDTTAALRAAEIEADVILMAKNNVDGVYNADPRKDESAVKYEKLSYLDVLKDGLEVMDSTASSLCMDNDIPLIVFSIMEEGNIKRAVIGESIGTIVRGK PGPT0021205_1255 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021205-pyrH-K09903 NA NA D1-12_00829 558 frr COG0233 Ribosome-recycling factor TTGTCAAACGAAGTATTAACACAAACAAAAGAACGCATGGAAAAAGCGGTTGCCGCTTATTCACGCGAATTGGCGTCAGTCCGCGCAGGACGTGCCAACCCATCTCTATTGGATAAAGTGACAGTAGAATACTACGGTGCCCAAACACCTTTAAACCAGCTGTCTTCCATCAATGTGCCTGAAGCGCGTATGCTTGTTGTCACACCGTATGACAAAACGGCAATCGGCGATATTGAAAAAGCGATCCTGAAAGCTGATCTTGGCGTAACGCCGACAAGTGACGGCACAATTATCCGTATCGCGATCCCGGCTTTGACGGAAGAAAGACGTAAAGAACTTGTCAAAGTCGTGAAAAAATACGCGGAAGAAGCGAAAGTAGCAGTCCGTAATGTCCGCCGTGACAGCAACGATGACCTCAAAAAACTTGAGAAAAACGGAGACATTACAGAAGACGAGCTTCGTGCTTCCAGTGAAGACGTTCAAAAGCTGACAGACGAATATGTGTCAAAAATTGACAGTGTCACAAAGGACAAAGAAAAAGAAATCATGGAAGTTTAA MSNEVLTQTKERMEKAVAAYSRELASVRAGRANPSLLDKVTVEYYGAQTPLNQLSSINVPEARMLVVTPYDKTAIGDIEKAILKADLGVTPTSDGTIIRIAIPALTEERRKELVKVVKKYAEEAKVAVRNVRRDSNDDLKKLEKNGDITEDELRASSEDVQKLTDEYVSKIDSVTKDKEKEIMEV NA NA NA NA NA D1-12_00830 783 uppS Ditrans,polycis-undecaprenyl-diphosphate synthase ((2E,6E)-farnesyl-diphosphate specific) ATGCTCAACATACTCAAAAATTGGAAGAATCAGCAGAATGCGGCTTCCAACTTAGAACGGTATACAAAAGAAGACATACTGAAGGGTGAAATTCCCGCACACATTGCCATTATTATGGACGGAAACGGACGCTGGGCGAAGAAGCGCTCACTCCCTCGGATTGCCGGACATCATGAAGGAATGAAAGTGGTAAAAAGGGTGACAAAGCTCGCAAGTCAGCTCGGCGTTAAAGTTCTGACTCTTTATGCGTTTTCAACGGAGAACTGGAAGCGCCCGAAGATGGAAGTCGACTTTTTGATGAAGCTTCCGGAAGAGTTCCTGAATACGTATCTTCCTGAATTGATAGAGGAAAATGTACAGGTGAAAATTATCGGAGATGAATCCGCGCTCCCTTCTCATACGTACAGGGCGATTGAGAAAGCCGTAAAAGATACAGAACAAAATGACGGTATGATTCTCAATTTCGCTTTGAACTACGGCGGACGCACGGAAATCGTCAATGCGGCAAAAGCACTGGCCGAACAGGTGAAAAGCGGCACGCTGAATATCGAAGACATTGATGAAGCGCTCTTTTCCGGGCATTTAATGACGGAATCAATCCAGGACCCGGAGCTGCTCATCAGAACGAGCGGAGAAATCAGATTGAGCAACTTTATGCTTTGGCAGGTGGCTTACAGTGAATTTGTTTTTACAGATGTCCTGTGGCCCGATTTTAAAGAAGATCACTTTCTGCAGGCAGTGGGAGAATTTCAGCAGCGGGGCCGGAGGTTTGGCGGAATTTAG MLNILKNWKNQQNAASNLERYTKEDILKGEIPAHIAIIMDGNGRWAKKRSLPRIAGHHEGMKVVKRVTKLASQLGVKVLTLYAFSTENWKRPKMEVDFLMKLPEEFLNTYLPELIEENVQVKIIGDESALPSHTYRAIEKAVKDTEQNDGMILNFALNYGGRTEIVNAAKALAEQVKSGTLNIEDIDEALFSGHLMTESIQDPELLIRTSGEIRLSNFMLWQVAYSEFVFTDVLWPDFKEDHFLQAVGEFQQRGRRFGGI PGPT0024180_811 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-UNDECAPRENOL_MODIFICATION,PGPT0024180-uppS|ispU-K00806 NA NA D1-12_00831 789 hypothetical protein ATGAAACAAAGATTGTTAACAGGTGTTCTGGCAGCGGCACTATTTTTATTTTTGGTTATTTTCGGAGGATTGCCGTTCACCGTATTTGTTTACGTGATGGGAAGTATAGCGCTTTTTGAGCTTTTGCGGATGAAAAAGCTCAGATTTTTTTCTTTTCCGGGTCTGATCAGCCTCTTGTTGTTATGGCTGTATATGATGCCGGACAAGTATCATTTTTTCGATGCGAAAATGGAAGTAACGATTTTCGCCGTATTGATTCTGCTCAGCTATACGGTGCTCGTGAAAAACACCTTTACGTTTGACGAAGTCGGGTTTATCGTTCTCGCGACGGTATATATCGGACTGTGTTTTCATTATTTTATTGAAATCAGAAACATTGAAACAAACGGGCTTTTGTATATCTTTTATGCCTGCGTTGTCATATGGTCAACGGACTCAGGCGCATATTTCGTCGGAAAGTCGCTCGGGAAGCGGAAGCTGTGGCCCGAAATCAGTCCCAACAAAACAGTGGAAGGGTTTCTCGGCGGTATTGTCATCGCCCTTATTTTTACGGCTGTTTTTCAGCTGTTTGCGCACCTTCCGATTTCATACCCGGTTCTTTTGGTCATCACGCTTGTTCTGTCTGTGTTCGGACAGATCGGGGATTTGGTTGAATCAGCGCTTAAGCGGCACTATGATGTGAAGGATTCGGGAAAAATCCTTCCCGGGCACGGCGGCATTTTAGATCGATTTGACAGCTTTTTGTTTGTCATGCCGTTCTTATACTTTCTGCTTGCGCTTTTTTCATGA MKQRLLTGVLAAALFLFLVIFGGLPFTVFVYVMGSIALFELLRMKKLRFFSFPGLISLLLLWLYMMPDKYHFFDAKMEVTIFAVLILLSYTVLVKNTFTFDEVGFIVLATVYIGLCFHYFIEIRNIETNGLLYIFYACVVIWSTDSGAYFVGKSLGKRKLWPEISPNKTVEGFLGGIVIALIFTAVFQLFAHLPISYPVLLVITLVLSVFGQIGDLVESALKRHYDVKDSGKILPGHGGILDRFDSFLFVMPFLYFLLALFS PGPT0007685_5294 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROPHOSPHOLIPID_REMODELLING CE-REMODELLING_GPL_CYTIDYLYLTRANSFERASE_ACTIVITY,PGPT0007685-cdsA|ynbB-K00981 NA NA D1-12_00832 1152 dxr COG0743 1-deoxy-D-xylulose 5-phosphate reductoisomerase TTGAAGAATATTTGTCTTTTAGGAGCAACAGGATCAATAGGGGAGCAGACGTTAGACGTATTGCGCATGCATCAAGATCAGTTCCGTCTCGTCTCGATGACTTTCGGTAAAAACGCCGAGAAAGCGATCCCGTTGATCAGAACGTTTCAGCCGAAATATGTAGCAGTCGGCGACATGGATACATACCAAAAAGTGAAAGAAGCGTCTTTTTCTCATGAATGCCAAATCGGCATCGGAGAAGAAGGCCTGATTGAAGCGGCAGTCATGGACGAAGTGGATATCGTGGTCAATGCGCTGCTTGGAAGCGTCGGTTTAATCCCGACTTTGAAAGCGATTGAACAGAAAAAAACAATTGCGCTTGCAAATAAGGAAACTCTCGTCACTGCCGGGCATATAGTGAAAGGACACGCAAAACGATACGGTGTTCCTCTTCTTCCGGTCGACAGCGAACATTCCGCTATTTTTCAGGCGCTGCAAGGCGAACAGAGCAAAAATATCGAGCGCCTGATCATTACGGCATCCGGCGGCAGTTTCAGAGATAAAACGCGGCAGGAGCTTGAGTCTGTAACGATTGCCGACGCCCTTAACCACCCGAACTGGTCGATGGGCGCAAAAATTACGATTGACTCGGCTACAATGATGAATAAAGGACTTGAAGTTATTGAGGCGCATTGGCTGTTTGACATTCCGTATGAACAGATTGACGTTGTATTACATAAGGAGAGCATCATTCATTCGATGGTTGAATTTCACGACAGAAGCGTCATCGCCCAGCTCGGAAATCCGGACATGAGGGTGCCGATTCAATATGCGCTGACATATCCAGACCGGCTGCCTCTGCCTGAAACAAAAAGGCTTGAATTATGGGAGATCGGAAGCCTTCATTTTGCGAAAGCTGACTTTGAAAGGTTCCGCTGCTTACAATTTGCCTTTGAATCAGGTAAAATAGGGGGAACGATGCCGACGGTTTTAAATGCGGCCAACGAAGAAGCCGTTGCCGCTTTTCTTGCCGGACGGATTTCATTCTTAGCGATTGAGGACCTGATTGAAAAAGCATTGGACCGCCACAGCGTAATTCAGGATCCGAGTCTTGCGGATATCCAAGAAGTGGACAAAGACACCCGGGGATACGTTAATTCAATACTCACATAA MKNICLLGATGSIGEQTLDVLRMHQDQFRLVSMTFGKNAEKAIPLIRTFQPKYVAVGDMDTYQKVKEASFSHECQIGIGEEGLIEAAVMDEVDIVVNALLGSVGLIPTLKAIEQKKTIALANKETLVTAGHIVKGHAKRYGVPLLPVDSEHSAIFQALQGEQSKNIERLIITASGGSFRDKTRQELESVTIADALNHPNWSMGAKITIDSATMMNKGLEVIEAHWLFDIPYEQIDVVLHKESIIHSMVEFHDRSVIAQLGNPDMRVPIQYALTYPDRLPLPETKRLELWEIGSLHFAKADFERFRCLQFAFESGKIGGTMPTVLNAANEEAVAAFLAGRISFLAIEDLIEKALDRHSVIQDPSLADIQEVDKDTRGYVNSILT PGPT0007585_3416 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-TERPENOID_DERIVATE_PRODUCTION,PGPT0007585-ispC|dxr-K00099 NA NA D1-12_00833 1263 rasP COG0750 Regulator of sigma-W protease RasP GTGAATACAGTTATCGCGTTTATTATTATTTTCGGAACGCTCGTTTTTTTCCATGAGCTCGGGCATTTATTGCTCGCCCAAAGAGCGGGAATCCTTTGCCGTGAATTTGCGATCGGCTTCGGCCCTAAAATCTTTTCATTTAAAAAGAATGAAACCGTGTATACGATCAGACTCCTTCCGGTCGGCGGGTTCGTCCGCATGGCCGGTGAAGACCCGGAGATGATCGAAGTCAAACCCGGTTATACCGTCGGGCTTCTTTTTAATAAAGATGACGAAGTGGAAAAAGTCATCATTAATCAAAAGGAAAAATATCCTGACGCTTTAATTATCGAGGTGGAGACGGCTGATCTTGAGCACGAAATGAAGATTACCGGGTACGAGCAGGGGAAAGAAGATGAACTGGCGGGCTTTACTGTCAGTCAGACCTCTTTTTTTATCGTAGACGGAGAAGAAGTGCAGATTGCGCCTTACAATCGACAATTCGGGTCTAAACCCGTATGGAAGCGGATTAAGGCGATTGCTGCCGGTCCGATAATGAACTTCATCTTAGCGTATGTCATTCTCGTCATGCTTGGATTCATTCAAGGCGTGCCTTCGAATCAGCCTGAGCTCGGGAAGCTGACAGACAATGGACGCGCAGCGGCTGCCGGTCTAAAAGAAGGCGACTATATCCAGAGCATTAACGGTGAAAAAATGAGGTCATGGACCGACATCGTGACAGCGGTAAAAGAAAATCCCGGGAAAAAAATCGATGTCGCCGTCAAACGGGACGGCAAATCGTTTCATATCTCGGTTACACCTGAAGCTGTAAAAGATGAAAATAAAAAAACAATCGGCCGCTTCGGCTCTTATGCGCCGACTGAAAAAGGCGCGCTTGCAGCGATCGCCTACGGCGCGACATCTACCGTTGATGTCACAAAAGCGATTCTGACCAATCTGGGCAAAATTGTGACAGGCCAGTTTAAGCTTGATATGCTTTCGGGTCCTGTCGGCATTTATGATATGACGGATCAAGTTGCAAAAACCGGTATTATCAACCTATTCCAGTTTGCGGCGTTTTTAAGCATCAACCTGGGAATCGTCAACCTGCTGCCGATACCGGCGCTTGACGGCGGGCGGCTGCTGTTTTTATTCATTGAAGCAATCCGCGGCAAGCCGATAAACCGTGACAAGGAAGCATTTGTCGTATTTATCGGCGTAGCTTTCTTAATGCTTCTTATGCTGGTTGTCACATGGAACGATATCCAGCGTTTATTCTTATAA MNTVIAFIIIFGTLVFFHELGHLLLAQRAGILCREFAIGFGPKIFSFKKNETVYTIRLLPVGGFVRMAGEDPEMIEVKPGYTVGLLFNKDDEVEKVIINQKEKYPDALIIEVETADLEHEMKITGYEQGKEDELAGFTVSQTSFFIVDGEEVQIAPYNRQFGSKPVWKRIKAIAAGPIMNFILAYVILVMLGFIQGVPSNQPELGKLTDNGRAAAAGLKEGDYIQSINGEKMRSWTDIVTAVKENPGKKIDVAVKRDGKSFHISVTPEAVKDENKKTIGRFGSYAPTEKGALAAIAYGATSTVDVTKAILTNLGKIVTGQFKLDMLSGPVGIYDMTDQVAKTGIINLFQFAAFLSINLGIVNLLPIPALDGGRLLFLFIEAIRGKPINRDKEAFVVFIGVAFLMLLMLVVTWNDIQRLFL PGPT0011685_2570 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-PILUS|FIMBRIAE_SYSTEM MOTILITY-PILUS_SYSTEM,PGPT0011685-rseP-K11749 NA NA D1-12_00834 1695 proS Proline--tRNA ligase ATGAGACAAAGTTTGACGCTTATTCCGACCCTGAGAGAAGTGCCGGCTGATGCTGAAGCAAAAAGCCATAAGCTTCTGCTGAGAGCGGGATTTATCAGACAAAATACGAGCGGGGTTTACAGCTACATGCCCCTGGCTTACAGGGTCATTCAAAACATTCAGAAGATCGTGCGTGAAGAAATGGAAAAAATCAACGCGGTGGAAATGCTGATGCCGGCCCTTCAGCAGGCTGAAACATGGCAGGAATCAGGCAGATGGTATACGTACGGGCCTGAATTAATGCGTCTGAAAGACCGCCACGGCCGTGAATTTGCTTTAGGCGCGACACATGAAGAAGTCATTACTTCTCTCGTGCGCGATGAGGTGAAATCTTATAAGCGTCTGCCGCTCACTCTTTACCAGATCCAGTCTAAATTCAGAGATGAAAAACGCCCGCGTTTCGGGTTATTGCGCGGACGCGAATTCATCATGAAAGATGCGTATTCTTTCCATGCTTCTGAAGAAAGTCTGGAGGAAACATACCAAAACATGTACGGCGCATACAGCAGCATTTTCGCACGCTGTGAATTAAACGTCCGTCCCGTTATTGCCGACTCGGGCGCGATGGGCGGAAAAGATACGCATGAATTTATGGCTCTTTCTGAAATAGGGGAAGATACCATCGCTTATTCCGATGGATCCTCTTACGCAGCCAATACAGAAATGGCGGAAGTTGTCATGAACAGCGAGCCGTCAGATGAAACACCCGAGACATTGGAGAAAATTGATACGCCGAATGTCAAAAGCATTGAAGAGCTCGCTTCGTTCTTGCAGATCGAGCCGAGCGCCTGCATCAAATCAATGCTGTTTAAAGCTGATGACCGATTTGTTCTCGTGTTAGTAAGAGGCGATCATGAGGTCAATGACGTGAAAGTGAAAAACCTTCTGAACGCGGAAGTGGTTGAGCTTGCGTCTCATGAAGAAGTAGCGGAGAAACTTGGCACGGAGCCGGGATTTGCGGGGCCGATCGGCGCTGCCGGCGACATTGAGATTTATGCCGACCAAGCCGTGAAAGTAATGGTAAACGCTGTTAGCGGCGCGAATGAAAAAGACCGTCATTACCGAAACGTAAACATCGAACGTGACGCGTCAGTAAAAGCGTATGCCGATCTTCGAATCATTCAGGAAGGCGATCCGTCACCTGACGGAAAAGGCACGATCCGTTTCGCTGAAGGGATTGAGGTCGGACAAGTCTTTAAACTCGGTACGCGTTACTCTGAAGCGATGAATGCGACATACCTTGATGAAAACGGGCGTGCGCAGCCGATGCTGATGGGATGTTACGGAATCGGCGTGTCCAGAACGCTTTCAGCCATCGCTGAACAGCATCACGACGAAAAAGGCTTGATCTGGCCGAAAAGCGTTGCTCCGTATGATCTTCATATTTTGGCGCTGAATATGAAAAACGAAGCGCAAAAAGAGCTTGCTGAACAGCTTTACGGCAAATTCCAGGCGGAAGGTTATGAGGTATTATACGATGACCGCGCTGAACGCGCAGGCGTGAAGTTTGCTGATTCTGATCTGATCGGCCTTCCGATCCGCATTACTGTCGGAAAACGTGCCGACGAAGGCATCGTAGAAGTGAAAATCCGCAAAACCGGTGAATCTGCCGAAGTTTCAGTGGATGAGCTTTCTGAATTTATCAAGACGAAGTAA MRQSLTLIPTLREVPADAEAKSHKLLLRAGFIRQNTSGVYSYMPLAYRVIQNIQKIVREEMEKINAVEMLMPALQQAETWQESGRWYTYGPELMRLKDRHGREFALGATHEEVITSLVRDEVKSYKRLPLTLYQIQSKFRDEKRPRFGLLRGREFIMKDAYSFHASEESLEETYQNMYGAYSSIFARCELNVRPVIADSGAMGGKDTHEFMALSEIGEDTIAYSDGSSYAANTEMAEVVMNSEPSDETPETLEKIDTPNVKSIEELASFLQIEPSACIKSMLFKADDRFVLVLVRGDHEVNDVKVKNLLNAEVVELASHEEVAEKLGTEPGFAGPIGAAGDIEIYADQAVKVMVNAVSGANEKDRHYRNVNIERDASVKAYADLRIIQEGDPSPDGKGTIRFAEGIEVGQVFKLGTRYSEAMNATYLDENGRAQPMLMGCYGIGVSRTLSAIAEQHHDEKGLIWPKSVAPYDLHILALNMKNEAQKELAEQLYGKFQAEGYEVLYDDRAERAGVKFADSDLIGLPIRITVGKRADEGIVEVKIRKTGESAEVSVDELSEFIKTK NA NA NA NA NA D1-12_00835 4314 polC COG2176 DNA polymerase III PolC-type ATGGAACAGTTATCAGTAAACAGAAGACAGTTTCAGATTCTTCTGCAGCAGCTTAATATGACAGATGATACCTTCATGACATACTTTGAAGACGGAGAGATTGATAAACTGACAATCCATAAAGCAGAAAAAGCCTGGCATTTTCAATTTCGCTTTAAGGCTCTTTTGCCGTATCAAATATATGATTCATTCATGATGAGGTTAACACAATCGTTTGCTCACATCGCCCGTGTCACATCGTCTGTTCAGGTCATTGACCCCACAGTGACAGAGGAGCTTGTACAGGATTATTGGACACGCTGTATTGAAGAGCTTGAAGGAACCTCGCCGCCGATGGTGGCTCTTTTGAATCAGCAGAAGCCGAAGCTCAAGGGAAACAAGCTGATCGTGAAAACAAAAACAGATACAGAAGCATCTGCGCTCAAAAATAAATACAGCGCACTGATTCAGCACAGCTATCGCCAATTCGGCTTTCCGGAACTGCAGCTGGATACCGAAATTTTCGTATCTGACCAAGAAGTCCAGAAATTCCGCGAGCAAAAGCTTGCTGAAGATCAGGAGCGGGCGATGCAGGCGCTTATCGAGATGGAGAAGAAGGAAAAAGAGGGCGATGAGGATCAGGCACCGTCCGGACCGCTTGTCATCGGCTATCAAATTAAAGAGAACGAAGAAATCCGGACGCTTGACAGCATCATGGATGAAGAAAGAAGAATTACGGTGCAGGGGTTTGTGTTTGATGCTGAAACACGCGAGCTGAAAAGCGGACGCACGCTCTGCATTTTCAAAATCACGGACTATACAAACAGCATTTTAGTAAAAATGTTCGCCCGAGAAAAAGAAGACGCCGCTTTGATGAAAACGCTGAAAAAAGGCATGTGGGTGAAGGCGCGGGGAAGCATTCAAAACGATACATTCGTCAGAGACCTCGTCATGATTGCAAATGACGTGAATGAAATAAAAGCCAAAACCCGTGAAGACACCGCTCCTGAAGGCGAAAAACGGGTTGAGCTTCATCTGCATTCTCCGATGAGCCAAATGGATGCTGTAACGGGCATCGGAAAGCTTGTCGAACAGGCGAAAAAATGGGGACATGAAGCGATTGCGTTAACTGATCATGCCGTTGTGCAGTCTTTCCCGGATGCCTATTCCGCCGCGAAAAAACACGGCATTAAAATGATTTACGGAATGGAAGCCAATATCGTAGATGACGGCGTTCCGATCGCATACAATCCAGCTCACCGTCTCCTGGAAGAAGACACATACGTCGTCTTTGACGTTGAAACGACAGGTCTGTCCGCAGTGTATGACACCATCATTGAGCTTGCCGCAGTCAAAATAAGAGGCGGAGAAATCATCGATAAATTCGAAGCGTTCGCCAATCCGCACCATCCGCTGTCAGCAACGACGATAGAGCTTACCGGGATTACGGATGACATGGTCCGCGACGCTCCCGATGTCGTTGACGTCGTCCGGGATTTTAAAGAATGGATCGGCGATGACGTGCTTGTGGCTCATAACGCCAGCTTTGATATGGGATTTTTAAATGTGGCGTACAAGCGTCTTTTGAAAACGGAAAAAGCGAAAAATCCGGTCATTGATACGCTGGAACTCGCGCGTTTCCTGTATCCTGAGTTTAAAAATCACCGCTTAAATACGTTATGTAAGAAGTTTGATATCGAATTAACCCAGCATCACCGAGCGGTCTTTGACGCTGAAGCAACGGGCTACCTGCTGTTGAAAATGCTCAAAGATGCCGCTGAAAAAGACATTTTTTATCATGATCAGCTGAATGAGAATATGGGACAATCCAATGCTTATCAAAGATCAAGGCCTTATCACGCTACATTGCTTGCCGTAAATGAGACCGGCCTTAAAAATCTGTTTAAGCTCGTGTCCATTTCTCATATTCAATATTTCTACAGAGTGCCGCGCATTCCGAGGTCGCAGCTTAATAAATACAGAGAAGGTCTGTTAATCGGTTCTGCCTGTGACAGGGGAGAGGTCTTTGAAGGCATGATGCAAAAATCTCCTGAAGAGGTTGAAGATATCGCATCCTTCTATGATTATCTTGAAGTGCAGCCGCCGGAAGTATACAGACACCTTCTGCAGCTTGAGCTCGTCCGGGATGAAAAAGCGCTGAAAGAAATCATCGCCAACATTACGAAGCTCGGAGAAAAATTGAATAAGCCGGTCGTGGCTACGGGAAATGTCCACTATTTAAACGATGAGGATAAAATTTACCGGAAGATCTTAATATCTTCCCAAGGCGGCGCCAACCCGTTAAACAGACACGAACTGCCTAAAGTGCACTTCAGAACGACAGATGAAATGCTGGAGGCTTTCTCCTTCCTCGGTGCGGAAAAAGCGAAAGAAATCGTGGTTGACAATACGCAGAAAGTCGCTTCGATGATCGATGAGATCAAACCGATCAAAGACGATCTGTACACGCCGAAAATTGACGGGGCTGATGAAGAAATCCGTGAAATGAGCTATCAGCGCGCCAGAAGCATTTACGGTGAAGAGCTTCCCGAAATTGTGGAAGCGAGAATAGAAAAAGAATTAAAAAGTATCATCGGCCATGGATTCGCCGTTATTTATCTCATCTCTCATAAGCTTGTAAAACGGTCTCTGGATGACGGTTATCTCGTCGGCTCCCGGGGATCCGTCGGTTCATCGCTTGTGGCGACCTTAACGGAAATCACTGAAGTGAACCCGCTCGCTCCGCACTATGTGTGCCCGAGCTGCCGATATTCCGAATTCTTTAATGACGGATCAGTCGGTTCCGGTTTTGACCTTCCGGATAAAACCTGCCCGTCTTGCGGCACGCCTTTGAAAAAGGACGGACATGATATCCCGTTTGAAACGTTCTTAGGCTTTAAAGGTGACAAAGTACCCGATATCGACTTGAACTTCTCAGGTGAGTATCAGCCGCATGCCCATAACTACACGAAAGTATTGTTCGGTGAAGATAACGTGTATCGCGCGGGAACGATCGGCACCGTCGCGGAAAAGACGGCTTACGGATATGTGAAAGGCTATGCGGGCGATCACAACCTACACATGCGCGGCGCGGAGATCGACCGTCTGGTGCAAGGCTGCACCGGCGTTAAGAGAACGACCGGCCAGCACCCGGGGGGGATTATCGTTGTCCCGGATTACATGGATATTTACGATTTTTCACCGATACAATTCCCGGCAGATGCGACGGGGTCTGAATGGAAAACGACTCATTTTGACTTCCACTCCATTCATGACAACCTGCTGAAGCTTGATATATTGGGGCACGATGATCCGACAGTCATCCGGATGCTTCAGGATTTAAGCGGAATTGATCCGAAGACGATTCCGACAGATGATCCGGAAGTGATGAAGATTTTCCAAGGTACAGAATCGCTAGGCGTCACTGAAGAGCAGATCGGCTGTAAAACGGGGACGCTCGGCATTCCTGAATTCGGGACGCGATTTGTGCGGCAGATGCTTGAGGATACGAAGCCGACGACGTTCTCCGAGCTTGTCCAGATTTCCGGGCTTTCCCACGGAACGGACGTATGGCTCGGCAATGCGCAGGAACTGATACACAACAATACGTGTGAACTGAGCGAAGTGATCGGCTGCCGTGATGACATTATGGTTTACTTGATCTATCAGGGCCTTGAGCCTTCACTGGCCTTTAAAATCATGGAATTCGTCCGTAAAGGCAAAGGCCTGACGCCGGAATGGGAAGAAGAAATGAAAAAGAACAACGTGCCGAACTGGTATATTGATTCATGCAAAAAAATCAAATACATGTTCCCGAAAGCCCACGCCGCCGCATACGTGCTGATGGCGGTGCGGATTGCATACTTTAAAGTGCATCACGCGCTTTTATATTATGCTGCGTATTTTACCGTCCGCGCAGATGACTTTGACATTGATACAATGATTAAAGGCTCGACCGCTATCAGAGCGGTGATGGATGATATCAGCTCTAAAGGGCTTGATGCTTCGCCGAAGGAGAAAAACCTCCTTACCGTGTTAGAGCTTGCTCTTGAAATGTGTGAGCGCGGCTATTCCTTCCAGAAGGTCGATCTATACCGTTCGAGCGCTTCGGAATTTATCATTGACGGCAACAGTCTCATCCCGCCGTTCAACTCAATTCCGGGACTCGGAACCAACGCCGCTCTCAATATTGTGAAAGCGCGGGAAGAAGGGGAGTTCCTTTCAAAAGAAGATCTTCAAAAACGCGGAAAAGTGTCAAAAACCATTTTAGAGTATTTAGACCGTCACGGCTGTCTTGAGTCCCTTCCGGACCAAAATCAGCTGTCTCTGTTTTAA MEQLSVNRRQFQILLQQLNMTDDTFMTYFEDGEIDKLTIHKAEKAWHFQFRFKALLPYQIYDSFMMRLTQSFAHIARVTSSVQVIDPTVTEELVQDYWTRCIEELEGTSPPMVALLNQQKPKLKGNKLIVKTKTDTEASALKNKYSALIQHSYRQFGFPELQLDTEIFVSDQEVQKFREQKLAEDQERAMQALIEMEKKEKEGDEDQAPSGPLVIGYQIKENEEIRTLDSIMDEERRITVQGFVFDAETRELKSGRTLCIFKITDYTNSILVKMFAREKEDAALMKTLKKGMWVKARGSIQNDTFVRDLVMIANDVNEIKAKTREDTAPEGEKRVELHLHSPMSQMDAVTGIGKLVEQAKKWGHEAIALTDHAVVQSFPDAYSAAKKHGIKMIYGMEANIVDDGVPIAYNPAHRLLEEDTYVVFDVETTGLSAVYDTIIELAAVKIRGGEIIDKFEAFANPHHPLSATTIELTGITDDMVRDAPDVVDVVRDFKEWIGDDVLVAHNASFDMGFLNVAYKRLLKTEKAKNPVIDTLELARFLYPEFKNHRLNTLCKKFDIELTQHHRAVFDAEATGYLLLKMLKDAAEKDIFYHDQLNENMGQSNAYQRSRPYHATLLAVNETGLKNLFKLVSISHIQYFYRVPRIPRSQLNKYREGLLIGSACDRGEVFEGMMQKSPEEVEDIASFYDYLEVQPPEVYRHLLQLELVRDEKALKEIIANITKLGEKLNKPVVATGNVHYLNDEDKIYRKILISSQGGANPLNRHELPKVHFRTTDEMLEAFSFLGAEKAKEIVVDNTQKVASMIDEIKPIKDDLYTPKIDGADEEIREMSYQRARSIYGEELPEIVEARIEKELKSIIGHGFAVIYLISHKLVKRSLDDGYLVGSRGSVGSSLVATLTEITEVNPLAPHYVCPSCRYSEFFNDGSVGSGFDLPDKTCPSCGTPLKKDGHDIPFETFLGFKGDKVPDIDLNFSGEYQPHAHNYTKVLFGEDNVYRAGTIGTVAEKTAYGYVKGYAGDHNLHMRGAEIDRLVQGCTGVKRTTGQHPGGIIVVPDYMDIYDFSPIQFPADATGSEWKTTHFDFHSIHDNLLKLDILGHDDPTVIRMLQDLSGIDPKTIPTDDPEVMKIFQGTESLGVTEEQIGCKTGTLGIPEFGTRFVRQMLEDTKPTTFSELVQISGLSHGTDVWLGNAQELIHNNTCELSEVIGCRDDIMVYLIYQGLEPSLAFKIMEFVRKGKGLTPEWEEEMKKNNVPNWYIDSCKKIKYMFPKAHAAAYVLMAVRIAYFKVHHALLYYAAYFTVRADDFDIDTMIKGSTAIRAVMDDISSKGLDASPKEKNLLTVLELALEMCERGYSFQKVDLYRSSASEFIIDGNSLIPPFNSIPGLGTNAALNIVKAREEGEFLSKEDLQKRGKVSKTILEYLDRHGCLESLPDQNQLSLF NA NA NA NA NA D1-12_00836 471 rimP COG0779 Ribosome maturation factor RimP ATGAGCAAAAAAGTGACTGATACCGTTCAAGAAATGGCTCAGCCCATACTGGATGACCTTCAGCTTGAACTCGTAGACATTGAATTTGTCAAAGAGGGTCAAAACTGGTTCCTTCGCGTGTTTATTGATTCCGAGAACGGTGTTGATATTGAGGAGTGCGCCAAAGTCAGCGAAGCGTTAAGCGAAAAGCTGGATGAGGCCGATCCGATCACCCAGAACTACTTTCTTGAAGTATCTTCTCCTGGAGCCGAGCGTCCATTAAAGAAAAAAGCCGACTTCGAAAAATCACTGGGCAAAAATGTGTACATGAAAACGTACGAACCGATTGACGGTTTAAAAGTGTTTGAAGGCAAATTGGCTGAATTTGATGGACAAACTGTTACAATAGAGATGACGGTCAAAACAAGAAAGAAACGGGTCAATATTCCGTATGAAAAAATAGCTAACGCAAGATTAGCTGTAACATTTTAA MSKKVTDTVQEMAQPILDDLQLELVDIEFVKEGQNWFLRVFIDSENGVDIEECAKVSEALSEKLDEADPITQNYFLEVSSPGAERPLKKKADFEKSLGKNVYMKTYEPIDGLKVFEGKLAEFDGQTVTIEMTVKTRKKRVNIPYEKIANARLAVTF NA NA NA NA NA D1-12_00837 1122 nusA COG0195 Transcription termination/antitermination protein NusA ATGAGCAGTGAACTATTAGATGCTCTCACTATTCTTGAAAAAGAAAAAGGCATCAGTAAAGACATTATCATCGAAGCAATTGAAGCTGCCTTAATTTCCGCGTATAAGCGAAATTTTAACCAGGCGCAAAACGTACGGGTCGATCTGAACCGTGAGACGGGCACGATCCGCGTGTTCGCAAGAAAGGATGTCGTAGACGAGGTATACGATTCAAGACTTGAAATCTCGCTTGACGACGCCCAGCACATCCATCCGAACTACCTTGTCGGAGATGTCGTTGAAATAGAAGTAACGCCGAAAGACTTCGGCCGCATTGCTGCGCAGACGGCGAAACAAGTGGTGACGCAGCGTGTCCGTGAAGCTGAGCGCGGCGTGATTTACTCAGAATTTATCGATCGTGAAGAAGACATTATGACGGGAATTGTACAGCGCTTAGACAGCAAGTTTATTTACGTGTCTCTCGGCAAGATTGAAGCGCTGCTGCCCGTCAATGAACAAATGCCGAATGAGAGCTATAAACCGCACGATCGGATTAAAGTATTTATCACAAAAGTCGAAAAAACGACAAAAGGGCCGCAGATCTATGTATCAAGAACGCATCCCGGTCTGTTGAAGCGTCTTTTTGAAATCGAAGTGCCGGAAATTTATGACGGAACGGTCGAACTGAAATCCGTTGCCAGAGAAGCGGGCGACCGCTCTAAAATCTCCGTCCGCACTGATGATCCTGACGTTGATCCGGTCGGTTCATGCGTCGGTCCCAAAGGCCAGCGCGTGCAGGCGATCGTCAATGAACTGAAAGGCGAAAAAATTGATATCGTCAACTGGTCTGATGATCCGGTTGAATTTGTTGCCAATGCGCTCAGCCCGTCTAAAGTGCTGGATGTCATCGTCAGCGAAGAAGAAAAAGCCACGACTGTCATCGTTCCTGATTACCAGCTTTCTCTGGCAATCGGAAAAAGAGGGCAAAACGCCCGCTTAGCTGCGAAACTGACAGGCTGGAAAATCGATATCAAAAGTGAAACGGATGCAAGAGACCTTGGCATCTATCCGAGAGAGCATGAAGAAGATGACGATTTAGAGCCGCTCTTTATGGAGCATGAAACAGCCGAATCGGATGAATAA MSSELLDALTILEKEKGISKDIIIEAIEAALISAYKRNFNQAQNVRVDLNRETGTIRVFARKDVVDEVYDSRLEISLDDAQHIHPNYLVGDVVEIEVTPKDFGRIAAQTAKQVVTQRVREAERGVIYSEFIDREEDIMTGIVQRLDSKFIYVSLGKIEALLPVNEQMPNESYKPHDRIKVFITKVEKTTKGPQIYVSRTHPGLLKRLFEIEVPEIYDGTVELKSVAREAGDRSKISVRTDDPDVDPVGSCVGPKGQRVQAIVNELKGEKIDIVNWSDDPVEFVANALSPSKVLDVIVSEEEKATTVIVPDYQLSLAIGKRGQNARLAAKLTGWKIDIKSETDARDLGIYPREHEEDDDLEPLFMEHETAESDE NA NA NA NA NA D1-12_00838 276 hypothetical protein GTGAATAAGCGAAAAAAAATTCCTCTGCGCAAATGCGTGGTAACGGGGGAAATGAAGCCTAAAAAGGAACTGATCCGAATTGTCCGTTCTAAAGAAGGAGAGATTTCAGTCGATCCGACCGGAAAGAAGAACGGGCGGGGTGCCTATATCACCCTTGAGAAAGAATGCATCTTAGCTGCGAAAAAGAAAAACACATTGCAAAATCAATTTCAATCACAAATCGATGACCAGATTTTCGAAGAATTGCTGGAACTGGCGGAAAAGGTGAAAAAATAA MNKRKKIPLRKCVVTGEMKPKKELIRIVRSKEGEISVDPTGKKNGRGAYITLEKECILAAKKKNTLQNQFQSQIDDQIFEELLELAEKVKK NA NA NA NA NA D1-12_00839 303 rplGA COG1358 putative ribosomal protein YlxQ ATGTCTGGAATGGAATGGTTTCCCTTGCTGGGTCTGGCCAATCGAGCTCGTAAGGTCGTGTCGGGCGAGGACTTGGTTATAAAAGAAATTAGAAATGCGCGTGCAAAACTTGTTCTGCTGACAGAAGATGCATCTGCGAATACTGCAAAAAAAGTATCCGATAAATGCAATTATTATAAAGTGCCTTATAAAAAAGTCGAAAGCCGCGCGGATCTCGGCCGCTCTATCGGCAAGGAATCACGTGTCGTTGTCGCCGTCACTGACCAAGGTTTTGCGAATAAGCTGATCAGCTTGCTCGATTAA MSGMEWFPLLGLANRARKVVSGEDLVIKEIRNARAKLVLLTEDASANTAKKVSDKCNYYKVPYKKVESRADLGRSIGKESRVVVAVTDQGFANKLISLLD NA NA NA NA NA D1-12_00840 2145 infB Translation initiation factor IF-2 ATGGCTAAAATGAGAGTTTACGAATATGCAAAAGCCATCAATGTTTCAAGCAAGGAAATTTTGACTGCGCTGAAAAACATGGATATAGTAGTAAATAACCATATGGCAATGCTTGAAGAAAAGACCATTAAGCAGCTTGATGCGAAATTTAAAAAAGGCGGCGCCGGCGTTACATCTCAGAAGCCTGCGGAAACGAACAAAAACAAGCCGCAAGGGATTAATCAGCAGCCTGCTGGGAATCAACCAAACAAAATTCGAGACGGAAAGAAGAATGACGTGCAGAATAATCAATTTAACAAAAACAAGAAGAATAACAACAAAAACAAAAACAAACGCAATCATAACAACAAAAATCAGTATCAGCAAAAACCGCTGAAGCCGAAAAAAGAGCTTCCTGAGAAAATTACGTTTTCCGGCTCTTTAACAGTCGGAGCTTTAGCCGAGGAACTGGGCAAAGAGCCGTCTGAACTCATTAAAAAACTGATGCTTCTGGGCGTAATGGCTACCATTAACCAGGAGCTTGACAAAGACACAATCGAACTGATCGCATCTGAATACGGTGTAGAAACAGAAGAAGTGATTGTGCTTGAAGAAACTGAGCTTGAAAAATATGAAGAGGCTGACAAAGAAGAAGATCTTCAAATCCGTCCGCCTGTCGTGACGATCATGGGCCACGTTGACCACGGGAAAACGACCCTCCTTGACAGCATCAGAAAAACAAAAGTTGTTGAAGGAGAAGCCGGCGGAATCACCCAGCATATCGGGGCTTACCAGATCGAAGAAAACGGCAAAAAAATCACGTTCTTAGATACTCCGGGACACGCGGCGTTTACAACAATGCGGGCGCGCGGTGCGGAAGTAACTGATATTACCATTTTAGTCGTAGCGGCCGATGACGGCGTTATGCCGCAGACAGTCGAAGCCATCAACCATGCGAAAGCTGCTGAGGTTCCGATTATCGTTGCCGTGAATAAAGTGGATAAAGAAAGCGCGAACCCTGACCGTGTCATGCAGGAGCTGACTGAATACGGACTCGTTCCTGAAGCATGGGGAGGAGAAACGATTTTCGTTCCTCTGTCCGCTCTTACAGGCAAGGGAATTGACGAGCTTGTCGAAATGATTCTGCTTGTCAGTGAAGTGGAAGAGCTTAAAGCCAATCCGAACCGTCAGGCAAAAGGAACGGTTATTGAAGCTGAGCTCGATAAAGGAAGAGGATCTGTCGCGACACTTCTCGTTCAAACGGGAACATTGAATGTCGGAGATCCGATCGTTGTCGGAAATACATTCGGCCGCGTGCGGGCCATGGTTAATGATCTCGGCCGCCGCGTGAAAACAGCCGGACCGTCCACACCTGTAGAAATCACGGGCTTAAACGACGTACCGCAGGCTGGCGATCAATTCCTCGTCTTTAAAGACGAAAAAACAGCCCGTTCTGTCGGTGAAGCACGCGCTTCCAAGCAACTGGAAGAACAGCGCAGCGACAAAGCGAAGCTGAGCCTCGATGATCTGTTTGAACAAATTAAACAAGGCGATGTCAAAGACATCAACTTAATCGTAAAAGCTGACGTTCAAGGTTCAGCCGAAGCGTTAACAGCCGCTCTTCAAAAAATTGAAGTAGAAGGCGTAAAAGTGAAAATCATTCACACAGGCGTCGGTGCGATTACGGAATCAGACATCATTCTCGCATCTGCTTCAAATGCAATCGTTATCGGGTTTAATGTGCGCCCAGACGGAAATGCTAAGAGCACGGCTGAAGCTGAAAATGTAGATATCCGTCTTCACCGTATCATTTACAAAGTCATCGAAGAAATTGAAGCGGCGATGAAAGGAATGCTTGATCCTGAATACGAAGAAAAAGTCATCGGCCAGGTTGAAGTGCGCCAAACATTCAAAGTGTCGAAAATCGGCACGATTGCCGGCGGATATGTAACAGACGGCCACATTACACGTGACAGCGGACTCCGCCTGATCCGTGACGGCGTGGTCATCTTCGAAGGGGAAGTAGACGTTCTGAAACGCTTCAAAGATGATGTGAAAGAAGTTTCACAAGGATATGAATGTGGTATTACAATTAAGAAATACAATGACATTCGCGAAGGCGACATCCTTGAAGCGTATGTCATGCAGGAAATCGAAAGAAAGTGA MAKMRVYEYAKAINVSSKEILTALKNMDIVVNNHMAMLEEKTIKQLDAKFKKGGAGVTSQKPAETNKNKPQGINQQPAGNQPNKIRDGKKNDVQNNQFNKNKKNNNKNKNKRNHNNKNQYQQKPLKPKKELPEKITFSGSLTVGALAEELGKEPSELIKKLMLLGVMATINQELDKDTIELIASEYGVETEEVIVLEETELEKYEEADKEEDLQIRPPVVTIMGHVDHGKTTLLDSIRKTKVVEGEAGGITQHIGAYQIEENGKKITFLDTPGHAAFTTMRARGAEVTDITILVVAADDGVMPQTVEAINHAKAAEVPIIVAVNKVDKESANPDRVMQELTEYGLVPEAWGGETIFVPLSALTGKGIDELVEMILLVSEVEELKANPNRQAKGTVIEAELDKGRGSVATLLVQTGTLNVGDPIVVGNTFGRVRAMVNDLGRRVKTAGPSTPVEITGLNDVPQAGDQFLVFKDEKTARSVGEARASKQLEEQRSDKAKLSLDDLFEQIKQGDVKDINLIVKADVQGSAEALTAALQKIEVEGVKVKIIHTGVGAITESDIILASASNAIVIGFNVRPDGNAKSTAEAENVDIRLHRIIYKVIEEIEAAMKGMLDPEYEEKVIGQVEVRQTFKVSKIGTIAGGYVTDGHITRDSGLRLIRDGVVIFEGEVDVLKRFKDDVKEVSQGYECGITIKKYNDIREGDILEAYVMQEIERK NA NA NA NA NA D1-12_00841 279 hypothetical protein GTGATCGGATTTGCGGAATGTGAATGCATCATTTATGATGCGGGATCATTAAAGGAGAAACGAGCCGTTCTGAAGCGGATTATAACGAGGGTTCAGAATAAGTTCAACGTGTCGGCCGCAGAAATCGGCTATCAGGACACTTGGCAGCGGACCAGCTTCGGAATCGCCGTCGTCTCCTCCTCTCACGTTCAGGCGGAAAAGGAGATCCAGCGCGTACTCGCGTTTATTGACTCCTTTCCCGAAATAGAACGGACGATCACTAGAACAGAGTGGTTTTAA MIGFAECECIIYDAGSLKEKRAVLKRIITRVQNKFNVSAAEIGYQDTWQRTSFGIAVVSSSHVQAEKEIQRVLAFIDSFPEIERTITRTEWF PGPT0014535_739 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_HERBICIDIAL_STRESS HERBICIDIAL_STRESS-PARAQUAT_STRESS_REDUCTION,PGPT0014535-ylxP-K09764 NA NA D1-12_00842 354 rbfA Ribosome-binding factor A TTGAGTATGAGAGCAAACCGTGTCGGCGAGCAGATGAAAAAAGAGCTCGGGGATATTATCAGCCGAAAGCTGAAAGACCCGAGAATCGGATTTCTCACTGTAACAGACGTACGTGTTTCAGGTGATTTACAAATAGCGAAGGTGTATATCTCCGTTCTCGGCGGAGAGAAAAAGAAAGAGGAGGCGCTGAAAGGGCTTGAGAAAGCGAAAGGATTTATCCGTTCCGAAATCGGCAGCCGAATCAGACTCCGCAAAACGCCTGAGCTTGAATTTGAATTTGATGAATCAATTGAGTACGGCAACCGTATCGAAACATTGATTCACGAACTGCATTCAGATAAACCGTCTGAATAA MSMRANRVGEQMKKELGDIISRKLKDPRIGFLTVTDVRVSGDLQIAKVYISVLGGEKKKEEALKGLEKAKGFIRSEIGSRIRLRKTPELEFEFDESIEYGNRIETLIHELHSDKPSE NA NA NA NA NA D1-12_00843 930 truB tRNA pseudouridine synthase B ATGGTTAACGGAGTTCTCCTTTTACATAAACCGGTCGGCATGACTTCTCACGACTGTGTAATGAAAATAAGAAAACTGTTAAAAACAAAGAAAGTCGGACATACGGGAACGCTTGATCCGGAAGTGTCAGGCGTACTGCCGATCTGTGTCGGACGGGCCACAAAGATCGTTGAGTACGTCACCGACAAGTCAAAAACGTACGATGCTGAGATTACTCTCGGCTTCTCCACATCGACCGAAGACCAGACTGGAGAAACGGTCAGCGTAAAACCTGTCAAGGAGCCGCTGAAAGAAGCGGATATCAAAGCCGTTTTAGACGAACTGAAGGGACCGCAGGAGCAAGTGCCGCCGATGTATTCCGCTGTAAAGGTCAACGGAAAAAAGCTCTATGAATACGCCAGGGCGGGTATTGAAGTGGAGCGGCCGAAGCGGAATATCACGATTGAAGATATCGCGCTCACTTCCCCTGTCACTTATAACGAAGACACAGCATCATTCCGCTTTACAGTCACGTGCTCAAAGGGCACTTACGTCAGAACATTGGCGGTGACAATCGGTGAAAAACTCGGCTATCCCGCGCATATGTCTCATCTCATCCGCACCGCTTCCGGCGATTTCAGCCTTGATGAGTGTTTCACGTTTGAGGAACTTGAACAGCAGGTTTCAGACGGAACGGTTGCAGAGCATACCGTGCCGATTGAAAGAGCGCTCAATCATTTGCCGAAATGGGTCATAAGTGATACATTAGCTAAGAAAGCTGAAAACGGGTCAGTGTTTGACATCCCGGCGGAATTTTCTGCAATGACAGCTGACGCCCGTATAGCGGTCTGTACTGAAGACGGAGAATGTGTGGCCATTTATATGCCGCATCCTTCAAAAAAAGGACTGCTGAAACCGGCTAAAGTGCTCATGCAAAAAAGCGAACAATAA MVNGVLLLHKPVGMTSHDCVMKIRKLLKTKKVGHTGTLDPEVSGVLPICVGRATKIVEYVTDKSKTYDAEITLGFSTSTEDQTGETVSVKPVKEPLKEADIKAVLDELKGPQEQVPPMYSAVKVNGKKLYEYARAGIEVERPKRNITIEDIALTSPVTYNEDTASFRFTVTCSKGTYVRTLAVTIGEKLGYPAHMSHLIRTASGDFSLDECFTFEELEQQVSDGTVAEHTVPIERALNHLPKWVISDTLAKKAENGSVFDIPAEFSAMTADARIAVCTEDGECVAIYMPHPSKKGLLKPAKVLMQKSEQ NA NA NA NA NA D1-12_00844 942 ribF COG0196 Bifunctional riboflavin kinase/FMN adenylyltransferase GTGAAGACGATACATATTTCTCATCCGCATCATTTACAAAAAGAAGAGCAGCCGGCGTCTGTCATGGCGCTCGGCTACTTTGACGGCGTTCATTTGGGACACCGGAAAGTAATCGGAACAGCCAGACAAATTGCCGAAGAAAAAGGCCTGTCGCTGGCCGTTATGACGTTTCATCCTCACCCTTCCCATGTGTTGGGCAGGGACAAAGAGCCAAAGGATCTGATTACGCCGCTTGAAGATAAAATCAGCCAGATCGGACGTTTAGGCGCTGATGTGCTGTATGTCGTAAAGTTTGATGAAGCGTTTGCGGCTCTGTCTCCAAAACAGTTTGCCGAGGAGTATATTTTAGGGTTAAACGCGCGGCACGCTGTGGGAGGCTTCGATTTTACGTACGGAAAATACGGAAAAGGCACGATGGAGACGCTGCCGGACGATTTAAACGGCAAGGCCGGATGCACGACTGTCGAGAAACTGACCGAGCAGGACAGAAAGATCAGCTCTACTTATATCCGGTCAGCGTTGCAGGATGGTGACGTTGAACTTGCGCACACTCTTCTCGGCCAGCCGTATTTTATCCGGGGCACTGTGATTCACGGAGACAAAAGAGGCCGCACCATCGGTTTTCCGACCGCGAATGTCGGCCTGCACAACAGCTATATCGTGCCGCCGACAGGCGTGTATGCAGTGAAAGCCGAAATAAAAGGCGAGGTGTATGAAGGCGTCTGCAACATCGGCTACAAACCGACCTTTTATGAAAAGCGTCCCGATCAGCCGTCAATTGAAGTGCATTTGTTTAATTTTCAGCAGGATGTATACGGAGAAGACGTTAAAATCGAGTGGTACAAACGAATTCGAAGCGAACGGAAGTTTAACGGCATCGATGAACTGACGGCTCAGATCGGGAAAGACAAACAAGAAGCGATCCGTTTTTTCAGCAAATAA MKTIHISHPHHLQKEEQPASVMALGYFDGVHLGHRKVIGTARQIAEEKGLSLAVMTFHPHPSHVLGRDKEPKDLITPLEDKISQIGRLGADVLYVVKFDEAFAALSPKQFAEEYILGLNARHAVGGFDFTYGKYGKGTMETLPDDLNGKAGCTTVEKLTEQDRKISSTYIRSALQDGDVELAHTLLGQPYFIRGTVIHGDKRGRTIGFPTANVGLHNSYIVPPTGVYAVKAEIKGEVYEGVCNIGYKPTFYEKRPDQPSIEVHLFNFQQDVYGEDVKIEWYKRIRSERKFNGIDELTAQIGKDKQEAIRFFSK PGPT0008625_2499 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 D1-12_00845 270 rpsO COG0184 30S ribosomal protein S15 ATGGCAATTACTCAAGAGCGTAAAAATCAACTCATCAGTGAGTTCAAAACACACGAATCTGATACTGGATCTCCAGAAGTTCAGATCGCTATCCTAACAGACTCAATTAACAACTTGAACGAGCATTTGCGTACTCACAAGAAAGATCACCACTCACGTCGCGGTCTTCTTAAAATGGTAGGTAAACGTCGTAATCTTCTTACGTATCTGCGTAATAAAGACGTAACTCGTTACCGTGAGTTAATTAACAAACTAGGCTTACGTCGATAA MAITQERKNQLISEFKTHESDTGSPEVQIAILTDSINNLNEHLRTHKKDHHSRRGLLKMVGKRRNLLTYLRNKDVTRYRELINKLGLRR NA NA NA NA NA D1-12_00846 2124 pnp_1 COG1185 Polyribonucleotide nucleotidyltransferase ATGGGACAAGAGAAACATGTCTTTACCATAGATTGGGCCGGCAGACAGCTTACAGTAGAAGCCGGCCAGCTTGCCAAACAGGCAAACGGCGCTGTCATGGTCCGCTACGGCGATACTGCAGTGCTCAGCACAGCAACCGCATCAAAAGAACCGAAACCGCTAGATTTTTTCCCGCTTACCGTTAACTATGAAGAAAGATTATACGCAGTAGGTAAAATTCCGGGCGGTTTTATTAAAAGAGAAGGCCGTCCAAGTGAAAAGGCCGTTTTAGCCAGCCGTCTGATCGACCGTCCGATCCGCCCGCTTTTCGCAGACGGATTCCGTAACGAAGTACAGGTCATCAGCATTGTCATGAGTGTTGATCAGGACTGCTCATCTGAAATGGCTGCAATGTTCGGTTCATCACTCGCTCTTTGCGTTTCCGATATCCCGTTTGAAGGCCCGATCGCGGGTGTGACGGTAGGCCGCATTGACGGGAAATTCGTTATCAATCCGACGGTTGACCAGCTTGAAAAAAGTGATATCAACCTCATCGTTGCAGGCACAAAAGACGCCATCAACATGGTGGAAGCCGGAGCAGATGAAGTTCCTGAAGAAATCATGCTTGAGGCGATTATGTTCGGTCACGAAGAAATTAAGCGCCTGATCGCATTCCAAGAAGAAATCGTCGCAGCAGTCGGCAAAGAAAAAACAGAAATCGAACTGTATGAAATTGACGAAGAGCTCAGCGAAAAAGTAAAAAGCCTTGCGGAGCCGGATCTTCTCAGCGCCATTCAGGTTCACGAAAAACATGCTCGCGAAGACGCGATCAATGAAGTGAAAAATGCAGTTGTCGCGAAATTCGAAGAAGAAGAGCATGATGAAGATACGATTAAAAAAGTGAAACAGACACTGTCTAAACTCGTGAAAAACGAAGTGCGCCGTTTGATCACAGAAGAAAAAGTCCGTCCGGACGGCCGCGGCGTTGATCAAATCCGCCCGCTTTCTTCAGAAGTCGGCCTTCTGCCGAGAACGCATGGCTCCGGGCTGTTTACGAGAGGACAGACGCAGGCGCTCAGCGTTTGTACATTAGGCGCCCTTGGGGACGTTCAGATTCTTGACGGTTTAGGCGTGGAAGAATCAAAACGTTTTATGCATCATTATAACTTCCCGCAGTTCAGCGTAGGGGAGACAGGCCCGATGCGCGGACCGGGACGCCGTGAGATCGGTCACGGCGCTCTTGGAGAGCGTGCGCTTGAGCCGGTCATTCCGAATGAAAAAGACTTCCCGTATACGGTCCGCCTCGTATCCGAAGTGCTTGAATCAAACGGTTCCACTTCACAGGCCAGCATTTGCGCGAGCACGCTTGCCATGATGGACGCAGGTGTTCCGATTAAAGCCCCTGTTGCAGGTATCGCGATGGGACTTGTGAAATCAGGCGAGTACTATACGGTATTAACGGATATTCAAGGGATGGAAGACGCCCTCGGTGACATGGACTTTAAAGTAGCCGGCACGGAAAAAGGCGTGACAGCGCTGCAAATGGACATTAAAATTGAAGGCCTTTCAAGAGAAATTCTTGAAGAAGCGCTTCAGCAGGCGAAAAAAGGAAGAATGGAAATCTTGAACAGCATGCTCAGCACGCTTGGTGAATCAAGAAAAGAACTTTCTCAATATGCGCCGAAAATTTTAACGATGAACATTAATCCGGATAAAATCCGTGACGTTATCGGACCGAGCGGTAAACAAATCAACAAAATCATTGAAGATACCGGTGTTAAAATTGACATTGAACAAGACGGCACCATCTTTATTTCTTCTACTGATGAAAGCAGCAACCAAAAAGCGAAAAAAATCATCGAAGATCTTGTCAGAGAAGTCGAAGTCGGCCAGCTTTACCTCGGTAAAGTCAAACGGATTGAGAAATTCGGCGCTTTCGTTGAAATCTTCAGCGGAAAAGACGGTCTCGTTCACATCTCTGAACTAGCGCTCGAACGGGTCGGCAAGGTTGAGGATGTTGTGAAAATCGGTGACGAAATCCTTGTGAAGGTAACCGAAATTGACAAACAGGGACGAGTGAATCTGTCGCGTAAAGCAGTGCTGCGCGAAGAGAAAGAAAAAGAACAGGAACAACAACAATCTTAA MGQEKHVFTIDWAGRQLTVEAGQLAKQANGAVMVRYGDTAVLSTATASKEPKPLDFFPLTVNYEERLYAVGKIPGGFIKREGRPSEKAVLASRLIDRPIRPLFADGFRNEVQVISIVMSVDQDCSSEMAAMFGSSLALCVSDIPFEGPIAGVTVGRIDGKFVINPTVDQLEKSDINLIVAGTKDAINMVEAGADEVPEEIMLEAIMFGHEEIKRLIAFQEEIVAAVGKEKTEIELYEIDEELSEKVKSLAEPDLLSAIQVHEKHAREDAINEVKNAVVAKFEEEEHDEDTIKKVKQTLSKLVKNEVRRLITEEKVRPDGRGVDQIRPLSSEVGLLPRTHGSGLFTRGQTQALSVCTLGALGDVQILDGLGVEESKRFMHHYNFPQFSVGETGPMRGPGRREIGHGALGERALEPVIPNEKDFPYTVRLVSEVLESNGSTSQASICASTLAMMDAGVPIKAPVAGIAMGLVKSGEYYTVLTDIQGMEDALGDMDFKVAGTEKGVTALQMDIKIEGLSREILEEALQQAKKGRMEILNSMLSTLGESRKELSQYAPKILTMNINPDKIRDVIGPSGKQINKIIEDTGVKIDIEQDGTIFISSTDESSNQKAKKIIEDLVREVEVGQLYLGKVKRIEKFGAFVEIFSGKDGLVHISELALERVGKVEDVVKIGDEILVKVTEIDKQGRVNLSRKAVLREEKEKEQEQQQS NA NA NA NA NA D1-12_00847 960 hypothetical protein ATGTTGAAAAAATTCGTGCCGTTTGCCGTTTTTTTATTTCTTTTTTTTGTTTCGTTTGAAATGTTAAAAAATCCGTATACAGTTGATTACATAGACGCAATGAAAAAAGACGCTGTAACTGTGTCAGCATCAAAAGATCCGCTCTATGAAGAATTACTGCAAAAAGCGTCAGAGTATGAAGTGAAGCCGCAAGACGCGCGGATTGATAAAATATGGAAGAGTATACCGGGATATAACGGTTTAAAAGTCAATGTGGAAAAATCCTATAAGCAAATGAAAAAGGACGGAGAATTTCACGAAGACGGCCTTGTCTATGAGCAGGTGAAACCGAAAGTCCATCTTGATTCTCTCGCGCCCGAACCCATTTATAAAGGAAATCCCGACAAACCGATGGTCGCTTTCCTGATAAATGTCGCCTGGGGAAACGAATACGTGGAGCAAATGCTGCCTATTCTGAAGCAGCACCAGGTCAAAGCAACTTTCTTTCTTGAAGGGAAATGGCTGAAAAACAATCAGGAACTTGGGAAAAAAATAGCGGCAGACGGACATGAAATCGGAAATCATTCATACAATCACCCTGATATGAGCAAACTGACTTCAGGAAGCATTTCCGAACAGCTTGACAAAACCAATGCACAAATCAGCGAGACGCTCGGCATGAAGCCGAAATGGTTTGCGCCGCCAAGCGGCAGCTTCAGAAAAGCGGTGGTCGACCTTGCGGCGGAAAAAGGAATGGGCACCATCATGTGGACCGTTGACACCATTGACTGGCAAAAACCGTCTCCGGCTGTTTTACAAACAAGGGTGTTGAGCAAAATACATAACGGAGCCATGATTTTAATGCATCCGACTGATCCGACTGCGAAAAGCCTGGATACACTGATTGCAAAAATCAAAGAAAAAGGCTACGCGCTCGGCTCAGTGTCTGACTTAATGGATGAAAACAGGCTGATGAAGTAG MLKKFVPFAVFLFLFFVSFEMLKNPYTVDYIDAMKKDAVTVSASKDPLYEELLQKASEYEVKPQDARIDKIWKSIPGYNGLKVNVEKSYKQMKKDGEFHEDGLVYEQVKPKVHLDSLAPEPIYKGNPDKPMVAFLINVAWGNEYVEQMLPILKQHQVKATFFLEGKWLKNNQELGKKIAADGHEIGNHSYNHPDMSKLTSGSISEQLDKTNAQISETLGMKPKWFAPPSGSFRKAVVDLAAEKGMGTIMWTVDTIDWQKPSPAVLQTRVLSKIHNGAMILMHPTDPTAKSLDTLIAKIKEKGYALGSVSDLMDENRLMK PGPT0018645_1355 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING_HYDROLASE_ACTIVITY,PGPT0018645-pda|pgdA-K22278 NA NA D1-12_00848 1236 COG0612 putative zinc protease TTGATAAAACGCTATACATGCCAAAACGGTGTAAGAGTTGTGCTTGAAAATAATCCAACGGTGCGGTCTGTGGCAATCGGCGTCTGGATCGGGACGGGGTCACGTCATGAAACGCCGGAGACAAACGGTATTTCGCACTTTCTTGAGCATATGTTTTTTAAAGGAACAAATACCAGGTCCGCACGGGAAATCGCAGAATCCTTCGATCGGATAGGCGGCCAAGTGAATGCCTTCACTTCAAAAGAATATACGTGCTATTACGCCAAAGTTCTGGATGAGCATGCAAACTACGCACTTGATGTGCTGGCTGATATGTTCTTTCATTCTGCTTTTGACGAAGATGAGCTCAAAAAAGAAAAGAACGTCGTATATGAAGAAATCAAAATGTATGAAGACGCGCCGGATGACATTGTCCACGATCTGCTGAGCAAAGCGACATACGGCAATCATTCGCTCGGCTACCCGATTCTCGGGACGGAGGAAACGCTTTCGTCATTTAACGGCGATTCTCTCAGACAGCATATGGATGACTTTTACACGCCGGACCGCGTCGTCATTTCTGTCGCCGGAAATGTAACAGAACAATTCATTAAAGACGTGGAGAAATGGTTCGGTACATACGAAGCGAAGGGCAAAGCAAGCGGCATCAGCGAGCCTGAGTTTCATTATGAAAAGCTGACCAGAAAAAAAGACACCGAACAGGCGCATCTCTGTCTCGGTTTCAAAGGCCTGAAAGTCGGAGATGCGGACATTTACGATTTGATCGTCTTAAACAACGTGCTGGGCGGAAGCATGAGCAGCCGTCTTTTCCAGGATGTGCGCGAAGATAAAGGACTGGCCTATTCTGTATACAGCTATCACAGTTCCTATGAAGACAGCGGTATGCTGACGATTTACGGAGGCACCGGCGCGAATCAGCTCGGACTTCTGTCTGAAACCATTCAGGAAACGTTATCGGTTCTAAAACGTGACGGTATCACCCCGAAAGAGCTGGAAAACAGCAAAGAGCAAATGAAGGGGAGCTTAATGCTCAGCTTAGAGAGCACAAACAGCAAAATGAGCCGGAACGGGAAAAACGAACTCCTGCTCGGAAAGCATAAGACCATGGATGAAATTATCACTGAATTAAATGCGGTCAGCCTGGAAAGCGTCAACGGCCTCAGCCGCCGCTTATTTACGGATGATTACGCACTATCGCTCATCAGCCCGACCGGCAATATGCCGGCTTCATCTTAA MIKRYTCQNGVRVVLENNPTVRSVAIGVWIGTGSRHETPETNGISHFLEHMFFKGTNTRSAREIAESFDRIGGQVNAFTSKEYTCYYAKVLDEHANYALDVLADMFFHSAFDEDELKKEKNVVYEEIKMYEDAPDDIVHDLLSKATYGNHSLGYPILGTEETLSSFNGDSLRQHMDDFYTPDRVVISVAGNVTEQFIKDVEKWFGTYEAKGKASGISEPEFHYEKLTRKKDTEQAHLCLGFKGLKVGDADIYDLIVLNNVLGGSMSSRLFQDVREDKGLAYSVYSYHSSYEDSGMLTIYGGTGANQLGLLSETIQETLSVLKRDGITPKELENSKEQMKGSLMLSLESTNSKMSRNGKNELLLGKHKTMDEIITELNAVSLESVNGLSRRLFTDDYALSLISPTGNMPASS NA NA NA NA NA D1-12_00849 258 hypothetical protein ATGAGGCTCAGTGAACTGTCAGGTAAAGAAATTGTGGACATTAAACGTGCAGAGCGGCTCGGCGTGCTCGGCCAGACCGATTTGGAAATTAATGAACAGGACGGACAAATTACCGCGCTGTTGATACCGACGGTAAAATGGTTCGGATTGCGAAAACAAGGCCACGACATCCGCGTCCCCTGGAACCATATCCAAAAAATCGGGTCAGACATGATCATTTTAGACGTTCCGGGGGAGATCACGCCTCCCGAAGAGTAG MRLSELSGKEIVDIKRAERLGVLGQTDLEINEQDGQITALLIPTVKWFGLRKQGHDIRVPWNHIQKIGSDMIILDVPGEITPPEE NA NA NA NA NA D1-12_00850 891 dpaA Dipicolinate synthase subunit A ATGTTAACCGGATTGACAATTGCGATCATTGGCGGTGACGCAAGACAGCTTGAGATTATAAGAAAGCTGACAGAACAGCATGCCGATATTTATCTTGCAGGGTTTGACCAATTGGATGACGGTTTTACAGGAACCGTCAAATGCAAAATCGATGAGATTCCCTTTCAAAAAATAGACAGTATCATCCTGCCCGTATCGGCAACGACCGGAGAAGGCGTTGTTTCCACGGTTTTTTCAAATGAAGAAGTGGTATTAAAGCAGAGCTATCTTGAGCGGACACCGGAGCATTGCGTCATTTATTCAGGCATCTCCAACGCGTATCTTGAGGGGATCGCCAGCGAAGCGGGCCGCAAACTTGTGAAATTATTTGAACGGGACGATATCGCGATATTCAACTCGATTCCCACTGTTGAAGGAACAATCATGATGGCGATTCAGCATACGGATTATACCATTCACGGATCAAATGTCGCCGTTCTCGGCATGGGGCGCACCGGTATGACGATCGCCCGGACGTTTGCGGCGTTAGGGGCGAAGGTAAAAGTGGGCGCGCGGAGTTCGGCTCATTTGGCCCGTATAACGGAAATGGGGCTTTCTCCTTTTCAACTTGAAGAGCTTACTGAACATGTAAATGATATTGATATCTGCATTAACACCGTACCGAGCTTGATTCTGAATCAAAGCGTTTTATCGCGCATGACGCCGAAGACCTTGATTTTGGATTTAGCATCCCGCCCGGGCGGAACGGATTTCAAATATGCTGAAAAACAAGGCATTAAAGCGCTGCTTGCCCCGGGTCTTCCGGGAATTGTGGCCCCGAAAACAGCCGGACAGATTATTGCGAACGTATTGAGCAAGCTTTTGGCAGACTTAAAGAAAGAGGGGGAATAA MLTGLTIAIIGGDARQLEIIRKLTEQHADIYLAGFDQLDDGFTGTVKCKIDEIPFQKIDSIILPVSATTGEGVVSTVFSNEEVVLKQSYLERTPEHCVIYSGISNAYLEGIASEAGRKLVKLFERDDIAIFNSIPTVEGTIMMAIQHTDYTIHGSNVAVLGMGRTGMTIARTFAALGAKVKVGARSSAHLARITEMGLSPFQLEELTEHVNDIDICINTVPSLILNQSVLSRMTPKTLILDLASRPGGTDFKYAEKQGIKALLAPGLPGIVAPKTAGQIIANVLSKLLADLKKEGE NA NA NA NA NA D1-12_00851 591 dpaB COG0452 Dipicolinate synthase subunit B ATGTCTCTGAAAGGGAAAAGAATCGGATTCGGATTAACCGGCTCGCACTGCACATATGAGGAAGTTTTTCCGCAAATAGAGGCGCTTATCAGTCAAGGAGCTGAAGTCCGGCCGGTCGTGACGTCAACCGTTCAATCGACCGATACCCGCTTTGGGGAGGGGGGAGATTGGGTCAGAAAAATTGAAGAAACAACAGGCTTTGAGGCGATTGATTCCATCGTAAAAGCGGAGCCTCTCGGGCCGAAACTTCCGCTCGACTGCATGGTCATCGCCCCTTTAACCGGAAATTCAATGAGCAAACTCGCAAATGCGATGACTGACAGCCCCGTCCTTATGGCTGCGAAAGCCACGATCCGCAACGGCCGCCCGGTCGTGCTCGGAATTTCGACAAACGACGGACTCGGTTTAAACGGAACGAATTTAATGAGGCTGATGTCCGCAAAAAACATATATTTCATCCCGTTCGGCCAGGATGACCACGTGAAAAAACCGACATCGCTCGTCGCAAGAATGGATCTTCTTCCGATTACGGTAGAAAAAGCTCTTTTGCACCAGCAGGTTCAGCCGGTGCTCGTACACCATCATGAATGA MSLKGKRIGFGLTGSHCTYEEVFPQIEALISQGAEVRPVVTSTVQSTDTRFGEGGDWVRKIEETTGFEAIDSIVKAEPLGPKLPLDCMVIAPLTGNSMSKLANAMTDSPVLMAAKATIRNGRPVVLGISTNDGLGLNGTNLMRLMSAKNIYFIPFGQDDHVKKPTSLVARMDLLPITVEKALLHQQVQPVLVHHHE NA NA NA NA NA D1-12_00852 1041 asd COG0136 Aspartate-semialdehyde dehydrogenase ATGGGAAGAGGATTACACGTAGCAGTTGTCGGAGCGACGGGAGCCGTAGGACAGCAAATGCTGAAAACACTGGAAGACAGAAACTTTGAAATCGAAACACTCACACTACTATCCTCAAAGCGTTCTGCTGGTACGAAAGTAATGTTTAAAGGCGAAGAATATACAGTGCAGGAAGCTGTTCCTGAAAGCTTCGAAGGCGTTCATATCGCGTTATTCAGCGCCGGCGGAAGCGTATCACAAAGCTTGGCGCCTGAGGCTGTAAAACGGGGAGCCATCGTGATTGACAATACCAGCGCATTCCGGATGGACGAAAATACACCGCTCGTGGTGCCTGAGGTGAACGAAGGTGATCTGCACAAACATAACGGCATTATCGCCAACCCTAACTGTTCAACGATTCAGATGGTGGCTGCGCTTGAACCGATCCGCAAAGCGTACGGTTTGAAAAAAGTCATTGTATCTACTTACCAAGCTGTGTCCGGGGCCGGCAATGAAGCGGCGAAAGAATTGTACAGCCAGACAAAGGCGATTTTAAACAATGAACCCGCAGAACCGTCTATTATGCCGGTTAAAGGTGACAAAAAGCATTATCAAATCGCATTTAACGCCATTCCGCAAATTGATAAATTCCAAGACAACGGCTATACGTTTGAGGAAATGAAAATGATTAATGAAACGAAAAAAATCATGCATATGCCGAAGCTGGAAGTGGCTGCGACATGTGTCAGACTGCCGATTGAAACAGGGCACTCAGAATCTGTTTACATTGAGCTTGACCGTGATGACGCAACCGTTGAAGATATGAAACAGCTTTTGAAAGAAGCTCCGGGTGTTACGCTTCAGGATGATCCGGCGGAGCAGCTTTACCCGATGCCTGCTGATTGCGTCGGCAAACGCGATGTATTTGTAGGAAGAATCCGGAAAGATTTGGACAGAGCAAACGGTTTTCATTTGTGGGTTGTTTCTGATAACCTGTTAAAAGGCGCCGCTTGGAACTCAGTCCAAATCGCGGAAAGCCTGCAAAAACTGAACCTCGTATAA MGRGLHVAVVGATGAVGQQMLKTLEDRNFEIETLTLLSSKRSAGTKVMFKGEEYTVQEAVPESFEGVHIALFSAGGSVSQSLAPEAVKRGAIVIDNTSAFRMDENTPLVVPEVNEGDLHKHNGIIANPNCSTIQMVAALEPIRKAYGLKKVIVSTYQAVSGAGNEAAKELYSQTKAILNNEPAEPSIMPVKGDKKHYQIAFNAIPQIDKFQDNGYTFEEMKMINETKKIMHMPKLEVAATCVRLPIETGHSESVYIELDRDDATVEDMKQLLKEAPGVTLQDDPAEQLYPMPADCVGKRDVFVGRIRKDLDRANGFHLWVVSDNLLKGAAWNSVQIAESLQKLNLV PGPT0014045_2922 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-ECTOINE_METABOLISM,PGPT0014045-asd-K00133 NA NA D1-12_00853 1215 lysC_1 COG0527 Aspartokinase 2 GTGAAGATCATTGTTCAAAAATTCGGCGGAACATCCGTAAAAGATGACAAAGGCCGCAAGCTTGCGCTAGCACACATTAAAGATGCCATCAGTGAAGGTTATAAAGTTGTCGTTGTCGTATCAGCGATGGGAAGAAAAGGAGACCCGTACGCGACAGATTCTTTAATCGGGCTCCTTTACGGCAGCCAGTCCGACATTTCTCCGAGAGAGCAGGATATGCTTCTGTCTTGCGGAGAAACGATTTCGTCCGTTGTTTTTTCCAGCATGCTGAAGGAAAACGGCATAAAAGCCGCAGCTTTAACAGGAGCCCAAGCCGGCTTTTTAACCAATGCCCAGCATACTGACGCCAAAATTATAGAAATGAAAACAGAGCGGCTTTTCGCTGCACTCGCCAGCCATGACGCTGTCGTTGTCGCAGGATTTCAGGGAGCGACTGAAAAAGGCGACACGACGACGATCGGCAGAGGAGGAAGCGATACTTCAGCAGCGGCGCTCGGCGCGGCGGTAGATGCTGAGTTTATCGACATTTTTACGGACGTGGAAGGCGTTATGACAGCCGATCCGAGAATCGTGGAAAATGCTAAGCCGCTTCCGAACGTCACATATACGGAAATCTGCAACCTTGCCTATCAAGGCGCGAAAGTCATTCATCCGCGCGCGGTGGAAATCGCCATGCAGGCAAAGGTGCCGATCCGCGTGCGCTCCACTTATTCAAAAGACAAAGGCACTTTGGTGACGTCCCATCATTCGTCTAACATCGGCAGCGATGTATTCGAACGGCTGATTACGGGGATCGCCCATGTGAAAGATGTGACGCAATTTAAGGTTCCCGCCAAAATGGGGCAATACAACGTTCAGACTGAAGTCTTTAAAGCAATGGCAAATGCCGGAATCAGCGTAGATTTCTTTAACATTACGCCGAGTGAAATCGTATATACCGTAGCCGGCAGTAAAACGGAAGCCGCGCGCAGCATCTTGGCTGAATTAGGGTATGAGCCGACAGTGACGGAGAGCTGTGCGAAAGTGTCAGCGGTCGGCGCCGGGATAATGGGTGTTCCGGGTGTCACGTCAAAAATCGTCTCCGCACTTTCTGATAAAGGCATTCCGATTCTGCAATCTGCCGACAGCCATACGACGATCTGGGTGCTCGTTCATGAAAAAGATATGGTAACGGCCGTAAATGCGCTGCATGAAGTGTTTGAACTTTCAAAGTAA MKIIVQKFGGTSVKDDKGRKLALAHIKDAISEGYKVVVVVSAMGRKGDPYATDSLIGLLYGSQSDISPREQDMLLSCGETISSVVFSSMLKENGIKAAALTGAQAGFLTNAQHTDAKIIEMKTERLFAALASHDAVVVAGFQGATEKGDTTTIGRGGSDTSAAALGAAVDAEFIDIFTDVEGVMTADPRIVENAKPLPNVTYTEICNLAYQGAKVIHPRAVEIAMQAKVPIRVRSTYSKDKGTLVTSHHSSNIGSDVFERLITGIAHVKDVTQFKVPAKMGQYNVQTEVFKAMANAGISVDFFNITPSEIVYTVAGSKTEAARSILAELGYEPTVTESCAKVSAVGAGIMGVPGVTSKIVSALSDKGIPILQSADSHTTIWVLVHEKDMVTAVNALHEVFELSK PGPT0014040_5611 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_ASPARTATE_DEGRADATION,PGPT0014040-lysC-K00928 NA NA D1-12_00854 870 dapA_1 COG0329 4-hydroxy-tetrahydrodipicolinate synthase ATGAATGTCGGAAATATATCTACAGCGATGATTACCCCCTTTGACAGTAAAGGGAATGTAGACTTTCAAAAACTGTCTACATTAATCGACTATTTGTTGAAAAACGGCACGGATTCTTTAGTCGTCGCAGGCACGACCGGCGAATCTCCGACACTTTCAACGGAAGAAAAAATTGCACTCTTTGAATTTACAGTCAAAGAAGTGAACGGACGCGTGCCTGTCATTGCGGGTACGGGAAGCAACAATACGAAAGACTCCATTAAACTGACAAAAAAAGCTGAAGAAGCCGGCGTCGATTGCGTTATGCTTGTCACGCCGTATTATAATAAGCCTTCCCAAGAGGGCATGTACCGTCATTTTAAAGCCATTGCGGAAGAAACGTCTCTTCCTGTGATGCTTTACAACGTGCCGGGCAGAACGGTCGCTTCGCTTGCGCCGGAAACGGCCATCAGACTTGCGGAGATTCCGAATATCTCTGCAATTAAAGAAGCGAGCGGCGATCTTGATGCCATTACGAAAATCATTGCCGAAACACCGGAAGATTTTTACGTCTATTCAGGTGATGACGGGTTAACGCTTCCTATTCTCGCAGTCGGCGGAAGAGGAGTCGTGTCAGTGGCCAGCCATATCGTAGGTTCTGACATGCAGCAGATGATTAAAAACTATACGAACGGGCAGACGGCAACCGCGGCACTGATTCATCAGAAGCTTCAGCCGATCATGAAGGAGCTCTTTAAAGCGCCTAATCCGGCTCCGGTCAAAACGGCGCTACAGCTGAAAGGCCTTGATGTCGGATCTGTGCGTCTTCCTCTTATCCCGCTGAATGAAGATGAACGTCTGAGCCTGAGCAGCGTCATCAGCGAACTGTAA MNVGNISTAMITPFDSKGNVDFQKLSTLIDYLLKNGTDSLVVAGTTGESPTLSTEEKIALFEFTVKEVNGRVPVIAGTGSNNTKDSIKLTKKAEEAGVDCVMLVTPYYNKPSQEGMYRHFKAIAEETSLPVMLYNVPGRTVASLAPETAIRLAEIPNISAIKEASGDLDAITKIIAETPEDFYVYSGDDGLTLPILAVGGRGVVSVASHIVGSDMQQMIKNYTNGQTATAALIHQKLQPIMKELFKAPNPAPVKTALQLKGLDVGSVRLPLIPLNEDERLSLSSVISEL PGPT0002080_8918 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RHIZOPINE_METABOLISM CE-BACTERIAL_FITNESS-RHIZOPINE_BIOSYNTHESIS,PGPT0002080-dapA|mosA-K01714 NA NA D1-12_00855 1701 rnjB COG0595 Ribonuclease J2 ATGGACGGGTATGAGACTAGGAGGATACAGATTTTGAAAAAGAAAAATACAGAAAACGTCAGAATTATCGCCCTTGGCGGCGTCGGAGAAATTGGGAAGAACCTATATGTCATTGAAATTGACTCAGACATATTTGTAGTGGATGCAGGGCTGATGCACCCTGAAAATGAAATGCTCGGTATTGATGTCGTCATTCCGGATATTTCCTACTTAGTAGAACGGGCTGACCGCGTGAAGGCCATCTTTCTGACACACGGGCACGATGAAAACATCGGAGGCGTCTTTTATTTATTGAACAAGCTGTCGGTGCCGGTATACGGAACGAAGCTTACTCTTGCATTACTGAGAGAAAAACTCAAGCAGTACGGGCATAATCGAAAAGCTGATTTGCGTGAAGTTCACTCTAAATCAGTCATTACATTTGAATCAACGAAAGTATCGTTCTTTAAAACAATTCACAGTATTCCGGATTCAGTGGGAGTCAGCTTCAAAACATCACTTGGCTCTATTGTATGCACGGGAGACTTTAAATTTGACCAGACGCCTGCTTATCACCAATCATGTGATATTGGCGAAATTGCCAAAATCGGAAACAGCGGCGTGCTCGCCCTGCTTTCTGACAGCGCCAATGCGGAGCGCCCGGGGTATACTCCGTCAGAAGCATATGTAAGCGGTGAAATTTCCGATGCGATGAACAGTTCAGAAAACCGTGTCATCATTGCTGTATTCGCGTCTAATATCAACCGGATCCAGCAAGTGATACAGGCTGCCGTCCAGAACGGCCGCAAACTTGCAATCGCCGGAAAAAATCTGCAAAACGTGCTTCAGCTTGGGCGCAAGCTCGGCTATATTGAAGCCGAAGATGAAATGTTTATTCCTGTGCAGGATGTGAAAAAATATCCGAAGCGGGAAGTTGCAATTGTTACAGCCGGAAGCCATGGTGAGCCGCTGGCCGCTCTTACGCGGATGGCCAAGCAGGCGCACAAGCAGCTTAACATTGAAGAAGGAGACACCGTTGTCATTGCATCAACACCGATTCCGGGGCATGAATTGATATATTCCAAAACCGTCAACCTGCTTGCCCGCGCCGGCGCTCAAGTCATTTTCGCCCAAAAACGCGTGCATGTGTCCGGTCACGGTTCGCAGGAAGAATTGAAACTCATGCTTAATTTGCTGAAACCGAAATATTTAATTCCGGTTAACGGTGAATTCAGAATGCAAAAAGCGCATTCCAAAATCGCAGAAGAGATCGGCATGAAACGCAGCGACATTTTCTTGATTGAAAAAGGTGACGTCGTTGAATTCCGCGGTCAGAATGTGAAAATCGGGGATAAAGTCACGTACGGAAACGTTCTGATTGACGGCCTCGGAGTCGGCGACATCGGCAACATCGTGCTGAGAGACCGCCGCTTATTATCACAAGACGGCATTCTCATCGTCGTGATCTCACTCGATAAGCAGAAAAAGAACCTCGTATCAGGTCCTGAGATCATTACGCGCGGTTTCGTGTATGTCAGAGAATCAGAAGGTTTAATTGTACAAGCTACTGAGCTCGTCCGCTCTATCGTGACTGAAGCGACGGAAACATCTGCCGTAGAATGGTCCACGCTGAAACAAGCAATGCGTGATGCGCTGAATCAATTCCTTTATGAAAAAACAAAACGCAAGCCGATGATCATTCCGATCATTATGGAAGTATAA MDGYETRRIQILKKKNTENVRIIALGGVGEIGKNLYVIEIDSDIFVVDAGLMHPENEMLGIDVVIPDISYLVERADRVKAIFLTHGHDENIGGVFYLLNKLSVPVYGTKLTLALLREKLKQYGHNRKADLREVHSKSVITFESTKVSFFKTIHSIPDSVGVSFKTSLGSIVCTGDFKFDQTPAYHQSCDIGEIAKIGNSGVLALLSDSANAERPGYTPSEAYVSGEISDAMNSSENRVIIAVFASNINRIQQVIQAAVQNGRKLAIAGKNLQNVLQLGRKLGYIEAEDEMFIPVQDVKKYPKREVAIVTAGSHGEPLAALTRMAKQAHKQLNIEEGDTVVIASTPIPGHELIYSKTVNLLARAGAQVIFAQKRVHVSGHGSQEELKLMLNLLKPKYLIPVNGEFRMQKAHSKIAEEIGMKRSDIFLIEKGDVVEFRGQNVKIGDKVTYGNVLIDGLGVGDIGNIVLRDRRLLSQDGILIVVISLDKQKKNLVSGPEIITRGFVYVRESEGLIVQATELVRSIVTEATETSAVEWSTLKQAMRDALNQFLYEKTKRKPMIIPIIMEV NA NA NA NA NA D1-12_00856 726 tepA COG0740 Translocation-enhancing protein TepA ATGGAAAACACCGAAGAACAGCAGCCCGAAAAATCAGATGCGAAAGACAGCATTATGAGCAAAATTCAGCAGCTGGGAGAGACATCTCTGCCGCAAATGTCCCAAGATACCAATATTCACTGCCTGACGATCATCGGCCAAATTGAGGGGCACGTCCAGCTCCCGCCGCAAAATAAAACAACCAAATATGAACACGTCATTCCGCAAATCGTCGCGATTGAGCAAAATCCGAAAATCGAAGGACTTCTGATCATCTTAAACACCGTCGGAGGCGATGTGGAAGCGGGGCTTGCGATTGCGGAAATGCTCGCATCCTTATCAAAACCGACCGTCTCAATCGTACTCGGCGGGGGCCACTCGATAGGTGTGCCGATCGCCGTGTCATGTGATCATAGTTTTATCGCGGAGACAGCGACAATGACCATTCACCCCGTTCGGCTTACAGGTCTGGTTATCGGGGTTCCGCAAACGTTTGAATACTTGGATAAAATGCAGGAGCGGGTCGTCAACTTTGTGACCCATCATTCAAATATTTCTGAAGAAAAATTCAAAGAGCTGATGTTTTCAAAAGGAAACTTAACCAGGGACATCGGGACGAACGTAGTCGGGAAAGATGCGGCTGATTACGGATTAATTGATGCCGTGGGCGGCGTCGGACAGGCGATAAAAAAGCTGAATCAGCTGATTGAGGAACGAAAGGGCGAGGAAGGAAGGATGATTCAATGA MENTEEQQPEKSDAKDSIMSKIQQLGETSLPQMSQDTNIHCLTIIGQIEGHVQLPPQNKTTKYEHVIPQIVAIEQNPKIEGLLIILNTVGGDVEAGLAIAEMLASLSKPTVSIVLGGGHSIGVPIAVSCDHSFIAETATMTIHPVRLTGLVIGVPQTFEYLDKMQERVVNFVTHHSNISEEKFKELMFSKGNLTRDIGTNVVGKDAADYGLIDAVGGVGQAIKKLNQLIEERKGEEGRMIQ PGPT0014595_944 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HEAT_SHOCK_PRTOEINS,PGPT0014595-clpP-K01358 NA NA D1-12_00857 210 hypothetical protein ATGATCCTTTATACCGTCATGCCCCAAGAAGTCGTTTATGGTCAGGATATAGAGCAAAGCGTGCATGAACAGGTAGATTACGCCGGCGTGCCGCTGCTAGTTGAGATGAAGGGAAATGAAGCTGAAGTCGTACAGATTTTAAGTACGAACCCGATGGATTTTCTGAATCCGGACATCGCTCCGGGACAAAAAATCAAGCTGAAAATCTAA MILYTVMPQEVVYGQDIEQSVHEQVDYAGVPLLVEMKGNEAEVVQILSTNPMDFLNPDIAPGQKIKLKI NA NA NA NA NA D1-12_00858 2361 spoIIIE COG1674 DNA translocase SpoIIIE GTGGCAAAGAAAAAACGGAAATCTAAAAAGAAACAAGAGAGTAAGCTCAATCTAAAATACGAACTAAGCGGACTGCTCTGTGTTGCAATCTCAATTATTGCTGTTTTGCAGCTCGGCGTTGTGGGACAGACATTTGTGTACTTGTTCCGTTTTTTTGCCGGAGAGTGGTTTATTTTATGCTTAATTGCGCTCTTCCTTCTCGGAATTTCGCTGTTTTGGAAAAAGAAGAGTCCAAGCCTTTTAACGAGAAGAAAGGCAGGGTTGTACTGTATTATCGCCAGTATATTGCTGCTGTCTCACGTGCAGCTCTTTAAAAATCTGTCTCATCACGGGTCGATTCGTTCGGCAAGTGTCATCGGCAACACGTGGGAGCTGTTTATGATTGACATGAAACAGCAGGCTGCTTCCCCTGATTTGGGCGGCGGCATGATCGGCGCGGTACTGTTTGCAGCTTCCCACTTTCTATTTGCATCAACGGGTTCACAAATCATGGCGATCGTGCTGATCTTAATGGGGCTGATTCTTGTAACGGGCCGTTCACTGCAGGAAACGCTCAAAAAGTGGACGAGCCCCGTCGGCCGGTTTATCCGCGGCCAGTGGCAGGCATTTCTTGAGGATATGAAGACGGTCAGAACGAATATGTCTTCGCCGAAAACAAAAACAAAATCGGGCAAAAAACAAAAACGGGTTCAAAAGAAAAAAGAAGAGCCTGAACCGGAGGAAGAGGATGAGGAAATCATTTCGCCGATCATCCATTCAGAGCCGATTATTTCAAGCTTTTCAGACCGTCAGGAAGAGCCCGCCGAACCGCTGATTCCGGAAAAAACGCAGGAGGCTGCACAAGCGGCAAAAGTTGAGCCTTCCGGCGGCGCTCAAGACAGTGGCGAAACGGCTGCGGCTCCGCCGATGACGTTTACAGAGCTTGAAAATAAAGATTATCAAATGCCTTCATTGGACATACTGGCTGACCCGAAACATACAGGCCAGCAGACCGATAAGAAAAACATTTACGAGAATGCAAGAAAACTCGAACGGACTTTTCAAAGCTTCGGCGTAAAGGCGAAAGTGACGCAGGTTCATCTCGGTCCGGCGGTCACAAAATATGAGGTGTATCCGGACGTCGGGGTCAAAGTCAGTAAAATCGTGAATCTGAGCGATGACCTCGCGCTCGCGCTTGCCGCGAAGGATATCCGGATCGAAGCGCCGATTCCGGGCAAATCGGCAATCGGCATCGAGGTGCCCAATGCTGAAGTGGCGATGGTTTCGTTAAAAGAAGTGCTTGAATCCAAGCTCAATGACAAGCCGGACGCGAAGCTTCTGATCGGCTTGGGACGAAATATTTCCGGGGAAGCCGTGCTTGCCGAACTGAACAAAATGCCCCACCTGCTCGTAGCGGGGGCAACGGGAAGCGGAAAAAGCGTCTGTGTCAACGGTATTATTACGAGCATTCTGATGAGGGCTAAACCGCATGAAGTGAAGATGATGATGATTGACCCGAAAATGGTTGAACTGAATGTGTATAACGGCATTCCTCATCTGCTTGCGCCGGTCGTGACAGATCCGAAAAAGGCCTCGCAGGCTTTGAAAAAGGTCGTCAATGAGATGGAGCGCCGCTATGAGCTGTTCTCCCATACGGGTACGAGAAATATAGAAGGCTATAACGACCATATTAAGCGGTCAAATGCCGAAGAAGAAGTCAAGCAGCCTGAGCTGCCATACATCGTCGTCATCGTTGACGAGCTTGCCGATCTGATGATGGTCGCTTCTTCCGACGTGGAAGATTCAATTACGAGACTTTCACAGATGGCGCGAGCGGCGGGAATTCATTTGATTATCGCGACACAGAGGCCTTCAGTCGACGTTATTACCGGTGTTATTAAAGCCAACATCCCGTCAAGAATCGCTTTCAGTGTCTCATCTCAGACCGATTCACGGACGATTTTAGACATGGGCGGCGCTGAAAAGCTTCTGGGGCGCGGAGACATGCTGTTTCTGCCTGTGGGCGCAAATAAGCCGGTGCGTGTGCAAGGGGCATTCTTATCCGATGAAGAGGTTGAGCATGTCGTCGATCATGTCATTACGCAGCAAAAAGCGCAGTATCAAGAAGAGATGATTCCGGAAGAAGTTTCGGAAACACACAGTGAAGTAACGGATGACCTCTATGACGAAGCGGTCGATTTGATTATCGGCATGCAGACGGCATCAGTCTCCATGCTTCAAAGGCGGTTCAGAATCGGATATACGAGAGCTGCCCGTCTGATTGACGCAATGGAGGAACGGGGCGTCGTCGGGCCGTATGAAGGAAGCAAACCGAGGGAAGTACTATTATCTAAGGAACAATATGATGAGCTCTCTTCTTAA MAKKKRKSKKKQESKLNLKYELSGLLCVAISIIAVLQLGVVGQTFVYLFRFFAGEWFILCLIALFLLGISLFWKKKSPSLLTRRKAGLYCIIASILLLSHVQLFKNLSHHGSIRSASVIGNTWELFMIDMKQQAASPDLGGGMIGAVLFAASHFLFASTGSQIMAIVLILMGLILVTGRSLQETLKKWTSPVGRFIRGQWQAFLEDMKTVRTNMSSPKTKTKSGKKQKRVQKKKEEPEPEEEDEEIISPIIHSEPIISSFSDRQEEPAEPLIPEKTQEAAQAAKVEPSGGAQDSGETAAAPPMTFTELENKDYQMPSLDILADPKHTGQQTDKKNIYENARKLERTFQSFGVKAKVTQVHLGPAVTKYEVYPDVGVKVSKIVNLSDDLALALAAKDIRIEAPIPGKSAIGIEVPNAEVAMVSLKEVLESKLNDKPDAKLLIGLGRNISGEAVLAELNKMPHLLVAGATGSGKSVCVNGIITSILMRAKPHEVKMMMIDPKMVELNVYNGIPHLLAPVVTDPKKASQALKKVVNEMERRYELFSHTGTRNIEGYNDHIKRSNAEEEVKQPELPYIVVIVDELADLMMVASSDVEDSITRLSQMARAAGIHLIIATQRPSVDVITGVIKANIPSRIAFSVSSQTDSRTILDMGGAEKLLGRGDMLFLPVGANKPVRVQGAFLSDEEVEHVVDHVITQQKAQYQEEMIPEEVSETHSEVTDDLYDEAVDLIIGMQTASVSMLQRRFRIGYTRAARLIDAMEERGVVGPYEGSKPREVLLSKEQYDELSS PGPT0030468_5842 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 D1-12_00859 726 nagR_1 COG2188 HTH-type transcriptional repressor NagR ATGTCTACAAAAGCTGACAATCGTCACTTGTATCTAAAAGTGATTGAGCGAATCAAAGAGGATATACAAAACGGAATTTACACCGAAAAGGAAAAGCTTCCTTCTGAATTTGAGCTTTCAAAATCAATGGGTGTCAGCCGGGCAACTCTGCGTGAAGCTTTGCGTATCCTTGAAGAGGAGCATGTGATTATCAGAAGGCACGGTGTGGGCACTTTCGTCCATACAAAACCGCTGTTTCTTTCAGGTATTGAACAGCTCAACAGCGTGACGAAAACGATTCAGCAGGCGAACATGGTGCCGGGTACGATTTTTTTGTCGTCTCAGGTCATCACGCCGTCTGATGAAGATATCGCTAGATTCCGGCTTGAGCCTGAGCAGGAGCTTTTTTATTTGGAACGCGTGAGAACGGCAAGCGGCACTCCGGTCGTTTACTGTTTAGATACGATTCCGATGCACATTCTGCCGAATTCTTTCTGTCATGAACAGGAGTCTATTTTTGATCTTTTGGAAAAAAACTCCGGGTCTGTGATCAGCTATGCCGTTGCTGATATCGAACCGATCGGATATCACGATACGATTTCACCGGTTTTGGAATGCGAGCCGGAGACGGCGCTTTTATTGCTGAAGCAAACCCACTATAATCAGAATGATGAACCTGTGCTGTATTCATTAAATTATTTCCGGGCTGATAAGTTCAGTTTTCATGTTGTAAGAAAACGTTTTTAA MSTKADNRHLYLKVIERIKEDIQNGIYTEKEKLPSEFELSKSMGVSRATLREALRILEEEHVIIRRHGVGTFVHTKPLFLSGIEQLNSVTKTIQQANMVPGTIFLSSQVITPSDEDIARFRLEPEQELFYLERVRTASGTPVVYCLDTIPMHILPNSFCHEQESIFDLLEKNSGSVISYAVADIEPIGYHDTISPVLECEPETALLLLKQTHYNQNDEPVLYSLNYFRADKFSFHVVRKRF NA NA NA NA NA D1-12_00860 1329 ymfD Bacillibactin exporter ATGTGTCTGTTTTTTTATTTGCCGTTTCAGTACATACTTTGTTTTCTGCAAGGCACAATAAAACAGGAAACAACCAAGTATAGTGAATGGGTGAATAAGTTGAGTAAGAAGAAAAATGGAACGAAAAATATCATTGCTCTGGCTTCTGTACCGCTCGTGATGACACTCGGGAATTCCATGCTGATTCCTGTGCTTCCGATGATTGAAAAGAAGCTGTCCATATCGTCTTTTCAAGTATCGTTAATTATAACGGTCTATTCGATTGTGGCGATTATTTGTATTCCGATTGCCGGATATCTGTCCGATAAATTCGGAAGAAAAAAGGTTCTTCTGCCTTGTCTTCTCATAGCCGGTGCGGGCGGAGCGCTTGCCGCGATAGCTTCCACCGCGTTCAAGCATCCTTATCCCATTATCTTGGCGGGGCGGGTGCTGCAGGGAATCGGTTCGGCAGGGGCGGCTCCTGTAGTGATGCCGTTTATCGGTGATTTATTCAAAGGGGATGATGAGCGGATTACCGCGGGGCTCGGCGACATTGAGACGTCAAACACAGCCGGGAAAGTAATAAGCCCGATTCTCGGGTCGCTCTTGGCTGCATGGTTTTGGTTTATGCCGTTTTGGTTCATTCCGTTTTTTTCGCTCATCAGTTTTTTTCTCGTATTGTTTTTGGTGGCAAAGCCGGAGGAACAAAAAGAAGCGCCTTCTATTTCCGAATTTGTGAAAAATGTCGGCCGCATATTTAAGCGTGACGGACGCTGGCTCTTTACGGTTTTTATCATCGGCTGCGTGATTATGTTTTTGCTGTTCGGGGTTCTTTTTTATTTATCAGACTCACTGGAGAAGAAATACGGAATTGACGGTGTGGCTAAAGGAGCGCTTTTGGCAATCCCGCTTTTATTTCTATCCGTCAGTTCATATATATCAGGCCGAAAAATCGGAAAAGACCAAGGCAAAATGAAGTTTTGCATCGTTTTCGGAATGAGTGCCGTGACACTGTCGTTTATCGGCCTATGGTGGAATCACAGTTTTTATTTATTATTTATCTTTTTGTGTGTCAGCGGTATCGGTATCGGAATGGCATTGCCGGCTTTAGACGCTGTCATCACAGAAGGCGTAGACAACGAGGAATCGGGAACCATCACCTCATTTTATAACAGCATGCGGTTTATCGGAGTAGCGGCGGGACCGCCGATCTTTGCTGCCCTGATGTCAAATGCAGGCTGGCTGATTTTTATTTTATCCGCTTTTTGCGGCATTGTATCTGTATTTTTAGCGCTGTTAAATATCTCATCACAAGCAAAAGAAAAGAAGGAATCATTAAAGACGGTGTAA MCLFFYLPFQYILCFLQGTIKQETTKYSEWVNKLSKKKNGTKNIIALASVPLVMTLGNSMLIPVLPMIEKKLSISSFQVSLIITVYSIVAIICIPIAGYLSDKFGRKKVLLPCLLIAGAGGALAAIASTAFKHPYPIILAGRVLQGIGSAGAAPVVMPFIGDLFKGDDERITAGLGDIETSNTAGKVISPILGSLLAAWFWFMPFWFIPFFSLISFFLVLFLVAKPEEQKEAPSISEFVKNVGRIFKRDGRWLFTVFIIGCVIMFLLFGVLFYLSDSLEKKYGIDGVAKGALLAIPLLFLSVSSYISGRKIGKDQGKMKFCIVFGMSAVTLSFIGLWWNHSFYLLFIFLCVSGIGIGMALPALDAVITEGVDNEESGTITSFYNSMRFIGVAAGPPIFAALMSNAGWLIFILSAFCGIVSVFLALLNISSQAKEKKESLKTV PGPT0003580_62 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0003580-ymfE-K08221 NA NA D1-12_00861 456 hypothetical protein GTGCATGAAGAAAAAGTAAAGCAGCTGATTCAGCGTTATTCCGATGTATACCTGCACGTCTTAAAAAAAATTGACAGTATTATCGCTGAAAAAGTGAACAAAGAACTGACATTGGATCAATATTATATCCTCCGCTATATTATGCTCAATCCCGATTGCAAATCAATTGAACTGGCCGCGGTGTGCCACGTCAATAAAAGCGCCATTACATCGATGACGAACCGCCTGTATGAAAAAGGCTACATCAATAGAGAACGCAGCCAAAGCGACCGCCGGAGCATACTTTTAAATGTCACGGAAAAGGGGACGGAAGTATTTCACCGTGTGGAGCGGCGGATTGAGGAACTCGTCCGTTCATATATTATGTATTTTGATGAAGACGAGGCGGAGATGTTCGTGAATACATATGAAAAATTATATCGATTGATGATGACAGAGGAGGATCAGCAGACATAA MHEEKVKQLIQRYSDVYLHVLKKIDSIIAEKVNKELTLDQYYILRYIMLNPDCKSIELAAVCHVNKSAITSMTNRLYEKGYINRERSQSDRRSILLNVTEKGTEVFHRVERRIEELVRSYIMYFDEDEAEMFVNTYEKLYRLMMTEEDQQT PGPT0016185_148 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS OTHER_MOTILITY_REGULATING_FUNCTIONS MOTILITY-TEMPERATURE_DEPENDENT_REGULATION,PGPT0016185-hosA-K22489 NA NA D1-12_00862 3120 smc_4 Chromosome partition protein Smc ATGAAAAACATTATCCGAGCCCGCTGGATCATCGCCGCGGTATGGGTCGCCGCAACGGTGATATTTATGCTTACAGCGCCTGATATGGCTGAATTGACACGGGAGAAAGGGCAGATTTCCGTACCGGACGGATATTCCTCTTCTTACGCCCATGAATTGCTTGATGAAATGTCTGGTTCAGATGCACCGTCTTCTTCTGCCGTCATCGTATTTCACGAAAAAGGCTTAATGACAGACAAAAAAGATCGTCTGGAAGAAGCCGTCAGCACTTTGTCTGAACATAAAAAAGCGCTTCAGATTAAAACGATGACCTCATACTTCGGGGAGAAAAATGACGACATCAAAAAACAGCTGCTGTCAAAAGACAGACAAACGATGCTCGTTCAGCTGCAGCTTGATACATCCAAAAACGATATCATCGAAATAAAAAATAAAATTGATAAAGAGCTGAAACCGTACGGCGTATCATACGGCATTACAGGCCAATCGCTGATCGACGAAGATGTGTTAAAAAGCTCACAGGACGGCTTGAAAAAGACTGAATATATAACGGTTGCCTTTATCCTGATCGTGCTGATTCTTGTATTTCGGTCAGTGGTCGCTCCGTTTGTGCCGCTTTTATCTGTATTGATATCTTATTTAGTCAGCCAGTCGATTGTCGCATTTTTAGTCGATCAGCTGGATTTTCCGCTCTCAACTTTTACTCAGATTTTTATGGTGGCGATTATGTTCGGAATCGGCACAGACTATTGCATTCTGCTTCTCAGCAGGTTTAAAGAAGAACTGTCGCATGGCGCTGATATAAGAGAAGCGATCGTCGTGACTTACAAAACGGCCGGAAAGACGGTTTTGTACAGCGGCGGTGCGGTGCTGATCGGATTTGCCTGCATCGGATTTGCGACATTTAAGCTGTATCAGTCGGCAGCGGCCGTTGCGGTCGGTGTCGCGGTGCTGCTGCTTGCGCTCATGACGATCGTGCCGTTTTTTATGGCTGTTTTAGGAAAAAGACTGTTTTGGCCTGTTAAGGGCGATATTTCCCATCCTCAAAGCAAAGCATGGGAAACGTCAGGGCGGTTTTCATTTAAAAGGCCGCTCATCAGTCTTGCAATCGTTGCGGTATTCACCGTCCCGCCTATCCTTCTTTACAAAGGGTCGCTATCTTACAACAGTCTTGACGAAATCGGGGATAAATATGAATCCGTCCGCGCGTTTAATACGATTTCAGACGCATTCGGCCCGGGAGAACTTCTTCCGGCCACTGTCGTCATCAAAAATGATGAGACTCTAAATACCGAAAAACACCTGATTGATATCGAAAAAATCAGCAGAGAACTTGAAAAAACAGAGGGTGTAAAAACGGTCAGAAGCGCCACGCGCCCTGCTGGAAACGGATTGAATCAATTATTTGTCACAAATCAGGCAAAGCAGCTTCAAGAAGGGCTTGATAAAGGCAATACAGGACTTGAAAAAATCACGGACGGATTAGGGCATGCCGCAAAGTCGTTAGTTGATTCACAGCCGCAGATCGAAGAGTCGGGGAAAAGCGTCAATCAGCTTATTGACGGAACATTGTCTCTGAAATCCGGGCTTTCTGATATAGGAGAAAACCTGAATAAACTGCAGGCTGGCGTGAACGAGAATAAAGCCGGCGTCGCCCAGATGAGAAAGCAGATTGAAGAGCAAAAACAAATGCTGACTTCACAGCTCAGCCAAAATAGCGGTCTCGCTTCAGAAACGCAAAACGCTTTAAAATTGGTAAAAACCGTCCTGCCGATGAAAGATGAAGCCAGCAGACAGCTTGCCGATTTGAACAAGCAGCTTGCCCGGCTGCCGTTTGCAAAATTGGAAGCGTCAATACCGTCAGTCAAAACCGATCCCTCTTACCAAGAAATCAAATCGGCCTTTACGGGTGTACAGTCAGCCGTTTCCAAGGCAAACGCGGATGCAGAAGCTTTTTCTAAACAGGTCGACAGTCAAAAGGATCATCTGCAGCAAGCGGAAAAACAATTTGCCCGGCTGGCAGCCGCTCAGAAGAAGATTGACACTCAAATTAACGCAATGATCAACGGTTTGACCAGTATTGAAAACGGTCTGCAGCAAGTGTCAGACGGACAGGGGGCTCTCGCAGGACAAATGCCGCGCCTTGAATCGGCGGCAGGACAGCTCGCGGAGGGCCAGAAAAAAATGAAGAGCGGTCTCGGTGATTTTTCTTCCCGGCTCAGCGATCTTTCTTCAGGCCTTAACGACAGTGTAAAAGGGCTTAAGAAAGTATCAAGCGGCATGATGGGGGCGAATGATTACCTGGGTGAGCTTCACAAGGCGTCAGACAAAGAAATGACAGGCTGGTTTGTGCCGAAAGACGCCTTGAAAAACAGTGATTTCACAAGCGTGTTTAATACGTACATGTCAGATGACAGAAAAACGACAGAATTGACTGTCGTTCTTGATAACAATCCTTACTCAAATACGGCCATTCAAGATATTCAAGCGATCAAAGCGAGCGTAAAAAGGGCCATTCCGAACACGGATCTGAAGAATGCTTCCTTCGGCGTTTCGGGAGTCTCCAGCATGAATGCCGATCTGAAGGAAGTATCGGATTCAGACTTCAAACGGACGGCAATGTTTATGCTGGCGGGAATTTTTCTGATTCTCATCGTGATGCTGCGCTCCCTCATTATGCCTGTTTATTTAGTGGCGTCGCTCGTACTGACGTATTTCGCATCCATCGGCGTAACGGAATACATCTTTACACACTTCTTCGGGTATCCGGGCGTAAACTGGGCCGTGCCGTTCTTCGGCTTTGTCATTTTGATGGCTCTTGGCGTGGATTATTCCATCTTTTTAATGGACCGCTTTAATGAGCTGAAAAAAGAAGGAACGGAACCCGCAATGATCAGCAGTATGAAAAATATGGGTTCCGTCATCATTTCTGCGGCGATTATTTTAGCGGGAACCTTTGCGGCCATGCTGCCGTCTGGCGTTCTTTCCTTATTACAGATTGCAACCGTGGTATTAACAGGCCTTCTCATGTACGCAATTGTCGTCCTTCCGTTTTTTGTACCGGTCATGGTGAAAATATTCGGAAGAGCCAACTGGTGGCCTTTCAATTTGAAAAAATAA MKNIIRARWIIAAVWVAATVIFMLTAPDMAELTREKGQISVPDGYSSSYAHELLDEMSGSDAPSSSAVIVFHEKGLMTDKKDRLEEAVSTLSEHKKALQIKTMTSYFGEKNDDIKKQLLSKDRQTMLVQLQLDTSKNDIIEIKNKIDKELKPYGVSYGITGQSLIDEDVLKSSQDGLKKTEYITVAFILIVLILVFRSVVAPFVPLLSVLISYLVSQSIVAFLVDQLDFPLSTFTQIFMVAIMFGIGTDYCILLLSRFKEELSHGADIREAIVVTYKTAGKTVLYSGGAVLIGFACIGFATFKLYQSAAAVAVGVAVLLLALMTIVPFFMAVLGKRLFWPVKGDISHPQSKAWETSGRFSFKRPLISLAIVAVFTVPPILLYKGSLSYNSLDEIGDKYESVRAFNTISDAFGPGELLPATVVIKNDETLNTEKHLIDIEKISRELEKTEGVKTVRSATRPAGNGLNQLFVTNQAKQLQEGLDKGNTGLEKITDGLGHAAKSLVDSQPQIEESGKSVNQLIDGTLSLKSGLSDIGENLNKLQAGVNENKAGVAQMRKQIEEQKQMLTSQLSQNSGLASETQNALKLVKTVLPMKDEASRQLADLNKQLARLPFAKLEASIPSVKTDPSYQEIKSAFTGVQSAVSKANADAEAFSKQVDSQKDHLQQAEKQFARLAAAQKKIDTQINAMINGLTSIENGLQQVSDGQGALAGQMPRLESAAGQLAEGQKKMKSGLGDFSSRLSDLSSGLNDSVKGLKKVSSGMMGANDYLGELHKASDKEMTGWFVPKDALKNSDFTSVFNTYMSDDRKTTELTVVLDNNPYSNTAIQDIQAIKASVKRAIPNTDLKNASFGVSGVSSMNADLKEVSDSDFKRTAMFMLAGIFLILIVMLRSLIMPVYLVASLVLTYFASIGVTEYIFTHFFGYPGVNWAVPFFGFVILMALGVDYSIFLMDRFNELKKEGTEPAMISSMKNMGSVIISAAIILAGTFAAMLPSGVLSLLQIATVVLTGLLMYAIVVLPFFVPVMVKIFGRANWWPFNLKK NA NA NA NA NA D1-12_00863 1281 hypothetical protein ATGACTTACGTAAATGAAATGAAGTCAAAGCACGGCGGGATCACCGCCCACATCGTAAAGACCGAGAAATTTAAAACCGTTTCGCTGACGTTTAAAATGCTGGCTCCTTTAACGAAAGAGCTCGTAACAAAAAGGGCGCTGTTTCCGCATGTGCTTCTGCGCGGAACAGAAAGCCGCCCGAAAACCGCTGATCTGCGGTCTTATTTTGATGAGCTGTACGGCACATCCGTTTCAGCTGATCTGACAAAAAAGGGAGAACGTCATGTCATTACGTTCAGACTTGAGATTCCTAATGAAAAGTATCTGAAGGACCGCACACCGTTATTGGAAAAAGGTCTTCAGCTTTTATCAGAGCTTGTCTTTTCGCCCGCTTTGGAAAACGGCGCCTTCCTGCCCCTTTATGTCACGCAGGAAAAACGGACGCTGAAACAGCGGATTCAAGCCGTATATGATGATAAGATGAGATATTCTAATCTGCGTCTCGTTCAGGAAATGTGCAAAAGCGAACCGTATGCCCTTCACGTCAACGGAGAGTTCGATGATGTTGAACACATTACACCGCAAGATTTGTATGAAGCCTATCAAAAAGCCATACGCGAAGATCAGCTGGACCTGTACGTCATCGGCGATGTTGATACAGATCAAGTGAAAACGGCCGTTGATACGTATTTTAAAACGGAAGAACGGGAGCTGCAGCCTTTTGAAAGAAGCGCGGCGAATGAACAGCCCGATCCGAAGGAAGTCATTGATGAAGAGGACGTCAAGCAGGGCAAGCTGAATATCGGATTCCGGACCAATACGACATATACAGATCCGGATTATCCGGCATTGCAGGTGTTTAACGGGCTGTTCGGAGGTTTCTCTCATTCAAAGCTGTTTATAAATGTCCGTGAAAAAGCGAGCCTCGCCTATTATGCAGCCTCAAGGGTGGAAAGCTTCAAAGGGCTTTTGATGGTCATGTCGGGCATTGAGGTGAAAAATTACAAGCAGGCCGTCACCATCATTGAAGAACAGTTTCAGGCTATGCAAAACGGTGACTTTTCAGAAGATGATATCGCCCAAACGAAAGCCGTTATTAAAAATCAAGTATTAGAAACGATTGATACGGCATACGGTTTAGCGGAATTTCTGTATCAGCAGGCCTCGGCCCAAGTAGAGATACCGATCGAAAGGTTCCTTGACAATATCGAGAAAGTGACAAAAGAGGACATTATCAATGTCGGAAAGAACATTAAGCTGGATACGACTTATTTCTTAAAAGGGACGGGGGGAGCATCTTGA MTYVNEMKSKHGGITAHIVKTEKFKTVSLTFKMLAPLTKELVTKRALFPHVLLRGTESRPKTADLRSYFDELYGTSVSADLTKKGERHVITFRLEIPNEKYLKDRTPLLEKGLQLLSELVFSPALENGAFLPLYVTQEKRTLKQRIQAVYDDKMRYSNLRLVQEMCKSEPYALHVNGEFDDVEHITPQDLYEAYQKAIREDQLDLYVIGDVDTDQVKTAVDTYFKTEERELQPFERSAANEQPDPKEVIDEEDVKQGKLNIGFRTNTTYTDPDYPALQVFNGLFGGFSHSKLFINVREKASLAYYAASRVESFKGLLMVMSGIEVKNYKQAVTIIEEQFQAMQNGDFSEDDIAQTKAVIKNQVLETIDTAYGLAEFLYQQASAQVEIPIERFLDNIEKVTKEDIINVGKNIKLDTTYFLKGTGGAS PGPT0003177_17 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-BACILLIBACTIN_METABOLISM,PGPT0003177-ymfF-NA NA NA D1-12_00864 1287 hypothetical protein TTGACTAAACCGATAAACTTCGAACAGCTTCAGGAAACGCTGTATCATGAAAAAATGGCAAACGGCCTTGATGTCTATGTGCTGCCGAAACAGGGCTTTAATAAAACATACGCCGTGTTTACGACAAAGTACGGTTCCATTGACAATCAATTCGTTCCTTTAAATAAGGAAGAAATGGTACACGTCCCTGACGGAATCGCGCATTTTCTGGAGCATAAACTGTTTGAAAAAGCGGACGGCGACGTGTTTCAGGACTTCAGTAAGCAGGGGGCGTCGGCAAATGCCTTTACATCATTTACACGAACCGCTTATCTGTTCTCCAGCACTTCTAATGTGGAGAAAAACCTGGAGACACTCGTGGATTTTGTTCAGGACCCGTATTTCACGGAAAAATCAGTTGAAAAAGAAAAAGGCATCATCGGCCAGGAAATTAATATGTATGATGATAATCCGGATTGGCGGCTGTTTTTCGGCCTTATCGAAAATATGTATAAAGACCACCCCGTGAAAATTGACATTGCCGGAACGGTGGAGAGCATCTCTCATATTACGAAAGATCTGCTGTATGAGTGCTACGAAACGTTTTATCACCCGAGCAATATGCTGCTCTTTATCGTCGGTCCCGCAGATCCTGAAGCGGTCATCAGCCAGGTGCGGAAAAACCAGGAGAAAAAGCCGTTTACAGACCAGCCCGAAATCAAACGTGAAGAAGTTCAGGAGCAGGAAGCGGTTTTCCGCCGGGAGCAGGAGTTAAAAATGAACGTGCAAGGCTCAAAATGTCTTGTCGGCTTAAAGGCGAAAGACCCTTATAAAACGGGGCAGGAGCTGTTGAAGCACGAGCTCAGCATGAACCTCATGCTTGAATGTCTCTTCGGAAAAAGCTCACCGCATTACGGTGACTTGTACGACAAAGGCTACATTGATGAAACCTTCAGCTTTGATTACACGGCTGAATACGGATTCGGTTTTGCCTCTGTCGGAGGAGATACACCGGAGCCGGATAAGCTCGCTGACGAATTAAAACACATGCTGCTTGATGCGGAATCAGCCGTGACTGCGGAAAAACTTGATCTTGCGAGAAAAAAGAAGATCGGGTCATTCTTAAAAGCGCTCAATTCGCCTGAATATATCGCCAACCAATTTACACGCTACGCCTTTTTAGATATGAGTCTGTTTGATGTCGTAACCGTACTGGAGCAGATTACGCTGGAAGACGTAAAGCGGGTCATTAAAGAAGAAATATCAGAAGACAGGCTGACAGTCTGTAAAGTCGTGCCAAAATCATAA MTKPINFEQLQETLYHEKMANGLDVYVLPKQGFNKTYAVFTTKYGSIDNQFVPLNKEEMVHVPDGIAHFLEHKLFEKADGDVFQDFSKQGASANAFTSFTRTAYLFSSTSNVEKNLETLVDFVQDPYFTEKSVEKEKGIIGQEINMYDDNPDWRLFFGLIENMYKDHPVKIDIAGTVESISHITKDLLYECYETFYHPSNMLLFIVGPADPEAVISQVRKNQEKKPFTDQPEIKREEVQEQEAVFRREQELKMNVQGSKCLVGLKAKDPYKTGQELLKHELSMNLMLECLFGKSSPHYGDLYDKGYIDETFSFDYTAEYGFGFASVGGDTPEPDKLADELKHMLLDAESAVTAEKLDLARKKKIGSFLKALNSPEYIANQFTRYAFLDMSLFDVVTVLEQITLEDVKRVIKEEISEDRLTVCKVVPKS PGPT0003179_58 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-BACILLIBACTIN_METABOLISM,PGPT0003179-ymfH-NA NA NA D1-12_00865 729 fabG_2 3-oxoacyl-[acyl-carrier-protein] reductase FabG ATGAAACAGACAGCGCTCGTAACCGGAGCAAGCGGCGGAATCGGACAAAGTATAAGTGAAGTCCTCGCAAAAAACGGATATGACGTCCTTTTGCATTATCATTCTAATAAGGAAGCCGCACACAGGCTTGCGGAAAGGCTGAGCGCATCATTCGGCGTAAAAGCCTCCGTTATTCAGGCGGATCTGTCCTCACCGGATGGCGCGGAGACACTCAGCCGTTCCGTTAAGCAGCCTGTGGACGCTCTGATATTAAACAGCGGCAAAAGTCATTTCGGCCTGATTACGGACGTTACGGATGACACGGCGCGGGAGATGGTGCAGCTGCATGTGACGAGTCCGTTTCTTTTGGCGCGTAATCTGGTGCCCGGCATGATCCGGAAAAAAAGCGGGGGCATCGTCGCGATCGGTTCCGTCTGGGGAGAAACCGGCGCATCGTGCGAGGTATTATACAGCATGGTCAAGGGAGCGCAGCATTCGTTCGTCAAAGCGCTTGCCAAAGAGCTTGCTCCGAGCGGCGTCCGCGTGAATGCAGTCTCGCCGGGTGCCGTTGATACAAATATGCTTGATCAGTTCACGTCTGATGAAAAAGAAGCGTTGGCAGAGGAAATTCCCGCGGGCCGGCTGGCAAAGCCGGAGGAAATCGCCGAAGCGGCGGCCTTTTTATTATCGGACAAGGCTTCCTATATTACGGGGCATATATTATCCGTAAACGGCGGCTGGCACTGCTGA MKQTALVTGASGGIGQSISEVLAKNGYDVLLHYHSNKEAAHRLAERLSASFGVKASVIQADLSSPDGAETLSRSVKQPVDALILNSGKSHFGLITDVTDDTAREMVQLHVTSPFLLARNLVPGMIRKKSGGIVAIGSVWGETGASCEVLYSMVKGAQHSFVKALAKELAPSGVRVNAVSPGAVDTNMLDQFTSDEKEALAEEIPAGRLAKPEEIAEAAAFLLSDKASYITGHILSVNGGWHC PGPT0003180_20287 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 D1-12_00866 258 yflH_1 putative protein YflH ATGTCAGTATTAGAAAACTGGGATAATTGGAAGAATTTCCTTGGCGACAGATTGAACTATGCGCAGGAAAAAGGGATGAGTGATGAAACGATCACTGACCTCGCTACAGAAATCGGCGGTTACCTTGCGAACGAAGTCGACTCGAAAAACCATCAGGAAAAAGTGCTTGCTGATCTTTGGAGCGTTGCTTCTGAAGATGAACAGCGCGCCATCGCAAATATGATGGTGAAGCTTGTTGAAAATAACAGCACTCATTAA MSVLENWDNWKNFLGDRLNYAQEKGMSDETITDLATEIGGYLANEVDSKNHQEKVLADLWSVASEDEQRAIANMMVKLVENNSTH PGPT0003182_789 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-BACILLIBACTIN_METABOLISM,PGPT0003182-ymfJ|yflH-NA NA NA D1-12_00867 792 hypothetical protein TTGGCAAAGCTCGAATGGTATTTTGAATATGAAATTCAAGTGAACCGCCCCGGCCTGCTCGGGGATATTTCATCTCTTCTCGGGATGCTGTCAATTAATATTGTCACAATTAACGGTGTCGACCTTTCCAGAAGGGGAATGCTGCTCAGATGCCGGCATATAGATCAAATTAAACGATTGGAATCAATTTTAAAAACAATGGAGACCATTAAAGTAACGAAGCTGAGAGAACCGAGGCTTCGCGACCGTCTCGCAGTCCGCCACGGAAGATACATTCAGCGTGATGCCGATGACAAAAAAACCTTCCGTTTTGAAAGGGACGAGCTCGGTCTTCTGGTTGACTTTATGGCCGAGCTGTTTAAAAAAGAAGGGCACAAACTGATCGGAATCCGTGGAATGCCGAGGGTCGGAAAAACGGAGTCCATCGTTGCGTCAAGCGTTTGTGCCAGCAAAAGATGGCTTTTCGTATCATCAACGCTGCTAAAACAAACGATCCGGAGCCAGCTGGTTGCCGATGAATACAGCACGGAAAACGTGTTTATCCTCGACGGCATCGTTTCGACAAGACGGGGATCTGAGCGCCATCTTCAGCTCGTCAGTGAAATTATGCGGCTTCCGGCGACAAAGGTCGTGGAGCACCCCGATATTTTTGTTCAAAATTCGGAGTATACGCTCGATGATTTCGATTATATTATCGAACTCAGAAATGATCCTGACGAAGTCATTACATATGAACATGCAGAAGAACCGCAAATGTTTGATCAGACCGGTTTTTCAAGCTTTGATTTTTAA MAKLEWYFEYEIQVNRPGLLGDISSLLGMLSINIVTINGVDLSRRGMLLRCRHIDQIKRLESILKTMETIKVTKLREPRLRDRLAVRHGRYIQRDADDKKTFRFERDELGLLVDFMAELFKKEGHKLIGIRGMPRVGKTESIVASSVCASKRWLFVSSTLLKQTIRSQLVADEYSTENVFILDGIVSTRRGSERHLQLVSEIMRLPATKVVEHPDIFVQNSEYTLDDFDYIIELRNDPDEVITYEHAEEPQMFDQTGFSSFDF PGPT0003183_13 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-BACILLIBACTIN_METABOLISM,PGPT0003183-ymfK|ymfkn|ymfKc-NA NA NA D1-12_00868 900 hypothetical protein GTGACAGAATTAGCAATCCGGCTTAAAGAAGCCAGAGAGGAAAAAGGGATGTCATTGGATGAACTCCAGGCGGCGACGAAAATTCAGAAAAGATACTTAACCGCTCTGGAAGAAGGCAATTATGACGTCATTCCCGGCAATTTTTATGTGCGGGCGTTTATCAAGCAATACGCTGAAGCTGTCGGGCTTGATTCAGATCAGTTATTTGAAGAATACAAAAAAGACATCCCTAACACGTACCATGACGATGTGTCGGAAAAAATCTCCGGTCTTGCCATGCAAAGGGAGCTTCCTAAGTCCGCTTCAAAGGCGGCGGAATGGCTTCCGACCGTCCTTGTCGTCATCGGTGTCATTATCGTCATCGCGATCATTTATGCGATTATTCAGCTCGGAATGAGTAAATCCGGGCAGACAGACGGAGACAAAGCCGTCACCCAAAGTGAGAGCAAGTATGAGATTCCTAAGGATTCTGCGCTGAAAAACGACGGCAATACAAATGACGAAGCGCAATCTGACAGCAAGAAAGATAAAAAGGACACAAAAGCATCAGAGCAGAAAAAGAAAGAAAAAAGCAGTGAAAAGACGGAGATCAAAGCGGCCGGAACGGAAGGCTCAGCTTCTTCATACAACGTCTCCGGGGCAGATAAGTATAAGCTTGAACTGATTGCTTCTGACAGCGCATGGATCCGCGTCCGTGATGACAGCGGCGGTTCTTTAAAAGAAGGAACGCTGCAAAAAGGCGAAACCTTTAAAAAAGACGTCACGGATCAAAAGCAGATTGAAATCCGCACGGGCTATGCCCCTAACCTGAAAATTAAAATCAACGGAGAGGTTCTGTCCTATGAACTCAATCCGCATGATGTGATGGCGCAGACCATCACAATCAAGATGAAAAAATAA MTELAIRLKEAREEKGMSLDELQAATKIQKRYLTALEEGNYDVIPGNFYVRAFIKQYAEAVGLDSDQLFEEYKKDIPNTYHDDVSEKISGLAMQRELPKSASKAAEWLPTVLVVIGVIIVIAIIYAIIQLGMSKSGQTDGDKAVTQSESKYEIPKDSALKNDGNTNDEAQSDSKKDKKDTKASEQKKKEKSSEKTEIKAAGTEGSASSYNVSGADKYKLELIASDSAWIRVRDDSGGSLKEGTLQKGETFKKDVTDQKQIEIRTGYAPNLKIKINGEVLSYELNPHDVMAQTITIKMKK NA NA NA NA NA D1-12_00869 582 pgsA CDP-diacylglycerol--glycerol-3-phosphate 3-phosphatidyltransferase ATGTTTAACTTACCGAATAAAATCACACTGGCAAGAATCGCTTTAATTCCTGTATTTATGATTATCATGCTTGTTCCTTTTCAGTGGGGCAGCGTTCATATAGGGGATGAATCGATTCCGGTAGCGCATCTTACGGGAGCTGTTTTATTCATTATCGCATCAACGACTGACTGGGTGGATGGCTACTACGCCAGAAAACTGAACCTCGTGACAAACTTCGGGAAATTTTTAGATCCGCTGGCTGACAAACTGCTGGTATCCGCGGCATTAATTACGCTTGTGCAGTTTGACCTTGCGCCGGCGTGGATGGTCATCATCATCATCAGCCGCGAATTTGCCGTAACGGGATTAAGACTTGTGCTGGCGGGAACGGGGGAAGTTGTAGCCGCCAATATGCTGGGGAAAATTAAAACATGGGCTCAGATCATCGCTGTTGCCGCGCTTTTGCTGCATAATCTTCCGTTTGAGCTCGTTTCTTTCCCGTTCGGCGATATCGCTTTATGGGTAGCTGTGCTCTTCACAGTCATTTCCGGCTGGGATTATTTTGCGAAGAACTGGGATGCGTTAAAAACATCTAACTAA MFNLPNKITLARIALIPVFMIIMLVPFQWGSVHIGDESIPVAHLTGAVLFIIASTTDWVDGYYARKLNLVTNFGKFLDPLADKLLVSAALITLVQFDLAPAWMVIIIISREFAVTGLRLVLAGTGEVVAANMLGKIKTWAQIIAVAALLLHNLPFELVSFPFGDIALWVAVLFTVISGWDYFAKNWDALKTSN PGPT0007705_3151 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROPHOSPHOLIPID_REMODELLING CE-REMODELLING_GPL_PHOSPHATIDYLTRANSFERASE_ACTIVITY,PGPT0007705-pgsA|PGS1-K00995 NA NA D1-12_00870 1251 cinA COG1058 Putative competence-damage inducible protein ATGGAAATAGCAAAAAAAGCAGAAATCATTGCAGTCGGCTCGGAGCTTCTGCTCGGCCAGATCGCCAATACGAACGCGCAGTTTATCAGTAAAGAGCTGGCGGAAATCGGTGTAAACGTGTTTTATCATACCGCTGTCGGTGACAATCCGGAGCGGCTTAAGCAAGTCATCCGCATTGCCGAAGAGCGCTCAGACCTGATTATTTTTTCAGGCGGCCTCGGGCCGACCAAGGACGATTTAACGAAAGAAACCATTGCAAACACACTGGGGCGCCCGCTCGTTCTGAATGACGAAGCATTCCGGTCGATCGAAGAATATTTCGTGAAAACAAAACGGACCATGTCGCCGAATAACCGCAAACAGGCGCTCGTCATTGAGGGCTCAGACGTTTTGGCGAATCATTTCGGCATGGCGCCGGGAATGCTTGCAGAGCACGGCTCAAGGCTTTATATGCTGCTTCCCGGGCCGCCGAGCGAGCTGTGTCCGATGTTTGAAAATGAAGCGAAGCCGCTGCTTCTTAAAAAGCTCGGTTCTAATGAGAAAATCGTTTCAACCGTGCTGCGGTTTTTCGGAATCGGTGAATCCCAGCTTGAAGCTGATTTAGAAGATATCATTGATGCGCAGACGAACCCGACGATTGCGCCGCTTGCTGCTGACGGAGAGGTCACGCTGCGTTTAACGGCGAAACATGCTGACGAAAAAGAAACAGAACGGCTTTTAAAAGAAACGGAAGCCGCCATTTTAGAACGTGTCGGTGAATTTTTCTACGGATATGATGATACGTCTCTGGTGAAGGAGCTTTCAAAAGCATGCAGACAAAACAAAATCACGATTTCCTCTGCCGAAAGCTTTACAGGCGGCCTGTTTTCAGAGTGGGTGACTGATTTAAGCGGTGCGTCTCAACTATTTGCAGGGGGCGTTGTCTGTTATTCCGACAGCGTGAAACAGCATGTGCTCGGCGTGAAAGCTGAGACGCTCGCAGAAAGCGGAGCGGTCAGCAAAGAGTGTGCGAAAGAGCTTGCAGCCGGTGTGAGAAAGCTGACCGGAAGCGATATCGGCATCAGCTTTACCGGGGTTGCGGGTCCCGACCCGCAGGAAGGGCATGCTCCCGGCCGCGTCTTTATCGGCATTTCGGCGGAAGGAAAAGAAGAGGTGCACGAATTTAACTTTGCCGGCTCAAGAACCGGAATCAGAAAGCGCGCCGCTAAATACGGCTGCCATCTCATTTTAAAAATGCTGGATCAAAAATAA MEIAKKAEIIAVGSELLLGQIANTNAQFISKELAEIGVNVFYHTAVGDNPERLKQVIRIAEERSDLIIFSGGLGPTKDDLTKETIANTLGRPLVLNDEAFRSIEEYFVKTKRTMSPNNRKQALVIEGSDVLANHFGMAPGMLAEHGSRLYMLLPGPPSELCPMFENEAKPLLLKKLGSNEKIVSTVLRFFGIGESQLEADLEDIIDAQTNPTIAPLAADGEVTLRLTAKHADEKETERLLKETEAAILERVGEFFYGYDDTSLVKELSKACRQNKITISSAESFTGGLFSEWVTDLSGASQLFAGGVVCYSDSVKQHVLGVKAETLAESGAVSKECAKELAAGVRKLTGSDIGISFTGVAGPDPQEGHAPGRVFIGISAEGKEEVHEFNFAGSRTGIRKRAAKYGCHLILKMLDQK PGPT0013455_922 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013455-pncC-K03742 NA NA D1-12_00871 1044 recA COG0468 Protein RecA ATGAGTGATCGTCAGGCAGCCTTAGATATGGCTCTTAAGCAAATAGAAAAACAATTCGGCAAAGGTTCCATCATGAAGCTCGGAGAAAAAACAGATACAAGAATTTCAACGGTGCCAAGCGGTTCCCTTGCACTTGATACCGCTCTCGGAATAGGCGGATACCCGCGCGGACGGATTATTGAAGTATACGGACCTGAAAGCTCAGGTAAAACGACTGTAGCGCTTCACGCAATCGCTGAGGTTCAGGAAAAAGGCGGACAGGCAGCATTTATTGATGCTGAGCATGCTCTTGATCCTGTTTACGCGCAAAAGCTCGGTGTCAATATCGAAGAGCTTCTGCTTTCTCAGCCGGATACGGGAGAGCAGGCGCTAGAGATTGCTGAAGCGCTGGTGCGAAGCGGAGCTGTTGATATCGTAGTCGTTGACTCTGTTGCGGCGCTTGTTCCAAAAGCTGAAATTGAAGGTGACATGGGTGATTCACACGTCGGTTTACAGGCGCGTCTCATGTCTCAGGCGCTCCGTAAGCTTTCCGGCGCCATCAATAAATCTAAAACAATCGCAATCTTTATTAACCAGATTCGTGAAAAAGTCGGCGTTATGTTCGGAAATCCGGAGACGACACCGGGGGGCCGCGCGCTGAAATTCTATTCTTCCGTGCGCCTTGAAGTGCGCCGTGCCGAGCAATTAAAGCAGGGCAACGACGTCATGGGGAATAAAACGAGAATTAAAGTCGTAAAAAACAAAGTCGCTCCTCCGTTCCGTACGGCTGAAGTGGACATTATGTACGGTGAAGGAATCTCCAAAGAAGGGGAAATCATCGACCTTGGAACTGAACTGGATATCGTCCAAAAAAGCGGTTCATGGTATTCTTATGAAGAAGAACGCCTCGGCCAGGGCCGTGAAAACGCCAAGCAGTTCTTAAAAGAAAATAAAGACATCATGCTGATGATTCAGGAGCAAATCCGTGAATATTACGGTTTGGACAATAACGGTGTAACGGACAAAGCGGAAGAAGTTCAGGAAGAGATGGAATTAGAAGAATAA MSDRQAALDMALKQIEKQFGKGSIMKLGEKTDTRISTVPSGSLALDTALGIGGYPRGRIIEVYGPESSGKTTVALHAIAEVQEKGGQAAFIDAEHALDPVYAQKLGVNIEELLLSQPDTGEQALEIAEALVRSGAVDIVVVDSVAALVPKAEIEGDMGDSHVGLQARLMSQALRKLSGAINKSKTIAIFINQIREKVGVMFGNPETTPGGRALKFYSSVRLEVRRAEQLKQGNDVMGNKTRIKVVKNKVAPPFRTAEVDIMYGEGISKEGEIIDLGTELDIVQKSGSWYSYEEERLGQGRENAKQFLKENKDIMLMIQEQIREYYGLDNNGVTDKAEEVQEEMELEE PGPT0007235_3452 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0007235-recA-K03553 NA NA D1-12_00872 1182 pbpX COG1680 Putative penicillin-binding protein PbpX ATGACGAGCCCCCGCCGCACAAGAATAAATAAAAAAAGAAAGAAGAAGCTGATGAAAACGGGAGGGCTGTTTCTTTTTCTGCTGCTTGTCACTGTTTTTATTATGATCTGGACCGTCACAGCGCATCACCGGGAGAAGGAATCCGTTAAAAGCGCTCCCGCCGCTCAATCTGATACTTCAAAAGACCAGACTCAACAGAAAAAAGAAAAGACGCAAAAAGAGAAAACACCTAAATCAATCGATCACAATAAACAGATCAGCAATTACTTGCAACAGATCGGGTTCAGCGGCACAGCAATGATCGTAAAAGATGGAAAAGTTGTGCTGAAAAAAGGCTTTGGCTATGCGGACCGAAAACAAAAAATTAAAAACAATCCGGAGACATCATATTATATCGGTTCTTCACAAAAAGCGTTAATCGCGACGGCTGTCCTGCAGCTTGAAGAAAAAGGGCTGCTGCAGACGAGTGACCCCGTCAGTACATACTTGCCGAATTTTCCTAACGGCACGCGCATTACATTGAAAAACCTGCTCAATCATACGTCCGGCATAAACGGGCATATTGAGGGTCAGGGACCGATTTCTCCAATTGATTTAATCAAGGATATAGAAAACCGCGGAATTAAACGGCAGCCCGGGGTTTGGGATTACAGGGATTCCAACTATTCAGTGCTTGCTTATATCGTATCTCAGGTCAGCGGGGAGCCTTATGAACAATATATAAAAGAACACGTGTTCAAACCGGCCGGAATGAAGCATGCCGGATTTTACAAAACATTTGCCAAAGCCAAATATCCTGCCGTCGGCTACAAAGTCGATGAGAGCGGCAGTCTTGTAACGCCGCACCTTTTGGACTTATCGCAGCTGTACGGGGCAGGCGACATGTATATGAGCGCTGAAGATCTCTATAAATTTGATAAAGCGATCGTAAACAACACGCTCCTTTCAAAAGCAAGCTTCACAAAAATGTTTACAGCAGGAAGCAGTGCCGCTTACGGCATGGGGTTTTACATTGATCCGGGAAGCTATTCCAATCACGGTGTTATGCCCGGTTACAACATTTTGAACAGCTTCAGCCATTCGGCAAGCAAATATGTCATATTACTGTCAAACATTCAGAATAACGCCAAATTGGGACAGGTAAACAATAGAATTTATCAATTGCTTAACCAGGCGGACTGA MTSPRRTRINKKRKKKLMKTGGLFLFLLLVTVFIMIWTVTAHHREKESVKSAPAAQSDTSKDQTQQKKEKTQKEKTPKSIDHNKQISNYLQQIGFSGTAMIVKDGKVVLKKGFGYADRKQKIKNNPETSYYIGSSQKALIATAVLQLEEKGLLQTSDPVSTYLPNFPNGTRITLKNLLNHTSGINGHIEGQGPISPIDLIKDIENRGIKRQPGVWDYRDSNYSVLAYIVSQVSGEPYEQYIKEHVFKPAGMKHAGFYKTFAKAKYPAVGYKVDESGSLVTPHLLDLSQLYGAGDMYMSAEDLYKFDKAIVNNTLLSKASFTKMFTAGSSAAYGMGFYIDPGSYSNHGVMPGYNILNSFSHSASKYVILLSNIQNNAKLGQVNNRIYQLLNQAD PGPT0023445_64 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-TEICHOIC_ACID_METABOLISM CE-EPS-TEICHOIC_ACID_METABOLIC_PATHWAY,PGPT0023445-fmtA-K22580 NA NA D1-12_00873 1560 rny COG1418 Ribonuclease Y ATGACCCCAATGACGGTTCTCATCTCCATTTTGCTGACTCTGCTCGGTTTAGTTGTTGGCTACTATGTTCGTAAAACCATTGCCGAAGCAAAGATTGCGGGCGCACGCGGTGCTGCCGAGCAAATCCTTGAAGATGCAAAGCGTGATGCTGAAGCACTGAAAAAAGAAGCTCTGCTTGAAGCAAAGGACGAAATCCATACACTTCGAATAGATGCTGAACAGGAAGTTCGTGAAAGACGAAATGAGCTTCAAAAACAAGAAAACCGTTTACTTCAAAAAGAAGAAAATCTTGACCGTAAACATGAAGGAATTGATAAACGGGAAGCGATGTTGGAGAAGAAAGATCATTCTCTGAATGAACGACAACAACATATTGAAGAGATGGAAAGCAAAGTGGATGAGATGATTCGTATGCAGCAGTCAGAACTCGAACGCATTTCGAGCCTGACACGGGATGAAGCGAAACAAATCATTCTTGACCGGGTTGAAAATGAGCTTTCACATGACATCGCCATCATGACAAAAGAAACCGAAAACCGTGCGAAAGAAGAGGCAGATAAAAAGGCGAAAAACATTCTGTCGCTTGCTTTGCAGCGCTGTGCAGCAGATCATGTTGCCGAAACGACGGTATCGGTCGTCAATCTTCCGAATGATGAGATGAAAGGACGTATCATCGGCCGTGAAGGGCGTAACATTCGTACGCTTGAAACGCTTACAGGTATTGACCTGATTATTGATGACACACCTGAAGCAGTCATTCTTTCCGGATTTGATCCGATCAGACGGGAGACGGCAAGAATCGCTCTTGATAAACTCGTTCAGGATGGCCGTATTCACCCGGCGCGCATTGAAGAAATGGTTGAAAAATCCCGCCGTGAGGTTGATGACTATATCCGGGAAATGGGTGAGCAGACGACGTTTGAAGTCGGCGTTCACGGACTCCACCCGGATCTGATCAAGATCCTCGGCCGGTTGAAATTCCGTACAAGCTACGGGCAGAACGTACTGAAACATTCTATGGAAGTTGCGTTTTTAGCCGGTTTAATGGCTTCCGAGCTTGGAGAAGATGCAAAGCTTGCCAAGCGGGCCGGTCTTCTGCATGACATCGGAAAAGCAATTGACCATGAAGTGGAAGGAAGCCACGTGGAAATCGGAGTGGAGCTTGCGACCAAATATAAAGAGCATCCAGTCGTCATTAACAGTATTGCGTCACACCACGGAGACGAAGAGCCGACTTCCATTATCGCCGTTCTGGTCGCTGCCGCTGATGCACTGTCAGCCGCAAGACCGGGCGCGAGAAGTGAAACGCTCGAAAACTATATCCGCAGACTTGAAAAGCTTGAAGAAATCTCCGAGTCTTACGAAGGTGTTGAAAAATCATTTGCGATTCAGGCCGGCCGTGAAGTTCGCATCATGGTGAAGCCGGACTCCATTAATGATTTAGAAGCCCATCGTTTGGCACGTGATATCCGTAAACGAATTGAGGACGAGCTTGATTATCCGGGCCACATTAAAGTGACCGTAATCAGAGAAACTCGAGCCGTAGAGTATGCAAAATAA MTPMTVLISILLTLLGLVVGYYVRKTIAEAKIAGARGAAEQILEDAKRDAEALKKEALLEAKDEIHTLRIDAEQEVRERRNELQKQENRLLQKEENLDRKHEGIDKREAMLEKKDHSLNERQQHIEEMESKVDEMIRMQQSELERISSLTRDEAKQIILDRVENELSHDIAIMTKETENRAKEEADKKAKNILSLALQRCAADHVAETTVSVVNLPNDEMKGRIIGREGRNIRTLETLTGIDLIIDDTPEAVILSGFDPIRRETARIALDKLVQDGRIHPARIEEMVEKSRREVDDYIREMGEQTTFEVGVHGLHPDLIKILGRLKFRTSYGQNVLKHSMEVAFLAGLMASELGEDAKLAKRAGLLHDIGKAIDHEVEGSHVEIGVELATKYKEHPVVINSIASHHGDEEPTSIIAVLVAAADALSAARPGARSETLENYIRRLEKLEEISESYEGVEKSFAIQAGREVRIMVKPDSINDLEAHRLARDIRKRIEDELDYPGHIKVTVIRETRAVEYAK NA NA NA NA NA D1-12_00874 795 ymdB COG1692 2',3'-cyclic-nucleotide 2'-phosphodiesterase ATGAGAATTTTATTTATCGGAGATGTTGTCGGTTCCCCGGGCCGCGACATGGTAAAAGAATATGTCCCGAAACTGAAAGCGAAACATAAACCGCATTTTACAATTATTAACGGAGAAAATGCAGCACACGGAAAAGGACTGACAGAAAAGATCTACCACAGCCTGATGGAAGCGGGAGCCGATGCCATTACAATGGGAAACCATACGTGGGATAAAAGAGAGATCTTCGACTTTATTGATGATGTGCCGCATCTTGTCCGCCCGGCGAACTTCCCGGAAGGTACACCGGGCAAAGGCATTACCTATATTAAATCGAACGGAAAAGAGCTTGCCGTCATTAATTTACAGGGGCGGACGTTTCTTCCGCCGCTTGATGATCCGTTTGCTAAAGCGGATGAATTAATAGAAGAAGCGAAAAAGCGCACGCCGTACATTTTTATTGATTTTCACGCCGAAGCGACAAGCGAAAAAATTGCGATCGGCTGGTACACAGACGGAAGAGCCTCTGCCGTGGTAGGCACCCATACACACGTGCAAACGGCAGATAACCGCATTTTACCGAAAGGAACGGCATATATTACTGATGTAGGCATGACGGGTCCGTACGACGGAATTCTCGGTATGGACAGAGAAACGGTCATCAAGCGGTTTAAAACCAATCTTCCCGTCCGGTTTACGGTGGCGGAAGGTAAAACTACGCTGAGCGGAGTGCTCATTGACATCGACGATCAAACGAAAAAGGCCGTAAATATCGAACGGATATTAATCAATGATGACCATATGTTCTTTGAATAG MRILFIGDVVGSPGRDMVKEYVPKLKAKHKPHFTIINGENAAHGKGLTEKIYHSLMEAGADAITMGNHTWDKREIFDFIDDVPHLVRPANFPEGTPGKGITYIKSNGKELAVINLQGRTFLPPLDDPFAKADELIEEAKKRTPYIFIDFHAEATSEKIAIGWYTDGRASAVVGTHTHVQTADNRILPKGTAYITDVGMTGPYDGILGMDRETVIKRFKTNLPVRFTVAEGKTTLSGVLIDIDDQTKKAVNIERILINDDHMFFE PGPT0021405_691 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021405-ymdB-K09769 NA NA D1-12_00875 261 spoVS COG2359 Stage V sporulation protein S ATGGAAATCTTAAAAGTTTCAGCAAAATCAAGTCCAAATTCAGTAGCAGGCGCGCTTGCCGGTGTATTGAGGGAACGCGGAGCCGCCGAAATTCAAGCAATTGGGGCGGGTGCCTTAAACCAGGCTGTTAAAGCGGTTGCGATTGCCAGAGGCTTTGTCGCGCCAAGCGGCGTAGATTTGATTTGTATTCCGGCTTTTACAGATATACAGATTGACGGAGAAGAAAGAACGGCGATTAAGTTAATCGTCGAACCCCGTTAA MEILKVSAKSSPNSVAGALAGVLRERGAAEIQAIGAGALNQAVKAVAIARGFVAPSGVDLICIPAFTDIQIDGEERTAIKLIVEPR PGPT0024850_280 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-STAGE_V_SPORULATION,PGPT0024850-spoVS-K06416 NA NA D1-12_00876 1137 tdh_1 COG1063 L-threonine 3-dehydrogenase TTGTTTTCATGGAGTGGACACTGGTATTTACCTCCTTTTTATCTCGTGTTACAATCCAGTTATTACAGTGTTTTTTCGAGGAGGAGTGTACATGTTGGGAGGAAAGATGAAAGCTATCGTCAAAATGAAAACGCTTTCGGAGCAACTCTGAAAGAAATTCCCATACCTTCCATTAATGAGAATGAAGTTCTCATTAAAGTACAGGCCGCATCTATATGCGGTACAGATGTGCATATTTATAATTGGGATCAATGGGCGCAGAAACGAATCAAAACACCTCAAGTATTCGGACATGAATTCAGCGGTATCGTAGCGGAAACGGGCAAGCACGTCACAAATGTCAAAATAGGTGACTACGTTTCGGCTGAAACCCACTTCGTCTGCGGTACTTGTGTCCCTTGTTTAACAGGAAAACATCATGTGTGCACCCATACAAAGATCCTCGGCGTAGATACAGCCGGTTCCTTCGCTGAATATGTCAAAGTGCCGGCTCGAAATGTTTGGAAAAATCCCGCTGATATGGACCCCGCCGTCGCTTCTGTTCAAGAGCCGCTTGGCAACGCGGTGCATACGGTGCTGGAAAACAGCCAGCTTGCGGGCGGTTCTGCTGCAATTATCGGTTGCGGACCGATCGGACTGATGGCGGTGGCGGTGGCTAAAGCGGCCGGTGCGTCCCGTATTGCGGCCATTGATAAAAATGATTACAGGCTGGCTCTTGCGAAGAAATTGGGAGCCACGATCACCATTTCAGCTGATAAGGAAGATCCGCTTGAGGTGATCGACACCTTAACAGGCGGAGAAGGGATCGACCTTGTCTGCGAAATGTCAGGCCACCCGGCAGCTATCGCACAAGGATTAAAGATGGCGGCCAACGGGGGAAGGTTCCATATGCTGAGTCTGCCGGAACGTCCGGTGACGGTTGACCTGACAAATGACGTGGTGTTTAAAGGACTTACCGTCCAAGGCATCACAGGCAGAAAAATGTTTGAAACATGGCGGCAGGTATCGCACCTGCTTGAATCCGGCCTTATTGATCTGACGCCGGTGATCACGCATCAGTTTCCGCTTGAAGACTTTGAAAAAGGGTTTGACCTGATGAGAAAGGGCCAGTGCGGCAAAGTCATTTTGATTCCATAA MFSWSGHWYLPPFYLVLQSSYYSVFSRRSVHVGRKDESYRQNENAFGATLKEIPIPSINENEVLIKVQAASICGTDVHIYNWDQWAQKRIKTPQVFGHEFSGIVAETGKHVTNVKIGDYVSAETHFVCGTCVPCLTGKHHVCTHTKILGVDTAGSFAEYVKVPARNVWKNPADMDPAVASVQEPLGNAVHTVLENSQLAGGSAAIIGCGPIGLMAVAVAKAAGASRIAAIDKNDYRLALAKKLGATITISADKEDPLEVIDTLTGGEGIDLVCEMSGHPAAIAQGLKMAANGGRFHMLSLPERPVTVDLTNDVVFKGLTVQGITGRKMFETWRQVSHLLESGLIDLTPVITHQFPLEDFEKGFDLMRKGQCGKVILIP PGPT0020460_252 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_THREONINE_DEGRADATION,PGPT0020460-tdh-K00060 NA NA D1-12_00877 1176 COG0156 8-amino-7-oxononanoate synthase/2-amino-3-ketobutyrate coenzyme A ligase ATGAAAGAATTTGAATTTCTAAAAGCCGAGCTTGATAAAATGAAAGAAAATAAAACGTGGCAGCAAATGAAACAAATTGAAACGAAGCAGGGTCCGTCGGTGGAAGTCAAAGGGGAAAACGTGATACAGCTTTCATCGAACAATTATCTCGGTTTGACGTCGCATCCAAGGCTTGTCGAAGCGGCCAAACGCGCCGCGGAAGAATTCGGAGCGGGTACGGGGTCCGTCCGGACAATCGCCGGAACATTCACAATGCACAATGAGCTGGAGAAGAAATTGGCAAACTTTAAAAAAACAGAAGCGGCACTTGTTTTTCAATCGGGGTTCACAACGAATCAGGGCGTCCTATCAAGCATTCTTACAAAAGAGGATATCGTGATCTCTGACGAACTGAACCATGCTTCCATCATTGACGGGATCAGGCTCACAAAAGCAGATAAAAAGGTGTACCGCCATGTTGATATGGACGATTTGGAAAGGGTGCTGAAAAAATCGATGAATTACCGCATGCGCCTGATCGTCACCGACGGCGTATTCTCAATGGACGGCAACATCGCTCCTTTGCCTGACATCGTCAAACTTGCAGAGGCGTACGATGCCTTTGTGATGGTCGACGACGCGCATGCTTCCGGCGTACTCGGAAAAAACGGAAGGGGAACGGTTAATCACTTCGGGCTTGACGGAAGAGTCCACATACAGGTGGGCACATTAAGCAAAGCCATCGGAGTGCTTGGCGGTTACGCCGCAGGATCGCAGGTTCTGATCGATTACCTGCGCCATAAAGGGCGCCCTTTCTTATTCAGCACTTCTCATCCGCCTGCGGTAACGGCCGCATGCATAGAGGCCATTGACGTCCTGCTGGAAGAGCCTGAGCATATGGAAAAGCTATGGGAGAACACGGCGTATTTCAAAGACAAACTGGTTCAAATGGGGCTGACCCTCACAAAAAGCGAAACACCGATCGTGCCGATATTAATAGGGGAGGAAGAAAAAGCCCAGGCATTATCAGACCTTTTATTGACCCGCGGCGTGTTTGCACAAAGCATCGTGTATCCGACGGTCGCCCAAGGAAAAGCGAGAATCCGCACCATTATTACGGCGGAGCATACAAAAGAGGAGCTTGACCGGGCACTGGAAGTAATCCGTTCAGCCGCAAAAGAGCTTCAGCTTGTGTAA MKEFEFLKAELDKMKENKTWQQMKQIETKQGPSVEVKGENVIQLSSNNYLGLTSHPRLVEAAKRAAEEFGAGTGSVRTIAGTFTMHNELEKKLANFKKTEAALVFQSGFTTNQGVLSSILTKEDIVISDELNHASIIDGIRLTKADKKVYRHVDMDDLERVLKKSMNYRMRLIVTDGVFSMDGNIAPLPDIVKLAEAYDAFVMVDDAHASGVLGKNGRGTVNHFGLDGRVHIQVGTLSKAIGVLGGYAAGSQVLIDYLRHKGRPFLFSTSHPPAVTAACIEAIDVLLEEPEHMEKLWENTAYFKDKLVQMGLTLTKSETPIVPILIGEEEKAQALSDLLLTRGVFAQSIVYPTVAQGKARIRTIITAEHTKEELDRALEVIRSAAKELQLV PGPT0020495_2597 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_GLYCINE_DEGRADATION,PGPT0020495-kbl-K00639 NA NA D1-12_00878 1530 miaB COG0621 tRNA-2-methylthio-N(6)-dimethylallyladenosine synthase ATGAATGAAAAGCAAAAGCAGGAAAGCGGACAAGTGAATCCGGCGGACAAAAAATCCGAAAAGGATTACAGCAAGTATTTTGAAGCCGTTTATATTCCGCCTTCTTTAAAAGATGCGAAAAAACGGGGCAAAGAATCCGTTCAATATCATAACGATTTTAAAATCTCAGAAGAATTTAAAGGCCTCGGTGAAGGCAGGAAATTTTATATCCGCACGTACGGATGCCAAATGAACGAGCATGATACGGAAGTCATGGCGGGTATTTTTATGGCGCTCGGTTATGAAGCGACAAATTCGGTTGATGACGCGAACGTTATTTTATTAAACACTTGCGCTATCCGGGAAAACGCTGAAAACAAAGTGTTCGGCGAGCTCGGCCATTTAAAGGCGCTCAAAAAAAATAATCCGGACCTGATTCTGGGTGTCTGCGGCTGTATGTCACAGGAAGAATCAGTCGTAAACCGCATCCTTAAGAAGCACCCGTTTGTCGATATGATTTTCGGCACGCACAACATCCACCGTCTGCCGGAACTTTTATCAGAGGCATATTTATCAAAAGAGATGGTCATTGAAGTGTGGTCGAAGGAAGGGGATGTCATTGAAAACCTTCCGAAAGTCCGCAACGGAAAAATTAAAGGCTGGGTCAACATTATGTACGGCTGTGACAAGTTCTGCACATACTGCATCGTACCGTATACCCGCGGAAAAGAACGAAGCCGCCGTCCTGAGGAAATTATCCAGGAAGTCAGAAGACTTGCAAGCGAAGGCTATAAAGAAATCACGCTGCTCGGTCAAAACGTGAATGCGTACGGAAAAGATTTTGAGGATATGACGTACGGTCTCGGTGATTTAATGGACGAACTGCGTAAAATTGATATTCCGAGAATCCGATTCACGACGAGTCATCCGCGTGACTTTGATGATCATCTGATCGAAGTGCTCGCCAAAGGCGGCAACCTTCTTGACCATATCCATCTTCCGGTTCAATCAGGAAGCTCAGCGATGTTAAAAATGATGGCGCGCAAATATGACAGAGAACGCTATCTGGAGCTTGTCGGAAAAATTAAAGCGGCGATGCCGAACGCTTCACTGACGACCGATATTATTGTCGGTTTCCCGAATGAAACCGATGAACAATTTGAAGAAACGCTTTCGTTATATCGAGAAGTGGAATTTGACAGCGCATATACGTTTATTTACTCTCCTCGTGAAGGCACGCCGGCAGCGAAGATGAAAGACAATGTTCCGATGAGGGTCAAGAAAGAACGTCTTCAGCGCCTCAATGATTTGGTGAAAGAAATTTCAGCCAAAAAAATGAAGGAATATGAAGGCAGGACCGTCGAAGTATTAGTTGAGGGAGAAAGCAAAAATAACCCTGACATTCTTGCCGGCTATACGGAAAAAAGCAAGCTCGTCAACTTCAAAGGGCCGAAAGACGCCATCGGCAAGATTGTACGCGTCAAAATCGAACAGGCGAAAACATGGTCGCTTGACGGTGTGATGGCAGGAGAAGCAATCGAGGTGAAATAA MNEKQKQESGQVNPADKKSEKDYSKYFEAVYIPPSLKDAKKRGKESVQYHNDFKISEEFKGLGEGRKFYIRTYGCQMNEHDTEVMAGIFMALGYEATNSVDDANVILLNTCAIRENAENKVFGELGHLKALKKNNPDLILGVCGCMSQEESVVNRILKKHPFVDMIFGTHNIHRLPELLSEAYLSKEMVIEVWSKEGDVIENLPKVRNGKIKGWVNIMYGCDKFCTYCIVPYTRGKERSRRPEEIIQEVRRLASEGYKEITLLGQNVNAYGKDFEDMTYGLGDLMDELRKIDIPRIRFTTSHPRDFDDHLIEVLAKGGNLLDHIHLPVQSGSSAMLKMMARKYDRERYLELVGKIKAAMPNASLTTDIIVGFPNETDEQFEETLSLYREVEFDSAYTFIYSPREGTPAAKMKDNVPMRVKKERLQRLNDLVKEISAKKMKEYEGRTVEVLVEGESKNNPDILAGYTEKSKLVNFKGPKDAIGKIVRVKIEQAKTWSLDGVMAGEAIEVK PGPT0007215_601 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PHYTOHORMONE-CYTOKININS|DERIVATE_PRODUCTION PHYTOHORMONE-CYTOKININ_METABOLISM PHYTOHORMONE-CYTOKININ_BIOSYNTHESIS,PGPT0007215-miaB-K06168 NA NA D1-12_00879 432 ymcA COG4550 putative protein YmcA ATGACGCTTTACTCTAAGAAAGACATTGTACAGCAGGCTAGGAACCTTGCGAAAATGATTTCTGAAACAGAAGAAGTTGATTTTTTCAAACGCGCTGAGGCGCAGATTAACGAAAATGAAAAAGTCTCCGCGATTATTAATCAGATTAAAACCCTGCAAAAGCAAGCCGTTAACCTGAAGCACTACGAAAAGCTTGAAGCGCTGAAACAAGTGGAAAGTAAAATTGACGCCCTGCAGGAAGAGCTTGAAGGGATTCCGATCATTCAGGAATTCAGAGATTCCCAGATTGAGGTCAATGACCTTCTTCAGCTTGTCGCACATACGATCTCAAATCAGGTGACAAACGAAATCATTACATCTACCGGAGGCAACCTGCTGACGGGAGAAACCGGTTCAAAAGTAAAACATTCGAATAACAGCTGTTCTATTTAA MTLYSKKDIVQQARNLAKMISETEEVDFFKRAEAQINENEKVSAIINQIKTLQKQAVNLKHYEKLEALKQVESKIDALQEELEGIPIIQEFRDSQIEVNDLLQLVAHTISNQVTNEIITSTGGNLLTGETGSKVKHSNNSCSI PGPT0026336_32 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0026336-ymcA-NA NA NA D1-12_00880 546 cotE Spore coat protein E ATGTCTGAATACAGGGAAATTATTACGAAAGCGGTAGTTGCGAAAGGAAGAAAATTCACCCAATGCACCAACACGATCTCACCTGGAGAAAAACCGTCAAGTATATTGGGCGGCTGGATTATCAACCACAAGTACGATGCCGAAAAGATCGGGAAGACTGTAGAAATTGAAGGGTATTATGATATAAACGTCTGGTACTCTTACGCCGATAATACAAAAACGGAAGTTGTAACCGAGAGAGTAAAGTATGTCGATGTGATTAAACTCAGATACAGAGACACAAATTACTTAGATGACGAACACGAAGTCATTGCCAAAGTGCTGCAGCAGCCGAATTGTCTTGAAGTCACCATTTCTCCTAACGGAAATAAAATCGTGGTTCAGGCAGAGAGAGAATTTTTAGCAGAAGTGGTCGGTGAAACGAAAGTCGTCGTCGAAGTCAATCCTGACTGGGAAGAAGACGATGATGATGATTGGGAAGACGATCTTGATGAAGAATTAGAGGACATTAACCCTGAATTTTTAGTCGGAGATCCTGAAGAATAA MSEYREIITKAVVAKGRKFTQCTNTISPGEKPSSILGGWIINHKYDAEKIGKTVEIEGYYDINVWYSYADNTKTEVVTERVKYVDVIKLRYRDTNYLDDEHEVIAKVLQQPNCLEVTISPNGNKIVVQAEREFLAEVVGETKVVVEVNPDWEEDDDDDWEDDLDEELEDINPEFLVGDPEE PGPT0025155_129 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_COAT_PROTEIN,PGPT0025155-cotE-K06328 NA NA D1-12_00881 2589 mutS COG0249 DNA mismatch repair protein MutS ATGATGGCTAGTTACACGCCTATGATACAGCAATACTTGAAGATAAAGGCAGAGCACCAAGATGCCTTTTTATTTTTTCGGCTTGGTGACTTTTATGAAATGTTTTTTGAAGATGCAAAAAAAGCGTCACAAGAGCTTGAAATTACACTGACAAGCAGAGACGGAGGTTCGGCTGATAAAATTCCGATGTGCGGCGTGCCGTATCATTCCGCGGCGGCTTATATTGAACAGCTGATTAAAAAGGGCTATAAAGTGGCGATCTGTGAGCAGACGGAAGATCCGAAGGCGGCTAAAGGCGTTGTGAAAAGAGAAGTCGTCCAGCTGATCACACCGGGAACCGTGATGGATGGAAAAGGCATCCACGAGTCGGAAAACAACTTTATCGCTTCCGTTTCCGAATTCCGTGACGGATACGGTCTCGCTTTATCGGACTTAACGACCGGAGAAAACCTGGCCGTATTTATTGAGCGGATTGAGGATGTCATGTCAGAAATTTACTCAGTCGGCGCAAGGGAAATTGTCGTATCGAGCAAGTTTAACGAACATACAGCTGCTCAGCTGAAAGAACGGTGCGGCGCCACGATTTCCATCGAAGACGGGGAAATAACAGAACGCATTGAAATCGCAAAGCACTTGCCGGGCGAAGAGCTGACAGAGACGTTTATGCGTTTATATACGTATTTGCAGAAAACGCAAAAACGGAGCCTGGATCATCTGCAGCCGGTTCAAGTATATGAATTGGAAGAAGCGATGAAAATTGACCTGTATTCAAAACGGAATCTTGAGCTGACGGAAACGATCCGTTCGAAAAGCAAAAAAGGGTCATTGCTTTGGCTTTTAGACGAGACGAAAACAGCAATGGGCGGCCGGCTTCTCAAACAATGGATTGACCGCCCGCTGATTAGGGCATCCCAAATCGAAGAACGCCAGGAAATGGTCGAGACGCTGATCAATCATCTGTTTGAGCGTGAAGATCTGCGCGAGCGCCTGAAGGAAGTATACGATTTAGAACGTCTGGCGGGCCGGGTCGCATTCGGAAACGTCAACGCAAGGGATTTAATCCAGCTGAAAGAATCTTTAAAACAAGTGCCGAGCATCAAAGAGCTTGTAGGGTCTCTTAACCATAAAAAAGCAAAAGAACGCGCCGGCTTGATTGATCCGTGCGGAGATTTGCTTGACCTGTTAGAAGAAGCCCTTCATGAAAACCCGCCGTTATCGTTAAAAGAAGGCAATTTAATTAAAGACGGCTATCATCAGAAGCTCGATGAGTACCGTGACGCCAGCAAAAACGGTAAAGACTGGATTGCCAGACTGGAGCAGCAGGAACGCGCTTATACGGGCATCCGTTCATTAAAAGTCGGTTTCAATAAAGTGTTCGGCTATTATATTGAAGTCACAAAAGCAAACCTTCATCTGCTTGAAGACGGACGGTATGAGCGGAAGCAGACCCTCACAAACGCCGAACGGTACATTACGCCGGAATTGAAGGAAAAAGAAGCGCTTATTTTAGAAGCGGAAAATAACATCTGCGAGCTGGAATATGAGCTTTTTGCCGGACTGCGTGAAAAGGTGAAACAATTTATTCCGCGTCTGCAGCGTCTTGCCAAACAAATGAGTGAGCTGGACGCACTGCAATGCTTTGCTACGATCAGTGAAAACAGGCATTACACAAAGCCCGTCTTTTCTGATAATGAAGTAAAAGTCATTGAAGGGAGACACCCCGTCGTTGAAAAGGTGATGGACAGTCAAGAATACGTCCCGAACAACTGCCTGATGGGCGATTCGCGGGAAATGCTCCTGATTACGGGTCCGAATATGTCAGGTAAAAGCACGTACATGAGACAGATCGCACTTCTATCGATCATGGCCCAGATCGGCTGTTTTGTGCCCGCAAAAGAAGCGGTTCTGCCGATTTTTGATCAAATCTTCACGAGAATCGGGGCAGCGGATGATTTGATTTCCGGACAAAGCACCTTTATGGTGGAAATGCTGGAAGCGAAAAACGCGATTGTGAACGCCACAAAAGACAGCCTGATCCTGTTTGATGAAATCGGCCGCGGGACATCAACGTACGACGGAATGGCGCTGGCACAGGCGATTATTGAATATGTTCACGATCATATCGGCGCTAAAACACTGTTCAGCACGCATTATCATGAGCTGACGGTGCTTGAAGATAAGCTTCCTCAGCTGAAAAACGTTCATGTGCGCGCAGAGGAATATAACGGAACGGTCGTGTTTCTCCATCAAATCAAAGAAGGAGCCGCAGATAAAAGTTACGGCATTCATGTCGCCCAGCTTGCCGAGCTCCCGGATGATCTGATCAGCCGCGCGCAGGAGATCTTAAAACAGCTTGAGCAGTCAGGAGATAAACCGGAGCTTCCGGCGGTATCTGAGAAAAAGTCCGCCGTCAGAGAAGAACCGGCACAGCTGTCCTTTTTTGCTGACGGTGAAAAAGAACAGAAGGCACCGGCTGTTTCTAATAAAGAAAAACAAGTGCTTGAAGCCTTTAAGTCAATCAATATTCTCGATATGACGCCGCTTGAAGCGATGAACGAAATGTACAAGCTGCAAAAAAAATTAAAATAG MMASYTPMIQQYLKIKAEHQDAFLFFRLGDFYEMFFEDAKKASQELEITLTSRDGGSADKIPMCGVPYHSAAAYIEQLIKKGYKVAICEQTEDPKAAKGVVKREVVQLITPGTVMDGKGIHESENNFIASVSEFRDGYGLALSDLTTGENLAVFIERIEDVMSEIYSVGAREIVVSSKFNEHTAAQLKERCGATISIEDGEITERIEIAKHLPGEELTETFMRLYTYLQKTQKRSLDHLQPVQVYELEEAMKIDLYSKRNLELTETIRSKSKKGSLLWLLDETKTAMGGRLLKQWIDRPLIRASQIEERQEMVETLINHLFEREDLRERLKEVYDLERLAGRVAFGNVNARDLIQLKESLKQVPSIKELVGSLNHKKAKERAGLIDPCGDLLDLLEEALHENPPLSLKEGNLIKDGYHQKLDEYRDASKNGKDWIARLEQQERAYTGIRSLKVGFNKVFGYYIEVTKANLHLLEDGRYERKQTLTNAERYITPELKEKEALILEAENNICELEYELFAGLREKVKQFIPRLQRLAKQMSELDALQCFATISENRHYTKPVFSDNEVKVIEGRHPVVEKVMDSQEYVPNNCLMGDSREMLLITGPNMSGKSTYMRQIALLSIMAQIGCFVPAKEAVLPIFDQIFTRIGAADDLISGQSTFMVEMLEAKNAIVNATKDSLILFDEIGRGTSTYDGMALAQAIIEYVHDHIGAKTLFSTHYHELTVLEDKLPQLKNVHVRAEEYNGTVVFLHQIKEGAADKSYGIHVAQLAELPDDLISRAQEILKQLEQSGDKPELPAVSEKKSAVREEPAQLSFFADGEKEQKAPAVSNKEKQVLEAFKSINILDMTPLEAMNEMYKLQKKLK NA NA NA NA NA D1-12_00882 1875 mutL COG0323 DNA mismatch repair protein MutL TTGGCAAAAGTCATCCAGCTCTCAGATGAACTTTCAAATAAAATAGCGGCCGGCGAGGTAGTCGAACGGCCTGCCTCAGTCGTTAAAGAATTGGTGGAAAACGCCATCGACGCAAACAGTACAGTCATTGAAATCGACATAGAGGAAGCGGGGCTTTCGTCGATTCGGGTGCTCGATAACGGCGAAGGGATGGAAACCGATGATTGCAAGCGGGCTTTCCGCCGCCACGCGACCAGTAAAATCAAAGATGAAAACGACCTGTTCCGGGTGAGAACACTCGGTTTCCGCGGAGAAGCTTTGCCAAGTATCGCGTCTGTTTCTCATCTGGAAATCAAAACGAGCATCGGCGAGGGAGCGGGCACCCATCTCATTCTTCAGGGCGGGAATATCATTTCTGAACAGAAATCCTCCAGCAGAAAAGGAACGGAGATTATCGTTACCAACCTGTTTTTCAATACACCCGCCAGATTGAAATATATGAAAACCGTGCATACGGAGCTCGGCAATATTACGGATGTTGTTAACCGGATCGCTCTTGCGCATCCGGAAGTATCGATCCGTCTCCGTCATCAGGGGAAAAATCTGCTGCAGACAAACGGTAACGGGGACGTGCGCCATGTGCTGGCCGCAATTTACGGGACGGCGGTTGCGAAAAAAATGATACCGCTCCATGTCAGCTCGCTTGATTTTGAAGTCAAGGGCTACATTGCGCTTCCGGAAATCACGCGTGCATCCAGAAACTACATGTCATCTGTCATTAACGGAAGATACATTAAGAATTTCCCGCTTGTAAAAGCGGTGCATGAGGGCTATCACACACTTCTGCCGATCGGCCGCCATCCGATTACGTTTATCGAAATTACGATGGACCCGATTTTGGTCGATGTCAATGTACATCCCTCAAAGCTTGAAGTCCGCCTCAGCAAAGAGACGGAGCTGCATGAGCTGATCCGTGACGGGATAAAGGAAGTGTTTCAAAAGCAGCGGCTTATTCCGAGCGCCCAGCTCCCGAAAAAATCAGCGCCGGCACCGGCCAAAAACGAACAGCAATTTATGACATTCGAGGAAAGCGCGCCTGAGCGGAAACTTCCTGAAAAAACGCCGGAGCCGTCTTACTCACCAATGAAGCTGAGTTCGGTCGTAAAAGAGCCTGAGCCGGTAATAATAGAAGAAGAGATTCTCCCGAATGAAGCGGATCACGAAGTGCCGCCGGAGCTCGGCATGCCGGAAACGGCAGCGCCTGTTTCCGATACTCCGGAACCGGAAGCTGTCTCTGAAGAAATACGTGAAGAAAGAGTTCCGGTGATGTATCCGATCGGCCAAATGCACGGGACATATATTTTAGCCCAAAACGAAAACGGCTTGTATATCATTGACCAGCATGCGGCACAAGAACGGATTAAATACGAATATTTCCGGGAGAAAGTCGGGCAGGTCGAGCCTGAAGTACAGGACATGATCGTGCCGCTCACCTTTCATTACGCGGCAAACGAAGCGCTGATCATTGACCAGCATCAGCATGAGCTTGAAAGTGTCGGAGTGTTTTTAGAAGCATTCGGCACGAACAGCTACATCGTCCGCTGCCATCCGGCCTGGTTTCCAAAAGGGGAAGAAGCTGAACTGATTGAAGAAATCATTCAGCAGGTGCTTGACGCCAAACAGATCGATATTAAGAAACTGCGGGAGGAAGCGGCCATTATGATGAGCTGCAAAGGCTCAATCAAAGCGAACCGCCATTTGCGAAACGATGAAATCAAAGCGCTCTTGGACGACCTGCGCCGAACGACAGACCCGTTCACATGCCCGCACGGCCGGCCGATCATTATCCACCACAGCACGTATGAGATGGAGAAGATGTTTAAGCGTGTGATGTAG MAKVIQLSDELSNKIAAGEVVERPASVVKELVENAIDANSTVIEIDIEEAGLSSIRVLDNGEGMETDDCKRAFRRHATSKIKDENDLFRVRTLGFRGEALPSIASVSHLEIKTSIGEGAGTHLILQGGNIISEQKSSSRKGTEIIVTNLFFNTPARLKYMKTVHTELGNITDVVNRIALAHPEVSIRLRHQGKNLLQTNGNGDVRHVLAAIYGTAVAKKMIPLHVSSLDFEVKGYIALPEITRASRNYMSSVINGRYIKNFPLVKAVHEGYHTLLPIGRHPITFIEITMDPILVDVNVHPSKLEVRLSKETELHELIRDGIKEVFQKQRLIPSAQLPKKSAPAPAKNEQQFMTFEESAPERKLPEKTPEPSYSPMKLSSVVKEPEPVIIEEEILPNEADHEVPPELGMPETAAPVSDTPEPEAVSEEIREERVPVMYPIGQMHGTYILAQNENGLYIIDQHAAQERIKYEYFREKVGQVEPEVQDMIVPLTFHYAANEALIIDQHQHELESVGVFLEAFGTNSYIVRCHPAWFPKGEEAELIEEIIQQVLDAKQIDIKKLREEAAIMMSCKGSIKANRHLRNDEIKALLDDLRRTTDPFTCPHGRPIIIHHSTYEMEKMFKRVM NA NA NA NA NA D1-12_00883 666 hypothetical protein ATGTCTAATGGTAATCAATATATTGAAGCAGCTAAAATTGCTGCAGAAACTGCTGCAGATACAGCAACTAAGAACGCTCAAACCACCCTTATAATTACATTAATAAGTGCAGGTATCACACTTATGGGTATTATCATAACTGCGTTGATTACTCACAGGAATGCAAAAAGAAATGCATTAGTTGAAACTATTAGTAAACAAAGAATTGAGTGGGTAAATGACCTAAGAGCGAAGTTTGTTGATTTTAATACTTTGGCGGATCAATACTATCTTGCAGTGAAGATGCTGACGAATGAAACTGATAACGAACCTAAATTTGATTTTACAGAAAAGTACCATTCTTTAGGAAGAACTAAAAATAATATTGAATTGTTATTAAATCCAAGTGAGGTTTTTGCTGGACTTCTAACTAATAATTTAGACGAGGTAGTCAAGTTATTCTTTAAAGATGATTTTAAAATAGAGGATTATGAGGAACTCATAAATTCGGTTGAGTTCTATCAGCAGTTAATTTTGAAATCAGAGTGGAAGAGGGTAAAGACTGAAATAGTTCAAGGACGTGAGTTAACCACAAAAGAAGTAAGGAAAATTTACGAAAAAATTGCGCGAAAGCTTTCAAGACATGGAAATATAGAAACCAGCAATTCCATATTTACAGCATCCTAA MSNGNQYIEAAKIAAETAADTATKNAQTTLIITLISAGITLMGIIITALITHRNAKRNALVETISKQRIEWVNDLRAKFVDFNTLADQYYLAVKMLTNETDNEPKFDFTEKYHSLGRTKNNIELLLNPSEVFAGLLTNNLDEVVKLFFKDDFKIEDYEELINSVEFYQQLILKSEWKRVKTEIVQGRELTTKEVRKIYEKIARKLSRHGNIETSNSIFTAS NA NA NA NA NA D1-12_00884 510 hypothetical protein TTGGATAGCAAAGAAGAAAAGTTGATTAAAACGAATTACGAAGTATTTGAAGACTTAAAACGCAGAGTCAGTTTTACACGTAAAGCCAGAATACAAGCATCAAAAAGATTACGAGAGCGTCACGAATTTTTTGAGAAAGTTTCCTATTTTTATTCTTTGTTGGTACTAATTTTCTCTGTGTGGTTTCTAAATATGGGAAATGAAAAAGAAAATCTTGTAGCAACTAAGGTGCTTTTAATATTTTCTCTTTCTTTAACTTTTTTTACGATGTTTCTTAATATCAAAAATTATAAAGAAAGAGCAAGTAGCTTTGAATTGAATTATCAAAACCTAGATGTTTTATTAAATAAAATTGAAAGAAGAGAGTGTGACTCTCAGTCAATAACTGATGAAGAGATCAAAGGCTTACATAGAGAATATGAGAAATTATTGCTTGAAAAGGAGAATCATTTAGATATTGATTACTACTTGAGTGATAAAAAAATCATGAAAAATATTTTTCTAAAATAA MDSKEEKLIKTNYEVFEDLKRRVSFTRKARIQASKRLRERHEFFEKVSYFYSLLVLIFSVWFLNMGNEKENLVATKVLLIFSLSLTFFTMFLNIKNYKERASSFELNYQNLDVLLNKIERRECDSQSITDEEIKGLHREYEKLLLEKENHLDIDYYLSDKKIMKNIFLK NA NA NA NA NA D1-12_00885 252 hypothetical protein ATGAAAAAAGCTTTGAAGCCTTGCAATGAACCCGGCTGTCCAAACCTCACACGAGAGGGCTACTGCGAACAGCACAAGCGAACCAAGCCGGCCTATGATCAATACCGGGAGTCTGCTGCCAAACGGGGGTATAACAGCAAGTGGAGGCAGGCGCGCGCTGGCTACCTGTCCAAGCATCCGTTATGTGCTGCCTGCTTGGTGCAAGGCAGAAGAACCCCGGCGACAGTTGTCGATCATATCGTTCCGCATTAA MKKALKPCNEPGCPNLTREGYCEQHKRTKPAYDQYRESAAKRGYNSKWRQARAGYLSKHPLCAACLVQGRRTPATVVDHIVPH PGPT0027235_2191 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 D1-12_00886 285 hypothetical protein ATGTTTCTTTACTATCAAAATGAGTGTTTAGGTAAAATTGAAGGGGTTGCAGTAGAAGGGTCTTGGGCTTATGGCAAGATTATCCCTAATGACAAGATGGAAAACTTCAAGGACTTCTTTAGAGCTGTAGTAGATGAAGATGACCCCTTTGCAATTGAGAAGTTTGACGATAATCTCTTAAACGATGATAATTGGTTTATTGTTGATGACGAGCATAAAAAAGTAGGCATTTCCTTGCCCGGTATCTATGAAGAAGATAACGAAATAAATTGGAGATGGAGATAA MFLYYQNECLGKIEGVAVEGSWAYGKIIPNDKMENFKDFFRAVVDEDDPFAIEKFDDNLLNDDNWFIVDDEHKKVGISLPGIYEEDNEINWRWR NA NA NA NA NA D1-12_00887 210 hypothetical protein ATGGAAAATAAAAGAAACGCTGAACCGAGCCCAAAAGCTATAAAAATTCTAACTTGCATCATTCCTATAGTTTTAATAGGACTTATCCTTGTTCTTAAGAATATTAATACCGCAGCAGCAGAAATTTCATTTTATATCGTTGCTGTCGGTGTGGTTCTCTTAGTGGTTTTCAGTTTGATCAAAAACAGAAAAAACCGCAGGAAGAACTAA MENKRNAEPSPKAIKILTCIIPIVLIGLILVLKNINTAAAEISFYIVAVGVVLLVVFSLIKNRKNRRKN NA NA NA NA NA D1-12_00888 693 baeB COG0491 putative polyketide biosynthesis zinc-dependent hydrolase BaeB ATGGGAATGGTGACAATGGATCATACATATGAAGTGCATCAAATCAAAACTTATCACCAGATGTGGTCCAACTATTGTTATATTATCGCAAACCGCTCAAAAAAATCTGCGATAGCGGTGGACCCGTCCTGGGAAATCGATAAAATAACCGATAAACTGCATGAATTGGATGTTGATTTATCAGCTATTTTATTAACACATTCGCATTATGACCATGTAAACTTGGCGGAGCCGCTTCAGCAAATCTATCATTCTGATATATACATGTCGTCGGCGGAAATCGATTTCTATCAATTCCGGTGCAGAAACTTAATAGCGCTTGAAGACGGCCAAACCTTTGCGGCCGGAGGGTTTATCATCAGAAGTATACTGACCCCGGGACATACGGCCGGGGGAATGTGCTATTTGCTATCTGATCATCTTTTTACCGGTGACACCGTGTTTACAGAAGGGTGCGGTATATGTGAGGACAGGGGCAGCTCAGCTGAAGATATGTTTCACAGTATACAGAGGATCAAAGCCTCCATTCCGCCGCATGTGCGTGTGTATCCGGGGCACTCCTTCGGGGAGAAGCCGGGTCAAAAAATGGAGAGTCTTTTGAAAAACAATATTTACTTTCAGATTGAAAAAAAAGAACATTTCGTGAATTTTCGCAACAGAAAAAATCAAAAAGGGCTGTTTCATTTTAAGTAA MGMVTMDHTYEVHQIKTYHQMWSNYCYIIANRSKKSAIAVDPSWEIDKITDKLHELDVDLSAILLTHSHYDHVNLAEPLQQIYHSDIYMSSAEIDFYQFRCRNLIALEDGQTFAAGGFIIRSILTPGHTAGGMCYLLSDHLFTGDTVFTEGCGICEDRGSSAEDMFHSIQRIKASIPPHVRVYPGHSFGEKPGQKMESLLKNNIYFQIEKKEHFVNFRNRKNQKGLFHFK PGPT0001770_5106 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-LACTIC_ACID_BIOSYNTHESIS,PGPT0001770-gloB|gloC-K01069 NA NA D1-12_00889 870 baeC COG0331 Polyketide biosynthesis malonyl CoA-acyl carrier protein transacylase BaeC ATGATCACATACTTATTCCCCGGACAAGGTTCTCAAAAGCAGGGAATGGGGAGCTCATTGTTTGATGAATTTAAAGACTTAACGGAGCAGGCTGATGAAACACTCGGATATTCCATGAAACGGCTTTGTCTTGAGAATCCGTATTCCAATCTTCACAAGACGCAGTTCACTCAGCCTGCTTTATATGTTGTAAACGCGTTAAGCTATTTGAAAAAAATCCAAGACAATGACATAAAGCCGGATTATGTGGCCGGCCACAGTTTGGGAGAATATAATGCGCTGTTTGCAGCAGGTGCTTTTGATTTTATTACCGGCCTGCAGCTTGTCCGTAAAAGAGGCGAATTAATGAGTATGGCCACTGACGGAAAAATGGCCGCTGTTATGGGGTTAACTGCATCTCAAGTGTCAGACGCCCTTCATAAGCACGGATTACATACGATTGATATTGCCAATATGAATTCTCCTCACCAAGTTGTCATATCCGGACGCAAAGAAGACATTGAAAGAGCCAAAAGCGTATTCGAAGGATTAAAAGACGTTACGATGTTTCATCCGTTAAACGTAAGCGGCGCTTTTCACTCGAGATATATGAGTGAAGCAAAACAAGAGTTCGAAAAATTTTTACAGTCATTTCATTTTTCTGCTATATCAATTCCCGTCATTTCTAATGTGCATGCCAGACCTTATGAGCAAGACGGAATCCACTCCGTTCTGGCCGATCAGATCGACCATTCAGTGCGATGGAACGACAGCATCCGCTATCTGCTGGACAAAGGGCGGATGGAATTTGAAGAAGTCGGCCCGGGCCATGTGCTGACAGGACTTATTCACCGCATCAAAAAAGAAACTGAAGCTTCACCCGCCATGTAG MITYLFPGQGSQKQGMGSSLFDEFKDLTEQADETLGYSMKRLCLENPYSNLHKTQFTQPALYVVNALSYLKKIQDNDIKPDYVAGHSLGEYNALFAAGAFDFITGLQLVRKRGELMSMATDGKMAAVMGLTASQVSDALHKHGLHTIDIANMNSPHQVVISGRKEDIERAKSVFEGLKDVTMFHPLNVSGAFHSRYMSEAKQEFEKFLQSFHFSAISIPVISNVHARPYEQDGIHSVLADQIDHSVRWNDSIRYLLDKGRMEFEEVGPGHVLTGLIHRIKKETEASPAM PGPT0010115_34 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACILLAENE|MACROLACTIN|DIFFICIDIN_METABOLISM,PGPT0010115-baeC|pksC|mlnA-K15327 NA NA D1-12_00890 975 baeD COG3321 Polyketide biosynthesis acyltransferase BaeD ATGAACCAGCCAATTGTTTTCATGTTTTCTGGACAGGGTTCCCAATACTATCAAATGGGGAAAGAGCTGTTTGCACATAACGCCGCTTTTCGGCAGAAAATGCTTGACTTGGACGATTTTGCAGTCAGCCGTTTCGGTTACTCTGTCCTTAAAGAGATGTATCATACAGGCAATCGTCTGTCTGATCCATTTGACCGCCTTCTTTTCAGCCATCCTGCCATTTTTATGGCTGAGTACGCACTTGCATATGCTTTGGAGCAAAGAGGCATACGTCCCGATTATGTGATCGGAGCAAGCCTCGGAGAGTATGCAGCGGCCGCTGTGTCGGGCGTGCTGAGCGCCGAGGATGCTTTAGATTGCGTGCTGGAACAGGCCCGAATCGTTACGGAAACTTGCCGTAACGGCAGCATGCTTGCGATACTGGGTGATCCGGCTTTATATCAAGATGATCCGCTGCTCGGCGAACATAGTGAATTGGCATCTGTAAACTATCATTCTCACTTTGTCATCTCAGGAGAGCGGGAGCATATCAAAAGGATCATGGACGATCTGAGAGAAAAGCAGATTGCTCATCAGCTATTGCCGGTATCTTACGGGTTTCACTCAGCGCTGGTTGATCAGGCGGAACAGCCGTACAAGCGCTTTTTAGCTCAGAAATCAATCCGGACTCCGTTTATACCGTACATCTCCAGTGCGACCGGAGAGGCTGAGACCGATATACAAGCGGACTTTTTCTGGGATATCGTAAGAAAGCCGATTCAATTCCGCGAAGCGCTTCAATTCGCAGACAGCCGCCAAAAAGGATTGTATATCGATGCCGGGCCTTCCGGAACATTGGCCGCATTTGCCAAACAGATTCTTCCCGCGGGATCGGCTGAACGCATTCGTGCCATTATGACGCCGTTTCATAAAGAACAAACACATTTGCAGCAAATAGAAGACAGCATTTTATCACCGCCCGGAAGGAGACTGTAA MNQPIVFMFSGQGSQYYQMGKELFAHNAAFRQKMLDLDDFAVSRFGYSVLKEMYHTGNRLSDPFDRLLFSHPAIFMAEYALAYALEQRGIRPDYVIGASLGEYAAAAVSGVLSAEDALDCVLEQARIVTETCRNGSMLAILGDPALYQDDPLLGEHSELASVNYHSHFVISGEREHIKRIMDDLREKQIAHQLLPVSYGFHSALVDQAEQPYKRFLAQKSIRTPFIPYISSATGEAETDIQADFFWDIVRKPIQFREALQFADSRQKGLYIDAGPSGTLAAFAKQILPAGSAERIRAIMTPFHKEQTHLQQIEDSILSPPGRRL PGPT0010120_33 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACILLAENE_METABOLISM,PGPT0010120-baeD|pksD-K15328 NA NA D1-12_00891 2241 baeE COG0331 Polyketide biosynthesis protein BaeE ATGATCAGCTTTGTTTTTCCAGGCCAAGGCTCGCAAAAAATCGGGATGGGAGAGGACCTGTTCGGCCGCTATCCTGAATTAACCGCAAAGGCCGATCACATTCTCGGATATTCCATTCAGGAGCTGTGCCGGGACGGAGAACGTCTCAATCAGACTCAGTTCACTCAGCCGGCGCTCTATGTCGTCAATGCCCTCAATTATTTGAAAAAAACAGAAGAAACCGGCTTGAAACCGGATTTTACCGCCGGACACAGTTTGGGCGAATATAACGCGTTATACGCTTCGGGAGCCTTTGATTTTGAAGAAGGCTTACAGCTGGTCAAAAAAAGGGGCGAACTGATGAGCCGCGCAAAAGGAGGCGGCATGGCAGCGGTGATCGGCCTGACTCATGAGCAGGTGACGGATGTTTTAAGAGAAAATCACTTGGATATGATTGATATTGCCAACATGAACACACCGCAGCAAATTGTCATTTCCGGCTATAAAGAAGATATTGAAAAAGCCGCATCCGTTTTTGAAGCCGTAAACGGCGTAAAAATGGTTCACCGCTTAAATGTCAGCGGCGCCTTTCATTCCAGATACATGCTGGAAGCGAAGGAGGAATTTTCACGGTTTATCGAATCTTTCCATTTTAAGCCGCTGTCCATTCCGGTCATTTCAAATGTGACGGCAAGACCCTATGAGCAGAGAGAGCTGAAAGAGACACTCACCGGACAAATAACGGGATCGGTGAACTGGACTGACAGTATCCGTTTCTTAATGGGAAGAAAGAACATGAGCTTTGAGGAAATCGGTCCCGGAAAAGTGCTGACGGGGCTGATTCAAAGAATTACGGCTGAAGCGGATCCGATAACAGATGAAATCAAAGTCCCGGCTGAGACTGGAAAAAGCTCAATTACGGCGGCGTCTTTAGGAAATGAAGAGTTTAAGCGCGATTATCAATTGAAATACGCCTACTTGGCCGGCGGCATGTACCGCGGAATTTCTTCGAAGGAAATGGTCGTCAAACTGGCCGAAAAAGGAATGATGGGCTTTTTCGGAACGGGCGGTTTGAACATCGCGCACGTCGAGGACGCCATTTTGTCAATTCAGCATGAGCTTCGTGACGGCGGTTCCTTCGGCATAAATATTGTACATAACATGAAGCATACAGATTCAGAAGAAAAAATGATTGATCTTTTATTGAAGCATGGGGTTCAGAACTTGGAAGCATCAGCGTTTTTAACGGTTACTCCCGCTTTAGTAAGGTTTCGCGCTAAGGGGTTAAAACGCGGTGCCGGCGGACAAATAATAGCGCGTCAGCGGATTATCGCCAAGCTGTCCCGTCCGGAAGTAGCGGAAGCGTTTCTCAGCCCGGCGCCTGATCACATTCTGCAGAAACTTGCAGCCGAAAACAAAATTACCCCTGAAGAAGCAAGTCTGATGAGAGAAATACCCGTTGCGCATGACATCTGCGTAGAGGCTGATTCAGGCGGCCACACTGACGGCGGAGTTGCTTACAGTCTCATGCCGGCGATCATCCGTTTACGAGATGACATGATGAAAAAATACCGATACGGCAAAACCGTCCGCGTCGGAGCCGCAGGGGGAATCGGAACGCCCGAGGCTGCCATGGCCGCATTTATGCTCGGCGCTGATTTTATTGTGACCGGATCTATTAACCAATGCACCGTTGAGGCAGCGACGAGCGGCCTCGTAAAGGACCTCCTGCAGCAGATGAATGTACAGGATACGGCCTACGCGCCGGCCGGCGATATGTTTGAATCAGGCAGCAAGGTGCAGGTATTAAAGAAAGGGCTGTTCTTTCCGACCCGCGCCTCTAAGCTGCATGAACTGTATCAGCGTCACCGCTCAATTGAAGAAATTGATGAAAAGACACTCAGACAAATAGAAGAGAAGTATTTTAAGGCAAGTGTAAGCAGTATTTATGACAAAGTGAAGGCTCATTATTCGAATGAAGACATTTCAAAAGCCGAACGGAATCCGAAACAGAAAATGGCGCTCATATTCAAATGGTATTTCAGGCAAAGTTCTGCTTCGGCGATTAAAGGAGACCCGGATGCCAAGGTAGACTTCCAGATTCATTGCGGCCCGGCATTAGGCGCCTTTAATCAATGGGTGAAAGGTACGGAGCTTGAGTCCTGGAAAAACCGCCATGCCGATGATATCGGCATGCGGCTTATGGAAGAGACGGCCTCGCTTTTGAATCAGAAGTTAGGTTCATTTTTGCAAACGTGTTGA MISFVFPGQGSQKIGMGEDLFGRYPELTAKADHILGYSIQELCRDGERLNQTQFTQPALYVVNALNYLKKTEETGLKPDFTAGHSLGEYNALYASGAFDFEEGLQLVKKRGELMSRAKGGGMAAVIGLTHEQVTDVLRENHLDMIDIANMNTPQQIVISGYKEDIEKAASVFEAVNGVKMVHRLNVSGAFHSRYMLEAKEEFSRFIESFHFKPLSIPVISNVTARPYEQRELKETLTGQITGSVNWTDSIRFLMGRKNMSFEEIGPGKVLTGLIQRITAEADPITDEIKVPAETGKSSITAASLGNEEFKRDYQLKYAYLAGGMYRGISSKEMVVKLAEKGMMGFFGTGGLNIAHVEDAILSIQHELRDGGSFGINIVHNMKHTDSEEKMIDLLLKHGVQNLEASAFLTVTPALVRFRAKGLKRGAGGQIIARQRIIAKLSRPEVAEAFLSPAPDHILQKLAAENKITPEEASLMREIPVAHDICVEADSGGHTDGGVAYSLMPAIIRLRDDMMKKYRYGKTVRVGAAGGIGTPEAAMAAFMLGADFIVTGSINQCTVEAATSGLVKDLLQQMNVQDTAYAPAGDMFESGSKVQVLKKGLFFPTRASKLHELYQRHRSIEEIDEKTLRQIEEKYFKASVSSIYDKVKAHYSNEDISKAERNPKQKMALIFKWYFRQSSASAIKGDPDAKVDFQIHCGPALGAFNQWVKGTELESWKNRHADDIGMRLMEETASLLNQKLGSFLQTC PGPT0010125_137 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACILLAENE|DIFFICIDIN_METABOLISM,PGPT0010125-baeE|pksE|dfnA-K15329 NA NA D1-12_00892 249 acpK COG0236 Polyketide biosynthesis acyl-carrier-protein AcpK ATGAGTAAAGAAAAAATCTTTGAATTGCTGCAGAACACAATCTACGAGGTTTTGCCTGATTTAGAAGGCGAACAGCTTTCACAGGAAGACCGGTTAGTTGATCTGGGGGCGGATTCAGTGGACCGCGCCGAAATTATCACGATGATGCTTGAAGAATTATCACTGCAGATCCCGCGTGTTGAGCTGACGGGAGTGTCAAACATCGGCGAATTGGCAGCAAAGCTTTATGAAAAGGTACAGGCTGTCTGA MSKEKIFELLQNTIYEVLPDLEGEQLSQEDRLVDLGADSVDRAEIITMMLEELSLQIPRVELTGVSNIGELAAKLYEKVQAV PGPT0010130_51 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACILLAENE_METABOLISM,PGPT0010130-acpK|baeF-K15337 NA NA D1-12_00893 1263 pksG_1 COG3425 Polyketide biosynthesis 3-hydroxy-3-methylglutaryl-ACP synthase PksG ATGGCGGCTGCCGGAATAGAAGCGATAAATGTGTTTGGCGGGACAGCATACCTTGATGTCATGCAGCTGGCGGAGTACAGAAACTTAGACCCTGCCAGATTTGAGAATTTACTGATGAAAGAAAAAGCGGTGGCGCTTCCGTACGAAGACCCCGTCACATTCGGCGTTAACGCGGCAAAGCCGATTATCGACCGATTGACAGAGGCTGAAAAAGACAGAATCGAGCTGCTGATTACCTGCTCGGAGTCCGGCATCGACTTCGGAAAATCACTCAGTACATATATTCATGATTACTTAGGCCTCAACCGGAACTGCCGTTTATTTGAACTGAAGCAAGCCTGTTATTCAGGAACGGCGGGTTTGCAGATGGCGCTTAACTTTATTTTGTCGCAGACATCTCCCGGAGCGAAGGCGCTTGTCGTCGCGACGGATATTTCCCGGTTTTTAATTGCCGAAGGCGGCGATGCGTTAAGCGAGGATTGGTCTTACGCAGAACCGAGCGCCGGAGCGGGTGCCGTCGCCTTATTGATCGGTGAAAATCCAATCGTATTTCAGGCGGATGCGGGCGCCAACGGCTATTACGGCTATGAGGTGATGGATACATGCCGTCCGATCCCGGACAGTGAAGCCGGTGACGCCGACTTGTCATTGATGTCTTATCTCGATTGCTGTGAACAGACTTTTCGCGAGTACAAAAACCGTGTGCCGGGCGCTGACTACAAAGAGACGTTTCACTATCTTGCCTTCCATACACCGTTTGGCGGCATGGTCAAAGGGGCCCACCGGACGATGATGCGCAAGCTTGCAAAAGCGAAAAACGCTGAAATTGAACAGGATTTTCAAACCAGAGTAGAGCCGGGGCTCCGCTACTGCCAAAGAGTCGGAAACATTATGGGAGCAGCCTCTTTACTGGCTCTTGCAAGCACGATTGACCAAGGGGCATTCGACACTTCTAAGCGGATCGGCTGTTTTTCGTACGGCTCCGGGTGCTGTTCAGAATTTTACAGCGGCGTTGTGACGCCTGAAGGACAAACGCGGCAGCATTCTTTCAAAATAGAAGAGCACCTGAACAACAGGTACAGGCTGTCCATGGAGGAGTATGAAGAATTGTTTAAAGGCAGCGGTCTGGTGAAGTTCGGAACCCGGAATGTCAAATTGGATATGAATATGATTCCGAACATTTTAGACCATCATGCCGGAAGCCCTCGTTTGTATTTGGAAGAAATCACGGAATTTCATCGGAAATACAGGTGGATATCGTGA MAAAGIEAINVFGGTAYLDVMQLAEYRNLDPARFENLLMKEKAVALPYEDPVTFGVNAAKPIIDRLTEAEKDRIELLITCSESGIDFGKSLSTYIHDYLGLNRNCRLFELKQACYSGTAGLQMALNFILSQTSPGAKALVVATDISRFLIAEGGDALSEDWSYAEPSAGAGAVALLIGENPIVFQADAGANGYYGYEVMDTCRPIPDSEAGDADLSLMSYLDCCEQTFREYKNRVPGADYKETFHYLAFHTPFGGMVKGAHRTMMRKLAKAKNAEIEQDFQTRVEPGLRYCQRVGNIMGAASLLALASTIDQGAFDTSKRIGCFSYGSGCCSEFYSGVVTPEGQTRQHSFKIEEHLNNRYRLSMEEYEELFKGSGLVKFGTRNVKLDMNMIPNILDHHAGSPRLYLEEITEFHRKYRWIS PGPT0010135_16 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACILLAENE|DIFFICIDIN_METABOLISM,PGPT0010135-baeG|pksG|dfnL-K15311 NA NA D1-12_00894 774 pksH COG1024 putative polyketide biosynthesis enoyl-CoA hydratase PksH GTGACCTATGAAACGATAAACGTCCGTTTTCAGCAAAATGTCTGCTTCATCACCTTTGATCGGCCTGAAGCCAACAATACGATTAATGAGCGTTTAGTGGAGGAATGCCTGCACGTTCTTTCTGAATGTGAAGACTCCGTGACCTCCGTAGTGCTTGAAGGGCAGCCGGAGGTATTTTGTTTCGGGGCGGATTTTGATGAGATGTACCGGAAAATGAGGCAGGGAATGCAGCATGCTGAATCGCAGGAGCCGCTTTACCGTTTGTGGCTGGCATTAAAATCCGGGCCGTACATCACAATCGCCCGCGTCCGCGGAAAAGTAAATGCGGGAGGTGTCGGTTTTGCCGCCGCGTGCGATATCGTCATTGCAGAGGAGAGTGCTTCGTTCAGTTTATCTGAACTGTTATTCGGACTTTATCCGGCCTGCGTTCTGCCGTTTTTAATTCAAAGAATCGGATTTCAAAAGGCGCATTATATGACGATTATGACAAAGCCCGTGCCGGCACGCCAGGCGCTTGAATGGGGACTTTGTGACGTATGCGTCCCGGACTCAGCAACAGAGCTGAGAAAGCATTTGCTGCGTCTTCGCCCGCTGTCGAAAAAAGCAGTCATCCGCTATAAAAAATACATGGATTCCTTAAACGACCTTGTTCATCGTTCGAAATCCATTGCTTTAGCCGAAAATCAAGCGATGTTTTCAGATCCGGATAACCAATCAGCCATCACCCGTTATGCAGAAACGGGACGGCTTCCTTGGGAAACGGAGAACAGTTAG MTYETINVRFQQNVCFITFDRPEANNTINERLVEECLHVLSECEDSVTSVVLEGQPEVFCFGADFDEMYRKMRQGMQHAESQEPLYRLWLALKSGPYITIARVRGKVNAGGVGFAAACDIVIAEESASFSLSELLFGLYPACVLPFLIQRIGFQKAHYMTIMTKPVPARQALEWGLCDVCVPDSATELRKHLLRLRPLSKKAVIRYKKYMDSLNDLVHRSKSIALAENQAMFSDPDNQSAITRYAETGRLPWETENS PGPT0010140_59 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACILLAENE_METABOLISM,PGPT0010140-baeH|pksH-K15312 NA NA D1-12_00895 750 pksI_1 COG1024 Putative polyketide biosynthesis enoyl-CoA isomerase PksI ATGCCGAACACCGCAGTTGAACTGCTCGAAATTGAACCGGATATTATCCAAGTGACAATGCAGGATAAAGCCCATAAAAACGCCTTCTCCAAAGAACTGACGGATGGATTGATGGAAGCGTTCACCCGTATAAAAAAATCGTCAGTCTATAAAGCTGTGATTTTAACAGGATACGGCCATTACTTTGCTTCCGGAGGCACACAGGAAGGCCTGCTCAGGATTCAGCAGGGCATCACGAAGTTTACGGAAGACCGCATGTACTCTTTGGCGCTGGAATGTGATATTCCCGTCATTTCCGCCATGCAGGGCCACGGAATCGGAGGCGGGTTTGTCATGGGGCTTTTCAGTGATTTTGTCATTTTAAGCAAAGAAAGCGTGTATACCGCAAACTTTATGAAATACGGTTTCACCCCCGGAATGGGCGCTACCTTTATCGTTCCGGAGAAGCTTGGGGCAAGCCTCGGCCATGAAATGCTGTTAAACGGCGGCCACTACCGCGGCGGTGACCTGGAGAAAAGAGGGGTGCCTTTTCCGGTGCTTCCGCGGCAGGAAGTACTAGACTATGCGCAGGAATTGGCCCGTGAGCTTGCGGAAAAACCGAGAAACTCTTTAATTACATTGAAAAGGCACTTGGTGACGCCGTTTCGCGAGCAGCTTCCGGCCGTCATTGAGAAGGAGTTAATCATGCACGATGAGACGTTTCATGATGATGAAGTGAAAAAACGAATCACGACGATGTACGGAGTATAA MPNTAVELLEIEPDIIQVTMQDKAHKNAFSKELTDGLMEAFTRIKKSSVYKAVILTGYGHYFASGGTQEGLLRIQQGITKFTEDRMYSLALECDIPVISAMQGHGIGGGFVMGLFSDFVILSKESVYTANFMKYGFTPGMGATFIVPEKLGASLGHEMLLNGGHYRGGDLEKRGVPFPVLPRQEVLDYAQELARELAEKPRNSLITLKRHLVTPFREQLPAVIEKELIMHDETFHDDEVKKRITTMYGV PGPT0010145_34 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACILLAENE|DIFFICIDIN_METABOLISM,PGPT0010145-baeI|pksI|dfnM-K15313 NA NA D1-12_00896 14952 pksJ_1 COG0318 Polyketide synthase PksJ ATGAAAAGTGATATGAAGGCAAGCGGGTTACTCAAGCCATCTGTCAGCTATGGAAAATCATTGCGGCTTTCAGCGGATCAGCCGATGACGATTCCTGAAGTCCTGCACAAAACCGCCGCGGCAGCGGGAGATCAAAAGGGCATCACATATATTCAGCCTGACGGCACCAAAGTGTACCAGACTTACAGCGGCCTGAAAAAGATCGCTCTTTCGATTGTGAAAGGGCTCCGCCAATCAGGAGTGAAGGCTCAGGATGAAGTCATATTACAGCTCAGTGACAATTCCCAGCTGATTCCTGCTTTTTGGGGCTGTGTTTTTTTAGGAGCGATCCCGGTTCCGCTTGCGGCCGCTCCGGCTTATACAGAAATGAACAGCGGGACGCAAAAACTAAAAGACGCCTGGATGCTGTTGAATCAGCCGTATGTCATCACAAGCCGTGACGTGCTGCCGGAGATGACTGAATGGGCGGAGGAGCAGGAGCTTTCCGGGTTTTGCGCTTTGGCGGCAGAAGATCTCAGTGCGCACGAAATGGATACGGACTGTCATCATCCCCGTCCGGAAGATTTGGCGATGCTGCTTTTGACCTCGGGAAGCACGGGCACGCCGAAAGCCGTGATGCTCAGCCATGAAAACATCGTCTGCATGGTCAAAGGAAATATTCAGATGCAGGGCTATACAAGTGAGGATGTCACGTTTAACTGGATGCCTTTTGACCATGTCGGCGGCATCGGAATGCTTCATCTGCGTGATGTTTATCTCGGATGTGAGGAAATCAACATACCGAGCGAATCCATTTTGATGGACCCTTTAAAATGGCTCGACCTGATTGATCATTACCGCGCTTCGGTCACGTGGGCCCCCAACTTTGCCTTTGGACTGCTTGCCGATTTTGCAGAAGAGATTCAAACGCGGAAATGGGACTTATCTTCCATGCGTTACATGCTGAACGGCGGGGAGGCCGCGGTTGCGAAAGTCGGACGCAGAATTATGGAGCTTTTAGAGCCGCACGGTCTGCCGGCTAATGCCATCCGTCCCGCATGGGGAATGTCCGAAACGTCTTCGGGCGTTATTTTCTCAGATGAGTTTACATTGGAAAACACGAGTGACGACGATCGTTTCGTCGAGATCGGTCTGCCGATCCCGGGATTTAATATGAGAATTACGGATGACCGCAATCAAGTGGTGGAGGAAGGAGAAATCGGCCGCTTCCAAGTGTCCGGTCTGACTGTAACGAGCGGATATTATGAGCGCCCGGACTTAAATGACAGTGTCTTTACAGAAGACGGCTGGTTTGAAACGGGAGATCTCGGATTTCTGCGTGAAGGCCGCCTGACGATAACGGGGCGCACGAAAGATGCCATCATTATCAACGGTGTGAATTATTACAGCCACGCCATTGAATCAGCCGTTGAGGAATTGCCGGAAATTGAAACGTCTTATACAGCGGCATGCGCCGTCCGGCCGAATCAAAGCACGACAGATGAGCTGGCGATTTTCTTTGTGACATCTGTTCCGTTGGATAAGAGCCGCATGACGAAGCTTCTTCATCACATTCACCAGCACGTGACACAGAGAATCGGCGTTACCCCTGATTATCTGCTTCCGGTCGCAAAAGAAGACATTCCTAAGACGGCGATCGGGAAAATCCAGCGCACTCAGCTGAAACATTCATTTGAACAAGGGCAATTTGATTCATTACATAATAACAGACAAGAAGGCGGCAATTCAGACACGGCTTCTGCAGAGAAAGAAATTGAACGGGATTTTATCCGTTTTCTGAAAGAGGAACTTTCCATCGCGGATGAGCTCGTTGATCCAAATACGCCGTTTCAAAGTCTTGGCGTCAATTCCATCAAGATGATGAAACTCGCCAGATCAATTGAAAAAACGTATCACATCCGGCTGACGGCAAGAGAGCTGCACAAAAACCCGACGATTGGCGCTTTAGCGGCTTATACTGCAGAAAAAGCGGCAAACATGTCAGCGGAGCATCATTCCCAAAAAGCCGAACCGCCGGCAGAACGGGAGAGACGGCAAATGGCGCCAGCGCTTTCAGAAGTCCAAAAAGGGCTGTGGACATTGCAAAAATTGTCGCCTGAAACGACTGCATACCATGTCCCGCTCTGTTTCCGATTCACATCCGGAATCGACAAAGAGAAACTGAAACAGGCGTTTCAGTTCGTATTAAAGCAGCATCCGATGCTCAAAAGCGCCGTGAATGAAACAGACGGCGGGTTATATTTCATAGAAGCGGCAGATCCTTTTGTATTCTCGGAAGAAGATATTTCTGACGTCAATGAATCACAAATATCCGCTCTGATACGGAAAAAAGTGAAAGAGCCGTTTGTCAAAGAAGGCGGGCCTTTGCTGCGCGTGCAGCTGCTTTCAAAATCCGCCGAGGAACATTATCTTTTGACGGTCATTCACCACATCGTGTTTGACGGCATTTCATCCATTACATTTATTCACAGTCTGCTGGATCATTATCAGGCGCTGCTGGAGGGAAAAGAAGAGTTTACGGCCGCCGCTCCCGGGATTCATCCCGATTTCGCAACTTGGGAAAAGCGGTATTTAGCGGGTGAAGAAAGCAAAGCTGCCCGCGCTTACTGGATGAAACAGCTCGGGGGCGATCTGCCTGACCTTCAGTTTCCGCCGATGCGCACGGACAGCAGTGTTCCGGAGTTTACAGAAGATACGCTGACACGTCGTCTTCCCGAACGGCTGCTGAATAATATAACGGCGTTTGCCGCATCCCGTTCGATTCATTTGTCTACCGTCATGCTGAGCTGTTACATGGTGCTTTTAAGCAAATATACGGATAAGGAAGATGTTGTGACAGGCATGCCTGCAATGGTCAGACCCGAAGAACGCTTTGACGGAGTGGTCGGCCATTTCCTCAACATGCTTCCCATACGGAGCAGAGCCGGACGAAAAGAAACATTTGCTGACTTTGTTCAAAAGGTGCAGGATGCCGTTCTGGACGGACTGGATCACTCATTTTATCCGTTTCCGAAAATGGTGCGTGATGTGCATGCGAAACCCCGGCAGAACGGTTCGCCTGTTTTCAGCAATGCTTTTTTCTATCAGAACTTTCTGCAGCATTCAAGCTATCAATCGATGCTTGATGAATACAAGGGATTCTCCTGTGAGTTTGTAAAAGACATTCATCAGGAGGGGGAATATGATCTTGTATTTGAAATGTGGGAAGAAGCATCAGGCATGGATCTTACGATTAAATACAGCACCGAATTATTCGACGAAGCAGGGGCGGCCAGGCTTTTCAGCCAATTTGTACAGGCTGCTGAAGCTTTGACGGCGAATCCGGATATGCCGCTTGAGAACGTTTCTCTCATGACAAAAAGAGAGGAGCACATGATTCTTAAGACTTGGAATGAGACAAGCCGTGAATATCCGGATGCCTGCTTCCATGAATTATTCGAACGTCAGGCGGCAGAAACGCCGGACGCTTGTGCGGTCGTGTATGAACAGCAAAAGCTGACGTACCGTGAGCTTGATGAAAAAAGCACGAAGCTGGCGCTCTATTTGCAGGCGCACGGTGCAGGCCCTGATGATCTCATCGGCATTTATACAGACCGTTCATTGCATATGGCTGTCGGCCTTCTCGGCATTTTAAAAGCCGGGGGAGCGTATGTGCCGCTTGATCCTTCTTATCCCGCTGACAGATTGGAATATATGATCACCGACAGCAGGATTTCAATGTGCCTGACGACAGCTGATTTAGAGCACTCTTTGAACTGGGGAGGCGTGCAGACAACTGCCATTGACCGCGATTGGTCTCATATTGAAAGTACAGCCGCGGAAAGAACGTCGCTGAAGCGGTTAGTGACACCTGACGATCTGGCGTATGTCATTTACACGTCGGGCAGCACGGGCAAACCAAAAGGTGTCATGATTCCGCACCGGGCGCTGACCAACTTCTTAATCTCGATGGCGCATGAACCGGGGCTTTCGTCCGAAGACAAACTGCTTGCCGTCACGACATATTGCTTTGACATCGCGGCACTGGAGCTGTACCTTCCTTTAATCAAAGGAGCGGAGTGCAACATCTGTAAGACAGAAGTCACAAAAGACGCACGAAAGCTGAAAGAGCTGATTCAAGAGTACAAACCGACGATCATGCAGGCGACGCCGTTTACGTGGAAAATGCTCTTTCATTCCGGATGGTCAAATGAAGAAAAAGTGAAAATCCTTTGCGGCGGAGAGGCGCTCAGCGAACAATTGAAGCAGCAGTTTCTCGATACGAAAAGTGAGGCTTGGAATATGTTCGGGCCGACAGAGACGACAATCTGGTCCGCGGTGCAGCGTATAACGGAAAATGAGAGTGCGCTTACGATCGGACGCCCGATCGCCAATACCCGCGTGTATATTATGGATTCCGGTCTCAACCCTGTTTTAGAAGGGGTGCCGGGAGAACTTTGTATTGCGGGAGACGGATTGGCAAGAGGGTATTTCAACAAGCCTGAGCTGACAGATAAAGCTTTCGTCAGCCACCGGCTCGAACTGGGATCAAAGCTTTATAAAACAGGCGATATGGCGCGTTTTCTTCCCGGCGGCCGCATTGAATACATGGGACGGATGGACACCCAAGTCAAAATCCGCGGCTACCGGATTGAACCCGGAGATATTGAGAGCCGGCTGAATGCCCATCCGGCCGTACAGGAAAGCGTAGTGGTTGTGAACAATCACTCCGGAAATGAGAAGCTTTGCGCGTTTTATATCCTGAAAAACGGAGAGCCGCTTCCATCTGCAAAGGAATTGCGCAATCATTTGAAACAAGCGCTGCCGGCCTATATGACGCCAGCTTCTTTTATCCGTCTTGAAGAGCTGCCGCTCACACCGAACGGAAAAGTGGACCGCAAGCTTCTTGCTGCCCGCGATCTGACGGAAAAGCAGCCGGACACACAAACATTTTCATCATCTCATATCCAGCAGGCGGTACTGGCGATTTGGCAGGATGTATTGAAAAGCAAAGATATAGAGCTTGATGACCGCTTTTTTGATGCGGGGGGAGATTCGCTTCTTGCCGTGACTGTCACTGAGCGGATGACGCAGGAACTGGATTGTGAATTCAGTGTAACGGAGCTGTTTGAATACGCGACGGTAAAAGACATCAGCCGGTACATCACTGAACAAAAACCGAAAGAAGCCGTTTTGGCTCCTGTGCCGCAAAAGAAAGTGAATACAGTAGACCGGGAACACCCGGCGGGAGAATTTCCCGATTATTACGAGGACAGCCTTGCGGTTATCGGTATATCCTGTGAGTTTCCGGGAGCGAAAGACCATTATGAATTTTGGAATAACATCAAAGAAGGCAAAGAAAGCATCACCTTCTTTTCAAAAGAAGAGCTCCGCCGATCCGGTATTTCTGAAGAACTGGCTGATCATCCCGGCTTCGTTCCGGCTAAATCAGTTTTAGAGGGGAAAGAAATGTTTGATCCCGGTTTCTTCGGCTTTTCACCGAAAGATGCGGAGTATATGGACCCTCAGCTGAGAATGCTTTTGCTCCATTCATGGAAGGCAATCGAGGATGCGGGATATATCTCCAAAGAAATTCCGGAAACAAGCGTGTATATGTCTGCCAGCACTAACTCTTACCGCAGCCTGCTGCCGGAGGAGACGACAGCACAGCTGGAAACGCCGGATGGCTACGTGTCATGGGTGCTTGCCCAAAGCGGTACGATTCCGACGATGATTTCTCATAAACTCGGGTTGAAAGGGCCGAGCTATTTTGTCCATGCCAACTGCTCATCTTCGTTAATCGGCCTGCATTCGGCTTTTCAAAGCCTGCAGTCCGGCGAAGCCAAGTACGCCCTTGTCGGCGGTGCGACCCTTCATACGGAATCAAGCGCCGGATATGTTCATCAGCCGGGGCTGAATTTTTCAAGCGACGGGCATATTAAAGCGTTTGACGCGGCTGCTGACGGAATGATCGGCGGTGAAGGAGCCGGCGCCGTGCTCTTGAAAAAAGCGTCTGATGCCGTTAAAGACGGCGACCATATTTATGCGCTGCTGCGCGGAATCGGCGTCAATAACGACGGAGCGGATAAGGTCGGATTTTATGCGCCGAGCGTCAAAGGACAGGCTGAGGTCATTCAGAAGGTCATTGATCAGACGGGCATCCATCCCGAAACGATCGCGTACGTCGAAGCTCACGGCACAGGAACAAAACTCGGCGATCCGATCGAACTGTCCGCACTTCAATCGGTGTACGGCCGATATACAGATAAAAAACAATACTGCGGCATCGGTTCAGTCAAAACAAATCTCGGGCATTTGGATACAGCGGCCGGAATGGCGGGCTGCATCAAGGTTGTCATGAGCTTATATCATCAGGAAATCGCGCCGAGCATCAATTACAAAGAGCCGAACCCGAATCTTCATTTAGAAGACTCTCCGTTTTACGTAGCGGAAGAAAAGAAAGAGTTAACCCGTGAGAACAGAGCGCACCGCATGGCTTTAAGCTCTTTCGGTCTTGGCGGAACAAACACACACGCGATTTTTGAACAATATCCGGATGCATCTGAGGCAGCAGACGCTGCCGGTCCGTTCATCATTCCGTTGTCTGCCAGAAAAAAAGATCGTCTGAAGGAGTACGCAAAACAGCTGCTGGCTTTTCTGGAAAGAAAAACGGACGCCGACCTCGCTGATCTTGCCTACACGTTCCAAGTCGGAAGGGAAGCGATGGAAGAGCGCGCGGCCTTTATCACAAGCGGCACTGCGGAGCTGAAGCGGCAGCTTGCCGATTTTATCAATGATAAGCCGGCTGTAACAGGCTGCTTCAGAGGAGAAAAACAGCAGGCGAAAGATATTGCCTGGCTTTCTGATGATGATGACAGCGCTGAACTCATTGAGAAATGGCTTGCGAAAGGAAAAGGACCGAAGCTCTGTGAAATGTGGAGTAAAGGTGTCGCCATCAATTGGCACAAGCTTTACAAAGACAAGCATCCGAAACGAATCAGCGTGCCGGTCTACCCGTTTGCAAAGGAGCCGTACTGGCCGAAAAAAGCAGAAAAGAAAACATCTGCCGCACACACCGGAGTCTCAGTTTTACACCCGCTCGTGCAGCAAAATACGTCAGATTTAACCCTTCAGCGGTTCAGCTCACGGTTTACAGGCTCAGAATTTTTCCTGAAGGATCATGTGATCAGGGAAAAAGCTGTGCTGCCGGGAGCGGCATATTTGGAAATGTCTTATGAAGCGGTAAAACGGGCGCTTGGCGGCTTATTAAAAGACCAAGACAGAATAACGCTCCATCATACCGTCTGGATGAAGCCGATCGTCGTTCACGAACAAGAGCGCCAGGTCCATATTGCGCTGTTCCCTGAAGAGGACGGCATCATCTCATATGACATTTACAGCATAAACGCTGACGATGAAGAAGTGCTGCACAGCCAAGGGCGTGCCGAAATCATAAAGGCTAAACGAGAGCCTGAGAGAGACCTTTCTGCCATACAAAACAGATGCACAGCGGACATTCTTGATCCGGCGGTCTTTTATCGGGAAGGCCGGAGCAGGGGGATGTTCCACGGAAAAGCCTTCCAAGGCATTAAGTCCGCCTTTATCGGCGAGAAAGAAGTGCTTTCGGACATACAGCTTCCGGATTCTGTTTCTCATACGAACGGACAATTTACGCTTCATCCGAGCATCATTGATTCGGCTATTCAGACGGCGACGATCTGCATTATGCAGGAGTTTTCCGGACAAAAACTGATTCTGCCGTTTGCGCTGGAATATCTTGAAGTCGTCAAAGCATGCACGCCGATTATGCGGGCGCATGCACGCTTCAATGAAGGATATCAAACCGGTGATTCCGTGCAGAAAGCCGACATTGACCTGTTCGACGAAACAGGAGCGCTTTGCGTGAAGGTGAGAGGATTCTCTACGAGAGTGCTTGAAGGCGATGCAGAATCGGCTCAGCGGCTATCAGGCTCGGAAAAGGTCTTGTTTGCACCGGTCTGGAAAGAAGCTGCCGCATCCGAGAAAGCTTCTGTCCATGCTGATGAGCATTTGATCATACTTTGTGAAGATGCCTGCCGTATAAAAGATGAAGCGGCATCCGGCCTGAAAGACGCCGAACTGCTGATTGCAGAAGGTGAGGGTGAAACAGCCGCTGAACGCTTCCAAAGCTACGCGCAGACAATCGCCGAACACATCCGGCGGATCATCAGCGAAAAAAGGCAGGGCCGCATTCTGATTCAGACCGTTATTTCAGCAGACGGCAGCCAGCAATTGTTTGCGGGGTTAACAGGTTTGTTAAAAACAGCCGAGCTGGAATACGGAAAACTTGACTGTCAGCTCATCGAAATGGAATCAATCGGTGAAATGCCGGCTGTCGCTCAAAAACTGAAAAACGACAGTCATCGGCCGCATGATAAACATATCCGTTATAAAGGAGACAAACGGTATGTGAAGGCTTGGGAAGAAGTGCATCCCGCAGGGGGCGGCACCGTCTGGAAGGACGAAGGCGTATATCTGATTACCGGAGGGACAGGAAGCCTGGGGTTGATGTTCGCAAAAGAAATCGCAGGTCGCGTTAAACACCCGAAAATCATTCTGACCGGCCGCTCAAATCTGACAGAAGCCAAACAGCGTGAGCTTGCTATGCTTCAGCACTCGGGCGCAAATGTCGTCTACAAAAAGCTGAATGCGGCAGACCGGCGGGAAAATGAAGCGCTGATAAAAGAGATTACGGCGGATTTCGGAAAGCTTAACGGAATTATTCACGCTGCGGGAGTGATACAAGACCGCTTCCTGCTGCAAAAAACGAAGGAAGAGTTCAGGGAAGTGCTTGATCCGAAAGTGATCGGAACCGCTTATTTAGATGAAGCCAGCAAAGACTGCAATCTTGACTTTTTCGTATTGTTCTCCAGTGTTTCCGGCATTCTCGGCAATATCGGGCAGGCTGATTATGCCGCAGGCAACGCGTTTATGGATGCGTACGCCGCTTACAGGCAATCCCTTACGGAGAATGGCCTGCGGCACGGAAAAACGGTCGCCTTTAACTGGACGCTGTGGAAAGATGGCGGTATGCAGGCGGGAGACGAGACGGAGAGAATGATGAAAAAAGCTTTCGGCATGGTTCCGCTTCAAAAGGCGTCAGGCCTGGCTGCTTTTTATGAAGGAATGGCTCAGGAAAAGCCGCAGCTTTTAGCAGCTGAAGGACACGCAGCAAAATTAAAACAGTCGTTCCTATCCGTTTCTGAAACTGAAAAGCCGCAGGTGGAGAAAATAGAGCCTGTATCCGCCGTTTCGGGAGACAAATGGCACGGTGCGCTTATCCGATTGGTCAGTTCAATTTTAAAAGTCGGCCAAGACGAGATTGATATTGATACGGAACTGAGTGAATACGGTTTTGATTCGGTATCCTTTACCGTCTTTACGAATCAATTAAATGAAGCGTATCAGCTGGAACTGGCGCCGACGATCTTCTTCGAACACGGGACGATCCGCAGTTTAGCAGAGTATTTGACGGATGAGGCAGAAGCCGGCCTTCCTTCTCAGCCGGAAGAAAAACACGATGCAGAAGAATCTCTTCAAACGCTTCAGACCGCTTTGACAGACATGGTAAGCGGCATTTTAAAAGTAGACCGTGAGGACATTGAGACAGATACGGAATTGAGTGAATACGGTTTTGATTCCGTATCCTTTACCGTCTTTACGAATCAATTAAATGAAGCGTATCAGCTGGAGCTGGCGCCGACGATTTTCTTTGAGTACGGAACGATCAGCGGTCTCGCCGGATATTTGGCAAAAGAGCATCCGGGCCGTTTCGGCGAAAAGAAGAAAGAGTCTCCGAAAAAAGAGCAGCCAAAAGCCCAAAAATCGAAAATGCAGCGGAAAAAGCGCTTCGCAACGGTAATGAACGCTGCGGCAGCGACACAAGAGCCGCGCCGCTTGGATACGGTTGCCATTGTCGGAATCAGCGGCCGATTCCCGGGCGCGAAGGATATAGAGGAATTTTGGCGCAATTTGAAAGAAGGAAAGGATTCGATCACAACCATTCCGAAAGAACGCTGGGATTGGCAAGCGTTTGATGGCGACCCGAATCTTGAAGGGAACAAAACGAATATCAAGTGGGGCGGCTTTATCGACGGAATAGCTGAATTTGATCCGCTGTTCTTTGGGATTTCACCGCGGGAAGCCCAATATTTAGATCCGCAGCAGCGGCTGTTATTGACTTATGCATGGCTGGCGATAGAAGATGCGGGCTGTAAGCCGGAAAGCCTTTCCGGCACAAATACGGGCGTCTTTATCGGCACCGGAAATACCGGTTATAAAGATTTGTTCACAAGGGCAGGTCTTGCGCCGGAAGGACATGCGGCGACAGGCAGCATGATTCCTTCCATAGGTCCGAACCGTTTGAGCTATTTGTTAAATCTTCACGGGCCAAGTGAGCCGATTGAAACGGCATGTTCAAGCTCGCTTGTGGCGATTCACCGGGCGGTATCCGCTATAGAAAACGGAGAATGCGACATGGCGATTGCCGGGGGAATCAACACGATTCTGACGGAAGAAGCGCATATCAGCTACAGCAAAGCAGGCATGCTCAGCAAAGACGGAAAATGCAAAACCTTCTCCAAAGATGCCAACGGGTATGTCAGAGGAGAAGGCGCGGGAATTCTGATGCTGAAGAAACTGACAGATGCAGAACGTGACGGCAATCCGATTTACGGCGTGATCCGCGGTACGGCTGAAAACCACGGCGGCCGGGCGAATACGTTAACCTCGCCGAATCCGAAACTGCAGGCTGATTTATTGGTGAAAGCATACCGGAAAGCGGGAGTGGACCCGAGCACCGTCACTTATATTGAAGCGCACGGTACAGGAACGGAATTGGGCGACCCGATTGAAATAAACGGTTTGAAAGCGGCGTTTCACGAGCTGGCGAAAACAAATCAAGAGCCTGAAGTCTTCGGTCACCGCTGCGGCATCGGTTCGGTCAAAAGCAATATCGGCCATTTAGAGCTTGCCGCGGGAGTATCAGGCGTCATGAAAGTGCTTTTGCAAATGAAGCACAAAACGCTGGTGAAAAGCCTGCATTGCGAGACGATCAATCCGTACATTCAGCTCGATGACAGTCCTTTCTACATCGTGCGGGAAAATCAGGAATGGACGGCAGCAAAAGATAGAAACGGAAATGCCATTCCGCGCCGGGCCGGGGTCAGCTCATTTGGCATCGGCGGGGTCAACGCCCATATCGTCATTGAAGAGTATGTCCCGAAAGCAGCCGCTCAGCCTGAGCACAGCCCGGAAAATCCGGCAATCATCGTTTTGTCCGCCAAATCAAAAGAAAAACTGTTTGAACAGGCGCGGCAGCTGCAAAAAGCGATCCGTCAAACGCCGTATACAGATCAAGACTTGGCGGGCGTCGCTTATACGCTGCAAACCGGAAGGGACGAAATGGAAGAGCGCTTGGCCATTCTTGCAGCGACGATGGCGGAATTGGAAACAAAGCTGGAAGCATTTACGAAAAATGAGAAAAACATTGCCGGGCTGTATACCGGCCAGTCTCACCGCAATAAAGATACGTTTGCCTTGTTCACCGCAGATGAAGATATGGACATCGTCATTGACGCCTGGATTAAAAAAGGAAAATTCGCTAAGCTGGCAGAGGTATGGGTGAAAGGCGGCGTATTGAATTGGAACCGGCTGTATGAAAAGGGTACGCCGCGTTTACTCAGTCTTCCGTCTTATCCGTTCGCAAAAGACACGTATTGGGTGCCTGAGAATCCTGACAAAAAGAAGGTCCATACAGAGGAACGGATGAAACGTATTCTGACGAAACAATGGGAACCGAGCCCGCTCGAACTGGGTGAACCGTGCGCACGTTCCGTTGCGATTTTGACAGGCGGGGACACGATCAATCTCGCAGAAGAGATCGCAGCGCATATGCCGAATCACCGTATCATCACAGGATCAGACCTTGCCGGTGAATATGACTGGCAGGCGTTTGGCGGCGTCATCGACCTTCTCGGCGCAGCGAAAGAAGAAGCTTCTGAAGATATGACCGGTATCAAATGGCTTCAGCAATTGATTGAGCATGGGCATAAAGAAGGGATGACACTGCTTTGTGTCACGAAAGACCTTGAGTCATTAAATAAAGAGGCCAATCAAACAACAGGAGCAAAACGGGCCGGTCTGTACAGAATGCTGGCGTGCGAGTACGGTCATCTGTCTTCAAGGCATCTCGACCTTGAAGGAGGGCTTTCTGATGACAAACTGGCGAAGCAGATTGCCGATGAGTTTCATGCCCGCACTGATGACGCGGAAGTTTGCCGGAGGAACGGCTTGCGTTACCGCGCTGTATTAAGCGGCTCAGAAAACATGGATATGAAAGGCGAGAGAATTGATTTTCCGGACAACCATGTGCTTCTGATCACCGGGGGGACGAGGGGGATCGGCCTTTTATGCGCACGCCATTTTGCCGAACATTACGGAGTGAAAAAACTGGTGCTTACAGGCCGTGAGACCCTTCCGCCGCGAAGTGAGTGGACGGGCGGACTGAATGGGGTGACGGCTTCTGTAAAAGCGAAAATTGAAGCTGTTCTCGACTTGGAATCCAAAGGTGTACAAGTGAAGGTTTTGTCAGTCCCGTTAGCTGATGAAGCCGGGCTGAGACAGGAACTGAGTCAGATAAAACAGACGCTCGGACCTATCGGCGGCGTGATTCACTGCGCGGGTGTGACCGATAAAGAGACGCTCGCATTCATCAGAAAAACCGATGAAGACATACAGCGCGTGCTCGAGCCGAAAGTAGACGGGCTTCAGGCGTTATACAGTGTGCTCAGCGAAGAGCCGCTGAAGTTTTTCGTCTTGTTCTCTTCCGTGTCAGCTGCGATACCGGCGCTTTCGGCAGGACAGGCCGACTATGCCATGGCCAATGCGTATATGGACTATTTTGCAAACTCATACAAAGAGCAGCTGCCGATCGTAAGCATTCAGTGGCCGAACTGGAAAGAAACCGGAATGGGCGAAGTAACAAACAAAGCTTATAAAGAGAGCGGGCTATACAGCATCACGAATGCAGAAGGATTACAGCTCCTTGACGGCATACTTCTTGAATCAGCAAGGGGCCCGGTGCTGCCGGCCGTTCTGAATCCTGAGCTGTGGAAGCCGGAGCGATTCCTGCGGCGGAGCAGGCAGGATCAGCCAATAAGTCCGGCTATGGTAAAACCGGCGGAAAAAAACGCTGACACTGCCGCAGACAACGCTCAATTAACAAGGAAAACAGAAGAATGGCTGATAGAATTATTTTCTGAAGAGCTGCGGATTGACCAGGATCAGCTTGAGACAGACGTATTATTCCAAGATTACGGAGTGGACTCCATTATCCTTGCTCAGCTTCTGCAGCGGATCAACCGGAATCTCTCGGCATCGCTTGACCCGTCCATTCTGTATGAATATCCGACGATTCAATCTTTCGCAAATTGGCTTCTCGAAGGATATACAGAAGTTTTGTCAGAACGGTTTGATTTGGCGGCGGAGCCTGTTATGAAGAAGCCGGCTGAGCCGGTGATTGAAACACAAGCCGTTAAGGTGCAAGAAGAGGCGGCCGGAAAACAGATTCACCGGGAAGATATCGCGGTCGTCGGCATGTCCTGCCGGTTTCCGGGGGCGGCTTCCTTAGAGGCGTACTGGTCGCTTTTGGCTGAAGGCCGTTCGGCTATCGGTCCTGTTCCGGCTGAGCGATGGGGGTTGAAGACGCCTTATTACGCGGGAATGCTTGATGGAATTCATCAATTTGATCCGGACTTCTTTTTACTGGCAGAAGAAGATGTAAAGGCAATGGACCCTCAAGCTTTGGCCGCTCTGGAAGAATGCCTTAACCTGTGGTATCACGCTGGCTATACGCCGGATGAGATAAAGGGAGAAGCAATAGGTGTGTATCTCGGCGGACGCAGCCGTCACAAACCGGGTGAAGAGAAACTGCTGGATGCGAAAAACCCGATCGTCGCGCTGGGCCAGAATTATTTGGCCGCAAATCTCTCTCAATATTTTGATATGCGCGGCCCGAGTGTTGTCCTCGATACGGCTTGTTCTTCTGCTTTAGTCGGCATGAATATGGCCGTGCAGGCTCTTGTAACAGGAGAAATAAAAGCGGCCGTCGTCGGCGGCGTGAGCCTATTTGAATCAGAAGAAACCCATAAATTATTTGAACAGCGCGGCATATTAAGTAAAGCGCAATCGTTCCATGTATTTGACGAACGCGCCGATGGAGTCGTGCTGGGCGAGGGTGTCGGAATGGTTCTTTTAAAAACCGTGTCTCAGGCGATTGAAGACGGAGATTCTATTTATGCCGTAGTGAAGGCGGCATCCGTCAATAATGACGGAAGAACGGCAGGCCCGGCTACGCCGAGTCTGGAAGCGCAAAAATCCGTCATGAAGACGGCTCTTGAAAAAAGCGGAAAACAGCCGGAAGACATTACTCATATTGAAGCGAACGGTTCAGGCACGGTCGTGACGGATCTGTTAGAACTGAAGGCCATTCAATCCGTCTACCGTTCAAAAGACGCCGGCCCGCTCGGAATCGGATCTGTGAAACCGAACATCGGGCACCCGCTTTGCGCGGAAGGAATTGCAAGTTTCATAAAAGTTGTTCTCATGCTGAAAGAAAAGAGCTTTATCCCGTTTTTATCAGGCGAGCATGAAAATACACATTTTGATAGAGAAAAGGCCAATATTCAGTTCAGCCGCACTCTGGCAGACTGGCCGTCACCAATACCGGCGGCAGGAATTAACTGTTTTGCCGACGGCGGAACAAACGCCCACGTCATTGTGGAAGCGTGGCAGGAAGACGAAGGGCGCCCAATCAAGCGCCATCCTTTAACACCGCCTGCATTAAATAAGCGGCTGATTTCGCCGGACAGCAAAGAAGAAACGAACGAAAAAGCTGCGGCAAACATCTGGAATACCTATGAAGTGGAGGTTTAA MKSDMKASGLLKPSVSYGKSLRLSADQPMTIPEVLHKTAAAAGDQKGITYIQPDGTKVYQTYSGLKKIALSIVKGLRQSGVKAQDEVILQLSDNSQLIPAFWGCVFLGAIPVPLAAAPAYTEMNSGTQKLKDAWMLLNQPYVITSRDVLPEMTEWAEEQELSGFCALAAEDLSAHEMDTDCHHPRPEDLAMLLLTSGSTGTPKAVMLSHENIVCMVKGNIQMQGYTSEDVTFNWMPFDHVGGIGMLHLRDVYLGCEEINIPSESILMDPLKWLDLIDHYRASVTWAPNFAFGLLADFAEEIQTRKWDLSSMRYMLNGGEAAVAKVGRRIMELLEPHGLPANAIRPAWGMSETSSGVIFSDEFTLENTSDDDRFVEIGLPIPGFNMRITDDRNQVVEEGEIGRFQVSGLTVTSGYYERPDLNDSVFTEDGWFETGDLGFLREGRLTITGRTKDAIIINGVNYYSHAIESAVEELPEIETSYTAACAVRPNQSTTDELAIFFVTSVPLDKSRMTKLLHHIHQHVTQRIGVTPDYLLPVAKEDIPKTAIGKIQRTQLKHSFEQGQFDSLHNNRQEGGNSDTASAEKEIERDFIRFLKEELSIADELVDPNTPFQSLGVNSIKMMKLARSIEKTYHIRLTARELHKNPTIGALAAYTAEKAANMSAEHHSQKAEPPAERERRQMAPALSEVQKGLWTLQKLSPETTAYHVPLCFRFTSGIDKEKLKQAFQFVLKQHPMLKSAVNETDGGLYFIEAADPFVFSEEDISDVNESQISALIRKKVKEPFVKEGGPLLRVQLLSKSAEEHYLLTVIHHIVFDGISSITFIHSLLDHYQALLEGKEEFTAAAPGIHPDFATWEKRYLAGEESKAARAYWMKQLGGDLPDLQFPPMRTDSSVPEFTEDTLTRRLPERLLNNITAFAASRSIHLSTVMLSCYMVLLSKYTDKEDVVTGMPAMVRPEERFDGVVGHFLNMLPIRSRAGRKETFADFVQKVQDAVLDGLDHSFYPFPKMVRDVHAKPRQNGSPVFSNAFFYQNFLQHSSYQSMLDEYKGFSCEFVKDIHQEGEYDLVFEMWEEASGMDLTIKYSTELFDEAGAARLFSQFVQAAEALTANPDMPLENVSLMTKREEHMILKTWNETSREYPDACFHELFERQAAETPDACAVVYEQQKLTYRELDEKSTKLALYLQAHGAGPDDLIGIYTDRSLHMAVGLLGILKAGGAYVPLDPSYPADRLEYMITDSRISMCLTTADLEHSLNWGGVQTTAIDRDWSHIESTAAERTSLKRLVTPDDLAYVIYTSGSTGKPKGVMIPHRALTNFLISMAHEPGLSSEDKLLAVTTYCFDIAALELYLPLIKGAECNICKTEVTKDARKLKELIQEYKPTIMQATPFTWKMLFHSGWSNEEKVKILCGGEALSEQLKQQFLDTKSEAWNMFGPTETTIWSAVQRITENESALTIGRPIANTRVYIMDSGLNPVLEGVPGELCIAGDGLARGYFNKPELTDKAFVSHRLELGSKLYKTGDMARFLPGGRIEYMGRMDTQVKIRGYRIEPGDIESRLNAHPAVQESVVVVNNHSGNEKLCAFYILKNGEPLPSAKELRNHLKQALPAYMTPASFIRLEELPLTPNGKVDRKLLAARDLTEKQPDTQTFSSSHIQQAVLAIWQDVLKSKDIELDDRFFDAGGDSLLAVTVTERMTQELDCEFSVTELFEYATVKDISRYITEQKPKEAVLAPVPQKKVNTVDREHPAGEFPDYYEDSLAVIGISCEFPGAKDHYEFWNNIKEGKESITFFSKEELRRSGISEELADHPGFVPAKSVLEGKEMFDPGFFGFSPKDAEYMDPQLRMLLLHSWKAIEDAGYISKEIPETSVYMSASTNSYRSLLPEETTAQLETPDGYVSWVLAQSGTIPTMISHKLGLKGPSYFVHANCSSSLIGLHSAFQSLQSGEAKYALVGGATLHTESSAGYVHQPGLNFSSDGHIKAFDAAADGMIGGEGAGAVLLKKASDAVKDGDHIYALLRGIGVNNDGADKVGFYAPSVKGQAEVIQKVIDQTGIHPETIAYVEAHGTGTKLGDPIELSALQSVYGRYTDKKQYCGIGSVKTNLGHLDTAAGMAGCIKVVMSLYHQEIAPSINYKEPNPNLHLEDSPFYVAEEKKELTRENRAHRMALSSFGLGGTNTHAIFEQYPDASEAADAAGPFIIPLSARKKDRLKEYAKQLLAFLERKTDADLADLAYTFQVGREAMEERAAFITSGTAELKRQLADFINDKPAVTGCFRGEKQQAKDIAWLSDDDDSAELIEKWLAKGKGPKLCEMWSKGVAINWHKLYKDKHPKRISVPVYPFAKEPYWPKKAEKKTSAAHTGVSVLHPLVQQNTSDLTLQRFSSRFTGSEFFLKDHVIREKAVLPGAAYLEMSYEAVKRALGGLLKDQDRITLHHTVWMKPIVVHEQERQVHIALFPEEDGIISYDIYSINADDEEVLHSQGRAEIIKAKREPERDLSAIQNRCTADILDPAVFYREGRSRGMFHGKAFQGIKSAFIGEKEVLSDIQLPDSVSHTNGQFTLHPSIIDSAIQTATICIMQEFSGQKLILPFALEYLEVVKACTPIMRAHARFNEGYQTGDSVQKADIDLFDETGALCVKVRGFSTRVLEGDAESAQRLSGSEKVLFAPVWKEAAASEKASVHADEHLIILCEDACRIKDEAASGLKDAELLIAEGEGETAAERFQSYAQTIAEHIRRIISEKRQGRILIQTVISADGSQQLFAGLTGLLKTAELEYGKLDCQLIEMESIGEMPAVAQKLKNDSHRPHDKHIRYKGDKRYVKAWEEVHPAGGGTVWKDEGVYLITGGTGSLGLMFAKEIAGRVKHPKIILTGRSNLTEAKQRELAMLQHSGANVVYKKLNAADRRENEALIKEITADFGKLNGIIHAAGVIQDRFLLQKTKEEFREVLDPKVIGTAYLDEASKDCNLDFFVLFSSVSGILGNIGQADYAAGNAFMDAYAAYRQSLTENGLRHGKTVAFNWTLWKDGGMQAGDETERMMKKAFGMVPLQKASGLAAFYEGMAQEKPQLLAAEGHAAKLKQSFLSVSETEKPQVEKIEPVSAVSGDKWHGALIRLVSSILKVGQDEIDIDTELSEYGFDSVSFTVFTNQLNEAYQLELAPTIFFEHGTIRSLAEYLTDEAEAGLPSQPEEKHDAEESLQTLQTALTDMVSGILKVDREDIETDTELSEYGFDSVSFTVFTNQLNEAYQLELAPTIFFEYGTISGLAGYLAKEHPGRFGEKKKESPKKEQPKAQKSKMQRKKRFATVMNAAAATQEPRRLDTVAIVGISGRFPGAKDIEEFWRNLKEGKDSITTIPKERWDWQAFDGDPNLEGNKTNIKWGGFIDGIAEFDPLFFGISPREAQYLDPQQRLLLTYAWLAIEDAGCKPESLSGTNTGVFIGTGNTGYKDLFTRAGLAPEGHAATGSMIPSIGPNRLSYLLNLHGPSEPIETACSSSLVAIHRAVSAIENGECDMAIAGGINTILTEEAHISYSKAGMLSKDGKCKTFSKDANGYVRGEGAGILMLKKLTDAERDGNPIYGVIRGTAENHGGRANTLTSPNPKLQADLLVKAYRKAGVDPSTVTYIEAHGTGTELGDPIEINGLKAAFHELAKTNQEPEVFGHRCGIGSVKSNIGHLELAAGVSGVMKVLLQMKHKTLVKSLHCETINPYIQLDDSPFYIVRENQEWTAAKDRNGNAIPRRAGVSSFGIGGVNAHIVIEEYVPKAAAQPEHSPENPAIIVLSAKSKEKLFEQARQLQKAIRQTPYTDQDLAGVAYTLQTGRDEMEERLAILAATMAELETKLEAFTKNEKNIAGLYTGQSHRNKDTFALFTADEDMDIVIDAWIKKGKFAKLAEVWVKGGVLNWNRLYEKGTPRLLSLPSYPFAKDTYWVPENPDKKKVHTEERMKRILTKQWEPSPLELGEPCARSVAILTGGDTINLAEEIAAHMPNHRIITGSDLAGEYDWQAFGGVIDLLGAAKEEASEDMTGIKWLQQLIEHGHKEGMTLLCVTKDLESLNKEANQTTGAKRAGLYRMLACEYGHLSSRHLDLEGGLSDDKLAKQIADEFHARTDDAEVCRRNGLRYRAVLSGSENMDMKGERIDFPDNHVLLITGGTRGIGLLCARHFAEHYGVKKLVLTGRETLPPRSEWTGGLNGVTASVKAKIEAVLDLESKGVQVKVLSVPLADEAGLRQELSQIKQTLGPIGGVIHCAGVTDKETLAFIRKTDEDIQRVLEPKVDGLQALYSVLSEEPLKFFVLFSSVSAAIPALSAGQADYAMANAYMDYFANSYKEQLPIVSIQWPNWKETGMGEVTNKAYKESGLYSITNAEGLQLLDGILLESARGPVLPAVLNPELWKPERFLRRSRQDQPISPAMVKPAEKNADTAADNAQLTRKTEEWLIELFSEELRIDQDQLETDVLFQDYGVDSIILAQLLQRINRNLSASLDPSILYEYPTIQSFANWLLEGYTEVLSERFDLAAEPVMKKPAEPVIETQAVKVQEEAAGKQIHREDIAVVGMSCRFPGAASLEAYWSLLAEGRSAIGPVPAERWGLKTPYYAGMLDGIHQFDPDFFLLAEEDVKAMDPQALAALEECLNLWYHAGYTPDEIKGEAIGVYLGGRSRHKPGEEKLLDAKNPIVALGQNYLAANLSQYFDMRGPSVVLDTACSSALVGMNMAVQALVTGEIKAAVVGGVSLFESEETHKLFEQRGILSKAQSFHVFDERADGVVLGEGVGMVLLKTVSQAIEDGDSIYAVVKAASVNNDGRTAGPATPSLEAQKSVMKTALEKSGKQPEDITHIEANGSGTVVTDLLELKAIQSVYRSKDAGPLGIGSVKPNIGHPLCAEGIASFIKVVLMLKEKSFIPFLSGEHENTHFDREKANIQFSRTLADWPSPIPAAGINCFADGGTNAHVIVEAWQEDEGRPIKRHPLTPPALNKRLISPDSKEETNEKAAANIWNTYEVEV PGPT0010150_39 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACILLAENE|DIFFICIDIN_METABOLISM,PGPT0010150-baeJ|pksJ|dfnH-K13611 NA NA D1-12_00897 13410 pksL COG3321 Polyketide synthase PksL GTGAAGAACTTCAATAAGCAAATCACTTTATCGCTGAAAAATCCGTTTATTTTACATCATGACGTTTACGGACAAAAAGTCCTTCCGGGATTGGCTTATATTGATATGTTTTATCAGATTTTCAAAGAGCGCGGCTATTCATACGACGGGCTTCAGCTGCGCCATTTATCCATATATCAGCCGCTTATTGCGAAAGAAGACAGCGCCGTCAAGCTTACGGTTGAATGTACAAAGGTAAAAGAAGGGCGCTGGAAACTTACCGTAAAAGGGGCTGAGGTCAGCGGCGGACGAGTCCAGCCGGAAGAACGCATTTACGTCAAAGCGGAAATGCACGAGACGGGACCCGCAGTTTTCAGTGACACGATTGATCTTGACTCTGTCAAACGCGAGGCGGAACGCACCATCGATTTAAATGAGCTGTATGCACAATGCAGAAGCCAGGAATTGGTTCACAGCGGATATATGAAAGCAGAAGGAGAAGTGTTTGAGGAGCGGGACGGCGTCACCTTTGATGTATCGCTCGGAAAAGACGCGATGGGACAGGCCGGGGGGTTTTTGTTCCATCCGACTCTTCTTGACGGAAGCGGCGTCGGCGCAAACCTATTGATCTCATCGCTGTTAAATGGGGAAAAGAGGCTGTTTCTGCCTCTTTTCTACGAATCTTTTACAGCTTCCGAACCTTTGCAGGCCGGCTGCATCACGAGAATCAAACGTTCGTCGCTTCGGCAGGAAAAGGAGCTCATTTACATTACAATGGAGTTTTTTAACGCTTCCGGCCGGAAAGTAGCCGAGCTGAAAGATTTCACAAGCAAGCTCGTGCGGGATGCCGAGCTGATCAATACAGACCGTAAGCCTGCTGAGAAGTCTCCTGAAAAAGCCGGTTTACCGGAAGTTGCGGCATCGCTTGAAGGCGGACACCCGCATGAGGAAGCAGAGCGGTATGTCATGAATCTGATGGCGGAAAAAATCGGCAAGCCGCTTGAACAGATTGATTCTCAAGTCGGCTACTATGAAATGGGGCTGACATCGTCCGGATTGCTTGATGTCGTCGAAACGATCAGCGAAAAAATCGGCGAAACCCTTTCTCCGACTTTGCTGTTTGAATATACGACAGCAGCAGAGCTGGCAGCTTTCCTGACTGAGCAGTACGAGAGCCATTTCAGCGCGCCTCCGGCAAAAATGGAGAAGCCGGTTGAGCCGCAAACAGAGAGAAGACGGAAAAGCAGTGTTCCGCAAGATGAAGATATCGCCATTATCGGCATGGCCGGCCGCTATCCGCAGGCCGAAAATATTCATGAATTCTGGGAAAACCTGAAAGAAGGAAAAAACTGTGTCACCGAAATTCCGGAGTCTCGCTGGGACTGGCGCCGGTTTGAAAATGTAAAGTCGCCTTCCGGAAAGAGCATTTCAAAATGGGGCGGATTTATTGATGATCCGGATTGCTTTGATCCCCAATTTTTCCGGATTACGCCGCGGGAAGCTGAAACAATGGACCCTCAGGAACGGCTGTTTTTACAAACATGCTGGGAAACGATTGAGGATGCCGGATATACGCCGAAGTCGCTCGCAGAGGCGCGCGGACGGAATAAGAGACAGCGCGTTGGCGTCTTCGCAGGGGTGATGCATAAGGATTATACGTTGGTCGGGGCTGAAGCTTCTTCTGAAGATCATGTATTCCCGCTTTCTCTTAATTATGCGCAAATCGCAAACAGAGTTTCATATTTTTGCAATTTTCACGGGCCGAGCATGGCGGTCGATACGGTCTGTTCATCTTCGCTGACTGCGGTTCACCTTGCTGCGGAAAGCATTCGGCGCGGGGAATGTGAATCGGCAGTTGCCGGAGGCGTCAACTTGTCGCTGCATCCGAATAAATATCTGACATACGGTTTATGGGACATGTTTTCAACAGACGGGGTTTGTCATACATTCGGGAAAGACGGAGACGGCTATGTACCGGCTGAAGGAATCGGTGCCGTTTTATTAAAACCGCTGCGAGAGGCGGTAAAAGACGGAGACCGGATTTATGCGGTGATAAAGGGCAGTGCCGTCAATCACGTGGGGACAGTGAGCGGAATTTCCGTGCCGAGCCCTGTCGCGCAGGCCGATTTGATTGAAGAATGCCTGGACAAAGCGGGCATCGATCCGCGCACGGTCAGTTATATTGAGGCGCACGGGACGGGAACTTCTCTCGGCGATCCGATTGAGGTTCAAGGCCTTGTCAAGGCGTTCCGGCAGTACACACAGGACAAACAGTTCTGTTCGATCGGATCAGTGAAGTCCAATATCGGCCATGCGGAATCGGCGGCGGGCATCAGCGGCTTAAGCAAGGTTGCCCTGCAGCTTCACCATAAAACTTTGGTGCCGTCTCTTCATTCCGAGGAGCTGAATCCGTATTTAGATTTTGAACAATCACCGTTTTACGTCCAGCATCATACCGAAGAATGGCATCAGCCCTCAGTGACGGAAAACGGAAATGAGACCGTATATCCCCGGCGTGCAGGCATCAGTTCTTTCGGGGCGACAGGTTCAAACGTGCATCTCATTCTGGAGGAATTTATCCCTGAAGAATCACACGGAACAGTGGCTGAACCGGCAGAAGAACAGACATTCATTTTTCCGGTTTCAGCCCGGAATGAAGAACGGCTAAAAGAGTATGTTGCGAAGCTGTCTGCATTTATTCATCCCGGCCTGCCGCTTGAGGATGCGGCGTATACACTTCAGATCGGCCGTGAACAGATGGAGGAGCGGGTTGCGTTTACCGCTCAGAATATGACACAGCTCAAAGAGCGGCTGAAGGGCTTTCTGGCGGGTAAAACGGTCAGCGGGTGCTGGCGGAACCGAGCCGATAAAAGCAAACAGGCAGAGCTTGCTCCGGACTTGATACATAAATGGCTTTCTTCCGGGAGTCTGGGGATGATTGCCGAAAAGTGGGCCGGCGGAGGAACGATGGATTGGAATCTCTTGTACGGTGAAAACAAACCGAATCGGATCAGCCTGCCGACATATCCGTTTGAAAAAATCCGGTATTGGGTGCCGAAGGCGGAGAAAAGAGAATCGCTGCCGCAAAAAAGGGCAGGCATGCTGCATCCGCTCCTTCGTGAAAATGTATCAAACATGTCAGGCGTCCGTTTTCGGTCCTCTTTTAGCGGCGGAGAATTTTTCCTGAAAGATCACGTCGTCAAAAACGAGCGGACGTTACCGGGCGCGGCTTATCTGGAAATGGTTCGGGCGGCCGTGGAACACGCGGCAGAAACGAAGGAAGAAGGAACAGTCCGGCTGAAACATGTCGTATGGATACGTCCGTTTACAGCGGCGGATGAGTCCGCAGAACTGTATCTCCGCCTTTATGACGAAGAAAATGGGGAGATGGGATTTACGGTTTACAGTGAATCGGCTTCCTCGGAAGAAGAGCCCGTTCTCTATGCGCAAGGAAGCGCGGCATTTGTCCGAGCGGGCGAACCGGCCAAAATCGAGATTGACAAATTAAGAGAGTCACGCCGTCTGATCACACCTGACGCTTGCTATCAGGCATACAAACAGATGGGGATTGAATACGGGGATGCTCACAAAGCGGTCACGGAAATCTATGCAAACGACAGCAAAGTGCTCGCAAAGCTCTCACTCCCGTCATCTATTTCTCATACAAAAGATCAGTTTGTCCTCCATCCGAGCCTTTTGGATGCGGCCTTCCACGCGACAATCGGGTTAATGCTTGACAGAGACGGGACTGACATACGGCCGATGCTGCCGTTTGCTCTCGAACAGATCGATGTGTTGAAAAGCTGTAAAAGTGATATGTGGGTATCCATTGCGTACAGCGGCGAAAGCAAGCCTGAAGATGCTGTGCAGAAGCTGGATATTGATTTGTGTGACGAACAAGGCAATGTATGTGTGAAAATGACTGGTTATTCCGCACGGGAAATTGAAACGGATAAAACAGATACACTATTTTTTGAACACGTATGGGAAGAGAAGGCCGCTGTACATGAAAAAGCGCCGATCCATTTCAAAGCCCGTCACGTGATGATATCTGACCGGTTTACGGACCAAATGAACAGCATACAGACAGACTTCAGCTGTCATGTGCTCCGTGATCAGCATAAGAGTGAAGACGAACGGTTTGAAGCTTGTGCGCTTCAGGCGTTCGAAGAAGTGAAGAAAATCCTCGCTTCAAATTCCGGCGGGCGCGAGCTCATTCAGATTGTCGTGCCTCAAGAAGCGGATACGCAGCTCCTTTGCGGCTTAACGGGGCTTTTGAAAACAGCGGCGCTTGAAAACCCGAACCTGACCGGCCAGCTGATTGAAGCGGAACCGGACGTCAAGGCAGACACGCTGTCCCGATATGTAAAAGAATGCAGCGCTCATCCTGATGACAAGCATATTCGCTATGAAAACGGCAAGCGCTATACGGCACAATGGCAGGAAATAGGGCTGGAACAGTTCGGCGCCGAAAAGCCGTGGAAGGATAAAGGTGTTTATCTGATCACAGGCGGTGCTGGCGGACTCGGATTTTTATTCGCCAAAGAAATCGCCCGGCATGCAAAAGACGCCGTTCTTATTTTAACGGGGCGTTCTCTGTTGGATAACCGTAAAAAAACCCAGCTTCAAGAACTGTCCGATCTCGGCGCGCAAGCTGTGTACAAACAAACGGACATGACGGAAAAACAAGAAGTTCAATCGCTCACAGCGGACATCTGTCGGCAGTACGGCGGATTAAACGGTATCATACACAGCGCCGGAACGATAAAAGACAACTATATTCTGAAAAAGCACAAAGATGAGATCCGTGATGTACTGGCGCCGAAAGTCTCCGGACTGGTTCATCTGGATGAAGCGGCAAAGGACATTGAGCTGGATTTTCTGATTCTTTTCTCTTCCGGAGCCGGAAGCGCCGGAAGCGCGGGTCAGGCTGATTATGCGATGGCCAATGCGTTTATGAACGCCTTCAGTGAAAAAAGAAACCGTAAAAAAGCCCGAAATGAACGCTATGGACACACCCTTTCAATCTGCTGGCCGCTTTGGAAAGACGGCGGCATGACGGTTGATGCTGAAACGGAAGCCATGCTGACAAAAGAAAGCGGCATGGTCCCTATGCAAACAGAAAACGGCATTCAGGCTTTGTACCGCGGGTGGGCGGCAAACACATCCCAAGTCATGGTGACGGAAGGCTACGCCGCAAAAATCCGGGCGTTTCTGAAAAAATCAGCGGATCAGCCGGATAAGGGCAGCGAAACCGAAGAAACGGCAGGTCTTACAGCGGGCGGAGAGAACATGCTTGCAGAAAAAACGGAGCATTTCTTGAAACAAGTGCTTTCGGAAGTGACCAAACTTCCTGTCGGCAAAATTGACGCCAAGGCGCCTATGGAAGATTACGGTATTGATTCGATTATGATTATGCATTTGACGGGCCGGCTGGAAAAGAGCTTCGGTTCATTGTCAAAAACATTGTTTTTCGAGTATCAGAATATCGAATCGCTGGCGCAGTATTTTATGAAAGCACACCGGGACACGCTGCTGGAAGTGACCGAGATGAAAACAGAAGAAACCCCTGCAGCCAAACCGGCGCTGTCTGAGAAAGCGAAAGTAAAGCCCGTTTTCAAACGGAATGAAGGCAAAAAAGGCTTTGCGCAAGTCCGTCTAGACACGCGGGAAAATCCAGTGACGGAGCGTGAAGATATCGCGATTATCGGTATGTCAGGACGATATCCGCAGGCCGAAAATCTTCAGGAATTTTGGAAGAACTTGAGTGAAGGCACTGACTGCATAACCGAAATTCCAAACGATCGCTGGGATCACAGTCTTTATTACGACGCTGATAAAGATAAAGAAGGCAAGACGTACGGAAAATGGGGAGGATTTTTGAAAGACGTGGACAAATTTGATCCGCAATTCTTCTCTATTTCGCCCCGGGATGCAAAATTGATGGACCCGCAGGAGCGGTTATTCCTGCAGTGTGTCTACGAAACGATGGAAGATGCCGGTTACACGCGCAAAAAGCTCACGGAAAAATCGGGTGATTTGCTTGGCGCCAATGTCGGTGTTTACGTCGGCGTCATGTATGAGGAATATCAGCTTTACGGAGCAGAAGAACAGGCGCGCGGAAAATCGCTTGCGCTGACCGGAAATCCGTCATCAATTGCGAACAGGGCTTCCTATGTATTCGGTTTTAACGGCCCGAGCATGGCTCTGGATACGATGTGCTCTTCTTCTTTAACAGCCATTCATCTGGCATGCCAAAGCTTGCGGAACGGGGAATGCGAAGCAGCATTTGCCGGGGGCGTCAATGTATCCGTTCATCCGAATAAATATTTGATGCTCGGCCAGAACAGATTTTTATCAAGCAAAGGCAGATGTGAAAGTTTCGGAGAAGGCGGGGACGGTTATGTGCCCGGTGAAGGAGTGGGAGCCGTACTCCTTAAGCCGCTTTCTAAAGCAAAAGCGGACGGTGATCATATTTACGGTCTGATCAAAGGAACGGCCGTGAACCATGATGGAAAAACAAACGGGTATTCCGTACCGAATCCGAACGCCCAAGCCGCGGTGATCAAACAGGCGTTAAAAGACGCGGGAACCGATCCGAGGGCGGTCAGCTACATCGAAGCCCACGGCACCGGAACTTCACTCGGCGATCCGATTGAAATCACGGGTCTGACAAAAGCCTTTTCAGAACAAACACAAGATAAACAATTTTGTGCCATCGGCTCAGCGAAATCCAATATCGGGCACTGTGAAAGCGCGGCGGGCATCGCGGGTCTGACGAAGGTGCTCCTGCAAATGAAACATAAGCAGCTTGCACCGTCACTGCATTCCCGGACGCTTAACCCGAATATTGATTTTCTCGCTACGCCGTTTAAAGTGCAGCAGACGCTTGAAGAGTGGAAAAGACCGGTCATAAATGAAAACGGAATAAATAAAGAATTGCCGAGAACCGCGGGGCTTTCCTCATTCGGAGCCGGCGGCGTCAACGCTCATATCGTCATCGAAGAATATTCCGCTGATGAGGATAAGGAGACGGCTTTTGCCGCGCCTCATCCGTCGATGATCGTCCTTTCCGCGAAAAATGAGAAACGGCTTCAAAAACGGGCGGAACGTCTTCTTGATGCACTGCGGAGCGGGCGTTACCGGGAAGCGGATCTGAGCCGGATCGCATACACGCTTCAAATCGGCCGTGAACCGATGGAAGAGCGTCTCGGAATGATTGTCAGCAATTTGCGCGAGCTTGAAGAGAAGCTTGACGAATTTACGGGCGGCAAGGAGTCAATTGACCAGCTCTACCGCGGACAAGTCAAACAGAATAAAGACACGATGGCGCTGTTTGCGGCTGATGAGGACATGGAAAAAACCATTGAGGCATGGCTTGAAAAAGGCAAAGCCGCAAAGGTATTAGAGCTTTGGGTGAAGGGCCTTCCGCTGAATTGGGATAAGTTGTATCAAATGGGCAGACCGCAAAAAATCAGTCTCCCGGCCTACCCGTTTGCAAAAGACCGTTATTGGATCGACATATCAGCAGATGCAGCTGTCAAAAAACCGGCCGAAACACAGTCTGCGCCGATCGCACCGGCGGCCGCACCCGAACCGGTCATTGAAGTAACAACTCTTCATGAGGAGACTGCCAAAGAAAAACCGTCAAACATTTCATTGCAGCCTTTGAGCGGCGCGAAACCGAAAATAACCCAGTCTGTTTCCCGTCCGGCGGTTTCCGCTGAGAAAGTAAGTGCCGTATTGACCGAAAGTTTGGCAGACATTTTATATATGGATGCCGACGATATCGACGCAGACGACACATTTATTGATATCGGCATGGATTCAATTACCGGTCTTGAATGGATAAAGGCTGTTAATAAAACGTACGGCACGTCCCTTACGGTGACGAAAGTATATGATTATCCGACAATTCGCCAGTTTGCGGCTTTCTTGCAAAAAAAGCTCGGGACAGAACCGATCCTTGAGGAAGCAACCGAACCGCAGAAAACAGAGGCCGTGAAAAAACCGTCAAACATACTGCTGCAGCCTTTAAACGCTCATAAGCAGCATGTGATACAAGCAGAAGCGGATATTCTGGAGGCGATGTCTGAAACGGCAGCTTCCGCCGAACCGGAAGAACCGATTGAAGCGGTGCATGACGAGTTATCAAAAGCACTGGCTGATGTATTGTACATGGAGCGGCATGAAGTAGATATTGATGAGGCCTTTATTGACTTGGGTATGGATTCGATTACCGGTCTTGAATGGATAAAGGCCGTCAATAAACGGTACGGCACGGACTGTAACGTAACGAAAGTGTATGATTATCCGACAATCCGCCAATTTGCCGATTTTCTGCGTACGCAGCCGTCCGTCCGCGGAAGAAAAAAACAGGCGGTTCCCGTACGTCCAAAGCCGCTTACGCAGCAACACGCCCTGCAGAAGAAAACACCTGCCGAGCCTGAGAGATTAACGGTTCAAAAGGAACCTGAACCGGTGCAGGCCAAACGGGAGCCTAAAGACGAGATAGCGGACGCGATAGCCATCGTCGGCATGTCGGGCAAGTACCCGGATGCGCCGGACCTAAAGACGTATTGGGACAACTTAGCCCGTGCGAAAAATGCCATTCGCGACATCCCGCTTTCCCGCTGGGATGTAGACAAATACTATGATCCGGCCTTAAACAAGAAGGGCAAAGTATACTGCAGATCAATCGGTATGCTTGACGGCATTGAAGAATTTGATCCGCTGTTCTTTAATATTTCTCCGTCTGAAGCGGAACTTATGGACCCGCAGCACCGGATATTTTTACAGGAAGGTTTTAAAGCCTTTGAAGATGCGGGTTACAGCTCAAAAGAATTAAACGGGAAAAATTGCGGCGTTTATTTGGGGATTATGAACAATGAATACGGCATGATGTTAAACAAACATCAGACAGGAGGAAGCGCGACGGGCAACAGTTTCAGCATCGCGGCGGCCCGCCTGCCTTATTATCTCAATTTGAAAGGGCCGGCCATTCCGGTTGATACGGCATGCTCTTCATCTCTCGTCGGGACTCATTTGGCGCGTCAGGCGCTGTTGAATCATGAAATTGACATGGCGCTTGTCGGCGGCGTGACCTTGTATTTAACGCCTGAATCATACATCAGCATGTGTGAAGCCGGAATGCTGTCTCCTGACGGCCAATGTAAAGCATTTGATAACAGTGCGAACGGATTTGTGCCCGGCGAAGGCGCGGGGGCGCTCGTTTTGAAGAGGCTGAAAGATGCGGAAGCCGATCAAGACCATATTTACGGAGTCATTATCGGATCTGGAATTAACCAGGACGGAAAAACCAACGGCATTACCGCACCAAGCGCGAAAAGCCAAATGGATTTAGAGCGCCAAGTGTATGAAGCGCACAACATCCACCCTGAGAGCATCACCTATGCGGAAATGCACGGCACCGGCACAAAGCAGGGGGATCCGGTTGAATTAGAAGCCCTGTCTTCTGTATTTAAGGAAAAAACGGACCGCAAACAATTTTGCGCCATCGGTTCGGTTAAATCGAATATTGGGCATACGTCGGCGGCGGCAGGTGTAGCAAGCGTCCAGAAGGTTCTGCTGTCGATGAAGCATCAGCAGCTTGTGCCGACCCTTCATTTCAGCACGCCGAATGAACATTTTGATTTCGATGACTCGCCTTTATTTGTCAATACCGAACTCAAACCTTGGGAAACAGGCGGAGCACCGCGGCGGGCCTGTGTCAGCTCATTCGGCTACAGCGGCACAAACGCTCATCTCGTTATCGAAGAGTATCAGCCGAAAGACAGGGGAAGCCGTAAGTCTGATGAGACAAACATTTTTGTGCTGTCGGCGAAAAAAGCGCCGCAGGTAAAAACCTATGCCGAGTCTGTGATCGAATTTGCAAAAGCCAATCAGAATATCAATCTTTCAGATATGGCGTACACGCTTCAAACCGGGCGTGATGCGATGGATTACCGTCTTGCGGTTACAGCCGGTTCGAGAGAAGAACTGATCAGCCGTTTAACCGATTTTGTAAACGGAAATACGGGTGAAGGGATATATGAAGCCCATATCAAAACGGCTAAAAAAGAACTCAAAGCATTTGAAACGGACGATGATCTGAAGCAGCTTGTCAGGTCATGGTTCGATAAGAAAAAATACGCCAAAATAGCGGAATTGTGGGCCAAAGGCCTTCAGATGGACTGGGAAAGACTCTATCAAGGCGAAAAACCCCGCAGAATCAGTCTTCCGGCTTACCCATTTGCGAAGGAGCCGTACTGGCTGCCTGAGCCGAAAGCCGCATCGCAGGAAACAGAAGACCGGCGCGAGGCTGTGCTTTTAGAAAAGCAATGGGTTCCGTGTGAGATCGATTCGGCCGGTGAGAAAAGCGGCAGGACGGTCATGATTCTGGCTGATGAAAGAACAGCGGAGCTAGCCGAAGAGACTGCGAAGCATTTCACTGACTCGTTCATTCTCCCGGTCGATTCTGCTGATACTGCAGCTAGCGATTGGAATCACATAGATGGCGCAATCGATCTGACGGGATGCGGAGACGAAGACCCTTCACTGAAAGGGATCAGCCGGCTCCAGACTCTGATTGATACAAGCCGCCGGCAAGCGCGGCCGCTGACGCTGCTATATGTAACAAAAGGATTGGAGCCATTTCAGCAGAAAACGATTCATCTTGCAGGAGCGGCAAAAAGCGGCCTGTACAGAATGCTTCAAAATGAGTATCAAAACGTGACGTCAAGACACATGGATGCCGATACAGATACGGATCAGCAGACGCTTGCCAAACAGATTGCAGATGAATTTTCGGCGGACAGCACAGAACCGGAAATCTGCCGCCGAAACGGACAGAGATACCGTGCTTTATTCAGGGAGATTCCAAGCGGGAAGCGGGCAGAACATAAGCCCGCACCGTTTCCTGAAGACCATGTGCTTTTCATTACCGGAGGCACGAGGGGACTGGGTCTCTTATGCGCCCGCCATTTCACAGAAAAACACGGCGTGAAAAAAGTAGTGCTGACAGGCAGGGAGCCGATTCCTCCCCGCCATGAACGGTCAGCCGTTAATACGAGGCTGAAAGAGAAGATACGGGCGATTGAAGAGATTGAAGCAAAAGGAGTGCAAGTGGCGGTGATCAGTCTGAAATTGTCTGATCATGATGCGGCGGCAGCGGAAATTGAAACGATCCGGCGCACGATGGGACCGATCGGCGGCGTCATTCACTGTGCGGGATCGGTTAATTCAGTAAATCCGGCGTTTATCAGAAAGACTGCCGACGATATACAAGAAGTGCTGGAACCGAAAGTCGCAGGGCTTCAAACATTAAGCAGCCTTTTCACAAATGATCCTTTGCAATTTTTTGTCTTATTTTCTTCAGTATCTGCAGTCGTTCCGGCGCTCGCGGCGGGACAGTCGGATTATGCGATGGCAAATGCGTACATGGATTATTTCGCGGCGGCTCATCAGCATCAATATCCGTTAGTCAGCATTCAATGGCCGAACTGGAAGGAAACCGGATTGGGTGAAGTCCGCACAGAAAGCCTGAAGCAAACCGGGCTGCTGGGACTGTCCAACGCGGAAGGCCTTGACTTGCTGGACCGCATTTTATCTGAAAACATCCGCCCGTCCGTTCTGCCGGCTATCATTGATCGGAGCGAATGGCATCCTGACAGGCTGCTCTGTCTAGAGAAAACACAAAAAGCCGTAATAACCGGCAAAGCCGCGGAAAAACATTCAGACAGAGAACTGCTTCTTGATACGAAGGCGTGGCTTGTGAAATTGTTTTCCGATGAGCTGAAAATCGCTCCGGAAGAACTGGAAACAGACGAACCGTTTCAGGATTACGGGGTTGATTCGATCATTTTAGCGCAGCTTTTACAGCAAATGAATCAAGCGCTCAAAGAGGACTTAGACCCATCTGTTTTATATGAACATCCGACGATTGACGCGTTTGCCGAATGGCTTGTATCCAATGGGCAGCCGCTGCTTGCAGAAAGAGAGGAACCTGATACAGAAATCTTGGTTCCGGCTGCCGTACAAACGGTTCACACTGAACAAAAGCGTGATGCCGTAACTGAAGACATTGCCGTCGTCGGAATGAGCTGCCGTTTTCCGGGAGCGGAATCGTTAGACCAATATTGGGACTTGCTGAGAAGCGGCAGGTCCGCAATCGGCTCCGTCCCGGCGGAACGTTTCGGATATGCAAATCAATACGTTGCGGGATTGATTGACAATATGGATCACTTTGATTCCGAATTCTTTTTCATTCCGGAAAACGACGCGAAAGCGATGGACCCTCAGGCGTTGGCGGTGTTGGAAGAGAGCTTGAAACTTTGGTGCCATGCCGGCTATACCCGTGAAGAAATCAAGGGCATAGAAGCCGGTGTGTATATCGGAGGCCGCAGCCAGCATCAGCCTGATCCTGAAAGTCTTGCGAATACCCGCAACCCGATCGTTGTTGGCGGGCAGAATTATTTAGCGGCAAACGTTTCGCAATTTTTTGATCTGCGCGGGCCGAGCATCGTGCTTGATACGGCTTGTTCATCGGCTTTGACAGGAATGAACATGGCCGTTCAGGCACTGAGAAGCGGCGATATCAAAGCGGCGGTAGTTGGCGGCGTCAGCCTGCTGAACACGGATGCGGCGCACCGGATGTTCCAAGAGCGCGGACTGTTAAACGAAAAACCGGCATTTCACGTATTTGACAAGCGTTCAGGCGGAGTTGTCCTCGGTGAAGGCGTCGGCATGGTGCTGTTAAAAACAGTAAGCCAGGCGCAAAAAGACGGCGACACGATACACGCAGTCATTAAGGCCGCCGCCATGAACAATGACGGCAGAACGGCAGGCCCGTCAGCCCCTAATATGCAGGCGCAAAAAGACGTTATGCAAAGCGCGCTTTTCAAAAGCGGCAAAAAGCCGGAAGACATCACTTATATCGAAGCAAACGGATCGGGTTCCGCGGTGACTGATTTGCTTGAGCTGAAGGCGATTCAATCCGTATACCGCTCAGGTCAGCATGTTCCGCTCGGCATCGGGTCAATTAAGCCGAACATCGGGCATCCGCTTTGCGCAGAAGGCATCGCTAGCTTCATTAAAGTCGTATTAATGCTGAAGCATAAACAAACGGTTCCGTTTCTCTCAGGAGACGAACCGATGCCGCATTTTGATATAACAAAGACAGATTTTCACTTTCATAAAACAGCTGGCGAATGGGATGCAGCCAGACCGTCAGCATCCATCAACTGCTTTGCCGACGGCGGAACGAACGCCCACGTCATTCTGGAAGCTTGGGAAGAAAAAGATACCCGAATGAAAAGAAAGCCGCTGCCGGTACCGTCATTAAGACGTAAGGCTCTGGTAAAAGAACCTGACGTACGAGCGGAGAAACAAGAGCTTCCTGCGAAAAAAATGTTTTGGAAAGCATTTAAATGA MKNFNKQITLSLKNPFILHHDVYGQKVLPGLAYIDMFYQIFKERGYSYDGLQLRHLSIYQPLIAKEDSAVKLTVECTKVKEGRWKLTVKGAEVSGGRVQPEERIYVKAEMHETGPAVFSDTIDLDSVKREAERTIDLNELYAQCRSQELVHSGYMKAEGEVFEERDGVTFDVSLGKDAMGQAGGFLFHPTLLDGSGVGANLLISSLLNGEKRLFLPLFYESFTASEPLQAGCITRIKRSSLRQEKELIYITMEFFNASGRKVAELKDFTSKLVRDAELINTDRKPAEKSPEKAGLPEVAASLEGGHPHEEAERYVMNLMAEKIGKPLEQIDSQVGYYEMGLTSSGLLDVVETISEKIGETLSPTLLFEYTTAAELAAFLTEQYESHFSAPPAKMEKPVEPQTERRRKSSVPQDEDIAIIGMAGRYPQAENIHEFWENLKEGKNCVTEIPESRWDWRRFENVKSPSGKSISKWGGFIDDPDCFDPQFFRITPREAETMDPQERLFLQTCWETIEDAGYTPKSLAEARGRNKRQRVGVFAGVMHKDYTLVGAEASSEDHVFPLSLNYAQIANRVSYFCNFHGPSMAVDTVCSSSLTAVHLAAESIRRGECESAVAGGVNLSLHPNKYLTYGLWDMFSTDGVCHTFGKDGDGYVPAEGIGAVLLKPLREAVKDGDRIYAVIKGSAVNHVGTVSGISVPSPVAQADLIEECLDKAGIDPRTVSYIEAHGTGTSLGDPIEVQGLVKAFRQYTQDKQFCSIGSVKSNIGHAESAAGISGLSKVALQLHHKTLVPSLHSEELNPYLDFEQSPFYVQHHTEEWHQPSVTENGNETVYPRRAGISSFGATGSNVHLILEEFIPEESHGTVAEPAEEQTFIFPVSARNEERLKEYVAKLSAFIHPGLPLEDAAYTLQIGREQMEERVAFTAQNMTQLKERLKGFLAGKTVSGCWRNRADKSKQAELAPDLIHKWLSSGSLGMIAEKWAGGGTMDWNLLYGENKPNRISLPTYPFEKIRYWVPKAEKRESLPQKRAGMLHPLLRENVSNMSGVRFRSSFSGGEFFLKDHVVKNERTLPGAAYLEMVRAAVEHAAETKEEGTVRLKHVVWIRPFTAADESAELYLRLYDEENGEMGFTVYSESASSEEEPVLYAQGSAAFVRAGEPAKIEIDKLRESRRLITPDACYQAYKQMGIEYGDAHKAVTEIYANDSKVLAKLSLPSSISHTKDQFVLHPSLLDAAFHATIGLMLDRDGTDIRPMLPFALEQIDVLKSCKSDMWVSIAYSGESKPEDAVQKLDIDLCDEQGNVCVKMTGYSAREIETDKTDTLFFEHVWEEKAAVHEKAPIHFKARHVMISDRFTDQMNSIQTDFSCHVLRDQHKSEDERFEACALQAFEEVKKILASNSGGRELIQIVVPQEADTQLLCGLTGLLKTAALENPNLTGQLIEAEPDVKADTLSRYVKECSAHPDDKHIRYENGKRYTAQWQEIGLEQFGAEKPWKDKGVYLITGGAGGLGFLFAKEIARHAKDAVLILTGRSLLDNRKKTQLQELSDLGAQAVYKQTDMTEKQEVQSLTADICRQYGGLNGIIHSAGTIKDNYILKKHKDEIRDVLAPKVSGLVHLDEAAKDIELDFLILFSSGAGSAGSAGQADYAMANAFMNAFSEKRNRKKARNERYGHTLSICWPLWKDGGMTVDAETEAMLTKESGMVPMQTENGIQALYRGWAANTSQVMVTEGYAAKIRAFLKKSADQPDKGSETEETAGLTAGGENMLAEKTEHFLKQVLSEVTKLPVGKIDAKAPMEDYGIDSIMIMHLTGRLEKSFGSLSKTLFFEYQNIESLAQYFMKAHRDTLLEVTEMKTEETPAAKPALSEKAKVKPVFKRNEGKKGFAQVRLDTRENPVTEREDIAIIGMSGRYPQAENLQEFWKNLSEGTDCITEIPNDRWDHSLYYDADKDKEGKTYGKWGGFLKDVDKFDPQFFSISPRDAKLMDPQERLFLQCVYETMEDAGYTRKKLTEKSGDLLGANVGVYVGVMYEEYQLYGAEEQARGKSLALTGNPSSIANRASYVFGFNGPSMALDTMCSSSLTAIHLACQSLRNGECEAAFAGGVNVSVHPNKYLMLGQNRFLSSKGRCESFGEGGDGYVPGEGVGAVLLKPLSKAKADGDHIYGLIKGTAVNHDGKTNGYSVPNPNAQAAVIKQALKDAGTDPRAVSYIEAHGTGTSLGDPIEITGLTKAFSEQTQDKQFCAIGSAKSNIGHCESAAGIAGLTKVLLQMKHKQLAPSLHSRTLNPNIDFLATPFKVQQTLEEWKRPVINENGINKELPRTAGLSSFGAGGVNAHIVIEEYSADEDKETAFAAPHPSMIVLSAKNEKRLQKRAERLLDALRSGRYREADLSRIAYTLQIGREPMEERLGMIVSNLRELEEKLDEFTGGKESIDQLYRGQVKQNKDTMALFAADEDMEKTIEAWLEKGKAAKVLELWVKGLPLNWDKLYQMGRPQKISLPAYPFAKDRYWIDISADAAVKKPAETQSAPIAPAAAPEPVIEVTTLHEETAKEKPSNISLQPLSGAKPKITQSVSRPAVSAEKVSAVLTESLADILYMDADDIDADDTFIDIGMDSITGLEWIKAVNKTYGTSLTVTKVYDYPTIRQFAAFLQKKLGTEPILEEATEPQKTEAVKKPSNILLQPLNAHKQHVIQAEADILEAMSETAASAEPEEPIEAVHDELSKALADVLYMERHEVDIDEAFIDLGMDSITGLEWIKAVNKRYGTDCNVTKVYDYPTIRQFADFLRTQPSVRGRKKQAVPVRPKPLTQQHALQKKTPAEPERLTVQKEPEPVQAKREPKDEIADAIAIVGMSGKYPDAPDLKTYWDNLARAKNAIRDIPLSRWDVDKYYDPALNKKGKVYCRSIGMLDGIEEFDPLFFNISPSEAELMDPQHRIFLQEGFKAFEDAGYSSKELNGKNCGVYLGIMNNEYGMMLNKHQTGGSATGNSFSIAAARLPYYLNLKGPAIPVDTACSSSLVGTHLARQALLNHEIDMALVGGVTLYLTPESYISMCEAGMLSPDGQCKAFDNSANGFVPGEGAGALVLKRLKDAEADQDHIYGVIIGSGINQDGKTNGITAPSAKSQMDLERQVYEAHNIHPESITYAEMHGTGTKQGDPVELEALSSVFKEKTDRKQFCAIGSVKSNIGHTSAAAGVASVQKVLLSMKHQQLVPTLHFSTPNEHFDFDDSPLFVNTELKPWETGGAPRRACVSSFGYSGTNAHLVIEEYQPKDRGSRKSDETNIFVLSAKKAPQVKTYAESVIEFAKANQNINLSDMAYTLQTGRDAMDYRLAVTAGSREELISRLTDFVNGNTGEGIYEAHIKTAKKELKAFETDDDLKQLVRSWFDKKKYAKIAELWAKGLQMDWERLYQGEKPRRISLPAYPFAKEPYWLPEPKAASQETEDRREAVLLEKQWVPCEIDSAGEKSGRTVMILADERTAELAEETAKHFTDSFILPVDSADTAASDWNHIDGAIDLTGCGDEDPSLKGISRLQTLIDTSRRQARPLTLLYVTKGLEPFQQKTIHLAGAAKSGLYRMLQNEYQNVTSRHMDADTDTDQQTLAKQIADEFSADSTEPEICRRNGQRYRALFREIPSGKRAEHKPAPFPEDHVLFITGGTRGLGLLCARHFTEKHGVKKVVLTGREPIPPRHERSAVNTRLKEKIRAIEEIEAKGVQVAVISLKLSDHDAAAAEIETIRRTMGPIGGVIHCAGSVNSVNPAFIRKTADDIQEVLEPKVAGLQTLSSLFTNDPLQFFVLFSSVSAVVPALAAGQSDYAMANAYMDYFAAAHQHQYPLVSIQWPNWKETGLGEVRTESLKQTGLLGLSNAEGLDLLDRILSENIRPSVLPAIIDRSEWHPDRLLCLEKTQKAVITGKAAEKHSDRELLLDTKAWLVKLFSDELKIAPEELETDEPFQDYGVDSIILAQLLQQMNQALKEDLDPSVLYEHPTIDAFAEWLVSNGQPLLAEREEPDTEILVPAAVQTVHTEQKRDAVTEDIAVVGMSCRFPGAESLDQYWDLLRSGRSAIGSVPAERFGYANQYVAGLIDNMDHFDSEFFFIPENDAKAMDPQALAVLEESLKLWCHAGYTREEIKGIEAGVYIGGRSQHQPDPESLANTRNPIVVGGQNYLAANVSQFFDLRGPSIVLDTACSSALTGMNMAVQALRSGDIKAAVVGGVSLLNTDAAHRMFQERGLLNEKPAFHVFDKRSGGVVLGEGVGMVLLKTVSQAQKDGDTIHAVIKAAAMNNDGRTAGPSAPNMQAQKDVMQSALFKSGKKPEDITYIEANGSGSAVTDLLELKAIQSVYRSGQHVPLGIGSIKPNIGHPLCAEGIASFIKVVLMLKHKQTVPFLSGDEPMPHFDITKTDFHFHKTAGEWDAARPSASINCFADGGTNAHVILEAWEEKDTRMKRKPLPVPSLRRKALVKEPDVRAEKQELPAKKMFWKAFK PGPT0010155_56 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACILLAENE_METABOLISM,PGPT0010155-baeL|pksL-K13612 NA NA D1-12_00898 10536 pksM Polyketide synthase PksM ATGATATCGGAAAAAATCAATATCTCACTGGATCATCCCATCATGAAGGGCCATATGGTCTTTGGTGAAGCGGTATTGCCCGGTCTTGCTTATATCGATTTGATTTATCAGGTTTTTCAGGAACACGGTTATGTATACAATGAGCTCGAATTGAAGCACGTTACGATTTATCAGCCTTTAACCGTCAGTGAAACGGCTGCAATCATTCTGACCATTCAATGTTCTGATAGCGGAGATGGAAAGTGGCTCATCTCCCTTTCGGGGCAGAAACAGCAAGGTGATGAGCTGTCAGACAATATACAATATGCGACGGCTGAAATGGTGAAAAGAGACGCTGTCACATTTGACGAAACCATTGATTTCGGCGATGTGAAGCAGTCAGCCAGGTCTCTGAATCTTGATGACATGTATAACCGCTGTCTGGATCATGACTTGGTTCATTCCGGGATGATGAAATCGAACGGACGATTGTACGAAACAGAAGGCGGCATGCTGGCTGAGCTTTCTTGCGAAGAAGGAAAAGATTTCTTTTTATTCCATCCGGCCCTTTTGGATGCGAGCGGAATCGGGGCGAGCGGTTTGCTTTCTGAAACAAACCGGCTTCACCTGCCTTTATATTATGAATCGTTCACGGCCGCCGACAGGCTGCAATCAGAGTGCACGGCGCGTATCGCCGCTTCCGGCGTCCGTCAGGAAAAAGAACTCACAACGATGACGATCGAGTACTTCAGCCGATCCGGACAAAAGGTGGCGGAGCTTAAAAACATTACGGGAAAAGCGGTTCGGCTCGAAGAAGACGCGAATACAGCCGAACAGAATCAACAGGCTGCAGCTGAGACGGAAAGCGCAGATGAAAAAGACATCATTCTGTTTTTAAAGAAGCTTTTGGCTGATAAGCTTGGTCAGCCTTGGGAGACGCTGGACGTTCTTGCAGGCTACTATGAGCTTGGGCTGGATTCATCTTCTTTGCTTGAGATTGTACAGGATATCAGTAAAAAGACGGGTGCGGACCTCGCGCCCACTCTTCTCTTTGAATATACAAATATAAAAGAACTCGCAGCCTTTTTGAAAAAGACCGTTTCATTTGAATGTGCGGAACGTGCAGCCGAACCATCACGGTCTGAAGCTGAAGCACCGGACGCGCCAGAACATCATAAAAACACCGGAGACATCGCGATTATCGGAATGGCCGGCCGCTATCCGAAAGCGAAAAGTGTGGAGGAGTTTTGGGAAAACCTGAAGGCAGGCACGGATTGTATCACTGAAGTTCCGAAGTCCCGATGGGATTGGCAAACATATAAAAACGTAACGTCCCCGTCAGGAAAAACAGTATCAAAATGGGGCGGTTTCATTGACGATGCCGACTGCTTTGATCCGCAGTTTTTCAGAATCTCACCGCGTGAGGCGGAAACGATGGACCCGCAGGAGCGCCTGTTTTTAGAAACATGCTGGGAAACGATTGAAGATGCGGGGTATACGCCTGAAACGCTGGGAAATAAAGGGGAGAAACAGCATCCGATCGGCGTATTTGCAGGGGTGATGCATAAAGATTATTCCTTAATCGGCGCAGAACAATTATCTGAAACTGATCCTTTTCCGGTTTCACTGAATTATGCGCAGATCGCCAACAGAGTGTCCTATTATTGTGATTTCCACGGGCCGAGCATCGCGGTGGATACCGTTTGTTCCTCATCATTGACCGCCGTTCATCTGGCCATTGAAAGCATCCGCCGTGGCGAATGTGAAGCCGCGCTTGCGGGAGGGGTGAACTTGTCGCTGCACCCGGCGAAATATCTCAGCTACGGAAGCGTGGGCATGCACTCAAGTGACGGCCGTTGCCGTACATTCGGCGAGGGCGGGGACGGCTACGTTTCCGGAGAAGGAGTCGGTGCGGTCTTGCTCAAGCCGCTGGAAAAAGCCGAACAAGACGGCGACCGCATTTACGCGGTCATTAAAGGAAGCGCCGTTAACCACGTAGGGAAAGTAAGCGGAATTACCGTCCCGAGTCCTGCTGCACAGGCAGAAGTCATTAAGGCCTGTCTGAAAAAAGCAGGTATCAGCCCGCGGACCGTCAGTTATGTGGAAGCCCATGGCACGGGTACTTCGTTAGGAGACCCGATTGAAATTGAAGGTCTGTCAAAAGCGTTCAGCCAAGGGACGCAGGATCAGCAATTTTGTTCCATCGGTTCGGTCAAATCAAATATCGGCCACGCAGAATCAGCGGCGGGGATCAGCGGGTTAACAAAAGCGGCGCTGCAGCTTCATCACAAAACGCTTGTCAAATCACTGCATTCTGCGGAATTAAATCCTTACCTGAAATTTGAGGGATCTCCTTTTTACGTACAGCAGCAGACTGCTCCGTGGAAGCAGCCGGCAGCCGAAGAAAACGGAAAAGTCACACATTATCCGCGCCGGGCCGGACTCAGTTCCTTCGGTGCATCAGGTTCGAATGCCCATATCATTTTAGAAGAATACATTCAGCCTGAACAAAAAGCGCCTGCACCTGAGAACGATGCAGCAAAACTCATCCCGCTGTCAGCAAGAAATAAAGACAGGCTTCTGGCCTATGCGGAAAAACTAGCCCGATCGCTTTCAGAAAAGACGGTGCTGTCTGAACTGGCTTATACTCTTCAGACAGGACGTGAAGCAATGGAGGAGAGAGCTGTCTTCCTTGTAAATGACACCCGCGACTTGAAAGAAAAGCTGAATGATTTCGTAAAAGGAAACGAAAACATCCCCGGTCTTTGGCGCGGACAAGCCGAGCTGCCGGAACTGAGCGAACCCGCTCCTGAGACGGATGATCCGATACGGCTTGCCGAGTTATGGGCAGAAGGGAAAATAATAGATTGGAATAAGCTGTACGGTTCATATAAACCGCGTAAAACAAGCGTTCCGACGTATCCGTTTGCAAAAGAACGCTATTGGATTCCGCAGCAGAAAAAACAGGAGAAAAGCCCGTCAGGCACAGTGCTGCATCCGCTTTTACAAGAAAATACGTCAGATTTTTCGCAGCAGCGCTTCACGTCTCTTTTTACCGGAGATGAATTTTTCCTATCTGACCATGTCGTCAACGGACAAAAAATACTGCCGGGTGTCGCCTATTTGGAAATGGCCGCAGAGGCGGTCAAAAAGGCCGCTGCCGTGACGGAAAAAGACCATAGCGTCACACTCAGGCAGGTTGTTTGGGTCCGTCCGGTCATAATTGAAGACAAGCCGAAAGAAATACATATCGCCCTTTACCCAGAAGATAATGGTGAGATTACCTATGAAATATACAGTGAGGCAGAAAACGGCGAAGATCCGGTTATTCACAGCCAGGGTGAAGCGGTCATTACCGAACCGGGCAGCGCCCAGATAGATATTGAGTCTGTCAAAGCTTCCTGCAATTTAGGAATCGTGACTGCGGAAGAATGTTACGGTGCTTTTGAGAAGATCGGTCTGGATTACGGAGAGGCATACAGGGGCGTACAGCAGTTGCTGCTTGGAGAAGACCGATTATTGGCCCGTATTTCACTCCCGGCTGCCGTACATGACAAAAAAGAACAGTATACGCTTCACCCGAGTATGATGGACGCCGCTTTTCACGCTTCCGTCGGTCTGCTTGTCCGCTCAATACATGACGATGCAGACAGCCACGAGCTTTCTTTGCCGTTTGCGATGCAGGAAGTGGAAGTGTTCAGACCGTGTCCTGAACATATCTGGTCATATATCCGGTACACAGAAGGAAGCAAAGCAGATGACAGCGTAAGAAAATTTGACATTGATATGTGTGATGATGCCGGTACGGTTTATGTCCGGATGAAAGGCGCGTCCGTCCGGGCGCTTGACACAGGCCAAACAGCGGGCGGAGAAACCTCGGAGGCGCCTGTCGGCCATACGATGCTGATTCCGGCTTGGGAGCCTGTTGCGCTTGAAAAAGCCGGGGAAGCAGCGGTGGATAAGCAGACGGCAGTATTCAGCGGAACGGATTCGAGACATACGCGCATAAAAGAACATCTGCCGAACGCTTCCTATTATCCGATCAGAAGCACGGATGATATCGCATCTCTTACGCACATGCTTGAAGGACAAAAAGAACTGGAGCAAATCATTTGGCTTGCTCCGCAGGCTGAGAGTGCGGACACCCTCAAGGAACAGGAAAGGAACGTTCTTCATGTGTTCAAGCTGATGAAAGCATTACTTGCCTTAGGGTACGGAGAAAAACGTTTGGACTGGTGCATCGTCACAGCAAATGCCCAGCCGTTTTCGGATCAAGACAGCGCCGACCCGTCACAAGCCGCAGTCAGCGGACTTGCCGGAACAATGGCGAAAGAATATCCGCATTGGCATATCCGCATGATTGACACAGAAACGGACGGCAGCTGGCCGATCGAAGAGGCGCTCAGTCTTTCTGCCGGGAAAAACGGTCAAATTTGGGCGTACCGCAATCAACAGCTGTTTGAGCGGCAGCTGATACCGCTTGACAATATGCCGAAAAACGGCACGCTCTACCAAACAGGCGGGGTTTATGCCGTGATCGGAGGCGCCGGATATCTTGGCGAGGCATGGAGTGAATACATGATCCGCCGCTACAAAGCACGCATCATTTGGATCGGAAGAAGCACACTGAATGATTCCATACAGGCGAAACTCGACCGGCTCAGCGCATTCGGCCCGGCGCCTGAATATGTTTCCGCCGATGCCGCCGACAGTTCTTCCTTAGAGCGGGCTTATCAGTTCATAAAAGAGCGCCACACAAAAATGAACGGAATCATCCACTCGGCAATGGATCTGTCTGAGCAAAGCTTAAATAATATGAAGACAGAAGAGTTCAAATCGGTGCTGCGGGCAAAAGCCGATGTAAGTGTGTCCATGGCGGAGGTATTTGGACGGGAGCCGCTTGACTTTGCGCTCTTCTTCTCCTCGCTTGTGGCATTTATCCATAACGTGAAACAAAGCCATTATGCCGCAGGATGCGCTTTCAGTGACGCATTTGCGAAGGAACTTGATCAGACATGGAATTGTCCGGTCAAAGTGATGAACTGGGGCTATTGGGGCAACAGCGAAGCGGCTGAAGACGGTGATTTTATTCAGCTGATGGATCAGATCGGATTGGGATTGATCGAACCGGACGCTGCAATGGAGGCGCTTGAAACCCTTATGACGCTGCCGATTGATCAGGCGGCCTTCATTCATACGACCAAACCGGTCGCAGTCGAAGGGATGAATGAAAGAGAAAAGATTTCCGTTTATCCGCCTCAGCCGCTTGTCTTTTCACAACAGCCGAAGGTCGCTCCGCCCGGCGCACGTCTTGTTAGAGAGGCTGACCATCAGGAGCTCGATGATTTTCTGTATCAGCTTTTGATCGCCCAGCTTAAAGAAGCAGACTTGCTGACGCCGCAAAGCCTTAAAGCGTATGAGCCCGAACACGAATACTTTAAAAAATGGCTCAATCAAACGATCGCTTTCCTTCTGGAACATGGCTATCTGGAAGGGAATGCGGATTCATATAAACTGTCGGCGCGAGCCGAAAACACAACCGCCTCGCTATGGCAAAAATGGGAGCGGGAAAAAGAGGAATGGCTCAATAACGCCAATACAAAAGCGATGACTGTTTTAGCCGAGACGATGCTTAAAGCACTGCCGGACATTCTGCGGGAAGAAGTGCCGGCGACAGACATCATGTTCCCGCACTCTTCAATGGAACTTGTTGAAGGAATTTATAAGCGCAACCAAGTCGCGGATTACTTTAACAGCGCCCTGTCAGATACATTAATGGCTTATGTGAAAGAAAACATCAGCAAACATTCAAAAGCCGAGATCCGCATCCTGGAAATCGGAGCGGGCACAGGCGGCACAAGCGCAGGCATATTTGAAAAGCTTAGGCCGTATCAAAACCATATAAAGGAATACTGTTACACCGATGTATCGAAAGCTTTTCTCGTGCATGCGGAGACGGAATACGGCAAACGGAATCCTTATCTGACGTATCAGCTTTTCAACGCAGAAGCGCCGCTTGCCGGCCAGGACATAGAGCCGGGCGCATACGACATCGTCGTTGCGGCCAATGTGCTCCACGCGACGAAAGACATCCGCCAGACGCTGAGAAACGCCAAAGCCGTTTTAAAAGACAACGGTTTGCTGCTCTTAAATGAAATGGCGGGAAACAGCCTGTTCCCGCATATTACTTTCGGACTGCTTGAAGGCTGGTGGCTGCATGAAGATTCCGCCCTTCGTATTCCGGGGTGCCCGGGCTTGTATCCGGAAAGCTGGAAGCGCGTGTTAGAAAGTGAAGGCTGGCATTCTGTCTTCTTCCCGGCGGAAGCGGCACATGAATTAAGCCATCAGATTATAGCGGCAACAAGCAACGGCATTGTTCGCCAAAAAACGTTTCAAACAAAGACCGGAAAACGGACCGCTCAGCCAAAAGCAGTACATGCGCCGGAACTTCAGGCGCAAACAACGGTGCAAAAAGGCGACACGTCTTTAACAGAAAAAAGCACCGAGTACTTGAAAACGTTAATCGGAGAAACATTAAAAATTCCGCCGGCTCAAATTGATCCGAAAGCGCCGCTTGAAAAATACGGAATTGATTCTATCGTCGTCGTACAGCTGACAAACGCGTTACGAAATGTATTGGACCAAGTCAGCAGCACTTTATTTTTTGAATATCAGACGATTGAGGCGCTCGTCGCTCACTTAATCAAAACGAAAAAAGACGCGATGATCAAACTGACGGGACAAACGCCTGTTCAGGAAGAACGGAAGGCATCACCAGAACCGCAGGCTGTACAGCCGGCTAAGCCGCTTCGCACTGACTGGCGGCGGAGGGAAAAACGGGCAGCCAAAGAGACGGTCCGGCAAAGTTCGGTTCGCGACGTGGCCATCATCGGTGTTTCAGGACGCTACCCGCAGGCAAAAACAGCGGCTGAGCTTTGGGCTAATATTAAAAAAGGAAAAAACTGCATAGAAGAAATCCCGCGGGAACGCTGGAACTGGCAGGATTACTACGATGAAGAGAAAGGTAAAGAAGGCTCTATTTATACGAAATGGGGCGGCTTCATTGAGGATATGGACAAGTTTGATCCGCTGTTCTTTCAGATTTCTCCTTTGGAAGCAGAGCGAATGGACCCGCAGGAGCGATTATTTTTAGAAACGGCGTATGCGAGTATCGAGGATGCCGGCTATACGCCTGACAACCTGTGCCAAAGCAGAAAAATCGGTGTTTTTGCCGGCGCGATGAACAAAAACTACCCGACAGGCTACGGCTACTGGTCCATTGCCAACAGGGTATCTTACCTTTTTGATTTCCAAGGGCCGAGCATTGCCGTTGATACAGCCTGCTCCTCTTCTTTGACGGCCATTCATCTGGCGCTTGAGAGCATATACAGCGGTTCAAGCGAATGCGCGATTGCCGGGGGTGTAAACATAGTGACCGACCCGATCCATTATATGAATCTGTCAGTCATGAACATGCTTTCCGCAAGCGACACGTGCAAATCGTTCGGAGACCGCGCGGATGGTTTTGTCGACGGAGAAGGGGTGGGCGCGGTCGTATTAAAGCCGTTAGACCGAGCGATTGCCGACAACGATCACATTTACGGTGTGATTAAAGGAAGCACCATTAACAGCGGAGGCAAAACGAACGGATACACGGTTCCGAATCCGAATGCGCAGGCCGCCTTAATAAAAGAAGCTTTCGAAAGGGCAAACGTTCCGGCGCGCACCGTCAGTTATATTGAAGCCCACGGTACGGGCACCGCATTAGGAGATCCGATTGAAATCGCCGGATTAACGAAAGCATTTGAAGAGGATACAACAGACAAACAGTTTTGCGCCATCGGCTCCGCAAAATCAAATATCGGCCATTGTGAAAGCGCCGCGGGCATTGCGGGTCTGACAAAAATACTATTCCAGCTCAAAGACCGCCAAATTGCACCGTCCCTGCACGCGGAACAGCTGAATCCGAATATTGATTTCGCGTATACGCCGTTTGCCGTTCAGCAGGAGCTCGGTGAGTGGAAACGTCCCGTCATCGGCGGCAGAGAGCTTCCGAGAAGGGCGGGGTTAAGCAGCTTCGGCGCGGGAGGAGCAAACGCCCACCTCGTCATAGAAGAATATACGGCAGACAAAGAGCCTGATGAAACGCCGGCAGATCAGTCCGCCATCATCGTCCTGTCCGCGAAAAACAGCGAACGGCTCACTGAAAAAGCAAAACAGCTCAGAGACGCCATCCGTGAAAAAAGATACAGCGGCAGCGACCTTATGAGCATAGCCTTTACTCTCCAGACTGGCCGGGTGCCGATGGAAGAGCGTCTCGGCTTTATCGTTCATTCACTTCATGAACTTGAGGAAAAACTGAATGGATTTATCGCCGGACAAAACAGCGCCGGACTGCACCGTGACGGCACGGAAGAAAACAAACGGATGCTTGCCGTATTTTCGGCGGATGATGATATGGAAACAATCATAGACGCTTGGATCAGCAAACGGAAATATTCTAAGCTGCTTGAGCTTTGGGTAAAAGGATTGGACATCGATTGGGCGAAATTATACGGAGACCGTCCTCCGGCCCGCATCAGCCTGCCTGCTTATCCGTTTGCGAAAGAACGCTTCTGGCATCAGCAGCCTGTACAAAGCAAGGCCGCGCCCGTTAACGCGCCGGCTGACGAAAATGATCCGGCGGAACAATTTGAAGTAATGACTTTTAGAGAAGTTCTTAAAGAACAGGCTCTGCCGGCAGCCGGAGAAAAGCAAGTCAAAACGGTGATTTCTTTCTTATCTGATCAGAAGAAGCAGCAGGAAGCCGTCTCTGTGGTCAAATCGTATGACAGTGACATTGACGTTATTTTTATCGCTCAGGGAGACCGGTATGAGGCTCTGTCCGCCGGCCGCTGCCAAGTGGTGCGGGAAGATCCACAATCATATGTGAACGCTTTTGCGGATATTCAAAAAGAGTACGGTGAGGCTTCTGCCATTTTGTATTTATGGGCGCTTGAAGATAAAAGCTGCATCGAAGATTATTCATGTATCGTCCATATTCTCAAAGCAATGGCTGAGACCGGTCTGCAGCCGGAAAGGCTGTTATTGGCGGGGGAATATGCATCCGGTCTGGAAAGGTGCTACTTGGAATCATGGATCGGCTTTGAGCGTTCGCTCGGCATTGTTCTCCCGAAAACAAGTGTTACCGGCCACTTCAGAAAAGCCGGTGCGGCCATAACGGACTGGATGAGAACCATTTGGGACGAGCTGAAAGCTGAAACAGACCATACTGTTTTCTTGGAAGAGGGAAAACGATATGTCTATCACACCGAACCAACCGGACTAACGAAAGAAAACAGCAGGATCAGAACCGGCGGAACATATCTCATTACAGGCGGATTAGGAGGGCTCGGCTACTTATTTGCCCGCCATCTCGCCCGGAACTACCAGGCAAATGTCATTCTCACGGGGCGGTCGCCGATCAATGAAGAAAAGAAAGAAAAAATGAAAGACCTGGAAAATCTCGGTGCGGGTGTTCTTTACGCCGAAGCCGATGTTTGTGATCCGATCGGAATGGGCGACTGCATCAAGCGCGCGAAAGAACGATTCGGAGCCATTCACGGCGTCATTCATGCGGCGGGCATCGAAAGCAGAACATCCGTCTTTGAAAATGAAATCGGGAATTTCCGCAGTACGCTTGAACCGAAAATAAACGGAAGCCTGCTTCTTGACGAGTGGCTGAAAAACGAAACGCCTGATTTCATCTGCTACTTTTCATCCACATCGGCTGTTTTAGGGGATTTCGGCTGCTGTGATTACGCGGTCGCGAACAGGTTCCAAATGGCGTATGCCCGCTATAAAAACGAACAATCCGAAAGCGGAAACGCTTTTGTCATAAACTGGCCGGTCTGGAAAAACGGCGGAATGGCCGTCGGCGGTGAAGAGACGACGGGCATGTACTTGAAATCAAGCGGCCAGCGCCTTTTAGAAACAGATGAAGGCATTGAGCTTTTTGAGCGCATCATTTCTCAAGACAACACCCAGTGCCTTGTCATTGCCGGCGAGAGAAGCCGTGCCGAACGATTTTTAGGCATACGGCGGGACGATTCATCAAAACCGGATGCGCTTTTGGAAACCGTGAGCCGCCGCATCCCGGAAGAAAGCGCGGAAAAACGGCTCGAAGCGGATTTGAAAGAGCTGATACACAGTCTGCTGAAAATATCCAAAGATAAACTCGTCCTGCATAAAAACTGGGCGGAATTCGGATTTGATTCCATCTATTTAGCCAAATTTGCCGCTCTTTTGTCGAGTCATTACGGCATTGAAGTCACTCCGGCGTTATTTTACAGCTATGCCACGCTCGGAGACGTCATCAGCTATTACCTGACAGAACATAAAGAAGCGATCGAAACGTTTTACCGAACGGAAGAAACCGAAACAGAAATCGCCGCTCCGGATAACAAGGAGTATACGGATCAGGAGATCATCGCCATGATGAAACAGGTCTCTGAGGGGACATTAGATTTTAAAAGAGTGCAAGACATCATAGAAGGGAGTAAGACCTATGAATCATAA MISEKINISLDHPIMKGHMVFGEAVLPGLAYIDLIYQVFQEHGYVYNELELKHVTIYQPLTVSETAAIILTIQCSDSGDGKWLISLSGQKQQGDELSDNIQYATAEMVKRDAVTFDETIDFGDVKQSARSLNLDDMYNRCLDHDLVHSGMMKSNGRLYETEGGMLAELSCEEGKDFFLFHPALLDASGIGASGLLSETNRLHLPLYYESFTAADRLQSECTARIAASGVRQEKELTTMTIEYFSRSGQKVAELKNITGKAVRLEEDANTAEQNQQAAAETESADEKDIILFLKKLLADKLGQPWETLDVLAGYYELGLDSSSLLEIVQDISKKTGADLAPTLLFEYTNIKELAAFLKKTVSFECAERAAEPSRSEAEAPDAPEHHKNTGDIAIIGMAGRYPKAKSVEEFWENLKAGTDCITEVPKSRWDWQTYKNVTSPSGKTVSKWGGFIDDADCFDPQFFRISPREAETMDPQERLFLETCWETIEDAGYTPETLGNKGEKQHPIGVFAGVMHKDYSLIGAEQLSETDPFPVSLNYAQIANRVSYYCDFHGPSIAVDTVCSSSLTAVHLAIESIRRGECEAALAGGVNLSLHPAKYLSYGSVGMHSSDGRCRTFGEGGDGYVSGEGVGAVLLKPLEKAEQDGDRIYAVIKGSAVNHVGKVSGITVPSPAAQAEVIKACLKKAGISPRTVSYVEAHGTGTSLGDPIEIEGLSKAFSQGTQDQQFCSIGSVKSNIGHAESAAGISGLTKAALQLHHKTLVKSLHSAELNPYLKFEGSPFYVQQQTAPWKQPAAEENGKVTHYPRRAGLSSFGASGSNAHIILEEYIQPEQKAPAPENDAAKLIPLSARNKDRLLAYAEKLARSLSEKTVLSELAYTLQTGREAMEERAVFLVNDTRDLKEKLNDFVKGNENIPGLWRGQAELPELSEPAPETDDPIRLAELWAEGKIIDWNKLYGSYKPRKTSVPTYPFAKERYWIPQQKKQEKSPSGTVLHPLLQENTSDFSQQRFTSLFTGDEFFLSDHVVNGQKILPGVAYLEMAAEAVKKAAAVTEKDHSVTLRQVVWVRPVIIEDKPKEIHIALYPEDNGEITYEIYSEAENGEDPVIHSQGEAVITEPGSAQIDIESVKASCNLGIVTAEECYGAFEKIGLDYGEAYRGVQQLLLGEDRLLARISLPAAVHDKKEQYTLHPSMMDAAFHASVGLLVRSIHDDADSHELSLPFAMQEVEVFRPCPEHIWSYIRYTEGSKADDSVRKFDIDMCDDAGTVYVRMKGASVRALDTGQTAGGETSEAPVGHTMLIPAWEPVALEKAGEAAVDKQTAVFSGTDSRHTRIKEHLPNASYYPIRSTDDIASLTHMLEGQKELEQIIWLAPQAESADTLKEQERNVLHVFKLMKALLALGYGEKRLDWCIVTANAQPFSDQDSADPSQAAVSGLAGTMAKEYPHWHIRMIDTETDGSWPIEEALSLSAGKNGQIWAYRNQQLFERQLIPLDNMPKNGTLYQTGGVYAVIGGAGYLGEAWSEYMIRRYKARIIWIGRSTLNDSIQAKLDRLSAFGPAPEYVSADAADSSSLERAYQFIKERHTKMNGIIHSAMDLSEQSLNNMKTEEFKSVLRAKADVSVSMAEVFGREPLDFALFFSSLVAFIHNVKQSHYAAGCAFSDAFAKELDQTWNCPVKVMNWGYWGNSEAAEDGDFIQLMDQIGLGLIEPDAAMEALETLMTLPIDQAAFIHTTKPVAVEGMNEREKISVYPPQPLVFSQQPKVAPPGARLVREADHQELDDFLYQLLIAQLKEADLLTPQSLKAYEPEHEYFKKWLNQTIAFLLEHGYLEGNADSYKLSARAENTTASLWQKWEREKEEWLNNANTKAMTVLAETMLKALPDILREEVPATDIMFPHSSMELVEGIYKRNQVADYFNSALSDTLMAYVKENISKHSKAEIRILEIGAGTGGTSAGIFEKLRPYQNHIKEYCYTDVSKAFLVHAETEYGKRNPYLTYQLFNAEAPLAGQDIEPGAYDIVVAANVLHATKDIRQTLRNAKAVLKDNGLLLLNEMAGNSLFPHITFGLLEGWWLHEDSALRIPGCPGLYPESWKRVLESEGWHSVFFPAEAAHELSHQIIAATSNGIVRQKTFQTKTGKRTAQPKAVHAPELQAQTTVQKGDTSLTEKSTEYLKTLIGETLKIPPAQIDPKAPLEKYGIDSIVVVQLTNALRNVLDQVSSTLFFEYQTIEALVAHLIKTKKDAMIKLTGQTPVQEERKASPEPQAVQPAKPLRTDWRRREKRAAKETVRQSSVRDVAIIGVSGRYPQAKTAAELWANIKKGKNCIEEIPRERWNWQDYYDEEKGKEGSIYTKWGGFIEDMDKFDPLFFQISPLEAERMDPQERLFLETAYASIEDAGYTPDNLCQSRKIGVFAGAMNKNYPTGYGYWSIANRVSYLFDFQGPSIAVDTACSSSLTAIHLALESIYSGSSECAIAGGVNIVTDPIHYMNLSVMNMLSASDTCKSFGDRADGFVDGEGVGAVVLKPLDRAIADNDHIYGVIKGSTINSGGKTNGYTVPNPNAQAALIKEAFERANVPARTVSYIEAHGTGTALGDPIEIAGLTKAFEEDTTDKQFCAIGSAKSNIGHCESAAGIAGLTKILFQLKDRQIAPSLHAEQLNPNIDFAYTPFAVQQELGEWKRPVIGGRELPRRAGLSSFGAGGANAHLVIEEYTADKEPDETPADQSAIIVLSAKNSERLTEKAKQLRDAIREKRYSGSDLMSIAFTLQTGRVPMEERLGFIVHSLHELEEKLNGFIAGQNSAGLHRDGTEENKRMLAVFSADDDMETIIDAWISKRKYSKLLELWVKGLDIDWAKLYGDRPPARISLPAYPFAKERFWHQQPVQSKAAPVNAPADENDPAEQFEVMTFREVLKEQALPAAGEKQVKTVISFLSDQKKQQEAVSVVKSYDSDIDVIFIAQGDRYEALSAGRCQVVREDPQSYVNAFADIQKEYGEASAILYLWALEDKSCIEDYSCIVHILKAMAETGLQPERLLLAGEYASGLERCYLESWIGFERSLGIVLPKTSVTGHFRKAGAAITDWMRTIWDELKAETDHTVFLEEGKRYVYHTEPTGLTKENSRIRTGGTYLITGGLGGLGYLFARHLARNYQANVILTGRSPINEEKKEKMKDLENLGAGVLYAEADVCDPIGMGDCIKRAKERFGAIHGVIHAAGIESRTSVFENEIGNFRSTLEPKINGSLLLDEWLKNETPDFICYFSSTSAVLGDFGCCDYAVANRFQMAYARYKNEQSESGNAFVINWPVWKNGGMAVGGEETTGMYLKSSGQRLLETDEGIELFERIISQDNTQCLVIAGERSRAERFLGIRRDDSSKPDALLETVSRRIPEESAEKRLEADLKELIHSLLKISKDKLVLHKNWAEFGFDSIYLAKFAALLSSHYGIEVTPALFYSYATLGDVISYYLTEHKEAIETFYRTEETETEIAAPDNKEYTDQEIIAMMKQVSEGTLDFKRVQDIIEGSKTYES PGPT0010160_67 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACILLAENE|DIFFICIDIN_METABOLISM,PGPT0010160-baeM|pksM|dfnI|dfnD|dfnF-K13613 NA NA D1-12_00899 16302 pksN_2 COG1020 Polyketide synthase PksN ATGAATCATAAAGAACTTCTCGATGCCTACAGATCAGGAACGCTCACCATCGCTGAAGTAGAACAAAAGCTTCAGGCTTTCAAGCGGACAACTGCAAAACGTCCGCTTTCTGAAGGCCAGAAAGGTTTGTGGATGCTTCAGAAAATGTTTCCGGAGATGAGCGCATATAACATTCCGTTATGCTTTCGTTTTCAAAAGCTGGATGTCGAGACATTCAAAAACGCCCTTTTGTCCGTGCAGCGCCAGCACCCTATTTTGACCAGTGTGATAAAAGAGGAAAACGGCCTTCCGTATCAGATAGAAGATACGGATCGGCATTTTCCGATTGAAGAAATGGATCTTTCCGAATTAAGCGGGCGTGACGCTCTTTCGTTTATTAAAGAAAAAGCAAAAGAACCGTTCTCGCTTGAAACCGGGCCGCTCCTGCGTGTTCAAGTATTCCGGCGGGCGAAGCGGGAGCCGATTGTGTTAATTACCATTCACCATATCATTTTTGACGGCGTCTCTCTTATGACGTTTATGTCGGCGCTGCTGGACGCTTATGTAAAAGCAAGTGAAGGCAAAGAACCTGTCATGCTTCAGCAGGCCGCAGATTATCATGACTTTGTGAAATGGGAAAAAGAGCTGCTGGAAAGCGAAGCGGGAAAAACGCATCTGTCTTATTGGAAAAAGCAGCTAAAAGGACCGCTGCCGGTGCTTGAGCTTCCGTCGGATTATCCGAGATCATCGGTTCAAACTTGCAGGGGGCAGGCGTATCAGCGCTTGCTTCCTGATGAACTGAACCGGCAGATTAAAGTTTGCGCCCAAAAAAATAATGTCAATGAATCCGTTGTGTATCTCGCTATTTTCAAAGGACTGCTCTATCAATATACGAATCAGGAAGATGTCATCGTCGGCATGCCGACGATGGGGCGTTCTGAGGCTCAATTTGAATCTGTCATCGGATACTTTATTAATATGATCGCGGTCAGAAGCAGGGAGACGGGCGCCAAATCTTTTACGTCGTTTTTGAAGGAGCTGCAGCTGACACTGGCAGAAGGGCTGGACCATGCCGCGTATCCGTTTCCCGCGCTTGTCAAAGAATTGAAGACGGAACGCTCGCCTGCGGTGTCGCCTGTTTTTCAAACCGCGTTTTTCTATCAAAACTTCTTCCGCACAGAAGGAGCGGAAAAGCTGGCGGAACTATATCAATCACTCGGCATTGAAATGATAGAAGACATTCATCAGGAAGGCGAATTTGAGCTTGCGCTTGAAGTCTATAAAAAAGAAACGGGAACCGTCCTGCAATTTCTGTACAACCCGGATGTCTACAGCCCTTCTTTCATCGAACGAATGGCGGAGCATTATATGAAACTGGCAGAAAAGGTGCTTTCTGATCCGGAGATCGCTTTTGAAGCATGTTCCGGCCTGCTTAATCAAAAACGTGAAGCAAGCCGTTCATCCCATCAGCCGAATGAGCGCTGCATTCATGAAGTGTTTGCAGAAAAAGCCGGACGCCACCCTGACAGAGAAGCCGTCACATTCGGTGAAAACAGTCTTACATATCGCGAATTAGATGAACGAAGCACGGCGCTCGCTGTGTACCTGCAAGAAAAGGGCGTCACACCGGAATGCCCGGTCGGCATTTGTACGGAGCGTTCTTTTGAGATGGTCATCGGCATCCTCGCCATTTTAAAAGCGGGAGGCGCGTATGTGACGCTGGACCCGGCTTTTCCAAACGAACGGATGGCGCACGTGTTGACTGACAGCGGCGTTTCGATCGTATTAACGCAAGCAAAGACGCGCGGCATGATTGAACAGTTGGCCATCGGCGGTGTGAGCACGGTGGAAATTGAAAACAGCGGACGTTCTGTCAGCGGGGCAAAACTGACGCCGCGTTCAAAACCGCATCATCTCGCTTATATTCTATATACGTCCGGAAGCACGGGAAAACCGAAAGGCGTCATGGTTGAGCACAGAGCCATCATGAATACGCTGCAGTTTTTGGAAGCTGAGTATCCGGTCGCACAAGAGGATGCCTATTTGTTAAAAACGAATTACGTATTTGACGTTTCGATTTCTGAATTATTCGGCTGGTTTATCGGAAACGGACGGCTTGTCATTTTGCCGCCTGGTGCAGAAAAAAATCCGCAGCTTTGCATGGAATACATCCAAACCCACCAGGTCACGCATCTGAATTTTGCGCCCGCCGTGTTTAATGTATTTCTGGAAACGGTAAAGCGGCATACGGCATTTACAGAAGACGGCCCTGTGAAATATGTGATGGTGGCCGGTGAGGCGTTTCCGAAAGATTTAGTTAAAAAGTCAGTTTCCATCTTCAAACATGCCAGAATTGAAAACATATACGGCCCGACGGAAACATCCATTTATGCCGCTTACTACAGCTGCGGCCAAAAGGAAATCACAAGCAGGAATACGCCGATCGGGAAACCGATTCACAATACGCGGCTTTATATCGTCGATGAAAAGCTCAGCCCCGTCCCTGACGGTGTGGCCGGGGAGCTTTGCGTGGCCGGCGCCGGTCTGGCCAGAGGTTATTACAATCAGCCTGAGCTGACGGCGGCATCATTTATTGATAATCCGTTTAGTGAAGGAGAAAAACTTTACAAAACAGGTGATTTGGCCAGATGGCTGCCTGACGGAAATATAGAATATGCCGGCCGGATTGACAGTCAGGTGAAAATCCGCGGCTTCCGCATCGAATTGGGAGCGATTGAAACGAAATTGAGCGAACATCCGGATATCCTTGATCAGGCGGTAGTTGTTCAGGAAAAGAACGGACATAAAAAGCTGATTGCTTATTATACGGCCCGCGCCGGTCATACGGCAGATGAAAAAGCGCTCCGCAACCATCTTTTATCGAGTCTGCCGGATTATATGGCGCCTGCCCATTTTATCCGTCTGGATGCGCTGCCGTTAACACCGAGCGGAAAAGTGAACCGCAAAGACCTAAAACAGCGCAAGGTAATCGTTCACCGGTCTGAAAAGACGGGCAGACTGCCGTTATCAGAAGCGGAAGCGAAAGTGACCGCAATATGGGAAGACCTGCTGAATACGGCGGGCATCAAAATCGAAGACGGCTTTTTCGATGTGGGAGGCGACTCGCTTCTGGCTGTTGCGGCGGCAGAACGCATTAAACAGGAGCTGGAATGCGATTTTACCGTCACGGATTTATTCGAACACTCTACTATTCAGGCGATCAGCCGATTTATTGTTGAAACAAAACAGGCGGCTGAATCAGAGGTGTCCGGCCGAGATGAAAGAGAAAAAGAACATACACCGCAAAACGGGATGCCGTCTTACTTTGAAGACAGTGTGGCGATAGTGGGGATTTCCTGCCAGTTCCCCGGCGCGAAAAATCATCATGAGTTTTGGAAGCAGTTAAGAGAAGGAAAAGAAAGCGTCCGTTTCTACTCGAAAGAAGAACTTCGGGAAGCCGGTGTGCCTGAGGATTTGATCGAAAATCCCGACTATGTGCCGGCATTATCGACGATAGAAGGAAAAGATCTCTTTGACCCTGAGTTCTTTCACATTTCTCCGAAAGACGCAGAATTTATGGATCCTCAGCTGCGGCTTCTGCTGCTTCATTCTTGGAAAGCCGTCGAGGACGCGGGATATGTATCGAAAGAGATTCCGAAGACAAGCGTATATATGTCGGCAAGCAATAATTCGTATCGGTCGCTTTTGCCGGAAAAAACGACAGAAGGCCATGAATCTCCCGACGGCTATGTGTCATGGGTGTTAGCGCAGAGCGGCACGATTCCGACGATGGTTTCCCATAAGCTCGGATTAAAAGGGCCAAGCTATTTCGTTCATTCCAATTGCTCATCATCATTAGTCGGTCTTTATTCAGCCTACAAAAGCATAACGAGCGGAGAATCGGAATACGCGCTCGTCGGCGGAGCAACTCTGCATGCAGCGACCGGCATCGGCTATGTGCACCAAAACGGATTGAATTTTTCAAGCGACGGGCATGTCAAGGCATTTGACGCTTCAGCCGACGGTATGGCGGGCGGAGAAGGAGCGGCCGTCATTCTGCTGAAAAAGGCGTCACAAGCCGTTCAGGACGGAGATCACATATACGCCATGCTCAGAGGCATCGGTCTGAACAATGACGGAGCGGATAAAGTCGGTTTTTACGCACCGAGTGTAAAAGGCCAGACTGACGTCATCCAGCATGTTTTAGACAGCACGAATATTCACCCGGAGACGATTTCCTATATCGAAGCGCACGGCACAGGAACGACATTGGGTGATCCGATTGAAATGTCCGCGCTGCAGCAAGTGTATAAACGTTACACGGACCGGGAGCAGTATTGCGGGATCGGCTCCGTAAAAACGAATATCGGACATTTGGATACAGCAGCAGGTCTGGCCGGGTGCATCAAAGTCGCCATGAGTTTATATCACCGGGAGTTGGCGCCTACCATTAATTACACCTCACCGAATCCGAATATCAAATTCAGCGGTTCGCCGTTTTATGTGGCGGATAAGCGAAAACCGCTTCCGGAGAGAGAGACGCCGCACCGCGCAGCGTTAAGCTCATTCGGACTCGGAGGAACAAACGCACACGCCATTTTTGAACAGTACGAAAACAAAACGATCAGCGGATCAAAGGACGGACAGCCGCCTTTTATCGTTCCGCTGTCAGCGAGAAATAAGCAGCGTCTTACTGCCTATGCATCTTGTTTATCCGGCTTTCTGGATGAAGCCGAAAACGATGTTTCCTTGCATGATCTGGCATTTACGTATCAGACCGGACGTGAAGCGATGGAAGAGAGAGCCGTTTTTATCAGTCATGATCGTCACGATTTGAAGCGTCAGCTGCAGGATTTTATCAACGGCAATGACCAAAACATCTTACGGGGCGAAAAAGTGAGAAGCAGAGAAGTGTCAGCTCAGGAGATGGAAGAGCTTGCGTCATGTCAGACACGGGATGAAAAGCTGAAAGCACTCGCGGCGCTCTGGGTTGAAGGAGCGCGTGTCGATTGGGGCTTATTGTATCAGGATTCCGCGCCGCGAAGAATCAGTGCGCCGACCTACCCGTTCGCAGAGGAGCGCTTCTGGCCGGAGGAAACTGTGAAGCAAACGGATACCAAACTTTTGCATCCGCTGGTACATCAGAATACATCCGTCTTGCAGGAGCAGCGGTTCAGTTCGGAATTCACGGGAAAAGAGTATTTTATTGCCGAGCATATCATTAAAGGAATGGCGATCGTGCCGGCTGCCGTTACTCTTGAGATGGCACGGGCCGCGGCGGAGAAAAGCATCGGCGGGGCAACAGAGGAATCTCTGGGCCTGCGCTTAAAGAATATCGTATGGGTCCGCCCGGTGATAGCCGATCAGGAGGCTGTCCGTGTCCATATCCGACTTTATGAAGAAGAGGACGGACAGATTCATTACAGAATGTACGGGGGTAACGATTCTATCGGTGAAGAAGCTCCTCTTTATAATCAGGGCATCGCTGAAATCATCCGGAAGGAACCGGAGGAAGCGGCGGATATTGAGCAGCTGAAGCGCCGGTGCACACAGGGAACAATCGAATCTCAAGCGTTTTACAAAGGAATGATCGGTGCTGATTACGGGCCCGGATACAAAGGGGTGCAGCTTGTATACAAAGGCGAAGACCGGCTGCTTGCTAAATTGAAGCTTCCTGAATCCGTCTCTCATACAAAAGCTGATTATATCCTTCATCCGAGTATGATGGACGGTGCGCTTCAGGCCGCCGAATATTTGCAAAACGTGACGAGAGCGCTGCTTACAGAAAGCGGGGAACCATTCAAAGCCGCATTGCCGTTTGCTTTAGAGGAGCTGGACGTTCTGAATCCGTGCGCTGATGATATGTGGGTGCACGTCACATTCAGTGCGAACAATAAAGCCGGCGATCCTATCCAAAAAGCCGATATTGATCTATATGACAATAACGGCGGGCTTTGTGTGCGGATGAGAGGTTTCTCAACGCGGATCATGGAAGAAAACACGGGTGCCGGCATTTCGGTCAGCCGTACGGACACATTGCTCGCTGAACCGGTCTGGAAAGAGCAGCCGGAACCGGCGGCCCACGAGCCTTCGTATGAAGAGCATATCATTTTCCTTTGTGAGTACGATGAAGCTGTAAAACAGGCCGTGGAAGCAAAGCTTGAACATGCAAGCGTCATTATCTTGGACGATCGTCCCGCATCTATTGCAGAGCGGTATCATTCTTATGCGGGTCAGATGTTTGACCATATCAAAACCATAATGAAAAGCAAGCCGATGGGCCGCGTTCTTCTTCAGGCTGTTACGCGGTCAGCAGGCTTACAGCAGGTGTTCTCAGGCATTACCGGACTCTTCAAAACCGCATGCCTTGAACATTCCAAGCTGATCTGTCAAATGATCGAAGCCGAGGAGGAAGAAAGTGCTGAAGGCATAGCGGAAAAAGCGTCCGAAAACCGTATGCATGCCGAAAGCGTCCATGTGAAATATGAAAACGGCAAGCGCTTTGCCGCTGGTTGGGGAGAAATGGATATACCTCGAGCGGAGCCGGACATTCCGTGGAAAGACGAAGGCGTTTATCTCATTACAGGAGGTGCGGGAGGTTTAGGTCTGATCTTTGCAAAAGAGATCGCAAACCGTACAAAAGATGCCGTCATCATACTAACCGGCCGGTCCGCTCTCAGAGAAAAGCAGAAAGACATGCTGGAAACAGTACGTGCTGCCGGCGCTTCTGTTTTCTACGAGCAGACCGATGTCACGGACGAAGCAGAAGTATACCGATTGATCCGCAATATCCGCAAACGGCACGGCAGGCTGGACGGGATTGTTCACAGTGCCGGCATTATAAAAGACAACTACATGGTGAAGAAGACGGCAGAGGAATACCAAGATGTTCTCGCTCCGAAAGTGAAGGGCCTTGTGTATCTTGATGAAGCGTCACAACATGAGAAATTAGATGTCTTTATTGTCTTCTCATCCTTATCAGGTGTGCTTGGAAGCGTCGGCCAGGCTGATTATGCGTCTGCAAATGTCTTTATGGAGATGTATGCCGAGTACCGCCGTTCTTTACAAGCCGCAGGACAAAGATACGGAAAGACGCTTTCTGTCAGCTGGCCGTTATGGAAAGAAGGCGGAATGCAGGCAGGAAAGCAGACGGAAGATATGCTGATGCAGGAGGCGGGAATCGCACCGCTCGGCACAGATGCCGGCATCAAGGCTTTATATCAAGGCTTGATGAGCGGGACAGCCCGGATGACGGTTCTTGAAGGAGATGTGAAACACATGAAAGCAAAACTGTTCCGCAAAGAGAATGATCATCCGGAAACAGAGACCGGCGTACGTCATGACATTGATGCTGACAGCCTGCTTGAAAAAGTGAAGCATCTGTTAAAACAGCAGACGGCCTCATTGTTAAAAGTAAACATTGACAAAATTGATCCTCATGAAGAAATGACAAAATACGGGCTGGATTCTATCTCGATGACTGAGTTTACGAACCAGTTAAACAAAACGTACCGGCTTACGTTAACGCCGACGATTTTCTTTGATCATCCGACAATCCATGAATTTGCCGTTCATTTAATCAGTGAATACGAAGAGGAATTTGCCGGACGGTTTGCGGTAAATACAAAAACGGTTCAATCGGCAAGACCGGTAAAAGAGACTCAAATCACGCGCCCGGCCGTTAAGCGACGCCGCACTCTGCCTGAGACACTTCCGCAGACAGTGCAGCGGGACCAAGGGCCGGAACCGATCGCAATCGTAGGCATCAGCGGGATTTTCCCGATGGCAGAAGACATTGAAGCTTACTGGCAGAACCTGAAAGAAGGCAAAGACTGCATGACCGAGATTCCGAAAGACCGCTGGGACTGGCGGGACTATTACGGGGATCCCGCAAAAGAAGCCAATAAAACAAACGTCAACCAAGGCGGGTTTATTGACGGAATTGCTGAATTTGATCCATTGTTTTTCGGGATTTCACCGCGGGAAGCGGAGCAAATGGACCCTCAGCAGCGCCTCTTGCTGACGTATGCGTGGAAAGCGATTGAAGATGCCGGATATGCGTCAAAGAGTCTCTCAGGCACAAAGACAGGTGTGTTTATCGGGACCGGAAACACCGGCTACGGTTCTCTTTTAGCCAATGCCGATGCGGCGATTGAAGGGTCATCCGCGGCGAATACAAGTCCGTCTGTCGGACCGAACCGTGTCAGCTATACGCTCAATCTGCACGGGCCGAGCGAACCGATTGATACCGCCTGCTCAAGCTCACTCGTTGCCATACACCATGCCGTTTCTTCAATTGAAGAAGGGACGTGCGACATGGCTTTGGCAGGAGGAATCAATACGATTGTTCTTCCGGATGTGTATATCAGTTTTGACAAAGCGGGCGCGCTGAGTAAAGAAGGAAGATGCAAAACGTTCTCCGATCAGGCTGACGGTTTTGCCCATGGTGAAGGAGCCGGGCTCTTTTTCCTCAAAAAGCTGAAAGCCGCTGAGGAGGATGGGGACCATATTTACGGCGTCATTAAAGGAAGCGCGGTGAATCACGGCGGCCGTGCGGCATCTTTAACAACGCCTAACCCGAAACAACAGGCGGAAGTTATTAAAGCCGCATATAAAAAAGCGGGCATTGATCCGAAAACAGTCTCTTATATCGAAGCGCACGGCACCGGAACAGAACTGGGAGATCCCGTTGAAATTAACGGCCTGAAACAAGCGTTCAGCTCGTTTGCAGACGGAAAAGAGAAAGCGGCCGGCTATTGCGGCTTAGGGTCGGTCAAAACGAATATCGGCCACTTATCCCTTGCCGCGGGAGCAGCGGGCATTATTAAAATTTTGCTGCAGATGAAGCATCGGACATTAGTCAAAAGTCTCCACTGTGAGACGGTAAATCCGTATATTCAGCTTGAAGACAGTCCGTTTTACCTGGTGCGGGAGACGATGGAATGGAAGACGCAGACGGACGAACGCGGAAACGAACAGCCGCGCCGCGCGGGCATCAGCTCATTCGGCATCGGAGGCGTAAATGCCCACGTCGTCATCGAAGAATACATTCCAGAAGACAGAGAGGAAGCAGATGATTCTCATATCGACCCATGTCTTTTCGTTCTGTCCGCCAAAAATGAAAAACGCCTGAAAGAGCAGGCAAAACAGCTGAAACGTGCGCTTACTGAAAAACGGTACGATCATTCCAGCCTCGTTTCTATGGCATATACTCTCCAAATCGGAAGGGACGCCATGGAAGAACGCCTGGCGGTTATTGCCGGATCCGCAGAAGAACTGCAGGAAAAACTGTCACAGTTTATCACTGGAGATAAGCATGCGGATTTGTACAGAGGAAGAATAGACAAAGGCACGCTGCAAATGCTGACGGAAGATGAAGAAATTCAAGAAGCCGTTGAAAAATGGATGGCCCGCGGCAAATACGCGAAGCTGCTTGAATTGTGGGTCAAAGGGCTGAACGTCGATTGGGCGAAGCTGTATGGAGACCGGCCGCCTAAACGTATGAGCCTGCCGTCGTATCCTTTTGCAAAAGACCGTTATTGGGCGGCGAAACATACCGGAAAACACGAAAAAACAAAAACTGTATCTGCCGGAAAACAAGACGCGCTTCATCCGCTTCTGCACAGAAATACTTCAAACCTTGCAGAACAGCGGTTCAGTTCAATCTATACAGGGGAAGAATTTTACCTTGCGGACCATGTTGTAAAAGGCGTGCCGATTTTACCGGGAGTGGCACATCTTGAAATGGCGCGCGCAGCAATGGAACAGGCATCTGAAGTTCCGGCCGGACAAGGAAGCGTCAAGCTTAAGAATACGGTTTGGGTGCGGCCGATCACCATTGAAGACGAGCCGGTTCATGTCAACATCCGTCTCATTCCTGAAACGGCAAATGACGTTCAATTCGACATTTACAGCGGCCGGGAAACAGATCAGCCGTCCGTTTACAGCCAAGGGGCAGTATCAGTCCGCCCTGACGCAAAGGCACCGGTCATTGATCTCCAAAAGCTGAGATCACAATCCGCCGAGACATCGTTTTCTGCAGATGAAGTGTACGATATGTACCGCAAAATCGGTTTTGATTACGGCCCGGCTTTCCGGGGTGTCAAAGCGATTTATACAGGTGGTGATTTCGTATTGGGCAGACTGTCACTTGATGCGGCTTGTGCGGACACGGTACAGGAGTATGTCATGCATCCGGGCTTAATGGACTCTGCATTGCAGGCATCAAGCATATTAACCGGAACAAATGATGAAAAACTGATGCTTCCGTTTGCGGTTCAGGAGCTTGAAGTATTCAGCGCATGCGCTGCCGAGATGTGGGTTTACGCCACACTTTCTGAAGACCACAAAACCGGCCAGATTGAAAAACGCGATCTTGATATTTGTGATGAAAACGGCAAGGTGTGCGTAAGGCTGAAAGGTTTGTCATTCAGAACGGCTGAAAAAGAACCTGAGAAAAAAGAAAAAGCTCCGGAAACGCTCATGCTTGAGCCGGTATGGACCCGAAGCGATGAAACCGCCGTTCAAACGGAACCGGTTTTTGCCCGGCATATCGTGTTGCTTTGTGACACAGACGCAGGATTGAAACAAGCCGTTGAAGCCGCGGGAGCTGAATGTATTGAAATGACCTCCCAGCACGGGAAAGCGGCGGCGCGCTTCCGTGATTATACAGGACGGATATTGGAGACGCTGCAAAAACTGCTGAAGGAAGAGACGGATGGAGACGTCCTCATCCAGACGGTTCTCTCTAAAACAGATAAGCATCAGCTGCTCTCAGGGATTTCAGCTCTGTTAAAAACAGCCGGCCTGGAACATAAAAAACTGAAAACCCAGCTGATTGAAATAGAACCGGCGGAAAACGGAAGAATCACAGACATCATCAGAGAAAATAAAACACGGGCTGATGACAGCCATATCAAATATGAAAACGGCATCCGATACAGCGCAGATGTCAAAGAAACGGCCGTGTCCGGCGGCAAAATACGCATTCCGTGGAACGACGGAGGCATTTATCTCATTACCGGAGGAGCCGGGGGCTTAGGCTTTATTTTCGCGAAAGAAATCGCCCGCAAAGTCAAAGAGCCGACACTGATTTTGACAGGCCGTTCCGCTTTAAGCGAGAAACAGCGGATGCAGCTGCAATCGCTTGAATCAACCGGAGCAAAAGCGGAATACAAGCAGGCTGACGTAACAAACGCTCAAACTGCGGCAGACCTGGTCAAAACAATTGAGACGGAATATGGCGGCCTTCACGGCATCATTCATAGCGCGGGTGTGATGAAAGATCAGTATATCGCAAAGAAAACAACCGAAGAGTTTTACAGTGTATTGGCTCCTAAAACGGACGGATTTGTCAACCTTGATGAAGCAACCGAGCATTTAGCGCTGGACTTTTTCATTGTTTTCTCATCCATTTCCGGCGTCACCGGGAATGCGGGACAGGCGGATTATGCGGCGGCAAACGCATTTATGGACAGCTATGCGGCATACCGCAACGCACTGGTTACCGCAATGTACCGCCACGGTCACACATTGTCGGTCAATTGGCCGCTTTGGAAAGACGGCGGAATGCAAGTCAATGAAGAAATGGCGAAGCTCACCGAAAAAAGAACCGGTGTAACGCCGATGCGCACTGAAACCGGAATAGAAGCTCTTTACAAAGCATGGAGCACGGGGAAAACAAGCGTGCTCGTCATGGAAGGAAACCGCGCCGTAATGCGGGAAAAGCTGCTTCAAAAGACTCCTGCAGCCGCTTTTGCACCGGTTAAGAAAACGGATGAAACGGCTGTGCCGAAAGACCTGACGGCAAAACTTCAGGAATTGCTGGCAAAAGAGGTTTCCGGGCTTCTGAAAATAAACATTGAAGAAATCGATATCGAATTGGAGTTTAATCAATACGGATTTGATTCCATTACGCTGACGGAATTCGCCAACAAGCTGAATGACACTTATCAGCTTGATCTGACACCGACCGTATTTTTTGAATATGCGACGATTCAAGCCTTAGCGCATCATTTAGCAGAAGACTATCAAACACAATTTGCCGGCAGCACACAGCCGAAAGAAGAAAAACAAAGCAGCGTAACTGATGATGGCGGTATCAGACTGGCAGGGAACAAACGATTTGCAAAAACTGCCGTACAGCCTGTTCAGACGGCGGCTGAACATAAGCCGGAACCGATCGCTATTGTCGGCATGAGCGGAGTGTTTCCGAAGGCCGCAAATATTGATGAGTATTGGCGCAACTTAGAAGAGGGAAAAGATTGTATAACAGAGGTGCCGGCGGATCGCTGGGACTGGCGTGAGTATTACGGTGACCCGCTTAATGAAGCCAATAAAACAAATGTAAAGTGGGGCGGATTTATTGACGGAGTTGCGGATTTTGATCCGCTGTTCTTCGGAATTTCACCGCTGGAAGCCGAACAGATGGATCCCCAGCAGCGCTTGTTAATGATGTATGCGTGGAAGGCGATAGAAGATGCGGGATATTCCGCTAAAAGCCTTTCCGGCACGAAAACAGGCCTGTATATCGGCACGGGGAATACCGGATACGGCTCACTGTTTTCCGACCTGGATATCGGCGGTGCGTCAGCCGCAAATATGAGTCCGTCAGCGGGGCCGAACCGCGTCAGCTATATGCTTAATCTGCACGGGCCGAGTGAACCGATCGACACGGCTTGTTCCAGCTCGCTGGTCGCGATTCATCACGCCGTATGCGCCATTGAAAACGGGAACTGCGATATGGCGATCGCCGGCGGCGTGAATACCGTCGTCACTCCGCAAGGCCACATCGCTTATGACAAAGCGGGTGCGCTGAGCAAAGAAGGGAAATGTAAAACATTCTCCGACAGGGCGGACGGATTTGCTGTCAGTGAAGGTGCCGGAATTCTGTTTTTGAAAAAGCTGTCAGAAGCGGAAAAAGCGGGCGATCATATCTACGGCGTCATTAAAGGCAGCGCGGTCAATCACGGCGGACGCGCGAACTCCTTGACGACACCGAACCCGAAAGCCCAGGCGGAAGTCGTCAGAACGGCTTATGACAAAGCAGGCATTGATCCGAGAACCGTCACTTATATAGAAGCGCACGGAACCGGAACGGAGCTTGGCGATCCGGTCGAAATCAACGGCCTGAAATCCGCCTTTCAAAAGCTGTACGAAAAAACAGGCGATTCCGCCGTTTACGCGAGTCACTGCGGTCTGGGATCGGCCAAAACCAATATCGGCCACCTGTCACTGGCAGCCGGTGTCGCGGGTGTGATCAAAGTGCTGATGCAGATGAAGCATAAAACACTTGCAAAAAGCCTCCACAGCGAGGTCATCAACCCATATATCAAGCTGAAAGACAGTCCGTTTTACATCGTACAGGAAAAAAGAGAATGGACGGCATTAAAGGACGAAAACGGCAATCATCTGCCGCGCCGTGCGGGAATCAGTTCTTTCGGCATCGGCGGCGTAAACGCCCATGTCGTCATTGAAGAATATATCCCGAAGGAAGAAAGAAAAACAGCTGTTTTCACACACCCTCAAATCTTTGTGCTGTCGGCCAAAGAAGAAGAGCGTCTGCAGGAACAGGCGCAGCAGCTGGCGCAAGCTCCTTTTACGGATGCGGATCTTGCCGGTGTTGCTTACACGCTTCAGCAGGGACGGGATGCGATGGAAGAAAGAGCGGCCATTATCGCTTCCTCGGCCGAAGAACTGCGGGACAAGCTAAAGAGCTGTGCGAAAGGACGTTATGGTATAGCGGGCATTTATAAAGGAAAAGCGGGTAAAACCTCCCTGAAATCCATTCTGGCAGGCGCAAACAGCGAAGCGGATATCGAAGAGCTGATAAGCCGCCGAGAGAATGATAAGCTTGCGGAATTATGGGTGCAGGGCGCGGATATCAAATGGGACGGCTTATATTCAGATATCAAGCCCCAACGGATGAGTCTTCCTGCTTACCCGTTTGCGAAAGAGCGGTACTGGATCACGGACAATCGGCCGAAAGCAGAGAAACCGCAAGCTGTGCCGACGTCGCGGGTGCTGCACCCGCTGCTTCACGAAAATGTATCAGATTTAACAGAGCAGCGGTACCGATCCGAATTTACGGGACAAGAGACGATTTTCACCGATCATCTTATTAAAGGCAAGCCGGTTATGCCGGGCGTCGCCTACTTGGAAATGGCTAGGGCGGCGGTTGCTCAGGCAGTCAAAGGGCAAAAGGAACGTCCGTCTGTCACCCGCCTGAAAAACATCGTTTGGGTTCGGCCGATCGAAGCGGGAAACCGCCCGATTGAAGCGCAAATCAGCCTGAACCCGAGGGAAAACGGTGAAATCGTGTATGACATTTACACGGATTCACAAACAGAAGCAAGCGGCAGGCAGATACACTGTCAGGGGGCTGCCGGCATTCTCAGCGCCGGGGAGGCTCCGCACCGTGATATAGGCGCACTGAAAGCTCAATGCGGCCTCAGTATACTGACTTCTGAACAGTGTTACGGCTTATTCAGCAAAATCGGCATTGACTACGGTCCAGCACAACAAGGAATTCAGCACATTCATATCGGAAGCAATCAAGCATTAGCTGAGCTCCGGCTGCCTTCCTTCCTCGAAGAAACGGCAGATCAATACGTTCTTCACCCGTGTATGCTTGATTCAGCTTTGCAAGCGACAATCGGTCTGAAGCTGCACGCAGATGATAACCAGCTGTCACTGCCGTTCGCCCTTGAAGAACTGGACATTTTCAGTCCGTGCACGACAAGCATGTGGGCGTATGTCAGCTCCCGAGGAACGGATGAAAAAATACAGCGGCTGGACATTGACTTATGCGATGAGACCGGCCGGGTCTGTGTCAGAATTAAAGGGATTTCTTCCAGAATGATGGAAGGCCCCGCGCCGGAAACATCATTAAATGGAGCAAACCTTCTGGCTCCGGTGTGGGATCTCGCGGAATTCCGTGATCAAAGCCCGGCATATAAGACGGAAGAGGTTGTCTTTATCGCGGGGGATGAGGAAAGCGCGGTTTTTCAATTGCATCATCCTTCTGCGAAACGGCTTCATATCACCCCGGAGGATGAAATAGAGGCTGTTGCGGCTGAACTGAAAGCAACAGGGTCTTTCGGGCATATCGTATGGATCGCTCCTTTTCACAGCGCTGATGACATGGTAAAAGCTCAGGATGCGGGCGTCATCCAGATGTACAGAGTGATTAAGGCCATGCTTGCTTTAGGATATGGAGGCAAGCGAATCAGCTTGACTGCAGTCACAATAAAAACACAGTCCGTACAGCCGGCGGACATTATTGATCCGGCTCATGCAGGCATTCACGGTTTGGTCGGCTCGCTCGCAAAAGAGTATCCGAACTGGCAAACAAGGCTGATTGATGCCGGATGTCCGGAAGATGTTTCAAAGGCGGAGCTGTTCTCAGCGCCGTTTGATGAGCAAGGCAATACATGGGCGTACCGGAACAATCACTGGTACAAACAGCGCCTTATTCCTGTACAGCAGCCGGTGTCAAGCCGGCCCGCTTACCAACAAGGCGGCGTTTATGTCGTCATCGGCGGCGCGGGGGGCATCGGCGAGGCATGGAGCGAATATGCCGTGAAAACATATCAGGCGCGAGTCGTTTGGATCGGCAGACGAAAACATAACAGCGCCATCCAGGAAAAAATCGACAGACTCAGCCAATTCGGCCCGGCGCCGATTTATATTGAAGCTGACGCGGCAAATCCGAATGAGCTCACACGGGCGTATGAAACGATCAAACGCACGCACCCGCAAATTAACGGAATCATCCATTCCGCAATTGTTTTAGAGGATCAGAGCCTGAAAAATATGCCGGAAAGCCGTTTTAAAAGCGTGCTCGCTGCAAAAGTCAATGTCAGCGTGAATATGGCCCGCGTGTTCCAAAATGAGCCGCTGGACTTTGCTTTGTTCTTCTCATCTGTTCAATCATTTGCACGAGCGGCCGGACAAAGCAATTATGCTGCCGGGTGCAGTTTCAAAGATGCCTTTGCCGCTCATTTGGCTCAAGTCCGGCCGTATTCGGCGGCAGTGATGAATTGGAGCTATTGGGGCAGTGTCGGAATCGTATCATCTGCCGAATATCAAGAACGGATGAAACAGGCGGGAGTCGGATCAATTGAAGCGCCCGAAGCAATGGCGGCGCTTGAACGATTGCTCGGCGGCCCATTGAATCAGTTCGTCATGATGAAACAGGCGGAAGAGCCGGAGGAAAAACCGGAAGAAATGATAGAAGTATACCCTGAACATCACGGCTCGGCGATGCAAAAACTGCGAAGCTATCAGCCTAAAGTAACAAGACATGTACAACAATTGAGTTAA MNHKELLDAYRSGTLTIAEVEQKLQAFKRTTAKRPLSEGQKGLWMLQKMFPEMSAYNIPLCFRFQKLDVETFKNALLSVQRQHPILTSVIKEENGLPYQIEDTDRHFPIEEMDLSELSGRDALSFIKEKAKEPFSLETGPLLRVQVFRRAKREPIVLITIHHIIFDGVSLMTFMSALLDAYVKASEGKEPVMLQQAADYHDFVKWEKELLESEAGKTHLSYWKKQLKGPLPVLELPSDYPRSSVQTCRGQAYQRLLPDELNRQIKVCAQKNNVNESVVYLAIFKGLLYQYTNQEDVIVGMPTMGRSEAQFESVIGYFINMIAVRSRETGAKSFTSFLKELQLTLAEGLDHAAYPFPALVKELKTERSPAVSPVFQTAFFYQNFFRTEGAEKLAELYQSLGIEMIEDIHQEGEFELALEVYKKETGTVLQFLYNPDVYSPSFIERMAEHYMKLAEKVLSDPEIAFEACSGLLNQKREASRSSHQPNERCIHEVFAEKAGRHPDREAVTFGENSLTYRELDERSTALAVYLQEKGVTPECPVGICTERSFEMVIGILAILKAGGAYVTLDPAFPNERMAHVLTDSGVSIVLTQAKTRGMIEQLAIGGVSTVEIENSGRSVSGAKLTPRSKPHHLAYILYTSGSTGKPKGVMVEHRAIMNTLQFLEAEYPVAQEDAYLLKTNYVFDVSISELFGWFIGNGRLVILPPGAEKNPQLCMEYIQTHQVTHLNFAPAVFNVFLETVKRHTAFTEDGPVKYVMVAGEAFPKDLVKKSVSIFKHARIENIYGPTETSIYAAYYSCGQKEITSRNTPIGKPIHNTRLYIVDEKLSPVPDGVAGELCVAGAGLARGYYNQPELTAASFIDNPFSEGEKLYKTGDLARWLPDGNIEYAGRIDSQVKIRGFRIELGAIETKLSEHPDILDQAVVVQEKNGHKKLIAYYTARAGHTADEKALRNHLLSSLPDYMAPAHFIRLDALPLTPSGKVNRKDLKQRKVIVHRSEKTGRLPLSEAEAKVTAIWEDLLNTAGIKIEDGFFDVGGDSLLAVAAAERIKQELECDFTVTDLFEHSTIQAISRFIVETKQAAESEVSGRDEREKEHTPQNGMPSYFEDSVAIVGISCQFPGAKNHHEFWKQLREGKESVRFYSKEELREAGVPEDLIENPDYVPALSTIEGKDLFDPEFFHISPKDAEFMDPQLRLLLLHSWKAVEDAGYVSKEIPKTSVYMSASNNSYRSLLPEKTTEGHESPDGYVSWVLAQSGTIPTMVSHKLGLKGPSYFVHSNCSSSLVGLYSAYKSITSGESEYALVGGATLHAATGIGYVHQNGLNFSSDGHVKAFDASADGMAGGEGAAVILLKKASQAVQDGDHIYAMLRGIGLNNDGADKVGFYAPSVKGQTDVIQHVLDSTNIHPETISYIEAHGTGTTLGDPIEMSALQQVYKRYTDREQYCGIGSVKTNIGHLDTAAGLAGCIKVAMSLYHRELAPTINYTSPNPNIKFSGSPFYVADKRKPLPERETPHRAALSSFGLGGTNAHAIFEQYENKTISGSKDGQPPFIVPLSARNKQRLTAYASCLSGFLDEAENDVSLHDLAFTYQTGREAMEERAVFISHDRHDLKRQLQDFINGNDQNILRGEKVRSREVSAQEMEELASCQTRDEKLKALAALWVEGARVDWGLLYQDSAPRRISAPTYPFAEERFWPEETVKQTDTKLLHPLVHQNTSVLQEQRFSSEFTGKEYFIAEHIIKGMAIVPAAVTLEMARAAAEKSIGGATEESLGLRLKNIVWVRPVIADQEAVRVHIRLYEEEDGQIHYRMYGGNDSIGEEAPLYNQGIAEIIRKEPEEAADIEQLKRRCTQGTIESQAFYKGMIGADYGPGYKGVQLVYKGEDRLLAKLKLPESVSHTKADYILHPSMMDGALQAAEYLQNVTRALLTESGEPFKAALPFALEELDVLNPCADDMWVHVTFSANNKAGDPIQKADIDLYDNNGGLCVRMRGFSTRIMEENTGAGISVSRTDTLLAEPVWKEQPEPAAHEPSYEEHIIFLCEYDEAVKQAVEAKLEHASVIILDDRPASIAERYHSYAGQMFDHIKTIMKSKPMGRVLLQAVTRSAGLQQVFSGITGLFKTACLEHSKLICQMIEAEEEESAEGIAEKASENRMHAESVHVKYENGKRFAAGWGEMDIPRAEPDIPWKDEGVYLITGGAGGLGLIFAKEIANRTKDAVIILTGRSALREKQKDMLETVRAAGASVFYEQTDVTDEAEVYRLIRNIRKRHGRLDGIVHSAGIIKDNYMVKKTAEEYQDVLAPKVKGLVYLDEASQHEKLDVFIVFSSLSGVLGSVGQADYASANVFMEMYAEYRRSLQAAGQRYGKTLSVSWPLWKEGGMQAGKQTEDMLMQEAGIAPLGTDAGIKALYQGLMSGTARMTVLEGDVKHMKAKLFRKENDHPETETGVRHDIDADSLLEKVKHLLKQQTASLLKVNIDKIDPHEEMTKYGLDSISMTEFTNQLNKTYRLTLTPTIFFDHPTIHEFAVHLISEYEEEFAGRFAVNTKTVQSARPVKETQITRPAVKRRRTLPETLPQTVQRDQGPEPIAIVGISGIFPMAEDIEAYWQNLKEGKDCMTEIPKDRWDWRDYYGDPAKEANKTNVNQGGFIDGIAEFDPLFFGISPREAEQMDPQQRLLLTYAWKAIEDAGYASKSLSGTKTGVFIGTGNTGYGSLLANADAAIEGSSAANTSPSVGPNRVSYTLNLHGPSEPIDTACSSSLVAIHHAVSSIEEGTCDMALAGGINTIVLPDVYISFDKAGALSKEGRCKTFSDQADGFAHGEGAGLFFLKKLKAAEEDGDHIYGVIKGSAVNHGGRAASLTTPNPKQQAEVIKAAYKKAGIDPKTVSYIEAHGTGTELGDPVEINGLKQAFSSFADGKEKAAGYCGLGSVKTNIGHLSLAAGAAGIIKILLQMKHRTLVKSLHCETVNPYIQLEDSPFYLVRETMEWKTQTDERGNEQPRRAGISSFGIGGVNAHVVIEEYIPEDREEADDSHIDPCLFVLSAKNEKRLKEQAKQLKRALTEKRYDHSSLVSMAYTLQIGRDAMEERLAVIAGSAEELQEKLSQFITGDKHADLYRGRIDKGTLQMLTEDEEIQEAVEKWMARGKYAKLLELWVKGLNVDWAKLYGDRPPKRMSLPSYPFAKDRYWAAKHTGKHEKTKTVSAGKQDALHPLLHRNTSNLAEQRFSSIYTGEEFYLADHVVKGVPILPGVAHLEMARAAMEQASEVPAGQGSVKLKNTVWVRPITIEDEPVHVNIRLIPETANDVQFDIYSGRETDQPSVYSQGAVSVRPDAKAPVIDLQKLRSQSAETSFSADEVYDMYRKIGFDYGPAFRGVKAIYTGGDFVLGRLSLDAACADTVQEYVMHPGLMDSALQASSILTGTNDEKLMLPFAVQELEVFSACAAEMWVYATLSEDHKTGQIEKRDLDICDENGKVCVRLKGLSFRTAEKEPEKKEKAPETLMLEPVWTRSDETAVQTEPVFARHIVLLCDTDAGLKQAVEAAGAECIEMTSQHGKAAARFRDYTGRILETLQKLLKEETDGDVLIQTVLSKTDKHQLLSGISALLKTAGLEHKKLKTQLIEIEPAENGRITDIIRENKTRADDSHIKYENGIRYSADVKETAVSGGKIRIPWNDGGIYLITGGAGGLGFIFAKEIARKVKEPTLILTGRSALSEKQRMQLQSLESTGAKAEYKQADVTNAQTAADLVKTIETEYGGLHGIIHSAGVMKDQYIAKKTTEEFYSVLAPKTDGFVNLDEATEHLALDFFIVFSSISGVTGNAGQADYAAANAFMDSYAAYRNALVTAMYRHGHTLSVNWPLWKDGGMQVNEEMAKLTEKRTGVTPMRTETGIEALYKAWSTGKTSVLVMEGNRAVMREKLLQKTPAAAFAPVKKTDETAVPKDLTAKLQELLAKEVSGLLKINIEEIDIELEFNQYGFDSITLTEFANKLNDTYQLDLTPTVFFEYATIQALAHHLAEDYQTQFAGSTQPKEEKQSSVTDDGGIRLAGNKRFAKTAVQPVQTAAEHKPEPIAIVGMSGVFPKAANIDEYWRNLEEGKDCITEVPADRWDWREYYGDPLNEANKTNVKWGGFIDGVADFDPLFFGISPLEAEQMDPQQRLLMMYAWKAIEDAGYSAKSLSGTKTGLYIGTGNTGYGSLFSDLDIGGASAANMSPSAGPNRVSYMLNLHGPSEPIDTACSSSLVAIHHAVCAIENGNCDMAIAGGVNTVVTPQGHIAYDKAGALSKEGKCKTFSDRADGFAVSEGAGILFLKKLSEAEKAGDHIYGVIKGSAVNHGGRANSLTTPNPKAQAEVVRTAYDKAGIDPRTVTYIEAHGTGTELGDPVEINGLKSAFQKLYEKTGDSAVYASHCGLGSAKTNIGHLSLAAGVAGVIKVLMQMKHKTLAKSLHSEVINPYIKLKDSPFYIVQEKREWTALKDENGNHLPRRAGISSFGIGGVNAHVVIEEYIPKEERKTAVFTHPQIFVLSAKEEERLQEQAQQLAQAPFTDADLAGVAYTLQQGRDAMEERAAIIASSAEELRDKLKSCAKGRYGIAGIYKGKAGKTSLKSILAGANSEADIEELISRRENDKLAELWVQGADIKWDGLYSDIKPQRMSLPAYPFAKERYWITDNRPKAEKPQAVPTSRVLHPLLHENVSDLTEQRYRSEFTGQETIFTDHLIKGKPVMPGVAYLEMARAAVAQAVKGQKERPSVTRLKNIVWVRPIEAGNRPIEAQISLNPRENGEIVYDIYTDSQTEASGRQIHCQGAAGILSAGEAPHRDIGALKAQCGLSILTSEQCYGLFSKIGIDYGPAQQGIQHIHIGSNQALAELRLPSFLEETADQYVLHPCMLDSALQATIGLKLHADDNQLSLPFALEELDIFSPCTTSMWAYVSSRGTDEKIQRLDIDLCDETGRVCVRIKGISSRMMEGPAPETSLNGANLLAPVWDLAEFRDQSPAYKTEEVVFIAGDEESAVFQLHHPSAKRLHITPEDEIEAVAAELKATGSFGHIVWIAPFHSADDMVKAQDAGVIQMYRVIKAMLALGYGGKRISLTAVTIKTQSVQPADIIDPAHAGIHGLVGSLAKEYPNWQTRLIDAGCPEDVSKAELFSAPFDEQGNTWAYRNNHWYKQRLIPVQQPVSSRPAYQQGGVYVVIGGAGGIGEAWSEYAVKTYQARVVWIGRRKHNSAIQEKIDRLSQFGPAPIYIEADAANPNELTRAYETIKRTHPQINGIIHSAIVLEDQSLKNMPESRFKSVLAAKVNVSVNMARVFQNEPLDFALFFSSVQSFARAAGQSNYAAGCSFKDAFAAHLAQVRPYSAAVMNWSYWGSVGIVSSAEYQERMKQAGVGSIEAPEAMAALERLLGGPLNQFVMMKQAEEPEEKPEEMIEVYPEHHGSAMQKLRSYQPKVTRHVQQLS PGPT0010165_94 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACILLAENE|MACROLACTIN|DIFFICIDIN_METABOLISM,PGPT0010165-baeN|pksN|mlnB|mlnD|dfnG-K13614 NA NA D1-12_00900 7458 pksR COG3319 Polyketide synthase PksR TTGCAAAACACTGAAGATCTTCTTTACAAACTATTGGCAGGCCAGCTGAAATCTGTCGGATTTTTTACGGAAAACGAAACGCAGCCTGTCATGCAGGGGTTTTACGGCAGGTGGCTGGAAGAAAGCATCTCCATCTTGGTGCAAAAAGGCTTTTTGAAACAGTCTGGCAGTACGTATGTGTTAACGGGTCCGATAGAGCGTGCGGACGTTCTGTGGCAAGAATGGGATGAAAAGAAAGCTCCTTTACTCAAGGACAGCAGCAAACAGGCGATGATCACCTTAGTGGAGACCGCTCTCAGAGCTTTGCCGGATATTTTATCCGGCAGAGTTTCTGCCACTGATGTTCTGTTTCCTGATTCCTCAATGGAATTGGTTGAAGGAATCTATAAAAACAATGAAACGGCAGACTACTTTAATGAGGTGCTCGCTGACACATTGACGGCTTTCATTGAAGAACGCCTGAAAGAAGACCCGAACGCGGAAATCCGGATATTAGAGATCGGAGCGGGGACGGGCGGGACGAGCGCGGCCGTTTTCAAAAGATTAAAAGAGGTCAAACCTCATGTGAAAGAATATTGCTACACCGATCTGTCAAAGGCCTTTTTCATGCATGCTGAAAAAGAATACGGTCCCGACAATCCGTATTTGACTTATAAGCGGTTTAATGTGGAAGAGCCCCCGGCTTTGCAGGGTATAGAGGCGGGTGCATATGACGCGGTAATTGCGGCAAATGTGCTTCACGCGACAAAAAATATTCGGCGGACACTTCGCAATGCCAAAGCGGTGCTTAAAAAGAATGGGATTTTGCTATTAAATGAGATCAGCAGCCATTCGGTTTATTCTCATCTGACATTCGGTCTTTTGGAAGGCTGGTGGCTGTATGAAGACGCCAAACTGCGTATTCCCGGATGCCCGGGGCTGTATCCTGAAGCGTGGCAGTCTGCGCTGGAAAGCGAGGGATATCGGTACGTTACATTTATGGCGGAATCGTCACATCACCTCGGCCAGCAGATCGTGGCGGCAGAAAGCGACGGCGTCATCAGGCAAAAGCAGCCGGACGCGACGGCGGTTGAAGAAATTGCGGCTTCCAAAGAGCCGGCTGATTTCACAGAACCGTCTTTCTCAGTCACAGACCGGACTGTGCATTTCATAAAAGAAACGTTAGCCAAGTCCATAAAGCTTGCTCCCGAGCGCATTCAGCCGGAAACCAGCTTTGAAAAATACGGCATCGACTCCATTTTGCAGGTGAATTTTATCCGTGAACTGGAAACATTGACGGGCGAGCTGCCGAAAACGGTCTTATTTGAACACACGAATACGAAAGAACTTGCCGAGTATTTGCTGGAAACTTACCCGGATAAGCTGCAACAGGCATTCGGAGCCGAACAAGCGCCTCCTGAAACAAAGCATCCGGAACCTGCAATGAATGAACCGGTGCCGCTTGTCACGGAAACGCGGCGGTTTATCACTGAACAAATAGAGCCAAAAGCGCCAAAGCCGGAAACAGAAACCGTCACCGTTAATCGTTCTGATCGTGACGACATTGCCATTATCGGCATCAGCGGCCGCTATCCCGAGTCTGAAACCCTCGATGAGCTGTGGGAGCATTTAAAAGCCGGAGACAGCTGTATTACGGAAGCTCCGGAAAACAGATGGAAATCCGGTCTTCTGAAAACAATGGCAAAAGAAACACGAAAAGAAGAACGCAAAACACGGTACGGCGGATTTCTGCAGCATATTGACGCTTTTGACCATCACTTGTTTGACATCCGGGAAGACCATGTGATGGAGATGACGCCTGAGCTCCGTCTAAGCTTAGAAACCGTATGGGAAACATTTGAAAACGGCGGTTACTCGTTAGAAAGAGTAAACGAATGGCAGGAATCAGACAGCGGCATCGGTGTATTTATGGGAAGTATGTACAATCAATATTTCTGGAATATCCCGTCGTTGGAAAAAGCTGCGCTCAGCTCTAACGGAGGGGATTGGCATATCGCCAACCGCATTTCCCACTTTTTCAATTTAACGGGCCCGAGCATGGGCGTTACGACCGCATGCTCCAGCTCACTGAGCGCCATTCATCTCGCCTGTGAAAGCCTGAAGCTTAACAGCTGTTCCATGGCGATTGCCGGAGGGGTCAATCTCACGCTTGAACCGTCTAAATATGATGCGCTCGAACGGGCGAATTTGCTTGAACAGGGAAGTGAAAGCAAAAGCTTCGGAACCGGCACGGGCCTGATGCCGGGAGAAGGAGTCGGGGCGGTTCTCTTGAAGCCGCTCTCCAAAGCGGTTGCCGACAAAGACCATATTTACGGGGTCATTAAAAGCAGCGCGTTGTGCCATAGCGGCGGAAGGCAGATGTACACGGCTCCGGATCCGAAACAGCAGGCGAAGCTCATGGCGGCTTCCATCGACAAGGCCGGAATCAATCCGGAAACAATCAGTTATGTTGAATCAGCGGCAAACGGCTCTGTATTGGGAGATCCGATTGAGGTCATTGCCCTGACAAATGCGTTCACGCAATATACTGATAAAAAACGATTTTGCGCGCTTGGATCCGTCAAGTCAAATCTCGGGCATTTAGAGGCGGCCTCCGGCATGTCCCAGCTCGCGAAAGTGCTGCTGCAAATGGAGCGGGAAACATTAGTTCCGACCATTAATGCAAAACCGCAAAATCCGAATATCGCGCTTGAACAAACGGCCTTTTACCTGCAGGAGAAAACCGAGTATTGGGAGCGTATAAGGGATGCCGAGACGGGAGACATCATACCGCGGAGAAGCATGATCAATTCCTTCGGGGCAGGCGGGGCATATGCAAATCTCATCGTAGAAGAATATATCAGCCCGAATTCCGATCAGGCCCGTCACGGCGATGAGGAATACATTTTCCCTGTGTCAGCGAAAACAAAATGGAGTTTTGAAGCCTATCTTGAGAGACTGGCGGCCTTCTTAGAAAAGACGCCATCTCTTCATCCGGCCGCCATCGCATCCGCGCTGCAAAAAAGAACGCATCATTCGGAGTATCGGGCGGCATTTACGGCTTCCTCCGTTCTGGAACTGCTGGAAAAGCTGGCCGCTTACCGCATGGATCAGCGGAATCTCAATTTCTCCGATTCTGATATTGGCCGGCGTGCGCGGCAATGGGAAAAAGGAGAGAATATCGCGTTTGATCAGTTGCAGCAGGAGCACGCCGTTCATCTGCCGGCCTACGCTTTTGACCACGGGACTTCTTTTCAATTCGGTGAATCAGAAAACGCTGCCGGCGTTCAGGCGGTATACAGTGATGACGATCCATACGTGAAAGGGCATCAATTCAGCGGAGAACCGGTACTCGTCGGCGCTACATATAACAGTCTGGCAGTCGATCGTTTTTGTGATCTTTTTCCTGAAGCGGAAGGAGGACAAATTAAAAAACTGAATTACGTCAGCCCCATTACCGTAAAAAAAGGCGATCGCATCGAGCTGAAAACAGAATCGAAACAAAACGGGGATGGATTTGAACTGAGCATAATGCACCGCAGCCTCACGTCTCCCGGTTGGAGCATAGCGGCGTATGCCGAGTGCAGCCCGTATCCGTTTCAAAAGCAGCACGCGGATCTGGCGGCCATTCAGCGCTCTTACCGGGAAGTGGGCCGGATAGATGAGTTATACGGAGACGGAACGGGAACCGTCGTGTGGGGAGAAGAATTTAAAACGATCACCCGCCTGTACAAAGGCACTGATGCCGTTTTAGCAAAAGTGAACCTGAACAATAGCGACTCACAACAAGCGCATCATTATGCCGTAAATCCGTTCATCGCCAACAGTGCTTACTTGGCCTCGCTTTCTTTATTGGACCAAACGGAGGCGGAAAGCTATCTGCCGTTCGGCATTAATTCCGTCACCTTCAGCAGCCCGGAAGATCTTACCGATTGCTGGCTGCACATCAAGCTGGCCAAACAAACGGGGGAAATGATTCTGATTAACGCAGATGTCATCAGCAGCCGATCGGAAGTGGTGATGCGTTTTGAAGGCTATGCCCTGAAACGGTTCCGCCCGAAAACCGAACAGATGAATCATCCGGCCCGAACGGCTGTTAAGAATGCGGGAGCACCGATTTCTGCCGGCAGTCTGACAGATGATATCCGCAGCTACGTCCTTGGCAAGCTCGCCAAGATGATGGATGAACCCGCGCCATCTCTCCCGTCTGACGCGAATATCATGGAATTGGGACTTGATTCAGCGAGCCTGATCGGGCTGACAAAAGAGATCGGCCAAGAGGCGGACATCGATGTGAATCCAACATTGTTTTTCGAGTATCCGACCGCGGAGGAGCTGACCCGCCACTTCGCGTCAGCATATAAGAGCAAGTTTTCTCAACTGCTTGCCGATCATAAGCATTCAGAAGAGGTCAGGGTCACGGAAGCAGAAGAGCGCACTTTACCGAAGAAACAGCATCCGCCTTGTGATAACGCCGATATCAAGCAAGGAATCGCGATTATCGGTATGTCAGCTCAGTTTCCGCAATCCCCGGATATCCAGTCTTTTTGGGAGCACATCGTAAACGGGGATCACTGTATTACCGAAATTCCGGCGGACCGCTGGGACTGGCGCCGTTACGCCGGTGATGAGAATGACACGAGTCTCAGATGGGGCGGTTTTATTGACGGTGTCGGCGAATTTGACCCGCTCTTTTTCGGAATTTCCCCTAAAGAGGCATCACAAATGGGGCCGGAGCAATTTCTGCTTTTGATGCATACATGGAAGGCAATGGAGGATGCGGGCCTGACAAATAAGGCGTTATCAAGCAGACCGACAGGCGTTTTCGTTGCCGCGGGCAACAGCGATCCGAACAATGGAACAGCCATCCCGTCCATCATTCCGAACAGAATATCATATGCCTTGAATTTACAAGGACCGAGTGAATATTACGAGGCTGCCTGCACGTCAACGCTGGTGGCATTGCACAGGGCGGTTCAATCAATCCGTCATAACGAATGTGAGCAGGCTGTCGTGGGGGCCGCCAATATTCTGCAATCGCCGAAGGGCTTTATCGGTTTTGACTCAATGGGATATTTAAGCAAAAACGGCCGGGCGAAATCGTTCCAAAAAGATGCCGATGGCTTTGTCAGAAGCGAAGGGGCGGGCGTGATCATCATCAAACCGCTTGAGGCGGCAATTGAAGACGGCGATCATATTCACATGGTCATTAAAGGAACAGGAGTGTCTCACGGCGGTAAAGGCATGTCGCTTCACGCACCGAATCCGGCGGGAATGAAGGCCGCGATGAAAAAAGCGTACGAAGACACCGATGTTGATCCGCAAACCGTCACTTATATTGAAGCGCACGGCATTGCCTCCGAAATGGCAGATGCGCTGGAGTTTAATGCAATCAAAGCGGGTTACGGCGAGTCTGCAAATCAAGGGGAAAGCGCGCCTTGTTATATCAGCACCGTGAAACCTTGCATCGGGCACGGCGAACTCGCTTCCGGACTGGCCGCCCTTATAAAAGCGGCGATGGCCATGAAGCATCATACCATCCCGGGCATTCCCGGATTTACAGCTGCAAATGAGCAAATGGCCATTCAGAAAAGCCGCTTCCGTTTCACCGAAGACAATCAGGAATGGACACAGCTCACCGACCATATGGGCAGACCGATTCCGCGCCGGGCCGCAATTAACAGCTATGGCTTCGGCGGCATGAATGCGCATGTCGTCTTGGAACAGTACAGCCCGAGCCATAAAGACAAAGAATCTGCGTGTGAACCGCAGCTTATCGTGCTTTCTGCTAAGAGCGAAGGACGTCTTAAGGCGGCCGCAGGTCAGCTGGCTGATTTTGTGCAAACTGGAGATACTCCGTCATTGCGGGATATTGCTTATACGCTTCAGACCGGCCGTGAGGCGATGAACTGCCGCCTGGCACTCGTTGCCCGCAATCAAGATGAATTGCTGGAAAAACTGAAAGAGTACAGAGCATTTTCCGAAGAAAGCAATGGAATGAAAAGCTTCTTTACAGGCAGTCAGCAGACTGGATCAGGAGATATCGGCGTTTTACTGGAAGGGACTCTCGGTACAGTCGTCACGGAGACGCTGTTGGCTGAAAACAATCTGGAAAAACTTGCATTTTGCTGGGTGAAAGGTGCGGATATACCGTGGGACAGACTCCACCAAGGCAAATCTGTTCAAAGAGTGCCGCTTCCGACATATCCTTTTGAAAACCATAAGTATTGGAACGGCGGTCAGTCAGAAGACATCAGCCTTGCACCGGTATCACAGAATCCTCAGATCCGCTGCGAGAGCGCGGCTGACATTGTGGCAGACATTTTGGGGATGGAGCCAGCGGAAATGGATCAAAATAAGCCGCTGACTGAATACGGCTTCGATTCAATCTCCTCTATTCAGCTGTTGAAGAAACTTGAGGACGGAGACAGCCGCATCAGTCTGGAGGCTCTTCAGAAATGCAGCACTGTTCAGGAGATTAGCATGCTGTTAAAAACGAACCAATCGCAGGAGGCGGGCCGAAATTTTCCAGAACTCGTCAAGCTGAATGATAGAGAAAAAGGCCGTCCTGTTTTTTGGTTTCACGGCGGAACGGGAGGCGTTGAAGCATACCAGCCATTCGCCAAAAAGAGTCAGCGACCTTTTTACGGCATACAGGCAAGAGGTTTGACAGGGAAAGAGCCGCTGCAAGGAATCGAAGAGACGGCCGCTTCTTATATGAGAATCATCCAAGCGGTACAGCCGAAAGGGCCTTATGACCTCGGCGGATATTCCTTGGGCGGAATGCTTGCATATGAAACCGCGCGCCTCTTGCAGGAGGAAGGTCATACGGTAAAAAGCGCCGTCATGATCGACACCCCGTACAGTGAAAAATGGAAAGAAAGAAAACCATCTGTTAAGTCGGTCATGCTGCAAACGATCAATACGATGCTTACAGCATATCTTAAGCCTGAAAACCTTGAAGAGGCATTAATCAGCAGAGAAGACATTACCGTCCAGGCTGAGGAAGAAGAAGTATTGAAAGAATTGACCGGCCTTGCCAAAAAGCGCGGTCTGCCAAAATCCGAAGAAGCGATCCGGATGCAGCTGGAGCAAATGATGAAGACACAGCTCGCTTACGGAATGGAAGAGTATGACATGAAGCCGCTGCCTCATCCGGAAGCGCTGCAATGCTACTACTTCCGTAATAAAAGCGGTTTGTTCCTCGGAGATCTTGAACGTTATCTGACAGCAGAGGAAGAACAAATCCCGTTAGACCATGATGCGTATTGGAAAGAATGGGAACGCCAGATGAAACAGTTTCACCTGCTGGACGTTCACTCTTCCAATCATGTCACAATGCTGTCGGAACCAAAGCCGCAAAACGCCATTAAGGCATTCTGCGAAAAACTGTACGCAAACAAAGGAACGATCAGCGCAAATTTCCTTAAATCTTTCAGAAAAAAGCTGGACGAAACAAATGAGCTGGTAAAACGGTAA MQNTEDLLYKLLAGQLKSVGFFTENETQPVMQGFYGRWLEESISILVQKGFLKQSGSTYVLTGPIERADVLWQEWDEKKAPLLKDSSKQAMITLVETALRALPDILSGRVSATDVLFPDSSMELVEGIYKNNETADYFNEVLADTLTAFIEERLKEDPNAEIRILEIGAGTGGTSAAVFKRLKEVKPHVKEYCYTDLSKAFFMHAEKEYGPDNPYLTYKRFNVEEPPALQGIEAGAYDAVIAANVLHATKNIRRTLRNAKAVLKKNGILLLNEISSHSVYSHLTFGLLEGWWLYEDAKLRIPGCPGLYPEAWQSALESEGYRYVTFMAESSHHLGQQIVAAESDGVIRQKQPDATAVEEIAASKEPADFTEPSFSVTDRTVHFIKETLAKSIKLAPERIQPETSFEKYGIDSILQVNFIRELETLTGELPKTVLFEHTNTKELAEYLLETYPDKLQQAFGAEQAPPETKHPEPAMNEPVPLVTETRRFITEQIEPKAPKPETETVTVNRSDRDDIAIIGISGRYPESETLDELWEHLKAGDSCITEAPENRWKSGLLKTMAKETRKEERKTRYGGFLQHIDAFDHHLFDIREDHVMEMTPELRLSLETVWETFENGGYSLERVNEWQESDSGIGVFMGSMYNQYFWNIPSLEKAALSSNGGDWHIANRISHFFNLTGPSMGVTTACSSSLSAIHLACESLKLNSCSMAIAGGVNLTLEPSKYDALERANLLEQGSESKSFGTGTGLMPGEGVGAVLLKPLSKAVADKDHIYGVIKSSALCHSGGRQMYTAPDPKQQAKLMAASIDKAGINPETISYVESAANGSVLGDPIEVIALTNAFTQYTDKKRFCALGSVKSNLGHLEAASGMSQLAKVLLQMERETLVPTINAKPQNPNIALEQTAFYLQEKTEYWERIRDAETGDIIPRRSMINSFGAGGAYANLIVEEYISPNSDQARHGDEEYIFPVSAKTKWSFEAYLERLAAFLEKTPSLHPAAIASALQKRTHHSEYRAAFTASSVLELLEKLAAYRMDQRNLNFSDSDIGRRARQWEKGENIAFDQLQQEHAVHLPAYAFDHGTSFQFGESENAAGVQAVYSDDDPYVKGHQFSGEPVLVGATYNSLAVDRFCDLFPEAEGGQIKKLNYVSPITVKKGDRIELKTESKQNGDGFELSIMHRSLTSPGWSIAAYAECSPYPFQKQHADLAAIQRSYREVGRIDELYGDGTGTVVWGEEFKTITRLYKGTDAVLAKVNLNNSDSQQAHHYAVNPFIANSAYLASLSLLDQTEAESYLPFGINSVTFSSPEDLTDCWLHIKLAKQTGEMILINADVISSRSEVVMRFEGYALKRFRPKTEQMNHPARTAVKNAGAPISAGSLTDDIRSYVLGKLAKMMDEPAPSLPSDANIMELGLDSASLIGLTKEIGQEADIDVNPTLFFEYPTAEELTRHFASAYKSKFSQLLADHKHSEEVRVTEAEERTLPKKQHPPCDNADIKQGIAIIGMSAQFPQSPDIQSFWEHIVNGDHCITEIPADRWDWRRYAGDENDTSLRWGGFIDGVGEFDPLFFGISPKEASQMGPEQFLLLMHTWKAMEDAGLTNKALSSRPTGVFVAAGNSDPNNGTAIPSIIPNRISYALNLQGPSEYYEAACTSTLVALHRAVQSIRHNECEQAVVGAANILQSPKGFIGFDSMGYLSKNGRAKSFQKDADGFVRSEGAGVIIIKPLEAAIEDGDHIHMVIKGTGVSHGGKGMSLHAPNPAGMKAAMKKAYEDTDVDPQTVTYIEAHGIASEMADALEFNAIKAGYGESANQGESAPCYISTVKPCIGHGELASGLAALIKAAMAMKHHTIPGIPGFTAANEQMAIQKSRFRFTEDNQEWTQLTDHMGRPIPRRAAINSYGFGGMNAHVVLEQYSPSHKDKESACEPQLIVLSAKSEGRLKAAAGQLADFVQTGDTPSLRDIAYTLQTGREAMNCRLALVARNQDELLEKLKEYRAFSEESNGMKSFFTGSQQTGSGDIGVLLEGTLGTVVTETLLAENNLEKLAFCWVKGADIPWDRLHQGKSVQRVPLPTYPFENHKYWNGGQSEDISLAPVSQNPQIRCESAADIVADILGMEPAEMDQNKPLTEYGFDSISSIQLLKKLEDGDSRISLEALQKCSTVQEISMLLKTNQSQEAGRNFPELVKLNDREKGRPVFWFHGGTGGVEAYQPFAKKSQRPFYGIQARGLTGKEPLQGIEETAASYMRIIQAVQPKGPYDLGGYSLGGMLAYETARLLQEEGHTVKSAVMIDTPYSEKWKERKPSVKSVMLQTINTMLTAYLKPENLEEALISREDITVQAEEEEVLKELTGLAKKRGLPKSEEAIRMQLEQMMKTQLAYGMEEYDMKPLPHPEALQCYYFRNKSGLFLGDLERYLTAEEEQIPLDHDAYWKEWERQMKQFHLLDVHSSNHVTMLSEPKPQNAIKAFCEKLYANKGTISANFLKSFRKKLDETNELVKR PGPT0010170_18 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACILLAENE|DIFFICIDIN_METABOLISM,PGPT0010170-baeR|pksR|dfnJ-K13615 NA NA D1-12_00901 1212 pksS COG2124 Polyketide biosynthesis cytochrome P450 PksS ATGGAAAAAACAATGTTTCACCCACACTCACCCGAGTTTCACGAAAACCCTTTTGCGGTTTTAAGCAGATTCAGAGAGCAGGACCCCATACATAAATTCGAACTGCAGCGTTTCGGAGGCACCTTTCCGGCTTGGCTCATCACGCGTTATGATGATTGTATGGCGTTTTTAAAAGACGGCAGAATTACGAGAGATGTAAAACGGGTCATGCCGAAGGAGCTGATCGCGAAGCTGAATGTCAGTGAAGATATCGATTTTGTCTCAGAGCATATGCTGGCAAAAGACCCTCCGGATCATTCACGTCTTCGATCTTTGGTGCATCAGGGGTTCACTCCCCGGATGATTGAGCAGCTTCGCACCGGGATAGAGCAGATCACAGAAGAGCTGCTGGATGAAATGGAAACAAAAGCAGACCCTGATATCATGAGAGATTTCGCCGCACCGCTTCCGTTTATCGTCATTTCCGAACTGCTCGGGATTCCGAAAGAGGACCGCGCCAAATTTCAAGTGTGGACAAACGCAATGGTCGACACGTCAGAAAGCGGACAAGATGCGACCAACCAGGCTCTCAAAGAATTTAAACAATATATGAAAACACTGATCGAAGAAAAAAGAAAACATCCGGCTGAAGATCTGACAAGCAAGCTTATTTACGCTGAAGAGGACGGCCAAAAGCTGAGTGAATCAGAGCTGTATTCCATGCTGTTTTTGTTAGTCGTTGCCGGGCTTGAAACAACGGTTAACCTTCTCGGCTCCGGCACCCTGGCGCTTCTTCTGCACAAAGACCAGATGGAGAAGATAAAGCGGCAGCCCGAAGATATCCAGACGGCAGTCGAAGAGCTTTTGCGTTATACCTCTCCCGTCATCATGATGGCGAATCGATGGGCGATTGAAGATTTCACTTATAAAGATGTTTCTATTAAAAAAGGTGATATGATATTTATCGGCATCGGTTCAGCCAATCGGGACCCGGAATATTTTGATGATCCTGATACATTAAATATAGCGAGAACACCGAACCGTCATATTTCTTTTGGATTCGGCATTCATTTTTGTCTCGGGGCTCCGCTCGCCCGGATGGAAGCATCCATTGCCTTTACCGCGCTTTTAAAACGGTTTCCGAATATAGAGCTGAAAGGCGCGCCCGAGGATGTAACATGGAGAAAAAATGTGTTTTTGAGAGGGCTTGAAACATTGCCTGTCAGATTTTAA MEKTMFHPHSPEFHENPFAVLSRFREQDPIHKFELQRFGGTFPAWLITRYDDCMAFLKDGRITRDVKRVMPKELIAKLNVSEDIDFVSEHMLAKDPPDHSRLRSLVHQGFTPRMIEQLRTGIEQITEELLDEMETKADPDIMRDFAAPLPFIVISELLGIPKEDRAKFQVWTNAMVDTSESGQDATNQALKEFKQYMKTLIEEKRKHPAEDLTSKLIYAEEDGQKLSESELYSMLFLLVVAGLETTVNLLGSGTLALLLHKDQMEKIKRQPEDIQTAVEELLRYTSPVIMMANRWAIEDFTYKDVSIKKGDMIFIGIGSANRDPEYFDDPDTLNIARTPNRHISFGFGIHFCLGAPLARMEASIAFTALLKRFPNIELKGAPEDVTWRKNVFLRGLETLPVRF PGPT0010175_20 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACILLAENE_METABOLISM,PGPT0010175-baeS|pksS-K15468 NA NA D1-12_00902 435 nucB Sporulation-specific extracellular nuclease ATGAATGCGTTTATGAAATGGGCGGCAAGTCTGCTTTTGGTGATCTCTCTTCAGGTCGGCCTTACGGGCGACGGCATCCATTCGGACAGTGCTGCTCGTGCCGCATCCCGATACGATCAGGTGCTGTATTTCCCGCTGTCAAAATATCCGGAGACGGGAAATCATATAAAAGACGCCATTTCGGCAGGTCATTCTGAGATTTGTACAATTGATCGGGGCGGAGCGGAGAATAGAAGGAAAGAATCATTGAAAGGAATTCCGACAAAGCCCGGGTTTGACCGTGATGAATGGCCCATGGCAGTCTGCACAGAAGGCGGGGCGGGGGCTGATATCAGATATGTAACCCCGTCGGATAACCGCGGGGCCGGTTCATGGGTTGGAAATCAAATGAGCGGATACTCCGACGGCACGAGAGTACTATTTATCGTTCAGTAG MNAFMKWAASLLLVISLQVGLTGDGIHSDSAARAASRYDQVLYFPLSKYPETGNHIKDAISAGHSEICTIDRGGAENRRKESLKGIPTKPGFDRDEWPMAVCTEGGAGADIRYVTPSDNRGAGSWVGNQMSGYSDGTRVLFIVQ NA NA NA NA NA D1-12_00903 717 hypothetical protein ATGAGAAAGGATTGGATCACATTGACAGTGACTACATACCGAAATATTGCACTTTTACTTCTTTGTTTAACAGCGGGAATTGTGGATGTGATCGGTTATTTAAGCCTGGGACATATCTTTACCGCCAATATGACGGGGAACATCGTTCTGTTCGGCCTGGCGATCGGCAACTCATGGCACCTTGCCGTACTCAAATCATTAACCTCGTTAATCGGATTTATTGCCGGCGTTATTGCCGCGGCCCTGCTTGTGGGCAATAAAAAGAAATCATTCTGGCCCTCTGCGGTAACTGCCGCTTTAGCTATTGAAGGAGCTGTTTTGCTGCTGTTTGCTTTGTTCTCCTGCTTTTTTGCAGATGCCATTTCTGTTTATGTGCTGATTATGCTGCTCAGCTTCGCAATGGGAATGCAGACGACAGCCGCGAGAAAACTTGGTGTAGCGGGGATTTCCACGACCGTATTAACGGGAACGCTCGCTAATTTTTTTGAAGATCTCACCGCAAGGTTTTACAAAGCGGACAAGCGGAAGCAGTTTACGAGAGATGCTGTTTTGCGCGCGCTTGCCTTGGTTCTGTATTGCTTTGGGGCGGTCATCGGCGCTTTTGCCGAACCGGATTATAAGTTTGCCGTGATCTGGCTTCCGATTATCATTATTTTAGGCATTATGCTTTGCGCATTCACGATGTTCCACGGATATTCTGAAGAAAAAAACCAATAA MRKDWITLTVTTYRNIALLLLCLTAGIVDVIGYLSLGHIFTANMTGNIVLFGLAIGNSWHLAVLKSLTSLIGFIAGVIAAALLVGNKKKSFWPSAVTAALAIEGAVLLLFALFSCFFADAISVYVLIMLLSFAMGMQTTAARKLGVAGISTTVLTGTLANFFEDLTARFYKADKRKQFTRDAVLRALALVLYCFGAVIGAFAEPDYKFAVIWLPIIIILGIMLCAFTMFHGYSEEKNQ NA NA NA NA NA D1-12_00904 363 hypothetical protein ATGGCACTTACAAACACCGAATTGTCTGAATGGCTGCAAAAACAGATCGGACAAACGCTTGATATCAGAAAAGGAGAGCTGACAGACAGCCGAAACGAGATTTCTGACATGGACCAGATCATGCTTCACCTTGATGATGTTCTCGTCCGCCGGACAAACCATCCCGATGACTATGTAGCGGACGAAGAGCTCGTCTTAAAAGGGCACGGCACAACCTATACGGAGGAAGGAAATGTCCCGCTTCCTCAAGATGCGTATGAAATCCCTCTGCTCGGCGATATTACCATCCAAAAGGAGCAAGACGGATTAAAGGTACATACAGATCGGGCCGTGTATACAATCGGGACCCGGAAAGAGCAATAA MALTNTELSEWLQKQIGQTLDIRKGELTDSRNEISDMDQIMLHLDDVLVRRTNHPDDYVADEELVLKGHGTTYTEEGNVPLPQDAYEIPLLGDITIQKEQDGLKVHTDRAVYTIGTRKEQ PGPT0014324_1 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014324-ymzB-NA NA NA D1-12_00905 1329 aprX COG1404 Serine protease AprX ATGTTTGGTTACTCAATGGTACAAATGGTGCGGTCAAATGCTCATAAGCTGGACTGGCCGCTCAGAGAAAACGTATTACAGTTATATAAACCTTTCAAATGGACACCTTGCTTTTTGCACAAGTTTTTCGAAAAAAAGGTAAAAAACAGAAAGAAAATGTCAGTCATCATTGAATTTGAAGAGGGCTGTCATGAATCCGGTTTTCACAGCACAGGACAGGTCTTATCAAAAGAAAAACGCTGCACCATAAAAAAGCAGTTTCAAACAATCAATTGCTGCAGCGCCGAAGTCACTCCGTCCGCCCTTCACATGCTTCTTTCGCAATGCCGGGATATCCGTAAAATCTATTTAAACCGTGAAGTAAAAGCGCTCCTTGATACGGCAGCTGAATCGTCTCATGCAAAAGAAGTGACCCGTAACGGCACCGTATTAACAGGAAAAGGCGTAACCGTCGCCGTTATTGATACCGGAATCTATCAGCATCCCGATTTAGAAGGCAGAGTTATCGGATTTGCGGACTTCGTCAACCAAAAGACAGAACCGTATGACGACAACGGGCACGGCACCCATTGCGCCGGTGATATTGCAAGCAGCGGCGCTTCATCTTCCGGTAAATATCAGGGGCCGGCGCCGGAAGCCGATCTGATCGGAGTCAAGGTTTTAAACAAATCAGGATCAGGAACCTTGGCTGATATCATTGAAGGTGTGGAATGGTGCATACAATATAATAAAGAACACACGAAGAATCCGATCAGAATCATCAGCATGTCACTGGGCGGAGATGCGCTCAGATATGATAAAGAAACGGACGATCCGCTCGTCAAGGCCGTTGAAGAGGCATGGAATGAAGGAATCGTCGTCTGCGTCGCCGCGGGCAACTCCGGTCCGGAAGCTCAAACGATTTCAAGCCCCGGTGTCAGCGAGAAGGTCATCACGGTAGGCGCCTATGATGACAATAATACGGCCGGCAATGAGGACGATACGGTCGCTTCATTCTCAAGCCGCGGCCCGACGGTGTACGGAAAAGAGAAGCCTGACATTCTTGCGCCCGGGGTCGATATCGTATCTCTCCGTTCTCCGCGTTCATATCTTGACAAATTACAGAAATCAAACCGGGTAGGCTCCTTGTATTTCAGTCTGTCGGGCACGTCCATGGCCACTCCGATCTGTGCTGGCATTGCCGCCTTAATCCTTCAGCAGAACCCGCAGCTTTCGCCTGACGAAGTGAAAACACTGATCAAACAAAGTCCGGATCAATGGACAAATGAAGATCCGAACATTTACGGAGCGGGCGCAGTAAACGCTGAAAACGCCGTGCCGAAAGAGTAA MFGYSMVQMVRSNAHKLDWPLRENVLQLYKPFKWTPCFLHKFFEKKVKNRKKMSVIIEFEEGCHESGFHSTGQVLSKEKRCTIKKQFQTINCCSAEVTPSALHMLLSQCRDIRKIYLNREVKALLDTAAESSHAKEVTRNGTVLTGKGVTVAVIDTGIYQHPDLEGRVIGFADFVNQKTEPYDDNGHGTHCAGDIASSGASSSGKYQGPAPEADLIGVKVLNKSGSGTLADIIEGVEWCIQYNKEHTKNPIRIISMSLGGDALRYDKETDDPLVKAVEEAWNEGIVVCVAAGNSGPEAQTISSPGVSEKVITVGAYDDNNTAGNEDDTVASFSSRGPTVYGKEKPDILAPGVDIVSLRSPRSYLDKLQKSNRVGSLYFSLSGTSMATPICAGIAALILQQNPQLSPDEVKTLIKQSPDQWTNEDPNIYGAGAVNAENAVPKE NA NA NA NA NA D1-12_00906 234 hypothetical protein ATGAACATAATATTGAGACATTCCTTGGAAAAACAGCTTCCGATTGATATTATATATATGAAAAAAGACGGCTCCATTTCAAAACGGACCATTATTATAAAAAAAGGGGATGAGCGGGCTGTAACGGCATTTTGCTGTACAAAAAGGCAGATGAGAACTTTTTTGACGGGCTCCATTCTGTCCTGCGCATTTGCTTCGGGAGGCGGATATTCATTTTTAAAAGCGTATTCTTGA MNIILRHSLEKQLPIDIIYMKKDGSISKRTIIIKKGDERAVTAFCCTKRQMRTFLTGSILSCAFASGGGYSFLKAYS NA NA NA NA NA D1-12_00907 708 hypothetical protein ATGAAAAGAATTTTACTTAATGTCATCATTATCGTAGCAATGGTCTTACTAATAAGATGTGCTCATTATGCGTCAGACCCTGATCCCTCGAATTCTTCTGATACATACACAGATTTTAAAGATCTGGCTGAACACGAAGACCCCGATGATTATCATATATCGTACAATAAGCGAAAGGGGAGCCCCGTATTGATCATGTCGCCGCACGGAGGGAGAATTGAGGGCGGGGTGAGCGAGATCGTCCGCTCTTTCAGGGATGATTATTCAACCTACCTGTTTGAGGGATTAAAAGCGCATGATAACCAGACTCTTCATATTACGAGCACCAAGTTCGATGAGCCTTCAGCAGTCGAAAGCATTAAGCAGCACCATTATGTTATCGCAGTTCACGGTTATAAAGGCGACGAGAAAAATACTCTTGTCGGAGGAAGCGACCGGAAGCGGGCGAAAAAATTGGTGAGAGCTCTCGAACGAAACGGATTTTCTGCAGAATTGGCAACCTCAAAAACCGGTCTGGCCGGGGTTGACACCGAAAATATCAATAACCAGGCGCAAACCGGGCTGAGCATACAGCTTGAGATCAGCAGAAAACAGCGGGAAGCGTTTTTTGATAATTTTGATTACCGCGAAAGGGAATTCACAAAAACGGAGGAATTTTACCGGTTTGTCCGTACGATAAAAAGAGTGATCAATCAAGAGTATTCGTGA MKRILLNVIIIVAMVLLIRCAHYASDPDPSNSSDTYTDFKDLAEHEDPDDYHISYNKRKGSPVLIMSPHGGRIEGGVSEIVRSFRDDYSTYLFEGLKAHDNQTLHITSTKFDEPSAVESIKQHHYVIAVHGYKGDEKNTLVGGSDRKRAKKLVRALERNGFSAELATSKTGLAGVDTENINNQAQTGLSIQLEISRKQREAFFDNFDYREREFTKTEEFYRFVRTIKRVINQEYS NA NA NA NA NA D1-12_00908 453 hypothetical protein TTGGCAAAACATCACTTCTATTTAAAAGCAAATTGGCCCGGAAATCGGAATGACGTCGGCGATATTAAAAGCGGCCGGCTGGAAACGGCTGTGTCCATTCCTAAGGAAATGGACGGACCCGGAGAAGGCACAAATCCTGATGAAATGCTGCTTGGAGCGGCCGCGACCTGTTATATTATAACGCTTGCGGCGATGATGGAAAGAAGCGGCCTGGATAAAGAAGATCTACATATGGAATCTGAAGGAATTGTAGACGTCACGAATGGTGTGTTCACGTACCAGAAAATCATTCACCGCCCGTTTATATTATTAAAGCCGGATGCAGCCGAAACGGATTTTACGCTCGCCAGGAAGTTAGCGCAAAAAGCGGAGTCCTCATGTATGATTTCACGAGCGGTCCAAGGAAACGTGGAGATGGAGCTTGAGGTTGAAGTAAAAGCTGCCCGCGCTTGA MAKHHFYLKANWPGNRNDVGDIKSGRLETAVSIPKEMDGPGEGTNPDEMLLGAAATCYIITLAAMMERSGLDKEDLHMESEGIVDVTNGVFTYQKIIHRPFILLKPDAAETDFTLARKLAQKAESSCMISRAVQGNVEMELEVEVKAARA NA NA NA NA NA D1-12_00909 354 ebrB Multidrug resistance protein EbrB ATGAAAGGATTACTCTGCCTGGCATTAGCCATTGTATCAGAAGTGTTCGGGAGCACGATGCTGAAGCTGTCGGACGGTTTTACGCACCTGTGGCCCGCTCTCGGCGTCATTGCCGGAATCGGAGCCTCTTTTATGTTTTTGAGCTTCTCATTGAAAAGCCTTGATTTATCCGCCGCATACGCGACATGGTCAGGTGTCGGCACCGCTTTAACGGCAATTGTCGGCTTTTTTGTTTTTAAGGAGGCCATGACAGTCAAAATGATGATCGGGCTTGTTTTGGTCATCACGGGCGTCATCCTGCTGAACCGTTCCAAGTCCCAAAAAGCTAAAAAAAATCAAACGGCCCGGAGCTGA MKGLLCLALAIVSEVFGSTMLKLSDGFTHLWPALGVIAGIGASFMFLSFSLKSLDLSAAYATWSGVGTALTAIVGFFVFKEAMTVKMMIGLVLVITGVILLNRSKSQKAKKNQTARS PGPT0029020_20 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029020-ebrB-K11815 NA NA D1-12_00910 333 ebrA Multidrug resistance protein EbrA ATGAGAGGGGGATTTGATATGATTCTGGGTTATATCTTCCTCACAATTGCTATTTTATCAGAGTCAATCGGCGCGGCCATGCTGAAAGTCTCCCGCGGATTTACGCGGTTTTTGCCGAGCGCGCTTGTAGTGGCAGGCTATTCATTGGCCTTTTATATGCTTTCACTGACACTGAATCTCATTCCGCTCAGCTTATCCTATGCAACATGGAGCGGAGCCGGAACGGTGCTTGCATCCATTATCGGAGCGAAATGGTTTCATGAAAAACTGGACAAGCAGGCCGTCATCGGACTCTTTTTCTTATTGGCCGGTGTCATTTTGATGAATTGGTAG MRGGFDMILGYIFLTIAILSESIGAAMLKVSRGFTRFLPSALVVAGYSLAFYMLSLTLNLIPLSLSYATWSGAGTVLASIIGAKWFHEKLDKQAVIGLFFLLAGVILMNW PGPT0029015_1 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029015-ebrA-K11814 NA NA D1-12_00911 291 hypothetical protein ATGAATGAAGAATACACATACGCAGTAGATAGTGATATGAGACCGTTTGGGCGGCCTGGATTTGGGTTCGGACGGCCGGGCTTCGGATTCGGACGGCCCGGATTCGGATTTGGATTCGGACGGCCGGGTTTTGGATTTGGCCGGCCTTGGTTTGGTTATGGATTCGGACGGCCGTTTGGTTTTTACGGCGGACCGTTTTTCGGAGGGCTTGTCGGGGGGCTTGTCGGAAGCGCTTTATTCAATCCGTACTTGTACGGGGGTTACGGCTACGGCTATCCGTATTTCTATTGA MNEEYTYAVDSDMRPFGRPGFGFGRPGFGFGRPGFGFGFGRPGFGFGRPWFGYGFGRPFGFYGGPFFGGLVGGLVGSALFNPYLYGGYGYGYPYFY NA NA NA NA NA D1-12_00912 405 hypothetical protein GTGGGTCTGTATCAGTCCGATTGGTCAAAAAAACCTCCGCACACACACGCATACCGGGCGGTTACGGATGTTGTGCAGGGGCATTACCATTTGATCGAAGGCTTTTCGCAGCCGGAGAACGGCAGCAATACAGATGAGCATACACATTTCTATACGGGCATCACCTCGTTTGAAAACGGCCATTTTCATAGGTATTACGGCATTTCCGGCCCTGCCATCCCGAGGGTTGACGGAACACATTACCATGAGCTTTCAGAGACCACCTTTGCCGCCTACAATGAGCCGATTCAGATCCAGCACGGCGGCGTCGTTTACGATCCGCGGGAGGAAGGACGGAAAACGCACCGCCATACACTCAAAGGAAAAACGAGAGAGGTTGTCGGAAACGAGCCGATCGGGTGGTAG MGLYQSDWSKKPPHTHAYRAVTDVVQGHYHLIEGFSQPENGSNTDEHTHFYTGITSFENGHFHRYYGISGPAIPRVDGTHYHELSETTFAAYNEPIQIQHGGVVYDPREEGRKTHRHTLKGKTREVVGNEPIGW NA NA NA NA NA D1-12_00913 945 miaA COG0324 tRNA dimethylallyltransferase TTGAAAAATAAAAAACAGCCTGTCGTCATACTCGTCGGACCGACGGCAGTCGGAAAAACAAAACTAAGCATCGGACTCGCGAAAATGCTGAATGCGGAAATCATCAGCGGAGATTCCATGCAGGTATATAAAGGGATGGACATCGGAACGGCCAAAGTCACCGAAGAAGAGACAGAAGGCGTGCCGCATCACCTGATTGATATTTTGGAGCCGTCCGACACTTTTTCAACGGCGGATTATCAAAAAATGGTGAGAGGAAAAATCACCGAGATTGCCGATAGAGGAAAGCTGCCGATGATTGTCGGGGGGACGGGTCTGTACATTCAGTCCGTGCTGTATGACTATACGTTCACGGAAAACTCCGGCGACCCTGTATTCCGGGAGCACATGGAGAAACTGGCAGCTGAAGAAGGGGCGGAAGCGCTTCATGCCAAGCTTGCGGCAGCCGACCCGGAAGCGGCGGCAGCCATTCATCAAAACAATACGCGAAGAGTCATCCGCGCGCTCGAAATCCTGCATGTATCGGGAAAAACAATGTCAGAGCATCTTAAAACCCAAAAACGGGAGCTGCTTTACAATGCGATTCTTATCGGTCTTACAATGGACAGAGAAGTGCTGTACGGCCGGATTAACGAGCGCGTTGACCTGATGCTGGAAACCGGCCTTCTTGACGAAGTAAAGCGGCTGTATGATATGAATATCCGGGACAGCCAATCGATTCAGGCGATCGGCTATAAAGAGCTGTATGAATATCTTGATGGAAAAGTGCCGTTCCCTCAGGCTGTGGAGCAATTAAAACAAAATTCTAGGCGATATGCGAAACGCCAGCTGACCTGGTTTCGCAATAAAATGCCCGTTTCATGGACAGATATGACGCCGCCTGTTGATATTGAGCAGAAAAAAAAGGAAATTTTCGAGTGCATAGCAGGAAAACTGGAAATTTAA MKNKKQPVVILVGPTAVGKTKLSIGLAKMLNAEIISGDSMQVYKGMDIGTAKVTEEETEGVPHHLIDILEPSDTFSTADYQKMVRGKITEIADRGKLPMIVGGTGLYIQSVLYDYTFTENSGDPVFREHMEKLAAEEGAEALHAKLAAADPEAAAAIHQNNTRRVIRALEILHVSGKTMSEHLKTQKRELLYNAILIGLTMDREVLYGRINERVDLMLETGLLDEVKRLYDMNIRDSQSIQAIGYKELYEYLDGKVPFPQAVEQLKQNSRRYAKRQLTWFRNKMPVSWTDMTPPVDIEQKKKEIFECIAGKLEI PGPT0007210_2565 DIRECT EFFECT COLONIZING_PLANT_SYSTEM OTHER_COLONIZATION_RELATED_PROTEINS COLONIZATION-HOST_INVASION_FACTORS HOST_INVASION-HOST_INFECTION_MEDIATOR,PGPT0007210-miaA|ipt-K00791 NA NA D1-12_00914 222 hfq COG1923 RNA-binding protein Hfq ATGAAACCGATTAATATTCAAGATCAGTTTTTGAATCAAATCCGAAAAGACAATACGTTCGTCACGGTGTTTTTACTCAACGGCTTCCAGCTTCGCGGCCAGGTAAAAGGCTTTGACAACTTTACCGTTTTGCTCGAAACGGAGGGGAAGCAGCAGCTTATTTATAAACATGCCATCTCCACGTTCGCCCCGCAAAAAAACGTCCAGCTTGAGCTTGAATAG MKPINIQDQFLNQIRKDNTFVTVFLLNGFQLRGQVKGFDNFTVLLETEGKQQLIYKHAISTFAPQKNVQLELE PGPT0025560_1987 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 D1-12_00915 276 ymzC putative protein YmzC GTGTTCGAAAGTGAAAATGAACTGAGAAGAATCAGGATTACGCTCGTTTGGATCGCTGTTTTTTTGCTGTTTGGAGCTTGCAGCAATCATGAGACGGTGGTGACGGATGATGACGGCGGCTTGGCGGATACCGAACCGCAGACAGAAGGCATGGTGCAGCTGGAACATAATCGTTTCGGCATCGTTGAGGACGGTTACTTAAAAATATACCGCTATGATGAAAAAACGAATAAAATCGAACTGAAAAAAGAAACGGCGCTGGATGAGCTTGAATAA MFESENELRRIRITLVWIAVFLLFGACSNHETVVTDDDGGLADTEPQTEGMVQLEHNRFGIVEDGYLKIYRYDEKTNKIELKKETALDELE NA NA NA NA NA D1-12_00916 216 hypothetical protein TTGAAACACAAGGTGATAATCAACCATTGGGAAGAAACTTGTGAAGATGATTCCTGCTATGAATATGGAACCAGCATCATCGTTGACGGCAAAGAACTGATCAGAGAGGCTTCCATCACAAGCGCTCTGAAAGCCGTGCTGAAAGAAATCGGTGCTGATGTGGAGATTGAAGAAACCGTTGAAAGCGAAAAAAAATGTGATTCTTACAAAAAATAA MKHKVIINHWEETCEDDSCYEYGTSIIVDGKELIREASITSALKAVLKEIGADVEIEETVESEKKCDSYKK NA NA NA NA NA D1-12_00917 393 nrdI COG1780 Protein NrdI ATGGTTCAAATCATATTTGATTCAAAGACAGGGAATGTTCAGCGTTTTGTGAATAAAACAGACTTTCAGCTGATCCGCAAGGTGGACGAAACGGACCACGTGGACACTCCGTTTGTTTTGGTCACCTACACGACAAACTTCGGCCAGGTACCGGCATCAACACAATCATTTCTCGAAAAATACGCCCATCTCTTATTAGGAGTCGCTGCGAGCGGCAACAAAGTATGGGGCGATAACTTTGCAAAAAGCGCCGATACCATTTCAAGACAATATCAGGTGCCGATCTTGCACAAATTTGAACTCAGCGGCACATCTAAAGACGTTGAATTGTTTACTCAGGAGGTAGAAAGACTTGTCACAAAATCAAGTGCCAAAATGGATCCAGTTAAATAA MVQIIFDSKTGNVQRFVNKTDFQLIRKVDETDHVDTPFVLVTYTTNFGQVPASTQSFLEKYAHLLLGVAASGNKVWGDNFAKSADTISRQYQVPILHKFELSGTSKDVELFTQEVERLVTKSSAKMDPVK NA NA NA NA NA D1-12_00918 2103 nrdE COG0209 Ribonucleoside-diphosphate reductase subunit alpha TTGTCACAAAATCAAGTGCCAAAATGGATCCAGTTAAATAACGAAATCATGATCCAACAAGATGGAAAATTCCAGTTTGATAAAGATAAAGAGGCTGTACATAGCTATTTTGTTGACTATATCAATCAAAACACAGTTTACTTTCACGATTTAAAAGAGAAGCTGGATTATTTGATTGAAAACCAATACTACGAAGAGGAATTCTTAAGCCTTTACTCTTTTGAAGACATTAAAGAAGTGTTTAAGACAGCTTACGCAAAGAAGTTTCGTTTTCCTTCCTTCATGAGTGCGTTTAAATTTTATAATGACTATGCTTTGAAAACGAATGACAAGAAAAGAATTCTCGAGCGTTATGAGGACCGAATCTCAATCGTCGCGCTGTTCTTCGCAAACGGCGACACTGAGAAAGCAAAAGAATATGTAAACCTGATGATCAACCAGGAATATCAGCCGAGTACACCGACATTTTTGAATGCCGGCAGAAAACGCCGCGGAGAACTGGTGAGCTGCTTCTTGCTCGAAGTCAATGATTCCTTAAACGATATTTCACGGGCGATCGATATTTCCATGCAGCTGTCTAAATTGGGCGGCGGGGTTTCTCTTAATCTGTCCAAGCTTCGCGCGAAAGGCGAAGCGATTAAAGATGTTGAAAACGCCACAAAAGGTGTTGTAGGCGTCATGAAGCTTCTTGATAATGCGTTCCGTTACGCTGACCAAATGGGCCAAAGACAAGGCTCAGGCGCGGCGTATTTAAATATTTTCCACCGCGATATCAATGATTTTCTTGATACGAAAAAGATTTCTGCGGATGAAGATGTGCGCGTCAAAACGCTTTCTATCGGTGTCGTCATTCCGGATAAGTTCGTTGAGCTTGCGCGTGAGGATAAAGCGGCTTATGTATTCTATCCGCATACGATTTATAAAGAATACGGCCAGCATATGGACGAAATGGACATGACGGCGATGTATGAAGAGCTTGTCGACAACCCGCGTGTCAAAAAAGAAAAAGTGAATGCGCGCAAATTGCTTGAAAAGCTTGCCGTTCTCCGTTCTGAGTCAGGTTATCCGTACATTATGTTCCAGGATAACGTAAACAAAGAGCACGCGAATAACCACGTATCAAAAGTGAAATTCTCGAACCTTTGCTCTGAAGTGCTTCAGGCGTCACAGGTTTCGGCTTACACAGATTATGACGAGGAAGACGAAATCGGCTTGGACATTTCCTGCAACCTTGGTTCATTAAATATACTGAATGTCATGAAACATAAATCGATTGAGCGCACGGTGAAACTCGCGACGGATTCCCTGACTCATGTATCTGAGACGACGGATATCCGCAACGCGCCGGCAGTCAGACGCGCGAACAAAGCGATGAAGTCAATCGGTTTAGGCGCCATGAACCTTCACGGCTACCTGGCCCAAAACGGCATCGCGTATGAAAGCCCGGAAGCAAGAGATTTTGCGAATACGTTCTTTATGATGGTGAACTTTTATTCCATCCAGCGTTCAGCTGAGCTTGCGAAAGAAAAAGGCGAAACGTTTGAGCATTATGAAGGCTCCACTTATGCAACGGGAGAATATTTCAATAAATACATCGAAAAAGAGTTCTCACCGGCATACGAAAAAATCGCTGCGCTCTTTGAAGGCATGCACATTCCGACAATCGAAGACTGGAAAGAGCTGAAGGCGTTTGTCGCTGAAAACGGCATGTACCACAGCTACAGACTGTGCATCGCGCCGACAGGCTCCATTTCCTACGTCCAATCCAGCACGGCGTCCGTTATGCCGATCATGGAACGGATCGAAGAAAGAACATACGGAAATTCAAAAACGTATTACCCGATGCCGGGGTTAGCGTCTAATAACTGGTTCTTCTACAAAGAAGCTTATGATATGGACATGTTCAAAGTGGTGGATATGATCGCGACAATCCAGCAGCATATCGATCAGGGAATCAGCTTTACCCTGTTTTTGAAAGATACGATGACAACTCGTGATCTGAACCGTATTGATCTGTATGCCCACCATAGAGGCATCAAAACCATTTACTATGCAAGAACGAAAGATACCGGGCAGGACAGCTGTCTTTCTTGTGTCGTTTGA MSQNQVPKWIQLNNEIMIQQDGKFQFDKDKEAVHSYFVDYINQNTVYFHDLKEKLDYLIENQYYEEEFLSLYSFEDIKEVFKTAYAKKFRFPSFMSAFKFYNDYALKTNDKKRILERYEDRISIVALFFANGDTEKAKEYVNLMINQEYQPSTPTFLNAGRKRRGELVSCFLLEVNDSLNDISRAIDISMQLSKLGGGVSLNLSKLRAKGEAIKDVENATKGVVGVMKLLDNAFRYADQMGQRQGSGAAYLNIFHRDINDFLDTKKISADEDVRVKTLSIGVVIPDKFVELAREDKAAYVFYPHTIYKEYGQHMDEMDMTAMYEELVDNPRVKKEKVNARKLLEKLAVLRSESGYPYIMFQDNVNKEHANNHVSKVKFSNLCSEVLQASQVSAYTDYDEEDEIGLDISCNLGSLNILNVMKHKSIERTVKLATDSLTHVSETTDIRNAPAVRRANKAMKSIGLGAMNLHGYLAQNGIAYESPEARDFANTFFMMVNFYSIQRSAELAKEKGETFEHYEGSTYATGEYFNKYIEKEFSPAYEKIAALFEGMHIPTIEDWKELKAFVAENGMYHSYRLCIAPTGSISYVQSSTASVMPIMERIEERTYGNSKTYYPMPGLASNNWFFYKEAYDMDMFKVVDMIATIQQHIDQGISFTLFLKDTMTTRDLNRIDLYAHHRGIKTIYYARTKDTGQDSCLSCVV PGPT0021340_5919 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021340-nrdA|nrdE-K00525 NA NA D1-12_00919 990 nrdF COG0208 Ribonucleoside-diphosphate reductase subunit beta GTGACAAAAATTTATGACGCAGCAAACTGGTCAAAGCATGAAGATGATTTCACCCAAATGTTTTACAACCAAAACGTAAAGCAGTTTTGGCTTCCGGAAGAGATCGCATTAAACGGCGATCTTCTCACTTGGAAGTATTTGGGTAAAAATGAGCAGGATACGTACATGAAGGTGCTCGCCGGCCTGACACTGCTTGATACAGAGCAGGGGAACACGGGCATGCCGATTGTGGCCGAGCACGTCGAAGGCCATCAGCGAAAAGCGGTTCTTAATTTCATGGCGATGATGGAAAACGCGGTGCACGCAAAATCATATTCAAATATTTTTATGACGCTTGCTCCGACTGAAACGATTAATGAAGTATTTGAATGGGTTAAACAAAATAAATATTTGCAGAAAAAAGCGCAATTGATTGTCGGGCTTTACAAAGCCATTCAAAAAGATGATGAAATTTCACTGTTCAAAGCGATGGTTGCTTCCGTCTATCTGGAAAGCTTCCTTTTCTACAGCGGTTTCTATTATCCGTTATATTTCTACGGACAAGGAAAACTGATGCAAAGCGGTGAGATCATTAACCTGATCCTTCGTGACGAAGCGATTCACGGCGTGTATGTCGGTCTCCTTGCTCAGGAAATTTATAATAAACAGACAGAAGAGAAAAAAGCAGAGCTTCGTGAATTTGCGATTGACCTTCTGAATCAGTTATATGAAAATGAGCTTGAATATACAGAGGACTTGTACGATCAAGTCGGACTCTCACACGATGTAAAGAAATTCATCCGCTATAACGCCAATAAAGCTTTGATGAACTTAGGGTTCGATCCTTACTTTGAAGAAGAGGATATTAATCCGATCGTATTAAACGGATTAAACACCAAAACAAAATCACATGATTTCTTCTCCATGAAAGGGAACGGCTACAAAAAGGCGACGGTAGAACCGATTAAGGACGAAGATTTTTATTTTGGCCAAGATGAAGAGCAGATATAA MTKIYDAANWSKHEDDFTQMFYNQNVKQFWLPEEIALNGDLLTWKYLGKNEQDTYMKVLAGLTLLDTEQGNTGMPIVAEHVEGHQRKAVLNFMAMMENAVHAKSYSNIFMTLAPTETINEVFEWVKQNKYLQKKAQLIVGLYKAIQKDDEISLFKAMVASVYLESFLFYSGFYYPLYFYGQGKLMQSGEIINLILRDEAIHGVYVGLLAQEIYNKQTEEKKAELREFAIDLLNQLYENELEYTEDLYDQVGLSHDVKKFIRYNANKALMNLGFDPYFEEEDINPIVLNGLNTKTKSHDFFSMKGNGYKKATVEPIKDEDFYFGQDEEQI PGPT0021345_2745 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021345-nrdB|nrdF-K00526 NA NA D1-12_00920 621 hypothetical protein ATGAATAAAATGGATGAAATCATCTTGGCTGCACCGCGGAGTGACGTCTTTCAAAACGAAATGCTGACATTTCAGGGAGTCAACAGCGAGGATGAACGTATCGTAAACATTATGGCTCAAATTGAGGCGCATTTTTTTGAAATCAGAAGAGGCGACGCGGAAGAGGACCCGCGATTTAAACAGCCGATTCCGTATGTCGTCATCCGCCGCGATGATGAGGTGTTTGTGTATGAACGGCTCGCGGGCGGAGGGGAATCGCGCCTCCATAATAAGCTTTCTCTCGGTTTCGGCGGACACATGAACCCTATGGAAGGGGCGGCTTCATTTTCGGAAGTGCTGAAACAGAATACCAACCGGGAGCTGGCGGAAGAACTGTACATTCGCGAGGAGGACAAACAAAACATTGTCACACTCGGCCTGATCAATGATGATGAAAACGATGTAGGGAAGGTGCATATCGGCATCCTTTCTGCGCTCCAGTTAGCGTCTGCGGCACAAGTCGAAGTGAAAGAAAAAGATCAAATCGCCGGGCGCTGGATGAAACTGAGCGAACTGAAAGAGGAAAATGTGTATCAGCGTCTTGAAGCTTGGTCTCAGTTTGTCGCCGATATACTTCAATAA MNKMDEIILAAPRSDVFQNEMLTFQGVNSEDERIVNIMAQIEAHFFEIRRGDAEEDPRFKQPIPYVVIRRDDEVFVYERLAGGGESRLHNKLSLGFGGHMNPMEGAASFSEVLKQNTNRELAEELYIREEDKQNIVTLGLINDDENDVGKVHIGILSALQLASAAQVEVKEKDQIAGRWMKLSELKEENVYQRLEAWSQFVADILQ NA NA NA NA NA D1-12_00921 759 cwlC COG0860 Sporulation-specific N-acetylmuramoyl-L-alanine amidase ATGGTTAAAATTTTTATAGACCCCGGTCATGGCGGAACTGATTCAGGTGCAACCGGAAACGGACTTCAGGAAAAAGCGGTCACGCTGGAGATCGCGCTGGCTTTGCGCACGATTCTGACGAATGAGTATGAAGGAGTTTCTGTCACGATGAGCAGGACAAGCGATAAGACGGTCAGCCTGACGGAAAGAACGGATGCCGCCAACAGCTGGGGCGCAGATTATTTTTTATCCATTCATATTAACTCAGGAGGCGGAACCGGATTCGAAAGCTATATTTACCCCGGTGTCGGAGCGCCGACCTCGACTTACCAATCAGCCGTCCACACGCAAGTGATTCAAGCATCAGGTTTTAATGACCGAGGAAAAAAAACAGCTAACTTCCATGTGCTGCGGGAGACAAGTATGCCGGCGATTTTGACGGAGAATGGTTTTGTTGATACGTCAGCTGATGCAAACAAACTGAAAACAGCCAGTTTTATTGAAAGCCTTGCAAGAGGACATGCCAAGGGCTTGGAGCAAGCTTTCGGTCTAAAAAAAAAGGCTGACTTATATAAAGTGCAAATCGGTGCATTCAAAGTGAAAGCAAATGCTGATGCGCTTGCCGCCGATGCGGTGTCTAAAGGTTTTGACGCGATTGTGCTTCCAAAAGGCGGCTTATTTAAAGTGCAGATCGGCGCATTCTCTTCCAAAGATAATGCTGAAGCGTTGGCAGCACGGGCCGAAAAAGCCGGATTTGATGCCTTCATTGTGCAAGACTAA MVKIFIDPGHGGTDSGATGNGLQEKAVTLEIALALRTILTNEYEGVSVTMSRTSDKTVSLTERTDAANSWGADYFLSIHINSGGGTGFESYIYPGVGAPTSTYQSAVHTQVIQASGFNDRGKKTANFHVLRETSMPAILTENGFVDTSADANKLKTASFIESLARGHAKGLEQAFGLKKKADLYKVQIGAFKVKANADALAADAVSKGFDAIVLPKGGLFKVQIGAFSSKDNAEALAARAEKAGFDAFIVQD PGPT0024160_6350 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING_AMIDASE_ACTIVITY,PGPT0024160-amiA|amiB|amiC-K01448 NA NA D1-12_00922 969 spoVK COG0464 Stage V sporulation protein K ATGTTGGAGCGCGCTGTAACCTATAAAAATAACGGACAAATTAACATTATTCTTAATGGCCAAAAGCAAGTGCTGACAAATGCGGAAGCTGAGGCGGAATATCAGGCCGCCCTGCAAAAAAATGAAGCCAAGCACAGCATTCTGAAAGAAATTGAAAAAGAAATGAACACATTAGTGGGTATGGAAGAAATGAAACGCAACATTAAAGAAATTTACGCGTGGATATTCGTCAACCAAAAACGGGCCGAACAAGGGCTGAAAGTCGGAAAACAAGCTCTTCATATGATGTTCAAAGGGAACCCCGGCACCGGGAAAACCACCGTCGCGAGACTGATCGGCAAGCTTTTCTTCGAAATGAACGTGCTTTCCAAAGGACATCTGATCGAAGCGGAACGTGCCGATCTGGTCGGTGAATACATCGGACACACGGCGCAAAAAACGAGAGATCTGATTAAAAAATCGCTCGGGGGCATTTTATTCATTGATGAAGCATACTCACTTGCAAGGGGCGGAGAGAAGGATTTCGGTAAAGAGGCGATTGATACGCTTGTCAAGCATATGGAAGACAAACAGCATGAATTTATTCTGATCCTGGCAGGGTACTCGAGAGAAATGACACATTTCCTGTCATTAAATCCCGGCCTGCAATCGCGTTTCCCTATCAGCATCGACTTTCCGGATTACTCTGTCACTCAGCTGATGGACATCGCAAAGCGCATGATAGCAGAGCGTGAGTATCAATTAAGCCAGGAAGCCGAGTGGAAGTTAAAAGATTACTTAATGACAGTGAAAAGCACGACAAGCCCCATTAAATTCAGCAACGGGCGCTTTGTCAGAAACGTGATTGAAAAATCGATCCGCGCTCAGGCCATGAGACTTTTAATGGGAGACCAATATTTAAAAAACGATTTAATGACGATCAAGAGCCAGGATTTACTTATAAAAGATGAGGCGGCAGCTCACGAATAG MLERAVTYKNNGQINIILNGQKQVLTNAEAEAEYQAALQKNEAKHSILKEIEKEMNTLVGMEEMKRNIKEIYAWIFVNQKRAEQGLKVGKQALHMMFKGNPGTGKTTVARLIGKLFFEMNVLSKGHLIEAERADLVGEYIGHTAQKTRDLIKKSLGGILFIDEAYSLARGGEKDFGKEAIDTLVKHMEDKQHEFILILAGYSREMTHFLSLNPGLQSRFPISIDFPDYSVTQLMDIAKRMIAEREYQLSQEAEWKLKDYLMTVKSTTSPIKFSNGRFVRNVIEKSIRAQAMRLLMGDQYLKNDLMTIKSQDLLIKDEAAAHE PGPT0024835_188 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-STAGE_V_SPORULATION,PGPT0024835-spoVK-K06413 NA NA D1-12_00923 1263 hflX COG2262 GTPase HflX TTGAACGAACAGGAAGGAAAAAAAGAAACGGTCATTTTGGTCGGCTGCCAGCTTCCGCACATGACAGATGAGCACTTTGAACATTCCATGGAAGAGCTTGCTTCATTGACAAAAACGGCTGACGGAACGGTGCTGACCCGGATTACGCAAAAACGGAACAGAGCGGATGCTGCTACATATATAGGCAAGGGGAAAGTAGACGAGCTGAAGGCGCTGTGTGAAGAGCTTGAAGCGGATCTGGTCATTTTTAATGATGAACTGTCACCGAGCCAGCTTAAATCACTCGCCACTGCAATTGAAGCGAAGATCATCGACCGCACGCAGCTTATTTTGGATATTTTCGCAAAAAGGGCGAAGACGAGAGAAGGAAAGCTTCAGATCGAATTGGCCCAGCTTCAATACGCGCTGCCGCGTCTGAGCGGACAAGGAATCAATCTCTCAAGACAAGGCGGCGGAATCGGGACGAGAGGGCCCGGTGAGACAAAGCTTGAAACAGACCGGCGCCACATTAGAAACCGCATACACGAAATTAACGTGCAGCTTTCAACGGTTATCCGCCACAGAAGCCGTTATCGGGAGAGACGAAAAAAGAACGGCGTGCTTCAGGCTGCACTCGTCGGGTATACCAATGCCGGAAAATCAACATGGTTCAATCAATTAACGAGCTCAGACAGCTATGAAGAAGATCTGCTGTTTGCAACACTTGATCCGATGACGAGAAAGATGGCGCTCCCAAGCGGCTACAGCATCCTTTTGTCTGATACGGTCGGCTTCATTCAGGATCTGCCGACGACGCTGATTGCCGCTTTCCGCTCAACACTTGAGGAAGTGAAGGAAGCAGACTTGATCATTCATGTCATTGATTCATCCAATGAAGATTATGCCGGGCATGAACAGACTGTCCTCGGTCTGTTAAAAGAGCTTGAGGCAGATGATATTCCGGTGCTGACCGCTTATAACAAACGTGATGAGACACTTCCTGACTTCATCCCGACAGCGGGAGAAGGCCACATCATGATCAGCGCCAGAATCGCCGGGGATGAAGCAAAACTAAAAGCGGAAATCGAAGCTTATTTGCGCCGGGAGCTGATGACGCCGTATGAAGTTCATATGCCTGCCGCCGAAGGCAAATTGATGTCACGCATCAAATCAGAGACCATGATCGACAGCCTTTATTTTAATGAAGAAAATGAACGCTACGAAGTCTCAGGTTATGTACAGGAAGAACAAAGCATACTCGGAGAACTGAAGAAATTCATGTAA MNEQEGKKETVILVGCQLPHMTDEHFEHSMEELASLTKTADGTVLTRITQKRNRADAATYIGKGKVDELKALCEELEADLVIFNDELSPSQLKSLATAIEAKIIDRTQLILDIFAKRAKTREGKLQIELAQLQYALPRLSGQGINLSRQGGGIGTRGPGETKLETDRRHIRNRIHEINVQLSTVIRHRSRYRERRKKNGVLQAALVGYTNAGKSTWFNQLTSSDSYEEDLLFATLDPMTRKMALPSGYSILLSDTVGFIQDLPTTLIAAFRSTLEEVKEADLIIHVIDSSNEDYAGHEQTVLGLLKELEADDIPVLTAYNKRDETLPDFIPTAGEGHIMISARIAGDEAKLKAEIEAYLRRELMTPYEVHMPAAEGKLMSRIKSETMIDSLYFNEENERYEVSGYVQEEQSILGELKKFM PGPT0007245_3535 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PHYTOHORMONE-CYTOKININS|DERIVATE_PRODUCTION PHYTOHORMONE-CYTOKININ_METABOLISM PHYTOHORMONE-CYTOKININ_BIOSYNTHESIS,PGPT0007245-hflX-K03665 NA NA D1-12_00924 1266 hypothetical protein ATGTTTGACACACTGACCCACGGCGCTCTTTTACAAAAAACCGCCGAAGAAACAGAAGCGGAAATCTCCGCCGTTCATAAAAGAATAGAAGAAATCAGTGAACGGAATGAATGGAGAGTCCTGCAAAGCTACAGAAAACATAAAGTAAGCGATACGCATTTTACGCCTTCAACGGGATACGGTTATGACGATATCGGACGAGATACACTGGAGAAGATCTATGCTGATGTGTTCGGAGGAGAGGCGGGACTCGTGCGGCCGCAAATCATTTCCGGAACGCATGCGATTTCAATCGCGCTCTTCGGTGTGCTGAGACCCGGGGACGAATTGCTTTATATTACAGGCAAGCCTTACGATACACTCGAGGAAATCGTCGGAGTAAGAGGCGGGGAGTATTCAGGCTCGCTTAAGGAATTTCAAATCGGATACAATGCAGTCGATTTAACATCAGAAGGCAGAGTGGACTTTGAAGCGGTCCGGGCTGCAATCCGGCCGAATACAAAAGTGATCGGCATCCAGCGTTCAAAAGGATATGCGAATCGTCCGTCTTTCAGAATAAATGAAATTGAAGAGATGATTCGTTTCGTAAAGGAAATCAAAGAAGATGTCATTGTTTTTGTGGACAATTGCTACGGAGAATTTGCAGAAGAGCGGGAACCCTGCCACGTCGGAGCGGATCTTATGGCCGGCTCCCTGATTAAAAACCCGGGCGGCGGCCTTGCTAAAACGGGCGGCTATCTTGTAGGGAAAGCCAAGTGGATTGAGGCCTGCTCTTACCGGATGACCTCCCCGGGAATCGGAAGTGAAGCCGGGGCTTCGCTTTATTCACTGCAGGAAATGTATCAAGGTTTCTTTCTCGCTCCGCATGTAGTGGCACAAAGCTTGAAGGGAGCGGTATTTACCGCCCGTTTTCTTGAAAAGCTCGGCTTTACGTCAAACCCTGCATGGAATGCGCCGAGAACGGATCTGATTCAATCAGTTGAGTTTCAGGACCCTGATAAGATGATTGCTTTTTGCCAGGCGATACAATATGCTTCACCGATTAATGCGCATGTGACGCCTTATCCGAGCTATATGCCGGGATATGAAGACGATGTCATTATGGCAGCGGGCACTTTCGTACAGGGAGCAAGCATTGAATTATCAGCAGATGGACCTATCAGACCGCCTTATGTGGCGTATGTCCAAGGAGGATTAACCTACGCGCACGTGAAAAATGCGATTTGCAGCGCCGTAAATGCTTTAATGGAAAAAGAGCTGATCTAG MFDTLTHGALLQKTAEETEAEISAVHKRIEEISERNEWRVLQSYRKHKVSDTHFTPSTGYGYDDIGRDTLEKIYADVFGGEAGLVRPQIISGTHAISIALFGVLRPGDELLYITGKPYDTLEEIVGVRGGEYSGSLKEFQIGYNAVDLTSEGRVDFEAVRAAIRPNTKVIGIQRSKGYANRPSFRINEIEEMIRFVKEIKEDVIVFVDNCYGEFAEEREPCHVGADLMAGSLIKNPGGGLAKTGGYLVGKAKWIEACSYRMTSPGIGSEAGASLYSLQEMYQGFFLAPHVVAQSLKGAVFTARFLEKLGFTSNPAWNAPRTDLIQSVEFQDPDKMIAFCQAIQYASPINAHVTPYPSYMPGYEDDVIMAAGTFVQGASIELSADGPIRPPYVAYVQGGLTYAHVKNAICSAVNALMEKELI NA NA NA NA NA D1-12_00925 405 glnR COG0789 HTH-type transcriptional regulator GlnR ATGAGTGATAACATTCGCCGCTCAATGCCTTTATTTCCAATTGGGATTGTCATGCAGTTAACAGAACTTTCTGCCCGGCAAATTCGATATTATGAGGAAAATGGATTGATATTTCCAGCGAGAAGCGAAGGAAATAGACGATTATTTTCATTCCATGATGTAGATAAACTGTTAGAAATCAAAAATCTGATTGAACAAGGCGTCAATATGGCGGGGATCAAACAAATTCTGGATAAGGCATCTGCCGAACCGGAAGAAAAATCCGAAAAAACCGCCAAACCGATGAAGCACGATCTGTCTGATGACGAACTCAGAAAGCTTCTGAAAAACGAACTGATGCAGGCAGGCCGTTTCCAGCGGGGAAATACTTTCCGCCAAGGTGACATGTCCCGATTCTTTCATTAA MSDNIRRSMPLFPIGIVMQLTELSARQIRYYEENGLIFPARSEGNRRLFSFHDVDKLLEIKNLIEQGVNMAGIKQILDKASAEPEEKSEKTAKPMKHDLSDDELRKLLKNELMQAGRFQRGNTFRQGDMSRFFH PGPT0001015_89 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-REGULATION GLN-NITROGEN_REGULATORY_SYSTEM,PGPT0001015-glnR-K03713 NA NA D1-12_00926 1335 glnA COG0174 Glutamine synthetase ATGGCAAAGTACACAAGAGAAGACATCGTAAAATTAGTAAATGAGGAAAACGTAAAGTATATCCGCCTTCAGTTCACAGACATTCTTGGAACGATTAAAAACGTGGAAATTCCTGTGAGCCAGCTTGAAAAAGCACTTGATAATAAATGCATGTTCGACGGTTCTTCCATCGAAGGTTTCGTCCGTATCGAAGAGTCTGATATGTACTTATATCCTGATCTGAACACATTTGTAATCTTCCCATGGACTGCTGAAAAAGGTAAAGTAGCACGCTTCATCTGTGACATTTACAATCCGGACGGCACGCCGTTCGAAGGTGACCCGCGTAACAACCTCAAACGGATTCTGAAAGAAATGAAAGAACTCGGTTTCAGCGATTTCAATCTTGGACCTGAGCCTGAATTCTTCCTGTTTAAATTAGATGAAAAAGGCGAACCGACGCTTGAATTGAACGATAAAGGCGGATACTTCGACCTGGCTCCGACTGACTTGGGAGAAAACTGCCGCCGCGATATCGTGCTTGAGCTTGAAGAAATGGGCTTTGAAATCGAAGCATCTCACCATGAAGTTGCTCCGGGTCAGCACGAAATCGATTTTAAATATGCCGGTGCCATCCGTTCTTGTGACGACATCCAAACTTTCAAACTGGTTGTCAAAACGATCGCCCGCAAACACGGTCTGCATGCGACATTCATGCCAAAACCGCTGTTCGGCGTAAACGGTTCCGGTATGCACTGCAACCTATCACTCTTTAAAGATAGCGTTAACGCATTCTTTGATAAAGACGCTGATCTTCAGCTGAGTGAAACAGCAAAACATTTCATTGCCGGTATCGTAAAACACGCGACAAGCTTTACGGCTGTTACAAACCCGACAGTGAACTCTTACAAACGCCTTGTTCCGGGCTATGAAGCACCTTGCTACGTGGCATGGAGCGCGCAAAACAGAAGCCCGCTGATCCGTATCCCGGCTTCCCGCGGCATCAGCACGCGTGTTGAAGTCCGCAGCGTAGACCCGGCGGCAAACCCGTACCTGGCGTTAAGCGTATTGCTTGCAGCAGGCCTTGACGGAATCAAAAACAAACTTGAAGCACCGGCTCCGATTGACCGTAACATCTACGTCATGAGCAAAGAAGAGCGCATGGAAAACGGCATCGTAGATCTTCCGGCGACACTGGCGGAAGCTCTCGACGAATTCAAATCAAACGAAGTCATGGTTGCAGCGCTCGGCGAGCACCTGTTCGAACACTTCATCGAAGCAAAAGAAATCGAATGGGATATGTTCCGCACACAGGTTCATCCGTGGGAGCGCGAACAGTATATGTCTCAGTATTAA MAKYTREDIVKLVNEENVKYIRLQFTDILGTIKNVEIPVSQLEKALDNKCMFDGSSIEGFVRIEESDMYLYPDLNTFVIFPWTAEKGKVARFICDIYNPDGTPFEGDPRNNLKRILKEMKELGFSDFNLGPEPEFFLFKLDEKGEPTLELNDKGGYFDLAPTDLGENCRRDIVLELEEMGFEIEASHHEVAPGQHEIDFKYAGAIRSCDDIQTFKLVVKTIARKHGLHATFMPKPLFGVNGSGMHCNLSLFKDSVNAFFDKDADLQLSETAKHFIAGIVKHATSFTAVTNPTVNSYKRLVPGYEAPCYVAWSAQNRSPLIRIPASRGISTRVEVRSVDPAANPYLALSVLLAAGLDGIKNKLEAPAPIDRNIYVMSKEERMENGIVDLPATLAEALDEFKSNEVMVAALGEHLFEHFIEAKEIEWDMFRTQVHPWEREQYMSQY PGPT0000645_8273 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 D1-12_00927 1005 gabR_1 COG1167 HTH-type transcriptional regulatory protein GabR ATGATACATCAACTTCTGCGTTTGGGTATGATATTCCTGAAGGACGTCCTTGAATTAAGGCAAGTTTTATCACGTTATTTAGCGAAAACACGAGGTGTGGATTGTCATCCAGAACAAATTGTGATTACTTCTGGTGCAACTCAAGCTTTAACGCTTGTTTCTAAATTACTCTTATCTCCGAATGACATGGTGATAATTGAAGACCCAATAACGAATGATATTCAAACCATTTTTAAAACTCCAGGTTCTTCCCTTTACCCTATACCCGTTGATGAATATGGTATGAAGTCATCTTTGCTGCCATTAAATAAAAGTCCGAAGTTTGTCTTTATCACCCCTTCACATCAGTTCCCGTTAGGAGGAACGTTACCGATTCAAAGACGAATTCAATTGATTAACTATTCGAGAAAAACAAATTGTTATCTTGTTGAAGATGATTATGACAGTGAGTTTCGATATGAAGGTCCACCTGTAAGTTCATTACAAGGATTGGATCCAGAACGAGTGTTATACATTGGTTCGTTTAGTAAAATCTTATCACCAGCCCTTAGAATGGGATATTTAATACTTCCTTCACATCTTATTGAAAAATGCCGCAGGCTTAAATGGTTTTCGGATCTGCATACCCCTTCCTTAGATCAGATTATCCTTGCACGTTTTATTGATGAAGGTTATTTGGAACGACATATTACCAAGATGAAAAAGATTTATAAAAAACGGAGAGATTTTCTTATTCACTGTATTAAAACAACATTTTCGAATGAGGTTAATATTTTTGGTTATTCGACAGGATTGCACCTAATTGTTGAATTGAAAGACTTCGATTTTTCAAAAGAATCACTTAAACAAATCGAACAATCAGGAGTTAAAGTATACCCGGTAGAAGGTCATACAATTGAAAAAGGAAAACATCATAATCAAATTATTTTGGGTTATGGGCATCTGAATAATGAAGAAATAAAAGAAGGCGTCACCAGACTGTATGAAGCAATATACAAATGTTAA MIHQLLRLGMIFLKDVLELRQVLSRYLAKTRGVDCHPEQIVITSGATQALTLVSKLLLSPNDMVIIEDPITNDIQTIFKTPGSSLYPIPVDEYGMKSSLLPLNKSPKFVFITPSHQFPLGGTLPIQRRIQLINYSRKTNCYLVEDDYDSEFRYEGPPVSSLQGLDPERVLYIGSFSKILSPALRMGYLILPSHLIEKCRRLKWFSDLHTPSLDQIILARFIDEGYLERHITKMKKIYKKRRDFLIHCIKTTFSNEVNIFGYSTGLHLIVELKDFDFSKESLKQIEQSGVKVYPVEGHTIEKGKHHNQIILGYGHLNNEEIKEGVTRLYEAIYKC PGPT0016790_3758 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 D1-12_00928 453 hypothetical protein ATGCTTTGGATACCCATTGATCGATCGTTGGATATACCTTTAATAAGACAAGTTTATCAGCAAATACGGGAACGAATTTTAAATGGCGGCTTACAATCAGGAGAGAAACTACCATCTACACGTGAACTATCTTCTGAGTTAAAAGTGTCTAGGAATGTGATTTTAGAAGCTTATGATCAATTATCGTCTGAAGGGTTTTTAGTTTCACGGATGGGTGCAGGGACATTTGTTGCAAAAGGGACTTTTTTAGAACAAAATAAAAAGATGCCTTTATTTTATTCTTTAAATTGGGATGAGGATAAAAACAAAAATAAGCACATCATCAACTTTCGTTCGGGGATACCCGCATTGGATTTATTTCCGCGTAAGACATGGGCAAAATTGTCTCACGCCGTATGGAATGATACATCAACTTCTGCGTTTGGGTATGATATTCCTGAAGGACGTCCTTGA MLWIPIDRSLDIPLIRQVYQQIRERILNGGLQSGEKLPSTRELSSELKVSRNVILEAYDQLSSEGFLVSRMGAGTFVAKGTFLEQNKKMPLFYSLNWDEDKNKNKHIINFRSGIPALDLFPRKTWAKLSHAVWNDTSTSAFGYDIPEGRP PGPT0016790_3743 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 D1-12_00929 960 COG0506 Proline dehydrogenase ATGATTAGTCCAGAAGTCCAATTCGCCCAAGAACTTAAATCGATTGCACGAAATAAACATATTAAATCCTACATTCAACAATCCAATGAACTCTATCCCTTATTATTACAAGCTGCACAACGATTTGTCACCGGGGAACATAGGCAGGATGGGATTGTAACTGCAAAAGAACTAATCCTAAGAGGTTATTCTATTTCAATGGAATACATAGGGGAAAATACAACTGATTTAGAAGAATGCCGAAAAGCAAAAAATGAGTTTTTGAATCTTATTGAAGAAATGGGTTCTCTGTCTATGAAGCAAACTGTCTCGCTTGATTTATCACATATCGGGTTATCTGTGGATTCAGAAACAGCTTATATTCATTTGCTGGAGGTAGCCGAGAAAGCAAATTTGTACGGGATTACACTTATGATAAGCATGGAAGAATCATCGAAAACAAATGACATTCTTGATATCTATAAAAAAACAACGGAGAAGTACCCTAATGTTGGGATAACGATACAGGCTCACTTATACCGATCTAACAATGATATTCAGGAACTCGTTCATTATCCTGGGAAGGTACGAGTTGTCAAAGGAGCTTATCAAGAATCTGTCGATATTTCTATGCCCAGATCAAAGGAATTAAATAACCGTTATCTTAAACTTGTACAACATGTAATACAAGCTAATCACTCAGTATCCATAGCTACACATGATGAGATGCTTATTCAAGAAATGGAACACCGACAATATTTTAATCATCCCCGCGTAGAAATGGAAATGCTCTACGGAATCCGTCCCGATTTGTTAAGGAATTTAAAAAGTAAAGGGTACAACTGTAAAGCATATTTGACTTACGGAAAAGAGTGGTACTTGTATTTATGCCATCGAATAGCTGAATATCCGGAAAATTTATTTGGTGTAGTAACGGATATGATCAATCCATCTTTATCAGAGAGAAGTAAACTGTATTGA MISPEVQFAQELKSIARNKHIKSYIQQSNELYPLLLQAAQRFVTGEHRQDGIVTAKELILRGYSISMEYIGENTTDLEECRKAKNEFLNLIEEMGSLSMKQTVSLDLSHIGLSVDSETAYIHLLEVAEKANLYGITLMISMEESSKTNDILDIYKKTTEKYPNVGITIQAHLYRSNNDIQELVHYPGKVRVVKGAYQESVDISMPRSKELNNRYLKLVQHVIQANHSVSIATHDEMLIQEMEHRQYFNHPRVEMEMLYGIRPDLLRNLKSKGYNCKAYLTYGKEWYLYLCHRIAEYPENLFGVVTDMINPSLSERSKLY NA NA NA NA NA D1-12_00930 549 hypothetical protein GTGAAAAAGCTCTTCAAGGTTTTTTTATTTATTTTTATAGGTACTGCTTTTTTAGTTTTTAATGGTTGGCATCTCTTTAATTCCTTTGGCGCTCCGGAATATTATCAAAAAAACAACATTTCTTCTTCTGATATTGCAAAATTTCAAAGAAATTTCAATATACATTTTCCAGAAAAAACCCGCTTTATAAAAGCAGAAGAATATCTAACGAGTCTAGGAGGCGATGATTCGATAAAACTTTATATTTCTGTGCCTTCTAATCTAATAAAACAATTATTTGCTGATTATTCTTCCCTACCCATTCATTATAATGATACAAACTTCATTGATTACGGGGTGAATATTACAAAATCCAAGGGCAGCGATACATATATCACACTTCAAACAGCAGATGACAAAGGATATATATTTGATATAAAAAAAGACCCTGAGTGGAGTTATAAGGGTGTCACAGGAACTCAATATCTCACCACTACTATTTTGTATAATGCTCTGTTTATTTTAATCATATATGTCTGTAACAAAATGTATAGAAAACATAAATCTTAA MKKLFKVFLFIFIGTAFLVFNGWHLFNSFGAPEYYQKNNISSSDIAKFQRNFNIHFPEKTRFIKAEEYLTSLGGDDSIKLYISVPSNLIKQLFADYSSLPIHYNDTNFIDYGVNITKSKGSDTYITLQTADDKGYIFDIKKDPEWSYKGVTGTQYLTTTILYNALFILIIYVCNKMYRKHKS NA NA NA NA NA D1-12_00931 348 hypothetical protein TTGAGTCAAGATTTAAAGATCATACTCACACCCAAAGCTGATACATCTTCAAAAGCTGTCGAACAGTTAAATCAGCAAATTAAATCTTTAGAGAAAAAGCTTAATTCCCTTAATTTAAAGACCAATATTGATGCTTCTGCTTTATTGACACTTACCAAAAACATCTCAAATGCTTCAATCAAACAGTTAAAGAAAGCACAACGGTTACCAGAAATGCTGATGGCACTGTTAATAAGCAACAAATTAAATACCTATCCCCTTTCTTTCTTTTATTTTGAAGGGGGACTCTATCTTATTATTGGTTTACAAAAATCAAAACAAGAATATGTTACAATTCTTAAGAGGTGA MSQDLKIILTPKADTSSKAVEQLNQQIKSLEKKLNSLNLKTNIDASALLTLTKNISNASIKQLKKAQRLPEMLMALLISNKLNTYPLSFFYFEGGLYLIIGLQKSKQEYVTILKR NA NA NA NA NA D1-12_00932 627 hypothetical protein ATGATATGGGCTATCATTCTAATTTTAATTGTCGGCTCTTTCATTATTATTGGGGTTTTAGCATCGGATAAGCAAAAAGAAATAGATAAAAAAAGGGCAAACGAGATTGAGATGGTTGGGAACTTCCCTTCTAATTGCAAGTCGATTATTAATCCAGATAAAAATGCAAAGCTTACATTGATTGAACCGGAAGATAAATTTATGATTCACAAATTCAATCAATATGGAACACTTGAAGAAACAATTATCCCCTTTGAAAAAATCATTGAAGCCGAGGTTTCAATTGATGATAGTACAATTACAAAAGTGTCCAAAGGAAGTCAAATAACAGGCGCTGTTGTAGGTGGATTAGCCGCAGGCAGTATTGGAGCTTTAGTTGGCGGGCTGACTTCCAATAAGACAGAAACAAAGTATTTCAAAAAAATTGATTTGAAATTAAAGCTCGATGATTTCTCCTCCCCTATTTACAGATTTAATTTCCTGCCGAGTAAAGATGAATTTGGACTAGAGAATGTTAAAGGGTTTAAACAGGATGATCCAAAAGTTAAGGATGCTTTATCAAATGCTGAAATATGGCAAGGGATTATGGAGATAGCAATACGGAAAGCAAACAAAGTCGCTCAATAA MIWAIILILIVGSFIIIGVLASDKQKEIDKKRANEIEMVGNFPSNCKSIINPDKNAKLTLIEPEDKFMIHKFNQYGTLEETIIPFEKIIEAEVSIDDSTITKVSKGSQITGAVVGGLAAGSIGALVGGLTSNKTETKYFKKIDLKLKLDDFSSPIYRFNFLPSKDEFGLENVKGFKQDDPKVKDALSNAEIWQGIMEIAIRKANKVAQ NA NA NA NA NA D1-12_00933 459 hypothetical protein TTGGACAATGAAGCATATTACAAAAAATATTTGGAAGAGAGCTTAATTAAATTAAGAAGTTCAGAACTTATAGAATTTATTAAAAGAGAATTTCCAGAAGAAGTGGAATATGATCATGATCTTCACCGAAAAAAAATTGAAGTGCTGAAAACATTATCTAAAACAGACTTATCGGCTGCGATAGCCCGACTGGCTAGAATTCAACGGAAATTTGACCATACCAAATTATGGACTGTTGCCGCTGTACTTATTGGTACAATGCTTGTTGTTTTACAAATCTTATTTAAAGTAAACCTTGCAAAAATTACAGACGAAAACTATATAAATTTTTTATTGTACGGTATTGTTGCTATGATAATAAGTAAGATTATATATAATTCTGCCAGAAAGGATATTAAAATTTCAAATACAGCAGCTTATTTTAAAGATTTGCTCGAAGAGCTTAAGTCAGATAAATAA MDNEAYYKKYLEESLIKLRSSELIEFIKREFPEEVEYDHDLHRKKIEVLKTLSKTDLSAAIARLARIQRKFDHTKLWTVAAVLIGTMLVVLQILFKVNLAKITDENYINFLLYGIVAMIISKIIYNSARKDIKISNTAAYFKDLLEELKSDK NA NA NA NA NA D1-12_00934 255 hypothetical protein ATGAGTCTCTTCAATCCTCACCAAAGTTCAATTGAGAAAATGCAACAGCAAATTGATGAATTGGCCGAAGCTGTTGCTGAATTAACTAGGCTGCTTGATACTAAAGCAGATAAGAATCAATTCGGGTCTAAACAGATTGATGAATCCAAAATCAGTGATGGTAAAGTTCTTGTTTACAACGCAAGCACCGGTAAACTTGAATACGGAAAGATTAAGAAAAGCCTGTTGGGAGACATATCAATTGATTTGCTTTAG MSLFNPHQSSIEKMQQQIDELAEAVAELTRLLDTKADKNQFGSKQIDESKISDGKVLVYNASTGKLEYGKIKKSLLGDISIDLL NA NA NA NA NA D1-12_00935 243 hypothetical protein ATGGCTCACAAAGTTCTTGGAAAAGGAAAAGGCGAAGGAAAACCCCTCGACTACATGATTAACACAGAAGCTCTGGAATATTTGAAGCTTTGGCATGAACAACGGGGATATGACCATGAATATCTATTTACTACACAGTACGGTGGTCAACCAAGACAAATGTCAGAGGGTTGGGCTGACTATTTTTGTTCTGATGTTCTTTCTGATATCCTCGGCCGCCGCATTAACCCTCACCTCTTTTAA MAHKVLGKGKGEGKPLDYMINTEALEYLKLWHEQRGYDHEYLFTTQYGGQPRQMSEGWADYFCSDVLSDILGRRINPHLF NA NA NA NA NA D1-12_00936 1392 xylP_1 Isoprimeverose transporter ATGCTCAGTGAAAATGTAAAGAAGATCAGCATGGTTGAAAAAGTTGGATATGCGTCTGGAGATTTTGCTTGTAATTTAATTTATGCAACAGTGTCTACGTATCTTTTGTTCTTTTATACAGATGTTTTTGGTTTATCGGCAGCAGCAGCCGGTACGATGTTTTTAGTGGTTAGAATCATCGACGCTCTCGCTGATCCTTTTATCGGAACAATAGTTGACAGAACAAATAGCAGGTTTGGCCGCTTTAGACCGTATCTTTTATTCGGAGCTTTTCCCTTTGTCATATTGGCAATACTCTGTTTTACAACCCCGGATTTTTCGGATATGGGGAAATTAATATATGCCTATATCACCTATGTCGGCTTGTCGCTTACATACACCATGATAAACGTGCCATATGGCGCGTTAACATCTGCAATGACCAGAAATAATCAAGAAGTTGTTAGTATAACGTCTGTCCGTATGTTATTTGCGAATCTTGGGGGACTTGTCGTTGCATTTTTTGTTCCCTTACTGGCTGCTTATTTAAGCGATACTTCCGGCAGCGAATCTCTTGGCTGGCAGCTAACCATGGGTATTATGGGAGTTATAGGCGGGTGCCTTTTAATCTTTTGTTTTAAAAGCACAAAAGAGCGTGTCACGCTTCAAAAATCCGAAGAAAAAATTAAATTTTCGGATATATTTGAGCAATTTCGTGTGAATCGGCCTCTAGTTGTATTAAGTATTTTCTTTATTATTATTTTTGGAGTGAATTCAATCAGTAATTCGGTTGGCATCTATTACGTAACATATAATTTAGAAAGAGCGGATTTAGTGAAGTGGTACGGTTTGTTGGGAAGTTTGCCTGCTTTGGTCATTTTACCGTTTATTCCAAAGCTTCATCAATTATTAGGGAAGAAGAAATTACTAAACTATGCATTATTACTGAATATGATCGGCCTCTTAGCTTTACTTTTCGTTCCGTCAAGTAATGTATTCCTCATACTTTCCTTTCGATTACTGGCCGCTGCCGGAAGTCTCACTGCCGGGGGATATATGTGGGCGCTTATTCCTGAAACAATAGAATATGGAGAGTATAAGACCGGGAAAAGAATGGGCGGTCTCATATACGCTATTATCGGATTTTTCTTTAAATTCGGTATGGCTTTGGGAGGGGTTGTACCGGGTTTGGTTCTAGATCAGTTTGGATATGTGGCAAATCAGGTGCAAACGCCGGAGGCATTGACGGGAATTTTAATTACAACAACCATTATTCCCGTGTTCTTACTGGTTCTGGCCATGATTGATATTAATTTCTATAACTTAGATGAGAAAAAATATAAAAGCATGGTTCGAGAATTAGAGAATAGAGACAAAGTTTATTTGGATCATATTGACGATTTCAAAGCTTAA MLSENVKKISMVEKVGYASGDFACNLIYATVSTYLLFFYTDVFGLSAAAAGTMFLVVRIIDALADPFIGTIVDRTNSRFGRFRPYLLFGAFPFVILAILCFTTPDFSDMGKLIYAYITYVGLSLTYTMINVPYGALTSAMTRNNQEVVSITSVRMLFANLGGLVVAFFVPLLAAYLSDTSGSESLGWQLTMGIMGVIGGCLLIFCFKSTKERVTLQKSEEKIKFSDIFEQFRVNRPLVVLSIFFIIIFGVNSISNSVGIYYVTYNLERADLVKWYGLLGSLPALVILPFIPKLHQLLGKKKLLNYALLLNMIGLLALLFVPSSNVFLILSFRLLAAAGSLTAGGYMWALIPETIEYGEYKTGKRMGGLIYAIIGFFFKFGMALGGVVPGLVLDQFGYVANQVQTPEALTGILITTTIIPVFLLVLAMIDINFYNLDEKKYKSMVRELENRDKVYLDHIDDFKA PGPT0014410_1683 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-COLANIC_ACID_METABOLISM CE-EPS-CAPSULAR_COLANIC_ACID_BIOSYNTHESIS,PGPT0014410-TC_GPH|yihO|xynP-K03292 NA NA D1-12_00937 1602 xynB COG3507 Beta-xylosidase ATGAAGATTATCAATCCAGTACTTAAAGGATTCAACCCCGATCCGAGTATTTGCAGGGTTGGAGAGGATTATTATATCGCTGTATCTACATTTGAGTGGTTTCCGGGAGTCCAGATACACCACTCAAAAGATTTAGTCAATTGGCACTTAGTTGCACATCCATTACAGAGAGTATCGCAATTAGACATGAAAGGAAATCCTAATTCAGGCGGGGTCTGGGCGCCATGTTTAAGTTACAGTGACGGAAAGTTTTGGCTGATCTATACGGATGTTAAGGTCGTAGATGGCGCCTGGAAAGATTGTCACAATTATTTAGTGACTTGTGACACGATTAATGGTGAGTGGGGGGAGCCGATACCATTAAACAGCTCGGGTTTTGATGCTTCTTTGTTCCATGATACGGATGGAAAAAAATATTTATTAAATATGTTATGGGATCAGCGTATTGATCGGCACTCCTTTGGAGGCATTGTCATGCAGGAATATTCTGATAAGGAGCAAAAACTAATCGGTAAACCGAAAGTGATATTTAAAGGAACTGAAAGAAAGCTGACAGAAGCGCCGCACCTTTACCGTATCGGGAACTATTATTATTTATTAACCGCAGAAGGAGGAACGCGGTTCGAACATGCTGCTACAATTGCCCGTTCTGCAAATATTGAGGGTCCATATGAAGTTCATCCTGATAATCCTATCTTAACGTCATGGCATACGCCGGAAAATCCGCTGCAAAAATGCGGACATGCATCCATTGTACAAACACATACAGGTGAGTGGTATTTAGCTCATTTAACGGGACGTCCCATTCATCCGGACAATGATTCAATTTTTCAGCAGAGAGGATATTGTCCTCTAGGCAGAGAAACAGCTATTCAAAAGCTCTATTGGAAAGATGAATGGCCTTATGTAGCAGGCGGAAAAGAAGGGAGCTTGGAGGTGGATGCGCCTTCTATACCCGAAACCATGTTTGAAGCAACGTACCCGGAAGTTGATGAATTTGAGGATGCAACATTAAATATTAATTTTCAAACGTTAAGAATTCCGTTTACGGAGAAATTAGGATCATTAACTCAAGTGCCAAATCATTTACGATTATACGGCCGTGAATCCTTAACTTCGACATTTACTCAGGCATTTGTAGCCAGACGCTGGCAAAGTCTCCATTTTGAAGCCGAAACGGCTGTTGCGTTTTATCCGGAACATTTTCAGCAAGCCGCTGGATTGGTGAACTATTACAATACAGAGAACTGGACGGCTCTTCAAGTCACGTATGATGAAGAACTTGGCCGTATTCTTGAATTAACGATATGTGATAACTTCTCTTTTTCAAAACCGTTAAAAAATAAAATTGTGATTCCTCGTGAAGTCAAGTATGTCTATTTAAAAGTGAATATTGAAAACGAAAAATATTATTATTTCTATTCATTTAACAACGAAGATTGGCACAAAATTGACATTGCATTGGAATCGAAAAAATTATCAGATGATTACATCCGCGGTGGGGGATTCTTTACAGGAGCTTTTGTGGGGATGCAATGCCAAGATACGAGCGGTCATCATATTCCGGCCGACTTCAGATATTTTCGTTATAAAGAAAAATAA MKIINPVLKGFNPDPSICRVGEDYYIAVSTFEWFPGVQIHHSKDLVNWHLVAHPLQRVSQLDMKGNPNSGGVWAPCLSYSDGKFWLIYTDVKVVDGAWKDCHNYLVTCDTINGEWGEPIPLNSSGFDASLFHDTDGKKYLLNMLWDQRIDRHSFGGIVMQEYSDKEQKLIGKPKVIFKGTERKLTEAPHLYRIGNYYYLLTAEGGTRFEHAATIARSANIEGPYEVHPDNPILTSWHTPENPLQKCGHASIVQTHTGEWYLAHLTGRPIHPDNDSIFQQRGYCPLGRETAIQKLYWKDEWPYVAGGKEGSLEVDAPSIPETMFEATYPEVDEFEDATLNINFQTLRIPFTEKLGSLTQVPNHLRLYGRESLTSTFTQAFVARRWQSLHFEAETAVAFYPEHFQQAAGLVNYYNTENWTALQVTYDEELGRILELTICDNFSFSKPLKNKIVIPREVKYVYLKVNIENEKYYYFYSFNNEDWHKIDIALESKKLSDDYIRGGGFFTGAFVGMQCQDTSGHHIPADFRYFRYKEK PGPT0018665_1245 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_CELL_WALL|MEMBRANE_DEGRADATION PLANT_DEGRADATIVE_GLYCOSIDASES|GLYCOSYLHYDROLASES PLANT_DEGRADATIVE_GS|GH-XYLOSIDASE,PGPT0018665-xynB-K01198 NA NA D1-12_00938 1155 nagC COG1940 N-acetylglucosamine repressor GTGGATATCGCTGATCAAGCCTTTGTCAAAAAAGTTAACCAAAAGTTATTACTAAACGAAATACTTAAGAATTCTCCTATTTCAAGAGCAAAATTATCTGAAATGACCGGATTAAATAAATCAACTGTTTCGTCACAGGTAAACACTTTAATGAAAGAAAACCTCGTATTTGAAATAGGTCAGGGACAATCCAGCGGCGGCAGAAGACCTGTCATGCTTGTTTTTAATAAAAAAGCAGGATACTCCGTAGGAATAGATGTTGGCGTGGATTATGTTAATGGCATTTTAACAGATCTTGAAGGGACGATCGTCCTTGATCAACACCATCATTTGGAATGCAATTCTCCAGAAATCACTAAAGATATTTTAATTGAGATGATTCATCACTTTATTGCAAATATGCCGCAATCTCCATACGGGCTTATTGGTATAGGTATTTGCGTGCCTGGACTCATTGATAAAGATCAAAAAATTGTTTTCACTCCGAACTCCAACTGGAGAGATATTGACTTAAAATCTTTCATCCGAGAGAAGTTCAATGTGCCCGTTTTTATTGAAAATGAGGCAAATGCCGGCGCATATGGAGAAAAAGTATTTGGTGCGGCAAAAAATCACGATAACATGATTTATGCAAGTATCGGTACAGGAATAGGAATCGGAGTTATAATCAACAATCATTTATATAGAGGGGTTGGCGGATTTTCTGGAGAAATGGGACATATGACAATAGACTTTAAGGGTCCTAAATGCAGCTGCGGAAACCGAGGCTGCTGGGAATTGTATGCTTCAGAGAAGGCTTTATTAACATCTCTTCAGACGAAAGAGAAAAAAGTGTCCAGCCAAGATATCATAGACCTCGCCCATCTGAATGATGTTGGAACTTTACAGGCATTACAGAATTTTGGTTTCTATTTAGGAATAGGCCTGACCAATATTTTAAATACATTTAATCCGCAAGCCATCATTTTAAGAAACAGCATCATTGAATCGCATCCTATGGTTTTACATTCAATTAAAGGTGAAGTGTCATCCAGGGTTTATTCCCAACTAGACAATAGCTATGAATTATTACCATCTATCCTAGGAAAAAATGCACCCGCTTTAGGAATGTCCTCTATTGTGATTGATCATTTTCTCGACATGGTTCATAACTGA MDIADQAFVKKVNQKLLLNEILKNSPISRAKLSEMTGLNKSTVSSQVNTLMKENLVFEIGQGQSSGGRRPVMLVFNKKAGYSVGIDVGVDYVNGILTDLEGTIVLDQHHHLECNSPEITKDILIEMIHHFIANMPQSPYGLIGIGICVPGLIDKDQKIVFTPNSNWRDIDLKSFIREKFNVPVFIENEANAGAYGEKVFGAAKNHDNMIYASIGTGIGIGVIINNHLYRGVGGFSGEMGHMTIDFKGPKCSCGNRGCWELYASEKALLTSLQTKEKKVSSQDIIDLAHLNDVGTLQALQNFGFYLGIGLTNILNTFNPQAIILRNSIIESHPMVLHSIKGEVSSRVYSQLDNSYELLPSILGKNAPALGMSSIVIDHFLDMVHN PGPT0018870_501 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO|NUCLEOTIDE_SUGAR_UTILIZATION PLANT_DERIVED_GLUCOSAMINE|GLUCOSAMINATE_DEGRADATION,PGPT0018870-nagC-K02565 NA NA D1-12_00939 1335 xylA Xylose isomerase ATGGCTCACTCTCATTCCGGTTCAGTCAACTATTTTGAAAGCGTAAACAAAGTGATTTACGAAGGGAAAGAATCCACGAATCCTTTAGCATTTAAATACTATAATTCTCAAGAAGTAATTGGCGGAAAAACGATGAAAGAGCATTTGCGATTTTCTATTGCCTATTGGCATACATTTACCGCTGACGGAACAGACATTTTTGGCGCAGCTACGATGCAGAGACCGTGGGATCACTATAAAGGCATGGATCTGGCGAGAGCGAGGGTAGATGCAGCGTTTGAGCTGTTTGAAAAACTGGATGCGCCATTTTTTGCTTTTCATGACCGGGATATCGCACCGGAAGGAAGTACGTTAAAAGAGACAAATCAAAATCTGGATATAATCGTGGACATGATAAAAGACTACATGAGAACCAGCGGCGTTAAGTTATTATGGAATACTGCAAACATGTTTACGAATCCCCGTTTCGTCCATGGTGCGGCGACTTCTTGTAATGCAGATGTATTTGCGTATGCCGCAGCCCAAGTAAAAAAAGGATTAGAAACAGCAAAAGAGCTTGGCGCGGAGAACTATGTATTTTGGGGCGGACGTGAAGGGTACGAAACTTTGTTAAATACCGATTTAAAATTTGAGCTTGATAATATGGCCAGATTTATGCATATGGCAGTGGATTATGCGAAGGAAATCGGGTATACAGGGCAGTTTTTGATTGAACCAAAACCAAAAGAGCCGACCACCCATCAATATGATACGGACGCAGCAACAACCATTGCCTTTTTAAAGCAATATGGCTTAGACAATCATTTTAAATTAAATCTCGAAGCCAATCATGCCACATTAGCCGGGCATACATTCGAACATGAATTACGCATGGCGAGAGTGCATGGCCTTCTTGGCTCTGTTGACGCGAATCAGGGTGATCCGCTTTTAGGCTGGGACACAGATGAATTTCCGACAGATTTATATTCTGCGACATTAGCAATGTACGAAATCCTGCAAAATGGCGGTCTTGGAAGCGGCGGATTAAACTTTGACGCAAAGGTCAGGAGATCTTCTTTTGAGCCTGATGATTTACTATATGCCCATGTTGCAGGGATGGATACATTTGCAAGAGGGTTGAAAGCCGCCCACAAATTAATCGAAGATCGTGTGTTTGAAGATGTGATTCAACACCGTTACCGCAGCTTTACTGAAGGGATTGGTCTTGAAATTGCAGAAGGAAGAGCTGATTTTAAGACACTTGAGCAATATGCGCTAAACAAGCCAATTAAAAACGAATCAGGGAGACAGGAGCGGTTAAAAGCGATATTAAATCAATACATTTTACAGGTATAA MAHSHSGSVNYFESVNKVIYEGKESTNPLAFKYYNSQEVIGGKTMKEHLRFSIAYWHTFTADGTDIFGAATMQRPWDHYKGMDLARARVDAAFELFEKLDAPFFAFHDRDIAPEGSTLKETNQNLDIIVDMIKDYMRTSGVKLLWNTANMFTNPRFVHGAATSCNADVFAYAAAQVKKGLETAKELGAENYVFWGGREGYETLLNTDLKFELDNMARFMHMAVDYAKEIGYTGQFLIEPKPKEPTTHQYDTDAATTIAFLKQYGLDNHFKLNLEANHATLAGHTFEHELRMARVHGLLGSVDANQGDPLLGWDTDEFPTDLYSATLAMYEILQNGGLGSGGLNFDAKVRRSSFEPDDLLYAHVAGMDTFARGLKAAHKLIEDRVFEDVIQHRYRSFTEGIGLEIAEGRADFKTLEQYALNKPIKNESGRQERLKAILNQYILQV PGPT0017550_299 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 D1-12_00940 129 hypothetical protein ATGAAAAAAGAAGCTCCAGATCCCGCTGTGAAAAAAATGCAGGCAGCCAAGTTCCCGGAATTGCCCGTCATGAAGTTACTGTTATGGCGGGTCATTTCAATGGGGATCTATTTAGAGAGGAAGGAGTGA MKKEAPDPAVKKMQAAKFPELPVMKLLLWRVISMGIYLERKE NA NA NA NA NA D1-12_00941 1500 xylB_1 COG1070 Xylulose kinase ATGAAGTATGTCATTGGAATAGACCTTGGAACGAGTGCCGTTAAAACCATTTTAGTCAATCAAAACGGCAAGGTTTGTGCAGAAACGTCCAAAAGTTACCCGCTCATCCAAGAGAAGGCGGGATATAGTGAGCAAAATCCTGAAGACTGGGTGCAGCAAACAATTGAAGCATTGGCTGAATTGATTTCGATATCCAACGTTCAAGCCGGGGATATTGACGGGATTAGCTATTCAGGACAAATGCATGGGTTAGTACTGCTTGACCAAGATCGGCGGGTGCTGCGTCATGCGATTCTTTGGAATGATACCAGAACGACGCCTCAATGTAACAGGATTACCGAGACATTTGGCGATCATCTGCTTGATATCACAAAAAACCGTGTCCTTGAAGGGTTTACATTACCTAAAATGTTATGGGTGAAGGAACATGAGCCTGAACTTTTTCACAAAACCGCTGTTTTTTTGCTTCCGAAAGACTATGTGAGATTCCGCATGACTGGCGCCATTCACACCGAATACTCCGATGCGGCGGGAACGTTACTTTTACATATGACCCGCAAAGAGTGGAGCGATGAGATTTGCAATCAATTTGGTATTTCAGCGGAAATTTGTCCTCCGCTTGTTGAATCCCATGACTGTGTAGGATCGCTGCTTCCGAGCGTTGCGGCGGAGACTGGGCTGTTGGAAAAAACAAAAGTGTACGCCGGGGGAGCAGATAATGCTTGCGGTGCTGTCGGAGCCGGTATTCTTTCTTCCGGAAAAACGTTATGCAGCATTGGGACGTCAGGAGTCATACTTTCCTGTGAAGAAGACAAAGAAAGAGATTTTAAAGGGAAAGTGCACTTTTTTAATCATGGAAAAAAGGATTCATTTTATACGATGGGGGTCACGCTCGCTGCAGGGTACAGCTTGGACTGGTTTAAAAAAACGTTTGCGCCAAACGAATCGTTTGAACAATTATTGCGGGGAGTGGAATCTGTTCCGATAGGAGCAAATGGACTGCTGTACACTCCTTACTTAGTCGGTGAAAGAACGCCGCATGCTGATTCATCTATTCGGGGAAGCTTGATCGGAATGGACGGAGCCCATAAAAGAGAGCACTTTTTGAGGGCGATAATGGAAGGCATCACATTCTCTTTATATGAATCAATTGAGCTATTCCGCGAAGCGGGAAAATCAGTTGATACGGTTGTCTCTATTGGCGGGGGAGCTAAAAATGAAACGTGGCTTCAAATGCAAGCTGATATTTTCAATACGAGGGTGGTTAAGTTAGAAAATGAACAAGGTCCCGCCATGGGGGCTGCGATGTTAGCTGCCTTCGGAAGCGGGTGGTTTGACTCTCTTGAAGAATGTGCAGAGCAGTTCATTCATGAAGCAGCTGCATTTTATCCAAAAGAACAAAATGTTCAAAAATATAAAACACTATTCGAGTTGTATAAGAACATTTACGTTCACACAAAAGATCTCAATACAGCTTTAAAGAGCTTTAGACAAAAATGA MKYVIGIDLGTSAVKTILVNQNGKVCAETSKSYPLIQEKAGYSEQNPEDWVQQTIEALAELISISNVQAGDIDGISYSGQMHGLVLLDQDRRVLRHAILWNDTRTTPQCNRITETFGDHLLDITKNRVLEGFTLPKMLWVKEHEPELFHKTAVFLLPKDYVRFRMTGAIHTEYSDAAGTLLLHMTRKEWSDEICNQFGISAEICPPLVESHDCVGSLLPSVAAETGLLEKTKVYAGGADNACGAVGAGILSSGKTLCSIGTSGVILSCEEDKERDFKGKVHFFNHGKKDSFYTMGVTLAAGYSLDWFKKTFAPNESFEQLLRGVESVPIGANGLLYTPYLVGERTPHADSSIRGSLIGMDGAHKREHFLRAIMEGITFSLYESIELFREAGKSVDTVVSIGGGAKNETWLQMQADIFNTRVVKLENEQGPAMGAAMLAAFGSGWFDSLEECAEQFIHEAAAFYPKEQNVQKYKTLFELYKNIYVHTKDLNTALKSFRQK PGPT0017535_1452 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 D1-12_00943 2598 rphC rifamycin-inactivating phosphotransferase RphC ATGAGTTCTTTGGTTCTCGGCATTCACGAAATTGAAAAAACACAGCCTTTGCTCGTTGGAGGAAAAGGGTTACATTTAGGGGAATTATCAAAAATTCAAGGAATACAAGTACCGGAAGGATTTTGTGTCACAACCGCAGGATATCAAAAAGCCATTGAACAAAATGAAACATTACAAGCGCTGTTGGATCAACTGACCATGCTGAAAGTGGAGAATCGGGATCAAATTGGTGAAGTCAGCAAAAAAATCCGGCAAACCATTATGGAAACAGAAATTCCTTCAGATGTAGTCAAAGCAGTTGCTTGCCATCTCTCCCGGTTCGGCGAAGAACATGCCTATGCCGTACGTTCCAGTGCGACAGCTGAGGATTTACCGCATGCCTCTTTTGCCGGTCAACAAGACACCTATTTAAATATTACCGGCGTCGATGCGATCTTGAAGCATATCAGTAAATGTTGGGCGTCTCTATTTACGGATCGCGCGGTCATTTACCGTATGCAAAATGGATTTGATCACAGCCAAGTTTATTTATCCGTTATCATCCAAAGGATGGTGTTCCCTCAGGCTTCGGGAATTTTATTTACCGCTGATCCGATAACCGGAAACCGAAAGCTGCTATCCATCGATGCCGGTTTTGGACTTGGTGAAGCACTTGTCTCCGGCTTAGTCTCTGCCGATTGTTATAAAGTACAGGACGGGCAAATCGTCGATAAGAGAATAGAAACTAAAAAATTGGCTATCTATGGACGAAAAGAAGGCGGAACAGAAACACAGGAGATCGCTCTTGATCAGCAAAAGATTCAAACACTGACTGATGAACAAATTTTACAGCTGGCACGTATCGGGAGACAGATCGAAGCTCATTTCGGCCAGCCGCAAGATATCGAATGGTGTTTGGACCGCGATACTTTTTATATTGTTCAAAGTCGTCCGATCACAACGTTATACCCCGTTCCTGAAGCGAACGATCAAGAAAATCACGTCTATATCTCTGTTGGTCATCAGCAAATGATGACGGATCCCATAAAACCCCTTGGATTGTCTTTTTTTCTGTTGACGACTGCTGCACCCATGCGTCAAGCCGGCGGAAGGCTATTCGTTGATGTCACACATCAACTGGCATCTCCTAATGTCAGAGAAGTTTTCTTAAAAGGCATGGGGCAGCACGATCCGCTCTTAAAAGACGCACTTATGACCATAATAGAGCGAGATGATTTCATTAAGCCGGTACCTGATAAAACGGCACCGATTCCCGGCAAAGGCAATGCAGATATGCCGGAACAAGCTGAAAACGATCCGGCAATTGTTTCTGATTTGATTAAGAGCAGTCAGGCATCGATAGAAGAGTTAAAACAAAACATCCAGACGAAATCAGGATCTGATTTATTTCGTTTTATTTTGGAAGATATCCAGGAATTAAAGAAGATTCTATTTAACCCGAAAAGTTCGGTGTTGATTCGAACTGCAATGGATGCTTCATCATGGATTAACGAAAAAATGAACGAGTGGTTAGGTGAAAAAAACGCAGCAGATACGCTTTCTCAATCTGTACCCCATAATATTACCTCAGAAATGGGGCTTGCGCTATTGGACGTCGCCGATGTGATCCGCCCTTATCCAGAAGTAATTGCCTATTTAGAGAATGTAAAAGATGATCACTTTTTGGATGGGCTGGTGACGTTTGAAGGCGGGCGGGAAACCCGTGACGCTATCTATGCTTATCTCAGCAAGTACGGAATGCGATGTGCCGGAGAAATTGATATGACAAGAACTCGATGGAGCGAAAAACCAACTGCACTTGTCCCTATGATTCTTAATAATCTCAAAAACTTTGAGCCAAATGCCAGCCAGCGGAAATTTGAGCAAGGGCGGCAGGAGGCGTTGAAGAAAGAACAAGAGTTATTAGACCGATTGAAGCAATTACCGGATGGTGAACAAAAAGCCAAAGAAACCAAACGAATGATCCGCATCATCCGGAACTTCAGCGGGTTCAGAGAATATCCAAAATACGGCATGATCAGCCGCTACTTCGTTTATAAGCAGGCTTTACTGAAAGAAGCCGAACAACTCGCAGAAGCGGGCGTTATTCATGAAAAAGAAGACATATACTATCTCACTTTTGAAGAACTTCAGGAAGTCGTACGCACACATAAATTGGATTACCAAATCATCAGCACACGAAAAGGCGAGTACAAAGTATATGAAAAACTATCTCCGCCGCGTGTTATCACATCTGACGGTGAAATCGTTACAGGCGAGTACAAACGAGAAAATCTCCCGGCCGGTGCGATTGCAGGGCTGCCCGTTTCCTCGGGAGTCATAGAAGGGCGGGCACGGGTTATTTTAAACATGGAAGATGCCGATTTGGAAGATGGAGATATATTAGTTACCTCCTATACTGATCCCAGCTGGACGCCATTGTTTGTATCCATAAAAGGCCTGGTCACTGAAGTTGGCGGACTGATGACCCATGGAGCGGTTATCGCGCGTGAATACGGCTTACCTGCAGTTGTTGGAGTTGAAAATGCAACCCAATTGATAAAAGATGGGCAGCGAATCCGCGTTCATGGAACAGAAGGCTCTATTGAAATATTATAA MSSLVLGIHEIEKTQPLLVGGKGLHLGELSKIQGIQVPEGFCVTTAGYQKAIEQNETLQALLDQLTMLKVENRDQIGEVSKKIRQTIMETEIPSDVVKAVACHLSRFGEEHAYAVRSSATAEDLPHASFAGQQDTYLNITGVDAILKHISKCWASLFTDRAVIYRMQNGFDHSQVYLSVIIQRMVFPQASGILFTADPITGNRKLLSIDAGFGLGEALVSGLVSADCYKVQDGQIVDKRIETKKLAIYGRKEGGTETQEIALDQQKIQTLTDEQILQLARIGRQIEAHFGQPQDIEWCLDRDTFYIVQSRPITTLYPVPEANDQENHVYISVGHQQMMTDPIKPLGLSFFLLTTAAPMRQAGGRLFVDVTHQLASPNVREVFLKGMGQHDPLLKDALMTIIERDDFIKPVPDKTAPIPGKGNADMPEQAENDPAIVSDLIKSSQASIEELKQNIQTKSGSDLFRFILEDIQELKKILFNPKSSVLIRTAMDASSWINEKMNEWLGEKNAADTLSQSVPHNITSEMGLALLDVADVIRPYPEVIAYLENVKDDHFLDGLVTFEGGRETRDAIYAYLSKYGMRCAGEIDMTRTRWSEKPTALVPMILNNLKNFEPNASQRKFEQGRQEALKKEQELLDRLKQLPDGEQKAKETKRMIRIIRNFSGFREYPKYGMISRYFVYKQALLKEAEQLAEAGVIHEKEDIYYLTFEELQEVVRTHKLDYQIISTRKGEYKVYEKLSPPRVITSDGEIVTGEYKRENLPAGAIAGLPVSSGVIEGRARVILNMEDADLEDGDILVTSYTDPSWTPLFVSIKGLVTEVGGLMTHGAVIAREYGLPAVVGVENATQLIKDGQRIRVHGTEGSIEIL NA NA NA NA NA D1-12_00944 99 hypothetical protein ATGGGGAACTACGGTGGAAATTACGGTGGAAGCTCTTTCGTATTGATCGTTGTGCTGTTCATTTTGTTAATCATTGTAGGTGCTGCATTCCTTTTCTAG MGNYGGNYGGSSFVLIVVLFILLIIVGAAFLF PGPT0024985_363 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE_OTHER_SPORULATION_RELATED_PROTEINS,PGPT0024985-yjcZ-NA NA NA D1-12_00945 300 hypothetical protein ATGGCCAAACACGCAATAAAACTGTGTATGAAATTGGTGATCATGAAGTTACTTCATCATGCAGAGCCACATACGAAGAGGTACAGGGAAATTATAGTTAACGAAAATATTCATCATTTCCCGGGCAAGCGCAGTATACGACAAATCAAAACAAATCACAAAGGGACGGAAGGAACGATACAAGGAGGCTGCTTGCGGGTTTGTGATGTAGATAAAGTTATAGGCAACGATGACCGGGGCGGCTGCGGATCAACTGAAACGAAGTATATTCCCAAGCAAAGGAGTATTTCTTTAACGTGA MAKHAIKLCMKLVIMKLLHHAEPHTKRYREIIVNENIHHFPGKRSIRQIKTNHKGTEGTIQGGCLRVCDVDKVIGNDDRGGCGSTETKYIPKQRSISLT NA NA NA NA NA D1-12_00946 186 hypothetical protein ATGGGATTAAAAAATTTCTTTAATACTGAGTTAAAATGCTCTATCTGCGGAAAAACATTAAAATCAGGGGATGAGATAACAGCTTATCTTACACTTCCGAGTGAGAAGAAGATGCCTGTGGGGAGAATGGACAAAGTGTTAAGCAAACACTCTGATAAGGTCTGCTGTAAAAAGTGCAGTGAGTAG MGLKNFFNTELKCSICGKTLKSGDEITAYLTLPSEKKMPVGRMDKVLSKHSDKVCCKKCSE NA NA NA NA NA D1-12_00947 168 hypothetical protein ATGAGTCTTATCATTTTAGCATCCATGCTTTTATGGGGTGCAGTGATCCACGAGCTAAACAAACCTTCAAAAAAACAAAGTAAACGAAAAATGATCCCTTTGGTATCCCTCAGTTCTTTATCTACTTTAATCATCACAATTTCGCTTTTTTCTCATTTAATTGGTTGA MSLIILASMLLWGAVIHELNKPSKKQSKRKMIPLVSLSSLSTLIITISLFSHLIG NA NA NA NA NA D1-12_00948 915 hypothetical protein TTGAAATTAGAACGTTTGTTATCAATCATATTCAAGCTCTTACATAATGAAATTTTATCTGCTTCCAGTTTAGCTGATGAATTTCAAGTATCAACGCGGACAATTTATAGAGACATCGAAGCGATTTGTGCAGCTGGAATACCAGTCGTTTCATACCAAGGGGCTAACGGCGGTTTTGGGATAATGAGAGGATACAAATTTGATAAAAGTTTAATCGGTTCTCATGATGTATTGAATTTAATTACAGTATTAAGCAGTTTGTCGAGTGTTTTTGAAGATAAGGAAGTTGAACACACGATAGATAGATTAAAATCTCTGGATACAAGCGAAAGCAGCAGGACTTTGTATGTTAACTTGGAAAGCCTTACAACAAAACCGAATTCATTAATCCGGCTGCGAAAAGCTATACAGGAAAAAAAGGCAGTACGCTTTGATTATGTCAGTAATAAAAATGAATTTACATCACGTGAAGCAGAACCTATCCACCTTCATTATAAGTTTCGTAATTGGTATGTATATGGCTTCTGCAGAGAACGTCAAGATGATAGAGAATTTAGAGTATCACGTATGATGAATATAACGCTTACTCAAGAAGAGTTTTTGCGCAGTCACAAAGTGAAAGATGAACCATCTTATTCAGAATCCGACCTGGGAGGATTTGCGGATGTAGTCATTTGGGTTAATCCTAATTCCATAGCTAAAGTATTAGATCAATTTCAGAACGCTTCAAAAGTCATGAACAGAGATGGAAGTATGACGTTTACAATCTCTGTGTATCGGCCTCAGCATGCCGGATGGCTTAAATCAATTCTTTTAAGCTTTGGCAGTGGCGCTAAAATTATAAAACCGGTGGAACTTCAATCAATTTTAATGGATGAAGCTGAAAAAATAATGAAAATTTATAAAGATGTATGA MKLERLLSIIFKLLHNEILSASSLADEFQVSTRTIYRDIEAICAAGIPVVSYQGANGGFGIMRGYKFDKSLIGSHDVLNLITVLSSLSSVFEDKEVEHTIDRLKSLDTSESSRTLYVNLESLTTKPNSLIRLRKAIQEKKAVRFDYVSNKNEFTSREAEPIHLHYKFRNWYVYGFCRERQDDREFRVSRMMNITLTQEEFLRSHKVKDEPSYSESDLGGFADVVIWVNPNSIAKVLDQFQNASKVMNRDGSMTFTISVYRPQHAGWLKSILLSFGSGAKIIKPVELQSILMDEAEKIMKIYKDV NA NA NA NA NA D1-12_00949 501 hypothetical protein ATGAACCATGCGAAAAATATGTATCAGTACCATGTTTGGGCGAATAAAGCGTTATTAGAAAGAATAAAGGAATTACCAAGTAATGTCCTTTATGAAGAGGTTCACAGTTCATATCCTACAATTGCTCAAACGTTCAGTCACATCTGCGCGGTGGATGTTATGTGGTTGCAAGTACTTAAAGGAATAGACATGCAGGAAGCATTGGAAGCTTCTATGGGTTATTCAGAAAGGGCTCATTTATATTCTGCAGATGAATTTGCGGCGTCTTATGAAGAACTGGCTTCACAGTTTGAAGAATGGATGAATAGCCAAACAGATTTAGAACAAAAAATGAACTTAAATAATCCTTGGTTAGGTTACAGAGAAACTGCTTACTCAGAAATTTTATTCCATGTTGCCAATCACGGAACTTATCATCGGGGCAGCATAACAACTATGTTAAGACAGCAGGGCTACGCTTCGGCAATGACTGACCTTGCATTATATTGGTATCAGGGTTAG MNHAKNMYQYHVWANKALLERIKELPSNVLYEEVHSSYPTIAQTFSHICAVDVMWLQVLKGIDMQEALEASMGYSERAHLYSADEFAASYEELASQFEEWMNSQTDLEQKMNLNNPWLGYRETAYSEILFHVANHGTYHRGSITTMLRQQGYASAMTDLALYWYQG NA NA NA NA NA D1-12_00950 1017 adh Alcohol dehydrogenase TTGAAAGCAGTAGTAGCAACAAAAGACAAAAGTATAGCGATCGTACAAAAAGAATTACGTCCTTTGCGACATGGTGAAGCCAAAGTTAAGATGGAATACTGCGGTGTATGTCATACTGACTTACATGTTAAAAATGCTGATTTCGGGGATGTTACAGGCGTCACTTTAGGTCATGAGGGAATCGGCATTGTAACTGAGATTGGTGAAGGTGTAACAAGCCTGAAAAAGGGCGACCGCGTCTCTATTGCCTGGATGTTTGAAAGCTGCGGCTGCTGTGAATATTGCCTAACTGGCCGTGAAACCTTGTGCCGGGATGTAAAAAATGCCGGCTATACAGTTGACGGCGCAATGGCTGAAGAAGCAATCGTAGCGGTTGATTATGCAATAAAGGTGCCGGAAAATTTAGATCCTGCAGCAGCAAGCAGCATTACTTGTGCAGGTGTAACAACTTATAAAGCGGTTAAAGTCAGTGAAATTAAACCAGGTCAATGGATCGGTGTATTTGGAGTCGGCGGTTTAGGCAACTTGGCTGTTCAATATGCAAAAAATGTCTTTAACGCTAAAGTAATTGCTTTCGACATTAGCGATGAAAAATTGAATTTTGCTAAGAGCTTAGGCGCTGATGCGGTTGTAAACAGTTTAAACGAAGACCCCGTCGCTAAAGCAAAAGAAGTGACTAACGATTCAGGGCTTGATGCTGTGGTCATCACGGCTGTCTCTAAAACCCCTTTCAATCAAGCGATTGATGTTGTAAAAGCAGGAGCCCGTGTAGTCGCTGTCGGTTTACCGGTGGACAAAATGGATTTAGATATTCCCCGTCTCGTGTTAGATGGGATTCAGGTAGTAGGTTCATTAGTAGGTACCAGAGAAGATTTGAAGGAAGCTTTTCAATTTGCCGCAGACGGTAAAGTTGTACCTAAAGTGACAAAGCGCCCGATTGAAGATGTGAATGATATTTTTGAAGAAATGGAGCAAGGTAAAGTGACCGGCCGCATGGTTATCGATTTTACTTCCTAA MKAVVATKDKSIAIVQKELRPLRHGEAKVKMEYCGVCHTDLHVKNADFGDVTGVTLGHEGIGIVTEIGEGVTSLKKGDRVSIAWMFESCGCCEYCLTGRETLCRDVKNAGYTVDGAMAEEAIVAVDYAIKVPENLDPAAASSITCAGVTTYKAVKVSEIKPGQWIGVFGVGGLGNLAVQYAKNVFNAKVIAFDISDEKLNFAKSLGADAVVNSLNEDPVAKAKEVTNDSGLDAVVITAVSKTPFNQAIDVVKAGARVVAVGLPVDKMDLDIPRLVLDGIQVVGSLVGTREDLKEAFQFAADGKVVPKVTKRPIEDVNDIFEEMEQGKVTGRMVIDFTS PGPT0006365_2075 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_LIPID_METABOLISM PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0006365-adhP-K13953 NA NA D1-12_00951 273 hypothetical protein TTGACAATCACCGGCTCACTAAGTTTGCGCCCTTTATCAGCTTATATCGGAAACAATGTAAGTGTCGGACATGATGCTCTCATTCATGGCCCTCTTGGAAATCACACGTTCATCGGTTTTAAGGCAATCGTATACAATGCAATTATAGGAAAAGGATCATTTATTTCATACAATGCTGTTATCACAAATGGTGTACGAATTGCACCGAATCGGTTCGTTCCTCCAGGTGCCGACATAGATACACAAAAAAATCTGACAGACTCAGACGAGTGA MTITGSLSLRPLSAYIGNNVSVGHDALIHGPLGNHTFIGFKAIVYNAIIGKGSFISYNAVITNGVRIAPNRFVPPGADIDTQKNLTDSDE PGPT0003020_380 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-SULFATE|THIOSULFATE_TRANSPORT,PGPT0003020-TC_SULP-K03321 NA NA D1-12_00952 123 hypothetical protein ATGGGCTGTTTTTATCAAGCGGCAGGCAAACCATTTTACAAACAAATTCCTCAAGCGGTTTTTATAACCGAAGAAATCAGTGCTTTGGATAAACGCTGTAAGAAAGACTTTCTGTTTAAATAA MGCFYQAAGKPFYKQIPQAVFITEEISALDKRCKKDFLFK NA NA NA NA NA D1-12_00953 204 hypothetical protein ATGAATGGTATAGAATTCTTAGAATCTGTGTCGCGACTTGGACAACTCATTTTGGTGTTTTCCTGCTACGCCGTTTATTGGAAATTGGGTAAAACGAAAAGGGAGCGAAGACTTACAAAATTCGAAGCTTTGCTTAGGTTCTTTGTAATGTTTGGTCTATCTGCATGGGGGCTGTCGTTTCTTGCTTTGAATTTGTGGTCATAA MNGIEFLESVSRLGQLILVFSCYAVYWKLGKTKRERRLTKFEALLRFFVMFGLSAWGLSFLALNLWS NA NA NA NA NA D1-12_00954 429 hypothetical protein ATGTATTTTGATAAAAAGCAGGTGAACTATATGGAAGCAGCGTCTTGGAGCAAAAGTCAAAGCTGTACCTACACATTGGCTTTTTCAAGTTTGTCGTATGGTTTGATCTTCGGGCTATATATGTTTGTATACTCGGGTTTTGTGCCATTTGCATTGGTTACTGTGGTTATCATTGCTTTTTACGCATTCATTACTTACCTTTTGTTTGCTGTTCCTGTGCAACTATGGCTAAGAAAGAAGCCTAAAAAGTTTAGTTTGGTTCATCTTTTCATTTATACAGCAGTCGCTTTTTTAGCTGTGTTCTTGTTCTGGTACATAGATAATCCGCCAATTGATTTCTCAGTTTTTAGAACTTTCATTTATTACATAATGAGCATTGTTGCTGCGTTCATATATTGGTTCTGGGACTCTATATTTCTGAGAAATTAA MYFDKKQVNYMEAASWSKSQSCTYTLAFSSLSYGLIFGLYMFVYSGFVPFALVTVVIIAFYAFITYLLFAVPVQLWLRKKPKKFSLVHLFIYTAVAFLAVFLFWYIDNPPIDFSVFRTFIYYIMSIVAAFIYWFWDSIFLRN NA NA NA NA NA D1-12_00955 756 hypothetical protein ATGGAATACATTGAGTTGACTAGGGACAATATTGATGACAATCATATTTGCTGTGCATTAGGTACGAAACAATATGAGGATGCGGTAAATGAAAAGAAGAGCTGGCTCAAAGATCGAATGAGTGATGGTTTGGTGTTCTATCGCCTAAACGAGCGGGCAAAAGTTTTTATTGAATATTTACCTGCAGAAGAAGCATGGGTTCCGGTAAGCGCACCTAATTTTATGTTTATTAATTGTCTTTGGGTCTCAGGTAAATATAAGAATAACGGGCATGCGAAACACTTGTTAGAAAGATGTGTGTCAGATGCAAAATCCCGCGGTATGGATGGGATAGTTCATATAGTGGGGAAGAAAAAACTCCCTTATTTAAGTGATAAGCATTTCTTCGAGCATATGGGATTTGCTGTGCAAGATGAAGCAGAACCCTATTTTCAGTTGGTGTCACTGACGTGGAATGAACATGCACATCCTCCTGTATTTAAAAAACAGGTGAAAAGTAATTCCGTTAATGATGAGGGAATCACAATATTTTATACATCTCAATGCCCATTTGCAGTCGGATTGTTAAAGGATGTAAAGGAACTGACTGAAAAGAAAGGACTTCATTTTCAGGCCCGGCGAATAACGTCAAAAGATATGGCGCAAAAATCCCCGGCAGTTTGGACGACTTTCAGCGTGTTTTATAATGGGACATTTCTCACTCATGAGATGATGAGCGTGAATAAGTTTGAAAAAATACTCAATAGCTTAATTTAA MEYIELTRDNIDDNHICCALGTKQYEDAVNEKKSWLKDRMSDGLVFYRLNERAKVFIEYLPAEEAWVPVSAPNFMFINCLWVSGKYKNNGHAKHLLERCVSDAKSRGMDGIVHIVGKKKLPYLSDKHFFEHMGFAVQDEAEPYFQLVSLTWNEHAHPPVFKKQVKSNSVNDEGITIFYTSQCPFAVGLLKDVKELTEKKGLHFQARRITSKDMAQKSPAVWTTFSVFYNGTFLTHEMMSVNKFEKILNSLI NA NA NA NA NA D1-12_00956 378 yokI_2 putative ribonuclease YokI ATGAAAGTATTTGAAGCATCTTCGTTCATTTCAGCAGCGGAAAAGCGGGCAAAAGAATATGATCAGGTTAGAGAACAATTTATCAATCTCAGAAAAGCGTTTCAGGAAATGGCTGACTTAGACGACAGTGAGTTTTCAGGCAAAGGCGCCGACAATATCAAAGCCTTTTTCCAGGACCACGCCAGCGTCACGGACAGCTGGCTTGATCTGATCGATATGAAGATTGCTTTTCTTAACAGTATTTCAGGAAAAGTAGCTGATGCCGGATTAGCCGATTCGTTTGTGGAAGAGTCATTTTTAGAACATGAGTTGATTCATGCGAAGAATACATCACAAGCTATCATGCAAGAGCAGCGGAATGAAATGGGATATTCTTAA MKVFEASSFISAAEKRAKEYDQVREQFINLRKAFQEMADLDDSEFSGKGADNIKAFFQDHASVTDSWLDLIDMKIAFLNSISGKVADAGLADSFVEESFLEHELIHAKNTSQAIMQEQRNEMGYS PGPT0027630_14 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM CE-BACTERIAL_FITNESS-YobL-YobK_TOXIN-ANTITOXIN_SYSTEM,PGPT0027630-toxin_yobL-K21487 NA NA D1-12_00957 1440 yobL_1 Ribonuclease YobL ATGAAATGGGATATTCTTAATGAGATAAGTGATATTGTTCATCTTGATGTTTTCTCTACAGAGGATGTCGATCAAAAGCTGGATTCAGCAGACAAGAAACGGGACAATACCATACACAAGCTCGGAAAGCTCGATCATGATCTAACGAAGGAATATGCAGAAACCGAGGCAAATGAACATTTCATTCAGGCAGATTTTCAACAGCTCCAAAACGCAACAGGCCAAGGGAAAAATGCAACACCACTTCACTATAACGCTAAAGCTTACAGGGAAAGTGACATACATAAGAAAAAAGGCGAGATTACAAGACACTCAGACGCTTATCTGACGATTAAGAAGGAAGAAGCGAAAGAGCGGGAAATCAAGGATCTCAAGAAAAAGCTCGCCGACGGTGTGACCGATCCGGATGAATATTTGGAAATGGCGAAGAAGATCGGGTACGAGAACCTTGACCCTTCTCAACAGCAATATGTCATTCAGCTTGAACAAGCACAACAGCTGAAAGAAGCCGGAGAAGTGACTTGGGATATATTAAAAGGAGCCGGTGTCGGCCTTTATGATGTCGGGAAAGACACGGTAACCGGTCTATGGGACTTCATAACCGATCCGGGGGAAACGCTGTCAGCACTGGGGAATGCAGTACTTCATCCTGTTAAAACATATGATGCTGTTAAAGCGGCAATTGAAGAGTCGTATCAAAAGGATATGGTGAACGGAGATGCTTACTCCAGATCAAGATGGGTGACATATGCGGTCGGTTCAGTGGCTGTGGCTGTCGTCGGAACAAAAGGCGCAGGAGCCGTTAACAAAGCTGATGCGGCGGGGAAGGTCATAAACAAGGCAGGACAGGCAGGTCAGAAAATTAAGGACATTAAGATTTCAGATTTGCTTCCTTATAACTCTAAGTATGATCTTGCTCTGGCTGATAACGTACCATACAATGTGGTTAACAGCCAAAACCTTAAAAATGGACTTTTGTCCAATGCAAAGAAATTGGATGAAAGCAGAAAGCCATTTACTGGTCAGAAAGTAAATGTCCCTTGGTTAAATAAAGAGAAGTATGAGGCCTATGAAATAGACGGCAAGGTAAAAGTTAAAGGAGAGCCTAGAGATGTAAGCCGTAGAGTATACACAATGAAAGATATTGAGCTTAATCAAAAAAATCGTAAAGGCTTTACGAATCTTCAACTGATGAAAAATGGTAATGCTCCTTTTGCTAAAGATGGCACGCAAATAAATTTACATCACTTAATTCAAGAAGAGCCTGGTACTATGCTGGAGATACCTGAAAGCTGGCATAATAAGTACAGTGATGTTTTGCATGGATTAAAAGGGAATGGACAGAGTTTTAGAAATGCTCCTGTGCTTGATAAACAATATAAAAGTTTCAGAAGAAGGTATTGGAGATGGAGAGCTCAGCAATTTGAGAATCAAGAATAA MKWDILNEISDIVHLDVFSTEDVDQKLDSADKKRDNTIHKLGKLDHDLTKEYAETEANEHFIQADFQQLQNATGQGKNATPLHYNAKAYRESDIHKKKGEITRHSDAYLTIKKEEAKEREIKDLKKKLADGVTDPDEYLEMAKKIGYENLDPSQQQYVIQLEQAQQLKEAGEVTWDILKGAGVGLYDVGKDTVTGLWDFITDPGETLSALGNAVLHPVKTYDAVKAAIEESYQKDMVNGDAYSRSRWVTYAVGSVAVAVVGTKGAGAVNKADAAGKVINKAGQAGQKIKDIKISDLLPYNSKYDLALADNVPYNVVNSQNLKNGLLSNAKKLDESRKPFTGQKVNVPWLNKEKYEAYEIDGKVKVKGEPRDVSRRVYTMKDIELNQKNRKGFTNLQLMKNGNAPFAKDGTQINLHHLIQEEPGTMLEIPESWHNKYSDVLHGLKGNGQSFRNAPVLDKQYKSFRRRYWRWRAQQFENQE PGPT0027630_14 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM CE-BACTERIAL_FITNESS-YobL-YobK_TOXIN-ANTITOXIN_SYSTEM,PGPT0027630-toxin_yobL-K21487 NA NA D1-12_00958 459 yobK_1 Antitoxin YobK ATGGATTATTCGAAAATAAAAACTTTCTTTGATGAAAATAAAGAAAATTCAATTCTCACGGGGGGAGTCACTGAAGATCAGATTAGAGAAATAGAAGAGGATCTCAATGTAACTCTTCCAGACAGCTATAAATGGTTTTTAACTGAGTATGGTTCAGGGGGAGCATATGGAACAATGATTCTCGGATATGACTCTCACGGCGCTGAAGTTGTCGAACAGACTAATGAATATAAAAAATATTATAACCTTTCCGATGGTCTTGTAGTGATCGAATATGTAGATGAATTTTCTTATTGTCTTGACACTAACAAGTTGAAAAATGGTGAATGCCCTGTCATTCTTTGGGACAACCAAGAGGGATATGGTAAACAAGTTGGTAGTACATTCCTTGAGTTTTTAATAGAAGAACTTGAAGAAGCGAAAGACGACTGGGTCGATGATGAGGACTGGGACGATTAA MDYSKIKTFFDENKENSILTGGVTEDQIREIEEDLNVTLPDSYKWFLTEYGSGGAYGTMILGYDSHGAEVVEQTNEYKKYYNLSDGLVVIEYVDEFSYCLDTNKLKNGECPVILWDNQEGYGKQVGSTFLEFLIEELEEAKDDWVDDEDWDD PGPT0027635_95 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM CE-BACTERIAL_FITNESS-YobL-YobK_TOXIN-ANTITOXIN_SYSTEM,PGPT0027635-antitoxin_yobK-K21488 NA NA D1-12_00959 327 hypothetical protein ATGAGCTTCACTAAGATCGAACAAAAGTTGAAAGAGTTTACGATTGATGCTAGCACAGATCCTAGCATTAATACAAATGAACAACTCAAAGAGCTTGAAATGAACATAGGAAATCAATTACCTTCCGACTATAAGGATTTTTTGAAGGGATATGGAGGCTGTTATTTAGAAAGTAAAAAAACAACAGATGAGATTGAGTATGACGTTTGCTACAAACCTATAGAGAAAGATCCTTGGATGGGCAAGGAAGATGATACACAATTATTAGAGAACTTCTATGGTTTAGCTAACGATCATAACAGTCTCCAAGAAGCAATCAATACTTAA MSFTKIEQKLKEFTIDASTDPSINTNEQLKELEMNIGNQLPSDYKDFLKGYGGCYLESKKTTDEIEYDVCYKPIEKDPWMGKEDDTQLLENFYGLANDHNSLQEAINT NA NA NA NA NA D1-12_00960 195 yolA_1 SPbeta prophage-derived uncharacterized protein YolA ATGGGCTCAAATTCAACCGTCATTAAAGCCAAAGGCGGAAGGAATTTGTTATACAAAGGTGAAGCAAACATATACAAATATGATGCTATACTTGGGCAAAACAGGGTAGTGATAGACATTGAAGTTACAATGAACGAACTTCCTTCAAATGAGATTCAAGTTGAAGGACTTGGAAAAAATGAAAATCATTTATAG MGSNSTVIKAKGGRNLLYKGEANIYKYDAILGQNRVVIDIEVTMNELPSNEIQVEGLGKNENHL NA NA NA NA NA D1-12_00961 291 hypothetical protein TTGAAATCAAATTTAGTTTCGTTTCTATTAGCATTGTCAGGATTTATATTCAGTATTTATATGCAGTCAATGGCTTACTGGAGCAATGACTCTATGTTGTGGTATTGGGTCGGTGCGGTTTTGTCGTATCTATTTGCTGCAGGATCAGTGGTTACTCTGATTCTTAACAAAAACAAAGACTCAATTCTAACAATAAGTTGTCTCTTTTTAATGATTGTAACCGTTATGCTTATTTTAGTCACAACTTTTTGGACGACTTTTATCATTATTGCATGGCAATCTGGGATGTGA MKSNLVSFLLALSGFIFSIYMQSMAYWSNDSMLWYWVGAVLSYLFAAGSVVTLILNKNKDSILTISCLFLMIVTVMLILVTTFWTTFIIIAWQSGM NA NA NA NA NA D1-12_00962 480 hypothetical protein ATGAAAAAACGTAAAGTCATTAAAACATTGCTGGTTATTATCACTGTTCTCATAATAGCAGCCGGATGTGCACTGTTTTCTTTAATTTCAGGAGAAAAAGTTAAATATATCGGCTATAGCCAAAGCAAGACGTGGGAAGCGTCAATCGAAAAATCAGGCAAGACCTCTATCGGCCCTAACTATTTCTTGAATTTGTATTACAGAGGTAATAAAGTGAATGAAAAGAACACGGTGATTAAGAGATTAACATTATTTGTTGACGGCCGGAAATATGGTGAAGATAAAGACTATCATCTTTCAGAATACACCGGAGAGAAATTAGAAGGCGGCGGAACGGGAGAAGACCATATTCAGACGTTTGAATATATGCCGGAAAATGAAGTGATCGGTCATGAAATCACTGTTGAAGCAGTATGGAAAACCGATCATGAGTCCTATTCAGAAAAATTCAACCTGAAAAGAACGCATTGGTATGACTGA MKKRKVIKTLLVIITVLIIAAGCALFSLISGEKVKYIGYSQSKTWEASIEKSGKTSIGPNYFLNLYYRGNKVNEKNTVIKRLTLFVDGRKYGEDKDYHLSEYTGEKLEGGGTGEDHIQTFEYMPENEVIGHEITVEAVWKTDHESYSEKFNLKRTHWYD NA NA NA NA NA D1-12_00963 621 hypothetical protein ATGAAAATAAATGATTATCTGAAGGAAAGGTTCCCGACTTTAAAATTAGTGCCCGGCATTTATCATCAATGGGATGTGGGAATTCATTTTTCTCTCGGCGGCAATATGTATCAATTTAATGAAAGCGGTGCTTTGAATCTTGAGTATTTTCAGCTTGTTCATCATCAAACCGCCGCACTTTTCAATGAGCTGTTTGAACATAGCGATGACTTGTTTCTTGTTGCAAACGTGTATAAGCACAAAACTCAAGGTAATTACGCGAGAAAATTAAAGGTTTATCAGCCGTTTCTGAAGTGTAAGGATGATTTATATCGGATTCAAGTGAAGACCTGTCCATGCCCGGTCGAAGAAGAATATGAAATGCAGCAGTTTTCTTTATTATGTAAACGGAAAGATCTGCGTATCCCCCAATTACTTAAGGCAGCCGTCCACGAAGATTTTCCGCTGAAGCCAAGGTTCGGGGGCTGTTCCGTTGGATATCCTGATGTTTTCTTTGTGAATATGACAAAAGATATTATTTTCTTTCTGTATGATGACAGAGGGTGTGAAGTCATTGCTCTTGATGCCGGAAGAATACGAAAGCTTTATAATCAATATCACGATTGGATTGAATTGGACTGA MKINDYLKERFPTLKLVPGIYHQWDVGIHFSLGGNMYQFNESGALNLEYFQLVHHQTAALFNELFEHSDDLFLVANVYKHKTQGNYARKLKVYQPFLKCKDDLYRIQVKTCPCPVEEEYEMQQFSLLCKRKDLRIPQLLKAAVHEDFPLKPRFGGCSVGYPDVFFVNMTKDIIFFLYDDRGCEVIALDAGRIRKLYNQYHDWIELD NA NA NA NA NA D1-12_00964 1074 tgnB COG2141 Flavin-dependent trigonelline monooxygenase, oxygenase component GTGAGGGCTGAACAACGTGATTGTATGGAAATTGGAATTTATTCATTTGCAGAATTATATCCCGATCCTCTGACAGGGAAAACAGTCAGCGCAAAGCAGCGGATAGATGAATTGATGAAGCTGGCGAAATTGGCTGACGACGCAGGGCTTGATGTATTCGGTGTAGGCGAGCATCATCGTCTTGATTATGCGGTATCTTCGCCGCCGGCCATCTTATCAGCGATTTCACAGATCACTGAAAATATTAAGCTGACCAGTGCCACGACTGTATTATCCACCGCAGATCCCGTCCGTTTATTTGAGGATTTTGCAACGCTTGATCTGATTTCAGACGGCCGGGCGGAAATCATTGCGGGACGGGGCGCATTTTTAGACTCGTTTCCTCTTTTCGGTTATGACGTAGGCCATTATAAAGAACTGTTTGAAGAACACATTGACCTTTTTTTAAAATTAAATTCCGGGGAAGAATCGGTTACCTGGAAAGGACGTTACCGGCCGCCGCTGCGCGAGGCAGAAATTTCTCCTCGGCCTTTTCGCGGAAGCATTCCGCTATGGTTAGGTGTTTCGGGGACTCCGGAAAGCGCAGAACGGGCCGGGCGGGCCGGTGCGGGTTTGGCATTAGCTGTACTGAGCGGTGATCCGGTGTCATCTAAGCCGCTTGTTGACAAATACCGGGAAGCGGCTTCTAAAGCCGGTCATCCTCCGGAAAATGTGAAGGTTGCCGTAAGCGGACATATGTTCATTTCAAAAACGAATGAACAGGCAATACAAGAATTTTACCCGTATCATTCAAATTACTGGTCTCATGTTCATTCATATCACGGGATCGATGAGCCTTTAACGAAGGAAGATTTTGAACGGGCGTCCGGAAAAGAAACAGCTTTATTTGTGGGAAGCTCACAGCAGATCATTGAAAAAATCATGCATCAATACGAGTTATTCGGACATCAGCGATTTCTCGCGCAAATCGATATAGGAGGTATGCCGTTTAAAAAAGCCGCGGAAAACATCGAACGATTAGCAGCGGAAGTAGCACCGGTTATCCGAAAAGAAACCGGCAAATCCAGCGAATGA MRAEQRDCMEIGIYSFAELYPDPLTGKTVSAKQRIDELMKLAKLADDAGLDVFGVGEHHRLDYAVSSPPAILSAISQITENIKLTSATTVLSTADPVRLFEDFATLDLISDGRAEIIAGRGAFLDSFPLFGYDVGHYKELFEEHIDLFLKLNSGEESVTWKGRYRPPLREAEISPRPFRGSIPLWLGVSGTPESAERAGRAGAGLALAVLSGDPVSSKPLVDKYREAASKAGHPPENVKVAVSGHMFISKTNEQAIQEFYPYHSNYWSHVHSYHGIDEPLTKEDFERASGKETALFVGSSQQIIEKIMHQYELFGHQRFLAQIDIGGMPFKKAAENIERLAAEVAPVIRKETGKSSE NA NA NA NA NA D1-12_00965 621 gbpA COG3397 GlcNAc-binding protein A ATGAAGGGTTTAGTCAAAGCTGCAGTTTTAACTGTTACTCTTGGTATTGGAGGCGCTTTCTATTCAAGTGATGCATCTGCGCACGGGTATATAAAAGAGCCCGTCAGCAGAGCGTACATGGGGGCATTAGAGAAACAAACATTGGGCTGGACGGCCGCTGCGCAGAAATATGGCTCCGTCATTGATAATCCTCAGTCTGTAGAAGGGCCGAAAGGGTTTCCGGCTGCAGGTCCGCCGGATGGAAGAATTGCGTCTGCAAATGGGGGATCGGGACAAATTGACTTCGGTTTAGACAAGCAGACTGCAGATTATTGGGTAAAACAAAACATCCGCGGCGGTTTTAACACCTTTACTTGGTACTACACGGCCCCTCATGCGACATCAAAGTGGCACTATTATATCACCAAGAAAAACTGGAATCCGAATAAACCTTTGTCAAGAGATGAATTCGAATTAATCGGAACGGTAAACCACGACGGTTCCAAGGCAGATACGAATCTGACTCATAAGATTTTTGTGCCGACTGATCGAAGCGGGTATCATGTCATTTTAGGGGTATGGGACGTTGCGGATACTTCCAATGCCTTCTATAACGTCATCGATGTAAACCTTACACAATAA MKGLVKAAVLTVTLGIGGAFYSSDASAHGYIKEPVSRAYMGALEKQTLGWTAAAQKYGSVIDNPQSVEGPKGFPAAGPPDGRIASANGGSGQIDFGLDKQTADYWVKQNIRGGFNTFTWYYTAPHATSKWHYYITKKNWNPNKPLSRDEFELIGTVNHDGSKADTNLTHKIFVPTDRSGYHVILGVWDVADTSNAFYNVIDVNLTQ NA NA NA NA NA D1-12_00966 99 hypothetical protein ATGGGATTCTCAGGTGGTTATGGTAGCTCCTTTGCGTTAATCGTGGTGCTATTCATTTTATTAATCATCGTTGGGGCTTCTTTCCTCGGCGGTTATTAA MGFSGGYGSSFALIVVLFILLIIVGASFLGGY PGPT0024985_359 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE_OTHER_SPORULATION_RELATED_PROTEINS,PGPT0024985-yjcZ-NA NA NA D1-12_00967 540 IS1595 family transposase ISSpgl1 ATGCTTCCTGTAATAGAAACGGACAGACTTATTCTTAGAGAAGTTGAAAAGAAAGATACAAAGCAAATATTTGCTTGTTTTTCAAATACAAATGTAACACGCTATTATGGTTTGGAACCTTTTGATTCAATGGAACAGGCTGAAAAAATGATTGGCTGGTTTAAAGATCAATATCATGATAAAAAGGGAATGCGATGGGGAATCGAGAGGAAAGATGCGAAGGGAATAATCGGAACTATTGGTTTTAACTCTTGGGTGCCCAAGCATAAGCGGGCGGAGATCGGTTATGAGATTCATCCGAATTATTGGAGGAATGGCTATGCTTTTGAAGCGTTGGAGAATGTTCTTTCTTTTGGGTTTGAAAAGCTTGGGCTGCATCGTATAGGCGCTGTTGTTTTCATTGAGAATGCAGCGTCTCATCAATTACTGATAAAGGCGGGGTTTCAATCTGAAGGAATTTTGAGAAGATATATGTATCAAAACGGACTGCTCCATGATACACGTGTATATTCTATACTGAATGAGATCGTTAACGAATAA MLPVIETDRLILREVEKKDTKQIFACFSNTNVTRYYGLEPFDSMEQAEKMIGWFKDQYHDKKGMRWGIERKDAKGIIGTIGFNSWVPKHKRAEIGYEIHPNYWRNGYAFEALENVLSFGFEKLGLHRIGAVVFIENAASHQLLIKAGFQSEGILRRYMYQNGLLHDTRVYSILNEIVNE NA NA NA NA NA D1-12_00968 372 hypothetical protein TTGAAAGAAACGATTCCGATAATCACTAACAAGATGATGAACACCAATATGCTCCACAACATTATTTTTAAAGACTTTGACATGGCATACCCTCACTTTGAAAGACTTTACCGGGGCTGCGATCGGAGCCCGCACTTCAAGTATAGTCGTTATAACGGTGAAAAATGTGCAGTATCCCGTTATCAAAATAAAAACTTGCGGGCGCTGCCGCAAGTTTTCTCCGTATTAAGGTCTGTGGAATTCAATATGCTGATTATCACGATCGAACCACCCTCTGAATGCCCAATTGATCCAGCCCCCGTCCCCTTTGTTATCGAAGGACCCGTCTTCGAAGACCCAGATTCCGTAAGTAATGCCGTCATAAACGGCTGA MKETIPIITNKMMNTNMLHNIIFKDFDMAYPHFERLYRGCDRSPHFKYSRYNGEKCAVSRYQNKNLRALPQVFSVLRSVEFNMLIITIEPPSECPIDPAPVPFVIEGPVFEDPDSVSNAVING NA NA NA NA NA D1-12_00969 537 yvgO_1 Stress response protein YvgO ATGAAAATCGCCAGAACGATAGTCGGATCATGCTTAGCTTTATCTCTAACAATTCCTTTCACAGCCAGTGCCTCAGCAGCCAGTCAGTCTGAACACGCAAACGCGCCTCACGTTTCACCCGTTGCAAATCCGTTAGAAAATAAATTATCCCAAACAGCAGACCAAAACGTAAAAGCAGCAGGTGTTGATGCTGGGCTGAACGTAAACGTAGATGTTCTCGGAATCTCAGATCGCATTGCTGAAGCGGTTAAGTCAGATCAAAACCGAACCGGCTGGGTAAAAAATGTTATGGAAACAACATTTTACGCATCAGGACAGAAGTACAACGTCATGGTGTTCAATTTAAATCAAGAATATGAAGACCGCTTTAACGGCGTTCAGTTTTACGGATCAGCCGTTTATGACGGCATTACTTACGGAATCTGGGTCTTCGAAGACGGGTCCTTCGATAACAAAGGGGACGGGGGCTGGATCAATTGGGCATTCAGAGGGTGGTTCGATCGTGATAATCAGCATATTGAATTCCACAGACCTTAA MKIARTIVGSCLALSLTIPFTASASAASQSEHANAPHVSPVANPLENKLSQTADQNVKAAGVDAGLNVNVDVLGISDRIAEAVKSDQNRTGWVKNVMETTFYASGQKYNVMVFNLNQEYEDRFNGVQFYGSAVYDGITYGIWVFEDGSFDNKGDGGWINWAFRGWFDRDNQHIEFHRP NA NA NA NA NA D1-12_00970 174 hypothetical protein ATGGATATGGGTATGGATATGGGTATGGATATGGGTATGGATATGAACGGACATTATGATCACCACCCAAAGCAGCCTAAACAAAAAAAGAAGAAACAAGATAAAAAGCATCTTGATTATGATTACATCGTTGTTTATAAAAGAAAATGCAAAAAATGTAAAAAATGCTGCTAA MDMGMDMGMDMGMDMNGHYDHHPKQPKQKKKKQDKKHLDYDYIVVYKRKCKKCKKCC NA NA NA NA NA D1-12_00971 2418 hypothetical protein ATGGTTCAATTTAAAAACTTTCCTGATCCGTCTTTAAACGCCCCATTGCAGTCTCGCCCTGCACAGCCCTCTGAATTGGAGCATCTCAAAGCAAGGATGCAGAATTTTATTAAGCATTCCGCAACGGATGATAATCTTGAGATCGCAGATGCCCGGGTGACGGCGGAAGGAATGGTCACCTCACTTTTAAAAGAACGGCTTGATACAGAATACGAAATGCTTATGAATAAAATCACCCGGGAAGTGAATGTGGAGGACTACGGAGCGGTCCCTGACGGCCGGGACAATACGGAAGCCTTTCGGAGAGCGATCGGGAACGGCCGGGTCAAAGTAAATGTCCCCGCAGGAGAATTTTTGGTTCAAGGGATAAAACTCCCCTCATGGACTACCATTTCCGGTGAGGGACAGGGGATTACCGTGCTTAAGCTTCATGAGGACACTCCCGCATACGAATGGGTCATTACTAACGATGATTACGATAATGGAAACCGTAATATTTTTGTCCAGAACATGACTTTAGACTGGAATCCTGATCGTCAATGCGGGGTCAGGAACCCCGGAGGACAGTTTTCCAGCTGTTTAACGTTTGCTAATGTGCAATACGGCTGGATTAAGAATGTTGAAACGGTTAACGCGGGTCTCCATGGTATTGATATTACATCTCCGACTTACGATCATTTGCCTGAAACAGAATGGACGAAAGACGGCTGCCGATATATATGGATTGATAACTGTGTGGCATACGGCGCCGGAGACGACGGCATTACCACCCATTACAGCGAGTATATTTTCATTTCCAACTGCCATTCCGGAAACCCCCGCGGCACAGAGCATGCTGAGGGCAGCGCAAACTCGAACGGCATTGAAATTGACGACGGCTCTAAACATGTATGGCTTTTAAATAACTATACGAGCGGAAATATCCGCGGGATTGAGGTAAAGGCGCACAGCCTCTGGCCGGCTTCTCAAAATGTTCATATTATCGGTCATGTTTCGTATCGTGATGTACGTTCATTTGATATTCGTCATATCGGCCATCATCAGGCCTCAGACCCCGAAAGCACGACGGCTTATGATGTTACTTTAACCGATTGCACCGCGATTGAACCGGTATTTAATGCTCTCTATGACGGTGTGACCCCGAGGGCGCTGGTCATCTCTGCCTATAAAAACGTTAATGTAAACGGATTCACAGCTATTGGTGATCCCTCATACGACTATGGCGGGAATCCAGTCGTGGCTCTTCAATACCGCAGTCAAAATATTACGATTAACGGCATTAAAATACGCGGCTTTACACAAGCCGGTGTTGACATCAATATATCCGGCGGATCAAATAAAACCGATTATGTTAAAATTTCAAATTTTGATATATACAAGTCTTCTCCTAAAGGCATCTCAATCGGCGGAGGCCAATATAACGTAAATATTATGAACGGTACGATGATCGGAGACGGCGGTTCGGTCGGAATTACGTCCCCTAACAGTCAGGCCGTCATTCTCGGGGTGCAAGCGGAAGGTTACAGCGCGGCCGCATCTATAAAAGGACAGACTTATGAGCAGATCCCCGTCAATTTAAAGGGAGGCGCACAGCTCGCGACCAGCTCCGGTTTTGCATTCAACCCGACAAGCGCCGTTATTGCGGGAACAGGCGATATTACGGCCAGAGGTGACAGAAATGCGATCATCAGCTCTTCCGGAGGTTCAAGTTCTGAAGGTTCAAGGGCATTTATCGCCGCTTCAAACAATGTCCATATAACGGGCAGCAAAGTCTCCAGAACGATTCTGTCATCAGAAAGCATTACATTGGAAGAACCATACACGGTTGCCGGAGGGCATCAGTCCATCAAATGGAAACTGGATTCAGCGGGCGGCCACGGTACGTTCGCCGGAGCTGTCACCTCTTCCCTGTCAGGGTATGGAGAATATTTTGAAAGTGTAACCGGCCAGACAATTCCCGCCGGGACGATCGTCACAGTGAAAGGCGAAAAAATTGAATTGGCTCACGTCGGAGATTACATGCTCGGCGTCATTTCAGAAACAGCCGCTTTTATCTCAGGAGCCGCAAGCTTCGGATGGCAAAGCCGCTTTTTGACAAACGAGTTCGGCGGTTTCATATACGAAAATGTGACTGACGAAGAAACAGGAGAAACGGTACGCGTGCCGAAACAAAACCCAGACTGCAGTCCGGCTCTTGAAGCTGACTATGAAGCACGCGCGGCCAGAGACGAATGGCACATTGTCGGACTCAACGGCCGGCATTACGTACGGGTCGACGGTACGGTCAGCCCGGGAGATTATATCACGGCTCATAACGGAATCGGGACTAAAGCCGCAGAAGGCTGGAAGGTATTGAAACTGACGGCCTTATACAGTTCTGAAAAAGGGTACGGCATTGCAATTGCGGTTATCAAATAG MVQFKNFPDPSLNAPLQSRPAQPSELEHLKARMQNFIKHSATDDNLEIADARVTAEGMVTSLLKERLDTEYEMLMNKITREVNVEDYGAVPDGRDNTEAFRRAIGNGRVKVNVPAGEFLVQGIKLPSWTTISGEGQGITVLKLHEDTPAYEWVITNDDYDNGNRNIFVQNMTLDWNPDRQCGVRNPGGQFSSCLTFANVQYGWIKNVETVNAGLHGIDITSPTYDHLPETEWTKDGCRYIWIDNCVAYGAGDDGITTHYSEYIFISNCHSGNPRGTEHAEGSANSNGIEIDDGSKHVWLLNNYTSGNIRGIEVKAHSLWPASQNVHIIGHVSYRDVRSFDIRHIGHHQASDPESTTAYDVTLTDCTAIEPVFNALYDGVTPRALVISAYKNVNVNGFTAIGDPSYDYGGNPVVALQYRSQNITINGIKIRGFTQAGVDINISGGSNKTDYVKISNFDIYKSSPKGISIGGGQYNVNIMNGTMIGDGGSVGITSPNSQAVILGVQAEGYSAAASIKGQTYEQIPVNLKGGAQLATSSGFAFNPTSAVIAGTGDITARGDRNAIISSSGGSSSEGSRAFIAASNNVHITGSKVSRTILSSESITLEEPYTVAGGHQSIKWKLDSAGGHGTFAGAVTSSLSGYGEYFESVTGQTIPAGTIVTVKGEKIELAHVGDYMLGVISETAAFISGAASFGWQSRFLTNEFGGFIYENVTDEETGETVRVPKQNPDCSPALEADYEARAARDEWHIVGLNGRHYVRVDGTVSPGDYITAHNGIGTKAAEGWKVLKLTALYSSEKGYGIAIAVIK NA NA NA NA NA D1-12_00972 435 yncF COG0756 putative deoxyuridine 5'-triphosphate nucleotidohydrolase YncF ATGACTTTACAAATCAAAATTAAATATTCAGATGATACGCAAACGAGAATCAGTAAAATTGAACAGGGCGATTGGATTGATCTGCGGGCAGCTGAAGATATCACAATCAAAAAAGGTGAATTCAAACTTATCCCGCTTGGAGTTGCGATGGAACTGCCGGAAGGATATGAGGCCCATGTCGTACCGCGTTCAAGTACATATAAGCATTTCGGTATCATTCAGACAAATTCAATGGGAGTCATTGATGAATCATATAAAGGCGACAATGACTTTTGGTTTTTTCCTGCATTCGCACTTCGGGATACCGACATTTCCAAGGGGGAGCGGATCTGCCAATTCAGAATCATGAAGAAAATGCCTGAAGTGGAGCTGATCGAAGTAGACAAGCTCGGGAACAATGACCGCGGCGGACTGGGATCAACAGGCACGAAATAA MTLQIKIKYSDDTQTRISKIEQGDWIDLRAAEDITIKKGEFKLIPLGVAMELPEGYEAHVVPRSSTYKHFGIIQTNSMGVIDESYKGDNDFWFFPAFALRDTDISKGERICQFRIMKKMPEVELIEVDKLGNNDRGGLGSTGTK PGPT0021355_4234 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021355-dut-K01520 NA NA D1-12_00973 825 hypothetical protein ATGGCAAAAAGGGTTATAAGAGTAGACCGTAAAGCAGCTGGCAAAGAGGCAGAGCAGAAGAAACCGTCCAAAGTCACCCTGTTCTGCCGTTCGCTTCAAAGGCTGAAGCATTTGTATTGTAACATAAACATACAAATGCCATCAATAACCAAAAAAGGAATTTTAGTTTTGATTTTACCGTTTTTGCTTCTGCCGTTCTTTCGGGCTAATGCCGCTTCAGATATTTACGGCAGTTTCGAGGAATTAAAGCTGAATGAAGATCCTTCCGATTTTTCCATTTCAACGCGAGAGCATAACCCTTCTGTCCTCATATTAGCTATACACGGCGGAGGCATAGAGCCGGGGACCAGTGAGTTAGCCAGAGAAATTGCCGAAAACCGGAGTTTATATTTATTTGAAGGGTTAAAATCAGCCGGTAATGCGGCTCTGCATTTGACAAGTTCGCATTTCGATGAACCTAAGGCCGTGCAAATGGTGAAAGAGCACTCTAATGTCATTTCATTGCACGGTTACGGCAGTGATGATAAAAAGATAAAAATCGGCGGTACAGACAGAGAACGGGCCGAACTTTTGACCGATGTGCTGAAACGGCACGGGTATCCTGCCGTTCTTCTCGGCATAAATGATAAATATGCAGGCGTCAGTCCGAACAACCTTGCCAATCAATCTTCATCCGGATTGAGTATTCAAATCGAAATGAGCACCGGCTTCAGAAAATCACTATTTGACACTTTTACGCTGAAAAGCAGAGCATCCACACAAAACGGGACCTTTTATCAATTCACAAAAACGATTTCTGATTTTATCAGTGACAATTATGAATAA MAKRVIRVDRKAAGKEAEQKKPSKVTLFCRSLQRLKHLYCNINIQMPSITKKGILVLILPFLLLPFFRANAASDIYGSFEELKLNEDPSDFSISTREHNPSVLILAIHGGGIEPGTSELAREIAENRSLYLFEGLKSAGNAALHLTSSHFDEPKAVQMVKEHSNVISLHGYGSDDKKIKIGGTDRERAELLTDVLKRHGYPAVLLGINDKYAGVSPNNLANQSSSGLSIQIEMSTGFRKSLFDTFTLKSRASTQNGTFYQFTKTISDFISDNYE NA NA NA NA NA D1-12_00974 150 hypothetical protein ATGAAAGTGATGATCGGGTCTATCATTCTTCTTGTCATCATCGGATTCGGTTTATGGCTGATGCTTAGTCCAATCTTTAAACAAGTGGGAAGCAGAGCCAAAAAATTCAAAAAGTCATGGGAGGAAGAAGATCAGTATGAGCGAAAATAA MKVMIGSIILLVIIGFGLWLMLSPIFKQVGSRAKKFKKSWEEEDQYERK NA NA NA NA NA D1-12_00975 831 hypothetical protein ATGAGCGAAAATAAGCGCGGAAACACAAAAAAAATTCTCGGCGGTGTGATTATAGGTGCAGCCCTTTTAATTGCGGGCGTTACAGCGTCACTATTCATTGAAAAAATACCGAACGGTTATGTCGGGGTTGTATACTCACCGAATGGCGGGGTAAAATCCGACACATTGGACCAAGGCTGGCACTTAGTCGGTTTATTTAATAAAGTAACGGAATATCCGGTGCGTATGCAGACAGTGAATAATGAAAATATAAAAGTGGCAACCTCAGACGGTAAAAATATAGAAATGGATATCGCTTACAACTATGTCGTGCAGCCTGATAAAGTAGTCGATCTGTTTAACAAATTCGGCGCGGTAAACGTTGAAACGATTGAAAATACATATTTAAAAACAAGGCTGTGGGATGCGGCGCGAAAATCAATCAGCAAATACTCGGTTATTGACACATACGGGCAAAAATCTGCAGAAGCCGCTGCCGATGTTCAAAAGAGATTTGCTGATGATATGAAGAGTCTTGGATTTTTAATTGATGATCTGACGCTTGGCGTACCGAAGCCGGATAAAGCCACACAGGAAGCCATCGATGCAAGGGTGAAATCTTCACAGGAACTTGAACGGACACAAACTGAAATTAAAATAGCCGAAGCCGAAGCGAAAAAGAAAAAAATTGAAGCGGAAGGGATCGCTGATTATAACGAAATCATAAAGAAATCAATGTCCGATGAAATGATCAAATATAAATGGATTGAAAAATGGGACGGAAAAACGCCGAAAGCGACAGGCACAGACTCACTGCTGCAGCTGCCGCTGGACGATCAGAAGCAAAAATAA MSENKRGNTKKILGGVIIGAALLIAGVTASLFIEKIPNGYVGVVYSPNGGVKSDTLDQGWHLVGLFNKVTEYPVRMQTVNNENIKVATSDGKNIEMDIAYNYVVQPDKVVDLFNKFGAVNVETIENTYLKTRLWDAARKSISKYSVIDTYGQKSAEAAADVQKRFADDMKSLGFLIDDLTLGVPKPDKATQEAIDARVKSSQELERTQTEIKIAEAEAKKKKIEAEGIADYNEIIKKSMSDEMIKYKWIEKWDGKTPKATGTDSLLQLPLDDQKQK NA NA NA NA NA D1-12_00976 450 hypothetical protein ATGAAACACGTAATTGCTTTCGCTTCTAAAACGGCGCTCACACTTGCTTTACTGTACATTGTTCTGGATCTTATGTACCAAGTAACCTTTTTAAACGTTCTGTTTATTACAGTGATCTTAAGTTTAATCACTTATTTTGCGGGTGATTGCATGATTCTGCCGAGAACAAGCAATTTCACAGCCGTTGCAGCTGATTTCGGAATTTCATTCATTGTATTATGGATATTCCTTATGAACATTGGCGGATTTAATGTCTCGCCTGCCGCGGCATCGGTTATCTCTGCACTTTGCATTTCTGTTTTCGAGGCATTTTTTCACCGGTATTTGCAGCAATATGTACTTCCCGAAGATTATCAGGACACAACAGAGACGGATAGCACGCTATGGAGCTATCAAACCGAGGCGTCTGAAGAATTAGTGCCGGAAAAAGACCCTCAGGAAAAAACATAA MKHVIAFASKTALTLALLYIVLDLMYQVTFLNVLFITVILSLITYFAGDCMILPRTSNFTAVAADFGISFIVLWIFLMNIGGFNVSPAAASVISALCISVFEAFFHRYLQQYVLPEDYQDTTETDSTLWSYQTEASEELVPEKDPQEKT NA NA NA NA NA D1-12_00978 621 lexA COG1974 LexA repressor ATGACGAAGCTATCAAAAAGGCAGCTTGATATCCTGCGTTTTATTAAAGAAGAGGTAAAAACGAAAGGATATCCGCCTTCTGTAAGAGAGATAGGAGAAGCAGTAGGACTGGCTTCCAGTTCAACCGTGCACGGCCATTTGGCGCGGCTGGAGACAAAAGGCCTGATCAGACGGGACCCTACTAAACCGAGAGCGATTGAGGTATTGGATGAAGAAGAAGTCCAAATTCCGAAAAGCCAGGTCGTAAACGTTCCGGTCATCGGGAAAGTGACGGCGGGTATTCCGATTACGGCTGTTGAAAATATCGACGAGTATTTTCCGCTTCCTGACCGGATGGTTCCTCCGGGCGAACATGTCTTTATGTTAGAAATCATGGGAGAAAGTATGATTGACGCCGGCATTTTTGACAAAGATTACGTCATCGTCAAACAGCAGAACACGGCCAATAACGGAGAAATCGTCGTAGCTATGACCGAAGATGATGAAGCGACGGTTAAGCGCTTCTATAAAGAAGACAATTATGTGCGGCTGCAGCCGGAAAATCCGACGATGGAGCCGATTATCCTGCAAAACGTAAGCATTTTGGGGAAAGTTATCGGCGTATTCAGAGCCGTACATTAA MTKLSKRQLDILRFIKEEVKTKGYPPSVREIGEAVGLASSSTVHGHLARLETKGLIRRDPTKPRAIEVLDEEEVQIPKSQVVNVPVIGKVTAGIPITAVENIDEYFPLPDRMVPPGEHVFMLEIMGESMIDAGIFDKDYVIVKQQNTANNGEIVVAMTEDDEATVKRFYKEDNYVRLQPENPTMEPIILQNVSILGKVIGVFRAVH PGPT0014895_2746 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0014895-lexA-K01356 NA NA D1-12_00979 312 yneA COG1388 Cell division suppressor protein YneA ATGGCGAAAGAATCTATTATATTTGTCGGACTGTTTACTGCGATTTTAAGTGCCGCTATTTTACTTGTCTCATGTGCGGGAAATGATCAGTCCCTCAGCCAATATGTTAAAATAAAGGTTCAGGACGGCGATACACTCTGGTCACTTGCGGATCATGTAGCAGAAAAGAAACACATTAATAAAGAAGATTTCATTGAGTGGGTGACGGAGAATAACCATCTCCAAACTGCTGATATAAAGCCCGGAGACGAACTTATTCTTCCGGTTAAGAAGAAGCATCCGGCCGTATATCAGCTGGCCATTGTCAATTAG MAKESIIFVGLFTAILSAAILLVSCAGNDQSLSQYVKIKVQDGDTLWSLADHVAEKKHINKEDFIEWVTENNHLQTADIKPGDELILPVKKKHPAVYQLAIVN NA NA NA NA NA D1-12_00980 651 yneB COG1961 Resolvase YneB ATGAAGGCGCTCATTTATGCCCGCGTAAGCACAAACAAAGAACAGCAGCAAACGTCATTAAAAAGACAGGAAGAGGAGCTCAGTGAGATCGCTGCTGCAAACGGCATGGAAGTCGTGAAAGTCATTTCTGAGAAAGCCAGCGGTTACGAAATGGACCGCGACGGAGTATTTGAAATGCTTGATGAAATTAAAAAATCACATATTGACGCGATATTGGTGCAGGACGAAACGAGATTGGGAAGAGGAAACGCCAAGATTGCGCTTTTGCATTGCATTTACAGGGAGAACGTAAAGATATATACGACGGCTCATAAAGGTGAACTGGAGCTTTCCGAAGCTGATACGATGGTACTTGAAATCGTCAGTATTGTTGAGGAATATCAAAGGAAAATTCACAATATGAAAATCCGGCGGGGAATGAAAAGAGCCGTGAAAAACGGTTACAAACCTGAACGGAATCTGAAAAACAGGCATGAAAACAGCGGAAAAGAAAAAAAAGAGGTTCCGGTTTCGGAAATTATCAGGCTGAGAGCCAACAAGCTTACCTTTGCAGAAATCGCAGCGACCTTAAGAGGATTCGGCTATGATGTGTCCAAAGCCACGGTTCACCGGCGGTTTCAGGAATATACCGCAGACACAGAAGGCAGCTGA MKALIYARVSTNKEQQQTSLKRQEEELSEIAAANGMEVVKVISEKASGYEMDRDGVFEMLDEIKKSHIDAILVQDETRLGRGNAKIALLHCIYRENVKIYTTAHKGELELSEADTMVLEIVSIVEEYQRKIHNMKIRRGMKRAVKNGYKPERNLKNRHENSGKEKKEVPVSEIIRLRANKLTFAEIAATLRGFGYDVSKATVHRRFQEYTADTEGS NA NA NA NA NA D1-12_00981 234 hypothetical protein ATGATTTCTAAAGAAAAAATCGCAAGAATTAACGAATTGGCTCAAAAAGCTAAATCAAACACAATAACGGATGAGGAAAAAGCTGAACAGCAAAAGCTTCGCCAGGAATATTTGAAAGGATTCCGCTCCTCAATGAAAAATACGTTAAAGAGCGTAAAAGTGATTGATCCGGAAGGCAACGATGTCACCCCTGAAAAATTAAAAAGAGAACAACAGAAAAATAATCTTCATTAA MISKEKIARINELAQKAKSNTITDEEKAEQQKLRQEYLKGFRSSMKNTLKSVKVIDPEGNDVTPEKLKREQQKNNLH NA NA NA NA NA D1-12_00982 2004 tkt Transketolase ATGGATACAATTGAAAAGAAATCAGTTGCCACCATTCGTACACTATCTATAGACGCAATTGAAAAAGCGAATTCCGGACATCCGGGCATGCCGATGGGAGCCGCTCCGATGGCATATACATTGTGGACGAAATTTATGAATGTAAATCCGCAGAATCCGGGCTGGTTTAACCGCGACCGCTTTGTTTTATCAGCAGGCCACGGTTCAATGCTTTTATACAGCATGCTGCATTTAAGCGGATATGACCTCAGCATTGAAGACTTGAAACAGTTCCGTCAATGGGGAAGCAAAACACCGGGACATCCGGAGTTCGGGCACACAGCCGGAGTAGACGCTACGACCGGGCCGCTTGGACAGGGTATTGCAATGGCAGTGGGAATGGCAATTGCAGAACGCCATCTGGCTGAGACATATAACCGTGATTCATTCAACGTAGTTGATCATTATACATACAGTATTTGCGGAGACGGCGATTTAATGGAAGGCATTTCTTCCGAAGCAGCTTCTCTTGCAGGCCATCTTGAATTAGGCCGTCTGATCGTATTATACGATTCTAATGACATTTCCTTAGACGGCGATTTAGACCGTTCTTTCTCTGAAAATGTAAAGCAGCGTTTTGAAGCAATGAACTGGGAAGTTCTTTATGTTGAGGACGGAAACAACATCGCTGAATTGACGGCTGCAATTGAAAAAGCGCGCCAGAATGATAAAAAACCGACATTGATCGAAGTGAAAACGACAATCGGTTTCGGTTCTCCAAACCGCGCGGGCACATCCGGCGTTCACGGCGCTCCGTTAGGACAAGAAGAGAGCAAGCTGACAAAAGAAGCGTATGCTTGGACGTTTGAAGAAGATTTTTATGTTCCGGAAGAAGTATACGGGCATTTCAATCAAGCTGTAAAAGAAGCCGGCTCGAAAAAAGAACAGGAATGGAATGAACTGTTCGCGGCTTATAAAGAAAAATATCCTGAGCTTGCTGAACAGCTGTCACTCGGCATGAAAGGCGAGCTTCCTAAAGACTGGGATCAGGAAGTTCCCGTTTATGAAAAAGGCAGCAGCCTTGCTTCCCGTGCATCTTCAGGTGAGGTGCTGAACGGGATCGCCAAGAAAATTCCTTTCTTTGTCGGGGGATCTGCTGACCTTGCGGGTTCAAATAAAACGACAATCAAAAATGGAGGAGACTTCACGGCAAAAGACTACGCCGGGAAAAACTTCTGGTTCGGTGTCCGTGAATTTGCGATGGGCGCTGCATTAAACGGAATGGCGCTTCACGGCGGCCTCCGCGTATTCGGCGGCACATTCTTTGTGTTCTCTGATTATTTAAGACCTGCCATTCGTCTGGCGTCATTGATGGGTCTTCCCGTCACTTATGTATTCACACATGACAGTATTGCCGTAGGAGAGGACGGGCCGACTCACGAACCGATTGAGCAGCTTGCTTCTTTACGCGCACTTCCTAACCTTTCTGTGATCAGACCTGCTGACGGAAATGAAACCGCAGCTGCATGGAAGGTTGCCGTTCAAAGCCAAGATCATCCGACAGCTCTTGTATTGACACGCCAAAACCTGCCGACGATTGATCAGCAGGCTGAAGAAGCGTATGCGGGCGTGGATAAAGGGGCTTATATCGTTTCCAAAGCCCAAACAGAATCACCGGCCGCTCTTCTTTTAGCGACAGGTTCTGAAGTCGGACTTGCGATCGAAGCTCAAGCGAAACTGGCTGAAGAAAACATTCACGTATCTGTAGTCAGCATGCCGAGCTGGGACCGCTTTGAAAAACAATCGGCCGAGTACAAAAACAGCGTGCTTCCTCCGAATGTGACGAAACGTCTTGCGATCGAAATGGGTTCAAGCTTCGGATGGGGCAAATTTACCGGTCTTGAAGGAGACGTTCTCGCAATTGACCGTTTCGGTGCTTCAGCTCCGGGAGAAACAATTATGAAAGAATACGGGTTTACTGCAGAAAACGTGGTTGACCGCGTGAAAAAACTTTTAAACAAATAA MDTIEKKSVATIRTLSIDAIEKANSGHPGMPMGAAPMAYTLWTKFMNVNPQNPGWFNRDRFVLSAGHGSMLLYSMLHLSGYDLSIEDLKQFRQWGSKTPGHPEFGHTAGVDATTGPLGQGIAMAVGMAIAERHLAETYNRDSFNVVDHYTYSICGDGDLMEGISSEAASLAGHLELGRLIVLYDSNDISLDGDLDRSFSENVKQRFEAMNWEVLYVEDGNNIAELTAAIEKARQNDKKPTLIEVKTTIGFGSPNRAGTSGVHGAPLGQEESKLTKEAYAWTFEEDFYVPEEVYGHFNQAVKEAGSKKEQEWNELFAAYKEKYPELAEQLSLGMKGELPKDWDQEVPVYEKGSSLASRASSGEVLNGIAKKIPFFVGGSADLAGSNKTTIKNGGDFTAKDYAGKNFWFGVREFAMGAALNGMALHGGLRVFGGTFFVFSDYLRPAIRLASLMGLPVTYVFTHDSIAVGEDGPTHEPIEQLASLRALPNLSVIRPADGNETAAAWKVAVQSQDHPTALVLTRQNLPTIDQQAEEAYAGVDKGAYIVSKAQTESPAALLLATGSEVGLAIEAQAKLAEENIHVSVVSMPSWDRFEKQSAEYKNSVLPPNVTKRLAIEMGSSFGWGKFTGLEGDVLAIDRFGASAPGETIMKEYGFTAENVVDRVKKLLNK PGPT0011200_2831 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 D1-12_00983 447 sirA Sporulation inhibitor of replication protein SirA ATGGAACGTCATTACTATACGCACCTGATAAAGGATGAGTTTGCGAACCACTACTTCGGGCGGGAAACGGCTATGTTTGAGTTGTTTCGAGACTATCATTGGACAGATCTGACACCCCAGGAGTATCAAATGACAGAAAAGCAAGTTCAATATATAACGGAACCGATTCCGGTGATACATATGCATCAGCGTCTCCAGCTGCATTTAAACCGAATGAGTTACAGCCGTTTGGATTCCATTTACCGGCTTACACTGCCCGGAGAAAAGGGCCGCGCCACCTTCATGATGAAAGACAGTTTAATTGAGATTGCGGCTTCGGGAGATTATGAGGCGGAAACGATTTTCTTTGAGATTCTGCGTAAAATCAGCCCCTGTTTTCTTGCAATGGATTTCAAGACACGGCGCTACGGGTGGTTAAATCCGGTCAGAGAAAGAAATTTTGTCTAA MERHYYTHLIKDEFANHYFGRETAMFELFRDYHWTDLTPQEYQMTEKQVQYITEPIPVIHMHQRLQLHLNRMSYSRLDSIYRLTLPGEKGRATFMMKDSLIEIAASGDYEAETIFFEILRKISPCFLAMDFKTRRYGWLNPVRERNFV NA NA NA NA NA D1-12_00984 219 hypothetical protein ATGACTTTATGGGTTGGCATCCTAGTGGGCGTTGTCGCATTGCTCATAGGTGTTGCACTCGGGTTTTTTATTGCTCGTAAATATATGATGAGCTATTTGAAAAAGAATCCGCCTATTAATGAACAAATGTTACGCATGATGATGATGCAAATGGGAATGAAACCTTCTCAAAAGAAAATTAATCAAATGATGAAAGCCATGAATAATCAAGCGAAATAA MTLWVGILVGVVALLIGVALGFFIARKYMMSYLKKNPPINEQMLRMMMMQMGMKPSQKKINQMMKAMNNQAK NA NA NA NA NA D1-12_00985 174 ynzD Aspartyl-phosphate phosphatase YnzD GTGATTAGAGAGCATCTATTAAATGAAATTGAAAAAAAACGGGCAGAGCTGCTTAAAATCGTCATGACAAACGGAATGACATCAAACATTACGATAGAACTCAGCCAGGAGCTTGACCACCTTCTCATACAATATCAAAAAGAACTGCACACCGGCAGTTGGGGTGAAACATGA MIREHLLNEIEKKRAELLKIVMTNGMTSNITIELSQELDHLLIQYQKELHTGSWGET PGPT0024640_105 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-STAGE_0_SPORULATION,PGPT0024640-spo0E-K06376 NA NA D1-12_00986 705 hypothetical protein GTGAGTTTTAATTACTTTCTGACGTTTGGGGCCGGATTTCTGTCTTTCATTTCTCCATGCTGTCTGCCGTTGTACCCCGCCTTTTTATCTTACATAACTGGTGTCAGTATGGACGAGGTGAAAACAGAAAAGGTGATGCTGCAAAAGCGCGGCCTCGTGCATACACTTTGTTTTTTGCTTGGTTTCTCCGTGATTTTTATCGCATTGGGATATGGAACTTCATTTATCGGCAGTTTTTTCACCCAATATCATGAAGCGATCCGCCAGTTTGGCGCTATCATGCTGATCCTTTTCGGGCTGATTACTGCCGGTGTGTTTCAGCCGAAATTCATGATGAAAGAGCGGCGCATTCACTTTAAACGCCGTCCGGAGGGGTTTATCGGTTCGGTTCTGATCGGTCTTGCGTTTGCAGCCGGCTGGTCGCCGTGCAGCGGGCCCATTTTAGGAGCGGTATTTTCGCTGGCCAATACAAATCCTTCTTCAGCAGTGCCGTATATGTTTTTATATGTTCTCGGATTTGCGATTCCTTTTCTTGTTCTTTCATTTTTTATTACCAGAATGAATTGGATTCGCAAGCATCAGCTGCTTATCATGAAAATCGGCGGCATTCTTATGATTCTGATCGGGGTTATGCTGTTTTTTAACTGGATGAGCTACATTCTGATCGTTCTGTCAAATCTTTTCGGAGGATTTACGGGTCTGTAA MSFNYFLTFGAGFLSFISPCCLPLYPAFLSYITGVSMDEVKTEKVMLQKRGLVHTLCFLLGFSVIFIALGYGTSFIGSFFTQYHEAIRQFGAIMLILFGLITAGVFQPKFMMKERRIHFKRRPEGFIGSVLIGLAFAAGWSPCSGPILGAVFSLANTNPSSAVPYMFLYVLGFAIPFLVLSFFITRMNWIRKHQLLIMKIGGILMILIGVMLFFNWMSYILIVLSNLFGGFTGL NA NA NA NA NA D1-12_00987 363 cheY_2 COG0784 Chemotaxis protein CheY ATGACACGAGTTTTAGTTGTAGATGACGCCAAGTTCATGAGGGTGAAAATCAGAGAGATTCTGGAATCGGCGAATTACACAGTGGCCGGGGAAGCGGCTGACGGTGAGGAAGCTCTGGCAGTATATCAAAAAATCCGTCCCGACCTGGTGACAATGGATATTACCATGCCGGTCAAAAACGGTATACAGGCGCTGCAGGATATTTTAGCTTTTGACCCGAAAGCCCGGATCATCATGTGCACCGCCATGCGGCAGCAGCGGATCGTTCTGGAAGCGATTGAATTAGGCGCTAAAGACTTTATCGTTAAACCGTTTGAAGCATCTAAAGTGCTGGAAGCCGTAGGGCGGGTAACGGGAACGTAA MTRVLVVDDAKFMRVKIREILESANYTVAGEAADGEEALAVYQKIRPDLVTMDITMPVKNGIQALQDILAFDPKARIIMCTAMRQQRIVLEAIELGAKDFIVKPFEASKVLEAVGRVTGT PGPT0015690_4738 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS CHEMOTAXIS_PROTEINS CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015690-cheY|yneI-K03413 NA NA D1-12_00988 483 hypothetical protein ATGATGATTATAATTTCATCCGTTATTGCAGCGGCCATGGCAATTTCCGTGATGATCGTCAGGATTAAATCCTCCGACAAGCCCGCTTCACCTAAAAAAATAATTCTCCCGCCGATTTTCATGAGTACGGGAGCGCTTATGTTCCTTTTTCCGATTTTCAGAGTGACGGGCGAAGAATTTTTGGAGGCCATTACGCTGGGCGTAATCTTCTCTATTTTTCTGATTAAAACATCTAAATTTGAGATTAAAAATAATGAGATCTATTTAAAACGGTCAAAAGCGTTTGTGTTTATCCTGATTGGTTTGCTGGTTATCAGAATCGCTATGAAATCCATTTTGAGCACGACGATTGATTACGGAGCTTTAAGCGGGATGTTTTGGATTCTTGCTTTCGGAATGATTGTCCCGTGGCGCATCGCGATGTTTTTGTCTTACCGCAAACTTTCGAATGAACTGAAGACCGCTGATATTCAGATGAATTAA MMIIISSVIAAAMAISVMIVRIKSSDKPASPKKIILPPIFMSTGALMFLFPIFRVTGEEFLEAITLGVIFSIFLIKTSKFEIKNNEIYLKRSKAFVFILIGLLVIRIAMKSILSTTIDYGALSGMFWILAFGMIVPWRIAMFLSYRKLSNELKTADIQMN NA NA NA NA NA D1-12_00989 429 hypothetical protein ATGCTGGAAGGCTGGTTTATGTGGTTTATTTTATTTTGGGTCATCGTGATGATCGGATTGCTGTCTATCGGCGGGTTTTTTATGTTTCGAAAATTTTTAAAACGCTTACCGAAAGAAGACGGCCGGTCAGAACTGGATTGGCAGGACTATTATATTGAAAAAAGCAGGCACTTATGGAATGAGGGTGACAAGGCGTTTTTGGATGAACTGGTCGCCCCCGTGCCGGAGCTCTTCCGGGATGTAGCCAAAGCGAAAATCGCCGGAAAAATCGGTGAACTTTCCTTAGCGGAGGAAGCTGAACAAATAAACCGTGATTTAATCATCAGAGGTTACATACTGGCCACTCCTAAGCGTGATCATCAATTTTTAAAAAAGCATCTCCGTGAAAAACAGATTGATCTTACTCCTTATCAAGCCCTGCTCAAATAA MLEGWFMWFILFWVIVMIGLLSIGGFFMFRKFLKRLPKEDGRSELDWQDYYIEKSRHLWNEGDKAFLDELVAPVPELFRDVAKAKIAGKIGELSLAEEAEQINRDLIIRGYILATPKRDHQFLKKHLREKQIDLTPYQALLK NA NA NA NA NA D1-12_00990 372 cotM COG0071 Spore coat protein M ATGAATCACTCAAAAAACGCTGAAGAATTTGATGATACGGAAGAATGGCTGCGGCAGTTTTACGAGGACCCGTATGCTTGGTATGACGAGACGCTGCCGATCGATCTATATGAAACAAGCCGTCAATATATCATTGAAGCCGACCTGACGGCGCTGAAGCAGGTGCAAGCGATAACCGTCACTCTTTCGGGAAATGAGTTTATGCTCTCTGTTAAAACGCTTGAACGGACGTTAAACAAACAAATGATGCTTCCTTTTTATCTGAACGACAAACATATTTTCACTGATTTCACCAACCATATTCTGACCGTCTCCATGAACAAGGAGCCAAATGAGACTCCTGCCTCTTTTTCCTTTCAATTTCCTCTATAA MNHSKNAEEFDDTEEWLRQFYEDPYAWYDETLPIDLYETSRQYIIEADLTALKQVQAITVTLSGNEFMLSVKTLERTLNKQMMLPFYLNDKHIFTDFTNHILTVSMNKEPNETPASFSFQFPL PGPT0025190_59 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_COAT_PROTEIN,PGPT0025190-cotM-K06335 NA NA D1-12_00991 147 sspP Small, acid-soluble spore protein P ATGACAAATAAAAATACGAGTAAAGATATGCATAAAAATGCTCCGAAGGGCCATAACCCCGGCCAGCCGGAACCGCTGAGCGGAAGCAAAAAAGTGAAAAACCGCAACCATACAAGACAAAAACATAATACAAGCCACGATATGTAA MTNKNTSKDMHKNAPKGHNPGQPEPLSGSKKVKNRNHTRQKHNTSHDM PGPT0024935_49 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE_SMALL_ACID-SOLUBLE_SPORE_PROTEINS,PGPT0024935-sspP|cotL-K06433 NA NA D1-12_00992 147 sspO Small, acid-soluble spore protein O ATGGTAAAACGGAAAGCCAATCATGTGATTAACGGCATGAATGATGCGAAAAGCCAAGGCAAAGGCGCGGGTTATATAGAAAATGACCAGCTCGTCCTGACGGAAGAAGAACGGCAGAACAATAAAAAAAGAAAAACAAACCAATAG MVKRKANHVINGMNDAKSQGKGAGYIENDQLVLTEEERQNNKKRKTNQ PGPT0024930_24 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE_SMALL_ACID-SOLUBLE_SPORE_PROTEINS,PGPT0024930-sspO|cotK-K06432 NA NA D1-12_00993 2727 citB COG1048 Aconitate/2-methylaconitate hydratase ATGACAAATCAGCAAAAAGTCGCAACACAAGACGTTTTCCAAGCAAGAAAAACATTTTCTTCAAATGGGAAAACATACAACTACTATTCATTAAAAGCATTGGAAGACGCAGGGGTCGGCAATGTTTCAAAACTTCCTTATTCTATTAAGGTTCTTTTGGAATCTGTTTTGCGTCAGGTAGACGGACGTGTCATTACAAAAGAACATGTTGAAAATTTAGCAAGATGGGGTACTGCTGAATTAAAAGATATCGATGTGCCGTTTAAACCGTCACGGGTTATTCTACAGGACTTTACCGGCGTTCCGGCCGTAGTTGACCTGGCATCTTTAAGAAAAGCCATGGCCTCTGTCGGCGGAGACCCTGATAAAATCAATCCTGAAATTCCGGTTGACTTGGTCATTGACCACTCCGTACAAGTCGACAAAGCCGGTACGGAAGACGCGTTAGCCATTAATATGGACTTAGAATTCGAAAGAAATGCAGAACGTTATAAATTTTTAAGCTGGGCAAAGAAAGCGTTTAACAATTATCAGGCTGTTCCGCCTGCAACAGGTATCGTTCACCAGGTAAACCTTGAGTTTTTGGCAAGTGTCGTTCATACGAAAGAGGAAGACGGAGAACTTGTGACATATCCTGATACATTGGTGGGAACAGATTCCCATACAACAATGATTAACGGAATCGGCGTCCTCGGCTGGGGTGTCGGCGGTATTGAGGCGGAAGCGGGAATGCTCGGCCAGCCTTCATATTTCCCTGTTCCTGAGGTCATCGGCGCGAAACTTGTCGGAAAATTGCCTAACGGAACGACGGCGACTGACTTGGCGCTGAAAGTCACTCAAGTGCTGCGCGAAAAAGGCGTAGTCAATAAATTTGTTGAATTCTTCGGTCCTGGTGTTGCTGAGCTTCCGCTTGCGGATCGTGCGACTATTGCCAATATGGCGCCGGAATACGGAGCGACTTGCGGATTCTTCCCGGTTGACGAGGAAGCACTTTCTTACCTGCGTCTGACCGGCCGTGAAGAAGAGCAGATCGATATTGTGGAAGCATACTGCCGCAACAATGGTTTATTCTATACGCCTGACGCGGAAGAGCCGATTTTTACAGACGTTGTGGAAATTGATCTGTCAAAAATCGAAGCGAACCTTTCAGGACCGAAACGTCCGCAGGATTTAATCCCGCTTTCCGTTATGCAGGAAACGTTTAAAAAACATCTTGTCAGCCCGGCCGGCAACCAAGGATTCGGAGCGGATGCTGCTGAAGAGAACAAAGAAATTTCATTTAAACTTAACAGCGGCGAAGATGCGGTTATGAAAACAGGGGCGATTGCAATCGCTGCTATTACAAGCTGTACGAATACATCAAACCCTTATGTATTAATCGGTGCCGGATTGGTAGCCAAAAAAGCGGTAGAATTAGGCTTGAAAGTGCCGAATTATGTTAAAACGTCACTTGCACCGGGGTCTAAGGTTGTTACTGGATACTTAGTCAACTCAGGCCTGCTTCCTTACATGAAGGAGCTCGGCTTTAACCTCGTAGGGTATGGCTGTACGACATGTATCGGGAACTCCGGCCCGCTTTCTCCAGAGATTGAAGAAGCGGTTGCTAAAAATGATCTCTTGATCACTTCTGTCTTGTCGGGTAACAGAAACTTTGAAGGCCGGATCCATCCGCTTGTCAAAGGAAACTACCTTGCGTCACCTCCGCTTGTTGTCGCATACGCATTAGCAGGCACTGTGAATATCAACCTGAAAACGGATCCGATCGGTGTCGGAAATGACGGACAAAATGTTTATTTCGATGACATCTGGCCGTCCATGGATGAAATCAATTCTCTCGTCAAACAGACTGTTACGCCGGAATTATTCCGCAAAGAGTATGAAACGGTATTTGACGACAACCAGCGCTGGAACGAAATCGAAACGACGGATGAAGCGCTGTATAAGTGGGATCAGGATTCCACTTACATTCAAAACCCGCCGTTCTTTGAGGAAATGTCTGTAGAGCCGGGAAAAGTTGAGCCTTTAAGAGGACTTCGCGTTGTCGGCAAATTCGGCGATTCCGTGACGACTGACCACATTTCTCCGGCCGGAGCGATCGGAAAAGACACACCGGCGGGCAAATACCTGCAGGAAAAAGGCGTTTCTCCTCGTGACTTTAACTCTTACGGCTCACGCCGCGGAAACCATGAAGTCATGATGAGAGGAACATTCGCCAATATCCGCATTAAAAACCAAATCGCACCGGGTACAGAAGGCGGATACACAACACATTGGCCTACCGGGAAAGTGACATCTATTTATGATGCCTGCATGCGGTATAAAGAAGATAAAACGGGTCTTGTCGTCCTGGCCGGAAAAGATTACGGAATGGGCTCTTCACGTGACTGGGCTGCAAAAGGAACAAACCTGCTCGGCATCAGAACAGTCATTGCCGAAAGCTTTGAAAGAATTCACAGAAGCAACCTCGTCTTCATGGGTGTGCTGCCGCTTCAGTTCAAACAGGGTGAAAACGCGGATACACTCGGCTTAACCGGTAAGGAAGTCATCGAGGTGGATGTTGATGAATCTGTACGTCCGCGCGACTTGCTGACTGTCAGAGCAATCAGTGAAGACGGTACGGTAAAAACATTTGAAGTTGTTGTCCGTTTTGACAGTGAAGTGGAAATTGATTACTATCGCCACGGCGGCATTTTACAAATGGTGCTTCGCGATAAAATGAAACAGTAG MTNQQKVATQDVFQARKTFSSNGKTYNYYSLKALEDAGVGNVSKLPYSIKVLLESVLRQVDGRVITKEHVENLARWGTAELKDIDVPFKPSRVILQDFTGVPAVVDLASLRKAMASVGGDPDKINPEIPVDLVIDHSVQVDKAGTEDALAINMDLEFERNAERYKFLSWAKKAFNNYQAVPPATGIVHQVNLEFLASVVHTKEEDGELVTYPDTLVGTDSHTTMINGIGVLGWGVGGIEAEAGMLGQPSYFPVPEVIGAKLVGKLPNGTTATDLALKVTQVLREKGVVNKFVEFFGPGVAELPLADRATIANMAPEYGATCGFFPVDEEALSYLRLTGREEEQIDIVEAYCRNNGLFYTPDAEEPIFTDVVEIDLSKIEANLSGPKRPQDLIPLSVMQETFKKHLVSPAGNQGFGADAAEENKEISFKLNSGEDAVMKTGAIAIAAITSCTNTSNPYVLIGAGLVAKKAVELGLKVPNYVKTSLAPGSKVVTGYLVNSGLLPYMKELGFNLVGYGCTTCIGNSGPLSPEIEEAVAKNDLLITSVLSGNRNFEGRIHPLVKGNYLASPPLVVAYALAGTVNINLKTDPIGVGNDGQNVYFDDIWPSMDEINSLVKQTVTPELFRKEYETVFDDNQRWNEIETTDEALYKWDQDSTYIQNPPFFEEMSVEPGKVEPLRGLRVVGKFGDSVTTDHISPAGAIGKDTPAGKYLQEKGVSPRDFNSYGSRRGNHEVMMRGTFANIRIKNQIAPGTEGGYTTHWPTGKVTSIYDACMRYKEDKTGLVVLAGKDYGMGSSRDWAAKGTNLLGIRTVIAESFERIHRSNLVFMGVLPLQFKQGENADTLGLTGKEVIEVDVDESVRPRDLLTVRAISEDGTVKTFEVVVRFDSEVEIDYYRHGGILQMVLRDKMKQ PGPT0001465_1202 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 D1-12_00994 510 resA_1 COG0526 Thiol-disulfide oxidoreductase ResA ATGCTTGCGAAATGGCTGGGCGGAATATTACTTATCGGGTTGTTAGTGTATGCGGGCTGGAACATTTATTCTGTACAAAAAAGTCCGAAAGAAGGGACAGAAGAAGGGATGAAAGCCCCTGACTTTACACTTGATACATTGTCAGGAAAAAGCATCTCCCTTTCTGATTATAAAGGAAAAAAAGTGCTCCTCAATTTCTGGGCGACGTGGTGCAAGCCGTGCCGAATGGAAATGCCCGATATGCAGGAGCTGCAGAAAGAATATCCTGATATTGCGGTAGCAGCCGTTAATTTTACGTCCTCTGAAAAAAATATACAGGCTGTGAAATCATTTGCTGATCATTATCAGCTGACATTTCCTATTCTGATTGACAAAAGCGGAATTAACGGAGATTTCAACGTGCTTTCTTATCCGACAACATACATATTAGACGAAAAAGGAACCATTCAGCACATTCGCGTAGGCACGATGACAAAAAAAGAAATGAAAGAAAAACTGGATCTCAAATAG MLAKWLGGILLIGLLVYAGWNIYSVQKSPKEGTEEGMKAPDFTLDTLSGKSISLSDYKGKKVLLNFWATWCKPCRMEMPDMQELQKEYPDIAVAAVNFTSSEKNIQAVKSFADHYQLTFPILIDKSGINGDFNVLSYPTTYILDEKGTIQHIRVGTMTKKEMKEKLDLK NA NA NA NA NA D1-12_00995 147 sspN Small, acid-soluble spore protein N ATGGGCATAAACAAGAAAGACGGCCAGCCGCAATACGCTCCGAGCCACTTAGGGACAAAACCCGTTAAATATAAACGCAACAAAGGGGAAAAGTTTCATGACAAGTCAAACGGACATCCGATTGTCATGCAGACGAAAGGCGAATAA MGINKKDGQPQYAPSHLGTKPVKYKRNKGEKFHDKSNGHPIVMQTKGE PGPT0024925_4 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE_SMALL_ACID-SOLUBLE_SPORE_PROTEINS,PGPT0024925-sspN-K06431 NA NA D1-12_00996 243 tlp Small, acid-soluble spore protein Tlp ATGACAAACAATTATCAAAAACCGAATCCGGATGACCGTTCCGATAACGTTGAAAAGCTGCAGGATATGGTGCAGAATACAATTGAAAATATAGAAGAAGCCAAAGAATCAATGGAATTTGCGACAGATGAGGAAAGACAGCGCATTCAAGAGAAGAATGCCAGACGCAATGAAAGCATTGAATCGTTCCGCAGTGAAATCCAGGATGAATCGGCTGCAAGAGAAAACGGCTATCAATCATAA MTNNYQKPNPDDRSDNVEKLQDMVQNTIENIEEAKESMEFATDEERQRIQEKNARRNESIESFRSEIQDESAARENGYQS PGPT0024940_51 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE_SMALL_ACID-SOLUBLE_SPORE_PROTEINS,PGPT0024940-tlp-K06434 NA NA D1-12_00997 417 1,4-dihydroxy-2-naphthoyl-CoA hydrolase TTGCATGTGTCAAAAAAAGAAATAGAAGTGCGTTATGCGGAAACAGATCAAATGGGCATCGTCTATCATGCCAATTACTTAGTCTGGATGGAGGTCGGCAGAACGGCGCTGATTAAGGAACTCGGATTCCTTTACAAGGATATGGAAGATAGAGGTGTGCTGTCCCCTGTATTGGATATCAGCATTTCTTATAAAAAGCCGCTCCGCTACGGAGAAACGGCTGTCGTACATACTTGGATTGAAGAATATAACGGATTTAAAACCGTTTACGGCTACCACATCTATAATCCGGATCAAGAACTTGCCATCAAAGCGACATCCTCTCATATATGCGTTGATAAAGAGAGCTTCAAACCGATTCAGTTTCGCAAGGCTTTTCCTGATTGGCATGCCGCTTACGAAAAGGCAAAAAAATAA MHVSKKEIEVRYAETDQMGIVYHANYLVWMEVGRTALIKELGFLYKDMEDRGVLSPVLDISISYKKPLRYGETAVVHTWIEEYNGFKTVYGYHIYNPDQELAIKATSSHICVDKESFKPIQFRKAFPDWHAAYEKAKK PGPT0001850_6539 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0001850-ybgC-K07107 NA NA D1-12_00998 300 hypothetical protein ATGGCATTTGGAATTACGCGTAAGGAACTGGAAAGATGGAAGCGGGATGTATCGGAAGGGAAAATCGCTTTTTTAACGCATTACTGGCTGGACGACCGCTTTCCGGAGGCTAAGACCGTGACGAAGGCCGGTTCAAGCGATCTCAATAAACTGATCAGATGGGGAGCGGAGTACGGGCTGAAGCCGGAGTGGATTCACCATAAAAATGAATTTCCCCACTTTGACCTGCTCGGTGATACGCAAAGAAGCATATTAGAAAAAGAACATCTGACTGATCATCTCAAAAGGTTCAGGCTGTAA MAFGITRKELERWKRDVSEGKIAFLTHYWLDDRFPEAKTVTKAGSSDLNKLIRWGAEYGLKPEWIHHKNEFPHFDLLGDTQRSILEKEHLTDHLKRFRL PGPT0013445_463 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013445-nadE-K01916 NA NA D1-12_00999 288 putative protein ATGAACATGAAAGTAACGAAAGGCGCGCTGGATTGGTACAAAGAAGAGCTCGATCTGGAAACAGGCGACCATGTCCGCTTCTTTGTCCGTTACGGGGGATGCAGCAACGTTCAGAAAGGCTTTTCTCTCGGCATTTTAAAAGACCGGCCGATGAACATCGGCACCAGCACGGAAGTTGAAGGCATTACCTTTTTTATTGAAGAAAGCGACTTATGGTACTTTGATAATCACGATTTGTCAGTCACATATTCAGATCAGGCAGAAGAGCCGGTATTTGATTATGTGTAA MNMKVTKGALDWYKEELDLETGDHVRFFVRYGGCSNVQKGFSLGILKDRPMNIGTSTEVEGITFFIEESDLWYFDNHDLSVTYSDQAEEPVFDYV NA NA NA NA NA D1-12_01000 582 plsY COG0344 Glycerol-3-phosphate acyltransferase ATGTTGATTGCTTTATTGATTATTTTGGCCTATGTAATAGGCAGCATCCCGTCAGGTTTAATCGTAGGCAAACTTGCGAAAGGGATCGATATTAGAGAACACGGAAGCGGCAATTTGGGCGCCACAAATGCTTTTCGCACGCTTGGCGTTAAAGCGGGATCTGTTGTCATCGCAGCCGATATTTTAAAAGGCACCTTGGCCGCGGCGCTCCCATATTTGCTGCACGTCCCCATTCATCCTCTTCTCGCAGGGGTGGCAGCAGTGATCGGCCATGTATTCCCCGTGTTCGCAAAGTTTAAGGGAGGCAAAGCCGTAGCCACATCAGGGGGCGTCCTGCTGTTTTATGCTCCGCTGTTATTCGTTACGATGGTTGCAGTATTTTTCGTATTTTTATTCCTTACGAAATTTGTTTCTCTGTCTTCAATGTTAACAGGGATTTATACGATTATTTACTGTCTGTTTGTAAAAGACCCTTATTTATTAATCGTAGTGACGCTCTTGACCGCGTTTGTTATCTACAGACACAGGGCAAACATCAAACGGATTATAAACAAAACAGAACCGAAGATCAAATGGTTTTGA MLIALLIILAYVIGSIPSGLIVGKLAKGIDIREHGSGNLGATNAFRTLGVKAGSVVIAADILKGTLAAALPYLLHVPIHPLLAGVAAVIGHVFPVFAKFKGGKAVATSGGVLLFYAPLLFVTMVAVFFVFLFLTKFVSLSSMLTGIYTIIYCLFVKDPYLLIVVTLLTAFVIYRHRANIKRIINKTEPKIKWF PGPT0024375_3471 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROLIPID_REMODELLING CE-REMODELLING_GLYCEROLIPID_ACYLTRANSFERASE_ACTIVITY,PGPT0024375-plsY-K08591 NA NA D1-12_01001 408 yccU COG1832 putative protein YccU ATGCAAAATCCTTCAAAATCAGAGATTAAAGAAATTCTGGACCGGAGCAAACGGATCGCAGTCGTCGGGCTGTCAGACCGTCCCGACCGGACTTCTTACATGGTTTCCAAAGCGATGCAGGATGAAGGGTATGAAATTATTCCCGTCAATCCAACGATTGATGAGGCGCTTGGCGTTAAAGCCGTCGCTTCATTAAAAGACGTGGAAGGACCGATTGATATCGTGAATGTGTTCAGACGCTCTGAGCAGCTTCCCGGCGTCGCTGAAGAATTTTTACAGACGGACGCTCCCGTTTTTTGGGCGCAGCAGGGTCTTGCAAATGAAGAAGCGTATCGCATGATTACAGACAAAGGACGGACGGCTGTTATGGATTTATGTATAAAAGTCGCCCGCGCTGTTATAAAATAG MQNPSKSEIKEILDRSKRIAVVGLSDRPDRTSYMVSKAMQDEGYEIIPVNPTIDEALGVKAVASLKDVEGPIDIVNVFRRSEQLPGVAEEFLQTDAPVFWAQQGLANEEAYRMITDKGRTAVMDLCIKVARAVIK PGPT0013060_1229 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-THIOREDOXINES|THIOESTERASES,PGPT0013060-trxB-K00384 NA NA D1-12_01002 1968 parE COG0187 DNA topoisomerase 4 subunit B TTGGCTAGAAAACAGCAATTTGATTACAACGAAGATGCCATACAGGTGCTTGAAGGCCTGGAAGCCGTCAGAAAACGACCGGGAATGTACATCGGTTCGACGGACGCACGAGGCCTGCACCATCTGGTATATGAGATCGTCGACAATTCCGTCGATGAAGTTCTTGCCGGCTACGGAGATCATATTATCGTAACGATACATAAGGACAACAGCATCTCCGTACAGGACAGAGGACGCGGAATGCCGACCGGGATGCATAAGCTCGGAAAGCCGACGCCGGAAGTTATTTTCACCGTGCTGCATGCCGGGGGGAAATTCGGACAGGGCGGCTATAAAACAAGCGGCGGTCTGCATGGTGTCGGCGCATCTGTCGTAAACGCGTTATCGGAGTGGCTGACAGTTACTATTGAGCGTGACGGATATGTTTATAAACAGCGGTTTGAAAACGGCGGCAAGCCCGTGACTTCACTTGAAAAAATCGGAACCACCAAAAAAACGGGAACGCTTACCCATTTTAAACCTGATCCGTCAATGTTCAGCGCAACGGTTTATAATTTTGACACGCTGTCAGAACGTCTGCGCGAATCGGCTTTCTTGTTAAAAGGTTTGAAAATAGAATTAATTGATGAACGGAACGGCGTAAAAGAAGTATTTTATTATGAGAACGGAATTGAAGCATTTGTCGCTTATTTAAACGAGGAAAAAGACGCTTTATGCGAAGTGGTTTCCTTTGAAGGCGAGCATCATGACATTGAAGTCGATTTCGCGTTTCAGTTTAATGACGGGTATTCAGAAAATATGCTGTCATTCGTTAATAACGTCAGAACAAAGGACGGCGGCACCCACGAATCAGGAGCCAAAACGGCAATGACAAGAGCGTTTAACGAGTATGCGCGAAAGGTCGCCCTTTTAAAAGAGAAAGACAAGAACCTTGAAGGCGCCGATATCAGGGAAGGTTTGTCCGCAATCATTTCCGTGCGTATCCCGGAGGAACTGCTGCAATTTGAAGGCCAGACGAAAGGGAAGCTTGGCACAAGTGAGGCGAGATCCGCCGCGGATGCCGTCATTTCCGAGAATCTTGCTTATTTCCTGGAAGAAAACCGCGATACGGCGACCCTGCTTGTCAAAAAAGCGATTAAAGCAAGCCAGGCCCGTGAAGCGGCCCGTAAAGCGAGAGAAGAAGCGAGAAGCGGCAAAAAGCGAAAAAAATCAGAAGCGACGCTGAGCGGAAAACTCACACCGGCCGGTTCCAGAAATCCGGCGAAGAATGAATTGTATCTGGTGGAGGGAGACTCTGCGGGAGGTTCTGCAAAACAGGGAAGAGACCGGAAATTCCAAGCCGTGCTGCCCCTTCGCGGAAAGGTCATCAACACAGAGAAAGCAAAGCTTGCAGACATCTTCAAAAATGAAGAAATCAATACGATTATTCATGCGATCGGAGGCGGTGTCGGCGCAGATTTTGATATAGACGACATCAACTATGACAAGATCATCATCATGACGGACGCGGATACCGACGGCGCGCACATTCAAGTCTTGCTGTTAACGTTTTTCTACCGCTATATGAAACCTTTAATCGAGCACGGAAAAGTCTTCATCGCCCTTCCGCCTCTTTACAAAGTGAGCAAAGGGAGCGGTAAGAAAGAGATTATTGAATATGCCTGGTCCGACGAAGAAATGGACGGCGTTTTAAAGAAAGTCGGCAAAGGATATACCATCCAGCGCTATAAAGGTCTGGGAGAAATGAACGCAGACCAGCTCTGGGAAACGACGATGAATCCCGAATCGCGAACGCTCGTCAGAGTCAAGATCGACGATGCGGCACGGGTAGAGCGCCGTGTAACGACATTAATGGGAGACAAAGTAGAACCGAGAAGAAAATGGATTGAAAAGAATGTTGCCTTCGGATTAGATGAGGAAAGCAATATTTTAGAAAATGAAAACTTGTCGGTCGCTGAGGAGGTTTAA MARKQQFDYNEDAIQVLEGLEAVRKRPGMYIGSTDARGLHHLVYEIVDNSVDEVLAGYGDHIIVTIHKDNSISVQDRGRGMPTGMHKLGKPTPEVIFTVLHAGGKFGQGGYKTSGGLHGVGASVVNALSEWLTVTIERDGYVYKQRFENGGKPVTSLEKIGTTKKTGTLTHFKPDPSMFSATVYNFDTLSERLRESAFLLKGLKIELIDERNGVKEVFYYENGIEAFVAYLNEEKDALCEVVSFEGEHHDIEVDFAFQFNDGYSENMLSFVNNVRTKDGGTHESGAKTAMTRAFNEYARKVALLKEKDKNLEGADIREGLSAIISVRIPEELLQFEGQTKGKLGTSEARSAADAVISENLAYFLEENRDTATLLVKKAIKASQAREAARKAREEARSGKKRKKSEATLSGKLTPAGSRNPAKNELYLVEGDSAGGSAKQGRDRKFQAVLPLRGKVINTEKAKLADIFKNEEINTIIHAIGGGVGADFDIDDINYDKIIIMTDADTDGAHIQVLLLTFFYRYMKPLIEHGKVFIALPPLYKVSKGSGKKEIIEYAWSDEEMDGVLKKVGKGYTIQRYKGLGEMNADQLWETTMNPESRTLVRVKIDDAARVERRVTTLMGDKVEPRRKWIEKNVAFGLDEESNILENENLSVAEEV PGPT0027710_1194 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 D1-12_01003 2424 parC DNA topoisomerase 4 subunit A GTGGCACAGCCAGAATTATTTCATGATTTACCGTTAGAAGAAGTAATCGGCGACCGTTTCGGACGCTACAGTAAATACATTATTCAAGACAGGGCGCTGCCCGACGCTCGTGACGGTTTAAAGCCGGTGCAGCGGAGAATTTTATACGCCATGCACGCAGACGGAAATACATTCGATAAAAATTTCCGTAAAGCGGCGAAAACGGTCGGAAACGTTATCGGTAATTATCATCCGCACGGTGACAGCTCCGTTTATGAAGCGATGGTGCGGATGAGCCAGGATTGGAAAGTGCGGAATGTGCTGATTGAGATGCACGGCAACAATGGAAGCATTGACGGTGATCCGCCGGCTGCCATGCGTTATACGGAAGCGAGATTATCTTCTATCGCGTCAGAGCTTTTGCGTGATATTGATAAAAATACGGTTGAATTCGTTCCGAACTTTGATGACACTAGTAAAGAACCGGTTGTTTTGCCAGCCATGTTCCCTAACTTGCTTGTCAACGGATCAACCGGGATTTCGGCGGGCTATGCGACTGATATTCCCCCTCATCATCTGGGTGAGGTCATTGATGCCGTCATTAAACGGATTGAATCTCCGGATTGCACCGTCGATGACTTGATGCAGGTGATTAAAGGGCCTGACTTTCCGACAGGAGGCATTATTCAAGGAGTCGACGGCATTCGGAAGGCTTATGAAACCGGGAAAGGCAAAATTATTATCCGCGGCAAGGCTGAAGTGGAATCCGTAAGAGGCGGACGGGAGCAGATCGTCATTACAGAAATTCCGTTTGAAGTAAACAAAGCCAATCTCGTAAAGAAAATGGACGAATACCGCATAGACAAAAAAGTCGAAGGCATTTCTGAAGTCCGGGATGAAACTGACCGCACGGGGCTTCGGGTGGTCGTTGAGTTAAAGAAAGAAGCCGATGCAAAAGGCATCTTGAATTTCTTATATAAAAACACTGATCTGCAGACAACATATAACTTTAATATGGTCGCCATACATAACCGCCGGCCGATGCTGATGAGTCTTACAGCCATCCTGGATGCGTATATTTCCCACCAGAAGGAAGTAGTGACAAACCGCTCCGTCTTTGAATTGCAAAAAGCAAAAGAGCGGCATCACATCGTTGAAGGACTGATGAAGGCACTGTCTGTGTTAGATGAGGTCATAGCGGTCATCCGGGCAAGCAGCGACAAGAAAGATGCGAAACAAAACTTAATGTCTAAATTCGCATTTACGGAGCCGCAGGCTGAAGCGATCGTATCCTTGCAGCTGTATCGTCTGACAAACACGGATATTACGGCGCTAAAAGAGGAAGCGGAAGAGCTCAGCAAGAAAATTCAGGAGCTCGAAGCCATTTTAAGTCATGATAAAAAGCTGTTAAAAGTCATTACAAGCAGCCTGAAAAAAATGAAAAAGACCTATGCTGACAGCAGACGGTCTGTCATTGAAGAAAAGATTGAGGAAATTAAAATCAATCTTGAAGTCATGGTAGCCTCTGAGGACGTATATGTGACAGTCACAAAAGACGGCTATGTAAAACGAACAAGCCAGCGGTCATTTGCCGCTTCTAACGGTCAGGATTTCGGTATGAAGGATACTGACAGGCTGATTCACCAATTTGAAATGAATACAACGGATGTTCTCCTGCTCTTTACCAATAAGGGAAGCTATGTTTATTGTCCGGTTCACCAGCTTCCTGATATCAGGTGGAAAGACATGGGGCAGCACGTAACGAACATCATCACGATTGACCGTGATGAAACCATCGTGAAAGCTATACCGGTAAAAGAGTTTGATCCATCTTCATATTTATTGTTTATGACGAAAAACGGCATGGTGAAAAGAACTGAAATGACGCATTACAAAGCGCAGCGTTACTCGAAAGCGCTTGTTGCCCTTAATCTGAAAGGGGACGACGAGCTGATTGATGTTCATGTCACAGACGGCGGCAGCCAGCTGTTTATCGCCACCCGCCTCGGGTACGGTTTATGGTTCGGTGAAGATGAAGTAAATGTAGTCGGTGCCCGTGCGGCCGGCGTAAAGGGTATAAATTTAAAAGACGGTGATACCGTCGTATCAGGACAAATCCTGCATGAGACAGATTCGCTTATCCTTGTCACACAGCGGGGAGCAATCAAGCGGATGAACCTATCTGAATTCGAAAAAACATCCAGGGCGAAGCGCGGTGTCGTTATGCTGCGTGAGCTTAAAAAGAACCCGCATCGCGCAGTCGGCGTATTCGCGTGCGCTTTGGCCGACATGATCGCTGCGGAAACAGAAAAAGGCGAGAGAATCGAAATCGCCGTGAAGTCCTTGCGGGCGAATGACCGATACAGCAACGGTTCCTTCTTTACCGATGAAGATGAGACAGGGCCGGTAACAGATGTATGGCGTATCCCCGCGTCTGATGTTTAA MAQPELFHDLPLEEVIGDRFGRYSKYIIQDRALPDARDGLKPVQRRILYAMHADGNTFDKNFRKAAKTVGNVIGNYHPHGDSSVYEAMVRMSQDWKVRNVLIEMHGNNGSIDGDPPAAMRYTEARLSSIASELLRDIDKNTVEFVPNFDDTSKEPVVLPAMFPNLLVNGSTGISAGYATDIPPHHLGEVIDAVIKRIESPDCTVDDLMQVIKGPDFPTGGIIQGVDGIRKAYETGKGKIIIRGKAEVESVRGGREQIVITEIPFEVNKANLVKKMDEYRIDKKVEGISEVRDETDRTGLRVVVELKKEADAKGILNFLYKNTDLQTTYNFNMVAIHNRRPMLMSLTAILDAYISHQKEVVTNRSVFELQKAKERHHIVEGLMKALSVLDEVIAVIRASSDKKDAKQNLMSKFAFTEPQAEAIVSLQLYRLTNTDITALKEEAEELSKKIQELEAILSHDKKLLKVITSSLKKMKKTYADSRRSVIEEKIEEIKINLEVMVASEDVYVTVTKDGYVKRTSQRSFAASNGQDFGMKDTDRLIHQFEMNTTDVLLLFTNKGSYVYCPVHQLPDIRWKDMGQHVTNIITIDRDETIVKAIPVKEFDPSSYLLFMTKNGMVKRTEMTHYKAQRYSKALVALNLKGDDELIDVHVTDGGSQLFIATRLGYGLWFGEDEVNVVGARAAGVKGINLKDGDTVVSGQILHETDSLILVTQRGAIKRMNLSEFEKTSRAKRGVVMLRELKKNPHRAVGVFACALADMIAAETEKGERIEIAVKSLRANDRYSNGSFFTDEDETGPVTDVWRIPASDV PGPT0027705_1075 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 D1-12_01004 126 hypothetical protein ATGTTGTTTATCTTACGAATGGTGATTTTAGGGTTGTTTTCATTCACTGCATTGAATTTATTTGTATGGCAGGGAATCGAAGTCATTCACGCTATCACTGACTTATTCGGCAGCCATGAAAGCTAA MLFILRMVILGLFSFTALNLFVWQGIEVIHAITDLFGSHES NA NA NA NA NA D1-12_01005 354 hypothetical protein TTGAAAAAAATCTTGTTTTTAAAAGCTTCTATTTTATTTTTAGCGATTGCAAGCTTTCATTTGCTCTCCATTCCCCATGCGTTTGATACTGCTCATCATTTTAAAGCGGTAGCCGACCAGCAGGAAATGCACGAAATGAAGGCCGGCCAAAATGCTGATGATGAGAAAAAATCGCTGACGGGCTCATATATCTTGACGGCGCTTTTTGCCGCTTCTGTCTCACTGATCGTGATATCAGACAGGAGACGCCCCGCTTCCCGGAGAAGACAGCGAAAGAAAAGCTTTTTAATCGCTAAATTTTATCAGTCCTCGTATTTCGATGAGCTTCATGTTCAACATCGCCTATCTATGTAA MKKILFLKASILFLAIASFHLLSIPHAFDTAHHFKAVADQQEMHEMKAGQNADDEKKSLTGSYILTALFAASVSLIVISDRRRPASRRRQRKKSFLIAKFYQSSYFDELHVQHRLSM NA NA NA NA NA D1-12_01006 1419 alsT_1 COG1115 Amino-acid carrier protein AlsT ATGGAGGCTTTCATCAGTGAAATCATAAATGTTCCAAATGATTTTATTTGGAAGTATCTTGTTTATATTTTAGTCGGGATCGGATTGTACTTTACGTTCCGTTTTCGCTTTATTCAATTCCAATACTTTATTGAAATGTTTAGAATCGTCGGGGAGAAGCCGCAAGGAAATAAAGGAGTGTCTTCAATGCAGGCATTCTTTATCTCAGCCGCTTCTCGTGTCGGAACCGGAAACTTGACCGGCGTCGCGCTGGCGATTGCAACAGGCGGTCCCGGCGCAGTATTTTGGATGTGGATCGTAGCGATTGTCGGTATGGCTTCCAGCTTTGTGGAAAGCACCTTGGCGCAGCTGTATAAAGTGCGTTCCGGTGACGAATTCCGCGGCGGTCCGGCATATTACATGGCAAAGGGACTGGGCGCCCGCTGGCTCGGTATTTTATTCGCCGTATTGATTACCGTTTCTTTCGGACTTATCTTTAACGCCGTGCAGTCAAATACGATTTCTGTCGCGTTTGACGAAGCATTCCATGTGAATAAAACAGTTATCGCAATCATTTTAGCGGTATTAACGGCTTTCATTATATTCGGCGGTCTGAAACGTGTTGTTTCCGTCTCGCAATTAATCGTTCCGGTCATGGCGGGTATGTATATTCTGATCGCGCTGTATGTCGTGATTGTAAATATTACAGCGGTACCTGAGCTGTTTGTTACGATTGTGAAAAATGCGTTCGGTCTTGAACAGATCGTCGGCGGAAGCTTAGGAAGCATCATTATTATCGGTGCGCAGCGCGGCCTGTTTTCAAACGAAGCGGGTATGGGAAGCGCGCCGAATGCCGCAGCGGCTGCACATGTGTCGCATCCGGCTAAGCAGGGATTAATTCAGACGCTCGGCGTGTTTTTTGATACATTTATCGTTTGTACATCGACTGCCTTTATCATTTTATTGTACAGCTTTACGCCTAAAGGAGACGGCATTCAAGTGACGCAAGCCGCACTGCAGCACCACCTCGGCGGATGGGCGCCGACATTTATTGCGATTGCGATGTTTTTATTCGCATTCAGTTCTGTCGTCGGCAACTATTACTATGGTGAAACGAATATTGAATTTATTAAAACAAGCAAAACATGGCTTAATATTTACCGCGTATTCGTCGTAGTGATGGTGGTATACGGATGTTTGGCTGACTTCCAGATCGTCTGGGACATGGCAAACTTGTTTATGGGACTCTTGGCTCTCATTAACTTAGTGGCAATCTTATTGCTGAGTAATGTAGCCTACAAGATCTATAAGGATTATGCCGCTCAGCGCAAAAAAGGTCTTGATCCCGTATTCAAAGCCGAGAATACTCCGGAGCTCAGGCATATTGAAACATGGGCGGAAGAAGAAGGTACAAGCCCCGAACGTAAGACTGCTAACTGA MEAFISEIINVPNDFIWKYLVYILVGIGLYFTFRFRFIQFQYFIEMFRIVGEKPQGNKGVSSMQAFFISAASRVGTGNLTGVALAIATGGPGAVFWMWIVAIVGMASSFVESTLAQLYKVRSGDEFRGGPAYYMAKGLGARWLGILFAVLITVSFGLIFNAVQSNTISVAFDEAFHVNKTVIAIILAVLTAFIIFGGLKRVVSVSQLIVPVMAGMYILIALYVVIVNITAVPELFVTIVKNAFGLEQIVGGSLGSIIIIGAQRGLFSNEAGMGSAPNAAAAAHVSHPAKQGLIQTLGVFFDTFIVCTSTAFIILLYSFTPKGDGIQVTQAALQHHLGGWAPTFIAIAMFLFAFSSVVGNYYYGETNIEFIKTSKTWLNIYRVFVVVMVVYGCLADFQIVWDMANLFMGLLALINLVAILLLSNVAYKIYKDYAAQRKKGLDPVFKAENTPELRHIETWAEEEGTSPERKTAN PGPT0014405_2810 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 D1-12_01007 957 kdgK 2-dehydro-3-deoxygluconokinase GTGGCTTCTGATTATGGCATTTTTACGATCGGTGATGCGATGATCACCTTAAATCCCGCAAGCACAGGGCCTTTGCGTTTTGTTACCCATTTTGAACGAAAAGCAGGAGGAGCTGAACTGAATTTTGCGATTGCATGCGCCAGATTGAATCTGCACTCAAAGTGGGTCAGCAGGCTGGGGAAGGATGAGTTCGGCAGAGTGATTTATCAGTTTGCCAAAGGAGAAGGAATTGATGTGACTGACGTCTCCTATGTTGAAGGCTTTCCTACATCTTTAAATGTCAAAGAGATCAGAAATGACGGTTCAGGCAAGACGTTTTATTACCGTTTCAATTCACCAATTCTAACTCTTGCACCGGAAGATATAACAGAGAATATGTTTGCCGGCATTCACATCGTTCATCTTACCGGCGTGTTCCTCGCGCTTGATAAGAAAAACCTTGAAATTGCTGAAAGGGTGCTTTCCATCGCCAAAGCAAGGGGGATTCCCGTATCTTTTGATCCGAATATCAGGCTGAAGCTGTGGACGATTGAGGAGGCGCGTGCGGCATTTCATCAAATCTTTCCGCATACTGATATTCTTCTGGCGGGCCGGGACGAAATGAAACAGCTGACAGGTCTAAGGGAAAATGAGGCATTAGCCCGGTTTGCAGAGACCTATTCAATCAGTCAGCTTGTCATAAAAGACGGTGAAGCAGGTTCTGCGCTGTATCATGATCATAAGTGGGTTCACAAAGAGGCTTTCCCGGTTGCGCCTGTTGACACGGTAGGAGCGGGTGACGGCTTTAATGCCGGTTACCTGTACGGTTATCTGCATGGTTTTGAACCGGAAAAACGTCTGGAGCTTGCCAATGCGGTCGGTGCGCTCGTCACCACAGTTTCCGGTGACAATGAAGGGCTTCCCTATCTAGAAGAGGTTCTGTCATTTGTAAACAAAGAGACTGTGATTGAACGTTAG MASDYGIFTIGDAMITLNPASTGPLRFVTHFERKAGGAELNFAIACARLNLHSKWVSRLGKDEFGRVIYQFAKGEGIDVTDVSYVEGFPTSLNVKEIRNDGSGKTFYYRFNSPILTLAPEDITENMFAGIHIVHLTGVFLALDKKNLEIAERVLSIAKARGIPVSFDPNIRLKLWTIEEARAAFHQIFPHTDILLAGRDEMKQLTGLRENEALARFAETYSISQLVIKDGEAGSALYHDHKWVHKEAFPVAPVDTVGAGDGFNAGYLYGYLHGFEPEKRLELANAVGALVTTVSGDNEGLPYLEEVLSFVNKETVIER PGPT0018060_1956 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 D1-12_01008 1020 yjmD COG1063 putative zinc-type alcohol dehydrogenase-like protein YjmD ATGAAAGCGGTTCTAGTACGGAAAGCTTTTGATCTGGTGGTGACGGAATGTGAGAAACCGTCTGTTGTCCACGCGGATGATGTTCTTGTCAAGGTGAAGCGGGTCGGAATTTGCGGATCAGATTTGCATATTTATCATGGGACAAATCCGTTAGCGTCCCTGCCGAGAGTAATCGGTCATGAAGTCACAGGGGAAGTCGCAAAGACCGGTTCTCTTGTCCGGCGTTTCAAGCCGGGTGACCGCGTAGTGATTGAACCGATATCTTATTGCGGAACATGCTATGCCTGCCGGAAAGGACGTCCGAACGTCTGCAAAGCGCTTTCGGTGTTCGGCGTTCATGAAGATGGCGGAATGCGGGAATATATCGTGCTTCCGGAAAAGCAGCTGCATGCCGTTTCGCCCGATCTGCCCTGGGAGGAAGCGGTCATGGCAGAACCATATACGATCGGCGCCCAGGCCGTTTGGAGAGGCAGAGTCGAGAAGGAAGATACCGTTTTGATTCAGGGGGCGGGGCCGATCGGAATCTGCATATTAAAAATGGCAAAGCTCAAAGGCGCTTCCGTCATGATAACCGACCTGAATGATGAACGCTTGGCATTCGCTGAAAAAAACGGTGCGGACGTTACCGTCAACGCGCAAAAAGAAGATCCCGTTTTGCGGGTGAACGAATGGACAAAAAATGAAGGCGCCAATGTCGTCATTGATGCCGTCTGTCTCCCCTCAACGTTTGAAACGTCCATTGACGCGGTGTCTCCGGCCGGTCATGTGGTTGTGCTTGGTTTTGATGAGAGGACTGCCGGCATTTCTCAGCTTCCGATCACAAAAAAGGAAGTCACGATAACCGGTTCAAGATTGCAGACGAATCAGTTTCCGTGCATTACAGACTTACTGAATAAAGGCCTGTTAACGCACGGCGGTCTTATTACACATACATTTTCAGCAGATGACGTCCATCAAGCATTTCAGTTGATCGAACAGCACCCGGGCAAGGTGGGAAAAGCAATCATTACGTTTGATTAA MKAVLVRKAFDLVVTECEKPSVVHADDVLVKVKRVGICGSDLHIYHGTNPLASLPRVIGHEVTGEVAKTGSLVRRFKPGDRVVIEPISYCGTCYACRKGRPNVCKALSVFGVHEDGGMREYIVLPEKQLHAVSPDLPWEEAVMAEPYTIGAQAVWRGRVEKEDTVLIQGAGPIGICILKMAKLKGASVMITDLNDERLAFAEKNGADVTVNAQKEDPVLRVNEWTKNEGANVVIDAVCLPSTFETSIDAVSPAGHVVVLGFDERTAGISQLPITKKEVTITGSRLQTNQFPCITDLLNKGLLTHGGLITHTFSADDVHQAFQLIEQHPGKVGKAIITFD PGPT0018265_116 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 D1-12_01009 636 kdgA COG0800 KHG/KDPG aldolase ATGCTGCCTAAGTACGCTATTTACGAAAAACTTCTGCATGCACAAGTGGTGGCTGTCATAAGGGGACAAAACAGCCAAGAGGCGCTTGAAGTTTCAAAAGCGGCCATTTCAGGAGGTATCAGCGCCATTGAGCTTACATACACAACTCCTGAAGTGGAAGATGTCTTTAAGGAACTCCGGCATCAAGATATTCTTCTTGGAGCCGGCTCTGTAATGGATACAGAAACGGCGAGACACGCCATTTTATCAGGCGCCTCATTTATCGTCAGCTCTCATTTTGTAAAAGAGATAGCATCTCTATGCAACCAGTACAGCGTACCGTATCTTCCGGGATGCATGAGCGTGTCTGATATGGCTTTGGCGCTCGAAGCCGGATGTGATGTGGTAAAGCTGTTCCCCGCTAATTCGTTTGACCCTTCATTTATCAAGTCGGTCAACGGTCCTCTGCCGAATGTCCGCATTATGCCGACCGGGGGCATCTCATTAAACAGCATGAATGACTGGCTCTCTGCCGGAGCGGTCGCGGTCGGTGTGGGAAGCGACTTGACAAAAGCATATCAAAAGGGCGGCTATGAAGCTGCCGTATCCCTCAGCAAAGAATACGTCTGCCGAAAAAACGAATATACGGGGGTGTAA MLPKYAIYEKLLHAQVVAVIRGQNSQEALEVSKAAISGGISAIELTYTTPEVEDVFKELRHQDILLGAGSVMDTETARHAILSGASFIVSSHFVKEIASLCNQYSVPYLPGCMSVSDMALALEAGCDVVKLFPANSFDPSFIKSVNGPLPNVRIMPTGGISLNSMNDWLSAGAVAVGVGSDLTKAYQKGGYEAAVSLSKEYVCRKNEYTGV PGPT0002060_2600 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 D1-12_01010 1077 uxuA COG1312 Mannonate dehydratase ATGAATATCACGTTTCGCTGGTATGGCCAAGGTAATGATACGGTGACTCTTGAACATGTCAGACAAATTCCCGGGGTCAAAGGCATCGTCTGGGCTCTTCACCAGAAGCCCGCGGGCGAAGTATGGGAAAAGGAGGACATTGAAGCGGAAGTCAGAGTCATTCAATCCTATGGGTTTCATGCAGAGGTCGTGGAAAGCGTGAATGTTCATGAAGCCATTAAACTCGGTCATGAAGAACGCGGACAATATATTGAGCACTATAAACAGACCATTCGCAATCTGTCCGAATTCGGTGTGAAAGTCATCTGTTACAATTTCATGCCGATATTTGACTGGACGCGTACCGATATGTTCCGCGCGCTGGAGGATGGGTCAACCGCACTGTTTTTTGAAAAAGCGAAAGTGGAAAGTCTATCTCCGGAGGAACTGATCCGCACGGTTGAAGAATCTTCTGATTTGACGCTTCCCGGGTGGGAGCCGGAGAAAATGGCCCGGATCAAGGAACTGTTTGAGGCCTATCAAACGGTTGATGAAAAACAGCTTTGGGCCAATCTTGAGTTCTTTTTACATGAAATTCTTCCTGTAGCGGAGGAACACGGCATTCAAATGGCCATTCATCCGGATGATCCGCCCTGGTCAATTTTTGGCCTGCCCCGTATTATCACCGGTGAGAAAAGTTATGAAAAGCTGCGAGAGATTTCACATTCACCCGCCAACTGTATTACGTTATGCACGGGTTCGATGGGAGCGGATCCCGCCAATGATATGGTGAAGATCGCCAAACACTATGCGGGAGCTGCGCCGTTTGCCCATATACGAAATGTGAAAATCTGCGATAACGGTGATTTTACGGAAACTTCGCATCTTACCAGTGATGGGTCCATTGATATTACCGGTGTGGTAAAAGAATTGTACGGCCAAGACTATAAAGGATATGTACGGCCTGATCACGGCCGTCATATCTGGGGCGAACAATGCCGGCCGGGTTATGGTTTATATGATCGCGCCTTAGGAATTATGTACTTGAACGGACTGTGGGATGCGTTCTCGTCTCATGAGAAAGGGGTGAAGAGATGA MNITFRWYGQGNDTVTLEHVRQIPGVKGIVWALHQKPAGEVWEKEDIEAEVRVIQSYGFHAEVVESVNVHEAIKLGHEERGQYIEHYKQTIRNLSEFGVKVICYNFMPIFDWTRTDMFRALEDGSTALFFEKAKVESLSPEELIRTVEESSDLTLPGWEPEKMARIKELFEAYQTVDEKQLWANLEFFLHEILPVAEEHGIQMAIHPDDPPWSIFGLPRIITGEKSYEKLREISHSPANCITLCTGSMGADPANDMVKIAKHYAGAAPFAHIRNVKICDNGDFTETSHLTSDGSIDITGVVKELYGQDYKGYVRPDHGRHIWGEQCRPGYGLYDRALGIMYLNGLWDAFSSHEKGVKR PGPT0018270_1189 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 D1-12_01011 837 uxuB COG1028 putative oxidoreductase UxuB ATGAGACCGATTCATGAATGTTTATCAGGAAGAACCGCTGTCATAACAGGCGGGAGCGGTGTTCTCTGTTCAGCAATGGCAAAGGAGCTTTCACGGCAGGGGATGAAAATTGCGATCGTCAGCCGGAATGCTGATAAAGCAGAGCGTGCGGCGGGCGAGATTGCTGACGCTGGAGGAACCGCGGTTTCTGTACCGGCTGATGTTTCAGCCCGTGATTCGCTTGAAAAGGCAAAAGACGAGATTATCAGCCGGTTCGGTTCTGTCAATCTTTTAATTAACGGAGCCGGGGGAAATCACCCTGATGCGATCACTGCCAGTGAGACGTATGAAGAGGATGAGCAGGGCACATCATTTTTTGATATGGACGAAACGGGGTTTTCCAGCGTTTTTTCAACCAACTTTACCGGTGCATTTCTGGCATCGCAAGTGTTTGGAAAAGACCTTTTGAAGGCGGAATGTCCCGCGATTATTAATATTTCTTCTATGAGTGCGTATACACCGATGACAAAGGTGCCTGCCTACAGCGCGGCCAAGGCGGCGATTCAGAATTTTACGATGTGGATGGCTGTTCATTTCGCAAAAAAAGGGCTGCGGGTGAATGCCATCGCTCCGGGTTTCTTTTTGACAGCGCAAAACCGTGAGTTGTTATTACAGGAAGATGGAAGTCTGACAGACCGATCCAATAAGATTATGGCACATACACCGATGAAACGTTTCGGGAAACCGGAAGACCTTCTGGGAACGCTCCTGTGGCTTTCGGATGATTCATGCTCAGGCTTTGTCACAGGGGTCACCGTTCCCGTCGACGGAGGTTTTATGGCTTATTCCGGAGTGTGA MRPIHECLSGRTAVITGGSGVLCSAMAKELSRQGMKIAIVSRNADKAERAAGEIADAGGTAVSVPADVSARDSLEKAKDEIISRFGSVNLLINGAGGNHPDAITASETYEEDEQGTSFFDMDETGFSSVFSTNFTGAFLASQVFGKDLLKAECPAIINISSMSAYTPMTKVPAYSAAKAAIQNFTMWMAVHFAKKGLRVNAIAPGFFLTAQNRELLLQEDGSLTDRSNKIMAHTPMKRFGKPEDLLGTLLWLSDDSCSGFVTGVTVPVDGGFMAYSGV PGPT0018270_1 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ACID_UTILIZATION PLANT_DERIVED_GULONATE|FRUCTURONATE|MANNONATE_DEGRADATION,PGPT0018270-uxuA-K01686 NA NA D1-12_01012 1002 kdgR COG1609 HTH-type transcriptional regulator KdgR ATGAAAACCATTACAATTTCTGATGTGGCGAAATATGCAAACGTATCTAAAAGCACCGTATCTCAATTTTTAAATCAGCGCTATGACTATATGAGCGAGAAAACGAAACAAAAAATAGAAGCGGCCATTCAAGAGCTGAACTATCAGCCGAATTTCGTCGCCCGCAGCTTAAAACAGAAATCAACATTTACAGTAGGTGTGGTGGTGGCTAATATTCTTCACACCTTTTCCACTCAGGTCATCAGGGCGGTGGAAGACTATTTTCATGAACAAGGATTTCATATTATTGTCTGCAATGCGGATGATGAACCGGAAAAAGAAAAGAAATATATTGAAATGCTGCGGGCCAAGCAGGTGGACGGAATTATTATTTTTCCGACGGGCGAAAATCTCTCTTTATATGAAAAGATGAAACGCGATACGTTTCCGGTCGTGTTTATGGACAGAACCATTGAAGAACTCGGGATTCCGACAGTGATGCTTGATAATCATCATGCAGCCGGTCTTGCCGTTGACCGGTTTATCGAAAGCGGCATAAAGAGAATCGCGATTATTACGACGTCCATTATTCGGGAAATCAGTCCGAGGGTAGAAAGGATTGAAGGGTATAAGAAGGCGCTTGACCGCCACGGAATGTTGGTGCGGAACGAATATATCAAAACAGCCGATGCGGCTGATATTTCCAATGTTTTGTCAGAGCTGTTCTCACTTCAGGAGCCTCCGAAAGCGATATTGGCGGCAAACGATATCGTTCTTGTTGAGGTGCTGAAGTATATGAAGGAGCATGATATGACAATTCCGGATAAGGCAGCCGTCATCGGAATTGATGAAGTTCCTTTTGCGGGTTTTTTTACTCCTCCGATTACGACGATCGTTCAGCCTGCGGCAGAAATGGCGCGAAAAGCGGGAAGCCTTCTTCTTCGCCAGATACAAGAAAAAGATGGCGGTGAAAAACGGATTCACCGCTATAAACCGGCGCTGCTCGTAAGGCAATCCGGATAA MKTITISDVAKYANVSKSTVSQFLNQRYDYMSEKTKQKIEAAIQELNYQPNFVARSLKQKSTFTVGVVVANILHTFSTQVIRAVEDYFHEQGFHIIVCNADDEPEKEKKYIEMLRAKQVDGIIIFPTGENLSLYEKMKRDTFPVVFMDRTIEELGIPTVMLDNHHAAGLAVDRFIESGIKRIAIITTSIIREISPRVERIEGYKKALDRHGMLVRNEYIKTADAADISNVLSELFSLQEPPKAILAANDIVLVEVLKYMKEHDMTIPDKAAVIGIDEVPFAGFFTPPITTIVQPAAEMARKAGSLLLRQIQEKDGGEKRIHRYKPALLVRQSG NA NA NA NA NA D1-12_01013 1272 exuT Hexuronate transporter ATGTTCTCAAAGGATAGATTCCCTATTATTCTTCTTTTATTTTCAGCCGGGGTGATTAACTATTTAGACCGCTCAGCGCTGTCTATTGCAGCGCCGTTCATACAGCAGGATCTCACATTGTCAGCAACCCAAATGGGGCTAATTTTCAGCAGTTTCTCTGTCGGATACGCTGTGTTTAACTTTCTCGGCGGTGTTGCATCTGACCGGTACGGGGCTAAATTGACATTGTGTACGGCGATGATCGTTTGGTCTCTTTTCAGCGGAGCGGTTGCGCTTGCTTTCGGATTTGTAAGTCTTTTGATTATCCGTGTTTTATTCGGTATGGGGGAGGGGCCGCTGTCGGCTGCCATAAGCAAAATGGTCAACAATTGGTTTCCTCCGTCTCAGCGCGCCACGGTCATCGGCCTGACAAACAGCGGAACGCCGCTCGGCGGAGCGATCTCCGGCCCGATTGTCGGGATGATTGCTGTGGCGTTCAGCTGGAAGGTTTCCTTTGTCCTGATCATGATCATCGGTTTAGTCTGGGCGCTCATCTGGTTTAAATTTGTCAAAGAACGGCCGGCGCCGACGGAAGACGTCCCGGCAATGAAAGCAGCGATTCAATCGCATGAGCAGCATATCCCGATGACCTTTTATTTGAAACAAAAAACGGTTCTCTTCACGGCTTTTGCCTTTTTCGCCTACAACTACATTTTATTTTTCTTCTTAACATGGTTTCCGAGCTATCTGGTGAAAGAACGCGGTTTAAGTGTTGAATTTATGAGCGTGGTGACTGTTATCCCCTGGATTCTTGGATTTATCGGTTTGGCGGCAGGCGGAATGATTTCTGATTATGTATTCAAAAAAACCGCCGGAAAAGGGGTTTTGTTCTCACGGAAAGTCATTCTTGTCACTTGTCTGTTCGCTTCCGCTGTACTGATCGGATTTGCCGGACTTGTTACCACTACCGTAAGTGCCGTTATTCTCGTTGCTTTATCAGTCTTCTTTTTATATATAACGGGCTCTATCTATTGGGCGGTCATTCATGATGTGGTTGATCAAAGGAATGTCGGGTCAGTCGGCGGCTTTATGCATTTTCTTGCAAACACGGCCGGTATTATCGGGCCTGCTTTAACCGGCTTTATCGCGGACAAAAGCGGATCATTCTCGGGGGCGTTTTTGCTTGCAGGCGGATTAGCCGTTTTGGCCTCGGCTGCGGTAATCCGTTTCGTGCGCCCGATTATCATTCAAACCGCTTCTGAAGATAAAAAAGACACGATACCTTATTCGTAA MFSKDRFPIILLLFSAGVINYLDRSALSIAAPFIQQDLTLSATQMGLIFSSFSVGYAVFNFLGGVASDRYGAKLTLCTAMIVWSLFSGAVALAFGFVSLLIIRVLFGMGEGPLSAAISKMVNNWFPPSQRATVIGLTNSGTPLGGAISGPIVGMIAVAFSWKVSFVLIMIIGLVWALIWFKFVKERPAPTEDVPAMKAAIQSHEQHIPMTFYLKQKTVLFTAFAFFAYNYILFFFLTWFPSYLVKERGLSVEFMSVVTVIPWILGFIGLAAGGMISDYVFKKTAGKGVLFSRKVILVTCLFASAVLIGFAGLVTTTVSAVILVALSVFFLYITGSIYWAVIHDVVDQRNVGSVGGFMHFLANTAGIIGPALTGFIADKSGSFSGAFLLAGGLAVLASAAVIRFVRPIIIQTASEDKKDTIPYS PGPT0017205_1524 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_HEXURONATE_TRANSPORT,PGPT0017205-exuT-K08191 NA NA D1-12_01014 816 hypothetical protein ATGAAACAGAAGCCGATATATGTCGAAATCAATATTGCATCTGATATAGAAACGCTTTGGGAATATACGCAAAACCCGCATCTTCATAAGGAATGGGATCTGCGTTTTTCTGACATTACATATCTTCATAGGCTGCCATATGAACCGCAGAGATTTCTATATGAAACACGAATCGGTTTTGGGCTGAAGGTATCCGGCACAGGCGAATCAATAGGTGACATAAGGCCTCGCTCGTCAGAAAGAGTGTCTTCGCTCGCTTTTGTCTCTGATCATCCGCTGTCACTTATAAAAGAAGGCAGGGGCTACTGGAAGTATATAGAGCGGGATAACGGACAAGCCTCATTTTTGACTCAATATCAATATGAAACGGCCCGCGGTCTGCCGGGAAGTTGGATAGACCGTTTTTTATTTCGTCCTCTGCTAAGCTGGGCTACCGCATGGAGCTTTGATGCGTTGCGGCTTTGGATAGAACAAAACAGACATCCGAAGATATCAGTCCGTTTCGGATTTGTCTATGTCTGTATGTGTCTCATATTCAGTCTGTATTGGTTTTTTCAAGGCTTTCATGATGGCTGTGCCGATGCAGAGATCGTGAGGGGAGCCCTGGAGACAGGGTTAGGGGTATTATGGCTGCTTCCCATGCGGAGAAAGTGGCTGATTCACGCCGGGCAGTCAGCCTTCTTTTGTGTAACGGCACTGTTATATTCCGGTGACGGATTCTTGATCTCATTAGGAGTCCTTACGATAGCCGGCATGATTCTTAAGCTCAAGCTGCCGAGCGCCTGGCATACAAAACGAAAGAGAGAAGTGAAATGA MKQKPIYVEINIASDIETLWEYTQNPHLHKEWDLRFSDITYLHRLPYEPQRFLYETRIGFGLKVSGTGESIGDIRPRSSERVSSLAFVSDHPLSLIKEGRGYWKYIERDNGQASFLTQYQYETARGLPGSWIDRFLFRPLLSWATAWSFDALRLWIEQNRHPKISVRFGFVYVCMCLIFSLYWFFQGFHDGCADAEIVRGALETGLGVLWLLPMRRKWLIHAGQSAFFCVTALLYSGDGFLISLGVLTIAGMILKLKLPSAWHTKRKREVK NA NA NA NA NA D1-12_01015 609 hypothetical protein ATGACGGATTCAATGTATGAAAAAGCGATTACTCATTATCAATCACTGCACCCGATGCTGCAGAAACGGTACAGATTTGACGGATCACGCACGTTTTGCGGAGAAGGCGTTATGACAGAAATAAAGGGAGGTTCTTTTCTTGTCAGAATGCTTTTAAAGACAGGTGTTTTTTTCAGATGTTTTTTCTCAGAGAGGGGAAACGATATCCCTTTCACTATCGAAAACAAAAACAGGCAAAATGGCGTGGAATGGAATCGTACCTTTTTCTTTAAAGGCAAAACGCGTTTTTTTGATGCGGTCATGGAATATGATGAGCGGGAAAACAGAATTCTTGATTACTTCGGCAAACCTCACATCCTACTGTCTGAACTGCATTTAGAAGCGTCTTCAGACGGAGGGCTTGTTATTACATCCGGAAGGCAGTGGCTCCTGATAGGCGGAAAGAAAATCCCGATTCCGGCATGGATGTGCGGCAGTTCAACCGTTTATGAGGCTTATGATGAGGAAATGAATTGCTTCAGCATAAAGGTTCATGTGAACAATCGGATACTCGGCACGCTTTTCTCTTACCGGGGGACTTTCCGGGAAACAGAGGGAGAAACATGCTGA MTDSMYEKAITHYQSLHPMLQKRYRFDGSRTFCGEGVMTEIKGGSFLVRMLLKTGVFFRCFFSERGNDIPFTIENKNRQNGVEWNRTFFFKGKTRFFDAVMEYDERENRILDYFGKPHILLSELHLEASSDGGLVITSGRQWLLIGGKKIPIPAWMCGSSTVYEAYDEEMNCFSIKVHVNNRILGTLFSYRGTFRETEGETC NA NA NA NA NA D1-12_01016 1629 hypothetical protein ATGCTGAAGCGTCATCTTATGATAAGCGTGATTTGCTTTTTGGGATTTGCGGCGGCTGAAGCTCCGCATATATCAGCTGCTGAGACGTTTGTTTTATTTTCCGTACTTTTTTTCGTTCCTGCTGTATTCGATTTTGCTTTTCGGCCGTCAAAGACCTTAGAGAATGTGTTGTTACGGAGTTATCCTGTTGCCGCTATATGTGCGGTGCTTGCGCTTGTCACAGACTTCAGTTTTTTTGCCTTTGTGTGGCTCATTTATACGCTTGGGCTGGCACTGTATGCTGTCCGGCGGCTGATGAAAACAAATATTCACAGAACAGAAGAGATATCTGTTATGGCGGGTTTCATTTATTTGGCCGGGGGCGGATTCTGGTTCTTCGCATATGTCCTTGAGATTCCCGTCATGAATTTCGGCCCGCTTATCGTTCTGCTGACGGCGGTGCACTTTCACTATTCCGCTTTCCTCATTCCGATCTTTAACGGATTGCTCGGCAGGATCATACGGGAGAAACGCGAACTTTACCAGTGGAGTACGGTCATTATTTTGATTTCGCCGATCCTTATTGCCTTGGGGATTACATTTTCAAAGACACTTGATGTGATTGCTGTCGCTCTGTATCTGGCGGGTCTGTATGTAAATGCATATCTCGTCTTTAAGGCGCCGTTTGTTACGAAAACAGGCAGGGTCTTGATCAGGAGTTCATCGGCTGTGTTAATGATCACAATTGCTTTTTCTTTGATATATTCGTACGGTGTCTACCGCGAGGAGGCAACGCTCACGATCAGCCAGATGATTTGGATTCACGGGGCCGTCAATGCATTCGGCGTTATCCTGCCGGCTTTGGCGGGGTGGAAGTTGGAAAATCCGAGACCGTTTGATGAGGACAGTGAAAGAACATTCAGCCGTATTTACGGGAAGAGAACGATAGGCAAAGAATTTTTGACAGATATTCATGCAGCAAATGACATCCATTATAACGGCCTTCTGGATCAGCTGAGAGAACTGCATTCTGAAGACTTTTCAACTGAAAAACTGGCGCCGGCCGTTATTTCCTTTTATGAAGAGACAATTGATTATGACATCATGGCAAAAGTGACGTGGAGCAGATGGTTTCGTCCGTTCGCGCGCGTGTACGAGCCGTTCAGCAGAAGAGCGGGGCAGATTCACCTATCCATGAATCCGGATTGGTATATTATGCACAGTGATATTATAGGAGTTGACTCTGACAAAGACGGCAGAAAAAATGTCCGTGCGTGGATCAGAACAAATGAAAAGCAGGAAACCGTTTTTACTGCGCTGTATTCAGCGTACAGGTCAAAAGGGGAAGGATACATGAATATCTCTCTTCCGCTGCCGTACGGCCAAATGACGGGCATTTTAAAACCTTATGCGCGTAAGCAGAATCTTGTTTTGACAAGCAGACGGCGAAAAAGCGGAGCGGGTGATGAAGGGATTTATCTGCAGACGAAATGGGGGGCGTGTCATCTTCCGCTGGCAGAGACATTTCTTATTTCAGCCCAGAGCGAAACAAGCCTGAAGGCCGTTCATCATATGTGGCTGTTCGGACTGAAATTTTTAACTGTGCATTATCGGATCACTCATGCTTCCGCAGGTAACCGAAGCAAATAA MLKRHLMISVICFLGFAAAEAPHISAAETFVLFSVLFFVPAVFDFAFRPSKTLENVLLRSYPVAAICAVLALVTDFSFFAFVWLIYTLGLALYAVRRLMKTNIHRTEEISVMAGFIYLAGGGFWFFAYVLEIPVMNFGPLIVLLTAVHFHYSAFLIPIFNGLLGRIIREKRELYQWSTVIILISPILIALGITFSKTLDVIAVALYLAGLYVNAYLVFKAPFVTKTGRVLIRSSSAVLMITIAFSLIYSYGVYREEATLTISQMIWIHGAVNAFGVILPALAGWKLENPRPFDEDSERTFSRIYGKRTIGKEFLTDIHAANDIHYNGLLDQLRELHSEDFSTEKLAPAVISFYEETIDYDIMAKVTWSRWFRPFARVYEPFSRRAGQIHLSMNPDWYIMHSDIIGVDSDKDGRKNVRAWIRTNEKQETVFTALYSAYRSKGEGYMNISLPLPYGQMTGILKPYARKQNLVLTSRRRKSGAGDEGIYLQTKWGACHLPLAETFLISAQSETSLKAVHHMWLFGLKFLTVHYRITHASAGNRSK NA NA NA NA NA D1-12_01017 630 hypothetical protein ATGTTGTCAGTGAATGAGGATGGGACGCGGCATTTTTGGATCGGGAGCGGCCTCGGTCTTTGCCTGTCTTTCATGATTCGCGAAATGAAAACGACCGCAATGTTTGGCTTCACAACGGCGAGAAAGAAATCAGCTTGTTGTCTTTTCGTTTATGACTATGCACGCACTGGCTTTGCTAGTGATAAGAACTTTAGTTCGCAGGTGCGGAAACAGGTAACATTAAAGCTGTTTTATTTACTCACAGCCGTTTTTATTTTTATCATTCCTTTTACCGTCAGCCCGCTGGCGCTTTATCTGGTTCAGGTTTTAATAGGTTTTTCACTCGGCATTATTTTTCCTTTGCTGCTTGGAATGTCGATTGAGTCTGTTTCGGCAGACATGAGAGCAACATCGACGGGGCATACCAGGCGCTTTATGAACTCGGTATTTTCGGAGGACCTTTGGCCGAGGGATTTTTTAATGATTGGCTGGGGCTCAGAGCCGGATTTTATTTTGCAGGGGTGCTCGGGCTGGCGGCTGTCATACTTGCTTATATGTGGGGAGCCGATGCGAAAAAATCGTTGGAGTATTACCAGACATGATTTTATTTTTGTGTACGCTTTCAAAAAAGAAGAGATCTTATTCGGATAA MLSVNEDGTRHFWIGSGLGLCLSFMIREMKTTAMFGFTTARKKSACCLFVYDYARTGFASDKNFSSQVRKQVTLKLFYLLTAVFIFIIPFTVSPLALYLVQVLIGFSLGIIFPLLLGMSIESVSADMRATSTGHTRRFMNSVFSEDLWPRDFLMIGWGSEPDFILQGCSGWRLSYLLICGEPMRKNRWSITRHDFIFVYAFKKEEILFG NA NA NA NA NA D1-12_01018 270 hypothetical protein ATGTTAAAAAGTAAAATTAAAAAAATAGCCGGTGTGGCTGTAATTGCTGGAGCATTATTAGTTTCTGTGTCGCCAGCAAAAGCAGAAACTCTTCCGGGATTGATCTGGGTCATGGACAAATATACTGACGCTTTTAAATTCGACATGTTTATTAAAAACGGAAATGAAAAATGGGTTTATGTTTACACAAGATTATCCGATGGCAAAGTTGATGTGGAAGAAGTAAAGTGTGAAACAATTTATAAAGATCGATGCTATGTAAAGCAGTAA MLKSKIKKIAGVAVIAGALLVSVSPAKAETLPGLIWVMDKYTDAFKFDMFIKNGNEKWVYVYTRLSDGKVDVEEVKCETIYKDRCYVKQ NA NA NA NA NA D1-12_01019 573 hypothetical protein ATGGGTTATAGGAATGGAAATTATGCTGCTTTCTATGTCAGTGAACCGTTTAGTGAAAGTAGTTTAGGGGCTAATGCAACCAAGGATTTTGTGTCGTATAACATGTTAAGAGCATGGAAAGGAAAAGATAATAACTACCCATTTAATGACTCCCACGATAAAACATACAATGTACGGGACGGTAGTGATTGGGAGAAAACATTAAAGCCAAGATTAAGAAAAAGATTAGATCAATCAAAAAATATAATCTTTTTTTTAAGTAAGCATACTGAAAACAGCAAAGCTTTGCGAGAAGAAATTGATTACGGTATTAATGTGAAGGGGCTACCAGTTATCGTTGTATACCCTGAACTTTCCGAAAAGAGTGACATCATCGACTGCACTACAAAGGTTTTCAGATCAGAAGTGGTGAATTTATGGAGTCGAGTCCCTGTTTTTAAAGACTCTATGCTAAAGGTACCAACTATTCATATTCCTTATAAAAAAGACCAAATTAAAAAAGCTTTAGAGAACAAAGATTTTATGATTAATTCAAAGATTTCTGCAGGTTCGGTTTATTTTTATCCATGTTAA MGYRNGNYAAFYVSEPFSESSLGANATKDFVSYNMLRAWKGKDNNYPFNDSHDKTYNVRDGSDWEKTLKPRLRKRLDQSKNIIFFLSKHTENSKALREEIDYGINVKGLPVIVVYPELSEKSDIIDCTTKVFRSEVVNLWSRVPVFKDSMLKVPTIHIPYKKDQIKKALENKDFMINSKISAGSVYFYPC NA NA NA NA NA D1-12_01020 849 hypothetical protein ATGTGGAAGTTTAAAGAATTAATAAGAGATAAGACATTTAGAAGGTGGGCTCTGAGTATAATTCTGACTATTCCAACTAGTGTGAGTACATTCATTTCATTTCTAGACTTGGATGCTCGTTGTAGATTAATTATTTTACTTATATTAGTAGGGTTGTCGCTAGTCATAATAATTGTTCAATTCATTAGACTACTTTTTATGAATAATATCACTCTTAATCTCAATGGTTCCGAAGTTGAAATTAAAAAAGGTGATATTTTTGAAGTGCCAAGAAATAATTATAAAGTCATTGCATTTAATGAGTATTTTGACACTCAAGTAGATGACGTAATAATCGCCCGCGAAACATTAAATGGTCAATATATAAAGCGTTATTATTCACATCAAGATATCACTGAGTTGGATCAGAAAATTAAAGATGACGTAAAACTTAAAATTGAAGAAAAAAATGTTGAAAGACCTTTTGGAGGAAAAACAACACGTTACAGCTTGGGATCAGTCTTTAAAGATATGGATTTTTTTCTAGTTGCTTTTTCGAAGTTTGATAGGGAAAATCGTGCCCAATTAAAACTAAATGAATATGCAAGCTGCATGCTTAATGTATGGAATGAAATCAATACATTACATGCAAGCAAAGAAGTGTTTATCCCCTTATTAGGTTCTGGAATAACAAGACATGTGGATTCTGATGTTGGAGTCAATGAACTATTACATATAATGTTGTGGACATTTCAGATCAGTAAAGTAAAGTTTAGAGAACCAGCCAAAGTTACAATTCTTTTGTACAAAAATGATCACAAGAAGATCAATTTTTATAAGTTAAAGGAGTTTGAGAAGAATGGGTTATAG MWKFKELIRDKTFRRWALSIILTIPTSVSTFISFLDLDARCRLIILLILVGLSLVIIIVQFIRLLFMNNITLNLNGSEVEIKKGDIFEVPRNNYKVIAFNEYFDTQVDDVIIARETLNGQYIKRYYSHQDITELDQKIKDDVKLKIEEKNVERPFGGKTTRYSLGSVFKDMDFFLVAFSKFDRENRAQLKLNEYASCMLNVWNEINTLHASKEVFIPLLGSGITRHVDSDVGVNELLHIMLWTFQISKVKFREPAKVTILLYKNDHKKINFYKLKEFEKNGL NA NA NA NA NA D1-12_01021 1500 eglS COG2730 Endoglucanase ATGAAACGGTCAATTTCTATTTTTATTACGTGTTTATTGATTACGGTATTGACAATGGGCGGCTTGCAGGCTTCGCCGGCATCTGCAGCAGGGACAAAAACGCCAGTAGCCAAGAATGGGCAGCTTAGCATAAAAGGAACACAGCTCGTAAACCGGGACGGCAAAGCGGTACAATTGAAAGGGATCAGTTCACATGGATTGCAATGGTATGGCGATTTTGTCAATAAAGACAGCTTAAAATGGCTGAGAGACGATTGGGGCATAACCGTTTTCCGCGCGGCGATGTATACCGCAGATGGCGGTTATATTGACAACCCGTCCGTGAAAAATAAAGTAAAAGAAGCGGTTGAAGCGGCAAAAGAACTTGGGATATATGTCATCATTGACTGGCATATCTTAAATGACGGCAACCCAAACCAAAATAAAGAGAAGGCAAAAGAATTTTTTAAGGAAATGTCAAGTCTTTACGGAAACACGCCAAACGTCATTTATGAAATTGCAAACGAACCAAACGGTGATGTGAACTGGAAGCGTGATATTAAACCGTATGCGGAAGAAGTGATTTCCGTTATCCGCAAAAATGATCCAGACAACATCATCATTGTCGGAACCGGTACATGGAGCCAAGATGTGAATGATGCAGCCGATGACCAGCTAAAAGATGCAAACGTCATGTACGCGCTTCATTTTTATGCCGGCACACACGGCCAATCTTTACGGGATAAAGCAAACTATGCACTCAGCAAAGGAGCGCCTATTTTCGTGACGGAATGGGGAACAAGCGACGCGTCTGGAAATGGCGGTGTATTCCTTGACCAGTCGCGGGAATGGCTGAATTATCTCGACAGCAAAAACATCAGCTGGGTGAACTGGAATCTTTCTGATAAGCAGGAATCATCTTCGGCTTTAAAGCCGGGAGCATCTAAAACAGGCGGCTGGCCGCTTACAGATTTAACTGCTTCAGGAACATTCGTAAGAGAAAACATTCGCGGCAGCAAAGATTCAACGAAGGATGCCCCTGAAACGCCAGCACAAGATAATCCCGCACAGGAAAAAGGCATTTCCGTACAATACAAAGCAGGGGATGGGAGTGTGAACAGCAACCAAATCCGCCCGCAGCTTCACATAAAAAATAACGGCAATGCGACGGTTGATTTAAAAGATGTCACTGCCCGTTACTGGTATAACGCGAAAAACAAAGGCCAAAACTATGACTGTGACTACGCGCAGATTGGATGCGGCAATCTGATCCACAAATTTGTGACGCTGCATAAACCTAAGCAAGGTGCAGATACCTATCTGGAACTGGGGTTTAAAACAGGAACGCTGTCACCGGGAGCAAGCACAGGGAATATTCAGCTTCGTCTTCACAATGATGACTGGAGCAATTATGCACAAAGCGGCGATTATTCCTTTTTCCAATCAAATACATTTAAAACAACGAAAAAAATCACATTATATCATCAAGGAAAACTGATTTGGGGTACAGAACCCAATTAG MKRSISIFITCLLITVLTMGGLQASPASAAGTKTPVAKNGQLSIKGTQLVNRDGKAVQLKGISSHGLQWYGDFVNKDSLKWLRDDWGITVFRAAMYTADGGYIDNPSVKNKVKEAVEAAKELGIYVIIDWHILNDGNPNQNKEKAKEFFKEMSSLYGNTPNVIYEIANEPNGDVNWKRDIKPYAEEVISVIRKNDPDNIIIVGTGTWSQDVNDAADDQLKDANVMYALHFYAGTHGQSLRDKANYALSKGAPIFVTEWGTSDASGNGGVFLDQSREWLNYLDSKNISWVNWNLSDKQESSSALKPGASKTGGWPLTDLTASGTFVRENIRGSKDSTKDAPETPAQDNPAQEKGISVQYKAGDGSVNSNQIRPQLHIKNNGNATVDLKDVTARYWYNAKNKGQNYDCDYAQIGCGNLIHKFVTLHKPKQGADTYLELGFKTGTLSPGASTGNIQLRLHNDDWSNYAQSGDYSFFQSNTFKTTKKITLYHQGKLIWGTEPN PGPT0018620_3210 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-CELLULASES,PGPT0018620-celJ|eglA|eglS-K01179 NA NA D1-12_01022 312 hypothetical protein TTGAGAGAAAATAAAATTTTGTCTTCATTATGTTACTTCAGTATATTTTTTGCACCGTTTCTGTTTCCGATTATCATCTATTTCTTAAGCCAGGACGATGTGAAAGATCATGCGAAAAAATCTTTATGGACGCATCTGATTCCTTATTTGATTTTTGGAATTGGCATCATCGCTTCAGGTTTACTTGGTATGAATGATATCAGACATGCCGGGCCTTTCCTGCTTGCGACTTATGCTGTTACATTCCTTGTGGCGATCTATTTTTTCATTTGGAACATTGTCAAAGGAATCAAAGTGTTTTCGGAACAATAG MRENKILSSLCYFSIFFAPFLFPIIIYFLSQDDVKDHAKKSLWTHLIPYLIFGIGIIASGLLGMNDIRHAGPFLLATYAVTFLVAIYFFIWNIVKGIKVFSEQ NA NA NA NA NA D1-12_01023 1401 sasA_2 Adaptive-response sensory-kinase SasA ATGAATTGGCGATTAACAGGCAGATACATGGTATCTGTCATCATAGTGACCATCATTACAGTCTTCATTAATTTATTTATTTTTATGTTTTGGCTCGTGTTCCAGGCGAACACCCAACATGACGAAGAAAGTACACCGGAAACTTTCACAAGATCATTCCGGCAATATGTCACATTATCGAACAATGGTATCACAGTAAACAAAGAGGGCCAAAAAGCTTTAAAAGAGCAGAATGCATGGATTCAAATATTAGATGAAAACGGACAGGATGTTTATCATGATAGAGAACCTAAAGGACTGAAGAAAAAATATACACCTATTGAAATTGTAAATTTACATAAATATAAGGATGAACAATTATTGTCAACCATTTACGCCGGCGGAAAAAAAGTAAACGGCAAGGAGTACAGTTACTTTATAGGGCTTAAAAATCCCTCTCTCGGAAAATTTGTCCTCTCATATGATACCAAGGAATTTGTGACGAAGTTCAATGCAGGAACCATCATATTATTATCAATAGATGCATTAATCGCGTTACTCATTGGCTATCTATTCAGCCGGCAGCTCACAAAACCGCTCGGCCGTGTCATTCAAGGAATCCAGCGGTTAGCTAATGGAGATTATACGATCAAAATGAAATCCAAAGGCATTTATAAAGATGTGTTCTATAATGTCAATCACTTATCGAAACAACTATCTTTAAGCAAAAAAGAAAAAGATAAATTAGAGCAAATGCGTGAAGAGTGGATCAGTCATATTTCTCATGACATTAAAACACCATTAGCATCTATTCAAGGCTATGCAGAAATCATCAAAGATCCGAATTATCATCTCACAGTTGAGCAGATCAGAGATTACGCCCGGATCATTGAGAGTAAATCCCTCTATATGAAAGATGTGATGGAAGATTTAAATTTAACGACAAGGCTGAAAAACAACGATGTGATGTTAAATAAAGAACGGGTAAACCTTGTATCGCTTCTGCGGGAAACGTTAATTGATATTTTAAACGATTCCAGATATGCGGATAAGTCCATTGAGCTTCAAACGAACCTGGAAAAGCTGATGCTGAACCTTGATGCGATATTGATTCGTAGAGCGGTCACGAATCTCATTTTAAATGCCCTCGTTCACAATGATCCCGATGTGAAGATCGTTGTACAGCTTGAACAAAAAGAACGAACTCATGTGACAATTAAGGACAACGGCAAAGGGATAGAAGAAGAGGAGCTGGAAAAAGTGTTTGATCGCTATTACAGGGGGACAAATACAGGAACGACGCATGCAGGCTCTGGTCTTGGAATGGCCATAGCAAAGGATATTATCCAAAAGCACGGAGGGGACATCACCATTCACAGCACCGCGGGAGAAGGGACAACGATAGATATACAATTATCATAA MNWRLTGRYMVSVIIVTIITVFINLFIFMFWLVFQANTQHDEESTPETFTRSFRQYVTLSNNGITVNKEGQKALKEQNAWIQILDENGQDVYHDREPKGLKKKYTPIEIVNLHKYKDEQLLSTIYAGGKKVNGKEYSYFIGLKNPSLGKFVLSYDTKEFVTKFNAGTIILLSIDALIALLIGYLFSRQLTKPLGRVIQGIQRLANGDYTIKMKSKGIYKDVFYNVNHLSKQLSLSKKEKDKLEQMREEWISHISHDIKTPLASIQGYAEIIKDPNYHLTVEQIRDYARIIESKSLYMKDVMEDLNLTTRLKNNDVMLNKERVNLVSLLRETLIDILNDSRYADKSIELQTNLEKLMLNLDAILIRRAVTNLILNALVHNDPDVKIVVQLEQKERTHVTIKDNGKGIEEEELEKVFDRYYRGTNTGTTHAGSGLGMAIAKDIIQKHGGDITIHSTAGEGTTIDIQLS NA NA NA NA NA D1-12_01024 708 walR_1 COG0745 Transcriptional regulatory protein WalR ATGTCACGGCTTCATAGCAAAGTATTAATCATAGACGATGAAAAAGAAATTTTGGAACTGATCAAAACCGTATTAATAAGAGAAGGCATTGATCGCGTAGTGACCGCTTCAACTGCCCGTGACGGATTGGCTCAATTTCATCAAGAAAATCCCGATCTTGTGATATTGGATATCATGCTGCCAGACGGTGAAGGCTATGATATCTGCAAGCAAATAAGGGACATTTCACACATTCCTATTATCTTTTTGTCTGCAAAGGGGGAGGAAACGGATAAAATTGTAGGACTTGCCATCGGCGGGGACGACTACATTACAAAACCTTTCAGCCCTAAAGAAGTCGCATACCGGGTCAAAGCGCAGCTGAGACGGGTCTCTTACTTACAGCCTTCTCAAACCGGAACCGTGATAAAAAAGGGGCCATTTGAATTAAACCAACAACAAGCCGAGCTCACCAAAAATGGAGCGGCTATTGAGTTAACACCTAAAGAACTTATGCTTATGACCTATTTTCTGCAGCATCCCAATCGGGTGATCAGTAAAGAAACACTCTATCAAGCTGTATGGGGAGAAGACTTTTTCGGTTCTGACAACACGGTGATGGTTCATATACGCAGGCTCCGTGAGAAAATAGAAACTGTCCCATCAAAACCAGACTTTCTCGTCACTGTGAAAGGGTTAGGCTACAAATTTGTTGTAAAGGATGCGTAA MSRLHSKVLIIDDEKEILELIKTVLIREGIDRVVTASTARDGLAQFHQENPDLVILDIMLPDGEGYDICKQIRDISHIPIIFLSAKGEETDKIVGLAIGGDDYITKPFSPKEVAYRVKAQLRRVSYLQPSQTGTVIKKGPFELNQQQAELTKNGAAIELTPKELMLMTYFLQHPNRVISKETLYQAVWGEDFFGSDNTVMVHIRRLREKIETVPSKPDFLVTVKGLGYKFVVKDA PGPT0013765_441 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HIGH_TEMPERATUR_REGULATION,PGPT0013765-vicR|walR|yycF|micA-K07668 NA NA D1-12_01025 1272 xynC Glucuronoxylanase XynC ATGATGTCGAGCGTAAAAAAACCAATTTGTGTGTTATTGGTATGTTTCACAATGCTGTCCGTCATATTCATAGGACCGGGAGTTACTGAAGTTTCAGCAGCGAGTGATGTAACAGTTAATATATCTGCAGATAGACAAGTGATTCGCGGTTTTGGAGGAATGAACCACCCGGCTTGGATTGGAGATTTGACTGCGCCTCAACGGGAGACCGCTTTTGGCAATGGACAGAATCAGTTAGGTTTTTCGGTCTTAAGAATTCATGTAGATGAAAATAGAAACAATTGGTACAAGGAAGTGGAGACTGCAAAGAGTGCGATCAAACATGGAGCAATCGTTTTTGCTTCCCCTTGGAATCCGCCAAACGATATGGTTGAGACTTTCAATCATAATGGTGACACATCAGCTAAGCGGCTGAGATACGATAAGTACGCCGCATACGCGCAGCATCTTAACGATTTCGTTAATTTCATGAAGAGTAATGGTGTGAATCTGTATGCGATTTCTATGCAGAACGAGCCTGATTACGCTCACGAATGGACATGGTGGACGCCCCAAGAAATCCTGCGTTTCATGAGAGAGAATGCCGGTTCCATTAATGCCCGTGTGATTGCGCCGGAATCATTTCAATACCTGAAAAATATATCGGACCCCATTTTGAACGATCCGCAGGCGCTTAGGAATATGGATATCCTCGGAACCCACCTGTACGGCACTCAGGTCAGTCAGTTTCCTTATCCTCTTTTCAAACAAAAAGGAGCGGGGAAGGACCTTTGGATGACGGAAGTATACTATCCGAACAGTGATAACAACTCGGCAGATCGATGGCCTGAGGCTTTAGGTGTTTCAGAGCATATTCATCATTCAATGGTAGAGGGAGATTTTCAAGCTTATGTGTGGTGGTACATCCGCAGATCATACGGCCCTATGAAAGAAGATGGGATGATCAGCAAACGCGGATACAATATGGCTCATTTCTCAAAATTTGTGCGCCCTGGCTATGTAAGGATTGATGCAACGAAAAATCCTGAACCGAATGTTTACGTGTCAGCCTATAAAGGAGACAATAAAGTCGTGATTGTTGCCATTAATAAAAATAACACAGGGGTCAACCAAAACTTCGTGTTGCAGAATGGGTCTGCTTCGCAAGTATCCAGATGGATCACGAGCAGCAGCAGCAATCTTCAACCTGGAACGGATCTCAAAGTAACGGATAATCATTTTTGGGCCCATCTGCCGGCTCAAAGCGTGACAACATTTGTTGTAAAACGTTAG MMSSVKKPICVLLVCFTMLSVIFIGPGVTEVSAASDVTVNISADRQVIRGFGGMNHPAWIGDLTAPQRETAFGNGQNQLGFSVLRIHVDENRNNWYKEVETAKSAIKHGAIVFASPWNPPNDMVETFNHNGDTSAKRLRYDKYAAYAQHLNDFVNFMKSNGVNLYAISMQNEPDYAHEWTWWTPQEILRFMRENAGSINARVIAPESFQYLKNISDPILNDPQALRNMDILGTHLYGTQVSQFPYPLFKQKGAGKDLWMTEVYYPNSDNNSADRWPEALGVSEHIHHSMVEGDFQAYVWWYIRRSYGPMKEDGMISKRGYNMAHFSKFVRPGYVRIDATKNPEPNVYVSAYKGDNKVVIVAINKNNTGVNQNFVLQNGSASQVSRWITSSSSNLQPGTDLKVTDNHFWAHLPAQSVTTFVVKR PGPT0018640_108 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-XYLANASE,PGPT0018640-xynC-K15924 NA NA D1-12_01026 1536 xynD Arabinoxylan arabinofuranohydrolase ATGAAAAAGTGCAGCGTATGTTTATTGATTCTTGCTTTATTATTGAGCTGTTTACCTGGGGAATATGCGAATGCGGTAAGCACTCCAATTGCAAAACATGCCGGGAATTCAAATCCGCTTATCGACCATCATCTGGGCGCAGATCCGTTTGCGCTGACCTATAACGGAAGAGTCTATATCTATATGTCAAGCGATGACTATGAATATAATAGCGACGGCACGATTAAGGATAATTCATTTGCCAATTTGAATAAAATATCCGTCATATCTTCAGCGGATATGGTGAACTGGACAGATCACGGAGCGATTCCCGCAGCGGGTGCCAATGGGGCGAATGGCGGCCGGGGGATTGCCAAATGGGCAGGAGCATCATGGGCCCCGTCAGCCGCGGTGAAAAAGATCAATGGTAAGGATAAATTTTTCCTTTATTTCGCAAACGGCGGCGGAGGTATCGGGGTTCTCACCGCAGACAGCCCGACCGGCCCATGGACAGATCCGATCGGAAAAGCGCTGGTAACGCCAAATACGCCAGGAATGTCCGGTGTTGTATGGCTTTTTGATCCGGCAGTATTCGTAGATGATGACGGTACCGGTTACCTATATGCCGGCGGAGGCGTTCCGGGCGGTTCAAATCCCGCACAGGGGCAATGGGCCAATCCTAAAACAGCAAGAGTCATGAAATTAGGGCCTGATATGACGAGTGTTGCCGGAAGTGCATCGACCATTGATGCGCCTTTTATGTTTGAAGATTCGGGAATGCATAAGTATAACGGAAAATATTACTATTCCTATTGTATCAATTTCGGGGGCGCTCACCCGGCCGATAAACCTCCAGGTGAGATTGGCTATATGACCAGCTCAAGTCCTATGGATTCTTTTTCGTATAGAGGGCACTTTCTGAAAAATCCGAGAGCATTTTTCGGAGGCGGCGGGAACAATCACCATGCTGTTTTCAATTTTAAAAACGAGTGGTATGTGGTGTATCATACTCAAACTGTCAGCTCCGCTCTTTACGGGGCCGGCAAAGGATACCGTTCTCCCCATATTAATAAGCTTGTGCATAATCCAGATGGCTCCCTGCAAGAGGTAGCGGCAAATTTTGCAGGTGTCAAACAGCTATCCAACTTGAATCCGTATCACCGGGTAGAAGCGGAAACGTTTGCCTGGAACGGACGGATTTTGACAGAGGCATCCTCAGCACCCGGCGGGCCGGTCAATAATCAACATGTCACAAACATTCATAACGGAGACTGGATTGCTGTTGGAAATGCAGACTTCGGGTCAGGCGGTGCCAGGACGTTTAAAGCAAATGTAGCGTCCGCTCTTGGCGGAAGAATAGAAGTGCGACTAGACAGTGCAAACGGTAAGCTTGTCGGAACCTTGAATGTCCCTTCCACAGGCGGAACGCAATCCTGGAGAGAAATAGAAACTGCGGTAAGCGGCGCATCCGGTGTTCACAACGTATTCTTTGTATTTACCGGAACTGGTACAGGAAACTTGTTTAATGTTGATTACTGGCAGTTTACACAAAGATAA MKKCSVCLLILALLLSCLPGEYANAVSTPIAKHAGNSNPLIDHHLGADPFALTYNGRVYIYMSSDDYEYNSDGTIKDNSFANLNKISVISSADMVNWTDHGAIPAAGANGANGGRGIAKWAGASWAPSAAVKKINGKDKFFLYFANGGGGIGVLTADSPTGPWTDPIGKALVTPNTPGMSGVVWLFDPAVFVDDDGTGYLYAGGGVPGGSNPAQGQWANPKTARVMKLGPDMTSVAGSASTIDAPFMFEDSGMHKYNGKYYYSYCINFGGAHPADKPPGEIGYMTSSSPMDSFSYRGHFLKNPRAFFGGGGNNHHAVFNFKNEWYVVYHTQTVSSALYGAGKGYRSPHINKLVHNPDGSLQEVAANFAGVKQLSNLNPYHRVEAETFAWNGRILTEASSAPGGPVNNQHVTNIHNGDWIAVGNADFGSGGARTFKANVASALGGRIEVRLDSANGKLVGTLNVPSTGGTQSWREIETAVSGASGVHNVFFVFTGTGTGNLFNVDYWQFTQR PGPT0019095_200 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-ARABINOFURANOSIDASE,PGPT0019095-xynD-K15921 NA NA D1-12_01027 7860 lgrD Linear gramicidin synthase subunit D ATGTCAGAATTTAAGCAACAGGAGTTGTTCTGGAGCAGCATGTTCGATGCGGAAGATCGTCCCAGTGCAATCCCTTCGTTTCAAATGTCGGACTCAACAATAGAGCACGATGCGTCGAGTGCACCCAACCGTATTCACAGTTCATTGAGCTCCGATGTATCCCTGCGCATCATGAAGATGACGAATAAATCGCCAATGGCCGTTTATATGGTTCTCCTGGTCGGAATCGAGTGTCTTTTATACAAATATACGGGGGAAGAGGGCGTTATTGTAGGTGTTCCGACCTTTGAAGACGAAACCGATGAAGACCTTCGTTTAGATCAAGTCATGTTAATCAAACAAAACATAAATGCGGACGGCACATTTAAATCCATATTTAATGAATTCAAGCATACGCTGAACGGAGCCATCTTACATCAGCACGTTCCTTTCGATAAAATGGCCGGTCCATTAAATCTGAACTACGATTCAAATCATTTGCCAATGATCCACACGATCGTATCACTAGATCAGCTTCACCCCATTCGTTTTATAGAAACGGCCGCTGCTGATACGTTATTTCAGTTTTCCATAGAAAATGATTCGATTCATTTAAAGTTAACTTATAATGAACAAGCTTATGATCGCCAGTATATGATGCAAGTGATCGAACATGTAAACCGGATTTTTTCGATTTTGTTATTCCAACCCGACCTTATGATCCGCCAGCTTAATATTCTGTCAGACTCAGAGACAAATCAACTCATCGCCTATAATCAAACGGCTGCAGAGTATCCAAGAGAAAAAACGATTCATCAATTTTTGGAGGAACAAGCGGGACGTACCCCTGATCAAACGGCTGTTGTCTACGAGGATAGCCGTCTGACGTACCGTGAATTGAATGAAAGGGCGAATCAACTCGCTCGGACACTGCAATCTGAAGGCGTGCAGCCGGATCAGCCGGTCGGGATTATGGCCGAACGCTCCCTGGATATGATTGTAGGGATCTTCGGGATCTTGAAAGCCGGCGGGGCGTATGTACCGATTGACCCGGGCTATCCCGAGGAACGGGTTCGATACATATTGGAGGATTCGGATACGAAGTTGTTACTCGTGCAGAATCAATCGCAAGAGAGAGTACCTTTTACGGGAAAAGTGCTGGATATGAAAGATCCGCAAAACTTTTGTGAAGACGGGTCGAATGTAGAGCCGGCTGCTGGTCCGGATCATCTGGCCTATGTTATTTATACATCGGGTTCAACGGGCAAGCCGAAAGGGGTTATGGTTGAGCACCGGTCGGTCATCAATCGGCTGGTGTGGATGCAGGAAAAATACCCTCTCGATGAGCGGGATGCGATTCTGCAAAAAACTGCGATCACCTTTGATGTATCAGTGTGGGAACTGTTCTGGTGGACGATGGCAGGTTCTAAACTGGTGCTGCTGCCAAGCGGAGGAGAAAAGAATCCCGAGCTGATTTTAGATACAATTGCACAAAAAGGTGTCAGCACAATGCATTTTGTACCGGCGATGCTGCATGCCTTCCTGGAATCCATGGATCAGAAGCCAAGCGGGATGTTGAAACAAAAATTAGCGTCATTAAGACATGTGTTTGCAAGCGGGGAGGCTTTGAAGCCTGTACATGTCGCAGGCTTCAAACGCATCATCACGTCGGTGAGCCAGGCTCAAATCATCAACTTGTACGGACCGACTGAGGCAACAATTGATGTATCATACTTTGATTGCCAGACGGAAGAAACGTATGCATCGATTCCGATAGGCAAACCGATTTCCAACATTCAATTGTATATATTACATGCTGATTTGGAACATATGCAGCCGACCGGTGTAGCGGGAGAACTGTGCATAGCGGGCGATGGGCTTGCAAGGGGCTACTTGAATCGTCCCGAACTGACGGCCGAGAAGTTTGTAAACCATCCGATTGCAGCAGGAGAACGGATATACCGGACGGGAGACTTGGCAAGATGGCTGCCGGACGGCAATATCGAGTATTTGGGCCGGATTGATCACCAGGTGAAAATCCGCGGTTACCGCATTGAAATCGGCGAAGTCGAAGGCGCTTTTTTTCAGCTGCCGGCGATCAAAGAAGCCATCGTTATCGCCCGGGAAATCGATGGGGAAACATCCTTGTGCGCCTATTATACCGCACAACATGCTTTAACTGCAGGCGAGCTCCGTGAAGAGCTGTCCCGGCAGCTTCCATCCTATATGATACCTGCTTATTTCGTTCAGCTGGAAGAGATGCCGCTTACTTTCAACGGAAAAATAGACCGTAAATCCCTTCCTTCTCCAAGAGAGAATCTTACAGGCATGAACTATGAAGCTCCTCGAACAGAACTGGAAAACATACTGGCCGCGGTGTGGGAGTCGGTCTTAGGCTTAGAACGGGTCGGAATCTCAGATCATTTCTTCGAATTGGGGGGCGATTCCATTAAGTCGATTCAAGTGTCCTCAAGATTATACCAAGCCGGGTATAAGTTTGAAATCAAACACTTGTTTAAATACCCAACGATCTCCGAGCTTGTTCCATACGTAGAGCCGGTAACCCGAATCGCAGAACAAGGAGAAATTAAAGGCCGGGCGCTGCTGACACCGATTCAGCATTGGTTTTTTGACCAGAAATACCCGGAATTACACCATTATAATCAAGCGGTTATGCTTTATTGGAAAGAGGGACTGAATGAATCAAAGCTTCGGGACGTCATGAAGAAGATCACAGAGCATCACGATGCTTTGCGCATGGTCTATGTTCCGACAGAAGATGGATATGAAGCCCGAAATCGGGGGATCGAAGAAGGTGATCTGTTCAGCCTTGAAGTGATCTCATTACGCGAAGAAAAAAATGTGTCCCAGACGATAGAAACCATTTCCAATGAGATTCAGCAATCCATTCAATTAGCCGAAGGACCGCTCATGAAACTAGGATTGTTCCGGTGTCAAGAGGGAGATCATTTGCTGATTGCGGTTCATCATCTGGTCATCGACGGCGTATCGTGGAGGATTTTACTTGAGGATATAGCGGCAGCTTATGAGCAGCTCCAAAACGGCGAAGCGATCCGGCTTCCGAAGAAAACGGACTCTTACCTGTTATGGGCTGAACAGTTGAATCGTTATGCAGAAAGTCAGGAATTCGAAGCGGAAAATCAATACTGGTTCAGACAGAAACATAATCCGCAGCATACATTGCCAAAGGACAATGAACAGGAGATCGGTCTGGCCAAAGACCGGGAAACGGTCATCGTTCAATGGACCGTTGAGGAAACCGAACGTTTATTAAAAAACGCTCACCGGGCTTATTCGACCGATATGAACGATTTATTACTGACCGGTCTGGGAATTGCTATTCATCGTTGGACCGGATATGAAGACATTCTCATTGATCTTGAAGGACACGGCAGAGAGTCTATCATTCCGGATCTCGATATTTCGCGTACGGTGGGATGGTTCACAAGCCTATATCCGGTTTCGCTTCAAATCAAAGCTGATCAGGATATCCCGCAGCGGATTAAAACAGTGAAAGAAAATTTGCGTCAGATCCCCCAAAAAGGAATAGGTTACGGCCTGATCAAATATTTGTCCGATCACCCGAAGGCACATGAATGGACCAGACATCCGGAAATACGTTTCAATTATTTGGGTCAATTTGATCAAGATGTCCGGAACGGCAAGATGGAAGTATCCCCTTACTCAAGCGGGAAAACAGCCAGTGACAATCGTCCCTTGACCTATACACTTGATATCAACGGCATGATTTCAGACGGCCGATTGTCGCTGGCCATCAGCTATTGCGGCAAACAATATCAGAGAGAAACAATGGAAGCCTGTGCCGATCTCTTAAAAAACAGCCTGCAGCAAGTCATCGCACATTGTGATGCTCAAGATCAAATTCACCTGACGCCAAGCGACATTTCGTTAAAAGGTATAACGATCGGTGAATTGGATCAATTTGTGCAGCAGACGAGTCATCTCGGTGACATTGAAAATATATACCCATTAACCCCGATGCAGAAAGGAATGTTGTTCCACAGCTTGATCGATTCGGCTTCCGAAGCTTACTTTGAACAAGCCGCTTTTGATCTGAAAGGATTCTTGGATATCGATGCATTCAGGATGAGTTTGGCACATCTGGCCGAAAAATATGACATTCTTCGGACTCTTTTTTATACAGAATGGAAAGATCAGCCTTTGCAGATTGTATTCCGGCAAAAGCCGATTGAAACGGACGTTGAAGATATTCGCAGCATGAACAGTCACCAGCGCAGCGAGTTTATTGCCGATTTTGCTAGAAGAGATAAGGCGCGGGGATTCAATCTCACCCAGGATGCTTTAATGCGCGTATCGATCCTGCGGACAGAGGAAGACCAAGCGCGATTGATATGGAGCTTTCATCATATTTTAATGGACGGCTGGTGTTTGCCTCTTGTTACGAAAGAAGTGTTTGAAACCTATTATGCGATACTCGAGCAAAGGCAGCCGAAGCGGGGAGCCGTCACTCCATACAGCCGATATATCGAATGGCTGGATCAACAAGACCACAAGCAGGCGTCAGCCTATTGGCGTAACTATTTAGAAGGTTATGAAGGGCAAACTGTTTTGTTACAAGAACAATCTTCCGGCCGGGCGAAAGGATACGAAAAAGGTGAGCATGAGTTTCGTTTAGGAAAGCGGCTCACAGACGAAATAAAACGGGCCGCAAGCCGCCAGCAAGTCACCGTCAATACATGGATACAAACCGCATGGGGCTTATTGCTGCAAAGATACAACGGGAGTCAGGATGTCGTCTTCGGCACGGTCGTATCCGGCAGACCGGCAGAAATTCCGGGAATTGAAACCATGGTCGGTTTATTTATCAATACCATTCCCGTACGTATTCATACGCAGCCTGAAATGACAGCTGCACAAGTATTGAAAATGAATCAGGAGCGGGCACTGGCTTCTCAAAAATATGATACATTTCCGCTGTATGACATTCAGGCTCAAACTGAGCAAAAGCAGCAGTTGATCAATCATATTATGGTATTTGAGAATTACCCGGTTGAGAAACAAATAGAACATATGAAGCAGGATGACAACGCATTAGACATTCTCGATTTTCATATGGAAGAACATACTCATTACGATTTTACTTTTATAGTGATGCCAGATGGAGAAATTGACATTCGTTTTGTATACAATCGCGATGTTTTTGATCAAGCAAGTGTCGAACGGATGCAGACGCATTTCATGCAAATCATGAAGCAAATGGCGGACGATCAGGACATTCGCGTTCAAGACCTTGATATCGTAACAGCGGATGAGCGATCGCTCCTGATAGATAAGTTCAACGATACGGCGGCCGAGTATCCAAAGGAAAAGACGATTCATCAATTGTTTGAAGAACAAGCGGAGCGAACGCCGGAGCACGTGGCGATTGTTTTTGAAGATAAGAAGCTGACGTATCGGGTAGTAAATGAACGCGCCAATCAGCTGGCCCGAACCTTGGTTGCCAAAGGACTTCAGGCCGAGGAGCTTGTCGGCATTATGGCGGAACGTTCACCGGAGATGGTGATAGGCATCCTTGCTATTTTGAAAGCCGGGGGCGTTTATGTACCGATCGATCCGGATTATCCGAAAGAACGCATCCATTATATGCTTGAGGATTCTAACGTCTCTATCTTATTATTGCAGCATCATCTTCTGGAAGATACCGATTATCAAAGTCATACTGTCTTCCTTGACGATCCGTCATCATACGGCGCCGAATCATCTAATCTCAATCTGAACGTGATGCCAAATCAATTAGCCTACGTTATTTATACATCAGGAACAACAGGGAATCCGAAAGGCACGCTCATTGAACATAAAAACGTGGTTCGTCTGTTATTTAACAACAAAAATGTTTTTGATTTTAACGCATCGGACACTTGGACTTTGTTTCATTCCTTCTGCTTTGATTTTTCAGTATGGGAAATGTACGGAGCGCTGCTGTATGGGGGCAAATTAGTGATTGTTCCGAAACAAATAGCAAAAAACCCGGAAAGGTATTTGCAATTGTTAAAATCGGAAGCTGTGACCATTTTAAATCAAACGCCGAGTTATTTCTATCAACTGATGCAGGAGGAGAGAGAAGATCCCGAATCCAATTTAAACATCCGAAAAATCATATTTGGCGGAGAGGCGTTAAATCCATCCTTCTTGAAAGACTGGAAGCTTAAATATCCTTTAACCCAATTAATCAATATGTACGGCATCACCGAAACCACCGTTCATGTCACATATAAAGAAATCACGGAACGGGAAATCGACGAGGGCAGAAGCAACATCGGACAACCTATTCCTACTCTGCAAGCGTATATTTTGGACGAATATCAGCGCATTCAGGTAATGGGCATACCGGGCGAGCTCTATGTGGCAGGAGAGGGACTGGCCAGAGGATATTTGAACCGCCCGGAATTAACGGCTGAGAAATTTGTTGAACACCCGTTTGCCGCAGGCGAAAAAATGTACAAAACGGGAGATGTCGCCCGGTGGCTGCCTGACGGCAATATCGAGTATTTGGGAAGAATTGATCATCAGGTGAAAATCCGGGGCTACCGGATTGAAATTGGCGAGGTCGAAGCGGCTTTATTGCAACTGGAATCTGTCAAAGAATCGGTCGTCATCGCGATTGAAGAAGAGGGCTCAAAGCAGCTGTGCGCCTACTTGTCAGGAGACGATTCATTAAATACGGCGCAGCTGAAGCGTCATTTACTGAACAAACTGCCCGCTTATATGATACCGGCTTACTTTGTACAAATGGAGAAGATGCCGATAACCGCAAATGGAAAAATCGATCGAAAAGCTTTGCCGGCTCCTGAGGGAAATAGGCTCACCGGAACCGAATACGAAGCGCCCGGAACGTTAATTGAAAAGCAGCTGGCCGAGATATGGAAGAACATTTTAGCACTCAGCGACCCGGGAATTAAAGATAACTTCTTTGACGTTGGCGGCCATTCGCTCAAAGTATTGCAAGTTATTCATCAAATCAACGACCGTATGGGAATCAAAATGCATTATCAAGCCGTATACGATTTTCCTACCATCGAAACAATGGCACGCGCCATTCAAGCGGCAGTTTTCGAGTCCAAGACGGATAACGTATTCGTCAAGATGAATCAGAACGGTTCAATCCCTGTGTTCTGTTTCCCGCCTTTAATCGGGTACGGGCTGGTCTATAATGAAATGGCGAAAAGACTTGACGGCCGCTGCACCGTCTATGCCGCTGATTTCCTAGAAGAGCCGTCTTACGAGCAAGAGATCGTTGACCGGTATGCAGAAAGCATGATAGGCATTCAGGAACAAGGGCCCTTTGTTTTACTCGGTTACTCCTCGGGATCGAATTTGGCTTTTGAGGTTGCCAAAGCCTTGGAGAAGCGCGGACGCATCGTATCGGACATTATGATGCTTGATTCTAAAAGAGCCGTTTCGGTGAATTATTTTTCGGAAGAGGAAACCGAAGAGATCATTCATCGGAATCTGGATATCATTCCGGATTATTATAGAGAATTATTAACCATTCCTTCCATTAAGGATAAAATCAGAAGCTATCTCACATATCACAATAAACTGATCAATTCCGGCGCGGTGAACGCCAACATTCATCATTTTCAATGCGGCGAGTTGACCGATAGAGAATGGACGCAATCAACCGCACAGCATTACCTTGAGTACAAATTAAAAGGAGACCATGTGACGATCTTTGACCCTCACAATATCGAAGAAAATACCGATGCAATTCGATCTATTATCAAAAGAATTGAAGAACGGCATCATCACGGACTTGTTCTTGAAGAACAACTGTCAATAGGATCGTTTGCCGGCGACACGAAGTTTGACAAAATGTAA MSEFKQQELFWSSMFDAEDRPSAIPSFQMSDSTIEHDASSAPNRIHSSLSSDVSLRIMKMTNKSPMAVYMVLLVGIECLLYKYTGEEGVIVGVPTFEDETDEDLRLDQVMLIKQNINADGTFKSIFNEFKHTLNGAILHQHVPFDKMAGPLNLNYDSNHLPMIHTIVSLDQLHPIRFIETAAADTLFQFSIENDSIHLKLTYNEQAYDRQYMMQVIEHVNRIFSILLFQPDLMIRQLNILSDSETNQLIAYNQTAAEYPREKTIHQFLEEQAGRTPDQTAVVYEDSRLTYRELNERANQLARTLQSEGVQPDQPVGIMAERSLDMIVGIFGILKAGGAYVPIDPGYPEERVRYILEDSDTKLLLVQNQSQERVPFTGKVLDMKDPQNFCEDGSNVEPAAGPDHLAYVIYTSGSTGKPKGVMVEHRSVINRLVWMQEKYPLDERDAILQKTAITFDVSVWELFWWTMAGSKLVLLPSGGEKNPELILDTIAQKGVSTMHFVPAMLHAFLESMDQKPSGMLKQKLASLRHVFASGEALKPVHVAGFKRIITSVSQAQIINLYGPTEATIDVSYFDCQTEETYASIPIGKPISNIQLYILHADLEHMQPTGVAGELCIAGDGLARGYLNRPELTAEKFVNHPIAAGERIYRTGDLARWLPDGNIEYLGRIDHQVKIRGYRIEIGEVEGAFFQLPAIKEAIVIAREIDGETSLCAYYTAQHALTAGELREELSRQLPSYMIPAYFVQLEEMPLTFNGKIDRKSLPSPRENLTGMNYEAPRTELENILAAVWESVLGLERVGISDHFFELGGDSIKSIQVSSRLYQAGYKFEIKHLFKYPTISELVPYVEPVTRIAEQGEIKGRALLTPIQHWFFDQKYPELHHYNQAVMLYWKEGLNESKLRDVMKKITEHHDALRMVYVPTEDGYEARNRGIEEGDLFSLEVISLREEKNVSQTIETISNEIQQSIQLAEGPLMKLGLFRCQEGDHLLIAVHHLVIDGVSWRILLEDIAAAYEQLQNGEAIRLPKKTDSYLLWAEQLNRYAESQEFEAENQYWFRQKHNPQHTLPKDNEQEIGLAKDRETVIVQWTVEETERLLKNAHRAYSTDMNDLLLTGLGIAIHRWTGYEDILIDLEGHGRESIIPDLDISRTVGWFTSLYPVSLQIKADQDIPQRIKTVKENLRQIPQKGIGYGLIKYLSDHPKAHEWTRHPEIRFNYLGQFDQDVRNGKMEVSPYSSGKTASDNRPLTYTLDINGMISDGRLSLAISYCGKQYQRETMEACADLLKNSLQQVIAHCDAQDQIHLTPSDISLKGITIGELDQFVQQTSHLGDIENIYPLTPMQKGMLFHSLIDSASEAYFEQAAFDLKGFLDIDAFRMSLAHLAEKYDILRTLFYTEWKDQPLQIVFRQKPIETDVEDIRSMNSHQRSEFIADFARRDKARGFNLTQDALMRVSILRTEEDQARLIWSFHHILMDGWCLPLVTKEVFETYYAILEQRQPKRGAVTPYSRYIEWLDQQDHKQASAYWRNYLEGYEGQTVLLQEQSSGRAKGYEKGEHEFRLGKRLTDEIKRAASRQQVTVNTWIQTAWGLLLQRYNGSQDVVFGTVVSGRPAEIPGIETMVGLFINTIPVRIHTQPEMTAAQVLKMNQERALASQKYDTFPLYDIQAQTEQKQQLINHIMVFENYPVEKQIEHMKQDDNALDILDFHMEEHTHYDFTFIVMPDGEIDIRFVYNRDVFDQASVERMQTHFMQIMKQMADDQDIRVQDLDIVTADERSLLIDKFNDTAAEYPKEKTIHQLFEEQAERTPEHVAIVFEDKKLTYRVVNERANQLARTLVAKGLQAEELVGIMAERSPEMVIGILAILKAGGVYVPIDPDYPKERIHYMLEDSNVSILLLQHHLLEDTDYQSHTVFLDDPSSYGAESSNLNLNVMPNQLAYVIYTSGTTGNPKGTLIEHKNVVRLLFNNKNVFDFNASDTWTLFHSFCFDFSVWEMYGALLYGGKLVIVPKQIAKNPERYLQLLKSEAVTILNQTPSYFYQLMQEEREDPESNLNIRKIIFGGEALNPSFLKDWKLKYPLTQLINMYGITETTVHVTYKEITEREIDEGRSNIGQPIPTLQAYILDEYQRIQVMGIPGELYVAGEGLARGYLNRPELTAEKFVEHPFAAGEKMYKTGDVARWLPDGNIEYLGRIDHQVKIRGYRIEIGEVEAALLQLESVKESVVIAIEEEGSKQLCAYLSGDDSLNTAQLKRHLLNKLPAYMIPAYFVQMEKMPITANGKIDRKALPAPEGNRLTGTEYEAPGTLIEKQLAEIWKNILALSDPGIKDNFFDVGGHSLKVLQVIHQINDRMGIKMHYQAVYDFPTIETMARAIQAAVFESKTDNVFVKMNQNGSIPVFCFPPLIGYGLVYNEMAKRLDGRCTVYAADFLEEPSYEQEIVDRYAESMIGIQEQGPFVLLGYSSGSNLAFEVAKALEKRGRIVSDIMMLDSKRAVSVNYFSEEETEEIIHRNLDIIPDYYRELLTIPSIKDKIRSYLTYHNKLINSGAVNANIHHFQCGELTDREWTQSTAQHYLEYKLKGDHVTIFDPHNIEENTDAIRSIIKRIEERHHHGLVLEEQLSIGSFAGDTKFDKM PGPT0012295_5 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS OTHER_BIOTIC_STRESS_RESISTANCE_GENES BIOTIC_STRESS_RESISTANCE-BACILYSIN_METABOLISM,PGPT0012295-ituC|mycC|bmyC-K15663 NA NA D1-12_01028 16119 dltA_1 D-alanine--D-alanyl carrier protein ligase ATGTCGGTATTTAAAAACCAAGAAACGTACTGGGAAAACCTGTTTGATGAAGAAGACGGCCTAAGCGCATTCCCTTACTTTAAAGCAGCGGATAAAGCATCGTTGGCCCGTACCGGCTACCAGGAAAAATGCATCTGCCGTTCCTTATCTCCGGAAGTATCTCAAAGAATCATGACAATGGCGAATCATTCCGATATGGCCGCCTATCTGATTTTATTGGCGGGTATTGAATGCTTGTTGTATAAATATACGGATCAAACGAGCCTGATTCTTGGCATTCCGACGGTATCGAAGCAAAAAGCCGACCAGTCAGCCGTTAACAACATTGTCCTCTTAAAAAATACGCTTTCAAACGAGAGCACATTTAAAACCGTATTCGGGCAGCTGAAAGAAGCCGTTAATGATTCTCTGAAAAATCAAAACCTGCCGTTTAGAAAAATGGTCCGGCATCTGAGCGTGCAATACAATGACGAGCATATGCCTTTGATTCATACCGTCGTTTCGCTTAACGAAATTCATTCCTTGCAATTTAAAGAAGATACTGCAGCCGATACGCTGTTTCACTTTGATTTGGAGAACAACGGGATTCATTTGAAGCTTTTTTATAACGGCAATCTGTACGATGAGCACTATATCAATCAAATTGTATCCCATTTGGATCAGCTGCTGTCTGTGATCCTGTTTCAGCCTCAAGCCGCGATCCATACGGCAGAGATCTTACCGGAAGCGGAAAAACAGAAGCTATTGTTTGATTTTAACGACACCGTCAGAGATTTCTCCGGGAGCAGAACAGTCTATCAATTATTTGAAGAGCAGGCAGAAAGAACGCCTGAGCATACGGCCGTCAAGTTTAAAAACGACCATTTGACGTACAGGGAACTGAATGAGAAGGCGAACCGTTTGGCAAGAACATTGCGTAATTGCGGGGTTCAACCCGATACGTTAGTCGCCATTCTCGCTGATCGTTCATTAGAGATGATCGTATCCATTATAGCCGTTTGGAAGGCAGGGGGCGCTTATGTGCCCCTGGATCCTGACTATCCAAAAGAGCGGCTTCAATATTTGCTTCATGATGCGGATGCAGACGTTCTCCTTGTTCAGCATCATTTAAAAAACAGTCTCGCCTTTGACGGACCGGTGATCGATTTGAATGATGAAACATCATACCATGCCGATTGCTCATTGTTATCACCAGTAGCGGAACACAGCCATTTAGCCTATGTCATTTATACGTCGGGTACTACAGGAAAGCCGAAAGGGGTCATGGTTGAACACGGCGGCATTGTAAACTCGCTCCAATGGAAGAAGGCGTTTTTTAAGCATTCTCCGGCGGATCGCGTGCTTGTCTTGTACCCGTATGTTTTTGATGCGTTCATTTTAAATTTCTTCGGCCCGCTCATCTCGGGAGCAACTTTGCACCTTTTGCCTAATGAAGAGAATAAAGAAACTTTCGCCATTCAAAATGCCATAAAACAAGAGAGAATTACTCATTTCTCAACTTCTCCCCGTCTTCTGAAAACGATGATCGAACAGATGAACAGAGAGGATTTCATCCATGTTCAGCATGTTGTTGTAGGCGGTGAGCAGCTGGAAACAGATACAGTTGAGAAGCTGCATTCTCTGCAGCCTCGCATTCGGATCAATAATGAATACGGACCGACAGAAAACAGCGTGGTATCTACATTTCACCCTGTTCAGTCCGCTGATGAACAGATCACAATCGGCAGCCCGGTGGCCAACCATCAAGCTTATATTTTAGGAGCGCACCATCAAATCCAGCCGATCGGCGTACCGGGAGAGCTGTATGTCGGAGGAGCGGGAGTGGCCCGCGGCTACCTCAATCGGCCTGAATTGACGGAGGAAAAATTTGTGGAGCATCTGCATGTCCCTGGTCAAAAGATGTATAAAACGGGGGATCTCGCCAGATGGATGCCAGATGGACGGATTGAATATTTAGGGCGGATTGATCATCAAGTGAAAATTCGCGGCTACCGGATTGAGATCGGCGAGGTAGAGGCAGCCATGTTCAATCTGGAAAACGTTCGTGAAGCCGCAGTCGTCGCGCGGGAAGACGCAGACGGGGCCAAACAATTGTATGCCTATTATGTCGGCGAGCCTTCTCTGACCGCTGCGCAGTTCAGAGAAGACTTATCCCGGGAACTGCCGAATTATATGATTCCCTCCCGTTTTATCCCTTTGGAACGCATTCCGCTCACTTCCAATGGAAAGATTGATCTGAAAGCTTTGCCTGCTGCTGACGAAAATACGCGGACGGAAAACGAATACATACCCCCGCGGAACACAATAGAAGAACTGCTGGCGTCCATCTGGCAAGAAGTATTAGGGGCAGAACGTATAGGAATTCTGGATAATTTCTTTGATTTTGGCGGAGATTCGATTAAATCAATTCAGGTGTCATCCAGATTGTATCAAGCCGGATACAAGGTTGATATGAAGCATTTGTTTAAACACCCCTCGATTGCTGAACTTAGTCAGTTTGTAGCGCCGGTCAGCAGGGTGGCTGATCAAGGAGAAGTGAATGGCGGAACCAAGCTGACCCCGATACAGCATTGGTTTTTTGAGCAAAAAATGCCGCATGCACACCATTACAATCAGGCCGTCATGTTATATTCGGCGGAAGGCTTTCAAGAGGCTCCGCTTCGCCGGACGATGGAACGGATCGCGTCGCATCACGATGCCTTGAGGATGATTTTTGAAAAAACGCCGGATGGATACGCTCCGCGAATTACAGGAACAGATGAAAGTGAACTATACCATCTGGAAGTGATGAATTATAAAGGGGAAACCGAACCGGCTCAAGCGATTGCCGATAAAGCGAATGAGATTCAAAGCAGCATGGTATTAGACAAAGGGCCATTGATGAAGCTCGGTTTGTTCCAATGTCCGGACGGAGATCATTTGCTGATTGCAATTCATCATTTGCTGATTGACGGAGTATCCTGGCGTATTTTACTCGAAGATTTTGCAAGCGGTTATGAACAGGCAGAACGCGGACAAACGATCCAGCTCCCGCAAAAAACAGATTCGTTTCCATTCTGGGCCGATCAATTGTCCAAATATGCGGCGGAAACCGATATGGAAGAGGAGATTGCGTATTGGACTGAGCTTTCAAGTATAAAGCCTCAGCCATTGCCTAAGGACACTATCAGCGAAAGATCGTTATTAAGAGACAGCGAAGAAGTGACGATTCAATGGACAAAAGAGGAAACGGAGCAATTATTAAAACATGCGAACCGCGCCTACAACACGGATATCAACGATCTGCTGCTGACTTCGTTAGGGCTGGCTGTTCACAAGTGGACAGGCACGGAAGACATTGTCGTGAATTTGGAAGGCCACGGGAGAGAACCGATTATTCCGGATGCTGACATTTCCCGCACGATAGGATGGTTCACAAGCCAGTACCCTGTCGTCCTGAGGATGGAAGCCGGAAAAAACCTGTCGCAGCGGATCAAGATCGTAAAAGAAGGGCTGCGCCGTATCCCTGACAAAGGAATGAATTACAGCATCATCAAATATATATCCGGGCATCCGGAAGCCGACAGCCTGCGGCTGAATCCGGAGATATCGTTTAACTATTTGGGACAATTTGACCAAGACCTGAAGCATCAGGCTTTGCGCATCTCGCCTTTTTCCACAGGGTTATCAATGAACGAAAACCAAGAGAGAACGGCCGTGCTTGATTTGAACGGCATGATTGCCGAAGGGACATTATCACTGACACTGAGCTACAGCAGCAAACAATACGAAAGATCTACTATGGCGCAATTTGCCCGGGGGTTGAAAGAAAGTCTGCAAGAAGTCATTGCACATTGCGTAAGCCGGAAGCAGACTTCTCTCACACCAAGTGACATCCTGTTAAAAGACATCTCAATCGACGAACTGGAACAGCTTTTGGAGCAGACGCGTGAATTAGGCGAAGCGGAAAATATTTATCCATTAACGCCGATGCAGAAGGGCATGCTGTTTCACAGCTTATTTGATCCGAATTCAGGTGCTTATTTTCAGCAAACGATGTTTGATCTGCATGGAGATCTGGAGATTGATTCATTTTCAAAAAGCTTGGACGGCTTATCGCAAAAATATGACATTTTCCGCACGAATTTTTACAGAGGCTGGAAGGATCAGCCGCTCCAAATCATATTCAAAACGAAAAAAATCGGTTTTCAATTCAATGACTTACGAGAGATGAAGGAATCACAAAAAGAAGCGATGATTCAGCAGTATGCCAGAGAAGATAAGATGCGGGGGTTCGACTTAGAAAAAGGCGCGTTAATGCGGTTATTCATCCTTCGTACGGATGAAAAAACATACCGTTTTATCTGGAGTTTCCACCATATTTTGATGGACGGCTGGTGCCTGCCGCTGATTACAAAAGAAATATTCGAGAATTACTTTGCCTTGCTTCAGCAAAAGCAGCCTGAACAATCATCAATTACTCCGTACAGTCAATATATTGAATGGCTTGGCCGGCAAGATGCGAAAGAGGCCACGGCTTATTGGGATCAGTACTTGGAGGGATATGAGGAGCAAACCGGCCTTCCTAAGGATCACCATGCAGCGGAAGACGGACGATACGTTCCTGAAAAAGTGACGTGTGACATAAGCTCCGATCTCACTTCGAAAATGAAGCGGACGGCAGGCAAGCATCATGTCACGCTGAACACGCTGCTGCAGACGGCATGGGCGGTTTTGCTGCAGAAATATAACCGAAGCCGGGACGTTGTGTTTGGAAGTGTTGTATCCGGAAGACCTGCTGGAATTCCAAACGTGGAAACCATGATCGGCTTATTCATTAACACCATTCCCGTCCGGTTCCGATGTGAAGCCGGGACAACGTTTGCCGGGCTTATGAAAGAGGCGCAGGAAAGGGCAGTAGCGTCTCAACAATTTGAGACGCACCCGCTGTACGATATTCAAGCGCGTACAACGCAAAAGCAAGATTTAATTACACATTTAATGATATTCGAAAATTATCCGGTTGATCAGTATATGGAAAGTATAGGCCGCCAGAACGGAACATCCATCAAAATTTCCAACGTACAAATGGAAGAACAGACCAACTACGATTTTAATTTGACCGTTATACCGGGCGACGAGATGAACATCTCTTTTGAATACAATGCAAATGTGTATGATCGGGCAAGCATAGAGCGGGTTCGGGAACATTTCATGCAAATCCTGCATCAAGTCGTGACAGATGCGGATATCCGGGTGGATCAAGCGGAATTGTTAACGGAAGGCGAAAGAAAAACCCTTCTGCAGACGCTTAACGACACGGCCGCGCCGTTTCCGCAGACGCCGGTTCATCAATTATTTGAAGAGCAGTCGCAGCGTACGCCCGATCAAGCAGCCGTCATTGATAAGGATAGGCAGCTCACGTACGGAGAGCTCAATAAGCGGGCCAACCGCCTGGCGCGAACGTTAAGAGCGAAAGGAGTGCAGACGGATCAGCCTGTAGCCATCATCACAAGAAACAGCATCGAATCGGTGGTCGGAATCCTTGCCGTTTTAAAATCAGGCGGAGCCTATGTCCCTATAGATCCGGAATATCCGCAAGACCGCATCCGGTATATGCTGGATGACTCCCAAGCCGGAATCGTTTTAATGCAGCGGGACGTCAGGAAACAGCTTGCCTATGAAGGCGTCACGGTTTTACTTGATGATGAAAGTTCTTATCACCAAGATGGCTCTGACCTTGCTCCGATAAATGATGCGAGCCATTTGGCATATGTCATTTATACGTCAGGTTCCACAGGCCGGCCCAAAGGCGTACTAATCGAGCACCGAGGCTTGTCCAATTATATTTGGTGGGCGAAAGAGGTTTATGTAAAAGGCGAGAAAGCCAACTTCCCATTGTATTCGTCAATTTCTTTTGATCTGACGGTGACTTCTATTTTCATGCCGCTTGTCACAGGCAATGCAATCATCGTCTATGACGGAGAGGATAAAACAGCTCTGCTTGAATCGATTGTGCGGGACCCGAGGGTGGATATCATTAAATTGACCCCGGCCCATTTGCAGGTTTTGAAAGAAATGAACATTGCCGATCAAACGGCTGTCCGTAGAATGATTGTGGGCGGGGAAAACTTAAGCACCCGGTTAGCCCGCAGCATTCATGAACAGTTCGAGGGCCGGATTGAAATATGCAATGAGTACGGACCGACGGAAACCGTTGTCGGCTGCATGATTTACCGTTACGATGCCGCAAAGGACAGGCGGGAATCGGTACCGATCGGAACCGCTGCGGCAAACACGAGCATTTACGTTCTTGATGAAAATATGAAACCCGCACCGATCGGTGTCCCGGGAGAAATCTATATCAGCGGCGCCGGTGTGGCAAGAGGATATTTGAACCGTCCCGAATTAACGGCAGAGAAATTTGTCGATGACCCGTTTGAGCCCGGAGCGAAGATGTATAAGACCGGAGATTTGGCGAAGTGGCTGGCGGACGGAAACATTGAATATGCGGGCAGAATAGATGAACAAGTGAAAATCAGAGGCTATCGTATCGAATTAGGCGAGATCGAGGCGGCACTGCTTCAAGAAGAAGCGATCAAGGAAGCTGTCGTTACAGCCAGAGAGGACGTCCACGGATTTAAACAATTGTGTGCATATTACGTGAGCGGCGGACAAACAACGGCAGCCCGGCTCCGGAAACAATTGTCTCAAACCCTTGCAAGTTATATGGTTCCGGCTTATTTTATCGAGCTTGATGAAATGCCTTTAACTTCTAACGGAAAAATAAACAAAAAAGGGCTGCCTGCTCCGGATTTCGAGCTGCAGGACAGAGCAGAGTATAAAGCTCCCCGAACAAAAGCGGAAGAAATATTAGTTTCTGCCTGGGAATCGGTATTAGGCGCTGAAAACGTCAGTATTCTTGATAATTTCTTTGACCTTGGCGGAGATTCCATTAAATCCATTCAAGTATCCTCCAGATTAAATCAGCAAGGATACAAAATGGAAATCAAAGACTTGTTTCAATATGCAACAATTGCAGAATTGAGTCCGCATATCAAGCAGAATCTGCGTATAGCCGATCAAGGTGAAGTCAAAGGAAAAGTCAGCCTGACTCCTATTCAGCATTGGTTCTTTGATCACATAACGACAGATCAGCATTATTACAATCAAGCCGTCATGCTGCATGCGCCGGAAGGTTTTCAGGAAACGCAGCTTCGTCAAACCCTGCAAAAGCTTGCTGAACATCACGATGCGCTCCGCATGACGTTCCGGACTACAGAAAATGGCTGTGAGGCACAGAATGAAGAAATCGCCCAAAGCGGACTGTACCGCTTAGAAGTCCTGAATCTGAAAGAAGATTCCGATCCGGGACGGACAATTGAAGCCAAGGCTGATGAGATACAAAGCAGTATGCGTTTAAGTGATGGGCCGTTAATGAAAGCCGGGTTGTTTCAATGCGCAAATGGAGATCATCTGCTCATTGCCATCCATCATTTGATTATAGACGGGATTTCATGGCGCATCTTACTGGAAGATATCGTTAGCGGCTACAAGCAAGCCGAGAACGGGCGAGTGATTCAACTGCCGCAAAAAACAGACTCTTTCCAATTATGGGCTAAGAGACTGTCAGAATACGCGCAAAGTGAAACCATAAAACAAGAACAGGAATATTGGACAAAGATCGAACAAACCGAAGTCAAACCGCTGCCTAAAGATTTTCATGAAACCCATACAACTGCAAAAGACAGTGAAACAGCAGCTGTGGAATGGACGAAAGAGGAAACGGAGCTCTTATTAAAACAAGCGAATCGCGCTTATAACACGGAAATAAACGATTTGCTCTTAACTTCTCTGGGTCTTTCCATATCGCATTGGTCAGGACTGGAACAAATTCCGATTCATTTAGAGGGACACGGCCGAGAACAGATTATACAGGATATAGATATCTCCCGCACGGCCGGGTGGTTTACAAGTCTGTATCCGGTTGTGCTGCACGCGCAGCCGGGCAAAGAAATCTCTGATTATATCAAGACGACCAAAGAAGGATTGCGTCAAATTCCGCATAAAGGGATCGGATATGGAATAGCAAGGTACTTAAGCGGCGGAATGCCATCGAAACTCAATCCTGAGATCAGCTTTAACTACCTGGGACAGTTTGACCAAGATTTACAGCAGCATGGGGTTCAATTATCTTCTTATTCTTGCGGTTCAGACTCAAGCGGAAATCAAGAAAGACCGTATGTATTGAATATAAACGGAATGATCACCGAGGGCCGGCTGAAGCTTACGATCAGCTACAGCAGCAAACAGTACGCAAAAGAAACGATCATGCGGTTATCGGAAACGATTCAAAGCCGCCTGCGGACCATCATTACGCATTGCGTTCATAAAGAACAATCGGAACTGACGCCAAGCGATATTTTGTTAAAAGGCATGTCCATTGACGAATTGGATCAGCTCCTCATTCAACTGCCGCATGCAGGTGAGGTTGAAAACGTGTATCCGCTCACTCCGATGCAGAAAGGAATGCTCTTCCACAGCCTGCTGGACGAGGCCTCAAGTTCTTATTTTGAACAAGCATCGTTCGATTTGCAGGGAGAGTTAAAGATTGATTGGTTTAAAGCAAGCCTTGAACGATTATTTGAAACATACGCCGTGCTCAGAACCCGTTTTTACAGCGGCTGGAACGATACTCCTTTACAAATTGTCTATAAAACGCAAACACCGCAAATTCATTTTGCAGATTTGCGTGATAGAGAGGAGCACCTGAGAGAGGATGCAATCGCAGCCTATCAAAGAGAAGATAAGGCAAAAGGATTTGACTTGGCTCAGGATCGGCTGATGCGCATAGCGATTTTCCGTATGGAAGACCGCAAATATCATTTGATTTGGAGCTTCCATCATATTGTGATGGATGGCTGGTGCCTGTCTCTTATCACGAAGGAAGTGTTTGATCATTATAGCGCCTTACAGGAAGGCAGGGAACCAGAACCGTCATCGGCAGCTCCTTACAGCGACTATATCGAGTGGCTTGACCGCCAAGATCAGGGAGCGGCAAAGCGGTACTGGAGCGGGTATCTTGAAGGATATAAAGGTGAAACCACGCTTCTTCATAAAATAGAGCAGCATGAACAAAAAGAATACGCCTATGCCAATGTGATCTGCCGATTTAATCACGAACAGACAAAACAATTACAGCAGATCGCAAATCAGCATCAGGTTACATTAAATACGTTGATCCAAACGTTATGGGCAGTTTTATTACAGAAATACAGCGGGTCCGCAGACGTTGTCTTCGGCAGTGTTGTGTCGGGAAGGCCGGCGGAAATTCCTGATGTGGAACAGATGATCGGCCTGTTCATCAATACCATTCCGGTTCGCATCCGCTGCGATGAAGACAGCACTTTTGCTGATACGATGCAAATGGTTCAACAAAACGCGCTGGCTTCCCAATCGTACGATACCTATCCTTTATACGAAATTCAGGCCCAAACGGAACAAAAGCAAAACTTAATTGATCATATCATGATCTTTGAAAATTATCCGATAGGGCAGCAAGTCGAAGAGGGTCATGATGCTGCGGATTTAAATATCGTGAATTTCCATATAGAAGAACATACTCATTACGATTTTAATGTAGTTGTCATCCCTGGCGAACAACTCACCATTCATTTTGATTTCAACCAAAATGAATATGGACAATCAGAGGCAGAGCGGATTCGCGGACATTTTGAACAGCTCATTCACCAAATTTTGCAGCAGCCGTCTGTCAAAATAGAAGAAATGGAACTTCTGACGCAGCAAGAAAAAGAACAGCTGCACAGCCGTTTTCAGTCTAACGAAATGCATTACCCACGTGAACAAACGATTCATCAGCTGTTCGAGGAACAAGCACTCCGGACGCCGGACCATGAGGCGGTTATATTCGAGGAGCAGCGTATGACTTACCTTGAGTTAAATGAACGGGCCAATCAACTAGCACGCACTTTACGAGCTGAAGGCCTACAGGCCGACCAGCTTGTTGCGATCATGGCTGAGCGTTCTCTAGAAATGATGGTCGGGATTTATGCAATCCTGAAAGCGGGAGGCGCTTATGTGCCAATCGACCCGGATTACCCGGAGGAACGCATCCGCTACATCCTTGAAGATTCAGGAGCGACCCTGCTGCTGTCACAGCGTCACGTGAAAGAACGGGTTGCTTTTGCAGGAACGGTCATCGATCTCGATGATACTTCCGTTTATGATGATGACGTTTCTAACTTGGAGCCGCTGTCCGGTGCGGGCGATAGGGCATATGTAATTTACACGTCCGGATCGACCGGCAAGCCCAAGGGGGTTATGGTTGAACATCGTCCGGTTATAAACCGGTTGATGTGGATGCAAAAGGCTTATCCGATCGGCTGCGGCGATACGATTTTACAAAAGACAGCGATCACCTTCGACGTCTCGGTATGGGAGCTGTTCTGGTGGGCTTTGACCGGTGCGAAGGTGTGCCTGCTTCCGCTCGGCGGAGAGAAAGACCCTGAGGTGATTTGGAACACAATAGAAGAGCAAAGTATCACGACAATGCATTTCGTCCCGGCGATGCTGCACGCCTTCCTGAAGTTTGCGGAAACACAGACGGCGAGCGGACAGACAAGCAAGCTGCGTACGTTGCGGCAAGTGTTTGCAAGCGGCGAGGCATTAATGCCGGCACATACGGCAAGATTTCATCGCCTTATTACGCCTGTGAACGGTGCCCGACTGATCAACCTGTACGGCCCGACGGAAGCAACGGTCGATGTCTCGTACTTTAACTGCGAAGCGAACCAAGCGTATGCATCAGTACCGATCGGCAAGCCGATCTCGAATATACAGCTGTATATGATGGCACCGGGATCAATGCGTCTACAGCCAGTCGGAGTACCGGGAGAGCTTTGCATCGCAGGCGACGGACTGGCGAGGGGGTACCTGAACCGTCCGGAGCTGACTGCGGAGAAGTTCGTGGATCATCCGTTCGAACCCGGCAAACGGATGTACCGGACGGGCGATCTGGCGAGATGGCTGCCGGACGGTAACATCGAATATTTGGGACGGATCGATCATCAGGTGAAAATTCGAGGATACAGGATCGAACTCGGCGAGGTGGAAGCTCAGCTCTTAAAGATAGGGTCGGTACAGGAAGCAGTAGTCACCGCTCTTGAAGACGGAGAAAAGCAGCTATGCGCATACTTTTCAGCGAACACCGAGCTGATGGTGAGCGAGCTGCGAATAGCGCTGTCGCAGGAACTGCCGGGGTATATGATCCCGTCGTACTTTATCCAACTGGAGCGTTTGCCGTTAACGGCAAACGGAAAAGTCGACCGCAAAGCATTGCCGGCACCAGAAGGAGGCGTGCAAACGGGGGGCGAATACGTTGCTCCCCGTACAGCGGCGGAAGCGCAGCTGGCGCATATCTGGAAAGAGGTGCTTGGACTTCCGCGTATCGGCGTGAAAGACAATTTCTTCGACATCGGCGGTCACTCGCTGCGGGCAACGACGCTGACGGCGAAGCTGCACAAAGAGATGGGGGTCAGCCTGCCGCTGCGGGAAGTGTTCCGATCGCCAACAATTGAAGAAATGGCAGAAACGATTACCGGAATGAAACACACAGCATATACATCTATCCCGACCGTTGAAGCAAAAGAATACTATGCCGTCTCCTCGGCGCAGAAACGGCTGTACATTTTGAATCAGCTGAAAGGCGGAGAGCTGAGCTACAACATGCCGAGTGTCATGAGAGCCGATGGAGCTCTGGATCGGGAACTTGTCGAGAAGGCGATCCGCAAGCTGATTCAGCGCCATGAAACGCTGCGTACCGGCTTTGAACTGATAGATGGAGAACCGGTGCAGCGGATCTATGACGACGTCCCATTTGCAGTGGAATTCACTCAAGCGAAAGAAGAACAGGCGGAAGCCCTCGTTCATGGGTTTGTGCGGGCATTTGACTTGGAGAAAGCGCCGCTGCTGCGGGTAGGACTGATCGAGCTTGCAAAAGACCGCCATTTGCTGCTGTTTGACATGCATCATATCATTTCAGACGGCGTATCTATCAAGAATTTGATTGAAGAGTTCGTTTCATTATATGAAGGAAAAGAATTGCCGCCATTGCGGATTCAGTATAAAGATTATGCGGCGTGGCAGCTGTCGGATATGCAAAGCGAACGGATGAAGAAACAGGAAGCGTACTGGCTGGATATGTTCAGCGGAGAGGTTCCGGTGCTGGATATGCCAACCGACTACGGAAGACCGGCTGCGCGGAGCTTTGAAGGAGGACAAATCGAGTTTGTCATCGGACCGGAGTTGACGGAACAGCTGAAAGGCTTGGCGGTGAAGAGCGAAAGCACGCTGTACATGGTGCTGCTGGCTGCTTATACGACCATGCTGGCCAAATACAGCGGGCAAGAAGACATCGTAGTAGGCAGCCCGATTGCCGGAAGAACCCATTCGGATTTGGAAAGCTTAATCGGCATGTTCGTGGGCACACTGGCGATACGAACGAATCCGGTCGGGGAAAAAACATTCCGGGAGTACGTGCAGGAAGTCAAAGAGCATACATTAAAAGCGTACGAAAACCAGGAGTATCCATTCGACGAACTGGTGGACAAGCTGAATGTGTCCCGGGATTTCAGCCGCCATCCGCTGTTTGACACGATGTTCATATGGCAAAACACAGAACGGGGAGAATTGAGCCTCGATGATGTGCGTTTTACCCCTTATCCGGACAACCATGCGATGGCGAAGTTCGACCTGACGTTCCAAGCGGCAGAAAATGAAGACGGAATTACAGGTATGATCAGTTACGCGGCGGCGCTGTACAAGCAGGAAACTGCGGAACGCATGGCAAAGCACTTTATCCAATTGATCGAGGCGATTGCGAATGATCCGCAGGCGCCGCTTTCATCGCTGGAGATGATCACCGCGAAGGAGAAAGAGCAGATTGTGGAGAGATGGGGTCAACCGGCGATAGACTGCCCACGGGACAAAACAATTCACCAATTGTTCGAGGAGCAGGCGGAGCGCACGCCGGAACATACGGCCGCAGTTTACGAGAAAAGCCGATTCACATACCGTGAGCTGAATGAGCGGGCCAACCGCCTGGCGCGGATTTTAAGAAGCGAAGGCGTGCAGCCTGACCAGCCTGTGGGTATTCTGGCAGAACGTTCTCTGGAAATGATCGTGGGGATTATGGCGATCCTGAAAGCCGGGGGCGCGTATGTGCCGATGGATCCGGACAGCCCGCAGGAACGCATCCGCTATATTCTGGAGGATTCAGGAGCAAAGGTTCTGCTGGCACAGCCCCATTTACAAGATCGTGTATCCTTTGCCGGAGAGATTTTACTGCTGAATGACGAACGAATGAACAGCGGGGACGGCTCGAATCTGGTGACGGCAGCCGGACCGGATCACTTGGCGTATGTGATCTACACATCAGGCACAACCGGCAAGCCAAAAGGCACGCTGATTGAGCATCGCCAGGTCCTTCATTTGATGGAGGGGCTCCGCGGACAAGTGTACGGTGCTTATGATTCGGGATTGCGTGTGTCTCTGTTGGCACCGTACTATTTCGACGCATCGGTCAAGCAAATTTTCGCGGCACTGTTAGGGGGACATGCACTGTATATCGTCCCTAAAGCATCAGTATCAGACGGTTATGCCTTGTCAAACTATTATCGCACCCACCGCATTGACGTAACAGACGGAACACCGTCACATTTGCAATTGCTTATCGCTGCAGACAGCCTTCATGGGGTAACGATCCGGCACATGCTTATTGGAGGAGAGGCGCTCCCGCAGGCGACGGCGGCGCAATTGCTTGAATTGTTTGCTTCGAACGGGTCATCAATGCCGCTCATAACCAATGTATACGGTCCGACGGAAACCTGTGTGGATGCATCGGTCTTTCATATCGTACCGGGGACATTGGCATCCGCTGACGACGGCGGTTACGTGCCGATCGGCAAGCCGCTGGGCAACAACCGTGTGTATATTGTTGATTCCCATGATCGGATGCTGCCTATAGGTGTAAAGGGTGAGCTGTGCATCGCCGGAGACGGAGTAGGACGAGGGTATCTGAACTTGCCTGAATTAACGGGCGAAAAGTTTGTGGCCGATCCGTTTGTAATCGGAGAGCGGATGTATAAAACAGGCGATCTTGCCCGTTACCTGCCGGATGGAAACATTGAATATGCCGGAAGAAAGGATCATCAGGTCAAAATTCGCGGTTACCGGATCGAACTTGGCGAGGTGGAAGCCGCTCTTCTCAACATCGAGCATGTACAAGAAGCGGTGATCCTGGCCAGAGAAAATGCAGAGGGGCAAAGCGATTTGTATGCCTATTATACAGGGGAGAAGTCACTGCCGATCAATCAGCTTAAAGAAAAACTCTCCGATCAAATACCAGGCTACATGGTTCCTTCATACTTGATGCAGCTGGAGCAAATGCCGTTAACCTCCAATGGAAAAGTGAATCGCAGCGCGTTACCGCTGCCTGAAGCAGGCTTGCAGACCGGGATTGACTATGTTGCTCCAAGGACAAAACCGGAAGAGCAGCTGGTTCACATCTGGAAAGAAGTATTGAAGGTAGAACAAGTCGGCGTCAAAGATAACTTTTTCGATCTCGGCGGGCATTCGTTACGGGGGATGACGCTCGTTACCAAGATCCATAAGCAATTCGACAAAAGCATTTCATTGAGAGAAGTGTTTCAATACCCGACGATTGAAGAAATGGCGAGGGTCATTGCAGGCGCGGAAACCAGCGGACCGGATGAAATCCCTGTTGCAGAAGCCAAAGATGTTTATCCTGTATCTTCTGTACAAAAGATGGTTTACCTGTCTACACAAATTGAAGGCGGAGAACTAAGTTACAACATGCCGGGGATTTTGACATTGGAAGGCAGGATCGACATGAATCGTTTACAATCTGCGTTCCAAAGTCTGATCCAGCGCCATGAATCGCTACAAACCGGATTTGAAATGGTCCGCGGAGAGCTGGTGCAGGTGATCAAGCCGCAGGCGGATTTCTCTATAGAAAGGTACAAAGCAGCTGATGAGCAGGTCGAGGAGCTGTTCCGCAATTTCGTGCGGCCTTTCGATCTCAGTCAGGCTCCATTGCTTCGGGCCGGACTCATCGAATTAGAACAGGACAGACATGTTTTCATGTTTGACATGCATCATATCGTTTCAGACGGCGCTTCTATGAATATTTTTGTTGAAGAACTGATTCAATTGTATGACGGCAAAGAATTAACCCCGCTCCGGATTCAATACAAAGATTACACTGTATGGCAGCAGCAGGCGGAGCAGAGGGAACGCATCAAGAGGCAGGAGAACTATTGGCTGAACGTATTTCATGAGGAACTCCCGCCATTTGAGCTGCCGAAAGATTTTGCCAGACCGCGAATTCGAAGATTTGAAGGCAAGCGATACAATTTCGCTCTCGATGAGACCGTGGTCCAGGGGATAAAACAGATGGAAGAATTGACCGGATCGACCGCTTACATGATCTTGCTGTCAGCCTATAACATACTGCTGGCCAAATACAGCGGTCAGGAAGATATCGTCGTCGGTACGCCTATTGCGGGAAGAATGCATGAAGATTTACAGCATATTATCGGGATGTTTGTGAATACGCTGGCCATCCGTACGGCCCCGGCTGGAGAAAAGACCTTTATGGACTATGTAACGGAAACAAAAGAAACGATGCTGAAAGCTTATGAAAATCAAGAATATCCTTTTGAAGAATTAGTTGAGAAAATGGGAGTGAAACGGGACTTAAGCCGTAATCCGTTATTCGATACGATGTTTGTTCTGCAAAATACGGAACAAACGGATATCGAATTGGACTCTCTCGCGGTGAGACCATATGAACAAACAAATACGGCGGCCAAATTTGATTTGCAGCTGACCTTCGTGATGAATCCGCACGAGATACAAGGAAGCTTTGAGTACTGCACGAAGCTGTTCAAACAGAAAACCATCGCTACGCTGAGCAAGGATTACGCCATGATTCTGTCGGCGATCATAAAAGACCCATCGATTCCTTTAAAAGAAATTCAATTAAGTGAGAAAGTAAACAAAAGTGAACACTTTGCAAGCGAAATCGAATTGAATTTCTAA MSVFKNQETYWENLFDEEDGLSAFPYFKAADKASLARTGYQEKCICRSLSPEVSQRIMTMANHSDMAAYLILLAGIECLLYKYTDQTSLILGIPTVSKQKADQSAVNNIVLLKNTLSNESTFKTVFGQLKEAVNDSLKNQNLPFRKMVRHLSVQYNDEHMPLIHTVVSLNEIHSLQFKEDTAADTLFHFDLENNGIHLKLFYNGNLYDEHYINQIVSHLDQLLSVILFQPQAAIHTAEILPEAEKQKLLFDFNDTVRDFSGSRTVYQLFEEQAERTPEHTAVKFKNDHLTYRELNEKANRLARTLRNCGVQPDTLVAILADRSLEMIVSIIAVWKAGGAYVPLDPDYPKERLQYLLHDADADVLLVQHHLKNSLAFDGPVIDLNDETSYHADCSLLSPVAEHSHLAYVIYTSGTTGKPKGVMVEHGGIVNSLQWKKAFFKHSPADRVLVLYPYVFDAFILNFFGPLISGATLHLLPNEENKETFAIQNAIKQERITHFSTSPRLLKTMIEQMNREDFIHVQHVVVGGEQLETDTVEKLHSLQPRIRINNEYGPTENSVVSTFHPVQSADEQITIGSPVANHQAYILGAHHQIQPIGVPGELYVGGAGVARGYLNRPELTEEKFVEHLHVPGQKMYKTGDLARWMPDGRIEYLGRIDHQVKIRGYRIEIGEVEAAMFNLENVREAAVVAREDADGAKQLYAYYVGEPSLTAAQFREDLSRELPNYMIPSRFIPLERIPLTSNGKIDLKALPAADENTRTENEYIPPRNTIEELLASIWQEVLGAERIGILDNFFDFGGDSIKSIQVSSRLYQAGYKVDMKHLFKHPSIAELSQFVAPVSRVADQGEVNGGTKLTPIQHWFFEQKMPHAHHYNQAVMLYSAEGFQEAPLRRTMERIASHHDALRMIFEKTPDGYAPRITGTDESELYHLEVMNYKGETEPAQAIADKANEIQSSMVLDKGPLMKLGLFQCPDGDHLLIAIHHLLIDGVSWRILLEDFASGYEQAERGQTIQLPQKTDSFPFWADQLSKYAAETDMEEEIAYWTELSSIKPQPLPKDTISERSLLRDSEEVTIQWTKEETEQLLKHANRAYNTDINDLLLTSLGLAVHKWTGTEDIVVNLEGHGREPIIPDADISRTIGWFTSQYPVVLRMEAGKNLSQRIKIVKEGLRRIPDKGMNYSIIKYISGHPEADSLRLNPEISFNYLGQFDQDLKHQALRISPFSTGLSMNENQERTAVLDLNGMIAEGTLSLTLSYSSKQYERSTMAQFARGLKESLQEVIAHCVSRKQTSLTPSDILLKDISIDELEQLLEQTRELGEAENIYPLTPMQKGMLFHSLFDPNSGAYFQQTMFDLHGDLEIDSFSKSLDGLSQKYDIFRTNFYRGWKDQPLQIIFKTKKIGFQFNDLREMKESQKEAMIQQYAREDKMRGFDLEKGALMRLFILRTDEKTYRFIWSFHHILMDGWCLPLITKEIFENYFALLQQKQPEQSSITPYSQYIEWLGRQDAKEATAYWDQYLEGYEEQTGLPKDHHAAEDGRYVPEKVTCDISSDLTSKMKRTAGKHHVTLNTLLQTAWAVLLQKYNRSRDVVFGSVVSGRPAGIPNVETMIGLFINTIPVRFRCEAGTTFAGLMKEAQERAVASQQFETHPLYDIQARTTQKQDLITHLMIFENYPVDQYMESIGRQNGTSIKISNVQMEEQTNYDFNLTVIPGDEMNISFEYNANVYDRASIERVREHFMQILHQVVTDADIRVDQAELLTEGERKTLLQTLNDTAAPFPQTPVHQLFEEQSQRTPDQAAVIDKDRQLTYGELNKRANRLARTLRAKGVQTDQPVAIITRNSIESVVGILAVLKSGGAYVPIDPEYPQDRIRYMLDDSQAGIVLMQRDVRKQLAYEGVTVLLDDESSYHQDGSDLAPINDASHLAYVIYTSGSTGRPKGVLIEHRGLSNYIWWAKEVYVKGEKANFPLYSSISFDLTVTSIFMPLVTGNAIIVYDGEDKTALLESIVRDPRVDIIKLTPAHLQVLKEMNIADQTAVRRMIVGGENLSTRLARSIHEQFEGRIEICNEYGPTETVVGCMIYRYDAAKDRRESVPIGTAAANTSIYVLDENMKPAPIGVPGEIYISGAGVARGYLNRPELTAEKFVDDPFEPGAKMYKTGDLAKWLADGNIEYAGRIDEQVKIRGYRIELGEIEAALLQEEAIKEAVVTAREDVHGFKQLCAYYVSGGQTTAARLRKQLSQTLASYMVPAYFIELDEMPLTSNGKINKKGLPAPDFELQDRAEYKAPRTKAEEILVSAWESVLGAENVSILDNFFDLGGDSIKSIQVSSRLNQQGYKMEIKDLFQYATIAELSPHIKQNLRIADQGEVKGKVSLTPIQHWFFDHITTDQHYYNQAVMLHAPEGFQETQLRQTLQKLAEHHDALRMTFRTTENGCEAQNEEIAQSGLYRLEVLNLKEDSDPGRTIEAKADEIQSSMRLSDGPLMKAGLFQCANGDHLLIAIHHLIIDGISWRILLEDIVSGYKQAENGRVIQLPQKTDSFQLWAKRLSEYAQSETIKQEQEYWTKIEQTEVKPLPKDFHETHTTAKDSETAAVEWTKEETELLLKQANRAYNTEINDLLLTSLGLSISHWSGLEQIPIHLEGHGREQIIQDIDISRTAGWFTSLYPVVLHAQPGKEISDYIKTTKEGLRQIPHKGIGYGIARYLSGGMPSKLNPEISFNYLGQFDQDLQQHGVQLSSYSCGSDSSGNQERPYVLNINGMITEGRLKLTISYSSKQYAKETIMRLSETIQSRLRTIITHCVHKEQSELTPSDILLKGMSIDELDQLLIQLPHAGEVENVYPLTPMQKGMLFHSLLDEASSSYFEQASFDLQGELKIDWFKASLERLFETYAVLRTRFYSGWNDTPLQIVYKTQTPQIHFADLRDREEHLREDAIAAYQREDKAKGFDLAQDRLMRIAIFRMEDRKYHLIWSFHHIVMDGWCLSLITKEVFDHYSALQEGREPEPSSAAPYSDYIEWLDRQDQGAAKRYWSGYLEGYKGETTLLHKIEQHEQKEYAYANVICRFNHEQTKQLQQIANQHQVTLNTLIQTLWAVLLQKYSGSADVVFGSVVSGRPAEIPDVEQMIGLFINTIPVRIRCDEDSTFADTMQMVQQNALASQSYDTYPLYEIQAQTEQKQNLIDHIMIFENYPIGQQVEEGHDAADLNIVNFHIEEHTHYDFNVVVIPGEQLTIHFDFNQNEYGQSEAERIRGHFEQLIHQILQQPSVKIEEMELLTQQEKEQLHSRFQSNEMHYPREQTIHQLFEEQALRTPDHEAVIFEEQRMTYLELNERANQLARTLRAEGLQADQLVAIMAERSLEMMVGIYAILKAGGAYVPIDPDYPEERIRYILEDSGATLLLSQRHVKERVAFAGTVIDLDDTSVYDDDVSNLEPLSGAGDRAYVIYTSGSTGKPKGVMVEHRPVINRLMWMQKAYPIGCGDTILQKTAITFDVSVWELFWWALTGAKVCLLPLGGEKDPEVIWNTIEEQSITTMHFVPAMLHAFLKFAETQTASGQTSKLRTLRQVFASGEALMPAHTARFHRLITPVNGARLINLYGPTEATVDVSYFNCEANQAYASVPIGKPISNIQLYMMAPGSMRLQPVGVPGELCIAGDGLARGYLNRPELTAEKFVDHPFEPGKRMYRTGDLARWLPDGNIEYLGRIDHQVKIRGYRIELGEVEAQLLKIGSVQEAVVTALEDGEKQLCAYFSANTELMVSELRIALSQELPGYMIPSYFIQLERLPLTANGKVDRKALPAPEGGVQTGGEYVAPRTAAEAQLAHIWKEVLGLPRIGVKDNFFDIGGHSLRATTLTAKLHKEMGVSLPLREVFRSPTIEEMAETITGMKHTAYTSIPTVEAKEYYAVSSAQKRLYILNQLKGGELSYNMPSVMRADGALDRELVEKAIRKLIQRHETLRTGFELIDGEPVQRIYDDVPFAVEFTQAKEEQAEALVHGFVRAFDLEKAPLLRVGLIELAKDRHLLLFDMHHIISDGVSIKNLIEEFVSLYEGKELPPLRIQYKDYAAWQLSDMQSERMKKQEAYWLDMFSGEVPVLDMPTDYGRPAARSFEGGQIEFVIGPELTEQLKGLAVKSESTLYMVLLAAYTTMLAKYSGQEDIVVGSPIAGRTHSDLESLIGMFVGTLAIRTNPVGEKTFREYVQEVKEHTLKAYENQEYPFDELVDKLNVSRDFSRHPLFDTMFIWQNTERGELSLDDVRFTPYPDNHAMAKFDLTFQAAENEDGITGMISYAAALYKQETAERMAKHFIQLIEAIANDPQAPLSSLEMITAKEKEQIVERWGQPAIDCPRDKTIHQLFEEQAERTPEHTAAVYEKSRFTYRELNERANRLARILRSEGVQPDQPVGILAERSLEMIVGIMAILKAGGAYVPMDPDSPQERIRYILEDSGAKVLLAQPHLQDRVSFAGEILLLNDERMNSGDGSNLVTAAGPDHLAYVIYTSGTTGKPKGTLIEHRQVLHLMEGLRGQVYGAYDSGLRVSLLAPYYFDASVKQIFAALLGGHALYIVPKASVSDGYALSNYYRTHRIDVTDGTPSHLQLLIAADSLHGVTIRHMLIGGEALPQATAAQLLELFASNGSSMPLITNVYGPTETCVDASVFHIVPGTLASADDGGYVPIGKPLGNNRVYIVDSHDRMLPIGVKGELCIAGDGVGRGYLNLPELTGEKFVADPFVIGERMYKTGDLARYLPDGNIEYAGRKDHQVKIRGYRIELGEVEAALLNIEHVQEAVILARENAEGQSDLYAYYTGEKSLPINQLKEKLSDQIPGYMVPSYLMQLEQMPLTSNGKVNRSALPLPEAGLQTGIDYVAPRTKPEEQLVHIWKEVLKVEQVGVKDNFFDLGGHSLRGMTLVTKIHKQFDKSISLREVFQYPTIEEMARVIAGAETSGPDEIPVAEAKDVYPVSSVQKMVYLSTQIEGGELSYNMPGILTLEGRIDMNRLQSAFQSLIQRHESLQTGFEMVRGELVQVIKPQADFSIERYKAADEQVEELFRNFVRPFDLSQAPLLRAGLIELEQDRHVFMFDMHHIVSDGASMNIFVEELIQLYDGKELTPLRIQYKDYTVWQQQAEQRERIKRQENYWLNVFHEELPPFELPKDFARPRIRRFEGKRYNFALDETVVQGIKQMEELTGSTAYMILLSAYNILLAKYSGQEDIVVGTPIAGRMHEDLQHIIGMFVNTLAIRTAPAGEKTFMDYVTETKETMLKAYENQEYPFEELVEKMGVKRDLSRNPLFDTMFVLQNTEQTDIELDSLAVRPYEQTNTAAKFDLQLTFVMNPHEIQGSFEYCTKLFKQKTIATLSKDYAMILSAIIKDPSIPLKEIQLSEKVNKSEHFASEIELNF PGPT0012290_1 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS OTHER_BIOTIC_STRESS_RESISTANCE_GENES BIOTIC_STRESS_RESISTANCE-BACILYSIN_METABOLISM,PGPT0012290-ituB|mycB|bmyB-K15662 NA NA D1-12_01029 11949 dltA_2 D-alanine--D-alanyl carrier protein ligase ATGTATACCAGTCAATTCCAAACCTTAGTAGATGTCATTCGGGAAAGAAGCAATATCTCTGATCGCGGGATCCGTTTTATCGAATCCGATAAAAACGAGACGGTTGTCTCTTATCGCCAATTGTTTGAAGAGGCGCAAGGGTATCTTGGCTATTTACAGCATCTCGGCATTAAGCCGAAGCAGGAAATTGTATTTCAAATCCAAGAAAACAAATCATTTGTCGTTGCTTTTTGGGCTTGTATATTAGGAGGAATGATCCCGGTTCCGGTCAGTATCGGAGAAGATGATGACCATAAACTGAAGGTCTGGCGCATTTGGAATATATTAAATCATCCCTTTCTGATTGCCTCTGAAAAAGTATTGGACAAAATAAAGAAATACGCTGCAGAACACGATTTACAGGATTTCCATCATCAATTAAACGAAAAATCTGACGTCATTCAAGATCAAACCTACGATTACCCCGCTTCATTTTATGAACCTGATGCGGATGAACTCGCCTTTATCCAATTTTCTTCCGGATCGACAGGAGATCCAAAAGGAGTCATGTTAACGCATCACAACTTAATACATAACACGTGTGCCATTGGGACTGCCCTACACGTTCATTCGAAAGACTCTTTCTTATCATGGATGCCCTTAACGCATGATATGGGGCTCATCGCCTGCCACCTTGTTCCCTTCATAACCGGAATCAATCAAAATCTGATGCCTACAGAGTTATTTATTCGCAGACCTATTCTTTGGATGAAAAAAGCTCATGAACATAAAGCCAGTATTCTATCCTCTCCTAATTTCGGATACAACTACTTCCTTAAATTTCTGAAAAACGAACCAGACTGGGATTTATCCCACATCAAGGTCATCGCAAACGGTGCAGAACCGATATTGCCGGAGCTCTGTGACGAATTTTTGAAAAGATGCGCAGCATTCAATCTGAAAAGATCCGCCATTTTGAATGTTTACGGTTTAGCGGAAGCGTCGGTCGGCGCAGCATTCTCTAAATTAGGTGAAGAATTCGTTCCCGTTTATTTGCATCGTGACTATTTAAATCTTGGTGAAAGAGCTGTAAAAGTCAGCAAAGAGGACCAACATTGCGCTTCATTCGTCGAGGTGGGACAACCTATTGACTATTGTCAGCTTCGGATCTCCGATGAAACAAATGAAAGAGTAGAAGACGGAATCATCGGCCATATCCACATCAAAGGAGACAATGTGACGCAAGGGTATTATAACAACCCAGAGAGTACGGAAAAAGCGCTGACTTCTGACGGCTGGGTAAAAACGGGAGACCTCGGATTCATTAGTGAAAGGGGTAACTTAGTCGTAACCGGAAGAGAAAAGGACATTATTTTCGTGAACGGAAAAAATATCTACCCGCACGATATTGAACGGGTCGCGATTGAAATGGAAGAGGTTGACTTAGGAAGGGTTGCCGCCTGCGGTGTATATGATCAAAAGACGCAAAGCGGAGAAATTGTGCTCTTTGTTGTTTACAAAAAATCACCTGAAAAATTCGCACCGCTTGTCAAAGAGATAAAAAAGCATTTGTACAAGCGGGGCGGCTGGAGCATAAAAGAAGTCCTTCCGATCCGAAAACTCCCTAAAACAACCAGCGGAAAGGTTAAACGCTACGAACTTGCCAGACAGTATGAGGCAGGGAATTTTTCAACAGAGTCTGCCGCCATCAATGAATGTTTGGAGAGCAGTCCGGAAACATCCGGACAGACACCCATTCATGAGATAGAAACGGAATTGCTGTCTATCTTTTCCGATGTGCTCAACGGGAAAAAGGTTCACCTCGCTGACAGTTATTTTGATATGGGAGCAAATTCATTACAGTTATCGCAGATTGCCGAGCGCATAGAACAGAAATTCGGACGCGAGCTTGCCGTTTCAGATCTCTTTACGTATCCTTCTATCACTGATTTAGCGGCATATCTGTCTGAAAGCCGGGCTGAAATCAAGCAGGACGCGGCAGCGAAACCAAGCCATGTGACACCGAAAGATATCGCCATTATCGGGATGTCGCTCAATGTCCCGGGAGCGTCAACGAAAAGTGATTTTTGGAATCTGCTTGAAAAAGGTGAGCACAGCATTCGAGAATACCCCGAATCCCGGCTGAAAGATGCGGCGGATTATTTAAAATCCATCCAAAGCGAGTTCAATGAGAGTCAGTTTGTGAAGGGCGGCTATTTAGATGAAATCGACCGCTTTGATTATTCGTTCTTCGGTTTAGCCCCTAAAGCGGCTCAGTTTATGGACCCTAACCAAAGACTGTTTTTGCAGTCTGCATGGCATGCGATTGAAGATGCGGGCTATGCCGGCGGCAGCATGAACGGGAGCCGTGTCGGGGTATATGCGGGGTACTCGAAGGTGGGCTACGATTATGAACGTCTCCTTTCTGCGAATTATCCGGAGGAACTTCATCAATATATCGTGGGCAATCTCCCTTCCGTGCTAGCCAGCCGAATCGCTTATTTCTTAAATTTAAAAGGGCCGGCGGTCACAGTGGATACGGCATGCTCCTCATCGCTTGCCGCCGTTCATATGGCATGTAAATCTTTAATGTCCGGCGATTGTGAAATGGCTCTTGCCGGCGGTATCCGGACATCGCTCTTGCCGATCTGTATCGGACTTGATATGGAATCTTCGGACGGGTACACGAAAACGTTCAGCAAAGATTCAGACGGCACGGGCACAGGTGAAGGCGCCGCCGCAGTCCTGCTAAAACCTTTGCAGGAGGCTGTTCGCGACGGAGACCATATTTACGGCGTAATCAAGGGAAGCGCGATGAATCAAGACGGAACAACCGCCGGGATTACAGCACCGAATCCGGCAGCTCAGACTGAGGTCATTGAGACGGCTTGGAAAGACGCGGGCATTGCTCCTGAAACACTATCTTTCATCGAAGCGCATGGCACCGGAACGAAGCTCGGCGATCCGGTTGAATTTAACGGGCTTTGTAAAGCGTTTGAAAAGTATACGGCAAAAAAACAATTTTGTGCGATTGGTTCTGTTAAATCGAACATCGGTCATTTGTTTGAAGCGGCAGGCATCGTCGGGCTGATCAAATCTGTCCTCATGCTGAATCACAAGAAAAATCCGCCGTTAGCGCACTTTAATGAACCTAATCCGCTCATTCATTTTCACTCATCACCATTTTATGTAAATCAGGAAGTTTCGGAGTTCACATCGGGTGATGAGCCGCTGCGAGGCGGAGTCAGCTCATTTGGCTTTAGCGGAACGAACGCTCATGTGGTACTGGAAGAATATATTTCTCAAAGTGAGTATGCGCCCGAGGATGAACATGGGCCGCACCTATTTGTTTTATCCGCTCATACTGAAAAATCACTCTATGAACTCGCACAGCAGTACCGGCAATATGTATCGGATGACAGCCAAGCTTCATTAAAGTCCATTTGTTATACAGCCAGTACGGGCAGGGCTCATTTGGATCATAGCATTGCCATGATTGTATCCGGTAAACAAGAACTATCGGATAAGCTGACCCGCCTGATTCAGGGAGACAGAAACCTTCCCGGTGTATACATCGGTTACAAGAATATGAAGGAAATGCTGCCTGCTCATAAAGAAGAGCTGAATCAACAAGCAGCCGCTCTGATTAAGCAGCGTTTACGTACGCAAGATGAACGGATCACATGGCTGCATCGCGCAGCCGAATTATTTGTGCAAGGAGCCGTTATCGATTGGCGCGCGCTTTATTCCGGTGAAACTGTACAAAAGACGCCATTGCCCCTGTATCCGTTTGAACGGAGCCGATGCTGGGCTGAAGCTGACCAATTGCGCTTAAACGAGGGCGAAAAGAAAGGAGGAGCAGCATTGAATATCAATCAATCGAAAGCGCACATTGAATCCTTCTTGAAAACTGTAATCAGCAATGCTTCGGGGATCAGAGCGGAGGAACTCGATCTGAATGCTCATTTTATCGGGCTCGGAATGGATTCTATCATGCTGTCACAGGTCAAAAAAGCCATCGCGGACGAATTTGGGGTAGACATCCCGATGGATCGTTTTTTTGATACGTTGACCAACCTTCAAAGTGTCATAGATTACTTGGCTGATACCGTTCCATCGTCCTTTGCATCCGCTCCGCCTCAAGAGAATGTTCCGGCGCAGGAAAAACAGGTCATTTCAGAAGCGCAGCCTGAATCGGATCGCAGAGATGGTCATCAAGAGTATACGCTCGAAAAAATAATCGCATCTCAGAATCAATTAATTCAGGATGCCTTGCAAGCTCAATTAAATAGCTTTAATTTGCTGAGAAACAGCGGACATCATTCCGACGAGAAAGAATACGCTAAAGCGCAAGAGAAATCAATTCCTTCTGTCAAGCAGGGGCCTCCGACCGTCAATGCAGAACAGAAAGCGGCTCAAGAAGCGAAACCCTATGTTCCTTTCCAGCCTCAGAACCTGAATGATCAGGGACACTATACCGCACGGCAAAAACAATACTTAGAAGATTTCATCAAGAAATACGCAGATAAAACGAAAGGTTCCAAACAATATACGGACAACACCCGATTTGCTCATGCAAACAACCGCAATTTGTCCAGCTTCCGTTCGTATTGGAAAGAAATCGTATACCCGATTATCGCCGAACGTTCTGACGGTTCTAAAATGTGGGATATTGACGGAAATGAATATATCGATATCACCATGGGATTCGGGGTTAACCTTTTCGGGCATCATCCTTCCTTTATTACACAGGTTATCGATGATTCAACCCGTTCATCATTGCCTCCGCTGGGCCCGATGTCAGATGTCGCCGGTGAAGTTGCCGACCGGATCCGCACATGTACCGGAGTGGAAAGGGTCGCTTTCTATAATTCCGGAACAGAGGCCGTCATGGTTGCCCTGCGTTTGGCGCGGGCGGCAACAGGAAGAAAGAAAGTCGTGGCGTTCTCAGGATCTTATCACGGGACGTTTGACGGCGTATTAGGGGTTGCTGGCACAAAAGGCGGGGCTGCGTCTGCGAATCCGCTGGCTCCGGGCATATTGCAGAGCTTTATGGATGATTTGATTATTTTACATTACAACAATCCCGATTCGCTGGATGTGATCCGCAGTCTTGGTGATGAATTGGCAGCCGTACTGGTGGAACCGGTACAAAGCCGCAGACCGGATTTGCAGCCGCAGGCATTTTTGAAAGAATTGCGGGCGATCACGCGGCAATCCGGAACAGCTCTGATTATGGATGAAATTATTACCGGATTTCGGATCGGTCTCGGCGGCGCACAGGAATGGTTCGGCATTCAGGCTGATTTAGTGACCTACGGAAAAATCATCGGCGGCGGACAGCCGTTAGGGGTAGTTGCCGGAAAAGCTGAGTTCATGAATGCGATCGACGGGGGTACCTGGCAGTATGGGGACGATTCCTACCCGCAAGACGAGGCGAAACGCACGTTTGTGGCCGGCACCTTCAATACTCACCCGCTTACCATGAGGATGTCATTAGCCGTCCTTCGCCATTTACAAACCGAAGGAGAACATCTGTATGAGCAGCTTAATCAAAAAACAGCCTACCTGGTCGATGAGCTGAATCGCTGCTTCGAACAAGCGCAAGTGCCTATCCGCATGGTTCGATTCGGTTCTTTATTCCGGTTTGTCTCATCGCTTGATAATGACTTGTTCTTTTACCATCTCAACTATAAAGGGGTCTATGTATGGGAGGGACGCAACTGCTTCTTGTCTGCGGCGCATACCACGGATGATATCGAAAATATTATTCAAGCGGTGAAAGACACGGTGGAGGATCTTCGCCGAGGCGGATTTATTCCGGAAGGTCCGGATTCCCCTGATGGCGGAAGCCGTAAAAAGTCCGGGACGCGCGAGCTTTCACCTGAACAAAAGCAGTTGGTTATGGCATCCCATTACGGGAATGAAGCTTCCGCCGCTTTAAACCAGTCCATTATGCTGAAAGTGAAGGGCGAACTGCAGCATACACCATTAAAACAAGCCGTCCGGCATATCGTTGACCGTCATGAAGCTTTACGTACGGTGATTCATCCCGATGACGAGGTACAGCAAGTGCAGGAACGGATGAATATAGATATACCTGTCATTGATTTTACCGGCCTCCCGCATGAACATCGGGGGCCGGAAATCCAAAAATGGCTGACAGAAGATGCCAAGCGGCCGTTTCATTTCCATGAACAAAAGCCTTTGTTTAGAATCCATGTGCTTACATCGGCTCACAATGAACATCTGATTGTGCTCACGTTCCATCATATCATTGCCGATGGATGGTCAATCGCCGTTTTTGTTCAAGAACTGGAGAGCAACTACGCGGCAATAGTACAAGGAAAACCGATTTCGCCGAAAGAGGCAGATGTTTCGTTTCGCCAATACTTAGACTGGCAGCAGGCACAGATTGACAGCGGCCATTATGAAGAAGGGGTCCGTTATTGGCGGCGTCATTTCTCTGAACCGATACAGCAGCCAATTCTGCCAAGCACAGCTTCTGTCCGTTATCCGAACGGGTATGAGGGAGACCGGTGTACCGTCAGGCTTGGACGGCCATTGAGCGAGGCTTTAAGGTCATTAAGCATTCAGATGAAAAATAGCGTATTTGTGACGATGCTGGGCGCATTTCATCTTTTTCTGCACCGGCTTACCAAACAGTCAGGCCTTGTGATCGGGATCCCCGCAGCAGGTCAATCGCATATGAAACAGCATGCTCTGATTGGAAATTGCGTCAATATGATTCCGGTGAAGAACACGTCTTCTTCAGAAAGCACTTTATCCGGTTATCTTGGCAATATGAAAGAAAGCGTGAATCTTGCAATGCGGCACCAAGCCGTCCCGATGACATTGGTGGCCAGAGAGCTTCCGCACGATCAAGTGCCGGATATGCGTATTATCTTTAATTTAGACAGGCCTTTTCGAAAGCTGCATTTCGGAAAGGCGGAGGCGGAGCCCGTTGCATACCCGGTAAAATGCACCCTGTACGATTTATTTCTTAACATAACTGACGCGCATCAAGAATATGTTCTTGATTTCGACTTTAATACGAACGTCATCAGTCCGGAAATCATGAAAAAGTGGGGAGCGGGTTTTACAAAATTGCTGCAAAAAATGGTTGAGGGAGATTCAATCCCTCTTGGCGCCATGATGATGTTTTCCGATGAAGAACAGCATGATTTACAAGCACTTTACGCCGAACACCAGAAGCGGGTCTCTTCAATAGGAAGCAATACGGCAAATTTTACTGAAGTCTATGAGGCGCCGGTAAATGAAACGGAGCGGCAGCTGGCGCGGATTTGGGAGGAACTTTTCGGCCTTGAACGGGTCGGCAGATCAGATCGCTTCCTGGCTCTGGGAGGAAACTCACTCCAGGCGACGCTTATGCTTTCCAAAGTTCAGAAGACATTTCATCAAAAGGTTTCCATCGGACAATTTTTTAATCACCAGACTGTTAAGGAATTAGCACGTTTCATTCAGAACGAAACGAAAGTCGTGCACCTCCCGATGAAGGCTGCCGAGAAAAAAGCGTATTACCCGACATCGCCGGCGCAGCAAAGAGTATATTTCCTGCACCAACTGGAACCGGATCAGCTGGCGCAAAATATGTTCGGCCACATCTCAATAACAGGGAAGTACGATGAGCAAGCCCTGATCTCATCTCTTCAACAAGTGATGCAGCGGCACGAAGCGTTTCGCACGTATTTCGACATTATAGATGGCGATATCGTTCAGAAACTTGAAAACGAAGTTGATTTTAACGTTCATGTCCGGACAATGAGCCGGGACGAATTTGATGCCTATTCAGAAGGGTTTGTAAAACCGTTCCGCCTGGACCAAGCTCCGTTAGTTCGTGCGGAGCTGATCAAGATTGAAAACGAGCAGGCAGAACTGCTCATCGATATGCATCATATCATTTCGGACGGTTATTCCGTCAACATCCTTACAAATGAATTGCTGGCTTTATATCATCAGAAACCATTACCGGACATTGAATTTGAATATAAAGATTTCGCAGAATGGCAAAACCAACGGCTGAATGACGATGCCATGAAGCGGCAGGAGACATATTGGCTGGAACAATTTCAAGACGAAATTCCCATCCTTGACCTGCCGACAGACGGTTCAAAAGCGGCAGAACGGTCTTCTGAGGGACAGCGTGTGACATGCTCCTTACAGCCGGATGTCATCCGTTCGCTTCAAGACTTGGCACAAAAGGCGGAAACGACTCTCTATACGGTGCTTCTGGCCGCCTATAATGTGCTGCTTCATAAATATACAGGACAAGAAGACATTGTCGTTGGCACGCCTGCATCAGGAAGAAATCATCCGGATATCGAAAAGATCATCGGTATTTTCATACAAACCATTGGAATCCGGACGAAGCCGCACGCCAATAGAACGTTTACGGATTATCTGGAAGAAGTAAAGCGGCAGACGCTTGACGCTTTCGAAAACCAAGACTATCCATTCGACCGGCTTGTGGAAAAATTAAATGTACAGCGGGAAACAACCGGAAAGTCTCTGTTTAACACGATGTTTGTGTTTCAAAACATTGAATTTCATGAAATCCGGCACAATGAATGTACATTTAAAGTGAAAGAACGAAATCCAGGGGTCTCTTTATATGATTTGATGCTCACGATCGAAGATGCCGGTCAACAGATAGAGATGCATTTTGATTATAAACCGGGACGATTCACAAAAGACACCATTGAACAGATCACCAGACACTATACCGGCATTTTAAACAGCCTTGTTGAGCAGCCGGAGATGACATTGTCTTCCGTTCCTATGCTGTCTGAAACCGAACGGCATCAACTGCTGACGGAGTGTAATGGCACAAAGACGCCGTATCCGCATAAGGAAACGGTATATCGGTGGTTTGAAATGCAGGCGGAACAGAGTCCCGATCATGAAGCCGTTATTTTTGGCAATGAGCGGTATACGTACAGACAGCTCAATGAACGGGCGAACCGATTGGCGCGGACGTTACGGACAAAAGGCGTACAAGCGGATCAATTCGTTGCCATCATCTGCCCGCATCGGATCGAGCTGATTGTCGGAATTTTGGCTGTTCTGAAAGCAGGCGGCGCATACGTGCCCATTGATCCTGAATATCCGGAAGATCGGATTCAATATATGCTGAGAGATTCAAGAGCGGAGGTTGTGTTGACACAGCGCAGCCTGCTGGATCAATTACCGTATGATGGCGACATTGTGCTTTTGGATGAGGAAAACTCATACCATGAGGATCACTCGAATCTTGAATCGGGCAGCGATGCGCATGATTTGGCCTACATGATCTATACGTCAGGTTCCACGGGAAATCCAAAAGGTGTACTCATTGAGCATCAGGGGCTGGCTAATTATATTTGGTGGGCGAAAGAGGTTTATGTAAGAGGTGAGAAAACCAACTTCCCATTATACTCTTCCATCTCTTTCGATCTGACTGTGACCTCGATATTTACACCGCTGGTTACGGGAAATACCATCATTGTCTTTGCCGGCGAAGATAAAAGCGCTGTGCTTTCAGAGATTATGCGGGACTCAAGAATAGACATGATCAAATTGACTCCGGCACATCTGCACGTTATCAAGGAGATGAACATCGCTGGCGGCACCGCAATACGGAAAATGATTGTCGGCGGAGAAAATTTAAGCACCCGTCTGGCCAAAAGTGTCAGCGAGCAGTTTAAAGGCCGGCTGGACATTTTCAATGAATACGGACCGACGGAAGCTGTCGTCGGATGTATGATTTATCACTTCGACGCAGAACGGGACAAGCGGGAATTTGTCCCGATCGGCACTCCGGCTGCCAACACGGATATTTATGTGGCCGATGCAAGCAGAAACCTGGTTCCGTTCGGGGTAATCGGCGAAATATATATCAGCGGACCGGGTGTTGCCAGAGGGTATTGGAACCGCCCGGATTTAACGGCAGAGAAATTTGTTGAAAACCCGTATGTCCCGGGAGCGAAGATGTACAAATCAGGGGATTTGGCTAAGCGATTGAAGGACGGAAATCTTGTATATATTGGGCGCGTTGATGAACAGGTCAAAATCAGGGGACACCGAATCGAGCTTGGTGAAATTGAAGCGGCAATGCATAACGCGGAAGCGGTGCAAAAAGCCGCGGTTACAGTGAAAGAAGAAGAAGACGGCTTAAAACAATTATGCGCGTATTACGTAAGCGACAAGCCTATAGCGGCTGCGCAGCTTAGGGAACAATTGTCATCGCAGCTTCCGGACTACATGGTTCCGTCCTATTTTGTCCATCTGGAGCATATGCCGTTAACATCCAACGGGAAAATAAACCGTAAGGCACTGCCTGCACCAGAAGCGAGTCTGCAGCAGACAGCTGAATATGTTCCGCCGGGTAATGAGACGGAGTCCAAACTGACAGATTTATGGAAGGAAGTGCTCGGAATAAGCCATGCGGGGATCAAACATAATTTCTTTGATCTCGGAGGCAACTCCATCCGAGCTGCTGCCTTAGCCGCCAGAATTCACAAAGAGCTGGATGTGAATCTGTCTCTCAAAGACATATTCAAGTTTCCTACCATTGAACAATTGGCTGACAAGGCGTTACACATGGACAAAAATCGATATGTACCGATTCCGGCTGCAAAGGAAATGCCATATTATCCGGTTTCTTCAGCTCAGAGGCGGATGTATTTGTTAAGTCACACAGAAGGCGGCGAGCTGACTTACAATATGACGGGTGCCATGAATGTGGAAGGGACGATCGATCCCGAACGGTTAAACGCCGCTTTCCGAAAATTAATCGCGCGTCATGAAGCGTTGCGGACCAGCTTTGATTTATATGAAGGCGAGCCGGCACAGCGTATTCATCAGAACGTCGACTTTACGATAGAACGAATTCAAGCAAGCGAAGAAGAAGCGGAAGACCGTGTGCTTGATTTCATCAAAGCGTTTGACTTAGCCAAACCGCCCCTGATGCGGGCCGGACTGATTGAAATTGAACCTGCGCGGCACGTGCTTGTGGTTGATATGCATCATATCATTTCTGACGGCGTGTCCGTCAATATTCTGATGAAAGATTTAAGCCGAATCTACGAGGGGAACGAACCGGACCCGCTCTCTATTCAATATAAAGACTTTGCAGTTTGGCAGCAATCGGACATTCAGAAACGGAACATCAAGAGCCAGGAAGCGTATTGGCTGGATCAGTTTCACGGTGATATTCCTGTACTGGATATGCCTGCGGATTATGAGCGGCCTGCCATACGCGATTACGAAGGCGAATCATTTGAATTTCTTATACCCGAACACTTGAAACAGCGTTTAAGCCAAATGGAAGAAGACACAGGAGCAACACTGTATATGATTTTATTGGCAGCCTATACGATTCTTTTATCCAAATACAGCGGACAAGAAGATATTATCGTAGGAACGCCATCTGCCGGGCGGACTCATTTGGATGTAGAGCCGGTCGTGGGAATGTTCGTCAATACGTTAGTCATTCGCAATCACCCGGCGGGCCGTAAAACATTTGATGCCTACTTAAACGAAGTAAAAGAAAACATGCTGAACGCCTATAAAAATCAAGACTATCCATTGGAAGAATTAATTCAGCATCTGCATCTTCCAAAAGATTCAAGCCGTAATCCTTTATTCGATACGATGTTTGTGCTGCAAAATCTTGATCATGCTGAATTGACTTTCGATTCCCTTCAACTCAAGCCGTATCCATTTCATCATCCGGTTGCCAAATTCGATTTGACCTTGTCGATTCAGGCGGACCGCGACAACTATCACGGACTGTTTGAATATTCGAAAAAACTGTTTAAGAAAAGCAGAATCGAGGTTTTATCAAACGACTACTTACACATCCTATCGGCGATTTTGGAACAGCCTAGCATTCTAATCGAACATATCGGATTGAGCGGCAGCAATGAGGAAGAAGAGAACGCGCTTGATTCTATTCAATTGAACTTTTAG MYTSQFQTLVDVIRERSNISDRGIRFIESDKNETVVSYRQLFEEAQGYLGYLQHLGIKPKQEIVFQIQENKSFVVAFWACILGGMIPVPVSIGEDDDHKLKVWRIWNILNHPFLIASEKVLDKIKKYAAEHDLQDFHHQLNEKSDVIQDQTYDYPASFYEPDADELAFIQFSSGSTGDPKGVMLTHHNLIHNTCAIGTALHVHSKDSFLSWMPLTHDMGLIACHLVPFITGINQNLMPTELFIRRPILWMKKAHEHKASILSSPNFGYNYFLKFLKNEPDWDLSHIKVIANGAEPILPELCDEFLKRCAAFNLKRSAILNVYGLAEASVGAAFSKLGEEFVPVYLHRDYLNLGERAVKVSKEDQHCASFVEVGQPIDYCQLRISDETNERVEDGIIGHIHIKGDNVTQGYYNNPESTEKALTSDGWVKTGDLGFISERGNLVVTGREKDIIFVNGKNIYPHDIERVAIEMEEVDLGRVAACGVYDQKTQSGEIVLFVVYKKSPEKFAPLVKEIKKHLYKRGGWSIKEVLPIRKLPKTTSGKVKRYELARQYEAGNFSTESAAINECLESSPETSGQTPIHEIETELLSIFSDVLNGKKVHLADSYFDMGANSLQLSQIAERIEQKFGRELAVSDLFTYPSITDLAAYLSESRAEIKQDAAAKPSHVTPKDIAIIGMSLNVPGASTKSDFWNLLEKGEHSIREYPESRLKDAADYLKSIQSEFNESQFVKGGYLDEIDRFDYSFFGLAPKAAQFMDPNQRLFLQSAWHAIEDAGYAGGSMNGSRVGVYAGYSKVGYDYERLLSANYPEELHQYIVGNLPSVLASRIAYFLNLKGPAVTVDTACSSSLAAVHMACKSLMSGDCEMALAGGIRTSLLPICIGLDMESSDGYTKTFSKDSDGTGTGEGAAAVLLKPLQEAVRDGDHIYGVIKGSAMNQDGTTAGITAPNPAAQTEVIETAWKDAGIAPETLSFIEAHGTGTKLGDPVEFNGLCKAFEKYTAKKQFCAIGSVKSNIGHLFEAAGIVGLIKSVLMLNHKKNPPLAHFNEPNPLIHFHSSPFYVNQEVSEFTSGDEPLRGGVSSFGFSGTNAHVVLEEYISQSEYAPEDEHGPHLFVLSAHTEKSLYELAQQYRQYVSDDSQASLKSICYTASTGRAHLDHSIAMIVSGKQELSDKLTRLIQGDRNLPGVYIGYKNMKEMLPAHKEELNQQAAALIKQRLRTQDERITWLHRAAELFVQGAVIDWRALYSGETVQKTPLPLYPFERSRCWAEADQLRLNEGEKKGGAALNINQSKAHIESFLKTVISNASGIRAEELDLNAHFIGLGMDSIMLSQVKKAIADEFGVDIPMDRFFDTLTNLQSVIDYLADTVPSSFASAPPQENVPAQEKQVISEAQPESDRRDGHQEYTLEKIIASQNQLIQDALQAQLNSFNLLRNSGHHSDEKEYAKAQEKSIPSVKQGPPTVNAEQKAAQEAKPYVPFQPQNLNDQGHYTARQKQYLEDFIKKYADKTKGSKQYTDNTRFAHANNRNLSSFRSYWKEIVYPIIAERSDGSKMWDIDGNEYIDITMGFGVNLFGHHPSFITQVIDDSTRSSLPPLGPMSDVAGEVADRIRTCTGVERVAFYNSGTEAVMVALRLARAATGRKKVVAFSGSYHGTFDGVLGVAGTKGGAASANPLAPGILQSFMDDLIILHYNNPDSLDVIRSLGDELAAVLVEPVQSRRPDLQPQAFLKELRAITRQSGTALIMDEIITGFRIGLGGAQEWFGIQADLVTYGKIIGGGQPLGVVAGKAEFMNAIDGGTWQYGDDSYPQDEAKRTFVAGTFNTHPLTMRMSLAVLRHLQTEGEHLYEQLNQKTAYLVDELNRCFEQAQVPIRMVRFGSLFRFVSSLDNDLFFYHLNYKGVYVWEGRNCFLSAAHTTDDIENIIQAVKDTVEDLRRGGFIPEGPDSPDGGSRKKSGTRELSPEQKQLVMASHYGNEASAALNQSIMLKVKGELQHTPLKQAVRHIVDRHEALRTVIHPDDEVQQVQERMNIDIPVIDFTGLPHEHRGPEIQKWLTEDAKRPFHFHEQKPLFRIHVLTSAHNEHLIVLTFHHIIADGWSIAVFVQELESNYAAIVQGKPISPKEADVSFRQYLDWQQAQIDSGHYEEGVRYWRRHFSEPIQQPILPSTASVRYPNGYEGDRCTVRLGRPLSEALRSLSIQMKNSVFVTMLGAFHLFLHRLTKQSGLVIGIPAAGQSHMKQHALIGNCVNMIPVKNTSSSESTLSGYLGNMKESVNLAMRHQAVPMTLVARELPHDQVPDMRIIFNLDRPFRKLHFGKAEAEPVAYPVKCTLYDLFLNITDAHQEYVLDFDFNTNVISPEIMKKWGAGFTKLLQKMVEGDSIPLGAMMMFSDEEQHDLQALYAEHQKRVSSIGSNTANFTEVYEAPVNETERQLARIWEELFGLERVGRSDRFLALGGNSLQATLMLSKVQKTFHQKVSIGQFFNHQTVKELARFIQNETKVVHLPMKAAEKKAYYPTSPAQQRVYFLHQLEPDQLAQNMFGHISITGKYDEQALISSLQQVMQRHEAFRTYFDIIDGDIVQKLENEVDFNVHVRTMSRDEFDAYSEGFVKPFRLDQAPLVRAELIKIENEQAELLIDMHHIISDGYSVNILTNELLALYHQKPLPDIEFEYKDFAEWQNQRLNDDAMKRQETYWLEQFQDEIPILDLPTDGSKAAERSSEGQRVTCSLQPDVIRSLQDLAQKAETTLYTVLLAAYNVLLHKYTGQEDIVVGTPASGRNHPDIEKIIGIFIQTIGIRTKPHANRTFTDYLEEVKRQTLDAFENQDYPFDRLVEKLNVQRETTGKSLFNTMFVFQNIEFHEIRHNECTFKVKERNPGVSLYDLMLTIEDAGQQIEMHFDYKPGRFTKDTIEQITRHYTGILNSLVEQPEMTLSSVPMLSETERHQLLTECNGTKTPYPHKETVYRWFEMQAEQSPDHEAVIFGNERYTYRQLNERANRLARTLRTKGVQADQFVAIICPHRIELIVGILAVLKAGGAYVPIDPEYPEDRIQYMLRDSRAEVVLTQRSLLDQLPYDGDIVLLDEENSYHEDHSNLESGSDAHDLAYMIYTSGSTGNPKGVLIEHQGLANYIWWAKEVYVRGEKTNFPLYSSISFDLTVTSIFTPLVTGNTIIVFAGEDKSAVLSEIMRDSRIDMIKLTPAHLHVIKEMNIAGGTAIRKMIVGGENLSTRLAKSVSEQFKGRLDIFNEYGPTEAVVGCMIYHFDAERDKREFVPIGTPAANTDIYVADASRNLVPFGVIGEIYISGPGVARGYWNRPDLTAEKFVENPYVPGAKMYKSGDLAKRLKDGNLVYIGRVDEQVKIRGHRIELGEIEAAMHNAEAVQKAAVTVKEEEDGLKQLCAYYVSDKPIAAAQLREQLSSQLPDYMVPSYFVHLEHMPLTSNGKINRKALPAPEASLQQTAEYVPPGNETESKLTDLWKEVLGISHAGIKHNFFDLGGNSIRAAALAARIHKELDVNLSLKDIFKFPTIEQLADKALHMDKNRYVPIPAAKEMPYYPVSSAQRRMYLLSHTEGGELTYNMTGAMNVEGTIDPERLNAAFRKLIARHEALRTSFDLYEGEPAQRIHQNVDFTIERIQASEEEAEDRVLDFIKAFDLAKPPLMRAGLIEIEPARHVLVVDMHHIISDGVSVNILMKDLSRIYEGNEPDPLSIQYKDFAVWQQSDIQKRNIKSQEAYWLDQFHGDIPVLDMPADYERPAIRDYEGESFEFLIPEHLKQRLSQMEEDTGATLYMILLAAYTILLSKYSGQEDIIVGTPSAGRTHLDVEPVVGMFVNTLVIRNHPAGRKTFDAYLNEVKENMLNAYKNQDYPLEELIQHLHLPKDSSRNPLFDTMFVLQNLDHAELTFDSLQLKPYPFHHPVAKFDLTLSIQADRDNYHGLFEYSKKLFKKSRIEVLSNDYLHILSAILEQPSILIEHIGLSGSNEEEENALDSIQLNF PGPT0012285_2 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS OTHER_BIOTIC_STRESS_RESISTANCE_GENES BIOTIC_STRESS_RESISTANCE-BACILYSIN_METABOLISM,PGPT0012285-ituA|mycA|bmyA|nrsA|pksM1-K15661 NA NA D1-12_01030 1203 fenF Malonyl CoA-acyl carrier protein transacylase ATGAACAATCTTGCCTTTTTATTTCCTGGACAAGGGTCTCAATTTGTAGGAATGGGCAAACAATTTTGGAATGATTTTGTGCTCGCAAAGAGATTGTTTGAAGAAGCGAGCGATGCGATCTCCTTGGATGTAAAAAAACTGTGTTTTAACGGAGATATGAATGAATTGACAAAGACAATGAACGCGCAGCCCGCTATTTTAACGGTCAGTGTGATTGCTTTTCAAGTGTATATGCAGGAAATAGGGGTGGAGCCCCGCTTCCTGGCAGGCCATAGCTTAGGCGAATATTCAGCGCTTGTCTGTGCCGGCGCCCTTTCTTTTCAGGATGCCGTTACACTTGTAAGGGAGCGGGGAATTCTTATGCAAAATGCGGATCCCCATCAGCAGGGGACGATGGCCGCCGTGACACAGCTCTCTCTCCAAACGTTGCAGGAAATATGTTCGAAAGTATCGACGGAAGACTTTCCGGCAGGTGTAGCCTGCATGAATTCAGAACAGCAGCATGTGATTTCCGGACACCGGCAAGCTGTGGAACGTGTCATCAAGATGGCGGAGGAAAAGGGTGCGGCATACACTTATTTGAATGTCAGTGCGCCTTTTCACAGTTCGATGATACGATCAGCCTCCGAACAATTCCAGACTGTTTTACACCGGTATTCTTTCCGGGATGCCGCATGGCCGATCATTTCAAATGTCACCGCGCGCCCTTACAGCAGCGGAAATTCGATCAGCGAACATCTCAAGCAGCACATGACGATGCCGGTTAGATGGACAGAATCGATGCATTATTTGCTTTTACATGGAGTCACAGAAGTTATCGAAATGGGTCCGAACAATGTCTTAGCCGGGCTGCTGAGAAAAACAACGAATCACATTGTACCTTATCCCTTAGGACAGACATCTGATGTTCCCCCGCTTTCCAATTCAGCGGAAAGAAAGAAACATATTGTCCATTTACGCAAAAAACAACTGAATAAATTGATGATTCAATCCGTCATTGCGCGAAATTACAACAAGGATTCAGCGGCTTATTCCAATATGACGACGCCATTATTTACGCAAATCCAAGAGCTGAAAGAGAGAATGAAAAGGCATGAAGACGTGCTTTCAGAACAAGAACTCGAACATTCGATCCATTTATGCAAATTAATTTGCGAGGCTAAACAGCTTCCGGATTGGGAAGAATTGCGGATTTTAAAATAA MNNLAFLFPGQGSQFVGMGKQFWNDFVLAKRLFEEASDAISLDVKKLCFNGDMNELTKTMNAQPAILTVSVIAFQVYMQEIGVEPRFLAGHSLGEYSALVCAGALSFQDAVTLVRERGILMQNADPHQQGTMAAVTQLSLQTLQEICSKVSTEDFPAGVACMNSEQQHVISGHRQAVERVIKMAEEKGAAYTYLNVSAPFHSSMIRSASEQFQTVLHRYSFRDAAWPIISNVTARPYSSGNSISEHLKQHMTMPVRWTESMHYLLLHGVTEVIEMGPNNVLAGLLRKTTNHIVPYPLGQTSDVPPLSNSAERKKHIVHLRKKQLNKLMIQSVIARNYNKDSAAYSNMTTPLFTQIQELKERMKRHEDVLSEQELEHSIHLCKLICEAKQLPDWEELRILK PGPT0008350_288 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 D1-12_01031 786 bdhA D-beta-hydroxybutyrate dehydrogenase ATGCATTCATTGCTTATTGAAAAAACAGCCGTTGTAACAGGAGCAGCCGGAGGAATCGGGCTTGAAATCGCAAAAGAATTCGCCCGTGAAGGAGCAGCCGTCATCATCTCTGATATAAACGAACAAGCGGGGAAAGAAGCGGCGGCAAGACTGAAAGAAGAAGGCTGTGAAGCAGTCAGCATCACATGCGATGTAACAAATGAAAGACAAGTGGCCGATATGCTGCAGACGGTTGAGAAACAATTCGGACGTCTCGATATCCTTGTGAATAATGCGGGCATTCAGCATGTTGCGCCCATCGAGGAATTTCCCACCGAACAGTTTGAACGGCTCATTCGTCTCATGCTGACTGCGCCATTTATTGCAATGAAGCATGCATTTCCCATTATGAAAAAACAGCAATTCGGTCGAATCATTAATATGGCGTCTGTCAACGGACTGATCGGTTTTCACGGGAAAGCGGCATATAACAGCGCCAAGCACGGCGTCATCGGTTTAACGAAAGTCGGCGCACTTGAAGGCGCGGCTGACGGCATTACCGTCAATGCGCTTTGTCCGGGATATGTGGACACTCAGCTTGTCCGCAATCAGTTAAAGGACATTTCCGCAACAAGGAATGGACCGTACGAACGGGTGCTTGAGGACGTCATCTTTCCGCTCGTTCCCCAACAACGGCTGCTGTCAGTGAAAGAAATCGCTGATTACGCCGTATTTTTGGCCAGCGACAAAGCAAAAGGGGTCACAGGTCAGGCCGTAGTCATGGATGGCGGGTATACCGCTCAATAG MHSLLIEKTAVVTGAAGGIGLEIAKEFAREGAAVIISDINEQAGKEAAARLKEEGCEAVSITCDVTNERQVADMLQTVEKQFGRLDILVNNAGIQHVAPIEEFPTEQFERLIRLMLTAPFIAMKHAFPIMKKQQFGRIINMASVNGLIGFHGKAAYNSAKHGVIGLTKVGALEGAADGITVNALCPGYVDTQLVRNQLKDISATRNGPYERVLEDVIFPLVPQQRLLSVKEIADYAVFLASDKAKGVTGQAVVMDGGYTAQ PGPT0008310_1253 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BIOTIC_STRESS_RESISTANCE-VOLATILES BIOTIC_STRESS_RESISTANCE-ALCOHOL|KETONE_VOLATILE_METABOLISM,PGPT0008310-bdh-K00019 NA NA D1-12_01032 663 scoB_1 COG2057 putative succinyl-CoA:3-ketoacid coenzyme A transferase subunit B ATGAGAGATAGCAGAAAACGAATGATCAAACGGGCTGTAAAAGAAATTAAGGACGGAATGAATGTGAACTTGGGGATAGGGATGCCGACGCTTGTAGCCAATGAGATACCGAATGATTATAACGTCCTGCTTCAGTCTGAAAACGGCTTGCTCGGGATCGGGCCTTATCCGGCGGAAGGAACGGAGGACCCCGATCTGATCAACGCGGGAAAAGAAACCATCACCGAAGTAAAGGGAGCCTCGTATTTTGACAGTGCCGAATCCTTTGCCATGATTCGCGGCGGCCACATTGATGTAGCGATCCTCGGCGGGATGGAAGTGTCCGAACGGGGAGATTTGGCGAACTGGATGATCCCAGGAAAAATGATCAAAGGAATGGGCGGCGCCATGGACTTGGTCCACGGAGCAAAACGGATTATTGTCATTATGGAGCACGTTAATAAATATGGGGAATCTAAAGTGAGAACGGAATGTACGCTGCCTTTAACCGGCAGGCAGGTGGTCGATCGGCTGATCACAGATTTGGCTGTATTCGATTTTCATGATGGCCGTATGACGCTCACCGAACTGCAGGAAGGTGTAACAATGGAGGAGGTCTTTGAGAAAACAGAAGGTCATTTTACTGTCAGCCAGTCGTTAAAAGACGGGGTCAGACCAAAATAA MRDSRKRMIKRAVKEIKDGMNVNLGIGMPTLVANEIPNDYNVLLQSENGLLGIGPYPAEGTEDPDLINAGKETITEVKGASYFDSAESFAMIRGGHIDVAILGGMEVSERGDLANWMIPGKMIKGMGGAMDLVHGAKRIIVIMEHVNKYGESKVRTECTLPLTGRQVVDRLITDLAVFDFHDGRMTLTELQEGVTMEEVFEKTEGHFTVSQSLKDGVRPK PGPT0008330_80 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BIOTIC_STRESS_RESISTANCE-VOLATILES BIOTIC_STRESS_RESISTANCE-ALCOHOL|KETONE_VOLATILE_METABOLISM,PGPT0008330-scoB-K01029 NA NA D1-12_01033 684 scoA COG1788 putative succinyl-CoA:3-ketoacid coenzyme A transferase subunit A ATGGACTCTTATCAAGATGCTGCTGCACTGATCAAGGACGGAGACACCCTCATCGCAGGAGGCTTCGGCCTGTGCGGCATTCCGGAACAATTAATTCTCGCGATCAGGGACAGCGGCGTAAAAAACTTGACCGTTGTCAGTAATAACTGCGGTGTTGATGATTGGGGGTTAGGCCTCTTGCTTGCAAACCGGCAGATCAAAAAAATGGTCGCATCCTATGTGGGAGAAAACAAAACCTTTGAACGGCAGTTTTTAAGCGGAGAGCTGGAAGTCGAATTGGTGCCCCAAGGAACGCTCGCAGAAAGAATTCGCGCGGGAGGGGCGGGCATTCCGGCGTTTTACACACCTGCGGGCGTCGGAACATCAGTAGCCGAGGGAAAAGAACATAAGACATTTGACGGACGCACCTATCTTCTGGAGAAGGGAATTACAGGGAACACCGCCATCGTAAAGGCCTGGAAAGCCGATCCTCTGGGCAACCTGATGTTCAGAAAGACGGCGAGAAATTTCAATCCGCTCGCTGCAATGGCAGGCAAAGTGACGATTGCAGAGGCTGAAGAAATCGTCGATGCCGGAGAGCTTGATCCGGATCAAATTCATACGCCGGGTATTTTTGTGCAGCACGTGCTGCTCGGCGGGATTCATGAAAAACGGATTGAGCGCCGCACCGTCCGGCAAGCATGA MDSYQDAAALIKDGDTLIAGGFGLCGIPEQLILAIRDSGVKNLTVVSNNCGVDDWGLGLLLANRQIKKMVASYVGENKTFERQFLSGELEVELVPQGTLAERIRAGGAGIPAFYTPAGVGTSVAEGKEHKTFDGRTYLLEKGITGNTAIVKAWKADPLGNLMFRKTARNFNPLAAMAGKVTIAEAEEIVDAGELDPDQIHTPGIFVQHVLLGGIHEKRIERRTVRQA PGPT0008325_1222 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BIOTIC_STRESS_RESISTANCE-VOLATILES BIOTIC_STRESS_RESISTANCE-ALCOHOL|KETONE_VOLATILE_METABOLISM,PGPT0008325-scoA-K01028 NA NA D1-12_01034 1446 hypothetical protein GTGGACATTGTTATTATTTTATTGGCATTAGGCATGCTGATGTTTGCGGCTTACCGGGGCTTTTCAGTCATTTTATTCGCCCCGATTTGCGCGCTGTTTGCTGTGCTCCTGACAGATCCAAGCTTCGTACTTCCTTTCTTCTCGAATATATTTATGGAGAAGATGGTAGGATTTATTAAGCTGTATTTTCCCGTATTTCTTTTAGGGGCCGTTTTTGGCAAGGTTGTTGAAATATCCGGCCTCGCCGAGTCGATTGCAAAAACAATCGTCAAGCTTGTGGGAGCAAAAAGAGCCATTCTCGCCATCGTCTTAATGGGTGCGATTTTAACGTACAGCGGCGTCAGTCTCTTCGTAGCGGTGTTTGCCATTTATCCGTTTGCTAAAAACCTATTTATGAAAGCTGATATTCCCAAGCGTCTGATACCCGGTACGATTGCATTGGGCGCCTTTACATTTACAATGGATGCGCTTCCCGGCACACCGCAAATTCAAAATGTCATTCCGACAGCATTTTTTAAAACAAACATTTATGCCGCTCCCTGGCTCGGACTGATTGGTGCAGCATTTGTGCTTACGGCCGGAATGATTTATTTAGAATCCCGGCGCAAAAAAGCGGCCAATGCCGGAGAAGGCTATGCTGGATTTCAATCTGAAGTTTCCGCTGCAGAGGAATCCTCAGGTCTGGCTAATGAAAAACATACGCCTGTTTTACCTCGGGAGGCAGAATCCAGCCCCGCGCGGCAAGTGCTCGCCTTTGTTCCGCTTATCCTTGTGGGAGTCATGAACAAATGCTTCACGATGTGGCTCCCGCATTGGTACCCTGACGGATTTGATTTTGCGCCGCTCGGTTTAGAAGCGTTCGGGAAGATTGACCTTTCCTCTGTCACTGCGATCTGGTCAGTAGAACTCGCACTGTTCATCGGAATCATGACAACGATTTTGTTCGATTGGAAAAAAGTCCTCTTCAATTTGAAAGAAGGACTGAATGAGGGCATCGGGGGCGCCTTGCTGGCGTCGATGAATACAGGAGCCGAATACGGATTTGGCGGCATCATTGCGGCGCTTCCCGGCTTTAAAATGGTCAGCAGCGGCATATCGCAGACGTTTACTGATCCGCTCGTCAACGGAGCGGTGACGACCACTGCGCTTGCCGGGATTACAGGATCGGCATCAGGAGGAATGGGCATCGCTTTAAGCACGATGTCAGCAGCGTATACAGAAGCAATCAATACATTCCACATCCCGCCGGAGGTCATGCACCGGGTAATTTCGATGGCCTCCGGCGGGATGGACACTCTTCCGCATAATGGCGCCGTCATTACGCTGCTCGCGGTCACCGGGTTGACCCACCGCCAATCTTACAGGGATATCTTTGCCATTACCGTCATTAAAACAGCCGCTGTGTTTGTCATCATCGCCATTTACAGTCTGACGGGCCTTGTGTAG MDIVIILLALGMLMFAAYRGFSVILFAPICALFAVLLTDPSFVLPFFSNIFMEKMVGFIKLYFPVFLLGAVFGKVVEISGLAESIAKTIVKLVGAKRAILAIVLMGAILTYSGVSLFVAVFAIYPFAKNLFMKADIPKRLIPGTIALGAFTFTMDALPGTPQIQNVIPTAFFKTNIYAAPWLGLIGAAFVLTAGMIYLESRRKKAANAGEGYAGFQSEVSAAEESSGLANEKHTPVLPREAESSPARQVLAFVPLILVGVMNKCFTMWLPHWYPDGFDFAPLGLEAFGKIDLSSVTAIWSVELALFIGIMTTILFDWKKVLFNLKEGLNEGIGGALLASMNTGAEYGFGGIIAALPGFKMVSSGISQTFTDPLVNGAVTTTALAGITGSASGGMGIALSTMSAAYTEAINTFHIPPEVMHRVISMASGGMDTLPHNGAVITLLAVTGLTHRQSYRDIFAITVIKTAAVFVIIAIYSLTGLV NA NA NA NA NA D1-12_01035 1197 bioI COG2124 Biotin biosynthesis cytochrome P450 ATGACGGCGGGCCTATCGATTGCACATCCGTCTCTCCATGCGGATTCGGATTTTTGGAATGACCCTTACCCGTTTTATGAAAAACTGCGATCCATTGATCCTGTTTATAAAGGGACCGTATTAAAATATCCGGGCTGGTATGTCACCGGGTACAAAGAGGCGGCAGCGATTCTGAAAGACACCCGATTTAAAAACCGCATTCCTCTTCCGGAAGCTTCAACGAAATATCAAAATCTATCGCATATCCAGCACGATATGCTGTTATTTAAAAATCAATCAGACCATAAGCGGATGCGGATGCTTATCGGTAAAGAATTTACCGCAAAGACGGCGGAATCACTTCGCCCTTGTATAAAAGAAACGGTTCATGACTTGTTGGATCAAGTCCAAATCAAAAAAAACGCTGACCTTGTTTCAGAGTTTGCCTTTCCATTGGCAAGCCTTATCATTGCGGAGATACTCGGAGTGCCGAAAGAGGAGAGATATCAATTCAGACAATGGACGGCAGACGTCATTCAGGCCATTGATCTTACCCGATCAAGAAAGACGTTAGTCAGAGCCAGCGACACCGCAGGCAGGCTGACGTCATACTTCAGAGATTTGATTCACAAGCGGAAAGCTCACCCTCAGCAAGACTTGATCAGCAGGTTTATTATGGAGGAACAGCTTTCAAAAGAGGAAGTGCTCGCGACATGTATCTTACTTGTCATAGCCGGACACGAGACGACGGTAAACCTCATGTGCAACGGTGTGTTTACTTTATTGAAACACCCTGAACAGCTTAGCGCACTGAGAGAAAACCCCTCGCTTATTGAAACTGCAGTTGAGGAATGTTTGCGCTACGACAGCCCCGCGCAGCTGACGGCACGCACCGCTTCAGAAGACTGTGAAATAAATGGGAAGACCATAAAAAAAGGAGAGCAGGTATATATCCTTTTAGGAGCAGCCAATCGCGATCCAAGCATATTCGATCAACCTCACAAAATGGATATCCAAAGAAGGCCGAATCCGCATCTTGCATTCGGAAAGAACGCCCATTTTTGTATAGGCTCCTCATTAGCGCGTATCGAAGCACAAATTGCAATTCTCACACTGTTTGAGCGGATGCCTAAGCTTCGGCTGGCCGCACACCGCCTTGAATACCGCAAGCTCATTGGTTTTAGGTCGCTCAAAGAGCTTCCGGTTGTCATTGGCTGA MTAGLSIAHPSLHADSDFWNDPYPFYEKLRSIDPVYKGTVLKYPGWYVTGYKEAAAILKDTRFKNRIPLPEASTKYQNLSHIQHDMLLFKNQSDHKRMRMLIGKEFTAKTAESLRPCIKETVHDLLDQVQIKKNADLVSEFAFPLASLIIAEILGVPKEERYQFRQWTADVIQAIDLTRSRKTLVRASDTAGRLTSYFRDLIHKRKAHPQQDLISRFIMEEQLSKEEVLATCILLVIAGHETTVNLMCNGVFTLLKHPEQLSALRENPSLIETAVEECLRYDSPAQLTARTASEDCEINGKTIKKGEQVYILLGAANRDPSIFDQPHKMDIQRRPNPHLAFGKNAHFCIGSSLARIEAQIAILTLFERMPKLRLAAHRLEYRKLIGFRSLKELPVVIG PGPT0022085_18 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0022085-bioI|CYP107H-K16593 NA NA D1-12_01036 1020 bioB Biotin synthase ATGAATCAATGGATGGATCTTGCAGAGAGAGTGCTGGACGGGGCGGAAGTAACGAATCAAGAAGCGCTGGCCATTTTAAATTGTCCTGATGAGGATCTTTTATTGCTGATGCATGCCGCTTTTCATATCAGAAAACGATTTTACGGAAAAAAAGTAAAGCTGAATATGATTATGAATGCAAAATCAGGCCTGTGTCCGGAAAATTGCGGGTACTGTTCACAATCTTCAATATCAAAAGCGCCGATCGAGTCTTATCGGATGGTGGATAAGCATATATTGCTGAAGGGGGCAAAACGCGCCCACGACCTGAATATAGGGACATACTGTATCGTCGCCAGCGGGCGGGGACCGTCAAACAGAGAAGTAGATCAAGTTGTTGATGCTGTCAAAGAAATTAAAGAAACGTACGGTTTAAAAATCTGCGCATGCCTCGGTCTGCTGAAGCCGGAACAGGCAGAGCGGCTGAAACAGGCAGGAGTAGACCGGTACAATCATAACATCAATACATCACAAAGGAATCACTCAAACATTACGACCTCCCACACGTATGACGACAGGGTCAACACAGTGGAAACGGCGAAACAATCGGGGATGTCACCTTGTTCTGGTGTCATCGTCGGCATGAAAGAGACGAAACAGGACGTCATTGATATGGCGAACAGCTTAAAAGCGCTTGACGCCGACAGCATCCCGGTTAATTTTCTGCATGCGATTGACGGAACTCCGTTAGAAGGGGTAAGCGAATTACATCCGGTGTATTGCCTGAAAGTGCTCGCCTTGTTCCGTTTTATCAATCCGTCAAAAGAAATCCGTATCTCAGGAGGCCGGGAAGTCAACCTTCGTTCGCTGCAGCCGCTGGGACTTTATGCCGCAAATTCGATTTTCGTCGGAGATTACTTAACGACAGCAGGGCAGCAAGAAACAGAGGATCATCAAATGCTCCATGATTTAGGTTTTGAAGTCGAATCCGTTGAAGAAATGAAAGCCGGCCTGCAATCCGCCTGCAATACGGAGGTATAA MNQWMDLAERVLDGAEVTNQEALAILNCPDEDLLLLMHAAFHIRKRFYGKKVKLNMIMNAKSGLCPENCGYCSQSSISKAPIESYRMVDKHILLKGAKRAHDLNIGTYCIVASGRGPSNREVDQVVDAVKEIKETYGLKICACLGLLKPEQAERLKQAGVDRYNHNINTSQRNHSNITTSHTYDDRVNTVETAKQSGMSPCSGVIVGMKETKQDVIDMANSLKALDADSIPVNFLHAIDGTPLEGVSELHPVYCLKVLALFRFINPSKEIRISGGREVNLRSLQPLGLYAANSIFVGDYLTTAGQQETEDHQMLHDLGFEVESVEEMKAGLQSACNTEV PGPT0022120_2338 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0022120-bioB-K01012 NA NA D1-12_01037 702 bioD1 COG0132 ATP-dependent dethiobiotin synthetase BioD 1 ATGAGAAGTTTTTTTGTCACAGGAACAGATACCGGCGTCGGAAAAACCATCGTTTCTTGCGGACTTGCCGCGGCATTCCGGCAGAAACAGGCGGATATCGGAGTGTTTAAGCCGTTTTTAAGCGGCGTGCCGCGGACTCATCCGGAAAGTGACACCTCGCTGTTGAAAGACATGTCACAAACCGCACTGTCTCATGAAAAAATTACGCCATTTGAATGGAAAGAGCCGCTTGCGCCGTACACGGCCGCCATGCTTGAGGGGAAATCCGTGAGTATGGATGAAGTCATGGCCCACTGGAGTAAGATCAAAAATCGTCATGAGTGTTTCATCATCGAGGGGGCAGGCGGCATTTCCGTCCCGCTTGGTGAAAATTACTTAGTCAGTGATCTGATAAAAGCCTTGGAATTGCCGGCAGTGATTGTCACCAGGCCTGATCTCGGAACCATCAACCACACATATTTAACCGTTGAATATGCGAAAAACATGGGGATAGAGGTTCTCGGCATTATTATCAACGGCGTAAGGAGCAGGCCGGGGCTGGACGAAAAGACGAACCCGAGCATGATTGAAACATTATGCAAAGTTCCGATTTTGGGAATCACACCGAAGCTGGATCACGTTTCACCGGAAAACATTCAACACATGATTGAGAAACATATAGATGTTTCCTCTTTCATGAATCTGACACAAATGGGGAGATAA MRSFFVTGTDTGVGKTIVSCGLAAAFRQKQADIGVFKPFLSGVPRTHPESDTSLLKDMSQTALSHEKITPFEWKEPLAPYTAAMLEGKSVSMDEVMAHWSKIKNRHECFIIEGAGGISVPLGENYLVSDLIKALELPAVIVTRPDLGTINHTYLTVEYAKNMGIEVLGIIINGVRSRPGLDEKTNPSMIETLCKVPILGITPKLDHVSPENIQHMIEKHIDVSSFMNLTQMGR PGPT0022115_1027 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0022115-bioD-K01935 NA NA D1-12_01038 1161 bioF COG0156 8-amino-7-oxononanoate synthase 2 GTGGATTTTGACGGATGGCTCCTCGGAAGGCTCGATGCGGTGAAAAGAGACGGGCTGTATCGGACGCTGCGAACACAGGAAACCGCTCTTAAAACCAAGGGGCAAAAGCGGCAGACCTGGGCGTCCAATGACTATTTAGGTCTGTCAAAAGATGAACGGCTGATCACAGCCGCGCAAACAGCGCTGAGCCGGTTCGGAGCGGGAAGCGGCGGCTCACGGTTAACGACAGGAAATACTGTGTGGCACGAAAAACTTGAACAAACAATCTCGGATTTTAAACAGACGGAAGCGTCTTTATTGTTTTCAAGCGGTTACTTGGCGAATATCGGCGTGCTTGCCTCACTGCCTCAAAAAGGCGATGTCATTTTAAGCGATCAACTGAACCATGCGAGCATTGTTGATGGCTGCCGTTTATCAAAAGCGGAAACCATCGTGTACCGCCATATTGATATGGATGATCTTGAGAAAAAACTTGCCTCCGTCCAGACGCGGAACCGCCGCTTTATCGTCACAGACGGCGTTTTCAGCATGGACGGCACCATCGCGCCTCTTGACCGCATAATGGCGCTTGCAAATCAGTACCAGGCATTTGTGATAGCAGATGACGCGCATGCAACCGGTGTACTCGGAGAAAACGGCGGAGGAACCAGTGACTATTTCGGTGTTTGTCCTGATGTTGTCATCGGCACATTAAGCAAAGCAGTCGGAACGGAAGGCGGTTTTGCCGCGGGATCAAACATTTTCATTGATTTTTTGCTGAATCAGGCGAGGACGTTTATTTTTCAGACGGCCCTCCCGCCGTCAATTTGTGCAGCTTCGCATACGGCACTTGACATCATATCAGATATGCACGATACGCGCCGTGAGCTGCAGTCGTCTGTCAAAACGATAAAAACGCGTCTGGCCGATATGGGCTTTACCGTAAGAGGCGGAGATACACCGATTATCCCCGTTATCATCGGTGATGCAAAAACAGCGGTTTCAGCCGCTGCGCTGCTGGAGAAAAAGGGAATCTGCGCCCCGGCCATCCGCCCGCCCGCCGTTCCGGAAGGCGAAAGCAGAATCAGGCTGACCGTTACGGCGGATCGCAGCTTACAGGACATAGACGAGCTGACAGAAGCATTTGATTCCATTAGAAAAGAGCTGAATATAAACAAATGA MDFDGWLLGRLDAVKRDGLYRTLRTQETALKTKGQKRQTWASNDYLGLSKDERLITAAQTALSRFGAGSGGSRLTTGNTVWHEKLEQTISDFKQTEASLLFSSGYLANIGVLASLPQKGDVILSDQLNHASIVDGCRLSKAETIVYRHIDMDDLEKKLASVQTRNRRFIVTDGVFSMDGTIAPLDRIMALANQYQAFVIADDAHATGVLGENGGGTSDYFGVCPDVVIGTLSKAVGTEGGFAAGSNIFIDFLLNQARTFIFQTALPPSICAASHTALDIISDMHDTRRELQSSVKTIKTRLADMGFTVRGGDTPIIPVIIGDAKTAVSAAALLEKKGICAPAIRPPAVPEGESRIRLTVTADRSLQDIDELTEAFDSIRKELNINK PGPT0022095_2498 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0022095-bioF-K00652 NA NA D1-12_01039 1347 bioK COG0161 L-Lysine--8-amino-7-oxononanoate transaminase ATGAAACAATCAATGATTGAAAAAAGCAAACAGCATCTTTGGCTGCCTTTCACACAAATGAAAGATTACGATGAAGATCCGTTAATCATTGAAAGCGGAAACGGGATCATGCTGAAAGACATCAGCGGCAAAGAATATTATGACGGCTTTTCTTCAGTATGGCTCAATGTACACGGCCACCGCAAAAAAGAAATGGATGAAGCGATTCAAAAACAGCTTGAAAAAATCGCTCATTCGACTTTGCTGGGTATGACGAACGTTCCCGCAACAGAACTTGCAGAAATGCTGACGGGCATCACACCGGAAAAGCTGACACGCGTTTTTTACTCCGACAGCGGAGCGGAAGCAATGGAAATCGCTCTGAAAATGGCCTTTCAATACTGGAAAAACGTAGGGAGACCTAAGAAGCAGACGTTTATTTCGATGCAGAACGGCTATCACGGCGATACGATCGGAGCCGTCAGCGTCGGCTCCATTGAACTCTTCCACCATGTGTACGGCCCGCTGATGTTTGAAAGCTACAAAGCCCCGATTCCTTATGTATACAGATCTGAAAGCGGTGACCCCGTACAGTGCCGGGATGAATGCCTTCACGCGCTCGAACAGCTGCTTGCAAAGCACCACGAAGAGATTGCCGCACTTACGATTGAATCGATGGTGCAAGGCGCATCCGGGATGATCGTCATGCCTGAAGGCTTTCTGGCAGGCGTACGAAAGCTGTGTACGGCATATGATGTGTTAATGATCGTTGACGAAGTGGCGACGGGGTTCGGCCGCACCGGAAAAATGTTTGCCTGTGAGCATGAAAACGTCCAGCCGGACTTGATGGCGGCAGGGAAAGGCATTACGGGAGGCTATTTGCCGATCGCTGTGACGTTTGCCACAGAAGCCATTTATGAAGCCTTCTACGATGACTACGACAAAATGAAAACATTTTTCCACGGCCATTCCTATACAGGAAATCAGCTTGGCTGTGCCGCGGCAATTGAAAATCTGCGTTTATTCGAATCAGAGCGCATCGTTGAACGAGTCGCCGAAAAATCAAAAACGGCTGCGAAATTTCTTCATGATCTGAAGCAGCTTCCTCATGTCGGCGATGTCCGCCAGCTCGGTTTGATGTGCGGCATAGAGCTTGTGCAGGATAAGGGGACAAAACAGCCTTATCCGCCTGAAAAGCGGATGGGCTACAAGGTGTCCTTGAAAATGAGAGAGCTGGGTATGCTGACACGGCCGCTCGGAGACATCATCGCCTTTCTGCCACCGCTCGCCAGCACAACCGACCAGTTACAAGCCATGATATCCATTATGAAAGAAGCGATAGCCGAGGTGACCGGCCGTGGATTTTGA MKQSMIEKSKQHLWLPFTQMKDYDEDPLIIESGNGIMLKDISGKEYYDGFSSVWLNVHGHRKKEMDEAIQKQLEKIAHSTLLGMTNVPATELAEMLTGITPEKLTRVFYSDSGAEAMEIALKMAFQYWKNVGRPKKQTFISMQNGYHGDTIGAVSVGSIELFHHVYGPLMFESYKAPIPYVYRSESGDPVQCRDECLHALEQLLAKHHEEIAALTIESMVQGASGMIVMPEGFLAGVRKLCTAYDVLMIVDEVATGFGRTGKMFACEHENVQPDLMAAGKGITGGYLPIAVTFATEAIYEAFYDDYDKMKTFFHGHSYTGNQLGCAAAIENLRLFESERIVERVAEKSKTAAKFLHDLKQLPHVGDVRQLGLMCGIELVQDKGTKQPYPPEKRMGYKVSLKMRELGMLTRPLGDIIAFLPPLASTTDQLQAMISIMKEAIAEVTGRGF PGPT0022110_72 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0022110-bioA|bioK-K19563 NA NA D1-12_01040 771 bioW COG1424 6-carboxyhexanoate--CoA ligase ATGCGGGAAGAGACCTATTACAGCGTCAGAATGAGAGCTTCCCGAAACGCCCCTCATGAGCAGGGCGGAAAACACATTTCCGGCGGAGAACGGCTCATCACTTACAGCGGTTTACAGGAAGCGGTAGATGGCTTATTACATAAAGGCTTCTCACACTCAAGAGGGATACCTGATTTTATGCAGATTCAGCTTGAAAGCGTTCATGAACCGATCGAAACGATCCGCCCTTTGCCGGTTGCCCTCCATCAAACAGACACGCCGGAAAAAGGACAAGCAATCGCCCGCAAGCTTCTGCAAAAGGCGGGGATTCCTCCGCACATGATCGAGAAAGCGTACAAAAACATTGCGGAATATGCAGAAGCAAGAGGAGCGGTCCTGTTTGATATCCGGGCAGGAAAACGTATTGACTGCAGAGGAAATAGAGGTGTGCGGGTATCCCGAGTGGATTGGCCGTCACCTGATTTTCAAAAATGGGCTTTTACTCACAACATGCCGGAAAATTCACGAATAAAAGAAGCACATGCCATCGCGGCAAAAGTTTGCGCACATCCGGGAATTATTGCCGAATTGTGCTGGTCAGATGACCCTGATTACATAACAGGCTACGTTGCCGCAAAGAAGCTGGGATATCAGCGGATTGCCAAGATGAAGAATGCCGGAGATGAAAGCGGATGCCGGGTTTTCTTTACTGATGGCTCCATAGATGCGGAGAGCTGTATCCATTTTTTAGAGAAGCAGCCTGTATTCATTCAGCGGGAGGAGAACATATGA MREETYYSVRMRASRNAPHEQGGKHISGGERLITYSGLQEAVDGLLHKGFSHSRGIPDFMQIQLESVHEPIETIRPLPVALHQTDTPEKGQAIARKLLQKAGIPPHMIEKAYKNIAEYAEARGAVLFDIRAGKRIDCRGNRGVRVSRVDWPSPDFQKWAFTHNMPENSRIKEAHAIAAKVCAHPGIIAELCWSDDPDYITGYVAAKKLGYQRIAKMKNAGDESGCRVFFTDGSIDAESCIHFLEKQPVFIQREENI PGPT0022090_65 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0022090-bioW-K01906 NA NA D1-12_01041 408 hypothetical protein ATGCTGAAAGAAAAAGTAAAGACAGCAGGCCGTTTTTGCACCGTGGGCGCCGGCAATACGCTGATCGATTTTGGTGTCTTCTTTCTTCTCACCGCTTGCCTTGTCCCCTATCTGCCGGCGCAGATCTGCTCCTATTCGGCAGGGATCATCAACAGCTATGTGTGGAACCGGAAGTGGACGTTTCGTGTAAAACACAAGGCTGACGGGAAAGAGATCGTGCGCTTTCTCATCATTAATCTTGCAGCGTCGGGAATCACCTTTTTGCTGCTGTACGCGTTTCAAAAAGGCGGCTGTTCGCTTTTGGTGAGTAAGCTCGCCGCCACTATCGGCGGAATGATGATGAATTTTATCGGAAACCGAATCTGGGTATTTGGAGATTCGCAGAAAAACATACAGGATCAGGAGTGA MLKEKVKTAGRFCTVGAGNTLIDFGVFFLLTACLVPYLPAQICSYSAGIINSYVWNRKWTFRVKHKADGKEIVRFLIINLAASGITFLLLYAFQKGGCSLLVSKLAATIGGMMMNFIGNRIWVFGDSQKNIQDQE NA NA NA NA NA D1-12_01042 894 gtaB_1 UTP--glucose-1-phosphate uridylyltransferase ATGAGAAAAAAAGTGAGAAAAGCGGTCATCCCCGCAGCGGGTTTAGGAACGAGATTTCTGCCGGCGACAAAGGCGCAGCCGAAAGAAATGCTGCCGATCGTCGACAAACCGGCAATCCAATATATTGTCGAAGAGGCCGCAGCGTCAGGAATTGAAGATATACTGATTATTACAGGGAGAAACAAACGCTCGATTGAAGATCATTTTGACCGGTCGGCGGAGTTGGAATTCAATCTTGAGGAAAAAGGCAAGTCAGAGACGCTGAAGGAAATGCAGCGGATTGCCGATTTGGCCAATATTCATTACATCCGTCAGAAAGAACCGCTCGGACTAGGCCATGCAGTGCTGTGTGCGGAGCATTTTATCGGAGATGAGCCTTTTGCCGTTCTCTTAGGTGATGATATTATGGTATCTGACACTCCCGCTCTTTTACAGCTCATAGACGTCTATAACCAACACGGCACAGAAACGATCGGCGTACAGCCCGTCGATCCTGCTGATGTCAGCAAATATGGTATTATACAGACGGGGCGGCAGAGCGGTCATGTGTACCGGGTTGAGGATCTGATTGAGAAACCGGCTGTTGAAAAGGCACCCTCTCATATTGCCGTGATGGGCCGCTACATATTAACCCCTGCCATTTTTAAAACGCTGAAGACGATCGGAAGAGGCGCGGGCAACGAAATCCAATTGACAGACGCGCTGCGCGAAATATGCCGCACCCGAAGCATTTACGCGCGGGAGCTTGAAGGAAGCCGGTTTGATATAGGAGATAAGTTCGGCTGTTTTAAGGCCGGCACGGAGATCGGGCTTCTGCGGGAAGAAATGAGACCGAAACTTTTAGCTTATTTAGAAGAGGTGTTAAAAAGAGAATCTGAAGAAATCGTGCGTTAA MRKKVRKAVIPAAGLGTRFLPATKAQPKEMLPIVDKPAIQYIVEEAAASGIEDILIITGRNKRSIEDHFDRSAELEFNLEEKGKSETLKEMQRIADLANIHYIRQKEPLGLGHAVLCAEHFIGDEPFAVLLGDDIMVSDTPALLQLIDVYNQHGTETIGVQPVDPADVSKYGIIQTGRQSGHVYRVEDLIEKPAVEKAPSHIAVMGRYILTPAIFKTLKTIGRGAGNEIQLTDALREICRTRSIYARELEGSRFDIGDKFGCFKAGTEIGLLREEMRPKLLAYLEEVLKRESEEIVR PGPT0014875_2770 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 D1-12_01043 591 hypothetical protein GTGGGCAATTTTATTAGTGAAATATTATCCTGGCTGACAAGTATGGGCTATTTAGGGATTGCGCTCGGATTAATGATCGAAATCATTCCGAGTGAAATCGTTCTGGCTTACGGAGGCTATATGGTGTCAGAAGGCACGATCAGCTTTATCGGCGCCATTGTCGCCGGTGTGATCGGGGGAACGATCGCGCAGTGCTTTATATACTGGATCGCCCGTTATGGGGGACGGCCGTTTTTGGACAAGTACGGCAAGTACTTACTTCTGAAAAAGCATCATGTTGATGTTGCGGAAAACTGGTTTCGCCGTTACGGCGCCGGCGTTGTGTTCTCAGCGCGGTTTATCCCGGTCGTCAGACATGCGATTTCCATCCCGGCCGGCCTTGCGAAAATGCCTCTTTCCAAGTTTGTCATATTGACGACGCTTGCCATTATTCCGTGGTCTGTCATTTTCGTTTATCTCGGGTATCAGCTCGGGGGACAGTGGAAAGACGTAGACAGCTATGCCGGAATGTATACAACTCCGATCATTATATTGGCTCTCGTATTTATTGTTGTTTATTTTGTTGTGAAGAAAATGAGATCAAGACTGTGA MGNFISEILSWLTSMGYLGIALGLMIEIIPSEIVLAYGGYMVSEGTISFIGAIVAGVIGGTIAQCFIYWIARYGGRPFLDKYGKYLLLKKHHVDVAENWFRRYGAGVVFSARFIPVVRHAISIPAGLAKMPLSKFVILTTLAIIPWSVIFVYLGYQLGGQWKDVDSYAGMYTTPIIILALVFIVVYFVVKKMRSRL NA NA NA NA NA D1-12_01044 1530 COG4799 Methylmalonyl-CoA carboxyltransferase 12S subunit ATGGATTACGAAAAAGAACGGCAGACACGCAGCAAAACGATTGAAAAGGGAGGAGCCGCGAAATATCACGCAAGCAACGAAAAGAAGGGAAAACTTTTTGTAAGAGACAGGCTGAAGCTTTTATTCGATGACGGCATATCCGTTGAAGACGCTTTTTTCGCCGAGTGCATGTCAGACGGACTGCCGGCTGACGGGGTCGTTACCGGGATCGGAACCATCGGCGGCAGAACCGTTTGTGTGATGGCAAACGACTCAACCGTAAAGGCGGGCTCGTGGGGCGCGAAAACGGTGGAAAAAATCATCCGCATTCAGGAGACGGCGGAAAAGCTTCAGTGTCCGCTCTTGTACTTAGTCGATTCCGCAGGTGCGAGAATTACGGATCAGGTCGACATGTTCCCGGGCAGAAGGGGAGCCGGCCGCATCTTTTATAATCAAGTAAAGCTGTCGGGCCGCATTCCGCAAATCTGTTTATTGTTCGGTCCTTCCGCTGCGGGCGGCGCTTACATTCCGGCCTTTTGCGACATTGTCATTATGGTCGAAGGCAATGCATCCATGTACTTAGGTTCCCCGCGCATGGCAGAAATGGTGATCGGCGAGAAAGTATCGCTTGAAGAAATGGGCGGCGCCCGTATGCATTGTTCCGTATCAGGCTGCGGTGATCTCCTTGCCCCGACGGAACAGGAAGCAATCATGATGGCGCAGACATATCTCAGCTACTTTCCGGCAAATTATACTGAAAAAGCGCCAGTCAACAAATCTAAGAACCCGAAAGCTTTTGAAAAACCGCTCTCAGATGTCATCCCGGCACATCAAAACGCACCGTTCAACATGATGGATTTAATTGAACGTGTCATTGATGAAGACTCGTTTTTTGAGATTAAACCGTTATTTGCGCAGGAATTAATAACGGGGCTCGCGAGAATTCACGGACAGCCGGTCGGCATTATCGCCAATCAGCCGCGTGTCAAAGGCGGAGTTTTATTTCTCGATTCGGCGGATAAAGCCGCAAAATTTATCGCTTTGTGCGACGCATTCCATATTCCGCTTCTGTTTTTAGCAGACATTCCCGGATTCATGATCGGAACGAAGGTTGAGCAGGCGGGCATCATCAGGCATGGCGCAAAAATGATCTCCGCAATGGCGGAAGCGACTGTTCCTAAGCTTTCCGTTATCGTCAGAAAAGCCTACGGTGCCGGATTATACGCGATGGCGGGGCCTGCTTTTGAACCGGACTGCTGTTTAGCGCTTCCGACTGCGCAAATTGCCGTAATGGGTCCTGAAGCAGCGGTGAATGCGGTCTACGCAAACAAAATCAGCGAGCTGGCCCCTGAAGAAAGGCCGGCTTTTATTCAAGAAAAGCGTGATGAATATAAGGAAGACATTAACCTTTACCGGCTTGCCTCTGAAATGGTGATTGACGGCATTGTTCCTGCTGATTCCTTGCGGGAAGAACTCAATAAACGCCTCACTGCTTACATGTCCAAACAACTGACATTCACACACCGGAAACACCCCGTATACCCGGTATAA MDYEKERQTRSKTIEKGGAAKYHASNEKKGKLFVRDRLKLLFDDGISVEDAFFAECMSDGLPADGVVTGIGTIGGRTVCVMANDSTVKAGSWGAKTVEKIIRIQETAEKLQCPLLYLVDSAGARITDQVDMFPGRRGAGRIFYNQVKLSGRIPQICLLFGPSAAGGAYIPAFCDIVIMVEGNASMYLGSPRMAEMVIGEKVSLEEMGGARMHCSVSGCGDLLAPTEQEAIMMAQTYLSYFPANYTEKAPVNKSKNPKAFEKPLSDVIPAHQNAPFNMMDLIERVIDEDSFFEIKPLFAQELITGLARIHGQPVGIIANQPRVKGGVLFLDSADKAAKFIALCDAFHIPLLFLADIPGFMIGTKVEQAGIIRHGAKMISAMAEATVPKLSVIVRKAYGAGLYAMAGPAFEPDCCLALPTAQIAVMGPEAAVNAVYANKISELAPEERPAFIQEKRDEYKEDINLYRLASEMVIDGIVPADSLREELNKRLTAYMSKQLTFTHRKHPVYPV PGPT0002300_637 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-PROPIONIC_ACID_BIOSYNTHESIS,PGPT0002300-mmdA-K01604 NA NA D1-12_01045 780 crt COG1024 Short-chain-enoyl-CoA hydratase ATGGGAGATTGCGTCTTGTATTCCGTCTGTCAAGAAACAATCGGTCTGATCACGCTGAACCGCCCGCATGCGGCCAACTCGCTGTCTTCAGAAATGATTGATCATTTACAGCGTGTGATTGAAGACATCAAAAACTCGCCATCCATTCGTTGTGTCATTCTCACCGGCACCGGGAACACATTTTGCGCCGGTGCTGATTTAAAAGAAAGAGCGGGGATGGACCATGAACAAGTCAAACAAAGCGTCAGGCGTATCGGTGAAACGGCCGCATCCATTGAAGCTCTCCCGCAGCCGGTCATTGCAGCGCTGAACGGAACCGCTGTCGGAGGAGGCCTTGAACTCGCTCTCGCCTGTGATATCAGAACAGCCGTCAGCCGGGCGGGCCTCGGCCTTCCTGAAACAGGGCTTGCGATCATTCCCGGAGCGGGCGGAACGCAGAGACTGCCCCGGCTTATCGGCCCCGGCGCGGCAAAAGAATTGATCTATACCGGCCGAAGGCTTTCTGCCGAAGAGGGAAAAGACATGAAGCTGATCGAGCATGTTTGTGAAGCCGATGAACTTATGGAAAAAGCAAAAGCACTGGCCGGCCGCATCGCCGCTAATGGGCCGATCGCCGTCAGACAAGCAAAATCCGCGATAAACAAGGGTCTGGAGACAGATCTCAATACAGGGCTCGAAATCGAACGAAAAGCATATGAACAAGTCATCCCCACACTTGACAGAGAAGAGGGCCTGCGCGCTTTTAAAGAAAAAAGACCCCCTGAATACAAAGGAAAATAA MGDCVLYSVCQETIGLITLNRPHAANSLSSEMIDHLQRVIEDIKNSPSIRCVILTGTGNTFCAGADLKERAGMDHEQVKQSVRRIGETAASIEALPQPVIAALNGTAVGGGLELALACDIRTAVSRAGLGLPETGLAIIPGAGGTQRLPRLIGPGAAKELIYTGRRLSAEEGKDMKLIEHVCEADELMEKAKALAGRIAANGPIAVRQAKSAINKGLETDLNTGLEIERKAYEQVIPTLDREEGLRAFKEKRPPEYKGK PGPT0001860_5538 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 D1-12_01046 900 yngG COG0119 Hydroxymethylglutaryl-CoA lyase YngG ATGAACTGTCCGAAACATGTCCGCATCAATGAAGTAGGACCGCGTGACGGCTTGCAGAATGAATCGGCGTGGGTGGATACAGAAGATAAGATTGAGTGGATCAATATGCTTTCAAAAACAGGCCTTCCCTATATCGAAGTGACATCATTCGTGCATCCGAGATGGATTCCGGCTCTTCGTGACAGCCTGGACGTCGCAAAAGGCATTGCCAGATCTGAACATACGGTCTACGCGGCTCTCGTTCCGAACCTCATCGGGCTGGAGCATGCGGCAGAAGGCGGAATCGATCAGGCATGTGTATTTTTATCTGCAAGCGAAACCCATAACCAAAAAAACGTAAACAAACCGATTGACCGGACCGTTCAAGAGCTCAGGCGGGTTATTACTGAAGCAAAAGCTGAAAAAATGGCGACGAGAGCTTATCTGTCCACTGTGTTCGGCTGTCCGTACGAACAGAACGTGCCGGTCGAACAAGTCATCCGCCTGTCAGACACCCTGCTCGAAATGGGTGTTGATGAAATATCGCTCGGCGACACGATCGGCGCGGCAAACCCCTTGCAGGTCATAGCCGTGCTTGAAGCCCTTTTGCCGAGAATTCCCGCCTCAAAAATCGCACTCCATTTCCATGATACAAGAGGAACGGCTCTAGCGAATATCATTCCCGCTCTTGATATGGGCATCACATCCTTTGATACTTCCTCAGGCGGGCTTGGCGGCTGCCCGTACGCCCCTGGATCAGCAGGCAACGCTGCCACAGAAGACGTCATTTATATGCTCGAACAAATGGGGATTGATACCGGGACGGACATGAATAAACTTCTTTATGCCGCCGGCTGGATCGCGGATAAAATAGGCAAAGACCTGCCAAGCAGAAACCTGCAGGCATTCAGAACGAAATGA MNCPKHVRINEVGPRDGLQNESAWVDTEDKIEWINMLSKTGLPYIEVTSFVHPRWIPALRDSLDVAKGIARSEHTVYAALVPNLIGLEHAAEGGIDQACVFLSASETHNQKNVNKPIDRTVQELRRVITEAKAEKMATRAYLSTVFGCPYEQNVPVEQVIRLSDTLLEMGVDEISLGDTIGAANPLQVIAVLEALLPRIPASKIALHFHDTRGTALANIIPALDMGITSFDTSSGGLGGCPYAPGSAGNAATEDVIYMLEQMGIDTGTDMNKLLYAAGWIADKIGKDLPSRNLQAFRTK PGPT0008315_2940 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 D1-12_01047 213 yngHB COG0511 Biotin/lipoyl attachment protein ATGAGCGTCATAAAAATTCAGATGGCGGGAAACCTGTGGAAAATTCATGTGAAGCCGGGTGATGTCATTGAAGAAGGACAGGAAGTGGCCATCTTGGAATCTATGAAAATGGAAATTCCGATTATCGCTGATGCAGCGGGTACGGTGAAAGAAGTGAAAAAATCAGAAGGTGATTTCACTGATGAAGGAGAGGTCCTGATTGAACTTCAATAA MSVIKIQMAGNLWKIHVKPGDVIEEGQEVAILESMKMEIPIIADAAGTVKEVKKSEGDFTDEGEVLIELQ PGPT0001700_4566 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 D1-12_01048 1350 cfiB COG0439 2-oxoglutarate carboxylase small subunit TTGTTTAAAAAAGTCCTGATTGCCAACAGAGGAGAAATCGCCTTAAGAATTATCCGCACCTGCAAACGTCTCGGCATCCCCTCGGCAGCTGTGTATTCAGAAGCCGACCGGGACGCGCTGCATGTAAAAGCTGCTGATGAGGCCTATCCGATCGGTAAATCGAGAGTAAATGAAAGCTATTTACATATCGACAGAATCATAGAAGCCGCTAAATCCGCCGGAGCGGACGCCATTCATCCGGGCTACGGGCTGCTGTCAGAAAACAGCCTGTTCGCCGAACGCTGCCGGAAGGAACAAATCACATTTATCGGTCCGCCCGGTGATATCATCGCCAAGATGGGCAGCAAGATAGAAGCCCGAAAAACGATGCAAAAAGCAAAGGTCCGGATCGTTCCCGGTGTTTCAGAGCCATTGCCCGATGTTCACTCCGCCTTAGCCGAAGCCCGTGCCATCGGTTTTCCGGTCATGCTGAAAGCGTCCGCAGGCGGCGGCGGAATCGGCATGCAGATCGTACATTCAGAAGAAGAGCTGGCCAAAGCGTTCGAAGGCAATCAAAAGCGGGCCGCGTCCTTTTTCGGAGACGGCGCAATGTACATGGAAAAGGTCATTGAAAATGCCCGTCATATTGAAATTCAGATACTCGCAGATTCTTTCGGCAACACCGTTCATCTGTTTGAACGTGACTGTTCAGTCCAAAGGCGCCACCAAAAAGTGATAGAAGAAGCGCCGTCGCCGTTTGTTGACGATGAATTAAGACAAAGACTCGGTGAAACCGCCGTTAAAGCCGCTAAATCGATCGGCTACCAAAATGCAGGCACAATAGAATTTCTCGTCGACCAAAAGAAACAAATCTATTTTTTAGAGATGAACACCAGACTGCAGGTGGAGCATCCGGTGACAGAAGAAATTACAGGACTGGATCTTGTGGAAGAACAGCTGAAAATTGCCGCTGGGCAGGCGCTGACTTTCTCGCAGAAAGATATCAACCACCGCGGTCATGCAATAGAAGTGCGGATCTATGCGGAAGATCCGGTCACCTTTTACCCGTCACCCGGTACCATCTCGTCTTTTTCCGTTTTAAGACACCCGTCAGTGCGACACGAATGCGCCGTCGAAAAGGGAAGCGTCATTTCTCCGTTTTACGATCCGATGATTGCCAAAATGATCGTCACGGCGAATACGAGAAAACAAGCCATTGAACAACTGAAAACCGCCCTTGGCGAATATCATGTAGAAGGGATTAAAACCAACATTCCGCTGCTGACAAAAATTGCCCATTCAGAAGCGTTTGAAAAGGGTGAGGCGACAACCGGCTTTTTACAAACAATGAACGAGGGGGCGTCAAAATGA MFKKVLIANRGEIALRIIRTCKRLGIPSAAVYSEADRDALHVKAADEAYPIGKSRVNESYLHIDRIIEAAKSAGADAIHPGYGLLSENSLFAERCRKEQITFIGPPGDIIAKMGSKIEARKTMQKAKVRIVPGVSEPLPDVHSALAEARAIGFPVMLKASAGGGGIGMQIVHSEEELAKAFEGNQKRAASFFGDGAMYMEKVIENARHIEIQILADSFGNTVHLFERDCSVQRRHQKVIEEAPSPFVDDELRQRLGETAVKAAKSIGYQNAGTIEFLVDQKKQIYFLEMNTRLQVEHPVTEEITGLDLVEEQLKIAAGQALTFSQKDINHRGHAIEVRIYAEDPVTFYPSPGTISSFSVLRHPSVRHECAVEKGSVISPFYDPMIAKMIVTANTRKQAIEQLKTALGEYHVEGIKTNIPLLTKIAHSEAFEKGEATTGFLQTMNEGASK PGPT0001705_2983 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 D1-12_01049 1641 fadD3 COG0318 3-[(3aS,4S,7aS)-7a-methyl-1,5-dioxo-octahydro-1H-inden-4-yl]propanoyl:CoA ligase ATGGCTGAACTTATCCATTTAACAGCCGGAAAGCTGCTTGAGCGGACCGCGAAGCTTTTTCCGGATCATGAAGCGGTTGTTTACCCTGAGCGCGGCCTTCGTTATACGTATGCCGAGTTTGACCGGTTATGCCGGCAAACCGCAAAAGGGCTGATGAAGCTGGGAGTTGAAAAAGGAGATCATGTGGCCATATGGGCATCGAACATTCCGGAATGGCTCGCGGCGCAATTTGCAACGGCGAAAATCGGCGCCGTTCTGGTCACCATTAATACAAATTTTCAAATCGCAGAGCTCGATTACCTGCTGGCACATTCAGATGTCTCGTCCCTGATAATCATGGATTCCTACCGGCAGACATCTTATGTTGAGATGGTGAATAAGCTGATTCCGGAGCTGAAAACTTGTGAGCGCGGCAGGCTGCGTTCGAAACGTTATCCATTTTTACGGACGGTGTTATATATCGGTGATAAAAGCCCGCCCGGGATGCACCGTTGGGATTCTTTGCTGAAGGATGCCGAGTCTGTAACGGATGCAGAGCTTGACGGAAGGATGGACAGCCTGGAAAAGGGTGATTGCATTCATATGCAATATACATCAGGTACGACCGGATTTCCGAAAGGCGTCATGCTCTCACATTTTAATATCGTAAATAACGCGGCCAATATCGCAGAATGCATGAAGCTTACTTCATGTGACCGTTTATGTATTCCCGTGCCGTTTTTCCACTGCTTTGGGTGTGTGCTCGGCGTGCTGGCATGTGTTTCCGCGGGTGCGGCGATGATTCCGATCGAACAGTTTTCTCCGCCGGCCGTTCTGAAAACGGTGGAGAAAGAAGCCTGCACGGCTCTGCACGGTGTACCGACGATGTTTATCGCCCTCCTAAATGACAGCCATTTTTCTGAATATGATCTTTCCCACGTCCGAACCGGGATTATGGCAGGCTCGCCATGCCCGGCGGAAGTCATGAGAGAAGTGATCGGCAAAATGGGGATGACCGACATTACAATTGCCTACGGACAGACCGAAGCATCACCTGTTATTACGCAGACAAGAACGGATGATTCATTTGAAAGAAGAGTGGAAACAGCGGGGCGCGCGCTTCCCCATATCGAAGTCAGAATCGTTCGGCCCGGAACATCCCAAGAAGCCGCCCGGGGCGAACAAGGAGAGCTCTGCACCCGCGGATATCATGTCATGAAAGGCTATTATAAAAATCAAGAAGCGACCGAAGAAGCGATAGACAAAGACGGCTGGCTGCATACCGGTGATTTAGCGGTCATGGACGATGACGGATACTGCAAAATCACGGGCCGTCTGAAAGACATGCTGATCAGGGGCGGCGAAAATATCTATCCGCGCGAGATTGAGGAAATGTTATATCGGCATCCCGCGGTAGCAGACGTTCAGGTCGTCGGCGTGCCTGATCCGAAATACGGAGAAGAGGCCGCGGCGTGGATCAGGCTCAAAGACGGACAAACCGCTTCCGCAGAAGACATCAGAGCCTTTTGCAAAGAACATATCGCCCGCTATAAAGTCCCCAGGTATGTTTTGTTTACAGATGAATATCCAATGACAGCCTCCGGAAAAATTCAGAAATTCAAGCTGCGGGAAAAAACGATTGAAGAGCTCAAGTTAACTTAA MAELIHLTAGKLLERTAKLFPDHEAVVYPERGLRYTYAEFDRLCRQTAKGLMKLGVEKGDHVAIWASNIPEWLAAQFATAKIGAVLVTINTNFQIAELDYLLAHSDVSSLIIMDSYRQTSYVEMVNKLIPELKTCERGRLRSKRYPFLRTVLYIGDKSPPGMHRWDSLLKDAESVTDAELDGRMDSLEKGDCIHMQYTSGTTGFPKGVMLSHFNIVNNAANIAECMKLTSCDRLCIPVPFFHCFGCVLGVLACVSAGAAMIPIEQFSPPAVLKTVEKEACTALHGVPTMFIALLNDSHFSEYDLSHVRTGIMAGSPCPAEVMREVIGKMGMTDITIAYGQTEASPVITQTRTDDSFERRVETAGRALPHIEVRIVRPGTSQEAARGEQGELCTRGYHVMKGYYKNQEATEEAIDKDGWLHTGDLAVMDDDGYCKITGRLKDMLIRGGENIYPREIEEMLYRHPAVADVQVVGVPDPKYGEEAAAWIRLKDGQTASAEDIRAFCKEHIARYKVPRYVLFTDEYPMTASGKIQKFKLREKTIEELKLT PGPT0008380_11925 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-DSF_BIOSYNTHESIS,PGPT0008380-fadD-K01897 NA NA D1-12_01050 1143 bcd COG1960 Acyl-CoA dehydrogenase, short-chain specific ATGAATTTTCAACTGACAAAAGAACAGCAGATGGTGCGCGAAATGGTCAGAGATTTCGCCAAAAATGAAATTGCCCCGAAAGCCCATGAGGTTGATCAATCAGCCGTCTTCCCGATAGACACATTTAAAAAAATAGGCGAACTCGGGCTGCTCGGAATTCCGTTTCCGGAAGAATACGGCGGGGCGGGCGGTGATACCATTTCATATGCAGCAGCGGTCGAAGAAATCGGAAAAGCCTGCGGCAGCACGGGGCTGAGCTACGCGGCAGCCGTGTCACTCGGCGCAAGCCCATTATACTATTTCGGTACTGAACAGCAAAAGCAAGAACATCTTATTCCGCTTGCTTCGGGAAAAGCGCTCGGATCATTCGGGCTGACAGAGCCGAATGCCGGTTCAGATGCCGGCGGCACCCAGACAAAAGCCGAGAAAAAGGGCGATGACTATGTGATAAACGGAGAGAAATGCTGGATCACAAACGCAAATTACGCCCGCACGGTCATTGTCACCGCCGTTACGGGAAAAAACTCCGCCGGAAAACCGATCATTTCAGCTCTCATCGTCCCCACAGACACACCGGGATTTACGATCACAAATCCGTACGACAAGATGGGTGTGAGAGGGTCGGATACGGCCGAGCTTGTGCTTGAGGATGTCAGGGTGCCTGCCGATAACCTGCTCGGTGATCCTGAAAAAGGTTTTAAACAATTTTTATATACATTAGACGGCGGGCGGATCTCGATTGCGGCACTGGCTGTCGGTATCGCTCAAGGCGCGCTGGAGGCGTCGCTGTCATATGCGAAGGAACGCAAGCAGTTCGGCAGTCCGATATCGTCATTTCAAGCCATTCAATTTAAGCTGGCCGATATGGCGATGGAAATTGACCTTGCCAGACAGATGGTGCTTAAAGCGGCATGGCTGAAGGATCAAAACCTGCCATTTACGAAAGAAGCGGCATTCGCCAAGCTTTATGCTTCAGAAATGGCCGTCAGAACGTGCCTTCAGGCCATCCAAATTCATGGCGGTTCCGGTTATATGAAGGAATGCGGTGTCGAACGTATGCTTCGTGACGCAAAGCTGATGGAGATTGGCGAAGGAACGTCAGAAATTCAAAGAATGGTCATCGCAAGACAGCTTTTGAAGTGA MNFQLTKEQQMVREMVRDFAKNEIAPKAHEVDQSAVFPIDTFKKIGELGLLGIPFPEEYGGAGGDTISYAAAVEEIGKACGSTGLSYAAAVSLGASPLYYFGTEQQKQEHLIPLASGKALGSFGLTEPNAGSDAGGTQTKAEKKGDDYVINGEKCWITNANYARTVIVTAVTGKNSAGKPIISALIVPTDTPGFTITNPYDKMGVRGSDTAELVLEDVRVPADNLLGDPEKGFKQFLYTLDGGRISIAALAVGIAQGALEASLSYAKERKQFGSPISSFQAIQFKLADMAMEIDLARQMVLKAAWLKDQNLPFTKEAAFAKLYASEMAVRTCLQAIQIHGGSGYMKECGVERMLRDAKLMEIGEGTSEIQRMVIARQLLK PGPT0002285_547 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_LIPID_METABOLISM PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0002285-bcd-K00248 NA NA D1-12_01051 1539 hypothetical protein ATGAAAAGCTGCCGTTTTAGCATGATATGGTTTTTGGCCGTTATACTGACAGCCGGCATCTTTACATTCTCAGCATCCGCACAAGCAAGCGGCACTCAGCCGGAGAGAGAAATGAGAGCCGTCTGGATCGCGTCTGTCACCAATATCGACTGGCCCTCTAAAAAAGGGCTGTCACCGGAAGAGCAAAAAAGAGAATACAGTAAGCTGCTGGATGACGTTCAGGAGATGGGAATGAACGCCGTTATCGTCCAAATTAAGCCTGCGGCTGATGCTTTTTATCCATCAGATTACGGGCCTTGGTCAGAGTATCTGACAGGAACACAAGGCAAAAATCCCGGCTACGATCCGCTTGCTTTTTTAGTTGAAGAGACACATAAACGGAATCTTGAATTTCACGCTTGGTTCAATCCTTACCGGATCACGATGAATCATACAAATTTGAATGCGCTTTCAGATGATCATCCCGCGCGTTCCCATCCGGACTGGGTCGCTGCATACGGAAAACAGCTGTACTATAATCCGGGCATTCCGGAAGTAAGACAATTTATAACGGATGGAATCAAAGAGGTGGTCAGCCGTTATGACATTGATGCGGTTCATATGGATGATTATTTTTATCCTTATAAAATTGCCGGACAGGAATTCCCCGATCAGGCGGAATACGAACGGTACGGAAAAGCTCACTTTGCATCAGTTGATGACTGGCGCAGGGATAACGTCAACCGGCTTGTAAAAGAAATCAACCAAACCATCAAACGAGAAAAACCTTATGTCAAATTCGGAATCAGCCCGTTCGGCGTATGGAGAAATGCCGCAGATGACCCGACAGGCTCCGAAACGGCCGCAGGGGTGCGGAACTACGATGATTTATATGCTGATACGAGAGAATGGATCCAAAAAGGATACATTGATTACATCGCACCGCAAATTTACTGGAGCATCGGATTTAAAGCGGCGGCATATGACGTCTTAGCGGATTGGTGGGGAAAAGAAGTGAACAATCGGCCGGTGCATTTATATATCGGGCAGGCAGCTTATAAAATCAACAACAATGCTGATCCGGCCTGGGCCGACCCGGGGGAATACGGAAGACAGATTGCTCTTAACAGGGGATCAGCATGGATAAAAGGCAGCATGCATTTCAGTTTAAAGGATTTAAACCGTAATCCGCTCGATGTGAAAAACCGTTTGATCAAAGACATGTACAGCCGGCCCGCATTAATTCCCGAGATGCCTTGGCTCGGACATTCCGCTTTAAAAAAACCGGCTGTCAAACGGGCGGAGAAGAATGCTTCAGGCCATACACTCTATATTGAAGATGCGAAATCCAACGGTGAAAAAACGGCTTATTACGCCATTTACCGCGCAGAAAAGGGAAAGCAGCCTTATTTAGTGGATACAGTCAGAAAAATATCGTCACGGACGCAAACATTTTCAGATACTGATATTCGAGCGGAAGAAGCCTGTACCTATATCGTTACTTCCGTTGACAGGCTACACCATGAGAGCCGTCCCTCCGCAAAACGGACGGTTAAATAG MKSCRFSMIWFLAVILTAGIFTFSASAQASGTQPEREMRAVWIASVTNIDWPSKKGLSPEEQKREYSKLLDDVQEMGMNAVIVQIKPAADAFYPSDYGPWSEYLTGTQGKNPGYDPLAFLVEETHKRNLEFHAWFNPYRITMNHTNLNALSDDHPARSHPDWVAAYGKQLYYNPGIPEVRQFITDGIKEVVSRYDIDAVHMDDYFYPYKIAGQEFPDQAEYERYGKAHFASVDDWRRDNVNRLVKEINQTIKREKPYVKFGISPFGVWRNAADDPTGSETAAGVRNYDDLYADTREWIQKGYIDYIAPQIYWSIGFKAAAYDVLADWWGKEVNNRPVHLYIGQAAYKINNNADPAWADPGEYGRQIALNRGSAWIKGSMHFSLKDLNRNPLDVKNRLIKDMYSRPALIPEMPWLGHSALKKPAVKRAEKNASGHTLYIEDAKSNGEKTAYYAIYRAEKGKQPYLVDTVRKISSRTQTFSDTDIRAEEACTYIVTSVDRLHHESRPSAKRTVK NA NA NA NA NA D1-12_01052 381 hypothetical protein ATGACGAACCTATCTTGGCTTACGTATGTAATGATTATTCTTGCCAGCTACCGGCTGACCCATTTGATCGTATTTGATAAGATTACGGAATTCATAAGAAAACCCTTTATAAAGCAAGAAAAAACCGTCGATCAAAACGGGCGCGCCGTCCAAAAAAAAGTCCCTTCCTCCGCATTCGGTTATATGCTGCAATGTTATTGGTGTGCGGGTGTCTGGTGCGCCATATTGATCGGCATCTGCTACTTGGTCTGGCCCCGCTATGCACATCCGGTTATTTTCATTTTATCCATCGCCGGAGCGCAGGCCATTCTTGAAACTTGTGTCGGCGTCGGAACGAAGATCATTGACGTGCTCGCCGCCATGAAACATAAAAAGTCCTGA MTNLSWLTYVMIILASYRLTHLIVFDKITEFIRKPFIKQEKTVDQNGRAVQKKVPSSAFGYMLQCYWCAGVWCAILIGICYLVWPRYAHPVIFILSIAGAQAILETCVGVGTKIIDVLAAMKHKKS NA NA NA NA NA D1-12_01053 3804 ppsE COG3319 Plipastatin synthase subunit E ATGGACAAAACGAAAAATATCCAAAATATTTATCCCCTCAGCCGAATGCAGGAAGGAATGCTTTTTCATTCCTTTCTGCAAAAGGAGGGGGCTGCATATATCGAGCAATCCGGCTTCACCATAAAAGGCCGGCTTCGTCCGGAATTGTTTGAGCAAAGCGTACAGTCTGTCATCAGCCGCCACGATATTTTCAGAACGGTTTTTTTACCTCATGTCGCTCAGCTGAACGGCCCCCGCCAAGTTGTGCTGCGTGAGCGGGAATTCCGGCTGCACCGCGAAGATCTTACACATTTGGACGAAGCCGGACAGAGCGCTTATTTACAGCGATTTAAGGAACGTGACCGCTTAAAAGGCTTTGACTTGCAAAAGGATATGCTGATGCGTGTTTCTTTGTTTAAAACGGCAGACGAGGAATATGTATGCGTCTGGAGCCACCATCACATCCTTATGGACGGCTGGTGCCTCGGCATCGTCCTTCAGGAATTCATGCATATGTACCGGGCGATTGAATCAGGCTCACCCGTCACACTGGCGCCCGCAAAGCCTTACAGCACTTATATTACATGGCTGACTGATCAGGACAAAGACGCGGCTTCTGAGTATTGGAAAGGATATTTAGCAGGCTGCGAGACACCATCAGGACTCCCGAAAATATCGGCCCGTCCTCAGGAAAAAGGCTACCGTAAGAAAGAGCTGCTGTTTTCTTTAGATCAAAATCTGACAGACAGGCTGAAAACCATCGCCAAAGAAGAGGGCGCTACGCTCGCGGTTCTTATGCAGACTGTATGGGGCCTGATGCTGCAGAGCTACAACCGGAAGGACGATGCCGTATTCGGCGCCGTCGTATCAGGGCGGCCTTCCGTCATTGACGGCGTGGAAAGCATGATCGGGCTATTTATCAATACCGTGCCGGTACGCATTAAAACGGGTGATGAAAGCTTTAGAGAACTGCTGGGCCGCTGCCAGAAAGAAATGCTTGACTCAGAGGCGTTCAGCTATCATCCGCTTGCTGACATCCAATCTCAGACTGAGCTGAAACAGGATTTAATCGACCATATCATCGTGTTTGAAAATTATCCGATTCAGCAGCAGATGAAAGACGCGGAAAAGGAATCGGATGCACCGTTCCGGATCGGGAATGTCAACGTGTCGGAACAATCGGGCTACGATTTTAACCTCATCATAGCGCCCGGCGATGAGCTGCTCATCAAATTCAGCTACAATGCGAACGTTTATGACGAAGTATGGATAGAGAGCGTAAAAGGACACTTGGAAGAAGCTCTGCGCGGCGCCGCCTTCAATCCCGATGTTCCCGCTGATCGGCTACCGATGCTCGGACAAAAGGAAAAATCAAGAATAATCGGCGAATTTAATGACACGAAAACAACTTATGAAAGAGACGAAAGCATCATCAGCCTGTTCAGCCGACAGGTGAAGAAAACCCCGGACCATCAGGCGCTTCACGCCGGCGGGCTGACGATGACGTACCGGGAGCTCGATGAACGGTCAACTGCATTCGCCCGCACCCTGCTGGAAAACGGTTTGGCGCCAAAGGGAATTGCCGGGATTCTGGCCGAACGCTCACCGGAATTTATCATCGCTGTTCTCGCTGTATTGAAAGCGGGAGGGACGTACCTTCCTCTTGATGCAGAACTGCCAACCGACAGGATCGCCGATATGCTCACTGAGAGCGGAGCACAGCTGTTAACGGTGCAAAAAGGGATTGAGACTGACTTTGACTTTTCTCACATCATCTCTATCCCGGCTGCCGCAGAGAAACAAACCGCTGATGCAGGAAAACTGAATACCGATACAGCACCTGATGACCTTGCCTATATTATGTATACATCCGGTTCAACAGGAAAACCGAAGGGCGTGATGATTTCCAACCGAAACGTCGTATCGCTCGTGTCAAACAGCAATTACACGTCGGCCGGCATGACGGACCGTCTCATTCTGACAGGGTCCATCGGTTTCGACGCAGTGACGTTTGAAATCTTCGGAGCGCTTTTGAACGGGGCCTGTCTTCATGTGGTTGACCGCTCGACAATGCTTGCCCCTGAGAGGTTCGGCAATTATCTTTCTTCCAACCGGATTACGATTTTGTTTTTGACGACGGCGCTCTTTAACCAGTTTGCCCAGGCAGATCCGGAGATGTTTTCCGGATTGCACACCTTATATGTCGGCGGAGAAGCATTGTCCCCGGCGCTCATCAATAAGGTCAGACACCGCTGTCCGAATCTCAGCCTTTATAACATATACGGACCGACGGAAAATACGACATTTTCTACCTTTTACGAAATCAGGCACGATTTTTCTCAGCCGATCCCAATCGGAAAACCGATCAGCAATTCAACCGCATATATCATTGATAAAAATGGCGGACTTGCGCCGATCGGCGTGCCCGGTGAGCTTTGTGTCGGCGGTGACGGGGTTGCCAAAGGCTATTTAAACAGGCCTGACTTAACAAGTGAAGCGTTTGTCAGCCATCCGGTTCATCCTGAAGAAAAGATCTACAAAACAGGCGACTTGGCACACTGGCTGCCTGATGGAAGCATCGGATACATCAGCCGTATTGACCGTCAATTCAAGATTCGCGGGAAGCGGATCGAGCCGGCCGAAATTGAAGCGCGCTTGACTGAAATAGATGGAATCAGGGAATCGGCAGTCATCGTAGCAAAAGAAGGACAAGAAGCAATCCTTTGTGCGTATTATACGGGCGCGCATGTTGAAGAAAAAACCATTCGATCTCTATTGGCCAGGTCGCTTCCCGACTATATGATTCCTCAGTATGTGATTAAGCTTGACCGTATGCCGCTTACCGCAAACGGCAAAGTGGACCGCCGCGGGCTGCCTGCGCCAGAACGGAAAAAAACGTTATCAAAAGCCGTTCCGCCACGAAACTGGGTGGAGCGTGAGCTGATCGACATCTGGACGCCGATCCTCGGCTGCGGGGAGCTGGGCATACAGGATGACTTCTTTGAGCTGGGCGGCCATTCATTGAAAGCATTGCAAGTGATTCATCAGCTGAAGACCAGGCAGCAGATGGATGTGCCGATTGAAATGATATTTGAATATCCGACAATTGAACAATTGGCTGAAAAGCTGTATTCAAACACACTGTCAGAAGCTGCAGAGCAGCATATCAGCAGACTGAACCAGCCGAAAGGCCGCAATCTTTTCTGTTTTCCGCCTATCTCAGGTTTCGGCATTTTCTTTAAAGATCTTGCGGCGGCATTAAACGAACGGGCTGCTGTGTACGGTTTTAACTTTATTGAAGAAGACAGCAGAATGGAACAATACATTGATAAAATGCTGGAAATCCAGCCGGAAGGCCCTTATATCCTCTTCGGATATTCGGCAGGCGGCAATACGGCATTCGAGGCGGCAAAAGCGATGGAAAAGCTCGGCTTAGAAATCAGTGACGTCATTATCGCAGACGCGTACAGAAAGCTTGACGCACTGCCGCCGCAGCCAACAAACGCAACAGCCGACAACGTCCCGGAAGCCGTCAGAGAAGCAGTCATCAAAAAGACAGAGCGCTATCAAACGTACTGGGCGGAACTGATAAATGACGGCCAAATCGCGGCCAACCTCCATTTTATCGAGGCCGGCATAAAGGAAGAACACAGTGATAAGACCGAGCCGATGAAATGGGAAGGCGCCACAACGGGACTCTATCAGGAATATCAAGGCGGGGGCGCCCATAAAGATATGTTTGAACCCGCCTTTGCACAGCAAAATGCTGAGGTCATACTGGACATCATTGCAAACAGCGGAAGACGCTTGGCGCGGAATCTGTAA MDKTKNIQNIYPLSRMQEGMLFHSFLQKEGAAYIEQSGFTIKGRLRPELFEQSVQSVISRHDIFRTVFLPHVAQLNGPRQVVLREREFRLHREDLTHLDEAGQSAYLQRFKERDRLKGFDLQKDMLMRVSLFKTADEEYVCVWSHHHILMDGWCLGIVLQEFMHMYRAIESGSPVTLAPAKPYSTYITWLTDQDKDAASEYWKGYLAGCETPSGLPKISARPQEKGYRKKELLFSLDQNLTDRLKTIAKEEGATLAVLMQTVWGLMLQSYNRKDDAVFGAVVSGRPSVIDGVESMIGLFINTVPVRIKTGDESFRELLGRCQKEMLDSEAFSYHPLADIQSQTELKQDLIDHIIVFENYPIQQQMKDAEKESDAPFRIGNVNVSEQSGYDFNLIIAPGDELLIKFSYNANVYDEVWIESVKGHLEEALRGAAFNPDVPADRLPMLGQKEKSRIIGEFNDTKTTYERDESIISLFSRQVKKTPDHQALHAGGLTMTYRELDERSTAFARTLLENGLAPKGIAGILAERSPEFIIAVLAVLKAGGTYLPLDAELPTDRIADMLTESGAQLLTVQKGIETDFDFSHIISIPAAAEKQTADAGKLNTDTAPDDLAYIMYTSGSTGKPKGVMISNRNVVSLVSNSNYTSAGMTDRLILTGSIGFDAVTFEIFGALLNGACLHVVDRSTMLAPERFGNYLSSNRITILFLTTALFNQFAQADPEMFSGLHTLYVGGEALSPALINKVRHRCPNLSLYNIYGPTENTTFSTFYEIRHDFSQPIPIGKPISNSTAYIIDKNGGLAPIGVPGELCVGGDGVAKGYLNRPDLTSEAFVSHPVHPEEKIYKTGDLAHWLPDGSIGYISRIDRQFKIRGKRIEPAEIEARLTEIDGIRESAVIVAKEGQEAILCAYYTGAHVEEKTIRSLLARSLPDYMIPQYVIKLDRMPLTANGKVDRRGLPAPERKKTLSKAVPPRNWVERELIDIWTPILGCGELGIQDDFFELGGHSLKALQVIHQLKTRQQMDVPIEMIFEYPTIEQLAEKLYSNTLSEAAEQHISRLNQPKGRNLFCFPPISGFGIFFKDLAAALNERAAVYGFNFIEEDSRMEQYIDKMLEIQPEGPYILFGYSAGGNTAFEAAKAMEKLGLEISDVIIADAYRKLDALPPQPTNATADNVPEAVREAVIKKTERYQTYWAELINDGQIAANLHFIEAGIKEEHSDKTEPMKWEGATTGLYQEYQGGGAHKDMFEPAFAQQNAEVILDIIANSGRRLARNL PGPT0012320_24 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS FUNGICIDAL_COMPOUNDS|ANTIBIOTICS FUNGICIDAL-FENGYCIN|PLIPASTATIN_METABOLISM,PGPT0012320-ppsE|fenB-K15668 NA NA D1-12_01054 3330 ppsD COG0318 Plipastatin synthase subunit D ATGACGATGCTTGAACACATTGTCCGTGAACCGGAAACTTCTTTACAAGCGATCAGCATGCTGACTGCTCCGGAACGGGACCGGATTCTTTCGGACTTTAACGGCATGGCGGATCAACAGCTGCCTGAAAAAACAGTTCATGAACTGTTCATCACCCAGGCGCGAAAAACACCGGATGCGGCAGCCCTTATCAGCAGGGAAACTTTAATCACATATAAAGAATTAGATGAATGGTCGAATAAAATCGCCAGAGCTCTGCAAAAACGGCAGATCGGACCGGATGCCGCCGTCGGCATTGTGATACCAAGATCACCGGAACAAGTCGCGGCAGTCTTCGGGGTTTGGAAAGCCGGGGGCGCCTACGTCCCGATAGATCCTGAATATCCGGAGGAACGCAAGCAATATATCATCTCAGACAGCGGCACAGCGCTTCTCCTTACCGTACACGGCGCAATAGATCAAGTGCCTGATCATTTTAAAGGTGAAGTGCTCGCACTGGAGGATATCCAAGAACAAGACGCATCACCGGTTCAGTCATTATCAGCACCGGAAGATTTGGCTTACATCATTTACACGTCCGGGACGACAGGCAGGCCGAAAGGGGTTATGGTCGAACATCGTTCCGTCAGCCAAACCCTTCAATGGCGGAGCGGATTTTATGATCTGAATGAGAAAGATACGATTCTTCAGCTCTTTTCATTTTCATTTGACGGTTTTGTAACAAGTATGTTCACACCGCTGATTTCCGGTGCGAAAGCGGCCGTTTTAGCCGAAGATGAAGCAAGAGATATTCTTGCTATTAAACACTATCTTGCATCTTACCGCATCACTCACATGATCATTGTACCCGTGCTGTATCGCACACTGCTTGACGTACTGGAGCCGGGTGATGCCGAGTCTCTCCGGATTGTCACATTAGCGGGAGAAGCCGTCGACCAAAACGTTATCAGCCGCAGTTTATCAGTTTGTCCACACACTGAGCTTGCCAATGAGTACGGCCCGACGGAAAACAGCGTCGCCACTACAGCGGCAAGACATATAGAACAAAGTGAGAACATTACGATCGGCCGTCCGATTGAGCATTCACACGTTTATATTTTAAACGGGGATCACCCGCAGCCGATCGGTGTAACGGGAGAACTTTGCATTTCGGGTTCCGGCCTTGCAAGAGGATACCGCAATCTTCCTAAGCAAACGGCTCAAGCCTTTGTCCAAGACCCGTTCCGGAAGAACCGGCGCATGTACCGCACGGGCGACCTGGCAAAATGGCTGCCGGACGGCACGCTGCAATATATCGGCCGAATGGACGAGCAAGTCAAAATCAGAGGCTACCGGGTGGAACTGAAAGAAATTGAATCCGCCTTAACAGGCATAAAAGGTGTCAAAGAAGCAGCCGTCACCGCTCTGCCCGCATCAGCAGGCCAAACGGAACTATGCGCTTATATCGTGACAGAAGAAGGAACAGAAAGTGAAACCGTGCAGCAGGCGCTCAGAAATGAAATGCCCGCTTATATGGTGCCGGCGTTCTTTGAAACACTTGAAGCCCTGCCTGTCACACCGAACGGGAAGCTTGACCGCCGCGCGCTTCCTGAGCCGCGGAAAAAAGCGCACACCGGACGGGCATTTACCGAGCCTGAAAGCGACATGGAAAAAGAGCTTTCCGCGATTTGGAGCGAAGTGCTCGGGACTGAAAATATTGCCGCGGATCAATCATTTTTTGAACTGGGCGGCGATTCCATCAAAGCCCTGCAAGTATCAGCCCGATTACATCAGGCAGGAAAACAGATCGCCGTAAAAGATATTTTCAGCCGGCCGACAATTAGAGAGCTGGCGCCTTATGTCCGTACAGAGCGGCAGCCGGTCAGCCAAGCTCCTGCAGAAGGAGAAGTGAAGTGGTCGCCGGTTCACAAATGGTTCTTCACACAAGACATGAAGGAAGCAAACCATTTTAACCAGTCCGTCATGCTGACGAGAACAAATTCAATAGATGAAGAGGCCCTGAGGAAAACGTTAAAAGCCATTACCGTTCATCATGATGCCTTGCGCCTTGTCTGCAAAAAAGACGAAGAGAAAGGTCTTCTCCTCTTCAACAGACCGGCTGACCTCGCAGATGAGCAGCTTTACAGCCTGACCATTTTAGAAACGGAAGGCGATGAGCATGAGAAGGAACGTTTTGTAAAACGCCGCGTCGCAGAGCTTCAGAGAAACATGGATTTGGAGAACGGGCCGCTTGTACAGGCGGGGCTGTTCCGCTCCGAAGCAGAAGATTACTTGTTTCTGACGGTCCATCATCTCGCTGTCGACGGGATATCATGGCGGATTTTATTGGAAGACTTGGCTTCTGCTTATGAGCAGGCCGTCTCTGGACAGGAAATCAAACTCCCTCCGAAAACCATGTCATTCAAAACATATACGGAGCAGCTGGCCGATTATGCCGAAAGCAGACAGCTTCTTCAGCAGGCGGAGTATTGGCGGGAGATTGAACACTATGAAACAGAAAGTCTTCCTTACGAGCAGGCAGATTTATCTCAAACTCCTGCAAAAAAACGGAACACGGTATCCTTCACTCTGACAGAAAGTGAAACGGACGCCCTGTTGAAAGATGTGCACAGCGCCTACAATACGGATACGCAAGATGTGCTTTTGGCTTCCGCCGTGCTTGCCGTTCAAAAGTGGTCGCCGCGGCACGCTTTGAAAATCGCCCTTGAAGGACACGGACGCCAATCGGAGCAGGCAGGTGCGGACATCAGCAGGACGGTGGGGTGGTTCACTTCCATTTACCCGGTGCTTTTCCGGAGCGGAGTTTATGAACCTCATGAAGAATATGAAATTCGCACATTGAAAACCGTCAAAGACACATTGCGGCGCATTCCGGATAAAGGGAACGGATACGGCGTCCTCAAATATTTAACACCGCCGAAGCTTGCCGGGATGACTTTCGGGAAAGCACCGGAGATCAGCTTTAATTATCTCGGACAATTCGATGCGCCCGGCGGGAATCCGGCAGAAACGGAACAGCCTGACGCGTTTCAGTTTTCTCCTTTGGGAGGCGGAGATGATGTGACAGATACATGGAAACGGGAGCAGTCACTTGAAATCAGCGCGATTGCGGCAAAAGGCCGGATGACCGTCAGCATTTCCTATGAAACGGAGCGCTTCCGGCAAGATACGATCGAACGGCTGTCCGAAAGCTGCCGGTATTATCTCCTGAAACTGTCGGAACACTGCCTCAGCAAAACCGATACGGAGAAGACCGTCAGTGACTTTGATGATCGGGAGCTGACTGAGGAAGCATTGCAGGATATTGCCGACTTACTCAGCTTCCACTAA MTMLEHIVREPETSLQAISMLTAPERDRILSDFNGMADQQLPEKTVHELFITQARKTPDAAALISRETLITYKELDEWSNKIARALQKRQIGPDAAVGIVIPRSPEQVAAVFGVWKAGGAYVPIDPEYPEERKQYIISDSGTALLLTVHGAIDQVPDHFKGEVLALEDIQEQDASPVQSLSAPEDLAYIIYTSGTTGRPKGVMVEHRSVSQTLQWRSGFYDLNEKDTILQLFSFSFDGFVTSMFTPLISGAKAAVLAEDEARDILAIKHYLASYRITHMIIVPVLYRTLLDVLEPGDAESLRIVTLAGEAVDQNVISRSLSVCPHTELANEYGPTENSVATTAARHIEQSENITIGRPIEHSHVYILNGDHPQPIGVTGELCISGSGLARGYRNLPKQTAQAFVQDPFRKNRRMYRTGDLAKWLPDGTLQYIGRMDEQVKIRGYRVELKEIESALTGIKGVKEAAVTALPASAGQTELCAYIVTEEGTESETVQQALRNEMPAYMVPAFFETLEALPVTPNGKLDRRALPEPRKKAHTGRAFTEPESDMEKELSAIWSEVLGTENIAADQSFFELGGDSIKALQVSARLHQAGKQIAVKDIFSRPTIRELAPYVRTERQPVSQAPAEGEVKWSPVHKWFFTQDMKEANHFNQSVMLTRTNSIDEEALRKTLKAITVHHDALRLVCKKDEEKGLLLFNRPADLADEQLYSLTILETEGDEHEKERFVKRRVAELQRNMDLENGPLVQAGLFRSEAEDYLFLTVHHLAVDGISWRILLEDLASAYEQAVSGQEIKLPPKTMSFKTYTEQLADYAESRQLLQQAEYWREIEHYETESLPYEQADLSQTPAKKRNTVSFTLTESETDALLKDVHSAYNTDTQDVLLASAVLAVQKWSPRHALKIALEGHGRQSEQAGADISRTVGWFTSIYPVLFRSGVYEPHEEYEIRTLKTVKDTLRRIPDKGNGYGVLKYLTPPKLAGMTFGKAPEISFNYLGQFDAPGGNPAETEQPDAFQFSPLGGGDDVTDTWKREQSLEISAIAAKGRMTVSISYETERFRQDTIERLSESCRYYLLKLSEHCLSKTDTEKTVSDFDDRELTEEALQDIADLLSFH PGPT0012315_14 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS FUNGICIDAL_COMPOUNDS|ANTIBIOTICS FUNGICIDAL-FENGYCIN|PLIPASTATIN_METABOLISM,PGPT0012315-ppsD|fenA-K15667 NA NA D1-12_01055 3687 ppsA COG1020 Plipastatin synthase subunit A TTGAAGAACACTGTTTATTCTTTAACTCACGCCCAAAGAAGAGTCTGGTTTACAGAGCTGCTCGAGCCGGGCACAAGTATCTGCAATCTCGCGGCGTGCGTCAAATTCAGGGGGGACATCGATTTTGACGTACTGCGCCATGCTTTAGATTTTTCTATCTCGCAAAATGATTCACTCAGGTTTCAACTGACAGAAGGGGACGGATCAGAACCCCAGCTGTATCTGGCGGGGCATCGGCCGATTTCTCTAGAGACTGTTGATTTTACTCATACTGATCAGGCAGACCGGGACGCATGGATTGACACGCAGACCCGTGTTCCGTTCAAGCTGTTTCATTCACCTCTGTATCAATTTACTCTGCTTGTCATGTCAGACGAAGAAGTTTGGCTTTATTCAAAATTTCACCATATTATCATGGACGGCATCTCGCTCAACCTGCTCGGCAACCAGCTCATTGATATCTACCAAAAGATCATGCGGGGCGAGGATTTAGCTGAACATCACAGACCTTCCTATCTCAGCTACATGGAAAAAGAACAGCAATACTTACAGTCTTCCCGTTTTCAAAAAGACCGTTCATTTTGGACTGAAACATACCGAACCGTTCCGGAACACCTTTCACTGGCGGAACGAACCTCTCATCTTAGACAAAGCACTGCGGCTTCCAGAGATACAATCACTCTTTCTCACTCCTTAGAACAATCTATCCGGCGTTTTTGCAAAGAAAATAATATCAGCATCATCTCTCTGTTTATGGCTTCGTTATACATATGCATCAGCCGTCTGACGGCTAAAAAGGATATTGCCATCGGCACTTATTACGGAAACCGGGGCTCCAGGCTCGAAAAGGATATGCTCGGCATGTTCGTCAGCACACTGCCGATCAGAATGACGGCAGATCCTGATGCGGAGTTCCTGTCCTTTGTCCGCAGCGTAGGAAAAGAGCAGCTGTCTGTTATGCGGCACCAGAAATATCCTTACAATCTTTTTGTGAATGAATTAAGGCAGACTCATCACGACCTGCAAAATATCATCGGGATTTCGATGCAATACCAGCCTCTCGCGTGGCGTCAGGCAGAAGGTTTCGATTATGAAACGGCGATGTTTTTCAGCGGACATACGGCAAATGAGCTGTCCATTTTAATTAAGGAGCGGACAGATACGGGATTGATTGAGCTGAATTTTGATTATCAATCCGCTTTATTTACTAAAACATCGATTAAACGAATTCAAACTCATTTGCTGACGATCGTTGAAAATGCCGTTAGAAATCCAAACCAGCTGATTCGGCATATTGATATGGCGGATGAAAATGAAAAGAAACGGGTGTTAACTGCGTTTAACCGTACAGAAGCGGTTGAACCGCCGGCTCCGACGCTTCACGGGCTGTTCACCCGCCGCGCCGCGCTTTCGCCGCATCGTCCGGCGCTCCGTTTTCCGGGCGGTATGCTGACGTACGCTGAGCTCGATCAGTACACAGACAGGCTCGCCGTTTGGCTCCGCCAAAAAGGCGTCCGCAAAGAAAGCATGGTCGGCGTACTCGCTGAACGCTCGCCGGAGATGGTGGTTTCTGTGCTTGCCGTGTTAAAAGCGGGCGGCGCCTATGTGCCGCTTGACCCGGAGTATCCTGAGGACAGGCTGCGCTATATGCTCAATGACTGTGCCGCTTGTCTTCTGCTTGCACAGCCGGGATTATCCGTTCCCGATTTTTCCGGAGAAACGCTAGAAGTGTCTCTTTCTGCTCTGACAAGTGAGACGGAGACAGGGGATGTCTCTGAAGAAGCGGATGCTGATTCGCTCGCTTATATCATTTATACGTCCGGTTCGACGGGAACACCGAAGGGAGTGGCTGTTGAACACCGTCAAGCCGCCGCCTTTTTATCAGGGATGCAAGGGCAGTTCCCGTTAACGGAAGAGGACATCATCGTGCTGAAATCATCCTTTTCATTCGATGCTTCCATCTGGCAATTGTTTTGGTGGACGATGTCCGGCGCTTCCGTGTATCTGCTTCCTGCCGGATGGGAGAAAGATCCTGTGCGGATGATTGAAGCGTTTGCCTCAGAAAAGGTGACGACCGCGCATTTTATTCCGGCGATGGTCAACAGCTTTTTAGACGCGCTGGAAACAGAGCCTGCAGAAACAAGAACACGCCTCGGCAGAACACTGACACGCGTGTTTGCCGGAGGGGAAGCTCTTTCCCCGCTTACGGCTGCCCGGTTTGCCGATCTGTTGCCGGAGACCATGCTTATTCACGGCTACGGGCCGACAGAAGCGACGGTTGATGCGGCGTTTTACGTCTGTGACCGAAAACGGGACAGCGGACGGACAAGGCTTCCGATCGGAAAACCCGTTCCTGGTGCCCGTCTGTATGTATTAGATAGCGGAGGAACCATCCAGCCTGCGGGTGTGGCAGGAGAGCTTTACATCGCAGGGACAGGGGTGGCCCGGGGCTATCTGAACCGGCCTGAGCTGACGGAGGAGCGTTTTCTCGATGATCCGTTTTATCCGGGCGAGCGCATGTATCAGACGGGCGATATCGCACGCTGGACAGAAGATGGCCTTGTCGAATGGCTCGGCCGTTCAGACGGACAAGTGAAAGTCCGAGGCTACCGGATTGAACCGGGGGAAATCGAAGCGGCGATCCGGCGCATCGACGGCATTCGTGAGGCGGCAGTCACCGCCCGGACCGAACACGGCGAAACCGCGCTTTATGCCTATATCGAAGGACGGGAAAGCGATGACGTGCGGGCGGAGCTTGCGGCACGCCTTCCTGCCTACATGATGCCGGCTCAGTTTATAGAGATGAGCGAATGGCCGGTCACGCCGAGCGGAAAGCTTGACCGCCGCGCGCTGCCGGCTCCCGACGGAGCGGCAGACAGACAGGCGTACACCGCCCCGCGGAACGTCACGGAAATGAAGCTTTGCGCCCTCTGGGAAGAGGTGCTGAAAAACGGCCCCGTCGGCATCCGGGATCACTTTTTTGAGCGGGGCGGCCATTCGTTAAAAGCGACGGCTCTCGTCTCCCGCATCGCCAAAGAGTTCGGTGTTCAGGTGCCGTTACAGGACATCTTCGCCCGGCCGACGGTGGAAGAGCTCGCTTCGGTCATTCAGGACTTGGAAGAGAGCCCGTATGAAGCGATTCAGCCTGCGCAAAAACAGGACACCTACCCGGTGTCTTCAGCGCAGAAACGGATGTATGTGCTCCAACAGCTTGAAGACGGCGGTGTCGGCTACAATATGCCGGCTGTGCTGGAACTGACGGGCCCGCTTGACTGCGGCCGGCTGGAGGAGACGTTCCGGCAGCTTGTGGAGCGGCATGAGTCGCTCAGAACGTCCTTTGAAACGGGGCCTGACGGCGAACCGGTGCAGCGCATCCATGACAGCGTGCCGTTTCAGCTCGATGAGGCCGAGTCACCTGACGCATTCGTCCGGCCGTTTTGTCTGGAGGAAGCGCCGCTCTTCCGTGCGGCCCTCGTGAAAGAATCGGATGAACGTCATCTTTTATTAACGGATATGCATCATATTATTTCTGACGGTGTGTCCGTCAACACCTTGATTAAAGAATTCGGCGAGCTGTACGCAGCCGTTCGCTTGCGCCGATGCGCCTTCAATATAAAGACTATGCCGTCTGGCAGCGGTCGTTTCAGGAGAAAGAAGGATATCAGAAGCAGGAAGCGTATTGGCTGA MKNTVYSLTHAQRRVWFTELLEPGTSICNLAACVKFRGDIDFDVLRHALDFSISQNDSLRFQLTEGDGSEPQLYLAGHRPISLETVDFTHTDQADRDAWIDTQTRVPFKLFHSPLYQFTLLVMSDEEVWLYSKFHHIIMDGISLNLLGNQLIDIYQKIMRGEDLAEHHRPSYLSYMEKEQQYLQSSRFQKDRSFWTETYRTVPEHLSLAERTSHLRQSTAASRDTITLSHSLEQSIRRFCKENNISIISLFMASLYICISRLTAKKDIAIGTYYGNRGSRLEKDMLGMFVSTLPIRMTADPDAEFLSFVRSVGKEQLSVMRHQKYPYNLFVNELRQTHHDLQNIIGISMQYQPLAWRQAEGFDYETAMFFSGHTANELSILIKERTDTGLIELNFDYQSALFTKTSIKRIQTHLLTIVENAVRNPNQLIRHIDMADENEKKRVLTAFNRTEAVEPPAPTLHGLFTRRAALSPHRPALRFPGGMLTYAELDQYTDRLAVWLRQKGVRKESMVGVLAERSPEMVVSVLAVLKAGGAYVPLDPEYPEDRLRYMLNDCAACLLLAQPGLSVPDFSGETLEVSLSALTSETETGDVSEEADADSLAYIIYTSGSTGTPKGVAVEHRQAAAFLSGMQGQFPLTEEDIIVLKSSFSFDASIWQLFWWTMSGASVYLLPAGWEKDPVRMIEAFASEKVTTAHFIPAMVNSFLDALETEPAETRTRLGRTLTRVFAGGEALSPLTAARFADLLPETMLIHGYGPTEATVDAAFYVCDRKRDSGRTRLPIGKPVPGARLYVLDSGGTIQPAGVAGELYIAGTGVARGYLNRPELTEERFLDDPFYPGERMYQTGDIARWTEDGLVEWLGRSDGQVKVRGYRIEPGEIEAAIRRIDGIREAAVTARTEHGETALYAYIEGRESDDVRAELAARLPAYMMPAQFIEMSEWPVTPSGKLDRRALPAPDGAADRQAYTAPRNVTEMKLCALWEEVLKNGPVGIRDHFFERGGHSLKATALVSRIAKEFGVQVPLQDIFARPTVEELASVIQDLEESPYEAIQPAQKQDTYPVSSAQKRMYVLQQLEDGGVGYNMPAVLELTGPLDCGRLEETFRQLVERHESLRTSFETGPDGEPVQRIHDSVPFQLDEAESPDAFVRPFCLEEAPLFRAALVKESDERHLLLTDMHHIISDGVSVNTLIKEFGELYAAVRLRRCAFNIKTMPSGSGRFRRKKDIRSRKRIG PGPT0012300_17 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS FUNGICIDAL_COMPOUNDS|ANTIBIOTICS FUNGICIDAL-FENGYCIN|PLIPASTATIN_METABOLISM,PGPT0012300-ppsA|fenC-K15664 NA NA D1-12_01056 1476 dacC COG2027 D-alanyl-D-alanine carboxypeptidase DacC TTGAAAATATATGTGAAACGCTTGAGCGCGGTGATTCTGCTTTTGATCATTGCCGCAGTTCCTTATATTGATGATGCGGCTAAGGCGGCTGAACAAAAAAATACTTTGCAAAAAGAGCTGGAACACATTCTGGATGAAGAACCTGCTTTAAAGGGGGCTTCAGCGGGCGTCAGTGTCCGGTCAGCAAAAACAGGGGAGGTGCTGTTCGGCAGCCGGGAAGATATGCGGCTGAGGCCTGCATCACTGATGAAGCTGCTGACGGCATCTGCGGCGCTTTCCGTTCTCGGAGAAGATTACACCTTTAAGACAGAAGTACGGGCAGACGGCGCCGTGAAAGGAAAACAGCTGCGCGGAAACCTTTATCTCAGGGGAAAAGGCGATCCGACCCTATTGGGTTCTGATTTTGAGAAGATGGCTAAACAGGTCAAAGCCAGAGGCATCCATGTCATTAAAGGAGATCTGGTCGGGGATGACTCGTGGTATGACGATACCAGGTATTCAGTTGATCTTCCGTGGAGCGATGAAGGCCAATATTATGGTGCGCAAGTATCAGCTCTTACCGCTTCCCCAAATGAGGATTATGATACCGGAACGGTGATTGCGGAAATCAGCCCGGCAAAACAGCCCGGTAAAAAGCCGCGCATTTCGATTTCTCCCCATACGGACGTCGTTCGTGTGAAAAATGAAGTGAAAACCGTCGCTTCTGATGAAAAGAAAGAATTGACGGTTGAACGGGAGCACGGTGGCAATGTGATTACGATAAAGGGAACCATACCTGCCGGCTCGGCACAGGCAAGAGAATGGGCGGCGGTGTGGGATCCGTCGTCCTATGCTTTAGATTTATGGAAACAAGCGCTTACTAAACAGGGTATAACTGTAAAAGGGAAAATCAGAACAGGGCGAATGCCGCACCGCACCCAACTTGTCACATCACGGACATCCATGCCTCTTTCAGAATTATTGATCCCGTTTATGAAACTGAGCAACAACGGGCACGCCGAAATTCTGATCAAGGAAATGGGAAAAGTGAAAAAAGGAGAGGGCAGCTGGGAAAAGGGCTTGGACGTGATGAAATCGGAGCTCAAATCGTTCGGGCTGAATCCGGATGAATTGATTGCAAGAGACGGATCCGGCGTTTCTCATATTAACGGCATATCCGCCGGCCAAATCGGAGAGCTTTTGTATGCGGTTCAGAAAGAAAAGTGGTACCCGGCTTTCCTTCGGTCGCTCCCTGTCGCCGGCGCAAGCGACAGAATGACGGGAGGAACCCTTCGGAACCGGCTGAAGGGCACCCCGGCGGAGGGCAAAATTAAAGCGAAAACCGGGTCACTAACATCAGTCAGTTCGATTGCCGGCTATGCAGACACAAAAACAGGAGATACGCTTATTTTTTCCGTGCTTCAAAACGGGCTGCTTGACGAAGATGACGGAAAAGACATTGAAGACAAAATTGCAGTCGTGCTGGCAAATCAATAA MKIYVKRLSAVILLLIIAAVPYIDDAAKAAEQKNTLQKELEHILDEEPALKGASAGVSVRSAKTGEVLFGSREDMRLRPASLMKLLTASAALSVLGEDYTFKTEVRADGAVKGKQLRGNLYLRGKGDPTLLGSDFEKMAKQVKARGIHVIKGDLVGDDSWYDDTRYSVDLPWSDEGQYYGAQVSALTASPNEDYDTGTVIAEISPAKQPGKKPRISISPHTDVVRVKNEVKTVASDEKKELTVEREHGGNVITIKGTIPAGSAQAREWAAVWDPSSYALDLWKQALTKQGITVKGKIRTGRMPHRTQLVTSRTSMPLSELLIPFMKLSNNGHAEILIKEMGKVKKGEGSWEKGLDVMKSELKSFGLNPDELIARDGSGVSHINGISAGQIGELLYAVQKEKWYPAFLRSLPVAGASDRMTGGTLRNRLKGTPAEGKIKAKTGSLTSVSSIAGYADTKTGDTLIFSVLQNGLLDEDDGKDIEDKIAVVLANQ PGPT0024035_919 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-CARBOXYPEPTIDASE_ACTIVITY,PGPT0024035-dacB-K07259 NA NA D1-12_01057 975 galM COG2017 Aldose 1-epimerase GTGCTTATGACGATTGAACATACGACTTATTTAGGGGTTTCAGCCATAAAAGCGGAGACTGATCAGGCTGAATGCATCATTGTGCCGGAGTGGGGATCAAATGTCATATCGCTTCGGGATAAAAGAACCGGTATGCGGCTTCTCAGAGAACCGGAAACTGCGGAGCAATTCCGCGCAAAACCGATGCTGTACGGCATTCCCGTTTTATTCCCGCCGAACCGGATTACGGACGGGACGTTTCGTTTTGACGGCCGCGCGTATCAATTCGAGATAAACGAAGAGGATAAACATAATCATATTCACGGCTTTCTTCACAATCAGCATTGGAAAGCGGCGGCAGCGAAAGAAGAGGGGGATGGAATGACAGTCGAAACAGAAATTGATCTTTCAAAGATTCCCCGTGTTCATAAACAATTTCCGCACGATGTCATTGTCCGGATGACCTATACATTAAAAGACAATGTGTTTACGCAGCGGGCGCTGATTACCAACAATGGAACGGAGGCTTTTCCTTGGGGGCTCGGCTATCATTCCACATTTGTTTTCAATGAAGAGCGATCCCGTCTTTTTCTGACGGCTGACCGCATGTGGGAATTAAATGAACGTTTCGTGCCGACGGGCCGTTTATTGGATGTGCCTGATAAAGAAGCGTTCCGTCATGGGATGTCTTTGAAAAATAAACAGTTTGACGATGTTTTTCTTTCTTCCGGACGGAACGGCGGCAATAACGAAGCTGTTATTTCTCATCCGGATGAGAAATTATCCGTTTTGTATCAGGCAGACACGTCTTTCAAGCATTGGGTGGTATATAACGGTGACGGAAAGCAGGGGTTTGTCAGTCTTGAGCCTTATACTTCCGTTACAGATGCATTTAATCTGAATCAGCCTGCATCACTGACAGGGCTTCAGATTCTGAAACCGGGCGAAGAAGCGCCTGCGTCATCCAGGATCACCATTTTGCATGACGAAGAATAG MLMTIEHTTYLGVSAIKAETDQAECIIVPEWGSNVISLRDKRTGMRLLREPETAEQFRAKPMLYGIPVLFPPNRITDGTFRFDGRAYQFEINEEDKHNHIHGFLHNQHWKAAAAKEEGDGMTVETEIDLSKIPRVHKQFPHDVIVRMTYTLKDNVFTQRALITNNGTEAFPWGLGYHSTFVFNEERSRLFLTADRMWELNERFVPTGRLLDVPDKEAFRHGMSLKNKQFDDVFLSSGRNGGNNEAVISHPDEKLSVLYQADTSFKHWVVYNGDGKQGFVSLEPYTSVTDAFNLNQPASLTGLQILKPGEEAPASSRITILHDEE PGPT0017825_4182 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 D1-12_01058 1389 mepA Multidrug export protein MepA ATGGAAGTACAAGATCATTTAGAAACAGCGGAAGGCCGCGGCCAGTCTGTCTGGCGATCGATGTCACTGTTTTTAGTGCCGCTGCTTTTAAGCAATGTATTGCAATCTGTCGGCCAATTGGTCGGAATGGTATTTGTCGGAAGGTGGCTCGGAGTTGATGCGCTTGCCGCCGTATCGTCTTTTTTTCCGCTGTTTTTTCTGCTGATCTCCTTTACGATCGGAATCGGTTCGGGAAGTTCCATTTTGATCGGGCAGGCTTACGGCGCGAAAAACGAAGAGAGGATGAAGGCGATTGTCGGCACTACACTGACTTTTACCTTTATGCTCGGTGTTGTTCTGGCAGTTGTCGGCAGTGTGTTTACGCTTGATATTCTGCGGCTGATGGGAACGCCGGAAAACGTAATAGATGTCAGTGTCCGATATGCGCGCATTTTGTTTTGCGCAATGCCGCTGATGTTTTTATATTTTGCGTATACGACATTTTTACGCGGAACGGGAGATTCAAAGACCCCGTTTTATACGTTAATCGTCAGTACAGTCATAAACATCGGGCTCTTGCCCTTATTGATTCTCGGGCTTTTCGGACTTCCGAAGTTCGGCATTTACGGTTCGGCGTATGCAACCGTGATTTCAAACATCGTGACATTTATCGTACTCATGGTTTATTTACGGAAAAGAAAACATCCATTGGCATTTGACCGGACTGCGCTCCGTTCTCTTAAAATGGACAAAAAGCTGCTCGCGCTTTTACTCCGTCTCGGTATTCCGTCGAGCATCAATATGATTCTCGTGTCACTTTCTGAAATTGCGGTCATTTCATTTGTCAATCATTACGGATCAAACGCGACGGCTGCTTACGGGGTCGTCAACCAAGTGGCGAGTTATGTGCAGATGCCGGCGGTAAGCCTCGGTATCGCCGTTTCAATTTTTGCCGCCCAATCCATTGGCGCCAATCAATTCGGCCGGCTGAAACAGGTCATCAAAGTCGGCATCGGCCTGAATTATTTGATCGGCGGGGTGTTGATCCTGCTGATTTACACCTTCTCCCGGCAGATACTGGCTTTGTTTTTAACAGATCAGGATACACTCCACATTGCCCGCAATCTGATTATGATTACCCTTTGGAGCTATTTGATTTTCGGTCACGCTCAGATCGTTTCAGCAACAATGCGGGCGAGCGGTACGGTGTTATGGCCGACGATTATCAGCATTTTTGCGATTTGGGGAATTGAAGTGCCTGTGGCCTTTATTCTTTCTCATTATACGAATCTCGGCATTCTCGGCATTTGGGTCGGTTATCCGGCGGCTTTTGTCGTCAGCCTGCTGCTGCAATACGGATATTACCGGTTTGTATGGAAGAAAAAACAGATTACCCGGCTGATTCAATAA MEVQDHLETAEGRGQSVWRSMSLFLVPLLLSNVLQSVGQLVGMVFVGRWLGVDALAAVSSFFPLFFLLISFTIGIGSGSSILIGQAYGAKNEERMKAIVGTTLTFTFMLGVVLAVVGSVFTLDILRLMGTPENVIDVSVRYARILFCAMPLMFLYFAYTTFLRGTGDSKTPFYTLIVSTVINIGLLPLLILGLFGLPKFGIYGSAYATVISNIVTFIVLMVYLRKRKHPLAFDRTALRSLKMDKKLLALLLRLGIPSSINMILVSLSEIAVISFVNHYGSNATAAYGVVNQVASYVQMPAVSLGIAVSIFAAQSIGANQFGRLKQVIKVGIGLNYLIGGVLILLIYTFSRQILALFLTDQDTLHIARNLIMITLWSYLIFGHAQIVSATMRASGTVLWPTIISIFAIWGIEVPVAFILSHYTNLGILGIWVGYPAAFVVSLLLQYGYYRFVWKKKQITRLIQ NA NA NA NA NA D1-12_01059 543 yoeB putative protein YoeB ATGAAAAAATGGCTATTATTCCTCACTACTATTACATTGATTCTGTCACTGGGCACTGCGGCGACCGCAAAAAATGCACCTAATGACCTTACACAAAAACAAGCGCTTCAGCTGGCCCTGTCAGCGAGAGAACATTTCTGGAACACAATGAGCGGCGGTTCGCTTAAATCAAACGCAAATTGCACTTCTGAACCGTTTGAATATCAAAATCTGCAATATGTATTTATGTGCAAAGACCTCGGAACAAAAGCGAAAGCCGTAAAATATCTGACACCCGCTTTTACAAAGCAAGCGATTGACAAAGGGCTCAAAGATTACCACTTCACTGTAAAAGACGGCAAATTGGCTGTTCCGGTCGGCGACGGAGATAACCTCCTGAATTGGAAAAAAGCAAAAATGACTCTTCTTTCTAAAAAAGGAAGCGCTCAAACATACCGCTTCACTGTACCGACTCTTGACGGTTCTCCGTCAGCAAAACGCGATGTAACATTCGTAAAAGAAAACAACGTTTGGAAAGTCAATCAATTTGATGCTGTCATATAA MKKWLLFLTTITLILSLGTAATAKNAPNDLTQKQALQLALSAREHFWNTMSGGSLKSNANCTSEPFEYQNLQYVFMCKDLGTKAKAVKYLTPAFTKQAIDKGLKDYHFTVKDGKLAVPVGDGDNLLNWKKAKMTLLSKKGSAQTYRFTVPTLDGSPSAKRDVTFVKENNVWKVNQFDAVI NA NA NA NA NA D1-12_01061 546 xerC_2 Tyrosine recombinase XerC ATGCATATCGTACAGCCGATCCGAAGTTTGGAGAAGATCCAGGAAGTCAAACAGTATTTAATGAAAAAAAGTGATCGTGATTATTTTTTATTTATTTTCGGCATGAACAGCGCACTGCGGATTTCAGATGTTCTGCCGCTTCGCGTGAGGGATGTAAGGAACAAAGACCATGTGTGGGCAACCGAAAGCAAAACGAGAAAGAAAAGAAAAATTCTGATACTGGAGTCTTTAAAGGCCGACATATACGCTTATACAAAAGACATGAAAGAGGATGACTATTTGTTTAAATCGAAACGGACGAATAAGCCCATATCCCGGATTCAGGCATACAGAATATTAAAGGAAGCGGCTGCCGCTTGCGGGTTGGAGGAAATCGGGACGCATACGCTTAGAAAGACGTTCGGGTATCATTTTTATCAGAGGACAAAAGACATTGCTGAACTGCAGAGGATTTTGAATCATTCTTCTCCGTCTATTACAATGCGTTATATCGGAATAGATGAAGATACGACGAGAGCCGCCTATAAAGTGTTCGGAGGGCTGTAG MHIVQPIRSLEKIQEVKQYLMKKSDRDYFLFIFGMNSALRISDVLPLRVRDVRNKDHVWATESKTRKKRKILILESLKADIYAYTKDMKEDDYLFKSKRTNKPISRIQAYRILKEAAAACGLEEIGTHTLRKTFGYHFYQRTKDIAELQRILNHSSPSITMRYIGIDEDTTRAAYKVFGGL NA NA NA NA NA D1-12_01062 231 hypothetical protein ATGTATTTAACGATCAAAGAGACAGCTGAGTTTACCAGTCTTCCTGAAGAATATGTGCACAATCTTGTTTTGACGAATAAAATAAGAGCCGTCCATGACGGACAGCAATATTTAATCAACAAGGAACAATTTCAAACACATCTCGAGCAGCTGGAAAAATATAAGGAAATGATTCAAGAGTTTTTAAATGAGCCGCTTCCTGAGGACATTGATGTAAAAGATGAAGATTAG MYLTIKETAEFTSLPEEYVHNLVLTNKIRAVHDGQQYLINKEQFQTHLEQLEKYKEMIQEFLNEPLPEDIDVKDED PGPT0017735_3743 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 D1-12_01063 1776 ggt COG0405 Glutathione hydrolase proenzyme ATGAAAAAGAAAAAGTTTATGAATCTCTGTTTTATCGTTCTGCTCAGTACTTTGCTCGCGGCCGGAAGCATCCCTTATCACGCTCAGGCTAAGAAACACCCGTTTTCCTATGACGACTACAAACAGGTAGATGTCGGCAAAGACGGCATGGTTGCCACCGCCCATCCTCTCGCTTCACAAATCGGTGCCGACGTGCTGAAAAAAGGCGGCAATGCAATTGACGCCGCGGTTGCCATTCAATTCGCATTAAACGTAACTGAACCTATGATGTCAGGAATCGGCGGCGGCGGATTTATGATGGTTTATGATGCGAAGACGAAAGACACCACCATTATCGACAGCAGGGAACGCGCACCGGCAGGCGCAACACCGGATATGTTCCTTGACGAAAACGGCAAAGCCATTCCTTTCTCCGAACGCGTTACGAAAGGGACTGCAGTCGGTGTTCCGGGAACATTAAAAGGACTTGAAAAAGCGCTAGACAAATGGGGCACACGCTCCATGAAACAACTCATCACCCCTTCCATTAAACTTGCCTCAAAAGGCTTTCCGATCGATTCGGTTTTAGCTGATGCCATCTCAGATTATAAAGACAAATTATCACACACTGCTGCAAAAGACGTGTTTCTTCCGAACGGAGAACCTCTGAAAGAAGGAGACACACTCATCCAAAAAGACTTAGCCAAAACATTTACAGCTATTAAGTACAAAGGCACAAAAGCATTCTATGACGGTGCATTCTCCAAAAAGCTTGCAGAAACAGTGCAGGAATTCGGCGGCTCAATGACAGAAAAAGACATTAAAAACTTCAATGTGACGATTGACGAACCGATCTGGGGAGATTACCAGGGCTATCATATCGCAACTGCTCCTCCTCCAAGCTCGGGCGGTGTTTTCCTGTTGCAAATGCTGAACCTCCTGGATGATTTTAAGCTTTCTCAATATGATATCCGTTCTTGGCAAAAATATCAGCTTCTCGCAGAAACGATGCATTTGGCTTATGCTGACCGCGCCGCATTTGCCGGGGACCCAGAATTCGTCAACGTCCCTCTCAAAGGTCTCTTGAATCCAGATTATATCAATGCCCGCAGACAGCTGATAGATATTGATAAAGTCAATAAAAAACCGAAAGCCGGCGATCCTTGGGCCTATCAGGAAGGTTCTGCAAACTATAAACAAGTGGAGCAGCCGACTGACAAACAGGAAGGTCAAACGACTCACTTCACGGTAACCGACCGCTTCGGCAATGTCGTATCTTATACGACAACAATTGAACAGCTGTTCGGTTCCGGCATTATGGTTCCCGGATACGGCGTTGTGCTGAATAATGAGTTAACAGACTTCGATGCGGTGCCTGGCGGCGCAAATGAAGTGCAGCCGAATAAACGTCCGCTCAGCAGCATGACTCCGACTATTTTATTCAAAAATAACGAACCTGTCCTGACTGTCGGCTCCCCCGGCGGAGCAACGATTATTTCTTCCGTCCTGCAAACGATCCTGAACAAAGTTGAGTACGGCATGGATCTGAAAGCGGCAGTCGAAGAGCCGAGAATTTACACAAACAGCATGACATCCTATCGATATGAAAAAGGAGTGCCGGAAGAAGCCCGCACAAAACTGAACGAAATGGGGCATAAATTCGGCAGCAGCCCGGTTGATATCGGTAATGTGCAAAGCATCCTGATCGACCGTGAAAACGGCACCTTCACCGGAGTCGCCGACTCAAGCCGAAACGGAGCCGCAATCGGCGTAAACTTGAAAAATTATAAAAAATAA MKKKKFMNLCFIVLLSTLLAAGSIPYHAQAKKHPFSYDDYKQVDVGKDGMVATAHPLASQIGADVLKKGGNAIDAAVAIQFALNVTEPMMSGIGGGGFMMVYDAKTKDTTIIDSRERAPAGATPDMFLDENGKAIPFSERVTKGTAVGVPGTLKGLEKALDKWGTRSMKQLITPSIKLASKGFPIDSVLADAISDYKDKLSHTAAKDVFLPNGEPLKEGDTLIQKDLAKTFTAIKYKGTKAFYDGAFSKKLAETVQEFGGSMTEKDIKNFNVTIDEPIWGDYQGYHIATAPPPSSGGVFLLQMLNLLDDFKLSQYDIRSWQKYQLLAETMHLAYADRAAFAGDPEFVNVPLKGLLNPDYINARRQLIDIDKVNKKPKAGDPWAYQEGSANYKQVEQPTDKQEGQTTHFTVTDRFGNVVSYTTTIEQLFGSGIMVPGYGVVLNNELTDFDAVPGGANEVQPNKRPLSSMTPTILFKNNEPVLTVGSPGGATIISSVLQTILNKVEYGMDLKAAVEEPRIYTNSMTSYRYEKGVPEEARTKLNEMGHKFGSSPVDIGNVQSILIDRENGTFTGVADSSRNGAAIGVNLKNYKK PGPT0002935_1851 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_TAURINE_UTILIZATION,PGPT0002935-ggt-K00681 NA NA D1-12_01064 1176 pbuE_1 COG2814 Purine efflux pump PbuE GTGCAAAATACCTGGAAGATTTACATTTTGGCAATTATCAGTTTTTTAGTGGGGACGTCTGAATATGTGATATCCGGGATGCTTGATAAAATTGCAGGGTCCTTGGGAGTTACTGTGGCAGCGGCAGGGCAGCTGATTACAATTTTTTCACTTGTTTATGCAATCGGAACGCCTGTCATGATGGCCCTTACAGCAAAACTGGACAGAAGGAAGCTCATGATCTATGCTCTTGGATTGTTTGTAATCGGAAATATCATTTCTTTCCTTGTGCAGGGATTCGGCTTATTTGCGGGAGCGCGGGTGATTATGGCGCTTGGAGCAGGAACCGTGGTGGTCACCGCGCTTACGATCGCAGCAAAAATCGCTCCCCCGGGAAAACAGGCAAGTTCTCTCGCAACCGTCATTATGGGGTTTACGGCGGCGCTCATTATCGGTGTTCCGATCGGAAGAACCGTGTCTGAAGCTTTCGGCTGGAAGGTGGTTTTCGCCGGAATTGCGGCAATCGGAATCATTGCCATGCTTATTATACGTTTCGCGCTGCCTGAGATAAAAGGAGATAAACCGGTGCCGCTCATTCAGCAATTTTCTCTTTTGAAGAAACGAAAGGTGGCTGTCGGGCTGGCCATTACGTTTTTTTGGCTCGGAGGCTATTCGGTTGCGTATACGTACCTTTCTCCGTATTTACTGAACGTCACTCATATCGGCAGCGGAATACTGAGTACATTGCTGCTTATTTTCGGTGTTGCAAGTCTTGCCGGTTCTAAAGCAGGCGGTTTCAGCGCAGACAAATGGGGGGCGCGTATGACATTAACCGGCGGAATGGCGCTTCATGCTATCATGCTCATGTTATTGCCGTTTGTCACACATTCTGCTTTCGGAGCGGCGGCAGTGCTTATTTTTTGGTCCTTCGCCGCCTGGTCATCTGGGCCTGCTCAGCAGTATCATTTGGCAACGATGGAGCCTGAATCATCGGGTGTATTACTTGGCCTCAACCAGTCTGTGATGCAGCTGGCTATGGCAGCCGGGGCGGGCATCGGGGGCATTGTTGTCACTCATCTGTCTCTTGCGTCAGTGACATGGATCGGATCAGCGGGTGTTGTCATCGCGATGTGCGGCGTGCTTTCGCTTGCATCATTAACGTCTGAAAAAACCTCATCTGAATACAGTGCAGAATAA MQNTWKIYILAIISFLVGTSEYVISGMLDKIAGSLGVTVAAAGQLITIFSLVYAIGTPVMMALTAKLDRRKLMIYALGLFVIGNIISFLVQGFGLFAGARVIMALGAGTVVVTALTIAAKIAPPGKQASSLATVIMGFTAALIIGVPIGRTVSEAFGWKVVFAGIAAIGIIAMLIIRFALPEIKGDKPVPLIQQFSLLKKRKVAVGLAITFFWLGGYSVAYTYLSPYLLNVTHIGSGILSTLLLIFGVASLAGSKAGGFSADKWGARMTLTGGMALHAIMLMLLPFVTHSAFGAAAVLIFWSFAAWSSGPAQQYHLATMEPESSGVLLGLNQSVMQLAMAAGAGIGGIVVTHLSLASVTWIGSAGVVIAMCGVLSLASLTSEKTSSEYSAE NA NA NA NA NA D1-12_01065 303 hlyU COG0640 Transcriptional activator HlyU ATGAAACCTATTGATGTTTTTAAAGCGTTGTCTAATGAGTCACGGCTTGAGATTTTACAATGGCTGAAAGAGCCGGACCGTCACTTCGCCCCGCATGATGGCATTGATATGAATGAGATCGGAGTATGTGTCAGCCAGATCACCGATAAGCTTCAGATGACACAGTCAACGGCGTCTCAATATCTTTCCATTCTTCAGCGGGCGGGCCTTATCCAAACAAAACGGATTGGCAAATACACCTATTATAAAAGAGATGAAGAAGCGATAAAGGCGATGGCCGATTATTTTCAGCGCGAAATGTAG MKPIDVFKALSNESRLEILQWLKEPDRHFAPHDGIDMNEIGVCVSQITDKLQMTQSTASQYLSILQRAGLIQTKRIGKYTYYKRDEEAIKAMADYFQREM NA NA NA NA NA D1-12_01066 282 hypothetical protein GTGTACGCCAATTTTTTTCGTTCTGGTTTTTCTCAGAAGAAAGCGGGTATCCGGGCTGAGCTCGATCAGCGCGATGAAAAACTCGGCTATAAAATCAGAGAAGCACAAATGAAAAAAATACCGTATATTGCTGTTGTGGGAGATCAAGAGTGCCGCCATCAATCTGTACATGTACGGCAATACGGGCGGGAAGACACATTTGAAGAGAATGTGAGTGATTTTATGTCCCGGATCATAAGAGAGGCAAAACAAAAAATAGAGATTGAAGAAAAACAACATTGA MYANFFRSGFSQKKAGIRAELDQRDEKLGYKIREAQMKKIPYIAVVGDQECRHQSVHVRQYGREDTFEENVSDFMSRIIREAKQKIEIEEKQH NA NA NA NA NA D1-12_01067 867 yofA COG0583 HTH-type transcriptional regulator YofA ATGGAAAGCGGAGACTTAAAGATTTTTCAGGCTGTCGCCCGCAAAGGAAGTATTTCAAAGGCGGCAGAAAGCCTGCATTATGTTCAATCAAATGTGACAAACCGGATTCAGCAGCTGGAACGGCAATTGCAAACACAGCTTTTTTACCGCACAAATCGGGGGATGACGCTGACGCCCGCAGGTGAAAACTTATTAAAAGACGCAGACAGAATCCTTCAATTGCTGCATGAGGCGCAAAAAACGGCGCAAGAGGCAGGCGATCCGAACGGCCCGCTTCGAATCGTTTCTCTTGAAACGGCGGCAGCCGTCCATCTCCCTCAATTTTTCACGGAGTATTGCAGCCGTTACGCGAAAGTACAGCTGTCTCTGTCAACCGGTGATACACATACCTTAGTGCAGCGCGTCTTACACTATGAGCTGGACGGCGCTTTTGTTTATGGACCGGTCGAATACGAAGATCTTGAGCAAGTCGCTGTATTTCAAGAAGAATTGGTCTTGGTCTCAAATAAGCGGGAAGGCAGTTTGCAAGACTTGTTGCGAGATCCGATTCTGTATTTTGCCGCGGGCTGTTCGCACCGCCGCAAAATAAAAAACATACTGAAAGAAGAGGCAGTGCCCGCATATAAAATCATTGAATTCGGTACGTTGGAAGCCATTATTGGGGCGGTGCAGGCGGGGATGGGGGTTTCCTTTCTGCCTGCATCAGCCGTCCGTTATTTTCAAAACAGGAAAAATCTTTTTCTTCATGAGCTCCCTGAACATTTTCGGAATATGAATATATCATTCATCTACCGGAGTGATTTATTTTTGACATCGGCGTTTGAAGAACTGCTGAATGGATTAAAAGCACTACCGAACGGAAGATGA MESGDLKIFQAVARKGSISKAAESLHYVQSNVTNRIQQLERQLQTQLFYRTNRGMTLTPAGENLLKDADRILQLLHEAQKTAQEAGDPNGPLRIVSLETAAAVHLPQFFTEYCSRYAKVQLSLSTGDTHTLVQRVLHYELDGAFVYGPVEYEDLEQVAVFQEELVLVSNKREGSLQDLLRDPILYFAAGCSHRRKIKNILKEEAVPAYKIIEFGTLEAIIGAVQAGMGVSFLPASAVRYFQNRKNLFLHELPEHFRNMNISFIYRSDLFLTSAFEELLNGLKALPNGR NA NA NA NA NA D1-12_01068 981 ccr COG0604 Crotonyl-CoA carboxylase/reductase ATGAATGCTCTTATCATACACGAAAATGGCTTTGATTTCAGGCAGGCACCTGACAAACGGCCGGGAAACGGCGAAGTAAAAATAAAGCTGAAAACAGCCGGATTAAACCATCGTGATTTGTTTTTAATGAAAAACCACAAAACCGGAAACCATGAATTTACTCTCGGTTCAGACGGCGCGGGAATCGTAACCGAAATAGGACATGGCGTCCGGTCTCATTTACTGCATGCAGAAGTCATCATCAACCCGGTGCTGAATTGGAAGACTGTTGAGGACGTACCAGCCGTCCCTGATATTTTAGGAGGTCCGAGCGACGGAACATTTTCACCTTATGTCATTGTTCCTGCGGAAAATGCCGTTTTAAAACCGGAACACCTGACTTGGGAGGAAGCGGGCGTGCTGCCGTTATCAGCATTAACCGCTTATCGCGCCTTATTTACAAAAGGACAATTAAAAAAAGGCGAACACCTTATCCTTCCGGGCATCGGAAGCGGCGTGGCAACATATGCCTTATTAATGGCAAAAGCTATCGGAGCGACAGTCAGCGTCACTTCCCGCAGCGAAAACAAAAAACAAACCGCACTGTCATACGGTGCAGACCGGGCGATTGACAGCTACGGTGACTGGAATGAGGCGCTGAATGGCGAAAAAGCAGATATCATACTTGACGGTGTAGGCCCCGCCTTGTTTCAACACTATCTTGACATTATGAAACCGAATGGCCGGATCGTAACATTTGGCGCCAGTTCAGGCGATCAGCTCGGATTTCCTATTCGTTCGCTGTTTTTTCCGCAGATTCATATTCTCGGTACATCAATGGGAAGCAATGAGGAATTCGCGGATATTCTGGAATTGATAAACCGCTGCGGCATCCGTCCCATTATCGACCGCATGTACCCTCTCAGTGAAGCAGCTGCCGCTTTTAACAGAATGCGGGAAGGACGGCAGTTCGGCAATATCGGCTTTCGTATAGATGTCTAA MNALIIHENGFDFRQAPDKRPGNGEVKIKLKTAGLNHRDLFLMKNHKTGNHEFTLGSDGAGIVTEIGHGVRSHLLHAEVIINPVLNWKTVEDVPAVPDILGGPSDGTFSPYVIVPAENAVLKPEHLTWEEAGVLPLSALTAYRALFTKGQLKKGEHLILPGIGSGVATYALLMAKAIGATVSVTSRSENKKQTALSYGADRAIDSYGDWNEALNGEKADIILDGVGPALFQHYLDIMKPNGRIVTFGASSGDQLGFPIRSLFFPQIHILGTSMGSNEEFADILELINRCGIRPIIDRMYPLSEAAAAFNRMREGRQFGNIGFRIDV NA NA NA NA NA D1-12_01069 711 hypothetical protein ATGGAATTTTGTTTTACAGGGTGGAGAGATTATTTTCGTAGAAATCAATCAGCAGTCAAGGAACTGAACTGTAAATATGATCAGCTTTCTGAAACTGAGCGCCGCGTTATTTGTTCTTCAGTTCAGCAGTTTCAAATCGGCGAAAGTTCAGAAGGTCTGTTTTTGATAGCTGCTGCAAAACGTTTCTTAAAGGATTGTGCTGACAAAAGTTATCTGGAAGCGCTGATTTTATTTATTCAGGAAGAACAAAGGCATGCGGGTGAATTGGAAATATTCATGAACCGGCACAATATCCCAAAGCTGAAAAAGCATTGGGTTGATCAAATCTTCCGCAGACTGAGACGATTTGCAAGCCTTGAGCAGTCGATCACGGTGCTGCTGACGGCGGAAATCATCGCCGCCGTTTATTATGACGCCTTAAAAAACGTGACGGGCTCTGTGTGTCTGCGATCAATTTGCGGGCAGATTTTAATTGATGAAGAAAAACATATTGAATTTCAAGCGGAAGCACTGCACAAGTTCGGCCGGCGCCGCTTAAAGATCACCAATACGTGTGCTGTGTTTTCCCGCTTTATTTTATTGACGGGCACTTTACCCGTCGTGTGGCTCTATCATCGAAAAGTTTTAAAAGCCGGGGGTAAACACTTTTTTGTTTATTTGAAAGAAGCCTATCAAGAGTATGTCAGAGCGGAAAAACTCATAAACAAATAA MEFCFTGWRDYFRRNQSAVKELNCKYDQLSETERRVICSSVQQFQIGESSEGLFLIAAAKRFLKDCADKSYLEALILFIQEEQRHAGELEIFMNRHNIPKLKKHWVDQIFRRLRRFASLEQSITVLLTAEIIAAVYYDALKNVTGSVCLRSICGQILIDEEKHIEFQAEALHKFGRRRLKITNTCAVFSRFILLTGTLPVVWLYHRKVLKAGGKHFFVYLKEAYQEYVRAEKLINK NA NA NA NA NA D1-12_01070 1482 gltB COG0493 Glutamate synthase [NADPH] small chain ATGGGGAAACCAACTGGATTCATGGAAGAAAAACGAGAAAAACCGGCTGAGCGGGACCCTCTCACTCGCTTAAAGGATTGGAAAGAGTATTCGGCTCCATTTTCAGATGAAGCGTCAAAGCGGCAGGGGGCGCGGTGTATGGATTGCGGCACACCGTTTTGCCAAATCGGCGCTGATATCAACGGTTTTACGTCCGGCTGCCCGATTTATAATCTGATACCGGAGTGGAATGACCTCGTCTATCGGGGGCGCTGGAAAGAAGCCTTGGAGCGTCTTCTGAAAACGAATAACTTTCCTGAATTCACAGGGCGGGTCTGTCCCGCTCCTTGTGAAGGATCTTGTACGCTGGCCATTTCAGATCCGGCTGTTTCAATTAAAAACATCGAGCGGACGATCATTGACAAAGGTTTTGAAAATGGATGGATACAGCCGAGAATTCCAGCGAAACGCACAGGTAAAAAAGTCGCTGTCGTCGGTTCAGGCCCGGCAGGTTTGGCAAGCGCTGATCAGCTGAACCAAGCCGGTCATTCCGTAACGGTCTATGAGCGTGCTGACAGAGCCGGCGGCCTGCTGATGTACGGCATTCCGAGCATGAAGCTTGAGAAAAATGTCGTCGAACGCCGTATTAAGCTTTTGACGCAGGAAGGTATAGATTTTGTAACAAATACTGAAATCGGCGTTGACATAACGGCAGATGAGCTGAAAGAACAATTTGATGCCGTCATTTTGTGCACAGGCGCCCAAAAGCAGCGCAATCTGCTGATTGAAGGCCGGGAAGCAAAAGGCGTCCATTATGCGATGGACTATTTAACACTGGCGACGAAAAGCTATTTAGATTCCAACTTCAAAGACAAACAATTTATAGACGCTAAAGGGAAAGACGTCATTGTGATCGGCGGAGGAGACACAGGAGCTGACTGCGTGGCAACCGCGCTGCGCCAAAAAGCGCGCAGCGTGCATCAGTTCGGGAAACATCCTAAACTTCCTCAAACGCGCACGAACGACAATATGTGGCCTGAACAGCCGCACGTCTTTACCCTTGAATACGCCTATGAAGAAGCGCAGGCAAAGTTCGGCAAAGACCCGAGAGAATATTCAATTCAGACGACAAAAATGGTGGCCGATAAGCAGGGCCGCTTACAAGAGATTCAAACCATTCAAATGGAAAAAGTCAGAAACGAATTCGGAAAGTATGAATTTCATGAACTGCCCGGTACAGAAAAAGTATGGCCTGCTCAGCTGGTGTTCATCGCCATCGGTTTTGAAGGGACAGAACAGCCATTATTGAAACAGTTCGGTGTCGATTCGGCAAATCATAAAATTCAGGCGGCATATGGGGATTATAAAACGAATGTTGACGGTGTTTTCGCCGCAGGGGATGCGAGAAGGGGCCAAAGCCTGATTGTATGGGCGATTAATGAAGGCCGGGAAGCAGCGCGCGAAGTCGACAGTTATTTAATGGGGAGCACTGTTTTACCGTAA MGKPTGFMEEKREKPAERDPLTRLKDWKEYSAPFSDEASKRQGARCMDCGTPFCQIGADINGFTSGCPIYNLIPEWNDLVYRGRWKEALERLLKTNNFPEFTGRVCPAPCEGSCTLAISDPAVSIKNIERTIIDKGFENGWIQPRIPAKRTGKKVAVVGSGPAGLASADQLNQAGHSVTVYERADRAGGLLMYGIPSMKLEKNVVERRIKLLTQEGIDFVTNTEIGVDITADELKEQFDAVILCTGAQKQRNLLIEGREAKGVHYAMDYLTLATKSYLDSNFKDKQFIDAKGKDVIVIGGGDTGADCVATALRQKARSVHQFGKHPKLPQTRTNDNMWPEQPHVFTLEYAYEEAQAKFGKDPREYSIQTTKMVADKQGRLQEIQTIQMEKVRNEFGKYEFHELPGTEKVWPAQLVFIAIGFEGTEQPLLKQFGVDSANHKIQAAYGDYKTNVDGVFAAGDARRGQSLIVWAINEGREAAREVDSYLMGSTVLP PGPT0000640_859 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_GLUTAMINE_DEGRADATION,PGPT0000640-gltD-K00266 NA NA D1-12_01071 4560 gltA COG0067 Glutamate synthase [NADPH] large chain ATGACTTACAATCAAATGCCGAAAGCACAAGGTCTCTACCGTCCGGAATTTGAGCACGATGCATGCGGAATCGGCTTGTATGCCCATTTAAAAGGGAAACCTTCACATGACATTGTCAAAAAAGGACTGAAGATGCTTTGCCAGCTGGATCACAGAGGAGGACAGGGCAGTGATCCGAATACGGGTGACGGCGCCGGCCTGATGGTTCAGATCCCTGATGCTTTTTTTAAGAAAGAGTGCGGAGAAATGAAGCTGCCGGAAAAAGGCCGTTACGGGGTAGGAATGGTCTTTTTCTCGCAAAATGAAGAGGAAAGAAAAAAGATCGAAAAACAGGTGAATGCATTCATTGAGCAGGAAGGACAGATTGTTCTCGGCTGGAGAACCGTCCCTGTAAATGTCGGAAAAATCGGAACAGTGGCACAAAGCACTTGCCCGTATGTGCGTCAAGTATTTATCGGAGCCGCAAACGATTTGAAAGACAGCCTTGCTTTTGAACGCAAACTGTATGTTATCCGGAAGCAGGCGGAAAATTGGGGCGTTCAAGAACAGCTTGATTTTTACTTCGCAAGCTTGTCAAGCCAGACTATTGTTTATAAAGGGTTGTTAACGCCTGAGCAGGTTGACGCTTTTTATTTGGATTTGCAGGATGAAACCTTCGTATCTGCATTTTCACTCGTGCATTCAAGATTCAGCACAAATACCTTTCCTACTTGGGAACGTGCCCATCCGAACCGCTATCTGATTCATAACGGAGAAATCAATACGCTTCGGGGCAACATCAATTGGATGAGAGCGAGGGAGCAGCAGTTCGTTTCAGAAAGCTTCGGAGACGATCTTCACAAAGTGCTGCCGATTTTAAATGCTGAGGGCAGTGACTCATCCATTCTTGATAATGCGTTTGAATTTTTCGTGATGGCGGGGCGGAAACCGGCACATACGGCAATGATGCTGATTCCGGAACCATGGACGGAAAACACTCACATGTCTAAAGCGAAACGGGCTTTTTATGAATATCACAGCTCTTTAATGGAGCCGTGGGACGGGCCGACCGCCATTTCGTTTACGGACGGAAAACAAATCGGCGCCATCCTTGACCGTAACGGCCTGCGTCCGGCACGTTACTATGTGACAAAAGATGATCATATTATTTTCTCATCTGAGGTCGGCGTTATTGAAGTGGAGCAGGAGAACATTCTTCATAAAAAACGTCTGGAGCCCGGAAAAATGCTGCTCATTGACTTAGAGGAAGGCCGGATTATTTCAGATGAAGAAGTAAAAACAGAAATCGCCAATGAATTCCCGTATCAAAAATGGCTTGAAGAAGAATTGGTTCAAGTGAATCCTGACCCGGAAATCCGGGAAGAGGAACAATTCGATGATCTTCTCGTCCGTCAAAAAGCGTTTGGCTATACGTATGAAGATATCCAGAAATATTTAATTCCTGTTATTAAAGAAGGAAAGGACCCGCTCGGCTCTATGGGAAATGATTCGCCGCTCGCCGTTTTATCCGATCGCGCCCAATCACTGTTTCATTACTTTAAACAGCTGTTTGCGCAAGTCACAAACCCGCCGATTGACGCGATCCGCGAGCAGCTTGTGACCTCTACGGTGACATGGCTTGGGGCTGAAGGCGATCTGCTGCATCCGAGTGAAAGAAATGCACGCCGCATAAAATTGTATACTCCTGTATTATCAAACGAACAGTTTTATGCGCTGAAAACACTTGTGCACCCTGACATTAAGAGCCAGAACATCCGCACGCTGTTTTCCGATGACCTGGAAAAAGGCCTGAAGGATTTGTTTCAGCAAGCGGAAAAAGCGATCAAGGAAGGCGTATCTCTGTTAATTTTATCTGACAGGGCAATGAGTAGGGAATTGACGCCGATTCCGCCGCTTTTGGCCGTCAGTGCGCTGCATCAGCATTTGATCCGTCAAGGCCTGCGAACAAAAGCAAGCATTATCGTTGAATCCGGGGAAGCGCGTGAAGTTCATCACTTTGCGGCTCTCATCGGGTATGGTGCCGATGCTGTCAATCCGTATTTGACTTATGCTACGTATAAGCAGGAAATCGATGAAGGCCGGCTTGATATTCCGTATGAAGAAGCTGTCAGCAAATACGGAAAGAGCGTAACAGAAGGCGTCGTGAAAGTGATGTCAAAAATGGGGATTTCAACTGTGCAAAGTTACAGGGGCGCCCAAATTTTTGAAGCGGTCGGCATCGGTGAAGACGTTATCGCCAAATACTTTACCGGTACTGCATCTCAGCTTGGCGGAATCGATATTGAGACGATTGCGCAAGAAGCGAAACAGCGCCACCAAGCGGCGTACAAGGATGATTACAGCCAAACTCTTGATCCGGGAAGTGAATTTCAATGGCGGAACGGAGGAGAGCACCACGCTTTCAACCCGAAAACCATCCATACGCTGCAATGGGCCTGCCGAAAAAATGATTACAGCCTGTTTAAGCAGTACTCTCAAGCAGCGGATGAAGAACGAATCGGATTTTTACGCAATCTGTTCGCCTTCAAAGAAGACCGCAAGCCTTTAAAATTAGAGGAAGTTGAATCAGCTGCGTCCATCGTGAAACGTTTTAAAACAGGAGCGATGTCATTCGGTTCATTAAGCAAGGAAGCCCATGAGGCTTTAGCGATAGCGATGAACAGGCTTGGCGGAAAAAGCAACAGCGGAGAAGGCGGCGAGGATCCGAAACGTTTCGTTCCGGATGAAAATGGAGACGACAGAAGAAGTGCGATTAAACAGATCGCTTCCGGCCGTTTCGGCGTAAAGAGCCATTATCTCGTCAATGCGGATGAATTGCAGATCAAAATGGCGCAAGGGGCGAAGCCGGGAGAAGGCGGTCAGCTTCCGGGGAACAAAGTATATCCTTGGGTCGCGGATGTCCGCGGTTCTACACCAGGTGTAGGGCTGATCTCACCGCCTCCTCACCATGATATTTATTCAATTGAAGATTTGGCGCAGCTGATCCATGATTTAAAAAATGCAAATCGAAGCGCGCGAATAAGCGTCAAGCTCGTGTCAAAAGCCGGTGTCGGCACGATTGCGGCCGGTGTGGCAAAAGGCACTGCGGATGTCATCGTCATCAGCGGCTACGATGGCGGAACGGGCGCATCGCCGAAAACGAGTATTAAACATACTGGTCTTCCGTGGGAGCTTGGTCTTGCAGAAGCTCACCAAACGCTGATGCTGAACGGTTTACGGGATCGCGTGGTATTGGAAACGGACGGTAAGCTGATGACAGGCCGAGATGTCGTGATGGCCGCCTTGCTCGGTGCGGAGGAATTCGGCTTTGCTACAGCGCCGCTTGTCGTTCTCGGCTGCGTCATGATGCGCGCCTGCCATTTAGATACATGTCCAGTAGGTGTCGCGACGCAAAATCCGGAGCTCCGCAAAAAATTCATGGGCGATCCTGACCATATCGTAAATTACATGCTGTTTGTCGCAGAAGAAGTGCGTGAATATATGGCACAGTTAGGCTTTAAGACGCTTGATGAAATGATCGGACGGACAGACGTTCTTCATGTCAGTGAACGTGCGAAAGCGCATTGGAAAGCGGGACAGCTTGATTTATCCACACTGCTGTACCAACCTGAAGGCGTACGCACTTTCCGTACGGCGCAAAACCATAAAATCGACGAGTCGCTTGATATGACGGTTATTCTTCCGGCGGTGCAGGCTGCAATTGAAGCCGGTCAGGAAGCGGAAGCTGAAATCAAGATCAATAATACAAGTCGCGTAGCCGGAACCGTGACGGGAAGTGAAATTTCTAAACGCTACGGAGCGGAAGGCCTGCCGGATGATACGATCAGACTTCATTTTACCGGATCAGCCGGACAGAGTTTCGGAGCATTTGTCCCTAAAGGGATGACGCTTCATTTGAACGGGGATTCAAATGACTACGTAGGCAAAGGGCTTTCAGGCGGAAAAATCATCGTGAAAGCGCCTGATGCCTTCAATTGTGAAACACACGATAACGTTATTATCGGGAACGTCGCATTTTACGGAGCAACAAGCGGGGAAGCGTACATTAACGGGCGCGCCGGTGAACGTTTTGCAGTCCGTAACAGCGGAGTCAATGTCGTTGTAGAAGGTATCGGAGACCACGGCTGTGAATACATGACAGGCGGCCGGGTTGTCGTCCTCGGCGAAGTCGGCAAAAACTTCGGGGCGGGAATGTCAGGCGGTATCGCATACGTCCTGAGTGATGATGCCAAAGCATTTAAACGCAAATGCAACATGGAAATGATTTCATTTGAAAAGCTGACGGATGAGGCTGAGATCAAAGAAGTGCAAGAAATGGTCAAACGGCACGCGGCGCTGACAAACAGCAAAAAAGCCGCAGATCTCCTGGACAATTGGGAAAAAGCCGCAGAAACCTTTATCAAAGTCATTCCGAAAAACTATAAACAAATGCTCCTCAGCATCGAAGAACAAAAAGCGGCGGGTTTATCAGAAGAAGACGCAATTATGTATGCTTTTGAAGCCAATACAAAGGTCCTCCAAACGCCTGCGAAAGATCAAAAACAAGCGGTAGTACAGTAA MTYNQMPKAQGLYRPEFEHDACGIGLYAHLKGKPSHDIVKKGLKMLCQLDHRGGQGSDPNTGDGAGLMVQIPDAFFKKECGEMKLPEKGRYGVGMVFFSQNEEERKKIEKQVNAFIEQEGQIVLGWRTVPVNVGKIGTVAQSTCPYVRQVFIGAANDLKDSLAFERKLYVIRKQAENWGVQEQLDFYFASLSSQTIVYKGLLTPEQVDAFYLDLQDETFVSAFSLVHSRFSTNTFPTWERAHPNRYLIHNGEINTLRGNINWMRAREQQFVSESFGDDLHKVLPILNAEGSDSSILDNAFEFFVMAGRKPAHTAMMLIPEPWTENTHMSKAKRAFYEYHSSLMEPWDGPTAISFTDGKQIGAILDRNGLRPARYYVTKDDHIIFSSEVGVIEVEQENILHKKRLEPGKMLLIDLEEGRIISDEEVKTEIANEFPYQKWLEEELVQVNPDPEIREEEQFDDLLVRQKAFGYTYEDIQKYLIPVIKEGKDPLGSMGNDSPLAVLSDRAQSLFHYFKQLFAQVTNPPIDAIREQLVTSTVTWLGAEGDLLHPSERNARRIKLYTPVLSNEQFYALKTLVHPDIKSQNIRTLFSDDLEKGLKDLFQQAEKAIKEGVSLLILSDRAMSRELTPIPPLLAVSALHQHLIRQGLRTKASIIVESGEAREVHHFAALIGYGADAVNPYLTYATYKQEIDEGRLDIPYEEAVSKYGKSVTEGVVKVMSKMGISTVQSYRGAQIFEAVGIGEDVIAKYFTGTASQLGGIDIETIAQEAKQRHQAAYKDDYSQTLDPGSEFQWRNGGEHHAFNPKTIHTLQWACRKNDYSLFKQYSQAADEERIGFLRNLFAFKEDRKPLKLEEVESAASIVKRFKTGAMSFGSLSKEAHEALAIAMNRLGGKSNSGEGGEDPKRFVPDENGDDRRSAIKQIASGRFGVKSHYLVNADELQIKMAQGAKPGEGGQLPGNKVYPWVADVRGSTPGVGLISPPPHHDIYSIEDLAQLIHDLKNANRSARISVKLVSKAGVGTIAAGVAKGTADVIVISGYDGGTGASPKTSIKHTGLPWELGLAEAHQTLMLNGLRDRVVLETDGKLMTGRDVVMAALLGAEEFGFATAPLVVLGCVMMRACHLDTCPVGVATQNPELRKKFMGDPDHIVNYMLFVAEEVREYMAQLGFKTLDEMIGRTDVLHVSERAKAHWKAGQLDLSTLLYQPEGVRTFRTAQNHKIDESLDMTVILPAVQAAIEAGQEAEAEIKINNTSRVAGTVTGSEISKRYGAEGLPDDTIRLHFTGSAGQSFGAFVPKGMTLHLNGDSNDYVGKGLSGGKIIVKAPDAFNCETHDNVIIGNVAFYGATSGEAYINGRAGERFAVRNSGVNVVVEGIGDHGCEYMTGGRVVVLGEVGKNFGAGMSGGIAYVLSDDAKAFKRKCNMEMISFEKLTDEAEIKEVQEMVKRHAALTNSKKAADLLDNWEKAAETFIKVIPKNYKQMLLSIEEQKAAGLSEEDAIMYAFEANTKVLQTPAKDQKQAVVQ PGPT0000635_1627 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_GLUTAMINE_DEGRADATION,PGPT0000635-gltB-K00265 NA NA D1-12_01072 912 gltC_1 HTH-type transcriptional regulator GltC GTGAACGCAATGGAATTACGCCAGCTTCGGTATTTTATGGAGGTAGCAGAACGGGAACATGTGTCAGAAGCGGCTGATCATCTGCATGTCGCACAATCCGCTATCAGCCGGCAGATTGCAAATCTTGAAGAAGAGCTGAAAGTCACTTTATTTGAACGGGAAGGCAGAAATATTAAATTAACGCCGATCGGCAAACAATTTTTAGAACATGTTAAAACCGCGATGAAAGCAATTGATTATGCGAAGGAACAAATTGATGAATATCTTGATCCGAATCGCGGAACCGTCAAAATAGGATTTCCGACGAGCCTTGCAAGCCAGCTTTTGCCGACTGTGATTTCGGCGTTTAAAGAGGAATACCCGAACGTTGAGTTTTTGCTCCGCCAGGGTTCTTATAAGTTTTTAATCGAAGCGGTAAGAAACAGGGATATAGATGCTGCGCTGCTCGGCCCCGTTCCGACGGAATTCCCCGACATAACAGGCAATATCTTATTCACGGAAAAGATTTACGCGCTTGTACCGCTGCACCACCCGCTTGCCAAACAGAAAAATATTCATTTAATTGATCTTCGCGGCGACCAATTTGTTTTATTTCCTGAAGGATTTATTCTCCGCAATATGGCAATTGACGCTTGCAGACAGGCCGGCTTTGCGCCGCTTGTATCGACGGAAGGCGAGGATTTAGATGCCATTAAAGGATTAGTCTCCGCGGGGATGGGAGTTACTTTATTACCCGAAAGCACCTTTGCAGAAACCACACCCCGGTTCACGGTCAAAATTCCGATTGAATTTCCTCAAGTGAAGCGCACCGTAGGCATTATTAAACCAAAAGGAAGAGAACTGGCTCCGTCTGCAAATGATTTCTATCATTTTGTCATTCAATTTTTCTCCAAACTTGAACAATATCAATAA MNAMELRQLRYFMEVAEREHVSEAADHLHVAQSAISRQIANLEEELKVTLFEREGRNIKLTPIGKQFLEHVKTAMKAIDYAKEQIDEYLDPNRGTVKIGFPTSLASQLLPTVISAFKEEYPNVEFLLRQGSYKFLIEAVRNRDIDAALLGPVPTEFPDITGNILFTEKIYALVPLHHPLAKQKNIHLIDLRGDQFVLFPEGFILRNMAIDACRQAGFAPLVSTEGEDLDAIKGLVSAGMGVTLLPESTFAETTPRFTVKIPIEFPQVKRTVGIIKPKGRELAPSANDFYHFVIQFFSKLEQYQ NA NA NA NA NA D1-12_01073 1119 proB_2 COG0263 Glutamate 5-kinase 1 GTGACGTCTCGGACGAAGATCAAAAGAGTCGCGGTGAAAATCGGCAGCAGCTCACTGACGAGCCTGCACGGGGAAATCAGCAGAAGAAAGCTGGAAGCATTGGTGGATCAAATCGCACAGCTGAAAGACAGCGGCTATGAAGTGATTTTAGTATCTTCCGGCGCAGTGGCGGCAGGTTATCGGAAGCTCGGATTTATTCAGAAACCGGAAAGCCTCCCTGAAAAACAGGCTTCTGCTTCCATCGGGCAGGGATTATTAATGGAGGCTTATTCAAAGCTGTTTTTAGCGCACGGTTATGTCGCATCACAAATATTAATTACAAGAAGCGACTTTTCCGATGAATACCGCTACCATAATGTGCGCAATACGATGAACGTCCTTTTGGAACGGGGCATTATTCCGATTATTAATGAAAATGACACGGTCACAGTCAACCGGCTGAAATTCGGAGATAACGATACACTCGCAGCGAAGGTGGCAGGTTTAATTGATGCCGACATGCTTGTGATTTTATCAGACATTGACGGTTTATATGATGATAATCCGCGCAGCAACCCGAAAGCGAAAAGAATCAGACATGTAAGTGACATTACCCCGGAAATAGAAGCGAGCGCGGGAGATGCCGGGAGTGAAATGGGAACCGGCGGAATGCGTTCGAAACTGGATGCTTTTAAAATTGTGATGGCCTCCGGTATTAAAGGCTTTCTCGGGCAGGCTAACATTCCGGACATTCTGCTTCAAGCGGTAGATGAGGCGGCTGAAGGAACTTATTTTGAAGCGGAAGGAACCCTGCCGTTAAACCACAAAGAACAATGGCTTGCGTTTAATTCCGGTCCAGAAGGTGAAATTGTGATGGAAAAAGAAAGCAGCCGTGATGTCGCGAACGGAAATATGGAGCTGTCACCGCAGGACATCGAGCAGATTAAGGGCAGATTCAGCTGCGGAGCGGTTGTCAGGCTGCTTGATCAGCAGGGAGAAGAGCTCGGACTCGGCATCGTCAACTATTCCTCAGCCCAGCTGAAGACATTTAAAGAAACGCCGCATAAACAGGCCGATCAATCAGTCATTGATCCGGAAGCATTTGTCTGTCACGTTGAACTATCCATTCCGATCGGCTGA MTSRTKIKRVAVKIGSSSLTSLHGEISRRKLEALVDQIAQLKDSGYEVILVSSGAVAAGYRKLGFIQKPESLPEKQASASIGQGLLMEAYSKLFLAHGYVASQILITRSDFSDEYRYHNVRNTMNVLLERGIIPIINENDTVTVNRLKFGDNDTLAAKVAGLIDADMLVILSDIDGLYDDNPRSNPKAKRIRHVSDITPEIEASAGDAGSEMGTGGMRSKLDAFKIVMASGIKGFLGQANIPDILLQAVDEAAEGTYFEAEGTLPLNHKEQWLAFNSGPEGEIVMEKESSRDVANGNMELSPQDIEQIKGRFSCGAVVRLLDQQGEELGLGIVNYSSAQLKTFKETPHKQADQSVIDPEAFVCHVELSIPIG PGPT0014220_2051 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-PROLINE_METABOLISM,PGPT0014220-proB-K00931 NA NA D1-12_01074 798 proC_1 COG0345 Pyrroline-5-carboxylate reductase ATGGCTGAAGGAATGATATCAGGCATAGTCCGCGCAAAAAAAATTCCCAACCAAAACATCTGCGTGACAAACCGCCGCAATACAGAGCGACTCGCTGAATTGGAACATCAATACGGAATTCAAGGCATTGCTTTTGACAGCATGAAAACCGAAGACATTGATGTCTTTATTTTAGCCATGAAACCGAAGGATGCTGAAATCGCTCTTGCTACGCTGAAACGGCGTATTCAACCTCATCAAATCATCCTGTCTGTTCTGGCAGGCATAACAACCTCATTTATACAACAATCATTACATGACCGTCAGCCAGTTGTAAGAGTGATGCCGAACACATCCAGCATGATCGGCGAATCGGCAACAGCTGCGGCTTTCGGAGACCATGTTTCTTACGGTTCAGCAAAAACCGCTCTATCCCTTTTGGAATGCCTCGGGGAAGTGTACGTGATCAAAGAAGATCAGATGGACATTTTCACCGGCATCGCAGGCAGCGGACCGGCGTACTTTTATTATTTAATGGAGTTTATTGAAAAAGCAGGTGAAGAAGCCGGCTTAGACAAACGGCTGTCCCGCAAAATCGGCGCGCAAACGTTATTGGGCGCCGCTAAAATGCTGATGGAAACGGGTGAAAAACCGGATGTGCTTCGGGAAAACATCACCTCTCCAAACGGCACGACGGAAGCCGGCCTCGATGCGCTCAGGTCAGAAGGCGGCGGAGAAGCCATTGCCAAAGCCATTAAACACGCGACCGAACGTTCTATTGAGATCAGCAAAACAATTGAAAAAACGGCAGCACTATAA MAEGMISGIVRAKKIPNQNICVTNRRNTERLAELEHQYGIQGIAFDSMKTEDIDVFILAMKPKDAEIALATLKRRIQPHQIILSVLAGITTSFIQQSLHDRQPVVRVMPNTSSMIGESATAAAFGDHVSYGSAKTALSLLECLGEVYVIKEDQMDIFTGIAGSGPAYFYYLMEFIEKAGEEAGLDKRLSRKIGAQTLLGAAKMLMETGEKPDVLRENITSPNGTTEAGLDALRSEGGGEAIAKAIKHATERSIEISKTIEKTAAL PGPT0014225_1006 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_PROLINE_DEGRADATION,PGPT0014225-proC-K00286 NA NA D1-12_01075 378 rtp Replication termination protein GTGCACATATTGAAAGAAGAAAAAAGAAGTTCAACCGGTTTTTTAGTGAAACAAAGAGCTTTTTTAAAGCTTTACATGATTACAATGACAGAGCAGGAACGGCTTTACGGACTGAAGCTTCTCGAGGTGCTGCGTTCGGAATTTAAACCCATCGGTTTTAAGCCGAATCATACCGAGGTGTACCGTTCACTTCACGAACTTTTGGATGACGGGATTTTAAAGCAAGTGAAAGTGAAAAAAGAGGGAGCCAAACTCCAGGAAGTCGTTCTCTATCAATTTAAAGACTATGAAGCTGCGAAGCTTTACAAAAAACAGCTGAAGACAGAGCTTGACCGCTGCAAAAAGCTGATAGAAAAAGCCATTTCAGATAATTTTTAA MHILKEEKRSSTGFLVKQRAFLKLYMITMTEQERLYGLKLLEVLRSEFKPIGFKPNHTEVYRSLHELLDDGILKQVKVKKEGAKLQEVVLYQFKDYEAAKLYKKQLKTELDRCKKLIEKAISDNF NA NA NA NA NA D1-12_01076 726 ucpA Oxidoreductase UcpA GTGAAAGACGTGGAAAGCTTACAAAACAAAACGGCTCTTATCACGGGTGCGGGCAGAGGAATCGGCCGCGCCGCCGCTATCGCTTTAGCCAAAGAAGGAGTCAATATCGGTTTAATCGGCCGCACAGAAGCAAATGTCGAAAAGGTTGCGGAAGAAGTGAGAGCCCTTGGTGTAAAGGCATCATTCGCTGCTGCCGATGTAAAAAACCAAAAAGAGGTTGAGCAAGCCGTCTCCTCTATTAAAGAAGAACTCGGTGAGATTGACATCTTGATTAACAATGCCGGAATCAGCAAATTCGGCGGATTTTTGGATCTTACGCCTGAAGAGTGGGAAGACATCATTCAAGTTAATGTAATGGGTGTATACCACGTGACACGCGCCGTTCTTCCTGAAATGATTGAGAGAAAATCAGGAGATATCATTAATATTTCTTCTACGGCGGGCCAAAGAGGCGCCGCGGCGACAAGTGCGTACAGCGCTTCTAAATTTGCCGTTCTCGGTCTGACCGAATCTCTCATGCAGGAAGTCAGAAAACACAATATCCGTGTCAGCGCAATGACTCCGAGCACGGTTGCCAGCGACATGTCTATTGAATTAAATCTGACAGACGGCAATCCGGAAAAAGTCATGCAGCCTGAGGATCTTGCAGAATATATGGTTGCTCAATTGAAATTACATCCGCGCATTTTCATCAAAACTGCCGGTTTGTGGTCAACGAATCCTTAA MKDVESLQNKTALITGAGRGIGRAAAIALAKEGVNIGLIGRTEANVEKVAEEVRALGVKASFAAADVKNQKEVEQAVSSIKEELGEIDILINNAGISKFGGFLDLTPEEWEDIIQVNVMGVYHVTRAVLPEMIERKSGDIINISSTAGQRGAAATSAYSASKFAVLGLTESLMQEVRKHNIRVSAMTPSTVASDMSIELNLTDGNPEKVMQPEDLAEYMVAQLKLHPRIFIKTAGLWSTNP PGPT0003180_20747 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 D1-12_01077 306 hypothetical protein ATGATCATCATTTTGTATATCAGTGCTGCCGTTGCGGCTGCCGCATTAATTTATGCAGCCGTATCCGCCGTGCATTTTAAAAGAAACACAGCGCCTGATATAAAGAAAATTAACGCCGCGACAGCGTCCATGCAGACGGCCGTTGATGAAATCAAAACAGAAACCGATCTGTTATCGCAAAAGCAAAAAGAACTGCAGGAAGATTTTCTCACTAAAAAAACAGCCGTGCAAACGACGGCGGCCGAAGTTAAAGGAACGCCTCACGTCTTAAAAATGCTCTGGAACGCCGGTAAAAGTGATGTATGA MIIILYISAAVAAAALIYAAVSAVHFKRNTAPDIKKINAATASMQTAVDEIKTETDLLSQKQKELQEDFLTKKTAVQTTAAEVKGTPHVLKMLWNAGKSDV NA NA NA NA NA D1-12_01078 762 hypothetical protein ATGATTTGCGATCGTGAGCGGCTTGCGCGTTTTTTGCAGCAGCTTAAATCACCATCTTCTTCGGGAGGGTTTACAAAATCGGATTTGCTGACTCCGGCTTTCCATTTAGCCAAGGACGGAGATCTGGATTTGTATTATTCGCCTCATAATGAATATATTAACCCTCATGCAGTCGTTGCCATTTCCGGAATCACACCCGGTTTTTTTCAAATGCAGCTGGCTTACAAAAAAGCGGCACAGCTTTTAAAAAATGGCGAAACTCTTGAAACGATAGCGTATGAAACAAAAAAAGCGGCCGGACTTTCCGGTTCAATGAGACAGAACATCATCGAAATGCTTAATGAATGCGGTCTGCCGGCCGCGCTTCACGTTGAGGATTCATCCCGATTATTTGATTCAAAACGGGAGCTTCTTCATACAACGTCCGTTATCAAACACCCTGTTTTTTATAAACAGAAAAACTATACGGGACATCGGCCGGCAATCAGCAGATCAGCTCTTCTCAGCCGTTACGCGCTGACATGTTTTCCGGATGAAATAGAAATGATAGAAAAGGACATTCTGCTTATCCCTCTCGGTAAAGCAGCAGAATCAGCCTGCCGCATGCTGAAGAAGAACGGCAGAATGGGTCATGCGGTCATTCTGGAAGGCTTCCCGCATCCGTCCGGAGCAAACGGACATCGTTTCAAACAATTTCACGAAAACAAACAATCGTTACGTGAACAAATTCAGCGCTTTGCCGGGTTTCTTCAGCAGCTGTAA MICDRERLARFLQQLKSPSSSGGFTKSDLLTPAFHLAKDGDLDLYYSPHNEYINPHAVVAISGITPGFFQMQLAYKKAAQLLKNGETLETIAYETKKAAGLSGSMRQNIIEMLNECGLPAALHVEDSSRLFDSKRELLHTTSVIKHPVFYKQKNYTGHRPAISRSALLSRYALTCFPDEIEMIEKDILLIPLGKAAESACRMLKKNGRMGHAVILEGFPHPSGANGHRFKQFHENKQSLREQIQRFAGFLQQL NA NA NA NA NA D1-12_01079 1248 yoaB COG0477 Putative transporter YoaB ATGCTTAATAAAATAGGAATTCCGAAACAGCTCGCCTGGGGATTTTTGGGAATTGTGCTGTTTATGATGGGGGACGGCCTTGAACAAGGCTGGCTCAGCCCGTTTTTAGTTGAAAACGGCTTGACGGTACAGCAATCAGCATCCCTGTTTACGGTTTACGGTATTTCTCTCGCTGTGGCGTCTTGGTTTTCAGGGGTCTGCCTCGAAGCCTTCGGCGCAAAGCGGACGATGTTTATGGGGCTGTTGTTTTACGTGATCGGAACAGCCGCGTTTATCGCATACGGATTTGAAAATCTTAATTTGCCGGTGATGTATGTCACGTATTTTATTAAAGGGCTGGGTTATCCGCTGTTTGCCTATTCATTTTTGACATGGGTGATTTACCGGTCGCCGAAAAACAGGCTCAGTACGGCGGTCGGCTGGTTCTGGATTGCATATTGCTGCGGGATGTTTGTATTCGGTGCTTGGTATTCAAGCTGGGCCATCAAATCCTTCGGCTATTTGAATACACTGTGGAGTTCAATTTTCTGGGTCTGCCTCGGCGCGTTTTTTGCTTTGATTTTAAATAGGGACCGCTTTGAAAAGAAAAAGGCAGATAAGCGGGAAAAGGCGCAGGAATTAATGAAGGGAATCACCATCCTTGCTGTAAATCCGCGCGTGCTCTCTGGGGGGATCATTCGGATCATTAACAGCATCGGAACATACGGATTTCCGGTATTCCTCCCGATGCATATGGCGCAGCACGGCATTTCTACAAATGTATGGCTTCAAATTTGGGGAACGATCTTTCTCGGAAATATCGTCTTTAACTTAATCTTCGGCGCAGTCGGCGATGCCTTCGGCTGGAAAAAGACTGTCATGTGGTTCGGGGGAGTGGGCTGCGGCATTTTTACTCTTTTATTATATTATGCACCTGTTGTATCACATGGGAACTTGCTTTTCGTCAGCATTGTCGGTTTTATATGGGGAGGGCTCCTCGCCGGGTTCGTTCCGGTCGGGGCTATCGTGCCGACGGCGGCCGGCAGCGATAAAGGTGCTGCCATGTCTGTGTTAAATCTGGCTGCGGGACTGTCGGCATTTGTCGGCCCCGCGCTTGCCTGGGCGTTCATCGGACTTGTCGGCGCACAAGGCGTTGTATGGATTTTCGCAGCGCTCTATTTCGTAAGTGCAATCTTGACAAATCAAATCAAAATACCTGAAGAGAAAACGGCAAAACACAATAAAGCATTGCCTGAATACGCTTCTTAA MLNKIGIPKQLAWGFLGIVLFMMGDGLEQGWLSPFLVENGLTVQQSASLFTVYGISLAVASWFSGVCLEAFGAKRTMFMGLLFYVIGTAAFIAYGFENLNLPVMYVTYFIKGLGYPLFAYSFLTWVIYRSPKNRLSTAVGWFWIAYCCGMFVFGAWYSSWAIKSFGYLNTLWSSIFWVCLGAFFALILNRDRFEKKKADKREKAQELMKGITILAVNPRVLSGGIIRIINSIGTYGFPVFLPMHMAQHGISTNVWLQIWGTIFLGNIVFNLIFGAVGDAFGWKKTVMWFGGVGCGIFTLLLYYAPVVSHGNLLFVSIVGFIWGGLLAGFVPVGAIVPTAAGSDKGAAMSVLNLAAGLSAFVGPALAWAFIGLVGAQGVVWIFAALYFVSAILTNQIKIPEEKTAKHNKALPEYAS PGPT0015024_39 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS OTHER_STRESS_RESPONSE_PROTEINS,PGPT0015024-csbX-NA NA NA D1-12_01080 1467 yoaC COG1070 Putative sugar kinase YoaC ATGGCTGAACAAAAAGGCTACCTTGTATTTGACATCGGAACGGGGAATGCGCGAGTCGCGGTCGTGACAGCCGGCGGTGAAGTGACCGCGCTTGAAAGGGAAGACATTGAATATGTGACGGATCCGCTTTATCCGGACGGACGATATTTCTCACCGGAAGGGTTATGGACGCAAATCAGCGCTATGGCAAGGAAGGTTATTGCCAAAAGCCCTCATATTACATTAATCGGAATCACCTCAACAAGCCAGAGGCAGGGAATTGTTCTGATCAATAAAGATAAAAAGGCATTTCTCGGTCTGCCCAACATTGATAACAGAGGCCGTGAATGGGAAGACGGGATTGATGCAAAAGAAGAAGTGCATCAGCAAACCGGACGTCTTCCGAGCGCTTTATTTTCCGCCATGAAACTTGTCGGATTAAAAGCTAGACAGCCGTCTTTATGGAAAGAAGTGAAGTACATCACAAGCATCAGTGACTGGGTGACATTTGAGCTGAGCGGTATTTTAAGCTATGAACCGTCACAGGCTGCTGAAACACTGCTGTTTGACGTAAGGAAAAAGGCGTGGTCAGAGACATTATGCAACATCTTCGGTGTGCCTTCTGCCATTCTTCCTTCACTCGTCCGATCTGGGACGGTTGTCGGAATGTTAACGTTTAAGAAAACGGCGGTTCTCGGTCTTTCTGAAAGAGTGCCTGTGATTGCAGGCGGGGGAGACACACAGCTTGCCATCAAAAGTGCAGATGCAAAGCCGGGAGATATCGTCATCGTATCCGGCACGACGACGCCGATTATAAAGATAACAGCTGAGACCGGAACTGAAAGTTTAAAGAATGCATGGCTGAATTGCCATACAGAAGAAGGTCAATGGCTCCTTGAAACGAATCCGGGTGTAACAGGACTCAATTATCAAAAATTAAAATCCATTTTTTATCCGAATGAATCCTACGGCGTCATGGAACGGGAAATCGCAAGTCTGCCGAAACATGATCATGCTTGTATTTCTGCGTTAGGCTCCTATTTATCGCCAGAGAAAAACGCACTGGCAAAAGGCGGATTTATTTTTGACGCTCCGCTGTCTCAAAACTTAAGCAGAGCCCATTTTGTCAAAGCCGCACTGCTGGAAATCGCTTTTTCAATCAAATGGAACTATGAGGCGTTAACAGAGGTGGCTTCCTTTTCACAAGATTATGTGAAGGTGTGCGGCGGCGGTTTCCAAAGTGATGCTTTGACGCAGTTTCTTGCTAACCTTCTCCAAAAGAAAATCTATAAGAGAGAGGGGTTCAGCCAGGCATCCGCAATGGGAGCGGCAATGATTTGCAACGAAGCTCTCGGTGTGAAAGCAGAGCTTTCGAGCCGCACAAAGGTAATTGAGCCGGAAGCGGATCAGACGGATCTCTTCCTATATGAAGAATGGAAACATACGCAAGAATTATTTACTCATTTTCAGCCGGCGGTGAAAGCCTGA MAEQKGYLVFDIGTGNARVAVVTAGGEVTALEREDIEYVTDPLYPDGRYFSPEGLWTQISAMARKVIAKSPHITLIGITSTSQRQGIVLINKDKKAFLGLPNIDNRGREWEDGIDAKEEVHQQTGRLPSALFSAMKLVGLKARQPSLWKEVKYITSISDWVTFELSGILSYEPSQAAETLLFDVRKKAWSETLCNIFGVPSAILPSLVRSGTVVGMLTFKKTAVLGLSERVPVIAGGGDTQLAIKSADAKPGDIVIVSGTTTPIIKITAETGTESLKNAWLNCHTEEGQWLLETNPGVTGLNYQKLKSIFYPNESYGVMEREIASLPKHDHACISALGSYLSPEKNALAKGGFIFDAPLSQNLSRAHFVKAALLEIAFSIKWNYEALTEVASFSQDYVKVCGGGFQSDALTQFLANLLQKKIYKREGFSQASAMGAAMICNEALGVKAELSSRTKVIEPEADQTDLFLYEEWKHTQELFTHFQPAVKA PGPT0025520_292 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-AI-2_PERCIPITATION|SIGNALLING,PGPT0025520-lsrK-K11216 NA NA D1-12_01081 1017 yoaD COG0111 Putative 2-hydroxyacid dehydrogenase YoaD ATGACGGTTTTAATTACCGCACCATATCACGACGAGGGGCTGAAGGAGCTGACTGAGCTGTTCGGCCGGACTGTGCACCGGCCGTGGAAGAAGCACGGCCGGGCCTATCGGGAAGATGAATTGATCCGAATGATTCAAGAGACAAACGCGTCGGGGCTTATTACTGAACTTGATGAGGTGTCTGAGCGTGTTATTGACATATTGCCCGATACCGCTTTTATCGGTGTCTGCCGAGGAATGCCGTCTAATGTGAATATTGCGGCGGCGACTAAAAGAAAAATCCCCGTTTTCTTTACACCGGCCCGCAATGCCCAGGCTGTTGCTGAAATGTTTATCGGAAATGTGATTTCATTTTTGCGTCATACGTATTCTTCACATCAGTGGCTGAAGGACGGGAAGTGGAATGGTGATTATTTGCAGGCTTACGTCAAATTCAGAGGAAATGAGCTGACGGGGAAAACAGTCGGTATTATCGGTTTCGGAGCTGTCGGACAGAGAATCGCCCGGCTATTGGCCGCTTTTGACTGCAAGGTGCTTTACTATGACCCATTTGTCCGTCATGAAAACCGGGAGTATGAAAAAACGACGATTGAACGGGTATTTTCTGAAAGTGATATTGTTTCCGTTCACTTGCCGCGCACAGAAGAAACCATCGGCCTTATCGGCGCCCGGCACTTTCAATTGATGAAACAGGAAGCTGTTTTTGTCAATACGTCAAGAACGGCGGTTACAGACAGGGAAGAGCTGCTGCGGGTGCTGAAAGAACGGCGGATTAAGGGAGCGATCCTTGACGTGTTTTATCACGAACCGCCTGAATCTTCTGATTATGAATTGATCTCTTTGCCGAATGTGTTAGCGACTCCCCATTTAGCGGGCGCAACGTTTGAAGTGGAGGATCATCATGTGAAGGTTTTAAATGGAGCGCTTTTCAAATGGAAACAAGATCAAACCTGTTCAATACGTGAACTTTATAACAAAAGAGAACTTGAAACGGAAGGAGGAGGCTGTAATGGCTGA MTVLITAPYHDEGLKELTELFGRTVHRPWKKHGRAYREDELIRMIQETNASGLITELDEVSERVIDILPDTAFIGVCRGMPSNVNIAAATKRKIPVFFTPARNAQAVAEMFIGNVISFLRHTYSSHQWLKDGKWNGDYLQAYVKFRGNELTGKTVGIIGFGAVGQRIARLLAAFDCKVLYYDPFVRHENREYEKTTIERVFSESDIVSVHLPRTEETIGLIGARHFQLMKQEAVFVNTSRTAVTDREELLRVLKERRIKGAILDVFYHEPPESSDYELISLPNVLATPHLAGATFEVEDHHVKVLNGALFKWKQDQTCSIRELYNKRELETEGGGCNG PGPT0009155_5331 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B6|PYRIDOXINE|PYRIDOXAL|PYRIDOXAMINE_BIOSYNTHESIS,PGPT0009155-serA-K00058 NA NA D1-12_01083 2109 dmsA COG0243 Dimethyl sulfoxide reductase DmsA ATGAATTCTGCTGCAACACAGCCGAACGGGGTATTTAAGTCGGTATGCTCACTAGACTGTCCCGATCAATGCGGCTTGCTTGTGACAAAAAAAGACGGAAAAATCGTTAACATTCAGGGAGACCCCGATCACCCGGTCACATCAGGGAATATTTGCAACAAAGTCAGACACATGGCTGAGCGTATTTATGATGAGAAGCGCGTAACCGTTCCGTTAAAACGGATCGGTAAAAAAGGTGAAGCCGCGTTTGCGCCTATTTCCTGGAAGGAAGCGATCAATACGATCAGTGCGCGCTGGAAAGAGCTTATTGCCGAAGAAGGAGAGGAAAGCATTCTTCCGTACAGCTTTTACGGCAATATGGGAAAACTGGCGGCAGAGGGAATGGACCGCCGTTTTTTCCATCGTCTGGGAGCGAGTCATCTCGAACGGACGATCTGCAGCAAAGCCGGTTCTGAAGGCTATAACTATACAATGGGTGAAGGAGCGGGTACTGATCCGGAGGAGACCATACATGCAAAGCTCTTTATTTTTTGGGGGATCAATGCCGTCAGCACGAATATGCATCAAGTCATGATTGCTCAAAAAGCCCGGAAAAAAGGAGCTAAAATTGTCGTTATCGATGTACATAAGAACCAAACCGGCCGGCTTGCCGATTGGTTTATTTCCATTCGCCCCGGCACAGATGCCGCACTCGCCCTCGGTATCATGCATGTCTTATTCGACGAAAACCTTCACGATGAAGCATTTCTCACAGAATACACCGAAGGCAGTGACGAATTAAAAGCGCATGTTAAACACTATGATCCGGAAACGGTTTCTGCTATTACAGGCGTTAAAGCCGACGATATCAGACGTCTTGCGAGAATGTACGGGGAAACCTCCCCTTCCCTTATCAGGATCGGAAACGGCATTCAGCACCATGACAACGGCGGAATGATCGTCCGCACCGTCGCCTGCCTTCCGGCTGTTACAGGACAGTGGCTCAACACCGGAGGAGGCGCAATCAAGCACAACAGCGCGGTATTAAACTATAACAGACAAGCGCTCCAGCGGCCTGATCTGCTTTACGGCAGGAAGCCGCGATCATTTAATATGAACAGGCTCGGAAGCGTTCTTTTAGAAACAAAACCGCCCGTACGCTCCCTGTTTATTTACGGTACGAATCCTGCAGTGGTTGCGCCGGAAGCGAATAAAGTCAGAAAAGGCCTGCTGCGGGAGGATTTATTTACAGTCGTTCACGATCTATTTTTAACGGAAACCGCCAAATATGCGGATATCGTGCTCCCTGCTGCATCCGCATTTGAAAACACAGATTTTTACACGTCTTACTGGCATCATTTTATTCAGCTGCAAAAACCGGTGATCGAACCCTACGGGGACAGCAAATCGAATACGGAAGTGTTCCGTTGGCTTGCCGGAGCAATGGGATTTACCGAGCAGGAGCTTCAGGATTCCGATGAAGAGTTGATCAGACAGGCGCTGGACTTTCCCGACAATCCGTATATCGAGGATATTGATTACGAAGCGCTCTCACGCCATTCCTTCATGAAAGCCAAACGGAAAAAACCGCTTTTTCCGGGAAAGCTCAAGACACCGAGCGGAAGAATTGAATTATATTCGGAAAAGATGAAACAGGACGGTTATCCGGCGCTGCCGACACACATCCCTCTTGAGAGCGATGATGATTTTCCGCTTTTATTTGTCCCGGGACCGAATCATAATTTTTTAAATTCAACATTTTCGAATAATGAAAAACACGTAAAATTAGAAAAAGCGCCAAAGCTTTTTATTCATACAGAGGATGCTGTACGCCGGAACATAGAAGACGGGGAAACCGTTAGAGTTTGGAATCACCGCGGCGAGTGTGAATTAACAGCTTCGGTCGGCGAACAGGTGCTTCCCGGCGTTGCAGTCAGCCAAGGTCTTTGGGCCGATATGGATGATAAAAAACAGCTTGTCAACTCGCTCACGCCCGATCGGCTGGCGGATATGGGCGGAGGCGCTGTTTTCTTCTCCGGAAAGGTGCAGGTGGAAAAGCTCAGCAATAAACGCCGGGCGGTTTTGATGAAGGCTGAATCCTTTCAGCCGGCTTCACCGTATAAAAAGTGA MNSAATQPNGVFKSVCSLDCPDQCGLLVTKKDGKIVNIQGDPDHPVTSGNICNKVRHMAERIYDEKRVTVPLKRIGKKGEAAFAPISWKEAINTISARWKELIAEEGEESILPYSFYGNMGKLAAEGMDRRFFHRLGASHLERTICSKAGSEGYNYTMGEGAGTDPEETIHAKLFIFWGINAVSTNMHQVMIAQKARKKGAKIVVIDVHKNQTGRLADWFISIRPGTDAALALGIMHVLFDENLHDEAFLTEYTEGSDELKAHVKHYDPETVSAITGVKADDIRRLARMYGETSPSLIRIGNGIQHHDNGGMIVRTVACLPAVTGQWLNTGGGAIKHNSAVLNYNRQALQRPDLLYGRKPRSFNMNRLGSVLLETKPPVRSLFIYGTNPAVVAPEANKVRKGLLREDLFTVVHDLFLTETAKYADIVLPAASAFENTDFYTSYWHHFIQLQKPVIEPYGDSKSNTEVFRWLAGAMGFTEQELQDSDEELIRQALDFPDNPYIEDIDYEALSRHSFMKAKRKKPLFPGKLKTPSGRIELYSEKMKQDGYPALPTHIPLESDDDFPLLFVPGPNHNFLNSTFSNNEKHVKLEKAPKLFIHTEDAVRRNIEDGETVRVWNHRGECELTASVGEQVLPGVAVSQGLWADMDDKKQLVNSLTPDRLADMGGGAVFFSGKVQVEKLSNKRRAVLMKAESFQPASPYKK NA NA NA NA NA D1-12_01084 285 hypothetical protein ATGGATATCATTACCGGCATCGGAATCGCTTTAGCCGGATATTTCATCGGAGACGGATTGAAAAACTTTAAATCACCTGATCCTCATGAACACACTGACCACATTCTCATTAAAGAAAAAGATCTGCACTTCTATATTGGTTATTATTTAGGAGTTACGAAGGAAGAAGCAAAACAAATCGTGCCCGACACCTCTGACATTCCGCATATCACGAGAAACGGAAAGCGGTATGTGCAGAAGAATACATTAAGAGAATGGCTGACTTCTATGCTGGAAAAAGAATAA MDIITGIGIALAGYFIGDGLKNFKSPDPHEHTDHILIKEKDLHFYIGYYLGVTKEEAKQIVPDTSDIPHITRNGKRYVQKNTLREWLTSMLEKE NA NA NA NA NA D1-12_01085 315 hypothetical protein ATGTCACAGGCAGTCGGAGTGTTTACAAAAGGGGAAATAAGTATAATAAATGCGAAAAGGGCATTAATCCAAAGTGAGAAGGTGTTTGACATGCAGAAAGTGAACTGGTCAGAACAGTATGAATGGTTCAATAAACAGGATAAAAAAGACGGGCGTTTAATGGCGCTCCTTCGTCATGAGCTTACATATGAGGAAGTCATACGGTTATATAAGAAAGGGTTTTATTTGAAATCTAAAGAAGGGGATGTTTCGTTAAGTAAGAACGATATCTGTCGTATGTTTGGGGTTGAAGAGAGGCAGGGCGGCGTATCTTGA MSQAVGVFTKGEISIINAKRALIQSEKVFDMQKVNWSEQYEWFNKQDKKDGRLMALLRHELTYEEVIRLYKKGFYLKSKEGDVSLSKNDICRMFGVEERQGGVS NA NA NA NA NA D1-12_01086 579 hypothetical protein ATGGATATTAATTTACTAATGAAGGAACTGCATGTTATGCAACAAAGTTACGCATCATTATTTTCGGTTGTCAATAAAGTGCAGGCTCGGGGGGACGAATACTTAGAACTGTTGACTTCCCGACAGCACATGACTCTTATTGCTATTGCCCATTTACCGACGGAAGATACCACACTTATGAATATCGCTAAAAAGCTGGGCACAACAAAACAAACCGCTAACAAATTAATTTCAAGCCTCGCGAAAAAAGGATATGTTCACACTGTGCCAAGCAAACTGGATAAACGTGCAATCAATATTGAGATTACCGCTGAAGGAAAAAAAGCGTTAATTTCCTGTTCAGAAAAATCCACCTATTTTTTAGCGGATATGTTTCAAGACTTCACAACTGATGAAATTGAAACATTCTGGAGGCTATTGCAAAAACTTTATCGTTTTGATGGTGAAGAACAGGATGGTTTTGAAGAAAAAGCACATTTAAAAGTTGAAGATCAGGCACAATTCATCTCAGATGACTATGAAGAAAAAATCATGGCTGAATTTTCAAAACGGCGATATGGGGGTGCAGACGATGAATAA MDINLLMKELHVMQQSYASLFSVVNKVQARGDEYLELLTSRQHMTLIAIAHLPTEDTTLMNIAKKLGTTKQTANKLISSLAKKGYVHTVPSKLDKRAINIEITAEGKKALISCSEKSTYFLADMFQDFTTDEIETFWRLLQKLYRFDGEEQDGFEEKAHLKVEDQAQFISDDYEEKIMAEFSKRRYGGADDE NA NA NA NA NA D1-12_01087 282 hypothetical protein ATGAATAATATGCTTTATCGAAAAGTAAAAGAAACAGAGGATAAGATGAAGGAAAAATGCTATGAGCTGAAAGATAAAATTGATCAATTTATTTCTCATGCTAAATATAAAATTCATTGCAAACGTAAACTGGACCGAGCCGGCAATTATATATCAATTGCCATCGGACTCTTTATCCTAACTGCCTCATGGCTGACCGCAACACAATGGCTGCTTTGGATAGGCGCGGCGAGTATTTTGAGTAATGCCTGTTTGCTCATTATAAAGCCTGTTAAAAATTGA MNNMLYRKVKETEDKMKEKCYELKDKIDQFISHAKYKIHCKRKLDRAGNYISIAIGLFILTASWLTATQWLLWIGAASILSNACLLIIKPVKN NA NA NA NA NA D1-12_01088 459 yobK_2 Antitoxin YobK ATGATTTATTCAAAGGTTGAAAACTTTATTAATGAAAACAAGCAAAATGCTATATTCACAGAGGGTGCAAGCCATGAAAACATAACTCGCATTGAAGAAATCCTCCAATGCGAACTTCCTATTAGCTATAAATGGTTCTTAGAAAAATACGGTGCTGGTGGTTTATTCGGGGTTTTAGTTTTAGGCTATAACTTCGATCATGCGTCAGTTGCAGATAAAACCAAAGAATATAAACAACATTATGGACTTGCTGATGGTCTTGTTGTCATAGAAGATGTTGATTTTTTTGCTTACTGTCTAGATACGAATAAAATGAAAGACGGAGAATGCCCTGTAGTGGAATGGGATAGGATAATTGGCTATCAAGATATCGCTGCAGAAAGCTTTATCGAATTTTTTTATAATAAGATTCAGGAAGCGAAAGATGACTGGGAAGAAGATGAAGACTGGGACGATTAA MIYSKVENFINENKQNAIFTEGASHENITRIEEILQCELPISYKWFLEKYGAGGLFGVLVLGYNFDHASVADKTKEYKQHYGLADGLVVIEDVDFFAYCLDTNKMKDGECPVVEWDRIIGYQDIAAESFIEFFYNKIQEAKDDWEEDEDWDD PGPT0027635_83 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM CE-BACTERIAL_FITNESS-YobL-YobK_TOXIN-ANTITOXIN_SYSTEM,PGPT0027635-antitoxin_yobK-K21488 NA NA D1-12_01089 1803 yobL_2 Ribonuclease YobL ATGAAAGTATTTGAAGCAGCCTCGTTCATTTCAGCCGCAGAAAAGCGGGCTAAACAATACGATCAGATTAGAGAACAATTTATCAATCTCAGAAAAGCGTTTCAGGGAATGGCTGACTTAGACGACAGTGAGTTTTCAGGCAAAGGCGCCGACAATATCAAAGCCTTTTTCCAGGACCACGCCAGCGTCACGGACAGCTGGCTTGATCTGATCGATATGAAGATTGCGTTTCTTAACAGTATTTCAGGAAAAGTAGCTGATGCCGGATTGGCCGATTCGTTTGTGGAAGAGTCATTTTTAGAACACGAGCTGATTCATGCGAAGAATAAATCAAAAGCTATCATGCAGGAGCAACGAAATGAAATGAGGGATATTCTTAACGAGATAAGTGATATTGTCCATCTTGATGTTTTCTCTACAGAAGATGTCGATCAAAAGCTGGAATCAGCAGACAAGAAACGGGACAATACCATACACACGCTCGGAAAGCTCGATCATGATCTAACGAAAGAATACGCAGAAACCGAGGCAAATGAACATTTCATTCAGGCAGATTTTCAGCAGCTCCAAAATGCTACAGGCAAAGGGGAAAATGTAACACCACTTCACTATAACGCCAAGGCGTACAGAGAAAGTGACATACATAAGAAAAAAGGCGAGATTGCAAGACACTCAGACACATATTTAACGTTTAAGAAGGAAGAAGCGAAAGAGCGGGAAATCAAGGATCTAAAGAAAAAGCTCGCTGACGGTGTGACCGATCCGGATGAATATTTGGAAATTGCGAAGAAGATCGGCTATGAAAACCTTGAACCTTCCCAACAGCAATATGTCATTCAGCTTGAACAAGCAAAACAGATGGAAGAAGCCGGAGAAGTGACTTGGGATATTTTAAAAGGAGCCGGCGTTGGTTTATATGATGTCGGGAAAGACACGGTGACCGGTCTATGGGACTTCATAACCGATCCGGGGGAAACGCTGTCAGCACTGGGGAATGCAGTACTTCATCCTGTTAAAACATATGATGCTGTTAAAGCGGCAATTGAAGAGTCGTATCAAAAGGATATGGTGAACGGAGATGCTTACTCCAGATCAAGATGGGTGACATATGCGGTCGGTTCAGTGGCTGTGGCTGTCGTCGGAACAAAAGGCGCAGGAGCCGTTAACAAAGCTGATGCGGCGGGGAAGGTCATAAACAAGGCAGGACAGGCAGGGAAGAAAATTAAAGACGTTAAACTTCCAGAACTGCTCCCTTATAACTCAAAATATGATCTTGCTCTGGCCGATAACGTACCATACAATGTGGTTGACAGCCAAAACCTTAAAAATGAACTTTTGACCAATGCAAAGAAAATCCCGGATGGAACGAGAAAGCCGTTTACTGGTCAAGAAATAAACCTTCCTTGGTTAAATAAAGAAAAGTATGGTGCCTTTGAGGTTAAGGGCAAGGTAAAAGCAAAGGGAAAAGTTAAAGACATAAGCCGCAGAGTGTATACTATGAAAGATATTGATATGAACCAAAAAACAGAATTTGGCGTAACAAATCTTCAGCTTATGAAAAACGGTAATGCTCCTTATGCAAAAGATGGCACACAGATTAATTTACATCACTTGATTCAAGAAGAACCTGGCCCAATGCTTGAAATCCCAAACAGTTTACATACAAAATATAGTGATGTTATTCATAAGCTTAAGACTGATGGTGAAAGTTTTAGAAATGATAAGGTTTTAAAAGCACAATATGAAAGCTTTCGAAAGAGATATTGGAAGTGGAGAGCGAAACAATTTGAGAATGAGAATTGA MKVFEAASFISAAEKRAKQYDQIREQFINLRKAFQGMADLDDSEFSGKGADNIKAFFQDHASVTDSWLDLIDMKIAFLNSISGKVADAGLADSFVEESFLEHELIHAKNKSKAIMQEQRNEMRDILNEISDIVHLDVFSTEDVDQKLESADKKRDNTIHTLGKLDHDLTKEYAETEANEHFIQADFQQLQNATGKGENVTPLHYNAKAYRESDIHKKKGEIARHSDTYLTFKKEEAKEREIKDLKKKLADGVTDPDEYLEIAKKIGYENLEPSQQQYVIQLEQAKQMEEAGEVTWDILKGAGVGLYDVGKDTVTGLWDFITDPGETLSALGNAVLHPVKTYDAVKAAIEESYQKDMVNGDAYSRSRWVTYAVGSVAVAVVGTKGAGAVNKADAAGKVINKAGQAGKKIKDVKLPELLPYNSKYDLALADNVPYNVVDSQNLKNELLTNAKKIPDGTRKPFTGQEINLPWLNKEKYGAFEVKGKVKAKGKVKDISRRVYTMKDIDMNQKTEFGVTNLQLMKNGNAPYAKDGTQINLHHLIQEEPGPMLEIPNSLHTKYSDVIHKLKTDGESFRNDKVLKAQYESFRKRYWKWRAKQFENEN PGPT0027630_5 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM CE-BACTERIAL_FITNESS-YobL-YobK_TOXIN-ANTITOXIN_SYSTEM,PGPT0027630-toxin_yobL-K21487 NA NA D1-12_01091 333 csaA COG0073 putative chaperone CsaA ATGGCAGTCATCGAAGATTTTATCAAGCTTGATCTTAGAATAGGAACGGTCGTAAAAGCGGAAGTATTCCCGGAAGCAAAGGTGCCGGCCATTAAGATGACAATAGATTTCGGCGAAGAGATCGGCATGAAACAATCAAGCGCCCAGATTACAAAACGGTACGAACCGGGTGATCTGACGGGCAGACAGGTTACCGCTATTGTCAACTTTCCGCCGCGGCGGATCGCCGGATTTAAGTCAGAAGTTCTCGTTCTCGGCGGCATCCCGGAAAAAGGAGATGTTGTCCTGCTTACGCCAGAGCAGACAGTACCGAACGGAACGAAAATCGGATAA MAVIEDFIKLDLRIGTVVKAEVFPEAKVPAIKMTIDFGEEIGMKQSSAQITKRYEPGDLTGRQVTAIVNFPPRRIAGFKSEVLVLGGIPEKGDVVLLTPEQTVPNGTKIG NA NA NA NA NA D1-12_01092 711 rhaR_1 HTH-type transcriptional activator RhaR ATGGATTCATTACAACATATCATTTGTGAGCGGCGCACCTATTCACATATTTTTGATTCTCATGCACACACATACTGCCAAATGCTCTTTCCGCTCGAAGGACAGCTGGACCTGGAGACAGAAAGACGTGAAATCAGATTAAAACCTGATCAAATGCTGTATATTCCGCCCGGGCATGAACATCGGTTCCGTTCTTTGGAGCGAAATGAATGTCTTGTTCTCGACATACCGGCATTTTTTTTCAAAGGTTCCTTTGACCCCGGCGTTCTGAATAAGCTTGATCCTTTTTGGACATCGATTCGGTTTCTGCTGACAGAAGAGACAAAGCAGCAGTCGGCTCATTCATTGAGTCTGCTTGCAGAATATATTGCTGGAAAGATACAAGAAAACCGTACGAATAATTCAATTGCGTATATCCGCCGAAATCTCTCAAAGACTTTTACAATTAAAGAGCTCGCCGCAATGGAACATTACCACCCGGCGTATTATTCCGACTGGTTTAAAAAGCAGACGGGAAAAAGCCCGCAAGCTTATATTGCTGAGCTCCGTATGAAGAAAGCGGAACAAATGCTTATTGAAACAAAATGCCGGCTGACAGACATCAGTCAGGAGGTCGGCTTTCAAAATTTGTCTTCCTTCACCAGATGGTTTGTCAGACATAAGGGAATAACGCCGCGCGTCTTCCGAAACACCTTTCAATCTGATAAATAA MDSLQHIICERRTYSHIFDSHAHTYCQMLFPLEGQLDLETERREIRLKPDQMLYIPPGHEHRFRSLERNECLVLDIPAFFFKGSFDPGVLNKLDPFWTSIRFLLTEETKQQSAHSLSLLAEYIAGKIQENRTNNSIAYIRRNLSKTFTIKELAAMEHYHPAYYSDWFKKQTGKSPQAYIAELRMKKAEQMLIETKCRLTDISQEVGFQNLSSFTRWFVRHKGITPRVFRNTFQSDK NA NA NA NA NA D1-12_01093 567 hypothetical protein ATGTCACCGAGAGTCGGAATGAGCCTTGACATGATATTGAGAGCCGTAGCAGGCATCGCTGACGAAAAAGGGCTGAACGAAGTGACGCTTGCGGCTGTTGCAAAGTCCTTAAACGTAAAACCGCCTTCCCTTTACAATTTTGTCAATGGCCTTCAAGGAATTAAAACAGAGCTGGCTGTCTCCGGTTTAACTATGTTATATGAAAAAATGGCGGCCTCTGCAGAAGGACTGACGGGCGAAACGGCTTTGCTTGCTCTTGCCGATGCCTATATCAATTTCGCCGAAGCCAATCCCGGATTATATGACGCAACATTTCAAAAGATAAAAGACGGCCGGATTGAGAATCTGTCAAGCCTGCTTGTAGAGCTTGTTGTCAGGCAGCTGACAGCGAACGGTTATGCACAGTCTGACACTGCGATTCATGCTGCGAGAGGACTGAGGAGCCTTCTTCACGGATTTGCCGTGTTGAGAAAACAGAGTGCATTTGAATTAACCGAATCAATTAAGGAAAGCCGGAAGTTTGCAGTTGTTGCTTTCCTAAGAGGTTTGCAGGAGAGGGAACAATAA MSPRVGMSLDMILRAVAGIADEKGLNEVTLAAVAKSLNVKPPSLYNFVNGLQGIKTELAVSGLTMLYEKMAASAEGLTGETALLALADAYINFAEANPGLYDATFQKIKDGRIENLSSLLVELVVRQLTANGYAQSDTAIHAARGLRSLLHGFAVLRKQSAFELTESIKESRKFAVVAFLRGLQEREQ NA NA NA NA NA D1-12_01094 720 gloB_1 Hydroxyacylglutathione hydrolase ATGAGAATCTTACAATACGGAACCGTTTGGCAGTTGACTTTTTTTCCAGCGCTTTTCCCGGTGAATTGTTATTTGGTTGAAGAAGAAGAAGGAGTAACCCTGATTGACGCCGGACTGCCTAACAGTCATAAAGGAATTAAACAAGCATTGCGGCAGCTTGGGAAGCCGCTGAATGACATATTACTCACCCACGCGCACGGGGATCACATCGGTTCGCTTGACTCATTAGCTGCGGAATTTCCGGATGCTTCCGTCTGTATTTCTGAGCGGGATTCTTTCTTGCTGAAAGGTGACACTTCTTTATTTGAGCATGAAGCACAAACGCCGATAAAGGGGGGAGTGCCGAAAAATGTTCAGACCGAACCTGATCGCCTGCTGAAAGGCGGCGAGCGGATCGGATCTTTACTTGTCATTCCCGCTCCCGGTCATACGCCGGGAAGCCTCGCTTTTAAAGATATGAGAAATGATATGCTGATCGTCGGAGATGCCTTTCAAGTACGGGGAGGCCTTGCTGTTTCTGGGAAGCTGAAATGGAAATTTCCGTTTCCGGCTTTTGCTACGTGGAATAAAGAAGAAGCTGTAAAAACAGCAAGAACGCTTATCGCTCATCAACCAAGCAGTCTGGCCGCCGGACATGGAAATGTTCTCTGCAATCCCGTTGAAATGATGGCTGAGGCTGCTGAGGAAGCCGAACGAAGCCTGCCGGGAGGCCGATCATAA MRILQYGTVWQLTFFPALFPVNCYLVEEEEGVTLIDAGLPNSHKGIKQALRQLGKPLNDILLTHAHGDHIGSLDSLAAEFPDASVCISERDSFLLKGDTSLFEHEAQTPIKGGVPKNVQTEPDRLLKGGERIGSLLVIPAPGHTPGSLAFKDMRNDMLIVGDAFQVRGGLAVSGKLKWKFPFPAFATWNKEEAVKTARTLIAHQPSSLAAGHGNVLCNPVEMMAEAAEEAERSLPGGRS NA NA NA NA NA D1-12_01095 522 Protein csk22 ATGCATATCACACTTCAAAGCATCTGCCCTGTCTTAATGATTGCCTTTTTCCTGTATAAAAAGGTGAAACGGTCTGTCGGCTTTCAGCCTTTGAAACCCCGCTGGCTTTATACCAGAATGATTTTGTTTTCATTGCTGGCCGCAGCTCTGGCGTTTTTCAGCATCACACACCCGGCTTTATACGGCCATCTTATATTCGGCACTTTTTGCGGCTGGCTTCTGGTCCTGTTTGCCAAACGGAACATTTCTTTTGAAGAACGCCGCGGAAAAATGTATTTTCGCACTCACCTATGGATTGAACTTATTCTATTAACGTTATTCCTATCGAGATTTGTTTATCGCGTTATTGAAATTTACCGGGTCACAGCGGACTTTACCCATCCGGAGGCATACAGCCAAACGGTCGGGGCCGATCCGCTGACCATCAGTATCTTTTATTTCATCGCAGTGTATTACAGCGGCTTCTCTTTTTATGTTTTAAAAACGAGCAGAGACCAAACCAATAACAGTCAGTACGGCTGA MHITLQSICPVLMIAFFLYKKVKRSVGFQPLKPRWLYTRMILFSLLAAALAFFSITHPALYGHLIFGTFCGWLLVLFAKRNISFEERRGKMYFRTHLWIELILLTLFLSRFVYRVIEIYRVTADFTHPEAYSQTVGADPLTISIFYFIAVYYSGFSFYVLKTSRDQTNNSQYG PGPT0024949_6 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE_OTHER_SPORULATION_RELATED_PROTEINS,PGPT0024949-yobW-NA NA NA D1-12_01096 333 czrA COG0640 HTH-type transcriptional repressor CzrA ATGACTGAATTTCACGAATCCGGAAACACGAATGACCCCGCTGTCGATTTAGATGAGGAAACTTTATTTTTGGTTGCCCAGACTTTTAAGGCGCTGTCTGATCCGACCAGAATCAGAATTCTCCATTTGCTGTCACAGGGTGAGCACGCGGTAAATGATATCGCAGAAAAGCTGAATTTGCTGCAGTCTACCGTTTCTCATCAGCTGCGTTTTCTTAAAAATCTGCGCCTCGTCAAATCACGCAGAGAAGGAACATCCATCTATTATTCTCCTGAGGATGAACATGTGTTAGATGTGCTTCAGCAAATGATTCACCATACGCGGCACGATTAA MTEFHESGNTNDPAVDLDEETLFLVAQTFKALSDPTRIRILHLLSQGEHAVNDIAEKLNLLQSTVSHQLRFLKNLRLVKSRREGTSIYYSPEDEHVLDVLQQMIHHTRHD PGPT0004305_107 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_ZINK_RESISTANCE ZINK_RESISTANCE-ZINK_HOMEOSTASIS,PGPT0004305-czrA|yozA-K22043 NA NA D1-12_01097 666 hypothetical protein GTGGAGAAAAAGAAAAAAGGCTGTTTCGCTGCCGCGGGTCTTATGATGATATGTGTTTTTGTCATGGTTTCCTTCTTCCTCATTCTGTTATTTTCAAATAATGAATTGCTCAAAAGTCTTCCGTTTGATGTCAAACCGATCGTACTTGAACGGCTGACAGATTACAAACCGCTTGTTGAAGACGAGCTGGATGAAAAAGGACTCACCAAATATACATCGCTTGTACTCGGCATGATATATCAGGAGTCAAAAGGAAGAGGAAATGATCCCATGCAGTCTTCAGAATCTCTGGGTTTAAAGCGAAATGAGATTAAAAACCCTCAAACCAGTATCAAACAGGGAATCAAACAATTCACTCTCATGTACCAAACAGGCAAGAAAAAAGGCGTAGACTTGGATACGATTATACAAAGCTACAACATGGGAGCCGGCTATATTGATTTTGTGGCTGAACATGGAGGATCGCATACTGAGGAACTGGCAAAACAATACTCCGAGCAGCAGGTCAAAAAGAATCCGAAACTTTACACTTGCGGAGGGAACAAAGACAATTTCCGTTATCCCTACTGCTATGGTGATTACACGTACGCAGAAAAAGTAAAAGCAAAAACAAAAACCGTTGAACAATCCTTAAATGTAACAACACTTGAAACGCTTGAAGAGTAA MEKKKKGCFAAAGLMMICVFVMVSFFLILLFSNNELLKSLPFDVKPIVLERLTDYKPLVEDELDEKGLTKYTSLVLGMIYQESKGRGNDPMQSSESLGLKRNEIKNPQTSIKQGIKQFTLMYQTGKKKGVDLDTIIQSYNMGAGYIDFVAEHGGSHTEELAKQYSEQQVKKNPKLYTCGGNKDNFRYPYCYGDYTYAEKVKAKTKTVEQSLNVTTLETLEE PGPT0023801_4 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-MUREIN_TRANSGLYCOSYLASE_ACTIVITY,PGPT0023801-yocA-NA NA NA D1-12_01098 537 hypothetical protein ATGAATCAGACAGAAAACAAACCTAAAAGTTATACCGGTATCGTGCTGACATTGACCGTTCTGATCAACGGGTTAATTGCGGTACTGTTTTTTATGCCGAAATCAGGTCAGGTCAGCATTGCCAATATTCATATTCTGCCGATGTTAAATGCCATTTTTAACAGCTTCACGTTTATCTTTTTGCTGGCAGCGCTCTTTATGATTAAGCAAAAAAACATTCAAGCGCATAAACGTTTTATTTTAGCGGCGTTTACGACGACTTTGCTGTTTTTGATCTGCTATGTCGTGTACCACTCGATAGCTGAGAATACTTTATTCGGCGGCCACGGCATCATGCGCGGGATTTACTTCTTTATTTTAATTACGCATATTTGCCTTTCCTTCATCATCGTGCCGCTTGCGCTGTTTACGCTGATCAGAGGATTCAGTATGCAGGTGGAGCGCCACAAAAAAATCGCCAGATGGACGATGCCGCTCTGGCTGTATGTCAGTCTGACGGGCGTCATTGTATACTTAATGATATCGCCGTATTATTAA MNQTENKPKSYTGIVLTLTVLINGLIAVLFFMPKSGQVSIANIHILPMLNAIFNSFTFIFLLAALFMIKQKNIQAHKRFILAAFTTTLLFLICYVVYHSIAENTLFGGHGIMRGIYFFILITHICLSFIIVPLALFTLIRGFSMQVERHKKIARWTMPLWLYVSLTGVIVYLMISPYY PGPT0024520_421 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-OTHER_CELL_MEMBRANE_REMODELLING_PROTEINS OTHER_INTEGRAL_MEMBRANE_REMODELLING__PROTEINS,PGPT0024520-yozB_-K08976 NA NA D1-12_01099 783 hypothetical protein ATGGCAATTGACTCACTCATCGGCAAATTGAAGTACGTAATGACGGAATCTCCTGATAAAATGCTTTCCTTATATGTAAATACGGATATGAGAAATCCGGATCAGCAGGGGGGAGAGTGGAAAATCGCCTTGAAAACCGGTTTTCGGAGATTAAAAGAGTATCTGTCTGCCAGTGATCCGGAAGAAGAAAAATCTCTCGTCCGCATCATGGAACGTGTCTATCAATATATCGATGGGCTTGGTAAAGAGATGCCGCGAAGTCTCGTATTTTTTGCATCGGGAGAAGGCGGTATTTGGGAGACGATTGAATTGCAGGTGCCTGTCGAAACACGATTTTATTGGGAAGAAACGGCTGTCCTTGATCAATTAGAACTTCTCCGTGAACAATTTCCGAGCACGGCTTTTATTCTCACCCAGCAGAATGAAGTGAAGATCATAGAAACCGTACTCGGAAAAATTGAAGGGGTGGAGCATTATCAATACGACGTCATCAATGAATCGTGGAAACCGCAGGATGTAAGCGGAAGCTCCGCCTCAATGGACGAAGACGCCGCCAAAGCCCACGTCGAAGAAAACCAAAACAGGCTGTATAAACGATTGGCTTCAAATCTTGATCAAAAGGCCGCTTCACACCAATGGGAGCGTCTCGTAATCGCAGGGGACAAAGAAACAGCCGATATTCTCGATCAGCATATGAATAAACCGATAGATCGGATCATTCCAAAAAATCTGTTGAATGAAAACGAGCATAAGGTGATAGAAGAACTGTTGAAGGAAGCATAA MAIDSLIGKLKYVMTESPDKMLSLYVNTDMRNPDQQGGEWKIALKTGFRRLKEYLSASDPEEEKSLVRIMERVYQYIDGLGKEMPRSLVFFASGEGGIWETIELQVPVETRFYWEETAVLDQLELLREQFPSTAFILTQQNEVKIIETVLGKIEGVEHYQYDVINESWKPQDVSGSSASMDEDAAKAHVEENQNRLYKRLASNLDQKAASHQWERLVIAGDKETADILDQHMNKPIDRIIPKNLLNENEHKVIEELLKEA PGPT0015033_1 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS OTHER_STRESS_RESPONSE_PROTEINS,PGPT0015033-yocB-NA NA NA D1-12_01100 498 hypothetical protein TTGTTTACTGCAGAAGAAAGAGATCAGAAAGAGCTGGAAAAAGAGCTTCATAAACTTGAATTTCAGATTTTCAGAATGCGGGAAAATCTGATAGATGTATCAAAAGACGCGCGAGTGCTTGGTATTGATCAATCGAACAATGACGATTGGATCATTGTTTCCTCGATTGATGATGGCCAAACATGTAAGATTATGCTGACTGATTGTGAATCAGCCTACCGGGGAAGAGGCTGTTTTTCACTGATCGCCTCTTATTATGACAATGCCATTCATATCGGGGACATTAAAGGCCCGCCGAACCACGGCTACGGCTCGATCTGCATGAAATTTTTAAAACATATCGCCAGAGAGCAGAATATCCCGAAAGTGACGGGCGACATCGCTAAGCGTGATTGGGATCATGTCGACAGACTCGTTCATTTTTATGAAAAGCATCAATTTGATGTCTGGATTGACAATGATACGCAATCAGGCGGCATTAAATGGGTCGACTTGTAA MFTAEERDQKELEKELHKLEFQIFRMRENLIDVSKDARVLGIDQSNNDDWIIVSSIDDGQTCKIMLTDCESAYRGRGCFSLIASYYDNAIHIGDIKGPPNHGYGSICMKFLKHIAREQNIPKVTGDIAKRDWDHVDRLVHFYEKHQFDVWIDNDTQSGGIKWVDL PGPT0007785_1050 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-OXIDATIVE_STRESS_SIGNALLING,PGPT0007785-paiA-K22441 NA NA D1-12_01101 978 mccF Microcin C7 self-immunity protein MccF TTGTATCCGGAAAAATTGAAAAAAGGTGACGGCATTCGTATTGTGTCTCCGGCCACAAGCATGTCCGTTATGTCAGATGAAAATATAAATGCCGCAAAGTCAAAATTGGAGGAGCTCGGCTTTCGTGTCTCTTTTTCAGAGCATGCGAAAGAAATAAATGAATTTGATTCATCATCCATTGAATCGCGTGTACAGGATCTGCACGAAGCTTTCGCTGATCCTGACATCAAAGCGATTTTGACGACACTCGGCGGGTTCCAATCAAATCAGCTGCTTCGCTATCTTGATTATGAAAACATCAAGCGGCATCCGAAAATCCTTTGCGGCTATTCAGATATTACCGCTCTCGGCCATGCCATATATCAAAAAACCGGCCTTATTACATATTCCGGTCCCCATTTTTCTTCATTTGCCATGAAAAAAGGGCTGGACTATACGATTAACTCTTTCTTGGCCTGCTGTGCTTCTGACAACCCGTATGAGATAAAGCCTTCATCCGAGTGGAGTGATGATAAATGGTATTTGAACCAGGAGGACAGACGTTTTTATCGGAATCCGGGACCGCTCGTTATTCAACCCGGATATGCGGAAGGAACACTGATCGGAGGAAATCTATGCACGCTGAATCTTCTGCAGGGCACGGAATACTTTCCGGAGATGGAACAAGTGATTCTGTTTATAGAAGATGATCATATGTCGGACATTCATATGTTTGACCGGGATTTGCAGTCACTCATCCACCTTCCCGCTTTTTCAGCTGTGAAGGGAATTGTCATCGGACGTTTCCAGCATGCTTCAAATGTGTCTGAGGAGGCTCTCTGTGCCGTCATCCGTACAAAAGAAGAACTGTCATCCATGCCTGTTATCGCAAATGCTGATTTCGGCCATACCTCCCCTTTGATGACATTCCCGATCGGAGGAACATGCAGAATAGAAGCCGGCTCAGAAGGCGTAAGGATATGGATCGATCGGCATTAA MYPEKLKKGDGIRIVSPATSMSVMSDENINAAKSKLEELGFRVSFSEHAKEINEFDSSSIESRVQDLHEAFADPDIKAILTTLGGFQSNQLLRYLDYENIKRHPKILCGYSDITALGHAIYQKTGLITYSGPHFSSFAMKKGLDYTINSFLACCASDNPYEIKPSSEWSDDKWYLNQEDRRFYRNPGPLVIQPGYAEGTLIGGNLCTLNLLQGTEYFPEMEQVILFIEDDHMSDIHMFDRDLQSLIHLPAFSAVKGIVIGRFQHASNVSEEALCAVIRTKEELSSMPVIANADFGHTSPLMTFPIGGTCRIEAGSEGVRIWIDRH PGPT0023815_936 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-MURAMOYLTETRAPEPTIDE_CARBOXYPEPTIDASE_ACTIVITY,PGPT0023815-ldcA-K01297 NA NA D1-12_01102 402 hypothetical protein ATGAATCTGATGGAGCCGGAATTTATATGTTTATGGAATGCCTTCACAGAATCACCGGTGTTTCAAGCATGTATCTGTACCGCTTTGGCCATTGTGATCGTTATCGGACTGTCTATGCCGGCTGTCAGGCTGTTTCAGGCGCTTGACAGAGGGAGAGGAAGGCCAGCCGTTATTGAAAAGGTGAGACGTACTGGTGTGATGAAGAATGGCAGGCACGAGCTTGTGCTTATTTTAAACGTAAAAAACCAAGACGGAACGCATGATAAACGTGAACTGACACATGCCGTATATAATGAAGAGATCAGCCGTTTTTATGAAGGAGCTTCCGTATGGGTGACGGCAGCGGCTGGCGGACGAATTATGATCGCTCCGCGCACGCCGCGGCATAAGGCGTCAAAATAA MNLMEPEFICLWNAFTESPVFQACICTALAIVIVIGLSMPAVRLFQALDRGRGRPAVIEKVRRTGVMKNGRHELVLILNVKNQDGTHDKRELTHAVYNEEISRFYEGASVWVTAAAGGRIMIAPRTPRHKASK NA NA NA NA NA D1-12_01103 870 yocH COG1388 Cell wall-binding protein YocH ATGAAGAAGACGATTATGTCCTTTGTCGCAGTTGCAGCAATTTCAACAACTGCATTTGGAGCTCACGCTTCTGCTAAAGAAATCACGGTGCAAAAGGGTGACACGCTCTGGGGGATCTCGCAAAAAAACGGAGTGAACCTAAAGGACTTAAAAGAATGGAATCAGTTATCTTCTGATTTAATCATTGAAGGAGAGAAACTGACTATTTCTTCAGTAGAAACAACCACATCTGGGCAGTACACAGTGAAGCAGGGCGACAGCCTCTGGAAAATTGCTCAGAAATTCGGAACATCAGTCGGCAATCTGAAAAGCTTGAATAACTTGCAATCAGATATAATTTACGCAGGCACAACGTTAAATGTGAAAGGTCAGGCTCAGGCTGCACAGCCGGCTCAAGAAGCCAGCCAGCCGCAAACTGAACAAAAACCAGCTGCTGAGACAGAACAGCCGAAACAAGAAGCTGTCAAAAACGAGCAGCCTAAACAAGAACCTGTTCAAGAACAACAACCTAAACAAGAAGCGAAGGCTGTCGAAGCAAAACAGCAGCCTGTTCAATCAAATACAAACCAACAAGAGCCTAAAAAGCAGCTGACAATGACTGCAACTGCTTACTCTGCTAACGACGGCGGCATTTCCGGTGTAACGGCAACCGGTGTTGACTTAAACAAAAACCCTGATGCAAAAGTCATCGCGGTAGACCCTAGTGTCATTCCGCTTGGCTCTAAGGTTTATGTTGAAGGTTACGGAGTGGCAACAGCAGCAGATACAGGCGGCGCAATTAAAGGAAATAAAATTGACGTATTTGTTGCAAAGAAAAGTGACGCTAACAACTGGGGCGTCAGAACAGTAAATGTTAAAGTATTAGACTAG MKKTIMSFVAVAAISTTAFGAHASAKEITVQKGDTLWGISQKNGVNLKDLKEWNQLSSDLIIEGEKLTISSVETTTSGQYTVKQGDSLWKIAQKFGTSVGNLKSLNNLQSDIIYAGTTLNVKGQAQAAQPAQEASQPQTEQKPAAETEQPKQEAVKNEQPKQEPVQEQQPKQEAKAVEAKQQPVQSNTNQQEPKKQLTMTATAYSANDGGISGVTATGVDLNKNPDAKVIAVDPSVIPLGSKVYVEGYGVATAADTGGAIKGNKIDVFVAKKSDANNWGVRTVNVKVLD PGPT0019120_231 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING_HYDROLASE_ACTIVITY,PGPT0019120-sle1|yocH-K22409 NA NA D1-12_01104 1779 recQ COG0514 ATP-dependent DNA helicase RecQ ATGCTGGATAAAGCCCAATCCCTTCTGGCGCATTATTTTGGTTACGACAGTCTACGCGCGGGCCAAAAGCAGGCGATACAATCAGTTGCAGAGGAGAGAAAAAACACGGTCTGCATTATGCCGACGGGGGGCGGAAAATCAATCTGCTATCAGATTCCCGCACTGCTGTTTGAAGGAACCACAATCGTTATTTCCCCTCTTATTTCCTTAATGAAAGATCAAGTCGACGCGCTTGAAGAAGCGGGTATCGCGGCAGCTTATATTAACAGCACCCAGACAAGCCGTGACATTCATGAGCGCCTGACCGGTTTGAAACAAGGGGCTTACCGGCTCTTTTACATTACACCGGAGCGTTTGACTTCTTCTGAATTCATTCACATCCTGCAGAATATTACGGTTCCTCTTGTCGCCATTGACGAAGCTCACTGTATATCGCAATGGGGACATGATTTCAGGCCGAGTTACCGGAATATCGAAATCCTTTTTAATGAATTAAAAGAACCGCCCGTCATCATCGCATTAACGGCGACGGCTACGCCTGAGGTTCATGATGATATCTGCAAGCAGCTTCATATTAAGAAAGAACAAACTGTATATACCGGTTTTGCCAGAGAGAATTTAACGTTTAAAGTAGTAAAGGGCGAAAACAAAGACCGGTTTATCGAGCGGTATCTGGAAAAAAATAAACACGAAGCCGGCATTATATATACAGCGACAAGAAAAGAAACCGACCGTTTATATGAGAAATTAAAGCGCAGCGGCATCAATGCCGGCCGTTATCACGGCGGATTGGCGGATGATGACAGAAAAGACCAGCAGGAGCGGTTTCTTAACGATCAGATACAAGTGATGGTAGCTACGTCCGCTTTCGGAATGGGAATCGATAAGAGCAACATCAGGTTCGTTTTGCACGCGCAGATTCCGAAAGATATGGAGAGCTATTACCAGGAAGCCGGACGGGCCGGGCGCGATGGTCTTAACAGCGAGTGTGTGCTCTTATTTTCGCCGCAGGATATTATGGTGCAGCGTTTTTTAATAGACCAATCGGCCGCCGGAGAAGAAAAACAAAAGCAGGATCTCAAAAAACTGAGACAGATGGTGGATTACTGTCATACGGAAGATTGCCTGCAGCGGTTTATTCTGAAGTATTTCGGCGAGAATGAGGCGGAAGCTTGCGAAGCATGCGGCAATTGCACTGATACAAGGACCGCCCATGACGTCACAAAAGAAGCGCAGATGGTATTGTCATGCATCATCAGAATGAATGAGCGCTTCGGAAAAACGATGGTGGCGCAGGTGCTTAGCGGCTCAAAAAATAAAAAAGTGCTGGAAAACGGCTTCAGCAGCCTGTCCACTTACGGCATTATGAAGCATCAATCCGCAGCGGAAATCAGTGATTTTATCGAATTCCTTATTTCAGATGAATATATCAGAATGGCAGACGGCACATTTCCGACGCTTATGGTTACCCAAAAAGGCAGGGACGTTCTGCTCGGAAAAAGCGCAATCTCGAGAAAAGAAGCCTTACAGGCCGCTGCCGTTACTGAAAATGATGAATTATTTGAGCTTCTCCGGCGTCTCCGCAAAGGGATTGCAGCTGAACAGGGTGTGCCTCCATTTGTCGTGTTCTCGGATCAGACGTTAAAAGAAATGTCAGCGAAACTTCCGAAAACGGATCAGGATCTTCTTTCCGTAAAAGGGGTCGGGGAACAAAAAAGATTGAAATACGGAGCGGTTTTTTTAGAAGAAATCCGAAATTATGTAAGAGAAACAGAGTGA MLDKAQSLLAHYFGYDSLRAGQKQAIQSVAEERKNTVCIMPTGGGKSICYQIPALLFEGTTIVISPLISLMKDQVDALEEAGIAAAYINSTQTSRDIHERLTGLKQGAYRLFYITPERLTSSEFIHILQNITVPLVAIDEAHCISQWGHDFRPSYRNIEILFNELKEPPVIIALTATATPEVHDDICKQLHIKKEQTVYTGFARENLTFKVVKGENKDRFIERYLEKNKHEAGIIYTATRKETDRLYEKLKRSGINAGRYHGGLADDDRKDQQERFLNDQIQVMVATSAFGMGIDKSNIRFVLHAQIPKDMESYYQEAGRAGRDGLNSECVLLFSPQDIMVQRFLIDQSAAGEEKQKQDLKKLRQMVDYCHTEDCLQRFILKYFGENEAEACEACGNCTDTRTAHDVTKEAQMVLSCIIRMNERFGKTMVAQVLSGSKNKKVLENGFSSLSTYGIMKHQSAAEISDFIEFLISDEYIRMADGTFPTLMVTQKGRDVLLGKSAISRKEALQAAAVTENDELFELLRRLRKGIAAEQGVPPFVVFSDQTLKEMSAKLPKTDQDLLSVKGVGEQKRLKYGAVFLEEIRNYVRETE NA NA NA NA NA D1-12_01106 627 azoR1 COG1182 FMN-dependent NADH-azoreductase 1 ATGTCTCAAGTATTATTTGTAAAATCAAGTGACCGTACGGCTGAAGAAGGCGTATCCGTAAAATTATACGAAGCGTTTCTGGCTGCTTATAAAGAAAACAATCCGAATGATGAAGTGATCGAACTTGATCTTCATAAAGAAAACCTTCCTTACCTCGGAAGAGATATGATTAACGGAACATTCAAAGCTTCAAAAGGAATTGAAATGACAGACGAAGAGAAAAAACAAGCGTCAACTGCTGACATTTACTTAAATCAATTCGTCAAAGCTGACAAAGTCGTGTTTGCATTCCCACTTTGGAACTTCACAGTGCCTGCTGTGCTTCATACTTATGTTGATTACCTGTCTCGCGCAGGAGTTACTTTCACATACACGCCTGAAGGCCCTAAAGGTCTGATGGGAGATAAAAAAGTAGCGCTCTTAAACGCACGCGGCGGCGTATATTCTGAAGGACCGATGGCATCTCTTGAAATGTCATTAAACTTCATGAAAACCGTTCTCGGTTTCTGGGGTGTCCAAGATCTTCATACTGTTGTCGTTGAAGGCCATAATGCTGCACCGGATAACGCTCAAGCGATCATTGAAAAAGGACTGCAAGAAGCGAAAGATCTGGCTGCAAAATTCTAA MSQVLFVKSSDRTAEEGVSVKLYEAFLAAYKENNPNDEVIELDLHKENLPYLGRDMINGTFKASKGIEMTDEEKKQASTADIYLNQFVKADKVVFAFPLWNFTVPAVLHTYVDYLSRAGVTFTYTPEGPKGLMGDKKVALLNARGGVYSEGPMASLEMSLNFMKTVLGFWGVQDLHTVVVEGHNAAPDNAQAIIEKGLQEAKDLAAKF PGPT0006790_1295 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_DEGRADATION_OF_OTHER_NITRO-COMPOUNDS XENOBIOTIC_AZO_DYE_DEGRADATION,PGPT0006790-acpD|azoR-K01118 NA NA D1-12_01107 102 hypothetical protein ATGTACCTGTTTTTTTATTCCATAAAAAATCTCAGAATCGAAATAAAATCATTGACTTTATATAAAAAAGAAAGTAACATACTATTTGTAAGTAAATATTAA MYLFFYSIKNLRIEIKSLTLYKKESNILFVSKY NA NA NA NA NA D1-12_01108 492 yocK COG1734 General stress protein 16O ATGTCATTATCAAAAGAACAGCAGGACAGCCTTTATCATAAATTAATCGATTTAAAGGAAAGTCTTCAGGGAGAATCAAAAGAAAATCATTCAATGAGCGAAGACACAGGAGAACTGTCGAACGGAGTAGATAATCACTTAGCTGATCACGGAAGCATTTATTTGGACAGAGTCACGAATCAGACGCTGGACGGTGTCGATCAGAATCTTTTAGATGAGGTGCACGCCGCGCTTGAACGAATGGATAAAGGAACATACGGGATTTGCGAGAAAACGGGAAAAGAAATTCCTTATGAAAGACTTGAAGCTGTGCCGTACGCCAGAATGACCGTCGAAGCGCAGCGAGAAACAGAAGGGGATGTGAAAACAGACGCTCCGTCATATGAAAGGGAATTTCACGAGCAGGTGAAAGACCTCTCAAATAAAGAAACCGTTGATCAAAAAAGCTCACAAACTTACGAAATCCTGGATCGCGAGCAGGATTCACAATAA MSLSKEQQDSLYHKLIDLKESLQGESKENHSMSEDTGELSNGVDNHLADHGSIYLDRVTNQTLDGVDQNLLDEVHAALERMDKGTYGICEKTGKEIPYERLEAVPYARMTVEAQRETEGDVKTDAPSYEREFHEQVKDLSNKETVDQKSSQTYEILDREQDSQ PGPT0014560_257 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 D1-12_01109 348 hypothetical protein GTGTGTGAAGAAGAATTAGACCGGCTTAAGAAAGTGGAACAACAGCTTGATGAGCTTCAGGATAAGTGTCATTTTGAGCCGCAAACGGTTGAAGGGGAAAAAACATATGTCCATATTGAGCATGTCAAAGTGGACAAGGTTGAATACAATATTGATTTTGAAAAGCTGAGTATAGAAGAGCTGAGCGGTATGCTGAATATCGGCGCCACTTACCATACACCGGTGCACAGGCTCAAACAAGCCTGCGCTGAAGAATGTCGGGACAACCCGCAAAATGATGCTGCGAAAGAAAAAAGCCAGACAAAGCAGCAGACACCCAATGTCACCATCAGGGGAAGAAAGCATTGA MCEEELDRLKKVEQQLDELQDKCHFEPQTVEGEKTYVHIEHVKVDKVEYNIDFEKLSIEELSGMLNIGATYHTPVHRLKQACAEECRDNPQNDAAKEKSQTKQQTPNVTIRGRKH NA NA NA NA NA D1-12_01110 234 hypothetical protein ATGATGTTTTTTCCATCCGTTATCAACTTTGAGTATATAAAAATGAACGGAATCAGCGGCGGAGCAGCTTTTAACACCGGCTCTTCCGTTATGGTGAGAAACACAGCAGCCAATAAAAGAAATGAAGGGTACGGTGAACAAAACGGTGATTGCACCGTTGTCGTCATCCCTATCATGAGTATCGATGATTCAGATCTGATAGATGGCACAGCAAACAAGATCAGCCTTCGATAA MMFFPSVINFEYIKMNGISGGAAFNTGSSVMVRNTAANKRNEGYGEQNGDCTVVVIPIMSIDDSDLIDGTANKISLR PGPT0030855_3 PUTATIVE PGPT PUTATIVE_PGPTs PUTATIVE_FUNCTIONS PUTATIVE_FUNCTIONS-1 PUTATIVE-UNKOWN_FUNCTIONS PUTATIVE-PERMEASSE_ACTIVITY,PGPT0030855-yocN-NA D1-12_01111 483 yocM COG0071 Salt stress-responsive protein YocM ATGGATTTCGATAAGATGAAGCAATGGATGGAAATGGCGCAAAACATGTCCGGCGGCGACTTTTGGAAAAACGTTTTTGATGATGAACAACTGAAATCATTTCAAAACGGCCATTCTCATTTTCCCTTTCAACAGGGAGATGGGCAAATGAGAAGAAATGAGGATGCTTTTCCTCTTATAGATATTGTGGAAACCCATGATGAGCTCCAATTTTTGCTGTATCTGCCCGGCTACCGGAAACAAGATGTTCAGCTGCTGTCCTACGGAGAATATATCGTCGTAAAAGGCACGAGAAAATCCTTTTTTAATGAACAGGATTTTAAACAGAAGACCGGAAAATACGGCGATTTTGAAAAAAAACTCGACCTTCCGCATTCCGCTCAGGGAACGAAGGGAATGCAGGCGGTATTCAAAGACGGGATTTTATATATATCGATTGCTAAACATCTGGGGGATGCAAGCCAGATCATTATCGAAGGCTGA MDFDKMKQWMEMAQNMSGGDFWKNVFDDEQLKSFQNGHSHFPFQQGDGQMRRNEDAFPLIDIVETHDELQFLLYLPGYRKQDVQLLSYGEYIVVKGTRKSFFNEQDFKQKTGKYGDFEKKLDLPHSAQGTKGMQAVFKDGILYISIAKHLGDASQIIIEG PGPT0014635_1479 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HEAT_SHOCK_PRTOEINS,PGPT0014635-hsp20-K13993 NA NA D1-12_01112 273 hypothetical protein GTGGTTCAACCAACTCCATATATCAATATTAATATTTTCATGTTGAAAATTAATTCCTTTGAAAATGCTTCAGCGGTGAATGTCGGACAAAATTTACTGGCGGAATGGCAGAATTCTGATAAAAAGAATCAGGGATACGGACAGAACTTCGGAGATGCAAGCGGCTTCATCGGCACGAACGGCAAAGTGGATGACCGGGATCAAATTGATTCTCCATCTGCCTTTGAGTCTGCATGCGATAAAATCCCTGCCGGAAAAGGAGGCCCATTATGA MVQPTPYININIFMLKINSFENASAVNVGQNLLAEWQNSDKKNQGYGQNFGDASGFIGTNGKVDDRDQIDSPSAFESACDKIPAGKGGPL NA NA NA NA NA D1-12_01113 234 hypothetical protein ATGATGTTTTCGCTAGTTTTGGTAAATGTAGGGGGCTTTAAAGTAAATGCAGTCGACCGCGGTTCTTCCATTACGATCGGCCCGTATCAGCAAATCGATTATTTTTTATCCAATAAGATCAACTACGGATTCGGTGAAGAAAATGGTGATTTGGCGCCGATTTATATCCCCATCAGTTCTATTGCTGATCCGGATCTCATTGATTCGAACTCCGGAAAAACAAGCATTATATAA MMFSLVLVNVGGFKVNAVDRGSSITIGPYQQIDYFLSNKINYGFGEENGDLAPIYIPISSIADPDLIDSNSGKTSII PGPT0030855_4 PUTATIVE PGPT PUTATIVE_PGPTs PUTATIVE_FUNCTIONS PUTATIVE_FUNCTIONS-1 PUTATIVE-UNKOWN_FUNCTIONS PUTATIVE-PERMEASSE_ACTIVITY,PGPT0030855-yocN-NA D1-12_01114 345 hypothetical protein TTGGGAATTTTTTCTGTCAGCAGATCAACCGACACAAAAAAGCTGGAGGCTTTGCTCGTTGAGGGAGAACGGATCGAAACGATTTATAAACTGCGGGTTGACCAAATATGCTTTACGAATAAACGAGTGATTTTCTTTGATAATAAAATGTTCTCCAAAAAGAAAGTGCGCGTATTTCTTCCATATAAAACAATTGAAAGCTTCGCCATTCAAGAAGCAGGGATGTTTGATCCCGATACCGGGCTTGTATTAATGACAAGGGGAAAAACTTTCGAATTGGAATTTGCAAAAGAAACGGACTTGACTGAGGTTCAAGCCATCTTAACAAAATACTTATGCAGTTAA MGIFSVSRSTDTKKLEALLVEGERIETIYKLRVDQICFTNKRVIFFDNKMFSKKKVRVFLPYKTIESFAIQEAGMFDPDTGLVLMTRGKTFELEFAKETDLTEVQAILTKYLCS NA NA NA NA NA D1-12_01115 141 hypothetical protein ATGAAAAAAACAGAGCAAGACAAACAAAATAAAACATCAGATCAGCTTCAGCAAGTGCAACCTGAAGAAGGCACCGACACGACGATGGAACAAATTTCAGATACCTATAAAGAAGGAACAATTGAAGATACGGATCGTTGA MKKTEQDKQNKTSDQLQQVQPEEGTDTTMEQISDTYKEGTIEDTDR NA NA NA NA NA D1-12_01116 204 hypothetical protein ATGATTCATAATAATTGGCAGACAAAAGAAAGCGTCAAAAAGGTCAAATGCGTACATACAGATGCGAAAAAATACATTGTCAAAAATGTGCTGACGCCGGGTAAAGAGTATGAAGTCAAAAATGAAACAGAAGAATTCATTTTTGTTGTAGACAATACAAACAAAGTCGGAGGCTTCTACAAAGAGTATTTTGAAGAAGTTTAA MIHNNWQTKESVKKVKCVHTDAKKYIVKNVLTPGKEYEVKNETEEFIFVVDNTNKVGGFYKEYFEEV NA NA NA NA NA D1-12_01117 1488 styD Phenylacetaldehyde dehydrogenase ATGAGTTCTTTAACGATGCAGATCACAAAAAGGCTGGAAACATTTTTACAGGGCACGAAGAAGCTTTATATTGACGGAAAATTTGTTCCGAGCGCTTCAGGATCAACATTTGTCACACCGAATCCGGCAACCGGGGAAACGCTGATGACGCTTTACGAGGCACAGTCAGAAGACATTGACAGTGCAGTGAAAGCGGCACGCAAAGCCTTTGATCACGGCGAATGGCGCACTATGCCGGCCGCTTCCAGAAGCAGGCTGATGTATAAGCTTGCCGATTTAATGGAAGAGCACAAAACGGAACTCGCGCAGCTTGAAACACTTGATAATGGAAAACCGATTAATGAAACGACGAATGGGGATATCCCGCTCGCAATTGAGCATATGCGTTATTATGCCGGGTGGTCTACAAAGATAACCGGACAAACGATTCCGGTCGCCGGCTCATATTTTAATTACACCCGCCATGAGCCTGTCGGCGTCGTGGGGCAGATCATCCCTTGGAACTTCCCGCTCCTTATGGCGATGTGGAAAATGGGCGCCGCCCTTGCCACAGGCTGCACAATCGTTTTGAAACCGGCGGAGCAGACACCGCTGACTGCCCTCTATTTAGCGGAATTAATAGATCAGGCGGGCTTCCCTGACGGCGTCATCAATATTGTCCCAGGGTTCGGCGAAACGGCCGGGGAAGCGCTGACCAACCATGACGATGTCGATAAACTCGCTTTTACCGGTTCTACACAAATCGGCAAAAAAATCATGGAAAAAGCCGCAAAAAAAATTAAACGCGTGACACTGGAGCTTGGCGGAAAGTCACCTAACATCATTTTGCCTGACGCCAATTTGAAGAAAGCCATTCCCGGCGCTTTAAACGGGGTCATGTTTAATCAGGGGCAGGTATGCTGCGCAGGCTCCCGTGTCTTCATTCACAAAGACAAATATGATGAGGTCGTCAGCGAAATGGTTTCATATGCGAAATCGCTTCAGCAAGGCGCCGGCCTTCACCAGGATACACAAATCGGCCCGCTCGTCAGTCAGGAACAGCATGAGCGCGTGCTTTCATATATTGAAAAAGGAAAAGCGGAAGGAGCCAAAGCTGTCGCGGGCGGCAGCTGCCCGTTTGAAGAAGGGTATTTTGTCTCCCCGACTGTATTTGCGGATGTGGATGACAGCATGACCATCGCAAAAGAAGAAATTTTCGGCCCGGTTTTAGCCGCCATTCCGTATGATACGGTAGATGAAGTGATTGAGCGGGCGAACCGCTCGGAATACGGCCTTGCAGCCGGACTTTGGACTGAGAATGTGAAAAACGCCCATTACATTGCTGACCGTCTCCAAGCCGGCACCGTTTGGGTCAACTGCTACAATGTTTTCGATGCGGCATCTCCTTTCGGCGGCTATAAGCAATCCGGCCTCGGGCGGGAAATGGGCTCTTACGCTCTGGATAATTATACAGAAGTGAAAAGCGTCTGGATCAATCTGGAAGATTAA MSSLTMQITKRLETFLQGTKKLYIDGKFVPSASGSTFVTPNPATGETLMTLYEAQSEDIDSAVKAARKAFDHGEWRTMPAASRSRLMYKLADLMEEHKTELAQLETLDNGKPINETTNGDIPLAIEHMRYYAGWSTKITGQTIPVAGSYFNYTRHEPVGVVGQIIPWNFPLLMAMWKMGAALATGCTIVLKPAEQTPLTALYLAELIDQAGFPDGVINIVPGFGETAGEALTNHDDVDKLAFTGSTQIGKKIMEKAAKKIKRVTLELGGKSPNIILPDANLKKAIPGALNGVMFNQGQVCCAGSRVFIHKDKYDEVVSEMVSYAKSLQQGAGLHQDTQIGPLVSQEQHERVLSYIEKGKAEGAKAVAGGSCPFEEGYFVSPTVFADVDDSMTIAKEEIFGPVLAAIPYDTVDEVIERANRSEYGLAAGLWTENVKNAHYIADRLQAGTVWVNCYNVFDAASPFGGYKQSGLGREMGSYALDNYTEVKSVWINLED PGPT0006875_3988 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROLIPID_REMODELLING CE-REMODELLING_GLYCEROLIPID_DEHYDROGENASE|DEHYDRATASE_ACTIVITY,PGPT0006875-aldH|dhaS-K00128 NA NA D1-12_01118 1884 sqhC COG1657 Sporulenol synthase GTGAGCACAATTCATGAAAACGTCAGAAGCCGCCAAAAGAAAACCATCTCCCTATTAAGAGAAACGCAAAATGCGGACGGCTCATGGTCATTTTGTTTTGAAGGACCGATTTTGACAAACGCCTTTCTGATCCTCCTCCTCACTTCTCTTGGAGACAATGATAAAGAACTGATCGCTGAGCTTGCAGAAGGCATTCGCGCTAAACAGCGCCCGGACGGAACTTTTGCCAACTATCCTGATGACCGGAAAGGAAATGTGACCGCCACTGTACAGGGCTATGCCGGCTTGCTGGCTTCCGGTTTATATAGCCGTTCTGAGGCGCATATGATTCAGGCCGAACGCTTTATCATCTCAAATGGCGGCTTGCGCAACGTACACTTCATGACAAAGTGGATGCTTGCGGCAAACGGCCTTTATCCATGGCCCGCGCTGCATCTGCCATTATCTTTCTTAGTCATTCCCCCATCCTTCCCGCTGCATTTTTACCAGTTCAGTACATACGCCCGTATTCATTTTGTACCGATGGCCGTGACACTTAACAAAAGATTTTCGCTGAAAAATCCCAACGTTCCGTCTCTCGCGCATTTAGATCGGCATATGACTAAAAATCCGTTTACATGGCTTCGTTCCGATCAGGATGAGAACAGAGACCTCTCTTCTCTTTTCGCGCACTGGAAGCGGCTTTTGCAGATTCCTGCCGCTTTTCACCAGCTCGGTCTGCGTACGGCCAAAACGTATATGCTTGACCGGATTGAAGAAGACGGCACATTATACAGCTATGCGAGCGCCACTATTTTTATGGTGTACGGCCTGCTCGCTCTCGGTGTATCGCGCCACTCCCCCGTTATTAAAAAAGCGCTTGCCGGCACGAAAGCTTTGCTCACGTCTTGCGGCAATATACCGTACCTGGAAAATTCAACGTCGACCGTTTGGGATACGGCGCTTCTCAGCTATGCGCTTATGAAAAGCGGCATCCCAGATAACGATCAGATGATAACCAGCGCCGCCCGGTTTCTGCGTGAACGGCAGCAGACTAAAGTCGCTGATTGGGCCGTTCACAACCCGCATGCTGAACCGGGAGGATGGGGTTTTTCAAACATCAATACAAATAATCCTGATTGTGATGACACAGCCGCAGTGCTCAAAGCCATTCCGCGAAAACTTTATCCCGCCTCATGGGAACGCGGACTGAGCTGGCTTTTGTCCATGCAAAACAGTGACGGCGGCTTCTCTGCTTTTGAGAAAAATGTCAATCATCCGCTGGTCCGCCTGCTGCCGCTGGAATCGGCTGAGGAAGCTGCCATCGATCCTTCAACAAGCGACTTAACCGGACGGGTGCTGCACTGTTTAGGAGAAGCGGGGCTTTCTTCTGATCACCCTCAGATTGAAAAAGCCGTCCAATGGCTGATCCGCCATCAAGAAGAGAACGGATCGTGGTACGGCAGATGGGGTGTCTGCTATATTTACGGCACATGGGCGGCGCTGACAGGGATGAATGCTTGCGGCGTGAGCCAAAACCACCCGGCCGTGAAAAAAGCGATCCGCTGGCTGAAGTCCATTCAAAACGAGGACGGAAGCTGGGGGGAATCCTGTAAAAGTGCAGAAGAGAAAACCTATGTTCCGCTTTCTTACGGGACGCTTATACAGACGGCTTGGGCGGCCGAAGCTTTGCTGCAATACGAAAAACCTCATCATCAAGCCGTCACAAAAGGCATATCTTTTCTTATTGAAAACCGGCATTACGAAGGAGCCGCTTTCAGCTATCCGACCGGAATCGGCCTGCCGAAACAGTTTTACATCAGGTATCACAGCTACCCGTATGTGTTTTCTTTGCTTGCGCTCAGCACTTTTATGAAAATGAGTGAAAAGGAGGAAGAAAAATGA MSTIHENVRSRQKKTISLLRETQNADGSWSFCFEGPILTNAFLILLLTSLGDNDKELIAELAEGIRAKQRPDGTFANYPDDRKGNVTATVQGYAGLLASGLYSRSEAHMIQAERFIISNGGLRNVHFMTKWMLAANGLYPWPALHLPLSFLVIPPSFPLHFYQFSTYARIHFVPMAVTLNKRFSLKNPNVPSLAHLDRHMTKNPFTWLRSDQDENRDLSSLFAHWKRLLQIPAAFHQLGLRTAKTYMLDRIEEDGTLYSYASATIFMVYGLLALGVSRHSPVIKKALAGTKALLTSCGNIPYLENSTSTVWDTALLSYALMKSGIPDNDQMITSAARFLRERQQTKVADWAVHNPHAEPGGWGFSNINTNNPDCDDTAAVLKAIPRKLYPASWERGLSWLLSMQNSDGGFSAFEKNVNHPLVRLLPLESAEEAAIDPSTSDLTGRVLHCLGEAGLSSDHPQIEKAVQWLIRHQEENGSWYGRWGVCYIYGTWAALTGMNACGVSQNHPAVKKAIRWLKSIQNEDGSWGESCKSAEEKTYVPLSYGTLIQTAWAAEALLQYEKPHHQAVTKGISFLIENRHYEGAAFSYPTGIGLPKQFYIRYHSYPYVFSLLALSTFMKMSEKEEEK PGPT0007620_71 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-TERPENOID_DERIVATE_PRODUCTION,PGPT0007620-sphC-K18115 NA NA D1-12_01119 846 hypothetical protein ATGAAACGGCACGCTTATCAAACCGAGATGCTGAATTGGTGTGAAACCTTGAAGGAACAAGTCATTCAGCAAGGTCGGTTCGATCGCTTCGCGGCACAAATCGACCGGATTTTTCACACCCTTCAGGATGATGGATTAACGGAGGCGGAATGGTACGAACAGGCATCAGCACTTTACCGGGACATTACTGAACCCGAAGAGCCGGATGAGCGCAGAGCCTATGTGCCAATCGGCAAGCATGTCCTCCCTAAACTGCCTTACAGTTATTCCGCACTGGAACCGTATATTTCAAGAGAGATTATGAAACTCCACCATACAAAACACCATCAGAGCTATGTTGACGGTCTGAATAAAGCAGAACTGGAGCTCAAAAAAGCGAGACAGACGAAACAGTACGACTTAGTGGCACATTGGAAGCGGCAATTGGCGTTTCACGGCGCGGGCCATTATTTACACAGTATTTTCTGGTTTTCGATGAATCCAAACGGAAAAAGACGGCCGACGGGTGCACTCTTTCAAATGATTGATGTGTCATTCGGAAGCTATTCCGCTTTTAAAGAGCAATTTTCTCAAGCGGCGAAAAAAGTCGAAGGAGTCGGCTGGGCTATCCTAGTCTGGGCGCCGCGCGCCGGGCGGCTGGAGATTTTGGCCGCTGAGAAGCATCAGCTCTACAGCCAGTGGGACGTCATTCCTTTGCTTCCGCTGGATGTGTGGGAACACGCTTATTATTTACAATATAAAAACGACCGCGCGGCTTACGTGGATCAATGGTGGAATGTCGTTGATTGGCGGGAGGCGGAGAAACGGTTCGAGCAAGCGCACCGCGTGATATGGCCGCTTTATTAA MKRHAYQTEMLNWCETLKEQVIQQGRFDRFAAQIDRIFHTLQDDGLTEAEWYEQASALYRDITEPEEPDERRAYVPIGKHVLPKLPYSYSALEPYISREIMKLHHTKHHQSYVDGLNKAELELKKARQTKQYDLVAHWKRQLAFHGAGHYLHSIFWFSMNPNGKRRPTGALFQMIDVSFGSYSAFKEQFSQAAKKVEGVGWAILVWAPRAGRLEILAAEKHQLYSQWDVIPLLPLDVWEHAYYLQYKNDRAAYVDQWWNVVDWREAEKRFEQAHRVIWPLY PGPT0004190_417 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 D1-12_01120 1338 hypothetical protein GTGAAAGAAGCTAATCAATGGTCATCTAAGCTGGGATTTATTTTAGCTACGGCCGGCTCTGCAATCGGGCTCGGCGCAATATGGAAGTTCCCTTACGTAGCGGGAACCAGCGGAGGCGGCGCTTTTCTGCTTGTTTTTATTTTATTTACTGTTTTAATCGGACTGCCGCTTTTGCTTGCTGAATTTATTATCGGCAGAAAAACACAAAAAAATGCCGTTGAATCCTATAAGGCGCTCGCGCCGGGGAAAAAGTGGCACTGGATCGGATATCTCGGAATCATTACGTGTTTTATTCTATTATCCTTCTACAGCGTAGTGGGGGGATGGATATTAATCTACATTATAAAAGGCTTTACAGGCGGTTTATCGCTTTCTTCGGGATTTGATACGTTATTTATCGATACCATTTCAAATCCTTATGCAGCGGTTTTCGGTCAGCTGCTGTTTATCGTGCTGACGATTTTAGTTGTGGCAAAAGGGGTGAGCAGCGGCATCGAAAAGGTAAGCCAGGTGCTGATGCCGGCTCTGTTTATTCTGTTTATTCTTTTAATGATCCGCTCCGTTACGCTGCATGATGCAGCGAAGGGATTAAAATTCTTCTTCATGCCTGATTTTGGCGCGATGGATGCCAATACCATTTTATATGCGATGGGACAATCATTTTTCTCGTTAAGCGTCGGAGTGTCCGTAATGGTTACATACAGCGCATATTTAGAAAAAGAAGAAAATATTGTTCAATCCGCCGTATCGGTGACGGTATTAAATGTCCTTGTTGCTGTGATGGCGGGAGTGGCGATTTTTCCGGCGGTGTTTGCATTCGGCCTCAAGCCGGATCAAGGCCCGCAGCTTTTATTTAACGTGCTGCCGACCGTCTTTAACCAAATGCCGTTGGGCATCGTGTTTTTACTCGCCTTTTTGCTGCTGTTTTTATTTGCGACGCTGACATCGGCTTTTTCAATGCTTGAAATTTTAGTTGCTGTTTTGTCAAAAGGCGATTCGGCAAAACGGAAGCGGTATGCATGGATCGGGGGACTTGCTATATTTATTGTCGGGGTCCCTTCGGCGCTGTCGTACGGAATTTTGAGTGATGTTTCTCTTTTTCACCGCAGTATTTTTGACGCTGCGGATTTTCTGGTCAGCAATGTCTTAATGCCGCTGGGCGCGCTTTTAATTGCCGTTTTCGTACCGCTGAAAATTCCGAAACAGATGTTGTTTGACGAACTGAAAAGCGGTTCCGGTATAAAACGAAAATGGTTTGCAGTCTGGCTCCTATTAATCCGTTATGTGGCTCCTGTAGCCATTATTATCGTTTTTCTGCACGTGCTTGGTATTTTTTAA MKEANQWSSKLGFILATAGSAIGLGAIWKFPYVAGTSGGGAFLLVFILFTVLIGLPLLLAEFIIGRKTQKNAVESYKALAPGKKWHWIGYLGIITCFILLSFYSVVGGWILIYIIKGFTGGLSLSSGFDTLFIDTISNPYAAVFGQLLFIVLTILVVAKGVSSGIEKVSQVLMPALFILFILLMIRSVTLHDAAKGLKFFFMPDFGAMDANTILYAMGQSFFSLSVGVSVMVTYSAYLEKEENIVQSAVSVTVLNVLVAVMAGVAIFPAVFAFGLKPDQGPQLLFNVLPTVFNQMPLGIVFLLAFLLLFLFATLTSAFSMLEILVAVLSKGDSAKRKRYAWIGGLAIFIVGVPSALSYGILSDVSLFHRSIFDAADFLVSNVLMPLGALLIAVFVPLKIPKQMLFDELKSGSGIKRKWFAVWLLLIRYVAPVAIIIVFLHVLGIF PGPT0013950_2630 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-SODIUM_TRANSPORT,PGPT0013950-TC_NSS-K03308 NA NA D1-12_01121 972 panS COG0385 Pantothenate precursors transporter PanS ATGGAATGGCTGAAAAAAATAAGCGGGTTTGCGGGCCAAACCTTTGGCTTGTGGGTTATCGTCTTTGCCGGTTTAGGATTCGCCTGCCCTGATTTGTTTTCTTGGATCAGTTCTTATATGACGATTTTCCTTGGTATTATTATGTTTGGGATGGGGCTTACTCTTCAAGCAGACGATTTTAAAGAATTAATCAGAAAGCCTTGGCATGTCGTGATCGGAGTCGCTGCCCAGTTTACGATTATGCCGCTTACGGCTTTCTGTTTATCAATCGGGCTCCGCCTCCCCGCAGAAATCGCCGCGGGCGTCATTCTGGTCGGATGCTGTCCGGGCGGTACGGCATCAAACGTCATGACATTTTTGGCGAAAGGCAATACGGCGCTTTCTGTTGCGGTCACCACGATCTCAACATTGCTTGCTCCTATTGTAACGCCGGCACTTATTATGCTGTTTGCGAAAGAGTGGCTCCCCGTTTCTTTCGGCTCACTGTTTGTTTCCATAATGCAAGCCGTGCTTTTGCCGATCGTCCTCGGGGTGATTGTGAAGCTGTTCTTCAAAAAACAGGTCGGACAAGCCGTGCACGCGCTTCCTCTCGTGTCGGTAATCGGCATCGTAGCGATTGTATCCTCTGTCGTCAGCGTAAATCGTGAGCATCTGCTTCAATCAGGACTGCTGATTGTGTCTGTCGTCATCTTACATAACGGAATCGGATATTTGTTAGGATTCCTGACTGCAAAGCTGTTCAAAATGGATTATGCTTCACAAAAAGCGATTGCGATCGAAGTCGGAATGCAAAACTCCGGACTGGGCGCAGCGCTTGCGACAGCGCATTTCTCCCCTTTGTCAGCCGTGCCGAGCGCAATTTTCAGCATATGGCACAATCTGTCGGGGTCTGTTCTTGCCACCTACTGGTCTAAGAAAAAAGAGAAAAACAGCGCCGAGGTAGAAGAAACGGCAAAGATTCCGTTTTCATAA MEWLKKISGFAGQTFGLWVIVFAGLGFACPDLFSWISSYMTIFLGIIMFGMGLTLQADDFKELIRKPWHVVIGVAAQFTIMPLTAFCLSIGLRLPAEIAAGVILVGCCPGGTASNVMTFLAKGNTALSVAVTTISTLLAPIVTPALIMLFAKEWLPVSFGSLFVSIMQAVLLPIVLGVIVKLFFKKQVGQAVHALPLVSVIGIVAIVSSVVSVNREHLLQSGLLIVSVVILHNGIGYLLGFLTAKLFKMDYASQKAIAIEVGMQNSGLGAALATAHFSPLSAVPSAIFSIWHNLSGSVLATYWSKKKEKNSAEVEETAKIPFS PGPT0013890_1095 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-SODIUM_TRANSPORT,PGPT0013890-panS|yocS|ybaS-K03453 NA NA D1-12_01122 747 yflN_1 COG0491 putative metallo-hydrolase YflN ATGCAAAGCTGTTATCCGCTTGAGATCGAATTTGAATATAATGAAGAATTGCATTCTATCACTCCGGTTCTTCTGCAAGACGAACATGACACGATATTAATAGACTGCGGATATCCCGGTTTTACAAACCATCTTCAACATGCTGCCGCCCGGCATGGAATGTCGCTTCATTCATTGACAAAAATTATTGTAACGCATCACGACATAGACCATATCGGCTCACTCGCTGCATTATACCGTTTGCATCCGGATGTCAGCGTGACAGCACATGAGCGTGAAGCGCCGTATATTGATGGCTCTAAAAAATCTTTACGGCTTGAGCAGGCTGAATCAACGTTTTGTTCATTGCCAGAGGATGCAAAGCCTTATGCAAAACAGTTCATCCGCTCGCTTCAATCAGTCGAATCGGCTCCAGTTCACCGGACAGTTACTGACGGCGAGCTGCTGCCTTGGTGCGGAGGCATTCGCGTTGTAGCCACGCCGGGTCATACACCCGGCCATATCAGTCTTTATCTGCCTGCCGAAAAAACAATGGTCACAGGTGATGCGGTCGTCATTGAAGACGGAAAGCTGAACCTTGCTAATCCTAGCTATACGTTACATATGGATGATGCGGTCCGTTCTGTGCGGCGGCTGCTCGATTACGATATCCGCCAATTGATTTGTTATCATGGAGGTCTATTTCAGGGGGATGTGAAAAAAGCGCTTTTGCGTCTGTTTCGTGATCTGCAGAATAAAAAAGGATAG MQSCYPLEIEFEYNEELHSITPVLLQDEHDTILIDCGYPGFTNHLQHAAARHGMSLHSLTKIIVTHHDIDHIGSLAALYRLHPDVSVTAHEREAPYIDGSKKSLRLEQAESTFCSLPEDAKPYAKQFIRSLQSVESAPVHRTVTDGELLPWCGGIRVVATPGHTPGHISLYLPAEKTMVTGDAVVIEDGKLNLANPSYTLHMDDAVRSVRRLLDYDIRQLICYHGGLFQGDVKKALLRLFRDLQNKKG NA NA NA NA NA D1-12_01123 1248 odhB Dihydrolipoyllysine-residue succinyltransferase component of 2-oxoglutarate dehydrogenase complex ATGGCGGAAATTAAGGTACCTGAATTAGCAGAATCAATCTCAGAAGGAACGATAGCCCAATGGTTAAAGCAGCCCGGTGATTATGTAGAACAGGGTGAGTACTTGCTTGAACTGGAGACGGACAAAGTAAATGTTGAATTGACAGCAGAAGAATCGGGTGTTCTAAAAGAGGTATTGAAAGATTCGGGTGATACCGTCCAAGTAGGAGAAATTATCGGTACCATTACAGAAGGCGCTGGCGAAAGTTCTGCACCCGCCCCTTCAGAAAGTGCTCCAGCCAATGAACAAACGAAAGAGGAAGCAAAAGCTGAACCTGCTGCACAAGAAGTCAGCCAGGAAGCACAATCAGAAGCGAAATCCAGAACGATAGCGTCTCCGGCTGCACGCAAGCTGGCAAGGGAAAAAGGGATTGATCTATCACAAATTCCGACGGGGGACCCGCTCGGCCGCGTGCGCAAACAAGATGTGGAAGCTTATGAAAAACCGGCTTCAAAACCTGCGGCACAGCCGAAACAGCAGGCTCAAAAAACACAGCAAAGCTTTGACAAACCTGTCGAAGTGCAAAAAATGTCCCGCCGCAGACAGACGATCGCGAAACGATTGGTTGAAGTGCAGCAGACTTCTGCGATGCTGACTACATTTAACGAAGTTGACATGACGGCCGTTATGAATCTAAGAAAACGCCGTAAAGACCAATTCCTTGAGCAAAACGATGTAAAACTCGGTTTCATGTCGTTCTTTACAAAAGCCGTCGTGGCTGCATTGAAAAAATTCCCGCTCCTTAACGCTGAAATTCAAGGCGATGAGCTGATCGTGAAAAAATTCTATGACATCGGTATCGCTGTCGCGGCTGAAGAAGGGCTTGTCGTCCCAGTCGTGCGTGACGCTGACCGCCTGACGTTTGCCGGCATTGAAAGAGAGATCGGCGAACTTGCGAAAAAAGCGCGAAACAATAAATTAACATTAGGTGAGCTGCAAGGAGGCTCCTTCACGATCACAAACGGAGGTACATTCGGATCGCTTATGTCAACACCGATCCTAAACAGCCCTCAGGTTGGGATCTTAGGTATGCACAAAATTCAGCTGCGCCCAGTAGCGATTGATGCGGAGCGCTCTGAAAACCGTCCGATGATGTACATCGCTTTATCATATGATCACAGAATTGTAGATGGTAAAGAAGCGGTCGGATTCCTCGTCACCATTAAAAACCTGCTTGAAGATCCGGAACAGCTGTTGCTGGAAGGATAA MAEIKVPELAESISEGTIAQWLKQPGDYVEQGEYLLELETDKVNVELTAEESGVLKEVLKDSGDTVQVGEIIGTITEGAGESSAPAPSESAPANEQTKEEAKAEPAAQEVSQEAQSEAKSRTIASPAARKLAREKGIDLSQIPTGDPLGRVRKQDVEAYEKPASKPAAQPKQQAQKTQQSFDKPVEVQKMSRRRQTIAKRLVEVQQTSAMLTTFNEVDMTAVMNLRKRRKDQFLEQNDVKLGFMSFFTKAVVAALKKFPLLNAEIQGDELIVKKFYDIGIAVAAEEGLVVPVVRDADRLTFAGIEREIGELAKKARNNKLTLGELQGGSFTITNGGTFGSLMSTPILNSPQVGILGMHKIQLRPVAIDAERSENRPMMYIALSYDHRIVDGKEAVGFLVTIKNLLEDPEQLLLEG PGPT0001535_2142 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 D1-12_01124 2835 odhA 2-oxoglutarate dehydrogenase E1 component ATGTTTCAAAATAATATGAAACAAAGAATGAATTGGGAAGATTTTTACGGACCGAACCTCGGCTACGCACTGGAGCTGTACGACCAATATGCTGAAGATCCAGACAGCATTGATCCGGATCTGAAAGACATGTTTGACGAACTCGGCGCTCCGCCAAGCCAAATAAAAGAGGCATCGGGAACAAAGGAACAGGGACGCGTCACCGCAGATCTGATTCAAAAGATCGCAGCAGCAGTTAAACTTGCAGAAGATATTCGAACCTATGGCCATCTGAACGCTTCCGTCAATCCGCTCAGAAAGGATCCGAAAAAGAGCGAGCTCTTTCCGTTATCCGAGTACGGGCTTACAGAAGAAGAAATGAAAGCAATACCCGCGTCTGTCATCTGTAAAGACGCACCTGCCAATATAACAAACGGCTTAGAAGCCATCCAGCATTTACGCAATACCTATAAAAGAACCATCTCCTTCGAGTTTGACCATGTGCATGATTTCGAAGAGCGCGCATGGATTACAAAAATGGTCGAATCCGGAGAACTGTTCCGGAAAAATTCACCGGAAAAACTGTCAGCCGTTTTAGAAAGACTGACGGAAGTAGAAGGATTTGAACAATTTTTACACCGGACATTCGTCGGTCAGAAGCGTTTCTCAATTGAGGGATTAGACGCGCTTGTGCCGGTTCTTGACGACATTATCGCCCAGTCTGTGAAAGCGGGCACAACCAATGTCAATATCGGGATGGCGCACAGAGGCCGTTTAAATGTGCTTGCGCATGTGCTCGGCAAACCGTATGAGATTATTTTCTCAGAATTCCAGCACGCGCCGAATAAAGACCTTGTGCCGTCTGAAGGATCGACCGGCATCAGCTACGGCTGGACGGGCGATGTAAAATATCACCTCGGTGCAGACAGACAGCTTCAGGATGCTGAAACCAAAAGCGCGCGGATTACGCTTGCAAATAACCCGAGCCACTTGGAATTCATCAATCCGATTGTTGAAGGAAGCACGCGGGCGGCACAGGAAACAAGAACGCAAAAGGGGTACCCGGTTCAAGACGAAACAAAATCGCTCGCCATTTTAATTCACGGTGACGCAGCGTTTCCGGGAGAAGGCATTGTCGCCGAGACGCTGAACTTAAGCTCTCTGAAAGGCTATCAGGTCGGCGGGGCCATTCATATCATCGCCAATAATATGATCGGCTTTACAACAGAAAGCGATGAATCACGGTCCACGAAATATGCCAGTGATTTGGCGAAGGGCTACGAAATCCCGATCGTTCACGTCAACGCGGATGATCCGGAAGCATGCCTGTCAGCCGTTAAATTTGCGGTTGAATACCGGAAGCGGTTCAATAAAGATTTCTTAATCGATTTAATCGGGTACAGACGGTACGGCCACAATGAAATGGATGAGCCGTCAACGACACAGCCGATGCTGTATGACGCCGTCAGAAAACACCCGACTGTCAAGCGGATCTTTGCGGAAAAACTCGTAAGTGAAGGACTGATCAGCGAGGAAAAAGCGCAAAACATCGAAACGGCAGTGACAAAACGTATTGAAGACGCCTATAAAAAGGTGCCCGCCAAAAAAGAAGACGCCGTACGGGAAATTGAATTGCCGGAACCGGTGTCCAACGGTTTTCCAGACGTTGACACAGCCATTGATTTTGATGTTCTCCGCAAGCTGAACGGCGAACTTATCAACTGGCCGGAATCTTTTAACGTGTTCGGCAAGCTGAAAAGAATTCTGGAAAGACGTGCAAAAGCGTTTGATGATGACCGTAAAGTTGAATGGTCATTGGCTGAATCACTTGCGTTTGCTTCCATTTTGAAAGACGGCACGCCGATCCGGCTGACCGGACAGGATTCAGAGCGCGGAACGTTCGCTCAAAGAAACCTTGTGCTGCATGACAGCGAAACAGGAGAAGAATTTGTTGCCCTCCATCACTTAGACGACTGCGCTGCTTCATTTACGGTGCATAACAGCCCGCTCTCTGAAGGATCGGTTCTCGGCTTTGAATATGGATACAACGTGTATTCGCCTGAAACGCTTGTGATGTGGGAGGCGCAGTACGGGGACTTTGCCAATGCGGCTCAAGTCTATTTTGATCAATTCATATCTGCAGGACGGGCAAAATGGGGACAAAAATCAGGCCTGGTCATGCTGCTGCCTCACGGTTACGAAGGGCAGGGCCCTGAACACTCCAGCGGCCGCGTCGAGCGGTTCCTGCAGCTGGCGGCGGAAAACAACTGGACGGTGGCCAACCTGACAAGTGCGGCTCAGTATTTCCACATTTTAAGAAGACAAGCGAAAATGCTGCTTCGTGAGGAAATCCGCCCGCTTGTGATCATGACGCCAAAGAGCCTGCTGCGCAACCCGAATACGGTATCTGAAGTGCAGGAACTGAGCGAAAGCCGATTCAAGCCTGTCTATGAGCAGTCCGGACTTTCCCATGCTTACGAAAAAGTGACTCGCGTCGTATTATCAAGCGGAAAAGTGTCAATTGATATCAGCGATCACTTCAACAAAATGGAAGGCGATAAGGATTGGCTTCATATTGCCAGAATCGAACAGCTGTATCCGTTCCCGGCAAAAGATACGAAGGAGCTTTTCGCCAAACTGCCGAACCTGCAAGAGATCGTTTGGGTTCAGGAAGAGCCGCAGAACATGGGGGCATGGAGTTATATCAGCCCGTATCTGACGGAAATCGCGCCAAAAGGAGTAAATGTCCAATACATCGGCCGAAGAAGACGATCCAGTCCCGCAGAAGGAGATCCGACAGTCCACAAAAAAGAACAGGAACGCATTGTATCTGATAGCTTGACTCGCAAAAACTAA MFQNNMKQRMNWEDFYGPNLGYALELYDQYAEDPDSIDPDLKDMFDELGAPPSQIKEASGTKEQGRVTADLIQKIAAAVKLAEDIRTYGHLNASVNPLRKDPKKSELFPLSEYGLTEEEMKAIPASVICKDAPANITNGLEAIQHLRNTYKRTISFEFDHVHDFEERAWITKMVESGELFRKNSPEKLSAVLERLTEVEGFEQFLHRTFVGQKRFSIEGLDALVPVLDDIIAQSVKAGTTNVNIGMAHRGRLNVLAHVLGKPYEIIFSEFQHAPNKDLVPSEGSTGISYGWTGDVKYHLGADRQLQDAETKSARITLANNPSHLEFINPIVEGSTRAAQETRTQKGYPVQDETKSLAILIHGDAAFPGEGIVAETLNLSSLKGYQVGGAIHIIANNMIGFTTESDESRSTKYASDLAKGYEIPIVHVNADDPEACLSAVKFAVEYRKRFNKDFLIDLIGYRRYGHNEMDEPSTTQPMLYDAVRKHPTVKRIFAEKLVSEGLISEEKAQNIETAVTKRIEDAYKKVPAKKEDAVREIELPEPVSNGFPDVDTAIDFDVLRKLNGELINWPESFNVFGKLKRILERRAKAFDDDRKVEWSLAESLAFASILKDGTPIRLTGQDSERGTFAQRNLVLHDSETGEEFVALHHLDDCAASFTVHNSPLSEGSVLGFEYGYNVYSPETLVMWEAQYGDFANAAQVYFDQFISAGRAKWGQKSGLVMLLPHGYEGQGPEHSSGRVERFLQLAAENNWTVANLTSAAQYFHILRRQAKMLLREEIRPLVIMTPKSLLRNPNTVSEVQELSESRFKPVYEQSGLSHAYEKVTRVVLSSGKVSIDISDHFNKMEGDKDWLHIARIEQLYPFPAKDTKELFAKLPNLQEIVWVQEEPQNMGAWSYISPYLTEIAPKGVNVQYIGRRRRSSPAEGDPTVHKKEQERIVSDSLTRKN PGPT0001530_2134 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 D1-12_01125 1917 hypothetical protein ATGAAGTTTATCAAATTTAACGACAGCACGATTGATTCGTTTTTGTTCATGATGCTGACTGATCTGGCCAAAACACTGACCAGAAGCAGTGAAGTTGAAGTGGAATACGGCGTGCAGTCTTACTACAATCCCTTTGAAAAGAAAATTTACATGAGCCACTTTTGGAAAGACCGCTCAGCCGGGGATATGGAAGCCGGCCTGAAAAGCGATGTCTATTTGCGCGCTGTCGGAACACGCAGCAGCTCATTTCGGGAATTTGCGGGGTTTTTAAATGACGTTCACCGGCACTTTACCCGCCAAAGCTTTGCCAAGCAGCTGTTTATGCTGCTTGAGGATATCAGAATTGAAGAGCTGATCAAAAAAGAACGGCCGGGAACGAAACGTGTTTTTCAGAAGCGGAGGGAGATGTACAGGAAATATTTCACGACGCAGCTGACATTGAATTTAGAACGGAGCATTTTCACCGACGCTTTGTATTGCGCGATGTTTGTCAAGCTGACGGCTGAGTCTCCGCTTGAAGGCATTCCTTCCATGCATGAACATATTGATATGATGATACCGTATATTGAACGTCAGCTCATCCGGGTGTATGAGGCGGATTCTACGGAACAAATCGCAAGAATAACGGAAGACCTCATGGAAGGCCTTGATGAAGTGCTTGAGAAAGATATGCTGAACACGTACTTTTTTCTGCCGGAACTTGATTACGAAAAAGCGGCTGAAGAGCCTTTATTCGAAAGCGTAAAAAAAGCGCCTTCGTTAAGTGACGATCTCACGCTCCCTGAGTCTTCCGACGGAGATGAAGAAATCCTTGAAGAGAAAATGAATACGTGGCACCGGGAAACCGAAGCGCCGTCAAAAAGTTTCCTTCAATTTGATATTGAGCACGGCGCGAAATCAGATCTTGGGAAAGACGCGGCCAGAGAAGGCGATGACGGTGACCAGGCGCTCGGCTCCGTTCAAGGCTCCGCGCGTCAGACGAAAAGAGAGAATTACTCCAAACTGGAAGCGCTTGAATCCATTCAGGATGAACATGAAGGCACGGGGCTGGCTGACGGAAAAGAAAATAAATTTGCCTTCCCGGTTTATCAAACGCCTCATAAAGCGTCTCCTGAAGAGGAGCAGTCTTATAAAGAACAGGCAAAAACGATAGAATCATATCAAAAACGCCTGAAGCAGATGATACAAAAAACACTTGAGCACAAAAAAACGCTCCCGCGGACCGACCTTCACGCAGGCCGGCTGAATCGCAAACTGATCCGTTATTTTACGGAGCGGAACCCGCGCCTTTTCTATAAAAAGCAGGACCCATCTTCAGACATTGACGCCGTTTTTACATTGCTTGTCGATTGTTCGGCCAGCATGTTCGACAAAATGGATGAAACAAAAAGAGGGATCGTTCTTTTTCATGAAGCCTTGAAATCAGTGTCCGTACCGCACCAGATCGTCGGATTTTGGGAGGATACAAACGAAGCGACCGAAACGAGCCAGCCGAATTTCTTCAATACCGTCATTCCGTTTGAAGAGTCGCTGCTGCAGGCGGCGGGTCCGCTGATCATGCAGCTTGCGCCTGAAGAAGATAACAGAGACGGGTACGCCATCAGACAAATGACGAAACAGCTGATGCGGCGGAGTGAGGCGCAAAAATTTTTAATCGTGTTTTCAGACGGAGAGCCGGCAGCATTCGGATACGAACAAAACGGCATCGTCGATACGAGCGAGGCTGTCATCGAAGCGAGAAAAAAAGGGATAGAAGTCATAAATGTTTTTCTGTCCAATACTGCGATAGAAGAATCACAGATGAAAACCATTCAGGATATGTACGGAAAGTACAGTATTTTTGTTCCGGATGTCGATCAGCTGCCCGATGTGCTGTATCCGCTCTTGAAAAAACTGCTTCATAAAAGCATAGGATAG MKFIKFNDSTIDSFLFMMLTDLAKTLTRSSEVEVEYGVQSYYNPFEKKIYMSHFWKDRSAGDMEAGLKSDVYLRAVGTRSSSFREFAGFLNDVHRHFTRQSFAKQLFMLLEDIRIEELIKKERPGTKRVFQKRREMYRKYFTTQLTLNLERSIFTDALYCAMFVKLTAESPLEGIPSMHEHIDMMIPYIERQLIRVYEADSTEQIARITEDLMEGLDEVLEKDMLNTYFFLPELDYEKAAEEPLFESVKKAPSLSDDLTLPESSDGDEEILEEKMNTWHRETEAPSKSFLQFDIEHGAKSDLGKDAAREGDDGDQALGSVQGSARQTKRENYSKLEALESIQDEHEGTGLADGKENKFAFPVYQTPHKASPEEEQSYKEQAKTIESYQKRLKQMIQKTLEHKKTLPRTDLHAGRLNRKLIRYFTERNPRLFYKKQDPSSDIDAVFTLLVDCSASMFDKMDETKRGIVLFHEALKSVSVPHQIVGFWEDTNEATETSQPNFFNTVIPFEESLLQAAGPLIMQLAPEEDNRDGYAIRQMTKQLMRRSEAQKFLIVFSDGEPAAFGYEQNGIVDTSEAVIEARKKGIEVINVFLSNTAIEESQMKTIQDMYGKYSIFVPDVDQLPDVLYPLLKKLLHKSIG NA NA NA NA NA D1-12_01126 891 hypothetical protein ATGACTTCAGAATTACAGCACCTATCACTTCCGGAAGATATACAAAACAAACTGCAGGCTTATCAAAATCATCCCGTTTCCCAAGAATTCCGGGATTTAATCGGATCATCAGGCTATGAGGCCGAAGATAAAGCGATTGTATTCGATGCCGTCATCGCTTTGACAATGGGAAAAAATATCTTATTAAAAGGACCGACGGGCTCAGGGAAAACAAAATTGGCGGAAACGCTTTCGAACTATTTTCATAAACCGATGCACAGCGTCAACTGCTCCGTAGACCTTGATGCAGAAGCGCTTGTCGGCTATAAAACGATTGAAAATGAACAGGGACAGGCGACAATTGAATTCGTTCCCGGACCTGTAACAACCGCAATGAACGAGGGACATTTTTTATACATTGACGAAATCAATATGGCAAAGCCTGAAACCCTTCCGATTCTAAACGGCGTGCTTGATTACAGAAAAATGATGACAAATCCCTTTACAGGAGAAGTGATTAAGGCAAGCGAAGGATTCGGTGTTATCGCCGCGATTAATGAAGGCTACGTCGGCACCGTTCCGCTGAACGAAGCCCTTAAAAACCGTTTTGTCATCATTGATGTTCCGTATATTAAAGGAAGCCTCCTGAAACAGGTGCTGACCTCTCAGTCTGTCTTAAAAGATGAGAAATTAATTGAACGCTTTATGACGCTGTCTTCTGATTTAATCGCACAAGCGCATAACGGACAAGTGTCAGAAGAAGCGGCGTCCATCAGGGCTCTCATTGATACGTGCGACTTGGCTGCGTACATCCCGCCGAAACGGGCGATTGAAAGAGGCATCGTAGAAAAACTTGACGACGACAGGGAAAAAGCCGCTGTCAGAAATATTGCAGAAACGCTGTTCGAATGA MTSELQHLSLPEDIQNKLQAYQNHPVSQEFRDLIGSSGYEAEDKAIVFDAVIALTMGKNILLKGPTGSGKTKLAETLSNYFHKPMHSVNCSVDLDAEALVGYKTIENEQGQATIEFVPGPVTTAMNEGHFLYIDEINMAKPETLPILNGVLDYRKMMTNPFTGEVIKASEGFGVIAAINEGYVGTVPLNEALKNRFVIIDVPYIKGSLLKQVLTSQSVLKDEKLIERFMTLSSDLIAQAHNGQVSEEAASIRALIDTCDLAAYIPPKRAIERGIVEKLDDDREKAAVRNIAETLFE PGPT0000370_175 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-DENITRIFICATION|NITRATE_USAGE DENITRIFICATION-NITRATE_REDUCTION,PGPT0000370-norQ-K04748 NA NA D1-12_01127 591 yojM COG2032 Superoxide dismutase-like protein YojM ATGCATCGTCTCTTGCTTTTTCTCATGCTCGCATCAATTACGCTTTGCGGCTGCGGGGGGAGGCCCGCTCCTGTTCCGCCCAAAAAACATGAGGAAAGCCGCGCATTGGAAGCATCTGCATACCGTGAGCATGGCGGACTCATCAATCAAAACGGAAAAACGATCGGATATATCGAAGTGAGGGAATCTGATGATGAAGGGTCAGACATTCATATATCAGCGGGGCATCTGCCGCCCGGCGCTTCTCTCGGATTTCATATTTATGAAAAAGGGACATGTCAGGCACCTGATTTCGAATCAGCCGGGGGACCGTTCAACCCTTTGAACAAAGAACACGGCTTCAACAATCCGATGGGTCATCACGCCGGGGATCTCCCCAATCTTGAAGTGGGGGCTGACGGTAAAGTGGATGTCATTATGAATGCGCCGCAAACTTCATTAAAAGAAGGGAGCAGACTCAGCCTGCTCGACCGGGACGGAAGCGCGTTCGTCATTCATGAACATACGGACGATTATTTAACAAACCCAAGCGGAAATTCCGGAGCCAGAATCGCCTGCGCTCCCCTGACAAAAAGCGCCCGCAGGGAATGA MHRLLLFLMLASITLCGCGGRPAPVPPKKHEESRALEASAYREHGGLINQNGKTIGYIEVRESDDEGSDIHISAGHLPPGASLGFHIYEKGTCQAPDFESAGGPFNPLNKEHGFNNPMGHHAGDLPNLEVGADGKVDVIMNAPQTSLKEGSRLSLLDRDGSAFVIHEHTDDYLTNPSGNSGARIACAPLTKSARRE PGPT0013181_818 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING DETOXIFICATION_OF_SUPEROXIDE_ANION_RADICALS,PGPT0013181-sodC|sod1-K04565 NA NA D1-12_01128 1239 cwlS COG0791 D-gamma-glutamyl-meso-diaminopimelic acid endopeptidase CwlS ATGAAGAAAAAAATCGCAGCCGGTCTGGCTGTATCTGCAGTAATGACTTCAACCTTCGCCGTGCATCCCGCTGAAGCAAAAACCATTCAAGTAAAAAGCGGCGACTCTCTTTGGAAGCTTTCCCGGCAATATCATACAAGTATTTCAGCCCTGCAGGCGGAAAATAAACTGAAATCAACGATACTCCACCCAGGACAGCGGCTGCACATTCCTGACGGCAGCGGCACACATAAAACGGGTCAAAAAGGAAAACGAAGCACGGGTGCTTACACAGTTACATACGGAGACTCATTATGGGTGATCGCAAAAAAATACAAAATGAGCGTTTCTGAGCTGAGAAGCCTGAACCGTTTGAGTTCAGATGTCATCTATCCCGGCCAGAAACTGAAAATTAAAGGGTCTGCCGGCGGCACGGACGGAGGCGGCAGACAGACAAAGCCTGATAAAGGCGCATCAGGGACTTACACTGTGAAGCCGGGTGACTCGCTGTGGAAAATCGCCAATCAAACCGGCGTCACCATCGCCGAACTGAAAAAGCTGAATCAATTAACATCAGACATGCTGTATCCGAATCAAGTGTTAAAGATCAAAGGTTCACATAACGGAAACAGCGGCACAACACCGCCATCTCATTCAAACCCTTCTGAGAAGCCATCCACTTACAAAGTAAAAGCAGGCGATTCCCTCTGGAAAATTGCTAATCGGTTCGGCATCACCGCTCAGCTCATCAGAGAAAAAAATAAATTGACAACTGATGTGCTTCAAATCGGACAAGTTCTGGTGATTAACGGAACGGGAAAAACAGAAGATCCTGTGCGGCAGCCGGATAACAAACCGGCAAAGCCAAACAAGCCGAATACTCCCGAACCTCCGGTGACAGGGTCAAAGATTGACAGAATGATAGGCGAGGCGAAAAAACATGTCGGCGTGCCTTACCGCTGGGGAGGCAATACGCCTGCGGGCTTCGATTGCAGCGGTTACATCTATTACCTTTTAAATAAGGTAACCTCTGTTTCCCGTCTGAGCACGGCCGGATATTGGAATACGATGAAACATATCAGCCAGCCGTCAGCAGGCGACTTTGTCTTCTTTACGACATATAAAGCGGGCCCTTCTCATATGGGAATGTATTTGGGCGGAGGAGATTTTATTCACGCAAGCTCCTCCGGGGTTGAAGTTTCAAACTTAAGCAATCCGTATTGGAAAAAAGCGTATTTAGGAGCGCGCAGTTATTTTTAA MKKKIAAGLAVSAVMTSTFAVHPAEAKTIQVKSGDSLWKLSRQYHTSISALQAENKLKSTILHPGQRLHIPDGSGTHKTGQKGKRSTGAYTVTYGDSLWVIAKKYKMSVSELRSLNRLSSDVIYPGQKLKIKGSAGGTDGGGRQTKPDKGASGTYTVKPGDSLWKIANQTGVTIAELKKLNQLTSDMLYPNQVLKIKGSHNGNSGTTPPSHSNPSEKPSTYKVKAGDSLWKIANRFGITAQLIREKNKLTTDVLQIGQVLVINGTGKTEDPVRQPDNKPAKPNKPNTPEPPVTGSKIDRMIGEAKKHVGVPYRWGGNTPAGFDCSGYIYYLLNKVTSVSRLSTAGYWNTMKHISQPSAGDFVFFTTYKAGPSHMGMYLGGGDFIHASSSGVEVSNLSNPYWKKAYLGARSYF PGPT0024000_54 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING_DL-ENDOPEPTIDASE_ACTIVITY,PGPT0024000-cwlS-K19220 NA NA D1-12_01129 1212 oleD_2 Oleandomycin glycosyltransferase ATGGCAAATGTATTGATGATCGGCTTTCCGGGAGAAGGCCATATCAATCCGTCTTTAGGAGTCGTAAAAGAACTGAAGGCAAAAGGGGAACATGTCGTATATTACGGCGTGAAGGAATATGAGAACAAAATCGCGTCAAGCGGAGCGGAATTCCGTGAATATGAAGATTTCCGAAAAGATGAATTCGGAAAAAACGCAACGGGTGATGAACAGCGGGACGCTACCGAGTTTTTACTATTAATGATTGAGACTTCCAAAAAAGCCGCTCTCCGTATTCTTGAAGAAGTAAAGGATGAATCCTACGACTACATCCTGTATGATCATCATTTTCTGGCAGGAAGGCTCGTGAGAAACCAGCTGAAACTGCCGGCATATTCACTTTGTACGACATTTGCAATGAATGAAGCATTTATTAAAGAAGTGTTTTCAAATACAAACCTTGTATCAGAGGAATCATCTCATTATCCGGCTTATACCGAAGCGGTCAGCCGGCTCAATGAAGAATTCAGCGCAGACATTAAAACGCCGTATGATATTTTCTCAAATGACGGCAGAAAAACCATCGTGTTTACTTCAAGAGCGTTTCAGCCGAAAGAAGAAGAGTTTGGCGAATCTTATCTCTTTGTCGGTCCGTCCATAACCGAAAGGGCGGCGGCTCAAGATTTCCCGTTTGAACAGCTTGAAGGAGAAAACGTCCTGTTTATTTCCATGGGCACGATTTTTAACAATCAGAAGGAATTGTTTAATAAATGCTTAAAAGCGGCCAGAAACTTTAACGGAAAAGCCGTCATGTCAATCGGCAAACATCTTGATCCGGCGGAGCTTGATGAAATTCCTGAGAATGTCATTGTAAAGCCTTATGTTCCGCAGCTTGAGATCCTGAAGAGAGCGGACTTATTTATCACTCACGGCGGAATGAACAGTACGAGCGAAGGGCTTTACTACAAAACCCCGATGATCGTCATTCCGATGGGCGCAGATCAGTTCGCCGTCGGAAGCCAAGTGGAAAACACGGGCGCGGGCAAGATGTTTAAAAAAGAAGATGTAACAGCCGAACTGCTCACTGAAGCAATAAAAGAATTGAGCGAAAATCCTGAATATCAGACAAAAGCTTCTGAAATCGGAGAATCCCTGAAAGCGGCCGGCGGAGCACAGCGTGCAGCGGAATTGATAGCAGAAGACGTGAAAACTGCCGAGACCCGGGTTCTGTAA MANVLMIGFPGEGHINPSLGVVKELKAKGEHVVYYGVKEYENKIASSGAEFREYEDFRKDEFGKNATGDEQRDATEFLLLMIETSKKAALRILEEVKDESYDYILYDHHFLAGRLVRNQLKLPAYSLCTTFAMNEAFIKEVFSNTNLVSEESSHYPAYTEAVSRLNEEFSADIKTPYDIFSNDGRKTIVFTSRAFQPKEEEFGESYLFVGPSITERAAAQDFPFEQLEGENVLFISMGTIFNNQKELFNKCLKAARNFNGKAVMSIGKHLDPAELDEIPENVIVKPYVPQLEILKRADLFITHGGMNSTSEGLYYKTPMIVIPMGADQFAVGSQVENTGAGKMFKKEDVTAELLTEAIKELSENPEYQTKASEIGESLKAAGGAQRAAELIAEDVKTAETRVL NA NA NA NA NA D1-12_01130 627 cdaS COG1624 Cyclic di-AMP synthase CdaS ATGCGCCACACTCAAATGACGGAAAGCGCGTTTACCGCTGCCGTTCAAACGTATTTGAAACAAATTACAGAGGATGCCGGAATGATACTGCGGACATTGGATGAAAAAGACCAATGCCTTCTTTGCGAATTAGATGAACTGGGACATACGTTTCAGGAAATGCAGGCTGTCGCTTCGTCGTTTTACCTGCAGTCATATATCGAACATTTTACGCCTTCCTATACAGAGCTGGCGAGGGCCGTGCAGCATCTGGCGGAAGAAAAACACGGAGCGCTGATTGTGATTGAACGTGCAGATCCGCTGGACGGAATAATACAAAAAGGGACCAGCCTGCATGCCGAGATCAGTTCAGCTTTAATTGAGAGTATTTTTTATCCCGGCAATCCGCTTCACGACGGAGCCGTATTGGTCAGAGAAAACCGGGTTGTATCAGCAGCCAATGTGCTTCCGCTCACAACAAAACATGTCGATCTCAAATACGGGACGCGCCACAGGGCCGCGATGGGACTTTCGGCCGTGACTGATGCACTCGTGCTCGTTGTTTCAGAAGAAACGGGAAAAATGTCCTTTGCTAAAGACGGCGGACTGTATCCGCTTGTTTCGCCGCGGGCGCTTCATACGAAATAA MRHTQMTESAFTAAVQTYLKQITEDAGMILRTLDEKDQCLLCELDELGHTFQEMQAVASSFYLQSYIEHFTPSYTELARAVQHLAEEKHGALIVIERADPLDGIIQKGTSLHAEISSALIESIFYPGNPLHDGAVLVRENRVVSAANVLPLTTKHVDLKYGTRHRAAMGLSAVTDALVLVVSEETGKMSFAKDGGLYPLVSPRALHTK NA NA NA NA NA D1-12_01131 111 hypothetical protein ATGGAATTCGCACGGCTGATGCAATATATCTGCACCTTTTTAGGGGTCATTTCACTTTCATTCATTTATGCCAAGATGTTTAAAAAGCCGAAATCGGACAAAAAAGAGTAG MEFARLMQYICTFLGVISLSFIYAKMFKKPKSDKKE NA NA NA NA NA D1-12_01132 1362 norM COG0534 Multidrug resistance protein NorM TTGAGAGAAACGAACACGATCGGCCAAAAGGTCAGACAGCTGTTACATATCTTCATTCCGATTTTAATCACACAGGCGGGCCTTTCCCTGATCACCTTTTTGGATACGGTGATGTCAGGGAAAGTGAGCGCTGCCGATTTAGCCGGGGTTGCAATCGGTTCAAGCCTGTGGACGCCGGTTTATACGGGCCTTGCAGGAATATTAATGGCCGTTACGCCCGTTGTTTCGCAGCTGTTTGGAGCCGGCAGACAAAAGGAAGTGCCGTTTTCCGTCATCCAGGCCGTTTATGTAGCGGCCGTTCTCAGTGCGGCGGTTATCCTGATCGGCTTTTTCACCGTTGATATGATCTTGGGACATTTGGGCCTGGAACCTCGTGTCCGGACGATCGCAAAACACTTTTTAGGCTTTTTATCCCTCGGTATTTTTCCTTTGTTTGTGTACACCGTTTTGCGCTCGTTTATTGATGCACTCGGCAAAACGCGAGTCACAATGCTTATTACGCTTTGCTCATTGCCTATTAATTTTGTTTTAAATTATGTATTTATTTTCGGGAAATTCAACATGCCGGCATTGGGCGGAGTCGGTGCGGGGCTCGCTTCTGCCCTGACTTACTGGTGTATTTGCGCCATCAGCTTTTTTATCGTCTGCAGATTTGAGCCGTTTGCCGGGTACTCTGTATTTCGGAAACTGTACCGTTTTTCTCCGTCTGAATGCAGAAAACTTTTGAAAATCGGTTTACCTATCGGTTTTGCGGTATTTTTTGAAACGAGCATTTTTGCGGCTGTCACACTGCTTATGAGCCATTTTCAGACGGTGACGATTGCAGCCCACCAGGCGGCAATGAATTTTGCCTCCCTCTTGTATATGCTGCCGCTCAGCGTATCCATGGCCATGACCATTTTAGTCGGCTTTGAAGCAGGCGCAAATCGCTATAGAGATGCCCGCTCATACAGCTATATCGGGATCGTGATGGCGCTTAGTTTTTCTTTATGCACGGCGGCTTTCATTTTACTGTTCAGGCCGCAAATCGCCGGAATGTATACATCAGATCCGGCGGTGCTCATGTTGACGCAGCACTTTTTAATCTATGCGCTGTTTTTCCAGCTTTCTGATGCCGTAGCAGCTCCGATACAAGGCGCTCTGAGAGGATATAAGGATGTCAACTATACACTCGGCGCGGCTTTTGTTTCGTATTGGATTATCGGGCTTCCGCTCGGTTACGCAGTCGGCACTTATACGGGCCTCGGGGCATACGGCTACTGGATCGGGTTAATTGCAGGACTTGCCGCAGGAGCTGTCGGTTTATTCTTCAGACTGATGAAACTGCAAAAGCGTTATGTGAAAAAAATGATGATTTTATAA MRETNTIGQKVRQLLHIFIPILITQAGLSLITFLDTVMSGKVSAADLAGVAIGSSLWTPVYTGLAGILMAVTPVVSQLFGAGRQKEVPFSVIQAVYVAAVLSAAVILIGFFTVDMILGHLGLEPRVRTIAKHFLGFLSLGIFPLFVYTVLRSFIDALGKTRVTMLITLCSLPINFVLNYVFIFGKFNMPALGGVGAGLASALTYWCICAISFFIVCRFEPFAGYSVFRKLYRFSPSECRKLLKIGLPIGFAVFFETSIFAAVTLLMSHFQTVTIAAHQAAMNFASLLYMLPLSVSMAMTILVGFEAGANRYRDARSYSYIGIVMALSFSLCTAAFILLFRPQIAGMYTSDPAVLMLTQHFLIYALFFQLSDAVAAPIQGALRGYKDVNYTLGAAFVSYWIIGLPLGYAVGTYTGLGAYGYWIGLIAGLAAGAVGLFFRLMKLQKRYVKKMMIL PGPT0029115_8012 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 D1-12_01133 849 rsbRC COG1366 RsbT co-antagonist protein RsbRC ATGCCAAAACATAAACTGCTGTACGATTATTTAACTGAACGGGCGGAGGACATCAGTCAGACATGGTTTGATACGCTTCATGAAACGGATCCTGATTCTGTTTATGCTTCTACTGACCCGGCTGTACTCACAAATCTGAAAAAACAAAATCTGGCGTTTAATTATCAGCTCAATCGGATTTTTTCTGAAGAGAAGGAAGTATATACAGCGGCCTTGGAAAAGTGGGCGTTTAAAGCCGCACGGGATAAAGAACATTTAAAAACTCCCATCCATTATATTATTCGCGAGTTTATCAGAGTTCGTGATTTGTATGTCGGCCATGTCAAGCAGTTTACCAGACTTCATTCGGACACCGTGACAGAAGAAGATGCCGAAGATATATTCCATACGCTGATCAAATCGTTTGATGTGGTCATTCATATTTTCATAGAGGAAATGTATAAAAACACAAACATTCAGCTTGAAGCGCAAAAAGAATTGATCACCGAGCTGAGCTCGCCGGTAATTGTGCTTTTTGACAATGTCGGACTGCTGCCGCTGATCGGGGATATTGACACGGCAAGAGCCAAAATGATTTTGGAGAATACGCTGCACCAGTGTTCAGAGAAGCGCATCACGCAGCTGTACATTGATTTATCAGGTGTAGCCATGATTGATACGATGGTTGCCCAACAGCTTTTCACCTTAATTGAATCACTCGGAATGCTCGGCGTGAAAGCGACATTATCCGGAATCCGTCCTGAAATCGCCCAAACCGCGGTGCAGCTCGGACTGAGTTTTTCAAATTTATCAATACGGTCTTCGCTTGCGGAAGCGATCGCTTCCGATCTGACACAAAAAAAGGGATAA MPKHKLLYDYLTERAEDISQTWFDTLHETDPDSVYASTDPAVLTNLKKQNLAFNYQLNRIFSEEKEVYTAALEKWAFKAARDKEHLKTPIHYIIREFIRVRDLYVGHVKQFTRLHSDTVTEEDAEDIFHTLIKSFDVVIHIFIEEMYKNTNIQLEAQKELITELSSPVIVLFDNVGLLPLIGDIDTARAKMILENTLHQCSEKRITQLYIDLSGVAMIDTMVAQQLFTLIESLGMLGVKATLSGIRPEIAQTAVQLGLSFSNLSIRSSLAEAIASDLTQKKG PGPT0014945_855 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-TRANSCRIPTIONAL_REGULATION,PGPT0014945-rsbRD|yqhA-K17763 NA NA D1-12_01134 666 bshB2 COG2120 putative N-acetyl-alpha-D-glucosaminyl L-malate deacetylase 2 ATGAAAGAACATGTACTCGTCATCCTGCCTCACCCTGATGATGAATCATACGGAGTGGCAGGGCTGATTGCTTTACACAGACAAAAAGATATTCCCGTTACGTATGCATGCGCAACGCTTGGCGAAATGGGCCGAAACATGGGAGACCCTTTTTTCGCGAACCGTGAAACACTGCCGCTGTTAAGAAAGCAAGAGCTGATTGACGCATGCAAAGCAATGGACGTTACTGACCTGAGAATGCTCGGGCTTCGTGATAAAACACTTGAATTTGAAGAAGACGAGTGGCTCGCGGATATGATGGAAGAGATTATCGACGATGTAAAACCGAGTCTGATTGTCACATTCTATCCGGAACACGGCGTCCATCCGGATCATGATGCATGCGGCGAAGCGGTCATCAGAGCGCTTTACAGAAAGAAAAAAGAGGACCGCCCGCGCACGCTTTGCATGGCAATCACCCGCAACAGGGAGGAAGCCGTCGGCAAGCCTGATGTCATTCTTGATATTAAAGAGGTTGCCGATATTAAAATGAATGCCTTAAAAGCGCACCGCACCCAAACGGAAGGCATGCTGAGAGAGCTGGAAGAAAAAATAAAAAATAACGAGCCGGTTCTTCAGACATGGTTTGAAGAAGAAGTGTATTGGACATATCCGTGGAAAGACTGA MKEHVLVILPHPDDESYGVAGLIALHRQKDIPVTYACATLGEMGRNMGDPFFANRETLPLLRKQELIDACKAMDVTDLRMLGLRDKTLEFEEDEWLADMMEEIIDDVKPSLIVTFYPEHGVHPDHDACGEAVIRALYRKKKEDRPRTLCMAITRNREEAVGKPDVILDIKEVADIKMNALKAHRTQTEGMLRELEEKIKNNEPVLQTWFEEEVYWTYPWKD PGPT0019575_252 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_MALATE_UTILIZATION,PGPT0019575-bshB2-K22135 NA NA D1-12_01135 351 yojF putative protein YojF ATGAAAGCGATCATAAAAGAAGATGTGCAAACTTCTTTAGAGCGATATGCCGATCGTCCTGTATATATCCATTTGGAAACAACGACCGGTTCTTATTCAGCGCATCTGAATGAGAAAAACATGACGGTTGTAGCCTATATACGCAATGCAAAAGTGACGTACCATCAGGCGAAAATCAAAGGAAACGGCCCGTACCGCGTCGGTTTGAAAACAGAAGAGGGCTGGATTTACGCAGAAGGTCTGACTGAGTATACAGTAGATGACGAAGACCGTCTGTTAATGGCAGGGCATCTGCCGGGCGGAAAATTGGCGATTTCGCTTCAAATCAGCGAAAAGCCGTTTACAGTTTAA MKAIIKEDVQTSLERYADRPVYIHLETTTGSYSAHLNEKNMTVVAYIRNAKVTYHQAKIKGNGPYRVGLKTEEGWIYAEGLTEYTVDDEDRLLMAGHLPGGKLAISLQISEKPFTV NA NA NA NA NA D1-12_01136 279 hypothetical protein ATGGGCACTGATAAAGACATAGCAAAAGCCTATCAGACACTGTGGAATAACCGCACTCTCCCGGCTTCAACTCTTGAAGAAGCGGAGAAGGCAATTGATCTTGAACTGCTTGATCAAAGAACACATCCGAGGCTCCGGAAGTCACCCGAGGAAAAGTTTGCTCTGGCGGTGCAGCGAATTGTAGATTCCCGGCTGCGGCCGATTGAGAAATATGAATTGGTTGAACTACATACGAAGCGTTTGCAATTTTTAAAAGAAGAAAGAGGGGAGCAGCTATGA MGTDKDIAKAYQTLWNNRTLPASTLEEAEKAIDLELLDQRTHPRLRKSPEEKFALAVQRIVDSRLRPIEKYELVELHTKRLQFLKEERGEQL NA NA NA NA NA D1-12_01137 897 rarD COG2962 Protein RarD GTGCAAGGGAATAACGCAAGAAAAGGAATCATTTATACCGCTTGTTCTTTCGCCATGTGGGGGCTGTTTCCGGTCTATTGGAAACTTCTTGAACAAATACCCGCATTGGACATTTTAGCTCACCGGATTTTATGGTCATTTGTTTTCATGTGTGTGCTTTTAACTGTGCTTAAGAAGTGGAAAACCGGATGGCGTGAACTGCGTCTTTTGAAATCGGAAGGGGGCCTGCTGGCGCTTTTTTTCGCTTCCGTTTTAATTTCCGTTAATTGGTTTGTGTACATATGGGCCGTCAATCACGGCTTTTTGCTTGAAGCAAGTCTCGGGTACTACATTAATCCGCTCGTTTCCGTTCTTTTGGGCATCCTATTCTTAAAAGAAAAGCTTAACAAGATGCAAACAGCAGCCGTTTCTATTGCCGGGGCGGCCGTGATCATATCTGCGTTTCAATATGGCGCGGTTCCTTATATCGCATTGCTGCTTGCATTCAGCTTCGGCCTGTACGGCTTATGTAAAAAAAGAACCCGCATGTCCAGCACGATCGGACTGACGCTGGAGACGCTTTTGATTACCCCGGCTGCACTTATTTATTTAGGATATACAGCTGACGGGAGCACTTCCGGGTCCTTGGGGGCAGGAACATGGGCGCTCCTATTTTTCGCAGGCGTATTTACGGCCCTGCCGCTGTTACTGTTTGCAGAGGGGGCAAAGCGTCTGCTGCTGTATCAAGTCGGCATTTTGCAATATATAGCGCCGACCATTACCCTTATGCTCGGCGTATTTGTGTATCATGAACCATTTTCCGGGCAAAAAGCGTTTACCTTCATTTGTATATGGGCAGCATTGCTTTTGTTTACCTTTTCACAGATCAAATGGAAGCGGCCGATAAAAAGCCGCTAA MQGNNARKGIIYTACSFAMWGLFPVYWKLLEQIPALDILAHRILWSFVFMCVLLTVLKKWKTGWRELRLLKSEGGLLALFFASVLISVNWFVYIWAVNHGFLLEASLGYYINPLVSVLLGILFLKEKLNKMQTAAVSIAGAAVIISAFQYGAVPYIALLLAFSFGLYGLCKKRTRMSSTIGLTLETLLITPAALIYLGYTADGSTSGSLGAGTWALLFFAGVFTALPLLLFAEGAKRLLLYQVGILQYIAPTITLMLGVFVYHEPFSGQKAFTFICIWAALLLFTFSQIKWKRPIKSR PGPT0003906_1904 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-MULTUDRUG_RELATED_REGULATION,PGPT0003906-rarD-K05786 NA NA D1-12_01138 465 gerT Spore germination protein GerT GTGTTTGATTGGAACAGATATTTTCCCTTCCAAAATCAGTTCTCTAAAGAAACGTTTAAAAATGCTGATCCGAAAGATGTCGAGACATATGTCAACCGAGTGATGGAAAGCGTATTCGGCGCCGGTTATGCCGGACAGTTCCCTTTTCGCGACCCAATGTCCAAAAAGGCCGATCCGGTCGAAGCGGAACCGCCCAAGCCGGAAATTGACCTTTTTGAAACATCCGATCATGTTTTTGCGAAAATTCCCGCAGAACAAGAGGAACTCGACCGTATCAGGATTAAGCACACGTCACACAGCCTCGTTGTAGAGAACAGCAGTCTGGGAGAAGGAAAAAAAGAAATCGTACTTCCGAGCCTCGTCAAACGGAAAGGAACAAAAGCAGTCTATAAAGACGGGATGATTGAAGTTATGTTTTCAAAACAGGAAGACTACAATCTATCGGAAGTGGAGATTTTAAGATAA MFDWNRYFPFQNQFSKETFKNADPKDVETYVNRVMESVFGAGYAGQFPFRDPMSKKADPVEAEPPKPEIDLFETSDHVFAKIPAEQEELDRIRIKHTSHSLVVENSSLGEGKKEIVLPSLVKRKGTKAVYKDGMIEVMFSKQEDYNLSEVEILR PGPT0014635_3856 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HEAT_SHOCK_PRTOEINS,PGPT0014635-hsp20-K13993 NA NA D1-12_01139 240 hypothetical protein ATGTACCCTCGTCATGCATTGTATCGCGGGAATTTCGGTCCTGCCGGATTTCCGGCGAGAAGTCCTTTTTTGTTCGGCGCTCCTTTATTCGGCGGATTTTTAGGCGGTCTTCTCGGAGGCGTAATTGCCACAGGTTTTACAAGACCCCGCTATCCGTACGGGTTCGCCGGTTACGGATACGGAGGCGTCCCATACGGCGGTTTCGGTCCGGGAGCCGGCGGTTATCCGCCATTTTATTAA MYPRHALYRGNFGPAGFPARSPFLFGAPLFGGFLGGLLGGVIATGFTRPRYPYGFAGYGYGGVPYGGFGPGAGGYPPFY NA NA NA NA NA D1-12_01140 390 hypothetical protein ATGCCATTACTTCGTTTTGACGTTATTGAAGGCCGGGATGACGCAGCATTAAAAAAATTACTGGATACCGCCCATTACGCCATGGTTAAAGCTTTTGACGTCCCTGTAACGGACCGTTATCAGATCGTTCACCAGCATCGGCCTCATGAGCTTATCATTGAAGATACCGGGCTCGGTTTCAAAAGAAGCAAAGATCTTGTCATCATCAGCATTGTCAGCAAAGCGCGCACCGAACATCAAAAAGAAACGTTATATCAACTGATGGCTGATCAGCTTAAAACAGAATGCGGCATATCACCCGAAGACGTCATGATTTCCATTACAGAAAACGGGAACGCCGATTGGAGCTTCGGGCTTGGTGAGGCTCAGTTTTTAACCGGGAAACTGTAA MPLLRFDVIEGRDDAALKKLLDTAHYAMVKAFDVPVTDRYQIVHQHRPHELIIEDTGLGFKRSKDLVIISIVSKARTEHQKETLYQLMADQLKTECGISPEDVMISITENGNADWSFGLGEAQFLTGKL NA NA NA NA NA D1-12_01141 321 hypothetical protein ATGTTGGTTAGTGAGTTGTACCCTTGTTTGATATGCGGATTTAAAGGATTAGAAACAAGTCCCGTTTATAACGGCGAATATCAAAAAACATTTGATATTTGCCCCTGCTGCGGGTTTGAATTCGGCTACAGCGAGGACCATGACGTAAGCTTAGGGTTTATTGTAACGCCTGATCATTTAATTGAAGCGGCATTTCAGTTATACCGGAAACAGTGGATTGAGGGAGGAATGAAACTATTTTCTCCAAATGATGTTCCGGCGGAATGTAAAAATGATCATTTCCTTACATTCGATGCTTTATTAAAGCAATTAAAAGGCTGA MLVSELYPCLICGFKGLETSPVYNGEYQKTFDICPCCGFEFGYSEDHDVSLGFIVTPDHLIEAAFQLYRKQWIEGGMKLFSPNDVPAECKNDHFLTFDALLKQLKG NA NA NA NA NA D1-12_01142 330 yodB_1 COG1733 HTH-type transcriptional regulator YodB ATGTGTCCTAAAATGGAATCCGCTTTTTCTCTTTTGGGAAAGCGCTGGAACGGCCTCATTATCCATGTACTGATGGACGGGCCGAAACGATTTAAAGATATGACCGAAACGATACCGACAATCAGCCAAAAAATGCTCGCGGAGCGGCTCAAAGAGCTGGAACAAAATGAAATCGTCGAGCGTCAGGTGCTGCCTGAAACACCTGTCAAAGTCATTTATAAACTGACTGATAAAGGCATGGCCCTGCAAGCCGTTTTTCAGGAAATGCAAAAATGGGCAGACAGTTTTTGCGAGCCCGGGGGATCTGCCAACGACACATGTGATGAATAA MCPKMESAFSLLGKRWNGLIIHVLMDGPKRFKDMTETIPTISQKMLAERLKELEQNEIVERQVLPETPVKVIYKLTDKGMALQAVFQEMQKWADSFCEPGGSANDTCDE PGPT0028512_4 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-CATECHOL|CHROMANON|GANOMYCIN_RESISTANCE,PGPT0028512-yodB-NA NA NA D1-12_01143 609 yodC_1 COG0778 Putative NAD(P)H nitroreductase YodC ATGACATCCGTATTAGACGTTTTAAAGGAACGCGCATCTGTTAAAGAATACGATAAAGACGCGGTCATTACAAAAGAGGAATTAACAGAACTCCTTGAAATCACAACGCAAGCGCCTTCCGCCTGGAACCTTCAGCATTGGCATTTTCAAGTCTTTCACAGTGATGAAGCAAAAGCTGCCCTGCTTCCGGTTGCTTTTAATCAAAAACAGATTATTGATTCATCAGCAGTTATTGCCGTATTAGGCGATTTAAAAGCAAATGAAAATGGTGAAGACGTTTATGCTGAACTGGCTGAGCAAGGCAATATCACAGAAGAGATTAAACAAACGCTTTTAGGCCAGATTAACGGCGCATACCAAAATGATCAGTTTGCCCGTGATTCAGCATTTTTAAACGCTTCTTTAGCAGCGATGCAGCTGATGCTTGCCGCTAAAGCAAAAGGCTACGACACTTGCGCGATCGGCGGATTCAATAAAGAGCAATTCGTTAAGGAATTCGACGTGAGCGAGCGTTTCGTGCCCGTCATGCTGATTTCAATCGGCAAAGCCGTTAAGCCGGCGCATAAAAGCAACCGGCTGCCTGTATCTAAAGTGTCAACTTGGCTGTAA MTSVLDVLKERASVKEYDKDAVITKEELTELLEITTQAPSAWNLQHWHFQVFHSDEAKAALLPVAFNQKQIIDSSAVIAVLGDLKANENGEDVYAELAEQGNITEEIKQTLLGQINGAYQNDQFARDSAFLNASLAAMQLMLAAKAKGYDTCAIGGFNKEQFVKEFDVSERFVPVMLISIGKAVKPAHKSNRLPVSKVSTWL PGPT0028511_41 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-CATECHOL|CHROMANON|GANOMYCIN_RESISTANCE,PGPT0028511-yodC-NA NA NA D1-12_01144 603 mhqD COG0400 Putative hydrolase MhqD ATGAAACATGTGTTTGAACAGGGAACGTCAGAGAATGTTCTGCTGCTTTTGCACGGAACGGGGGGAAATGAACATGATCTTCTGTCGCTCGGACGTTTTATCGATCCGAAAGCAAGTTTGCTCGGGGTCAGAGGATCAGTGTCGGAAAACGGCATGCCCCGTTTTTTTAAGCGGCTGAAAGAAGGCGTATTTGACGAGAAAGATTTAATTGAACGGACGGAAGAATTAAAGAATTTTATTGATGAAGCGGCGCAAATGTACGGATTCAGCAGAGAAAACGTGATTGCTGCCGGCTATTCAAACGGCGCCAATATTGCAGCAAGTCTTTTGTTTCATTATAAAGATGTACTGAAAGGAGCGGTTCTGCATCATCCGATGGTGCCGATACGCGGAGTGAAGCTGCCTGATATGGAAGGGCTGCCTGTGTTTATCGGTGCGGGAAAACGCGATCCCCTATGTACAAAAGAAGAATCGGAGGAGCTTTATCAGTATCTGACAGATGCTCATGCATCCGTTTCTCTTGTTTGGCAGGAGGGCGGTCATCAGCTCACACAGCAGGAAGCAGAGCAGGCGAGAACCTGGTACAGTGAGCGATTCCTATAA MKHVFEQGTSENVLLLLHGTGGNEHDLLSLGRFIDPKASLLGVRGSVSENGMPRFFKRLKEGVFDEKDLIERTEELKNFIDEAAQMYGFSRENVIAAGYSNGANIAASLLFHYKDVLKGAVLHHPMVPIRGVKLPDMEGLPVFIGAGKRDPLCTKEESEELYQYLTDAHASVSLVWQEGGHQLTQQEAEQARTWYSERFL PGPT0028515_3442 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 D1-12_01145 924 mhqE COG0346 Putative ring-cleaving dioxygenase MhqE TTGAATACACAAGGATTGCACCATGTTACCGCATTTGCAAAAGATCCTGCTGAAAATCTTCGGTTTTATACTGAAGTGCTGGGTTTGCGGCTCGTTAAAAAAACCGTTAATTTTGACGACCCGGCCACTTACCACTTTTATTTCGGCAACCAAAACGGAGAGCCAGGCACGATCATTACATTTTTTCCTTTTCAGGGAAGCCGCCCGGGAACCGTGGGAAAAGGGCAGACCGGAAGAATTTATTTCTCCGTGCCGAAAGGAGCACTCGCATTTTGGAAGCGCCGGCTTGAAGAAAACGGCTTGAATGTAAAAGAACAGATCATGCTGTCTGAACAAGTGCTTCTCTTTAATGATACAGAAGACCTGCCGCTTGCCATAATGGAAGATGAAAGAAGCGGACAGAGTGAATGGACGCCTTCGGGCATTACTGAAAAAGAAGCGATCACAGGCATGAGAGGTGTTCTTTTGTACTCGTACCGTCCTGAAGCAACCATTCAATTTCTCATAGAACGCTTCGGTTATTCAAAGACAGGAGAAGAAAATCAGATTGTCAGGCTGCAATCGGAGGCCCGGATCGGACATATTATAGATGTTGATCTCGCGCCGAAAGAAGCAGGTATCGGCGGTTACGGGACAGTCCATCATGTCGCTTTCCGCACTACCGAAAAAGAGCAGGCGGAGTGGAAGGACATTCTTGCTGCTTCTCATCTTGCTTCATCTGACATTCTTGACAGGTCTTACTTTACTTCAATCTATTTCAGAGAAAGCGGCGGCATTTTATTTGAAATGGCAACCGATGAACCGGGCTTTATGACGGATGAATCCTTTGAAAATCTCGGAACAGAGCTGAAGCTTCCGGAATGGCTGGAAGAGCATCGCAGCCAGATTACAGCTGTTCTGCCCAAAATGGAGAAAGGAGAATGA MNTQGLHHVTAFAKDPAENLRFYTEVLGLRLVKKTVNFDDPATYHFYFGNQNGEPGTIITFFPFQGSRPGTVGKGQTGRIYFSVPKGALAFWKRRLEENGLNVKEQIMLSEQVLLFNDTEDLPLAIMEDERSGQSEWTPSGITEKEAITGMRGVLLYSYRPEATIQFLIERFGYSKTGEENQIVRLQSEARIGHIIDVDLAPKEAGIGGYGTVHHVAFRTTEKEQAEWKDILAASHLASSDILDRSYFTSIYFRESGGILFEMATDEPGFMTDESFENLGTELKLPEWLEEHRSQITAVLPKMEKGE PGPT0028510_1556 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-HYDROQUINONE-DERIVATE_RESISTANCE,PGPT0028510-mhqA|mhqE|mhqO|yaiA-K15975 NA NA D1-12_01146 201 hypothetical protein ATGGTCAGAAAAGCACTAATTTTCGTTCTCATCTTAATCCCTTTCAGCCAGCTGGCCCTGCTGTCAGTCTCTAATCGGGTTCATCCGATCATTATCGGGCTGCCTTTTTTTCATTTCTGGCTGCTTTTATGGATCGCAGTCACTCCATTATGTTCGTTTCTTATTTATAGGCTGCAGAAGAAACAAGGAGGACTGGACTGA MVRKALIFVLILIPFSQLALLSVSNRVHPIIIGLPFFHFWLLLWIAVTPLCSFLIYRLQKKQGGLD NA NA NA NA NA D1-12_01147 1491 yodF_2 COG0591 putative symporter YodF ATGCCCGCAAATATAACAGCATTGATCATTACAGCCGTCATCGTTTTAACCGTTGTCTGCATCGGCTTTATAGCCGGGAGAGACAAATCATCACGCACTTCTGTTGAGGAATGGTCTGTCGGCGGCAGACGGTTCGGGGGGCTCCTCGTCTGGTTTTTAGTCGGCGCGGATCTTTATACGGCTTATACGTTTTTAGGCTTAACAAGCACAGCCTACACAGGGGGAAGCGTTGCTTTTTTTGCAATCCCGTATTCTGTTTTGGCGTATTTTATCGCTTATTTCTTTCTGCCGAAGCTGTGGAAAGTGGCAAAAATACACAAATTAACGACACTTGCCGATTATGCCCGTGAGCGTTTTGACAGTAAACTTTTGGCCAGTCTTGTCGCGATTGTCGGCGTTCTTATGCTCATTCCTTATATTTGTCTCCAGTTGAGCGGAATTCAAGATACGCTTCAGGTGGCCGGAACGGGTGTCATTAATGTCAATATGGTCGTCATCATCTCTTTTATTCTTGTAGCGCTGTATACTTTTTTCAGCGGAATTAAAGGGCCGACGTTTACGGCGATTATTAAAGACATTCTCGTGTGGGTGATTATGCTGTTTATGGTCGTCTCACTCCCGCTGATCCATTTTCACGGCTGGACGCCGATGATTCACACTTTGGCTGAAAAAGCGCCGCAAATGCTGACGATCCCGGACTCGGGGCCGAAAGGAATTCCTTGGTTTATCACAGCTTCCATCGTATCTGCGCTGGCGCTCTTTATGTGGGCGCATGCGGCAACCGGCGTATTTACGGCAAAAAGCGCAGATGCCGTCCGCAAAAACAGCATGTTTCTGCCGCTTTATAATATTGTTTTGATTCTTGTTATTTTTCTCGGCTTTATCGCGTTTCTTGTCCTGCCGGAAGATACCAATCCGCGGCTCGCTTTATTGAAGCTGATTCAAACGTCTTACGGCGGGGTCGCGCAGGGCTTTGCTTACTCCACGATTGCCCTTGCGTCATTGATTCCCTGCTCTATCATGGCCATCGGAGCATCAAACTTATTTGCGAATAACTTATATCGGGATTTGATTCACCCGAATGTGTCACCAAGCAAGCTGACGATGATCACCCGTTCAATGGTATTTGTCGTCATCGGGCTCGCGCTTTTATTCGGCATGCTGTTCCCGACTGCGCTCGTTACCCTTCAGCTTCTCGGTGTTTCCGGCATGGTTCAGATCTTTCCGGCTATCGCCGTCAGTCTGTTTTGGAAGAATCAAACGAAAGAAGCGACAATTATCGGTCTTCTCGTCGGTCTTATCGTGACATTCACGGTAAATATCACCCAATCCGCCCACGGTATATATGAAGGCTTTTGGGGTTTGACCGCTAACATGGCAGCCGTTATTATCCTTAACCCGTTTTTTGTAAAAAAAGCGGCTTCAAACGCCGTCAAAGACGGTTTATTCAATAAAGCGCCTTCTGATCAACTGAACCAAAAAGGCGCTTAA MPANITALIITAVIVLTVVCIGFIAGRDKSSRTSVEEWSVGGRRFGGLLVWFLVGADLYTAYTFLGLTSTAYTGGSVAFFAIPYSVLAYFIAYFFLPKLWKVAKIHKLTTLADYARERFDSKLLASLVAIVGVLMLIPYICLQLSGIQDTLQVAGTGVINVNMVVIISFILVALYTFFSGIKGPTFTAIIKDILVWVIMLFMVVSLPLIHFHGWTPMIHTLAEKAPQMLTIPDSGPKGIPWFITASIVSALALFMWAHAATGVFTAKSADAVRKNSMFLPLYNIVLILVIFLGFIAFLVLPEDTNPRLALLKLIQTSYGGVAQGFAYSTIALASLIPCSIMAIGASNLFANNLYRDLIHPNVSPSKLTMITRSMVFVVIGLALLFGMLFPTALVTLQLLGVSGMVQIFPAIAVSLFWKNQTKEATIIGLLVGLIVTFTVNITQSAHGIYEGFWGLTANMAAVIILNPFFVKKAASNAVKDGLFNKAPSDQLNQKGA PGPT0013955_3753 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 D1-12_01148 1476 hypothetical protein ATGTTTTTTAAAAAAGGTCTGCACATGACGCTGGTTTTTCTTATGTTTTTCTTTTTCATATCAAGCAGCATGACCGAAGTGTATGCGGCTGATCGGAAGGCTTCAGACAAAAACAAAGTAAGGGTGTGGTTCAGTTCTGAAAAAGATCCGGCTTCCCGTACGTGGTATGACGGGCCGCAGGAAGTGAAATACGCCTTAGACGAACAAACACCGCTTACATTGACAAAAAAGAAGGCTTCTGACACCGCCGCCGTGTATATTGATCCGTCGCGCCGCTATCAAAGTGTGTTAGGCGTAGGATCGTCCCTGGAAGAATCCACAATCCATAATTTATCAAAAATGACACCCGCAAAAAGAAAAGAAGTGCTGAAAAAACTGGTTGATCCCAAAGATGGTATCGGCATGGACGTTATGCGCATAACAATCGGGACATCTGATTTTACGGCACAGGAATTTTATACGTATGATGATATGCCTGAAGGCCAAACAGATCCTAAGCTCCGTCATTTCTCGATCCAAAAGGATATTGATTTACACATTACAGCAACCATCAAGGAAGCGCTGGCGATAAATCCGGAACTGAAAATCATTGCTTCACCGTGGAGCCCGCCGGCTTGGATGAAAACGAATGAAAACCTTAAGCGGGGAAAGCTGAAAGATAAATATATCGGCGAACTGGCCGTTTACTTCCGCAAATTTATTGAGGCGTACGAAAAGCAAGGAATTCCGATTTATGCCATGACCCTTCAAAATGAACCTTTGCTGGAAATCGACTATCCGAGCATGTATATGTCGCCGTCTCAGCAGCGCAAACTGGCACTGGCCTTAAAAAAAGAAATGAAAAAACACGTAATTGACACGAAAATTTGGATTTATGATCACAATGCGAGCGGGGCGTGGAACTATATTCCGCCGATTTTAGATGATAAAAAAGGAAACCGGGCGGCAGACGGCATCGCTTTTCACGATTATGACGGTGACCTTTCCGTCATGTCGGAGATCGGAAAGAGATATCCTGATCAATCTATTCACTTAACGGAGCGGTCTGTCTGGGGGACGGCAGGGGCGGACCGGATCGCGCAGTATTTCCGCAACGGCGCGTCGAGCTACAATGCGTGGGTGACGATGCTCGACAGTCAAATCAAGACGCATCATTGGATAGGCACCCCAGACCCGACGCTGTTTATTCAGGATGCTAAAAACCCTGACCGCTATTGGAATATCCCGATCTTTCATATGACAGGCAACTTTTCAAAATTTATCGACCGGGGAGCAAAGCGGATAGAAAGTAATTACGGCTCCAAAAACACAGTCTCGAATGTATCGTTCCTTAATCCTGATCAATCCATTGTGACAGTCGTAATCAACCAGACATCCGCCGACCAAAAATTCCATGTCGTTTCAGAAAATCGGCAGTTTGAAGCCGTCATCCCGGCTAAAACCGTGGCTACCTACAAATGGAAGCAAAAAAAGTAA MFFKKGLHMTLVFLMFFFFISSSMTEVYAADRKASDKNKVRVWFSSEKDPASRTWYDGPQEVKYALDEQTPLTLTKKKASDTAAVYIDPSRRYQSVLGVGSSLEESTIHNLSKMTPAKRKEVLKKLVDPKDGIGMDVMRITIGTSDFTAQEFYTYDDMPEGQTDPKLRHFSIQKDIDLHITATIKEALAINPELKIIASPWSPPAWMKTNENLKRGKLKDKYIGELAVYFRKFIEAYEKQGIPIYAMTLQNEPLLEIDYPSMYMSPSQQRKLALALKKEMKKHVIDTKIWIYDHNASGAWNYIPPILDDKKGNRAADGIAFHDYDGDLSVMSEIGKRYPDQSIHLTERSVWGTAGADRIAQYFRNGASSYNAWVTMLDSQIKTHHWIGTPDPTLFIQDAKNPDRYWNIPIFHMTGNFSKFIDRGAKRIESNYGSKNTVSNVSFLNPDQSIVTVVINQTSADQKFHVVSENRQFEAVIPAKTVATYKWKQKK PGPT0018770_708 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-GLUCCOSYLCERAMIDASE,PGPT0018770-srfJ|xynC-K01201 NA NA D1-12_01149 984 bglA_1 COG2723 Aryl-phospho-beta-D-glucosidase BglA GTGAAATTCGCTGAAGTGTGTTTTGAACGCTATAAACATAAGGTGAAGTATTGGATGACGTTTAACGAAATCAATAATAAGATGGATGTGAATAATCCGATCTTTTTATGGACGAACTCAGGCGTCGCCGTCAAAGAAAACGAAAACGCAAAAGAAGTCATGTATCAGGCCGGCCATCACGAACTGCTGGCAAGCGCATTGGCTGTTTCGAAGGGAAGAGAAATCAATCCCGAGTTCAGGATCGGCGCGATGGTATCACATGTTCCGATTTACCCGTACTCATCTCACCCCGATGATGTGATGCTGGCTGAAGAAACGATGAGACAGCGTTTTTTCTTCCCGGACGTGCAGGTTCGCGGATATTATCCAAGCTATGCGTTAAAAGAATTTGAAAGAGAAGGCTATCAGATACACTTTGAAGACGGTGATGAAGAGATTTTGAAAAACGGCCGGGTGGACTATCTCGGATTCAGCTATTACATGTCTACAACCGTAAAAAGTGATGTATCAAACGATAATACCGGGGATGTCGTAAACGGAGGATTGCCAAACGGCGTGGACAATCCTTATATTACAGCGAGTGATTGGGGCTGGGCGATTGACCCGACCGGTTTACGGTACACATTAAACCGCTTATACGACCGCTACCAGATTCCATTATTTATCGTGGAAAACGGATTCGGCGCCATCGACACATTAGAAGAGGACGGTTCAATTCATGACGCAGCAAGAATTGAATATTTATCGTCACATATAAAAGCTTTGAAAAAAGCAATCACATATGATGGTGTGGATGTAATGGGCTATACACCATGGGGAATTATTGATATCGTGTCATTTACAACCGGAGAAATGAAAAAACGCTACGGCATGATTTATGTTGATCGGGATAATGAAGGCAACGGTTCAATGAGGCGGCTTAAGAAAGACTCATTTGAATGGTATAAAAAAGTGATTGAAACAAACGGCTCATATGTATCCTAA MKFAEVCFERYKHKVKYWMTFNEINNKMDVNNPIFLWTNSGVAVKENENAKEVMYQAGHHELLASALAVSKGREINPEFRIGAMVSHVPIYPYSSHPDDVMLAEETMRQRFFFPDVQVRGYYPSYALKEFEREGYQIHFEDGDEEILKNGRVDYLGFSYYMSTTVKSDVSNDNTGDVVNGGLPNGVDNPYITASDWGWAIDPTGLRYTLNRLYDRYQIPLFIVENGFGAIDTLEEDGSIHDAARIEYLSSHIKALKKAITYDGVDVMGYTPWGIIDIVSFTTGEMKKRYGMIYVDRDNEGNGSMRRLKKDSFEWYKKVIETNGSYVS PGPT0019255_1034 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-GALACTOSIDASE,PGPT0019255-bglA-K01223 NA NA D1-12_01150 462 bglA_2 COG2723 Aryl-phospho-beta-D-glucosidase BglA ATGGGGACATTTCCAAAAGATTTTTTATGGGGAGGCGCTCTCGCCGCCCACCAATTTGAAGGGGGATGGAATAAAGGCGGCAAGGGGCCGAGTGTAGTGGACGTCATGACGGCAGGCGCGCATGGTGTGCCCCGGAAAATAACAGATACAATTGAAGAGCGGGAATTTTATCCGAATCATGAAGCGATCGATTTTTATCATCGTTATAAAGAGGACATCGCATTATTCAGCGAGCTGGGTCTGAAATGTTTAAGAACGTCCATCGGCTGGAGCAGAATTTTTCCTAAAGGTGATGAAGCGGAGCCCAATGAGGAAGGATTGGCTTTTTACGACCGGGTGTTTGATGAATTGCTGAAACATGGGATTGAACCGGTAATCACGCTGTCACATTTTGAGATGCCGCTGCATTTGGCGAGGGAATACGGCGGTTTCAGAAAAGAAAAACAGTCGGATTTTTTGTGA MGTFPKDFLWGGALAAHQFEGGWNKGGKGPSVVDVMTAGAHGVPRKITDTIEEREFYPNHEAIDFYHRYKEDIALFSELGLKCLRTSIGWSRIFPKGDEAEPNEEGLAFYDRVFDELLKHGIEPVITLSHFEMPLHLAREYGGFRKEKQSDFL PGPT0019255_1034 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-GALACTOSIDASE,PGPT0019255-bglA-K01223 NA NA D1-12_01151 726 yydK COG2188 putative HTH-type transcriptional regulator YydK ATGTTAAAATACCAGCAAATCGCGATAGATATTGAAAAATACATAGAAGAACATCAGCTGCAGCAAGGGGATAAACTGCCTGTGCTGCAAACCTTAATGACCCGGTTTAACGTGAGCAAAAGCACGATCACCAAGTCCTTGGATTTATTAGAAAAAAAGGGGATTGTGTTTCAAGTGAGGGGAAGCGGCATTTTTGTCAGACGGAATAAAAGAAAAGGGTATATCAGTCTGCTTTCTAATCAGGGATTTAAAGAATCACTTGAAGATTTTAATGTCACTTCCAAATTATTAGCGCTGGAAGTGAGAAAACCCACGCCTGAGGCTGCCCAAAATCTGAATATGCCGCCTGACGGCGACGTGTATTATGTTAAGCGAATCAGATATATTGACGGGCTGACATTGTGTATCGAAGAGTCATTTTACAACAAATCGATTATTACGTATTTGAATAAAGAGATCGTGGCAGAATCAATATTTGATTATATTAGAGAAGGTCTCGGGTTAAAGCGCGGTTTTTCAGATTTATATCTGTACGCGGGGATGTTAAATGAGGAAGAAGCGGAGTACTTAGGTCTGTTTACAGGAGCGCCTAAGCTTTGCGTTGAAACGATTTTTCATTTAACCAACGGCCAGCCGTTTGACTACTCAAAAGTCACCTATCACTATGAGCAATCACAGTTTTTCATTCAGGCGAACAGCCACCTTTTTGAACAGGAAACGACATAA MLKYQQIAIDIEKYIEEHQLQQGDKLPVLQTLMTRFNVSKSTITKSLDLLEKKGIVFQVRGSGIFVRRNKRKGYISLLSNQGFKESLEDFNVTSKLLALEVRKPTPEAAQNLNMPPDGDVYYVKRIRYIDGLTLCIEESFYNKSIITYLNKEIVAESIFDYIREGLGLKRGFSDLYLYAGMLNEEEAEYLGLFTGAPKLCVETIFHLTNGQPFDYSKVTYHYEQSQFFIQANSHLFEQETT NA NA NA NA NA D1-12_01152 1404 ctpA COG0793 Carboxy-terminal processing protease CtpA TTGAAGCGGCAATTTAAACTGTTTTTTATTATATTGATCACCGCGGTCGCAGCCTCGGCGCTTACGCTGTTTATCACGGGCAATACGACCATCTTCGGACAAGGCTCGGCTGCTTTGACGAACAGCAAATTTGAGAAATTCAATAAAGCCTACGAGCAGATTAAAAGTGATTACTATCAAAAAACAGATGACAGCAAATTAGTAGACGGAGCGATAAAAGGCATGATCAGTTCCCTGGATGATCCATATTCTTCTTATATGGACCCGCAGGAAGGAAAGTCTTTTGAAGAAACAATTTCCGCTTCGTTTGAAGGCATCGGCGCACAAGTGGAAGAAAAGGACGGCAGCATCCTGATCGTATCGCCGATTAAAGGGTCACCCGCGGAAAAAGCGGGGGTTAAACCGAATGACCAGATCTTGAAGGTCAACGGCAAAAGCGTTAAAGGCCTTAATGTAAACGAAGCCGTCGCATTAATCCGCGGCAAAAAGGGAACAAACGTCAAGCTCGTGCTGCACAGAGCGGGTGTCGGCGATCTGAACCTGTCGATCAAACGTGACACCATCCCAGTTGAAACGGTGTACTCTGAAATGAAAAAAGGAGACATCGGCGAAATCCAAATCACATCCTTCTCCGAATCGACGGCAAAAGAGCTGAATTCAGCCATTGACAGCCTTGAAAAACAAGGAGCGAAAGGATACATTCTCGATTTAAGGGGCAACCCGGGCGGCCTGATGGATGAAGCCATCAAAATGAGCAACATGTTTATCGATAAAGGGAAAAATATCATGCAGGTCGAATACAAAGACGGCACGAAAGAGGTCATGAAAGCGACGAAAGAGCGCAAAGTGACAAAACCGACAGTCGTCCTCGTCAATGACGGCACCGCGAGCGCCGCGGAAATCATGTCGGCTGCGCTGCATGAATCATCGGGCATTCCGCTGATCGGCGAGAAAACGTTCGGAAAAGGAACCGTGCAGACGGCAAAAGATTACAGCGACGGTTCTACCGTTAAACTGACAATCGCTAAATGGCTGACAGCGGACGGAGAGTGGATTCATAAAAAAGGCATCAAACCGCAATATCAGGTTAAGCTTCCTGAATATGCGAACCTGCCGTATTTAGATGCGAAAAAAACATACAAATACGGGGATTCCGGAACCACCGTCACCAATGCGCAAAAAATGCTGAAAGCGCTGGGGTACAGCGTGAAAGTAAACGGCACGTATGATAAAGCATTTGAACAAGCCGTTAAACAATTCCAAGCAAAAGAGAAACTGAAACAAACAGGCATTGTAACGGGAGACACAACGGCAAAATTGATGACGGATCTGCAAAAACAGCTTGCGGACAACGATACACAAATGAAAAAAGCCGTTGAAACATTAAATAAGAATATGAAATAG MKRQFKLFFIILITAVAASALTLFITGNTTIFGQGSAALTNSKFEKFNKAYEQIKSDYYQKTDDSKLVDGAIKGMISSLDDPYSSYMDPQEGKSFEETISASFEGIGAQVEEKDGSILIVSPIKGSPAEKAGVKPNDQILKVNGKSVKGLNVNEAVALIRGKKGTNVKLVLHRAGVGDLNLSIKRDTIPVETVYSEMKKGDIGEIQITSFSESTAKELNSAIDSLEKQGAKGYILDLRGNPGGLMDEAIKMSNMFIDKGKNIMQVEYKDGTKEVMKATKERKVTKPTVVLVNDGTASAAEIMSAALHESSGIPLIGEKTFGKGTVQTAKDYSDGSTVKLTIAKWLTADGEWIHKKGIKPQYQVKLPEYANLPYLDAKKTYKYGDSGTTVTNAQKMLKALGYSVKVNGTYDKAFEQAVKQFQAKEKLKQTGIVTGDTTAKLMTDLQKQLADNDTQMKKAVETLNKNMK PGPT0015095_4429 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-CHAPERONE|PROTEASES,PGPT0015095-prc|ctpA-K03797 NA NA D1-12_01153 702 COQ5_1 2-methoxy-6-polyprenyl-1,4-benzoquinol methylase, mitochondrial TTGAGCAAATATTTAGATATGCTGTCCTTATTCGGAGTCGGAGGGGCTCACCCCGGCGGACTCGCTTTTTCCAAAACCGTTCTCACAAAAGCGGCTCCTCCTCCTGGCGAACCGATTCTTGACGCCGGCTGCGGAACGGGACAGACGGCCGCTTATCTCGGCCACCTGCTGTATCCCGTCACCTGTGTTGATAAGGACCCCCTTATGCTTGAAAAAGCAGCAAAACGATTTGCCGCTGAAGGCTTAACCATTCCGGGCTATTTGGCGGAGCTTGAGCGGCTTCCGTTTGCTGAAAATCAATTTTCCGCCGTTCTTTCCGAATCAGTTCTCACCTTTTCAAATCTTGATTCATCGCTGTCTGAAATCCTGCGGGTCCTTAAACCCGGGGGTATGCTGATCGGCATTGAAGCTGCTTTACAAAAGCCCATGCCGGAAAACGCCATCACGCAGATAAAAGACTTCTACGGTTTTACCGTATTGCAGGATGAAACGGCATGGAAACAGAGATTGCTTCAGCAAGGCTTTCAGAAAGCGGATTTCATTCCCGCTGTCTATGAAAACAATGCGCAGGAGCCGACTACAGAAATGGATTTATCGCCCGTTATTCAGCCGGTTCACTACGATACGCTGACGGCTCATTACGAGCTTATGCAGACGTACCGTGAATATATGGGACACTGCGCTTTTGTCGCTTACAAGTAA MSKYLDMLSLFGVGGAHPGGLAFSKTVLTKAAPPPGEPILDAGCGTGQTAAYLGHLLYPVTCVDKDPLMLEKAAKRFAAEGLTIPGYLAELERLPFAENQFSAVLSESVLTFSNLDSSLSEILRVLKPGGMLIGIEAALQKPMPENAITQIKDFYGFTVLQDETAWKQRLLQQGFQKADFIPAVYENNAQEPTTEMDLSPVIQPVHYDTLTAHYELMQTYREYMGHCAFVAYK NA NA NA NA NA D1-12_01154 261 hypothetical protein ATGCAAAACTATTATCATCTTTGCCGGCAGCACCAGGGAAAAGTAGCAAGAATTACAGAACGAAACGGCAGAGTCCACGTCGGAAGAATCGTACGGGTGACTAATAGCAAAGTGTATATCGCCCCTGTCGGCGGCCGTCACAGAGGATACGGGTTCGGCTATTGGGGAGGCTGGGGAGGCTGGGGAGGCTGGGGAGCAGCCTACGGTATCGGCCTTGGTTTAATTACCGGATTTGCGCTTGGAGGTTTACTCTTCTGGTAA MQNYYHLCRQHQGKVARITERNGRVHVGRIVRVTNSKVYIAPVGGRHRGYGFGYWGGWGGWGGWGAAYGIGLGLITGFALGGLLFW NA NA NA NA NA D1-12_01155 819 yodJ COG1876 Putative carboxypeptidase YodJ ATGAAGAAATCCACTAAATGGTTCTCGCTCGCTGCCGCTCTCAGCGTAACCGCAATCGTGGGAACCGGCTGCAGCATTTCAGGCGGCGACAGCCACAAGGACACAAAAACAGCAGCTGAAACAAAACAATCAGATGACACATCAAGCAAAAAAACAACGAAGACAGAAAACAGCGATTTTGTATTGGAGAGCAAATATTTTAATGACATTAAAGAAGTGAACGGGCTTGAGACCATTCAAAACCCGACAAATACACTTGCGCTCGTGAATAAGACATACACGCTGCCGGGAGATTATAAACCGAATGATCTCGTGATCCCGAAAGTCGAATTTTCTTTTACTGAGAAAATCGAGAAACGATATATCCGCAAACCTGCCGCCGATGCTTTGGCGGAACTATTCAGCGCCGGGAAAAAAGAAGGTTATGACCTGGTTGCCGTTTCAGGATACCGCTCTTATGACAGACAGAAAGTTATTTTCGATAATGAAGTCAGTCTGAAAGGTGAAAAAAAGGCCAAAGAAGCCGTCGCATATCCGGGGCAAAGCGAACACCAGACGGGGCTTGCCATGGACATTTCCAGCAAAAGCAACGGATATGAGCTGAATGAAGCGTTCGGAAACACGGCGGACGGCAAATGGGTGAAAGACCATGCGTATGAATACGGCTTTATCATCCGCTATCCTAAAGGCAAAGAAAATGTCACAAAGTATGAGTATGAACCATGGCATTTACGCTATGTAGGCAAAAAAGCGGCAAAAGCCATCCATGACCATCAATTAACGCTTGAAGAATATTTTAATGAAGTAAAGAAAGTGTAA MKKSTKWFSLAAALSVTAIVGTGCSISGGDSHKDTKTAAETKQSDDTSSKKTTKTENSDFVLESKYFNDIKEVNGLETIQNPTNTLALVNKTYTLPGDYKPNDLVIPKVEFSFTEKIEKRYIRKPAADALAELFSAGKKEGYDLVAVSGYRSYDRQKVIFDNEVSLKGEKKAKEAVAYPGQSEHQTGLAMDISSKSNGYELNEAFGNTADGKWVKDHAYEYGFIIRYPKGKENVTKYEYEPWHLRYVGKKAAKAIHDHQLTLEEYFNEVKKV PGPT0024055_715 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-GLYCOPEPTIDE_RESISTANCE,PGPT0024055-vanY|yodJ-K07260 NA NA D1-12_01156 699 deoD COG0813 Purine nucleoside phosphorylase DeoD-type ATGAGTGTACATATAAACGCAGAAAAAGGCCAAATTGCGGATACAGTGCTTTTGCCGGGAGATCCGCTCCGAGCGAAATTTATTGCGGAAACTTATCTTGAAAATGTGGAATGCTATAATGAAGTCAGAGGAATGTACGGATTTACGGGTACATATAACGGCAAAAAAGTATCAGTCCAAGGCACAGGCATGGGTGTTCCGTCTATCTCTATTTATGTGAATGAACTGATTCAAAGCTATGATGTTCAAAACTTAATCAGAGTCGGCTCATGCGGAGCCATCCGTAATGACGTGAAGGTGCGTGACGTGATTTTGGCTATGACGTCTTCAACGGATTCACAGATGAACCGTGTCGCCTTCGGCAGTGTAGATTATGCTCCTTGCGCAGACTTCGAACTGCTTCATAAAGCGTACCAGGAAGCGCAAAAAAACAATCTTCCCGTAGCGGTCGGGAGCGTATTCACCGCCGATCAGTTTTACAATGAAGACTCCCAAATCGAAAAGCTTGCCAGATACGGCGTGCTCGGCGTAGAGATGGAAACGACTGCTTTATATACGCTTGCCGCTAAATACGGCAAAAAAGCGCTGTCTATCCTGACTGTAAGCGATCACGTATTAACGGGAGAAGAAACAACGGCAGAAGAGCGTCAAACGACTTTTCATGATATGATTAAACTGGCGCTGCATACTGTATCGTAA MSVHINAEKGQIADTVLLPGDPLRAKFIAETYLENVECYNEVRGMYGFTGTYNGKKVSVQGTGMGVPSISIYVNELIQSYDVQNLIRVGSCGAIRNDVKVRDVILAMTSSTDSQMNRVAFGSVDYAPCADFELLHKAYQEAQKNNLPVAVGSVFTADQFYNEDSQIEKLARYGVLGVEMETTALYTLAAKYGKKALSILTVSDHVLTGEETTAEERQTTFHDMIKLALHTVS PGPT0013385_218 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013385-deoD-K03784 NA NA D1-12_01157 126 hypothetical protein ATGGGCAAAAAACAGCGCAACCGGGTGACCGGCCAGAAAAAGAACAATCATGTGCCCGTTTCAGACGTCATTGCAGCTGATGAAGCGCATGGAAAAGAGCATTCCGCCGCTAAACGGAAGCCTTAA MGKKQRNRVTGQKKNNHVPVSDVIAADEAHGKEHSAAKRKP NA NA NA NA NA D1-12_01158 321 hypothetical protein ATGCTGTTATCGCTGCCCGTGTTTAAAAAAAAGACTTGCGCCTATGATGTGACGATTTTTCAAACACCCCGCTACGGCGAGAAAAAGGGATACAGGGTCGTCTATCGGACAGAGCTGGCCGCTGACAATCATCAAGACGCACTGGAAAGGGCATTTTCTGTTTTTAATGTGCCTGATACGGTCCCAAACGACTATCAAGCCAGATTCATAGCGACCGGAGATGTCATACTCATAGACGAAGGAAGAAAAGGAAAGACCTATTACAGGCTTAACCCTGCGGGATGGAGCAAAATTAACCGGCTGCTCGTCCAGCCGAGGTAA MLLSLPVFKKKTCAYDVTIFQTPRYGEKKGYRVVYRTELAADNHQDALERAFSVFNVPDTVPNDYQARFIATGDVILIDEGRKGKTYYRLNPAGWSKINRLLVQPR NA NA NA NA NA D1-12_01159 612 pgpB COG0671 Phosphatidylglycerophosphatase B TTGTACAAGCCAGCAAGTCTTTTCGCATTGTTTATTCTGCTCGCAGCAGCGATCCGGATAGAAGCCGTCCGGGCTTTTGATGAGCGTGTGATAGAAGCGGCTGTCAGGATCAGGTCTGCCTGGCTGAATGAATTGATGTTATGGATAACGGAGCTCGGCACGACCGCGGTGCTTTTGCCGCTTCTTCTTTTGACAGGCGCGGCTCTGTATATGTACAAAAAAACGCCGGATGTTGTTTTTTTGCCGCTTCTCTTTCTCATTGAACGGATTGTAAACATAAAAATAAAAGAATTGATTGAAAGAGCCAGACCCGCTTTTGAACCGCTCGTCCATGAAACCTCATACAGTTTTCCGAGCGGCCACTCCATGAATTCGGCAGTGATGTATCCCGTCATCGCTTACTTTTTGATTAAGCATGTTCCGTTTTTTACGAAAAGAAAACGGGCCGTCACCGTCTTTACCGGAGTTCTCGTCATTCTGATCGGACTCAGCAGAATTTATTTAGGCGCGCATTTTCCGACGGATGTCCTTGCCGGATTCAGTCTCGGACTTTGCCTCGTTTCGCTTTTTGCGCTCTTTGACGAAAAGTATCATCCGTTTCGACAAAAATAG MYKPASLFALFILLAAAIRIEAVRAFDERVIEAAVRIRSAWLNELMLWITELGTTAVLLPLLLLTGAALYMYKKTPDVVFLPLLFLIERIVNIKIKELIERARPAFEPLVHETSYSFPSGHSMNSAVMYPVIAYFLIKHVPFFTKRKRAVTVFTGVLVILIGLSRIYLGAHFPTDVLAGFSLGLCLVSLFALFDEKYHPFRQK NA NA NA NA NA D1-12_01160 174 hypothetical protein ATGAAAGAAATAGATCTTGTGATTGACACAGAAGAAATAGCTGATTATTTTTACAGTCAGCTTGCTATGCGCGGGTACATACCGAGTGAAGAGGAAATCTTCGAAATAGCCGACATCACCTTTGATTATTTATTAGAAAAATGTATGATAGACGAAGAGCTTGATGAAGACTGA MKEIDLVIDTEEIADYFYSQLAMRGYIPSEEEIFEIADITFDYLLEKCMIDEELDED NA NA NA NA NA D1-12_01161 144 hypothetical protein ATGATGACGAAAATGATGGCTTTTTTGGACGGAGATGGATTTGATATCGTATTGGAAAAAGTGCTGAAAGGAATGTCGTTTGTAATCTTTGCCGGCTGTCTGCCCTGGTTTTTATATGTCACCGTCCGTTTTTTTGCCGGCTAG MMTKMMAFLDGDGFDIVLEKVLKGMSFVIFAGCLPWFLYVTVRFFAG NA NA NA NA NA D1-12_01162 681 hypothetical protein ATGAAGCCAGATAAACCGAAATTTCAAGTGGGAGACATCGTGGTCGTCGTGATGTACGGAACCGTCGGCACCATTACGAAGGTTCATCAAATTGATAAACATTATCTTTACGAAGTCAATCATAATGAAGTGCTTTATTTTGAATCGTCCATCCAGCTTTATAAAGATTATGAGGGCGTGATCGTCGATATGGAGAAATTGGATATTGAATATGAATTTCTGATCGGCGACGTCGTATATGTAAAGGACTACGGAAAAGAATTATTCCGTGTCATCGGCCACAGAACTGAAATATGGAGATATTTAGAGGATGGCTGGGAGGATATTATTTATGAGCTGACTCGGCTGAAAGACGGAGAGTGGCTTGAAACGGAGGAAGAGGATCTCACGCTGGTTCTGAGAAAATATGAAATGGATCAGTTTGTGCATCAGCTGCTGTTTGTCCACTATGTTGGGGAAGCATCTCATGAGATCGGCGAGGATACCGTCGCGTCTGCTCTTCTTCAGTTTGAAGGCGATGCTGATGATCCCGATACCCTGCATGTGCTGGCGGTATCGATTGTAGATGAGCTGCTTGATATTTATAACGATTATAAGATTCTTTATCATTTGTTCGGTGACGAAGAATATAAAGATATGATGAATTTTGTGCTGGAAAGCCTGCGGGAGCATTTCAGCTAG MKPDKPKFQVGDIVVVVMYGTVGTITKVHQIDKHYLYEVNHNEVLYFESSIQLYKDYEGVIVDMEKLDIEYEFLIGDVVYVKDYGKELFRVIGHRTEIWRYLEDGWEDIIYELTRLKDGEWLETEEEDLTLVLRKYEMDQFVHQLLFVHYVGEASHEIGEDTVASALLQFEGDADDPDTLHVLAVSIVDELLDIYNDYKILYHLFGDEEYKDMMNFVLESLREHFS NA NA NA NA NA D1-12_01163 225 hypothetical protein ATGAAATCCTTTTATCACTATTTGATGAAATACAGGCATCCCAAACCGCAGGACGCAATCAGCCGGTTTGCGAATCAGGCATACGAAGATCACGGCTTTCCGAAAACGTCAAGCGATTATCACGAGCTCAGTTCTTATTTAGAACTGAGCGCCGACTATTTAGAAACGATGGCGACATTTGATGAAGCTTGGGAAAAATATGAGACCGAGGTGCATCACGCCTGA MKSFYHYLMKYRHPKPQDAISRFANQAYEDHGFPKTSSDYHELSSYLELSADYLETMATFDEAWEKYETEVHHA NA NA NA NA NA D1-12_01164 279 hypothetical protein GTGAAGCCATGCGAGTGGTGCGGCAATCAGAAGGCGTCAGCTTGTCAGGCGGCTGTGTACTGGGAGCTTCCTGACGGTACGAGGGCCATAGAAATTACAGAAACACCTGCATTCGCCTGTTCCTCCTGCGGTATGACTTATCAGGAGGAAGCGGTCATAGCAGAAATCGAAAATCAGCTCTTTTTAGTCAATGCAAAAAAATTACCGGAAACACTCACATATCAAGAGCTGATGGAGACAGAACGGATCTTGAAACGGAATTATTTTGACTTCTCCTAG MKPCEWCGNQKASACQAAVYWELPDGTRAIEITETPAFACSSCGMTYQEEAVIAEIENQLFLVNAKKLPETLTYQELMETERILKRNYFDFS NA NA NA NA NA D1-12_01165 1422 kamA COG1509 L-lysine 2,3-aminomutase TTGACAAACAAATGGTTTCAGCCAAAGCGTCATTGGAAGGAGATTGAATTGTGGAAAGATGTGCCGGAAGAAAAGTGGAATGATTGGCTGTGGCAGCTCACCCATACTGTAAGAACCGTCGATGACCTGAAAAAAGTCATTCATTTGACCGAAGAGGAAGAAGAAGGCGTCAGGATGTCTGTAAAAACCATTCCCCTGAACATTACGCCTTATTATGCTTCTTTAATGGATCCCGATAACCCGAGATGTCCGATCCGCATGCAGTCCGTGCCGCTGTCAGAAGAAATGCACAAAACGAAATATGACCTTGAAGATCCGCTGTTTGAAGATGAAGATTCACCGGTTCCCGGTCTTACGCACCGCTATCCCGACCGCGTTCTTTTTCTGGTGACAAATCAATGCTCGATGTATTGCCGATACTGCACAAGAAGGCGTTTTTCCGGACAGATCGGAATGGGGGTGCCGAAAAAACAGCTTGATGCGGCAATCGCTTACATCCGGGAAACGCCGGAAATCCGTGACTGCCTGATTTCCGGCGGAGACGGGCTTTTAATCAACGATCAGATTCTGGAATATATTTTGAAAAACCTGCGTGACATTCCCCACCTTGAAATTATCCGGATCGGAACGAGAGCGCCCGTCGTATTTCCGCAGCGGATAACGGATAACCTTTGTCAGATTTTGAAAAAATATCATCCGGTCTGGCTGAACACTCATTTTAATACGAGCATCGAACTGACGGAAGAATCGGTTGCGGCGTGTGAAAAGCTCGTTAACGCAGGTGTTCCGGTCGGTAACCAGGCCGTTATTTTAGCAGGCATTAACGATTCGGTGCCGATTATGAAAAAACTCATGCATGATTTAGTGAAAATCCGCGTGCGTCCGTATTATATTTACCAATGTGATTTGTCAGAGGGAATCGGCCATTTCAGAGCGCCTGTGTCGAAAGGGCTGGAAATCATTGAAGGACTGAGGGGCCACACAACGGGCTTTGCCGTGCCGACCTTTGTCGTCGACGCCCCGGGCGGAGGCGGTAAAATCGCCCTGCAGCCGAACTACTTGCTCTCCCAAAGTCCGGAGAAAGTTGTGATCAGAAACTTCGAAGGGGTGATTACATCTTATCCCGAGCCGGAAAACTATATCCCGAATCAAGCCGACGACTATTTTGAATCTGTTTTTCCGGGAACGATGGCCAAACAAGAGCCGGTCGGACTGAGCGCCATTTTCGCGGACAAAGAGGTTTCGTTCACACCGGAAAATGTATCGAGGATCGACAGGAGGAAAACGTTTACATCAAACCCTGATCATGAAACGCTGAAAGACCGCAGGGAAAAGAGAGATGAATTGAAAGAAAAGAAATTTATTGCACAGCAAAAGAAAGAGCAAAAAGCAGGATCGGAAGTCGGAGGTGAATCGCCGTGA MTNKWFQPKRHWKEIELWKDVPEEKWNDWLWQLTHTVRTVDDLKKVIHLTEEEEEGVRMSVKTIPLNITPYYASLMDPDNPRCPIRMQSVPLSEEMHKTKYDLEDPLFEDEDSPVPGLTHRYPDRVLFLVTNQCSMYCRYCTRRRFSGQIGMGVPKKQLDAAIAYIRETPEIRDCLISGGDGLLINDQILEYILKNLRDIPHLEIIRIGTRAPVVFPQRITDNLCQILKKYHPVWLNTHFNTSIELTEESVAACEKLVNAGVPVGNQAVILAGINDSVPIMKKLMHDLVKIRVRPYYIYQCDLSEGIGHFRAPVSKGLEIIEGLRGHTTGFAVPTFVVDAPGGGGKIALQPNYLLSQSPEKVVIRNFEGVITSYPEPENYIPNQADDYFESVFPGTMAKQEPVGLSAIFADKEVSFTPENVSRIDRRKTFTSNPDHETLKDRREKRDELKEKKFIAQQKKEQKAGSEVGGESP PGPT0014370_182 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_LYSINE_DEGRADATION,PGPT0014370-ablA-K01843 NA NA D1-12_01166 867 yodP N-acetyltransferase YodP GTGACGGAGCTGATAAAGGAACTGAGGGCTGAAAAGGGGGCGGCTGAGATTGATGCAGACCGTTTCAATGAGCGGCTCAGAGTCATTCGTTATGACGGGCAGATTACGGCGCTTATTCCGGCCGTTTTGGCAGAAGCAAAGCAAGAAGGAGCCCAAAAGGTAATTTTCTTTGCTAAGCGCGGCGATGAGCCGGAATTTGTCAAGCATCTTTTTATTGTTGAGGGTGTCATAGACGGGTATTACAACGGGCATGAGGCTGTTGTGATGGTGCGCTATTTATCAGAGGAACGGAGACGGTCAGATTCATATGTATCAGAAGATTCGACTGTTGACCGTTTATATGAGACACCGCAGCGGGGACTGACTCAGACTGAAAGCGCGCTGATGTTCAGAAAAGCGGACGAAGATGATGCAGACCGCTTATCGCACTTATATAAACATGTTTTTCTTACCTATCCGACTCCTGTCTTTAATCCCCTTTATATTAAAAAAACAATGAGAGAAAACACCATCTATTATGCCGCATTTGATCAGGATCGTCTCATTGGGGCGGCAAGCGCAGATATCAATCCGGTATTGGGGCACGCTGAAATGACCGATTGCGCGGTTCTGTCAGATTACAGGGGGAACTCCGTAACAGCACACTTGTTTAAAGCGTTGGAGCAGGAACTCGCTGGCCGGGGAATCATTCATCTTTTTTCCTTGGCCCGTGCAGCGTCTTACGGGATGAATGCCGTTTTGTACCATGCGGGATACGGCTACAGAGGCAGGCTTGTGAACAACTGCCGCATTTCAGAAGGGCTCGAAAATATGAATATATGGTGCAAGACTTTACGTTTGGCCATTCATAAGGAGGAATTCGTTTGA MTELIKELRAEKGAAEIDADRFNERLRVIRYDGQITALIPAVLAEAKQEGAQKVIFFAKRGDEPEFVKHLFIVEGVIDGYYNGHEAVVMVRYLSEERRRSDSYVSEDSTVDRLYETPQRGLTQTESALMFRKADEDDADRLSHLYKHVFLTYPTPVFNPLYIKKTMRENTIYYAAFDQDRLIGAASADINPVLGHAEMTDCAVLSDYRGNSVTAHLFKALEQELAGRGIIHLFSLARAASYGMNAVLYHAGYGYRGRLVNNCRISEGLENMNIWCKTLRLAIHKEEFV NA NA NA NA NA D1-12_01167 1302 ylmB_2 COG0624 N-formyl-4-amino-5-aminomethyl-2-methylpyrimidine deformylase ATGGATCAATTAGAAAAGAAAGTCACTGAGTGGGCGGAAGAAAACACAGCAAAAGCGGTAAGCTTGCTGAAACGGCTGATCGGGGAAAAAAGCACGTTCGGCCATGAATTTAACGCACAGGCAGTCGTTTTAGAAAAACTGAGACAGTTTGACATGGATATTGATGTATGGGAGCCGAGTGTCAAACATTTGAAAGAGCATCCTTATTTTGTATCGGAACGCGAAAATTTCCATGAAAGCCCGAATATCACAGCCGTAAAAAAAGGGGCCGGGGGCGGAAGATCACTGATACTGAACGGACATATTGATGTTGTCCCGGAAGGAAATCCCGCCGCATGGACGTATGAACCGTTTACCGCTGTTGAAAAGGACGGCAAAGTTTACGGCCGCGGTTCAACGGATATGAAGGGCGGCAATACAGCCCTCTTGTTTGCGTTAGAAGCGCTTGAAGCCTGCGGGATTACGTTAAAAGGAGATGTTCTGTTTCAAAGTGTCGTAGATGAAGAGTGCGGCGGCGCGGGAACGCTGTCGGCTGTTATGAGGGGCTACAAGGCTGACGGGGCGCTTATTCCGGAACCGACTAATTTAAAGCTGTTTGTTAAGCAGCAAGGATCTATGTGGTTCCGCATTACGGTAAGAGGATTGTCCGCACACGGCGGCACCCGCTATGAAGGGGTGAGCGCCATTGAAAAAAGCCTGCATGTCATCACAGCCCTTAAAGAGCTTGAACACGTCCGCAACGCCCGTATCACAGACCCGCTTTATCGGGACGTTCCGATTCCGGTTCCCATTAATATCGGCACCGTCCAAGGGGGAACGTGGCCATCATCGGTAGCTGACCGTGTGGTGATAGAAGGCAGGTGCGGAATAGCGCCGAATGAAACGCCGGAAGCAGTAAAAGAAGAACTGGCAAGCTGGCTGAAAGATTTGGAGTACCGGGATGAATGGTTTAAACACCACCCCGCGGAAATAGAATGGTTTGGGGCTCAGTGGCTTCCGAATGATCTCCCGGATGAGCATCCGCTGATTTCCGCTCTGGAATCTTCTTTTGAGAAAATGAAAGGGGCAAAACCGGTTCGTGAAGCGTCCCCGTGGGGAACGGACGGAGGGCTTTTGCAGCACGCGGGACAGACGCCGGTCATCGTCTTCGGTCCGGGAGAAGTCAAGGCGGCGCATCAGGCGAATGAATACATTGAAATCCGGGCGTTAATCGATGCCGTCAAAATCATTTCTCTTTTTATGATGGAATGGTGCGGGGTGGCAGATGGGGGTGACGGAGCTGATAAAGGAACTGAGGGCTGA MDQLEKKVTEWAEENTAKAVSLLKRLIGEKSTFGHEFNAQAVVLEKLRQFDMDIDVWEPSVKHLKEHPYFVSERENFHESPNITAVKKGAGGGRSLILNGHIDVVPEGNPAAWTYEPFTAVEKDGKVYGRGSTDMKGGNTALLFALEALEACGITLKGDVLFQSVVDEECGGAGTLSAVMRGYKADGALIPEPTNLKLFVKQQGSMWFRITVRGLSAHGGTRYEGVSAIEKSLHVITALKELEHVRNARITDPLYRDVPIPVPINIGTVQGGTWPSSVADRVVIEGRCGIAPNETPEAVKEELASWLKDLEYRDEWFKHHPAEIEWFGAQWLPNDLPDEHPLISALESSFEKMKGAKPVREASPWGTDGGLLQHAGQTPVIVFGPGEVKAAHQANEYIEIRALIDAVKIISLFMMEWCGVADGGDGADKGTEG PGPT0014254_326 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-PROLINE_METABOLISM,PGPT0014254-argE-K01438 NA NA D1-12_01168 696 scoB_2 COG2057 putative succinyl-CoA:3-ketoacid coenzyme A transferase subunit B ATGGGCTTGGGAATAGCGGAAAGAGAGAGTATTGCGAGGCGGGCCGCCAGTGAAGTTACCTCAGGAATGATCGTCAACTTGGGGATCGGCATTCCTTCTTTAGTGCCGAATTTTCTGCCGGACGGCATGGAGGTAATGCTGCAGGCGGAAAACGGCGTCCTGGGGATCGGCGGAAGTCCGGAGCGCGGAGAAGAGGATGAGCTTTTATGCAATGCGGCCGGATTTCCTGTCAGTACAGTTAAGGGTGCTTCCTATTTTGATTCAGCTCTGTCTTTTGCCATGATCAGAAAAGGGCTGATAGATATTACCATTTTAGGCGCGCTCCAAGTCAGCAGGACAGGTGATCTCGCCAATTGGCTCGTGCCGGGGAAAAAAGTGCCCGGAATGGGCGGGGCGATGGAGCTTGCCCAAGGCGCGAAAAAAGTGGTTGTCGTCATGAGCCACACCGATCAGAAAGGCCGGCCGAAGCTGGTCGAAAGCTGTTCGTTGCCGCTTACAGCAGCGAGCTGTGCAGATCTCATCATTACAGAGAAAGCCGTCATCAGCATAGATGATGGGGCTTTTGTTCTTGAGGAACTGCTGAATGGCACGACCATAGACGATGTCATTCAAACAACGGATGCCGAAATCAGATTGGGAGAATGTTTTCTTAAAAGGGGGTCTGTCCATGGATCAATTAGAAAAGAAAGTCACTGA MGLGIAERESIARRAASEVTSGMIVNLGIGIPSLVPNFLPDGMEVMLQAENGVLGIGGSPERGEEDELLCNAAGFPVSTVKGASYFDSALSFAMIRKGLIDITILGALQVSRTGDLANWLVPGKKVPGMGGAMELAQGAKKVVVVMSHTDQKGRPKLVESCSLPLTAASCADLIITEKAVISIDDGAFVLEELLNGTTIDDVIQTTDAEIRLGECFLKRGSVHGSIRKESH PGPT0021750_12 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_LIPID_METABOLISM PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0021750-atoA-K01035 NA NA D1-12_01169 690 atoD COG1788 Acetate CoA-transferase subunit alpha ATGTCTATTTTTCATAAAAAAACCGATATTCATGAAGCAATTGCCGATGTCAAGGACGAATCTGTCATCATGTTCGGCGGTTTTGGGGGAGTGGGTTCACCTCCGTCATTAATCGAAGCGATTTTGGAAAGCGGCGTTAAAGAGCTGACCGTCATCTGCAATGATGCCGGATTTCCGGAAATCGGCATCGGCCCGCTTATCGTTCATAAACGGGTAAAAAGGCTGATCGCTTCCCATATCGGCTCAAATCCTGTCGCGGGCAGGCAAATGACTGACGGAGCGCTTGAGGTGGAATTTTCGCCGCAAGGGACGCTTGCTGAACGGATTCGCGCAGGCGGAGCGGGGCTAGGCGGTATTTTAACTGATATCGGCATTGATAACGCAACCGTTTGTGAAAACAAAGAAACCGTAACGATTGACGGAAAGTCCTATTTAGTTGAAAAAGCGCTGACGGCTGATTTCGCTTTTGTGTCCGCACATACTGCTGATGAATTTGGGAATCTGACGTTTGACAAAACGGCGCGCAACATGAACCCTCTGATGGCTGCGGCGGCCGAAAGAACATTTGCTGAGGCTGCAGAGATTGTGCCTGCCGGCGAACTTGACAGCGAGCATATTGTAACGCCGGGCGTTTTCGTGGAGGGTGTCGTGCAAAGTGAAGGAGTGAAGTGGAGATGGGCTTGGGAATAG MSIFHKKTDIHEAIADVKDESVIMFGGFGGVGSPPSLIEAILESGVKELTVICNDAGFPEIGIGPLIVHKRVKRLIASHIGSNPVAGRQMTDGALEVEFSPQGTLAERIRAGGAGLGGILTDIGIDNATVCENKETVTIDGKSYLVEKALTADFAFVSAHTADEFGNLTFDKTARNMNPLMAAAAERTFAEAAEIVPAGELDSEHIVTPGVFVEGVVQSEGVKWRWAWE PGPT0021755_127 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_LIPID_METABOLISM PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0021755-atoD-K01034 NA NA D1-12_01170 1332 spuC COG0161 Putrescine--pyruvate aminotransferase ATGGGGAGCTATTTAATCAAACCGGAGCTTGACGGGAATTATCCGTCAGTCAGTCATGGAAAGGGATCATATGTGTATGATCAGGAGGGGAACAAGTATCTTGACGGAGCATCGGGGGCGGTCACTTGCAATATCGGCCACGGCACGGAGGATATTATACAAGCTTTAAAAGAGCAGCTTGACTCCGTTTCGTTTGTGTATCGCTCGCAATTCACCAGTACTCCGGCAGAAGAACTGGCTTTATTCCTGGCCGATCATCTGCCGGGCGGGCTGAATTGGTCATTTTTTGTAAACAGCGGCTCAGAGGCAGTCGAAACAGCGATGAAAATAGCCGTTCAATATTGGCAGGAAAAAGGGCAATACCAAAAATCCGTCTTTCTATCAAGATGGGGCAGTTATCACGGTATTACTTTGGGAGCGCTTTCATTATCAGGATTCTACGAACGGAGATACCGCTTCACCCAACTGCTTGAACGGTTTCCGGCCGTTTCAGCGCCTAATATGTATCGTTCTGAGCTGCAGGGAGAGGAATTTGTGAAGGCTGCGGCGGCTGAACTGGAAACGGCTGTTCAGCGGGTCGGTTCCTCATTTATCGCGGGATTTGTCGCAGAACCGATTGTCGGAGCAGCCGGGGCGGCCATCACTCCGCCGGCAGATTATTATGAAGCGCTTGAGGATGTCTGCCGCAGGCACGGTATTTTGTTTATCGCGGATGAAGTCATGACGGGGCTCGGGAGAACAGGGCGGATGCTTGCTTCTGAGCATTGGAGGATCGCACCTGATATCGCGGTGCTCGGAAAAGGGTTAGGCGCCGGTTACGCTCCGATAGCGGCAGCTGTTGCGTCTGATGACATCGTTGAAACGATCAAGCGGGGCTCCGGGGTCATTATGAGCGGACATACGTACAGTGCCAACCCATACTGTGCAAGAGCGGCGCTTGAAGTGCTTCGCTATGTTAAGAAACACGAGCTGCTTCGGCAGTCAGAGGAGAAAGGCGTAATGCTGAAACGGAAATTAGAAGAAATCAAAGAGCGCAGCGGGGTGATTGGGGATGTCCGCGGTAAAGGCCTCCTGATCGGGGTTGAATTCGTTAAGGATAAAACGACGAAGGACGTTTTTTCGAAAAAACAGGCCTTCACCGAAAAAATCATTAAAGCGGCAAAAAAACGGGGCCTGCTTATTTACCCTGCAAAGCCCGGTATTGACAGCGGGGAAGGAGACGCCGTCATCATCGCCCCGCCGTTCACGATTTCATATGCTGAGCTGGATGAGCTGTCAGATCTATTTTCCCAGGCCGCAGAAGAAGTTGAAAAAATGATGAAGAAGGATTGA MGSYLIKPELDGNYPSVSHGKGSYVYDQEGNKYLDGASGAVTCNIGHGTEDIIQALKEQLDSVSFVYRSQFTSTPAEELALFLADHLPGGLNWSFFVNSGSEAVETAMKIAVQYWQEKGQYQKSVFLSRWGSYHGITLGALSLSGFYERRYRFTQLLERFPAVSAPNMYRSELQGEEFVKAAAAELETAVQRVGSSFIAGFVAEPIVGAAGAAITPPADYYEALEDVCRRHGILFIADEVMTGLGRTGRMLASEHWRIAPDIAVLGKGLGAGYAPIAAAVASDDIVETIKRGSGVIMSGHTYSANPYCARAALEVLRYVKKHELLRQSEEKGVMLKRKLEEIKERSGVIGDVRGKGLLIGVEFVKDKTTKDVFSKKQAFTEKIIKAAKKRGLLIYPAKPGIDSGEGDAVIIAPPFTISYAELDELSDLFSQAAEEVEKMMKKD PGPT0007136_1 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PHYTOHORMONE-ABSCISIC_ACID_DEGRADATION PHYTOHORMONE-AUXINE|INDOLE‐3‐ACETIC_ACID|IAA_METABOLISM PHYTOHORMONE-IAA_RELATED_TRYPTOPHAN_PATHWAY,PGPT0007136-yodT-NA NA NA D1-12_01171 447 sbmC DNA gyrase inhibitor GTGGACATAACGATTGAAGAATTACCTGAATCAAGAATTGCTTATTTCCGAAACGTCGGAGAGTATGGCGGAAAGCAAAACAAAGAACTGATGGAGTCATTTAAAAACTGGGCGCAATTGAATGGTCTGCTTGATCATTATGTCATTTTAGGAATTCCGCAAGATCATCCGAATCGTACTCCTAAAGAGAAATGCCGCTATGATGTTTGTCTTGTTATCAATCAAGACCATGTGCCTGAACCAGCCCGGATCGGTACATTTTCCGGAGGGAAGTACGCTGTTTTCTTGCTTGATCATACAAAAGAGGCAGTCAGTGGATTTTGGAACACTGTTTTTTCTGAGATCGAAAAAAATAATTTATCAATCAGAGAACAGCCTATTATCGAAAGGTATACTTTACAAAAGGTGAATCATCATTTGTGTGAAATATTGATTCCCATACAGTAA MDITIEELPESRIAYFRNVGEYGGKQNKELMESFKNWAQLNGLLDHYVILGIPQDHPNRTPKEKCRYDVCLVINQDHVPEPARIGTFSGGKYAVFLLDHTKEAVSGFWNTVFSEIEKNNLSIREQPIIERYTLQKVNHHLCEILIPIQ NA NA NA NA NA D1-12_01172 147 hypothetical protein ATGTACGGATACGGATATGGCTACGGCTGCGGCAGTTTTGGCTATGGTTACGGGCACGGCGGCTGCGGAGGCGGAACCAGCACTTTTGTGCTGATTGTGGTATTGTTTATTTTATTAATCATCGTCGGTGCGGCTTTTATTTGTTAG MYGYGYGYGCGSFGYGYGHGGCGGGTSTFVLIVVLFILLIIVGAAFIC NA NA NA NA NA D1-12_01173 780 hypothetical protein ATGACCGATCAATTTGATAAAACCGAGAAGCAGTATATAGAGCTTACTTCCGGCATTCAGAGGTTCGAGCATTTCAGTGTATATACGGACCCTTTTTTGCCGCAGATTTTTTCGCATAACTTTATTCAGCTGCACCATACATTTCCGTTAGACAAACTCCTGCCGTTTTTTTCGTCCGTTCCGGGCATGCTTCAAGCCAATTATATTCATGTGAAAGCGGCTCCGGAGCACACGTTTCCGCTTCTTCTGAAACAAACTCTGGTAAAGCAGGGCTGCGTAGTGGAAGATGAGCTGTTTTTTGCAAGGAAACTGGAAAATGGGGACCTGCAGGCCGGACACCCGCTCACTGCTTGGGGAACGGAAAAAAGCCTCGCCGACGGGTCGTCTATTATGAACATCTATGATGCCCTTTACATTGGCGAGGCGGCGGCCGAACAAAAGCTTGAGCGGAAATATCCTTTGTATAAGGACGGAACGGTTATGCTTGTCGTGTGCTACAGCGATGCCTCACAAACGATTCCGATCGGCTGCGGAGAGCTTTTCATCAACAAAGCAGATAAAACCGCAAAAATAGAAGAAGTCGCAATTCTGGATCAATTCCAACGAAAAGGCTACGGATCGATATTGATGAATGAGCTGATGGCGGCGGCAAAGCTGAACGGCATGGAAACCGTATACCTTGTGACGTCCGGGATGGACGGTGTAAACCGCTTTTATGAAAAACTCGGCTTCAAAAGATTTCGGCGCGTGCATACAATTTTTCATTATTTTCTTACATAG MTDQFDKTEKQYIELTSGIQRFEHFSVYTDPFLPQIFSHNFIQLHHTFPLDKLLPFFSSVPGMLQANYIHVKAAPEHTFPLLLKQTLVKQGCVVEDELFFARKLENGDLQAGHPLTAWGTEKSLADGSSIMNIYDALYIGEAAAEQKLERKYPLYKDGTVMLVVCYSDASQTIPIGCGELFINKADKTAKIEEVAILDQFQRKGYGSILMNELMAAAKLNGMETVYLVTSGMDGVNRFYEKLGFKRFRRVHTIFHYFLT PGPT0024861_8 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_MATURATION_PROTEIN,PGPT0024861-cgeE-K06323 NA NA D1-12_01174 1272 hypothetical protein ATGGAAAAGAAGATCTCAATTATCTTAACGAGTTACAACAAACCGGATCTTGTGAAACAGGCGATTGAAAGTGTTTTGCATCAGACCTACAGCAATTGGGAGCTGTTTGTGATGGATGATCATTCAAATGAAGAAACTTCGGCTGCCATCAGTACGTATATAAAAGATCCTCGCATATATTATGACAACAGTTTTATCAATCCTGCCGAACGGCTGAAGTCGACCCGGTATGCCGTTTTGATTAATGATGCGCTTTCACGGGCTAAAGGCGAATACATCACTTATTTGACAGACGACACCGTATTTCATCCGGATAGGCTCAGCCGCATGGCGGAAGTTCTTAATCAATGCAGCGGGTTTGATGCCGTCTATTCCAGCCAGAAGGTGATACATGTAAACGGGCGCGGAACAGAACAATTCCACTTCTATCGTTTTGCTGAAGAGGTGCTTGATCAGGCCGCTTTTCTCGTTGATCACTGTTCGGTGATGCACCGGAGATCATTGCTTGAGCGTGTGAAAGAGAAGTTCGGCAGCTTTTGGGACGAAGATGTTATGCATTGGAATCACGGAGACTCTGTTTTTTGGAGCAGGCTCAACACATTTACATCATTTCTGCCGATAAAAGAAGTGTTGGATACGACCTATAAAACACCCCACTCATTTCAGAACACGTATCAATCGCTTCCGTCTGTCCTGATCGACGGGTCCTTTGTAAAGGGGACGGATCAGAAAGTATATCAGCTTGACCGAAATAAAAGGAAGCCTGTAAACGAGCGCTGGCATACGTTATATGAAGGGCGAACCGTCGTCATTCCGGATCCGTTTTTATTTCAATATGAGGAAGAGAACTCCGTCAGTATTCCGAATTTTCAGCTCGTCAGGGATCAGTTTCATGTTTATTTTATAGAAGACGGGGAGAAAAGGCTGGTTGATCATAGCGCATTTCGCTTTTACCGATTTAAACGGCATGACATCCCGGCTTTAGAACGGGACGAAATACAAGCGTTTCCGGACGGTCCGCCGATCAGCCGGGGGACATCGGGCTGTATTCAACATCTGCCCGGGAGAATGCTGTTTCGCATTGAACGGGAATTTTATGTTTATTTGAGAGGGGTTCTCCATCCGATCAGTCATGACGTAGCGAAACGCTTTTTTGCGAATCAGAAGGCGATACCCATTTCCTTTCAGCAAATTAAACAATTACCAATTGGAATGCCGTTCTATCCGGTGTACGATGAAATTATGAGAAATCTCAATATAACAAAAGGTTGA MEKKISIILTSYNKPDLVKQAIESVLHQTYSNWELFVMDDHSNEETSAAISTYIKDPRIYYDNSFINPAERLKSTRYAVLINDALSRAKGEYITYLTDDTVFHPDRLSRMAEVLNQCSGFDAVYSSQKVIHVNGRGTEQFHFYRFAEEVLDQAAFLVDHCSVMHRRSLLERVKEKFGSFWDEDVMHWNHGDSVFWSRLNTFTSFLPIKEVLDTTYKTPHSFQNTYQSLPSVLIDGSFVKGTDQKVYQLDRNKRKPVNERWHTLYEGRTVVIPDPFLFQYEEENSVSIPNFQLVRDQFHVYFIEDGEKRLVDHSAFRFYRFKRHDIPALERDEIQAFPDGPPISRGTSGCIQHLPGRMLFRIEREFYVYLRGVLHPISHDVAKRFFANQKAIPISFQQIKQLPIGMPFYPVYDEIMRNLNITKG PGPT0024859_1 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_MATURATION_PROTEIN,PGPT0024859-cgeD-K06322 NA NA D1-12_01175 300 hypothetical protein TTGGATTCAGAAGAAACTGTAAAACACGGGGGTTTTGAGGAGGAATTTCAGCTCGTACTGCTTCTTCTTCTTTTGTTATCCCGTCAGCCGTCCGGAGATCATTCAGATTTGCGGCGTCAGCTTGTAATGGCAAAAGAGCTTGGGGTTCCTGTATCACGCGTCAATCTGATTAACGGCAGCACACTGCAAAACGTAATTGTCAAAGAAGTGCTGTCAGATTTGGCCGTTTTTCAAAATCCGCTCAATAATACGAGATCAAACGTCGCGATTTCAAGCATCGTCAGCTGGGGTGCTTTTTAA MDSEETVKHGGFEEEFQLVLLLLLLLSRQPSGDHSDLRRQLVMAKELGVPVSRVNLINGSTLQNVIVKEVLSDLAVFQNPLNNTRSNVAISSIVSWGAF PGPT0024858_18 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_MATURATION_PROTEIN,PGPT0024858-cgeC-K06321 NA NA D1-12_01176 432 hypothetical protein ATGAGCGAGGATCGTTTGGAGCTTAAAAAGGAGTTATTGAAAACTCTTTTAGCCCCTGTATTTGACAACAGCGCTTTATCTGGCGGCACAGATGGAGGAGATAATGTGGAAAACAAAGTAAAAGATTTATTGGAATCGGCAATTGATGCAAAAGTAGATGAAGCAGCGGCGAAAGACAGTCTCAGCGCACAATCTGTATTGGGAAGCGGTATTTCATTAGCGGCGAGATGGATTTTTGCAAGAATTCAGCCCGGCACTGTCATCAGCATTGTGATGGATTCAGGAGACATGATCGGCCCGGTTCAATTTGTTGCCTTTGACGAAATTCACGGAATCGTTTTTGTTACGCAGGAAAATTCCGTTACACCGGCAGGCTCTGCTACAACATTGCTTGACGTCGACAAAGTTGAAAGTGTCACGTTCACTTCGTAA MSEDRLELKKELLKTLLAPVFDNSALSGGTDGGDNVENKVKDLLESAIDAKVDEAAAKDSLSAQSVLGSGISLAARWIFARIQPGTVISIVMDSGDMIGPVQFVAFDEIHGIVFVTQENSVTPAGSATTLLDVDKVESVTFTS PGPT0024856_2 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_MATURATION_PROTEIN,PGPT0024856-cgeA-K06319 NA NA D1-12_01177 957 hypothetical protein ATGAACGTTTTATATATCCGTTCAGGATATAAAGGCATATACACGTATTTTGACCGCTGGATCGAGGAAGGCTTTTTACAGTCTTCCGTCCGCTTTTTTTCTGTTTCTGAGTTTGAGGAAGATACCATCCGCAGTATACGGGCATTCAAACCAGACATCAGTCTGATGATGACGGGAGACCGTATTCCGTCTGAATGGCTTCAATGGCTGAAGACAGAACAGATTCCCGTTTATCTATGGATGACGGAGGATCCTTTTTATTTCGATGTGAGCATGACAATCGCCCCTTTCGCCGATGCCGTTTTGACGATAGAACAAAACGCGCTTGATGCTTACCGGCAAATGGGCTTACAGCACGTATATTATGTCCCGATCCCCGTTAATCAGCGGCTTTTTAAGAAACAACCTGCTGAAGCCTCTCTTCACACAAATCTGCTTCTGATCGGATACCCTTACCCGAACCGCGTTGAACTGGTGAAAGCAGCGGCGAAGCTTCCGTATACGCTTCGTATTATCGGGAAGGGATGGCGCAGACATCTGCCTAAAAAAATCGCCAGGCAGCAAAATGTGCTCGTAATGGATGAATGGATTGAACCCGAACATGCCGCATTATATTACAACAGCGCAGACGTGGTCTTAAACCCTCACCGTTCTTATCGGTTTGCGCTCAATCAGAACGGACGCGGCATCGAAAATATCAGTTTAAATACGAGGAGCTTAGACATTGCGGCTTGTCAGGCCTTTCAGCTGACAGACCTTTCTTCCGCGCCCCCGTTTTCATCCTTTGTTTCTTACAGCGGGCTTGCGGATTTTGCGGATAAGATCCATTTTTATATGACAAACCCGGGTGAACGTAAACAAATCGCGGCGCTTAATTACCAAGAGACAGTACCGGCGTACACGTATGACCGGCTGCCGGCTGTGCTTGCGGCTATCCGTTCCAGGACTTTCTCATGA MNVLYIRSGYKGIYTYFDRWIEEGFLQSSVRFFSVSEFEEDTIRSIRAFKPDISLMMTGDRIPSEWLQWLKTEQIPVYLWMTEDPFYFDVSMTIAPFADAVLTIEQNALDAYRQMGLQHVYYVPIPVNQRLFKKQPAEASLHTNLLLIGYPYPNRVELVKAAAKLPYTLRIIGKGWRRHLPKKIARQQNVLVMDEWIEPEHAALYYNSADVVLNPHRSYRFALNQNGRGIENISLNTRSLDIAACQAFQLTDLSSAPPFSSFVSYSGLADFADKIHFYMTNPGERKQIAALNYQETVPAYTYDRLPAVLAAIRSRTFS PGPT0024857_486 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_MATURATION_PROTEIN,PGPT0024857-cgeB-K06320 NA NA D1-12_01178 1152 phy 3-phytase ATGAATCATTCAAAAAAACTTTTGTTAACCGCGGCAGCCGGATTGATGCTCACATGCGGTGCGGTTTCTTCCCAGGCCAAGCATAAGCTGTCTGATCCTTATCACTTTACCGTGAATGCGGCGGCGGAAACGGAGCCGGTTGATACAGCCGGTGATGCAGCTGATGATCCTGCGATTTGGCTGGACCCCAAGAATCCTCAGAACAGCAAATTGATCACAACCAATAAAAAATCAGGCTTAGTCGTGTACAGCCTAGAGGGAAAGACGCTTCATTCCTATCATACCGGGAAGCTGAACAATGTTGATATCCGCTATGATTTTCCGTTGAACGGAAAAAAAGTCGATATTGCGGCGGCATCCAATCGGTCTGAAGGAAAGAATACCATTGAGATTTACGCCATTGACGGGAAAAACGGCACATTACAAAGCATTACAGATCCAGACCGCCCGATTGCATCAGCAATTGATGAAGTATACGGTTTCAGCTTGTACCACAGTCAAAAAACAGGAAAATATTACGCGATGGTGACAGGGAAAGAAGGCGAATTTGAACAATACGAATTAAATGCGGATAAAAATGGATACATATCCGGCAAAAAGGTAAGGGCGTTTAAAATGAATTCTCAGACAGAAGGGATGGCAGCAGACGATGAATACGGCAGTCTTTATATCGCAGAAGAAGATGAGGCCATCTGGAAGTTCAGCGCTGAGCCGGACGGCGGCAGTAACGGAACGGTTATCGATCGTGCCGACGGCAGGCATTTAACCCCTGATATTGAAGGACTGACGATTTACTACGCTGCTGACGGGAAAGGTTATCTGCTTGCATCAAGCCAGGGTAACAGCAGCTACGCGATTTATGAAAGACAGGGACAGAACAAATATGTTGCGGACTTTCAGATAACAGACGGGCCTGAAACAGACGGCACAAGCGATACAGACGGAATTGACGTTCTGGGTTTCGGGCTGGGGCCTGAATATCCGTTCGGCCTTTTTGTCGCACAGGATGGAGAAAATATAGATCACGGCCAAAAAGTGAATCAAAATTTTAAAATGGTGCCTTGGGAAAGAATCGCCGATAAAATCGGCTTTCACCCGCAGGTCAATAAACAGGTTGACCCGAGAAAACTGACTGACAGAAGCGGAAAATAA MNHSKKLLLTAAAGLMLTCGAVSSQAKHKLSDPYHFTVNAAAETEPVDTAGDAADDPAIWLDPKNPQNSKLITTNKKSGLVVYSLEGKTLHSYHTGKLNNVDIRYDFPLNGKKVDIAAASNRSEGKNTIEIYAIDGKNGTLQSITDPDRPIASAIDEVYGFSLYHSQKTGKYYAMVTGKEGEFEQYELNADKNGYISGKKVRAFKMNSQTEGMAADDEYGSLYIAEEDEAIWKFSAEPDGGSNGTVIDRADGRHLTPDIEGLTIYYAADGKGYLLASSQGNSSYAIYERQGQNKYVADFQITDGPETDGTSDTDGIDVLGFGLGPEYPFGLFVAQDGENIDHGQKVNQNFKMVPWERIADKIGFHPQVNKQVDPRKLTDRSGK PGPT0002580_326 DIRECT EFFECT BIO-FERTILIZATION PHOSPHATE_SOLUBILIZATION P-SOLUBILISATION-PHOSPHATASE_ACTIVITY P-SOLUBILISATION-PHYTASE_PRODUCTION,PGPT0002580-phy|phyA|phyB|phyC-K01083 NA NA D1-12_01179 426 capD COG1086 UDP-glucose 4-epimerase ATGCCTAAACAGCAAGCAGTAGAGCTACAACCGTTTTTTCACGATAAAACTGTTCTCGTCACAGGCGGGACAGGATCAATCGGAAGCCAAATAGTAAAACGCCTTTTGCTCTTAACCCCTAAAGAAGTCATTGTGTTCAGCAAAGATGACAGTAAACAATATGTAATGAAACAAAAATACGCGGATGAACAAAGACTGTCGTTTGTGCTCGGCGATGTTCGTGACTACAGAAGAGTCAACCAAGTGATGAAAGGTGTTGATATTGTCTTTCACACAGCTGCGCTGAAGCAGGTTCCGACATGTGAGGATAATCCCTTTGAAGCCATTCAAACCAACCTTATCGGCGGACAAAATGTCGCAGAAGCCGCTTTGCTGCAAGAGGTGACGCATGTGATTAATATCAGTACCGATAAAGCCGTTTATTAA MPKQQAVELQPFFHDKTVLVTGGTGSIGSQIVKRLLLLTPKEVIVFSKDDSKQYVMKQKYADEQRLSFVLGDVRDYRRVNQVMKGVDIVFHTAALKQVPTCEDNPFEAIQTNLIGGQNVAEAALLQEVTHVINISTDKAVY PGPT0030485_4506 PUTATIVE PGPT PUTATIVE_PGPTs PUTATIVE_FUNCTIONS PUTATIVE_FUNCTIONS-1 PUTATIVE-OXIDOREDUCTASE_ACTIVITY PUTATIVE-OXIDOREDUCTASE_ACTIVITY-1,PGPT0030485-yqjQ-K07124 D1-12_01180 177 hypothetical protein TTGGAACCTTACCAACGTTATGAGGAATTAAAGAAGAAAACAATAAAGGTTGTCCATAAAGATAATTACAGTATCCGCTATATAGATCAGGATGAAGCGAGTAATGACTTAGATGAATTTTATAAACAATTTGCTCAGCATTTATTGGAGGCTGCTTTGGAAAGGAGTGCAGAGTAG MEPYQRYEELKKKTIKVVHKDNYSIRYIDQDEASNDLDEFYKQFAQHLLEAALERSAE NA NA NA NA NA D1-12_01181 207 hypothetical protein ATGTCAAGAACACATTTTGAATTACTGGGCACCTTGAATAAAGCCAGCATTCCCATATTTATATGCGAAGAGATCGGTACTGAACGCTGGATAAAGAAAAAAGTTAACCATACATTTGAACAAGCTTGCGAGGCTTTGATAAAGAAAGAACAGTCAAGAGACGAACCATTACATACATATAATACTCCTGTGAAAGCGGGGGTGTAG MSRTHFELLGTLNKASIPIFICEEIGTERWIKKKVNHTFEQACEALIKKEQSRDEPLHTYNTPVKAGV NA NA NA NA NA D1-12_01182 258 yobA putative protein YobA ATGGTCGGCTATGTCATTTTAAAAGGAGAGAATCAAGCAATTCTCATACCTAATGAAAAAGCTGATGTTAAAGACTATGAAAATCTTAGTGAAAAAGAGATTATTGAAAAGTATAGATCGGATATAGTTTTACTGGGACTTAGTGAACTTAACAATAAAGATGACTTGAGCAAAGGACAAAAAATTCGTATTTGGTATAAAAAATTAAATGAATCTTCACCTCCAAAAACAAACATCTCAAAGTTTGAAAGTATTTAG MVGYVILKGENQAILIPNEKADVKDYENLSEKEIIEKYRSDIVLLGLSELNNKDDLSKGQKIRIWYKKLNESSPPKTNISKFESI NA NA NA NA NA D1-12_01183 258 hypothetical protein TTGAAAAACGATCAGAAAATAACACTAAACTCTTCTTTTGCGTTATCCACTCTTATTGTCTTACTTATTGCATTGTACCCGTCCTATTCTTCTTGGTTTGTCACAATATTCTTTTTAGGGTTTGCACTAATTTACACATTTGAAAAAAAGAGCAAATCTTCAAAACTAATTGCTAGTGCTTGCCATATCAAGATTCTTTCTTTTCATGCTGCTCTTTTCCTTGGCCTCAATTTTTTAAAATTTAAATTACGATTTTAA MKNDQKITLNSSFALSTLIVLLIALYPSYSSWFVTIFFLGFALIYTFEKKSKSSKLIASACHIKILSFHAALFLGLNFLKFKLRF NA NA NA NA NA D1-12_01184 375 hypothetical protein TTGAACAAAATAATCGGAATGACCGGATTAATTATCTCCTTACTTGTGCAAGGGTTTTCAGCAAGTGATTCATTGACTCATAAGATCGCCATGGCTTGTCTATTTTTGTTCTTATTGGTTTATAATTTTAACCATACTAAGGAGTTCTCTAAAAAGTCTCTGGCGATTATAGGCGCTTCCTTTATTGTGCTAATGCTTGGTATTTATCAATTGCTCTCTTTTACTGGTGATTACTTTGAAAGTCGCGGTTTAAATTTTGGATTTATCCTCTTACTTGAAATTGTTTTAGTTATTGGATTAGTGACTGCTGCACTGAGTTTAATTAAGCATATTGCAGACCGCTTAAGGAAAACACCTGATGGTAAAGAGCGTTGA MNKIIGMTGLIISLLVQGFSASDSLTHKIAMACLFLFLLVYNFNHTKEFSKKSLAIIGASFIVLMLGIYQLLSFTGDYFESRGLNFGFILLLEIVLVIGLVTAALSLIKHIADRLRKTPDGKER NA NA NA NA NA D1-12_01185 453 hypothetical protein ATGAAACGATTTACCTTGGTTATACCTTTATTGGCTGCTGTTATCGCCTCTCCAACTCAAATGAAAGCAAGTCCAATGCCTTGTACTGCAGTACTCGAACCGGTGAATCAAAAACTGAAAAATGCGAAGGGCGCGGCACTAATCTATAAAGTGCAGTTATACCCGCCAAGTGCTGCAAGAACGAATATGAGTATTCTTGCTGTCCACCTTCCTCAACCATCTTATTATGGAAGCTACGACGGTTATGAAGGATTTGCCGCCAAAACAGGGGAAATCAGTTGGCGATTTAAACTATATCCGACTCCCGAGGAAGAGAGCCCTAATTGGGCTGGAAGGATTGATTCCATATCAGCTGAAATGACAAATGTTAAAGTGCAAGTACGCCTTTCAAATTCTAAGACACAAAAGTTGGGGCCGAGTGTATTAACAAACAATATTCAATCTTGCTATTAG MKRFTLVIPLLAAVIASPTQMKASPMPCTAVLEPVNQKLKNAKGAALIYKVQLYPPSAARTNMSILAVHLPQPSYYGSYDGYEGFAAKTGEISWRFKLYPTPEEESPNWAGRIDSISAEMTNVKVQVRLSNSKTQKLGPSVLTNNIQSCY NA NA NA NA NA D1-12_01186 1116 rapG Response regulator aspartate phosphatase G ATGAGCAAGATCGCTTCAGAAGTTGTCGCTACTACACTGAATGATTGGTACATTGCTATAAAGAAACAAAAGGTAAATGAGTCAATAAAATATTACTCAGAGATAAAAAGCCTGTTCGATGACATGGAAGAAGATCAAGAAGTTCTTGCATATTACAGTTTATTAGAAGAAAGACACAAAATGTTGCTACATTCTTCACGCGGAGAGCCATTACAAAAGCACACTTATTTCACTGAAGAGAATGAAAATTTCATAAAAAGAACGAACGATAAATTGGAATATAACTTTTATTTATTTGAAGCAATGTACGAGGCATACAACAAAAATTATGATCGAGCAATTAACTTATATGGATTAGCTGAGAAAAAGCTTGCAGAAATTCCGGATGAAATTGAAGCAGCTGAATTCTACTCCAAGGTCTCCTACTTATACACTCTTGTTAAACAAAGCATTGTGGCACAACACTATATCAAGAATGCAATTGCAATATATAAGCGACACCCTGACTATAAATGCAAACTGGCAACTTCAACAATGATTGCGGCTGCAAACTATTCCGATATGAAACGGTTTGAAGAGTCAGAAACATATTATTTAGAAGCAATAGACATTGCACAAGAAACAAAGGATGAATATTTGGAAGCTCAGTTATATCACAACCTTAGTATCGTGTATTCTGATTGGGACAAACCTGATAAGTGCATTAAATCTCTCGAAAAAGCTATTGGAAATGAATCTTGGATGAATTCAAATTATTATATAAATTCTTTATTCATGATGATTAAGGAGCTATTTAAAATTGACGAAAAAATGAAAGCCATTAATTTTTACAATAAAGCACAGGAAAGACTCATATTAATGGAGAATAAGGTATACGAAGCCAAAATTAGCATCCTATACAACCTATATTGTGGTGAATTAAAAAACAACTTCAATAATTGCATCCGTTACATTGAGTTTTTAAAACAACAAAATGACCTTGAAAGTGTAGATGAATTGTCCTACATAGCTGCAAAAAGGTTTGAATCAATAGGTGCTTTTGAAGAAGCAACAAGCTTTTTCAATGAAAAAATTTGGGCTGAACAGAAAATGAATCAGGTGGAGGGAATCTTATGA MSKIASEVVATTLNDWYIAIKKQKVNESIKYYSEIKSLFDDMEEDQEVLAYYSLLEERHKMLLHSSRGEPLQKHTYFTEENENFIKRTNDKLEYNFYLFEAMYEAYNKNYDRAINLYGLAEKKLAEIPDEIEAAEFYSKVSYLYTLVKQSIVAQHYIKNAIAIYKRHPDYKCKLATSTMIAAANYSDMKRFEESETYYLEAIDIAQETKDEYLEAQLYHNLSIVYSDWDKPDKCIKSLEKAIGNESWMNSNYYINSLFMMIKELFKIDEKMKAINFYNKAQERLILMENKVYEAKISILYNLYCGELKNNFNNCIRYIEFLKQQNDLESVDELSYIAAKRFESIGAFEEATSFFNEKIWAEQKMNQVEGIL PGPT0025785_12 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-PENTAPEPTIDE_PERCIPITATION|SIGNALLING,PGPT0025785-rapK-K06369 NA NA D1-12_01187 123 hypothetical protein ATGAAAAAAATTATGCTTTGCGTATCTATTTTAACTGTAATTTTAAGTGGAGTAGCTTTAACGCAATTGAGTACTGATTCACCATCTAACATCCAGGTAGCTGAAAGGCCAGTCGGAGGTTAA MKKIMLCVSILTVILSGVALTQLSTDSPSNIQVAERPVGG PGPT0025700_3 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-PENTAPEPTIDE_BIOSYNTHESIS,PGPT0025700-phrK-K06358 NA NA D1-12_01188 276 hypothetical protein ATGAAAAAGTCTTATGTTTTATATGGGATTTCAGGAGTTCTAGTTGGTGCAATAGTTATATTGTTGATCAATGCATTCTTTATAAATAAAGGTGAACACTCTGTAAGTACTTCTAAAATTAATCCAACCGAGGATAAAATCTTTTTTATCTATTCAAATCCACTCATCAAAAAAGCGTACTCATATCCACATCACAAGGAGAAAAATTCAATAAACGACCGGATATACCATATATCCAGAAAAAAACCCCCTCTTCAGACGATATCGTCTTGTTAG MKKSYVLYGISGVLVGAIVILLINAFFINKGEHSVSTSKINPTEDKIFFIYSNPLIKKAYSYPHHKEKNSINDRIYHISRKKPPLQTISSC NA NA NA NA NA D1-12_01189 735 hypothetical protein TTGTTAGCTGAACATGAACCATATTATTACACATTAAAAAACAACACCATTAAAGAACATAAATTATCCAATCCATTTGCTTTTTGGTATCAAGGAGAAGATATTTCTGTAAAAGCCTATAATGTCGACACCAATGGAAATGAACTGAAAGTAAATGATAAAAAGTTCAATAAAAAATACAGCCTGACTTTGCCCTCCCTCGTAACCATGGGAGAAAGCGATGATAAGTATATTTACGTCATTCAAGGAATGTCTTTGTACGTCATTGATAGAAAAACAGAAGAGATTAAAACGATTGGATTAGCTTCCTATGGAGATGTATTTGATCACTCTGAAAAATATGTTGTGGCTAGCTCAGAACATGAACTAACTGTAATCGAAAAAGGATCATGGAAATCAAAATTCATAAAATATCCTGATGATCTCGAACAAGCGGACGCTGTGTATTACGACAAAAAAAGCGGTAAATTTTACGTTACATATATTAATAAATCCGGATACGCCTGCTTACTTGAGTACGATCAAGATTTTTCTTTTGAAAAATTCGATTTACAATTTCCGTATATGAATGCAAAGTTTAAAGATCAAAAACTTTATGTGATTTCACAAGAGGAAAACAAAAAAGGCATTGGTGGCTATATGGGGATTTTTGATATCCGTACTAAAAAGAAACTTAATGAATTTGATTTGCCTGAAGAAGAAACAAAAGTGCAGGACTTTATGGTTTTAGATTAA MLAEHEPYYYTLKNNTIKEHKLSNPFAFWYQGEDISVKAYNVDTNGNELKVNDKKFNKKYSLTLPSLVTMGESDDKYIYVIQGMSLYVIDRKTEEIKTIGLASYGDVFDHSEKYVVASSEHELTVIEKGSWKSKFIKYPDDLEQADAVYYDKKSGKFYVTYINKSGYACLLEYDQDFSFEKFDLQFPYMNAKFKDQKLYVISQEENKKGIGGYMGIFDIRTKKKLNEFDLPEEETKVQDFMVLD NA NA NA NA NA D1-12_01190 360 hypothetical protein ATGGAAGGTCTAAATAACTCTTACAATATCACGAAAGATCCGAAATTTTTAGCGTTTTGCAGTTTAGCGACAGAAGGTGCAGGAATTAGTTCGAATCAGCAATGTTCAATTGGTTTTAATGAATTCAAAGAAGCGCTGGAGAATGGCAAAGTAGTTGATAATAAAAACCTTAAAAGCAGTTCAGAGTTAAATCACCAGTTTGATTACTGGAAGTCCAGAATAACTGGGGGACGAGCTGTAACTGAAACTGATAATCAAGTGTTAGATATAATCAAACAAGCATACAATCTTGGAATGGTTACGAAAGATAATATGCTTTTGAGAAATCAAGCCATTAACGCGTATAAAACATCTATTTAA MEGLNNSYNITKDPKFLAFCSLATEGAGISSNQQCSIGFNEFKEALENGKVVDNKNLKSSSELNHQFDYWKSRITGGRAVTETDNQVLDIIKQAYNLGMVTKDNMLLRNQAINAYKTSI NA NA NA NA NA D1-12_01191 192 yolA_2 SPbeta prophage-derived uncharacterized protein YolA TTGTTATACAAAGGTGAAGCGAACATATACAAATATGACCCTATACTTGGACAAAACAAAGTTGTGATAGGATGGGACAAATACATTGAAATTCCAATGAACGAACTTGCTTCAAATGAGATTCAAGTTGAAGGGCTTGGGAAAAACATGAAAATCATTTACAGCAACGTTGTAAAATTCGAGAGAGGGTGA MLYKGEANIYKYDPILGQNKVVIGWDKYIEIPMNELASNEIQVEGLGKNMKIIYSNVVKFERG NA NA NA NA NA D1-12_01192 459 yobK_3 Antitoxin YobK ATGACTTATCATGAAATTGAAGAATTTATTAAAGAAAACGCTGAAGATGATGATTTTACAGGCGGAATAAGTGAAGAAAAAATCAAAGAGATACAAAATCGTTTAAATGTAAAACTTCCCGAGAGTTATAAGTGGTTTTTAAATAAATATGGCTCCGGTGGAATTTACGGGGTAAATATACTTGGCCATGGGAAAGTTTCTGCAAGGGTTGTTACAGTTACTGAGGAATATAGAACTCATTATAATTTAAGTGACGGTATTGTCGTTATAGAAGATGTAGATGAATTCTCTTATTGCCTCGATACAAACAAAATGGAAAACGATGAATGTCCAGTAATAGTTTGGGCAAATGAAGCCGGTTATGGTGACAAGGTTGCAGATAACTTTCTGCAATTTTTCTTGGAAGAGCTTGAAGAAGCAAAAGAAAATTGGGAAGAGGACGAAGATTGGGACGATTAA MTYHEIEEFIKENAEDDDFTGGISEEKIKEIQNRLNVKLPESYKWFLNKYGSGGIYGVNILGHGKVSARVVTVTEEYRTHYNLSDGIVVIEDVDEFSYCLDTNKMENDECPVIVWANEAGYGDKVADNFLQFFLEELEEAKENWEEDEDWDD PGPT0027635_75 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM CE-BACTERIAL_FITNESS-YobL-YobK_TOXIN-ANTITOXIN_SYSTEM,PGPT0027635-antitoxin_yobK-K21488 NA NA D1-12_01193 1122 yobL_3 Ribonuclease YobL TTGACGATTAAAAAGGAAGAAGCGAAGGAGCGGGAAATCAAGGATCTGAAGAAAAAGCTGGCCGCTGGTGTCACCGATCCGGATGAATATTTGGAAATTGCGAAGAAGATCGGCTATGAAAACCTTGAATCTTCCCAGCGGCAGTATGTGACGCAGCTTGAACAAGCAAAACAGATGGAAGAAGCCGGAGAAGTGACTTGGGATATTTTAAAAGGAGCCGGCGTTGGTTTATATGATGTCGGGAAAGACACGGTAACCGGTCTATGGGACTTCATAACCGATCCGGGGGAAACGCTGTCAGCACTGGGGAATGCAGTACTTCATCCTGTTAAAACATATGATGCTGTTAAAGCGGCAATTGAAGAGTCGTATCAAAAGGATATGGTGAACGGAGATGCTTACTCCAGATCAAGATGGGTGACATATGCAATTGGTTCAGCAGCTGTGGCTGTCGTCGGAACAAAAGGCGCAGGAGCCGTTAACAAAGCTGATGTGGCGGGGAAGGTTATAAATAAGGCAGGACAGGCAGGGAAGAAAATTAAAGACGTTAAACTTCCAGATCTGCTTCCTTATAACTCTAAGTATGACCTTGCTCTGACCGATAACGTACCATACAATGTGGTTGACAGCCAAAACCTTAAAAATGAACTATTAACTAATGCGAAGAAATTAGATGAGAGCAGAAAGCCATTTACAGGTAAGGAATTAACTCTCCCTTGGCTAAATAAAGAGAAGTATGGCGCCTTTGAAGTTAAAGGGAAGGTAAAAGCTTCGGGTAAAACTAAAGATGTAAGTCGAAGAGTGTACACGTTGAAAGATATTGATATAAACAAAGTTGATGCTGAAAGCGGAAAAACAAATTTACAACTTATGAAAAAAGGTGACGCTCCTTTTGCTAATGATGGCACAAAAATCAACTTACATCATTTAATTCAAGAAGAGCCAGGAACGATGGTGGAAATTCCAGCTTCTGTTCATCAAAATAATAAAAAAGTTCTTCATGGATTGAAAAAAGGTGGGGAAAGTTTTAGAAATGACAGGGAGTTGCGGAATCAGTATAAAAGCTTCCAACGAAGATATTGGAAATGGAGAGCGAGCCAATTTGAGAAAGGAGAAATGTAA MTIKKEEAKEREIKDLKKKLAAGVTDPDEYLEIAKKIGYENLESSQRQYVTQLEQAKQMEEAGEVTWDILKGAGVGLYDVGKDTVTGLWDFITDPGETLSALGNAVLHPVKTYDAVKAAIEESYQKDMVNGDAYSRSRWVTYAIGSAAVAVVGTKGAGAVNKADVAGKVINKAGQAGKKIKDVKLPDLLPYNSKYDLALTDNVPYNVVDSQNLKNELLTNAKKLDESRKPFTGKELTLPWLNKEKYGAFEVKGKVKASGKTKDVSRRVYTLKDIDINKVDAESGKTNLQLMKKGDAPFANDGTKINLHHLIQEEPGTMVEIPASVHQNNKKVLHGLKKGGESFRNDRELRNQYKSFQRRYWKWRASQFEKGEM PGPT0027630_3 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM CE-BACTERIAL_FITNESS-YobL-YobK_TOXIN-ANTITOXIN_SYSTEM,PGPT0027630-toxin_yobL-K21487 NA NA D1-12_01194 144 hypothetical protein ATGGATGATGTTCGGAAGGGGAAACCGATTAAACGAATATGCAGGCGTAAACTTCGTGATTTCGGTGAATTAGACATAAAAGATAAATTACTGAATAAGTCCTTCGCTCTCCAAGGTGTTATACATTACTCGCAGTGTTTTTAA MDDVRKGKPIKRICRRKLRDFGELDIKDKLLNKSFALQGVIHYSQCF NA NA NA NA NA D1-12_01195 138 hypothetical protein ATGGTCTCTTTCTTTGTTGAAAAGCCTTATCAAGAAGGGGATATTGTACGTGTGCCGAGGAGCCATGACGGATATACTGGAGAACCTGAAGCTATTAAATCCGATAAAACTGCCAGAAAAGATCAAAGACCGATTTAA MVSFFVEKPYQEGDIVRVPRSHDGYTGEPEAIKSDKTARKDQRPI NA NA NA NA NA D1-12_01196 105 hypothetical protein ATGGATTTACTTAATTTACATTATATCTACAATTATAGGAGCTGCTGGGTTCATAAGTTTAGCAACTACGTTTACAATTTAGAAGGGTATAACGAGAAAGGATAG MDLLNLHYIYNYRSCWVHKFSNYVYNLEGYNEKG NA NA NA NA NA D1-12_01197 813 hypothetical protein ATGGATGAAATAAAGCAAATAGGCTACCAAGATTTTTTTGATGTAATAAAAAACGAAAAATTTGATGTGGGTTCATTTAAAGAGTTTGTCAATTCCTTATACGGGGAGACAAATTTTCTTGATTATAAGGAGAAGATAATTGAAGAATTTAAATTAGCAAAGCTTCTCCTTGCAATGGCGAATTCAGGTGGAGGAATGATTGTTTTTGGTATTGAAGATAAAGAATATAAGCCAGTTGGGCTACAATTAGATGACAACTTTGATAAAACAGTTTTTGAGAAGAAATTGAGGAATTATGTACCTGATGAGCTTAAGTTTTTTTCTCAACTTTTAAAATACTCCGACGAAGATGTTTACGGTGATTTGAAAGGAAAAGCTTTTTTGGTTGTATACATTCCAAAGCAATTGAGATACATTCCATTCTTAGCAAAGAAAGAAACAACAGGAATCAAAGTAAACAGAATTTATGTAAGAAGAAACACGTCTGTTGAAGAGGCAAACAGCCATGAAATAGAGGAAATGGTCAAAAAACGAGTTCATAGTACGTATCACGATCTTTCATCGTTAACTTTGAATGAGCATATAGAACAATTGAGATGTTTATATGGGAATATTAATAAATATAACAACAAAAGTTATGCTTTTACATCTCTCGCACAAACATTTGCAGCACAGCTTTACACTAATAGAAAAAATCCACATTATCCGGCTGAATCTTTTGATAAGTTTATAGCAACAATGATTGATAAAAAGAAAAGAAGAATTGAAGGTATTTTGGAAGTAGCAGAGCAATTAAATATTTGGAGAAATTAG MDEIKQIGYQDFFDVIKNEKFDVGSFKEFVNSLYGETNFLDYKEKIIEEFKLAKLLLAMANSGGGMIVFGIEDKEYKPVGLQLDDNFDKTVFEKKLRNYVPDELKFFSQLLKYSDEDVYGDLKGKAFLVVYIPKQLRYIPFLAKKETTGIKVNRIYVRRNTSVEEANSHEIEEMVKKRVHSTYHDLSSLTLNEHIEQLRCLYGNINKYNNKSYAFTSLAQTFAAQLYTNRKNPHYPAESFDKFIATMIDKKKRRIEGILEVAEQLNIWRN NA NA NA NA NA D1-12_01198 780 hypothetical protein ATGGGGTTTAAATTTAGAAAAAGTGTTAAAATTGCTCCAGGAGTTAAACTGAACATTAACTCAAAAAGTGTCGGCATCAGTGCCGGTGTTAAAGGGGCACGTATATCAACAAACACTAAAGGTAGAACCACAACCACTGTAGGAATTCCAGGTACGGGTATTTCTTATAGTAATACCGTGAATTCTAAAAGGTCTAAAAATAAAACAATATCTTCAGATCAGGCAAGAGTTCAAGCTACTTCATTCCAAAACCCTATTCAGGAAGTCTATAGTTCCTTGAGTAAAAAATATAAAAAACCATCTAAAGATCTTCAAAAAATATTTAGTCATGCAGCCAATCGAATAAATCAAGATCAAATAGTGACTTTCGTTAGAGGGAATCTAAATGGTTTCATGGGAAATGCCGGCGTTCTTTTTGCAATGCCAGATAGGTTATTGCATTATGGTGATAAATATGCAAAGTACGAGATTGTGGAATTTGATTATAATCTGATTGATCATGTAAAAGTTAAAAGTGGGCTAACGGGTTATAAACTAATCTTTGATTATGCCGGGAAAGAAATTTCAGTTTCAACAATTGATGAAGGAAGCATTGACGAAATTTTCGCATATATCCAAGAAAAGATAGCAGAGCAATCAAATCAAAATATGAATGATGTGTCTTTTTCAAGCTCGAATGTCCCTGAACAAATTAGACAATTTGCTGAGCTTAGGGATCAAGGAATAATAACCGAAGAAGAGTTCGCGAAGAAAAAAGAGCAACTGCTTGATATTAACTAA MGFKFRKSVKIAPGVKLNINSKSVGISAGVKGARISTNTKGRTTTTVGIPGTGISYSNTVNSKRSKNKTISSDQARVQATSFQNPIQEVYSSLSKKYKKPSKDLQKIFSHAANRINQDQIVTFVRGNLNGFMGNAGVLFAMPDRLLHYGDKYAKYEIVEFDYNLIDHVKVKSGLTGYKLIFDYAGKEISVSTIDEGSIDEIFAYIQEKIAEQSNQNMNDVSFSSSNVPEQIRQFAELRDQGIITEEEFAKKKEQLLDIN NA NA NA NA NA D1-12_01199 141 hypothetical protein ATGCCGGTTATAGATAACTTTTTTGTTATTCAATTTGAAAATGATGATTACTTCAAGTCATTTAAATTAGAAGGCAGTGGTTATATAGTATCTAAGGGGATCATGTCGCTTCTAAGTTTACTACAATGTCAGAAGCTTTAG MPVIDNFFVIQFENDDYFKSFKLEGSGYIVSKGIMSLLSLLQCQKL NA NA NA NA NA D1-12_01200 252 hypothetical protein TTGATTGGAATAGCATATTTCTTAATACTCTGGCTTGGTGTTGGCTTTCTAACGGGATTTAAGGCCTTATTTGTTGATCAGGTTTATGATGAAGAGTTTAAGCAGGAACTGATTGATTCATTTCCACCAGGTATGGAGCAAAATATGATTGAACTGTTCTTTAAGAATAAAATAAATATCATGGTGTTTTACATATTGATTGGATTGCTGCCACTGGCCATAAAAATTGCTGGTCTTTTGAAGAGGAGTTAG MIGIAYFLILWLGVGFLTGFKALFVDQVYDEEFKQELIDSFPPGMEQNMIELFFKNKINIMVFYILIGLLPLAIKIAGLLKRS NA NA NA NA NA D1-12_01201 225 hypothetical protein ATGATTAAGGTTTACACAATAGGTCATGAGATACCAGAAAAGATTAAGTCCTACATCACTGAATGGAATTATTGGTCTTGGATTTCTGCATCAAATAGTGAAAAGGGCAATAAAAGTGCAAAGCGGCTTATTGAAAAGATTGAATCGGATCCAGACAAAATTGCGGAATATAAAACTGAAGACGGAATTGAAGTATATGTAAGCTACATGAATCCAGTGAAATAA MIKVYTIGHEIPEKIKSYITEWNYWSWISASNSEKGNKSAKRLIEKIESDPDKIAEYKTEDGIEVYVSYMNPVK NA NA NA NA NA D1-12_01202 231 hypothetical protein ATGTTAAAGGCTTCAAAAATTTTCATTTCATTTATGGCATTACTACTAGCCGTGTATTCCCTGTTTAATCAAAGTGGAATCCTGTTATTTTCTCTTCAGGTATTAGTTGCAGTTCTTTTTATCATAGTCGGGTTGGAATTACTTTCAAAGAAGCAAAAGAGCTATGGATATATCTTCTTTGGAACATCTGTCTTAATACTTACCGTGAACATTATCAAATTCATGATTTAA MLKASKIFISFMALLLAVYSLFNQSGILLFSLQVLVAVLFIIVGLELLSKKQKSYGYIFFGTSVLILTVNIIKFMI NA NA NA NA NA D1-12_01203 294 hypothetical protein ATGAACAATAAAGCGCTTATTAAAAAAAATATTGTTGAAAGTATATTTTTTGCTTTTGATGAATCTGGGACAAGAATGGGAGACGCATGCGTTTACACCTCTTATCTAACAAAGGATTTATTAAAAGACAAATATAATATTAATGCAAAATTAAAAGCAGGATCAGTTAGAATTCCATCATTACAAGTTCATTACAAGTGGAATCCTCCATTTGAATTCCATATGTGGGCATTTCTATACGGCGAGATAATAGACATCGCAGCCTCTAAGATAACAGAAAGAGAAAAATTTTAA MNNKALIKKNIVESIFFAFDESGTRMGDACVYTSYLTKDLLKDKYNINAKLKAGSVRIPSLQVHYKWNPPFEFHMWAFLYGEIIDIAASKITEREKF NA NA NA NA NA D1-12_01204 438 hypothetical protein ATGAAAAAGTTAATCGTTCTGACCTTAATTTGTATTGGTTTTATATTGAGTTTTAACACACCAAGTGCTGAGGCGAAGCTTACATTAGACTACAAAAACGTGAATTTTCACATGAGTGAGGATTCAGAGAGTTTTTCAATGGCAGATTATTTTGATCGGACTTATGATCGCACTTGGCTCTTCTACAAATTCACAATTAGCAATGCTGAGGGGTGTACTCTAAATATGAAAATCAGTAGGATAACTCTTGCTGGCTGGGTATTCCCACGTAGTGAAAAGCAGTTTGTAGGGAACTATGCCGACTATACTGCTGCAGATCGAGTAGAGGGAGATGCAAATCGTAATCATGTGTTAGAGATTACAAAGAATCCAGGCTGCGGAGATGTGTGGATTAAAGGTATTTATGGATTTGAACATGAAGATTCATTTGATTGGTAA MKKLIVLTLICIGFILSFNTPSAEAKLTLDYKNVNFHMSEDSESFSMADYFDRTYDRTWLFYKFTISNAEGCTLNMKISRITLAGWVFPRSEKQFVGNYADYTAADRVEGDANRNHVLEITKNPGCGDVWIKGIYGFEHEDSFDW NA NA NA NA NA D1-12_01205 840 hypothetical protein GTGCGTAATTTTTGGGAAGCAACTGAGGAAGATCCTTATAAACTTGATAGTGTAACTGAAGAGATGATCAAACATACCGAGAACAGGTTAAATATCATTCTACCTGAGTCGTACAAGATGCTTATACTTGAACAAAATGGAGGGATGATAAATTATAATGCATTCCCCACAACTGTTCAAAATTCATGGGCAGAAGATCACATTGAGTTTGATTACCTACTAGGGCTAGGTGAAGACCCAGGGATACTAGACAGTTCATACCTAATAAAGGAATGGGATTTACCTGAAAATGTGCTCCTTATCCATGGAGACGGACATACTTGGGTAGCAATGGATTATCGAGAAACAAACTCAAACCCTTCAATTCACTACTTCGATGTGGAGATTGATCAGGATTTCAAATTAGCAAAATCGTTTGATGAATTTTTGTCAAAACTGTATACGCATCATTACGATATGGACACTGAAATAGCTAACAATGAAGGCTCAGAAATTCAAAATGCCTCATTGAGTAATTCTGAGTCAATAACAAGTAAAGAGGTTGCAACAATATTAAAAGAAAAGAACCCTTTGGATATTTATAAGGTGGCATACTACCCCATAAAAGACACAAATGACCTAGAATGGGTCATAAATCAGATTAAAGAGTCATCATATATCTTAAACGAAGAACAAGCTTTTGAGCTAGCAGATTTGCTAATGACAATAGCTACAACGTATGATAACCATATTAAAACAACAATTTTTAAAAACCGTATTGAAGAAATTATAGCCAACTTAAGCGAACAAAAGAATGAAGATGTGGACAATATTTTGACACAAATCAAAGATTTTCTTTAA MRNFWEATEEDPYKLDSVTEEMIKHTENRLNIILPESYKMLILEQNGGMINYNAFPTTVQNSWAEDHIEFDYLLGLGEDPGILDSSYLIKEWDLPENVLLIHGDGHTWVAMDYRETNSNPSIHYFDVEIDQDFKLAKSFDEFLSKLYTHHYDMDTEIANNEGSEIQNASLSNSESITSKEVATILKEKNPLDIYKVAYYPIKDTNDLEWVINQIKESSYILNEEQAFELADLLMTIATTYDNHIKTTIFKNRIEEIIANLSEQKNEDVDNILTQIKDFL NA NA NA NA NA D1-12_01206 246 hypothetical protein ATGAAAAATTTAACAAGAATTATGAGTCTTGTTCTGCCACTGCTTCTATTTACCTCATTCGTTCTTCCTAACTTTGCAGAAGCACACACAACAAACAGCAAAGAAAATCATAGTCCAGACATGGTACATACCCCCACTGCTGATATTTCAGATGATGAAGCTGGCTATGAAGAAAAAAACTATGAAGACTATTCAGATGTAATAGAAGATCCTTATTATTCGGATTTAGCTAATGCCCCCGTTTGA MKNLTRIMSLVLPLLLFTSFVLPNFAEAHTTNSKENHSPDMVHTPTADISDDEAGYEEKNYEDYSDVIEDPYYSDLANAPV NA NA NA NA NA D1-12_01207 597 hypothetical protein ATGAGCTTCACTAAGATCAAACAAAAGTTGAAAGAGTTTTCAATTGATGCAAAAACAGATCCCAGCATTAATACAAATGAACAACTCAAAGAGATTGAAATGAACATAGGCGATCAATTACCTTTAGATTATAAGGACTTTTTGAAGAAATATGGAGGCTGTTATTTAGAAAGTAAAAAAACAACAGATGAAGTTGAGTACGACGTTTGCTACAAACCTATAGAGAAAGATCCTTGGATGGGTAAGGACGATGATACACAATTGTTAGAGAATTTTTATGGTTTAGCAAACGATCATAACAGTCTTCAGAAAGCAATCGATACATATTCTGATCGTTTTCCTAGAAATATTATTCCTATCGCAAGCTCCGCAGGCGGGAATGAAATCTGCATGGATATCGATAATGAAAAGATATTGTTTTGGGATCATGAATTAAGTCACCCCGATAAAGACTTTTTCCTTATTGCCAACTCTTTTGAAGAGTTTATCCTAAGATTAGTAGATGAACCAATTGAAACTGATGATAATGACAGTGATGTGGAAATTGAGATTTTAGACAATGACTTTGGAAAATTGCTCTTTGGTAAGGACAACTAA MSFTKIKQKLKEFSIDAKTDPSINTNEQLKEIEMNIGDQLPLDYKDFLKKYGGCYLESKKTTDEVEYDVCYKPIEKDPWMGKDDDTQLLENFYGLANDHNSLQKAIDTYSDRFPRNIIPIASSAGGNEICMDIDNEKILFWDHELSHPDKDFFLIANSFEEFILRLVDEPIETDDNDSDVEIEILDNDFGKLLFGKDN NA NA NA NA NA D1-12_01208 459 hypothetical protein ATGTGGGTAAATTTATTAGAGAAAACTCGAAAAACTGAAGCGAAGTATGGAGATGAATTAAATTCTCCTGTTACAGACAAAGAATTAAGCAATTTTAATGAAGTAGTATTAGGCAAGTTCCCTATAAATGAAATTCCTTCAGGATATAAAAAATTTCTTCAAACCGTTAACGGATTAGATTTTAATGGCTTGGTAATCTATGGGCTGGATAAAGTATTTTTAGAAGAAGAAAATGATGAAGAAGTTTATGGTTTTATTGAAACAAATGAACAATGGCACGAAAATGACGAACCGAAAAAATACCTGTTTTTTGGTGATTCAGATACAGCTTGGTATTGCTTGGATGTGATTGAGAATGAATATTTGGAGCTTGATAAACCCTCTGGAACGTTGATGAACAAATTTGATGATTTTAACACCATGCTAGCTGATGCATTGAAAGTTAGCTTAGACAACTAA MWVNLLEKTRKTEAKYGDELNSPVTDKELSNFNEVVLGKFPINEIPSGYKKFLQTVNGLDFNGLVIYGLDKVFLEEENDEEVYGFIETNEQWHENDEPKKYLFFGDSDTAWYCLDVIENEYLELDKPSGTLMNKFDDFNTMLADALKVSLDN NA NA NA NA NA D1-12_01209 462 yobK_4 Antitoxin YobK ATGGAACTATACACGCAAGTGGAACAGTTTTTAAATGATAATGCAAAAGAAAGAGATTTCACAGGAGGAATTGGAGAAGACAAAATATCTAAAATAGAACAAGATCTTAAAGTGAAACTTCCGGAGAGCTATAAATGGTTTCTGCGGAACTATGGTTCTGGGGGAGTTTATGGAATTGATATTCTAGGTTATGATTTTGGAGGCCCATCAGTTGTTGAATATACCAACGAGTATCAAGAACACTATAACTTAACCGAAGGTCTTGTTGTAATAGAGGATGTTGATTACTTTGCATATTGTCTAGATACCAACAAGATGAAAAATAAAGAATGTCCTGTATTTACGTGGGATAGAGTAATTGGTTACCAAGAAGTCGTTTCGGATAATTTCATTGAATTTTTCTTTGATAAGCTCCAAAGAATGAAAGAAAACTGGGAAGAAGATGAAGACTGGGACGATTAA MELYTQVEQFLNDNAKERDFTGGIGEDKISKIEQDLKVKLPESYKWFLRNYGSGGVYGIDILGYDFGGPSVVEYTNEYQEHYNLTEGLVVIEDVDYFAYCLDTNKMKNKECPVFTWDRVIGYQEVVSDNFIEFFFDKLQRMKENWEEDEDWDD PGPT0027635_77 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM CE-BACTERIAL_FITNESS-YobL-YobK_TOXIN-ANTITOXIN_SYSTEM,PGPT0027635-antitoxin_yobK-K21488 NA NA D1-12_01210 1764 yobL_4 Ribonuclease YobL ATGAAAGTATTTGAAGCAGCCTCGTTCATTTCAGCCGCAGAAAAGCGGGCAAAAGAATATGATCAGATTAGAGAACAATTTATCAATCTCAGAAAAGCGTTTCAGGGAATGGCTGACTTAGACGACAGTGAGTTTTCAGGCAAAGGCGCAGAAAATATTAAAGCATTCTTTCAAGATCACGCCGGTGTCACAGACAGCTGGCTTGATCTGATCGATATGAAAATTGCTTTTCTTAACAGTATTTCTGGAAAAGTAGCTGTTGCCGGATTGGCCGATTCGTTTGTGGAAGAGTCTTTTTTAGAACACGAGCTGATTCATGCGAAGAATAAATCAAAAGCCATCATGCAGGAGCAACGGAATGAACTGAGGGATATTCTTAATGAGATAAGCGATATCATTCATCTTGATGTTTTCTCGACAGAGGACGTCGATCAAAAGCTGGACTCAGCAGACAAGAAACGAGACAATACCATACACAAGCTCGGAAAGCTCGATTACGATCTAACGAAAGAATACGCAGAAACCGAAGCGAATGAGCATTTCATCCAAGCTGACTTTCAACAGCTTCAAAATGCTACAGGCAAAGGGAAAAATGCAACACCACTCCACTATAACGCTAAGGCGTACAGAGAAAGCGACATACATAAGAAAAAAGGCGATATTGAAAAACGTACTGAAGCTTATTTGACGATTAAGAAGAAGGAAGAAAAAGAGCGAGAGATTGAAAAACTGAAAGAAAGACTAAAGAATTATGATTATGCAGATGCCGATGAATTCTATTCAATGGCCAAAACAATTGGGTATGAAAATCTGACAGCAGAACAACAAAGATATTTCACACAGATTGAAAACACACGTGAGCTAATGGCTGGAGCCAAAGGTACTGTTACAGCTCTTTATGATATGACAGCTGAAACATTAGACTATATGGCACACAATCATCCTGTCGACATGCTTATTAATTCTGCAGTTGCAGTTTATCACTATGATTCCACGCTTAATTCAATTAAAGATGCAATAATAACCTCCTATATTAGAGACGTAAAGAACGGAGACGCAGAATCAACGGCTCATTGGATTACATGTGCAGCAGTCAACATCTTCGCTTTAAAAGGTGCTGGTTCAGTTGCTAAAATAGGAGTGAAAACAGCTGGAAAAGCTGCAGTCAAAAAAGTGTCTAAAAAACTTGATGAAACTCCTGATCCACTAACAGCAATTAAACCGTTTGTCATGCGAGAAGATGTTGTTGTAGCAGGTGGTGTGCCGTATAATGTCATCAATGGTGTGAGCGCAAAAGACAGGCTGCTTCAGCTTGCTAAAAAATTAGATGAAACAAGAAAGCCATTTACTGGTCAGAAAGTAAATGTCCCTTGGTTAAATAAAGAAAAGTATGGTGCTTATGAGGTTAAGGGCAAGGTGAGAGTAAAAGGAAATATCAAAGATGTAAGCCGAAGAGTTTATACAATGAAAGATATCGATATTAATCAAAAAGATCGTAAAGGTCGAACAAATCTTGAATTAATGAAAGACGGTAAGGCACCTCAAGCCAAAGACGGCACAAAAATCAATTTGCACCATTTAATTCAGGAGGAACCTGGAAATATGGTTGAAATTCCAAACAGTTTACACACAAAATATAGTGAGGTCATACATAAACTTAAAACTGATGGAGAGGGTTTTAGAAATAATCCAGAATTGAAAGTTCAATATGAATATTTTAGAGCGAGATATTGGAAATGGAGAGCCACTCAATATACAGAGTAA MKVFEAASFISAAEKRAKEYDQIREQFINLRKAFQGMADLDDSEFSGKGAENIKAFFQDHAGVTDSWLDLIDMKIAFLNSISGKVAVAGLADSFVEESFLEHELIHAKNKSKAIMQEQRNELRDILNEISDIIHLDVFSTEDVDQKLDSADKKRDNTIHKLGKLDYDLTKEYAETEANEHFIQADFQQLQNATGKGKNATPLHYNAKAYRESDIHKKKGDIEKRTEAYLTIKKKEEKEREIEKLKERLKNYDYADADEFYSMAKTIGYENLTAEQQRYFTQIENTRELMAGAKGTVTALYDMTAETLDYMAHNHPVDMLINSAVAVYHYDSTLNSIKDAIITSYIRDVKNGDAESTAHWITCAAVNIFALKGAGSVAKIGVKTAGKAAVKKVSKKLDETPDPLTAIKPFVMREDVVVAGGVPYNVINGVSAKDRLLQLAKKLDETRKPFTGQKVNVPWLNKEKYGAYEVKGKVRVKGNIKDVSRRVYTMKDIDINQKDRKGRTNLELMKDGKAPQAKDGTKINLHHLIQEEPGNMVEIPNSLHTKYSEVIHKLKTDGEGFRNNPELKVQYEYFRARYWKWRATQYTE PGPT0027630_28 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM CE-BACTERIAL_FITNESS-YobL-YobK_TOXIN-ANTITOXIN_SYSTEM,PGPT0027630-toxin_yobL-K21487 NA NA D1-12_01211 534 hypothetical protein ATGGCAGAAGGGAAGTTAATTCACATGACTCTTAATGGAATAAAGGATGCTGTTTCTAAATACGGAACTTTTCCTATGTTCCAACATGGGGGACATGTCATGGAAGATGCTGCTTTTCAATTCAGAGATCCGGCCAGTCCTCAAGAAATTAACAGCTTAGAAAAAAAGCTAGGGGTAACTTTGCCTAATGATTATAAAGAGTTCCTATTCAGTCACAATGGAATGGAAATGTTTAATGGTGTTGAACTTCTCAGCACTGAAGGGATAATTGAATTTAATGAAGTTCAAGACTTCCCTAAGGGATATGTCCTAATTGGGTATCATTATGATGGCAGGTATGTTGTTGACACAAACAAATCAAATAAGGGATTAGGATATATGATGTATCTAGATTCAATTGATGACATTGAAGATGCGGTATATTTAGACTCTAACTTTGAGATATGGTTTGACATGTTGGTAGCATCAAATGGAACTAAATACTGGGAAGTGAAGCCGGAAATTCAAGGGTATTATAAATATGTCTCAGAATAG MAEGKLIHMTLNGIKDAVSKYGTFPMFQHGGHVMEDAAFQFRDPASPQEINSLEKKLGVTLPNDYKEFLFSHNGMEMFNGVELLSTEGIIEFNEVQDFPKGYVLIGYHYDGRYVVDTNKSNKGLGYMMYLDSIDDIEDAVYLDSNFEIWFDMLVASNGTKYWEVKPEIQGYYKYVSE NA NA NA NA NA D1-12_01212 966 yokF COG1525 SPbeta prophage-derived endonuclease YokF TTGAAGAAATGGCTGTTAGGTATTGGCGCATTATCTCTAAGCTTTTCTTTGGCTGCGTGTGGATCTGATTCTGCTTCTACAGATAAAACAGATTCAGATAAATCTAAAACAACGCAGCAAGAAGAAAAGGATGCAAAAGAGACAAAGGCAGACACTCAACCAAACGACAAAAGCAATAATGACAACAATGAAAAAGCCGAAAATGCTTCAAAGAAGGATTCGTCGGATAAAAAGGCGTCTGACAAAAAGAAAAAGCTGGTCGATGTAACACTTAACAGAACAGTTGATGGGAATACAATTAAAGTTAACTATAAAGGCGAAGTCAAAACTGTTCGTTATTTACTTGTTGACACGCCTAAAACTAAGAAGCCAAACTCTTGCGTAAAACCATATGGTGAGGATGCTTCAGCAAGAAACAAACAGCTGGTTAACAAGGGAAAACTTCAACTGGAGTTTGATAAAGGAGATCGTACAGACAAGTATGGCAGAATGCTGGCTTACGTTTATGCAGATGGCAAATCAGTACAAGAAACACTGCTTAAAGAAGGATTAGCACGAGTAGCTTATGTATATGAGCCAAACACGAAGTATTTAGACACATATAAGAAAGATGAGCAAGTTGCGAAAGATAAAGACTTGAAGATTTGGAGTAAGAATGGATATGCGACCGATAAAGGATTTAATGGCTGCGTAACGAAACCGAAGAAATCAGTAAGTGTATCTAAGCCGGCTCAAAAGTCAGTTGCAACACACCAATCCGAGACACATAAATCGAACTCAAGCAGTTCAGCATCAAGCAGCTCTTCTAACTCTGCACAAGCCTCCCCTTCTGCCGGAGGAATAGAACACTTTGCAAACTGCACAGAGCTGAGAAAGAAATATCCGCATGGCGTACCAAGCACTCACCCTGCTTATACATCTAAAATGGATCGGGATAATGACAACTTTGCATGTGAGAAGAATTAA MKKWLLGIGALSLSFSLAACGSDSASTDKTDSDKSKTTQQEEKDAKETKADTQPNDKSNNDNNEKAENASKKDSSDKKASDKKKKLVDVTLNRTVDGNTIKVNYKGEVKTVRYLLVDTPKTKKPNSCVKPYGEDASARNKQLVNKGKLQLEFDKGDRTDKYGRMLAYVYADGKSVQETLLKEGLARVAYVYEPNTKYLDTYKKDEQVAKDKDLKIWSKNGYATDKGFNGCVTKPKKSVSVSKPAQKSVATHQSETHKSNSSSSASSSSSNSAQASPSAGGIEHFANCTELRKKYPHGVPSTHPAYTSKMDRDNDNFACEKN NA NA NA NA NA D1-12_01213 321 hypothetical protein ATGACTGGAAATCGTTTTGTAGACTGGTGTAACGAAAATAACCTAAATTCTGAAGACGAAACTTTTCTCGTCCAGTTGTCAGGTGCATTTTGTAATTATGAAAATGATAAAGCGAAAGAAATGAATAAACAACTATTCATTAACCGATACGGTGAAGAGCTTGGAATTAGCTCCATTAAAGGAGATAATCGATCAGAATATGAAGAAATTATTCGTACTTATGAAAAGAATAATTACAAACAGAACGAAATTAATATAGATGAACTGCTGCAGGCATTATTTGAGACAGAGATGATGTTATCTTTAAAAGAAAAGTTTTGA MTGNRFVDWCNENNLNSEDETFLVQLSGAFCNYENDKAKEMNKQLFINRYGEELGISSIKGDNRSEYEEIIRTYEKNNYKQNEINIDELLQALFETEMMLSLKEKF NA NA NA NA NA D1-12_01214 633 hypothetical protein ATGTTAGTATTTTATGGTATTGTGGTCAATGTGTTGAACAATAAAATTAGGGATAAAGGAGAGTTCAAATTGAAAAGTCTATTTGCTAAAATTCTTTTGATGTTGCTTGCAGCCGTTATAGCCATCCCTACTGTTGGAGCTTCGGCCTCAGAAGTGCAAAAAGCGAGTGTTTCTAAACAGGACGTGCAATTTACTTATAATCCTACCGAGCTTCAAAAACTAGCTAAAGAATACTCAGTCCCGTCAGTAAAAGAAAAAGGCATTTTAGATGCTGCTGAAGAATTAAAAGGTCTCGAAAATGGTAACTCACAAGATCAAATGAGTACTATGGGAGCTAAAAGCGCCGCAGCTAAAGAAGCGATTAAGGTTATTAGAGGACTAGCGAATAATGCTTGGGCAAAAGACATTTTAGGTACAATGTTTGGAAAGTCCACGGTAAACAAGATTATTAAAAACACAAACAAAATTTGTAAGGTTCTCGAAGATATAACCGGGGCTCCTAAAGAGGTTGCTGCTATGGCAAGAAAACAAATTCCACCAGCTATTAAAGGTGCAGTTGGCGCAGGAGTTGCTGAAACAATTGGCATGGCAGTAGAATATATCATCCTTGCTGCAGATTATCTTGTTCTTTAA MLVFYGIVVNVLNNKIRDKGEFKLKSLFAKILLMLLAAVIAIPTVGASASEVQKASVSKQDVQFTYNPTELQKLAKEYSVPSVKEKGILDAAEELKGLENGNSQDQMSTMGAKSAAAKEAIKVIRGLANNAWAKDILGTMFGKSTVNKIIKNTNKICKVLEDITGAPKEVAAMARKQIPPAIKGAVGAGVAETIGMAVEYIILAADYLVL NA NA NA NA NA D1-12_01215 1668 hypothetical protein TTGGAGTTAAAAAACATCGTTCATTCTTACAACATTACAAATATTTTGGGTTATCTCAGACGCTCTCGTCAGGATATGGAGCGGGAAAAAAGAACAGGCGAAGATACGCTAACAGAACAAAATGAACTCATGAATAAAATACTGAAGTCGATTGAAATCCCCTATGAATTAAAAATGGAAATCGGGTCAGGAGAAAGCATTGAGGGCCGCCCTGTTTTTAAAGAATGTCTTAAAGACCTCGAGGAAGGCAAGTACCAGGCAATTGCTGTTAAAGAAATAACAAGACTCAGCCGCGGGAGCTACAGCGATGCGGGACAAATTGTTAACCTTCTTCAAAGCAAGCGATTGATTATCATTACACCATATAAAGTTTATGACCCTCGAAATCCTGCAGACATGCGTCAAATTCGTTTTGAATTGTTTATGGCCAGAGAAGAATTTGAAATGACCAGAGAGCGTATGACAGGCGCTAAATACACATATGCGGCACAAGGGAAATGGATTTCCGGACTAGCGCCTTATGGATACCGGTTAAACAAAAAAACATCCAAACTAGTCCCAGTCGAAGAAAAAGCAAAAGTCGTTCAACTCATCTTTAACATCTTTTTAAATGGGTTGAATGGAAAAGATTATAGTTATACAGCGATTGCTTCTCACTTAACAAAATTACAAATACCGACTCCATCAGGAAAAAAGCGCTGGAATCAATACACAATTAAAGCAATTCTGCAAAACGAAGCGTATATCGGAACTGTTAAATATAAGGTTAGAGAAAAAACAAAAGACGGTAAACGAACAATTAGACCTGAAAAGGAACAAATTGTAGTATCGTATGCACATGTCCCTATAATAGATCAAGAACAATTTCAACAATCACAAGAGAAAATTGCAAACAAAGTCCCCCTGCTGCCTAATAAAAATGCATTGGAATTAAGTGAATTGGCAGGCGTATGCACTTGTTCTAAGTGCGGTGAACCATTATCTAAATACGAAACTAGGAGAACGCGAGAAAACAAAAACGGCACGAAAAGTGTGTATCACGTTAAATCACTCACTTGCAAAAAGAATAAATGCACTTATGTGAGATATAACGATGTTGAAAATGCCATTCTGGATTACCTCTCTTCTTTAAGCAACTTAGATAATAAGACTTTAACAAAACATATCATTTCAATGATTTCTAAATACGAAGACGTAAATAGTAATGTGAAAACAAAGAAGCAAATGTCTGAACATCTCTCACAAAAAGAACAAGAGTTAAAAAACAAAGAGAATTTTATCTTTGAAAAATATGAGAGCGGCATTTACACTGATGAACTTTTTTTGAAAAGAAAAGCTGTTTTAGATGAAGAATTTAAAGAACTCCAGATTGCCAAGCATGAGCTCAATGGAACTCAAGAAGCGAAATCAGAAATAGACAGTAATACAGTCAGAAACAACATAAATAAGATAATTGATCAATATCACATTGAATCAAGCACAGAGAAAAAGAACGCGCTATTAAGAATGGTCTTTAAAGATGTTATCGTTACTATGACACAAAAAAGAAAAGGGCCAAATCCGGCTCAGTTTGAAATCACCCCTATCCTGAGGTTTAATTTTTCGTTTTCGACCTCACCGTCACTGATAGTCCCTCAAAATACAGTAAATATCTTAAAAAACCGATAA MELKNIVHSYNITNILGYLRRSRQDMEREKRTGEDTLTEQNELMNKILKSIEIPYELKMEIGSGESIEGRPVFKECLKDLEEGKYQAIAVKEITRLSRGSYSDAGQIVNLLQSKRLIIITPYKVYDPRNPADMRQIRFELFMAREEFEMTRERMTGAKYTYAAQGKWISGLAPYGYRLNKKTSKLVPVEEKAKVVQLIFNIFLNGLNGKDYSYTAIASHLTKLQIPTPSGKKRWNQYTIKAILQNEAYIGTVKYKVREKTKDGKRTIRPEKEQIVVSYAHVPIIDQEQFQQSQEKIANKVPLLPNKNALELSELAGVCTCSKCGEPLSKYETRRTRENKNGTKSVYHVKSLTCKKNKCTYVRYNDVENAILDYLSSLSNLDNKTLTKHIISMISKYEDVNSNVKTKKQMSEHLSQKEQELKNKENFIFEKYESGIYTDELFLKRKAVLDEEFKELQIAKHELNGTQEAKSEIDSNTVRNNINKIIDQYHIESSTEKKNALLRMVFKDVIVTMTQKRKGPNPAQFEITPILRFNFSFSTSPSLIVPQNTVNILKNR NA NA NA NA NA D1-12_01216 576 hypothetical protein TTGTTGTCCGAGAAGCTGTTTCATCAGGCAAATCATCATGTTCAAAACCGCGGTACGGTGTTTTGTTCGGTCCGCTTCGGCAATGTGCTCGGTTCACGCGGTTCCGTTATTCCTATTTTATTTGAGCAGTTGATGGCAGGCGGCCCGCTCACCATTACGGATAAAAACATGACGAGGTTTTTTATGTCGATTGATGACGCTGCAACGCTCACCCTGCAATCTGCGGCGATCACAAAGGGCGGAGAAACGTTTATTTTTAAAATGGAGTCCCTGAGGCTCGAAGAACTGCTTCACGGGTTTGAAGAATATGCGTTCCGGCACGGATTGCCGCGCCCCGCCGCTGTTGAAGTGGGAAAACGCCCCGGTGAGAAGCTTCATGAAGAACTGACCTCTCCTCATGAGACGGAATCTTTATATGAATGGGGCAATCTTTACGCAATACTGCCGGAACCCGCCAAACATCCGGAATTTCGGAAGGTCAATCTCCCCAGATATCAATCCGATCAGGCGCCGCTCATCACAAAAGACACAATCGTAAAGATTATTGAACGATTACATGAAGAAAAAAAAACATAG MLSEKLFHQANHHVQNRGTVFCSVRFGNVLGSRGSVIPILFEQLMAGGPLTITDKNMTRFFMSIDDAATLTLQSAAITKGGETFIFKMESLRLEELLHGFEEYAFRHGLPRPAAVEVGKRPGEKLHEELTSPHETESLYEWGNLYAILPEPAKHPEFRKVNLPRYQSDQAPLITKDTIVKIIERLHEEKKT NA NA NA NA NA D1-12_01217 435 msrB COG0229 Peptide methionine sulfoxide reductase MsrB ATGGCTTTTAATAAAGAAGAAAAAATCAAATCATTAAACCGCATGCAATATGAAGTCACGCAAAATAACGGAACGGAGCCGCCGTTTCAAAATGAATTCTGGGATCACAAAGAAGAGGGGCTGTATGTTGATATCGTATCGGGAAAGCCCTTGTTTACTTCTCTGGATAAATTTGATTCTCATTGCGGCTGGCCCAGTTTTACAAAACCGATTGAGGAAGAAGAGGTTGACGAAAAACTGGACACAAGCCACGGGATGATCCGGACGGAAGTGAGAAGCAAAACAGCTGATTCCCACTTAGGCCACGTATTTAATGACGGTCCGGGGCCAAGCGGTCTCCGTTATTGCATTAACTCTGCGGCACTCCGGTTTATTCCGAAAGACAAGCTGAAGGAAGAGGGCTATGAAGCCTGTCTGCATTTATTTGAAAAATAG MAFNKEEKIKSLNRMQYEVTQNNGTEPPFQNEFWDHKEEGLYVDIVSGKPLFTSLDKFDSHCGWPSFTKPIEEEEVDEKLDTSHGMIRTEVRSKTADSHLGHVFNDGPGPSGLRYCINSAALRFIPKDKLKEEGYEACLHLFEK PGPT0013070_2042 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-SULFOXIDE_REDUCTASES,PGPT0013070-msrB-K07305 NA NA D1-12_01218 534 msrA COG0225 Peptide methionine sulfoxide reductase MsrA ATGTCAGAAAAAAAAGAAATCGCCACATTTGCAGGCGGCTGTTTTTGGTGCATGGTGAAGCCGTTTGACGAACAGCCCGGAATTGAAAAGGTGGTGTCCGGCTATACAGGAGGCCATACTGAGAATCCGACTTACGAAGAAGTGTGCAGTGAAACGACCGGACACAGAGAAGCCGTTCAAATCACATTCCAACCTGACATTTATCCGTATGAAAAGCTTGTCGAGCTGTTTTGGCAGCAGATCGACCCGACTGATGCAGGCGGCCAGTTTGCAGACCGCGGAAGTTCATATCGGGCGGCGATATATTACCATAACGATGAACAAAAACAAATCGCTGAAGCCTCAAAAAAACAGCTTGAAGAAAGCGGCATATTTAAAAAGCCGATCGTGACAGACATTTTAAAGGCTGAGCCTTTTTATGAAGCGGAAGGCTATCATCAGCACTTTTATAAGAAAAATCCTGATCATTACGGGCGCTACCGTGTAGGTTCCGGACGTCAAGGCTTTCTGGATGAGCATTGGAGGGACAGATAA MSEKKEIATFAGGCFWCMVKPFDEQPGIEKVVSGYTGGHTENPTYEEVCSETTGHREAVQITFQPDIYPYEKLVELFWQQIDPTDAGGQFADRGSSYRAAIYYHNDEQKQIAEASKKQLEESGIFKKPIVTDILKAEPFYEAEGYHQHFYKKNPDHYGRYRVGSGRQGFLDEHWRDR PGPT0013065_4515 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-SULFOXIDE_REDUCTASES,PGPT0013065-msrA-K07304 NA NA D1-12_01219 405 hypothetical protein ATGTATGATATGGAAGCTTTGCTTCGAAAAGTGTTTAAACAAATCAGAAATGAAGTTAATGAAATTCTAGATAAAGAGCTGTCCAGGAACGAATTCACCATTTTGCGGATTCTCAGTGAACAAGGGCCTAAAAAAGTAACGGAATTCGCCCCTATTCTTGAGGTCTCCGCAAGCCACATTACCGCAGTGACCGACGCTTTAGTAGAAAAGGAATGGATCACCCGCATCCGTTCTAAAGAGGACAGGCGAATTATCAGAATCCATATTACGGAAGCCGGGGAGAAAATTGTCGATCATTTCAACCAGAAAAAAACAGAATACTTTTTTAAACGGTTTGACTGCTACTCTGATGAAGAGCTTGCAACGTTAATCAAACTGTTCAGCAAGCTAGACAAAAAACGCTGA MYDMEALLRKVFKQIRNEVNEILDKELSRNEFTILRILSEQGPKKVTEFAPILEVSASHITAVTDALVEKEWITRIRSKEDRRIIRIHITEAGEKIVDHFNQKKTEYFFKRFDCYSDEELATLIKLFSKLDKKR NA NA NA NA NA D1-12_01220 567 hypothetical protein ATGATGAAAAAGTGGAAATCGCTGTTTTTTGTTCTTCTCGCACTCAATGTGATTGCCGCCGCGGTAATTGTGACATTATTGGTTATGCCGGGAGAGCAGGCGAAAATACAAGATCAGACAAAAAGTGAGTACGGCTTTCATATCACGAGCTCGAAAGAATCTCTTGCCAGGTTTGTGAATGCGTACTTAAAAGAGAAGGCATCGAATCAGCTTGACTACAAAGTGGACATCAATAACGATGTGCACGTGGCAGGTAAAATCAAAGCATTCTCAACCTCCATTAACGCGGTCGTCACTTTTGAACCGTCCGTACAGGAGAACGGAGATGTGATTTTGAAAGTGACGAAATTTTCATTAGGCGAATTAAGTCTGCCGATCAGCTTTGTGCTGAATTATATGGACAGCTTTTATGAACTCCCGTCATTTGTGCACGTTCATTCCGGGGATAAAAGCATCGAGATCCGTCTGTCGGAAATGCCTTTAGACAACGGCATGTATGTAAAAGCGGATAAAATCAATCTCGACACGGATGAAATTGAATTTTCCTATTATCATCCGAAACAATAA MMKKWKSLFFVLLALNVIAAAVIVTLLVMPGEQAKIQDQTKSEYGFHITSSKESLARFVNAYLKEKASNQLDYKVDINNDVHVAGKIKAFSTSINAVVTFEPSVQENGDVILKVTKFSLGELSLPISFVLNYMDSFYELPSFVHVHSGDKSIEIRLSEMPLDNGMYVKADKINLDTDEIEFSYYHPKQ NA NA NA NA NA D1-12_01221 756 lipC_1 COG2755 Spore germination lipase LipC TTGAAGCTGCGAATGTTCTCATTGATCGCCGGACTGGCTTTGCTTTTATCAGCATGTTCTGTCCAGCGCACCGGTTCTGACGCTGAAGAACCGAAAACGAAAGATCATATTGTCATAGCTGCGGTCGGTGATTCATTGACTGAAGGAGTAGGAGATCCTGACGGTTCAGGATACGTCGGCAGGGCAGCGGAGTCTCTTAAGAAAAAGGGACATGTGAAAACGGTAGATATTAAAAATTATGCGGTGCAGGGGGACAAAACGTCGGACCTGCTGGAAAAGCTTGATAATAAAAAAGTTCAGAAATCATTAAAGAGCGCCGACTATATCTTTTTTACCATCGGCGGCAATGACTTAATGAAGGTGCTCCGCCAGAATATGATGCAGCTGACGGTTCAGCCGTTCCAAAAGGAAGAGAAACCTTTTGAAAAACGATTCAAGGCGATCGTTTCAAAAATCCGCAAATATAATGAAAACGCAGAGCTGGTGTATGTCAGCATGTATAACCCATTCACGTTTACGCTGCCTGAATTAAAAGAAATTAATGGGGTTGTAACGGATTGGAACAAGATCGCCGCAAAAGAGCTGGAAAAAGATCCCCACGCCGCCGCGGTGAATGTTGAAGACTTGTTCAGTCAAAAAAGCGGCAGCAGACGGATTTCAAAGGATGATGATTTTCATCCGAACGCAAAAGGGTATGCACTTATCGCCGATCGATTGTACGGCATCATTGAAAAACAAGGGTTACCAGCAGAATAG MKLRMFSLIAGLALLLSACSVQRTGSDAEEPKTKDHIVIAAVGDSLTEGVGDPDGSGYVGRAAESLKKKGHVKTVDIKNYAVQGDKTSDLLEKLDNKKVQKSLKSADYIFFTIGGNDLMKVLRQNMMQLTVQPFQKEEKPFEKRFKAIVSKIRKYNENAELVYVSMYNPFTFTLPELKEINGVVTDWNKIAAKELEKDPHAAAVNVEDLFSQKSGSRRISKDDDFHPNAKGYALIADRLYGIIEKQGLPAE NA NA NA NA NA D1-12_01222 582 ypmQ COG1999 SCO1 protein ATGAAAAAAATGAAAATCTTCGCTGCCGTCTTTTGTTTGCTGCTCTTGTGCGCCTGCGGGGGGAAAACGATAAAAGACCCGCTGAACTATCAGATTGAGTCGTTTTCATATCAAAACCAAGACGGAAAAACAGTGTCACTGAAAAGCCTGAAGGGGCATGTCTGGATTGCCGACTTTATGTTTACAAATTGTAATACGGTCTGTCCGCCGATGACGGCCCACATGACCGAACTGCAAAAAAAACTGAAGGCTGAGAACCTGGACGTGCGGATTGTGTCGTTCAGTGTAGATCCTGAAAATGATAAGCCGAAACAGCTGAAAGCATTTGCTTCCAAATATCCGCTTTCGCTTCGCAACTGGGATTTTCTGACCGGTTACAGCCAAAAGGACATTGAAGATTTTGCGCTGAACAGCTTTAAAGCAATCGTCAAAAAGCCGGAGGGAGAGGATCAGGTCATACATCAAACTTCTTTTTATTTAGTCGGACCTGACGGCAAGGTGCTTAAAGATTATGACGGTGTGCAGAAAGTTCCGTATGATGATATCCTGTCAGATGTCAAAGCGGCTGAGGAGCTCAAGTAA MKKMKIFAAVFCLLLLCACGGKTIKDPLNYQIESFSYQNQDGKTVSLKSLKGHVWIADFMFTNCNTVCPPMTAHMTELQKKLKAENLDVRIVSFSVDPENDKPKQLKAFASKYPLSLRNWDFLTGYSQKDIEDFALNSFKAIVKKPEGEDQVIHQTSFYLVGPDGKVLKDYDGVQKVPYDDILSDVKAAEELK NA NA NA NA NA D1-12_01223 252 hypothetical protein TTGTTACTCAAAAGCCTAGAGTTCAAACGACAGGACGGGATTCAGGTAAAAGTGACAGAAATACCGGTTGTCACGGAAGGTGAACATTATTTTTTTCAAATTCATCAGCACCTTGAGCTTTATTTGAGAGAAGTTTTTGCTTCACAAAGTGTGAGAACAGTGTATTCATTCCGACAATATGTCAAGCGCCGTATGAAGTGGAAAGATTACGAGGCCGTTTTCAACCAAGAGATTTTAAAACATAACGCTTAA MLLKSLEFKRQDGIQVKVTEIPVVTEGEHYFFQIHQHLELYLREVFASQSVRTVYSFRQYVKRRMKWKDYEAVFNQEILKHNA NA NA NA NA NA D1-12_01224 1269 ilvA COG1171 L-threonine dehydratase biosynthetic IlvA ATGAAACCGTTGCTTAAAGAAGACTCTCTCATCCAGGTAAAAGACATTTTAAAAGCGCACCAAAACGTAAAGGACGTTGTGATACATACGCCTTTGCAGAGGAATGACAGACTTTCTGAGAGGTATGGCTGCAATATCTATTTGAAAAGAGAAGACCTGCAGGTGGTCAGATCATTTAAGCTCAGAGGGGCTTATAATAAAATGAGGCAGCTCTCAAAAGAGCAGACTGAAAACGGAATTGTATGCGCAAGTGCGGGAAACCATGCGCAGGGGGTTGCGTTTTCATGCAAACACCTCGGCATTCATGGCAAGATTTTTATGCCGTCAACCACACCGAGACAGAAAGTATCCCAAGTGGAACTGTTCGGAAAAGAATTTGTTGAAATCATATTGACGGGTGACACTTTCGATGATGCGTATAAGAGTTCTGCGGAATGCTGTGAAAAAGAAAACCGCACGTTTATCCATCCGTTTGACGATCCCGATGTCATGGCCGGACAGGGAACGGCTGCCATCGAAATTTTAAATGACATTGACGTTGAACCGCATTTTCTTTTTGCAAGCGTAGGGGGAGGAGGACTCCTGTCCGGGCTCGGCACGTACATGAAAAACATCTCGCCGGATACAAAAATCATAGCGGTAGAGCCGAAGGGCGCAGCCTCCTATTTTGAATCGAAAAAAGCCGGACAAGTGGTTGAACTTGAGAAAATTGATAAATTTGTCGATGGGGCGGCCGTAAAAAAAATCGGCGCCGAAACCTTTCAAACGCTCGAAACCGTCGTCGATGACGTTGTGCTTGTCCCGGAAGGAAAAGTGTGCAGCACGATTCTCGAATTATATAATCAATGCGCCATCGTAGCGGAGCCGGCGGGTGCATTGTCCGTATCAGCACTTGATCTGTACAAGGAAGAGATTAAAGGAAAAAACGTCATCTGCATGGTCAGCGGAGGGAATAACGACATCGGCAGAATGCAGGAGATGAAGGAGCGCTCGATGATTTATGAGGGGCTGCAGCATTATTTTATCGTTAATTTCCCGCAAAGGGCGGGAGCGCTTCGCGAATACCTTGATGAAGTGCTCGGGCCTGATGATGACATCACCCGGTTTGAATACACGAAAAAAAATAACAAAAGCAGCGGCCCCGCATTGGTCGGCATTGAGCTCAAGCATCGGGAAGATTACGGCGCGCTCATTGCCCGGATGAATCAAAAAGGATTTCATTACGTAGAGGTGAATAAAGATCAGGATCTGTTCCACCTGTTAATCTGA MKPLLKEDSLIQVKDILKAHQNVKDVVIHTPLQRNDRLSERYGCNIYLKREDLQVVRSFKLRGAYNKMRQLSKEQTENGIVCASAGNHAQGVAFSCKHLGIHGKIFMPSTTPRQKVSQVELFGKEFVEIILTGDTFDDAYKSSAECCEKENRTFIHPFDDPDVMAGQGTAAIEILNDIDVEPHFLFASVGGGGLLSGLGTYMKNISPDTKIIAVEPKGAASYFESKKAGQVVELEKIDKFVDGAAVKKIGAETFQTLETVVDDVVLVPEGKVCSTILELYNQCAIVAEPAGALSVSALDLYKEEIKGKNVICMVSGGNNDIGRMQEMKERSMIYEGLQHYFIVNFPQRAGALREYLDEVLGPDDDITRFEYTKKNNKSSGPALVGIELKHREDYGALIARMNQKGFHYVEVNKDQDLFHLLI PGPT0001960_2607 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 D1-12_01225 993 norR_1 Anaerobic nitric oxide reductase transcription regulator NorR ATGAGTGTAATTGAACAAACTGATTCTTTTTATCAACTAGCCGGCGAACATCACACCTTTTCACAAGCGAAACGATTGGCCTCGCAATTTGCCTTATCTGATTTGCCGGTCTTCATAACAGGTGAAGTCGGAACCGGAAAAAAACAAATGGCCAGAGCGATCCACCATAAATCCCGCAGAAACAGCGAACTATTTATTACCGTTCACTGCAGCCAAAGCGAAGAGCGGCTCGAGTATGAACTGTTCGGCGCTGAAGGCGCATTAAACAGGGCCCGCCGCGGAACATTATTCTTATATGAAATCGGAGACATGCCGCTCTCGGTACAGGCCCGCCTTCTTTCCGAGCTGGACGCCGGGCTTTCCGCCCGCATCATTGCAAGCAGCACGGCGGATCTTGGCGATACCGGCGCGGAAAATACGTTCAGCCAAGATTTATTTTACAGGCTTCACGTGTTATGCCTTCCGCTCCCTGCTTTATCTGAACGAAAAAGCGATATACCGCTTCTTCTGCAGCATATGCTGACAGCCACGGGGCAGCATGTTCATATCGATCCGTCCGTTTATCCGCTGTTTGAGCGGCACACCTTTAACGGCAACATCAGAGAACTTCAAAATGCGGCGTACTATATGGCCGCGGCAGCATCCGGCAGCACGATTTATCCCGATGATGTCCCGCCGTATATCAAAAACAGCCAGAAAGCGAAAACAGCTAAGAAAAAAGAAAAACGGCTGACATTGATGGAGAAAGAAGAGTTTTTGTTTATTTTGGAATCAATTAAAGACTTAAATACAAAGGGCGAACCCGCCAGCAGACGGAGCATATCCGAATTAAGCGAAAACAGCACAATGACATTATCGCCCCAGCAGGTCAGAAACAGGCTTGATTACTTAGAAAAGATGAACTATGTGACAAAAGGCCGAGGACGCGCAGGAACAAAAATTACATTAGAAGGGTTGAGCTTTTTGCAGTCACTGCAAAAACAAATCCTTTAA MSVIEQTDSFYQLAGEHHTFSQAKRLASQFALSDLPVFITGEVGTGKKQMARAIHHKSRRNSELFITVHCSQSEERLEYELFGAEGALNRARRGTLFLYEIGDMPLSVQARLLSELDAGLSARIIASSTADLGDTGAENTFSQDLFYRLHVLCLPLPALSERKSDIPLLLQHMLTATGQHVHIDPSVYPLFERHTFNGNIRELQNAAYYMAAAASGSTIYPDDVPPYIKNSQKAKTAKKKEKRLTLMEKEEFLFILESIKDLNTKGEPASRRSISELSENSTMTLSPQQVRNRLDYLEKMNYVTKGRGRAGTKITLEGLSFLQSLQKQIL PGPT0021745_1204 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_LIPID_METABOLISM PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0021745-atoC-K07714 NA NA D1-12_01226 639 hypothetical protein TTGTTCACAATAAAAGAAGAAATCGCAAATGCCGTCACACACGGAATCGGTGTATTGCTGTCGATTCCGGCGCTTATTTTTCTCATTATCTTCGCGGTGAAATACGGCTCGCCGACAGACATCGTCAGCTTTTCAATCTTCGGCGCTTCAATGCTGCTGCTGTATCTCAGCTCGACTCTTTTGCACAGCATTCAGCATAAAAAAACGAAAGACATTCTTGAGATTGTGGATCATTCCGCGATATACGTATTAATAGCCGGAACATATACGCCATTTTTATTAGGACCCCTTAAAGGGGCGCTCGGTCTGACCCTTTTAATTATTGTTTGGTCGCTTGCCATCGGAGGCATCGTGTTTAAAATCTTTTTCGTGAAGCGGTTTATCATTTTTTCAACGCTTGTCTATTTAATGATGGGCTGGCTGATCATCGTCGCCATTAAACCGCTGTACGCTTCGCTGTCAGGCCCCGGTTTCGGCCTTCTTCTTTTCGGCGGCTTATTGTATTCCGCCGGCACAATATTTTATATTTGGAGAAAGGTTCCGTATCATCACGCCATTTGGCACAGTTTTGTTTTAGGCGGCAGCGCCTCGATGTTTTTCTGTATTTTGTTTTATTGCGTCAAAGTTCCCTTTATCTGA MFTIKEEIANAVTHGIGVLLSIPALIFLIIFAVKYGSPTDIVSFSIFGASMLLLYLSSTLLHSIQHKKTKDILEIVDHSAIYVLIAGTYTPFLLGPLKGALGLTLLIIVWSLAIGGIVFKIFFVKRFIIFSTLVYLMMGWLIIVAIKPLYASLSGPGFGLLLFGGLLYSAGTIFYIWRKVPYHHAIWHSFVLGGSASMFFCILFYCVKVPFI NA NA NA NA NA D1-12_01227 624 hypothetical protein TTGATTCGTTACGGCTGCCTTGTGATGTACGTTGTATTTATGTTCATGAAAAATATTCAGGAATATATCAATCAAAAAGAGCTTGACCCGCGGCTTTCTTTTCAAAAACAGATGAGGCTGGTGTATGAGCGGCCGAAAGCCTTTATGAGAGGCTGCATTGACGTGTCGGGATCGGCAATCGGCATTCATCATGATCAGCCGATACCGGACGGCCCCGTATTGTATGTGCATCCCAGATTGCGCCCGGCTGATCTTCTTCTGCTTGCGGGACATCTTGAAGAGCCGGCTGGTTTTATCGCTGGCGAGAAAGCTTTCCGGATGCCGTTTCTCGGAAATTGGCTGCGGCTGATGGGTGTCATTTGTGACGGAGACAGCCGGGACGCAGTGTTTCAGGAGGCGGAAGTCCGTCTGCAAAAAGGGCAAAGTCTGATTCTGTCCGAAGACGGCAAAATCAATCCGGAGGAACTGGCTCTTCGTTTCGATCTCCCGATTGTGCCTGTCAGCACTTCGGGAACAGACCGCTTGCTGCGGGGCAGATTACTGAAACGGCTGAAACCGGCTGACATTGAATTACATATAAAGCCCGCTTATTATCCGGCCGGTCAGAAACGGCTCCGTGCATAA MIRYGCLVMYVVFMFMKNIQEYINQKELDPRLSFQKQMRLVYERPKAFMRGCIDVSGSAIGIHHDQPIPDGPVLYVHPRLRPADLLLLAGHLEEPAGFIAGEKAFRMPFLGNWLRLMGVICDGDSRDAVFQEAEVRLQKGQSLILSEDGKINPEELALRFDLPIVPVSTSGTDRLLRGRLLKRLKPADIELHIKPAYYPAGQKRLRA PGPT0024380_6573 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROLIPID_REMODELLING CE-REMODELLING_GLYCEROLIPID_ACYLTRANSFERASE_ACTIVITY,PGPT0024380-plsC-K00655 NA NA D1-12_01228 486 IS1595 family transposase ISSsu9 ATGATTTCGTTTATTTTTGCGATGGATGAAAACCGGCTGATCGGAAAAGATAACGATCTGCCTTGGCACCTTCCCGATGATCTCGCATATTTCAAAAAAGTGACGACGGGTCACACCATTGTAATGGGGCGGAAAACGTTTGAATCAATCGGACGCCCGCTTCCGAACCGGCGTAACATCGTTGTAACCTCACGGGACGAATCTTCATTCCCGGGCTGTATTACCGCCGACTCGGCTGAGGAAGTGCTCAAGCTGATCCCGGCCGATGAAGAATGCTTTGTGATCGGCGGCGCCCAGCTGTACAGTGCGCTCTTTCCTTATGCGGACAGACTTTACATGACAAAAATTCACCATGTCTTTGAAGGAGACCGTTTTTTTCCGGAATTTAATGAAGCTGAATGGGAATTGACATCCCGCAAACAGGGAGTAAAAGATGAAAAAAACCCTTACGATTATGAGTACCTTGTATACGAGAAAAAGAATTGA MISFIFAMDENRLIGKDNDLPWHLPDDLAYFKKVTTGHTIVMGRKTFESIGRPLPNRRNIVVTSRDESSFPGCITADSAEEVLKLIPADEECFVIGGAQLYSALFPYADRLYMTKIHHVFEGDRFFPEFNEAEWELTSRKQGVKDEKNPYDYEYLVYEKKN PGPT0007945_3289 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0007945-folA-K00287 NA NA D1-12_01229 795 thyA2 COG0207 Thymidylate synthase 2 ATGAAACAATATAAAGATTTATGCCGTCATGTGTTAGAAAACGGAGAAAAAAAAGGAGACCGTACGGGAACGGGTACGATCAGCACGTTCGGCTACCAAATGCGGTTTAACCTTCAGGAAGGTTTCCCGATGCTTACGACGAAAAAGCTCCATTTTAAATCCATCGCGCATGAGCTGCTTTGGTTTTTAAAAGGAGATACGAATGTCCGCTACCTTCAGGAAAACGGAGTCCGCATCTGGAACGAATGGGCGGATGAAAACGGAGAACTCGGACCGGTTTACGGTTCTCAATGGCGTTCATGGCGCGGAGCGGACGGCGAGACCATTGATCAAATCTCCCGGCTGATTCACGACATCAAGACAAACCCGAATTCCAGACGTTTAATCGTCAGCGCTTGGAATGTCGGCGAAATTGATCATATGGCGCTTCCGCCTTGCCACTGCCTGTTTCAGTTTTATGTCGCGGACGGAAAACTGTCGTGTCAGCTTTATCAGCGCTCAGCGGATGTCTTTCTCGGCGTGCCGTTCAATATTGCGTCTTATGCGCTTTTAACAATGATGATCGCGCATGTGACGGGACTTGAACCGGGTGAGTTTGTTCATACATTCGGAGACGTCCACATTTACCAAAACCATGTGGAGCAGGTGAATTTGCAGCTGACAAGGGATGTCCGTCCGCTGCCGAAACTGCGGTTTGCGCGAAATGTTGATTCTATTTTTGATTTTACGTTTGAAGACTTTATCATTGAGGATTATGACCCGCATCCGCACATCAAAGGAGCTGTCAGCGTATGA MKQYKDLCRHVLENGEKKGDRTGTGTISTFGYQMRFNLQEGFPMLTTKKLHFKSIAHELLWFLKGDTNVRYLQENGVRIWNEWADENGELGPVYGSQWRSWRGADGETIDQISRLIHDIKTNPNSRRLIVSAWNVGEIDHMALPPCHCLFQFYVADGKLSCQLYQRSADVFLGVPFNIASYALLTMMIAHVTGLEPGEFVHTFGDVHIYQNHVEQVNLQLTRDVRPLPKLRFARNVDSIFDFTFEDFIIEDYDPHPHIKGAVSV PGPT0008145_2651 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0008145-thyA-K00560 NA NA D1-12_01230 609 hypothetical protein ATGAAATTGTGGATGAAAAAGACCCTTGTGGTTCTGTTTACCATTGTAACGTTCGGTCTCGTGTCTCCTCCGGCTGCTTTGATGACAGACAAGCCTTCAGGACAGTCGAGCAGTCTTGAGCAGAATGATTACACCGCTTTTTATGATGAACATGCCCTGCCGGGAGAAGAGAAGGCAGGGCGGGAGCCTGAATTACTGTTTCAATCGTATCAGCAGCAGCTTCTCGGTGATGCTGAAAATCAATCATTTTTAAAATTCGGCAGCAAAATCTCTCCGGTCATTGAAGATGATTACAGAAGTGAAATTCTGCCGAAAATCGAAGATGTGATCACAGGACATTTAGCCAAGTTTCAAGATGATGAAGCGTATCAGGATGTGGTTATTTCCAGTAAACCGTCGGCCGGAAAAACCGAAAAAATTTTTCATGTGTATAACAGGCTGACGGGTGAAGACCTTTTAAGGTTTCACGTCCGCCGGGACCATCCTCCGCAAGACGGCTACTGGTTTAATTTTCATTACCATACCGCTGAAGACGGATTTCAATCACATCATGAGCTCGGCAGCATTTACTGGGACCGCAATACGCCGCCTGACTGGATGAGCGTGTAA MKLWMKKTLVVLFTIVTFGLVSPPAALMTDKPSGQSSSLEQNDYTAFYDEHALPGEEKAGREPELLFQSYQQQLLGDAENQSFLKFGSKISPVIEDDYRSEILPKIEDVITGHLAKFQDDEAYQDVVISSKPSAGKTEKIFHVYNRLTGEDLLRFHVRRDHPPQDGYWFNFHYHTAEDGFQSHHELGSIYWDRNTPPDWMSV NA NA NA NA NA D1-12_01231 771 rsmJ Ribosomal RNA small subunit methyltransferase J ATGATCACAACGAGTTACAGACCAAGCGAATATACGATACACACAGCGCAGTCACTCAGTGTCAGGCTGGGTGACACTTACTGCAGCCGCAATAAACAGCCCATTGAAAAAATGCTGGAACGAGCGGCTGGCGATCTTTTAGTCATCGGAAAGGAACGGTTCGAACTTTACACGAAGCAAGGGGAGAAGTTCTTTTTTCACCCGAATACAGCGATGTTCCGTGCAAAGCGGTTTTTGAGAGGGGAAGCCGAGCCGTTGTTAAAAGCAGCCAGATTACGCGAGGGGGATTCCTTTTTAGATTGTACGCTCGGCCTGGCATCTGATGCGATTTTGGCAAGCCTGGCAGTCGGAAAAAGCGGACAAGTTATCGGCCTGGAGAAAAACAAGCTTGTCTCATTGCTTGTTGAAACAGGACTTCAAACGTGGGAAACCGGAATGGAGCAGCTCCAAACCGCCATGAAACGCATTCAGGTCAAACATGCCGACTGCGCCGATTATTTGCGGGAGCTTCCTGATTCATCGGTAGATGTCATTTATTTTGACCCGATGTTTCACGAACCTGTTGAAACGTCAGACGGCATTGCACCGCTCCGCGCGCTGGCAGAAGAGGGTTTTAACGAAGAGTGCATCACGCAAGCCGTCCGGGCGGCGAAAAAATGCGTAGTGCTTAAAGACCATTGGAAAAGCCCGCGGTTTGAACGATACGGCTTCAAGGTGCTGAAAAGAAAGACGGCGCTTTTCCACTTCGGTGTCATCCATGTAAGCTCATGA MITTSYRPSEYTIHTAQSLSVRLGDTYCSRNKQPIEKMLERAAGDLLVIGKERFELYTKQGEKFFFHPNTAMFRAKRFLRGEAEPLLKAARLREGDSFLDCTLGLASDAILASLAVGKSGQVIGLEKNKLVSLLVETGLQTWETGMEQLQTAMKRIQVKHADCADYLRELPDSSVDVIYFDPMFHEPVETSDGIAPLRALAEEGFNEECITQAVRAAKKCVVLKDHWKSPRFERYGFKVLKRKTALFHFGVIHVSS NA NA NA NA NA D1-12_01232 435 hypothetical protein ATGTCAATGGCTTATGAAGAATATATGCGCCAGCTGGTCGTGCCGATGCGCCGTGAGCTGACGGGTGCGGGTTTTCAGGAATTAACGACTGCTGAAGAAGTAGAAAGTTTTATGGAACAGGCAGAGGGCACGACATTGGTCGTTGTCAACTCCGTGTGCGGCTGTGCAGCCGGTCTTGCCCGTCCGGCTGCGACTCAGGCTGTTTTACAGCATGAAAAAGCGCCTGACCATACGGTTACCGTATTTGCCGGTCAAGATAAAGACGCAACTGCAAAAATGCGTGAATATTTTACGGGGCAGGAACCTTCCTCGCCATCAATGGCGCTGTTAAAAGGGAAAGAGGTCGTTCATTTTATTCCCCGCCACGAAATTGAAGGGCATGACATGGAGGAGATTATGAAAAATCTGACGGATGCCTTCGATGCGCACTGCTGA MSMAYEEYMRQLVVPMRRELTGAGFQELTTAEEVESFMEQAEGTTLVVVNSVCGCAAGLARPAATQAVLQHEKAPDHTVTVFAGQDKDATAKMREYFTGQEPSSPSMALLKGKEVVHFIPRHEIEGHDMEEIMKNLTDAFDAHC PGPT0014657_7 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-MULTUDRUG_RELATED_REGULATION,PGPT0014657-bmrU-NA NA NA D1-12_01233 1677 ilvD COG0129 Dihydroxy-acid dehydratase ATGGCAGAATTACGCAGCAACATGATCACACAGGGAATTGACAGAGCGCCGCACCGCAGCCTTCTTCGCGCTGCCGGCGTAAAAGAAGAAGACTTCGGCAAGCCGTTTATCGCGGTCTGTAATTCATACATCGATATCGTTCCCGGGCATGTTCACCTGCAGGAATTTGGAAAAATCGTAAAAGAAGCAATCAGGGAAGCGGGCGGTGTGCCTTTTGAATTTAACACGATCGGAGTAGATGACGGAATCGCGATGGGGCATATCGGCATGAGATATTCGCTGCCGAGCCGCGAAATCATTGCCGATTCAGTTGAAACAGTCGTCTCGGCGCACTGGTTTGACGGAATGGTCTGCATTCCGAACTGCGACAAAATTACGCCGGGAATGCTGATGGCGGCTATGCGGATTAATATTCCGACCATTTTTGTCAGCGGGGGGCCGATGGCAGCCGGCCGTACAAGCGACGGCCGCAAAATTTCGCTTTCTTCAGTATTTGAAGGCGTCGGCGCATATCAAGCCGGGAAAATCGGTGAAAGCGACCTGCAGGAGCTGGAACAGTTCGGCTGCCCGACATGCGGATCTTGTTCGGGCATGTTTACGGCAAACTCCATGAACTGTCTGTCTGAAGCGCTCGGTCTGGCGCTTCCGGGCAACGGAACAATTCTAGCAACTTCACCGGAGAGAAGAGAGTTTGTGAGAAAATCAGCGGCCCAATTGATGGAGACCATCAAAAAAGACATTAAGCCGCGCGATATCGTCACCGAAAAAGCGATTGACAACGCGTTTGCGTTAGACATGGCTCTCGGCGGCTCAACCAACACGGTGCTTCATACGCTTGCGCTTGCCAATGAAGCTGGGGTTGAGTACTCTTTAGAACGCATTAACGAAGTGGCTGAACGAGTGCCTCACTTATCGAAATTGGCGCCGGCCTCGGACGTCTTCATTGAAGATCTGCACGAAGCGGGCGGAGTCTCGGCGGCCCTTAATGAATTGGCGAAAAAAGAAGGGGCGCTTCATCTTGACGCGCTGACTGTAACAGGCCGCACACTCGGAGAAACAATTGCGGGTCATGAAGTAAAGGATTATGACGTGATTCATCCGCTTGACAATCCGTTTACCGAAAAAGGCGGTTTGGCCGTCCTGTTTGGGAATCTGGCTCCGGACGGCGCCATTATCAAAACAGGCGGTGTACAGGACGGGATTACAAGACATGAAGGTCCCGCTGTCGTCTTTGATTCCCAGGATGCCGCGCTTGAAGGCATTATAAACCGCAAAGTAAAAGAAGGAGATGTTGTCATTATCCGTTATGAAGGGCCAAAGGGCGGCCCGGGCATGCCGGAGATGCTTGCTCCGACGTCTCAGATTGTCGGAATGGGGCTTGGCCCGAAAGTGGCGCTTATTACAGACGGCCGTTTTTCAGGAGCGTCCCGGGGCCTTTCAATCGGGCACGTATCGCCTGAAGCGGCTGAAGGCGGCCCGCTCGCATTCGTAGAAAACGGCGACCATGTCATCGTTGACATAGAAAAACGGATTTTGGACGTACAAGTGCCTGAAGAAGAATGGGAAAAACGCAAGGCCGAATGGAAAGGCTTCGAGCCGAAAGTAAAAACAGGATATCTGGCCCGGTATTCCAAACTCGTAACAAGCGCCAATACAGGCGGAATCATGAAAATATAA MAELRSNMITQGIDRAPHRSLLRAAGVKEEDFGKPFIAVCNSYIDIVPGHVHLQEFGKIVKEAIREAGGVPFEFNTIGVDDGIAMGHIGMRYSLPSREIIADSVETVVSAHWFDGMVCIPNCDKITPGMLMAAMRINIPTIFVSGGPMAAGRTSDGRKISLSSVFEGVGAYQAGKIGESDLQELEQFGCPTCGSCSGMFTANSMNCLSEALGLALPGNGTILATSPERREFVRKSAAQLMETIKKDIKPRDIVTEKAIDNAFALDMALGGSTNTVLHTLALANEAGVEYSLERINEVAERVPHLSKLAPASDVFIEDLHEAGGVSAALNELAKKEGALHLDALTVTGRTLGETIAGHEVKDYDVIHPLDNPFTEKGGLAVLFGNLAPDGAIIKTGGVQDGITRHEGPAVVFDSQDAALEGIINRKVKEGDVVIIRYEGPKGGPGMPEMLAPTSQIVGMGLGPKVALITDGRFSGASRGLSIGHVSPEAAEGGPLAFVENGDHVIVDIEKRILDVQVPEEEWEKRKAEWKGFEPKVKTGYLARYSKLVTSANTGGIMKI PGPT0001875_4624 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 D1-12_01234 1134 hypothetical protein ATGAAGATTAAATCAATAGAACCGACGCCGAGTCCGAACACGATGAAAGTGATTTTGACTGAAGAGCTTCCGGCAGGGAAAAGCAACAATTACAAGCCCGATCAGGCAGATGATGCTCCGGCTGTCGTACGTGATATTTTAAACATTGAAGGAGTAAAGGGCGTTTATCACGTTGCCGATTTCCTGGCTGTGGAGAGAAACGCCCGTTTTGACTGGAAGGAAATTCTGCCTCAGGTCCGTTCCGCTTTCGGAATGGAACATACGGAGCAGTCTGAGAGCCGTTCTGAACAGGAATCGTTCGGTGAAGTGAAGGTTTTCGTACAAATGTTCAGCGGAATCCCGATGCAGGTCAAATTGACGGACGGCGAACGTGAAGAACGCTTCGGCCTTCCGGAACGTTTCCAAGAAGCCATTTTAAAGCTGCGTTCCGAAGCTTCAAATGTCGTATTTGAGCGGGCTTGGAAAGAACAAGGTGTGCGCTTCGGAGATTTTACCGAAATCGGACATGATGTCACAGAAGAGCTTCAGGCCGCCTACAGTGATGAACGGCTCAAACGTCTGACAGAAGCAGCCGCACAGCAAAAGGGTGAGGCCAAACCGGCAGTGCAGCGGAAAGCTTATAAAGTGACATTGGAGATGCTCGATGATGAAGACTGGAAACAGCGCTATGCCCATCTTGAGCAAATGGATCCGGATGAAGACGATTTACCAGTATTGGAAAAGGCGCTGCATGATCCGAAGACTTCGATCAGAAGACAAGCCGTCGTTTATTTGGGAATGATCGAAAAGCCGTCTGTGCTTCCGCTGTTATACAAAGCGCTTGAAGACAAAACGGTGACGGTCAGAAGGACGGCGGGTGACTGTCTGTCGGATCTCGGCGATGCGAGCGCCATCCCGGCCATGATGAAATCGCTCAGTGACTCAAGCAAGCTCGTGCGCTGGCGCGCGGCCATGTTTTTATATGAAGTCGGCGATGAAAGCGCGCTGGAAGCATTAAAAGCGGCGGAAGACGATCCGGAATTCGAAGTCAGCCTGCAAGTCAAAATGGCGATTGAACGGATTGAGCACGGAGAAGAGGCGAAAGGTTCAGTCTGGAAACAGATGACTGAAAGCAGAAAAAAAGAACAGTTATAA MKIKSIEPTPSPNTMKVILTEELPAGKSNNYKPDQADDAPAVVRDILNIEGVKGVYHVADFLAVERNARFDWKEILPQVRSAFGMEHTEQSESRSEQESFGEVKVFVQMFSGIPMQVKLTDGEREERFGLPERFQEAILKLRSEASNVVFERAWKEQGVRFGDFTEIGHDVTEELQAAYSDERLKRLTEAAAQQKGEAKPAVQRKAYKVTLEMLDDEDWKQRYAHLEQMDPDEDDLPVLEKALHDPKTSIRRQAVVYLGMIEKPSVLPLLYKALEDKTVTVRRTAGDCLSDLGDASAIPAMMKSLSDSSKLVRWRAAMFLYEVGDESALEALKAAEDDPEFEVSLQVKMAIERIEHGEEAKGSVWKQMTESRKKEQL NA NA NA NA NA D1-12_01235 609 yedJ COG1418 putative protein YedJ GTGAACGAAAAAGAGCAGCTGGAAAGCGTCAGGAATTGGGTCAGAGAAAAGCTTATCAATGAACGAACGGGCCATGACTGGCTTCATATTTCCCGGGTCGCAACACTTTCTGTTTATATGGCAAAAGAAGAAGGCGCCGACTTATTTATCACTGAGACGGCTGCGCTGGTTCATGATCTGATTGACGCCAAGCTCGAAAAAAGCGAAAGGCTGACGGCAGGCGAAGTGACAGAACGGCTGGCTGCTTTCAACATCGCGGATGGCCCCATTCAGGAGATTACGGATATTATCACGAGAATGTCATTCAGACACAGGGAACTGCTGAAAAAGCGGCCGCTTTCATTGGAGGGGAAAGTTGTTCAGGATGCAGACATGCTTGATGCGATCGGCGCAGCGGGCATCGGCAGGGCTTTTATGTTTGCCGGGGCGAAGGGTCATCCGATGTACGGAACTCAAACAAGTGTGCTGGCCCATATAGAGGATAAATTAATCAAGCTTAAAGGCTTAATGAATACAAAAACGGGGGCCGGTTTAGCAGAGGAGCGGCATCAATTTCTTTTACAGTTCGCCGCCCGTATCCAAAAAGAGGCCGGCATTTGCAAAAGCTAA MNEKEQLESVRNWVREKLINERTGHDWLHISRVATLSVYMAKEEGADLFITETAALVHDLIDAKLEKSERLTAGEVTERLAAFNIADGPIQEITDIITRMSFRHRELLKKRPLSLEGKVVQDADMLDAIGAAGIGRAFMFAGAKGHPMYGTQTSVLAHIEDKLIKLKGLMNTKTGAGLAEERHQFLLQFAARIQKEAGICKS NA NA NA NA NA D1-12_01236 483 bsaA Glutathione peroxidase BsaA ATGACAATTTACGATATAAACGTACGGACCATAACAGGCGAAGACATGACACTATCGGCTTACAGAGGCAAGGTGATGATCATTGTGAATACAGCAAGCAAATGCGGGTTCACATCCCAGCTCAAGCAGCTTCAGGAGCTCTATGATACATATCGGGAGGAAGGTCTTGAAATATTAGGATTTCCCTGCAACCAATTCATGAACCAAGAACCTGGAAACGAAGCGGAAATTCAAGAGTTCTGTGTGAAAAACTACGGGGTCACATTCCCGATGTTTGCGAAAGTTGATGTCAATGGAGCAGACGCTCATCCTCTCTTCACATATCTGACGGAACAGGCGAAGGGGATGCTCGGCACAAAAGCGGTCAAATGGAATTTCACTAAGTTTATCGTGGACCGAAACGGTGAAGTCACCGGGCGTTTTTCACCGAACGTCAACCCAAAAGAGCTTGAAGATACGGTGCAGAAGCTTTTGGCCCGATAA MTIYDINVRTITGEDMTLSAYRGKVMIIVNTASKCGFTSQLKQLQELYDTYREEGLEILGFPCNQFMNQEPGNEAEIQEFCVKNYGVTFPMFAKVDVNGADAHPLFTYLTEQAKGMLGTKAVKWNFTKFIVDRNGEVTGRFSPNVNPKELEDTVQKLLAR PGPT0013115_4465 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013115-bsaA|gpx|btuE-K00432 NA NA D1-12_01237 909 metAA Homoserine O-acetyltransferase ATGTTGCCTATTAATATACCAAATCACCTGCCCGCTAAGCAGGTGCTTGAAAGTGAACACATCTTTGTAATGGATGAAAGCCGGGCTTTTCATCAGGATATCCGGCCGCAGAAGATCGTGATTTTAAATCTGATGCCGAAAAAAATCCAAACGGAAACCCAGCTCCTCAGGATGCTTGGGAATTCACCTTTACAAGTTCACTTTACGTTCTTAATTCCGAGCACACATACTCCAAAAAATACGGCAAGGCAGCATCTGGATGAATTTTATACGGATTTTTCCAGCATCCGCCACAAACGGTTTGACGGAATGATTATTACCGGGGCTCCGATTGAGCACCTGCCGTTTGAAGATGTTTCTTACTGGGAAGAATTGAAGGAAATCATGGAATGGAGCAAAACGAACGTCACTTCAACACTCCATATCTGCTGGGGCGCTCAAGCCGGTTTATACTATCATTACGGCATTGAGAAAGTGGAGCTGCCGAAAAAAATCTTCGGTGTGTTTGAGCATACCGTTCTTAAAAAACATGAGAGATTGGTAAGAGGATTTGACGAGCTATACTATGTGCCCCACTCACGGCATACAGATATTAATACGGAGCAGCTGCAATCGGCTTCGGATCTGGATGTGCTCAGCGTTTCAGAGGAAGCGGGGGTCTGTTTAATCGTTTCAAAAGACGAAAAACAGATTTTCTTAACCGGTCATCCGGAATATGATACCGATACGCTACTTCAGGAGTATGAGAGAGACATAGAGAGAAATCTTTCAAACGTAGAAGCTCCTAAGCACTATTTTGCGCCCGGCGGGAAAGAACCTGTTAACCGTTGGAAAGCTCATGCAACGTTATTGTTTATGAATTGGCTGAATTATTACGTATATCAGGAAACCCCGTATGAATGGGATTAA MLPINIPNHLPAKQVLESEHIFVMDESRAFHQDIRPQKIVILNLMPKKIQTETQLLRMLGNSPLQVHFTFLIPSTHTPKNTARQHLDEFYTDFSSIRHKRFDGMIITGAPIEHLPFEDVSYWEELKEIMEWSKTNVTSTLHICWGAQAGLYYHYGIEKVELPKKIFGVFEHTVLKKHERLVRGFDELYYVPHSRHTDINTEQLQSASDLDVLSVSEEAGVCLIVSKDEKQIFLTGHPEYDTDTLLQEYERDIERNLSNVEAPKHYFAPGGKEPVNRWKAHATLLFMNWLNYYVYQETPYEWD NA NA NA NA NA D1-12_01238 1143 ugtP COG0707 Processive diacylglycerol beta-glucosyltransferase TTGAATACCAATAAAAAAGTATTAATTTTGACTGCAAATTACGGAAACGGGCATGTTCAAGTGGCCAAAACGCTCTACGAACAATGTCTGCGTCTCGGCTTAGATGTGACGGTTTCCAATTTGTATCAAGAGTCAAATCCGATTGTTTCAGAGGTTACTCAATACCTTTATTTAAAAAGCTTCTCAATCGGAAAACAGTTTTATCGTTTGTTTTATTACGGAGTTGACAAAATCTATAATAAACGCAAATTCAATATTTATTTTAAAATGGGAAATAAACGTTTAGGCCAGCTCGTCGAAGAGCATAAGCCGGACATTATTATCAATACATTTCCGATGATTGTCGTACCGGAATACAGACGGAGAACCGGAAAAGTGATCCCGACGTTCAACGTTATGACCGATTTCTGCCTTCACAAAATCTGGGTTCATGAAAATGTTGATAAATATTATGTCGCCACAGATTACGTGAAGGAAAAACTGATTGAAATCGGCACTCACCCGAACAACGTAAAGATTACGGGCATTCCCATCAGGCCTCAATTCGAGGAATCGATGCCGAAAGAGCCGATTTACAAAAAATACAATCTCTCTCCCGACAAAAAAGTTCTTCTTATTATGGCGGGAGCGCATGGTGTGCTGAAAAACGTAAAAGAACTGTGCGAAAATCTCGTTCATGACGATCAGGTGCAGGTTGTGGTGGTATGCGGCAAAAACAGCTCGCTGAAAGAATCCCTCAGCAGCTTGGAAGGTGACAATGCCGACCGGCTGAAAGTGCTGGGCTATGTAGAAAGAATTGACGAGCTGTTCCGTATTACGGACTGCATGATCACGAAACCGGGCGGCATCACACTGACGGAAGCGACGGCGATCGGAGTACCCGTTATTTTGTACAAACCGGTTCCCGGACAGGAAAAAGAAAATGCCATTTTCTTTGAAGATCGCGGTGCGGCTGTCGTGGTCAACCGCCACGAAGAAATTTTAGAGTCTGTCACCTCCCTTCTTGCGGATGAGGAGAAGCTGAACCGGATGAAGGACAATATTAAAAGCCTTCACCTCCCCAACTCTTCTGAAGTCATTTTGCAGGACATTATAAAAGAATCTGAAATGATGGCCGGGAAGGCGGATATGGCATTATCGTAA MNTNKKVLILTANYGNGHVQVAKTLYEQCLRLGLDVTVSNLYQESNPIVSEVTQYLYLKSFSIGKQFYRLFYYGVDKIYNKRKFNIYFKMGNKRLGQLVEEHKPDIIINTFPMIVVPEYRRRTGKVIPTFNVMTDFCLHKIWVHENVDKYYVATDYVKEKLIEIGTHPNNVKITGIPIRPQFEESMPKEPIYKKYNLSPDKKVLLIMAGAHGVLKNVKELCENLVHDDQVQVVVVCGKNSSLKESLSSLEGDNADRLKVLGYVERIDELFRITDCMITKPGGITLTEATAIGVPVILYKPVPGQEKENAIFFEDRGAAVVVNRHEEILESVTSLLADEEKLNRMKDNIKSLHLPNSSEVILQDIIKESEMMAGKADMALS PGPT0023400_463 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-TEICHOIC_ACID_METABOLISM CE-EPS-LIPOTEICHOIC_ACID_METABOLIC_PATHWAY,PGPT0023400-ugtP-K03429 NA NA D1-12_01239 201 cspD COG1278 Cold shock protein CspD ATGCAAAACGGTAAAGTAAAATGGTTCAACAACGAAAAAGGATTCGGCTTCATCGAAGTTGAAGGCGGAGACGACGTATTTGTTCACTTCACTGCTATCGAAGGAGAAGGATACAAATCATTAGAAGAAGGACAAGAAGTTTCTTTTGAAATTGTCGAAGGTAATCGTGGACCTCAAGCTTCTAATGTTGTAAAACTCTAA MQNGKVKWFNNEKGFGFIEVEGGDDVFVHFTAIEGEGYKSLEEGQEVSFEIVEGNRGPQASNVVKL PGPT0014675_8664 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS LOW_TEMPERATURE_TOLERANCE COLD_SHOCK_PROTEINS,PGPT0014675-cspA-K03704 NA NA D1-12_01240 183 degR Regulatory protein DegR GTGAATGATAAAGATTTAAAAACAATCCTTCAGCAGACATTTAAAGAAATATACGGTGATTTGGGAAGTTTAGCGGAAATGGCAAAAAAAGGAATGCCGTCAATGGAGAAACAAATTGAAGAAATCGAGCAGCGCTGCAAGCAGAATCTTGTCGCCATCGAGATTCAGACGGCAATCAAATAG MNDKDLKTILQQTFKEIYGDLGSLAEMAKKGMPSMEKQIEEIEQRCKQNLVAIEIQTAIK NA NA NA NA NA D1-12_01241 258 hypothetical protein ATGGACTCTGAATTTTTTCCAAACGGACTGACGGATAAACGCCAGCTTGAATTAGCGGTGGAAACGGCCCAGAAAACAACGGGAGCGGCTACCCGGGGCCAAAATTCAACTTTGGTGGAATCTGCGCACCAGGCGATTCAGGATGCCAGAACGATGTCACAATCCAGTGAACTGCAGGCTCTCGACCAGGATTTTCTGCAAAAGCAGCGAATGCTTCTCGACGATTGCCAGCATCAGCTCGATGAATTCGAAAAATAA MDSEFFPNGLTDKRQLELAVETAQKTTGAATRGQNSTLVESAHQAIQDARTMSQSSELQALDQDFLQKQRMLLDDCQHQLDEFEK NA NA NA NA NA D1-12_01242 183 hypothetical protein TTGGATAAAAAAAGCATTTATAAAGAATTGACAGAGCTTCAGGATGAATATTGCAAAGACTGTTTCGTAAAAAAGCATTTCCGCAAAGAGTTTGGAAAAACGCACGCTCATTCTTTCTGCATCAACCAATGCACGGTGGGGGAGAAGCTGAAGGCCTACGGCAAGGTGCTGACAAATCAATAA MDKKSIYKELTELQDEYCKDCFVKKHFRKEFGKTHAHSFCINQCTVGEKLKAYGKVLTNQ NA NA NA NA NA D1-12_01243 672 hypothetical protein ATGAATCTTAAGCCGTATATCGAAATAGAAGCAAAAGGAACAGGCCCTGTCGCGTTTTTTTCCGAAGATTGGCTGACCGTTCCGAAAGCGCGCATGCTTGCAAGAGAAGTCAGCCGCTTTCCTTATATAAAAGACATTTATTTTGAGGATGAAAAAGGCGCGAGCTGGACGCTTAAAGAATTAGAAAAGCTTACTGAAGAGCTTGCGCACGAACCTGACGACATTACAGTGTATTTCGACGGCGGCTTTGACAAAACAAGCGGACGCGCCGGACTCGGAATTGTCGTGTATTATTCTCTCGGCGGCAAGCGGCACCGCATACGGAAAAACAAAAGCTTAACGCTTCAGACGAACAATGAGGCGGAATATGCCGCTTTGTACGAAGCGCTTAAGGAAGTGCAGGAACTTGGCGCAAGCAGAAATTCAATCACGATAAGAGGGGATTCCCTCGTCGTTTTACATCAGCTTGACGGCAGCTGGCCGTGTTATGATGAAACGCAAAACGAATGGCTGGATAAAATTGAAGCGCTGCTCGAATCCTTAAAGCTGACACCGACATATGAAGCCGTAAACAGAAAGGAAAATCAAGAAGCGGATGACCTTGCCAGAAAAATTCTCTCGGACCGGCAGATTGAAAGCCGCATAACATTAGAAGGTAACGGAGATGACTGA MNLKPYIEIEAKGTGPVAFFSEDWLTVPKARMLAREVSRFPYIKDIYFEDEKGASWTLKELEKLTEELAHEPDDITVYFDGGFDKTSGRAGLGIVVYYSLGGKRHRIRKNKSLTLQTNNEAEYAALYEALKEVQELGASRNSITIRGDSLVVLHQLDGSWPCYDETQNEWLDKIEALLESLKLTPTYEAVNRKENQEADDLARKILSDRQIESRITLEGNGDD NA NA NA NA NA D1-12_01244 681 queuosine precursor transporter TTGTTTAACGATGTGTTATGGATCTTATTTGCGGTCATTCATTTTATCATTGTTCTTCTGTTTTATAAAGGATTTGGCAAAACGGGCCTATTCGTATGGATCGGTTTCGCCACGGTGTGCGCCAACTTGCAGGTTGTCAAAACAGTCGAGCTGTTCGGACTTACGGCGACACTGGGAAATATCATGTACGGCACCGTTTTCTTCGCAACGGATGTGCTGAATGAAAAATACGGTCCCAGGGAAGCGCGCAAAGCCGTCTGGCTCGGGTTTTCCACTCTGCTCGCTTTGACATGCGCCATGCAGGGGGCTCTTTTATATAAACCGGCTGCGTCAGATATCGCACAGCCGGCCCTTGAGACGATTTTCGGTTTTCTGCCGCGTGTTGCGCTCGGAAGCCTCTTGGCTTTTATTTTCAGCCAAACGATAGATGTTTATGTATATTCAGCCATTCGGAGAATCTTTCCTTCAGACAGGCTTCTCTGGCTCAGAAACAGCGGAAGCACGGCGCTCAGCCAGCTGCTGGATACATTTATCTTCACTGCCGTGGCCTTTATCGGCGTTTATTCCGCGGGAGTATGGTTCAGCATCTTCATTTCAACTTACCTGATTAAATTTGCGGTATCACTCATTTCTGTCCCTTATGCGTATGCGGCAAAACGAATGACACCGAATGGAGAGTGA MFNDVLWILFAVIHFIIVLLFYKGFGKTGLFVWIGFATVCANLQVVKTVELFGLTATLGNIMYGTVFFATDVLNEKYGPREARKAVWLGFSTLLALTCAMQGALLYKPAASDIAQPALETIFGFLPRVALGSLLAFIFSQTIDVYVYSAIRRIFPSDRLLWLRNSGSTALSQLLDTFIFTAVAFIGVYSAGVWFSIFISTYLIKFAVSLISVPYAYAAKRMTPNGE NA NA NA NA NA D1-12_01245 396 rnhA COG0328 14.7 kDa ribonuclease H-like protein ATGATGCCCGCTGAAATTTATGTAGACGGTGCAAGCGCCGGAAACCCGGGTCCGTCCGGTATCGGTATTTTTATTAAACATGACGGGAAAACAGAATCTTTCTCAATTCCGATCGGCGACCATTCAAATCAGGAAGCTGAATTTCTCGCTTTAATTGAAGGAATGAAGCTGTGTGCCGCCCGCGGATTTGAGTCCGTGTCATTCCGGACGGATTCGGATATCGTGGAGCGGGCCGCAGATCTTGAAGCGGTTAAAAACAAGGCTTTCCAGCCGTTTGTGGACGAAATCATCCGCTTAAAGGCCGGATTTCCATTGTTTTTCATTAAGTGGATTCCCGGCAGACAAAACCAAACAGCCGATCAGCTCGCAAAAAAAGCGATTCGGCTGAATAAATAA MMPAEIYVDGASAGNPGPSGIGIFIKHDGKTESFSIPIGDHSNQEAEFLALIEGMKLCAARGFESVSFRTDSDIVERAADLEAVKNKAFQPFVDEIIRLKAGFPLFFIKWIPGRQNQTADQLAKKAIRLNK NA NA NA NA NA D1-12_01246 129 sspL Small, acid-soluble spore protein L ATGAGAAAAGAAAATAAAGGCCGGCTGACCGGGGGCGTGAATCCTCAGGGAAATATGGAAGGAAACGCGCATAAAGACCCGAAATCAGCCCTTGAAAACAACGCAAAAAAAAGCAATACAAAACGCTAG MRKENKGRLTGGVNPQGNMEGNAHKDPKSALENNAKKSNTKR PGPT0024915_61 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE_SMALL_ACID-SOLUBLE_SPORE_PROTEINS,PGPT0024915-sspL-K06429 NA NA D1-12_01247 888 ypcP COG0258 5'-3' exonuclease ATGAATAATAAATTACTGCTCGTTGACGGCATGGCGCTTTTGTTCCGCTCGTTTTTCGCGACGGCCGTTCATCGCAATTTTATGATAAATGAAAACGGAATTCCCACAAACGGCGTCAACGGTTTTTTAAAGCATCTTATTACGGCGGTTGATACGTTTCAGCCCACACATGTCGTCTGCTGCTGGGATATGGGAAGCAAAACGTACCGCAATGATTTGTTTCAAGATTATAAGGCCAACAGAAGCGAACCGCCGCTAGAGCTTATTCCGCAATTTGATCTAGCGAAAGAAGCAGCGCGAGAGCTCGGTTTTTTAAACATCGGCATAAAAGGCTATGAGGCGGATGACTGTATCGGTACGCTTTCTGCCCTATTTTCCGGGGAAGCGGAAATTACGATTGTAACGGGTGATAAAGATCTGCTTCAATTGCTGAATCATCAAGTTCAAGTAGCGCTGCTGCAAAAGGGTATCGGCAATTATAAGGTATATACAGATGAGATATTCAGAGAAGAAACGGGAGTTCCGCCAAAAGCGCTGATTGACATTAAGGCGCTGATGGGAGACACGAGCGATAACTATCCAGGAGTTAAAGGGATCGGGGAAAAAACGGCGTACAAGCTGATCCGTGAATATCAAAACATAGACCGGTTATTAGAAAGCCTCGCTCTCTTGCCGAAGGGCCAGCAAACGAAAATTCAGCAAAGCCTGAAAGAATTGGAGCTGTCAAGGCAGCTTGCTGAAATACATTGCGAGGTGCCGTTAGTCTGTACGCTTGAAGAAGCACTTTTTTCATTGAAGATGGAAGAAGCATCCTTAATGCTCAGACGCCATCAGATAAAAGGAATTGAAAGAATGCTCGAAAAGCTGAACGCCAGAGAGATCAGCTGA MNNKLLLVDGMALLFRSFFATAVHRNFMINENGIPTNGVNGFLKHLITAVDTFQPTHVVCCWDMGSKTYRNDLFQDYKANRSEPPLELIPQFDLAKEAARELGFLNIGIKGYEADDCIGTLSALFSGEAEITIVTGDKDLLQLLNHQVQVALLQKGIGNYKVYTDEIFREETGVPPKALIDIKALMGDTSDNYPGVKGIGEKTAYKLIREYQNIDRLLESLALLPKGQQTKIQQSLKELELSRQLAEIHCEVPLVCTLEEALFSLKMEEASLMLRRHQIKGIERMLEKLNAREIS NA NA NA NA NA D1-12_01248 144 hypothetical protein ATGGGCAGAACAAAACTGGGAAACAGAAATGCTCAGCAGAATAACAATGCCAAAAAGAAAAAAGGCTTCGGACAGAAATTTGATTCTTATGCCGGCCGTGAAGCTGAAAAGCTGATAGCAAGCAATAAAAGACACGGTGAATAA MGRTKLGNRNAQQNNNAKKKKGFGQKFDSYAGREAEKLIASNKRHGE NA NA NA NA NA D1-12_01249 258 hypothetical protein ATGTCAGAAGTCCATAAAGCAATTTCAGCACATTCCGCAAAACAGCATCAGCACGTTAAAACATTTGTACAGCTTGATTATGAGCGTGAACAGGCCATTGAAGAAGCCATTGTAAAATGCAGACAGAATAAACCGTTCACGACAGATGCCATCAATGGCATCACCGCAAAAATGAACCAGCTGGCGAAAAAGGGCATCGTGCCGCAAAGACGATTCGTAAGTGAAGAGATGGTGAAAGAATTCGTCAGCAGACAGTAA MSEVHKAISAHSAKQHQHVKTFVQLDYEREQAIEEAIVKCRQNKPFTTDAINGITAKMNQLAKKGIVPQRRFVSEEMVKEFVSRQ NA NA NA NA NA D1-12_01250 3582 der_1 GTPase Der ATGACAGAAGAAGAACGCCATAACAGGGAGATTTTCAGCAGAACGGGTGCCTTATACGCACAATTTTTGGATCATCAGGATAAAAAACGGGCCGATCAGCTCGCGGCCATTATGAAAAAAGCGGCTGATGAAGAGGTTTATATCGCGTTTACCGGGCATTATTCGGCCGGAAAGTCCTCTTTATTAAACACATTGCTCGGTGAAGACATACTGCCGACAAGCCCGATTCCCACAAGCGCCAACCTCGTTGTCATCCGGCACGGTGAAGATAAAGTCGTGCTTCATACGACGGACGGGGCTTATGCAGAAATTAAAGGAAGTTACGATAAAGAACAAGTGCAGCAATTCTGTAAAGATGGTGAGCAAATTGAGACGGTGGAAGTCTATGCCGGCTTTAAGGAGTCAGAGCCTTATGCGGCCTACATCGACACACCGGGAATTGATTCGACGGACGAAGCGCATTTTTTATCTGCGTCTTCGGTTCTCCATCAGGCTGACGCTTTATTTTACGTCGTTCATTATAATCACGTTCATTCAGAAGAAAATATGATGTTTCTCAGTTCCATCAAAGACCGTATTCCGAATTTGTTTCTGATCGTCAACCAAATTGACAGGCATGATGAAACTGAAACGAAGTTTGAAGCGTACCGCAGGCAGGTGGAAGATATGCTTGAAGACGCGGGAATACCGAAAGAATCGCTTTTCTTTACGTCTGTCACTGAGCCTGACCATCCTTTAAACGGCATGGAACAGCTGAAAAAACATCTGCAGAAGCTGAAACAGCAGGCAAAAACAAATTTATGGTCCTTAACGGAGAGAAAAGTCGCACACTTAGTCACAGAGCATACAGAGATGCTCGTAAAAGAAGATAAAAACGGCAGCGGAGAGCAGTTTGACAAACAAGAAGCACTTGTCCGTTCTGTTGAAGATGAGCTTAAAAAAGCCGTTCAACAGGCTGAAACAGCAGAGAAAGACATCAGAAAAGACGTGCAGAACATATTGCAAAACGCTAATCTGACACCCTTTGAGATGAGGGAGCTTGCATCTGCTTATATTGAATCACAGCAGCCCTCATTTAAAACCGGATTATTCTTTTCAAAAGCGAAAACGGCTTCGGAAAAAGAAAGAAGGCGTGCTGAATTTTTTGCCGATATTAAAAAAAGAACGGAAGGGGAAGCGGATTGGCATATTATCGACACATTTACGAAAGCGGCCAAGCGGTATGAAGCGGATTCAGACGAACTGATCAGGAAAATCCAGGCGTACTGCACACCGCTTTCTGATGATATCACCGCTCAGGCCCTTAAGCAGGGAGCGGCCTTTTCATCTGAATACGTATTAACTTATACGAAAGACCTCGCTGAAATGATCAGAAGGGAAGCCAAAAGACAGACAGCGGAACTCATTGAGGAGCTGACCGCTTATGTTCAGACAAAAAACGGACCGCTTATTGAGAACTTGAAAAACCGGCTCGAAAAAGAAAAGAAAATAAGGGATGAGCTCGCGCAATCGGCAAAAGAAGAACGCAATGCCTTGGAAAAAGCAGCCCGAGTCCGCGCTTTGTGGGAAGAAGAATTGACCTGTGATACGGGAAGCGGCGACTGGTATACGCGAAAAAAACGCCTTGCAAAAGCGCCCGTACAAAAAGAGAAACCAAAAGAGGCTGTACGGCATGAAGTAAGCAAGCCCGAAAAAAATGCGATGAAGGAACTTCCTATAAAAGAGCAGACTGATCGGTTCTATGAGCTTGCCGGGATTCTTGAATCCTCAAGCATATTAGGAAAACAGGCAGAAGCCTTTCGAAGCAGGATTGAGCGGCTTGAAAACCGCCAGTTTACCTTGGCGTTATTCGGCGGATTCAGTTCCGGTAAATCATCATTTGCAAATGCGCTTGTCGGTGAATACGTGCTTCCGTCATCTCCGACGCCCACAACGGCTACGATCAACAAAATAACGAAACCGCAAGACGGCAAACCGCATAAATCTGCGGAAATCGTTTTTAAAACGGAGGAGGAACTGGACGCTGAAATGCTTCAGCTGACTGAGCTGAAAGATGCTGATGTAAAAGGGCGTTCACTGAAAGAGAGATGGAATTATGCCATTAAAAAGGGAAAAGTTCCCGATGAACTTATCCCGGTGATTCAGACGATGCTGCAGGCGTTTGATACGTACGAAGTACAGATCCGTCAAAGGCTGACACTGACTGTGCCGGTTGAAGATTTAAAACCGTACGCAGCCGAAGAAAAAACGGCCTGCTGCGTAAAAGAAGTCACCGTGTATTATGATTCGCCTCTCACGCAAAAAGGCATCACCATTGTTGATACGCCGGGAGCAAGCAGTATCAATAAGCGCCATACGGAACTTGCCTTTCAATATATAAAAGATGCTGACGCGTTCTTTTATATGACGTACTATCAGCATTCTTTTTCAAAAGGAGACAGGTCTTTTCTGAAGAAACTCGGCCTCGTCAAAGAATCATTCGGCATGGATAAAATGTTTTTTGTCATTAACGCCGCCGATCTGGCCAAAACAGAAAGCGAGCTGGAAATCGTCAAAGACTATGTCCGCTCAGAACTCTCAAAAGAGGGAATTAACCGGCCGAAATTATATCATGTCTCAAGTAAAGAAGAGCTTGCGGGTAAAAAAGCAGCTTTTTATAACAGGTTCTCTGATGTAAGAACCGGGCTTGAGCACTTTATTGAGGAAGATGTAATGAAGGCCAGCTGCGCCCAGCTGAAAACAGAGGCGGACAAATTGTGCGAGATGGTGGAACAGCTTCACGAATCTCTTCACCAGTCGGCGGAAGAAAAAGAGAAAAAGAAACAGCGTCTGGAGTCTTCCTATGAAAAAGCTCTCGCTGACATTTCAAAGCGCCGTACGTCTGAGGTCATCATTCGAAAAGTGATGAAAGATACGGAAGAACAGCTCTATCACATTAAACATCGCCTGACGTTTTATGCGAATGATATGCTGAAAACCGCCTTCCATCCGGGCCTTCAAAACGGCGATTGGAAACAAAATATATCAGCGGCGCTGAATGAAGCGCTCAAGGAATTCCGTTTTGAATATATTCAAGAGCTGAAAACGCTCGATATCCGGATGACCGGTTTTATTGAGCGCCATATGACTGAGGAATGGATGGAAAACTGTCAGAAGAAGCTTATGGAAGACGGAGATTTCTCCATTTATGTGAGCGGTGAAAACGAATTTGCCGTTCAGCTGAAAGAGGTCGCTCCGGTCATTGACGTCTCGGCATTCTCACATCACGTAAAGGAAGTTAAATCGCCGAAGCAGTTTTTTGAACAGAACGGAAAAACAGCGTTTGTAGAAGGGCTCAGGCTCAGCCTGCAAAAAGTGACAGAAAAGTGGCTTGAGCAGGAGAAAGAAAGCCTTTCAGAGCGATATACTGAGCAGGTGCGACGTCTGCAAGAAGACATGGCGGATAAAAGCCTGTCCCAGATCCGCGAGCAGCGGGACACTTATTTACAAGGTCTTGCGGAAAATACGAGTGCGAGGGAGATTGAACACCTTTACGAAGCCGAAAAAGCATGGAAAAAGAAAGATGAAATGCTGAAAATTTAA MTEEERHNREIFSRTGALYAQFLDHQDKKRADQLAAIMKKAADEEVYIAFTGHYSAGKSSLLNTLLGEDILPTSPIPTSANLVVIRHGEDKVVLHTTDGAYAEIKGSYDKEQVQQFCKDGEQIETVEVYAGFKESEPYAAYIDTPGIDSTDEAHFLSASSVLHQADALFYVVHYNHVHSEENMMFLSSIKDRIPNLFLIVNQIDRHDETETKFEAYRRQVEDMLEDAGIPKESLFFTSVTEPDHPLNGMEQLKKHLQKLKQQAKTNLWSLTERKVAHLVTEHTEMLVKEDKNGSGEQFDKQEALVRSVEDELKKAVQQAETAEKDIRKDVQNILQNANLTPFEMRELASAYIESQQPSFKTGLFFSKAKTASEKERRRAEFFADIKKRTEGEADWHIIDTFTKAAKRYEADSDELIRKIQAYCTPLSDDITAQALKQGAAFSSEYVLTYTKDLAEMIRREAKRQTAELIEELTAYVQTKNGPLIENLKNRLEKEKKIRDELAQSAKEERNALEKAARVRALWEEELTCDTGSGDWYTRKKRLAKAPVQKEKPKEAVRHEVSKPEKNAMKELPIKEQTDRFYELAGILESSSILGKQAEAFRSRIERLENRQFTLALFGGFSSGKSSFANALVGEYVLPSSPTPTTATINKITKPQDGKPHKSAEIVFKTEEELDAEMLQLTELKDADVKGRSLKERWNYAIKKGKVPDELIPVIQTMLQAFDTYEVQIRQRLTLTVPVEDLKPYAAEEKTACCVKEVTVYYDSPLTQKGITIVDTPGASSINKRHTELAFQYIKDADAFFYMTYYQHSFSKGDRSFLKKLGLVKESFGMDKMFFVINAADLAKTESELEIVKDYVRSELSKEGINRPKLYHVSSKEELAGKKAAFYNRFSDVRTGLEHFIEEDVMKASCAQLKTEADKLCEMVEQLHESLHQSAEEKEKKKQRLESSYEKALADISKRRTSEVIIRKVMKDTEEQLYHIKHRLTFYANDMLKTAFHPGLQNGDWKQNISAALNEALKEFRFEYIQELKTLDIRMTGFIERHMTEEWMENCQKKLMEDGDFSIYVSGENEFAVQLKEVAPVIDVSAFSHHVKEVKSPKQFFEQNGKTAFVEGLRLSLQKVTEKWLEQEKESLSERYTEQVRRLQEDMADKSLSQIREQRDTYLQGLAENTSAREIEHLYEAEKAWKKKDEMLKI NA NA NA NA NA D1-12_01251 507 hypothetical protein ATGTTTTGGCTGTTTATCATGCTGCTTGCGGCCCAGCGGATTGCGGAGATGATCGTGGCCCGGCGCAATGAGCAAAAGGTGAAAAAGCAAGGCGCAGTCGAATACGGAGAAGGACATTATCCCTTTCTCGTCCTGATGCACGTGCTCTTTTTTGTCTCTCTTACAGCTGAGGTGGCGGCGTTTCAAAAAACGCTTTCTCCAAGGTGGGCCGCCATTATATGTATCATTTTATTTGTACAGGGGATCAGGTATTGGGCGCTATTATCATTAGGACGGTATTGGAATACGAAAATCCTTGTCGTGCCGGATGCGGAGCTTGTCAGAAAGGGGCCGTACAGGTGGATGAAACACCCGAACTACGCGGTCGTCATCTTAGAATTTATTTTTCTGCCGCTGTTATACGGAGCGTATTGGACACTGTTTCTCTTTTCGATTCTCAATGCCTGCATGCTCACTGTGAGGATTCGCGCCGAAGAGAAAGCGCTAGAAGAAAACACCGCAAAATAG MFWLFIMLLAAQRIAEMIVARRNEQKVKKQGAVEYGEGHYPFLVLMHVLFFVSLTAEVAAFQKTLSPRWAAIICIILFVQGIRYWALLSLGRYWNTKILVVPDAELVRKGPYRWMKHPNYAVVILEFIFLPLLYGAYWTLFLFSILNACMLTVRIRAEEKALEENTAK PGPT0011295_326 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS ANTIPROTOZOAN|ANTIPROTISTAL_ACTIVITY ANTIPROTISTAL-ALKYLRESORCINOL|ALKYLPYRONE_BIOSYNTHESIS,PGPT0011295-bpsB|srsB-K16168 NA NA D1-12_01252 1101 COG3424 Alpha-pyrone synthesis polyketide synthase-like Pks11 ATGGCATATGTGTTATCTGTCGGAACGAGCATTCCGAAGTATCATGTCTCGCAAGAAACGGCGGCGGATTTTGCGAGAGGGATGTTTGCCGATTCATTTAAGGATATTGACCGGCTGTTAAAAGCCTTTCAAAACGGCGAAATTGAATCAAGGCAGTTTGTCCGGCCGATTGAATGGTATAAAACGGCACGGTGTTTTTCAGAAAAAAACCGGCTGTATACGGAAGAAACCGTCAAGCACAGTGCGGATGCGGCACTTGATTGTTTAACAAACCCGGATTGTTTAACAAATCCCTTTCCGTATGAAAAAGTGGATGCGATCTTTTTTATTTCCAGCACCGGGCTTTCGACACCCAGCATTGAAGCGAAAGTGATGAATCAGCTTCCGTTTTCTGCGAAAACAAAACGGATACCGATCTGGGGTTTAGGATGCGCGGGCGGAGCGGCCGGCCTGTCCAGGGCATACGAATACTGCCGCGCGTATCCTGAAGCATACGTGCTTGTCATCGCGGCTGAACTCTGCAGCTTAACGTTTCAGCCGAACGACAAGTCAAAAAGCAACTTAATCGGAACTTCCCTGTTTGCGGACGGAATTGCCGCAGTACTAATCGGAGGAGAAAAGGCGAACCGAAACGACGTCAAACAGCCGCTTCTTCCGCGGATATTCGCCACTCAATCGGTGATGATGCCGGATGCGGAAGATGTGATGGGCTGGGAATTCACGGACAGCGGTTTTCAAGTCATTTTTTCAAGAGATATTCCCACCCTGGTTTCACAGTGGCTGAAGGACAATGTTGATGAATTTTTATTTGAATATGGTGTCAGTCCTCACGACATTAAAACCTTTCTTGCCCATCCAGGCGGGAAAAAGGTCATTGACGCCTATTTAACGAGTCTTTCAATGGACACTGGGCAGCTTGCGGCATCTCGGAAGGTGCTGCAAAAACACGGGAACATGTCTTCCGCAACTATTTTTCATGTGATAAAAGAACAGTTGCTCCACGGACGGCAGAAAGAAAACGAAAAAGGGCTGATCGGCGCTCTCGGGCCGGGATTTTCGTCTGAGCTTTTGCTGTTCAGCTGGGAAAAGGGGGCTTCTTAA MAYVLSVGTSIPKYHVSQETAADFARGMFADSFKDIDRLLKAFQNGEIESRQFVRPIEWYKTARCFSEKNRLYTEETVKHSADAALDCLTNPDCLTNPFPYEKVDAIFFISSTGLSTPSIEAKVMNQLPFSAKTKRIPIWGLGCAGGAAGLSRAYEYCRAYPEAYVLVIAAELCSLTFQPNDKSKSNLIGTSLFADGIAAVLIGGEKANRNDVKQPLLPRIFATQSVMMPDAEDVMGWEFTDSGFQVIFSRDIPTLVSQWLKDNVDEFLFEYGVSPHDIKTFLAHPGGKKVIDAYLTSLSMDTGQLAASRKVLQKHGNMSSATIFHVIKEQLLHGRQKENEKGLIGALGPGFSSELLLFSWEKGAS PGPT0011290_79 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS ANTIPROTOZOAN|ANTIPROTISTAL_ACTIVITY ANTIPROTISTAL-ALKYLRESORCINOL|ALKYLPYRONE_BIOSYNTHESIS,PGPT0011290-bpsA|srsA|-K16167 NA NA D1-12_01253 609 hypothetical protein ATGCTGAAGCCTGTCATTCTTAAAGGGTCACTCGTTCAGTTAGAGCCGCTGGCGATTGATCACACTCAGGCACTCTGTGACGCTGCTTCTGAAAATAGGACGACTTACGCTTACACCCATGTTCCTGACGGAATCGAAGAAACAAAGCGTTATATTGAGCGGGCGCTTTCCGATTATGAAAAAGGACTTGCATTGCCATTTGCAGTACGGAGTCTTGAAACAGACCGAATCGTCGGAAGCACGAGGTTTATGGATGCGGAAGTGCTTACGCGGCCGGCAGATGCAGCTCCGGAAGTGTGTGAGATCGGCAGCACATGGTATGCCTCTGCCGTGCAGCGGACCGGTGTCAATACGGAATGTAAACTTCTGATGCTGACTCATGCGTTTGACGTGTGGCAAGCTGTCAGGGTGACACTGAAAACCGATGTTCGCAATCAGCGCTCACGGACTGCGATTTTGCGGATCGGAGCCCAATTTGAAGGGATCCGCCGCGCACACATTCCGGCTGTCGACGTCGGCCTCAGAGATACTGCCTACTACTCCATCCTTCGGGAGGAATGGCCTTATATCCGGCAAAACCTTTCTGGCCGGCTCGCAGCATATAACTGA MLKPVILKGSLVQLEPLAIDHTQALCDAASENRTTYAYTHVPDGIEETKRYIERALSDYEKGLALPFAVRSLETDRIVGSTRFMDAEVLTRPADAAPEVCEIGSTWYASAVQRTGVNTECKLLMLTHAFDVWQAVRVTLKTDVRNQRSRTAILRIGAQFEGIRRAHIPAVDVGLRDTAYYSILREEWPYIRQNLSGRLAAYN PGPT0017630_53 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION_BY_NODULATION ROOT_NODULATION_METABOLISM,PGPT0017630-glmS|nodM-K00820 NA NA D1-12_01254 309 atl COG3695 DNA base-flipping protein ATGACATTTACGGCACGGGCGGTAGCCATTATCAAACAGATACCTGAAGGAAAAGTGATGACGTATGGTCAAATTGCCGGTCTTGCGGGAAGTCCGCGGGGAGCGAGGCAGGTTGTGCGGATTCTTCACTCCATGAGTAAAAAGCATCATCTTCCTTGGCACAGGGTCATCAATGCAAAGGGCGAAATCGGATTGAGAGATGAAGAGATGTTTTCAGTACAGAAGCTGTCTCTTGAAGCTGAGGGGGTAGCGGTCACGTCAGACGGCCGGATCGATCTCAATTTATACGTCCATGATCCGAATATGTAA MTFTARAVAIIKQIPEGKVMTYGQIAGLAGSPRGARQVVRILHSMSKKHHLPWHRVINAKGEIGLRDEEMFSVQKLSLEAEGVAVTSDGRIDLNLYVHDPNM NA NA NA NA NA D1-12_01255 264 hypothetical protein ATGAAAATGAAAAAAACTTTAGCCGGCTCAGCCCTATCACTCGCTTTACTCTGTTCTGCCGCCCCTGCTTTTGCCGCAGGTCCTGCTGATACACCTTCTGCAGAAAGTAAAACGAAGGAAGTATCTGCTTTGGCGACGTTCATACTTAATGGTTCTGGCCCTGATTATCCTACTTCAATTTACCGGAATGGAATCACCTATTATTTAGACAACATCACCTTCCATGGTGCTGATGGCACTTGGACAGCCGTCTACAAAAGCTGA MKMKKTLAGSALSLALLCSAAPAFAAGPADTPSAESKTKEVSALATFILNGSGPDYPTSIYRNGITYYLDNITFHGADGTWTAVYKS NA NA NA NA NA D1-12_01256 564 rutB Peroxyureidoacrylate/ureidoacrylate amidohydrolase RutB ATGGCAGAAAAGAAAAAAGCTTTAATCATTGTGGATGTACAAAAAGCCTTTGATGATAAAAAGTGGGGAGACCGAAATAACGTAAAGGCGGAAGAAAATATCAGCAAAATACTGAAATTATGGAGAGAAAAAGGATGGACAGTCATATACATACAACATATTTCTGATAAACCTGGTTCTTTATTTTATCCAAAAAATGAGGGGGTTGCTATAAAGGAAATCGTTAAACCTATGGATAAAGAAGTCATTATAACCAAGAAAGTAAACAGCAGCTTTATTGGTACTAATCTGGAAGAGCTTTTAAAAGCAAATGATATAACAACTGTCGTAATCACTGGCTTGACTACACCGCACTGTGTTTCAACAACCACAAGGATGAGCGGTAATTTAGGATTTGATACATACCTGATTTCAGATGCAACAGCAGCCTTTGGAATGAGAGACCAAAATGATACATATTATGATGCAGAGACTATTCACAATATATCTCTGGCAACATTGCATGATGAATTCGCCACAATATTAACGACTGATCAATTAATCAATGATTTTATAGCCGGCTGA MAEKKKALIIVDVQKAFDDKKWGDRNNVKAEENISKILKLWREKGWTVIYIQHISDKPGSLFYPKNEGVAIKEIVKPMDKEVIITKKVNSSFIGTNLEELLKANDITTVVITGLTTPHCVSTTTRMSGNLGFDTYLISDATAAFGMRDQNDTYYDAETIHNISLATLHDEFATILTTDQLINDFIAG NA NA NA NA NA D1-12_01257 276 hypothetical protein ATGAAATTGAAAAAGGTTTTAACTGGTTCTGCCTTGTCTCTCGCTTTACTCGTTTCCGCTGCCCCTGCTTTTGCATCCAGCCCTGGCAATACAAATAGCGACTCAACTCAAACAAAAATTTCGACACAAGCGACCAAAGATTCTTTTACAATGGATTACCTTCATAGATGGGATATCCCAAATACAACTGTTAAGAATGGTGTTACTTATTACCTTAAGAAAGTAGAGATAATCGAAGGGTTCTATCGAGCAACTTTTGAAGGATGGATTAATTAA MKLKKVLTGSALSLALLVSAAPAFASSPGNTNSDSTQTKISTQATKDSFTMDYLHRWDIPNTTVKNGVTYYLKKVEIIEGFYRATFEGWIN NA NA NA NA NA D1-12_01258 1305 pucK COG2233 Uric acid permease PucK ATGAAAAACGGCTATGCCAAAACACTTTCCCTCGGTATCCAACATGTGCTTGCCATGTATGCCGGCGCCGTCGTCGTTCCTTTAATTGTAGGAGCGGCATTGGGACTGAACGCAGAACAGCTGACATATCTCGTATCAATTGATATTTTTATGTGCGGGGCGGCTACGCTGCTTCAAGTATGGAGAAATAAATTTTTCGGTATCGGCTTGCCCGTTGTGCTCGGCTGTACGTTCACCGCGGTAGCGCCGATTATTTCCATCGGTAAGGAGTACGGGATTTCAGCCATTTACGGAAGCATTTTGGCATCGGGTCTGCTTGTCATTCTGCTGTCGTTTTTCTTCGGTAAGCTCGTATCGTTTTTCCCGCCTGTCGTAACCGGATCTGTCGTGACGATTATCGGGATGACCTTAATGCCGGTCGCGATGAATCATATTGCCGGCGGGGAAGGCAGCAAGGATTTCGGTGATCCGGCTAACCTTGCCCTCGGATTTACGGTGCTCGTCATCATCGTGCTGCTTTATCGGTTTACAAAAGGATTTTTGAAATCCATTTCGATTTTAATCGGCATTGTCATCGGGACGGCCATCGCATATTTTATGGGAAAAGTGCAATTTGACAATGTGGCGAATGCTGACGCCATTCAAATGATTAAACCGTTTTATTTCGGGACGCCGACATTTCATGCGGCACCGATTATTACGATGTCCATCGTTGCCATTGTCAGCCTTGTTGAGTCAACCGGCGTCTATTTCGCTCTCGGTGACCTGACAAACCGGCGCCTGTCTGAACGTGATTTAGCAAAAGGCTACCGTGCGGAAGGCCTGGCGGTATTCATCAGCGGCATTTTTAATGCTTTTCCGTACACGGCTTATTCCCAAAACGTCGGCCTCGTGCAGCTGACGGGAATTAAGAAAAACGCGGTCATCGGTGTCACGGGCGCACTTTTAATGCTCTTCGGCCTTTTTCCGAAAATCGCAGCCTTCACGACCATCATCCCGTCTTCGGTGCTGGGAGGCGCGATGGTGGCCATGTTCGGCATGGTCATTTCCTACGGCATTAAAATGCTCAGTCAAATTGACTTTAAAAAGCAGGAAAATCTTCTGATCGTCGCGTGTTCGGTCGGATTGGGACTCGGTGTAACCGTCGTTCCCGATATGTTTAAGCACCTGCCGTCTTACTTAAATCTGCTGACCACAAACGGAATCGTCGCCGGAAGCTTTACCGCCGTGATTTTGAATATTGTTTATAACATGATTCCTAAAACGAAAAAAACCCTTGATGTGACAAGGGTTCAAGAGGGTTAG MKNGYAKTLSLGIQHVLAMYAGAVVVPLIVGAALGLNAEQLTYLVSIDIFMCGAATLLQVWRNKFFGIGLPVVLGCTFTAVAPIISIGKEYGISAIYGSILASGLLVILLSFFFGKLVSFFPPVVTGSVVTIIGMTLMPVAMNHIAGGEGSKDFGDPANLALGFTVLVIIVLLYRFTKGFLKSISILIGIVIGTAIAYFMGKVQFDNVANADAIQMIKPFYFGTPTFHAAPIITMSIVAIVSLVESTGVYFALGDLTNRRLSERDLAKGYRAEGLAVFISGIFNAFPYTAYSQNVGLVQLTGIKKNAVIGVTGALLMLFGLFPKIAAFTTIIPSSVLGGAMVAMFGMVISYGIKMLSQIDFKKQENLLIVACSVGLGLGVTVVPDMFKHLPSYLNLLTTNGIVAGSFTAVILNIVYNMIPKTKKTLDVTRVQEG PGPT0007330_283 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PHYTOHORMONE-CYTOKININS|DERIVATE_PRODUCTION PHYTOHORMONE-XANTHINE_METABOLISM PHYTOHORMONE-XANTHINE_TRANSPORT,PGPT0007330-pubX-K16169 NA NA D1-12_01259 585 xpt COG0503 Xanthine phosphoribosyltransferase GTGGAAGCATTAAAACGAAAAATAGCAGAAGACGGAATTGTTCTTTCTGATCAAGTGCTGAAAGTGGATTCTTTTTTAAACCATCAAATTGATCCGGTTCTCATGCAGCAGATCGGCCGGGAATTTGCGCGCCGTTTTGAAAAAGACGAGATAACCAAAATCGTCACAATTGAATCTTCGGGCATTGCCCCTGCGGTGATGGCCGGCCTTGAACTCGGCGTTCCCGTCATCTTTGCGAGAAAAAGGAAGTCTCTCACATTAACGGATGATCTGCTGACGGCATCCGTCTATTCTTTCACGAAAAAAACAGAAAGTCAGATTGCAATCTCCGGAAATCATCTGTCGAAAGAAGACCGCGTGTTAATCATTGACGACTTTTTAGCGAACGGACAGGCGGCAGAAGGACTTTTATCCATCGTAAAACAAGCAGGCGCAGCGGTTTGCGGGATCGGAATCGTCATTGAAAAGTCATTTCAGCCGGGAAGAGATGAGCTGGTGAAAAAAGGATGCCGGGTCGAATCACTGGCGAGAATTCAATCGCTTGAAGACGGAAAAGTGACATTTGTACAGGAGGTCCGTTCATGA MEALKRKIAEDGIVLSDQVLKVDSFLNHQIDPVLMQQIGREFARRFEKDEITKIVTIESSGIAPAVMAGLELGVPVIFARKRKSLTLTDDLLTASVYSFTKKTESQIAISGNHLSKEDRVLIIDDFLANGQAAEGLLSIVKQAGAAVCGIGIVIEKSFQPGRDELVKKGCRVESLARIQSLEDGKVTFVQEVRS PGPT0007305_250 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0007305-xpt-K03816 NA NA D1-12_01261 1503 ypwA COG2317 Carboxypeptidase 1 ATGGATTTACATACATATGAAAAAGAGTTTTTTGATCTGTTAAAAAGAGTATCCCACTATGTCGAAGCCATTGCACTTATGCATTGGGACTTAAGAACGGGAGCCCCGAAAAAAGGCTCTGATGATCGGGCGGAAAGCATCGGACAGCTTTCGGCTGACGTTTTTCAAATCCAGACATCCGACCGGATGAAAGAGCTGATCGACATCCTTCTCGCGCATGCAGAAGAGCTCTCTGAAGATACAGTGAAAGCGGCGGAACTTGCGAAAAAAGATTATGATCATAATAAAAAAATTCCTGAAGATGAGTATAAAGAATATGTCATTTTAACATCAAAAGCTGAAACGGCTTGGGAGGATGCAAAGGCTGCCTCTGATTTCTCTATGTTTGCTCCGTACCTTGAGAAGCTGATTGATTTTAATAAGCGGTTTATTTCGTATTGGGGCTATGAAGATCATCCGTACAACGCATTGCTCGATATTTTCGAACCGGGTGTTACGGTAAAGGTGCTGGATCAGCTGTTTTCTGAATTGAAGGAAGCGATCATTCCGCTTATCAAAAAAGTGACGGAATCCGGCAATAAACCGGACACTTCCTTTATAACGAAAACGTTTCCGAAAGAACAACAAAGAGACCTCTCCTTGTATTTCTTAAAAGAGTTCGGGTATGATTTTGACGGCGGCCGCCTGGACGAGACGGTGCATCCGTTTGCGACGACAATCAACCGGGGCGATGTACGGGTGACGACCAGATATGACGAAAACGATTTCCGTACGGCAATTTTCGGAACGATTCATGAATGCGGGCATGCGATCTACGAGCAGAATATTGACGAAGCACTGAGCGGAACGAACTTATCTGACGGTGCATCCATGGGAATTCATGAATCCCAATCGTTATTTTATGAAAACTTTATCGCCAGAAATCAACATTTCTGGACCGCCTATTATGAAAAAATGGTTGAGGCTTCGCCTGATCAATTTCAAGATGTGAAAAGAGAAGATTTTGTACGCGCTGTCAACGAGGCGAAACCGACCTTTATCCGAATTGAAGCCGATGAGCTGACATATCCGCTTCATATTATTATCCGTTATGAAATTGAAAAAGCGATCTTCAGTAATGAAGTGACAGTGGAAGAACTGCCTGCATTGTGGAATCAAAAATATCATGATTATTTAGGCATTACACCGCCATCTGACGCAAAAGGCATTTTGCAGGACGTACATTGGGCGGGCGGCGATTTCGGCTATTTCCCTTCCTATGCGCTAGGATATATGTATGCGGCACAGCTGAAGCATACCATGCTTGACGATCTGCCTGAATTTGATCAATTAATAGAACGGGGCGACTTTGAGCCGATCAAACAATGGCTGACAGAAAAGGTTCATCAGCACGGAAGACGCAAAATGCCGCTTGACATCATAAAAGATGCAACGGGAGAAGAGCTGAACGTTCAATATCTCATTGAGTATCTCGTCGGCAAATATTCAAATTTATATTTATAA MDLHTYEKEFFDLLKRVSHYVEAIALMHWDLRTGAPKKGSDDRAESIGQLSADVFQIQTSDRMKELIDILLAHAEELSEDTVKAAELAKKDYDHNKKIPEDEYKEYVILTSKAETAWEDAKAASDFSMFAPYLEKLIDFNKRFISYWGYEDHPYNALLDIFEPGVTVKVLDQLFSELKEAIIPLIKKVTESGNKPDTSFITKTFPKEQQRDLSLYFLKEFGYDFDGGRLDETVHPFATTINRGDVRVTTRYDENDFRTAIFGTIHECGHAIYEQNIDEALSGTNLSDGASMGIHESQSLFYENFIARNQHFWTAYYEKMVEASPDQFQDVKREDFVRAVNEAKPTFIRIEADELTYPLHIIIRYEIEKAIFSNEVTVEELPALWNQKYHDYLGITPPSDAKGILQDVHWAGGDFGYFPSYALGYMYAAQLKHTMLDDLPEFDQLIERGDFEPIKQWLTEKVHQHGRRKMPLDIIKDATGEELNVQYLIEYLVGKYSNLYL NA NA NA NA NA D1-12_01262 1920 yoaA COG1199 putative ATP-dependent DNA helicase YoaA GTGACAACATCACGTTTGCCTTTTGCTTTAACAAAAGAAAAGAATTTTTACGAAGAATTGAACAATTGGATTGGTGACGTGTTTTACGATATCCTTCCCGAGAAAGGCTTTGACCTTCGGGATGAGCAGGTATTTATGGCGTTTCAGCTTGAACGGGCATTTAAAGAGAAAAAGGTCATGTTCGCTGAGGCAGGAGTCGGTACGGGGAAAACGCTGGTGTATCTGCTGTTTGCCATCAGCTATGCCAGATATACGGGTAAACCGGCCATTATCGCATGCGCCGATGAAACGTTAATTGAACAGCTTGTCAAAAAAGAAGGCGACATTTCCAAGCTGACAGAACATTTGGATCTGCAGATTGATACACGGCTGTCCAAATCCCATGAGCAGTATCTGTGTCTGAAAAAGCTTGAGAAAACAATGCAGCGTTCTGATGATGAAAAGTGGCTGGATCTTTATGAGTCGCTGCCTTCATTCGTACACGAATCACAAGCGATGCAGCGCTTTTATCCGTACGGCGACCGCAAACAGTACGCTGATTTGACGAATGAAGAGTGGGCAGGCGTCAGCTATGATTCCTTCCAAGATTGTTTAACTTGTGATATGAGACATAGATGCGGTTTAACACTTTCAAGAGATCATTACAGAAAATCAACGGATCTGATTGTTTGCTCCCATGATTTCTACATGGAGCATGTATGGACGGAAGAATCACGTAAAAGGGAAGGACAGCTGCCGCTTTTGCCGGATCACAGCGCCGTCGTGTTTGATGAAGGACATCTGCTGGAATTCGCCGCGCAAAAAGCGTTAACCTATCGCGTGAAGCAGTCGACGCTCGAGCTGTTTTTAGAGCGTCTGCTTCAAAATGACATCAGAGAGGAATTCGCCGAACTGATTGAAGATGCCCTTGCCGCAAACGATGAGTTTTTCTATGTGCTGTCAGAGGAATCGAAGGAAATCGCCGGCTCTCACCGATTGGACATCCAAAACGACCAGCGCGTTAAGCGTGCGGCTGACGAACTGTGCCGTCTGCTCGATAAAATCGGCGAGGCGCTCGTATTTGAATCGGAAATGTATACGATTGATAAGTACGAGCTGTCAGTTGTAGAAGAATACGTCGAACAAATGGCATATTCGCTGTCGCTGTATCAGAAGGATGCCATCAGCTGGCTTGAAACGCGGGATACAGACTCAACGTTTGTCGTTATGCCGAGAACTGTAGCCGAAGTGCTGGGAGAAAAGGTCTTTTCTAAAAAGATTCCTTATATCTTCTCATCGGCCACTCTTTCTGAGGGCGGTTCATTTGATTATATCGCTGACAGCCTCGGAATCCGTGATCCTTTATCATTCACCGTTGAATCTCCGTACGATTACGAGGAGCAAATGTCTGTTGCGCTTCACGGTGACATGACGTCTGAGCAGAAAACAGCCGAAACGATTGAAACCATTAAGGAGAATGAAGGACGCACCCTCGTTCTTTTCCCTTCCTTTGAAGACATGAAAGAATTTAAAGAACAGGCTGCCGCGTGGGAGCTGCCGTATCCGATATACTACGAAGGTGACGAAGAGATCAGCAGTCTGGTCGAAAAGTTCCAGCGGGATGAAGAATCCGTGCTTTGTTCCGTCCACTTATGGGAAGGTCTTGACATTCCCGGTGACTCGCTCCGGAATGTGACCATTTGGGCATTGCCGTATCCGCCTCATGATCCGGTGTTTACCGCAAAGCGGAACGGAGCGAAAAAAGATCCGTTTGAGGAAGTTGATCTGCCATACATGCTCTTGAGAGTCAGGCAGGGAATCGGCCGCCTTATCCGTTCTAATCAGGACAGCGGAACCATATCCATTTATGCGGGCGGAGAAAGTGAACGGGTCCTGGCCGAAGTCAAAAAGGTTTTGCCTGTTACACCGAAAATTGTATAA MTTSRLPFALTKEKNFYEELNNWIGDVFYDILPEKGFDLRDEQVFMAFQLERAFKEKKVMFAEAGVGTGKTLVYLLFAISYARYTGKPAIIACADETLIEQLVKKEGDISKLTEHLDLQIDTRLSKSHEQYLCLKKLEKTMQRSDDEKWLDLYESLPSFVHESQAMQRFYPYGDRKQYADLTNEEWAGVSYDSFQDCLTCDMRHRCGLTLSRDHYRKSTDLIVCSHDFYMEHVWTEESRKREGQLPLLPDHSAVVFDEGHLLEFAAQKALTYRVKQSTLELFLERLLQNDIREEFAELIEDALAANDEFFYVLSEESKEIAGSHRLDIQNDQRVKRAADELCRLLDKIGEALVFESEMYTIDKYELSVVEEYVEQMAYSLSLYQKDAISWLETRDTDSTFVVMPRTVAEVLGEKVFSKKIPYIFSSATLSEGGSFDYIADSLGIRDPLSFTVESPYDYEEQMSVALHGDMTSEQKTAETIETIKENEGRTLVLFPSFEDMKEFKEQAAAWELPYPIYYEGDEEISSLVEKFQRDEESVLCSVHLWEGLDIPGDSLRNVTIWALPYPPHDPVFTAKRNGAKKDPFEEVDLPYMLLRVRQGIGRLIRSNQDSGTISIYAGGESERVLAEVKKVLPVTPKIV NA NA NA NA NA D1-12_01263 192 hypothetical protein ATGCTGAACAGCGAGCACTTCAGTAAAATACAAAAGGCGTTAGACGCAACTGCTTTCCGGCTGGAGGAAGCCGGAGCGGAGTTCGGTCCTTCCGCCATGACACACGCACAGGAAGAACTTGAAAATGCGGTAAAACATACACATTCAACAGACCATCCGTTCCTATGTACACATATCATTAATCGGAAATGA MLNSEHFSKIQKALDATAFRLEEAGAEFGPSAMTHAQEELENAVKHTHSTDHPFLCTHIINRK NA NA NA NA NA D1-12_01264 153 hypothetical protein ATGAGTTATAAAGATCGATTAGATCAGCATTCTGAATTGTTTCATCACAATTGGACGCGGCCGAAACGCTCTAAATCACAAGTGAACGGCCACACCGAAATGTCCCAGACCAACATTATTTTACGGAGCAACGCAAAAGCGCACCGCTGGTAA MSYKDRLDQHSELFHHNWTRPKRSKSQVNGHTEMSQTNIILRSNAKAHRW NA NA NA NA NA D1-12_01265 1167 rlmL COG0116 Ribosomal RNA large subunit methyltransferase K/L ATGAAGAAGTACACACTAATAGCGACGGCGCCGATGGGAATCGAAGCGATCGTCGCCAAAGAAGTGCGTGATTTAGGTTATGAATGCAAAGTAGACAACGGAAAAGTCATTTTTGAAGGAGATGCGCTTGCGATCTGCCGCGCTAACTTATGGCTGCGGACGGCTGACCGCATCAAAGTACAGGTCGCCGAGTTTCAGGCGAAAACGTTTGATGAGCTGTTTGAAAAAACAAAAGCGATTGACTGGCGCGCGTACATTCCGGAAAACGCCAAGTTCCCCGTTATCGGAAAATCCGTGAAATCAGTGCTTGCCAGTGTGCCTGACTGCCAGCGGATCGTCAAAAAGGCGATAGCGGAAAAGCTGAAACTGCAATCAGGAAAACAAAATGAATGGATTGAAGAAACGGGACCCGAGTATAAGGTGGAGATTTCCCTTTTAAAAGATAAAGCCGTACTTACACTGGATTCATCAGGAACAGGCCTTCACAAACGGGGATACAGGGTTGATCAGGGAGGAGCTCCGATTAAAGAGACGCTCGCTGCCGCGTTAATTCAGTTAACCAACTGGACACCCGACCGTCCGTTCGTCGATCCGTTCTGCGGTTCCGGCACGATCGCCATTGAAGCCGCTTTAATCGGACAAAACATTGCTCCCGGTTTTAACCGTGATTTTGTTTCAGAAGACTGGGAATGGATCGGAAAAGAACTGTGGGACAAGGCGCGTCTTGAAGTGGAGGAAAAGGCGAACTATGATCAGCCGCTGCAGATTTTTGCCAGTGATGTGGATCACCGGATGGTAAACATCGCCAAAGAAAACGCAGAAGAAGCGGGACTTGGTGACCTGATCGAATGCAAGCAAATGCGGGTGCAGGATTTTACGACAAAACTCGAATTCGGAGTAATCGTCGGAAACCCTCCGTACGGCGAACGTCTCGGCGAAAAAAGAGAAGTCGAGCAGATGTATAAAGAAATGGGCCGGGCATTTGAATCTCTTGATACATGGTCTGTCTACATGTTAACGTCAAATGAACAATTTGAAGAGGCCTACGGGAGAAAAGCAACCAAAAAACGGAAGCTCTTTAACGGTTTTATCAAAACGGATTATTATCAGTACTGGGCTAAAGTGCGGCCGCAGCGGAAAAAGCCGCAACAAAGAGAAGACGCCTGA MKKYTLIATAPMGIEAIVAKEVRDLGYECKVDNGKVIFEGDALAICRANLWLRTADRIKVQVAEFQAKTFDELFEKTKAIDWRAYIPENAKFPVIGKSVKSVLASVPDCQRIVKKAIAEKLKLQSGKQNEWIEETGPEYKVEISLLKDKAVLTLDSSGTGLHKRGYRVDQGGAPIKETLAAALIQLTNWTPDRPFVDPFCGSGTIAIEAALIGQNIAPGFNRDFVSEDWEWIGKELWDKARLEVEEKANYDQPLQIFASDVDHRMVNIAKENAEEAGLGDLIECKQMRVQDFTTKLEFGVIVGNPPYGERLGEKREVEQMYKEMGRAFESLDTWSVYMLTSNEQFEEAYGRKATKKRKLFNGFIKTDYYQYWAKVRPQRKKPQQREDA NA NA NA NA NA D1-12_01267 300 gpsB COG3599 Cell cycle protein GpsB ATGCTTGCTGATAAAGTAAAGCTTTCTGCGAAAGACATTTTGGAAAAAGAATTTAAAACAGGCGTTAGAGGTTACAGACAAGAAGACGTTGACAAATTTTTAGATATGATTATTAAGGATTATGAAACCTTTCATCAAGAAATTGAAGAACTGCAGCAAGAAAATCTGCAGCTGAAAAAACAGCTTGAAGAAGCAAGTAAAAAACAGCCGGTGCAGTCCAATACGACCAACTTTGACATTCTGAAAAGGCTGTCCAACCTTGAGAAACATGTATTCGGCAGCAAACTTTATGACGAATAA MLADKVKLSAKDILEKEFKTGVRGYRQEDVDKFLDMIIKDYETFHQEIEELQQENLQLKKQLEEASKKQPVQSNTTNFDILKRLSNLEKHVFGSKLYDE PGPT0014806_192 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-CELL_GROWTH_SIGNALLING,PGPT0014806-gpsB-NA NA NA D1-12_01268 549 hypothetical protein TTGAAAGTATTAGCCGTAACAGGATACAAGCCGTTTGAACTCGGGATTTTTAAACAGGATGACCGGGCGCTTGTTTATATAAAAAAGGCGATAGAAACGAGACTCAGAAGCTTTATTGACGAAGGCTTGGAATGGATTCTCATATCCGGACAGCTGGGGACTGAGCTTTGGGCGGCAGAAACGGCGTACGATCTCAGAGAAGAGTATCCGGAATTAAAGGTTGCCGTTATCACGCCTTTCTACGGCCAGGAGGAAAAGTGGAAGGAGCCGAATAAAGAAATGTATGAAGCGGTGCTTGCTCAGGCAGATTATGAGGAGAGCCTGACGCATCGGCCGTACGAAAGTCCGCTCCAATTCCGGCAGAAAAACGCGTTCTTTATTGAAAAGTCAGATGCGCTTTTGCTTTTATATGATCCTGAAATGGAAGGATCGCCGAAATATATGCTGCAGCAGGCAGAAAAACGCCGTGAAACAGACGGATATCCGATTTATTCGATTACGATGGATGATCTCCGTGCCGCCGTTGAAGAAGAAGATTTCTTTACATAA MKVLAVTGYKPFELGIFKQDDRALVYIKKAIETRLRSFIDEGLEWILISGQLGTELWAAETAYDLREEYPELKVAVITPFYGQEEKWKEPNKEMYEAVLAQADYEESLTHRPYESPLQFRQKNAFFIEKSDALLLLYDPEMEGSPKYMLQQAEKRRETDGYPIYSITMDDLRAAVEEEDFFT NA NA NA NA NA D1-12_01269 237 hypothetical protein ATGTTTCATCATCATTGTTGCAGACCAAACGTGATGCCGCCGATTGTCCATCCGACTCATTGCTGTGAACACCATTGTTTTTCTAACACAGTTGTGCCGCATATTCATCCGCAACATACAACTAACGTAAATCACCACAACTTTGAGCACGTTCATTACTATCCGCACACTTTTTCAAATGTTGACCCGACAACTCACCAGCATTTTCAGTGCGGAAGCCCTTGCTGCGATCATTAG MFHHHCCRPNVMPPIVHPTHCCEHHCFSNTVVPHIHPQHTTNVNHHNFEHVHYYPHTFSNVDPTTHQHFQCGSPCCDH PGPT0025150_125 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_COAT_PROTEIN,PGPT0025150-cotD-K06327 NA NA D1-12_01270 96 hypothetical protein ATGTATAAAGGTGTTTTTTACTTGTTCTTTGTCGTGGTTTTTTTGATTGCGTTTGTGTTTTCGAATTTTAAAGACAGCTTGCTGACGCACTTTTAA MYKGVFYLFFVVVFLIAFVFSNFKDSLLTHF NA NA NA NA NA D1-12_01271 1239 hypothetical protein ATGTCCTTGAAAAATAAATTAAAGCGGATGAAAAACCACCTGAATGTGCCGGAAGCTGAAAAAAAGCCGGCAGCTTCACAACTTTCGGTCCCGGATATTCAAGTCCCATTTAGAGAAGAATGGGAGGCATTCGGAGTGAAGCCTTTCTTTTTTGAGGATGAATACTGTCTTATCCGCGAAACCGTCTATCCGCTTTCGCACCGTCACGGACGGTACAGCTTCAGTGAACTTGATGACGTCATGGCATTATGGAATAAAGGCGGTTTGACACATACTTTATCAGCAGAAGGATACGAAAAAAGCCAGCTGTTCTTCTTTGATACTGAAACGACCGGCCTCGGCGGCGGGGCCGGCAATATGATCTTTTTGCTCGGTCATGCAAGAGTGTATGAAGACCGTGTCGCGGTTAAACAGCATCTGCTTCCTAAACCGGGAAACGAGACGGCTCTTTACAAAAGCTTTTTAAGTGAGGTTGACATTACGTCTCTTGTTACGTATAACGGAAAAGCCTTTGACTGGCCGCAGGTAAAAACTAGGCATACATTGCTGCGGGACAGGCTTCCGAAACTTCCTGACTTCGGACACTTTGATCTTCTGCACGGAGCGAGACGGCTTTGGAAACATAAATTAGAGCGTGTATCGCTTTCGGCGGTTGAAAATGAAGAGCTTGCTTTTAAAAGGGACGAAGACACCCCTGGTTATTTGGCGCCGATGCTGTATTTTCAATTTTTAAAGGCGGAGGACCCGGCTCTTTTAAAGGGAGTGCTCTCGCATAATGAACAAGATGTGCTTTCTCTCATCGCTCTTTACATCCATATGTCAAAAAAGATTTTTGCATCTTCTGATCAGACGTCAGAACGTCAGGAAGCATACGCCATGGCGAAATGGTTTATCGCTCATAAAGAAACCGATCGGGCTGTTTCACAGCTGGAAGCGCTGCAAGGCAAAGCCTTTGAAGATTCAGATCGGGCCCTTTTTGACTTAGCAATGCTTTATAAAAAACAAAACCGCAGGCAAGACGCCGTGCCCCTTTGGGAGAAACTGACGGGCTCTGATCTTCACATATGCAGACACCAATCAGCGGTAGAGCTGGCGATCTATTTTGAGCATCACGCAAAAGATTACAAAAAAGCTCTGCAGGCCGCGCAGCAGGCGGCAGAAGACGAGGAAATATCGGAAAAAGAAGCCGAGAAGCTCCATGTGAGAATTGCCCGGCTCAAGAGGAAATATTCCTCTTGA MSLKNKLKRMKNHLNVPEAEKKPAASQLSVPDIQVPFREEWEAFGVKPFFFEDEYCLIRETVYPLSHRHGRYSFSELDDVMALWNKGGLTHTLSAEGYEKSQLFFFDTETTGLGGGAGNMIFLLGHARVYEDRVAVKQHLLPKPGNETALYKSFLSEVDITSLVTYNGKAFDWPQVKTRHTLLRDRLPKLPDFGHFDLLHGARRLWKHKLERVSLSAVENEELAFKRDEDTPGYLAPMLYFQFLKAEDPALLKGVLSHNEQDVLSLIALYIHMSKKIFASSDQTSERQEAYAMAKWFIAHKETDRAVSQLEALQGKAFEDSDRALFDLAMLYKKQNRRQDAVPLWEKLTGSDLHICRHQSAVELAIYFEHHAKDYKKALQAAQQAAEDEEISEKEAEKLHVRIARLKRKYSS NA NA NA NA NA D1-12_01272 2247 dbpA_1 ATP-dependent RNA helicase DbpA ATGAAGAAAAAATCACTGAGCGAACTGATACAGGAATTAAAAAATCATGAAAATATTGTGCATTGGCATGAAGAGGAACCGCGGGAGGCGAAAACCATGCCGATGCCGGAGCAAGTAGATCCGAACATTCGGGCGGCTCTCGAAAAGAGGGGGATCGAGCGGCTCTTTACACATCAATACTCCGCTTTTCAGACGGTTCAAAACGGAGAAAGCATTGTGGCTGTCACACCGACGGCCTCCGGAAAAACACTGTGCTATAATCTTCCGGTTCTTCAGTCTATCGCGGAAGATGCCTCAAGCCGCGCGCTTTATTTATTTCCGACAAAGGCGCTCGCACAGGATCAAAAAAGCGAGCTGAACGAAATCATAGACGAGACGGGCATGGACATTAAAAGCTTCACCTATGACGGAGATACGTCTCCGGCCATCAGGCAGAAAGTCAGAAAAGCCGGGCATATTGTGATCACAAATCCCGATATGCTTCATTCAGCCATTCTTCCCCACCATACAAAATGGGTGAGTCTGTTTGAAAACCTGAAATATATCGTCATTGATGAATTACATACGTATCGCGGCGTATTCGGCAGCCATGTGGCGAACGTCATCCGCCGTTTAATGAGAATCTGCGCTTTTTACGGAAGCAAGCCGTCATTTATCTGCACATCCGCCACAATCGCCAATCCGATGGAATTGGCGGAGCAGCTGACGGGAAAATCAGTGCGCCTGATTGACGACAACGGCGCCCCGGCCGGAAGAAAGCATTTTGCTTTTTACAACCCTCCGATTATAAATAAACCGCTGCATATTCGAAAAAGCGCCACCGTGGAAGTGAACGAACTTGCCAAAACTTTTTTGAAAAATAAGATCCAGACGATTGTTTTTGCAAGAAGCCGTGTGCGGGTTGAAATTATTTTAAGCCACATTCAGGAGATCGTAAAAAAGGAAATCGGCGCGAAGTCTGTCAGAGGTTATCGCGGCGGATATCTTCCGAAAGAAAGAAGAGATATAGAGCGGGGGTTAAGAGACGGCAGCATTCTCGGGGTTGTCAGCACAAACGCGCTGGAGCTTGGCGTTGATATCGGCCAGCTTCAGGTCTGCGTGATGACGGGGTACCCGGGCAGTGTCGCGAGCGCATGGCAGCAGGCGGGCCGGGCCGGACGGCGGCAGGGAGAGGCGCTTATCGTGATGGTGGCGAACTCTGATCCGATTGACCAATATATTGTGCGCCATCCTGATTATTTCTTTAAACGCTCGCCTGAATCTGCAAGGATTAATCCTGATAATCTCATTATATTGGTCGATCACCTGAAATGCGCTGCGTATGAGCTGCCTTTCAGAGCCGATGAAACATTCGGAGAAAATGATGCAAGAGACATTCTCGAGTATTTAGAAGAAGAAGGGGTGCTTCACGAAAACCGCGAACGCTATCACTGGGCGAGCGAATCTTTTCCCGCCTCCAACATCAGTCTCCGTTCGGCGTCACAGGAAAACGTGGTCATCGTTGACCGGTCAGAGACGGCTGATGTAAAAATCATCGGAGAAATGGACCGTTTCAGCGCGATGACGCTTCTTCATGATGAAGCGATTTATCTTCATGAAGGGGTGCAGTACCAGGTTGAAAAGCTTGATTGGGACCATAAAAAAGCGTACGTGCGAAAGGTCGATGTCGAATATTATACAGATGCCAATTTAGCGGTGCAGCTGAAAGTGCTGGACATTGACAGAACGGACAGCAGAAAGAAAACGGCCTTACATTTCGGCGATGTAACCGTGAACGCACTTCCGACAATATTTAAAAAAATTAAAATGACGACATTTGAAAATATAGGATCAGGGCCGATTCATCTTCCAGAAGAAGAACTGCATACCAGTGCTGCCTGGCTTGAATTGAAAGAGACGGATTCGGAGATCGGCGAAAAAACGCTTGAACAGCTGCTTTTAGGCATTGCCCACGTCCTGCAGCATATCGTGCCTGTATACGTCATGTGCGACCGAAATGACGTGCATGTCGTGCCGCAAATCAAAGCCGCACATACCGGACTTCCGACAATCTTTCTGTATGATCATTATCCGGGCGGAATCGGACTTGCTGATGAAGTATATAAGCGATTTGATGAAATCAATGAAGGGGCTGAGCGCCTGATCAGACAATGTCCATGTCAAGACGGATGTCCTTCCTGCATCGGCTCCGAAATAGAAGGAATAGATGCAAAGAAAGCGATACTCCGGCTCTTGAATTACGTGTAA MKKKSLSELIQELKNHENIVHWHEEEPREAKTMPMPEQVDPNIRAALEKRGIERLFTHQYSAFQTVQNGESIVAVTPTASGKTLCYNLPVLQSIAEDASSRALYLFPTKALAQDQKSELNEIIDETGMDIKSFTYDGDTSPAIRQKVRKAGHIVITNPDMLHSAILPHHTKWVSLFENLKYIVIDELHTYRGVFGSHVANVIRRLMRICAFYGSKPSFICTSATIANPMELAEQLTGKSVRLIDDNGAPAGRKHFAFYNPPIINKPLHIRKSATVEVNELAKTFLKNKIQTIVFARSRVRVEIILSHIQEIVKKEIGAKSVRGYRGGYLPKERRDIERGLRDGSILGVVSTNALELGVDIGQLQVCVMTGYPGSVASAWQQAGRAGRRQGEALIVMVANSDPIDQYIVRHPDYFFKRSPESARINPDNLIILVDHLKCAAYELPFRADETFGENDARDILEYLEEEGVLHENRERYHWASESFPASNISLRSASQENVVIVDRSETADVKIIGEMDRFSAMTLLHDEAIYLHEGVQYQVEKLDWDHKKAYVRKVDVEYYTDANLAVQLKVLDIDRTDSRKKTALHFGDVTVNALPTIFKKIKMTTFENIGSGPIHLPEEELHTSAAWLELKETDSEIGEKTLEQLLLGIAHVLQHIVPVYVMCDRNDVHVVPQIKAAHTGLPTIFLYDHYPGGIGLADEVYKRFDEINEGAERLIRQCPCQDGCPSCIGSEIEGIDAKKAILRLLNYV NA NA NA NA NA D1-12_01273 507 crr PTS system glucose-specific EIIA component TTGCTGAAAAAATTATTTGGATTGGGAGACAGCCGGAAAAAGCCGGCCGAAGAAGTGATTTTTTCTCCGGCTGACGGAGCGGTGATGGATTTGGCTTCAGTGCCGGATCCTGTATTTTCACAAAAAATGATGGGGGATGGGATCGCCGTCGAGCCTGCAAACGGAGACATTGTTTCACCGGTTGAGGGAGAAGTGATTCAGCTGTTCCATACAAAACATGCTGTCGGCATCCGCACCCTTTCCGGAGCGGAACTTTTGATACATGTCGGCTTGGATACCGTCAATATGAACGGTGAAGGCTTTGAAGCGCATGTAAAAGAAGGCGACAAAGTGAAAACAGGCGATCTGCTTTTAACGTGCCGGCTGGATTTAATAAAAGAAAAAGCAAGCAGCACCGTCATCCCTATGGTGATTATGAATGGCGATGCCGCAGAACCTTTGCAATTTGCAGGCGCAAATGAAGCGAAAAAAGGACAAACAGAGCTTTTTACGATAAAAATGAAGTAG MLKKLFGLGDSRKKPAEEVIFSPADGAVMDLASVPDPVFSQKMMGDGIAVEPANGDIVSPVEGEVIQLFHTKHAVGIRTLSGAELLIHVGLDTVNMNGEGFEAHVKEGDKVKTGDLLLTCRLDLIKEKASSTVIPMVIMNGDAAEPLQFAGANEAKKGQTELFTIKMK PGPT0014090_403 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-CARBOHYDRATE_LIMITATION_SIGNALLING,PGPT0014090-crr-K02777 NA NA D1-12_01274 414 hypothetical protein ATGGATCAATCACAAAACGATAAACTTGATCCGCAAAGAAATGAGGACATCATCAGCCATGCGATGGACCAATTTTTTCACTCAGGTCCCTTCGCAGAATTGATGCAGGGTTTTCAACACCTTGTCAATTCGGCTTTTACTGAAGCGCAAGTGACGATTGACGTCAGAGAAGAGCCGACGGGCCTCGCGGTTGATATCAGCGTTCCCGAGACATTCCGTGACGGGGATATGCTGGTGGAAACGAAAGGGTGCTACCTTCACGTTACAATCCGCTACGATCATAAACAGGCTCATTCATCCCACGTGTCTTCAAGCATGACAAGAACCGTTGTCCTCCCGTATAAGGTGAGTGAAGAAGATATGGAAACATCCTGGAATGAACAGACGCTTACCCTCTTTTTCCCTAAAAAATAA MDQSQNDKLDPQRNEDIISHAMDQFFHSGPFAELMQGFQHLVNSAFTEAQVTIDVREEPTGLAVDISVPETFRDGDMLVETKGCYLHVTIRYDHKQAHSSHVSSSMTRTVVLPYKVSEEDMETSWNEQTLTLFFPKK NA NA NA NA NA D1-12_01275 468 hypothetical protein ATGCAATGGAGAGCGCAGCCCTATCAAAATATGTACCAGCAGCCGGCGGGATATTTCTACCCGCAGCAGATACAGCCGCTGCAGCAGCCGAGTCCGCAGCAGATACAGCCATTACAACAGCCGAGTCCGCAGCAGATACAGCCATTGCAGCCGCCGCCATATCATCAGCAAGGGCAGTACCCGCAGCAATTTTATCCGAATCAGGAATACGGTCATGTGCAGCAGCCGTTTGCTCCCCCTCCTCCTCAGGCAGCCATGCCCGGGGGGCAGCCGGGGTTTGTGAATCCTTACCCCGTTCCCAGACCGAATCAGCAGCAGTCTTCCCAATTCTCAGGCATACTCTCCCAGTTTAAAAAAACGAACGGACAGTTTGACTTTAATAAAATGATAGATACAACGGGGCAGATGGTAAGCGCCGTAAATCAGGTCGGATCGCTGGTGAAAGGCCTCACCAATATCTTCAAATAA MQWRAQPYQNMYQQPAGYFYPQQIQPLQQPSPQQIQPLQQPSPQQIQPLQPPPYHQQGQYPQQFYPNQEYGHVQQPFAPPPPQAAMPGGQPGFVNPYPVPRPNQQQSSQFSGILSQFKKTNGQFDFNKMIDTTGQMVSAVNQVGSLVKGLTNIFK NA NA NA NA NA D1-12_01276 183 hypothetical protein ATGAACGTATCATACTTAAGAAAGCGTTTTGCTGAAGTGAAAAAATATGAAACAGATTGTGCAGATAAACTGATGGACTTTGCAAAATTCCTCTATATTCAAGGCCATCTCACCGCAACCGAATTTCGAAACAGTATGAAGGTTCTCGAAGCAAGTGGAGCAGAAAACCCGGCGTATGAATAA MNVSYLRKRFAEVKKYETDCADKLMDFAKFLYIQGHLTATEFRNSMKVLEASGAENPAYE NA NA NA NA NA D1-12_01277 369 yppE putative protein YppE TTGCAGACACAGTCGTTATTGGAGCTGACAGAACAAATGATAAAGGCGGTTCTTGAAGCCGAAAAAAGGTATCAGGATGGAAAAGAGTCAGGCCGTTCATATGATTTTTTTGAGACTATTAAACCCGATGTTGAAAAAAGAGACCGGCTTTGCGCGCTTTGGACTAAAGCAGCGCTTGCGTTTATTCAGGAAAACCGTCCGAAATACGTTCATCACGCACAGATTCAGGCCGTTACAGAAAATTTCGGAGAGCTGATGCTCCAATCATATGTTCATCATATTCATAAAAAAAGATACAGAGATTTAACTGAATCTGTTTTATATACGCTTCGTATATTAAGGGATGAAATTGAAAAAGAAGGCAGCTGA MQTQSLLELTEQMIKAVLEAEKRYQDGKESGRSYDFFETIKPDVEKRDRLCALWTKAALAFIQENRPKYVHHAQIQAVTENFGELMLQSYVHHIHKKRYRDLTESVLYTLRILRDEIEKEGS NA NA NA NA NA D1-12_01278 246 hypothetical protein ATGTCTGTTTACACGAGCAAGGCTGATATTCTCCGTCTGCTTTCTGATATTGAAATCCGGATTTCTGCTGCTGAAAAAACGCTTACCCAGGCAGTCAGATCCTGTCAGGCGGAAGCTGAAGAAATCAGACAGGAGAAACTTTCCCGCCTTGAGGAAGAGGCGCGGGAGCTTCATGTTTGTATTGATGACCTGTTTTTGGCTGACCGGCGTAAAAAGGATTTGCCGAGAGCCTGCCGGATCAGCTGA MSVYTSKADILRLLSDIEIRISAAEKTLTQAVRSCQAEAEEIRQEKLSRLEEEARELHVCIDDLFLADRRKKDLPRACRIS NA NA NA NA NA D1-12_01279 105 sspM Small, acid-soluble spore protein M ATGAAAACGAGACCGAAAAATGCAGGTAAACAGCAAAAAACCGAAGCAAAAACGACTGATACGCTTGATAAAAAATTAGGCGGCCCAAACCGCCCTTCCACGTAA MKTRPKNAGKQQKTEAKTTDTLDKKLGGPNRPST PGPT0024920_7 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE_SMALL_ACID-SOLUBLE_SPORE_PROTEINS,PGPT0024920-sspM-K06430 NA NA D1-12_01280 963 hypothetical protein ATGAACGTGCATAAACGACAGACCGTAACCGCCATTCTTCGCCTGATCGAAAAAGAGACGAAAATAAAAAATGCCGATAATATTTCCCGGACGAATGCCTATAAAGCATATTATGACCGCCATCCTGAGATCAAGTGGCCGCTTTTGGCATCCTTTGTGTCCCGCAATGCGGGCTGGTCGATGACTGATCTAAGAGGCATCCTTTATCAGGAGGGTCTTGACAGCAGTCAGAAAAACTGGTTTTTCCTTTCGTATGAAAGGGCGAATTGGCTGATTTTTTCTGATGCCTATCCTCAGCTTCTGGTCTACCAGTGGTCAAAACAAATCGGCGAACCTCTTTTCCGTCATCTTCCTCATTTCCGCGTCTCGGCTTTTATGCAGGAAGAATGGTTCCGCTTTTGGCGTGACGGAGATACGGAACGGCTCATGTATGCTCTTATTATAAATGAACAAAACACTATCCAAGCACCTATTATACAAAATCCTTCGTTTAAAAAGAATGTTTTTGGCACGATTCCTTTTTATTTAAGTGATTGGTTTCACTTTAATACGGTGGTATTCCCTTCATGTGACGGACATTTATACGGAATTTCCGTCAAACGGTTTTCGAAAACCGAAGAAAGAATTACGCTCGGGAAACAGCTGGCCCGCCTTCTGTTCAGTCCTGATCTGCACGCTTCTTTTTACCGTTTTCTTGATACCGTTCCTCATACCGGTTCGCGCTTTGATATGGAGAAAATGATCGGCATCAAAAAAAGAACATCACCGATGCTGAGGACAACCTATCCCATTGTTGCCCACCCATTAGACGGCGAAAGGGCGGATTGGTTTCAAAAAAGGTTAAGAAAAGGGGCTTTCTTACAGGAGAAAATGCCGAAACAGCTTGAACTGACGGACTGGTACTTCCAAAAAAGACGGGAGCTCCATGCGCTCTTCGCGGTGAAAGAGTGGCTGAAGAAATGA MNVHKRQTVTAILRLIEKETKIKNADNISRTNAYKAYYDRHPEIKWPLLASFVSRNAGWSMTDLRGILYQEGLDSSQKNWFFLSYERANWLIFSDAYPQLLVYQWSKQIGEPLFRHLPHFRVSAFMQEEWFRFWRDGDTERLMYALIINEQNTIQAPIIQNPSFKKNVFGTIPFYLSDWFHFNTVVFPSCDGHLYGISVKRFSKTEERITLGKQLARLLFSPDLHASFYRFLDTVPHTGSRFDMEKMIGIKKRTSPMLRTTYPIVAHPLDGERADWFQKRLRKGAFLQEKMPKQLELTDWYFQKRRELHALFAVKEWLKK NA NA NA NA NA D1-12_01281 609 recU COG3331 Holliday junction resolvase RecU GTGATTCGGTACCCGAATGGAAAAACTTTTCAGCCGAACAAAACGGTTTCATCCCAAAACAGCCAGAAACGGTCCCATTCATACAGTAATCGCGGCATGACCCTCGAAGACGACCTGAATGAAACGAATAAGTATTATCTGGCTAACCAAATTGCTGTCATTCACAAAAAGCCGACACCCGTCCAGATTGTAAACGTCCACTATCCGAAAAGAAGCGCCGCAGTCATTAAGGAAGCTTATTTTAAACAGTCTTCAACAACTGACTACAACGGCATTTATAAAGGACGCTACATTGATTTTGAGGCAAAAGAAACAAAAAACAAAACGGCATTTCCCCTGCAGAATTTTCATGATCATCAGATTGAACATATGAAGCAGGTGGTCAGGCAAGACGGCATTTGTTTTGTTATTATATCCGCTTTCGGAAAGGTTTATTTCCTCGAAGCCGACAAGCTGTTTGTCTTTTGGGACAGAAAGGAGAACAATGGCAGAAAATCGATTCGCAAAGACGAATTAGAAGATGCTTCCTTTCCGATTTCCCTTGGATACTCACCGAGAATTGATTATATTAGTATTATTGAACAGCTTTATTTTTCGCAGGAACAGTAG MIRYPNGKTFQPNKTVSSQNSQKRSHSYSNRGMTLEDDLNETNKYYLANQIAVIHKKPTPVQIVNVHYPKRSAAVIKEAYFKQSSTTDYNGIYKGRYIDFEAKETKNKTAFPLQNFHDHQIEHMKQVVRQDGICFVIISAFGKVYFLEADKLFVFWDRKENNGRKSIRKDELEDASFPISLGYSPRIDYISIIEQLYFSQEQ NA NA NA NA NA D1-12_01282 2784 ponA COG0744 Penicillin-binding protein 1A/1B ATGTCAGATCAATTTATGAGCCGTGAAGAACGCCGTAAGGCAAGGCAGACGAAAAGCACTAAGCCCTCTTCACCGAAAAAAGGCAAGAAACAGCGTAAAGGCGGTTTATTCAAAAAGATTGTGCTGTCCTTGGTTATTCTGTTTGTCCTTGGCATAGTCGGCGGAGCGGCGGCATTTGCCGTTTTGGTTTCCGGCGCGCCCTCTTTGGACGAAGCAAAGCTGAAAACGCCTTACTCTTCAACGATTTACGATAAAAACGGCAAAGAAATCGCGGAAGTGGGCGGCGAAAAACGAACCTACGTCCCGATTAAGGATATACCCGATGTTGTGAAAGAAGCATTTATCGCAACTGAAGACGCCCGTTTTTATAAGCACCACGGTATAGACCCGATCCGGATCGGAGGCGCCTTGGTCGCCAACTTTACGGATGGATTCGGTTCAGAGGGAGGAAGCACAATCACCCAGCAGGTTGTGAAAAACTCGCTTTTGACCCATCAGAAAACGATTAAACGGAAAGCACAGGAAGTGTGGCTTTCACTGCAGCTGGAGCGCCATTATTCTAAAGATGAAATCTTAGAAATGTATTTAAACAGAATTTATTTCTCACCGCGCGCCTATGGCGTCGGTAAAGCGGCTGAAGAATTCTTCGGCGTAAAAGATTTGAGCAAGCTTACGGTTGAACAGGCGGCGACGCTTGCCGGAATGCCGCAAAGCCCGACCGGATATAACCCGGTTAAAAATCCGAAGGCTTCCGAAAAACGCCGAAACATTGTTCTCAGCTTAATGGAAAAGCAAGGATTCATTTCAAATTCTGAATACCAAAAAGCGAAGAAAGTGTCCATGAAAGATGAAGGCGTCGTCAGCCAAAAGGAATACGATAAAAAGGACACAAATAAATACAGCGCTTTTGTCGAAGAAGTTATGAAAGAAATTGAGACAAAAGAAAAGAAAGACGTCGATATTTCAACTGACGGACTGAAAATTTATACGACTCTTGATACGAAAGCACAAGATTATCTTGATCAATTGATGAACGGCGACACAGCCGGATTTACCGAAGGCATGCAGGGCGGCGTCACGCTCCTTGATACGACAAACGGAGAAATCCGCGCTATCGGAGCAGGACGGAACAGAACTGCCGGGGGATTCAATTATGCAACACAAGGTAAAACCCAGCCCGGTTCAACGATAAAACCGATTCTGGATTACGGCCCGGTCATTGAAAATAAAAAATGGTCGACGTATGAGCAGATTGATGATTCGGCTTATACGTACTCTGACGGCACACCGATTCACGACTACGACAATAAATACAGAAATATGATATCAATGCGAGAGGCCCTCTCAGACTCGCGTAATATTCCGGCTCTGAAAGCATATCAAGCAGCCGGTAAAGATAATGCCGTCGACTTCGCAAATGACTTAGGACTAGGATTAAACAAAGAGAGTGTAACCGAATCTTATTCGATCGGAGGATTTGGTCAGGATAACCGCGGTGTATCTACTATGACAATGGCGGGCGCCTACAGCGCTTTCGGAAATAACGGAACGTACAATGAACCGCATGCGGTCACATCGATTGAATTTAATGACGGCACTAAGCTTGATTTAACACCGAAACCGAAAAGTGCTATGAGCGATTACACGGCATTCATGATTACCGATATGCTCAAAACAGTCGTGCAGTCAGGAACAGGCAGACTAGCTCAAGTACCGAACGTGGAAGTCGCCGGTAAAACGGGTACGACCAACTTTACTAAAGAGGATATTCAAAAATATAATATCGCACAAGGCGGAGTCCCAGACTCATGGTTTGTCGGATACACCCCTCAATATACAGCGGCGGTTTGGACCGGAGTTGAGTCTGGCAACAAAGCAGGAAAGAAATCACTGTCTGTTGCTGACCAGCAAGTCGCAAAACGGATTTTCCAAAAGCTGATCTCATACGTTGATGACGGTAAAGGAAGCTTTAAGCAGCCTGACAGCGTCGTCAAAGAAACGGTTGAGAAAGGCTCGAATCCTGCCGCTTTAGCCGGACCGAATACACCGGATGATAAAAAAGTGACGGAGTACTTCGTGAAAGGAACGCAGCCAACTGCCGTTTCTAAAACGTACACGAAAGAAAAAGCCGATAAACCGACAGGATTGCAAGTGAAATACGACAAAGATAAAAAATCATTAACCTTAAGCTGGAATTATGAAGGTGATGCAACATTCAATGTCAAACAATCCGTTGACGGCGGAAGCTACATTGACATTCAAAACAGTTCGGCAAAAGAAGCCGTCGTCTCAGATGTCACACCAGGCTCCACATACAGCTTCCAGGTGACAGCGGAAAACGATGACGGAAAAAGCGATACGGCATCAGCATCTTTCAAAGTCCCGAAAGATGAAGAAGACGATGCAGATAAAGATAAAGCGACTGACGATGAACAGAAGTCTGATGAAGATAAAGATAAAGACAAGACGCAAACCGATGATTCAAACACAGATGACAATCAAACAGATACGTCAGACGGATCGGATCAAACACCAACTGATGACTCAGATAAAAATCAGGATCAATCCGATAAGGATCAAACGGATGACAACAATCAGAATCAGCCCGGTAACGGGACGGATAACAACGGACAGCAAGATAACGGCTCTGATAATGATTCTGATTCCGGTTCAGACGGCACAAATAAACCTGACAGCGGTCAAACGGACAAAAACCAAGACTCATCTTCAAATATCAACGGGCAGTCCAATTCGTCAACCATCCAGTCAAATTCCGCTCATTAG MSDQFMSREERRKARQTKSTKPSSPKKGKKQRKGGLFKKIVLSLVILFVLGIVGGAAAFAVLVSGAPSLDEAKLKTPYSSTIYDKNGKEIAEVGGEKRTYVPIKDIPDVVKEAFIATEDARFYKHHGIDPIRIGGALVANFTDGFGSEGGSTITQQVVKNSLLTHQKTIKRKAQEVWLSLQLERHYSKDEILEMYLNRIYFSPRAYGVGKAAEEFFGVKDLSKLTVEQAATLAGMPQSPTGYNPVKNPKASEKRRNIVLSLMEKQGFISNSEYQKAKKVSMKDEGVVSQKEYDKKDTNKYSAFVEEVMKEIETKEKKDVDISTDGLKIYTTLDTKAQDYLDQLMNGDTAGFTEGMQGGVTLLDTTNGEIRAIGAGRNRTAGGFNYATQGKTQPGSTIKPILDYGPVIENKKWSTYEQIDDSAYTYSDGTPIHDYDNKYRNMISMREALSDSRNIPALKAYQAAGKDNAVDFANDLGLGLNKESVTESYSIGGFGQDNRGVSTMTMAGAYSAFGNNGTYNEPHAVTSIEFNDGTKLDLTPKPKSAMSDYTAFMITDMLKTVVQSGTGRLAQVPNVEVAGKTGTTNFTKEDIQKYNIAQGGVPDSWFVGYTPQYTAAVWTGVESGNKAGKKSLSVADQQVAKRIFQKLISYVDDGKGSFKQPDSVVKETVEKGSNPAALAGPNTPDDKKVTEYFVKGTQPTAVSKTYTKEKADKPTGLQVKYDKDKKSLTLSWNYEGDATFNVKQSVDGGSYIDIQNSSAKEAVVSDVTPGSTYSFQVTAENDDGKSDTASASFKVPKDEEDDADKDKATDDEQKSDEDKDKDKTQTDDSNTDDNQTDTSDGSDQTPTDDSDKNQDQSDKDQTDDNNQNQPGNGTDNNGQQDNGSDNDSDSGSDGTNKPDSGQTDKNQDSSSNINGQSNSSTIQSNSAH PGPT0023875_143 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-PENICILLIN-BINDING_PROTEINS,PGPT0023875-mrcA-K05366 NA NA D1-12_01283 492 ypoC putative protein YpoC GTGACGGCGATTGACATTCTGGCAGGCTATGAAACATACCTGCGCAGCCTTACGGACTTGGAAAGCCACGAGATCAAAACGGCGCTGCGCCGCCATCCGCTGTATATGGATTTCAGCGGTCAGCCAACAGTGCAGCCATGGAGGGAAAGGGGCGAATATGTCCCGTTTCTGTTTCAGATTTGGAACGAAACGAAAGAAACGCTGCTTCCCGTTTTTCAAACAAGAAAATCGAGATGTGATCAAAATGACATGCTGAAGGGAATTGCCTGTCTGATTGCCGCTTTTCACTGGACGGCAGGGGAGCGGGTTACATCACTCGACTGGACTGTGCTTGAAACAAAACATTTTCCCGCCGAACCGATCAATTGGGCGGAGCGAATGGCGTTTATTTTAACGAAACCGACTCAATTTCACTCGTTTATTCAGCTGGATGAATTGATGACGGAGATGAAGAAACAATATCATAAATATGAAGCCATGAACAAATGTTAA MTAIDILAGYETYLRSLTDLESHEIKTALRRHPLYMDFSGQPTVQPWRERGEYVPFLFQIWNETKETLLPVFQTRKSRCDQNDMLKGIACLIAAFHWTAGERVTSLDWTVLETKHFPAEPINWAERMAFILTKPTQFHSFIQLDELMTEMKKQYHKYEAMNKC NA NA NA NA NA D1-12_01284 660 nth COG0177 Endonuclease III GTGTTAAATTTAAAGCAGATTGAATATTGTCTTGAAAAAATCGGCGATATGTTTCCGCACGCAGAATGTGAACTTGTCCATTCAAATCCTTTCGAATTGGTTGTGGCAGTCGCATTATCCGCGCAATGTACGGATGCTCTCGTCAACAGAGTGACAAAAACGCTATTTCAAAAATATAAACGGCCCGAAGATTATCTTGCCGTATCGCTGGAAGAACTCCAGCAGGATATTAAATCAATCGGCCTGTACCGTAATAAAGCCAAAAATATTCAAAAGCTGAGCAAAATGATCATCGAAGAGTACGGCGGAGAAGTGCCGAAAGACCGGGATGAGCTTGTGAATCTGCCGGGTGTCGGACGGAAAACGGCAAATGTGGTCGTGTCTGTTGCTTTCGGCGTACCTGCGATTGCAGTAGACACTCATGTGGAGCGGGTCTCTAAACGGCTCGGTATCTGCCGCTGGAAGGACTCTGTTTTGGAAGTAGAGAAAACATTAATGAAAAAAGTGCCGAAAGAGGATTGGTCTGTTACGCACCACAGATTAATATTTTTCGGCAGGTATCATTGTAAAGCGCAATCTCCCCGCTGTGCGGAATGTCCTTTGCTTCCGCTATGCAGAGAAGGGCAGAAGCGTGACAAAAAAGGGCTGGTGAAACGGTGA MLNLKQIEYCLEKIGDMFPHAECELVHSNPFELVVAVALSAQCTDALVNRVTKTLFQKYKRPEDYLAVSLEELQQDIKSIGLYRNKAKNIQKLSKMIIEEYGGEVPKDRDELVNLPGVGRKTANVVVSVAFGVPAIAVDTHVERVSKRLGICRWKDSVLEVEKTLMKKVPKEDWSVTHHRLIFFGRYHCKAQSPRCAECPLLPLCREGQKRDKKGLVKR PGPT0013735_3149 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-OTHER_REGULATORS,PGPT0013735-nth-K10773 NA NA D1-12_01285 699 dnaD COG3935 DNA replication protein DnaD ATGAAAAAACAGCAATTTATAGATATGCAGGAACTCGGCATTTCAAGCATTCCCAACCTGCTGCTGACACATTACCGGCAGCTTGGGCTGAATGAAACCGAATTGATCCTGCTTTTGAAGATTAAAATGCATTTGGAAAAAGGCTCTTATTTTCCGACGCCGTTTGAACTTCAATCAGGCATGTCCATCTCTGCTGAAGAATGTACAAGCTGCCTGAGAATGTTTATTCAAAAAGGTTTTCTGTTTATTGAAGAATGTGAAGACCATAACGGTATAAAGTTTGAAAAATATTCTCTGCAGCCGTTATGGGCGAAGCTGTATGATTACATGCAGCATTCACAAAACGAAACGCAGGAAAGAACGTCAGAAAGAGAACAAAAAAGCCTGTATACCATCTTTGAAGAAGAGTTCGGAAGACCGCTGTCGCCGCTTGAATGCGAGACGCTGGCCATATGGCAGGATCAGGATCAGCATGATGCGATTCTGATTAAACACGCCTTAAAAGAAGCCGTTTTATCGGGGAAACTCAGTTTTCGCTATATTGACCGGATTTTATTTGAATGGAAAAAGAACGGCTTCAAAACGGTTGAGCAGGCGAAGGCGCACAGCCAAAAATTCCGGCGTGTTCAAACGAAACAAAATGATCCGCAAAAAGAGTATACGAGGCAGGTGCCTTTTTACAATTGGCTGGAACAATAA MKKQQFIDMQELGISSIPNLLLTHYRQLGLNETELILLLKIKMHLEKGSYFPTPFELQSGMSISAEECTSCLRMFIQKGFLFIEECEDHNGIKFEKYSLQPLWAKLYDYMQHSQNETQERTSEREQKSLYTIFEEEFGRPLSPLECETLAIWQDQDQHDAILIKHALKEAVLSGKLSFRYIDRILFEWKKNGFKTVEQAKAHSQKFRRVQTKQNDPQKEYTRQVPFYNWLEQ NA NA NA NA NA D1-12_01286 1293 asnS Asparagine--tRNA ligase TTGAAAACAACAATCAACCAAGTGTATAAACACACAGGCGAGGAAGTAACGATTGGAGCTTGGGTCGCTAATAAACGCTCAAGCGGTAAAATCGCATTTTTACAGCTGAGAGACGGTACCGGCTTCATTCAGGGAGTTGTCGTCAAAGCTGAAGTAGAAGAAGACATCTTCCAAATCGCGAAATCAGTGACGCAGGAAACGTCACTTTATGTAAAAGGAATTGTGAAAGAGGACGAGCGTTCACCGCTTGGCTATGAGCTTGCTGTTACATCCATTGAAGTCATTCACGAAGCGACTGATTATCCGATTACGCCTAAAGAGCACGGTACGGAATTCTTAATGGATCACAGACATTTATGGCTCCGTTCGAAACGCCAGCACGCAATTATGAAAATCCGCAACGAAATCATCCGTGCGACTTATGAATTTTTCAACAAAGAAGGCTTCGTGAAAGTTGATCCGCCGATTTTGACGGGAAGCGCTCCGGAAGGCACGACTGAGCTGTTCGCGACGAAATATTTTGATGAAGATGCCTTCCTGTCTCAAAGCGGCCAGCTGTATATGGAAGCAGCTGCAATGGCGCTCGGAAAAGTATTCTCTTTCGGACCGACGTTCAGAGCGGAAAAATCGAAAACGAAACGCCATCTCATCGAATTCTGGATGATTGAGCCTGAAATGGCATTTGTTGAATTTGAAGAAAACCTTGAAGTTCAGGAGAATTATGTTGCATACATCGTGCAAAGCGTGCTGGAACATTGTAAGATCGAGCTGAACACATTAGGAAGAGACACATCGAAGCTTGAACAAATCAAAGCGCCATTCCCGCGCATTACGTACGATAAAGCGATCGAATTCCTGAAAGAAAAAGGCTTTGACGATATTGAGTGGGGAGATGACTTCGGTGCGCCGCATGAAACAGCGATCGCAGAAAGCTATGACAAACCGGTGTTTATCACTCATTATCCGACGTCATTAAAACCGTTTTATATGCAGCCTGCCAAAGATCGTGACGATGTCGTGTTATGTGCCGACTTAATCGCTCCGGAAGGCTACGGGGAAATCATCGGCGGTTCAGAACGCGTTCATGATATGGATTTATTGGAAGAAAGATTAAAAGAACACGGTCTGGATTCAGATGCTTACAAATGGTATGCTGAACTCAGACAATACGGTTCTGTTCCGCACTCCGGCTTCGGCCTTGGACTTGAGCGGACAGTGGCTTGGATCAGCGGAGCGCCTCACGTGCGTGAAACGATTCCGTTCCCGAGACTTCTGAACCGTCTGTATCCGTAA MKTTINQVYKHTGEEVTIGAWVANKRSSGKIAFLQLRDGTGFIQGVVVKAEVEEDIFQIAKSVTQETSLYVKGIVKEDERSPLGYELAVTSIEVIHEATDYPITPKEHGTEFLMDHRHLWLRSKRQHAIMKIRNEIIRATYEFFNKEGFVKVDPPILTGSAPEGTTELFATKYFDEDAFLSQSGQLYMEAAAMALGKVFSFGPTFRAEKSKTKRHLIEFWMIEPEMAFVEFEENLEVQENYVAYIVQSVLEHCKIELNTLGRDTSKLEQIKAPFPRITYDKAIEFLKEKGFDDIEWGDDFGAPHETAIAESYDKPVFITHYPTSLKPFYMQPAKDRDDVVLCADLIAPEGYGEIIGGSERVHDMDLLEERLKEHGLDSDAYKWYAELRQYGSVPHSGFGLGLERTVAWISGAPHVRETIPFPRLLNRLYP NA NA NA NA NA D1-12_01287 1182 Aspartate aminotransferase TTGAAATTGGCAAAAAGAGTATCCGCATTAACACCGTCTGCAACACTTGCAATTACTGCAAAAGCGAAAGAACTGAAAGCAGAAGGCCATGATGTCATCGGCCTCGGAGCAGGAGAACCGGATTTTAATACGCCTCAGCACATTATAGATGCCGCGGTGCGTTCCATGAATGAAGGCCACACAAAATATACGCCTTCAGGCGGTCTGCCGGCGCTGAAAGACAGTATCGCAAAAAAATTCAAAAACGATCAGGGGATTGAATATAAGCCGTCAGAAATCATTGTCTGCACCGGAGCGAAACACGCTCTGTATACATTATTTCAGGTCATTCTTGATGAAGGGGACGAAGTGATTATACCGACTCCTTACTGGGTCAGCTACCCTGAGCAGGTGAAACTGGCAGGGGGGCGTCCCGTCTATGCAGAAGGGCTGGAATCCAATCAGTTTAAAATTTCACCGGAGCAGCTGAAGCAGGCTATCACCGAGAAAACAAAAGCGCTCATTATCAATTCACCGAGCAACCCGACAGGTGTTATGTATACGAAAGAAGAGCTTGCGGAACTCGGAAAAGTGTGTCTGGAGCATGGCATTCTGATCGTTTCTGACGAGATTTATGAGAAGCTTACATACGGAGGAAAAAAACACGTCTCAATCGCACAGCTTTCAGATGAATTGAAAGAGCAGACGATCATCATTAACGGCGTGTCGAAATCTCACAGCATGACGGGCTGGAGGATCGGCTATGCGGCGGGTTCGGAGACGATTATTAAAGCGATGACGAGCCTTGCGAGCCACAGCACATCAAATCCGACGTCCATCGCTCAATACGGCGCCATTGCGGCCTATAACGGTCCGGCTGAGCCGCTGGAAGAGATGAGACAGGCATTTGAGCACAGACTGAACACCATTTACGCTCAGCTCAGTGAAATTCCCGGATTCACCTGTGTCAAGCCTGAAGGGGCGTTTTACTTGTTCCCTAACGCCAAAGCGGCCGCAGAAAACTGCGGATTCAAAGATGTCGATGAATACGTCAAGGCGCTTCTGGAAGAAGAAAAAGTCGCCATCGTGCCGGGCTCGGGCTTCGGCTCACCGGACAACGTCCGTTTATCTTACGCAACGTCACTTGATCTTTTAGAAGAAGCGGTCGAAAGAATCCGCCGCTTCACGGAAAAACACAGCTGA MKLAKRVSALTPSATLAITAKAKELKAEGHDVIGLGAGEPDFNTPQHIIDAAVRSMNEGHTKYTPSGGLPALKDSIAKKFKNDQGIEYKPSEIIVCTGAKHALYTLFQVILDEGDEVIIPTPYWVSYPEQVKLAGGRPVYAEGLESNQFKISPEQLKQAITEKTKALIINSPSNPTGVMYTKEELAELGKVCLEHGILIVSDEIYEKLTYGGKKHVSIAQLSDELKEQTIIINGVSKSHSMTGWRIGYAAGSETIIKAMTSLASHSTSNPTSIAQYGAIAAYNGPAEPLEEMRQAFEHRLNTIYAQLSEIPGFTCVKPEGAFYLFPNAKAAAENCGFKDVDEYVKALLEEEKVAIVPGSGFGSPDNVRLSYATSLDLLEEAVERIRRFTEKHS PGPT0020110_3496 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_TYROSINE_DEGRADATION,PGPT0020110-aspB-K00812 NA NA D1-12_01288 486 ypmB COG5353 putative protein YpmB ATGAGAAAAAAAGCATTAATATTTACAGCCGTATTTGGTATTATTTTTTTAGCAGTTCTTTTATTTTCGGCCAGCATTTTTAAATCTGCAATGGCTCAAAAAGAAGAAGGCCACGAAACAGCTGCCGCAGCGGCTAAAGAAAAAACGGATCTGACAGATGCTGAGAAAGTGGAGACCTTTGTCGGCAAACAGAAATATTATGTTGTTACCGGAACGGATAAACATGGAAAAGATGTGTATGTATGGGTTCCGGCCGACAAAAAAGCAAAAATTCTCTCAAAAAAAGCCAGTGACGGCATTTCAAGCGGCAAGGCTGCCAAGATCGTTCGGGACGAAGGGCTTGTTTCCAAGCTGAATGGCGTTCACCCGGCGAGAGAAAACAATGTTCCGTTATGGGAAGTGACCTATATCAACAAAAGCGGGCAGTATAGCTTTAGCTATGTGGACTTTACAAGCGGCAAGATTCTCAAAAACATCACACCGTGA MRKKALIFTAVFGIIFLAVLLFSASIFKSAMAQKEEGHETAAAAAKEKTDLTDAEKVETFVGKQKYYVVTGTDKHGKDVYVWVPADKKAKILSKKASDGISSGKAAKIVRDEGLVSKLNGVHPARENNVPLWEVTYINKSGQYSFSYVDFTSGKILKNITP NA NA NA NA NA D1-12_01289 171 hypothetical protein ATGGAAAGCAAAATTGAAATTCTGTCAACGATTAATGTGGAGCATTCAGATGATTTATATAAAATCGTCGATACATTAAACCGGACTTTGAAACGGGACAATCTGATGTTCGGCCTTGCGCTCGACGAAGAAAATCAAAATGAAGCGGTCTTCACCATTTATCGTACATAG MESKIEILSTINVEHSDDLYKIVDTLNRTLKRDNLMFGLALDEENQNEAVFTIYRT NA NA NA NA NA D1-12_01290 2787 dinG 3'-5' exonuclease DinG ATGAACAAACAACGGTTCGTTGTCATAGATGTCGAAACAACAGGAAATTCGCCGAAAAAGGGCGATAAAATCATTCAAATCGCAGCGGTTGTCATTGAAAATGGACAAATAACTGAGCGGTTTTCAAAATATATCAATCCGAATCAGGTCATCCCGCCGTTTATTGAACAGCTGACGGGAATTTCGTCCGGAATGGTTGAAAATGAACTGCCGTTTGAAGCGGTCGCAGAGGAGATTTTTCATCTGCTTGACGGCGCGTATTTTGTTGCCCACAATATTCATTTCGACCTCGGATTTGTCCGGCATGAACTGAGCGAAGCGGGCTATGAGCTGCCGGATTGTGAAGTGCTTGATACGGTTGAGCTTTCGCGTATTGTTTTCCCGGGGTTTGAAGGATATAAGCTCGGTGAGTTGTGCGCGGAGCTGAATATTGTTCATGACCGCCCTCACCGCGCAGACAGCGATGCGGAGGTTACGGGACTGGTCTTTTTAGACATTTTACATAAATTGAAACATTTGCCTTTACCGACGTTAAAGCAGCTTAGAAGGCTTTCACAGCATTTTATCAGCGATTTGACGCTGCTTTTGGATTCTTTTATACATGAAAGCAGGCCGGCGGAAGAAAAGAGCTGCATTCCATACGCCTCTTTTTCAATTAAAGAGCCCGAACACATTCCGGTTTCCCGTCCGGTGAATGCGGCCATTGACCTTGAAAAGTGGAACGAAGAAAAAGAACAGATCTTATCCGATATCATCCCCCGCTATGAAAAGCGGAAAGGGCAGCTTTCGATGATGGATGAAGTGCTCGGCGCCTTCCGCAATCGGGAGCATGCGCTGATTGAAGCGGCACCCGGCATCGGAAAAACGATCGGTTATCTCGTTCCGGCTGTTTTATTTGCCAAAGCGGAACAAACTCCCGTGATTATCAGCACGTACTCTACTCTTTTGCAGCAGCAGATCATGTCTAAAGATCTTCCGCTTTTGGAGCGTATGTTTCCTTGGCCGGTCAAAGCCGCTATTTTAAAAGGGAAATCACATTATCTGTGCCTGCCTAAGTTTGAACATATTCTGCATGAGGAAGATGACAACTATGATGCGGTTTTGACGAAAGCACAGCTTCTCGTCTGGCTGACGGAGACTGAAACGGGCGACGCCGCTGAGCTGAATCTTCCATCAGGCGGCAGATTGCTGTGGGAGCGCATGGCTTACGATGAGAATTCTTTTTTGAAAAAAGGGAAGGACTCGGCTGCCGGGTTTTATGAACGGGCTAAAGAAAAAGCACAGGCTGCAGATCTGATTATCACAAACCATGCTTTGCTGTTTTCAGATCAAAGCAGTGAAACGAAAAAACTGCCTGCAAGCGGAACGGTCATCATTGATGAAGCGCATCATTTCGAACGCGCTGCCAGCGAGCACCTCGGGAAGAGAGCTTCATACATCGGACTGCACACAAAGCTCAGCCGAATCGGAACCTTAAAGGAACACGGACTGTTAAAGCGGATGAGAAAACTGTTTTATACGTATGAACTGCCGGCGGAAAGTTTTTTTGACGCCGATGAGTGGATGAAGCATATTCAATCGGAAAGCGACGCATTTTTCAGTTCAGTGCATTCTTTTGTCAAACGAAGAAAACCTAAAGACGATCTGAACCGTCTCGTCTATAGTCTCAATCATAAAAGCCAGGATAAAGGGTTTCACATGATAACGGACGGAGCGGAGCGGCTTTGTGCGATGCTGGATCAGCTGCTTGACATGTTTTCAGTACAGGAGAAACTGTTACATCAAAAGCTTGAACAGATGAAAAGCGGAGCGGCTTTTTTAGCGGCTGAATATGTAAAGTGTATCAGGGGGCTGAAAGAATATCGCGATACGTTCAGCAGGCTGCTGTTTGAAAATGATGAGAAAGAAGCAGTTTGGGTTGAAATTGACGCGAAAGGCGCAAAAAATGCCGTCAGCATCTATGCGCAGCCTTTGGAGCCCGGTGAAATGCTGGCAGACCAGTTTTTCGCCCGCAAAAAAAGCGTTGTGCTCACATCAGCGACCTTAATGGTGGAGCAGTCTTTTCAATTTATGATTGAAAGGCTCGGACTTGCGGATTTTTATCCGCGCACCAAAAGCATCCCGTCTCCTTTTTCTTACGATGATCAGATGAACGTCATCATTCCGAAAGAGATGAAATCCGTTAAATATGACGGGGAGCGGGAAGTCATTGAGCATATTGCCAAGTATGCGGAAATCATGTCAAAGGGAAAACAGCCGAAGATCCTTGTCCTGTTTACGTCTCATGATATGCTGAAAAAAGTGTATCAGGAACTGAAACTCAGTATGGAGATCTCAGGCATTCAGCTTCTCGCCCAAGGTATTTCGGGCGGGAGTCCCGGTAAATTAATGAAAACCTTTAAAACGGCAAGCCGGGCGATTTTGCTCGGGACGAATCATTTCTGGGAAGGCGTTGATTTTCCGGGGGATGAATTGTCAACTGTCATGATCGCAAGACTTCCTTTCAGGGCGCCTGACAATCCGCTTCACGCCGCAAAATGCGAATTTGCCAAGAAGCAGGGGAAAAATCCGTTTCAGACGATTTCCCTGCCTGAGGCTGTGTTAACGTTCAGACAGGGGATCGGGCGCCTGCTCCGTACGGCGGGAGACAAGGGAACAATCGTTCTTTTAGATCAGCGTGTAAAGACGGCGGGTTACGGACGGCTGTTTCTTGAAGCGCTCCCGACTTCATCTCTTTTGGAGCTGACGGATGCCGAACTCGGGGCTTATGTCAGCCAAACGGAATAA MNKQRFVVIDVETTGNSPKKGDKIIQIAAVVIENGQITERFSKYINPNQVIPPFIEQLTGISSGMVENELPFEAVAEEIFHLLDGAYFVAHNIHFDLGFVRHELSEAGYELPDCEVLDTVELSRIVFPGFEGYKLGELCAELNIVHDRPHRADSDAEVTGLVFLDILHKLKHLPLPTLKQLRRLSQHFISDLTLLLDSFIHESRPAEEKSCIPYASFSIKEPEHIPVSRPVNAAIDLEKWNEEKEQILSDIIPRYEKRKGQLSMMDEVLGAFRNREHALIEAAPGIGKTIGYLVPAVLFAKAEQTPVIISTYSTLLQQQIMSKDLPLLERMFPWPVKAAILKGKSHYLCLPKFEHILHEEDDNYDAVLTKAQLLVWLTETETGDAAELNLPSGGRLLWERMAYDENSFLKKGKDSAAGFYERAKEKAQAADLIITNHALLFSDQSSETKKLPASGTVIIDEAHHFERAASEHLGKRASYIGLHTKLSRIGTLKEHGLLKRMRKLFYTYELPAESFFDADEWMKHIQSESDAFFSSVHSFVKRRKPKDDLNRLVYSLNHKSQDKGFHMITDGAERLCAMLDQLLDMFSVQEKLLHQKLEQMKSGAAFLAAEYVKCIRGLKEYRDTFSRLLFENDEKEAVWVEIDAKGAKNAVSIYAQPLEPGEMLADQFFARKKSVVLTSATLMVEQSFQFMIERLGLADFYPRTKSIPSPFSYDDQMNVIIPKEMKSVKYDGEREVIEHIAKYAEIMSKGKQPKILVLFTSHDMLKKVYQELKLSMEISGIQLLAQGISGGSPGKLMKTFKTASRAILLGTNHFWEGVDFPGDELSTVMIARLPFRAPDNPLHAAKCEFAKKQGKNPFQTISLPEAVLTFRQGIGRLLRTAGDKGTIVLLDQRVKTAGYGRLFLEALPTSSLLELTDAELGAYVSQTE NA NA NA NA NA D1-12_01291 384 panD COG0853 Aspartate 1-decarboxylase ATGTACCGCACTATGATGGCCGGAAAACTGCACCGCGCTACCGTGACGGAAGCCAATTTAAACTATGTCGGCAGTATTACGATTGATGAAGATCTTTTAGATGCCGTCGGAATGCTCGCTAATGAAAAAGTTCAGATTGTGAATAATAACAACGGAGCGAGACTTGAAACGTATATTATTCCCGGTAAGCGGGGGAGCGGCGTCATCTGTTTAAACGGAGCTGCCGCCCGTCTCGTCCAAGAAGGAGATAAAGTCATTATTATTTCTTATCAAATGATGTCTGATCAGGAAGCAAAAAGCCATCAGCCGAAGGTGGCCGTACTGGATGATCAAAATAAAATCGAGCAGATGCTGGGCCAGGAGCCGGCACACACGATTTTGTAA MYRTMMAGKLHRATVTEANLNYVGSITIDEDLLDAVGMLANEKVQIVNNNNGARLETYIIPGKRGSGVICLNGAAARLVQEGDKVIIISYQMMSDQEAKSHQPKVAVLDDQNKIEQMLGQEPAHTIL PGPT0008890_645 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_ASPARTATE_DEGRADATION,PGPT0008890-panD-K01579 NA NA D1-12_01292 861 panC Pantothenate synthetase ATGAAACAACTGACAGAAACTCAACAGCTGAAAGAATTAATTGCACAATACCGCTCAGAAGGCCGGACGATCGGATTCGTCCCGACAATGGGTTTTCTTCATGAAGGACATCTGACGCTGGTTGAAAAAGCAAGCAAAGAAAACGATATTGTCGTGATGAGCATCTTTGTCAATCCGACTCAATTCGGACCGGGCGAGGATTACGAAGCATATCCGCGGGATTTAAAGCGCGATGCCCGGCTTGCAGAACAGGCGGGGGCAAATGTTTTGTTTACGCCGTCTCCAAGTGACATGTATAAAGGCGAGCAAAATGTTGCCGTGCAAGTGAAAAGGAGAACTGACGTGTTGTGCGGCGCCTCCCGCGTCGGCCATTTTGACGGAGTGGCCACTGTGCTGACGAAGTTTTTCAATCTCGTTAAACCGACCCGCGCCTACTTCGGCCTGAAAGATGCCCAGCAGGCAGCGGTTGTGGACGGATTGATTGAGGATTTCTTTATGGATATCGAATTGGTTGCAGTGGACACGGTCAGAGAAGAAGACGGACTTGCCAAAAGCTCTCGCAACGTCTATCTGACTGAGCAGGAACGCAAAGAAGCGCCGATGATCTATAAAGCATTGCAGCAAGGTGCCGAACTGATCAAAGACGGTGAAAGAAATCCGGAAACCGTCATAAAAACCGTCACCGATATCATCGAAAACACAAGCGGCGTCATTGATTATGCCGAACTGTACGCTTATCCGGAGCTGACTCCGCTTAAAACATTAAACGGCAAGGTCATTCTGGCCTGCGCCGTCCAATTTTCTAAAGCCAGACTGATTGATAATATCATTATTGATATTGATGAATGGGAGAGATCATAA MKQLTETQQLKELIAQYRSEGRTIGFVPTMGFLHEGHLTLVEKASKENDIVVMSIFVNPTQFGPGEDYEAYPRDLKRDARLAEQAGANVLFTPSPSDMYKGEQNVAVQVKRRTDVLCGASRVGHFDGVATVLTKFFNLVKPTRAYFGLKDAQQAAVVDGLIEDFFMDIELVAVDTVREEDGLAKSSRNVYLTEQERKEAPMIYKALQQGAELIKDGERNPETVIKTVTDIIENTSGVIDYAELYAYPELTPLKTLNGKVILACAVQFSKARLIDNIIIDIDEWERS PGPT0008750_1472 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 D1-12_01293 834 panB 3-methyl-2-oxobutanoate hydroxymethyltransferase ATGAAAACAAAACTGGATTTCATGAAAATGAAGGAAAACGGAGAGCCGATCGTGATGCTCACCGCTTACGATTATCCGCAGGCAAAGCTTGCGGAACAGGCGGGAGTCGACATGATTTTAGTCGGGGATTCGCTCGGAATGGTCGTGCTCGGACTCGATTCAACAGTCGGCGTAACGGTCAGTGACATGATTCACCATACAAAAGCGGTAAAACGCGGTGCGAAAAATACGTTTATCGTAACTGACATGCCGTTTATGTCTTACCACCTTTCAAAAGAGGATACATTGAAAAACGCCGCGGCCATTATTCAGGAAAGCGGCGCGGACGCGTTAAAGCTGGAAGGCGGAGACGGCGTTTTCGAATCCATCCGCGCGCTGACTCTCGGCGGAATTCCCGTCGTCAGCCATTTAGGCCTCACACCGCAGTCTGTCGGCGTATTAGGCGGATATAAAGTGCAGGGAAAAGATGAGCAAAGCGCGAAAAAGCTCATTGAAGACAGCATCAAATGCGAGCAGGCGGGAGCGATGATGCTCGTGCTTGAATGCGTGCCTGCTGAACTGACTGCTAAAATAAAAGAAGAAGTATCCATTCCCGTCATCGGAATCGGAGCCGGTTCAAAAGCGGACGGCCAAGTCCTTGTCTATCATGACGTCGTCGGCCACGGCGTGGACAGAACACCGAAGTTCGTGAAGCAATACGCCAAAATCGACGGCACGATTGAGTCGGCCCTCAGCGGTTATGTCCGTGATGTGAAAGAACGGGTTTTCCCGGAAGAAAAGCATTCCTTTCAGATAAACCAAACTGTGCTGCAAGGCTTGTACGGAGGAAAGTAA MKTKLDFMKMKENGEPIVMLTAYDYPQAKLAEQAGVDMILVGDSLGMVVLGLDSTVGVTVSDMIHHTKAVKRGAKNTFIVTDMPFMSYHLSKEDTLKNAAAIIQESGADALKLEGGDGVFESIRALTLGGIPVVSHLGLTPQSVGVLGGYKVQGKDEQSAKKLIEDSIKCEQAGAMMLVLECVPAELTAKIKEEVSIPVIGIGAGSKADGQVLVYHDVVGHGVDRTPKFVKQYAKIDGTIESALSGYVRDVKERVFPEEKHSFQINQTVLQGLYGGK PGPT0008740_1665 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 D1-12_01295 978 birA COG0340 Bifunctional ligase/repressor BirA ATGGGATCAACATTAAGAACCCGATTAATTGATTTATTTTCTGAGGCGGGTGACGGCTTTATCTCCGGGCAGAAAATAAGTGACGCGCTCGGCTGCTCGAGAACCGCCGTTTGGAAACATATAGAGGAGCTCCGCAAAGAGGGCTATGAGGTTGAGGCGGTCAGACGAAAAGGGTACAGGCTCATTAAAAAACCGGGGAAACTCAGTGAATCCGAAATCCGTTTCGGGCTGAAAACAGAGGTTTTGGGCAAACAGCTTCATTACCGGGACGTCCTCCCGTCCACCCAAAAAACCGCTCATGAACTTGCCAATGACGGTGCGCCGGAAGGGACGCTCGTAGTCGCCGATAAACAAACGGCAGGCAGAGGAAGAATGGCCAGAGTGTGGCATTCACAGGAGGGAAACGGGATTTGGATGAGCCTCATTCTGAGACCCGACGTTCCTTTGCAAAAAACGCCGCAGCTCACCCTGTTATCCGCCGTTGCGGTCGTTCAGGCCATCGAGGCTTTTACAGGTATACAGCCCGCCATTAAATGGCCGAATGATTTAATGATTCACGGCAAAAAAGCCGTCGGGATTTTAACTGAGCTGCAGGCGGAAGAAAACCATGTCCGTTCGGTTATTCTCGGGATCGGCATCAACGTGAACCAGCAGGAAGCCGATTTTCCCGGCGAGCTTCAGGACATTGCGACAAGCCTCAGCATGGAAGCCGGCGAAAAAATTGACAGAGCGGGTCTGATACAAGAGATTTTGCTGACTTTTGAAAAACGCTATCAGGATTATTTGAAGCACGGCTTTACACCGATCAAGCTGTTATGGGAAAGCTATGCGGTCGGACTGGGGAACGAGCTCAGAGCGAGAACGCTGCAAGGGACGTTTTACGGGAAATCGCTCGGCATTGATGATGAGGGAGTTCTTCTCTTGGAAACGAGAGACGGTATAAAGAAGATCTATTCTGCCGATATTGAGCTCAATTAA MGSTLRTRLIDLFSEAGDGFISGQKISDALGCSRTAVWKHIEELRKEGYEVEAVRRKGYRLIKKPGKLSESEIRFGLKTEVLGKQLHYRDVLPSTQKTAHELANDGAPEGTLVVADKQTAGRGRMARVWHSQEGNGIWMSLILRPDVPLQKTPQLTLLSAVAVVQAIEAFTGIQPAIKWPNDLMIHGKKAVGILTELQAEENHVRSVILGIGINVNQQEADFPGELQDIATSLSMEAGEKIDRAGLIQEILLTFEKRYQDYLKHGFTPIKLLWESYAVGLGNELRARTLQGTFYGKSLGIDDEGVLLLETRDGIKKIYSADIELN PGPT0022055_859 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 D1-12_01296 1191 cca CCA-adding enzyme ATGGAACAGGAATTTGTCAAAGCCCTCCCCATCCTTCATCATCTGATGAAGGCGGGCCATCAGGCGTACTTTGTCGGGGGAGCCGTCAGAGACAGCTATATGAAACGGAAAATAGGTGATGTGGACATCGCAACCAGCGCTTCGCCGAATGAGGTGGAGCGCCTCTTTAAGCGGACTGTCGATGTAGGAAAAGAGCACGGCACCGTAATCGTCTTGTGGGAAGATGAAACCTATGAAGTCACCACTTTTCGCGCCGAATCAGAATATAAGGACTACCGGCGCCCCGAAGCTGTGCGGTTCATTACTTCTTTATCAGAAGACTTAAAGCGGAGAGACTTAACGATAAATGCGATGGCGATGTCTGCCGAGGGAGAGCTGCTTGATTATTTCGGAGGCGCGCATGATATCGGTCAAAAGCTGATCCGTACGGTGGGTAATCCTGAAGACCGTTTTCGGGAAGACGCTCTGCGGATGATGAGAGCCGTCCGCTTTATGAGTCAGCTCGGCTTTCTGTTAGAAAAAGAAACAAGAGAGGCCGTCATAAAAGACAGGGAGCTTTTGGCACATGTATCAGTAGAACGAAAGACCGTCGAATTTGAAAAGCTGCTGCAGGGCGCTTCCTCACAAGAAGCGATCCAAACGATGGTGCAAACAGGTCTGATACAAGAGCTGCCCGGCCTTTCCGGTTATGAGCAGCAAATGCTTGAAGCGAGCGGGTTTCCGTTTTCTTCTTTAGATGCACGCGAAGAACGCTGGGCAGCGCTGTTATTGTTTCTCGGTCTTTGTCCGAAAAGCGCCGAGGCGTTTTTAAAACAATGGAAACTGCCGGGAAAAGTCATAAAAAAAGCGGTGCAGATCATAAGCGTTTATCCGGCGCAGCTGGAAGCGGAAGCGATGTACCGGGCGGGAGAGGCGCTGTTTTCAGCCGTTAAAATCGGGATGCTGAAAAAGCATAAGACGATTGATGAACAAAAGCTGAAAGAGGTTCAGAGCCTGTATGAGCAGCTGCCGATCAAAAGCCTTCGAGACCTCGACATTTCAGGCGCTGATCTGATGGAGCTCAGAAACCGCCGTGCGGGTAAATGGGTGGCCGAAGAACTTCGCCGGATTGAAGAAGCGGTATTGGCAGGGAAGCTCCCTAACCGAAAACATGACATAAAGGAGTGGCTCGCATCATGGGATCAACATTAA MEQEFVKALPILHHLMKAGHQAYFVGGAVRDSYMKRKIGDVDIATSASPNEVERLFKRTVDVGKEHGTVIVLWEDETYEVTTFRAESEYKDYRRPEAVRFITSLSEDLKRRDLTINAMAMSAEGELLDYFGGAHDIGQKLIRTVGNPEDRFREDALRMMRAVRFMSQLGFLLEKETREAVIKDRELLAHVSVERKTVEFEKLLQGASSQEAIQTMVQTGLIQELPGLSGYEQQMLEASGFPFSSLDAREERWAALLLFLGLCPKSAEAFLKQWKLPGKVIKKAVQIISVYPAQLEAEAMYRAGEALFSAVKIGMLKKHKTIDEQKLKEVQSLYEQLPIKSLRDLDISGADLMELRNRRAGKWVAEELRRIEEAVLAGKLPNRKHDIKEWLASWDQH NA NA NA NA NA D1-12_01297 1134 bshA COG0438 N-acetyl-alpha-D-glucosaminyl L-malate synthase ATGAGACCATTAAAAATAGGGATTACATGCTACCCGAGTGTCGGAGGCTCGGGTATTATTGCGACGGAACTCGGCAAGCTGCTTGCGGAAAAAGGGCACCAGGTTCATTTCATCACATCAAGCATCCCGTTCAGATTAAATACATATCATCCGAATATTCATTTTCATGAGGTGGAAGTCAACCAATACGCGGTATTTAAATATCCGCCTTATGACCTTACGCTGGCGAGCAAAATCGCCGAGGTTGCCGCGAGGGAAAATCTTGATATCATTCACGCGCATTATGCGCTGCCGCATGCGGTATGCGCTTATCTCGCCAAGCAGATGCTCAAGCGTGACATCGGCATCGTGACGACGCTTCACGGTACGGACATCACCGTTTTAGGATATGATCCGTCATTAAAAGATTTAATCCGTTTTGCCATCGAAGCGTCCGACAGAGTGACGGCGGTATCAACCGCGCTTGCCGGAGAAACATATGACCTAATCAAGCCGGATAAAAAAATTGAGACCATCTACAACTTTATTGATGAACGTGTTTATCTTAAGAAAAATACAGAGAGTATAAAAGAGAAACATGGCATTTTGCCGGATGAAAAGGTCGTCATCCATGTTTCGAACTTCAGAAAAGTAAAACGTGTTAAAGATGTCATCCGCGTTTTCCGTAATATCGCAGCCAACACAAAGGCGAAGCTTCTGCTTGTCGGCGACGGGCCGGAAAAGTGCGTCGCTTGGCAGCTTGTCGAAAAATACGGACTGCAGGATCAAGTGCTGCTCCTCGGAAATCAGGACAGGGTGGAAGAGCTGTATTCCATCAGCGACCTTAAACTTCTTCTGTCTGAAAAAGAAAGTTTCGGACTCGTCCTCCTTGAAGCGATGGCCTGCGGCGTGCCGTGCATCGGAACAAATATCGGCGGAATCCCGGAAGTGATTAAAGATCAAGTAAGCGGTTTTCTGGTGGAAGTCGGCGATATTCAGGCGGCATCTGAAAAAGCGCTTGCCGTTTTAGAAGATAAACAGCTCAGCAAACGATTGACTGATCATGCGCTGAAAATGGTGGAGACCGCCTTTTCTTCGCAAAGAATCGTCAGTCAGTATGAACGGATTTATGACGAATTGGCAGGACCGGAGTGA MRPLKIGITCYPSVGGSGIIATELGKLLAEKGHQVHFITSSIPFRLNTYHPNIHFHEVEVNQYAVFKYPPYDLTLASKIAEVAARENLDIIHAHYALPHAVCAYLAKQMLKRDIGIVTTLHGTDITVLGYDPSLKDLIRFAIEASDRVTAVSTALAGETYDLIKPDKKIETIYNFIDERVYLKKNTESIKEKHGILPDEKVVIHVSNFRKVKRVKDVIRVFRNIAANTKAKLLLVGDGPEKCVAWQLVEKYGLQDQVLLLGNQDRVEELYSISDLKLLLSEKESFGLVLLEAMACGVPCIGTNIGGIPEVIKDQVSGFLVEVGDIQAASEKALAVLEDKQLSKRLTDHALKMVETAFSSQRIVSQYERIYDELAGPE PGPT0019565_1081 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-PUTATIVE_EXOPOLYSACCHARIDE_FUNCTION CE-EPS-PUTATIVE_EXOPOLYSACCHARIDE_FUNCTION-1,PGPT0019565-bshA-K00754 NA NA D1-12_01298 714 bshB1_1 COG2120 N-acetyl-alpha-D-glucosaminyl L-malate deacetylase 1 ATGTCTGAACACGTTGATATTCTGGCGTTCGGCGCCCATAGTGATGATGTCGAGATCGGTATGGGCGGCACGATCGCAAAATTTACGGCTCAAGGAAAAACCGCGGTGATATGCGATTTGACCGAGGCCGAACTATCATCTAACGGAACGGTAGGGATAAGAAAAGAAGAAGCGGCAAAGGCGGCCCGAATTCTTGGCGTAAAAGAGAGAATCCAGCTTACGCTTCCCGACCGCGGGCTTTTGAAAAGTGAGGACGGCATCCGCCGGATTGTCAGTGTCATCAGAGCCTGCCGGCCGAAAACCGTTTTCATGCCTTATCCGAAAGACCGTCATCCTGACCACGGCAATGCGGCGGCTTTGGTCGAAGAAGCGGTGTTCTCGGCAGGAATTCATAAATACAGAGATCACCAGGAACTGCCGGCTCATAAGGCTCAGCGCGTATACTATTATATGATCAACGGGTTTCACCGTCCGGACTTTGTAATCGACATAACGGAAACCATCGATCTGAAAAAAGAAAGCCTGCACGCCTATCAAAGCCAGTTTATTCCTACGGCGCAGTCAGTGAACACACCGCTGACCAACGGTTATATCGAAATGGTGGAAGCGCGGGAAAGACTGTATGGCAAAGAAGCCGGGACGGGGTATGCCGAAGGCTTCTTTTCAAAACAGCTTCCCGTTTTGAATGATGATGTTTTTGGGGGTGGACAATGA MSEHVDILAFGAHSDDVEIGMGGTIAKFTAQGKTAVICDLTEAELSSNGTVGIRKEEAAKAARILGVKERIQLTLPDRGLLKSEDGIRRIVSVIRACRPKTVFMPYPKDRHPDHGNAAALVEEAVFSAGIHKYRDHQELPAHKAQRVYYYMINGFHRPDFVIDITETIDLKKESLHAYQSQFIPTAQSVNTPLTNGYIEMVEARERLYGKEAGTGYAEGFFSKQLPVLNDDVFGGGQ PGPT0019570_611 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_MALATE_UTILIZATION,PGPT0019570-bshB1-K01463 NA NA D1-12_01299 414 mgsA COG1803 Methylglyoxal synthase ATGAAAATTGCTTTGATTGCTCACGATAAAAAAAAGCAGGATATGGTTCAGTTTACGACCGCATATAAAGATATACTGAGCCATCATGAGTTATACGCGACAGGTACGACGGGCCTGAAAATCCAGGAAGCGACCGGATTGTCTGTTGAACGTTTTCAATCCGGCCCGCTCGGCGGAGATCAGCAAATCGGCGCATTGATTGCAGCAAATGCCCTGGATCTCGTCATTTTTCTGCGCGATCCGTTAACTGCGCAGCCTCACGAACCGGATGTCTCGGCGCTGATCCGGTTGTGTGACGTATACGCGATCCCGCTCGCCACAAATATGGGAACAGCGGAAATCCTCGTCCGGACGCTGGATGGCGGGGCATTTGATTTCCGCAATCTTGTGCGCGGAGGAGAGCCGAATGTCTGA MKIALIAHDKKKQDMVQFTTAYKDILSHHELYATGTTGLKIQEATGLSVERFQSGPLGGDQQIGALIAANALDLVIFLRDPLTAQPHEPDVSALIRLCDVYAIPLATNMGTAEILVRTLDGGAFDFRNLVRGGEPNV PGPT0001780_948 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-LACTIC_ACID_BIOSYNTHESIS,PGPT0001780-mgsA-K01734 NA NA D1-12_01300 804 dapB COG0289 4-hydroxy-tetrahydrodipicolinate reductase ATGTCAAATGAAACCATTAAAGTCGTCATTGCCGGACCGAGAGGCAGAATGGGCCAGGAGGCCGTAAAACTTGCCGTCCGCACGCCTCATTTTGAGCTTGTCGGCGCCATTGACCATACATACGATCAGCAAACATTGCGGGAAGTGATGTCAGCTGATTCAGACGCTCTTATTTATACGGATATCCGCGCATGTTTCCAAGAAACAAAACCGGATGTGCTGATCGATTTGACAACGCCTGAAATCGGCAAAAAACATACGAAAGCCGCTCTTGAACACGGCGTCCGCCCCGTTGTGGGAACGACCGGATTTTCTGAAGCGGATTTAGAGGAGCTTCAAGCCTTGACTGAAGAAAAAGGAATCGGCGCCATCATCGCTCCGAACTTTGCATTAGGCGCGGTGCTGATGATGAAGTTCTCACAAATGGCCGCCAACTATTTTGAAGATGTAGAAATCATTGAGCTTCATCATGATCAAAAGCTGGATGCCCCGAGCGGAACGGCGCTGAAAACAGCGGAAATGATCTCAAGCGTCCGTACAGAAAAGCAGCAGGGCCATCCTGATGAAAAAGAAATTCTGCCGGGCGCCCGCGGTGCTGAATTAAACGGCATCCGCCTTCACAGCGTGCGTCTGCCGGGCCTTATCGCCCACCAGGAAGTCATGTTCGGCATGGACGGCCAGACGCTGAAACTGCGCCATGACTCCTATAACCGGGCTTCCTTTATGTCAGGAGTGAAGCTGTCAGTGGAGCAAGTGATGAAAATCGACCAGCTTGTATACGGACTCGAAAATATTATCGACTGA MSNETIKVVIAGPRGRMGQEAVKLAVRTPHFELVGAIDHTYDQQTLREVMSADSDALIYTDIRACFQETKPDVLIDLTTPEIGKKHTKAALEHGVRPVVGTTGFSEADLEELQALTEEKGIGAIIAPNFALGAVLMMKFSQMAANYFEDVEIIELHHDQKLDAPSGTALKTAEMISSVRTEKQQGHPDEKEILPGARGAELNGIRLHSVRLPGLIAHQEVMFGMDGQTLKLRHDSYNRASFMSGVKLSVEQVMKIDQLVYGLENIID NA NA NA NA NA D1-12_01301 336 ypjD COG1694 putative protein YpjD GTGAGTGACAAAACGATGAAAGACTTACAAGCTGAGGTCGATGAATATATCGGCCAATTCAAAGAAGGCTATTTCAGCCCGCTTGCCATGATGGCCCGTCTCACGGAAGAACTGGGCGAACTTGCAAGAGAAGTCAACCATTATTATGGTGAAAAGCCGAAGAAAACGACGGAAAATGAGAAAAGCATGGAAGAGGAAATGGGTGATGTGCTGTTCGTCCTGATCTGCCTCGCCAACTCCCTTGATATTTCATTGGAGGAAGCTCATAACCGCGTCATGCATAAATTTAATACACGTGATAAAGACCGCTGGACTAGAAAAGAAGAAGGAAAGTAG MSDKTMKDLQAEVDEYIGQFKEGYFSPLAMMARLTEELGELAREVNHYYGEKPKKTTENEKSMEEEMGDVLFVLICLANSLDISLEEAHNRVMHKFNTRDKDRWTRKEEGK PGPT0012850_264 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_SHIKIMATE_DEGRADATION,PGPT0012850-yddE-K00800 NA NA D1-12_01302 873 hypothetical protein ATGCTTGGAGAAATCAGAATCAAAAACATTTGCTTTATTTTAATCGGCGCCGCTGTTTTTTCATTCGGACTGGTTCACTTTAATATGCAGAACAATTTGGCGGAAGGCGGATTTACCGGCATTACGCTGCTTTTATATGCGTTATTCCACATCAGCCCTTCTATTTCCAACCTGGTATTGAACATTCCTATCTTTTTCATCGGCTGGCGTATGCTCGGCCGGACGATGTTTGTCTATACCCTGATCGGCACCGTCTCTCTTTCTGTTTTTCTGAGTGTTTTTCAGCGCTACGAAATTCATATGCCGCTGTCCCATGATTTAGCGCTGGCCGCCTTGTTCGCCGGTGTATTTATCGGCGCGGGTCTCGGCATTATTTTTAAATACGGCGGCACGACGGGCGGGGTCGATATCATCGCCAGGCTGATCAACAAATTTTTCGGAATCCCGATGGGCCGGACGATGTTTGCCTTTGACGCCTGTGTCATTCTTCTTTCTTTGTTTACGTATCTTTCTTACAAGGAAGCGATGTACACGCTTGTAGCCGTTTTTGTCGCTGCGAGATTGATTGATTTTATACAGGAAGGCGGCTATGCCGCAAAAGGGGCAACGATTATTTCTTCGAAAAACGATTTGATCCAGCAAAAAATCATTGAAGAGATGGAGCGCGGCGTCACCGTTTTGAAAGGACAGGGATCATATACAAAAGAAGACAGGGACGTTCTTTACTGCGTCGTTCCGAAAAACGAAATTGTGCTTTTGAAAAGCGTCATCACTTCCGTTGACCCGCACGCCTTTGTTGCAGTAAGCGACGTCCATGATGTGCTCGGCGAAGGATTTACGCTTGATGAAAATAAAAATCCGATCAGACGATAA MLGEIRIKNICFILIGAAVFSFGLVHFNMQNNLAEGGFTGITLLLYALFHISPSISNLVLNIPIFFIGWRMLGRTMFVYTLIGTVSLSVFLSVFQRYEIHMPLSHDLALAALFAGVFIGAGLGIIFKYGGTTGGVDIIARLINKFFGIPMGRTMFAFDACVILLSLFTYLSYKEAMYTLVAVFVAARLIDFIQEGGYAAKGATIISSKNDLIQQKIIEEMERGVTVLKGQGSYTKEDRDVLYCVVPKNEIVLLKSVITSVDPHAFVAVSDVHDVLGEGFTLDENKNPIRR NA NA NA NA NA D1-12_01303 1176 oxdC_1 COG2140 Oxalate decarboxylase OxdC GTGAAAAAACTCATCCAGCAATTGGCTTCAAAACACCTCCCGCAGCCGATCAGAGGCAGAAAAGGGGCGACTGACGAAGGACCGCGAAACCTCCCGCGTGACTTCCAGAATCCTGACATGCTCGTTCCGCCTTCAACGGATGCAGGAACGGTTCAAAATTTGAAATTCTCATTTTCTGATACGCATATGAGGCTTGAAGACGGAGGATGGTCCAGAGAGGTGACGGTCAGGGAACTGCCGGTATCCAAAAACATCGCGGCGGTGAACATGAGACTGAAGCCGGGAGCTGTGCGGGAGCTTCATTGGCATAAAGAAGCCGAATGGGGATATGTGATTAACGGAGGAGTCCGTTTAACTGCGGTCGATCAAAATGGGCGGAATTTTATTGATAATGTCAGTGAAGGGGATCTGTGGTATTTTCCTTCCGGCATTCCTCATTCCATTCAAGGATTAGAGCAGGGAAGTGAGTTTTTGCTCGTCTTTGATGACGGCTCTTTTTCAGAAAACAGCACCTTTTCAGTAACGGACTGGTTTGCCCATACCCCGCGCAGCGTGCTGGAGGCGAACTTCGGTGTTCCCGGATATGAGTTGGCTTATATTCACAAGAAAGAGCGTTACATGTTCCAGTTGGAACCTCCTCCACCTATCGAGCAGGCAGCAGTTTCTTCCCCGGAAGGCACCGTTTTGGAGCCGTTCAGCTACAAGCTTTCCCGGCAGGAGCCCCTTGTTACCAGCGGGGGAAGAGTAAAGATTGTCGATTCAAAAACGTTTAAGGTGTCAAAAACGATTGCCGCAGCTCTTGTGGAGGTCGAACCCGGGGGCATGAGAGAATTGCATTGGCATCCGAATACGGACGAGTGGCAGTATTATCTTTCAGGAGAAGCGAAAATGACGGTGTTTGCGGCGGAAGGAAGAGCGCGGACATTTAACTATCAAGCGGGTGACGTAGGATATGTTCCTTTTGCAATGGGACATTATGTTCAGAATACCGGTGACACCGTGCTTCGCTTTCTGGAAATCTTCAAAAGCGACCGTTTCGAAGACGTCTCTTTAAACCAATGGCTGGCACTGACGCCGCAGCGCTTCGTCGAGCAGACGCTCAATGTCAGTCCGGCATTCGCCCGCCGATTGAAAAAGAAAAAATCACCGGTTGTCAAATGGAAACACGAACAGTAA MKKLIQQLASKHLPQPIRGRKGATDEGPRNLPRDFQNPDMLVPPSTDAGTVQNLKFSFSDTHMRLEDGGWSREVTVRELPVSKNIAAVNMRLKPGAVRELHWHKEAEWGYVINGGVRLTAVDQNGRNFIDNVSEGDLWYFPSGIPHSIQGLEQGSEFLLVFDDGSFSENSTFSVTDWFAHTPRSVLEANFGVPGYELAYIHKKERYMFQLEPPPPIEQAAVSSPEGTVLEPFSYKLSRQEPLVTSGGRVKIVDSKTFKVSKTIAAALVEVEPGGMRELHWHPNTDEWQYYLSGEAKMTVFAAEGRARTFNYQAGDVGYVPFAMGHYVQNTGDTVLRFLEIFKSDRFEDVSLNQWLALTPQRFVEQTLNVSPAFARRLKKKKSPVVKWKHEQ NA NA NA NA NA D1-12_01304 783 hypothetical protein ATGAAACGAAAGCTGACGATCTGTCTTTTACTTGCTCTTATGTGTTTCATCACAACTGCCAAAGCTGAAGATGAGGGCGGTCTCAAGGAACTGAACGACCTTTCGGATACCGTTTTCCAAATGACGCGGCATTCGCAGTATGATGAGGCTCTGCAAGTGCTTGGCTACTTTAAGAAAAAAATGACACACGTAAACTCACTGAACGGCGCCGAAGTCAGGCAGGTGACTCTGGGTTTCAATGATTTAGTGCGCGTTCTGAAACAGGCAGACGCCTCAGATAACGAAAAAATCCGGGCAGCCGCCCAGTTCAGGTTGGTAATGGATGCGATGGAAGACCACTCCGATCCGCTGTGGGGTTCGCTTGAAAGACCGATTATGGCGACATTCAGCGCCTTAAAAGAAGATGTCAGCGGAAACGGAAGTGAAAATTTCAATGAAAAGTGGAATGAATTTATATCATTATATGATTTAATTTATCCCAGCCTGACAATGGATGTGTCGGCCGGCCAGCTTGATACGGTGGCGAAACATATCGAGGTAATTGAGCAGGAAGGGTTTCAGCAGATGACAAAAGGAACAAAGCTTGAGCGTCTGACGCTCCTGCAGCAGGATTTAAAGCGGGTTTTTGACAAGGTGGAGCGGGATGACGCTGATCCTTCGCTGCTCTGGGTCATTCTGACAACAGGCGGTATCATTATTACTGCGCTGACATATGTCGGCTACCGAAAATACAGAGCGGAAAAAAAGAAAGAGAAAAAGCGTGAGTATCCTAAGTCTAAATAA MKRKLTICLLLALMCFITTAKAEDEGGLKELNDLSDTVFQMTRHSQYDEALQVLGYFKKKMTHVNSLNGAEVRQVTLGFNDLVRVLKQADASDNEKIRAAAQFRLVMDAMEDHSDPLWGSLERPIMATFSALKEDVSGNGSENFNEKWNEFISLYDLIYPSLTMDVSAGQLDTVAKHIEVIEQEGFQQMTKGTKLERLTLLQQDLKRVFDKVERDDADPSLLWVILTTGGIIITALTYVGYRKYRAEKKKEKKREYPKSK NA NA NA NA NA D1-12_01305 633 hypothetical protein TTGCATGATACATACTTTTACGGACTGAGAGTTGATGGTATGAGGTGGATTTCTTATCTTTTAGGGTTGCGCGGCATGCTTCTGCTTGTTCTTGCCGTTAATTTTATCGGTACGGTGTACGGCTATTATTGGTATGTGCCTCAGCTTGCGGACACGCCGTTCCGATTTCTGATATTTGTGCCTGACAGCCCGACGGCGACGTTTTTCTTCCTGTTCGTGCTTCTGGCATTTCTCATGGGAAGAAACGCGCCGCTGTTTGAAGCGCTGGCTCTTGTAACCCTTGTAAAATACGGGCTGTGGGCGGTCGGAATGAATGTCTTTGTGTTGGCCAAAATGGGGCAGATGCCTTGGGAAGGGTACATGCTGATTGCTTCACATTTTGCCATGGCCGTTCAAGGCGTTTTATACAGCCCGTATTTTCGGTTCCGGTTATGGCATCTTGCCGCTGCCGCTGTTTGGACGCTTCATAATGATGTCATTGATTATCTTTTCGGCATGATGCCCCGCTACTCAATGCTCAATGACTATATGCAAGAGATCGGCTATGCTACATTCTGGCTGAGCATATTTTCACTCGGCCTTGCATACTATTTGGTGATTTCCAAAAGACGGATAAAGCTTGACTTACACTGA MHDTYFYGLRVDGMRWISYLLGLRGMLLLVLAVNFIGTVYGYYWYVPQLADTPFRFLIFVPDSPTATFFFLFVLLAFLMGRNAPLFEALALVTLVKYGLWAVGMNVFVLAKMGQMPWEGYMLIASHFAMAVQGVLYSPYFRFRLWHLAAAAVWTLHNDVIDYLFGMMPRYSMLNDYMQEIGYATFWLSIFSLGLAYYLVISKRRIKLDLH NA NA NA NA NA D1-12_01306 768 petD Cytochrome b6-f complex subunit 4 ATGCACCGGGGGAAAGGAATGAAGTTTGTAGGAGATTCAAGGATACCGGCTGAAAAAAAACCGAATATACCGAAAGACTATTCAGAGTATCCTGGAAAGACAGAGGCGTTTTGGCCGAACTTCCTGCTGAAAGAATGGATGGTCGGGGCCGTTTTCCTCGTCGGATTTCTCGTTTTAACGATTGTGCACGAGCCGCCTTTAGAACGGGTGGCGGACCCGACGGATACAGGGTATATTCCGCTGCCGGATTGGTATTTTCTATTTTTATACCAGCTATTAAAATATGAATATGCCGCAGGGAGCTACACCGTTATCGGCGCGATGATTATACCGGGTCTTGCCTTCGGGTCGCTGCTTTTGGCTCCGTTTCTCGACAGGGGGTCTGAAAGAAGGCCGTGGAAGCGTCCGGTTGCGGTCGGGATGATGCTTTTGGCGCTTTGTGCTACGGTCTTTTTAACGTGGCAGTCAGTCGCGACGCATGACTGGGCGAAGGCGGAGGAGCAAGGGAAAATCAAAAAAGAAGCCGCCATTGATACTGAATCAGACGGTTATAAGGTATTTAAAGAACAAGGCTGTATTTCCTGTCACGGGGATAATCTTCAAGGCGGAAGCGCCGGTCCGTCCCTGGTCGATAACGGGCTGAGCCCGGAAGAAATTAAAAAAATCGCCGTCAAAGGGAAAGGACAGATGCCAGCCGGTATTTTTAAAGGGAATGACAAACAGCTTGATCAGCTGGCGAAGTTCATTTCTGAAACGACAGCGAAATAA MHRGKGMKFVGDSRIPAEKKPNIPKDYSEYPGKTEAFWPNFLLKEWMVGAVFLVGFLVLTIVHEPPLERVADPTDTGYIPLPDWYFLFLYQLLKYEYAAGSYTVIGAMIIPGLAFGSLLLAPFLDRGSERRPWKRPVAVGMMLLALCATVFLTWQSVATHDWAKAEEQGKIKKEAAIDTESDGYKVFKEQGCISCHGDNLQGGSAGPSLVDNGLSPEEIKKIAVKGKGQMPAGIFKGNDKQLDQLAKFISETTAK NA NA NA NA NA D1-12_01307 675 qcrB COG1290 Menaquinol-cytochrome c reductase cytochrome b subunit ATGCTGAATAAAATTTATGACTGGGTGGATGAACGTCTCGATATTACGCCGATGTGGCGGGATATCGCCGACCATGAAGTGCCGGAACATGTAAATCCCGCTCACCATTTCTCGGCTTTTGTCTATTGTTTCGGCGGTTTGACGTTTTTTGTAACCGTTATCCAAGTGCTGTCCGGGATGTTTTTAACGATGTATTATGTGCCGGATATAAAAAACGCGTGGGAATCCGTGTATTATTTGCAGAATGAAGTCGCTTTCGGGCAGATTGTAAGGGGTATGCACCATTGGGGCGCAAGTTTAGTCATTGTGATGATGTTTTTACATACGCTGCGGGTTTTCTTTCAGGGAGCTTATAAAAAGCCTCGGGAATTGAACTGGATCGTCGGTGTTCTGATCTTTTTTGTGATGCTCGGTCTCGGTTTTACAGGGTATCTGCTTCCGTGGGATATGAAGGCGCTGTTTGCGACAAAGGTAGGTCTTCAGATTGCGGAGGCGACGCCATTGATCGGAGCGCAGGTGAAAACTCTTCTTGCCGGCCACCACGATATTGTCGGCGCCCAAACGCTGACGAGATTTTTTGCGATTCACGTATTTTTTCTCCCTGCCGCTTTGTTTGCGCTCATGGGCGCCCACTTTGTCATGATCCGCAAGCAGGGAATTTCAGGACCGCTTTAA MLNKIYDWVDERLDITPMWRDIADHEVPEHVNPAHHFSAFVYCFGGLTFFVTVIQVLSGMFLTMYYVPDIKNAWESVYYLQNEVAFGQIVRGMHHWGASLVIVMMFLHTLRVFFQGAYKKPRELNWIVGVLIFFVMLGLGFTGYLLPWDMKALFATKVGLQIAEATPLIGAQVKTLLAGHHDIVGAQTLTRFFAIHVFFLPAALFALMGAHFVMIRKQGISGPL PGPT0030840_498 PUTATIVE PGPT PUTATIVE_PGPTs PUTATIVE_FUNCTIONS PUTATIVE_FUNCTIONS-1 PUTATIVE-ENERGY_METABOLISM PUTATIVE-PHOTOSYNTHESIS_ELECTRON_TRANSFER,PGPT0030840-petB-K00412 D1-12_01308 504 petC_2 Cytochrome b6-f complex iron-sulfur subunit ATGGGCGGAAAACAAGATATATCAAGAAGACAATTTTTAAACTATGCGCTCACCGGCGTGGGGGGATTTATGGCCGCCAGTGCGCTTATGCCCATGGTCCGTTTTGCGCTGGACCCGGTATTAAAACCGACGGGAGATCAAAAAATGGTGCAGGTTGTCAGTGTGGATGAGCTGACGAAGGAGCCGAAGCGGTTTGACTTTAAAATTCATCAAGTCGACGCCTGGTACGAATCGGAAGAATCCAGGTCAGCCTGGGTTTACAAGCACGGGGATGAAATTATAGCGCTTTCTCCGATCTGTAAACATTTGGGCTGCACCGTAAACTGGAACAATGATCCTAAAAATCCGAACAAATTCTTTTGTCCCTGCCATTACGGGCTGTATGAAAAAGACGGCACGAACGTTCCGGGCACGCCGCCGCTCGCGCCTCTTGACCGTTATGAGCAAAAAGTAAAGGACGGCTTTTTGTATCTTGGAAAAGCAAAGCCTAGGGGGGAAGGGTGA MGGKQDISRRQFLNYALTGVGGFMAASALMPMVRFALDPVLKPTGDQKMVQVVSVDELTKEPKRFDFKIHQVDAWYESEESRSAWVYKHGDEIIALSPICKHLGCTVNWNNDPKNPNKFFCPCHYGLYEKDGTNVPGTPPLAPLDRYEQKVKDGFLYLGKAKPRGEG NA NA NA NA NA D1-12_01309 447 hypothetical protein ATGAGATGGAGGGCCGCTGATGCCGATGCCTATTTACAATCTGCGGATTACATTGATACCGCTGTCATTCCGTTAATTTCCATAACATCTTCAGGAGGCTTAAAAGAGGCCGTTGAACAGGGGGAAAGCACCCAATTGCTTTCTGAAGAGCTTGAGCGCCAATTGAAGGGACGGGTATATTTATTCCCCTCTTATACATATGTTGATATAGATCAATCACAAATCGCCCTGCTTCAAAAACTCAAAGAAGAGGTGATGACCAACTTCCGGCACGCCTTGTTCCTGACGGCAGACGAAAAATGGAAGGATTCTGAAATAGAGTCTGATGTCATATACATACCTGCCGTTCCGTTTGAACATATGAAAGACTCTTTAAAGAGAAAAATAGCGGATGACAAGTGCGGAGAAATTTTGAACGTTTTGTTACAGAAGTGGAACAATTCTTAA MRWRAADADAYLQSADYIDTAVIPLISITSSGGLKEAVEQGESTQLLSEELERQLKGRVYLFPSYTYVDIDQSQIALLQKLKEEVMTNFRHALFLTADEKWKDSEIESDVIYIPAVPFEHMKDSLKRKIADDKCGEILNVLLQKWNNS NA NA NA NA NA D1-12_01310 540 hypothetical protein ATGCAGACCCCTGTTTCTGTCAATGAAAAAAAGGATTTTATCCGTTGGTTTTTAAATCATTATCAGCTTAAACGCCGGGAGTGCGTCTGGATTTTAAATTATTTAATGAGTCATGATTCATTAATGGAAAAAGTCCATTTTGTAGAACAAGCCGAATTTTGCCCGCGAGGCATTATCATGTCTACTCATTGCGTTGATGAGGTGCCGTTTAGGTTTTACAAAGAAAATGTCATGACTACGGACGCGGAAAAATCTTTTCACGACATCCGGTTAAATAAACAGCAGGATTTATTTATCCAGCTGAATTTCCGTTCGGCCTACAGCTCACCGGAATATGCCGCTGTTCTTGAATCAAATCCGCATCTGCCGAAAGACCTGTTTGAAAATAAACAGGATCAGGGGATGGCTGAAAAAATATTAGAACATGCCATTTCCACTTTCCAGCGGGAAAAGCTGCTTAAAGATATCGACGAGGCGCTGGACCGCCACGACAAAGAAACATTTGAAAAGCTTTCCCGCCAATTGAATCAGCTCACATAA MQTPVSVNEKKDFIRWFLNHYQLKRRECVWILNYLMSHDSLMEKVHFVEQAEFCPRGIIMSTHCVDEVPFRFYKENVMTTDAEKSFHDIRLNKQQDLFIQLNFRSAYSSPEYAAVLESNPHLPKDLFENKQDQGMAEKILEHAISTFQREKLLKDIDEALDRHDKETFEKLSRQLNQLT NA NA NA NA NA D1-12_01311 1272 bepA Beta-barrel assembly-enhancing protease TTGAATACATTGATTCAAGAAGCCATAAAATTAGTTGAAGCAGGTGAAACCGAAAAGGGACTCAAAGCGCTTTCAAAAGCTGAAACGCAGCTTCATGACGAAGACAAAGCCATTGCAGCCCAGCTCTACTATGAATGGGGAAACGCCGAAAAAGCGTTAGCGCTGATCAGTGATCTGCATGACCTTTATCCGGATGAGTCTGAGCTGACGAATTTTTACGCCGAATTGTTAATAGATATTGATGAAGAAGAAAAAGCTCTTGAGGTGCTGGAGACGATTTCTCCGGAAGACCCGTCTTACGCGGAAAGCCTTCTTTTAATGGCTGATCTGTATCAGATGCAGGGCTTATTTGAAGTAAGTGAGCAAAAGCTGTTACAGGCGAAAGCGATGTTACAAGATGAACCTGTTATTGATTTCGCTCTGGGGGAATTATACTTCACTCAGGGGTCATACGCAAAAGCCGTTCCGTACTATGAAGAGACGGCAAAAGAACGGCACGAAATCGGCGGCGTAAATGTTCATCAGAGGCTGGCTGAGTCATTGAGCGCGGCGGGTGAATTTGAGGAAGCGATTTCATGGTATGAAAAAGCGGCGGCAGAACATACAGAACCGAATACGATTTTCGGGTACGGGTTCACAGCCTATCAGGCGGGAATGGTCAAAACAGCCATCAAGCAGCTGTCTGATTTAAAAGGGCTTGATCCTTCCTATTCATCGCTTTATATGCCGCTTGCAAAAAGCTATGAGGCAGAAGGCATGTATGAAGATGCATTAAAAACCGCTAAAGAAGGTATTACTTACGATGAATACAATAAAGAGCTTTTTCTCTATGCGGCGAAAATGGCGTTAAAGCTCGGCAACGAAGAGGAAGGCAAAAAGCTTCTTCAGGAAGCACTGGCGCTCGATCCGGGTTACGTGGAAGCGCTCCATACGCTTTTAGCCGTCTATCATAAAGAAGAAAGCTTTGAAGAGATTATTGATCTGATTCAGGAAGTCCGCGGCTACGGAGAAGAAGATCCGAAATACAATTGGTATTTGGCGGGTGCCTATACAGGCCTTGAGCAATACGCTGAAGCGAAAAAAAGCTTCGAAGCTGCGTATCTCCATTATCAGGATGATCGGGATTTCTTATATGAATACGCTCACTTCTTATTGGAAGAGGGTCTCCAGAAAGAAGCGCTGCCGCTTTTAAAACAAGTGCTTTCAATGGATGGAACAAACGAAGAGCTTGAAGAAACAATCTTACGGATAGAGGATGAATTTTTAAGATAA MNTLIQEAIKLVEAGETEKGLKALSKAETQLHDEDKAIAAQLYYEWGNAEKALALISDLHDLYPDESELTNFYAELLIDIDEEEKALEVLETISPEDPSYAESLLLMADLYQMQGLFEVSEQKLLQAKAMLQDEPVIDFALGELYFTQGSYAKAVPYYEETAKERHEIGGVNVHQRLAESLSAAGEFEEAISWYEKAAAEHTEPNTIFGYGFTAYQAGMVKTAIKQLSDLKGLDPSYSSLYMPLAKSYEAEGMYEDALKTAKEGITYDEYNKELFLYAAKMALKLGNEEEGKKLLQEALALDPGYVEALHTLLAVYHKEESFEEIIDLIQEVRGYGEEDPKYNWYLAGAYTGLEQYAEAKKSFEAAYLHYQDDRDFLYEYAHFLLEEGLQKEALPLLKQVLSMDGTNEELEETILRIEDEFLR NA NA NA NA NA D1-12_01312 1287 aroA1 COG0128 3-phosphoshikimate 1-carboxyvinyltransferase 1 TTGAAAAGAGAAAAAGTGACGTCTTTAAACGGTGAAATTCATATTCCGGGGGATAAATCCATCTCCCACCGTTCTGTTATGTTCGGAGCGCTTGCGGAAGGAACGACAACGGTAAAAAACTTTTTGCCCGGAGCCGATTGTCTGAGCACCATTGCCTGCTTCAGAAAAATGGGTGTCTCCATTGAACAAAACGGAAGTGATGTAACGATATACGGGAAGGGCATTGACGCACTTAGTGAGCCTGACAGCCTTCTTGATGTCGGAAATTCCGGCACGACCATCCGCCTGATGCTCGGCATTTTAGCCGGACGCCCATTTCACAGTACGGTAGCGGGGGACGAAAGCATTGCAAAGCGCCCGATGAAGAGGGTGACAGAGCCTTTAAAACAGATGGGAGCCGCGATTGACGGAAGAGCGGACGGAGGATTTACGCCTTTATCCGTAAGAGGCGGACAATTGAAAGGCATTGATTACGTCTCCCCTGTTGCAAGCGCGCAGATCAAATCCGCCGTGCTGCTTGCCGGATTGCAGGCTGAAGGGACGACAACCGTCACTGAGCCTCATAAATCAAGAGACCATACGGAACGGATGCTGAACGCTTTTGGCGCCAAGCTTGCGGAAACGGAGACGAGCGCTTCCGTAACGGGCGGTCAGAAGCTTCGGGGGGCTGATATTTTCGTGCCCGGCGATATTTCTTCAGCAGCCTTTTTCCTCGCGGCAGGTGCTGTCGTTCCCGGAAGCCGGATTGTGCTGAAAAATGTCGGCCTGAATCCGACACGCACGGGAATGATTGATGTCTTAAAGCAAATGGGGGCTTCACTTGAAGTGATTCCTTCAGAAGCGGACAGCGCGGAGCCTTACGGAGACCTGGTTATTGAAACTTCAGATCTGAAAGCGGCAGAAATCGGCGGAGAAATCATTCCCCGTTTAATTGACGAGATCCCGATTATCGCCCTTTTGGCAACGCAGGCTGAAGGCACAACTGTCATTAAAGACGCTGCGGAGCTGAAGGTGAAGGAAACGAACCGGATCGACACCGTCGTATCAGAGCTCCGGAAAATCGGTGCAGACATTGAACCGACTGAAGACGGCATGAAAATACACGGCAATAAAACGCTTGCGGGCGGAGCCGATGTGTCAAGCCACGGCGACCACCGCATCGGCATGATGCTCGGTATCGCTTCATGCCTGACAGAAGAGCCGATTGACATCCGTGATACTGAGGCGATCCATGTCTCATATCCGTCATTTTTTGAGCATTTAGATCAATTAGCCAAAAAAGCCTGA MKREKVTSLNGEIHIPGDKSISHRSVMFGALAEGTTTVKNFLPGADCLSTIACFRKMGVSIEQNGSDVTIYGKGIDALSEPDSLLDVGNSGTTIRLMLGILAGRPFHSTVAGDESIAKRPMKRVTEPLKQMGAAIDGRADGGFTPLSVRGGQLKGIDYVSPVASAQIKSAVLLAGLQAEGTTTVTEPHKSRDHTERMLNAFGAKLAETETSASVTGGQKLRGADIFVPGDISSAAFFLAAGAVVPGSRIVLKNVGLNPTRTGMIDVLKQMGASLEVIPSEADSAEPYGDLVIETSDLKAAEIGGEIIPRLIDEIPIIALLATQAEGTTVIKDAAELKVKETNRIDTVVSELRKIGADIEPTEDGMKIHGNKTLAGGADVSSHGDHRIGMMLGIASCLTEEPIDIRDTEAIHVSYPSFFEHLDQLAKKA PGPT0012850_3482 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_SHIKIMATE_DEGRADATION,PGPT0012850-yddE-K00800 NA NA D1-12_01313 1107 hypothetical protein ATGAAGGATACTATATTGCTTGCGGGGATCGGGCTGATCGGCGGATCGATCGCATTGGCCATCAAAAAGGAGCATCCGCATAAACGGATTATCGGTGTGGATATTTCGGAAGAACAGCTCACTGCCGCGCTGAAGCTCGGAATTATTGACGAGCGGGCCGGCTCATTTACGGAAGGGGCGCAGCAAGCGTCTGTTGTCATTATCGCCACGCCTGTCGCCCAAACGCTGAAAATGCTCGATGTGCTGGCCGCATCAGACATCACCCATGAACTCCTGATTACGGATGTCGGCAGCACGAAACAGAAAGTCGTCAGCTACGCCGACAAAGTGCTTCCGGCTCACTATCAATTTGTCGGCGGCCATCCGATGGCGGGATCTCATAAATCCGGGGCCGCTGCCGCGAAAGAATTTTTATTCGAAAATGCGTTTTACATTTTAACACCCGGAAAATCAACTTCTAAAGAGTCAGTAACGCATCTGAAGGAACTTTTGAAAGCGGCAAACGCCCACTTTGTGGAGATGACTCCCGAGGAGCATGACGGCGTAACGAGCGTCATCAGCCATTTCCCTCATATCGTTGCTGCAAGCCTCGTACATCAGGCTCATCATGCTGAAGAAGATTATCCGTTTTTGAAACGTTTCGCAGCCGGCGGTTTTCGGGACATCACCAGGATCGCCTCAAGCAGTCCGGCGATGTGGAGGGACATACTTCTTCATAACAAAGATAAACTGCTTGACCGCTTCAAAGAATGGAAATGGGAGATTGACACGATCGAATCTTATGTAGAAAATGAAGATGCGGACAGCCTGTTCGGATATTTTAAAAAAGCGAAAGATTATCGCGACGGTCTGCCGCTCCGTCAAAAAGGAGCGATCCCGTCCTTTTATGACCTTTATGTCGATGTTCCCGATCATCCGGGGGTTATTTCGGAAATTACGGCGATATTGGCAGAAGAAAAAATCAGTATCACCAACATCCGCATTATCGAAACAAGAGAAGATATTAACGGAATTCTCAGAATCAGTTTCCAGACTGATGATGACAGGAAGCGGGCGGAAACCTGCATTCAATCCCGCGCTAAATATGACACATTTTACGCTGACTGA MKDTILLAGIGLIGGSIALAIKKEHPHKRIIGVDISEEQLTAALKLGIIDERAGSFTEGAQQASVVIIATPVAQTLKMLDVLAASDITHELLITDVGSTKQKVVSYADKVLPAHYQFVGGHPMAGSHKSGAAAAKEFLFENAFYILTPGKSTSKESVTHLKELLKAANAHFVEMTPEEHDGVTSVISHFPHIVAASLVHQAHHAEEDYPFLKRFAAGGFRDITRIASSSPAMWRDILLHNKDKLLDRFKEWKWEIDTIESYVENEDADSLFGYFKKAKDYRDGLPLRQKGAIPSFYDLYVDVPDHPGVISEITAILAEEKISITNIRIIETREDINGILRISFQTDDDRKRAETCIQSRAKYDTFYAD PGPT0012870_200 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 D1-12_01314 1083 hisC_1 COG0079 Histidinol-phosphate aminotransferase TTGCAGATTAAAGAACAGCTGCGGCAGCTGAAACCGTATCAGCCGGGCAAACCAATAGAAGAAGTGAAAATGGAATACGGGCTTGAGAAAGTAGTAAAACTCGCTTCTAACGAAAATCCGTTCGGCTGTTCACAGGCCGCTAAAGATGCGCTGCATCAGGAGATTGAGCAGCTTGCGCTGTATCCCGACGGTTACAGTGCCGCTTTGAGAACGCGGCTCAGTGAGCATCTGCAGGTCAGTGAATCTTCGATCATTTTCGGCAACGGCTCTGATGAGCTAGTGCAGATTATCTGCCGTTCTTTATTAAATGATCAGGCAAACACGATTACCGCCGCCCCGACTTTCCCGCAATACAGACACAATGCGGTGATTGAAGGCGCTGAGGTGCGCGAGGTGCCGCTCCGCAGTGACGGCGCTCATGATTTGGACCGGATGCTGGAAGCAATTGACGGCGAGACGAAAGTCATATGGGTATGCAACCCCAATAATCCGACAGGGACATATACTTCTGAGCAAGAGCTAATTGCCTTTTTAAACAGAGTTCCCGAGCATATACTCGTTGTACTTGATGAAGCGTACTACGAGTATGTCACGGCGGAAGATTACCCAGAAAGCATTCCGCTTTTAAAGCAATATGCGAATGTCATGATCCTCCGCACCTTCTCTAAAGCGTACGGACTTGCCGCGCTGCGTGTCGGATACGGCATTGCGGACGAAGCGCTGATCCGCCAGATTGAACCGGCGAGAGAGCCGTTCAATACGAGCAGAATCGGTCAGGCTTCGGCACTGGCAGCGCTTGATGACCAGATATTTATTCGGGAATGCGTCGAGAAAAATAAAGCAGGCCTTAAGCAGTATTATGATTTTGCAGAAACTCACGGATTAACTTGTTATCCTTCACAAACCAACTTTGTGCTCATTGATTTTAACCGCCCGGCGGATGAACTGTTCCAAGCCCTGTTGGAAAAAGGATATATCGTCCGCTCAGGACAGGCGCTCGGATTTCCGACAGCGTTAAGGATTACGGTCGGTACGAAAGAGCAGAATGAGGAAATTCTCACAATTTTAGCTGCAATATTATAA MQIKEQLRQLKPYQPGKPIEEVKMEYGLEKVVKLASNENPFGCSQAAKDALHQEIEQLALYPDGYSAALRTRLSEHLQVSESSIIFGNGSDELVQIICRSLLNDQANTITAAPTFPQYRHNAVIEGAEVREVPLRSDGAHDLDRMLEAIDGETKVIWVCNPNNPTGTYTSEQELIAFLNRVPEHILVVLDEAYYEYVTAEDYPESIPLLKQYANVMILRTFSKAYGLAALRVGYGIADEALIRQIEPAREPFNTSRIGQASALAALDDQIFIRECVEKNKAGLKQYYDFAETHGLTCYPSQTNFVLIDFNRPADELFQALLEKGYIVRSGQALGFPTALRITVGTKEQNEEILTILAAIL PGPT0020305_4964 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_TYROSINE_DEGRADATION,PGPT0020305-hisC-K00817 NA NA D1-12_01315 798 trpA COG0159 Tryptophan synthase alpha chain ATGTTTAATCTGCGAGATTCTGAAAAATTATTTATCCCTTTTATTACAGCTGGCGATCCGCTTCCTGACATTTCTGTTGAGCTGGCAATATCATTGCAGAATGCAGGCGCTTCTGCCCTTGAAATCGGCGTACCTTACACAGATCCGCTCGCGGACGGACCCGTCATACAACGGGCTTCAAAACGGGCTCTGGAAAACGGAATGAATATCGTAAAAGCAATTGAACTTGGCGGCAAAATGAAAAAAAACGGCGTTCATATTCCAATTATCCTCTTTACGTATTATAATCCTGTGTTACAATTAGAAAAAGAATACTTTTTCGCTTTACTGCGGGAAAACGACATAGACGGTCTGCTTGTACCCGACCTTCCATTAGAGGAAAGCGCCCTTTTGCAAATGACATGCAAAAAGGAGAACATCGCTTATATCTCACTGGTTGCGCCGACAAGTGAAGACCGTTTGAAAATAATTACTGAACAGGCCTGCGGCTTTGTGTATTGTGTATCCTCTTTAGGAGTGACGGGCGTACGCAGCGAATTCGATCCGTCTGTATACTCTTTCATTCGTAAGGTGAAAGAATTCAGCTCTGTTCCGGTGGCGGTCGGTTTTGGCATTTCAAACCGCAAACAGGTTGACAGGATGAATGAAATATCTGACGGTGTCGTTGTCGGCAGCGCGCTTGTCAAAAAAGTTGAAGAGCTTAAAACAAAGCTTGTGAATCCCGGCACAAGAGCTGATGCGCTTCTTGAATTTGAAGAATACGCAAAGACGTTCGGACGACTGTACAGTGTAAAATGA MFNLRDSEKLFIPFITAGDPLPDISVELAISLQNAGASALEIGVPYTDPLADGPVIQRASKRALENGMNIVKAIELGGKMKKNGVHIPIILFTYYNPVLQLEKEYFFALLRENDIDGLLVPDLPLEESALLQMTCKKENIAYISLVAPTSEDRLKIITEQACGFVYCVSSLGVTGVRSEFDPSVYSFIRKVKEFSSVPVAVGFGISNRKQVDRMNEISDGVVVGSALVKKVEELKTKLVNPGTRADALLEFEEYAKTFGRLYSVK PGPT0007070_3137 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 D1-12_01316 1203 trpB COG0133 Tryptophan synthase beta chain ATGTATCCATATCCAAATGAAATCGGAAGATACGGCGAATTCGGCGGCAAATTTGTCCCTGAAACATTGATGCGGCCCCTTGAGGAAATCGAAACGGCTTTCACAGAATTAAAGAATGATCCCGTTTTTCATGCCGAATATAAAAAGCTATTGTTTGATTACTCCGGAAGACCGACCGCATTAACGTTCGCAGACAGGGTGTCAGAGTATTTGGGAGGGGCGAAAATCTATCTGAAAAGAGAAGATTTAAACCATACCGGCTCTCATAAAATTAACAACGCGCTAGGCCAGATTCTGCTTGCCAAAAAGATGGGCAAAACGAAAATCATCGCCGAAACCGGTGCGGGACAGCACGGTGTGGCTGCCGCGACAGCCGCCGCAAAATTCGGTTTTAAGTGTACAGTTTTTATGGGTGAAGAAGACGTTGCGCGCCAGTCGCTGAACGTATTCCGGATGAAACTGCTCGGTGCGGAAGTGGTGCCGGTCACAAGCGGCAACGGCACGCTGAAAGATGCGACGAATGAGGCAATCAGGTATTGGGTCCAGCATTGTGAAGATCATTTCTACCTTATCGGTTCTGTAGTGGGGCCGCACCCGTATCCGTATATCGTTCGCGAATTCCAGAAAATCATCGGCGAGGAAGCGAAAGAACAGCTCCGCCGGGTTGAAGGAACGCTCCCGGATAAGGTTGTTGCATGTGTCGGCGGCGGAAGCAATGCGATGGGCATTTTTCAGGCCTTTTTAGACGAAGATACTGAGCTGATCGGCGCCGAGGCGGCCGGAAAAGGAATTGATACGCCGCTGCATGCGGCAACGATCGCAAAAGGGACGCTCGGGGTGATTCACGGTTCAATGACCTATTTAATACAAGATGAATACGGGCAGATTATCGAACCGTATTCCATTTCAGCAGGCCTTGATTACCCGGGGATCGGCCCTGAGCACGCCTATCTGCATAAAAGCGGCCGTGTAACGTACGAAAGCGTGACAGACGATGAAGCGATTGCCGCGTTACGTCTGCTTTCTGAAACAGAAGGTATTCTTCCGGCTATTGAATCTGCCCACGCCCTGGCAAAAGCGTTTGAAATGGCAAAAGACATGGATAAAGATAAAATCATTCTCGTCAGTTTATCGGGAAGAGGAGATAAAGACGTTCATACGCTGATGAATGTTTTGGAAAACGGGGTGGAGACACATGTTTAA MYPYPNEIGRYGEFGGKFVPETLMRPLEEIETAFTELKNDPVFHAEYKKLLFDYSGRPTALTFADRVSEYLGGAKIYLKREDLNHTGSHKINNALGQILLAKKMGKTKIIAETGAGQHGVAAATAAAKFGFKCTVFMGEEDVARQSLNVFRMKLLGAEVVPVTSGNGTLKDATNEAIRYWVQHCEDHFYLIGSVVGPHPYPYIVREFQKIIGEEAKEQLRRVEGTLPDKVVACVGGGSNAMGIFQAFLDEDTELIGAEAAGKGIDTPLHAATIAKGTLGVIHGSMTYLIQDEYGQIIEPYSISAGLDYPGIGPEHAYLHKSGRVTYESVTDDEAIAALRLLSETEGILPAIESAHALAKAFEMAKDMDKDKIILVSLSGRGDKDVHTLMNVLENGVETHV PGPT0007075_2994 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 D1-12_01317 654 trpF COG0135 N-(5'-phosphoribosyl)anthranilate isomerase ATGAAAAAGCCTGAGTTAAAGTACTGCGGAATACGATCGAAGCGTGATTATGAACTTGCGGCAGCTTCAGAAGCGGATTATCTGGGATTTATTTTTGCCGCAAGCAAACGGAGAGTAACGCCGGATGAGATCCGGAAATGGAAAGAGCAGGTCCGGACAGACAAGAAACATGTCGGAGTATTTGTAAATGAAACGATAGAAAACATCGCGCAAATCGCCTCTGATCTGGCACTTGACGTCATCCAGCTTCACGGTGATGAATCGCCTGAGGATGCCCGCCGCCTCCGTTCGCTTGTGCGCTCGGAAATATGGAAAGCGCTCCATCACGGGGAAGGGACGCTCCGTCAGATGGCTCAATTTGCACCTGCTGTCGACGGCTATGTCATTGATTCTTCAGTAAAAGGAATGAGAGGCGGCACGGGAATCGCGTTTTCATGGGCCCGTGTCCCCTTGTACCGAAAGCAGGCTCAAAATGCAAACAAGCGCTGTTTTATCGCGGGCGGCGTTAATCCTGAAACGATTACAGGCTTACTGAGATCGCGTCCGTGCGGTATAGATCTTGCCAGCGGAATTGAAAAAAACGGACACAAGGATCAAACACTGATCCGGCTTTTAGAAGAAAGGATGAATCACTATGTATCCATATCCAAATGA MKKPELKYCGIRSKRDYELAAASEADYLGFIFAASKRRVTPDEIRKWKEQVRTDKKHVGVFVNETIENIAQIASDLALDVIQLHGDESPEDARRLRSLVRSEIWKALHHGEGTLRQMAQFAPAVDGYVIDSSVKGMRGGTGIAFSWARVPLYRKQAQNANKRCFIAGGVNPETITGLLRSRPCGIDLASGIEKNGHKDQTLIRLLEERMNHYVSISK PGPT0007115_1472 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 D1-12_01318 753 trpC Indole-3-glycerol phosphate synthase ATGCTTGATCAAATCATTCAGCAGAAAAAAGAAGAAATCAAATCCATCGTGCTGCCGGAAACCTGTCAAATTGAACGGAGATCCTTTAAAAAAGCGCTCCTGAACCCGAACCGTTTTATCGGGCTGATTGCCGAAGTGAAAAAAGCTTCGCCGTCTAAAGGATTGATTAAAGAGCATTTTGTTCCGGAAACGATTGCGGCGGATTATGAAGCGGCTAAAGCCGACGCCCTTTCAGTTCTCACGGATACCCGTTTTTTTCAGGGGAGAAATCAATTTCTGACAGATGTTAAACAAACCGTGTCTCTTCCCGTGCTGAGAAAAGATTTTATTATTGATTCCCTTCAGGTGGAGGAATCGTTCAGGATCGGCGCCGATGCCATTTTGCTGATCGGGGAAGCGCTGGAACCTTCAGAGCTTCATGAGCTTTATCTGGAAGCCCGCGAGAAGGGCATGGACGTTCTCGTTGAAGTCCATGATGAAACTGTGCTTGAACGGATTTTACAAGTGTTTCAGCCGGACATTCTCGGCATAAACAACCGGGACTTAAAAACGTTCCGTACTTCTGTTTCGCAAACGGAAAAAATAGCGCAGCTTGTACCGGACGGCTGCCTGCTGGTCAGCGAAAGCGGCATCGGTTCTTTGGCTGACCTGCAATTCGTCAACAAGCACGGGGCGCAGGCTGTATTGGCCGGAGAATCCTTAATGAGAGAGGATTCGCAGCAAAAAGCGATCCGCGGACTGTTCGGGGAGTGA MLDQIIQQKKEEIKSIVLPETCQIERRSFKKALLNPNRFIGLIAEVKKASPSKGLIKEHFVPETIAADYEAAKADALSVLTDTRFFQGRNQFLTDVKQTVSLPVLRKDFIIDSLQVEESFRIGADAILLIGEALEPSELHELYLEAREKGMDVLVEVHDETVLERILQVFQPDILGINNRDLKTFRTSVSQTEKIAQLVPDGCLLVSESGIGSLADLQFVNKHGAQAVLAGESLMREDSQQKAIRGLFGE PGPT0007080_3914 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 D1-12_01319 1017 trpD COG0547 Anthranilate phosphoribosyltransferase ATGAACAAATTTCTGCAATCGTGCGTTAAGGGCCGTACGCTGAAAATCGGAGAAGCCGAAAAGCTGATGGAGATGATGATGAACGGGGACATGTCGCAGTCTGAGATCGGCGGGATTTTATCGGTATTAGCCCACCGGGGTGAAACGGCGGAGGAGCTTGCCGGATTTGTAAAAGTGATGCGGGCGCGGGCACAGACATCAGGTGGCTTGGCGGATGTCGTTGATACGTGCGGAACAGGCGGAGACGGGATTTCTACGTTTAACATATCCACGGCAGCGGCGATTACAGCTTCTGCCGCCGGAGCTAAAGTTGCCAAGCACGGAAATCGCTCCGTTTCGTCTAAAAGCGGCAGCGCGGATGTGCTGGAAAAACTGGGTGTTTCCATTCAAGCCACACCAGACAGCGTTAAACGCAGCATTGAAATGAAACAAATGGGGTTTTTGTTTGCGCCGCTGTTTCATTCGTCAATGAAGCACGTCGCCGCCGCAAGAAAAGAGCTTGGCTTCCGAACCGTATTTAATCTGCTGGGCCCGCTCAGCAACCCGCTGCAGGTGAAGCGGCAGGTGATCGGCGTCTATTCATTTGATAAAGCGCGCCTGATGGCAAGCGCTCTGGAACAATTTGATGTCAGACACGTCATGCTTGTGTCGGCCCGTGACGGATTAGATGAACTGTCCATCACAGCACCGACCGATATCATTGAACTGAAAAACGGTGAACGTCTGGAATATTCCGTTTCACCTGAACAATTCGGTTTTGCAGAAGGTTCATTGAAGGATATTCAAGTGAGTTCATCGGAAGAAAGCGCGCTCCTCATTCAGAATATTTTTGCAAATAAAGCTCCGTCATCCGCTCTGCATATTACCGCCTTAAATGCGGGCGCGGCCATTTATACGGCAGGTCTTGCAAACGATCTGAAAGAAGGAACGAAAACCGCCTTAGAAGCGATTCAAAACGGAGATGCCAAAAGGCAGCTCGAACGTCTGAAACAGAAAGAGGAAGAAATGTATGCTTGA MNKFLQSCVKGRTLKIGEAEKLMEMMMNGDMSQSEIGGILSVLAHRGETAEELAGFVKVMRARAQTSGGLADVVDTCGTGGDGISTFNISTAAAITASAAGAKVAKHGNRSVSSKSGSADVLEKLGVSIQATPDSVKRSIEMKQMGFLFAPLFHSSMKHVAAARKELGFRTVFNLLGPLSNPLQVKRQVIGVYSFDKARLMASALEQFDVRHVMLVSARDGLDELSITAPTDIIELKNGERLEYSVSPEQFGFAEGSLKDIQVSSSEESALLIQNIFANKAPSSALHITALNAGAAIYTAGLANDLKEGTKTALEAIQNGDAKRQLERLKQKEEEMYA PGPT0007090_3153 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 D1-12_01320 1548 trpE COG0147 Anthranilate synthase component 1 ATGAATTTACAATCGGATGTTTCTTTATTTTTAAAGGACAGTCTGACACACCGCACCATTCCAATCGCAGAGACTTTTACGGTCGACACGATCACACCCATTCAGATGGTTGAAAAACTGGACAGAAACATTACGTATCTTTTAGAAAGCAAGGATGAGTCGTCAAGCTGGTCGAGATACTCTTTTATCGGCCTCGATCCTTTTATCACCATTAAAGAGAGTCATAACACATTCACTGCCGCTGATCCAAATGGGCATACGCTGTTTGAAGCGGGAGAATTAAAAGCCGTGCTTGACTGGATGAATGAGAGCTTCCGCATTAAAACACCCGAGCTTGATATCCCATTTTCGGGAGGGGCTGTCGGTTATCTGAGCTATGACATGATTCCTTTGATTGAGCCTTCCGTGCCAAGCCACGCGAAAGAAACAGATTTCGAAAAATGCATGCTGTTTGTCTGCCGGAAAATCATCGCGTACGACCACGAAACGAAACAAGTGCATTTCATTCAATATGCGGAGCTTAACGGTCGGGAGACGGAGGAAGAAAAGCGGGCCGTTTTTAAAGAAAATTGCGCCGAGCTTCGTAAGCTTATCGGTATTTTGACAGAATCGAAAGATATGAAAGAGCCGTTTTTTTCTAAAGAAACGTTTGACACGCCAAGTTTTGCCGATGTGACATCCAATTATACGAAAGAAGAGTTTATGGCCGGCGTCAATAAACTGAAAGAATATATAAAAGCGGGAGACATTTTTCAAGGGGTGCTTTCGCAAAAGTTTGACATTCCGGTATCCAGACATTCATTTGAGCTGTACAGGGTGCTCCGCATCATCAATCCTTCACCCTATATGTACTATATCAAACTGCCTGACAGAGACATTGTCGGGAGTTCGCCTGAACGTCTGATCCGCGTGCATGACAGGCACCTGGAAATTCATCCGATTGCCGGAACGAGAAGAAGGGGCGCCGGAAAAAAAGAAGATGAACGCCTGAAAAAAGAGCTGATGAATGACGAAAAAGAAAAAGCTGAACATTACATGCTCGTCGATCTTGCGCGCAATGACATCGGCAGAGTTGCGGAGTACGGTTCCGTAGCCGTTCCGGAATTCACAAAGGTCGTTTCTTTTTCACATGTGATGCACATCATCTCTGTTGTAACCGGCCGTTTAAAACAGGGCGTCCATCCCGTTGACGCGCTGATGTCGGCATTCCCGGCAGGAACACTCACGGGCGCTCCGAAAATCCGCGCGATGCAGCTTTTAAATGAATTAGAACCGACTTCCAGAGAAACCTACGGCGGATGTATCGCTTATATCGGATTTGACGGGTCAATTGATTCGTGTATTACCATCCGCACCATGAGTGTCAAAAACGGTACGGCGTCGGTGCAGGCGGGCGCGGGAATAGTCGCCGATTCCGTCCCGGAAGCCGAATATGAAGAAAGCTGTAACAAAGCGGGGGCGCTTTTAAAAACGATTCAAATCGCAGAAGACATCTTTTCTGGCGGGGAGGAGAAGACGGATGAACAAATTTCTGCAATCGTGCGTTAA MNLQSDVSLFLKDSLTHRTIPIAETFTVDTITPIQMVEKLDRNITYLLESKDESSSWSRYSFIGLDPFITIKESHNTFTAADPNGHTLFEAGELKAVLDWMNESFRIKTPELDIPFSGGAVGYLSYDMIPLIEPSVPSHAKETDFEKCMLFVCRKIIAYDHETKQVHFIQYAELNGRETEEEKRAVFKENCAELRKLIGILTESKDMKEPFFSKETFDTPSFADVTSNYTKEEFMAGVNKLKEYIKAGDIFQGVLSQKFDIPVSRHSFELYRVLRIINPSPYMYYIKLPDRDIVGSSPERLIRVHDRHLEIHPIAGTRRRGAGKKEDERLKKELMNDEKEKAEHYMLVDLARNDIGRVAEYGSVAVPEFTKVVSFSHVMHIISVVTGRLKQGVHPVDALMSAFPAGTLTGAPKIRAMQLLNELEPTSRETYGGCIAYIGFDGSIDSCITIRTMSVKNGTASVQAGAGIVADSVPEAEYEESCNKAGALLKTIQIAEDIFSGGEEKTDEQISAIVR PGPT0007095_1572 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 D1-12_01322 384 aroH COG4401 Chorismate mutase AroH ATGATGATACGCGGCATTCGCGGAGCAACAACGGTGGAACAAGACACCGAACAAGAAATTTTAGAAAAAACACAGCAGCTGCTTGAAAAAATCATTGAACAAAATGGATGCAAGCCGGAAGACGTTGTGCAGATCCTGATATCCGCCACGCCTGATATCCATTCCGTATTTCCGGCAAAAGCGGTCCGCCGCCTTTCCGGGTGGCAGTACGTCCCGGTGACGTGCATGCAGGAAATGGATGTCACCGGCGCTCTGCAAAAGTGTATCCGTGTCCTGATGACGGTTCAGACGGATACGCCTCAGGATGAAATCAAGCATGTCTATTTAGAAAAAGCCGTTGTGTTAAGGCCGGATTTATCATTGACAAAAAATACTGACATGTAA MMIRGIRGATTVEQDTEQEILEKTQQLLEKIIEQNGCKPEDVVQILISATPDIHSVFPAKAVRRLSGWQYVPVTCMQEMDVTGALQKCIRVLMTVQTDTPQDEIKHVYLEKAVVLRPDLSLTKNTDM PGPT0021220_11 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021220-cmk-K00945 NA NA D1-12_01323 1089 aroB 3-dehydroquinate synthase ATGAAAGAGCTTGAGGTTCGGACAGCTTCCTCCGCATATCCCGTGTATATCGGTGAAGGCATAAGGAAACAGGCCGCTGCCCTTTTGTCTTCACTGAACAGGCCGCTGACAAAGATCCTTCTCGTCATCGATGCTGAAGTTGACCGGCTATACGGTGATGAGATGTTCCGGCTTTTAAACGAAACATGGCCCGTGAAAAAAGTGATCGTTCCAAGCGGAGAAGAAGCGAAGTCTCTGAAAGAGTATGAACGGATTCAAACGGAAGCGATCGCTTTCCATATGGACCGCTCCTCATGTATGATCGCCTTCGGAGGCGGCGTGACGGGTGATTTGGCCGGCTTTTGCGCAGCAACTTTTATGCGCGGAATTGATTTCATTCAAATGCCGACGACACTGCTTGCCCATGACAGCGCGGTCGGCGGCAAGGTGGCCGTCAACCATAAACTCGGAAAGAACTTAATCGGCGCGTTTTATCAGCCGAAAGCGGTGATTTACGATACGGAGCTACTGAAAACCCTGCCGGAACAAGAGCTGAGATCGGGTATGGCTGAAGTGATCAAACACGCGTTTATCGCCGATCATGCTTTTTTAGAAAAACTTCTCACGTTTGACACGTTGCAAGGACTGACAAGCGCTGAGCTGAATGAAATGATTTATAAAGGAATTTCAATCAAATCGGCCGTCGTGCGTGAGGACGAAAAGGAAGAGGGGATAAGAGCTTTTCTGAATTTCGGCCATACGCTCGGCCATGCCGTTGAGGCGGAATACGGCTACGGCCGGATTACACATGGAGATGCGGTCGCCCTCGGCATGCAGTTTGCCCTTTACGTGAGTGAACAGGTTGCTGGATGCAAGATGAACAGAAAAGAACTCACGCAATGGCTGATTGGGCTCGGCTACCCGGGAAGCATCAGACAAGATATTGAAACGCCGGTTCTCTCCGCCCGGATGATGAATGATAAAAAAACGCGCGGAGGCATGACACAGTTCATCGTGTTAAAGGAATTAGGCGAAGCGCGGGACTGCATGCTTTCAAAAGATGAGCTCGAAAATTTGCTGAACAAATGGCGAATGGAGGAAACAGCATGA MKELEVRTASSAYPVYIGEGIRKQAAALLSSLNRPLTKILLVIDAEVDRLYGDEMFRLLNETWPVKKVIVPSGEEAKSLKEYERIQTEAIAFHMDRSSCMIAFGGGVTGDLAGFCAATFMRGIDFIQMPTTLLAHDSAVGGKVAVNHKLGKNLIGAFYQPKAVIYDTELLKTLPEQELRSGMAEVIKHAFIADHAFLEKLLTFDTLQGLTSAELNEMIYKGISIKSAVVREDEKEEGIRAFLNFGHTLGHAVEAEYGYGRITHGDAVALGMQFALYVSEQVAGCKMNRKELTQWLIGLGYPGSIRQDIETPVLSARMMNDKKTRGGMTQFIVLKELGEARDCMLSKDELENLLNKWRMEETA PGPT0012865_2473 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 D1-12_01324 1173 aroC COG0082 Chorismate synthase ATGAGATACTTAACAGCCGGAGAATCACACGGTCCGCAGCTGACGACAATTATAGAAGGTGTGCCTGCGGGGCTTTATATAACTGAAGAAGACATTAATTTTGAGCTTGCCAGACGTCAAAAAGGGCACGGCCGCGGACGCCGCATGCAGATTGAAACGGACAGAGCGAAGATCACAAGCGGCGTGCGGCATGCCCGGACACTCGGTTCACCCATCGCGCTCGTTGTAGAAAATAAAGATTGGACCCACTGGACAAAAATCATGGGCGCCGCACCGATTACAGAAGAAGAAGAAAGTGAAATGAAACGCCAGATTTCAAGACCGAGACCGGGACACGCAGATTTGAACGGTGCTATTAAGTATAATCACCGCGATATGAGAAATGTGTTAGAACGATCTTCCGCGCGTGAGACAACGGTTCGCGTGGCTGCCGGAGCCGTCGCTAAAAAGATTTTAGCGGAGCTTGGCATTAAAGTCGCCGGGCATGTCCTGCAAATCGGCAGCGTAAAAGCAGAGAAAACCGATTACACATCCATTGAGGATCTCAAACGGGTAACGGAAGAATCACCGGTCAGATGCTACGATGAAGAAGCTGGCCGTCAAATGATGGCAGCCATTGATGAAGCGAAGGCAAACGGCGACTCGATCGGCGGAATCGTTGAAGTGATCGTCGAAGGTATGCCGGTCGGTGTCGGAAGCTATGTCCACTATGACCGTAAGCTGGACAGCAAGCTCGCTGCTGCCGTTCTGTCGATTAACGCGTTTAAAGGCGTAGAGTTCGGCATCGGTTTTGAAGCGGCCGGTAAAAACGGCAGTGAAGTTCATGATGAAATCGTATGGGATGAAGAGAAAGGCTATACACGCGCCACAAACAGGCTCGGAGGATTAGAAGGCGGTATGACGACGGGAATGCCGATTGTCGTCCGCGGCGTTATGAAACCGATCCCTACTTTGTACAAGCCGCTGAAAAGCGTCGACATTGAAACGAAAGAACCGTTTACAGCGAGCATTGAACGTTCAGACAGCTGCGCGGTTCCGGCAGCAAGTGTAGTGGCTGAAGCAGCAGTGGCCTGGGAAATCGCAAATGCCGTCGTCGAACAATTCGGGCTTGACCAGATCGACCGCATTAAAGAAAATGTTGAAAACATGAAAAAACTATCGAGGGAATTCTGA MRYLTAGESHGPQLTTIIEGVPAGLYITEEDINFELARRQKGHGRGRRMQIETDRAKITSGVRHARTLGSPIALVVENKDWTHWTKIMGAAPITEEEESEMKRQISRPRPGHADLNGAIKYNHRDMRNVLERSSARETTVRVAAGAVAKKILAELGIKVAGHVLQIGSVKAEKTDYTSIEDLKRVTEESPVRCYDEEAGRQMMAAIDEAKANGDSIGGIVEVIVEGMPVGVGSYVHYDRKLDSKLAAAVLSINAFKGVEFGIGFEAAGKNGSEVHDEIVWDEEKGYTRATNRLGGLEGGMTTGMPIVVRGVMKPIPTLYKPLKSVDIETKEPFTASIERSDSCAVPAASVVAEAAVAWEIANAVVEQFGLDQIDRIKENVENMKKLSREF PGPT0012875_1213 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_SHIKIMATE_DEGRADATION,PGPT0012875-aroB-K01736 NA NA D1-12_01325 912 cheR Chemotaxis protein methyltransferase ATGAAAGACAGAGGCTGCGCCGCCCTGTCTTTTCGTTTCTCACAAATCAGCCCGCGGGCTGATTTTTTTATTGAAATCGTACAATTTCGACAGAAAACAGGCTATACTAGGACAAAAGACAGCGAGATTGGGAGAGAAGCAATGGAGCCTTACGACATTTTTATCACCAAGTGGAAACAAATAACCGGCGTTGATTTATCTTTATACAAAGAAGCACAGATGAAAAGGCGGCTGACGTCCCTTTATGAAAAGAAGGGGTTCAGAGATTTTCAGGAATTTGCCGCCGCTTTGGAAAAGGACAAGCTTTTATTAAACGAAACATTGGACAGAATGACGATCAATGTTTCTGAATTTTACCGAAATTATAAACGGTGGGAAGTTCTTGAAACCTCAATTCTTCCGTTAATAAAGCATAACAAACCGTTAAAAATATGGAGTGCGGCCTGTTCAACGGGAGAGGAGCCCTATACTTTGGCTATGATTCTCAATCAGCAGACGGGACTGGCCGGATTTGATATATTGGCGACAGATATTGATGAAAAGGCGCTAAGCAAAGCCAAGCGGGGCATCTATCAGGAACGCTCGCTGCAAGAGGTGCCGGCTTCCGTGAAAAGCCGTTATTTCACCAAGCAGGCTGACAGCAGCTATCAAGTAAAACAAGAGATTCAGAAAAACATCCGGTTTAAGCGGCACAACCTGCTTGCCGACAGCTATGAACAGGATTTTGACCTGATCGTCTGCCGCAACGTCTTTATTTATTTTACTGAAAAAGCAAAAGAAGAGCTGTATGTGAAAATGGCGGGCAGTCTGAAAAAGAACGGAATTCTGTTTGTCGGCAGTACAGAACAAATTTTCAGCCCGGAAAAATTCGGCCTTGAGAGCACTGATACATTTTTTTATCAAAAAAGATAG MKDRGCAALSFRFSQISPRADFFIEIVQFRQKTGYTRTKDSEIGREAMEPYDIFITKWKQITGVDLSLYKEAQMKRRLTSLYEKKGFRDFQEFAAALEKDKLLLNETLDRMTINVSEFYRNYKRWEVLETSILPLIKHNKPLKIWSAACSTGEEPYTLAMILNQQTGLAGFDILATDIDEKALSKAKRGIYQERSLQEVPASVKSRYFTKQADSSYQVKQEIQKNIRFKRHNLLADSYEQDFDLIVCRNVFIYFTEKAKEELYVKMAGSLKKNGILFVGSTEQIFSPEKFGLESTDTFFYQKR PGPT0015670_560 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS CHEMOTAXIS_PROTEINS CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015670-cheR|pilK-K00575 NA NA D1-12_01326 447 ndk COG0105 Nucleoside diphosphate kinase ATGGAAAAAACTTTTATCATGGTAAAACCGGACGGCGTACAGCGCCAGCTGATCGGAGAGATTTTATCCAGATTTGAGCGTAAGGGCTTACAATTGGCAGGAGCCAAGCTAATGCAAGTTTCAGAACAGATGGCTGAAAACCATTATGCTGAACATAAAGGGAAGCCGTTTTTCGGCGAGCTTGTGGAATTCATTACATCAGGACCCGTATTTGCAATGGTATGGGAAGGGGAAAATGTAGTAGAGATCACAAGACAGCTGATCGGAAAAACGAACCCGAAAGATGCACTGCCGGGCACGATCCGCGGTGACTACGGCATGTTTGTCGGCAAAAATATCATTCACGGTTCAGACTCCTTAGAAAGCGCTGAGCGGGAAATTCACATTTTCTTTAAACAGGAAGAGCTTGTACCGTATCAAAAATTAATGGCCGACTGGGTGTACTAA MEKTFIMVKPDGVQRQLIGEILSRFERKGLQLAGAKLMQVSEQMAENHYAEHKGKPFFGELVEFITSGPVFAMVWEGENVVEITRQLIGKTNPKDALPGTIRGDYGMFVGKNIIHGSDSLESAEREIHIFFKQEELVPYQKLMADWVY PGPT0021210_2387 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021210-ndk-K00940 NA NA D1-12_01327 1050 hepT COG0142 Heptaprenyl diphosphate synthase component 2 ATGTCAAATACCATTCGTTTACCGGCGGAGTGGCCGCTACGCATATCGGTTGGAAATGATGAATATACAGATGTTTGGGTGAATGATATGAAATTTAAAATGGCCTATTCTTTTTTAAATGACGATATTGATGTGATCGAAAGGGAGCTTGAGCAAACGGTGCGGTCAGACTATCCCTTGCTGAGTGAAGCCGGGCTCCATCTGCTCCAGGCGGGAGGCAAGAGGATCCGCCCCGTTTTCGTATTGCTTTCCGGCATGTTCGGCGACTATGACATTAATAAAATAAAATATGTTGCGGTGACGCTGGAAATGATTCATATGGCGTCCCTCGTGCATGACGACGTCATTGATGACGCCGAGCTGCGGAGGGGAAAACCGACCATCAAAGCCAAGTGGGACAACCGCATCGCCATGTATACCGGTGATTATATGCTAGCGGGCTCACTTGAGATGATGACGAGATTGGATGAGCCGAAAGCCCACCGGATCCTGTCCAAAACCATCGTAGAAGTATGCCTCGGAGAAATTGAACAGATCAGAGATAAATACAATATGGAGCAAAACCTCAGAACCTATTTGCGCCGCATCAAACGGAAAACGGCTCTTCTCATTGCCGTCAGCTGCCAGCTCGGCGCCATCGCTTCGGGAGCTGATGAGAAGATTCACAAAGCATTATATTGGTTCGGTTATTACGTGGGCATGTCCTATCAGATTATTGACGACATTCTTGATTTCACTTCAACGGAAGAGGAACTGGGAAAACCGGTCGGAGGGGATCTGCTGCAAGGAAATGTCACTCTGCCCGTTTTGTACGCGCTCCGTCAGCCTGAATTGAAAAATCAGCTGAAATTAATTAACAGTGAAACAACACAGGAGCAGCTCGCCCCCATTATTGAAAATATTAAACGCACAGACGCGATTGAAAAATCAATGGCCGTCAGTGACAGGTACTTAAAAAAAGCGTTTGAAAAACTGAATACACTGCCGAGAGGACGTGCGCGCTCATCATTGGCCGCCATCGCCAAATATATCGGCAAACGGAAATTTTAA MSNTIRLPAEWPLRISVGNDEYTDVWVNDMKFKMAYSFLNDDIDVIERELEQTVRSDYPLLSEAGLHLLQAGGKRIRPVFVLLSGMFGDYDINKIKYVAVTLEMIHMASLVHDDVIDDAELRRGKPTIKAKWDNRIAMYTGDYMLAGSLEMMTRLDEPKAHRILSKTIVEVCLGEIEQIRDKYNMEQNLRTYLRRIKRKTALLIAVSCQLGAIASGADEKIHKALYWFGYYVGMSYQIIDDILDFTSTEEELGKPVGGDLLQGNVTLPVLYALRQPELKNQLKLINSETTQEQLAPIIENIKRTDAIEKSMAVSDRYLKKAFEKLNTLPRGRARSSLAAIAKYIGKRKF PGPT0025040_179 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_GERMINATION_PROTEIN,PGPT0025040-gerC-NA NA NA D1-12_01328 702 menG COG2226 Demethylmenaquinone methyltransferase ATGCAGGAGTCAAAAGAACAGCGCGTACACGGCGTGTTTGAAAAAATCTATAAAAATTATGACCAAATGAACTCTGTTATCAGTTTTCAGCAGCATAAAAAATGGCGCGATAAAACGATGCAGATCATGAATGTAAAAGAAGGCGCAAAAGCGCTTGATGTCTGCTGCGGAACGGCTGACTGGACGATTGCCCTCGCAGAAGCGGCCGGAAAAAGCGGCGAAATCAAAGGACTGGATTTCAGCAAAAATATGCTGAGCATCGGTGAGAAAAAAGTGAAAGAGGGCGGTTACAGCCAAATTGAGCTTTTGCACGGAAATGCGATGGAGCTTCCTTTCGCTGATGATTCTTTTGATTTTGTCACCATCGGCTTCGGGCTGCGAAACGTTCCCGACTATCTGACCGTGCTGAAAGAAATGCGGCGGGTCGTCAAACCGGGCGGGCAGGTCGTATGTCTGGAAACATCCCAGCCGGAAATGTTCGGATTCAGACAGGCATATTTTCTTTATTTTAAATACATCATGCCTTTCTTCGGAAAAATGTTTGCGAAGAGCTATAAAGAATATTCTTGGCTTCAAGAATCGGCAAGAGAATTTCCCGGTATGAAAGAACTTGCGCGTCTGTTTGAAGAAGCGGGCCTGACGAATGTCAAATACCATTCGTTTACCGGCGGAGTGGCCGCTACGCATATCGGTTGGAAATGA MQESKEQRVHGVFEKIYKNYDQMNSVISFQQHKKWRDKTMQIMNVKEGAKALDVCCGTADWTIALAEAAGKSGEIKGLDFSKNMLSIGEKKVKEGGYSQIELLHGNAMELPFADDSFDFVTIGFGLRNVPDYLTVLKEMRRVVKPGGQVVCLETSQPEMFGFRQAYFLYFKYIMPFFGKMFAKSYKEYSWLQESAREFPGMKELARLFEEAGLTNVKYHSFTGGVAATHIGWK PGPT0009535_3303 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-UBIQUINONE|COENZYME_Q_PATHWAY,PGPT0009535-ubiE-K03183 NA NA D1-12_01329 765 hepS Heptaprenyl diphosphate synthase component 1 GTGATATTTTTGCAAGACATCTACGGAACTTTAGCGAATCTAAATACGAAATTAAAACAAAAGCTGTCTCATCCTTATTTAGCGAAACATATTTCTGCGCCTAAAATCGATGAGGATAAGCTTCTTCTTTTTCACGCTTTGTTTGAAGAGGCGGACATTAAGAACAATGACAGAGAAAATTACATAGTAACTGCGATGCTTGTCCAAAGCGCCCTTGATACCCACGATGAAGTGACAACAGCCAGAGCGTTAAAGCGAGACGAAAATAAAAACCGGCAGCTCACCGTGCTTGCCGGCGACTATTTCAGCGGACTGTATTATTCGCTTTTATCTGAAATGAAGGATATCTATATGATACGGACGCTCGCTACGGCAATTAAAGAAATCAATGAGCATAAAATCCGTCTGTACGATCGGTCTGTCAATGACTTGAATCAATTGATCGAAAGCATGGCGATTGTGGAAGCGGCCCTGTTTCACAGAGTGTCAGACCACTTTAATCTTCCGCGCTGGAAAGAGCTGGCGAGTGATTTTTTTGTATATAAGCGGCTGATGAACGGCAATGCTATATTTCTCGATGTCATCGGCAATATTGTAAAGTCAGGGAAATCAAAGGCTGACATAATGGAAGATAGCTTCCGAAAGGCAAAGCAAAGCATTGAAACGCTGCTGCCGCTCAATTCACCAATCCAAAACCTAATGCTGAACCGGCTTACGGCGATCAGCCGGGACAAAACATATCATCAGAAAGTGGAAGAAGGGTAA MIFLQDIYGTLANLNTKLKQKLSHPYLAKHISAPKIDEDKLLLFHALFEEADIKNNDRENYIVTAMLVQSALDTHDEVTTARALKRDENKNRQLTVLAGDYFSGLYYSLLSEMKDIYMIRTLATAIKEINEHKIRLYDRSVNDLNQLIESMAIVEAALFHRVSDHFNLPRWKELASDFFVYKRLMNGNAIFLDVIGNIVKSGKSKADIMEDSFRKAKQSIETLLPLNSPIQNLMLNRLTAISRDKTYHQKVEEG PGPT0007531_199 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-TERPENOID_DERIVATE_PRODUCTION,PGPT0007531-hepST-K00805 NA NA D1-12_01330 228 mtrB Transcription attenuation protein MtrB ATGAATTCAAAGCATTCAAGTGATTTTGTCGTCATTAAAGCGGTCGAGGACGGCGTGAACGTCATCGGTTTAACGAGAGGAACGGATACGAAATTTCACCATTCCGAAAAACTGGACAAAGGCGAAGTAATTATCGCTCAGTTTACTGAGCATACCTCTGCCATCAAAGTGAGAGGCAACGCCCTCATCCAGACCGCTTACGGAGAAATGAACAGCGAAAAAAAATAA MNSKHSSDFVVIKAVEDGVNVIGLTRGTDTKFHHSEKLDKGEVIIAQFTEHTSAIKVRGNALIQTAYGEMNSEKK NA NA NA NA NA D1-12_01331 573 folE COG0302 GTP cyclohydrolase 1 ATGAAAGAAGTTAATAAAGAACAGATTGAACAGGCGGTTCGCCAGATTTTAGAGGCGATTGGAGAAGACCCGGACCGGGAAGGGCTTTTAGATACGCCGAAACGCGTGGCAAAAATGTACGCGGAAGTATTCTCGGGATTAAATGAAGACCCGAAAGAACACTTTAAAACCGTTTTCGGAGAAGACCATGAGGAGCTTGTTCTTGTAAAAGATATCGCGTTTCATTCCATGTGTGAACATCACCTTGTTCCTTTTTACGGAAAAGCGCATATTGCCTACATTCCGCGCGGCGGCAAAGTGACGGGCCTGAGTAAATTGGCGCGGGCGGTGGAAGCCGTCTCAAAACGCCCGCAGCTGCAGGAGCGCATCACTTCAACGATTGCAGAAAGCATCGTAGAGACCTTAGATCCCCACGGCGTCATGGTTGTCGTCGAAGCTGAGCATATGTGCATGACGATGAGGGGCGTAAGAAAGCCGGGTGCAAAAACAGTGACTTCCGCTGTAAGAGGTATTTTTAAAGATGACGCAGCGGCGCGTTCCGAAGTGTTAGAACATATTAAACGTGCGGATTAA MKEVNKEQIEQAVRQILEAIGEDPDREGLLDTPKRVAKMYAEVFSGLNEDPKEHFKTVFGEDHEELVLVKDIAFHSMCEHHLVPFYGKAHIAYIPRGGKVTGLSKLARAVEAVSKRPQLQERITSTIAESIVETLDPHGVMVVVEAEHMCMTMRGVRKPGAKTVTSAVRGIFKDDAAARSEVLEHIKRAD PGPT0007875_3807 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0007875-folE-K01495 NA NA D1-12_01332 279 hupA COG0776 DNA-binding protein HU 1 ATGAACAAGACAGAACTAATCAATGCGGTTGCTGAAGCAAGCGAATTGTCTAAAAAAGACGCTACAAAAGCAGTTGATTCTGTTTTTGATACGATTTTAGATGCACTTAAAAACGGTGATAAAATCCAACTGATCGGTTTCGGTAACTTTGAGGTGCGCGAGCGCTCTGCACGTAAAGGACGTAACCCGCAAACAGGTGAAGAAATCGAAATCCCTGCAAGCAAGGTACCTGCTTTCAAACCAGGTAAAGCTCTTAAAGACGCTGTTGCAGGAAAATAA MNKTELINAVAEASELSKKDATKAVDSVFDTILDALKNGDKIQLIGFGNFEVRERSARKGRNPQTGEEIEIPASKVPAFKPGKALKDAVAGK NA NA NA NA NA D1-12_01333 1479 spoIVA Stage IV sporulation protein A TTGGAAAAGGTCGATATTTTCAAGGATATCGCTGAACGAACAGGGGGCGATATATACTTAGGAGTCGTTGGCGCTGTCCGTACAGGGAAATCTACATTCATTAAAAAATTTATGGAGCTCGTGGTGCTCCCGAATATCAGCAATGAGGCCGATCGAGCGCGGGCGCAGGATGAGCTTCCGCAAAGCGCAGCAGGAAAAACGATAATGACCACAGAACCAAAATTTGTCCCGAATCAAGCCATGTCCGTTCATGTCGCGGAAGGACTTGATGTCAACATCCGGCTTGTGGATTGTGTGGGATATACGGTTCCCGGGGCGAAGGGATATGAGGATGAAAACGGCCCGAGAATGATCAATACACCTTGGTACGAAGAACCGATTCCCTTTCATGAGGCAGCGGAAATCGGTACGAGAAAAGTCATCCAGGAACACTCCACAATCGGGGTCGTCATTACGACAGACGGCTCAATCGGCGATATTGCGCGGGGCGATTACGTGGAAGCGGAAGAAAGAGTCATCGACGAGCTGAAGGAAGTCGGCAAACCGTTTATTATGGTCATCAACTCGGTAAAACCGTACCACCCGGAAACAGAAGCGCTCAGAGCTGAATTAAGCGCGAAATATGATATTCCCGTCCTCGCCATGAGTGTTGAAAGCATGCGGGAAACAGATGTGTTAAGCGTCCTCAGAGAAGCGCTTTACGAGTTCCCTGTGCTGGAAGTCAATGTCAACCTTCCGAGCTGGGTCATGGTGCTGAAGGAAAATCACTGGCTCAGAGAGAGCTACCAGGAATCAGTGAAAGAAACCGTAAAAGATATTAAACGCCTGCGCGATGTCGACCGGGTTGTCGGCCACTTCAGTGAATTTGAGTTTATTGAAAGCGCCGGTCTGGCCGGAATCGAACTTGGCCAGGGTGTCGCAGAAATTGATTTGTATGCGCCGGATCATTTATATGACCAGATTTTAAAAGAAGTGGTCGGCGTTGAAATCCGCGGGAAAGACCACCTGCTTGAATTAATGCAGGACTTCGCCCACGCGAAAAAAGAATATGATCAGGTATCAGATGCGCTGAAAATGGTGAAACAGACCGGCTACGGCATTGCCGCCCCGGCCTTAACCGATATGAGCCTTGATGAACCGGAAATCATCAGACAGGGATCAAGGTTCGGAGTAAGGCTCAAAGCGGTCGCTCCGTCCATTCATATGATCAAAGTGGATGTGGAAAGTGAATTCGCGCCGATCATCGGGACGGAAAAACAAAGTGAAGAACTTGTCCGCTACTTAATGCAGGACTTTGAAGATGATCCGCTTTCTATCTGGAACTCCGATATTTTCGGCAGATCATTGAGCTCTATCGTAAGAGAAGGAATCTCCGCAAAACTGTCACTCATGCCGGAAAATGCGAGATATAAACTGAAAGAAACGCTGGAGAGAATTATTAACGAAGGCTCAGGCGGCCTGATCGCCATTATTTTGTAA MEKVDIFKDIAERTGGDIYLGVVGAVRTGKSTFIKKFMELVVLPNISNEADRARAQDELPQSAAGKTIMTTEPKFVPNQAMSVHVAEGLDVNIRLVDCVGYTVPGAKGYEDENGPRMINTPWYEEPIPFHEAAEIGTRKVIQEHSTIGVVITTDGSIGDIARGDYVEAEERVIDELKEVGKPFIMVINSVKPYHPETEALRAELSAKYDIPVLAMSVESMRETDVLSVLREALYEFPVLEVNVNLPSWVMVLKENHWLRESYQESVKETVKDIKRLRDVDRVVGHFSEFEFIESAGLAGIELGQGVAEIDLYAPDHLYDQILKEVVGVEIRGKDHLLELMQDFAHAKKEYDQVSDALKMVKQTGYGIAAPALTDMSLDEPEIIRQGSRFGVRLKAVAPSIHMIKVDVESEFAPIIGTEKQSEELVRYLMQDFEDDPLSIWNSDIFGRSLSSIVREGISAKLSLMPENARYKLKETLERIINEGSGGLIAIIL PGPT0024770_262 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-STAGE_IV_SPORULATION,PGPT0024770-spoIVA-K06398 NA NA D1-12_01334 735 hypothetical protein ATGCATAAGTTTAAAATGGCCGTCATAACGGCAATGGCGGTGCTTCTGCTGTCCGGCTGTCTGTACCCTGAAGCGGAAAAAACTGAAAATAAAGTATCTTACAAACATCAGCTTCAGCAGGTGCAAGCGGCAGTGGATGAATTTAAAAAGGCGAACGGCGGACTTCTGCCGATTCAGACAAAAGATATGAAAACACCGCTCTATCAAAAATATCCGATAGATTTTAAGCGGCTCGCGCCCAGATACATAGAGGAGCCGCCGGCCTCAGCTTATGAAAGCGGAGGAATGTACCAATACGTGCTTGTCGACGTGGAAAATAAGCCGACCGTCAAGCTGGTCGATCTCCAAATGGCGGAAGCAATCCGCGACATGAAGCTGCGTGTCAAAATGTATCAGGAAAAGCATACATATCCTCCCTATGAGGACGCCGTTTCAAAAGGGCTGTTCACTTTAAATAAAAAAAAGCTCGGCATGAAAGACTCTCCTTCAGTCAAAAGTCCGGTTTCAGGCACGTCTCTGCCGCTTTTAATCGGCGCTGACGGAGAAATCTATGCCGACTATCGCGTCGATCTAGCCCGCTGCCTGAAGGAAAACAAAAAGAAAATCAAACCGGGCGCGGAAATTCAGGATATTTTATGGAAAGAGACTCCTTTCGTCCCGGCCTTTTCAGTCACATACACCGTAAATGAAAAACAGGAACCCGTTTTTTTAGAAAGTCAAACGAAACAGGAATGA MHKFKMAVITAMAVLLLSGCLYPEAEKTENKVSYKHQLQQVQAAVDEFKKANGGLLPIQTKDMKTPLYQKYPIDFKRLAPRYIEEPPASAYESGGMYQYVLVDVENKPTVKLVDLQMAEAIRDMKLRVKMYQEKHTYPPYEDAVSKGLFTLNKKKLGMKDSPSVKSPVSGTSLPLLIGADGEIYADYRVDLARCLKENKKKIKPGAEIQDILWKETPFVPAFSVTYTVNEKQEPVFLESQTKQE NA NA NA NA NA D1-12_01335 204 hypothetical protein GTGAGTGTGGCATTGATGAAAATGTGGTTTGCGCTTGGTGCTATGGGATTAATGTTTGTTGCGGTGGCCTCTATTTATGTCAGCAGGTACAAAGTGAAAAACAAACTGATAAAAGCAGCGGTTTCTTCACTCGCTTATGCCTGCATGGTCATCTCGGGATTGATCGTGTTAATGGTCGTTTTCAGCGGGCCTGTCAATGAATAA MSVALMKMWFALGAMGLMFVAVASIYVSRYKVKNKLIKAAVSSLAYACMVISGLIVLMVVFSGPVNE NA NA NA NA NA D1-12_01336 1038 gpsA COG0240 Glycerol-3-phosphate dehydrogenase [NAD(P)+] ATGAAAAAAGTGGCAATGCTTGGAGCGGGAAGCTGGGGCACTGCACTTTCTTTAGTGCTGGCTGATAACGGACATCAAGTTATGATGTGGGGACACCGTGCCGAATTGATCGATCAAATCAACGACCTGCATGAAAACAAAGATTACCTGCCGGGGGTGGAGCTATCAAGTTCTATCATCGGTACAGCTGATTTAAACGAGGCTTTAAAAGGAGCGGACTTCATCATTGTGGCAGTTCCGACAAAAGCCATTCGGGAAGTGCTGAAAAAGGCTCTGCCGTACATCCCGAAACAATCGATTTTTGTTCATGTCAGCAAGGGAATTGAGCCGGATTCGCTTCTCCGTATTTCAGAATTAATGGAAGAGGAGCTGCCTGAGGAGTACAGAAAAGACATCGTCGTGCTTTCAGGGCCGAGCCACGCTGAGGAAGTCGGATTAAGACACCCGACGACTGTTACATCATCTTCAAAAAATATCAAGGCTGCAGAAGCGGTTCAGGATTTATTCATGAACCAGCATTTCCGCGTCTATACCAATCCGGATATGATCGGTGTTGAAATAGGGGGAGCGTTAAAGAATATCATCGCTCTTGCAGCGGGGATTACAGACGGATTGGGATACGGAGATAATGCAAAAGCGGCCTTAATCACCCGAGGTCTTGCTGAAATCGCCAGACTCGGCACAAAGATGGGCGGAAATCCGCTCACCTTTTCCGGCCTGACCGGCGTAGGCGATTTGATCGTGACGTGTACAAGCGTTCATTCCCGAAACTGGCGCGCCGGCAACCTGCTCGGCAAAGGATATAAGCTGGAAGCTGTCCTGGATAAGATGGGGATGGTTGTTGAAGGCGTGCGGACGACGAAAGCTGCGTATCAGCTGTCTCAAAAATACCAAGTGAAAATGCCGATCACAGAGGCGCTTCACCAAGTATTATTTAACGGGCAGAAGGTAGAAACGGCCGTAGAATCCTTAATGGCCAGAGTGAAAACCCATGAGATGGAAGACTTGGTCAACACATTCGAAAACCGGGTGAAGTGA MKKVAMLGAGSWGTALSLVLADNGHQVMMWGHRAELIDQINDLHENKDYLPGVELSSSIIGTADLNEALKGADFIIVAVPTKAIREVLKKALPYIPKQSIFVHVSKGIEPDSLLRISELMEEELPEEYRKDIVVLSGPSHAEEVGLRHPTTVTSSSKNIKAAEAVQDLFMNQHFRVYTNPDMIGVEIGGALKNIIALAAGITDGLGYGDNAKAALITRGLAEIARLGTKMGGNPLTFSGLTGVGDLIVTCTSVHSRNWRAGNLLGKGYKLEAVLDKMGMVVEGVRTTKAAYQLSQKYQVKMPITEALHQVLFNGQKVETAVESLMARVKTHEMEDLVNTFENRVK PGPT0024330_716 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROPHOSPHOLIPID_REMODELLING CE-REMODELLING_GPL_DEHYDROGENASE_ACTIVITY,PGPT0024330-gpsA-K00057 NA NA D1-12_01337 1311 der_2 COG1160 GTPase Der ATGGGTAAACCTGTCGTAGCCATTGTCGGAAGACCGAATGTGGGAAAATCCACAATCTTTAACCGGATTGCGGGTGAAAGAATTTCAATAGTAGAAGATACCCCCGGAGTGACGCGGGACCGGATATACAGTTCGGCGGAATGGCTGAATTATGATTTTAACCTGATTGATACGGGCGGAATTGATATCGGAGACGAACCGTTTCTGACACAGATCCGCCAGCAGGCTGAAATCGCCATGGACGAGGCTGATGTGATCATCTTTATGGTGAACGGCCGCGAAGGTGTGACGTCTGCTGATGAAGAAGTGGCAAAAATACTGTACCGGACAAAAAAACCGGTCGTATTAGCCGTTAATAAATTAGATAATACCGAAATGAGAGCGAACATCTATGACTTTTATGCGCTCGGCTTTGGAGAACCGTATCCGATTTCGGGCACACACGGTTTAGGATTGGGAGATTTGCTCGATGCTTGTGCCGAGCATTTTAAAAACATTCCGGAGACGAAGTACAGTGATGATGTCGTTCAATTCTGCCTGATCGGCCGCCCGAATGTCGGAAAATCATCCCTTGTCAATGCGATGCTCGGCGAAGAGCGGGTTATCGTGAGCAACGTAGCCGGAACGACTAGAGACGCTGTGGATACGGCGTTCACCTACAATCAGCAGGAATTTGTAATCGTTGACACGGCGGGAATGAGAAAAAAGGGTAAAGTATATGAAACAACAGAAAAATACAGTGTGCTTCGGGCGTTAAAAGCCATTGACCGCTCAGACGTCGTCGGGGTTGTGCTGAATGCAGAAGAAGGCATCCTTGAGCAGGACAAGCGGATCGCCGGATACGCCCATGAAGCCGGGAAAGCCGTCGTCATTATCGTAAACAAATGGGATGCCGTTGATAAAGACGAGCGCACGATGAAAGAATTTGAACAGAATATTCGGGAACATTTCCAATTTCTTGATTATGCGCCGGTGCTGTTTATGTCGGCACTGACGACAAAGCGGATTCATACACTCATGCCTGCGATTATTAAAGCGAGTGAAAACCACTCTCTCCGCGTGCAGACAAATGTCTTAAATGATGTCATCATGGATGCGGTCGCCATGAATCCGACTCCGACGCACAACGGCTCCCGTCTGAAAATTTATTATGCGACTCAAGTCGCTGTTAAGCCGCCGAGCTTCGTTGTTTTTGTCAACGATCCGGAACTGATGCATTTTTCTTATGAACGCTTTTTAGAAAACCGAATCCGGGACGCTTTCGGATTTGAAGGTACGCCAATTAAAATATTTGCAAGAGCAAGAAAATAA MGKPVVAIVGRPNVGKSTIFNRIAGERISIVEDTPGVTRDRIYSSAEWLNYDFNLIDTGGIDIGDEPFLTQIRQQAEIAMDEADVIIFMVNGREGVTSADEEVAKILYRTKKPVVLAVNKLDNTEMRANIYDFYALGFGEPYPISGTHGLGLGDLLDACAEHFKNIPETKYSDDVVQFCLIGRPNVGKSSLVNAMLGEERVIVSNVAGTTRDAVDTAFTYNQQEFVIVDTAGMRKKGKVYETTEKYSVLRALKAIDRSDVVGVVLNAEEGILEQDKRIAGYAHEAGKAVVIIVNKWDAVDKDERTMKEFEQNIREHFQFLDYAPVLFMSALTTKRIHTLMPAIIKASENHSLRVQTNVLNDVIMDAVAMNPTPTHNGSRLKIYYATQVAVKPPSFVVFVNDPELMHFSYERFLENRIRDAFGFEGTPIKIFARARK NA NA NA NA NA D1-12_01338 603 hypothetical protein ATGGAACCGTTTTATTATTACTGGTCAATGTGGTTTTTATGGATACTTGCGACTTTTATTTTTGCCAAGACGAAAAGCCGTTTTTACGTATCAGTCTTTATTTTGACTAATATGATGGCAAGCATACATCAGATTACGGCTTATTTTACGCTGAATGCGGCATATGTCATGTTTTTTACTGCGGCATTTGTTTATGCGGGAAGCCTCGGCATGCATAAACGGCTCCGTAATATTGTGATTCATCTGACGGCGGCTGCGGCGTACGGCTTTATTTTTCTTTTTGCATTATATGATCCTGTTTGGTTTATCATAAAACCTGAATGGGCGGCGGTTATACTGCTTACCGTTATTACGCTTTCCGTTGAGGGGCGGTTCCCTGAGAGGCTTTGTCTTTTTGTTCTCGGCATGTGCCAGGGGGAGCTATTGTATGCTGCGGTCATCCGCAATATTGCGGGTGCGGCAGCCGTCGGTGATTATAAATGGCTTTCAGGCTGTTCGGCGGGAGTGATTCTGCTCGTCGGGCTGACTACATATGAACAGCTTGCGGCGCGCATCAGCCAAAAAAGCAAAAAGCAGGGCAAAGGAGCGACAAAAATGTCTTGA MEPFYYYWSMWFLWILATFIFAKTKSRFYVSVFILTNMMASIHQITAYFTLNAAYVMFFTAAFVYAGSLGMHKRLRNIVIHLTAAAAYGFIFLFALYDPVWFIIKPEWAAVILLTVITLSVEGRFPERLCLFVLGMCQGELLYAAVIRNIAGAAAVGDYKWLSGCSAGVILLVGLTTYEQLAARISQKSKKQGKGATKMS NA NA NA NA NA D1-12_01339 132 hypothetical protein ATGGGAAAAGACAGACAGGAGAAAAAACTGAAAGCCTCCCGACGAGTGGAATCTGATCGCGATGATTCGATTCACCATAAAGGAGCGACAAGCCTTGAGCAAAACGGGGAATTCCGAAAAAGAAAATCGTAA MGKDRQEKKLKASRRVESDRDDSIHHKGATSLEQNGEFRKRKS NA NA NA NA NA D1-12_01340 1050 fni COG1304 Isopentenyl-diphosphate delta-isomerase GTGACACGAGCAGAACGAAAAAGAGAACATATAAATCATGCGCTGTCTACCGGCCAAAACCGGGAAACGGGGCTTGATGATATTACGTTTGTTCATGTCAGCCTACCGAACCTAGCATTGGAAAAAGTGGATATATCAACGAAAATCGGCGGACTCACAAGCAGTTCGCCGATTTTTATCAATGCGATGACAGGCGGCGGCGGACAGCTTACATACGAAATTAACAGATCGCTGGCAAGAGCTGCGCGCAAAGCCGGCATGCCGCTGGCTGTCGGTTCGCAAATGTCAGCTTTAAAAGATCCCTCCGAACGGTATTCTTACGAGATCGTCAGAAAAGAGAATCCGGACGGGCTGATATTTGCCAATTTAGGCAGCGAGGCGGATGCCGAGCAGGCGAAAAGGGCAGTTGATATGATTCAAGCAGATGCCCTCCAGATACATTTAAATGTGATTCAGGAGATCGTCATGCCAGAGGGTGACAGAAGCTTTACTGGTGCTCTCGGCCGTATTGAGCGGATTGCGGCGGAAACGGGAGTGCCCGTTTTTGTCAAAGAAGTCGGCTTCGGAATGAGCAAGGAATCGGCACGGCAGTTATTTGATGCCGGCGCAGCAGCAGTTGATGCCGGCGGATACGGCGGTACAAATTTCTCTAAGATCGAAAATATGCGCAGAGAGAAGGCGCTTCAATTTTTTAATACGTGGGGAATTTCCACTGCCGCAAGCTTAGCGGAAATCCACTCGCTCTCCGCTGATCAATCAATTATCGCATCCGGCGGGCTGCAAAGTGCCCTGGATGTCGCCAAATCGATTGCCCTCGGCGCTTCCAGCGCGGGAATGGCGGGCACTTTCCTGAAAGCTCTCACTTCTAAAGGAGAAGAGGGTCTGTTTGACGAGATGACGGCGCTTTTACAAGAGCTGAAAATGATTATGACCGCCCTCGGATGCCAATCGGTTGCCCAATTGCAAAAGGCGCCTTTGGTCATAAAAGGTGACACACATCACTGGCTTTCTGAACGGGGAATTGACACATCACGTTTCAGCAGACGTTAA MTRAERKREHINHALSTGQNRETGLDDITFVHVSLPNLALEKVDISTKIGGLTSSSPIFINAMTGGGGQLTYEINRSLARAARKAGMPLAVGSQMSALKDPSERYSYEIVRKENPDGLIFANLGSEADAEQAKRAVDMIQADALQIHLNVIQEIVMPEGDRSFTGALGRIERIAAETGVPVFVKEVGFGMSKESARQLFDAGAAAVDAGGYGGTNFSKIENMRREKALQFFNTWGISTAASLAEIHSLSADQSIIASGGLQSALDVAKSIALGASSAGMAGTFLKALTSKGEEGLFDEMTALLQELKMIMTALGCQSVAQLQKAPLVIKGDTHHWLSERGIDTSRFSRR PGPT0007530_722 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-TERPENOID_DERIVATE_PRODUCTION,PGPT0007530-idi-K01823 NA NA D1-12_01341 1149 ypfD COG0539 30S ribosomal protein S1 ATGACAGAGGAAATGAATCAAATTGATGTTCAAGTGCCAGAGGTTGGAGATGTAGTAAAAGGGATTGTGACAAAGGTAGAGGACAAGCATGTAGATGTCGAAATCGTCAATGTCAAACAGTCCGGAATCATTCCAATCAGTGAATTATCAAGTCTTCATGTAGAGAAAGCATCGGATGTCGTAAAAGTTGACGATGAGCTTGACCTGAAAGTAACAAAAGTGGAAGACGATGCTTTGATTTTATCTAAACGTGCCGTTGATGCTGACCGCGCTTGGGAAGACCTTGAAAAAAAATTCGACACAAAAGAAGTGTTTGAAGCTGAAGTGAAAGATGTGGTGAAAGGCGGTCTCGTCGTTGATATCGGCGTTCGCGGCTTCATTCCCGCATCACTTGTCGAAGCTCATTTCGTCGAGGATTTCACTGACTATAAAGGGAAAACCCTCTCTCTTATCGTCGTTGAACTCGACCGTGATAAAAACCGGGTGATTCTGTCACACCGGGCTGTAGTTGAAAAAGAACAGACAGCCAAAAAGCATGATTTTCTCCAAACGCTTGAGGTTGGAAGCGTGCTTGAAGGAAAAGTGCAGCGTCTGACTGATTTCGGCGCATTTGTCGACATCGGCGGAATTGACGGGCTTGTTCATATTTCGCAGCTGTCTCATTCACACGTCGAAAAACCGTCTGACGTGGTGGAAGAAGGTCAGGACGTAAAAGTGAAAGTACTGTCCGTAGACCGCGATAACGAGCGTATTTCTTTATCTATTAAAGAAACGCTGCCGGGACCTTGGAGCCAGATCGGCGAAAAGGTAAAACAGGGAGATGTGCTTGAAGGAAAAGTGCAGCGCCTTGTAAGCTTCGGCGCCTTCGTTGAAATTCTTCCGGGCGTGGAAGGACTTGTGCACATTTCGCAAATTTCCAATAAACATATCGGAACGCCGCATGAAGTGCTTGAAGAAGGACAGACTGTTAAAGTGAAAGTGCTTGACGTGAACGAAAGCGAAGAGCGCATTTCCTTAAGCATGCGTGAGCTTGAAGAAGCGCCGAAAGCCGATCAGGAGGACTTCCGCCAATACCAGGCGAAAGAAGAGCCGAGCACCGGCTTCCAGCTTGGCGATTTAATCGGAGACAAGCTTAATAAATTAAAATAA MTEEMNQIDVQVPEVGDVVKGIVTKVEDKHVDVEIVNVKQSGIIPISELSSLHVEKASDVVKVDDELDLKVTKVEDDALILSKRAVDADRAWEDLEKKFDTKEVFEAEVKDVVKGGLVVDIGVRGFIPASLVEAHFVEDFTDYKGKTLSLIVVELDRDKNRVILSHRAVVEKEQTAKKHDFLQTLEVGSVLEGKVQRLTDFGAFVDIGGIDGLVHISQLSHSHVEKPSDVVEEGQDVKVKVLSVDRDNERISLSIKETLPGPWSQIGEKVKQGDVLEGKVQRLVSFGAFVEILPGVEGLVHISQISNKHIGTPHEVLEEGQTVKVKVLDVNESEERISLSMRELEEAPKADQEDFRQYQAKEEPSTGFQLGDLIGDKLNKLK PGPT0007615_15 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-TERPENOID_DERIVATE_PRODUCTION,PGPT0007615-ispH|lytB-K03527 NA NA D1-12_01342 675 cmk COG0283 Cytidylate kinase ATGGACAAGAAATTATCAATTGCGATCGACGGGCCGGCCGCTGCCGGAAAAAGCACCGTTGCTAAAATAGTGGCTGAGAAAAAATCATATGTGTACATTGATACAGGAGCGATGTATCGTGCCATTACATATACGGCGCTCAAGCAGAATGCCGATTTAACCGATGAAGCCGCGCTTACAGAGCTGCTGAAGCATACGGAAATTGAGCTTGTATCCGCTCCGGAAGGACAAATCGTTCTGGTAAACGGAGAAGATGTGACAGAAGAAATCCGAAAAGACGAAGTCAGCAACCAAGTATCAATCGCCGCCAAGCATAAAGGCGTCAGAGAAGAAATGGTCAAAAGACAGCAGCAGCTCGGAGAAAAAGGCGGTGTCGTCATGGACGGCCGTGATATCGGTACTCACGTGTTGCCTGATGCCGAAGTGAAAATTTTTCTGCTCGCGTCCGTAGAGGAAAGAGCGAAGCGCCGATATGAAGAGAATAAGAAAAAAGGCTATGACGTGAATTACGAGACGCTCATTGAAGAAATTGCCAGACGCGACAAACTCGATTCAGAGAGGGAAGTTTCCCCGCTGCGCAAAGCGGAAGACGCGATTGAAATCGATACGACGTCACTAAGCATTGCCGAAGTCGCAGGAAAAATTCTGGAGATCGTCGATCAGAAATCACGTTAA MDKKLSIAIDGPAAAGKSTVAKIVAEKKSYVYIDTGAMYRAITYTALKQNADLTDEAALTELLKHTEIELVSAPEGQIVLVNGEDVTEEIRKDEVSNQVSIAAKHKGVREEMVKRQQQLGEKGGVVMDGRDIGTHVLPDAEVKIFLLASVEERAKRRYEENKKKGYDVNYETLIEEIARRDKLDSEREVSPLRKAEDAIEIDTTSLSIAEVAGKILEIVDQKSR PGPT0021220_2491 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021220-cmk-K00945 NA NA D1-12_01343 177 hypothetical protein ATGAAAACGTTTGAACGTCTGCTGATCAAATTGGTCTGCATTCAGCTTATCATTTTGGGCGCGGTGCAGTTTTTGCTTCATTATCAGCCTATTGAACCTTATATTTCGAAAGCTGTGAAATATGAGGGAGTTGATAAAATGGAGAAAAAAGAATGGATTGAAACGGTAAAGCGGTAA MKTFERLLIKLVCIQLIILGAVQFLLHYQPIEPYISKAVKYEGVDKMEKKEWIETVKR NA NA NA NA NA D1-12_01344 657 ypfA COG5581 putative protein YpfA ATGATAGCTGTCGGAGATTATATTTGGATTGAATACATAGAGAACAATGAGCCCAAAAAAGCGAGGAGCAAAGCAGTAAGCGTTGAAAACGGCGAACTGCACATCTCATATCCCGTCGATCTGGATTCGGGACGGACGGTCTTTTTGCATAAAGGATTGGAAATAACAGCGGAATTTATGGGGAATGGCCAAGTGCCGTATCAATTTAAAAGCATAATCAAAGGAAAGAAAAAAGACCCCATCCCGATGATCGGATTGGACATCCCCCCTCAGGAGGAAATGAAGCGGATTCAAAGACGCCGATACGTCCGTGCAGACGCAGTATTGGATGTATCCGTCAAAATGGAAGCGAAAAAAACCGCTTTCCAAACGGTTTCCTCTAATATCAGCGCCGGCGGAATCGCTGTTGTGATGCCTGAGCATATTTCCGCGGAACCAGGTGAAAAGCTGTATGTCTCATTTTCTCTTCCCGGCAAGGAAAATACGGCGGATATTATTGCCGAGGCTGTTATCCAGCGGATTTTTTATGATGAAAAGGCGGATAAACAAAAAATGACGCTTGAATTTGCAGAAATCGCTCCCGCTTCGCAGCAGCTTTTACTCCAATATTGTATGCGCGCGCAGCTGCAGCAGAGAAGAAACAGTCTGTCGGAATAA MIAVGDYIWIEYIENNEPKKARSKAVSVENGELHISYPVDLDSGRTVFLHKGLEITAEFMGNGQVPYQFKSIIKGKKKDPIPMIGLDIPPQEEMKRIQRRRYVRADAVLDVSVKMEAKKTAFQTVSSNISAGGIAVVMPEHISAEPGEKLYVSFSLPGKENTADIIAEAVIQRIFYDEKADKQKMTLEFAEIAPASQQLLLQYCMRAQLQQRRNSLSE NA NA NA NA NA D1-12_01345 1350 ypeB Sporulation protein YpeB ATGATTAGAGGAATCATTATCGCTGTTCTCGGTGTCGCGATCGCCGCAACCGGATATTGGGGATATAAAGAGCATCAGGAAAAAGATGCGGTCCTTCTGCATGCGGAAAATAATTATCAGAGGGCTTTTCATGAATTGACGTACCATGTAGATCAGCTTCACGACAAAATCGGGACGACGCTTGCGATGAACAGTAAAAAATCTCTGTCTCCGGCGCTCATTGATGTATGGAGAATAACATCTGAAGCTCATAACAATGTGAGCCAGCTGCCGCTGACTCTCATGCCTTTTAATAAAACGGAGGAGTTTTTATCCAACATAGGAGATTTCAGCTATAAAACATCCGTCCGGGATTTAGATCAAAAACCGCTTGATAAGAAAGAATATACAACACTGAACAGCCTGTACAAACAGGCGGAGAACATTCAAAACCAGCTCCGCAGCGTTCAGCATCTCGTCATGAGCAAAAATTTACGGTGGATGGATGTTGAGATGGCACTCGCCTCTGACAAAAAACAAAGCGATAATACGATCGTCGACAGCTTTAAAACAGTCGAAAAAAATGTAGGCGCTTTTTCTGAAGACAGCATCAGCCCCACATTTACGGGAGCAAATACAGAACGAAAAGGTTTTACGCATCTGAAAGGAAAACAAATTACGGAAAAAGAAGCGGTCAAAATCGCACAACGGTTTGCGCCTGATCATAATTATTCAATTAAAGTGGTCAAAAGCGGCAGGAAGACGAATCGGGACGTATACAGCATCCGCATGAAAGACGCCGACAACAAGTCTTTTATCTATATGGATATTACCCAAAAAGGCGGACATCCGGTCTATTTGATTCAAAAACGGGCCGTGAAGAAACAAAAGATCAGCCTCAATGAAGCATCTAACCGGGCCGTCGCGTTTTTAAAGAAAAATGGATATGAAACAAAAGGCCTCGAAATTGATGAAAGCGCGCAATATAATAACATCGGCGTCTTTTCTTTTATCCCCGTGGAGAAAAATGTCCGCATTTATCCGGAAGCCATCCGAATGAAAGTGGCGCTGGATGATGGTGAAGTCGTCGGTTTTTCCGCGCGTGATTACCTGGCGGCGCACCGCACGAGAACGATTCCGGCTCCCGCTTTGTCAGCTGATGAAGCGAAAGCGAAGCTGAATAAAAATGTTGAAGTGCGGGAGACCCGGCAGGCGCTGATCACAAATGAACTCGGTCAGGAAGTGCTTTGCTATGAAATGCTCGGAACGATCGGGAAAGACACGTATCAAATGTTCATTAATGCGGACGACGGAAAAGAGGAAAAAATAGAAAAGTTAAAAAGTGCAGAACCTATATATAAAGACCTATAA MIRGIIIAVLGVAIAATGYWGYKEHQEKDAVLLHAENNYQRAFHELTYHVDQLHDKIGTTLAMNSKKSLSPALIDVWRITSEAHNNVSQLPLTLMPFNKTEEFLSNIGDFSYKTSVRDLDQKPLDKKEYTTLNSLYKQAENIQNQLRSVQHLVMSKNLRWMDVEMALASDKKQSDNTIVDSFKTVEKNVGAFSEDSISPTFTGANTERKGFTHLKGKQITEKEAVKIAQRFAPDHNYSIKVVKSGRKTNRDVYSIRMKDADNKSFIYMDITQKGGHPVYLIQKRAVKKQKISLNEASNRAVAFLKKNGYETKGLEIDESAQYNNIGVFSFIPVEKNVRIYPEAIRMKVALDDGEVVGFSARDYLAAHRTRTIPAPALSADEAKAKLNKNVEVRETRQALITNELGQEVLCYEMLGTIGKDTYQMFINADDGKEEKIEKLKSAEPIYKDL PGPT0025130_168 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_GERMINATION_PROTEIN,PGPT0025130-ypeB-K06313 NA NA D1-12_01346 870 sleB COG3409 Spore cortex-lytic enzyme ATGAAGTGCAAAGGAGCCTTTATGGCATGTCTCATTCTATTTTCTTTCGCCGCCGCTTTCTTCGATCATCATGAAACGGTTCATGCGTTTTCAAATCAAGTGATTCAAAGAGGCGCGACGGGTGATGATGTTATAGAATTGCAGGCCCGTCTTCAATATAACGGATTTTATAACGGGAAAATCGATGGAGTTTACGGCTGGACCACATACTGGGCCGTGAGAAATTTTCAGGAGAAATTCGGCATGAAGCCGGTTGACGGCCTCGTCGGCGCGAAAACCAAACAGGTGCTGATTTCTAAATCAAAATATTACCGTGAATATGTAATGGAGCAGATCCAAAAAGGGAATACGTTCACTCATTATGGCAACGTCCCATTGGAAAACCAAACAAAACCGAGAGCCGGAACGCAGAAGCCGGCGGGAACGAATAAGTCTGCTCAAAAACCGCAAAACAATACAGGCGGCCAGTCAAATCAAAAGCAAAATACGACAGCGGCCAATATGCCTGGCGGTTTCTCAAACAACGACATCAATCTTCTGGCACAGGCTGTGTACGGGGAAGCGCGCGGTGAGCCGTTTGAAGGGCAGGTTGCCATCGCCGCGGTTATTTTAAACCGTATTAAAAGCCCGTTATTTCCGAATACGGTGGCCGGCGTCATTTTCGAACCGCTCGCGTTTACCGCTGTTGCCGACGGCCAAATATATATGCAGCCGAATGAAAGAGCAAAAGAAGCGGTTCTTGATGCAATCAACGGCTGGGACCCTTCTGAAAACGCGATTTATTATTTCAATCCTGATACGGCGACAAGCAAATGGATTTGGGGACGTCCGCAGATAAAAAGAATCGGAAAACACATTTTCTGTGAGTAA MKCKGAFMACLILFSFAAAFFDHHETVHAFSNQVIQRGATGDDVIELQARLQYNGFYNGKIDGVYGWTTYWAVRNFQEKFGMKPVDGLVGAKTKQVLISKSKYYREYVMEQIQKGNTFTHYGNVPLENQTKPRAGTQKPAGTNKSAQKPQNNTGGQSNQKQNTTAANMPGGFSNNDINLLAQAVYGEARGEPFEGQVAIAAVILNRIKSPLFPNTVAGVIFEPLAFTAVADGQIYMQPNERAKEAVLDAINGWDPSENAIYYFNPDTATSKWIWGRPQIKRIGKHIFCE NA NA NA NA NA D1-12_01347 657 prsW COG2339 Protease PrsW ATGTTTGCAATCATCTCTGCAGGAATTGCTCCCGGCATTGCGCTGTTAAGCTATTTTTATTTAAAAGATCAGTATGACAATGAACCCGTACATATGGTGCTGAGGTCTTTTTTTCTCGGGGTTGTCCTTGTGTTTCCGACCATGTTTATCCAATATGTTCTTGAAAAAGAGCATGTGGGGGGAGGAAGCTTTTTCGTTTCGTTTTTGTCTTCGGGATTTCTGGAAGAATCGGTGAAATGGTTCGTTCTGATGATCAGTGTGTATCCGCATGCTCATTTTGATGAGCATTATGACGGAATCGTTTACGGGGCCAGTGTGTCTTTAGGATTTGCCACGCTTGAAAATATTCTGTATCTATTCGGCCACGGCGTTGAGCATGCTTTCATCAGGGCGCTTCTGCCGGTCTCCTGCCATGCGCTGATCGGAGTGATTATGGGATTTTATCTCGGAAAAGCCCGCTTTTCGCAGAAAAAAGCCCGTGTCAAATGGCTTGTGATTTCGCTGGCCGTGCCTTCATGTCTGCACGGTTCTTACGATTTTATTCTTACCGCCCTCAATCATTGGGTATATTATATGCTGCCGTTTATGCTGTTTTTATGGTGGTTCGGGCTGCGAAAGGCAAAAAAAGCACGCTCCGTCAATATGATCCAAGTGTGA MFAIISAGIAPGIALLSYFYLKDQYDNEPVHMVLRSFFLGVVLVFPTMFIQYVLEKEHVGGGSFFVSFLSSGFLEESVKWFVLMISVYPHAHFDEHYDGIVYGASVSLGFATLENILYLFGHGVEHAFIRALLPVSCHALIGVIMGFYLGKARFSQKKARVKWLVISLAVPSCLHGSYDFILTALNHWVYYMLPFMLFLWWFGLRKAKKARSVNMIQV NA NA NA NA NA D1-12_01348 984 COG0492 Ferredoxin--NADP reductase ATGACAGAAGAAAAAGCAATTATAATAGGCGGAGGTCCTTGCGGATTATCGGCGGCTATACATCTGAAGCAAATTGGCGTGAACGCGCTTGTGATCGAAAAAGGGAATGTCGTAAACAGCATTTATAACTATCCGACCCACCAAACTTTTTTCAGTTCAAGTGAAAAATTGGAGATCGGCGATGTTGCCTTTATTACGGAAAACAGAAAACCGGTCCGAATACAGGCTCTCTCTTACTACAGAGAGGTCGTCAGAAGAAAAGAGCTGCGCGTAAACGCCTTTGAAACAGTGGAGCGCGTAACGAAACAGGAAGACGGCCGTTTTCTTGTAGAAACATCAAAAGACCGCTACCTCACTCCGTTTTGTATCATTGCGACAGGATATTATGATCATCCGAATTATATGAACATCCCGGGTGAAGGGCTTCCTAAGGTATTTCATTACTTTAAAGAAGGCCATCCTTATTTTGATAAAGATGTTGCTGTGATCGGCGGGAAAAACTCAAGTGTGGACGCGGCTTTGGAACTGGTGAAGTCCGGTGCGCGCGTCACGGTGCTCTACAGAGGACATGAGTACTCCCCGAGCATCAAGCCGTGGATTCTGCCTGAGTTTGAGGCCCTTGTCAGAAACGGCACAATCCGGATGGAATTCGGCGCTTGTCTTGAAGAAGTGACGGAAGATGAAATCATTTTCCGCTCCGGCCGAAATGAGACGGTCCGGCTGAAAAACGATTTCGTATTTGCCATGACGGGATACCATCCCGATCACGGTTTCCTCGAAAAAATCGGTGTGCGGATTGATGCTGAATCAGGCCGGCCGTTTTTCCGGGAAGAAACGATGGAAACAAATGTTGACGGTGTTTTTATCGCCGGAGTCATTGCGGCTGGAAATAACGCCAATGAAATTTTTATCGAGAACGGCCGTTTTCACGGCGGCTTGATCGCAAACGAAATATCAAAACGGCTGGGTAGAGAGAGCATATGA MTEEKAIIIGGGPCGLSAAIHLKQIGVNALVIEKGNVVNSIYNYPTHQTFFSSSEKLEIGDVAFITENRKPVRIQALSYYREVVRRKELRVNAFETVERVTKQEDGRFLVETSKDRYLTPFCIIATGYYDHPNYMNIPGEGLPKVFHYFKEGHPYFDKDVAVIGGKNSSVDAALELVKSGARVTVLYRGHEYSPSIKPWILPEFEALVRNGTIRMEFGACLEEVTEDEIIFRSGRNETVRLKNDFVFAMTGYHPDHGFLEKIGVRIDAESGRPFFREETMETNVDGVFIAGVIAAGNNANEIFIENGRFHGGLIANEISKRLGRESI PGPT0013060_3589 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-THIOREDOXINES|THIOESTERASES,PGPT0013060-trxB-K00384 NA NA D1-12_01349 1275 gudB COG0334 Cryptic catabolic NAD-specific glutamate dehydrogenase GudB ATGGCAGCCGATCGATTCACCGGTCATAATGAAGAAGACAAACATGATGTATTAAAATCAACCCAAACCGTAATACATAAAGCTCTGGAAAAATTGGGGTATCCAGAAGAAGTGTATGAACTGCTGAAAGAGCCGCTCAGATTATTAACGGTTAAAATTCCTGTTCGGATGGATGACGGGTCTGTGAAAATATTTACAGGCTATCGTGCGCAGCACAATGATTCCGTAGGTCCGACAAAAGGCGGCATTCGTTTTCACCCGAATGTAACTGAAAAAGAGGTGAAAGCACTTTCCATCTGGATGAGTTTAAAATGCGGAATTATTGATCTTCCTTATGGCGGTGGTAAAGGCGGAATTGTTTGTGATCCGAGAAATATGTCATTCAGAGAGCTTGAAAGGCTGAGCAGGGGATATGTCAGAGCAATCAGTCAGATTGTCGGACCGACTAAAGACGTCCCGGCACCTGACGTATTTACAAACTCGCAGATTATGGCTTGGATGATGGATGAATATTCAAGAATTGATGAATTTAACTCACCCGGCTTTATTACGGGAAAACCGCTTGTACTCGGCGGGTCCCACGGCAGGGAATCAGCTACGGCAAAAGGCGTTACCATCTGTATAAAAGAAGCGGCCAAGAAAAAAGGTCTCGATATTCAGAACGCGCGCGTCGTCGTACAAGGTTTCGGAAATGCGGGCAGCTATCTGGCCAAGTTTATGCATGACGCCGGCGCGAAAGTTGTCGGAATTTCTGACGCGTACGGAGGCCTTTACGATCCGGACGGTCTTGATATTGATTATCTGCTTGACCGCAGAGACAGCTTCGGAACGGTGACGAAGCTTTTCAATGACACCATTACGAATCAGGAGCTGCTTGAGCTGGACTGTGATATACTTGTCCCGGCGGCGATCGAAAACCAAATTACAGAAGAAAACGCTGACCGCATCAAAGCGAAAATCGTTGTAGAAGCGGCAAACGGACCGACGACACTGGAAGGAACGAAAATCCTGACAGACAAAGGAACGCTGCTGGTTCCCGATGTTCTGGCGAGCGCCGGCGGTGTAACGGTTTCTTATTTCGAATGGGTTCAAAACAACCAAGGCTTCTACTGGAGTGAAGAAGAAGTCGAGGAAAAACTGGAAAATATGATGATAAAATCGTTTAATAATATTTATGAAATGTCCCAAAACCGCCGGATTGACATGAGGCTTGCGGCTTACATGGTCGGCGTGCGGAAAATGGCTGAGGCTTCGCGTTTCAGAGGCTGGATATAA MAADRFTGHNEEDKHDVLKSTQTVIHKALEKLGYPEEVYELLKEPLRLLTVKIPVRMDDGSVKIFTGYRAQHNDSVGPTKGGIRFHPNVTEKEVKALSIWMSLKCGIIDLPYGGGKGGIVCDPRNMSFRELERLSRGYVRAISQIVGPTKDVPAPDVFTNSQIMAWMMDEYSRIDEFNSPGFITGKPLVLGGSHGRESATAKGVTICIKEAAKKKGLDIQNARVVVQGFGNAGSYLAKFMHDAGAKVVGISDAYGGLYDPDGLDIDYLLDRRDSFGTVTKLFNDTITNQELLELDCDILVPAAIENQITEENADRIKAKIVVEAANGPTTLEGTKILTDKGTLLVPDVLASAGGVTVSYFEWVQNNQGFYWSEEEVEEKLENMMIKSFNNIYEMSQNRRIDMRLAAYMVGVRKMAEASRFRGWI PGPT0020205_228 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_GLUTAMATE_DEGRADATION|CONVERSION,PGPT0020205-gudB|rocG-K00260 NA NA D1-12_01350 585 mecB COG4862 Adapter protein MecA 2 ATGCGGCTTGAGCGTCTGAACTATAATAAGATTAAAATCTTTTTAACCCTCGACGATTTGACTGATCGGGGACTGACAAAAGAAGACCTCTGGAAGGACTCGTTTAAAGTCCACCAGTTATTTAAAGATATGATGAATGAAGCAAATACAGAGCTCGGCTTTGAAGCGAATGGTCCGATCGCGGTGGAAGTATATTCTCTTCAGGCACAAGGCATGGTTGTGATTGTAACGAAAAATCATGACGCGGACGCAGAAGATGACGAATATGACGATGATTATATCGAGATGCAGGTCAAACTTGACGAAAGCCCGGATATTATTTATCAGTTCCATTCGTTTGAAGATATCATTCAGCTTGCCGGAAGCCTTCACCGAATCGGGATTACCGGCGGCACCGTCTACCACTATGAGAACCAATACTATGTAAGCCTTGAAGACCTCGGCTCCCGTTCCGCCGAAGGCGTCATCGCGGTGCTGGCTGAATACGGACACCCGGCGACGATTACGATTTACAGACTCCATGAGTACGGAAAACTCATCATGGACGGCAATGCTGTGGAGACCATCCAGAAACATTTTTCATAA MRLERLNYNKIKIFLTLDDLTDRGLTKEDLWKDSFKVHQLFKDMMNEANTELGFEANGPIAVEVYSLQAQGMVVIVTKNHDADAEDDEYDDDYIEMQVKLDESPDIIYQFHSFEDIIQLAGSLHRIGITGGTVYHYENQYYVSLEDLGSRSAEGVIAVLAEYGHPATITIYRLHEYGKLIMDGNAVETIQKHFS NA NA NA NA NA D1-12_01351 789 ypbG COG1408 putative protein YpbG ATGAAGCTTACAGCGGGAATTCTCGGCTCATTGGCGGGAGCGGCTGCGGTTATGGCTGCCGTTATGTACAAAACGGCAAACGGCAGCCATCTGAAAACACATACATTTACGCTTGATAAAATGAAGGGGATGAAGCCGCTCACCATCTTCTTTATATCTGACGTGCACCGCCGTTTAATTGATGAAAAGCTTCTCCGCGAAGCGGCAGTTCATAAGCCGGATGCCGTTTTGCTCGGCGGTGATTTGGCGGAGGGCGGAGTTCCTTACGCCAGAATTGAAGAAAACATCAAACGTCTGACGGCTCTTGCGCCTGTCATGTATGTGTGGGGAAATAACGATTACGAGGTCAGCCAGCAAAAACTGCTCTCTCTTTTACGGGCATATAAAGTGATCCCGCTGAGAAATGAATCGGTTCAGTTTGCTTATAAAGGGGAAACCGTTACGATCTGCGGGGTGGATGATATCAGGATGATGATGGATGATTACGAATCTGCAATCAGATATACGGATGCTGACAAAGTAAACCTCCTGCTTTGCCATAACCCGGACATCCATGAGCAGATGAGGGAGTCAGACGGGATTGACGCTGTGTTCAGCGGCCATACGCATGGCGGCCAAATCCGTTTCGGCCGGTTCGGGCCGTACGAATTGGGCGGGACGGGAACGGTAAAAAAAGCGCATTACCTGATCAGCAACGGCTACGGGACGACAAAAGTTCCGCTGAGGCTCGGGGCGAAACCGGAGACGCATATGATTACGCTGTGCGGACCGGATGAGCCGTCTTCCTGA MKLTAGILGSLAGAAAVMAAVMYKTANGSHLKTHTFTLDKMKGMKPLTIFFISDVHRRLIDEKLLREAAVHKPDAVLLGGDLAEGGVPYARIEENIKRLTALAPVMYVWGNNDYEVSQQKLLSLLRAYKVIPLRNESVQFAYKGETVTICGVDDIRMMMDDYESAIRYTDADKVNLLLCHNPDIHEQMRESDGIDAVFSGHTHGGQIRFGRFGPYELGGTGTVKKAHYLISNGYGTTKVPLRLGAKPETHMITLCGPDEPSS PGPT0022365_4054 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LIPID_A_METABOLISM,PGPT0022365-lpxG-K07098 NA NA D1-12_01352 459 hypothetical protein ATGGATTCTTTATGGAAGCAATTAGACCGATTTGCTGACGGACCGACGAAACAAATGCTTCAGGCGCTGGTGAAACGGAAATTAAAATACGAAAATTATGCCGCACAATGCCGAAGATGGCAGTGGGCGTCCCTCGTTTGTTTTTCCCTGATGTGCATACTGCTGATGTTTAAAAGCTTTAATGCCCCCCAAGCCTCTCCGCAGCTGATTCTGCAGGAAATATTAGGCCATACGGTTTACTTGTGCTGGATTATGGCTTCCGCTTTTGCGTATTGCACTTCTTATTATTTTAAAAAAAAGGAAGAAAAAGCTGAGGGTGAATTTCATAAACTGAGATGTGAAATTATCCAAAAAAGCACGGATTTATGGCCCCAGCCTGAAAAATGGAGGGCGAGAGAATCTGTTTTTCACTTGATGAAACATCGGTATGATATCAATCTTTATTTTGAAAGCAAATAA MDSLWKQLDRFADGPTKQMLQALVKRKLKYENYAAQCRRWQWASLVCFSLMCILLMFKSFNAPQASPQLILQEILGHTVYLCWIMASAFAYCTSYYFKKKEEKAEGEFHKLRCEIIQKSTDLWPQPEKWRARESVFHLMKHRYDINLYFESK NA NA NA NA NA D1-12_01353 759 hypothetical protein ATGACGGAAATGTCAAGAGTTGAAAGAAGAAAAGCTCAGCTGCGTGCCGAGCAGCAGGTTGCCGCGGCCGCGGATGAACAAATTGAATATCTTGAAGACAGCCTCCCGACAAGACAATCTGTAAAAGAGGAGCGTAAAAAAAAGGAAGAGCAGGTGAAGGAAAAAACCAAAACAAAAACGCCGCTGTTCACTTTTCTGACCGTCCTGTTCATTATCGTAACAATCGGTGTCTTTTTCGGTCTTCTTTATATGACGAACAGCAGCAGATTTGACCCGAAGGACTATGAAGATGTCTTCATAGACCACAGTGAAAGCGCGCCTGCCGTTATTCCGAAAGGCGCTCAGAAAGAAACGTCAGAAACCGCTCTTTTAGAACAACCGAAAAAAAAGTCTGACGACAAAGATAAGAAAGAAGCGGCTGCACCTGAAAAAACAAAAGAAAAACCAAGTGAAAAAACGGAAACGCCCTCAGAAAAACAAGTAAAGTCGACAGACACCGATTACGCGGAGACAAAACAGCAGTCTCCGCCGGCTGTCCGTGAAAAAGCGGCTCCGGCTGCCGCGAGTGATCAAGCCGGGACTGTCCCCAAAAAAGTGCGGACCGTACAGCATACTGTACAGCCGAAAGAAACGCTTTACCGCATTTCAATGAAATATTATAAAAGCCGGGCGGGCGAAGAAAAAATCCGCAGCTACAACGGATTAAACGGAAACGACGTGTACACCGGCCAGGTTCTGAACATTCCGCTGTCTGATTAA MTEMSRVERRKAQLRAEQQVAAAADEQIEYLEDSLPTRQSVKEERKKKEEQVKEKTKTKTPLFTFLTVLFIIVTIGVFFGLLYMTNSSRFDPKDYEDVFIDHSESAPAVIPKGAQKETSETALLEQPKKKSDDKDKKEAAAPEKTKEKPSEKTETPSEKQVKSTDTDYAETKQQSPPAVREKAAPAAASDQAGTVPKKVRTVQHTVQPKETLYRISMKYYKSRAGEEKIRSYNGLNGNDVYTGQVLNIPLSD NA NA NA NA NA D1-12_01354 555 hypothetical protein ATGCAGCTGTATGCCACCCAATTGCTCATATTGGCGGTTTCAGCTGTTATTGGCTTTTTCTTTTTCACCGACATTCACGATTTTTTAAAGCTGTGGCATATACGTGACGATAATATCATATGGTACGGTGTAACTCTTGCCGTCCTTGTCATTTTTGCCGATCTTGCGGTGATGAAATGGTGTCCTTCGCATTTATATGATGACGGCGGCATTAATGTATTGCTTTTTAAGAACAGGCCGGTTTTGCACATTTTGTTTTTGACGCTTCTCATTTCGTTCAGCGAAGAGATTTTGTTCAGAGGCGTTCTGCAGACACATATCGGCTTATGGGCCGCCAGCTTCATTTTTACCGTGCTTCATTTCAGATACTTGGCGAAGTGGCTTCTGTTTATGATGGTTGCGGGCATCAGTCTTTTGCTGGGGCTTATCTACGAATGGACCGGTAATTTATTCGTTCCGGTTACAGCGCATTTTATTATTGATGCGGTATTTGCCTGTCAGATCCGTTTTCAATATGTTAGGAGGGGTTTGCATGACGGAAATGTCAAGAGTTGA MQLYATQLLILAVSAVIGFFFFTDIHDFLKLWHIRDDNIIWYGVTLAVLVIFADLAVMKWCPSHLYDDGGINVLLFKNRPVLHILFLTLLISFSEEILFRGVLQTHIGLWAASFIFTVLHFRYLAKWLLFMMVAGISLLLGLIYEWTGNLFVPVTAHFIIDAVFACQIRFQYVRRGLHDGNVKS NA NA NA NA NA D1-12_01355 1419 dbpA_2 ATP-dependent RNA helicase DbpA ATGACTAGCGTGCTCCAAAAAAAAGATACGATCGCCATGCTTCCGACCGGCGGGGGAAAATCATTATGCTATCAGCTCCCGGGTTACATGATGGACGGGCTGGTGCTGATTATTTCACCGCTTCTTTCATTAATGGAAGATCAGGTGCAGCAGCTGAAAGCGAAAGGAGAAAAGCGGGTTGTGGCATTAAACAGCATGCTGAATTCCGCAGAGCGGCATTTTATCCTCAGCAACATCAGCCGGTATAAATTTCTCTATATGTCTCCCGAAGCCCTTTCTTCACCTTATGTGCTGAACCGTTTGAAAAATGTCCCGGTCAGTTTATTTGTTATTGATGAGGCTCATTGCATATCAGAATGGGGACATGATTTCAGGCCTGATTATTCGAAGCTCGGGCCTTTCAGGCAGGCACTCGGAAAGCCGCCTGTATTGGCGCTGACCGCAACAGCGACAAAAGAAACGCTCAGAGACGTGACGGATGTACTCGGACTTGAGCATGCGGTGCGTCATCTTTATTCAGTCAACCGGCCGAATATTCTCCTGGCGGCAGAACATTTGGCGGATAATGCCGAGAAAATAAGCAGGCTCACGGAGCTTGCCGAAAAGCTTGAAGGCCCGGGTATCATATATTGTCCGACCAGAAAATGGGCGGAAGAGCTTGCGGCTGAGCTGAATGAAAAAACGGGAAAGCGGACGGATTATTATCACGGCGGAATGGATACAGGGGACAGAATCTTGATCCAGCAGCAATTTATCCATAACCAGCTTGATTGCATCTGCTGTACCAATGCGTTCGGCATGGGTGTGGATAAGTCAGACATCCGCTTTGTCATTCACTTTTATCCTCCCCAAACGGCCGAGGCCTTTATGCAGGAAATCGGCAGAGCGGGACGCGACGGCAGCCCGAGTGTCAGTATTTTGCTGAGGGCGCCCGGCGATACCGAGCTTCAGCAGCAGATTATTCAGACGGAAAGCCTGTCTGATTATGACCTGGGAGCCATTCTGGCCGTCATACGGGATGCCGGTACGGGTGATGAGCGAAAGCTTCGGGACGTTCTGATCAATAAGGGCGTCCAGGAAACACAGGCGCGAACGGCCGTCCATCTGTATCTGCAAGGAAAAACCACAAAAGAGCAGCTGCAGGAAGAACTGACATACCGCGTGGAAAAGAAGCTGCGTAAAATGAATCGTTTTTCGGCGTTATTAGAGCGGAAAGAATGTATAAGAGAAGCGCTACTGTCTTATTTTGATGAACCGTATGAGCCTGAAGGTCAAACCGGACAATGCTGCAGCAGCTGCGGACTTGATCTGGCTCCGTACGAGCAAAAAGGAGAACGTAAAAACATGGAACGGTTTGAAGATTGGAAGCTGGAATTAGGCCGGATTTTCGGTTCAGAGTCTGCGGGTGAGTTCAGCTGA MTSVLQKKDTIAMLPTGGGKSLCYQLPGYMMDGLVLIISPLLSLMEDQVQQLKAKGEKRVVALNSMLNSAERHFILSNISRYKFLYMSPEALSSPYVLNRLKNVPVSLFVIDEAHCISEWGHDFRPDYSKLGPFRQALGKPPVLALTATATKETLRDVTDVLGLEHAVRHLYSVNRPNILLAAEHLADNAEKISRLTELAEKLEGPGIIYCPTRKWAEELAAELNEKTGKRTDYYHGGMDTGDRILIQQQFIHNQLDCICCTNAFGMGVDKSDIRFVIHFYPPQTAEAFMQEIGRAGRDGSPSVSILLRAPGDTELQQQIIQTESLSDYDLGAILAVIRDAGTGDERKLRDVLINKGVQETQARTAVHLYLQGKTTKEQLQEELTYRVEKKLRKMNRFSALLERKECIREALLSYFDEPYEPEGQTGQCCSSCGLDLAPYEQKGERKNMERFEDWKLELGRIFGSESAGEFS NA NA NA NA NA D1-12_01356 1059 hypothetical protein TTGGCGATAAACTACTTTGATACCGTGGTTCTCGACTGTCTGGACAAAATAGACGGCGAACGGACTCCGAGTGCTGTGTTTCATTTATTAAAAGGAAAAAAGTCGTCTCAAACCATTCAGGATGCCGGCTTATTTCAGATCGCTAAATATTTCGGCATGGCTTCACAGTGTGAACGCGGCGATATTACGGCTTCTTTGCATAAACTCACCGAGAACTCATACATTACAGCCGGAAAAGAAGAGGGAACGTGGAAAGTGACTGCGCGCGGCGTTCAAAGGCTTGAACGGGCGTTTGCCGAGCGGCCTTGGCCGAAGGACTGCCACGGCGCGAATTATCAAACGCCTGCTGGCACCCTGTGGAGGCGGCTTTCCCTGCTCATTCAAGTCCTGTCAAACAAAGAGCATCAATGCAGTCAATATATCCCGGTTACCAACGATGTGCAGACGCTGAGATGGATCAAACGGTTCATGCGGAAAAACAGAGATGCTAAAGAGCTTTCCGTCCAAATGCATGACGCGCTGTTTCAGCTTCTGCAAGGCGTAAGTGAACGGCAGGCGCTTATTTTTGTCTATTCTTTAACTTCATTCAACAGAATCGGCAAAACGAATAAGCAGCTCGCTCTCCAGCTGAACGAAGATGAATGGTATGTGTCCGTCCAGTTTTGGGGAGCGGTACATTATGTTATTCAATCGCTTCCGCAATGTGCATATCCCGCTCTGCGCGAGCTGCTGTCCGATCTGCAGGCGGAAAGCGCGCTGACACAGTCTGCCAGAAAAACCTTTGAGCTGTTGGAAAAAGGGTTTCCGATTGAACGGATCGCCGCGGTCAGAAATTTAAAAACCGCCACAATCGAAGATCATATCGTAGAAATATCATTGCACCAACCTGCATTTTTTATAGAACAGTATCTTTCTGAAGAGGAACAGCGTATGATAACGGCATTTGCAAAACAGCATCAAACGAATAAAATTAAACGGATTCGCGAAGGAATGCAGATGCGCTTCAGCTATTTTCAGATCAGGCTGGCGCTGGCAAAGACGGTGAATCAGCATGACTGA MAINYFDTVVLDCLDKIDGERTPSAVFHLLKGKKSSQTIQDAGLFQIAKYFGMASQCERGDITASLHKLTENSYITAGKEEGTWKVTARGVQRLERAFAERPWPKDCHGANYQTPAGTLWRRLSLLIQVLSNKEHQCSQYIPVTNDVQTLRWIKRFMRKNRDAKELSVQMHDALFQLLQGVSERQALIFVYSLTSFNRIGKTNKQLALQLNEDEWYVSVQFWGAVHYVIQSLPQCAYPALRELLSDLQAESALTQSARKTFELLEKGFPIERIAAVRNLKTATIEDHIVEISLHQPAFFIEQYLSEEEQRMITAFAKQHQTNKIKRIREGMQMRFSYFQIRLALAKTVNQHD NA NA NA NA NA D1-12_01357 249 fer COG1141 Ferredoxin ATGGCAAAGTACACAATTGTAGATAAAGATACGTGTATTGCATGCGGCGCCTGCGGAGCTGCGGCACCAGACATTTATGATTATGATGATGAAGGCATTGCGTTCGTTACGCTTGACGAAAATAAAGGCGTCGTCGAAGTTCCGGAAGTTCTGGAAGAAGATATGATTGACGCATTTGAAGGATGCCCTACTGATTCAATCAAAGTTGCGGATGAACCGTTCGAAGGCGACCCGCTGAAATACGAATAA MAKYTIVDKDTCIACGACGAAAPDIYDYDDEGIAFVTLDENKGVVEVPEVLEEDMIDAFEGCPTDSIKVADEPFEGDPLKYE PGPT0007360_493 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PHYTOHORMONE-GIBBERELLINS_PRODUCTION PHYTOHORMONE-GIBBERELLINS_METABOLISM PHYTOHORMONE-GIBBERELLINS_BIOSYNTHESIS,PGPT0007360-Uncharacterized_P450_system_3Fe_4S_ferredoxin-K05337 NA NA D1-12_01358 573 fmnP COG3601 Riboflavin transporter FmnP GTGAAAGTAAAAAAATTAGTTGTCATCAGTATGCTTAGCAGTATTGCTTTTGTGCTTATGCTGTTAAATTTCCCGTTTCCGGGTCTGCCGGATTACTTGAAAATTGATTTCAGTGACGTTCCTGCAATTATCGCCATTTTGGTTTACGGGCCTGCGGCGGGGATTGCGGTTGAAGCGATTAAAAATATTCTGCAGTATATCATTCAAGGAAGCATGGCCGGCGTGCCTGTCGGGCAGGCAGCCAATTTTATCGCGGGAACGCTGTTTATTCTGCCGACAGCGTTTATGTTTAAAAAGCTCAATTCTGCAAAAGGTCTTGCGGTGAGCCTTCTGGCCGGAACCGCGGCGATGACCGTGCTGATGAGTATTTTGAACTATATTCTTATCCTGCCCGCGTATACTTGGTTTTTACATTCACCGGCACTGTCAAACAGCCAGTTAAAAACGGCGGTTGTCGCAGGAATTCTGCCGTTTAACATTGTAAAAGGCATTATCATCACCATCGTCTTTACGTTCATCTTTACGAAGCTGAAACCTTGGATTGAACAAAAACGCAGCATCCAAACACAATAA MKVKKLVVISMLSSIAFVLMLLNFPFPGLPDYLKIDFSDVPAIIAILVYGPAAGIAVEAIKNILQYIIQGSMAGVPVGQAANFIAGTLFILPTAFMFKKLNSAKGLAVSLLAGTAAMTVLMSILNYILILPAYTWFLHSPALSNSQLKTAVVAGILPFNIVKGIIITIVFTFIFTKLKPWIEQKRSIQTQ NA NA NA NA NA D1-12_01360 1578 serA COG0111 D-3-phosphoglycerate dehydrogenase ATGTTTCGAGTTTTGGTCTCAGATAAGATGAGCAATGACGGCTTAAAGCCGCTGATGGAATCAGACTTTATAGAAATTGTTCAAAAAAACGTCGCGGATGCAGAAGATGAATTACATACCTTTGATGCCCTGTTAGTCCGCAGTGCCACGAAAGTAACCGAAGATTTGTTTAAAAAAATGACTTCTTTAAAAATCGTCGGCAGAGCCGGTGTCGGCGTAGACAACATCGACATCGATGAGGCCACAAAACATGGAGTTATCGTGATAAACGCGCCGAATGGAAACACCATTTCAACGGCAGAGCATACATTCGCGATGATTTCTTCATTAATGAGACACATTCCGCAAGCCAATATCTCAGTAAAATCAAGAGAATGGAACCGGACGGCTTTTGTCGGGGCGGAGCTCTACGGAAAGACTTTAGGCATTGTCGGTCTGGGCCGGATCGGAAGCGAGATTGCCCAGCGCGCCAGAGCGTTCGGTATGACGGTTCATGTATTCGATCCTTTCTTAACCGAAGAGAGAGCCGGCAAAATCGGCGTAAACAGCCGGACATTCGAAGAAGTGCTTGAAAGCGCGGATATCATTACCGTCCACACGCCTTTAACAAAGGAAACAAAAGGACTGCTTAACAGAGAAACCATTGCCAAAACGAAAAAAGGCGTCCGCCTTATCAACTGCGCAAGAGGCGGAATTATTGATGAAGCTGCGCTTTTGGAAGCGCTGGAAAGCGGCCATGTCGCAGGCGCTGCCCTTGACGTGTTTGAAGTGGAACCGCCAGTTGAATCAAAGCTTCCCGACCATCCGCTGGTGATCGCCACACCTCACTTAGGCGCTTCAACGAAAGAAGCACAGCTGAATGTCGCGGCACAGGTTTCTGAAGAAGTGCTGCAGTTTGCAAAAGGTCTGCCTGTCATGTCAGCGATCAATCTGCCTGCGATGACGAAAGATGAATTCAAAAAAATCCAGCCTTATCACCAAATTGCCGATAAAATCGGAAGTCTCGTGTCACAATGTATGAAGGAACCCGTCAAAGATGTTGCGATTCAATATGAAGGCACCATCGCCAAACTTGAAACATCATTTATTACAAAAAGCCTGCTGTCCGGTTTCTTAAAACCGCGTGTAGACTCAACGGTCAATGAAGTGAACGCCGGCGGTGTAGCAAAAGAACGCGGAATCAGCTTCAGCGAGAAGATTTCCTCCAATGAATCAGGATATGATAACTGCATCAGCGTAAAAGTAACCGGAGACCGGAGCACATTTACGTTAACGGCTACGTATATCCCTCACTTCGGTGAACGAATCGTTGAACTGAACGGCTTTAATATTGACTTAAATCCTGCCGGCCACCTCGTTTATATCCAGCACCAGGATACGACTGGTGTAATCGGACGCGTCGGACGCATCCTCGGCGATAACGATATCAATATCGCTACCATGCAGGTAGGCCGTAAAGAAAAAGGCGGAGAAGCCATTATGATGCTTTCTTTTGATAAACATTTAGATGATAAAGTCGTCAATGAGCTGACTTCAGTTCAGGATATTGTTTCCGTTAAACTGATTGACCTTCCGTAA MFRVLVSDKMSNDGLKPLMESDFIEIVQKNVADAEDELHTFDALLVRSATKVTEDLFKKMTSLKIVGRAGVGVDNIDIDEATKHGVIVINAPNGNTISTAEHTFAMISSLMRHIPQANISVKSREWNRTAFVGAELYGKTLGIVGLGRIGSEIAQRARAFGMTVHVFDPFLTEERAGKIGVNSRTFEEVLESADIITVHTPLTKETKGLLNRETIAKTKKGVRLINCARGGIIDEAALLEALESGHVAGAALDVFEVEPPVESKLPDHPLVIATPHLGASTKEAQLNVAAQVSEEVLQFAKGLPVMSAINLPAMTKDEFKKIQPYHQIADKIGSLVSQCMKEPVKDVAIQYEGTIAKLETSFITKSLLSGFLKPRVDSTVNEVNAGGVAKERGISFSEKISSNESGYDNCISVKVTGDRSTFTLTATYIPHFGERIVELNGFNIDLNPAGHLVYIQHQDTTGVIGRVGRILGDNDINIATMQVGRKEKGGEAIMMLSFDKHLDDKVVNELTSVQDIVSVKLIDLP PGPT0009155_2419 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B6|PYRIDOXINE|PYRIDOXAL|PYRIDOXAMINE_BIOSYNTHESIS,PGPT0009155-serA-K00058 NA NA D1-12_01361 1101 rsiX Anti-sigma-X factor RsiX ATGAAGTCATATTGGAACGAAGAAAGAGTAGAGGAGTTGTTAAGACAACTTCCGGCGGTTAGAGATCATCGTTCACCCGAGGCCATTTACCGGAATATTGAAACGGGTAAACCGTACAGGAAAAAGCCGGCCCGAAGCTGGATCGGCCCCGCCGCAGCCGGCGTCTGCGCATTGTGCATCGCTCTGATTATATCTCCTCACCTGATGACAAACAAATCTTCCGGTGATCTGACCGCTGACAGCCGCCAGACTGAAAAAGCCAGTCAGTCAGCTTCTGTCAAGCCGCCGGATCAGAAGACGTTCGTCGTCTCAAACCAAAACAAAAACAATTACATTACTTTGGCATTTGCCGATTCAGAAACATCCGCCGTCATTCCGGTCAGTTTTGAAAAAAAGAAGCCGGATGAATCGGTATCAGAGGCTTTATCCGAAGCGGAAAACCTAGAAGTGCCCGAATCCTTCCTTTCTGTGCCGAACCTTTTGGACGGTGTGCAGGTAACGGCGGATAAGAAGGATTTGCTTGTGCAGGTAAACGGACGGCTTTCTATCGAATCAGTTGCCGATGCTGACTTATTGAAAAAGATGCTGAAAGAGACTTTGACATGGAGTCCTTACGAGCGGATTAAATTGAAAAAGGTTCAAAACGGAGCCGGACAGGATTTTTATAAATCTTACGGCATTTCCGCTGAGATGTCCGTACATAAACAGACAAACCGGGCGTATTTTTCTTACAGCGACAGTCTGGGACAAGAGTATCTCATCCCGTCTGAACAAACCTATTATTCAGTATATCAGGCTATTGACGGGATGAAGACAACAGACGGAGGCTCACAGACCGCGAGCATTATAGAAGCAGGTGCGATTGCATCGGTATCGGAAAGGGAAGACGGCGAGCAGCTGCGGATTCAATTGTCCGAAAAACATAAGGTTGATGATTCGCTGGAAGGGATTTTAATGATCGAAGGGCTTCTGTTAACCGCGAAGGAATTCGGTTATTCTGAGGTGCTGTTCACACATGCGCATACAAAGAAAATCGGTAATTATGATGTGACAAAACCTATCGCTGTGCCTGCCGCGCCTAATCCGCTTCCAAGCCATTAA MKSYWNEERVEELLRQLPAVRDHRSPEAIYRNIETGKPYRKKPARSWIGPAAAGVCALCIALIISPHLMTNKSSGDLTADSRQTEKASQSASVKPPDQKTFVVSNQNKNNYITLAFADSETSAVIPVSFEKKKPDESVSEALSEAENLEVPESFLSVPNLLDGVQVTADKKDLLVQVNGRLSIESVADADLLKKMLKETLTWSPYERIKLKKVQNGAGQDFYKSYGISAEMSVHKQTNRAYFSYSDSLGQEYLIPSEQTYYSVYQAIDGMKTTDGGSQTASIIEAGAIASVSEREDGEQLRIQLSEKHKVDDSLEGILMIEGLLLTAKEFGYSEVLFTHAHTKKIGNYDVTKPIAVPAAPNPLPSH NA NA NA NA NA D1-12_01362 585 sigX COG1595 ECF RNA polymerase sigma factor SigX ATGGAAGAAACCTTTCAGATATTATATGATGCATACCATCAAGATTTATATCAATTTTTATTTTATATGGTAAAAGATAAGTCGCAGGCTGAAGATTTGGCGCAGGAAGTGTATATCCGCGTCTTGAATTCCTATCATACATTTGAAGGAAGAAGCAGTGAAAAAACATGGCTGTTGTCCATCGCACGCCATGTGGCGATTGACTGGTTCCGCAAGCAGCAGACGATCAGACAGCGTATTATGGGTACGTTTGATTGGGATACACAAGATGTCAGAGATCAGCATTTGCTTCCGGACGAACTCGCCGTACAGCATGAAAACGTCCGGGAAATTTATACCGCGCTTGATCATTGCACCATTGATCAAAGAGCTGTTATTATCTTGAGATTTATTCAGGGATATTCCATTCAGGAAACAGCCGCCGCTCTCCGCTTCTCGGAAAGCAAAGTCAAAACGACCCAACACAGAGGGCTCAAAATACTTCGGAAACAGATGGAGCTTTTGAGGGAGGAGCTAATGGATGATGAAGTCATATTGGAACGAAGAAAGAGTAGAGGAGTTGTTAAGACAACTTCCGGCGGTTAG MEETFQILYDAYHQDLYQFLFYMVKDKSQAEDLAQEVYIRVLNSYHTFEGRSSEKTWLLSIARHVAIDWFRKQQTIRQRIMGTFDWDTQDVRDQHLLPDELAVQHENVREIYTALDHCTIDQRAVIILRFIQGYSIQETAAALRFSESKVKTTQHRGLKILRKQMELLREELMDDEVILERRKSRGVVKTTSGG PGPT0014960_6267 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088 NA NA D1-12_01363 1788 resE Sensor histidine kinase ResE ATGAAGTTTTGGAAAAGCGTAGTAGGTAAGCTTTGGTTTACCATTCTTTCACTCGTGTTAATTGTTTTATTTATTTTAACGGTGCTGCTTCTGGAATTTATAGAAAATTACCACGTTGAAGAAGCGGAAAAAGATTTAACGCAGCTTGCCGATAAAATTGCGGTCATAATAGAAAATCATGAAGACCAGCCGCTTGCCAGATCCATCACGTGGGAACTGGCGGACAATTTAACGAGCATCGCGATCATTCAGGATGATAAGCATGTCTGGTATTCGCCCAATGACGATAATCATTTATCCTCTATTACATTAGAGCAGATCAAACATGACCGGGATCTGCACAAGGCGCTGACAGACCGCAAAAAAGTAAGCAAACGTGCGGTGCCCAACAATGCCGGTTCGGATAACGAACGGCTGATCGTCGGAGTGCCGTATGAAAAAGACGGCAAAAAAGGCATGGTCTTTTTATCCCAATCGCTGCTTGCCGTCAAAGATACGACGAAACATACAACCCGCTATATTTTTCTTGCGGCGGGCATTGCCATCGTCCTGACAACGTTTTTCGCGTTCTTTTTATCCAGCAGGGTGACATATCCCCTTCGGAAAATGCGGGAAGGCGCCCAAGACTTGGCGAAAGGAAAGTTTGATACAAAAATTCCGATTCTGACCCAAGATGAAATCGGGGAACTGGCTATTGCCTTTAATCAGATGGGACGGCAGCTCAATTTCCATATTAACGCGCTGAATCAGGAAAAAGAACAGCTGTCCAATATTTTAAGCAGTATGGCAGACGGTGTCATTACCATTAATATCGACGGCACCATTTTGGTGACCAACCCGCCGGCCGAACGTTTTCTGCAGGCATGGTATTATGAGCAGAACATGAACATTAAAGAAGGAGACAACCTTCCCCCTGAAGCAAAAGAGCTATTTCAAAATGCAGTGAACACGGAAAAAGAGCAAATGATTGAAATGACGCTTCAAGGAAGGTCATGGGTTTTATTGATGTCGCCTCTTTATGCGGAATCACACGTCCGCGGCGCCGTGGCCGTGCTCCGTGATATGACCGAAGAGCGCAGGCTCGATAAATTGCGTGAAGACTTCATTGCCAATGTCAGTCATGAGCTCAGAACCCCGATTTCTATGCTGCAGGGATACAGCGAAGCAATAGTGGACGACATTGCAAGCACCGAAGAGGAGAAAAAAGAAATCGCGCAGATCATTTATGATGAATCTCTTCGCATGGGCCGGCTCGTCAATGATTTGCTGGATTTGGCCAGAATGGAATCCGGACATACGGGCCTGCACTATGAAACGGTAAACCTGCATGAATTTCTGGAGAAGATCTCCCGCAAATTTTCCGGGGTAGCGAAGGAAAAAGGCGTTTCGCTCACAGAAGACATCTCGGTGTCTCAGCCGGAGTGTGTCTTTGACGAAGATAAAATGGAACAGGTGTTTACCAACCTTATAGATAATGCGCTGCGCCACACGGAGTCAGGCGGAAGCGTTCATATCGCGGCTCAGACCGTAAAAGACGGACTGAAAATCGATATCAAAGATTCCGGCTCGGGAATACCGGAAGAGGACCTGCCTTTTATTTTTGAACGTTTTTATAAAGCGGACAAAGCAAGAACAAGAGGCAGGGCGGGAACCGGACTCGGACTCGCCATCGTAAAAAATATCGTGGAAGCCCACGGCGGTTCAATTGCGGTTCACAGCAGCATCGATAAAGGGACGACGTTTACATTTTATATTCCGACAAAAGTGCAGGATGACGTCGGAAATTGA MKFWKSVVGKLWFTILSLVLIVLFILTVLLLEFIENYHVEEAEKDLTQLADKIAVIIENHEDQPLARSITWELADNLTSIAIIQDDKHVWYSPNDDNHLSSITLEQIKHDRDLHKALTDRKKVSKRAVPNNAGSDNERLIVGVPYEKDGKKGMVFLSQSLLAVKDTTKHTTRYIFLAAGIAIVLTTFFAFFLSSRVTYPLRKMREGAQDLAKGKFDTKIPILTQDEIGELAIAFNQMGRQLNFHINALNQEKEQLSNILSSMADGVITINIDGTILVTNPPAERFLQAWYYEQNMNIKEGDNLPPEAKELFQNAVNTEKEQMIEMTLQGRSWVLLMSPLYAESHVRGAVAVLRDMTEERRLDKLREDFIANVSHELRTPISMLQGYSEAIVDDIASTEEEKKEIAQIIYDESLRMGRLVNDLLDLARMESGHTGLHYETVNLHEFLEKISRKFSGVAKEKGVSLTEDISVSQPECVFDEDKMEQVFTNLIDNALRHTESGGSVHIAAQTVKDGLKIDIKDSGSGIPEEDLPFIFERFYKADKARTRGRAGTGLGLAIVKNIVEAHGGSIAVHSSIDKGTTFTFYIPTKVQDDVGN PGPT0026265_114 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0026265-resE-K07651 NA NA D1-12_01364 723 srrA_1 COG0745 Transcriptional regulatory protein SrrA ATGGATCAAACAAATGAAACTAAAATATTAGTAGTAGATGATGAAGCCAGAATTCGACGCCTTTTAAGAATGTACCTTGAACGGGAAAACTATGTGATTGAAGAAGCGGAAAACGGCGACGAGGCCATTAAAATGGGGCTGGCATCAGATTATGATCTGGTGCTCTTGGATTTAATGATGCCGGGAACGGACGGAATCGAAGTATGCCGGCAGCTCAGAGAAAAAAAAGCGACGCCGATTATCATGCTGACGGCAAAAGGGGAAGAAGCCAACCGCGTCCAGGGGTTTGAAGCGGGTACGGACGATTATATCGTCAAGCCTTTCAGCCCGAGAGAAGTGGTGCTTCGGGTAAAGGCGCTTTTAAGAAGGGCTTCCCAAACATCTTATCTGACAGCCAATACCCCGACAAAAAATGTGCTCGTCTTTTCGCATCTATCTATTGATCACGATGCTCACAGGGTGACTGCCGACGGCACAGAGGTGAGCCTGACGCCGAAGGAATATGAACTGCTGTACTTCCTGGCGAAAACACCGGACAAAGTGTACGACAGGGAAAAGCTTTTAAAAGAAGTGTGGCAGTATGAATTTTTCGGAGACCTCAGAACGGTGGACACCCATGTCAAACGGCTCCGTGAAAAATTAAATAAAGTATCCCCGGGAGCGGCGAAAAAAATCGTCACCGTATGGGGAGTCGGATACAAATTTGAGGTAGGCGCTGAATGA MDQTNETKILVVDDEARIRRLLRMYLERENYVIEEAENGDEAIKMGLASDYDLVLLDLMMPGTDGIEVCRQLREKKATPIIMLTAKGEEANRVQGFEAGTDDYIVKPFSPREVVLRVKALLRRASQTSYLTANTPTKNVLVFSHLSIDHDAHRVTADGTEVSLTPKEYELLYFLAKTPDKVYDREKLLKEVWQYEFFGDLRTVDTHVKRLREKLNKVSPGAAKKIVTVWGVGYKFEVGAE PGPT0013765_748 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HIGH_TEMPERATUR_REGULATION,PGPT0013765-vicR|walR|yycF|micA-K07668 NA NA D1-12_01365 1176 ccsA_1 Cytochrome c biogenesis protein CcsA ATGGCGGAGCTGAGCGCAAATTTTCTTTATGCTGCCTTTTTGATTTATTTAATTGCCGTCCCGGTTTTCGGCGGCGCCATCCGGGGAACAAAAGGTGCTAAGGACGGTAAGGGCCGCTGGTCGGCTATCGGAATCACGTTAACCATTTTCGGATTTCTTTGTCATCTAGGCTACTTCATTGCGAGATGGTCAGCAAGCGGACATGCGCCTGTCAGCAATATGTTTGAATTTACGACGTCATTCGGCATGATGCTTGTTCTCGCTTTTATTATTATTTACTTTATTTACAGACTGCCTTCATTAGGCATGTTCACATTGTCTATCGCGCTTTTGCTTATCGCATATGCAAGCATGTTTCCGACAGACATCACGCCGCTTATTCCGTCACTGCAGAGCAATTGGCTGTACATTCACGTCACAACGGCGGCGCTCGGGCAGGCGATTCTTGCGATCAGTTTTGTAGCCGGCGTCATATTCCTGTTAAAGCATGTCGACCAATCCAGACCGGGCAAAAAAACGTTCTGGCTTGAAGTCATCATGTTTATACTCGTGACGACCGTGGCATTTATCGCCGTCACGTCGGCATTCCGGCTGGCTGACTACAAAGCTGAATTTAATTGGGTGGATAAAAAAGAGGCCAAAAGCGTCATGATATATGATATGCCTGCGCTTGTCGGCCCGCATGACGGAGAACTGCTTACGGAAGGCGCAATGAAGCCGCTTATTGAGCTTCCGGCCATTTTTTCAGGCAGAAAGGTCAATACGGTGATCTGGTCGTTTGGCGCAGGTCTCGTTTTATACGGTGCGCTCAGGCTGATATTCAGAAAGAGAATCAGCGCTCTTATCAGCCCGCTCGTCAAAAATGTGAATCTGGACTTGGTCGATGAAGTCGGCTACCGCGCTGTTTCTATCGGTTTTCCGGTATTCACACTCGGCGCGCTTGTGTTTGCGATGATTTGGGCGCAGCTTGCATGGACGCGTTTTTGGGGCTGGGACCCGAAAGAAGTATGGGCGCTGATCACCTTTTTATTTTACGCAGCGTATTTGCACTTGCGGCTGTCAAGAGGCTGGCATGGCGAAAAGTCCGCGTGGCTTGCCGTCATCGGCTTCGCCATTATTATGTTTAACTTGATTTTTGTGAATCTCGTGCTTGCCGGACTTCATTCGTACGCATAG MAELSANFLYAAFLIYLIAVPVFGGAIRGTKGAKDGKGRWSAIGITLTIFGFLCHLGYFIARWSASGHAPVSNMFEFTTSFGMMLVLAFIIIYFIYRLPSLGMFTLSIALLLIAYASMFPTDITPLIPSLQSNWLYIHVTTAALGQAILAISFVAGVIFLLKHVDQSRPGKKTFWLEVIMFILVTTVAFIAVTSAFRLADYKAEFNWVDKKEAKSVMIYDMPALVGPHDGELLTEGAMKPLIELPAIFSGRKVNTVIWSFGAGLVLYGALRLIFRKRISALISPLVKNVNLDLVDEVGYRAVSIGFPVFTLGALVFAMIWAQLAWTRFWGWDPKEVWALITFLFYAAYLHLRLSRGWHGEKSAWLAVIGFAIIMFNLIFVNLVLAGLHSYA NA NA NA NA NA D1-12_01366 1629 ccsB Cytochrome c biogenesis protein CcsB ATGAAAAAGGTCAAATGTGAATGCGGGCACGTGAATCCAGCAGGGACGGTTTTGTGCGAGTCGTGCGGGAAGCCGCTTGATGATCAAAAATCGCCGCTTGCGGATATGCGGTACGACGGCAGCGCAAGGCGTTCGCAAACATATAACAAAACAATCGTAGATAAGGTATGGAACTTCTTTTCTTCCGTAAAAGTCGGAATATGGCTGATCGTCATTACTCTGGCGGCGTCTGCTTTCGGCACGGTTTTTCCGCAGGAAGCTTATCTGCCGCCGGGCGCCCAGCCGGATACATATTATGAACAGCAGTACGGCATAATCGGTCAACTGTATTATCTGCTGGGATTTCATCAGCTGTACGGCTCATGGTGGTATATGCTCCTGATCGCATCCATTGGCATATCACTGGTCATCTGCAGCCTGGATCGGGTGATTCCTTTGTACAGGGCACTGAAAAATCAAGGAGTTCGGCGGAATCCGGTCTTTTTGAAGAGGCAGCGTCTATACAGCCGGACAGAAACCGAGCTGAGCGGGGATGCGGCTGATAGCCTCAGAACACGATTGAAAAAAAAGCATTATAGAGTGCGAGAACAAGAGGGAAGCATTCTGGCGGAAAAAGGCCGTTTTTCAAGGTGGGGGCCCTACGTCAATCATATCGGCCTGATCATTTTTCTGATCGGAGCCATGCTGAGATTTGTACCCGGTATGTATGTCGATGAAACGCTCTGGGTCCGTGAAGGCGAAACCGCCCAGATCCCCGGCACTGACGGCAAGTATTACTTAAAAAACAATCGGTTCACGATGCAGACATATAACAAAGACACTGAGAAAAAAGTATTCGCCGACGCCATTGACAGAGCCGGAAACGGCAAAGTCGCCAAATCCTTCACAACGGACGCGGTTTTGTACAAGAGGGAAGGCGACATTGTATTCGGTGAAAAGCCGAAGCTTAAAAGAGTCAAAGAAAACAATATCCGCGTCAATGAACCGCTGCGCTTTGACTCCTATTCTGTGTATCAGGTGGACTATAAAGAAAACCAGCTCGATCAGATGGTATTTCAGCTGATCGACCAAAAAACAAAACAGTCATTCGGCAAACTGAAGATCAATCTTCTTGATCCCGACACGGACTATGATCTTGGTAACGGTTACAAAGTGCAGATCGCCAGTTATCTTCCTGATTTTTATTTTAACAAGGACGGAGAACCGAGCACGAAAACGAAGGTTCCTAACAATCCGGCTTTTGTCTTTAAAATCACGGCTCCTGACAAGCCGAAAGGGGAGAAAAGTTTTGTTGCGATTCAGCAGACTGTTGAAGGTTCCGAAAGTAACAAGTACAAATTAAAATTCGACCATGTGGAAACGAAAAACATTACAGGACTCACCGTCAGAAAAGACTTAACCTTATGGGTGCTTGCCGTCGGCGGCGCGATCTTTATGATCGGCGTCATTCAAGGAATGTACTGGCAGCACAGAAGGATCTGGATCAAAACAGGTGATCATGAAGTGCTTGTGGCGGGACATACGAACAAAAACTGGTTCGGTCTGAAAAAAGATATCGAATTTGTTCTTAGCGGGACCGGGATTCAAGAGCCGGCCGATCAAAAAGAATTGGCCAAAAATCAGGCCTAG MKKVKCECGHVNPAGTVLCESCGKPLDDQKSPLADMRYDGSARRSQTYNKTIVDKVWNFFSSVKVGIWLIVITLAASAFGTVFPQEAYLPPGAQPDTYYEQQYGIIGQLYYLLGFHQLYGSWWYMLLIASIGISLVICSLDRVIPLYRALKNQGVRRNPVFLKRQRLYSRTETELSGDAADSLRTRLKKKHYRVREQEGSILAEKGRFSRWGPYVNHIGLIIFLIGAMLRFVPGMYVDETLWVREGETAQIPGTDGKYYLKNNRFTMQTYNKDTEKKVFADAIDRAGNGKVAKSFTTDAVLYKREGDIVFGEKPKLKRVKENNIRVNEPLRFDSYSVYQVDYKENQLDQMVFQLIDQKTKQSFGKLKINLLDPDTDYDLGNGYKVQIASYLPDFYFNKDGEPSTKTKVPNNPAFVFKITAPDKPKGEKSFVAIQQTVEGSESNKYKLKFDHVETKNITGLTVRKDLTLWVLAVGGAIFMIGVIQGMYWQHRRIWIKTGDHEVLVAGHTNKNWFGLKKDIEFVLSGTGIQEPADQKELAKNQA NA NA NA NA NA D1-12_01367 540 resA_2 Thiol-disulfide oxidoreductase ResA ATGAACAAAAAACGGCGGCGTTTATTCATTCGGACCGGCATCCTTCTCATCTTACTCTGCGCGCTCGGATATACCATCTATAATGCCGTATACACAAACGGTGAGCGTATATCTGAGGGGTCCAAAGCCCCGAATTTCGCGCTGAAAGATACAGAGGGCAGACTCATAGAACTGAGTCAGTTAAAAGGAAAAGGTGTTTTTCTGAATTTCTGGGGAACGTGGTGCGAGCCGTGCAAGAAGGAATTTCCCTACATGGAGAATCAATACAAGCATTTTAAAGACCTCGGTGTCGAGGTGGTTGCGGTAAATGTCGGCGAATCAAAAATTGCAGTACATAATTTTATGAAAACATACGGCGTCAATTTCCCGGTTGCGCTCGATACTGACCGGCAAGTGCTGGACGCGTACGGCGTATCACCTATTCCGACGACATTTTTGATCAATCCCGACGGAAACGTTGTGAAAGTGGTGACCGGCACGATGACAGAACGCATGGTTCATGACTATATGAATTTAATTAAGCCGGAGGCGTCTTCATGA MNKKRRRLFIRTGILLILLCALGYTIYNAVYTNGERISEGSKAPNFALKDTEGRLIELSQLKGKGVFLNFWGTWCEPCKKEFPYMENQYKHFKDLGVEVVAVNVGESKIAVHNFMKTYGVNFPVALDTDRQVLDAYGVSPIPTTFLINPDGNVVKVVTGTMTERMVHDYMNLIKPEASS NA NA NA NA NA D1-12_01368 735 rluB COG1187 Ribosomal large subunit pseudouridine synthase B ATGGAAAGACTGCAAAAAGTTATTGCTCATGCCGGCGTGGCATCACGCAGAAAGGCGGAAGAGCTGATAAAAGAAGGAAAAGTAAAGGTGAATGGAAAAGTAATAACAGAGCTCGGCGTAAAAGTGACCGGTTCTGATCAGATTGAAGTAAACGGATTAAAGGTGGAGCGGGAAGAACCCGTGTACTTTCTGCTTTATAAACCGAGAGGAGTGATCTCAGCAGCTGATGACGACAAAGGGCGGAAAGTGGTGACCGACTTTTTCAAAGAAGTGCCGCAGCGCATTTATCCGATCGGCAGGCTTGATTATGATACGAGCGGACTTTTATTGCTGACAAATGACGGCGAGTTTGCCAACAAACTCATGCATCCGAAATACGAAATTGATAAGACATACGTCGCCAAAGTGAAGGGGATTCCTTCCAAGGAACTTCTGAGAAAGCTTGAGCGCGGCATTCAGCTTGAAGAAGGCAAGACGGCGCCGGCCAGAGCGAAAATGCTTTCCCTGGACAAAAGAAAGCAGACGAGCATCATTCAGCTGACGATTCATGAAGGCCGGAACAGACAGGTCCGCCGCATGTTCGAGGCGATCGGTCATGACGTGCTGAAACTAAAACGTGAAGAATACGCATTTTTAGATTTAAGAGGCCTGCGCACAGGAGACGCAAGAGAATTGTCGCCGCATGAGGTGAAAAGGCTGCGGGCTTTAGCTGAACACGGTAAAAACGCTTTCTAA MERLQKVIAHAGVASRRKAEELIKEGKVKVNGKVITELGVKVTGSDQIEVNGLKVEREEPVYFLLYKPRGVISAADDDKGRKVVTDFFKEVPQRIYPIGRLDYDTSGLLLLTNDGEFANKLMHPKYEIDKTYVAKVKGIPSKELLRKLERGIQLEEGKTAPARAKMLSLDKRKQTSIIQLTIHEGRNRQVRRMFEAIGHDVLKLKREEYAFLDLRGLRTGDARELSPHEVKRLRALAEHGKNAF 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 D1-12_01369 537 spmB Spore maturation protein B ATGGAAATGGTGAATTGGCTGTCTTTAGCCATGATTCCGATTATTATCGCCGGTATATTGATATACGGCACGGTCAAAAAAGTGCCGACGTATGAATCATTCGTTGAAGGCGGAAAAGAAGGAATTGAGATTGCGTTTTCCATCATTCCGTATTTGGTCGGGATGCTGGTGGCGATTACCGTATTCCGGGCCTCGGGCGCGCTGGATTTTGTCATGGGGCTGTGCAAGCCTTTCTTTACAGCGATCGGCATTCCCGCAGAAGTCGTGCCGCTTGCTCTGATCCGCCCGATTTCGGGGACGGCGGCGCTCGGCATGACGACAGATCTGATCGCCGTGTACGGGCCTGATTCATTTATCGGCAGGCTGGCCTCGGTCATGCAGGGATCGACTGACACGACGCTGTATGTCCTGACGGTGTATTTCGGGGCGGTCGGCATCAAAAAAATGGGGGATGCTTTAAAGGTTGGTCTTCTTGCTGATTTGATCGGGGTGGTTGCATCAATCATCATAGTTACGTTATTATTTGGAAGCGCCTGA MEMVNWLSLAMIPIIIAGILIYGTVKKVPTYESFVEGGKEGIEIAFSIIPYLVGMLVAITVFRASGALDFVMGLCKPFFTAIGIPAEVVPLALIRPISGTAALGMTTDLIAVYGPDSFIGRLASVMQGSTDTTLYVLTVYFGAVGIKKMGDALKVGLLADLIGVVASIIIVTLLFGSA NA NA NA NA NA D1-12_01370 591 spmA COG2715 Spore maturation protein A ATGGTCAATTTAATCTGGGTATGTCTGACGGTAATCGGACTTGTCTTTGCGATGTTTAACGGTACCTTGCAGGATGTGAATGAAGCCGTTTTTAAAGGAGCGAAAGAAGCGGTTACGATCTCGTTCGGATTAATGAGCGTTCTCGTGTTCTGGCTCGGCCTGATGAAAATAGCCGAGCAGTCCGGCCTTTTGGATATATTCAGCAGAATGTGCCGCCCGTTTATTTCTAAGATGTTTCCCGATATTCCCCCTGATCATCCGGCGATGGGATACATCTTATCAAATCTCATGGCAAACTTTTTCGGACTGGGAAATGCGGCGACACCGCTCGGCATTAAAGCCATGGAGCAGATGAAAAAGCTGAATGGAGGTAAGTCTGAGGCCAGCCGTTCCATGATTACCTTTTTGGCGGTAAATACTTCGAGTATTACATTGATACCGACAACCGTCATTGCCGTGCGCATGGCTTACTCGGCGAAATCACCGACCGATATCGTCGGGCCGACCATCTTAGCGACTTTAATTTCGGGAATCGGCGCGATTTTCATTGACCGCTACTTCTGGTACCGCCGCAAAAGAAAAGGGAGGTAA MVNLIWVCLTVIGLVFAMFNGTLQDVNEAVFKGAKEAVTISFGLMSVLVFWLGLMKIAEQSGLLDIFSRMCRPFISKMFPDIPPDHPAMGYILSNLMANFFGLGNAATPLGIKAMEQMKKLNGGKSEASRSMITFLAVNTSSITLIPTTVIAVRMAYSAKSPTDIVGPTILATLISGIGAIFIDRYFWYRRKRKGR NA NA NA NA NA D1-12_01371 1152 dacB COG1686 D-alanyl-D-alanine carboxypeptidase DacB ATGCGCTTTCTCAAAAAAGCTGCCGTATTTCTTTTGACTTTTGTTATTCTTTTTTCCATTACAGACGGCAATACGGCACATGCCCAAATACATGTCAGCGCAAAAAGCGCGATTATAATCGACGGAGCATCTGGCCGGGTGTTATTCGCCAAGGATGAACATCATAAGCGGCGGATTGCAAGCATTACGAAAATCATGACGGCGGTGCTGGCGATTGAATCAGGGAAGATGGAAGAGACCGTGACGGTTTCTCCGAATGCCGTAAAAACGGAAGGCTCAGCCATTTATCTTCAGCCGGGACAAAAAGTAAAGCTGAAAGATCTCGTATACGGGCTTATGCTGAGATCAGGAAATGACGCCGCTGCGGCAATAGCGGAATATGTCGGCGGTAGCCTTGACGGTTTTGTATTTATGATGAACAAAAAAGCCGAGCAAATCGGGATGGAAAATACAAAATTTCAAAATCCGCACGGGCTGGACGACCATGAAAATTTATATTCAACGGCGTATGACATGGCGCTTTTGACTAAATACGCGATGAAAATCAAGGAATACCGGACCGTTTCAGGCACAAAAGTGTATAAGGCGGAAACGATGGACCGGGTATGGAAAAATAAAAACAAGCTTCTGACTGGGCTCTACCGTTACAGCACAGGCGGAAAAACGGGTTACACAAAAATCGCGAAACGGACGCTCGTCTCGACGGCCTCAAAAGACGGTACGGATCTCATCGCGGTCACCATAAATGATCCGGATGACTGGGATGACCATATGAATATGTTTAATTATGTCTTTGATCACTATAAAACCTATGTCGTCGCTAAAAAAGGCGGCATTCCGAAGCTGAAAAAGACGTTTTACGGAAAGCGCGCTTTTATTGCCCGGGATGTCAAATATTTGTTAAAAGAGGATGAAATCGACGATGTAAAAATCAGCACAACCTTAATAAAACCGAAAAAAGCCTGGAAAAAGGACGCCTCTCTCATTCCTGATGTCGTCGGCCGGATGACTGTTATGCATGATGGGAAAGTGATCGCCAAGATCCCCGTCTATTATGAAAATGAGCGCCATAAAAAACCGAAAAAGCATTTCATTGAGACGTTTACGAGCCTGTTTATGAGCGCGGCGGGCGGTTCGTCATGGTCAATTTAA MRFLKKAAVFLLTFVILFSITDGNTAHAQIHVSAKSAIIIDGASGRVLFAKDEHHKRRIASITKIMTAVLAIESGKMEETVTVSPNAVKTEGSAIYLQPGQKVKLKDLVYGLMLRSGNDAAAAIAEYVGGSLDGFVFMMNKKAEQIGMENTKFQNPHGLDDHENLYSTAYDMALLTKYAMKIKEYRTVSGTKVYKAETMDRVWKNKNKLLTGLYRYSTGGKTGYTKIAKRTLVSTASKDGTDLIAVTINDPDDWDDHMNMFNYVFDHYKTYVVAKKGGIPKLKKTFYGKRAFIARDVKYLLKEDEIDDVKISTTLIKPKKAWKKDASLIPDVVGRMTVMHDGKVIAKIPVYYENERHKKPKKHFIETFTSLFMSAAGGSSWSI PGPT0024040_4799 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-CARBOXYPEPTIDASE_ACTIVITY,PGPT0024040-dacC|dacA|dacD-K07258 NA NA D1-12_01372 486 hypothetical protein ATGGGAAATTCGATTGTGAGGGCCCATACTGAAGAAACTGGTGAATTTTTAGCCGAGGTTGTCACGATGGTCAGCAAATATTTAAATCATACAACATTGCCGGAGATGCGGGCTCAAGGAGAGGCGGATGAGGCATACTGCCGCGACGTGCTCAGTGTGCTGAGGAGGATGACCGTCTTTTGCGAAGGCGCCCAGGAAGCCTGCCGCCGGCTCTTAATGCAGGAGCCGTTTCATGAGGTGAGAGCGGAAAAAACGCTGTATAAAGTGTATCATCAGTGCGTGGAAGAATTTTTCATGCCGAAAAAGGATACATGGTACGAAAACAGCCGCGCCGCTTATACAGGCCAAAGCGCGATTGAATTCTACCAGCAAGTGCCGGATTCGCTGCGGAGCCTTCTGCTTTCGCTCAGCAGTGAATTTCTGCGCATGCGGGAAGAATTGGCGCAATATGAAGCATCAGGCTCAAATATGGCATCAGTCAGATAA MGNSIVRAHTEETGEFLAEVVTMVSKYLNHTTLPEMRAQGEADEAYCRDVLSVLRRMTVFCEGAQEACRRLLMQEPFHEVRAEKTLYKVYHQCVEEFFMPKKDTWYENSRAAYTGQSAIEFYQQVPDSLRSLLLSLSSEFLRMREELAQYEASGSNMASVR NA NA NA NA NA D1-12_01373 594 scpB COG1386 Segregation and condensation protein B ATGGCGCTTGATATCGTGAATTGGAAAGCGATTGTGGAAGCCCTGCTGTATGCGGCGGGTGATGAAGGGCTGACCAAAAAGCAATTGGTGACGGTGCTTGAAATAGAAGAAGCGGAACTGGCCGGAATCATGGAAGAAGTGGCCGCTCAGTACAAGGAAGATGACAGGGGCATCGAGCTAACCGAATATGCGGATACGTATATGCTTGGAACGAAAAAAGAATTCGTGCCTTATTTGAAAAAACTAATTGAAGTGCCGTCAAAAGGGCTGTCACAGGCTTCTTTGGAAGTGCTGGCGATCGTTTCGTACAAGCAGCCGATCACACGGGCGGAAATTGAAGATATCCGGGGCGTGAAGTCTGAGCGGATTCTGCACAGCCTCGTGTCAAAAGCGCTGCTGTGTGAGGTGGGCCGCGCCGACGGTCCCGGCCGGGCGATTTTATACGGCACGACACCGGTATTTCTTGAACAATTCGGCTTAAAAACATTGGAGGAGCTCCCGCCGCTTCCTGAAAATGCGGAGGAAGACGTTCTCCAGGAGGAAGCCGATTTATTCTTTGAAAACTTCAACCAAACTTTTGAGGATATTAAATAA MALDIVNWKAIVEALLYAAGDEGLTKKQLVTVLEIEEAELAGIMEEVAAQYKEDDRGIELTEYADTYMLGTKKEFVPYLKKLIEVPSKGLSQASLEVLAIVSYKQPITRAEIEDIRGVKSERILHSLVSKALLCEVGRADGPGRAILYGTTPVFLEQFGLKTLEELPPLPENAEEDVLQEEADLFFENFNQTFEDIK NA NA NA NA NA D1-12_01374 756 scpA COG1354 Segregation and condensation protein A ATGGTAGAATATCAAGTGAAAATTGATACGTTTGAAGGCCCATTGGACCTGCTGCTTCATCTGATTAACCGTCTTGAAATCGACATATACGACATACCCGTGGCAACCATTACTGAACAATATTTATTATATGTACATACAATGCAAGAGCTTGAACTTGATGTCGCCAGTGAATATCTGGTCATGGCGGCGACGCTTCTCAGCATTAAAAGCAGAATGCTGCTTCCGAAACAAGAAGAAGAGCTGTTTGAAGACGAAATGCTTGAAGAAGAAGACCCTCGGGACGAGCTGATTGAAAAACTGATTGAGTATAGAAAGTATAAAACCGCTGCGAAGGATTTAAAAGAGCGGGAAGAAGAAAGACAAAAGTCATTTACAAAGCCGCCGAGTGATTTAAGTGAGTATGCAAAAGAAATCAAACAGACCGAGCATAAACTGTCGGTGACCGTTTATGACATGATCGGCGCGTTTCAAAAGGTGCTTCAGCGTAAAAAAATCACGCGGCCGAAAGAAACGACCATTACAAGACAGGAAATACCGATTGAAGACAGAATGAACGAAATCGTAAAAAGCTTAAAAACGGCGGGGAGAAGAATAAACTTCACGGAGCTTTTTCCTTCTCGGCAAAAGGACCATCTCGTCGTGACGTTTTTAGCAGTCCTGGAACTGATGAAAAATCAGCAGATTATCATTGAACAGGAAGAAAACTTTTCAGATATATACATTACGGGGAGTGAATCCATTCATGGCGCTTGA MVEYQVKIDTFEGPLDLLLHLINRLEIDIYDIPVATITEQYLLYVHTMQELELDVASEYLVMAATLLSIKSRMLLPKQEEELFEDEMLEEEDPRDELIEKLIEYRKYKTAAKDLKEREEERQKSFTKPPSDLSEYAKEIKQTEHKLSVTVYDMIGAFQKVLQRKKITRPKETTITRQEIPIEDRMNEIVKSLKTAGRRINFTELFPSRQKDHLVVTFLAVLELMKNQQIIIEQEENFSDIYITGSESIHGA NA NA NA NA NA D1-12_01375 90 hypothetical protein ATGAGCGGAGCTTGTTTCGGCGGAGGTTTTGCATTAATTGTCGTTCTGTTTATTTTGCTCGTTGTCGTAGGAGCATCTTACATCTGCTAG MSGACFGGGFALIVVLFILLVVVGASYIC PGPT0024985_423 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE_OTHER_SPORULATION_RELATED_PROTEINS,PGPT0024985-yjcZ-NA NA NA D1-12_01376 522 hypothetical protein TTGTATCCTAAAGCTTATATCGGCTTTTTGGCCGAATTTCACGCATCAAGAGATTATTTTGAGTGTCATGAACTGTTAGAGGAATATTGGAAAGAAAGCCCGGCTGAAAAGCGGAGCATTCATTGGGTCGGCCTGATTCAGCTTGCCGTCGCTCTGTATCACCAGCGCAGGGGAAATGAAGCCGGGGCGAAACGGCTGATTGCCAACAGCTTACGTATTCTCCGGTCTGAAAAGCAGGCGGTCTGTTCTCTCGGGCTCAGCCATCCGAAGCTGATTGAGCTGATAGAAACGCTGTCAGACGATATAGAAGCGGGCCTGCCTTACAGAAGTGTTATGCTTCCGATTACAGATGAAGCCCTGAAAGAAGCATGTCTTGCCGAATGCCGCCGAAAGGGCTATACATGGGGGCAAGACGGCGTATCAGATACCTTTCTTATCCATAAACACCGCCTGCGGGACAGGACGGATGTCATTAAGGAACGCGAACGGGAAATTGAGAGAAGAAAAAAAAGCAGAGGCTGA MYPKAYIGFLAEFHASRDYFECHELLEEYWKESPAEKRSIHWVGLIQLAVALYHQRRGNEAGAKRLIANSLRILRSEKQAVCSLGLSHPKLIELIETLSDDIEAGLPYRSVMLPITDEALKEACLAECRRKGYTWGQDGVSDTFLIHKHRLRDRTDVIKEREREIERRKKSRG NA NA NA NA NA D1-12_01377 375 ribT Protein RibT ATGTTAATTCGTTATAAAAAATCGTTTGAAAAGATTGCGATGGGTCTTCTGTCATTTATGCCGAATGAAAAAGATCTCAAGCAGCTTCAGCAGACAATAAAGGACTATGAAACGGATACTGGCCGCCAGCTCTTTCTATGGAAAGAGGATGAAGATATCGTCGGAGCGATCGGAGTCGAAAAAAAGGACTCAGAGGTTGAAATCCGGCATATCAGCGTGAATCCTTCTCACCGCCATCAAGGAATCGGAAAGCAAATGATGGACGCCTTAAAACGTCTGTTCAAAACGGAGGCACTCGTTCCGAATGAATTAACGCAAAGCTTTTTTGAACGCTGTCAACATCAAAAAGATCAGGATATCTCTTATAATAACTGA MLIRYKKSFEKIAMGLLSFMPNEKDLKQLQQTIKDYETDTGRQLFLWKEDEDIVGAIGVEKKDSEVEIRHISVNPSHRHQGIGKQMMDALKRLFKTEALVPNELTQSFFERCQHQKDQDISYNN PGPT0008530_51 DIRECT EFFECT PLANT_IMMUNE_RESPONSE_STIMULATION INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR ISR-VITAMIN_B2|RIBOFLAVIN_METABOLISM ISR-VITAMIN_B2|RIBOFLAVIN_BIOSYNTHESIS,PGPT0008530-ribT-K02859 NA NA D1-12_01378 465 ribH COG0054 6,7-dimethyl-8-ribityllumazine synthase ATGAATATCATACAAGGAAACCTAGTAGGAACAGGACTCAAAATCGGAATCGTCGTCGGCAGATTTAATGAATTTATAACGAGCAAGCTGTTAAGCGGAGCGGAAGACACGCTGCTTCGCCACGGTGTAGAATCAAACGACATTGACGTCGCTTGGGTGCCGGGAGCGTTTGAAATCCCGTTTGCGGCAAAGAAAATGGCGGAAACGAAAAAATACGATGCCGTCATTACGCTCGGCACGGTTATCAGAGGAGCGACAACGCATTATGACTATGTCTGCAATGAAGCGGCAAAAGGCATCGCCCAGGCGGGAACGGCGACGGGCGTCCCGGTTATCTTCGGCATCGTGACGACTGAAACCATTGAGCAGGCCATCGAACGAGCCGGAACAAAAGCCGGAAATAAGGGAGCGGATTGCGCAGTATCTGCCATTGAAATGGCAAATTTAAACCGCTCATTTGAATAA MNIIQGNLVGTGLKIGIVVGRFNEFITSKLLSGAEDTLLRHGVESNDIDVAWVPGAFEIPFAAKKMAETKKYDAVITLGTVIRGATTHYDYVCNEAAKGIAQAGTATGVPVIFGIVTTETIEQAIERAGTKAGNKGADCAVSAIEMANLNRSFE PGPT0008605_3483 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 D1-12_01379 1197 ribBA COG0108 Riboflavin biosynthesis protein RibBA ATGTTTCATCCGATAGAAGAGGCGTTAGAGGCGCTGAAAAAAGGTGAAGTCATCATTGTTGTCGATGATGAAGACAGAGAAAACGAAGGAGATTTCGTAGCGCTGGCTGAGCATGCCACGCCGGAAGTGGTTAATTTTATGGCGACCCATGGGAGAGGCCTGATCTGCACGCCGCTGTCTGAAGAGATCGCCGGCCGGCTGGATCTTCACCCGATGGTCGATCATAATACGGACTCACATGAGACCGCGTTTACGGTCAGTATTGACCACAGGCTGACAAAAACGGGCATCAGCGCGCAGGAACGATCCTTTACCATTCAGGCGCTGTTGAACGAAGAATCTGTGTCTGACGATTTTCAGCGTCCGGGCCACATTTTCCCCTTAATCGCAAAAAAAGGAGGCGTCCTGAAGCGGGCCGGCCATACGGAAGCAGCCGTTGACCTTGCAAAAGCCTGCGGATCTCAGGGAGCGGGCGTCATTTGTGAAATTATGAATGAAGACGGCACAATGGCCAGAGTGCCGGAGTTAGCCGAAATCGCCGAACGCCACCAGCTGAAAATGATTACGATAAAAGACTTAATAGAGTACCGTTACAACATTACGACACTTGTGAACAGAGAAGTTGATATTACGCTGCCGACTGACTTCGGCACGTTTAGAGTTTACGGATATACAAACGAGGTTGACGGAAAAGAACATCTCGCCTTTGTCATGGGGGAAGTTCCGTTTAACAGCGAACCCGTTCTTGTCAGAGTGCACTCAGAATGCCTGACGGGCGATGTGTTTGCATCCCATCGCTGTGATTGCGGACCTCAGCTTCATGCCGCGCTTGCGCAAATTGCTGAAGAAGGCCGCGGCGTTCTATTGTATTTGCGCCAGGAAGGCAGAGGAATCGGTTTAATCAATAAGCTGAAGGCGTACCGATTGCAGGAACAAGGGTACGACACGGTTGAAGCGAACGAAGCGCTCGGCTTTCTGCCTGATCTGCGCAACTACGGCATCGGCGCCCAGATTCTCCGCGACTTAGGGGTTCAGCATATGAAACTTTTAACCAATAACCCCCGGAAAATCGCCGGCCTCGAAGGATACGGTCTCAGCATTTCAGAACGGGTGCCGCTTCAAATGGAAGCGAGTGAGCATAACAAACAGTATTTACAGACCAAAATGAAAAAACTTGGACATCTGCTTCATTTCTAA MFHPIEEALEALKKGEVIIVVDDEDRENEGDFVALAEHATPEVVNFMATHGRGLICTPLSEEIAGRLDLHPMVDHNTDSHETAFTVSIDHRLTKTGISAQERSFTIQALLNEESVSDDFQRPGHIFPLIAKKGGVLKRAGHTEAAVDLAKACGSQGAGVICEIMNEDGTMARVPELAEIAERHQLKMITIKDLIEYRYNITTLVNREVDITLPTDFGTFRVYGYTNEVDGKEHLAFVMGEVPFNSEPVLVRVHSECLTGDVFASHRCDCGPQLHAALAQIAEEGRGVLLYLRQEGRGIGLINKLKAYRLQEQGYDTVEANEALGFLPDLRNYGIGAQILRDLGVQHMKLLTNNPRKIAGLEGYGLSISERVPLQMEASEHNKQYLQTKMKKLGHLLHF PGPT0007990_2178 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 D1-12_01380 648 ribE COG0307 Riboflavin synthase ATGTTTACAGGAATCGTTGAAGAAACAGGCACGATCCAAGCAATCAAAAAGACAGGCCTTTCCATGGCATTAACCATCACCGCTTCAAAAGTGACAAGTGATGTGAAACTTGGCGACAGCATTGCGGTAAACGGCATCTGCCTGACCGTAACCGGATTTTCTGACAATCAATTTACGGTTGATGTTATGCCGGAAACAGTGAAAGCCACTTCGCTGAACGGCTTGTCAAAAGGCAGTAAAGTAAACCTGGAAAGAGCGATGTCCGCCAACGGACGGTTCGGCGGCCACTTTGTATCAGGGCATGTGGACGGAACGGCGGAAATTACGCGGATCGAGAAAAAAAGCAACGCGGTCTATTACGATTTAAAACTGTCGCCGGAATTGACAAAAACGCTCGTATTGAAAGGTTCAATTACGGTAGACGGCGTGAGCCTGACGATTTTCGGTCTATCAGACGAAAGCGTGACGGTATCCATCATTCCGCATACCATCTCAGAAACGATTTTTCAGACGAAAACAGTCGGATCGACCGTAAATATTGAGTGTGACATGATCGGTAAATACTTATACCGCTTTTTGCACAAAACAGAACAAACGAAAAGCAATCAAACTATCACGGAAGCCTTTTTAAGCGAGAACGGCTTTTAG MFTGIVEETGTIQAIKKTGLSMALTITASKVTSDVKLGDSIAVNGICLTVTGFSDNQFTVDVMPETVKATSLNGLSKGSKVNLERAMSANGRFGGHFVSGHVDGTAEITRIEKKSNAVYYDLKLSPELTKTLVLKGSITVDGVSLTIFGLSDESVTVSIIPHTISETIFQTKTVGSTVNIECDMIGKYLYRFLHKTEQTKSNQTITEAFLSENGF PGPT0008610_705 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 D1-12_01381 1116 ribD COG0117 Riboflavin biosynthesis protein RibD ATGGATGAATATTATATGAATACGGCAATAGAACTTGCCAGACGCGGTGAAGGACAGACACAGTCCAATCCTCTTGTCGGCGCTGTCGTCGTCAAAAACGAACAGATCGTCGGAATGGGCGCCCATTTGCAATACGGAGAAGCGCATGCCGAGGTTCACGCGATTAATATGGCCGGCAGACACGCAAAAGGCGCCGATTTGTATGTGACGCTGGAGCCTTGCAGCCATTACGGAAAAACACCGCCATGCGCCGAACTGATAATAAAGTCGGGGATAAAAAGGGTGTTCATTGCTGTGAAAGATCCGAATCCGCTTGTAGCCGGAAAAGGCATCGGAATGCTGGAAGCAGCGGGCATCGAAGTGAAAACCGGACTTCTCAGGCAGCAGGCAGAAGAGCTGAATAAAATGTTTCTTCACTTCATGCGGACCGGACTTCCGTATGTCACCTTGAAAGCGGCCGCGAGCCTTGACGGGAAAACAGCGACCGAAACCGGTGAAAGCAAATGGATTACATCAGAGGCGGCAAGGCTTGATGCCCAGCAATACAGGAAATCGCACCAAAGCATTCTTGTCGGAGCAGGCACAGTCAAAGCCGATAATCCGAGCCTGACCTGCAGGCTTCCTGATGCGGTGAAGCAGCCGGTCAGAGTGATTCTCGATACAAAGCTGACCATTCCTGAAACGGCAAATGTGCTCACTGACGGCGCTGCGCCGACATGGATATTTACGGCCAAAGATGCAGACGTGCAAAAGAAAGACCGGCTGACCGCACTCGGAATAAAAGTTTTTCCGCTGGAAACAGACCGCATTCACATCCCTGAGGTGCTCAGTATTCTCGCTGAAAACGGCATAATGTCCGTTTATGTGGAAGGCGGAGCATCCGTACACGGAAGTTTTGTCAAGGAAGGCTGTTTCCAAGAGCTTCATTTCTATTTCGCCCCTAAATTAATCGGAGGAACGCTTGCTCCCAGCTTGATCTCCGGTGAAGGTTTTCAATCAATGAAAGATGTCCCCCATTTGCAATTCACACAAATCACCCAAATCGGGCCGGATATAAAACTGACGGCCATACCTAAAGATGGAAAGGATGGTGACGATGTTTACAGGAATCGTTGA MDEYYMNTAIELARRGEGQTQSNPLVGAVVVKNEQIVGMGAHLQYGEAHAEVHAINMAGRHAKGADLYVTLEPCSHYGKTPPCAELIIKSGIKRVFIAVKDPNPLVAGKGIGMLEAAGIEVKTGLLRQQAEELNKMFLHFMRTGLPYVTLKAAASLDGKTATETGESKWITSEAARLDAQQYRKSHQSILVGAGTVKADNPSLTCRLPDAVKQPVRVILDTKLTIPETANVLTDGAAPTWIFTAKDADVQKKDRLTALGIKVFPLETDRIHIPEVLSILAENGIMSVYVEGGASVHGSFVKEGCFQELHFYFAPKLIGGTLAPSLISGEGFQSMKDVPHLQFTQITQIGPDIKLTAIPKDGKDGDDVYRNR PGPT0008555_1613 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 D1-12_01383 345 hypothetical protein ATGGGAAGAATTAAAACAAAAGCAGCCATTTTACTTGTACTGCTGCTGTTATTAGCGGGCGGTTATATGGTCATAAACGATATTGAACTGAAAGACGTGCCGACTGCAATCGGACAAACCCTGTCCCAGGAAAAAGAAGAATATACAGTCAAAACATATAAAATTACGAAAATCGAAGGAACTGAGTATCACGGTACGGCAGCGAACGGCACAAAAATTATTTTTAACGGCGACAAGCTGAAGCAGGATCTCTCCGATGTGAAAAAAGGTGATAAGATTAAAGCGTACTTCAGCAAATCAAACCGGATTGACGGCTTATTGAAGGTCGTCAAAGTGAACGAATAA MGRIKTKAAILLVLLLLLAGGYMVINDIELKDVPTAIGQTLSQEKEEYTVKTYKITKIEGTEYHGTAANGTKIIFNGDKLKQDLSDVKKGDKIKAYFSKSNRIDGLLKVVKVNE NA NA NA NA NA D1-12_01384 561 sipS COG0681 Signal peptidase I S TTGAAATCAGAAAAAGAAAAAACTTCTAAAAAAAGCGCCGTACTTGATTGGGCGAAAGCCATTATCATCGCTGTCGTTCTGGCACTGCTCATCCGAAACTTTTTATTTGCCCCTTATCTCGTTGATGGAAGATCAATGGATCCGACGCTGCATGACCGCGAGAGAATCTTTGTCAATATGACGGTCAAATACATAAGCGACTTCAAACGCGGCCAGATCGTCGTGCTGAACGGAGAAAATGAGCACTATGTCAAACGGATTATCGGACTTCCCGGCGACACGGTGCAAATGAAAAACGATCAGCTGTATATCAACGGCAAAAAAGTGTCCGAACCGTATTTAGCGGCAAACAAGAACAAGGCGAAGCAAGGCGGCTTTGACCGGCTGACAGAAGACTTCGGCCCGGTGAAAGTGCCGGACGACAAATATTTCGTCATGGGTGATAACCGCAGAGAATCTATGGACAGCCGCAACGGCCTCGGTCTTTTTACGAAAAAACAAATAGCGGGCACATCAAAATTCGTCTTCTTCCCGTTTAACGAAATTCGCAAGACGAAATAA MKSEKEKTSKKSAVLDWAKAIIIAVVLALLIRNFLFAPYLVDGRSMDPTLHDRERIFVNMTVKYISDFKRGQIVVLNGENEHYVKRIIGLPGDTVQMKNDQLYINGKKVSEPYLAANKNKAKQGGFDRLTEDFGPVKVPDDKYFVMGDNRRESMDSRNGLGLFTKKQIAGTSKFVFFPFNEIRKTK NA NA NA NA NA D1-12_01385 492 hypothetical protein TTGGTTCAATTGGCAACCGTTTTATTTGTCATTATCATTCTCGCACTTATGATTTGGTTCAGGGTGAAAAAGGGAAACAGACCGATTAAAGGCGGCGGCTTCGGCATCATTCTCCCGCTTTTGATTATCGCCGTCATTTTCACATTCAGTATCAGCCAGCTCATGAATATCCCGGGAAAGCCGTTTCATTTTCCCGCTCTTTGGGAGCTCGCCATCGCCGGACTGTTAGGCGCGGTATTCGGTGTCATCATGCTGTCGCAAACCGCCTATGAAATCCGGGAAGACGGCTTTGTCTACTCCAAGCGGAATAAAAACTTTAAATATGTCATTATCGCGATTATTGCGATCCGTATCGCGCTCAGCCAATATTTCAAAAACATTGACGCGGCGGAATTCGCCGTTTTAACGATGGAGCTTGCTTTTGTGTATTTGTGCATTTGGCGGATCGGAAGTTTCGTGAAATACCGTAAAATCAGCAGATCCGGCTTATAA MVQLATVLFVIIILALMIWFRVKKGNRPIKGGGFGIILPLLIIAVIFTFSISQLMNIPGKPFHFPALWELAIAGLLGAVFGVIMLSQTAYEIREDGFVYSKRNKNFKYVIIAIIAIRIALSQYFKNIDAAEFAVLTMELAFVYLCIWRIGSFVKYRKISRSGL NA NA NA NA NA D1-12_01386 432 ppiB COG0652 Peptidyl-prolyl cis-trans isomerase B ATGAAAACTGGTTACATCGAAATGGAAAACGGCAGCAGAATCGAATTTGAACTTTATCCGAATGAAGCGCCTAATACAGTCGCTAACTTTGAAAATCTGGCGAATACGGGCTTTTATGACGGCGTTATTTTCCACCGCGTGATTCCGGGCTTTGTCAGCCAAGGCGGAGATCCGACTGGGACAGGCATGGGCGGAAGCGGAAAAACGATCAAATGTGAAACAGAAGGCAATCCGCATAAACACGAAGCCGGTTCTTTATCAATGGCGCATGCCGGTAAAGACACGGGTTCAAGCCAATTCTTCATCGTACATGAGCCGCAGCCGCATTTAAACGGCGTTCATACTGTATTCGGAAAAGTGACAAGCGGTTTAGAGCATGCGAAAAACATGTCTAACGGAGACAAAATGAAAGAAATCCGTGTAGAAGGATAA MKTGYIEMENGSRIEFELYPNEAPNTVANFENLANTGFYDGVIFHRVIPGFVSQGGDPTGTGMGGSGKTIKCETEGNPHKHEAGSLSMAHAGKDTGSSQFFIVHEPQPHLNGVHTVFGKVTSGLEHAKNMSNGDKMKEIRVEG PGPT0015111_4331 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 D1-12_01387 900 ypuA COG4086 putative protein YpuA TTGAAAAAAATGTGGATTGGATTGCTGGCGGCGGCCGTTGTATTGTGCACAATACCGAAAATCAGCCTGGCCGATGCCGCAGTCGGAGATGTCATCGTCACACTGGGGGCGGATCTGTCAAACGAAAACCGTCAGAAAGTGCTTGACGAATTAAATGTCCCTGATAACGCGACAAAAGTGACGGTCACTAATAAAGAAGAACATGAATATCTGGGAAAATATATATCGAACGCCCAAATCGGCACAAGAGCCATCTCTTCGTCATCCATCACGGTGGCAAAGAAAGGGTCCGGGCTTGACGTTAAGACCCATAATATCGATTCCATTACGGATGAAATGTACTTAAACGCCCTGATGACAGCAGGAGTGAAAGATGCGAAAGTATACGTGACGGCGCCGTTTGAGGTATCAGGCACCGCAGCATTAACGGGAATCATCAAGGCATATGAAGTCTCATCAGACAAAGCGATTTCAGAAGATGTAAAACAGGTCGCCAACCAAGAGCTTGTCACCACTTCAAATCTCGGGGATAAAATCGGGGATAAAAACGCCTCCGCGCTTATCGCAAACATTAAAGATGATTTCGCGAAAAACGGTGTGCCCGATACAAAAGAAGGAATCGAGAAAAAGGTCGATGATGCGGCTTCAAACCTTAATATTACACTGACTGACGCTCAAAAAGACCAGCTCGTTTCATTGTTTAATAAAATGAAAAATGCAAAGATTGATTGGGGCCAAGTCGGCAGCCAGCTCGATAAGGCAAAAGACAAAATCACGAAGTTCATTCAATCCGATGAAGGCAAAAGCTTTGTTCAAAAAGTTATTGATTTCTTCGCTTCGATTTGGAATGCGATCGTGTCTGTATTTACAGGAGACAGCGGATCAAGTTCTGACAGCTGA MKKMWIGLLAAAVVLCTIPKISLADAAVGDVIVTLGADLSNENRQKVLDELNVPDNATKVTVTNKEEHEYLGKYISNAQIGTRAISSSSITVAKKGSGLDVKTHNIDSITDEMYLNALMTAGVKDAKVYVTAPFEVSGTAALTGIIKAYEVSSDKAISEDVKQVANQELVTTSNLGDKIGDKNASALIANIKDDFAKNGVPDTKEGIEKKVDDAASNLNITLTDAQKDQLVSLFNKMKNAKIDWGQVGSQLDKAKDKITKFIQSDEGKSFVQKVIDFFASIWNAIVSVFTGDSGSSSDS NA NA NA NA NA D1-12_01388 1320 lysA COG0019 Diaminopimelate decarboxylase TTGTTCTTACATGGCACAAGCAGACAAAACAAACTAGGTCATTTGGAAATCGGAGGTGTGGACGCGCTGTATTTAGCGGAGCATTACGGCACGCCTCTTTATGTTTACGATGTGGCTTTAATACGTGAGCGCGCTAAAAGCTTTAAACAGGCATTCATTGACGCGGATTTAAAGGCGCAGGTCGCGTACGCAAGCAAGGCGTTTTCTTCCGTTGCGATGATACAGCTCGCTGAACAGGAGGGGCTCTCATTGGACGTTGTATCCGGCGGAGAGCTGTTTACGGCGGTTGCGGCTGGTTTTCCGGCTGACAGGATTCATTTTCACGGCAATAACAAAAGCGAAGAAGAGTTGAAAATGGCGCTCGATCATCAAATCGGCTGCATCGTCGTGGATAATTTTTATGAAATCTCCTTACTCGCGGAACTGTGCCGCAAATCAGGGCGCACAATGGATGTTCTTCTGCGGATCACTCCGGGGGTAGAGGCGCATACGCATGATTATATTACGACGGGACAGGAAGATTCCAAATTCGGTTTTGATCTGCATAACGGGCAAATAGAAAAGGCGATTGAACAAGTATTACAGTCGGACCATATCCGCCTTCTCGGCGTTCACTGCCACATCGGATCGCAAATTTTTGATACGGCGGGCTTTGTGCTGGCCGCAGAAAAAATCTTTGCAAAACTGAATGAATGGAGAGAATCATTCGGCTTTGTCTCTGAAGTGCTGAATTTAGGGGGAGGCTTCGGCATCCGCTACACGGAGGAGGATGAACCTCTTCATCCCGCCGTTTATGTGGAAAAAATTATCGAAGCGGTAAAAGAAAACGCAGCGCTGCACGCTTTTGACATTCCGGAGATCTGGATTGAACCGGGACGCTCGCTCGTCGGAGACGCCGGAACGACGCTTTATACCATCGGTTCGCAAAAAGAAGTGCCCGGCACCCGTAAATATGCAGCGGTTGACGGGGGCATGAGCGATAATATCCGTCCTGCGCTGTATCAGGCGAAATATGAAGCCGTATCGGCAAACAGAATCGGAGAACACCACGATAAAACGGTATCCATCGCGGGCAAGTGCTGTGAAAGCGGGGATATGCTCATTTGGGATATAGACCTTCCGGAAGTGAAAGAAGGCGATCTTCTAGCCGTTTTCTGCACGGGAGCATACGGATACAGCATGGCTAACAACTACAACCGCATTCCGCGTCCCGCCGTCGTTTTTGTGGAAGACGGCGAAGCGCATCTTGTCATTAGAAGGGAAACTTATGAAGACATTGTAAAACTGGATCTGCCATTTAAGACGGGGGTCAAACAATAA MFLHGTSRQNKLGHLEIGGVDALYLAEHYGTPLYVYDVALIRERAKSFKQAFIDADLKAQVAYASKAFSSVAMIQLAEQEGLSLDVVSGGELFTAVAAGFPADRIHFHGNNKSEEELKMALDHQIGCIVVDNFYEISLLAELCRKSGRTMDVLLRITPGVEAHTHDYITTGQEDSKFGFDLHNGQIEKAIEQVLQSDHIRLLGVHCHIGSQIFDTAGFVLAAEKIFAKLNEWRESFGFVSEVLNLGGGFGIRYTEEDEPLHPAVYVEKIIEAVKENAALHAFDIPEIWIEPGRSLVGDAGTTLYTIGSQKEVPGTRKYAAVDGGMSDNIRPALYQAKYEAVSANRIGEHHDKTVSIAGKCCESGDMLIWDIDLPEVKEGDLLAVFCTGAYGYSMANNYNRIPRPAVVFVEDGEAHLVIRRETYEDIVKLDLPFKTGVKQ NA NA NA NA NA D1-12_01389 1482 gerXA Spore germination protein XA ATGCCGGAAAAACCGGAAAACATGATCAAGGTGTACCGGGATCCTAGAAAAAATGAACAATTTTTTAAAGACCGCGTCGGTATGGGAACGAGCTATGATGTCGGCGTCCGCAAAGTTCGAGTATTAGACCGGGAAGTCCAGATTTACTTTGTCAACGGATTAACCGATACTTTGTTTATCATTCATTTAATGGAACAGCTCGTCGACGTCAATAATTATGACGAAAATGCGGATGAAGCGATTGACGTTGTTGAAAACAGGCTTGTCAATCAGCAGGTCCAAAAAGTCAAAACGCTCGACGAAGCAACGGATCAAGTGCTTTCCGGACTTGTCGCCGTTATCGTTGAAGGCGCGGGCTTCGCTTTCGTCGTCGACGTCAGAAGTTACCCCGGACGCACACCTGAAGAACCGGATACGGAAAAGGTCGTCCGCGGGGCAAGAGACGGTTTTATCGAAAATATCGTCATTAATACAGCATTGATCAGAAGACGAATCAGGGACGAAAGGCTCCGCGTCAAAATTACGAAAGTCGGCGAGCGCTCTAAGACCGATCTTGCGATTGTGTATATAGAAGACATCGCGGACCCGGACCTTGTCAGCATCGTCGAAAACGAAGTGAATGCGATTGACATTGACGGATTGACGATGGCTGATAAAACGGTGGAGGAATTCATCGTCAAACAGGGCTACAACCCGTTTCCGATGGTCAGATACACGGAGCGGCCGGATGTGGCCGCCAATCACATTTTAGAAGGGCACGTCATCATCGTCGTTGATACGTCACCGAGCGTGATCATAACGCCGACCACGATTTTTCACCATGTTCAGCATGCGGAAGAATACAGGCAGGCGCCTTCAGTGGGAACATTTTTAAGATGGATCAGGTTCTTCGGTATTATCGCTTCAACTGTTCTGCTTCCGATCTGGTTCCTCTTTGTTCTTGAACCGTCTCTTCTGCCTGAAAGATTGGATTTTATCGGTTTAAATAAAAATACGCATATCCCGATCATTCTGCAAATCTTTTTGGCCGATTTGGGGATTGAGTTTCTCAGGATGGCCGCGATCCATACGCCGACCGCTTTATCCACCGCCATGGGTCTGATTGCGGCGGTGCTGATCGGTCAAATCGCCATAGCGGTGGGGCTGTTTTCAGCAGAAGTGATTCTGTACGTATCGATCGCCGCCATCGGATCATTTACGACGCCGAGCTATGAGCTCAGCCTCGCCAATAAAATGATACGCCTCATCTTAATGGTGCTCGTGGCCATTTTCCAAGTGAAAGGCTTTGTGATAGGTTTTACATTGCTGCTGATCATAATGGCGAATATCCGCTCGTTTCATACGCCGTATTTATGGCCGTTTTTACCGTTTAACGGTAAGGCGCTGTGGCAGGTGCTCGTCCGGACGACAGTGCCGGGAGCGAAAGTCAGACCGAGCATTGTTCACCCGAAAGACCGTCAAAGACAGCCAAGCGGTTCATAA MPEKPENMIKVYRDPRKNEQFFKDRVGMGTSYDVGVRKVRVLDREVQIYFVNGLTDTLFIIHLMEQLVDVNNYDENADEAIDVVENRLVNQQVQKVKTLDEATDQVLSGLVAVIVEGAGFAFVVDVRSYPGRTPEEPDTEKVVRGARDGFIENIVINTALIRRRIRDERLRVKITKVGERSKTDLAIVYIEDIADPDLVSIVENEVNAIDIDGLTMADKTVEEFIVKQGYNPFPMVRYTERPDVAANHILEGHVIIVVDTSPSVIITPTTIFHHVQHAEEYRQAPSVGTFLRWIRFFGIIASTVLLPIWFLFVLEPSLLPERLDFIGLNKNTHIPIILQIFLADLGIEFLRMAAIHTPTALSTAMGLIAAVLIGQIAIAVGLFSAEVILYVSIAAIGSFTTPSYELSLANKMIRLILMVLVAIFQVKGFVIGFTLLLIIMANIRSFHTPYLWPFLPFNGKALWQVLVRTTVPGAKVRPSIVHPKDRQRQPSGS PGPT0024820_122 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-STAGE_V_SPORULATION,PGPT0024820-spoVAF-K06408 NA NA D1-12_01390 606 hypothetical protein ATGACGAAACGGAAGGTCATTCTTGTGACAGACGGGGACGTATACGCCGCCAAAACAATTGAATATGCCGCGGAACAAGCAGGCGGACGGTGTATTTCCCAATCAAAAGGCAATCCGTCAACGAGAAGCGGCCCCGAACTTGTTCAGCTGATTAAAGCCGCGCCGAATGACCCGGTGTTTGTCATGTTTGACGATTCAGGCCTGCAAGGGGAAGGGCCGGGCGAAACGGCGCTGAAATATGTCGCCTCACATCAGGACATTGAAGTGCTGGGGGTGATTGCGGTCGCTTCTAAGACCCATCAGGCTGAATGGACGAAAGTCGATGTCTCCATTGACCGTGATGGAGAAGTGACGGAGTTTGGCGTCGATAAAACCGGAATGAGAGAAATGGACGAGCACAGAATGAACGGAGATACGGTGTATTGTCTGGATAAATTGGACGTTCCCCTCATTGTGGGAATCGGCGACATAGGAAAGATGGGGAGAAAAGATGACATATCCAAAGGCTCGCCGATTACGATGAAGGCGGTCGAATTCATTTTAGAAAGGAGCGAAAGCCATGCCGGAAAAACCGGAAAACATGATCAAGGTGTACCGGGATCCTAG MTKRKVILVTDGDVYAAKTIEYAAEQAGGRCISQSKGNPSTRSGPELVQLIKAAPNDPVFVMFDDSGLQGEGPGETALKYVASHQDIEVLGVIAVASKTHQAEWTKVDVSIDRDGEVTEFGVDKTGMREMDEHRMNGDTVYCLDKLDVPLIVGIGDIGKMGRKDDISKGSPITMKAVEFILERSESHAGKTGKHDQGVPGS PGPT0024815_50 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-STAGE_V_SPORULATION,PGPT0024815-spoVAE-K06407 NA NA D1-12_01391 351 hypothetical protein ATGGAATATCTGTTGGCTTTTGTTTGCGGGGGAATCATATGCATTATCGGTCAGCTGCTGCTTGACATTTTTAAACTGACACCCGCCCATGTAATGACAACTTTTGTCGTCATCGGCGCCTTGTTAGATGGGTTCGGAATATATGACAAATTTATCGAATTCGCGGGCGCGGGCGCGACGGTTCCCATCGTCAGCTTCGGTCACAGCTTATTGCACGGCGCCATGCATCAAGCTCACGAGCATGGATTTATCGGGATCGCCATGGGGATTTTTGAACTTACTTCCGCCGGTATATCTTCAGCGATTTTATTCGCATTTCTTGTAGCCGTTATTTTTAAACCGAAAGGATAA MEYLLAFVCGGIICIIGQLLLDIFKLTPAHVMTTFVVIGALLDGFGIYDKFIEFAGAGATVPIVSFGHSLLHGAMHQAHEHGFIGIAMGIFELTSAGISSAILFAFLVAVIFKPKG PGPT0024815_503 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-STAGE_V_SPORULATION,PGPT0024815-spoVAE-K06407 NA NA D1-12_01392 1017 spoVAD Stage V sporulation protein AD ATGAAATTGACCGGAAAGCAAACCTGGGTATTTGAAAACCCGTTATTTGTAAATGCGGCGGGGACGGCAGCCGGACCGAAAGAAAAAGACGGCCCGCTCGGTTCGCTGTTTGATAAGACATACGATGAAATGCATTGCAATCAGAAAAACTGGGAAATGGCGGAACGTCAGTTAATGGAAGATGCCATCAACTCCGCTTTGCAAAAACAGAATTTGAAAAAGAGCGATATTGATTTGTTGCTCGCGGGGGATCTTTTAAATCAAAATGTGACCGCCAACTACGTCGCCAGACATCTGAAAATTCCGTTCCTCTGTCTGTTCGGCGCCTGTTCGACATCAATGGAAACGATTGCGGTCGCATCCGCGCTCATTGACGGCGGTTTTGCGAACCGGGCGATCGCAGCCACGAGCAGCCATAACGCGACGGCAGAACGGCAATTCCGCAATCCGACGGAGTATGGCGGGCAAAAACCGGATACCGCCACTTCAACAGTCACGGGGGGCGGGGCGGTCATCATCAGCCAAAACCCTTCTGATATCAAGATTACAAGCGCAACAGTGGGAAAAGTAAGCGACCTCGGGATTACGGACCCGTTCGATATGGGATCCGCCATGGCGCCCGCCGCTGCCGACACAATCAAACAGCACCTGCAGGACTTAAACCGCACGGCGGATGATTATGATCTGATTTTAACGGGAGACCTTTCAGGCGTCGGCTCGCCGATCGTGAAAGATTTGCTCAAAGAAGAAGGCTATCCCGCCGGAACGAAACACGATGACTGCGGTCTTCTCATCTATACGCCGGACCAGCAGGTGTTTGCGGGCGGAAGCGGCTGCGCCTGCTCCGCGCTTGTTACGTACACACATATTTTTAATCAATTAAAAGCAGGGACTCTAAACAGGGTACTCGTTGTCGCGACAGGAGCGCTTTTAAGTCCGACAATGATCCAGCAGAAGGAAACCATTCCGACCATCGCGCACGGTGTGGTATTTGAGCGGGCGGGAGGTGCATCATAA MKLTGKQTWVFENPLFVNAAGTAAGPKEKDGPLGSLFDKTYDEMHCNQKNWEMAERQLMEDAINSALQKQNLKKSDIDLLLAGDLLNQNVTANYVARHLKIPFLCLFGACSTSMETIAVASALIDGGFANRAIAATSSHNATAERQFRNPTEYGGQKPDTATSTVTGGGAVIISQNPSDIKITSATVGKVSDLGITDPFDMGSAMAPAAADTIKQHLQDLNRTADDYDLILTGDLSGVGSPIVKDLLKEEGYPAGTKHDDCGLLIYTPDQQVFAGGSGCACSALVTYTHIFNQLKAGTLNRVLVVATGALLSPTMIQQKETIPTIAHGVVFERAGGAS PGPT0024810_224 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-STAGE_V_SPORULATION,PGPT0024810-spoVAD-K06406 NA NA D1-12_01393 453 hypothetical protein GTGACAAACTTAAAAGAAAATTACAAAACAAAAGTGAAAGACTATCAGCCGAAACCGCCATATGTTTGGAATTGCGTCAAAGCCTTTCTGATCGGCGGTTTGATCTGTCTGATCGGGCAGGCTCTTCAAGACTTTTACATCCACTTTTTTAATTTTAATGAAAAAACTGCGGGCAACCCGACGTCCGCCACTCTTATTTTAATTTCCGCCCTTTTGACCGGATTCGGCATTTATGACAGACTCGGGCAGTTTGCCGGAGCGGGTTCAGCCGTGCCGGTGACGGGTTTTGCAAACAGTATGACAAGCGCGGCTCTGGAACACAGAAGTGAAGGACTCGTGCTCGGAGTAGCGACAAACATGTTTAAATTGGCGGGAAACGTCATTGTATTCGGCGTCGTGGCAGCCTATATCGTAGGCCTGATACGGTTTGCTTGTGAAAAACTGTTTTCGTAG MTNLKENYKTKVKDYQPKPPYVWNCVKAFLIGGLICLIGQALQDFYIHFFNFNEKTAGNPTSATLILISALLTGFGIYDRLGQFAGAGSAVPVTGFANSMTSAALEHRSEGLVLGVATNMFKLAGNVIVFGVVAAYIVGLIRFACEKLFS PGPT0024805_395 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-STAGE_V_SPORULATION,PGPT0024805-spoVAC-K06405 NA NA D1-12_01394 372 hypothetical protein GTGGGGGCAGGCTTTGTGGCTTTTTTAACCGTTATGGGAATCGTCCCCCGCCTTATGCAGCTGACAAAAACAATGCGCTTTGTACAGGCCTACGAAGGAGCTGTTATTTCAGGAGCTGTGTTCGGCGGCTGGGAAACCTTAAATATGAATCATTTTTTTTTATCTGAATGGCTGGCCGTTCCGGTCGGGCTTTTGGCCGGCATGTTTGTCGGCATGCTGGCCGCCGCGCTTACAGAAGTGCTGAATGTGCTTCCCATTCTTGCCAAACGGATCGGCTTCGGCAGCAAAATCATCATATTGCTGATGGCCATTGTGTTCGGCAAAATAGCCGGCTCTTTATTTCATTGGCTGTATTTTATCCATCATTCATAA MGAGFVAFLTVMGIVPRLMQLTKTMRFVQAYEGAVISGAVFGGWETLNMNHFFLSEWLAVPVGLLAGMFVGMLAAALTEVLNVLPILAKRIGFGSKIIILLMAIVFGKIAGSLFHWLYFIHHS PGPT0024800_229 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-STAGE_V_SPORULATION,PGPT0024800-spoVAB-K06404 NA NA D1-12_01395 621 hypothetical protein ATGGAAAGACGAATATTTCTCAGACTTCGCCACCGCGTGAAGGCTCATACCGGAGATATCATCACAATCGGCGACGCCGCGCAGATCGCGGGACAGCAAAAGCTGAAAAAAAAACTGTCGGCACTGCCGCTGTATAAGGTCACGAAAAAAGACAAAAATATCGTCGTGCTGGACATTATAAAAGTGCTGAAAACCATTCATACCGCTTTTCCTGCGCTTGATGTACAGACCGTCGGCGGCGCTGAAACGATAGTGGAAATCCATTACCAGAAAAAGCGGCTGTCAGCCGTTTTGTTCGTCGGTGTCTGGCTCCTGCTTTTTATCGGTTCATGTCTTGCCATTATGAATTTTCATGAAGATGTCAGTATGAGAGAAGTTCATATCGCCTTATATGAAATCATAACGGGCGAACGGAATGAATACCCGTATCTGCTTCAGATTCCATACAGCATCGGCCTCGGTCTCGGTATGATCGTCTTTTTTAATCACATCTTCAAAAAACGCCTGAATGAAGAGCCAAGCCCGCTGGAAGTCGAGATGTTTAATTATCAGCTTGATCTCGATCATTATGTCGCAATGCACGAAAATGAAGAGACGATGAAAGATCTGCATGATCGTTAG MERRIFLRLRHRVKAHTGDIITIGDAAQIAGQQKLKKKLSALPLYKVTKKDKNIVVLDIIKVLKTIHTAFPALDVQTVGGAETIVEIHYQKKRLSAVLFVGVWLLLFIGSCLAIMNFHEDVSMREVHIALYEIITGERNEYPYLLQIPYSIGLGLGMIVFFNHIFKKRLNEEPSPLEVEMFNYQLDLDHYVAMHENEETMKDLHDR PGPT0024795_150 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-STAGE_V_SPORULATION,PGPT0024795-spoVAA-K06403 NA NA D1-12_01396 768 sigF COG1191 RNA polymerase sigma-F factor ATGGATGTGGAGGTTAAGAAAAACAGCAAAAACGCGCAGCTCAAGGACCATGAAGTCAAAGAATTGATCAAAAAGAGCCAAGAGGGCGACCAGCAGGCAAGAGACCTCCTCATAGAAAAAAACATGCGTCTTGTGTGGTCCGTCGTTCAAAGGTTTTTAAACAGAGGCTATGAGCCGGACGATCTGTTTCAGATCGGCTGTATCGGATTGTTAAAATCCGTTGATAAATTCGATTTGTCCTATGATGTCCGTTTTTCAACTTATGCCGTGCCGATGATTATCGGAGAAATCCAGCGCTTCATCCGCGATGACGGAACCGTCAAAGTATCAAGATCTTTAAAAGAGCTCGGCAATAAAATACGCCGGGCGAAAGATGAACTGTCAAAAACATACGGAAGAGTGCCGACCGTCCAGGAAATCGCGGACCATTTAGAAATTGATGCGGAGGATGTGGTGCTTGCGCAGGAAGCGGTGCGGGCGCCTTCATCCATTCATGAGACCGTGTATGAAAATGACGGAGACCCGATCACCCTGCTTGATCAGATCGCCGATCATTCAGAAGAGAAGTGGTTTGACAAAATCGCCCTCAAGGAAGCGATCAGTGATTTGGAAGAACGGGAAAAACTCATTGTCTATCTGAGATATTATAAAGATCAGACACAGTCGGAGGTAGCCGAACGGCTCGGGATTTCCCAAGTCCAGGTATCGAGGCTGGAGAAAAAAATATTAAAGCAGATTAAAGTGCAGATGGATCATACGGAAAGCTGA MDVEVKKNSKNAQLKDHEVKELIKKSQEGDQQARDLLIEKNMRLVWSVVQRFLNRGYEPDDLFQIGCIGLLKSVDKFDLSYDVRFSTYAVPMIIGEIQRFIRDDGTVKVSRSLKELGNKIRRAKDELSKTYGRVPTVQEIADHLEIDAEDVVLAQEAVRAPSSIHETVYENDGDPITLLDQIADHSEEKWFDKIALKEAISDLEEREKLIVYLRYYKDQTQSEVAERLGISQVQVSRLEKKILKQIKVQMDHTES PGPT0014795_472 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0014795-sigH|sigG|sigF|sigE-K03091 NA NA D1-12_01397 441 spoIIAB COG2172 Anti-sigma F factor ATGAAAAACGAGATGCATCTTGAATTTTCAGCCCTCAGTCAGAACGAATCGTTTGCGCGCGTAACAGTTGCTTCTTTTATCGCACAGCTCGACCCGACGATGGATGAGCTGACGGAAATCAAGACCGTCGTATCAGAAGCGGTAACAAACGCGATCATCCACGGCTATGAAGAAAACTGCGACGGAAAGGTGTACATCTCCGTTACGCTGGAGGATCATGTCGTCTATCTGACCATACGTGACGAAGGCCTCGGGATCACGGATCTTGAGGAAGCGCGCCAGCCGCTCTTTACGACAAAACCCGAGCTTGAGCGCTCCGGAATGGGCTTTACCATTATGGAAAACTTCATGGATGATGTCACGATTGATTCCTCGCCGGAGATGGGAACGACGATACGCTTAACAAAACACCTATCAAAAAGCAAAGCGCTTTGTAATTAA MKNEMHLEFSALSQNESFARVTVASFIAQLDPTMDELTEIKTVVSEAVTNAIIHGYEENCDGKVYISVTLEDHVVYLTIRDEGLGITDLEEARQPLFTTKPELERSGMGFTIMENFMDDVTIDSSPEMGTTIRLTKHLSKSKALCN PGPT0024660_208 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-STAGE_II_SPORULATION,PGPT0024660-spoIIAB-K06379 NA NA D1-12_01398 354 spoIIAA COG1366 Anti-sigma F factor antagonist ATGAGCCTTGGAATTGACTTTCATGTCAAAGAATCCGTGCTTTGTATTCGATTAACAGGTGAACTCGACCATCATACGGCAGAATCATTAAAACAAAAGGTTACTGAATCGCTGGAGGCTGACGGCATCCGTCACATCGTGCTGAACCTTGAAGATCTTACCTTCATGGACAGCTCCGGCCTCGGCGTGATTTTAGGGCGTTATAAACAAATTAAACAGCTCGGCGGAGAAATGGTCGTGTGCGCGATTTCGCCCGCGGTGAGACGTCTGTTTGACATGTCCGGCCTGTTTAAAATCATCAGGTTCGAACAATCAGAACAAAAAGCGCTTTTAACGTTGGGGGTGGCATCATGA MSLGIDFHVKESVLCIRLTGELDHHTAESLKQKVTESLEADGIRHIVLNLEDLTFMDSSGLGVILGRYKQIKQLGGEMVVCAISPAVRRLFDMSGLFKIIRFEQSEQKALLTLGVAS PGPT0024655_174 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-STAGE_II_SPORULATION,PGPT0024655-spoIIAA-K06378 NA NA D1-12_01399 1170 dacF COG1686 D-alanyl-D-alanine carboxypeptidase DacF ATGAAACGTCTTATATCCACTTTGTTGATTGGCATTTTATTAACGGCATCAGCACCGTCCGCTTTTGCAAAGCCGGACGGAAAACATACATCGGAGCTCGCTCATGAAGCCAAAAGCGCCGTGCTGATTGAACGCGATACGGGAAGCATTCTTTATAACAAGAACAGCCGGGAGCGTCTGGCGCCGGCAAGCATGACAAAAATCATGACCATGCTTTTAATCATGGAAGCGCTTGACAAAGGGAAAATAAAGATGAGCGATAAAGTCAGGACGAGTGAACATGCTGCGTCCATGGGCGGATCACAGATTTTCCTTGAACCCGGAGAAGAAATGACGGTAAAAGAAATGCTCAAAGGAATTGCGATAGCTTCCGGAAATGACGCATCTGTCGCAATGGCGGAGTATATCGCCGGTTCAGAAGAGGATTTCGTCAGCCGGATGAACAAAAAAGCAAAAGAATTGGGATTGAAAGATACCTCCTTCAAAAACCCGACGGGACTGCCCGAAAAAGACCATTACAGCTCTGCTTATGACATGGCGAAAATGGCGAAGGAATTATTAAAGTATGATAAAATCACTCAATTTACAGGAACGTATGAGGATTATTTAAGAGAAAATACAGACAAAAAGTTCTGGCTCGTCAATACAAACCGGCTGATCAAATTTTATCCGGGTGTAGACGGCGTGAAGACGGGCTTTACAGGCGAAGCGAAGTATTGTTTAACCGCCACCGCTAAAAAAGGAAATATGAGGGTCATTGCTGTCGTTTTCGGAGCCAGCACTCCGAAAGAAAGAAACGCCCAAGTGACCAAAATGCTTGATTACGCCTTCAGCCAGTTCAAAACACACCCGCTGTACAAACGGGATCAAATCGTCGGAACGGTAAAAGTAAAAAAAGGAAAACAGAAACTGGTTAAGCTGACCACATCTGAGCCGATTTCTCTTCTGGCCAAAAAGGGAGAGAACATGGACAAAGTAAAAAAAGAAGTGAAAATCAACGGCAATGTAACGGCTCCGGTTAAAAAAGGAGAGGTGCTCGGCAGCCTCGTTCTGAAAAAAGACGGAAAGGTGCTCGTTGAAAGCCCGGTCACGGCAAAAGACGACATGGAAAAAGCGGGTTTTCTCACTTTTCTGAAGCGCACGATGGGAGATTGGACAAAATTTAAATAA MKRLISTLLIGILLTASAPSAFAKPDGKHTSELAHEAKSAVLIERDTGSILYNKNSRERLAPASMTKIMTMLLIMEALDKGKIKMSDKVRTSEHAASMGGSQIFLEPGEEMTVKEMLKGIAIASGNDASVAMAEYIAGSEEDFVSRMNKKAKELGLKDTSFKNPTGLPEKDHYSSAYDMAKMAKELLKYDKITQFTGTYEDYLRENTDKKFWLVNTNRLIKFYPGVDGVKTGFTGEAKYCLTATAKKGNMRVIAVVFGASTPKERNAQVTKMLDYAFSQFKTHPLYKRDQIVGTVKVKKGKQKLVKLTTSEPISLLAKKGENMDKVKKEVKINGNVTAPVKKGEVLGSLVLKKDGKVLVESPVTAKDDMEKAGFLTFLKRTMGDWTKFK PGPT0024040_3939 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-CARBOXYPEPTIDASE_ACTIVITY,PGPT0024040-dacC|dacA|dacD-K07258 NA NA D1-12_01400 819 punA COG0005 Purine nucleoside phosphorylase 1 TTGAAACAAAAGATCGAACGTGCTGCTGCATTTATTAAAGAACACGTGAAAGAAACACCAAAGATCGGTCTGATTTTAGGGTCAGGGCTCGGCGTATTGGCCGATGAAATTGAAGGAGCTGTCAAGCTTACATATGAAACGATCCCTGATTTTCCGGTCTCAACGGTAGAAGGCCATGCCGGCCAGCTTGTGATGGGAACGCTTGAAGGCGTGCAGGTCATCGCGATGCAGGGCCGCTTTCATTACTATGAAGGCTACTCAATGGATCAGGTCACATTTCCCGTCCGCGTGATGAAGGCGCTCGGCGTTGAATCTCTTGTCGTGACGAACGCAGCCGGCGGTATCAACACTGAATTCCGCGCCGGCGATCTGATGATCATTACAGACCACATCAACTTTACGGGCACCAACCCGTTAATCGGGCCGAACGAAGCTGAATTCGGACCGAGATTCCCGGACATGTCAGAAGCCTATGACAAAGAGCTGTCAAGCTTGGCTGAAAAAACGGCCGATGAGCTGGGCATTCCTGTTCAAAAAGGGGTGTATACAGCTGTTACGGGGCCGTCTTACGAAACGCCTGCTGAGGTTCGGTTTTTAAGAACGATGGGTTCTGACGCTGTCGGCATGTCGACCGTGCCGGAAGTCATCGTCGCCAACCACGCGGGGATGCGCGTGCTCGGCATCTCATGCATTTCCAACGCAGCGGCAGGTATTCTTGACCAGCCGTTATCCCATGAAGAAGTAATGGAAATGACGGAAAAAGTAAAAGGCGGCTTTTTGAAGCTTGTAAAAGCCGTAGTCGCACGATCTCAAAAATAA MKQKIERAAAFIKEHVKETPKIGLILGSGLGVLADEIEGAVKLTYETIPDFPVSTVEGHAGQLVMGTLEGVQVIAMQGRFHYYEGYSMDQVTFPVRVMKALGVESLVVTNAAGGINTEFRAGDLMIITDHINFTGTNPLIGPNEAEFGPRFPDMSEAYDKELSSLAEKTADELGIPVQKGVYTAVTGPSYETPAEVRFLRTMGSDAVGMSTVPEVIVANHAGMRVLGISCISNAAAGILDQPLSHEEVMEMTEKVKGGFLKLVKAVVARSQK PGPT0013380_1449 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013380-punA-K03783 NA NA D1-12_01401 1185 deoB COG1015 Phosphopentomutase ATGTCTGAATACAAATATAACCGGGTATTTTTGATCGTAATGGATTCTGTCGGAATCGGTGAAGCGCCGGACGCCGCCGATTTTAATGATATAGGCGCAAATACGCTCGGACACATCGCAGAGCACATGAACGGCTTACATATGCCCCATATGGCGCAGCTCGGTCTCGGACTGATCGGAGACATTAAGGGCGTGGAAAAAACGGAGCACCCTCTTGCGTACTACGGAAAAATGCAGGAGGCGTCAAACGGGAAAGATACGATGACGGGGCACTGGGAGATTATGGGCCTCTACATTGAAAAACCGTTTAAAGTGTTCCCGGAAGGATTTCCGGATGAACTTCTTCAGGAACTTGAGCGGCGTTCAGGACGGAAAATCATCGGAAATAAGCCGGCTTCAGGCACGGCGATTCTGGACGAGCTCGGAAAAGAACATATGGAAACGGGTGCGCTGATCGTTTATACATCAGCAGATTCCGTGCTGCAGATTGCGGCTCACGAAGATGTCGTTCCGCTTGACGAGCTGTACAGCATCTGTGAAACGGCAAGAGAACTGACGCTTGATCCGAAGTACATGGTCGGCCGGATTATCGCAAGACCGTTCGTCGGAGAACCGGGCAGCTTCAAACGCACGCCGAACCGTCATGATTATGCGCTCAAACCGTTCGGACGCACGGTAATGAACGGAATGAAAGACAGCGGATTAGACGTCATTTCCATCGGCAAAATTTCTGATATTTATGACGGAGAAGGCATTACATCTTCCCGCCGCACGGTATCTAATATGGACGGCATGGACAAAGTGATTGAAACGCTCGGTGAAGAGTTTACGGGCCTGAGCTTTGCCAACCTCGTTGATTTTGACGCGCTGTACGGACACCGCCGCGATCCGGAAGGGTACGGAAAAGCGCTCGAGGAATTCGACGCGAGGCTTCCGGAAGTGTTTGAAAAAATGAAAGAAGACGATCTGCTTATCATCACTGCGGATCACGGCAATGATCCTGTCCATCACGGCACGGATCACACGCGGGAGTATGTGCCGCTTCTTGTTTACAGCAAAAAGCACAAACACACTGAACAGCTGCCGCTTGCGGATACATTTGCCGATATCGGCGCAACCATTGCGGATAATTTCAAAACGGAAAAGCCGGAATACGGAAAAAGCTTTTTATCAAGATTACAGTAG MSEYKYNRVFLIVMDSVGIGEAPDAADFNDIGANTLGHIAEHMNGLHMPHMAQLGLGLIGDIKGVEKTEHPLAYYGKMQEASNGKDTMTGHWEIMGLYIEKPFKVFPEGFPDELLQELERRSGRKIIGNKPASGTAILDELGKEHMETGALIVYTSADSVLQIAAHEDVVPLDELYSICETARELTLDPKYMVGRIIARPFVGEPGSFKRTPNRHDYALKPFGRTVMNGMKDSGLDVISIGKISDIYDGEGITSSRRTVSNMDGMDKVIETLGEEFTGLSFANLVDFDALYGHRRDPEGYGKALEEFDARLPEVFEKMKEDDLLIITADHGNDPVHHGTDHTREYVPLLVYSKKHKHTEQLPLADTFADIGATIADNFKTEKPEYGKSFLSRLQ PGPT0017440_999 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0017440-deoB-K01839 NA NA D1-12_01402 891 xerD Tyrosine recombinase XerD GTGAAGGATCAAATTAAGGATTTCATCCATTACGTGAGGGTTGAAAGAGGGCTGTCCCAAAATACGATGATGTCCTATGAGCGTGATCTGAAAAGTTATTCTCTCTTCTTAACTGAAAGCCTTCAGATCACTTCATGGAATGATGTGACCCGTCTTCATATTATTCAATATTTAAAGCATATAAAGGACTCCGGGAAATCCGGCAAGACGTCTGCCAGGCATTTGGCGTCAATCCGGTCTTTTCATCAATTTCTGTTAAGGGAAAAAGCCGCGGATAAAGATCCTTCGGTACATATTGAAACACAAAAAACAGAGCGGACGCTTCCGAAAGTATTGGCGCTTCACGAAGTTGAGCGGTTATTGGACACGCCTAAGCTTGACAGCCCGTTCGGTCTCAGGGATAAAGCCATGCTTGAACTGCTGTACGCGACCGGCATCAGGGTCAGCGAGATGATCGAGCTGAAATTATCCGACGTCCATTTGACGATGGGATTTGTCCGCTGCTTCGGAAAAGGGCGGAAAGAGCGGATTGTGCCGATTGGTGAAGCCGCTTCTCATGCGATAGAAGCGTACATTGAAAAAGCCAGAGGGAAATTATTAAAGAAAAACGTAACCGAAGCGCTTTTTCTGAATCATCACGGCAGGCAGATCAGCCGTCAGGGATTCTGGAAAAACCTGAAAAAAATCGCCCTTGAAGCGGGGATTAAAAAAGAGCTGACACCGCACACGCTCCGGCACTCCTTTGCAACGCACCTGCTCGAAAACGGGGCGGATCTGCGCGCCGTGCAGGAGATGCTCGGACATGCCGATATTTCCACGACGCAAATTTATACGCATGTGACGAAAACAAGGCTGAAGGACGTGTACAAACAGTATCATCCGCGCGCTTAG MKDQIKDFIHYVRVERGLSQNTMMSYERDLKSYSLFLTESLQITSWNDVTRLHIIQYLKHIKDSGKSGKTSARHLASIRSFHQFLLREKAADKDPSVHIETQKTERTLPKVLALHEVERLLDTPKLDSPFGLRDKAMLELLYATGIRVSEMIELKLSDVHLTMGFVRCFGKGRKERIVPIGEAASHAIEAYIEKARGKLLKKNVTEALFLNHHGRQISRQGFWKNLKKIALEAGIKKELTPHTLRHSFATHLLENGADLRAVQEMLGHADISTTQIYTHVTKTRLKDVYKQYHPRA PGPT0022000_6670 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS CE-BACTERIAL_FITNESS-INTEGRASES|RECOMBINASES,PGPT0022000-xerD-K04763 NA NA D1-12_01403 228 hypothetical protein ATGGGCAGATTCTTAAAAACAGCCGCGGATACGATCAAAGTGTTTATACTGTTCACAGGTTTTACCGCGCTGTTCTATTATGCTATGATATGGGTGAATTCAGAGTATGAAAACTATCATCGGTACGATAAACCGGAAGGCTCCGCCGTCAAAGTGGCCAAAACGGAACATGAGGAGAAAGACGGCTGGTTCGGCCGATTGATCTTTTTTTACCAAAACGGGGAGTAG MGRFLKTAADTIKVFILFTGFTALFYYAMIWVNSEYENYHRYDKPEGSAVKVAKTEHEEKDGWFGRLIFFYQNGE NA NA NA NA NA D1-12_01404 450 fur COG0735 Ferric uptake regulation protein ATGGAAAACCGTATTGATCGAATTAAAAAGCAGCTGCACTCGTCAAGCTACAAGCTTACGCCACAGCGGGAAGCAACGGTAAGAGTGCTGCTTGAAAACGAAGAAGACCATTTAAGCGCAGAAGATGTATACCTCCTCGTAAAAGAGAAATCTCCTGAAATTGGTCTCGCTACAGTATACCGTACATTAGAATTATTAACAGAATTAAAAGTCGTTGATAAAATTAACTTCGGGGACGGCGTATCCCGCTACGACCTTCGCAAAGAAGGCGCGGCTCACTTTCATCACCATTTGGTGTGCATGGAGTGCGGAGCCGTCGATGAAATTGAAGAAGATCTGCTTGAAGACGTTGAAGAAGTGATTGAACGTGATTGGAAATTTAAAATTAAAGATCATAGATTGACTTTTCACGGAATCTGCCACCGCTGCCGCGGGGATGAAACAGAGTAA MENRIDRIKKQLHSSSYKLTPQREATVRVLLENEEDHLSAEDVYLLVKEKSPEIGLATVYRTLELLTELKVVDKINFGDGVSRYDLRKEGAAHFHHHLVCMECGAVDEIEEDLLEDVEEVIERDWKFKIKDHRLTFHGICHRCRGDETE PGPT0003880_821 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-IRON_UPTAKE_REGULATION,PGPT0003880-fur|furB|zur-K03711 NA NA D1-12_01405 645 spoIIM COG1300 Stage II sporulation protein M ATGAGAAAACAATCGTACAAAGAACTGTTTTTTCGCCATGTAAAGGATCATCTGTCACTTTATATATTTGTGTTTGTCTTGTTTTTGATGGGGGTCATTTTCGGGGCGATCATCGTCAACAGCATGACCATCACGCAGAAAGAAGATCTGTATTACTATTTAAGCAAGTTTTTCGGACAGCTGTCTGACGGAAAACATGCCGGCGCTTCAGAAATGTTTTGGCAGGCCGTCTTTCATGATGTAAAATATTTGGGGCTGATGTGGATTCTCGGTATTTCCGTGATCGGTCTTCCGGTTATTTTCATTATGGTGTTCTTAAAAGGAATCGTCGTCGGCTTCACGGTCGGTTTTTTAGTGAATCAAATGGGGATGAACGGGTTTTTCCTGTCATTTATTTCGGTTCTGCCGCAAAACATCGTTCTCATTCCGGCATACCTTATCATGGGGACATGCTCCATCGCTTTTTCCCTGAAATTGATCCGGCAGCTGTTTGTCAAACGCAGCCTTCATGACGCGCCGATCCAATGGTTCGGACGCTACGCCTTCGTGCTGATTCTCATCGTTTTCTTCTCGGTCATCGCTTCGCTGCTCGAGGCGTACGTGTCTCCGCTGTTTATGGAAAAGCTGTCATCACGCATATTTTAG MRKQSYKELFFRHVKDHLSLYIFVFVLFLMGVIFGAIIVNSMTITQKEDLYYYLSKFFGQLSDGKHAGASEMFWQAVFHDVKYLGLMWILGISVIGLPVIFIMVFLKGIVVGFTVGFLVNQMGMNGFFLSFISVLPQNIVLIPAYLIMGTCSIAFSLKLIRQLFVKRSLHDAPIQWFGRYAFVLILIVFFSVIASLLEAYVSPLFMEKLSSRIF PGPT0024685_167 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-STAGE_II_SPORULATION,PGPT0024685-spoIIM-K06384 NA NA D1-12_01406 228 hypothetical protein ATGGCGAAGAGCAAAACGAAAAAAATGCGGGAGCATCTCAAAAGAAACGGGATGCGTGACGCAGTCCTGTCAAGGGGGACGGCGCCGTCTTTCAGCACCCATGAAAGAGTGACGAAAACCAAAAAAGACAGGCTTGAAAGAATAAAGCATAAAAAAAGGAACCCCTATGATCACCGGAGTGATGACGGGGGTTCTTTTTTTATGCCGGAATCTCGCGCCTTTCTATGA MAKSKTKKMREHLKRNGMRDAVLSRGTAPSFSTHERVTKTKKDRLERIKHKKRNPYDHRSDDGGSFFMPESRAFL NA NA NA NA NA D1-12_01407 291 hypothetical protein GTGGATTATTTTCCGCTGATCCATACAAATATTTGGGATGCTGTGATCGGCGTGCCGGTCGTCTTATGCGTTACACAGCTGATCAAAGTGTTCTGCCGGGTTCCGGGCATATTCGTTCCCACGATTGCCCTTGCTGCCGGAAATGTTGTGTCTATCGTTTTCGGTCATCATGAACACGTGTATGCGGGGATTTTTATGGGGTTTTTTTACGGATACGCCGCAATGGGGAGCTATTCATCTGCCAAAACGTCTCTGCGCGCTTACCGGTCGAAACATGAGCCGTATTCATGA MDYFPLIHTNIWDAVIGVPVVLCVTQLIKVFCRVPGIFVPTIALAAGNVVSIVFGHHEHVYAGIFMGFFYGYAAMGSYSSAKTSLRAYRSKHEPYS NA NA NA NA NA D1-12_01408 1314 NAD-dependent malic enzyme ATGATTACAAAGCATATGATTCGGACGTTAATGATTGAAACGCCGACTGTTCCCGGAAATCTCGGAAAAGTGGCAACCGCCATCGGAGTGATGGGCGGAGATATCGGGGAAGTTGAAACCGTTAAAGTCGGCCCGAACTACACAATGCGCAACATTACGGTGCAGGCTGAAAATGAAGAGCAGCTGCAGGAAATCATTCAAGCCATTGAAGCTCTCGGTGAAGGCATCCGGCTTCATACAGTCTCAGATGAAGTGCTCTCTGCTCATGAAGGCGGCAAAATTCAGATGAAAAGCAAAATGCCGATCCGGACATTGGCTGAGCTTGGCCGTGTTTATACGCCGGGCGTCGCCGATGTGTGCAGACTGATCGAAAACGAGCCTGAAAAAGCATCCATCTATACGACAATCAGCAATTCTGTCGCCATTGTCACCGACGGCACGGCGATTCTCGGCCTCGGCAATATCGGCTCTGTCGCCGGAATGCCCGTAATGGAAGGGAAAGCCGCGCTTTTTGACCAGCTGGCGGGTATCAGCGGAATTCCGATTTTGCTCGATACCTCTGATCCGGAAGAAATCATTCGCACGGTAAAACATATTTCTCCGGGGTTCAGCGGAATTCTGCTTGAAGATATCGGTTCGCCCCACTGCTTTGACATTGAAGACCGCCTGAAAGAAGAACTGGACATTCCGGTTATGCACGATGACCAGCACGGCACGGCGGTCGTCACGCTCGCCGCCGCCATTTCCGCTTGTAAAAGCGCCGGTCTTGATTTAAAAGAAGCGAAGGTCGGTCAGATCGGTCTCGGCGCGGCAGGCGTCGCCATCTGCCGCATGTTTATGGCATACGGAGTCAAAGCGGTCTGCGGAACGGACAAGTCAGAAGACGCAATGAACCGCCTCGCTCAGTACGGAGGTCAGCCGCTTGGAAGCATCAAAGAATTAATGGACACGTGTGACATTGTGATCAGCACCACAGGAGTTCCGGGTCTCATTAAAAAAGAGGATGTCAGAAAAGGACACGTCATTCTGGCTTTATCTAATCCGAAGCCGGAGATTGAACCGGAAGAGGCATTACAAGCCGGAGCCGCTTATGCAGCTGACGGCCGTTCAGTCAATAATGTTCTCGGCTTCCCGGGGATTTTCCGCGGCGCGCTGAACGCCAAAAGCAAGAAAATCGACCATGAAATGCTTGTGGCGGCCGCAGAAGCCATCGCCTCTTGCACAAAACACGGCGATCTCGTGCCTCAGCCTTTGGATGCGGACGTGCATCAGGCCGTATCAGCAGCCGTGGAACGGGCCGCGGCAGGAAAATAA MITKHMIRTLMIETPTVPGNLGKVATAIGVMGGDIGEVETVKVGPNYTMRNITVQAENEEQLQEIIQAIEALGEGIRLHTVSDEVLSAHEGGKIQMKSKMPIRTLAELGRVYTPGVADVCRLIENEPEKASIYTTISNSVAIVTDGTAILGLGNIGSVAGMPVMEGKAALFDQLAGISGIPILLDTSDPEEIIRTVKHISPGFSGILLEDIGSPHCFDIEDRLKEELDIPVMHDDQHGTAVVTLAAAISACKSAGLDLKEAKVGQIGLGAAGVAICRMFMAYGVKAVCGTDKSEDAMNRLAQYGGQPLGSIKELMDTCDIVISTTGVPGLIKKEDVRKGHVILALSNPKPEIEPEEALQAGAAYAADGRSVNNVLGFPGIFRGALNAKSKKIDHEMLVAAAEAIASCTKHGDLVPQPLDADVHQAVSAAVERAAAGK PGPT0001350_2075 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_MALATE_UTILIZATION,PGPT0001350-maeA|sfcA|ywkA-K00027 NA NA D1-12_01409 1407 mleN COG1757 Malate-2H(+)/Na(+)-lactate antiporter GTGAAAGAGGTCAGATTGCCAAATTTATTGGAAATAATTATCTTATTATTCGGGTTTTTAGCACTTGTCTTATCGTTCACAGTGTTTTTAGACCTGCCGATCCAGCTAGCTCTATTAATATCCTGGTTTTTCGCTATTATTCTCGGAGTCAGGCTGGGATATTCATATAAAGACTTGCAGGATTCGATTGTCACCGGGATATCAAACGGTCTTGAAGCGGTATTGATTCTCGTTTCGGTCGGTGCACTCATCGGGACATGGATTGCCGGCGGCGTTGTGCCGACGTTAATTTATTATGGTTTAGAGTTTATTAATCCTCATGTTTTCCTTCTGGCTACACTGGTTATTTGTTCCGTTATGTCCGTTGCGACCGGAACGTCGTGGGGAACCGTGGGAACCGCGGGGATCGCCATGATTGCTATCGGAGAGGGAATGGGTATACCGCTTCCGATCGTAGCGGGAGCCGTTTTGTCCGGCGCTTACTTCGGAGACAAGCTTTCACCGCTGTCTGACAGTACAGTGCTTGCCTCCACGCTTTCTAAGGTGGATGTGCTGTCACACGTCAGAGCGATGATGTATCTGTCAATTCCGTCCTATATTATTACGGCCATTCTATTTACCGTAACGGGATTTATATACGGCGGAAAAAATATTGATCTCGACAAAGTGGAATTTTTAAAATCTTCATTGCAGAAAACGTTTGACATTCATATATGGATGCTCATTCCGGCTGTTGTCGTCGTTGTCCTTCTGATTTTGAAAAAGCCGTCTATGCCCGTTATCGTCATCGGTGCTTTGCTTGGCGCAATCTGGGCTTCCGTCTTTCAGGGAATGAATTTTGCCAGTGCCATCGCGACTGCTTATAATGGTTTTTCCATAAAAACGGACGTCGAATTTTTAAACGGCCTGTTAAACCGCGGAGGCATTACCGGTATGCTAGATACGTTAGTCGTTATCCTGTTCGGTCTTGGTTTTGGAGGAATTCTTGAGAAGCTCGGCGTATTAAAAGTGATTGTCTCAACTTTTGAGAAAAAGCTGACCACACCGGGAAATGTGACGCTTTCGACATTGATCGTCGCCCTTTTAGGAAACATTTTCGGCTGTGCGATGTACGTGTCATTGATTCTGACGCCGAAAATCATGGAGAACAGTTATGATAAACTGAAACTTGACAGAAGAGTTTTATCCCGGAACGCAGAGGTGGGCGGCACGCTTACTTCAGGGATGGTGCCGTGGTCTGATAACGGCATCTATATGGCCGGCATTCTCGGCGTATCCACATTTTCTTATCTGCCGTTCATGTGGCTCAGTTTTGTATCTATCGGACTGGCAATATTGTACGGATACACGGGGAAATTCATTTGGTACACGAAAGAAAAATCCTTGCAATCTCAAAAGTTGGGTTAG MKEVRLPNLLEIIILLFGFLALVLSFTVFLDLPIQLALLISWFFAIILGVRLGYSYKDLQDSIVTGISNGLEAVLILVSVGALIGTWIAGGVVPTLIYYGLEFINPHVFLLATLVICSVMSVATGTSWGTVGTAGIAMIAIGEGMGIPLPIVAGAVLSGAYFGDKLSPLSDSTVLASTLSKVDVLSHVRAMMYLSIPSYIITAILFTVTGFIYGGKNIDLDKVEFLKSSLQKTFDIHIWMLIPAVVVVVLLILKKPSMPVIVIGALLGAIWASVFQGMNFASAIATAYNGFSIKTDVEFLNGLLNRGGITGMLDTLVVILFGLGFGGILEKLGVLKVIVSTFEKKLTTPGNVTLSTLIVALLGNIFGCAMYVSLILTPKIMENSYDKLKLDRRVLSRNAEVGGTLTSGMVPWSDNGIYMAGILGVSTFSYLPFMWLSFVSIGLAILYGYTGKFIWYTKEKSLQSQKLG PGPT0013945_971 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H+_ANTIPORTER,PGPT0013945-nhaC-K03315 NA NA D1-12_01410 1428 aspA COG1027 Aspartate ammonia-lyase ATGACAAACGCGCAAAAAGAATATCGTCAGGAAAAAGATTTCCTCGGAGAAAAACAAATTGAAGCTGATGTGTATTACGGAATACAAACGCTGCGCGCGAAAGAAAACTTTCCGATTACCGGATACCGCATCCACGAAGAAATGATTAATGCGCTCGCCATCGTCAAAAAAGCGGCGGCGCTTGCCAACATGGATGTAAAACGGCTGTATGAAGGAATCGGGAATGCGATTGTACAGGCCGCAGATGAAATTCTTGAGGGAAAATGGCATGACCAATTTATCGTCGATCCGATCCAAGGGGGAGCCGGAACGTCCATGAACATGAATGCCAACGAAGTAATCGGCAACAGGGCTCTTGAAATCATGGGGCATAAAAAAGGTGAATACATTCACCTCAGCCCGAACACACACGTCAACATGTCACAATCGACGAACGACGTGTTCCCGACGGCAATCCATATTTCAACCTTGAAACTTTTGGATAAGCTCCTTGATACGATGGCGCATATGCTCAGTGTCTTTAAAGATAAAGCGAAACAATTTGATTCTGTCATTAAAATGGGGCGCACACACCTTCAGGACGCTGTGCCGATCCGTCTCGGACAGGAATTTGAAGCATACAGCCGCGTGCTTGAGCGTGACATAAAGCGAATTAAACAATCCCGCCAGCATCTGTATGAAGTAAACATGGGGGCAACGGCCGTAGGTACGGGGCTTAACGCCGATCCGCGCTACATAGAACAGGTTGTGAAGCACCTCGCTGACATCAGCGGACTGCCGCTTGTCGGCGCCGGCCATTTGGTTGACGCCACACAAAACACTGATGCGTATACGGAAGTTTCAGCCGCGTTGAAAGTATGCATGATGAACATGTCGAAAATCGCCAACGATCTGCGCTTAATGGCTTCAGGTCCGCGCGCGGGACTTGCGGAAATTTCACTGCCCGCCCGTCAGCCGGGATCATCCATTATGCCTGGGAAAGTCAACCCTGTAATGGCAGAGCTGATCAACCAAATCGCCTTCCAGGTCATCGGGAATGACAATACGATCTGCCTCGCTTCAGAAGCGGGCCAGCTGGAGCTTAACGTAATGGAGCCGGTACTTGTATTTAACCTGCTTCAATCCATCAGCATCATGAATAACGGTTTCCGCTCATTCACCGATCATTGTCTGGCGGGAATTGAAGCCAACGAAAAACGTCTGAAGCAATACGTGGAAAAAAGCGTCGGCGTCATTACAGCGGTCAATCCGCACCTCGGGTATGAAGCGGCTGCGCGAATTGCCCGTGAAGCCATCATGACGGGGCAATCTGTAAGAGATCTTTGCCTTCAAAATGATGTACTGACAGAAGAAGAATTGGATATCATTTTGAATCCGTATGAAATGACAAAACCGGGAATTGCCGGAAAAGATCTATTAGAAAAATAA MTNAQKEYRQEKDFLGEKQIEADVYYGIQTLRAKENFPITGYRIHEEMINALAIVKKAAALANMDVKRLYEGIGNAIVQAADEILEGKWHDQFIVDPIQGGAGTSMNMNANEVIGNRALEIMGHKKGEYIHLSPNTHVNMSQSTNDVFPTAIHISTLKLLDKLLDTMAHMLSVFKDKAKQFDSVIKMGRTHLQDAVPIRLGQEFEAYSRVLERDIKRIKQSRQHLYEVNMGATAVGTGLNADPRYIEQVVKHLADISGLPLVGAGHLVDATQNTDAYTEVSAALKVCMMNMSKIANDLRLMASGPRAGLAEISLPARQPGSSIMPGKVNPVMAELINQIAFQVIGNDNTICLASEAGQLELNVMEPVLVFNLLQSISIMNNGFRSFTDHCLAGIEANEKRLKQYVEKSVGVITAVNPHLGYEAAARIAREAIMTGQSVRDLCLQNDVLTEEELDIILNPYEMTKPGIAGKDLLEK PGPT0020125_967 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_ASPARTATE_DEGRADATION,PGPT0020125-aspA-K01744 NA NA D1-12_01411 990 ansA COG0252 L-asparaginase 1 ATGAAAAAATTATTGCTGTTAACAACCGGAGGAACAATCGCCTCAGTCGAAGGAGAAAACGGGCTTGCACCCGGGGTGAAAGCAGACGAATTGTTAACCTACGTATCAAAACTTGATAACGATTACACGATGGAGACCCATTCGTTAATGAACATCGACAGCACAAATATGCAGCCTGAATACTGGGCCGAAATCGCAAATGCTGTCAAAGAAAAGTATGACGCATATGACGGGTTCGTCATTACGCACGGAACAGACACAATGGCTTATACATCAGCGGCACTGTCTTATATGCTTCAGCATGCTGATAAACCGATCGTCATTACGGGTTCGCAAATCCCGATTACATTTCAAAAAACCGATGCCAAAAAAAATATCACGGACGCGATCCGCTTCGCATGTGAAGGGGTGGGCGGCGTATACGTCGTATTTGACGGCAGAGTCATTCAAGGCACACGCGCCATTAAATTAAGAACGAAAAGCTATGATGCATTTGAGAGCATTAACTATCCGTATATCGCGTTTATTACCGAAAACGGAATTGAATATAACAAACAAGTGCACATGCCAAAAGACGATGCTTTTACGGTCAATACTTCACTTTGCACGGACGTGTGCCTGCTCAAGCTCCACCCGGGGCTGAAACCGGAAATGTTTGACGCATTAAAGGGCATGTACAAAGGAATCGTCATTGAAAGCTACGGCAGCGGCGGCGTGCCGTTTGAAGGAAGAGACATTCTCGCCAAAGTCAATGAAATGATTGAAAGCGGCATTGTCGTCGTCATTACGACACAATGTCTTGAAGAAGGAGAGGACATGAGCGTCTATGAAGTCGGTCGAAGAGTCAATCAAGATCTCATTATCCGCTCCAGAAATATGAACACGGAAGCCATCGTGCCGAAATTAATGTGGGCGCTCGGCCAGTCTCACAACTTGGCTGAAGTCAAAAACATTATGGAGACACCGATCGCAGACGACGTTGTACTGTAA MKKLLLLTTGGTIASVEGENGLAPGVKADELLTYVSKLDNDYTMETHSLMNIDSTNMQPEYWAEIANAVKEKYDAYDGFVITHGTDTMAYTSAALSYMLQHADKPIVITGSQIPITFQKTDAKKNITDAIRFACEGVGGVYVVFDGRVIQGTRAIKLRTKSYDAFESINYPYIAFITENGIEYNKQVHMPKDDAFTVNTSLCTDVCLLKLHPGLKPEMFDALKGMYKGIVIESYGSGGVPFEGRDILAKVNEMIESGIVVVITTQCLEEGEDMSVYEVGRRVNQDLIIRSRNMNTEAIVPKLMWALGQSHNLAEVKNIMETPIADDVVL PGPT0020180_2078 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 D1-12_01412 354 hypothetical protein ATGAATTTAGATCGTTTAACTGAACTGAGAAAAAAGAAAAATTGGTCTCTTCAATATACGGCTGACCGTCTCGGCATCGCCAAAAGCACGTACGCCGGGTATGAATCAGGATACCGGCGTCCGTCATTCGAGGCGTTGGGCACGCTTGCCGATCTGTTTGACACGACGTGCGACGATTTACTGGGGCGCACTGAAAAAAAAGCGGAGCCGTTTACCCAGATCATCGAATTAACAAACGCCGCACAAGGCCGCGGCACACTGACCGTTGACGGACAGCCGCTGAATCAGGATGAAATCATCGAATTGATTGCGTTTGTCCGCACGAAAAAGAAGGTGCAGGAGGAGCTCCGCTAA MNLDRLTELRKKKNWSLQYTADRLGIAKSTYAGYESGYRRPSFEALGTLADLFDTTCDDLLGRTEKKAEPFTQIIELTNAAQGRGTLTVDGQPLNQDEIIELIAFVRTKKKVQEELR NA NA NA NA NA D1-12_01413 1164 hypothetical protein ATGAAAACCATCTATGCGGATCTGCATATTCATATCGGCCGCACCCATACGGGAAAACCGGTCAAAATCACCGGGGCCAAAACGTTGACGCTGCACCGGATTTTAGAAGAAGCCAGTGAGGGGAAGGGAATTGAACTATTGGGCATCATCGACTGCCATTCCCCGGAAGTCATAGAAGAAATCGAGCGCGGAATTGATGAAGGCGGATACCGTGAGCTGAAAGAAGGCGGCATCCGGTATCGGAATACGACGCTTCTGTTGGGCAGTGAGCTTGAAATCTATGATCACACATGCCGCGGGCCGATTCACGTTCTCGTCTTTATGCCGTCTCTTGCCGAAATGAAGATGTTTTCTGAGTGGCTCGCAAAAAGGCTTAAAAATATCCATCTCAGTTCCCAGCGCATTTATGAAACCGGTTTGAATCTTCAGAGGAAAACAAAGGAATTGGGCGGGCTGTTTATTCCCGCCCATATGTTCACCCCGCATAAAAGCCTGTACGGAAAAGGGGTCAGATCTTCTTTGACAGAAGTTTTCGACCCGGCGCTCATTGATGCGGCGGAACTCGGGTTAAGCTGCGACACCGACATGGCTTCGCGGGTAACAGAACTTGATCCGTATACATTTTTAACAAATTCTGATGCGCATTCCTTAGGAAAAATCGGCAGAGAATATAATGAAATGCTTCTTAAAGAGGCGAATTTCACGGAATTTTCGCTGGCTTTAAAAGGGAAGGACGGAAGAAAAATCACGGCGAATTACGGGCTGAACCCGAAGCTCGGGAAGTATTACCGGACGGCTTGCGACCGCTGCGGCAGCCAGGTTGAAAAAGGAGCTTCCGCATGTCCGGAGTGCGGGGGGAAAACAATGACAAAAGGGGTCAGTGAACGGCTGGAGGAACTGAGCGGCCCGAAAAAAAGCCGCGTGCCGCGGCCGCCGTATATTCATCAAATTCCGCTGCAGTTCATTCCCGGCGTCGGGCCGAAAACGTTAGAAAAACTGAAGCGGGCCTTCGGGACGGAGATGGCGATTCTACATCAGGCGCAAGAAGAGGAATTGGCGCGTGTCGTCCAGCCTAAAATAGCGGCTGTCATTCATAAAGCGCGCACCGGGCAGCTTGTCCTTGAGGCCGGGGGCGGAGGGACGTACGGCCGAATCAAGCCGTAA MKTIYADLHIHIGRTHTGKPVKITGAKTLTLHRILEEASEGKGIELLGIIDCHSPEVIEEIERGIDEGGYRELKEGGIRYRNTTLLLGSELEIYDHTCRGPIHVLVFMPSLAEMKMFSEWLAKRLKNIHLSSQRIYETGLNLQRKTKELGGLFIPAHMFTPHKSLYGKGVRSSLTEVFDPALIDAAELGLSCDTDMASRVTELDPYTFLTNSDAHSLGKIGREYNEMLLKEANFTEFSLALKGKDGRKITANYGLNPKLGKYYRTACDRCGSQVEKGASACPECGGKTMTKGVSERLEELSGPKKSRVPRPPYIHQIPLQFIPGVGPKTLEKLKRAFGTEMAILHQAQEEELARVVQPKIAAVIHKARTGQLVLEAGGGGTYGRIKP NA NA NA NA NA D1-12_01414 558 nudF COG0494 ADP-ribose pyrophosphatase ATGATGAAACATTTAGAAGAAAAAACACTTGCGAAAAAAAAGCTGTATGACGGGAAAGTCATAGATCTTTACTTAGAGGATGTAGAGCTCCCGAACGGAAAAACAAGCAAGCGGGAAATCGTCAAACATCCGGGAGCGGTGGCCGTACTTGCGGTGACCGAGGAAGGAAAAATCATTTTGGTGAACCAGTTCAGAAAGCCGCTGGAACGGACAATCGTTGAAATTCCGGCCGGGAAGCTTGAAAAGGGAGAAGAGCCGGAACATACGGCGTTAAGAGAGCTCGAGGAAGAAACGGGATATACGGCGGAAACCTTGACGAAAATCACCGCTTTTTATACATCACCCGGGTTTGCTGATGAAATCGTGCATCTCTTTCTTGCGGAAGGGCTTTCGCCGCTGGAAGAAAAACGAGAGCTGGATGAGGATGAATTTGTCGAAGTCATGCAGGTCACGCTTGAAGAGGCCGTGAAGCTGATTGAATCCCGCAGGGTGTATGACGCAAAAACGGCGTACGCGATTCAGTATCTCCAGCTGAAAGAAGCGCTGAAGGAAAAATGA MMKHLEEKTLAKKKLYDGKVIDLYLEDVELPNGKTSKREIVKHPGAVAVLAVTEEGKIILVNQFRKPLERTIVEIPAGKLEKGEEPEHTALRELEEETGYTAETLTKITAFYTSPGFADEIVHLFLAEGLSPLEEKRELDEDEFVEVMQVTLEEAVKLIESRRVYDAKTAYAIQYLQLKEALKEK PGPT0021525_2226 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021525-nudF-K01515 NA NA D1-12_01415 123 mciZ Cell division inhibitor MciZ TTGAAGGTGTACCGGAAGGATAAGAGTATCGTATTGGTCGGAAAGGCGTGGGAAGTGCGGGCTAAACTGAAAGAATACGGACGGACATTCCGCTATGTCGGAGATTGGATCACCGGGCCTTAA MKVYRKDKSIVLVGKAWEVRAKLKEYGRTFRYVGDWITGP NA NA NA NA NA D1-12_01416 921 yajO COG0667 1-deoxyxylulose-5-phosphate synthase YajO ATGAGAAAACGCACACTGGGACATTCTGATTTAGAAATAAGCGAAATCGGGCTCGGCTGTATGTCGCTGGGTACGGATAAAGCTAAAGCGCTGTCTATTTTGGATGAAGCGATCGAGCTTGGAATCAATTATTTAGATACCGCTGATCTTTATGATTTCGGCAGAAATGAGGAAATTGTCGGGGAGGCCGTCAAAAACCGCAGGCACGACATCATTTTAGCCACGAAAGCCGGAAACCGCTGGAATGATGATAAAGACGGCTGGCATTGGGACGCTTCCAAAGGATACATAAAAGAAGCGGTCAAAAACAGCCTGCGCCGGCTGAAAACGGACTATATCGACCTTTATCAGCTGCATGGCGGCACGATGGAAGACCATATTGACGAAACGATCGAAGCATTTGAGGACTTAAAACAGGAAGGTGTCATCCGGTATTACGGCATTTCCTCGATTCGTCCGAATGTTATTAAAGAATATGTGAAAAAATCAACTATCACCAGCGTTATGATGCAATACAGCCTGCTGGACCGGCGTCCCGAGGAGTGGCTTCCCCTTTTAGAGGAGAACGGAATCAGCGTAGTCGCAAGAGGGCCTGTCGCTAAAGGGCTTCTTACGGAAAAACCGCTTGATCAAGCGGCCGCAAGCGTAAAAGAGAACGGCTATTTAACATATTCTTTTGCAGAACTGGCAGAAACCAAAAAAGCGATCAGCGCTGCCGCACCTGACTTGAGCATGACGGAGCTTTCTCTTCAATACTTGCTGTCACAGCCGGCCGTCGCTTCTGTCATCACCGGAGCCAGCTCACTTGAGCAGCTGAGAGAAAACTGTTCGGCTGCAGAGGCCCGTCGTTTAAGCAGCCAGGAAATCAAAGCCCTGCAATATCATACAAAACGGGACGTATACGAAGCCCATCGTTCTTAA MRKRTLGHSDLEISEIGLGCMSLGTDKAKALSILDEAIELGINYLDTADLYDFGRNEEIVGEAVKNRRHDIILATKAGNRWNDDKDGWHWDASKGYIKEAVKNSLRRLKTDYIDLYQLHGGTMEDHIDETIEAFEDLKQEGVIRYYGISSIRPNVIKEYVKKSTITSVMMQYSLLDRRPEEWLPLLEENGISVVARGPVAKGLLTEKPLDQAAASVKENGYLTYSFAELAETKKAISAAAPDLSMTELSLQYLLSQPAVASVITGASSLEQLRENCSAAEARRLSSQEIKALQYHTKRDVYEAHRS PGPT0017540_1434 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 D1-12_01417 228 hypothetical protein ATGATGAAAAAGCAGCTGCCTAAAGAAAAACACAGCTTAAAAGACGATCTGGAGGAAGATCTGAAGGCCAGGCTTTTGCAAATGAAAAGTGAGCTGAAGGAAGAAGACGAGAAAAAGCAGGCGCAGCAAAAGGCGGAACAAATCAGAAAACGAAAAGAAAAAGAAAAACATAAAAGCTTTGAAGAGCTGCTGAATGAAAGCAGTCTCGATTGGCACAAATATAAATAA MMKKQLPKEKHSLKDDLEEDLKARLLQMKSELKEEDEKKQAQQKAEQIRKRKEKEKHKSFEELLNESSLDWHKYK NA NA NA NA NA D1-12_01418 915 hypothetical protein GTGAAAAAATGGCTGGCGGTGTTCGGTTCGGCTTGCGCAGTCTTTTTGGCTGCCGGATTCGCTTTTACGAATCTGATTATGTTTATGAAGAAAAAGACGGATGAAGATATCATGAAAAAAGAAACGGCGGACGGGTATGATAGATTTGATTCCTTTCAGGCCATGGAAAAAGAAGAGGCCGTCATCCTGTCACGCCACGGGTATGAGATCAAAGGCTTTTACGTCGCCCCGCATCATACGGCAAACACCATGATTATTTGTCACGGCGTTACCGTAAATTCGTTCAATTCATTGAAATACATGGATTTATTTTTAGATTTAGGCTGGAATGTGCTCGTATATGACCACCGCGGGCACGGAAAAAGCGGCGGCAGAACGACGAGCTACGGCTATTTTGAAAAAGATGATTTGGAAGAAGCCGTGAATTGGGTGAGACACAAAACCGGAGACGGCGGTCAAATCGGCATCCACGGGGAATCGATGGGAGCGGTGACGGCCTTATTATACGCGGGCGGGCATCAGGATGAAAACGGCGCTGATTTTTATATTGCGGACTGTCCGTTCGCAAGCTTTCGCGATCAGCTCGCCTACAGGCTGAAGCGGGAGTTCCGGCTGCCTCCGTGGCCGCTTCTGCCTTTGGCTGATTTCTTTTTGCGGATGAGAGAAGGATACCGTATCCGTGATGTATCTCCTCTATCGGTTATCAGCCGAATCCGGCAGCCCGTGCTGTTTATTCACAGTAAGGAAGATGATTATATACCTCCCGCTTCTTCCGAATTGCTGCACCGCAGAAAACGCGGCCCTAAGATGCTCTATCTGGCCGAATCGGGCGGGCATGCCATGTCGTACACCAAAAATCCGGAGAGCTACCGCAAAGCCGTTCAAACCTTTTTAGATACCATGACGCAAACGTAA MKKWLAVFGSACAVFLAAGFAFTNLIMFMKKKTDEDIMKKETADGYDRFDSFQAMEKEEAVILSRHGYEIKGFYVAPHHTANTMIICHGVTVNSFNSLKYMDLFLDLGWNVLVYDHRGHGKSGGRTTSYGYFEKDDLEEAVNWVRHKTGDGGQIGIHGESMGAVTALLYAGGHQDENGADFYIADCPFASFRDQLAYRLKREFRLPPWPLLPLADFFLRMREGYRIRDVSPLSVISRIRQPVLFIHSKEDDYIPPASSELLHRRKRGPKMLYLAESGGHAMSYTKNPESYRKAVQTFLDTMTQT NA NA NA NA NA D1-12_01419 240 hypothetical protein GTGAATCAAAAGCTGAAAGCCATTAAACAGACGGCACAGCATAAAACGTGGGTATCCTTTTTGAACAACAACCATCCGTACAGTCTGCTGCACTGGTCCATCGGAGGCGCTGAATCCGTTCAGAAGGATGTCTGGCTGCTTCAGGATGAGATGACCTTCAAAGCGCAGGAGTTTACGACAATCGACCTCGCCATTGACTGGATCGGAGAAAATATGGACGGGATTACCGACGTTTTATGA MNQKLKAIKQTAQHKTWVSFLNNNHPYSLLHWSIGGAESVQKDVWLLQDEMTFKAQEFTTIDLAIDWIGENMDGITDVL NA NA NA NA NA D1-12_01420 363 hypothetical protein ATGCAAATACATGTGACGGATGCGGCGAAACACACACTTCAGCAGGCGATGGACGCCAACCCGGGGAAAAAAGCGCAGCTCCGCTATGACGCAGAAGGCTGCGGGTGCGCGGTGAGCGGCGTGCCGGCGATCTGGCTGGCGGACGAATTAACGGGACAATGCGAAGCTATTGAAACCAACGGACTTCCGCTTTACATCCAGACCTCACAAAAAGTGTTTTTTGACGAGGAAATGACAATCGATTACAATGAAAAGGCAAAAACGCTCGTCTTAAAAAGCCCGGCAGAGATGCTGAGCCCGAGAATGAGCATATTAGTAAAGCAGGGAGAAACGGAAAGTGAATCAAAAGCTGAAAGCCATTAA MQIHVTDAAKHTLQQAMDANPGKKAQLRYDAEGCGCAVSGVPAIWLADELTGQCEAIETNGLPLYIQTSQKVFFDEEMTIDYNEKAKTLVLKSPAEMLSPRMSILVKQGETESESKAESH NA NA NA NA NA D1-12_01421 969 hypothetical protein TTGATTACATTTTTACAGCATACACAAGAACAGACCGCGCGGGAAATTGCGGCGGTTCAGCGCTGCTCTTATCAAAAAGAAGCCGAGCTGATCGGTTTTTTCGGCATTCCCGCCCTGCATGAAACACCCGATGATATACAGCGGTCACGGGAGACGTTTGCCGGTTTCAAGGAAAAAGATCAGCTTGCAGGCGTCATTTCGTATGAAAAAAGGGGATATGACCTTGTCATATGCAGGCTGACGGTGCATCCGTCCGGCTTTCGGAAAGGGATCGGACGGGCGCTTCTTCAATTTGTGATAGACGAGAACCGGGACGCTCAAAAAATAGAGGCGGCTACCGCCAGCCAAAACGTTCCGGCAGTCTCTCTCTATTTAAAAACCGGGTTCACGGAAGCCGGACAGATTGAGACGCCGGAAGGGCTGACCCTCTCGTTTTTTCATCTTTATCCGAAGAGGAAAGCGGAAGTTGTTCCGTACAAGCCGGAATGGAAAGAAATGTTTGAAAGAGAGAAGGCGGACTTGATCCGAATCTTCGGCCCAGCACTTCATTCTGTCAGCCACATCGGCAGCACCTCCATCCCGCAGATGGCCGCCAAACCCGTCATCGATATACTGGCGGAGGTCAAAGATATTTTGGATGCCGACCGATTCAGTCCGCAGCTGGAAGCACTCGGCTATGAGGCGAAAGGGGAAAACGGGATAGAGGGCCGGCGTTTCTTTCAAAAAGGCGGCAGCAAGCGCACGCACCACGTTCACATATACGAAACAGGCCATCCGGACGTGAAGCGTCATCTGCTGTTCCGGGATTACCTCACTGCAAAGCCTGAAAAAGCGGCTCAATACATGGAACTGAAACGGCACCTCGCTGAGACATACCCATACGATACGGCAAAGTATAGTGAAGGGAAAAATGACTGGATCAAGGCGGCTGAACAAGAGGCAAAGGACTGGGAGAGCGGGCTGCTGTAA MITFLQHTQEQTAREIAAVQRCSYQKEAELIGFFGIPALHETPDDIQRSRETFAGFKEKDQLAGVISYEKRGYDLVICRLTVHPSGFRKGIGRALLQFVIDENRDAQKIEAATASQNVPAVSLYLKTGFTEAGQIETPEGLTLSFFHLYPKRKAEVVPYKPEWKEMFEREKADLIRIFGPALHSVSHIGSTSIPQMAAKPVIDILAEVKDILDADRFSPQLEALGYEAKGENGIEGRRFFQKGGSKRTHHVHIYETGHPDVKRHLLFRDYLTAKPEKAAQYMELKRHLAETYPYDTAKYSEGKNDWIKAAEQEAKDWESGLL NA NA NA NA NA D1-12_01422 345 yqjZ COG2329 putative protein YqjZ ATGGGTTTTTTAGCTAACACGCCCAAACCGCCCTATTATGCGGTCATTTTTTCATCAATAAAGGGAAAATATGATAAGGAATATGAACATACGGCAGAGCGCATGATGAATTTGGCAGGCGGACAGCCGGGATTTTTAGGCGCGGAAAGCGTTCGGGAGGAAAACGGCTGCGGCATCACGGTTTCCTACTGGGACAGCCTGGAGGCGATTAAAAGGTGGAAAGATCATACGGACCACCAGGCGGCAAAACAAAAAGGAAAAAGCGCCTGGTATGAAGTGTACGCGGTCCGCATTACGAAGACGGAGTCACAGCGGATGTTTGCGTCAAAAGGGGCGGAAGATTGA MGFLANTPKPPYYAVIFSSIKGKYDKEYEHTAERMMNLAGGQPGFLGAESVREENGCGITVSYWDSLEAIKRWKDHTDHQAAKQKGKSAWYEVYAVRITKTESQRMFASKGAED NA NA NA NA NA D1-12_01423 471 yqjY putative protein YqjY ATGGATATTCGAACAATTACCTCTGAAGACTATGAAATGGTTACGTCTGTTTTGAATGAATGGTGGGGCGGCAGGCAGATGAAAGCCAAACTGCCGCGCTTGTTTTTTGAACATTTTCAGGACACAAGCTTTATCACGTACGGGCCGGAGGGAATGACCGGTTTTTTAATCGGTTTTCAGTCACAATCAGACCCTGAGACAGCCTACATTCATTTTTCGGGTGTGCATCCGGATTTCAGAAAAATGCAAATTGGAAAACAGCTCTACGACCGATTTATGGAGACGGTGAAGAAAAGGGGCTGCACAAAAGTCAATTGCGTGACGGCGCCTATCAATAAAGTATCAATCGCTTATCATACAAAATTAGGCTTTGAAGTTGAAAAAGGAACCAAAACCGTAAACGGAATCCCTGTTTTTGCGAATTATGACGGTCCGGGAGAAGACAGGATTCTGTTTGTGAAATATATGTAG MDIRTITSEDYEMVTSVLNEWWGGRQMKAKLPRLFFEHFQDTSFITYGPEGMTGFLIGFQSQSDPETAYIHFSGVHPDFRKMQIGKQLYDRFMETVKKRGCTKVNCVTAPINKVSIAYHTKLGFEVEKGTKTVNGIPVFANYDGPGEDRILFVKYM NA NA NA NA NA D1-12_01424 1227 dinB_1 COG0389 DNA polymerase IV ATGGCTGATATTCTTCTTGTTGATATGCAATCGTTTTATGCGTCTGTGGAAAAAGCGGAAGCGCCTCATCTCAAAAGCCGTCCCGTGATTGTCTCGGGAGATCCCGAAAGACGCAGCGGCGTCGTGCTTGCGGCTTGTCCGCTCGCCAAACGATACGGCGTAAAAAATGCCGAACGGCTGTGGGAAGCGCAGGCCAAATGTCCCGACGCCGTTATTGTCCGTCCGCGGATGCAGCGGTATATTGATGTATCCGTCATGATTACCGAACTGTTTGAACGGTATACCGATCTTGTAGAACCCTACTCCATCGATGAGCAGTTTCTCGACGTGACCGGAAGCAGGCGGCTGTTCGGTGATCCTTTTACAATTGCCAAAAGCATTCAGCAAGCGATTATGCGTGAATTCGGAATTTATGCCCGTGTCGGCATCGGGCCGAATAAGGCGCTCGCGAAAATGGCTTGCGACCATTTTGCCAAAAAAAACGCATCCGGCATCCACAGATTGGATATGTCAAATATCAGGCAGGATCTGTGGCCGCTGCCGGTCGGAAAATTATTCGGCATCGGAAAACGGATGGAGCATCATTTAAGACGGATGGGCATCAGCACAATCGGCGGGCTTGCCGGGCACCCAGCCGAACTGCTGAAAAAACGCTGGGGCATTAACGGCGAATTGCTTCAGCGGACAGCCCGCGGCATCGATCCCTCTCCGGTCACCGTCAACACGCACAGCCGGCAAAAAGCGATCGGCCATAACATGACCCTCCCGAGAGACTACAGCCGCTTTGAGGATATTAAAGTCGTGCTGCTGGAGTTAAGCGAAGAAGTGGCCCGCCGCGCCCGTTTCAAACAATATATCGGCCATACGGTTTCGGTCAGCATCAGAGGCGCTGATTTTGAATTCCCTTCAGGTTTTCACAGACAGAGAAAGCTGGTGTCTCCGACTAATTTCGGAATGGATATTTTTAAAGCGGCGGTCAAGCTCTTCAAAGAGCATTGGAACGGTGAGCCCGTCCGCAGCGCCGGCGTCTCCCTTTCCCAGCTGGAGCCTTGTGATTATGTTCAGCTGAGCCTGTTCGATGCCCAGGAAAAAAAGATCAGTCTCGGCAAAGTATTGGATGATATTCATGAGCGGTACGGCCCTGCGTCGCTCCTCCATGCCGCTTCACTGACAGAGGCCGGCCAAGCCTTTCACCGGGCTGAAAAAATCGGCGGGCATTACAAATAA MADILLVDMQSFYASVEKAEAPHLKSRPVIVSGDPERRSGVVLAACPLAKRYGVKNAERLWEAQAKCPDAVIVRPRMQRYIDVSVMITELFERYTDLVEPYSIDEQFLDVTGSRRLFGDPFTIAKSIQQAIMREFGIYARVGIGPNKALAKMACDHFAKKNASGIHRLDMSNIRQDLWPLPVGKLFGIGKRMEHHLRRMGISTIGGLAGHPAELLKKRWGINGELLQRTARGIDPSPVTVNTHSRQKAIGHNMTLPRDYSRFEDIKVVLLELSEEVARRARFKQYIGHTVSVSIRGADFEFPSGFHRQRKLVSPTNFGMDIFKAAVKLFKEHWNGEPVRSAGVSLSQLEPCDYVQLSLFDAQEKKISLGKVLDDIHERYGPASLLHAASLTEAGQAFHRAEKIGGHYK PGPT0014881_1833 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 D1-12_01425 345 hypothetical protein ATGAATCCGAACAAATTAACACCCGGGTATAATGTCATGTGGGAATCAAGCCGGATGATGCTGCCCGAACATCGGGAGCAGCTGCTTGCGAAAAAACGAAAAGAACGGGAATTCCGGCCTCCGGAACTGAGCGAAGAGCAACTGAACGACATGAACCGCATCATTGCGGCGTCAATTGAAGAAGACAGGGCCATTTCGGTCACCTACGCTTCCGCACACGGCCCCCGCCGCTTTTGGGGCTGGGTAAAACAAGTGATGCATGACGAAAAACGTTTAAAAATCATAAACGATGAAGATGCGTTAACGCTGCCGTTTCATCGTATTCTCTCAGCTGAATTGGAATAA MNPNKLTPGYNVMWESSRMMLPEHREQLLAKKRKEREFRPPELSEEQLNDMNRIIAASIEEDRAISVTYASAHGPRRFWGWVKQVMHDEKRLKIINDEDALTLPFHRILSAELE NA NA NA NA NA D1-12_01426 210 hypothetical protein ATGATGGATCAATTTATAGAAAAAATGCTGGGACAAGCCCTCCGCCAGTATGGACGGAATGTGTCGACAGATCCGCTGAGCCCCTATGAAAAACAGAGTTTAAAAAAAGCTTTAGAAGAAAGAAGGAATGAAGAACCCGATGAGGATCTCCATGCCCATGTAGAAGATATTATCTACGATTACGTCACCAATCAGGGGCAGTTTTCCTGA MMDQFIEKMLGQALRQYGRNVSTDPLSPYEKQSLKKALEERRNEEPDEDLHAHVEDIIYDYVTNQGQFS NA NA NA NA NA D1-12_01427 1071 hypothetical protein ATGCCTGTCGGGCCTTATTTCAGGATCGGCTATGCCGTTCTTCTGTTATTTCTCATCATTTATCTCGGAACATTAATAGACTTTTTGTTCCAGCCTGTTGTGATTACGGTTAAAACCTTGTTTCCGCCTATTGTATTATCGGGCGTCCTTTACTATTTGTGCCGCCCGCTCGTCAGAGTGCTGCATGCGAAATTAAAGCTGCCCGAAGGAATCGCGATTTTAGCGATTTATGCGGGAACAGCCGGCCTTTTTGTCCTCTTCCTTTATACGGCGGGCCCTGCCGTTCAAAAACAGTTTACAGCCTTCACAGATCATATTCCGGAGCTTTCCGCAAAAGCTGAAAATTGGATCGGGCATCTTCAGGACAGCAAATGGTTTTCCCGGCTTCAGCATGGGGATTCCTTTAAAAAATTAGCAGACAAAGCCGCAAATTATTCCGGTTCAATCGCTGATTCTCTCAGCAGCCTGGCCGGTACGGCTGCCAATGCCGCCATCACCGCAGCCATTATTCCGTTTGCGCTGTATTACATGTTAAAAGAAGGACACAAAGCCCCCCGGCGACTGCTGCGGCTTCTTCCGGAAAAACATCAAAAAGAAGGAAAACAAATCCTTCGGGACATGGATGAAGCTCTCAGTTCATACATACAAGGACAGCTGCTCGTCAGTTTTTGTGTCGGCGTTCTCGTCACAATCGGCTATTTTATAATCGGGCTCGATTATCCGCTCGTTCTGGGCGCGTTCGCCATGGTGACAAACCTGATTCCGTTTATCGGGCCTTGGATCGGCACATTTCCCGGAGTCATTGTCGGATTGTTCGATTCACCGACCGAGGCGGTGCTGGTGATTACGGTCGTCGTCATTGTCCAGCAGCTTGAAAGCCAGCTGATTTCCCCGCAAATTATGGGACGGAAGCTGGACATTCACCCGCTGACCATTATTTTTCTTCTGCTTGCCGCCGGCAAATTCTCAGGAATTGCCGGGATGCTGCTGGCCATTCCGGGATATGCGGCCGCAAAAGTGGTCATAAGCCACATGCAGAAACTATTCATTCTCAGAAAAACACAAAGCTAG MPVGPYFRIGYAVLLLFLIIYLGTLIDFLFQPVVITVKTLFPPIVLSGVLYYLCRPLVRVLHAKLKLPEGIAILAIYAGTAGLFVLFLYTAGPAVQKQFTAFTDHIPELSAKAENWIGHLQDSKWFSRLQHGDSFKKLADKAANYSGSIADSLSSLAGTAANAAITAAIIPFALYYMLKEGHKAPRRLLRLLPEKHQKEGKQILRDMDEALSSYIQGQLLVSFCVGVLVTIGYFIIGLDYPLVLGAFAMVTNLIPFIGPWIGTFPGVIVGLFDSPTEAVLVITVVVIVQQLESQLISPQIMGRKLDIHPLTIIFLLLAAGKFSGIAGMLLAIPGYAAAKVVISHMQKLFILRKTQS NA NA NA NA NA D1-12_01428 168 hypothetical protein ATGAACATCGGTGATATCATTTTTCAATTGATTTCATTTATTGCAACCGCGGTTTTCCTGTTTGCCGTGATATACGTATTCAGAAGCTTGAACAAGCGCCGCATACAATTGGACAGAATCGAAAAGAAACTCGACGCGCTGCGCGAAGAAAAAAACGAAAAGTTATAG MNIGDIIFQLISFIATAVFLFAVIYVFRSLNKRRIQLDRIEKKLDALREEKNEKL NA NA NA NA NA D1-12_01429 393 Tn3 family transposase ISAau4 ATGATACATCATATTGAGTTGTATGTATCTGACTTGAAAGCCTCCGCCCGGTTTTGGGGATGGTTTTTAGGTGAGCTCGGTTATAGGGAATTTCAAAATTGGGACTCCGGCATCAGCTGGAAAAACGCAGGATTTTATGTTGTGCTTGTACAGACAGAGGAGCGTTTTTTAACACCGGAGTACCACAGATGCCGGGTCGGGCTGAACCATCTGGCTTTTCATGCTGCATCAAGAGAGCAGGTTGACGAGATGACAGAAAAGCTGATTGCCAGAGGATGCCCCGTGCTTTACAGGGACCGCCATCCATATGCAGGCGGAAGCGCGCATTACGCCGTATACACGGAGGACCCGGATCGGATAAAAGTGGAGCTCGTTGCTCCTGCTTCTGAATGA MIHHIELYVSDLKASARFWGWFLGELGYREFQNWDSGISWKNAGFYVVLVQTEERFLTPEYHRCRVGLNHLAFHAASREQVDEMTEKLIARGCPVLYRDRHPYAGGSAHYAVYTEDPDRIKVELVAPASE NA NA NA NA NA D1-12_01430 960 coaA COG1072 Pantothenate kinase GTGAAAAGTAAAGAATTGAACTTACATACATTGTATACGCAGCACAGCCGCGAGTCGTGGGCCGGATTCGGCGGCCACCTTTCCATTGCCGTTTCAGAGGAAGAAGCCAAGGCCGTAGAAGGGCTGAATGACTACCTGTCGGTGGAAGAAGTAGAAACGATTTACATTCCGCTTGTGCGCCTGCTCCATCTTCATGTCACGTCTGCCGCAAGACGGAATCAGCATGTCAATGTGTTTCTGAAGCATCCGCATTCAGCGAAAATCCCGTTTATCATCGGAATCGCGGGCAGCGTCGCCGTCGGCAAAAGCACGACGGCGAGAATTTTGCAAAAGCTTCTTTCCCGTCTGCCGGACAGGCCGAAGGTGAGCCTGGTGACAACCGACGGTTTCTTGTATCCGACGGCGGAATTAAAAAGAAAAAACCTTCTGTCCAGAAAGGGATTCCCGGAAAGCTACGACGTGAAAGCGCTGCTTGAATTTCTGAACGATATAAAGTCAGGGAAAGAGAGAGTGGAGGCGCCCGTATACTCCCATCTTACGTATGACAGGGAAGAGGGCGCCGTCGAGGTTGTCGAAGGTGCGGATATCGTTATTATCGAAGGAATCAATGTCCTGCAGTCGCCGACATTAGAGGACGACAGGGAAGATCCGCGGATTTTTGTATCGGATTTCTTTGATTTTTCGATCTATGTGGATGCCGAAGAAAGCCGGATTTTCACGTGGTATTTGGAGCGTTTCCGCCTCTTAAGAGAAACCGCTTTTCAGGATCCGGCTTCTTATTTTCATAAATTTAAGGATTTGTCTGATGCAGAAGCGGATACCATGGCCGCCTCCATTTGGGAGAGCGTCAACCGTCCGAATCTGTATGAAAATATCCTGCCGACAAAATTCAGATCGGATTTGATTTTGAGAAAAGGTGATGGCCATAAAGTTGAAGAGGTGCTGGTAAGGCGGGTGTGA MKSKELNLHTLYTQHSRESWAGFGGHLSIAVSEEEAKAVEGLNDYLSVEEVETIYIPLVRLLHLHVTSAARRNQHVNVFLKHPHSAKIPFIIGIAGSVAVGKSTTARILQKLLSRLPDRPKVSLVTTDGFLYPTAELKRKNLLSRKGFPESYDVKALLEFLNDIKSGKERVEAPVYSHLTYDREEGAVEVVEGADIVIIEGINVLQSPTLEDDREDPRIFVSDFFDFSIYVDAEESRIFTWYLERFRLLRETAFQDPASYFHKFKDLSDAEADTMAASIWESVNRPNLYENILPTKFRSDLILRKGDGHKVEEVLVRRV PGPT0008770_452 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_B5|PANTOTHENIC_ACID|CO_FACTOR_METABOLISM PLANT_VITAMIN_B5|PANTOTHENIC_ACID|CO_FACTOR_BIOSYNTHESIS,PGPT0008770-coaA-K00867 NA NA D1-12_01431 1350 dsdA COG3048 D-serine dehydratase ATGTCCGACCGGGATATACACAAGACATTGATGGCAGAGCCTTTCGTCAGGCAAATGGCGGAGGCGCGTGAAGTATTTTGGATCAACCCGCATAAAACCGATGATCCAGTAAAGCATGGTGCTGAATGGAAACAGGAGATTGCCGAAGCGGAAGAAAGGCTGCGCCGGTTTGCGCCTTATATCGCATCGGCTTTTCCGGAGACGGAAGCGGAGGGAGGCCTCATTGAATCTCCGCTTATCTTGATTAATGAAATGAAGAAGCATCTGGAACACAGCGCCGCTCAGGCTTTCCCCGGGCGTCTGCTTTTGAAATGCGACGACGAACTTCCGATTTCCGGTTCCATTAAAGCGCGCGGCGGGATTTACGAAGTGCTGAAGCATGCCGAAGATCTCGCGGTGAAAGCGGGAATGCTCTCAGCAGACGACGATTACAGCATATTGACTGAAGAACGGTTTACCGCTTTTTTCTCAAAATACTCTATAGCCGTCGGCTCTACGGGCAATTTAGGTCTGAGTATCGGCATAATCGGCGCGAAGCTCGGCTTTTGTGTGACCATTCATATGTCCAGTGACGCAAAGCAGTGGAAAAAGGAGCTGCTCCGGGAAAAGGGGGTTCGCGTCATCGAATATGAAGCAGACTACAGTCTGGCTGTCAAAGAGGGGCGCATGCAGGCGAAGCAGGACCCTTATTGTTATTTTATTGATGATGAGCATTCCCGGGATCTGTTTTTGGGGTATGCCGTTGCGGGAAGCCGTGTGAAAAAGCAGCTCGATCAAATGAACATAAAGCCTGATGCAGATGAACCGCTTTTCGTTTATTTGCCGTGCGGGGTCGGAGGAGGCCCGGGCGGCGTCGCGCTTGCGCTAAAGCTGATCTATGGCGAGCATGTCCATATTTTTTTCGGTGAGCCGACGCATTCACCGTGTATGCTGTTAGGACTGTTTTCCGGCTTGCATGACGGAATCAGCGTGCAGGATATCGGTCTTGATAATCAAACGGCCGCCGACGGACTCGCGGTGGGAAGGCCGTCCGGACTGGCCGGCCCTCTGATGGAACCTATACTCAGCGGCTGCTATACCGCCGATGACGGCACGCTTTTTTCGCTGCTTTATCAATTAAGGGCGGCCGAGAATAAGAGCCTTGAACCCTCTGCACTCGCCGGACTGGCCGGAGCCGTCAAGTTTGTCCAGACCGAAGCCGGAAACCGTTATATAAAAGAACGGGGGCTTGAGATGGAAAATGCCGTGCACCTTGTGTGGAGCACCGGCGGAAGCATGGTTCCGGAGGAGGAAATGGAAGAGTACAGCCGGATCGGTTCCTCATTTGTGAAAAAAATGGGCAGACAGTGA MSDRDIHKTLMAEPFVRQMAEAREVFWINPHKTDDPVKHGAEWKQEIAEAEERLRRFAPYIASAFPETEAEGGLIESPLILINEMKKHLEHSAAQAFPGRLLLKCDDELPISGSIKARGGIYEVLKHAEDLAVKAGMLSADDDYSILTEERFTAFFSKYSIAVGSTGNLGLSIGIIGAKLGFCVTIHMSSDAKQWKKELLREKGVRVIEYEADYSLAVKEGRMQAKQDPYCYFIDDEHSRDLFLGYAVAGSRVKKQLDQMNIKPDADEPLFVYLPCGVGGGPGGVALALKLIYGEHVHIFFGEPTHSPCMLLGLFSGLHDGISVQDIGLDNQTAADGLAVGRPSGLAGPLMEPILSGCYTADDGTLFSLLYQLRAAENKSLEPSALAGLAGAVKFVQTEAGNRYIKERGLEMENAVHLVWSTGGSMVPEEEMEEYSRIGSSFVKKMGRQ PGPT0001970_143 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_SERINE_DEGRADATION,PGPT0001970-dsdA-K01753 NA NA D1-12_01432 777 putative oxidoreductase ATGGGCAGATTAACGGATAAGCGGATTTGGATCACCGGAGCATCCGGCGGACTCGGAGAACGGCTTGCATATTCCTGCGCGGCAGAAGGAGCTCATGTTTTTTTATCCGCGAGGCGGGAGGACCGCTTGCAGGAAGTGAAAAAGACGATTACCGCGCGCGGCGGGCAGTGTGATGTCATTCCGTTTGACGTCCGGCATGCAGAAGAGGCTGAAAACGTAAGGCGTTTGATCGGTCATGTTGACGTATTAATCAACAACGCCGGCTTCGGCATTTTTGAAACGGCCGCTGATTCATCTTTGGATGATATGAAGGCAATGTTTGAAGTCAACGTCTTCGGATTAATCGCCTGTACGAAGGCCTGTCTTCCTGTGATGCTTCATGCGAAAAGCGGCCATATTATCAATATCGCCTCACAGGCCGGCAAATTGGCGACGCCGAAATCAAGCCTTTATTCTGCAACGAAGCACGCCGTGTTAGGGTATTCCAATGCGTTGCGGCTTGAGCTGGCCGGTACGGGTGTAGCTGTGACAACGGTTAATCCCGGTCCGATCAAAACAGACTTCTTTACAATTGCAGATAAAGAGGGCGGTTATGTGAAAAGCGTCGGCAGATGGATGCTTGATGCCGACCATGTGGCAGAGCGCATTACATCCGTGATTCTGACGGATAAACGGGAAATGAATCTTCCGCGATGGATGAGCCTCGGGACGAAGCTGTATCAGCTTTTCCCATCGTTTACAGAAAAACTGGCCGGCCGCGCATTAAAGAAAAAGTAA MGRLTDKRIWITGASGGLGERLAYSCAAEGAHVFLSARREDRLQEVKKTITARGGQCDVIPFDVRHAEEAENVRRLIGHVDVLINNAGFGIFETAADSSLDDMKAMFEVNVFGLIACTKACLPVMLHAKSGHIINIASQAGKLATPKSSLYSATKHAVLGYSNALRLELAGTGVAVTTVNPGPIKTDFFTIADKEGGYVKSVGRWMLDADHVAERITSVILTDKREMNLPRWMSLGTKLYQLFPSFTEKLAGRALKKK PGPT0030485_3357 PUTATIVE PGPT PUTATIVE_PGPTs PUTATIVE_FUNCTIONS PUTATIVE_FUNCTIONS-1 PUTATIVE-OXIDOREDUCTASE_ACTIVITY PUTATIVE-OXIDOREDUCTASE_ACTIVITY-1,PGPT0030485-yqjQ-K07124 D1-12_01433 960 gloB_2 Hydroxyacylglutathione hydrolase ATGGCAGCGAGAAAGATCATTCCGATACGTGTGCCGACTCCGTTTGCAGTCGGCGACGTTATCGTTTATTTAATAAAAGATGAAGCCTTAACCCTTATTGATTGCGGCCCGAATACAAAGGAAGCGGCTGAATCGCTCTCATTGCAGCTTAAGGAACACGGGGTTTCTGCGGCGGATATAGAACAGGTGGTGCTCACTCATCATCACGCAGATCATTCAGGTCTGCTGCACCTTTTTTCTGAGGATACGGAAGTAATAGGGCATCCGCTGAATGACAGGTACATTACTCAGGATCAGTCGTATATCGCCCGGCAGGAGGACTTTTTCCTGTCGCTTATGACTGAAATGGACGTTCCCCTGACGCCTGAAGACATACATAAAACAGTTAAGCTGTCATACTTATTTTCTGCAAACCGTCCGTTAACGAAAACAGTGGGAGAAGGCGGAAAAATTGACGGGCTTAACGGCTGGACGGTGCTCGAAATCCCGGGCCATGCCGCTTCTCACATTGCGCTCTACCATGAAAAAAGCGGTGAAATGTTCAGCGGCGATCTGCTTTTGTCCAACAGCTCCACCAATCCGATTCTGGAAGCTCCGGAAAAGGGGGGCGTGCGCGCGGCCCCGATGCTCGACTACTTGAACTCAATGAAGCGGCTGTATGACTTAAACCCGTCCTTATTATATCCGGGACACGGCGATCTGTTGACAGACGTAAAGCCTGCTTTTGACAGGCGGCTTGAAAAACAGAGAAACCGGTCGGAATATGTGCTGCGCCTGTTGTCAGAGGATACGCTGACGGCTTTCCAGGTATGCCGGCGGCTGTTTCCGGCTGTTTATGAAAATGAAATGTTTTTAACGATGTCAGAAACGATCGGCCATCTTGACGTGCTGGCCGCCGAAGGGAAGGCTGTATCCTTTCAGTCGGGGAACACTCTGATGTTTAAAGCTGTGAAGGGGTGA MAARKIIPIRVPTPFAVGDVIVYLIKDEALTLIDCGPNTKEAAESLSLQLKEHGVSAADIEQVVLTHHHADHSGLLHLFSEDTEVIGHPLNDRYITQDQSYIARQEDFFLSLMTEMDVPLTPEDIHKTVKLSYLFSANRPLTKTVGEGGKIDGLNGWTVLEIPGHAASHIALYHEKSGEMFSGDLLLSNSSTNPILEAPEKGGVRAAPMLDYLNSMKRLYDLNPSLLYPGHGDLLTDVKPAFDRRLEKQRNRSEYVLRLLSEDTLTAFQVCRRLFPAVYENEMFLTMSETIGHLDVLAAEGKAVSFQSGNTLMFKAVKG NA NA NA NA NA D1-12_01434 840 proC_2 COG0345 Pyrroline-5-carboxylate reductase ATGAAGAAAATCGGTTTTATCGGGGCCGGATCAATGGCGGAAGCAATGGTGAACGGACTGCTGCAAAGCGGAATGACAGCCCCCGGACATATATATATGACAAACCGCTCAAATGACAGCCGGCTTGAAGAGCTCCAAAAAACGTACGGAGTGAAACCGTGCCGGGATAAAGAAGAGTTTTTCAGCAATACCGACATTATCGTTCTCGCCTTTAAACCGAAAGATGCGGCAGAAAGCATTGAGAACATTCGCGAATACGTGAAAGATCAGCTTGTGATTTCTGTCATCGCAGGGCTGACGATTCACACGATTCAGCAATATTTCGGCAGAAAGCTCACCATCATCCGGGCGATGCCGAATACATCCGCGGCCATTCAGCAATCGGCGACCGGTTTTTCCGCAAGCTCCGAGGCGAGTGAAGCTGAAATCCGGACGGCAAAAGAGCTTCTGGAAACAATCGGAGAAGCGACGCGCTTTGAAGAAAAACACCTTGATGCCGTCACAGCCATTGCCGGAAGCGGTCCCGCCTATGTGTATCGGTATGTCGAAGCAATGGAAAAGGCCGCCCTTCAAGCCGGCCTGCCGGAAGAAACGGCAAAAGAGCTGATTTTACAAACCATGGCCGGGGCGACGGAAATGCTCAGAACAAGCAGCAAACGGCCTGAACGCCTGCGCAAGGAAATCACAAGCCCGGGCGGCACGACTGAAGCAGGCCTTCGCGCATTAGACGAGCGCCGCTTTGAAGAAGCCATCATGCACTGCATCGCAGAAACCGCAGCCCGGAGCGCCGAAATTAAAGAACAATTCGCAGGCTCCGTTCTGCAAAAGACGGACCAGTGA MKKIGFIGAGSMAEAMVNGLLQSGMTAPGHIYMTNRSNDSRLEELQKTYGVKPCRDKEEFFSNTDIIVLAFKPKDAAESIENIREYVKDQLVISVIAGLTIHTIQQYFGRKLTIIRAMPNTSAAIQQSATGFSASSEASEAEIRTAKELLETIGEATRFEEKHLDAVTAIAGSGPAYVYRYVEAMEKAALQAGLPEETAKELILQTMAGATEMLRTSSKRPERLRKEITSPGGTTEAGLRALDERRFEEAIMHCIAETAARSAEIKEQFAGSVLQKTDQ PGPT0014225_1252 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_PROLINE_DEGRADATION,PGPT0014225-proC-K00286 NA NA D1-12_01435 747 pksI_2 COG1024 Putative polyketide biosynthesis enoyl-CoA isomerase PksI ATGAATCCAATGATTGATGTACAGGAAACAGAACCGGGCATTGTGCAGGTCACAATGCAGGATACGGCCGGGAAAAACGGGCTGTCAGAAGAGTTTGTCAGAGAGCTGCACCGGGTATTCCAAGACATCAATGCCCATCCGTCCTATAAAACCGTCCTTCTGACGGGTTACGGAAATTATTTCTGCACGGGAGGAACGCAGGAGGGGCTTTTGACCATTCAGAGCGGAAAGCTCCAATTTACAGATTTAAAGCTTCACAGTCTTTTATTGGATTGCAGGATTCCCGTGATTTCTGCCATGCAGGGGCATGCGATCGGAGCCGGCTTTACGATCGGTCTGAGCTCGGATTTCGTGATTTTAAGCAGGGAGAGTTTTTATTCTTGTAATTATATGAAGTACGGATTTACACCGGGAATGGGCGCGACGTATATTGTGCCTGAAAAACTGGGAATTGTCCTCGGGGAAGAAATGCTGTTTACGGCTGCGAACTTCAGCGGCGCCGCTCTGGAAAAACGGGGAGTTCCGTTTGAAGTGCTGCCGAAAAAAGACGCCCTTCAAAGAGGCCGCGAATTAGCCCGGCTGCTGGCGGATAAACCGAGAGCCTCACTGGTTGCGCTGAAAACCAATGTGACCGCACGGATCAAAAGAGAGCTGACAAAAGCGGTTGAGGAAGAGGTGAACATGCACGAAGCCACATTCCATCTTCCAGAAGTAAAAGAGAGAATCAGCCGCTTATACGGCAGTTAA MNPMIDVQETEPGIVQVTMQDTAGKNGLSEEFVRELHRVFQDINAHPSYKTVLLTGYGNYFCTGGTQEGLLTIQSGKLQFTDLKLHSLLLDCRIPVISAMQGHAIGAGFTIGLSSDFVILSRESFYSCNYMKYGFTPGMGATYIVPEKLGIVLGEEMLFTAANFSGAALEKRGVPFEVLPKKDALQRGRELARLLADKPRASLVALKTNVTARIKRELTKAVEEEVNMHEATFHLPEVKERISRLYGS PGPT0010145_75 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACILLAENE|DIFFICIDIN_METABOLISM,PGPT0010145-baeI|pksI|dfnM-K15313 NA NA D1-12_01436 1248 pksG_2 COG3425 Polyketide biosynthesis 3-hydroxy-3-methylglutaryl-ACP synthase PksG ATGAATGTAGGAATCGAAGCAATGAACGTGTTTGGCGGAACCGCGTATGTAGACGTCATGGAGCTTGCGGAACATCGGAACTTGGATAAAAAAAGGTTTGAGAACCTGCTGATGAAAGAAAAAGTGGTGGCGCTTCCGTTTGAAGATCCGATTACGTTCGCCGTAAATGCCGCAAAACCGATTATCGACTCTCTGTCAGAAGAGGAACGGAATCAGATTGAAATGGTCATCACCTGTACGGAATCCGGGATTGATTTTGGCAAATCCATCAGTACATACGTCCATGATTATTTGCAGCTGAAGCGGAATTGCCGGTTATTTGAGGTGAAACAGGCTTGCTATTCTTTAACGGCCGGGTTTCAAATGGGCGTGAATTTCATCTTATCGCAAACATCGCCGGGAGCGAAAGCGCTCATCATCGGAACGGATATTTCCCGCTTTTTAGTGGCTGAAGGCGGTGACGCGTTGACGGAGGAATGGTCCTATGCCGAACCGAGTGCGGGGGCGGGAGCTGTGGCGCTTTTAGTCAGCAGCACCCCTCATGTCTTTTTGCTTGATCAAGGCGCAAGCGGGTATTACGGGTATGAAGTCATGGATACCTGCCGCCCGATTCCGGATAGTGAAGCGGGGGATGCTGATCTGTCGCTCATGTCTTATTTGGACTGCTGTGAAAAATCATTTCAGGAATACCGAAAGCGTGTGAGCGGGGCGGATTATAAGAATACATTTCAATACCTTTCTTTTCATACTCCGTTTGGCGGAATGGTAAAAGGAGCGCATCGGACGATGATGAGAAAATTGGCAAAGGCTAAGCCGCAAGACATTGAAGCGGATTTTCAGCAACGCGTGCTGCCTGGGATTCAATACTGTCAGCGCGTCGGCAACATCATGGGGGCCACCGTATTTTTATCTCTTGCCAGCACGATTGATAACGGCTCTTTTGAAACGCCGAAACGCGTGGGCTGTTTTTCATACGGTTCGGGCTGCTGCTCTGAATTTTACAGCGGTGTCGTTATGCCGCAAAGCCGGACGCGGCAGAATCAATTTCAGATCAGCCGGCATTTGGATGAACGCGTCCGTTTATCGATGGCTGATTATGACCGGCTGCTGCAAGACAGCGGCATCGTAAAATTCGGCACAAGAAATGCCGCGCCAGCAGCAGACATCCCGAATGCGCATCAAGGAAAAACACGATTGGTGCTGACTGAAATAAAAGAGTTTCACAGAAAGTATGAATGGACGACTTAA MNVGIEAMNVFGGTAYVDVMELAEHRNLDKKRFENLLMKEKVVALPFEDPITFAVNAAKPIIDSLSEEERNQIEMVITCTESGIDFGKSISTYVHDYLQLKRNCRLFEVKQACYSLTAGFQMGVNFILSQTSPGAKALIIGTDISRFLVAEGGDALTEEWSYAEPSAGAGAVALLVSSTPHVFLLDQGASGYYGYEVMDTCRPIPDSEAGDADLSLMSYLDCCEKSFQEYRKRVSGADYKNTFQYLSFHTPFGGMVKGAHRTMMRKLAKAKPQDIEADFQQRVLPGIQYCQRVGNIMGATVFLSLASTIDNGSFETPKRVGCFSYGSGCCSEFYSGVVMPQSRTRQNQFQISRHLDERVRLSMADYDRLLQDSGIVKFGTRNAAPAADIPNAHQGKTRLVLTEIKEFHRKYEWTT PGPT0010135_5 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACILLAENE|DIFFICIDIN_METABOLISM,PGPT0010135-baeG|pksG|dfnL-K15311 NA NA D1-12_01437 1155 yjiB_3 COG2124 Putative cytochrome P450 YjiB ATGACCAGTTTAACAAAAATCAGACAGCAGCAGCCGTACAAGTGGTACCAAACGATGAGAGAAACCTCTCCCGTTCATTACAATGAAAAGGAAGATTGCTGGGAAATCTTCACCTATGATGAAGTGAAGCGGGTGATTTCTGACTACAGTCATTTTTCTTCCGATCATAAATACTTAAGTGCGGACAAACAGGAAAAAATGATCCGGCATATTAACAAAGACAGCCTTTTGAAAATGGACCCGCCTGAACACACCGTCTTCAGAAAATTGGTCAATCAGCCGTTCATGCCGAAATCGGTTGAGTCTCTTGCACCGCGTATAGCCGCTATCGCTGATGACCTGCTTCAGGCCGTCCGTTCAAAAGGCAGGATGGACATTATTGAAGATTACGCATTTCCGCTTCCGATTATCGTGATCGCAGAGCTTTTAGGATTCCCTCCGAAAGACAGGGATATCTTTAAAAGCTGGGTCGACCAAAGCCAGAATGTAAAAGATGAAAAGAAAATGAATGAAGTGCAAAAGCAGATGATCGGATACTTCATGCAGTTTATTTTACAGCGGAGAAAACAGCCGCAAAATGATTTAATCAGCCATTTAATTTCAGCTGATTTAGACGGAGAGCCGCTGTCAGACAAGCAATTAATCGGTTTTTGCGGCTTGTTGATCGTCGCGGGGCACGTAACGACGGAAAATGTGATCGGAAATTCATTTCTCAGTCTCAAGGAGTTCCCGCACATTCTGCCCCGGCTGCTTGAAAATAAGGCGCTCCTTCCTGACTTTATTGAGGAAGTCATCCGCCTCAGACCTTCCATTCAGCGGGTAACCCGCTACACTGCGGTTGAGAGCGAGATTGGCGGAAAAACGATTCCGGCCGGAGAAAAAGTGTATGCGTGGATTGGATCGGCGAACAGAGATGAAAAGAAGTTTAGAAATGCCGATCAGATTGACTTGGGACGAAAGCCGAATCAGCATCTGTCATTCGGTCAGGGCAGCCATTATTGTTTAGGAGCGCCGCTGGCCCGGCTTGAAGCGAAAATCGCGCTTTCCCACTTTTTTGAACAGATGCCCGCATGGCGTTTTACTGAGGATCAAGAGCCGAATCTGGTTCCGAGCCCTGTATTTCACGGCGTTGACAGGCTGCTTGTTGAGTTTTGA MTSLTKIRQQQPYKWYQTMRETSPVHYNEKEDCWEIFTYDEVKRVISDYSHFSSDHKYLSADKQEKMIRHINKDSLLKMDPPEHTVFRKLVNQPFMPKSVESLAPRIAAIADDLLQAVRSKGRMDIIEDYAFPLPIIVIAELLGFPPKDRDIFKSWVDQSQNVKDEKKMNEVQKQMIGYFMQFILQRRKQPQNDLISHLISADLDGEPLSDKQLIGFCGLLIVAGHVTTENVIGNSFLSLKEFPHILPRLLENKALLPDFIEEVIRLRPSIQRVTRYTAVESEIGGKTIPAGEKVYAWIGSANRDEKKFRNADQIDLGRKPNQHLSFGQGSHYCLGAPLARLEAKIALSHFFEQMPAWRFTEDQEPNLVPSPVFHGVDRLLVEF PGPT0010119_1 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACILLAENE_METABOLISM,PGPT0010119-baeB-NA NA NA D1-12_01438 6216 tdh_2 L-threonine 3-dehydrogenase ATGAACAGCCTTCTTTGCAAACTGCTCTTTTACCAATTACAGTCAATCGGGTTTTTCAGCGAGCCTGTCACCACAGCTTCAGCATCCATGCGGAGCGCCGGTGTGATCGGCACATACGGCAGATGGCTGGAAGAAAGCCTGAATCTATTAAAAGAAAACGGATATATCGCGTATGACGGATACACGGTCACCCTCCTCACGGATCAGCGCCCGGACGGCCGCACAGTCTGGAATGAGTGGGATGCCCATAAACGCCTGCTTCCCAATGGGGAGCTTGCGCAAGCTGAATTGGCCGAGGCGACGATAAAAGCGATGCCTTCTATTTTAAAAGGAGAACGTCCGGCTACGGATATCGTATTTCCCGATTCATCAATGCGGCTCGTTGAAGGTGTTTATAAGCATAATCCTGTCGCGGATTATTTTAATGAAGTGTTGGCAGATTCCGCGGCCGCTTACCTGAAAGCTTATCTTACAGAACACCCCGATGCCCGCATCAGGCTGATAGAAGTAGGGGCCGGGACGGGCGGAACGAGCGCCATGCTGTTTACAAAACTGCAACCATTTGCAAAACAGATTGCGGAATATTGTTATACTGACGTTTCTAAAGCTTTTTTAATGCATGCCGAACAGGAATACGGACCTGATGTGCCGTATTTGACAACAGCCTTGTTTAATGCGGAGGAGCCTTGCGAATCACAAAATATCAAAACGGGTGTTTACGATATTGTCATCGCCGCCAATGTGCTTCACGCCACAAAAAATATCGGTTTGACACTTCGCCGTCTGAAAGCGCTCCTGAAATACAACGGGATGATTCTGATAAACGAAATCAGCGATCGTTCTGTTTTTACCCATTTAACCTTCGGGCTGCTTGACGGGTGGTGGTCCTATGAGGATGCTGAGCTTCGGATTCCGGGAAGTCCCGGCTTATATCCAAAATCATGGGAGTGTGTGCTGCATTCGGAAGGATACAGAGCGGTTTGTTTCCCTGCTGAAACGGCTCATGATTTAGGTCAGCAGATTATCGCAGCTGAGAGTGACGGACTCGTCCGGATGCAAGGGATCAGAGACGGCAGAAAGCCATACGCCGCCCCAGCCGAAGTTTTCCGAAAGCCCGCGCAGCCTGTTTCCCGCAGCCGCGCGCCAGAGGAGCATCAAGCTGTAAAGGCTGATGGGGAATCGGTCGCTTCCCATGTCCGCTCTGTCATCAAAACAAGTATTGCCGATGTATTAAAAATGAAAGAAGAGGATATTCAGGAAGAACTGAATTTCTCTGAATACGGCATTGATTCCATTTTGGCCGTCAATGTGATTAACGAGATGAATAAGCGATTGAATCTTACACTGCAGACAACGATTTTATTTGATTACTATCATGTGAAACTGCTGACCGGTTATATCTCGGCAGAATATGAAACCATCATAGCCTCATCTCTGGAGACCGAAAGAGCGAAAATCCGCCCGGCGCTTCAAGAAGAACGGCCTGCTGAAAAACCTCTGCAGACGGAAAGAAAGGAAACCGGTTATCAGAAACCGAAACAAGAACGTATGCCGCCTTCTTTTGCAAAGTCCGGTGACTCGGGAATGTTCCGGGTTGTGATTGACCGTCCGGGCGGCATTGAAGATCTGATGATTGCCCGCAGTGAAGTGCCCGAGACAAAAGATGACGAAGTTCAAATAGCCGTCCGCGCCTTTTCTTTAAATTTCGGAGACTTGCTTTGTGTCAGAGGGCTGTACCCGACGATGCCGCCTTATCCGTTCACTCCGGGATTTGAAGCAAGCGGCGTCGTGATCAAGACAGGGAGGCATGTAACATCCGTCATTCCAGGTGATGAAGTGATTGTCGGCATGGGAGAGGAATTTGGATCTCAGGCGAATCTCATCACATGTAAAGAACACCAAGTCTATCATAAACCGGCCCGGCTGACCTTTGAAGAAGCATGCGCTCTTCCCACCGTGGCGGTGACAATGATAGACGCCTTCCGGAAAGCCGGACTTAAAAAAGGCGAAAAAATATTAATTCAGACCGCGACGGGAGGAACGGGGCTGATCGCGGTGCAAATGGCTCGGCATATCGGCGCGGAAATATATGCCACGGCCGGATCACAGAAAAAAATTGAGTATTTGCATTCGCTCGGGGTCCACAATACCATTTGCTATTTAGAAGAAGATTTTGAAACAGAAATCATGCGAATGACCGGCGGCCGTGGGGTGGATGTTGTCATTAATACCCTGGCCGGTGATGCCATGCAAAAAGGAATGAATTGCCTGGCGCCGGGCGGAAGATATATCGAAATTGCCATGACTGCGCTGAAATCCGCTAAATCAGTCGACTTGTCCGTCCTTCATAACAATCAATCGTTTCACAGCGTGGATTTGCGGAAGCTGTCCCTTCAAAATCCGGATCAGGTCAAGGACTATCAATTGGAACTGCAGCGGCTGGCGGAAGAGGGAGTCATTCAGCCTGTCATCTCAAAAATCTTTTCCTTTGAAGACATAAAAGAAGCGTATCACTGTCTGGATGACCGCGGAAATATCGGGAAAATCGTCATCAGCGTTTCTGAGCCGTATCAAATGACGTACCGCCCCGAACAAAAGGATCCGGCCGATACAGTAAAATCAGCAGCTGTGTTACCTGAAAAAGAACCGATCGCGATTATCGGGATGAGCGGGCGGTTTGCTGAATCGGAGAATGTCCATGAGTTTTGGGAACACTTAGCCGCCGGACGGGATCTGATTAAAAAAGCAGACAGATGGGATGTCTCTGACAGCCAATGCCAGTATGGCAGTTTTATAGAGGACATTGAATGTTTTGACCCCGTTTTCTTTCATATATCGGGACGTGAAGCGACCTATATGGACCCTCAGCAGCGGCTGTTTTTGGAAGAATCATGGAAAGCGCTTGAAGATGCGGGATATGCGGGAGACTCGGTAAGAGGCCGGGAATGCGGCGTGTATGCCGGCTCCTGCGGCGGAGATTACCAGGCCATTTTTAAACAGCAGGGGCCCGCGCAGGCGTTTTGGGGCAATCATAATTCCGTCACTCCGGCAAGGATCGCCTATCACCTTAATTTACAAGGTCCGGCGATCACTGTTGATACAGCATGTTCCAGTTCGCTGACAGCCATTCATTTGGCATGTCAGGGGCTTTGGACGAAAGAAACGGAAATGGCGGTGGCGGGCGGGGTTTTCATTCAATCCACTCCCGCTTTTTATCAGTCGTCAAATAAGGCGAATATGCTGTCACCGACCGGACGCTGCCATACGTTTGATCAAAGCGCGGACGGGTTCGTGCCGGGTGAAGGCGTGGGAGCGGTGGTGCTGAAACGTCTTAGCGACGCCGTTAGTGACGGAGATCATGTGTACGGCGTCATAAAAGGCTCTGCAATGAATCAGGACGGCGCTACAAACGGAATCACCGCTCCAAGCGCGCTATCTCAAGAACGATTGGAACGGCATGTCTATGACACTTTTCACATTGATCCGGAAACCATTCAAATGGTGGAAGCTCACGGAACGGGCACTGCACTGGGCGACCCGATCGAATTCGGCGCCTTAACGCGCGCTTTCCGCCGCTATACGGATAAAAAAGGATATTGCGTCATCGGCTCTGTGAAAACCAATCTCGGGCATGCCGCTGCGGCCGCGGGGATGGCCGGACTGTTTAAAATCCTGCTGTCGCTGAAGCATCGGCAGATTCCGGCTTCCCTGCATTTTCACCAAGCCAATCAGCATATTCAATTTGCGGACAGCCCGTTTTTTGTGAATGACAAGCTGATACCGTGGGAACGGAACCCGGATGCACCGCGCAGAGCCGCCATCAGTTCATTCGGATTCAGCGGAACAAATGCCCATCTTGTGATTGAAGAGGCGCCGCAAACCGTGCGCCGGTCACCGACAAAACCGGCCTGCCTCATTCCTTTATCTGCGCGGACGGAGCGTCAGCTGGAAATTCAGGCAGAACGCCTGCTGGATTCACTCAGCAAGAACAAAGACAGCGATCTGGGAAATATAGGTTATACGCTCCTGCTTGGCAGAAAGCATTTACATCACCGGTTTGCCTGTATCGTAAGCAGTGCGGACGAACTGAAGCGGGTATTATCGGAGTGGCTTGTAAAAAGAGAGCTTCCGGGTGTGTTTGTGTCCAATTTGAAGGACCAGAAGCCGGCAGAAGAAGCCGGAATGAAAACATTCGGAATGGAATGCATTGAACAGTGCCGCTCGGCGGCTTCGCCAGCACAGTACAGAGAAAGCCTGGCACATATCGCTGACCTTTTTTGCAGAGGGTATGATCTTCCTTTTACACGGCTTTTTGACGGAGGGCAATATTATAAAACGCCGCTGCCTGCCTACCCGTTTTTAAAAGAAAGGTATTGGGCGGCTGATGTAAACAGTTCTTTACCAGGCCAGGCCATGAAAAAGTCTGAAACGCAAACCGTTCTCCCGTCTTCGCCGCAGCCTGAACATGAAGGGCTGATTTCTCTGAGTCCTTTAACTGAGATCGAAATGACAGCGTTTGAACCGGAGACATTGCAAAAACCGATCGTGTTACAGCCTTTGGATGGTACTTTTTCTGTCCGGCAGCCAGAAAAAGCCGTTTTCGAAGACAATAGAACATTGCTTGAAGAATTGAGGATAAGCCTGGCAGATATTTTATTTTTGTCACCGGAAGATATTGATGCTGATGAGACTTTCATCGACATGGGGCTTGACTCCATTATCGGGGTTGAATGGATACAAACAGTAAATAAAACGCACCACACTGAGATTACTGCCAATAAGGTGTATGAACACCCGACGCTTAAGGAGCTTGCGGAATATATAGCGGGGCAAATAAAGAAACCCGAGTATGCTGAAGCGGAGGAAACAGCGGTACGTCCGCAAATCCCGGAAGCAGAAACTCCCCTTGCCGGCATCGCTGACGGCACTTTGCGCAAAGAGCTCAAAGAAAGCCTTGCAGACATCCTGTTTCTGAAGCCGGAAGATATTGATGAGCATGAGGCATTCATTGATATGGGGCTGGATTCTATTATCGGTGTGGAATGGGTTCAGTCCATTAATAAAGCCTATCAAGCGTCTATTACGGCAAATCTGGTCTATGAATATCCGACAATCGCAACATTAGCCGGGTATCTGACCGGTTCTGTCCAAAAAGACACCGAGGAAGTACATGAGGAACATACGAAACAAAACGATATATCAGAAGAGACAGATGATCAAGAACCGCCCGAGCTGATCTGTCTTAACCCGGGTGGAAAGGGAAGACCGATTTTCTGGTTTCATTCCGCGCTGGGGGCAGTGGAGCTGTACCAGCCTGTTGCCGAACGGACCGGGCGTCCTTTTTACGGAATTCAGGCAAGAGGATGGATGACAGACCGGGAACCGATCCGCGGCATTAAAAACATGGCCGAATATTACGTTAAGCTCATACGTACCGTGCAGCCCCGGGGTCCTTACGATGTAGGCGGCTATTCATTAGGGGGCATGCTCGCTTATGAAGTCACCCGGCAATTGCAGCTGGCTGGAGAAACCGTTGAGTCAATCGTCATGCTCGACTCCTTTGACTCGGCGGGTGCGCGGGAAATAAACATTCCTGATGAATTATTTGATAAAAATATGATGCTGCAGACGGTGAACATGGCTTTATTTGCACCAATCTATCAATATCCGGAACGCATTTCTGAAACCTTGATTCATCGTGATGAACTAGATGCCGATCTTCATGAAGACATATTTTTAGAGCAATTAATCGCAAAAGCCAAACAGCGGGGGTTAACGAAGACGGACGCGTTGGTGAAAAATCTGATCAGGCAGAATATAAATGTTCAGGACGCTTACGAAATCACTGATTACGAACTCCTGCCGCTTCCAGATCCGAACGGGGTGACATGCTATTATTTCCGAAATAAAAACGGTATTTTCTTGGGTGAGCTTGATCCGTATTTTACGATCAGGGCTGATATTTTATCCGCTGATTTCGTCAACTATTGGAGCCAGTGGGAAGAGCATATGACAAACATCGCCATCATGGATGTGGCGGTATCCAACCATATGACGTTATTGGCTGAAGACAGCGCAGCCGAAACGATTTCTGAATTTTGCGGCGTTTTATATTCGGCAGACGGAATGACAGAACACAGCTTCCTGCAGCTGCAGGAAAAGATACTGAACGTGCATGGTGAGATGCTGAAGCAGCCCGCCAAAACAAGACCGTAA MNSLLCKLLFYQLQSIGFFSEPVTTASASMRSAGVIGTYGRWLEESLNLLKENGYIAYDGYTVTLLTDQRPDGRTVWNEWDAHKRLLPNGELAQAELAEATIKAMPSILKGERPATDIVFPDSSMRLVEGVYKHNPVADYFNEVLADSAAAYLKAYLTEHPDARIRLIEVGAGTGGTSAMLFTKLQPFAKQIAEYCYTDVSKAFLMHAEQEYGPDVPYLTTALFNAEEPCESQNIKTGVYDIVIAANVLHATKNIGLTLRRLKALLKYNGMILINEISDRSVFTHLTFGLLDGWWSYEDAELRIPGSPGLYPKSWECVLHSEGYRAVCFPAETAHDLGQQIIAAESDGLVRMQGIRDGRKPYAAPAEVFRKPAQPVSRSRAPEEHQAVKADGESVASHVRSVIKTSIADVLKMKEEDIQEELNFSEYGIDSILAVNVINEMNKRLNLTLQTTILFDYYHVKLLTGYISAEYETIIASSLETERAKIRPALQEERPAEKPLQTERKETGYQKPKQERMPPSFAKSGDSGMFRVVIDRPGGIEDLMIARSEVPETKDDEVQIAVRAFSLNFGDLLCVRGLYPTMPPYPFTPGFEASGVVIKTGRHVTSVIPGDEVIVGMGEEFGSQANLITCKEHQVYHKPARLTFEEACALPTVAVTMIDAFRKAGLKKGEKILIQTATGGTGLIAVQMARHIGAEIYATAGSQKKIEYLHSLGVHNTICYLEEDFETEIMRMTGGRGVDVVINTLAGDAMQKGMNCLAPGGRYIEIAMTALKSAKSVDLSVLHNNQSFHSVDLRKLSLQNPDQVKDYQLELQRLAEEGVIQPVISKIFSFEDIKEAYHCLDDRGNIGKIVISVSEPYQMTYRPEQKDPADTVKSAAVLPEKEPIAIIGMSGRFAESENVHEFWEHLAAGRDLIKKADRWDVSDSQCQYGSFIEDIECFDPVFFHISGREATYMDPQQRLFLEESWKALEDAGYAGDSVRGRECGVYAGSCGGDYQAIFKQQGPAQAFWGNHNSVTPARIAYHLNLQGPAITVDTACSSSLTAIHLACQGLWTKETEMAVAGGVFIQSTPAFYQSSNKANMLSPTGRCHTFDQSADGFVPGEGVGAVVLKRLSDAVSDGDHVYGVIKGSAMNQDGATNGITAPSALSQERLERHVYDTFHIDPETIQMVEAHGTGTALGDPIEFGALTRAFRRYTDKKGYCVIGSVKTNLGHAAAAAGMAGLFKILLSLKHRQIPASLHFHQANQHIQFADSPFFVNDKLIPWERNPDAPRRAAISSFGFSGTNAHLVIEEAPQTVRRSPTKPACLIPLSARTERQLEIQAERLLDSLSKNKDSDLGNIGYTLLLGRKHLHHRFACIVSSADELKRVLSEWLVKRELPGVFVSNLKDQKPAEEAGMKTFGMECIEQCRSAASPAQYRESLAHIADLFCRGYDLPFTRLFDGGQYYKTPLPAYPFLKERYWAADVNSSLPGQAMKKSETQTVLPSSPQPEHEGLISLSPLTEIEMTAFEPETLQKPIVLQPLDGTFSVRQPEKAVFEDNRTLLEELRISLADILFLSPEDIDADETFIDMGLDSIIGVEWIQTVNKTHHTEITANKVYEHPTLKELAEYIAGQIKKPEYAEAEETAVRPQIPEAETPLAGIADGTLRKELKESLADILFLKPEDIDEHEAFIDMGLDSIIGVEWVQSINKAYQASITANLVYEYPTIATLAGYLTGSVQKDTEEVHEEHTKQNDISEETDDQEPPELICLNPGGKGRPIFWFHSALGAVELYQPVAERTGRPFYGIQARGWMTDREPIRGIKNMAEYYVKLIRTVQPRGPYDVGGYSLGGMLAYEVTRQLQLAGETVESIVMLDSFDSAGAREINIPDELFDKNMMLQTVNMALFAPIYQYPERISETLIHRDELDADLHEDIFLEQLIAKAKQRGLTKTDALVKNLIRQNINVQDAYEITDYELLPLPDPNGVTCYYFRNKNGIFLGELDPYFTIRADILSADFVNYWSQWEEHMTNIAIMDVAVSNHMTLLAEDSAAETISEFCGVLYSADGMTEHSFLQLQEKILNVHGEMLKQPAKTRP PGPT0010170_33 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACILLAENE|DIFFICIDIN_METABOLISM,PGPT0010170-baeR|pksR|dfnJ-K13615 NA NA D1-12_01439 6153 hypothetical protein ATGAAAAAAACAGTGAATCTGCGCCTGACGGCAGAACATCCCATTATGAAAAACCATCTTGTTCACGGAGAATCTGTCATGCCCGGTCTGGCTTATATTGATATGCTGTATCAGCTGGCAAAGCAAAGCCTTGATCTTTCATTCCGTTCCATCTGTCTGAAACGGGTGACCATTTATCATCCTTTATCAGTGAAGCGGTCAGAGCGGCTTGATGTGAGTGTCATATTCAGTAAAGAAAAGGAGTTCTGGACAGCCTCGATTTGCGGGGCGGATTCCGGGACGGTTTTCTTATCAGCGGAGGTGCATGAAGGAGTCTTTTCATCAGATAAGCGCCTTGACGCGGAAGAGAAAAAACAAGTTGCGCTTCCATCAGTCTCTTTGCATACGGTTTACGAAGACGCGAGAAGCCGCGGACTGTCGCATGACGGACTGATGAAGCCGGAGGGAGAGATCTATGCAAATGAAGAGGAATGTTTCCTTGATATTCGGCAGTCTGATTCATGCCAGGAAAATCTCCCCGGCGCTCTCTTTCATCCCGCGCTGATGGACGGTGCCGCCATGGCCTCCGGCGTATTGCAGACAGCTGCAGGCGCCGGTTTGTTTTTACCGATTTATTATGATTCGTTTATTGCCGCTGAGACCGTTACGGAGCGCTGTTACGCGGTGATTTCGAAAAAGTCCGGTACGCCTTCTGAAATGGTGAAAATGGATATTGACTTTTACAACCTCAGCGGTGCGCATATTGCTTCACTGCTCGGCCTGACAGCCAAAAAGGTGCGGACAGACCGGCAGCTGATACCAGGCGTTCAGCAGATGGAGGAAACCTTATACCGCATTTTCTCAACATACGTAGGCCGTCCTGTCACAAGAAATGATGCGCACACCGTGTTTTTTGAATTAGGTCTTGAATCGTCACAGCTTCTGGCCATTATTAAAGACATCGAAGAGGCGTTTGATCTGCGGCTGAATCCGACTCTTTTATTTGAATGCAGCAGCATATCCGAACTGCTTGAAGACATAAAAACAAAAGGAACAGATGAATCATCCGGCCTTGTCGCGAATGCAGCACCGGTCTCTGAAACGCAATCAGGCAGTCAGACATTTACTTTCTATGAACATGAAGCATTCCTTCAGGATCATCTGGTTTTCGGCAAACCGGCACTGATGGGTGTAGTGTATCCGTGTCTGGTGCTTGAAGCATCCGGAGCGTCTCATTCCGGCACGTATCCCGCCGGGCTGAAAGATATCCGTTTTACGGGCGGGCCCGTCACGCTGGAGCCGGGAGAGGCCGCACAGATTGACATTTCATTTGCGGCAGAAAAGAGTGCCGAACGCTTTACCGCAAGCTGCACTGTCTCCGGTAAAGAAAGCCGGAAGACGTGTGCCGAAGGAGAAATAAGCAGAGGTATAGAGACACCCGTAAAAAAATCATATGACGTTGAACAAATGAAGGCGCATGCACAAAAGGTAGCACCGGATGTTATTTCCCGTCTGTACGATTCGGTTGCCGACTTCACGATAGGCCCGATGCTGAAAACGGTAACGGCGGGATACAAAATGAGTGAGAGCTCCTTTTTATTGCAGCTGGACTTATCAGGGAAAAAAGAGAAAGGCGATCTGCATCACTTTGCATTTGACCCGCTTATATTGAATTCATGTTATATGTCGCTCGGTGAAGAAGAATTGCAGCTGAAAAAGCGGATTCACATTCCGCTCATGATTGAGAGGCTGACGCTTTACGGACCTGTCATGTCTGATACCGTCTATGTGGTGAATACAATCAAACATAAAAAAGACGGATTTCTCTCATTTGACGCCGCAGTCCTCAGCCATACCGGAGAACAGCTGGCGGAATTGAAAAACGCGTCTGTGAAAGAAGTGCTTCAGCCAAATCGGCTTGAAAATGCGTCTTTTGCCCCGTCCGGGAATCAAAGCCGTCAGAAAACGAAAGGAAACCCGCTGGATATTGCCATTGTCGGAATTTCCGGCAAGTATCCGCAGGCCGATGATATCGATGCGTTTTGGGAAAATCTCAAACAAGGAAAGGATTGTATTACCGAAATTCCGAAAGACCGCTGGAAATGGGAACATTACTTTTCCGAGGACCGTACGGCGCCGGGAGCGATTTACAGTAAATGGGGCGGATTCATTGACGGGATCGCCGATTTTGATCCTGAGTTCTTTAAGATTTCCCCCCGTGAAGCGGAACACCTTGATCCTCAGGAACGGCTGTTTTTAATGCATGCGTGGATGGCGATGGAGGATGCGGGATATACGAGGACATCACCTGAACTGGGCCGTCAGGTAGGTGTGTATGCCGGAGTCATGTATCAGGAATACCCGTTATTCGCGGCTGAAGCGGGAGTGAAAGGACGGCATATCGGGCTCCCCGGCGGGATTTCATCCATTGCTAACCGTGTCTCCTATTTTTGCGATTTTCAAGGGCCGAGCATTTCGGTCGATACGATGTGTTCGGGTTCGCTGACTTCATTGTACATGGCGTGCCGGGATCTGCGGGATCATCGGATTCGCGCGGCGCTTGCCGGCGGAGTGAATCTCACCGTTCATCCTAACAAGTACTTCATGCTGAGCCAGGGGCAGTTCATCTCATCTAAAGGACACTGCGGGAGTTTCGGCGCCGGGGGTGACGGCTATATTCCGGCAGAAGGGGTCGGGGTGCTGCTTCTTAAACGTTTAGAAGACGCCGTACAAGACGGAGATCGGATTTACGGCGTCATTAAAGGAGCTGCCATTAATCACGGCGGGAGAGCGAGCGGTTACACCGTACCGAACCCCAAGGCGCAAAGCGAAGTCATTTCTCAAGCTTTACAGGAGGCGGGGGTATCGCCGGGCCAGATCAGCTATGTAGAAGCGCACGGGACAGGGACGAAATTAGGCGATCCGATTGAAATCCGGGCTTTAACCGATGCATTCGGTGATGTTCCTGAAACATGTCTCATCGGGTCTGTCAAATCAAATATCGGACATGGGGAATCGGCAGCAGGCATCGCCGCTGTCACAAAAGTGCTGCTGCAGATGAAGCACAAACAAATCGCCCCATCTTTGCATGCGGATGTTTTAAATCCGAATATCCAATTTGACGAAGGTCCGTTTTCCGTCTGCCGGGAATTAACAGATTGGAAACGGATTGCAGCAGACGGAGCAGAACAGCCGCTCAGGGCGGGGATCAGCAGCTTTGGTGCGGGCGGTTCTAACGCGCATATCATTATTGAAGAATATGAGGCTCCTGTAAAACAAGCAATCAGCAGCCAAGAGCCGGCTGTCATTCTGCTGTCTGCGAAAAATGGGGAGCGTCTGACAGAATATGCGGAGCGCCTTCTTGCTTTTCTTCAAAAGAAGCATACGGATAAGCCGGACTTATTTGATGTCGCGTACACTTTACAAGCGGGGCGGGAAGCGATGGATGAGCGGCTGGCTTTCATTGCGGACTCTCTTAAGGAGCTGGAGGACAAGCTCAGATCGTACTTGGAAAATGAAAACGCACCGCATCTTTACAGGGGGCGGGCGAAGCGAAATCATGAGACCGTGGCTGTGTTTGAATCTGATGAAGATTTGCAGGAAGCCATGGGCAAATGGCTGAAAAAGAGAAAGTACGGTCATTTGCTGAACATGTGGGTGCAGGGAGTCGATGTGGACTGGAACTTGTTATATTCGGGACAAAAACCCCGGAGAATCAGCCTTCCCGCCTATCCGTTTGCAAAGGTCAGATGCTGGATTCAAGATGAAGCCGAGGCGGTTTCAAAACGGGATGACGGCAAAACGGTGATCCATCCGCTGCTTCATGAAAACACCTCCGATCTGTGGGAGCTGAAATTCACATCCGTATTTACCGGACGGGAATTCTTTTTCACTGATCACACAGTCAATGGGGAGAAAGTGCTCCCGGGAGCCGCCGTGATCGAAATGGCCAGGGCGGCCGTTGAGCGTGCCGCATACGCTGTGCCGGACGGACGTAAAGGACTGTATTTGAAAGATCTCATATGGATGAGGCCTGTTGTTCATAAGGGGACGGATGTAGAAGTCCATATCAGCCTTATCCTTAAGGAAAATGAAGACATTGAATTTACGATTTACAGCCTATCGGAAGAACCCGGGGGAGAACGGATTATATACAGTAAAGGCACCGCGGTATCAGGAGAGATAGCAGCGGTTCCGTCAGTTCACTTAGAGGGCTGGCTGTCCGGGTGCAGCCAATCGGTTATGACGTCTGATGAGGTTTATCAGGCTTTCCGGCATGCGGGTATGATATACGGGCCGAGCCATCAAGGAATTGATCAGCTGATGATCGGAGAGAGGGGCGCTGCAGCCCGGCTGTCGCTGCCGGAAACGGCAGACAGTACCGCCGATCAGTTTGTCATCCACCCGAGTCTTCTAGATGCCGCGTTTCAGGCGTCACTGGGTGCCGGTTCAGATACTGCCGGAGACACTCCGATGCTGCCGTTTTCCCTGAGGCAGGCAGAAATATTTCAGCCGACTCAGAAAACGATGTGGGCGCTTGTCCGCAAACAGAGCGATCGGTCAGATAACGGAGCGCTGACGCTGGATATTGATTTATGTGATGCAAACGGCGCTGTTTGTATGAGATTGACAGGCTTCTCCTGCCGGGCTGTCCGGCAGACAAACCAAACCGAAAGCAAGCGGCAGGAAGTTCAGACAGCGATGCTTGCCCCTGTTTGGGACAAAACTTTCTTTTCCATAGAAGAAAATCAAGCGGTTGATCAGGAACAATTGCTGATTATCGGAAAGCCGGGAAATACCATAAAGGCTGCTGCAAAAATGTGGCCCCGCGCCCATCTGGCGGAGACGCCGGATCATTCAAGCGAGCAAACATTACGTGAATTGACAGCCGGGTATCAGGATATCCGCCATTTCTTATGGATTGCGCCGGATCGTTTCGCACCTGCATCCGTCAGTCAGGAAATGCTTGATGAGCAGGAGAATGGGGTGATTCAATGTTTCCGTTTCATCAAAGCGCTGCTGTCACTCGGGTATGGAAACCGAAACATCAGCTTTACGGCGGTCACCCGGCAGACACAGTCCGTGTATCCGGGTGATCTGCCGCAGCCTGAGCATGCAGGCGTACACGGGTTGATCGGTTCATTGGCAAAAGAATATCCGAACTGGGACATCAGGCTGATTGATGCAGAAGAAGGCAGTGATTCGTCTGAGATGAAAAACATCTGGCGCCTTCCTCCAGATCCGGACGGAAATGCTGCCGCGTACCGTAACGGAGCTTGGCACAAGCAAAAAACAGTCCGGGTGCTGACAAGTTCCGCTCCGCGTATGTCGTACAGAGAAGGCGGCGTTTATGCTGTCATCGGCGGAGCGGGCGGCATCGGAGAAGCATGGAGCAAATACATGATCACCCGTTACAAGGCACGGATGATATGGATCGGCAGGCGGCCGAAGGATCAGGAGATTCAGAGCAAAATAGACAGGCTGGCGCTATCAGGCCCCGCGCCGCATTATATACAGGCTGATGCTCAAGATGCCGCAGCGCTTAAAGCGGCCGTCCGTTCCGTAAGAGAGCAATACGGCAATATAACGGGAGTCATCCATTCCGCGATAACGCTTGCCGACAAAAGTATGGCGAATATGGATGAAGCTTCTTTCAGAAACGCTTTTTCAGCTAAGGTGAATACGAGCGTCCGAATGATTGAAGCTTTTAAGGGAGAACCGCTTGATTTTGTGCTGTTTTTCTCATCCGTTAATTCTTTCACAAAAAATGCCGGGCAAAGCAACTATGCGGCAGGGTGTACATTTCAAGACGCCTTTGCCCGCCATATCGCTTCCTTGCTTGATTGTGAAGTGAAAGTCATGAATTGGGGATATTGGGGCAGTCTGGGCGTTGTATCAGACCCGTCTTACAGAAAACGGATGGAGGCGTCAGGGATCGGTTCTATTGAACCCGATGAAGCAATGGAGGCGCTGGAAGTCTTACTATCAGAACCGTTCAGCCAAGCGGCATTCATTAAAGCTGCTCCGCACGGCTTAGCCGCGCTGACGGATCAAGATGCAATATCGGTTGTATCCGGCCCGAAGCCTTCATTTATGGAAAGCGTCAAGCGGCAAAATCCGGATCGGAATGAACGGCTTGAGACTTTAAAACGAGAAATGGAGTTGCGCATATGA MKKTVNLRLTAEHPIMKNHLVHGESVMPGLAYIDMLYQLAKQSLDLSFRSICLKRVTIYHPLSVKRSERLDVSVIFSKEKEFWTASICGADSGTVFLSAEVHEGVFSSDKRLDAEEKKQVALPSVSLHTVYEDARSRGLSHDGLMKPEGEIYANEEECFLDIRQSDSCQENLPGALFHPALMDGAAMASGVLQTAAGAGLFLPIYYDSFIAAETVTERCYAVISKKSGTPSEMVKMDIDFYNLSGAHIASLLGLTAKKVRTDRQLIPGVQQMEETLYRIFSTYVGRPVTRNDAHTVFFELGLESSQLLAIIKDIEEAFDLRLNPTLLFECSSISELLEDIKTKGTDESSGLVANAAPVSETQSGSQTFTFYEHEAFLQDHLVFGKPALMGVVYPCLVLEASGASHSGTYPAGLKDIRFTGGPVTLEPGEAAQIDISFAAEKSAERFTASCTVSGKESRKTCAEGEISRGIETPVKKSYDVEQMKAHAQKVAPDVISRLYDSVADFTIGPMLKTVTAGYKMSESSFLLQLDLSGKKEKGDLHHFAFDPLILNSCYMSLGEEELQLKKRIHIPLMIERLTLYGPVMSDTVYVVNTIKHKKDGFLSFDAAVLSHTGEQLAELKNASVKEVLQPNRLENASFAPSGNQSRQKTKGNPLDIAIVGISGKYPQADDIDAFWENLKQGKDCITEIPKDRWKWEHYFSEDRTAPGAIYSKWGGFIDGIADFDPEFFKISPREAEHLDPQERLFLMHAWMAMEDAGYTRTSPELGRQVGVYAGVMYQEYPLFAAEAGVKGRHIGLPGGISSIANRVSYFCDFQGPSISVDTMCSGSLTSLYMACRDLRDHRIRAALAGGVNLTVHPNKYFMLSQGQFISSKGHCGSFGAGGDGYIPAEGVGVLLLKRLEDAVQDGDRIYGVIKGAAINHGGRASGYTVPNPKAQSEVISQALQEAGVSPGQISYVEAHGTGTKLGDPIEIRALTDAFGDVPETCLIGSVKSNIGHGESAAGIAAVTKVLLQMKHKQIAPSLHADVLNPNIQFDEGPFSVCRELTDWKRIAADGAEQPLRAGISSFGAGGSNAHIIIEEYEAPVKQAISSQEPAVILLSAKNGERLTEYAERLLAFLQKKHTDKPDLFDVAYTLQAGREAMDERLAFIADSLKELEDKLRSYLENENAPHLYRGRAKRNHETVAVFESDEDLQEAMGKWLKKRKYGHLLNMWVQGVDVDWNLLYSGQKPRRISLPAYPFAKVRCWIQDEAEAVSKRDDGKTVIHPLLHENTSDLWELKFTSVFTGREFFFTDHTVNGEKVLPGAAVIEMARAAVERAAYAVPDGRKGLYLKDLIWMRPVVHKGTDVEVHISLILKENEDIEFTIYSLSEEPGGERIIYSKGTAVSGEIAAVPSVHLEGWLSGCSQSVMTSDEVYQAFRHAGMIYGPSHQGIDQLMIGERGAAARLSLPETADSTADQFVIHPSLLDAAFQASLGAGSDTAGDTPMLPFSLRQAEIFQPTQKTMWALVRKQSDRSDNGALTLDIDLCDANGAVCMRLTGFSCRAVRQTNQTESKRQEVQTAMLAPVWDKTFFSIEENQAVDQEQLLIIGKPGNTIKAAAKMWPRAHLAETPDHSSEQTLRELTAGYQDIRHFLWIAPDRFAPASVSQEMLDEQENGVIQCFRFIKALLSLGYGNRNISFTAVTRQTQSVYPGDLPQPEHAGVHGLIGSLAKEYPNWDIRLIDAEEGSDSSEMKNIWRLPPDPDGNAAAYRNGAWHKQKTVRVLTSSAPRMSYREGGVYAVIGGAGGIGEAWSKYMITRYKARMIWIGRRPKDQEIQSKIDRLALSGPAPHYIQADAQDAAALKAAVRSVREQYGNITGVIHSAITLADKSMANMDEASFRNAFSAKVNTSVRMIEAFKGEPLDFVLFFSSVNSFTKNAGQSNYAAGCTFQDAFARHIASLLDCEVKVMNWGYWGSLGVVSDPSYRKRMEASGIGSIEPDEAMEALEVLLSEPFSQAAFIKAAPHGLAALTDQDAISVVSGPKPSFMESVKRQNPDRNERLETLKREMELRI PGPT0010160_116 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACILLAENE|DIFFICIDIN_METABOLISM,PGPT0010160-baeM|pksM|dfnI|dfnD|dfnF-K13613 NA NA D1-12_01440 7719 acpP_3 Acyl carrier protein TTGGCAGTTGCCACCGATCAAGTCAAAACGTTCCTGCAGAAAATCAGCCATACGAATTATATCGTCCGGGATCATCGCGTTCATCAAATCCGCGTCCTCCCGGGCGTGACTTTAATAGATATGCTGTATCGGCTCGCCGCCGGGTATCTCGGTGAACGGCCTATAGAATTAAGACAGATTATTTTTAAGCAGCCTGTTGTAACATCTGAAGAGTTTGATAAACACCTGTATGTTACCTTTACGCCGGCGCGTGACAGCTGGAAAGTTGAGATCACAAGCGAAAAAGCAAAAAACGGCACACCGCTTGGCGGAAACCGGGATGAGAATATGGAATGCCAGCTTTATTTGCAAGAAGACACGCCCCGGGCAAAAGAACTGAATATTGAAGCGTTCATGAAAAACGCAAGCCGAAAATGGGACATGCATGACATTTACGGAATTGCAAGAAGAAGCCATATTGAGCATGGCGAGTTTATGAAAAATGAAGGGGCCGTTTATCAGCTTCAGGATAAAGAAGAATTAATGGAGCTCACTCTGAGTGATTTGGCTGAAGGATTCCGGGAGAAATTTAAGGCGCATCCGGCTTTTTTAGATGCGTCTACCCTTGCCGGCTCTTCCTTTGCATTGTCGGCCCAAAAGCAAAATGACACACCTTATATTCCTTTTATGATCAATCGTTTTTGCATGTATCAGCCGTTTCCGAAAACGATTTACACTTATTCTGCGAAAAACAGCCGCACTGAAAGCGGCGTATCAGCCAGCGAACCTGATGTTTATTCGGCCGACTTCACGATTTACGACAGGGCAGGGAACGTATTGGCCGAATGTGAGAAACTGACAGTGAAAAGGGTCAGACAAGCGAATATGATTACCCATCTGATAGACAAAGAGAAGCCGCCTCAGCAGAACAGAAGCGGCCGTGGAGAGCCCGAAAGTCCTGTGGCCGCAGAAGACGTGTCTGAACAGCAAACGCCGGAACAAAACATGGTGACTTACATAAAGTCGGAAATCGCCAGGCTGATCAATCGTCCGGCACAGGATATTGATGTGCGGAAAGGCTTTTATGATATGGGGCTTGACTCGGCGCATTTGCTGAAGCTTGTAAAGATACTAGAGCAGACTTTTCAGCAGCAGTTTTATCCGACACTGCTTTTTGAATATTCATCTGTCCGCCGCCTTGCGGATTACCTTATCAATGAAGCGGGCTGTGTGCTGAAAGATTCGGCCGAAGAACGGCATACATCAGACGCTGACATTGCTGATGAGGTTCTGTTTTTTGAACCCGCCTGGAAAGATCAGCCGCTGGAAACGGCGGTGCAGAACGGGCAAAAACACACCCGTCATCTCATTATCGCTGCCGATGCAGGACCCCGTCTCACCGGTGAACTCGGCACATATTGCCCGGAAGCGGAAGTGATAGAACTGAAAAGGGAGCATGAGGCTGCAGATGAGCAGTTTGGAGCAGATGCCGAGCGCATATTTCGTATGCTCAAACGGGAACTGACAGACCATCCGAAAGAACATACATTGATTCAGCTTGTATGCGCCGTTGAGAATGGAGCGGCATTGTCTTCCGCTCTCGGGGCTATGCTGAAAACGGCACATCTGGAAAATCCGGTTCTTCGCACTCAGGTGATCACCTTCTGTGACAAGAATGAGAGATTGCCAAGTGAGACGGCCGCAATCATTAGAACAGAAGCAGACTGCTCTTATGCAGGCTGCACAGACATTCGGTATAAAGACAATATGCGGCAGATCAGATTGTTCGAACGTATTGAGAAACTGGACGGGCAGACACAGTCTCCTTGGAAACAAAACGGCGTATATGTCATTACAGGAGGCCTCGGCGGTCTTGGATTTCTGCTTGCCCGTCACCTTGCAGAAAAAGAAAAAGTGAAGCTCGCACTCATCGGCCGTTCGCCGCAACAGTCTGAGAAGATCAGCAGACTGAAAGCATTGGGCGCAGAAGTTCTTTACGTTCAAGCGGACATCGGCAGCAAAGTCGAAACAGAGCGGGCATTTGCTCAGATTACAGAAACCTTCGGCCGGCTGACGGGTATTTTTCATTGCGCCGGTGTTTTAAAAGATCAATTTATCATCCAAAAAGACAGTTCTGACTTGAAGCAGGTGTTCCTGCCGAAAATCAGCGGCCTGATTCATGCGGACGAAGCTTCACGGCATGAACCGCTTGAATTTTTCGCCGTTTTTTCCTCATTCTCGGCGTTGGCCGGAAATGCGGGCCAGACAGATTATGCCGCAGCGAACGCTTTTATGGATGAATATATGAAATATCGCGATTGCAAAGCGGAAAAAGGCGAACGGAACGGGGCTTCTATGACGATCAACTGGCCGCTTTGGGAAGATGGCGGCATGCAGGTTGACAGCTTAATGAAAGAGATCATGAATGATGCAACAGGCACCAGCCCGCTACCGGCCGGGGAAGGGATGGCTTCACTTGAATATATGCTGCGACTCGGCAAGCTGCAATCCGTTATTTTATACGGGAAAGAGCCGGCTGTAACTGAAAGCATGGGCCGATTGGGTCCAAAGGGAGACAAGAACGGATCTTCATTATCCAACGCAGCTGTCAAGAGAAGAAGCCGAAAACAAGAGAGACATACAGAAGAGCATGATATTGCGGTAATCGGATTGGCGGGAAGATACCCGCAGTCGGGAAGCATTGATGAATTTTACCAAAATCTGCGCTCAGGTAAAGACTGCATTACGACAATGCCGAAAGACAGATGGAAAGGTTATTCTTTCTCATATGAAGCAGATCAGTTCTACCGTTACGGAGGATTTTTGGATCGCATAGACAGCTTTGACCCGCTGTTTTTCAATCTGACTCCGCGCCAGGCTGAAATGATGGACCCGCAGGCGCGACTGTTTTTAGAGACGGCTTGGGAAGCTTGTGAAGATGCCGGTTTTTATCAGGACAGAACGGCGCGCGGGCCATCTTCACAAAAGAGAAAACGCGTCGGGGTATTCGCAGGTGTGTTTTGGAGCCATTATGAGCTGTTCGGCGCTGAAATTACACAACGGGGCACACCGCTGTCTATGGGCGTGACGCCTGCCTCTGTTCCGAATATCGTGTCTCACTGCCTGAACTTTACAGGGCCGTCAATGGCTGTTGATACGATGTGCTCTTCTTCGCTCACATCCATACATTTGGCATGTGAAAGCATTAAAAGGGGGGAGTGCGAATTCGCCATTGCCGGCGGTGTGAATGCGGTCACACACCCGCATAAATATGCGTTTTTGGCGAATGCCGGATTTCTGTCTTCAGAAGGCGTCTGCAAAAGCTTCGCCGACGGCGGTGACGGTTATGTGCCGGGAGAAGGCGTCGGCGCGGTGTTACTGACAACCGTTCAAGAAGCGGAAAGAATGGGCTGTCCGATATATGGCGTCATAAAAGGCTCCGCTTTAAACCATGTCGGAAAAACATCCGGTTTGACCGTGCCTGATCCGGCATCACAGGCGGAAGTCATTACAGATTCTTTTCAGAGTGCCGGCGTTGATCCGGAGACATTGAGCTATATTGAAGCCCACGGAACAGGCACGTCTTTGGGTGATCCGATTGAAATTGAAGGGCTGAGCCGCGCATTCCGCAAATGGACAAACAAGAAGCGTTTTTGCGCCATCGGCTCTGCCAAATCAAATATCGGCCATTTAGAAGGAGCCGCCGGGATCGCCGGATTAGCAAAGGTGCTTTTGCAGCTGAAGCATGGAGAAATCTTTCCGTCATTGCACGCGGACACGCTGAATCCCCATATTCCGTTTCCGGACACACCGTTTTATGTGGCGGACCGGCTGGAAGAATGGGAACGGCCGTCACATTCTGACCAGCCGAGAAGAGCGGGTTTAAGTTCTTTTGGCGCCAGCGGGAGCAATGCCCATTTTGTCATAGAAGAATATCTGCCGCCGCAGGCTGAAAAGCAATCAGTAAGTATACGGGAAGACGAGCCGGTTCTGTTTCTGCTTTCGGCCAAAAATGAAGAACGCCTATTAGAATATGTCAAACGGTATGACCGCTTTTTACGGGAAAAAGAAGTCAACCTTAAAGACCTGGCCTACACGCTTCAAGCTGGCAGAGAAGCGATGCCTGAACGGCTGGCATTTATCGTTACTTCCGTTTGCGGTCTGCAAGCGAAACTGAAGGATGTGCTTGAACGGAAAACAGAAATTGAAGGATGTTTCCGCGGACGTGCTCAAGATGATATTTCATCAAGTGGAATGGCCGAGCTGCTGAAAAACAAGCAATATTCCAGATTGCTCACTGAGTGGGCAAAAGGAGCCGCCGTTGACTGGAGCCTGTTATACGAAGGAGAGAAGCCGAAACGGGTCAGCCTTCCTGTATATCCGTTCGCGAAGGAGCGGTATTGGGTGCCTGTGCCTGCGGATATCCGGAAACAGACAGACGAACCGGCGGAAAACCAAAAGATCATTCTTCAAAAAGACTGGAAGCAGCAAGATCCGGCGGAATCTGAAGCACTATCAGGAACAGTAATGATACTTGCAACGGATAAGACGCGCCGATTGGCCGATGCTCTTTTTAAAGGAAACGGCCATATTGAAACGATCTGCTTCATCCATCAGGCAAAAGACGGCGCCGATTATTACGCCGCCGCATCGGGGCGAAACCTTTACGGCAGAGTGCGGGAGTCTCTTCAAAACAAACAGATACTCGGGGTCGTCGACATAACCGCATATGATGCGGAATATGAACGGCAGGAAGAGATAGAACACGGAAAGCTTGCCTTTTTACAGCAGGCTCTTGAATCATTCCGTCATAGCGGCGCTGTGTTCAGCCAAGTGACACACCGCCTCCAGCCTTTCAAGGAAAGTAAACCTCTGATGCAAGGGGCGAAAACGGCGGGGCTGTACCGAATGCTGGGCGCTGAGTATGCCAACATTCATTCTTTTACGATAGATAGCGATTGTGCGATTGAGCATACAGAAGAATTAAGCAGACAGATTGAGACTGAATTTTTACAGCCGCGGGCCAAAAGCGGCAGTGAATGCTGCTACAGGCTGAATCGCCGTTATGTGCCGTTTCTGAAGCAGGGTATGAATGTTTCGGCGGCGCCTGAGCTTTCCTATTCGTCTGATGATGTGCTGTTAATAACGGGCGGATCGCGCGGGATCGGCGCAATTGCGGCAGAGCATGCCGTTTCACGCGGATGCAGGAAACTGGTCATCATGGGGCGGGAGCCGCTTCCCGATTCCTCAGAGTGGGCAGACATGAAAAAGGACGGCATTCTCCCGGAAAAAGCCGAGCGGATGCAGAGGTTAGCCGAGCGGGGCGCGGAGATCCGTTATTACAGCGTTTCTCTTACGGATCAAAAGGGGCTCCGGAACATGACGGACAGCATCCGCGGCACGATGGGACCGATTACCGGCGTTTTTCATTGCGCGGGTGCAATGGGAGAACACCCCGCTTTTTATAACAAAACCGAAACTGAAATCGAAAGCGTTTGCGCGCCGAAAGTAACAGGGCTTCGCGGTCTCTATGAAGCCGTTCAGAATGAGCCGCTGTCGTTTTTTATTTTGTTCTCATCCGTTTCGGGTCTGATCCCTTCGCTTGCTGCGGGGCAAAGTGACTACGCGATGGCTAATTCATTTATGGACTCTTTTGCAAATCATCAAGCAGGTATAGGAAACGTGTTTGTTAAAGCCGTTCAATGGCCCGTCTGGAAAGAAACCGGCATGGCTGAAGGCCTGCCGGAAACACCTGCTTATCAAAAATCAGGACTTTCCAGGCTGTCTGCCGAAGACGGACTGAAGTTTTTAGATTACATCATATTAAACGGACAAAGCTGCGGAATTCCTTGTGTTCCAGAAGACAGTGAGGCTGATTTTGGTGATCTTCTGAAGGTGAAGAAAGCTGAAGCTCCCGTGAAAAAAAGCACTGCCGGTGACCAAAAGGTGAAGGATACGATTCGTCAATGGGTGCGCACCGTCTTCAGTGAAGAACTGAAAATGACGGATGAGCAGATAAAAGATGATATGCCGTTTGATGAATACGGGATTGACTCAATACTCTTTGCGGAATTGGTTCAATCACTGCAAAAACGGATCAGCATAAAGTTAATACCGTCCTTAATGCTTCAATATCAAACGATTACAGAAATGGTTGACTATTTCGCAGCGCATCATGAAGCCGATTTTGTGACAAAAGAAAATGGTTTCGTTCAAGACAGGGACGTACAGCTTGATTTAACCGCTGCTGCTGAAGAGAGAACATCCATGAAGCCGAAAGCGGATACCGAAGACGATATTGCCGTCGTCGGCATGTCCTGCCGTTTTCCGGGGGCGGGCGGAACGGATGCTTTTTGGGAGCTGCTGATGAAAGGAAACACCGCCATCCGGCCTGTCCCCGCATCGCGCTGGCATACAACAGCGCATACAAAGGATTATGCGGGGTGGATTGATGATATCGACATGTTTGATGCGGGATTTTTCGGCATCTCTGAAAAAGACGCGGCAATTATGGACCCGCAGGCGCGGATCATATTAGAAGAAGCGGTTCATTCCGTTTATGATGCCGGGTACGGCCAAAAGGATTTATCGGGCCGGAAAGTCGGCGTGTACATCGGCGGCAGGGCGCAGCCTTCAGCCGGTATGGAACATATCTTGCAGGCGCCTAACCCGATTTTGGGGGCGGGACAAAACTATTTGGCGGCCAACATTTCACGATTTTTGAATGTCACAGGGCCGAGCCTTGTCGTGGATACAGCGTGTTCCTCAGGGCTGATCGGGCTGTCCTTTGCAAAAGACGCCCTTTTGGCCGGAAGGATTGACGCGGCCTTAGTCGGTTCGGTGAGTCTGCTCTTATCTCCGTCCGCGCACCGGTTATTCGGAGCACGCCACATTTTAAATGAGAACGGCGTGTTTCATATATTCGACCGTGAATCAGCAGGAGAAGTGCTCGGAGAAGGAGCGGGGGCGGTTTTTATCAAACGATTGAGCGATGCGGTGCGGGACGGAGACCGTATTTACGGCGTCATAAAAGCCGTCTCGGTAAACAATGACGGCCGGACGCTCGGTCCCGGTTCACCGAATATAAGAGCGCAGAGAGACGCCATTCAAACTGCGCTTGACATGGCGGAAAAGTCGCCCGAAGACATTGGATATATAGAAGTGAACGGAGGCGGTTCCCCAATCGTTGATTCGGTGGAAATCAAGGCGCTCTCAGATGTCTATCAGCTGAACCGGAAAACGCTTCTGCCCTGCCGGATCGGATCGGTGAAACCGAATGTAGGACATTTGCTTCTGTCTTCAGGTCTTGCGGGCTTCATCCGATGTGTGCTGAGCGTCTATCATAAGCGGATTCCGCCTTTCTTATCAGCGCGTGAGCCATTTGAACATTATGACTTTGAAGCGTCGCGTATTCATTTTAATCGTGAACCCGTTGATTGGCATTCAGAGAAGAAACCCCGCGTCGCAGCTCAGAGTTCATTTCCTGACGGCGGGACAAATGCTCATATCCTCGTTGAAGAATACAGAGGTGAAAGGCAGCGGGAACATTACCGGGCGCTTCAGCCGCCGGAATTCAGAAAAAAACACTACCCCCTTTTGGGCGGCTGGAACAGCACGGAGAGTGAAACGGAAAAAACAAGTAATGAAAAAACAGACATTGCGGATCTTTTAAAGAAATATGAGAAAAAAGCAGAGACAAGCACTGCGCCTGCAGACTCGTTTTGGCAGGTGACAACGTGA MAVATDQVKTFLQKISHTNYIVRDHRVHQIRVLPGVTLIDMLYRLAAGYLGERPIELRQIIFKQPVVTSEEFDKHLYVTFTPARDSWKVEITSEKAKNGTPLGGNRDENMECQLYLQEDTPRAKELNIEAFMKNASRKWDMHDIYGIARRSHIEHGEFMKNEGAVYQLQDKEELMELTLSDLAEGFREKFKAHPAFLDASTLAGSSFALSAQKQNDTPYIPFMINRFCMYQPFPKTIYTYSAKNSRTESGVSASEPDVYSADFTIYDRAGNVLAECEKLTVKRVRQANMITHLIDKEKPPQQNRSGRGEPESPVAAEDVSEQQTPEQNMVTYIKSEIARLINRPAQDIDVRKGFYDMGLDSAHLLKLVKILEQTFQQQFYPTLLFEYSSVRRLADYLINEAGCVLKDSAEERHTSDADIADEVLFFEPAWKDQPLETAVQNGQKHTRHLIIAADAGPRLTGELGTYCPEAEVIELKREHEAADEQFGADAERIFRMLKRELTDHPKEHTLIQLVCAVENGAALSSALGAMLKTAHLENPVLRTQVITFCDKNERLPSETAAIIRTEADCSYAGCTDIRYKDNMRQIRLFERIEKLDGQTQSPWKQNGVYVITGGLGGLGFLLARHLAEKEKVKLALIGRSPQQSEKISRLKALGAEVLYVQADIGSKVETERAFAQITETFGRLTGIFHCAGVLKDQFIIQKDSSDLKQVFLPKISGLIHADEASRHEPLEFFAVFSSFSALAGNAGQTDYAAANAFMDEYMKYRDCKAEKGERNGASMTINWPLWEDGGMQVDSLMKEIMNDATGTSPLPAGEGMASLEYMLRLGKLQSVILYGKEPAVTESMGRLGPKGDKNGSSLSNAAVKRRSRKQERHTEEHDIAVIGLAGRYPQSGSIDEFYQNLRSGKDCITTMPKDRWKGYSFSYEADQFYRYGGFLDRIDSFDPLFFNLTPRQAEMMDPQARLFLETAWEACEDAGFYQDRTARGPSSQKRKRVGVFAGVFWSHYELFGAEITQRGTPLSMGVTPASVPNIVSHCLNFTGPSMAVDTMCSSSLTSIHLACESIKRGECEFAIAGGVNAVTHPHKYAFLANAGFLSSEGVCKSFADGGDGYVPGEGVGAVLLTTVQEAERMGCPIYGVIKGSALNHVGKTSGLTVPDPASQAEVITDSFQSAGVDPETLSYIEAHGTGTSLGDPIEIEGLSRAFRKWTNKKRFCAIGSAKSNIGHLEGAAGIAGLAKVLLQLKHGEIFPSLHADTLNPHIPFPDTPFYVADRLEEWERPSHSDQPRRAGLSSFGASGSNAHFVIEEYLPPQAEKQSVSIREDEPVLFLLSAKNEERLLEYVKRYDRFLREKEVNLKDLAYTLQAGREAMPERLAFIVTSVCGLQAKLKDVLERKTEIEGCFRGRAQDDISSSGMAELLKNKQYSRLLTEWAKGAAVDWSLLYEGEKPKRVSLPVYPFAKERYWVPVPADIRKQTDEPAENQKIILQKDWKQQDPAESEALSGTVMILATDKTRRLADALFKGNGHIETICFIHQAKDGADYYAAASGRNLYGRVRESLQNKQILGVVDITAYDAEYERQEEIEHGKLAFLQQALESFRHSGAVFSQVTHRLQPFKESKPLMQGAKTAGLYRMLGAEYANIHSFTIDSDCAIEHTEELSRQIETEFLQPRAKSGSECCYRLNRRYVPFLKQGMNVSAAPELSYSSDDVLLITGGSRGIGAIAAEHAVSRGCRKLVIMGREPLPDSSEWADMKKDGILPEKAERMQRLAERGAEIRYYSVSLTDQKGLRNMTDSIRGTMGPITGVFHCAGAMGEHPAFYNKTETEIESVCAPKVTGLRGLYEAVQNEPLSFFILFSSVSGLIPSLAAGQSDYAMANSFMDSFANHQAGIGNVFVKAVQWPVWKETGMAEGLPETPAYQKSGLSRLSAEDGLKFLDYIILNGQSCGIPCVPEDSEADFGDLLKVKKAEAPVKKSTAGDQKVKDTIRQWVRTVFSEELKMTDEQIKDDMPFDEYGIDSILFAELVQSLQKRISIKLIPSLMLQYQTITEMVDYFAAHHEADFVTKENGFVQDRDVQLDLTAAAEERTSMKPKADTEDDIAVVGMSCRFPGAGGTDAFWELLMKGNTAIRPVPASRWHTTAHTKDYAGWIDDIDMFDAGFFGISEKDAAIMDPQARIILEEAVHSVYDAGYGQKDLSGRKVGVYIGGRAQPSAGMEHILQAPNPILGAGQNYLAANISRFLNVTGPSLVVDTACSSGLIGLSFAKDALLAGRIDAALVGSVSLLLSPSAHRLFGARHILNENGVFHIFDRESAGEVLGEGAGAVFIKRLSDAVRDGDRIYGVIKAVSVNNDGRTLGPGSPNIRAQRDAIQTALDMAEKSPEDIGYIEVNGGGSPIVDSVEIKALSDVYQLNRKTLLPCRIGSVKPNVGHLLLSSGLAGFIRCVLSVYHKRIPPFLSAREPFEHYDFEASRIHFNREPVDWHSEKKPRVAAQSSFPDGGTNAHILVEEYRGERQREHYRALQPPEFRKKHYPLLGGWNSTESETEKTSNEKTDIADLLKKYEKKAETSTAPADSFWQVTT PGPT0010150_103 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACILLAENE|DIFFICIDIN_METABOLISM,PGPT0010150-baeJ|pksJ|dfnH-K13611 NA NA D1-12_01441 15612 fadA_2 3-ketoacyl-CoA thiolase TTGGGTAAGGGAGACAAACAAAAAGACCGTACACAGTTATCCTTAAGAACAGAAATAAGCAATCAAATGAAAGAATTGAATCGGCTTTTGCTGCAAGTGCTGCGGGTGACGCTGCGTTCAATGGGTCTGACCGGCGAAGCGCCGGCGGCTTCCTGTCTGCCTTTATATGAACGCTGGCTGGAAGAAAGCATCCGTCTTTTAGACAGCGATTTTAAAAGCGGTGAAACGGCCGCGGTTTGGGAAGAGTGGCATAAGAAGAAAAACGAATGGCTGAAAGATTCGGATATGAAAGCGCAGGTTCTGCTGGCGGATACCGTCATTCAAGCTTTGCCTGACATTTTAACAGGCAAAATAAAAGCCACTGACGTGATGTTTCCCGATTCTTCAATGGAGCTTGTTGAAGGAATCTATAAGCATAACATTCTCGCTGATTATTACAACGATGTGCTGGCAAATGAAGCGTGTATGTATGTGGAAAATGTAATGAAAAACAATCCTGATGCAAACATCCGTCTGCTGGAGATCGGAGCGGGCACCGGCGGAACGAGCAGCACACTGTTTAAAAAGCTCCGCCCCTATCAAAACCATATTCAGGAATACTGTTATACCGACTTGTCAAAAGCTTTTTTAATGCATGCCGAAAAGGAATACGGCGCGGACAATCCGTATTTGACGTATCAGCTGTTTAATGTGGAGCAGCCTGCGGCGGGCCAGGGATTACATCTGCGAACCTACGATATCGCTATTGCCGCAAACGTGCTGCATGCCACCAAAAATATCCGGAAAACCTTACGGACGGCAAAAGCCGTATTGAAAAAGGACGGTTTGCTGCTCGTTAATGAACTGGGCGGGCATACGCCGTTTACACATGTTACATTCGGCTTATTAGAGGGCTGGTGGCTGTACGAAGACGAGGCGCTGCGGATTCCGGGGTGCCCCGGTCTTTATCCGGAAACATGGAAATCCGTTTTAATGGCTGAAGGTTTTCATTCCATTCAATTTCCGGCTGAAAACGAACGTCTGCACACCCAGCAGATTATCACGGCGAAAAGCAACGGAGTCATCAGGCAGAGCAGGGAAGCTTACACCGCGCAAAAGCGCCAATCAAACGTACCGCAAACATCCTCTGATCGTCAGCTCCCCATCAAACAAGCGGGAGAGGGGCTTTCGGAAAAGACAGCGGCTTTTCTGATAAAGGCTGCGGCAAACGTATTAAAAATGCCGGCAGAAGAGATAAATCCGCTGGCTCCTCTGGATGAATACGGCATTGACTCTATTCTGATCGTTCAGCTGACGAATGAGCTGCGGGATCTCGTCCCTGATATCAGCAGCACGCTGTTTTTTGAATACCGGACGATAGAAGAGCTTGCCGCATTCTTGGCTGAAACGAAGGAGCGCGAACTGCATGCGCAATTTTCTGAAGAAGTCCGTCATACTGAAGCGGCATCATCCGGCTCTTTGCTTGAAAAAAGCACAGAGTATCTGAAACAGATCGTCAGCGCCATCTTAAAGATGCCGATTGAGGACGTTCAAGCCCATACGCCCCTTGAAGAATACGGAATCGATTCCATCTTAATCGTACAGCTGACTAACCGCGTGCGGGAAGACATACCTGATATCAGCAGCACTTTGTTCTTCGAGTATCCGACAATCGGCGGATTAGCGGAATATCTCGTCAGCTCAAGACAGGATGATATGGCTGGGATTTTCAAGACAAATAAAGAAGCCGAAAAGGCGCCGCACACATTACAGAAAAAGCAAAGCCGCAAAAAAAGCGCCGGATTGGCGAAGCGCCAAGCGGCATCTTTTTCTGAAAAAGCGCCGCCCGCTTCCGAACCGCCGTCAAAACACCTTGAAGTGGCCATTGTCGGTCTTGCCGGACGGTATCCCGGAGCTGAAAATGTTAATGAGTTCTGGGAACGGTTAAAGACCGGTGAACACGGAATCACCGAAATTCCGAAAGACCGCTGGGATTGGCGGGACTACTATGATGAGACAAAAGGTAAGGAAGGCCGGATGTATACAAAGTGGGGCGGCTTTTTAACAGATATTGATAAATTTGATCCGCTGTTTTTTAAAATCTCCCCGAAAGAAGCGGAGCGCATGGACCCGCAGGAGAGACTGTTTCTGGAAACCGCTTATGCGGCCCTTGAGGATGCCGGATATACCCCTGATTCACTATGCGCCGGTAAAAAGGTTGGTGTCTTTGCGGGTGTCATGAACGGCAACTATCCGACAGGGGCCCACTACCACTTTATCCCGAACCGCGTATCCTATGTGTTTGATTTTCACGGTCCGAGCATCGCGGTCGATACCGCATGCTCCTCATCCTTAACCGCTATTCATCTCGCCGCAGAAAGCATCAGAACAGGTGCATCTGAATGCGCAATTGCCGGCGGCGTAAACCTGATTACAGATCCGGTTCATTATATCGGACTTTCTTCTATGAGAATGCTGTCACCGTCAAATGCGTGCAAAGCGTTCGGTGATAAGGCTGACGGGTTTGTTGACGGAGAGGGCGTCGGCTGTATCGTGTTAAAGCCGTTGAAAAAGGCTGTTGAAGATCATGATCATATATACGGTGTCATTAAAGGAAGCGCTCTGAACGCCGGCGGCAAAACGAACGGGTTCACCGTTCCGAATCCGAATGCACAAGGAGAAGTGATCGCAGAGGCGATGGAGCGGGCAGGGATTGATCCGAGAGCGATCAGCTATCTGGAAGCCCACGGCACCGGCACTTCCTTGGGAGATCCGATTGAAATCGCAGGGTTAACCAAGGCTTTCCGACGCTACACGGATGCAAAGCAATTTTGTTCCATCGGTTCTGTTAAATCCAATATCGGACACCTGGAAAGTGCGGCGGGCATTGCTGCGGTCACCAAAATTCTTCTTCAGATGAAAAACGGATATCTGGTGCCGTCGCTGCATTCAAAGCAGCTGAACCCGGAAATTGATTTTGAAACTTCTCCTTTTATCGTGCAGCAGGAAACGGCGGAATGGAGACGGCCGGTCATAGAATCTGAAGGAGTAACACGGGAATATCCGAGACTCGCGGGTACATCTTCTTTCGGAGCGGGCGGTGCAAATGCCCACCTGCTGATAGAAGAGTATGAACCGGCTGAAATGACTTCGACAGACACCGGCCGTCCGGCGCTTTTTGTTTTATCGGCAAAAGATAAAGACCGCTTGCGCGAGCGGGCTCTGTTGCTGTCGGATGCCGCCGGAAACGGAACAATTACAGATGCGAACCTGCTTGACGCGGCATTTACCCTTCAAGTCGGCAGGGTCCCGATGGAAGAACGGCTGGCGATGACAGTGGGCTCTGTTTCTGAATTGGAACAGAAGCTGACTGCTTTTCTGAATCATGCTGGTTCCGTAAGCGGGGTGTTTACAGGCCGGGGTGATAGTGCTGTCACAAAGACGGCAGGCACAGTCAGTGATTGGACGGAAAAACGTCAATTTGACAGTCTTTTGAATGCCTGGGTTCACGGGACGCCCGTCGATTGGGCATCTTTATATAAAGGCGCGCTGCCGCATCGTATCAGTCTGCCGTCTTATCCATTTGCAAAAGAAAGCTACTGGATGAAGCGGGAAGAACCAAAAACAGGAACAACTGAATATGTGCATCCTTTTCTGCATGAAAATACGTCAACCTTGGCGGAGCAAAGCTATCATACTTCTTTTACAGGCCGGGAACACGTTTTCCACGATGTGAGAGGGGAGCGGGTTCTGTCGGCAGCCGTTTATTTAGAAATGGCGCTTGCGGCTTATCATCATGCGGCGGACAGCTCTGAAGAAAAAGAGATATGGATCCGAACGGCGGCATGGACTGACCCGATTACCGGCGGACATCACGGTGCGGGCGTCAATCTCTCCCTTCTGTCTGAAGACGAGGAAGGCATCCATTATGAAATATACAGTGACGAAGAGAAGCTGCATCATTATGGAATCATCGGACAAGGGAACATACAGCCATCCCGCGTGCTGGATATTGCCTCCTTACAAAAAGACTGCCGCCCGCTGTCATTTGATTATGAAACACCAGGCACATCAGGTGTAACGATCAGTAAGGAGTTCCGCACCGTTGAAAAGCTTTATGCGGGAGAAAATGCGGTTTGGGCGAAGCTTGCTCTCACAGATGAAAGCGGTCGTAATCCGGGATATCATCTGCCGCCGGAATTTCTGGACGCAGCTTTTCATGTCCTGGCAAAAACGGAGCCGTCAGTCCATATCGTGCCTGAAGCGGTTGAAGAACTGCGCGTCATGCGTCCGTGCTCATCCGGCATGTGGATGTATATTAATAAAAAGAATCAAACCGGCTGTAACATTCAATTTTGTGACGAAACCGGCACTGTCTGCGCAGAAATCAAAGGGATAAGAATGAGACACCCGTCTCAGCAGGATCACGGGCAAGAGGAACAATCCGAGATGATGATATTTGAAGAAATGTGGACGCAGCAGCCTCTGAAGAAATCCATTCATGAAGAGCTGAAAACGGTCATCTGTTTTCTTACGGGAGAAGCTGCCAGAAAGCATGCTTATCAGTCTTTACAATCCCTTTATCCGGGAGCTGGCGTGTTTTTTATTTCACAGGGTGAGGAAACTCAAAAGCTTTCAAACACGCATTATCAAATTAAAATCACTGACGGACAAGCATATCAAGAAACGTTTCGGCATATTGAAACGGCTGCAGGCAAGGCGGATGCCGTTTTGTATGGATGGCCGCTTGAAGATGAAAAGGCCGTGAAAGACTATTCCATTCTGTATCATGTGATCCGCACAGCTGCTTCTTTGCGTTCTAAACCGAGGCGAATCCTTCTTTCCGCTCAGTGCGGGACCGATACCGATATCAGTTACGCCGAGTCATGGATCGGGCTGGAACGGTCGCTGAAACTGATCCTGCCGGAGACGGATACGGCCGCGGTTTATTTTGAACAAAAAGGACCGTTTGAAAAACTGATCCATAACGTATGTGAAGAGCTTCACAGCGAGTCGTTCCGCAGTGTCATGTACAGTGGGGAAATTCGTCACGTCATGGAAATGAAGCAGACGGATATTGCCCCTGTTGAGAAGCGTGTGATAAAAAGCGGGAAAACGTACTTGATTACCGGCGGATGCGGGGGATTAGGCTTGTTATTTGCCGGATATTTTGCTGAAAAAGGACCGGTTACGCTCATTTTGACGGGGAGATCAGCGGCAGGCGGCCCGGTGCTGAACAAGATAAAGAGATTGGAAGAATCAGGCGCCAAGGTGTTTTACGTGCAGGCGGATGCCGCAGATCAGGCTCAGATGGAGAAAGGTTTGCAAGAAGCGAAAGAGAAAGGATGCGGGCCGATTCACGGTGTCATTCACGCTGCAGGTCTTCAAGGCACTGAAAGCATTCTGGAGAAAGATCTGCAAACCTTTCAGCAAGTCTTATCGCCAAAAGCGGACGGCACCGCGGTGTTAGATCAGGTTCTGTCACGGGAGCCGCTTGACTTCTTCTGTTGTTTCTCTTCTTCTTCAGCGATTTTAGGAGACTTCGGTTCTTGTGACTACGCGATGGGGAACCGCTTCCAAATGGCTTTTGTCCGTCATCGGGATAAACTTGTGAGCCTCGGACTCAGAAGCGGCAAGTCACTTGCAATCAATTGGCCGCTTTGGAAAGAAGGGGGAATGCATGTCGGCACGGCGGAAAGCACCGATATGTATTTAAAATCAAGCGGACAGCGTTATTTATACACAGAGGAAGGACTCGAAGCTTTTGAGACATTGTTAGTCCAGCCGTCCAGCCAGTATCTCGTCCTGGCCGGTTTTCCGTCGAGGGCCAAACGCTTCCTGCAGATAGATCAAGGCGAACGGCCGATTTCGGGTTCTGTAAACAGGAACGTCCCGTTTTCAGGAAGGCGGAGTGAAATGAAAGGCTTCACGCTGGAAGAATGCGTAAGCTGGGATGTGAAAGAACTGGCGGCGGGGCTTTTGAAAATAGACAAGAACAGACTGACGGACGCTGACAATCTGGCTGATTTCGGCTTTGATTCTATCAGTTTGGCGGAATTCGCCTCTTCTTTGTCCGCTCATTACGGAATTGAAGTGACACCGGCCCTGTTTTTCGGACATTCCACACTGGAGAAGGTCGTCCGCTATTTTCTGACGGAACACAAGTTCGTCATGGAGCATGTCTATGAAGAAAAGAAACCTGAATCCGCAGATCAATCTGTCTTTGAAAAGGCAGGAACGGAAAAGCGAAAGAAGCAGAGGGGAAGAAATAAGCTGAATGCCGGAACCGAGGGCAGTCAGGCAGCTGATTCCATTGCCATTATCGGCATGAGCGGCCGATTTCCTCAGGCGCGCACGGCGGACGAGCTGTGGGACATTCTGTTTCAGGAAAAGGATGTTGTCGCACCGGTCGCAAAAAAAGGCTTCACAAGTTCAAAATGGAAACTTGGCGCTGTACCGGGGGCGGACGAATTCGACCCTTTATTTTTTGAAATATCGCCGAGGGAAGCTGAAACGATGGATCCGAAACAGCGGCTGCTTCTTCAGGAAGCGTGGAGGGCCCTTGAGGACGCCGGCTACGGCGCCAGTCATATCAGGCAGCAGACGATCGGTATGTTTGTGGGGGCGGAAGAAGGAGATTATCACCTTTTAACACGGGACAAAGGCAATGTCACGTCTCATCATAACGGTATTTTGGCGGCGCGGCTGGCTTATCACTTGAATTTATCCGGTCCTGTGATGGCGATAAATACAGCATGTTCTTCGGGGCTCGTTTCTGTCCATCAGGCGGTATTAAGCCTGCAGAATAAAGAGTGCACAACAGCTGTTGCGGCCGGGGTGAATATCATGAATACCCCGGACTTTTTTGAAACGATAGATAAAGCCGGAATGCTGTCGGAAAACGGGAAATGCTTCGCGTTTGATAAAAGGGCTGACGGCATGGTACCGGGGGAAGCGGCCGCGGCGGTTGTTCTGAAGCCGCTGAGAGAGGCGGAAGCGGATGGTGATCCGATTTACGGGGTGATTCGGGCGAGCGGCATCAATTATGATGGGAAAACAAACGGAATTACCGCTCCGAGCGGCGTTGCGCAGACCCGGCTGCTTACTTCCGTTTATGACCGGGGGCGTATCAACCCTGAAGATATCGAATATATCGTCACACACGGCACAGGTACAAAACTCGGTGATCCGGTGGAAATTAACGCGCTTTATGACGCATTTTTTGCCTATACAAACGAAGAAGCATTTTGCGCGCTCACATCAATTAAAACCAATATCGGCCACACGTTTGCCGCGTCAGGCATTGTCAGTTTGATCAGTCTTTTACAGGCGTTCTCCCGTGAAATGATTCCCGCCAGTCTGCATTGCAGCGGGGAAAACCGCTATATCAACTGGGAGAAGAGTCCTTTTTATGTGAATAAAACGGGTAAAGCGTGGCCTTCTCTGCCGGGTAAAAACCGAATGGGGGCAGTCAGCGCATTCGGGATGAGCGGAACAAATGCCCATATTGTTATGGAAAGCTATAAGCGCAATGCTTCACCTCATCGTGATGCCCCTGCATATTTACTTACTTTGTCTGCAAAAACAGAGGAGGCCCTTCAGGAAAAAATCGAAGATATGATCACTTGGGCGGAAAATGGCGGACTGAAAGAAAATGATCTGGCCCAGCTCAGCTATACGTTGTTAAAAGGACGGCATCACTTTAACCATCGCGCCGCCATCGTAGTGCAAGATGCTGATGACGCAGTGTATGTATGGAAGCAGGCAAAGCTTAATGAACATCATCCTTATGTGTTTTCGGGAAAAGTACCGCAGCACTTTGCAGGGCGTCAGCATATTCAGGAGCACATAATAGAAGTGCTCGGCAAGTGCAGCGCCTCATATTCTGACCATAGAAAATATCAGGAGCTGTTATGCGTGCTGGCAGATTTTTATTGTCAAGGTTATGAAATCGAAGGGGACTTGCTTTATGGCGGACCTTTGCCGCGAATCGGCAATTTGCCGGGCTACCCGTTTGCCAGACAGACGTATTGGGCGTCCGATCGTCTTCAGAGAGAGCTTGAAAGCCGGAATTCAGCTGAACGTGAAAAGCTCCACCCGCTGCTCCATACGAATACATCGACCTTTACCGCCCAGCGTTTTACTTCTGTTTTTTCAGGGCATGAACCGTTTTTTGCCGATCATATCGTCAATGGAAAACCGGTGCTTCCGGGCGCAGCTGCTTTAGAAATGGCCCGGGCCGCCGTTACACTTGCCGCTGAAGACTTGCCCGGCGGGAAAACGGGTGTCCGGCTCAAACAGATCGTTTGGCTCCGGCCGGTGACGGCGCTTTCTGAAGGGGTTACGCTTCATGTAAAGCTTCAGCCGGAAGAAAACGGAGACATCGCTTTTGAAGCGTATGCCGAAGGAGAAGAGCCGCTTGTCTTTTTCCAGGGAAAGGCCGTGCTCGAAGAGACGGAGCGTGCTCCTGTTCTCGATGTGGAAGCGGTTCAGGCGCGCTGCGGCGGCCGGCGCATGTCAAAGGCTGAGTGCTATGAAGCGTTCGACAGCCTCGGCATCACCTACGGACCGTCTCATCAGGCGCTTGACGCCGTCTATGCCGGAAACGGAGAAGTGCTCGCAAAGCTCACTCTTCCGCCGTCCGCCCGCGAGGAAAAGGAGCCGTTCATCCTGCATCCAAGCATGCTGGACGCCGCCCTTCAGGCTTCTATCGGTCTCGTGGTCTCAGACGGTTCCGCGTCCGGACGGCCGTTTCTGCCGTTTGCCCTCCGGGATATGCAGGTGTTTTCTGCGTGCCGTGAGACGATGTGGGCGGTGCTTTCCTCAGCGGAAGGCGCCTATCATATTGAGCTGTGTGATGAAAACGGTGCGGTATGTGTCCGATTGACGGGGCTCACCGCCCGTTTTCTGGAAGAGGACACGGAGGAAAAACCGCTCTTGCTTCAGCCAAAGTGGCAGGAATCACCGCCGGATGAAGGCGGCGGACAAGAAGAGTCTTTCAGATACGTGACGCTGTATGGCGGAATGAACGCTGAGGACATAAGCGGCGCCGTATGTGCGGCTGACGGCGAAGGTCCGATTGAAGACCGTTATGACGCCTGCGCGGCGGAGCTGTCAGCGATCGTCACGCGTCTTATCAAAGAAAAACAGAAGAAAAAAACGCTGATCCAGCTTCTTGTCCCCGACAGGGGGGAAGACAATGTATTGGCGGGGCTGGCCGCTTTCCTGAAAACGGCTCACCTTGAACATCCGAAGCTGTACGGCCAAGTCATCCAAGCCGATCCGGACGAGTCAGCATCATCGCTTCTTGCCAAGCTGAAAGAAAACCGGGCGCATCCTGAACAAGCGGAAATCCGTTATGAAGACGGCAAACGTCTCGTCAGAAACTGGCGTCATCTGCCGGCCCCTCAAAGCGGCGCCGTTCCGTGGAAAGACGAAGGGGTTTACCTCCTCACCGGGGGAGCGGGCGGCATCGGACTGATTTTCGCTGAAGAAATAGCCTCCCGCGTCAAAAACGCCGTCCTCGTTTTAACGGGGAGGACGGAAGCGCTTGATGAAGACCGCTCCGCCCGCTTACGGCGCTTGGCAGCGACGGGTGCCCGTGTACTGTATAAACCGGTTGACGTGACAGACAGGGCGGCGGTCACCGCCCTCGTCCGCGGCATACAGGAGGAGCACGGAACACTCGACGGGATTATTCACGGCGCCGGCGTGATCGCTGACAATTACATTTTGAACCAGACAGAAAACGAACGGAAGACCGTCATGGCGCCGAAAGTGAAAGGGCTTATCAATCTTGATGAAGCAGCGAAAGATGTGCGGCTGGACTTTTTCATTCTGTTTTCTTCCTTGGCGGGAGGCATGGGAAATCCGGGGCAGGCCGGTTATGCGGCAGCCAACGCATTTATGGATGTTTATGCAGCCCGCCGGAACCATCTCGTGCGGGACAACGAGCGGAGCGGGAAGACCCTGTCTGTCAACTGGCCGCTTTGGGAAGAAGGCGGTATGCGCGTGGACAAAGAGACCGAACGGCTGATGTACGAACAGACCGGAATGAAAGCCATGCGATCGGCCTCAGGCATCCAAGCGCTTTACGCCGCTTTTGCCTCCGGAGAACACCAGGTCATGGTGGCAGAGGGCGACGAAAAACGGATTCGCAGCCATATTTTCGATCTGGGCGAAGAACAAAGCGCCGCCGGAAAAGCTCCGGCAGTGGCAGATGCAAGAGATCTGAAAGATCAGGTGCAAGAGAAACTAAAGCGGCATGTATCAGATCTTTTAAAGGTAAGCATGAAAGATATTGAGGCTGACAGCGAACTGACGGAATACGGATTTGATTCGATCATTTTCACTGAATTTACAAATCTATTAAATCGGTCTTATCAGCTTGAGCTCAGCCCGACTATCTTCTTTGAATTTCCGACATTGCGCAAACTGAGCGGCTATTTGATATCTGAATGGAAAGAAGCATTCAGCGGCTTAGAAAGAGAGAGTTTAAAAACCGCTCCAAAAGCCGGAATAAGAAAAGCTGAAGCTCCGGCGGCCGTTCATGTCAAGCGGGAAACGCCTGTATCCGTAAAAGGAAAATCAGAAGAAAAAACCGAACCGATAGCCATTATCGGAATCAGCGGTATTTTTCCGCAGGCGAAAGACATAGATGAATTCTGGACTCGTTTACAAAAAGGGGAGCATTGCATTACAGAAATTCCACGAGATCGCTGGGATTGGCGCGAATATTACGGCGATCCGGCAGCGGATGCAAATAAAACGTCAATAAAATGGGGCGGTTTTATAGATGGAATCGCCGGGTTTGACCCGCTGTTTTTCGGGATATCTCCGAAAGAAGCTGAAATGATGGATCCTCAGCAGCGTCTATTAATGATGTATGTGTGGAAAGCCATTGAAGATGCGGGGTACTCAGCAAAACGGATTGCCGGAACAAAAACCGGCATTTTCACCGGCACATTGGGAAGCGGATTTCAAACCTTAATCAATAAGGCGGGTCTTCCTGTCGAGGGGTATACGATGACCGGAATCGTGCCGTCCGTCGGGCCGAACCGGATGAGTTATTTTCTTGATATCCACGGGCCGAGCGAGCCGGTAGAAACCGCTTGTTCAAGCTCTTTAGTCGCCATTCACCGCGCGGTAAAAGCCATTGAAACGGGAGATTGTGATATGGCGGTCGCAGGGGGCGTCAACACGATCGTCACGCCTGAAGGGCATATCGGCTTTCAAAAAGCAGGCATGCTCAGTGAAGACGGGCGCTGCAAAACATTTTCTGATCAGGCTGACGGTTATGTCAGAGGAGAAGGTGCCGGCATGATTGTCTTGAAAAAGCTTTCAGAGGCAGAGCATGACAGGGATCACATCTACGGCCTCATCCGCGGAACAGCGGAAAATCACGGCGGACGCTCAGCGTCGCTTACCGCGCCGAATCCGCAGGCTCAGACGGATGTGCTGAAAAGCGCTTATCAAAAAGCCGGTATTCACCCGTCAACGATCACTTATATAGAAGCGCACGGAACAGGAACGGCACTCGGAGACCCGATTGAAATCAATGCATTGAAAAAAGCTTTCCAAACAGACGGGGCTCCGGGCGGATATTGCGGGATAGGCTCAGTGAAGACAAATATCGGACATTTGGAGCTCGCGGCAGGCATTGCGGGCGTTATCAAAGTATTGATGCAGCTGAAACATCGGACGCTCGCCAAAAGTCTGCATTGCGAGAACATCAATCCCCATATCAAATTGAAGGACAGCCCGTTTTACATTGTGACAGAAACAAAGGAGTGGGAAGCGCTGCGTGATGAAAACGGCCGGGTCCTGCCCCGCCGGGCGGGTGTAAGCTCATTCGGTTTCGGAGGCGTCAATGCGCATATCGTTATTGAAGAATACATGGGCAGAAGTGAGACGGAACAGCAGGAAACCCGTGAGAAAGCGTCATCTCTTTTTGTTTTGTCAGCTAAAAATGAAGAGCGGCTGAAAGAAAGAGCGCGTCTCCTTCGCGATTTTATCCAAAACGGATCATTCCGCCATATCGATCTTGCAGATGCCGCATACACACTGCAGACCGGACGGGATGCGATGGAAGCGAGGCTGGGAATCATTGCAGGCTCCGCAGAGGAACTGACTGAAAAACTGAACGCGTTTCTGTTGGGAAAAAACAGCGAAGATATCATCAGCGGCCGTAAAAAACGCGAGAATAACACGATTTCCATGTTCTCAGACGATGAAGATGCCGCTGACCTCGTCAGCGCCTGGCTTGAGAAAAAGAAATACAAGAAAGTGCTGCGGCTCTGGGCAAACGGATTTGACACGGATTGGGAGCAGCTGTATACGGACAGTAAGCCGCGCCGCATCAGCCTGCCCTCCTATCCGTTCAGAGCAGACCGCTATTGGGTGCCGAAACGGGAGCAGCTGCCGCTTTCGAATCAAAAAACAGTAGTATTGCAGAAAACATGGGAGCCTTGCGAGGCAGTGTCTTCATCCGAGCCATTCAGCAAAATAGCGCTCATCGTCTCTGAAGATACAAAAGACCTTGCCGCCGAGGTGAAAAAACAGCTGAATGATGCTGACATTGTGCAGGAAAATCAGCTCATCTCTTTCTTACAGGATGCGAATGCGGCCGTCTATTCGGGGTTTATTGACTTCACCGGCTGCGGCTCCCGACAAAAGCGGCAGGACATCAGCTGGGTGGCATCGCTGCAGCAGCTGATTGAATACGGCCGCGGACAAGAAAACATGAAAATGCTTTATCTTACAAAAGGGCTTGAATCCTTCAAAAATAAGGCGGCCGCTATGCATGGTATTGAAAAAGCGGGGCTTTATCGCATGATGCGGCATGAATACAGCCATATTCTCACCTGTCACGCCGATATTGATCCTGAAGAGCCGCTGGAGCAGACAGCTGCTTTTATTAAACAAGAAATTGAATCAGACTTAACGGAATCTGCTGTTTGCTATAGGGAGGGCATGCGCTTCAGCTATGTTCTTCGGCAGACTGATCAGATTGAACCTGAAGCCGTGCAAACAGACCGGACTGTGTTTCCAAAAGACGCCGTCCTGATGATAACCGGAGGAACGCGCGGTCTCGGCGCTTTATGCGCCAAGCATTTCGTTTCAGTGTACGGTGTGAAGAAACTGCTTTTGACAGGCAGAAAGGAGCTGCCGTCGAAAACCGAGTGGGATCTTGAGCAAACAGACCCTGTCGTTTCGGAAAAAATACAGCTTATCCGGCAGCTGGAATCACAAGGCGTAAAAGTGTGCGTCTCAGCAGTTGATCTGACGGATAAGCAGGCCGTCGGACGGCTTATAAAAGAGGTAACCTCAACGCTCGGACCTGTCGGAGGCATTCTGCATTGCGCAGGAATTGCAGACCGTGAAAACCCTGCTTTTCTCCGCAAATCCAAAGACAGTATCGCGCGGGTGCTCGCCCCGAAAGCAGACGGCCTTCACAGTCTGTATGAGAGTGTAAAGGATGGTGCGCCGGCATTTTTCGTCCTGTTTTCATCTGTCTCGGCAGCCGTCCCGATTCTTGCGGCGGGACAGAGCGATTATGCGATGGCGAATTCTTACATGGACTATTTTGCAGAAAACAATGAGAGCGGCATCATCAGCATACAATGGCCGGCATGGGATGAGACGGGCATGAGCAGGGATACAAAAAGCGGGATTTATGAGCAAACGGGATTGCTGCGGCACTCTGACGCAGAAGGTCTCAAGATGCTTGATTACATTTTAAGAGAAAGACCCGGAGCTGTCGTGCTGCCGGCACAAGTGAAACATGATTGGGACATCAAAGCGCTGGAAAACGCCAAGCCAGCCGCCCATAAAGGAATGAAAGCAGCTTCCAAACCTCCTGAAACAAAAAAACGGGACCATAACCGGACTGATATTCAATCTTGGCTGAGGTCGCTTTTGGCAAAAGAGCTGAGTATCGATGAAACGCATATGGATATCGATGTGCCTTTTCAGGAATACGGAATGGATTCTATCTTTCTGGCGCAAGTGCTGACAAAGATTGATCAAAAACTGCCATCCGTTTCAATTGATCCGACTGTCCTTCTAGAGCATCCTACCATTGAACAGCTCGCGGATTATTTAGCCGCACATTGTCCGGAAGCTTTTTCGGCAGATGCAGCAGTTTCCGCGGAGAAGGTCCCTTTGCAGAAGACGCCGAAACGGAGCAAAAAAACGGCAGATAAGCCCGGGAAACGGGGAAAGGTTGCGATCATCGGCATGGCCTGCCATTTTCCGAAAGCGGGGGATATAAAAGAATTTTGGAAGAATCTCCGCAGCGGAACGGATGCCGTCACTGAAGTTCCGCCGGACAGATGGGACACCGGGGAACACTATCAGCCGGGTGAATATCAAGAAGGAAAAAGCATCAGTAAATGGGGCGGTTTTATACACGATATTGACCAATTTGACCCGGAGTATTTTAATATTTCAGAAACGCTGGCACCGATGATAGACCCGCTGCAAAGGCAGTGGCTCGAGGTGAGCGCGGAAGCTTTGGCCGATGCCGGTTATCAAAAAGAGGATCTCTGGGGCCGCCGTATCGGCGTTTTTGCCGGTGCAAGGGCAGGTGCGTTTCATCAGAAATTTCAATATTTGCAAAAAGACGCGATTATTGGCGCGGGGCAAAATTTTATTACCGCACACATGGCGCACATTTATAACTTTACAGGGCCCAACCTGGTCGTGGATACAGCTTGCTCCAGTTCGCTTACGGCAATTCATTTGGCCGTACAGGCTATTCAAAATGGAGAAGCGGAAGCGGCCTTTGCGGGCGGGGTTGACATTTTGCTTGATGAAAAACCTTTTCTCACAATGAGCGCGGCGAGAATCTTATCGCCAAATGGCCGTTCAAAATCTTTCGATGCCGGTGCGGACGGAACAGGAATCGGAGAGGGCTGCGGTGTGCTGATGCTGAAGCCGCTCGAAAAAGCGATAGAAGACGAAGATAAAATATACGGCGTTATTGACGGCTCTGCGATTAATAACGACGGCAGCACAATGGGCGTGACGACGCCGAATCCCCGGGCGCAGCAGGACTTGATTGAGCAGGCGGTTCAATCAGCGGAAATCGAGCCGGACACCATGACATACGTAGAGATGCACGGAACCGGTACATTGATCGGCGACCCGATTGAATTAAAAGGATTAACCAATGTCTTGTCTGCTTATTCCGATGAAAAACAATTTTGCGGTGTAGGAAGCGTCAAAAGCAATATCGGCCACTTGCTGAGTGCGGCGGGCGCGGCGGGAATCATCAAAGTTTTGCTGGCGATTGCCAATGAAGAACTGCCGCCGACTTTGCATTGCCATAAACCGAACCCCCGCTTTCAATTTAATGATTCGCCGCTTTATCCTGTGCTTGAGCTGAAGCGGTGGGACGGAAAAAAAGAGATACTCAGGGCCGGGGTCAGCGCGTTCGGTTTGGGCGGGAATAATGCCCATATCATTGTCAGCAACGAAGGAATACCGAAAGAGCGAAAAGCGGCCATGGAACCGAAAGGCGGCCAGACAGTATACCGAAAACAGCGGTATTGGCCTGAAAAAGCACAGTTGCCCGAAGCGGAAGTAAATGAGGCGGGCACAGAAGCAATGTTTGAAATAAGCGAGGTGTGA MGKGDKQKDRTQLSLRTEISNQMKELNRLLLQVLRVTLRSMGLTGEAPAASCLPLYERWLEESIRLLDSDFKSGETAAVWEEWHKKKNEWLKDSDMKAQVLLADTVIQALPDILTGKIKATDVMFPDSSMELVEGIYKHNILADYYNDVLANEACMYVENVMKNNPDANIRLLEIGAGTGGTSSTLFKKLRPYQNHIQEYCYTDLSKAFLMHAEKEYGADNPYLTYQLFNVEQPAAGQGLHLRTYDIAIAANVLHATKNIRKTLRTAKAVLKKDGLLLVNELGGHTPFTHVTFGLLEGWWLYEDEALRIPGCPGLYPETWKSVLMAEGFHSIQFPAENERLHTQQIITAKSNGVIRQSREAYTAQKRQSNVPQTSSDRQLPIKQAGEGLSEKTAAFLIKAAANVLKMPAEEINPLAPLDEYGIDSILIVQLTNELRDLVPDISSTLFFEYRTIEELAAFLAETKERELHAQFSEEVRHTEAASSGSLLEKSTEYLKQIVSAILKMPIEDVQAHTPLEEYGIDSILIVQLTNRVREDIPDISSTLFFEYPTIGGLAEYLVSSRQDDMAGIFKTNKEAEKAPHTLQKKQSRKKSAGLAKRQAASFSEKAPPASEPPSKHLEVAIVGLAGRYPGAENVNEFWERLKTGEHGITEIPKDRWDWRDYYDETKGKEGRMYTKWGGFLTDIDKFDPLFFKISPKEAERMDPQERLFLETAYAALEDAGYTPDSLCAGKKVGVFAGVMNGNYPTGAHYHFIPNRVSYVFDFHGPSIAVDTACSSSLTAIHLAAESIRTGASECAIAGGVNLITDPVHYIGLSSMRMLSPSNACKAFGDKADGFVDGEGVGCIVLKPLKKAVEDHDHIYGVIKGSALNAGGKTNGFTVPNPNAQGEVIAEAMERAGIDPRAISYLEAHGTGTSLGDPIEIAGLTKAFRRYTDAKQFCSIGSVKSNIGHLESAAGIAAVTKILLQMKNGYLVPSLHSKQLNPEIDFETSPFIVQQETAEWRRPVIESEGVTREYPRLAGTSSFGAGGANAHLLIEEYEPAEMTSTDTGRPALFVLSAKDKDRLRERALLLSDAAGNGTITDANLLDAAFTLQVGRVPMEERLAMTVGSVSELEQKLTAFLNHAGSVSGVFTGRGDSAVTKTAGTVSDWTEKRQFDSLLNAWVHGTPVDWASLYKGALPHRISLPSYPFAKESYWMKREEPKTGTTEYVHPFLHENTSTLAEQSYHTSFTGREHVFHDVRGERVLSAAVYLEMALAAYHHAADSSEEKEIWIRTAAWTDPITGGHHGAGVNLSLLSEDEEGIHYEIYSDEEKLHHYGIIGQGNIQPSRVLDIASLQKDCRPLSFDYETPGTSGVTISKEFRTVEKLYAGENAVWAKLALTDESGRNPGYHLPPEFLDAAFHVLAKTEPSVHIVPEAVEELRVMRPCSSGMWMYINKKNQTGCNIQFCDETGTVCAEIKGIRMRHPSQQDHGQEEQSEMMIFEEMWTQQPLKKSIHEELKTVICFLTGEAARKHAYQSLQSLYPGAGVFFISQGEETQKLSNTHYQIKITDGQAYQETFRHIETAAGKADAVLYGWPLEDEKAVKDYSILYHVIRTAASLRSKPRRILLSAQCGTDTDISYAESWIGLERSLKLILPETDTAAVYFEQKGPFEKLIHNVCEELHSESFRSVMYSGEIRHVMEMKQTDIAPVEKRVIKSGKTYLITGGCGGLGLLFAGYFAEKGPVTLILTGRSAAGGPVLNKIKRLEESGAKVFYVQADAADQAQMEKGLQEAKEKGCGPIHGVIHAAGLQGTESILEKDLQTFQQVLSPKADGTAVLDQVLSREPLDFFCCFSSSSAILGDFGSCDYAMGNRFQMAFVRHRDKLVSLGLRSGKSLAINWPLWKEGGMHVGTAESTDMYLKSSGQRYLYTEEGLEAFETLLVQPSSQYLVLAGFPSRAKRFLQIDQGERPISGSVNRNVPFSGRRSEMKGFTLEECVSWDVKELAAGLLKIDKNRLTDADNLADFGFDSISLAEFASSLSAHYGIEVTPALFFGHSTLEKVVRYFLTEHKFVMEHVYEEKKPESADQSVFEKAGTEKRKKQRGRNKLNAGTEGSQAADSIAIIGMSGRFPQARTADELWDILFQEKDVVAPVAKKGFTSSKWKLGAVPGADEFDPLFFEISPREAETMDPKQRLLLQEAWRALEDAGYGASHIRQQTIGMFVGAEEGDYHLLTRDKGNVTSHHNGILAARLAYHLNLSGPVMAINTACSSGLVSVHQAVLSLQNKECTTAVAAGVNIMNTPDFFETIDKAGMLSENGKCFAFDKRADGMVPGEAAAAVVLKPLREAEADGDPIYGVIRASGINYDGKTNGITAPSGVAQTRLLTSVYDRGRINPEDIEYIVTHGTGTKLGDPVEINALYDAFFAYTNEEAFCALTSIKTNIGHTFAASGIVSLISLLQAFSREMIPASLHCSGENRYINWEKSPFYVNKTGKAWPSLPGKNRMGAVSAFGMSGTNAHIVMESYKRNASPHRDAPAYLLTLSAKTEEALQEKIEDMITWAENGGLKENDLAQLSYTLLKGRHHFNHRAAIVVQDADDAVYVWKQAKLNEHHPYVFSGKVPQHFAGRQHIQEHIIEVLGKCSASYSDHRKYQELLCVLADFYCQGYEIEGDLLYGGPLPRIGNLPGYPFARQTYWASDRLQRELESRNSAEREKLHPLLHTNTSTFTAQRFTSVFSGHEPFFADHIVNGKPVLPGAAALEMARAAVTLAAEDLPGGKTGVRLKQIVWLRPVTALSEGVTLHVKLQPEENGDIAFEAYAEGEEPLVFFQGKAVLEETERAPVLDVEAVQARCGGRRMSKAECYEAFDSLGITYGPSHQALDAVYAGNGEVLAKLTLPPSAREEKEPFILHPSMLDAALQASIGLVVSDGSASGRPFLPFALRDMQVFSACRETMWAVLSSAEGAYHIELCDENGAVCVRLTGLTARFLEEDTEEKPLLLQPKWQESPPDEGGGQEESFRYVTLYGGMNAEDISGAVCAADGEGPIEDRYDACAAELSAIVTRLIKEKQKKKTLIQLLVPDRGEDNVLAGLAAFLKTAHLEHPKLYGQVIQADPDESASSLLAKLKENRAHPEQAEIRYEDGKRLVRNWRHLPAPQSGAVPWKDEGVYLLTGGAGGIGLIFAEEIASRVKNAVLVLTGRTEALDEDRSARLRRLAATGARVLYKPVDVTDRAAVTALVRGIQEEHGTLDGIIHGAGVIADNYILNQTENERKTVMAPKVKGLINLDEAAKDVRLDFFILFSSLAGGMGNPGQAGYAAANAFMDVYAARRNHLVRDNERSGKTLSVNWPLWEEGGMRVDKETERLMYEQTGMKAMRSASGIQALYAAFASGEHQVMVAEGDEKRIRSHIFDLGEEQSAAGKAPAVADARDLKDQVQEKLKRHVSDLLKVSMKDIEADSELTEYGFDSIIFTEFTNLLNRSYQLELSPTIFFEFPTLRKLSGYLISEWKEAFSGLERESLKTAPKAGIRKAEAPAAVHVKRETPVSVKGKSEEKTEPIAIIGISGIFPQAKDIDEFWTRLQKGEHCITEIPRDRWDWREYYGDPAADANKTSIKWGGFIDGIAGFDPLFFGISPKEAEMMDPQQRLLMMYVWKAIEDAGYSAKRIAGTKTGIFTGTLGSGFQTLINKAGLPVEGYTMTGIVPSVGPNRMSYFLDIHGPSEPVETACSSSLVAIHRAVKAIETGDCDMAVAGGVNTIVTPEGHIGFQKAGMLSEDGRCKTFSDQADGYVRGEGAGMIVLKKLSEAEHDRDHIYGLIRGTAENHGGRSASLTAPNPQAQTDVLKSAYQKAGIHPSTITYIEAHGTGTALGDPIEINALKKAFQTDGAPGGYCGIGSVKTNIGHLELAAGIAGVIKVLMQLKHRTLAKSLHCENINPHIKLKDSPFYIVTETKEWEALRDENGRVLPRRAGVSSFGFGGVNAHIVIEEYMGRSETEQQETREKASSLFVLSAKNEERLKERARLLRDFIQNGSFRHIDLADAAYTLQTGRDAMEARLGIIAGSAEELTEKLNAFLLGKNSEDIISGRKKRENNTISMFSDDEDAADLVSAWLEKKKYKKVLRLWANGFDTDWEQLYTDSKPRRISLPSYPFRADRYWVPKREQLPLSNQKTVVLQKTWEPCEAVSSSEPFSKIALIVSEDTKDLAAEVKKQLNDADIVQENQLISFLQDANAAVYSGFIDFTGCGSRQKRQDISWVASLQQLIEYGRGQENMKMLYLTKGLESFKNKAAAMHGIEKAGLYRMMRHEYSHILTCHADIDPEEPLEQTAAFIKQEIESDLTESAVCYREGMRFSYVLRQTDQIEPEAVQTDRTVFPKDAVLMITGGTRGLGALCAKHFVSVYGVKKLLLTGRKELPSKTEWDLEQTDPVVSEKIQLIRQLESQGVKVCVSAVDLTDKQAVGRLIKEVTSTLGPVGGILHCAGIADRENPAFLRKSKDSIARVLAPKADGLHSLYESVKDGAPAFFVLFSSVSAAVPILAAGQSDYAMANSYMDYFAENNESGIISIQWPAWDETGMSRDTKSGIYEQTGLLRHSDAEGLKMLDYILRERPGAVVLPAQVKHDWDIKALENAKPAAHKGMKAASKPPETKKRDHNRTDIQSWLRSLLAKELSIDETHMDIDVPFQEYGMDSIFLAQVLTKIDQKLPSVSIDPTVLLEHPTIEQLADYLAAHCPEAFSADAAVSAEKVPLQKTPKRSKKTADKPGKRGKVAIIGMACHFPKAGDIKEFWKNLRSGTDAVTEVPPDRWDTGEHYQPGEYQEGKSISKWGGFIHDIDQFDPEYFNISETLAPMIDPLQRQWLEVSAEALADAGYQKEDLWGRRIGVFAGARAGAFHQKFQYLQKDAIIGAGQNFITAHMAHIYNFTGPNLVVDTACSSSLTAIHLAVQAIQNGEAEAAFAGGVDILLDEKPFLTMSAARILSPNGRSKSFDAGADGTGIGEGCGVLMLKPLEKAIEDEDKIYGVIDGSAINNDGSTMGVTTPNPRAQQDLIEQAVQSAEIEPDTMTYVEMHGTGTLIGDPIELKGLTNVLSAYSDEKQFCGVGSVKSNIGHLLSAAGAAGIIKVLLAIANEELPPTLHCHKPNPRFQFNDSPLYPVLELKRWDGKKEILRAGVSAFGLGGNNAHIIVSNEGIPKERKAAMEPKGGQTVYRKQRYWPEKAQLPEAEVNEAGTEAMFEISEV PGPT0010165_120 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACILLAENE|MACROLACTIN|DIFFICIDIN_METABOLISM,PGPT0010165-baeN|pksN|mlnB|mlnD|dfnG-K13614 NA NA D1-12_01442 5727 hypothetical protein ATGCAAGAGCAGCTTCTTATTAACAATCAGCATCCCGTTCTGAAACATCATAAAGCCTATGGAAAGGAACTGCTGCCGGGTCTGGCTTATATTGACCTGATCTATCAGACTTTCAGAGAAAACGGTTTTTTTCATGCCGGCCTTGAACTCAGGCACTTATCGATTTTTCACCCTTTAGCTCCTGAACAGGGAGAATCAATCCTGCTTTCCGTTGACTGTACAGAGAACGGCGAAGAGCAGTGGAAGGTAGAGGTGAAAGGGCAAAAACAAGGTGACGAAGCAGCAGAGACAAAGGTATATGCCGCGGCGCAAATGCATTCCGTCAAGCCCGCCGGCTTCCAAGAGAGCGTCCGGATGGATGCCGTAAAACAAACGGCGGCAGAAATACCGCTTGAGGACATTTACACGGAATGCAGGGATCAAGAACTGGTTCATTCAGGAATGATGAAAGGCTGCGGAAGCGTCTACCAAACTGAAAAAGAGATTTATATTGATCTGTCGGTGCAAAAGGATCAGCTGGAACATGCAGAAGAGGCGATGTTTCATCCCGCATTGATAGATGCGAGCAGTATCGGCTCCAATGTATATCTCGCTCCTTTGACGAGGGAGGAGGGGCAATTATTTCTGCCGCTGTTTTATGAATCGTTTTATTGCGCCGAATTGCTGCAGACAACATGTATCACCAAGATAAAAAAAGAATCCGTCACCCGTAAGAAAGATCTCGTTTACGTGACAATGGAGTTTTTCAATGAGGAAGGCAGAAAAGTCGGCGAACTGAAAAACTTCGCCAATAAACTGGTGAGGGACCCGGAACTGATCAATCAGAAACGGCAAAAGAAAGAACCTGACGGGCGGAATGCCGTCCCGGCCCCGCAAGCGGAACCGGCGCCTTCTGAGCCCCGCCGTGCGGAGGCTTCCGCCGTCCTTACTGAACAGTGCATCCTTTATTTAAAAGAATTGCTTGCCGCCCGATTGAACAAACCTGTGAAAGAGATTGACCCGGATATCGGCTACTATGAAATGGGGCTGGATTCTCCGGGGCTGTTGGACATGGTGAAGGAAATTGAACAAAAAATCGGAACGCAGCTACTGCCGACGCTGTTATTTGAATACACGACAATCGCGGAATTGGCGGGGTATTTGTGCGAACATTACGGAGCCGGTTTCGGCCATGCTCAAAGCGGGCATTCAAGTGCTGAGCCTTTGCCCCGGGAAAAAAAGAGGACGACCCAAATCCGCGTGAAAAAGTCGGCGTCAGCCGGAACGCAGAATGGAGATATTGCGATCGTCGGGATGGCGGGACGGTACCCCGGCGCCAAAAATCTTCGTGAATTTTGGACAAATCTAAAAAATGGAGAAAACAGCGTAACGGAAGTGCCTCGTTCCCGCTGGGATACGAGGACATATGAGCATTTGCGATCGCCGTCCGGCAAGCCGATTTCCAAATGGGGCGGTTTTATAGACGATCCGGATTGTTTTGACGCAAAATTTTTCCGGATTTCTCCGCGGGAGGCAGAAGCTAAAGATCCGCAAGAACGATTGTTTTTAGAAACATGCTGGGAAACGATTGAGGATGCGGGCTACACCCCGGAAACAATCGTTCAGCCGAAAGGGCCGAATAAGAGAATGAACGTCGGTGTGTTTGCCGGGGTGATGCATATGGATTATTCTCTCGCCGGCGCTGAAGCTGCGGCCAAAGGGCTAGTCTTTCCTTATCCCTTGAACTATGCGCCGATCGCAAACCGTGTTTCATATTTTTGCAATTTTCACGGGCCGAGCATGGCGGTTGACACGGTGTGTTCGTCATCTTTGACGGCCGTCCATATGGCGGCGGAAAGTCTGAGACGCGGTGAATGTGAAGCAGCTCTTGCCGGAGGCGTCAATTTATCATTGCACCCGACAAAATATATCACATACGGCTTGATGGATATGCATTCGAGTGACGGACTGTGCCGCACGTTCGGCGAAGGAGGCACAGGCTATGTCTCAGCTGACGGCATCGGGGCCGTGCTGCTGAAGCCGCTTCACAAGGCCGAAGAAGATAAAGATCATATTTATGCGGTGATAAAAGGCAGCGCCGTCAATCACGTGGGGACAGTCAGCGGGATTACCGTGCCGAGCCCCGTGGCGCAGGGGGATATGATAGCTGAATGTCTTGAAAAGACGGGGATCGATCCCCGGACGATTTCTTATGTGGAAGCGCACGGAACCGGAACTTCTTTAGGAGATCCGATTGAAATACAAGGTCTTGTTAAAGCTTACCGCACGTTTACGGAGGATCGGCAATTTTGTGCGATCGGTTCCGTTAAATCGAATATCGGACATGCGGAATCAGCCGCCGGGATCAGCGGGCTTCATAAAACGGTTTTGCAGCTGTTTCACAAAACGCTTGTCCCTTCTTTACACTCAGAGACGATTAATCCGTATCTCCGTTTAGAGGACTCGCCATTTTACGTGCAGCAAAAAACCGAGCCATGGAAAAGGCCGGCGTATACAGAGAACGGCCGTGAACATGCCTGCCCGAGACGCGCAGGCATCAGTTCATTCGGGGCGACGGGTTCAAACGTTCATCTCATTTTAGAAGAGTACAGGCCTAAAAACCCCGGCATTACGGAGAATCAAGAGAGACCGTATATCGTGCCTCTGTCAGCGAAAAATCCGGAGCGGCTGAAGGAATACGCTGCCCGCCTGCTGATGTTTCTCAAAGATAAAGCGCTTGAAGGAAGCGGTCCGCTTCCTGACAAAATAGATACAATGCAAAATCAGCTGGAAAATGCGTTGCGAGGTGTTCTGGCCGAAGTTCTGCATGTTGCGGCCGGCTCGGTAGATGATGAACAGGATTGGAAGGAATTCGGCTTGGATGTCATGCAGCTGACACAGTTTTCTGAGCTGATGACGGATCAATACGGGCTGGCAATAGACATGACTGATCTCATACAGCATACTTCCGTCCGGACTTTAGCAGAATGTCTTACAAACGATGAGAAACATAAGAATATTCTTTCCGGTCTTTTCGGTCAGTCCGGCTTAGATAAGCAGCCTGATGAATCTTTTTCCCTGCTGTCACTGGCGTATACGCTGCAAACGGGACGGCTGGCAATGGAAGAGCGGCTTGTTTTTTTAGTGAACGATCAAGCAGACCTGATCAGGAAATTAACTGAATTTACAGAACAAAAACGGCAGATTGACGGCTGCTTTCAAGGGCGGTCTGACAGCGGAACGGAAATCAGGGGTTTCCTGAATGATGATCAGGATACGGAGGAGCTGATCCGAAAATGGATGGACAGCGGCACTTACAAAAAACTTGCGGAGCTGTGGTCAAAAGGATTTGAGATAGACTGGACGCGGCTGTATCAGGAGGAGAAACCGCGCAGGATGAGTCTGCCGACGTATCCGTTTGCAAAGGAACGATATTGGATACCGGAGCCCGATCATCCCGTCACTTCCGTAAATACAGAAAGCAGGCTTCACCCGCTGCTTCACCGCAATACATCAGATTTGCTAGAACAAAAATTCAGTACGATACTGAACGGAGATGAATTCTTCTTAGCCGATCATATCGTCCGAAACAAGCGTGTTCTCCCCGGGGCGGCTTATCTTGAAATGGCGAGAGCCGCGGCTGAACTGGCTGCCGCGCCGTTAGCCGCTGAATACACGGCTAAAACCGGCATTTCGCTGCGGTATATCAGCTGGATACGCCAGGCCGTTCACAAAAAAGAGACGCTGCGTATGACGACAGGGCTTTCTTTGGAGGATAACGGCAATGTTTCATTTCAAGTGTACAGCAATGAAAATGATTCAGACATTTATTGTGAAGGCAGTGCTGTGATTGAGCCGCTGTCTGAGGCGCCGGTTTTGCATATTGAACAGCTGAAAGCGCGATGCCGCAAAAAAGTGCTGTCAAAAGAAGACTGCTACGTGGCGTTTGCAAAGACGGAAATTGTATACGGACCTTCACATCAAGGAATTGATCACATTTATTGCGGGGAAAAAGAAGCCTTGGCTAAATTGGTGCTCCCTGCTTCCGTTTCTGATGAGGCTGAACAGTTTGTGCTCCATCCTAGTCTGATAGATTCCGCTTTTCAGGCGGCCATCGGCGTTATGAATGAAGATCAAGCGGGTTATCCGGAGCAGCCGTTAATGCCTTTTGAATTGCATGAACTGACCGTTTTTCATCCGTGCAGGCCAAACATGTGGGCTGCCGTGTTTGTGACGCATGAAACACCGGCCGTGCGAAGAATGGACATTGATATATGTGATGAACGCGGCAATGTGTGTGTAAGGATAAAAGGATTTTCTGCCCGGATGGCCGAAAGTGAACCGGCCGTTACCGATAATAAGCAATACGATCTCCCGGGTAACCTTACCGGAGCCGTCAAACTGATGCAGGTATGGGACGCGGAACCGATAGACAACCAAACCGGCTTCCCCATTTCTGAAGCAAAAGCGGTCATCATAGGCGGTACAGACGGGCAGGCGGACGCGGTTTTACGATTGTTTCCTAAAGCTGTGCGATTTGATATCGGCCAAAGTGCTTCCGTTGAAGTGATATCTGATCGGCTCCGCCGTCTCGGTGAAATTCAGCATATGGTCTGGTTTGCCCCTCAGCCGGCTGATTCTGACAGCCATGATCAAAAAAGCGGGGTGCTGCAAATTTTCAGAGCGGCCAAAGCTCTTATCGGTCTCGGGTATGGAAAAGAGCAGCTCGGGATGACGGTGATTACGCACCAAGCACAGCCTATTACCCAATATGATGAGGTGCGTCCCGCTCATTCCAGTGTGCACGGTTTCGTCGGGTCTCTCGCTAAAGAACATCCGAGCTGGCACATCCGTCTCGCCGATCTTGAAGACGGGGGGGATTTCCCCGCAGAAGACATATTCAGCCTGCCCCGCGACCGTACGGGTAAAGCATGGGTGCGCAGACATCAGGAATGGTACCGGCCTCAATTGCTTCCGGTCCAAAGCGGGCCGTCTGAAAGTGTTCCTTACCGCTATGGAGGCGTATATGTCATCATCGGCGGTGCGGGAGGCATCGGCGAGGTTTGGACAGATTATATGGTGACGACGTATAAAGCCCGAGTCGTCTGGATCGGGAGGCGGCCGCTGGACAGCCGGATACGCCAAAAAATAGACCGGTACCGGCCATCAGGCCCGGCTCCCGAATATATAGCCGCAGATGCTTCTGATCTTCCATCGCTTCAGCGCGCCTATGAACAGATTAAAAACACATACGGCACCATCAGCGGCGTCGTTCATTCAGCGATGGTATTTGCGAATGAAAGCGTAAAAGATATGGAAGAATCACAGTTTCACGCCGGCCTTGCGGCGAAAGTGGATATTTCCGTCAACATTGCCGAAGTATTTGCGAAAGAGTCTTTGGACTTTATTCTCTTTTTCTCTTCGGTTATTTCATATATTAAGAATCCGAATCAAAGCCATTATGCGGCGGGATGCGCATTTAAAGACGCATTTGCCCATGAGCTTTCCGGACGGCTGTCATGCCGGGTCAAAGTGATGAACTGGGGTTATTGGGAGCGGGCTGACAATCACATTTCTGAAGAGTTTGACAGACTGAGTGCAATCGGTCTCGGGCTGATCAGCCGGGCGGAAGGGATGCAGGCGCTGGAAACTCTGCTGACGCAGCCGATCTCCCGCATGGGGCTGATGAAGCTGACCAAGCCGATTCCGATCGAGGGAATGAACCCTCATGAATTTGTGACTATCTGA MQEQLLINNQHPVLKHHKAYGKELLPGLAYIDLIYQTFRENGFFHAGLELRHLSIFHPLAPEQGESILLSVDCTENGEEQWKVEVKGQKQGDEAAETKVYAAAQMHSVKPAGFQESVRMDAVKQTAAEIPLEDIYTECRDQELVHSGMMKGCGSVYQTEKEIYIDLSVQKDQLEHAEEAMFHPALIDASSIGSNVYLAPLTREEGQLFLPLFYESFYCAELLQTTCITKIKKESVTRKKDLVYVTMEFFNEEGRKVGELKNFANKLVRDPELINQKRQKKEPDGRNAVPAPQAEPAPSEPRRAEASAVLTEQCILYLKELLAARLNKPVKEIDPDIGYYEMGLDSPGLLDMVKEIEQKIGTQLLPTLLFEYTTIAELAGYLCEHYGAGFGHAQSGHSSAEPLPREKKRTTQIRVKKSASAGTQNGDIAIVGMAGRYPGAKNLREFWTNLKNGENSVTEVPRSRWDTRTYEHLRSPSGKPISKWGGFIDDPDCFDAKFFRISPREAEAKDPQERLFLETCWETIEDAGYTPETIVQPKGPNKRMNVGVFAGVMHMDYSLAGAEAAAKGLVFPYPLNYAPIANRVSYFCNFHGPSMAVDTVCSSSLTAVHMAAESLRRGECEAALAGGVNLSLHPTKYITYGLMDMHSSDGLCRTFGEGGTGYVSADGIGAVLLKPLHKAEEDKDHIYAVIKGSAVNHVGTVSGITVPSPVAQGDMIAECLEKTGIDPRTISYVEAHGTGTSLGDPIEIQGLVKAYRTFTEDRQFCAIGSVKSNIGHAESAAGISGLHKTVLQLFHKTLVPSLHSETINPYLRLEDSPFYVQQKTEPWKRPAYTENGREHACPRRAGISSFGATGSNVHLILEEYRPKNPGITENQERPYIVPLSAKNPERLKEYAARLLMFLKDKALEGSGPLPDKIDTMQNQLENALRGVLAEVLHVAAGSVDDEQDWKEFGLDVMQLTQFSELMTDQYGLAIDMTDLIQHTSVRTLAECLTNDEKHKNILSGLFGQSGLDKQPDESFSLLSLAYTLQTGRLAMEERLVFLVNDQADLIRKLTEFTEQKRQIDGCFQGRSDSGTEIRGFLNDDQDTEELIRKWMDSGTYKKLAELWSKGFEIDWTRLYQEEKPRRMSLPTYPFAKERYWIPEPDHPVTSVNTESRLHPLLHRNTSDLLEQKFSTILNGDEFFLADHIVRNKRVLPGAAYLEMARAAAELAAAPLAAEYTAKTGISLRYISWIRQAVHKKETLRMTTGLSLEDNGNVSFQVYSNENDSDIYCEGSAVIEPLSEAPVLHIEQLKARCRKKVLSKEDCYVAFAKTEIVYGPSHQGIDHIYCGEKEALAKLVLPASVSDEAEQFVLHPSLIDSAFQAAIGVMNEDQAGYPEQPLMPFELHELTVFHPCRPNMWAAVFVTHETPAVRRMDIDICDERGNVCVRIKGFSARMAESEPAVTDNKQYDLPGNLTGAVKLMQVWDAEPIDNQTGFPISEAKAVIIGGTDGQADAVLRLFPKAVRFDIGQSASVEVISDRLRRLGEIQHMVWFAPQPADSDSHDQKSGVLQIFRAAKALIGLGYGKEQLGMTVITHQAQPITQYDEVRPAHSSVHGFVGSLAKEHPSWHIRLADLEDGGDFPAEDIFSLPRDRTGKAWVRRHQEWYRPQLLPVQSGPSESVPYRYGGVYVIIGGAGGIGEVWTDYMVTTYKARVVWIGRRPLDSRIRQKIDRYRPSGPAPEYIAADASDLPSLQRAYEQIKNTYGTISGVVHSAMVFANESVKDMEESQFHAGLAAKVDISVNIAEVFAKESLDFILFFSSVISYIKNPNQSHYAAGCAFKDAFAHELSGRLSCRVKVMNWGYWERADNHISEEFDRLSAIGLGLISRAEGMQALETLLTQPISRMGLMKLTKPIPIEGMNPHEFVTI PGPT0010160_125 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACILLAENE|DIFFICIDIN_METABOLISM,PGPT0010160-baeM|pksM|dfnI|dfnD|dfnF-K13613 NA NA D1-12_01443 6297 pksJ_2 COG0318 Polyketide synthase PksJ ATGAAAGAGTTTCTGCACCGGGTTTTTTCTGACGTCAAAAATAAAAAAATGACAAAACAGGATGCGATCGGCATTTTGCGCGATTATGATATGCGGATGGGACTTCGCCAAGCGGATTCCCTTCATCCGCTTGCTCAGCAGCATATTTCCGATGAAACGGGACTGGGATTCTCGGCAGCTTTCAGCGGCCGGGAATTTTTTCTCGCTGATGTTTCTTTACAGCGTAAAAAGCTTATGCCCGGAGAACTTCTTTTGGAAATGGCGAGAGCTGCGGCTGTTTTGACAGTAAAGGAGACTGAGGCTGTCCGGCTGACACATATCGTGTGGTCAAAGCCCATTCTGACTGAGGCTGAGCCGTTCCATATCGAAATCAGGCTGATACCCGAAAAGGGTGAAGCCAAAAGGTTTGAGATTTATAATCCATTTTCTTCCGATTACAGTTATCATGATGTGTACAGCCAAGGGACGATTCAGCCAGTTGATGCTGCGCCCGGCATGCTGGATATCAGCCGCTTGAAGGAAAACAGCGGCTTCCTGATGGATCAGCAGCAAATTGAAGCCATCACTCAGAACGATACCGTTCAATACAGTGAGCACATGAAAGGAATTGAGCGTATTTACGCTTCAGCAGGACGGATGCTGGCAGATATATCAATTCCATTGACAGACCAAAAAGAATCCGCCCGATTCGGCCTCCCTCCCTGTGTGATGCAAAGTGTGACAGAGGCATGCGCGCTGCTTGGCGGCAAAGAATATAAAACGCTCGCCCCGGTTTCTTTGGACGAGCTTTTGTTTTATGAATCTTGTCCTGACAAGGTATGGGCCGAGATACAAGAAAAGGCGGGGAGTTTTTATATTGATTTATGTGACGAAGAAGGAAAAATATGGGCTTCCCTGTCGGGGTTGAAGCTGCAGCCTGTCATCAAGACGGGCGCTTCCGGAAAAATCAGTGCCGAACACCGCAGTGAACATTTGTATGAACAAACGCTTCTTCAGCTCAAAACGCTTTTTGCCCTGACTACAAAAATTGCTGTTTCCAACATAGATACTGAAGAGCCGCTGGAAACCTACGGAATCGACTCAGTCACTGTGACGAAATTGAATCGCGAATTGTCTCTGCTTTTCGGTGACCTTTCCAAAACGGTTTTTTACGAATATAAGACACTGGGCTCCCTGGCAGCTCACTTTGTCACGGATTATCCAAAAGAATGCCGAAAATGGACAAATGATGATGAGCACCGTTCAGGCATATCAGAACAGGTTTTGGCAAATGAAGATTTTCCGGTGCTTCCGTCGTTTATCAAGCGAAAGAAACGGCCTTCTTTTTCCAATGAGAACCAGACAAAAGAAGGGATTGCGATTATCGGAGTCAGCGGACGTTATCCGCAAGCTGAAACACTTGAAGCGTACTGGGATAACTTAGCAGCCGGAAAAGACTGTGTGACGGAAATTCCCGAAGAGCGCTGGGAAAAGGACAAGTACTACAACCCTGATCCCGAAGCGGCCGTGAAAGAAGGGAAAAGTTACAGTAAGCGGGGCGGGTTTCTGAAAGATGCCGCTTTCTTTGATCCGCTGTTTTTTCAAATTTCACCCCGTGATGCTTTGAATATGGACCCGCAGGAGCGTCTCTTTATTGAAATGTGCTGGCAGGTGATGGAGGATGCCGGTTATACGAAGGAACAGCTTGAGAATCTATATAACGGCCGGGTCGGCGTTTTTGCGGGCATTACGAAAAACGGGTACGGAATGTACTGGAAAAACGGCGGCGCCCTGCAGCCGAAAACGTCGTTCAGTTCAGCGGCCAACAGAGTTTCCTATTTTCTTAATCTGAAAGGGCCGAGCATGCCGGTCGACACGATGTGCTCGTCTTCGCTGACTGCAATTCATGAAGCGTGTGAAAACATCCTTCGCGGCGAATGCGACATGGCGATTGCCGGCGGTGTGAATGTGTATACGCATCCTTCGGCTTATGCGGAGCTCAGCGCCTATCGAATGCTTTCAAAAGACGGAACGTGTAAAAGTTTCGGTGAAGGCGGGGACGGATTTGTTCCCGGGGAAGGCGTCGGGGCCGTGCTGTTAAAGCCGCTGTCAAAAGCGATAGCTGATAAGGACCGTATTTACGGGGTGATTCGCGGCACTCATATCAATCACGGCGGCAGAACAAACGGGTATACAGTGCCGAGTCCGAGCGCCCAGGCTGACGTGATTTCCGGCGCGCTTGAAAAATCAGGAATACATCCGCGGATGATCAGCTGTATCGAAGCCCACGGCACGGGCACTGAACTCGGAGATCCGATCGAAATTGACGGTTTGACCCGCGCATTTCAAACGAAAACGTCAGATAAAGGCTTTTGCGCCATCAGCTCAGTTAAATCCAATATCGGGCATTTGGAAGCGGCGGCAGGCATTGCCGGTGTAACGAAACTGCTGCTCCAGTTTCAAAAACGAAAGCTTGCCCCCTCATTACATTGCCGAAAATTGAATCCGAATATTGCATTTGACCGGACGCCGTTTGTGGTGCAGCGTGAATTGGCAGACTGGAAGCGGCCGGTCATTGAGGAAAACGGAGCGCAAAAGGAGATTCCGAGAATCGCGGGAATCTCTTCTTTTGGCGCGGGCGGGGCAAATGCCCACATATTGATAGAAGAATATATTGAACCTGATAGGGAGATTTCTGAGCCATTCACAGATGAAGATCCCGCAGTCATTTTATTATCCGCCAAACAGGAGGCCAGCCTGAAGCAGCGGGCGCAGCAGCTTCTTCAAGCGATCAGAAAAAATGACGTCACAGACCGCAGCCTCCGGGATGCGGCTTACACCCTTCAAACCGGAAGAGAAGCGATGGAAGAACGTGCGGCATTTATTGTGACGTCGACAGAGCAGTTAGCGGAAAAACTGCAGCGTTTTATTGACGGCGGGACAGACGGCTGCTTCAGAGGGAAAAGCAAACAGTATAAAGACATTCTAGCCGTTTTTAAGGATGAAGATATGCAGGAAGCCGTCCGTAAATGGATGAAACGAAAAAAATTCGCGAAGCTTCTGGAACTTTGGGTAAAAGGGCTGAAGATTGATTGGTCAGAGCTTTATAACGGCAGCCTGCCGCATCGCATCAGCCTTCCCGGTTATCCATTTATAAAGGATCGGTATTGGCCGGACGATGCAGCGCCGGACAATGTTCGTGATGCTGAAACACATTCTGAAACATTTCGTGAAATCCGCTTTTTACAGAAAAGCTGGGCAGAAAGCAGCAGTGTTCCGGTTAAGGAAGTGCGGGGCGTCATCGGAATAGCCGCCGATCACCAGACAGGAAATTTGGCCGTTGAGCTGTCCCGTTATTTCCCCGAGTCTGAAATCATTGACGCTGCATCACCGGAAATATCCGGGGACGCGGCCCGGTTTGGCGGTCTGATTGATGTGACCGGATGCGGGACGGAAATCAATCATGATGACGGCTGGATTCATCGTCTGCAGTCTCTCATTGACAACAGAAACCGCGGCCGAAAGCTTCAGCTGCTTTGTGTGACAAAGGGGCTTGAACCTTTTGCAAATGAAACGATAAATCTCTCAGGTGCAAAAAAGGCCGGATTGTACCGGATGCTCCAAAGTGAGTATAAGGATATTCGCTCGCGGCATATGGATGCAGAACAGACTGCCGAAGATCCTGAGCTGGCAAACCAGATCGCAGAGGAGTTTTTTCGCGATTCTGAAGACATCGAAGTGTGTTACCGAAACGGTGTGCGCTATCACGCGCGGTTAAAGGAAACAAACAGCTTAGCAGAAAAAGAATTTTCATTTCCGAAAGACCATGTGCTCTGGATCACCGGAGGAACCCGGGGACTCGGATATTTATTCGCCCGGCATTTTGCCGAACGATACGGAGTCACGAAACTCGTGCTTACCGGAAAAGAAACAATGCCTCCGAAAGCGGAGTGGGATGATCATGTCAAACGGAATTCCCCGTTTTCCGATAAAGTGAGAAGAATCAGAGAGCTCGAACAAAAAGGTGTCCGAACGGAAGTGCTGTCTGTATCTTCCGGCCCTGAATATGAGCAGGCCGTCAGCCGGGTGAAAGAGAAGATGGGGCCGATAGGAGGCGTGATACACGCGGCGGGAGCCGTAGATCTCGATCATCCGGCCTTTATCCGCAAAACGAGAGAACAGATGATGACCGTGCTTGAGCCTAAAACAGACGGACTGGACCTTTTGTATCAAGCGCTGCACAAGGAGCCTCTCCGGTTTTTTGCGCTGTTTTCTTCAGTGTCCGGCGTGATGCCGGAATTAGGAGCGGGACAAAGCGATTATGCCATGGCTAACGCCTATATGGATTATTTTGCGGCCGCAAAAGGTTTTCCGGTGCTGAGCATCCAATGGCCGAGCTGGAAAGAAACGGGTATGGGCGAATCAAAAAGCCGGGCCTATCTGAAAAGCGGTTTAAAGAGCATCACTGACAGAGAAGGGCTGAGCCTGTTTGATGCCATTATGGCAGGCGATTGCGGGTCTGTTATTATGCCGGCCGTCATTCACCCGGAAAAATGGGAGCCTGGCCGTCTGCTGCTTTCATCCGGCCTTACCGAAACAAAGAAGCAGGAACAGGCCGATACAGAAAGCGTTGAGGAGTGGCTGACGGGCATTTGCTGCCGGGAATTAAGACTGGAGCCGTCAAGATTTGAATCTGATACACCGTTTCAAGATTACGGAGCCGATTCCATCATGCTTGCCCAAGTGTCCAGAGCGATCGGAAAGAGGATCAAAGCTGACCTTGACCCGGCGGTGCTGTATGAATACCCTACGGTTGCTGCGCTGGCCGGATGGCTTGAAACAGCATATCCGGAAATCAAAGCTGCCGTTTCAAAACCGGTTCAGCCTGTAATCCCGGACGTTCCCAAACAAACGGCAGCCGCTGTCATTCAGCCTTCTGGCGGTGCAGCGGCGCAAGATATCGCTGTTGTCGGAATGTCCTGCCGTTTTCCGGGAGCTGAATCAATTGAAGCTTATTGGAAGCTGCTGTCTGAAGGAACGTCAGCCATTCAAAGGGTGCCGAAAGAGCGCTGGAAAACGGAGAAGGCGGATTATGCGGGCCTTTTAAAAAATGTAACGCATTTTGACCCGGAGTTTTTCCTTATTCCCGAAGAAGACATCAAGGCAATGGATATCCAGTCCTTTCTTTTATTAGAAGAGGCGCTTCATCTGTTCAGAGACAGCGGTTACTCGTTACAAGAAATGAAAGGCAGGTCAGCCGGTGTCTATTTAGGAGGACGCGGGGGCAGTATGCCTGACGAAAACCGTCTGAAGCATGCAAAAAATCCGATAGTCGCCGCCGGCCCGAATTACTTAGCGGCCAATCTTTCTCAGTTCTTTGATTTGAAGGGGCCGAGTCTTGTTTTGGATACGGCCTGTTCTTCAGCGCTTGTCGGTATGAATATGGCGATACAGGCGCTTTCTTGCGGTGAAATCGACTCAGCGGTGGTCGGGGGAGTCAGTCTGCTGGAATCCGGTCAAACCCACCGGATGTTCGAACTCCGCAATTTGTTAAGTGAAGAGCCTGCGTTTCATATTTTTGACCGCCGCACCGGCGGCATCGTATTGGGAGAAGGCGTCGGAATGGTGTATTTAAAAACAGCGGCCCAGGCTGTAAAAGACGGGGACCGGATTCATGCGGTCATTAAAGGCATTTCCGTAAACAATGACGGCAGAACCGCGGGGCCTGCCACACCGAATATACAGGCGCAGAAAGAAGTGATGGCCAAGGCGCTTGCCAAAAGCGGCAGAAAAGCGGAGGATATCAGCTACATTGAAGCAAACGGTTCTGGCTCTGAAGTAACGGATCTTTTGGAGCTGAGGGCGATTGAAGCGGTATACCGTATGCAAAACAGCGCGCCTTGCGAATTGGGGTCGATGAAGCCGAATATCGGACACCCGTTATGTGCTGAAGGGATTGCCGGTTTCATTAAAACAGTGCTTATGCTCTCGCGCCGAAAACGTGTGCCTTTCCTTTCCGGCAAAGAGCCGATGACGCATTACGATCTGTCCGCCTCGCCGTTTTATTTTTCGCACGCGCTGCGTGAATGGACGGATTCACCGCGGATTGCCGCCGTCAGCAGCTTCGCTGACGGAGGGACGAATGCCCATGTCATAGTGGAAGCCTGGGAGCAAGAGGCGTATACCCCGGTCAGAAAGCCTTTGCCGAGACAGGAATTAAAACGCCGGCCGATTCGTCCGGACAAAGCCGAAAGCCTGCATGAAAACGCACATAAGTCCCGTCCGAATACGTTTTGGAAACAAATGAAGACTTACTGA MKEFLHRVFSDVKNKKMTKQDAIGILRDYDMRMGLRQADSLHPLAQQHISDETGLGFSAAFSGREFFLADVSLQRKKLMPGELLLEMARAAAVLTVKETEAVRLTHIVWSKPILTEAEPFHIEIRLIPEKGEAKRFEIYNPFSSDYSYHDVYSQGTIQPVDAAPGMLDISRLKENSGFLMDQQQIEAITQNDTVQYSEHMKGIERIYASAGRMLADISIPLTDQKESARFGLPPCVMQSVTEACALLGGKEYKTLAPVSLDELLFYESCPDKVWAEIQEKAGSFYIDLCDEEGKIWASLSGLKLQPVIKTGASGKISAEHRSEHLYEQTLLQLKTLFALTTKIAVSNIDTEEPLETYGIDSVTVTKLNRELSLLFGDLSKTVFYEYKTLGSLAAHFVTDYPKECRKWTNDDEHRSGISEQVLANEDFPVLPSFIKRKKRPSFSNENQTKEGIAIIGVSGRYPQAETLEAYWDNLAAGKDCVTEIPEERWEKDKYYNPDPEAAVKEGKSYSKRGGFLKDAAFFDPLFFQISPRDALNMDPQERLFIEMCWQVMEDAGYTKEQLENLYNGRVGVFAGITKNGYGMYWKNGGALQPKTSFSSAANRVSYFLNLKGPSMPVDTMCSSSLTAIHEACENILRGECDMAIAGGVNVYTHPSAYAELSAYRMLSKDGTCKSFGEGGDGFVPGEGVGAVLLKPLSKAIADKDRIYGVIRGTHINHGGRTNGYTVPSPSAQADVISGALEKSGIHPRMISCIEAHGTGTELGDPIEIDGLTRAFQTKTSDKGFCAISSVKSNIGHLEAAAGIAGVTKLLLQFQKRKLAPSLHCRKLNPNIAFDRTPFVVQRELADWKRPVIEENGAQKEIPRIAGISSFGAGGANAHILIEEYIEPDREISEPFTDEDPAVILLSAKQEASLKQRAQQLLQAIRKNDVTDRSLRDAAYTLQTGREAMEERAAFIVTSTEQLAEKLQRFIDGGTDGCFRGKSKQYKDILAVFKDEDMQEAVRKWMKRKKFAKLLELWVKGLKIDWSELYNGSLPHRISLPGYPFIKDRYWPDDAAPDNVRDAETHSETFREIRFLQKSWAESSSVPVKEVRGVIGIAADHQTGNLAVELSRYFPESEIIDAASPEISGDAARFGGLIDVTGCGTEINHDDGWIHRLQSLIDNRNRGRKLQLLCVTKGLEPFANETINLSGAKKAGLYRMLQSEYKDIRSRHMDAEQTAEDPELANQIAEEFFRDSEDIEVCYRNGVRYHARLKETNSLAEKEFSFPKDHVLWITGGTRGLGYLFARHFAERYGVTKLVLTGKETMPPKAEWDDHVKRNSPFSDKVRRIRELEQKGVRTEVLSVSSGPEYEQAVSRVKEKMGPIGGVIHAAGAVDLDHPAFIRKTREQMMTVLEPKTDGLDLLYQALHKEPLRFFALFSSVSGVMPELGAGQSDYAMANAYMDYFAAAKGFPVLSIQWPSWKETGMGESKSRAYLKSGLKSITDREGLSLFDAIMAGDCGSVIMPAVIHPEKWEPGRLLLSSGLTETKKQEQADTESVEEWLTGICCRELRLEPSRFESDTPFQDYGADSIMLAQVSRAIGKRIKADLDPAVLYEYPTVAALAGWLETAYPEIKAAVSKPVQPVIPDVPKQTAAAVIQPSGGAAAQDIAVVGMSCRFPGAESIEAYWKLLSEGTSAIQRVPKERWKTEKADYAGLLKNVTHFDPEFFLIPEEDIKAMDIQSFLLLEEALHLFRDSGYSLQEMKGRSAGVYLGGRGGSMPDENRLKHAKNPIVAAGPNYLAANLSQFFDLKGPSLVLDTACSSALVGMNMAIQALSCGEIDSAVVGGVSLLESGQTHRMFELRNLLSEEPAFHIFDRRTGGIVLGEGVGMVYLKTAAQAVKDGDRIHAVIKGISVNNDGRTAGPATPNIQAQKEVMAKALAKSGRKAEDISYIEANGSGSEVTDLLELRAIEAVYRMQNSAPCELGSMKPNIGHPLCAEGIAGFIKTVLMLSRRKRVPFLSGKEPMTHYDLSASPFYFSHALREWTDSPRIAAVSSFADGGTNAHVIVEAWEQEAYTPVRKPLPRQELKRRPIRPDKAESLHENAHKSRPNTFWKQMKTY PGPT0010173_7 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-DIFFICIDIN_METABOLISM,PGPT0010173-dfnE-NA NA NA D1-12_01444 12591 fadA_3 3-ketoacyl-CoA thiolase ATGAAATGTATTAACGAATTTTTAAGAACGGTAATAGCGGAAAAGCTGGGTGCCGAGGTGACCGAAGCAGAAGATAAAACCGCTTTTTTTACTCTTGGCGTGACGTCTCTCATCAGTGAAGAAATCATGACCATATTGCATAAAGAATTTACCGGCCTTTCTGAAACGCTGCTGTTTGAATATCCGAACATTGAGAAATTGAGTGAGTTTTTAAGTGCGCAGAAACGAAATCCCGAAAGCGTTCTTGAATTCAAAGAAACGGAGCCTGATACGGGAAGCCGGCAGGAAGAAGTGCTTCCTGTACAGGCGGCTGAAAAGGTGCCCGAACCGGGAACGGACAGGAGTTCTGATATTGCGGTTATCGGAATGAGCGGGACGTTTCCGAAAGCGGAAAACCAGCATGATTTTTGGAACAATTTAATGGAAAATAAAGATTGTGTCTCCGAAATCCCTGAGGACAGATGGGACAGCTCTTATTACTCGGAAGAGAAAACGGCAGAATACGCGTCATACAGTAAATGGGGAGGTTTTATTGATCGTCCGGATCGATTTGACCCGCTGTTTTTTTCTGTTTCCCCGTGGGAAGCTGATTTAATGGACCCTCAGCAAAAATTGTATGTCACGTGCTGCTGGGAAGCGATGGAGGATGCCGGTTACGGGAACCCGGCGGCGAGGCCGACGGATCAAATCGGTGTATTCGCTGGAGTGACCTGGAATGAATATTCATTAATTGCACACGAAGAAGGTTTCCTCAAAGATCAGTATAAAGGCCCCGGCTCCTTATATTGGGGCATTCCGAACCGGGTTTCTTATTTCCTTGATCTCCATGGGCCGAGCATCGCTGTTGATACGGCGTGTTCTTCATCGCTTGTCGCCGTCCATCAGGCTTGTCAGGCCATTATGTCGGGCGACTGTGAAATGGCGCTGGCCGGAGGCGTCAACCTCAGCTTACATCCGCAAAAATACATGTTTTTAAGCCAATCGCATTTTCTGTCTTCTGAAGGAAAATGCCGCAGTTTCGGTGAAGGCGGAGACGGTTACGTGCCCGGCGAAGGCGCGGGAGCCGTTTTATTAAAACCATTGAAAAAAGCGATTGCGGACAAAGACCACATCTACGGTGTCATTAAGGGGTCCGCCACTAATCACGGCGGCAAAACGACCGGGTATACGGTGCCGAATCCGGAAGCGCACCGGGACCTGATTTTATCCGCTCTAAACAGAGCCGCGGTAAGTCCGGCGGATATCAGCTACATTGAAGCTCACGGAACCGGCACGGCGCTCGGCGATCCGATTGAGATACGCGGCCTGTCTATGGCATTTGATAAACAGACCGATGAGAAAAATGACTGCGGAATCGGCTCGGTGAAATCCAATATCGGACATTTGGAAGCGGCTGCAGGGATCGCCGGTTTAATCAAGGTGCTTTTAAGCATGAAACATGAAACGCTTCCCGCCAGTCTGCACTCCGCGGAACTGAACCGCAAGATTTCTTTTTCTGATTCGCCATTTTATGTCGTCCGAAACAACCGGCCGTGGCCGGCTGAAGGAGATAAACCGAGAATCGCCGCAATCAGTTCATTCGGCGCAGGAGGCTCTAATGCCCATCTGATCGTAGGTGCTTATCAGCCAAAACGGCAAGCGGACAAGAATACTGAGCAAAAACCGCATGCTGTCGTATTAAGCGCACATTCCGAACAGCAGCTGAAAGAATATGCCGGGAAATTAAGCTCCTTTCTTGCCCGATTGGAAAACCTGCCTTCTGCCGGCGGATACAGTCTGGAAAATATCGCTGCCACCCTATTGTCAGGCAGAGAGCCTTTCTCCTTCCGGCTTGCTGTCATTGCATCATCCCTTTCTGAGCTGAAACAGCGATTGGACGGATTTGTAAGCGGTCACAGAGACGAAAGGCATATTTACTTCGGAAAAGCGTCACCCGGGCGGCCGGACGTTTCAGGCCAATCCGTTTCAGATCCTGAGAAATTTGCCGCGCTGTGGGTGAAAGGTCTTCAAGGTTGCAAAAAGCCGGAAACGCCGTATCAGAAAGTTCCGCTTCCTACGTACCCGTTTTTAAAGGAAACGTCCTGGCTGACCGATCAAAAAAAGCGGTATACAAAAAAGCCCCAAAATACCAAAAGGCGTGAAGCGCTGCATCCTCTGCTTGATGAGAATATTTCATCCGCCCGGAAAGGGACGTTTCAAAAGATATTTTCCAAGGATGAATATTTCTTTAAAGATCATTTAGTGAACGAAAAATATGTGCTTCCCGGAGTCTGTCATCTGGAAATGGCGGCATACGGCGCGGGATTGTGGGGAGAACGCCCGGTCGTCTCTCTTCAAAATGTGTGGTACATGGAACCGATTGTGACAGGGACAGACCCAAGATCCGTCATGATAGAGTTTGAAGCGGAAAAAGAGCGTATAAGCTATGTCATTAAGGAAAAAGGAGCGGCCGGCACTCTCTTTTCGCAAGGAGAAGTGATTTGTAAAGAAAAAGGAGCGCCTTTTGAGGCCCAGGTCTTTCAGCTCCCGGCGTTATTTTCGCAGAGAACGGAGCCGAAAGACATCTATCACTCGTTCTCTGAGGCGGGAATCGTGCAAAAGGACAGTTTTCAGGTCATCCGCGAATTTTCTTATACAGAAAGGAAAGCACTGGCCAAATTAACGCTCCCGTCACACTTGGAAGCCGATTTTAAACAGTACATCCTGCACCCGTCCTTAATGGATGGCGCTGTTCAAACCGCAATGGCGCATGTGCTGCAATTTCAAAAAGAGCCTGCGCTTATCGTACCGTTTTCCTTCGGAGAAATACAGCTGCTTAAACCGTTAGCGAAAACCGTATTTGTGCATGCGGAGGTAAAAGCGGCCTCCGTTCACCAATTTGATTTGCATATTTGTGATGAGCGCGGCGTGCTGCTGGCGGCAGTGAAAGATTTTATCATAAAAGAGGTGCAGGAAAGCGCCGGGTTTAACCAAAAAGCCGGCGTCACGCCGAAGAAAAGCCGTGAAACGGAATTGCTTATGACACCGGTTTGGAACACCGTCACCATTCCGGAAACCGACATGTCTTTCATGCGTGAAGAAAAAATAATCGTCATCGGGGCCGGGCCGGATGTTCAGCAGGCTTTGAAAGAGATGTATTCCGATGTCCGTTTTCCGGACATCACTTCTTTGGACAGCGCGGAACAAATGGCTGAAACATTGAAAGCGCAAGGTTCTTTTCAACACATGATATGGGCGGCGCCGGATCATCCCATTCCATCCGTTTATGATGCGGATACGGCCGAGGGACAGGAGCACGGGGTCATGCAGCTTTTCCGGCTGATAAAAGCGCTTCTGTTTCTGAATTTTGACACGGAACAACTATCATTGACAATCTGCACGTTTCAAGCACAGCCGATTCATGAACATGATGAGGTCAATCCGAGTCATGCAAGCATACACGGATTAGCGGGATCGCTCGCAAAAGAATACACCAATTGGAGCATCCGGCTTCTTGATTTGGAATCTCAAAGGGGAGACCGGCATCTTCCCCATGTCTTCTCTTTACCGGCGGACCCCGAGGGAAATCCGTGGGTCTTTCGCGCAGGTCAGTGGCACCGACAGCAATTGGCCGTCTGCCGGCCTCATGCAGATGAGCCTTCATTATACCGGCACGGCGGGGTTTATGTGATTATCGGCGGAGCAGGCGGAATAGGAGAAGTATGGACTGAATATATGATTCAGACCTATCAGGCGAAAATTGTCTGGATCGGGAGACGGAAAAAAGATACACAGATTGAAAGAAAGCTGAAAAGACTTGCAGCTTTAGGTCCCGCACCGCAATATTTCAGCGCGGATGCCGCGGATTATGACTCTCTCAAACGGGCGTATGACACCATTGTGAAGGAAAATGGAAAGGTCCGCGGAATCATTCATTCCGCCATCGTGTTATCAGACCGAAGTTTTGCCAATATGGAAGAGGATCAGTTCCGCGCTTCACTTTCTGCAAAAACTGATGTGAGCTTGCAGATTGCCCGGGTAGCTGAAGGGGAGCCCCTGGATTTCTTGCTGTTTTTCTCTTCGATGATGTCGTTTCAAAAAGCGCCGGGACAGAGCAATTATGCCGCCGGGTGCACGTTTAAAGACGCTTTTGCTAAGCGGATCTCACAAAAAGCGCCGTATGCCGTAAAAGTTGTCAATTGGGGCTTTTGGGGAAGTGTCGGCGTTGTCGCTTCAGAACAATACCGGAAACGGATGGAGCGGGACGGAATCGCTTCTATTGAGGCGCCCGAAGCGATGAAAACGCTGGAAACCCTGCTTTCCGGACCTTATGACCAGCTGGCGCTGATCAAAACGACAGATCCGGTTTTTATGAAAGATGATCTGAAAGAACAAGTAACGGTTTATCCGGAAAAGATTCCTTCCGCACTCGGACAATTAGCGGTTAACATCACGCAGAATGACGAAGCTGAGCGGGTAAAAGCATCAAGTGTCATGAGCTGCATGAGGGAGATGGAGTCCCTCATTGAAAAAATACTTGTATCAACCCTTTATGAGATGGGCGCAAGGCTTGATGAGACTTTGCCGTTATTTCAATCGGCTGCCGGCATAACGGAACAATACAGCAGATGGCTGAAAGAAAGTTTTGTCTTCCTTAATAAATTAGCGCTTGCTCAGGAAAAAACGGATTTAGGGGAGGTGTGGGAGGAATGGGAGCGGAAAAAAGAGACTTGGCTGCGCCAGAAAGACATGAGGGCGCATGTCAGATTGGCAGAAGAGACATTGCGTGTGCTTCCAGACATTTTAACCGGTAAGCTTCCGGCAACGGAAGTGATGTTCCCTGACTCCTCCTTCCGTCTTGTGGAAGGTATTTACCGCAATAATATCATTTCTGATTTTTTCAATGACAAGCTTGCTGACACATTGATTGCAGTTCTGCGGGAACGTCTGGAAAAAGACCCGCAGGCGAAAATCCGCATTTTAGAAATCGGAGCCGGAACGGGCGGGACGAGCGCCGCGGTCATGAGAAAATTGAAACCGTATGAAGCGCATATTGCCGAATATTGTTTCACGGATATTTCTAAAGCATTTCTTTTACATGCAGAAGACATATTCGGTCCGGAATATCCTTATGTCACTTATAAAATATTCAACGCTGAGCAGCCGGTATCAACAGAAGCGCCGGACATCGGCACGTATGACGCGGTGATCGCGACCAATGTGCTTCATGCGACAAAAAATATCCGCTCTACGCTGCGCCATGCGAAAGCAATGCTGCAAAAAAACGGCCAGCTGTTTATAAATGAGATCAACAGCCGCACCATATTCAACCATGTGACGTTCGGCCTTCTTGAAGGCTGGTGGCTGTATGAGGATCATGATTTACGGATTCCGGGCTGTCCGGGGGTTGAGCCGGCCGGCTGGGCGGAAGCGCTTTCGCTTGAAGGGTTCGTCCATCCTCTGTTTCCAGCTGAAGCCGCACACGACTTAGGCCAGCAGATTATAGCGGCTGAAAGTGACGGAACGGTCAGGCTTGCCCTCCCGCAGGCGTCAGAAGAGAAGCCGGAGCGCCGTCCGTATGACGCAGATGGTCTTTCGGATGATACTTTGCATTTCAGCCTGAGAGAAAAAAGCGTTGAACTGATGAAGAAGGTAATCGGTGAAGCGCTTAAAGTGCCGGCGCATCGTCTTTTATCCCATGAACCTTTAACCGCATACGGATTGGATTCCATACTGGTCGTCAGACTGACCAACGCGTTAAAAGACGTCTTCGGTTCTGTCAGCAGCACTTTGTTTTTTGAATATCAAACCATTGATGAGCTTGCTGATTACTTTCTGTCTTCCCGTAAAGAAGCGCTCGAGCGGCAATTCGGGAATGGACCGGCTCATCCCGAAAACGCCGGACGGGTGCAGGCTCCCGCAGAAAGCGCCGCGCCGATTCCAAACGTAAGAGAACGGGGCATCACATATCTGACGGAATTAATAGGAAAAACGCTGAAGATTCCGAGCGGGAGAATGGATCCGTCGGTTTCCTTAACCGCATACGGTTTGGATTCTATTCTGGTCGTCCGGCTCACAAATGCCTTTCGTAACGTGTTTGACCAAATGACCAGCACCCTCTTTTTTGAATATCAGACGATAGAAGAAATCGCGGATTACCTGCTTCTTTCTCAGCGGGGAGCATTTATGAAAGCGATGGGTGTGCGTGAGGAGCAGCTGTCTGATCACACAGATAATCTGAATGTAAAACAAAACAAGATTCCTCAAAACGAGGAAGGCAGCAGGACGAACGGAGATCCCTATATCCGGGATATCGCTGTCATCGGTCTGTCAGGCCGGTATCCGGGCGCCGATCACGTTGATGAGCTGTGGGAAAATGTAAAAGCCGGCAGGCATTCTATTACTGAAGTGCCGAAAGATCGCTGGGACTGGAAAACGTTTTATAACGAGGAACGCGGAAAATGGGGGTCCATTTATTCAAAATGGGGCGGTTTTCTCGATGACATTGATACATTTGATCCGCTGTTTTTCCGTATATCTCCCGCGGAAGCTGAAAGGATGGATCCGCAGGAAAGGTTGTTTCTGCAGACTGCTTATTCAAGCATTGAAGATGCGGGGTACACCCCGGCCGCGCTTTGTGACAGCCGGAAAATCGGAGTCTTTGTCGGTGTGATGAACAGCAATTACCCGACAGTCCCCAGCGACTGGTCTATCGCAAACAGAGTATCGTTTTTGTTCAACTTCCAAGGGCCGAGTATGGCTGTGGATACAGCATGCTCTTCTTCTTTAACAGCTGTCCATCTCGCTATAGAAAGCCTGCGGAGCGGAATGAGTGAAACAGCGATTGCCGGCGGAGTCAATCTTATCGTTGATCCGGCCCACTATGAGCGGCTGTCCGCTTTTTCAATGCTGTCTCCCGGTGATAAATGCAAATCTTTCGGAGACAGTGCGGACGGTTTTGTTGACGGTGAAGGAGTAGGGGCGATTGTGTTAAAGCCGCTTGCTCAAGCGGAGAAAGACGGCGATCATATTTACGGCGTTATCAAAGGAAGCATGCTGAACGCAGCAGGCAGGACAAACGCTTATATGGTGCCGAATCCGAAAGCGCAGTTTGATCTGATCGCAGAGACGTTGAAACGGACAGACATTCACCCGAGAACGGTCAGTTACTTGGAAGCCCACGGAACGGGCACTGCGCTCGGTGATCCGATTGAAATCGACGGGTTAACGAAAGCTTTTCGCCTGACAACAGAAGACCGGCAGTTTTGTTCCATCGGTTCCATTAAATCAAATATCGGACATTTAGAAAGCGCTGCCGGGATTGCGGGGATCACCAAACTGCTTTTGCAATTGAAACATAAGAGGATTGCCCCTTCATTGCATGCGGCGGAATTGAATCCGAATATTGAGTTTGAGCACACTCCGTTTTTCGTACAGCAAAAAGAAACGGAATGGAAACGACCTGTCTTGAATATCACGGGTGAAATGAAGGAATATCCGAGAATTGCCGGCATTTCCTCGTTTGGAGCAGGAGGTTCAAACGCGCATGTCATCATTCAGGAATATGTGCCGTCTGACAGCCTGAAACCAATGGAAACCGCAGCTGTTTCTCCGCAAAAACCGGCTGTTATTATTTTATCAGCGCGAAATGAGCAGCAATTGACAGAGCGCGCCCGCCAGCTTCTGGATGATCTCATAAGAAAAAAACGTTCTGACGGGGATTTGGCCAAGATCGCTTACACGCTTCAGGCGGGAAGAGAACCGATGGCTGAGCGGCTTGCATTTACGGCCGAGTCGATAGAAGAACTGAAAATGAAGCTTATGAGTTTCTCAAACGATCATAATATCGACCATGCTCATATCTGGCGGGGCAGGACAGCCAAACATCATTCATTGGCGGCTTCGCTCACTTCTGATGAAGATATGGCGCTTACCATAAATGCCTGGCTGAAAAAAGGGAAATACGGAAAGCTGCTTGACCTTTGGGTTAAAGGACTTGACGTCGATTGGTCAGTTCTTTATCAGCGCAGCCCGGGCCGCATCAGTCTCCCGGCCTACCCTTTTGCCAAAGACCGATATTGGGTCACAAAAGCTGATGTGTCACTTGACAAAACAGGCTCAGCGGAAAGTGAGAAAGCAGCCAGACTTCACCCGCTGCTCCATGCGAATACATCGACCTTTACCGCCCAGCGCTTTACTTCTGTTTTTTCAGGGCATGAACCGTTTTTTGCGGATCATATCGTCAATGGAAAACCGGTGCTTCCGGGCGCAGCTGCTTTAGAAATGGCCCGGGCCGCCGTTACACTTGCCGCTGAAGACTTGCCCGGCGGGAAAACGGGTGTCCGGCTCAAACAGATCGTTTGGCTCCGGCCGGTGACGGCGCTTTCTGAAGGGGTTACGCTTCATGTAAAGCTTCAGCCGGAAGAAAACGGAGACATCGCTTTTGAAGCGTATGCCGAAGGAGAAGAGCCGCTTGTCTTTTTCCAGGGAAAGGCCGTGCTCGAAGAGACGGAGCGTGCTCCTGTTCTCGATGTGGAAGCGGTTCAGGCGCGCTGCGGCGGCCGTCACTTGACAAAGGCTGAGTGCTATGAAGCATTCGACAGCCTCGGCATCACCTACGGACCGTCTCATCAGGCGCTTGACGCCGTCTATGCCGGAAGCGGAGAAGTGCTCGCAAAGCTCACTCTTCCGCCGTCCGCCCGCGAAGAAAAGGAGCCGTTCATCCTGCATCCAAGCATGCTGGACGCCGCCCTTCAGGCTTCTATCGGTCTCGTGCTCTCAGACGGTTCTGCGTCCGGACGGCCGTTCCTGCCGTTTGCCCTCCGGGATATGCAGGTGTTTTCTGCGTGCCGTGAGACGATGTGGGCGGTGCTTTCCTCAGAGGACGGCGCCTATCATATTGAGCTGTGTAATGAAAACGGTGCGGTATGTGTCCGATTGACGGGGCTCACCGCCCGTTTTCTGGAAGAGGAAACGGAGGAAAAACCGCTCTTGCTTCAGCCGGAGTGGCGGGAATCACCGCCGGATGAAGGCGGCGGACAAGAAGCGTCTTTCAGATACGTGAGGCTGTATGGCGGAATGAACGCTGAGGACATAAGCGGCGCCGTATGTGCGGCTGACGGCGAAGGTCCGATTGAAGACCGTTATGACGCCTGCGCGGCGGAGCTGTCAGCGATCGTCAAGCGTCTTATCAAAGAAAAACAGAAGAAAAAAACGCTGATCCAGCTTCTTGTCCCCGACAGGGGGGAAGACAATGTATTGGCAGGGCTGGCCGCTTTCCTGAAAACAGCTCACCTTGAACATCCGAAGCTGTACGGCCAAGTCATCCAAGCCGATCCGGACGAGTCAGCATCATCGCTTCTTGCCAAGCTGAAAGAAAATCGGGCGCATCCTGAACAAGCGGAAATCCGTTATGAAGCCGGCAAACGTCTCGTCAGAAACTGGCGTCATCTGCCGGCCCCTCAAAGCGGTACCGTTCCGTGGAAAGACGAAGGGGTCTACCTCCTCACCGGGGGAGCGGGCGGCATCGGACTGATTTTCGCTGAAGAAATAGCCTCCCGCGTCAAAAACGCCGTCCTCGTTTTAACGGGGAGGACGGAAGCGCTTGATGAAGACCGCTCCGCCCGCTTACGGCGCTTGGAAGCGTCGGGTGCCCGCGTACTGTATCAACCAGTAGATGTGACAGACAGGGCGGCGGTCACCGCCCTCGTCCGCGGCATACAGGAGGAGCACGGAACACTCGACGGGATCATTCACGGCGCAGGCGTGATCGCTGACAATTACATTCTGAACCAGACAGAAAACGAACGGAAGACCGTCATGGCGCCGAAGGTGAAAGGGCTTATCAATCTTGATGAAGTAGCGAAAGATGTGCGGCTGGACTTTTTCATCCTGTTTTCTTCCTTGGCGGGAGGAGTGGGAAATCCGGGGCAGGCCAGTTATGCGTCAGCCAACGCATTTATGGATGTTTATGCAGCCCGCCGAAACCGTCTCGTGCGGGACAACAAGCGGAGCGGGCAGACCCTGTCCGTTAACTGGCCGCTTTGGGAAGAAGGCGGTATGCGCGTGGACAAAGAGACAGAGCTTCTGATGTATGAACAGACCGGAATGAAAGCCATGCGATCGGCCTCAGGCATCCAAGCGCTTTACGCCGCTTTTGCCTCCGGAGAACACCAGGTCATGGTGGCAGAAGGCAACGAAAAACGGATTCGAAAAAACCTGATGCCTGAAGCGCCGGAACCGTCCCGTAGCATTCATGTGTCAAGGAAGACGCACGTCCATCTGCCGAATAAAGTACAAGCAGAACTCAAACATATGATATCAGGCATTCTGAAGGTGAAAGAAGACGAGATAGATGCTGAATCAGAGATGAGAGATTATGGCTTTGATTCGGTTTCATTCACGCAGTTTGCAAATGAACTAAATAAAACGTATGGGCTTGAACTGACACCGGCCGTGTTTTTTGAATACCCGACAGTCTTTAGTTTTGCCCAATACTTGCTGACGGAACATCCGGATACATTCGGCTCACAGGCAGAAACAGAAACGGAGAAACCGGTTGTGCGTAAAAAAATGAAGACGGAGCCATTCTCGATTCCGTCCCGCCTTCCTAAAACAAAAACCGCAGCTGCACCTGAGCCCGTGGCGATAATCGGAATCAGCTGTGCATTTCCAATGGCTGAAAATCCGGAAATGTTTTGGGAGAATTTAGCCGGAGAAAAGGACTGCATTTCTGAAATACCGCCGGAGCGCTGGGACTGGAGACAGTATTACGGAGATCCGCAGAAAGATAAAAATGCGAGCAATGTAAAGTGGGGCGGCTTCATTGATGAAACCGCTCAATTTGATCCTTTATTTTTCGGTATTTCTCCGCATGAAGCCGAAATGATGGATCCTCAGCAAAGACTTTTAATGATGCATGTATGGAAAGCGATTGAAGATGCCGGCTGCTCTGCCAAAAGCCTCTCAGGTACAAATACAGGCATTTTTGCAGGCACGACAAACAGCGGTTACGCCCAGGAAGCTTCAAAGTTCCATATAGAGATTGAGGGTTCTTCCGCCGCCGGAACGGTTCCGTCAATCGGTCCGAACCGCATGAGCTATTTTCTGAATATACATGGGCCGAGCGAACCGATTGAAACCGCCTGTTCAAGCTCATTGGTCGCTGTTCACCGTGCGGTCAGGGCAATTCAGGCCGGAGACTGCGGCATCGCGATTGCAGGAGGCGTCAATGCCATTGTGTCGCCGGATATGCATATCAGCTTTAATAAAGCGGGAATGCTCAGTGAAGACGGGCGCTGCAAAACATTTTCCGATCAAGCGGACGGGTATGTCAGAGCTGAAGGTGCCGGCATGATTGTTTTGAAAACATTATCCGCTGCGGAACGTGACGGCGACCGTATTTATGCCGTTATTCGCGGAACGGCGGAAAATCATGGCGGACGGGCGGCTTCCCTTACATCGCCGAATCCGAAAGCACAGACAGAAGTCATGATAAAAGCGTATCAGCAAGCGAACATCGACCCCCGTACAGTGAGTTATATTGAAGCCCACGGCACGGGAACGGCGCTCGGAGATCCGATAGAAATCAACGGACTCAAAGCGGCTTTTGCAGCGCTTTATCAGAAAGCCGGAGTAACGGCGCCCGATCAGCCTCATTGCGGCCTCGGTTCCGTCAAAACGAATATCGGCCACACAGAGCTTGCCGCCGGCATGGCCGGGCTTTTAAAAATTATTTTGCAGATGCAGCACAAAACGCTCATTAAAAGTCTGCATTGTGAAACCGTTAATCCGTATATCAGCCTCGACGGCAGCCCGTTTTATTTCGTCCGCGACACTCAGCCGTGGAAAGCGGCGACTGATGATAGCGGAAATGAACTGCCGCGGAGAGCGGGTGTCAGCTCGTTCGGATTTGGCGGTGTCAATGCTCATGTCGTGCTCGAAGAATATGTTTCTCCTGTTGAAGAGAAACAATGGACGGCCGGTGAACTTCAGCCGTCCTTATTCATTCTCTCGGCAAAGACGGCGGAACAGCTGAAGGAACGTGCGGAACAGCTGCGCAGATATTTGGAAAAGTCACATTCAGCTGACGGAGCTCTTGCGGGTATCGCTTATACGCTTCAGCTTGGCCGGGATGAAATGGAAGAGCGCCTTGCCGTCATTGCTGAAACAAAAGAAGAGCTTACGAACGCGCTGAATGATTTCCTCAGCGGCAAGGAGACGGGGCAGAATTTCTTTACAGGCCGGAACAAAGCGATGAAACAGCTGTTTACAGAGATGACGGACAACGCAGAAATGAGCGGGACCGTAGATCAATGGATGGAAGCAGGAAAGTATGCAATGCTTGCAAAATTATGGGTGCAAGGTTTACATGTCGACTGGAATAAATTATATCCGGACGAAAGGCCAAAAAAAGTCAGCCTGCCCGTCTATCCTTTTGCGAAAACACATTGCTGGATACCGCACAGAGCGCAGCATATAAGGCACCGGGAGACTTACGAGACTGATATGCCCCCGTTTGAGACTTATGAGCGCCTGCTTGATGAATTGGAGAGAAACGAAATAAGCATAGAAGCCGCTGTAAAAAGAACGATCGGTTTTTACAGGGATTAG MKCINEFLRTVIAEKLGAEVTEAEDKTAFFTLGVTSLISEEIMTILHKEFTGLSETLLFEYPNIEKLSEFLSAQKRNPESVLEFKETEPDTGSRQEEVLPVQAAEKVPEPGTDRSSDIAVIGMSGTFPKAENQHDFWNNLMENKDCVSEIPEDRWDSSYYSEEKTAEYASYSKWGGFIDRPDRFDPLFFSVSPWEADLMDPQQKLYVTCCWEAMEDAGYGNPAARPTDQIGVFAGVTWNEYSLIAHEEGFLKDQYKGPGSLYWGIPNRVSYFLDLHGPSIAVDTACSSSLVAVHQACQAIMSGDCEMALAGGVNLSLHPQKYMFLSQSHFLSSEGKCRSFGEGGDGYVPGEGAGAVLLKPLKKAIADKDHIYGVIKGSATNHGGKTTGYTVPNPEAHRDLILSALNRAAVSPADISYIEAHGTGTALGDPIEIRGLSMAFDKQTDEKNDCGIGSVKSNIGHLEAAAGIAGLIKVLLSMKHETLPASLHSAELNRKISFSDSPFYVVRNNRPWPAEGDKPRIAAISSFGAGGSNAHLIVGAYQPKRQADKNTEQKPHAVVLSAHSEQQLKEYAGKLSSFLARLENLPSAGGYSLENIAATLLSGREPFSFRLAVIASSLSELKQRLDGFVSGHRDERHIYFGKASPGRPDVSGQSVSDPEKFAALWVKGLQGCKKPETPYQKVPLPTYPFLKETSWLTDQKKRYTKKPQNTKRREALHPLLDENISSARKGTFQKIFSKDEYFFKDHLVNEKYVLPGVCHLEMAAYGAGLWGERPVVSLQNVWYMEPIVTGTDPRSVMIEFEAEKERISYVIKEKGAAGTLFSQGEVICKEKGAPFEAQVFQLPALFSQRTEPKDIYHSFSEAGIVQKDSFQVIREFSYTERKALAKLTLPSHLEADFKQYILHPSLMDGAVQTAMAHVLQFQKEPALIVPFSFGEIQLLKPLAKTVFVHAEVKAASVHQFDLHICDERGVLLAAVKDFIIKEVQESAGFNQKAGVTPKKSRETELLMTPVWNTVTIPETDMSFMREEKIIVIGAGPDVQQALKEMYSDVRFPDITSLDSAEQMAETLKAQGSFQHMIWAAPDHPIPSVYDADTAEGQEHGVMQLFRLIKALLFLNFDTEQLSLTICTFQAQPIHEHDEVNPSHASIHGLAGSLAKEYTNWSIRLLDLESQRGDRHLPHVFSLPADPEGNPWVFRAGQWHRQQLAVCRPHADEPSLYRHGGVYVIIGGAGGIGEVWTEYMIQTYQAKIVWIGRRKKDTQIERKLKRLAALGPAPQYFSADAADYDSLKRAYDTIVKENGKVRGIIHSAIVLSDRSFANMEEDQFRASLSAKTDVSLQIARVAEGEPLDFLLFFSSMMSFQKAPGQSNYAAGCTFKDAFAKRISQKAPYAVKVVNWGFWGSVGVVASEQYRKRMERDGIASIEAPEAMKTLETLLSGPYDQLALIKTTDPVFMKDDLKEQVTVYPEKIPSALGQLAVNITQNDEAERVKASSVMSCMREMESLIEKILVSTLYEMGARLDETLPLFQSAAGITEQYSRWLKESFVFLNKLALAQEKTDLGEVWEEWERKKETWLRQKDMRAHVRLAEETLRVLPDILTGKLPATEVMFPDSSFRLVEGIYRNNIISDFFNDKLADTLIAVLRERLEKDPQAKIRILEIGAGTGGTSAAVMRKLKPYEAHIAEYCFTDISKAFLLHAEDIFGPEYPYVTYKIFNAEQPVSTEAPDIGTYDAVIATNVLHATKNIRSTLRHAKAMLQKNGQLFINEINSRTIFNHVTFGLLEGWWLYEDHDLRIPGCPGVEPAGWAEALSLEGFVHPLFPAEAAHDLGQQIIAAESDGTVRLALPQASEEKPERRPYDADGLSDDTLHFSLREKSVELMKKVIGEALKVPAHRLLSHEPLTAYGLDSILVVRLTNALKDVFGSVSSTLFFEYQTIDELADYFLSSRKEALERQFGNGPAHPENAGRVQAPAESAAPIPNVRERGITYLTELIGKTLKIPSGRMDPSVSLTAYGLDSILVVRLTNAFRNVFDQMTSTLFFEYQTIEEIADYLLLSQRGAFMKAMGVREEQLSDHTDNLNVKQNKIPQNEEGSRTNGDPYIRDIAVIGLSGRYPGADHVDELWENVKAGRHSITEVPKDRWDWKTFYNEERGKWGSIYSKWGGFLDDIDTFDPLFFRISPAEAERMDPQERLFLQTAYSSIEDAGYTPAALCDSRKIGVFVGVMNSNYPTVPSDWSIANRVSFLFNFQGPSMAVDTACSSSLTAVHLAIESLRSGMSETAIAGGVNLIVDPAHYERLSAFSMLSPGDKCKSFGDSADGFVDGEGVGAIVLKPLAQAEKDGDHIYGVIKGSMLNAAGRTNAYMVPNPKAQFDLIAETLKRTDIHPRTVSYLEAHGTGTALGDPIEIDGLTKAFRLTTEDRQFCSIGSIKSNIGHLESAAGIAGITKLLLQLKHKRIAPSLHAAELNPNIEFEHTPFFVQQKETEWKRPVLNITGEMKEYPRIAGISSFGAGGSNAHVIIQEYVPSDSLKPMETAAVSPQKPAVIILSARNEQQLTERARQLLDDLIRKKRSDGDLAKIAYTLQAGREPMAERLAFTAESIEELKMKLMSFSNDHNIDHAHIWRGRTAKHHSLAASLTSDEDMALTINAWLKKGKYGKLLDLWVKGLDVDWSVLYQRSPGRISLPAYPFAKDRYWVTKADVSLDKTGSAESEKAARLHPLLHANTSTFTAQRFTSVFSGHEPFFADHIVNGKPVLPGAAALEMARAAVTLAAEDLPGGKTGVRLKQIVWLRPVTALSEGVTLHVKLQPEENGDIAFEAYAEGEEPLVFFQGKAVLEETERAPVLDVEAVQARCGGRHLTKAECYEAFDSLGITYGPSHQALDAVYAGSGEVLAKLTLPPSAREEKEPFILHPSMLDAALQASIGLVLSDGSASGRPFLPFALRDMQVFSACRETMWAVLSSEDGAYHIELCNENGAVCVRLTGLTARFLEEETEEKPLLLQPEWRESPPDEGGGQEASFRYVRLYGGMNAEDISGAVCAADGEGPIEDRYDACAAELSAIVKRLIKEKQKKKTLIQLLVPDRGEDNVLAGLAAFLKTAHLEHPKLYGQVIQADPDESASSLLAKLKENRAHPEQAEIRYEAGKRLVRNWRHLPAPQSGTVPWKDEGVYLLTGGAGGIGLIFAEEIASRVKNAVLVLTGRTEALDEDRSARLRRLEASGARVLYQPVDVTDRAAVTALVRGIQEEHGTLDGIIHGAGVIADNYILNQTENERKTVMAPKVKGLINLDEVAKDVRLDFFILFSSLAGGVGNPGQASYASANAFMDVYAARRNRLVRDNKRSGQTLSVNWPLWEEGGMRVDKETELLMYEQTGMKAMRSASGIQALYAAFASGEHQVMVAEGNEKRIRKNLMPEAPEPSRSIHVSRKTHVHLPNKVQAELKHMISGILKVKEDEIDAESEMRDYGFDSVSFTQFANELNKTYGLELTPAVFFEYPTVFSFAQYLLTEHPDTFGSQAETETEKPVVRKKMKTEPFSIPSRLPKTKTAAAPEPVAIIGISCAFPMAENPEMFWENLAGEKDCISEIPPERWDWRQYYGDPQKDKNASNVKWGGFIDETAQFDPLFFGISPHEAEMMDPQQRLLMMHVWKAIEDAGCSAKSLSGTNTGIFAGTTNSGYAQEASKFHIEIEGSSAAGTVPSIGPNRMSYFLNIHGPSEPIETACSSSLVAVHRAVRAIQAGDCGIAIAGGVNAIVSPDMHISFNKAGMLSEDGRCKTFSDQADGYVRAEGAGMIVLKTLSAAERDGDRIYAVIRGTAENHGGRAASLTSPNPKAQTEVMIKAYQQANIDPRTVSYIEAHGTGTALGDPIEINGLKAAFAALYQKAGVTAPDQPHCGLGSVKTNIGHTELAAGMAGLLKIILQMQHKTLIKSLHCETVNPYISLDGSPFYFVRDTQPWKAATDDSGNELPRRAGVSSFGFGGVNAHVVLEEYVSPVEEKQWTAGELQPSLFILSAKTAEQLKERAEQLRRYLEKSHSADGALAGIAYTLQLGRDEMEERLAVIAETKEELTNALNDFLSGKETGQNFFTGRNKAMKQLFTEMTDNAEMSGTVDQWMEAGKYAMLAKLWVQGLHVDWNKLYPDERPKKVSLPVYPFAKTHCWIPHRAQHIRHRETYETDMPPFETYERLLDELERNEISIEAAVKRTIGFYRD PGPT0010160_41 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACILLAENE|DIFFICIDIN_METABOLISM,PGPT0010160-baeM|pksM|dfnI|dfnD|dfnF-K13613 NA NA D1-12_01445 738 fabG_3 3-oxoacyl-[acyl-carrier-protein] reductase FabG ATGAATAACGGAAAAGTAGCGGTCGTCAGCGGAGGAAGCCGGGGGCTGGGAAAAGCGATTGTACAGACGCTTTTGGATGAGGATTACAAAGTAGCCGCTTTCAGCCGCAGTGAATCTGATTTTATTAACACATTGAGAGAGAGTGAAAAGTACCGCGGCCGCTTTTATTGGGAAGCGGCGGATGCGGCGGATGCCGCCGCCATGAAACAGTTTGTTCTTCAAGTATACCGCAAGTTTTCCAGAATAGACGGCTTGGTCAATAACGCCGGTTTGAACCTTGATCAGCTTCTGCCCCTGACCAATGATGAAGACATTGACCGCATCCTCAATCTGAATATCGGCTCAGTCATCAAGCTGACCCGAAACGTTTCCCGGGTCATGCTGAAACAAAATTCCGGATCAATCGTTAACATAAGCTCCATTATCGGCTCAAGAGGATTTAAAGGCACTTCAGTCTACAGCGCATCCAAAGCGGCTCTTGACGGCTTGACGCGAAGCCTGGCCAGGGAGCTCGGGTCTAAAGGAATCCGTGTCAATTCACTTGCGCCCGGTTTTGTGGACACCGATATGACGAAAAATATGCCGGAAAAACAAAAATCGCAGATTATCAGAAGGACGCCGATGGGACGTTTAGGCGAAACAGACGATATGACCGGACTCGTTCGTTTCCTGCTTTCTCCTGAATCGTCCTTTATGACCGGACAGACAATGGCGATAGACGGCGGATTAACTTGTTAA MNNGKVAVVSGGSRGLGKAIVQTLLDEDYKVAAFSRSESDFINTLRESEKYRGRFYWEAADAADAAAMKQFVLQVYRKFSRIDGLVNNAGLNLDQLLPLTNDEDIDRILNLNIGSVIKLTRNVSRVMLKQNSGSIVNISSIIGSRGFKGTSVYSASKAALDGLTRSLARELGSKGIRVNSLAPGFVDTDMTKNMPEKQKSQIIRRTPMGRLGETDDMTGLVRFLLSPESSFMTGQTMAIDGGLTC PGPT0003180_17260 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 D1-12_01446 1365 menE_1 COG0318 2-succinylbenzoate--CoA ligase ATGAAAACAGAAAGCGGGGGAGATATCAGCTGGGTGACTGATAAGCTTAGGGAAACGCAAGACAGTGAGTTTCTCATTTTTAAAGGGCAGACTTTTACGTATGATGATTTGCTGACACGAATCAGCTTTTTTCAGAAAGAGCTTGAACAAAACGGAATACGTGAAGGAGAATGTGTGGCGCTTATCGGGGATTATTCCCCGAACGCCATTTTTTTGCTGATGACGCTTTTGTTAAACCGAAATATCGTTGTCCCTCTCAGTAATGAGTCAAGGGAAAAGCATCTCGATATGTTTGAAGACGCGAAAGTGAATCAAATCATTGAAATAAATGAAAATGACAGCTGGACGCTTCGTGAAGGTTCTGAAAGCGCCGCTCACCCTCTGCTTGATGATCTGCGCGAGAGAGGGGAGTCAGGCATTATTATTTTCACATCGGGAACCTCCGGCAAAAGCAAAGCATCCGTGTTAAGCGCCGGCCGGCTGCTTGAAAAATATAAAACGGCGAAGAGAAAACCGCTGCGTACACTTATTTTTCTGAAATTGGATCATATAGGCGGCATTAATACGCTGTTTGCGATTCTGTTTAACGGGGGGACGATCGTCACATCAGACAGCAGAACGCCGGAGTCCGTTTATCAGGCGGTCGACAAACATGCTGTCCAAGTGCTCCCCGCCACCCCGACCTTTTTAAACATGCTGCTGATGTCCAAGGCGGATGCCGGATATAACCTCTCTTCACTCCGGCTGATCACTTACGGCACAGAGCCGATGCCCCAATCAACGCTGCGCGGCATCCACCGGCTGTTTCCGGATGTACGGCTGAAACAAACATACGGATTAACTGAACTGGGTATATTCTCAACGAAATCAAAAGACAGCCAATCCACTTGGATGAAAGTGGGCGGTGCCGGAACAGAGACCAAAATTACCGGAGGCACGCTTTGGGTCCGTTCTGAGTCGGCGATGCTCGGCTATTTAAACGCACCGTCACCTTTCGATGAAGACGGCTGGTACGACACCGGTGACCAGGTGGAAACAGACGGCGAATATATAAGAATTCTCGGAAGAAAGAGTGAAATCATTAATGTGGGCGGAGAGAAAGTGTTTCCGGCAGAGGTGGAAAGCGTCTTTCTGGAGATACCGAATGTCCGGGATGTTCTCATAACGGGCAGAAAAAATCCGATTACGGGCGAGATTGTCGCGGCAGAGGCCGTGCTTGAAAAAGAGGAAGATATCAAATCTTTCAGAAAGCGGGCCGTAGCTCATTGCAGACAGAAGCTGCAGCCATATCAGATACCGCAGATCATCTCTGTTACAGATCGGAAACTGTCTAATGATCGATTTAAAAAAATAAGAAACGTGTAA MKTESGGDISWVTDKLRETQDSEFLIFKGQTFTYDDLLTRISFFQKELEQNGIREGECVALIGDYSPNAIFLLMTLLLNRNIVVPLSNESREKHLDMFEDAKVNQIIEINENDSWTLREGSESAAHPLLDDLRERGESGIIIFTSGTSGKSKASVLSAGRLLEKYKTAKRKPLRTLIFLKLDHIGGINTLFAILFNGGTIVTSDSRTPESVYQAVDKHAVQVLPATPTFLNMLLMSKADAGYNLSSLRLITYGTEPMPQSTLRGIHRLFPDVRLKQTYGLTELGIFSTKSKDSQSTWMKVGGAGTETKITGGTLWVRSESAMLGYLNAPSPFDEDGWYDTGDQVETDGEYIRILGRKSEIINVGGEKVFPAEVESVFLEIPNVRDVLITGRKNPITGEIVAAEAVLEKEEDIKSFRKRAVAHCRQKLQPYQIPQIISVTDRKLSNDRFKKIRNV PGPT0010174_56 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-DIFFICIDIN_METABOLISM,PGPT0010174-dfnB-NA NA NA D1-12_01447 273 hypothetical protein ATGGAACAAACCAAGGAAATGAAGCAGATCATCGCTCAAATCATTCAGGACATTCAAGAACAGCAGTCATATCGGGCCGTCGAAGCGGGAGATGATGTGAGAGTCATAGAGGATCTGGGCTTCTCATCACTGGATATCGCTCAATTAGTCGCACAGATGGAGATGGAAACCGGAGTAGATCCTTTTTCCCAAGGAGAAACGATTTCCAGCATTACAACCGTCGGCAGCATTTGTGATATTTATCAAAAATATATGGACAGTGCTCAATCATGA MEQTKEMKQIIAQIIQDIQEQQSYRAVEAGDDVRVIEDLGFSSLDIAQLVAQMEMETGVDPFSQGETISSITTVGSICDIYQKYMDSAQS PGPT0010178_1 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-DIFFICIDIN_METABOLISM,PGPT0010178-dfnX-NA NA NA D1-12_01448 981 hypothetical protein ATGCTGATTGAAAATCATGAATTAACGATGAGCCATGTCGGGTTAGGGAATTTGAATGAGTACGCGCTGCTGCTGTTATTCGGCAACGCACACAGTCACCATTTAACGGACGGAACGGGATTCCGGCCTGATCAGATGGCCGATCACCAAGGGCTGATTTTGTATCCGGCTTATTTTATGACACATCTCAAAGTTCCTTCAGATAAGCCTCTTGATCAGTACCGATTATGGGACGAGGTTTCCGTCGGAGTCGATATCTCCCGGTTTGGAGAAACCATATTAGAATCTGATTATTTGTTCGGGCCGAAAGGAGCGGTCAGCTCTGATAAAAGCGAGTGGGACCGGGGACGGTTTCCTTCTATGAAAGCCAATAGTTTAATTGTCGTCGACGTCACACAAACAGAAGGTTCGACCCGAAAAGTCTCAGCGCCTAAGGCTGAATGCATTGCGGAACTTTCTAAGCTAGCCAAGCCGCCTTACGCGCTGATGCGGTCAAAGAAAATCAGAACGGACGCCTTCGGTATGAAGCCGGGCAATCTCAAAACAGCAGACCCCGTTTCATATCGGGTTCCTGTTGATCAGGATGCTGCGCCGGGGCATGCCATGGTGTTTGCGAAATTCAGCAAGATAATGGATGCGGCGGAATTTGAATGGATGACGCGCCGGTCGAAGCCGGGTTTTCCGGTTTCAATCGCGCGGCATTTATTTTTGCTTGAAAGAGAGACGTATTATTACGGAAATTGTTTTGCAGATGAAGAGCTTGATATTTATATGACGGGACACATTGAAGAATGCGATCCCGACTTTCACGGTGAGTCCCTCGGTATGATCTCAGTGGCGAAAATCAGCTATCAGATTGAAGTCTATATGAAAAGAAATCATACATTGCTGGCCATTTCCAAGGTGGATAAGCTGCTGGCGGTGCCGACCTCTTCACAAGATCATATTCCGGATTATAAACGGGTCATCAGGAGTTTATAA MLIENHELTMSHVGLGNLNEYALLLLFGNAHSHHLTDGTGFRPDQMADHQGLILYPAYFMTHLKVPSDKPLDQYRLWDEVSVGVDISRFGETILESDYLFGPKGAVSSDKSEWDRGRFPSMKANSLIVVDVTQTEGSTRKVSAPKAECIAELSKLAKPPYALMRSKKIRTDAFGMKPGNLKTADPVSYRVPVDQDAAPGHAMVFAKFSKIMDAAEFEWMTRRSKPGFPVSIARHLFLLERETYYYGNCFADEELDIYMTGHIEECDPDFHGESLGMISVAKISYQIEVYMKRNHTLLAISKVDKLLAVPTSSQDHIPDYKRVIRSL PGPT0010179_2 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-DIFFICIDIN_METABOLISM,PGPT0010179-dfnY-NA NA NA D1-12_01449 2259 pksE_2 COG0331 Polyketide biosynthesis protein PksE ATGCTTACGTTTGTGTTCCCGGGGCAGGGTTCTCAATTTAAAGGAATGGGAGCCGGACTGTTTGATGAATTTCAAGATCTGACACGTCAGGCTGATGACATATTAGGCTACTCTATAGAAGAATTGTGTCTGGAGGATCCGAATCACCAGCTGGGGAAAACGCAATTTACCCAGCCGGCGTTATATACGGTGAGTGCACTCAGTTATTTAAAGAAAATGAAAGAGTCCGGCAGAGAGCCTGATTACGCCGCAGGGCACAGTTTAGGAGAATATAATGCGTTATTTGCGGCCGGCTGCTTTGATTTTGAGACCGGTTTGCAGCTTGTTAAAAAAAGAGGGGAGCTCATGAGCAAGGCAGCTCCCGGAGGCATGGCGGCGGTTTTGGGGTTTACGGCTGAACAAGTAAAAGAGGTTCTATCCGATTATCATCTGACCGGCATTGATATCGCTAACCACAATTCACCTTCGCAAATTGTGATCGCCGGAACGAAACAAGACATTGAAAAAGCGGGCCCCGTCTTTGAAAAAGCCGGCGTGAGAATGTACCTTCCTTTAAATGTGAGCGGCGCCTTCCATTCCCGCTATATGAAAGATGCTGAAAAAGAGTTCGCGGATTATTTAGAAGAAACGGCGTTTTTGCCTCTTCGTTTTCCGGTGATCTCAAATCTTCATGCCGCACCTTATAAGAATGATGAAATCAAAACAAATCTGACTTTGCAAATGACCAATCAGGTAAAGTGGACGGACACGATACGCCGTCTGATGGGACTTGAAAATAATGAAATTGTAGAAGTCGGGCCCGGGGAAGTGCTGACAAAACTGACGCGTCAGATTAAAAAAGATGCCGTCCCATTACCTATGCCGAAAGAAGAGTCTGATACTGCTGATGTTAAAGCATCGGCAGCTGATTCGCAAAAAACGGCGGGAATGAGATTAGGGAACGAAGATTTTAAAAAAGATTATAACATCCAATATGCTTACATGACGGGCTCCATGTACAGGGGAATTGCTTCGGAACAGATGGTCATTAAAGCGGCAAAAGCGGGAATGCTGGGCTTTTTCGGAACGGGCGGATTGAGTATCGAACGGATCGGACAGGCCATCGGAACCATCCGGTCTGCACTGCGGCAAGGGGAAACATTCGGAATGAATCTTCTTCATCATATGATGTCACCTGACAAGGAAGTCAGAATGATAGATTTATATTTGAAAAACGGCATTCATCTTATTGAAGCATCGGCATTTATGGGCATAACCCCCGCTCTCGTGATATACAGGGCAAAGGGATTAAGCAGGAATCATGACGGGTCGGTGTCAGTTCAAAACAGAATCATCGCGAAAGTATCCCGGCCTGAAGTCGCTGAGGCCTTTCTAAGTCCGGCTCCGGCTCATGTGCTGGAAAGACTTGTGTCTGACAATCGGCTGACAGCCGGGGAAGCGGCGCTTGCAAAAGAAATTCCGATGGCTGATGACATTTGCGTTGAAGCGGATTCAGGAGGGCATACCGACCAAGGGATTCCGTATACATTAATGCCTGCCATGATCAGACTCAGAGACCGCATGATGGAGAAGCACGGTTATGCGAAAAAAGTAAGAATCGGCGCAGCCGGGGGCATCGGCACTCCGGAAGCGGCTGCTGCGGCGTTTCTGCTCGGCGCCGAATTTATCGGAACCGGTTCTATTAATCAATGCACGGTCGAAGCCGGGACAAGTGATTCAGTGAAAGATCTGCTTCAGGAAGCGAACGTGCAGGATACGTCATACGCTCCCGCGGGAGATATGTTTGAAGCGGGAGCAAGGGTGCAGGTGCTGAAAAAAGGCCTGTTTTTCCCGGCAAGAGCCAATAAACTCTTTGACTTGTACAGACAATACAATTCTTTAGATGAAATAGATGAAAAAACGAAAACATTAATTGAAGAAAAGTATTTCCAGCGCAGTTTTGAAGAAGTGTATGAGCAGTTGAAACGTGATAAATCTCCTGAACAGATCGCCAAAGCCGAACAGAATCCGAAACACAAAATGGCGATGGTATTTAAATGGTATTTTTCTCATACGACAAGGCTCGCTCTGGAAGGAAAAAGCGAAAGTAAAATAGATTACCAAATTCATTGCGGCCCTGCGCTCGGCGCGTTTAATCAATGGGTGAAAGGAACCCCGCTTGAAAATTGGAGAAACAGGCATGTCGATCTGATCGGCAAACAGCTCATGGAAGAAACAGCCGGCCTTCTTGCGCAAAGGCTGGAATCGATTACAGGCTGA MLTFVFPGQGSQFKGMGAGLFDEFQDLTRQADDILGYSIEELCLEDPNHQLGKTQFTQPALYTVSALSYLKKMKESGREPDYAAGHSLGEYNALFAAGCFDFETGLQLVKKRGELMSKAAPGGMAAVLGFTAEQVKEVLSDYHLTGIDIANHNSPSQIVIAGTKQDIEKAGPVFEKAGVRMYLPLNVSGAFHSRYMKDAEKEFADYLEETAFLPLRFPVISNLHAAPYKNDEIKTNLTLQMTNQVKWTDTIRRLMGLENNEIVEVGPGEVLTKLTRQIKKDAVPLPMPKEESDTADVKASAADSQKTAGMRLGNEDFKKDYNIQYAYMTGSMYRGIASEQMVIKAAKAGMLGFFGTGGLSIERIGQAIGTIRSALRQGETFGMNLLHHMMSPDKEVRMIDLYLKNGIHLIEASAFMGITPALVIYRAKGLSRNHDGSVSVQNRIIAKVSRPEVAEAFLSPAPAHVLERLVSDNRLTAGEAALAKEIPMADDICVEADSGGHTDQGIPYTLMPAMIRLRDRMMEKHGYAKKVRIGAAGGIGTPEAAAAAFLLGAEFIGTGSINQCTVEAGTSDSVKDLLQEANVQDTSYAPAGDMFEAGARVQVLKKGLFFPARANKLFDLYRQYNSLDEIDEKTKTLIEEKYFQRSFEEVYEQLKRDKSPEQIAKAEQNPKHKMAMVFKWYFSHTTRLALEGKSESKIDYQIHCGPALGAFNQWVKGTPLENWRNRHVDLIGKQLMEETAGLLAQRLESITG PGPT0010125_126 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACILLAENE|DIFFICIDIN_METABOLISM,PGPT0010125-baeE|pksE|dfnA-K15329 NA NA D1-12_01450 531 nusG_1 COG0250 Transcription termination/antitermination protein NusG ATGAAATGGTACGCACTTTTTGTAGAGTCCGGAAAAGAAGAAGCAGTTCAAAAATTTCTGCGTCTGCAGTTTGATGAGCAGGCTCTCTACTCAATCATACCCAAGAAAAAAGTCACAGAACGAAAAGCCGGAATCAAATACGAGGCACTCAAAAAGATGTTTCCGGGATATGTGCTGTTTAAAACGAAGATGACAGAGCGGACATTTCATAAAATCAAAGAACTCCCCATTTCATGCAGAATCGTGAATAACGGCGCATATTATTCCAAAGAGCGTAAAACCTATTTCACGACAATTAAGGATGAAGAAATCCTCCCTATTATCAGGCTGATCGGAGAAGGAGACACTGTAGATTATTCAAAAGTCTATATTGAAAATTCAAAAGTAACCGTTGCCTCAGGGCCTCTTAAAGGAATGGAAGGCATTATTAAAAAGATCGATAAAAGGAAAAGACGCGCCAAAATCTGCCTGTCTTTTATGGGACTGGACAAAATGGTCAACGTCGGAATTGAAGTGCTCTCCAAACCCTAG MKWYALFVESGKEEAVQKFLRLQFDEQALYSIIPKKKVTERKAGIKYEALKKMFPGYVLFKTKMTERTFHKIKELPISCRIVNNGAYYSKERKTYFTTIKDEEILPIIRLIGEGDTVDYSKVYIENSKVTVASGPLKGMEGIIKKIDKRKRRAKICLSFMGLDKMVNVGIEVLSKP NA NA NA NA NA D1-12_01451 879 argP HTH-type transcriptional regulator ArgP TTGGATTTAAAGAAGCATTTAGCCTTTATTAAAACGGTTGAAAGCGGCAGCCTGACCCAAGCCGCTGCCATATTGAATTACACACAGCCGAACATCAGCCAAATGATCAGTAAATTAGAGGAAGAGTACGGTTTTCCGCTTTTGATCAGACAGCGGCATGGAGTGAGGCCGACCGCAAATGGCTTGAAAGTGTTACATATTATGAAGGAAATTCAAAAAAACTATGAAAAACTGTCTGAAACCGTTGATAATATTAATGGGTTAGAAAGAGGGGAAGTCCGGCTCGGCACTGTTACGAGCGTGGCTGTAAAATGGCTGCCGAAAATTTTGAGGGAATTTAATGAGCTGTATCCTTCCATTAAGGTGCATTTGTTTGAAGGAAATTCTACTGAACTGGAAGAATGGCTGAAAGATGACCGGATTGATGCGGCGATCGGGACATCCCACAGCGAGAAGTGGCATTTTTACCCGTTGGCAGAGGACCCGATTGTAGCGGTGATGAGCCCGCAGCATGAGTTGGCGCAATGTGAAACGGTTCCGTTACATGTCATGGAGTCCGTCAAATGTATCGTGCCTTATCCGGAGACACATTTTGATGTGCTGAAAGTGCTGAAGGAAGAAAAGATCACGCCGCGGGTCGCTTATCAAATCAGAGGGGATGAAGCGATTATTGCAATGGTGCGGAACAATCTGGGGATCAGCATCTTGCCGCAGCTTTTGGTGAATGATTGTGATGTGCTCATCAAACGGTTCGACCGGTATGTCTCCAGGCAGCTCGGCATTTTGACAGCTCATGCAAAGGAGACGCAGACACCTTCTGTCCAGAAACTGATTCAATGCATACAAGAATGGGTTGCGGTCCATCAGGCTTCTGTCTGA MDLKKHLAFIKTVESGSLTQAAAILNYTQPNISQMISKLEEEYGFPLLIRQRHGVRPTANGLKVLHIMKEIQKNYEKLSETVDNINGLERGEVRLGTVTSVAVKWLPKILREFNELYPSIKVHLFEGNSTELEEWLKDDRIDAAIGTSHSEKWHFYPLAEDPIVAVMSPQHELAQCETVPLHVMESVKCIVPYPETHFDVLKVLKEEKITPRVAYQIRGDEAIIAMVRNNLGISILPQLLVNDCDVLIKRFDRYVSRQLGILTAHAKETQTPSVQKLIQCIQEWVAVHQASV NA NA NA NA NA D1-12_01452 324 hypothetical protein ATGAGTTTTCTCATTCAATTTTTTATCGGCGGCACTGTTATGGTGGCCGCCGCGTATTTAAGCAAATCGAAATACTTATTTTTATCCGGCGTTATTACATTGCTGCCAATCATGACGCTACTGAATATTCACTTGCAGCTGAAAAATATGAGCCCCGACGATTTCAGAGCCGCTCAAAAAAACGGAATATTCGGTGCCTTCGGCGCGGTGATCTTCATCAGCAGTATTTTCATCCTGACAAACTGGTTCAAAGGAGGCCACGCAGTCATCGGTGCGTTTCTCATCTATATTTGCTATATGATCGGCTGTAAATGCCTGTTATGA MSFLIQFFIGGTVMVAAAYLSKSKYLFLSGVITLLPIMTLLNIHLQLKNMSPDDFRAAQKNGIFGAFGAVIFISSIFILTNWFKGGHAVIGAFLIYICYMIGCKCLL NA NA NA NA NA D1-12_01453 1017 namA COG1902 NADPH dehydrogenase ATGGCCAGAAAATTATTCACACCATGGACCGTTAAAGATGTAACGATCAAAAACCGTATTGTTATGGCACCGATGTGCATGTATTCCTCACATGAGAAGGACGGAAAACTGCAGCCTTTTCATATGGCGCACTATATATCGCGTGCAATCGGCCAGGTCGGCCTGATTATCGTGGAAGCGACAGCCGTTAATCCGCAGGGGCGCATTTCCGATCAGGATTTAGGCATTTGGAGCGATGATCATATCGAAGGTTTTGCCAAACTGACGGAACAAGTGAAAGCGCAAGGATCTAAAATCGGCATTCAGCTTGCGCACGCCGGACGTAAAGCTGAGCTTGAGGGAGACATTTACGCTCCGTCAGCCATTCCGTTCGATGAGCAGTCCAAAACACCGGCTGAAATGACGACAGAACAAATTAAAGAAACCATTCAGGAATTCAAACAGGCAGCGGCGCGCGCGAAAGAAGCCGGCTTTGACATTATTGAACTTCATGCGGCACACGGCTACTTAATGCACGAATTTTTGTCCCCTCTGTCCAATCACCGTACAGACGAATACGGAGGCTCACATGAAAATCGCTACCGCTTCTTAGGCGAGACCATTGAAGCCGTCAAGGAAGTCTGGGACGGCCCGTTATTTGTCCGTATTTCTGCATCGGATTATACAGACAAAGGGCTGGACATTGCGGATCATATCGGTTTTGCGAAGTGGATGAAAGAACAGGGAGTCGACCTCATTGATTGCAGCTCAGGCGCACTCGTTCAAGCTGATATTAACGTCTTCCCAGGCTACCAAGTGAGCTTTGCGGAGAAAATCCGTGAACAGGCCGAAATCGCAACAGGCGCCGTCGGTTTGATAACGACGGGAACAATGGCGGAAGAAATTCTGCAAAACAACCGCGCTGACCTTATTTTTGTCGCGAGAGAACTTCTGCGCGATCCGCACTTTGCAAGGAGTGCAGCGAAGCAGCTGAATACTGAAATACCGTCACCGGTTCAATACGACAGAGCATGGTGA MARKLFTPWTVKDVTIKNRIVMAPMCMYSSHEKDGKLQPFHMAHYISRAIGQVGLIIVEATAVNPQGRISDQDLGIWSDDHIEGFAKLTEQVKAQGSKIGIQLAHAGRKAELEGDIYAPSAIPFDEQSKTPAEMTTEQIKETIQEFKQAAARAKEAGFDIIELHAAHGYLMHEFLSPLSNHRTDEYGGSHENRYRFLGETIEAVKEVWDGPLFVRISASDYTDKGLDIADHIGFAKWMKEQGVDLIDCSSGALVQADINVFPGYQVSFAEKIREQAEIATGAVGLITTGTMAEEILQNNRADLIFVARELLRDPHFARSAAKQLNTEIPSPVQYDRAW PGPT0005575_429 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AROMATIC|PHENOLIC_COMPOUND_UTILIZATION PLANT_DERIVED_NITRO-|AMINOBENZOATE_DEGRADATION,PGPT0005575-namA-K09461 NA NA D1-12_01454 774 rutD_2 Putative aminoacrylate hydrolase RutD ATGAAAGCAGCATGGATGGAAAGGACATATCTGATTGACGGGTGTCCGTTTTATACGAAACACCGTAAAGGCGCCGGCGAAGTGACGATCGTCTTTGAAGCCGGCTACGGCACTTCTTCTGAAACATGGACATCATTACTCGCTGACATAGATGAAGAATTTGGGGTTTTCACATATGACAGAGCCGGAATCGGCAAAAGCGGACAAAGCCGAAACAAGAGAACGGCGGACCACATGGTACAGGAATTAAACGCTCTTCTTCTGAAGGCCGGCGTCAAGCCTCCTTATCTTGTCGTCTCGCATTCATACGGCGCGATTATCAGCAGACTTTGGGCGAGCCGGAACCGCCGGGATATTCTCGGGATGGTGATGCTTGATCCGGTTTCTGAGGATCAGGAGACGAAAGTGCTTCCGCTTCTTCCCGAAGAAATGAAAGCCGCCTATTTGAAACAGTTCATATTGGAAGGATCACACGCGGAATTTTTGACGAGCCTTCGTCAGATCAAGCATCAGCAGATTCATTTCGGCGATATGCCGCTGTTGATTTTATCATCGGGAGAGCGGGATGAGCACTTAAAGCACGCTCATGAACAATGGGTGAAACTGCACAGAAGCATGCTTGATGTCTCTTATCAAAGCGGATGGATTCAGGCCAAAAACAGTTCTCATGCCATTCACCACGATGAACCGCACATCGTCCACCTTGCCATTTATGATGTTTGGTGCGCGGTGCGCCAGCAAATGAATGCTCCTGCCTATCAGGCGGTAAACTGA MKAAWMERTYLIDGCPFYTKHRKGAGEVTIVFEAGYGTSSETWTSLLADIDEEFGVFTYDRAGIGKSGQSRNKRTADHMVQELNALLLKAGVKPPYLVVSHSYGAIISRLWASRNRRDILGMVMLDPVSEDQETKVLPLLPEEMKAAYLKQFILEGSHAEFLTSLRQIKHQQIHFGDMPLLILSSGERDEHLKHAHEQWVKLHRSMLDVSYQSGWIQAKNSSHAIHHDEPHIVHLAIYDVWCAVRQQMNAPAYQAVN PGPT0014528_1 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_HERBICIDIAL_STRESS HERBICIDIAL_STRESS-PARAQUAT_STRESS_REDUCTION,PGPT0014528-yqjL-NA NA NA D1-12_01455 927 rnz COG1234 Ribonuclease Z GTGGAATTATTATTTTTAGGGACGGGGGCCGGCATGCCGGCAAAGACGAGAAACGTAACGTCCGTCGCGCTGAAGCTTCTTGAAGAAAGGCGTTCCGTATGGCTGTTTGATTGCGGAGAAGCCACTCAGCATCAGATATTACATACAACAATCAAACCGAGGAAAATTGAAAAGATTTTCATCACCCACCTTCACGGCGACCATGTTTACGGTCTTCCGGGTCTGTTGGGGAGCCGTTCATTTCAGGGCGGTGAAGAAGAGCTGACGATTTACGGGCCAAAAGGCATTAAAGCCTTTATCGAAACAAGCCTGAACGTGACGGCGACTCATCTGACGTATCCTCTTACCGTACATGAAATCGAAGAGGGGACGGTTTTTGAAGATGAGCACTTCATTGTTACCGCAGCATCCGTCATTCACGGTGTGGAAGCGTTCGGCTACCGGGTTCAGGAAAAGGATATTCCCGGCGCATTGCAGGCCGGCAGATTGAAAGAAATGAATATCCCGCCCGGACCCGTCTATCAGAAACTCAAAAAAGGCGAAACGGTCACACTTGACGATGGCAGAATCATTAATGGGCGGGATTTTCTGGAATCCCCGAAAAAAGGGAGAATCGTCGCTTTTTCCGGGGATACGAGGGCATCAGAGCGGGTAACGGAGCTTGCGCGCAATGCGGATGTGCTTGTTCATGAAGCGACGTTTGCCAAGGAAGATGCAAAGCTCGCACATAATTATTATCACGCGACCACAGAACAGGCTGCGCAAACGGCAAAAAAAGCAGGCGCCAAACAGCTGATCTTAACTCATATCAGCGCAAGGTATCAGGGTGAATCGCCGATAGAGTGTCTCGAACATGAGGCGAAAGCGGTATTTGAGAACAGTAAGATCGCATTTGACTTCATGGAGGTCACTGTGGAGCGGTCTTAA MELLFLGTGAGMPAKTRNVTSVALKLLEERRSVWLFDCGEATQHQILHTTIKPRKIEKIFITHLHGDHVYGLPGLLGSRSFQGGEEELTIYGPKGIKAFIETSLNVTATHLTYPLTVHEIEEGTVFEDEHFIVTAASVIHGVEAFGYRVQEKDIPGALQAGRLKEMNIPPGPVYQKLKKGETVTLDDGRIINGRDFLESPKKGRIVAFSGDTRASERVTELARNADVLVHEATFAKEDAKLAHNYYHATTEQAAQTAKKAGAKQLILTHISARYQGESPIECLEHEAKAVFENSKIAFDFMEVTVERS NA NA NA NA NA D1-12_01456 1470 zwf COG0364 Glucose-6-phosphate 1-dehydrogenase GTGAAAACAAACGACAAACCAAAAGCAGTAATTGTAATATTTGGTGCCACAGGGGATTTGGCAAAACGAAAACTTTACCCATCCATTCACCGTTTATATAAAAATGGTCAAATTGGTGAAGAGTTTGCAGTTGTAGGTGTTGGAAGAAGACCTTGGTCAAACGAGGACCTCCGGGAAACGGTTAAAACGTCTGTTTCTTCTGCCGGGCAAAAAGACATAGACGATTTCACATCTCATTTTTATTACCATCCGTTTGATGTAACGAATCCGGGTTCCTATCAGGAGCTGAATGTCCTGCTTGATCAGCTTGAACATACATATGAAATCCCGAACAACAGAATGTTTTACTTGGCGATGGCTCCTGAGTTTTTCGGCACGATCGCAAAATCACTTAAAAACGAAGGTGTCACAGCGACAAATGGCTGGTCCCGTCTCGTCATTGAAAAACCGTTCGGCCATGATCTGCCGAGTGCGAAAGAGCTTAACAAAGAAATACGCGAAGCTTTCACGGAAGATCAAATTTACCGGATCGACCATTACTTAGGCAAACAAATGGTTCAAAATATCGAAGTCATCCGGTTTGCAAATGCGCTGTTTGAGCCGCTGTGGAATAACCGCTACATCTCAAACATCCAGATTACATCAAGTGAGGATCTCGGCGTTGAAGATCGCGCGAGATATTATGAAAAATCAGGCGCACTCCGTGATATGGTTCAAAACCATATTTTACAAATGGTCGCTCTCTTGGCAATGGAACCGCCGATTAAACTGAACACGGAAGAAATCCGCAGCGAAAAAGTGAAGGTGCTGAGAGCTCTCCGCCCTGTCGCTCCAAACGAAGTGAGTGACTACTTCGTCCGCGGACAATACCAAGCGGGAAAGATTGACGGAAACGCTGTACCGAGCTATACAGATGAACAAAATGTAGCACCGGATTCCAATACGGAAACATTCGTGTCCGGAAAGCTGTTAATCGATAACTTCCGCTGGGCCGGCGTTCCGTTTTATATCCGCACAGGGAAACGGATGAAAGAAAAATCAACGAAAATCGTCGTTCAATTTAAAGACATTCCGATGAACCTTTATTACGGCAATGAAACGAATGTAAATCCGAACCTGCTTGTCATCCATATTCAGCCGGATGAAGGCATCACACTATATCTGAACGCTAAAAAATTAGGCGGAGCCGCTCATGCTCAGCCGATTAAGCTGGATTACTGCAGCAACTGCAGTGATGAAATGAACACACCGGAAGCCTATGAAAAATTAATCCATGACTGTCTGCTCGGTGATGCGACAAACTTTGCCCATTGGGACGAAGTGGCGCTTTCCTGGAATTTCGTCGATGCGATTTCCGAAACGTGGGCAGCCGACAAAACCCTTTCTCCGAATTATGAAGCCGGGTCAATGGGACCGAAAGCTTCGGACGATCTTCTTGAAAAAGACGGCCTCCACTGGTGGAATATATAA MKTNDKPKAVIVIFGATGDLAKRKLYPSIHRLYKNGQIGEEFAVVGVGRRPWSNEDLRETVKTSVSSAGQKDIDDFTSHFYYHPFDVTNPGSYQELNVLLDQLEHTYEIPNNRMFYLAMAPEFFGTIAKSLKNEGVTATNGWSRLVIEKPFGHDLPSAKELNKEIREAFTEDQIYRIDHYLGKQMVQNIEVIRFANALFEPLWNNRYISNIQITSSEDLGVEDRARYYEKSGALRDMVQNHILQMVALLAMEPPIKLNTEEIRSEKVKVLRALRPVAPNEVSDYFVRGQYQAGKIDGNAVPSYTDEQNVAPDSNTETFVSGKLLIDNFRWAGVPFYIRTGKRMKEKSTKIVVQFKDIPMNLYYGNETNVNPNLLVIHIQPDEGITLYLNAKKLGGAAHAQPIKLDYCSNCSDEMNTPEAYEKLIHDCLLGDATNFAHWDEVALSWNFVDAISETWAADKTLSPNYEAGSMGPKASDDLLEKDGLHWWNI PGPT0017380_3985 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ACID_UTILIZATION PLANT_DERIVED_GLUCONATE_METABOLISM,PGPT0017380-zwf-K00036 NA NA D1-12_01457 1410 gndA COG0362 6-phosphogluconate dehydrogenase, NADP(+)-dependent, decarboxylating ATGTCAAAACAACAAATCGGAGTTATCGGTCTTGCGGTAATGGGTAAAAATCTGGCTCTTAACATCGAAAGCCGGGGATTTTCTGTGTCTGTATACAACAGATCAAGCAGCAAAACGGAAGAGTTTTTAGAAGAGGCAAAAGGCAAAAATGTTGTCGGTACATACAGCATTGAGGAGTTTGTCCAGTCTCTTGAAACACCCCGTAAAATTTTATTAATGGTTAAAGCGGGAACTGCAACGGATGCGACGATTCAATCTCTTCTTCCTCATCTGGAAAAAGACGATATTTTAATTGACGGCGGAAATACATACTATAAAGATACACAGCGCCGGAACAAAGAGCTTGCCGAAAGCGGCATTCACTTTATCGGAACGGGTGTATCAGGCGGTGAAGAGGGAGCGCTGAAAGGGCCTTCTATTATGCCAGGCGGCCAAAAGGAAGCGCACGAACTCGTGAAACCGATTCTAGAAGCCATTTCTGCTAAAGTGGACGGAGAAGCTTGTACGACATACATCGGCCCGGACGGAGCGGGGCACTATGTAAAAATGGTGCACAACGGTATCGAATACGGTGACATGCAACTGATCTCTGAGTCATATTTCATTCTGAAACAGGTGCTCGGATTGTCTGCCGAAGAGCTTCACGAAGTATTCGCTGAGTGGAACAAAGGAGAGCTTGACAGCTATCTGATCGAAATCACGGCTGACATTTTCACTAAAAAAGATGAAGAAACGGGCAAACCGCTTGTTGACGTCATCCTTGATAAAGCAGGCCAAAAAGGAACGGGTAAATGGACAAGCCAAAGTGCTCTTGACTTAGGCGTTCCGCTTCCGATTATCACTGAATCTGTTTTTGCGCGTTTCATTTCCGCAATGAAAGAAGAGCGTGTGAAAGCAAGCGGCCTTCTGTCCGGACCGGACGTTAAGCCGGTCACTGAAAATAAAGAAGAGCTGATTGAAGCGGTCAGAAAAGCGCTCTTCATGAGTAAAATCTGTTCTTACGCACAAGGCTTCGCCCAAATGAAAGCCGCGTCTGAAGAATATAACTGGGATCTGAAATACGGTGAAATTGCAATGATCTTCCGCGGCGGCTGTATCATCCGCGCGGCGTTCCTGCAAAAGATCAAAGACGCATATGACCGTGAACCGGAGCTTGACAACCTGCTGTTAGACAGCTACTTCAAAAACATTGCAGAAAGCTACCAAGGCGCCCTTCGCCAAGTGATTTCACTTGCCGTAGCCCAAGGCGTGCCGGTACCTTCGTTCTCAAGCGCACTTGCGTATTACGACAGCTACCGTACGGCAGTGCTTCCTGCAAACTTGATTCAAGCGCAGCGTGATTACTTCGGCGCGCATACGTATGAACGCACAGATAAAGAAGGCATTTTCCATACTGAATGGATGAAGTAA MSKQQIGVIGLAVMGKNLALNIESRGFSVSVYNRSSSKTEEFLEEAKGKNVVGTYSIEEFVQSLETPRKILLMVKAGTATDATIQSLLPHLEKDDILIDGGNTYYKDTQRRNKELAESGIHFIGTGVSGGEEGALKGPSIMPGGQKEAHELVKPILEAISAKVDGEACTTYIGPDGAGHYVKMVHNGIEYGDMQLISESYFILKQVLGLSAEELHEVFAEWNKGELDSYLIEITADIFTKKDEETGKPLVDVILDKAGQKGTGKWTSQSALDLGVPLPIITESVFARFISAMKEERVKASGLLSGPDVKPVTENKEELIEAVRKALFMSKICSYAQGFAQMKAASEEYNWDLKYGEIAMIFRGGCIIRAAFLQKIKDAYDREPELDNLLLDSYFKNIAESYQGALRQVISLAVAQGVPVPSFSSALAYYDSYRTAVLPANLIQAQRDYFGAHTYERTDKEGIFHTEWMK PGPT0017385_2729 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 D1-12_01458 1245 dinB_2 COG0389 DNA polymerase IV GTGGCCGGAAAAGGGAGAATTATATTTCATATCGATATGAACAGTTTTTATGCCTCCGTAGAAATGGCGTATGATCCGTCTTTAAGAGGAAAACCTATCGCCGTTGCCGGAAACGTGAAGGAACGGAAAGGAATCATCGTCACCTGCAGCTACGAAGCGAGAGCGCGGGGCGTAAAGACCACCATGCCGGTGTGGCGGGCAAAACGCCTCTGTCCGGAACTCATCGTCGTGCCTCCGAATTTTGACCGCTACCGGAGTTCGTCAAAAGAAATGTTCAGCATTCTGAGGGAGTATACGGATTTAGTCGAGCCTGTTTCTATTGATGAAGGATACATGGATATTACGGACACACCGCACAGACACAGGGCGTATGAGACAGCCGAAGACATTCAGGCGAGACTGCAAAAAGAGCTTTTGCTTCCGTCAAGCATCGGCATCGCCCCGAATAAATTTCTCGCCAAAATGGCGTCTGACATGAAAAAACCGCTCGGCATCACCATTTTAAGAAAAAGAGAGCTGCCGGACGTCTTATGGCCTCTTCCGATTGAAGAGATGCACGGTATAGGAACGAAAACTGCGGAAAAAATAAAAACGCTCGGCATCAAAACGATCGGTGATTTGGCAAAAGGAGATGAACATGCGCTGAAAACGCTTCTCGGCATAAACGGCCCGAGGCTGAAGGATAAAGCGAACGGCATCCATCCTGCAGAAGTCAATCCCGAGCGGATTTATGAATTTAAAAGCGTCGGCAACTCATCCACCCTGTCGCATGATTCGGCTGACTGGGATGAATTAACGGGCGTGTTTGACCGGCTCGCGCTGTCTGTGAGCGAACGGCTCCAGCGTAAGGAGGTCATGGCCTGCCGGCTGTTCATCATGATTCGGTATGCGGATTGGAAAACGGTCACAAGAAGCATGACCCTCAGCAATCCGGCTGATCAGAAAAAAGACATCATGGAAGCGGCGATGGAACTGTTTGAAAAGCACTGGAACCAAAATCCGGTAAGGCTTCTCGGCATCACCGGGACGGAACTGGTTGAAAAACAGCAGGCGTATAAACAGCTTGATCTGTTTTCATTCAAGGAGGACGCAAAGGATGAGCCGATTTTTCAGATGATGAACGAGCTGAATGAAAAATACGGCCAAAACCTGATCAGAAAAGGCGCCGTTATAAAAAAAGAAGAAAGCAAAACAAGGGGAACGAGCTTTAACAGAGACTTTTTTCAGGATGAAAAGAAAAGGTGA MAGKGRIIFHIDMNSFYASVEMAYDPSLRGKPIAVAGNVKERKGIIVTCSYEARARGVKTTMPVWRAKRLCPELIVVPPNFDRYRSSSKEMFSILREYTDLVEPVSIDEGYMDITDTPHRHRAYETAEDIQARLQKELLLPSSIGIAPNKFLAKMASDMKKPLGITILRKRELPDVLWPLPIEEMHGIGTKTAEKIKTLGIKTIGDLAKGDEHALKTLLGINGPRLKDKANGIHPAEVNPERIYEFKSVGNSSTLSHDSADWDELTGVFDRLALSVSERLQRKEVMACRLFIMIRYADWKTVTRSMTLSNPADQKKDIMEAAMELFEKHWNQNPVRLLGITGTELVEKQQAYKQLDLFSFKEDAKDEPIFQMMNELNEKYGQNLIRKGAVIKKEESKTRGTSFNRDFFQDEKKR PGPT0014881_1522 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 D1-12_01459 282 mifM Membrane protein insertion and folding monitor ATGATTCTTGAGTCAATGAATGACTTTTTATTTTTAGTCGATTTTTTCACAATTATTCTTCCCGCTCTGACCGCGATCGGCATCGCTTTTCTTTTGCGTGAGCGCCGCGCAGGCGAGCATTGGAGAACGAAACGAATAGATGAACATCAAGCAGTCGTTCAGCTGAACCGAACAGACTTTCTTATTATTATATATCATCGCATTACAACTTGGATACGTAAAGTCATCCGCATGAATTCACCGGCGAATGATGATGAAGATGTCAGCTTCCTCCTTTTATAA MILESMNDFLFLVDFFTIILPALTAIGIAFLLRERRAGEHWRTKRIDEHQAVVQLNRTDFLIIIYHRITTWIRKVIRMNSPANDDEDVSFLLL NA NA NA NA NA D1-12_01460 837 misCB COG0706 Membrane protein insertase MisCB TTGTCTAAAACATATCAAAAATGGATCGCATTCGGATTATTTTTTATCGTACTGTGCACAGGCCGCTCGGCTTTTGCGGCGACATCTCAGACTCAGACGGGAGGCCTCGGGAATATCGGTTTTTTCCACGATTACCTGATCGAGCCGTTTTCGGCACTTTTAAAAGGTGTGGCGGGCCTGTTCCACGGTGAGTACGGACTGTCGATTATTCTGGTGACGATTATCGTCCGGATCGTTGTATTGCCTTTGTTTGTGAACCAATTTAAGAAACAGCGGGTGTTCCAGGAAAAAATGGCTGTGATCAAACCGCAGGTCGACAGCATTCAGGCTAAAATGAAACAAACGAAAGATGCGGAAAAACAAAAAGAACTGCAAATGGAAATGATGAAGCTTTACCGTGAGCACAATCTGAATCCGATGGCAATGGGATGTCTTCCGATGCTGGTGCAATTCCCGATTTTGATCGGTTTTTATTACGCCATCCGCTCAACGCCGGAAATCGCTTCACACTCATTTCTGTGGTTCAGCTTAGGGCATTCAGATATTCTTGTATCACTGTGCGCGGGGGCCATGTATTTCTTACAGGCTTATATTTCCCAAAAATTAAACGAGAAATATTCACCGGCTGCTCAAAATCCGGCCACGATGCAGTCAGCAAAAATCATGGTCTTTATTTTCCCTGTCATGATGACCATTTTTTCACTTAACGTACCGGCTGCGCTGCCGCTTTACTGGTTTACAAGCGGACTGTTTTTGACAGTGCAGAATGTACTTTTACAGCAGACGCATCATAAAAAGAAACAAGCTGCGGCTCAGGCGGAGCCCGCCAAATCATAA MSKTYQKWIAFGLFFIVLCTGRSAFAATSQTQTGGLGNIGFFHDYLIEPFSALLKGVAGLFHGEYGLSIILVTIIVRIVVLPLFVNQFKKQRVFQEKMAVIKPQVDSIQAKMKQTKDAEKQKELQMEMMKLYREHNLNPMAMGCLPMLVQFPILIGFYYAIRSTPEIASHSFLWFSLGHSDILVSLCAGAMYFLQAYISQKLNEKYSPAAQNPATMQSAKIMVFIFPVMMTIFSLNVPAALPLYWFTSGLFLTVQNVLLQQTHHKKKQAAAQAEPAKS PGPT0024530_5653 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 D1-12_01461 1116 pepT_1 COG2195 Peptidase T ATGGTAAACGAAAAACGTCTGCTTGAAGAATTTCTTGAACTCGTTCAAATTGATTCAGAGACAAAACATGAAGCGGAAATCAGCAAGGTGCTCAAACAAAAATTCACTGATTTAGGGTTGAGCGTAAAAGAAGATGATACAAAAGAAGTGACGGGGCATGGAGCCGGCAACTTAATCTGTACGTTAAAGGGCACAAAAGATGCGGATACGATTTATTTCACATCGCACATGGACACGGTTGTCCCGGGCAAAGGCGTTAAGCCGATTGTGGAAGACGGCTATGTAAAATCCGACGGCACGACGATTCTCGGCGCTGATGATAAGACGGGACTTGCCGCAATGTTTGAAGCCATTAAAGTGCTGAAAGAACAAAACATCGAGCACGGCACCATTGAATTCATTATCACGGCCGGAGAAGAATCGGGATTAGTCGGGGCAAAAGCAATGGATCGTTCAGACATTACCGCGAAATACGGTTTTGCGCTTGATTCAGACGGAAAAGTCGGCAACATTATTGTAGCCGCGCCGACACAAGCGAAAGTGAGAGCAACCATTTTCGGGAAAACGGCTCATGCGGGAGTAGAACCGGAAAAAGGCATCTCCGCGATTACAATCGCGTCAAAAGCGATCTCTAAAATGCCGCTCGGCCGTATTGATAAAGAAACAACGGCTAATATCGGACGTTTCGAAGGCGGCACGCAAACCAATATCGTCTGCGACCAGGTTGATATTCTGGCTGAAGCGCGTTCATTAGTGCCTGAAAAAATGGAAGCGCAAGTGCAGAAAATGAAAGAAGCTTTCGAATCTGCTGCAGCTGAGATGGGAGGCCGCGCGGAAGTGGACATCGCGGTCATGTATCCGGGTTTCAAATATCAGGACGGCGATCAGGTTGTGGAAGTCGCGAAAAAAGCGGCGGCAAAAATCGGCCGGCCGAGCGAACTTCAGACAAGCGGCGGCGGAAGTGACGCAAACGTCATTGCCGGCCACGGCATTCCGACAGTCAACCTGTCAGTAGGCTATGAACAAATCCATACGAAAAATGAAAAAATGCCGATTGAAGAGCTCGTCAAAACGGCGGAAATGGTCGTTGCCATTATCGAAACAGCGGCCAACTAA MVNEKRLLEEFLELVQIDSETKHEAEISKVLKQKFTDLGLSVKEDDTKEVTGHGAGNLICTLKGTKDADTIYFTSHMDTVVPGKGVKPIVEDGYVKSDGTTILGADDKTGLAAMFEAIKVLKEQNIEHGTIEFIITAGEESGLVGAKAMDRSDITAKYGFALDSDGKVGNIIVAAPTQAKVRATIFGKTAHAGVEPEKGISAITIASKAISKMPLGRIDKETTANIGRFEGGTQTNIVCDQVDILAEARSLVPEKMEAQVQKMKEAFESAAAEMGGRAEVDIAVMYPGFKYQDGDQVVEVAKKAAAKIGRPSELQTSGGGSDANVIAGHGIPTVNLSVGYEQIHTKNEKMPIEELVKTAEMVVAIIETAAN PGPT0020915_2767 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0020915-pepT-K01258 NA NA D1-12_01462 1524 pccB COG4799 Propionyl-CoA carboxylase beta chain ATGAGCATGAGTGATCATATCAGACACTTAAACGAAAGACGTTCCTTTTTAACAAACGGCGGCGGAGCGGAAAAAAATGAAAAACAGCACAAAAAAGGCAAGCTGACGGCAAGAGAAAGAATTGACTATTTATTGGACGAAGACAGTTTTTCAGAGCTGCAGACGTTTGCCAAGAGCCGCATGCCCGGGTGCCGGAATGCTCCGGGAGACGGAGTCGTTACCGGATACGGCACAATTGACGGACGGCCCGTGTATTTGTTTGCCCATGACTTTACCGTACTCGGCGGGACGCTCGGCGAGACACATGCGGAAAAAATCGCGGCGGTGATGGATCTGGCGGCGAAAAACAAAACCCCGATCATCGGGCTGAACGACTCAGGTGGTGCGAGAATTCAAGAGGGTGTGGTATCATTAAATGGATACGGTCATATCTTTAGGCGCAACGTCCTTTACTCGGGAGTGATTCCGCAAATTTCTGTCATCCTTGGGCCGTGTGCCGGCGGTGCTGTTTATTCACCCGCATTGACGGATTTTGTGATTATGGCGGAACATACGTCGCACATGTTTATTACAGGCCCGAAAGTCATTGAACAGGTTACGGGTGAACAGATTGACGCGGAAAGTTTAGGCGGTGCGGGAATACATAATGTGATAAGCGGAAGTGCCCACTATTCCGCACGAACGGAAAAAGAGGCTCTTTCCGCTGTGAAAACCCTGCTTTCTTATCTCCCGCACGGCGGACAGACGGCATTGCCCGTTAAAAAGGAAGACGCCAGACCGTTATTAAATACCCTCGTTCCCGCGGACAGTTCGAAACCTTACGATGTGTTACAGGTAATAAAAGAGCTGGCGGATGACGGAACGTTTTTTGACATTCAGCCGTATTTTGCCAAAAACATTGTTGTCGGTTTTCTGAAACTCGGACGGCGTACAGTCGGTGTTGTCGCAAACCAGCCGAAACACTTGGCGGGGAGCCTCACGATTGATGCCGCTGACAAAGCGTCGAGATTCATCCGTTTTTGCGACGCGTTTCATATTCCGTTATTGACAATCGCTGATGTTCCGGGATTTCTCCCGGGCTTTCAGCAGGAACATGCGGGAATCATCCGTCACGGAGCAAAATTGCTGTATGCTTTTGCCGAAGCGACGGTGCCGAAAGTGACGCTCATCATCAGAAAAGCTTACGGAGGCGCCTATGTCGCCATGAATTCGAAAGGGCTCGGGGCAGATCTTGTATTCGCCTGGCCCAATGCGGAAATCGCCGTGATGGGAGCGGAAGGCGCGGCGTCGATTTTATACAGCAGAGACATACAGGCTTCTGACGACCCGGAGAAAACGAAGCGCGAAAAAAAAGCCATATACGAAAAGGAAAACGCCGGTCCGTATAAAGCGGCGGCCTGCGGAATGGTGGATGATATCATCCGGCCGGAAGACTCGAGGAAAAAATTGATTCAGGCATTTGACATGCTTGCGCATAAGGAAGAGGAAAGACCGAAAAAAAAGCACGGTAATATACCGCTTTAA MSMSDHIRHLNERRSFLTNGGGAEKNEKQHKKGKLTARERIDYLLDEDSFSELQTFAKSRMPGCRNAPGDGVVTGYGTIDGRPVYLFAHDFTVLGGTLGETHAEKIAAVMDLAAKNKTPIIGLNDSGGARIQEGVVSLNGYGHIFRRNVLYSGVIPQISVILGPCAGGAVYSPALTDFVIMAEHTSHMFITGPKVIEQVTGEQIDAESLGGAGIHNVISGSAHYSARTEKEALSAVKTLLSYLPHGGQTALPVKKEDARPLLNTLVPADSSKPYDVLQVIKELADDGTFFDIQPYFAKNIVVGFLKLGRRTVGVVANQPKHLAGSLTIDAADKASRFIRFCDAFHIPLLTIADVPGFLPGFQQEHAGIIRHGAKLLYAFAEATVPKVTLIIRKAYGGAYVAMNSKGLGADLVFAWPNAEIAVMGAEGAASILYSRDIQASDDPEKTKREKKAIYEKENAGPYKAAACGMVDDIIRPEDSRKKLIQAFDMLAHKEEERPKKKHGNIPL PGPT0001712_2003 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_USAGE-OTHERS PLANT_DERIVED_PROPIONATE|PROPANOATE_UTILIZATION,PGPT0001712-pccB-K01966 NA NA D1-12_01463 429 epi COG0346 Ethylmalonyl-CoA/methylmalonyl-CoA epimerase ATGAAAAAACTTGATCATGTCGGCATTGCCGTCAGCTCTATTGATGCCGCGAGAGGATTTTACGAACGGATGCTCGGGTTTACGTATATGGGAGACGAGCTGGTAAGCGGCCAAAATGTGAGAGTTGCTTTTTTAGAAGCGGGAGGCACAAAGCTTGAGCTGATTGAGCCGCTGTCGGACGCGTCTCCCGTCAGCTTTTTTTTACAGAAAAGAGGCGAAGGACTGCATCATTTGGCATTCCGCTGCGCCGATATGAAGGAAACGATCAAGGAGCTTGAATCATGCCGCATGACTTTGATCCATCATGAACCGCAAAACGGCGCGGGCGGGAAGAAGATCGCATTTCTCTCTCCAAAAGAGGCGAACGGGGTCCTGATTGAGCTTTGTGAAACAATTGAAAAAGGAGAAACTCAAGATGAGCATGAGTGA MKKLDHVGIAVSSIDAARGFYERMLGFTYMGDELVSGQNVRVAFLEAGGTKLELIEPLSDASPVSFFLQKRGEGLHHLAFRCADMKETIKELESCRMTLIHHEPQNGAGGKKIAFLSPKEANGVLIELCETIEKGETQDEHE PGPT0013300_3217 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-BLEOMYCIN_RESISTANCE,PGPT0013300-gloA|ywbC-K01759 NA NA D1-12_01464 96 hypothetical protein ATGTCTCAAAAATTTATGAAAAGCGCCGTCATCGTCATTTTGGGCGTATTTATACTTTCAACCCTCCTCTCAGGCATTATGATGTATTTGCGGTAA MSQKFMKSAVIVILGVFILSTLLSGIMMYLR NA NA NA NA NA D1-12_01465 531 hypothetical protein ATGCGATTTTTTTTATTGTCAGCCGCCCTGCTGCTGTCTCCGCTTTGGCCGCTTGGCGCAAACCCTTTGCCGGGTGACCCTTATATTATCGTCAATAAAGCCACAAATGCGCTTGCTGTTGTGAAGGATAACCGAATAGAAGGCATTTATCAGGTGGCGACGGGAAAAACGGATGATTTGACGCCTGAAGGAGAATTTACGATAACGGTCAAAGCCGTCAATCCGTATTACCGGAAGAAAAATGTAAAGGGAGGCGCGCCGGAAAACCCGCTCGGCGTCCGCTGGATCGGTTTTGACGCGAAAGGCACCGACGGCAGGATATACGGCATTCACGGAACAAACAGAGAAGAGCTGATCGGGGGGTTTGTATCGAACGGCTGCATCCGTATGAAAAACCGGGATGTCATCCGTATTTTCCGGATTATCCCTCCCGGAACGAAAGTATTGATTACAAAAGAAAACCGCTCATTCGAGGACATTGCAATAGAGCGGAAAGCCCTCATAAAAAAGCAGGAAACCCCCTTGCAATGA MRFFLLSAALLLSPLWPLGANPLPGDPYIIVNKATNALAVVKDNRIEGIYQVATGKTDDLTPEGEFTITVKAVNPYYRKKNVKGGAPENPLGVRWIGFDAKGTDGRIYGIHGTNREELIGGFVSNGCIRMKNRDVIRIFRIIPPGTKVLITKENRSFEDIAIERKALIKKQETPLQ NA NA NA NA NA D1-12_01466 954 hypothetical protein ATGTTTAAAATCGGTTACCGCACACTAAAGACCGCACTTGGAACGGCGCTGGCCATTTATTTAGCCCAGCTGTTGCATCTGCAAAACTTCGCATCCGCAGGAATCATCACCATATTGTGCATCCAGATTACGCAAAAGCGGTCGCTTCAGGCCTCGTGGGCCCGATTTGCCGCCTGTTTATTGGCGATCGTCTTTTCATATGTCTTTTTCGGGCTGATCGGCTATTATCCGTTTGCGATCGGAATATTGCTAGTGCTGTTCATTCCGACTACAGTCGTTTTAAAAATAAACGAAGGGATCGTCACCAGCTCAGTAATCATTCTTCATTTATATATGTCCGGCGGCATTACGATGGCGTTTATCTGGAATGAGTTCCAGCTGATCACCGTAGGTATCGGCGTCGCGCTGTTAATGAATCTGTATATGCCGAGCCTCGACAGAAAACTCGCGGCGTACCGGAAAAAAATCGAGGACAACTTTTCCGTCATCTTCGCCGAAATCGAACGGTATTTGTTAACTGGTGAGCAAGATTGGTCGGGGAAGGAAATACCGGAGACGCATCAGATGATTCAAGAGGCGAAAAACCTCGCCTATCGGGACGTGCAGAATCATATTTTGCGCCATGAAAATCTTTACTATCATTATTTTAAGATGAGACAGAAACAATTTGAAATCATTGAACGGCTACTGCCGAAGATTACCTCTATTTCAATAACGGTGGAGCAGGGCAAAATAATCGCCCATTTCATCCGTGAATTAAGGGAAGCCATTCATCCCGGCAATACCGCTCATAAATTTTTAAAAAGACTTGCAGAAATGAGAACGGAATTTGAAGAAATGCCGCTCCCGGCAACGCGCGAGGAGTTTGAAGCGCGGGCGGCTTTGTTCCACCTCCTCGGTGAGATGGAACAATATCTCGTGATTAAAAGTTATTTCAAAGGCATAAAGCTGTAA MFKIGYRTLKTALGTALAIYLAQLLHLQNFASAGIITILCIQITQKRSLQASWARFAACLLAIVFSYVFFGLIGYYPFAIGILLVLFIPTTVVLKINEGIVTSSVIILHLYMSGGITMAFIWNEFQLITVGIGVALLMNLYMPSLDRKLAAYRKKIEDNFSVIFAEIERYLLTGEQDWSGKEIPETHQMIQEAKNLAYRDVQNHILRHENLYYHYFKMRQKQFEIIERLLPKITSISITVEQGKIIAHFIRELREAIHPGNTAHKFLKRLAEMRTEFEEMPLPATREEFEARAALFHLLGEMEQYLVIKSYFKGIKL NA NA NA NA NA D1-12_01467 723 artM COG1126 Arginine transport ATP-binding protein ArtM ATGATTAAGGTCGACAACCTGTCAAAATCATTCGGGAAACATGAAGTACTGAAAAACATTTCAACACAGATCGAAGAAGGGGAAGTCGTCGCTGTCATCGGCCCTTCAGGTTCCGGCAAATCAACGTTTCTGCGCTGCTTAAATCTGCTGGAAACCCCGAGCGGCGGAACGATTGCCATTAAAGAAAACGAAATTACCGCAGCTAAAACGAATAAACTGAAAGTGCGGGAAAATATCGGCATGGTATTTCAGCATTTTCATTTGTTTCCTCATAAAACGGTGCTTGAAAATATCACATACGCGCCGGTCAGCGTGAAGAAAGAGTCTAAAAAGGAGGCGGAGGAAAAGGCGTGCGCTCTCCTTGAAAAAGTCGGACTGCTTGACAAACGGAACGACTATCCGAACCGTTTGTCAGGCGGACAGAAGCAGCGGGTCGCCATCGCGCGGGCGCTTGCCATGAATCCTGACATCATGCTGTTTGATGAACCGACCTCGGCTCTTGACCCGGAAATGGTCAAAGAAGTTCTTGAGGTGATGAAAGAGCTTGCGCAGACGGGCATGACAATGGTGATCGTAACGCACGAAATGGGATTTGCCAAAGAAGTCGCAGACCGCGTATTATTTATGGATGAAGGGACGATCGTGGAAGACGGGCACCCGGAAGAATTTTTTCTTTCTCCGAAGTCAAAAAGAGCACAGGACTTTTTAGAAAAAATATTATAA MIKVDNLSKSFGKHEVLKNISTQIEEGEVVAVIGPSGSGKSTFLRCLNLLETPSGGTIAIKENEITAAKTNKLKVRENIGMVFQHFHLFPHKTVLENITYAPVSVKKESKKEAEEKACALLEKVGLLDKRNDYPNRLSGGQKQRVAIARALAMNPDIMLFDEPTSALDPEMVKEVLEVMKELAQTGMTMVIVTHEMGFAKEVADRVLFMDEGTIVEDGHPEEFFLSPKSKRAQDFLEKIL PGPT0020555_536 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_POLAR_AMINO_ACID_TRANSPORT,PGPT0020555-artR|artM-K23060 NA NA D1-12_01468 660 artQ COG0765 Arginine transport system permease protein ArtQ ATGAATTTGGATTTCTCAGCGACAATCCCCCAAATTCCTTTTATATTGGAAGGCCTTGCGGTCACATTGAAAATTGTGCTCGTTTCAGCGGTCATCGGTCTTGTATTAGGAATCGTGCTCAGCTTATTTAAAATCAGCACGATCAGTCCGCTGAAATGGATTGCGGATTTTTATACTTCGATATTCCGCGGCACGCCGCTCGTGCTGCAGCTGATGATCATCTATTTCGGCATGCCGCAGCTCCTCGGCTTTCAGATCGATCAATTTTGGGCGGCAGTCACCGCATTATCGCTCAATTCAGCCGCTTACGTCTCTGAAATTATCAGAGCGGGAATCAACGCAATTGACAAAGGACAAAAAGAGGCTGCCGTCGCTCTCGGCGTGCCGTACGGAAAAATGATGAAAGATCTGCTGCTGCCGCAGGCGTTTAAAAACATTTCTCCGGCTATTATTAACGAATTAATCACCTTAACGAAAGAATCGGCGATCGTCACAGTTATCGGTCTCGGCGACATTATGAGACGGGCCTACCAGTCCGGCGCCGCAACATACAACTATTTAGAACCTCTTATTGTGGCGGGCTTAATCTATTACGTGCTCGTTTTGATCTTAGCATTCATCGGAAAAGGCGTAGAAAGGAAGCTGAAAGCCAATGATTAA MNLDFSATIPQIPFILEGLAVTLKIVLVSAVIGLVLGIVLSLFKISTISPLKWIADFYTSIFRGTPLVLQLMIIYFGMPQLLGFQIDQFWAAVTALSLNSAAYVSEIIRAGINAIDKGQKEAAVALGVPYGKMMKDLLLPQAFKNISPAIINELITLTKESAIVTVIGLGDIMRRAYQSGAATYNYLEPLIVAGLIYYVLVLILAFIGKGVERKLKAND PGPT0020550_524 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_POLAR_AMINO_ACID_TRANSPORT,PGPT0020550-artQ-K17077 NA NA D1-12_01469 768 artP COG0834 Arginine-binding extracellular protein ArtP ATGAAGAAATGGCTGTTGGTATTAGCTGCCGCATGTATCACCTTTGCGCTGTCCGCCTGCGGATCAGGCAATTCAGGATCAGAGGGCGGAAAGAACAAGCTGATTATGGGTACATCGGCTGACTATAAACCATTTGAATATAAAGACGGCGATCAGATCACCGGGTTTGACGTTGATCTGGCGAAAGCTCTGGGCAAAAAGACCGGCTATGACGTTGAGGTGCAGGACATGGACTTCAACAGCCTGATTACAGCCTTGAAGTCCAAGCAGGTAGATATGATTTTATCTGGAATGACACCTACGCCGGAACGGAAAAAGCAAGTTGATTTTTCTGATATTTATTATACTGCTAACAATATGATTGTTACGAAAAAGGGAAGCAGCATTAAATCCCTGAATGATCTGAAAGGCAAAACCGTCGGTGTGCAGCTCGGCTCCATTCAAGAGGAAAAAGGCAAGAAGCTCGCTTCGAAATACGGTTTTCAGCTCGAAGACCGCAACCGGATCTCAGATTTAACCGAAGAGATCAAATCCGGGCGTTTTGATGCCGCGATTATCGAAGACATCGTAGCACAAGGCTATTTCAGTTCAAATCAAGATCTGCAGGGCTTTGCGTCAGCAGATGCGAAATCAGACGAATCGGGCTCCGCGATTGCGTTCCGCAAAGACAGTGATCTGACAGCGAAGTTTAACAAAGCGCTGAAAGAAATGGAGAAAAACGGAGAAATCGAAAAACTGAAGAAAAAATGGTTCACCAACGAGAAATAA MKKWLLVLAAACITFALSACGSGNSGSEGGKNKLIMGTSADYKPFEYKDGDQITGFDVDLAKALGKKTGYDVEVQDMDFNSLITALKSKQVDMILSGMTPTPERKKQVDFSDIYYTANNMIVTKKGSSIKSLNDLKGKTVGVQLGSIQEEKGKKLASKYGFQLEDRNRISDLTEEIKSGRFDAAIIEDIVAQGYFSSNQDLQGFASADAKSDESGSAIAFRKDSDLTAKFNKALKEMEKNGEIEKLKKKWFTNEK PGPT0020560_616 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_POLAR_AMINO_ACID_TRANSPORT,PGPT0020560-artP|artI-K23059 NA NA D1-12_01470 438 hypothetical protein TTGAATATGGATTTTAATTTATTTATGAATGATGTCGTGCGTCAAGCCCGCCAGGAAATCACGGCTGCCGGGTATACAGAGCTGAAAACCGCTGAGGAAGTGGACGAAGCGCTTTCGAAAAAAGGAACGACACTCGTTATGGTCAACTCTGTGTGCGGATGCGCAGGCGGTATTGCACGGCCTGCCGCGTACCATTCCGTACATTACGATAAACGACCGGATCAGCTTGTGACGGTATTTGCCGGACAGGATAAAGAAGCGACAGCCAAAGCGAGAGAATACTTTGAAGGCTATCCGCCGTCCTCTCCGTCATTTGCCATTTTAAAAGACGGGAAAATCATGAAAATGGTGGAACGCCATGAAATTGAAGGCCATGAGCCGATGGCCGTCGTCACAAAACTGCAGGAAGCATTTGAAGAATATTGTGAAGAAGTATAA MNMDFNLFMNDVVRQARQEITAAGYTELKTAEEVDEALSKKGTTLVMVNSVCGCAGGIARPAAYHSVHYDKRPDQLVTVFAGQDKEATAKAREYFEGYPPSSPSFAILKDGKIMKMVERHEIEGHEPMAVVTKLQEAFEEYCEEV PGPT0014657_7 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-MULTUDRUG_RELATED_REGULATION,PGPT0014657-bmrU-NA NA NA D1-12_01471 897 bmrU COG1597 Putative lipid kinase BmrU ATGAGCCAACGGAAAGCAGTATTAATTTATAACGGAAACGCCGGACAAAAACAGATTGATAAAACGCTCGGCACGGTCGTCCCCATTTTGGCCCAGTCAGCTGACGAACTTTTGATTAAACCGACCAAACATCAGGATGATGCCCGTCAGTATTGTGAAAATCTCGACAGTTCAGTTGACCATTTATATATTTTAGGCGGGGACGGCACTGTGCATCAATGCATCAACAGCATCAGCAAGCTTGATCACAGACCCGCTGTCGGCATTTTGCCGGGAGGAACGTGCAACGATTTCTCCCGGGCGCTCGGCATCCCGCAAAACCTTCAAAAGGCCGCTGAAGCGCTCGCGGCCGGACATAAACAGATGATTGACGTCTGTAAAACGGATGACGGCTATTTTCTGAACTTCTGGGGCATCGGATTGATCACCGAAGCATCAAGCCATATCAATGAAACTGAAAAAGCATGGCTTGGTAAAATCAGCTACTTCACGAGCGCCTTGCGGACGATGACAAGCGCGAACCCGTTTCCTGTCAAATTGACGATTGACGGCGAGGTGAAAGAAGACGAAGCCGTAATGGTGCTTGTCATGAACGGGCATTATATCGGGACAAACAGAGTTCCCCTGCCTGATGCCAGCCTCCGGGACGGCTTAGCCGATGTGTTAATCTGCCGCAACACAAGCCTTGCCGCGTTGCGGGAGCTGATGACGATGGAGCAGGGTTCATTTGATGATTTCAAAGGAGAGCTGTCCTATATTCAGGCCTCCAGGATTGAAATCGAAACCGGACGTGAGATGGACGCGGATACAGATGGCGAGGTATACGGAACAACACCTTGTACGATCGAAGTGAAAAAACATCATCTCACTATGCTTGTTCCCGAGGATTCACAATGA MSQRKAVLIYNGNAGQKQIDKTLGTVVPILAQSADELLIKPTKHQDDARQYCENLDSSVDHLYILGGDGTVHQCINSISKLDHRPAVGILPGGTCNDFSRALGIPQNLQKAAEALAAGHKQMIDVCKTDDGYFLNFWGIGLITEASSHINETEKAWLGKISYFTSALRTMTSANPFPVKLTIDGEVKEDEAVMVLVMNGHYIGTNRVPLPDASLRDGLADVLICRNTSLAALRELMTMEQGSFDDFKGELSYIQASRIEIETGREMDADTDGEVYGTTPCTIEVKKHHLTMLVPEDSQ PGPT0014657_4 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-MULTUDRUG_RELATED_REGULATION,PGPT0014657-bmrU-NA NA NA D1-12_01472 1263 pdhC_2 Dihydrolipoyllysine-residue acetyltransferase component of pyruvate dehydrogenase complex ATGGCGATTGAACAAATGGCTATGCCTCAGCTCGGAGAGAGCGTGACGGAAGGGACGATCAGCAAGTGGCTGGTATCCCCCGGTGATCAAGTGAATAAATATGACCCCATCGCGGAGGTCATGACGGATAAAGTGAATGCGGAGGTGCCGTCTTCTTTTACCGGTACGATTACAGAACTTGTAGGAGAAGAAGGCCAGACTCTTGCAGTCGGCGAGATTATCTGCAAAATTGAAACAGAAGAAACGGAAACCGAAGAGGCGCCGAAGCGGGAAGAAGAGCAGAATACCCCTTCAGACACCGGTGCAAACCGTCAAGGTAAAGATCAGTCAAATAAAGCGCGTTATTCGCCGGCCGTGCTCAGATTAGCGGGGGAACACGGCATTCAGCTTGAAGAAGTTGAAGGAACGGGTGCAGGCGGAAGAATTACGCGAAAAGACATTCAAAAGATCATTGATTCGGGAATGAAGCAGAAATCGGAAGCACCGGCGCCGGCTGCTGTTCAAACAACGCAACAAGCGCCGAAACAACAGCAAAAACAAGCACCGGCACCCGCTCTGTCAGCCGGTGATATTGAAATTCCGGTTACAGGCGTCAGAAAAGCCATCGCCGCCAATATGCATAAAAGCAAAACAGAAATTCCGCATGCCTGGACGATGATGGAAGTCGACGTCACGAACATGACGGCGTACAGAAACAGCATTAAAGACTCATTTAAACAAAAAGAAGGCTTCAATTTAACGTTTTTCGCTTTCTTTGTAAAAGCGGCGGCGCAGGCTCTCAAAGAGTTCCCGCAGATGAACAGTATGTGGGCGGGAGACAAAATCGTCCAAAAGAAAGACATCAACATCTCCATTGCCGTTGCCACGGAAGATTCGCTGTTTGTTCCGGTTATTAAGCATGCTGATGAAAAAACGATTAAAGGCATAGCCAGAGAAATAACGGACCTTGCGAAAAAAGTGAGAAACGGAAAACTTACCGCGGAAGATATGCAGGGCGGCACATTTACCGTCAATAACACGGGATCTTTCGGCTCAGTTCAATCTATGGGCATTATCAACCATCCGCAGGCGGCGATTCTTCAGGTAGAATCTATCGTCAAACGACCGGTTGTCATGAATAACGGGATGATCGCCGTTCGTGATATGGTTAATCTTTGCCTGTCTTTAGATCACAGAGTGCTCGACGGGCTCGTGTGCGGCCGATTCCTCGGACGCGTCAAAGAGATCTTAGAAAACATTGATGAACATACGTCAGTATATTAA MAIEQMAMPQLGESVTEGTISKWLVSPGDQVNKYDPIAEVMTDKVNAEVPSSFTGTITELVGEEGQTLAVGEIICKIETEETETEEAPKREEEQNTPSDTGANRQGKDQSNKARYSPAVLRLAGEHGIQLEEVEGTGAGGRITRKDIQKIIDSGMKQKSEAPAPAAVQTTQQAPKQQQKQAPAPALSAGDIEIPVTGVRKAIAANMHKSKTEIPHAWTMMEVDVTNMTAYRNSIKDSFKQKEGFNLTFFAFFVKAAAQALKEFPQMNSMWAGDKIVQKKDINISIAVATEDSLFVPVIKHADEKTIKGIAREITDLAKKVRNGKLTAEDMQGGTFTVNNTGSFGSVQSMGIINHPQAAILQVESIVKRPVVMNNGMIAVRDMVNLCLSLDHRVLDGLVCGRFLGRVKEILENIDEHTSVY PGPT0001535_1016 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 D1-12_01473 984 bfmBAB COG0022 2-oxoisovalerate dehydrogenase subunit beta ATGTCTGTAATGTCTTATATTGACAGTATTAATGCAGCAATGAAAGAAGAAATGGAAAGAGATCCGCGCGTTTTTGTTCTCGGGGAAGACGTCGGGAGAAAAGGCGGCGTGTTTAAAGCAACGGCGGGTCTCTATGAACAGTTCGGAGAAGAGCGGGTGATGGATACGCCGCTTGCTGAATCAGCGATTGCCGGTGTCGGGATCGGCGCCGCGATGTACGGCATGCGCCCGATTGCCGAGATGCAGTTTGCCGATTTCATTCTGCCTGCGGTCAACCAAATCATTTCAGAAGCGGCAAAAATACGCTACCGTTCAAACAATGATTGGAGCTGTCCGATGGTCATCAGAGCGCCTTACGGCGGCGGCGTGCACGGCGCGTTGTATCATTCCCAATCTGTGGAGGCCATTTTTGCCAACCAGCCGGGCCTTAAAATTGTCATGCCTTCAACTCCTTATGACGCAAAAGGGCTGTTGAAAGCTGCAGTCCGTGACGAAGATCCGGTGCTGTTTTTCGAACATAAGAGGGCGTACCGCCTGATTAAAGGCGAAGTCCCTGCGGATGATTACGTCCTTCCGATCGGAAAGGCGGATGTAAAACGCGAAGGCAGCGACATTACTGTCATTACGTACGGATTATGCGTCCATTTTGCTCTGCAGGCTGCCGAGCGTCTTGAAAAAGACGGAATTTCCACGCACGTATTAGACTTGCGTACGGTTTATCCGTTAGATAAAGAAGCCATCATTGAAGCTGCTTCTAAAACGGGAAAAGTATTGCTGATCACGGAAGATACGAAAGAAGGCGGTATTATGAGCGAGGTCGCCGCCATTATTTCAGAAAACTGCTTATTTGATTTAGACGCGCCGATCAAGCGGCTTGCAGGTCCTGACGTTCCGGCAATGCCTTATGCGCCGACAATGGAAAAATACTTCATGATGAATCCTGACAAAGCAGAAGCCGCGATGAGAGAATTAGCGGAGTTTTAA MSVMSYIDSINAAMKEEMERDPRVFVLGEDVGRKGGVFKATAGLYEQFGEERVMDTPLAESAIAGVGIGAAMYGMRPIAEMQFADFILPAVNQIISEAAKIRYRSNNDWSCPMVIRAPYGGGVHGALYHSQSVEAIFANQPGLKIVMPSTPYDAKGLLKAAVRDEDPVLFFEHKRAYRLIKGEVPADDYVLPIGKADVKREGSDITVITYGLCVHFALQAAERLEKDGISTHVLDLRTVYPLDKEAIIEAASKTGKVLLITEDTKEGGIMSEVAAIISENCLFDLDAPIKRLAGPDVPAMPYAPTMEKYFMMNPDKAEAAMRELAEF PGPT0008862_1661 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 D1-12_01474 993 bfmBAA COG1071 2-oxoisovalerate dehydrogenase subunit alpha ATGACTACAAACCGCCATCAAGCATTAGGGCTCTCTGACGAAGAAGCCGTTGAAATGTATAGAACCATGCTGTTAGCCAGAAAAATCGACGAAAGAATGTGGCTCTTAAACCGCTCGGGCAAAATTCCGTTCGTTGTTTCATGTCAAGGACAGGAAGCGGCACAAGTAGGCGCGGCCTATGCCTTAAACCGTGATACCGACTATGTACTTCCTTACTACAGAGATATAGGGGTTGTGCTTGCATTCGGTATGACTGCAAAGGATTTGATGATGTCGGGTTTTGCGAAAGCGGCTGACCCGAACTCAGGCGGAAGGCAGATGCCGGGCCACTTCGGGCAAAAGGAAAACAGAATCGTAACGGGCTCATCCCCTGTTACGACGCAGGTTCCTCATGCAGTCGGAATCGCGCTTGCGGGACGCATGGATAAAAAGGATATCGTCTCTTTTGTTACCTTTGGAGAAGGATCTTCCAACCAGGGGGATTTTCACGAAGGGGCAAACTTTGCCGCCGTGTATAAACTGCCGGTCATTTTCATGTGTGAAAACAATAAGTATGCCATTTCTGTCCCGTATGACAAACAGGTGGCGTGCGAGAAAATATCCGACCGGGCGGCAGGCTACGGCATGCCGGGAGTCACTGTTGACGGAAACGACCTGCTGGAAGTTTACCGGGCCGTAAAAGAAGCGCGCGAACGGGCGTCTAAAGGCGAAGGCCCTACATTAATAGAAACGGTTTCCTACCGTTTGACGCCGCATTCCAGTGATGACGATGACAGCAGCTACAGAGAACGCGAAGAAGTAGAAGAAGCGAAGAAACAAGATCCGCTTCTTTTATACAAAGCATACTTGCAAGAAGCCGGGCTTCTAGGTGAAGAAGAAGAAAAGACCATGCTGGATGACATCATGGCTATCGTAAACGAAGCGACAGACGAAGCGGAGAAAGCGCCATACGCATCTCCTGAATCAACGCTTGATCACGTTTATGCGAAGTAG MTTNRHQALGLSDEEAVEMYRTMLLARKIDERMWLLNRSGKIPFVVSCQGQEAAQVGAAYALNRDTDYVLPYYRDIGVVLAFGMTAKDLMMSGFAKAADPNSGGRQMPGHFGQKENRIVTGSSPVTTQVPHAVGIALAGRMDKKDIVSFVTFGEGSSNQGDFHEGANFAAVYKLPVIFMCENNKYAISVPYDKQVACEKISDRAAGYGMPGVTVDGNDLLEVYRAVKEARERASKGEGPTLIETVSYRLTPHSSDDDDSSYREREEVEEAKKQDPLLLYKAYLQEAGLLGEEEEKTMLDDIMAIVNEATDEAEKAPYASPESTLDHVYAK PGPT0008861_2656 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_LEUCINE_DEGRADATION,PGPT0008861-bkdA1-K00166 NA NA D1-12_01475 1422 lpd COG1249 Dihydrolipoyl dehydrogenase ATGGCGACTGAGTATGATGTGGTCATTCTGGGCGGCGGCACGGGCGGTTATGTAGCCGCCATCAGAGCGGCCCAGCTCGGCTTAAAAACGGCCGTTGTAGAAAAAGAAAAGCTCGGCGGAACATGCCTGCATAAAGGATGTATTCCGAGTAAAGCGCTGTTAAGAAGCGCGGAAGTGTACCGAACCGCAAAGGAAGCGGCAGCATTCGGCATTGAAACGGAAGGTGTCTCCCTCCGCTTTGACAGCGTGCAAAAACGAAAGCAGGGAATCGTTGACCGGCTGGCCGGCGGTGTCGCCCACTTGATGAAAAAGGGGAAGATTGATGTATTCAACGGGTACGGACGTATGCTCGGCCCTTCCATCTTCTCACCTCTTCCCGGTACGGTTTCCGTCGAATACGCAAATGGTGAAGAAAACGACATGCTGATACCGAAACAATTGATTATCGCAACCGGTTCAAGGCCGAAAATGCTGCCGGGTTTAGAAGCAGACGGTACATATATTCTGACATCAGATGAAGCGTTAGAGCTTGAACGTCTGCCCCAATCCATGATGATCGTCGGCGGCGGTGTCATCGGAATTGAATGGGCATCCATGCTGAACGATTTCGGCGTCAATATCACTGTGATTGAATATGCGGACCGCATTTTGCCGACGGAAGACCGTGATATTTCAAGCGAGATGGAAAAACTGTTAACGAAAAAAGGAATTAAGATCGTGAAGGGTGCGAAAGTGCTTCCGGATACATTGGAAAAAGCGGACGGCGTTTCAATTGCCGCTGAAAAGAATGGAAAAAAAGAAACGTATCACGCGGAACAAATGCTTATTTCCATCGGCCGCCAGCCGAACATTGAAGGGATCGGCCTTGAAAACACGGACATTGAAGCGGAAAACGGTTCTATCATCGTGAACGAAGCCGGGCAGACGAAGGAATCGCACATTTATGCGATCGGTGATGTTGTCGGCGGGCTGCAGCTTGCGCATGTGGCCTCCCGTGAGGGCATCATTGCCGTTGAGCATATGGCGGGTCTTAATCCGGCTCCGCTTGATGCCGCTCTTGTGCCGAAATGTATTTATTCAAATCCGGAAGCGGCGAGCGTCGGTCTGACAGAAGAGGAAGCTCTTCGAAAAGGGCATGAACTGAAGATCGGGAAGTTTCCGTTCATGGCGATCGGAAAGGCTCTTGTATACGGAGAAAGCGACGGCTTTGTCAAAATCGTCGCCGATCGGAATACAGATGATATTCTCGGTGTTCATATGATCGGCCCGCACGTCACCGATATGATCTCTGAAGCGGGGCTTGCCAAGGTGCTCGACGCGACGCCTTGGGAAATTGGCCAGTCCATACATCCGCATCCGTCGCTGTCAGAAGCGATTGGAGAAGCTGCGTTAGCCGCAGACGGAAACGCGATTCATTTTTAA MATEYDVVILGGGTGGYVAAIRAAQLGLKTAVVEKEKLGGTCLHKGCIPSKALLRSAEVYRTAKEAAAFGIETEGVSLRFDSVQKRKQGIVDRLAGGVAHLMKKGKIDVFNGYGRMLGPSIFSPLPGTVSVEYANGEENDMLIPKQLIIATGSRPKMLPGLEADGTYILTSDEALELERLPQSMMIVGGGVIGIEWASMLNDFGVNITVIEYADRILPTEDRDISSEMEKLLTKKGIKIVKGAKVLPDTLEKADGVSIAAEKNGKKETYHAEQMLISIGRQPNIEGIGLENTDIEAENGSIIVNEAGQTKESHIYAIGDVVGGLQLAHVASREGIIAVEHMAGLNPAPLDAALVPKCIYSNPEAASVGLTEEEALRKGHELKIGKFPFMAIGKALVYGESDGFVKIVADRNTDDILGVHMIGPHVTDMISEAGLAKVLDATPWEIGQSIHPHPSLSEAIGEAALAADGNAIHF PGPT0001380_4036 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 D1-12_01476 1110 buk2 COG3426 Butyrate kinase 2 ATGTTCGAAAAGGAAAAACGCATTCTCATTCTGAATCCAGGCTCAACATCAACGAAAATCGGTGTCTTTCACAATGAACGCTGTATCTTTGAAAAGACGCTGCGGCATCCCGAAGAAGAGCTGAAAACATTTAACAGCATTATCGACCAATACGAATTTCGAAAAATAAGCATTCTTGAGTCTTTACACGAACAGGGCATCAACATTTCAAAGTTCGATGCCGTTTGTGCCAGAGGAGGCCTGCTCAGACCGATTGAGGGCGGCACATATGAAGTGAATGACGCCATGATCACTGATTTGAAAAACGGCTACAACGGCCAGCATGCTTCTAATCTGGGCGGAATTATTGCCAGGGAAATAGCTGACGGATTAAATATCCCCGCGTATATCGTCGATCCGGTCGTGGTGGATGAGATGACTCCGCTCGCTAAAGTATCAGGAATGCCTGAAATCAAGCGGAAAAGCATTTTCCATGCTTTGAACCAAAAAGCTGTTGCCCGTCAGGCGGCGGCGTCCCTCGGCAAACGGTATGAACAGATGAAGATGATCGTCACTCATATGGGCGGCGGCACCACAGTCGGTGTCCATGATTGCGGACGGGTGACGGATGTCAACAACGGGCTTCACGGAGAAGGACCCTTCAGCCCGGAGCGCGCGGGAACCGTTCCGGCGGGTGATTTGGTGGAGATGTGTTTTTCCGGCAAGTATTCAAAAGCCGATATGATGAAAAAACTTGTCGGCACGGGCGGACTCTCCGGCTACCTGGGGACAACGGACGCGGTCAAAGTGGAAAAACGCATTCAGGCCGGAGTTGAAAACGCGCGTCTCATTTATGACGCCATGGCTTATCAAGTAGCAAAAGAAATCGGGGCGGCAAGCGCCGTTTTAAAAGGAAAAGTAGACATTATCGTCCTGACGGGCGGATTGGCGTACGGGAAAAGTTTCGTATCCGCTATCAGATCGTACATAGATTGGATTTCGGATGTACTGGTGTACCCGGGAGAAAATGAACTGCAATCTCTCGCGCAAGGCGCGCTTCGGGTTTTAGCCGGTGAGGAGCAGTCAAAGCAATATCAGATCGGCGAAGGAGTGAAAACAAATGGCGACTGA MFEKEKRILILNPGSTSTKIGVFHNERCIFEKTLRHPEEELKTFNSIIDQYEFRKISILESLHEQGINISKFDAVCARGGLLRPIEGGTYEVNDAMITDLKNGYNGQHASNLGGIIAREIADGLNIPAYIVDPVVVDEMTPLAKVSGMPEIKRKSIFHALNQKAVARQAAASLGKRYEQMKMIVTHMGGGTTVGVHDCGRVTDVNNGLHGEGPFSPERAGTVPAGDLVEMCFSGKYSKADMMKKLVGTGGLSGYLGTTDAVKVEKRIQAGVENARLIYDAMAYQVAKEIGAASAVLKGKVDIIVLTGGLAYGKSFVSAIRSYIDWISDVLVYPGENELQSLAQGALRVLAGEEQSKQYQIGEGVKTNGD PGPT0001815_50 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-BUTYRIC_ACID_BIOSYNTHESIS,PGPT0001815-buk-K00929 NA NA D1-12_01477 1095 ldh_1 COG0334 Leucine dehydrogenase ATGGAAATTTTTAAATATATGGAGACTTATGATTACGAACAATTGGTATTCTGCCAAGATGAACAATCCGGATTAAAAGCGATCATCGCGATTCATGATACGACGCTCGGCCCTGCACTCGGCGGAACAAGAATGTGGACATATGACAGTGAAGAAGCGGCGATTGAAGATGCACTAAGACTCGCAAAAGGCATGACTTATAAAAATGCGGCTGCCGGTTTAAACTTAGGCGGCGGGAAAACCGTTATTATCGGAGACCCGCGCAAAGATAAAAATGAAGAAATGTTCCGCGCGTTCGGCCGGTACATCCAAGGCTTAAACGGAAGGTATATTACGGCGGAAGACGTCGGCACCACCGTGGAAGATATGGACATCATTCATGATGAAACAGACTATGTAACCGGAATTTCTCCGGCATTCGGTTCATCAGGAAATCCGTCCCCGGTTACGGCGTACGGCGTCTATAAAGGGATGAAAGCCGCAGCGAAAGCGGCGTTTGGCACTGATTCACTGGAAGGTAAAACAATTGCCGTGCAAGGCGTGGGAAATGTGGCTTACAATCTATGCCGCCACCTTCACGAAGAAGGCGCTTCTTTAATCGTAACGGATATCAATAAAGAATCTGTTAAACGTGCCGTTGAGGACTTCGGCGCCCGCGCAGTTGATCCCGACGACATTTACTCACAGGCGTGCGATATTTATGCCCCATGTGCTCTCGGCGCCGTCATTAACGATGACACGATTAAACAGCTGAAGGCGAAAGTCATTGCGGGAGCGGCCAATAACCAGCTGAAAGAAACACGTCACGGCGATACCATTCATGAAATGGGAATCGTGTACGCTCCGGATTATGTCATCAATGCAGGCGGCGTCATCAATGTAGCCGATGAGCTCTACGGCTACAATGCTGAGCGGGCTTTGAAGAAGGTTGAGGGCATCTATGCAAACATTGAGCGGGTGCTCGATATTTCCGCGCGTGACGGCATTCCGACATACTTAGCGGCTGACCGTTTGGCTGAGGAACGAATTGAGCGCATGCGCCGTTCAAGAAGCCAGTTTCTGCAAAACGGCCAAAGTATATTAAGCAGACGATAG MEIFKYMETYDYEQLVFCQDEQSGLKAIIAIHDTTLGPALGGTRMWTYDSEEAAIEDALRLAKGMTYKNAAAGLNLGGGKTVIIGDPRKDKNEEMFRAFGRYIQGLNGRYITAEDVGTTVEDMDIIHDETDYVTGISPAFGSSGNPSPVTAYGVYKGMKAAAKAAFGTDSLEGKTIAVQGVGNVAYNLCRHLHEEGASLIVTDINKESVKRAVEDFGARAVDPDDIYSQACDIYAPCALGAVINDDTIKQLKAKVIAGAANNQLKETRHGDTIHEMGIVYAPDYVINAGGVINVADELYGYNAERALKKVEGIYANIERVLDISARDGIPTYLAADRLAEERIERMRRSRSQFLQNGQSILSRR PGPT0020320_358 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 D1-12_01478 894 pta_1 COG0280 Phosphate acetyltransferase ATGAAGCTGAGAGACCTAGTTGAAAAAGCCGCGGCAAAAAACGCAAAAACCATTGCAGTGGCCCACGCAGCAGATAAAGAAGTGATCCAGGCCGTCAAAATGGCGGCAGAACACTTGTCGGCACGATTTTTACTGACGGGTGACAGCGGAAAGCTGAAAGAGCTTCTGGCAAATGAGCCGAAGTTCAATGCTGAAATCATCCACGCCGATTCACCCGAAGAATCTGCGGCAAAAGCAGTGCGCGCAGTGCGTGAACAAGAGGCGGACATTTTAATGAAAGGGAATCTCCCGAGCTCAACTCTTCTGAAATCGGTTTTAAACCGCCATGAAGGGCTTCGTTCAAAAAGGGTGTTATCACATGTAGCCGTTTTTGAGGTGCCGGACTATGACCGGCTGATGTATGTGACTGATTCAGCGCTGAACATTGCCCCGTCTCTTGAAGAGCTCGGGCATATTCTGCAAAATGCGGTTCATGTCGCACATTCAGTAGGGAACCCTATGCCGAAAGCCGCAGTCCTTGCCGCTATTGAAACGGTTAATCCGAAAATGGAGGCGACGCTGAACGCGGCTGCGATCGCCCAGATGTGCAACAGAGGACAGATTACCGGCTGCATTGCGGACGGACCGCTTGCTTTGGATAATGCCGTATCCCAAGCGGCTGCGCTGCAAAAAGGGATTTCCGGAAGCGTAGCGGGCCAGGCGGATATTCTCTTGGTTCCTTCAATCGAGGCCGGAAATATGCTTTATAAGTCAATGATTTATTTTGCGAAAGCAAATGTTGCTGCCGTCATCGCCGGTGCAAAAGCGCCGATCGCATTAACGAGCAGAGCGGATACCGCAGAAAATAAACTGTATTCAATTGCGCTTGCGATTTGCGCATCACAAGAACAGTAG MKLRDLVEKAAAKNAKTIAVAHAADKEVIQAVKMAAEHLSARFLLTGDSGKLKELLANEPKFNAEIIHADSPEESAAKAVRAVREQEADILMKGNLPSSTLLKSVLNRHEGLRSKRVLSHVAVFEVPDYDRLMYVTDSALNIAPSLEELGHILQNAVHVAHSVGNPMPKAAVLAAIETVNPKMEATLNAAAIAQMCNRGQITGCIADGPLALDNAVSQAAALQKGISGSVAGQADILLVPSIEAGNMLYKSMIYFAKANVAAVIAGAKAPIALTSRADTAENKLYSIALAICASQEQ PGPT0001810_346 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-BUTYRIC_ACID_BIOSYNTHESIS,PGPT0001810-ptb-K00634 NA NA D1-12_01479 2070 norR_2 Anaerobic nitric oxide reductase transcription regulator NorR ATGCAGAAGGTGCTGATTATAGGTGCTGGTAAAGGAGGCACGGCGCTCCTACAGATTTTGATGAAAACAAAGCTGATCCGGATTATTGCGGTGGTTGATCAAGATCCGGAGGCGCAAGGGCTGCAAGAAGCCCGGAAATATGGAATTGCAACCTCATCAGATTGGAAACCTTACATAACCGAAGATATAGATATTATCATCCATACAACAGGCGATAAAGCGGTCATGGATGAGCTGCTCCATGAGAAAAAAGAACAAACCATCGTCATGCCGGGAAAATTGGCGTACATGGTGTTTCAGCTGATGGAGGAAAAACAGCAGCTTATCCAAATGCTCAAGTCGCAGACGTATAAGCATGACCGGATTTTTAATTCAACGCACGACGGCATGATTTTTATAGACGTCAACGAAACGATCATTTTATTTAATCAGATGGCAGAAAAAATGGTCGGCCAAAAACGGGAGGATGTCATCGGCCGCCAAATTAAAGACGTAGTGCCGAACACAAAGCTGCCGCGGATTCTGGAAACGAGAGAGCCGGAATATAACCAGAAGCAGCTTCTCGGAAAGCACTTGCAGATTGTCACGACAAGACTGCCGATCATTGATGAAGGCGGAAAACTTCTCGGCGCGTTATGCGTGTTTAAAGACATCACCGACGCAGTTGAACTGGCGGAAGAGGTTACGAACTTAAAACAAATCCGCACCATGCTTGAAGCGATTATTCAATCCTCAGACGAGGCCATTTCCGTCGTTGATGAAAACGGCATCGGAATGTTAATCAACAAAGCGTATACAAAAATGACCGGGCTGTCAGAAAGCGAAGTCATCGGAAAACCCGCTTCCACCGATATCTCAGAAGGGGAAAGCATGCACCTGAAAGTATTGGGGACAAGGCGGCCCGTGCGGGGTGTGAGGATGAAGGTCGGCCCCAATAAAAAGGATGTTATCGTAAATGTTGCCCCCGTTATTGTGGACGGTATTTTAAAAGGCAGCGTCGGCGTCATTCACGATGTGTCAGAAATTAAAACGCTGACTGCTGAGCTGAATCGGGCGCGCCAGATCATCCGCACGCTTGAAGCGAAATACACGTTTGACGACATTATCGGCACGAGTGAACAAATGCTGGTCGCCCTTGAACAGGCGAAGCTCGGGGCGAAAACGCCGGCGACGATTCTGCTGCGGGGAGAATCCGGCACAGGAAAAGAACTTTTCGCCCACGCCATCCATAATGAAAGCGACCGAAAATACAATAAATTCATCCGGGTCAATTGTGCGACCCTGTCTGAATCCCTGCTAGAATCCGAGCTTTTCGGCTATGAGGAAGGCGCGTTTACGGGCGCGAGGCGCGGGGGCAAAAAAGGACTTTTTGAGGAAGCGAATAACGGCAGCATTTTCTTAGATGAAATCGGAGAGCTGACCCAAAGCACCCAGGCAAAGCTGCTCAGAGTTCTGCAGGAAAAAGAAATTATCAGAGTCGGCGGCGCTAAAGCGATTTCTGTCAATGTCAGAATTATCGCAGCGACAAACGTCAACATCGAAAAGGCCATGGCCGAAGGCGCGTTCCGTGAAGACCTGTATTACCGGATTAACCGCTATCCGATCTCAATCCCGCCGCTTCGGCAGCGCAAAGAAGATATTGAAGCGCTGAGCATTCGGCTCATTGAAAAAATCAATCAGGATTACGGCCGCAATGTAAAGGGGCTCGCGCCGAACGCGCTGCGTGCTTTATCAGCCTACAGCTGGCCGGGAAACGTCCGGGAGCTTGAAAATGTTCTCGGACGGGCAATGATATTTTTAGAGCCGCACATGGAACGGATCGAACAGCAGCATCTGCCTGTTTTTGAATCAGAGCTGAATGAAAAAAACGGCACCCAAAGTGATTTTCCGGATGTGGAAGGGGAAAAGCTGTCTCAGGCTGTTGAAAAATTTGAAGCGCACGTCATTCAAAAAACACTTGAAAAGCATAAATTCAACCGAACCAAAACGGCAAAAGCGCTTGGTGTCAGCATTCGGAATCTGTACTACAAAATGGACAAGTACGGCCTTGCAAATGACGGCATGCAATAA MQKVLIIGAGKGGTALLQILMKTKLIRIIAVVDQDPEAQGLQEARKYGIATSSDWKPYITEDIDIIIHTTGDKAVMDELLHEKKEQTIVMPGKLAYMVFQLMEEKQQLIQMLKSQTYKHDRIFNSTHDGMIFIDVNETIILFNQMAEKMVGQKREDVIGRQIKDVVPNTKLPRILETREPEYNQKQLLGKHLQIVTTRLPIIDEGGKLLGALCVFKDITDAVELAEEVTNLKQIRTMLEAIIQSSDEAISVVDENGIGMLINKAYTKMTGLSESEVIGKPASTDISEGESMHLKVLGTRRPVRGVRMKVGPNKKDVIVNVAPVIVDGILKGSVGVIHDVSEIKTLTAELNRARQIIRTLEAKYTFDDIIGTSEQMLVALEQAKLGAKTPATILLRGESGTGKELFAHAIHNESDRKYNKFIRVNCATLSESLLESELFGYEEGAFTGARRGGKKGLFEEANNGSIFLDEIGELTQSTQAKLLRVLQEKEIIRVGGAKAISVNVRIIAATNVNIEKAMAEGAFREDLYYRINRYPISIPPLRQRKEDIEALSIRLIEKINQDYGRNVKGLAPNALRALSAYSWPGNVRELENVLGRAMIFLEPHMERIEQQHLPVFESELNEKNGTQSDFPDVEGEKLSQAVEKFEAHVIQKTLEKHKFNRTKTAKALGVSIRNLYYKMDKYGLANDGMQ PGPT0001030_2335 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-ANTIMICROBIAL_COMPUND_RESSITANCE-ACETOIN|2|3-BUTANEDIOL_SYNTHESIS,PGPT0001030-acoR-K21405 NA NA D1-12_01480 243 hypothetical protein ATGAGCCGGCTTGTTGCGCTTTTGATTTTGGTCCTCCCCGGCGCTGTCGCGGCGCTCGGCATTAAGCTGATGAGAGATGCATTATTCGGGCATGTGTTTTCCCCGTTTCCGTCCCTTTTTCTTCAGGGGGCGGCCGGTTTGGCGTTTTTTTTGTTCGGCCTTTATGTTCTGGCCGGGTTTATTTTGTACAGAGATCGGAAACGCAATCAAGTCAGCCCGCGGTTCAGGAAAAAAAAGCTGTAA MSRLVALLILVLPGAVAALGIKLMRDALFGHVFSPFPSLFLQGAAGLAFFLFGLYVLAGFILYRDRKRNQVSPRFRKKKL NA NA NA NA NA D1-12_01481 906 mmgF COG2513 2-methylisocitrate lyase ATGACGTGGATCGTCAGCGAGCAGTCGTCTCAAGAGGAGCTTGCAGAGCGGTTCCGTACGCTGATGGCAGCGCCGGATCTATTGCAGATCCCCGGCGCTCACGATGCGATGGCCGCTCTTATCGCCAAGAAAACGGGGTTTTCGGCTCTTTATTTATCAGGCGCGGCTTACACGGCGAGCAGAGGGCTGCCCGATTTAGGGATCATCACGTCGGCGGAAATGGCTGAACGGGTTAAAGATCTGGTCCGCTCGTCTGATCTGCCCGTCCTTGTCGATATTGACACGGGTTTCGGAGGAGTGCTGAATGCCGCCCGGACGGCGAAAGAAATGTATGAAGCGCGCGCGGCCGCCGTCCAGATGGAGGATCAGCGCCTGCCGAAAAAATGCGGACATCTGAATGGGAAGCAGCTCGTGCCGATTGAAGAAATGGCGCAAAAAATCCAAGCGGTCAAGCGGGCCGCGCCGACCCTTCTTGTTGTTGCGAGAACAGACGCCAGACAGCAGGAAGGGCTGGAGGGGGCATTAACAAGGGCGTCCGCTTATATAAAAGCGGGTGCTGACGCTGTTTTTCCGGAAGCGCTCCAATCCGAAAGTGAATTCAGAGCGTTTTCCAAACAAATCAGTGTGCCGATTCTCGCTAACATGACTGAATTCGGAAAAACGCCGTATTACAGTGCTGATGAATTTTCCGATATGGGCTGTCAGATGGTCATTTACCCGGTCACGTCACTCAGAACGGCGGCCAAGGCTTTTGAGCGTATTTTCCGCCTTCTGAAAGAAGAAGGCTCGCAAAAAGAGGGGCTTTCAGATATGCAGACGAGAAAAGAATTATATGAAACGATCGCTTACGATGACTATGAAGAACTGGATCAATCCATTGCCAAAACGATACTGCCGGACGACTGA MTWIVSEQSSQEELAERFRTLMAAPDLLQIPGAHDAMAALIAKKTGFSALYLSGAAYTASRGLPDLGIITSAEMAERVKDLVRSSDLPVLVDIDTGFGGVLNAARTAKEMYEARAAAVQMEDQRLPKKCGHLNGKQLVPIEEMAQKIQAVKRAAPTLLVVARTDARQQEGLEGALTRASAYIKAGADAVFPEALQSESEFRAFSKQISVPILANMTEFGKTPYYSADEFSDMGCQMVIYPVTSLRTAAKAFERIFRLLKEEGSQKEGLSDMQTRKELYETIAYDDYEELDQSIAKTILPDD PGPT0001555_420 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-SUCCINIC_ACID_ACID_BIOSYNTHESIS,PGPT0001555-prpB-K03417 NA NA D1-12_01482 1428 mmgE COG2079 Citrate/2-methylcitrate dehydratase ATGACAGAACCCCGCCGAATGGACGCTGTAATCGAAGAGATTTCTGACTACGTGCTCCATCAGGAGATTGACAGTTCAGAAGCATTCACTACGGCAGGACATGTGCTTCTTGATACGATAGGCTGCGGAATTTTGGCGCTCAGCTATCCCGAATGTACAAAGCTGCTCGGCCCGATTGTCCCGGGAACCTCCGTGCCCAACGGCAGCAGAGTCCCGGGCACGCCTTTTGTTTTAGACCCTGTCACGGCTGCTTTTAATATCGGCTGTATCAACAGGTGGCTCGATTATAATGATACGTGGCTTGCTGCGGAATGGGGTCATCCGTCTGACAATCTCGGAGGCATATTGGCTTGTGCGGATTATATATCCAGAGTGCGGATTTCAGAAGGGAAAGAACCGCTTATCGTGCGCGATGTGCTTTGCGCAATGATCAAAGCGCACGAAATTCAAGGAATTCTCGCTTTGGAAAACAGCTTAAACAGAGTGGGGCTTGACCATGTGCTGTTTGTGAAAGTGGCGACTGCGGCTGTTTGCGCACAAATGCTGGGCGGCTCAAGAGAGGAAATCAATAACGCCGTATCTCACGCTTGGATTGATAATTCAAGCCTCAGAACGTATCGTCATGCGCCGAACACCGGATCACGCAAATCATGGGCGGCCGGCGACGCGACGAGCAGAGGCGTATATTTGGCCCTTATGGCGCAAAAAGGTGAAATGGGGTACCCGACGGCTCTGACCGCATCTGGGTGGGGATTTCAAGACGTACTGTTTAACCGGCAGGAAATGAAGCTTGCCCGCCCGCTTGGGTCCTATGTGATGGAGAATGTTTTATTTAAAGTATCCTACCCGGCTGAATTTCACGCCCAGACAGCGGCGGAATGCGCGGTCCGGCTTCATCCGGAGGTGAAAGACCGCATTGAAGACATTGATAGGATCACGATTATGACCCATGAGTCGGCAATCCGGATTATCGATAAAAAAGGGCCGCTTCACAATCCGGCTGACCGGGATCACTGCCTCCAGTATATTACGGCAATCGGGCTGCTTTTCGGAGATATCACGGCGGATCATTATGAAGAGGAAACGGCGTCTGACCCGCGAATTGATACATTGCGGAGCAAAATGGAGGTGACGGAACACAAAGCGTACTCAAAAGATTACTTAGACCCGAATAAGCGATCCATATCAAATGCCGTACAGGTGCATTTTACAGACGGCACGGCTACGGGACGGATTGAATGTGAATACCCGCTCGGACACCGGTTCCGCAGAAAAGAAGCCGTTCCGAAGATTCTTGCCAAGTTTTCAGCAAACATCAGCACTCATTTTTCATTGAAGCAGCAGCGAAAAATCGAAGAGGCCTGCGAACATAGCGGCCGAATGCAGAAGCTCAGCGTTAGTGAATTTATGGACTTATTTCTCGTATAA MTEPRRMDAVIEEISDYVLHQEIDSSEAFTTAGHVLLDTIGCGILALSYPECTKLLGPIVPGTSVPNGSRVPGTPFVLDPVTAAFNIGCINRWLDYNDTWLAAEWGHPSDNLGGILACADYISRVRISEGKEPLIVRDVLCAMIKAHEIQGILALENSLNRVGLDHVLFVKVATAAVCAQMLGGSREEINNAVSHAWIDNSSLRTYRHAPNTGSRKSWAAGDATSRGVYLALMAQKGEMGYPTALTASGWGFQDVLFNRQEMKLARPLGSYVMENVLFKVSYPAEFHAQTAAECAVRLHPEVKDRIEDIDRITIMTHESAIRIIDKKGPLHNPADRDHCLQYITAIGLLFGDITADHYEEETASDPRIDTLRSKMEVTEHKAYSKDYLDPNKRSISNAVQVHFTDGTATGRIECEYPLGHRFRRKEAVPKILAKFSANISTHFSLKQQRKIEEACEHSGRMQKLSVSEFMDLFLV PGPT0001470_1 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0001470-acnB-K01682 NA NA D1-12_01483 1098 mmgD COG0372 Citrate/2-methylcitrate synthase ATGGAATCTTATTCTCCCGGTTTAGATGGCGTCATTGCGGTGGAAACGGGGATTTCTTTCCTGGATACACAGCAGGGCAGTATTTTAATCAAAGGCCACGATCTGATTGAGCTTTCTAAAACGGCCGGCTATATGGACATTGTTCATCTCTTATTGGAAGACAGACTTCCTGATGCGAAAGAGAAGGCGGCGCTTGAAGAAGACGTTCGGCGCGGCGGACATCTTCCCGAGGAAATCTTGCACATATGCCGTCTGCTGCCCGAACATACTCACCCGATGGACGGACTGAGGACGGGTTTGTCCGCCCTTGGAGGCTTTGACAAGGACATCGATGACCGTTCATCTTCCGTAAATCAGCACCGCGTACGCGGACTGATAGGCAAAATGCCGAATCTGACGGTCAACAGCTATCGAGTCATCAACGGGCTGGAGCCTTTGGCGCCGGTCGGAACCTTATCATACAGCGCAAACTTTTTATATATGATTACCGGAAAAACGCCGTCATCTTTGGAAGAAGAAATCTTCGACCGGTCGCTTCTTTTATACAGTGAGCATGAATTGCCGAACTCAACGTTTACGGCCCGTGTCATTGCTTCGACGCAATCGGATATTTACGGCGCGCTGACCGGAGCCGTCGCCTCGCTTAAAGGAAACCTTCACGGCGGCGCGAACGAAGCGGTTATGTACATGCTTGAAGAAGCGAAGGATACAGACGGGTTTACACAATTGTTAACTCAAAAACTCGCAAACAAAGAAAAAATCATGGGCTTCGGCCACCGTGTCTACATGAAAAAAATGGACCCGAGGGCGCTCATGATGAAAGAAGCGTTAAAAAAGCTGTCTGATCTTTCAGGTGATTTCCGTCTTTATAATATGTGTGAAGCCGGTGAAACCGTCATGAGGGAGAAAAAAGGCCTTTATCCGAATTTAGATTACTACGCAGCGCCGGTCTATTACATGCTTGGCATCCCGATCCCGCTGTACACGCCTATATTCTTCAGCGCACGGACGGTCGGACTGTGCGCCCACGTTATTGAACAGCACAGCCGAAACCGGCTTTTCCGCCCGCGTGTCCGCTATACCGGAGCGCGCCTGTAA MESYSPGLDGVIAVETGISFLDTQQGSILIKGHDLIELSKTAGYMDIVHLLLEDRLPDAKEKAALEEDVRRGGHLPEEILHICRLLPEHTHPMDGLRTGLSALGGFDKDIDDRSSSVNQHRVRGLIGKMPNLTVNSYRVINGLEPLAPVGTLSYSANFLYMITGKTPSSLEEEIFDRSLLLYSEHELPNSTFTARVIASTQSDIYGALTGAVASLKGNLHGGANEAVMYMLEEAKDTDGFTQLLTQKLANKEKIMGFGHRVYMKKMDPRALMMKEALKKLSDLSGDFRLYNMCEAGETVMREKKGLYPNLDYYAAPVYYMLGIPIPLYTPIFFSARTVGLCAHVIEQHSRNRLFRPRVRYTGARL PGPT0001455_6473 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 D1-12_01484 1134 mmgC COG1960 Acyl-CoA dehydrogenase ATGCATTTTACAGAAGAGCACATCATGATGAGAAAAATGGTGCGTGATTTTGCCCGCAAGGAAATCGCGCCGGTGGTTGAGCTCATGGAATCAACAGATGAATTTCCGGAGCGGCTGATTAAAAAAATGGGCGAAGCGGGATTGATGGGCATTCCCGTCCCGGAAGCTTACGGCGGGGCGGGTGCTGATACAACATCTTACATTTTAGCGATTCATGAAATATCAAAAGTCAGCGCGGCCGTCGGCGTCATTTTATCCGTCCACACATCGGTAGGGACAATCCCGATTTTGCATTTCGGGACAGAAGCCCAAAAACAAACGTATATTCCGAAGCTGGCAGCGGGCGAATATATTGGGGCGTTTGCGCTTACTGAGCCTCAATCCGGATCTGATGCGGGAAGCCTGAAAACAACGGCCGTGCGAAAAGGCGGTTCATATATTCTGAACGGTTCAAAAATCTTTATTACAAACGGCGGAGCGGCAGATCTGTATCTGACATTCGCCATAACCGATCCGGGTAAGGGGAGAAAGGGGATTTCCGCGTTTATCGTTGAAAAAAACACACCCGGTTTTTCTGTCGGAAAAAAAGAAAAAAAGCTCGGATTGTTAGGTTCCAATACTGTCGAATTGCAGTTTGACCAAGCGGAAATTCCGATTGAAAACCGGCTCGGCGAAGAGGGCGAGGGCTTTTCAATCGCCATGAAAAACCTTGACGTCGGACGGATCGGCATAGCGGCTCAGGCGCTCGGGATTATCGAAGCGGCGCTCGGCTGCTCGGTGGAGTACGCCAAAACCCGCAGCCAGTTCGGCAGACCCATCGCTTCGAATCAGGCCGTTTCATTTAAATTATCTGACATGGCGACGAATGCGGAAGCTGCCAAATTATTGGTCTATCATGCTGCTGATCTGTATCAGCGAGGGCTTCCGTGCGGAAAAGAAGCATCTATGGCGAAGCAATTCGCGTCCGATGCGGCGATGAAAGCGGCGGTGGAGGCTGTGCAGATTCACGGCGGCTACGGCTATATGAAAGAATATCCCGCGGAGCGTTTATTTCGGGATGCGAAAGTCACGCAAATCTATGAAGGAACCAATGAGATTCAAAGGCTGATTATTTCTAAGTATCTTCTTCAATAA MHFTEEHIMMRKMVRDFARKEIAPVVELMESTDEFPERLIKKMGEAGLMGIPVPEAYGGAGADTTSYILAIHEISKVSAAVGVILSVHTSVGTIPILHFGTEAQKQTYIPKLAAGEYIGAFALTEPQSGSDAGSLKTTAVRKGGSYILNGSKIFITNGGAADLYLTFAITDPGKGRKGISAFIVEKNTPGFSVGKKEKKLGLLGSNTVELQFDQAEIPIENRLGEEGEGFSIAMKNLDVGRIGIAAQALGIIEAALGCSVEYAKTRSQFGRPIASNQAVSFKLSDMATNAEAAKLLVYHAADLYQRGLPCGKEASMAKQFASDAAMKAAVEAVQIHGGYGYMKEYPAERLFRDAKVTQIYEGTNEIQRLIISKYLLQ PGPT0002285_460 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_LIPID_METABOLISM PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0002285-bcd-K00248 NA NA D1-12_01485 852 mmgB COG1250 putative 3-hydroxybutyryl-CoA dehydrogenase ATGAAGATGAAAACAATCATGGTCGCAGGTGCCGGTCAGATGGGAGCAGGCATCGCTCAGACGGCTGCAGAAGCCGGGTTTGCCGTCAAGTTATACGATTGGGAGCCGGAAACGGTAAAAAAGGGTCTTCACCGCATAAAGGCAAACCTGGAGAAAGAGCAGGCAAAAGGACGGAAGTCACAGCAGGAGACAGATGCCGTTTTCAGCCGTATTTCTCCGGCAGAGCTCAGAGAAGCGGGAGATGCTGATTTTGTAATTGAAGCCATTGCCGAAAACAAAAAAGCAAAAGCGGAATTGTTTGACACACTAGATAAAATCTGTCCCCCTCATGCCGTATTGGCAAGCAATACGTCTTCTCTTCCCATTACGGAGCTTGCCGCGGCCACAAAAAGGCCTGAAAAAGTAATCGGCATGCATTTTATGAATCCGGTTCCTGTCATGGAGCTTGTCGAAGTCATCAGAGGCCTCGCCACATCGGAAGAAACGGCGGAAACAGTAAAGGAGCTTGCCGTCCGGATGAATAAAACCCCTGTCGAAGTCAATGACTTCCCGGGCTTTATATCTAATCGCATATTAATGCCGATGATTAACGAAGCCGTTTATTGCCTTTACGAAGGAGCAGCTTCAAAGGAAGCGATTGATGAGGTGATGAAGCTCGGCATGCGGCATCCGATGGGTCCTTTAACATTAGCTGACTTCATCGGTCTGGATACGTGCCTTTCCATTATGGAGGTTCTCTATGCGGGGCTCGGAGATCCGAAATACCGCCCATGCCCTCTGCTCAGAAAATATGTCAGCGCCGGCTGGCTCGGCAAAAAAAGCGGGCGCGGTTTTTATGAGTACGGCAGATGA MKMKTIMVAGAGQMGAGIAQTAAEAGFAVKLYDWEPETVKKGLHRIKANLEKEQAKGRKSQQETDAVFSRISPAELREAGDADFVIEAIAENKKAKAELFDTLDKICPPHAVLASNTSSLPITELAAATKRPEKVIGMHFMNPVPVMELVEVIRGLATSEETAETVKELAVRMNKTPVEVNDFPGFISNRILMPMINEAVYCLYEGAASKEAIDEVMKLGMRHPMGPLTLADFIGLDTCLSIMEVLYAGLGDPKYRPCPLLRKYVSAGWLGKKSGRGFYEYGR PGPT0006075_2089 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_STYRENE|DERIVATE_DEGRADATION XENOBIOTIC_PHENYLACETATE_DEGRADATION,PGPT0006075-paaH|hbd|fadB|mmgB-K00074 NA NA D1-12_01486 1182 mmgA COG0183 Acetyl-CoA acetyltransferase GTGGGAAAAACGGTTATCGTCAGTGCGGCAAGAACGCCGTTCGGAAAATTCGGCGGCGCATTAAAAGAGGTAAAGGCAGCCGAGCTTGGCGGCATTGCCATAAAAGAAGCAATGAAGCGCGCCGCTATCAGTGAAAGCGAAGCGGAAGGAGCGGTGATAGGAATGGTCGTCCAGGCGGGTGCCGGGCAGATTCCGGCACGGCAGGCTGCAAGATATGCCGGGCTTCCATGGTCCGTTCCGGCTGAAACCATTAATAAGGTCTGTGCATCAGGGCTCAGGGCCGTTACCATCTGTGATCAAATGATCCGGGCGAAAGATGCGGACGTGCTGATTGCAGGCGGAATGGAAAGCATGAGCAACATTCCGTACGCCATTCCGGCCGGCCGCTGGGGTGTGAGGATGGGGGACGGGGTTTTTCAGGATTTAATGGTTCATGACGGGCTCACCTGTGCGTTCGACCAGGTGCATATGGCTGTCCACGGAAGCACTGCGGCCAAAAAGTACGGCATTTCCCGGGATGAACAGGATCATTATGCTCTTTTGAGTCAGAAACGCGCGGCTGAGGCGGCTGAAGCGGGCAAATTGCGTGAAGAAATCGTTCCCGTCACCTGGACCGGCAAAAAGGGCAAACAGCATACTGTTGAAGCGGATGAGGGGCTGCGCCCTGATACAAGCCTTGAGCAGCTCGCAGCGCTCAAGCCAATTTTTACAGCCGACGGAACGGTTACAGCCGGAAACGCTCCCGGTGTAAATGACGGGGCCGGAGCATTTGTGCTGATGTCAGAGGAAAAAGCCGCAAAGCAGCATGTCAGGCCGCTCGCAGCGATACTTGGCTTTGCGTCAGTCGGACTGGAAGCGTCCGAGCTGGCAAGCGCGCCGGGAGAGGCCATCAGCCGGCTCTTGACAAAAACCGGACTGTCCGTTGACGATATTGATTTGTTTGAAGTAAATGAAGCATTTGCGTCCGTGGTGCTCGTGAGTGAAAAAATAGCCGGGTTCAGCCGGGAGAAAGTGAATGTAAACGGAGGGGCAATCGCGTTCGGCCACCCGATCGGCGCAAGCGGAGCGAGAATCATCATGAGTTTAATATACGAATTAAAGCGTCGCGGAGGAGGTTTAGGCATAGCGGCTATATGCAGCGGAGCGGCTCAAGGAGATGCCGTCCTGCTGGAGGTGTACTGA MGKTVIVSAARTPFGKFGGALKEVKAAELGGIAIKEAMKRAAISESEAEGAVIGMVVQAGAGQIPARQAARYAGLPWSVPAETINKVCASGLRAVTICDQMIRAKDADVLIAGGMESMSNIPYAIPAGRWGVRMGDGVFQDLMVHDGLTCAFDQVHMAVHGSTAAKKYGISRDEQDHYALLSQKRAAEAAEAGKLREEIVPVTWTGKKGKQHTVEADEGLRPDTSLEQLAALKPIFTADGTVTAGNAPGVNDGAGAFVLMSEEKAAKQHVRPLAAILGFASVGLEASELASAPGEAISRLLTKTGLSVDDIDLFEVNEAFASVVLVSEKIAGFSREKVNVNGGAIAFGHPIGASGARIIMSLIYELKRRGGGLGIAAICSGAAQGDAVLLEVY PGPT0008320_8633 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008320-atoB-K00626 NA NA D1-12_01487 738 glpQ_2 COG0584 Glycerophosphodiester phosphodiesterase ATGACGAATATTTTTGCCCACCGGGGGGCGTCGGGCGACTGCCCGGAAAATACGATGCCCGCGTTCAAAAAAGCGATTGAGGACGGGGCTGACGGAATTGAACTTGATGTACAGATGACAAAAGACGGCCGGATCGTGGTCATTCACGATGAAACCCTCGACCGCACGACGTCTTTGAAAGGATTTGTGAAAGATACGGCGTATGACAAAATCAGAACCGCCGATGCCGCCGGAAAATGGAAAGATGCTTTTAAAGGTGTCAGAATTCCGCTTTTGTCAGATGTGCTGCGTTTTGCGGAACGTGCTGATTTTCTGATAAACATTGAGCTGAAAAACAGTGTATTCCGTTACGAAGGAATGGAAGAAGAAGTGATCAAAAAAGTCAGATATTACGGACTGGAAAAGCGCGTTATTTTTTCTTCATTTAATCATGAGAGTCTCGCGGTTTGCCACGCCCTTGCGCCTGAAATTGAACGGGCGGTGCTGACAATGGATGTGCTGTACCGGCCTGAACGGTATCTTGCCGCCATTCCCGCTTCGGGTTATCATCCGAAGCTCGGTACGCCTGCGGTCAGCGCTGAAGTGATCAAACATCTTGCAAAACACCAAGCGGCGCTCCGTCCGTTCACCGTCAATCGTCCTGAGGATATGAAGCAGATGATGAAAGCGGGGATAGACGCAATTTTTACCGATTATCCAAAGCTGGCTGTTTCTATAAAAGAAGAATGCCGCCGCTGA MTNIFAHRGASGDCPENTMPAFKKAIEDGADGIELDVQMTKDGRIVVIHDETLDRTTSLKGFVKDTAYDKIRTADAAGKWKDAFKGVRIPLLSDVLRFAERADFLINIELKNSVFRYEGMEEEVIKKVRYYGLEKRVIFSSFNHESLAVCHALAPEIERAVLTMDVLYRPERYLAAIPASGYHPKLGTPAVSAEVIKHLAKHQAALRPFTVNRPEDMKQMMKAGIDAIFTDYPKLAVSIKEECRR PGPT0018470_7199 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROPHOSPHOLIPID_REMODELLING CE-REMODELLING_GPL_PHOSPHODIESTERASE_ACTIVITY,PGPT0018470-glpQ|ugpQ-K01126 NA NA D1-12_01488 627 lytC_1 COG0860 N-acetylmuramoyl-L-alanine amidase LytC GTGGGTTTACTGACAAAAAGCGCTGCTGCCTTCGGTGCCGCTCTGCTTCTGCTTGCGCCGTCTGCTTATGCAGCTGAACCTTTGCAAGGGAAAACCATTTATATCGATGCCGGACATGGCGGAGAAGACAGCGGGGCCGGCGGAAATGGACTGCTTGAGAAAAACATCAATTTAGCGGTGTCAAACAAGGTGATCGCCAAATTGGAGACAGAAGGCGCAAAACCTGTAGCTTCAAGGACTGACGATACTTTTTTACGTTTGGACGAGCGGGTGGCGAAAGCAAGCGCCAGCCAATCCGATTTATTCGTCAGCCTCCATACGAATTCAGCCGTATCAACGGCATCGGGCACGGAAACGTATTTTAATTCGACATATGAAGGCGCAGACAGCGAAAGGCTTGCTTCCGACATCCAGCAGCAGCTTGTCACGTCTTTAGGGATGAGGGACAGGGGCGTAAAAGAAGCTCCTTTTTATGTCATTACATATTCAAAGATGCCGAGTGTGCTGGCTGAATTAGGTTTTATCACAAATCCTCAAGATGCGGACAAGCTGAAAAGCGATAACGGACAAGAGCACGCCGCGGACGCCGTTGTAAACGGAATCGAAACCTATTACAGCGGCCGGTAA MGLLTKSAAAFGAALLLLAPSAYAAEPLQGKTIYIDAGHGGEDSGAGGNGLLEKNINLAVSNKVIAKLETEGAKPVASRTDDTFLRLDERVAKASASQSDLFVSLHTNSAVSTASGTETYFNSTYEGADSERLASDIQQQLVTSLGMRDRGVKEAPFYVITYSKMPSVLAELGFITNPQDADKLKSDNGQEHAADAVVNGIETYYSGR PGPT0024160_7420 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING_AMIDASE_ACTIVITY,PGPT0024160-amiA|amiB|amiC-K01448 NA NA D1-12_01489 294 hypothetical protein GTGAAGTCTGTCATACTTCTGATCTTCACCGCATGGCTGTTATCAGGCTGCGAGTATACCGCGGAGGCTGATGCGGCGCCGTCATTTACACAGGAAGGAACATTTATAAAAGCGGCCGGAAACGATACAATCGCGGTCGAAATTGACGGAGAAAGGCAAGAGGTGAAGGTGCCTTTCGCCAAGCGGTTTGAATGTCAGTCTCTGCCTGAACATACGGCGGTGCAAATCACCTATAAAAAAGAGAGCAACGGACAATTACGGCTTGAGGAACTGAAAAAAGAAACAGATATGTGA MKSVILLIFTAWLLSGCEYTAEADAAPSFTQEGTFIKAAGNDTIAVEIDGERQEVKVPFAKRFECQSLPEHTAVQITYKKESNGQLRLEELKKETDM NA NA NA NA NA D1-12_01490 624 ytaF_1 putative sporulation protein YtaF ATGGCTTGGTTATTGATTTTAGGTTTGGCAGTGTCCTCGAGCATTGATAATTTAGGAGTGGGGATGTCATACGGCATCAGAAAAATCAAAATATCGCATGCGTCGAATATGATGATCGCTTTTATCTGTTTTGTATTCAGTTATATCGGAATTTATTTCGGCAAATGGATTTCAGCCGTTTTACCGGGCTTTCTTCCTGTATTGCTGGCGGCGTTTATTTTATCTGTCATCGGTATCCGCATCATTCTGCTGGCTGTGCCGAGAAAAACAGCGCGTGTTGGCGCGTCAGGAAAAAAAGGCCGTTTTGCCGGTCTGCTGCAAAATCCGGAGGCAGCGGATGCCGACGGTTCGGGAGAAATCGGTATATTGGAATCCATGGTTCTCGGGGTGGCCGTATCCGCAAATGCGCTGACCAACGGATTAAGCGCGGGGTTGATCGGGCTTTCTCCCGCTGCCATTTCCATCACTGCGGCGGTCGGAAGCTTTTTGACCATATGGGTCGGCTGCTCGCTTGGAAAAAAAGCCGCATCATTGCGCATCGGTTCTTTTCACGTCGGACAGTTCAGCACGGTGCTGAGCGGAGTGATTATTCTCATCATTGCCGCCAATACGCTGCTCTTTTAA MAWLLILGLAVSSSIDNLGVGMSYGIRKIKISHASNMMIAFICFVFSYIGIYFGKWISAVLPGFLPVLLAAFILSVIGIRIILLAVPRKTARVGASGKKGRFAGLLQNPEAADADGSGEIGILESMVLGVAVSANALTNGLSAGLIGLSPAAISITAAVGSFLTIWVGCSLGKKAASLRIGSFHVGQFSTVLSGVIILIIAANTLLF NA NA NA NA NA D1-12_01491 633 hypothetical protein TTGACAGAAAATAAAAATAAGACACTGGGGCCCCTTTTAAAATCACTGCTTGATAAGCACTCGCTCTCCATGAGAAAACTCGGCGCCTTAACAAACATTGATACGGCCACCATCTCCCGGATTATAAACGGCAAGCAGAAGGCCAATTTAAAGCATCTTCAGGAATTTTCAAAACATCTCCGCACCCCGCTGGAGGAATTGCTTGAGGCGTCAGGCATAGACATCGGCCATGAAAAAGAAGCTGCGCCGCAAGACCCGATGCACGCGATTCAGGATATGCTGAATATGGCCGAGATGTTTGATCAGCCTTTTTCCCGGGAGCAAATTGAGCGCGAACTGACCAGATATGAACAATATGCCAAAACCCAGCAGGGCCATCGCCTGATTTGCGATGAGTTTCAAAAGAAAATGGACAATGAAGAAAGCGTCGGCCCTTTTATTGATCATTTGAAAAACATGCATCATCAGTATATGGATGAATCAACACCGGCTGAAGACCGCGCGATTCTCGGGAGCGCGCTGCTGTATTATATTTTAGCGACCGACGTCATTCCGGATTACATGTTTCCGATCGGCTACCTGGATGATGCCATCGCCGTTCAAATCGCTTTGAACCGGCTGAAAAAAAAGTAA MTENKNKTLGPLLKSLLDKHSLSMRKLGALTNIDTATISRIINGKQKANLKHLQEFSKHLRTPLEELLEASGIDIGHEKEAAPQDPMHAIQDMLNMAEMFDQPFSREQIERELTRYEQYAKTQQGHRLICDEFQKKMDNEESVGPFIDHLKNMHHQYMDESTPAEDRAILGSALLYYILATDVIPDYMFPIGYLDDAIAVQIALNRLKKK NA NA NA NA NA D1-12_01492 96 hypothetical protein ATGGACAGCAACACAGTTGTGGCAGTGTGCGCTCTGTTAAGTGTTGTGATTCAGATCGGAACGATATTCGCCGCAGGAAAGTGGAAAAAAGAATAA MDSNTVVAVCALLSVVIQIGTIFAAGKWKKE NA NA NA NA NA D1-12_01493 1119 putative oxidoreductase ATGAAGCAAACTTATAAACCGCTGTTTGAACCTTTTACGTTCGAAAGCGGCGTCACCATACCAAACCGTATTTCAGTCGCACCCATGACACACTATTCATCAAATGATGACGGAACGATTTCCGACCGTGAATTAAGCTACATTACTCCCCGTTCAAAAGAAATGGGCATGGTCATTACGGCATGTGCAAACGTAACGCCAGACGGCAAAGCGTTTCCAGGCCAGCCCGGCATCTATGATGATTCTCACATTCCCGGCTTGAAAAAACTCGCTCAGGCGATCCAGTCTCAAGGAGCGAAAGCCGTTGTGCAGATTCACCACGGAGGATTGGAATGCCCTCCTGAACTCGTGCCAAACAACGACGTCGTCAGTCCGAGCGGCTCAGAAGAAGACGGGAGACAAACGTCCCGGGCTCTCACCGAACAAGAAATTGAGCACATCGTGAAAGCATTCGGCGAAGCGACACGCAGAGCGATTGAAGCCGGCTTTGACGGTGTTGAAATTCACGGGGCAAACGGGTACCTGATTCACCAATTTTATTCACCGAAAACAAACCGGCGCACAGACCGCTGGGGCGGAAGCGATGAAAAGCGCCTTGCGTTCCCGCTTGCAGTCGTTAACGCTGTCAAACAGGCAATTGATACACACGCTGAAAATCCATTCGTTCTCGGCTACCGCCTGTCACCGGAAGAGCCGGAAACACCGGGGCTTACAATGAAAGAAACATTCATGCTCGCCGACGCGCTTGCGGAAGAGAACTTGGATTATCTGCATATTTCACTGATGGATGTCAATTCCAAAGCCCGCCGCGGGGCGGATACTTCACGGACCCGGATGGACTTATTAAACGAACGCGTCGGCCATAAAGTGCCGCTGATGGCCGTCGGTTCCATCTATACCGCGGACGAAGCGCTTGCCGTATTAGAAAGCGGAATTCCGCTGGTGGCTCTGGGACGTGTCATTTTGATTAACCCCGAATGGGCGGTGCTGGTCAAAGAAGGCCGCGAACAGGAAATCGAAAAAGCCATTCAAGCATCTGAAATTGAGAAATACCGACTTCCTGAACCGTTATGGGAAATGATTCAGAATACAGGCGGCTGGGTGCCGTTTGAAAAGTAG MKQTYKPLFEPFTFESGVTIPNRISVAPMTHYSSNDDGTISDRELSYITPRSKEMGMVITACANVTPDGKAFPGQPGIYDDSHIPGLKKLAQAIQSQGAKAVVQIHHGGLECPPELVPNNDVVSPSGSEEDGRQTSRALTEQEIEHIVKAFGEATRRAIEAGFDGVEIHGANGYLIHQFYSPKTNRRTDRWGGSDEKRLAFPLAVVNAVKQAIDTHAENPFVLGYRLSPEEPETPGLTMKETFMLADALAEENLDYLHISLMDVNSKARRGADTSRTRMDLLNERVGHKVPLMAVGSIYTADEALAVLESGIPLVALGRVILINPEWAVLVKEGREQEIEKAIQASEIEKYRLPEPLWEMIQNTGGWVPFEK PGPT0001115_143 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0001115-frdA-K00244 NA NA D1-12_01494 216 hypothetical protein ATGATGGCTGGTTTCCCTATTACGATTAACAGTCTTTCCGGAAACGGGGTTGTCAATGTCGGCGGTGCGTTTTCGATAAGTCCTTTAACCGTATCAAAAACCGTCTACGGCTCAGGAGGGGGAAATACAGGTATGGTCCTGCAAATGAATCAATCCAGCACATCTCAATCTTCAAACTCTCAATACTCTGATCAAAATGTAACGAAAACATTATGA MMAGFPITINSLSGNGVVNVGGAFSISPLTVSKTVYGSGGGNTGMVLQMNQSSTSQSSNSQYSDQNVTKTL PGPT0025090_117 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_GERMINATION_PROTEIN,PGPT0025090-gerPF-K06304 NA NA D1-12_01495 213 gerPF_2 putative spore germination protein GerPF ATGAGCGGTTGCCCGATTACGATAAACAACGTATCAGGAAACGGAGTTGTCAATGTTGGCGGCGCCATATCCATCAGTCCGCTGACTGCATCAAAAACCGTTTTCGGTGCCGGAGGGGGAAATATCGGCATTGTCATTCAAAACAATGCTGTAAGCCAGTCCAAAATGTTTGAACATCAATTTTCAGATCAGAATATTGTAAAGTCATTGTAA MSGCPITINNVSGNGVVNVGGAISISPLTASKTVFGAGGGNIGIVIQNNAVSQSKMFEHQFSDQNIVKSL PGPT0025090_145 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_GERMINATION_PROTEIN,PGPT0025090-gerPF-K06304 NA NA D1-12_01496 1182 alr2 COG0787 Alanine racemase 2 ATGAAAAAACTTTGCCGGGAAGTTTGGATTGAAGTTGACCTTGATGCGATAAAAAAGAACGTACGGGCGATCCGCCGCCATATTCCGAATACGTCTAAAATTATGGCCGTCGTAAAAGCGAACGCTTATGGCCACGGGTCTGTGGAAGTAGCGCGGCAGGCACTGGAAAGCGGGGCGAGCGAGCTCGCTGTCGCCAGCGTCGAAGAGGGAATTGTGTTACGGAGAGCGGGAATTACGGCACCTATTCTTGTGCTCGGCTTCACAGCTCTCAGCTGTGTGAAAAAATCTGCCGTTTGGAACATAACATTATCAGCGTTTCAGGTCAGCTGGATCAAAAAAGCGAATCGGATATTGGAAAAAGAAGCAGATTCGAAACGGCTGTCCATTCATATCAATGTGGATACCGGAATGGGCCGGCTGGGTGTGCGTACGGAAGAAGAACTTTTAGCAGTGGTGAAAGCACTCAAGTCGAGTACATACCTATCATGGGATGGCATCTTTACACATTTTTCAACAGCGGATGAACCGGACACTGAGCTGACGATGCTGCAGCATGAAAAGTTTATCAGCTTTCTCAGCTTTTTAAAAAATCAAGACATTACGCTGCCTACCGTGCATATGTGCAATACAGCCGCCGCTATCGCCTTCCCGGAATTCAGCGCCGACATGATCCGTTTAGGCATTGGGTTATATGGTTTATATCCGTCCGCCTCGATAAAGGAACTGAACCTCGTGGATCTCACACCCGCACTAAGTTTAAAGGCGCGTATCGCTTATGTGAAAGCCATGGTGACAGATCCCCGAACCGTCAGTTATGGCGCCACATATATTGCCGAACCGGGTGAAATCATCGCGACGATTCCGATCGGCTATGCTGACGGTTACTCCCGCGCCCTGTCCAACCGCGGGTTTATTCTGCACCGCGGCAGACGGGTGCCGGTGGCGGGGAGAGTGACAATGGATATGATCATGGTCAGTTTAGGTGAGAATGAGGGCAAACAAGGAGAAGAAGTCGTCATCTACGGTAAACAACAAGGAGCCGAGATTTCCGTTGATGAAATTGCCGAAATGCTCGGTACGATCAGCTACGAAGTCCTATCTGTGTTAAGCCGCCGCGTCCCCCGCTTTTATTTCAGAGACGGCAAAATCATTAAAATATCAGCTCCGGTATTATACGTGTAG MKKLCREVWIEVDLDAIKKNVRAIRRHIPNTSKIMAVVKANAYGHGSVEVARQALESGASELAVASVEEGIVLRRAGITAPILVLGFTALSCVKKSAVWNITLSAFQVSWIKKANRILEKEADSKRLSIHINVDTGMGRLGVRTEEELLAVVKALKSSTYLSWDGIFTHFSTADEPDTELTMLQHEKFISFLSFLKNQDITLPTVHMCNTAAAIAFPEFSADMIRLGIGLYGLYPSASIKELNLVDLTPALSLKARIAYVKAMVTDPRTVSYGATYIAEPGEIIATIPIGYADGYSRALSNRGFILHRGRRVPVAGRVTMDMIMVSLGENEGKQGEEVVIYGKQQGAEISVDEIAEMLGTISYEVLSVLSRRVPRFYFRDGKIIKISAPVLYV PGPT0020040_885 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING_RELATED_RACEMASES,PGPT0020040-alr-K01775 NA NA D1-12_01497 303 hypothetical protein TTGGTTAAATTTATTCAATACGTTGGATTTGCTATACTTGCAGTAGGTATTATCGCGTTTTTGTATCTTGGATTCGGCTTGAAAACATATACACCGGGCTTATCGGAAGGCTATATGTATGCCGAACCGCACCCGCTACGGTGGATTTACGCCACGGCTTCCTTTTTAGGATCGGCTTTCTTTGGCAGCGTGCTGATCGGGCTGTCTCGTATTTTACATCATAAGGAATCCGAATCTAGTTACATTCGAGAAATACAAAACGATCTCCGCCTGATGAAAGCGCGCGAGGGAATTACGAAATGA MVKFIQYVGFAILAVGIIAFLYLGFGLKTYTPGLSEGYMYAEPHPLRWIYATASFLGSAFFGSVLIGLSRILHHKESESSYIREIQNDLRLMKAREGITK NA NA NA NA NA D1-12_01498 2826 hypothetical protein ATGGCCGGAGCAACAGTCGGAGAAATCCGGGCGCGTCTCGAATTAGATATGTCAAACTGGACGCGCAGACATCAGCAAGCGCGAAATGACATGACGAGAATGGGACGATCAGCCGAAAACTTGTCGAAGCAAATGGGCCTCATCCAAAAGGCTTCGCTTGCGGTCGGAGGCGCAGTCGTGGCCGGCATCGGCGTTTCCGTCAAAAAGGCGGCTGACTTCGAGGAGGCCATGTCGCGAGTTAAAGCGATCAGCGGCGCGACCGGTCAGGACTTCGAAGACCTGAAGAACATTGCGGCTAAGATGGGCGCCGAAACTAAATATACAGCGGTAGAGGCGGCCGAGGGTCTTCAATACCTCGCGATGGCGGGTTTCAGCGTAAAAGCGCAAGTCGGATCGTTGCCGGCCGTGCTTAACTTGGCTGCGGCTTCAGGCGAAGGACTCGGACGTTCAGCGGATATCGTTTCGAACATCATGACCGGCTTCGGCATTAAAGCGGAAGACTCCGGGCACGCCGTTGACGTACTCGTAAAAGCGATGACGACGGCCAACACGGATCTGCCGCAATTAGGTGATGCAATGAAATTCGTCGCCCCTGTCGCGCACTCTCTCGGATATTCAATCGAAGATACTGCGACTGCCGTTGCGAAAATGTCAGACGCCGGTATTCAGGGATCGATGGCGGGTACGGCGCTTCGTGCGTCACTCTTGCATCTTACGAATCCGGTAGGCCAGTCGGCCAAGGCGATGAAAAAGTACGGCATCGAAGTAAAGGACGCTCACGGAAATCTAAAGCCGATACCGGAACTCGTCGGCCATATTTCGAAGCAATTCGAAGGGATGACGTCGGCACAGAAAACGGCCGCGGCGGCACAGCTTGTCGGAGTTGAAGCGGCTTCCGGATTCGTTACGCTCTTGGGCGTCGGAGAAAAGGGACTGCGCAACTACTCGAAGACATTGAAAGAAGCCGGAGGGACTGCGGACAAAGTAGCGAAAACGCAGATGGATAACCTCAAAGGGTCATTCGAACAGTTTACGTCTGCGCTCGACGGCCTCGGAATCGCGATCGGTAACGAGTTTTTACCTACTTTCCGAAAAATTGTCGAAACCGGTACGAAAGTGGTCGAGTTCCTTAGCGAACTAAATCCGGGGATCATTACGACGGGCCTCGAAATGGCGGGCGCGGCGGCAGCGGTGGCGCTGGCTGCGTCGTCCATGATGAAACTCGGAATCGCAGTGCGCGGTTTGTTCGTTGCGATGGGGCCGGCCGGATGGGTGATTACCGGGCTCTCGATACTTGGCGGCCTATTAGCCGGTGTCAAGTCCGGTTATGACGAAATGAATACCGTGAGCTTAGAATCGGCTGAAGCTAAGCAGAAGGAAGTTGAATCGCTTAACGATTTATCTGCGGAGTTTGAAAAACTTCAGACTAAGACGAAATTGACTGCGGATGAATTTGCGTATTATCTCGATTTGAACGACCGAATTAAAGCGGAAACGGATTCCGACGCAATTAAGCGTATGAAGGAAGAGCAGGAAGGACTGCGTAAGAAATCCGGACTGACAAACAGTGAATTTGATCGCTATCTGTCGCTTAACGACAAGGTTTTAGAGAAGGCACCGCAAACAAGCGCTGCGATCACCGATCAAGGTAATGCGTTCGCGAAAAATACTAAGGCGTTAAAGCGGCTGACTGAGGAAAAGGCGGAAGATCTGCGGCTTGATCTGGAAAAGCAGAAAAACCTCGCAAATAAAAATTATGAAGACAACCTAAGTAAGCAGAAGCAGCTTACAGGAGAAATAAAAGACCTGACAAAAGAGCGACACAAAAGCGAGAGTGAGGTAGCAGATCAGCTTGCTCTAATTGAAAAAACTGAAGGGAATATAAGAGACGCTAAACTCGAAGGAAACACGAAAGAAGTAGCTTCACAAGAGACTGTCCTTGAAGTTCAGAAAGGGACCTTAAAGACTCTAAGAAGCCAATTAGACACCAGCTTACAGAAAATTTCAGCTAAAAAGACCGAGCTTGGTAAGGTGAATGAAGAATTATCTAAGCTGGATACTATTCGTCAGAAAATGATCGACCTTGAGCTCCGGCAAGTTGGATTAACCGCGAAAAAGGGCGAAGGTGTTAAGGTACTCAACGAAGAAATCGGCCGTCTACAGGCTGCAAGAGCAAACCTTGTCAATAACACCAATGCGGCGGACAGAAAGAAGAAGAAATATAAGGATGCCGTAAAAGCGATCGACGACGAAATAGCTAACCTCCGGACTGCTAAGGGGCGCGTTCAAGATATCACCGAAGAAGCACAACGGATGAACAGCGAGCTTGGCAAAGATGTAAACAAAAAAGTTCTAGTCACGTATAATACGGCCGGCGAAGAGATTAAGATTTCGAAGAAAACGTTTAAGAAAACGCACGGTCACGGAGGTCAGGAAGTAGCCTACCACACGGGCGGCGTCATCGGCCTTGGTCAGATCAATAAACTTCATATCGGCGGCCTCGCGTCTCAATTCGCTAACCCGATGAGCCACGAAGTCGATATCCGGGCCCTACGAAACGAAATGGTGCTTACTGAAGCGCAACAGGCGAACCTTATGCGGATGATAGACGCAGGGCATACGACGAGCCTCGGAGGAGATTCCGGCTTATCTTCGGATATGCTGAAGGCATTACGGGGAATAGAAAGGGCCACCATCAGTAGTTCGAATAATCCGGTTTATGTACAAGTAGATGGCTACACAATTGCAAAGGCTTCCTATCCTCATATTGATCGGCTGATACACGATGACATCGATATGGGTAGGTTACTCGACGGAAGGTTCTAG MAGATVGEIRARLELDMSNWTRRHQQARNDMTRMGRSAENLSKQMGLIQKASLAVGGAVVAGIGVSVKKAADFEEAMSRVKAISGATGQDFEDLKNIAAKMGAETKYTAVEAAEGLQYLAMAGFSVKAQVGSLPAVLNLAAASGEGLGRSADIVSNIMTGFGIKAEDSGHAVDVLVKAMTTANTDLPQLGDAMKFVAPVAHSLGYSIEDTATAVAKMSDAGIQGSMAGTALRASLLHLTNPVGQSAKAMKKYGIEVKDAHGNLKPIPELVGHISKQFEGMTSAQKTAAAAQLVGVEAASGFVTLLGVGEKGLRNYSKTLKEAGGTADKVAKTQMDNLKGSFEQFTSALDGLGIAIGNEFLPTFRKIVETGTKVVEFLSELNPGIITTGLEMAGAAAAVALAASSMMKLGIAVRGLFVAMGPAGWVITGLSILGGLLAGVKSGYDEMNTVSLESAEAKQKEVESLNDLSAEFEKLQTKTKLTADEFAYYLDLNDRIKAETDSDAIKRMKEEQEGLRKKSGLTNSEFDRYLSLNDKVLEKAPQTSAAITDQGNAFAKNTKALKRLTEEKAEDLRLDLEKQKNLANKNYEDNLSKQKQLTGEIKDLTKERHKSESEVADQLALIEKTEGNIRDAKLEGNTKEVASQETVLEVQKGTLKTLRSQLDTSLQKISAKKTELGKVNEELSKLDTIRQKMIDLELRQVGLTAKKGEGVKVLNEEIGRLQAARANLVNNTNAADRKKKKYKDAVKAIDDEIANLRTAKGRVQDITEEAQRMNSELGKDVNKKVLVTYNTAGEEIKISKKTFKKTHGHGGQEVAYHTGGVIGLGQINKLHIGGLASQFANPMSHEVDIRALRNEMVLTEAQQANLMRMIDAGHTTSLGGDSGLSSDMLKALRGIERATISSSNNPVYVQVDGYTIAKASYPHIDRLIHDDIDMGRLLDGRF NA NA NA NA NA D1-12_01499 258 hypothetical protein ATGGGCGCCCTTTTATTTTACCTAAAAGGAGCGAATGAAATGGGAGAAGTAATTCCTTTTGTAACGAAAGAAGAAATGGATAGAATCATCGATTCTGTGTGTATTTTCGAATGGGTAGCAGAAAAAGTTTTACAGGGCGAGATAGACTTCACCAAAGAGCAAGAAGCGAAAATTGTTGAAGCATCCGAAGTCCTAGGCCAATGCAGCGAAGAAGAACTTTTGCTCTACTTTAATCGCCCGAAAGACGGTGATAAATAA MGALLFYLKGANEMGEVIPFVTKEEMDRIIDSVCIFEWVAEKVLQGEIDFTKEQEAKIVEASEVLGQCSEEELLLYFNRPKDGDK NA NA NA NA NA D1-12_01500 708 hypothetical protein ATGAATAAATTTGAAAAAATGAGCCAGAGTTACGCGCAAATGGAACAAATTCGTGAATCAGTCAAAGGCTTGGTTAGGGAGGCTAAACAGGGCTTTGAGAAGCGCGAAACGGAGATACTTCAAGACGTTACCCTTACACATGTAGGCCAAAAACAGCAGCTAGATAAAGTACGCGGTCAATATTTAAACCAACTATTAGGGCAACTCCAGAGTGCTAAAAAGGAATTCGATAAGACTTCCGATAGTACGGTCGCTTTTGCGGATGAAATCCTTCTCGCCGCGCCCGAAAAACCGTCCGCAGCAGTAGAAGCGGAATTTGAGCGACGTCTTACCGCCCTTAAAACGGATACTGTACTGGCGGCAAATACTAAATCAGGATTGAGTAAACTAGAAGCTTTCGTCAACACGATTGATAATCCGTATTTTGCTCGGAAAATGATGGCTGAGTTTCCGGCGTTGGCAGCCTCTTTTGTTAATAAAGACGTATCAAGCCAACTAAAGCTCGGCCATATAAATACGAAGCTGACAAATGTGGCGTCTACCGAAGACCAAAAACAAGCTCAACAGATTAAGGAGTCCGCATTGAGTAAAAAAGATCAGCCACTTATTCCGGAATATGATCAGTATTATAATGTTGCGACTAAAACGTTCGGCCATCAGGTGGCTGACTATCTCCGTAATCCAGAAGCGTATTCCAGCCAAGAGTAA MNKFEKMSQSYAQMEQIRESVKGLVREAKQGFEKRETEILQDVTLTHVGQKQQLDKVRGQYLNQLLGQLQSAKKEFDKTSDSTVAFADEILLAAPEKPSAAVEAEFERRLTALKTDTVLAANTKSGLSKLEAFVNTIDNPYFARKMMAEFPALAASFVNKDVSSQLKLGHINTKLTNVASTEDQKQAQQIKESALSKKDQPLIPEYDQYYNVATKTFGHQVADYLRNPEAYSSQE NA NA NA NA NA D1-12_01501 654 hypothetical protein ATGAAATTTAAGTATTCAAGTGAGCTCAAAGAAAAATTATCGGAGCTTGAGGGCCTAGAGGAGCAGAAGAAAAAAGCACTCGAAAGGCTTCAGGAACACGATGAAAAGTTAGCGAAGGAGCTTCAAAAGGCTGAGGAAGATTTGAAAGCGGCCACAATGGAACTAGCGCTCGACGCATCTTCAACAAAGAGAACGAAAGAGCGTAAGGCGAGGGAAACCGTTGCATCGCTGCGGCTGGAAGTTTCGGGCGGATACGAGAGGAAAACGTCCGTTAAGCAGGCGCACGAACAAAAGATACACGCGGTGAAAGAAGAGATCCTCCGGAAGTTATCAGATGAAGTAATCGCACATAAGAGCAAATATGAGCAGGCAGCGCTTGACCGTGTACGTAAAGCTAAGATGGAATACTTAGAAGCCGCAGCCAGTTACCACGATTTAATTGATATCCAATGCCGACAAACATACTTCGATATAGGACGACAGATAGGCGAAGCGCAATTCGCTACCTATGACGGGCTATTCGAAAGGTACAAACCGAGAATTTACGTCACAGAGCCAACCTTCACTTATAGACCTAACGGGACAAACCCATACGGGATCATTGAGCCAGAAATACACCGGGCATGGTTAAAAGGGGAAATCCCCGCTGAATAA MKFKYSSELKEKLSELEGLEEQKKKALERLQEHDEKLAKELQKAEEDLKAATMELALDASSTKRTKERKARETVASLRLEVSGGYERKTSVKQAHEQKIHAVKEEILRKLSDEVIAHKSKYEQAALDRVRKAKMEYLEAAASYHDLIDIQCRQTYFDIGRQIGEAQFATYDGLFERYKPRIYVTEPTFTYRPNGTNPYGIIEPEIHRAWLKGEIPAE NA NA NA NA NA D1-12_01502 483 hypothetical protein ATGAAGCATACACTCTATCTCGCGAAGGTGGGCGACGAGAAACGGGCGGCCTACGCTTACATCGTTACAAATTACAGGGGCATACAGTCCGCCGACCATTTCATCACTGCGGGCAAGCACAGGCACGACGGCCGGCTGACCGATCATATCGCTTTTCAGCGCGCTTTACGAGCTGCATCGGCTTTAGCGGGCGTTGTCGACCTAACGATCGTCTTTGACCACTCGCTCATTGACTTGGCATTCGAAATGGTCGAGGTTGAGCGTCCGAAATACCCAACCATCTATCAGAATTCTGTACGTTTGACCGGCCGGTTCCAGTCGCATGAATTTGCGTCGACAGATTTTAACGAAACGGGAGCGTGTCCGGAAGAAGTTTCCGTAATGGATGATGCGATGGAGCTTTTGGCTGATTGCCGGACGTTTAAGGGGCGTTTATTACTGCTGAAAAATTGCCTTTTCAACAATAAAATTATCATTTCTTAG MKHTLYLAKVGDEKRAAYAYIVTNYRGIQSADHFITAGKHRHDGRLTDHIAFQRALRAASALAGVVDLTIVFDHSLIDLAFEMVEVERPKYPTIYQNSVRLTGRFQSHEFASTDFNETGACPEEVSVMDDAMELLADCRTFKGRLLLLKNCLFNNKIIIS NA NA NA NA NA D1-12_01503 369 hypothetical protein ATGTATTGCGTATCAAGAATGACCGAGTTTTGGGGTAGTTACGGAGAATCAGGCGGCTCATACATCCGAGAGGCAAAAGGCGGGAGCTTTACGGGGTTGCTGCCCGGCCGCATCGCACTTATCGAACTGGATACGGAAAGAGGAACCTATATTGTAACGGGTCGCGATGGCGGAATCATAGCGATGTCGACCATCAAGAGGAATCAGAAGGCCAATGACACCGACTTCCGGCGTGTACTCCTCGAAGCGGCCACCGATGCCGCAATACACTTCGGCGCCAAGAATGCGTTTGTGCTACGCGGATCGGAAAGAGTGCCGTTAGATGCGTATGAAGCGGAATTATTTGCGGAAGAGAAGGCGGACATATGA MYCVSRMTEFWGSYGESGGSYIREAKGGSFTGLLPGRIALIELDTERGTYIVTGRDGGIIAMSTIKRNQKANDTDFRRVLLEAATDAAIHFGAKNAFVLRGSERVPLDAYEAELFAEEKADI NA NA NA NA NA D1-12_01504 201 hypothetical protein TTGTATGAGGTTTTCATCTATGTAAAACCCGAAGAAGTGCTCACGGTAGACGTGGAAACGGGTGAAATTTTGCGGCGTGTGACCGGCTGTCATCGAGATTTACTAGTTTCACAGGCTATTCTTTACAGTCAAAGTGTCGATGAATTACCGAAAATCGTTTATCAAAAGGAGGATTCCGCATGTATTGCGTATCAAGAATGA MYEVFIYVKPEEVLTVDVETGEILRRVTGCHRDLLVSQAILYSQSVDELPKIVYQKEDSACIAYQE NA NA NA NA NA D1-12_01505 213 hypothetical protein GTGAATGAGCTTTGGAAGCTGGATAAAGGGTGGATCGCCGGATATACGGAGGACAAAGAGCTCATACGACGCGTGAAGCGACATAAGAAGGACTGGAAGATTATTGCGGATTACATCAAGTACGGCCGGCTGATCGGCGTACACTTCAAAATACCGATTGAGCAGCGGCGGCCGGCGGAAAGAATGTTCGATACGAGGTTATCAAATTCTTAA MNELWKLDKGWIAGYTEDKELIRRVKRHKKDWKIIADYIKYGRLIGVHFKIPIEQRRPAERMFDTRLSNS NA NA NA NA NA D1-12_01506 228 hypothetical protein GTGCTAACTGAGACTTCACTGTATCAAATTCGAAAAGTTTATCGGCTATCGCAATATGACGTCGCCAAGATTACCGGGGTGTCTGTGCCAATGGTTTCCATGATCGAATCCGGCCACCGTCGGCTTCCTGAAAAGGTCGCTAATCGATTTACGGAAGCGTTACAGCTCACTCCGGAGAAGATTATCAAACTAGTTCAGTTCTACGAGGAAACGGAGGTGCCTCGGTGA MLTETSLYQIRKVYRLSQYDVAKITGVSVPMVSMIESGHRRLPEKVANRFTEALQLTPEKIIKLVQFYEETEVPR NA NA NA NA NA D1-12_01507 495 hypothetical protein TTGGGGCAGCCGAAAAATATCAGCCAAAATTTTAAAAACCCAGGAGAAGGAGCCGTCGAATTTGCGATAGGGTTTGTCAAAAATAAAACGAGAGCAGAAGCTCTGCCGATAATAAAGCGTTTGCTTCAAGGTGACGTACACGACGCGGGTGACAAGCGGATAAAACGATGCGCGTACTGCGGCTACTACTATAGGGATCAAACAAAGCCAAATAACAGCAAGACGTGCTCACAGTTCTGTAAAACAGATCTGGATACTTTAAGAAGAAAGAAGAAAAACGCAGATAAGGCGTTACTTACTTCGGATAAGTCGTTGAAGAAAATGGAAAAACTTTACGTGTGGTGGTTGGATTATCCTTTTTGGATTAGTGAGCGAGAAATGATAAACCGGTCTTGGAAGCACGAGAAGCCCGTAACCAGCGAAAAGTTGGCGATACATGACGCTGCTAAACAGAGAGATAAGGAGTTCGGTGGCAAGCGGGCCCCAAAACGTTAG MGQPKNISQNFKNPGEGAVEFAIGFVKNKTRAEALPIIKRLLQGDVHDAGDKRIKRCAYCGYYYRDQTKPNNSKTCSQFCKTDLDTLRRKKKNADKALLTSDKSLKKMEKLYVWWLDYPFWISEREMINRSWKHEKPVTSEKLAIHDAAKQRDKEFGGKRAPKR NA NA NA NA NA D1-12_01508 177 hypothetical protein GTGGACGTACGCCCGACAAAAGCTGTACTGAGTATGAAAATTGCACGGTGCTTAATAAAGAAAGGGTACGAGCTGATTGATATAGAGCCGAGTATAAAATATAAGGAAAAACTTGTGTTCATCTTCAAAAACACGCCGCAACTAGATGAGGAATTCAAAGCATTCAGTAGAAAATAA MDVRPTKAVLSMKIARCLIKKGYELIDIEPSIKYKEKLVFIFKNTPQLDEEFKAFSRK NA NA NA NA NA D1-12_01509 1200 hypothetical protein ATGAACATAACAGTAATTGACTCGATAATGGGAAGCGGAAAAACAACGTGGGCTATCGATTACATGAACAAGGCTCCCGCTGACCAGAAGTTCATTTACATTACGCCATTCCTTAACGAAGTAGATCGTATTAAAGAGTGCGTCACCGGCAGGAAGATGTACGAACCCAATAATCGGAACGGAGAGGGATCGAAGCTCCGGTCATTAAAGGAATTAATCGCGGATGGGTACGACATATCGTCTACGCATGCTCTCTTCAGATCGGCCGATGATGAATTGATCTCTTTGATTGAAGAAGAGGACTATACACTGATTTTGGATGAGGTCATGAATGTGGTTGAGCGGGCCGAGATCGGGAAGGCGGATATATCTGCGCTCATGACAAGTGGGCTAATAAAAATCGAGAAAGACTCGAACCGTGTCGTCTGGATAGATAGCGGATACGATTCTGGAAGATTCAATGATATTAAGATGCTGGCCAACGCGGGGAACCTCTATAAGTTTGGCGAGGGAATGTTGGTATGGACTTTTCCGCCCCACGTCTTCAAAGCGTTCAGCACTACGTATGTTATGACGTACTTATTCGACGCGCAGATACAAAGATGCTATTTTGACCTTTTCGATATACCTTACTCAAAGCAGTCTTTAAATGGTGGGGAATTAGTGACTTATGATCGGCTAACCGAGAAGCGCGAAGATGTTTACAATCTCATAAACTTGTATGAAGGCCCTTTAAATAATATTGGGGAGTCTAGGAACGCACTAAGTTCGAACAGACTTAAAAACTATTCTCCGAGTGTCATAAAAGAGATAAAAAACAACCTTAATAACTACCTAAGAAACATCATGGGGGCAAAAGGAAAGGAAATCCTTTGGACTACTTTAAAACAGAAAAGAGATTCGCTGAAGGGTCCGGGGTTTACAAAAAGTTTCGTAGAATGGAATATCAGGGCCACCAATGAATATTCGGATAGGTCAGTGCTTGCGTTTATGTATAACCGGTTTATTCGGCCGGAAGAAAAGAAGTTTTTTGAGGGGCAGGGGCGAAACATCACTGTGGACGACGACCTGCTCGCGGTTTCTGACTTACTTCAGTGGGTTTGGAGGTCACGTATCAGAAACGGGCAGCCCATCAGCCTATACTTACCTTCTTCGCGAATGCGTTCGTTGTTGGAAGCGTGGGCTTCTTACGAAATTTGA MNITVIDSIMGSGKTTWAIDYMNKAPADQKFIYITPFLNEVDRIKECVTGRKMYEPNNRNGEGSKLRSLKELIADGYDISSTHALFRSADDELISLIEEEDYTLILDEVMNVVERAEIGKADISALMTSGLIKIEKDSNRVVWIDSGYDSGRFNDIKMLANAGNLYKFGEGMLVWTFPPHVFKAFSTTYVMTYLFDAQIQRCYFDLFDIPYSKQSLNGGELVTYDRLTEKREDVYNLINLYEGPLNNIGESRNALSSNRLKNYSPSVIKEIKNNLNNYLRNIMGAKGKEILWTTLKQKRDSLKGPGFTKSFVEWNIRATNEYSDRSVLAFMYNRFIRPEEKKFFEGQGRNITVDDDLLAVSDLLQWVWRSRIRNGQPISLYLPSSRMRSLLEAWASYEI NA NA NA NA NA D1-12_01510 201 hypothetical protein GTGTATAAAGTAGGCGAAACTGTGCGTTATTGGGGCGTTAAGGTGGACGCCCTGACGTGGTTGTCGGCCGAAGCCATGATCGGTAAGATAATCGGCTGGCAGCAGGAAGAGCGGATCTATAAGATCGAGGGACAGTCGGGAACCGTTCACGATGTTCCAGAAAAGTTAATTGATCGAGGTTCCGCAATAAAAGCCGGTTAA MYKVGETVRYWGVKVDALTWLSAEAMIGKIIGWQQEERIYKIEGQSGTVHDVPEKLIDRGSAIKAG NA NA NA NA NA D1-12_01511 342 hypothetical protein ATGAGCCAGTTCCAACCACAGAAGGTGCATCTGGTCCGACACGGATCGGCGGATTTTCCCTATAAAGAAACCCACGACGCCTATTTAATCGCAGCGGATACGGTAGCATTGTGCGACTATGATGCGTGGGGCGGCGGCAGGTTTGCGTTTTACGACACGGGCGGCCTAACGCAAAAGAATGACGGATACCACTTGTACGACGATGCGCACCCGGAATCGTTCTCATTTGAATTCGCTAAGGCTACGGCGGCTCTAAAGAAGCTCGACGGCCGCGAAATAGCAGATATGAGTGTCGCGCAGTTCATGCGGATGTTTTTCACGGGAGGAGAAAAACGTGTATAA MSQFQPQKVHLVRHGSADFPYKETHDAYLIAADTVALCDYDAWGGGRFAFYDTGGLTQKNDGYHLYDDAHPESFSFEFAKATAALKKLDGREIADMSVAQFMRMFFTGGEKRV NA NA NA NA NA D1-12_01512 201 hypothetical protein ATGCAAGTTCGTTATGCACGCACAATTGTCGGATGGTTTAACGTGTATCCGGCAGGAGCTGACCGTTATGTCAATTTGAAGCCGGAGGACTTTTTCGCTCTTTTACCGCAAGTATCTCAGTGGGCACGTTCTGGTTGCGGAGAAATTAGTGTTGCTGCAGCATTTGAACTTTTTGGTGAGCAGGAGGAGCAACCGGCATGA MQVRYARTIVGWFNVYPAGADRYVNLKPEDFFALLPQVSQWARSGCGEISVAAAFELFGEQEEQPA NA NA NA NA NA D1-12_01513 321 hypothetical protein ATGGAAAAAGTAAAAGTAAATCATCTTTGGTTGGTCGAGGACGGGAAGCGTTTTGAAGAAGAAATTGACGCAGTTAATATCGGGAATGGTCACGTAATCACCATGACAAATGCTGAGGAAAACGAGCAACTAGTCTGCCTCTACTCACTGTATGAAGGCTTAAACGGACCAGAGATTGGATGGTCTTCGGAAGTTCACGAAGACCTAGCGTATACGGTGTCGGAAAGCGGATCTGTTCCGAGCTTAGAGGAGATCGCCGCCATGTCAGCGGTCGAGCTTATGCTGTTCTTAGCCGGTAAATATCGAAAGGAGGCGGCGTAA MEKVKVNHLWLVEDGKRFEEEIDAVNIGNGHVITMTNAEENEQLVCLYSLYEGLNGPEIGWSSEVHEDLAYTVSESGSVPSLEEIAAMSAVELMLFLAGKYRKEAA NA NA NA NA NA D1-12_01514 543 hypothetical protein ATGAATAAATACAGTGTTTCTAAACCAGCGGTAAAAAATGCGGCAGATCGTCTCGGTCTTACAAAAACGCAAGCACAGAACATATTGCCGAAATATGCTCAAGGCGCAGCGTTCGTTTGGTCGCTCGAATCAACAAGCGGCAGCCAAGCGGTATATGACAACTACAAAGAAAAAGTCCGTCTTGTTATAGCTGAGAATGGCACCGTCTTGGACGTTTTCCCCGTTGATTACGCGCTACAGTCACCGCACAACTTATCGGAAGAAGTACGTCAATCGCTTAAGGATTCGACTAAAAAGACCCTGTTTGCGAGAAGAGACGAGATTCACCGCAAGTGGTGCGAAGCTGAACTCGCTTTCCACAAAAATAGTTACGAAATCGCTAAAGTGCGCTTCGAATTAATTGACGCAAGCGTCGAAGAAGCCGCGACGTTAAACAGTCGTTTAGCGAACCTTTGCACAGATAATAAGCGACTGCACGAAGATAGATCAGCATTCAGAAAAGAACGGACTGAATTAGAGCGTGCTCTTGTACCTTATATCTAA MNKYSVSKPAVKNAADRLGLTKTQAQNILPKYAQGAAFVWSLESTSGSQAVYDNYKEKVRLVIAENGTVLDVFPVDYALQSPHNLSEEVRQSLKDSTKKTLFARRDEIHRKWCEAELAFHKNSYEIAKVRFELIDASVEEAATLNSRLANLCTDNKRLHEDRSAFRKERTELERALVPYI NA NA NA NA NA D1-12_01515 162 hypothetical protein ATGACGGAAAAGTTTAGTCCTAAGAAGGTGAAACTTCACTGGCACGGAGTCGCTTTTGGTACGAGGCTGCCGATACATGAGGTATCTGACGCCTGGTTAATGAGGCACGACATCATCGGAAAATATATGGGAGTCGATGAACTCAGATGCGGATATTTCTAA MTEKFSPKKVKLHWHGVAFGTRLPIHEVSDAWLMRHDIIGKYMGVDELRCGYF NA NA NA NA NA D1-12_01516 201 hypothetical protein ATGAACATTTACTATAGAAAAACTGTTGTTGGTTGGTGGAATATTTATCCGGCAGGCTCGGTCACAAAGTTCGTAAATCTTTCACCAGAGGAATTCTTTACGCTATTGCCTCAAGTATCCCGAAAAGCAGTTGCTGGTTGCACAGAAATCAAGCCCGTGTTAGCACGAGAATTATTCGGTGAGGAGGTGCAGTCGGCATGA MNIYYRKTVVGWWNIYPAGSVTKFVNLSPEEFFTLLPQVSRKAVAGCTEIKPVLARELFGEEVQSA NA NA NA NA NA D1-12_01517 237 hypothetical protein ATGCCTTTTGAATTTAAGTTGAACGATATACTGGACGAGCTAAGAATTACAAAAAACAAACTAGCTGTTGAAGCAAAAGTAAGGCCGGCAACCATCGGGGATCTTTGCGAAGGGAAAACCAAACGGATAGAACTCGAAACAATCGAGAAAATCTTATATGTATTAAATAATCTCTCACCAACTAAGACATACACCATCGATGACATTATTCTTTACAACTTGGATATTGAGGACTGA MPFEFKLNDILDELRITKNKLAVEAKVRPATIGDLCEGKTKRIELETIEKILYVLNNLSPTKTYTIDDIILYNLDIED NA NA NA NA NA D1-12_01518 189 hypothetical protein ATGTTATTTGAAGGCGAAAAACAAGAATGGCTACTCTTTAAGGAGAGGGATCTATCGGTTAGAGTTTTTGAAGGCAATAATACATACGAAGCATACGCGACAATAGCAGGCAAAGGCACGCATGTAGCTCGCGGACTAGAAAAATGGTCCACGATATCCGACGCAATCAAAGGTATTATTCAAAAATAA MLFEGEKQEWLLFKERDLSVRVFEGNNTYEAYATIAGKGTHVARGLEKWSTISDAIKGIIQK NA NA NA NA NA D1-12_01519 750 hypothetical protein TTGGATACTATTATTAAACAAATAACAGGTGTCTTTGATGGAGATCCGGTATCAACTTTAGTAGCAACTTCGATATTTATAGTATCAATTTGGTTATACAAACAAATTAAAGATGGTGAGAATTCAGAATTAAAATCGTACAAAGATCTTATTAAGCGTTCTGAAGAAGCCTGTGCCGATATTTTAAGACATGCAGAACTAGCACTCGGAAAAGAAATCAGTGACTCAGAGTTTTATGCTACAGTTAGTGGGTACCTCTCAACTTTAGATCAGGACACCTCTATTGAATTCCAAAATTCGCTTTCTAAGAATACACGCTCAATTAGCGAGTTTAAATTGATTGCTCTAAACAATTTAAATAGACTTAAAAAAGAACACTGTCCATCAAAACCTACAAAAATCGGGGATCAATTTTCCAATTTTATAGGAGACTTATTGATAATATTTAAACCTGTATGGAAGACGGCAATTATTTTGTATTTCATTTTATTTGGAATAGTCTATACTACCACTCTAACGGATGCCGCAGCATTTTTCTGTACAATATCTCTTATAATGATGGTTGTAGGATTAGTTTTTAATTTCTTTGATAAAAGAATTTCTTTCAAAATATTTTTATTATGCCTAGTTATTTTAATAACCTTGTTTTTAATTTCATTTATTGTTCATAATATTATAATCTCAGTTATTCTAATTATTTTAATTTATATCATTATTACACTTATCATGAGGAAATATATTAATAATTGA MDTIIKQITGVFDGDPVSTLVATSIFIVSIWLYKQIKDGENSELKSYKDLIKRSEEACADILRHAELALGKEISDSEFYATVSGYLSTLDQDTSIEFQNSLSKNTRSISEFKLIALNNLNRLKKEHCPSKPTKIGDQFSNFIGDLLIIFKPVWKTAIILYFILFGIVYTTTLTDAAAFFCTISLIMMVVGLVFNFFDKRISFKIFLLCLVILITLFLISFIVHNIIISVILIILIYIIITLIMRKYINN NA NA NA NA NA D1-12_01520 774 hypothetical protein ATGTCCCAACTCGAAGCAAATGTTAACGATAGTAATCAAATGGTTCTTATCGAAAGTAGAACTATGAGAGACGAGCATGTATACCGTGATGATGTATTAGAAAAAGTTAAAGTTGTCCCTTCTCTTCCTGACACCTTAGAAGTTACCTTCGAAATGGCCGCAGAGTATTACAATGTGCCATATGCCACAATCAAAACAGCAATTTCAAGGAACCGAGCCGAGTTTAACCAGTACGGTGAGCTACGAATCTTAAAAGGAAAAGCATTGAAAGAATTCAAAAGCATGTTTCAAGATGAAACGCTCTTTAAGGGTGCAAGCTCTTTAAACTTGTTAACTAGAAGAGGATTACTTAGGCTCGGAATGATTCTAACTGAGTCTGAAGTCGCAGCATCTGTTCGAAATTACCTCTTAAATATTGAGGAAAGGTCGGACATAAAACTTCGGGAATGGGCAGTAGAACGCGAGATATCCAAAAGAGAAAGACGCCGACTGACAGACTCGATACAATCCTTTTACGAAGGCCCTTCGATGAAAGGGCATGAATATAAAAACTTCACTAATCTTGTATATAAAGTGATTTTTGACTGTAATGCGACTAGGCTTAGAGAAACGTATGAACTTGAGAAAACTGAACCATTGCGAGACTCATTGACTACCGAAGATCTCAAAAAAGTCGTTGAAGTCGAGCAAATCATAGCCTCTTATATCCGGATGGGAAAAGAATATAACGATATCCGCGACGAACTCCTAAATAAAAAAGAAAGGTTTCAATGA MSQLEANVNDSNQMVLIESRTMRDEHVYRDDVLEKVKVVPSLPDTLEVTFEMAAEYYNVPYATIKTAISRNRAEFNQYGELRILKGKALKEFKSMFQDETLFKGASSLNLLTRRGLLRLGMILTESEVAASVRNYLLNIEERSDIKLREWAVEREISKRERRRLTDSIQSFYEGPSMKGHEYKNFTNLVYKVIFDCNATRLRETYELEKTEPLRDSLTTEDLKKVVEVEQIIASYIRMGKEYNDIRDELLNKKERFQ NA NA NA NA NA D1-12_01521 297 hypothetical protein ATGGCAAATGCTGTGGATGCAATTAAAACGAAGCGAGACATTAACCGTATGAAGAACGCACTGAACGGGCGTGACAAGGACATGTTTGTTTTCGGTGTGTCGTTGGGGCTACGTATCTCGGACTTATTAACGCTGAAGAACGGCGATCTTCGCGGACAAACGCATTTAAAGTTACGGGAAGGGAAAACGGGGAAGATGCGGCCGATAAAGCTATCGAAGTATAGGGGCCGCAGTAACCAGCCGTGCCTACCGAGGGCGGCCGCCCCGAACTCATGGGGTGGCGGCATGTTACGCTAG MANAVDAIKTKRDINRMKNALNGRDKDMFVFGVSLGLRISDLLTLKNGDLRGQTHLKLREGKTGKMRPIKLSKYRGRSNQPCLPRAAAPNSWGGGMLR NA NA NA NA NA D1-12_01522 717 hypothetical protein ATGTATACGAAAGAAGCCTCTAAAATGGCGTCGTTCCGGTCAGTGGACGAGCTTAACGTCGCCATCCGTACGCACATATACCGAAATAAATCTGATCTAACGCCTGCCGCAATCGAGGTTCTAAAGGTGTTGTCTCGTCATGCCGTCAAAACGCCGGGCGTGGCGTACCTGAAGCTCGCCTCTATCGCGGAATTAATCGGCCGGCACCGCGTAACAGTTATTCGGGCGATTAAGCGTTTAGTCGATCTCGGAATCATCCGCAAGGAAATCAAATACCGGCCAGTATCCGGCGGCAACGGCGCCAATATGTACGTCATCCAGCCGGCGGCCGATGTTACTCCGTCTGTGTTACCCCGCCAAGAAGCCGAAAAGCCAACGGAGGCAAAGCCGGAAGCGCCGGAACGGGAAAACGAAGCTGTTATTTCTCAAAGCAAATTAAAGTTCTTACAGAATACGTATGCTGCGTTTAAGTCTGCGGTCAATACGTTTGTCAGCGATCGGAAATTAACGAGCAAGCTGTACGGCATATACCTTGCGCATACGTCGTATTTAAAAGGCGTGTATGCTGCCGATATTCTTCAAGGAATCGGACTGGAAGCCGTTCGTCAAACGTTTATAGCGACTAAACGGAAGACTATCCGCAACTTGGCTGGCTATTATAATGGCGTACTGGACCGGATGCTCGACCGGCTATTTGCTGCGCGATTTGACGATTAG MYTKEASKMASFRSVDELNVAIRTHIYRNKSDLTPAAIEVLKVLSRHAVKTPGVAYLKLASIAELIGRHRVTVIRAIKRLVDLGIIRKEIKYRPVSGGNGANMYVIQPAADVTPSVLPRQEAEKPTEAKPEAPERENEAVISQSKLKFLQNTYAAFKSAVNTFVSDRKLTSKLYGIYLAHTSYLKGVYAADILQGIGLEAVRQTFIATKRKTIRNLAGYYNGVLDRMLDRLFAARFDD NA NA NA NA NA D1-12_01523 975 xerC_3 Tyrosine recombinase XerC ATGTTTAATGAGTTTGATTTTCAAATCGATAATTTTATGATGTACTGCGATTCAAAAAACCTCTCACGCAAAACAAAGAAAAGCTACGAGCAGACCCTGCGTCTTTTTTCGATTTATCTTCGCAAAGAGCATACAATTACTGATCCGCGGGAAGTAAAACCGGTTCATATTCGAAGTTATATAAAATACTTGAAATTGCGCGGAAAGTATACGGTAGTTATTAACACAGGTAGCACGCATCTAAATAACCCGGAGGGAAGGAGCGACCATTCGAAGCAAATCAGCGACACTACAGTGGGCAATTACATTAGAAATATAAAGGTGTTTTTTAACTTTTTGAAAAGTGAGCATGAAATAGGCACAAGCCCAGCTTCTACTATTGCAAATATTAAACCAGACAGAAAGAAGAAAAAGTTGCTTTCTCTGACACAGATTAAGCAGTTATTAAACTCGTTTGATACTACGAAATTTCATGGTTATAGAAATTGGGTAACTGTTAGAACGCTCCTAGATACTGGGATGCGGATAGGGGAATGCTTGGGTTTAAGACCTGATGATTTGGATTTTAGGGCACGAGCAATTTTAATTACTAATCCAAAAAATAGAAAGGAACGCTATGCCTTTATATCTGACAAGCTCTCAAAAGACTTGAGAAGATGGCTTCAGTACAGGGATCGATATAGCGATAGCGAGTATTTATTTCCGACTACAAGAGGAAATAAACAAGATGTCACAACATTTGAGAAGGTATTGAAAAAAGCAGGCGAGGAAGTAAACATTGAAGTAACACCACATCAATTAAGGAACAATTTTGCAAAGTATTACTTACTAAATGGTGGAGATTATGTGACACTCTCACGTATATTAGGCCACTCGAGTGTTGAGGTCACACAAAAAGCTTATTTAGACTTCACAGAGGATGAGATAGCGAAAAAATATCAAAAACATTCACCGTTAAATAATTTTAATTTATAA MFNEFDFQIDNFMMYCDSKNLSRKTKKSYEQTLRLFSIYLRKEHTITDPREVKPVHIRSYIKYLKLRGKYTVVINTGSTHLNNPEGRSDHSKQISDTTVGNYIRNIKVFFNFLKSEHEIGTSPASTIANIKPDRKKKKLLSLTQIKQLLNSFDTTKFHGYRNWVTVRTLLDTGMRIGECLGLRPDDLDFRARAILITNPKNRKERYAFISDKLSKDLRRWLQYRDRYSDSEYLFPTTRGNKQDVTTFEKVLKKAGEEVNIEVTPHQLRNNFAKYYLLNGGDYVTLSRILGHSSVEVTQKAYLDFTEDEIAKKYQKHSPLNNFNL PGPT0022000_2638 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS CE-BACTERIAL_FITNESS-INTEGRASES|RECOMBINASES,PGPT0022000-xerD-K04763 NA NA D1-12_01524 801 spo0A_1 COG0784 Stage 0 sporulation protein A GTGGAGAAAATTAAAGTTTGTGTTGCTGATGATAATCGAGAGCTTGTAAGCCTGTTGAGTGAATATATAGAGGGACAGGATGATATGGAAGTGATCGGCGTTGCTTATAACGGACAGGAATGTCTTTCTTTGTTTAAAGATAAGAATCCCGATGTGCTCGTTTTAGACATTATCATGCCGCATCTGGACGGACTTGCGGTTTTGGAGCGTCTGCGGGAATCAGAGCTCGAGAAGCAGCCGAACGTCATCATGCTGACGGCATTCGGTCAGGAAGACGTTACGAAAAAAGCCGTCGATTTAGGCGCGTCCTATTTCATCCTGAAGCCGTTTGATATGGAAAACCTTGTCGGCCATATCCGCCAGGTAAGCGGAAATGTCAGCAGTGTCACACACCGTGCGCCGTCCGCGCAAAGCAGCATTATCCGCAGCCAGCCGGAGCCGAAGCGGAAAAATCTCGATGCCAGCATTACAAGCATTATCCATGAGATCGGTGTGCCTGCCCATATCAAAGGCTATCTTTATTTGCGGGAAGCCATTTCCATGGTGTATAACGATATTGAACTCCTCGGCAGCATCACAAAAGTCCTTTATCCCGACATCGCCAAAAAATTCAACACGACCGCAAGCCGTGTAGAACGGGCCATCCGCCACGCCATTGAAGTCGCATGGAGCAGGGGAAATATTGATTCCATTTCTTCACTGTTCGGATATACGGTAAGCATGACAAAAGCAAAACCAACCAATTCAGAATTCATCGCGATGGTTGCTGACAAGCTGAGATTGGAGCATAAAGCTTCGTAA MEKIKVCVADDNRELVSLLSEYIEGQDDMEVIGVAYNGQECLSLFKDKNPDVLVLDIIMPHLDGLAVLERLRESELEKQPNVIMLTAFGQEDVTKKAVDLGASYFILKPFDMENLVGHIRQVSGNVSSVTHRAPSAQSSIIRSQPEPKRKNLDASITSIIHEIGVPAHIKGYLYLREAISMVYNDIELLGSITKVLYPDIAKKFNTTASRVERAIRHAIEVAWSRGNIDSISSLFGYTVSMTKAKPTNSEFIAMVADKLRLEHKAS PGPT0014750_216 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0014750-spo0A-K07699 NA NA D1-12_01525 1281 spoIVB COG0750 SpoIVB peptidase ATGCACGATAACATGAGGAAAGCAATAGGTGTAATTCTCCTTGTTTCTTTACTAAGTGTAGGCTTTTTTAAGCCGTTTAAAGAATATTTACTGATACCGTCAGAAATGAGCGTCTTTGAAAACCAGACACAAGCCGTTCCGGTCAATGCATCAATAAGCGCTGAAAAGGGCGAATTATCAGAAGCCTTTACGCTGAAAGAAGAGCACGGCCATGCAAACATAACAGGGCAAACACAAGGCCGGTCAGAAGTAGTATATGATCTTGCCGGGTTTCCCATTAAAAAAACGAAAGTGCGTGTCCTTCCAGAATTGAAGGTCATTCCGGGTGGACAGTCCATCGGTGTAAAACTGCATTCAGTCGGTGTTTTGGTCGTCGGCTTTCACCAGGTGATGACAAAGGATGGGAAAAAGTCTCCGGGAGAACAAGCGGGAATTGAATCTGGCGACATCATTATTAAAATGAACGGACATAAAATTGAAAAAATGAGCGATATCGCCCCGTTTATTCAAAAAGCGGGCAAAACCGGTGAATCTTTGGATTTATTGGTGAAACGCGATAAGCAAAAAATCAAAACAAAGCTGATTCCGACAAAGGACGAAGCCGAGGGGAAATATCGAATCGGCCTTTATATCCGCGATTCGGCAGCCGGCATCGGCACCATGACATTTTTTGAACCGAAAACAAAAAAATACGGCGCATTGGGCCACGTCATCTCTGATATGGATACAAAAAAACCGATTGTTGTAGAAGACGGAGAAATCGTCCGTTCAACTGTAACATCGATTGAAAAAGGAAAAGGCGGCAATCCCGGCGAAAAACTGGCAAGGTTTTCGTCAGAACGGAAAACGATCGGCGATATTAACCGCAACAGCCCGTTCGGCATTTTCGGGACATTGCATCAGCCGATTAAAAACAACATTTCCGACAAAGCGCTTCCGATTGCTTTGTCAAATGAAGTGAAAAAAGGACCTGCGCAAATGCTGACGGTTATTGAAAACGATAAAGTAGAGAAATTTGATATTGAAATCGTCAGCACCACGCCGCAAAAATTCCCGGCGACAAAGGGAATGGTGTTGAAAGTGACAGATCCGAAACTGCTGAAAAGAACCGGCGGAATCGTTCAGGGGATGAGCGGAAGCCCGATCATCCAGAACGGAAAGGTCGTCGGAGCCGTAACCCACGTATTTGTCAATGATCCGACAAGCGGCTACGGCGTTCATATCGAATGGATGCTGCCTGAAGCGGGTGTTGATGTTTACGGGAAAGACAAAGCAAGCTGA MHDNMRKAIGVILLVSLLSVGFFKPFKEYLLIPSEMSVFENQTQAVPVNASISAEKGELSEAFTLKEEHGHANITGQTQGRSEVVYDLAGFPIKKTKVRVLPELKVIPGGQSIGVKLHSVGVLVVGFHQVMTKDGKKSPGEQAGIESGDIIIKMNGHKIEKMSDIAPFIQKAGKTGESLDLLVKRDKQKIKTKLIPTKDEAEGKYRIGLYIRDSAAGIGTMTFFEPKTKKYGALGHVISDMDTKKPIVVEDGEIVRSTVTSIEKGKGGNPGEKLARFSSERKTIGDINRNSPFGIFGTLHQPIKNNISDKALPIALSNEVKKGPAQMLTVIENDKVEKFDIEIVSTTPQKFPATKGMVLKVTDPKLLKRTGGIVQGMSGSPIIQNGKVVGAVTHVFVNDPTSGYGVHIEWMLPEAGVDVYGKDKAS PGPT0024775_232 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-STAGE_IV_SPORULATION,PGPT0024775-spoIVB-K06399 NA NA D1-12_01526 1731 recN COG0497 DNA repair protein RecN TTGTTAGCTGAACTATCAATAAAAAACTTTGCCATTATAGAGGAACTGACGATTTCGTTTGAGCGGGGGCTCACCGTCCTGACGGGAGAAACAGGGGCCGGCAAGTCAATTATTATAGACGCCGTTTCCCTATTAGTCGGCGGCCGCGGCTCGTCTGAATTTGTCCGTTACGGTGAAACAAAGGCCGAGCTTGAAGGACTGTTTCTATTGGACAGCGGTCATCCCGTGTTTGAAGTATGCCGTGAGCAGGGAATAGACGCATCTGACGACATGATTGTCATGAGAAGGGACATCAATGCCGGAGGAAAAAGCGTCTGCCGTGTCAACGGAAAATTAGTGACGATTGCGGCTTTAAGGGAAATCGGCAGACTTTTATTAGATATTCACGGACAGCATGATAACCAGCTGTTAATGGAAGATGACAAACACTTGGAGCTTTTGGACAGGTTTGCGGGCGCTGAGGCCGAATCCGCGCTTCAGGCTTACCATGAAGGCTATGAGCGTTATATGAAGCTGCTCAAAAAAGTGAAGAAGCTGTCAGAAAGCGAGCAGGAAATGGCGCATCGGTTAGACCTGATTCAATTTCAGCTTGAAGAAATCGAGTCGGCGAAGCTTGAATTGAATGAAGACGAGCTTCTACAGGAAGAGCGGAAGCAGATATCCAACTTTGAAAAAATTTATGAATCATTGCAAAACGCCTATAATGCGCTCCGCAGCGAGCAGGGTGGGCTTGACTGGGTCGGAATGGCCTCTGCCCAGCTTGAAGATATTTCGGATATCAATGAACCGCTGCAAAAGCTGTCTGAAAGTGTGTCAAGTTCCTATTATCTGCTGGAGGATGCCACCTTTCAGATGCGCAATCTGTTAGATGATCTGGAATATGACCCGGAACGGCTGAATTTTATTGAAACCCGTTTAAACGAGATTAAACAGCTGAAGCGCAAATACGGAGCGACGGTAGAAGACATTTTGGAATACGGCTCCAAAATAGAAGAGGAAATCGATCAAATCGAGAACCGCGACAGCCACCTTGAAGCGCTGAAGAAGGAACTGGAGTCGGTCGGCAAAGATGTGGCCGTAGAAGCCGCCAATTTATCAAAAATCAGAAAAGCTTGGGCTAAGAAACTGGCGGAAGCGATTCATCAGGAATTAAAAAGTCTGTATATGGGCAAATCAACGTTTGATACGGAATTTCTCGTGAAAACCGATCCGTCAGCCAGTGAAGCACCGGTTGTCAACGGGCAGCCCGTGCAGCTTACCCAAAAGGGGATTGACCTTGTGAAGTTTTTAATTTCAACAAACACCGGTGAGCCTTTAAAACCGCTGTCAAAGGTCGCTTCCGGAGGCGAGCTTTCACGGGTGATGCTGGCGATGAAGAGTATTTTTTCTTCCCAGCAGGATGTCACCTCCATCATCTTTGACGAAGTGGACACCGGTGTAAGCGGGCGGGTTGCCCAAGCCATCGCGGAAAAAATCCATAAAGTATCGACCGGTTCACAGGTGCTCTGCATTACACACCTGCCGCAGGTTGCCGCCATGGCGGATACGCACCTTCTGATCGCAAAAGAATTCAAAGACGGCCGGACGACAACGCATGTCACGCCGCTTTCCAAACAGGACAAGGTAGCGGAAATCGGCCGCATGATTGCGGGCGTTGAAGTGACCGATCTGACAAAACGGCATGCACAAGAGCTTTTAAAACAGGCCGGACAGGTAAAAACGACAGGATAA MLAELSIKNFAIIEELTISFERGLTVLTGETGAGKSIIIDAVSLLVGGRGSSEFVRYGETKAELEGLFLLDSGHPVFEVCREQGIDASDDMIVMRRDINAGGKSVCRVNGKLVTIAALREIGRLLLDIHGQHDNQLLMEDDKHLELLDRFAGAEAESALQAYHEGYERYMKLLKKVKKLSESEQEMAHRLDLIQFQLEEIESAKLELNEDELLQEERKQISNFEKIYESLQNAYNALRSEQGGLDWVGMASAQLEDISDINEPLQKLSESVSSSYYLLEDATFQMRNLLDDLEYDPERLNFIETRLNEIKQLKRKYGATVEDILEYGSKIEEEIDQIENRDSHLEALKKELESVGKDVAVEAANLSKIRKAWAKKLAEAIHQELKSLYMGKSTFDTEFLVKTDPSASEAPVVNGQPVQLTQKGIDLVKFLISTNTGEPLKPLSKVASGGELSRVMLAMKSIFSSQQDVTSIIFDEVDTGVSGRVAQAIAEKIHKVSTGSQVLCITHLPQVAAMADTHLLIAKEFKDGRTTTHVTPLSKQDKVAEIGRMIAGVEVTDLTKRHAQELLKQAGQVKTTG NA NA NA NA NA D1-12_01527 450 argR COG1438 Arginine repressor ATGACAAAAGGCCAAAGGCATATAAAAATCAGAGAGCTTATTACAAGCCATGACATTGAAACACAGGATGACTTAGTTGACATGCTGAGAGAAGAAGGGTATAAGGTAACCCAGGCGACTGTTTCCAGAGACATTAAAGAGCTGCATCTCGTAAAGGTGCCGACGAATAACGGCTCCTATAAATACAGCCTGCCGGCGGATCAGCGGTTCAATCCGCTGTCAAAACTGAAGCGTTCATTAATGGATGCGTTCGTAAAAATTGACTCAGCAAGTCATATGATCGTATTAAAAACGATGCCGGGGAATGCTCAGGCAATCGGCGCTCTGATGGATAATCTCGAATGGGAAGAAATCATGGGAACGATCTGCGGAGATGACACGATCTTAATCATCTGCAGGACGCCTGAAGATACGGAAGGCGTACAAAGCCGTCTTTTGGAGCTGCTGTAG MTKGQRHIKIRELITSHDIETQDDLVDMLREEGYKVTQATVSRDIKELHLVKVPTNNGSYKYSLPADQRFNPLSKLKRSLMDAFVKIDSASHMIVLKTMPGNAQAIGALMDNLEWEEIMGTICGDDTILIICRTPEDTEGVQSRLLELL PGPT0020105_1854 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_ARGININE_DEGRADATION,PGPT0020105-ahrC-K03402 NA NA D1-12_01528 846 tlyA COG1189 Hemolysin A ATGACAGCAAAAAAAGAACGATTAGATGTACTTCTTGTAGAAAAAGGCCTTGCGGAAACGCGGGAAAAAGCGAAACGCGCCATTATGGCGGGCATCGTATACTCAAATGAAAACCGATTGGACAAACCGGGTGAAAAAATCGCCCGGGATCTTCCGTTAACGGTAAAAGGAAACCCTCTTAAATACGTCAGCAGAGGCGGATTAAAGCTTGAAAAAGCCCTGGAAGTGTTTCCTGTCTCGGTAAAAGGCAAAACGATGATTGACATCGGCTCGTCTACAGGGGGATTCACGGATTGCGCCCTCCAAAACGGAGCTGAGCGGTCCTACGCAGTGGATGTCGGCTATAATCAGCTTGCTTGGAAGCTCAGACAGGACGAGAGGGTCGTCGTCATGGAACGGACGAATTTCCGCTATTCTGAGCCTTCCGATTTCACAGAGGGTTTGCCGGAATTTGCGACAATCGATGTTTCTTTCATCTCACTCCGCCTCATTCTGCCGGTTTTAAAAACGCTGCTTGTACCGGGGAGCGATTGTATCGCACTGGTGAAGCCGCAATTTGAAGCTGGACGGGAATCCGTCGGAAAAAAAGGCATTGTCAGAGATCCAGACGTTCATACTGACGTTCTCCGCCGCATGAATCAATTTGCCGCTTCTGAAGGATATACAGTGAAAGGACTGTCCTTCTCACCGATTACAGGGGGAGACGGCAATATTGAGTTTCTGCTTCATTTGGAATGGGGCGGAGAAGACGGAAACGGCGCTGAACTGCCGGAAGAAGACATTCTCCGTACAGTCCGCGAAGCACATGAAACATTAAAAGCCAAAAAGACAGATGTACCGGAATAA MTAKKERLDVLLVEKGLAETREKAKRAIMAGIVYSNENRLDKPGEKIARDLPLTVKGNPLKYVSRGGLKLEKALEVFPVSVKGKTMIDIGSSTGGFTDCALQNGAERSYAVDVGYNQLAWKLRQDERVVVMERTNFRYSEPSDFTEGLPEFATIDVSFISLRLILPVLKTLLVPGSDCIALVKPQFEAGRESVGKKGIVRDPDVHTDVLRRMNQFAASEGYTVKGLSFSPITGGDGNIEFLLHLEWGGEDGNGAELPEEDILRTVREAHETLKAKKTDVPE NA NA NA NA NA D1-12_01529 1902 dxs COG1154 1-deoxy-D-xylulose-5-phosphate synthase TTGGATCTTTTATCAATACAGGACCCGTCATTTCTTAAAAAGATGTCAATTGAAGAGCTGGAAGAGCTGAGTGAGGAGATCCGCAATTTCCTCATCACATCGCTGTCTGCCTCTGGCGGCCATATCGGGCCGAACCTCGGGGTTGTCGAGCTGACAATTGCGCTTCACAAAGAATTTGACAGTCCGAAAGATAAATTTTTATGGGATGTCGGACATCAGTCCTATGTTCATAAACTGTTAACCGGACGCGGCAAGGAGTTTGAAACCTTGCGCCAATATAAAGGGCTTTGCGGTTTCCCGAAACGCAGCGAAAGCGAACATGACGTATGGGAAACAGGCCACAGCTCAACCTCGCTCTCAGGCGCGATGGGAATGGCTGCCGCCCGTGATATTAAAGGATCGAAGGAATATATCATCCCGATTATCGGAGACGGCGCTTTAACCGGAGGAATGGCGCTTGAAGCGCTGAACCATATCGGTGATGAGAAAAAAGACATGATCGTCATCCTGAATGATAATGAGATGAGCATTGCGCCGAATGTCGGGGCGATTCATTCTATGCTTGGCCGGCTTCGGACTGCCGGCAAATATCAATGGGTAAAAGACGAGCTTGAATATTTATTTAAGCGCATCCCGGCCGTCGGCGGAAAATTGGCCGCCACAGCGGAACGGATAAAAGACAGTTTGAAATATATGCTTGTGTCAGGCATGTTTTTTGAAGAGCTGGGCTTTACGTATTTAGGCCCGGTTGACGGTCATTCCTACCACGAACTGTTTGAAAACCTGCAATACGCCAAAAAAACGAAAGGCCCTGTCCTGTTACATGTCATTACGAAAAAGGGCAAAGGCTATAAACCGGCTGAGACCGACACAATCGGCACATGGCACGGAACGGGTCCGTATAAAATCAATACGGGTGATTTCGTCAAGCCGAAAGCCGCGGCGCCTTCATGGAGCGGACTTGTCAGCGGCACCGTGCAGGAGCTGGCGCGTGAGGATGACAGAATTGTCGCGATTACACCGGCCATGCCGGTCGGCTCTAAACTGGAAGGGTTTGCGAAAGAATTTCCTGAACGCATGTTTGATGTCGGAATCGCAGAACAGCATGCGGCGACGATGGCGGCTGGAATGGCGCTCCAAGGCATGAAGCCGTTTCTTGCGATTTATTCGACCTTTTTGCAGCGGGCGTACGATCAGGTCGTCCATGACATCTGCCGTCAAAACGCGAATGTATTTATCGGCATTGACCGCGCCGGTTTGGTCGGCGCTGACGGGGAGACGCATCAAGGCGTCTTTGACATCGCCTTTTTGCGGCATATACCAAATCTCGTTTTAATGATGCCGAAGGATGAAAATGAAGGCCGCCATATGGTCAATACAGCCCTTTCCTACGAGGAAGGTCCGATTGCGATGCGCTTCCCGCGCGGAAACGGACTCGGCGTAAAGATGGATAAAGAGCTGAAAACCATTCCGATCGGAACATGGGAAGTGCTCCGTCCCGGAAAAGACGCGGTCATTTTAACATTCGGTACGACCATTGAAATGGCGCTGGAAGCGGCTGAAGAACTGCAAAAAGAAGGCCTGTCCGTGCGTGTCGTGAATGCGCGGTTCATAAAACCGATTGATCAACAAATGATGAAGGCCATTCTTAATGATGGTCTGCCGATTTTAACGATAGAAGAAGCCGTGCTTGAAGGCGGATTCGGCAGCACGATTCTCGAATTCGCTCATGACCTCGGCATGTATCATACACCGATTGACAGAATGGGCATCCCAGACCGGTTTATTGAACACGGCAGCGTAACCGCCCTGCTTGAAGAAATCGGTCTCACGAAGGCTGAGGTTATGAACCGGATCAAACTGCTGATGCCGCCGAAGACACATAAAGGAATTGGATCATGA MDLLSIQDPSFLKKMSIEELEELSEEIRNFLITSLSASGGHIGPNLGVVELTIALHKEFDSPKDKFLWDVGHQSYVHKLLTGRGKEFETLRQYKGLCGFPKRSESEHDVWETGHSSTSLSGAMGMAAARDIKGSKEYIIPIIGDGALTGGMALEALNHIGDEKKDMIVILNDNEMSIAPNVGAIHSMLGRLRTAGKYQWVKDELEYLFKRIPAVGGKLAATAERIKDSLKYMLVSGMFFEELGFTYLGPVDGHSYHELFENLQYAKKTKGPVLLHVITKKGKGYKPAETDTIGTWHGTGPYKINTGDFVKPKAAAPSWSGLVSGTVQELAREDDRIVAITPAMPVGSKLEGFAKEFPERMFDVGIAEQHAATMAAGMALQGMKPFLAIYSTFLQRAYDQVVHDICRQNANVFIGIDRAGLVGADGETHQGVFDIAFLRHIPNLVLMMPKDENEGRHMVNTALSYEEGPIAMRFPRGNGLGVKMDKELKTIPIGTWEVLRPGKDAVILTFGTTIEMALEAAEELQKEGLSVRVVNARFIKPIDQQMMKAILNDGLPILTIEEAVLEGGFGSTILEFAHDLGMYHTPIDRMGIPDRFIEHGSVTALLEEIGLTKAEVMNRIKLLMPPKTHKGIGS PGPT0008960_2710 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 D1-12_01530 891 Farnesyl diphosphate synthase GTGACAAATAAACTGGACGCATTTTTAGCATCGCGCAAACAACTGATTGAACAGCAGCTTTCTTTATATACAGAACGGCTTGCGATGCCGGAAACCCTCAAAAAATCTATGCTGTATTCTTTGGAAGCGGGCGGAAAGAGGCTGCGCCCCCTCGTCGTCTTAGCCGTTCTGAATGCTTACGGAAAAGATGAAAAAGACGGGATTCCGGTTGGGTGTGCTGTCGAAATGATTCATACGTATTCTTTAATCCATGATGATCTTCCTTGCATGGACGATGATGATCTGCGCCGGGGAAAGCCCACAAACCATAAAGTCTTCGGAGAAGCGGCGGCCGTATTGGCCGGAGACGGGCTTCTGACAGAAAGCTTTAAATTGATCACATCCCACGTGTCTGAGGCGGTTTCAGCAGAAAAACGCCTCCGTCTCGTCGATGAGCTGATCAGTGCGGCAGGAACGGAAGGAATGGTCGGCGGGCAGGCTGCCGACATGGAAGCGGAACAAAAGCGGATAACGCTTGAGGAGCTGGAATCCATCCACGAGCGGAAAACGGCCAAGCTCCTCGGTTTTTCCGTGACGGCGGGCGCCATTTTGGCAGATGCGCCGGAGGATGAAGTCGAAAAGCTCCGTTTGTTCAGCAGCCATATTGGCATCGGATTTCAAATCAGAGACGACATCCTTGATATTGAAGGGCATGAGGAGAGGATCGGCAAACCGGTCGGCTCAGACACATCGAACGAAAAATCAACGTATCCGTCGCTTTTAACGCTTGAAGGCGCGAAAGAAAAGCTTGCGTATCATATCAGCGAGGCGAAACAGATTATCAGCGGCCTTTCTCTTCAGAAAGAACTGCTGCATGACCTCTGTGATTTAATCGCGGCGAGAGATCATTAA MTNKLDAFLASRKQLIEQQLSLYTERLAMPETLKKSMLYSLEAGGKRLRPLVVLAVLNAYGKDEKDGIPVGCAVEMIHTYSLIHDDLPCMDDDDLRRGKPTNHKVFGEAAAVLAGDGLLTESFKLITSHVSEAVSAEKRLRLVDELISAAGTEGMVGGQAADMEAEQKRITLEELESIHERKTAKLLGFSVTAGAILADAPEDEVEKLRLFSSHIGIGFQIRDDILDIEGHEERIGKPVGSDTSNEKSTYPSLLTLEGAKEKLAYHISEAKQIISGLSLQKELLHDLCDLIAARDH PGPT0007560_1822 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-CAROTENOID_BIOSYNTHESIS,PGPT0007560-crtE|ispA-K13789 NA NA D1-12_01531 255 xseB COG1722 Exodeoxyribonuclease 7 small subunit ATGACAGAAACCAAAAAAAGTGAAGAGCTGACATTTGAAGAGGCGATGAAAGGCCTTGAAGGCATTGTGGCAAAGCTTGAAGAAGGAGACGTGCCGCTGGAGCAGGCGATTAATTATTTTCAGGAAGGGATGGCCCTTTCAAAAATGTGCCATGAAAAGCTTCAGCATGTCGAAAAGCAAATGGACTTTATTTTAAAAGATAACGGAGAACTTGCACCTTTCAGCGTTCAGGAGGAAGACGAAGGTGACAAATAA MTETKKSEELTFEEAMKGLEGIVAKLEEGDVPLEQAINYFQEGMALSKMCHEKLQHVEKQMDFILKDNGELAPFSVQEEDEGDK NA NA NA NA NA D1-12_01532 1347 xseA COG1570 Exodeoxyribonuclease 7 large subunit GTGAGTGAAGCGGCATATGTCACGGTTTCCGCGCTGACCAAATACATTAAAAGAAAATTCGATGTGGACCCTCATCTTGAAGACATTTGGATTAAGGGTGAGCTCTCCAATGTTAAAATTCATACGAGAGGCCACATTTATTTTACATTAAAAGATGAGCATGCCCGCATGCAGGCCGTCATGTTTCAGAGGCAAAGTTCGAGGCTTGCGTTTAAGCCCGAAGACGGAATGAAGGTCATCGTAAGAGGCGGTATCTCCGTCTATGAACCGAGCGGAAGCTATCAGCTGTACGCGAAAGAAATGCAGCCGGACGGTGTGGGGGCGCTCTACTTAGCATATGAAGAATTAAAGAAAAAACTTGCCGGCGAAGGGTTGTTTGATGACCGGCATAAGCAGGCCATCCCCGCTTTTCCGGCTACGATCGGGGTCGTCACGTCACCGACGGGAGCAGCCGTCAGAGACGTCATTACCACACTCAAAAGAAGATACCCCCTTGTGAAAGTCATTGTGCTTCCCGCGCTCGTTCAAGGTGAAAATGCCAGCAGATCGATTGTGAAGCGCATTGAAGAAGCCAATGCACAAAAAATGTGTGACGTCCTGATCGTCGGAAGGGGAGGGGGTTCGATCGAAGAATTGTGGGCATTTAACGAAGAAATCGTGGCCCGGGCGATTTTTGCTTCCGCCATTCCGATTATATCAGCCGTCGGACATGAAACAGATTTTACAATCAGTGATTTCGTCGCGGATATCCGGGCGGCAACGCCGACAGGAGCGGCAGAAATCGCCGTCCCCCACACGACGGACTTAATGGAACGGACAAAAACGGCGGAAGTCCGCCTGACAAGAGCGATGCAGCAGCATATCAGCAAGAAAAAAGAACGGGTTCAATCGCTCCAGTCATCCTACGCGTTCCGTTTTCCGAAACGATTGTATACCCAAAAGGAACAGCAGTTTGACCTTTTGTATCAGCAGTTCCAATCACAGCTCACAGGGCTTACGGACAGGAAACAAAGGCAGCTGGAGCGGAATACGTACAGATTAACGGCGCTCCACCCTGAAACCCAGCTGAAACAGGCGAAAAAACGGTACGAGGAGCGCTCAAATCAGCTCGCCCGAAGCATGAATGTCCAGCTGAAGCAGCTTCATTCGCAGTTTCAGACGGTTCTTGGTAAACTGAATGCATTAAGTCCCCTTCAGGTGATGGAGAGAGGATACAGTCTGGCCTATAAAGACAAAGAGCTGATCAAAAGCGTTGATCAAGTGGAACAAAATGATACGCTTGAAGTAAAGATGACAGACGGCGTTCTGACGTGTGAAGTATTGCAAAAGAGAGGCGAACGAAAATGA MSEAAYVTVSALTKYIKRKFDVDPHLEDIWIKGELSNVKIHTRGHIYFTLKDEHARMQAVMFQRQSSRLAFKPEDGMKVIVRGGISVYEPSGSYQLYAKEMQPDGVGALYLAYEELKKKLAGEGLFDDRHKQAIPAFPATIGVVTSPTGAAVRDVITTLKRRYPLVKVIVLPALVQGENASRSIVKRIEEANAQKMCDVLIVGRGGGSIEELWAFNEEIVARAIFASAIPIISAVGHETDFTISDFVADIRAATPTGAAEIAVPHTTDLMERTKTAEVRLTRAMQQHISKKKERVQSLQSSYAFRFPKRLYTQKEQQFDLLYQQFQSQLTGLTDRKQRQLERNTYRLTALHPETQLKQAKKRYEERSNQLARSMNVQLKQLHSQFQTVLGKLNALSPLQVMERGYSLAYKDKELIKSVDQVEQNDTLEVKMTDGVLTCEVLQKRGERK NA NA NA NA NA D1-12_01533 852 folD COG0190 Bifunctional protein FolD protein ATGACTGCAACAATCATCGACGGAAAAGAAACGGCTAAAGAAAAACGCGAACAATTGGCAAAAGAAGTAGAAGAGCTGAAAGCACAAGGCGTAGTGCCTGGCTTGGCGGTCATTTTAATCGGAGACGATCCCGCTTCTGTTTCATATGTGACAGGCAAGAAAAAAGCCGCTGAAACAATGGGAATGAAATTTAAGCTTGACCGCTTTGACTCAAGCTTAACCGAGGCGGAGCTTTTAACAGTGATTGATCAGTATAATCAAAATCCGGAATTCCACGGCATTCTCGTCCAGCTGCCGCTCCCGGATCATATTTCTGAAAAAGCCGTAATCGAGCGGATCTCCCCTGATAAGGATGTTGACGGTTTCCACCCTCTCAACGTCGGGAAAATGCTGCTTGGCGAAGATACATTTCTTCCATGCACGCCGCACGGAATTGTCGAGTTACTGAAAAAGACGAACGTAGATCTTTCCGGCAAAGAAGTTGTTGTAGTCGGACGAAGCAATATTGTCGGTAAACCGGTCGGCCAGCTGCTGCTGAACGAAAACGCGACCGTCACATATTGCCATTCCCGCACGAAAAATATGTCTGAGCATACGAAAAAAGCAGATATTCTTGTGGTAGCGGTCGGTAAAGCGAACTTCATCAAAGCCGATCAAATCAAAGAGGGCGCCATTGTCATTGATGTCGGCGTCAACCGTCTCGAAAGCGGAAAACTCTGCGGAGACGTTCAGTTTGATGAAGCGAAAGAAAAAGCATCTTTCATTACGCCGGTGCCGGGCGGAGTAGGTCCGATGACCATCACAATGCTTGCGCATAATACTGTTAAATCTGCCAGACGTACGTTATCATAG MTATIIDGKETAKEKREQLAKEVEELKAQGVVPGLAVILIGDDPASVSYVTGKKKAAETMGMKFKLDRFDSSLTEAELLTVIDQYNQNPEFHGILVQLPLPDHISEKAVIERISPDKDVDGFHPLNVGKMLLGEDTFLPCTPHGIVELLKKTNVDLSGKEVVVVGRSNIVGKPVGQLLLNENATVTYCHSRTKNMSEHTKKADILVVAVGKANFIKADQIKEGAIVIDVGVNRLESGKLCGDVQFDEAKEKASFITPVPGGVGPMTITMLAHNTVKSARRTLS PGPT0008075_4364 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008075-folD-K01491 NA NA D1-12_01534 393 nusB Transcription antitermination protein NusB ATGAAAAGAAGAACAGCTAGAGAAAAAGCTTTGCAGGCACTTTTTCAGATTGATGTCAGCGATATTGCACCGAACGATGCCATTGAGCACGCGCTTGATGGTGAAAAAACAGATGCCTTCTTTGAACAGCTGGTGTACGGAGTGATCGAACATCAGGTCCAGCTTGATGAAATGATTTCCGGCCATCTCGTCAATTGGAAGCTTGACCGGATTGCAAACGTAGACCGCGCGATCCTGCGTCTGGCGGTGTATGAAATGGTTTATTCTGACGACATTCCTGCTAACGTGTCATTAAACGAAGCAATCGAGCTGGCAAAACGGTTCGGCGACGATAAAGCTGCAAAATTCGTAAACGGGGTTCTTTCTAACATTAAAACTGATATCGAATCATAG MKRRTAREKALQALFQIDVSDIAPNDAIEHALDGEKTDAFFEQLVYGVIEHQVQLDEMISGHLVNWKLDRIANVDRAILRLAVYEMVYSDDIPANVSLNEAIELAKRFGDDKAAKFVNGVLSNIKTDIES NA NA NA NA NA D1-12_01535 408 hypothetical protein ATGGAAGACAACAGTGTGCTTAAAATGGATCATGATGAGGCTCATTTAGGCAAGGTTGAAATTGCTCCTGAGGTCATTGAAGTCATTGCCGGCATCGCCGCTTCCGAAGTTGAAGGAGTTGCTGAAATGCGCGGCAATTTCGCCACGGGCGTCGTAGAACGCTTCGGCAAAATCAATCACGGCAAAGGCGTAAAGGTCGATTTAGCCGATGACGGGATTACCATCGACGTCTATTGCGTCGTTCAATTCGGGATCTCGATCCCGAAAGTGGCGGCAAGCGTTCAGGAGAATATCCGCCAAACCTTATTAAACATGACGTCTCTGACCATTAATGAAATCAATATTCATATCGTCGGCATTCAATTTGACACGAAAGCCCAAGAAGTCGAAATCGACGAAGAAATGTAA MEDNSVLKMDHDEAHLGKVEIAPEVIEVIAGIAASEVEGVAEMRGNFATGVVERFGKINHGKGVKVDLADDGITIDVYCVVQFGISIPKVAASVQENIRQTLLNMTSLTINEINIHIVGIQFDTKAQEVEIDEEM NA NA NA NA NA D1-12_01536 1353 accC COG0439 Biotin carboxylase ATGATTAAAAAGCTATTGATCGCCAACCGAGGAGAAATCGCCGTCAGAATCATCCGGGCCTGCAAAGAGCTGGGCATTGAAACTGTAGCCGTTTATTCTGAGGCAGATAAAGACGCCCTGCATGTCCAAATGGCCGATGAGGCTTTTTGTATCGGGCCGAAAACATCAAAAGAAAGCTATTTAAATGTAACGAACATCGTCAGCGTCGCAAAGCTGACCGGCACGGATGCGATTCATCCGGGATACGGGTTTTTAGCTGAAAACGCCGACTTTGCCGAGCTGTGCGAGGAATTAAACGTAACGTTTGTCGGCCCTACGGCTGACGCCATTTCAAAAATGGGAACAAAAGATATCGCGCGCGACACGATGCAGCTGGCGGGCGTGCCGATTGTGCCCGGTTCAAAAGGAATCATAAAAAATACGGAAGAAGCGGTTTCGCTTGCAGGTGAAATTGGGTATCCTGTCATTATAAAAGCCACTGCGGGCGGAGGCGGAAAAGGCATCCGGGTCGCACGCACAGAAGAAGAACTGATCAAAGGCATTGAGATTACCCAGCAGGAAGCCGCTACGGCATTCGGAAATCCGGGTGTGTACATCGAGAAGTACATCGAAGATTTCCGCCATGTTGAAATTCAGGTGCTTGCGGATAATTACGGAAACACGATCCATCTCGGAGAGCGTGACTGTTCTATCCAAAGACGTCTGCAAAAACTTCTTGAAGAGTCACCGTCACCTGCGCTTGATTCTGAAATCAGGGAGCAGATGGGCGAAGCAGCGGTAAAAGCAGCTAAGGCCGTCGGTTACACGGGAGCCGGCACAGTAGAATTCATCTATGACTACAGAGAACAGCGCTACTACTTCATGGAAATGAACACGCGTATTCAAGTAGAGCACCCTGTCACAGAAATGGTGACGGGAACGGATCTGATCAAAGAACAGATCAAAGTGGCATCCGGACAGGAGCTTTCGCTCAGACAGGAAGACGTTGAATTTAACGGCTGGGCGATTGAATGCCGCATCAACGCTGAAAATCCTGCGAAAAACTTCATGCCTTCACCCGGTAAAATTAACATGTACCTGCCGCCGGGCGGACTTGGCGTGCGCGTGGATTCAGCCGCATATCCCGGCTACTCGATCCCGCCGTACTATGACAGTATGATTGCTAAAGTCATCACATACGGAACAACGCGTGATGAGGCAGTCGCACGGATGAAACGCGCGCTGAGCGAATTCGTGATTGAAGGTATTGAAACGACGATTCCGTTCCATTTGAAACTGCTTGAACACGAAACATTTGTCAGCGGAGAGTTTAATACAAAGTTTTTAGAAACATATGATGTAATGGGCTCATAA MIKKLLIANRGEIAVRIIRACKELGIETVAVYSEADKDALHVQMADEAFCIGPKTSKESYLNVTNIVSVAKLTGTDAIHPGYGFLAENADFAELCEELNVTFVGPTADAISKMGTKDIARDTMQLAGVPIVPGSKGIIKNTEEAVSLAGEIGYPVIIKATAGGGGKGIRVARTEEELIKGIEITQQEAATAFGNPGVYIEKYIEDFRHVEIQVLADNYGNTIHLGERDCSIQRRLQKLLEESPSPALDSEIREQMGEAAVKAAKAVGYTGAGTVEFIYDYREQRYYFMEMNTRIQVEHPVTEMVTGTDLIKEQIKVASGQELSLRQEDVEFNGWAIECRINAENPAKNFMPSPGKINMYLPPGGLGVRVDSAAYPGYSIPPYYDSMIAKVITYGTTRDEAVARMKRALSEFVIEGIETTIPFHLKLLEHETFVSGEFNTKFLETYDVMGS PGPT0001705_2198 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 D1-12_01537 480 accB COG0511 Biotin carboxyl carrier protein of acetyl-CoA carboxylase ATGTTAAAAATCAACGAAATTCATGAACTGATAAAAAGAATCGATGAATCTTCCATCGACGAATTTGTTTACGAAATTGAAGGCGTAAGCCTCAAACTGAAAAAAAATGAAGCGCCGGCAGTGAATGTAACGGGACAAGCCCAAGCCGTTCCCGCCGCTTACGCACCTGCTCCGCAGGCTGCAAAACCGGAAGCGCGTGAAGCCGCTCCTGCTCAGGAAGCGCCGAAACAAGACGAAAACCTGCACAAAATTACGTCTCCGATGGTCGGAACGTTTTATGCTTCTTCATCGCCGGAAGCCGGCCCTTACGTAAACCAAGGTTCAAAAGTGAGCGAAAATACAGTTGTTTGTATCGTAGAAGCAATGAAACTCTTTAACGAGATTGAAGCCGAAGTAAAAGGAGAAATCGTTGAAGTGTTAGTTGAAAACGGCCAGCTGGTCGAATACGGACAACCTCTATTTCTTGTAAAAGCTGAGTAA MLKINEIHELIKRIDESSIDEFVYEIEGVSLKLKKNEAPAVNVTGQAQAVPAAYAPAPQAAKPEAREAAPAQEAPKQDENLHKITSPMVGTFYASSSPEAGPYVNQGSKVSENTVVCIVEAMKLFNEIEAEVKGEIVEVLVENGQLVEYGQPLFLVKAE PGPT0001700_1612 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 D1-12_01538 651 spoIIIAH Stage III sporulation protein AH ATGCTGAAAAAACAAACGGTTTGGCTTTTAACAATGCTCAGTCTCGTCGTGGTATTAAGTGTTTATTATATTATGTCGCCGGAAAGCAAAAATGCCGTGCAGATGAAAAGCGAAAAAAGCAGCGGAGAAGTCGCCACTGAAAAAACGCCGGCTCCTGAAACGAAAGATAAGAGCGGAAGCGGTACGGAAAAAGAAGACGGCACAAAAGGAACGAAAGATTCTAAAGGCACAAAAGAGGATAAAGAAACATCAGCCGAAGCATCGGACAAAGACGGATCGGTCGCCACAGAAACAGCTGATGAAAACTTATTTACCGCATACCGTATGGAACTTGAAGACGCGAGAAGCAAAGAAAGGGAACAGTTAAACAGCATTGTTTCAAGCGATGATGCGACCGCAAAGGAAAAAAGCGAAGCCTACGATAAAATGACGGCGCTGAGCAATGCTGAAGGGACGGAAAAACAGCTGGAAACGCTGATTAAAACACAAGGCTACAAAGATGCGCTCGTGGATGCTGAAGGAGACAAAATCAACATTACCGTCATGTCTGACAAACATTCAAACGCAAAAGCTTCCGCTATCATTGACCTGGTGGAAAAAGAAATCAAGACGATGAAAGACGTCGCCGTCACGTTTGAACCGACAAAGTAA MLKKQTVWLLTMLSLVVVLSVYYIMSPESKNAVQMKSEKSSGEVATEKTPAPETKDKSGSGTEKEDGTKGTKDSKGTKEDKETSAEASDKDGSVATETADENLFTAYRMELEDARSKEREQLNSIVSSDDATAKEKSEAYDKMTALSNAEGTEKQLETLIKTQGYKDALVDAEGDKINITVMSDKHSNAKASAIIDLVEKEIKTMKDVAVTFEPTK PGPT0024755_106 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-STAGE_III_SPORULATION,PGPT0024755-spoIIIAH-K06397 NA NA D1-12_01539 693 hypothetical protein ATGAATAAAAACGGACTATGGACCATACTCAAAAAACAGCTGATGATCGGACAGGCGAAAGACGGAGAAAAACCAAAACTGACAAAATATCATTACTTTCTGTTCGTGTTTGTGCTCGGGGTATCTTTTATGCTGGTCAGCCAGCTGTTCTCTTCACCGGAGAAAACCGGGAAGGACCAAACGGCTCAGACCGTCATGTCCGGCCGAACGGAAGACAAAAGCGGGCAAAAAAGCGCACCCGTTTTTAAGGCATCGAAAGACGGCAGCGCAAAAACCACGATCGATGATTACGAAAGAGACTATGAAAACCAGCTGAAAGAAATCCTTGAAACGATTATCGGCGTGGAGGATGTCTCAATTGTCGTAAACGTAGACGCAACATCTTTGAAAGTGTTTGAGAAAAATAAAACGAAAAAAGACACCACCACTGAAGAAACCGATAAAGAAGGCGGCAAAAGAAGCGTAACCGATCAAACCTCTGAAGAACAAATTGTCATGATTCGAAACGGGGACCAGGAAACCCCGGTCGTCGTCCAGACGAAAAAGCCCGATATCCGCGGTGTACTCGTTGTCGCTCAGGGAGTGGACAACGTTCAAATAAAAAAAACCATCATTGATGCCGTCACAAGGGTGCTCGATGTTCCGAGCTATCGTGTAGCGGTTGCCCCTAAAAAAATCAAGGAGGATTCATAA MNKNGLWTILKKQLMIGQAKDGEKPKLTKYHYFLFVFVLGVSFMLVSQLFSSPEKTGKDQTAQTVMSGRTEDKSGQKSAPVFKASKDGSAKTTIDDYERDYENQLKEILETIIGVEDVSIVVNVDATSLKVFEKNKTKKDTTTEETDKEGGKRSVTDQTSEEQIVMIRNGDQETPVVVQTKKPDIRGVLVVAQGVDNVQIKKTIIDAVTRVLDVPSYRVAVAPKKIKEDS PGPT0024750_24 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-STAGE_III_SPORULATION,PGPT0024750-spoIIIAG-K06396 NA NA D1-12_01540 621 spoIIIAF Stage III sporulation protein AF ATGAGCTTTTTAACAGAATGGCTGACAAGCATTATTTTATTTATCTTATTCGCCATCGTCATCGACATGCTGCTGCCCAGCTCCAGTATGCAAAAATACGCAAAGATGGTTGTCAGCCTGCTGTTAATCATTGTCATGCTCAACCCGATATTCAAACTTTTCAAAACAGACCCGGAAATCATCTTCGATTATTTGACAAAACAAGAGCAATCTCAATCCGCTGATATAAAAAATCAAATCAAATCAGAAAAAAAAGAAATACAAGCATCAAACCGCGCATATGTTTTAGAAGAAATGGCTGTCCAACTAAAAAAGAAAGCGGAGGAGATGTTCAGTCATGACGAATACAAAATAGACGACATCCGCCTTACAGCGGAAGAACAGGTTCGTTCAGAAGAAGATGTAAAAACGATCAGCGTGTATATGGCCCCATCTTCTGAAAAAACCGTGCAAACCGTCGCACCGATCGACATCCGCACAGACCGCAAATACGAACCGGAAGGCGCAGCCGACAAAAAAGAGGCCGCAGACATCAAAGAAAAACTTGCGGATATATGGGAAATCGGCAGTGAGAAAATTACGGTTTATATGGAAGGCGGGGAGAAAAACGGCCATGAATAA MSFLTEWLTSIILFILFAIVIDMLLPSSSMQKYAKMVVSLLLIIVMLNPIFKLFKTDPEIIFDYLTKQEQSQSADIKNQIKSEKKEIQASNRAYVLEEMAVQLKKKAEEMFSHDEYKIDDIRLTAEEQVRSEEDVKTISVYMAPSSEKTVQTVAPIDIRTDRKYEPEGAADKKEAADIKEKLADIWEIGSEKITVYMEGGEKNGHE PGPT0024745_173 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-STAGE_III_SPORULATION,PGPT0024745-spoIIIAF-K06395 NA NA D1-12_01541 1209 spoIIIAE Stage III sporulation protein AE ATGAAGCGCTTTCGGTGGGCGGGAGCTTTTTTGTTCATCCTCTTATTTTTTCAGTCTGAATGTGTACAAGCTGCCGGAACAGACGGTGCGTCGCAGGAAACCGCAGTTCACCAAGAATCCGCTGATGAAGTGGCGAAAAAGCAGGCCGAAGCGCTGAAAACAGAAGGCATCGGAAAGTTTTGGGACGACATCATGACAGAATACGGCGGTCTTCTGCCTGAAAGCCAAAAGGGAAGCATCATCGACTTTATTAACGGAGAAAAAACGTTCTCACCGGAGGCATGGCTGAAGGCTTTATTTTCATACTTGTTTCATGAAGTGCTCGCAAACGGAAAGCTTCTGGGAACTTTGATTCTTCTCACCATTTTTTGTGTCATTCTGCAGCTCCTGCAAAATGCGTTCCAGCAGAGCACCGTCAGCAAAGTGGCTTATGCAATCGTCTACATGGTGCTGATTATTCTCGCTTTAAACAGCTTTCATGTTGCTGTCAATTATGCCAGTGAAGCGATCCAGACGATGACAAGCTTCATTCTCGCGCTTATCCCGCTTTTACTCGCGCTTTTGGCGTCTTCCGGGGGAGCCGTCTCCGCAGCTTTTTTTCACCCCGTTATTTTATTTCTGATGAATACGAGCGGCCTTCTCATTCAAAACATTGTCATGCCGCTTATCTTCCTGTCAGCGATTTTAAGCATCGTCAGCACGATGACGGATCAATATAAAGTCACGCAGCTTGCCAATCTGCTCAGAAATATCGCGATCGGCGCGCTTGCCGTATTCCTCACCGTGTTTCTCGGCGTCATCTCCGTACAGGGGGCTTCGGCTGCCGTGACGGACGGGATTACGCTCAGGACTGCAAAATTTATAACAGGCAATTTTATTCCCGTGCTCGGCCGGATGTTTACGGATGCGACGGATACGGTCATCAGCGCCTCGCTCCTATTAAAAAACACCGTGGGAATCCTCGGAGTCGGAATTTTGATCTGCATCTCCGCGTTTCCGGCGATCAAAGTGCTCTCGCTCGCTTTTATTTATAAGCTCGCGGCCGCTATTCTGCAGCCGCTCGGAGGCGGGCCCGTCATTACGTGCCTCGGCGTCATCAGCAGAAGCGTACTGTATATTTTCGCGGCGCTCGCCATCGTCTCTCTCATGTTTTTCCTCAGCATCACAGTCATTATTACAGCAGGCAACCTCACCATGATGATGAAATAA MKRFRWAGAFLFILLFFQSECVQAAGTDGASQETAVHQESADEVAKKQAEALKTEGIGKFWDDIMTEYGGLLPESQKGSIIDFINGEKTFSPEAWLKALFSYLFHEVLANGKLLGTLILLTIFCVILQLLQNAFQQSTVSKVAYAIVYMVLIILALNSFHVAVNYASEAIQTMTSFILALIPLLLALLASSGGAVSAAFFHPVILFLMNTSGLLIQNIVMPLIFLSAILSIVSTMTDQYKVTQLANLLRNIAIGALAVFLTVFLGVISVQGASAAVTDGITLRTAKFITGNFIPVLGRMFTDATDTVISASLLLKNTVGILGVGILICISAFPAIKVLSLAFIYKLAAAILQPLGGGPVITCLGVISRSVLYIFAALAIVSLMFFLSITVIITAGNLTMMMK PGPT0024740_105 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-STAGE_III_SPORULATION,PGPT0024740-spoIIIAE-K06394 NA NA D1-12_01542 450 hypothetical protein ATGACCTGTTCAAAAAGATCAAAGCTGTGTTTCTATTCCAAGGATAGGGGGGGCTTACAGATTGAGATTGTTCAAATTGTAGGTTTAGGCCTGATCGCCACATTTCTCTCCCTGATCGTAAAAGAACAGAAACCGACTTTCGCGTTTATGATTGTCGTCTTCAGCGGCTGCGTGATCTTTCTTTATCTCGTCGACCAGATTTACGACATTATCAGAATGATAGAAAAAATAGCCGTCAATGCAAATGTCAATATGGTCTATGTGGAAACCATTTTAAAAATTATCGGCATCGCCTACATCGCTGAATTCGGAGCGCAGCTTACAAAGGATGCGGGCCAGGGAGCGATTGCTTCGAAAATAGAGCTGGCCGGAAAAATTTTGATACTGGTAATGGCCGTGCCGATACTCACCGTCATTATTGAAACGATTCTCGGACTTATTCCTTCTTGA MTCSKRSKLCFYSKDRGGLQIEIVQIVGLGLIATFLSLIVKEQKPTFAFMIVVFSGCVIFLYLVDQIYDIIRMIEKIAVNANVNMVYVETILKIIGIAYIAEFGAQLTKDAGQGAIASKIELAGKILILVMAVPILTVIIETILGLIPS PGPT0024735_76 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-STAGE_III_SPORULATION,PGPT0024735-spoIIIAD-K06393 NA NA D1-12_01543 207 hypothetical protein ATGGGAGTCGACGTAAATGTCATTTTTCAAATCGCCGGAGTCGGTATCGTGGTTGCGTTTCTGCACACCATACTTGACCAAATGGGAAAAAAAGAATACGCCCAGTGGGTGACGCTGCTTGGCTTTATCTATATTTTATTTATGGTGGCGACGATTGTCGATGACCTGTTCAAAAAGATCAAAGCTGTGTTTCTATTCCAAGGATAG MGVDVNVIFQIAGVGIVVAFLHTILDQMGKKEYAQWVTLLGFIYILFMVATIVDDLFKKIKAVFLFQG PGPT0024730_6 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-STAGE_III_SPORULATION,PGPT0024730-spoIIIAC-K06392 NA NA D1-12_01544 516 spoIIIAB Stage III sporulation protein AB ATGCTGAAGCTTTTGGGTGCCGTGTTCATTCTGACGGCGACGACATGGACGGGATTTGAGATCGCCAAAATGTATATTGAAAGGCCGCGGCAGATCCGTCAGCTGCGCGCGGCGCTCCAATCGCTTGAAGCGGAAATCATGTTCGGGCATACACCGCTGCATACCGCCTCGGGACAAATTGCCGCACAGCTTTCCAAACCTGTATCGTTATTGTTTCAAGCTTTCAGCAGAAGGCTTGAGCAGGGAAGCGATTCCGCCAAAACGGCTTGGGAACAGAGCTTGAAACATAACTGGTCTTCCATGGCGATGAAAAAAAGCGAATATGATGTGCTGAAGCAATTCGGAGAGACGCTCGGGCTCCATGACCGTGTTTCTCAGCAGAAACATATCAAGCTTGCGCTTACACATTTGGAAGCGGCGGAAGCGGATGCCGGACGGGCGCAGGCGAAAAATGAAAAAATGGTGAAAAGCTTAGGATTTTTAGCCGGACTGTTACTCATTCTTCTATTGATGTAA MLKLLGAVFILTATTWTGFEIAKMYIERPRQIRQLRAALQSLEAEIMFGHTPLHTASGQIAAQLSKPVSLLFQAFSRRLEQGSDSAKTAWEQSLKHNWSSMAMKKSEYDVLKQFGETLGLHDRVSQQKHIKLALTHLEAAEADAGRAQAKNEKMVKSLGFLAGLLLILLLM PGPT0024725_239 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-STAGE_III_SPORULATION,PGPT0024725-spoIIIAB-K06391 NA NA D1-12_01545 924 hypothetical protein TTGAATGAGATTACAGAGGTTCTCCCTGAATTATTGAGAGATGCCATCTCCGCCGTGCCCGAAGAAGCGAGGCGGGATACAGAAGAAATCAGAATCCGCGTCGACAGGCCGGTTGAACTGATCCAAAAAGGACAACCTTTGTATTTGTCATATGTCTGTACGGCCGGCGACGCACAGCTGATCCTCAGCCGGCTCAGCAATTACAGTATGTACACGCTGGAAGAAGAGCTGAAAAAAGGATACATCACAATCAGAGGAGGCCACCGTGTGGGGCTGGCCGGAAGAGTCATCGTCGAAAACGGAGCCGTCAAAGGACTCCGGGATATTACTTCTTTTAATATCCGAATCGCCCGGGAGAAGCTTGGGATCGCAGAACCGCTCATTCCTTTCTTATGGAAAGAAAACTGGCTGAACACGCTGATCATCGGTCCCCCGCAAACGGGGAAAACGACCTTGCTTCGTGATTTGGCCCGGCTTTCCAGCACCGGATCAAAACGCATTCCTGCAAAAAAAACAGGTATCGTAGATGAACGGTCGGAAATTGCCGGCTGCCTGCGGGGCATTCCCCAGCACAGTTTCGGCCGCAGAATCGATGTCCTTGATGCCTGTCCGAAGGCGGAAGGGCTGATGATGATGATCCGCTCTATGAGTCCTGATGTCATAATTGTGGATGAAATCGGGAGAATGGAAGACTCACAAGCGCTGCTGGAGGCGCTCCATGCGGGCGTATCCGTTATCGTATCTGCGCACGGGTGGGACATGAAAGACTTGGTAAAGAGGCCGTCGCTGAAAATGCTGTGGGAGGAAAACGTGTTTGACCGGTATGTGGAGCTGTCAAGACGCCGCGGTCCGGGAACGATCAGCAGGATGTACGGAAAGGACGGAGAACCGGTTCCGCATGCTGAAAGCGTGATGACATGCTGA MNEITEVLPELLRDAISAVPEEARRDTEEIRIRVDRPVELIQKGQPLYLSYVCTAGDAQLILSRLSNYSMYTLEEELKKGYITIRGGHRVGLAGRVIVENGAVKGLRDITSFNIRIAREKLGIAEPLIPFLWKENWLNTLIIGPPQTGKTTLLRDLARLSSTGSKRIPAKKTGIVDERSEIAGCLRGIPQHSFGRRIDVLDACPKAEGLMMMIRSMSPDVIIVDEIGRMEDSQALLEALHAGVSVIVSAHGWDMKDLVKRPSLKMLWEENVFDRYVELSRRRGPGTISRMYGKDGEPVPHAESVMTC PGPT0024720_304 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-STAGE_III_SPORULATION,PGPT0024720-spoIIIAA-K06390 NA NA D1-12_01546 282 hypothetical protein ATGAAATTTTTGTTTGGTTCAATCAATTCTACTGTTTTAACGATGGCCGGTTTACGAGTTTTGTCCTCGCTCATTGAATTATCGGCCGCTATTATCATGCTTTTGACAAACGACATCAGAAAGGCAGTTGTGGTGAATAGTATTTTGGCAATCGTCGGCCCGCTGATCTTTATCATCACAATGACGATCGGCATTTATCAGATTGCCGGACAGCTCTCATATGCAAAATTAATATTGATTTTTGCGGGAGTGGTGCTGATTTTGGCCGGTGTGCATAAATAG MKFLFGSINSTVLTMAGLRVLSSLIELSAAIIMLLTNDIRKAVVVNSILAIVGPLIFIITMTIGIYQIAGQLSYAKLILIFAGVVLILAGVHK NA NA NA NA NA D1-12_01547 558 efp Elongation factor P ATGATTTCAGTTAACGATTTTCGTACAGGACTAACGATTGAAGTAGACGGCGGCATTTGGCGCGTCGTTGACTTCCAGCACGTAAAGCCGGGAAAAGGAGCGGCATTTGTCCGTTCTAAATTGCGTAACCTGCGCACGGGCGCTATTCAGGAGAAAACATTCCGTGCAGGTGAAAAAGTTGCGAAAGCGCAAATCGAAACAAAAACGATGCAGTATCTTTATGCCAACGGCGATCAGCACGTGTTCATGGATACAAGCTCATATGAACAGCTTGAATTGAATGAAAACCAAATCGAAGAAGAATTAAAATACCTTCTGGAAAATATGTCTGTGCACATCATGATGTATCAGTCTGAAACGCTCGGTATTGAACTGCCGAACACAGTTGAACTGAAAGTTGTTGAAACAGAGCCGGGAATTAAAGGCGACACGGCGTCAGGCGGCACAAAACCTGCCAAAACGGAAACAGGTCTTGTCGTAAACGTACCGTTCTTCGTGAACGAAGGCGATACGCTAGTTGTAAATACATCAGACGGTTCTTACGTGTCAAGAGCGTAG MISVNDFRTGLTIEVDGGIWRVVDFQHVKPGKGAAFVRSKLRNLRTGAIQEKTFRAGEKVAKAQIETKTMQYLYANGDQHVFMDTSSYEQLELNENQIEEELKYLLENMSVHIMMYQSETLGIELPNTVELKVVETEPGIKGDTASGGTKPAKTETGLVVNVPFFVNEGDTLVVNTSDGSYVSRA PGPT0016205_4056 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS OTHER_MOTILITY_REGULATING_FUNCTIONS MOTILITY-SWARMING_REGULATOR,PGPT0016205-efp-K02356 NA NA D1-12_01548 1062 ypdF COG0006 Aminopeptidase YpdF ATGAAACTTGAGAAATTGCGAAATCTTTTCGGTCAGCTGGATATAGACGGAATGTTGGTGACAAGCTCCGCCAATCTGCAGTATATGACGGGATTTACGGGTTCGTCAGGCCTTGTGGTCATATCGAAAGAACGTGCGGCATTTATCACGGATTTCCGTTACACCGAGCAGGCGAAGACGCAAGTGAAGGGTTTTGACATTATCGAGCACGGCGGAAGCTTAATCCAAACGGCTGCGGATACGATTCTTGAGTACGGCATTAAAAAACTCGGCTTCGAGCAAAACAGCATGACGTACGGAACATATGCATCCTATCAAGCGGTGCTGCAGGAAGCGGAGATGATTCCCGTCGCGGATTCCGTTGAAAAGTTGCGCTTGATTAAGTCAAGTGAAGAGATTAAGATATTAGAGGAAGCTGCGAAGATTGCGGATGATGCGTTTGAACATATTCTGACGTTTATCAAACCGGGCATCTCAGAGATTTCAGTTGCAAACGAGCTTGAATTTTATATGAGACGTCAAGGAGCGGACGGCTCTTCCTTTGATATGATCGTCGCCTCGGGAGTCAGATCCAGCCTTCCCCACGGAGTGGCAAGCGACAAATTGATTGAAAAGGGAGACTTGGTCACGCTCGATTTCGGCGCTTATTATAAAGGCTATTGTTCTGATATCACACGCACCGTCGCGGTCGGAGAGCCAAGTGATAAACTGAAAGAGATTTATCAGGTCGTATACGATGCCCAAGCGCTTGGTGTCCTGCATATTAAACCCGGCATGACGGGGAAAGAAGCGGACGCTCTGACGAGGGATCACATCACCGCGAAAGGCTACGGACAGTATTTCGGCCATTCGACAGGACACGGGTTCGGGATGGAAGTCCATGAATCACCGGGGCTGTCTTTCAGGTCATCGGCCGTTCTTGAGCCGGGCATGGCGGTAACGGTTGAGCCGGGCATATACATACCGGAAGTTGGGGGCGCAAGAATCGAAGATGATATCATCATCACTGAGGACGGCAACCGGACAATTACGCATTCCCCTAAAGAATTAATTATTTTGTGA MKLEKLRNLFGQLDIDGMLVTSSANLQYMTGFTGSSGLVVISKERAAFITDFRYTEQAKTQVKGFDIIEHGGSLIQTAADTILEYGIKKLGFEQNSMTYGTYASYQAVLQEAEMIPVADSVEKLRLIKSSEEIKILEEAAKIADDAFEHILTFIKPGISEISVANELEFYMRRQGADGSSFDMIVASGVRSSLPHGVASDKLIEKGDLVTLDFGAYYKGYCSDITRTVAVGEPSDKLKEIYQVVYDAQALGVLHIKPGMTGKEADALTRDHITAKGYGQYFGHSTGHGFGMEVHESPGLSFRSSAVLEPGMAVTVEPGIYIPEVGGARIEDDIIITEDGNRTITHSPKELIIL PGPT0006770_6739 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 D1-12_01549 531 hypothetical protein ATGACAAGCGAAAAACATTCAGAACAGGAAGAAAAAAAGAAGCGGGATGATGATCAGCAGCCTGTTTCATTTACCGGCAGAATTTGCGGTATCGGATTTGCCGGCGGTGTATTTTGGAGTTTGATCGGCTATCTCGGGTATGTCTTTCATTTTTCAGAGATCAGCCCCAACATGATTCTTCAGCCGTTTATGATCGGAGAATGGAAAAAACAATGGCTCGGCACGATGGTCAGCATCGTTGTCATCGGATTCATTTCAATTGCCGGGGCGTTTATTTATTTCGTCTGCCTGAAGCGTTTTAAAACGATGTGGCCGGGGATGGTGTACGGCGTCATTTTATGGTGTGCGGTTTTTTTCTTATTCAATCCGATTTTCGAAGATGTGAAATCCATCACTGAATTGAAATCAGATACAATCGTGACGACGCTTTGCCTTTACATTCTGTACGGTTTGTTTGTCGGCTACTCAATTTCCTTCAACTACAATGAACTTACGTCAGACAAGCTTGCAAGGGCGCTCGGCAACAAGTGA MTSEKHSEQEEKKKRDDDQQPVSFTGRICGIGFAGGVFWSLIGYLGYVFHFSEISPNMILQPFMIGEWKKQWLGTMVSIVVIGFISIAGAFIYFVCLKRFKTMWPGMVYGVILWCAVFFLFNPIFEDVKSITELKSDTIVTTLCLYILYGLFVGYSISFNYNELTSDKLARALGNK NA NA NA NA NA D1-12_01550 957 hypothetical protein ATGTCCAAACAAAAAACGCCCCCTGCATACGGCGGGCAGGCTGTTGTTGAAGGGGTCATGTTCGGCGGCAGAAAAAATTATGTTACCGCCATCCGCAGGAATGACGGAAGCATTGATTTTTTCAAGCTTCCGAGAGTGCCGAACGCCAAGCTTTCGGCTTTAAAAAAGATTCCTTTTTTGCGGGGAATCGTCGCCATCATTGAGGCGAGCGCCAACGGCACAAAGCATTTAAACTTTTCCAGCGAACGTTACGGGCTTGATCCTCAAGATGACGCCAAGCTGGAGCAGGAAAATAAGAAAGGTTCGGGCTTATCGATGTTTTTCAGCCTGGCGGTGATCGGCGTTCTGTCGTTTTTGTTTAGTAAATTCGTTTTCACGCTCGTCCCGGTCTTCTTAGCGGAGCTTGTAAGGCCCGTCTTTTCCTCAGACGCCGCGCAGATCGGAATCGAAAGTCTGTTTAAGCTTATTCTGCTTCTCGGCTACATTTATTTTTTATCAATGACGCCGTTAATTAAAAGAGTGTTTCAATATCATGGAGCCGAACATAAGGTCATAAACTGTTATGAACAGAATTTGCCAATTACAATAGAAAATGTTCAGAAACAGTCACGGCTTCATTACCGTTGCGGTTCAAGCTTTATTTTATTTACGATCATTGTCGGCATGTTCGTCTATTTACTCGTTCCGACAGATCCGCTTTGGGTGCGGATTTTAGACAGGATTGCGCTTATACCGGTCGTTCTCGGCATCTCCTTTGAAGTGCTCCAGCTGACGAACAGAGTGCGGAATATCCCCGTTTTGAAAGTGCTCGGTTATCCCGGCCTGTGGCTGCAGCTTTTAACGACAAAGGAACCGGCGGATGACCAGGTCGAGGTTGCCATAGAAAGCTTTAACGAGCTTCTCAGACTGGAAGACATTTCAGAACAGAGCGAAAAACCGTCTCACAACGTAATTTGA MSKQKTPPAYGGQAVVEGVMFGGRKNYVTAIRRNDGSIDFFKLPRVPNAKLSALKKIPFLRGIVAIIEASANGTKHLNFSSERYGLDPQDDAKLEQENKKGSGLSMFFSLAVIGVLSFLFSKFVFTLVPVFLAELVRPVFSSDAAQIGIESLFKLILLLGYIYFLSMTPLIKRVFQYHGAEHKVINCYEQNLPITIENVQKQSRLHYRCGSSFILFTIIVGMFVYLLVPTDPLWVRILDRIALIPVVLGISFEVLQLTNRVRNIPVLKVLGYPGLWLQLLTTKEPADDQVEVAIESFNELLRLEDISEQSEKPSHNVI PGPT0015034_1 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS OTHER_STRESS_RESPONSE_PROTEINS,PGPT0015034-yqhQ-NA NA NA D1-12_01551 396 hypothetical protein ATGAATCATCGTGTACAACCTTTTTTTGCTGTATTGATAGCGCTTGGCGCATTCGGTTTCATTTATGCGGCGGTAACCAACCCCGGGCAGATGATTTCAAGAGCGATCACCGTTATTATCGCAGGCATCATTATTTATTTTATCGTGAGGACGGTCCTGAACCGCCGCACCGGCCGTGACGGAACCGCTTTCAGAAAAGCGGCCAGACAATCGCGGCTCCGAATGAAGGAGCAAAAAGCGAAGCACCGCGCCGGACACAGAGGCCGGGTCAGCCATTTGCGGAGCGTGCCGAGCAGCAGCAGACCGAAGCCGATGATTCTTAAGAAAAAAAGCCAGACCCAGCTTACCGTCATAGAAGGCAAAAAGAATAAAAAGAAAAACAGAGCGCTTTTTTAA MNHRVQPFFAVLIALGAFGFIYAAVTNPGQMISRAITVIIAGIIIYFIVRTVLNRRTGRDGTAFRKAARQSRLRMKEQKAKHRAGHRGRVSHLRSVPSSSRPKPMILKKKSQTQLTVIEGKKNKKKNRALF NA NA NA NA NA D1-12_01552 876 hypothetical protein ATGCAGATTGACGGCGTATTTTCGGGCGGGGGGATAAAAGGGGTGGCGCTTGCCGGCGCTTATGAAGCGCTGGAAGAAAAGGGCTTTCGCTTTGAAAGGCTCGCCGGAACAAGCGCCGGCGCAATTATTGCCGCATTTATCGCTGCGGGCTATACGAGCAGAGAGGTTCATTCCATCATAGATGAGGTGGACGGAAGGCAATTGCTTGATCAGAGATACTCATTCCTCCCGCTGAAAATCCTGCAGTGGGTGTCGATATATTGGCGCCTCGGACTATACAGAGGCGATATGCTGGAAAAATGGATTGCGGATAAATTAAAAGCGAAGGGCATCATCGCGTTCGGCGATTTGAAAAAAGGTTCGCTCCGTCTCATCGCTTCAGATCTGACGAACGGAACGATGATCGTGCTTCCTGACGATCTTCCCCGCTACGGATTAAATCCGGAGATGTTCCCGGTTGCCAGAGCCGTCAGAATGAGCTGCAGCATTCCTTATTTTTTTGAACCGATAAAACTGAAGACCGAAAAAGGCACCTCGACGGTCGTTGACGGCGGCGTGTTAAGCAATTTCCCGATTTGGCTGTATTCAAAAGAACGCAAACGGCCGGTCATCGGAATTTCACTTTCGCCCAACGAAAAAGAGCGCCCGAAAAAATCAATCCGCAACGCTTTTGAGCTGTTCGGGGCTTTGTTTGAAACGATGAAAGACGCTCATGATGCCAGGCATATCGCGACAAAGTACGAACAGAATATTATTTTTATTCCGGTGGAACATGTGATGGCGACGGAGTTTCATCTCACACCGCAAAAAAAACTAGCTCTCATTGAGCTAGGAAAAAGCAGAACAGAGCAATTTTTGAAGCAATGGAGCTATTAA MQIDGVFSGGGIKGVALAGAYEALEEKGFRFERLAGTSAGAIIAAFIAAGYTSREVHSIIDEVDGRQLLDQRYSFLPLKILQWVSIYWRLGLYRGDMLEKWIADKLKAKGIIAFGDLKKGSLRLIASDLTNGTMIVLPDDLPRYGLNPEMFPVARAVRMSCSIPYFFEPIKLKTEKGTSTVVDGGVLSNFPIWLYSKERKRPVIGISLSPNEKERPKKSIRNAFELFGALFETMKDAHDARHIATKYEQNIIFIPVEHVMATEFHLTPQKKLALIELGKSRTEQFLKQWSY NA NA NA NA NA D1-12_01553 429 mntR COG1321 HTH-type transcriptional regulator MntR ATGACAACACCAAGTATGGAAGATTATATTGAACAGATTTATATGCTGATAGAAGAAAAAGGATATGCACGGGTTTCTGATATCGCGGAAGCTTTGGCAGTCCACCCCTCCTCTGTAACGAAAATGGTTCAAAAACTAGATAAAGACGAGTATTTGATTTATGAAAAATATCGCGGGCTCGTATTGACGTCAAAAGGCAAAAAGATCGGCAAACGGCTCGTATACAGACACGAATTGCTTGAGCAGTTTTTAAGAATCATTGGTGTTGATGAAGAGAAGATTTACAATGATGTTGAAGGAATCGAACATCATCTGAGCTGGAACAGCATTGACCGCATCGGCGACCTCGTTCAGTATTTCGAAGATGACGAAAGCCGGAAAAAAGAATTGAAATCCGTACAGAAAAAAACCGAAAATCCCGGTGAATAA MTTPSMEDYIEQIYMLIEEKGYARVSDIAEALAVHPSSVTKMVQKLDKDEYLIYEKYRGLVLTSKGKKIGKRLVYRHELLEQFLRIIGVDEEKIYNDVEGIEHHLSWNSIDRIGDLVQYFEDDESRKKELKSVQKKTENPGE PGPT0003895_227 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-IRON_UPTAKE_REGULATION,PGPT0003895-mntR|dtxR|ideR|sirR|troR-K11924 NA NA D1-12_01554 837 lipM COG0095 Octanoyltransferase LipM ATGGAAAAAGAAACATGGCGGTTTATTGACTCAGGGAATGAAAGCCCGGCATTTAACATGGCGCTGGATGAAGCGCTTTTATATTGGCACAGCCAAAAAAAAATTCCTCCGGTGATCCGTTTTTACGGCTGGAATCCGGCAACTTTGTCTGTCGGGTATTTTCAAAATATTAAGAAGGAAATTAACTTTGACGCAGTACATAAACACGGCCTCGGGTTTGTCAGAAGACCGACAGGCGGACGGGGTGTTCTGCATGATAAAGAATTGACATACAGCGTAATCGTTTCAGAGGATCACCCGGAAATGCCGGCCACGGTGACAGAGGCGTACCGGGTGATTTCAGAAGGTATTCTGCAGGGATTCAGAAACCTTGGACTTGATGCCTGCTTTGCGATTCCCCGAACGGAGAAAGAAAAAGAAAGCTTGAAAAATCCGCGCTCGTCCGTCTGCTTTGATGCGCCTTCGTGGTATGAACTGGTCGTCGAAGGACGGAAAGTTGCCGGAAGCGCACAGACACGCCAAAAAGGCGTCATTCTTCAGCACGGTTCCATCCTGCTTGACATTGATGAAGATAAGCTGTTTGATCTGTTTTTATATCCGAGCGACAGAGTCCGTGAGCGCATGCAGCGGAATTTCAAAAACAAAGCGGTAGCCATCAACGCCTTAGCGCCGAAACGGGTAACGATGGATGAGGCCAGAATCGCTTTTAAAGCCGGTTTTGAGGAAGGGCTGAACATTCATCTTGAGCCTTACACACTCACGTCTGAAGAGCTTGCATTTGTCAATGAGCTGGCTGAGACGAAATACGCGTCTGATGAATGGAATTATAAGCGCTGA MEKETWRFIDSGNESPAFNMALDEALLYWHSQKKIPPVIRFYGWNPATLSVGYFQNIKKEINFDAVHKHGLGFVRRPTGGRGVLHDKELTYSVIVSEDHPEMPATVTEAYRVISEGILQGFRNLGLDACFAIPRTEKEKESLKNPRSSVCFDAPSWYELVVEGRKVAGSAQTRQKGVILQHGSILLDIDEDKLFDLFLYPSDRVRERMQRNFKNKAVAINALAPKRVTMDEARIAFKAGFEEGLNIHLEPYTLTSEELAFVNELAETKYASDEWNYKR PGPT0003930_52 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-ADAPTION_TO_PLANT_IMMUNE_SYSTEM ADAPTION_TO_PIS-PLANT_LIPOIC_ACID_INTERFERRENCE PLANT_LIPOIC_ACID_BIOSYNTHESIS,PGPT0003930-lipM-K23734 NA NA D1-12_01555 381 glpE Thiosulfate sulfurtransferase GlpE TTGTCTAATATGATTGCTTTAATTATTGTTGCGGCGTTTATCGTTTATATGATCGTGTCGTATTTTTACCAGCAGCGTTTAATGAAAACACTTACGGAAGAGGAATTCCGCGCGGGCTACAGAAAAGCGCAGCTGATTGACGTCCGTGAGCCGAATGAATTTGAAGGCGGCCATATTCTCGGCGCGCGCAACATTCCGCTGTCACAGCTGAAACAGCGCAAAAGTGAAATCCGTCCTGATAAACCCGTTTATCTGTACTGCCAAAACAATGTCCGCAGCGGACGCGCGGCACAGACGCTCCGCAAACACGGCTGTAAAGATATTTACAACCTGAAAGGCGGATTTAAAAAATGGGGCGGAAAAATTAAAGCAAAAAACTAA MSNMIALIIVAAFIVYMIVSYFYQQRLMKTLTEEEFRAGYRKAQLIDVREPNEFEGGHILGARNIPLSQLKQRKSEIRPDKPVYLYCQNNVRSGRAAQTLRKHGCKDIYNLKGGFKKWGGKIKAKN NA NA NA NA NA D1-12_01556 1476 gcvPB putative glycine dehydrogenase (decarboxylating) subunit 2 ATGAATAATCAAGATCAGGCGCTTATTTTTGAAATGTCCCGCGAAGGGCGTATCGGTTACAGCCTTCCGGAGCTTGATGTGCCGGAAACAGAGCTTGAAAGTCTTCTTCCCGGTGACTATATCCGCGATGAAGACGCAAAGCTGCCGGAAGTATCAGAGCTCGATATTATGCGGCATTATACCGCTCTTTCTAAGAGGAACCACGGAGTTGATTCAGGCTTTTATCCGCTCGGCTCTTGTACGATGAAATACAATCCGAAATTAAATGAAAAAATTGCCCGGATCGCAGGTTTTTCCGCTATTCATCCGCTTCAGGACGAGGACACGGTTCAGGGGGCGCTTGAGCTTTTATACGATTTAAGCGAACACTTGGAGGAGATTACGGGCATGGACGAGGTGACGCTGCAGCCTGCGGCGGGCGCTCACGGCGAATGGACCGGTCTGATGATGATCCGCGCCTATCACGAAGCGCGGGGAGACTTCGGACGGACGAAGGTGATTGTCCCTGATTCAGCCCACGGCACGAATCCGGCATCCGCCACGGTCGCCGGTTTTGAAACGATTACCGTCAAGTCAAATGAGCACGGGCTGGTTGACATTGAAGATTTGAAAAGAGCGGTAAATGAAGAAACAGCGGCGCTGATGCTGACGAATCCGAACACCCTCGGGTTATTTGAGGAAAACATTACGGAAATGGCTGAAATCGTCCATCAGGCCGGCGGAAAGCTTTATTATGACGGAGCGAATTTAAATGCCGTTTTAAGTAAAGCAAGACCGGGAGATATGGGATTTGACGTCGTTCACCTTAATCTGCATAAAACATTTACCGGGCCGCACGGCGGGGGAGGACCTGGCTCAGGGCCGGTCGGCGTAAAAAAAGAATTCATTCCGTATCTGCCGAAACCCGTTCTCACGAAAAAAGAGGGCCGTTTGACTTTTGACTATGACCGGCCGCAGTCGATCGGGCGCGTAAAACCTTATTACGGTAACTTCGGCATTAATGTCAGAGCCTACACGTATATCCGGTCCATGGGGCCTGACGGCTTAAAAGCTGTGACCGAAAACGCGGTTTTAAATGCAAATTATATGATGAGAAGACTCGCGCCTTATTATGATCTCCCGTATGACCGTCATTGCAAGCATGAATTTGTGTTATCGGGTAGAAGGCAGAAAAAGCTCGGCGTACGAACGCTTGATATTGCCAAACGGCTTTTGGATTTCGGCTATCATCCGCCGACTGTGTATTTTCCTCTCAATGTTGAAGAAAGCATCATGATCGAACCGACGGAAACGGAATCAAAGGAAACGCTTGATGCGTTTATAGATGCCATGATTCAAATTGCGCGGGAAGCGGAGGAATCGCCTGAAATCGTTCAGGAGGCGCCGCATACAACAGTTGTCAAAAGAATGGATGAAACCAAGGCGGCAAGAAAGCCGGTTTTAAAGTACGAACATACACCTGACGTCAGCCGCTGA MNNQDQALIFEMSREGRIGYSLPELDVPETELESLLPGDYIRDEDAKLPEVSELDIMRHYTALSKRNHGVDSGFYPLGSCTMKYNPKLNEKIARIAGFSAIHPLQDEDTVQGALELLYDLSEHLEEITGMDEVTLQPAAGAHGEWTGLMMIRAYHEARGDFGRTKVIVPDSAHGTNPASATVAGFETITVKSNEHGLVDIEDLKRAVNEETAALMLTNPNTLGLFEENITEMAEIVHQAGGKLYYDGANLNAVLSKARPGDMGFDVVHLNLHKTFTGPHGGGGPGSGPVGVKKEFIPYLPKPVLTKKEGRLTFDYDRPQSIGRVKPYYGNFGINVRAYTYIRSMGPDGLKAVTENAVLNANYMMRRLAPYYDLPYDRHCKHEFVLSGRRQKKLGVRTLDIAKRLLDFGYHPPTVYFPLNVEESIMIEPTETESKETLDAFIDAMIQIAREAEESPEIVQEAPHTTVVKRMDETKAARKPVLKYEHTPDVSR PGPT0020490_508 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_GLYCINE_DEGRADATION,PGPT0020490-gcvPB-K00283 NA NA D1-12_01557 1347 gcvPA putative glycine dehydrogenase (decarboxylating) subunit 1 ATGAAGCATCGATATTTGCCCGCGACAGAACAGGATAAAAAAGAAATGCTGAAAGCCATCGGCGCAGAAACAATTGATGAACTGTTTGCCGATATTCCGGAAAATGTACGGTTTCAAAAAGACTACCGCATTAAACAAGCAAAGTCAGAAACTGAGCTGACGAGAGAGCTGACAAAGCTTGCGGCGAAAAATAAAGACGCTGTTACATATGCATCTTTTCTGGGTGCAGGAGTGTACGATCACTACCAGCCGGTTATCGTCGATCATGTGATATCCCGATCAGAGTTTTACACGGCATATACGCCTTATCAGCCTGAAATCTCACAAGGAGAGCTGCAGGCGATTTTTGAATTTCAAACGATGATCTGTGAATTAACGGGAATGGATATCGCAAACTCCTCTATGTACGATGGGGGAACGGCGCTGGCGGAAGCGGCGATGCTTGCGTCGGGCCATACGAAAAAGAAAAAAATCGTCATTTCCGCAGCCGTTCATCCGGAATCACGGGATGTTTTGAAAACATACGCAAAGGGCCAATATATTGAGGTTGTAGAGGTTCCCGCGAAAAACGGCGTCACAGATCTTGAAGCATTGGAACATGCCGTTTGTGATGAAACGGCCGCCGTGATCGTCCAGTATCCGAACTTCTTCGGACAAATCGAGCCGTTAAAGGACATTGAGCCGCTCGCACATAAAGGAAACAGCCAGCTGATTGTTTCTTCAAACCCGCTCGCGCTCGGTATTTTGACACCGCCCGGGGCATGCGGAGCTGATATCGTCGTCGGGGACGCGCAGCCTTTCGGCATACCTGCGGCGTTCGGCGGCCCGCATTGCGGCTATTTTGCAGTAACGAAAAAACTGATGAGAAAGGTGCCGGGCCGGCTTGTCGGCCAAACGGAAGATGAAAACGGGCGAAGAGGCTTTGTTCTCACTCTTCAGGCGCGCGAGCAGCATATCAGAAGAGACAAAGCCACGTCTAACATTTGCTCAAATCAGGCGCTGAATGCTTTAGCGGCTTCAGTCGCGATGACGGCGCTCGGAAAAAACGGCGTCAAAGACATGGCCCGCCAAAATATATTGAAAGCTGATTACGCGAGACGCCAAGCGGAAAAAGCCGGCTTGCACGTAGCATTTGACGGCCCGATATTTAATGAATTTGCCGTCAGGCTGAATCTTCCCGTCAAGGAAGCAAACCGGCGGCTCCTGCAAGACGGCATAATCGGCGGATATGATTTAGGCCTTGCGTATCCGGAACTGAATCAGCATATGCTCATTGCCGTCACAGAGCTGAGAACAAAAGAACAGATCGATTCGCTTATTGCGGGATTGGGGGATCAACATGAATAA MKHRYLPATEQDKKEMLKAIGAETIDELFADIPENVRFQKDYRIKQAKSETELTRELTKLAAKNKDAVTYASFLGAGVYDHYQPVIVDHVISRSEFYTAYTPYQPEISQGELQAIFEFQTMICELTGMDIANSSMYDGGTALAEAAMLASGHTKKKKIVISAAVHPESRDVLKTYAKGQYIEVVEVPAKNGVTDLEALEHAVCDETAAVIVQYPNFFGQIEPLKDIEPLAHKGNSQLIVSSNPLALGILTPPGACGADIVVGDAQPFGIPAAFGGPHCGYFAVTKKLMRKVPGRLVGQTEDENGRRGFVLTLQAREQHIRRDKATSNICSNQALNALAASVAMTALGKNGVKDMARQNILKADYARRQAEKAGLHVAFDGPIFNEFAVRLNLPVKEANRRLLQDGIIGGYDLGLAYPELNQHMLIAVTELRTKEQIDSLIAGLGDQHE PGPT0020485_749 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_GLYCINE_DEGRADATION,PGPT0020485-gcvPA-K00282 NA NA D1-12_01558 1101 gcvT COG0404 Aminomethyltransferase ATGCTGAAACGAACACCGCTTTATGACGTGTATAAAGAATACGGCGGAAAAACGATTGATTTTGGAGGATGGGAGCTGCCGGTTCAATTTTCTTCTATTAAAGAGGAGCATGAAGCCGTCCGCACAAAAGCGGGCCTGTTTGATGTGTCTCATATGGGGGAAGTTGAAGTATCCGGTAAAGACGCCCTGTCTTTTCTGCAAAAAATGATGACAAATGACGTTGCCGATTTAAAGCCGGGAAACGCGCTCTATACCGCCATGTGTTATCCTGACGGCGGTACGGTGGATGACTTGCTGATCTATCAGAAAAGCGAGAGCTGCTATCTGCTCGTGATTAACGCGTCCAATATTGAAAAAGACATCGCTTGGCTGACGGAACATGCAGAAGGCGATGTCACGCTGACGAATCAGTCTGACGGGATTTCACTGCTTGCCGTTCAGGGGCCGAATGCTCAGTCGGTTCTTGCGAAGCTGACTGAATGTGATTTGTCCTCCTTAAAGCCGTTTACGTTTATTGATGGGGCGGACGTTGCCGGACGACAAGTCCTGCTTTCAAGAACAGGCTATACCGGTGAAGACGGGTTTGAGTTATATTGCCGCAATGAAGATGCAGTTCATCTATTTAAGGAGATACTTGCAGCGGGAGAGTATGAAGGTCTCGTTCCGTGCGGCCTCGGCGCCCGTGATACGCTGAGATTTGAAGCGAAGCTTGCTTTATACGGTCAGGAATTGACGAAAGATATTACACCGATTGAAGCCGGAATCGGATTTGCCGTGAAACACAAGAAAGATTCCGATTTTTTCGGGAAGTCTGTATTGCGCGAACAGAAAGAAAAAGGAGCCCCGCGAAAGCTGGTCGGACTTGAGATGATTGAAAAAGGGATTCCGAGACACGGGTACGCCGTGAAAAAAGACGGTGTTCCGATCGGTGAAGTCACGACAGGCACGCAATCTCCGACTTTAAAGAAAAATATCGGCCTTGCCTTAATCAAAACGGAATTCAGTGAAGTCGGAACGGAAGTAGAAGTGGAAATCCGTAAAAAAACGGTAAAAGCGAAGATTGTCCGCACACCGTTTTATAAACGTCCAAAACAGAGCTGA MLKRTPLYDVYKEYGGKTIDFGGWELPVQFSSIKEEHEAVRTKAGLFDVSHMGEVEVSGKDALSFLQKMMTNDVADLKPGNALYTAMCYPDGGTVDDLLIYQKSESCYLLVINASNIEKDIAWLTEHAEGDVTLTNQSDGISLLAVQGPNAQSVLAKLTECDLSSLKPFTFIDGADVAGRQVLLSRTGYTGEDGFELYCRNEDAVHLFKEILAAGEYEGLVPCGLGARDTLRFEAKLALYGQELTKDITPIEAGIGFAVKHKKDSDFFGKSVLREQKEKGAPRKLVGLEMIEKGIPRHGYAVKKDGVPIGEVTTGTQSPTLKKNIGLALIKTEFSEVGTEVEVEIRKKTVKAKIVRTPFYKRPKQS PGPT0008130_2838 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_GLYCINE_DEGRADATION,PGPT0008130-gcvT-K00605 NA NA D1-12_01560 1671 rapA_2 RNA polymerase-associated protein RapA ATGACAGCAGAGATCATATTTGATGCAAACTGGCCGGGAGAGTTTTCTGAGCGGCTGAAAACGGACGGTCCCTGGTCAAATTGGGAGATGTACAAACTGTCGGCTGAAGTCCAGCAGACCCTTGCCATTCCTGAATTTGAAGGATTGAGGGCTCCTTTATACCTGCCCGATTTCACTCCGCTTCCCCATCAGCTTGAAGTCGCGCAGAAAGTCGTTGAAAAAATGAACGGCAAGGCGATTTTAGCTGATGAAGTGGGGCTCGGAAAAACGGTGGAAGCGGGCCTGATTTTAAAAGAATACATGATTCGCGGGCTGGCCAAAAAAATCCTGATTCTTGTGCCGGCATCACTCGTTTCCCAGTGGGTCAAAGAGCTTCAGGAGAAGTTTTTGATACCCGCTGTTGAACAGAAGAAAAGCTATGTGTGGGAACAGTGCGATATCGTCGTTTCTTCTATTGATACGGCCAAACGCTCGCCTCACAAGGACATTGTGCTTTCTATTCCGTATGATCTCGTCATTATTGACGAGGCGCACAAGCTCAAAAACAGCAAAACGAAAAATTATGAATTTGCGAGAAGTCTTGTGAAGAAATACTGCCTGCTTCTGACGGCGACGCCGATTCAAAACCGGATCGAAGAAATCTTCAATTTAGTGTCACTGTTAAAGCCCGGCCATTTAGGAAATGAAAGCGGATTTCAAGAAACCTTCAATCAGAAGGACGGGATTGACGCTCATGAGCATTTGAAAGAGCTCGTCAATAAGGTGATGATCCGCAACACGCGGAGCGACACCGGCCTTACATGGACGAAGCGCCACGTGGAAACAGTGCCGATCACCTTTTCACCGACGGAACAGGCGCTTTACGATGACATTGCCGCACTGAAAAACGGCACGGAAAAGCCCGCAAGCGCATTTTCCATTATGACGCTGCAAAGAGAGTGCTGTTCAAGCAGGGAAGCCGTGTATATGACGCTCAAAAAAATGCTTGACCAAAAAGACAAACATGCGCCCGCATTCGATGACCAGACGATCGCTAATTTAATGGACCGCATCAATCAAGTCACGCAAAACTCAAAAGCAATTCAAGTTGTTGACTTGATCCAAAAGATTAATGATAAAGTCATTATTTTTACTGAATACAGGGCGACACAGATTTACCTGCAATGGTTCCTTCAGCAGAACGGCATAAGCTCCGTTCCGTTCAGAGGCGGATTTAAACGCGGAAAAAAAGACTGGATGAAGGATCTCTTCCGCGGCAAAGTGCAGGTGCTGATCGCTACAGAAGCCGGAGGCGAGGGGATCAACCTGCAATTCTGCAACCATATTATCAATTATGACCTCCCGTGGAACCCGATGCGGCTTGAACAAAGAATCGGAAGGATTCACAGACTCGGTCAGGAAAGAGATGTCCATATCTACAATATGGCGACAAAACATACGGTGGAAGAGCATATCTTAAAACTTCTGTATGACAAAATTCATTTATTTGAAAATGTCGTCGGAGAATTAGATGACATTTTAACAAAAATCAAAGTGAGCAATTTTGAAGACCATTTGCATGATATTTTATGCCATTCGCTGACAGAGGATGAAATGAGAATCAAAATGGACAATCTCACCTCTTTTCTGTCGTACGGTACGGACAAGCCCGCCAGAAAAAAAGGATCTTAA MTAEIIFDANWPGEFSERLKTDGPWSNWEMYKLSAEVQQTLAIPEFEGLRAPLYLPDFTPLPHQLEVAQKVVEKMNGKAILADEVGLGKTVEAGLILKEYMIRGLAKKILILVPASLVSQWVKELQEKFLIPAVEQKKSYVWEQCDIVVSSIDTAKRSPHKDIVLSIPYDLVIIDEAHKLKNSKTKNYEFARSLVKKYCLLLTATPIQNRIEEIFNLVSLLKPGHLGNESGFQETFNQKDGIDAHEHLKELVNKVMIRNTRSDTGLTWTKRHVETVPITFSPTEQALYDDIAALKNGTEKPASAFSIMTLQRECCSSREAVYMTLKKMLDQKDKHAPAFDDQTIANLMDRINQVTQNSKAIQVVDLIQKINDKVIIFTEYRATQIYLQWFLQQNGISSVPFRGGFKRGKKDWMKDLFRGKVQVLIATEAGGEGINLQFCNHIINYDLPWNPMRLEQRIGRIHRLGQERDVHIYNMATKHTVEEHILKLLYDKIHLFENVVGELDDILTKIKVSNFEDHLHDILCHSLTEDEMRIKMDNLTSFLSYGTDKPARKKGS NA NA NA NA NA D1-12_01561 795 hypothetical protein ATGAGACAGCAGGAGGTTCACGAATTTTTACTGCGCTTTTTTGAAGCGAACCACTGTCCGATTACAGAACACGGGCCGGGTTTTATGACGGTTCAGTTGACGGTCGAGATGGACAAACAAATTATGAACCGCCCGTTTTATTGGCTTTGGCGTGAAAAAACGGGCGGCGAACCGAACCCGATGAAGATCACGTTCATCACTGATAAAGAAACGGCTCCGGAGGATATGGACGGCGAATTTATTTACTTTGGAGCCCCGCGCCTCTTTCAAATCTTTCAAGCAGTTAAACAAAATGGGAGATTTACAAGAATATATGAGAAAATTGTATCAGCCGGAGCCAGAGTGCCGCTTCAGCCCTGGCTGGGATTAAATGTAGTGATTTCATACCAATCCGACATGAAAAAAGACAGACTTTTGTCTTTAGGCCTGCATCTTGTTTCTGGAACAATTATAGAAGGGTTTCAGCAGAAGCTTGCACCGCTTCCGCTGACCTCGCAAATATCAGACTATTGCTTTACCATATCGCCGATGATTAAGCCGGAAAGCGGGATTAAAAGGATGGAGCATTACTTAAAAGACGCTGCCGCCAAAGAGCCATCAGACTGGGCTGACAGCGCGATCGCCAGATGGAAAAAGGACCTCAGGCTGCTCGATCAGTTTTATGAGCAGACAGAGGAAAAACCTGAGGAATATCATTTGGAAAAACAAGCGCTGAAAGCCTTATATCAGCCGAAAATTCACATTCAGATTGAAAACGGCGGTTTATTTTTCCTGCAAAGTAATTTTTCTGGATAA MRQQEVHEFLLRFFEANHCPITEHGPGFMTVQLTVEMDKQIMNRPFYWLWREKTGGEPNPMKITFITDKETAPEDMDGEFIYFGAPRLFQIFQAVKQNGRFTRIYEKIVSAGARVPLQPWLGLNVVISYQSDMKKDRLLSLGLHLVSGTIIEGFQQKLAPLPLTSQISDYCFTISPMIKPESGIKRMEHYLKDAAAKEPSDWADSAIARWKKDLRLLDQFYEQTEEKPEEYHLEKQALKALYQPKIHIQIENGGLFFLQSNFSG NA NA NA NA NA D1-12_01562 174 sinI Protein SinI ATGAAAAATGCAAAAACAGAATTTTCACAATTAGATAAGGAATGGGTTGAGCTGATATTAGAAGCCCAAAAAGCAAATATCAGCCTAGAAGAAATACGCAAATACCTGCTTTCGAATAAAAAGTCTTCTCAACATATCCAGGCAGCCAGAAGTCATACCGTAAATCCTTTCTGA MKNAKTEFSQLDKEWVELILEAQKANISLEEIRKYLLSNKKSSQHIQAARSHTVNPF PGPT0026295_19 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCAN_METABOLISM CE-EPS-GALACTOGLUCAN_METABOLIC_PATHWAY,PGPT0026295-sinI-K06372 NA NA D1-12_01563 342 sinR COG1396 HTH-type transcriptional regulator SinR ATGACATTGATTGGCCAGCGTATTAAACAATACCGAAAAGAAAAAGGCTACTCACTATCAGAACTAGCTGAAAAAGCTGGGGTAGCGAAGTCTTATTTAAGCTCAATAGAACGAAATTTACAGACGAACCCCTCCATTCAATTTCTCGAAAAAGTCTCCGCTGTTCTGGACGTCTCGGTTCATACTTTACTTGATGAAAAACATGAAACCGAATACGATGGTCAATTAGATAGTGAATGGGAGAAATTAGTTCGCGATGCAATGACATCCGGGGTATCAAAAAAACAATTTCGTGAATTTTTAGATTATCAAAAATGGAGAAAAGCGCAAAAAGAGGAGTAG MTLIGQRIKQYRKEKGYSLSELAEKAGVAKSYLSSIERNLQTNPSIQFLEKVSAVLDVSVHTLLDEKHETEYDGQLDSEWEKLVRDAMTSGVSKKQFREFLDYQKWRKAQKEE PGPT0014755_48 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0014755-sinR-K19449 NA NA D1-12_01564 786 tasA Major biofilm matrix component ATGGGTATGAAAAAGAAATTAAGCTTGGGCGTTGCCTCAGCCGCACTCGGTTTAGCATTAGTAGGAGGAGGCACATGGGCCGCATTTAATGATGTGAAGTCGACGGACGCTACATTTGCGTCAGGAACACTTGATTTATCGGCTAAAGAACAATCAGCCAATGTCAATTTGTCAAACTTAAAACCAGGCGATAAATTGACGAAAGATTTCGAATTCAGAAACAACGGTTCACTTGCCATTAAAGAAGTGCTGATGGCTTTGAATTTTACTGACTTTAAAGGAGCAAAGAAAGGAAATGAATCTGCGGAGGATTTCCTCAGCCAGTTTGAAATTACGGTTCTGACAGTCGGTAAAGAAGGGGGCAACGGCTATCCTAAAAATATCATTTTGAAGGCGGCCAGCCTGAAAGACTTATACTTAATGTCAACAAAACAGGATAAAGCAGCTGCCGAAGCGATCAGCAAGCACATTGATCCGAAATTCCTGAGTGAGAGCGGAAAAGTCAATGTAGCAACCATTAACGGCAAAACAGCTCCTGAGTACGACGGAGTTCCGAAAACGCCTGCTGATTATGACCAGGTGAGAATGGAAATCCAATTTAAAAATGACACCGCAAAAACTGCGGACGGATTAAGTGTGCAAAACAAGTTCCAAGGCAATGCGATTTCTCTTCAATTCTCTTTTGAAGCAACGCAATGGAACGGCTTGACCATTACGAAAGATCATACGGATAAAGACGGTTACGTCAAGGAAAATGAAAAGGCTCACAGTGAGGATAAAAACTAA MGMKKKLSLGVASAALGLALVGGGTWAAFNDVKSTDATFASGTLDLSAKEQSANVNLSNLKPGDKLTKDFEFRNNGSLAIKEVLMALNFTDFKGAKKGNESAEDFLSQFEITVLTVGKEGGNGYPKNIILKAASLKDLYLMSTKQDKAAAEAISKHIDPKFLSESGKVNVATINGKTAPEYDGVPKTPADYDQVRMEIQFKNDTAKTADGLSVQNKFQGNAISLQFSFEATQWNGLTITKDHTDKDGYVKENEKAHSEDKN PGPT0025195_28 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_RELATED_GENES CE-BIOFILM-SPORULATION_RELATED_FUNCTION,PGPT0025195-cotN|tasA-K06336 NA NA D1-12_01565 585 sipW COG0681 Signal peptidase I W ATGAAAAAAACGCTGAAACTGATCAGTAATATTTTGTATGCCGTCATCTTCAGCTTGATTATTGTGCTGACGTTAACGGTGATTTCGACCCGGGCTTCCGGGGGTGAGCCGGCCATTTTCGGCTATACGCTGAAATCCGTGCTGTCGGGTTCAATGGACCCGGAATTTAAGACGGGTTCGCTCATAGCGGTAAAGAAAATTTCTGACGTGAATGACTTAAAAAAAGGGGATGTGATCACCTTTACGCAAGATGACGGAACAGCCGTCACACACAGAATAATCGGGATCACAAAAAAGGACGGGAACCTGCTGTTTGAGACAAAAGGGGACCATAATGCCGCCCCGGATGCCGCACCCGTTCAAGCTGAAAAAGTGGCGGCCCAGTATACGGGATATCAGCTTCCGTATGCCGGATATGTCATACATTTGGCCAGCCAGCCGATCGGAACGGCGATTCTGTTAATCGTTCCCGGCGTCATGCTTTTGATTTACTCAATAACAGTCATTGTCAGCGCCCTCCGCGATATTGAGCGGAAAACGAAAGCGCTGGAAGAACATGCGAAAAAGGGAACCATCTCCACATGA MKKTLKLISNILYAVIFSLIIVLTLTVISTRASGGEPAIFGYTLKSVLSGSMDPEFKTGSLIAVKKISDVNDLKKGDVITFTQDDGTAVTHRIIGITKKDGNLLFETKGDHNAAPDAAPVQAEKVAAQYTGYQLPYAGYVIHLASQPIGTAILLIVPGVMLLIYSITVIVSALRDIERKTKALEEHAKKGTIST PGPT0026405_748 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_RELATED_GENES CE-BIOFILM-SPORULATION_RELATED_FUNCTION,PGPT0026405-sipW-K13280 NA NA D1-12_01566 672 tapA TasA anchoring/assembly protein ATGTTCCGATTGTTGCGAATGGAAAAAAAGGGCAAGGTGAGATGGCGGATGATGCTATTTTTACGGCTTTCGTTCATTTTTTGCCTGTCCGTGATGATATGTGCTCAGTTCACAGGTGATACAAGTTCCTCCTTCAATGATGTGAAAAGCTTCAGTCTCCCGGTTCAAACGTGCGGAGATTTTCAATATACGGATGACGATTGCCGTTATGACGAACGCTGGGATCAAAGTGATTTACATATAACAAATCAAACTGATACGTCAGGCACTGTGTGTGCGCCGCTTCAGCTCTATGCCGAGCTGGAGAATAAGGGAAAAGAGCGGACTGTTTCTGACTGGAAATGGGAGCTCCATAAAATCGCTTCTCAGCAGCAGCCTTTACGAAACGGCAATGTTGTGGATAAAGGGCTTATTACTGATAAAAAAAGCAAAACGATTTATAAAATTGAGTCAAAGCGGTCTTTGCAGCCGGGCATATACGCATTCAAGGTTTACAAGCCTGAAGGGTACCCGGCCGACGAAGAAAAATTTGAGTGGTCAAAACCGATGAAACTCGTCAAATGCCGGGAACAGGCGACCGTTTCCGATCTAAAGAAAACGGAGAAAGAGCCGGCTGAGCCGGTAAAAGAAAGCGGGGAAGAACATGAAAAAAACGCTGAAACTGATCAGTAA MFRLLRMEKKGKVRWRMMLFLRLSFIFCLSVMICAQFTGDTSSSFNDVKSFSLPVQTCGDFQYTDDDCRYDERWDQSDLHITNQTDTSGTVCAPLQLYAELENKGKERTVSDWKWELHKIASQQQPLRNGNVVDKGLITDKKSKTIYKIESKRSLQPGIYAFKVYKPEGYPADEEKFEWSKPMKLVKCREQATVSDLKKTEKEPAEPVKESGEEHEKNAETDQ PGPT0026400_23 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_RELATED_GENES CE-BIOFILM-AMYLOID_FIBRES_RELATED_FUNCTION,PGPT0026400-tapA|yqxM-K19433 NA NA D1-12_01567 330 yqzG putative protein YqzG ATGATGATCAAACAAAGTCTGATTTGCCTTTCTCTTCTTGTTTTCGGGGTTTCAGGAACAGCTCAGGCGGAAACGGTGCCTTATTATGCTGTTCACCATAAATCAAAATGGGAAAAGTTAGCAGAAAAAGAAGCTAAAAAAAGATATCCGCTCGCCCAAACGTTATTTATTCAAAAGGTGTGGGATCGGAAAAGAACGGACGAAGCAGTCAAGCAATACCACTTGACATTGCGGGATGGCGCAAAAGAATTTGGTGTGTTTGTTACGATTTCTTTTAATCCCTACAGCCAAAAAGTAAATAAAATTGCCGTCATTGAGGAATACCAATAA MMIKQSLICLSLLVFGVSGTAQAETVPYYAVHHKSKWEKLAEKEAKKRYPLAQTLFIQKVWDRKRTDEAVKQYHLTLRDGAKEFGVFVTISFNPYSQKVNKIAVIEEYQ NA NA NA NA NA D1-12_01568 180 hypothetical protein GTGAAAACAAATGATTATGTAAAATATATGACTGAGCAATTCGTTAAATATTTCGATACGCCGAAACAGGAACGGAGAGAGCGAAAAGAAGTGCGGAAAGAAAAGAAAGTGCCGGCTTCTCAGCACTGGTTCGGAATATTGCCGTACAGTTTTAAGCTGTGGATGCAACGGAAAAAATAA MKTNDYVKYMTEQFVKYFDTPKQERRERKEVRKEKKVPASQHWFGILPYSFKLWMQRKK NA NA NA NA NA D1-12_01569 378 comGG ComG operon protein 7 ATGTACAAATCTGACGGTTTTATATATCCCGCGGTTCTGTTTGTTTCTGCCGCAGTTTTACTTGTCATCAGCTATACTTCATCTGATTTCATCACCCGAAAAACATTTGCAAAAGAGGCCGGGGAGTACTGGATCGGAGAGAACCTGCTCCAAAACGGCGCGCTGCTGTCAAGCCGCCATATGACACAGGGACAAAAGGGCCAAACTGGTACACAGCGTTTTCCGTACGGCACCGTTTCTTTTCACATCACCGGGAGTGATCGAAGGGAAACGGTTCAGGTTACAATTCAGGCGGAAACCACGACAGGCACGAGACGGGAGGCTCACCTTTTGTTCGATCAGAAGAAGAAACAGCTGATTCAATGGACGGAAGTATAA MYKSDGFIYPAVLFVSAAVLLVISYTSSDFITRKTFAKEAGEYWIGENLLQNGALLSSRHMTQGQKGQTGTQRFPYGTVSFHITGSDRRETVQVTIQAETTTGTRREAHLLFDQKKKQLIQWTEV NA NA NA NA NA D1-12_01570 396 hypothetical protein TTGGCAGTCTGTCTTTTCCTATCAGGCACCCTGGGCCCGATTTTACATCTGTTCTTATCAAACCGGACCGATAACGGCGGATTAGACAGCCGGGAGCATCAAATTGCCGTTCAGCAGATCATGAACGAATGTAAACAGGCTGAGACTGTGAAGCCGGCGGACGGCGGACGGGCGTTAGCATGCCGGAAAACAGGAGGCGAAGAAGTGCGTTTTGAAATTTATCATAAGATGATAAGGAAAAGAGTAAACGGAAAAGGCCACGTGCCGATCCTGCAAAACGCGGCATCATTAACGGCTGATGTGAAAAATGGCCTGCTCTTATTAGAGATCTCAAGCGTTACAGGTAAAAAGAATCAGGCGGTCATTCCGGTTTACAGCTCTTTTAAAGGTGATTAA MAVCLFLSGTLGPILHLFLSNRTDNGGLDSREHQIAVQQIMNECKQAETVKPADGGRALACRKTGGEEVRFEIYHKMIRKRVNGKGHVPILQNAASLTADVKNGLLLLEISSVTGKKNQAVIPVYSSFKGD PGPT0029465_338 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-COMPETENCE-RELATED_DNA_TRANSFORMATION_TRANSPORT,PGPT0029465-comGF-K02248 NA NA D1-12_01571 321 hypothetical protein ATGTCCATGCTAAACGGAAATAAGGGGTTCTCTACTATTGAAACGCTATCAGCAATGGCCATTTGGCTGTTCCTTATGACGTCTATCATTCCGGTCTGGACGGGCATGCTGACAGATGGCCTGAAAATAGAAGATCGCCAGGAAGCGTACCAGCTTCTTCAGAAACATATCAGCACTTATATGATGACCGGAAAAAAGCCGCCGTCTCCCGGTGTGAAGTGGAAGGAGGATGGTGAGTATTACAAAGTGTGTGCGGCTGACCCCGGCGAAAAAGAAATGTGCCTCAGCATTCTCAAAACAGACTGGCTTTACGCTTCTTAA MSMLNGNKGFSTIETLSAMAIWLFLMTSIIPVWTGMLTDGLKIEDRQEAYQLLQKHISTYMMTGKKPPSPGVKWKEDGEYYKVCAADPGEKEMCLSILKTDWLYAS PGPT0029460_49 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-COMPETENCE-RELATED_DNA_TRANSFORMATION_TRANSPORT,PGPT0029460-comGE-K02247 NA NA D1-12_01572 438 hypothetical protein TTGAACAATAACAGGCGGACAGAAAATGGGTTTACCCTTCTTGAAAGCCTGATTGTGTTAAGCCTGGCGTCCGTCCTGCTGACGGTTTTGTTCACGACGGTTCCGCCGGTCTGCACCCACCTTGCCGTGCGGCAAAAAACAGAACAGCTCCAAAAAGATATTCAGCTTGCTCAGGAAACGGCTATCGCAGAACATAAAAGAACAAAAATCACTTTTCTTCCAAAAGAGCATAAATACAAACTGCAGTCAGGCGGAAGGATTGTCGAGCGTTCTTTTGATTCGCTTCACATTACGCTTGTGACTTTACCGGAGAGCCTTGAATTTAACGAAAAAGGCCATCCGAATTCGGGAGGAAAGATACAATTGAAGAGCGCCGGGTTCACCTATGAGATCACAGTTTACTTAGGGAGCGGAAATGTCCATGCTAAACGGAAATAA MNNNRRTENGFTLLESLIVLSLASVLLTVLFTTVPPVCTHLAVRQKTEQLQKDIQLAQETAIAEHKRTKITFLPKEHKYKLQSGGRIVERSFDSLHITLVTLPESLEFNEKGHPNSGGKIQLKSAGFTYEITVYLGSGNVHAKRK PGPT0029455_230 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-COMPETENCE-RELATED_DNA_TRANSFORMATION_TRANSPORT,PGPT0029455-comGD-K02246 NA NA D1-12_01573 267 comGC COG4537 ComG operon protein 3 ATGCTGATTGTTTTATTTATCGTTTCCATTCTGCTTTTAATCACCATTCCTAACGTTACAAAACATAATCAAAGCATTCAGCGTAAAGGCTGTGAAGGACTGCAGAATATGGTGAAAGCCCAAGTGACGGCGTACGAAATCGACCATGAAGGTAAAATGCCGGATATGAACGATTTACAATCAGAGGGGTATATCAAAAAGAATACAGCCTGCCCGAATGGTAAACAGATCTTAATTAGTGGCGGAGAAGTTACAGTTGAACAATAA MLIVLFIVSILLLITIPNVTKHNQSIQRKGCEGLQNMVKAQVTAYEIDHEGKMPDMNDLQSEGYIKKNTACPNGKQILISGGEVTVEQ PGPT0029450_371 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-COMPETENCE-RELATED_DNA_TRANSFORMATION_TRANSPORT,PGPT0029450-comGC-K02245 NA NA D1-12_01574 1038 epsF_1 COG1459 Type II secretion system protein F ATGAAGCGGATTAAACGAACCTGGCCGTTGAAGGATCAAGCGGCTTTTTTGAAAAGGCTCGGTGAAATGACGGAAAAAGGATACAGTCTGATTGAAGGGCTCAGACTGCTGAAACTCCAGCTGCATAAACGTCAGCTTGCAGAGCTGACGGACGGAATCCGACGGCTGAGGGAAGGTGATGCGTTTTACCAAGTGCTTGAGGCACTGTCTTTTCACAAAGAAGCCGTCTCTATCTGCTATTTCGCGGAGAAACACGGGGAATTGCCGGGGGCGATGAAACAAAGCGGCGAATTATTACAGAGAAAGCTCATGCAAACGAATCAAATCAAAAAAATGCTCCGGTATCCGATGTTTTTAATTTCTTCCGTCTGTGTCATGTTTTATATCCTGCAAAGTTTAATCATTCCGCAGTTTTCTGGGATTTATCAATCAATGAATATGAATACATCCGGTGCGACTGCTTTCATCTTTGCATTTTTTCGGCATTTTCATGAAGCCTGCGCACTGGCGCTGTCCGCCGCTTTCTGCTTGTTTTTGTACGTTTGGTTCTTATGTAAGAAAAAATCCCCGCAAGATAAAATGCTGATTGTTGTGAAAATCCCCCTATTAGGAAAAGCGGCCGTTCTTTTTAACAGCTACTTTTTCTCTTTACAGCTCAGCAGTCTTCTGAAATCCGGCCTTTCTATCTATGACAGCTTAACAGCTTTTAAAGAACAATCTTTTCTGCCTTTTTATCGTGAAGAAGCAGAGATGCTCATTACACGTCTGAAAGCCGGAGAAACCATAGAATCCGCTCTTTCCGGGCATCCGTGTTATGAAAAAGACCTTGCGGCTGCAGTCTGCCACGGGCAGGCAAACGGCCTGCTTCACCGCGAACTTTATACGTACAGCCAGTTTATGATGGAGCGTCTTGAACAAAACGCGGCGAAGTATACCGGCATTCTCCAGCCTGTCATTTACGGTGTTGTGGCCGGTATGATTTTAATTGTCTACATGTCAATGCTGATGCCGATGTACCAGATGATGAACCAAATGTAA MKRIKRTWPLKDQAAFLKRLGEMTEKGYSLIEGLRLLKLQLHKRQLAELTDGIRRLREGDAFYQVLEALSFHKEAVSICYFAEKHGELPGAMKQSGELLQRKLMQTNQIKKMLRYPMFLISSVCVMFYILQSLIIPQFSGIYQSMNMNTSGATAFIFAFFRHFHEACALALSAAFCLFLYVWFLCKKKSPQDKMLIVVKIPLLGKAAVLFNSYFFSLQLSSLLKSGLSIYDSLTAFKEQSFLPFYREEAEMLITRLKAGETIESALSGHPCYEKDLAAAVCHGQANGLLHRELYTYSQFMMERLEQNAAKYTGILQPVIYGVVAGMILIVYMSMLMPMYQMMNQM PGPT0029445_245 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-COMPETENCE-RELATED_DNA_TRANSFORMATION_TRANSPORT,PGPT0029445-comGB-K02244 NA NA D1-12_01575 1071 comGA COG2804 ComG operon protein 1 GTGAAAAATATTGAAACATACAGCAGGAACATCATAAACGAGGCCTATACGGCAAGGGCTTCAGATATACACATTGTGCCGAGAGAAAGGGATGCTTTCATTCATTTTCGCATCGGCCATGCTCTTGTGAAAAAAAGAGTCTTAAAAAAAGAGGAATGTGTAAGGCTTATTTCTCATTTCAAGTTTTTATCGGCCATGGATATAGGAGAAAGACGAAAGCCGCAAAACGGGTCATTGTCTCTGCCGCTTCCGACAGAAACCGTTCATTTGAGAATGTCAACCTTGCCGACAATGAATGATGAAAGTCTTGTCATCAGGCTTTTGCCTAAGCAGCAGATTCCCCCTCTGGATAAACTGTCCTTATTTCGGGGGGCAGGCGCCGCATTATTGTCCTTTCTGAAGCATTCGCACGGCCTGCTTCTGTTTACCGGCCCGACCGGATCTGGAAAAACGACCACTCTTTACTCGCTTGTCAACTATGCAAAACGGCATTTCAACCGGCGGATTGTCACGCTTGAAGACCCCGTAGAAACAAGAGATGAGGATGTGCTGCAAGTTCAGGTGAATGAAAAAGCCGGAGTCACATATTCCGCCGGTTTAAAAGCGATTTTAAGACATGATCCCGATATGATCATCTTAGGGGAAATCAGGGATGCCGAGACGGCTGAAATCGCAGTCCGCGCCGCCATGACGGGGCACCTCGTTCTTTCAAGCCTGCATACAAGAGATGCTAAGGGCGCCATATACAGGCTGCTGGAGTTCGGCGTGAACATGACAGAAATTGAACAAACCGTCATTGCCATTGCCGCTCAGCGTCTGGTTGATTTAACATGTCCGTTCTGCAAAGAGGAAAACTGTTCCGTGTACTGCCGGATGTACAGGCAGACACGCCGTGCGGGCATTTATGAACTGCTCTACGGGAAAAACCTCACCCAATGCTTTCAGGAAGCAAAGGGAGAGCACGCCAATTTTCAATATCAGACGCTCCGCAGGCTGATCAGAAAAGGAATCGCTCTCGGCTATGTCACGACCGACAATTACGATCGGTGGGTGTATCATGAAGCGGATTAA MKNIETYSRNIINEAYTARASDIHIVPRERDAFIHFRIGHALVKKRVLKKEECVRLISHFKFLSAMDIGERRKPQNGSLSLPLPTETVHLRMSTLPTMNDESLVIRLLPKQQIPPLDKLSLFRGAGAALLSFLKHSHGLLLFTGPTGSGKTTTLYSLVNYAKRHFNRRIVTLEDPVETRDEDVLQVQVNEKAGVTYSAGLKAILRHDPDMIILGEIRDAETAEIAVRAAMTGHLVLSSLHTRDAKGAIYRLLEFGVNMTEIEQTVIAIAAQRLVDLTCPFCKEENCSVYCRMYRQTRRAGIYELLYGKNLTQCFQEAKGEHANFQYQTLRRLIRKGIALGYVTTDNYDRWVYHEAD PGPT0029440_45 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-COMPETENCE-RELATED_DNA_TRANSFORMATION_TRANSPORT,PGPT0029440-comGA-K02243 NA NA D1-12_01576 951 corA_1 COG0598 Magnesium transport protein CorA ATGAAGGTACATTCGAGTGCGGACTGGCTGTGGTACCAGCTCGGTCCGCATGAAAAAACGGAAGCGAAAAAAATGATCCATCACAATCACTGGCCGCAATGCGAAAAGTGGTTTGAACATGAAAATCATATAAACTTTCTGCGCTCAGATACAAATGATCAGAATAATGAAGCGGTTTTCGGTTCTTTAATCTATCATCAAGGATTAGATGATGAAAAAAACCATACCGTATTTCACTTTTATATTACGAGAGACTTCTTTTTTACAATTAATTTTGATTTTTCGCTGCTGCGCGGTGTAAAAGAAAAGCATGCCACACAGCAGATTCAAACCTGTGAAAATCCGATTGAAGGCTTTTTTGTTTTACTGGGAGAGCTGATGAATTCCTATCTGATCGGACTGGATGAATTTGAAGTCAAGCAGCGGACGCTGAAATGGCAGATTCATGATGACAACAGCAAAGGAATCTTGGAAAATGTGCATAAACTGCGCCATGAGCTGTTCATTTGGAAAGGTCTTACACTGGGGGCTAAAAAAGTAGAAATGGCTTTAAAAGAAGCTTTTCTTCCGAAAAATGACAGGCAGAAAGATTACCTCAGAGCTCATCAAAAGATGGAAAGAGGAATTACATATATCAATGAGTTTGATCAGGAATTGAGCAATCTGCTGCACGCCGAGGAAGTCATTACCTCCCAAAGAGGAAATGAAATTGTGAAAGCCTTGACGATCTTTACAACACTCTTTACACCGATGACGGCGCTTGGAGCTCTCTGGGGGATGAACTTTGATAACATGCCGGAGCTTCATTGGAAATATGCGTATATCTGTTCCATCGTGCTCATTATTGTATCAACCCTGCTGATTTATATTTATCTGCGGCACAAAGGCTGGACAGGGGACATTTTGAGGGAGCATCAAAAAAAATATTTGCGGAAAGAAAAGAAACGCTAA MKVHSSADWLWYQLGPHEKTEAKKMIHHNHWPQCEKWFEHENHINFLRSDTNDQNNEAVFGSLIYHQGLDDEKNHTVFHFYITRDFFFTINFDFSLLRGVKEKHATQQIQTCENPIEGFFVLLGELMNSYLIGLDEFEVKQRTLKWQIHDDNSKGILENVHKLRHELFIWKGLTLGAKKVEMALKEAFLPKNDRQKDYLRAHQKMERGITYINEFDQELSNLLHAEEVITSQRGNEIVKALTIFTTLFTPMTALGALWGMNFDNMPELHWKYAYICSIVLIIVSTLLIYIYLRHKGWTGDILREHQKKYLRKEKKR PGPT0014010_3824 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-MAGNESIUM_TRANSPORT,PGPT0014010-corA|yfjQ-K03284 NA NA D1-12_01577 1302 hypothetical protein TTGTATATCATCAAACTATCTGCCATCGTACTATTTATTTTATTAACGGCGTGTTTTGTCGCCATAGAGTTTTCAATCGTTAAAGCAAGGCGCTCCCGCATTAATCAGCTTATTGAGGAAGATGTAAAAGGAGCAAAAGCAGCCAAGCATGTCATTACACACCTTGATGAATATTTATCGGCGTGCCAATTGGGTATCACCGTCACCGCTTTGGGAATCGGCTGGCTGGGTGAACCGACAGTCAAAGCAATGCTTCGGCCGTTATTTTTAAAGACCGGAGTTCACGAAGCGGTTGCCCAAGTCCTGTCATTGATCATCGCCTTTCTGCTGGTTACATATGTGAATGTCGTCATCGGCGAACTCGCCCCGAAAAGTTTTGCTATCCAAAAAGCCGAGCGGATTACACTTTTGTCTGCCAGACCGATGATTTTGTTTTATAAGTTAATGTTTCCGTTCATCTGGCTGCTCAATCATTCCGCCCGCCTGATTACAGCCATGTTCGGCTTGAAGCCTGCTTCCGAACATGAAATGGCTTATACGGAAGAGGAATTGCGGGTGCTCCTTGCCGAAAGCTATCGAAGCGGCATGATTAAAAAAAGCGAGCTCCATTACGTAAATAACATTTTTACATTTGATAAGCGCACTGCCAAAGAAATTATGGTGCCCCGGAATGAAATGGTGAGCCTGCCGTTAGACAGCGGATCGGGACATATGCTCCGGGACATTATCAAAACAAATAAATATACCCGGTATCCCGTAGTAAAAGGAGATAAAGATCATGTAGTCGGCATCATCAATATAAAAGAAGTTTTATTCAGATTCCTGTCAGAAGGAGCGGCGTTTACAAAACACGAACTCAGCCCTTACATCCAGCCGGCGATCCACGTGATTGAGACGATTCCGATTTATCAATTATTCGTTAAAATGCAGCGGGAACACGCCCATATGGCCATTCTCATTGATGAGTACGGCGGAACTGCGGGATTAGTAACGGCGGAAGATATCATTGAAGAGATCGTCGGCGAAATCCGCGACGAATTTGATACGGACGAAACACCTTCCGTTCAAAAGCTTGGGAAGAACCGCTATCTCCTGAACGCCAAATTGCTGATCAGTGACGTCAATGATGTACTCGGAACAGAGATTACGGCTGATCAAGTCGATACACTCGGGGGCTGGTTTCTTACTCAGCATATTGACGCGAAGCCCGGGAGCACCATTGATTTTGAAGGCTACACATTTACGGTAAAAGAAATCGACAGCCATCATATCATTACGATTGAAGCTGACAAAGCTGAATAG MYIIKLSAIVLFILLTACFVAIEFSIVKARRSRINQLIEEDVKGAKAAKHVITHLDEYLSACQLGITVTALGIGWLGEPTVKAMLRPLFLKTGVHEAVAQVLSLIIAFLLVTYVNVVIGELAPKSFAIQKAERITLLSARPMILFYKLMFPFIWLLNHSARLITAMFGLKPASEHEMAYTEEELRVLLAESYRSGMIKKSELHYVNNIFTFDKRTAKEIMVPRNEMVSLPLDSGSGHMLRDIIKTNKYTRYPVVKGDKDHVVGIINIKEVLFRFLSEGAAFTKHELSPYIQPAIHVIETIPIYQLFVKMQREHAHMAILIDEYGGTAGLVTAEDIIEEIVGEIRDEFDTDETPSVQKLGKNRYLLNAKLLISDVNDVLGTEITADQVDTLGGWFLTQHIDAKPGSTIDFEGYTFTVKEIDSHHIITIEADKAE PGPT0014013_1 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-MAGNESIUM_TRANSPORT,PGPT0014013-yrkA-NA NA NA D1-12_01578 831 rsbRD_1 RsbT co-antagonist protein RsbRD GTGAAACATTTGAACGAAACATTATCTCGAACCTTAATTGAAGAATCAGGTGAAATCACACGCCAGTGGCTGCTCATACCAAAATCGGGGCGGCCTTCAGATGATCAGAAAGCGGAAATGCAGCACCGTCTGTTAATTGAAATCGTTGCCGGCATTCTATCGGAAAAAGACGGCGGGGAAGAGGAGCTGACAAAATGGGCGCTTCAGTTCGCAAGGGACCGGGCCGTCCATGAAGTACCGGTCTATGAAAGCGTCACGAGCTTTAAAGAATTCCGGAGATTGGTCTGGAACCGCATACAGACATGCTGTGAAAAAATGTCTGAGAAGCCTGGGGCGAATGCGGTATTCCATTGGGGAGAGAAGCTGAACAAAGCAATTGACCATATGATTGAAGTATTTACAGAGGAATATTATAAAGTGACGGTTACACAATTAAACGCCCAAAAAGAAATGATTAACGAACTAAGCGCGCCGATTATGCCGATTGCCGACGGTATTGGAATTTTGCCGCTCGTCGGCGAAATTGACACCTACCGGGCAAAAATGATTTTGGAATCGGTGCTTGATCAATGTTCCTCGCTCCGGCTTTCTTATTTATTTTTAGATATATCAGGTGTGCCGATTGTGGATACGATGGTCGCTTATCAGATTTTTAAAGTGATTGACAGCACAAAACTTCTTGGCATAGAAACGACAATCTCAGGCATCAGGCCGGAAATCGCGCAGACCGTCGTGAAGCTCGGCATCGATTTTTCTCAGGTGAAAACGGAGCAGAGTCTGGCGAAAGCGCTGGCAAAAAACGGATTTATCGTAAAAGAATCATTAAGATGA MKHLNETLSRTLIEESGEITRQWLLIPKSGRPSDDQKAEMQHRLLIEIVAGILSEKDGGEEELTKWALQFARDRAVHEVPVYESVTSFKEFRRLVWNRIQTCCEKMSEKPGANAVFHWGEKLNKAIDHMIEVFTEEYYKVTVTQLNAQKEMINELSAPIMPIADGIGILPLVGEIDTYRAKMILESVLDQCSSLRLSYLFLDISGVPIVDTMVAYQIFKVIDSTKLLGIETTISGIRPEIAQTVVKLGIDFSQVKTEQSLAKALAKNGFIVKESLR PGPT0014945_1148 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-TRANSCRIPTIONAL_REGULATION,PGPT0014945-rsbRD|yqhA-K17763 NA NA D1-12_01580 381 mgsR_1 COG1393 Regulatory protein MgsR ATGAAAGAACTTATTTTTTATTCATACCCGAGCTGCACATCATGCCGAAAAACGAAACATTGGTTAAAAGCCCACAATGTTGACTTTCAAGAGCGCCATCTATTCAGGGAGACACCGACAATTGATGAATTGAAGCAGATCTTATCATTAACGACCGAAGGAATTGATGAAATATTGGCGACGAGAAGCCAAACATTTAAAAACCTCAACCTGAACATTGAAGAAATGACTGTAAATGAAGTGCTGAAGCTTTTGACTGAGAAGCCGAAACTGCTGCGGCGTCCGATTCTGATCGATCGCAATAAGCTCGTTATCGGATACAATCCGGGAGAACTGATGAAGCTGACGAAGAAAAAAACGGTACATCAATCTGTATCATAA MKELIFYSYPSCTSCRKTKHWLKAHNVDFQERHLFRETPTIDELKQILSLTTEGIDEILATRSQTFKNLNLNIEEMTVNEVLKLLTEKPKLLRRPILIDRNKLVIGYNPGELMKLTKKKTVHQSVS PGPT0004720_1216 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-TRANSCRIPTIONAL_REGULATION,PGPT0004720-arsC1-K00537 NA NA D1-12_01581 246 hypothetical protein ATGAATCGCATGTTCCGGGTGTTAGGATTTTGGACGGGGATATTTGCAGTCATGTTTTTTTTAGGGGGCATGAAAGACGCTTCTCTTTTGTTTTTTGGACAGACGATCTTTTTCGTATTTCTTTCTTATTTGAATCTGACTGAGCGGATGTATATTTATATTTTCGGAGCTTACTTAACCGTATTTTTCGCCGGATTTACATATTACTCAATTTTTATTATGACACCGGGCGGCGGAACCCACTGA MNRMFRVLGFWTGIFAVMFFLGGMKDASLLFFGQTIFFVFLSYLNLTERMYIYIFGAYLTVFFAGFTYYSIFIMTPGGGTH NA NA NA NA NA D1-12_01582 639 putative metallo-hydrolase GTGAAATGGAGACGAATGCCGGCCGGTCCGATTCAGGCAAACGCGTATTTTCTCGTCAGTGAGGATCAGTCCTGTCTTATTTTTGATCCGGGCGGGGAAGCGGACAAAATCAACAATTACGTAAAAGAAAACAATCTGAAGCCGCTGGCCATCTTACTGACGCACGCTCATTTTGACCATATCGGCGCGCTTGACGAAGTAAGAGACAGATGGGATGTTCCCGTATATCTTCACAAAAATGAAGAAAAGTGGCTGGAGGACTCTTCCTTAAACGGATCAGGCATATTGCGGGGCATCGCCGTAACGGCACGGCCCGCCGAACGGCTGATTGAAGGCGACGGCATTTTGGACATCGGGCCTTTCCATTTGGAGACATTGTTTACGCCGGGACATTCACCGGGAAGCGTTTCTTATTATGTGAAGGACGCGGATCTGGTGATTTCAGGTGATGTGCTCTTTCAGGGAGGCATCGGCCGCACTGATTTACACGGCGGAAGTCAGGACGTATTGCTTGAATCCATTCATCAAAAACTGCTCACGCTTCCCGGACATACACTTGTATTAAGCGGGCATGGGCCGGAAACGGATATCCAGACAGAGCAGGAGCGAAACCCGTTTATTAATGGTTTTTCACTGTAA MKWRRMPAGPIQANAYFLVSEDQSCLIFDPGGEADKINNYVKENNLKPLAILLTHAHFDHIGALDEVRDRWDVPVYLHKNEEKWLEDSSLNGSGILRGIAVTARPAERLIEGDGILDIGPFHLETLFTPGHSPGSVSYYVKDADLVISGDVLFQGGIGRTDLHGGSQDVLLESIHQKLLTLPGHTLVLSGHGPETDIQTEQERNPFINGFSL PGPT0001770_6947 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-LACTIC_ACID_BIOSYNTHESIS,PGPT0001770-gloB|gloC-K01069 NA NA D1-12_01583 174 hypothetical protein ATGTTACTTGTTGTAATCTTCGGCCTTGTCGCATTATTAGCTGTATTAGGAGTCCTGCGGGCTGTCAGACAGAGAAATATCCTGGGATTTTTGTTAGCCGCCGCCACGCTGGGCGTGTTTGGCTGGTTTACCGTAATGACCGTTGTAACCAGCGGCTATCCGACTGCACATTAA MLLVVIFGLVALLAVLGVLRAVRQRNILGFLLAAATLGVFGWFTVMTVVTSGYPTAH NA NA NA NA NA D1-12_01584 315 hypothetical protein ATGGCAATTGCAGATGTGACAATCATTCCGATCGGAACAAAAACACCGAGCGTCAGTGAGTATGTAGCGGATGTGCAAAACATTTTGGAGGGTTACAAAGCTGCCGGCAAAATCAAATTTCAGCTCACGCCGATGAACACGTTGATTGAAGGTGAGCTGAGCGACTTATTCGCAGTCATTCAGGACATTCACGAAGCTCCGTTCCAAAAAGGGCTGCACAGAGTGGCGACAAATATCCGCATTGATGACAGACGTGATAAAGAAACAACGCTGGAGAGCAAAATCAAAAGTGTCAGCAAACATTTGCAGCAATAA MAIADVTIIPIGTKTPSVSEYVADVQNILEGYKAAGKIKFQLTPMNTLIEGELSDLFAVIQDIHEAPFQKGLHRVATNIRIDDRRDKETTLESKIKSVSKHLQQ NA NA NA NA NA D1-12_01585 1038 hypothetical protein GTGAGATACTTGGTTTGTGTTCTGCTGTCCGCATTCGTTCTGTGTTTAGCGGCCTGTGAACCATCTCATCAGCAGCAAGACACAGGCGTTTCGGCAAAATCAGCAGAACAGAAAATCGTTCCGCTCAGTAAAAAGGAAGCGGAGAAAACGGAAGGATGGCTGGATAACAGAACGATTCTGTATACAGCACATCATCAGCTGATGAAATATGATCTTTTCAGCGGAAAATCCGAACGGCTCTATGAAACAAAGGGCCATATTGTCAATGTAAAGATCAGCTGGAAAAAACAGCTGATTCTCGTACAGGTGACAAGCAGCGGTCAGACTGAGCTTGTGCTTATGAACAAGCAGGGGAAAAGACTTTATCACAAAGCCTTTAACTCTTATGAGCTGGAGACGGCTTGGAATCCGTATGACCCGTATCAAATGATGATTACCGTTTTTACTGAAACATGGGACTTCACAGCCTATACGGCCGATATGAACAACGGCATTTTAAAAAAGAGTCCCGTTCAGGCCCCTTTTGTCCATTGGACCTCCACTGATGAATTCCAATATATCAAGCAAGGGAAAACGGAGGAAGAGGGTCCTTTATATTCTTATGACTTGCAGACAAAAAAAGAAAAAAGAGTGCTTCATCACGTCATCTGGGCCGATTCCCGCCCGGGCATGACGATTGCCGTCAGACAAACGGATCAATCGGACGGAGACGGCGAGTTCCTTTTCCAAAAGCCGGCATCCGTGACACACCGATTTCCTCTCCAAGAAAAGTATAAGAGCTTTGCGCCGATGGAATATGATTACGATCAGACACACAAGCGGTTTTACATATTTAAGCCTGAAGGCCGCTCTTACAATCTGATCAGCTTTGACTTAGGAGACGAACGGGAGCGGACGGTGCTCAAAAACACGGAAATGGAGCCGATTCAGATCTCTCCGAACGGGGAATACGCTTTATACGGCTTTACGTATGACCGTCTGATTTCACTGAAAACAGGCATGACAGAACCAATCATAACAAATGAAAAAGGAGTTTGA MRYLVCVLLSAFVLCLAACEPSHQQQDTGVSAKSAEQKIVPLSKKEAEKTEGWLDNRTILYTAHHQLMKYDLFSGKSERLYETKGHIVNVKISWKKQLILVQVTSSGQTELVLMNKQGKRLYHKAFNSYELETAWNPYDPYQMMITVFTETWDFTAYTADMNNGILKKSPVQAPFVHWTSTDEFQYIKQGKTEEEGPLYSYDLQTKKEKRVLHHVIWADSRPGMTIAVRQTDQSDGDGEFLFQKPASVTHRFPLQEKYKSFAPMEYDYDQTHKRFYIFKPEGRSYNLISFDLGDERERTVLKNTEMEPIQISPNGEYALYGFTYDRLISLKTGMTEPIITNEKGV NA NA NA NA NA D1-12_01586 1128 hypothetical protein ATGGCGGGAATTCGTGTCAAACCTGAATTGAAACAGCATATGAAAGATATCGCAAAGGTGCTTTCAATTGATGAAAAACTGTTGAAAGCCGCTGATAAAACGGCGGAAAACGATGAATTGTTTTGTCCCGGCTTTGCCGTGAGCGGGCAGTCAGAGGGTCCGCCGCTTGAGACGCTGAGCGGGCTTTCGCGATACATTCGGCGCTGTGAAAGGATTCTTTCCGCTGATCAATGGGTGAAGGAAGAAAAGGTGTACGGCTCCGAATCGGTTTATGAAGAAATTGAGAAAATAACGGATGTCTTTCCGTTTGTCACGTGCCGTAAAATCGGCAGTTCCGTATTGGGAAAGCCGCTTTATGAGCTGAAAATAGGTGCGGATACGGCCGAAAGAAAAGTCCATGTAAACGCCTCATTTCATGCCAATGAATGGATCACCACCTCGGTCGCGCTTAAATGGTGTAAAGAATATTGCGCGGCATTATGCGAAAATAAAACCGTTTTCGGGCACTCTGCGCTTGATATATTCAGCCGGACATCATTGTCATTCGTTCCGCTCGTAAATCCCGACGGTGTTGATCTCGTACTTTCCGGATGTGAAGATTTATCAGAAAAAAATGAATTTCTTCATCAATTAAATGAGCACCGCCCGGATTTCCGCGAATGGAAGGCGAATATAAACGGTGTGGATTTAAATAAACATTTCCCATCCAATTGGGATATTGAACAGAGGCGCAAACCGAAAGCCCCTTCATACCGTGATTTTCCGGGGACGGCGCCGCTCACTGAACCGGAGGCGCAGGCGATGCACCGGCTGATAACGGAGCAGCCGCCTGACAGGCTGATCGCGCTTCATACGCAGGGAGAAGAGATTTATTGGGGATACGAAGGATGTGAACCGGAGCAATCATCCCGGATGATTCGGGAGTTTGAAGCGATAAGCGGAAACTGCTATCAAGGCGTTAAAACCATTGACAGCCATGCCGGTTTTAGGGATTGGTTTATACAGCAGTATGGAAAAGAGGGCTATACCATTGAGCTCGGGAAGGGAAAAAACCCTTTGCCTTTTCATCAGTTTGCTGCTATTTATCAAGCGACGGAAGGTATTTTGTGGAGGTCGCTTGTTTTTTGA MAGIRVKPELKQHMKDIAKVLSIDEKLLKAADKTAENDELFCPGFAVSGQSEGPPLETLSGLSRYIRRCERILSADQWVKEEKVYGSESVYEEIEKITDVFPFVTCRKIGSSVLGKPLYELKIGADTAERKVHVNASFHANEWITTSVALKWCKEYCAALCENKTVFGHSALDIFSRTSLSFVPLVNPDGVDLVLSGCEDLSEKNEFLHQLNEHRPDFREWKANINGVDLNKHFPSNWDIEQRRKPKAPSYRDFPGTAPLTEPEAQAMHRLITEQPPDRLIALHTQGEEIYWGYEGCEPEQSSRMIREFEAISGNCYQGVKTIDSHAGFRDWFIQQYGKEGYTIELGKGKNPLPFHQFAAIYQATEGILWRSLVF NA NA NA NA NA D1-12_01587 963 glcK COG1940 Glucokinase ATGGAAGATACATGGTTTGCGGGGATTGATCTTGGCGGAACAACCATCAAGCTGGCCTTTATCAACATGTACGGTGAAATTCAGCATAAATGGGAAGTTCCGACCGATAAATCAGGAAATACAATTACGGTCACGATCGCCAAAGCGCTTGACCAGAAGCTGGAAGAACTGAACAAGCCGAAACGGATCGTAAAATGGATCGGAATGGGAGCGCCCGGACCCGTGGAAATGGCGACGGGAATGGTCTATGAGACGACAAATATGGGGTGGAAAAACTATCCGCTGAAAGACCATCTCGAGGCGGAAACGGGTATTCCGGCCGTCATTGAAAACGATGCCAATATCGCGGCGCTCGGAGAAATGTGGAAGGGTGCAGGTGACGGGGCCAAAGATGTCATTTTAGTGACGCTCGGAACCGGAGTCGGCGGAGGCATCATCGTCAACGGAGAAATCGTTCACGGTAAAAACGGGGCCGGCGGAGAAATCGGTCATATTTGCAGTATTCCGGAAGGAGGAGCTCCGTGCAACTGCGGAAAATCCGGCTGCATCGAAACGATTGCGTCCGCAACAGGCATCGTCCGCATCGCGAAAGAAAAGCTTGCGGCGGTTTCCGACTCTTCGCTCTTACAAGTGGATGATCTGACGGCACGTGACGTGTTCGAAGCGGCTAAACAGCAGGATAAGACAGCGCTTGAAGTCGTCGATTATGTCGCAAAACATTTAGGCCTCGTGCTCGGAAACCTGGCAAGCGCCATGAACCCGACGAAAATCGTGCTCGGCGGAGGGGTCTCTAAAGCGGGTGAAATCCTGCGGTCAAAAGTGGAAGAGACCTTCAAAATCACCGCGTTCCCGCGTTCTGCGGAAGCGGCCGATATTTCGATCGCGGCACTTGGAAATGACGCCGGAGTCATCGGCGGGGCGTGGATTGCCAAAAATGAATGGCTCAAACATCAAAACTGCTGA MEDTWFAGIDLGGTTIKLAFINMYGEIQHKWEVPTDKSGNTITVTIAKALDQKLEELNKPKRIVKWIGMGAPGPVEMATGMVYETTNMGWKNYPLKDHLEAETGIPAVIENDANIAALGEMWKGAGDGAKDVILVTLGTGVGGGIIVNGEIVHGKNGAGGEIGHICSIPEGGAPCNCGKSGCIETIASATGIVRIAKEKLAAVSDSSLLQVDDLTARDVFEAAKQQDKTALEVVDYVAKHLGLVLGNLASAMNPTKIVLGGGVSKAGEILRSKVEETFKITAFPRSAEAADISIAALGNDAGVIGGAWIAKNEWLKHQNC NA NA NA NA NA D1-12_01588 210 yqgQ COG4483 putative protein YqgQ ATGGTGAAGAAGATGAATTCATTTTATGACGTGCAGCAGCTGTTTAAGTCATTCGGACATATCGTTTATTTCGGTGACAGACAAGCCGAAATTGACTTTATGAAAGATGAATTAAAGGAAATGTACTTGTCAAACGTGATTGAAAGAGAATTATGGCAAAAAGCCGCCGGAGTTCTTCAGAGAGAATCGGAGCGGATCAAAGGCAGATAA MVKKMNSFYDVQQLFKSFGHIVYFGDRQAEIDFMKDELKEMYLSNVIERELWQKAAGVLQRESERIKGR NA NA NA NA NA D1-12_01589 1260 nhaC_1 COG1757 Na(+)/H(+) antiporter NhaC ATGCCGCTGTTCTTTTGCGTCATTATTCTGTCTCTGGCAGGTTTGTGGCTCGGTTTCTCGTGGGACAGTCTTGAAAAAGGAATTGTCAGCGGATTGAAAAACGGTGTGCAGCCGATTATCGTGCTGGCTTTGATCGGTGTACTGATCGGCGCCTGGATGTACAGCGGCGCCATTCCCACCGTCACCGTTTACGCTTTGTCAATTATACAGCCGAGTCAGCTGCTTTTGACCGCATTATTTTCCTGCATGATTATCAGCACGCTTGTCGGCTCAAGTCTGACAACTGTCAGTACAATCGGCGTCGCGCTGTTAGGGGTAGCAAGCGCGGCGGGAGTTCCGCTCGAATGGACGGCGGGAGCAGTCATTTGCGGGGCTTGTTTCGGTGATAAAATGTCACCGATGTCCGACACGACAAATTTTGCCGCCGGAATTGGCGAAATTCCGATTTTTAAGCATATTCGCCATATGATGGGCACTACCGTTCCGGCACTGCTGATCACGATTGTTCTTTTTTATATTCTCGGTTCATCGGTTTCAATAAATGCCGCTTCAACGCAAAATATTGAGGCGGTCATTTCCGGAATGAAAGAGGCCGTGCACGTTACGCCTTGGTCGCTTCTTTCACCTCTGTTGGTGATCATTTTAGCTGTGAGACGGGTTTCCGTGATTCCGGTGCTTACCGCCGGTATTATTTCCGCAGGGCTTCTGACTGCTGTTTTTATTCCTGACAGCAGCATTCAAGGATTTATATCCGCCCTGCAAAGCGGGACGGAGTTTAAAACCGGCGACCAGGCTGTGGCCAGCATTATCAACAGAGGCGGGCTCCAATCGATGATGGGATCAGTCTCTCTGATCATGATCGCCTTTGCGCTCGGCGGCCTGATGGAAAAAACGGGCCTGATCGCGGCGCTGCTTCAAGGATTGATAAAAGGCGTGCATACGAAAGGACGTCTTGTCATGGCGACCGTCTTCTCAAGTATAGGCGTAAACCTTGCGACAGGTGAGCAGTATTTGTCGATCTTAATTCCGGGCCAATCTTATAAACCTTTATATGACAAGCTCAGCATTAAGCGGATTCACCTTGCGCGGTCGCTTGAGGACGGCGGAACATTGATCAACCCGCTGATTCCCTGGGGAGTAAGCGGCGCTTTTATGGCAAGCGCATTAGGGGTTTCCGTCATCGACTACCTGCCGTTTACCTTTTTCCTGTACATTTCTCCTATGATCTCAATTCTGCTCGGTTTCCTGAAAAAAAGCTGA MPLFFCVIILSLAGLWLGFSWDSLEKGIVSGLKNGVQPIIVLALIGVLIGAWMYSGAIPTVTVYALSIIQPSQLLLTALFSCMIISTLVGSSLTTVSTIGVALLGVASAAGVPLEWTAGAVICGACFGDKMSPMSDTTNFAAGIGEIPIFKHIRHMMGTTVPALLITIVLFYILGSSVSINAASTQNIEAVISGMKEAVHVTPWSLLSPLLVIILAVRRVSVIPVLTAGIISAGLLTAVFIPDSSIQGFISALQSGTEFKTGDQAVASIINRGGLQSMMGSVSLIMIAFALGGLMEKTGLIAALLQGLIKGVHTKGRLVMATVFSSIGVNLATGEQYLSILIPGQSYKPLYDKLSIKRIHLARSLEDGGTLINPLIPWGVSGAFMASALGVSVIDYLPFTFFLYISPMISILLGFLKKS PGPT0013945_1498 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H+_ANTIPORTER,PGPT0013945-nhaC-K03315 NA NA D1-12_01590 174 hypothetical protein ATGAAAAAAATGTTGATCTACTCATTATGCGCCGTATCTGTTTTAGCCGTTTACCAAAACCGCTACCGTCTGATGAACAGCGTGCTCAGCCAGCCGGGGATCAGACGGTCATTCATTCATTTCTTTTTAAAAATACCGTTTATCAGAAATAAATTCATTCAGCAGGCATTTTAA MKKMLIYSLCAVSVLAVYQNRYRLMNSVLSQPGIRRSFIHFFLKIPFIRNKFIQQAF NA NA NA NA NA D1-12_01591 555 yqgN COG0212 putative protein YqgN GTGAAAGCACAAATCAGAACCGATATAAAAGCAAAGCTTTCTGACATGACAGAAAGTGAATGGGAGAAAAAATGCCGCAGCATGCGTGAAACGCTGTTTTCTTTAAAAGAATGGAAACAGGCCCGCGTGATCGCCGTTACCATCTCGACACGCCTGGAAATTCCGACACGGCCGATTATTGAACAGGCCTGGAAAGAGAAAAAACAAGTCTGTATCCCAAAATGCTTTCCGCAGACGGGAGCGATGGAGTTCCGTACATTTTCTGCGTATGATCAGCTGGAAACCGTATATGCGGGCCTCAGTGAACCGATCGAGAGCCTGACGGAAAAAGCCGCCCAAAAAGACATTGACCTTGTGATTGTGCCCGGCGTGGCTTTTGACCGGGAAGGCTTCAGAATCGGATACGGCGGAGGATATTATGATCGGTACCTCTCCGGTTATAAAGGCCGTACCGTGTCGCTTCTCTTTGACTGCCAGCTGACAGACCGCATTCCCCGCATGCCCCACGATATTCCGGTCGATATGATCGTGACTGAATCTGAAACCATCGCTTAA MKAQIRTDIKAKLSDMTESEWEKKCRSMRETLFSLKEWKQARVIAVTISTRLEIPTRPIIEQAWKEKKQVCIPKCFPQTGAMEFRTFSAYDQLETVYAGLSEPIESLTEKAAQKDIDLVIVPGVAFDREGFRIGYGGGYYDRYLSGYKGRTVSLLFDCQLTDRIPRMPHDIPVDMIVTESETIA PGPT0008170_4831 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 D1-12_01592 150 rpmGA COG0267 50S ribosomal protein L33 1 ATGCGCGTTAATATTACTTTGGCTTGCACTGAATGTGGTGAGCGTAACTATATTTCTAAAAAGAACAAACGCAACAATCCGGACCGCGTTGAATTTAAAAAATATTGCCCACGTGATAAAAAATCTACGTTACACCGTGAAACAAAATAA MRVNITLACTECGERNYISKKNKRNNPDRVEFKKYCPRDKKSTLHRETK NA NA NA NA NA D1-12_01593 354 hypothetical protein GTGGAAATTGCTATTATTGCGTTGTTTATCGTCAGTATAGCGCTTATTGCATTCTCATATTCTCAAAGAGATCCGATGAAAGACGTGGAACAGGAGCTTGAAACGCTTCAGCTTTCCGCCATGCAGGAAATTTACAAGTTGAAAAAGAAAATGACGGTGCTTGAAGAAGAATTGCTGGAAACCAACCTCGTGATCCGCAAAGCCAAAAGCAGCGGCATTAACCAAAAAATCGCCAAACAAATCATTTCAAAATATAACAACGGAATGTCTGCGGAAGCCATCGCAAAAGCGGAGCACGTGTCTGTCGAGGACGTCAATACCATTATTAAAGATAATGAGAAGGTGCTCGTATGA MEIAIIALFIVSIALIAFSYSQRDPMKDVEQELETLQLSAMQEIYKLKKKMTVLEEELLETNLVIRKAKSSGINQKIAKQIISKYNNGMSAEAIAKAEHVSVEDVNTIIKDNEKVLV NA NA NA NA NA D1-12_01594 465 mltG_1 Endolytic murein transglycosylase ATGACAAAACGGGGCATTCAGGCTTTTGCAGCAGGCATGATTTTAGCGACGGCCGTTCTCGCCGCTGTCTTCTATTTGACTGACCATGACCAGGCAGCCGCCGTTAAAACCGAAAAAACAGCATTGACAGAAAAAGAAGTAAACAGCTACCTCGACGATCAGCAAAAAGTCTCCGTCAACCGGGATGACTATCAAAAACTTCTTGATTCTAAAGAAAAATCGTTAAACAACGACCAAAACACAGACGACAAAAAGAAAAAAGTAACATACAAACTGACGATTAAAAACGGAATGAGCACTGCTGATGTGTCATCCATTCTTGAAAAAGAAGGGATTATTCCTTCAGCGAAGGACTTTAATGATTACGTCATTGACGCAGGCTACCATAAAGAAATCCGCGCCGGCCATTTCAAAGTCGACTCAGATATGAGCTTTAAAAAAATCGTCAAAACATTAACCCGCTAA MTKRGIQAFAAGMILATAVLAAVFYLTDHDQAAAVKTEKTALTEKEVNSYLDDQQKVSVNRDDYQKLLDSKEKSLNNDQNTDDKKKKVTYKLTIKNGMSTADVSSILEKEGIIPSAKDFNDYVIDAGYHKEIRAGHFKVDSDMSFKKIVKTLTR NA NA NA NA NA D1-12_01595 783 pstB3_2 COG1117 Phosphate import ATP-binding protein PstB 3 GTGAGCCTTGTGAAGGAAGCGGTGCACACACAGAATTTATTTGATATTCACGGCATGAACGTATGGTACGGAGCCCATCAGGCTTTAAAAGACATTACGATCGGTTTTGAGGAGCGGAAGGTAACTGCGATCATCGGTCCGTCCGGCTGCGGGAAATCCACTTTTATTAAAACATTAAACTTAATGCTGCAAATGGCTCCGAATGTCAAAGTGACAGGCGACATGATCTATAACGGGCGCAATCTGCTGAAAGAAAAGACGGATGCGGCAGAATTAAGAAAACAAATCGGTATGGTGTTTCAAAAAGGAAATCCGTTTCCGCAGTCAATATTTGAGAATGTCGTGTACGGTCCGAGAATTCACGGCGAAAAAAATAAAAAGAAACTGCTTGAAATCGCCGAGGAATCTTTAAAGGCAGCTGCGCTCTGGGATGAAGTGAAAGATCGCCTTCACCACCAGGCGCTTTCACTGTCAGGCGGTCAGCAGCAGCGGCTGTGCATCGCAAGGGCGCTCGCCACCAAACCGGACGTCCTTCTGATGGATGAACCGACGTCCGCTCTCGACCCCGTATCCACACGGAAAATAGAAGAGCTGATTTTGACATTGAAAGAAAAGTATACAATCGTCATTGTGACGCACAACATGCAGCAGGCTGCGAGGGTCTCTGATCAAACCGCGTTTTTCTATATGGGCGAACTGGTAGAGTGGGGGGATACGGACAAAATATTTTCTCAGCCGGATCATCAAAAAACACATGATTATATCACCGGAAAATTCGGATGA MSLVKEAVHTQNLFDIHGMNVWYGAHQALKDITIGFEERKVTAIIGPSGCGKSTFIKTLNLMLQMAPNVKVTGDMIYNGRNLLKEKTDAAELRKQIGMVFQKGNPFPQSIFENVVYGPRIHGEKNKKKLLEIAEESLKAAALWDEVKDRLHHQALSLSGGQQQRLCIARALATKPDVLLMDEPTSALDPVSTRKIEELILTLKEKYTIVIVTHNMQQAARVSDQTAFFYMGELVEWGDTDKIFSQPDHQKTHDYITGKFG PGPT0002615_2797 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 D1-12_01596 807 pstB3_3 COG1117 Phosphate import ATP-binding protein PstB 3 ATGATTGATCACATCATCAGGGAACATGCGGAACAGACAAAGCGTTCGCCGGAGTCTTCAATTTTGGAAGTGAAGCATTTATCAATTTATTACGGTGACAAACAAGCGGTTAAAGATGTAAACATGGATATTGAAAAACATGCGGTGACGGCTCTGATCGGTCCGTCCGGCTGCGGGAAATCAACATTTTTGAGACAGATTAACAGAATGAACGATGCCATTCCTTCGGCAAGAAGCGAGGGAGAGATCCTTTATGAAGGGCTGAATATTTTGGGAGAAGCGATTAATGTCGTGTCTCTCAGACGGGAGATCGGTATGGTGTTTCAAAAACCGAATCCGTTCCCGAAATCCATTTACAATAACATCACACATGCGCTGAAGTATGCGGGGGAACGCAGGAAAGCCGTTTTGGATGATGCGGTCGAGGAAAGCTTAACGAAGGCTGCGCTTTGGGATGAAGTCAAAGACCGGCTTCATTCATCGGCTCTTTCGTTATCAGGCGGCCAGCAGCAGCGCCTTTGCATCGCCCGTACGCTTGCGATGAAACCTGCCGTGCTTCTTTTAGATGAACCGGCTTCAGCTCTGGACCCTATTTCAAACGCCAGAATCGAGACGCTTTTGACAGAACTGAAAAAAGATTATTCGATTATTATCGTTACGCATAACATGCAGCAGGCGCTGAGGGTGTCTGACCGAACGGCTTTCTTTTTAAACGGGGAAGTGGTGGAATACGGGCAGACAGAACAAATTTTTACGAGTCCTAAAGCGCAAAAGACAGATGACTACATTAACGGAAAGTTCGGATAG MIDHIIREHAEQTKRSPESSILEVKHLSIYYGDKQAVKDVNMDIEKHAVTALIGPSGCGKSTFLRQINRMNDAIPSARSEGEILYEGLNILGEAINVVSLRREIGMVFQKPNPFPKSIYNNITHALKYAGERRKAVLDDAVEESLTKAALWDEVKDRLHSSALSLSGGQQQRLCIARTLAMKPAVLLLDEPASALDPISNARIETLLTELKKDYSIIIVTHNMQQALRVSDRTAFFLNGEVVEYGQTEQIFTSPKAQKTDDYINGKFG PGPT0002615_2010 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 D1-12_01597 885 pstA COG0581 Phosphate transport system permease protein PstA ATGAACCGGAAAATAACGGATAAATTGGCCACCGGTGTATTCGGGTTATGCGCCGCTGTAATCGCGGCGATTTTGGCAGGATTGTTTTTGTACATTCTTATTCACGGCGTCTCTGAAATCTCCTTGCATTTTCTTACGTCAAAATCGAGCGCCATTGCGTCAGGCGGCGGAATACGGGATCAGCTTTTTAACTCCTTTTACATTCTGTTTATCACCATGCTGATCACGATACCGCTTGGTGTGGGGGGCGGCGTCTTTATGGCTGAATATGCGCCCCAAAATAAAATCACTGATTTTATCAGAACGTGTATTGAGGTGCTGTCTTCGCTTCCGTCCATTGTCATCGGGATGTTCGGCATGCTGATGTTTGTCAACCTGACCGGATGGGGCTACACGATTATCGGAGGCGCGCTCGCATTAACGGTCTTTAACCTTCCCGTTATGGTCCGGGTGACAGAAGGCGCGCTCACTGCAGTTCCTAAGGAGCTGAAAGAAGCTTCTCTCGCTTTAGGCGTATCGAGATGGCATACCGTCAAAACGGTGCTGATTCCGAGTGCGATTCCTTCGATTTTAACCGGAGCCATTCTCGCATCAGGAAGAGTATTCGGAGAAGCAGCCGCATTGTTATTTACAGCAGGACTGACAACGCCGCGGCTGAACTTTACGGATTTGAACCCGTTTTCTGAATCATCTCCTTTCAACATTTTCAGGCCGGCTGAGACGCTGGCGGTTCATATATGGAGTGTCAATACGCAGGGAATCATCCCTGACGCCGAAGCGATTGCAAACGGCGGCTCGGCGGTGCTGGTGATTTCGGTGCTCTTGTTTAACCTTTGTGCAAGATGGCTCGGATCTGTCATTTATAAAAAGCTTACGGCAAATTAA MNRKITDKLATGVFGLCAAVIAAILAGLFLYILIHGVSEISLHFLTSKSSAIASGGGIRDQLFNSFYILFITMLITIPLGVGGGVFMAEYAPQNKITDFIRTCIEVLSSLPSIVIGMFGMLMFVNLTGWGYTIIGGALALTVFNLPVMVRVTEGALTAVPKELKEASLALGVSRWHTVKTVLIPSAIPSILTGAILASGRVFGEAAALLFTAGLTTPRLNFTDLNPFSESSPFNIFRPAETLAVHIWSVNTQGIIPDAEAIANGGSAVLVISVLLFNLCARWLGSVIYKKLTAN PGPT0002610_3601 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_ANTIMONY_RESISTANCE ANTIMONY_RESISTANCE-PUTATIVE_PST-PHO-PIT_TRANSPORT_SYSTEM,PGPT0002610-pstA-K02038 NA NA D1-12_01598 930 hypothetical protein ATGATAAATCACAGAGAAAAAGAGTCTGTAAGCGAACGCTTAATAAGCTCAAAACAAAACAGGCAATTGGATGAAGTCCGCGGAAGGGTGATTGTGTCTGTGTGTGCCGCGATTATCATTGCGGCATCAGCGGCGATCACAATTTTTCTCGGCATAAAGGGGCTGCAATCTTTTTTTGTAAATGGTGTAAGCCCGATTGAGTTCTTAACAAGTCTGAATTGGAATCCAACCCAGGCAAAACCTGAGTTCGGCGCGCTGCCTTTTATTTTCGGATCATTTGCGGTCACGGTTCTGTCCGCTTTGATCGCAGCGCCCCTCGGTATTGCGGGTGCCGTGTTTATGACGGAAATTGCGCCGACTTGGGGAAAAAAGGTGCTGCAGCCGGTAATTGAGCTGCTTGTCGGCATTCCGTCCGTCGTTTATGGATTCATAGGTCTTACAGTATTGGTTCCGTTTATCGGCTCTTTTAAATCAAGCGGAACGGGTCACAGCCTTCTGGCGGGGACGATCGTACTCTCGGTAATGATTCTGCCGACTGTTACATCGATTTCCGCTGATGCGCTTGCGTCACTTCCGAAACACCTTCGCGACGGTTCATATGCGCTTGGTGCGACGAGGTGGCAGACAATCAGAAAGGTGCTTATCCCGGCGGCGTTTCCGACATTGCTGACCGCTGTCGTGCTCGGGATGGCAAGAGCGTTCGGAGAAGCACTCGCCGTACAGATGGTTATCGGAAATACAAAGCTTCTGCCGGAAAGCCTGCTTGATACGGCGGGAACATTAACGACGATTATTACGTTAAACATGGGCCATACCACATACGGCAGTATTGAAAATAATACGTTATGGTCTATGGGGCTTGTTCTTCTCATCATGTCGTTTCTGTTTATATTGCTCATACGCTACTTGTCATCTAGGAGGAAAGTGTAA MINHREKESVSERLISSKQNRQLDEVRGRVIVSVCAAIIIAASAAITIFLGIKGLQSFFVNGVSPIEFLTSLNWNPTQAKPEFGALPFIFGSFAVTVLSALIAAPLGIAGAVFMTEIAPTWGKKVLQPVIELLVGIPSVVYGFIGLTVLVPFIGSFKSSGTGHSLLAGTIVLSVMILPTVTSISADALASLPKHLRDGSYALGATRWQTIRKVLIPAAFPTLLTAVVLGMARAFGEALAVQMVIGNTKLLPESLLDTAGTLTTIITLNMGHTTYGSIENNTLWSMGLVLLIMSFLFILLIRYLSSRRKV PGPT0002620_3863 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 D1-12_01599 903 pstS1 COG0226 Phosphate-binding protein PstS 1 ATGAAAAAAAACAAATGGATGCTTATGCTTCTGATGGCTGCTGTTATGATTGTTGCTGCAGCATGCGGAAATGCAAAGGAAAGCGGCAAGACAGACAGTCAATCTGCAAGTGAGGATAAAAAAGCATCAGGTTCTTTAACCATTTCTGGTTCATCAGCCATGCAGCCGTTAGTACTGGCAGCGGCGGAAAAGTTTATGGAAAAGCATCCGGATGCTGATGTGCAGGTGCAAGCGGGAGGTTCAGGAACAGGTCTTTCGCAAGTGTCTGAAGGGGCAGTGCAAATCGGCAACTCAGATGTCTTTGCTGAAGAAAAAGAAGGCATTGATGCAAAAGCCCTAAAAGACCACCGAGTAGCGGTAGTGGCGATGGCGGCTGCGGTCAACCCCGGTGCGGGCGTAAAGGATATAACCAAAAAACAGCTGACAGACGTCTTTACAGGTAAAATTAAAAACTGGAAAGAGCTTGGCGGTAAAGATCAAAAAATTACACTCGTGAACCGTCCTGATTCATCAGGAACACGCGCTACGTTCGTCAAATATGCGCTTGACGGAGCAGATCCTGCTGAGGGCATTACAGAGGATTCCTCCAATACAGTCAAAAAAATCATTGCGGAAACGCCGGGAGCTATCGGTTATCTGGCATTCTCTTATATAAACGATGACAAAGTAACGCCTTTATCGATCGGAGGCATCAAACCGGAAGAGAAAAACGTCGTCACAGGCGAGTATCCGATTTGGGCTTACGAGCACTCTTATACGAAAGGTGAAGCGTCAGGCCTTACAAAAACGTTTCTTGACTATATGAACAGCGATGAAGTACAGAAAAGTATCGTAAAAGATCAAGGCTACATTCCGATCTCTGATATGAAAGTCACACGTGACGCAAACGGCAAGCAAAGCTGA MKKNKWMLMLLMAAVMIVAAACGNAKESGKTDSQSASEDKKASGSLTISGSSAMQPLVLAAAEKFMEKHPDADVQVQAGGSGTGLSQVSEGAVQIGNSDVFAEEKEGIDAKALKDHRVAVVAMAAAVNPGAGVKDITKKQLTDVFTGKIKNWKELGGKDQKITLVNRPDSSGTRATFVKYALDGADPAEGITEDSSNTVKKIIAETPGAIGYLAFSYINDDKVTPLSIGGIKPEEKNVVTGEYPIWAYEHSYTKGEASGLTKTFLDYMNSDEVQKSIVKDQGYIPISDMKVTRDANGKQS PGPT0002625_5872 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 D1-12_01600 2148 pbpH_2 COG0768 Penicillin-binding protein H ATGAGGAGAAATAAAAAGAAAATAGCTGTAAACAAAGAAAAGAAAAAATCACTGCCAATCCGGCTTAATTTTTTGTTTTTGGTTGCGTTTCTTATTTTCACTTGGATTATCGTCGAGCTTGGCATCAAGCAGATCGTTCAGGGTGATGATTATAAAAACGCCGCTAATAAGCAAGAGGAGTCTGATGTCAGCACGGCGGTTCCGAGAGGGAAAATATACGACCGGAACCTAAATCCCATCGTAACGAATAAAGCATTAAATGCGATTACATATACACGTTCAGCCTCAACCACCCAGGCGCAGCGTTTAAAAATCGCAAAAAAACTGTCGGGTATGATTAAGGTAAGCACCAAAAAGGTGACTGAGCGGGATAAAAAAGACTATTGGATGTTAACAAGGCCTGATGAAGCGAAAAAACTGATTACGGCCGAAGAAAACCAAAAAGCTGAAGACAAAAAACTGTCTGACGATGATTTATATCAGCTTCAGCTGAAACGCATCACAGACAAACAGCTGAATGAGCTCACTTCAAAAGACATGCAGATCCTTGCGATCAAAAGACAGATGGATTCAGGATACTCCCTGACGCCTCAATACATCAAAAATGAAGGCGTGTCGGCAAAAGAAATGGCCGTCGTCAGCGAACATTTAGATGAACTGCCGGGGGTTGACGTGACGTCTGACTGGGAACGGTCTTATCCAAATAAAGGGTTGTTAAAATCAGTTCTCGGCAGTGTCTCGAGCTCCAATGAGGGACTTCCTTCAAATCTTCTTGAGCATTATTTGTCACTCGGCTACAGCAGGAATGACAGAGTAGGAAAAAGTTATTTAGAGTATCAATATGAAAATCTGCTGCAGGGCCAAAAAGAGAAAGTGAGAAATGTGACAGATTCCTCTGGAAACGTAACAGATACAGAAACGGTATCAAAAGGTAAAGCCGGGGATGATTTAGTGCTTACTATAGATACCGAATTGCAAAAAGACGTTGAAAAAATTATTGAGAAAAATTTAAGGGCTGCAAAGGCAAGACCGAGTACACAGTTGCTTGACAGAGCATTTGTCGTAATGATGGATCCCCGTAATGGAGAAGTGCTTACAATGGCGGGTAAACAGATTAAACAAGTAGACGGCAAATATAAAATTGACGATTATGCACTAGGAACAATGACTTCCTCTTACAACATGGGCTCAGCTGTAAAAGGGGCAACACTGTTAACAGGTTATCAAACAGGTGCTATTAAAATCGGAAATATATTTACGGATGAAGTTTTAAATATTAAAGGCTCTCCTCCTAAAAAATCGGTAAGTGTAATGGGGCCAATAAATGATTTAACTGCACTTGAGCGTTCATCTAACGTTTATATGTTCAAAACGGCAATTGCAATTGGTAAGGGTAAATATATATCAGGACATTCACTGCCGCTTGATTACAGCGCATTTGATAAATTTCGTTATTACTTCAGTGAATTCGGTTTAGGGGTAAAAACAGGAATTGATCTGCCTAACGAAGCTACAGGATATGTGGGAACTAAAAGGCAGTCAGGTTTCTTGCTTGATTTTGCGATTGGCCAATATGACACATACACTCCGCTTCAAATGGCTCAGTATGTATCGACCATTGCTAATGGTGGCTATCGTATGAAGCCCCAAGTCGTGAAAGAAGTAAGAAAACCTTCAAAAAAAGGTATCGGGGCCGTCGTTGAATCTGTTAATCCGGAAGTGATGAACCGTCTTGATATGACGGAAAGTGAAATTAAACGTGTTCAACAAGGTTTTAAACTTGTTATGAATGGAGCTCAAGGGACTGCGAGAGCAAATTTTGCTAATAAAAGTTATAACCCTGCCGGTAAAACTGGAACAGCACAAGCTTTCTATGACGGACCTATAAAATCAAGAACTGGTGCTTATACTTATAACACAACCTTGGTGGCTTATGCTCCTGCAGATCATCCTGAAGTTGCTATTTCGGTAGTGGTTCCATGGGCTTATGAAGATTATAATGACAGGTATTCTATAACTAACGACATAGGGGAAGCAGCTCTGGACAAATACTTTGAGCTGAAAAAGAAACAAGAAGATAATAATACGAAGCAGAAAAACGAAGATAAAATTCAGGAAGACGCTGAAAACGGCAATACAAACAACTAA MRRNKKKIAVNKEKKKSLPIRLNFLFLVAFLIFTWIIVELGIKQIVQGDDYKNAANKQEESDVSTAVPRGKIYDRNLNPIVTNKALNAITYTRSASTTQAQRLKIAKKLSGMIKVSTKKVTERDKKDYWMLTRPDEAKKLITAEENQKAEDKKLSDDDLYQLQLKRITDKQLNELTSKDMQILAIKRQMDSGYSLTPQYIKNEGVSAKEMAVVSEHLDELPGVDVTSDWERSYPNKGLLKSVLGSVSSSNEGLPSNLLEHYLSLGYSRNDRVGKSYLEYQYENLLQGQKEKVRNVTDSSGNVTDTETVSKGKAGDDLVLTIDTELQKDVEKIIEKNLRAAKARPSTQLLDRAFVVMMDPRNGEVLTMAGKQIKQVDGKYKIDDYALGTMTSSYNMGSAVKGATLLTGYQTGAIKIGNIFTDEVLNIKGSPPKKSVSVMGPINDLTALERSSNVYMFKTAIAIGKGKYISGHSLPLDYSAFDKFRYYFSEFGLGVKTGIDLPNEATGYVGTKRQSGFLLDFAIGQYDTYTPLQMAQYVSTIANGGYRMKPQVVKEVRKPSKKGIGAVVESVNPEVMNRLDMTESEIKRVQQGFKLVMNGAQGTARANFANKSYNPAGKTGTAQAFYDGPIKSRTGAYTYNTTLVAYAPADHPEVAISVVVPWAYEDYNDRYSITNDIGEAALDKYFELKKKQEDNNTKQKNEDKIQEDAENGNTNN PGPT0023930_158 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-PENICILLIN-BINDING_PROTEINS,PGPT0023930-pbpA-K21465 NA NA D1-12_01601 1290 hypothetical protein ATGAGCAAAATAAAAAAAATTATCGGCGACATCGAAATAAATAAAGGGCTGCTGCTGTTATTGACGATTGGCGGCCTTTACTCATTGGGCATCGCGCTGTCAAATACATTTGTCAACGTGTATTTGTGGAAGCAGTCTGGAAAATTTATTGATTTGGCCATATACAATTTGTCGGTCGTAACGATGCAGCCGGTTACCTTTCTGCTGGCTGGCCGGCTGGCTAAAAAAATTGACAGGGTGTTTATTCTCAGGTTCGGCGTTATCTTTTTGGCTGCTTTTTATTTAAGTGTGCTGCTTGCCGGAGAAACTGCGGCTTCCCGTCTCGTTTTGATAGGGGCCGTGCTCGGAGTTGGATACGGCTTTTACTGGCTGGCTTTTAATGTGCTGACTTTCGAAATCACGGAACCGGAAACGAGAGATTTTTTTAACGGGTTTTTAGGCATTTTGTCTTCATCGGCGGGCATGATCGGTCCGATTGTAGCCGGATATGTCATTTCAAGACTTGAAAACAATACGGGTTATACAATCATTTTCAGCCTGTCGCTCGGTTTATTTGCCCTTGCCGTGGTCATGAGCTTTTTTCTGAAGCGGAGGGAGTCGAAAGGCCGGTTTATGCTGAAAAAAGTTTTTGATGAGCGCCACACGAATCTGAATTGGCGCCGGATTACCAACGCGCACTTTTTTCAAGGCTTGAGAGAAGGGATTTTTGTTTTTTTAATCAGCGTATTTGTATTCATTGCGACAAACAGTGAGCTGGCGCTCGGAACATTCGGCCTCGTCAATTCCGCGGTTTCTTTTTTTGCCTATTATTTTGCATCAAGGCTCATCAAAAAAAGAGCGCGGAAAAAGGCGATTCTTATCGGCGGATTGATCTTGTACGGCGCTCTGTTTCTCATTATTTTTAAAATGAGCTTCACGACGCTCCTTTTGTACGGAGTGTTTATTGCGATCGGCTATCCAGTTCTGCTCGTGCCGTATGTCTCGCTTACATATGATGTGATAGGCCGGGCGCGGCTTGCCAGAAAAGCCAGAATTGAATACATTGTGCTCAGGGAGTTATTTTTAAATGCGGGCCGGATCGTTTCCATCCTTTGTTTCCTTGTAATCGTTACATTATTCAAGGAAAAAGTGGGGATACCGGCGGCGCTCGTGCTGCTCGGAGCCGGGCATCCGCTGATTTATTACTTTATAAAAGACATCAAACTGGATACGGAAACTTCTGATGAAACAGTAGAAGAAGACCGACAAAAACAGGCGGCGGAACCGAATTTTATAAAAGGAGAAAGATAA MSKIKKIIGDIEINKGLLLLLTIGGLYSLGIALSNTFVNVYLWKQSGKFIDLAIYNLSVVTMQPVTFLLAGRLAKKIDRVFILRFGVIFLAAFYLSVLLAGETAASRLVLIGAVLGVGYGFYWLAFNVLTFEITEPETRDFFNGFLGILSSSAGMIGPIVAGYVISRLENNTGYTIIFSLSLGLFALAVVMSFFLKRRESKGRFMLKKVFDERHTNLNWRRITNAHFFQGLREGIFVFLISVFVFIATNSELALGTFGLVNSAVSFFAYYFASRLIKKRARKKAILIGGLILYGALFLIIFKMSFTTLLLYGVFIAIGYPVLLVPYVSLTYDVIGRARLARKARIEYIVLRELFLNAGRIVSILCFLVIVTLFKEKVGIPAALVLLGAGHPLIYYFIKDIKLDTETSDETVEEDRQKQAAEPNFIKGER NA NA NA NA NA D1-12_01602 606 sodA COG0605 Superoxide dismutase [Mn] ATGGCTTACAAACTTCCAGAATTGCCTTACGCTTATGATGCTTTAGAACCTCATATCGATAAGGAAACGATGACGATTCATCATACGAAGCACCATAACACATACGTGACAAACCTCAACAAAGCGATCGAAGGATCAGCGCTTGCAGAGAAATCTGTAGATGAGCTTGTTGCTGATTTGAACGCAGTGCCGGAGGACATCCGCACAGCTGTCCGCAACAATGGCGGCGGACATGCCAACCACTCTTTATTCTGGACTCTTTTATCTCCGAACGGCGGAGGCGAACCGACTGGTGAGCTTGCTGAAGAGATCAAAAGCACGTTCGGAAGCTTCGATCAATTTAAAGAAAAATTCGCCGCAGCAGCTGCCGGCCGTTTCGGTTCAGGCTGGGCTTGGCTTGTTGTAAACAACGGCAAACTTGAAATTACAAGCACGCCAAACCAAGATTCACCGCTTTCAGAGGGTAAAACGCCTGTCCTCGGTCTTGATGTTTGGGAGCATGCGTACTACCTGAACTACCAAAACCGCCGTCCTGATTACATTTCAGCTTTCTGGAATGTTGTGAACTGGGATGAAGTTGCCCGTCTTTACAGCGAAGCAAAATAA MAYKLPELPYAYDALEPHIDKETMTIHHTKHHNTYVTNLNKAIEGSALAEKSVDELVADLNAVPEDIRTAVRNNGGGHANHSLFWTLLSPNGGGEPTGELAEEIKSTFGSFDQFKEKFAAAAAGRFGSGWAWLVVNNGKLEITSTPNQDSPLSEGKTPVLGLDVWEHAYYLNYQNRRPDYISAFWNVVNWDEVARLYSEAK PGPT0004190_4387 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 D1-12_01603 483 hypothetical protein ATGAGTGTTTTGTATTGGCTGATTATCATTGCGGTCTTCGTCATTGCTTTTATCGGGCTTGTATATCCGGTGATTCCAAGCGTTATTTTTATTGTGGCCGGTTTTCTTCTCTACGGATTTTTGTTTTCCTTCAGTCCTTATTCTTACCTGTTTTGGCTCATTGAGGCGGTATTTGCGGCCGTTTTATTTGCAGCTGATTATGTGTCAAATTTACTTGGCGTTAAAAGGTACGGAGGAAGCAGGGCGGCAATCTGGGGAAGCACGATCGGATTGTTGATCGGGCCCTTCGTTATTCCCGTGGCAGGCATTATAATAGGCCCGTTTATCGGTGCTGTCTGCGCTGAGGTGTTTGTTCATCAAAAGGATATCAAGTCCGCGGCAAAAGTGGGGCTCGGCTCGTTAATCGGCTTTTTAACAAGCGTGGCGGCAAAAGGCGTCATTCAGCTCTTTATGATCGGATATTTCTTATGGACGGTGCTTTAG MSVLYWLIIIAVFVIAFIGLVYPVIPSVIFIVAGFLLYGFLFSFSPYSYLFWLIEAVFAAVLFAADYVSNLLGVKRYGGSRAAIWGSTIGLLIGPFVIPVAGIIIGPFIGAVCAEVFVHQKDIKSAAKVGLGSLIGFLTSVAAKGVIQLFMIGYFLWTVL NA NA NA NA NA D1-12_01604 765 hypothetical protein ATGTTGAACATATTTACGGCTTTATTGAAAAGTACATACTCTCCGGCAGATATTGCAAAAACACGGTTTCAGGGGATAGGAAAAGCGATCCTTTATGTATTTTTGCTGTCTGTCCTTTTTACGCTGCCAAGCGCTTATTACCTTTGCTCCGGCACCGTAAACTCAATGAACGGTTTCAAAACCGTGTTAAAGAAAGATTTCCCTGATTTCAGCATTTCAAACGGAGAATTGCAGACGAAAGCATCCGCCTCTAAGGAAACGGAAGCGAACGGGTTCGTCATCGTGTTTGATCCCACAGATGCTTACGGCGCTAAACAAATAGCGGCGAAACAAAATGCGATCGGCATTTTGAAAAATAAAATGGTGCTTGCTGTAGACGGACAGGCGACAGAAATGAATTATTCGCTGATGCCTGCTGATATCACAAAAAAAGAAATCATATCAGCATTAAACCAAAATAAAACGATGATCGTCACCGTCCTGTCCGTTCTGCTGTTCATCATGACAGCGGCCGGAAAATTCATTGAAGTATCATTTCTCGCCGTCATCGGCCTGATATTGAAAAATGCGCAAAGAAAGACATTGAATTACCAGCAGCTCTGGAAGCTTTCGGCTTATTCCATTACACTTTCGACCATATTCTTTACGATCATGCGCGCGCTTGTTATTACGGTGCCGAGTGAATTTTTAGTGAATTGGTTTGTAAACTTTATCATCCTTTTCCTCGTCTTAAAAGAGATACCGCCAAGAAAAACAGCTGTGTAA MLNIFTALLKSTYSPADIAKTRFQGIGKAILYVFLLSVLFTLPSAYYLCSGTVNSMNGFKTVLKKDFPDFSISNGELQTKASASKETEANGFVIVFDPTDAYGAKQIAAKQNAIGILKNKMVLAVDGQATEMNYSLMPADITKKEIISALNQNKTMIVTVLSVLLFIMTAAGKFIEVSFLAVIGLILKNAQRKTLNYQQLWKLSAYSITLSTIFFTIMRALVITVPSEFLVNWFVNFIILFLVLKEIPPRKTAV NA NA NA NA NA D1-12_01605 303 hypothetical protein ATGAAGCGGCTTACTTTTGTATTCGGCAGTTTATTTGTGATATTCATTATCTTTTACGATCTTAAAATCGGCACGATCCCTTCTCAAGACCTTCCGGCATACGCAGCGGCGGCGCAGCCAGCCCAACAGGAAGCTTCATACAGAACGGTTACGGTCAAAAAAGGCGATACGGTGATGTCGATAGTCGGCGCACATAAAGCGCCAGATGATATTGCACAAGATTTTGAAGCGCTGAATCCGAATGTAAAAGCAAACGCCATTCAGGCAGGCACCGCTTATAAATTCCCCGTCTACCGCAATTAA MKRLTFVFGSLFVIFIIFYDLKIGTIPSQDLPAYAAAAQPAQQEASYRTVTVKKGDTVMSIVGAHKAPDDIAQDFEALNPNVKANAIQAGTAYKFPVYRN NA NA NA NA NA D1-12_01606 1128 ispG COG0821 4-hydroxy-3-methylbut-2-en-1-yl diphosphate synthase (flavodoxin) GTGAGTGAAATCACACATCGTACAAAAACGCGTCCCGTCAAAGTGGGACCTTTAACAATAGGCGGAAATAACGAAGTCGTCATTCAGAGTATGACGACGACCAAAACACACGACGTAGAAGCAACAGTTGCGGAAATCAACCGTTTAGCCGAAGCCGGCTGCCAAATTGTCCGGGTGGCATGTCCGGACGAACGCGCCGCTAACGCGATTGCCGACATCAAAAAACAAATTTCCATCCCTCTCGTTGTCGATATTCATTTTGACTACAAGCTTGCATTAAAAGCAATTGAGGGCGGCGCCGACAAAATCAGAATCAACCCGGGTAACATCGGCCGCCGCGAAAAAGTGGAAGCCGTCGTAAAAGCGGCGAAAGAAAAAGGAATTCCGATCCGGATCGGCGTAAACGCGGGTTCTTTGGAAAAACGCATTTTAGAAAAATACGGCTATCCGACTGCTGACGGAATGGTTGAGAGTGCGCTTCATCATATCAAAATCTTGGAAGACCTTGACTTTCATGACATCATCGTCAGCATGAAAGCGTCTGACGTCAATCTAGCCATAGAAGCATACGAAAAAGCGTCAAAAGCATTTGATTATCCGCTCCACCTCGGAATTACAGAATCGGGCACGCTGTTTGCCGGAACGGTAAAAAGCGCGGCCGGACTCGGAGCGATTTTAAGCAAAGGAATCGGAAACACGCTCCGGATCTCTCTGAGCGCCGACCCGGTTGAAGAAGTAAAAGTAGCCAGAGAACTGCTGAAATCATTCGGTCTTGCTTCAAACGCGGCTACGCTTATTTCATGCCCGACATGCGGACGGATCGAAATTGATCTTATCAGCATCGCAAATGAAGTGGAAGAATATATTTCTAAAGTCAAAGCGCCGATTAAAGTAGCCGTTCTCGGATGCGCCGTTAACGGACCGGGTGAAGCAAGAGAAGCCGATATCGGGATTGCCGGCGCGCGCGGCGAAGGACTTCTTTTCCGCAAAGGCCAAATCGTCCGCAAAGTCCCTGAAGAAACCATGGTCGATGAGCTCAAAAAAGAAATCGACAAGCTGGCAGAAGAACACTATGCAAAGCTTGAAGCAGAAAAAGCAAAAGCAGAACAAGAAACACAAAAAGCTTGA MSEITHRTKTRPVKVGPLTIGGNNEVVIQSMTTTKTHDVEATVAEINRLAEAGCQIVRVACPDERAANAIADIKKQISIPLVVDIHFDYKLALKAIEGGADKIRINPGNIGRREKVEAVVKAAKEKGIPIRIGVNAGSLEKRILEKYGYPTADGMVESALHHIKILEDLDFHDIIVSMKASDVNLAIEAYEKASKAFDYPLHLGITESGTLFAGTVKSAAGLGAILSKGIGNTLRISLSADPVEEVKVARELLKSFGLASNAATLISCPTCGRIEIDLISIANEVEEYISKVKAPIKVAVLGCAVNGPGEAREADIGIAGARGEGLLFRKGQIVRKVPEETMVDELKKEIDKLAEEHYAKLEAEKAKAEQETQKA PGPT0007580_2506 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-TERPENOID_DERIVATE_PRODUCTION,PGPT0007580-gcpE|ispG-K03526 NA NA D1-12_01607 372 hypothetical protein GTGGCATACGATTACGAAAATCGAAAAGGCAACGATTACTATGTAGATCATGGATCGGAAGGAACCGATATCACGCGTGATGTTTATTCAGAAGAAACAGCGGCCGAAATCTCAGAGCCATATCGTGCTTCTGACCGGGCAGCAGACCGTGATGATAATCGGGACGGAGTAAGTGAAGGCCGGGGGATAGGGTATGCAGCATTGGCTATTTCTATCATTTCCCTGTTTGTGCTCCCTGTTTTATTAGGGGCATGCGGCATTATCGTCGGCTATATCGCCAGAAGAAGAGGAGCAGGCGCTTTAGGCGGATGGGCGATGGGAATCGGTATTGTTTCCCTTGTGCTTGGCATCTTCATTACACCGTTTTTTTAA MAYDYENRKGNDYYVDHGSEGTDITRDVYSEETAAEISEPYRASDRAADRDDNRDGVSEGRGIGYAALAISIISLFVLPVLLGACGIIVGYIARRRGAGALGGWAMGIGIVSLVLGIFITPFF NA NA NA NA NA D1-12_01608 582 COG5663 Nucleotidase ATGTTACGGTTAGGTATAGATATTGACGGCACAGTTACGGCACAGGATACATTTGTCCCTTATTTAAACCGCTCATTTCATCTTTCCATTACCTTGGATGATATGACTGATTATGATCTGACGAAGCTTTTGAACATTACAGACGAGGAATTTTGGGAATGGATGAACGTTCATGAAGCAGCCATATATAAAGAAGCGAAGCTCGCGGAATTTGCCAAGCAGGCACTGGACGGACTGAAAGAAGAGCACCGCCTTATCTACATTACGGCAAGACGCGGCCACTTAGAAGATGTTACGCTGGACTGGTTTGCAAACCGGGACATTCATTACGATCACATTGAGCTTGTCGGAGGCCATCACAAAGTGGAAGCCGTCAAAAAACACGGCATTGATTTATTTTTCGAAGATCACCACGGCAACGCGACAATGATCGCAAAAGAAGCAGGCATTCCGGTTATCCTTTTTAACTCCCCATATAATCAGCTCCCCATCGATTCCAATATTATCAGGGTGAAGAATTGGCTTGAAGCCGTCGCCTGGATTAATAAAAACAAACACAGCTTTCAGCATGTTAAAAGCTGA MLRLGIDIDGTVTAQDTFVPYLNRSFHLSITLDDMTDYDLTKLLNITDEEFWEWMNVHEAAIYKEAKLAEFAKQALDGLKEEHRLIYITARRGHLEDVTLDWFANRDIHYDHIELVGGHHKVEAVKKHGIDLFFEDHHGNATMIAKEAGIPVILFNSPYNQLPIDSNIIRVKNWLEAVAWINKNKHSFQHVKS NA NA NA NA NA D1-12_01609 411 zur COG0735 Zinc-specific metallo-regulatory protein ATGAACGTACAAGAAGCGTTGAACCTGCTGAAAGAAAAAGGGTATAAATATACGAGTAAGCGAGAAGACATGCTGCAGCTTTTTGCTGATTCTGATAAATATCTGACCGCCAAAAACGTGCTTGCCGCATTAAATGACGACTATCCGGGTCTGAGCTTTGATACCATATACAGAAATCTTTCGTTATATGAAGAACTCGGCATTTTGGAAACAACGGAGCTTTCCGGAGAAAAACTGTTCCGTTTTACATGCTCTTATACCCATCATCATCACCATTTTATCTGTTTAACCTGCGGGAAAACGAAGGAAATTGAGTCCTGTCCGATGGATAAGCTGCACGATGATTTGGAAGGGTATGAAATCAGCGGCCATAAGTTTGAAATTTACGGCACCTGTCCGGCGTGCCGATAA MNVQEALNLLKEKGYKYTSKREDMLQLFADSDKYLTAKNVLAALNDDYPGLSFDTIYRNLSLYEELGILETTELSGEKLFRFTCSYTHHHHHFICLTCGKTKEIESCPMDKLHDDLEGYEISGHKFEIYGTCPACR PGPT0004295_379 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_ZINK_RESISTANCE ZINK_RESISTANCE-ZINK_HOMEOSTASIS,PGPT0004295-zurR|zur-K02076 NA NA D1-12_01610 882 hypothetical protein ATGACCCCAAATAAACAGCACAAAAGAGAATCATTTTTACACTTTATCTTCAGGGTCATCATGATTCTGATCGGGGCGGGTTCAGCCGCCGTAAGTATTGAATTGTTTCTGGTCCCTAATAATTTTATCGACGGAGGCATTATCGGTGTTTCATTAATTTTAGACCACCTCTTTATGTCCAATCCCCTCCTCAATTTCGCCTTATTCGTTGTGTTACTCAACATTCCATTTATGATTTTCGGATATAAATATATCGGAAAAACATTTCTCATCTCTACTGTTATCGGAATTGTCGGTTTAGCGCTGATTGAATCCTCCTTGCACCATGTGGAGGCCATTACGACCCAGCCTATTTTGGCGACGGTATTCGGCGGGCTTTTGCTCGGTTTCGGGGTAGGCCTTGTCATCCGAAACGGAGGCTCGATGGACGGTACTGAAATACTCGGTATCCTTCTCACAAAAAAGCTGCCCTTCTCAGTCGGAGAATTCGTTATGCTCATCAATGTGTTTATTTTTATTTGGGCCGGTTTTGTGTTCGGTCCGGAGCAGGCGATGTATTCTTTCATGACTTATTATATTGCCATGAAAACGATTGACGCCGTCATTCAGGGTCTCGATGAAACAAAAGCGGTCATTATTGTGGCAGATCAGTATGCGGAAATTTCAGACGCAATCTTGCACCGGCTTGGAAGGGGAACCACCAAGCTTCAGGGAAAAGGCGGATATACGGATGAATCCAAAGAAGTCATTTACGCGGTCGTGACAAGGCTTGAAGTGACTAAATTGAAATCCATTGTGTTTGAAATTGATAAAAACGCCTTTATTACGATCATGAATACCCATGAAACGAGGGGCGGTAAGTTCAAAACCGCGATTCACTAG MTPNKQHKRESFLHFIFRVIMILIGAGSAAVSIELFLVPNNFIDGGIIGVSLILDHLFMSNPLLNFALFVVLLNIPFMIFGYKYIGKTFLISTVIGIVGLALIESSLHHVEAITTQPILATVFGGLLLGFGVGLVIRNGGSMDGTEILGILLTKKLPFSVGEFVMLINVFIFIWAGFVFGPEQAMYSFMTYYIAMKTIDAVIQGLDETKAVIIVADQYAEISDAILHRLGRGTTKLQGKGGYTDESKEVIYAVVTRLEVTKLKSIVFEIDKNAFITIMNTHETRGGKFKTAIH NA NA NA NA NA D1-12_01611 255 hypothetical protein ATGATTTTAATACAAAGAATTATTTTGCAGCGGCTCAATCAAGTCACTGCGGACGATCTTCTGAAATATTCCAAGCAATACGGAATCAGCATTACGAGAAGTCAAGCGGCTGAGGTAGCGGCTCTGATGCACGGAAAAAACATCAATATTTTTGATGAACAGGAGCGGCTGCGCCTGCTGAAAAAAGTGGAAACGATAACCTCAAAAGAAACGGCTCGGAAAGTTGACGAACTTTTCAATCAATTCTCAGGATAA MILIQRIILQRLNQVTADDLLKYSKQYGISITRSQAAEVAALMHGKNINIFDEQERLRLLKKVETITSKETARKVDELFNQFSG NA NA NA NA NA D1-12_01612 894 nfo COG0648 putative endonuclease 4 TTGCTGAAAATAGGTTCACACGTCTCAATGAGCGGAAAACATATGCTCCTTGCCGCAAGCAAGGAAGCTGTTTCGTACGGGGCGAATACATTTATGATCTATACGGGCGCTCCCCAAAACACGCGCCGCAAAAAAATTGAAGACTTGAATATTGAAGCGGGCCGCGCCCATATGAAGGAAAACGGCATCGACGAGATTGTCGTGCATGCGCCGTACATCATTAACATCGGAAATACGACAAATCCGGCAACGTTTGAGCTGGGCGTTGATTTTCTGCGTTCTGAAATTGAAAGAACGGCAGCGATCGGCGCGAAACAAATCGTGCTTCATCCAGGAGCGCATGTCGGAGCCGGGGCTGAGACGGGCATCAAAAAAATCATTGAAGGTTTAAACGAAGTGATTGTTCCCGGTCAAAACGTGCAGATTGCGCTGGAAACAATGGCGGGCAAAGGATCAGAATGCGGAAGAAGCTTTGAAGAGCTGGCCGAGATCATTGCGGGAGTCACGCATAATGAACATCTATCCGTCTGCTTTGACACTTGCCACACCCATGACGCCGGGTATGATGTCGCTAATGATTTTGACGGTGTTCTTAACGAGTTTGATAAAATCGTCGGCATCGATCGGATAAAAGTCCTTCATGTTAACGACAGTAAAAATATTAAAGGCGCCCGGAAAGACCGCCATGAAAATATCGGCTTCGGAGAGATCGGTTTTGACGCTCTGCAGTACATCGTTCATCACGAGCAGCTTGCCGATATTCCGAAAATCCTCGAAACCCCGTATGTAGGCGAAGACAAGAAAAATAAGAAGCCGCCGTACCGTTTTGAAATCGAAATGCTGAAAGAAAAGCAGTTTGATCAGGAGCTTCTTGAAAAAATATCAGCTCAATAA MLKIGSHVSMSGKHMLLAASKEAVSYGANTFMIYTGAPQNTRRKKIEDLNIEAGRAHMKENGIDEIVVHAPYIINIGNTTNPATFELGVDFLRSEIERTAAIGAKQIVLHPGAHVGAGAETGIKKIIEGLNEVIVPGQNVQIALETMAGKGSECGRSFEELAEIIAGVTHNEHLSVCFDTCHTHDAGYDVANDFDGVLNEFDKIVGIDRIKVLHVNDSKNIKGARKDRHENIGFGEIGFDALQYIVHHEQLADIPKILETPYVGEDKKNKKPPYRFEIEMLKEKQFDQELLEKISAQ NA NA NA NA NA D1-12_01613 1317 cshB COG0513 DEAD-box ATP-dependent RNA helicase CshB ATGAAAGAAACTAAATTTGATGGATACAACTTAAAACCGTTTATTATAGATGCAGTTCACCGCCTTGGTTTTTATGAACCGACAGATATTCAAAAGCGTCTGATACCTGCCGTACTGAAAAACGAAAGCGTGATCGGGCAGTCCCAGACGGGGACGGGGAAAACCCACGCCTATTTATTGCCAATTTTGAATCAGATTGATCCGGGTTCTGATACGGTACAGGCTGTTATCACGGCGCCGACGAGAGAGCTTGCCAATCAGATTCATCAGGAAGCGCTCAAAATCACACAGGGTGCGGAAGATGAGCCGATCCGGACAAAATGCTTCATCGGCGGGACGGACAAGCAAAAATCAATTGATAAGCTGAAAACACAGCCTCATCTCGTCGTCGGAACGCCGGGCCGGATCGCGGATCTGATTAAGGCGCAGGCATTGAACGTCTATAAAGCGCAGTCTCTCGTCATTGACGAAGCTGATCTGATGCTTGACATGGGCTTTTTAGAAGACGTTGATTTCATCGGATCGCGTATGCCGGAAGAACTTCAGATGCTAGTGTTCTCAGCTACGATTCCGGAAAAGCTGAAGCCGTTTTTGAAAAAGTATATGGAAAATCCGAAGTACGCGCATGTTGAGCCGAAAAGAATCACAGCCGAAAAGATTGAACATGTTTTGGTTCCTTCTAAACAGCGTGATAAAGACAAACTGCTTTTTGATATGATGTCTCATCTGAACCCTTATCTGGGCATTGTGTTTGCAAATACGAAAAACACGGCTGACCATATTGCGAAATATCTGACTGAAAAGGGCATGAGGATCGGTCTTCTGCACGGGGGATTAACGCCGCGTGAGCGTAAGAAGGTAATGAAGCAGATTAATGATCTGGAATTCACTTATGTCATTGCGACAGACCTTGCGGCAAGAGGAATTGACATTAAAGGCGTAAGCCACGTCATCAACTATGAGCTTCCGGACGATCTGGATTTTTATGTTCACCGCGTCGGTAGAACTGCACGCGCCGGTTCATCAGGTCAAGCACTGACCATTTATGAGCTTTCTGACGAAGATGCGCTCGTAAGACTCGAAAAGATGGGTATTGTGTTTGACTATGCGGAGCTTGTAAACGGCGAATGGAAGAAAGGCGATGACCGCCACCGCCGCAAAAAACGCAAAAAATCGGAGAATGAGGCCGACCAAATGGCGAAGCGCCTCGTGAAAAAACCGAAAAAAGTGAAGCCGGGCTATAAAAAGAAAATGAGCTACGAAATGGAAAAGATAAAAAGAAAGCAGAGAAGAAACAAATCTAACAAAGGAAAGTAG MKETKFDGYNLKPFIIDAVHRLGFYEPTDIQKRLIPAVLKNESVIGQSQTGTGKTHAYLLPILNQIDPGSDTVQAVITAPTRELANQIHQEALKITQGAEDEPIRTKCFIGGTDKQKSIDKLKTQPHLVVGTPGRIADLIKAQALNVYKAQSLVIDEADLMLDMGFLEDVDFIGSRMPEELQMLVFSATIPEKLKPFLKKYMENPKYAHVEPKRITAEKIEHVLVPSKQRDKDKLLFDMMSHLNPYLGIVFANTKNTADHIAKYLTEKGMRIGLLHGGLTPRERKKVMKQINDLEFTYVIATDLAARGIDIKGVSHVINYELPDDLDFYVHRVGRTARAGSSGQALTIYELSDEDALVRLEKMGIVFDYAELVNGEWKKGDDRHRRKKRKKSENEADQMAKRLVKKPKKVKPGYKKKMSYEMEKIKRKQRRNKSNKGK NA NA NA NA NA D1-12_01614 675 hypothetical protein ATGTTTCCACAGCAGCCGATGAGAAATATGGCGCAGCAGGGCCGGCCGTTTATGAATCCGCGTATGATGATGGGAGGAAGACCGTCATTGCCGGGCCGGCAGCTTTTCCCTCAGCAGCAGATTGCCGGAGCGGGCCTGAGAAACGCAGGCACGGGCGGCGGAGGGGGCTTAAAAGGGATGCTTTCCCGTTTTTTACCCGGTTCAGGAGGAGGAAGCGCTGCCGCGTCGGCACCGGCGGCGGCCAGCGGAGGAGCAGGTGCAGGACTGCAGGGAATACAGAACCTGGCAAGTCCGGCATCCCTGTCGAGCATGCTCGGCAATGTTCAGAAGGTGCTCGGCGTGGCGCAGCAGGTTACGCCGATGATCCAGCAGTACGGTCCTTTAGTACGGAGTCTGCCCGCCATGATGAAGCTTTACAGCCAATTAAGCAGCAGTGATGACGAGAATGAATCTGACGAGACGAAAGAAACAGACGAACAGGACAAAAAGGATGAAGCTGAAAAAACAGATGAAACAGAAGATGAAAACAAATCAGACGCCTCATCCAAAACATCAAAGAAGACGTCTGAAAAAGCATCCGCTTCAAAAGAAAAAGACGCCGCACAGGCAGACTCAGCGGAACAGCCGCGTCCAAAAAGAACATCGGGCAGATCAAAGCCGAAATTATATATTTAA MFPQQPMRNMAQQGRPFMNPRMMMGGRPSLPGRQLFPQQQIAGAGLRNAGTGGGGGLKGMLSRFLPGSGGGSAAASAPAAASGGAGAGLQGIQNLASPASLSSMLGNVQKVLGVAQQVTPMIQQYGPLVRSLPAMMKLYSQLSSSDDENESDETKETDEQDKKDEAEKTDETEDENKSDASSKTSKKTSEKASASKEKDAAQADSAEQPRPKRTSGRSKPKLYI NA NA NA NA NA D1-12_01615 945 ispH COG0761 4-hydroxy-3-methylbut-2-enyl diphosphate reductase TTGAACGTTATCAAAATATCGCCGCGCGGCTACTGTTACGGCGTTGTTGATGCCATGGTCATAGCTAAAAACGCGTCACTCGATAAAACACTGCCAAGACCTATATATATACTCGGAATGATTGTTCATAATAAGCATGTCACAGATGCGTTTGAGGAAGACGGCATTTACACGCTTGACGGCACAAACCGTCTGGAGATTTTAAAGCAGGTGGAAAAAGGAACCGTTATTTTCACGGCTCACGGGGTATCTCCGGAAGTAAGAAAAGTCGCTGAGGAAAAAGGGCTCGTTACGATTGACGCCACATGCCCGGACGTCACGAAAACACATGACTTAATCCGGAAAGTAAAAGCTGAAGGCTATCACGTCATATACATCGGCAAAAAAGGCCACCCCGAGCCTGAAGGAGCCGTCGGCGTCGCTCCTGAAATCGTTCATCTCGTTGAAACAGAGGAAGACGTGAGAAATCTCGATATTCAGGCTGAGAAATTAATCGTTACAAACCAAACGACAATGTCCCAGTGGGACGTCCACGATATTATGGAATCAGTCAAAGAAAAGTACCCGTACGTGGAATACCATCAGGAAATCTGCCTGGCCACACAGGTTCGTCAAGAAGCTGTATCAGAGCAGGCAAAAAAAGCGGACTTAACCATTGTTGTCGGTGATCCGAAAAGCAATAACTCCAACAGACTGGCGCAAGTGTCAGAAGAAATCGCCGGAACAAAAGCCTACCGAATCGGAGACATCAGTGAACTGAAGCTCGAATGGCTGAAAGACGTCAATACCGTCGCCATTACCGCAGGCGCATCAACACCGACACCGATTACAAAGGAAGTCATCCGCTTTTTAGAGCAGTTTGACCACAACGATGAATCGACATGGCAGCTTGAACACAGTGTGCCGCTTAAAAAAATCCTTCCGAAAGTAAAAATAAAAAACTGA MNVIKISPRGYCYGVVDAMVIAKNASLDKTLPRPIYILGMIVHNKHVTDAFEEDGIYTLDGTNRLEILKQVEKGTVIFTAHGVSPEVRKVAEEKGLVTIDATCPDVTKTHDLIRKVKAEGYHVIYIGKKGHPEPEGAVGVAPEIVHLVETEEDVRNLDIQAEKLIVTNQTTMSQWDVHDIMESVKEKYPYVEYHQEICLATQVRQEAVSEQAKKADLTIVVGDPKSNNSNRLAQVSEEIAGTKAYRIGDISELKLEWLKDVNTVAITAGASTPTPITKEVIRFLEQFDHNDESTWQLEHSVPLKKILPKVKIKN PGPT0007615_1462 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-TERPENOID_DERIVATE_PRODUCTION,PGPT0007615-ispH|lytB-K03527 NA NA D1-12_01616 1122 COG0327 GTP cyclohydrolase 1 type 2 ATGCCTAAACATGTGAACGGACAGGAAATCATCCAGCTGTTTGAACAATTTTCACCGAAGGCTTTTGCGGTGGAAGGAGACAAAATCGGCCTGCAGATCGGTACATTGAATAAGCCGGTGAAAAATGTCATGGTGACACTGGATGTTCTGGAACAAACGGTAGATGAAGCCATTGAGAAAAAAGTTGACTTAATTATCGCCCACCATCCGCCGATTTTTCGGCCGCTTAAACAGATCACCACTGATCAGCCTGGCGGAAGACTGATTGAGAAATGTATAAAGCATGATATTGCCGTATATGCGGCTCATACGAATCTTGATGTAGCGGACGGCGGTGTTAATGACCTGCTTGCCGAAGCTCTCGGTCTGACAGACACAGAAGTGCTCGTCCCGACATATTCGGACCCGCTGAAAAAGCTTGCCGTATATGTTCCGAAAGACTATGAAGAAGCTGTAAGAACCGCACTCGGCAACGCCGGAGCGGGACATATCGGCAATTACAGCCATTGCGCGTTCTCCTCTGAGGGAATCGGCAGCTTTAAGCCGCTGGACGGGGCAGAACCGTTTATCGGGCAGACGGGAGAACTGGAGCTCGTCCATGAAGTGAGACTTGAGACCGTTTTTCCGGCAAGTATGGAGAAAACCGTCGTAAAAGCGCTGAAAAAAAGCCATCCGTATGAAGAAGTGGCATATGATATTTATCCGGTGGAGCAGTCTCCGCTTGAAAAAGGGTTCGGCCGCATCGGAAAACTTCAGCAAGACATGACGCTTGAAGAGTTTGCTCTGTTTGTGAAAGAAAAGTTTGACGTTAACGGAGTCCGGATGGTCGGAGAGCGAAACAGCAAGGTGAAAAAAGTCGCGGTTCTTGGCGGTGACGGAAATAAATATATTTATCAGGCAAAGCGGAAGGGTGCAGATGTTTACGTGACGGGCGATCTTTATTTCCATGTAGCGCATGATGCGATGATGATGGGATTAAACGTTGTGGACCCTGGGCATTATGCTGAAAAGATCATGAGAAAAGGCACGGCTGAGAAGCTTACGGCAATGGCCGGAGAGAAAAACTATGACGTGCGCATTTTCGCTTCCGAAACAGATACAAACCCATTTACCTTCTTATAA MPKHVNGQEIIQLFEQFSPKAFAVEGDKIGLQIGTLNKPVKNVMVTLDVLEQTVDEAIEKKVDLIIAHHPPIFRPLKQITTDQPGGRLIEKCIKHDIAVYAAHTNLDVADGGVNDLLAEALGLTDTEVLVPTYSDPLKKLAVYVPKDYEEAVRTALGNAGAGHIGNYSHCAFSSEGIGSFKPLDGAEPFIGQTGELELVHEVRLETVFPASMEKTVVKALKKSHPYEEVAYDIYPVEQSPLEKGFGRIGKLQQDMTLEEFALFVKEKFDVNGVRMVGERNSKVKKVAVLGGDGNKYIYQAKRKGADVYVTGDLYFHVAHDAMMMGLNVVDPGHYAEKIMRKGTAEKLTAMAGEKNYDVRIFASETDTNPFTFL NA NA NA NA NA D1-12_01617 756 trmK COG2384 tRNA (adenine(22)-N(1))-methyltransferase ATGATAGTAAAGGAAAAAGAACCTGAGAAAAGTTGTGATATTGTGAATGAAATGAAGTTATCTAAAAGATTGCAGTCTGTGGCGGAATATATCCCTCCGGGTGCCCTGGTTGCTGATATCGGGTCGGACCACGCGTATCTTCCTTGCTATGCCGTTTTGAATCATTTGGCAAGCCGGGCAATCGCCGGTGAAATTACAGACGGGCCGTATCTATCCGCCAAACAGCAGGTGGAAAAACTGGACTTAAGCACTCTTATCTCCGTAAGGAAAGGTGACGGGCTGAGCGTCCTTGAAAAAGGAGAAGCCGGCGCCATTACAATCGCCGGCATGGGCGGAGCACTGATCGCTCATATTTTGGAATCGGGGAAAACGAAATTGACGGGGCGTGAACGGCTGATTCTGCAGCCGAATATTCATGCCGTTCATATAAGAGAGTGGCTGTATCAGGAAGGCTATGAACTGCTTGATGAAGTGATTCTCGAAGAAGACGGAAAGTGTTATGAAATCCTCGTTGCGGAAACTGGCGACCGTGATGCGCCTTATCGGGACGTGCCGATGGCTGCCGGAATGCTTGCGGGTCCGTTTTTATTAAAAGAGAGGAATGAAGTGTTTCTTCGGAAATGGAGCCAGGAACTTAAGCATACTGAACAAATTTATGAACAGATCAGCCGCAGCGCAAAGCATGAAAATCATGAAAAATTAGCTGAATTGAAAGAGCGGATCTCTCTGCTGAAGGAGGTAATCGGACATGCCTAA MIVKEKEPEKSCDIVNEMKLSKRLQSVAEYIPPGALVADIGSDHAYLPCYAVLNHLASRAIAGEITDGPYLSAKQQVEKLDLSTLISVRKGDGLSVLEKGEAGAITIAGMGGALIAHILESGKTKLTGRERLILQPNIHAVHIREWLYQEGYELLDEVILEEDGKCYEILVAETGDRDAPYRDVPMAAGMLAGPFLLKERNEVFLRKWSQELKHTEQIYEQISRSAKHENHEKLAELKERISLLKEVIGHA NA NA NA NA NA D1-12_01618 363 cccA COG2010 Cytochrome c-550 ATGAAGTGGAATCCGCTGATTCCTTTTTTGCTCATTGCAGTGCTGGGAATAGGGCTGACTTTCTTTTTAGCTGTAAAAGGCAACGGAGATGCGCATCAGATCGCAAGCGGCGGTGAAAGCAAAAATGCCGAGAAGGAAACTGCAAACGCTTCACCTGAAGAGATTTATAAAGCGAACTGCATCACCTGTCACGGGGAAAACTATGAAGGTGTGTCAGGGCCGAACTTAAAAGGCGTCGGCAAAAGAAAAGATGTCGCTGAGATTAAAACAAAAATTGAAAAAGGCGGCAACGGGATGCCCGCGGGCCTTGTGCCGGCCGAAAAGCTGGATGACATGGCAAAATGGGTTTCTGACATTAAATAA MKWNPLIPFLLIAVLGIGLTFFLAVKGNGDAHQIASGGESKNAEKETANASPEEIYKANCITCHGENYEGVSGPNLKGVGKRKDVAEIKTKIEKGGNGMPAGLVPAEKLDDMAKWVSDIK PGPT0006870_26 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 D1-12_01619 1122 sigA COG0568 RNA polymerase sigma factor SigA ATGGCTGATAAACAAACCCACGAAACAGAAACAGAACTTACATTAGACCAGGTAAAAGAACAGCTTACTGAAACTGGAAAAAAACGTGGCGTTTTAACATATGAAGAAATTGCTGAACGCATGTCCAGCTTTGAAATTGAATCAGACCAAATGGATGAGTATTATGAATTTTTAGGAGAACAAGGTGTTGAATTAATTAGTGAAAATGAAGAAACGGAAGATCCTAATATTCAACAGCTTGCCAAAGCCGAAGAAGAATTTGACCTTAATGACCTCAGCGTACCGCCTGGCGTAAAGATCAATGATCCAGTCCGCATGTACCTTAAGGAAATCGGACGGGTAAATCTTCTTTCTGCTAAAGAAGAAATCACCTACGCTCAAAAAATTGAAGAGGGTGACGAGGAATCTAAACGCAGACTGGCTGAAGCAAACCTTCGTTTAGTTGTCAGCATTGCTAAACGGTATGTCGGCCGCGGCATGCTTTTCTTAGACTTGATCCAAGAAGGAAACATGGGTCTCATGAAAGCCGTCGAGAAGTTTGACTACCGTAAAGGATATAAATTCAGTACGTATGCGACTTGGTGGATCAGACAGGCGATTACACGCGCCATCGCTGACCAGGCGAGAACAATCCGTATCCCGGTTCACATGGTGGAAACCATCAACAAATTAATCCGGGTGCAGCGTCAGCTTCTTCAGGATCTTGGCAGAGAGCCGACACCGGAAGAGATTGCTGAAGACATGGATCTTACGCCTGAAAAAGTCCGTGAAATATTAAAAATTGCTCAAGAGCCTGTTTCTTTAGAAACGCCGATCGGTGAAGAAGACGACTCACATCTCGGTGACTTCATCGAAGACCAGGAAGCGACATCTCCGTCGGATCATGCGGCATATGAGCTTTTAAAAGAACAGCTGGAAGATGTGCTGGATACGTTGACAGATCGTGAAGAAAACGTGCTGCGTCTCCGTTTCGGTCTGGATGACGGACGCACAAGAACTTTGGAAGAAGTCGGCAAAGTGTTTGGAGTAACGAGAGAGCGTATTCGCCAAATTGAAGCAAAAGCGCTTCGCAAATTGAGACATCCGAGCAGAAGCAAACGTCTGAAGGATTTTCTCGAATAG MADKQTHETETELTLDQVKEQLTETGKKRGVLTYEEIAERMSSFEIESDQMDEYYEFLGEQGVELISENEETEDPNIQQLAKAEEEFDLNDLSVPPGVKINDPVRMYLKEIGRVNLLSAKEEITYAQKIEEGDEESKRRLAEANLRLVVSIAKRYVGRGMLFLDLIQEGNMGLMKAVEKFDYRKGYKFSTYATWWIRQAITRAIADQARTIRIPVHMVETINKLIRVQRQLLQDLGREPTPEEIAEDMDLTPEKVREILKIAQEPVSLETPIGEEDDSHLGDFIEDQEATSPSDHAAYELLKEQLEDVLDTLTDREENVLRLRFGLDDGRTRTLEEVGKVFGVTRERIRQIEAKALRKLRHPSRSKRLKDFLE PGPT0014685_1189 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-ENERGY_METABOLISM CE-BACTERIAL_FITNESS-OXYGEN_AVAILABILITY_SIGNALLING,PGPT0014685-rpoS-K03087 NA NA D1-12_01620 1812 dnaG COG0358 DNA primase ATGGGAAACCGCATACCAGATGAAGTAGTTAATCAGGTGCAGCAGTCAGCAGACATTGTTGAAGTCATAGGTGATTATGTCCAATTGAAAAAGCAAGGCCGCAACTACTTTGGGCTCTGTCCGTTTCACGGAGAAAACACGCCCTCGTTTTCCGTCTCCAGCGATAAGCAGATCTTTCATTGCTTCGGATGCGGTGCGGGCGGGAACGTTTTCTCTTTCTTACGGCAGATGGAAGGCTATTCATTTACGGAAGCTGTTTCTCACCTTGCGGATAAATATCAGATTGATTTCCCTGATGATATAACGATTCACTCTGCATCCAGGCCGGAATCTTCCGGAGAGCAGAAGATGGCGGAAGCCCACGAGCTTCTGAAGAAATTTTACCATCATTTGCTAATAAATACAAAGGAAGGCCAGGAAGCGTTAGATTACCTTTTATCAAGGGGTTTTACGAAAGAGCTCATAGATGAGTTTGAAATCGGCTACGCGCTGGATTCCTGGGATTTCATGACGAAATTCTTGAAAAAGCGCGGTTTTGAGGAAGAACTGATGGAAAAAGCGGGTCTGCTGATCAGAAGGGAAGACGGCAGCGGGTATTTTGACCGTTTCAGAAACAGAATTATGTTTCCCATTCATGATCACCACGGAGCCGTGGCGGCTTTTTCAGGAAGGGCGCTCGGAAGCCAGCAGCCGAAATATATGAACAGCCCGGAAACGCCGCTGTTTCATAAATCTAAGCTTCTGTATAACTTTCATAAGGCGCGCCTGCCGATCAGGAAAGAGGAGAGAGCCGTTCTGTTTGAAGGCTTCGCTGACGTCATATCCGCCGTCAGCTCAGGCGTAAAAGAAAGTATCGCCACAATGGGGACGTCGCTCACCGAAGAACATGTGAAAATCCTCAGGAGAAATGTTCAGGAGGTCATTCTCTGTTACGATTCGGATAAAGCCGGGTACGAAGCTACGCTGAAAGCGGCCGGCCTGCTCCAGAAAGCCGATTGTAAGGTAAGAGTAAGCATGCTGCCTGACGGGCTTGATCCTGATGATTATATCAGAACCCGGGGCGGAGAAAAATTCCGGACCGATATCATTGATGCAAGCGTTACGGTCATGGCTTTTAAAATGCAATATTTCCGCAAAGGGAAAAACTTATCTGACGAAGGAGACCGGCTCGCTTACATGAAAGAAGTGCTGAAAGAAATCAGCGCTCTTTCCGGGTCGCTTGAGCAGGAAATGTATGTGAAGCAGCTCGCCTCGGAATTTTCTCTTTCGGTAGAATCTTTGACGGAACAGCTTTCCATCTACGCCAGACAAAACGCCCCCGGCGACAAAAACGCTGAACCGCAGACAAGACGGGCCCGGGTGACGACAAAAGCGAAACGGCGCCGTCTCCGTCCCGCCTATGAGAACGCGGAAAGACTTCTGCTCGCTCATATGCTGAGAGACCGAAACGTCATAAAGAAAGTGATTGAGCGTGTCGGCTTTGAATTTAACATTGACGGACATCGTGCGCTGGCAGCATACCTGTACGCTGTTTATGAAGAGGGTGCTGACATGACGCCGCAGCATCTTATGGCGAGAATGCAGGATGAGGAAATCAGCCAGCTGCTTTCAGATATAGGGATGCTCCAAGTAAACGAGGAGCTCTCAGAGGCCGAGTTATCCGATTACGTAAAAAAAGTGTTGGATCACCGAAAATGGTCAATGATAAAGGAAAAAGAAGCAGAAAGAGCGGATGCGGAGAGGCAGAAAGACTTCGTGAAAGCTGCGTCTCTGGCTCAAGAAATTGTTGCATTGAACCGATCATTAAAGTAA MGNRIPDEVVNQVQQSADIVEVIGDYVQLKKQGRNYFGLCPFHGENTPSFSVSSDKQIFHCFGCGAGGNVFSFLRQMEGYSFTEAVSHLADKYQIDFPDDITIHSASRPESSGEQKMAEAHELLKKFYHHLLINTKEGQEALDYLLSRGFTKELIDEFEIGYALDSWDFMTKFLKKRGFEEELMEKAGLLIRREDGSGYFDRFRNRIMFPIHDHHGAVAAFSGRALGSQQPKYMNSPETPLFHKSKLLYNFHKARLPIRKEERAVLFEGFADVISAVSSGVKESIATMGTSLTEEHVKILRRNVQEVILCYDSDKAGYEATLKAAGLLQKADCKVRVSMLPDGLDPDDYIRTRGGEKFRTDIIDASVTVMAFKMQYFRKGKNLSDEGDRLAYMKEVLKEISALSGSLEQEMYVKQLASEFSLSVESLTEQLSIYARQNAPGDKNAEPQTRRARVTTKAKRRRLRPAYENAERLLLAHMLRDRNVIKKVIERVGFEFNIDGHRALAAYLYAVYEEGADMTPQHLMARMQDEEISQLLSDIGMLQVNEELSEAELSDYVKKVLDHRKWSMIKEKEAERADAERQKDFVKAASLAQEIVALNRSLK NA NA NA NA NA D1-12_01621 507 hypothetical protein ATGGAGGGATGGAGAATTAGTCTTCTAAATGAAAAAGAAAAGACGATTTTTGTCGATGCAGACGCATGCCCCGTAAAAGAGGAAATAATGCTCATTGCATCGCAATTCAGCGTTCGGGTTATTTTCGTCGCATCATTTGAACACTACCAGCTTTCCAGAAGCAAAGACGAGAACTGGGTATACGTTGATCCTCATAAAGAAGCGGCGGATTTATATATCGCAAACCATGTGAGATCGGGAGACGTCGTAGTCACGCAGGATATCGGTTTAGCCTCTCTTTTGCTGAACAGAAATATTGCCGTCTTATCGGAAAGGGGCCGTTCTTATACTGAAGACACGATTGACTTCGCTCTGATGAGCCGTCATATGTCAGGCAAAATGAGAAGAAGCGGCATTCATTCCAAAGGACCTAAAAAATTAAATAAAGAAGATCGGAATCGATTTGTTACCCTGCTTAAAAAAATCCTGTCGAATGATGAAGGGATTTCAAATCAAAACATCGAATAA MEGWRISLLNEKEKTIFVDADACPVKEEIMLIASQFSVRVIFVASFEHYQLSRSKDENWVYVDPHKEAADLYIANHVRSGDVVVTQDIGLASLLLNRNIAVLSERGRSYTEDTIDFALMSRHMSGKMRRSGIHSKGPKKLNKEDRNRFVTLLKKILSNDEGISNQNIE NA NA NA NA NA D1-12_01622 813 yqfL COG1806 Putative pyruvate, phosphate dikinase regulatory protein ATGGACAATCGCATCATTTATGTAGTATCAGACTCAGTCGGAGAAACCGCCGAACTCGTTGTAAAAGCCTCGCTCAGCCAGTTTAACGGCTCAGCCGATGATACGCATATCAGAAGAATACCTTATGTGGAAGATATCGGCACCATTAATGAAGTCGTGTCTCTCGCCAAAGCGGACGGCGGCATTATTTGTTTTACGCTCGTTGTTCCTGAAATGCGCAAATACCTGGTTGAACAAGCTGAAAAAGCGAATGTGCTGTATTACGATATTATCGGTCCGCTCATCGATAAAATGGAATCGGCTTACGGTCTGACCGCCAAATATGAACCGGGCCGCGTCCGCCAGCTTGATGAAGATTATTTCAAAAAGGTCGAGGCGATCGAGTTTGCCGTCAAATATGACGATGGCAGAGATCCAAGAGGCATTTTAAAAGCCGATATCATCCTGCTCGGAGTATCCAGAACGTCTAAAACCCCATTATCACAATATCTTGCCCATAAGCGTCTGAAAGTGGCCAATGTGCCGATCGTTCCTGAGGTCGATCCGCCGGAAGAACTGTTCAGCGTTGATCCGAAAAAATGCATCGGCTTAAAGATCAGCCCTGATAAACTGAACCATATACGAAAAGAACGGTTAAAATCTCTCGGCTTAAATGACAAAGCCATTTACGCCAATATCAACAGAATTAAAGAAGAGCTGGAGTATTTTGAGAAAATCGTGGACCGGATCGGCTGCCAAGTCGTTGACGTTTCGAATAAAGCGGTCGAGGAAACAGCGAACATCATTCATCATCTCAAAACAAAGGGCCGATAA MDNRIIYVVSDSVGETAELVVKASLSQFNGSADDTHIRRIPYVEDIGTINEVVSLAKADGGIICFTLVVPEMRKYLVEQAEKANVLYYDIIGPLIDKMESAYGLTAKYEPGRVRQLDEDYFKKVEAIEFAVKYDDGRDPRGILKADIILLGVSRTSKTPLSQYLAHKRLKVANVPIVPEVDPPEELFSVDPKKCIGLKISPDKLNHIRKERLKSLGLNDKAIYANINRIKEELEYFEKIVDRIGCQVVDVSNKAVEETANIIHHLKTKGR NA NA NA NA NA D1-12_01623 642 ccpN COG0517 Transcriptional repressor CcpN GTGGTGAGTACGATCGAATTAAATAAACGGCAAGAACAAATTTTACAGATTGTAAAGGAAAACGGCCCGATTACCGGCGAGCATATCGCAGAACAGCTCAATTTAACGAGGGCCACGCTGCGGCCGGACTTGGCCATACTCACCATGTCAGGCTTCTTAGAGGCCCGTCCGCGGGTCGGTTATTTTTATACGGGGAAAACGGGAAATCAGCTGCTTGCGGATAAACTGAAAAAGCTGCAAGTGAAAGATTTTCAATCGATCCCTGTTGTCATCAATGAAAATGTCTCGGTATACGATGCCATCTGCACCATGTTTTTAGAAGATGTCGGCACGTTATTTGTCGTAGATCGTGATGCTGTCTTAGTCGGTGTGCTGTCACGCAAAGATTTGCTGCGGGCGAGCATCGGCCAGCAGGAACTTGCCTCAATACCGGTTCATATTATCATGACAAGAATGCCGAATATCGCCGTCTGCCGGCGTGATGATTATGTGATGGACATCGCCAAGTATTTAATTGAAAAACAGATCGATGCCCTGCCCGTTATTAAAGATACGGATAAAGGCTTTGAGGTCATCGGCCGGTTTACCAAAACGAATATGACTAAGATACTTGTCAGTTTATCAGAAAATGAAATCATATAA MVSTIELNKRQEQILQIVKENGPITGEHIAEQLNLTRATLRPDLAILTMSGFLEARPRVGYFYTGKTGNQLLADKLKKLQVKDFQSIPVVINENVSVYDAICTMFLEDVGTLFVVDRDAVLVGVLSRKDLLRASIGQQELASIPVHIIMTRMPNIAVCRRDDYVMDIAKYLIEKQIDALPVIKDTDKGFEVIGRFTKTNMTKILVSLSENEII NA NA NA NA NA D1-12_01624 2040 glyS COG0751 Glycine--tRNA ligase beta subunit ATGAGTAAACAAGACTTGCTTTTAGAGATCGGACTCGAGGAAATGCCGGCGCGGTTTTTACATGACAGCATGGTGCAGCTCGGTGAAAAGCTGACCGGCTGGCTGGCTGAAAAAAATATCGCCCATGGCGAAGTGAAACTTTTTAATACGCCGAGACGTCTGGCAGTATATATAAAAGACGTAGCAGAAAAACAGGCTGATATTCAGGAAGAAGCAAAAGGCCCTGCGAAAAAAATCGCTCTGGATGCTGACGGAAACTGGACAAAAGCCGCTATCGGATTTTCAAAAGGCCAAGGCGCCGGAGTGGATGACCTGTATATAAAAGATGTAAACGGCACGGAATATGTCTTCGTTCAAAAATTCCAGGCGGGACAAGAGACGAAGACACTTTTACCGCAGCTGGAAAATTTGATTGCCGGAATGCATTTTCCGAAAAACATGCGCTGGGGCACGCAGGATCTGCGCTATATCCGTCCGATCAAATGGATTGCCGCCCTCTTTGGAAAAGACGTCATTCCGTTTGAAATCACAAATGTCGAGACGGGCCGGAACACGCAGGGACACCGCTTTCTCGGCCAAGAAGTATCTGTTGATACGCCGGCATCATACGAAAAACTGCTGAAAGAACAAAGCGTCATTGCTGACCCGAAAGAACGCAAACAAATGATCCAAAGCCAGCTGGACGCGCTTGCGGCCGAGAAGAAATGGAACATTCCGATCGATGAGGACCTGCTGAACGAAGTCAACCATCTGGTGGAATACCCGACGGCGCTTTACGGATCTTTTGAATCCGAGTTTCTTTCTATCCCTGAAGAAGTGCTTGTGACAACAATGAAAGAGCATCAGCGCTACTTCCCGGTAAAAGATGAAAACGGGAATCTGCTGCCTCATTTTATTACGGTAAGAAACGGGAACAGCCATGCAATTGAAAATGTTGCCCGCGGAAACGAGAAAGTGCTGAGAGCAAGGCTTTCAGATGCTGCGTTCTTCTACAAAGAAGACCAAAAGCTGAACATTGATGAAAACGTGAAGAAACTGGAAAATATCGTTTTCCATGAAGAGCTCGGCTCCCTTGGAGATAAAGTAAGAAGAGTGGCCGCCATTGCGGGCAAACTTGCCGTCCGCCTGAAAGCGGATGAACAGACGCAAAAACTTGTGAAGCGCGCCGCAGAGATTTCTAAATTTGACCTGGTTACACATATGATCTATGAGTTCCCTGAGCTTCAAGGCGTAATGGGAGAAAAATATGCGCGCATGCTCGGTGAAGATGATGCCGTCGCTGCCGCTGTCAATGAGCACTATATGCCGAGAGCGGCCGGGGGAGAAGTGCCTTCAACCTTTACCGGCGCGGTCGTGGCGTTAGCTGATAAACTGGATACGATTGCTTCCTTCTTCAGCATTGACGTAATTCCGACAGGTTCTCAGGATCCGTACGGATTGCGCCGTCAGGCAAGCGGCATCGTTTCCATTCTGATCGACCGCAATTGGGACATTTCGTTTAAAGAGCTTCTGTCATTGACAGAAACGGAAAAAGAAAATGAGCTCCTCGATTTCTTTACACAGCGTCTGAAATACGTCTTAAACACTGAAGACATCCGTCATGACGTTATTGAAGCCGTTCTGGACAGCACAGAGCTTGAGCCGTATGCAGCCGTTCATAAGGCAAGAGTGCTTGAGAAGCACCTCGGCGCACCCGGCTTTAAAGAAACGGCTGAATCACTCGGCCGGGTTATCTCTATCAGCAAAAAAGGCGAGAGCCGGGATATCAAGCCGGATCTGTTTGAAAATGAACAGGAGGAAAAGCTGTTTGACGCTTATCAAAAAACAAAAGACAGTGTCGCGGAAAGCTTTGCCTCCAAAAACTATGAACAGGCGCTTGATGTGCTCAGCGGATTAAAGGAGCCGATTGAAGACTACTTTAATCACACGATGGTAAATGCGGACGATGAAGCATTAAAAACCAACCGTTTAGCGCAAATGACCGCTCTTGCAGATGTGATCAAGTCTTTTGCTAATATGAATCATCTTATTGTAAAATAA MSKQDLLLEIGLEEMPARFLHDSMVQLGEKLTGWLAEKNIAHGEVKLFNTPRRLAVYIKDVAEKQADIQEEAKGPAKKIALDADGNWTKAAIGFSKGQGAGVDDLYIKDVNGTEYVFVQKFQAGQETKTLLPQLENLIAGMHFPKNMRWGTQDLRYIRPIKWIAALFGKDVIPFEITNVETGRNTQGHRFLGQEVSVDTPASYEKLLKEQSVIADPKERKQMIQSQLDALAAEKKWNIPIDEDLLNEVNHLVEYPTALYGSFESEFLSIPEEVLVTTMKEHQRYFPVKDENGNLLPHFITVRNGNSHAIENVARGNEKVLRARLSDAAFFYKEDQKLNIDENVKKLENIVFHEELGSLGDKVRRVAAIAGKLAVRLKADEQTQKLVKRAAEISKFDLVTHMIYEFPELQGVMGEKYARMLGEDDAVAAAVNEHYMPRAAGGEVPSTFTGAVVALADKLDTIASFFSIDVIPTGSQDPYGLRRQASGIVSILIDRNWDISFKELLSLTETEKENELLDFFTQRLKYVLNTEDIRHDVIEAVLDSTELEPYAAVHKARVLEKHLGAPGFKETAESLGRVISISKKGESRDIKPDLFENEQEEKLFDAYQKTKDSVAESFASKNYEQALDVLSGLKEPIEDYFNHTMVNADDEALKTNRLAQMTALADVIKSFANMNHLIVK NA NA NA NA NA D1-12_01625 888 glyQ COG0752 Glycine--tRNA ligase alpha subunit ATGAACATTCAAGATATGATTTTAACCTTGCAGAAGCACTGGTCGAATGAAGGCTGTGTGCTCATGCAGTCGTATGATGTGGAGAAAGGCGCAGGCACAATGAGCCCGTATACATTTTTACGAAGCATCGGGCCGGAACCGTGGAGAGTGGCTTACGTTGAGCCGTCCAGACGGCCTGCGGACGGACGGTACGGTGAAAACCCGAACAGGCTCTATCAGCATCACCAATTCCAAGTCATTATCAAGCCGTCGCCTGATAACATTCAAGAGCTTTACCTTGATTCATTGCGTGCGCTCGGCATTGACCCGCTTGAACATGATATCCGTTTCGTAGAAGACAACTGGGAAAACCCGTCTTTAGGCTGTGCAGGTCTCGGCTGGGAAGTATGGCTTGACGGGATGGAAATTACTCAGTTTACATACTTCCAGCAGGTGGGCGGAATTGAATGTAAACCGGTATCCGTTGAGATCACGTATGGTATTGAACGTCTCGCGTCATATATTCAGGACAAAGAAAACGTCTTTGATCTTGAATGGACGTCAGGATTTACTGTGAAAGATTTATTTATGATGGCTGAATATGAGCATTCCGTTTATACTTTTGAAACATCTGACGTGGATATGCTTTTCCATTTGTTCAGCACCTATGAAAAAGAAGCGATCAGACAAATGGATAACGGGCTCGTGCATCCGGCCTATGATTATGTGCTGAAATGCTCTCACACATTTAATCTGCTCGATGCAAAAGGCGCGATCTCGGTGACAGAGCGGACGGGTTATATCGGCCGTGTCCGCAACTTAGCGAGAAAAGTGGCAAAAACGTATTATGAAGAACGGGAAAAATTAGGGTTCCCAATGCTTAAAGAGGAGGGCTCTTCCCATGAGTAA MNIQDMILTLQKHWSNEGCVLMQSYDVEKGAGTMSPYTFLRSIGPEPWRVAYVEPSRRPADGRYGENPNRLYQHHQFQVIIKPSPDNIQELYLDSLRALGIDPLEHDIRFVEDNWENPSLGCAGLGWEVWLDGMEITQFTYFQQVGGIECKPVSVEITYGIERLASYIQDKENVFDLEWTSGFTVKDLFMMAEYEHSVYTFETSDVDMLFHLFSTYEKEAIRQMDNGLVHPAYDYVLKCSHTFNLLDAKGAISVTERTGYIGRVRNLARKVAKTYYEEREKLGFPMLKEEGSSHE NA NA NA NA NA D1-12_01626 768 recO COG1381 DNA repair protein RecO ATGCTGACTAAATGTGAAGGAATCGTGCTCCGTACGAATGACTACGGGGAGACGAATAAAATCGTGACATTGCTGACGAGGGAACACGGCAAAATCGGCGTCATGGCAAGGGGCGCCAGGAAGTCAGCCAGCCGGCTGTCAGCAGTCAGCCAGCCGTTTTTGTACGGGTCATTTTTAATGCAAAGAACATCCGGACTCGGCACGCTCCAGCAGGGTGAAATGATTCTCAGCATGAGAACGATCAGAGAAGATTTATTTTTGACGGCGTATGCCGCTTTTATCGCTGAACTCACTGACAAAGGAACGGAAGAGAAGAAACCGAACCCCTATTTATTCGAATTGATTCTCGAATCCTTTAAGAGGCTGAATGACGGGACTGACCCGGACGTGATCACCTTCATCGTGCAGATGAAAATGCTCGGCGTCATGGGGCTGTATCCGGAGCTGAATCATTGTGTCCACTGCAAAAGCGGGGAAGGGACGTTTCATTTTTCGATAAGAGATAACGGGTTTATCTGCCACCGCTGCTTTGAAAAGGATCCGTACAGAGTTCCGATTTCGCCGCAAACGGCAAGGCTGCTAAGGCTTTTTTATTACTTTGATATCGGAAGGCTCGGCAGCGTCTCGTTAAAACAGGAAACCAAAAACGAAATTAAACGGGTCATTGATCTGTATTACGAGGAATACTCAGGACTTTATTTAAAGTCAAAACGGTTTTTAGATCAGATGGAAAGCATGAAGAACCTTTTGGATGAAAACAAAAGTTGA MLTKCEGIVLRTNDYGETNKIVTLLTREHGKIGVMARGARKSASRLSAVSQPFLYGSFLMQRTSGLGTLQQGEMILSMRTIREDLFLTAYAAFIAELTDKGTEEKKPNPYLFELILESFKRLNDGTDPDVITFIVQMKMLGVMGLYPELNHCVHCKSGEGTFHFSIRDNGFICHRCFEKDPYRVPISPQTARLLRLFYYFDIGRLGSVSLKQETKNEIKRVIDLYYEEYSGLYLKSKRFLDQMESMKNLLDENKS NA NA NA NA NA D1-12_01627 144 hypothetical protein GTGTTGAATTTTACCTGGAACGTATTTTCTCAAACAGGAAGTGTTGATACGTACCTTCTTTTTAAAGAACTGGAAAAAGAGAACCTGGAAAGACCCGAAGAACCGGAAGATGAGCTAGCCCGAATTGATTTTCCAATTTTGTAA MLNFTWNVFSQTGSVDTYLLFKELEKENLERPEEPEDELARIDFPIL NA NA NA NA NA D1-12_01628 906 era COG1159 GTPase Era ATGACGAACGAAAGCTTTAAATCAGGATTTGTATCTATCATCGGAAGGCCGAATGTAGGGAAGTCTACCTTTTTAAACAGGGTCATCGGTCAAAAGATCGCCATCATGAGCGACAAACCCCAGACGACAAGAAATAAAGTCCAAGGGGTGCTGACAACCGGCACGTCGCAGACCATTTTTATTGATACACCGGGCATTCACAAACCAAAGCACAAGCTTGGCGACTTTATGATGAAAGTGGCCCAGAATACGCTGAAAGAAGTTGACTTGGTGTTATTTATGATTAACGCCGAAGAAGGGTACGGAAAAGGCGACGAGTTTATCATTGAAAAGCTCGGACAGACGTCCACGCCGGTCTTTCTGATCGTAAACAAAATTGATAAGATCCACCCCGACCAGCTGCTTCTTTTAATTGATGAGTACCGTACGCGCTATCCGTTTAAGGAAATCGTGCCGATCTCAGCTTTGGAAGGGAACAACGTCGAAACCCTTCTCGCGCAGATTGAAGCGTATTTACCGGAAGGGCCTCAGTTCTATCCGAGCGATCAGGTGACTGACCATCCCGAGCGGTTCATTATTTCTGAACTGATCAGGGAAAAGGTGCTCCATCTGACAAGGGAAGAAGTGCCGCACAGCATCGCTGTCGCTATCGAGTCCATTAAAGGGCAGGAAAACGGCTCTGTCCATGTCGCCGCCACGATTGTGGTCGAGCGGGATTCTCAAAAAGGCATCGTCATCGGCAAAAAAGGAGCGCTTCTGAAAGAAGTCGGCAAAAGAGCGCGGGCTGATATTGAAGCTCTTTTGGGCTCACGCGTTTACCTGGAATTATGGGTGAAGGTGCAGAAGGACTGGCGGAATAAAATGTCTCAGCTGCGTGATTTCGGCTTCAAAGAGGATGAATATTAA MTNESFKSGFVSIIGRPNVGKSTFLNRVIGQKIAIMSDKPQTTRNKVQGVLTTGTSQTIFIDTPGIHKPKHKLGDFMMKVAQNTLKEVDLVLFMINAEEGYGKGDEFIIEKLGQTSTPVFLIVNKIDKIHPDQLLLLIDEYRTRYPFKEIVPISALEGNNVETLLAQIEAYLPEGPQFYPSDQVTDHPERFIISELIREKVLHLTREEVPHSIAVAIESIKGQENGSVHVAATIVVERDSQKGIVIGKKGALLKEVGKRARADIEALLGSRVYLELWVKVQKDWRNKMSQLRDFGFKEDEY NA NA NA NA NA D1-12_01629 411 cdd COG0295 Cytidine deaminase ATGAACAGACAAGAATTGATTGCAGAAGCATTAAAAGCGCGGGACACAGCGTATGTGCCGTATTCAAATTTCAGAGTGGGAGCCGCTCTTCTTACCAAAGACGGAAAAGTGTACAGAGGCTGCAACATTGAAAATGCGGCATACAGCATGTGCAACTGTGCTGAACGCACGGCGATATTCAAAGCTGTTTCCGAGGGGGATACGGAATTTGCGATGCTCGCCGTGGCTGCGGATACTCCGGGACCGGTTTCGCCGTGCGGAGCCTGCAGACAAGTAATTTCCGAGCTGTGCTCAAAGGATATGCTTGTTATTCTGACCAACTTACAAGGACAAATAAAAGAAATGACTGCGGAAGAATTATTGCCGGGCGCATTTTCATCGGAGGATTTACATGACGAACGAAAGCTTTAA MNRQELIAEALKARDTAYVPYSNFRVGAALLTKDGKVYRGCNIENAAYSMCNCAERTAIFKAVSEGDTEFAMLAVAADTPGPVSPCGACRQVISELCSKDMLVILTNLQGQIKEMTAEELLPGAFSSEDLHDERKL PGPT0021360_2491 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021360-cdd-K01489 NA NA D1-12_01630 381 dgkA COG0818 Undecaprenol kinase ATGAGTATGGACTCACGAGATCATAAAAACGAGTGGAGCAGGTTCCTGAAGAGCTTTGTCCATGCATGGAGGGGAATCTGGAAAACGGCGCGGTCAGAGCGGAATTTTCAATTTCATATTACCGCGGCCTGCGCCGTTATCGTTTGCGGTTTTCTCACCGGGCTGAGCACAGCCGAATGGGCCGTTGTTTTGGTGCTGATCGGAGGGATGCTTGCTTTGGAGCTTTTAAATACGGCGATAGAGCATGTTGTGGATTTAGTTACCGATCAGTATCACCCGCTCGCAAAAGCGGCAAAGGACGCGGCCGCCGGAGCCGTTTGCGTCTTTGCCGTGATATCGTGTATCATTGGTTTACTCATCTTCTTGCCGAAGATATGTTAG MSMDSRDHKNEWSRFLKSFVHAWRGIWKTARSERNFQFHITAACAVIVCGFLTGLSTAEWAVVLVLIGGMLALELLNTAIEHVVDLVTDQYHPLAKAAKDAAAGAVCVFAVISCIIGLLIFLPKIC PGPT0024175_342 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-UNDECAPRENOL_MODIFICATION,PGPT0024175-dgkA-K00887 NA NA D1-12_01631 474 ybeY COG0319 Endoribonuclease YbeY ATGGGTTTACTCATAGATATTGTTGATGAAACGAACAGCGTCTCAGCTGATGCGCTCCAAGAAGTGGAGAAGCTGCTCCAATTCGCGGCGGAAAAAGAAGGCGTTCAGGATCAGGCTGAAGTATCGGTCACGATTGTGACAAATGAAGAAATCAGAGAAATCAACAGAGACTACCGGGGAAAAGACACTCCGACTGACGTCATTTCGTTTGCGCTTGAAGAAGAAGGCGAGGACGAGGTTGAAATCGTAGGCGCCGACATGCCGCCTGTTTTAGGAGATATTATCATCAGCGCAGACAGAACGAAAGAGCAGGCGGAAGAGTACGGCCATTCGTTTATGAGAGAGCTCGGTTTTCTGGCCGTCCACGGCTTTTTGCATTTGCTTGGCTATGATCACTTGACAAAAGAAGAAGAGGAAGAAATGTTTTCAAAGCAAAAGGATTTGCTGGATGAGTATGGACTCACGAGATCATAA MGLLIDIVDETNSVSADALQEVEKLLQFAAEKEGVQDQAEVSVTIVTNEEIREINRDYRGKDTPTDVISFALEEEGEDEVEIVGADMPPVLGDIIISADRTKEQAEEYGHSFMRELGFLAVHGFLHLLGYDHLTKEEEEEMFSKQKDLLDEYGLTRS PGPT0021360_159 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021360-cdd-K01489 NA NA D1-12_01632 2133 pgpH Cyclic-di-AMP phosphodiesterase PgpH TTGAAAAAGAAGGGAAAGGGCAAAAGCGCCCGGGAACGGTTCCGCAGTTTCAGACATGCCCGCTCAGCCCATGTGCTGCTGTACCTGCTGCTTTCAGCGATCATGTTTGGTTTGCTCTTTATTCATGTAAAACCTGAATCACTTAATTTGGATTTGTTTGCAGTCAGTGATAAGACGATTTACGCGCCCGCCACAGTGGAAGATCAGCAGGCGACGGAATCGAAAAAGCAGGCGGCCGAAGATGCGGTGGAAGATCAATACACTCTGAAAAAAGGCTATACCGACAACCGGCTTGACCTGATTACTTCCATTTTTGACAGCATCGGCGAAGTGAAAAAAGATGCGGAAAAAGACAAAAAGTCACCTTCGGAAAAATCACTGGTAAAATCGGTGAAAAACAAGCTGACACAGGATGTCAATGAATCCGTCTCGGAAGATGCCATTAAATCGCTTCTCCATGCAAACAATGAAGATTTCTCATTTGTGAGGGATTCCGTCATTACCGCGGTGAATACGGTGATGAGCAGTGAAATTCCTTCTGAAAAGCTTGCCGAAGCGAAGGATAAGGTCGCAAAAGAGCTGAAAAGCGCTTCTGTGCCGTCAAAATATTTAGCGGCTGCGACTGAAATCGGAAAATACGCGGTCATCCCGAATTACGTGTTTGATCCGAAAGCGACGGATGAAAAACGCCAGGAAGCGTCAGACAGCGTCCAGCCGGTACAGATCAAACAAGGACAGGTTCTCGTGGAAGAGAATGATCTGATCGACCGGGAAGTATACAGGAAGCTCGAACTGACGGGGCTTTTGAATAATTCCAACCTGTTAAAACCGATCAGCGGTCTCCTTCTGATGATCGGGCTGTTTATTGCCACGCTTGTCTACTATTTTGAGAAACAGCAGCAGGAGCTTAAGCTGAAAAATAAATCTCTTTTGCTGTTTTCTATCATTACAACGCTTATTCTCGTCATTATGGAAGTCGTCAGTCTCTTTCAGAAGATTGAATACACCAATATCGGCTATCTTGTGCCGATCGCCGCCGGCGCGATTTTAATCAGGCTGCTGCTCAATGAAAGGCTCGCCATTTTAGGAAGCATCATTCTGGCGATCTGCGGCAGTATGATGTTTAATCAGGGTGTGACGGGAACATTTAATTACGTCATCGGCATTTACTATTTAATCAGCAGCATTTCAGGCATTCTGTTTTTGGGAAAACATAATGCGAGATCAAAAATATTGCAGGCGGGACTGTTCGTCTCATTTATTAATATGATTATCGTGCTGTCGCTTTTATTAATACAAAATACGGCGCTGTCACCGGTTGAAATCGGAACGCTGATGCTGATGGGGGCCGTCTCGGGACTTGCTTCATCCGTTCTGATTATCGGTCTGATGCCGTTTTTTGAGACGGGATTCGGCATTCTTTCAACGATGAGACTGATTGAACTGTCTAATCCGAATCATCCCCTGCTTCGAAAGATTTTAACGGAAACACCCGGTACATATCATCACAGCGTCATGGTGGCAAATCTGTCGGAAGCGGCTTGTGAAGCCGTAGGGGCAAACGGTCTTTTAGCACGGGTCGGAGCGTATTATCACGATCTCGGCAAAACGAAACGTCCGCAATATTTTATTGAAAATCAGATGAATATGGATAATCCGCATGACAAGCTGTCTCCGCAGCTCAGCAAAAATATCATTATCGCACATACGACAGACGGTGCGAATATGCTCAGAAGCTATAAGTTTCCGAAAGAGCTCGTGGATATCGCGGAGCAGCATCACGGAACGTCCCTTTTGAAATTCTTTTATTATAAAGCGAAAGAAAAGGGCGACCAGATTACTGAGAAAGAGTTCCGCTACCCGGGGCCGAAGCCGCAATCGAAAGAAGCGGCTATTATCTCAGTGGCCGACAGCGTTGAAGCCGCCGTCCGTTCCATGCATAATCCCAATCCCGAGCGGATCGAAAAACTGGTGCGGGGAATTATATCCGATAAGCTTCAGGACGGACAATTCTCAGAATGTGATCTCACGTTCCGAGAACTGGATACGATCGCAAAAACACTATGTGCGACGTTAAAAGGAATTTTCCACTCCCGGATTGAATATCCGGAGGCTACGAAGAAGGTGAAATAA MKKKGKGKSARERFRSFRHARSAHVLLYLLLSAIMFGLLFIHVKPESLNLDLFAVSDKTIYAPATVEDQQATESKKQAAEDAVEDQYTLKKGYTDNRLDLITSIFDSIGEVKKDAEKDKKSPSEKSLVKSVKNKLTQDVNESVSEDAIKSLLHANNEDFSFVRDSVITAVNTVMSSEIPSEKLAEAKDKVAKELKSASVPSKYLAAATEIGKYAVIPNYVFDPKATDEKRQEASDSVQPVQIKQGQVLVEENDLIDREVYRKLELTGLLNNSNLLKPISGLLLMIGLFIATLVYYFEKQQQELKLKNKSLLLFSIITTLILVIMEVVSLFQKIEYTNIGYLVPIAAGAILIRLLLNERLAILGSIILAICGSMMFNQGVTGTFNYVIGIYYLISSISGILFLGKHNARSKILQAGLFVSFINMIIVLSLLLIQNTALSPVEIGTLMLMGAVSGLASSVLIIGLMPFFETGFGILSTMRLIELSNPNHPLLRKILTETPGTYHHSVMVANLSEAACEAVGANGLLARVGAYYHDLGKTKRPQYFIENQMNMDNPHDKLSPQLSKNIIIAHTTDGANMLRSYKFPKELVDIAEQHHGTSLLKFFYYKAKEKGDQITEKEFRYPGPKPQSKEAAIISVADSVEAAVRSMHNPNPERIEKLVRGIISDKLQDGQFSECDLTFRELDTIAKTLCATLKGIFHSRIEYPEATKKVK NA NA NA NA NA D1-12_01633 960 COG1702 PhoH-like protein ATGGCAGAACATTTACTTGCGATTAATCACAAACTGAAAAGCCCGGACGAAGCACTTTCTTTGTTCGGCAGCCAAGATGCTTTTTTACATTTAATGGAGAAGGATCTGGGCATTAGCCTCATCACACGCGGTGAAACCATTTACGTTTCCGGGAATGATGAAACATTTGAGATCGCTGACAGATTATTGGGCTCGCTCCTTACTTTAATTCGCAAGGGGATCGAGATTTCGGAACGTGATGTGCTGTATGCCGTGAAAATGGCAAAAAAAGATGAACTGGACTATTTTGAAAGCATGTATGAAGAGGAAATAACGAAAACGGCAAAAGGCAAACCGATCCGTGTCAAAACCATCGGCCAAAGAGAATATGTGGCGGCGATGAAGAAAAACGACATGGTGTTCGGCATCGGGCCGGCGGGAACCGGCAAAACTTATTTGGCGGTCGTAAAAGCGGTGCATGCTTTAAAAAACGGCCACATTAAAAAAATCATTTTAACAAGACCCGCTGTGGAAGCCGGCGAGAGCCTCGGCTTTCTGCCCGGAGATTTAAAGGAAAAAGTAGATCCTTATCTGCGCCCGCTGTATGACGCGCTCCATGATGTGCTCGGAAGCGATCATACTGAGCGTCTTATGGAAAGAGGGGTTATCGAAATCGCCCCGCTTGCCTATATGAGAGGGCGGACGCTTGACGACGCGTATGTGATTCTTGATGAAGCCCAGAATACCACTCCCGCTCAAATGAAAATGTTTTTGACGAGATTGGGTTTTGGCTCTAAAATGATCATTACGGGCGACGTAAGCCAAATTGACCTGCCGAAAGGCGTCACATCGGGACTTGCAGTAGCGAAGGACATGCTGAAGGACGTAAACGGCATCTCCGTGATTGAACTTGACCAGACAGATGTGGTCAGGCATCCGCTTGTTGCAAAAATTATTGAAGCTTATGATAAGCAAAAGTAA MAEHLLAINHKLKSPDEALSLFGSQDAFLHLMEKDLGISLITRGETIYVSGNDETFEIADRLLGSLLTLIRKGIEISERDVLYAVKMAKKDELDYFESMYEEEITKTAKGKPIRVKTIGQREYVAAMKKNDMVFGIGPAGTGKTYLAVVKAVHALKNGHIKKIILTRPAVEAGESLGFLPGDLKEKVDPYLRPLYDALHDVLGSDHTERLMERGVIEIAPLAYMRGRTLDDAYVILDEAQNTTPAQMKMFLTRLGFGSKMIITGDVSQIDLPKGVTSGLAVAKDMLKDVNGISVIELDQTDVVRHPLVAKIIEAYDKQK PGPT0002700_3444 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-PHOSPHATE_STARVATION_RESPONSE,PGPT0002700-phoH-K06217 NA NA D1-12_01634 1185 hypothetical protein GTGAAAAACAAATGGCTGTCATTTTTTTCGGGTAAAGTCCAAGTAGAAGTCAAAGGAAAAGGGATTGAACGGCTGCTGAATGAATGCACGAGAAACGGAATCGCCATCTTTGCGGTGAAAAAAAAGCAAGACTGTGTCCTGCTGATGATTCAGCTTCAGGATGTACATGCTTTCAGAAGAGTCATCAGAAAACATGAATGCAAAGCAAGCTTTACAAAAAGAAAGGGTCTTCCCTTTCTGCTTCTCAAATCAAAATTAAACCTGGGCTTCACTGCGGGATTTGTGATATTTTTTGTTATATTGTTTCTTTTGTCCAACATGATTTGGGAAATTGATATTAAAGGGGCCAAGCCCGAAACCGAGCATCAGATGGTAAAGCACCTTGAAGAAATCGGTGTGAAAAAAGGCCGTTTGCAATTTTTAATGATGACGCCGGAGAAAATTCAAAAATCATTAACAAACGGTATCGATAATATTACGTGGGTCGGTGTGGAATTGAACGGGACAGCCCTTCATATGAAAGTGGTCGAAAAAAACGAACCGACAAAAGAAAAGTACGTGAGCCCCCGTCATATCGTTGCCAAAAAGAAGGCGGTCATCAAAAGGATGTTCGTGCAAAAGGGGCAGCCGATGGCTTTTGTGAACGATCATGTTGACAAAGGACAGCTCCTCGTCTCAGGACTGATCGGAAATGAAGACCGGAAAGTCGCCTCAAAAGCGGAAATTTACGGAGAAACATGGTACAAGTCAGAAGTAACCGTGCCTCTTGAAACATCATTTACGCTATATACGGGTAAAGTAAGGACGAAGCACAAGCTGTCTTTCGGATCATGGGGCGTGCCTTTTTGGGGCTTTGAATTTAATGAGAAGCCGCTGAAACAGCCGAAAACAGAGGAAGAAAAGCATCCGTTTCAATTTCTGGGGATGAAGCTTCCGGTTTCTTACGTTCAAGAACAGACAAGAGAAAGTGAAACATCCGTGCGGACTTATACGAAAGGCGAAGCTGTTCAGGCCGGTATCAAAATGGGAAGACAAGATGTAGAAAAGCGATTAAACGGCAGCGGAGAGGTGGAAAGTGAAAAAGTTTTGCACCAATCCGTTGAGAATGGTAAAGTAAAGTTGATTATTCTCTACCAAGTTATAGAAGATATCGTTCAAACCACACCTATTGTTCAGGGAGACTAA MKNKWLSFFSGKVQVEVKGKGIERLLNECTRNGIAIFAVKKKQDCVLLMIQLQDVHAFRRVIRKHECKASFTKRKGLPFLLLKSKLNLGFTAGFVIFFVILFLLSNMIWEIDIKGAKPETEHQMVKHLEEIGVKKGRLQFLMMTPEKIQKSLTNGIDNITWVGVELNGTALHMKVVEKNEPTKEKYVSPRHIVAKKKAVIKRMFVQKGQPMAFVNDHVDKGQLLVSGLIGNEDRKVASKAEIYGETWYKSEVTVPLETSFTLYTGKVRTKHKLSFGSWGVPFWGFEFNEKPLKQPKTEEEKHPFQFLGMKLPVSYVQEQTRESETSVRTYTKGEAVQAGIKMGRQDVEKRLNGSGEVESEKVLHQSVENGKVKLIILYQVIEDIVQTTPIVQGD PGPT0024760_305 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-STAGE_IV_SPORULATION,PGPT0024760-yqfD-K06438 NA NA D1-12_01635 282 hypothetical protein ATGGGGCAAAGAAAGAATCGTGTAAAGGCATGGCTGACAAGAGCATTGGAAATTCCCCCGGACGTTATGATGGATCTGCCTCGTATTACGATGGTCGGCAGACTTCATATCTACATAGAGAATCACAGAGGCCTCCTGCTGTTCAGCGAAGAAGAAGTCAGGCTGATGCTCAAGCAGGGGCAATGTATCATATCAGGAAAAAACTTGGTCATTAAGGCAATCCTTCCTGAGGAAATTCTTTTGGAAGGCACGATAGATCACGTACGATATGTCGATTCATAA MGQRKNRVKAWLTRALEIPPDVMMDLPRITMVGRLHIYIENHRGLLLFSEEEVRLMLKQGQCIISGKNLVIKAILPEEILLEGTIDHVRYVDS PGPT0024990_242 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE_OTHER_SPORULATION_RELATED_PROTEINS,PGPT0024990-yabP-NA NA NA D1-12_01636 435 hypothetical protein ATGCACGAGATTCTGACAAATCCGCTCGTCATTGCCGCCGTCATCGGCATTATATCGGCAATATTCGGCAAGAAAAACAAAGATGAAAAACGTCCGCCGGGTACACGTCCCGGAAATCAGGCAAAAAAGCAGGATCAAAAACAGCCGCAGAAAGAGCATAAGCCGGAAGCGGAAGAATTGCCTGCCGTTTCAAAAGAGAACCCTTTTGAGCAAAAAAGAAGGGAAGCTGAAAAGCGCCTAGCGGAGACGGAGCAGATGTTTAACGGGCTTGAACATAAGCTGACATCCGCACGCGCACGAAACGCGTCTCTGAAGAAATCAGCCCTCAAAATAAATAAAGAAACTGCGGTCCAAGGCATTATATTCAGTGAGGTTTTGGGTCCGCCCCGTGCAAAAAAACCGCACCGGACCATGCGGAACATCGGTAAAAAATAA MHEILTNPLVIAAVIGIISAIFGKKNKDEKRPPGTRPGNQAKKQDQKQPQKEHKPEAEELPAVSKENPFEQKRREAEKRLAETEQMFNGLEHKLTSARARNASLKKSALKINKETAVQGIIFSEVLGPPRAKKPHRTMRNIGKK NA NA NA NA NA D1-12_01637 993 hypothetical protein ATGGAACTGTCAAGTTTGGCGATTTTAGCATTAGTTGCTGCTGCCATTATTGTGTTAGCCATATTCTTCACCTTTGTACCGGTGATGCTATGGATTTCGGCGCTTGCGGCAGGAGTCAGAATCAGCATTTTCACTTTGGTCGGGATGAGGCTGCGGCGCGTCATACCAAGCCGCGTTGTCAATCCGTTAATTAAAGCGCATAAAGCCGGCCTATCCGCAACAACAAATCAGCTCGAAAGCCATTATCTGGCCGGAGGTAATGTCGACAGGGTGGTCAATGCCCTGATTGCGGCACAGCGTGCCAATATTGAACTGACATTTGAACGCTGCGCAGCCATTGACCTGGCTGGGCGTGACGTATTGGAAGCCGTACAGATGAGCGTCAATCCGAAGGTCATTGAAACACCGTTTATCGCGGGTGTCGCCATGGACGGAATTGAAGTAAAAGCAAAAGCCAGAATCACGGTAAGAGCCAATATTGAGCGCCTTGTCGGAGGAGCGGGAGAAGAGACGGTTGTCGCCCGTGTCGGAGAAGGGATTGTCTCGACAATCGGTTCTTCACACAATCATAAAAAAGTGCTTGAAAATCCTGATATGATTTCGCAGACCGTACTTGGCAAAGGGCTGGATTCAGGCACCGCATTTGAAATTCTTTCGATTGACATCGCCGACGTTGATATCGGCAAAAACATCGGAGCGATTCTTCAGACGGATCAGGCAGAAGCAGACAAAAACATTGCGCAGGCCAAAGCCGAAGAGCGCCGCGCCATGGCGGTCGCCCAAGAGCAGGAAATGCGCGCTCGCGTAGAAGAAATGCGTGCAAAAGTCGTGGAAGCAGAAGCCGAAGTGCCGCTTGCGATGGCAGAAGCGTTGCGTGAAGGAAACATCGGCGTCATGGACTATATGAACATAAAAAATATCGACGCGGATACGGACATGAGGGATTCTATCGGCAAGCTGACGAATGACCAGCAAGATGAAGACCAACAATAA MELSSLAILALVAAAIIVLAIFFTFVPVMLWISALAAGVRISIFTLVGMRLRRVIPSRVVNPLIKAHKAGLSATTNQLESHYLAGGNVDRVVNALIAAQRANIELTFERCAAIDLAGRDVLEAVQMSVNPKVIETPFIAGVAMDGIEVKAKARITVRANIERLVGGAGEETVVARVGEGIVSTIGSSHNHKKVLENPDMISQTVLGKGLDSGTAFEILSIDIADVDIGKNIGAILQTDQAEADKNIAQAKAEERRAMAVAQEQEMRARVEEMRAKVVEAEAEVPLAMAEALREGNIGVMDYMNIKNIDADTDMRDSIGKLTNDQQDEDQQ NA NA NA NA NA D1-12_01638 1317 hypothetical protein TTGTTCCGAAAAAAAACCGGAATTGCTGTTGCTCTATTGGGCTTATTTGTATTATCTTTATTAGGGGTTCAATTGAACGCGAAAGCTGATCATCCATCGGTTTATGTCATCCCGGTTGAGAAAAATGTCGAACAGGGGCTCGCCTCTTTTTTATCGCGTTCTTTCAAAGAAGCGAAGGAGTCCGGCGCGTCACACATTATTCTTGACATCAATACACCGGGAGGCGCCGTTCAATCAGCCTTGGATATTGCGGATATCATCGGCCGCGCGGATGTGCCTGTTACCGCTTACGTTAATAAACGGGCGCTTTCTGCCGGAGCGTATATAGCGCTTCAGGCAGATGAAATCTATATGGCGCCGGGCGGAAAAATGGGTGCCGCAGCCATCATCGACGGAAAAGGAAACGCGGCAGACAAAAAGGCTCAATCACTGTGGCATGCAGAAATGGAGGACGCAGCGGTTAAAAACAACCGAAATCCGAAATATGCGCTGGCCATGGCTGACCCCGCCATCAACGCAAAGGAAGCGGGCGCCCCAAAGGGAAAACTGCTGACACTGACAGCTGAAAAAGCCAAGGAAGTCGGATATTCGGAGGGCACGGTTTCAGACCTTGATGCTTTATATACAAAGCTCGGTTTTGACAAAGCGGATGTTCACCATGCAAAAGAAGGTTTCGTCGGCAAACTGGGCAGATGGCTGACAAATCCGTTTGTTGTCCCCGTCTTATTAACGCTTGCTTTGCTTGGTTTGACCATTGAATTGTTCTCGCCGGGCCTCGGGATACCGGGTGCTGTCGGACTGACGGCCATGCTGCTGTTTTTTACCGGGCATATCGCTGCCGGATTCGCCGGCTATGACAGCGTATTCTTATTTTGCGCGGGCTTGGTTTTTATCCTTTTAGAGATATTTCTGCCCGGAGGCATAATCGGTCTTATCGGTATTGCAGGCGTCATAGCGAGCCTCTTTCTCGCTGCGGGCAGCTTTACTGTAATGGCGGTTTCTCTCTTGATCGCCTTTGCTGTATCTATTACAGCCTTTATCATATTAACAAGGGTGTTGGGGAAACGAATGAAATTCTTTAAAAAATTAATATTAACTGATTCAACAAGCACGGAGAGCGGTTATGTTTCAAATCAGAACCGGACGGAGCTGTTGGGAAAAGTCGGCGTTACCGCTACAGCCCTCAGACCGTCAGGCACCGTCATTATTGATGATGAACGTCTGGATGTCGTCTCGGAAGGATCATTCACTGAAAAAGACAGACAGGTGAAAGTAGTGAAAGCGGAAGGCTCACGCATTGTCGTGAGAGAAATATAG MFRKKTGIAVALLGLFVLSLLGVQLNAKADHPSVYVIPVEKNVEQGLASFLSRSFKEAKESGASHIILDINTPGGAVQSALDIADIIGRADVPVTAYVNKRALSAGAYIALQADEIYMAPGGKMGAAAIIDGKGNAADKKAQSLWHAEMEDAAVKNNRNPKYALAMADPAINAKEAGAPKGKLLTLTAEKAKEVGYSEGTVSDLDALYTKLGFDKADVHHAKEGFVGKLGRWLTNPFVVPVLLTLALLGLTIELFSPGLGIPGAVGLTAMLLFFTGHIAAGFAGYDSVFLFCAGLVFILLEIFLPGGIIGLIGIAGVIASLFLAAGSFTVMAVSLLIAFAVSITAFIILTRVLGKRMKFFKKLILTDSTSTESGYVSNQNRTELLGKVGVTATALRPSGTVIIDDERLDVVSEGSFTEKDRQVKVVKAEGSRIVVREI NA NA NA NA NA D1-12_01639 447 yqeY COG1610 putative protein YqeY ATGAGTCTTCTTGAGCGACTTAACCAAGATATGAAGCTGTATATGAAAAGCCGTGAGAAAGACAAACTGACTGTCGTTCGAATGGTGAAAGCTTCACTTCAAAACGAAGCAATTAAGCTTAAGAAAGACAGTTTGACCGAGGATGAGGAACTTACTGTCCTATCTCGTGAACTTAAGCAACGTAAAGACTCCCTCCATGAATTTTCAAACGCTAATCGTTTAGATTTAGTAGATAAAGTTCAAAAAGAGCTGGACATTTTAGAAGTTTATTTACCGAAGCAGCTTTCTGAAGAAGAGCTGCAGACAATCGTAAATGAAACCATCACTGAAGTCGGTGCGAGCTCCAAAGCGGACATGGGCAAAGTGATGAGTGCTATTATGCCTAAAGTAAAAGGTAAAGCTGACGGCAGCGTAATTAACAGACTTGTCAGCAGTCAATTATCTTAA MSLLERLNQDMKLYMKSREKDKLTVVRMVKASLQNEAIKLKKDSLTEDEELTVLSRELKQRKDSLHEFSNANRLDLVDKVQKELDILEVYLPKQLSEEELQTIVNETITEVGASSKADMGKVMSAIMPKVKGKADGSVINRLVSSQLS PGPT0030490_1834 PUTATIVE PGPT PUTATIVE_PGPTs PUTATIVE_FUNCTIONS PUTATIVE_FUNCTIONS-1 PUTATIVE-TRANSAMIDASE_ACTIVITY PUTATIVE-TRANSAMIDASE_ACTIVITY-1,PGPT0030490-gatB|yqeY-K09117 D1-12_01640 174 rpsU COG0828 30S ribosomal protein S21 ATGTCAAAAACGGTCGTTAGAAAAAACGAATCGCTTGAAGATGCTCTTCGTCGCTTCAAACGCAGTGTATCAAAGACAGGTACTTTGCAAGAAGCAAGAAAGCGCGAATTTTATGAAAAACCTAGCGTAAAGCGCAAGAAAAAGTCAGAAGCTGCTAGAAAACGCAAATTCTAA MSKTVVRKNESLEDALRRFKRSVSKTGTLQEARKREFYEKPSVKRKKKSEAARKRKF NA NA NA NA NA D1-12_01641 936 hypothetical protein GTGTTTCATTTGATGATACTGATTCTCTTTACCGCACTTATCCTGATTTTTTTACTCGGAATGAGCCTGCTCAGGCAGGGGCTGATCGCATTAACGTATTCAAAAATTGAGAAGAGCCTGCTCTTATTTACCGACCACCCTTTGAAAGCTTTTCTCATAAGCATCATATTCACTGGTTTTCTTCAGAGCAGCTCAGCCTTCATGGTCATTGTCATCGGCTTTGTCAGCGCAGGCGCTTTATCTTTTAAACGGACCATTCCGATGATTCTCGGCACGAATGTCGGCTCCACGTTTACGACGGAGTTTTTAGCCATAAAGATGGATGTGCTCATTTGGGTGCTTTTTATCGGAGGCCTTGTGTTTATCCTCATCCGTAAATATCCGTTCAGGCAGATCGGCATAAGCTTCCTCGGTCTCGGCATCATCTTTTTTTGCATCACATGCTTCAGCCGGCTCGCCGTTCCGCTGACAGAAATGAAGGCGGGGGCGGAGGTTTTGCGCCATGTGAATGATTCGAGCTGGTCCGCTCTTTTTATCGGTATGATATTGACGGCAATCATTCATTCAAGCTCCGTCTGCATCGGCATTTTGATGAGTTTTATGAACGAAGGGGTGATCGGCATTGAACAAGCGGTCAGCGTCGTTCTGGGATCTAATATCGGGACATGCGTCACGGCCGTCATGGCTGCTGTTTCAGGCGGTTATGCCGCCAGACAGACCGCCGGTGCTCACGTTGTGTTTAATATTCTCGGCGTGCTGCTCGTATTTCCCTTCCTGTCCGCATCAGCAGGTTTTACGGAGCGCCTGTCTGATGATCCCGCGCAGATGATTGCGCATTTCAGCCTGTTATTTAACGTAGTCACCGCCCTATTGTTTCTGCCGTTCACACATTTGTTTTACCGGCTGATTGACAGGCTGATTCCTCCGAAACCGTAA MFHLMILILFTALILIFLLGMSLLRQGLIALTYSKIEKSLLLFTDHPLKAFLISIIFTGFLQSSSAFMVIVIGFVSAGALSFKRTIPMILGTNVGSTFTTEFLAIKMDVLIWVLFIGGLVFILIRKYPFRQIGISFLGLGIIFFCITCFSRLAVPLTEMKAGAEVLRHVNDSSWSALFIGMILTAIIHSSSVCIGILMSFMNEGVIGIEQAVSVVLGSNIGTCVTAVMAAVSGGYAARQTAGAHVVFNILGVLLVFPFLSASAGFTERLSDDPAQMIAHFSLLFNVVTALLFLPFTHLFYRLIDRLIPPKP PGPT0002650_2242 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-SODIUM_TRANSPORT,PGPT0002650-yjbB-K03324 NA NA D1-12_01642 1356 mtaB COG0621 Threonylcarbamoyladenosine tRNA methylthiotransferase MtaB ATGGCAACTGTTGCTTTTCATACCCTTGGCTGCAAGGTCAACCATTATGAAACAGAAGCAATCTGGCAGCTGTTTAAAGATGCGGGTTATGAACGAAAAGAATTCGAACAGACAGCAGATGTATATGTCATTAATACATGTACGGTAACAAACACGGGAGATAAAAAAAGCCGTCAAGTCATCAGACGGGCGATCCGCCAAAATCCTGACGGCGTCATCTGCGTAACAGGGTGCTATGCGCAAACCTCTCCGGCAGAAATTATGGCCATCCCGGGTGTTGACATCGTCGTCGGCACGCAGGATCGTGAAAAAATGCTCGGTTACATTGAGCAGTACAGGGAAGAGCGCCAGCCGATCAACGGCGTCGGCAATATTATGAAAGCACGCGTGTTTGAAGAGCTGGATGTTCCCGCTTTTACTGACCGCACAAGAGCGTCGTTAAAAATCCAAGAGGGCTGCAACAACTTCTGTACGTTCTGCATTATCCCTTGGGCGCGCGGCCTGCTTCGTTCCCGCGATCCGGAAGAAGTCATTAAACAGGCGCAGCAGCTGGTGGATGCCGGCTATAAAGAAATCGTCCTGACGGGGATTCATACGGGCGGCTACGGCGAAGATATGAAAGATTATAATTTCGCCAAGCTTCTCCGCGAGCTTGATACACGTGTAGAAGGACTGAAGCGGATCAGAATTTCATCTATTGAAGCAAGCCAAATCACTGATGAAGTGATTGAAGTGCTGGATGCGTCTGATAAAATCGTCCGCCACCTTCATATCCCGATTCAGTCAGGATCAAACACCGTTCTGAAACGGATGAGACGCAAATATACGATGGAATTTTTCGCGGACCGTTTAAATAAGCTGAAAGAAGCGCTGCCGGGTCTGGCCGTCACATCTGATGTCATCGTCGGTTTCCCGGGTGAAACGGAAGAAGAATTTATGGAAACATACCGGTTCATTAAAGAACATAAGTTTTCAGAGCTTCACGTATTCCCTTACAGCAAACGCACCGGAACACCTGCGGCCAGAATGGAAGACCAGGTTGACGAGAACGTGAAAAACGAACGGGTGCATAAGCTGATCGCGCTGTCTGACCAGCTTGCAAAAGAATACGCCTCCGATTATGAAGGAGAGGTTCTGGAAATCATTCCGGAAGAGGCGTTTAAAGAGTCTGATGAAGACGGCATGTTCGTCGGCTATACGGACAATTACATGAAAGTCGTCTTCAAAGGCACGGAGGATGTAATCGGCAAACTTGTCAAAGTCAAAATTCAAAAAGCGGGCTATCCGTATAACGAAGGACAATTCGTCCGTGTCGTTGAGGATGAAATGACCCGGAACATGCGCATGTCTTCATAA MATVAFHTLGCKVNHYETEAIWQLFKDAGYERKEFEQTADVYVINTCTVTNTGDKKSRQVIRRAIRQNPDGVICVTGCYAQTSPAEIMAIPGVDIVVGTQDREKMLGYIEQYREERQPINGVGNIMKARVFEELDVPAFTDRTRASLKIQEGCNNFCTFCIIPWARGLLRSRDPEEVIKQAQQLVDAGYKEIVLTGIHTGGYGEDMKDYNFAKLLRELDTRVEGLKRIRISSIEASQITDEVIEVLDASDKIVRHLHIPIQSGSNTVLKRMRRKYTMEFFADRLNKLKEALPGLAVTSDVIVGFPGETEEEFMETYRFIKEHKFSELHVFPYSKRTGTPAARMEDQVDENVKNERVHKLIALSDQLAKEYASDYEGEVLEIIPEEAFKESDEDGMFVGYTDNYMKVVFKGTEDVIGKLVKVKIQKAGYPYNEGQFVRVVEDEMTRNMRMSS NA NA NA NA NA D1-12_01643 771 rsmE COG1385 Ribosomal RNA small subunit methyltransferase E ATGCAACGATATTTTATCGAGCTCACGAAGCAGGAGATGGACGAAACTCCTGATTTTCAAATCACGGGGGAAGACGTCCACCATATAGCGAACGTCATGAGAATGAGTGCGGGAGACCGGATTATCTGCTGTTCGAAAGACGGCCATGAAGCGTTATGCCTGCTTAAAGAGGTTTCTAAAGATCATATATCATGCAGCATTGCTGAGTGGACGGGTGAAAACCGTGAACTGCCTTTGAAGATCAGGATCGCAAGCGGCCTCCCGAAAGGCGATAAGCTTGAATGGATTATCCAAAAAGGGACCGAGCTGGGGGCAAGTATGTTCATCCCTTTTCAAGGCGCCAGATCCGTCGTTAAGCTTGACGACAAAAAGGCAAAGAAAAAACGGGAGAGATGGGCGAAAATCGCGAAGGAAGCGGCGGAGCAATCGTACCGCAATGAAATTCCCGAAGTGAAAACCGTTTATACGTTCCGGCAGCTGCTTGAAATGGCGGAGAATGTCGATAAATGTGTCGTTGCATACGAGGAGTCATCAAAGCAGGGAGAAACGGGCGCTTTCGCCGCGGAGCTCAAAAGCCTTCCGCAAGGTTCGTCTCTTTTAATCGTATTCGGCCCTGAAGGCGGTCTGACTGAGTCTGAAGTTCATCAGCTTTCAGAAAAAGGCGCCGTCTTATGCGGCCTCGGACCGAGAATTTTACGGACTGAAACTGCGCCTCTTTACGCGTTAAGCGCAGTTTCCTATCATACAGAGTTATTAAGAGGTGATCAGTAA MQRYFIELTKQEMDETPDFQITGEDVHHIANVMRMSAGDRIICCSKDGHEALCLLKEVSKDHISCSIAEWTGENRELPLKIRIASGLPKGDKLEWIIQKGTELGASMFIPFQGARSVVKLDDKKAKKKRERWAKIAKEAAEQSYRNEIPEVKTVYTFRQLLEMAENVDKCVVAYEESSKQGETGAFAAELKSLPQGSSLLIVFGPEGGLTESEVHQLSEKGAVLCGLGPRILRTETAPLYALSAVSYHTELLRGDQ NA NA NA NA NA D1-12_01644 936 prmA COG2264 Ribosomal protein L11 methyltransferase TTGAAATGGTCCGAAATCAGCATTCACACAACACATGAAGCGGTCGAACCCATCTCAAATATTTTGCATGAAGCTGGTGCGAGCGGGGTTGTCATCGAAGATCCGCTTGATTTAATGAAAGAGCGTGAGAATGTTTACGGGGAAATCTACCAGCTCGACCCCAATGATTACCCCGATGAGGGTGTCATTGTCAAAGCGTATCTGCCGATCAACAGTTTCCTCGGCGAAACGGTGGACGGCATTAAAGAGACGATTAACAATCTGCTTTTGTACGACATTGATTTGGGCAGAAACAAAATCACCATTTCTGAAGTTAATGAAGAAGAATGGGCGACAGCTTGGAAAAAGTATTATCATCCTGTGAAAATTTCTGAAAAGTTCACGATCGTTCCCACATGGGAAACGTATACACCTGTTCATACAGATGAACTGATTATCGAAATGGACCCGGGTATGGCATTCGGTACGGGAACGCATCCGACAACGGTTTTATGCATTCAGGCGCTTGAGCGTATCGTTCAAAAAGGCGACCGTATCATTGATGTCGGCACCGGTTCAGGAATTTTAAGCATCGCGGCCGCCATGCTTGAGGCCGAATCGGTTCATGCGTATGACCTTGATCCGGTCGCTGTTGAAAGCGCGCGTCTGAATCTGAAATTGAACAAAGTGAGTGATACGGCCGAAGTGAAGCAGAACAATTTGTTAGACGGCATCACGGGCGAACATGATGTCATTGTCGCAAATATTTTGGCGGAAGTGATTCTCCGCTTTACATCACAGGCGTACGACCTGCTCAAAGACGGAGGCCATTTTATTACTTCAGGCATTATCGGCCAGAAAAAACAGGAAGTAAAAGAAGCGTTGGAAAAAGCCGGCTTTACCATCATAGAAATTCTGTCTATGGAAGATTGGGTCAGCATCATCGCGAAAAAATAA MKWSEISIHTTHEAVEPISNILHEAGASGVVIEDPLDLMKERENVYGEIYQLDPNDYPDEGVIVKAYLPINSFLGETVDGIKETINNLLLYDIDLGRNKITISEVNEEEWATAWKKYYHPVKISEKFTIVPTWETYTPVHTDELIIEMDPGMAFGTGTHPTTVLCIQALERIVQKGDRIIDVGTGSGILSIAAAMLEAESVHAYDLDPVAVESARLNLKLNKVSDTAEVKQNNLLDGITGEHDVIVANILAEVILRFTSQAYDLLKDGGHFITSGIIGQKKQEVKEALEKAGFTIIEILSMEDWVSIIAKK NA NA NA NA NA D1-12_01645 1128 dnaJ Chaperone protein DnaJ ATGAGTAAGCGTGATTACTATGAAGTGCTTGGGGTAAGTAAGAGCGCTTCAAAGGATGAAATCAAAAAAGCCTATCGGAAGCTTTCAAAAAAATATCATCCTGATATCAATAAAGAATCCGGAGCAGATGAAAAATTCAAAGAGGTAAAAGAAGCGTACGAAGCGCTCTCAGACGACCAAAAACGCGCTCAATATGACCAATTCGGCCATACAGACCCTAACCAGGGATTCGGCGGCGGTTTCGGAGGCGGCGGAGACTTCGGCGGCTTCGGTTTCGATGACATCTTCTCAAGCATCTTCGGAGGCGGCACGAGACGCCGTGACCCGAATGCGCCGCGGCAAGGCGCGGATCTGCAGTATACAATGACCCTGTCATTTGAAGACGCGGCTTTCGGAAAAGAAACGATCATTGAAATTCCGCGCGAAGAGAATTGCGAAACATGTAAAGGGTCTGGCGCGAAGCCGGGAACAAAGCCGGATACGTGCTCGCACTGCGGAGGTTCAGGCCAGCTGAACGTCGAACAGAACACGCCGTTTGGCAAAGTGGTTAACCGAAGAGTCTGCCACCACTGTGAAGGAACAGGAAAAATCATCAAAAACAAGTGTTCTGACTGCGGCGGCACGGGCAAAGTGAAAAAACGGAAAAAAATCAATGTCACGATTCCTGCCGGTGTGGACGACGGACAGCAGCTGCGCGTTCCGGGCCAAGGTGAACCGGGCGTAAACGGAGGGCCGGCGGGAGATCTGTTTGTCGTATTCCATGTGCGCGCCCACGAGTTCTTTGAGCGCGACGGAGACGATATTTATTGCGAAATGCCGTTAACGTTTGCCCAAGCGGCACTCGGAGACGAAGTGGAAGTGCCGACGCTTCACGGAAAAGTGAAATTGAAAATACCTGCCGGCACACAAACCGGCACGAAATTCAGATTAAGAGGCAAAGGCGTTCAGAACGTCCGGGGCTACGGACAAGGCGACCAGCACATTGTCGTCCGCGTCGTCACACCGACGAATCTGACAGATAAACAAAAAGACATCATCCGCGAATTCGCTGAAGTCAGCGGAAACCTGCCGGATGAACAAGAAATGAGTTTCTTTGACAAAGTAAAACGCGCATTTAAAGGCGAGTAA MSKRDYYEVLGVSKSASKDEIKKAYRKLSKKYHPDINKESGADEKFKEVKEAYEALSDDQKRAQYDQFGHTDPNQGFGGGFGGGGDFGGFGFDDIFSSIFGGGTRRRDPNAPRQGADLQYTMTLSFEDAAFGKETIIEIPREENCETCKGSGAKPGTKPDTCSHCGGSGQLNVEQNTPFGKVVNRRVCHHCEGTGKIIKNKCSDCGGTGKVKKRKKINVTIPAGVDDGQQLRVPGQGEPGVNGGPAGDLFVVFHVRAHEFFERDGDDIYCEMPLTFAQAALGDEVEVPTLHGKVKLKIPAGTQTGTKFRLRGKGVQNVRGYGQGDQHIVVRVVTPTNLTDKQKDIIREFAEVSGNLPDEQEMSFFDKVKRAFKGE PGPT0014545_4423 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HEAT_SHOCK_PRTOEINS,PGPT0014545-dnaJ-K03686 NA NA D1-12_01647 1839 dnaK COG0443 Chaperone protein DnaK GTGAGTAAAGTAATCGGAATTGACTTGGGTACGACAAACTCATGTGTGGCAGTGCTTGAAGGCGGAGAGCCTACAGTCATCGCCAACGCTGAAGGAAACCGTACGACTCCGTCAGTCGTTGCATTTAAAAACGGCGAGCGCCAAGTAGGGGAAGTGGCGAAACGCCAATCAATCACAAATCCTAACACAATCATGTCTGTTAAACGCCATATGGGTACTGACTATAAAGTGGAAATCGAAGGAAAAGACTACACGCCTCAAGAAGTGTCAGCTATTATCCTTCAGCATCTGAAAGCATATGCTGAAAGCTACCTCGGCGAAACAGTTTCAAAAGCCGTTATCACGGTTCCTGCATACTTCAACGATGCAGAGCGCCAAGCGACAAAAGATGCCGGTAAAATCGCCGGTCTTGAAGTAGAGCGTATTATCAACGAGCCGACTGCAGCAGCGCTTGCATACGGACTTGATAAAACGGACGAAGACCAAACAATTCTTGTTTACGACCTTGGCGGCGGTACGTTTGATGTATCTGTTCTTGAACTTGGCGACGGCGTGTTTGAAGTCCGTTCAACTGCCGGTGACAACCGTCTTGGCGGGGACGACTTTGACCAAGTCATCATCGATCATCTCGTAGCAGAATTCAAAAAAGAAAACGGCATTGATCTTTCAAAAGACAAAATGGCGCTTCAGCGTTTGAAAGATGCGGCTGAGAAAGCGAAAAAAGATCTTTCCGGCGTATCATCCACACAAATTTCTTTACCGTTTATCACGGCGGGAGAAGCAGGTCCGCTTCACCTTGAGCTGACACTGACCCGCGCTAAATTCGAAGAGCTTTCCGCTCACCTTGTTGAGCGCACAATGGCTCCTGTCCGTCAGGCTCTTCAAGATGCGGATCTTTCTGCAAGCGAAATCGACAAAGTTATCCTTGTCGGCGGATCAACACGTATTCCTGCCGTACAGGAAGCAATCAAAAAAGAAACGGGTAAAGAAGCGCATAAAGGCGTAAACCCTGATGAAGTTGTAGCGCTGGGTGCAGCGATTCAAGGCGGCGTCATCACGGGAGACGTAAAAGACGTTGTTCTTCTTGACGTTACACCGCTTTCTCTCGGTATTGAAACAATGGGCGGCGTGTTCACGAAACTGATCGACCGCAACACGACAATTCCGACGAGCAAGTCTCAAGTATTCTCAACCGCTGCTGACAACCAAACGGCTGTTGACATTCACGTGCTTCAAGGTGAGCGCCCGATGTCTGCCGACAACAAAACGCTCGGCCGCTTCCAGCTTACTGATATCCCGCCGGCACCGCGCGGCGTACCGCAAATCGAAGTTTCTTTCGATATTGACAAAAACGGTATCGTAAACGTAAGAGCGAAAGACTTAGGCACAGGAAAAGAACAAAACATTACTATCAAATCTTCTTCAGGTCTTTCTGATGATGAGATCGAACGCATGGTAAAAGAAGCGGAAGAAAACGCTGACGCTGATGCGAAGAGAAAAGAAGAAATCGAAGTCCGCAACGAAGCTGACCAGCTTGTGTTCCAAACGGAAAAAACATTAAAAGATCTGGAAGGCAAAGTGGACGAAGAGCAAGTGAAAAAAGCAAACGACGCGAAAGACGCGCTGAAAGCCGCTATCGAGAAAAACGAAATTGAAGACATCAAAGCGAAAAAAGATGAGCTTCAAACAATCGTTCAAGAGCTTTCTATGAAGCTTTATGAAGAAGCTGCAAAAGCGCAGCAGGCTGAAGGCGGAGCAAACGCTGAAGGCAAAAAAGCGGACGACAACGTTGTCGATGCGGAATACGAAGAAGTAAATGACGACGAAACGAAAAAATAA MSKVIGIDLGTTNSCVAVLEGGEPTVIANAEGNRTTPSVVAFKNGERQVGEVAKRQSITNPNTIMSVKRHMGTDYKVEIEGKDYTPQEVSAIILQHLKAYAESYLGETVSKAVITVPAYFNDAERQATKDAGKIAGLEVERIINEPTAAALAYGLDKTDEDQTILVYDLGGGTFDVSVLELGDGVFEVRSTAGDNRLGGDDFDQVIIDHLVAEFKKENGIDLSKDKMALQRLKDAAEKAKKDLSGVSSTQISLPFITAGEAGPLHLELTLTRAKFEELSAHLVERTMAPVRQALQDADLSASEIDKVILVGGSTRIPAVQEAIKKETGKEAHKGVNPDEVVALGAAIQGGVITGDVKDVVLLDVTPLSLGIETMGGVFTKLIDRNTTIPTSKSQVFSTAADNQTAVDIHVLQGERPMSADNKTLGRFQLTDIPPAPRGVPQIEVSFDIDKNGIVNVRAKDLGTGKEQNITIKSSSGLSDDEIERMVKEAEENADADAKRKEEIEVRNEADQLVFQTEKTLKDLEGKVDEEQVKKANDAKDALKAAIEKNEIEDIKAKKDELQTIVQELSMKLYEEAAKAQQAEGGANAEGKKADDNVVDAEYEEVNDDETKK PGPT0014555_5718 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HEAT_SHOCK_PRTOEINS,PGPT0014555-dnaK-K04043 NA NA D1-12_01648 576 grpE COG0576 Protein GrpE ATGTCAGAAGAAAAACAAACCGCAGAACAGGTTGAAGCAGCAGAACAAGAAGAAGTGACAGAACAGGCAGAACAAGCCGCTTCACAAGAGCAGCATGAAGAAACGGCAGGTCAGGAAGAAGCCCTTCAGCACCAAATTGATGAATTGCAGGGTTTGCTTGATGAAAAAGAAAACAAGCTTTTGCGTGTTCAAGCAGACTTTGAAAACTATAAACGACGCAGCCGCCTTGAAATGGAAGCTGCCCAGAAATACCGTTCTCAAAACGTCGTAACGGAAATCCTTCCGGCTCTCGACAACTTTGAACGGGCGTTACAGGTAGAAGCTGAAAGCGAGCAGACAAAAAGCTTGCTGCAAGGTATGGAAATGGTCCGCCGCCAGCTGATGGACGCACTTGAAAAAGAAGGCGTTGAAGCCATCGAAGCTGTCGGTCAGGAATTTGATCCGAACCTTCACCAAGCCGTCATGCAGGTGGAAGATGAAAACTTCGGCAGCAATATTGTTATCGAAGAACTGCAAAAAGGCTACAAACTGAAGGATCGCGTCATCCGTCCTTCAATGGTAAAAGTGAATCAATAA MSEEKQTAEQVEAAEQEEVTEQAEQAASQEQHEETAGQEEALQHQIDELQGLLDEKENKLLRVQADFENYKRRSRLEMEAAQKYRSQNVVTEILPALDNFERALQVEAESEQTKSLLQGMEMVRRQLMDALEKEGVEAIEAVGQEFDPNLHQAVMQVEDENFGSNIVIEELQKGYKLKDRVIRPSMVKVNQ PGPT0014650_4214 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HIGH_TEMPERATUR_REGULATION,PGPT0014650-grpE-K03687 NA NA D1-12_01649 1032 hrcA COG1420 Heat-inducible transcription repressor HrcA ATGTTAACAAATCGTCAGCTGTTGATCCTGCAAGTAATAATTAATGATTTTATACAATCAGCGCAGCCTGTAGGATCAAGAACTCTTTCAAAAAAAGACGAGATTACATTCAGCTCTGCAACGATCAGAAACGAGATGGCTGACTTGGAGGAATTGGGCTTTATTGAAAAAACCCATTCATCCTCAGGACGGATTCCGTCGGAAAAAGGGTACAGGTATTATGTCGATCATTTGCTGTCACCCGTCAAGCTGACAAAAACCGATCTGGATTTAATTCACTCGATATTTAAAGAAAAAATCTTCGAGCTGGAAAAAACAGTCCAAAAATCAGCGCAAATCCTGTCCGACCTGACAAACTACACATCGATTGTCCTCGGGCCGACGCTGAGCGAGAACTATCTTAAACAGATTCAAATCGTTCCGATCCAGCCGGATAAGGCGGTCGCCATCCTCGTCACGAACACGGGGCATGTCGAAAACCGCACCATCAATTTCCCGGCTAAAGTGGATTTGGCCGATATTGAAAAACTGGTCAATATATTAAACGATCGATTAGCGGGCGTGCCGATGGACGAACTGAATGAGCGCATTTTTAAAGAGGTTGTTACATATTTAAGGCAGCATATCGCCAACTATGACAGCATACTTGAATCGCTCCGCTCCACATTCCATCCGGCGGCCCACGTTGAGAAATTGTTTTTCGGCGGAAAGATCAACATGCTGAATCAGCCGGAGTTCCATGATATTGAAAGGGTCCGCTCGCTCTTATCTTTAATTGAAAAAGAGCAGGATGTTCTGAAGCTGTTTCAGTCATCAAAAGCCGGGATTTCAATCAAAATCGGGAAAGAAAACGACTACGAAGAAATGGAAAACTGCAGCTTAATCACGGCCACTTATACAGTTGATACGAAACAGATCGGATCAATCGCGATTATCGGGCCGACGCGCATGGATTATTCAAGAGTCGTCAGCCTGCTGCAGCACGTGACTTCGGACTTGTCAAAAGCATTCACAAGTTTGTATGATGAATAA MLTNRQLLILQVIINDFIQSAQPVGSRTLSKKDEITFSSATIRNEMADLEELGFIEKTHSSSGRIPSEKGYRYYVDHLLSPVKLTKTDLDLIHSIFKEKIFELEKTVQKSAQILSDLTNYTSIVLGPTLSENYLKQIQIVPIQPDKAVAILVTNTGHVENRTINFPAKVDLADIEKLVNILNDRLAGVPMDELNERIFKEVVTYLRQHIANYDSILESLRSTFHPAAHVEKLFFGGKINMLNQPEFHDIERVRSLLSLIEKEQDVLKLFQSSKAGISIKIGKENDYEEMENCSLITATYTVDTKQIGSIAIIGPTRMDYSRVVSLLQHVTSDLSKAFTSLYDE NA NA NA NA NA D1-12_01650 1140 hemW COG0635 Heme chaperone HemW ATGAAATCAGCTTATATTCATATCCCGTTTTGTGAGCATATCTGCCACTATTGCGATTTCAATAAATATTTTATTCAGAGCCAGCCTGTCGATGAGTACTTAAACTCACTCGAAAAGGAAATGATAAATACAATAGAACGGACGGGACGCCCTGATCTCCGTACGATTTTTATCGGGGGAGGCACGCCGACATCGCTCTCACCCGTCCAGCTGGAAAAATTGATGGATTCCATTCACCGCGTGCTGAAGCCTTCTGACGGACTCATAGAATTTGCCGCGGAAGCGAATCCGGATGATTTGTCCCCGGAAAAATTAAAAATCATGAAAAATGCCGGTGTCAACCGGCTGAGCTTCGGTGTTCAAACCTTTGAAGATGAGCTTTTACAAAAAATCGGCAGAGTGCATAAACAAAAGGACGTATTCACTTCCTTTGAACGTGCGAGGGCTCTCGGCTTCGACAACATCAGTCTCGATTTGATGTTCGGCCTGCCGGGTCAGACGCTGGCCGATCTTGACAATTCCGTCAAAACGGCTTTGTCTCTTGATGCGGAGCACTATTCCGTTTACTCGCTGATCGTAGAGCCGAAAACGGTGTTTTATAATTTAATGCAAAAAGGCCGCCTGCATCTCCCGGCGCAAGAACAAGAGGCCGAGATGTATGAAACGGTCATGAGGCAGATGAGTGAAGCGGGCATCCGTCAATACGAGATCAGTAACTTTGCAAAGCCAGGATACGAGTCACAGCATAATCTGACGTATTGGAGCAATGAAGCGTATTTCGGTTTTGGCGCAGGCGCTCACGGGTATATCAGCGGCACGCGCACCGTCAACGCCGGGCCTGTGAAACATTATATTCAGCTCGTCGAAGAAAAGGGGCTGCCTTACCGTGATACGCACGAGGTGACACGGGAGGAGCAGATTGAAGAAGAAATGTTCCTCGGTCTCAGAAAAATGTCCGGCGTACAAAAGCAAGCTTTTCTCGATAAATTCGGACGCTCGGTCGACGAACTGTTTCCCGATGTTCTCAAAGATTTAACCGAAAAAGGCCTGATCTGTGACACGGAAGAATCGGTTGCATTAACGCATGAGGGCAAATTATTAGGAAATGAGGTTTTTGGCGCTTTTTTGGGTGAGTTATAA MKSAYIHIPFCEHICHYCDFNKYFIQSQPVDEYLNSLEKEMINTIERTGRPDLRTIFIGGGTPTSLSPVQLEKLMDSIHRVLKPSDGLIEFAAEANPDDLSPEKLKIMKNAGVNRLSFGVQTFEDELLQKIGRVHKQKDVFTSFERARALGFDNISLDLMFGLPGQTLADLDNSVKTALSLDAEHYSVYSLIVEPKTVFYNLMQKGRLHLPAQEQEAEMYETVMRQMSEAGIRQYEISNFAKPGYESQHNLTYWSNEAYFGFGAGAHGYISGTRTVNAGPVKHYIQLVEEKGLPYRDTHEVTREEQIEEEMFLGLRKMSGVQKQAFLDKFGRSVDELFPDVLKDLTEKGLICDTEESVALTHEGKLLGNEVFGAFLGEL PGPT0003200_3183 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 D1-12_01651 1836 lepA Elongation factor 4 GTGACAGATAAAGAAAAGCGTTTAGAGAGGCAGTCAAGAATCCGGAATTTCTCCATCATCGCCCACATAGACCACGGCAAATCGACCTTGGCGGATCGGATTTTAGAAAAAACATCGGCGATCACCCAGCGGGAAATGAAAGAACAATTGCTTGATTCAATGGACCTTGAACGCGAACGGGGAATTACCATCAAATTAAATTCCGTTCAGCTGAAATACAAAGCAAAAGACGGAGAAGAATATATATTCCATCTCATCGACACGCCCGGACACGTCGACTTTACATATGAAGTATCGCGAAGCCTGGCTGCCTGTGAAGGCGCGATTCTCGTTGTTGATGCGGCTCAGGGAATAGAAGCGCAGACATTGGCGAACGTCTATCTGGCGCTTGATAATGATCTTGAGATTCTTCCTGTCATTAATAAAATCGATCTTCCGAGCGCAGAGCCAGAACGTGTGCGTCAAGAGGTTGAGGACGTTATCGGCCTTGACGCTTCAGACGCCGTCCTCGCTTCAGCGAAAGCGGGCATCGGCATCGAAGACATTTTAGAGCAGATCGTAGAAAAAGTGCCGGCTCCTGCGGGAGATCCGGAAGCTCCGCTGAAAGCGCTCATCTTTGACTCGCTTTATGACGCGTACCGCGGAGTCGTCGCGTATATCAGAGTCGTAGAAGGAACGGTCAAACCGGGCCAGAAAATTAAAATGATGGCAACCGGAAAAGAGTTTGAAGTGACAGAAGTCGGTGTGTTCACGCCGAAAGCAACTCCGACAGATGAACTGACCGTCGGCGATGTCGGCTTTTTAACTGCTGCGATCAAAAATGTCGGTGACACACGCGTCGGTGACACGATAACAAGCGCGGCCAATCAGGCTGCCGAAGCATTGCCTGGATATCGTAAGCTGAACCCGATGGTGTATTGCGGTTTGTATCCGATCGATACGGCCAAATACAACGATTTAAGGGAAGCTCTTGAGAAGCTTGAACTGAATGACTCATCGCTTCAATATGAAGCAGAGACATCCCAAGCGCTCGGATTCGGTTTCCGCTGCGGATTTTTAGGTATGCTTCACATGGAAATCATTCAGGAGCGGATTGAGCGTGAGTTTAAAATCGACCTGATCACAACGGCACCGAGTGTTATCTATGATGTGTATATGACAGACGGCGAAAAGGTTGTTGTCGACAACCCGTCCAACATGCCTGACCCGCAAAAGATCGAAAGAATCGAGGAGCCGTATGTAAAAGCGACAATGATGGTGCCGAACGATTATGTCGGTGCGGTGATGGAGCTTTGCCAAGGAAAACGCGGCAATTTTATCGACATGCAATATTTAGACGCAAATCGTGTCAGCATTGTCTATGACATGCCATTAGCGGAAATCGTCTATGAGTTTTTTGATCAGCTGAAATCAAGCACAAAAGGCTACGCGTCCTTTGATTACGAACTGATCGGCTACAAACCGTCTAAACTTGTCAAGATGGACATTATGCTGAACGGAGAAAAAATCGACGCGCTGTCATTTATCGTGCATCGCGATTACGCGTACGAACGCGGAAAAGTAATTGTGGAAAAACTGAAAGAGCTTATTCCGCGCCAGCACTTTGAAGTACCGATTCAAGCAGCGATCGGACAGAAAATCGTGGCCCGCTCGACCATTAAGGCCATGCGGAAAAACGTCCTTGCAAAATGTTACGGAGGAGACATCTCGCGGAAACGGAAGCTTCTTGAAAAACAAAAAGAAGGAAAACGCCGGATGAAGCAGGTCGGCTCAGTAGAAGTGCCGCAGGAAGCGTTTATGGCCGTTCTTAAAATGGATGACAGCCCGAAAAAATAA MTDKEKRLERQSRIRNFSIIAHIDHGKSTLADRILEKTSAITQREMKEQLLDSMDLERERGITIKLNSVQLKYKAKDGEEYIFHLIDTPGHVDFTYEVSRSLAACEGAILVVDAAQGIEAQTLANVYLALDNDLEILPVINKIDLPSAEPERVRQEVEDVIGLDASDAVLASAKAGIGIEDILEQIVEKVPAPAGDPEAPLKALIFDSLYDAYRGVVAYIRVVEGTVKPGQKIKMMATGKEFEVTEVGVFTPKATPTDELTVGDVGFLTAAIKNVGDTRVGDTITSAANQAAEALPGYRKLNPMVYCGLYPIDTAKYNDLREALEKLELNDSSLQYEAETSQALGFGFRCGFLGMLHMEIIQERIEREFKIDLITTAPSVIYDVYMTDGEKVVVDNPSNMPDPQKIERIEEPYVKATMMVPNDYVGAVMELCQGKRGNFIDMQYLDANRVSIVYDMPLAEIVYEFFDQLKSSTKGYASFDYELIGYKPSKLVKMDIMLNGEKIDALSFIVHRDYAYERGKVIVEKLKELIPRQHFEVPIQAAIGQKIVARSTIKAMRKNVLAKCYGGDISRKRKLLEKQKEGKRRMKQVGSVEVPQEAFMAVLKMDDSPKK 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 D1-12_01652 339 hypothetical protein ATGATCCGTTTTACCGGCAAATGCCTGCTGATCGCCATTGTCATGTTTTTCGGCGTTTTGTTCGGCATGCAGCAGGCAAACAGCGGAATGCTTGATATGAAAGGATACAAAGATCCCTCCTTAAAAGGAGCATTCACGCTCGGCGGCGGAGAAGGACAGGAAAAAGAAGCTTCCATTTTGGGACAAACCGTTACGGCGAAAGATCTGGAAGAAAAACAAAAACAGCTGGAACAGGCGGAAACCTTCAACCTGTTTTCAAAAGCCGGAGAAACCCTTTCAAATACCGTGACGGACTCGGCGCAGGCGATGTATGAGTGGGTTTCGAAACTGAACCGTTAG MIRFTGKCLLIAIVMFFGVLFGMQQANSGMLDMKGYKDPSLKGAFTLGGGEGQEKEASILGQTVTAKDLEEKQKQLEQAETFNLFSKAGETLSNTVTDSAQAMYEWVSKLNR NA NA NA NA NA D1-12_01653 1194 hypothetical protein ATGAGAAAAAAACGCAGAAACCGTCAAATTGTCGTTGCAGTAAACGGTGGAAATGCGCTCAAGGGCATGTTTTTGTTTATGACAAGCCTTATCGTTATTTTCGTATTATCGGGTGTGCTCACATCGCTTCGCCCTGAACTGAGGCTTTCTTCGGATTCTCTTCACGGAATTGCCGGAGAACTTCCGGGTGACGCGTTTGCACACCTCCTCGGTATGGAAAATCATTATTTCGCCTCAGAGCTTCCTGAAAAAGACTCTTTTCAGCTGTCCCGGCTTTCCTTAAAACTGGCGACAAGTATTAATATGGAAGACCCGCGGAGTTTCTTGGGACGTGAGCTGCCGGGATTTGCCCAATACGATACGGAGATCCTTCTGGCGGGGCAGGGGACGGATTATACGAATATGCCTGCTGAATCTCCGCCGCCGTCGAAGGTGATGGAAAAAGAAAAAGAAGTGAACCTGGCAGAAATCGAAAACAAAACGAAAAAAGAAGAAACGGCGCCGCCGAAACATTCAACAGGCAGCAAAAAAGTCGTTTTTATTTACCACACTCATAATACCGAATCCTATCTTCCTCTGTTAAAGGGGGAAACAAATCCGGATAACGCCCGCCATTCGAAGGCCAATGTCACGCTTGTCGGAGATATGTTCGGAAAAGCGCTTGAAGCGCAAGGTGTAGGAGCGGCCGTAGATAAAACCGACATTCAGGCCCGCCTGAACAAAGACGGCTTAAATTATGCGCGAAGCTATGACGAATCAAGGCCGGTCGTAAAAAGCGCGCTCGCCAAAAATAAAAACCTGCAATATACCATAGACATTCACCGGGATTCCCGCCGCAAGAAAAATACGACAGCCGACATTAAAGGAAAAAGCTATGCCAGAGTCGCCATCGTCGTCGGCAAAAAAAGCGCTAATTTTGAAGAAAACTATAAACTCGCAAGTGAACTTCATAAGCTGATGGAGAAAAAATACCCCGGCTTAAGCGTCGGTGTTTTATCAAAAGGCTCTCCGGGAGATAATGGAGTATACAACCAAGATTTAAACGATCGGTCGCTTCTGCTGGAATTCGGGGGCGTGGATAACAATCTTGAAGAACTGAGGCGCGCATCAGATGCCGTGGCCGATGTGTTCAGCGAACTGTACTGGGATGCAGAAAAGGTCAGTTCGCAATCAGGAGAGAAGAAAAAACAATAG MRKKRRNRQIVVAVNGGNALKGMFLFMTSLIVIFVLSGVLTSLRPELRLSSDSLHGIAGELPGDAFAHLLGMENHYFASELPEKDSFQLSRLSLKLATSINMEDPRSFLGRELPGFAQYDTEILLAGQGTDYTNMPAESPPPSKVMEKEKEVNLAEIENKTKKEETAPPKHSTGSKKVVFIYHTHNTESYLPLLKGETNPDNARHSKANVTLVGDMFGKALEAQGVGAAVDKTDIQARLNKDGLNYARSYDESRPVVKSALAKNKNLQYTIDIHRDSRRKKNTTADIKGKSYARVAIVVGKKSANFEENYKLASELHKLMEKKYPGLSVGVLSKGSPGDNGVYNQDLNDRSLLLEFGGVDNNLEELRRASDAVADVFSELYWDAEKVSSQSGEKKKQ PGPT0024690_194 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-STAGE_II_SPORULATION,PGPT0024690-spoIIP-K06385 NA NA D1-12_01654 1107 gpr Germination protease GTGAAAAACAACGAACTGGATGTCAATCAATTTCTGATACGGACGGATTTAGCGGTAGAAACGAAACAGGCGGTAAAAGACGGACAAGCCGGTCAGAAAAAAGAAATAAACGGGTTTATTGAAAAAGAACGCGACAAGGGCGGCATTAAAGTCAGAACCGTCGATATTACCAAAGAAGGCGCCGAGCTATCGGGGAAAAAGCAGGGGCGCTATGTCACGATCGAGGCGCAAGGGGTTCGGGAACACGACTCCGAGATGCAGGAAAAAGTAACGGAAGTGTTTGCCGAGGAATTTTCCGCCTATCTGTCGGCATTAAAGATTCCAAAGGATGCAAGCTGTTTGATCGTCGGTCTCGGCAACTGGAATGTGACGCCGGATGCGCTCGGCCCTCTCGTGACCGAAAACCTTCTTGTGACAAGGCATCTGTTCAGGCTTCAGCCGGAAAACGTGCAGGAAGGGTACAGGCCGGTCAGCGCGCTCGCTCCCGGTGTGATGGGATTAACGGGAATTGAAACGAGCGATATTATTCAAGGTGTGATCAAAGAATCAAAGCCGGATTTTGTGATTGCGGTAGACGCTCTTGCGGCAAGAGCCGTTGAAAGGGTGAACACGACCATCCAATTTTCTGATACGGGCATTCACCCGGGATCAGGCGTCGGCAATAAGAGAAAAGAATTAAGCAAGGAGACGCTCGGCATCCCCGTCATCGCAATCGGGGTACCGACTGTCGTTGATGCGGTTACGATCGCGAGCGATACGGTGGATTATATATTAAAGCATTTCGGCAGAGAGATGAAAGATGACAGCCCGTCAAGATCTCTGGTGCCCGCCGGAATGAACTTCGGCAAAAAGAAGGTGCTGACAGACGAAGACCTTCCCGGAGAAAAAGAACGCCAATCCTTTCTCGGTATTGTCGGCACACTGGACGAAAACGAAAAACGCCAGCTGATTCACGAAGTGCTCTCTCCGCTCGGCCATAATCTGATGGTCACGCCGAAGGAGATTGACACTTTTATTGATGATATGGCGAACGTGCTTGCAAACGGGTTAAACACCGCCCTTCATGAAAAAGTGTCACAAGATAACAAAGGCTCTTATAATCATTAA MKNNELDVNQFLIRTDLAVETKQAVKDGQAGQKKEINGFIEKERDKGGIKVRTVDITKEGAELSGKKQGRYVTIEAQGVREHDSEMQEKVTEVFAEEFSAYLSALKIPKDASCLIVGLGNWNVTPDALGPLVTENLLVTRHLFRLQPENVQEGYRPVSALAPGVMGLTGIETSDIIQGVIKESKPDFVIAVDALAARAVERVNTTIQFSDTGIHPGSGVGNKRKELSKETLGIPVIAIGVPTVVDAVTIASDTVDYILKHFGREMKDDSPSRSLVPAGMNFGKKKVLTDEDLPGEKERQSFLGIVGTLDENEKRQLIHEVLSPLGHNLMVTPKEIDTFIDDMANVLANGLNTALHEKVSQDNKGSYNH NA NA NA NA NA D1-12_01655 267 rpsT COG0268 30S ribosomal protein S20 ATGCCAAACATTAAATCAGCGATTAAACGTACAAAAACAAACAACGAACGCCGCGCTCATAACGCGACAATCAAATCTGCTATGCGTACTGCAATCAAACAAGTTGAAGCTTCTGTTGCTAACAACGAAGCGGATAAAGCGAAAACTGCTCTTTCTGAAGCAGCGAAACGCATTGATAAAGCAGTGAAAACAGGTCTTGTACACAAAAATGCCGCAGCTCGATACAAATCTAGACTTGCGAAACAAGTGAACGGACTTTCTGCATAA MPNIKSAIKRTKTNNERRAHNATIKSAMRTAIKQVEASVANNEADKAKTALSEAAKRIDKAVKTGLVHKNAAARYKSRLAKQVNGLSA NA NA NA NA NA D1-12_01656 1023 yqeN COG1466 putative protein YqeN ATGGTATTTGATGTTTGGAAAGCCCTGAAAAAAGGGGATGTCCGCTCCGTTTATTGCTTATACGGAAAAGAAACGTATCTGCTCCAAGAGACTGTCAGCCGGATCAGACAAGCTGTCGTTGATGAGGAGACTAAAGATTTTAACCTGTCTGTTTTTGATCTTGAAGAGGATCCGCTTGACCAGGCCATAACCGATGCGGAAACGTTTCCGTTTATGGGAGAGAAGCGGCTGGTTATCGTAAAAAATCCGTCTTTTTTAACAGGGGAAAAAAAGAAAGAAAAAATAGAGCATAATACAAGCGCTTTGGAGACTTACCTGAAGGAGCCTGCGCCTTATACGGTCTTTGTGATTGTGGCTCCGTATGAAAAGCTGGACGAACGGAAAAAGCTGACGAAAGCGCTGAAGCAAAAAGCCCTTATGATTGAAGCTAAGGAGCTGAATGCAAAGGAGACGACTGATTTTACGATTAATCTGGCGAAATCCGAAAATAAAACGATGGATACAGAAGCTGCTGAGCATTTGGTTCTGCTTGCAAACGGCCATCTGTCTTCCATATATCAGGAAATACAAAAACTCTCCGCCTACACCGGTGACAGACATGAGATCACGCTTGAAGATGTCCGGGAGCTTGTCGCAAGAAGTTTGGAGCAGAATATTTTTGAGCTGATCAACAAAATCGTGAACCGAAAACGGACGGAAAGTCTTCAAATATTTTATGATCTTTTAAAACAAAACGAAGAACCGATCAAAATTATGGCGCTGATCGCCAACCAATTCCGTCTGATTATGCAGACGAAGTATTTTGCAGGACAAGGATACGGCCAAAAGCAAATCGCTTCCAACTTAAAGGTGCACCCCTTCCGGGTAAAGCTGGCGATGGATCAGGCGAGGCTTTTTTCTGAAGAAGAGCTGCGGCGTATTATAGAAAGACTCGCAGTGATGGATTATGAAATGAAAACGGGGAAAAAGGACAAGCAGCTCTTGCTGGAGCTCTTTCTCCTTGAGCTTCTCCGGACTGAATGA MVFDVWKALKKGDVRSVYCLYGKETYLLQETVSRIRQAVVDEETKDFNLSVFDLEEDPLDQAITDAETFPFMGEKRLVIVKNPSFLTGEKKKEKIEHNTSALETYLKEPAPYTVFVIVAPYEKLDERKKLTKALKQKALMIEAKELNAKETTDFTINLAKSENKTMDTEAAEHLVLLANGHLSSIYQEIQKLSAYTGDRHEITLEDVRELVARSLEQNIFELINKIVNRKRTESLQIFYDLLKQNEEPIKIMALIANQFRLIMQTKYFAGQGYGQKQIASNLKVHPFRVKLAMDQARLFSEEELRRIIERLAVMDYEMKTGKKDKQLLLELFLLELLRTE NA NA NA NA NA D1-12_01657 2352 comEC COG0658 ComE operon protein 3 ATGAAATATAAATACCTTCTTCTGCCTCTGGCGGCGGTTTCTGCAACTGCGGGAATTGCCGCCGCTCATGTCTTCTGGGTTCTGCTCCTTTTTCTTCTGTATCTTCTCTTTATTATTGTAAAAACAAAGCAGCATGCTCCGGTTATTGTCTGCCTCGTTTCTTTTTGTCTTTATTTCTTTCTTTATACGGTTTGTGACGCTGCGAATGTAACGCGGTATCAGGCCGGCAGTTATACTGAACAGGCCGTCATCACTAACATTCCGAAGGTTGACGGAGCGAAAATGTCAGCCGTTATCCGTACACATGACAAGGAAAAATGGACGGCTTCGTACAAAATCCGGTCTCTTGAGGAAAAGAGACTCATTGAACAGCTTGAACCGGGGATGCGCTGCACGTTTACAGGTTCTCTGGAGCAGCCTGCACATGCGACGGTTCCCGGAGGTTTTGATTATAAGGAATATCTTTACTCTCAGCAGATTCACTGGTTATTTTCCGTGACTTCCATTCAGCAGTGTGAAAAATCCAAACAGCCGCTGTTTAAACTGCTGAACATCAGAAAAAATTTGATTTCGATCATTCGGAATCACGTGCCTGAATCTTCCGCCGGAATTGTTGAAGCGCTGACCTTAGGTGAAAGATTTTCTATAGAGGACGATATACTGAGTGCATATCAAAATTTGGGAGTCGTTCATTTAATGGCGATTTCCGGAATGCATGTCGGTCTTATTACGGCGGGATTATTTTATGCTCTGATCAGAATCGGGCTGACAAGAGAAAAGGCGGGGATGTTGCTGCTGCTGTTTTTGCCGGTATATACGCTGCTGAGCGGTGCCGCCCCATCCGTATTGCGCGCATCCCTCATGCTGGGATTTTATATCGCCGGAACTCTTGTTAAACGTGGCATTCATTCCTCTGCTGCATTGTCTCTGTCTTATCTGCTGCTCCTGCTGTTTAATCCTTACCTCCTTTGGCAGGCGGGCTTCCAGCTTTCCTTTGCGGTAAGCGCCTCTTTAATTCTGTCATCCTCCATTTTAAAGAAAGCAGGGAAAAGCAGACTTGCCGGGCTTGCGATGGCTTCATTCATTGCAGAGCTCAGCTCACTTCCGTTTCTTCTCTATCATTTTCAGCAAATTTCACTTGTCAGTTTTCCGATGAACATGGTGATGGTGCCATTTTATACGTTATTTGTCATTCCGGTTTCTGTCATCGGCTTCCTTCTTCTTTTGCTTTCAAGGCAGGTGGGAGAATGTTTGTTTGATATGTTTGACCTTGTGATGAAGCCTGTGCATGATTTCATTACATATGCGGCATCCGTTGATTTATTTACTATGATTGTGTCAAAGCCTGACTTTCTTTCCCTTCTTCTGCTTGCGGTTTCCGTTTTTACGCTTTTTGCGGCTTTGGAAAAGGGAGGTTTTTTAAAACTCAGGAAATCGGCTCTTTTTTTCTGCGCGGTTTTGGCTTATTTAATATGCCGTCCGTATTTCAGTCCATGGGGAGAAGCGGATATGCTTGATATCGGGCAGGGAGACTCGCTGTTTATAAGCGCGCCGCACCGCAAAGGGACCGTAATGGTTGATACAGGGGGAGTGATTGCTTATCCCGGAGAATCATGGAAAGAAAAACGCCACCCGTATTCTATCGGCGAGAAGGTTTTGATTCCGTTTTTAAACGGAAAAGGGGTGAAAAAGCTGGATGCGCTGATTTTAACCCATGCGGATCAGGATCACATCGGAGAAGCCGGAGTGTTAATCAAAAATCATAGAGTCAAACGGTTAATTGTCCCCGTGGGATTCGTAAAAGAACCGAAGGATCAGAACATATTAAAAATGGCGAAAGAAAACAACATTCCCGTTGCCGAAGCAAAGCGGGGCGACACCATTACAGCGGGTGATCTTCAGTTTCAGGTGCTGTCTCCGGAGTCATCTGACGGAAAGAGTAAAAATGATTCGTCACTGGTGCTTTGGACGGTTTTAGGCGGAGTGAGCTGGCTTTTGACGGGAGATTTAGAATCGGACGGCGAAACAGAAGTGCTGAAAACGTATCCGAAACTGAAGGCTGATATATTGAAGGCGGGTCATCACGGCAGCAAAAGCTCAACGAGTGAAGCCTTTTTGAAACAGCTTCAGCCGGAAGCAGCGCTGATTTCAGCAGGAAAAGAGAATCGATACCATCATCCGCATGAAGAAGTGCTGGATCGTTTGAAGGCGTACTCTGTCAATGTGCTTCGCACCGATATCAGCGGAACGATTCAATACAGATTTGAAAAAGGCGCCGGAACGTTTTCCGTCTTCCCTCCATATGATATAGAAGAAACCAGGGTGCAAGAAGTAAAAAAGACTGCCGATTGA MKYKYLLLPLAAVSATAGIAAAHVFWVLLLFLLYLLFIIVKTKQHAPVIVCLVSFCLYFFLYTVCDAANVTRYQAGSYTEQAVITNIPKVDGAKMSAVIRTHDKEKWTASYKIRSLEEKRLIEQLEPGMRCTFTGSLEQPAHATVPGGFDYKEYLYSQQIHWLFSVTSIQQCEKSKQPLFKLLNIRKNLISIIRNHVPESSAGIVEALTLGERFSIEDDILSAYQNLGVVHLMAISGMHVGLITAGLFYALIRIGLTREKAGMLLLLFLPVYTLLSGAAPSVLRASLMLGFYIAGTLVKRGIHSSAALSLSYLLLLLFNPYLLWQAGFQLSFAVSASLILSSSILKKAGKSRLAGLAMASFIAELSSLPFLLYHFQQISLVSFPMNMVMVPFYTLFVIPVSVIGFLLLLLSRQVGECLFDMFDLVMKPVHDFITYAASVDLFTMIVSKPDFLSLLLLAVSVFTLFAALEKGGFLKLRKSALFFCAVLAYLICRPYFSPWGEADMLDIGQGDSLFISAPHRKGTVMVDTGGVIAYPGESWKEKRHPYSIGEKVLIPFLNGKGVKKLDALILTHADQDHIGEAGVLIKNHRVKRLIVPVGFVKEPKDQNILKMAKENNIPVAEAKRGDTITAGDLQFQVLSPESSDGKSKNDSSLVLWTVLGGVSWLLTGDLESDGETEVLKTYPKLKADILKAGHHGSKSSTSEAFLKQLQPEAALISAGKENRYHHPHEEVLDRLKAYSVNVLRTDISGTIQYRFEKGAGTFSVFPPYDIEETRVQEVKKTAD PGPT0029415_1255 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 D1-12_01658 570 tadA_1 tRNA-specific adenosine deaminase GTGGAACGAATCTCATGGAATCAATATTTTATGGCGCAAAGCCATTTGCTGGCGCTGAGAAGCACATGTCCGAGACTGTCAGTCGGGGCAACCGTAGTCAGAGACAAGCGGATGATCGCCGGCGGATACAACGGCTCAATTGCCGGAGGCGTCCATTGCGCTGATGAAGGATGCCTTTTAATAGATAATCATTGCCAGCGGACCATACATGCAGAGATGAATGCGATTCTGCAATGTTCTAAGTTCGGTGTTCCGACGGAGGGCGCCGAAATTTATGTGACGCATTATCCTTGTATTCAATGCTGTAAATCAATTATTCAGGCAGGTATCAAAACGGTTTATTATGCCGAAGATTACAAAACACAGCCTTATGCAAAAGAGCTGTTCAGCCAAGCCGGAGTCAAGGTGGAGCAGGTCGAACTTGATGAAATGATCATCGATCTGAAAAACCGCGAAAAATTGTCTTTTGTAGCAGGTCTGATTCAGCAATTATCTGATGCGGGGGTTAAGGCAGATGAACTGAAAAAAATTCATGAACAGGCCAATGAGCTGTTTACCAGTTACGTATAA MERISWNQYFMAQSHLLALRSTCPRLSVGATVVRDKRMIAGGYNGSIAGGVHCADEGCLLIDNHCQRTIHAEMNAILQCSKFGVPTEGAEIYVTHYPCIQCCKSIIQAGIKTVYYAEDYKTQPYAKELFSQAGVKVEQVELDEMIIDLKNREKLSFVAGLIQQLSDAGVKADELKKIHEQANELFTSYV PGPT0021380_501 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-COMPETENCE-RELATED_DNA_TRANSFORMATION_TRANSPORT,PGPT0021380-comEB|tadA-K01493 NA NA D1-12_01659 615 comEA COG1555 ComE operon protein 1 ATGACGAAAGCGATGATGACGGAGCGGCTGCGGCGGAACCTGAAAATTCTGGGCGCTTGTCTTGCTGCAGGAGCGGTTTTTATCTGTATTTGGCTGTTTCGTTCTGAAAAGGAAGAGCCGGTCAAACAGCAGTCCGTGCTCGGCCAAACAGCCTCAGCATCCGTCGCGGACAAAAAAGACACCGCAGACGATAAGATTATGATTGATGTGAAAGGCGCGGTCCGAAATCCCGGCGTGTATGAAATGGAAGCGGGAGACAGAGTGACGCAAGCCATTGAAAAAGCCGGCGGCCTGAAGAAAAAGGCGGATGAATTGAATGTTAATTTAGCAGAGCAGCTGCAGGACGGGACGATTGTTTATATTCCGAGTGAAGGCGAAGAGGAGAATCGCCCGAAAACAACAGCGGGTGAAAAGGAGAATGCAGCTGTCAATATCAATACGGCATCTCTGGACGAACTTCAGGCGGTTTCCGGGGTGGGGCAGAAAAAAGCGGAAGCGATTATCGCCTACCGAGAAGAAAACGGACGGTTTCAGACTGCTGAAGATTTGATGAATGTATCAGGCTTTGGAGAAAAGTCATTTGAGCGGATAAAAACTTCCATTACGGTAAAGTGA MTKAMMTERLRRNLKILGACLAAGAVFICIWLFRSEKEEPVKQQSVLGQTASASVADKKDTADDKIMIDVKGAVRNPGVYEMEAGDRVTQAIEKAGGLKKKADELNVNLAEQLQDGTIVYIPSEGEEENRPKTTAGEKENAAVNINTASLDELQAVSGVGQKKAEAIIAYREENGRFQTAEDLMNVSGFGEKSFERIKTSITVK PGPT0029410_1484 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 D1-12_01660 822 proC_3 Pyrroline-5-carboxylate reductase TTGAAAATAGGCTTTATCGGCACCGGAAACATGGGAACGATCCTGATTGAATCGTTTATCGAATCAAACGCTGCCGATCCCTCACATATCACCATCACAAACAGAACAATCGAAAAAGCATTAAAACTAAAAGAACGTTTCAGAGGCATCCATGTCACCGAGGATCAGGAAAAGCTCGTACAGGAAAATGAAATAATATTCATTTGTGTAAAACCGCTGGATATATATCCTTTGCTGAAGAAACTCACACCGCATTTACGGAAAGATCACATTTTAATCTCCATTACCAGTCCCGTTCAGACGGATCAGATTGAACATACGGTTCCGTGTCAGACGGCCCGCGTCATTCCGAGCATTACGAACCGCGCCTTGGCCGGCGTCTCGCTTGTTACGTTCGGCAAAAGCTGCAGCGAGTCTGCAAAAGTGGATATTGAAACGCTGTTCACTCATATCTCAAAACCTGTAGAAATCAGCAGCGGCATTACAAGAGTGGCGTCAGACATTGTCAGCTGCGGGCCCGCTTTTATGAGTTATCTCGTTCAGCGCTTTATTGACGCGGCAGTGGAAGAAACGGGCATCACCAAAGAAGAAGCAGTAATTATGTCGACGGAAATGCTTGTCGGTCTCGGAAAGCTTCTTGAAACAGGGCATTACACGCTTCCCGCCTTGCAGGAAAAAGTATGCGTAAAAGGCGGCGTCACCGGAGAAGGACTGAAGGCTCTCGAAAGCGGTGTTCAGGATATGTTCAACCGTGTCTTTCAGCGTACACATGACAAATACGATGAAGATATATCGTTAGTGAAGAAGCAATTTCACGTGTAA MKIGFIGTGNMGTILIESFIESNAADPSHITITNRTIEKALKLKERFRGIHVTEDQEKLVQENEIIFICVKPLDIYPLLKKLTPHLRKDHILISITSPVQTDQIEHTVPCQTARVIPSITNRALAGVSLVTFGKSCSESAKVDIETLFTHISKPVEISSGITRVASDIVSCGPAFMSYLVQRFIDAAVEETGITKEEAVIMSTEMLVGLGKLLETGHYTLPALQEKVCVKGGVTGEGLKALESGVQDMFNRVFQRTHDKYDEDISLVKKQFHV PGPT0029420_154 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-COMPETENCE-RELATED_DNA_TRANSFORMATION_TRANSPORT,PGPT0029420-comER-K02239 NA NA D1-12_01661 738 cypM Cypemycin N-terminal methyltransferase ATGATTTACCAAGGCTTCGCCGGCGTATATGACGAGTTAATGTCACATGCGCCGTATGATGAATGGGCGGGCTGGATCGAAGCGTCTCTTCCGGAAAAGGGAAGGGTGCTTGATCTTGCCTGCGGAACCGGAGAAATATCCATCAGGCTTGCTGAAAAAGGCTGCGAAGTCACGGGGATTGATTTGAGTGAAGATATGCTGAGCTGTGCCCAGCAGAAAAAAACGGGAAAGCCGATTCTTTTTCTCCAGCAGGATATGAGAGAGCTTTCCGGTTTTGAAGAACAGTTTGATGCTGTAGTCATCTGCTGTGATTCCCTAAATTACTTAAAAACGAAAAATGATGTCTTAAGCACCTTCAAAAGTGTTTTTCAAGTTTTGAAGGAGGGCGGCCTGCTTCTGTTTGACGTCCATTCCCCATTTAAAATGACGGAGCTTTTTCCGGACAGCACCCATGCGGATCAGGATGAGCAGATCAGCTATATCTGGCAAAGCTTTGCCGGCGATGAAGAGCTTTCTGTCATCCATGATATGTCCTTTTTCGTATGGAACGGACAATCTTATGACCGCTATGACGAGACGCATGAGCAAAAAACATTTTACATTGAAGAATATGAACAAATGCTTGCAGAGACCGGATTTGAACTGAAGAAGGTGACGGCTGATTTTACAGACCGGCCTCCTTCAACAGAGTCTGAACGTCTTTTCTTCACGGCAGGCAAACCAAAAACCATCGTTTAA MIYQGFAGVYDELMSHAPYDEWAGWIEASLPEKGRVLDLACGTGEISIRLAEKGCEVTGIDLSEDMLSCAQQKKTGKPILFLQQDMRELSGFEEQFDAVVICCDSLNYLKTKNDVLSTFKSVFQVLKEGGLLLFDVHSPFKMTELFPDSTHADQDEQISYIWQSFAGDEELSVIHDMSFFVWNGQSYDRYDETHEQKTFYIEEYEQMLAETGFELKKVTADFTDRPPSTESERLFFTAGKPKTIV NA NA NA NA NA D1-12_01662 357 rsfS COG0799 Ribosomal silencing factor RsfS ATGAATCAAGCTTCCGTATTAAAAATCGCGGCAAAAGCATGCGACGATAAACGTGCAGAAGATATTTTAGCGCTGGACATGGAAGGAATCTCACTTATAGCGGATTACTTTTTAATCTGCCACGGGAATTCTGATAAGCAGGTTCAGGCAATTGCGCGTGAAATTAAAGATCAGGCAGAAGAAAACGGCATTGATGTCAAAAAGATGGAAGGGTTTGATGAGGCCCGCTGGATTTTAGTTGATCTCGGCGACGTCATTGTCCACGTTTTCCATAAAGATGAAAGAAGCTACTACAATCTTGAAAAGCTATGGGGCGACGCGCCGCTCGCAGAGCTTGAGCTCGGCTTGAACTCATGA MNQASVLKIAAKACDDKRAEDILALDMEGISLIADYFLICHGNSDKQVQAIAREIKDQAEENGIDVKKMEGFDEARWILVDLGDVIVHVFHKDERSYYNLEKLWGDAPLAELELGLNS NA NA NA NA NA D1-12_01663 561 hypothetical protein ATGAATCGTGAGGAAGCACTTGCCTGCGTCAAAGAGCAGCTGACCGAGCATCGCTACATCCACACAATCGGCGTGACAGATACGGCGGTTATTCTCGCAGGCCGGTTCGGAGCAGACCCGAAAAAAGCGGAAATGGCGGCTATTTTTCATGATTATGCGAAATTCCGGCCGAAAGAAGAAATGAAGCAGATCATCGTGCGGGAAAAAATGCCGGCTGAGCTCTTGGATTACAATGCCGAGCTGTGGCATGCCCCTGTGGGAGCGTATCTGGCTGAGAAAGAAGCGGGGATCACTGATCCTGAGATCTTGGATGCAATCCGCTATCACACGTCAGGGCGTCCCGGAATGACCCTTTTAGACAAAGTCATTTACGTTGCGGATTACATTGAACCCGGCCGCCATTTTCCCGGAGTGGAAGAGGTGCGCCGTCTGGCGGAAACAGATCTGAACGAAGCGCTCATACAAGCAATGAAAAATACAATGATATTTCTGATGAAAAAAAACCAGCCGGTCTTTCCGGAGACGTTTGCAACCTATAACTGGCTGGTGTCTCAAAATTGA MNREEALACVKEQLTEHRYIHTIGVTDTAVILAGRFGADPKKAEMAAIFHDYAKFRPKEEMKQIIVREKMPAELLDYNAELWHAPVGAYLAEKEAGITDPEILDAIRYHTSGRPGMTLLDKVIYVADYIEPGRHFPGVEEVRRLAETDLNEALIQAMKNTMIFLMKKNQPVFPETFATYNWLVSQN PGPT0013435_23 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013435-nadD-K00969 NA NA D1-12_01664 570 nadD COG1057 Nicotinate-nucleotide adenylyltransferase ATGAAGAAAATCGGAATATTCGGGGGCACATTTGACCCACCGCACAACGGACATCTTCTGATGGCTAATGAAGTCCTTCATCAGGCGGAGCTCGATGAAATTTGGTTTATGCCAAATAAAATCCCTCCGCATAAGCAGAATGGAGACTTTACAGACAGCCGGCACCGGGTGGAGATGCTGAAGCTTGCCATCAGCTCGAATTCCGGCTTTAAGCTTGAGCTTGCGGAAATGGACCGGAAAGGCCCTTCTTATACCTATGATACCGTCCGTTTACTGAAGGAGCGGCACCCGAACGACAAGCTTTTCTTTATTATCGGGGCGGATATGATTGAATATCTGCCGAAATGGTACAAACTGGACGAACTGCTCACGCTCATTCAATTTATCGGAGTGCGGCGCCCGGGGTATCATATTGAGACCCCGTACCCGCTGCTTTTTGCCGACGTTCCGGAATTTGACGTTTCGTCAACGATGCTGAGAGAACGTCTCAAAGCAAAAAAGCCGACGCAATACTTAATGCCGGATAAAGTGAGGCAGTATATAGAGGAGAATGATTTATATGAATCGTGA MKKIGIFGGTFDPPHNGHLLMANEVLHQAELDEIWFMPNKIPPHKQNGDFTDSRHRVEMLKLAISSNSGFKLELAEMDRKGPSYTYDTVRLLKERHPNDKLFFIIGADMIEYLPKWYKLDELLTLIQFIGVRRPGYHIETPYPLLFADVPEFDVSSTMLRERLKAKKPTQYLMPDKVRQYIEENDLYES PGPT0013435_3893 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013435-nadD-K00969 NA NA D1-12_01665 291 COG1534 RNA-binding protein ATGTTAACAGGAAAACAAAAACGGTTTTTGCGTTCAAAAGCGCATCACTTAACGCCTATTTTTCAAGTGGGAAAAGGCGGAGTCAACGAAAACATGGTGAAACAGATTGCCGAGGCTTTAGAAGCAAGAGAGCTGATTAAAGTCAGCGTGCTTCAAAACTGCGAAGACGATAAAAATGATGTCGCAGAAGCCCTTGTGAAAGGCAGCCGCTCACAATTGGTGCAGACGATCGGAAATACGATCGTACTGTATAAGGAATCAAAGGAAAATAAACAAATCGAGCTTCCGTAA MLTGKQKRFLRSKAHHLTPIFQVGKGGVNENMVKQIAEALEARELIKVSVLQNCEDDKNDVAEALVKGSRSQLVQTIGNTIVLYKESKENKQIELP NA NA NA NA NA D1-12_01666 843 aroE_1 COG0169 Shikimate dehydrogenase (NADP(+)) ATGAAACAATTGTACGGAGTAATCGGAAATCCGATCGGGCATTCAATGTCACCCGATATTCATAACGCGGCTTTGCAAGATAAAAACATCAACGGGCAGTATTTTGCGTTTCAGGTGGAACCTCATCATCTCAAGGACGCCGTTAACGGAATCAAGGCGCTTGGCATCTGCGGAGTGAACGTCACAGTCCCGCATAAAGTCGCGATCATGGAGCATCTGGATGAAATACATGAAAGCGCGAAAGTACTCGGGGCCGTAAATACCGTCAAAAGAGAGGGAGACAGGCTCATCGGGTATAATACTGACGGAGATGGGTTTTATAAATCCTTAGTCAAAGTATTGGACAAACCGATATCAGAGCTCTCCATCCTCATGATTGGGGCGGGAGGAGCGGCAAGAGCGATTTTTACAACGATCGTCCGCAGAGAGCCGAAACAATTTGACGTTTGCAACCGCACGCCGGAAAAAGCAGAAAGTCTGATTGCGGCTGCTCCCTCTTTTCAGCAGAAACGCGCCCTTACTTTAAAAGAAGCTGAAAATCAGCTTGAACAATATGACGTCATTATTCATACAACATCTGTCGGCATGTATCCGAAAACGGATGCCGTGCCGCTCTCATTGGAACGGGCCAAAACGGGCGCCATCGTTTGTGATATTGTATACAACCCGATTCAAACGGCGTTCTTAAAAGAAGCTGAAAAAAGAGGTTTAACAACCCTTGACGGTGTCGGCATGTTTGTGGAACAGGCCGCACTGTCTTTCAAGCTGTGGACGGAACAAGAGCCTGACAGCGGCTTAATGAGAGCGATTGTTGAAGGAAAACTAGGAGGAACACAATGTTAA MKQLYGVIGNPIGHSMSPDIHNAALQDKNINGQYFAFQVEPHHLKDAVNGIKALGICGVNVTVPHKVAIMEHLDEIHESAKVLGAVNTVKREGDRLIGYNTDGDGFYKSLVKVLDKPISELSILMIGAGGAARAIFTTIVRREPKQFDVCNRTPEKAESLIAAAPSFQQKRALTLKEAENQLEQYDVIIHTTSVGMYPKTDAVPLSLERAKTGAIVCDIVYNPIQTAFLKEAEKRGLTTLDGVGMFVEQAALSFKLWTEQEPDSGLMRAIVEGKLGGTQC PGPT0012890_2516 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 D1-12_01667 1101 yqeH COG1161 putative protein YqeH ATGGAAAAGGTTGTTTGCATCGGCTGCGGAGTAGCGATCCAGACCGAGGATAAACAAGGTCTTGGATACGCGCCAAAGGCATCGCTCACGAAAGAGAATGTCATCTGCCAGCGCTGTTTCAGACTGAAAAATTACAATGAAATTCAAGATGTTTCATTGACGGATGATGACTTTTTAAATATCTTGCACACAATCGGCGATACTGACTCTCTTATTGTCAAAGTCGTTGATATTTTTGATTTTAACGGAAGCTGGATAAACGGGCTGAACCGCTTTGTCGGCGGTAATCCGATTATTCTTGTCGGTAATAAGGCCGATATCCTGCCGAAATCCGTAAAACGGGAACGCCTCGTTCAATGGATGAAACGCGAAGCGAAAGAATACGGCTTAAAACCCCTTGATGTCTTTTTAATCAGCGCTTCCCGCGGACAAGGGATGAAGGAAGTCATTGACGCCATTGAACATTATCGCGAAGGCCGCGATGTGTATGTGGTGGGCTGTACCAATGTCGGCAAATCCACATTTATCAACCGGATTATTAAAGAGGTCTCAGGGGAAGAGAATATTATTACCACCTCTCAATTTCCGGGCACGACGCTTGATGCGATTGAAATCCCGCTTGATGACGGATCTGCGCTTTATGATACGCCGGGAATCATTAACCATCACCAGATGGCGCATTACGTGGACAAGCGTGACTTAAAGGTGCTGACACCGAAAAAAGAACTGAAGCCGCGCACTTTTCAGCTGAATGAAAAACAAACGCTTTATTTCGGCGGGCTTGCCCGGTTTGACTATGTATCAGGCGATAAAACGGCGTTTGTCTGCTATATGCCGAATGAATTGATGATTCACAGAACAAAGCTTGAAAATGCTGATGCCTTATACGAAAAGCATGCGGGAGAACTGCTTACCCCGCCCGGAAAAGATCATTTGGATGAATTTCCGGAGCTTACGCCTCACACGTTTACGATTAAAGAAGGAAAGACGGATATCGTTTTTTCCGGTCTCGGCTGGGTCACGGTGCAGCAAGCAGATAAAAAAATAACGGCATACGCTCCGAAAGGCGTACACGTATTTGTCCGTCGTTCATTAATATAG MEKVVCIGCGVAIQTEDKQGLGYAPKASLTKENVICQRCFRLKNYNEIQDVSLTDDDFLNILHTIGDTDSLIVKVVDIFDFNGSWINGLNRFVGGNPIILVGNKADILPKSVKRERLVQWMKREAKEYGLKPLDVFLISASRGQGMKEVIDAIEHYREGRDVYVVGCTNVGKSTFINRIIKEVSGEENIITTSQFPGTTLDAIEIPLDDGSALYDTPGIINHHQMAHYVDKRDLKVLTPKKELKPRTFQLNEKQTLYFGGLARFDYVSGDKTAFVCYMPNELMIHRTKLENADALYEKHAGELLTPPGKDHLDEFPELTPHTFTIKEGKTDIVFSGLGWVTVQQADKKITAYAPKGVHVFVRRSLI NA NA NA NA NA D1-12_01668 519 hypothetical protein TTGTTAAAAAAGTTTTTTTTACCTGACGAATTTGTGAAAAATATATTTCATATCACACCGGAAAAGCTCAAAGAACGCAATGTGAAAGGGATTATTACAGACCTTGACAACACGCTTGTGGAGTGGGACAGACCGAGTGCGACACCTCGATTGATCGAGTGGTTTGAAGAAATGAAGGAGCACGGCATTAAAGTCACGATCGTCTCCAATAATAATGAACGAAGAGTGAAATTATTCTCGGAGCCGCTTGGCATACCGTTTATTTATAAGGCAAGAAAACCGATGGGACGCGCCTTTAAAAGAGCCGTCAGCAGCATGGATCTGAAAAAAGAAGACTGTGTGGTCATCGGCGATCAGCTGCTTACTGATGTTCTCGGCGGAAACAGAAACGGGTATCATACGATCCTCGTCGTGCCTGTCGCTTCCTCTGACGGAGTCATGACGCGCTTTAACCGCCGGATTGAACGGAGAATATTGAGTTCTTTGAAACGTAAAGGCCATATTCAGTGGGAGGATTAG MLKKFFLPDEFVKNIFHITPEKLKERNVKGIITDLDNTLVEWDRPSATPRLIEWFEEMKEHGIKVTIVSNNNERRVKLFSEPLGIPFIYKARKPMGRAFKRAVSSMDLKKEDCVVIGDQLLTDVLGGNRNGYHTILVVPVASSDGVMTRFNRRIERRILSSLKRKGHIQWED NA NA NA NA NA D1-12_01669 135 hypothetical protein ATGAACCGCGGTTTCCCTCTGCAATATCCTGTATGCCCGCCTCCTCGGGTGAATGCGGGGTACTGGTACGCATTTTTTGTTGTGCTGCTCGTCGTCATTCTCGTCCTGGGCGGTCTGTATTGGTTCAATATATAG MNRGFPLQYPVCPPPRVNAGYWYAFFVVLLVVILVLGGLYWFNI NA NA NA NA NA D1-12_01670 747 hypothetical protein TTGGGGGGAGAGAAAATGAAGTTTGCTGTTCTTTTTATTACGATAATCTGTCTGTTATCAGGGTGCGCCGCGGGCAAAGAGAAAAGTGTTGTCACGTTCGGCGACAGCAATACGCGCGGTTCCAACTGGGATTATCGTGATTATCCGAAGGCGCAGCAGTGGGTAAACATGTTAAAAACAGCGGAACGCGGCCGTCTTACGGTTATAAATGCGGGAATAGGCGGCCAGACGACTGAGGATGCGCGCCTGCGCTTTCAAAGCGACGTGCTGGACCGTAAGCCCCAATATTTATTTATCATGTTCGGAACAAATGATGCGGGCATTTTGACGGGCGATCAGCCGCGGGTATCAAAGAAACGGTTTAAAGAAAACCTGACTTATTTCATAAACGAAAGCAGAAATCACGGCATAAAGCCGATTTTAATGACGTGCATCCCGGTTATAGAAGGAAACGGAACGCATCATCTCTATTACTATTCGAGATATAAAGCCTCAGCCTTTAAAGAAAAAGGCGGCGCGAGAAAATGGCATAATTCCTATAACGGCGTTACGAGGCAGGTTGCAGCTGAGTTGAAAGTGCCGCTGGTGGATAACTGGAAACACTTTATACGCGCGGACGGCGGCAAAGATACAGACCAGGCGCTGATCCAATCCGGACTGATAGATCCCTCCGGAAATCATATGACGCCAAAAGGCGCCAGAATCTTAATTGAAGGCATAAAAAATGGGCGGGTTTTGGAACGCTGA MGGEKMKFAVLFITIICLLSGCAAGKEKSVVTFGDSNTRGSNWDYRDYPKAQQWVNMLKTAERGRLTVINAGIGGQTTEDARLRFQSDVLDRKPQYLFIMFGTNDAGILTGDQPRVSKKRFKENLTYFINESRNHGIKPILMTCIPVIEGNGTHHLYYYSRYKASAFKEKGGARKWHNSYNGVTRQVAAELKVPLVDNWKHFIRADGGKDTDQALIQSGLIDPSGNHMTPKGARILIEGIKNGRVLER NA NA NA NA NA D1-12_01671 735 COG0726 Peptidoglycan-N-acetylglucosamine deacetylase TTGAGATGCTTTCATCTGATCATCATGATATGCATCCTCACGAGTCTCACTGCCGTGTCCGCCGATGCGAAATCTTTAAAAAGAAGTGACATGGAGAAGACGGGAAACGTGTACTGGGATATAAGGTCTGAAAAAAAGAAACTATCTTTAACCTTCGATGACGGCCCCCATCCTGTCTATACGGAGGCAGTGTTAGACGTGCTGAAACAGCACAATGTGAAAGCAACCTTTTTTTGTGTCGGGAGCCGTATAGACAAATACCCCATAACGGCAAAACGCATCGTTGAAGAAGGGCATGAAATCGGCAACCATACGATGAACCATGTTTATTTTCACCGTCTGAAACGCAAAGACATTTTACAAGAGCTTCACAGCTCAGCGCATCATATCACATCGCTGCAGCCGGCAGGGGACAAGTTATTCCGCCCGCCGGGAGGGTCGCTGAATCATACGGCTTTCAAAAGCATCTTAAAAGAGGGCTATCATATCATCATGTGGTCATGGAACCAAGATCCGAGGGACTGGAAAAGGCCCGGGAAAGGAAAAATCGTCAGGCACGTTGTTTCACATGCCAGAGATGGAGATATCGTTCTTCTGCATGACGGCGGAGGAAACCGGCGCCAGACGGTTGAGGCTTTGAAAGAAATCATTCCCAAGCTGAAAAAGCAGGGCTACACGTTTGTTAAGGTTTCGGATTTGATCGGACAGGATTCGGGCCCTTTTCATATCCAGTAA MRCFHLIIMICILTSLTAVSADAKSLKRSDMEKTGNVYWDIRSEKKKLSLTFDDGPHPVYTEAVLDVLKQHNVKATFFCVGSRIDKYPITAKRIVEEGHEIGNHTMNHVYFHRLKRKDILQELHSSAHHITSLQPAGDKLFRPPGGSLNHTAFKSILKEGYHIIMWSWNQDPRDWKRPGKGKIVRHVVSHARDGDIVLLHDGGGNRRQTVEALKEIIPKLKKQGYTFVKVSDLIGQDSGPFHIQ PGPT0018645_3869 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING_HYDROLASE_ACTIVITY,PGPT0018645-pda|pgdA-K22278 NA NA D1-12_01672 627 hypothetical protein ATGATAAAAAAGGGATTCAGTCTTGCCGTTATCATTGCTGTCGTGATGATCGGCTTTATGCAAAAAGACGTCTGGCTCAGCATGATTCGCGCGGGGGGCATGTACGCCGTGCTTATGAGTATCCTGCTGGTCGCAGCTGACGTATTTTTTCCGATTGTTCCATTCGCCATTATCGCGGCCTTAAACGGAGCTGTTTTCGGGATTGTAAACGGGGTGTGGATTACATTGTCAGGTGCGATGCTCGGAACAATGGCATTGTTTTTTCTCGTCCGGTACGGATTCAGAGACTGGGCCAGAAAAAAGCTGCTGGCTTACCCGGCCGCGGCCCAATATGAAGATTCATTTCATCAGCACGCGTTTACGGCGGTGCTTTTCGGACGGCTGATTCCGATTATACCGTCGCTTGCCATGAATACCGTCTGCGGGCTGAGTCATATCCGATGGCCGATCTTTTTTTCTGCGTCGGTGCTCGGCAAAATTCCGAACATTGTGATCGTGACCGTCGCAGGCGCTTCATTTACAAGCAACAAACTGCTGTCTTTCGGGATTTACGGAATGTATATGCTCGTCTTAATGGCGGTCATTTATAAGAAGTTTCCCGGCCTTTTAAAAACAACGAAAAAATGA MIKKGFSLAVIIAVVMIGFMQKDVWLSMIRAGGMYAVLMSILLVAADVFFPIVPFAIIAALNGAVFGIVNGVWITLSGAMLGTMALFFLVRYGFRDWARKKLLAYPAAAQYEDSFHQHAFTAVLFGRLIPIIPSLAMNTVCGLSHIRWPIFFSASVLGKIPNIVIVTVAGASFTSNKLLSFGIYGMYMLVLMAVIYKKFPGLLKTTKK NA NA NA NA NA D1-12_01673 1257 hypothetical protein ATGAAAAACCTGAAGTCTTGGCGGTACCCGATGTTTCTGTTAACCGGAATCGGGATAGCAAATATTGGTGAATGGATTTATTTTTTGTCTCTTAATCTTATTGTCTTAAAAGAAACGGGGTCTGCTTTTGCGGTTTCCATCCTTTATTTAATCAGGCCTGCGGCTGTTTTGATGACAAATGGGTGGGCGGGCAGCATCATCGACCGGTGCAACAAACGGAATATGATGATGTCGCTTGATTTCATCCGGGCTGCATTCATTGCCGTTCTGCCGCTGATGTTTACTGCACGGTCTTTATTTTCCGTTTATTGTATTGTATTTTTGATTCAAATGGCCAATGCGATGTTTCGTCCGTGTTCCATGGCGTATGTGACGATGCTTATCCCGGCTGAAAGGAGAAAACGATTCAATTCACTAAGGGCTTTGTCGGAATCAGGGGCTTTTCTCCTCGGTCCGGCTGCGGCCGGGCTGCTTTTTATCGCCGGCACGCCGATTTTTGCGATTTGGGTGAATGCGGCGGCTTTAGTGCTGTCCGGGTTCATCACGATGATGCTGCCGAACCTTGAAAATGAGCCTCACGTACATTCTCCCAGTCAGAAGCTTTCTTTGGCAGTGTACAAAGAAGATTGGAAGCTCGTCTATCGCTTCAGCCGAACGGCGCGAAACGTCATGATCATTTATTTTTTATTCAGTCTGGTCATGACCGTTATGCCATCCGCGCTTGATTCGCTTGAAGCCGCTTTTGCAAAAGAGGTTCTTCAGCTGACTGATGCCGATTACGGTTTTCTCGTCAGTGTCTCAGGGGCAGGCATTATTGCGGGGGCGCTTGTCAATGTGTTCTTTAATAAAAAAATGCCGGCTTCTTTATTGATGGGAATAGGCTCTTTATTCACAGCGGCCGGATATATGATTTATGCTTTTTCTGACGTTTTTTGGACGGCTGCTTTCGGATTTTTCCTTCTCGCTTTTTTTCTGGCATTTGCCAATACAGGCTTTCTGACGTTTTATCAAAAGAATGTTCCGGTGGACATCATGGGGAGAGTGGGGAGCTTTTATTCATTAGTCGAAGCTGTCTTCATTATAGTGGTAACGGCGGTTTTCGGAGCGGCTTCTGTCAGTTCGTCCGTCCGCGGCATCGTCATCGCAGGCGCTGCTGTTATGCTGGCGTTGGCAGCCGTTTTATGCTCGTTCTTATTTGCGGCCGCAAAAAGGAGGACTCCTGATGTATTTCAAGCGGATCAATGTAAACAAACATAA MKNLKSWRYPMFLLTGIGIANIGEWIYFLSLNLIVLKETGSAFAVSILYLIRPAAVLMTNGWAGSIIDRCNKRNMMMSLDFIRAAFIAVLPLMFTARSLFSVYCIVFLIQMANAMFRPCSMAYVTMLIPAERRKRFNSLRALSESGAFLLGPAAAGLLFIAGTPIFAIWVNAAALVLSGFITMMLPNLENEPHVHSPSQKLSLAVYKEDWKLVYRFSRTARNVMIIYFLFSLVMTVMPSALDSLEAAFAKEVLQLTDADYGFLVSVSGAGIIAGALVNVFFNKKMPASLLMGIGSLFTAAGYMIYAFSDVFWTAAFGFFLLAFFLAFANTGFLTFYQKNVPVDIMGRVGSFYSLVEAVFIIVVTAVFGAASVSSSVRGIVIAGAAVMLALAAVLCSFLFAAAKRRTPDVFQADQCKQT PGPT0027965_1040 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-MACROLIDE_RESISTANCE,PGPT0027965-mef|ykuC-K08217 NA NA D1-12_01674 723 sigK COG1191 RNA polymerase sigma-K factor GTGACAGGTGTTTTTGCAGCGCTCGGGTTTATTGTGAAAGAACTTGTGTTTTTAGTATCATACGTGAAAAATAATGCCTTTCCACAACCGCTCTCAAATAATGAGGAGAAAAAATACTTAGACCTTATGGCTGAAGGAGATGAACACGCCCGCAACATGCTGATCGAACATAATCTCCGTTTAGTCGCCCATATTGTGAAAAAATTCGAAAACACGGGAGAGGACGCAGAAGATCTGATCTCCATCGGTACAATCGGGCTGATCAAAGGAATTGAAAGCTATTCAGCCGGAAAAGGCACGAAGCTTGCCACATATGCCGCACGATGTATTGAAAATGAGATTTTAATGCACCTGCGCGCATTGAAAAAAACGAAAAAAGACGTCTCCCTTCATGATCCGATCGGCCAGGATAAAGAAGGGAATGAAATAAGCCTGATCGATGTCCTCAAGTCGGAAAGCGAAGATGTGATCGACACCATTCAGCTCAACATGGAACTTGAAAAGGTCAAAAAATATATCGACATTTTAGACGACCGCGAAAAAGAAGTCATCGTCGGCCGCTTCGGGCTTGATCTAAAAAAAGAAAAAACGCAGCGCGAGATCGCAAAGGAGCTCGGCATTTCAAGGAGTTACGTGTCGCGGATTGAAAAACGCGCATTGATGAAAATGTTTCATGAGTTTTACCGGGCGGAGAAGGAGAAGCGGAAGAAGAAGGGAAAGTGA MTGVFAALGFIVKELVFLVSYVKNNAFPQPLSNNEEKKYLDLMAEGDEHARNMLIEHNLRLVAHIVKKFENTGEDAEDLISIGTIGLIKGIESYSAGKGTKLATYAARCIENEILMHLRALKKTKKDVSLHDPIGQDKEGNEISLIDVLKSESEDVIDTIQLNMELEKVKKYIDILDDREKEVIVGRFGLDLKKEKTQREIAKELGISRSYVSRIEKRALMKMFHEFYRAEKEKRKKKGK PGPT0014795_965 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0014795-sigH|sigG|sigF|sigE-K03091 NA NA D1-12_01675 843 hypothetical protein ATGATAAAGTCTTTTTTAATGTTGGGGCAGTCGAATATGGCGGGCCGTGGATTTTTGAATGAAGTAGACCCTATCTATAATGAAAAAATAAAAATGCTGCGCAATGGACAGTGGCAGATGATGACAGAGCCGATTAATTACGACCGTCCGGTTTCCGGCGTTGGCCTGGCGGCATCTTTTGCAGATGCATGGTCGAAAGCTCATCCCGATGAAGAAATTGGCTTGATCCCCTGTGCGGAAGGCGGCAGTTCATTGAATGACTGGCATCCGGAAGGCATCCTTTTTCAGCATGCTTTGTCCGAAGCCCGCTTCGCCCTCCAGTCCAGTCAAATTTGTGGAATCCTTTGGCACCAAGGTGAGAGTGACAGTTATCGTTCGCTGCATGAAACTTATTACGAGAAATTAACTCTTATCATCGAAACGCTAAGAAACGAGTTGAAACTTGATGAGGTACCGTTGATTATTGGAGGGCTTGGTGACTTTCTTGGGAAGACCGGTTTTGGACAGCACGCGACTGAATTTCGACAGGTTAATGAACAATTGCTGCGTTTTGCTAATGAACAACAGAATTGTTATTTTGTTACTGCGGCAGGTCTGACTGCGAATCCTGATGGCATTCATTTAGACGCAGCTTCACAACGCAAATTCGGTTACCGCTATTTCGAGGCTTTTTCGAAAAAGCACCATATCCTGAAACCCATTTCGGGAGAGGAGCAATCACTGAAAGTGAATGGTGGCTATTCTAAAACAGAACAGATTTACCTTCATAGTATGGATTTGGCTTCGGGTAAAATCACGTACGCGGAATTTGAGGCGCGGATGGCGAAGGTGATGAAACCATGA MIKSFLMLGQSNMAGRGFLNEVDPIYNEKIKMLRNGQWQMMTEPINYDRPVSGVGLAASFADAWSKAHPDEEIGLIPCAEGGSSLNDWHPEGILFQHALSEARFALQSSQICGILWHQGESDSYRSLHETYYEKLTLIIETLRNELKLDEVPLIIGGLGDFLGKTGFGQHATEFRQVNEQLLRFANEQQNCYFVTAAGLTANPDGIHLDAASQRKFGYRYFEAFSKKHHILKPISGEEQSLKVNGGYSKTEQIYLHSMDLASGKITYAEFEARMAKVMKP NA NA NA NA NA D1-12_01676 528 hypothetical protein ATGATTCCCTTACTTATCCTTGGCTTGCTCATCCAAAACCCCGGAGCTCACGGCTATGAACTTCTGGCTTTAATGGAAAAACGTCATTACAAATACATTGTTAACTTCACGAAAGGTTCATTTTATTACAATCTGCAGCAACTTGAAGAAAAGTGTTTGATTGAACAGATTCAGCAGAAACCCTCAACCAGCGGGCGTGAAATCCGTAACTTTAAAGTCACAGATTCGGGAAAGGCAGAATTCGAAAAATTAATGATCAAATACGGCACCAAATCGGAATATGTGAACCTGCCATTTTATGGGGCGTTACTCTTTGCCGATGAATTCGACAAAAATAAATTACTGGATCTGATCCAATCACAAATCGATCAGACTAAAACTCGAATCGAGCTTCTTGATGAATACCTGTCCATCACTCAAGAAATTCCCGGCACAATCAATTACTTTCGCCGCATGAATGAAAATTCCCGTTCACATCACTTGGTTAATTTAGAGTGGTTCGAAAAATTGAAAGCAGAAATAGAGTGA MIPLLILGLLIQNPGAHGYELLALMEKRHYKYIVNFTKGSFYYNLQQLEEKCLIEQIQQKPSTSGREIRNFKVTDSGKAEFEKLMIKYGTKSEYVNLPFYGALLFADEFDKNKLLDLIQSQIDQTKTRIELLDEYLSITQEIPGTINYFRRMNENSRSHHLVNLEWFEKLKAEIE NA NA NA NA NA D1-12_01677 873 rhaR_2 HTH-type transcriptional activator RhaR ATGGATTCGCTTAAAAGGATGAACAGCGCATTAACGTATATTGAAGAAAACCTCACGAACGATATTGATTTCAAAGAAGCAGCAAGGCTTGCTTTCTGCTCTGAATATCATTTTAAAAGGATGTTTTCCTTCCTTACAGGTATTTCATTATCGGAATATATTCGCCGCAGACGTCTTACTCTTGCAGCTTTTGAACTTAAAGACAGCAGCGTAAAGGTGATTGATCTTGCAATAAAATACGGTTATCACTCACCAGATTCTTTTGCACGAGCATTTCAAAATTTGCATGGCATAAGACCATCAGAAGCTAAACATAATGGCCATTCACTTAAAGCTTATCCGCGAATGACCTTCCAGTTATCAATCAAAGGAGGAAATGAAATGAACTATCGCATTGAAGAAAAAGAGGCATTTCGCATCGTCGGCATTAAAAAAAGAGTCCCTATTTTGTTTAAAGGCGTGAATCCTGACATTGCATCGATGTGGGAAAGTTTAGATGAAGCAGCAATCAATCAACTAAAAGAGCTTTCTAATGTAGCGCCTGTAGGACTCATTAGTGCATCCACGAACTTTTCTGAAGGCCGGACAGAGGAAACAGGAGAGCTTGATCACTATATTGGCGCAGCCACAACGAAACATTGCCCAAATCACCTATCACAGCTTGAAGTCCCTGCCTCAACATGGGCTGTATTCGAAGCAGCCGGATCATTTCCGGATGCACTGCAGGAAGTATGGGGGCGGATTTATTCCGAATGGTTTCCATCGTCACATTATGAACAAATTGAAGGCCCAGAAATCCTGTGGAACGAGCATAAAGATGTAACATCGCCATCTTTTAAAAGTGAAATTTGGATCCCCATTTCAAAAAAGTAA MDSLKRMNSALTYIEENLTNDIDFKEAARLAFCSEYHFKRMFSFLTGISLSEYIRRRRLTLAAFELKDSSVKVIDLAIKYGYHSPDSFARAFQNLHGIRPSEAKHNGHSLKAYPRMTFQLSIKGGNEMNYRIEEKEAFRIVGIKKRVPILFKGVNPDIASMWESLDEAAINQLKELSNVAPVGLISASTNFSEGRTEETGELDHYIGAATTKHCPNHLSQLEVPASTWAVFEAAGSFPDALQEVWGRIYSEWFPSSHYEQIEGPEILWNEHKDVTSPSFKSEIWIPISKK NA NA NA NA NA D1-12_01678 900 gltR_1 COG0583 HTH-type transcriptional regulator GltR ATGGAAATACGGCACTTAAAAACATTTATAACAATTGTGGAAAAGGGAGGATTTACAAAGGCAGCTGAATATTTGGGTTATGCCCAATCGACCATAACTTCACATATTAAAGATATTGAGCAAGAAATAGGAAAACCGTTATTTAATCGTTTTGGGAAGAAAATGCTGTTAACTGAAGCGGGGGAACTTTTGTTTCCTTATGCAAACGAAATGATCAGGATATCTGAAAAAGTAAAACAAATACAATCCAACGATGAACCGATGGGGACTCTCGTTATTGGTGCTCCGGAATCTTTAACGGTTTACCGTTTACCTCCAATTATTCACGAATTCAAAAAGCTCTTTCCTAAAGTGAAAATAACATTGAAATCATCGACATGCTGGGAATTAAAAAACGATCTCCGAACTGGGAAGGTGGATTTAGCGTTTCTTTTGGAGTACGAACAAGAGGAAGCTGATTTATATATAGAAAAATTGATAACTGAACCAATGATCTTGATATTCCCTAAAAAGCATAGGTTGCAAAATACTCCATTTGATGATTTTTATTTTTCACCTGATGAAGTGATTTTATATACAGAACATGGGTGCAGCTACCGTACTTACTTTGAAGAGTATATGAAACACCAAGGACCGGTTTCGGAGAATACCTTTGAATTCTGGAGTGTAGAGGCAATTAAGCAGTGTGTGATGTGCGGATTAGGAATTTCGTTATTACCGTTGATCACTGTACAAAAAGAGTTGAAAGAAAACAAATTAAGTGGATTGATTTTGAATGAAACACGTATTTTAACGCAGATGGCTTATCATAAAAAAAGATGGCATTCCTTAGCGATGGCTGAATTTATAAATATCGTAAAAAAACATGCGGAATTATGGAAAAGAACTCAGACTTTATAG MEIRHLKTFITIVEKGGFTKAAEYLGYAQSTITSHIKDIEQEIGKPLFNRFGKKMLLTEAGELLFPYANEMIRISEKVKQIQSNDEPMGTLVIGAPESLTVYRLPPIIHEFKKLFPKVKITLKSSTCWELKNDLRTGKVDLAFLLEYEQEEADLYIEKLITEPMILIFPKKHRLQNTPFDDFYFSPDEVILYTEHGCSYRTYFEEYMKHQGPVSENTFEFWSVEAIKQCVMCGLGISLLPLITVQKELKENKLSGLILNETRILTQMAYHKKRWHSLAMAEFINIVKKHAELWKRTQTL NA NA NA NA NA D1-12_01679 1269 yjeH COG0531 L-methionine/branched-chain amino acid exporter YjeH ATGGAATGGAAAGTGAGAGAAAGAAAACTCGGCCCCGTACTTTTAAGCGGATTAATTGTTGGTCCTATTTTAGGATCGGGAATTATATTGCTTCCACCAATCATTTATGGTAAGGCTGGAGATTATGCCATACTAGCATGGTTTATAATGATGATCATTAGTTTTCTATTTGCTTCATTGTTTGGAAAATTGAGTGTTTTATTTCCGAATGAATCTGGTGTTGCGCATACAGTCGAACTTGCATTTGGACAACATATAAAACAATTAACTTCTGTATTTTTTATTATTGCGGGCAGTGTGGGGCCAGTTGCCGTTCTCATGACAGCCAGTCAATACCTAAAGGCTTTGTTCAAAAGTAATGGTTGGCCGCTAGAGACATATGGAATCATTCTGATGATGATTTGTTTATTCGTTCTATTATTGAATATCTCTTCTGTAGGAAAAGTGTCATTTATGTTCTCCACAATTGCCACAGCAATATTGTTAAGTGGCGGAATTAGTTCAATTCCCTTTATGAGGGATAAAGCTTTTATTAAAACACCATTTCATCTTGATGATTTTGGTAATAGTATTCTATTACTTTTTTGGGCTCTAGTTGGTTGGGAAATTATAGGTAATTATAGTTTGGATGTCAAAAACAGAAAAAGAACGATTCCCCAAGCAATAGTAATAAGCTCAGTGGTCATCACAACGGTTTGTATTGTTGTAGCTGCTTCTTATCAATGGATTGATTTACATCACACACACACATTAACGATTATTTTAATTCCATTGCTTGGAACGTTTGCTTCACCGACAATGGCTTTCATCACAACAATATTATGTATGAGCACATATTTATTGGTTACTGGCGGAGTATCACGTCTAATAGCCTCAGAGAATAAAAAAACAACCTTGATTTCTTTCCGCTCCAAAACAAACATACCAATTGGAGCCATAGGCTTATTAACATTAATTCATACAATCGTTTTTATTCTTTTATTTATAAACTTCATTAATGTTGAACAAATTGTCGGCATAGCAAATGCTTTCTTTATTAGTAATGCGATTTGCGGTATTTTGTCTGCATATAAACTGCTACCTGGTAAGTTTTCAAAGAGTTTATCATTAATGCTTATTATCAGCTTTTTAATTATCCTTTCTTTCTCATCAATATGGGTTTTATTAATGCTTGCCCTTATAACTGCTTTTTATTTGATCCGACACTTTATTTGGATGCGTCAATTAAAGAAACCCGCTACTAATTCTCAAGACAAATTACGATTTTAA MEWKVRERKLGPVLLSGLIVGPILGSGIILLPPIIYGKAGDYAILAWFIMMIISFLFASLFGKLSVLFPNESGVAHTVELAFGQHIKQLTSVFFIIAGSVGPVAVLMTASQYLKALFKSNGWPLETYGIILMMICLFVLLLNISSVGKVSFMFSTIATAILLSGGISSIPFMRDKAFIKTPFHLDDFGNSILLLFWALVGWEIIGNYSLDVKNRKRTIPQAIVISSVVITTVCIVVAASYQWIDLHHTHTLTIILIPLLGTFASPTMAFITTILCMSTYLLVTGGVSRLIASENKKTTLISFRSKTNIPIGAIGLLTLIHTIVFILLFINFINVEQIVGIANAFFISNAICGILSAYKLLPGKFSKSLSLMLIISFLIILSFSSIWVLLMLALITAFYLIRHFIWMRQLKKPATNSQDKLRF NA NA NA NA NA D1-12_01680 417 psiE Protein PsiE ATGAGATTTTCCAACAATTTTAAAAAGGCGCCTTACCTGTTACAAGCGCTTCTCAATGTCTGTCTGTTCTTCCTGGCGATAGCCTTAAGCGGACTTCTGATCAGCGAGACATGGTACATCGTGCAATTCGTATACAAGTCACTGTTCAACAAAGTGGACAGCTATTATGAGATGCTTGGGGAACTGCTTATATTCTTCATGTACTTTGAGTTCATTGCTTTGATTATCAAATACTTCAAATCAGACTTTCATTTCCCGCTTCGCTACTTTATTTATATTGGCATCACGGCTGTCATTCGTTTGATTATCATCGATCATGATCAGGCGATCTCAACGTTCTGGTGGGCGATGGCCATTCTTGCAATGATTTGTGCATTCTTTATTGTCAATAGACGAAATTCTGTTGTTGAACATTAA MRFSNNFKKAPYLLQALLNVCLFFLAIALSGLLISETWYIVQFVYKSLFNKVDSYYEMLGELLIFFMYFEFIALIIKYFKSDFHFPLRYFIYIGITAVIRLIIIDHDQAISTFWWAMAILAMICAFFIVNRRNSVVEH PGPT0015090_332 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-PHOSPHATE_STARVATION_RESPONSE,PGPT0015090-psiE|yjbA-K13256 NA NA D1-12_01681 1299 hypothetical protein TTGGCACATCGTAAATTTACGCTAACCAAAAAACTGGCTTTGCTGATCATGGTTGCTGCGATTGTGAGCGGTGTGATCTTTCTGACGTTGCAAAAGATCACAGATGATCTGATCGAGGGATACCTGAGTTCGGATGAGTATTACCACAAGGAGTCAGCGAGATACATTCAAAAATTCAGTCAGTACGTTTCAGAAAATGAGTTGTCTACATCGGATAGAAAAGCGTTTGGCGAGTGGGTCAAAAAAGAAAATTATATTAACCTCACCATATTCAAGGATCAGGAGCTGCAATATGATTCCGTTTATTCTGAATCGGATTATGGAAAGGAAAAGCTGACTCAGTATGCTCAAAATCATTCACATCCGGTCAAGTTCAGCGATGGTGAAGGACGAGTCATTATCGACGGTTTCTACTCTTCCCGATATTATGATCTGGCCTTTACTTTGGATTTGCTCGGTGCAACCCTCATCTTTTTAATCATTGTTCTCTTGGGCATTCGCCAAAGTCTTCGCTACCTTAAAACGCTTCACCAAGAGATTCATATTCTTGAAGGGGGCCAGCTGGACTACGAGATGACGATAAAAGGGCATGATGAATTAGCGATGATTGCAAAGAGCATTGAGGATCTGCGGAAAGCTTTCCTGGATAAACTTAAAGCTATCGAGGAATTGCAAGCTGAGAGCCGCAGCCTGGTTACCGAAATGTCGCACGATATGCGCACACCGCTGACGTCGCTGATCATGAATCTGGAGTTTGCCAAAAAAGAGGGAGGCGAAGCGGGTTCCAACAAAGATCGGTATGTAGCCAATGCTTATGGTAAAGCACTGCAATTAAAAAGCTTGTCTGACAATCTGTTTGCGTATTTCCTGCTGGACAAGGAATATGAGGCCGATCTGGAGACCGTTGCAGTGAAAGAAGTGATCTACGATCTAATATCAGATCAGATTGCTATCCTTCATCAGGAGCATTTCCGGGTCCATATTTCAGGCGAGCTGCCGGAAACCTATATTAACGTGAATTTGGAGGAGCTTGGGCGTGTATTTGATAATGTGTTGTCAAACTTATTTAAATACGCAGATCCGGAAGAAGAAATCAGCATCACGTTTATATCGGATCAAGAAATATTTGAGATTCATGTTAGCAATACGATTAAACTTGCGGATGTAACACCGGACAGCAACGGACTCGGTGAAAGAAGCATTGCGCGAATGATGTCCCGCATGCAGGGGCAGTTTCACAGTATACAAAAGAATTCCAAGTACTGCATCGTGCTGCGATTTTGGAACAGAAAGATGTAG MAHRKFTLTKKLALLIMVAAIVSGVIFLTLQKITDDLIEGYLSSDEYYHKESARYIQKFSQYVSENELSTSDRKAFGEWVKKENYINLTIFKDQELQYDSVYSESDYGKEKLTQYAQNHSHPVKFSDGEGRVIIDGFYSSRYYDLAFTLDLLGATLIFLIIVLLGIRQSLRYLKTLHQEIHILEGGQLDYEMTIKGHDELAMIAKSIEDLRKAFLDKLKAIEELQAESRSLVTEMSHDMRTPLTSLIMNLEFAKKEGGEAGSNKDRYVANAYGKALQLKSLSDNLFAYFLLDKEYEADLETVAVKEVIYDLISDQIAILHQEHFRVHISGELPETYINVNLEELGRVFDNVLSNLFKYADPEEEISITFISDQEIFEIHVSNTIKLADVTPDSNGLGERSIARMMSRMQGQFHSIQKNSKYCIVLRFWNRKM NA NA NA NA NA D1-12_01682 696 walR_2 COG0745 Transcriptional regulatory protein WalR ATGACCCATCGAATATTAGTCGTAGAGGATGATCATGATATTGGTGATCTTTTGGAGGAATCCCTTACGCGTGCAGGATACGAGGTGCTAAGAGCCAAGGATGGGCAGCGAGCATTGCAACTTGTGAATGATTCGCTCGATTTGGTTATTTTGGATATTATGATGCCAGGCATTTCGGGAATCGAAACCTGTCAGCACATCAGGAAAACCTCTAACGTTCCAATTCTGTTTCTGACGGCCAGATCGAGTACACTCGATAAAACTGAGGGATTACTCGCCGGCGGCGATGATTATATGACTAAACCCTTCTCGGAAGAGGAACTTCACGCCAGAGTGATTGCTCAATTACGCAGATATACAATCTATCAGGAAAAGAAGGAACAGGAAGAAACATTTCTTATCGGGGGCAAACTGAGAGTGAGCGAAGAATTTAATGAGGTTTGGAAAGAGGAGCAGCAAATCAAGCTGTCAGATCTGGAATATCGTATCCTGAAACTGCTGATGAGCAAACGCAACAAAATATTTTCTGCTCAAAATATATATGAGAGTGTGTGGGGACAGCCTTACTTTTACTGTTCCAACAATACGGTGATGGTGCATATTCGGAAGCTGCGCTCCAAAATTGAGGATGATCCGGCACGTCCGGTTTATATAAAAACTGAATGGGGAAGAGGATATCGATTTGGCACATCGTAA MTHRILVVEDDHDIGDLLEESLTRAGYEVLRAKDGQRALQLVNDSLDLVILDIMMPGISGIETCQHIRKTSNVPILFLTARSSTLDKTEGLLAGGDDYMTKPFSEEELHARVIAQLRRYTIYQEKKEQEETFLIGGKLRVSEEFNEVWKEEQQIKLSDLEYRILKLLMSKRNKIFSAQNIYESVWGQPYFYCSNNTVMVHIRKLRSKIEDDPARPVYIKTEWGRGYRFGTS PGPT0028485_96 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-VANCOMYCIN_RESISTANCE,PGPT0028485-vanRC|vanRE|vanRG-K18349 NA NA D1-12_01683 1218 hypothetical protein ATGATTGTACAAAACGAAGGACGCGGGCAACCGGTAAGTCTGCGGGAACGGGTTCATTTTCTGGACATCGTACGTGGATTTGCCTTGCTTGGCATTATTATTGTCAACTATTTCCTGATCGCAGATTCAGTAAAGGGATTCGAAATGGCCTCCGATGACGTACTGCACAATCTGGTTTCCTGGTTTGCCGAAGGGAAATTCGTTACATTATTCTCCTTCTTGTTCGGAGTTGGGTTTATGATCTTTATGGATCGAGCCGCGCAGAAGGTAGATAGTCCCAACAAGCTGTTTGCCCGTAGGTTATCTATCCTGTTGGGATTTGGCATTTTGCACATCACATTTGTTTGGGTCGGTGACATATTGACCTTTTACGCCGTAAGCGGCTTCCTGTTACTCGCCTTCTATAAACGCACGGCCAAAACGGTGCTTAGATGGATTATCGCACTTATCGTGTTTCAATTCCTGACTCCTGTTTTCACAATGTTGTACAATGTCATCAATACTGCTGGGTCAAAAAACCCGAATTTTTCAGAGTTTACTTTGTTTAGCCACACAACCCTTACTTACATGGAATCCATCAGCACTCGGTGGACAGATATGGTCACGATGGCGGCTGGCTCTTTCTCTATGATCTATTCCATGTTTCTCATGTTTCTGCTGGGCGTGTACTTTGTTAAGATGGAATTTTTCAAAGACATGGAAGCGAAAAAGTTCATATGGAAGCGTATCTGGATCATTAGCACAATCGCTTTTCTAATAACACAAAGCAGTATATTACTAGACATGTTTAATCTTTCTGAGAATATGCTGTGGAAGGACATTTCCTCTGTCTTGGGTCAAAATGGCGGCTTAACCGGAAGTATGTTTTATATGAGCACTTTTGCAATGCTGTTTCTGTACGTTCCTCAGCTGCGAGGCCCTATGATGATATTCACCAAAGTCGGACGGATGTCATTGACCTGTTATCTGCTTCACTCTATCATTGGAACAGTTCTGTTCCTCCGGTACGGATTCGGGCTTGCGGATCATATTCAATCCGCCGGCACGTTCATGTTCAGTCTGGCCGTGTACTTCGTGCTTATGAGCTTTAGTACATTGTGGTTGAAACGGTTTAGGTACGGTCCGATGGAATTAGTATGGCGCAAGCTGACGTACGGCAAAGTAAACGGGAATCCCAAAGCAACTCCGCTGCATTCGGAAAAATCTATTCAGAAATAA MIVQNEGRGQPVSLRERVHFLDIVRGFALLGIIIVNYFLIADSVKGFEMASDDVLHNLVSWFAEGKFVTLFSFLFGVGFMIFMDRAAQKVDSPNKLFARRLSILLGFGILHITFVWVGDILTFYAVSGFLLLAFYKRTAKTVLRWIIALIVFQFLTPVFTMLYNVINTAGSKNPNFSEFTLFSHTTLTYMESISTRWTDMVTMAAGSFSMIYSMFLMFLLGVYFVKMEFFKDMEAKKFIWKRIWIISTIAFLITQSSILLDMFNLSENMLWKDISSVLGQNGGLTGSMFYMSTFAMLFLYVPQLRGPMMIFTKVGRMSLTCYLLHSIIGTVLFLRYGFGLADHIQSAGTFMFSLAVYFVLMSFSTLWLKRFRYGPMELVWRKLTYGKVNGNPKATPLHSEKSIQK NA NA NA NA NA D1-12_01684 168 hypothetical protein ATGCAGCTTGTTTTCCAAGGAAACAAAGAAAAAGACATCATACAAAAAGACAGGAGAAAGCTTTTGAAGTATTTTAACGCCAAATTTACCGCGGAAGAAAAAGCGGCAGAGCAGCTGGAATGTTTTACTGAACGACTGAACTCGTTATTTCAGCAACTGAAGGAGTGA MQLVFQGNKEKDIIQKDRRKLLKYFNAKFTAEEKAAEQLECFTERLNSLFQQLKE NA NA NA NA NA D1-12_01685 558 hypothetical protein ATGAAAACAAAAAAGGAACCAAAAGTTATTCTGGAACCAGCAAAGGAATCTGATCTGCCAGAATTCCAAAAAAAATTACAAGAAGCCTTTGCGATCGCCGTGATTGAAACGTTCGGTGATTGCGAAGATGGACCGATTCCATCGGACAATGATGTTCAGGAGTCTTTCGACGCTCCCGGAGCAGTCGTTTATCATATTCTTCGGGATGGTAAGAAGGTAGGTGGTGCAGTAGTACGTATCAACAGCGAAACACATCATAATTCGCTAGATTTATTCTATGTATCTCCAGAACATCACAGCCAGGGGATTGGTCTTTCTGCTTGGAAAGCCATAGAAGCACAGTATCCGGATACTGTGCTTTGGGAAACCGTGACACCTTATTTTGAAAAGCGAAATATCAACTTCTATGTGAATAAGTGCGGATTCCATATCGTAGAGTTCTACAATGAATATCACTCTGATCCGCATATGCATCGCAATGGACGCGAAGATGACAAGTCCCTGCCGGATGATGATGACTTTTTCAGATTTGTAAAGTTTATGAAAAAAAAGGACTAA MKTKKEPKVILEPAKESDLPEFQKKLQEAFAIAVIETFGDCEDGPIPSDNDVQESFDAPGAVVYHILRDGKKVGGAVVRINSETHHNSLDLFYVSPEHHSQGIGLSAWKAIEAQYPDTVLWETVTPYFEKRNINFYVNKCGFHIVEFYNEYHSDPHMHRNGREDDKSLPDDDDFFRFVKFMKKKD NA NA NA NA NA D1-12_01686 537 hypothetical protein ATGAAAAATAAGATTCACATATTGGGAGCCTCCGGAGTCGGAACGTCAACATTGGGTGTTGCATTATCAAAGCATTTGCCGCATACGCATCTTGATACTGATGATTACTATTGGACAGATAAATTCACTAAAAAAAGAGAAATCCCTGAAAGAAGAAAGTTGCTTAAAAAAGACTTGACAATAAATGAGAAATGGATTCTTTCTGGCGCAGTGTGCCGCTGGGGCGATGATCTAAAAAGTTATTTTGACCTTGTCATCTTCTTATGGATTCCGCAGGATATACGGCTTGAGAGATTAAGGCATAGGGAATTTCAGCGTTATGGAAACGAAGTGTTAGCCGGCGGCAGTAAATATGAACAATCAAAAACATTTTTAGAGTGGGCTTCTTTATATGATCATGCCGGAATGGAAGTTAGAAGCAAAGCTTTACACGAACATTGGATGGCAGATTTATCTTGTCCATTGTTAAAAATTGAAGGAGATTACTCAGTCAATGAAAGAGTTGATCGTGTCTTGGATTATCTGAATTCTAATTAA MKNKIHILGASGVGTSTLGVALSKHLPHTHLDTDDYYWTDKFTKKREIPERRKLLKKDLTINEKWILSGAVCRWGDDLKSYFDLVIFLWIPQDIRLERLRHREFQRYGNEVLAGGSKYEQSKTFLEWASLYDHAGMEVRSKALHEHWMADLSCPLLKIEGDYSVNERVDRVLDYLNSN NA NA NA NA NA D1-12_01687 219 hypothetical protein GTGAATTACATTTATAAGAAAAAGGAAAAGAAAAATGGAAATTGTATCATTTCAATCAGAGATAAATGGGAGAACGCACTTATTGAGTTTGAACAAAAAAATAATCAAATTGAGATCATGATCAATTACCGTAACGAGAAAACAACCAAGTTTTCACTGCCAATCGAGACTTTTGAAAAAGTGTATGAGGATATTAAAATAGGCCGGAGAGAAAGTTAA MNYIYKKKEKKNGNCIISIRDKWENALIEFEQKNNQIEIMINYRNEKTTKFSLPIETFEKVYEDIKIGRRES PGPT0028670_90 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-AMINOGLYCOSIDES_RESISTANCE-STREPTOMYCIN|KANAMYCIN|AMIKACIN,PGPT0028670-sat4-K19273 NA NA D1-12_01688 1377 ribZ_1 Riboflavin transporter RibZ GTGAATACGCCTTATTCACAGTCAGCTTTACGGCACAACCAAGTGTTCATTTGGCTTTGTGTTCTGTCATTTTTCAGCGTATTAAATGAAATGGTTTTGAACGTCTCGTTACCTGATATCGCCAACGATTTTCATAAACTGCCAGCGAGTGCAAACTGGGTGAACACGGCCTTTATGTTAACCTTTTCCATCGGAACTGCTCTGTATGGGAAGTTATCAGATCAGCTGGGCATCAAAAAACTGCTCCTATTTGGAATTATGGTAAATGGCTTCGGATCGATCATTGGATTTGTCGGACACTCTTTCTTTCCTGTACTCATTCTGGCCCGATTTATTCAAGGGGCTGGTGCAGCCGCATTCCCGGCTCTTGTGATGGTTGCAGTAGTACGCTATATTCCGAAAGAAAACAGGGGTAAAGCATTTGGTCTGATCGGTTCGCTGGTGGCAATGGGGGAAGGTGTCGGACCAGCTATTGGCGGAATGATCGCTCATTATATTCACTGGTCATATTTGCTGCTTATTCCGACAGCAACAGTTATCACCGTTCCATTCCTGATGAAACTGCTGGAAAAGGAAGAAAGAGTCAGCGGGCGCTTTGATATGACGGGGATTATATTAATGTCTGCAGGCATCGTATTTTTTCTGCTGTTTACAACTTCATATAGAATGTCTTTTCTGATCATCAGTATTCTAGCTTTCCTGATATTTGTGAGACATATTAGGAAAACTCAAGATCCCTTTGTTGACCCTGCACTGGGGAAAAATGTTTTGTTTATGATGGGCGTCCTTTGCGGAGGCCTGATCTTCGGCACTGCTGCAGGATTTGTGTCTATGGTTCCTTATATGATGAAAGATGTTCACCATTTAAGTACTGCGGCAATTGGAAGCGGGATTATGTTCCCCGGGACGATGAGCGTCATCATCTTCGGTTACATTGGAGGATTGCTTGTTGATCGGAAAGGTTCTTTGTATGTGCTGACCATTGGGATTGTATTGATGTCTTCCAGCTTTTTAATCGCTGCCTTTTTCATAGATGCGGCACCTTGGCTCATGACCGTTATAATCGTTTTTGTTTTTGGGGGGCTCTCCTTCACAAAAACGGTTATATCTACAATTGTGTCTGGCAGTTTGAAACAAAAGGAAGCCGGCGCCGGAATGAGTCTGCTTAATTTTACGAGCTTTTTATCAGAGGGAACGGGAATTTCGATTGCAGGCGGTTTATTATCGATCCGCTTGCTGAATCAAAGGCTGCTGCCTGTTAACGCTGATCATTCCGCTTATTTGTACAGTAATATGCTCATTCTTTTTGCAGGAATCGTTGTTATGAGCTGGCTGGTAACCGTGAATGTCTATAAACGTTCGCGAAGAAATGACTAA MNTPYSQSALRHNQVFIWLCVLSFFSVLNEMVLNVSLPDIANDFHKLPASANWVNTAFMLTFSIGTALYGKLSDQLGIKKLLLFGIMVNGFGSIIGFVGHSFFPVLILARFIQGAGAAAFPALVMVAVVRYIPKENRGKAFGLIGSLVAMGEGVGPAIGGMIAHYIHWSYLLLIPTATVITVPFLMKLLEKEERVSGRFDMTGIILMSAGIVFFLLFTTSYRMSFLIISILAFLIFVRHIRKTQDPFVDPALGKNVLFMMGVLCGGLIFGTAAGFVSMVPYMMKDVHHLSTAAIGSGIMFPGTMSVIIFGYIGGLLVDRKGSLYVLTIGIVLMSSSFLIAAFFIDAAPWLMTVIIVFVFGGLSFTKTVISTIVSGSLKQKEAGAGMSLLNFTSFLSEGTGISIAGGLLSIRLLNQRLLPVNADHSAYLYSNMLILFAGIVVMSWLVTVNVYKRSRRND PGPT0027880_208 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-TETRACYCLINE_RESISTANCE,PGPT0027880-tetB-K08168 NA NA D1-12_01689 525 satA Streptothricin acetyltransferase A ATGATGATAACTAAAATGACTCGTTTCAATATGAAAGACTTCAATAAACCAAACGAACCTTTCGTTGTTTCAGGGAGAATCATCCCTTCATTTGAAAACAATGTTTGGACATATACAGAGGAGAAATTTGCTGAACCTTATGTCAAAAAATATGACGATGATGACATTGATGTCAGTTATATTGAAGAAGAGGATAAAGTTGTCTTTTTTTATTACGCAGAGAACGACTGTGTCGGCCGGAGTAAGCTTCGTTCTAATTGGAATGGATACGCACTGATTGAAGACATTGCCGTTGCAAAAGATTATAGAAAAAGTGGTGTCGGGACGGCTTTATTACATAAAGCGATTGAGTGGGCAAAGGAGAATCATTTATGCGGTCTTATGCTTGAAACACAAGATATTAATGTTTCAGCTTGTCATTTTTATGCCAAAAATAACTTTGTCATAGGAGCGGTCGATACAATGCTTTATTCCAATTTTTCAACAGCAAATGAAATTGCGGTTTTTTGGTACTGTAAATTTTAA MMITKMTRFNMKDFNKPNEPFVVSGRIIPSFENNVWTYTEEKFAEPYVKKYDDDDIDVSYIEEEDKVVFFYYAENDCVGRSKLRSNWNGYALIEDIAVAKDYRKSGVGTALLHKAIEWAKENHLCGLMLETQDINVSACHFYAKNNFVIGAVDTMLYSNFSTANEIAVFWYCKF PGPT0028670_65 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-AMINOGLYCOSIDES_RESISTANCE-STREPTOMYCIN|KANAMYCIN|AMIKACIN,PGPT0028670-sat4-K19273 NA NA D1-12_01690 501 hypothetical protein ATGTTTCAAACCTTAGACCATTTTTTGAAATCTTGGGAATTCGAAGCCGATGCGACACAAAAACTGCTGAATCATCTGACTGATGAATCACTTAAACAAGAAATCACTTCACAACATTGGACTTTAGGCCGTATTGCATGGCATACTGTCGCGGCGATTCACATCATTACCTCAAACACAGATTTAACGTTTCATGCTCCTGCTGAAGATTATCCTGTTCCTGCGTCGGCGCGGTTTATTGCTGAGAGTTATCATCAAGCCAGTAATGCATTTGTGCAGGCGTTAAAAACGCAATGGACTGACGATACACTTCAAGAATGTGTCAACTTTATTGGTCAGCAAATGCCGAATGGTTCACTTTTGATGTTTTTAATTCAACATCAAAACCATCATCGAGGACAAATGACTGTCCTTATGAGACAAGCAGGTTTACCTGTTCCGGGTATTTATGGTCCGGCAAAAGAGGAATGGACAACATTTGGTTTGGAAGCTCCGAAATAG MFQTLDHFLKSWEFEADATQKLLNHLTDESLKQEITSQHWTLGRIAWHTVAAIHIITSNTDLTFHAPAEDYPVPASARFIAESYHQASNAFVQALKTQWTDDTLQECVNFIGQQMPNGSLLMFLIQHQNHHRGQMTVLMRQAGLPVPGIYGPAKEEWTTFGLEAPK NA NA NA NA NA D1-12_01691 285 hypothetical protein TTGAAATTGGGAGGTGTTTGTATTAGCCCGCTGTTGAGTCCCGCGTATATCATTCTCATTTTTCTTCCGGCAGCTTCTTTTCTGTTAGGGGTTTTAGGATATTTCATCTTCAAAAAAGTATGGATGATGGTTGTTATTGTATTCATTTTGTCCTTGATATTTATGTTTATTGTAATAGGTGCCGAACCGACATTTTTCATTTGGGTGGCTATGATGACGGGGAGCTGTTTTATCTCCGGTTCAATCACTAAGACGATATGGACTTTTGCAAAGCGAAAATATTAG MKLGGVCISPLLSPAYIILIFLPAASFLLGVLGYFIFKKVWMMVVIVFILSLIFMFIVIGAEPTFFIWVAMMTGSCFISGSITKTIWTFAKRKY NA NA NA NA NA D1-12_01692 804 ybjI_1 COG0561 5-amino-6-(5-phospho-D-ribitylamino)uracil phosphatase YbjI ATGATTAAATTAGTGATTACGGATTTAGACGGCACATTTTTAAATAATCAAGGCGATTTTGACAGAACGTTATTTGAAAAGACAAAAAGAGTAATGGAGGAACAGCATGTCGCTTTCGCCATCTGCACCGGGAAACAGTGTGAAAGGGTGGAAGCCTTATTCGGAGAAGACGCGAAAGATTTTTGGATTTTAGGAGACAGTGCTGCACGTATGAAAAAGAACGGCAAGTTCGTATATGAATCTTTAATCAGCAATAAAGCCGGACTGTCAATTATAGGCGCTTTAGAAAAAATCAGCTGCGGGCACACCATTATCGCGTGCACAAAAAAAGGCGCGATCGTAAAAGAAAATCTGTCTGAAAGTGAAATGAAATATGTAAATGCCTCTTATGCACATGTAACGAAAATAACTGATTTTACTGAGATAAAAGACGATTTTATCAAGATTACGGTTCATGACCCCGACGCCAACTGTCCGGAAACGAGAGAAAAGCTGCATGAATTTTTTCACCAATTATATATCGTAGCATCAGAAGATGCCTGGATGGACATATCAAATATCGGAATACATAAAGGATCAACAGTACAAGAACTGCAGCGATTATTAGGGGTTTCGGCAGATGAAACAATGGCATTCGGAGACGGCCGCAATGACAAAGAATTGATGGAAGCGGCATCCTACAGCTTTGCGGTTAAGAACGCCATTGACGAAATAAAAGATGCGGCGCACTTTGTCATCAAATCAAATGACGAAAGCAGCGTCATGCACACGATTATGAGAATATTAGCGCTGCAAAAACAATGA MIKLVITDLDGTFLNNQGDFDRTLFEKTKRVMEEQHVAFAICTGKQCERVEALFGEDAKDFWILGDSAARMKKNGKFVYESLISNKAGLSIIGALEKISCGHTIIACTKKGAIVKENLSESEMKYVNASYAHVTKITDFTEIKDDFIKITVHDPDANCPETREKLHEFFHQLYIVASEDAWMDISNIGIHKGSTVQELQRLLGVSADETMAFGDGRNDKELMEAASYSFAVKNAIDEIKDAAHFVIKSNDESSVMHTIMRILALQKQ NA NA NA NA NA D1-12_01693 813 ybjI_2 COG0561 5-amino-6-(5-phospho-D-ribitylamino)uracil phosphatase YbjI ATGAGTATCAAACTGATAGCGGTTGATATGGACGGAACGTTTTTGAATGATGAAATGGCATATAACAAAGAGCGTTTTATGAATCAGTATCGTGAATTAAAAGCGCGAGGAATTAAATTTGCCGTAGCAAGCGGAAACCAATATGCGCAGCTTACATCCTTCTTTCCGGAAATCAAAAGTGAAATCGCTTTCGTTGCCGAGAATGGCGCTTTCGTCGTGAATGCCGGAGAAGAATTATTCGCGGGTAACATGTCTGAAGACACTATAAAAGCAGTAATCCGTGCTTTAGAGCAGTATGAGGTGAAAAACGTCATTGTCTGCGGAAAAAAAAGCGCGTATATTCATGAAAATGCCAGTGAAGATGAATATCTGCATGCCAGTAAGTATTATTATGTGTTAAAAAGGGTGCCGCATTTTGAAAACATCGATGATGACATTTTAAAATTTTCCATCAGCTTTCCCGCCGAACATTGTTCCGCACTTCTGAGCCATTTAAAAAACGCAATCGGGTCTTTCGTCACGCCTGTATCAAGCGGGCACGGTGACATAGATCTGATCATACCGGGGCTTCATAAAGCAAGCGGGATTAGGCTTCTCCAGAAACAATGGGGGATAAATGATGAAGAATGCGCGGCCTTCGGAGACAGCGGCAATGATTTGGAGATGGTGTCCGCCGTGAAATACGGAGTCGCCATGGATAATGCGCAGGAAAGCATTAAACAGGCCGCAGCGCATATCACGCAATCAAACAATGAGGAAGGGGTCTTAAACGCGATTGATTCCATTCTCAAATGTGAAAAACCCTTTGTCTGA MSIKLIAVDMDGTFLNDEMAYNKERFMNQYRELKARGIKFAVASGNQYAQLTSFFPEIKSEIAFVAENGAFVVNAGEELFAGNMSEDTIKAVIRALEQYEVKNVIVCGKKSAYIHENASEDEYLHASKYYYVLKRVPHFENIDDDILKFSISFPAEHCSALLSHLKNAIGSFVTPVSSGHGDIDLIIPGLHKASGIRLLQKQWGINDEECAAFGDSGNDLEMVSAVKYGVAMDNAQESIKQAAAHITQSNNEEGVLNAIDSILKCEKPFV PGPT0008580_205 DIRECT EFFECT PLANT_IMMUNE_RESPONSE_STIMULATION INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR ISR-VITAMIN_B2|RIBOFLAVIN_METABOLISM ISR-VITAMIN_B2|RIBOFLAVIN_BIOSYNTHESIS,PGPT0008580-ybjI-K20861 NA NA D1-12_01694 726 ybbH_1 COG1737 putative HTH-type transcriptional regulator YbbH ATGTTCACACACGAAATGATTGCTTCATTTAATGAGCTTGAAACTTCTTTATACAACTACATCTCCCAAAACAGCGAGAAAGTCGTCTATATGCGAATCCGTGAATTGGCAAATGAAACCCATGTATCGACGGCTTCTATTTTACGTTTCTGCAAAAAAATAAACTGTGAAGGGTTTTCGGAGTTTAAGGTGAAGCTGAAAATGTATACGGAGGCAAATAAAAAAACGATTTTAAAGAGTCCTCATCATTCCGTTGCCGAATTTTTTGAAAGAACAGTAAGCGGAGGCATGGAAGAAAAGCTGAAGGAAGCAGCAGCCCTTGCGGCCGATGCAGAAAGCGTCATTTTTATCGGAGTGGGAAGTTCAGGAATCCTCGCCGAATACGGAGCCAGATATTTTTCGTGCTTAGGGAAACTTTCAATGTATATTAAAGATCCTTACTTTCCGGCCCATTCCCATTTCCGTCATAACAGCATCACGATCGCATTATCGGTTTCAGGTGAAGGAGATTCTACGGTGACTCATCTGAATCAGCTGAAACAAGAAGGCAGCCGGGTCATCAGTATTACAAATCATAAACATTCAACCATTGCCAAAATGTCCGATGTGAATATTTCATATTACGTGACGGAAGAATGGGTTGAAAATGCGAATGTCACCACCCAAATCCCCGCTATGTACATACTTGAATCGATGGCTCGGGAGATATACAAATTGAGAGAATAA MFTHEMIASFNELETSLYNYISQNSEKVVYMRIRELANETHVSTASILRFCKKINCEGFSEFKVKLKMYTEANKKTILKSPHHSVAEFFERTVSGGMEEKLKEAAALAADAESVIFIGVGSSGILAEYGARYFSCLGKLSMYIKDPYFPAHSHFRHNSITIALSVSGEGDSTVTHLNQLKQEGSRVISITNHKHSTIAKMSDVNISYYVTEEWVENANVTTQIPAMYILESMAREIYKLRE NA NA NA NA NA D1-12_01695 948 manA COG1482 Mannose-6-phosphate isomerase ManA ATGTCTACTGAACCGATATTTTTCAATCCGGTTTTCAAAGAAAGAATTTGGGGAGGCGCCGCCCTGCGTGATTTTCACTATAATATTCCGTCCGAGCGGACAGGGGAGTGCTGGGCCTTCGCCGCTCATCAAAATGGACAGAGCACAGTTCGAAACGGCATGTATAAAGGATGTACGCTCGGTGAATTGTGGGAGCATCACAGAGATTTATTCGGAAACCTTGAAGGAGACCGTTTTCCTCTTCTTACAAAAATTTTGGATGCGGACCAAGACCTGTCCGTTCAGGTGCATCCGAATGATGACTTTGCCAAAATGCATGAAAACGGGGAACTTGGAAAAACCGAATGCTGGTATATCATTGATTGTGCAAAAGATGCGGAGATCATTTTCGGCCACAACGCAACTACAAAAGAAGAACTGATATCCATGATTAAGCACGGAGAATGGGACGGGCTCCTGAACAGAGTTAAGGTAAAGCCGGGAGATTTCTTCTTTGTTCCAAGCGGCACCGTTCACGCGATTGGAAAGAGCACACTTATTTTAGAGACGCAGCAAAATTCAGATACGACTTACAGATTGTATGACTACGGAAGAAAAGATGCGGACGGCAGGATGCGCGAGCTCCATTTGGAAAAAAGTATAGAAGTGATAGACGTTCCATCTGTCCGTGAACGGCCGACCGTTCACTATAAACAAACAGATGATCTGCTTGCGGCTATTTTAATAGAATGTCCTTATTTTTCAGTCGAAAAGTGGGATGTAAAAGGTGAAGCAAATCTATTCCAGCATCAGCCCTTCCTTCTTGTCAGCGTGATCGAAGGAGACGGAATAATGATTGCAGGCGGGCATGAATATCCCTTTAGAAAAGGAGATCATATTCTCCTGCCTTCCGGTTTGGGAGAATATAAACTGGCCGGCCATGCAAATTGTATTGTGTCTCATCTGTGA MSTEPIFFNPVFKERIWGGAALRDFHYNIPSERTGECWAFAAHQNGQSTVRNGMYKGCTLGELWEHHRDLFGNLEGDRFPLLTKILDADQDLSVQVHPNDDFAKMHENGELGKTECWYIIDCAKDAEIIFGHNATTKEELISMIKHGEWDGLLNRVKVKPGDFFFVPSGTVHAIGKSTLILETQQNSDTTYRLYDYGRKDADGRMRELHLEKSIEVIDVPSVRERPTVHYKQTDDLLAAILIECPYFSVEKWDVKGEANLFQHQPFLLVSVIEGDGIMIAGGHEYPFRKGDHILLPSGLGEYKLAGHANCIVSHL PGPT0017860_2847 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 D1-12_01696 1959 manP COG1299 PTS system mannose-specific EIIBCA component ATGAAACTGTTAGCGATTACATCATGTCCGAACGGCATTGCCCATACGTATATGGCTGCTGAAAATTTACAAAAAGCAGCCGGCAGATTAGGCGTTGAGATCAAAGTGGAAACCCAGGGCGGAATCGGGGTGGAAAATAGGCTGACCGAAGAGGAAATCCGGGAAGCGGACGCAATCATTATCGCGGCGGACCGTTCGGTGAACAAAGACCGATTCGCGGGAAAAAAGCTGCTGGCCGTCGGGGTTCAGGAAGGCATCCGCAAACCGGAAGAATTAATTCAAAAAGCGCTTAGCGGTGAAGTGCCGGTCTATCAATCTGCTTCAAAAGCTGAATCCGCAAGTCAGCAGGGCAAAAAACAAAACCCGATTTACCGTCATTTAATGAACGGCGTTTCTTTTATGGTTCCTTTCATTGTCGTCGGCGGATTATTGATAGCGGTTGCATTGACGCTTGGAGGAGAAAAAACACCAAAGGGCTTAGTCATTCCGGACGAGTCTTTTTGGAAAACGATTGAACAGATCGGCAGTGCTTCTTTTTCATTCATGATCCCGATTTTAGCCGGGTACATCGCGTTCAGCATCGCTGATAAGCCGGGTCTTGTCCCCGGAATGATCGGCGGATATATTGCGGCATCCGGCAGCTTTTACGACAGTGCAAGCGGCGCAGGATTTCTTGGAGGAATCATTGCGGGATTTTTGGCGGGATATGCGGCGCTTGGAATCAAAAAATGTAAAGTTCCTAAAGCAATACAGCCGATTATGCCGATCATTATTATTCCGGTGTTTGCCTCACTGATCGTCGGTTTGGCGTTTGTATTTCTGATCGGCGCCCCCGTCGCTCATATTTTCGCATCATTAACGGTTTGGCTTGCGGGAATGAAAGGTTCGAGCTCAATTCTCCTGGCATTGATTTTAGGAGCGATGATCTCCTTTGATATGGGAGGACCCGTAAACAAGGTGGCCTTTCTTTTCGGATCGGCAATGATCGGAGAAGGAAATTATGAAATTATGGGCCCGATTGCCGTTTCCATTTGTATACCGCCGATAGGGCTTGGGATTGCGACGTTTTTAGGAAAAAGAAAATTCGCCGCCGCAGAAAGAGAAATGGGAAAAGCATCATTTACGATGGGCCTTTTCGGTATCACGGAAGGAGCCATTCCATTTGCGGCCCAAGACCCCCTTCGAGTGATCCCGAGTATTATGGCGGGTTCTATGACCGGCTCGGTGATAGCAATGATCGGCCATGTGGGGGACAGAGTGGCACACGGCGGCCCCATCGTTGCTGTACTTGGAGCAGTAGATCATGTACTGATGTTTTTTATCGCTGTAACAGCAGGCTCTCTTGTCACCGCTCTGTTGGTTAATGTACTGAAGAAAGATATGGCGAAATCCCCCGCGCCCGGCGAGGTGCTGCCGTCTGCTGCACCAAATGAAGCTGCAGCGGCAAAAGAAACAAAGGAACCATCTCAGGCTGACAGCCGAAAAGCCGGGATGACCGAAATCAAAAAACTGACTGACATTATCAGTACGGACTTGATTGAACCGCATTTATCCGGCGAAACGAGGGATGACATTATCGATGAAATGATCGAGAAAATGTCCCGTCAAGGTATGCTGCTGTCTGACAGCGGATTTAAGCAGGCCATTTTGAGCCGGGAACAGCAGGGAACCACGGCGATAGGTATGAATATCGCCATTCCGCACGGAAAGTCTGAAGCCGTCAAAACGCCGGGTGTCGCATTCGGAATAAGACGTTCGGGTGTTGACTGGAACAGCCTTGATGGTTCTGATGCAAAACTGATTTTTATGATTGCCGTACCGAAGGAAAGCGGCGGAAATCAGCATCTGAAAATATTGCAGATGTTATCCCGAAAACTGATGGATGACAGCTATCGGGAAAGGCTGCTCTCCGTTCAGACAAAAGAAGAGGCGTATGAGCTTCTGGAAGAAATCGAATAA MKLLAITSCPNGIAHTYMAAENLQKAAGRLGVEIKVETQGGIGVENRLTEEEIREADAIIIAADRSVNKDRFAGKKLLAVGVQEGIRKPEELIQKALSGEVPVYQSASKAESASQQGKKQNPIYRHLMNGVSFMVPFIVVGGLLIAVALTLGGEKTPKGLVIPDESFWKTIEQIGSASFSFMIPILAGYIAFSIADKPGLVPGMIGGYIAASGSFYDSASGAGFLGGIIAGFLAGYAALGIKKCKVPKAIQPIMPIIIIPVFASLIVGLAFVFLIGAPVAHIFASLTVWLAGMKGSSSILLALILGAMISFDMGGPVNKVAFLFGSAMIGEGNYEIMGPIAVSICIPPIGLGIATFLGKRKFAAAEREMGKASFTMGLFGITEGAIPFAAQDPLRVIPSIMAGSMTGSVIAMIGHVGDRVAHGGPIVAVLGAVDHVLMFFIAVTAGSLVTALLVNVLKKDMAKSPAPGEVLPSAAPNEAAAAKETKEPSQADSRKAGMTEIKKLTDIISTDLIEPHLSGETRDDIIDEMIEKMSRQGMLLSDSGFKQAILSREQQGTTAIGMNIAIPHGKSEAVKTPGVAFGIRRSGVDWNSLDGSDAKLIFMIAVPKESGGNQHLKILQMLSRKLMDDSYRERLLSVQTKEEAYELLEEIE PGPT0017120_676 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 D1-12_01697 1953 manR COG1762 Transcriptional regulator ManR ATGAAATACATGAATTCAAGGCAGAAAAAGATTTTGTATCTGTTGTTATCTGAACCTGATGACTACTTAGTTGTGCAAGATTTCGCAGACAGGGTCCGCTGTTCTGAAAAAACGATCAGGAATGATTTGAAAACGATTGAAGATTTCCTGAATGAACATGCTCAAGCTCAGCTGATCCGCAAACCGGGATTAGGCGTCTATTTACATATATCTGAACAGGAAAGGTCACAGTTAAGCCGGCAAATTTATAATGAGCACTTTACGTGCAGGCACAAGACCGATGAAGAAAGAATACTTCACATCGCTTATGATTTATTAATGAATTCAAAGCCCGTTTCCGCAAAAGAAATTGCCGCACAGCATTTTGTAAACAGAGCTTCCATTAAAAAGGATGTAAGTGCGGTTGAAGAGTGGCTGAAGCGATTTGATCTCACGCTGGTTTCTAAACAGCGGCTCGGCTTAAAGATTGAAGGGGACGAAAAAAACAAAAGAAAAGCATTGGCGCGAATTTCAGATTTGATTGATAATATGGAGTTTACAAGCCAATTTATAAAAAGTAAGTTTTTAAGTCATGAAGCGGATTTTGTGAGAAAAGAAATCAAGTTATTACAAAAAAACCATTCTATCTATTTTACGGATGAAACATTTGAAAGTTTGCTGCTGCATACATTGCTGACGATCCGCCGTATCAAAATGAAACAGCCGGTCGCCATTTCTGCAAGACAGCTGGAAGCAGTAAAAAAGAAGAAAGAATATGAATGGACACTGGCTTGTTTAAAACGGCTTGAGCCGGTATTTGCCATCCGGTTTCCTGAGGAAGAAGCCGTCTATTTAACTTTACATATAATAGGCGGGAAAGTCCGCTATCCATCGCAGCAAGAAAAGAAGCTTGATCTTGAAGATTCTGAGCTTTCCAAAGTCGTCAGGCATTTGATCAATCGTGTTTCAAAACTGCAAATGCTGGATTTTCATAAAGACCAGGAACTGATCAACGGATTGAACATTCATCTCGATCCGGTGTTGAAGCGGCTGAGCTATGATCTCTCTGTTTCAAACCCCATGCTTCGCGACATCAAAAAAATGTACCCTTATTTGTTTCATCTTATCATTGACGTTTTAGAAGACATCAATCAAACATTTGATCTCTGTATTCCTGAAGAAGAGGCGGCCTATTTGACGCTGCATTTTCAGGCAGCGATCGAACGGCTGCGCCGAAGCAGTCATAACCCTAAAAGGACGATCATCGTCTGCCATATGGGCATTGGCATGTCGCAATTGCTGCGGACTAAAATTGAACGCAAATTTCATCACATTACGGTAAAAGAATGTATCGCAAAAGCGGAGCTGACAGAGTATATCAAAAAGCATAAAGATATAGATTTCGTCATTTCTACGATAGGGCTTGGAAATGTAACGATCCCTCATATTGTCGTATCACCGCTTTTGGAGCCTGCTGATGAAAAGAAGCTCAGCGCATTTATGCAACAGCTTGATACATCGCACCGCCGGGAGCAAAAAACGTTTAAAATGCTGAACGATACGACTCCGTTTCTCGTTTTTTTACAGCAAGAGACAGAGCACCGTTATCAGGTCATTGAAAAGCTGGCGCAGGCTTTGTATGAAAAAGGCTATGTAGAAAAAGAGTATGGCATCCATGCAGTAATGAGAGAAAAAATGTCGGCGACAAATATCGGGGCGGGTATTGCCATCCCTCACGCGAACTCTAAATATATCAAACAATCAGCCATTGCAATCGCCACCTTAAAAGAGCCGATTGAGTGGGGGACGGAAAAGGTGTCGCTCGTTTTTATGCTTGCCGTCAAACACGAAGATCAAAACAAGGTAAAGCAATTATTCAGTGAGCTTTCCTATCTTAGCGAGCAGCCGGCATTTATTCAAAAACTGACGGAAGAAAAAAATGTGATGACGTTTTTATCGTATTTAAACTATTAA MKYMNSRQKKILYLLLSEPDDYLVVQDFADRVRCSEKTIRNDLKTIEDFLNEHAQAQLIRKPGLGVYLHISEQERSQLSRQIYNEHFTCRHKTDEERILHIAYDLLMNSKPVSAKEIAAQHFVNRASIKKDVSAVEEWLKRFDLTLVSKQRLGLKIEGDEKNKRKALARISDLIDNMEFTSQFIKSKFLSHEADFVRKEIKLLQKNHSIYFTDETFESLLLHTLLTIRRIKMKQPVAISARQLEAVKKKKEYEWTLACLKRLEPVFAIRFPEEEAVYLTLHIIGGKVRYPSQQEKKLDLEDSELSKVVRHLINRVSKLQMLDFHKDQELINGLNIHLDPVLKRLSYDLSVSNPMLRDIKKMYPYLFHLIIDVLEDINQTFDLCIPEEEAAYLTLHFQAAIERLRRSSHNPKRTIIVCHMGIGMSQLLRTKIERKFHHITVKECIAKAELTEYIKKHKDIDFVISTIGLGNVTIPHIVVSPLLEPADEKKLSAFMQQLDTSHRREQKTFKMLNDTTPFLVFLQQETEHRYQVIEKLAQALYEKGYVEKEYGIHAVMREKMSATNIGAGIAIPHANSKYIKQSAIAIATLKEPIEWGTEKVSLVFMLAVKHEDQNKVKQLFSELSYLSEQPAFIQKLTEEKNVMTFLSYLNY NA NA NA NA NA D1-12_01698 918 COG2220 putative protein ATGAAAAAAAGATATGAAAACTTGAATGGCGTGAAGAATGAACATGGATTCAGGGACATGTTGAAATGGATGAAAGAACGAAGAGAGAAAAGTAAAGACTTAAGCGAGAACATTCCGAAAGCGGTCACTAGGGATGTCCGTGATGTTGCCGTCAATCGGACGGAAACCGCCATAACATGGATCGGCCATTCTTCATTTCTGATCCAAATACAGGGGCTTAACATAATGACCGACCCTGTATGGGCGCGGCGGATGGGTTTTCAAAAACGGCTGACAGAGCCGGGATATGAATTGAGCGAACTGCCCGACATTGATGCCGTGCTCATTTCACACGGGCATTATGACCATCTTGATTTTCCGAGCATAAAAAAACTGAGAGGAAACCCGGATTTTTACGTGCCTGCGGGACTGAAAAAGCTGTTCAACAAAAAAGGCCGCAAAAAGGTCCATGAAATGAATTGGTGGGATCGTTTTGAGATGCGGGGGGTGAATATATCATTTGTTCCGGCCCAGCACTGGACACGGAGAACGCTTTGGGATACCAATACCTCTCATTGGGGAGGCTGGGTCATAGAAAGCGAAAACGGCGAGTCCATCTATTTTGCAGGAGATACAGGCTATTTTGAAGGCTTTAAAGAAATCGGAGAGAGGTTTCGTATTAAGGCGGCTCTGATGCCGATCGGAGCATACGAACCGGAATGGTTTATGCAAGTGTCACATATCAATCCGGAAGACGCCGTGAAAGCGTTTTTGGAGCTGAAGGCTGACAGCTTCATTCCGATGCATTACGGGGCATTCCGGCTTGCTGATGATACAGGCCCGGAAGCATTAAGCAGACTGCACGGCGAGTGGAACCGGCTTGCATTACCTCCTGAAAACCTGAAAGCATTAGCGCTTGGCGAAACATTTTGGCTGTAA MKKRYENLNGVKNEHGFRDMLKWMKERREKSKDLSENIPKAVTRDVRDVAVNRTETAITWIGHSSFLIQIQGLNIMTDPVWARRMGFQKRLTEPGYELSELPDIDAVLISHGHYDHLDFPSIKKLRGNPDFYVPAGLKKLFNKKGRKKVHEMNWWDRFEMRGVNISFVPAQHWTRRTLWDTNTSHWGGWVIESENGESIYFAGDTGYFEGFKEIGERFRIKAALMPIGAYEPEWFMQVSHINPEDAVKAFLELKADSFIPMHYGAFRLADDTGPEALSRLHGEWNRLALPPENLKALALGETFWL NA NA NA NA NA D1-12_01699 483 ybaK COG2606 Cys-tRNA(Pro)/Cys-tRNA(Cys) deacylase YbaK ATGGCGAAAAAAACAGTGAAAACAAATGCTGTCCGTATCATTGAGCAGCAAAACATTCCCTATGAGCTATTAGGTTACAAAACAGAAGGGGGACAGCCCGCAGACGGTCTTTCCGTTTCACAAAAAATCGGATACTCTGCCGAATATGTTTATAAAACCTTAGTGGCATCTGCAGGAACTGATCGTTATTACGTCTTTGTCGTTCCCGTTGCAAAAGAACTGAATCTGAAAAAGGCTGCGAAGGCGGCAGGTGAGAAGAAAATAGAAATGATTGCCATGAAGGACCTTTTGGGAGTGACCGGCTATATACGCGGCGGCTGCTCTCCGATCGGAATGAAAAAAAGGTTTCCGACTTTTATTGATAGATCCGCTGAAACACTGGGGTTTATGATTGTCAGTGCGGGGAAAATCGGAATGCAGCTTAAAGTAGCGCCTCAAGATTTAGCCGAAGCAAGCGGAGCGGTATTTACAGACATTGTATAA MAKKTVKTNAVRIIEQQNIPYELLGYKTEGGQPADGLSVSQKIGYSAEYVYKTLVASAGTDRYYVFVVPVAKELNLKKAAKAAGEKKIEMIAMKDLLGVTGYIRGGCSPIGMKKRFPTFIDRSAETLGFMIVSAGKIGMQLKVAPQDLAEASGAVFTDIV NA NA NA NA NA D1-12_01700 885 gltC_2 HTH-type transcriptional regulator GltC ATGGAGCTTCATCAAATTGACAACTTCATTGCGGCGGCAACTCATCAGCATTTCACAAATGCGGCAAAAGAAAGGATGATTTCTCAGCCGGCATTAAGCCGATCGATTATCAGGCTCGAAGAAGAATTAGGCGCGCCGTTATTTTACAGAGAGACAAAAGCCGTCCGGCTGACAAGGCACGGAGAGCAGTTCTTAATAAAAGCAAAACAAGCGAGACGAGCTTTAAATGAAGGCGTTGAACAAGTGAAAAAAAATATGAGCCTGGAACACGGCGAAATATCTGTATCTTTTCTTCATACGCTCGGGCTGCGCTTGATGCCTCAGCTGATTGCCGAATTTAAAAAGCTATACCCAAACGTGACCTTCCGGCTTTATCAAGGTGCAAATGAAACGCTTCGCAAAATGGTGGAAACGGGAGATGCGGATATCTGTCTCAGCTCCCCGCCGCTTCCAAGCGAGCTTTTACAATGGACAGTGCTGGAGAAAGAGCCTCTTTATGCGGTGCTTCCTGAGAACCACCCGCTTGCAGGAAATAAAAGCATTCAAATGAAAGAGATGCAGGACGAGGATTTTGTCGGATTTAAACCGGGATACGGGCTGAGGTATATGTTTGATCTGATGTGCCGGGATTTGAATATACACCCGCATCTCGCATTTGAAGGAGAGGAAGTGTCAACCATATTAGGGCTGACCGCCGCGGGTCTTGGGGCTGCAGTTCTGCCGAAAACCGCGGAGCATTCATACTTTCCGGTCGTTTTTCTCCCGGTTGCAGATTACCAATGCGAACGCACCATAGCGTTAGCCCAGTTAAAAAACCATGCTCTCTCTCCTGCTGCTGAGCGTTTTAAACAGTTTGCACTTGAGTATTACAAAGGACGCAACTGA MELHQIDNFIAAATHQHFTNAAKERMISQPALSRSIIRLEEELGAPLFYRETKAVRLTRHGEQFLIKAKQARRALNEGVEQVKKNMSLEHGEISVSFLHTLGLRLMPQLIAEFKKLYPNVTFRLYQGANETLRKMVETGDADICLSSPPLPSELLQWTVLEKEPLYAVLPENHPLAGNKSIQMKEMQDEDFVGFKPGYGLRYMFDLMCRDLNIHPHLAFEGEEVSTILGLTAAGLGAAVLPKTAEHSYFPVVFLPVADYQCERTIALAQLKNHALSPAAERFKQFALEYYKGRN NA NA NA NA NA D1-12_01701 1209 ynfM Inner membrane transport protein YnfM ATGACGTTTATTCAGCCTCATACAAAGGCTTACAGAAAGGCCAGCTTGGCTCTGTTTATCAGCGGCTTTGTGACATTCGCCACGCTTTACACGACACAGCCGCTTATGCCTTTGTTTTCGGAAGAGTTTCATATTTCCGCTGCGGCTGCCAGCTTAACTTTATCCATCTCAACAGCCGTTTTGGCATTTTCATTATTGGCCGCCGCTTCGTTGTCTGACGGATTCGGCAGAAAAAAATTAATGGTGCTGTCGTTAACAGCTACTTCTGTTTTAGGTCTATTAACAGCGTTCAGTCCGGCTTTTCCGGCGCTTTTGGCGATGAGGGGGCTGCTCGGTATTTTTCTGGCGGGCGTTCCTGCTGTCGCTATGACATATGTAGGCGAGGAGTTTGATCCGAAGGGCCTCGGGAAAATGATGGGCTTATATATCAGCGGCACAAGCATCGGGGGAATGAGCGGCAGGCTGTTAACGGGGCTTCTGACTGATGTATTCGGCTGGCGGCCGGCGCTTGCCATTATCGGCATTCTTTCTATTGTATTAAGCTATTTGTTTTGGCGTTTTCTTCCGGCTCCGCGCCATTCATCTCAGCGGCATGCGGGCGTAAAAGCGGCATGTAAGGAATACGGAGCGGTTCTACACCGCAAACGGCTGCTTTTGTTAATATCTCTGGGATTTATATTAATGGGGAGTTTTGTGACATTGTATAATTATATCGGCTTTCATTTAATGGCGGCTCCTTATCATTTGTCGCAGACTGTGATCGGTTTTATTTTTATTGTCTATCTCGCGGGAACGTTCAGCTCTGTCTATATGGGGAAAAAAGCGGACCTTTTCGGAAGTTCAAAAATGATTAAGATTGCGATTTTTGTTATGCTGGCCGGTGCAGCGGTGACACTTTTGCCCCAGCTTGCCCTTAAAATCGCGGGGATTGCCGTCTTTACCTTCGGCTTTTTCGGCGCACATTCGATCGCAAGCGCCTGGGTCGGCCGCGCAGCCGGTGATCAGCGCGCGCAAGCCTCTTCATTATATCTGCTTGCATACTATATCGGGTCAAGCGTGGCCGGGTCTTGCGGCGGTTTCTTTTGGACGCATTTTCATTGGATCGGTATCATTTCATTTATTTCGGTTTTGCTATTGCTGTCTTATCCGGTTTTATTTCTGGCGGAATTCAGAAAAAAGGGACATAGCCGCCTGCATGTAAATCAATAA MTFIQPHTKAYRKASLALFISGFVTFATLYTTQPLMPLFSEEFHISAAAASLTLSISTAVLAFSLLAAASLSDGFGRKKLMVLSLTATSVLGLLTAFSPAFPALLAMRGLLGIFLAGVPAVAMTYVGEEFDPKGLGKMMGLYISGTSIGGMSGRLLTGLLTDVFGWRPALAIIGILSIVLSYLFWRFLPAPRHSSQRHAGVKAACKEYGAVLHRKRLLLLISLGFILMGSFVTLYNYIGFHLMAAPYHLSQTVIGFIFIVYLAGTFSSVYMGKKADLFGSSKMIKIAIFVMLAGAAVTLLPQLALKIAGIAVFTFGFFGAHSIASAWVGRAAGDQRAQASSLYLLAYYIGSSVAGSCGGFFWTHFHWIGIISFISVLLLLSYPVLFLAEFRKKGHSRLHVNQ PGPT0017201_1408 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 D1-12_01703 3162 cypB COG0369 Bifunctional cytochrome P450/NADPH--P450 reductase 2 ATGAAACAGCTAAGCGCTATACCGCAGCCGAAAACATACGGACCTCTGAAAAATCTCCCTCACTTGGAAAAAGAAAAACTGTCACAATCGCTCTGGAAAATTGCCGAAGAATACGGCCCGATCTTTCGTTTTGAATTTCCGAGCTCTATCGGGGTCTTCGTCTCAGGCCGCGAGCTCGCGGCAGAAGTCTGTGATGAAAAGCGATTTGATAAAAACCTCAGCAAAGCCTTGCTGAAAGTCCGTGAGTTTGGCGGTGACGGACTATTTACGAGCTGGACTCACGAAAAGAATTGGCAGAAAGCGCATCGGATTTTATTGCCGAGCTTCAGCCAGAAGGCGATGAAAGGCTATCATTCAATGATGCTTGATATTGCCATGCAGCTCGTGCAGAAGTGGAGCAGATTAAATCCGAATGAAGAAATTGACGTTGCCGAAGATATGACGCGCCTGACGCTGGATACAATCGGCCTGTGCGGATTTCATTACCGCTTTAACAGCTTTTACCGCGACACACAGCATCCTTTTATCACAAGTATGCTTCGCGCGCTGCAGGAGGCAATGCGCCAATCGCAGAGACACAGCCTGCAGGACAAGCTGATGATCAAAACGAGACATCAGTTCCAGCAGGATATTGAAGTGATGAATGAACTCGTAGACCGGATTATTGCTGAGCGGAGGGAAAATCCGGATGAGAATCTGTCTGATCTTTTAGCATTGATGCTTGAAGCGAAAGATCCTGTAACGGGTGAAAGGCTGGATGATGAGAATATCCGCTATCAAATCATTACCTTTTTGATCGCGGGGCATGAAACCACAAGCGGACTGCTTTCATTCGCGATTTACTGCCTGCTGAAAAATAAAGATAAATTGAAAAAAGCCGTTCAGGAAGCCGAGCGGGTGCTGACGGGAGAGACACCTGAATATAAGCAGATTCAGCAGCTGACATATATCCGCATGGTGCTGAACGAGACTTTGCGGCTGTATCCGACTGCCCCGGCATTTTCCCTGTACGCGAAAGAAGATACGGTTCTCGGCGGGAAATATCCGATTGCGAAGGGACAGCCGGTGACGATTCTGACTCCGCAGCTGCATCGGGATAAAAGCGCGTGGGGAGAAGATGCCGAGTTATTCCGTCCGGAAAGGTTCAGCGATCCCGCGGCAATTCCGGCTGATGCGTATAAGCCGTTCGGAAACGGACAGCGCGCATGCATCGGGATGCAGTTTGCCCTGCAGGAAGCGACAATGGTGCTCGGCCTTGTCCTTAAACACTTTGAACTGATTGATCATACTGATTATGAGCTTACGATTAAAGAAGCTTTAACCATTAAGCCCGGTGATTTTAAAATCCGTGTGAAAAACAAGGATGTGTCCAATCAGCAGTCCGCACAAAACCATAAAGCTGAAGGCAGCGGTCACAAAGAAGAAACGACAGAAATCCCGTCCCACGGAACGCCGCTTCTCATTCTTTACGGTTCAAATTTGGGAACTGCGGAAGGAATCGCGGAAGAGCTGGCTGACATCGGCAGAAGCAAAGGATTTTCAACTGAAACCGGCCCGCTCGATGATTATACGGGGAAACTGCCTGTAAAAGGCGCAGTCGTTATTGTGACGGCTTCTTATAACGGGGCGCCGCCTGATAACGCAGCGGGCTTTGTGAAATGGATGGAAACCCTTGAAGATCAGGAATTAAAGGGTGTTTCTTACGCTGTCTTCGGCTGCGGAGACCGCAACTGGGCCGCCACTTACCAGAGGATCCCCCGCCTGATAGACAAAGTGCTTGAAGAAAAAGGGGCAAAACGGCTGACTTCTATCGGGGAGGGCGACAATGCCGATGATTTTGAGTACAGTCAGGAAGCCTGGGAAGACTCATTCTGGAAGGACATCATGAAGACTTTTCATATAGAGGCCGCTCCAAAACAGGCAAACAAATCACAGTTATCAATCGAATACGTAAGTGAAGCAGCCGAGACGCCGATTGCCAAAACGTACAAAGCATTTGAGGCGGAAGTCATCACAAACAAAGAGCTTCATACCGAAAGCAGCAAGCGTTCAGTCCGGCATATTGAGCTGCGTCTCCCGAAAACCGAAACGTATCGGGAAGGAGACCATCTCGGGGTGCTTCCGCAAAACAGCGGGGAACTGATCAGCCGTGTCATTCGCCGATTCGGTCTTGATCCGAACCAGCACTTTAAGATCAAGGGCCGGCAGCTGCCTCATCTGCCGATGGACCGGCCGGTTAATGCGCCGGAGCTTTTGGCGTCATATGTAGAGCTGCAGGAACCGGCAACGAGAGCCCAGCTTCGCGAACTTGCCGCCCATACCGTGTGCCCGCCGCACCAAAAAGAATTGGAGCATCTTTATTCTGACGATGCGGCATATAAAGAAAACGTGCTGAAAAAACGAATGACCATGCTGGACCTGCTGGAAGATTATCCGGCTTGTGAACTGCCGTTTGAGCGCTTTTTAGAACTTCTGCCGTCCTTAAAGACGCGCTATTATTCAATCTCAAGCTCACCGAAGGCAAACAAAAGGGAGCTCAGTATCACGGTCGGCGTTGTGACGGCTCCGGCGTGGAGCGGCCGGGGAGAATACAGGGGCGTGGCTTCGAACTATTTAGCCGGATTACAAAATGGCGATTCTGCCGTCTGTTTCATCCGCTCGCCGCAGTCGGGTTTCGCATTGCCTGAAAATACGAAAACGCCTCTCATTATGATCGGAGCAGGCACCGGAATTGCACCGTTCAGGGGATTTATCCAGGCGCGGGCAGCAGAAAAAATGTCCGGTAACAGCCTGGGCGAAGCTCATTTATACTTCGGCTGCAGACATCCTGAAGAAGACGATCTGTACAAAGATGAATTCGACCATGCGGAGAAAAACGGCCTTGTCACCGTGCATCGGGCGTATTCCAGATTAGATCAGGACTGTAAAGTTTACGTACAGGATGTCCTGCTTCGCGAGGCTGCACAGATTATTGCGCTTCTTGACCAAGGCGGCCATCTCTATATATGCGGAGACGGAAGCAAAATGGCTCCGGCTGTCGAAAATGTACTGCTTCAGGCGTATGAAAAGGTGCATAACACTGATTCAAAAGTTTCCTTGAATTGGCTTGAACAGCTGCAGGCGGAAGGAAGATATGCGAAAGATGTTTGGGCAGGTGTGTAA MKQLSAIPQPKTYGPLKNLPHLEKEKLSQSLWKIAEEYGPIFRFEFPSSIGVFVSGRELAAEVCDEKRFDKNLSKALLKVREFGGDGLFTSWTHEKNWQKAHRILLPSFSQKAMKGYHSMMLDIAMQLVQKWSRLNPNEEIDVAEDMTRLTLDTIGLCGFHYRFNSFYRDTQHPFITSMLRALQEAMRQSQRHSLQDKLMIKTRHQFQQDIEVMNELVDRIIAERRENPDENLSDLLALMLEAKDPVTGERLDDENIRYQIITFLIAGHETTSGLLSFAIYCLLKNKDKLKKAVQEAERVLTGETPEYKQIQQLTYIRMVLNETLRLYPTAPAFSLYAKEDTVLGGKYPIAKGQPVTILTPQLHRDKSAWGEDAELFRPERFSDPAAIPADAYKPFGNGQRACIGMQFALQEATMVLGLVLKHFELIDHTDYELTIKEALTIKPGDFKIRVKNKDVSNQQSAQNHKAEGSGHKEETTEIPSHGTPLLILYGSNLGTAEGIAEELADIGRSKGFSTETGPLDDYTGKLPVKGAVVIVTASYNGAPPDNAAGFVKWMETLEDQELKGVSYAVFGCGDRNWAATYQRIPRLIDKVLEEKGAKRLTSIGEGDNADDFEYSQEAWEDSFWKDIMKTFHIEAAPKQANKSQLSIEYVSEAAETPIAKTYKAFEAEVITNKELHTESSKRSVRHIELRLPKTETYREGDHLGVLPQNSGELISRVIRRFGLDPNQHFKIKGRQLPHLPMDRPVNAPELLASYVELQEPATRAQLRELAAHTVCPPHQKELEHLYSDDAAYKENVLKKRMTMLDLLEDYPACELPFERFLELLPSLKTRYYSISSSPKANKRELSITVGVVTAPAWSGRGEYRGVASNYLAGLQNGDSAVCFIRSPQSGFALPENTKTPLIMIGAGTGIAPFRGFIQARAAEKMSGNSLGEAHLYFGCRHPEEDDLYKDEFDHAEKNGLVTVHRAYSRLDQDCKVYVQDVLLREAAQIIALLDQGGHLYICGDGSKMAPAVENVLLQAYEKVHNTDSKVSLNWLEQLQAEGRYAKDVWAGV PGPT0006740_368 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QUORUM_QUENCHING CE-QUORUM_QUENCHING-AHL-DEGRADATION,PGPT0006740-cpxB-K14338 NA NA D1-12_01704 567 bm3R1 HTH-type transcriptional repressor Bm3R1 ATGACAGCTTCAAACAAGGTTGAACTCATTATGAAAGCGTCGCTTACTTTGTTTACAGATAGAGGATTTGACGCCACGACGATTCCGATGATTGCCGCTCAGGCCGATGTCGGAACCGGCACAATCTACCGTTACTTTGACAGTAAAGAGACACTTGTGAACGTACTGTATCAGGAAAGTGCGCAGCGTTTTATGAAAAAAGTCAAAACGGACTTTCAAGGGATATCTGTAAGAGAAGGGTTTCATCACCTGTTTTATTGTCTGATTGATTTTACGAAGGAAAGTGAGTATGCATTGTTTTTTCTTGAAACGAATAAGGACGCCTACTTTCTGAATGAAACGAGCCGTAAGCTTCTTGATGAAATAACACAGATGCTTGACGTCTTTTTTCAGCGCGGCAAGTCTGAAGGTGTGCTCCGCAATCTGCCGTCCAATGTGCTGATGGCGCTGCTGCTCGGGGCATATCTCAAACTCTATCAGCTTATCCGGACGGGAAGCGTCGAAATAACAAAACCGTTTCTGAAAGAATTGGAACAATGTTCTTGGGATGCCATCAGAACTCATTAA MTASNKVELIMKASLTLFTDRGFDATTIPMIAAQADVGTGTIYRYFDSKETLVNVLYQESAQRFMKKVKTDFQGISVREGFHHLFYCLIDFTKESEYALFFLETNKDAYFLNETSRKLLDEITQMLDVFFQRGKSEGVLRNLPSNVLMALLLGAYLKLYQLIRTGSVEITKPFLKELEQCSWDAIRTH NA NA NA NA NA D1-12_01705 540 yrhH COG0500 Putative methyltransferase YrhH ATGTTGCAACATACATCTTCAGCATTAAAACGAATGCGCGCGAAATACTTTGCTGCATCAGAACCGGCAGAGTCAGTCATTCAGCAAATCTTGATGGACATACAGGAATACGACCGCATTTTGGAAATCGGGACCGGAAACGGCTCAATGTTTAAACAAATCATCGGACAGCTTGAAAAGGGCAGTCTTAAAAGCATAGAAACATCGAAACGTAAAATACGGAAAACACAGCGCGCAAACCGTTCGGTTATAAAAGCCGGGCTCGGAAACATTCAGCAGGGGAGGCCTGAAAACTTACCGTTCCGCGATCGCAGCTTTCATAAAGTTTTCTCATTACATACTGCTGAAACAGTCAGCGATTACCGGACAGCATGTAAAGAAGTGTACCGCGTTCTTCAAATTGACGGATGTTTCTATATGGTTTTGAAACCTTCGCGGATGAGTGAGAAGGATGTGATTGAGGTGCTCTATGATCAGCATTTCAGAGACATTTCAGTTGTCAGCAGAGATTCATTCCATTTTATTACTGCCATTAAATAG MLQHTSSALKRMRAKYFAASEPAESVIQQILMDIQEYDRILEIGTGNGSMFKQIIGQLEKGSLKSIETSKRKIRKTQRANRSVIKAGLGNIQQGRPENLPFRDRSFHKVFSLHTAETVSDYRTACKEVYRVLQIDGCFYMVLKPSRMSEKDVIEVLYDQHFRDISVVSRDSFHFITAIK NA NA NA NA NA D1-12_01706 141 hypothetical protein ATGACCATTAATCTTTTCTTTTTAACACTGACCATTTCAAAGCGTTTTAAAAGTGCGGAAGAGTATGAACGAGAACAGCAGGTCGAAGAGTTTTATAATGAAGCGAAAGAACGACAGCTGAAACATTTTTATATGAACTGA MTINLFFLTLTISKRFKSAEEYEREQQVEEFYNEAKERQLKHFYMN NA NA NA NA NA D1-12_01707 801 focA COG2116 putative formate transporter 1 ATGGCTTTTCGTAAACCGGACGAAATAGCGGAGCTTGCGGTCGAATCAGGGGTAAAAAAGGTGCATTCACCGCTTTCAGCACTGATTGTATTAGGATTTTTGGGAGGAGCGTTTATCGCACTCGGTTATTTGCTTGATATCCGTGTCATCGGCGACCTTCCGAAAGAATGGGGAAGCCTGTCGAGTTTAATCGGGGCGTCCGTGTTTCCCATCGGATTGGTGCTCGTCGTTCTTGCCGGCGCGGAGCTGATTACGGGAAATATGATGTCGGTATCTATGGCGCTGTTTTCCAGAAGAATATCCGCCGGTGCATTAGTGAAAAATTGGGTGATCGTGACGTTGATGAATCTTGTCGGCGCACTGTTTGTCGCTTACTTTTTCGGACATGTTGTCGGATTAACCGAAACAGGACCTTACTTGGAAAAAACGATTGCGGTCGCACAAGGCAAATTGGATATGCCGTTTGGAAAAGTCATTGTTTCGGCGATCGGCTGTAACTGGCTTGTCTGTTTGGCCGTCTGGCTTTCTTTCGGCGCAGAAGACGGAGCCGGAAAAATCGCGGGTATATGGTTTCCGATTATGGCGTTTGTCGCAATTGGTTTTCAGCACGTTGTAGCCAATATGTTTATCATCCCGGCTGCGATATTTGCAGGCTCTTTTTCGTGGGGTGATCTGATTGGCAATCTCATTCCGGCCTTTATCGGGAATGTAATCGGCGGGGCAGTGTTTGTCGGCCTTATTTATTTTATTGCATATTCAAAAAAAGATCAGAAAAAGCAAGGGATGAAAAGAGTTTCCTGA MAFRKPDEIAELAVESGVKKVHSPLSALIVLGFLGGAFIALGYLLDIRVIGDLPKEWGSLSSLIGASVFPIGLVLVVLAGAELITGNMMSVSMALFSRRISAGALVKNWVIVTLMNLVGALFVAYFFGHVVGLTETGPYLEKTIAVAQGKLDMPFGKVIVSAIGCNWLVCLAVWLSFGAEDGAGKIAGIWFPIMAFVAIGFQHVVANMFIIPAAIFAGSFSWGDLIGNLIPAFIGNVIGGAVFVGLIYFIAYSKKDQKKQGMKRVS PGPT0017240_516 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_FORMATE_TRANSPORT,PGPT0017240-fdhC-K21993 NA NA D1-12_01708 369 hypothetical protein ATGTCTAAAAAAATTCATGAATTTAACGATATTATCCGGAAATTGCGCAAAGAATTATTTGGAAAGGGGCCGGAACGAATTCACACCGTTTTTGTGGATAACATGGCGGTATCAACGCTTTACGGCAATCTAAGCGCAAGTGAGCAGTTTATCGCACGCACGCCTGAAGGAAGAGAAATGGTTCATGCGGCGCGGACCAGCTTAATTCAGGAACTGTATTCAAAACAAACGCCTGACGGAATGGAAGAGCTCATCGGAGCAAAGCTCGTGCATCTGTTTTCAGACATCAAGATCGAAGAGAATATTGCGGTGTCTGTATTTGTCTTTGACCGAACCATTGAAGAGCGCAGTGAAGAAATCAAAAGCTGA MSKKIHEFNDIIRKLRKELFGKGPERIHTVFVDNMAVSTLYGNLSASEQFIARTPEGREMVHAARTSLIQELYSKQTPDGMEELIGAKLVHLFSDIKIEENIAVSVFVFDRTIEERSEEIKS NA NA NA NA NA D1-12_01709 2988 Putative formate dehydrogenase GTGCATGGCTTTTTTTCGAGTTTAAAAGATGGAGGGGAATTGGAAGTGACAGACGTTCAGTCTATCCGTGTCAAAATTGACGGCACGGAGTATGAAGCACCAGAGGGGTCAAAGATTTTAGATATTTTAAACCAAAACGGCATTGAGATTCCGCAAATATGCCATGTACCGGAAGTAGATCCGATTCAAACATGTGACACCTGTATTGTTGAAGTAAATGGGAAATTGCAGCGCTCTTGTTCCACGGCTGCAGAAAACGGGATGTCCATCTCGCTTACGTCGGGAAGGGTAAAAGAGGCTCAGACAGAGGCCATGGACCGCCTGCTCGAGAATCACCTGCTTTACTGTACGGTATGCGATAACAACAACGGCAACTGCACACTGCATAATACAGCGGAAATGATGGGAATTGAGCATCAGAAATATCCGTATACGCCGAAAGATGATTCAAAGTGCGCGGTTGATATGTCTCACCCGTTTTACCGCTATGATCCGAACCAATGCATCGCCTGCGGCCAATGTGTGGAAGTGTGTCAAAACCTTCAGGTGAATGAGACTCTTTCAATTGATTGGGAGCGCGACCGCCCGCGGGTCATTTGGGATGAAGGCGTCGCCATTAATGAATCTTCCTGCGTCAGCTGCGGCCAGTGTGTCACTGTCTGTCCTTGTAACGCACTGATGGAAAAATCAATGCTCGGCCAAGCCGGATTTATGACAGGAATAAAAGAAGATGTCATGGAACCGATGATTGATTTAGTGAAAAATGTTGAACCCGACTATACAAGCATCTTCGCCGTGTCAGAAGTGGAAGCGGCTATGCGCGATAAACGGACGAAAAAAACAAAAACAGTCTGCACGTTCTGCGGCGTCGGATGCTCTTTTGAAGTATGGACAAAAGGCCGTGACATCCTTAAAATTCAGCCTGTTTCCGATGCTCCGGTTAACGCGATTTCCACTTGTGTGAAAGGGAAATTCGGCTGGGACTTCGTGAATTCGGAAGAACGGATTACAAAACCGCTCATCCGGAAAAACGGCGCATTTGTTGAATCGTCATGGGAAGAAGCCCTTGACCTTGTCGCTTCAAGACTCGGTTCGATCAAGGCCGAACACGGAAATGGTTCTGTCGGCTTTATTTCTTCTTCTAAAATTACGAATGAAGACAACTACGTCATTCAAAAATTGGCACGCCAAGTATTTGAAACCAACAACGTGGATAACTGTTCACGCTACTGCCAGTCACCGGCAACGGACGGCTTATTCCGCACAGTCGGAATGGGCGGTGACGCCGGCACAATTAAAGATATCGCAAAAGCGGGCCTCGTGCTCATCGTCGGCGCCAATCCGGCAGAAGGACATCCGGTTCTGGCCACACGCGTGAAACGCGCCCATAAGCTGCACGGACAAAAATTAATTGTTGCCGATCTGCGCAGAAATGAAATGGCTGAACGGTCCGACCTCTTTATCAGCCCGAAACAAGGGACTGACCAAGTCTGGCTCATGGCAGTGACAAAATATATGATTGACCAAGGCTGGCACGATCAAGCGTTTATTGATGAGAATGTCAACTACTTTGAAGATTATAAAGAAACGCTGAAAAAGTATACATTAGAATATGCGGAGCGCATCACCGGACTTTCTCAGGATACGATCATCCGCATTGCCGAAATGATTCGTGATGCAGACGGCACCTGTGTTCTTTGGGGCATGGGCGTTACCCAGAATACAGGCGGCTCTGATACATCAGCGGCGATTTCCAATCTGCTGCTTGCCACAGGAAACTACCGCCGCCCGGGCGCCGGAGCCTATCCGCTGCGGGGACATAACAACGTTCAAGGCGCTTGCGATATGGGAACTCTTCCAGGCTGGCTTCCGGGGTATCAGCATATTACCGATGATGCGGCACGCGCTAAATTCGAAAAAGCTTACGGTGTTGAAATTGACGGCAAGCCGGGTCTTGATAATATTGAAATGCTCCATGCGATTGAAGAAGGAAACATGAAAGCCATGTATCTCGTCGGTGAAGATATGGCGCTCGTCGATTCAAACGCCAACCATGTTCATGACATTTTATCCAGCCTTGATTTCTTTGTTGTGCAGGATATTTTCCTTTCAAGAACGGCGCAATACGCGGATGTCATCCTGCCTGCAGTTCCATCTCTTGAAAAAGACGGAACATTTACAAACACAGAGCGTCGTGTGCAAAGATTGTATCAGGCGCTTCCGACACTAGGCGATGCCAAACCCGACTGGTGGATTATTCAGGAAGTCGCCAATCGTTTAGGCGCTGATTGGAATTACACGCATCCAAGCGACATTTTCTCAGAAATGGCAAGCCTTTCTCCGCTGTTCGGAAAAGCAAGCTACGACGTTCTTAGCGGCTGGAACAGCTTCCTGTGGGGAAGCTTTACGGGAGAAAGCACTCCGCTTCTTTATGAAGACGGCTTTAACTTCCCGGACAAAAAAGCCCGTTTTGCGCTGAGCGATTGGGTGGAGCCTGCCGTATTCCCTGAAGAATATGACCTGCATATTAACAACGGACGGATGCTTGAACATTTCCACGAAGGAAACATGACAAACAAATCGAAGGGCATTCAGTCTAAAGTGCCGGATGTATTTGTTGAAGTATCGCCGGAGCTCGCGGCTGAACGCGGAATTTGCGACGGAACAATGATCCGGCTCGTCTCTCCTTTTGGGGCGGTTAAATTGAATGCGCTTGTGACAGACCGTGTCCGCGCAAATGAGCTTTATCTGCCGATGAACTCTACAGATAAAGATTCTGCGATTAATTTCCTGACCGGGCCTGCGTATGATTCACGGACACATACACCTGCCTATAAACAGACAAAAGTCCGCATGGAAGTGCTCGGTTCCTGTGATACACCGCCGCTTCCGAAAACGAATCCGCGGAACAAAAAACGTCATCCGCAAAACGGTGTGGAAGCTCAGCGAAAATGGAACCGTCCGGGCTATGTGCACCTAACTGATTAA MHGFFSSLKDGGELEVTDVQSIRVKIDGTEYEAPEGSKILDILNQNGIEIPQICHVPEVDPIQTCDTCIVEVNGKLQRSCSTAAENGMSISLTSGRVKEAQTEAMDRLLENHLLYCTVCDNNNGNCTLHNTAEMMGIEHQKYPYTPKDDSKCAVDMSHPFYRYDPNQCIACGQCVEVCQNLQVNETLSIDWERDRPRVIWDEGVAINESSCVSCGQCVTVCPCNALMEKSMLGQAGFMTGIKEDVMEPMIDLVKNVEPDYTSIFAVSEVEAAMRDKRTKKTKTVCTFCGVGCSFEVWTKGRDILKIQPVSDAPVNAISTCVKGKFGWDFVNSEERITKPLIRKNGAFVESSWEEALDLVASRLGSIKAEHGNGSVGFISSSKITNEDNYVIQKLARQVFETNNVDNCSRYCQSPATDGLFRTVGMGGDAGTIKDIAKAGLVLIVGANPAEGHPVLATRVKRAHKLHGQKLIVADLRRNEMAERSDLFISPKQGTDQVWLMAVTKYMIDQGWHDQAFIDENVNYFEDYKETLKKYTLEYAERITGLSQDTIIRIAEMIRDADGTCVLWGMGVTQNTGGSDTSAAISNLLLATGNYRRPGAGAYPLRGHNNVQGACDMGTLPGWLPGYQHITDDAARAKFEKAYGVEIDGKPGLDNIEMLHAIEEGNMKAMYLVGEDMALVDSNANHVHDILSSLDFFVVQDIFLSRTAQYADVILPAVPSLEKDGTFTNTERRVQRLYQALPTLGDAKPDWWIIQEVANRLGADWNYTHPSDIFSEMASLSPLFGKASYDVLSGWNSFLWGSFTGESTPLLYEDGFNFPDKKARFALSDWVEPAVFPEEYDLHINNGRMLEHFHEGNMTNKSKGIQSKVPDVFVEVSPELAAERGICDGTMIRLVSPFGAVKLNALVTDRVRANELYLPMNSTDKDSAINFLTGPAYDSRTHTPAYKQTKVRMEVLGSCDTPPLPKTNPRNKKRHPQNGVEAQRKWNRPGYVHLTD PGPT0019635_657 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 D1-12_01710 492 hypothetical protein ATGGCAAGCCCAATTACTGAAATTCAAAAAGAAACGAAAACAGAGGAACAGCTGAAAGCTGAAAAACTGGAAGAACTGAAGACGCTTCTCGCAGAAAATGAAGAAGCCGTCGCGAAAACGATGTCTATTATGGCAGAGCTGAATGGCTTGGGCATTTTTGATGCCGCCGGCTATATGCTCCAGGCAAAAGAGGAGATTGCCAAAATCGCACTCGGACAGATTTCCCGGGAACCTGTCACCAATCTTCTGAATACGATGATGGCCGCGGGAGGCGCGCTGTCAAAAGCTGATCCCGAATTTATGGGCAGACTTTTAGAAAGCGCCATGGCCGGTACGGAACAGGCGCAAAGATTTTTAAAAGAGGACAGGAAAGTCAGTATGTTTGAACTGATGAAAGCCGTCGGTGATCCTGATATTAACCGCGCGCTCGGCTTCGGGCTGCAGTTTTTAAAAGGAATGGGAAAAGAATTACGCGAAACCCCGTCTGAATAA MASPITEIQKETKTEEQLKAEKLEELKTLLAENEEAVAKTMSIMAELNGLGIFDAAGYMLQAKEEIAKIALGQISREPVTNLLNTMMAAGGALSKADPEFMGRLLESAMAGTEQAQRFLKEDRKVSMFELMKAVGDPDINRALGFGLQFLKGMGKELRETPSE NA NA NA NA NA D1-12_01711 231 hypothetical protein ATGGAGAAGAAAAGACTGAAATCATTAATAGAAGATTTTAAGCATTACGCATTTATTCTGCTTGCAGTCAGCACCTTCATTTATATCGGCGCGGTTCTTCCCGGACAAGGGCTGACTGCGGGCCAGAAAATGCTGATGTTTGTAACGGATTGTGTATTTTTAGCGGGCGCTTATTTCTGCGTTGACCGTTCACTTATTTATAAAAAGAGGCTGGAAGAGGCCGATGAATAA MEKKRLKSLIEDFKHYAFILLAVSTFIYIGAVLPGQGLTAGQKMLMFVTDCVFLAGAYFCVDRSLIYKKRLEEADE NA NA NA NA NA D1-12_01712 1143 mccB COG0626 Cystathionine gamma-lyase ATGAAGAAAAAAACGCTGATGGTGCACGGAGGAATTACGGGAGATGAAAAAACAGGAGCGGTTTCCGTACCGATTTATCAAGTAAGCACGTACCGGCAGCCGAAAGCGGGCGAGCACACGGGTTATGAATATTCAAGAACGGCCAATCCGACGCGGACGGCGCTTGAAAGCTTAATTGCGGAGCTTGAAGGCGGCGCGGCGGGATATGCGTTCGGCTCAGGCATGGCTGCGATTACTGCCGTCATGATGCTGTTTGACAGCGGCGATCATGTTATTTTGACGGATGATGTATACGGCGGCACTTACCGCGTGATGACAGGCGTGCTGAACCGCTTCGGCATTGAAGCGGACTTTGTCGATACGAGCAGTGAAGAAAAAGTCCAAAAAGCCATCCGTCCGAATACGAAAGCCATTTATATCGAAACACCGACAAACCCGCTATTGAAAGTGACTGACCTCAAACTGATGTCTGACATCGCAAAAGAAGCGGGCGTATTGCTTATCGTCGATAATACGTTTTACACGCCGTATTTTCAGCAGCCGCTCAGCTTCGGCGCGGACATCGTGCTGCACAGCGCGACAAAATATCTCGGCGGCCACAGTGATGTCGTCGGCGGCTTAGTCGTCACGGCTGATAAAGAGCTCGGTGAAAAGCTTCATTACGTGCAAAACTCAACAGGCGGCGTTTTAGGACCGCAGGATTCATGGCTCTTAATGAGAGGCATTAAAACACTGGGACTCAGAATGGATGCCATCAATCACAGCGCCGGGAAAATCGCCGAGCTGCTTGAAGCGCATGATGCCGTTCAGACGCTCTACTATCCGGGATCTGCGAAACATCCGGGCCATGAGCTGACAAAAGCGCAAAGCTCCGGTTTCGGCGGAATGATTTCCTTTGATGTCGGCAGCAGCGAACGCGTCGACGCGTTTTTAGAAAAATTGAACCTGTTTACGATCGCGGAAAGTTTAGGAGCGGTTGAAAGCTTAATCTCCGTGCCGTCCAGAATGACGCACGCTTCGATCCCGCGCGACCGCCGGCTTGCGCTTGGCATTACCGACGGGCTCGTGCGGATCTCAGTCGGTATTGAGGATACTGAGGATTTAACGGCGGATGTGAAACAGGCGCTTGATTCACTTTTATAA MKKKTLMVHGGITGDEKTGAVSVPIYQVSTYRQPKAGEHTGYEYSRTANPTRTALESLIAELEGGAAGYAFGSGMAAITAVMMLFDSGDHVILTDDVYGGTYRVMTGVLNRFGIEADFVDTSSEEKVQKAIRPNTKAIYIETPTNPLLKVTDLKLMSDIAKEAGVLLIVDNTFYTPYFQQPLSFGADIVLHSATKYLGGHSDVVGGLVVTADKELGEKLHYVQNSTGGVLGPQDSWLLMRGIKTLGLRMDAINHSAGKIAELLEAHDAVQTLYYPGSAKHPGHELTKAQSSGFGGMISFDVGSSERVDAFLEKLNLFTIAESLGAVESLISVPSRMTHASIPRDRRLALGITDGLVRISVGIEDTEDLTADVKQALDSLL PGPT0001985_116 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_CYSTEINE_DEGRADATION|CONVERSION,PGPT0001985-mccB-K17217 NA NA D1-12_01713 924 mccA COG0031 O-acetylserine dependent cystathionine beta-synthase TTGAACGTGATAACAGATATTACAGAACTGATCGGAAATACACCGCTGCTCCGTCTCAATCATTTTGATATACCGGAGGGAACAGCGGTTTATGCTAAGCTTGAGATGATGAATCCGGGCGGAAGCATTAAAGACAGGCTGGGCGGGATGCTCATTGAAGATGCGCTTCGCACGGGAAAGGTGAAACCGGGCGGCGTTATCATTGAGGCGACTGCCGGAAACACCGGGATCGGACTCGCTCTGTGCGCCAGAAAGCATCAGCTTCGCGCCGTTTTTTGCGTCCCGGAGCATTTCAGCAGAGAAAAGCAGCAAATTATGAAAGCTCTCGGAGCGGACATCGTGCATACGACGAGAGAAGAAGGCATGCAGGGAGCCATCCGAAAAGCGCTTGAACTGGAGAGAGAGATTAATAATTCTTATGCCGTTCTGCAATTTAAAAACCGAGTAAATCCATTGACTTACTACAAAACGATCGGACCCGAAATATGGAACGCACTCGGCGGGGATATCCACGCTTTTGTCGCAGGAGCGGGTTCCGGCGGCACCTTTGCCGGTACGGCAGCTTATTTAAAGGAGAAAAATCCTGCCGTCAAAACGGTGATCGTTGAACCGGAAGGCTCGATCCTGAACGGAGGAGAGCCGCATGCCCATAAAACGGAAGGCATCGGCATGGAGTTTATCCCGGATTATATGGACGAGAACCATTTTGACGCCATTTACACGGTGGAAGACGATACGGCGTTTTCGCTTGTCAGAGAAGCGGCCGAGAAAGAAGGCCTCTTAATAGGAAGCTCTTCAGGGGCGGCTCTTTATGCAGCGCTTGAAGAAGCGAAAAAAGCGCCCGCCGGATCAAATATCGTCACCATTTTCCCTGACGGCAGCGATCGATATATAAGCAAAAACATTTTTCAAGGAGGTCAGTAA MNVITDITELIGNTPLLRLNHFDIPEGTAVYAKLEMMNPGGSIKDRLGGMLIEDALRTGKVKPGGVIIEATAGNTGIGLALCARKHQLRAVFCVPEHFSREKQQIMKALGADIVHTTREEGMQGAIRKALELEREINNSYAVLQFKNRVNPLTYYKTIGPEIWNALGGDIHAFVAGAGSGGTFAGTAAYLKEKNPAVKTVIVEPEGSILNGGEPHAHKTEGIGMEFIPDYMDENHFDAIYTVEDDTAFSLVREAAEKEGLLIGSSSGAALYAALEEAKKAPAGSNIVTIFPDGSDRYISKNIFQGGQ PGPT0002810_5916 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 D1-12_01714 696 mtnN COG0775 5'-methylthioadenosine/S-adenosylhomocysteine nucleosidase ATGAAACTGGCAGTCATCGGAGCAATGGAAGAGGAAGTTACGATTTTAAGAAGCAAACTGAAAGACGCAAAACAAGAGATGATCGCTCACTGTGAGTTTACAACTGGCAGCTATGAAGGCGTCGAAGTCATCTTGCTGAAATCGGGTATCGGGAAAGTCAACGCCGCGATCAGCACGACGCTTCTGCTTGACCGTTTCAAACCTGATTATGTGATTAACACAGGCTCAGCGGGCGGTTTTCATCATACATTGAATGTAGGCGACGTCGTCATCTCAACAGATGTCCGCCATCATGACGTGGATGTGACGGCGTTTGACTATGAATACGGACAGGTGCCGGGTCTTCCGGCAGCATACAAAGCTGATGAAAAGCTGATCAGCATTACTGAGGAAGCGGTTTCTGAACTGAACGGCATTCAAGTCGCCAAAGGCACAATCGCTACGGGAGATTCTTTTATGAATGATCCGAAGCGGGTTGAAGACGTACGCGCCAAATTTGCGGATTTGTACGCGGTTGAAATGGAAGCTGCGGCTGTCGCACAGGTGTGCCACCAGTTCAAAACGCCTTTTGTTGTCATCAGAGCTTTATCTGATATTGCCGGAAAAGAATCTGACGTTTCATTTGATAAATTTTTAGAACAGGCTGCCGTTCATTCAACTGAGCTTGTCCTGAATGTCATCAAACGAATTCACTAA MKLAVIGAMEEEVTILRSKLKDAKQEMIAHCEFTTGSYEGVEVILLKSGIGKVNAAISTTLLLDRFKPDYVINTGSAGGFHHTLNVGDVVISTDVRHHDVDVTAFDYEYGQVPGLPAAYKADEKLISITEEAVSELNGIQVAKGTIATGDSFMNDPKRVEDVRAKFADLYAVEMEAAAVAQVCHQFKTPFVVIRALSDIAGKESDVSFDKFLEQAAVHSTELVLNVIKRIH PGPT0014320_1809 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-AI-2_BIOSYNTHESIS,PGPT0014320-mtnN|pfs|yadA-K01243 NA NA D1-12_01715 642 yrrT putative methyltransferase YrrT ATGGGCCGTGAATTTATTCCTTTATTTGAAGATTGGGCAGCGACTTATGACGCCACAGTGCACGGGGCTGACAAACAATATGCTGCTGTTTTTAAAGGATATGACAACATTCTTGACAGCATTGTCGCACTTTCAGGTTCAAACGTTTTAGAGTTCGGACCGGGAACGGGGAATTTAACGGCGAAATTAGCCGCCGCGAACAAAAAGGTGTTTGGTGTAGAACCGTCTCCGTCAATGAGAAAACTGGCGGCTGACAAGCTTTCTGACAAAGCCGTGTTCAGTGACGGAGATTTTCTGGAGTTTCCCGCTCCGCCTTTTCAAATAGATACCATCGTCAGCTCGTACGCCTTTCATCATTTAACCGATGAAGAAAAGCGAACGGCTGTAAAGCAGTATGGCGCAATCCTTCAGAAGCATGATAAAATAGTGTTTGCCGATACTGTCTTTAAAGATCATGAAGCTTATGATGAAGCCATTCAAAAAGCAAGCCGAAAGGGCTATCATCAATTAGCGGACGATTTAAAGACGGAACATTATCCGACACTCGCGACAATGAAAAACATCTTTTCAGAAGAGGGATTTGCCGCGCGGTTTACGCAGCAAAATGACTTTGTCTGGATAATGGAGGCGATTAAACGGTAA MGREFIPLFEDWAATYDATVHGADKQYAAVFKGYDNILDSIVALSGSNVLEFGPGTGNLTAKLAAANKKVFGVEPSPSMRKLAADKLSDKAVFSDGDFLEFPAPPFQIDTIVSSYAFHHLTDEEKRTAVKQYGAILQKHDKIVFADTVFKDHEAYDEAIQKASRKGYHQLADDLKTEHYPTLATMKNIFSEEGFAARFTQQNDFVWIMEAIKR PGPT0002810_20 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 D1-12_01716 204 hypothetical protein ATGAATTTTCAATTGGATTTAATCAAAGATAAAGTAGAATTTTTCGAAGCGGCATCTTTGCAGGAGCTTGAAAAGAAAATAAACGTTCAGATTGAAAACAACCAGGCGATTATGCTTCGCGTCCGTTCCGTATCCCATCAGGTGACGGCCGTTGACGGCAGAATCCTTTACAGTGCGTCGGTGCATTTTTCAGCTGACGTATGA MNFQLDLIKDKVEFFEAASLQELEKKINVQIENNQAIMLRVRSVSHQVTAVDGRILYSASVHFSADV NA NA NA NA NA D1-12_01717 717 hypothetical protein TTGAGCAATAAACAATCTCGTTTTGAAAACCGTGATAAGCGCAGAAAAGCAAATATGGTGCTTAACATTTTAATTGCTATCGTATCTATTCTCATTGTCGTCGTTGCAGTCAGCCTCTTCATCAACAGTCCGTCGAGCGACGTGAGCGAAAAAGCGGACACGAGCCAGAAGCAGGAAACACCTGCATCAGGCAAGACGAAGCAGACATCCGATGAAGACATAAAAGACAGCAAAAAAGATAAGGCATCAGACGATGACAAAAAAGATAAACAGGATAAGGACACATCTGATTCATCTTCAGACTCTGACAGCAAAAAAGACGATGATTCATCGAAAAGTGATGACAGCAGCAAAAATGACTCTGATTCAAGCGATCCTTTTAAAGGAGCAAAAATAACAGAGGGCGGCTCATCAAGCGAAGTCGAGAAAACAATTGTTAACCCAAAATGGAAAGCGGTCGGCACAAAGCAGACGGGAGAACATGCGGCGACGTATGACTCAAGCTCTGAAGACTGGTCCGAAATGCTTGACGCCATCTCTTACGCAACAGGCGTGTCAAAAGATCACATGACAGTGCTGTGGCTCGGAAACAATGGAAGCCCGCAAGATGCGAAGGGTAAAGTTTTAGACAAAACGAACGGCAAAAAGTATCAGGTCACCATCACTTGGAAAGACAAAAAAGGCTGGAAGCCGACAAAAGTAGAAACCTTAAAATAA MSNKQSRFENRDKRRKANMVLNILIAIVSILIVVVAVSLFINSPSSDVSEKADTSQKQETPASGKTKQTSDEDIKDSKKDKASDDDKKDKQDKDTSDSSSDSDSKKDDDSSKSDDSSKNDSDSSDPFKGAKITEGGSSSEVEKTIVNPKWKAVGTKQTGEHAATYDSSSEDWSEMLDAISYATGVSKDHMTVLWLGNNGSPQDAKGKVLDKTNGKKYQVTITWKDKKGWKPTKVETLK NA NA NA NA NA D1-12_01718 1755 pbpI COG0768 Penicillin-binding protein 4B ATGATCGTATCAAAAAGGCTGAAAACGGCCGTGATTTGTTTTCTGCTCGTGTTTTTCTTTCTGCTTGCAAGGCTGGCTGAAATTCAGCTTTTTTTTACAGAATCTTTTTCAAAATCCAATATTAATCTGATTCAGGAAAGCGTCAAGCAGCGGACGGAAGAAGTCCTTATTTCAGACGGCCGCGGCTCTTTTCTTGATCGGAACGGCAAAGAGCTGACCGGAAAAAAGCAGCCTGCCGTCATACTGTTTCCCTTTCTCGTGACGCAGGATTGGCCGGTTGAACGGGTATCAGACATTCTCGGAATGAAACAGGGGGAGCTCAGGCAGCTGCTCACGGAAGCAAAAAAACCGGTGATCCTGAACAGCAGAAAAATAAAACATTTGACGAAACAATCCGTGGCAAATATCAATTCTTTGAAATATCCCGGCATTTACGGCGTATATATGAAAGACAGCAAAGAAACAAACATAGCCGCTCATCTGTTGGGCGCGACAAACCAGGACCCTGAGCTTTTGAAAAAGAAATACCCCGGGAGGAAGGAACTGCCGATCACGGCAAAAATCGGGACAAGCGGGATGGAGCGGACGTTTGATGAGTTTTTACTGGCGGATCAGGATACAAAACTTTTGTATCATGTCGACGGAAGGGGAAACCCTTTATTCGGAATGGACGTCAAATATACGGCTGAAGCAAACGCGTTTTATCCGCTGCAAGTCAAAACCTCCATCGACCGCAATATTCAAGAAGCAATGGAAGATGTATTGAAAGACCGCGGGTTAAAAAAGGGGGGAGCCGTCCTTTTAGACATTGAAAAAAGCAGTGTGCTCGGAATGGTATCAAAGCCTGACGCCGACATGTCAAAGCAGCAGACACTGCAAAATTACATGCTGACGCCGATTTATCCGGGATCAGTGTTTAAAACGGTGATCGCCGCAGCCGCAATAGAACAAAACGAAGTGAAGCCGGGCACATCCTTTAACTGCAATCTCAACCTGTACGGAGAGCCGGGGGATGACAAAGGCACGCTCAGTTTTGGAGAAAGCTTTGCCCAAAGCTGCAATTATACGTTTACAAGTCTTGCGGAAAAATTGATCAAAAAAGATGATTCCGTTATTGAAAACATGGCGGAAAAACTAGGTCTCACACAGCGGGCGGGCTGGGAAGGCAAGCTGTACCGGGAAGACGGATTCAGGCAGCTGTATAATGAAAAAAGCGGGGTCATTTGGGGAGATGACAAAGACAAAACCGTAAAAAAAGCCGTCGCACAGACGGCGATCGGGCAAAAAAACGTGAAAGTCACGCCTCTTGAAGTCGCCAATATGATGGCGGCGATCGCGCGCGGCGGTGAAAAGAAACAAGTCAAAATCGCGGACAAAATTGAATACAAAAACAAAACGACGATGGCGTCATTCAAAGATCAGCCGTTAAAAGGGGAAAACATCGACAAATATACGGCGCAGCAGCTTCAAAAAATTCTCAGAGAAGTCGTCACCTCACCGAAAGGAACCGGCCGAAGGTTTCAGGATCTGCCGTATGAGATAGCAGGCAAATCGGGAACGGCCCAGACGGGAATGTTTACAAAAGAAAAACAGACGCTTTACCACAAATGGTTTGCGGGATACTTTCCCGCGGATAAGCCGAAATACGCTCTCGTGGTGCTGCACATGGACACGCCGGGGGATAAGGCTCTGACAAATACAGTGTTTTATGATATTGTTAAAAAGGTACATGAAAATGAAACAAATCAGACATAG MIVSKRLKTAVICFLLVFFFLLARLAEIQLFFTESFSKSNINLIQESVKQRTEEVLISDGRGSFLDRNGKELTGKKQPAVILFPFLVTQDWPVERVSDILGMKQGELRQLLTEAKKPVILNSRKIKHLTKQSVANINSLKYPGIYGVYMKDSKETNIAAHLLGATNQDPELLKKKYPGRKELPITAKIGTSGMERTFDEFLLADQDTKLLYHVDGRGNPLFGMDVKYTAEANAFYPLQVKTSIDRNIQEAMEDVLKDRGLKKGGAVLLDIEKSSVLGMVSKPDADMSKQQTLQNYMLTPIYPGSVFKTVIAAAAIEQNEVKPGTSFNCNLNLYGEPGDDKGTLSFGESFAQSCNYTFTSLAEKLIKKDDSVIENMAEKLGLTQRAGWEGKLYREDGFRQLYNEKSGVIWGDDKDKTVKKAVAQTAIGQKNVKVTPLEVANMMAAIARGGEKKQVKIADKIEYKNKTTMASFKDQPLKGENIDKYTAQQLQKILREVVTSPKGTGRRFQDLPYEIAGKSGTAQTGMFTKEKQTLYHKWFAGYFPADKPKYALVVLHMDTPGDKALTNTVFYDIVKKVHENETNQT PGPT0023965_139 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-PENICILLIN-BINDING_PROTEINS,PGPT0023965-pbpI-K21468 NA NA D1-12_01719 474 greA COG0782 Transcription elongation factor GreA ATGGCACAAGAAAAAGTTTTTCCGATGACTCACGAAGGAAAACAAAAACTTGAACAAGAATTAGAGCAATTGAAAACGGTTAAACGTAAAGAAGTAGTAGAACGCATTAAAATCGCAAGAGGCTTCGGAGATCTGTCAGAGAACTCTGAGTATGATTCCGCAAAAGAAGAACAGGCATTTGTGGAAGGGCGCATCACGACGCTTGAAAACATGATCCGCAATGCGAAAATCATCGAGGATGACGGCGGTTCAAATGTAGTCGGTTTGGGAAAAACCGTATCATTCATCGAATTGCCGGACGGTGAAGAAGAATCTTACACGATTGTCGGAAGCGCTGAAGCTGATCCGTTTGAAGGAAAAATCTCAAACGACTCGCCAATCGCAAAAAGCCTGCTCGGCAGAAAAGTGGACGAAGAAGTGACAGTTCAGACGCCGGGCGGAGAAATGCTCGTGAAAATTGTGAAAATTTCATAA MAQEKVFPMTHEGKQKLEQELEQLKTVKRKEVVERIKIARGFGDLSENSEYDSAKEEQAFVEGRITTLENMIRNAKIIEDDGGSNVVGLGKTVSFIELPDGEEESYTIVGSAEADPFEGKISNDSPIAKSLLGRKVDEEVTVQTPGGEMLVKIVKIS PGPT0030495_3289 PUTATIVE PGPT PUTATIVE_PGPTs PUTATIVE_FUNCTIONS PUTATIVE_FUNCTIONS-1 PUTATIVE-TRANSCRIPTIONAL_CONTROL PUTATIVE-TRANSCRIPTIONAL_CONTROL-1,PGPT0030495-greA-K03624 D1-12_01720 636 udk Uridine kinase ATGGGTAAGAGTCCTGTAGTTATAGGCATCGCAGGAGGTTCCGGATCAGGAAAAACAAGCGTCACCCGTTCCATATATGAACAGTTTAAAGGACACTCGATTTTAATGATCCAGCAAGACCTTTATTATAAAGACCAAAGCCATCTTCCGTTTGAAGAAAGGCTGAACACAAACTATGATCACCCGCTCGCATTTGATAATGACTATTTAATCGAGCATATTCAAGAGCTTTTGAATTACCGGCCGATAGAAAAGCCGATTTATGATTATAAACTGCATACGCGTTCTGAGGAAACCATTCCGGTTGAGCCGAAGGATGTCATTATTCTGGAAGGCATTCTCGTTCTCGAAGATAAAAGACTTCGCGACCTCATGGATATGAAACTTTATGTCGACACGGACGCGGATCTCCGTATCATCAGACGGATTATGAGAGATATTAACGAAAGAGGCCGTTCAATCGATTCTGTCATTGAGCAGTATGTGTCCGTCGTCAGACCGATGCACAATCAGTTTGTTGAACCGACGAAACGCTACGCGGACATCATTATTCCGGAAGGCGGACAAAACCACGTCGCAATTGATCTGATGGTCACGAAGATTCAAACGATCCTTGAACAAAATGCAATTTTGTAA MGKSPVVIGIAGGSGSGKTSVTRSIYEQFKGHSILMIQQDLYYKDQSHLPFEERLNTNYDHPLAFDNDYLIEHIQELLNYRPIEKPIYDYKLHTRSEETIPVEPKDVIILEGILVLEDKRLRDLMDMKLYVDTDADLRIIRRIMRDINERGRSIDSVIEQYVSVVRPMHNQFVEPTKRYADIIIPEGGQNHVAIDLMVTKIQTILEQNAIL PGPT0021230_3047 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021230-udk-K00876 NA NA D1-12_01721 1269 hypothetical protein ATGACAGCCGTAAATCAAACCATTTCCAAAGTCGTAAACGGAAAACGCGTCATTACGAAAAAACCTGAACTCCTTGCTCCGGCAGGAAACCTTGAAAAATTAAAAATTGCCGTTCATTACGGAGCGGACGCGGTTTTTATCGGAGGACAGGAATACGGACTCCGCTCAAATGCGGATAACTTCTCAATAGAAGAAATCGCAGAGGGCGTAGAATTTGCCAAAAAATACGGGGCAAAAATATATGTGACAACAAACATTTTCGCCCATAATGAAAATATGGACGGTCTGGAAGAATACTTAAAAGCGTTGGGAGACGCAAAAGTTGCCGGAATTATCGTCGCTGATCCGCTGATTATTGAAACATGCCGGAGAGTGGCCCCGGACGTAGAAATTCACCTCAGCACACAGCAGTCCCTTTCAAACTGGAAAGCGGTGCAGTTCTGGAAAGAAGAAGGGCTTGACCGCGTGGTGCTTGCCCGTGAAACGAGCGGACTGGAAATTAAAGAAATGAAGGAAAAGGTGGATATTGAAATCGAAACCTTTATCCACGGCGCCATGTGTATCGCTTATTCAGGACGATGCGTGCTGAGCAATCACATGACAGCCCGGGATTCCAACCGCGGCGGCTGCTGTCAGTCCTGCCGCTGGGATTATGACCTGTATCAGACAGACGGTGCAAACGCGGTCGCGCTTTATGACGAAGAAGACGCTCCGTTTGCGATGAGCCCGAAAGATTTAAAATTGATTGAATCCATTCCGCAAATGATCGAGATGGGTATCGACAGCCTGAAAATTGAAGGCCGGATGAAATCGATTCATTACGTTGCGACGGTTGTCAGCGTGTATCGTAAAGTCATCGACGCATACTGCGCTGATCCTGAAAACTTTGTCATTCAAAAAGAATGGCTGGATGAGCTGGACAAATGTGCAAACCGGGATACCGCGCCTGCTTTCTTTGAAGGCACGCCCGGGTATGAAGAGCAGATGTTCGGCGAACACGGAAAGAAAACAACATTTGATTTTGCCGGTCTCGTGCTCGCGTATAACGAGGAAACTCAAATGGTGACGCTCCAGCAGCGCAATTTCTTTAAACAAGGTGACGAAGTGGAATTTTTCGGTCCTGAAATCGACAATTTCACATTCACAATCGGCACTATTTGGGACGAAGACGGAAACGAGCTTGATGCTGCCCGCCATCCCCTGCAAATCGTTACATTTAAAGTAGACAAAAAGATTTATCCGAGCAACATGATGAGAAAGGGGAAGTAA MTAVNQTISKVVNGKRVITKKPELLAPAGNLEKLKIAVHYGADAVFIGGQEYGLRSNADNFSIEEIAEGVEFAKKYGAKIYVTTNIFAHNENMDGLEEYLKALGDAKVAGIIVADPLIIETCRRVAPDVEIHLSTQQSLSNWKAVQFWKEEGLDRVVLARETSGLEIKEMKEKVDIEIETFIHGAMCIAYSGRCVLSNHMTARDSNRGGCCQSCRWDYDLYQTDGANAVALYDEEDAPFAMSPKDLKLIESIPQMIEMGIDSLKIEGRMKSIHYVATVVSVYRKVIDAYCADPENFVIQKEWLDELDKCANRDTAPAFFEGTPGYEEQMFGEHGKKTTFDFAGLVLAYNEETQMVTLQQRNFFKQGDEVEFFGPEIDNFTFTIGTIWDEDGNELDAARHPLQIVTFKVDKKIYPSNMMRKGK PGPT0021005_2242 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0021005-PUTATIVE_PROTEASE-K08303 NA NA D1-12_01722 930 rlhA COG0826 23S rRNA 5-hydroxycytidine synthase ATGAGAAAACCTGAACTTTTGGTGACTCCGACTTCTGTACAGGATATTCTTCCGCTCATTCAAGCGGGCGCAACGGCCCTGTTAGTCGGAGAACAGAGATACGGCCTGAGACTGGCCGGTGAATTTTCAAGAGAAGATATAAAAGAAGCCGTAAAGACAGCTCATCAGGAAGGCGCGAAAGTGTATGCCGCCGTCAATGCTATTTTTCACAACGAAAAAGTGGACGAGCTGAACGGCTATCTTGCCTTTTTGCAGGAGGCCGGCGTTGATGCGGCTGTTTTCGGTGATCCGGCCGTTTTAATGGCGGCGCGTGAAGCGGCTCCCGATCTCAAACTGCACTGGAGCACGGAAACAACGGGTACCAACTACTATTCCTGTAATTACTGGGGACGCAAAGGCGCACGGCGGGCAGTGCTGGCTAAAGAATTAAATATGGACAGCATCATTGACATAAAAGAAAACGCCGAAGTGGAAATTGAAATTCAAATCCACGGCATGACGTGCATGTTCCAATCGAAGCGTTCACTAGTGGGCCATTACTTCGAATACCAGGGAAAAGTCATGGACATCGAACAGAAGAAAAAAGAAGCGGGAATGTTTCTGCATGACAAGGAACGGGGCAATAAATACCCGATTTTTGAAGATGAAAACGGCACGCATATCATGAGCCCGAACGATGTGTGCATGATTGATGAATTAGAGGACCTGATGGACGCCGGCATCGATTCTTTCAAAATCGACGGAGTTTTGAAGTCTCCTGAATACTTAACTGAAGTGACCCGCATGTACAGAGAAGCAATCGATCTGTGCTTCGAAAGCCGAGAGACATACGAAGAGAAAAAAGAGAGCTGGATAGAGCGGATTGAAAGCATTCAGCCTGTGAACAGAAGCATCGACACAGGATTCTTCTTTAAAGAAACGGTCTATTAA MRKPELLVTPTSVQDILPLIQAGATALLVGEQRYGLRLAGEFSREDIKEAVKTAHQEGAKVYAAVNAIFHNEKVDELNGYLAFLQEAGVDAAVFGDPAVLMAAREAAPDLKLHWSTETTGTNYYSCNYWGRKGARRAVLAKELNMDSIIDIKENAEVEIEIQIHGMTCMFQSKRSLVGHYFEYQGKVMDIEQKKKEAGMFLHDKERGNKYPIFEDENGTHIMSPNDVCMIDELEDLMDAGIDSFKIDGVLKSPEYLTEVTRMYREAIDLCFESRETYEEKKESWIERIESIQPVNRSIDTGFFFKETVY PGPT0021005_3267 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0021005-PUTATIVE_PROTEASE-K08303 NA NA D1-12_01723 654 trmR COG4122 tRNA 5-hydroxyuridine methyltransferase GTGAATGATCGGTATGAACAAATAAACGAGTATATAAACGCGATGCTGAAGCCTCGGCCTGATAAAGTGAAAAAGCTTGAAGCCTATGCAAAAGAGCACCATGTTCCGATTATGGAAGAAGCGGGCATTGAAGTGCTGCTTCAAATGCTGTCGATTCAACAGGCGAAAAACATTTTGGAAATCGGCGCGGCAATCGGATATTCCGCCATACGGATGGCGCTTGAGCTTCCGGATGCGAATATTTACACGATTGAACGGGACGACAAACGCTATGAAGAAGCTGTGAACAATATAAAAGACTTTGAAATGGAAAAACGGATTCACGTAATGCACGGGGATGCGCTGGAACTTTCTGAGTCTGTCCGTGTCACGGCTCCTTATGATGCCATTTTTATCGACGCGGCCAAAGGCCAGTACACGAACTTTTTTGAGCTCTATGAACCGATGCTTGCGCCGGATGGAGTCATTTTTACGGACAATGTTCTGTTTAAAGGACTGGTGGCACAAAATCACTCGGACATTGAGCCGAAAAGAAGACGGAAGCTTGTTGAAAAAATTGATCAATATAACCAATGGCTGATGAACCGGCCTGACTATCAAACGGTCATACTGCCGGTCGGAGACGGCATCGCCATCAGTAAAAAGAAGAGGTGA MNDRYEQINEYINAMLKPRPDKVKKLEAYAKEHHVPIMEEAGIEVLLQMLSIQQAKNILEIGAAIGYSAIRMALELPDANIYTIERDDKRYEEAVNNIKDFEMEKRIHVMHGDALELSESVRVTAPYDAIFIDAAKGQYTNFFELYEPMLAPDGVIFTDNVLFKGLVAQNHSDIEPKRRRKLVEKIDQYNQWLMNRPDYQTVILPVGDGIAISKKKR NA NA NA NA NA D1-12_01724 1092 mltG_2 Endolytic murein transglycosylase ATGAATATCAATCAGACTAAAAATTCATTTCCGCGTAAAAACAAAAAAACGACGATAATACTGTCCTCCGTGATCGCTCTGCTTATCATCATTGGCGGTGCTTTTTTCTATGGAAAATCTCTGCTGTCCCCGGTTGACAAAGGCAGCAAAACGGCAGTCAATATTAATATTCCGAGCGGTTCTTCCGTTTCGGCAATCGCTGAAATTCTTGAGGATCAGCATGTCATCAAAAGCAAAAAAGCATTTCAGCTGTATGTAAAGTATAAAGGCGCTTCCGGGTTTCAGGCGGGATTTTACCACCTGAATAAAGGAATGGATGCGGATGCGATTATCAAAAAACTGACCGCGGGATCAACGGGATATGCCTTTCAGATCTCCGTTCCTGAAGGAAAACAGCTTACGCAGATTGCGGATGCGATCGCAAAAGAAACATCATATTCAAAAGAAGAGATCATGGCGAAACTGGATGACAAAACATTCATCGGCAAACTGAAAAAACAGTTTCCTGATACGATAACGGACGCGCTTTCAAACAAGAAGCTCAAGCATCCGCTCGAAGGCTATCTGTATCCGGCCACATATCCGTTTAATGATCCGGATGCATCGCTTGACACGATTTTGACGGCAATGGTTCAGGAAACAAACACCCGTATCGAAACGTATAAATCTGAACTGAAAAAAAAGAAACTTTCCGTCCATAACGCGCTGACAATGGCATCACTTATTGAAGAAGAAGCCACCGCCAAAGCCGACCGTCACAAAATCGCCAGCGTTTTTTACAACAGGCTCGAAGAAAAAATGCCGCTGCAGACTGACCCGACGGTATTATATGCGGCCGGTAAGCATAAAAGCCGGATCTACTACAAAGACCTGAAAATTGATTCTCCGTTTAATACGTATAAACATAAGGGGCTGCCGCCGGGACCGATTGCAAATGCCGGTGATTCATCATGGGAAGCGGCTCTCCGCCCTGATAAAACGGATTATCTCTATTTCCTTGCAAAATCAAACGGCGAGGTTGTTTTCACCAAAACATTAAAAGACCATAATAAAGCGAAGGAAAAGTATATTTCCAAAAAAGACAGCGAATAA MNINQTKNSFPRKNKKTTIILSSVIALLIIIGGAFFYGKSLLSPVDKGSKTAVNINIPSGSSVSAIAEILEDQHVIKSKKAFQLYVKYKGASGFQAGFYHLNKGMDADAIIKKLTAGSTGYAFQISVPEGKQLTQIADAIAKETSYSKEEIMAKLDDKTFIGKLKKQFPDTITDALSNKKLKHPLEGYLYPATYPFNDPDASLDTILTAMVQETNTRIETYKSELKKKKLSVHNALTMASLIEEEATAKADRHKIASVFYNRLEEKMPLQTDPTVLYAAGKHKSRIYYKDLKIDSPFNTYKHKGLPPGPIANAGDSSWEAALRPDKTDYLYFLAKSNGEVVFTKTLKDHNKAKEKYISKKDSE NA NA NA NA NA D1-12_01725 282 hypothetical protein ATGGAACACGGCGAAAAACACATTACAATTGTCGATGATCAAGGAAACGAACAGCTTTGCGAAGTGCTGTTCACATTTGAAAACGACACATTCAACAAATCTTACGTACTTTATTATCCGATTGATGCTCAAGACGATGATGAAATCGAAATTCACGCTTCAAGCTTCGAACCGAACGAAAACGGTGAAGACGGCGAACTGATGCCGATTGAAACCGATGAAGAGTGGGAAATGATCGAAGAAACGCTGAACACGTTTTTAGCGGAAGAAGACGAAGAATAA MEHGEKHITIVDDQGNEQLCEVLFTFENDTFNKSYVLYYPIDAQDDDEIEIHASSFEPNENGEDGELMPIETDEEWEMIEETLNTFLAEEDEE NA NA NA NA NA D1-12_01726 417 yrrK COG0816 Putative pre-16S rRNA nuclease ATGAGAATATTGGGACTTGATCTTGGAACGAAAACACTCGGCGTAGCTTTAAGCGATGAAATGGGCTGGACCGCTCAAGGCATTGAGACGATAAAAATAAACGAGGCTGAAGGAGATTACGGTCTGGACCGTTTATCCGAGCTGATGAAAGACTATAATGTAGAGAAGATCGTGCTCGGTTTTCCGAAAAACATGAACGGGACGATCGGTCCAAGAGGCGAAGCCAGCCAAACATTTGCGAAACTGCTTGAAACAGCGTACAATGTCCCTGTTGTGCTGTGGGACGAGCGTCTGACGACGATGGCGGCTGAAAAAATGCTGATCGCGGCTGACGTCAGCAGGCAAAAACGAAAAAAAGTCATTGATAAAATGGCGGCTGTCATGATCCTTCAAGGATATCTGGACAGTTTAAACTAA MRILGLDLGTKTLGVALSDEMGWTAQGIETIKINEAEGDYGLDRLSELMKDYNVEKIVLGFPKNMNGTIGPRGEASQTFAKLLETAYNVPVVLWDERLTTMAAEKMLIAADVSRQKRKKVIDKMAAVMILQGYLDSLN NA NA NA NA NA D1-12_01727 267 hypothetical protein GTGAGCTCGTTTGATAAAACGATGAAATTTAATTTCTCCGATGATTCTGCTGAAACAAACGTCGAAGAAGTGCTGATTACGGTATATGATGCGCTTCAGGAAAAGGGGTACAATCCTATCAACCAGATTGTCGGATACTTGCTGTCTGGAGATCCTGCATACATTCCTAGGCATCGCGACGCCCGGAACTTAATTCGCAAACTGGAACGTGACGAATTAATCGAGGAATTGGTAAAATCCTATCTAGAACAGCATAAAGAGGCGTAA MSSFDKTMKFNFSDDSAETNVEEVLITVYDALQEKGYNPINQIVGYLLSGDPAYIPRHRDARNLIRKLERDELIEELVKSYLEQHKEA NA NA NA NA NA D1-12_01728 2637 alaS Alanine--tRNA ligase ATGAAACACTTAACTTCTGCTGAAGTGCGTCAAATGTTTTTAGATTTCTTTAAAGAAAAAGGCCATGCCGTTGAACCGAGCGCCTCATTGGTTCCGCATGAAGATCCGTCTTTATTATGGATCAACAGCGGCGTTGCGACGCTGAAAAAATACTTTGACGGCCGCGTTGTGCCGGAGAATCCGAGAATTGTAAACGCGCAAAAATCAATCCGCACAAATGATATTGAAAATGTGGGGAAAACGGCGCGCCACCACACGTTCTTTGAGATGCTCGGAAACTTTTCCATCGGTGATTATTTTAAAGAAGAAGCCATCACGTGGGCATGGGAGTTTTTAACGAGCGAAAAGTGGATCGGCTTTGATCCGGAGCTGCTGTCTGTAACGGTTCACCCTGAGGATGAAGAAGCTTATACGCTATGGGCGGAAAAAATCGGCGTTCCGGAAGAAAGAATCATCCGTCTGGAAGGGAACTTCTGGGATATCGGCGAAGGCCCGAGCGGACCGAATACGGAAATTTTCTATGACCGCGGCGAGAAATACGGCAATGACCCGTCAGATTCTGAATTGTATCCGGGCGGCGAAAATGACCGCTATCTTGAAGTGTGGAACCTGGTATTCTCAGAGTTCAACCACAACCCGGACGGCACGTACACACCGCTTCCGAAGAAAAACATTGATACGGGCATGGGGCTTGAACGGATGGTCTCCGTGATTCAGGACGTCCCGACAAACTTTGACACTGATTTGTTTATGCCGATTATTGAAGCGACAGAGCGCATTTCCGGAGATGTTTACGGAAAGGACGCAGTGAAGGATACGGCCTTTAAAGTGATCGCCGATCATATCAGAACGGTCGCATTTGCGGTAAGCGACGGAGCTCTGCCGTCAAATGAAGGGCGCGGGTATGTACTGAGACGCCTCTTGCGCCGGGCTGTGCGATACGCGAAAACCATCGGTATCAGCCGTCCGTTTATGTATGAGCTGGTACCGACTGTTGCAGGAATTATGGACGCTTTCTATCCGGAGGTGAAAGAAAAGCAAGAGTTTATCGCCAAAGTCATCAAAACGGAGGAAGAGCGCTTCCACGAAACATTAAACGAAGGTCTGGCCATTTTATCCGACGTGATAAAGAAAGAGAAGGAAAAAGGCAGCGGCATCATCTCCGGAAAAGACGTATTCAAACTGTACGATACGTACGGATTCCCGGTTGAATTAACGGAGGAATACGCGGAAGATGAGCAAATGAAAGTTGACCATAAAGGCTTTGAAGCCGAAATGGAAAAACAGCGTGAACGGGCGAGAAATGCGCGCCAAGATGTAGGAAGCATGCAGGTGCAGGGCGGCGCATTGCGCGACATTACCGCAGAAAGCACATTTGTCGGCTACAGTGCCGTAAAAGCTGAAGCGAAGGTGATCGAGCTTCTTCATGACGGGCAATTAATCAGTGAGGCGCATGAAGGGGATACCGTCCAAATCCTTCTTGACAAAACGCCTTTCTACGCTGAAAGCGGCGGACAGATCGGTGACAGAGGAGTGCTGAGAAGCGAGCAGGCTGTCGTAATCATTAAAGACGTGAAAAAAGCTCCGAACGGTCAGCATGTACACGAAGGCACGGTGGATAGCGGCACGATTCAAAAAGGCGCAAGCGTGACGGCTGAAGTGGAAGATCAAATGAGAAGCGGCGTGGTGAAAAACCATACGGCTACCCACCTTCTGCACCAGGCGCTGAAAGACGTTCTCGGCACACATGTCAACCAAGCGGGGTCACTCGTTACCGAAAACCGTCTGCGTTTTGACTTCTCTCATTTCGGTCAAGTGACGAAAGAAGAACTTGAACGCATTGAAGAAATCGTCAACGAAAAAATCTGGGAGAGCATTCCGGTAGCGATTGATTTGAAACCGATCAATGAAGCAAAAGAAATGGGCGCGATGGCCCTGTTCGGCGAGAAATACGGCGATATCGTCCGCGTCGTACAAGTCGGAGATTACAGCCTTGAGCTTTGCGGCGGATGCCATGTCACGAATACGGCTGAAATCGGCCTGTTTAAAATCGTATCCGAATCAGGGATCGGCGCAGGTACGCGAAGAATCGAAGCCGTAACAGGAAAAGGCGCTTATCAGGAAATGAACAGCCAGCTCAGCCTTCTGCAGCACGCTGCGGACGAGCTGAAATCAAACGTAAAAGACGTACCGAAGCGAATTCAGTCTCTTCAAGCGGAGCTGAAGGAAGCGCAAAGAGAAAATGAATCATTGCTCAGCAAACTCGGCAATGTGGAAGCCGGAGCCATTCTGTCTAAAGTAAAAGACATCGGCGGCGTAAAAGTGCTGGCTGAAAAAGTAAATGCGAAAGACATGAACCACCTTCGCACTATGGTGGATGATCTGAAAGCGAAGCTCGGTTCTGCGGTCATCATTCTCGGCGCCGTGCAAAATGAGAAAGTCAACCTTTCAGCAGGCGTGACGAAAGACCTGATCGAAAAAGGCCTTCATGCCGGCAAAATGGTCAAACAAGCGGCTGAAGTCTGCGGAGGCGGAGGCGGAGGACGTCCGGACATGGCGCAGGCCGGCGGAAAGCAGCCTGAAAAATTGGAAGAGGCGCTCGCATCTGCGGAAGATTGGATAAAATCCGTTTTATAA MKHLTSAEVRQMFLDFFKEKGHAVEPSASLVPHEDPSLLWINSGVATLKKYFDGRVVPENPRIVNAQKSIRTNDIENVGKTARHHTFFEMLGNFSIGDYFKEEAITWAWEFLTSEKWIGFDPELLSVTVHPEDEEAYTLWAEKIGVPEERIIRLEGNFWDIGEGPSGPNTEIFYDRGEKYGNDPSDSELYPGGENDRYLEVWNLVFSEFNHNPDGTYTPLPKKNIDTGMGLERMVSVIQDVPTNFDTDLFMPIIEATERISGDVYGKDAVKDTAFKVIADHIRTVAFAVSDGALPSNEGRGYVLRRLLRRAVRYAKTIGISRPFMYELVPTVAGIMDAFYPEVKEKQEFIAKVIKTEEERFHETLNEGLAILSDVIKKEKEKGSGIISGKDVFKLYDTYGFPVELTEEYAEDEQMKVDHKGFEAEMEKQRERARNARQDVGSMQVQGGALRDITAESTFVGYSAVKAEAKVIELLHDGQLISEAHEGDTVQILLDKTPFYAESGGQIGDRGVLRSEQAVVIIKDVKKAPNGQHVHEGTVDSGTIQKGASVTAEVEDQMRSGVVKNHTATHLLHQALKDVLGTHVNQAGSLVTENRLRFDFSHFGQVTKEELERIEEIVNEKIWESIPVAIDLKPINEAKEMGAMALFGEKYGDIVRVVQVGDYSLELCGGCHVTNTAEIGLFKIVSESGIGAGTRRIEAVTGKGAYQEMNSQLSLLQHAADELKSNVKDVPKRIQSLQAELKEAQRENESLLSKLGNVEAGAILSKVKDIGGVKVLAEKVNAKDMNHLRTMVDDLKAKLGSAVIILGAVQNEKVNLSAGVTKDLIEKGLHAGKMVKQAAEVCGGGGGGRPDMAQAGGKQPEKLEEALASAEDWIKSVL NA NA NA NA NA D1-12_01730 1062 COG0628 Putative transport protein ATGCTTCAAAAACCGCTGCAGCTCTTAATGTGGACGGCTGTATGTCTGCTCGTTTTGTTAACAGTGTATGTCTTTTGCATGCTCGATATGTTATGGTCTCCCATTTGGCTTGTTATAAAATCTCTCTTTATTCCTATATTCATCGCAGTATTTATTGCTTATCTTTTACTTCCGATTACTGAATGGCTTCATAGAAAAGGGATGCCTAGAACTTTAAGCCTGCTTCTGATTTATTGCCTGTTTTTCGGCGGAATCGGCTGGGGGGTTTATAAAGGGGTTCCTGTTTTAATTGAACAGCTGCAGGATCTGTCTGAGAGCATTCCCGGTCTTGCCAAAAACTACAACAGCATGCTGACGCATCTGCATAATCACACGGATCATTGGCCTGACGGCATGCACCATCGGATGGACAAAATGATTCAGCAGACAGAAACGTTTCTTGCCGGCACGATTGAAAGCACGATCAGAAGCATCCGTTTCGTGCTTGATTATATCCTGATCGCGGCGACGATTCCTTTTCTCGTGTTCTATATGGTGAAGGATATAGACGTCATGAAAAAGACAGTCTGGTATTTGACGCCGAAGTCCTGGAGAAAAAGGGGGAGTGAATTTCTGCGGGATGTGGACGACTCTCTCGGTGATTACATCCGCGGTCAGCTTCTCGTTTGTTTTTTGCTCGGGTTAATAGCCGGCGTTTCATTTTGGCTGTTCGGGCTTCCTTACCCGCTGATTTTGGGCCTTGCCATCGGGATTACGAATGTCATCCCGTATTTCGGTCCGTTTATCGGCGCTGTACCGGCGCTGCTCCTTTCGCTGGCGATTTCTGCTAAAGCTGTGATCATCGTAATCGTCACGATTTTTATTCTGCAATTTATAGAAGGAAACATTTTGAGCCCGCTTATTGTCGGGCGCAGTCTCAGAATGCACCCCATCGTGATCATGCTGGCGCTCCTTGCCGGAGGAGAACTCGCGGGCATTCCCGGCATGATTCTTGCTGTTCCGGCGGCAGCTGTTTTAAAAGTGACGGCCATTCACTTTTTGCGGATCAGGACGGAACATTGA MLQKPLQLLMWTAVCLLVLLTVYVFCMLDMLWSPIWLVIKSLFIPIFIAVFIAYLLLPITEWLHRKGMPRTLSLLLIYCLFFGGIGWGVYKGVPVLIEQLQDLSESIPGLAKNYNSMLTHLHNHTDHWPDGMHHRMDKMIQQTETFLAGTIESTIRSIRFVLDYILIAATIPFLVFYMVKDIDVMKKTVWYLTPKSWRKRGSEFLRDVDDSLGDYIRGQLLVCFLLGLIAGVSFWLFGLPYPLILGLAIGITNVIPYFGPFIGAVPALLLSLAISAKAVIIVIVTIFILQFIEGNILSPLIVGRSLRMHPIVIMLALLAGGELAGIPGMILAVPAAAVLKVTAIHFLRIRTEH NA NA NA NA NA D1-12_01731 729 glnQ COG1126 Glutamine transport ATP-binding protein GlnQ ATGATTTCATTTCAGGATGTAAATAAGCACTACGGACATTTCCACGTGCTGAAAAACATTAATCTGCACATTAAAAAAGGGGAAGTCGTCGTTATCATCGGACCTTCAGGATCGGGAAAAAGCACGCTTCTCCGCTGCATTAATCAGCTGGAAACAGTTGATGGAGGCGCCTTAACGGTAAACGGCGTCTCCATCCGTGACAAGAAAACGGATATCAATCAGGTCCGCCGGAATATCGGCATGGTGTTTCAGCATTTTCATCTGTACCCGCACAAAACCGTTCTGCAAAATATCATGCTCGCACCGATCAAAGTGCTCAAGCAATCAAAAGAAGAAGCAAAGGAAACGGCTTTATACTATTTGAAAAAAGTCGGTATACCGGACAAAGCGGACGCTTATCCTTCACAGCTTTCCGGCGGCCAGCAGCAGCGTGTCGCCATCGCCAGGGGGCTTGCGATGAAGCCCGAAATTATGCTGTTTGATGAACCCACATCCGCGCTTGATCCGGAAATGATCGGGGAGGTGCTGGATGTCATGAAAACACTCGCAAAGGAAGGCATGACCATGGCAGTCGTCACACATGAAATGGGATTCGCAAAAGAAGTGGCGGACCGCATCGTGTTTATCGACGGCGGATCCATCTTAGAAGAAGCTGCACCGGCTGAATTTTACGAAAGCCCCCGTGAAGAGAGGGCGCGTTTATTCTTAAGCCGTATTTTAAATCACTGA MISFQDVNKHYGHFHVLKNINLHIKKGEVVVIIGPSGSGKSTLLRCINQLETVDGGALTVNGVSIRDKKTDINQVRRNIGMVFQHFHLYPHKTVLQNIMLAPIKVLKQSKEEAKETALYYLKKVGIPDKADAYPSQLSGGQQQRVAIARGLAMKPEIMLFDEPTSALDPEMIGEVLDVMKTLAKEGMTMAVVTHEMGFAKEVADRIVFIDGGSILEEAAPAEFYESPREERARLFLSRILNH PGPT0000710_332 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_GLUTAMINE_TRANSPORT,PGPT0000710-peb1C|glnQ-K10041 NA NA D1-12_01732 828 glnH COG0834 ABC transporter glutamine-binding protein GlnH ATGTCACGCGCAACAAAATGGTTGTCATTCGGATTGATATCACTGCTGGCCGTCTTTATGCTGGCAGCCTGCGGAGGGAAAGAAACGTCCGGGGATTCAAAAGGAACGGGAAAAGACACGTTAGCCTCTATTAAAGACAGAGACAAAATCATCTTCGGCGTCAAAACCGATACGAGGTTATTCGGGCTGAAAAACCCAAGCTCCGGTGATATTGAAGGCTTCGATATTGATATCTCAAAACAGCTCGCAAAAGATATTCTGGGGGATGAGAAGAAAGCGGAATTTAAAGAAGTGACGTCAAAAACAAGGATTCCGATGCTGCAAAACGGCGATATCGACGCCATCACCGCCACGATGACGATAACGGATGAGCGGAAAAAAGAAGTTGATTTCTCAGATGTTTATTTTGAAGCCGGGCAATCCCTGCTCGTCAAAAAAGGAAGCAGCATCAAAAGCACCGAAGACCTGGGAAAAGGCTCAAAAGTATTGGCGGTAAAAGGCTCCACTTCCTCACAGAACATCAGAGAAAAAGCGCCTGACGCCTCAGTGCTGGAATTTGAAAATTACGCCGAAGCGTTCACTGCGCTTAAAGCGGGACAGGGAGATGCGCTCACAACCGATAATGCGATTTTATACGGCATGGCGGATGAAAATAAACAATATCAGCTGACGGGCGAAACCTTCACCGATGAACCTTACGGAATCGCCGTCAAAAAAGGCCAATCCGGCCTTGTCAAAAAAATCAACGCCTCTTTGAAAAAAATGAAAGCTGACGGCAGGTACGAAAAAATCTATAAAAAATGGATAAAAGAAGAACCGGCAAAATAG MSRATKWLSFGLISLLAVFMLAACGGKETSGDSKGTGKDTLASIKDRDKIIFGVKTDTRLFGLKNPSSGDIEGFDIDISKQLAKDILGDEKKAEFKEVTSKTRIPMLQNGDIDAITATMTITDERKKEVDFSDVYFEAGQSLLVKKGSSIKSTEDLGKGSKVLAVKGSTSSQNIREKAPDASVLEFENYAEAFTALKAGQGDALTTDNAILYGMADENKQYQLTGETFTDEPYGIAVKKGQSGLVKKINASLKKMKADGRYEKIYKKWIKEEPAK PGPT0000670_218 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_GLUTAMINE_TRANSPORT,PGPT0000670-peb1A|glnH-K10039 NA NA D1-12_01733 651 glnM COG0765 putative glutamine ABC transporter permease protein GlnM ATGAACTTTTCAATTTTAACGGAAAACTTCGATATGTATATGGACGGTTTCCTGCACACATTGCTTGCGAGCTTCATCGCGCTGGCAGGCAGCTTTGCGCTGGGCGTTCTGATCGCAGTCATGAGAATCACGGCTTTCATACCCCTTCAATGGATCGGCACTGCGTATGTGGAATTTATCCGGAACATCCCGCTTCTCCTCATCACATTCGTTTTTTATTTCGGACTTCCGAACGCCGGACTGAGACTGGACGGCTTTCAGGCGGGAACGATTGCGCTTACGATTTACACGTCCGCCTTTATCGCAGAAGCCATCAGAGCCGGAATTCAGACTGTCCCCAAAGGGCAGATGGAAGCGGCCAGATCGTCAGGCTTCACCTACAGTCAGGCGATGAGATATATCATTCTTCCTCAGGCCGTAAAAATCGTCATTCCCCCGCTCGGAAACCAATTTCTCAACCTTGTCAAAAACTCATCAATACTCGGAGTGGTGGCGGGGCTCGATTTGATGTATCAGGCGGATCTCGTGTCCTCGAGCACTCTTGTCGTGTTTGATGTCTATATTTTCGTCGCGCTTTTTTATTTGATAGTAACGATCCCGCTCAGCATCGGGGTTCACTATTTGGAAAGACGTCTCGGAAAGAGTTATTAG MNFSILTENFDMYMDGFLHTLLASFIALAGSFALGVLIAVMRITAFIPLQWIGTAYVEFIRNIPLLLITFVFYFGLPNAGLRLDGFQAGTIALTIYTSAFIAEAIRAGIQTVPKGQMEAARSSGFTYSQAMRYIILPQAVKIVIPPLGNQFLNLVKNSSILGVVAGLDLMYQADLVSSSTLVVFDVYIFVALFYLIVTIPLSIGVHYLERRLGKSY PGPT0000705_541 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_GLUTAMINE_TRANSPORT,PGPT0000705-peb1B|glnP|glnM-K10040 NA NA D1-12_01734 657 glnP COG0765 putative glutamine ABC transporter permease protein GlnP ATGGATTTTAGCGGCGCCTATACACCTGACCATCTGCTGTTTTTATGGGACGGCTTTTTGGTCACACTTTATGTTGCGCTGATCTCCATTGTCCTGAGTTTTATTTTCGGGCTTGCCGCCGGCACTTTGCGCTATGCGAAAATTCCTATCGTCTCGGGCATTATAGCGGCCATTGTGGAAACCATCCGCAACCTGCCGCTGTTATTAATCATTTTCTTTACGTTTTTTGCCCTTCCGGAAATCGGGATCAAACTGGAAATTACCGCGGCCGCCATCACGGCGCTGACGATTTTTGAATCGGCCATGCTGTCAGAAATCATCAGAAGCGGTTTGCAATCCGTTGACAAAGGACAGATTGAAGCGGCGCGTTCTTCAGGACTGACGTACACGCAGACTCTTTTTCTCGTCGTCATGCCGCAGGCGCTCAGGCGTATGGTTCCTCCGATTGTGAGCCAGTTTATCTCCTTATTAAAGGATACGTCACTTGCGGTCGTCATCGCTCTGCCCGAACTGATTCATAACGCGCAGATTTTAAACGGACAAAGCGCTGACGGGGGGTATTTTTTCCCGATCTTTCTGCTGGCGGCCCTGATGTATTTCGCGGTCAATTACAGCCTGTCTCTCGCAGCCAGACGGCTGGAAGCGAGACAAACGTAA MDFSGAYTPDHLLFLWDGFLVTLYVALISIVLSFIFGLAAGTLRYAKIPIVSGIIAAIVETIRNLPLLLIIFFTFFALPEIGIKLEITAAAITALTIFESAMLSEIIRSGLQSVDKGQIEAARSSGLTYTQTLFLVVMPQALRRMVPPIVSQFISLLKDTSLAVVIALPELIHNAQILNGQSADGGYFFPIFLLAALMYFAVNYSLSLAARRLEARQT PGPT0000705_338 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_GLUTAMINE_TRANSPORT,PGPT0000705-peb1B|glnP|glnM-K10040 NA NA D1-12_01735 132 hypothetical protein ATGGGCAGAACAATGACCTCTCTGTTGGCTTTAGGAGCTGGAGCCGTTATGTATCGTATGGCTTCTCAGTCCGATATGCTGAATAAAAAAGGTATGAAACGGATGAGAAGACGAGTCATGAAAATGTTTTAA MGRTMTSLLALGAGAVMYRMASQSDMLNKKGMKRMRRRVMKMF NA NA NA NA NA D1-12_01736 192 hypothetical protein GTGCTTGTATGTCCGAACTGCAAAAGTAAAGATATCGGCAAAATCGGCGTAAACCAATACTATTGCTGGGGCTGCTTCATTGAGCTGACGGTGGCCAAAGGCAAAATTGCGACACATCAAGTAGAGGAAGACGGCACGTTAAGCAGTCTTGATGATTTGTTTTCTGAAGACGAACGCAGTATCAATTTTTAA MLVCPNCKSKDIGKIGVNQYYCWGCFIELTVAKGKIATHQVEEDGTLSSLDDLFSEDERSINF NA NA NA NA NA D1-12_01737 459 hypothetical protein TTGAGAACATGCCATGCAGCTGAAGGACGAACAGTATATGACGAAAACACCGGGCGCAGTCTCGGGATGATATCGGATGTATGTTTCTCTCTGGACGGCCGGTTTCTCGGTTTCGTGCTGGAGCAGAAACGCTTGTTTCACAACCGCCATCTTTTTTTAGGGGCAAGTGATATAAAAGAGATGGATCAAGAAGCCGTAGCTGCCGGTCATGCTCATTTGCAGCCTTTGCCGAAGAGCTGTTTCACCTTTGAACAGATTAAAATGCAGCCGGTGAAATCGCCTGATGGTGAAATGTTCGGTTTGCTGGAAGATGTATACTTTTGTTTGGACAGGGGCATAATCGTAGCATATGAACTCTCGGACGGCTTCTTTTCAGATCTGGCTGGCAGACGCCAAGTGCGCCGCGCCGCCGATACGCTTATTGAAGCGGGGAAAGAAGGCATCGTCCTGAACGGATAA MRTCHAAEGRTVYDENTGRSLGMISDVCFSLDGRFLGFVLEQKRLFHNRHLFLGASDIKEMDQEAVAAGHAHLQPLPKSCFTFEQIKMQPVKSPDGEMFGLLEDVYFCLDRGIIVAYELSDGFFSDLAGRRQVRRAADTLIEAGKEGIVLNG NA NA NA NA NA D1-12_01738 2379 recD2 COG0507 ATP-dependent RecD-like DNA helicase GTGGATCAGCTGAACATCGAAGAACAGCCGTATGTAAAAGGCGTCATTCATACGGTCATTTATCATAATGACACCAACCTGTATACAGTGCTGAAAGTCAAGGTTGCAGAAACGTCTGAGGCGATCGAAGACAAGGTCGTATCCGTAACGGGCTACTTCCCTCTGCTGCAAGAAGATGAGACCTACACATTTTACGGAAAAACCGCCACGCATCCTAAGTTCGGCCTGCAATTTCAGGCTGAACACTTTAAAAAAGAAATTCCGACCACAAAAGAAGGGATCATTCACTATTTATCAAGTGATCTGTTTGAAGGAATCGGAAAAAAAACGGCGGAAGAAATCGTCAAAAAGCTTGGAGACGGCGCGCTCAATAAAATTCTGGCTGATGCATCGGTGCTTTATGATGTGCCGAAAATGTCAAAAAAGAAAGCGGACAAACTGGCGGGAGAGCTGCAGCGGCATCAGGGTCTCGAGCAGATTATGATCTCTCTGAACCAATACGGTTTCGGGCCCCAGCTATCCATGAAAATATATCAGGCCTACGAAACGGAAACCTTGGAGAAAATTCAGGAAAATCCTTATCAGCTTGTAAAAGACGTTGAAGGCATCGGCTTTGTGAAAGCTGACGAGCTGGGCGGAAAAATGGGTCTGTCAGGAAACCACCCGGAGCGGATCAAAGCGGCTATCTTATATACGATTGAATCGACCTGTCTTTCAGAGGGCCATACGTACATAGAAACGAAGCAGCTGATTATCAATACGCAAACGCTTCTGAATCAGTCAGCTGAAGGCGGCCGCGTCACGGAAATGGATGCGGCTGACGGCATCATCGCCCTCGGGGAGAGTAAGGATATCGTCATCGAAGGAGAGCGCTGCTATTTTCCGTCATTGTTTTACGCCGAACAAAACGTCGCAAAACGCGTGCTCGACATTGCGGCCCAGACGGAGTATGCCGATCAGTTTCCTGAATCGGAATTTCTGCTTGCACTCGGTGAACTGGAAGAACGGATGAATGTTCAATACGCACCAAGCCAAAAGGATGCCATTCAAAAAGCACTGTCTTCACCGATGCTTTTACTGACCGGAGGACCGGGAACGGGGAAAACGACCGTTATTAAAGGAATCGTGGAATTATACAGTGAACTGCACGGCGTATCCCTTGACCCCGGTGATTATAAAAAAGACGAGGCGTTTCCGGTGCTGCTTGCCGCGCCGACCGGAAGAGCCGCAAAACGGATGAGCGAATCTACGGGTCTGCCGGCTGTTACGATTCACAGGCTGCTCGGCTGGAATGGCGCTGAAGGCTTTACCTACAACGAAGATCAGCCGATTGAAGGGAAACTGATCATTATAGACGAAGCGAGTATGCTTGATATCTGGCTCGCCAGCCATTTGTTTAAGGCGCTTCCTAAGCACATTCAGCTCATTATAGTCGGTGATGAAGACCAGCTTCCTTCAGTAGGACCGGGGCAGGTGCTCAGAGATCTTTTGGCTTCTGAAGTGCTGCCGACCGTGCACCTGACAGATATTTACCGTCAGGCTGAAGGATCATCCATTGTGGAACTTGCCCATGATATGAAAAAAGGACTGCTTCCAAAGGGGCTGACCGCGCCGACAAAGGACCGCTCATTTATCCGCTGTAATTCTTCACAGATTAAAGAAGTCGTGGATCAGGTCGTCTCGAACGCGTTAAAAAAGGGGTATACCTCCAGAGATATTCAAGTGCTTGCCCCGATGTACAGGGGAAAAGCGGGAATTAACGAGCTGAACATGCTTCTTCAGGACATCATGAATCCGCCTAAAGAAAAAAGGCGGGAGCTGAAATTCGGAGATGTCGTCTACAGGACGGGCGATAAAATATTGCAGCTTGTCAACCAGCCGGAAAACAATGTGTTTAACGGCGATATCGGCGAAATCGTGTCCATTTTTTATGCCAAAGAAAATACGGAAAAAGAAGACATGGTCGTCGTCTCGTTTGACGGCAACGAAATCACCTTTACGAAAAAGGATTTCAGCCAGTTTACCCACGCGTACTGCTGTTCCATCCATAAGTCGCAGGGAAGCGAATTCCCGATTGTCGTCCTGCCTGTCGTCAAAGGCTACTATCGAATGCTCAGGAGAAATCTGCTTTATACCGCCATTACAAGAGCGAAAAAATTCCTGATTCTTTGCGGAGAAGAAGAAGCGCTTGAATGGGGCGTCAAAAACAATGATGCCACCGTCAGACAGACATCGCTTAAAAACAGGCTCACAGAGCAGACTGAAGAGATGGATGCAGAACTGGCCGCCCTGCAAAAAGAGCTGCCGTTCAGTGTATACGATGCGAACATCGGAATGGAAGGCATCACGCCTTTTGACTTTATGGAAGAAAAAGCGTAA MDQLNIEEQPYVKGVIHTVIYHNDTNLYTVLKVKVAETSEAIEDKVVSVTGYFPLLQEDETYTFYGKTATHPKFGLQFQAEHFKKEIPTTKEGIIHYLSSDLFEGIGKKTAEEIVKKLGDGALNKILADASVLYDVPKMSKKKADKLAGELQRHQGLEQIMISLNQYGFGPQLSMKIYQAYETETLEKIQENPYQLVKDVEGIGFVKADELGGKMGLSGNHPERIKAAILYTIESTCLSEGHTYIETKQLIINTQTLLNQSAEGGRVTEMDAADGIIALGESKDIVIEGERCYFPSLFYAEQNVAKRVLDIAAQTEYADQFPESEFLLALGELEERMNVQYAPSQKDAIQKALSSPMLLLTGGPGTGKTTVIKGIVELYSELHGVSLDPGDYKKDEAFPVLLAAPTGRAAKRMSESTGLPAVTIHRLLGWNGAEGFTYNEDQPIEGKLIIIDEASMLDIWLASHLFKALPKHIQLIIVGDEDQLPSVGPGQVLRDLLASEVLPTVHLTDIYRQAEGSSIVELAHDMKKGLLPKGLTAPTKDRSFIRCNSSQIKEVVDQVVSNALKKGYTSRDIQVLAPMYRGKAGINELNMLLQDIMNPPKEKRRELKFGDVVYRTGDKILQLVNQPENNVFNGDIGEIVSIFYAKENTEKEDMVVVSFDGNEITFTKKDFSQFTHAYCCSIHKSQGSEFPIVVLPVVKGYYRMLRRNLLYTAITRAKKFLILCGEEEALEWGVKNNDATVRQTSLKNRLTEQTEEMDAELAALQKELPFSVYDANIGMEGITPFDFMEEKA NA NA NA NA NA D1-12_01739 651 yrrB TPR repeat-containing protein YrrB ATGGATTATAATAAAATCGGGATTGACGCCATGCAGGAGGGCGATTTTGAAAAAGCGGCAGAGGCTTTTACGAAAGCGATTGAGGAAAACGGCCAAGACCCGGTGCCGTACATCAACTTCGCAAATCTGCTTTCTTCTGTGAACGAACTCGAACGGGCGCTTGCATTCTATAACAGAGCGCTTGAATTGGACAACTCGGCGGCAGCCGCTTATTACGGTGCGGGAAACGTATATGTGATGAAAGAATCGTTTTCCGAAGCGAAGGATATGTTTGAAAAAGCGCTTCGCTCCGGAATGGAAAACGGAGATTTGTTTTATATGCTGGGGACCGTTCTCGTTAAATTAGAGCGGCCGAAGCTTGCACTGCCGTATCTGCAGCGTGCCGTTGAATTAAACGAAAATGACACGGAAGCGCGCTTCCAGTTCGGAATGTGTCTCGCAAATGAAGAAATGCTGGATGAAGCTCTTGCGCAGTTTGAGACGGTGATCGAGCAGGATCCAGGCCACGCGGACGCATTTTATAATGCCGGGGTCGCTTACGCGTACAAAGAAAATCGTGAAAAGGCGCTTGAGATGCTGGAAGGCGCAATCGGCATACAGCCTGATCATATGCTTGCGCTTCATGCGAAACAGCTTATCACCCAGTCATAA MDYNKIGIDAMQEGDFEKAAEAFTKAIEENGQDPVPYINFANLLSSVNELERALAFYNRALELDNSAAAAYYGAGNVYVMKESFSEAKDMFEKALRSGMENGDLFYMLGTVLVKLERPKLALPYLQRAVELNENDTEARFQFGMCLANEEMLDEALAQFETVIEQDPGHADAFYNAGVAYAYKENREKALEMLEGAIGIQPDHMLALHAKQLITQS NA NA NA NA NA D1-12_01740 1116 mnmA tRNA-specific 2-thiouridylase MnmA ATGGAAAAACGGCCGGAGGATACAAGAGTCGTAGTCGGCATGTCCGGCGGCGTGGACTCTTCCGTGGCGGCCCTTCTGCTGAAGGAGCAGGGCTACGATGTAATCGGAATCTTTATGAAAAACTGGGATGATACGGACGAAAACGGTTTTTGCACGGCGACGGAAGATTATGAAGACGTCATCCGGGTCTGCAACCAGATCGGAATTCCGTATTATGCCGTCAATTTTGAGAAGCAATATTGGGAAAAGGTATTTCAATATTTCCTTGATGAATATAAAGCCGGAAGAACCCCCAATCCGGATGTCATGTGCAATAAAGAAATTAAGTTTAAGGCTTTCTTGGATCATGCTCTGTCACTCGGCGCGGATTATCTTGCGACGGGCCATTACGCCCGCGTGGATAGAAGCGCAGGTACAGTGCGCATGCTCCGCGGTCTGGATGAAAACAAGGACCAGACTTATTTTCTGAATCAGCTCAATCAGGAACAGCTCAGCAAAGTCATGTTCCCGATCGGTGATCTGCAAAAAAGCCGCGTGCGGGAAATCGCCAAAGAAGCGGAACTTGCGACAGCTGCGAAAAAAGACAGCACGGGAATCTGCTTTATCGGCGAACGCAACTTCAAAACGTTTCTCAGCCAATATCTCCCCGCTCAGCCGGGCGATATGATGACAATGGACGGAGAAATAAAAGGGCGTCATGACGGTCTGATGTATTATACAATCGGACAGCGCCACGGTCTTGGAATCGGCGGAAGCGGCGAGCCGTGGTTCGCCGTCGGTAAAGATCTTGAAAAAAACATTCTGTATGTTGATCAAGGATTCCATAATCCGCTTCTGTATTCCGATAAGATCACGGCGACAAATGTCAGCTGGACGCGTCCCGGTCTGATGGACAGCGGCGAAATGACATGCACGGCGAAATTCCGCTACCGTCAGGAAGATCACAAAGTAACGGTGAAAATGACGGGTGATGATGAAGCGGAAATCATTTTTGACGGGCAGGTACGCGCCGTTACGCCGGGACAAGCCGTCGTTTTTTATGACGGAGAAGAGTGCCTCGGCGGCGGAACGATAGATGACGTTTATAAAGACGGAACAAAACTGTGGTACGTATAA MEKRPEDTRVVVGMSGGVDSSVAALLLKEQGYDVIGIFMKNWDDTDENGFCTATEDYEDVIRVCNQIGIPYYAVNFEKQYWEKVFQYFLDEYKAGRTPNPDVMCNKEIKFKAFLDHALSLGADYLATGHYARVDRSAGTVRMLRGLDENKDQTYFLNQLNQEQLSKVMFPIGDLQKSRVREIAKEAELATAAKKDSTGICFIGERNFKTFLSQYLPAQPGDMMTMDGEIKGRHDGLMYYTIGQRHGLGIGGSGEPWFAVGKDLEKNILYVDQGFHNPLLYSDKITATNVSWTRPGLMDSGEMTCTAKFRYRQEDHKVTVKMTGDDEAEIIFDGQVRAVTPGQAVVFYDGEECLGGGTIDDVYKDGTKLWYV NA NA NA NA NA D1-12_01741 1140 iscS_1 Cysteine desulfurase IscS ATGGAACGGATTTATTTAGATCATGCAGCGACTTCCCCGATGGATGAGCGTGTGCTCGAAGAAATGAAGCCCCATTTCTTCGGCAGTTTCGGCAACCCGTCAAGCATTCATTCATTCGGGAGAGAATCCCGGAAATGGGTCGATGAAGCGAGAGCGGACATCGCGCGCGAAATCAGTGCGAAAGAACAGGAAATTATTTTCACAAGCGGCGGCACGGAGGCTGATAATTTAGCGATTTTCGGAACGGCTGCCGCCCGGAAGAATGAAGGAAAGCATATCATTACGACCGCTGTTGAGCATCATGCTGTATTGCACGCCTGCGAAAAGCTGGAAGAAGACGGCTTTGAGGTGACATACCTCATCCCCGGCCCTTCAGGACGGATCAGTGCAAATCAGGTGAAAGAAGCGCTCCGTGATGATACAATCCTTGTTACCGTCATGTATGGCAATAACGAAGTCGGAACCATTCAGCCGATTGACGAAATCGGAGAGCTGTTAAGCGGGCATCAGGCCTATTTTCACACAGATGCCGTCCAGGCATTCGGTTATATGCCGATTGACGTGAAAAAAAGCAGAATTGACATGCTGTCTGTTTCCGGTCACAAGCTTAACGGGCCTAAAGGGACAGGCTTTTTATATGTAAATCAAGAGGTGAAGCTGTCACCGATTCTTCTCGGGGGAGAGCAGGAACGAAAGCGCCGCGCGGGGACGGAAAATGTACCGGGCATCGCCGGCTTAAAAGAAGCGGTCGTCCTTTCAAACCGTGAGAGGGAAGAGAAAACAGCGAAGTATAAGGAGTTTAAGAACATTATCATGAGCACGCTGGAAAAATCCGGCGTTACAGCGGAGGTGAACGGAGATGCCGAGAAATGCCTGCCTCATATTTTAAACCTTTACTTTCCCGGTGTGCCGGTGGAAGCGCTGCTGGTCAATCTTGACATGGAAGGCATTGCCGTCTCCAGCGGATCTGCTTGTACAGCGGGATCCGTTCTTCCGTCCCATGTGCTTACGGCCATGTTCGGAAGTGAGAGCGGCAGGCTGACTTCGTCAATCCGCCTCAGCTTCGGCCTCGGCAATACGGCGGAACAAATCGAAACAGCCGCCGAAAAGCTTGCCGCCGTCGTTAAACGGCTTGCTTAA MERIYLDHAATSPMDERVLEEMKPHFFGSFGNPSSIHSFGRESRKWVDEARADIAREISAKEQEIIFTSGGTEADNLAIFGTAAARKNEGKHIITTAVEHHAVLHACEKLEEDGFEVTYLIPGPSGRISANQVKEALRDDTILVTVMYGNNEVGTIQPIDEIGELLSGHQAYFHTDAVQAFGYMPIDVKKSRIDMLSVSGHKLNGPKGTGFLYVNQEVKLSPILLGGEQERKRRAGTENVPGIAGLKEAVVLSNREREEKTAKYKEFKNIIMSTLEKSGVTAEVNGDAEKCLPHILNLYFPGVPVEALLVNLDMEGIAVSSGSACTAGSVLPSHVLTAMFGSESGRLTSSIRLSFGLGNTAEQIETAAEKLAAVVKRLA PGPT0000065_6715 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 D1-12_01742 378 cymR HTH-type transcriptional regulator CymR ATGATTGAATTGGCGAAAAAGCACGGAGACGGTCCGACGTCGCTCAAAAGCATCGCCCAAACAAACAGCCTTTCTGAGCATTACTTGGAACAGCTTGTATCACCGCTCAGAAACGCGGGACTCGTAAAAAGCATCAGAGGCGCTTACGGGGGTTACGTGCTCGGGGGCCAGCCTGAAGAGATAACGGCCGGAGACATTATCAGAGTGCTGGAAGGGCCGATCAGCCCGGTAGAAGTGCTTGAGGATGAAGAGCCTGCCAAGCGGGAGTTATGGATCCGCATCCGCGACGCTGTAAAAGACGTGCTGGACAGCACGACGTTAGAAGACCTTGCGAGCTACACGGACGGCGAGCAGGAAGCTTATATGTTCTATATTTAA MIELAKKHGDGPTSLKSIAQTNSLSEHYLEQLVSPLRNAGLVKSIRGAYGGYVLGGQPEEITAGDIIRVLEGPISPVEVLEDEEPAKRELWIRIRDAVKDVLDSTTLEDLASYTDGEQEAYMFYI PGPT0004960_1485 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_ANTIMONY_RESISTANCE ANTIMONY_RESISTANCE-ANTIMONY_HOMEOSTASIS,PGPT0004960-iscR-K13643 NA NA D1-12_01743 1269 COG2256 putative AAA domain-containing protein ATGAAACCATTGGCGTATCGGATGCGGCCTGCCAATATCGAAGACATTATCGGCCAGGAACATTTGGTGAAAGAAGATAAAATCATCGGCAGAATGGTGCGTGCGAAGCACTTATCATCCATGATCCTGTACGGACCGCCGGGCATCGGAAAAACGTCCATCGCCACAGCGATCGCAGGATCGACAAGCATCGCATTCAGGAAATTGAATGCCGTCATTCATAATAAAAAAGACATGGAGATTGTCGTACAGGAAGCGAAAATGTCAGGTCAGGTCATTTTAATCCTTGATGAAGTGCACAGGCTTGATAAGGGAAAGCAGGATTTTCTGCTGCCCTATTTAGAAAACGGCATGATTATTTTAATCGGCGCGACGACCGCCAACCCTTATCATGCCATTAACCCGGCCATCAGAAGCCGAACCCAGATATTTGAGCTTGAACCGTTAACACCCGATCTGATCAAGCAGGCATTGAAAAGAGCGCTCACAGATGAACACCGGGGACTCGGTTCCTACAGCGTTTCGGTGGACGACGACGCGATGGATCATTTCGCACAAGGATGCGGAGGAGACGTCCGCTCCGCTTTGAACGCACTGGAGCTTGCCGTGCTCTCCACAAAGGAATCAAGCGACGGCACGATCCGGATTACACGGGAAACGGCGGAAGAATGTCTGCAGAAAAAAAGCTATACCCATGATAAAAACGGCGATGCGCATTATGACGTCTTATCCGCCTTCCAAAAATCGATCCGAGGCTCGGACGCAAACGCCGCCCTTCATTATCTGGCCCGTCTGATCGAAGCCGGAGACCTTGAAAGCATATCAAGAAGGCTTCTCGTGATCGCCTATGAAGATATCGGCCTCGCAAGCCCGCAGGCAGGCCCCCGGGTGCTGAGCGCGATTCAGACCGCAGAACGGATCGGCTTTCCGGAAGCGAGAATTCCGCTGGCCAATGCGGTAATCGAATTATGCCTCTCGCCAAAATCAAACTCCGCCATCTCAGCCGTTGATGAGGCGCTCAAAGACATCAGGACTGGTAAAATCGGCGATGTGCCGAAACATTTAAAAGACGCCCACTATAAAGGGGCCCAAGAGCTCGGACGCGGGATCGGCTATCAATATCCCCACGATTTCGAGAATGGATGGGTCGAACAGCAATATTTGCCCGATCCGTTAAAAAACAAGCAATACTATAAACCGAAACAAACGGGGAAATTTGAAGCCGCCATAAAGCAAGTGTATGAAAAACTGATGAAGCAGAAAAAATAA MKPLAYRMRPANIEDIIGQEHLVKEDKIIGRMVRAKHLSSMILYGPPGIGKTSIATAIAGSTSIAFRKLNAVIHNKKDMEIVVQEAKMSGQVILILDEVHRLDKGKQDFLLPYLENGMIILIGATTANPYHAINPAIRSRTQIFELEPLTPDLIKQALKRALTDEHRGLGSYSVSVDDDAMDHFAQGCGGDVRSALNALELAVLSTKESSDGTIRITRETAEECLQKKSYTHDKNGDAHYDVLSAFQKSIRGSDANAALHYLARLIEAGDLESISRRLLVIAYEDIGLASPQAGPRVLSAIQTAERIGFPEARIPLANAVIELCLSPKSNSAISAVDEALKDIRTGKIGDVPKHLKDAHYKGAQELGRGIGYQYPHDFENGWVEQQYLPDPLKNKQYYKPKQTGKFEAAIKQVYEKLMKQKK NA NA NA NA NA D1-12_01744 765 hypothetical protein TTGTTACATCAGTTTTCCAGAAATGAGCTAGCGATTGGAAAAGAAGGGCTGGACACGTTAAAAAACAGCACGGTGGCCGTTCTCGGCGTCGGCGGAGTCGGTTCATTCGCAGCCGAAGCATTGGCGAGGTCCGGAGTGGGGCGGATCGTGCTTGTCGATAAAGATGATGTTGACATTACAAACGTAAACCGCCAGCTGCATGCGCTCTTGTCGACGGTGGGACAGCCGAAAACAGAATTGATGAAAGAGCGGATCGCTGATATTAATCCGGATTGTGACGTCGTCGCCTTAAAAATGTTTTATACAGAAGAGACGTATGAGCAGTTCTTTGAGTATCCGCTCGATTACGTCATTGACGCGTCGGATACGATTCATTATAAAATTCATCTGATGAAAGAATGTCTGAAACGGAATGTTCCGCTGATTTCAAGCATGGGAGCGGCGAATAAAACAGACCCGACACGCTTTCAGATTGCTGATATTTCAAAAACCCATACTGATCCGATTGCCAAAGTCGTCCGCACAAGACTTCGCAAAGAGGGCATTAAAAAAGGCGTACAGGTCATTTTTTCTGATGAAAGCCCGATCGTCATCCGTGAAGACGTCAGAAAAGAAGTCGGGAATGATGAAGCGAAAATCCGCAAAGCGCAAATGCCGCCGTCTTCCAACGCCTGGGTTCCGTCAGTGGCCGGTCTGATTATGGGCGGACATGTTGTCATGGAGCTCTTAAAGGACATCGACATTAAACGGGTTAAAGATAAGTAA MLHQFSRNELAIGKEGLDTLKNSTVAVLGVGGVGSFAAEALARSGVGRIVLVDKDDVDITNVNRQLHALLSTVGQPKTELMKERIADINPDCDVVALKMFYTEETYEQFFEYPLDYVIDASDTIHYKIHLMKECLKRNVPLISSMGAANKTDPTRFQIADISKTHTDPIAKVVRTRLRKEGIKKGVQVIFSDESPIVIREDVRKEVGNDEAKIRKAQMPPSSNAWVPSVAGLIMGGHVVMELLKDIDIKRVKDK NA NA NA NA NA D1-12_01746 1779 aspS Aspartate--tRNA ligase ATGTTTGGAAGAACATATTATTGTGGCGAGATAACTGAAAAAGCGATTGGCGAAACCGTCAAACTGAAAGGGTGGGTGCAGAAACGGCGCGATCTCGGCGGCTTGATTTTCATTGATTTGCGGGACCGCTCGGGTATTGTGCAAGTCGTGTTCAACCCTGACGTATCGAAGGAAGCCCTTGCCGCAGCGGAAGCAATCAGAAACGAATATGTGCTTGATATCGAAGGCACGGTTTCTGCCCGTGAAGAAGGCACGGTGAATCCCAACCTGAAAACCGGTAAAATTGAAATCAAAGCTGAAGCGGTGACGGTGCTCAGCACGGCGAAAACGCCTCCGTTTCCGATCAGTGACCAGGCGGCTGACGTTTCTGAAGACGTCCGGTTAAAACACCGCTATTTGGATTTGCGCCGCCCGGCGATGTTTCAAACATTGCAAATGCGCCATCAAGTCACAAAATCCATCCGCCATTTCTTGGATGAAAACGGATTTCTTGATATTGAAACACCGATTTTAACAAAAAGCTCTCCCGAAGGCGCCCGTGATTACTTAGTGCCGAGCCGGGTGCATGAAGGAGAATTTTACGCCCTTCCGCAATCGCCGCAGATTTTTAAACAGCTTCTGATGGTGTCGGGCTTTGAACGGTATTATCAAGTGGCCCGCTGCTTCCGCGATGAAGACTTGCGTGCCGACCGCCAGCCGGAATTTACGCAGATTGATATCGAAATGTCCTTTATGAGTCAAGAGGACATCATGGCTCTGGCGGAAGAGATGATGGCGAAAGTCATGCTCGAAACAAAAGGTGTTGAAGTACCGCTTCCGCTTCCGAGAATGACATATGAAGAAGCGATGAACAGCTACGGTTCCGACAAGCCCGATACCCGCTTCGGCATGCTGCTGACGGACGTGTCAGACATAGTGAAAGATACTGAATTTAAGGTGTTCTCATCAGCCGTGGCAAACGGCGGCGTTGTAAAAGCGATCAATGTCAAAGGCGCTGCCGGCGACTATTCCAGAAAAGATATCGATGCGCTCGGCGTTTTTGCCGGAAATTACGGCGCGAAAGGTCTCGCTTGGGTGAAAGTTGAAGCTGACGGCGTAAAAGGCCCGATTGCGAAATTCTTTGATGAAGAGAAGCAGGCAAAACTGGCTGAAGCGCTTGATGCTTCTGAAGGCGATCTGCTCCTGTTCGGGGCTGATAAGTTTGAGGTTGTGGCTCAATCCCTCGGCGCGCTTCGCTTAAAGCTCGGCAAAGAACGCGGCCTGATTGACGAAAGCCTCTTCAACTTTCTGTGGGTTGTGGACTGGCCGTTACTGGAGCATGACGAGGAAGAAGGCCGTTTCTATGCGGCTCACCACCCGTTTACAATGCCTGTCCGTGAAGATCTTGACCTGATTGAAACGGCGCCTGAAGATATGAAAGCGCAGGCTTACGACCTTGTCTTAAACGGCTATGAACTCGGCGGAGGCTCAATCCGTATTTTTGAAAAAGACGTTCAGGAAAAAATGTTCGGGCTTCTCGGCTTTACAAAAGAAGAAGCGGAGGAGGAGTTCGGATACCTTCTTGAAGCCTTTGAATACGGCGCCCCTCCGCACGGCGGAATCGCGCTCGGCTTAGACCGTTTGGTTATGCTTCTTGCAGGCCGCACAAACTTAAGAGATACGATCGCTTTCCCGAAAACGGCAAGCGCAAGCTGCCTTCTTACGGAAGCGCCCGGCGAAGTGAGCGACGCCCAGCTTGAAGAACTTCACCTTTCTGTCAAAAGAAAAGTGAAACAGTAA MFGRTYYCGEITEKAIGETVKLKGWVQKRRDLGGLIFIDLRDRSGIVQVVFNPDVSKEALAAAEAIRNEYVLDIEGTVSAREEGTVNPNLKTGKIEIKAEAVTVLSTAKTPPFPISDQAADVSEDVRLKHRYLDLRRPAMFQTLQMRHQVTKSIRHFLDENGFLDIETPILTKSSPEGARDYLVPSRVHEGEFYALPQSPQIFKQLLMVSGFERYYQVARCFRDEDLRADRQPEFTQIDIEMSFMSQEDIMALAEEMMAKVMLETKGVEVPLPLPRMTYEEAMNSYGSDKPDTRFGMLLTDVSDIVKDTEFKVFSSAVANGGVVKAINVKGAAGDYSRKDIDALGVFAGNYGAKGLAWVKVEADGVKGPIAKFFDEEKQAKLAEALDASEGDLLLFGADKFEVVAQSLGALRLKLGKERGLIDESLFNFLWVVDWPLLEHDEEEGRFYAAHHPFTMPVREDLDLIETAPEDMKAQAYDLVLNGYELGGGSIRIFEKDVQEKMFGLLGFTKEEAEEEFGYLLEAFEYGAPPHGGIALGLDRLVMLLAGRTNLRDTIAFPKTASASCLLTEAPGEVSDAQLEELHLSVKRKVKQ NA NA NA NA NA D1-12_01747 1275 hisS COG0124 Histidine--tRNA ligase ATGGCATATCACATTCCAAGAGGCACACAGGACATACTGCCGGGTGAATCAGACAGATGGCAGTTCGTCGAACAAATTATGAGGGAGACGTGCCGCACTTATCAATATAAAGAAATCCGCACACCGATTTTCGAGCATACGGAATTGTTCGCAAGAGGCGTCGGTGAGTCTACAGATATCGTGCAGAAAGAAATGTACACGTTTGAAGACCGTAAAGGGAGAAGCCTGACGCTTCGGCCGGAAGGAACAGCCGCCGCAGTCCGCGCGTTCAATGAAAATAAATTATTTGCGAACCCGGTGCAGCCGACGAAGCTTTATTATGTCGGACCGATGTTCCGTTACGAACGTCCGCAGACAGGGCGTTTCCGCCAATTTTATCAATTCGGAATTGAAGCGATCGGCTCCAAAGATCCGGCCGTGGATGCAGAAGTCATTGCGCTTGCGATGAGTATTTACCGTAAAGCCGGTTTGAAACATGTCAAGCTTGTGCTGAACAGCCTTGGTGACCAGGAGAGCCGCAAATCCTACCGGGAAGCGCTCGTCAAACATTTTGAACCGCGCATCGGAGAATTTTGCTCAGACTGCCAATCGCGTCTGCACACAAACCCGCTCAGAATTCTTGACTGCAAGAAAGACAGAGAGCATGAACTGATGAAAACGGCTCCGTCCATTCTTGATTACTTAAATGAAGAATCAGCCGCTTATTTTGAGAAAGTAAAACAATACTTAAACGGTCTCGGCATCCCGTTCGAAATAGATCCGAACCTTGTCAGAGGGCTTGATTATTATAACCATACCGCTTTTGAAATTATGAGCAATGCCGAAGGATTCGGAGCGATTACAACCCTTGCCGGCGGGGGCCGCTATGACGGGCTTGTTGAACAGATCGGCGGTCCCGAAGCGCCGGGTATCGGATTTGCGATGAGCATCGAACGTCTGCTGGCAGCCATTGACGCTGAGAAAACAGACCTTCCCGTCAATCAGGGGATTGACTGCTACATCGTGACGCTCGGAGAAAAAGCGAAGGATTATTCCGTTTCCCTCGTGTACAAACTGAGAGAAGCGGGCATCTCAAGTGAAATCGATTATGAAAATAAAAAGATGAAGGGCCAATTCAAAACGGCTGACCGTCTCGGCGCACGTTTTATTGCGATTTTAGGGGAAGATGAGCTTGCCCAGAATAAAATCAATGTAAAAGATGCGGAAACAGGAGAGCAGCGTGAAGTGGTGTTAGACGAGCTGATACAAGTGTTAAAGGCAGATCAAAAGCAGTGA MAYHIPRGTQDILPGESDRWQFVEQIMRETCRTYQYKEIRTPIFEHTELFARGVGESTDIVQKEMYTFEDRKGRSLTLRPEGTAAAVRAFNENKLFANPVQPTKLYYVGPMFRYERPQTGRFRQFYQFGIEAIGSKDPAVDAEVIALAMSIYRKAGLKHVKLVLNSLGDQESRKSYREALVKHFEPRIGEFCSDCQSRLHTNPLRILDCKKDREHELMKTAPSILDYLNEESAAYFEKVKQYLNGLGIPFEIDPNLVRGLDYYNHTAFEIMSNAEGFGAITTLAGGGRYDGLVEQIGGPEAPGIGFAMSIERLLAAIDAEKTDLPVNQGIDCYIVTLGEKAKDYSVSLVYKLREAGISSEIDYENKKMKGQFKTADRLGARFIAILGEDELAQNKINVKDAETGEQREVVLDELIQVLKADQKQ NA NA NA NA NA D1-12_01749 168 hypothetical protein ATGCATGGAGAAGAGAGGAACCGTCCCGGGCTGAAAGCGGATCCGCACTGCATCTTTCTCGAAACAACACTCCGGAGGTTCCCTGCTGAACGCTTTTGCAAGTCATTAGGCAGCGGACGTGAACCTGCGTTAAAGGTCAGAGCGGGGATGCTTCGGCATTCCAACTAG MHGEERNRPGLKADPHCIFLETTLRRFPAERFCKSLGSGREPALKVRAGMLRHSN NA NA NA NA NA D1-12_01750 171 hypothetical protein ATGAAATATCAACCAAAAATGGGACGCGCGCTGCACGATGCGGAAGGAAATCTGCACTTCAGTGATCAGAGCGATAGAGAAAAGGCGGGTTTTCTTGAAGAGACGGCGACGGAGTTCGGTCTCTTATCGAAAGAAGCGGTCGCAAGGAAAAACAGACGGAATAAAACTTGA MKYQPKMGRALHDAEGNLHFSDQSDREKAGFLEETATEFGLLSKEAVARKNRRNKT NA NA NA NA NA D1-12_01751 1563 hypothetical protein ATGAAGAAGAGAACTCTTGCTCTTATTTTATGCGGCGTCATCATCACAGCGCTTCTTCCGTCATTCCACACCGCAATCGCCGCAGAGGGAGAAGCGGTCATCGCGACAGACAAGATCAATGTCAGAGGCGGTCCCGGCCTGAGCTATGGAATTAAGGCTGAAGTAAAAAAAGGGGAAAGATACCCGATCGCTAAAGAAGAGGGAGACTGGGTGCAGCTTCAGCTGAGCCCCGGTAAAACCGGATGGGTCGTTTCCTGGCTGATATCAAAAACAGCCGGGGGAGCAGACAATTCATCCGCAACAAGCGGAACGGTCACTTCCACCGATCCTGACCTCCGCATCAGAAAAGGCCCGGGGACATCATATGAAGTCATCGGCAAACTTCCGCAAGGCGCACATGCATCCGTGCTGGACAAGAACAGCGGATGGGTGAACATTTCTTATCAAGGCACAACCGGATGGGTTTCTTCCGAATACGTCACCGCGGACAGCGGCGGATCGGATACGAAAGCAACTTCGGCCCGAAGCGGGTCAAAAAACGGGACGGTCGGCGTTTCTTCATTGAATGTCAGAAGTGCAGCATCACATGATTCAGCGATTATGACTAAATTATCACGCGGAACAAAGGTTTCCATTTTAAGTGAAGACCACGGCTGGCTGAAAATTGAAGCAAACGGGCAAAAAGGCTGGGCAGCAAGCCACTACATCATAAAGGATTCTGACTCATCGGGCAGCGCATCCGGCTCGGGAGACGGTTCTGCGGGCTCAGGCTCCTCGAAAAAAGCGTATATTGTGTACGGCGGCACCAACTTAAGGAGCTCGGCCTCGACTTCCGCTTCTATCGTAAAAAGAGCAGATAAAGGCGCAGCCTACCCGATTGTCGGCTCAAGCGGCAAATGGTATGAAGTCCGGCTTGAAAACGGACAAACCGCATATGTGGCAAACTGGGTCGTACAAACGTCAAAAAGCGGGGAGGAAACAGGAGAAGCACCTTCTCCCGACACGTCGGGCGGCAGCGGCTCACTTAAAAACAAAACGATCGTCGTTGATCCCGGACACGGAGGAAAAGACAGCGGAACGATCGGCTACTCCGGAAAGTTTGAAAAAAACGTAACGATTAAAACAGCTAAGCTGTTAGCCGGAAAATTGAGAGCGGCCGGTGCAAACGTGTATATCACCAGACAGGATGATACATTTATCAGCCTGCAGGCCAGGGTTTCAACCTCTCATTACCGGAATGCGGATGCCTTTATCAGCATTCACTATGACAGCTATGCCGATACGTCAACGAGAGGAAGCACGGCTTATTATTACAGTCCGTCTAAGGACCGCCAGCTTGCCTCAGACGTCCATTCTGAAGTAGTGAAGCGTTCCCCTATCCCGGATCGCGGCGTTCTGTTTGGCGATTATTACGTCCTGAGGGAAAATAAACGGCCTGCCATGCTGTATGAGCTCGGCTATCTCAGTCAACCGCAAGAAGAAACAATCATACATAGCGGCTCTTATCAGGAAAAAGTGACAGACGGAATTGAAAGCGGATTGGAACATTATTTTCAATCATAA MKKRTLALILCGVIITALLPSFHTAIAAEGEAVIATDKINVRGGPGLSYGIKAEVKKGERYPIAKEEGDWVQLQLSPGKTGWVVSWLISKTAGGADNSSATSGTVTSTDPDLRIRKGPGTSYEVIGKLPQGAHASVLDKNSGWVNISYQGTTGWVSSEYVTADSGGSDTKATSARSGSKNGTVGVSSLNVRSAASHDSAIMTKLSRGTKVSILSEDHGWLKIEANGQKGWAASHYIIKDSDSSGSASGSGDGSAGSGSSKKAYIVYGGTNLRSSASTSASIVKRADKGAAYPIVGSSGKWYEVRLENGQTAYVANWVVQTSKSGEETGEAPSPDTSGGSGSLKNKTIVVDPGHGGKDSGTIGYSGKFEKNVTIKTAKLLAGKLRAAGANVYITRQDDTFISLQARVSTSHYRNADAFISIHYDSYADTSTRGSTAYYYSPSKDRQLASDVHSEVVKRSPIPDRGVLFGDYYVLRENKRPAMLYELGYLSQPQEETIIHSGSYQEKVTDGIESGLEHYFQS PGPT0024160_1233 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING_AMIDASE_ACTIVITY,PGPT0024160-amiA|amiB|amiC-K01448 NA NA D1-12_01752 444 dtd COG1490 D-aminoacyl-tRNA deacylase ATGAAATTAGTTGTTCAGCGTGTAACAGAAGCAAGTGTGACGGTTGACGGCGCTGTCGCCGGCCGGATCGGACCCGGCATTATGGCGCTTGTCGGCATCACTCATGAAGATACAGAAGAAGATGCCGCTTACTTGGCGGATAAAATCGTGAATCTTCGGATTTTTGATGATGAAAGCGGCAAGATGAATTTATCGCTTTTGGATACGGGCGGGGAGATTTTATCCGTTTCCCAGTTTACGCTTTACGGCGAAACGAAGAAAGGGAGACGCCCGAATTTTATGAATGCGGCTAAACCGGATCAGGCTGTGCTCCTTTATGAAAAGTGGAACGAACTCCTTCGGGAAAAAGGAGTCAAAGTGGAAACCGGAATATTCGGCGCCATGATGGATGTTCAGCTGACGAATTCCGGGCCGATTACATTGATTATGGATTCTAAACAATAA MKLVVQRVTEASVTVDGAVAGRIGPGIMALVGITHEDTEEDAAYLADKIVNLRIFDDESGKMNLSLLDTGGEILSVSQFTLYGETKKGRRPNFMNAAKPDQAVLLYEKWNELLREKGVKVETGIFGAMMDVQLTNSGPITLIMDSKQ NA NA NA NA NA D1-12_01753 2205 relA COG0317 GTP pyrophosphokinase ATGGCGAACGAACAAGTATTGACTGCCGAGCAAGTAATAGATAAAGCGCGCACTTATCTGCCGGAGGAGCAGATTGCGTTTGTTGAGAAAGCTTACCTGTATGCGCAAAACGCGCATCGCGAACAGTACCGCAAATCAGGTGAGCCGTACATCATTCATCCGATTCAGGTGGCGGGGATTCTCGTCGATCTGGAAATGGACCCTTCCACAATTGCGGGCGGATTTCTGCATGACGTGGTAGAGGACACGGATGTCACCCTCGACGACCTGAAGGAAGCATTTTCTGAAGAAGTGGCGATGCTTGTCGACGGCGTGACGAAGCTCGGTAAAATTAAGTATAAATCTCAAGAGGAGCAGCAGGCGGAAAACCATCGAAAAATGTTTGTCGCTATGGCTCAGGATATCAGAGTCATATTGATCAAGCTGGCGGATCGCCTTCACAATATGCGGACGTTAAAGCATCTTCCGCAGGAAAAGCAGCGGAGAATTTCAAATGAAACGCTGGAAATTTTCGCTCCGCTGGCCCATCGGCTCGGGATTTCTAAAATCAAATGGGAGCTTGAAGACACCGCTCTTCGTTATTTGAATCCTCAGCAATATTACAGAATCGTCAACCTCATGAAGAAAAAGCGCGCGGAACGCGAACTTTATGTCGAAGAGGTTGTCAATGAAGTGAAAAAACGGGTCGAAGAAGTGAATATCAAAGCGGACTTTTCAGGACGTCCGAAGCACATCTACAGCATTTACCGCAAGATGGCGCTGCAAAATAAACAGTTCAATGAAATATATGATCTGCTCGCCGTCCGTATTCTTGTCGGAAGCATTAAAGACTGCTACGCCGTACTCGGCATTATTCATACGTGCTGGAAGCCGATGCCGGGCAGATTCAAAGATTATATTGCGATGCCTAAGCCGAATATGTATCAGTCGCTGCATACGACCGTAATCGGGCCTAAAGGCGATCCGCTGGAAGTGCAGATCAGAACGTTTGAGATGCATGAGATCGCTGAATACGGGGTGGCCGCACACTGGGCATATAAAGAAGGCAAGGCTGCAAACGAAGAAGCGACATTTGAGAAAAAACTGTCCTGGTTCCGTGAAATTCTGGAATTCCAAAACGAGTCTACCGATGCGGAAGAATTTATGGAATCGCTGAAAATCGATCTGTTTTCTGACATGGTATACGTATTTACGCCAAAAGGCGATGTCATTGAACTGCCGTCAGGCTCTGTGCCGATTGATTTTTCCTACAGGATACACTCGGAGATCGGCAACAAAACAATCGGGGCGAAAGTGAACGGAAAAATGGTGACGCTTGACCATAAGCTCCGGACGGGCGACATCGTCGAGATTCTGACGTCCAAGCATTCATACGGCCCGAGCCAAGACTGGGTCAAACTGGCGCAGACGTCCCAGGCGAAACACAAAATCCGCCAATTCTTTAAGAAACAGCGCCGTGAAGAAAACGTCGAAAAAGGCCGTGAGCTTGTCGAGAAAGAAATTAAAAATCTTGATTTTGAAGTGAAAGATGTTTTAACACTCGAAAATCTTCAAAAAGTTGCCGACAAGTTCAATTTCTCAAATGAAGAGGATATGTACGCGGCGGTCGGGTATAACGGCATTACCGCTCTTCAGGTGGCCAACAGGCTCACCGAAAAAGAACGGAAGCTGCGTGACCAGGAAGAGCAGGAAAAAATCGTTCAGGAAGTCACTTCCGAGCCGAAACATTATCCGCAAGGGAGAAAACGGGAAGCGGGTGTGCGCGTAAAAGGCATTGACAACCTTCTCGTCCGCTTGTCGAAATGCTGCAACCCGGTGCCGGGCGACCATATTGTCGGTTTTATTACAAAAGGCCGCGGTGTATCCGTTCACCGGGATGACTGTCCCAACGTCAAAACGAATGAAGCGCAGGAACGTCTGATCCCCGTTGAATGGGAGCATGAATCACAGGTTCAAAGACGCAAAGAATATAACGTTGAGATTGAGATTTTGGGGTATGACCGTCTCGGGCTTTTAAATGAGGTGCTCCAAGCCGTAAATGAGACGAAAACCAACATCTCCTCTGTCTCCGGCAAATCCGACCGCAATAAAGTCGCTACGATTCATATGGCGATTTTTATTCAAAACATCAACCATCTGCATAAAGTGGTCGAGCGGATTAAGCAGATCAGAGACATCTATTCAGTCCGGCGGGTAATGAACTAA MANEQVLTAEQVIDKARTYLPEEQIAFVEKAYLYAQNAHREQYRKSGEPYIIHPIQVAGILVDLEMDPSTIAGGFLHDVVEDTDVTLDDLKEAFSEEVAMLVDGVTKLGKIKYKSQEEQQAENHRKMFVAMAQDIRVILIKLADRLHNMRTLKHLPQEKQRRISNETLEIFAPLAHRLGISKIKWELEDTALRYLNPQQYYRIVNLMKKKRAERELYVEEVVNEVKKRVEEVNIKADFSGRPKHIYSIYRKMALQNKQFNEIYDLLAVRILVGSIKDCYAVLGIIHTCWKPMPGRFKDYIAMPKPNMYQSLHTTVIGPKGDPLEVQIRTFEMHEIAEYGVAAHWAYKEGKAANEEATFEKKLSWFREILEFQNESTDAEEFMESLKIDLFSDMVYVFTPKGDVIELPSGSVPIDFSYRIHSEIGNKTIGAKVNGKMVTLDHKLRTGDIVEILTSKHSYGPSQDWVKLAQTSQAKHKIRQFFKKQRREENVEKGRELVEKEIKNLDFEVKDVLTLENLQKVADKFNFSNEEDMYAAVGYNGITALQVANRLTEKERKLRDQEEQEKIVQEVTSEPKHYPQGRKREAGVRVKGIDNLLVRLSKCCNPVPGDHIVGFITKGRGVSVHRDDCPNVKTNEAQERLIPVEWEHESQVQRRKEYNVEIEILGYDRLGLLNEVLQAVNETKTNISSVSGKSDRNKVATIHMAIFIQNINHLHKVVERIKQIRDIYSVRRVMN PGPT0014310_2403 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0014310-spoT-K01139 NA NA D1-12_01754 513 apt Adenine phosphoribosyltransferase ATGGATCTTAAAAAATACGTAACAATTGTGCCCGATTACCCGAAAGAAGGCGTACAATTTAAAGATATTACGACATTGATGGACAAAGGCGACGTATACCGTTACGCCACTGACCAAATTGTTGAATATGCAAAAGAAAAAGAAATTGATTTAGTTGTCGGGCCTGAAGCGCGCGGCTTTATTATCGGCTGTCCGGTTGCATACGCTCTCGGAGTCGGCTTTGCGCCGGTTCGGAAAGAAGGAAAACTTCCACGTGAGGTCATTAAAGTCGATTACGGTTTGGAGTACGGAAAAGACGTACTGACAATTCATAAAGATGCGATTCTGCCGGGACAGCGCGTGCTGATTACTGATGACTTGCTTGCAACAGGCGGTACGATCGAAGCAACGATTAAGCTAGTCGAAGAACTGGGCGGCGTCGTAGCCGGTATTGCGTTCTTAATCGAGCTTTCTTACCTTGACGGCAGAGACAAGCTTGACGATTACGATATTTTAACATTAATGAAATATTAA MDLKKYVTIVPDYPKEGVQFKDITTLMDKGDVYRYATDQIVEYAKEKEIDLVVGPEARGFIIGCPVAYALGVGFAPVRKEGKLPREVIKVDYGLEYGKDVLTIHKDAILPGQRVLITDDLLATGGTIEATIKLVEELGGVVAGIAFLIELSYLDGRDKLDDYDILTLMKY PGPT0021455_4616 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021455-apt-K00759 NA NA D1-12_01755 2361 hypothetical protein ATGTTAGCGTCAAAAATGCGCTGGGAAATCCAGCAGCCGGATCAGGAAAAAGTCAAATCACTCACAGAACAATTGGACATAACACCTCTTGTGGCATCACTGCTTGTAAAAAGAGGTTTTGATACTGCCGAAAGCGCAAGGCTGTTTTTACATACAAAGGATGCAGACTTTTATGACCCGTATGAATTAAAGGGAATGCGGGAAGCAGTTGATCGGATAAAACTGGCGGTTTCTCAAGGGGAACCGATTATGATTTACGGAGATTACGATGCAGACGGCGTTACAAGCACGTCAGTGATGCTGACGGCACTCAGACAGCTGTCGGCGGACGTTGACTTTTATATTCCCGACCGTTTCACAGAAGGCTACGGCCCGAATGAACAAGCTTTCCGTTCCATAAAAGAGCGGGGATTTTCGCTGATCATTACAGTGGATACGGGAATCGCCGCCGTCCATGAAGCTGAAGTCGCAAAAGAGCTGGGCTTAGACGTCATTATTACCGACCACCATGAGCCGGGACCCGAGCTTCCTGACGTATTTGCGATCATCCACCCGAAGCAGCCGGGCTGCGGCTATCCGTTTAAAGAATTGGCCGGCGTCGGTGTGGCGTTTAAGCTTGCCCATGCGCTTACGGGTTCTTTGCCGGAAGCTATGCTGGACTTGGCGGCAATCGGTACGGTTGCAGATCTGGTGCCTCTTCATGATGAAAACAGATTAATTGCGTCACTTGGGATCGAAAGGCTTCGAACGACAAATCGGCCGGGCCTCAAAGCTCTGATTAAGCTTTCCGGCGGAGATATCGGACAAGCTGATGAGGAAACGATCGGATTTCAGGTCGCGCCGAGGCTCAATGCCGTCGGAAGAATAGAACAGGCCGATCCCGCCGTGCATCTGCTGATGACCGAAGATCAGTTTGAAGCGGAGGAACTGGCTTCGGATATTGACCTGCTGAATAAAGAGCGGCAGAAAATGGTGAAAACCATGACCGAAGAGGCTGTTGAAATGGTTCAGCAGCAAGGCGGAAACCCGTCTGCCATTGTAGTGGCAAAAGCCGGCTGGAATCCGGGAGTCGTCGGTATTGTCGCATCGAAGCTGGCTGAACGTTTTTACCGGCCCGCTGTTGTGCTTGGGATAGATGAGGAGCAGGGCATCGCTAAAGGGTCGGCGCGAAGCATCAGAGGCTTCAACCTTTTTACGAGCCTTTCACAGTGCAGAGACATTCTTCCTCATTTCGGCGGGCATCCGATGGCGGCAGGAATGACGTTGAAGGCTGAAGATGTGGCGGAATTAAGGGACAGGCTGAATCAAATGGCTGAAGAAACCCTTACGGAAGAGGATTTTATTCCCGTTCAGGAGGTTGATCTTGTCTGCGGCGTTGAAGACATAACCGTTGAAAGCATTACAGAATTGAATATGCTGTCGCCGTTCGGCATGCTTAACCCTAAACCGCATGTGATGGTGAAAAATGCCGTGCTTGATGATGTGCGCCTGATCGGAGCGAATAAAAATCACGTGAAAATGACGGTGAAAAGTGATTCCGCCGTCCTTGACTGCGTCGGCTTTAACAAAGGAGAGCTTGAAGCCGGAGTTGTCCCCGGATCAACGATTTCCATTGTCGGCGAGATGTCCATTAATGAATGGAACAACAGAAAGAAACCACAGCTGATGATTAAAGATGCTGCGGTGCCGGAATGGCAGCTTTTTGATATCAGGGGCAAGCGGACGTGGGAAGACACGGTCACCGCGCTGCCGAAGGAAAAACGGGTGCTCATCAGCTTTAACGAAAAAACCGCTCAGAAGCTTCGTGAAAAAGAGCTGTCGGGCGAGCTGGCCGGGATCACTTCGGAATCCGAGGCGGAAGCTCTCCAGCTTGACGGAAAATATGCCGTTTTTCTGGATGTGCCGCCGTCAGCGGATCGCCTGCAGCATTTGCTTGACGGAAAGAAGCCGGAACGGATTTATTTTGTTTTTATCAATCATGAAGAACATTTCCTGTCCTCATTTCCATCGCGGAATGATTTCAAGTGGTTTTACGCATTTCTCTTAAAAAGGGGCGCTTTTGACTTCGGCAAGCATGGTTCAGAGCTTGCGAGACACAGAGGATGGTCAATTGACACAATCAATTTCATGACAAAGGTGTTTTTTGATCTCGGTTTTGTTAAAATAGAAGATGGTGTGCTGTCTGTCGTGAGCGGCGCGAAAAAACGCGACTTGGCAGATTCGCAAACCTATCAGGTAAAACAGCAGCTGATGGAATTAGACCAGAAGCTCAATTATTCCGCAGCCCATGAGCTGAAGGAATGGCTGAATAAGCTGATGAACCAAGGTTCAGAAGCTTATGAAAGTACGAGGAGGACATAG MLASKMRWEIQQPDQEKVKSLTEQLDITPLVASLLVKRGFDTAESARLFLHTKDADFYDPYELKGMREAVDRIKLAVSQGEPIMIYGDYDADGVTSTSVMLTALRQLSADVDFYIPDRFTEGYGPNEQAFRSIKERGFSLIITVDTGIAAVHEAEVAKELGLDVIITDHHEPGPELPDVFAIIHPKQPGCGYPFKELAGVGVAFKLAHALTGSLPEAMLDLAAIGTVADLVPLHDENRLIASLGIERLRTTNRPGLKALIKLSGGDIGQADEETIGFQVAPRLNAVGRIEQADPAVHLLMTEDQFEAEELASDIDLLNKERQKMVKTMTEEAVEMVQQQGGNPSAIVVAKAGWNPGVVGIVASKLAERFYRPAVVLGIDEEQGIAKGSARSIRGFNLFTSLSQCRDILPHFGGHPMAAGMTLKAEDVAELRDRLNQMAEETLTEEDFIPVQEVDLVCGVEDITVESITELNMLSPFGMLNPKPHVMVKNAVLDDVRLIGANKNHVKMTVKSDSAVLDCVGFNKGELEAGVVPGSTISIVGEMSINEWNNRKKPQLMIKDAAVPEWQLFDIRGKRTWEDTVTALPKEKRVLISFNEKTAQKLREKELSGELAGITSESEAEALQLDGKYAVFLDVPPSADRLQHLLDGKKPERIYFVFINHEEHFLSSFPSRNDFKWFYAFLLKRGAFDFGKHGSELARHRGWSIDTINFMTKVFFDLGFVKIEDGVLSVVSGAKKRDLADSQTYQVKQQLMELDQKLNYSAAHELKEWLNKLMNQGSEAYESTRRT NA NA NA NA NA D1-12_01756 327 hypothetical protein ATGAATAAACAATGGACTATTATATTCGCATTACTATTTACTCTGATTGTCGCCATTTTTGCTGTCATTAACGTGCGGGCGGTTGAGGTTGATTATCTGTTCGGAACCGCTGAATGGCCGCTGATTTTAGTCATTTTAGGTTCTGTGTTAATGGGAGCGCTGATCGTGTTTTCGGCCGGCATATTTCAAGTGATGAAGCTGAAGCGCGAAATTAAAATGCTGCGGAAAGAAAACAGATCCGCAGGTGAATTGACGGCTGATTCGGACGGCCAAAAAACAGCCGCGCCGCCGGAAGAAATGCTTGAAGAGAAAAAAGGATCAGAATAA MNKQWTIIFALLFTLIVAIFAVINVRAVEVDYLFGTAEWPLILVILGSVLMGALIVFSAGIFQVMKLKREIKMLRKENRSAGELTADSDGQKTAAPPEEMLEEKKGSE PGPT0014665_497 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HEAT_AFFECTED_LIPOPOLYSACCHARIDE_ASSEMBLY,PGPT0014665-lapA-K08992 NA NA D1-12_01757 498 khtT_2 COG0490 K(+)/H(+) antiporter subunit KhtT ATGAACGTTCGTGAGTCGGAGCTTCCGGGCATCGGCCAGAAAGTAGAAGTCATTACGAAAAATCACGATAAAATCAGTATTATTCTTCATGATGACGGCAGAAAAGAGCTCTATTACTTCGATGAGAATGATCATGACGAATGCTTGGCATGCGTTGAATTTAACGACGAAGAGGCGAGGCAGATTTCCGCTATTTTAGGCGGGATGACGTATAAGCCGAAAGCGCTGGAATCTGTGGAAGTCGCGCTTGATGGCCTCGTCATTGAGTGGTTTAAAGCCGAATCTCATGCACCGGCTGTCAGCCGTACAATCGGAGATTTGGAGATCAAGAAACATTACAACGTCCAGATTATTGCGATCGTAAAGAAAAATCGGCAAAAACAGCTGAGCCCCGGCATTGATACCGTAATTGAAGAAGGGGACACCCTCGTCATATCGGGAGAAAGAAGCGGACTGAAAAAGCTGGTCCGCGAGCAGTTAACGGCCCGGATTTCCTGA MNVRESELPGIGQKVEVITKNHDKISIILHDDGRKELYYFDENDHDECLACVEFNDEEARQISAILGGMTYKPKALESVEVALDGLVIEWFKAESHAPAVSRTIGDLEIKKHYNVQIIAIVKKNRQKQLSPGIDTVIEEGDTLVISGERSGLKKLVREQLTARIS NA NA NA NA NA D1-12_01758 2220 secDF COG0341 Protein translocase subunit SecDF ATGAAAAAAGGACGCTTGATTGCGTTTTTCCTGATCGTATTATTGATCGGCACAGGGCTGGGGTATTTTACAAAACCGGCTGCCAATAATATTACGTTAGGATTGGATTTACGCGGCGGGTTTGAAGTTCTGTACGATGTTCAGCCCGTCAAAAAAGGCGATAAAATCACAAAAGACGTGCTCGTCAGCACGGTGCAGGCGCTGAACCGCCGGGCTAACGTTCTCGGCGTAAGCGAGCCGAACATTCAGATTGAAGGAAATAACCGCATCCGCGTTCAGCTGGCGGGCGTCACGAATCAGAACAGGGCGCGCGAAATTCTGTCAACGGAAGCGCAGCTCTCGTTCAGGGATACGAATGATAAAGAGCTTTTAAACGGCTCTGATCTCGTGGAAAACGGCGCGAAGCAAACCTTTGATCCGACGACGAACGAACCGATTGTCAGCGTTAAGCTGAAGGATGCGGATAAGTTCGGAGAAGTGACGAAAAAAGTCAAGAAAATGGCGCCTAATAATCAGCTTGTGATCTGGCTTGATTACCAAAAAGGCGATTCATTTAAAAAAGAAGTCGGCAAAAAACATCCGAAATATGTATCCGCTCCGAATGTGAGCCGGGAACTAAATACAAAGGATGTCACGATTGAAGGCCAGTTCACCGTTCAAAAAGCAAAGGACTTGGCCAATATTTTAAACGCGGGCGCGCTGCCTGTGAAACTGACCGAAAAATACTCTACTTCCGTAGGGGCGCAATTCGGACAGCAGGCTTTGCATGATACGGTAGAGGCCGGCATCATCGGTATTGCAATTGTTTTCTTATTTATGTTGCTTTATTACAGACTGCCTGGACTCATAGCGGTAATTACGCTTTCTGTATACGTGTATATTACGCTTCAAGTGTTTGACTGGATGCAGGCGGTGCTGACGCTTCCGGGTATTGCGGCGCTCATTTTGGGTGTCGGGATGGCGGTTGACGCCAACATCATCACCTATGAACGGATAAAAGAAGAACTGAAACTCGGCAAATCCGTCCGCTCAGCTTTCCGTTCAGGGAACAGACGGTCATTCGCGACGATTTTCGATGCGAACATCACAACGATTATCGCAGCGGTCGTGCTCTTTATTTTCGGGACAAGCTCTGTAAAAGGGTTTGCGACGATGCTGATTCTGTCAATTCTGACAAGCTTTATTACAGCTGTCTTCCTTTCAAGATTCCTGCTCTCCCTTCTTGTGGAAAGCAGATGGCTTGACCGGAAAAAAAGCTGGTTCGGCGTCAAGAAAAAACATATTATGGACATTCAAAAAACGGATGAAAATACTGAACCGCATACGGCATTCCAAAAATGGGATTTCACGAGCAAGCGAAAATATTTCTTTATTTTCTCAAGCGCTGTAACCATTGCGGGAATTATCATCTTACTGGTCTTTAAGCTCAACCTGGGAATCGATTTTGCAAGCGGCGCGCGGATTGACGTGCAGAGCAATCATTCTTTGACGGCGCAGCAGGTTGAAAAAGATTTTGATTCTCTCGGCATGGAGCCGGAAAACATCGTGCTTTCTGGTAAAGAGAACCATGTTGCCGCGGCCCGGTTTGTCGGAGAGCCGTCTAAAGAAAAAATCGCTGAAATCAAAACGTACTTTAAGGACAAATACGGATCTGAACCGAACGTCAGCACGGTATCGCCGACAGTCGGAAAAGAACTGGCCCGTAATGCTTTATATGCTGTCGCCATTGCATCAATCGGCATCATTATTTACGTGTCAATCCGTTTCGAGTACAGAATGGCAATCGCCGCAATTGTATCCCTGCTGTATGACGCTTTCTTTATCGTCGCGTTTTTCAGCATTACCAGGCTGGAGGTCGATGTCACCTTTATCGCCGCTGTACTCACCATAATCGGTTACTCGATAAATGATACGATCGTTACATTTGACCGGATACGTGAGCAGATGAAAAAACGTAAGCCGAAGTCATTTGCCGATCTGGAACATATCGTGAATCTGAGCTTGCAGCAAACCTTTACACGTTCGATCAATACGGTCTTGACCGTTGTGATTGTTGTCGTCGTGCTGCTCATTTTGGGCTCATCGTCAATTACAAACTTCTCCGTCGCTTTATTGGTCGGTTTATTGACGGGTGTTTATTCCTCTCTTTACATCGCCGCGCAGCTGTGGCTTGTATGGAAAGGAAAAGAATTTAAAGGGAAAAAATCAATCGAAGAGTAA MKKGRLIAFFLIVLLIGTGLGYFTKPAANNITLGLDLRGGFEVLYDVQPVKKGDKITKDVLVSTVQALNRRANVLGVSEPNIQIEGNNRIRVQLAGVTNQNRAREILSTEAQLSFRDTNDKELLNGSDLVENGAKQTFDPTTNEPIVSVKLKDADKFGEVTKKVKKMAPNNQLVIWLDYQKGDSFKKEVGKKHPKYVSAPNVSRELNTKDVTIEGQFTVQKAKDLANILNAGALPVKLTEKYSTSVGAQFGQQALHDTVEAGIIGIAIVFLFMLLYYRLPGLIAVITLSVYVYITLQVFDWMQAVLTLPGIAALILGVGMAVDANIITYERIKEELKLGKSVRSAFRSGNRRSFATIFDANITTIIAAVVLFIFGTSSVKGFATMLILSILTSFITAVFLSRFLLSLLVESRWLDRKKSWFGVKKKHIMDIQKTDENTEPHTAFQKWDFTSKRKYFFIFSSAVTIAGIIILLVFKLNLGIDFASGARIDVQSNHSLTAQQVEKDFDSLGMEPENIVLSGKENHVAAARFVGEPSKEKIAEIKTYFKDKYGSEPNVSTVSPTVGKELARNALYAVAIASIGIIIYVSIRFEYRMAIAAIVSLLYDAFFIVAFFSITRLEVDVTFIAAVLTIIGYSINDTIVTFDRIREQMKKRKPKSFADLEHIVNLSLQQTFTRSINTVLTVVIVVVVLLILGSSSITNFSVALLVGLLTGVYSSLYIAAQLWLVWKGKEFKGKKSIEE PGPT0025710_1266 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-SEC-SECRETION_PATHWAY CE-SEC-SRP_CORE_COMPONENTS,PGPT0025710-secDF-K12257 NA NA D1-12_01759 297 comN Post-transcriptional regulator ComN GTGGAGAAACATCCCGCCGAAATATACAAAGATCATTTGCGGCCTTTTTTGTACAGTAAACTTGAAGAGTTCAAAATCCTCGGATACGATGATGTTGAGCACGAGAGTTTATGGTCATACTTAATACATAAAAAGTGGAAACAGAAAAAGGAACTGCCGCTGCATGAATTGGCCGGTCATATTTTATCAGTTAAAATTGGCGATTTTATGAACTATGCAACCGTTGAAGCTTTTAAGTCGTCTAATTGGCTGGAAAGCGATGAGGGTCAGGAAGCTTTAGATGAACTGCTGAGATAA MEKHPAEIYKDHLRPFLYSKLEEFKILGYDDVEHESLWSYLIHKKWKQKKELPLHELAGHILSVKIGDFMNYATVEAFKSSNWLESDEGQEALDELLR NA NA NA NA NA D1-12_01760 1557 spoVB COG2244 Stage V sporulation protein B ATGGCAAAACAGACTTTTTTAAGAGGCACTCTTATTCTCATCGCAGCCGGGATGATTACGAGAATGCTCGGCTTTGTCAACCGGGTGGTTATCGCCCGGTTTATCGGTGAGGAAGGGGTCGGTTTATACATGATGGCTGCCCCGACATTTTTCTTGGCCACCACTTTGACTCAATTCGGCCTCCCTGTTGCCATCAGCAAACTTGTCGCTGAAGCAAGCGCGCGGGGGGACCGGCAGAAAATGAAACACATTTTAGTGATGTCGCTTACCGTCACCGGGATATTAAGTCTCATCTTCACGCCGCTGTTTTTATGCTTTGCGCCGATTATGTCCGAAACGATGCTGACGGATCAGCGCACGGTTTACCCGCTTCTGGCGATTACGCCCGTCGTGCCGATTATCGCAATCTCCAGCGTGCTGCGCGGTTACTTTCAGGGCAGGCAGAATATGAACCCGCTGGCGTTTTCCCAAGTGCTGGAGCAGATCGTGCGGATTTCACTTGTCGCAGTCTGCACGACGGTGTTTCTGCCGTACGGGATTGAATATGCCGCAGCCGGAGCTATGATTTCGTCTGTCATCGGGGAGCTTGCCTCTCTTATTTATTTATTCATTTGTTTTAAAGCAAATAAAACAATCAGAATCAGAAAACAATTTTTCAAGTCGATTGCAAATGGAAAAGAAACCTTCCGCCAGCTGATGAGCGTGTCGCTCCCGACAACCGGAAGCCGCTTCATCGGAAATTTATCTTGGTTTTTTGAACCTATTGTCGTCGCGCAGAGCCTTGCGATTGCAGGAGTGGCCACCGCTGCCGCCACCAGCCAGTACGGGGAGCTGACCGGATTTGCCATGACGGTTTTGACGCTGCCCAGCTTTATAACCTATTCTCTGTCAACGGCGCTTGTTCCTGCGATCAGTGAAGGAATGGAGCAAAAAAAGCTGCAAGTTGTCGAATACCGTCTGGAACAGGCGATGAGGCTGTGTCTTTTAAGCGGAGGCATTTCGGTGGTTATTTTATTCTCTTTCGCTGATGAACTGATGTCCGTCATGTACGGATCAACTAATGCAGCGGTATTTGTTAAAGTGATGGCGCCGTTTTTTCTGCTTTACTATTTTCAGGGGCCCCTTCAGGCGGTGCTGCAGGCTCTCAATTTAGCCGGGGCCGCCATGATGAACAGTTTTATCGGCGCCGCTGTCAAAACCGGCCTGATTTTTGTTTTGGCGACCAGGCCTTCATTGGGCATCATGGGCGCCGCACTTGCGATTGTAACGGGGATGGTCCTTGTCACCCTGCTGCATGCGTCCACCGTAAGCAAGGTGCTTCCGATCAGCATTAAAATAAAAGAATACGCGCTCTGTTTTGCCGTCATATTCATTTGCGGTTATGTCAGCCGCATCATCAAGCACGCCGTTCATTTTTCAGGGTCAGAGGCTGTTAATCTCACAGGCTGGATTGCAATGACCGCGATTTTGTACATTGCGCTTCTTCTGTTATTCAGGCTGATTAAAAGGGAAGAGCTGATCCGGATTCCGGTCATCGGCAAGTTCGTGACGCGGTAA MAKQTFLRGTLILIAAGMITRMLGFVNRVVIARFIGEEGVGLYMMAAPTFFLATTLTQFGLPVAISKLVAEASARGDRQKMKHILVMSLTVTGILSLIFTPLFLCFAPIMSETMLTDQRTVYPLLAITPVVPIIAISSVLRGYFQGRQNMNPLAFSQVLEQIVRISLVAVCTTVFLPYGIEYAAAGAMISSVIGELASLIYLFICFKANKTIRIRKQFFKSIANGKETFRQLMSVSLPTTGSRFIGNLSWFFEPIVVAQSLAIAGVATAAATSQYGELTGFAMTVLTLPSFITYSLSTALVPAISEGMEQKKLQVVEYRLEQAMRLCLLSGGISVVILFSFADELMSVMYGSTNAAVFVKVMAPFFLLYYFQGPLQAVLQALNLAGAAMMNSFIGAAVKTGLIFVLATRPSLGIMGAALAIVTGMVLVTLLHASTVSKVLPISIKIKEYALCFAVIFICGYVSRIIKHAVHFSGSEAVNLTGWIAMTAILYIALLLLFRLIKREELIRIPVIGKFVTR PGPT0024825_403 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-STAGE_V_SPORULATION,PGPT0024825-spoVB-K06409 NA NA D1-12_01761 657 hypothetical protein ATGGAAGATATTTTCATTATTACGTTTCGTACGATTGTGCTTTATTTTATCATTCTTGTGATTTTCAGACTGATGGGAAAACGGGAAATCGGAGAACTGAGCATTTTAGACCTTGTCGTCTCCATTATGATTGCCGAGATTGCCGTATTGGCAATTGAAAATGTAAAAGATAAGCTTTTGCATACAATTGTGCCGATTGTCGTTTTAATGATTATTCAAGTAAGCCTTGCTTTTATTTCGCTCAAAAGCCAAAAAATACGGCAGCTGCTTGACGGAAAACCCACCATTATTATAAAACAGGGAAAAATTGATGAACGGGCGATGAGATCGCAGCGCTACAATTTTGACGATCTTCTTATGCAGCTGAGGGAGAATAACATCGATAGAATCTCTGACGTGTCATACGCCATTTTGGAGTCTTCAGGCAAACTGTCGATCGTCAAAAAGAAAAACAATAAGGATAAGCAGATGGAAACATCCCTTATCGTTGACGGGGTCATTCAGAACGAGCATCTGGACAGAATCGGGAAAGATAAACACTGGCTCGAAAAAAATTTAGCAAAAAGAGGATATCGCGATCTTTCGGTTATATCATTCTGCACGTTTACGGACGGCGCTTTTTTTATTGATCTTAAAGATGAAAAAGGGGAGCCATAA MEDIFIITFRTIVLYFIILVIFRLMGKREIGELSILDLVVSIMIAEIAVLAIENVKDKLLHTIVPIVVLMIIQVSLAFISLKSQKIRQLLDGKPTIIIKQGKIDERAMRSQRYNFDDLLMQLRENNIDRISDVSYAILESSGKLSIVKKKNNKDKQMETSLIVDGVIQNEHLDRIGKDKHWLEKNLAKRGYRDLSVISFCTFTDGAFFIDLKDEKGEP NA NA NA NA NA D1-12_01762 387 hypothetical protein ATGGAAGAAACGAAACAAGTGGGAAGAGGCGTCTTGTATGGCTTAGTGGCTATCTTTGCGGTGATGCTTCTTACGAGTTTGGCGATTTCGCTTTTACTGACGGTTACCTCAATGGAAGAGTCATCTTTCAGCTGGCTGATCACCGCGCTTTCCTTTCTTTCTTTATTTGCGGGCGGTTTTATATCGGGCGGCAAAGCGAAGGAAAAAGGCTGGATGATCGGAGCGTTAACCGCCGTCTGTTTTTCATTAATCATCTTGCTGTTTCAATATTTAGGGTTCGGAAAAACGTTTACATCCGGTCAGCTTTTGTTTCATCTCGGCTTTTTGGGAGTCAGCATGCTGGGCGGCATTTTCGGAGTGAATTTGAAAGGAAGCAGATCAGCGTAA MEETKQVGRGVLYGLVAIFAVMLLTSLAISLLLTVTSMEESSFSWLITALSFLSLFAGGFISGGKAKEKGWMIGALTAVCFSLIILLFQYLGFGKTFTSGQLLFHLGFLGVSMLGGIFGVNLKGSRSA NA NA NA NA NA D1-12_01763 261 yajC COG1862 Sec translocon accessory complex subunit YajC ATGGGTACTTTAGGCACAATCGTTCCTATTATTTTAATGTTTGCAGTGCTTTATTTCCTGCTCATCCGTCCGCAGCAAAAGCAGCAGAAGGCCGTACGCCAGATGCAGGAAGAGCTGAAAAAAGGGGATACAGTGGTGACAATCGGAGGATTGCACGGCACTGTTGATTCAATTGATGAAAGCAAGGTCGTCATTAAAACAGGTGATAACACCCGTTTAACATTTGACCGCCGCGCAATCAGAGAAGCTTCCGCTGAATAA MGTLGTIVPIILMFAVLYFLLIRPQQKQQKAVRQMQEELKKGDTVVTIGGLHGTVDSIDESKVVIKTGDNTRLTFDRRAIREASAE PGPT0025730_3975 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-SEC-SECRETION_PATHWAY CE-SEC-SRP_CORE_COMPONENTS,PGPT0025730-yajC-K03210 NA NA D1-12_01764 1146 tgt Queuine tRNA-ribosyltransferase GTGGCTGAACAACCGATACGTTATGAATTTATAAAGGAATGCAAACAAACGGGAGCGCGCCTGGGCAGAGTTCATACGCCCCACGGCTCCTTTGAGACGCCTGTATTTATGCCGGTCGGCACGCTTGCTACGGTAAAGACGATGTCTCCGGACGAGCTGAAATCTATGGATGCGGGCATTATTTTAAGCAATACGTACCATTTATGGCTCCGTCCGGGACACGACATTGTAAAAGAAGCGGGCGGGCTTCATAAGTTTATGAACTGGGACCGCGCGATTTTAACGGATTCCGGCGGTTTTCAGGTCTTTTCATTGAGCAAGTTTCGTAATATAGAAGAAGAAGGCGTTCATTTCCGCAATCACTTAAACGGAGACAAACTGTTTTTATCTCCGGAAAAAGCGATGGAAATTCAAAACGCCCTCGGCTCTGATATCATGATGGCGTTTGATGAGTGTCCGCCGTATCCGGCAGAGTATGATTACATGAAACGCTCTGTGGAACGGACCAGCCGCTGGGCGGAACGCTGCCTGGAGGCGCACGGGCGCTCAGATGAGCAGGGGCTGTTCGGAATCGTACAGGGCGGAGAATACGAAGATCTGCGGACACAAAGTGCAAAAGACTTGGTTTCGCTTGATTTTCCGGGTTACGCCATAGGCGGATTATCTGTCGGCGAGCCGAAGCACGTCATGAACCGAGTGCTTGAGTTTACAACTCCGCTTTTACCGAAGGACAAGCCGAGATATTTAATGGGTGTGGGTTCACCGGATGCCTTAATTGACGGCGCCATCCGCGGCGTGGATATGTTTGACTGCGTACTGCCGACCCGGATTGCCCGAAACGGCACGGTGTTTACGAATGAAGGGCGTCTGAATATGAAAAACGCCAAATATGAGCGTGATTTCCGTCCGATTGACGAAGAGTGCAGCTGCCATACATGCCAAAATTACTCCCGCGCTTACATCAGACATTTGATCCGCTGTAATGAAACGTTTGGAATTCGATTAACAACTTACCATAACCTTCATTTTCTGTTACACTTAATGGAGCAGGTCAGACAAGCCATCCGGGAGGATCGTCTTGGTGATTTCCGAGAAGAGTTCTTTGAGCGTTACGGCTATAATAAGCCAAATGCGAAAAGCTTCTAA MAEQPIRYEFIKECKQTGARLGRVHTPHGSFETPVFMPVGTLATVKTMSPDELKSMDAGIILSNTYHLWLRPGHDIVKEAGGLHKFMNWDRAILTDSGGFQVFSLSKFRNIEEEGVHFRNHLNGDKLFLSPEKAMEIQNALGSDIMMAFDECPPYPAEYDYMKRSVERTSRWAERCLEAHGRSDEQGLFGIVQGGEYEDLRTQSAKDLVSLDFPGYAIGGLSVGEPKHVMNRVLEFTTPLLPKDKPRYLMGVGSPDALIDGAIRGVDMFDCVLPTRIARNGTVFTNEGRLNMKNAKYERDFRPIDEECSCHTCQNYSRAYIRHLIRCNETFGIRLTTYHNLHFLLHLMEQVRQAIREDRLGDFREEFFERYGYNKPNAKSF NA NA NA NA NA D1-12_01765 1029 queA COG0809 S-adenosylmethionine:tRNA ribosyltransferase-isomerase ATGAAAGTCGATTTATTTGATTTTGAACTGCCTGAACGCCTCATTGCCCAAGTGCCGCTTAAAGAGCGTGACGCATCGCGGCTTATGGTGCTCGACAAACAGACGGGCGGGCTGACGGACAGTTCATTTAAAGAGATTGTAAGCTTTTTTAATGAAGGGGATTGCCTCGTCTTGAACAATACCCGTGTGCTGCCTGCGAGATTATTCGGCACAAAAGAAGATACGGGAGCGAAAGTGGAGCTTCTGTTATTAAAACAGGAAGAAAATGATACATGGGAAACGCTCGTAAAGCCGGCGAAACGCGTAAAAAAAGGAACGGTCCTGACATTTGGCGACGGCCGGCTGACAGCGGTCTGCACGGAGGAGCTTGATCATGGAGGCAGAAAAATAAAATTCCGGTATGACGGGATTTTTTACGAAGTGCTTGAATCACTCGGTGAAATGCCGCTGCCTCCTTATATTAAAGAGCAGCTTGATGATAAAGAACGGTATCAGACCGTCTTTTCAAAAGAAATCGGATCTGCCGCAGCTCCGACGGCCGGACTTCATTTTACGGAAGAGATTCTGGACGAGCTGAAGCAAAAGGGTGTGCGGATTGAATTTATCACACTTCATGTGGGACTCGGCACATTCCGCCCGGTCAGTGCGGATGATGTGGAAGAGCATAACATGCACGCGGAATTTTATGAAATGACGGAAGAAACCGCCGCCTCTTTAAACGAGGTCAGAAAGGCGGGAGGGCGCATCGTGTCGGTCGGGACGACATCAACGCGCACCCTGGAAACCATTGCAGGCGAGCATGACGGCGTATTTACCGCTTCAAGCGGCTGGACGTCCATCTTCATTTATCCGGGATATGAATTTAAGGCGATTGACGGCATGATCACCAATTTTCATCTGCCGAAATCTTCGCTTATCATGCTCGTTTCTGCGCTTGCCGGCAGAGAGCATGTTCTTTCCGCCTACCGTCATGCGGTAGAAGAGGAATATCGTTTCTTCAGCTTTGGCGACGCCATGCTGATTATCTAA MKVDLFDFELPERLIAQVPLKERDASRLMVLDKQTGGLTDSSFKEIVSFFNEGDCLVLNNTRVLPARLFGTKEDTGAKVELLLLKQEENDTWETLVKPAKRVKKGTVLTFGDGRLTAVCTEELDHGGRKIKFRYDGIFYEVLESLGEMPLPPYIKEQLDDKERYQTVFSKEIGSAAAPTAGLHFTEEILDELKQKGVRIEFITLHVGLGTFRPVSADDVEEHNMHAEFYEMTEETAASLNEVRKAGGRIVSVGTTSTRTLETIAGEHDGVFTASSGWTSIFIYPGYEFKAIDGMITNFHLPKSSLIMLVSALAGREHVLSAYRHAVEEEYRFFSFGDAMLII PGPT0023660_3217 DIRECT EFFECT COLONIZING_PLANT_SYSTEM OTHER_COLONIZATION_RELATED_PROTEINS COLONIZATION-HOST_INVASION_FACTORS HOST_INVASION-SAM|QUEUOSINE|LIPID_METABOLISM,PGPT0023660-queA-K07568 NA NA D1-12_01766 201 hypothetical protein GTGACTGACTTTCCGAAGGTTCTCATGGTTCTCGGTGCCGTTTTGCTTATTGCCGGCGCAGTCTGGCACTTTGTCGGAAGGCTGCCCGGAGATATTTTCGTTAAGAAGGGAAATGTTACATTTTTCTTTCCCGTTGTCACTTGTATTGTGATCAGTGTGATACTATCCATTCTGCTTAATTTTTTCGGCAGAATGAAATAA MTDFPKVLMVLGAVLLIAGAVWHFVGRLPGDIFVKKGNVTFFFPVVTCIVISVILSILLNFFGRMK NA NA NA NA NA D1-12_01767 1005 ruvB COG2255 Holliday junction ATP-dependent DNA helicase RuvB ATGGATGAACGGCTCGTTTCAAGTGAAGCAGACAGCCATGAATCAATAATCGAGCAAAGCCTCAGGCCGCAGAATCTCGCCCAGTATATCGGCCAAAAGAAGGTGAAAGAAAATCTGCGCGTGTTTATCGATGCGGCAAAAATGAGGCAGGAGACACTGGACCACGTTCTTTTATACGGGCCTCCGGGTCTCGGGAAAACAACGCTTGCGTCTATCGTGGCCAATGAGATGGGTGTGGAGATGCGGACGACGTCAGGTCCCGCCATCGAAAGACCGGGAGATTTGGCAGCCATTTTGACGGCGCTCGAACCAGGGGATGTGCTGTTTATAGACGAAATTCACAGGCTGAACCGCTCAATTGAGGAAGTGCTGTACCCGGCGATGGAGGATTTCTGCCTTGATATCGTCATTGGAAAAGGCCCGTCCGCCCGCTCCGTCCGTCTCGACCTTCCCCCTTTTACGCTTGTAGGAGCGACGACAAGGGTCGGATTATTGACCGCACCGCTCAGAGACCGGTTCGGGGTGCTGTCGCGCCTTGAATACTATACGCAGGAAGAGCTGACAGATATCGTGTCAAGAACGGCTGACGTTTTTGAAGTGGATATCGAAAAAGCTCCGGCTCTGGAAATCGCCAGACGGTCAAGGGGAACGCCGCGGGTTGCAAACCGGCTTCTCAGAAGGGTGAGGGATTTTGCCCAGGTGCTCGGCGACAGCCGCATCACGGAAGAAATCGCTCACGACGCGCTCGAACGTCTTCAAGTCGATGCGCTCGGCCTTGACCACATTGACCATAAGCTGCTGATGGGCATGATCGAAAAATTCAGCGGAGGTCCCGTCGGCCTTGATACGATTTCCGCGACAATCGGCGAAGAACCGCATACAATAGAGGATGTGTACGAACCGTATCTGCTGCAGATCGGATTTCTCCAGAGGACGCCGAGGGGACGGGTCGTGACTCCGGCTGTGTATGAACATTTTCGATTGGAGGCGCCCGCCCGTGACTGA MDERLVSSEADSHESIIEQSLRPQNLAQYIGQKKVKENLRVFIDAAKMRQETLDHVLLYGPPGLGKTTLASIVANEMGVEMRTTSGPAIERPGDLAAILTALEPGDVLFIDEIHRLNRSIEEVLYPAMEDFCLDIVIGKGPSARSVRLDLPPFTLVGATTRVGLLTAPLRDRFGVLSRLEYYTQEELTDIVSRTADVFEVDIEKAPALEIARRSRGTPRVANRLLRRVRDFAQVLGDSRITEEIAHDALERLQVDALGLDHIDHKLLMGMIEKFSGGPVGLDTISATIGEEPHTIEDVYEPYLLQIGFLQRTPRGRVVTPAVYEHFRLEAPARD NA NA NA NA NA D1-12_01768 606 ruvA COG0632 Holliday junction ATP-dependent DNA helicase RuvA GTGATTGAATTCGTGAAGGGGACGATTGATTACGTATCTCCCCAATACATCGTGATTGAAAACGGCGGAATCGGCTATCAGGTCTTCACTCCGAATCCGTTTATTTATAAGGTAAGCAATCAAGAGACCATTTTTACGTATCATCATATAAAAGAAGACGCCTTTTCTTTGTACGGTTTTTCAACCCGGGAAGAAAAAGCGCTTTTCACAAAGCTGCTGAACGTCACCGGCATCGGGCCGAAAGGGGCGCTCGCCATCCTCGGTTCCGGTGATGCCGGAGCCGTCATCGAAGCGATCGAACAGGAAGATGAAGCCTTTTTGGTGAAATTTCCGGGTGTGGGCAAAAAAACGGCGCGGCAGATTATTCTTGATTTGAAAGGCAAACTGGCCGACGTCGTGCCTGAAATGATTGACAACCTGTTTAATCATGAAGCGCGCATTGAAAAACAAGAGGCTGAAACGGCGCTTGACGAGGCGCTTGAAGCGCTCCGGGTTCTCGGCTACGCCGAAAAAGAAATTAAAAAAGTGCTTCCTCACTTAAAAGAGGAAACGGCGCTTTCAACAGATCAATATGTGAAAAAAGCATTGCAAAAATTATTAAAGTAA MIEFVKGTIDYVSPQYIVIENGGIGYQVFTPNPFIYKVSNQETIFTYHHIKEDAFSLYGFSTREEKALFTKLLNVTGIGPKGALAILGSGDAGAVIEAIEQEDEAFLVKFPGVGKKTARQIILDLKGKLADVVPEMIDNLFNHEARIEKQEAETALDEALEALRVLGYAEKEIKKVLPHLKEETALSTDQYVKKALQKLLK NA NA NA NA NA D1-12_01769 510 bofC Protein BofC GTGAAACGAATTTGCGGTGCTCGTCTATTGTTTATGCTTATCTTATCGGCTGCAGTCCTGATTTGCGGAGGAAAAGGCGCATACGGGGCGGAGGTCGAGCATTACGGGCCGCTTCGGGTGCATGTCCAGCTGGAAAAGGTCTATCTTGACGGTGATGTCGGCATTGAACATACGGATGAAACCGTTTTAGCGATGGAGGATTTTTGGGCCGCATATGCCGGCTGGACGCTCGTTGAGCAGAAAAAAGGCTTCGTCCTTTTCCGTAAGCATGTTGATGATATTTCTCCGCTCAGTAAGGTTAACGGTTATATCGGCGTCACGGACGGAGGCGTCATCTCCACTTTTCACGGCCGTCCCGGATCGCTGGCCGAGCCGATTCAGTCTTTCTTCCAGATTGATATAGAAAGGCTGGAAAGCCGATTGCAAAAGCACTTGGAACACGGCATACCGTACAGAACAAAAGCGGAGTTTGAGAGCGTGATCGATCATATTAAGACTTACAGCGGCTGA MKRICGARLLFMLILSAAVLICGGKGAYGAEVEHYGPLRVHVQLEKVYLDGDVGIEHTDETVLAMEDFWAAYAGWTLVEQKKGFVLFRKHVDDISPLSKVNGYIGVTDGGVISTFHGRPGSLAEPIQSFFQIDIERLESRLQKHLEHGIPYRTKAEFESVIDHIKTYSG PGPT0014765_145 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-SPORULATION_SIGNALLING,PGPT0014765-bofC-K06318 NA NA D1-12_01770 120 hypothetical protein ATGAAAAAAACGGAGCATGACAAAAGCCGCGGAGCAAAAACTGTGTATCTGACCGTAAGGGGATACCGGCTCAAACTGACGCCCGGACAAATGAAACTGATTTCAGCCGGCCGGGCGTAA MKKTEHDKSRGAKTVYLTVRGYRLKLTPGQMKLISAGRA NA NA NA NA NA D1-12_01771 594 coxA Sporulation cortex protein CoxA TTGGGTAAAAAACTGATGACGATCGCGGGCGTTTTAGCCGTGACGGCAAGCTTAACGGCATGCGGAGCAAATAATGCCATGAATGACGGACGCTACAATCAGTCAACACGTCCGGTCGGATATTATTCGAATGATAATGGTAACGGCAGAGGCCAGTACGGAATGGACCATCAAGGACCCGTTTCTGAAATGATGGAAAACCGAAACGGCCGTCATAATACGACAAACGTGTCCGACCAGTACGCCCCTAATGACGGGGTTCCGTTAACGACGGACGGCACATATAACGGCCGAAATGTCAATACGCCGCCGGCAGCAATGTCTTATAATGGGTATGACAACGCCGAAAACATCAGGTTGGCGGCAAAAGTTGCAAACCGCGTGAAAAAAGTAAAAGGCGTACAGGATAGTCAGGTCATCGTGACTGACACGAGAGTCGTCATTGCCGTCAGAACAAATCATCCTTTTACGAAAAATGATGATAAACATGTCAAACATGCGGCCAAAAAATTCGCGGACGGCCGTACAATTCAAGTGTTTACCGACAACGCTACTTTTACAAAGCTGCAAGACATGAACAGAAACAGCCGTTAA MGKKLMTIAGVLAVTASLTACGANNAMNDGRYNQSTRPVGYYSNDNGNGRGQYGMDHQGPVSEMMENRNGRHNTTNVSDQYAPNDGVPLTTDGTYNGRNVNTPPAAMSYNGYDNAENIRLAAKVANRVKKVKGVQDSQVIVTDTRVVIAVRTNHPFTKNDDKHVKHAAKKFADGRTIQVFTDNATFTKLQDMNRNSR NA NA NA NA NA D1-12_01772 1191 safA SpoIVD-associated factor A TTGAAAATTCATATCGTTCAAAAAGGCGATTCGCTCTGGAAAATAGCTGAAAAATACGGAGTTGATCTTGAAGAGTTAAAAAAACTGAATCATCAGCTTAGCAATCCAGACTTAATTATGCCTGGAATGAAGATAAAGGTGCCTTCAGAAGCCGTTCCGGTCAGAAAAGAACCTAAGGCCGGCTTCGGAACGTCTGCGCATAAGCATGAGCATCCATATGCCAAAGAAAAACCGAAATCAGTTGTGGACATTGAAGACACCATACCGGAAGAACCAAAGCCGTCGATTCCGTATGTGCCGCCAATCCCTGAAAAGCATGAAAATGTGCTGCCGGAAGCTGATATGAACCAATATTACCCGTCCAATCAGCTGTTTCAGCCGTGGTCGCCTCCTAAGCCGGAGGAACCGGTGACACATTTTGTCGAGCCGAAAGAAAAAGAGCATGACAATAACATTCCACAACAGGAGGAAATGATCAACATGGAAAACGCGAATTACCCGAATATGCCAAAGGCGCCTGAAGCCGGAAAGATGGAAGAAGAAAACGCCGCTTATCATCTGCCGAACATGCCAAACATTCCGAATGTCCCGTTTCCGAATATGCCGGCCGTTGAACCGCCTTTTGTGCATTACCCGATGCCGTGCATGCCTTGTCCTTGTCCGGTTCCGGTGACACCGATGCTGCCGGGTTCTGGATTATGCCACCCTTGCTTCCCGGTAGGCGGAGGTTTCGGCGGTTTTGGAGGAGGTTTCGGAGGCTTTCCGGTCATGCCGATGCCGTTACCGTACGGATTCCATCATCCGGGATTTGGGCCGCAAGCGGGTTACGGTGAATATGAAAACCAGGCCCATGAAAATGCAGAGCATTATGATGGTTCTGCATCTGGTTTCGGCGGTGCTCCTTACGGTCAAATGCCGTATTACGGCGGATATTCGTCACATTACGCACACGCCCCTCATCATGATGGAAAATATAAGGATGATGATTGCGGCTGCCATGATTCACATCATCACCATCATCACCACCACGGTTCACATCACCATCACGCAAATATGCCTGTGCAGCCGTATCCGAATATGGGTGCAAACGCAGGACATTTTATGCCTTACGGCGGAGCAAATCCCAATGTCGCGCCGAATCAGCCGAGTCCAAATCAAGTATTCGGACGGCCGGAGGAAGAAGAAGATTAA MKIHIVQKGDSLWKIAEKYGVDLEELKKLNHQLSNPDLIMPGMKIKVPSEAVPVRKEPKAGFGTSAHKHEHPYAKEKPKSVVDIEDTIPEEPKPSIPYVPPIPEKHENVLPEADMNQYYPSNQLFQPWSPPKPEEPVTHFVEPKEKEHDNNIPQQEEMINMENANYPNMPKAPEAGKMEEENAAYHLPNMPNIPNVPFPNMPAVEPPFVHYPMPCMPCPCPVPVTPMLPGSGLCHPCFPVGGGFGGFGGGFGGFPVMPMPLPYGFHHPGFGPQAGYGEYENQAHENAEHYDGSASGFGGAPYGQMPYYGGYSSHYAHAPHHDGKYKDDDCGCHDSHHHHHHHHGSHHHHANMPVQPYPNMGANAGHFMPYGGANPNVAPNQPSPNQVFGRPEEEED NA NA NA NA NA D1-12_01773 1104 nadA COG0379 Quinolinate synthase A ATGTCTATTTTTGACGTGTTAACTGCATCAGCCGAAATGATGCCGAGCCATTATAAAGACATGAGCACCGGAGAAATGGAGAAGCGGGTCGCCGCCATTAAACGGGATTTCGGAAAGCGCCTGTTCATTCCGGGGCATCACTATCAAAAAGACGAAGTAATACAATTCGCCGATACGGCAGGTGACTCCCTGCAGCTTGCTCAAGTGGCAGAAAAAAATAAAGAGGCGGAATATATTGTGTTTTGCGGCGTGCATTTTATGGCGGAAACCGCTGATATGCTGACTGATGATAACCAAACCGTCATTTTGCCCGATATGCGCGCCGGATGCTCGATGGCTGATATGGCAGATATTCAGCAGACGGACAAAGCATGGCAAGAGCTTCAAGAACTGTACGGTAACACCATCATTCCGTTAACATATGTTAACTCGACGGCGGAAATTAAAGCATTCGTCGGACGGCACGGAGGAGCGACCGTCACCTCTTCGAATGCCCGGAGTGTGCTGAAATGGGCTTTTAAACAAAAAGAGAGAATTTTATTTTTGCCGGATCAGCATTTAGGCAGAAATACAGCCTATGATCTCGGCATTCCGCTGACAGAAATGGCTGTATGGGACCCGGGGCAGAACCGATTGCTTACTGACCATCCGGAAAACATTAAAGTCATCCTTTGGAAAGGGCATTGCTCCGTACACGAAAAGTTCACAGCGGAAAATATTTCTCAGCTGCGGCAGCGGGATTCCGGCATCCGCATTATCGTTCATCCGGAATGTTCGAGGGAAGTGGTCTCGCTCAGTGACGACAGCGGGTCTACCAAATACATTATTGATACGATTGAACAGGCTGAACCGGGAAGCAAGTGGGCGATCGGAACGGAAATGAATCTTGTTCAGCGCCTCATTCAATCGCATCCGGATAAACAGATTGAATCATTGAATCCCGATATGTGTCCGTGTCTGACAATGAACAGAATCGATCTGCCGCATTTATTGTGGTCGCTTGAGCAGCTTGAAAAAGGCGAGCCGAAGGGTGTCATTAAAGTTCCGGAAGCGGTTCGGACAGAAGCGCTTCGTGCTTTGAACAGAATGCTGAGTCATACGTAG MSIFDVLTASAEMMPSHYKDMSTGEMEKRVAAIKRDFGKRLFIPGHHYQKDEVIQFADTAGDSLQLAQVAEKNKEAEYIVFCGVHFMAETADMLTDDNQTVILPDMRAGCSMADMADIQQTDKAWQELQELYGNTIIPLTYVNSTAEIKAFVGRHGGATVTSSNARSVLKWAFKQKERILFLPDQHLGRNTAYDLGIPLTEMAVWDPGQNRLLTDHPENIKVILWKGHCSVHEKFTAENISQLRQRDSGIRIIVHPECSREVVSLSDDSGSTKYIIDTIEQAEPGSKWAIGTEMNLVQRLIQSHPDKQIESLNPDMCPCLTMNRIDLPHLLWSLEQLEKGEPKGVIKVPEAVRTEALRALNRMLSHT PGPT0013365_1077 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013365-nadA-K03517 NA NA D1-12_01774 849 nadC COG0157 putative nicotinate-nucleotide pyrophosphorylase [carboxylating] ATGGACATTCTGCAGCTGAAACAAATGCTGACTCATTTTTTTCAGGAAGATATCGGAACGGGTGATGCGACGTCACAAGCGATTTTTGCTGATCAGCAATGTAAAGCGCGAATCATCGCAAAAACAGATGGCGTGTTTGCCGGAGAAGCCGTTATCCGTGAAGGATGGAAGCTTTTACACGATGATATCCGCATCCGCTCCCTGAAAAAAGACGGAGAACGGATGAAAAAAGGAGACGTGCTCGCTGAAATGGAAGGCCAGGCGGCGGCTCTTCTTACGGGGGAGCGGGTCATTCTGAATCTCTTACAAAGAATGTCAGGCGTTGCGACAATGACGGATGAGGCCAAAAGGCGTCTTGATGATCCGTCCATTAAGATTTGTGATACGAGAAAAACGACACCCGGGCTCAGAATGCTGGAAAAATACGCCGTTCGGGTCGGAGGCGGCTTTAATCATCGCTTCGGCTTATATGACGGCATCATGATAAAAGATAATCATATTGCCGCCTGCGGATCGATAAAGGCAGCCGTGGAGCGGGCAAGAAAAACGGCGGGGCAGATGCTTGCGGTTGAAGTCGAAATCGAATCCGAACAGCAGCTGCTCGAGGCAATAGAAGCGGGCGCAGACGTTATTATGTTTGACAACTGTCCGCCTGAGTCCGTCCGGCGTTTTGCAGGCATGACACCGGGCCATATCAAAACGGAAGCATCCGGAGGCATAACGCTCGACACATTGCCCGCTTATAAAGGAACGGGCGTCCAATATATTTCACTCGGATTTCTGACTCATTCAGTAAAAAGCGCCGACATCAGCATGGATGTTGAGGCTGCGGAACAGGGGGATTTTTAA MDILQLKQMLTHFFQEDIGTGDATSQAIFADQQCKARIIAKTDGVFAGEAVIREGWKLLHDDIRIRSLKKDGERMKKGDVLAEMEGQAAALLTGERVILNLLQRMSGVATMTDEAKRRLDDPSIKICDTRKTTPGLRMLEKYAVRVGGGFNHRFGLYDGIMIKDNHIAACGSIKAAVERARKTAGQMLAVEVEIESEQQLLEAIEAGADVIMFDNCPPESVRRFAGMTPGHIKTEASGGITLDTLPAYKGTGVQYISLGFLTHSVKSADISMDVEAAEQGDF PGPT0013370_468 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013370-nadC-K00767 NA NA D1-12_01775 1566 nadB COG0029 L-aspartate oxidase ATGTCTGAAAAAACAATTATCGTCATTGGTTCGGGGACGGCGGCCCTTGCCTGTGCTTCCTCATTTCCTCCGTCATATCAAGTGACCGTCATCACAAAGAGAAACGTAACGAACAGCAATTCGCATTATGCTCAAGGCGGGATTGCTGTTTCATACGCAAAAGATGACTCTTTAGAATCCCATGTGAACGATACACTGTATGCGGGATGCGGACACAATGACGTGACAGCCGTGCGGCATTTGCTGAAAAGCGGACAGACCATGATAAACAGGCTGATAGAAGGCCATTTCCCTTTTGATACGAAGTCGGACGGAACGTTTTGTCTCGGCAGGGAAGGGGCTCATTCCAAAAGGAGGATTCTGCACGCCGGGGGAGATGCGACCGGACGGATGTTGGTTGAGTTTCTGGTTCGGCAGCTGAGGGACGGCATACGGATCATTGAACACGAGTCGGTTGTTGATCTGCTGATTGAACACGGACGATGCGCAGGCGTTGCCGTAAAGGATGCTTCAGGCGCCGTTTCTTACAGAAGAGCGGATTGTGTAGTGCTTGCATCAGGCGGCTGCGGCAGTCTGTACCAATATCACACAAATGATTCCGCCATAACGGGAGACGGCATCGCTCTTGCCTTTCGCGCGGGAGCTGAGATCACGGATATGGAGTTCACCCAGTTCCACCCGACCCTCCTTGTGAAAAACGGGACTGTGTACGGCCTGATTTCTGAAGCAGTGAGAGGAGAAGGAGGATATTTAGCGGATCGCTTCGGGCGCAGGATCATGGCTGGCAGACACGCACTAGAAGATTTGGCGCCCCGGGATGTGGTTTCACGGGCGATTTATGAAGAAATGATGAAAGAAAATCCTGTTTTTATAAATTGCAGCCGAATAGCCGATTTTAAGAAACGTTTTCCGACCATAACAGAAATTTGTCAAACAGCCGGTGTTGATCTCGAAAGCGGAATTCCCGTAGCACCCGGAATGCATTTTTTAATGGGCGGAGTAAAAGCCGATACATGGGGGAAAACGTCCGTGCCTGATTTGTACGCTATAGGCGAAACCGCCTGCACAGGCTTGCACGGGGCGAACCGCCTTGCGAGCAACTCACTGCTGGAAGCGCTGGCAAGCGGGCAACGATGTGCTGAACATATCATTCAAACACCGTTAAACGGAAGATATAAAAAAACCCCGAAGAAATTTGACGTCATCTTAGAAGTGCCGGACACAACGCTTCATGTGCTCCAAGCCAAAATGACAACCGGAGCGGGCATCGTCAGGGAAAAAGAAAACATGCAGGCGCTGGCATCCTGGCTTAACAACGTATCTGTGCGTCATATAAATGTGAAGGATATCACAATAGAACAAGCCGAGCTATCCTGCCTATGGAAGACTGCGCAACTTGTTGTGACCTCAGCCCTTATTCGGGAAGAAAGCAGAGGCGCTCATTTTCGCGCTGATTTTCCCGGGACGGAGAAAGAGTGGCACGGAAAACAAATCATTCATTCAACATCTGGAACAGTTATCAGAAAAAACGAAAGGATTGGGGAACTATGGACATTCTGCAGCTGA MSEKTIIVIGSGTAALACASSFPPSYQVTVITKRNVTNSNSHYAQGGIAVSYAKDDSLESHVNDTLYAGCGHNDVTAVRHLLKSGQTMINRLIEGHFPFDTKSDGTFCLGREGAHSKRRILHAGGDATGRMLVEFLVRQLRDGIRIIEHESVVDLLIEHGRCAGVAVKDASGAVSYRRADCVVLASGGCGSLYQYHTNDSAITGDGIALAFRAGAEITDMEFTQFHPTLLVKNGTVYGLISEAVRGEGGYLADRFGRRIMAGRHALEDLAPRDVVSRAIYEEMMKENPVFINCSRIADFKKRFPTITEICQTAGVDLESGIPVAPGMHFLMGGVKADTWGKTSVPDLYAIGETACTGLHGANRLASNSLLEALASGQRCAEHIIQTPLNGRYKKTPKKFDVILEVPDTTLHVLQAKMTTGAGIVREKENMQALASWLNNVSVRHINVKDITIEQAELSCLWKTAQLVVTSALIREESRGAHFRADFPGTEKEWHGKQIIHSTSGTVIRKNERIGELWTFCS PGPT0013355_2708 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013355-nadB-K00278 NA NA D1-12_01776 1152 nifS COG1104 Putative cysteine desulfurase NifS ATGATTTATCTTGATTACGCGGCGGGAGCGCCTTTAAGCAAAGAAGCCGCAAAAGTCTTTCAGCATCTCAGCACAGAGGTATACGGCAATACAAGCAGCCTTCATGACGCCGGAGGAAGAGCGGCGGACGTGCTGGAATATTGCAGACATTCTGCAGGAAAATTGATCGGCGGAGCCGCAGACGGCATTTACTTTACAAGCGGCGGAACGGAAGCGAACATCCTGGCCGTCCAATCATTGCTGCTCGGCCTGCCCGTTCACAAAAAACATTTTATTACGACCGCAATGGAACACCATTCGATCCATAATGCCGCGGCGTTTTTAGCTGATCGGGGAATTGATGTCACCATCATATATCCCGACGAGAACGGACTTATAACCGAGGACATACTGGCGGCTCATATCCGTCCTGACACGGGGCTCGTTTCCATACAGCACGCCAATTCAGAAACCGGCCTCATCCAGCCAGTGGATCGCCTGGCCGCTTTTCTTCACCATCGAAACATTTTGCTGCATTGCGATTGTGTTCAAAGTTTCGGCAAACTGCCGATTGATGCGGATCAGGCAGGAATCGACGCCCTTTCCGTCTCCGGTCATAAAGTATACGGCCCGAAAGGCACCGGGGCTGTTTACATTCGGCCCGGTGTCAGCTGGAACCCGGTTTATCCGTATACCGTGCATGAAAACGGGTTCAGGCCCGGTACGGTGAATGTGCCGGCCATCGGCGCTTTTACCGCTGCTGCGGAGTATGCAGTGAAACATATGGAGGAACACCGTAAGCATGCTGACAGGCTGAGGAATTATTTGTATGACCAAATTCGGCGTCAAGGCCTCCCCATTTCATTTTCAGAGGAAGAAACCGGCGGTGAATGCCTGCCCCACATTGTCGGGTGTTTTTTTCACTCCTTTGAAGGACAATATATTATGTTAGAATGTAATCGTAACGATATTTGCATCTCAACCGGGAGCGCATGTTCCGCCGGCAGCCACGGCCCTTCTTCAGCTATGAAGGCGCTGAGAAAAACCGAACGGGAAGCGCGGCAGTTTTTCCGAATCTCATTCGGAAACGAAACAACATGTGAACAGCTCGATATGCTGATACATACATTTACGGCGCTGTGGGAGCAAAAGAAAGGAGAATCAGCAATTTGA MIYLDYAAGAPLSKEAAKVFQHLSTEVYGNTSSLHDAGGRAADVLEYCRHSAGKLIGGAADGIYFTSGGTEANILAVQSLLLGLPVHKKHFITTAMEHHSIHNAAAFLADRGIDVTIIYPDENGLITEDILAAHIRPDTGLVSIQHANSETGLIQPVDRLAAFLHHRNILLHCDCVQSFGKLPIDADQAGIDALSVSGHKVYGPKGTGAVYIRPGVSWNPVYPYTVHENGFRPGTVNVPAIGAFTAAAEYAVKHMEEHRKHADRLRNYLYDQIRRQGLPISFSEEETGGECLPHIVGCFFHSFEGQYIMLECNRNDICISTGSACSAGSHGPSSAMKALRKTEREARQFFRISFGNETTCEQLDMLIHTFTALWEQKKGESAI PGPT0000065_5454 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 D1-12_01777 543 nadR COG1827 Transcription repressor NadR TTGACAGAAGGAACGAAGCTTACTGGGGAGAAAAGACGCGACATGCTGCTTCATTGGCTGAAAGAAGCCGGCTCGCCATTAACAGGAGGCGAATTAGCCAAAAAAGCAAATGTCTCAAGACAGGTGATCGTGCAGGACATATCACTCTTGAAAGCAAAAAACGAGCCGATCATCGCGACGAGCCAAGGCTACTTATACATCAGCATGAATGCCGGCGGTGAAAAAAACGCCGAACGGATTGTCGCCTGTCTGCACGGCCCGGAGCGGACGGAAGAAGAGCTTGAACTCATTGTCGATGAAGGCGTCACCATAAAGGACGTCATTATTGAACACCCCGTATACGGCGATTTAACCGCCGCCATAAGAGTCAGCACACGGAAAGAAGTCAAACAATTCATGGATCACATTAACTCGACAAATGCCGCTTACCTTTCACAGCTGACCGGAGGCGTGCACCTCCATACGTTAAGCGCCCCGACAAAAGAGCGGATTGACCAAGCCTGCCAAGCGCTGGACGACGCGGGTATTTTAATAAAAGATTAA MTEGTKLTGEKRRDMLLHWLKEAGSPLTGGELAKKANVSRQVIVQDISLLKAKNEPIIATSQGYLYISMNAGGEKNAERIVACLHGPERTEEELELIVDEGVTIKDVIIEHPVYGDLTAAIRVSTRKEVKQFMDHINSTNAAYLSQLTGGVHLHTLSAPTKERIDQACQALDDAGILIKD NA NA NA NA NA D1-12_01778 858 pheA Bifunctional chorismate mutase/prephenate dehydratase ATGAAAGTCGGTTATTTAGGGCCAGAAGCCACATTTACACATCTAGCAGTCAGTTCCTGCTTTCAAAACAGCGTGACACAAGCACCTTATCAAACAATACCGGCATGCATGGATGCGGCGGTTGCGGGAGAAGTTGATCTTGCATTTGTTCCTTTGGAAAACGCGCTGGAGGGCTCGGTTAACTTAACGATTGACTATTTGATTCATGAGCAGCCTCTTGCGATCGTGGGGGAAATGACGCTGCCGATTCACCAGCATCTGCTCGTTCACCCTTCGAGAGAAAATGAGTGGAAAAAGCTTGAGAAAATTTATTCTCATTCCCATGCGATTGCGCAATGCCACAAATTTCTTCACCGGCATTTTTCGTCCGTTCCTTATGAGTATGCGAAGTCAACAGGTGCGGCTGCCAAGTATGTCAGTGAGCATTCGGACCTTCCGATCGGCGTGATTGCAAATGAAATGGCCGCCGCTACATACGGATTGAGCATCGTGAAGCGGGATATTCAGGATTATCAGGACAACCACACGAGATTTGTCATTCTTTCGCCTGAAAAAGACGTCTCATTCGAAGTGAATGCGAAACTGTCTTCACGGCCGAAAACGACGATGATGGTAACGCTTCCTCAAGATGACCAATCAGGTGCGCTGCACAGGGTGCTGTCCGCTTTTTCATGGAGAAACCTGAATTTATCAAAGATCGAATCGCGCCCGACAAAAACGGGTCTCGGCAACTATTTCTTTATTATTGATATTGAACAGGCGATGGATCAGGTTCTCATTCCCGGTGCCGTTCAAGAGATGGAAGCCCTCGGCTGCCGGGTCAAGCTTCTGGGAACATATCAATCCTATTCGATATAA MKVGYLGPEATFTHLAVSSCFQNSVTQAPYQTIPACMDAAVAGEVDLAFVPLENALEGSVNLTIDYLIHEQPLAIVGEMTLPIHQHLLVHPSRENEWKKLEKIYSHSHAIAQCHKFLHRHFSSVPYEYAKSTGAAAKYVSEHSDLPIGVIANEMAAATYGLSIVKRDIQDYQDNHTRFVILSPEKDVSFEVNAKLSSRPKTTMMVTLPQDDQSGALHRVLSAFSWRNLNLSKIESRPTKTGLGNYFFIIDIEQAMDQVLIPGAVQEMEALGCRVKLLGTYQSYSI NA NA NA NA NA D1-12_01779 444 hypothetical protein GTGAAAGAAGAGACATTTTATTTAGTGCGTGAAGACGTTCTGCCTGATGCGATGCGGAAAACCCTTGAAGTCAAAAAGCTGCTCGACAGAAAAAAGGCTGAATCGGTTGCAGATGCCGTGCAGAAAGTTGATTTAAGCAGAAGCGCTTTTTACAAATACCGAGATGCGGTTTTCCCTTTTTACACGATGGTTAAAGAACAAATAATCACACTTTTCTTTCATTTGGAGGATCGGTCAGGCGCGTTATCCCAGCTTTTGCAGGCGGTGGCTGACTCAGGAAGCAACGTGCTTTCCATTCACCAGACGATTCCGCTTCAGGGCAGGGCGAATGTCACGCTCTCAATCAGTACGTCCGCAATGGAAGAAAACATTCATACGTTAATGAATAAACTGAGAAAATTTGATTTTATAGAAAAAGTTGAGATCTTAGGGTCAGGCGCGTAA MKEETFYLVREDVLPDAMRKTLEVKKLLDRKKAESVADAVQKVDLSRSAFYKYRDAVFPFYTMVKEQIITLFFHLEDRSGALSQLLQAVADSGSNVLSIHQTIPLQGRANVTLSISTSAMEENIHTLMNKLRKFDFIEKVEILGSGA NA NA NA NA NA D1-12_01780 1287 obg COG0536 GTPase Obg ATGTTTGTAGATCAGGTGAAAGTATATGTAAAAGGCGGCGACGGCGGTAACGGAATGGTTGCGTTCCGCCGTGAAAAATATGTGCCGAAAGGCGGGCCTGCCGGCGGTGACGGAGGTAATGGAGGCGACGTCGTTTTTGAGGTTGATGAAGGACTGCGCACGCTCATGGACTTCCGGTACCAGCGGCATTTCAAAGCGATACGCGGCGAGCACGGCATGTCTAAAAACCAGCACGGCAGAAATGCGGACGATATGGTTGTTAAAGTTCCGCCCGGCACAGTCGTAACGGATGACGATACAAAACAGGTCATTGCCGATCTGACTGAGCACGGGCAGCGCGCCGTCATCGCAAAAGGCGGACGCGGCGGACGCGGAAATACCCGCTTTGCGACACCGGCCAACCCGGCACCGCAGCTGTCAGAGCACGGAGAGCCCGGAAAAGAGCGCTATATCGTGCTTGAACTGAAAGTGCTTGCAGACGTAGGTCTCGTCGGCTTCCCGAGCGTCGGAAAATCTACGCTTCTGTCTGTCGTTTCATCGGCAAAGCCGAAAATCGCCGATTATCATTTTACAACGCTTGTTCCGAATCTGGGCATGGTGGAAACGGATGACGGAAGAAGCTTCGTCATGGCGGATCTGCCCGGTTTGATTGAAGGAGCGCATGAAGGAGTCGGCTTAGGCCACCAATTTCTCCGCCATATCGAACGGACGCGCGTCATCGTTCACGTCATTGACATGTCAGCGATGGAAGGCCGTGATCCGTATGAGGATTATGTGACCATTAATCAGGAGCTCAGTGAATATAATCTGCGGCTGACGGAGCGTCCGCAAATTATCGTTGCGAATAAAATGGACATGCCCGAAGCGGCTGAAAATCTTAAAGCGTTTAAAGAAAAGCTTCAGGATGATCACCCTGTCTTCCCGATCAGCGCGGTGACGAGAGAAGGGCTCCGCGATCTTCTGTTTGAAGTCGCCAACCAGCTGGAAACAACGCCTGAATTCCCGCTGTATGATGAAGAAGAACTGGCGGAAAACCGCGTGATGTACACGATGGAAGATGAAGAAATTCCATTTAACATTACCCGTGATCCGGACGGTGCGTTTGTGCTTTCAGGTGACAGCCTGGAACGCCTCTTTAAAATGACTGACTTCTCCCGTGACGAATCCGTCAAGCGTTTTGCAAGACAGATGCGCGGTATGGGCGTTGATGAAGCGCTCAGAGAACGCGGTGCTAAAGACGGCGATATCATCCGGCTTCTGGAATTTGAATTTGAATTTATTGATTAA MFVDQVKVYVKGGDGGNGMVAFRREKYVPKGGPAGGDGGNGGDVVFEVDEGLRTLMDFRYQRHFKAIRGEHGMSKNQHGRNADDMVVKVPPGTVVTDDDTKQVIADLTEHGQRAVIAKGGRGGRGNTRFATPANPAPQLSEHGEPGKERYIVLELKVLADVGLVGFPSVGKSTLLSVVSSAKPKIADYHFTTLVPNLGMVETDDGRSFVMADLPGLIEGAHEGVGLGHQFLRHIERTRVIVHVIDMSAMEGRDPYEDYVTINQELSEYNLRLTERPQIIVANKMDMPEAAENLKAFKEKLQDDHPVFPISAVTREGLRDLLFEVANQLETTPEFPLYDEEELAENRVMYTMEDEEIPFNITRDPDGAFVLSGDSLERLFKMTDFSRDESVKRFARQMRGMGVDEALRERGAKDGDIIRLLEFEFEFID NA NA NA NA NA D1-12_01781 579 spo0B Sporulation initiation phosphotransferase B ATGAAGGATGTATCGAAGAAACAAGAAGAACCTGTAAGCGATGCGGCTCTGATCAATGAGCTGATCCAATTAATGGGCCATTTCCGTCATGATTGGATGAATAAGCTGCAGCTGATAAAAGGAAACTTAAGTTTGCAGAAGTATGACAGGGTCGTTGAAATTATTGACGAAATGGTCATAGATGCAAAGCACGAATCAAAGCTCTCAAACCTGAAAACCCCGCACTTGGCGTTTGACTTTCTTACATTTAATTGGAAGTCCCGTTATATGAGGCTCGAATACGAAGTGCTCGGAGAAATTAAAGATTTATCGGCATATGATCAAAAGCTGTCGAACCTGATGAGAAAACTGTTTCATCTGTTCGGTCTGGCGGTAAACAATGAAAGTGAAAATCATCTGACCGTATCGCTGCAGACGGATCACCCTGACAGACAGCTTATTGTATATCTCGATTTTCATGGAACGATTGCAAATGCAGATGTGTTTGATGAATTTCGCAAATCCCGGTATGAGGACTTTGATGTCATGCAATTTGAGCTGACCGGCCATGAATGTGTGGCCGAAATTGGAATGAACTAG MKDVSKKQEEPVSDAALINELIQLMGHFRHDWMNKLQLIKGNLSLQKYDRVVEIIDEMVIDAKHESKLSNLKTPHLAFDFLTFNWKSRYMRLEYEVLGEIKDLSAYDQKLSNLMRKLFHLFGLAVNNESENHLTVSLQTDHPDRQLIVYLDFHGTIANADVFDEFRKSRYEDFDVMQFELTGHECVAEIGMN PGPT0024635_65 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-PENTAPEPTIDE_PERCIPITATION|SIGNALLING,PGPT0024635-spo0B-K06375 NA NA D1-12_01782 285 rpmA COG0211 50S ribosomal protein L27 ATGCTTAGATTAGATCTTCAGTTTTTCGCTTCTAAAAAAGGTGTAGGTTCTACAAAGAACGGACGTGACTCTGAATCTAAACGTTTAGGCGCTAAACGTGCAGACGGTCAATTCGTAACAGGCGGATCTATCCTTTACCGTCAACGCGGAACGAAAATCTACCCAGGTGAAAACGTGGGCCGCGGAGGAGATGACACTCTTTTTGCTAAAATCGACGGAACTGTTAAATTCGAACGTTTCGGCCGTGACCGCAAAAAAGTGAGCGTATATCCTGTAGCTCAATAA MLRLDLQFFASKKGVGSTKNGRDSESKRLGAKRADGQFVTGGSILYRQRGTKIYPGENVGRGGDDTLFAKIDGTVKFERFGRDRKKVSVYPVAQ NA NA NA NA NA D1-12_01783 342 hypothetical protein ATGATTGAGGCAACAATTCGAAGATCCCGGAATGACGGGGGCATTTTGTCCTTTGAAATGACGGGACATGCCGATTTTGCTGAACATGGACGAGATCTCGTATGCGCCGGGGTCACGGCTGTCGTTTTCGGAGCGGTCAATGCGGTTATCGCGCTGGCTCCTCTCGAACCGATTCTTGATATAGGCGAGGACGGGGGTTATTTCTACTTTGAATTCCCTGAAGCCGCTGATCAGGAAGCTTTGCAAAAAGCGCAGCTGCTGATTGAAGGCATGATTGTTTCTCTTGAAACGATCGAGCGGGATTACAGTGAACACTTACGGTTGACTGCAAACCAAATATAG MIEATIRRSRNDGGILSFEMTGHADFAEHGRDLVCAGVTAVVFGAVNAVIALAPLEPILDIGEDGGYFYFEFPEAADQEALQKAQLLIEGMIVSLETIERDYSEHLRLTANQI NA NA NA NA NA D1-12_01784 309 rplU COG0261 50S ribosomal protein L21 ATGTACGCAATCATTAAAACAGGCGGAAAACAAATCAAAGTTGAAGAAGGTCAAACTGTTTACATCGAAAAACTTGCTGCTGAAGCAGGTGAAACAGTGACGTTTGAAGACGTATTGTTTGTTGGCGGAGACAGCGTGAAAGTCGGCAACCCAACAGTTGCAGGCGCGACAGTTACAGCTAAAGTTGAAAAACAAGGCCGTGCGAAAAAAATCACTGTTTTCCGTTACAAGCCAAAGAAAAATGTTCATAAAAAACAAGGTCATCGTCAGCCTTATACTAAATTGACAATCGAAAAAATCAACGCGTAA MYAIIKTGGKQIKVEEGQTVYIEKLAAEAGETVTFEDVLFVGGDSVKVGNPTVAGATVTAKVEKQGRAKKITVFRYKPKKNVHKKQGHRQPYTKLTIEKINA NA NA NA NA NA D1-12_01786 867 spoIVFB COG1994 Stage IV sporulation protein FB ATGAATAAATGGCTCAGCCTCCTTTTCAAAGTTCATGTCCATCCTTTTCTTTGGATTATCATGGGGCTTGGTCTTATGACGGGGCACATCAAAGCGCTGCTGTGTCTTTTGCTGGTCGTATCCGTTCATGAGCTGGGGCATGCTGCTCTGGCTGTGTTTTTTTCGTGGCGCATAAAACGAATCTTTCTGCTCCCTTTCGGCGGGACGGTTGAGGTGGAGGAGCACGGAAACCGGCCGCTTAAAGAGGAATTCGCGGTCATCCTGGCAGGCCCGCTTCAGCATGTGTGGCTTCAGGCGGCAGCCTGGCTCTTTTTCATGTCAGGTTTTGCAAGTGAGCAGACATTTGAGATGTTTACCTTTTATAATCTCTCTATTCTTTTCATCAATCTTTTGCCGATCTGGCCGCTTGACGGCGGAAAGTTTGTGTTTTTATACTTCTCCAAACAAATGGCTTTTCAAAAAGCGCATCTCCTCAGCCTGCAGACATCGGCCGTTTCCGCGCTTTTGCTCTGCTGCTGGATTGTGCTGGCCGTCCCCCTTCAGGTCAGTGCATGGGTGCTGTTCGTCTTTCTCGCCGCTTCTTTATGGGATGAATACCGGAAGCGGCACTATATTCAGCTGAGGTTTCTTTTGGAGAGATACTACGGCAAAAACCGCGATGTTGCCATGCTGCATCCTTTGACGGTCGCGGCCGATGCCAAAGTAAAGCATGTCATGGCCGAATTCAAACGGGGATGCAAGCACCCCATTATCGTTGAAAAAGCCGGCGAAAAGCTCAGCCAGCTCGATGAAAATGAAGTGCTTCATGCGTATTTTGCCGATAAACGGACAGATTCCTCTATGGAAGACCTGCTGCTGCCTTACTAG MNKWLSLLFKVHVHPFLWIIMGLGLMTGHIKALLCLLLVVSVHELGHAALAVFFSWRIKRIFLLPFGGTVEVEEHGNRPLKEEFAVILAGPLQHVWLQAAAWLFFMSGFASEQTFEMFTFYNLSILFINLLPIWPLDGGKFVFLYFSKQMAFQKAHLLSLQTSAVSALLLCCWIVLAVPLQVSAWVLFVFLAASLWDEYRKRHYIQLRFLLERYYGKNRDVAMLHPLTVAADAKVKHVMAEFKRGCKHPIIVEKAGEKLSQLDENEVLHAYFADKRTDSSMEDLLLPY PGPT0024785_138 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-STAGE_IV_SPORULATION,PGPT0024785-spoIVFB-K06402 NA NA D1-12_01787 804 spoIVFA COG0739 Stage IV sporulation protein FA ATGAGTCACAGAGCTGATGAAATTAGAAAAAGACTGGCCAAAAGAAGAAAACAGCGGCCTGAATCAAAACGGACTTTCGTTCAAAACGCCCAAACGCAGAATTTTCCCGCGTGGCAGACGGTCAAGGAGCAGGAAAAGCACAAGCTTCTACCGGACTACGAATATCAAACGGAACACCCGCCCGAATTTAACGGACGGCATCCATTGATCAGCGCTCATTCTATTATTTTAAAATGCCTGCTGGCCGCCTGTCTCGTACTGATCTCCGCTATTGCCTATAAAACTGACAAACAGCCGTTGAGTCAGATCAAACCGGCGATCGCACAAACCTTTCAAAAGGAATTTCAGTTTGCTGCCGTAAGCAATTGGTTCGTATCTTCCTTCGGAAACCCGCTCGCTTTTCTTACGCCGGGAACGAAAAAGAAGGACGGTCAGGTGGCGGTCAGTCAGGATATGGCCGTTCCTGCCGCGGGGAAAATCCAGCAGGACTTTCAAAATAACGGAGAGGGCGTCGTCGTCGAAACCGCCAGCGAAGCCATTGACAGCGTAAAAGAAGGCTACATTATGGAAGTGAGCAAAGATAAAAAAACAGGGCTGACGGTGAAGGTGCAGCACGCCGACAATACAAGCAGCATTTACGGCCGGCTAAAAGATGTTAACGTTTCATTGTACGACTTTGTCGATAAAGGGAAAAAGATCGGTTCGATCAAGCTTAACGATAAAAGTAAAGGCCAGTACTATTTCGCGATCCAGGATGGCGATAAATTCATAGATCCGATCCAGGTGATCACTTTTGATGAATAA MSHRADEIRKRLAKRRKQRPESKRTFVQNAQTQNFPAWQTVKEQEKHKLLPDYEYQTEHPPEFNGRHPLISAHSIILKCLLAACLVLISAIAYKTDKQPLSQIKPAIAQTFQKEFQFAAVSNWFVSSFGNPLAFLTPGTKKKDGQVAVSQDMAVPAAGKIQQDFQNNGEGVVVETASEAIDSVKEGYIMEVSKDKKTGLTVKVQHADNTSSIYGRLKDVNVSLYDFVDKGKKIGSIKLNDKSKGQYYFAIQDGDKFIDPIQVITFDE PGPT0024780_73 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-STAGE_IV_SPORULATION,PGPT0024780-spoIVFA-K06401 NA NA D1-12_01788 804 minD COG2894 Septum site-determining protein MinD TTGGGTGAGGCTATCGTAATAACTTCGGGAAAAGGCGGAGTAGGTAAAACAACAACATCTGCAAACCTCGGTACCGCCTTAGCCATTTTAGGGAAGCGCGTCTGTTTGGTAGACACAGATATCGGACTGCGCAACCTTGATGTCGTAATGGGTCTTGAAAACAGAATTATTTACGACTTAGTAGATGTAATTGAAGGCAGATGCAAGACGCATCAGGCGCTTGTCAAAGACAAACGTTTTGATGATCTGCTTCATTTAATGCCGGCTGCCCAGACAAGCGACAAGACGGCTGTTGTCCCTGAGCAGATCAAATCGCTTGTGCAGGAGCTTAAGCAGGAATTTGATTATGTCATTATTGATTGTCCGGCCGGAATTGAACAAGGCTATAAAAATGCCGTCTCCGGAGCTGATAAGGCGATTGTTGTGACGACGCCGGAAATATCAGCGGTGCGGGACGCTGACCGCATTATCGGACTTTTGGAGCAGGAAGATATTGAACCGCCGCGCCTTATCGTGAACCGCATCAGAAATCACCTGGTGAAAAACGGTGACACGATGGATGTGGATGAAGTTGTTCATCATCTGTCTATTGATCTCCTCGGAATCGTTGCTGACGATGATGAAGTGATCAGAGCTTCAAATATCGGCGAACCGATTGCCATGAATTCCAAAAACCGCGCCAGTATTGCGTACCGCAATATCGCCCGGCGCATTTTAGGAGAATCCGTTCCTTTGCAGGTGCTTGAAGAGCAGCAAAAAGGGATGATGGCGAAAATCAAGTCATTTTTCGGCGTGCGTTCATAA MGEAIVITSGKGGVGKTTTSANLGTALAILGKRVCLVDTDIGLRNLDVVMGLENRIIYDLVDVIEGRCKTHQALVKDKRFDDLLHLMPAAQTSDKTAVVPEQIKSLVQELKQEFDYVIIDCPAGIEQGYKNAVSGADKAIVVTTPEISAVRDADRIIGLLEQEDIEPPRLIVNRIRNHLVKNGDTMDVDEVVHHLSIDLLGIVADDDEVIRASNIGEPIAMNSKNRASIAYRNIARRILGESVPLQVLEEQQKGMMAKIKSFFGVRS NA NA NA NA NA D1-12_01789 681 minC COG0850 Septum site-determining protein MinC ATGAAGACCAAAAAGCAGCAATATGTAACAATAAAAGGAACAAAAAACGGCTTAACATTGCATCTGGATGATGCATGTTCTTTTGATGAGCTTCTCGATGGTCTTCAAAACATGCTGTCGATTGAACAATATACTGATGGCAAAGGCCAAAAAATCAGTGTTCATATTAAACTCGGGCATCGGTATCTGTATCAGGAACAGGCAGAGCAGCTGACTGATCTGATCGCGTCAAAGAAAGATTTAGTCGTGCATTCAATTGACAGTGAAGTCATCGCCAAAGAAGAAGCGCAGCGGATGAAAGAGGAGCAGGAAATTGTTTCTGTTTCCAAAATCGTCCGTTCGGGCCAGGTGCTTCACGTGACGGGAGATTTGCTTTTAATCGGAGATGTGAATCCCGGCGGTACGATCAGAGCCGGAGGAAATATATTTGTTCTCGGTTCATTAAAAGGGATTGCCCACGCGGGTTATAACGGAAATAACCGGGCTGTGATCGCCGCATCCGAAATGATGCCGACACAATTGAGGATCAATCACGTGTTAAATCGCTCCCCAGACCACATTCAAAAAGGGAACGACATGGAATGTGCTTATTTAGATACTGACGGAAATATGGTCATTGAACGCCTTCAGCAATTGGCTCATTTAAGACCTGATCTAACAAGGCTTGAGGGAGGAATGTGA MKTKKQQYVTIKGTKNGLTLHLDDACSFDELLDGLQNMLSIEQYTDGKGQKISVHIKLGHRYLYQEQAEQLTDLIASKKDLVVHSIDSEVIAKEEAQRMKEEQEIVSVSKIVRSGQVLHVTGDLLLIGDVNPGGTIRAGGNIFVLGSLKGIAHAGYNGNNRAVIAASEMMPTQLRINHVLNRSPDHIQKGNDMECAYLDTDGNMVIERLQQLAHLRPDLTRLEGGM NA NA NA NA NA D1-12_01790 519 mreD COG2891 Rod shape-determining protein MreD GTGAAACGTTTCCTTCTCCCTTTGATTATGATTTTGGTCTTTTGTGCGGAAAGCATCTATACCGATCTGGTGCGTTTTCCTTTCGTTTCCGTCGAGCAGCAGGTCGTTCCGCATTTTCTTTTGCTTGCGCTGATTTTTATGTCCGCTTATATCAACCAAAAGCATGCGGTGATCTACGGTTTCATTTTCGGATTTCTTTATGACATCAATTATACGGGTGTTTTAGGCGTTTATATGTTTGGTTTTGCCGGTTTATGCTATCTGGCGGCCAAAGCGTTTAAAGTGCTGCAGACAAACGCCCTGATGGTCATTCTGGTCGCGGTGCTGAGCGTATGTGTGCTTGAATTTTACGTCTACGGCATTCAGACGTTAATCCGCAGCGGCACAATGACGTTTAACGATTTTGTCATTCAGCGGTTCTTGCCGACCGCTTTGCTGAATATTGCGGGGGCCGTTATATTAGTCCTGCCCTTCAGGCTGTTTTATATAAGTCTGAAGAAAGAATTAAGAGATGAGTAA MKRFLLPLIMILVFCAESIYTDLVRFPFVSVEQQVVPHFLLLALIFMSAYINQKHAVIYGFIFGFLYDINYTGVLGVYMFGFAGLCYLAAKAFKVLQTNALMVILVAVLSVCVLEFYVYGIQTLIRSGTMTFNDFVIQRFLPTALLNIAGAVILVLPFRLFYISLKKELRDE NA NA NA NA NA D1-12_01791 864 mreC COG1792 Cell shape-determining protein MreC ATGCCGAACAAACGGTTAATGCTATTACTTCTGTGTATTATCATATTGGTGGCTATGATTGGATTCTCGCTGAAGAACGGCCGTAATACCACCTGGCCTGAAAAGCTGATCGGTGATACGACGGGAGTATTTCAAAACATTTTTCACACGCCTGCCGAATATTTTGCAGGGTTCTTCGGGGACATAAAAGACCTGAAAAACACGTACAAGGAAAACGAACGCTTAAGACAAAAGCTGGACGGACAGACACAATATGAAGCGAAGCTCCAAGAACTCAAAGATGAAAACAAGAAGCTGCGTGATGAACTCGGGCATGTCAAATCAATTTCCGACTATGATCCGATTTTAGCGACCGTTATCGCCAGAAACCCTGATCAATGGTACAAGCAGATCATGATCAATAAGGGAACGAAGCAGAAAGTGGCCAAAGACATGGCTGTCACGAACGAAAAGGGTGCGCTGGTCGGGAAGATCAAAAGCAGCGGACTCAACAGTTTCACATCCGCCGTTCAGCTGCTGAGCGATGTTGACCGCAATAACAGAGTGGCCACCAAAATCTCCGGCAAAAAGGGAAGCAAAGGCTACGGTTTAATTGAAGGGTACGATAAAAAGAAACAGACCCTGAAAATGACTATCCTTGAGCCGGATGAAAAACGTGAAGTGAAAAAAGGCGACCTCGTGGAGACATCCGGAACGGGCGGCGTATTTCCTCAAGGGCTTACGGTCGGGGAAGTGACCGATGTAGAATCAGATGCTTACGGCCTGACGAAAATCGCTTACGTGAAACCGGCTGCCGACCTGTACGATCTTGACCATGTCATCGTCGTGAACCGAAGCGTAGCAACAGGGGAGGAAGGATCGTGA MPNKRLMLLLLCIIILVAMIGFSLKNGRNTTWPEKLIGDTTGVFQNIFHTPAEYFAGFFGDIKDLKNTYKENERLRQKLDGQTQYEAKLQELKDENKKLRDELGHVKSISDYDPILATVIARNPDQWYKQIMINKGTKQKVAKDMAVTNEKGALVGKIKSSGLNSFTSAVQLLSDVDRNNRVATKISGKKGSKGYGLIEGYDKKKQTLKMTILEPDEKREVKKGDLVETSGTGGVFPQGLTVGEVTDVESDAYGLTKIAYVKPAADLYDLDHVIVVNRSVATGEEGS NA NA NA NA NA D1-12_01792 1014 mreB COG1077 Cell shape-determining protein MreB ATGTTCGGAATTGGTACAAGAGACCTTGGTATAGATTTGGGAACCGCGAATACGCTTGTGTTTGTTAAAGGTAAAGGAATCGTAGTGAGAGAGCCGTCTGTCGTTGCTCTGCAAACGGATACGAAGTCCATCGTTGCGGTCGGTAACGATGCGAAAAACATGATCGGAAGAACTCCGGGCAACGTGGTTGCGCTCCGTCCGATGAAAGACGGCGTTATCGCTGACTATGAAACAACTGCGACAATGATGAAATACTACATTAATCAGGCTGTGAAAAATAAAGGATTGTTTGCGAGAAAGCCTTACGTTATGGTGTGTGTGCCGTCAGGTATTACGGCCGTTGAAGAACGGGCGGTCATCGACGCGACAAGACAAGCGGGCGCACGTGACGCTTATCCGATTGAAGAACCGTTTGCGGCAGCAATCGGCGCGAATCTTCCGGTATGGGAGCCGACGGGCAGCATGGTCGTTGATATCGGCGGCGGAACAACTGAAGTGGCGATCATTTCTTTAGGCGGCATTGTTACGTCTCAGTCAATCCGCGTAGCCGGTGACGAAATGGACGACTCAATCATCAGCTATATCAGAAAAACATATAATCTGATGATCGGTGACCGTACGGCGGAAGCTATTAAAATGGAAATCGGTTCAGCAGAAACCGGTGAAGAAAATGCGTCAATGGAAATCCGCGGCCGCGATCTTCTGACAGGTCTGCCGAAAACGATCGAAATCACGGGAACGGAAATTGCAAATGCACTGCGTGATACAGTTCTCTCAATCGTTGACGCGGTGAAGAGCACGCTTGAAAAAACACCGCCTGAGCTGGCCGCTGACATTATGGACAGAGGTATTGTATTAACAGGGGGAGGCGCCCTGCTCCGCAATCTCGACAAAGTCATCAGCGACGAAACGAAAATGCCTGTTCTTATCGCTGAAGATCCGCTGGATTGTGTTGCGATCGGCACTGGAAAAGCACTGGAGCACATCCATCTTTTCAAAGGAAAAACAAGATAA MFGIGTRDLGIDLGTANTLVFVKGKGIVVREPSVVALQTDTKSIVAVGNDAKNMIGRTPGNVVALRPMKDGVIADYETTATMMKYYINQAVKNKGLFARKPYVMVCVPSGITAVEERAVIDATRQAGARDAYPIEEPFAAAIGANLPVWEPTGSMVVDIGGGTTEVAIISLGGIVTSQSIRVAGDEMDDSIISYIRKTYNLMIGDRTAEAIKMEIGSAETGEENASMEIRGRDLLTGLPKTIEITGTEIANALRDTVLSIVDAVKSTLEKTPPELAADIMDRGIVLTGGGALLRNLDKVISDETKMPVLIAEDPLDCVAIGTGKALEHIHLFKGKTR PGPT0027700_3291 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 D1-12_01793 696 hypothetical protein TTGATCATCCGTGATCTGCCGTTAAAATTAAGAGATTTCCCCGAAAAAGAAAAACCGAGAGAGCGGCTTCTGCACTTCGGAGCCGAACATCTCTCTAACAATGAATTGCTCGCCATCCTGCTGCGGACGGGAACGAAACATGAGTCCGTCATGAACCTCGCTCACCGGCTGTTGCGGACGTTTGACGGGCTGCGACTGTTAAAAGGCGCCTCTGCCCAGGAGCTTTCCAGCATTCCGGGAATCGGCACGGTGAAAGCCGTTCAGATTCTTGCCGCAATTGAGCTGGGGAGCCGCATTCATAAGACATCCGCCGGGGAGCATTGCGTCATCCGCTCTCCGGAAGACGGGGCGAAGTATGTGATGGAGGATATGCGCTTTTTATCCCAGGAGCATTTTGTCTGTTTATATTTAAATACCAAAAATCAAGTCATTCATAAACGCACCGTTTTTATCGGAAGTCTGAATTCATCTATTGTCCACCCGCGGGAGGTGTTTAAAGAAGCTTTCAAACGATCCGCCGCGTCCTTCATTTGCGTTCACAATCATCCTTCAGGAGATCCTACACCGAGCAGGGAAGATATAGAGGTAACCAGGCGGCTTTTTGAGTGCGGAAATTTAATCGGCATCGAGCTGCTGGATCATTTGGTCATTGGTGACAAAAAATTTGTGAGTTTAAAGGAAAAAGGATATTTGTAA MIIRDLPLKLRDFPEKEKPRERLLHFGAEHLSNNELLAILLRTGTKHESVMNLAHRLLRTFDGLRLLKGASAQELSSIPGIGTVKAVQILAAIELGSRIHKTSAGEHCVIRSPEDGAKYVMEDMRFLSQEHFVCLYLNTKNQVIHKRTVFIGSLNSSIVHPREVFKEAFKRSAASFICVHNHPSGDPTPSREDIEVTRRLFECGNLIGIELLDHLVIGDKKFVSLKEKGYL NA NA NA NA NA D1-12_01794 570 maf COG0424 dTTP/UTP pyrophosphatase ATGACAAAACGCTTAATACTCGCATCACAATCTCCGCGAAGAAAAGAACTCCTTAATCTTCTTCAGATTCCTTACAGCATTATTGCAAGCCGCACAGAAGAAAAATTAAATCGAAACCTTTCGCCGGAAGAAAACGTCCAATGTTTGGCCGAGCAAAAAGCCGGTGCTGTATTGGCCGAAAATCCCGATGCAGTCGTTATCGGGGCTGACACGATGGTGTGCATAGACGGCGAATGCCTCGGCAAACCGCATGACAGAGAAGAAGCGGCACACATGCTGCGGAGGCTTTCCGGCCGAAGCCATCAAGTCATTACGGCGGTCAGCATTCAGACGCATGACCGGAAAGAAACGTTCTGTGACACGACGGAAGTGACGTTTTGGCCGCTCAGTGAAGACGACATACAGCTCTACATTGAAACAAAAGAACCGATGGATAAAGCAGGTGCATACGGCATCCAAGGAAAAGGCGCGCTTTTAGTGAAAAAAATAGACGGTGATTTTTATTCTGTCGTCGGGCTTCCTGTCGCTAAAACAATGAGAGCCTTGAAAGAATTTAATATAAAAGCTTGA MTKRLILASQSPRRKELLNLLQIPYSIIASRTEEKLNRNLSPEENVQCLAEQKAGAVLAENPDAVVIGADTMVCIDGECLGKPHDREEAAHMLRRLSGRSHQVITAVSIQTHDRKETFCDTTEVTFWPLSEDDIQLYIETKEPMDKAGAYGIQGKGALLVKKIDGDFYSVVGLPVAKTMRALKEFNIKA NA NA NA NA NA D1-12_01795 1002 spoIIB Stage II sporulation protein B TTGAAAAAAAGGAAGAGCAAAAAGCACAGCAAAGCAAAAAACAATGCCCTTAAAGTAACCATTAACGGACAAGAAGAAACGATGTATGGACAAGAAGATGTGAAAGAAGGCGGGGAGAAAACCGTCACATTTTCAAATTGGGAGGAAACAAAAAAGGCGGAGCAGGAGACCGCCGCATCCCATGAAGATCCGAAAGAAGAAGATTTCAATTGGGATCATGAGAAGAATTCTGAGGTATTTGAAGATGACCCGAAAGTCGTTCCGCCATACCAGAAGAAAAAAACAGGCCCTCATTTTCCGAAAAAAAAGCAGCCGTCTTCTCCAGTTAAAAAAGCGGTCACGACAATTGCCGTTGCGGCTGTTTTAGGCACCGGGCTCGGCCTTGTCGCCTTAAATATGTCGGGAAGTAAAGAAGCCTCCGCTCCGGCATCAGCTGACAAAGGTTCACAAGGGCAGACGGCGAAAGCGGGAGATGTTTCTAAAGACAAATCTGAAACAGCCGGCACAGGAGATGCGGAATCTTCAGAGGGAAACTATAAAACATATGCGGTGCAGGCCGGAAAATTTTCATCAGAAAAAGGAGCGCAAACGCTTGTTGACCAGCTGACTGAAAAAGGATACTCGGCCGTCTCACTGGCAAAAGAAGACGGATACACATACGTGATCGCCGGGCTTGCAGCGGAAAAAAGCTTATCACAGCAATTGGGTCAGACACTGATAGACCATGATTTTGAGGCTTGGGGCGGAAAAGAGCTCAGCTTCGCTGTCGATTCAGGACTGGAAAACTCTTTTAAACAAGCATCTGAGCTCTCCGCCAAAGCGATTACCGGCAAAGATCTTTCAAAAACGGAAGTGGCTGAAGCGGCAAAAGCGGCATCCAGCGCAGACGCTGCTGACAAAAAGCAGAAAGAGGCCGTGCTTCAAGCGCTGAAAGAACTGGAAACGTCGGGTTCGGAATCCGGCTGGAAAGCCCAAAAAGAGCTTTTAAGTGTTGTAAAATAG MKKRKSKKHSKAKNNALKVTINGQEETMYGQEDVKEGGEKTVTFSNWEETKKAEQETAASHEDPKEEDFNWDHEKNSEVFEDDPKVVPPYQKKKTGPHFPKKKQPSSPVKKAVTTIAVAAVLGTGLGLVALNMSGSKEASAPASADKGSQGQTAKAGDVSKDKSETAGTGDAESSEGNYKTYAVQAGKFSSEKGAQTLVDQLTEKGYSAVSLAKEDGYTYVIAGLAAEKSLSQQLGQTLIDHDFEAWGGKELSFAVDSGLENSFKQASELSAKAITGKDLSKTEVAEAAKAASSADAADKKQKEAVLQALKELETSGSESGWKAQKELLSVVK PGPT0024665_77 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-STAGE_II_SPORULATION,PGPT0024665-spoIIB-K06380 NA NA D1-12_01796 753 comC Type 4 prepilin-like proteins leader peptide-processing enzyme GTGCTTTTGTTTCTGTTTTTTCTCGGCTTGATTTTCGGTTCTTTTTTTTATACAGCAGCGTGTCGTATCCCGCTTCGAATCTCGGTTATTTCGCCGCGTTCAGCCTGTTCGTTTTGCCGCTTGCCGCTCTCCTGGGGGGAGCTTGTGCCCGTCGTTTCCTATATTCTGCAAAGAGGCAGATGCAGAAACTGCCGTGCGAAGCTGTCGGTTATGTATCCGGCGGCGGAATGCTGGACGGCGTGTTTATTCACGGCTGCAGGCATTCATTTCGGTTTCTCAAAAGAACTGTTAGTCGCGCTGTTATTTCTGTCTCTGCTCATGATTGTTACTATGACGGATCTGCAATATATGCTGATTCCTGACAAGGTTCTGCTGTTTTTTCTTCCGCTTTTCATCGCCGGCCGTATGTTTTCTCCGCTGGATACATGGTATGCAGGGTTTGCCGGAGCCGTTTGCGGATTTTTTCTGCTTGTTTTTATCATGTTTGTCAGTAAAGGAGGCATCGGCGCAGGTGATGTGAAACTGTTTGGGGTGATCGGCCTGCCGCTCGGCGTGAAGCTCGTGCTCATTGCATTCTTTCTTTCCGTTATGATCGGAACCGTATACGGTATGTGCGCCGCAGCCCGGGGCAGGCTTGGTAAAAAGCAGCCATTTCCGTTTGCGCCGGCCATCTCAGCCGGGAGCGCTTTGAGTTATTTATACGGAGAAGAGCTGTTTTCGTTTTACATCAAGCTCGCTTCAGGCGGAGCTTAA MLLFLFFLGLIFGSFFYTAACRIPLRISVISPRSACSFCRLPLSWGELVPVVSYILQRGRCRNCRAKLSVMYPAAECWTACLFTAAGIHFGFSKELLVALLFLSLLMIVTMTDLQYMLIPDKVLLFFLPLFIAGRMFSPLDTWYAGFAGAVCGFFLLVFIMFVSKGGIGAGDVKLFGVIGLPLGVKLVLIAFFLSVMIGTVYGMCAAARGRLGKKQPFPFAPAISAGSALSYLYGEELFSFYIKLASGGA PGPT0029470_103 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-COMPETENCE-RELATED_DNA_TRANSFORMATION_TRANSPORT,PGPT0029470-comC-K02236 NA NA D1-12_01797 1293 fpgS Folylpolyglutamate synthase TTGTTTAATACGTACAAAGAAGCGATCAGCTGGATTCACGGCAGACTCAAGTTCGGCGTTAAGCCGGGCCTGCTCCGTATGGAAAAGCTGATGGAAAAACTGGAACACCCGGAAAAGAACATTCGCGCCATTCATGTGGCGGGCACAAACGGCAAAGGATCGACCGTCGCTTTTATCCGTTCCGTGCTTCAAGAAGCCGGTTATACGGTCGGCACGTTCACATCGCCTTACATTATTACGTTTAATGAGCGTATCAGCGTCAACGGCACGCCGATTTCTGATGAGGAATGGAGAACGCTCGTTAATGACATAAAACCGATAGTCGATGAGCTTGATAAGACCGATGCCGGAACGGTGACAGAATTTGAAATCATTACAGCGTGTGCATTTTTATATTTTGCGAAGCGGGCTGATATCGATTTTGTCATTTTTGAAGCGGGGCTCGGCGGCACATTTGATTCAACCAATATTGTGAAACCGCTCCTGTCGGTCATTACAAGTATCGGACATGACCATATGGCCATTTTAGGCAATACCATCGAGGAGATCGCCGGGCAGAAAGCCGGTATCATTAAAAATTCCATTCCGGTCATTACGGGCGTCAATCAGCCGGAAGCACTCGGCGTTATTGAAGCGGAAGCCGAAAAAAAGCAGGCTCCGTATCAGTCACTATATAAAACGTGCAGACTGTTTAATGAAGCGGCGCTTCCGTCCGGTGAAAGCTTTTCGCTGGAAACGGAAACGAAATGCTATGAAAACATTCAAACGTCGCTGATCGGCATTCACCAAAGGCAGAATGCGGCATTGGCGATATTGGCCGCTGAATGGATGAATCGTCTGGGAGCCGCAGTCATTTCTGAAGAAACAATGCGAAACGGCCTGAAAAAAGCTTCCTGGCCGGGCCGGTTTGAACGTCTTCAAAGCCGCCCTTTAGTGTTTGCGGACGGCGCGCATAACGAAGAGGGCGTTGAAACGCTGACAGAAACGATCAGGCAGCGCTTTTCCGATAAAAACGTTCATGTCGTATTCAGCGCATTAAAAGACAAACCGTATCAGGAAATGATTAAAAAGCTTGAAACCGAAGCGGACTCTATTCACTTTGTATCATTTGACTTTCCGCGTGCTTCAAGCGCCGAAGCCCTTTACAATGCAAGCAGTCTTGCGGCTAAGAGCTTCGATGAGAACCCGGACAGTGTGAAAGAATGGATAGAACAAAAAGACGGGGCGGATGATGTCATCATCATTACCGGCTCCTTATATTTTATTTCAGAAATGAGAAAGCGGCTTATCTGA MFNTYKEAISWIHGRLKFGVKPGLLRMEKLMEKLEHPEKNIRAIHVAGTNGKGSTVAFIRSVLQEAGYTVGTFTSPYIITFNERISVNGTPISDEEWRTLVNDIKPIVDELDKTDAGTVTEFEIITACAFLYFAKRADIDFVIFEAGLGGTFDSTNIVKPLLSVITSIGHDHMAILGNTIEEIAGQKAGIIKNSIPVITGVNQPEALGVIEAEAEKKQAPYQSLYKTCRLFNEAALPSGESFSLETETKCYENIQTSLIGIHQRQNAALAILAAEWMNRLGAAVISEETMRNGLKKASWPGRFERLQSRPLVFADGAHNEEGVETLTETIRQRFSDKNVHVVFSALKDKPYQEMIKKLETEADSIHFVSFDFPRASSAEALYNASSLAAKSFDENPDSVKEWIEQKDGADDVIIITGSLYFISEMRKRLI PGPT0007975_2795 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0007975-folC-K11754 NA NA D1-12_01798 2643 valS COG0525 Valine--tRNA ligase ATGGATACAAACGAACAAACAATGCCGACAAAATATGATCCGTCTGCGATTGAAAAAGGCCGCTATGATTTTTGGCTGAAAGGAAAATATTTTGAAGCGGGCAGCGATCAAACGAAACAGCCGTATTCTGTCGTCATTCCGCCGCCGAACGTGACGGGCAGGCTGCACCTCGGACATGCGTGGGATACGACGCTGCAAGATATCGTTACGCGTATGAAACGCATGCAGGGCTATGACGTGCTCTGGCTTCCGGGCATGGATCACGCCGGCATCGCCACTCAGGCAAAAGTCGAAGCGAAACTCCGCGAACAGGGCACAAGCCGTTATGACCTCGGCCGTGAAAAGTTTTTAGAAGAAACGTGGAAGTGGAAAGAAGAGTATGCTGATTTCATCCGCAGCCAATGGGCCAAGATGGGACTCGGACTCGATTATTCACGCGAACGTTTTACTCTTGATGAAGGGCTGAACAAAGCCGTGCGTGAAGTATTCGTCAAGCTGTACGAGAAAGGCTTGATTTACAGAGGCGAATATATCATCAACTGGGACCCTGCCACAAAAACGGCTTTATCCGATATTGAAGTGATTTACAAAGACGTACAGGGCGCGTTTTATCATTTGCGCTACCCGTTAGCAGACGGTTCAGGCTCAATTGAAATCGCGACCACCCGTCCGGAAACGATGCTTGGCGACACGGCTGTCGCGGTTCATCCTGAAGATGAGCGCTACAAGCACTTAATCGGCAAAACGGTGATTCTGCCGATTACAAACCGCGAAATTCCGATCGTCGGCGATGATTATGTTGATATGGAATTCGGATCAGGCGCTGTTAAAATCACGCCTGCCCATGACCCGAATGACTTTGAACTCGGAAACCGCCACAATTTAGAGCGGATTCTCGTCATGAATGAAGACGGAACAATGAATGAAAAAGCGCTGCAATATAACGGCATGGACCGGTTTGAATGCCGCAAAAAACTCGTCAAAGATCTTCAGGAATCCGGCGTTCTCTTTAAAATCGAAGACCATATGCATTCTGTCGGCCACAGTGAGAGAAGCGGCGCCGTTGTTGAGCCGTACCTGTCCACACAATGGTTTGTCAAAATGCAGCCGCTGGCCGATGCTGCGGTTGACCTTCAGTCAAAAGAAGAGAAAGTTCACTTCGTTCCTGACCGGTTCGAGAAAACGTACCTGCACTGGATGGAAAATATCCGTGATTGGTGTATTTCCCGTCAGCTGTGGTGGGGCCACCGCATCCCGGCTTGGTATCATAAAGAAACAAAAGAAGTGTACGTCGGCCTTGAGGCGCCTGAGGACAGTGAAAATTGGGAACAGGATTCAGATGTGCTTGATACATGGTTCAGCTCCGCGCTTTGGCCGTTTTCTACAATGGGCTGGCCTGATGAAAACGCTGAAGACTTTAAGCGGTATTACTCAACCGATGTTCTTGTAACGGGATATGACATCATTTTCTTCTGGGTATCCCGGATGATTTTCCAAGGTCTTGAGTTTACCGGCGAGCGTCCGTTCAAAGACGTGCTGATTCACGGCTTAATCCGTGACGAGCAGGGCAGAAAAATGAGTAAATCCCTTGGGAACGGCGTGGACCCGATGGATGTCATCGACAAGTACGGAGCGGATTCCCTGCGCTATTTCCTGGCAACCGGAAGTTCACCGGGACAGGATCTCCGTTTCAGCTATGAAAAAGTGGAATCCACATGGAATTTCGCAAATAAAATTTGGAACGCCTCCCGTTTTGCATTAATGAACATGGACGGCATGACGTATGACGAGCTTGATCTGTCCGGTGAAAAATCAGTTGCTGATAAGTGGATCCTCACAAGACTGAATGAAACGATAGAAGACGTAACACAGCTTGCGGATCGTTATGAATTCGGTGAAGTCGGACGCCACCTGTACAACTTTATCTGGGACGATGTGTGCGACTGGTATATCGAAATGGCGAAGCTTCCGCTGTACGGGGAAGATGAAGCGGCGAAGAAAACAACCCGTTCTGTTCTGGCATACGTGCTTGACCAGACGATGCGTCTTCTTCACCCGTTTATGCCATTCTTAACGGAGGAAATCTGGCAGCACCTTCCTCATGAAGGCGAGTCAATCACGATCAGCTCTTGGCCGGTTCCGGTGCCCGAACATACGGATAAAGAGGCAGCGGCGGATATGAAACTGCTCGTCGAATTAATCCGTTCTGTCCGCAATATCCGGAGCGAAGTCAACACGCCGATGAGCAAGCAGGTTGAGCTTTACATTAAAACATCTACGGAAGACATTGCCGGCCGCCTTGAGAAGAACCGTTCTTACGTTGAACGCTTTACGAATCCGAGCACGCTGAAAATCGGGACGGATATCACTGCGGCAGACAAAGCGATGACAGCGGTCGTCACCGGAGCGGAAGTCATTCTGCCGCTTGAAGGGCTGATTAACATTGATGAGGAGATCGCCCGTCTGCAAAAAGAATTCGACAAGCTGACAAAAGAAGTCGAACGCGTTCAGAAAAAACTCGGCAACGAAGGATTCATTAAAAAAGCTCCTGAACATGTCATTGAAGAAGAACGCGGAAAAGAGAAAGACTACACGGCAAAACGCGAAGCTGTCCGGCAGCGGATTGCAGAGCTGAAAGGCTGA MDTNEQTMPTKYDPSAIEKGRYDFWLKGKYFEAGSDQTKQPYSVVIPPPNVTGRLHLGHAWDTTLQDIVTRMKRMQGYDVLWLPGMDHAGIATQAKVEAKLREQGTSRYDLGREKFLEETWKWKEEYADFIRSQWAKMGLGLDYSRERFTLDEGLNKAVREVFVKLYEKGLIYRGEYIINWDPATKTALSDIEVIYKDVQGAFYHLRYPLADGSGSIEIATTRPETMLGDTAVAVHPEDERYKHLIGKTVILPITNREIPIVGDDYVDMEFGSGAVKITPAHDPNDFELGNRHNLERILVMNEDGTMNEKALQYNGMDRFECRKKLVKDLQESGVLFKIEDHMHSVGHSERSGAVVEPYLSTQWFVKMQPLADAAVDLQSKEEKVHFVPDRFEKTYLHWMENIRDWCISRQLWWGHRIPAWYHKETKEVYVGLEAPEDSENWEQDSDVLDTWFSSALWPFSTMGWPDENAEDFKRYYSTDVLVTGYDIIFFWVSRMIFQGLEFTGERPFKDVLIHGLIRDEQGRKMSKSLGNGVDPMDVIDKYGADSLRYFLATGSSPGQDLRFSYEKVESTWNFANKIWNASRFALMNMDGMTYDELDLSGEKSVADKWILTRLNETIEDVTQLADRYEFGEVGRHLYNFIWDDVCDWYIEMAKLPLYGEDEAAKKTTRSVLAYVLDQTMRLLHPFMPFLTEEIWQHLPHEGESITISSWPVPVPEHTDKEAAADMKLLVELIRSVRNIRSEVNTPMSKQVELYIKTSTEDIAGRLEKNRSYVERFTNPSTLKIGTDITAADKAMTAVVTGAEVILPLEGLINIDEEIARLQKEFDKLTKEVERVQKKLGNEGFIKKAPEHVIEEERGKEKDYTAKREAVRQRIAELKG NA NA NA NA NA D1-12_01800 192 hypothetical protein GTGAGAAAAAAATTCAATTCTTATTCGCTCCCCCAGTGGGCCAGACAGGTCCGCCTTGTATCCGTGCAAGTCATTATCCCGATTACGATCTTTCAGGGGATCAGGACGATTTTCTTCCCGACGACTTTTGATGTCCTGCTGCTTGCCATCCTGCTGTTTTTAGCGTGCGCCCTGCATTTGGAATGGATATAA MRKKFNSYSLPQWARQVRLVSVQVIIPITIFQGIRTIFFPTTFDVLLLAILLFLACALHLEWI NA NA NA NA NA D1-12_01801 1035 hypothetical protein GTGGTGAATGGAATGGAAGCAGTCCAATCAGTGCTTCAGGAATACGGGCTGGCGGCAGAGTATATTGAGCCTGTCAGCCCGCATGTTTGGAAGGTCTACTCAAACTACGGCATTTTTGCTTTGAAACAGCTCAAGCCGGCCCGCAGCAGTGAATTTACGGATCTTATGATTGAGATTGAGGAGAAAGGCTACCGTTCGTTTGTGCCGATCTGCCGCACGTATGCCGGCGATTTTTTTGCGGGAAGACAGACGGAGAATTCTTATTATTTAATGCCTTGGCTTCAGTACGATCAGGAAGAAGAACGGGATCAAAAACATGTTTACCTTTTTAAAGAGGTCGCGAAGCTCCACTCCGCGACTGTGCGGGACATCCAAATCCGGACTGAAGATATCAGCGGCTTTTATGAAGTAACGAAAAGAGATTGGGAAAATGATAAGCTTGTCTATGAACAATTCGCCGACCGGGCGGAAAAAGAGTGGTACCTTTCACCTTTTGAACTGCAGGCTGTTACGTATCTTACAGAAACGGTTTCCGCCGTCAATTTTGCTCTGGAACGTCTGGAAGAATGGTTTGACGCGGCAAAGGATCATGACAAGACGAGAGCGGTGATCAACCACGGCAGCTTATCGAGCCGCCACTTTCTGTATAATGATGCGGGATCGGGCTTTTTCACGAATTTCGAGAAAGCTGCGCTGGGCCCTCCGCAAAACGACCTGCTCGGCTTTTACTCCAGAATGTTCAGAAGCTATCCGAAAGCATGCCCGGAGTGTCTGGACTGGTTTTATACGTATCACAAATCATTCCCGCTCCGTGAAGCGGAAATCAGCCTGTTTCTCAGCTATATGGCTTATCCGTCCGCCATGTACAAAGTGCTGAAACGGTATCAGACCGGCCAAAGGGGCTCTGAAAAAGAAGAGTGCACGCAATTATTAAGAGCGTTTTGGCAGATGAAAAATGTTGAGCCTTTTCTCATGAAGGTTCATCAGATTGAGCGGGAGAAAAAAATAAAAGCGGAAAACGAGTCCTCTTCATAA MVNGMEAVQSVLQEYGLAAEYIEPVSPHVWKVYSNYGIFALKQLKPARSSEFTDLMIEIEEKGYRSFVPICRTYAGDFFAGRQTENSYYLMPWLQYDQEEERDQKHVYLFKEVAKLHSATVRDIQIRTEDISGFYEVTKRDWENDKLVYEQFADRAEKEWYLSPFELQAVTYLTETVSAVNFALERLEEWFDAAKDHDKTRAVINHGSLSSRHFLYNDAGSGFFTNFEKAALGPPQNDLLGFYSRMFRSYPKACPECLDWFYTYHKSFPLREAEISLFLSYMAYPSAMYKVLKRYQTGQRGSEKEECTQLLRAFWQMKNVEPFLMKVHQIEREKKIKAENESSS PGPT0025260_25 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_COAT_PROTEIN,PGPT0025260-ysxE-NA NA NA D1-12_01802 1842 hypothetical protein TTGCCGCATAATCACCGATTGCAATTTTCTGTTGAAGAATCAATCTGTTTCCAAAAAGGACAGGAAGTTTCTGAATTACTTTCGATTTCATTAGACCCTGACATCAGGGTGCAGGAAGTAAATGATTATGTCTCAATTAAAGGATCATTAGAACTTACTGGCGAGTACAACATAGATCACAGCAGTCATTTTGAAGAGCTTGATAGGGAGCTGAGGCATGTAGAGGAAGTGAGGGCGAGGGAGGATGGCACGGCCGAGCTCATTCATTGTTTCCCGGTGGACATCACGATTCCGAAAAATAAAGTGAGCCACCTCAATGATGTTTTCGTATTTATCGATGCCTTTGATTATCAGCTGACGGATTCAAGGATCTTAACCATTCAAGCTGATTTGGCAATTGAAGGGCTGCTTGAGGAATCCGAGCCAAAAGAGCCGGAGATCCCTTTGTACGTGGCGCCTGAATTTGCCAGAGAAGAAATGATCAATCTTGCCGGACATTATTCTGAGGACGAAAACGAACCAGAATTAATGATACGCCATGAGCCTGAAATACCTTTGACTGTATCAGAAGAAGCAGCACAAGAAACCGAGAAGAACGAGGAAGAAACTCCGCCTTTACTCAGGCAGGAGGAAGAAGAGCCGGAGACTGCCCCGATTTTGAGGGAACGGGAAGAAGAAGAGCAGGAAGCAGCCCCGATTTTGAGGGAGCAAGAAGAAGAAGAGCCGGAGACTGCCCCGATTCTGAGGGAGCGGGAAGAAGAAGAGGAAGCAGCTGCCCCGATTCTGAGGGAGCGGGAAGATGAGGAAGAAGCAGCCCCGATTCTGAGGGAACGGGAAGAAGAAGCGCAGGAAGCTGCCCCGATTCTGAGGGAGCGGGAAGAAGAAGAGCCGGAGACTGCCCCGATTCTGAGGGAGCGGGAAGAAGAAGAGCATGAGACTGCCCCGATTCTGAGGGAGCGGGAAGAAGAAGAGCCGGAGACTGCCCCGATTCTGAGGGGGCAGGAAGAGGTGCCGAAACCTGTTTCCTTTACTGAGCCTCCTCCTCCCGTTTCCTTTCAACATGAAGAAGAGCCGGAAGAAGCTGAGGAGCCTGCAATCATGTCAGCCGTGAGGAATGAACCCGTATTTGAGGATGATTCAGCAGAAGCGCAGGAAGAGCCAAAAGATGATATCGAACCGGTTTTCCCTGCTTTCACTCTGACTCCGCATGCAGAAAAACCAAAAATTGCGGAACAGCCCTTCCTTCAAAAAGAAGAGCAGCCAGAGGCCGAGCCGCTTCTCCGTCAGAGCGATCATAAGGCGGCAGAAGACGAAGATGAGCCTGCGGTTTTTCAAGAAGAGCAGGCGCCCGTTTATCGTGAGTTCGTTCCGGAACGGCAGGAAGAGGAGTTTTACAGCGCTCCTAAGCTGCTTGAAGAAGAGGCTCATGATGAAGAAGGGTTTGAAATTGAGGTAAGGAAGATGGCGCCGCCGGAGGAGGAAACCGGGAAGCCTCTCGATTTGTCTTTTCAGTTTTCCAAACTGCCGCCGGAGGAGCCGGCGCAAGCTGAACAGCCTGAGCCGCTTAAGCCTGAAAGAAAGAATGAAGAAGCGGCACCGGGAACCGAGCAGAAGGAAAATGACAACTCTCATTACTTGACAAAATTATTTACAAGGGAAGAAGAAAAGTTTTCAAGAATGAAAATTTGTATCGTACAGCAGCAAGATACAATCGACCGGGTGTGTGAACGATATGACATTACATCCCAGCAGCTCATCCGAACGAATGCTTTATCGTTTGATGACGAGCTTGAGGAAGGTCAGCTTCTGTATATACCTGAATATAATAACAGCCATGTGTAA MPHNHRLQFSVEESICFQKGQEVSELLSISLDPDIRVQEVNDYVSIKGSLELTGEYNIDHSSHFEELDRELRHVEEVRAREDGTAELIHCFPVDITIPKNKVSHLNDVFVFIDAFDYQLTDSRILTIQADLAIEGLLEESEPKEPEIPLYVAPEFAREEMINLAGHYSEDENEPELMIRHEPEIPLTVSEEAAQETEKNEEETPPLLRQEEEEPETAPILREREEEEQEAAPILREQEEEEPETAPILREREEEEEAAAPILREREDEEEAAPILREREEEAQEAAPILREREEEEPETAPILREREEEEHETAPILREREEEEPETAPILRGQEEVPKPVSFTEPPPPVSFQHEEEPEEAEEPAIMSAVRNEPVFEDDSAEAQEEPKDDIEPVFPAFTLTPHAEKPKIAEQPFLQKEEQPEAEPLLRQSDHKAAEDEDEPAVFQEEQAPVYREFVPERQEEEFYSAPKLLEEEAHDEEGFEIEVRKMAPPEEETGKPLDLSFQFSKLPPEEPAQAEQPEPLKPERKNEEAAPGTEQKENDNSHYLTKLFTREEEKFSRMKICIVQQQDTIDRVCERYDITSQQLIRTNALSFDDELEEGQLLYIPEYNNSHV PGPT0024855_24 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-STAGE_VI_SPORULATION,PGPT0024855-spoVID-K06417 NA NA D1-12_01803 1290 hemL COG0001 Glutamate-1-semialdehyde 2,1-aminomutase ATGAGAAGCTATGAAAAATCAAAAGCCGCTTTTAAAGAAGCGCAGAAACTGATGCCGGGCGGAGTGAACAGCCCGGTGCGCGCGTTTAAATCAGTTGATATGGACCCGATCTTTATGCAGCGCGGAAAAGGATCGAAAATTTTTGATATTGACGGCAATGAATATATCGACTACGTCCTGAGCTGGGGGCCGCTCATTTTGGGCCACACAAATGACCGGGTCGTTGAAAGCCTGAAAAAAGTAGCCGAGAACGGGACAAGTTTCGGGGCATCTACTGAGGTGGAAAACGAACTGGCCAAATTGGTCATTGACCGTGTGCCGTCTGTTGAAATCGTGCGGATGGTCAGCTCCGGCACAGAGGCGACAATGAGCGCCCTGCGTCTGGCAAGAGGATATACCGGCCGCAACAAAATTTTGAAATTCGAAGGCTGTTACCACGGCCATGGCGATTCGCTGCTGATCAAAGCGGGATCCGGAGTGGCGACACTCGGCCTTCCGGACAGCCCGGGCGTGCCGGAAGGAATAGCAATGAATACGATTACCGTTCCATACAACGACTTGGAAAGCGTTGCACTCGCATTCCGGGAGTACGGTGAAGATATTGCCGGGGTCATTGTTGAACCGGTAGCAGGCAATATGGGCGTTGTTCCGCCGCAGGAAGGCTTTTTACAAGGACTTCGCGACATGACGGAACAGTATGGCGCGCTGCTCATTTTTGACGAGGTCATGACCGGTTTTCGCGTGGATTATAACTGTGCGCAAGGGTATTTCGGCGTGACGCCTGACTTAACGTGTCTCGGCAAAGTCATCGGCGGCGGTCTTCCTGTCGGTGCGTATGGCGGAAAAGCTGACATTATGGAACGAATCGCGCCGAGCGGTCCGATCTACCAGGCGGGAACATTGTCAGGAAATCCGCTTGCCATGACAGCGGGACTTGAGACGCTACAGCAGCTCACACCTGAATCTTACCAAGAATTTGTGAAAAAAGGCGATATGCTTGAAGAAGGCATTTCAAAAGCAGCTGCAGCACATGGCATTCCGCACACGTTTAACCGGGCGGGTTCCATGATCGGCTTCTTTTTCACAAATGAGCCTGTCATTAACTATGAAGCAGCCAAATCTTCTGATTTAAAGCTGTTCGCCAAATATTATAAAGGGATGGCCGACGCAGGCGTATTTCTGCCGCCGTCTCAATTTGAAGGATTGTTTCTCTCCACTGCGCATACAATGGAGGATATTGAAAAAACCATTCAAGCCGCTGAGAAAGTGTTCCAGGCGATCAGCCGCTGA MRSYEKSKAAFKEAQKLMPGGVNSPVRAFKSVDMDPIFMQRGKGSKIFDIDGNEYIDYVLSWGPLILGHTNDRVVESLKKVAENGTSFGASTEVENELAKLVIDRVPSVEIVRMVSSGTEATMSALRLARGYTGRNKILKFEGCYHGHGDSLLIKAGSGVATLGLPDSPGVPEGIAMNTITVPYNDLESVALAFREYGEDIAGVIVEPVAGNMGVVPPQEGFLQGLRDMTEQYGALLIFDEVMTGFRVDYNCAQGYFGVTPDLTCLGKVIGGGLPVGAYGGKADIMERIAPSGPIYQAGTLSGNPLAMTAGLETLQQLTPESYQEFVKKGDMLEEGISKAAAAHGIPHTFNRAGSMIGFFFTNEPVINYEAAKSSDLKLFAKYYKGMADAGVFLPPSQFEGLFLSTAHTMEDIEKTIQAAEKVFQAISR PGPT0003680_3568 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_RELATED_HEME_METABOLISM PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0003680-hemL-K01845 NA NA D1-12_01804 975 hemB Delta-aminolevulinic acid dehydratase ATGAATCAAACATTTAACAGACACCGCCGTTTGCGCGCGAACGCTGAGATGAGAGATTTAGTAAAAGAAACACGTCTTCACCCTTCAGATTTTATTTACCCGTTATTTGTCGTTGAAGGACTTGAAGGAAAAAAAGAAGTTCCTTCCATGCCGGGGGTTTATCATGTATCACTCGATTTGTTAAAGGATGAAATGGCTGAGCTGATATCGCTCGGCATTAAGTCGGTCATCGTTTTCGGCGTGCCGGAAGAAAAAGACGCCTGCGGAACCCAGGCTTTTCACGATCACGGCATTGTGCAGAAAGGGATTGCTGAAATTAAAAAGCATTATCCTGAAATGATCGTAATCGCTGATACGTGTCTCTGTGAATACACGGATCACGGCCATTGCGGCGTCGTGAAAGACGGAGAAATCTTAAATGACGAGTCGCTTGAGCTGCTGGCGCAGACAGCCGTCAGCCAGGCCAAAGCAGGCGCTGACATCATCGCTCCTTCAAATATGATGGACGGTTTTGTCACAGTGATCAGAGAAGCGCTCGACAAAGAAGGATTCACGAATATTCCGATCATGTCTTATGCCGTGAAATATTCAAGTGAATTTTACGGTCCGTTCCGCGACGCGGCTGACAGCACGCCGCAGTTCGGAGACCGAAAAACATATCAGATGGATCCGGCCAACCGCTTGGAAGCGCTCCGTGAGGCTGAATCAGACGCGGCAGAAGGCGCTGACTTTTTAATCGTCAAACCGTCTATGTCATACTTAGATATTATGCGTGATGTGAAAAACCGCCATCACCTGCCGCTGGTCGCATATAATGTGAGCGGGGAGTATTCCATGGTGAAAGCGGCAGCCCAAAACGGCTGGATTAAAGAAAAAGAAATGGTGCTGGAAATTTTAACGAGCATGAAACGTGCAGGAGCCGATCTGATTATGACGTATCATGCAAAAGACGCAGCAAAATGGCTTGCTGAGTAA MNQTFNRHRRLRANAEMRDLVKETRLHPSDFIYPLFVVEGLEGKKEVPSMPGVYHVSLDLLKDEMAELISLGIKSVIVFGVPEEKDACGTQAFHDHGIVQKGIAEIKKHYPEMIVIADTCLCEYTDHGHCGVVKDGEILNDESLELLAQTAVSQAKAGADIIAPSNMMDGFVTVIREALDKEGFTNIPIMSYAVKYSSEFYGPFRDAADSTPQFGDRKTYQMDPANRLEALREAESDAAEGADFLIVKPSMSYLDIMRDVKNRHHLPLVAYNVSGEYSMVKAAAQNGWIKEKEMVLEILTSMKRAGADLIMTYHAKDAAKWLAE PGPT0003655_1797 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_RELATED_HEME_METABOLISM PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0003655-hemB-K01698 NA NA D1-12_01805 780 hypothetical protein ATGGCAAATGACCTTCCTTTACAAGGAAAGACCGTGCTTGTCACCCGGAACAAAAGACAGGCCGCACCGTTCCGAAAAAAAGTGGAGGCGCTCGGCGGAACGGCTGTTTCCGCTTCGCTGATCGCTTTTCAGGAAGCGCTCCCGGATGAATGTGCGGACAGTCTCCGGGAAGACCTTTCTGAGCCGGGATGGCTTGTGTTTACAAGCGTAAACGGTGTCCGGTTCTTTTTTTCCTATCTTGATCGGCACGGTCTTGCGCTTTCGGGACGGAAAAAAATCGCAGCCGTCGGTGAAAAGACTGCGCGCGCCCTGAAAGAGCGGGGAGCCCGGACGGATGCGATGCCTGACGAGTATGTGGCGGAATGTCTGGCTGATACTTTAAAACGGCACGCATCAGCTGCCGAACCCATTTCAGTGATAAAGGGCAATTTATCACGCGATGTCATAAAAGCGGAGCTTGAGCCGCTTGGCTATCAAATAAGGGAATGGGTGTTATACAATACCATTCAGGATGAAAAAGGCATGGACGAGCTGAGACGGGCTGCATCCCGCTCTCATTTTGATTTTATTACGTTTACCAGCTCATCGGCGGTGCATACGTTTATGCACGCGGTCGGAGACGGAGAAAAAGCGTGGGAAAACAGCGGTGCGAGCTATATCAGCATCGGCCCTTTGACAGAGAAAGCGCTCTTGGAATACGGGATCTCATCCCATGTGCCTGACATCTATACGATTGAAGGCATGCTGGACGTCATGTGCAGCATGTCGGGAAAGGATTGA MANDLPLQGKTVLVTRNKRQAAPFRKKVEALGGTAVSASLIAFQEALPDECADSLREDLSEPGWLVFTSVNGVRFFFSYLDRHGLALSGRKKIAAVGEKTARALKERGARTDAMPDEYVAECLADTLKRHASAAEPISVIKGNLSRDVIKAELEPLGYQIREWVLYNTIQDEKGMDELRRAASRSHFDFITFTSSSAVHTFMHAVGDGEKAWENSGASYISIGPLTEKALLEYGISSHVPDIYTIEGMLDVMCSMSGKD PGPT0003665_2003 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_RELATED_HEME_METABOLISM PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0003665-hemD-K01719 NA NA D1-12_01806 942 hemC Porphobilinogen deaminase ATGAGAACGATTAAGGTAGGTTCCAGACGGAGCAAACTGGCTATGACCCAGACAAAATGGGTGATTAACAAACTGAAGGAATTGAACCCTTCCTATAACTTTGAAATCCGGGAGATTGTCACAAAAGGCGACCGCATCCTTGATGTTACACTGTCAAAAGTGGGCGGCAAAGGTTTGTTTGTCAAAGAGATTGAACAGGCGCTGCTGCATCAGGAGATTGATATGGCGGTTCACAGCATGAAAGACATGCCCGCCGTTTTGCCTGAGGGTCTTGTCATAGGCTGCATACCGAAACGTGAGGATCCGCGTGATGCGCTGATTTCAAAGGGGCATCAAAAGCTGGACGGCATAAAAGAAGGGGGCATCATCGGCACCAGCAGTTTAAGAAGAAGCGCCCAGATTCTTGCTGAACGCCCTGATCTTACAATTAAGTGGATCAGAGGCAATATCGATACGAGACTTCAAAAGCTTGAAACGGAAGATTACGATGCTATTATTTTAGCGGCTGCGGGACTTTCGAGAATGGGCTGGAAAGATGATGTCGTATCTGAATTTCTCGAACCGGACCGCTGTCTGCCTGCGGTCGGCCAAGGCGCTCTTGCCATTGAATGCAGAGAGTCGGATGAGGAGCTTTTGAAGCTGTTTGCGCAATTTACCGATGAGTATACGCAGCGCACGGTGGCAGCCGAACGGGCTTTCTTACACGCGATGGAAGGCGGCTGCCAAGTGCCGATAGCCGGGTATGCGTCCGTCAATGACCGGGATGAGGTTGAATTGGTCGGTCTTGTCGCGTCTCCGGACGGAAAGACGATTTATAAAGAAACAGCGGCGGGACATGATCCGGAAGAAATCGGGAAACGCTGTGCGGCGATGATGTCTGAAAAAGGAGCCAAAGCATTAATCGACAGCGTGAAACAGGAGCTCGATCAGGATGGCAAATGA MRTIKVGSRRSKLAMTQTKWVINKLKELNPSYNFEIREIVTKGDRILDVTLSKVGGKGLFVKEIEQALLHQEIDMAVHSMKDMPAVLPEGLVIGCIPKREDPRDALISKGHQKLDGIKEGGIIGTSSLRRSAQILAERPDLTIKWIRGNIDTRLQKLETEDYDAIILAAAGLSRMGWKDDVVSEFLEPDRCLPAVGQGALAIECRESDEELLKLFAQFTDEYTQRTVAAERAFLHAMEGGCQVPIAGYASVNDRDEVELVGLVASPDGKTIYKETAAGHDPEEIGKRCAAMMSEKGAKALIDSVKQELDQDGK PGPT0003660_2626 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_RELATED_HEME_METABOLISM PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0003660-hemC-K01749 NA NA D1-12_01807 831 ccsA_2 Cytochrome c biogenesis protein CcsA ATGATTGATACAGCAATGGCAAGACTTAATGAAGCGACAATTGTTATTTATGCAGTAAGCGTCCTTTTTTACTTTATAGATTTTCTTCAACACAACCGGAAGGCTGGGAAAATGGCCTTCTGGTTGCTTTCTATTGTCTGGACTCTGCAAACCGTCTATCTTTCTTATTTCATGTGGCAGACGGGCAGATTTCCGGTCTTGAATATTACAGAGGCCCTTTACTTTTATGCGTGGGTGCTTGTCACGCTCTCACTTGTGGTCACGCAGATTCTGCGCGTTGATTTTATCGTATTTTTCACGAATGTCATCGGTTTCTCGATGATTGCGATCCATACGTTTTCACCGACGGATCAGCATTCGGCCGCTTTTTCCGGCCAGCTGGTCTCAGAGCTTTTGGTCATTCATATTACAATGGCGATTCTGTCTTACGGCGCTTTTTCCCTTTCTTTTGTCTTTTCGCTTCTTTATCAGTTTCAATATTCTTTATTAAAGAAGAAAAAGTGGGGAAAATGGCTGTTGAGAATTGAAGATTTGTCAAAACTTGATTATATGGCTTACGTTTTAAATGTCATCGGGGTTCCGATGCTGCTGTTGAGCCTGATATTAGGCGTGATCTGGGCGTATGTGTCGCTGGAAACGCTGTACTGGTTTGATTCAAAAGTGCTCGGTTCGTTTATTGTGCTGCTTTTATACAGCTACTATTTATATATCAGAATGATTAAGGAACTGCAGGGAAAAGTGGCGGCGTTATGGAATTCAGCATGTTTTCTCGTGCTGATGATTAATTACTTCCTGCTCGGAAGCCTGTCGCAATTCCATTGGTTCAGTTAA MIDTAMARLNEATIVIYAVSVLFYFIDFLQHNRKAGKMAFWLLSIVWTLQTVYLSYFMWQTGRFPVLNITEALYFYAWVLVTLSLVVTQILRVDFIVFFTNVIGFSMIAIHTFSPTDQHSAAFSGQLVSELLVIHITMAILSYGAFSLSFVFSLLYQFQYSLLKKKKWGKWLLRIEDLSKLDYMAYVLNVIGVPMLLLSLILGVIWAYVSLETLYWFDSKVLGSFIVLLLYSYYLYIRMIKELQGKVAALWNSACFLVLMINYFLLGSLSQFHWFS NA NA NA NA NA D1-12_01808 1368 hemA COG0373 Glutamyl-tRNA reductase ATGCATATTCTTGTTGTGGGAGTAGATTATAAATCCGCCCCTATTGAAATACGCGAAAAAATAAGTTTTCAGCCGGATGAGCTTGCAGAAGCGATGCTCCGTTTAAAAGAAGAAAAAAGCGTTCTTGAAAACATTATCGTGTCAACCTGCAACCGCACCGAAATATATGCGGTGGTCGACCAGCTCCATACCGGCCGTTATTATATAAAAACATTTTTATCCGAATGGTTCTCGCTGCCGAAAGAAGAGCTGTCTCCGTTTCTGAAATTTTATGAGAGCGACGCGGCGATCGAGCATTTATTCCGTGTGGCGTGCGGCTTGGATTCCATGGTCATCGGAGAAACGCAAATACTCGGCCAGGTCCGCTCGAGCTTTAAAACGGCGCAGGCAGAAAAGACGATCGGCACCATTTTCAATGAGCTGTTTAAACAGGCGGTGACCGTCGGCAAACGCACGCATGCCGAAACCGATATCGGCGCCAATGCCGTTTCCGTCAGTTACGCCGCCGTTGAACTCGCGAAAAAAATCTTCGGCTCATTGTCAAATAAGCACATTTTGATTCTCGGTGCGGGAAAAATGGGCGAGCTCGCCGCAGAAAACCTGCACGGTCAGGGCATCGGCAAAGTAACGGTCATCAACAGAACGTTTTTGAAGGCAAAAGCGCTTGCTGACCGTTTCTCCGGAGAAGCGCGCAGCTTAAACCAGCTTGAACATGCACTTGCTGAAGCTGATATTTTAATCAGTTCGACAGGCGCAAGTGATTTCGTCGTGTCCAAAGAAATGATGGAGAGAGCGGGCAGACAGCGGAAAGGCCGTCCGTTATTTATGGTGGATATCGCTGTGCCGCGAGACCTCGATCCGGCGCTTAACGATCTTGAAGGTGTTTTTCTGTACGATATTGATGACCTTGAAGGAATCGTTGAAGCTAACTTACAAGAACGCCGTGAAACCGCTGAAAAAGTCGAGCTGTTTATTGAAGCGGCAATTGTTGAGTTTAAGCAGTGGCTTAATACGCTCGGCGTCGTGCCGGTCATTTCGGCGCTGCGTGAAAAGGCGCTGTCCATCCAGTCCGATACGATGCAGAGCATTGAGCGCAAGCTGCCTCATCTGACGGTAAGAGAGAAAAAACTTCTCAGCAAACATACGAAAAGCATCATTAACCAAATGCTGCGCGATCCGATTCTGAAAGCGAAAGAGCTTGCGGCTGAAGCGGATTCAGATGAAAAGCTGAAGCTGTTTATGCAGATATTCGATATTGAGGAAGAGGCCGGCCGCCAGCTGGACAAAAGCCTGGATAACCGCCAGACGGTTCATTCGTTTCAAAAGGCAGAAGCAAAAACGGGCTTACGTCCGCTTGTAAGTGAGTGA MHILVVGVDYKSAPIEIREKISFQPDELAEAMLRLKEEKSVLENIIVSTCNRTEIYAVVDQLHTGRYYIKTFLSEWFSLPKEELSPFLKFYESDAAIEHLFRVACGLDSMVIGETQILGQVRSSFKTAQAEKTIGTIFNELFKQAVTVGKRTHAETDIGANAVSVSYAAVELAKKIFGSLSNKHILILGAGKMGELAAENLHGQGIGKVTVINRTFLKAKALADRFSGEARSLNQLEHALAEADILISSTGASDFVVSKEMMERAGRQRKGRPLFMVDIAVPRDLDPALNDLEGVFLYDIDDLEGIVEANLQERRETAEKVELFIEAAIVEFKQWLNTLGVVPVISALREKALSIQSDTMQSIERKLPHLTVREKKLLSKHTKSIINQMLRDPILKAKELAAEADSDEKLKLFMQIFDIEEEAGRQLDKSLDNRQTVHSFQKAEAKTGLRPLVSE PGPT0003650_682 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_RELATED_HEME_METABOLISM PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0003650-hemA-K02492 NA NA D1-12_01809 492 hypothetical protein ATGAAAAAAACATCAATTTTATTACCGGGACTTCTGCTTGCCGCTTCATTATTCGCATGGCTTCAGAGCGGACAGGTTCACCTGTTTGCGAATCAGGGGGAATGGCCGGTGCTCCTTATGCTCTTGGGCGCCGTGCTCTTGTATCAGGGCAAAAAGGAAGCGGCCGGGCCTCACGTCCTGATCGGCTTGCTTCTTTTCGGCATAGGTTTACACTTTTTCGCCAAACCTGAGCTCTCATGGTGGCCGGGAGATTTTGAAATGATTCTCTTCGTCTTCGGATTCTCCTTATTTGCGGCAGCCAGAAAAGAATATGTATACGAAGCGGCTGCCATGATTGGTTTTTCCCTCTTTTTATACTTCTTTAAACAAATTACGGCGTGGCTGGAGTCCGTCCATATTCCGACGGAACACTTCAAAACATACTGGCCGTATGTTTTCATCGGAATCAGCCTTTTATTATTGTTTATCAAGCGGAACAAAACTATACGATAA MKKTSILLPGLLLAASLFAWLQSGQVHLFANQGEWPVLLMLLGAVLLYQGKKEAAGPHVLIGLLLFGIGLHFFAKPELSWWPGDFEMILFVFGFSLFAAARKEYVYEAAAMIGFSLFLYFFKQITAWLESVHIPTEHFKTYWPYVFIGISLLLLFIKRNKTIR NA NA NA NA NA D1-12_01810 588 engB COG0218 putative GTP-binding protein EngB ATGAAAGTCACAAAGTCAGAAATCGTGATCAGCGCGGTCAAACCCGAACAGTACCCTGATGGGGGGCTTCCGGAAATCGCGCTGGCGGGAAGATCAAATGTAGGAAAGTCATCTTTTATCAATTCATTAATCAATCGGAAAAACTTGGCCAGAACGTCATCAAAACCGGGGAAAACACAGACCTTAAACTTTTACATCATCAATGATGAATTGCATTTTGTCGACGTTCCCGGGTACGGATTTGCGAAAGTTTCCAAAAGCGAGCGGGAAGCATGGGGGAGAATGATTGAAACCTATATGACGACCCGCGAAGAGCTGAAAGCCTGCGTGCAGATTGTCGACCTCAGGCACGCGCCGTCTGCTGAAGACGTGAACATGTATGAATTCCTGAAGTATTACGGCATTCCCGTCATCGTTATCGCGACAAAAGCGGATAAGATTCCAAAAGGAAAATGGGACAAGCACTTAAAGGTTGTCAAACAGACGCTTGATATGGATCCTGAAGATGAGCTGATTTTATTTTCCTCTGAAACGAAAAAAGGCAAAGATGAAGCATGGGGAGCCATTAAAAAAATGATCAGCCGGTAA MKVTKSEIVISAVKPEQYPDGGLPEIALAGRSNVGKSSFINSLINRKNLARTSSKPGKTQTLNFYIINDELHFVDVPGYGFAKVSKSEREAWGRMIETYMTTREELKACVQIVDLRHAPSAEDVNMYEFLKYYGIPVIVIATKADKIPKGKWDKHLKVVKQTLDMDPEDELILFSSETKKGKDEAWGAIKKMISR NA NA NA NA NA D1-12_01811 2325 lon1 COG0466 Lon protease 1 ATGGCAGAAGATACAAAACGCAGCATCCCGCTCCTCCCTTTAAGAGGCTTATTGGTATACCCGACAATGGTTTTACATTTAGATGTAGGCCGTGACAAGTCGGTTCAGGCTCTTGAACAGGCAATGATGCATGATCATATGATTTTTTTAGCCACTCAGCAGGATATTTCGATAGACGAACCGGGTGAAGAGGATATTTTCGCCGTCGGCACTTATACAAAAATTAAACAGATGCTGAAGCTGCCCAACGGTACAATCAGAGTGCTTGTAGAAGGAATTCAGCGGGCGCAGATTCTTGAATACGCCGAGCTCGAAGATTATACTTCGGTCGATATACAGCTGATGCATGAGGATGATTCAAAAGACGTGGAAGACGAAGCGCTTATGCGGACGCTGCTGGACCATTTTGACCAGTACATAAAAATTTCTAAAAAAATCTCCGCAGAAACGTATGCGGCTGTGACTGATATTGAAGAGCCCGGCAGAATGGCGGATATCGTCGCTTCTCATCTCCCGCTGAAATTAAAGGACAAGCAGGACATTTTAGAAACGGCGGATATTAAAGAACGTCTGAATAAGGTCATCCGTTCCATTCATAATGAAAAAGAAGTGCTGGAGATTGAGAAAAAAATCGGTCAGCGCGTCAAACGTTCGATGGAACGCACTCAAAAGGAATACTACTTGCGTGAACAGATGAAAGCCATTCAGAAGGAGCTTGGCGACAAAGAAGGAAAAACCGGCGAAGTTCAGTCGCTCACGGAAAAGATAGAAGAAGCAGGCATGCCTGAGCGTGTCAAAGAAACGGCGCTTAAGGAATTAAGCCGTTACGAAAAAGTGCCGTCAAGCTCAGCGGAAAGCTCTGTTATCCGCAACTATATTGACTGGCTCATCGCCCTTCCGTGGTCGGATGAAACAGAAGATAAACTTGACATTAAAAAAGCCGGGGAAATCTTAGATAAAGAGCATCACGGCTTAGAGAAAGTGAAAGAGCGGATTTTGGAGTATTTGGCCGTGAAACAGCTGACGAAAACGCTGAAAGGGCCGATTCTTTGTCTGGCCGGACCTCCGGGAGTCGGTAAAACATCTCTTGCAAAATCAATCAGTACGAGCATGGGGCGCCGTTTTGTGAGAATTTCACTGGGCGGAGTGCGCGATGAGTCTGAAATCCGCGGGCACCGGCGTACATACGTCGGAGCGATGCCGGGCCGTATTATACAGGGGATGAAAAAAGCCGGTAAACAAAATCCCGTCTTTCTCCTGGATGAGATCGACAAAATGTCGTCTGATTTCAGAGGCGATCCGTCTTCGGCGATGCTTGAGGTGCTGGATCCGGAACAAAACAGCACATTCAGCGACCACTATATTGAAGAGACGTTCGATTTATCGAAAGTGCTGTTTATCGCGACTGCGAATAACCTTGCTTCCATACCGGGACCTCTCAGAGACAGAATGGAGATTATCAGCCTGTCAGGCTACACTGAAAACGAAAAGCTGGAAATCGTGAAGGACCACCTGCTTCCGAAACAAATCAAAGAGCACGGGCTCACAAAGAGCAACCTGCAGATTCGGGACCAGGCGATTACGGACATCATCCGCTACTATACGAGGGAAGCCGGCGTGAGAACGCTTGAACGCCAGATTGCCGCCATTTGCCGAAAGGCTGCGAAAGCCATTGTGTCTGAGGAGAGAAAACGCATTACCGTTACAGAGAAAAATCTGGCCGACTATCTCGGAAAACGGATATTCAGATACGGACAGGCGGAAACCGAAGATCAAATCGGGGTTGTCACGGGGCTCGCGTATACGACGGTCGGCGGAGATACGCTGTCAATCGAAGTGTCATTGTCACCGGGAAAAGGAAAGCTGATTCTGACCGGGAAGCTTGGAGATGTCATGCGGGAATCAGCGCAGGCCGCTTTCAGTTATGTCCGCTCGAAAGCGGAACAGTTCGGAATCGACCCGAAATTCCATGAGAAGTATGACATTCATATCCATGTCCCTGAAGGAGCGGTGCCGAAAGACGGCCCTTCTGCCGGAATTACGATGGCCACGGCGCTCGTTTCAGCATTAACGGACCGTGCGGTAAAACGCGAAGTCGGTATGACGGGAGAAATCACGCTGCGGGGCCGCGTGCTTCCGATCGGCGGACTGAAAGAAAAGGCGCTCGGCGCGCACAGAGCGGGCCTGACTACTATTATTGCGCCTAAAGATAACGAAAAAGATATAGAGGATATTCCAGAAAGCGTCAGAGAAGGACTGAAGTTTATATTCGTTTCTCACCTGGATGACGTTTTGGAACATGCCTTAGTAGGAGAGAAGAAATGA MAEDTKRSIPLLPLRGLLVYPTMVLHLDVGRDKSVQALEQAMMHDHMIFLATQQDISIDEPGEEDIFAVGTYTKIKQMLKLPNGTIRVLVEGIQRAQILEYAELEDYTSVDIQLMHEDDSKDVEDEALMRTLLDHFDQYIKISKKISAETYAAVTDIEEPGRMADIVASHLPLKLKDKQDILETADIKERLNKVIRSIHNEKEVLEIEKKIGQRVKRSMERTQKEYYLREQMKAIQKELGDKEGKTGEVQSLTEKIEEAGMPERVKETALKELSRYEKVPSSSAESSVIRNYIDWLIALPWSDETEDKLDIKKAGEILDKEHHGLEKVKERILEYLAVKQLTKTLKGPILCLAGPPGVGKTSLAKSISTSMGRRFVRISLGGVRDESEIRGHRRTYVGAMPGRIIQGMKKAGKQNPVFLLDEIDKMSSDFRGDPSSAMLEVLDPEQNSTFSDHYIEETFDLSKVLFIATANNLASIPGPLRDRMEIISLSGYTENEKLEIVKDHLLPKQIKEHGLTKSNLQIRDQAITDIIRYYTREAGVRTLERQIAAICRKAAKAIVSEERKRITVTEKNLADYLGKRIFRYGQAETEDQIGVVTGLAYTTVGGDTLSIEVSLSPGKGKLILTGKLGDVMRESAQAAFSYVRSKAEQFGIDPKFHEKYDIHIHVPEGAVPKDGPSAGITMATALVSALTDRAVKREVGMTGEITLRGRVLPIGGLKEKALGAHRAGLTTIIAPKDNEKDIEDIPESVREGLKFIFVSHLDDVLEHALVGEKK PGPT0014315_4664 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014315-lon-K01338 NA NA D1-12_01812 1659 lon2 COG1067 Lon protease 2 ATGAGTTGGACAGGGATCGCATTATTTGTACAGCTGTTTTTCGGGATAGTCATCGGACTATATTTTTGGAATCTGCTCAAAAACCAGCGAACACAAAAAGTGACGATAGATAAAGAATCAAAAAAGGAAATGGAACAGCTGCGCAAAATGCGCGCCATCAGTTTATCAGAACCTTTATCAGAAAAGGTGCGGCCGAAAAGCTTTCAGGACATTGTCGGCCAGGAAGACGGAATTAAAGCGTTAAAAGCAGCGCTTTGCGGACCGAACCCGCAGCACGTCATTATTTACGGTCCTCCGGGAGTCGGTAAAACGGCTGCGGCGCGGCTGGTATTGGAAGAAGCGAAAAAACATAAACAGTCACCGTTTCAAAAGCAGGCTGTTTTTGTTGAACTTGATGCGACGACCGCGCGGTTTGATGAACGGGGGATTGCCGATCCGCTTATCGGTTCAGTGCATGATCCGATTTATCAGGGAGCGGGAGCGATGGGCCAAGCAGGCATTCCGCAGCCGAAACAGGGGGCTGTGACCCATGCTCACGGCGGGGTATTGTTTATTGATGAAATCGGCGAGCTTCATCCGATTCAGATGAATAAAATGCTGAAGGTGCTTGAAGATCGAAAAGTATTTTTAGACAGTGCGTATTACAGTGAAGAAAATACGCAAATACCGAATCACATTCATGATATTTTTCAAAATGGGCTTCCGGCAGATTTCCGTTTGATCGGAGCGACAACGAGAATGCCGAATGAAATTCCGCCGGCCATCCGTTCGCGCTGTCTTGAAGTATTTTTCCGCGAGCTGGAAAAGGATGAACTTAAAATCGTTGCGAAAAAAGCAGCCGACAAAATTCAGAAAGAGATTTCTGACGAAGCTCTCAGTGTGCTGACCGCATATACGAGAAACGGACGTGAAGCCGTCAATATGATCCAGATCGCCGCCGGCATGGCGGTGACTGAGGACAGACAAGAAATTACGACAGAAGATATAGAATGGGTTGTTCATTCCAGTCAGCTTACACCTAAAAATGAGCAGAAAATCGCCGATGAACCGCAAGTCGGCATCGTGAACGGACTTGCTGTCTACGGGCCGAACAGCGGCGCATTGCTGGAAATCGAAGTGAATGTCACACCTGCGCAGGACAAAGGAAGCCTGAATATCACGGGAATTGCAGAGGAAGAAAGCATCGGCAGCCAATCGAAGTCGATCCGCCGCAAAAGCATGGCGAAGGGATCTGTGGAAAATGTTCTGACGGTTCTGCGCACAATGGGCATCAAACTTTCAGACTATGACATTCACGTCAATTTTCCGGGCGGAGGCCCGATTGACGGACCTTCAGCAGGTATCGCGATGGCCGCGGGGATTTTTTCCGCGATTCACCGCATCCCGATCGACCATACGGTGGCGATGACGGGAGAAATCAGCCTGACGGGGCTTGTCAAACCGATCGGCGGCGTCATTCCGAAAATTAAAGCCGCAAAACAGGCCGGAGCAAAAACGGTCATTATCCCATATGAAAATCAGCAGTCCATTTTGAAACGAATAGACGGAATCACCATTAAAGCGGTAAAAACGTTCCAGGAAGTGCTGGACGTCATATTGGTTGACCCTCCTTCAGAACAAAAACCGTTTGATATCCAAATGAATAAAGAATCCGTATAA MSWTGIALFVQLFFGIVIGLYFWNLLKNQRTQKVTIDKESKKEMEQLRKMRAISLSEPLSEKVRPKSFQDIVGQEDGIKALKAALCGPNPQHVIIYGPPGVGKTAAARLVLEEAKKHKQSPFQKQAVFVELDATTARFDERGIADPLIGSVHDPIYQGAGAMGQAGIPQPKQGAVTHAHGGVLFIDEIGELHPIQMNKMLKVLEDRKVFLDSAYYSEENTQIPNHIHDIFQNGLPADFRLIGATTRMPNEIPPAIRSRCLEVFFRELEKDELKIVAKKAADKIQKEISDEALSVLTAYTRNGREAVNMIQIAAGMAVTEDRQEITTEDIEWVVHSSQLTPKNEQKIADEPQVGIVNGLAVYGPNSGALLEIEVNVTPAQDKGSLNITGIAEEESIGSQSKSIRRKSMAKGSVENVLTVLRTMGIKLSDYDIHVNFPGGGPIDGPSAGIAMAAGIFSAIHRIPIDHTVAMTGEISLTGLVKPIGGVIPKIKAAKQAGAKTVIIPYENQQSILKRIDGITIKAVKTFQEVLDVILVDPPSEQKPFDIQMNKESV PGPT0014315_5384 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014315-lon-K01338 NA NA D1-12_01813 1263 clpX COG1219 ATP-dependent Clp protease ATP-binding subunit ClpX ATGTTTAAATTCAACGAGGAAAAAGGACAATTGAAATGCTCGTTCTGCGGAAAAACGCAAGATCAGGTTCGTAAGCTGGTTGCAGGACCGGGTGTATATATATGCGACGAATGTATCGAGCTCTGTACAGAAATCGTAGAGGAAGAGCTTGGTACGGAAGAAGAAGTCGAATTTAAAGACGTTCCGAAGCCGCAGGAAATCCGTGAGATTCTGAATGAATATGTCATCGGACAGGATCAGGCGAAGAAATCACTTGCGGTTGCGGTATACAACCATTACAAACGCATCAATTCCAACAGTAAAGTGGATGATGTCGAGCTTTCTAAAAGTAATATTTCTTTAATCGGACCGACTGGAAGCGGGAAAACACTTCTTGCCCAGACGCTTGCGCGTATTCTGAACGTGCCGTTTGCGATCGCGGACGCTACATCTCTGACTGAAGCCGGATATGTCGGTGAGGACGTAGAAAACATCCTCCTCAAGCTGATTCAGGCAGCAGACTATGATGTGGAAAAAGCAGAAAAAGGCATTATTTATATCGATGAAATCGATAAAGTAGCGCGAAAATCTGAAAATCCGTCCATTACACGCGACGTATCAGGCGAAGGCGTTCAGCAGGCGCTGCTGAAAATTCTTGAAGGAACGGTTGCAAGCGTGCCGCCTCAAGGAGGACGCAAACATCCTCATCAGGAATTCATCCAGATCGATACGACGAACATTCTGTTCATTTGCGGCGGTGCATTTGACGGCATTGAACAAATCATCAAACGCCGTCTCGGACAAAAAGTCATCGGCTTCGGCTCAGATAATAAAGCGGCAGACCTGGAAAAAGAAGAACTGCTTTCTAAAGTTCTTCCGGAAGACTTGCTCCGTTTCGGGCTGATTCCTGAATTCATCGGCCGTCTTCCTGTCATTGCAAGCCTTGAGCAGCTTGACGAAACGGCACTGGTTGAAATTCTGACTAAACCGAAAAACGCACTCGTCAAACAATACAAGAAAATGTTAGAACTTGATGATGTCGAGCTTGAATTTGAAGACGAGGCATTATCTGAAATTGCGAAAAAAGCGATCGAGCGTAAAACAGGCGCACGCGGCCTGCGTTCTATCATTGAGGGCATCATGCTTGACGTCATGTTTGATCTGCCGTCCCGTGATGATATTGAAAAATGTGTCATTACCGGAGCGACAGTCGCAGACGGTGAAGCGCCGCGTCTTGTATTAAAAGACGGCACTGTTGTCGGCCAAGATAAAACATCAGCATAA MFKFNEEKGQLKCSFCGKTQDQVRKLVAGPGVYICDECIELCTEIVEEELGTEEEVEFKDVPKPQEIREILNEYVIGQDQAKKSLAVAVYNHYKRINSNSKVDDVELSKSNISLIGPTGSGKTLLAQTLARILNVPFAIADATSLTEAGYVGEDVENILLKLIQAADYDVEKAEKGIIYIDEIDKVARKSENPSITRDVSGEGVQQALLKILEGTVASVPPQGGRKHPHQEFIQIDTTNILFICGGAFDGIEQIIKRRLGQKVIGFGSDNKAADLEKEELLSKVLPEDLLRFGLIPEFIGRLPVIASLEQLDETALVEILTKPKNALVKQYKKMLELDDVELEFEDEALSEIAKKAIERKTGARGLRSIIEGIMLDVMFDLPSRDDIEKCVITGATVADGEAPRLVLKDGTVVGQDKTSA PGPT0014600_3815 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-CHAPERONE|PROTEASES,PGPT0014600-clpX-K03544 NA NA D1-12_01814 1275 tig COG0544 Trigger factor ATGTCTGTAAAATGGGAAAAACAAGAAGGCAATGAAGGCGTATTAACGGTTGAAGTTGATGCGGATACGTTCAAAACAGCTCTTGATGATGCATTTAAAAAAGTAGTAAAACAGGTTTCTATTCCTGGATTCCGCAAAGGGAAAGTTCCCCGCGGTTTATTCGAACAGCGTTTCGGCGTTGAAGCTCTTTACCAGGATGCTTTAGATATTTTACTTCCTGTAGAATACCCTAAAGCGGTTGAAGAAGCCGGCATTGAGCCTGTAGACCGCCCTGAAATCGATGTTGAAAAAATCGAAAAAGGCGAAAGCTTGATTTTCACTGCAAAAGTGACCGTAAAACCTGAAGTGAAACTTGGCGACTACAAAGGCTTAGGAATCGAAAAAGATGACACTGCCGTTACTGACGAAGATGTACAAAACGAACTTAAAGCGCTTCAAGAGCGTCAGGCTGAGCTTGTCGTGAAAGAAGAAGGCGCTGTTGAAAACGGCGATACAGTCGTTCTTGACTTCGAAGGTTTCGTTGACGGCGAAGCGTTTGAAGGCGGAAAAGCTGAGAACTACTCACTTGAAGTAGGATCAGGTTCATTCATCCCGGGCTTCGAAGAGCAGTTAACAGGCCTTGAAGCAGGCGCTGAAAAGGATGTTGAAGTAACATTCCCTGAAGAGTACCACGCTGAAGAGCTTGCCGGAAAACCAGCTGTTTTCAAAGTGAAAATTCATGAAATCAAAGCGAAAGAGCTTCCTGAGCTTAACGACGAATTCGCAAAAGACATTGACGAAGAAGTTGAAACGCTTGCTGAATTAACTGAGAAAACAAAAAAACGCCTTGAAGAAGCAAAAGAAAACGAAGCTGACGCTAAATTGCGTGAAGAGCTTGTTCTGAAAGCATCTGAAAACGCTGAAGCTGATGTTCCTCAAGCGATGATCGACACTGAGCTTGACCGCATGCTGAAAGAATTCGAACAGCGTCTGCAAATGCAAGGCATGAACCTTGAGCTTTACACTCAATTCTCAGGCCAAGACGAAAACGCGTTAAAAGAGCAAATGAAAGAAGATGCCGCAAAACGCGTAAAATCAAACCTGACTCTTGAAGCGATCGCTCAAGCAGAAAACCTTGAAGTAACGGACGAAGAAGTTGAAGCTGAGCTGACTAAAATGGCTGAAGCTTACAACATGCCGGTTGAAAATATCAAGCAGGCAATCGGTTCAACTGACGCGATGAAAGAAGATTTAAAAGTTCGAAAAGCAATTGATTTTCTTGTAGAAAACCGTTAA MSVKWEKQEGNEGVLTVEVDADTFKTALDDAFKKVVKQVSIPGFRKGKVPRGLFEQRFGVEALYQDALDILLPVEYPKAVEEAGIEPVDRPEIDVEKIEKGESLIFTAKVTVKPEVKLGDYKGLGIEKDDTAVTDEDVQNELKALQERQAELVVKEEGAVENGDTVVLDFEGFVDGEAFEGGKAENYSLEVGSGSFIPGFEEQLTGLEAGAEKDVEVTFPEEYHAEELAGKPAVFKVKIHEIKAKELPELNDEFAKDIDEEVETLAELTEKTKKRLEEAKENEADAKLREELVLKASENAEADVPQAMIDTELDRMLKEFEQRLQMQGMNLELYTQFSGQDENALKEQMKEDAAKRVKSNLTLEAIAQAENLEVTDEEVEAELTKMAEAYNMPVENIKQAIGSTDAMKEDLKVRKAIDFLVENR NA NA NA NA NA D1-12_01815 1005 hypothetical protein ATGACGCATGACAAGAAAAAAGCTGATATCATTCCTTTCCCCCGTCTGAAAGAACGCTTGGTTGATAAAGGGATGGCCGCCATGAAGGATAAACAGTATCAGGAGGCTCTCGAACTGTTCTCAGAGGCGGTAAGCCACGGTGATACCGAGTCCGACGTACATTTAGGCATGGCGATTTGTTTTCTGGAACTCGGGGAATTGGAAGAAGCAAAACAAGTTTGCGAGAAAATGCTGAATGAAGGATACGGCCATTATTTTACCGTACTGCAGGTGTACATGACCATTTTAATTCAGCTGAAACAATATGAAGAAGTCAAAAGCACAATTGAAGCTGTGCTGGAAGAAAATCAGCTGCCCGCAGAAAGTGCGGAGCAATTCTACCGGCTGCTCGAATTCAGCCGCAAAATGACCGATCCCGACCAGCAGGATGAAGCATGGGAGGAGGAATACGAGGACATTCTTGATGCGGAAAAAGTGCTGAACAGCCCCGCTGAACAAATGAATCTGATTCATTCTCTTAAAGACCGCAATATTGCAAAATACACGGGTCTCTTAAAAACGATTCTTCAAGATCCGGCCGCGCATCCGCTTATCAAGACGATGATTTTGACGCTGATGGCGGAGCATGACTACAGCAAGCCGGTCCATATTACAAAATTCGGCGATTCAATGACCGCGGTTCCGAGTGAAACGGTTCAGCCTGATGCGGCTCCGATTTTGCATCGCGTTCTCCGGGTGCTTGATGAAACGCTCGGCAATGAAAACCCTACATTATACGCTGCCGTCGAGGAGCTGTGGAGAAGGCATCTGTATGTCCTGCACCCTTTTATGCCGAAGTTTTTGAACGCAGATTTATGGGCGGCGGCGCTTCATAAGGTCGGTTACGAGATGCACGGCATTGACATTGAGCCGGAGGAACTTCATATGATGTACGAGTTTGACAGCCGCGAACTCGAAGAAGCCTGCACGATGATTAAGGATATTGAAGAAATTTCTTATTTGTAA MTHDKKKADIIPFPRLKERLVDKGMAAMKDKQYQEALELFSEAVSHGDTESDVHLGMAICFLELGELEEAKQVCEKMLNEGYGHYFTVLQVYMTILIQLKQYEEVKSTIEAVLEENQLPAESAEQFYRLLEFSRKMTDPDQQDEAWEEEYEDILDAEKVLNSPAEQMNLIHSLKDRNIAKYTGLLKTILQDPAAHPLIKTMILTLMAEHDYSKPVHITKFGDSMTAVPSETVQPDAAPILHRVLRVLDETLGNENPTLYAAVEELWRRHLYVLHPFMPKFLNADLWAAALHKVGYEMHGIDIEPEELHMMYEFDSRELEEACTMIKDIEEISYL NA NA NA NA NA D1-12_01816 600 leuD1 COG0066 3-isopropylmalate dehydratase small subunit 1 ATGGAACCTTTAAAAACGCATACGGGAAAAGCGGCCGTCTTAAACCGGATCAACGTCGATACGGACCAGATTATTCCGAAACAGTTTTTGAAAAGAATTGAAAGAACCGGATACGGCAGATTCGCGTTTTTTGATTGGAGATACCTCGAGAACGGTGAGCCTGATCCTGAATTTGAATTAAACCGCAAAGTCTATGAAGGCGCGTCCATATTAATTGCCGGAGAGAATTTCGGCTGCGGATCATCCCGTGAGCACGCTCCTTGGGCGCTGGATGATTACGGCTTCAAAATCATCATTGCTCCGTCATTTGCCGATATTTTTCATCAAAACTGTTTTAAAAACGGTATGCTTCCCATCCGTATGCCGTATGATCAGTGGAAAAAACTCGCCGGTCAATATGAAAATCAGTCTCTTAACATGACGGTTGATTTGGAAAACCAGCTCATTCACGACAGTGAAGGAAAAGAGATTTCATTTGAAGTCGATCCGCACTGGAAGGAAATGCTGATTAACGGTTATGATGAAATTTCATTAACGCTTCTGCTGGAGGACGACATTCAGCAGTTTGAATCGAAAAGAAGTTCATGGCTTCAAGCCTGA MEPLKTHTGKAAVLNRINVDTDQIIPKQFLKRIERTGYGRFAFFDWRYLENGEPDPEFELNRKVYEGASILIAGENFGCGSSREHAPWALDDYGFKIIIAPSFADIFHQNCFKNGMLPIRMPYDQWKKLAGQYENQSLNMTVDLENQLIHDSEGKEISFEVDPHWKEMLINGYDEISLTLLLEDDIQQFESKRSSWLQA PGPT0001443_1653 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_MALATE_UTILIZATION,PGPT0001443-leuD-K01704 NA NA D1-12_01817 1419 leuC COG0065 3-isopropylmalate dehydratase large subunit ATGATGCCTCGAACAATCATCGAAAAGATTTGGGATCGGCATGTTGTAAAAAGCGGTGAAGGAAAACCCGACCTTCTCTATATTGATCTGCACCTCATTCATGAGGTGACGTCTCCTCAGGCGTTTGAAGGGTTAAGGCAGAAGGGGAGAAAGGTCAGACGGCCGCAGAACACATTCGCGACGATGGACCACAATATTCCGACCGTCAACCGTTTTGACATTAAAGATGAAGTCGCAAAGCGCCAAGTAACCGCGCTTGAACGGAATTGTGAGGAGTTCGGCGTCCGTCTTGCGGATCTTCACAGCGCAGACCAGGGAATCGTTCACGTGGTCGGGCCTGAGCTTGGTCTGACACTTCCGGGAAAAACGATCGTTTGCGGAGACAGCCATACATCGACTCACGGCGCGTTCGGAGCGCTTGCCTTCGGTATCGGCACAAGTGAGGTGGAACATGTTCTTTCCACACAGACATTATGGCAGCAGCGGCCGAAAACGCTTGAAATCCGCGTTGACGGAACGCTCCAAAAAGGAGTGACCGCGAAGGATGTCATCTTGTCGGTCATCGGAAAATACGGGGTGAAATTCGGTACCGGATATGTCATTGAATACACCGGGGAAGTATTCAGAAACATGTCTATGGACGAACGCATGACGGTCTGCAATATGTCAATAGAAGCGGGAGCACGGGCGGGACTGATCGCTCCAGATGACACGACGATTGAATATTGTAAAAACCGTAAATACGCGCCAAAAGGCGAGGAATTTGAAAAAGCCGCCGCAGAATGGAAAGCGTTACAAACCGATCCGGGCGCCGTATACGATCATTCCATCGTGTTAGACGGCAGCGAGATTTCTCCAATGGTAACATGGGGCGTCAATCCCGGCATGGTTCTTCCGGTCGATGCCCAAATACCGGCGCCGGAAACCATTGATTCTGAAGACGGTAAAAAAGAAGCCATCCGCGCGTACGAATACATGGGAATCGCACCGAATCAAAAAATTGAAGATATTAAAGTCGAGCATGTGTTTATCGGCTCCTGTACAAATTCGCGGATGACCGATCTTCGCCAGGCTGCGGATATGATCAAAGGCCGAAAAGTCGCTGACAGCGTCAGAGCCATTGTGGTGCCGGGTTCTCAAAGCGTGAAACAGCAGGCCGAGGAAGAAGGGCTGCACCGCGTGTTTCTCGAGGCCGGCTTTGAATGGAGAGAATCAGGATGCAGCATGTGCCTCAGTATGAACAATGATGTCGTGCCTGAAGGGGAACGATGCGCTTCCACTTCCAACCGCAACTTCGAAGGCAGACAGGGAAAAGGCGCGAGAACACACCTTGTCAGTCCGGCGATGGCGGCAATGGCGGCCATTCACGGGCATTTCGTCGATGTAAGAAAGTTTTATCAAGAAAAAACAGTTGTGTAA MMPRTIIEKIWDRHVVKSGEGKPDLLYIDLHLIHEVTSPQAFEGLRQKGRKVRRPQNTFATMDHNIPTVNRFDIKDEVAKRQVTALERNCEEFGVRLADLHSADQGIVHVVGPELGLTLPGKTIVCGDSHTSTHGAFGALAFGIGTSEVEHVLSTQTLWQQRPKTLEIRVDGTLQKGVTAKDVILSVIGKYGVKFGTGYVIEYTGEVFRNMSMDERMTVCNMSIEAGARAGLIAPDDTTIEYCKNRKYAPKGEEFEKAAAEWKALQTDPGAVYDHSIVLDGSEISPMVTWGVNPGMVLPVDAQIPAPETIDSEDGKKEAIRAYEYMGIAPNQKIEDIKVEHVFIGSCTNSRMTDLRQAADMIKGRKVADSVRAIVVPGSQSVKQQAEEEGLHRVFLEAGFEWRESGCSMCLSMNNDVVPEGERCASTSNRNFEGRQGKGARTHLVSPAMAAMAAIHGHFVDVRKFYQEKTVV PGPT0001442_1657 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_MALATE_UTILIZATION,PGPT0001442-leuC-K01703 NA NA D1-12_01818 1098 leuB COG0473 3-isopropylmalate dehydrogenase TTGAAAAAACGCATTGCTTTGCTGCCCGGTGACGGAATCGGACCGGAAGTGGCGGAATCAGCGGCAGATGTATTGAAAAGCGTTGCCGAACAATTCGGACATGAATTTGAATTTGAAAACGGGCTGATCGGGGGAGCGGCTATTGACGCCCATCAAAACCCCCTTCCTGAGGAGACGGTGGCTCTTTGTGAAAGATCCGACGCCATCCTGCTCGGGGCAGTCGGCGGGCCGAAATGGGACCAAAATCCTCCAGAGCTCAGACCGGAAAAAGGCCTGCTTGGCATCAGAAAAAAACTCGGCCTGTTTGCCAATCTGCGTCCCGTGACCGTATTTGAAAGCCTGTCTGAGGCGTCTCCGCTGAAAAAAGAATATATCAGCGGCGTCGACTTTGTAATCGCCAGGGAACTGACGGGCGGCCTCTACTTCGGAGAACCGAGCAGGCAGTATGTCAATGAAGCGGGAGAAAAGGAAGCGGTCGATACCCTTTTTTATAAGAAAGAAGAAATCGCACGCGTTGTCAGAGAAGCCTTTAAGATGGCTGCCGGCAGAAAAGGAAAAGTGACGTCCGTTGATAAGGCGAATGTGCTTTCTTCAAGCAGACTGTGGCGTGAAACAGCGGATGAAATCGCAAAAGAATTTCCTGATGTGACGCTTGAACATATGCTTGTCGATAATGCCGCGATGCAGCTCATCTACGCTCCGAGCCAGTTTGACGTCATCGTAACTGAGAATATGTTCGGCGATATTTTAAGCGATGAAGCCTCCATGCTGACAGGCTCGCTCGGCATGCTGCCGTCAGCCAGTTTATCAAGTTCAGGTCTTCACTTGTTTGAACCCGTGCATGGATCTGCGCCTGACATCGCCGGTAAAGGGATGGCCAATCCGTTTGCGGCGATTTTATCAGCGGCGATGCTTTTGAGAACATCTTTCGGACTTGAAAACGAAGCGCAGGCGGTGGAAAAAGCGGTCGCAAAGGTGCTTGCAGACGGCAGCCGTACACGTGATATCGCCCGGGACGGCCAATATGCCGGAACGCATGACATTACTGAAAAAGTAAAAGCCGCATTAGCCGGCTCGAATACAAAATCTATAGTATGA MKKRIALLPGDGIGPEVAESAADVLKSVAEQFGHEFEFENGLIGGAAIDAHQNPLPEETVALCERSDAILLGAVGGPKWDQNPPELRPEKGLLGIRKKLGLFANLRPVTVFESLSEASPLKKEYISGVDFVIARELTGGLYFGEPSRQYVNEAGEKEAVDTLFYKKEEIARVVREAFKMAAGRKGKVTSVDKANVLSSSRLWRETADEIAKEFPDVTLEHMLVDNAAMQLIYAPSQFDVIVTENMFGDILSDEASMLTGSLGMLPSASLSSSGLHLFEPVHGSAPDIAGKGMANPFAAILSAAMLLRTSFGLENEAQAVEKAVAKVLADGSRTRDIARDGQYAGTHDITEKVKAALAGSNTKSIV PGPT0001441_1226 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_MALATE_UTILIZATION,PGPT0001441-leuB-K00052 NA NA D1-12_01819 1557 leuA 2-isopropylmalate synthase TTGCGCAAAATTAATGTTTTCGACACGACCCTTCGTGACGGTGAACAATCCCCCGGGGTCAACCTCAATTCCCGGGAGAAACTGGCGATAGCCAAGCAGCTTGAAAGACTCGGGGTGGACATTATTGAAGCGGGATTTCCCGCTTCATCCCGAGGTGATTTTTTAGCCGTGCAGGAAATCGCAAGAACGATTAAAAATTGTTCGGTAACAGGGCTTGCCCGATCTGTCAAAGGTGACATCGACGCAGCCTGGGAAGCGCTGAAAGACGGGGCCAGCCCGCGGATTCACATCTTTATCGCCACCTCTGACATTCATCTGAAGCATAAGCTGAAAATGACGCGGGAAGAGGTTAAGGAAAAAGCGGTTGAAATGGTGAAGTATGCAAAAGAACGCTTTCCGATCGTTCAATGGTCAGCAGAAGACGCATGCCGCACCGAACTTCCGTTTCTGGCTGAAATCGTAGAAAAAGTGATTGATGCCGGCGCGAGCGTCATCAACCTGCCGGACACTGTAGGTTACCTGACGCCGGCTGAATACGGAAACATCTTTAAATATATGAAGGAACACGTTCCGAATATCGGCCGGGTAAAGCTTTCAGCCCATTGCCACGATGATCTCGGAATGGCGGTTGCCAACTCACTTTCGGCAATTGAGAACGGCGCAGATCAAATTGAATGCGCCATTAACGGCATAGGAGAAAGAGCCGGGAACGCCGCGCTAGAGGAAATCGCCGTTGCGCTTCATGTCAGAAATGACGCGCATCAAGCCGATTCATCCCTCAATCTTCATGAATTGAAGCGGACGAGTGATCTTGTCAGCAAACTGACGGGCATGGCCGTTCCCCGCAATAAAGCAATCGTCGGAGATAACGCTTTCGCACATGAGTCCGGCATTCACCAAGACGGTTTCCTGAAAGAAAAATCAACATATGAAATCATTTCACCGGAACTTGTCGGCGTGACTGCTGATGCGCTCGTACTCGGAAAGCATTCCGGACGCCATGCGTTCAAAGACCGCCTGAATGCGCTTGGATTCCAGTTTGATAGTGAGGAAATCAATAAATTTTTTACGATGTTTAAAGAACTGACCGAAAAGAAAAAAGAAATCACCGATGATGACTTGATTTCTCTTATTTTAGAAGAAAAAGTGACGGACAAAAAAATCGGCTATGAATTTTTGTCTCTGCAAGTGCATTACGGGACGTCTCAGGTGCCGACTGCAACAGTCTCTTTAAAAAATCAGGAAAACGAACAGCTGATTCAAGAGGCGGCAACGGGGGCGGGCAGCGTAGAAGCCGTTTATAATACGCTCGGGCGCTGCATCGATAAAAATATTGAACTGACAGACTACCGCATCCAATCCAACCGGAAAGGCGAAGACGCGCTGGCTCAAGTTTTTGTCAGAGTGACCGTGAACGGAAAAGAAACATCAGGGCGGGGAATCGCGCAGGATGTTCTGGAAGCTTCTGCTAAAGCTTATCTGAACGCCGTGAACCGGCAGTTGGTGCTGGATTGCAATTTAGACGGATTAAAGAGACAGACTGCGGTCGGCTCGTAA MRKINVFDTTLRDGEQSPGVNLNSREKLAIAKQLERLGVDIIEAGFPASSRGDFLAVQEIARTIKNCSVTGLARSVKGDIDAAWEALKDGASPRIHIFIATSDIHLKHKLKMTREEVKEKAVEMVKYAKERFPIVQWSAEDACRTELPFLAEIVEKVIDAGASVINLPDTVGYLTPAEYGNIFKYMKEHVPNIGRVKLSAHCHDDLGMAVANSLSAIENGADQIECAINGIGERAGNAALEEIAVALHVRNDAHQADSSLNLHELKRTSDLVSKLTGMAVPRNKAIVGDNAFAHESGIHQDGFLKEKSTYEIISPELVGVTADALVLGKHSGRHAFKDRLNALGFQFDSEEINKFFTMFKELTEKKKEITDDDLISLILEEKVTDKKIGYEFLSLQVHYGTSQVPTATVSLKNQENEQLIQEAATGAGSVEAVYNTLGRCIDKNIELTDYRIQSNRKGEDALAQVFVRVTVNGKETSGRGIAQDVLEASAKAYLNAVNRQLVLDCNLDGLKRQTAVGS PGPT0000080_306 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-ATMOSHPHERIC_NITROGEN_FIXATION N-FIX-NITROGENASE_BIOSYNTHESIS,PGPT0000080-nifV-K02594 NA NA D1-12_01820 1029 ilvC COG0059 Ketol-acid reductoisomerase (NADP(+)) ATGGTAAAAGTATATTATAACGGTGATATCAAAGAGAACGTATTGGCAGGTAAAAAAGTAGCGATTATCGGTTACGGTTCACAAGGTCATGCACACGCGCTGAACTTAAAAGAAAGCGGAATTGATGTCATTGTCGGCGTCAGACAAGGCAAATCATTTACACAGGCCCAAGAAGACGGTCATAAAGTCTTTTCGGTAAGAGAAGCGGCTGCCCAGGCTGATATCATTATGGTTCTTCTTCCGGATGAACAGCAGCAAAAAGTATATGAATCTGAAATCAAAGATGAATTGACGGCGGGCAAGTCATTGGTATTCGCACACGGATTTAACGTCCATTTCCATCAGATCGTGCCTCCTGCTGATGTGGATGTATTCCTTGTCGCCCCTAAAGGACCTGGACACCTTGTCAGAAGAACATATGAACAAGGCGCGGGCGTACCGGCATTGTTTGCCATCTACCAGGATGTATCAGGCGAAGCGAAAGATACGGCTCTTGCTTATGCAAAAGGAATCGGCGGAGCGCGTGCGGGCGTTCTTGAAACAACATTTAAGGAAGAAACGGAAACGGATTTGTTCGGTGAGCAGGCTGTTCTGTGCGGAGGTTTAACAGCGCTTGTCAAAGCGGGTTTTGAAACGCTGACAGAAGCCGGCTACCAGCCTGAACTCGCATACTTCGAGTGTCTGCACGAACTGAAGTTGATCGTAGACTTGATGTATGAAGAAGGATTGGCGGGCATGAGATACTCTATCTCCGATACGGCTCAATGGGGAGACTTTGTATCAGGACCGCGCGTAGTCGATGCGAAGGTAAAAGAATCGATGAAACAAGTATTAACGGATATTCAAAACGGTACATTCGCAAAAGAATGGATCGTGGAAAACCAAGTGAACCGTCCTCGTTTCAATGCGATCAATGCAAGTGAAAACGAGCATCAGATTGAAAAGGTCGGCAGACAGCTTCGTGAAATGATGCCGTTTGTCAAACAAGGCAAAAAGAAGGAAGCGGTGGTCTCCGTTGCGCAAAATTAA MVKVYYNGDIKENVLAGKKVAIIGYGSQGHAHALNLKESGIDVIVGVRQGKSFTQAQEDGHKVFSVREAAAQADIIMVLLPDEQQQKVYESEIKDELTAGKSLVFAHGFNVHFHQIVPPADVDVFLVAPKGPGHLVRRTYEQGAGVPALFAIYQDVSGEAKDTALAYAKGIGGARAGVLETTFKEETETDLFGEQAVLCGGLTALVKAGFETLTEAGYQPELAYFECLHELKLIVDLMYEEGLAGMRYSISDTAQWGDFVSGPRVVDAKVKESMKQVLTDIQNGTFAKEWIVENQVNRPRFNAINASENEHQIEKVGRQLREMMPFVKQGKKKEAVVSVAQN PGPT0008735_1115 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 D1-12_01821 519 ilvH COG0440 Putative acetolactate synthase small subunit TTGAAACGCATTATCACATTAACGGTGGTCAACCGCTCGGGAGTATTAAACCGGATCACCGGCCTGTTTACAAAAAGACACTATAATATCGAAAGCATCACTGTAGGCCACACGGAAACAAGCGGTGTTTCAAGGATTACATTTGTCGTCCATGTGGAAGGCGAAAATGACGTAGAGCAGCTGACAAAGCAGCTTAACAAACAAATTGACGTCCTGAAAGTGACGGATATTACAAACCAATCAATTGTACAGCGTGAGCTGGCATTAATCAAAGTTGTTTCCGCACCGTCGGCCAGAACGGAAATCAATGGAATCATTGAGCCGTTCAGAGCTTCCGTCGTTGATGTCTCAAGAGACAGCATCGTCGTTCAGGTTACCGGCGAATCTAATAAAATCGAAGCGCTCATAGAGCTTCTCAAACCTTACGGAATTAAAGAAATCGCGAGAACGGGCACAACGGCTTTTGCGAGGGGAACCCAGCAGAAGGCGTCATCCAATAAAACAATTTCAATTGTATAA MKRIITLTVVNRSGVLNRITGLFTKRHYNIESITVGHTETSGVSRITFVVHVEGENDVEQLTKQLNKQIDVLKVTDITNQSIVQRELALIKVVSAPSARTEINGIIEPFRASVVDVSRDSIVVQVTGESNKIEALIELLKPYGIKEIARTGTTAFARGTQQKASSNKTISIV PGPT0008205_1584 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 D1-12_01822 1725 ilvB COG0028 Acetolactate synthase large subunit ATGGGCACAAATGTACAGGCGGATTCTTTGTCTGCCGATTGTACAAAAACAATGAACGGGGCTCTGATGCTGATTGAATCATTAAAGAAAGAAAATGTCGAGATGATCTTCGGCTATCCGGGGGGAGCCGTCCTTCCGATTTACGATAAGCTGTATCAGTCGGGATTGGTTCACATCCTGCCCCGCCACGAGCAAGGCGCGATTCACGCGGCAGAAGGGTATGCGAGAGTCTCCGGAAAGCCGGGGGTTGTGATTGCTACCTCCGGACCCGGAGCGACAAATTTAGTTACCGGTCTTGCGGATGCGATGATAGATTCATTGCCGCTCGTAGTGTTTACCGGTCAGGTGGCCACTTCGGTCATCGGCAGCGACGCTTTCCAGGAAGCCGACATTTTAGGAATTACGATGCCGATTACGAAACACAGCTACCAAGTCCGCCGTCCGGAAGATCTCCCCCGTGTGATTAAAGAGGCATTCCATATCGCCACGACGGGAAGACCGGGTCCGGTATTAATTGATATACCGAAGGATGTCGCAGCATTTGAAGGAGAGTTCAGATATGATCACGAGATCAGCCTTCCGGGTTATCAGCCTGTAAAAGAGCCTAACTATCTGCAGATCCGAAAGCTCGTGGAAGCTGTCAGCAGTGCGAAAAAGCCGGTTATTTTAGCCGGAGCGGGTGTTTTGCACGGTAAAGCTTCAGAAGATTTAAAAAATTATGCCGAACAGCAGCAAATTCCGGTAGCGCACACGCTCCTCGGTCTGGGCGGTTTCCCGGCAGACCATCCTCTTTTTCTGGGAATGGCGGGGATGCACGGCACATACACAGCGAATATGGCGCTTTACCACTGTGACTTGTTGATCAGCATCGGAGCGCGGTTCGATGATCGCGTGACCGGAAATCTGAAGCATTTTGCAAAATCGGCCAAAGTGGCGCATATCGATATTGATCCTGCTGAAATCGGAAAAATTATCGAAACGCAGATTCCGGTGGTCGGCGACAGTAAAATCGTCCTTCAGGAATTATTGAAGCAAAACGGAAAACAGGGACAGACAGAGGAATGGAAACAGCAGCTTTCAGAATGGAAAGAAGAATATCCGCTTTGGTATACAGACAACAGAGAAGAGGGCTTGAAACCCCAAAAGCTGATTGAGTATATTCACCAATTCACAAACGGTGAGGCGATTGTGGCGACGGATGTCGGCCAGCACCAGATGTGGGCGGCTCAGTTTTATCCTTTCCGAAAGGCTGATAAGTGGGTGACCTCGGGGGGACTCGGCACAATGGGCTTCGGCCTTCCGGCGGCTATCGGAGCGCAGCTGGCCGATCGTAACGCCACGGTCGTTGCCATCCTCGGAGACGGCGGTTTTCAGATGACCCTTCAGGAATTAGATGTCATCCGGCAGCTGAATCTTCCTGTCAAAGTGGTTATCTTGAACAACGAATGTCTGGGCATGGTCAGACAGTGGCAGGAAATCTTCTATGAAGAACGCTACTCTGAATCCAAATTCTCGGCGCAGCCTGACTTTGTCAAATTGTCAGAAGCCTACGGCATTAAAGGCGTCCGGATTTCATCGGAAGAAGAGGCGGAAGAAGAGCTTAAAAAGGCGCTTTCATCAAAAGAACCGGCCGTTATTGACGTCCGGGTCGCCAAAAGCGAGAAAGTATTCCCGATGATTGCGCCGGGTAAAGGACTTCATGAAATGGTGGGGGTGAAACCTTGA MGTNVQADSLSADCTKTMNGALMLIESLKKENVEMIFGYPGGAVLPIYDKLYQSGLVHILPRHEQGAIHAAEGYARVSGKPGVVIATSGPGATNLVTGLADAMIDSLPLVVFTGQVATSVIGSDAFQEADILGITMPITKHSYQVRRPEDLPRVIKEAFHIATTGRPGPVLIDIPKDVAAFEGEFRYDHEISLPGYQPVKEPNYLQIRKLVEAVSSAKKPVILAGAGVLHGKASEDLKNYAEQQQIPVAHTLLGLGGFPADHPLFLGMAGMHGTYTANMALYHCDLLISIGARFDDRVTGNLKHFAKSAKVAHIDIDPAEIGKIIETQIPVVGDSKIVLQELLKQNGKQGQTEEWKQQLSEWKEEYPLWYTDNREEGLKPQKLIEYIHQFTNGEAIVATDVGQHQMWAAQFYPFRKADKWVTSGGLGTMGFGLPAAIGAQLADRNATVVAILGDGGFQMTLQELDVIRQLNLPVKVVILNNECLGMVRQWQEIFYEERYSESKFSAQPDFVKLSEAYGIKGVRISSEEEAEEELKKALSSKEPAVIDVRVAKSEKVFPMIAPGKGLHEMVGVKP PGPT0008185_1315 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 D1-12_01824 351 hypothetical protein ATGAATAAGATGTTATCAGGCATGCAGGGCCTGCCTCCCGGATTTCCGCCTTTACCGGTCTTACCGCCGCAGTCTTATTATCCTCCGGCCCCGATGCATACAGCACCATATCAAGGTGACCCTTCTTTTCAGCAGGGATTCCCGTCATCCGGATACGGACAGCAGACCCCGCAAAGCACGCTGTCATTCGCCGGACAGCAATTCGTTCCGTACCCTTATACATCCGGGTACTACGGCCAATCCTTCAGTGACGTCGGCGGAAGCCTCGGCGCCGGGTCTCATCCCGGCGCGCTCGGGGGCGGTTTCAGCGGCCATGCAGGAAGCTTCAGTGCTCCGAGCGGATTCAGATGA MNKMLSGMQGLPPGFPPLPVLPPQSYYPPAPMHTAPYQGDPSFQQGFPSSGYGQQTPQSTLSFAGQQFVPYPYTSGYYGQSFSDVGGSLGAGSHPGALGGGFSGHAGSFSAPSGFR NA NA NA NA NA D1-12_01825 186 hypothetical protein TTGAAGTACGCATTTGCATATAAAAATCACAATATAGAAACGATCTTTTGCGGAAAAGACGAGCTGTTTGAGGAACTGAAGCAATTTTTAATCACTCAATGCGGTTTATTCATTGTTGAGGTTTCAAGGGCTGATTACTATACGGAGCAGGAAATGAATCAATGGAATGACCGTTATACTCTGTGA MKYAFAYKNHNIETIFCGKDELFEELKQFLITQCGLFIVEVSRADYYTEQEMNQWNDRYTL NA NA NA NA NA D1-12_01826 177 hypothetical protein ATGAGAGATAACAAAGAATGCTGTCCATATTGCAATGCTGATTTGCAAGGAGAACCTATTCCGAAAGAATCGCAGAAAGTATATGGTTCTGCCTATTTTACACGAAAAATTGGTATAAGCAGTATAGAAGCTGATAGGATTATTAAATGGCATTGTCCTGACTGCAACAAAGAATGA MRDNKECCPYCNADLQGEPIPKESQKVYGSAYFTRKIGISSIEADRIIKWHCPDCNKE NA NA NA NA NA D1-12_01827 471 bin3 Putative transposon Tn552 DNA-invertase bin3 ATGGACAACAAAGAATTTGGATACGTTAGAGTAAGCAGCAAAGACCAAAATGAAGCACGACAACTGGATAGTATGTATGCTCTAGGAATTGATGAGCGTGATATTCATATTGATAAGCAAAGTGGAAAAGACTTCAATAGACCGCAATACCAAGCATTGAAAATGCGTTTGCGAAAAGGAGATATGTTATACATACATTCATTAGATAGGCTAGGTTGTAACAAAGAGATGATTTTAAACGAGTGGAAAGATATCACACAGAACATCAAAGCACATATTGTTGTAATTGATATGCCGTTGTTGGATACATGGAAATACAATGACTCCATCGGTTCTTTCGTGGCTGACTTGGTGTTACAGGTATTATCGTGGGTTGCTGAAGAAGAGAGAACCAAGATTAAGACTCGTCAAGCTGAAGGGATAGCTGCAGCTAAGGCACAGGGCAAACACCTTGGAAGACCTAAGACCTAA MDNKEFGYVRVSSKDQNEARQLDSMYALGIDERDIHIDKQSGKDFNRPQYQALKMRLRKGDMLYIHSLDRLGCNKEMILNEWKDITQNIKAHIVVIDMPLLDTWKYNDSIGSFVADLVLQVLSWVAEEERTKIKTRQAEGIAAAKAQGKHLGRPKT NA NA NA NA NA D1-12_01828 1434 hypothetical protein GTGACTAAGAGAAAGAAGACTGTTAATGAATTGTTGGAAGAAGCACTTTTTGTAGAGGATGAACAACCATTCCAAGTACCTGAGAATTGGGTTTGGGTAACTTTAAAAGATGTTTGTAAGATAAATATGGGACAGTCGCCTAAAGGTGAATATACTACTGATGATTCAAACAATATACCTTTAATAGGTGGTCCAGCAGACATGGGAGAAACATATCCAAATGCTAAAAGATATACAATTAAACCCACAAAATTATCTGAAAATGGCGAGTTAATTGTATCTGTTAGAGCAACTTTAGGAAAAACAAATATCGCAGATGGACAATATTGTCTTGGACGTGGTGTAGCAGGAATAAAATCAAATATCATAGATATCAGATTGTTAAGGTATTACTTTGAAACAATTAAGTCACATCTGTATTCGGTTAGCACAGGAACTACTTTTCAACAAATATCTAGGAAGAATATTGAAAGTATTGCATTTCCGCTTTTACCTTTAAATGAACAAAAACGGATTGCTGACAAAGTGGAGAGGTTTTTAAGTAAAATTGAAGAAGCAAAGCAGTTGATTGGCGAAGCGAAGGAAACGTTTGAACTTCGTCGAGCGGCTATTTTGGATAAGGCGTTTAGGGGAGAGTTGACGAGGAAGTGGCGAGAAGAACACCCTGATATAGAAAATGCAGAAGTGTTATATGATAAAATAATTAGTCTAATTAAGCCTAAAAAATTCGAGATTATTGAAGAGCAAAGTGAGTATATTCCATGTAAATGGAAATGGGTCAGACTGGGAGAAGTTGTACATGTAAATCCCCCAAAGAAAAAGTTAAATGAAGTATCTGAAGAACAAAAATGTACATTTATACCGATGCCTGCGGTGAGTGATAAAACTGGTAAAATCGAAGAACCAGAAGAAAGAGAATATAGAAAAGTTAAAAAAGGCTACACGTTTTTTTTAGAGAATGATGTACTGTTTGCTAAGATTACCCCTTGTATGGAAAATGGAAAATCAGCTATAGCTAGACAATTGAAAAACGGGTTTGGCTATGGTTCAACAGAATTTCATGTTTTACGTACTTCTGAGTATGTGAATGAACAGTATATTCACTATTTGGTTCGTTCACAAAGGTTTAGGGCAAAGGCTAAGAGAGAAATGACGGGAGCGGTTGGTCAGCAACGAGTGCCAAAAGAATTTTTATTGAACTATCCATTTCCTCTACCTCCTAAAGAGGAACAAGATGCTATTGTAAACATTTTGGATGATATCTTCGCTAAGGACAATTGTTCAAAATTCAATCTTCAACTCGAATCTGAGTTGGACATATTGAAACAATGCATCCTTTCGAAAGCTTTTCGTGGCGAACTTGGAACAAATGATCCGAGTGAAGAAAGTGCTGTTGAATTGCTAAAAGAAGTGCTACAAGAACAAGTAAAATAG MTKRKKTVNELLEEALFVEDEQPFQVPENWVWVTLKDVCKINMGQSPKGEYTTDDSNNIPLIGGPADMGETYPNAKRYTIKPTKLSENGELIVSVRATLGKTNIADGQYCLGRGVAGIKSNIIDIRLLRYYFETIKSHLYSVSTGTTFQQISRKNIESIAFPLLPLNEQKRIADKVERFLSKIEEAKQLIGEAKETFELRRAAILDKAFRGELTRKWREEHPDIENAEVLYDKIISLIKPKKFEIIEEQSEYIPCKWKWVRLGEVVHVNPPKKKLNEVSEEQKCTFIPMPAVSDKTGKIEEPEEREYRKVKKGYTFFLENDVLFAKITPCMENGKSAIARQLKNGFGYGSTEFHVLRTSEYVNEQYIHYLVRSQRFRAKAKREMTGAVGQQRVPKEFLLNYPFPLPPKEEQDAIVNILDDIFAKDNCSKFNLQLESELDILKQCILSKAFRGELGTNDPSEESAVELLKEVLQEQVK PGPT0027175_626 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESTRICTION|MODIFICATION_SYSTEM CE-BACTERIAL_FITNESS-TYPE_I_R-M_SYSTEM,PGPT0027175-hsdS-K01154 NA NA D1-12_01829 1431 hsdM COG0286 Type I restriction enzyme EcoKI M protein ATGAATAACCAAGAAATCGTTCAAAAATTATGGAATTTATGCAATGTGCTTCGTGATGACGGTATTACATATCAACAATATGTCACGGAGTTAACCTATATTTTATTTTTAAAAATGATGAAAGAACAGCAAACAGAAAATGTAATACCCGAAGGATATAGATGGGATGATTTGCTAGAAAAAGAAGGAGTAGAACTCAAAACATTTTATCAACATCTTTTAATTAAGCTGGGCAATAGCGAGAATGCTCAATTGCGTCAAATTTACACTGATGCTGCTACAAGTATTACAGAACCCAAGAACTTAGAGAAAATTCTGAAGACCATTGATGGCCTTGATTGGTACAACGCAAAAGAAGAAGGTTTAGGTAATTTATATGAAGGCTTGTTAGAAAAAAACGCAAGCGAAACAAAATCAGGTGCTGGTCAATACTTTACACCGCGTGTATTAATTGATGTAATGGTGCAACTGATTGACCCTAAACCTGGAGAAAAATGCAATGACCCTGCAGCTGGTACATTCGGTTTTATGATTGCTGCAGACCAGTATTTGAAAAATAAGACAGATAACTATTATGATTTAGATCCACAACTGGGCGTTTTTCAAAAGAAAGAAGCGTTTACTGGAATGGAACTCGTCACAGGGACTCATCGTCTTGCTCTAATGAATGCATTACTTCATGATATCGAAGGGCGACTGGAACAAGGAGATTCGTTATCTAGTAATGGAAAGTGGATGAAAAACTTTGATGTCATTTTAACCAATCCACCATTTGGGACAAAAAAAGGTGGAGAGAGTGTCTCGCGTGATGACCTGACGTTTGAAACTTCCAATAAACAGCTGAATTTTCTACAGTTAATTTATAACGCTTTAAAAGACGATGGTCATGCACGGGCAGCAGTTGTATTACCTGATAATGTCTTGTTTGAAAGCGGGGTTGGTGCACAGATTCGCCGTGATTTAATGAATAAATGCAATCTGCATACAATCTTACGCTTACCAACGGGGATTTTCTATGCCCAAGGTGTGAAAACTAACGTCTTATTTTTCACAAGAGGAAAAACAGACCAAGATAATACAAAGGATGTTTGGGTATATGATCTCCGCACCAATATGACGTCATTCGGAAAACGGAATCAGCTAACAATGGCACACTTTGAAAACTTCATGAAAGCATATGTAGCAGAAGACCGCTCAAAAGTAGAGGATGAACGTTGGAATGTGTTCACAAGAGAAGATATTGCAAAAAAAGGGGACAGTTTAGATATCGGTTTGATTGCGGATGAATCATTATCTTCATACAATAATTTACCAGACCCGATTGAGTCGGCAGAAGAAGCGATTGCGAAACTTCAGCAGGCTATGGGGTTATTAAATGAGGTAGTTGAAGAGTTGCGTGCTGTTGAAAAGGATGAGGTGGTCAAAAAGTGA MNNQEIVQKLWNLCNVLRDDGITYQQYVTELTYILFLKMMKEQQTENVIPEGYRWDDLLEKEGVELKTFYQHLLIKLGNSENAQLRQIYTDAATSITEPKNLEKILKTIDGLDWYNAKEEGLGNLYEGLLEKNASETKSGAGQYFTPRVLIDVMVQLIDPKPGEKCNDPAAGTFGFMIAADQYLKNKTDNYYDLDPQLGVFQKKEAFTGMELVTGTHRLALMNALLHDIEGRLEQGDSLSSNGKWMKNFDVILTNPPFGTKKGGESVSRDDLTFETSNKQLNFLQLIYNALKDDGHARAAVVLPDNVLFESGVGAQIRRDLMNKCNLHTILRLPTGIFYAQGVKTNVLFFTRGKTDQDNTKDVWVYDLRTNMTSFGKRNQLTMAHFENFMKAYVAEDRSKVEDERWNVFTREDIAKKGDSLDIGLIADESLSSYNNLPDPIESAEEAIAKLQQAMGLLNEVVEELRAVEKDEVVKK PGPT0027180_5533 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESTRICTION|MODIFICATION_SYSTEM CE-BACTERIAL_FITNESS-TYPE_I_R-M_SYSTEM,PGPT0027180-hsdM-K03427 NA NA D1-12_01830 3216 hypothetical protein GTGATAACAATGAGTGGCAACTTTTCATTTTTTCAAGGGAAATGGGATGTACTTGCTAACTTGGGAGAGACAGCTGAGAGAAATGTATATCATGACCCCCATACAACAGTAATGAAACTGCGATTGTTCGCTGAAACACTAACTAAATTTATTCTTGCCGCTGAAAATATTAGAGAGGCATATGGTACAACACAAGTGGATCGCATTAACACTTTGCGTCGGGAAAGGTTACTTGAGCCTGAATTAATTGATATATTAGAGGCTCTTCGTCGCAAAGGGAATGTAGCGATGCATGAAGCGGATTATGGAAAAGCAGAAGAAGCAAAGGCTTTGTTGCAATTAACGTTCCGCTTGTCTATTTGGTTTATGGAGGTATATGGTGATTGGGACTTTCAAGCACCAGAGTATACAGAACTTCAAGAACAAACAGAACAGAGTACAGAAACACTTCAGCGAGAATATGAGGAGAAAGTCAAAAAGCTTGAAAAAGAATTAGAGGCAATTCGTCGACAGGCGGAAGTGGAACAAGAAGAGGTAAAAATCGAACGTAAAAAGATATCCAAAAACTTCATGCGTCGCCAGCAATTAACTGAAGTTGAAACACGTATCATCATTGATCAGAAGTTACGTGCTGCTGGATGGGAAGTAGACACGAATTTACTAAACTATAAAAAAAACAGGACGCTACCAGAGAAAAACAAACATATTGCCATTGCTGAGTGGAAGGTCGATGGCGGCTGGGTTGATTATGCATTGTTTATTGGACTCAAGCTTGTTGGTTTCATTGAAGCAAAAGCAGAAAAGAAAACGATTCCTGGGGCATTAGATAGTCAAACAAAAGTGTACGCGAAAAATGTCGTGCAAGTAGAAGATGAACAGATTACACCAACAACTGGTGATTATCAAGTCCCTTTTTTATATGCAACAAATGGCCGCCCTTATTTAAGACAGCTTCAAGAGGAATCGGGCATTTGGTTCTGGGATTCACGCAAACCATTTGAACATGCACGTCCGCTTGAAGGATGGCATTCACCTGAAGATTTACAGCTTCTTCTTAGCCAAGATGATAAGGATGCGGATAAGCTTCTAGAAGAAGAGGATATAACTAAGTTTGGATTGCGTCACTATCAGCAGAATGCGGTTCTGGCTGCAGAAAAGTCGTTAAAAGAAGGAAACAGAAGAATGCTTATTGCAATGGCTACAGGAACTGGGAAAACTCGTACTGCTATTGCGCTTATGTATCGCTTAATTAAGTCTAAAAAGTGTCGCCGCATTCTTTTTCTTGTCGACCGTAATTCACTCGGTAAACAAACAGAGGATTCACTGAAAGATACGAAAATTGAAGGTTACTCGTTTGCTGATACATATGATGTGAAGTCATTAGGCGATCTCACACCGGAAGTTGAAACGAAGGTGCAGATTGCAACCGTGCAGGGAATGGTTCGCAGACTTTTTTATAACGATAACGAAAAGCTTCCAAGCGTGGGGCAATATGATTTCATCATTGTAGATGAGGCGCACCGAGGCTATACAAGTGATAGAGAAATGACAGAGGAAGAATTAGAATTCCGTGATCAGAATGATTATATTAGTCAATATCGGCGCGTTATCGATTATTTTGATGCGGCATGTTTAGGGCTTACCGCAACACCTGCTCTACATACAACAGACATTTTCGGTATGCCAATTTTTAAATATTCATATAGCGAAGCAGTGTTGGACGGATATCTAGTGGACCATGAGCCCCCTTATTTGTTTAAAACAGAACTTTCACAAGTGGGCATCACCTTTGAAAAAGATGAGGAAGTAGAAGTATATGATGTTGATAAAGGGGAGATTCAACTAGAAAAGGTAGAAGATACTGTGCACTTTGAAGTGGAGCAGTTTAATAAAAAAGTCATTACAGAACCGTTTAACCGTGCAGTTTTAAATAAATTAGTTGATTATATTGACCCTGCAGGTAAAGAAAAAACGCTCATCTTTGCAGCTACTGATCAACACGCGGATCTTGTTGTTCGCTTATTAAAAGAAGCATTTAAAGAACGTGGTGATGACATTGAAGATGATGCCATTATGAAAATCACTGGCTATATCTACAAGCCATTAGATGCCATTAAACGGTTTAAAAATGAGCGACTACCTAATGTCGTAGTTACAGTTGATTTACTCACAACAGGTATTGACGTGCCGCCGATCACAAATTTGGTGTTTTTAAGAAGAATACAATCTCGTATTCTCTATGATCAAATGCTTGGCCGTGCGACTCGTCTCTGCCCAGAGATTGGGAAAACACACTTTAACATCTACGATGCCGTTGGTATATATGACAAGTTGCAACATTATACAGAAATGAAACCAGTTGTGAAGAAACAAAACTATCGTATTGGTGAGTTGTATAATTCTCTTATAAATGCGACGACTGATGAGGAAGCTTCATTTTATCGTGATCAATTAGTAGCGAAAATTCAGCGTCGCAAACAAAGATTTGACGAAGAAGGCATGGGAAAGTTTGAAGAATTATCAAATGGAAAAAATGTGGATGAATGGGTGAAAGAAATTCAAACATACTCACCGCAAGAAGCCACACAGCATAATATCCTATTTGAATACATGGAAACGTACCAAGTAACACGTGAAAAACGCTATATATCTGATAAGGAAGATGAAGTAACAGACGTCATTCGTGGGTATGGTGAAGGAAACAAGCGACCAGAAGATTATCTGGATGGTTTTGTTCGATTTATCCAAGAAAATATCAATGAAATTCCCGCTTTGCATCTGATCTGTACACGGCCAAAAGATCTAACAAGACAAGATTTACGAGAACTTATGACGATTTTAGAAACAAAAGGCTTTAAGCAATCTCATTTACAAACCGCTTGGAAACAGACAAAAAATGAGGACATTGCAGCAGATATTATTAGTTTTATTCGCCAAGCTGCATTAGGTGAAGCACTCGTTGACCATGAAGCACGTATTAAACAGGCAATGCACAAAGTGTATTCACTGCATGATTGGACGCCAAGGCAAAAGAAGTGGTTAGAGAGAATAGAAAAGCAATTACTTCAAGTGCCTGTTCTTGCGCCTACCGCAGAAGAGGCATTCTCGGAAGAACCTTTTAGAACGTCTGGTGGCTACAAATTACTGAAGCGGGAGTTCGGTGACTATATTGATCATATTGTCAATATGATCAATGAGAACCTTTATATCAGCTAA MITMSGNFSFFQGKWDVLANLGETAERNVYHDPHTTVMKLRLFAETLTKFILAAENIREAYGTTQVDRINTLRRERLLEPELIDILEALRRKGNVAMHEADYGKAEEAKALLQLTFRLSIWFMEVYGDWDFQAPEYTELQEQTEQSTETLQREYEEKVKKLEKELEAIRRQAEVEQEEVKIERKKISKNFMRRQQLTEVETRIIIDQKLRAAGWEVDTNLLNYKKNRTLPEKNKHIAIAEWKVDGGWVDYALFIGLKLVGFIEAKAEKKTIPGALDSQTKVYAKNVVQVEDEQITPTTGDYQVPFLYATNGRPYLRQLQEESGIWFWDSRKPFEHARPLEGWHSPEDLQLLLSQDDKDADKLLEEEDITKFGLRHYQQNAVLAAEKSLKEGNRRMLIAMATGTGKTRTAIALMYRLIKSKKCRRILFLVDRNSLGKQTEDSLKDTKIEGYSFADTYDVKSLGDLTPEVETKVQIATVQGMVRRLFYNDNEKLPSVGQYDFIIVDEAHRGYTSDREMTEEELEFRDQNDYISQYRRVIDYFDAACLGLTATPALHTTDIFGMPIFKYSYSEAVLDGYLVDHEPPYLFKTELSQVGITFEKDEEVEVYDVDKGEIQLEKVEDTVHFEVEQFNKKVITEPFNRAVLNKLVDYIDPAGKEKTLIFAATDQHADLVVRLLKEAFKERGDDIEDDAIMKITGYIYKPLDAIKRFKNERLPNVVVTVDLLTTGIDVPPITNLVFLRRIQSRILYDQMLGRATRLCPEIGKTHFNIYDAVGIYDKLQHYTEMKPVVKKQNYRIGELYNSLINATTDEEASFYRDQLVAKIQRRKQRFDEEGMGKFEELSNGKNVDEWVKEIQTYSPQEATQHNILFEYMETYQVTREKRYISDKEDEVTDVIRGYGEGNKRPEDYLDGFVRFIQENINEIPALHLICTRPKDLTRQDLRELMTILETKGFKQSHLQTAWKQTKNEDIAADIISFIRQAALGEALVDHEARIKQAMHKVYSLHDWTPRQKKWLERIEKQLLQVPVLAPTAEEAFSEEPFRTSGGYKLLKREFGDYIDHIVNMINENLYIS PGPT0027170_1160 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESTRICTION|MODIFICATION_SYSTEM CE-BACTERIAL_FITNESS-TYPE_I_R-M_SYSTEM,PGPT0027170-hsdR-K01153 NA NA D1-12_01831 372 hypothetical protein GTGAAGTTATGTATTGCTCTCTTTATTGGACTTAAGCAATTTCATTCAGCTGAGGGATGCTACAGCTTTCCTATCATAAATGAGAATGAAGCTGACTATGTGCTGAAGCGTAAGGTAAATAACATGAAAAAGGCTGAGAAACATCACGAGCAAAGGCTTCAGGAATACAAGGAACAGAATATTAGATTTGCCACTGAGGAGGAGGAAGTATTTATTAGACTCTTCTACACGCAGCAAGAACTTGAAGATATCTTTGCTGGCTATGACTTGGGAGTTAAGAGGTTACACTTGCAGAATCTATATATGGAGCGGATGCGGCAATTATTCGATTTATATAACCTAAAAGGCACAAACTTTGTAGGAGTCTCTTAA MKLCIALFIGLKQFHSAEGCYSFPIINENEADYVLKRKVNNMKKAEKHHEQRLQEYKEQNIRFATEEEEVFIRLFYTQQELEDIFAGYDLGVKRLHLQNLYMERMRQLFDLYNLKGTNFVGVS NA NA NA NA NA D1-12_01832 489 hypothetical protein GTGACCAAAAGAAAAGGATTATTAGATGTTGATGTGGATGTAAAGGGATTATTAAATGGATTAACCATTACTAGTACTAGTTCCACCGCTCCAAAAGAAAAAATAAAACAATTTGAGGTCTTGGATGACTCAATGTTGGTTTCTGATGCTCTCGAAACCAACACTAGGCAAATGAAGGTGAGCGGGAATAGAAGCCGTACAATAAGCGATTATGTCCTCCATGTAGAGTATTTTCAGAGTGGAACAAACGTAAACCATGTTGCTGATATTACAGCCGATACGGTCTATAAGTGGCTAGACAGTATGAATGTAAGCAATCAAACCAAATTAACACGATTGAAATGTCTAAAAGCCTTCCTCTCCCGCTGTTTTGATAACGGTTGGATTGAAATAAAATTTTGGAAAACGATTAATATAAAGGTCGATCAAAAGGTTAAAGAAGGGGATGCAGAGCGTGAAGTTATGTATTGCTCTCTTTATTGGACTTAA MTKRKGLLDVDVDVKGLLNGLTITSTSSTAPKEKIKQFEVLDDSMLVSDALETNTRQMKVSGNRSRTISDYVLHVEYFQSGTNVNHVADITADTVYKWLDSMNVSNQTKLTRLKCLKAFLSRCFDNGWIEIKFWKTINIKVDQKVKEGDAEREVMYCSLYWT PGPT0021995_715 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS CE-BACTERIAL_FITNESS-INTEGRASES|RECOMBINASES,PGPT0021995-xerC-K03733 NA NA D1-12_01835 510 Putative metallophosphoesterase MG207 ATGAAAGTGCTAATAATAAGTGACAGTCACGGCCTTGAAGATGAGCTGGAGACGATTGCAAAGCGGCACGAAGACGAAGCGGATCTGATGATTCATTGCGGTGATTCAGAGCTTGACGCCGCACATCCGGCGCTTACGCCGTATCACACGGTAAAAGGCAATTGCGACTTTGGCGGCGGGTTTCAGGATGAACTCCTTCTGGACGCCGGTTCAAAGAAAATTCTGGCCGTTCACGGGCATCTTCACGGCATTAAACAGTCACTTTTAACTGTTTTTTACCGGGCGGAAGAGCTTGGGGCGGATATCGTCTGCTTCGGCCATTCACATATTGCCGGGAGTGAAGAGCTTCGGGGCAAGCTTTTGATTAATCCGGGCAGCATCCGTCTTCCGAGAGTCCGCAATGTGAAAAGCTATGCCATTCTTACTCTTACAGAAAGAGAAGGCGCCGTGACATTTTACGACGAAACGGGTCGGGAATTGAAGGACTTGGAGACTGCAATCAGTTTTTAA MKVLIISDSHGLEDELETIAKRHEDEADLMIHCGDSELDAAHPALTPYHTVKGNCDFGGGFQDELLLDAGSKKILAVHGHLHGIKQSLLTVFYRAEELGADIVCFGHSHIAGSEELRGKLLINPGSIRLPRVRNVKSYAILTLTEREGAVTFYDETGRELKDLETAISF PGPT0021590_22 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021590-rdgB-K02428 NA NA D1-12_01836 588 dITP/XTP pyrophosphatase GTGAAAGAAGCCATTATTGCGACACACAATCAGGGAAAAGTGAAAGAATTCAAGGAAATACTCGAACCGAAAGGCTACAGCGTCTCTTCTTTGGCGGAAATCGGATTTACGGAAGAAATTGAAGAAACCGGACATACCTTTGAAGAAAACGCCATCTTAAAAGCGGAAGCCGTGGCAAAAGCCGTAAACAAAATGGTCATTGCAGATGACTCCGGTTTATCGGTGGACAACCTTGGAGGCAGACCGGGCGTTTATTCAGCCCGTTATGCCGGAGAAGCAAAAGATGATAAGGCGAATATGGACAAGGTGCTGTCAGAATTAAAAGGCATCGAAAAAGAGCAGCGCACGGCCCGTTTCCGCTGCGCCCTTGCCGTCAGCATGCCGGGGCAGGAAACAAAAACGGTCGAAGGTCATGTTGAAGGGTATATTGCGGAAGGACCCGAGGGGGATAACGGGTTCGGCTATGATCCCATTTTTATTGTAAAAGATAAAGATAAAACCATGGCCCAGCTGACAAGCGCTGAGAAAAACAAAATCAGCCACAGGGCTGAGGCGCTCAAGAAACTGTCAAAGCTGCTTGATTCATAA MKEAIIATHNQGKVKEFKEILEPKGYSVSSLAEIGFTEEIEETGHTFEENAILKAEAVAKAVNKMVIADDSGLSVDNLGGRPGVYSARYAGEAKDDKANMDKVLSELKGIEKEQRTARFRCALAVSMPGQETKTVEGHVEGYIAEGPEGDNGFGYDPIFIVKDKDKTMAQLTSAEKNKISHRAEALKKLSKLLDS PGPT0021590_5001 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021590-rdgB-K02428 NA NA D1-12_01837 738 rph COG0689 Ribonuclease PH ATGAGACACGACGGAAGACAGCACGATGAGCTGCGCCCTATCACATTTGATTTGGATTTTATCACTCACCCGGAAGGCTCGGTTTTAATTACAGCGGGAAATACGAAGGTCATCTGTAATGCATCTGTGGAAGACCGGGTGCCGCCATTTTTACGCGGCGGAGGAAAAGGCTGGATCACAGCGGAATACAGTATGCTTCCCCGCGCGACGAATCAAAGAACGATAAGAGAATCTTCAAAAGGAAAGGTCTCCGGCAGAACGATGGAAATTCAGCGGCTGATCGGGCGCGCGCTCCGGGCCGTCGTTGATTTGGAGAAGCTCGGCGAACGCACGATCTGGATCGACTGTGACGTCATTCAAGCCGACGGCGGAACAAGAACGGCTTCCATTACGGGCGCCTTCTTGGCGATGGCCATTGCGATCGGCAAACTCGTAAAAAGCGGCGTTATCAAAACCTCTCCTGTGACAGATTATCTCGCGGCCATTTCTGTCGGGATGGATAAAGAAGAAGGCCTTCTTTTGGATCTGAATTATGAAGAGGATTCGGCGGCTGAAGTCGACATGAATATTATCATGACGGGAAGCGGACGTTTTGTAGAGCTTCAAGGGACGGGCGAAGAAGCCACATTCTCCCGTGAAGATTTAAACGGACTGTTAAGTCTTGCCGAAAAAGGAATCCAGACGCTTATTCAAAAGCAAAAAGAAGTGCTGGGAGAAACATTGCCTGAACTGAAATAA MRHDGRQHDELRPITFDLDFITHPEGSVLITAGNTKVICNASVEDRVPPFLRGGGKGWITAEYSMLPRATNQRTIRESSKGKVSGRTMEIQRLIGRALRAVVDLEKLGERTIWIDCDVIQADGGTRTASITGAFLAMAIAIGKLVKSGVIKTSPVTDYLAAISVGMDKEEGLLLDLNYEEDSAAEVDMNIIMTGSGRFVELQGTGEEATFSREDLNGLLSLAEKGIQTLIQKQKEVLGETLPELK PGPT0021590_6 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021590-rdgB-K02428 NA NA D1-12_01838 1086 gerM COG5401 Spore germination protein GerM ATGCTGAAAAAAGGACCTGCAGTCATTGCTGCAACATGTCTTACTTCGGCTTTTGTGTTATCTGGATGCGGTTTGTTTCAATCCGATAAAACAGCCGGGGAAATTGACCCGCCTCAAGACATTTCATATGTAAAGGATGAAGCGGGAATTCAGGCAAAACCAAAGCAGTCAGAGAAAAACGGCACTTCTAAAGCCGACCAGCCGGCCAATACAGTCATGCGAGAGCTGTATCTGATTGATAAAAACGGCTATGTCGCAGCACAGACACTGCCTCTTCCGAACAGTGAGGGAACCGCAAAGCAGGCCCTTGAGTATTTGGTTCAGGGAGGGCCTGTGTCAGAAATCCTGCCGAACGGCTTCAGAGCGGTGCTCCCTGCGGATACGACGGTAAATGTTGATATTAAAAAAGACGGCACTGCCGTCGCTGATTTTTCGAAGGAATTTAAAAACTATAAAAAAGAAGACGAACAAAAAATCCTGCAATCGATTACATGGACGCTTACCCAATTCAGCTCAATAGATAAAGTCAAAATCAGAATCAACGGGCACGAGCTGAAAGAAATGCCTGTGGGCGGCACGCCTATTACGGGCGACTTAAGCAGAAAAGACGGGATTAATATTGAAACGGCCGGAGTGAATGATCTGACAGACACCCATCCGCTGACTGTATATTATCTGGCGGAAACAGAGACAAGCGAATACTACGTGCCTGTCACAAAGCGGATTGACAATTCGGAAACAAATGACATCACCGCTGCCGTTGAACAGCTCGCTGACGGACCGGGCAAAGCAAGCGGGCTTTTGACGGACTTTAATAACGATGTTAAGCTTCTCAGCAAGCCGAAAGTGAAAGACGGCCAGGTTACACTGGACTTTAACAGCTCTATTTACGGAAGCGCCGACGAAAAAACAAAAATGGTATCATCGGGCGTACTGGACAGCATCGTTCTCACGTTAACCGAACAGCCGTCGATCAAAAGTGTTTCTATAAAAGTAAATGGAAAATCAGAACTGGTGAATGAAAAAGGAGAATCCCTTTCAAAACCTGTTTCGAGGCCGTCACAAGTGAATACGGGTAGTTTTTAA MLKKGPAVIAATCLTSAFVLSGCGLFQSDKTAGEIDPPQDISYVKDEAGIQAKPKQSEKNGTSKADQPANTVMRELYLIDKNGYVAAQTLPLPNSEGTAKQALEYLVQGGPVSEILPNGFRAVLPADTTVNVDIKKDGTAVADFSKEFKNYKKEDEQKILQSITWTLTQFSSIDKVKIRINGHELKEMPVGGTPITGDLSRKDGINIETAGVNDLTDTHPLTVYYLAETETSEYYVPVTKRIDNSETNDITAAVEQLADGPGKASGLLTDFNNDVKLLSKPKVKDGQVTLDFNSSIYGSADEKTKMVSSGVLDSIVLTLTEQPSIKSVSIKVNGKSELVNEKGESLSKPVSRPSQVNTGSF NA NA NA NA NA D1-12_01839 816 racE COG0796 Glutamate racemase 1 TTGGAACAGCCGATAGGAGTCATTGATTCCGGGGTTGGCGGGTTAACCGTTGCTAAGGAAATCATGAGACAGCTACCGAAGGAAAATATCATCTATGTGGGAGATACAAAACGCTGCCCGTACGGCCCGCGTCCTGAAGAAGAAGTTCTTCAATACACGTGGGAAATGACCGATTACCTGCTGGAAAACCACCATATCAAAATGCTCGTGATCGCCTGCAATACGGCCACAGCCATTGCCTTGGAGGATATTCAGCGCAAAACGGATATTCCGGTTGTCGGCGTCATTCAGCCGGGTGCGAGAACGGCGATAAAGGTCACGAAAAACCAGCATATCGGCGTCATCGGCACGGTCAATACCATTAAAAGCAGAGCGTATGAGCAGGCGCTGCTCGGGTTAAACGCAGAACTTCAAGTTGAGAACACGGCTTGTCCGCTGCTCGTGCCGTTTGTAGAAAGCGGACGGTTTCTTCAGGAATCGGCGGAGGAAGCGGTTGAAGCATCGCTTGAGCCTTTAAAAGGTACATCAATTGACACCTTGATTTTAGGATGTACGCATTATCCGATTTTAAAAGATCCGATTCAGAACTATATGGGGGAGCATGTGAAAATCATTTCCTCCGGAGACGAGACGGCGAGAGAAGTGAGCACCATCTTGTCTTATAAAGGTTTGTTAAACCAATCGAAACATGCACCGGAGCATCAATTTCTTACAACGGGAGAGCGGAACGGCTTCGCAAAAATTGCCGAAGACTGGTTCGGCCACGAAATCGGCCATGTCGAGTGCATCTCCCTTCAAGAGCCGGTCAGAAAATAA MEQPIGVIDSGVGGLTVAKEIMRQLPKENIIYVGDTKRCPYGPRPEEEVLQYTWEMTDYLLENHHIKMLVIACNTATAIALEDIQRKTDIPVVGVIQPGARTAIKVTKNQHIGVIGTVNTIKSRAYEQALLGLNAELQVENTACPLLVPFVESGRFLQESAEEAVEASLEPLKGTSIDTLILGCTHYPILKDPIQNYMGEHVKIISSGDETAREVSTILSYKGLLNQSKHAPEHQFLTTGERNGFAKIAEDWFGHEIGHVECISLQEPVRK PGPT0020200_1937 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING_RELATED_RACEMASES,PGPT0020200-murI-K01776 NA NA D1-12_01840 318 hypothetical protein GTGGGGCTTCAATGGCTTTATGAATTGGGGGATATGACAATAGGCGAATTATCAGCCAAAATGTATTTGGCTTGCAGCACGACGACGGATCTGATAGACCGCATGGAAAAAAATAAGCTTGTCGAGCGGGTCAAAGACCCGGCTGACAGACGGGTCGTCAGAATTCATCTTCTCGCTGAAGGAGAGCGCATTATCCAAGAAGTGATTTTGAAAAGACAGGCTTATTTGCGGGATATGTTTGCGACATTTTCCGAAGAAGAAACAGCCGCTTTCGAAAAATCATTATTGAAACTGCAGCATGAAATGAAAAGAAAATGA MGLQWLYELGDMTIGELSAKMYLACSTTTDLIDRMEKNKLVERVKDPADRRVVRIHLLAEGERIIQEVILKRQAYLRDMFATFSEEETAAFEKSLLKLQHEMKRK PGPT0013155_4002 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013155-ohrR-K23775 NA NA D1-12_01841 120 hypothetical protein ATGACATCAAAATCTGTAGAGCATGTTGCGGATATCGAAAAATCACTCCGCCATATCGCTGCGATCATTAAACAAAAAGGAAGAGAAATCCTTAACCAATATGCAATTACACCGCCGTAA MTSKSVEHVADIEKSLRHIAAIIKQKGREILNQYAITPP PGPT0013155_3883 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013155-ohrR-K23775 NA NA D1-12_01842 225 gerE COG2771 Spore germination protein GerE TTGAAGGAGAAAGATTTTCAATCAAAGCCGCTGCTGACCAAAAGAGAAAGAGAAGTATTCGAATTGCTCGTTCAAGACAAGACAACAAAGGAAATTGCAAGCGAGCTATTTATCAGTGAAAAAACTGTACGGAATCACATTTCAAATGCCATGCAGAAGTTAGGTGTGAAAGGGCGTTCGCAAGCTGTTGTCGAGCTTCTTAGAATGGGTGAGCTAGAGCTCTGA MKEKDFQSKPLLTKREREVFELLVQDKTTKEIASELFISEKTVRNHISNAMQKLGVKGRSQAVVELLRMGELEL PGPT0025270_90 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORULATION_REGULATION,PGPT0025270-gerE-K01994 NA NA D1-12_01843 438 hypothetical protein ATGAAACAACCGCAATATATTGATATCCCGTTTGAAGAATGGAGACAGTCGTTTTCTTTCTTTACTGAAGTATCGGTTCGTTTTTCAGAAACGGATATGTTCGGCCATATGAATAATGTAACCCCTTTCATCTATTTTGAAGAAGCACGGATCGCCTATTTTAAACAGCGAGGCATAACGGCGCAAAACTCGGAAACGATGACGGTCGTCGCAAGCCAGCAGTGCGACTATATGCGTCAGGTGATGCCGTATGAAAATCTGCGGATTTATGTGAAAGCAAGCGCTGCCGGAAATGCGTCCGTCACCCTTCATTACCTTGGAGAAAATGAGTCGGGCCTGCCGTGCTTTACAGGTTCCGTCGTTATGGTTCAAGTGTCGAAGAAAAGCGGCAAAGCGGTCAGCTGGACGGAGCGGGAGAAAGGCGTTCTGCTCGCCTGA MKQPQYIDIPFEEWRQSFSFFTEVSVRFSETDMFGHMNNVTPFIYFEEARIAYFKQRGITAQNSETMTVVASQQCDYMRQVMPYENLRIYVKASAAGNASVTLHYLGENESGLPCFTGSVVMVQVSKKSGKAVSWTEREKGVLLA PGPT0001850_3702 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0001850-ybgC-K07107 NA NA D1-12_01844 759 frdB COG0479 Fumarate reductase iron-sulfur subunit ATGAGTGAGAAAAAGATACGGTTTATCATTACACGTCAGGATACGCCCGAAAGCGCGCCATACGATGAAGAATTCGAAATCAATTACCGCCCGAATCTGAACGTGATTTCCGCCCTGATGGAAATCCGCAGAAATCCCGTGAATGCAAAAGGAGAGAAAACCACTCCGGTCGCATGGGACATGAACTGTCTTGAAGAAGTATGCGGCGCCTGCTCCATGGTCATCAACGGGAGACCGCGCCAGTCATGTACGGCGCTGATTGATAAGCTGGAACAGCCGATCCGTCTGAAGCCGATGAAAACATTCCCGGTTGTCCGTGACCTTCAGGTTGACCGCAGCAGAATGTTTGATTCACTGAAAAAAGTGAAAGCATGGGTGCCGATTGACGGGACTTATGATTTGGGGCCGGGGCCGAGAATGCCGGAAAAACGCCGCCAGTGGGCATATGAATTGTCTAAATGCATGACATGCGGCGTCTGCCTCGAAGCCTGCCCGAACGTCAACAGCAAGTCGAAATTCATGGGGCCTGCCCCGATGTCGCAAGTCCGTCTGTTTAACGCCCATCCGACGGGCGCGATGAACAAAGCAGAACGTTTAGAAGCGTTAATGACAGACGGCGGCCTTGGAGATTGCGGGAATTCACAAAACTGTGTGCAATCCTGCCCGAAAGGCATTCCGCTTACGACTTCAATCGCCGCTTTGAACAGAGATACCAATTTACAAGCATTCCGTAATTTCTTCGGAAGCGACAGAGTATAA MSEKKIRFIITRQDTPESAPYDEEFEINYRPNLNVISALMEIRRNPVNAKGEKTTPVAWDMNCLEEVCGACSMVINGRPRQSCTALIDKLEQPIRLKPMKTFPVVRDLQVDRSRMFDSLKKVKAWVPIDGTYDLGPGPRMPEKRRQWAYELSKCMTCGVCLEACPNVNSKSKFMGPAPMSQVRLFNAHPTGAMNKAERLEALMTDGGLGDCGNSQNCVQSCPKGIPLTTSIAALNRDTNLQAFRNFFGSDRV PGPT0001600_2108 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 D1-12_01845 1761 frdA Fumarate reductase flavoprotein subunit ATGAGTCAATCAAGCATTATCGTAGTCGGCGGGGGTCTTGCCGGCCTCATGGCGACAATTAAAGCAGCGGAATCAGGCAAGGCCGTTAAATTGTTTTCCATCGTTCCGGTCAAACGCTCTCACTCGGTCTGCGCGCAGGGCGGGATAAACGGAGCTGTCAACACAAAAGGGGAAGGAGACTCTCCGTTTGAGCATTTTGATGACACGGTATACGGAGGCGACTTTTTGGCAAACCAGCCTCCTGTAAAAGCGATGTGTGAAGCGGCGCCGTCCATTATCCACTTATTGGACCGCATGGGGGTTATGTTTAACAGAACGCCGGAAGGGCTTTTGGACTTCCGCCGTTTCGGGGGTACACAGCATCACAGAACCGCATACGCGGGAGCGACGACGGGTCAGCAGCTTCTTTACGCACTGGACGAGCAGGTGCGCAGATATGAAGTGGCGGGTCTCGTCACAAAATACGAAGGCTGGGAATTCCTCGGCGCCGTTCTTGACGATGAGCGCACGTGCCGCGGTATCGTAGCCCAAAATCTGACCAATATGCAAATCGAGTCATTCCGTTCTGACGCCGTTATTATGGCGACGGGAGGACCCGGAATCGTATTCGGAAAATCAACAAACAGCATGATCAACACGGGATCTGCCGCATCAATCGTTTATCAGCAGGGCGCTTATTATGCAAACGGCGAATTTATCCAAATTCACCCGACAGCAATCCCGGGGGACGATAAACTGCGTCTGATGAGTGAATCGGCGCGCGGCGAGGGCGGAAGAGTCTGGACGTACAAAGACGGAAAACCTTGGTACTTCCTTGAGGAAAAATATCCGGCTTACGGAAACCTCGTGCCGCGGGATATTGCGACACGTGAAATCTTTGACGTGTGCGTGAATCAGAAACTCGGCATCAACGGAGAAAACATGGTGTATCTCGATCTGTCGCACAAAGATCCGAAAGAGCTTGACGTTAAGCTTGGCGGCATTATCGAAATCTATGAAAAATTCATGGGCGATGACCCGCGCAAGCTTCCGATGAAAATTTTCCCTGCCGTTCACTATTCAATGGGCGGACTGTGGGTTGATTATGATCAGATGACAAGCATCCGCGGACTGTTCGCGGCGGGAGAATGTGATTATTCAATGCACGGAGGAAACCGTTTAGGGGCGAACTCTCTGCTTTCCGCCATCTACGGAGGAATGGTGGCCGGACCGAATGCGGTGAAATATGTTTCCGGACTTGAAACATCAGCGGAAGACCTGTCTTCTTCATTATTTGATTCCTATGTGAAAAAAGAAGAAGAAAAATGGGCCGATATCATGAAGATGGACGGCGACGAAAATGCCTACGTGCTTCACCGCGAGCTCGGAGAATGGATGACGGCCAACGTCACGGTGGTCCGCCACAACGACAAACTTTTGAAAACGGATGACAAGATCCAAGAGCTGATGGAACGCTTTAAGAAAATCAATATCAACGATACGACAAAATGGAGCAACCAAGGGGCGATGTTCACCCGCCAGTTCTCCAATATGCTTCAGCTTGCCAGAGTCATCACGCTCGGCGCATATAACCGAAATGAAAGCCGGGGAGCGCACTATAAACCGGATTTCCCTGAAAGAAATGACGATGAGTGGCTCAAAACGACGATGGCTAAACATGCCGGTCCGTTTGAAGCTCCGGAATTTGAATATCAGGATGTCGATGTATCACTGATTGCGCCCCGTAAACGCGACTACTCGAAGAAGAAGGTGGCGAAATAA MSQSSIIVVGGGLAGLMATIKAAESGKAVKLFSIVPVKRSHSVCAQGGINGAVNTKGEGDSPFEHFDDTVYGGDFLANQPPVKAMCEAAPSIIHLLDRMGVMFNRTPEGLLDFRRFGGTQHHRTAYAGATTGQQLLYALDEQVRRYEVAGLVTKYEGWEFLGAVLDDERTCRGIVAQNLTNMQIESFRSDAVIMATGGPGIVFGKSTNSMINTGSAASIVYQQGAYYANGEFIQIHPTAIPGDDKLRLMSESARGEGGRVWTYKDGKPWYFLEEKYPAYGNLVPRDIATREIFDVCVNQKLGINGENMVYLDLSHKDPKELDVKLGGIIEIYEKFMGDDPRKLPMKIFPAVHYSMGGLWVDYDQMTSIRGLFAAGECDYSMHGGNRLGANSLLSAIYGGMVAGPNAVKYVSGLETSAEDLSSSLFDSYVKKEEEKWADIMKMDGDENAYVLHRELGEWMTANVTVVRHNDKLLKTDDKIQELMERFKKININDTTKWSNQGAMFTRQFSNMLQLARVITLGAYNRNESRGAHYKPDFPERNDDEWLKTTMAKHAGPFEAPEFEYQDVDVSLIAPRKRDYSKKKVAK PGPT0001605_3653 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 D1-12_01846 609 sdhC COG2009 Succinate dehydrogenase cytochrome b558 subunit ATGTCTGGGAACAGAGAGTTTTATTTTCGAAGATTGCATTCCTTGCTCGGTGTTATTCCGGTCGGCATCTTTTTGATCCAGCATTTAGTCGTCAACCAATTTGCCGCAAGGGGAGCGGATGCGTTTAACAAGGCGGCCGGCTTTATGGACAGTCTGCCGTTCAGGTATGCGTTAGAAATTTTTATTATTTTCTTACCTTTAATTTATCATGCGGTTTACGGTGTGTACATAGCATTTACTGCGAAAAACAACGCTGGCCACTACAGTTATTTCAGAAACTGGATGTTTGTGCTTCAGCGTGTCACTGGTATTCTCACCCTTATTTTCGTCAGCTGGCATGTATGGCAGACGCGGATTGCCGCGCAGATGGGCGCTGAAGTCAACTTCGATATGATGGCGAATATTTTGAGCTCGCCGTTTATGCTCGGCTTTTACATTGTAGGCGTTTTATCGGTCATTTTTCACTTTTCAAACGGCTTATGGTCTTTTGCGGTCACATGGGGGATCACGGTCACGCCGCGTTCTCAAAGAATTTCGACTTACGTGACGCTGATTATATTTTTAGCGCTTTCATATGTAGGTTTAAAAGCGATTTTTGCGTTTGTGTAA MSGNREFYFRRLHSLLGVIPVGIFLIQHLVVNQFAARGADAFNKAAGFMDSLPFRYALEIFIIFLPLIYHAVYGVYIAFTAKNNAGHYSYFRNWMFVLQRVTGILTLIFVSWHVWQTRIAAQMGAEVNFDMMANILSSPFMLGFYIVGVLSVIFHFSNGLWSFAVTWGITVTPRSQRISTYVTLIIFLALSYVGLKAIFAFV PGPT0001595_1430 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 D1-12_01847 447 yslB putative protein YslB ATGAAGAATAATTATGAAGCAGCTTTAGAACCTTTAACTGAACTCGACGTCAGCGCATACGGCTACGAATTAATCCGGGAAATCGTGCTTCCGGATATCCTCGGCCCGGAACATTCATCGATGATGTATTGGGCGGGAAAACGCCTCGCCCGCAAATTTCCTCTTCAATCGTGGGAAGAAATCCCCGCCTTTTTTGAAAAAGCCGGCTGGGGAACTTTGACAAACGCAGGATCAAAAAAACAAGAACTGGAATTTGAACTGGAAGGACCGCTCGTATCCAGCAGGCTCAAACATCAGAAAGAGCCTTGTTTCCAGCTTGAAGCCGGTTTTATAGCCGAACAGATTCAATTGATGAACGATCAGATTGCAGAATCTTATGAACAGGTAAAAAAGAGAGCGGATAAAGTCGTCCTGACCGTAAAATGGGATATGAAGGACCCTGTATAA MKNNYEAALEPLTELDVSAYGYELIREIVLPDILGPEHSSMMYWAGKRLARKFPLQSWEEIPAFFEKAGWGTLTNAGSKKQELEFELEGPLVSSRLKHQKEPCFQLEAGFIAEQIQLMNDQIAESYEQVKKRADKVVLTVKWDMKDPV NA NA NA NA NA D1-12_01848 1230 lysC_2 COG0527 Aspartokinase 2 ATGGGTCTTATCGTACAAAAATTCGGAGGCACTTCCGTCGGCTCTGCCGAAAAAATTCAAAATGCCGCAAATCGCGCCATTGCTGAAAAGCAAAAAGGCCATGATGTCGTAGTCGTCGTTTCGGCAATGGGAAAATCAACCGACGCGCTCGTTAACCTCGCGGCTGAAATCACATCTGAACCAAGCAGACGCGAGATGGATATGCTTTTGTCTACGGGAGAGCAGGTCACGATCTCGCTTTTGGCCATGGCGCTTCAGGAAAAAGGATATGACGCCGTCTCTTATACGGGCTGGCAGGCGGGTGTCCGCACGGAAGCCGTTCACGGCAATGCGAGAATTATGGATATTGATATCACGGCGATTCGTTCGCAGCTTGCAGAAGGCAAAATCACAGTCGTTGCCGGTTTTCAGGGCGTAACGGAAGACGGCGGCATCACGACGCTCGGACGGGGCGGTTCCGATACGACGGCGGTCGCTCTTGCAGCAGCGCTGGAAGCGGATAAATGCGACATTTATACAGATGTTCCGGGCGTATTTACGACAGATCCGCGGTATGTCCGGTCAGCGAGAAAACTGGCGGGAATTTCTTATGATGAAATGCTGGAGCTTGCAAATCTAGGAGCGGGTGTTCTTCACCCGCGGGCGGTTGAGTTCGCGAAAAACTACCAAGTGCCTTTGGAAGTGCGGTCAAGCACGGAACATGAAGCTGGAACATTAATTGAGGAGGAATCATCAATGGAGCAGAATTTAATCGTCAGAGGAATTGCATTTGAAGACCAGATCACAAGGGTGTCCGTTACGGGCCTTGCAAGCGGATTGACAACACTTTCAACAATCTTCACCGCGCTGGCAAAACGAAACATCAACGTTGACATTATTATTCAGACTCAGTCGGACGATGGGGAAGCGGATATTTCTTTCTCAGTGAAAACGGAAGATGCTGCGCAAACGGTCGCCGTGCTTGAAGAATATAAAAACGCGCTTGACTATGAAAAAATTGAAACCGAAAGAAAACTGGCGAAAGTCTCTATTGTCGGGTCGGGCATGGTTTCAAATCCCGGCGTCGCCGCGGACATGTTTGCCGTACTGGCGGAAAAAAATGTACAAGTCAAAATGGTGAGCACATCTGAAATAAAAGTATCAGCGGTTGTCAGCGAAAATGATATGGTGAAAGCGGTCGAAGCGCTTCATGATGCGTTTGAGCTTTCTAAACAGCCGTCTGCCGTATAA MGLIVQKFGGTSVGSAEKIQNAANRAIAEKQKGHDVVVVVSAMGKSTDALVNLAAEITSEPSRREMDMLLSTGEQVTISLLAMALQEKGYDAVSYTGWQAGVRTEAVHGNARIMDIDITAIRSQLAEGKITVVAGFQGVTEDGGITTLGRGGSDTTAVALAAALEADKCDIYTDVPGVFTTDPRYVRSARKLAGISYDEMLELANLGAGVLHPRAVEFAKNYQVPLEVRSSTEHEAGTLIEEESSMEQNLIVRGIAFEDQITRVSVTGLASGLTTLSTIFTALAKRNINVDIIIQTQSDDGEADISFSVKTEDAAQTVAVLEEYKNALDYEKIETERKLAKVSIVGSGMVSNPGVAADMFAVLAEKNVQVKMVSTSEIKVSAVVSENDMVKAVEALHDAFELSKQPSAV PGPT0014040_4906 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_ASPARTATE_DEGRADATION,PGPT0014040-lysC-K00928 NA NA D1-12_01850 1773 uvrC_1 COG0322 UvrABC system protein C ATGAATAAACAACTGAAAGAAAAGCTGGCCCTCCTTCCCGATCAGCCGGGCTGTTATTTAATGAAAGACCGTCAAAAAACAGTCATCTACGTGGGGAAAGCGAAAGTCTTGAAAAACAGGGTGCGATCTTATTTCACCGGTTCTCACGACGCAAAAACCCAACGGCTTGTGACGGAGATTGAGGACTTTGAATATATCGTGACTTCCTCCAATCTTGAAGCGCTTATTTTGGAAATGAATCTGATTAAAAAATACGATCCGAAATACAATGTCATGCTGAAAGATGATAAAACCTATCCCTTTATTAAAATCACCCATGAACGCCATCCGCGGCTGATTGTCACCCGGAATGTCAAAAAAGACAAAGGACGCTATTTCGGCCCGTATCCGAATGTGCAGGCGGCGCGGGAAACGAAAAAACTGTTGGACCGCCTTTACCCGCTCAGGAAATGCTCAAAGCTTCCGGACCGCGTCTGTCTTTATTATCATCTCGGACAATGCCTCGCCCCATGTGTAAAGGATATATCTGAGGAGACAAACCGCGAGATTGTTGAAGACATCACCCGTTTTTTAAAGGGAGGGCATAACGAAATCAAAAAAGAGCTCGAAGCGAAAATGGCAGAAGCGGCGGAAAAGCTTGAATTTGAACGGGCTAAAGAATTCCGCGACCAGCTTGTTCACATCGAATCGACGATGGAGAAGCAAAAAATGACCATGAATGACCTTCTGGACCGCGATGTGTTTGCATATGCCTACGATAAAGGCTGGATGTGCGTCCAAGTCTTTTTCATTCGCCAAGGAAAACTGATCGAACGCGACGTCAGCATGTTTCCGATGTATCAGGAAGCGGATGAAGAATTCCTGACCTTCATCGGCCAGTTCTATTCCAAAAACAATCACTTTCTGCCTAAGGAAATTCTGGTGCCTGACAGCGTTGACAGGGACATGATCAGCGAGCTGTTGGAAACCGCCGTGCATCAGCCGAAAAAAGGCCCGAAAAAAGAGCTGCTTTTGCTTGCGCACAAAAATGCGAAAATTGCTCTGCGGGAAAAATTCTCGTTAATCGAGCGGGATGAGGAACGGTCGATCGGTGCAGCCGAACGGCTCGGCGAAGCGCTGAATATTTACACGCCGCATCGGATTGAAGCGTTTGACAACTCCAATATTCAAGGCACAAACCCCGTATCGGCCATGATTGTCTTTATTGACGGAAAACCGAATAAAAAGGAATACCGCAAATATAAAATTAAAACCGTAACAGGGCCGGATGATTACGGCTCAATGAGGGAAGTCGTCAGAAGAAGGTACACGAGGGTGCTCCGCGAAAATCTTCCGCTGCCGGATTTAATCATCATTGACGGCGGAAAAGGGCAGATTAACGCGGCGCGCGACGTGCTCGAGAATGAGCTCGGCCTTGATGTCCCGGTAGCGGGATTGGCGAAAGATGATAAACACCGAACATCCAACCTTTTGATCGGCGACCCGCTTGAACCGGTGTTTCTGGAGCGGAACAGCCAAGAGTTTTACCTGCTTCAGCGTATTCAGGACGAAGTTCACCGTTTTGCGATCAGCTTTCACAGACAGATCCGGGGAAAAAGCGTCTTTCAATCCGTTCTGGATGATATCCCCGGAATCGGCGAAAAACGCAAAAAAATGCTCTTAAAACATTTCGGATCTGTCAAAAAGATGAAGGAAGCAAGCCTTGACGATATCAAAAAAGCCGGTGTGCCGGCCGCGGCGGCCCAGCTGCTGTTTGAAAAATTGAAAAAATAG MNKQLKEKLALLPDQPGCYLMKDRQKTVIYVGKAKVLKNRVRSYFTGSHDAKTQRLVTEIEDFEYIVTSSNLEALILEMNLIKKYDPKYNVMLKDDKTYPFIKITHERHPRLIVTRNVKKDKGRYFGPYPNVQAARETKKLLDRLYPLRKCSKLPDRVCLYYHLGQCLAPCVKDISEETNREIVEDITRFLKGGHNEIKKELEAKMAEAAEKLEFERAKEFRDQLVHIESTMEKQKMTMNDLLDRDVFAYAYDKGWMCVQVFFIRQGKLIERDVSMFPMYQEADEEFLTFIGQFYSKNNHFLPKEILVPDSVDRDMISELLETAVHQPKKGPKKELLLLAHKNAKIALREKFSLIERDEERSIGAAERLGEALNIYTPHRIEAFDNSNIQGTNPVSAMIVFIDGKPNKKEYRKYKIKTVTGPDDYGSMREVVRRRYTRVLRENLPLPDLIIIDGGKGQINAARDVLENELGLDVPVAGLAKDDKHRTSNLLIGDPLEPVFLERNSQEFYLLQRIQDEVHRFAISFHRQIRGKSVFQSVLDDIPGIGEKRKKMLLKHFGSVKKMKEASLDDIKKAGVPAAAAQLLFEKLKK PGPT0014925_4634 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0014925-uvrC-K03703 NA NA D1-12_01851 315 trxA COG0526 Thioredoxin ATGGCTATCGTAAAAGCAACTGATCAATCGTTCTCAGCTGAAACAAGTGAAGGTGTCGTATTGGCTGATTTCTGGGCTCCTTGGTGCGGACCTTGTAAAATGATCGCGCCCGTTCTTGAAGAGCTTGATCAAGAAATGGGAGACAAACTGAAAATCGTCAAAATCGACGTGGATGAAAACCAAGAAACTGCCGGTAAATACGGCGTCATGAGCATCCCGACACTTCTCGTGTTAAAAGACGGAGAAGTCGTTGAAACATCTGTCGGTTTCAAACCGAAAGAAGCTCTTGAAGAGCTTGTAAACAAACATCTGTAA MAIVKATDQSFSAETSEGVVLADFWAPWCGPCKMIAPVLEELDQEMGDKLKIVKIDVDENQETAGKYGVMSIPTLLVLKDGEVVETSVGFKPKEALEELVNKHL PGPT0013055_10036 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-THIOREDOXINES|THIOESTERASES,PGPT0013055-trxA-K03671 NA NA D1-12_01852 1491 abf2 COG3534 Intracellular exo-alpha-L-arabinofuranosidase 2 TTGTCTCACAATACGGCAGTCATTCAAACTGATATCACACGGGGAACCATTAATAAAAACATATACGGACATTTCGCGGAACACCTGGGAAGAGGCATATATGAGGGCATCTGGGTCGGAAAAGATTCCGATATTCCGAATACCGGAGGGGTCAGGACGGATGTCGCCGCCGCCCTCAAGCAGCTTCAGATTCCCGTCCTCAGATGGCCGGGCGGCTGTTTTGCTGATGAATATCATTGGGCAAACGGCGTAGGGAAACGCAAAACAATGCTGAATACCCATTGGGGCGGGACGATTGATTCCAATGAATTCGGCACGCACGAGTTTATGATGCTTTGTGAACTGCTCGGATGCGAACCGTACATCGCCGGAAACGTCGGCAGCGGAACGGTTAAAGAAATGGCTGATTGGATTGAATACATGACGTTTGAAGCGGGCACGCCGATGTCCGACTGGAGAAAAGAAAACGGGCGGGAAAAACCATGGAAGCTGAAATATTTCGGAATAGGAAATGAGAACTGGGGCTGCGGCGGAAACATGCATCCTGAGTATTATGCCGACCTTTACCGAAACTTCCAAACCTATGTCCGCAATTACAGCGGTAATGAAATCTATAAAATTGCCGGCGGCGCGAATGTCGACGATTACCGCTGGACTGAAACTTTAATGAAAAAAGCCGCGGATCTCATGGACGGGCTGAGCCTGCATTATTACACAATACCGGGCGACTTCTGGAAGGGGAAAGGATCAGCGACGGAGTTTACGGAAGATGAATGGTTCATCACGATGAAAAAAGCGGCGCATATGGATGAATTGATCACAAGGCACAGCGCCATCATGGATCAGTACGATCCCGAAAAAAGAGTCGGGCTGATCATTGATGAATGGGGCACGTGGCTTGACCCTGAGCCGGGCACGAATCCGGGCTTTCTGTATCAGCAGAATACGATCCGCGACGCCCTTGTCGCCGCCGCGCATTTTCACATTTTTCATCAGCACGCAGACCGCGTACAGATGGCCAATATCGCGCAAACCGTCAACGTGCTTCAGGCAATGATCCTGACAGAAGGGAACGATATGCTGTTGACGCCGACGTATCATGTGTTTGATATGTTTAAGGTGCACCAGGACGCATCTCTTTTGGCGGCAGAAACAAATGCAGCCGGGTACGAATGGAATGACGGCCGGCTCCCGCAAGTCAGCATTTCAGCGTCCAAACAGCAAAACGGAGACATACATATCAGCATTTGTAATATCGATCATCTGCAAAAAGCTGATGTGAAGATTGAACTGCGGGGCATGAAAAAGACAGGGAAGCCTTCGGGAACGATTCTGCACGCGGAAAAAATGAATGCCCATAATACATTCAGCAGTCCGGAAAACGTCAAACCGAAGCCGTTTTCCGGGTTTACTCAAAAGAGCGGAAAACTTGAGGCGGAGCTTCCTCCGATGGCGATTGTATTAATCACGCTGCCTGCGGGTCCATCTTAA MSHNTAVIQTDITRGTINKNIYGHFAEHLGRGIYEGIWVGKDSDIPNTGGVRTDVAAALKQLQIPVLRWPGGCFADEYHWANGVGKRKTMLNTHWGGTIDSNEFGTHEFMMLCELLGCEPYIAGNVGSGTVKEMADWIEYMTFEAGTPMSDWRKENGREKPWKLKYFGIGNENWGCGGNMHPEYYADLYRNFQTYVRNYSGNEIYKIAGGANVDDYRWTETLMKKAADLMDGLSLHYYTIPGDFWKGKGSATEFTEDEWFITMKKAAHMDELITRHSAIMDQYDPEKRVGLIIDEWGTWLDPEPGTNPGFLYQQNTIRDALVAAAHFHIFHQHADRVQMANIAQTVNVLQAMILTEGNDMLLTPTYHVFDMFKVHQDASLLAAETNAAGYEWNDGRLPQVSISASKQQNGDIHISICNIDHLQKADVKIELRGMKKTGKPSGTILHAEKMNAHNTFSSPENVKPKPFSGFTQKSGKLEAELPPMAIVLITLPAGPS PGPT0018655_1739 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-ARABINOFURANOSIDASE,PGPT0018655-abfA-K01209 NA NA D1-12_01853 978 carE COG2025 Caffeyl-CoA reductase-Etf complex subunit CarE ATGGGAAAAAAAGTGATCGTACTCGGAGAATTTCGTGACGGCGCCTTACGGAACGTCACCTTTGAAGCCATAGCCGCAGGCAAAACCATTTCCGGCGGAGGAGTTGTCATCGGCGTGCTGATGGGAAAGGGCGCGGCTGATGCAGCATCAGAACTCATTCAGTACGGCGCCGACAAAGTATTTACGGCCGATTCGCCGGGGCTTTCTCAGTATACGGCGGACGGATATGCCGCGGTTCTCGGGGATTTGATCGAAAATGAAAAGCCTGATGCGGTCATTTTCGGCCACACTTCTATGGGAAAAGATTTGTCACCTAAGCTTGCGGCCCGGTTTGAAACGGGGCTGATTTCAGACAGCACGGATGTAAGCGTTACCGGAGACAACATCGTTTTTACAAGACCGATCTATTCCGGGAAAGCCTTTGAACAGGTGATTTCAACTGATCCTTTCATTCTGGCGACAATTCGTCCGAATAATATTCAGGCATTAGAAAAAGACGCAAACCGGACGGGTGATATTGAAGAGCTTGCGGCGCCTCCGGCAGATTTGCGGACGGTCATTGAAGAAGTAGTCAAAAAAACGGCGGACGGCGTGGATTTATCAGAAGCGAAAATTATCGTAGCAGGCGGCCGCGGTGTAAAAAGCAAAGATGGATTTGAACCGTTAAAAGAACTTGCCGAGGTGCTCGGAGCAGCGGTGGGCGCTTCGCGCGGCGCGTGTGACGCGGACTACTGCGACTATTCTCTTCAAATCGGCCAGACGGGAAAAGTCGTCACGCCGGATTTGTATATCGCCTGCGGCATTTCCGGAGCGATTCAGCATTTGGCGGGCATGTCAAACAGTAAGGTCATCGTTGCCATTAACAAAGACCCGGAAGCGGAAATATTTAAAATAGCGGACTACGGAATTGTCGGCGATTTGTTCGAAGTGGTTCCGCTTCTGACCCAGGAATTTAAAAATGCCAATATTCATTCATAA MGKKVIVLGEFRDGALRNVTFEAIAAGKTISGGGVVIGVLMGKGAADAASELIQYGADKVFTADSPGLSQYTADGYAAVLGDLIENEKPDAVIFGHTSMGKDLSPKLAARFETGLISDSTDVSVTGDNIVFTRPIYSGKAFEQVISTDPFILATIRPNNIQALEKDANRTGDIEELAAPPADLRTVIEEVVKKTADGVDLSEAKIIVAGGRGVKSKDGFEPLKELAEVLGAAVGASRGACDADYCDYSLQIGQTGKVVTPDLYIACGISGAIQHLAGMSNSKVIVAINKDPEAEIFKIADYGIVGDLFEVVPLLTQEFKNANIHS PGPT0001040_1852 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-REGULATION NITROGEN_REGULATING_FUNCTIONS,PGPT0001040-fixB|etfA-K03522 NA NA D1-12_01854 774 etfB COG2086 Electron transfer flavoprotein subunit beta ATGAATCTATTTGTACTGATGAAACGGACGTTTGACACAGAAGAGAAAATCGTCATTGAAGCAGGAAAGATTCAGGAGGACGGGGCCGAATTTATCATTAATCCGTATGATGAATACGCCATTGAAGAAGCCATTCAGCTGAAGGAAGAGCACGGCGGAACCGTGACCGCCGTAACCGTCGGCGGAGAAGATGCGGAGAAAGAACTGAGAACCGCCCTTGCGATGGGCTGTGACCAGGCGGTGTTAATCAATATTGAAGATGATTTGAGCGATCCTGACCAATACTCCATTTCAACTATCTTATATCATTATTTCAAGGACCGGGAATATGATCTGATTCTCGGCGGAAATGTCGCGATTGACGGCGGTTCCGGCCAAGTGGCTCCAAGGCTTGCCGAACTGCTTAACATTCCTTGCGTCACAACGATTACAAAACTGACAATCAGCGGCGATGAAGCTGTGGCAGAGAAAGACAACGAAGGGGATACCGAAATCATTAAAACCTCACTTCCTTTAGTCATCACGGCACAGCAAGGCTTAAACGAGCCGCGCTATCCGTCGCTTCCGGGCATTATGAAGGCGAAGAAAAAACCGCTGGAAGAACTTGAGCTCGATGATCTCGGCATTGATGAAGATGATGCCGCACCGAAGCTCAAAACGATCGAACGTTTTCTGCCGCCGCAAAAAGAAGCGGGCAGACTGATCGAAGGAGAAGCCGCTGAGCAGGCGAAGGAGCTTGTATCACTGCTGAGAAAAGAAGCCAAAGTCGTATAA MNLFVLMKRTFDTEEKIVIEAGKIQEDGAEFIINPYDEYAIEEAIQLKEEHGGTVTAVTVGGEDAEKELRTALAMGCDQAVLINIEDDLSDPDQYSISTILYHYFKDREYDLILGGNVAIDGGSGQVAPRLAELLNIPCVTTITKLTISGDEAVAEKDNEGDTEIIKTSLPLVITAQQGLNEPRYPSLPGIMKAKKKPLEELELDDLGIDEDDAAPKLKTIERFLPPQKEAGRLIEGEAAEQAKELVSLLRKEAKVV PGPT0001035_2006 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-REGULATION NITROGEN_REGULATING_FUNCTIONS,PGPT0001035-fixA|etfB-K03521 NA NA D1-12_01855 780 fadB COG1024 putative enoyl-CoA hydratase ATGAACAGCCTTTCGATGGCGGTAGAACAATCTGTTGCGGTGATCACCATTAATCATCAGCCGGCCAACGCGCTGTCCGGTACGGTTTTAGATGAGTTGTCCGGTCTGTTCGACCGCTGTGAAACAGATGACAGCGTCAGAAGCATCATCATTCGCGGAGAGGGGAAATTTTTCTCGGCGGGCGCCGATATAAAGGAATTTACGTCGCTTGAAAATCTTGAGCAATCTTCTGCCATGGCGGATAAAGGCCAGCAGCTGATGGAAAGAATTGAAGGGTTTCCGAAGCCCGTTATCGCGGCGATTCACGGCGCTGCGCTCGGCGGCGGCCTTGAGCTTGCCATGGCCTGCCATATCAGAATCGCAACATTGGATGCAAAGCTCGGCCTGCCCGAGCTGAATCTCGGCATTATTCCGGGCTTTGCCGGGACGCAGCGGCTTCCCCGGTACGTCGGTACGGCGAAAGCGCTTGAAATGATCGGCACTTCAGAACCTGTGACCGGAGAAGAAGCGCTCAGCCTCGGTCTTGTCACGATAGGCGCCGAACATGAGGAAGAGCTGCTGCAAAAAGCGAAAACGCTCGCGGGCAAGTTTGCGGAAAAAAGCCCGCAGTCGATGGCTTCTCTGCTTGAGCTCCTTTATTCAAACAAGGTCTATTCTTATGACGGCGGCTTAAAGCTTGAAGCAAAGCGATTTGGGGAAGCATTTGCATCAGATGACGCAAAAGAAGGCATTCAGGCATTTCTCGAAAAAAGAAAGCCTCAATTCGGTGGGCGAAGATAA MNSLSMAVEQSVAVITINHQPANALSGTVLDELSGLFDRCETDDSVRSIIIRGEGKFFSAGADIKEFTSLENLEQSSAMADKGQQLMERIEGFPKPVIAAIHGAALGGGLELAMACHIRIATLDAKLGLPELNLGIIPGFAGTQRLPRYVGTAKALEMIGTSEPVTGEEALSLGLVTIGAEHEEELLQKAKTLAGKFAEKSPQSMASLLELLYSNKVYSYDGGLKLEAKRFGEAFASDDAKEGIQAFLEKRKPQFGGRR PGPT0008390_62 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_LIPID_METABOLISM PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0008390-fadB-K13767 NA NA D1-12_01856 591 fadR Fatty acid metabolism regulator protein ATGACATTGAACCAAAAACGGCCAAAGTATATGCAGATTATTGATGCAGCAGTAGAAGTCATAGCGGAAAACGGCTATCACCAATCACAGGTGTCCAAAATCGCCAAGCAGGCCGGCGTTGCGGACGGCACCATCTATTTATATTTCAAAAACAAAGAGGATATACTCATTTCTCTTTTTAAAGAAAAGATGGGCCAGTTCATTGAACGCATGGAAGAAGAAGTGAAAGAAAAAACGACGGCAAAAGAAAAACTCGCCCTCGTTATTAAGCAGCATTTCACACTGCTCGGCAATGACCGCCACCTCGCGATTGTGACCCAGCTTGAGCTCAGACAGTCGAATATCAAGCTGCGCCTGAAAATCAATGATATTTTAAAAGGTTATTTAAACATGCTGGACACCATTTTGACCGAAGGAATCAAGTCGGGGGAATGGAAAGACAATCTCGACGTCCGCCTCGCCCGGCAGATGATATTCGGGACGATAGATGAAACAGTGACAACATGGGTGATGAACGATCAGAAATATGATCTTCCGGATTTGTCAGACAAGGTATTGGAGCTGTTGGTGTCAGGGATTCATCAAAACTAA MTLNQKRPKYMQIIDAAVEVIAENGYHQSQVSKIAKQAGVADGTIYLYFKNKEDILISLFKEKMGQFIERMEEEVKEKTTAKEKLALVIKQHFTLLGNDRHLAIVTQLELRQSNIKLRLKINDILKGYLNMLDTILTEGIKSGEWKDNLDVRLARQMIFGTIDETVTTWVMNDQKYDLPDLSDKVLELLVSGIHQN PGPT0023505_238 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_CELL_WALL|MEMBRANE_DEGRADATION PLANT_MEMBRANE_LIPID_DEGRADATION PLANT_PHOPSHO-|LIPID_DEGRADATION,PGPT0023505-ysiA|fadR-K13770 NA NA D1-12_01857 1689 fadD COG0318 Long-chain-fatty-acid--CoA ligase ATGCAGTCTGAAAAGCCATGGCTTTCTCAATATCCCGAAGAGATTCCGCATGAGCTTGAATTTACTGATCAAACCCTGCCATCCAATCTGACAAACTCCGCAGCTCAATTCCCGAACCACACCGCCATTTATTTTCTCGGAAAAAAACTCACATTCCAAGACGTTCTCACAGATTCGTTAAAGCTGGCCGCTTTTTTACGCAAAACAGGCCTGAAAAAAGGTGACAGAGCCGCCATTATGCTGCCCAATTGTCCGCAGTCGGTCATCGCTTTTTACGGCGTATTGTTTGCCGGCGGCATTGTCGTTCAGACCAATCCTCTCTACACGGAACACGAGCTTGAGTATCAGCTGAAAGACAGTGCGCCGCGCGTGATCATCACCCTCGATATGCTGTTTCCGAAGGTGATAAAAATGAAAACGTTATCAATCGTCGAACGCATTATTACAACGAGTATAAAAGACTTTTTGCCGTTCCCGAAAAATATGCTGTATACGCTCACGCAAAAACAACAGGTGCATATTGATTATGACGGCTGCGAACAAATTCACAAATTAGCGGATATTTTAAAAAACGAAAGAGCGGAGGAAGCGGAGCCATTTGATATTGACCCTGCGCATGACATCGCCGTGCTTCAATACACGGGCGGAACAACCGGCTACCCGAAAGGCGTCATGCTCACACACCGGAACATTCAGGCCAATACAGAAATGTGCGCCGCCTGGATGTACAAAATGAAAAAGGGAGCCGAAAAGGTGCTCGGCATCGTGCCTTTTTTTCATGTGTACGGATTGACCGCCGTGCTCAATTTTTCCATTATGCAGGGATGTGAAATGATCCTTCTTCCCAAATTCAATCCTTTGGATACCCTGAAAACAATCGACAGGCTGAAGCCGACGGTTTTTCCAGGGGCGCCGACGATTTACATCGGGCTGTTGCATCACCCGGAGCTGAATAAGTATGATTTGTCCTCCATTGAAAGCTGTCCGAGCGGTTCAGCGGCGCTTCCGGTTGAGGTCAAACAGAAATTTGAAAAAGTGACCGGAGGAAAGCTTGTGGAAGGCTACGGATTATCCGAAGCATCACCGGTTACCCATTCAAACTTCATTTGGGGAAAAAATAAACCAGGCAGCATCGGCTGTCCCTGGCCCAATACCGACGCCGGAATCTATTCAGAAGAAAAAGGCGGGCTTGCGGGGCCGTATGAACACGGCGAGCTGATCGTAAAAGGTCCTCAGGTCATGAAAGGATACTGGAATAAGCAGGAGGAGACGGCGCGTGTCATCAGAGACGGCTGGCTGTTTACCGGAGATATGGGATATATGGATGAGGAAGGATTTTTCTACATCGCCGACAGGAAAAAAGACATCATCATTGCCGGCGGATACAACATTTACCCCCGGGAGGTGGAAGAGGCGCTGTATGAGCATGAAGCCGTTCAGGAAATCGTCGTAGCGGGCGTTCCTGATTCCTACAGGGGGGAAACGGTGAAAGCATTTATCGTTTTGAAAAAAGGCGCCGAGGCAGATGCCGATGAGCTTGATGCGTTTGCAAGAGAGCGGCTTGCGCCGTACAAAGTCCCGAAGCTTTACGAATTCAGAAAAGAGCTTCCGAAAACGGCCGTCGGAAAAATATTAAGAAGGCGTTTAGTCGAAGAGGAAGATGCTTCCCGTGAAAACAAGGTGCCTTAA MQSEKPWLSQYPEEIPHELEFTDQTLPSNLTNSAAQFPNHTAIYFLGKKLTFQDVLTDSLKLAAFLRKTGLKKGDRAAIMLPNCPQSVIAFYGVLFAGGIVVQTNPLYTEHELEYQLKDSAPRVIITLDMLFPKVIKMKTLSIVERIITTSIKDFLPFPKNMLYTLTQKQQVHIDYDGCEQIHKLADILKNERAEEAEPFDIDPAHDIAVLQYTGGTTGYPKGVMLTHRNIQANTEMCAAWMYKMKKGAEKVLGIVPFFHVYGLTAVLNFSIMQGCEMILLPKFNPLDTLKTIDRLKPTVFPGAPTIYIGLLHHPELNKYDLSSIESCPSGSAALPVEVKQKFEKVTGGKLVEGYGLSEASPVTHSNFIWGKNKPGSIGCPWPNTDAGIYSEEKGGLAGPYEHGELIVKGPQVMKGYWNKQEETARVIRDGWLFTGDMGYMDEEGFFYIADRKKDIIIAGGYNIYPREVEEALYEHEAVQEIVVAGVPDSYRGETVKAFIVLKKGAEADADELDAFARERLAPYKVPKLYEFRKELPKTAVGKILRRRLVEEEDASRENKVP PGPT0008380_5811 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-DSF_BIOSYNTHESIS,PGPT0008380-fadD-K01897 NA NA D1-12_01858 675 hypothetical protein TTGCTGGAAACGCTGCATTTTGAAGAGGGAGTTCCTATCCTGCGCCAGCTGCCTAAGCCGTTTACGTCGGCCGCCTTTTTGCTTCATCCCTTTGTCCTGATGTCTGATGGGTGGGAAGAGCAAAAGCGCAAACGGCCTTATGAACATATATATCCGAGTGATGAGGAGATCATCGCGATGGGCAGACCCGTTTCCTGGAAAACCGTCATGACCGTTTGCGGATTGCGTTCTGAAAAAGAGACGGCGCTTGCGCTTATGAGCGCTGTCACGGCACTGCGGGAGGAATATGCACTTCCTGAATCCGCCAGGCTGTTTAATCGGCTTCATCCCGATCTGTACTTGCCGAGCGATGATGTCACTTCACCATTTTTAATTCCGGGACTTTTGGATGTGTTCCGTTCAAAAGGCATAAAGCGCTGCACTTATTATGAGCCGGTCGAAGAGAAAGGCATATTTTCACTCAATCAAACGGCGGCTTCGGATGTATGCGGATTGCTGCGGGCTGACATGATCATTGCCGACGAAAAACGGCGCGCCGCTTTTATGAGCATATATGATTCTTTTACGACACTCTTTCTCATGGAAGATCAAGACATGCCGTCTGTCATCCGCGCCATGAATTGGGAAGCCGTCATTTGCTCTGATACGGCCTGCATAAACTGGTATTCTCAATAA MLETLHFEEGVPILRQLPKPFTSAAFLLHPFVLMSDGWEEQKRKRPYEHIYPSDEEIIAMGRPVSWKTVMTVCGLRSEKETALALMSAVTALREEYALPESARLFNRLHPDLYLPSDDVTSPFLIPGLLDVFRSKGIKRCTYYEPVEEKGIFSLNQTAASDVCGLLRADMIIADEKRRAAFMSIYDSFTTLFLMEDQDMPSVIRAMNWEAVICSDTACINWYSQ NA NA NA NA NA D1-12_01859 405 hypothetical protein ATGAATGCTTTTTGGGAAAATGAGCTTGTTGAAATCGCGGCTTATTACAGTGTAGCCGTCTTGTGTCTCGTCATTTTTCTGACCGTGTTTGAATTGGTGACATCCTATAAAAACTGGGTGGAAATCCAAAAAGGCAATCTTGCGGTGGCAATGGCGACCGGAGGGAAAATTCTCGGTATCGCAAATGTCTTTCAGCACAGCATCGCCCAGCATAATTCGCTTTTGCAAATGATCGGCTGGGGCGTATACGGATTTATTATGCTTTTAATCAGCTATTTTATCTTTGAATTTCTGACGCCCCGGTTTAAAATTGATAAAGAAATTGAAAAAGATAACAGAGCTGTCGGCTTTATTTCATTTGTCATCTCAGTCGGCCTGTCATTTGTGGTGGCCGCCGGGATTTAA MNAFWENELVEIAAYYSVAVLCLVIFLTVFELVTSYKNWVEIQKGNLAVAMATGGKILGIANVFQHSIAQHNSLLQMIGWGVYGFIMLLISYFIFEFLTPRFKIDKEIEKDNRAVGFISFVISVGLSFVVAAGI NA NA NA NA NA D1-12_01860 2358 mutS2 Endonuclease MutS2 GTGCAGCAAAAAGTGTTATCATCACTTGAATTTCATAAAGTAAAAGAACAGATTACCGCACATGCCGTCTCATCGCTCGGCCGGGAGAAGCTTCTGCAGCTGAAACCTTTGACGGATCTCTCAGACATCCAAAAACAGCTGGATGAAGTTGAAGAAGCATCCGCGGTCATGCGCTTGAGAGGCCATGCTCCGTTCGGCGGACTGACCGACATAAGATCCGCTTTACGGCGGGCGGAAATCGGCAGTGTGCTGACACCGGCGGAATTCACCGAATTGTCCGGGCTGCTGTATGCCGTTAAACAAATGAAGCATTTTATCAGCCAAATGACAGAAGACGGCGTCGGCATTCCGCTGATACAGGCCCATGCAGAAGAGCTGATTACATTAGGCGATTTGGAAAGGGAGATTAACTCCTGCATTGATGACCATGGTGAAGTGCTTGATCATGCGTCACCCGCTTTAAGGGGAATCCGCACGCAGCTCAGGACGCTTGAATCAAGAGTCAGAGACCGGCTTGAATCGATGCTGCGTTCATCTTCCGCTTCTAAAATGCTGTCTGACACCATCGTTACGATTCGGAATGACCGCTTTGTCATCCCGGTCAAACAGGAATACAGATCAAGCTACGGCGGAATTGTCCACGATACATCTTCATCCGGTGCGACACTGTTTATTGAACCGCAGGCGATCGTAGATATGAACAACTCGCTTCAGCAGGCGAAAGTAAAAGAAAAACAGGAAATCGAACGGATTCTTCGAATGCTGACGGAGCATACGGCTGAACACATACAAGAAATCGCTCAAAATGTGGAAGTGCTGCAGACACTGGATTTCATTTTCGCCAAAGCGAGATACGCAAAAGCGATGAAGGCGACAAAACCACTTATGAACGGAGACGGCTTTATCCGGCTGAAAAAAGCGCGCCATCCGCTGCTGCCCCAAGATCAAGTCGTGGCCAACGATATTGAACTGGGCGGAGATTATTCAACGATCGTTATCACGGGGCCGAATACGGGCGGTAAAACCGTTACGTTAAAAACACTCGGGCTGCTGACGATAATGGCGCAGGCAGGATTGCACATACCGGCTGATGAGGGATCGGAAGCAGCCGTATTTGACAATGTGTTTGCCGATATCGGCGATGAACAGTCGATCGAACAAAGTCTGAGTACGTTCTCATCCCACATGGTCAATATCGTCAATATTTTAAAAGACGTGTCTGAAAACAGTCTTGTGCTGTTTGATGAACTCGGTGCCGGAACAGATCCGCAGGAAGGGGCGGCGCTTGCCATGAGCATCCTTGACGAAGTTCACCGGACAAACGCCAGAGTGCTTGCGACAACCCATTATCCGGAACTGAAAGCATACGGATATAACAGACAAGGCGTCATGAATGCCAGCGTTGAATTTGACATTGAAACGCTTTCGCCTACCTATAAGCTTCTGATCGGAGTGCCGGGCCGAAGCAACGCATTTGAAATCTCAAGACGCCTTGGGCTTCCGGAGCATATCATCGGCCAGGCGAAGTCAGAAATGACCGCCGAACATAACGAAGTCGATCTGATGATCGCATCGCTTGAAAAAAGCAAAAAAAGAGCGGATGAAGAGCTTTCTGAAACCGAATCAATCAGAAAAGAAGCAGAAAAACTGCACAAAGAGCTTCAGCAGCAGATCATTGAGCTGAACGCCCAAAAAGATAAAATGATGGAAGAAGCCGAGCAGAAAGCTGCGGAAAAACTGGAAGCCGCCGCAAATGAAGCCGAACAGATTATCCGCGAACTCCGGTCCATCAAGCAAGAACACAGATCCTTTAAGGAACACGAGCTGATTGACGCCAAAAAACGTCTCGGAGACGCGATGCCGGCTTTTGAAAAATCAAAGCAGCCGGAAAGAAAAACAGAGAAAAAACGCGAGCTCAAGCCGGGCGACGAAGTAAAGGTGCTCACATTCGGACAAAAAGGGGCGCTGCTTGAAAAAACCGGCGAGAAAGAATGGAACGTCCAAATCGGCATCCTTAAAATGAAGGTGAAGGAAAAAGATCTTGAGTTTCTCAAATCGGCTCCTGAACCGAAAAAAGAAAAAGCAATCACCGCCGTAAAAGGGAAGGATTATCACGTATCCCTTGAACTTGACCTCAGGGGAGAGCGTTACGAAAACGCCCTCAGCCGCGTCGAAAAATATTTAGATGACGCGGTGCTTGCCGGCTATCCGAGAGTGTCCATCATTCACGGAAAAGGCACGGGCGCCCTCCGAAAAGGGGTGCAGGATCTTCTGAAAAACCACCGCAGCGTGAAAAGCTCGCGGTTCGGGGAAGCGGGAGAAGGAGGATCAGGCGTAACGATTGTCGAACTAAAATAA MQQKVLSSLEFHKVKEQITAHAVSSLGREKLLQLKPLTDLSDIQKQLDEVEEASAVMRLRGHAPFGGLTDIRSALRRAEIGSVLTPAEFTELSGLLYAVKQMKHFISQMTEDGVGIPLIQAHAEELITLGDLEREINSCIDDHGEVLDHASPALRGIRTQLRTLESRVRDRLESMLRSSSASKMLSDTIVTIRNDRFVIPVKQEYRSSYGGIVHDTSSSGATLFIEPQAIVDMNNSLQQAKVKEKQEIERILRMLTEHTAEHIQEIAQNVEVLQTLDFIFAKARYAKAMKATKPLMNGDGFIRLKKARHPLLPQDQVVANDIELGGDYSTIVITGPNTGGKTVTLKTLGLLTIMAQAGLHIPADEGSEAAVFDNVFADIGDEQSIEQSLSTFSSHMVNIVNILKDVSENSLVLFDELGAGTDPQEGAALAMSILDEVHRTNARVLATTHYPELKAYGYNRQGVMNASVEFDIETLSPTYKLLIGVPGRSNAFEISRRLGLPEHIIGQAKSEMTAEHNEVDLMIASLEKSKKRADEELSETESIRKEAEKLHKELQQQIIELNAQKDKMMEEAEQKAAEKLEAAANEAEQIIRELRSIKQEHRSFKEHELIDAKKRLGDAMPAFEKSKQPERKTEKKRELKPGDEVKVLTFGQKGALLEKTGEKEWNVQIGILKMKVKEKDLEFLKSAPEPKKEKAITAVKGKDYHVSLELDLRGERYENALSRVEKYLDDAVLAGYPRVSIIHGKGTGALRKGVQDLLKNHRSVKSSRFGEAGEGGSGVTIVELK NA NA NA NA NA D1-12_01861 1749 polX COG1387 DNA polymerase/3'-5' exonuclease PolX ATGATGAAAAGCAGGAAACGACTGGGGGTTAACAGTATGCATAAAAAAGATATCATCAGGCTGCTTGAAACGATTGCGGTCTATATGGAACTGAAAGGGGACAACCCGTTTAAAATATCAGCCTTCCGAAAAGCGGCAGCGGCGCTTGAGCAGGATGACCGCAGCCTGTCGGAAATCGACGACATGATGTCTTTATCCGGAATCGGAAAAGGCACCTACGGCGTCATTCGTGAATATATGCAGGAAGGTGTGTCCGGCACGCTTCTCCAATTGCAGAAAGAAGTTCCGGAAGGCTTGGTTCCTCTTTTGAAGCTTCCGGGCCTCGGCGGCAAAAAAATCGCCAAGCTGTATCAGGAGCTTGGCGTTCATGACGCGGAATCGCTGAAAGAAGCATGCGAGCAGCAAAAAGTACAGGGGCTCGCCGGTTTCGGCAAAAAAACGGAGGAGAAAATCCTTCAGGCTCTCGGAGAAGCCGGAAAACAGCCGGAACGTTTTCCGATCGGCTATGCGCTCAGCATTGCTTCAGTAATTGAAGAACATTTGGCCCGGCTGACGGATATTCAGAAATATTCCCGGGCCGGCAGTCTCAGAAGAGCGCGGGAAACCGTAAAAGATCTGGATTACATTATCGCTACAGATCATCCGGAGGCTGTCAGAGAACAGCTTCTTTCCCTCCCGAACGTAAAAGACGTGATAGCGAGCGGGGACACAAAAGTATCAGTCATCCTGACCTTTGAATATGAGACGAGTGTGGATTTCCGGCTTGTGACAGAGGAACAGTTTGCCACCACACTGCATCATTTTACCGGTTCTAAAGATCACAACATTAAAATGCGCCAGCTGGCGAAAGAGCGCGGTGAACGGATCAGTGAATACGGAGTAGAAACTATAGAAACGGGAGACGTCAAAACATTCCCGAGCGAAGAAGCGTTTTACGCCCACTTCGGTCTGCCGTTTATTCCTCCTGAGCTCAGAGAAAGCGGGCAGGAGGTCGACACGTACCGGGAAGAAACGGACCTTGTGGAGCATAAAGCGATAAAAGGCGATCTCCACATGCACTCAGCCTGGAGTGACGGCGCTTTTTCCATCAGGGAAATGGCAGAAGCATGTATGGCAAAAGGCTATCAGTACATGGCGATCACCGACCATTCTCAATATTTAAAGGTAGCCAACGGGTTAACGGCCGAACGGCTCAAAAAACAGGCGGAAGAAATTGACGCGTTAAACGCTGAATTTGAAAATTTTCATATTTTTAAAGGCGTAGAGATGGACATCCTTCCCGATGGTTCGCTTGATTATGATGACAGTGTTCTGTCTGAAATGGATCTTGTCATCGCATCTATTCATTCAAGCTTCAGCCAGCCGGAACATGTCATTATGAAACGGCTTGAACAGGCGCTGACGAATAAGCACGTGGACATTATCGCCCACCCGACGGGCCGCCTGATCGGCAGACGGGCCGGCTATGAAGTCGACATCGACATGCTGATTGAACTCGCCGCCAAAACAAATACGGCGCTTGAGCTAAATGCAAACCCCGCGCGCCTCGATTTACGGACTGAGCATCTGATCAAAGCGAATGAAAAAGGTGTGACTTTGGTCATTAATACCGATGCCCATAATATCGAGATGCTCGATGATATGAAAACGGGCGTGACCGCTGCGCGCAAAGGGTGGACGGAGACAAAACATGTGTTAAACGCCCGGCCGCTACACGAGGTCAAAGCATTTCTGACGCGCAATGATTAA MMKSRKRLGVNSMHKKDIIRLLETIAVYMELKGDNPFKISAFRKAAAALEQDDRSLSEIDDMMSLSGIGKGTYGVIREYMQEGVSGTLLQLQKEVPEGLVPLLKLPGLGGKKIAKLYQELGVHDAESLKEACEQQKVQGLAGFGKKTEEKILQALGEAGKQPERFPIGYALSIASVIEEHLARLTDIQKYSRAGSLRRARETVKDLDYIIATDHPEAVREQLLSLPNVKDVIASGDTKVSVILTFEYETSVDFRLVTEEQFATTLHHFTGSKDHNIKMRQLAKERGERISEYGVETIETGDVKTFPSEEAFYAHFGLPFIPPELRESGQEVDTYREETDLVEHKAIKGDLHMHSAWSDGAFSIREMAEACMAKGYQYMAITDHSQYLKVANGLTAERLKKQAEEIDALNAEFENFHIFKGVEMDILPDGSLDYDDSVLSEMDLVIASIHSSFSQPEHVIMKRLEQALTNKHVDIIAHPTGRLIGRRAGYEVDIDMLIELAAKTNTALELNANPARLDLRTEHLIKANEKGVTLVINTDAHNIEMLDDMKTGVTAARKGWTETKHVLNARPLHEVKAFLTRND NA NA NA NA NA D1-12_01862 534 hypothetical protein ATGATAGATATCATCATCTTAGTTTTGCTCTTAATGGGCACATTGCTTGGATTAAAAAGAGGATTTATCCTCCAATTTATATATTTAACGAGTTTCATCCTCTCGATTGCGTTTGCGGCGCTTTTTTACAAAAGCCTGGCCCCGCATCTGAGCTTTATACCCGCGCCTGATTTTTCCGGCGGGCAGGCGGCTCTGTCTTTTATTAAAGGAAACGTAGAGACGGCTTATTACAACGCGATCGCGTTTGTCATTTTGTTTATCATCGCAAAGATTCTGCTCCGGATTATCGGAGCGGCGCTTAATATCATCGCCGGCATTCCGGTCATTAAACAGATCAACAAACTGCTGGGCGGGGTGCTTGGGTTTCTGGAGGTCTATTTATTTGCGTTTATCCTGCTATACGTCGCATCCGTACTGCCGGTAAGCGCGCTTCAGGATATGCTCGCACAATCGACGCTTGCAAATATCATCACACATCATACGCCGTATCTGTCAGGGCTCCTGCAAGAACTGTGGGCCCAGTACGGGGCATAA MIDIIILVLLLMGTLLGLKRGFILQFIYLTSFILSIAFAALFYKSLAPHLSFIPAPDFSGGQAALSFIKGNVETAYYNAIAFVILFIIAKILLRIIGAALNIIAGIPVIKQINKLLGGVLGFLEVYLFAFILLYVASVLPVSALQDMLAQSTLANIITHHTPYLSGLLQELWAQYGA NA NA NA NA NA D1-12_01863 258 zapA COG3027 Cell division protein ZapA TTGTCTGACGGCAAAAAAACCAAAACGACAGTAAACATTTACGGCCAGCACTTCACCATTATCGGGGAAGAAAGCAAAGCGCACATGCGTCATGTGGCCGGAGTGGTTGATGATAAAATGAGAGAAATCAACGAGAAAAATCCATATCTTGATATAAATAAGCTCGCTGTATTGACTGCGGTCAATGTCGTGCATGATTATATGAAACTGCAAGAAAAATATGAAATACTGGAGCGGCAGCTTAAAGAAAAGGAATGA MSDGKKTKTTVNIYGQHFTIIGEESKAHMRHVAGVVDDKMREINEKNPYLDINKLAVLTAVNVVHDYMKLQEKYEILERQLKEKE NA NA NA NA NA D1-12_01864 942 rnhC COG1039 Ribonuclease HIII GTGTCCCATTCTGTTATAAAAGTATCCTCTTCCGCTATGGAACAAATGAAACAATCCTATGCCGGCTCCCTTACTCCCGCCATTCCGCAGGGTGCCGTCTTTCAGGCTAAGCCTCCGGGCTGTACCATTACAGCCTACCGCTCGGGCAAGGTTCTCTTTCAAGGAAAAAACGCCGGCACGGAAGCGGCCCGCTGGGGAACGGCTGAGGCGCCGAAAGCAAAGAAAACCGTCAAAAAAGCGGCCGACCCGCTCTACGCTCCCCCGGCGGGCATTGCCTCCATGTCAGTGATCGGCTCTGATGAAGTCGGAACAGGCGATTACTTCGGGCCGATAACAGTTGCCTGCGCCTACGCCGACAAATCAAAGCTCTCTTTAATGAAAGAACTCGGTGTGAAAGATTCGAAGGATTTAAAAGATCCGCAGATTATTGAAATTGCCAAACTGTTAATTAAAACCATTCCTTACAGCCTGCTTGTGTTAAAAAACGAAAAATACAATCAGATGCAGGAAAAAGGCATGAGCCAAGGAAAAATGAAGGCGCTCCTTCATAATCAGGCGATTTCCAATCTGCTGAGAAAAATGAACGGCGTTAAACCGGAAGCGATTCTGATTGACCAATTCGCAGAGCCCGGCATTTATTTTAAGCATCTTTCCGGACGGGATATCGTAAAAGAAAAAACGTTTTTCAGCACGAAAGCGGAAAGCATACATCTTTCCGTCGCTGCAGCCTCTATCATTGCGCGATATTCTTTCTTAATTGAAATGGATAAGCTTTCCCGAGAGGCTGGGATGACGATTCCAAAAGGCGCGGGGCCGCACGTCGATGAAGCTGCCGCCAAGCTGATCATCAATAAGGGAGAAGGTGCGCTCAGAACGTTCACCAAACTTCATTTTGCCAATACGCAAAAAGCGAAACGCCTTGTTGAACGGAAGCGGTCATAA MSHSVIKVSSSAMEQMKQSYAGSLTPAIPQGAVFQAKPPGCTITAYRSGKVLFQGKNAGTEAARWGTAEAPKAKKTVKKAADPLYAPPAGIASMSVIGSDEVGTGDYFGPITVACAYADKSKLSLMKELGVKDSKDLKDPQIIEIAKLLIKTIPYSLLVLKNEKYNQMQEKGMSQGKMKALLHNQAISNLLRKMNGVKPEAILIDQFAEPGIYFKHLSGRDIVKEKTFFSTKAESIHLSVAAASIIARYSFLIEMDKLSREAGMTIPKGAGPHVDEAAAKLIINKGEGALRTFTKLHFANTQKAKRLVERKRS NA NA NA NA NA D1-12_01865 2415 pheT COG0072 Phenylalanine--tRNA ligase beta subunit ATGTTTGTTTCTTATAAATGGTTAGAAGATTACGTTGACTTGCAGGGAATCGACCCGGCCGTGCTTGCAGAAAAAATTACGAGAGCCGGTATTGAAGTTGAGGGTATCGAGTATAAAGGGGAGGGCGTAAAAGGCGTTGTCATCGGACACGTGCTTGAGCGCGAACAGCACCCGAATGCCGACAAACTCAACAAATGCCTTGTTGATATCGGTGCGGAGGAACCCGTGCAGATTATCTGCGGCGCCCCGAATGTTGATAAAGGACAGAAGGTTGCCGTTGCAACGGTCGGAGCCGTGCTTCCCGGCAATTTCAAAATTAAAAAAGCCAAGCTGCGCGGCGAAGCGTCTCACGGCATGATCTGTTCCCTTCAGGAGCTCGGCATTGAAAGCAAGCTCGTGGCGAAAGAATATGCGGAAGGCATTTTCGTTTTTCCGAATGATGCTGAAACGGGAGCTGACGCAATGGCGGCCCTTCAGCTTGATGATGCGATTTTAGAATTGGGCTTAACGCCGAACCGCGCCGACGCGATGAACATGCTTGGCGTGGCTTATGAAGTTGCGGCTATCCTCGGCGCAGAGGTAAAACTTCCGGAGGCTTCATATGAAAAAGCGGCAGAAAAAGCGGCGGATGCTGTTTCCGTTAAGGTTGAAGATACGCAGGCCAATCCGCATTATGCCGCAAAAATCATTAAAAACGTCAAAATCGGCCCGTCACCGCTTTGGATGCAGACGAAGCTGATGAATGCAGGCATCCGCCCGCATAATAACGTCGTGGACATTACAAACTTCGTCCTCCTTGAGTACGGACAGCCGCTTCACGCTTTCGATTACGACCGGTTCGGTTCAAAAGAGGTCGTCGTCAGAAAAGCGGCGGAAAATGAAACCATCGTGACGCTGGATGAACAAGAGCGCAAGCTGTCAAGCAGCCATTTGGTCATCACAAACGGAAAAAAAGCGCAAGCCGTTGCGGGAGTCATGGGCGGAGCTGAGTCTGAAGTCCGTGAAGACACCACTGCGATTTTACTGGAAGCCGCTTATTTCGACGGACAGACCGTCCGCAAAGCGTCGAGAGACCTCGGGCTGAGAAGCGAAGCGAGCGCCAGATATGAAAAAGGCATTGATCCGGCACGCGTTCTGCTGGCGGCTGAACGGGCCTGCAGTCTCATTCAGGCATATGCCGGCGGAGAAGTGCTCTCAGGCACGGTTGAAGAAAACCATCTGACAATCGAAGCAAACAATATTCACGTGTCTGTTGAAAAAGTGAACGCCGTGCTCGGCATGACAATCGCTAAAGAAGAAATCATCAGCATTTACAAGCGCCTCGGGTTTGCAGTCGGTGAAGCTGAAGGCGTTCTCGCCGTAACGGTGCCGTCGCGCCGCGGAGATATTAGAATAGAAGAAGACCTGATTGAAGAAGCGGCGAGATTGTACGGGTATGACAATATTCCGTCCACGCTTCCGGAAACGGCCGGCACGACAGGCGGCTTGACACCGTATCAGGCAAAACGCCGGAAAGTGAGACGTTTCCTTGAAGGAGCGGGTCTTTCACAAGCGACCACTTATTCATTAACGAATGATAAAAAAGCGGCCGCTTTTGCGATCGAAAAATCATTCAACACGATGCTTGCTCTGCCGATGAGCGAAGAAAGGAGCATTCTCAGACACAGCCTTGTGCCGAATCTTCTTGAAGCCGTTTCATACAATCTGGCCAGACAGACTGATTCCGTTGCTTTATATGAAACGGGTTCTGTATTTCTGACGAAAGAAGAAAACACAAAACCGGTTGAAAAAGAACGGGTTGCCGGAGCTGTAACCGGATTGTGGCGCAAAAATTTATGGCAGGGTGAGAAAAAGCCGGTTGATTTCTTCGTCGCCAAAGGAATCGTTGAAGGCCTGCTGCATCAATTGAATGTGTCAGACCGGGTTGAATTTGTCCAGTCAGAACGCAAAAACATGCATCCCGGCCGGACGGCAAACATTCTATTGAACGGTTCGCTTGCCGGATTTATCGGCCAGGTGCATCCGGCAATGGAAAAAGAGCTGGATATCAAAGAAACGTATGTGTTCGAGCTTGATCTGCACGCGCTTCTGACCGAGGAAACAGAACCTGTTGTGTATACGCCGATTCCGAAGTACCCGTCTGTCACGCGCGACATTGCGCTTGTGGCAGATAAAACCGTTACAAGCGGACAGCTCGAAGCCGTGATCAAAGAAGCCGGCGGCGCGCTGCTGAAAGAAGTCACCGTATTTGATGTGTACGAAGGTGAGCATATGGAAGAAGGCAAAAAATCCGTCGCCTTCTCGCTTCAATATGTTAACCCTGAACAAACATTGACAGAAGAAGAAGTGACAAAAGTACATGAAAACGTGCTGAAAGCGCTGGAAGAAACGTATCAGGCCGTATTAAGAGGATAA MFVSYKWLEDYVDLQGIDPAVLAEKITRAGIEVEGIEYKGEGVKGVVIGHVLEREQHPNADKLNKCLVDIGAEEPVQIICGAPNVDKGQKVAVATVGAVLPGNFKIKKAKLRGEASHGMICSLQELGIESKLVAKEYAEGIFVFPNDAETGADAMAALQLDDAILELGLTPNRADAMNMLGVAYEVAAILGAEVKLPEASYEKAAEKAADAVSVKVEDTQANPHYAAKIIKNVKIGPSPLWMQTKLMNAGIRPHNNVVDITNFVLLEYGQPLHAFDYDRFGSKEVVVRKAAENETIVTLDEQERKLSSSHLVITNGKKAQAVAGVMGGAESEVREDTTAILLEAAYFDGQTVRKASRDLGLRSEASARYEKGIDPARVLLAAERACSLIQAYAGGEVLSGTVEENHLTIEANNIHVSVEKVNAVLGMTIAKEEIISIYKRLGFAVGEAEGVLAVTVPSRRGDIRIEEDLIEEAARLYGYDNIPSTLPETAGTTGGLTPYQAKRRKVRRFLEGAGLSQATTYSLTNDKKAAAFAIEKSFNTMLALPMSEERSILRHSLVPNLLEAVSYNLARQTDSVALYETGSVFLTKEENTKPVEKERVAGAVTGLWRKNLWQGEKKPVDFFVAKGIVEGLLHQLNVSDRVEFVQSERKNMHPGRTANILLNGSLAGFIGQVHPAMEKELDIKETYVFELDLHALLTEETEPVVYTPIPKYPSVTRDIALVADKTVTSGQLEAVIKEAGGALLKEVTVFDVYEGEHMEEGKKSVAFSLQYVNPEQTLTEEEVTKVHENVLKALEETYQAVLRG NA NA NA NA NA D1-12_01866 1035 pheS COG0016 Phenylalanine--tRNA ligase alpha subunit ATGGAAGAGAAGCTTAAACAGCTCGAACTGGAAGCTGCAGAAAAAGTAGAAGCGGCGGGTTCATTAAAAGAAGTTAACGACATTCGGGTGCAATATCTCGGAAAAAAAGGGCCGATTACAGAAGTTCTCCGCGGCATGGGCAAACTGTCCGCCGAAGAGCGCCCGAAAATGGGAGCGCTCGCCAATGAAGTGAGAGAGCGCATTGCAGCAGCCATTACGGCGAAAAATGAACAGCTTGAACAAGAAGAGATGAATAAAAAACTCAGCAGCCAGACGATTGACGTCACATTGCCGGGCAGTCAGGTAAACATCGGCGGACGCCATCCGCTGACGGTCGTTATTGAAGAAATTGAAGATTTATTTATCGGAATGGGATATACCGTCGAAGAAGGCCCTGAAGTGGAAACGGATTATTACAACTTTGAGGCGCTGAACCTGCCGAAGGAACATCCGGCCCGCGACATGCAGGACAGCTTTTACATTACAGAAGAAATGCTGATGAGAACGCAGACGTCACCGGTGCAGACGCGCACGATGGAAAAGCATAAAGGAAAAGGCCCCGTCAAAATCATTTGTCCCGGTAAAGTGTATCGCCGCGACAACGATGACGCGACACATTCCCATCAGTTCATGCAGATTGAGGGTCTCGTCGTCGACCGCAAAATCAGCATGAGCGACCTGAAAGGCACGCTTGAATTGGTCGCCAAAAAAATGTTCGGCCAAGATCGTGAAATCAGGCTCCGTCCGAGCTTTTTCCCATTCACAGAGCCTTCTGTCGAGGTGGATGTGACCTGCTTTAAGTGCGGCGGACAAGGCTGCTCCGTCTGCAAAAAAACAGGCTGGATCGAAATTCTCGGCGCCGGCATGGTTCACCCGAACGTGCTGAAGATGGCCGGATTCAATCCTGAGGAATACCAGGGTTTTGCTTTCGGAATGGGTGTGGAACGTATCGCGATGCTGAAATACGGCATTGAAGATATCCGCCATTTCTATACCAATGATGTCAGATTCATTTCGCAGTTTAAACAGGCGTAA MEEKLKQLELEAAEKVEAAGSLKEVNDIRVQYLGKKGPITEVLRGMGKLSAEERPKMGALANEVRERIAAAITAKNEQLEQEEMNKKLSSQTIDVTLPGSQVNIGGRHPLTVVIEEIEDLFIGMGYTVEEGPEVETDYYNFEALNLPKEHPARDMQDSFYITEEMLMRTQTSPVQTRTMEKHKGKGPVKIICPGKVYRRDNDDATHSHQFMQIEGLVVDRKISMSDLKGTLELVAKKMFGQDREIRLRPSFFPFTEPSVEVDVTCFKCGGQGCSVCKKTGWIEILGAGMVHPNVLKMAGFNPEEYQGFAFGMGVERIAMLKYGIEDIRHFYTNDVRFISQFKQA NA NA NA NA NA D1-12_01867 747 trmH tRNA (guanosine(18)-2'-O)-methyltransferase GTGAAACGAATCGACTCTGCAAAAAACCAAAAAGTGAAGGACTGGAAAAAACTTCACACAAAAAAAGAGAGACTTAAAACGAATACATTTCTGATAGAAGGAGAGCATCTGGCAGAAGAAGCGCTCAAATCAAAGGGAACGGTAAAAGAAATTCTCGTAAACGATGAGAGCGCCATCCCGGCCGATCTGGACATGAGCATCCCGTGCTACGTGCTGAGCGAAGACGCGTTTTCAGCCGTGACGGAAACAGAAACGCCGCAGCGGATCGCCGCGGTCTGCCATATGCCGGATAAGCAGCCTGATCAGCTGAAACGGCTGCTTCTGATTGATGCCGTGCAGGACCCGGGGAATTTAGGAACAATGATCAGAACGGCAGATGCGGCGGGGATCGACGCCGTTGTCCTTGGTGAGGGAACAGCAGACCCGTACAATGGAAAAACGCTGCGTTCAGCACAAGGATCTCATTTTCATATTCCCATTTTGAAACGTCCGCTTGATGAGTTTACCGCTGAGCTGAAATCACAAGGCGTCGCGATCTACGGCACGGCGCTTGAAAACGGGGCGGCTTATCAAAGCGTGAAGCCTGAAGAATCGTTCGCGTTAATCGTCGGGAACGAGGGGGCGGGAGTGGACGCCGGCCTTCTGCAAAAAACGGATCTCAACCTGTACGTTCCGCTGTACGGACAGGCGGAATCGCTGAATGTGGCGGTAGCGGCCGCCATCCTCGTTTATCATCTCAGAGGATAG MKRIDSAKNQKVKDWKKLHTKKERLKTNTFLIEGEHLAEEALKSKGTVKEILVNDESAIPADLDMSIPCYVLSEDAFSAVTETETPQRIAAVCHMPDKQPDQLKRLLLIDAVQDPGNLGTMIRTADAAGIDAVVLGEGTADPYNGKTLRSAQGSHFHIPILKRPLDEFTAELKSQGVAIYGTALENGAAYQSVKPEESFALIVGNEGAGVDAGLLQKTDLNLYVPLYGQAESLNVAVAAAILVYHLRG NA NA NA NA NA D1-12_01868 216 sspI Small, acid-soluble spore protein I ATGGATCTTAATTTACGCAACGCCGTTATTGCCAATGTAACCGGCAATAACCAGGATCAGCTGGAGCATACTATCGTTGACGCCATCCAAAGCGGTGAAGAAAAAATGCTTCCGGGCCTCGGCGTCTTATTCGAAGTTCTTTGGCAGCATGCGTCGGACTCAGAAAAAAATGAAATGCTCAAAACACTTGAAGGCGGATTAAAACCTGCGCAATAA MDLNLRNAVIANVTGNNQDQLEHTIVDAIQSGEEKMLPGLGVLFEVLWQHASDSEKNEMLKTLEGGLKPAQ PGPT0024900_72 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE_SMALL_ACID-SOLUBLE_SPORE_PROTEINS,PGPT0024900-sspI-K06426 NA NA D1-12_01869 1086 cdaR_1 COG3835 Carbohydrate diacid regulator ATGCAGTTACAGCCGGAACTGGCAAAGAAGTTGATTGCCGAAGTCAAACATATGTACAGCCGCGAAGTAATTATTGCCGATACAAAAGGAATGATCATCGCGGGCACCAACGAGGCGCGCGCCGGATGGTTTCATGAAGGCGCACTGATCTGCGCGCGCGAAAAACGGAATGTCATCATTACGAAAGAAGATGAAAAACGGCTCGAGGGCGTAAAAGCAGGACTGAACCTCCCCGTTTTTTCAGGCCATGAAGTGATCGGAGTATTCGGTCTGACAGGAGACCCTGACGATATCCTTCCTTTCGGAGAATTGCTCAGAAAAATGACGGAGCTGTTTATTAAAGAAACGCGCCATATGGAAGAAGCGCAGTGGCGTGCGAGAATGCTTGAATCCTTTATGGTTGATTGGCTGCAGCTGAAAGAATGGTCTCCGGGCTTTTTAGAAAAAGCAAAGCTCATCGGCGCAGACCTTCACGCATACCGCCGGATCATACTCATTCAAGGCCGTTATGAGCAATATAAAGCGGAGGAGCTCGGGCGGCTCTGGCAGTACGAATGCCCTGAAGACCTGTTTGTCCGCTGGGGAAATGAACGCATTCTCATTAATCATGAAGCAAATTCGGCTTCCAAAACACAGCTCATTAAAAAGATCGGCGCCGTTTTCGGGCAGCCTGTCACCGCCGGCATCGGACGGATCGTTCCGGGAGAGCGCCTCACGGAATCATACGAACAGGCGGATAAAGCACTTTCAGCCGGTATCGGTGACAAGCAGGCCGTCTTTGAAGAAGATTTAAAACTGGATATGTGTCTTGCCGATATCACACCCCGCACGAGGTCGGAATTTTCACGGCGGGTTCTCGAGCATGTACTGGACCGGGAAGAACTTCTGGATACGCTGCGCGCCTTTTTCGACCGGCAATTATCGTTTAAGCGCACCGCCGACGACATGCATATTCATATCAATACATTGCGCTACCGTCTTTCCAAACTGGAATCACTGACAAATATGAAACTTGACCGCCCCGAAGACATAACGGCTTTTTATTTGGCGCTGCGCTTTTTAGATCAACATACAAAAATCACGTAA MQLQPELAKKLIAEVKHMYSREVIIADTKGMIIAGTNEARAGWFHEGALICAREKRNVIITKEDEKRLEGVKAGLNLPVFSGHEVIGVFGLTGDPDDILPFGELLRKMTELFIKETRHMEEAQWRARMLESFMVDWLQLKEWSPGFLEKAKLIGADLHAYRRIILIQGRYEQYKAEELGRLWQYECPEDLFVRWGNERILINHEANSASKTQLIKKIGAVFGQPVTAGIGRIVPGERLTESYEQADKALSAGIGDKQAVFEEDLKLDMCLADITPRTRSEFSRRVLEHVLDREELLDTLRAFFDRQLSFKRTADDMHIHINTLRYRLSKLESLTNMKLDRPEDITAFYLALRFLDQHTKIT NA NA NA NA NA D1-12_01870 1413 COG0277 putative FAD-linked oxidoreductase ATGATTTCACGAGAGGCAAAAGAAGCGTTCATCCGGACGGTCGGGAAGGAGAATTATGATGATTCGGCGGCGGGCCGTCTTGTGTATTCTTATGATGCGGCTCCTCAGCTGCAAGCCATGCCGGATGCGGTAATCGCCCCCCGCAGCGCGGATGACGTGTCGCGTATACTAACGATTTGCAGCAGGCATGACATTCCGATCGTGCCGAGGGGTTCAGGCACAAACTTATGCGGCGGCACATGTCCGTCTGAAGGCGGGCTTGTGCTTTTATTCAAACATATGAACCGCATTCTAGAAATCGATGAAGAAAATTTGACGGCAACCGTCCAGCCGGGCGTAATCACGCAAGATATGATCCGTGCGGTTGAACAAAAAGGTTTATTTTATCCGCCTGATCCGAGCAGCATGAAAATATCGACGATCGGCGGGAATATTAATGAAAATTCCGGCGGGCTGCGCGGTTTGAAGTACGGCGTCACCCGGGATTATGTCCTCGGCCTTGAAGCCGTCTTGGCTTCAGGCGATATCATCCGCACAGGAGGAAAGCTGACAAAGGATGTCGCCGGTTATGATCTGACCCGGCTTTTCGTCGGATCAGAAGGGACGCTCGGCGTTGTGACGGAAGCGACTTTAAAGCTGGTTCCGAAGCCGGAAACGAAAAAAACGCTGCTTGCACTCTATGAACATATTGAAGCGGCTGCGGAATCGGTTTCTGCCATCATCGCTGAAAAAATCATTCCGGCGACACTCGAATTTCTGGATCAGCCGACACTGCAGGTCATTGAAGATTACGCCAAGATCGGGCTTCCGACCGACGCAAAAGCGGTGCTGCTGATCGAACAGGACGGTGACATCGAAACGGTCAGACGAGATATGGAAAAAATCGAAGCCATCTGTAAAAACGGAGCAGCCGTATCCGTCCAAACGGCTGAAACCGAGGAAGAGGCATTCGCGCTTACAGAGGCCAGACGGTCCGCATTATCAGCCCTTGCCCGGCTGAAACCGACAACGATTCTGGAAGATGCGACCGTGCCGAGATCACAAATTGCCAGCATGGTCAAAGCCATTAACGAGATTGCAGAAACATACGGCCTGTCCATCTGCACATTCGGCCATGCCGGAGACGGCAACCTCCATCCGACGTGCACCACCGATATCCGGAATACAGAGGAGATGGAACGTGTCGAAAAAGCTTTTGCCGCCATTTTTGAAAAAGCGATTGAGCTGGGCGGGACGATAACGGGTGAACACGGGGTCGGCATCGTAAAAGCGCCGTATTTAGAAATGAAACTGAAAACAGAAGGCATCACCGCCATGAAAGCGATCAAACAAGCGCTTGATCCCCAAAATCTGCTGAATCCGGGAAAAATATTCGCCAATTCATCAAGGAAACGCGTGGTGGTGATGAAATGA MISREAKEAFIRTVGKENYDDSAAGRLVYSYDAAPQLQAMPDAVIAPRSADDVSRILTICSRHDIPIVPRGSGTNLCGGTCPSEGGLVLLFKHMNRILEIDEENLTATVQPGVITQDMIRAVEQKGLFYPPDPSSMKISTIGGNINENSGGLRGLKYGVTRDYVLGLEAVLASGDIIRTGGKLTKDVAGYDLTRLFVGSEGTLGVVTEATLKLVPKPETKKTLLALYEHIEAAAESVSAIIAEKIIPATLEFLDQPTLQVIEDYAKIGLPTDAKAVLLIEQDGDIETVRRDMEKIEAICKNGAAVSVQTAETEEEAFALTEARRSALSALARLKPTTILEDATVPRSQIASMVKAINEIAETYGLSICTFGHAGDGNLHPTCTTDIRNTEEMERVEKAFAAIFEKAIELGGTITGEHGVGIVKAPYLEMKLKTEGITAMKAIKQALDPQNLLNPGKIFANSSRKRVVVMK PGPT0028045_1 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_QacA,PGPT0028045-smvA|qacA|lfrA-K08167 NA NA D1-12_01871 1329 lutA_1 Lactate utilization protein A ATGACAACGGCTAAAGAGCAGAAACAAATTCAAACAGAATTCAAAAACCGCATGGATGAAGGTGAATTGCTGAACTGTATGCGCTGCGGCTTCTGCCTTCCTTCCTGTCCGACCTATATCGAATCGGGATTTCAAGAATCCCATTCACCGCGCGGCCGGATCGCCCTGATGAAAGCCGTCACTGACGGACTGATCGAGCCGGATGAAGATGTCGAGCGCTCACTTTCGCTGTGTCTCGGATGCCGGGCATGCGAGCCCGTTTGTCCGGCAGGGGTCAATTACGGACAGCTGCTTGAAGAAGCGAGGGATATCATTCATCAAAATAAAAAACATAAGCCGGGCGTGCGCCTCTTGCGGAAAGCCGCCTTCACCGGGCTTTTCCCTCACCAAAACCGCATGCAGACAGCCGTGAATCTTCTCGGAATATACCAAAGATCGGGACTGCAGACCGCCGTCAGAAAAACCGGTATGCTTCGCGTTTTGCCTGAACATCTGCGCACAATGGAACAAGTGCTCCCGCCCGCCCCGAAACGGAAAGACATGAAGGAAAGGCCGCGTTTTCTTCCTGCCGCGGGTCCCGTCCAAAAACGGGCCGCTTTTTTCTCGGGCTGCTTAATGGATACGATGTTTTTAGCGACAAATCATGCGACAACGGCGCTTTTACAGGCGGCCGGGTGTGAAATCGCGGTTCCGGACGGCCAGGCGTGCTGCGGCGCGCTTCACGGGCACAGCGGAGAAAAAGAGATGGGAAAAGAACTGGCCAAGCGGAATATCGCGGCTTTTGAAGCGCTTGATGCTGATTATATCATTACAAACGCCGGCGGATGCGGCGCCTTTCTTCAGGAATATCCGCATTTACTGAAAGATGAACCTGGATGGGCGGAACGTGCCGGACAATTCGTCCGGAAGCTCAAAGACTTTTCATCCGTACTGGTTGATCTGAAGTTCCATCAAAAAAACCTGCGGGCACAGTCTCCTCATATCGTCACATATCAGGACTCCTGCCACCTCCGCAATGTGATGCATACGTCAGAGGAACCGCGCACGCTTTTGAAAAGCATTAAAGGGGCTGAGTACAGAGAAATGGAAAAGGCCGACAGCTGTTGCGGGTCGGCGGGAATTTATAATATAACAGAGTCAGAGATGTCTATGAAAATATTAGACAGCAAGATGAAAGCCGCCGGAAAAACGGAGGCGGCCGTCATCGTGACAGCCAATCCCGGATGCCTTCTGCAAATACAGCTCGGCATTTTACGCGAAGGATTAACAGGCCGTGTCCGCGCGGTTCATTTGGCGGATTACCTTTTGGAAGCGGCGGATTTGTCATAA MTTAKEQKQIQTEFKNRMDEGELLNCMRCGFCLPSCPTYIESGFQESHSPRGRIALMKAVTDGLIEPDEDVERSLSLCLGCRACEPVCPAGVNYGQLLEEARDIIHQNKKHKPGVRLLRKAAFTGLFPHQNRMQTAVNLLGIYQRSGLQTAVRKTGMLRVLPEHLRTMEQVLPPAPKRKDMKERPRFLPAAGPVQKRAAFFSGCLMDTMFLATNHATTALLQAAGCEIAVPDGQACCGALHGHSGEKEMGKELAKRNIAAFEALDADYIITNAGGCGAFLQEYPHLLKDEPGWAERAGQFVRKLKDFSSVLVDLKFHQKNLRAQSPHIVTYQDSCHLRNVMHTSEEPRTLLKSIKGAEYREMEKADSCCGSAGIYNITESEMSMKILDSKMKAAGKTEAAVIVTANPGCLLQIQLGILREGLTGRVRAVHLADYLLEAADLS NA NA NA NA NA D1-12_01872 1797 cstA COG1966 Peptide transporter CstA ATGAATGCGATTACAATCGTCATAGCGTCTATATGTATTTTGGCGATCGCCTATCGGCTTTACGGTACCTTTATGATGGTCAAAGTATTAAAAATCAATGATCAGACACCGACTCCGGCCCATGTGCTTGAGGATGGGAAAGATTATGTGCCGACGAATAAGTGGGTGTCATTCGGCCACCACTTCGCGGCAATCGCCGCTGCCGGCCCGCTTGTCGGACCGATTCTGGCAGCTCAGTTCGGCTATCTGCCCGGGCTTTTATGGCTGTTAATCGGGGCGGTGATCGGAGGAGCCGTGCACGATATTGTCGTATTGTTTGCATCAATGCGGAAAAACGGGAAAACGCTTTCTGAAGTCGCCAAAGAAGAGCTCGGCCCGGTGGCGGGTTTTTGCACGGGTCTCTCGATGCTGTTTATCATTACGATCACGATGGCGGGACTGTCCATGGTTGTGCTGCACGCGCTTGAGAAAAACCCGTGGGGAACGTTTGCGGTGGGGATTACGATTCCGATCGCGATGGGGGTCGGCCTCTACTATAAAAAAACGGGCAATCTCAAACTCGCATCAACTGTCGGGTTTCTTTTGTTAATGGCCGGTGTTGTAATCGGGCCGCAGCTGCAGACAACGGCTTTCGGGGACATGCTGACACTGGATGCGAAAACGCTTGCAGTGGCGCTTCCTGTCTATGCGTTTTTCGCCGCGGCGCTTCCGGTTTGGCTTTTGCTGGCTCCTCGTGACTATTTAAGCAGTTTTATGAAAATCGGGGTTTTTGCCGCTTTGATCGCAGGCGTCTTTTTCGTCAATCCCGCCATTAAATTTCCTGCCGTAACGGAGTTTATTCACGGCGGAGGGCCGGTGATCGCGGGTCCTGTCTGGCCGTTTATTTCAATAACGATTGCCTGCGGCGCCATTTCGGGCTTTCATGCATTTGTCGGTTCCGGCACAACGCCGAAAATGCTGGATAAATGGAGTGATATAAAGCCGGTTGCTTTCGGAGCGATGCTTGTGGAATGTCTCGTCGGAATTATGGCGCTCATTGCAGCTGCCGCTCTTGAGCCCGCCGACTATTTTGCTATTAACAGCACGCCTGAAATATTCCGCACCCTCGGGATGAATGTCGTCCATCTGCCTGAATTGAGCAAAGAAATCGGGCTCAGTCTGGAAGGAAGAACGGGCGGCGCCGTTACGCTTGCCGTCGGAATGACGTATATCTTTACGGAGATTCCGTTTTTCAGTCATTTGGCTTCATACTTTTTTCAATTCGTCATTATGTTTGAAGCGGTGTTTATTTTAACGGCGATTGATGCGGGAACCCGTGTCGCCCGGTACTTGATTCAAGAGTTTTTCGGAGAGGTCTATAAGCCGCTGAAAAAAACAGACTGGCTGCCGGGCTCGATTTTCTCAAGCGCGCTCGCCTGCCTGCTGTGGGGCTATCTTCTGTATTCGGGCGACATCAGCTCCATTTGGGCGCTGTTCGGCGTATCCAATCAGCTTATGGCGTCTGTCGGCTTAATTATCGGTGCGACCGTCGTATTAAAAATAGCGGATAAGCGGCGCTATATGCTGACATGCCTGATTCCTCTCGCTTATTTGTACGTGACCGTCAACTATGCGGGTTATTGGATGGTGCGGTATGTGTATTTGAACCCCGAAGCGGCGGGATACAACGTGCTGAATGGCGTTTTATCCATTATCATGCTCATTCTCGGGCTTGTGATTATCATTGCGGCTGTGAAAAAATGGGCAAATGTATGGCGTGATCCGAGTGCCAGACTGGAAGCTTCAATACCCGGATAA MNAITIVIASICILAIAYRLYGTFMMVKVLKINDQTPTPAHVLEDGKDYVPTNKWVSFGHHFAAIAAAGPLVGPILAAQFGYLPGLLWLLIGAVIGGAVHDIVVLFASMRKNGKTLSEVAKEELGPVAGFCTGLSMLFIITITMAGLSMVVLHALEKNPWGTFAVGITIPIAMGVGLYYKKTGNLKLASTVGFLLLMAGVVIGPQLQTTAFGDMLTLDAKTLAVALPVYAFFAAALPVWLLLAPRDYLSSFMKIGVFAALIAGVFFVNPAIKFPAVTEFIHGGGPVIAGPVWPFISITIACGAISGFHAFVGSGTTPKMLDKWSDIKPVAFGAMLVECLVGIMALIAAAALEPADYFAINSTPEIFRTLGMNVVHLPELSKEIGLSLEGRTGGAVTLAVGMTYIFTEIPFFSHLASYFFQFVIMFEAVFILTAIDAGTRVARYLIQEFFGEVYKPLKKTDWLPGSIFSSALACLLWGYLLYSGDISSIWALFGVSNQLMASVGLIIGATVVLKIADKRRYMLTCLIPLAYLYVTVNYAGYWMVRYVYLNPEAAGYNVLNGVLSIIMLILGLVIIIAAVKKWANVWRDPSARLEASIPG PGPT0015060_1523 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-CARBON_STARVATION_RESPONSE,PGPT0015060-cstA-K06200 NA NA D1-12_01873 1500 abfA COG3534 Intracellular exo-alpha-(1->5)-L-arabinofuranosidase 1 ATGAAAAAAGCGGGGATTACAGCAGATAAAGAATATATCATCGGTGAAGTGGACAAACGGATGTACGGATCATTTATAGAACATATGGGCCGGGCGGTGTATGAAGGCATTTATGAGCCCGGACACCCGAAAGCCGACAAGGACGGCTTCAGAACAGACGTGCAGGAGTTAATCAAAGAATTGCAAGTGCCGTTCATCCGCTATCCGGGAGGGAATTTTCTCTCGGGCTACAATTGGGAAGACGGTGTCGGACCGGTGAAGGACCGCCCGCGGAGGCTTGATTTGGCATGGCAGACGACAGAAACGAACGAAGTGGGGACGAATGAATTTTTAACGTGGGCGAAAAAAGTGAACGCCGAAGTGAATATGGCGGTTAATCTCGGGACGAGAGGGATCGATGCCGCCCGGAACCTCGTCGAATACTGCAACCATCCTGAAGGGTCATACTGGAGCGACTTACGAAAATCGCACGGATATGAAAAACCTTACGGCATCAAAACATGGTGCTTAGGAAATGAGATGGACGGCCCTTGGCAGATCGGTCATAAAACGGCGCATGAATACGGACGGCTCGCCGCTGAAACGGCAAAGGTGATGAAATGGACGGACCCGACGATCGAATTGGTGGCTTGCGGAAGCTCAAACAGCGGCATGCCGTCCTTCATCGAGTGGGAGGCCGAGGTGCTTGAGCATACGTACGAGCATGTGGATTACATCTCACTGCATACGTATTACGGCAATCATGAAAATGATCTTGAGAACTATTTGGCGAAGTCGATGGATTTAGACCATTTTATTAAATCCGTCACAGCCGTATGTGATTATATGAAAGCGAAAAAACGCAGCAAAAAAACGATTCACCTTTCTTTAGATGAATGGAATGTGTGGTATCACTCAAATGAAGCGGATAAAAAAGTGGAGCCATGGATTACGGCCCGGCCGATCCTCGAAGACATCTACAATTTTGAAGATGCGCTGTTGATCGGTTCACTGCTGATTACGATGCTGCAGCATGCGGACAGACTGAAGATCGCCTGTCTCGCCCAGCTTGTCAACGTGATTGCGCCTATCATGACTGAAAAGGGCGGAGAAGCATGGAGACAGCCGATCTTTTATCCTTACATGCACGCCTCTGTCTACGGGAGAGGGACTTCAATGAAGCTGCTGATTACCTCCCCGAAATACGACTCAGCGGACTTTACGGATGTGCCGTATGTTGATGCCGCGGCCGTTTACCATGAAGAGGATGAAGCACTGACCATTTTTGCCGTCAACAAAAGCAAGGAACTGATGGAAACGGAGATAAAGCTGAGAGGGTTTGAAGATTACCGCATTATTGAGCATATCGTGCTGGAGCATCAGGATATGAAAGCGACCAATCAAAAAAACAGAAAAGAAGTCATTCCGCACTCCAACGGAACGTCTTCGGCAAATGCTGAAGGGATAACGGCTCATTTTACTCCGCTGTCCTGGAATGTCATCCGTTTATCAGGAAAATAA MKKAGITADKEYIIGEVDKRMYGSFIEHMGRAVYEGIYEPGHPKADKDGFRTDVQELIKELQVPFIRYPGGNFLSGYNWEDGVGPVKDRPRRLDLAWQTTETNEVGTNEFLTWAKKVNAEVNMAVNLGTRGIDAARNLVEYCNHPEGSYWSDLRKSHGYEKPYGIKTWCLGNEMDGPWQIGHKTAHEYGRLAAETAKVMKWTDPTIELVACGSSNSGMPSFIEWEAEVLEHTYEHVDYISLHTYYGNHENDLENYLAKSMDLDHFIKSVTAVCDYMKAKKRSKKTIHLSLDEWNVWYHSNEADKKVEPWITARPILEDIYNFEDALLIGSLLITMLQHADRLKIACLAQLVNVIAPIMTEKGGEAWRQPIFYPYMHASVYGRGTSMKLLITSPKYDSADFTDVPYVDAAAVYHEEDEALTIFAVNKSKELMETEIKLRGFEDYRIIEHIVLEHQDMKATNQKNRKEVIPHSNGTSSANAEGITAHFTPLSWNVIRLSGK PGPT0018655_1654 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-ARABINOFURANOSIDASE,PGPT0018655-abfA-K01209 NA NA D1-12_01874 843 araQ COG0395 L-arabinose transport system permease protein AraQ TTGCGTAACAATTACATGTTTTCCGTGTACAGAGTCGCGTTTACCTTGTTTTTTATCATGCTGAGCCTGTTGTATATCTTTCCGATGATCTGTCTATTGCTCGGTTCTTTAAAGCCGTCATCTGAGCTGATGCGCATCGGGCTGAATCTGCGTCTTGATCCGGATGTAATGAGCCTTGATAACTACACCTATTTGTTCAACGGGGGGAGCATTTATTTCAAATGGTTTTTTAACAGCCTGCTGCTCGGCGTTCTCACCACGGTTCTCACGCTGTTTTTTTCCTCTTTGATCGGCTACGGACTCGGTGTCTACGAATTTAAAGGCAGAAATATTATTTTCGTTCTTGTGCTGATCATTATGATGGTGCCTCTTGAAGTGATGATGCTTCCGTTGTTCAAATTGACGGTGGGTCTTCATTTGATCGATTCTTATACGGGAGTGATTCTGCCGTTTATTGTGTCGCCTGTCGCCGTGTTCTTTTTCCGGCAATATGCGCTCGGACTTCCGAAGGATCTGCTTGATTCAGCGAGAATGGACGGCTGCACCGAATTCGGCATTTTTTTCAGAATTATGGCGCCGCTCATGAAACCGGCATTCGGGGCAATGATCATTCTTCAATCTTTAAACAGCTGGAATAACTTTTTATGGCCGCTGATCGTGCTTCGGTCGAAAGAAATGTTTACGCTTCCAATCGGACTTTCAGGGCTGCTGAGTCCGTACGGCAACAACTATGACATGCTGATTTCCGGGTCCGTTTTTGCGATACTGCCGGTGATCATCATATTCTTGTTTTTCCAAAAATACTTCATTTCCGGCCTCACAGTAGGCGGAGTGAAGGGATAG MRNNYMFSVYRVAFTLFFIMLSLLYIFPMICLLLGSLKPSSELMRIGLNLRLDPDVMSLDNYTYLFNGGSIYFKWFFNSLLLGVLTTVLTLFFSSLIGYGLGVYEFKGRNIIFVLVLIIMMVPLEVMMLPLFKLTVGLHLIDSYTGVILPFIVSPVAVFFFRQYALGLPKDLLDSARMDGCTEFGIFFRIMAPLMKPAFGAMIILQSLNSWNNFLWPLIVLRSKEMFTLPIGLSGLLSPYGNNYDMLISGSVFAILPVIIIFLFFQKYFISGLTVGGVKG PGPT0016490_76 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_ARABINOOLOIGOSACCHARIDE_TRANSPORT,PGPT0016490-araQ-K17236 NA NA D1-12_01875 942 araP COG1175 L-arabinose transport system permease protein AraP ATGAGACCTGTAAAGACAGAGACAGCACAAACCGTTTCTGCAGTCCGGAAGAAGCCGCGCCGGCGCAATGTGCTGTATTCAAAAAAAGCGGCGCCTTATCTTTTTACGGCGCCATTTATCATTTCGTTTCTCGTTTTCTTTTTGTATCCGATCATCAGCGTGTTTATCATGAGCTTTCAGCGGATACTGCCGGGAGAAATTACATTTGTCGGGTTTTCCAATTATACCGCTCTTCTTAATCCAACCTTTTATACGGCATTATTTAACACATTGGAATATACCTTCTGGACGCTGATCGTGCTGATTCCGGTGCCGCTTCTTTTGGCGGTGATTCTGAATTCGAAGCTCGTCAGGTTCAGAAATGTGTTTAAATCGGCTCTGTTTGTACCGGCTTTAACATCGACGATCGTAGCGGGGATTATTTTCCGTCTGATGTTCGGAGAAATGAATACGTCGCTTGCAAACGAGCTGATGATGAAGCTTGGCGCATCACCCCAAAACTGGCTCAACAACAAAGGTACCGGCATGTTTTTAATGGTGCTGCTTGCGTCATGGAGGTGGATGGGCATTAACATTCTTTACTTTCTGGCCGGATTGCAAAACGTGCCGAAAGAATTGTATGAAGCGGCTGAAATTGACGGGGCGAGTACGTGGAAAAAGTTCCGGCATATTACCCTTCCATTTTTAAAGCCGGTGTCCGTTTATGTATTAACGATCAGTATTATCGGCGGTTTCAGAATGTTTGAGGAAAGCTATGTGCTTTGGCAGAATAATTCCCCGGGCAATATCGGCCTCACACTTGTCGGTTATTTATATCAGCAGGGGCTTGCATACAACGAAATGGGGTACGGGGCCGCAATCGGAATTGTCCTTTTGCTTGTCATCTTACTAGTCAGCCTTGTTTCACTGAAACTGTCCGGTTCGTTTAAAGGGGAGGGATAA MRPVKTETAQTVSAVRKKPRRRNVLYSKKAAPYLFTAPFIISFLVFFLYPIISVFIMSFQRILPGEITFVGFSNYTALLNPTFYTALFNTLEYTFWTLIVLIPVPLLLAVILNSKLVRFRNVFKSALFVPALTSTIVAGIIFRLMFGEMNTSLANELMMKLGASPQNWLNNKGTGMFLMVLLASWRWMGINILYFLAGLQNVPKELYEAAEIDGASTWKKFRHITLPFLKPVSVYVLTISIIGGFRMFEESYVLWQNNSPGNIGLTLVGYLYQQGLAYNEMGYGAAIGIVLLLVILLVSLVSLKLSGSFKGEG PGPT0016485_32 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_ARABINOOLOIGOSACCHARIDE_TRANSPORT,PGPT0016485-araP-K17235 NA NA D1-12_01876 1296 araN COG1653 putative arabinose-binding protein ATGAAAAAAACGACCGCTGTATGTTTGGTGCTGATGATGCTCTTCTTGTTTACCGCCGGCTGTTCACAAGAACGGACTGCCGGCCGGCCGGGAGAAACGGAGCTGACGTTTTGGACGTTTAACGGTCTGCACGAACAGTTTTATCAGGAAATGGTCAAAGAATGGAATCAGAAATTTCCGGAGCGCAAAATCAAGCTGAATACCGTTGTTTATCCTTATGGACAAATGCATGATAATTTATCGGTTTCGCTGATCGCGGGTGAGGGGCTTCCCGATATAGCCGACGTGGAATTAAGCCGGTTCTCGAACTTTCTGAAGGGGAAGGATATCCCGCTTGCCGATCTGACGCCGCTGATTGAAAAAGACCGCGATAAGTTTGTGGAAGCGCGTCTGGCCTTGTACAGCAAAAACGGAAAATTGTACGGCCTTGATACACATGTGGGGACGACCGTCATGTTTTACAACATGGATATTATGCAAAAAGCGGGCGTTGATCCCGCCTCCATTAAGACATGGGAAGATTATCGGCGGGCAGGGAAAAAAGTGCGTGAAGCATCTGGGAAACCGATGGGAACGGTTGAAACAAACGACTCCGCCACATTCCTATCCATGATTTCGCAGCAAGGGTCAGGCTACTACAGCAAAAACGGAAAATTGATTCTGAACAGCAAGACGAATACAGACACACTGAATTACGTAAAGGACATGGTAAATGATAAAACCCTTCTGCCGGCTCCCGGCGGCGGCCATCACAGCGAAGAATACTACGGTTTTATGAATCAGGGCGGGGCAGCCTCAGTGCTGATGCCCATTTGGTACATGGGACGGTTTATCGATTATATGCCTGATTTAAAAGGAAAAATGGCGATTTACCCTATGCCTGCCTGGAAAGAAGGCGGTGACAGATCAGCGGGTTTAGGCGGAACAGCCACCGTCGTGCCGAAGCAGGCTGAACATCTGAAGCTCGCGAAAGAATTTCTCGGTTTTGCGAAAGGTTCGAAGGAAGGGAATATAAAGCTTTGGACGGTGCTCGGCTTTGACCCGCTCCGCTGGGACGTGTGGGATTCAAAAGAATTGAAGGAGAAAAACAAGTACACGGATTTCTTCCGGAACGGTACGTCAATTTTTTCCTCGCTCCTTGAAATAAAAGATGAGATCAATCCGATTTATCTGCATGAAGACTTCTCTAAAGCGGCTGATCTCGTTGTCAGACAAGTGCTGTTCGATGCGCTGAAGACGCAGGAAAAAACACCTAAGGAAGCCTTGGACGAGGCGGCAGAGCAATTAGAGAAATAG MKKTTAVCLVLMMLFLFTAGCSQERTAGRPGETELTFWTFNGLHEQFYQEMVKEWNQKFPERKIKLNTVVYPYGQMHDNLSVSLIAGEGLPDIADVELSRFSNFLKGKDIPLADLTPLIEKDRDKFVEARLALYSKNGKLYGLDTHVGTTVMFYNMDIMQKAGVDPASIKTWEDYRRAGKKVREASGKPMGTVETNDSATFLSMISQQGSGYYSKNGKLILNSKTNTDTLNYVKDMVNDKTLLPAPGGGHHSEEYYGFMNQGGAASVLMPIWYMGRFIDYMPDLKGKMAIYPMPAWKEGGDRSAGLGGTATVVPKQAEHLKLAKEFLGFAKGSKEGNIKLWTVLGFDPLRWDVWDSKELKEKNKYTDFFRNGTSIFSSLLEIKDEINPIYLHEDFSKAADLVVRQVLFDALKTQEKTPKEALDEAAEQLEK PGPT0016480_120 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_ARABINOOLOIGOSACCHARIDE_TRANSPORT,PGPT0016480-araN-K17234 NA NA D1-12_01877 1185 egsA COG0371 Glycerol-1-phosphate dehydrogenase [NAD(P)+] ATGAAACGTTCTCCTGAGGACATTCAATCCGAGTTTGACAAGGAAGGGGCCAGCCGCTCACCGATTCAAATAGAAGATATCGTGATCGGGGCGAATGCAAAAGAAGAGCTTCTCACATTTCTGCAAAAAAAATGCTGGAATCATCCGGTGATCGTCTGTGACCGGAACACGTACGAGGCGGCGGGACGTCTGCTTGCGGAAGAATTGAGGGCAGGCGGGATCAAAGCGTCAAAAGTCATCATTCCGGAGCATGAAGCCGGGGCCGCCGCGGCTGATGAGAGGACATTGGTCTATACGCTGATCAATCTCGCGGAAAAGACGGATGTCATCATTGCGGCCGGTGCAGGAACGATTCACGACATTACACGGTTTGCCGCCTGCCAGCGCGGATTGCCGTTTATCTCATTCCCCACCGCTCCGTCAGTCGACGGTTTTACATCGGCGGGAGCGCCGCTCATATTAAACGGAATCAAAACGACGATTCAAACGAAAGCGCCGATCGCCTTATTTGCGGATACGAATGTATTAAAAGAAGCGCCCCGTTCAATGACAACCGCGGGCTTCGGAGACATGATCGGAAAAATAACATCGCTGGCAGATTGGGAGATTTCCCGCAGGCTTGCGGGTGAGCCGTACTCAGAAGCCGGGGCGAAGCTTGTGAAAGACGCGCTTTGGCAGTGCATTGATCACCGCGCTGACATTGCCATGGGAACGGAGGCCGGCATTCAGATACTGATGGAAGCGCTGATCGTTTCGGGTCTTGTCATGCTTGCGCTTGACCACTCCCGCCCCGCCTCAGGAGGAGAACATCACATCTCGCATTGGATTGAGATGGAAATGCTGAAGGCAAAACAGCCTGCGATTCTCCACGGTGCGAAGGTCGGCTGTGCGTGCGCGGTGCTGAGTGATATTTACAAAGAACTGGCTTGTCACGAAAAGCTTGCGGAACTGCCGCCGCACTTTCGCGAGGCGATTCAATCTGCATATGAAGGGCTTCCCGACGGCAAAACAATTGCCGGATGGCTCACATCTGCAGGAGGTCCCGCCTGTTTCGATGAGATCGGTGTAAAACAGGACCTTGTCAGCGATGCGCTTAAGCATGCGCACACACTGAGAGACCGTTATACCGGTTTAACCATCATAAATGAAAATGCAGCGCTCTTTGCACATCATTTGCATCAATAG MKRSPEDIQSEFDKEGASRSPIQIEDIVIGANAKEELLTFLQKKCWNHPVIVCDRNTYEAAGRLLAEELRAGGIKASKVIIPEHEAGAAAADERTLVYTLINLAEKTDVIIAAGAGTIHDITRFAACQRGLPFISFPTAPSVDGFTSAGAPLILNGIKTTIQTKAPIALFADTNVLKEAPRSMTTAGFGDMIGKITSLADWEISRRLAGEPYSEAGAKLVKDALWQCIDHRADIAMGTEAGIQILMEALIVSGLVMLALDHSRPASGGEHHISHWIEMEMLKAKQPAILHGAKVGCACAVLSDIYKELACHEKLAELPPHFREAIQSAYEGLPDGKTIAGWLTSAGGPACFDEIGVKQDLVSDALKHAHTLRDRYTGLTIINENAALFAHHLHQ PGPT0024335_264 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROPHOSPHOLIPID_REMODELLING CE-REMODELLING_GPL_DEHYDROGENASE_ACTIVITY,PGPT0024335-araM|egsA-K00096 NA NA D1-12_01878 840 araL COG0647 Sugar-phosphatase AraL ATGATAAGCATTTTTACAGAAAACACGGGGCGAATGCTTATTATGGCCAAACTTGACGCAGCCGGGTTTCTGATTGATTTAGACGGAACCGTATTCAGGGGGCGGGAGCTGATTGACGGCGCAAAAGAAGCCGTTCATACCCTTCAGTCACTGGGCAAAGCCGTTGTCTTTTTAAGCAACCGCGGCAATCTATCAAGAGCAATGTGCCGAAAGAAACTGCTGGGTGCCGGTATCCGCACGGATGAACGGAGCATCGTGCTGTCCTCCAGTGTGACGGCATCATTTTTAAAGAAGCATTATCCTTTGTCAAAGGTGTGGGTGTTAGGAGAGAAAGGGCTGACTGATGAACTCGCTTTAGCGGGTGTCGCCTTGGCGCAAAACCCGCAGGCGGCAGACTGGCTTGTCATCTCCCTGCATGAAACCGTCACCTATGAGGATCTGAATCTCGCTTTTAAGGCGGCTTCCTCCGGCGCGCGTATCATCGCCACGAACCGGGACCGCTCCTTTCCGAATGAAGGCGGCCATGCCATGGACGTCGCGGGAATGATCGGGGCCATTGAAGCATCCGCCGGAGCAAAAACGGAGCTTGTCATCGGCAAACCGTCTTGGCTGATGGCTGAGGCGGCATGTGAAGCGCTCGGACTTCCCCCTGAGGAATGCGCCATTATCGGAGACAGCCTCGAATCTGATATCGCAATGGGCAGGCTGTACGGAATGAAAAGCGTATTGGTTCTGACGGGGGCGGCCAAACTTGGGGAGCCCCGTCTATATGAACCTGACATCGTCCTTGATTCTATTAAAGACCTGACAGAATTAGCGAAGGAGGGAATCCTTTTATGA MISIFTENTGRMLIMAKLDAAGFLIDLDGTVFRGRELIDGAKEAVHTLQSLGKAVVFLSNRGNLSRAMCRKKLLGAGIRTDERSIVLSSSVTASFLKKHYPLSKVWVLGEKGLTDELALAGVALAQNPQAADWLVISLHETVTYEDLNLAFKAASSGARIIATNRDRSFPNEGGHAMDVAGMIGAIEASAGAKTELVIGKPSWLMAEAACEALGLPPEECAIIGDSLESDIAMGRLYGMKSVLVLTGAAKLGEPRLYEPDIVLDSIKDLTELAKEGILL PGPT0021435_300 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021435-nagD-K02566 NA NA D1-12_01879 690 araD COG0235 L-ribulose-5-phosphate 4-epimerase ATGCTTGAAGCGTTAAAAGAAGAAGTGCTCGCCGCCAATCTGAAGCTTGAGGAACATAACCTTGTCACGTTTACATGGGGGAATGTCAGCGGCATTGACAGAGAGAGCGGGAGAATCGTCATTAAACCGAGCGGTGTCGATTACAGTGAGCTGACCGCTGACAAACTGGTCGTCCTGAATGAGGACGGAGACATTCTCGAAGGCTCGCTGAAACCGTCTTCTGACACGCCGACCCATCTTTATCTGTATAAAGCGTTTCCGGCTATCGGCGGAATCGTTCATACTCATTCCCGCTGGGCGACGAGCTGGGCACAGTCCGGAAGAGACATACCCGCTCTCGGAACGACTCACGCGGATTACTTTGAAAGCGCTATACCCTGTACGAGGGAAATGTATGAAGAAGAAATTGTGAAAGATTATGAATATCATACAGGCAAAGTCATAGCCGAAACCTTTCAAAACGAACCGTATGAACAAAATCCGGGTGTCCTCGTCCACAGCCACGGCCCGTTCTGCTGGGGAACGGACGCGCTGAATGCCCTGCATAACGCCGTTGTGCTCGAAACGGTAGCGGAAATGGCCTACCATTCGCTTATGCTGAACAAACAGCTCAGTCCGATCGACAGAGTGCTGCATGATAAGCATTTTTACAGAAAACACGGGGCGAATGCTTATTATGGCCAAACTTGA MLEALKEEVLAANLKLEEHNLVTFTWGNVSGIDRESGRIVIKPSGVDYSELTADKLVVLNEDGDILEGSLKPSSDTPTHLYLYKAFPAIGGIVHTHSRWATSWAQSGRDIPALGTTHADYFESAIPCTREMYEEEIVKDYEYHTGKVIAETFQNEPYEQNPGVLVHSHGPFCWGTDALNALHNAVVLETVAEMAYHSLMLNKQLSPIDRVLHDKHFYRKHGANAYYGQT PGPT0017420_380 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ACROBIC_ACID|VITAMIN_C_UTILIZATION PLANT_DERIVED_VITAMIN_C_UTILIZATION,PGPT0017420-araD|ulaF|sgaE|sgbE-K03077 NA NA D1-12_01880 1719 araB COG1069 Ribulokinase ATGACGTATTATACCGGCTGGGAGGGAATTGATATGGCGTATACGATTGGTGTTGATTTCGGCACATTGTCCGGCCGGGCGGTGCTTGTCAATGTCCGCACGGGCGAAGAAATCGCGTCTGCGGTAAAAGAATACACTCATGCCGTCATCGACCGCACGCTGCCGAAGACGGGTGAAAAACTCCCTCGGGACTGGGCGCTTCAGCATCCTGCCGATTATATCGAAGTTCTGGAAACGGCGATTCCGAACCTGCTTGAGCAGGCGGGCGCTGATCCAAAAGACGTGATCGGCATAGGAATTGATTTTACCGCCTGCACGATTTTGCCGATAGACGGCGCGGGGCAGCCGCTTTGTATGCTGCCGGAATTTGAACGGGAGCCCCACAGTTATGTGAAGCTGTGGAAGCATCATGCGGCTCAAAAACATGCAGACCGTTTGAACACGATTGCCGAAGACACAAAAGAAACATTCCTTAAAAGATACGGCGGTAAAATTTCTTCTGAATGGATGATCCCGAAAATCATGCAAATCGCGGAAGAAGCGCCGCATATATACGAGGCGGCAGATCGGATTGTGGAAGCGGCAGACTGGATCGTCTATCAATTGTGCGGTTCATTGAAGCGAAGCAACTGCACGGCCGGCTACAAAGCAATCTGGAATGAGGAGACGGGGTATCCGCCGGATCATTTTTTCGAAAAGCTCAACCCGTTAATGAAAACGATTACAAAGGATAAATTAGGCGGTACCATTTATTCAGTCGGGGAAAAAGCAGGAGGTTTGACCGAAAAAATGGCGGAGCTGACCGGGCTTCTGCCGGGGACGGCCGTTGCCGTCGCCAATGTCGACGCTCACGTGTCAGTGCCCGCGGTCGGTATTACAGAGCCGGGGAAAATGCTGATGATCATGGGAACGTCTACCTGCCATGTGCTGCTCGGCGAGGAAGAACATATCGTCCCCGGTATGTGCGGGGTCGTCAATAACGGCATCTTGCCCGGATATGCGGGATATGAAGCGGGGCAGTCCTGTGTCGGCGACCACTTTGAATGGTTCGTCAAAACGTGTGTTCCGAGAGACTATGAGAAGGAAGCTGAGGATAAACACATAGACATTCACGAGCTGCTCAGCAAAAAAGCAGCTGAACTTGTTCCAGGGGAAAGCGGCCTTCTCGCGCTTGACTGGTGGAACGGAAACCGGTCAACCTTGGTGGACGCCGATTTGACGGGCATGATGCTTGGTATGACGCTGCACACGAAGCCGGAAGAAATCTACAGGGCATTGATTGAAGCGACGGCGTTCGGAACGAGGATGATTATCGAAACGTTCCGGGAAAACGGCGTTCCGGTCGAAGAGCTTTACGCAGCCGGAGGAATCGCCGAAAAAAATCCGTTTGTCATGCAGATTTATGCAGACGTCACAAATATGGATATTAAATTATCCGGGTCTCCGCAGGCGCCTGCACTGGGCTCCGCGATTTTCGGAGCGCTCGCCGCGGGACGGGAAAACGGGGGATTCTCCAATATTGCTGAAGCATGCGCGCATATGGGGAAATTAAAAGACGGCTTTTATGCCCCGAACCCGGAAAGAGCTGAGATTTATGACAATTTATATGCGGAATATAAAGAGCTCGTACACTACTTCGGCAAAGAAAACAATGTCATGAAACGCCTGAAAGCCATTAAAAACCGTGATTTTGCAAAAGGAGGGAGCCGCCATGCTTGA MTYYTGWEGIDMAYTIGVDFGTLSGRAVLVNVRTGEEIASAVKEYTHAVIDRTLPKTGEKLPRDWALQHPADYIEVLETAIPNLLEQAGADPKDVIGIGIDFTACTILPIDGAGQPLCMLPEFEREPHSYVKLWKHHAAQKHADRLNTIAEDTKETFLKRYGGKISSEWMIPKIMQIAEEAPHIYEAADRIVEAADWIVYQLCGSLKRSNCTAGYKAIWNEETGYPPDHFFEKLNPLMKTITKDKLGGTIYSVGEKAGGLTEKMAELTGLLPGTAVAVANVDAHVSVPAVGITEPGKMLMIMGTSTCHVLLGEEEHIVPGMCGVVNNGILPGYAGYEAGQSCVGDHFEWFVKTCVPRDYEKEAEDKHIDIHELLSKKAAELVPGESGLLALDWWNGNRSTLVDADLTGMMLGMTLHTKPEEIYRALIEATAFGTRMIIETFRENGVPVEELYAAGGIAEKNPFVMQIYADVTNMDIKLSGSPQAPALGSAIFGALAAGRENGGFSNIAEACAHMGKLKDGFYAPNPERAEIYDNLYAEYKELVHYFGKENNVMKRLKAIKNRDFAKGGSRHA PGPT0017410_75 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION PLANT_DERIVED_ARABINOSE_METABOLISM,PGPT0017410-araB|L_ribulokinase-K00853 NA NA D1-12_01881 1500 araA L-arabinose isomerase ATGAATGTGCTTCAGAACAAAGAATATGAATTTTGGTTTGTAACGGGAAGCCAGCACTTATACGGAGAGGAAACGCTGCAGCTTGTCGATAAACACGCAAAGGGGATATGTGACGGTCTCAGCGGGGTGTCATCAAGATACAAGATCAGGCATAAACCGGTTGTCACGTCATCTGAAACGATCAGAGAGGTTTTGCGGGAAGCGCAGTATCAAGAAAACTGTGCGGGGGTCGTGACGTGGATGCATACATTTTCCCCTGCGAAAATGTGGATTGAAGGTCTTTCCGCTTTTCAAAAGCCGATGCTTCATCTGCATACCCAGTATCATCGCGACATCCCATGGGAAACGATTGATATGGATTTTATGAACAGCAACCAATCCGCTCACGGAGACCGGGAATACGGATATATCCAGTCAAGAATGGGGCAGACGAGAAAAGTCATCGCAGGCTATTGGGATGATGAGGAAGTCAAACATGACATTTCGCAATGGATGAACACTGCTGCCGCTTGGAATGAAAGCAGGAATATTAAAGTAGCCCGGTTCGGCGACAATATGCGGAATGTGGCGGTTACTGACGGAGACAAAGTCGGCGCCCACATCCAATTCGGCTGGCAAGTTGATGGGTACGGAATCGGCGATCTTACCGAGGTGATGAACAACGTCACCGACGCAGAAATTGAGGCGCTTTATGAGGAATACGACAAATTGTATGTCATCAGCGACGAAACAAAACGGGATGAAGCAAAAGTTGCTTCCATTAAAGAACAGGCGAAAATTGAACTCGGATTAACGGCCTTTCTCGAACGGGGCGGATATACAGCGTTTTCGACCTCCTTTGAAGTTTTGCACGGAATGAAGCAGCTTCCGGGACTTGCCGTTCAGCGTCTCATGGAAAAAGGGTACGGATTTGCCGGCGAAGGCGATTGGAAAACGGCTGCCCTTGTGCGAATGATGAAAATAATGGCGGACGGAGAACAAACCTCCTTCATGGAAGATTATACGTACCATTTTGAACCGGGGCGTGCGATGATTCTCGGATCACATATGCTTGAAGTATGTCCGACGATCGCCCTTGATCAGCCGAAAATCGAAGTTCATCCTCTCTCAATCGGAGGGAAGGAAGATCCGGCCCGGTTGGTCTTTAACGGAATCGGCGGTTCAGCCATCATCGCCAGCATCATTGATATCGGCGGGCGATTCCGTCTCATTCTGAATGAAGCGGAAGGCAGGGAAATTGATCATGATATGCCGAATCTCCCTGTGGCGCGGGTGCTGTGGAAGCCGGAGCCATCGCTGAAAACAGCTGCGGAAGCATGGATTTTGGCGGGAGGCGCCCACCATACCTGTATGTCCTTCCGGCTTACGGCTGAACAGATGCTTGACTGGGCTGAGATGGCAGGCATTGAAAGCATCTTTATTTCCCTCAATACCGAAATACATGAGCTGAAAAAAGAGCTGAAATGGAATGACGTATTATACCGGCTGGGAGGGAATTGA MNVLQNKEYEFWFVTGSQHLYGEETLQLVDKHAKGICDGLSGVSSRYKIRHKPVVTSSETIREVLREAQYQENCAGVVTWMHTFSPAKMWIEGLSAFQKPMLHLHTQYHRDIPWETIDMDFMNSNQSAHGDREYGYIQSRMGQTRKVIAGYWDDEEVKHDISQWMNTAAAWNESRNIKVARFGDNMRNVAVTDGDKVGAHIQFGWQVDGYGIGDLTEVMNNVTDAEIEALYEEYDKLYVISDETKRDEAKVASIKEQAKIELGLTAFLERGGYTAFSTSFEVLHGMKQLPGLAVQRLMEKGYGFAGEGDWKTAALVRMMKIMADGEQTSFMEDYTYHFEPGRAMILGSHMLEVCPTIALDQPKIEVHPLSIGGKEDPARLVFNGIGGSAIIASIIDIGGRFRLILNEAEGREIDHDMPNLPVARVLWKPEPSLKTAAEAWILAGGAHHTCMSFRLTAEQMLDWAEMAGIESIFISLNTEIHELKKELKWNDVLYRLGGN PGPT0017450_584 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION PLANT_DERIVED_ARABINOSE_METABOLISM,PGPT0017450-araA-K01804 NA NA D1-12_01882 966 abnA COG3507 Extracellular endo-alpha-(1->5)-L-arabinanase 1 ATGAAAAACAGATTCAGACGCATGATCCGCTTTTCGTGCGCAGCCGTTACAGCCGGGCTGCTGTTGATGTCTTCATCTCCGGCATCTGCCGCGTTTTGGGGGGCATCAAATGAATTGCTTCACGATCCGACAATGGCGAAGGAAGGAAACACGTGGTACGCTTTCGGAACCGGTTTGGAAGGGGAGAGGGGGCTTCGCGTCTTAAAGGCGGGCAGCGGCGGCGTATGGACCGTTCAGAAATCAATCTTTACTTCCCCGCTGTCATGGTGGGGCAATTATGTGCCGAATTACGGGCTGAATCAATGGGCCCCCGATGTTCAATATTATAACGGAAAGTATTGGCTGTATTATGCGGTTTCTTCATTCGGCAAAAATACCTCCGCGATCGGTCTTGCATCATCTGCAAGCCTCAGTTCGGGAAACTGGAAGGACGAAGGGCTCGTCATCCGTTCAACAAGCGCCGATAACTACAATGCAATTGATCCGGAGCTGACAATTGATAAAGACGGAAACCCTTGGCTTGCCTTCGGTTCTTTTTGGAGCGGCATTAAGCTGACAAAGCTTGATAAAAATACGATGAAACCGACGGGATCACTTTATTCCATCGCTGCCAGACCGAATAACGGCGGAGCTTTGGAAGCGCCGGCCATCACCTACCAGAACGGCTACTATTACTTAATGGTGTCGTTTGATAAATGCTGTTCAGGCGTGAATAGTACGTACAAAATCGCTTATGGAAGATCCAAAAGCATCACGGGCCCATATCTCGATAAAAGCGGGAAAAGCATGTCAGAAGGCGGAGGGACGATTCTTGACTCCGGCAATGACCGCTGGAAAGGCCCGGGCGGTCAAGACATTGTGAACGGGAATATTTTAGTGCGTCATGCGTATGATGCCGAAAACAGCGGAATTCCGAAGATGCTCATCAATGATATCGACTGGAGTTCAGGCTGGCCTTCCTATTAA MKNRFRRMIRFSCAAVTAGLLLMSSSPASAAFWGASNELLHDPTMAKEGNTWYAFGTGLEGERGLRVLKAGSGGVWTVQKSIFTSPLSWWGNYVPNYGLNQWAPDVQYYNGKYWLYYAVSSFGKNTSAIGLASSASLSSGNWKDEGLVIRSTSADNYNAIDPELTIDKDGNPWLAFGSFWSGIKLTKLDKNTMKPTGSLYSIAARPNNGGALEAPAITYQNGYYYLMVSFDKCCSGVNSTYKIAYGRSKSITGPYLDKSGKSMSEGGGTILDSGNDRWKGPGGQDIVNGNILVRHAYDAENSGIPKMLINDIDWSSGWPSY PGPT0019090_918 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-ARABINANASE,PGPT0019090-abnA-K06113 NA NA D1-12_01883 1086 ysdC_2 COG1363 Putative aminopeptidase YsdC ATGACAAAATTAGATGAAACGCTCACCATGCTGAAAGCGTTAACGGATGCAAAAGGGATACCGGGAAATGAGAGAGAAGTAAGACAAGTGATGAAATCATACATAGAACCATTTGCCGATGACGTCACAACAGACCGGCTGGGAAGCTTAATCGCCAAAAAAACCGGCAAAGAAAACGGTCCGAAAATCATGATCTCAGGGCATTTAGACGAAGTCGGTTTTATGGTGACGCAAATCACTGATAAAGGCTTTCTCCGCTTTCAAACCGTCGGCGGCTGGTGGTCTCAGGTCATGCTGGCCCAGCGCGTCACCGTCGTGACAAAAAAAGGGGACATCACGGGGATCATCGGTTCGAAACCGCCTCACATTCTGCCTCCTGACGCCAGAAAAAAAGCCGCCGATATTAAAGAGATGTTCATCGATATTGGGGCGTCCAGCCGTGAAGAAGCAATGGAATGGGGCGTTCTTCCGGGTGACCAGATTGTGCCGTATTTTGAATTTACAGTGATGAACAATGAAAAGCATTTATTGGCGAAAGCATGGGACAACCGTATCGGCTGTGCGATTGCCATCGATGTATTAAAAAATCTGAAAAACAGTGATCACCCCAATGAAGTATACGGGGTCGGAACGGTTCAAGAAGAAGTCGGGCTGCGCGGGGCGAAAACAGCGGCACATACGATCCAGCCTGATATCGCGTTCGGTGTGGATGTCGGAATTGCCGGAGATACACCGGGAATTTCTGAAAAAGAGGCGCAAAGCAAAATCGGCGAAGGGCCGCAAATTATTCTGTATGACGCGTCAATGGTATCTCACAAAGGGCTGCGCGACCTTGTCGTGAACACGGCGGAAGAAGCGGGAATTCCGTATCAATTCGATTCCATTGCCGGAGGGGGCACGGATTCAGGTTCCATTCATTTAACCGCAAACGGAGTGCCGGCGCTGTCCATTACGATCGCGACGCGCTACATTCACACTCATGCCGCTATTTTGCATCGGGATGATTATGAGAATACGGTAAAATTGATTACAGAAGTGATTAAAAAATTAGATCGGGAAACAGTTGACCGTATTACTTACCAATAA MTKLDETLTMLKALTDAKGIPGNEREVRQVMKSYIEPFADDVTTDRLGSLIAKKTGKENGPKIMISGHLDEVGFMVTQITDKGFLRFQTVGGWWSQVMLAQRVTVVTKKGDITGIIGSKPPHILPPDARKKAADIKEMFIDIGASSREEAMEWGVLPGDQIVPYFEFTVMNNEKHLLAKAWDNRIGCAIAIDVLKNLKNSDHPNEVYGVGTVQEEVGLRGAKTAAHTIQPDIAFGVDVGIAGDTPGISEKEAQSKIGEGPQIILYDASMVSHKGLRDLVVNTAEEAGIPYQFDSIAGGGTDSGSIHLTANGVPALSITIATRYIHTHAAILHRDDYENTVKLITEVIKKLDRETVDRITYQ NA NA NA NA NA D1-12_01884 393 ysdB Sigma-w pathway protein YsdB ATGGCCATTACAGTATTGAGGATTGTCTTGCTTGCACTTCTTATTTATTTTATTTACATGTGCGTCAAATTTTACGCAAACCCGAAAAGAAGGCTCAGACTGGCACAATCAAAAGAGAATTTTTATTTTATTGACGAACAGAAAAACACGCGAAAAAATCTCCAGCTTACTTATAAAGGAGTGCTCTTTGAAGGAGAAAAGCATATCCCTTCCAAAGATCATCCGCTGTTTATTCATACGATATTTGTATGGACCGAAAATCCGGAAAAGCTGAACCGCTTTTCTGCAGGTGATTTTGAAGAAGTCGAAAAAAAGGTATTGGAGCGGTATCCGAATTGCAAGATTGATTGGGACCAGCCCATCAAAAAAGCGAAAAAAGCAGGCGAGCGATAA MAITVLRIVLLALLIYFIYMCVKFYANPKRRLRLAQSKENFYFIDEQKNTRKNLQLTYKGVLFEGEKHIPSKDHPLFIHTIFVWTENPEKLNRFSAGDFEEVEKKVLERYPNCKIDWDQPIKKAKKAGER PGPT0014661_1 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HIGH_TEMPERATUR_REGULATION,PGPT0014661-ysdB-NA NA NA D1-12_01885 267 hypothetical protein ATGGCTCTCTTCATTTACGCCGTATTGATAAACGGATACGGCTTTTGGATCATGGGCGCTGATAAAAGAAGAGCAAAGGCGCACAGGTGGAGAATATCAGAGAAACGAATATGGCTCACAGCCGCCATGTTCGGCTCACTCGGCGTATGGATCGGCATGTGCACCTTCAGGCATAAGACGAAACACAAATCCTTTTTATACGGGGTGCCGCTGCTTTTTCTCACTGAAGCCGCCCTTGTGCTGATGTATTTGATGTATAAAACATAA MALFIYAVLINGYGFWIMGADKRRAKAHRWRISEKRIWLTAAMFGSLGVWIGMCTFRHKTKHKSFLYGVPLLFLTEAALVLMYLMYKT PGPT0022365_1900 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LIPID_A_METABOLISM,PGPT0022365-lpxG-K07098 NA NA D1-12_01886 360 rplT COG0292 50S ribosomal protein L20 ATGCCAAGAGTAAAAGGCGGAACTGTGTCGCGTCAGCGTCGTAAAAAGGTTCTTAAATTAGCAAAAGGTTATTTCGGTTCAAAACATAGATTATACAAAGTAGCAAACCAGCAGGTCATGAAATCAGGAAACTATGCATTCCGTGACCGCCGTCAGAAAAAACGTGATTTTCGTAAGCTTTGGATCACTCGTATCAACGCTGCTGCACGTATGAACGGTCTTTCTTACAGCCGTTTAATGCACGGTCTTAAGCTTTCAGGCATCGAAGTAAACCGCAAAATGCTTGCTGATCTTGCTGTAAACGATCTTACTGCTTTCAATCAGCTTGCTGATGCTGCTAAAGCTCAGTTAGACAAGTAA MPRVKGGTVSRQRRKKVLKLAKGYFGSKHRLYKVANQQVMKSGNYAFRDRRQKKRDFRKLWITRINAAARMNGLSYSRLMHGLKLSGIEVNRKMLADLAVNDLTAFNQLADAAKAQLDK NA NA NA NA NA D1-12_01887 201 rpmI COG0291 50S ribosomal protein L35 ATGCCAAAAATGAAAACTCACCGCGGATCTGCTAAACGTTTTAAAAAGACAGGTTCTGGGAAGTTAAAACGTTCTCATGCATACACAAGTCACTTATTCGCCAACAAATCCCAAAAGCAAAAGCGTAAGCTTCGCAAGGGTGCTATTGTAAGCGCAGGAGACTTCAAACGCATCAAACAACAGCTTGCTAACATCAAGTAA MPKMKTHRGSAKRFKKTGSGKLKRSHAYTSHLFANKSQKQKRKLRKGAIVSAGDFKRIKQQLANIK NA NA NA NA NA D1-12_01888 504 infC Translation initiation factor IF-3 TTGGTTAATGAGGGTATCCGTGCACGTGAAGTTCGTCTGATCGGACAAAATGGCGATCAGCTCGGCATCAAGTCCCGTCAGGAAGCACTTGAAATCGCCGGCCGCGCAAATCTTGACCTTGTGTTAGTTGCAGCAAATGCAAAACCGCCTGTCTGCCGCATCATGGACTACGGTAAGTTCAGATTCGAGCAGCAGAAAAAGGACAAAGAAGCACGCAAAAATCAAAAAATCATTAACTTAAAAGAAGTTAGATTAAGTCCGACGATCGATGAGCATGACTTTAACACGAAATTGCGCAATGCGATTAAATTCCTTGAAAAAGGCGATAAAGTGAAAGCTTCTATCCGCTTTAAAGGGCGCGCAATCACTCATAAAGAAATCGGCCAGCGCGTATTGGACCGTTTCTCTGAAGCATGTGCGGAAGTTGCGACAGTCGAAACAAAACCAAAAATGGACGGCCGCAGCATGTTCTTAATGCTCGCGCCGAAAAACGAAAAGCAATAA MVNEGIRAREVRLIGQNGDQLGIKSRQEALEIAGRANLDLVLVAANAKPPVCRIMDYGKFRFEQQKKDKEARKNQKIINLKEVRLSPTIDEHDFNTKLRNAIKFLEKGDKVKASIRFKGRAITHKEIGQRVLDRFSEACAEVATVETKPKMDGRSMFLMLAPKNEKQ NA NA NA NA NA D1-12_01890 684 lrgB COG1346 Antiholin-like protein LrgB ATGAGTCCATATTTCGGTATTGTCGTTTCACTTGCGGCCTTTGGTATCGGCACGTATTTATTTAAAAAAACGAGAGGCTTTTTCCTCTTCACCCCGCTGTTTGTCGCGATGGTGCTTGGAATCCTTTTTCTGAAGCTCGGCGGTTTTTCATATGAAGATTATAAAAGCGGGGGAGACATTATTAAATTCTTCCTGGAGCCCGCGACGATCGCTTTTGCCATCCCTTTATACAAACAGCGTGACAAACTGAAAAAATACTGGTGGCAGATCATGTCTTCTATCATTGTCGGCTCTATCTGCTCAGTGACGATTGTCTATTTGATCGCAAAAGGCATTCATCTTGACGCGGCCGTTATGAAAAGCATGCTTCCGCAGGCGGCGACAACGGCAATTGCCCTTCCGCTGTCAAAAGGAATCGGCGGCATCACCGATATCACCGCTTTCGCCGTCATTTTCAACGCCGTTATCGTCTATGCTCTGGGCGCTCTATTCTTAAAACTGTTTAAAGTAAAGCACCCAATCTCTAAAGGACTGGCTCTCGGCACATCAGGACACGCACTCGGTGTTGCGGTCGGTATTGAGATGGGGGAAGTAGAAGCGGCAATGGCAAGTATCGCGGTTGTCGTCGTGGGAGTGGTGACGGTGCTGGTCATTCCGGTATTCGTTCAGCTCATCGGAGGATAA MSPYFGIVVSLAAFGIGTYLFKKTRGFFLFTPLFVAMVLGILFLKLGGFSYEDYKSGGDIIKFFLEPATIAFAIPLYKQRDKLKKYWWQIMSSIIVGSICSVTIVYLIAKGIHLDAAVMKSMLPQAATTAIALPLSKGIGGITDITAFAVIFNAVIVYALGALFLKLFKVKHPISKGLALGTSGHALGVAVGIEMGEVEAAMASIAVVVVGVVTVLVIPVFVQLIGG NA NA NA NA NA D1-12_01891 438 lrgA COG1380 Antiholin-like protein LrgA ATGAGTGCGAAAAAAGTGTACGGATTTCTGACACAAGCATTTATTTTTGCCGTAATTATGCTCATATCTAATGGGATTGCAGCGATTGTCCCCATTCCTATACCCGCTTCCGTAGTAGGTTTGGTGTTATTATTTGTCCTCTTATGCCTGAAAGTGATTAAGCTTGAACAAGTAGAAACGCTGGGAACATCATTAACGTCACTGATCGGATTTTTATTTGTCCCGTCGGGCATCTCCGTGATGAATTCACTTGGCGTCATGCAGCAGTACGGCGTGCAGATCGCACTCGTCATCTTACTCGCCACCATCATTCTGTTAGGGGCCACGGGCCTTTTTTCTCAGCTGATCTTGTCTGTCAGCCAAAAACGTCAGAAGACTGCTCCTGAAAAACAAACGGTGCGCCGTTCCAATCAGGAAAAAGAACTTGTGCAGCATTAG MSAKKVYGFLTQAFIFAVIMLISNGIAAIVPIPIPASVVGLVLLFVLLCLKVIKLEQVETLGTSLTSLIGFLFVPSGISVMNSLGVMQQYGVQIALVILLATIILLGATGLFSQLILSVSQKRQKTAPEKQTVRRSNQEKELVQH NA NA NA NA NA D1-12_01892 735 lytR COG3279 Sensory transduction protein LytR ATGCTGAAGGTGTTAATCGTTGATGATGAAATGCTGGCAAGAGATGAATTAGCTTACTTGCTGAAACGGACGAATGAAGTAAGTGACATAAACGAAGCTGAAAATATTGAATCCGCTTTTGACAGTATGATGGATCAAAAACCGGATCTGCTGTTTTTGGACGTTGATTTGTCAGGAGAAAACGGATTTGACATTGCCAAACGGCTGAAAAACATGAAAAATCCGCCGGCCGTCGTTTTTGCGACGGCGTATGACCAATTTGCTTTAAAAGCCTTTGAAGTCGACGCGCTCGATTATTTAACGAAGCCTTTTGATGAAGAAAGAGTGCGCCAGACAATCAGAAAGTTTAAAAGAGTGAAGCAGGACAGGGCAGGAGCCGTCTCAGAGCAGCCGTCCGCAGCCGGAGCGCATAAACTGGCTGTATCAGCCGGTGAATCTATTGTCATTTTAGATACGAAGGACATTATTTTCGCCGGCATGGAGGACGGACACGTTTCTGTCAAAACGTTTGCCGCGTCTTATTCCGTTCATGAAACTTTGGCGGTCATTGAGAAAAAACTGCCCGATACGGGTTTCTTGAGAGTGCACCGTGCGTTCATCGTGAATACGGAGCATATTACTGAAATTCATCCGTGGTTTAATTCGACGTACAATCTTATCTTAAAAGACGGCTCTAAAATTCCCGTCAGCCGTACATACGCCAAGGACTTAAAAAGGCTGCTTCATATTATATGA MLKVLIVDDEMLARDELAYLLKRTNEVSDINEAENIESAFDSMMDQKPDLLFLDVDLSGENGFDIAKRLKNMKNPPAVVFATAYDQFALKAFEVDALDYLTKPFDEERVRQTIRKFKRVKQDRAGAVSEQPSAAGAHKLAVSAGESIVILDTKDIIFAGMEDGHVSVKTFAASYSVHETLAVIEKKLPDTGFLRVHRAFIVNTEHITEIHPWFNSTYNLILKDGSKIPVSRTYAKDLKRLLHII PGPT0026304_1457 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0026304-lytR|ypdB|yehT-K02477 NA NA D1-12_01893 1782 ypdA COG3275 Sensor histidine kinase YpdA ATGCTGCATTTGATCATCATGATGCTGGAAAGAGTCGGAATTATCGTCATATTGGGATTTGTTCTGGCTCATACCAGATTGTTCAGACAGGCGCTCCAGCAGCCTGAGAGCTATAAAGGCAAAGCGGTGCTGATTTCAATTTTCTCGCTGTTCAGTATCATCAGCAACTATACGGGAATAGAAATTCAGCGGAATACAATCATGAATAATGACTGGGTGTTTCAAATTAATCCGTCCGGTTCAATTGCCAATACAAGAATTATGGGCGTTGAAATCGGCGGACTCTTAGGCGGCCCGTATGTGGGAATCGGCGTCGGCATACTGGCCGGCCTGCATCGTTTATCACTCGGCGGCGCGACCGCAGTCAGCTGTGCCGTCTCATCCGTTTTAGCGGGCATTTTGTCCGGCTGGATCGGACGGTATTTCAGAAAACGCTATGCGATGCCGACACCGCGGGTGGCCGCGCTTGTCGGACTCGGGATGGAATCGCTGCAAATGCTGCTCATCCTCTTGATGGCCAAGCCGTTTTCTGATGCTTGGACGCTTGTGAGCATCATCGGCATCCCGATGATATTGGTAAACGGATCAGGGACTTTTATTTTTCTTTCGATCATTCAGTCGATTATCCGGAAGGAAGAACGGGCGAGAGCCCTTGAAACCCACAGGGTGCTGATGATTGCCGATCAGACGCTTCCGTTTTTCCGCCAGGGGCTGAATGAAAGCTCATGCAAAAGCGTCGCCGCCATCATCCACAGGCAAACAGGAACGGACGCGGTATCGCTTACGGATAACGAAAAGATTTTGGCGCACGTCGGCGCGGGTGCCGACCATCATATTCCGTCTGAAAGCCTGATCACCGGATTGTCAAAACGCGTCATTAAAACGGGTCATATTATGAAAGCGACATCAAAGGCAGAAATTGAATGCACGCACGATCCCTGTCCGCTGCATGCGGCGATTGTATTGCCGCTGACGTCAAACGGCAAAACGATCGGGACGCTGAAAATGTACTTTAAAAGCCCGTCAGGTTTAAGCCGGGTTGAAGAAGAGCTTGCAGAAGGACTCGCCATGCTGTTTTCCACCCAGCTTGAACTCGGTGAGGCGGAACTGCAGAGCAAATTGCTGAAAGACGCAGAAATAAAGGCGCTTCAGGCACAGGTCAATCCGCATTTTCTGTTTAATGCGATCAATACGATTTCTGCTCTTTGCCGTACGGATGTGGAAAAAACCCGAAAGCTTCTGCTGCAGCTCAGCGTCTATTTCCGTTCCAATCTGCAGGGGGCAAGGCAGCTGCTCATCCCGCTTTCTAAAGAACTGAACCATCTGCAGGCATATTTATCATTGGAGCAGGCCCGTTTTCCCGGGAAATATAAAATCAGCCTTGAGATCGAACGCGGTTTGGAGGACATCGAAATTCCTCCTTTTGTGCTGCAGATCCTCGTCGAAAATGCGCTCCGCCATGCATTTTCAAGAAAGCAGGACAGCTGTGCCGTCAATGTCAGCGTGGTATCCGCCGGTCAATCGGTTTTAATGCGGGTTGGAGATAACGGGCGGGGAATTGATCCGGAATTGCTGTCCGTGCTCGGAAACCGTCCGCTCCCGTCTAAAGAAGGGACGGGAACCGCGCTTTACAATTTAAATCAGCGGCTGATCGGGCTGTTCGGCCCCAAGGCAGCCCTGCGATTGGAAAGTGAGGCCGGCAAAGGTACGGAGGTATCATTTGAGCTGCCTTTGAAACTGATGACTAAAGGAGAAGAACATGCTGAAGGTGTTAATCGTTGA MLHLIIMMLERVGIIVILGFVLAHTRLFRQALQQPESYKGKAVLISIFSLFSIISNYTGIEIQRNTIMNNDWVFQINPSGSIANTRIMGVEIGGLLGGPYVGIGVGILAGLHRLSLGGATAVSCAVSSVLAGILSGWIGRYFRKRYAMPTPRVAALVGLGMESLQMLLILLMAKPFSDAWTLVSIIGIPMILVNGSGTFIFLSIIQSIIRKEERARALETHRVLMIADQTLPFFRQGLNESSCKSVAAIIHRQTGTDAVSLTDNEKILAHVGAGADHHIPSESLITGLSKRVIKTGHIMKATSKAEIECTHDPCPLHAAIVLPLTSNGKTIGTLKMYFKSPSGLSRVEEELAEGLAMLFSTQLELGEAELQSKLLKDAEIKALQAQVNPHFLFNAINTISALCRTDVEKTRKLLLQLSVYFRSNLQGARQLLIPLSKELNHLQAYLSLEQARFPGKYKISLEIERGLEDIEIPPFVLQILVENALRHAFSRKQDSCAVNVSVVSAGQSVLMRVGDNGRGIDPELLSVLGNRPLPSKEGTGTALYNLNQRLIGLFGPKAALRLESEAGKGTEVSFELPLKLMTKGEEHAEGVNR PGPT0026305_111 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0026305-lytS|ypdA|yehU-K02478 NA NA D1-12_01894 795 ppaX_1 Pyrophosphatase PpaX ATGAAAGCCGTATTTTTTGATTTGGACGATACACTGTTATGGGATGAAAAAAGCGTCAGAACAACATTCAGGGAAACATGTTTACAAGCGGAAAAAAAATATGGCCTTGACCCGCATACATTTGAAGAGGCGGTTCGGAAAGCGGCACGGGAATTGTATATGTCATACGAAACCTATCCTTATACGGTCATGATCGGCATTAATCCGTTTGAAGGATTGTGGGCGAATTTTTCCGAGCCGGTCAGCGAAGGGTTTAAACAGCTGAATCGGATTGCGCCGGAATACAGACGAAACGCCTGGACGAACGGCTTAAAAAGCGTCGGTATAGACGATGCGGCTTACGGCGAATATTTGGCGGAGTTTTTCGCGGCGGAACGCAGACAGCGTCCGTACGTGTATGATGAAACGTTTGCGGTGCTTGATAAGCTGAAAGGTGTTTATGAATTGCTTCTGCTGACAAACGGCGACCCCAGCCTGCAGAAAGAAAAACTCGCCGGCGTTCCTGAGCTCGCGCCTTATTTTAATGAAATCGTCATCTCAGGCGCTTTCGGAAAAGGGAAACCCGACGCCTCCATATTCGAACATTGCCTCGGCCTCCTGAACCTGAAAAAAGAAGACGCCATTATGGTCGGAGATAACCTCAATACTGATATATTGGGAGCGAAACGGGCAGGCATTACGACAGTCTGGGTAAACCGGACGCAAAAGAAAAATGATACGGACATTGCACCTGATTACGTGATCAGCGATCTTCACGAGCTGTTTGCGATTATAGAGAAACAAAAAGAAAGATAA MKAVFFDLDDTLLWDEKSVRTTFRETCLQAEKKYGLDPHTFEEAVRKAARELYMSYETYPYTVMIGINPFEGLWANFSEPVSEGFKQLNRIAPEYRRNAWTNGLKSVGIDDAAYGEYLAEFFAAERRQRPYVYDETFAVLDKLKGVYELLLLTNGDPSLQKEKLAGVPELAPYFNEIVISGAFGKGKPDASIFEHCLGLLNLKKEDAIMVGDNLNTDILGAKRAGITTVWVNRTQKKNDTDIAPDYVISDLHELFAIIEKQKER NA NA NA NA NA D1-12_01895 1932 thrS COG0441 Threonine--tRNA ligase 1 ATGTCAGATATGATCAACATCACATTTCCGGACGGAGCGGTAAAGGAATTTCCGAAAGGAACAACAACAGAAGATATCGCGGCATCCATCAGTCCGGGATTAAAGAAAAAGTCTTTAGCCGGAAAACTGAACGGACAGGAAATTGATTTAAGAACGCCGATTCAAGAGGATGGTGCCGTAGAAATCATTACAGAAGGCACAGAAGAAGGCTTGAACATCATGCGGCACAGCACGGCGCATTTATTGGCCCAGGCGATTAAACGCATTTATAAAGATGTGAAATTCGGTGTCGGCCCCGTCATTGAAAACGGGTTCTATTATGACGTTGAAATGGAGCAGGCGCTGACGCCGGATGACCTTCCGAAGATTGAAAAAGAAATGAAACGCATCGTCGGTGAAAATCTGCCGATTATCCGAAAAGAAGTGAGCCGTGATGAAGCAAAAGCCATGTTTGCGGAAATCGGCGATAATCTGAAGCTTGAACTGCTGGATGCCATCCCGGAAGACGAAACGGTCTCCATTTATGAGCAGGGCGAATTTTTTGACCTGTGCCGCGGCGTGCACGTGCCGTCTACAGGCAAAATTAAAGAATTTAAGCTGCTGAGCCTTGCGGGCGCATACTGGCGCGGCGACAGCAAAAACCAAATGCTTCAGCGCGTTTACGGCACGGCCTTCTTTAAAAAGGATGACCTGAAAGAGCATTTGCGGATGCTTGAAGAAGCGAAAGAGCGCGACCACCGAAAACTGGGCAAAGAATTAAAATTGTTCGCCAACTCTCAAAAAGTCGGACAAGGCCTGCCGCTCTGGCTGCCGAAAGGCGCAACCATCCGCCGCGTGATCGAGCGCTACATTGTGGATAAAGAGCTGAGCCTCGGTTATGAGCACGTCTATACGCCTGTTCTCGGAAGCAAAGACCTGTATGAAACATCGGGCCACTGGGATCATTATCAGGATACGATGTTCCCGCCGATGGAAATGGACAATGAAACACTCGTGCTCCGTCCGATGAACTGTCCTCACCATATGATGATTTACAAGCAGGACATTCACAGCTACCGCGAGCTTCCGATCCGCATCGCCGAGCTGGGAACGATGCATCGTTATGAAATGTCCGGGGCGCTTTCAGGTCTTCAGCGCGTACGCGGCATGACGTTAAATGACGCGCACATTTTCGTCCGCCCTGATCAGATTAAAGAAGAATTCATCCGCACGGTCCGTTTGATTCAAGACGTATACGAAGACTTCGGCCTGAATGATTACACATTCCGCCTGTCTTACCGCGATCCTGAAGATACGGAAAAATATTTTGATGATGATGAGATGTGGAACAAAGCGCAGTCCATGCTGAAGGCGGCAATGGATGAGATGGGGCACGACTATTATGAAGCGGAAGGCGAAGCGGCGTTTTACGGCCCTAAGCTTGACGTGCAGGTGAAAACGGCGATCGGCAAAGAAGAGACATTGTCAACTGTACAGCTTGACTTCCTTCTTCCGGAACGCTTTGATCTCACTTACGTCGGAGAAGACGGCAAACAGCACCGCCCTGTCGTTATTCACCGCGGCGTCGTGTCAACGATGGAGCGTTTCGTTGCTTTCTTAATCGAAGAGCACAAAGGCGCCCTTCCGACATGGCTTGCGCCGGTGCAGTTCCAAGTCATTCCTGTATCACCGTCCGTGCATCTTGATTATGCGAAAAAAGTGCAGGAGCGCCTGCAGCGTGAAGGTCTGCGTGTCGAGCTTGACAGCCGGGACGAAAAAATCGGCTATAAAATCCGTGAAGCGCAAATGCAAAAAATCCCGTACATGCTTGTGGTCGGTGACCAAGAAGCGGAAAACGGCGCGGTAAACGTCCGGAAATACGGCGAGCAGAAATCAGAAACCGTCTCATTGGACGATTTTGTGAAAAAGGCTGTAGCCGAAGCGAAAAAATAA MSDMINITFPDGAVKEFPKGTTTEDIAASISPGLKKKSLAGKLNGQEIDLRTPIQEDGAVEIITEGTEEGLNIMRHSTAHLLAQAIKRIYKDVKFGVGPVIENGFYYDVEMEQALTPDDLPKIEKEMKRIVGENLPIIRKEVSRDEAKAMFAEIGDNLKLELLDAIPEDETVSIYEQGEFFDLCRGVHVPSTGKIKEFKLLSLAGAYWRGDSKNQMLQRVYGTAFFKKDDLKEHLRMLEEAKERDHRKLGKELKLFANSQKVGQGLPLWLPKGATIRRVIERYIVDKELSLGYEHVYTPVLGSKDLYETSGHWDHYQDTMFPPMEMDNETLVLRPMNCPHHMMIYKQDIHSYRELPIRIAELGTMHRYEMSGALSGLQRVRGMTLNDAHIFVRPDQIKEEFIRTVRLIQDVYEDFGLNDYTFRLSYRDPEDTEKYFDDDEMWNKAQSMLKAAMDEMGHDYYEAEGEAAFYGPKLDVQVKTAIGKEETLSTVQLDFLLPERFDLTYVGEDGKQHRPVVIHRGVVSTMERFVAFLIEEHKGALPTWLAPVQFQVIPVSPSVHLDYAKKVQERLQREGLRVELDSRDEKIGYKIREAQMQKIPYMLVVGDQEAENGAVNVRKYGEQKSETVSLDDFVKKAVAEAKK NA NA NA NA NA D1-12_01896 831 hypothetical protein ATGCTTGAAGTGATCTTTGAAGATGACCACGATACCGCCGCTTTTTTACATCTCATTCAGCAATCGGACGACCGGAGACATTTTATTGTCCGTGAAGGCATAAAAAAAGTCGGAATCGCAAGGTCTGAAACGGCTTTTTGCGTTCAGCGCTTTATTGAGCCGATACTTGTCAGGTTTTTTTTGGAATGCAAAGAAGACGAGCATATGCTTTCGCTTATTGAGGACGCATACTGCTTCACCGATCAGGATGAACAGCAGCAAATCCTTCAGCTTGCACACAGCATTATGGAAGGAGAGCTTGAGGATCATCCGTTCGAGCCGAAGAAAGAGCCGCGCACACAGTTTATTTCAGATGCGCTCCGGACGATTTCACTTGATGCGGGTGTTTTTTCCGTGCGTTCGTTTCAGACGTTCCGGCTCGGCAGGTATTATGAGCGGCTCAGAGAATACGCGGAGGCTGCGATAGATGAATATCGGATGGAACAGGAATATCAAAACTTTATCCAGTCTCTGAGAGATTATGTGACATCCAATCCGCCGCGGATGAAGAAAGTCCGCATCGTACATGACCGGGCTTTTACGCTGTGGGAGCTGCGCTATTTGTCAGAACGGGAACAGAAAAAATACATAGACAGACGGTTTGTGCGGGAGCACCCGATGTATATAGATTCCCATCTCCTTGCGCCGCTGATCTCCATTGCGCCTGAGACGGTAGAACTGTATACGGACAAACCGGAGCATATGATGTCCAGAACGATTCAAAACGTGTTTCAGGAAAGGGTGCGCCTTTTTCCGCTGGGCGCGTTTGCAGCCGAGAAGACGGAAGGATAG MLEVIFEDDHDTAAFLHLIQQSDDRRHFIVREGIKKVGIARSETAFCVQRFIEPILVRFFLECKEDEHMLSLIEDAYCFTDQDEQQQILQLAHSIMEGELEDHPFEPKKEPRTQFISDALRTISLDAGVFSVRSFQTFRLGRYYERLREYAEAAIDEYRMEQEYQNFIQSLRDYVTSNPPRMKKVRIVHDRAFTLWELRYLSEREQKKYIDRRFVREHPMYIDSHLLAPLISIAPETVELYTDKPEHMMSRTIQNVFQERVRLFPLGAFAAEKTEG NA NA NA NA NA D1-12_01897 642 ydjZ COG0398 TVP38/TMEM64 family inner membrane protein YdjZ ATGAGGAATAAGAAGGCTGTCACTTGGGCTGCGGCTGCGGCGGGAGCGGGCCTTTTACTGTGGGCAAACCGCAAATATCTGAATCTGTCGCCTAAGGAGATCCGGCTGTGGGTATTATCGTTCGGTGTTTTTGCGCCGCTTGTGTTTATCGGAATTTCCATCGTCAGGCCTTTTGTGCTGTTTCCCGTATCAATCGTTTCCGTCGCCGGAGGATTGGCGTTCGGCCCGTTTTTCGGCACCGTGTATACGCTGGCGGGCTCAATGGGCGCTGCCGCCGCGTCTTTTTTTGCGGCGGGGCTGTTTGCCTTTAATGAGAAAAGCCGTCATGGAAAAATGGAAGCCATTCAAAAGCAGATGAAAACCAATGGCTTCTTTTATATTTTTATCCTGCGCATTCTGCCTGTTAACTTTGATGTGATCAGCTATGCCGCAGGCCTATCGAAAGTCAGGCCGATGACGTATTTTTTGGCGACCGCAGCGGGCATTATTCCGGGGACGATCGTCCTGAATGTGCTCGGCGCGAGCTTTATGTCCGGCAATGTGCTGACCGTACTCGGCGTGATGTGTCTTTACATCGTATTTTTATCGCTTCCCGTTATATTTAAAAAGAAGGTGCGCCATTTGTTCGGCGGTGAAAGCTAA MRNKKAVTWAAAAAGAGLLLWANRKYLNLSPKEIRLWVLSFGVFAPLVFIGISIVRPFVLFPVSIVSVAGGLAFGPFFGTVYTLAGSMGAAAASFFAAGLFAFNEKSRHGKMEAIQKQMKTNGFFYIFILRILPVNFDVISYAAGLSKVRPMTYFLATAAGIIPGTIVLNVLGASFMSGNVLTVLGVMCLYIVFLSLPVIFKKKVRHLFGGES NA NA NA NA NA D1-12_01898 936 dnaI COG1484 Primosomal protein DnaI ATGGAACCGATCAGCCGATCCTTAGAAGGCGTGACGAAAAGACCTGACTTTCAAAAACGCCTGGAACGAATGCAGCAGCAAGTCATGGCCGACGAAGACGTCCAGGCTTTTTTGAAGGAACAGAAAGATGTAATCAATCAAAGCATGATTGACAGAGGGTTAAATAAACTGTACGAATTCGTTCAGCAAAGCAAACAGTGCGCCTTCTGCTCGAAAGACAGCCGGACGAACAGCCTGCTTGAAGGCTATCATCCGAAGCTTGTGATCACCGGGCGTTCCATTGATATTGAATATTACGAATGTCCGGAAAAGAGAAAGCTCGACCGCCAGAAAAGGCAAAAGTCCCTGATGAAGAGCATGTATATCCAGCAGGATCTTCTCGGCGCGACGTTTCAGCAGATCGACATTACCGATCCGAGCAGAGTCGGCATCTTCCAGCATGTGACGGATTTTCTGAAGAGCTATAATGAAACGGGAAAAGGCAAAGGGCTGTATCTGTACGGAAAATTCGGAATCGGAAAGACATTTATTTTAGCCGCCATTGCCAACGAGCTGGCGGAAAAAGAGTATTCATCAATGATCGTATATGTTCCCGAATTTGTCAGAGAGCTGAAAAACTCGCTCCAGGATCAGTCGTTGGAGGCGAAACTGAATATGGTGAAAACGACGCCCGTACTGATGCTTGATGACATCGGAGCGGAATCAATGACAAGCTGGGTCAGGGATGAAGTCATCGGCACCGTGCTTCAGCACAGAATGAGCCAGCAGCTTCCCACTTTCTTCTCGTCTAATTTTTCACCAGACGAGCTGAAGCATCATTTTACGTATTCACAGCGGGGAGAAAAGGAAGAAGTAAAAGCGGCAAGACTGATGGAGCGGATTTTATATTTGGCTTCGCCCGTCCGTCTTGACGGGGAAAACCGCCGCCGTTCATGA MEPISRSLEGVTKRPDFQKRLERMQQQVMADEDVQAFLKEQKDVINQSMIDRGLNKLYEFVQQSKQCAFCSKDSRTNSLLEGYHPKLVITGRSIDIEYYECPEKRKLDRQKRQKSLMKSMYIQQDLLGATFQQIDITDPSRVGIFQHVTDFLKSYNETGKGKGLYLYGKFGIGKTFILAAIANELAEKEYSSMIVYVPEFVRELKNSLQDQSLEAKLNMVKTTPVLMLDDIGAESMTSWVRDEVIGTVLQHRMSQQLPTFFSSNFSPDELKHHFTYSQRGEKEEVKAARLMERILYLASPVRLDGENRRRS NA NA NA NA NA D1-12_01899 1410 dnaB COG3611 Replication initiation and membrane attachment protein ATGGCTGACTATTGGAATGACGTATTGCCTGTAGATCCTTATACGGTCAAAAGCCGTTCGCTTCTTCAGGATGTCGACAGACAGGTTTTGACACATCTGTACCAGCCGCTGATCGGTTCTTTTGCATTCTCCCTTTATATGACCTTATGGGGGGAGCTTGAGCAGAACCGCTTGTGGGGAGCGGAATCCACGCACAGGCAGCTGATGGGCATGATGCAGTCAAATTTAAAAAAGATTCATCATGAACAGGGAAAGCTTGAAGGAATCGGGCTGCTGAAAGTGTATATCCGGGAGTCCGAGCAAAAAGAGCGGATGTTTATTTATGAGCTGCTGCCCCCGCTCAGACCGAATGATTTTTTTGAAGACGGCATGCTGAATGTCTTTCTTTATAACAGAGTCGGTAAAACGAAATACCAGCAGCTGAGACAATTTTACACGCACCCTTCCGTCGGCGCGGGCGCAAGGGAAATTACCCGTCCGTTTAATCACGCTTTTGCCTCTTTTCAGCCGAGTGAATGGAAAATGACGCCTGATATGGAAGAGGCGATGAAGCTACCCGAGGACTATGAGACGGCGTCTGTCGGACAAGCGCCTTCCTATACGGTGACGGAGGAAGTGTTTGATTTTGAGCTTTTCATGGCGGGACTGTCAGAAACGATGATACCGCGCAAATCAATCACGCAGGACGTGCGGGAGAGCATTAAAAAGCTTTCATATTTATACGGAATAGATCCTATCTCCATGCAGCACGTCGTCATGACCGCAATTAATGAACAGGATACGATAACGGCCGAAGCGCTGAGGAAAGCGGCCAGCGACTGGTACCAAATTGAAAGAAGCGGGAAGCTTCCGGAACTGATTGATAAAACACAGCCTGTCACCTTGAGAGAAAACCGGACGGAAAAGGACGATTCATTGAACGGCGAACTCATCGCACAGCTTGAGACCATATCACCGAGAAAGCTTCTTCAGGACATTGCGGACGGGACCGAGCCGTCAAAAGCCGACTTGCAGATTATCGCCGATATTATGTTCGAACAAAAGCTTGAGCCCGGCGTCACCAATGTGCTGATTTATTATGTCATGCTGAAAACGGATATGAAGCTGTCCAAAAACTATATCCAAAAAATCGCCGCCCACTGGGCCAGAAAGAAAGTCAAAACGGTACGGGAAGCAATGAAGCTCGCAATAGAAGAGCACAGGCAATATCTTGATTGGGCGGACGGCAAAACAAACGGCGCGGCGCGCGGCAAAAAAACCGTCCGGGAAGAAAAGCGTCCTGATTGGATGAAAGAAGAAGAAACCGGGAAGAAACAAGAACAGCCGGCTCTTTCTGCGCAGGATCTTGAAGAACAGAAGAAAAAAATGATGGAAGAAATGAAAAAACTGAAAAAATACTCTGCCTATTGA MADYWNDVLPVDPYTVKSRSLLQDVDRQVLTHLYQPLIGSFAFSLYMTLWGELEQNRLWGAESTHRQLMGMMQSNLKKIHHEQGKLEGIGLLKVYIRESEQKERMFIYELLPPLRPNDFFEDGMLNVFLYNRVGKTKYQQLRQFYTHPSVGAGAREITRPFNHAFASFQPSEWKMTPDMEEAMKLPEDYETASVGQAPSYTVTEEVFDFELFMAGLSETMIPRKSITQDVRESIKKLSYLYGIDPISMQHVVMTAINEQDTITAEALRKAASDWYQIERSGKLPELIDKTQPVTLRENRTEKDDSLNGELIAQLETISPRKLLQDIADGTEPSKADLQIIADIMFEQKLEPGVTNVLIYYVMLKTDMKLSKNYIQKIAAHWARKKVKTVREAMKLAIEEHRQYLDWADGKTNGAARGKKTVREEKRPDWMKEEETGKKQEQPALSAQDLEEQKKKMMEEMKKLKKYSAY NA NA NA NA NA D1-12_01900 459 nrdR COG1327 Transcriptional repressor NrdR TTGAAATGTCCTTCATGCCAGCATAACGGTTCCCGCGTACTTGATTCACGGCCTGCGGACGAAGGGAAATCAATCCGCAGAAGGCGGGAATGCGAAGCCTGCCATTACCGCTTCACTACATTTGAGAAGTTTGAAGAGATGCCTCTGATCGTCGTGAAAAAAGAAGGCGTCCGGGAAGAATTCAGCCGTGAAAAAATGCTGCGCGGGTTAATTAAAGCTTGTGAAAAAAGGCCCGTTCCTTTAAAAACATTGGAAGACATGTGCTTTGACATTGAAAAAGAGCTGAGAAACCAAGGTGTATCTGAAGTCAAAAGCGAACTTGTCGGAGAAATGGTAATGGACCGTCTGGCGAAAATCGATGAGGTGTCTTATGTCCGCTTTGCCTCCGTCTACCGGCAGTTTAAGGATATAAACGTGTTTATCGATGAATTGAAAGATTTAATAAAGAAAGAACGCTGA MKCPSCQHNGSRVLDSRPADEGKSIRRRRECEACHYRFTTFEKFEEMPLIVVKKEGVREEFSREKMLRGLIKACEKRPVPLKTLEDMCFDIEKELRNQGVSEVKSELVGEMVMDRLAKIDEVSYVRFASVYRQFKDINVFIDELKDLIKKER NA NA NA NA NA D1-12_01901 381 speH COG1586 S-adenosylmethionine decarboxylase proenzyme ATGGAAACAATGGGGCGTCACGTCATCTCCGAGCTGTGGGGATGCGATTTTGATAAGCTCAATGACATGGATTTTATTGAAAAAACGTTTGTAAATGCTGCTTTGAAATCAGGAGCTGAGGTGCGCGAGGTCGCATTTCACAAATTTGCACCGCAAGGCGTAAGCGGAGTCGTTATTATCTCTGAGTCACATTTAACGATTCACAGTTTTCCTGAACACGGATATGCAAGCATTGATGTTTATACTTGTGGAGACCTGGATCCTAATGTGGCTGCGGATTACATTGCGGACGCATTACATGCAGATACAAGAGAAAACATTGAAATACCGAGAGGAATGGGGCCTGTACAGATTAAACAGGCACAAGCGAAAGTACTGTAA METMGRHVISELWGCDFDKLNDMDFIEKTFVNAALKSGAEVREVAFHKFAPQGVSGVVIISESHLTIHSFPEHGYASIDVYTCGDLDPNVAADYIADALHADTRENIEIPRGMGPVQIKQAQAKVL PGPT0007760_2203 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 D1-12_01902 1023 gapB COG0057 Glyceraldehyde-3-phosphate dehydrogenase 2 ATGAAGGTAAAAGTAGCAATCAACGGGTTTGGAAGAATCGGAAGAATGGTGTTCAGAAAAGCAATGGAAGATGATCAAATTCAAATAACAGCCATTAATGCAAGCTATCCCCCGGAAACGCTTGCTCATTTGATAAAGTATGACACAATTCACGGCAAATACGATCAAGAAGTTGAGACCTCCGACGACAGTCTGATCGTCAATGGAAAACATATTATGCTGTTCAATCGCCGGGACCCGAGAGAGCTTCCGTGGAAAGAATGCGGAATAGACATCGTCGTAGAGGCAACGGGGAAATTTAATTCAAAAGAAAAAGCAATGAGCCATATTGAAGCAGGGGCGAAAAAAGTTATTTTAACGGCTCCGGGCAAAAATGAAGACGTTACCATTGTCATGGGAGTAAATGAAGAGCAATTCAATCCCGATGAACATGTCATTATTTCAAATGCATCCTGCACGACAAACTGTCTTGCGCCGGTCGTCAAAGTGCTTGATCAGGAATTCGGAATTGAAAGCGGCCTGATGACGACTGTTCACGCTTACACGAATGATCAAAAAAATATCGACAATCCGCATAAAGATCTGCGGAGGGCGAGAGCGTGCGGAGAATCCATCATTCCGACTTCTACAGGCGCCGCCAAAGCGCTGTCGCTCGTGCTGCCTCATTTGAAAGGAAAACTTCACGGTCTCGCTTTGCGTGTTCCCGTTCCGAATGTGTCATTAGTGGACCTTGTCTGCGATCTGAAAACAGATGTGTCGGCCGAGCAAGTGAACGCCGCTTTCCAAAGAGCCGCAAAAACGTCGATGTACGGAATTCTTGATTATTCGGATGAGCCGCTCGTTTCTTCGGATTATAATACGAATTCACACTCTGCGATCATCGACGGACTGACAACGATAGTGATGGAAGACCGAAAAGTAAAGGTGCTCGCCTGGTATGACAATGAATGGGGATATTCCTGCCGGGTCGTTGATCTTATCCGTCACGTCGCCGCGCGAATGAAACACCCGTCAGCTGTGTAG MKVKVAINGFGRIGRMVFRKAMEDDQIQITAINASYPPETLAHLIKYDTIHGKYDQEVETSDDSLIVNGKHIMLFNRRDPRELPWKECGIDIVVEATGKFNSKEKAMSHIEAGAKKVILTAPGKNEDVTIVMGVNEEQFNPDEHVIISNASCTTNCLAPVVKVLDQEFGIESGLMTTVHAYTNDQKNIDNPHKDLRRARACGESIIPTSTGAAKALSLVLPHLKGKLHGLALRVPVPNVSLVDLVCDLKTDVSAEQVNAAFQRAAKTSMYGILDYSDEPLVSSDYNTNSHSAIIDGLTTIVMEDRKVKVLAWYDNEWGYSCRVVDLIRHVAARMKHPSAV PGPT0018000_2251 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 D1-12_01903 387 ytcD_2 COG1733 putative HTH-type transcriptional regulator YtcD TTGCTGAAGAAAAAATACAATATATCCGTAGAAGCGGCGCTTGAAGTGATCGGCGGAAAATGGAAGTGTGTGATCCTCTGCCACCTCATGCGCGGGAAAAAACGGACAAGCGAATTGAAGCGGCTTATGCCGGACATCACCCAGAAGATGCTGACACAGCAATTGCGGGAGCTGGAAGCTGACGGCGTCATCAACCGGATCGTGTACAATCAGGTGCCGCCGAAAGTGGAATACGAGCTGAGTGAATACGGGCACAGTCTGGAAAGAATTTTAAACGCGCTGTGCGACTGGGGCGCGATGCATATTGCGAAACGGTACGGCGAGGTGTCTTCCGTTTTAGAGGACAGCATTTTAAATGACAAATTTAAAGAACCGGGACAAATATAA MLKKKYNISVEAALEVIGGKWKCVILCHLMRGKKRTSELKRLMPDITQKMLTQQLRELEADGVINRIVYNQVPPKVEYELSEYGHSLERILNALCDWGAMHIAKRYGEVSSVLEDSILNDKFKEPGQI NA NA NA NA NA D1-12_01904 1200 ydhP_1 COG2814 Inner membrane transport protein YdhP ATGTCTTCACATCGCCAAAGCTATTTACCAGCGCTGCTGGCATTAGCCGTCAGCGCTTTTGCGATCGGCACAACCGAATTTATCAGCGTCGGGCTGCTGCCGCTTATATCTCAAGATCTGCATATACCTGTGACAACGGCGGGGCTTACCGTTTCCATGTATGCTCTGGGCGTGACATTCGGCGCGCCGGTTTTAACATCTCTCACATCCGGCATGTCACGGAAAACGCTGCTGCTCTGGGTGATGTTAATTTTTATCGCCGGAAATACACTCGCGGCAAGTGCGTCCTCAATCGGCGTCTTACTGGCGGCACGGGTTATTTCGGCGTTTTCCCACGGCATTTTCATGTCAATCGGGGCAACAATCGCCGCCAATATCGTGCCGGAGCATAAAAGAGCAAGCGCGATTTCCATTATGTTTACGGGGCTGACGGTGGCTACGGTGACCGGCGTTCCGTTCGGCACCTATCTCGGTCAGCAATTCGGATGGAGAATCGCATTTGCCGTCATTGTGGCGGTAGGAATCATCGCATTCCTCACAAACGCGCTTCTCGTTCCGTCGCATTTGCGCAAAGGGACGAAAACCGCATTTTCCGAGCAGGTCAAACTCGTCACAAACGGGCGGTTATTGCTTTTATTTATTATTACGGCGTTAGGCTACGGCGGAACGTTTGTCGTGTTTACGTATTTATCTCCGCTTCTTCAGGAGGTAACCGGTTTTCAGAAAGAAACCGTCGCGGCCATCCTGCTCATTTACGGAATTGCGATTGCCATCGGAAACATGATTGGCGGCCGTTTATCAAACCGAAATCCGCTGAAAGCCTTGTTTTATATGTTCATTGTCCAGGCTGCTGTGCTGTTTGTTCTGACTTTTACCGCGCCGTTTAAAACAGCCGGGCTGATCACCATTATTTTCATAGGGCTGTTGGCGTTTATGAATGTGCCGGGGCTTCAGGTATATGTCGTGATGCTGAGTGAACGTTTTGCGCCAAGCGCCGTTGATACAGCATCAGCATTAAATATCGCGGCATTTAATGCCGGAATCGCGATCGGCTCGTTTGCCGGCGGAATCATTACAGACTCAATCGGAATCATTCATACCGCTTGGATCGGGGCGCTGATGGTGCTCAGCGCGGTCGTATTAACCGGATGGAGCAGGAAGCTTGAAAAGGGGGATCGCACTGCCCTTGAAAGGAGGTGA MSSHRQSYLPALLALAVSAFAIGTTEFISVGLLPLISQDLHIPVTTAGLTVSMYALGVTFGAPVLTSLTSGMSRKTLLLWVMLIFIAGNTLAASASSIGVLLAARVISAFSHGIFMSIGATIAANIVPEHKRASAISIMFTGLTVATVTGVPFGTYLGQQFGWRIAFAVIVAVGIIAFLTNALLVPSHLRKGTKTAFSEQVKLVTNGRLLLLFIITALGYGGTFVVFTYLSPLLQEVTGFQKETVAAILLIYGIAIAIGNMIGGRLSNRNPLKALFYMFIVQAAVLFVLTFTAPFKTAGLITIIFIGLLAFMNVPGLQVYVVMLSERFAPSAVDTASALNIAAFNAGIAIGSFAGGIITDSIGIIHTAWIGALMVLSAVVLTGWSRKLEKGDRTALERR PGPT0028991_1564 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 D1-12_01905 843 ytbE COG0656 putative oxidoreductase YtbE ATGACAACACATTTACAAGCAAAAACAACATTGCATAACGGAGTAGAGATGCCTTGGTTCGGCATCGGAGTTTTCAAAGTAGAGGAAGGCGCGGAACTCGTCAACGCGGTGAAAACGGCATTGGTGCACGGCTATCGCAGCGTCGATACCGCCGCGATTTACGGAAATGAAGAAGGTGTCGGCGAAGGCATCCGCCAAGGACTGCAAGAAGCGGGATTAAAACGTGAAGACATTTTTGTCACGTCAAAAGTATGGAATGCCGATTTAGGATATGAAGAAACGTTAAAAGCGTTTGACACAAGCTTAGAAAAACTCGGTTTAGATTATTTGGATTTATATTTGATCCATTGGCCTGTCGAAGGAAAGTACATCGATGCGTGGCGGGCGCTCGAAACCCTCTACCGGGATGGACGCATTAAGGCGATCGGGGTCAGCAATTTCCAAATTCACCATCTGAAACATCTCATGAAAGAAACGGAAATCAAGCCGATGATCAACCAGGTGGAGTACCATCCGCGTCTGACACAGAAAGAACTGCTTGCTTTCTGTACTGAACAAGGTATTCAGCTAGAAGCGTGGTCGCCATTGATGCAAGGGCAGCTGCTTGATCACCCCGTCTTACAAGAGATCGCTGAGAAGTACGGCAAATCAGCCGCTCAAGTGATTTTGCGCTGGGATTTGCAAAACGGTGTTATCACCATTCCGAAATCAACTAAAAAACACCGTATTGAAGAAAATGCAAATGTCTTTGATTTCGAACTGTCAGCTGACGATATGAAGCGGATTGATGATCTGAACGAAAATCTCCGTGTCGGTCCTGACCCTGACAATTTTGATTTTTAA MTTHLQAKTTLHNGVEMPWFGIGVFKVEEGAELVNAVKTALVHGYRSVDTAAIYGNEEGVGEGIRQGLQEAGLKREDIFVTSKVWNADLGYEETLKAFDTSLEKLGLDYLDLYLIHWPVEGKYIDAWRALETLYRDGRIKAIGVSNFQIHHLKHLMKETEIKPMINQVEYHPRLTQKELLAFCTEQGIQLEAWSPLMQGQLLDHPVLQEIAEKYGKSAAQVILRWDLQNGVITIPKSTKKHRIEENANVFDFELSADDMKRIDDLNENLRVGPDPDNFDF PGPT0014985_89 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-METHYLGLYOXAL_DETOXIFICATION,PGPT0014985-yvgN-K23257 NA NA D1-12_01906 594 coaE Dephospho-CoA kinase TTGAGCTTGGTCATCGGTTTAACGGGAGGCATCGCAAGCGGCAAAAGCACAGTAGCGCGTATGCTGATCGACAAAAAAATAACAGTCATTGATGCGGATGTCATCGCAAAACAGGCGGTGGAAAAAGGGATGCCGGCTTACGGACAAATTGTGGAGGCATTCGGAAAAGACATCCTGCTGGAAAATGGCGATATTGACAGAAAAAAACTCGGTTCTATCGTTTTTACTGACGAACAGAAGCGTCTGAAGCTGAATCAGATCGTTCATCCGGCGGTGCGTGCGGAAATGCTGAAACAGCGGGATGAAGCCGTTGCACGAAAAGAGCAGTTCGTCGTTTTGGATATACCGCTTTTGTATGAAAGCGGGCTTGATTATCTTGTCGGCAAGGTGCTCGTCGTCACCGTACCGGCAGACATTCAGCTCAAACGGCTGATGGAGCGGAATTCCCTTACAGAAGAAGAAGCGATGAGCCGGATAACGTCGCAAATGCCTTTAGCGAACAAAACAAAAAAAGCTGACGCCGTCATTGATAACAGCGGCAGTCTTGAACATACAAAGCACCAGCTTGAGGAAGTATTGAGCGGCTGGGCATAA MSLVIGLTGGIASGKSTVARMLIDKKITVIDADVIAKQAVEKGMPAYGQIVEAFGKDILLENGDIDRKKLGSIVFTDEQKRLKLNQIVHPAVRAEMLKQRDEAVARKEQFVVLDIPLLYESGLDYLVGKVLVVTVPADIQLKRLMERNSLTEEEAMSRITSQMPLANKTKKADAVIDNSGSLEHTKHQLEEVLSGWA PGPT0008835_4476 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 D1-12_01907 633 ytaF_2 putative sporulation protein YtaF ATGGAGATTGTTTCTTTGCTGCTTTTGGCTTTTGCTGTCAGCTTGGACAGTTTTTCAGTCGGGTTTACGTATGGTTTGAGAAAAATGAAAATCCCGTTCAAAGCGATTGCCGTGATCGCTTGCTGTTCAGCCTCTGTGATGTTTATATCCATGCTGATCGGCCATTTTCTGACAAAGATTTTTCCCGTATCCGTCACGGAAAAACTGGGCGGGCTGATCTTAATCGGAATCGGGGCATGGGTCATCTGGCAATTTTTCAAACCGGCTAAAGAGCCTGATTACTTATTGCATGAAAAAACGTTACTTAATCTTGAAGTGAAATCGCTCGGCATCGTGATTCACATTTTGAAAAAACCGACCAGCGCCGATATTGATCAATCCGGAACCATTAACGGAGTCGAGGCGCTTCTGCTCGGTATCGCCTTATCCATTGACGCGTTTGGCGCCGGGCTGGGAGCGGCCATTCTCGGCTTTTCTCCGGTTATGATGAGCGTGACTGTCGGGCTGATGAGCTCGCTGTTTGTTTCACTCGGCATAAACGCGGGGCATTTGCTCTCAAGATGGAATTGGATAGATAAAATGACATTTTTGCCGGGAGTCCTGCTGATTATCATCGGGATTTGGAAAATGTAA MEIVSLLLLAFAVSLDSFSVGFTYGLRKMKIPFKAIAVIACCSASVMFISMLIGHFLTKIFPVSVTEKLGGLILIGIGAWVIWQFFKPAKEPDYLLHEKTLLNLEVKSLGIVIHILKKPTSADIDQSGTINGVEALLLGIALSIDAFGAGLGAAILGFSPVMMSVTVGLMSSLFVSLGINAGHLLSRWNWIDKMTFLPGVLLIIIGIWKM NA NA NA NA NA D1-12_01908 831 mutM COG0266 Formamidopyrimidine-DNA glycosylase GTGCCGGAATTACCAGAAGTTGAAACGGTCCGGCGCACTCTGACCGGTCTTGTGAAGGGGAAAACGATTGAATCGGCGGATATCAGATGGCCGAATATCATCAAAAAACCCGCCGAGCCGGAGGAATTCGCGCGGCAGATTGCAGGAGAAACGATCCGATCCATCGGAAGAAGGGGAAAGTTTTTGCTTTTCCATCTGGATCATTATGTCATGGTGTCCCACCTGCGGATGGAGGGGAAATACGGTCTTCATCAGGCCGATGAGCCTGACGATAAACATGTGCACGTCGTGTTTCACATGACGGACGGAACACAGCTCCGCTACCGGGATGTCCGGAAATTCGGCACGATGCATTTGTTTGCGCCGGGAGAGGAACAGAATGCATTACCGCTTTCACAGCTCGGGCCCGAACCCGATGATGAAGCATTTACCGCTGCTTATTTAAAAGAGCGGCTTGCAAAAACGAACCGCGCGGTGAAAACAGCCCTGCTCGACCAAAAAGCGGTCGTCGGCCTCGGCAATATTTATGTCGATGAAGCTTTATTCCGGGCGCGTATTCATCCTGAGACAAAAGCGAACAGTCTGTCAGACGGGCAGATAAAAACGCTTCATACAGAAATTAAAGACACCCTTCAGGAAGCGATTGACGCGGGCGGGAGCACCGTCCGGTCTTATATCAATTCTCAAGGGGAGATCGGAATGTTTCAGCTCAAACATTACGTATACGGCAAAAAGGATGAACCGTGCAAAACGTGCGGCACGATGATTTCTAAAATCGTGGTCGGCGGAAGAGGGACGCATTTTTGCGCCCGCTGCCAAAAAAAATCATAA MPELPEVETVRRTLTGLVKGKTIESADIRWPNIIKKPAEPEEFARQIAGETIRSIGRRGKFLLFHLDHYVMVSHLRMEGKYGLHQADEPDDKHVHVVFHMTDGTQLRYRDVRKFGTMHLFAPGEEQNALPLSQLGPEPDDEAFTAAYLKERLAKTNRAVKTALLDQKAVVGLGNIYVDEALFRARIHPETKANSLSDGQIKTLHTEIKDTLQEAIDAGGSTVRSYINSQGEIGMFQLKHYVYGKKDEPCKTCGTMISKIVVGGRGTHFCARCQKKS 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 D1-12_01909 2640 polA DNA polymerase I ATGACGGAACGAAAAAAATTAGTGCTTGTCGACGGAAACAGTCTGGCGTACCGGGCGTTTTTTGCATTGCCGCTTTTAAGCAATGAAAAAGGCATCCATACAAATGCCGTATACGGGTTTGCGATGATTTTAATGAAGATGCTGGAAGATGAAAAGCCGACCCACATGCTGGTGGCTTTTGATGCGGGAAAAACCACTTTCCGCCACAGCACGTTTAAAGAATATAAAGGCGGAAGACAAAAAACGCCGCCGGAGCTTTCAGAACAGATGCCGTTCATCCGCGAGCTCCTTGATGCCTATAACATCAGCCGCTATGAGCTTCCTGAATATGAAGCGGACGATATTATCGGCACGCTTGCCGTATCTGCTGAAAAAGACGGCTTCGAAGTAAAGGTAGTTTCGGGGGACAAGGACTTAACCCAGCTTGCAACCGGGAAAACGACCGTTGCCATTACGAGAAAAGGCATTACCGACGTGGAGGATTACACGCCGGAGCACGTGCAAGAAAAGTACGGTCTGACCCCTTTGCAAATCATTGATATGAAGGGATTAATGGGGGATTCATCCGATAACATACCGGGCGTCCCCGGCGTCGGAGAAAAAACCGCGATTAAGCTCTTAAAGCAGTTCCATTCGGTTGAGAAACTGCTTGATTCCATTGATGAAGTCAGCGGAAAAAAATTAAAAGAAAAGCTTGAAGAATACAAGGAACAAGCCCTGATGAGCAAAGAACTGGCGACGATTATGACAAATGCGCCGATTGAAGTCAAGCCCGAAGATTTAGATTACCAAGGGTTTGACCGTGAACAAGTTGTTGCCATTTTTAAAGACCTGGGTTTTAATACGCTTCTTGAGCGGCTCGGTGAAGAAAGCGGGGAAACGGCGGAAGAAAATTTTGAAGACATCAATGTCGAAACGGCAGAAGAAATCACCGAAGATATGCTCGTTTCGCCGTCCGCTTTGGTCGTCGAACAAATCGGTGATAACTATCACGAAGAACCGATCCTCGGCTTTTCCATCGTGAATGAAACAGGTCTTTATTATATTCCGAAAGAAATCGCCATTCAGTCTGAAGCGTTTAAATCTTGGGCTGAAGATGAATCGATGAAAAAGTGGGTGTTCGACAGCAAACGTTCCGTCGTCGCTTTGCGCTGGCAGGGAATTGAGCTGAAGGGAACGGAATTTGACGCGCTTCTTGCTGCCTACATTATAAACCCGGGCAACTCGTACGACGATGTCGCGAGCGTAGCGAAAGAATACGGGCTGAATATCGTTTCAAAAGATGAAGCGGTATACGGAAAAGGCGCAAAGCGCGCCGTTCCGGCTGAAAAAGAGCTTGCCGATCATCTCGCGCGGAAAGCGTCTGCCGTTAACAGCCTCCGTGACAAACTGCTGCACGCGCTGGAAGAAAATAATCAGCTTGAATTATATGAAGATCTCGAACTTCCGCTTGCGCTTATTCTCGGAGAAATGGAATCAATGGGCGTCAAAGTGGATGTTGAAAGACTGAAGCGAATGGGCGAAGAGCTTAAGGCGAAGCTGAAGGAATATGAAGAAAAAATCCATGACATCGCCGGTGAGCCGTTTAACATCAATTCACCAAAACAGCTCGGCGTCATTCTGTTTGAAAAGCTCGGCCTGCCGCCAGTAAAGAAAACAAAAACAGGCTATTCCACTTCAGCCGATGTCCTGGAAAAGCTCGCAGACAAACATGATATCGTCGCTTACATTCTGCAATACAGACAAATCGGCAAGCTTCAATCGACTTATATAGAAGGGCTGCTGAAAGTCACGCGCAAGGATTCTCATAAGGTGCATACACGGTTCAATCAGGCGTTGACTCAAACCGGACGCCTCAGCTCAACGGATCCGAACCTGCAAAATATTCCGATCCGGCTGGAGGAAGGGCGGAAAATCCGTCAGGCTTTCGTACCGTCCGAACCGGATTGGCTTATTTTCGCCGCCGATTATTCACAAATTGAATTAAGGGTGCTTGCGCATATTTCAAAAGATGAAAATCTGATCGAAGCGTTTACGAATGACATGGACATTCACACAAAAACCGCCATGGACGTGTTTCATGTCAGTGAAGATGAAGTGACACAAGCGATGCGCCGCCAGGCAAAGGCCGTCAATTTCGGCATTGTTTACGGCATCAGTGATTACGGGCTGTCACAAAACCTCGGCATCACCCGGAAAGAAGCGGGCGCTTTTATTGACCGCTATTTGGAGAGCTTCCCGGGCGTCAAGGCATATATGGAAGAGTCGGTGCAGGAAGCGAAGCAAAAAGGATATGTCACGACACTTATGCAGCGCCGCCGCTATATTCCTGAGCTGACCAGCCGCAACTTCAACCTGCGGAGCTTTGCGGAACGGACGGCCATGAATACGCCGATTCAGGGAAGCGCCGCCGATATTATTAAAAAAGCCATGATTGACATGGCAGCTGAGCTGAAAGAAAAAAACCTGAAGGCGCGACTGCTGCTTCAGGTGCACGATGAATTGATTTTTGAAGCGCCTAAGGAAGAAATTGAAATATTAGAGAAGCTGGTTCCTGAAGTGATGGAGCATGCTTTGGCATTAGACGTGCCGCTGAAGGCTGATTATGCTTCAGGGCCGTCTTGGTACGATGCAAAATAA MTERKKLVLVDGNSLAYRAFFALPLLSNEKGIHTNAVYGFAMILMKMLEDEKPTHMLVAFDAGKTTFRHSTFKEYKGGRQKTPPELSEQMPFIRELLDAYNISRYELPEYEADDIIGTLAVSAEKDGFEVKVVSGDKDLTQLATGKTTVAITRKGITDVEDYTPEHVQEKYGLTPLQIIDMKGLMGDSSDNIPGVPGVGEKTAIKLLKQFHSVEKLLDSIDEVSGKKLKEKLEEYKEQALMSKELATIMTNAPIEVKPEDLDYQGFDREQVVAIFKDLGFNTLLERLGEESGETAEENFEDINVETAEEITEDMLVSPSALVVEQIGDNYHEEPILGFSIVNETGLYYIPKEIAIQSEAFKSWAEDESMKKWVFDSKRSVVALRWQGIELKGTEFDALLAAYIINPGNSYDDVASVAKEYGLNIVSKDEAVYGKGAKRAVPAEKELADHLARKASAVNSLRDKLLHALEENNQLELYEDLELPLALILGEMESMGVKVDVERLKRMGEELKAKLKEYEEKIHDIAGEPFNINSPKQLGVILFEKLGLPPVKKTKTGYSTSADVLEKLADKHDIVAYILQYRQIGKLQSTYIEGLLKVTRKDSHKVHTRFNQALTQTGRLSSTDPNLQNIPIRLEEGRKIRQAFVPSEPDWLIFAADYSQIELRVLAHISKDENLIEAFTNDMDIHTKTAMDVFHVSEDEVTQAMRRQAKAVNFGIVYGISDYGLSQNLGITRKEAGAFIDRYLESFPGVKAYMEESVQEAKQKGYVTTLMQRRRYIPELTSRNFNLRSFAERTAMNTPIQGSAADIIKKAMIDMAAELKEKNLKARLLLQVHDELIFEAPKEEIEILEKLVPEVMEHALALDVPLKADYASGPSWYDAK NA NA NA NA NA D1-12_01910 1740 phoR COG0642 Alkaline phosphatase synthesis sensor protein PhoR ATGAATAAAGTCCGTGTGCGTCTGTTCGCTTTACTCGTTGTATGTATCATATTGGTTTTCAGTGTTCTCGGCCTTTTTTTACAGCAGCTTATTTCTTCATCCGCTGAAGAAAGAACGGCGGATCAGCTGAAAAAGGAATCGGTATACATAGCGGGCCTTCTTGACACCGGCCGAATCGGCAATAAAAGCAATGAAACGGTAATCCGTGATGCCGGCCGCACCCTCGGTATAAACGTCGCCGTGCTCAACGAGAAGGGTGACGCCGTATATCATTCCGGCAGCCATGCTGATGATTCAGCCGTAAAGGAGTTCATTTCTCACAATAAAAGTGAGGAAGCCGTACAGTCGAAAAGCAAAGTCATCCGCGGCACTGCCGTAAAAAATGACGCCGGGAAAATTGCGGGGTATGTACTTGTTTCCTCTGAGATCAACGGCGGTTCAAGCGTTACCGGAGAAATGTGGGGCATGCTGGCAGCAAGTCTTTGTACCGCTTTTATCATTATCGTTTTCTTTTATACAAACATGACGTCCCGTTACAAAAAATCCATCGACGCCGCGACAAAGGTGGCGACGGAGCTGTCCAAAGGGAATTATGACGCCCGCTCCTACAGCGGTTACGCAAGGCGGTCGGACCGTCTCGGGCGTGCGATGAACAGCCTGGCGGTCGATTTAATGGAAATGACGAGAACGCAGGATATGCAGCGCGATCGTCTGTTAACCGTCATTGAAAATATCGGCTCCGGTTTGATTTTAATAGACGGGAGAGGTTTTATCAATCTCGTGAACCGGTCATACACGAAGCAGTTTCATACAAAGCCTGAACGTCTGCTTCGGCGCCTTTACCACGATGCGTTTGAACATGAGGAGATCATTCGGCTAGTCGAAGACATTTTTATGACGGAGACGAAAAAATGCCAGCTGCTCAGACTTCCCATCAATATTGAGCGGCGCTACTTTGAAGTTGACGGCGTTCCGATCATGGGCCCTGACGATGAATGGAAGGGCATCGTCCTCGTCTTTCACGATATGACGGAAATTAAAAAATTGGAGCAGATGAGAAAGGACTTCGTCGCCAATGTCTCCCATGAACTGAAAACACCGATCACCTCGATTAAAGGATTTACGGAAACACTGTTAGACGGAGCGATGAAAGATGAAAAGGCGCTTTCAGACTTTCTGTCTATCATTCTGAAAGAAAGTGAGCGGCTCCAATCTCTCGTGCAGGATTTACTGGATTTATCCAAGATGGAGCAGCAAAACTTTACGATGCGCGTAGAGTCCTTTGACGCCGCAAAAATTCTGCATGAAATTGAGGCGCTTTTGCGGCATAAGGCTGCGGAAAAAGGCATCAGCTTTCAGCTCGATCTCCCGGAAGAGCCGATTTTTGTGACGGGTGATGCGCACAGGCTGAAGCAGGTATTTTTGAATCTGGCGAACAATGCCCTGACCTACACGCCTGAAAAAGGGACGGTGGGGATTTCGGTACATGTGAAAGAAACCGTTGTCGATATCAAAGTGTCCGATACGGGAATCGGCATTCAGAAGGAAGAGATCCCGCGGATATTTGAGAGATTCTACCGCGTGGATAAAGACAGAAGCCGCAACTCGGGAGGAACCGGGCTCGGCCTCGCCATCGTGAAGCACTTAATAGAAGCCCATGAAGGTAAAATCGAGGTCACAAGCGAGCCGGGACAGGGGACTGTATTTACCGTGACGCTGAAGCGGCAGCCGGAAGCGTGA MNKVRVRLFALLVVCIILVFSVLGLFLQQLISSSAEERTADQLKKESVYIAGLLDTGRIGNKSNETVIRDAGRTLGINVAVLNEKGDAVYHSGSHADDSAVKEFISHNKSEEAVQSKSKVIRGTAVKNDAGKIAGYVLVSSEINGGSSVTGEMWGMLAASLCTAFIIIVFFYTNMTSRYKKSIDAATKVATELSKGNYDARSYSGYARRSDRLGRAMNSLAVDLMEMTRTQDMQRDRLLTVIENIGSGLILIDGRGFINLVNRSYTKQFHTKPERLLRRLYHDAFEHEEIIRLVEDIFMTETKKCQLLRLPINIERRYFEVDGVPIMGPDDEWKGIVLVFHDMTEIKKLEQMRKDFVANVSHELKTPITSIKGFTETLLDGAMKDEKALSDFLSIILKESERLQSLVQDLLDLSKMEQQNFTMRVESFDAAKILHEIEALLRHKAAEKGISFQLDLPEEPIFVTGDAHRLKQVFLNLANNALTYTPEKGTVGISVHVKETVVDIKVSDTGIGIQKEEIPRIFERFYRVDKDRSRNSGGTGLGLAIVKHLIEAHEGKIEVTSEPGQGTVFTVTLKRQPEA PGPT0002705_640 DIRECT EFFECT BIO-FERTILIZATION PHOSPHATE_SOLUBILIZATION P-SOLUBILISATION-PHOSPHATE_METABOLISM P-SOLUBILISATION-PHOSPAHTE_HOMEOSTASIS|REGULATION,PGPT0002705-phoR-K07636 NA NA D1-12_01911 720 phoP COG0745 Alkaline phosphatase synthesis transcriptional regulatory protein PhoP ATGAACAAAAAAATTTTAGTTGTAGATGATGAACAATCTATCGTTACTCTTTTACAGTATAATCTGGAACGGTCCGGCTATGATGTCATCACCGCATCAGACGGCGAAGAGGCTCTGGAGCAGGCAGAGAATGAAAATCCGGATTTAATCGTACTGGATGTCATGCTGCCGAAAGTGGACGGAATCGACGTCTGTAAACAGCTCAGACAGCAGAAAATGATGGTTCCGATCTTGATGCTGACAGCAAAAGATGAGGAGTTTGATAAAGTGCTGGGACTGGAGCTCGGAGCGGATGATTACATGACAAAGCCGTTCAGTCCGCGGGAAGTCACTGCGCGGGTGAAAGCCATTTTAAGAAGGGCTGACATTTCTTCGCTGTCACAAGGCAGAGAAGAGGAAAAGGACGGGCAGATCCTCATCGGCGAGCTGAAAATTCTTCCGGAGCATTACGAAGCGTACTTTAAGTCAGAACAGCTGGAACTGACGCCTAAAGAATTTGAACTGCTTCTGTATTTGGGAAAACATAAGGGAAGAGTGCTGACGAGAGATCTTCTGCTGAGCGCGGTCTGGAACTATGATTTTGCCGGGGATACCCGGATTGTTGACGTTCATATCAGCCATCTGCGCGACAAAATCGAATCAAATACCAAAAAACCCATCTATATTAAAACAATCAGAGGTTTGGGGTATAAACTGGAGGAGCCAAAAATGAATGAATAA MNKKILVVDDEQSIVTLLQYNLERSGYDVITASDGEEALEQAENENPDLIVLDVMLPKVDGIDVCKQLRQQKMMVPILMLTAKDEEFDKVLGLELGADDYMTKPFSPREVTARVKAILRRADISSLSQGREEEKDGQILIGELKILPEHYEAYFKSEQLELTPKEFELLLYLGKHKGRVLTRDLLLSAVWNYDFAGDTRIVDVHISHLRDKIESNTKKPIYIKTIRGLGYKLEEPKMNE PGPT0002665_80 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCAN_METABOLISM CE-EPS-GALACTOGLUCAN_METABOLIC_PATHWAY,PGPT0002665-phoP|phoB1-K07658 NA NA D1-12_01912 939 mdh COG0039 Malate dehydrogenase ATGGGAAAAACACGCAGTAAAGTTTCTGTTATCGGAGCAGGATTTACGGGAGCGACAACAGCCTTTCTTACAGCTCAAAAAGAGCTTGCAGACGTTGTGCTCGTTGATATTCCGCAATTAGAAAACCCGACAAAAGGAAAAGCGCTAGACATGCTCGAAGCAAGTCCGGTTCAAGGATTTGACGCGAAAATCACAGGCACGTCCAACTACGAGGACACAGCCGGTTCTGATATCGTCGTCATCACAGCCGGAATTGCGAGAAAACCGGGCATGAGCCGTGATGATCTTGTATCTACAAACGAAAAAATCATGAGAAGCGTCACACGTGAGATCGTGAAATATTCTCCTGACTGCATTATCGTTGTATTGACAAACCCTGTTGATGCGATGACATATGCGGTGTACAAAGAATCAGGCTTCCCGAAAGAACGCGTCATCGGACAATCCGGAGTGCTTGACACTGCGCGATTCAGAACATTCGTCGCTGAAGAATTAAACCTGTCTGTAAAAGATGTGACCGGTTTTGTTCTTGGCGGACACGGTGACGACATGGTTCCTCTCGTCCGTTATTCCTATGCGGGCGGCATTCCGCTTGAAACGCTTATCCCGAAAGACCGTCTTGATGCGATTGTAGAACGCACAAGAAAAGGCGGCGGGGAAATCGTCAACCTTCTCGGCAACGGAAGCGCCTACTACGCGCCTGCTGCATCACTGACTGAAATGGTAGAAGCCATTTTGAAAGATCAGCGCCGCGTGCTTCCGACTATCGCTTACTTAGAAGGCGAATACGGTCATGAAGGTATTTACTTAGGCGTACCGACGATTATCGGAGGAAACGGCCTAGAGCAAATCATCGAGCTTGAACTGACAGACTATGAAAAAGCGCAGCTGAGTAAATCAGTTGAATCTGTCAAAAACGTGATGAAAGTATTGTCATAA MGKTRSKVSVIGAGFTGATTAFLTAQKELADVVLVDIPQLENPTKGKALDMLEASPVQGFDAKITGTSNYEDTAGSDIVVITAGIARKPGMSRDDLVSTNEKIMRSVTREIVKYSPDCIIVVLTNPVDAMTYAVYKESGFPKERVIGQSGVLDTARFRTFVAEELNLSVKDVTGFVLGGHGDDMVPLVRYSYAGGIPLETLIPKDRLDAIVERTRKGGGEIVNLLGNGSAYYAPAASLTEMVEAILKDQRRVLPTIAYLEGEYGHEGIYLGVPTIIGGNGLEQIIELELTDYEKAQLSKSVESVKNVMKVLS PGPT0001435_1505 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0001435-mdh-K00024 NA NA D1-12_01913 1272 icd COG0538 Isocitrate dehydrogenase [NADP] GTGTCACAAGGTGAAAAAATTACAGTCTCTAATGGAGTATTAAACGTACCAAATAATCCGATTATCCCGTTTATTGAAGGCGACGGCACAGGCCCTGATATTTGGAACGCCGCTTCTAAAGTATTGGAAGCCGCTGTTGAAAAAGCATATAAAGGCGAGAAAAAAATCACGTGGAAAGAAGTTTATGCCGGTGAAAAGGCTTATAATAAAACAGGTGAGTGGCTTCCTGCCAAAACGCTGGAAGACATCAGAGAGTACTTCATCGCCATCAAAGGTCCTCTGACGACACCGGTCGGCGGCGGTATCCGTTCTCTGAACGTGGCGCTGAGACAGGAGCTTGATTTGTTTACGTGCCTGCGCCCTGTCAGATATTTCACGGGAGTGCCTTCTCCGGTCAAACGTCCTGAAGATACGGATATGGTCATTTTCCGCGAGAATACGGAAGATATTTACGCCGGAATTGAGTATGCGAAAGGTTCTGAAGAGGTTGAAAAGCTGATCAGCTTCCTGCAAAATGAAATGGGTGTTAACAAAATCCGTTTCCCTGAAACGTCAGGAATCGGCATCAAACCTGTTTCTGAAGAAGGCACAAGCCGCTTAGTCAGAGCTGCCATTGAGTATGCGATCGAAAACGGCCGTAAGTCTGTCACGCTTGTCCACAAAGGAAACATCATGAAGTTCACTGAAGGGGCATTTAAAAACTGGGGCTACGAGCTTGCCGAAAGAGAATACGGAGATAAAGTATTCACTTGGGCTGAATATGACCGCATTGTCGAAAAAGACGGAAAAGAAGCGGCTGATAAAGCGCAGAGCGACGCGGAAGCGGCAGGAAAAATCATCGTCAAAGACAGCATCGCTGATATTTTCCTTCAGCAGATCTTGACCCGTCCGAGCGAATTCGACGTCGTGGCGACTATGAACTTAAACGGAGACTATATCTCTGATGCGCTTGCCGCTCAGGTAGGCGGAATCGGAATCGCGCCGGGAGCGAACATCAACTATGAAACAGGCCATGCGATTTTCGAAGCGACTCACGGAACGGCTCCTAAATATGCCGGCCTTGACAAAGTCAACCCGTCATCCGTCATCCTTTCAGGAGTGCTTCTTCTTGAACACCTGAACTGGAATGAGGCTGCTGACTTGATCATTAAATCTATGGAAAAAACGATTGCTTCAAAAGTAGTAACGTACGATTTTGCTAGATTAATGGACGGTGCAACTGAAGTGAAATGTTCAGAGTTTGGTGAAGAGCTAATCAAAAACATGGACTGA MSQGEKITVSNGVLNVPNNPIIPFIEGDGTGPDIWNAASKVLEAAVEKAYKGEKKITWKEVYAGEKAYNKTGEWLPAKTLEDIREYFIAIKGPLTTPVGGGIRSLNVALRQELDLFTCLRPVRYFTGVPSPVKRPEDTDMVIFRENTEDIYAGIEYAKGSEEVEKLISFLQNEMGVNKIRFPETSGIGIKPVSEEGTSRLVRAAIEYAIENGRKSVTLVHKGNIMKFTEGAFKNWGYELAEREYGDKVFTWAEYDRIVEKDGKEAADKAQSDAEAAGKIIVKDSIADIFLQQILTRPSEFDVVATMNLNGDYISDALAAQVGGIGIAPGANINYETGHAIFEATHGTAPKYAGLDKVNPSSVILSGVLLLEHLNWNEAADLIIKSMEKTIASKVVTYDFARLMDGATEVKCSEFGEELIKNMD PGPT0001170_2936 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 D1-12_01914 1119 citZ COG0372 Citrate synthase 2 ATGACAGCAACACGCGGTCTTGAAGGGGTTGTAGCAACAACATCATCTGTAAGCTCTATTATCGACGATACCCTTACATATGTAGGGTACGATATTGACGACTTGACAGAGAATGCAAGTTTTGAAGAAATCATTTATTTGCTGTGGCATCTGCGCCTGCCGAATAAAACGGAACTTGCTGAACTGAAAAAACAGCTTGCGAAAGAAGCTGCCGTTCCACAAGAAATCATTGAGCACTTCAAATCCTATCCCCTCAATAACGTACATCCAATGGCTGCGCTCCGGACGGCGATTTCATTACTCGGTCTGACTGACAGTGAAGCCGATGTCATGAATCCGGAAGCGAACTACAGAAAAGCCATCCGTCTGCAGGCGAAAGTGCCGGGCATTGTCGCTGCTTTCTCAAGAATCCGCAAAGGACTTGATCCTGTTGAACCGAAGGAAGAGTATGGAATCGCGGAGAACTTCCTTTACACCTTAAACGGTGAAGAGCCTTCTCCGATTGAAGTGGAAGCGTTTAACAAAGCGCTCATTCTTCATGCGGATCATGAGCTGAATGCATCAACATTTACGGCGAGAGTATGTGTCGCCACCTTATCTGATATTTACTCAGGCATCACTGCCGCCATCGGCGCTTTAAAAGGACCGCTTCACGGCGGAGCCAATGAAGCCGTCATGAAAATGCTGACAGAAATCGGCGAAGTGGAAAACGCCGAGCCTTATATCCGCAGCAAAATGGAGAAAAAGGAAAAAGTAATGGGCTTCGGACACCGTGTGTATAAGCATGGAGACCCGCGCGCCAAACACTTAAAAGAAATGAGCAAACGCCTGACGAATCTGACGGGTGAAAGCAAATGGTACGACATGTCAATCCGTGTCGAAGAAATCGTGACGTCGGAGAAAAAACTTCCGCCTAACGTTGATTTCTATTCCGCATCTGTATACCACAGTCTCGGCATTGATCACGATCTGTTCACGCCGATCTTTGCGGTCAGCAGAATGTCAGGATGGATCGCCCATATTCTTGAACAATACGATAACAACCGCCTCATCCGCCCGCGCGCTGATTACACGGGTCCGGATAAGCAGACTTTTGTTCCGCTTGATGAAAGAGCCTGA MTATRGLEGVVATTSSVSSIIDDTLTYVGYDIDDLTENASFEEIIYLLWHLRLPNKTELAELKKQLAKEAAVPQEIIEHFKSYPLNNVHPMAALRTAISLLGLTDSEADVMNPEANYRKAIRLQAKVPGIVAAFSRIRKGLDPVEPKEEYGIAENFLYTLNGEEPSPIEVEAFNKALILHADHELNASTFTARVCVATLSDIYSGITAAIGALKGPLHGGANEAVMKMLTEIGEVENAEPYIRSKMEKKEKVMGFGHRVYKHGDPRAKHLKEMSKRLTNLTGESKWYDMSIRVEEIVTSEKKLPPNVDFYSASVYHSLGIDHDLFTPIFAVSRMSGWIAHILEQYDNNRLIRPRADYTGPDKQTFVPLDERA PGPT0001455_5827 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 D1-12_01915 153 hypothetical protein ATGAATATTAAAAAAGCAATTTGTTTCTCTGTCTCTGCTTTCGCTATTACGTTCGGTGTAATTGCTTTTGTAGGAAACACGACTCATCTTCATCATAATGCAGCCAAAACTGATAATGAGGTAATACAACTAGCTGCGCGACTGCAAACATGA MNIKKAICFSVSAFAITFGVIAFVGNTTHLHHNAAKTDNEVIQLAARLQT NA NA NA NA NA D1-12_01916 1134 rapH_1 Response regulator aspartate phosphatase H ATGGACCAGGTATTACCGTCTTCACATGTAGGCGTTAAAATTAACGAGTGGTACAAGATGATTCGTCAATTTAGTGTGCCAGACGCGGAAATTTTAAAAGCCGAAGTGGAACACGAAATAAAAGAAATGGAAGAAGACGAATATTTACTTATTTATTACTCTCTCATGACTTTTCGTCATCAACTTATGCTAGATTATTTAAACCCAGAAATAAAGTATAGGACTGATAGGCCAACCACCACAGAACTACTTGAGAAGATTGAGAAACCACAAAAAACACTTACCGGCCTCTTAAAATATTACTCACATTTTTTTCGCGGAATGTACGAATTTGATCAGAAGCAGTATGTAGAAGCAATTAATTTTTATCGTAAAGCAGAGATGGAAATTCATCATGTCTCTGATGAAATAGAACAAGCTGAGTTTCATTTTAAGTTGGCAGAGGCTTATTATAATATGAAACAAACGCACGTATCCATGCATCATATTCTAAAAGCGTTAGAAATTTATGATCGAAACCCGCTTTATACCGTCCGAAAAATTCAAAGTTTATTTGTAATTGTGGGTAATTATCTTGATTTTAAACATTACGAAAAAGGATTACAGCATCTTGAGGAAGCCTTGAAGCTTTCGCAAGAATTTGGTCATAAAAGGTTGATTTCCTCTGCTCTTTATAATTTGGGTGAAAGTTATCACTACATGGGACAAGAAGAAAAGGCCGAAGCGTATTTGAGACAAGCAATTGTGATTGGTGAAGAAATGAAATTGAGAACTCTGCCCCATTCATATTATTCACTTTCCATAGTATTATTTAAGCAAAAGAAAACAGCCGCGGCAGGCCAAGCTTTAAAAGAAGGTTTAAAAACAGCAGTAAAATATGACGACAATTTGTTTTGCTTATTAACAGAGTTTTTATATGTTTTATTTGCTGAACCGATTAACAAAGACAGCCTTGTAGAAATTTTAAGTAAGCTTGAAAATATTCATATGTATTCGTATGTCGAAGAGTTGACACTTTTAACAGCAAACTTTTTCAAAGGAATGAAGGACTTTGAAATGGCTACAATTTTTTATGATAAGATGGTGGAGTCTCAACTTCAAATACAGCGGGGGGATTGTTTGTATGAATATTAA MDQVLPSSHVGVKINEWYKMIRQFSVPDAEILKAEVEHEIKEMEEDEYLLIYYSLMTFRHQLMLDYLNPEIKYRTDRPTTTELLEKIEKPQKTLTGLLKYYSHFFRGMYEFDQKQYVEAINFYRKAEMEIHHVSDEIEQAEFHFKLAEAYYNMKQTHVSMHHILKALEIYDRNPLYTVRKIQSLFVIVGNYLDFKHYEKGLQHLEEALKLSQEFGHKRLISSALYNLGESYHYMGQEEKAEAYLRQAIVIGEEMKLRTLPHSYYSLSIVLFKQKKTAAAGQALKEGLKTAVKYDDNLFCLLTEFLYVLFAEPINKDSLVEILSKLENIHMYSYVEELTLLTANFFKGMKDFEMATIFYDKMVESQLQIQRGDCLYEY PGPT0025780_2 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-PENTAPEPTIDE_PERCIPITATION|SIGNALLING,PGPT0025780-rapH-K06366 NA NA D1-12_01917 438 hypothetical protein ATGCTATCACTTAATAGAGCTTTAAAATTACGTGATTTAGAAGTTTTTCGTGTGCTGAAAGATGGTAACATTTTATCTTACGTAATAATTGAAGATACTCGAAAGCCATTTACAGAAGAAGACAAAAAATTAGAACCATTATGTTATATGGACGAAGAAGATATTAATGCGATTTTAAATGTTTTTAAGATTTCAATTGTTAATGATGAAAAATTAAATGAAGATAATTCAATTTTTATAAGATCTTACTTTTCTGAATTTGTTAATCATACAAATTTAACGAATTTTATTATTAAAGAATATGTTCAAAAGGATTTATATAATTACGATGATGAAGATGACATCATTTTCTTTAATAGAATTTTACGTAGTATAGGATCAGATTATGTTATCAAAGAATTTGACGATATAAATTGGATTTATTTATCTCAAGATTGA MLSLNRALKLRDLEVFRVLKDGNILSYVIIEDTRKPFTEEDKKLEPLCYMDEEDINAILNVFKISIVNDEKLNEDNSIFIRSYFSEFVNHTNLTNFIIKEYVQKDLYNYDDEDDIIFFNRILRSIGSDYVIKEFDDINWIYLSQD NA NA NA NA NA D1-12_01918 411 yjdF putative protein YjdF ATGAAATTAACGGTTTACTACGATGGTCAGTTTTGGGTAGGAGTCATTGAAGTTGTGAATGATGGAAAATTAAGAGCAATTCGTCATTTGTTTGGACAAGAGCCAAAGGATTCAGAAATAATGCATTTTGTTAATAATCAACTTTTACAGACTCTCTCCCACACTGAACAAGAAGGGGTTTGTGTTAAAGCAAAATCTAAGAAATTAAACCCAAAAAGATTGCAACGACAAGCTTCTAAAGAGATGAAAAATATCGGGATATCAACTAAGGCACAAAAAGCGATAAAACAGGAGCTTGAAGCAAGAAAAGAAAAGAGAAAACAACTGAATAAAAAACAAAGAGAAAAAATAAAGGAACAAAAATATTTAATCAGAAAACAAAAAGCAAAAGAAAAGCATAGGGGCAAATAG MKLTVYYDGQFWVGVIEVVNDGKLRAIRHLFGQEPKDSEIMHFVNNQLLQTLSHTEQEGVCVKAKSKKLNPKRLQRQASKEMKNIGISTKAQKAIKQELEARKEKRKQLNKKQREKIKEQKYLIRKQKAKEKHRGK NA NA NA NA NA D1-12_01920 465 hypothetical protein ATGTTTACACAGGCGAATTTATTTTTACTATTATTGCTGGCCATCGCATTGGTAGCCAAAAATCAGTCATTGCTTTTTGCCGTCGGCTTTCTCATTGTGATAAAAGCTGTCGGTCTTGATCAGAAACTATTTCCGGTTATTCAGTCAAAAGGCATCAACTGGGGGGTCACCGTCATTACAATCGCCGTTTTAGTGCCGATTGCCACAGGTGATATCGGTTTTAAACAGCTCGGAGAAGCGATGAAATCATATTACGCGTGGATCGCTCTCGGTGCCGGGATCGCGGTTGCCTTAATCGCCAAAAACGGTCTCACCTTATTGGAAAACGACCCTCATATTACAACGGCGCTGGTCATCGGCACGATACTTGCCGTCGCGCTTTTCGGAGGCGTCGCCGTCGGCCCGTTAATCGGCGCTGGAATCGCCTACTTGGCCATGCAAATCGTTAAAATATTCACTTCGTAG MFTQANLFLLLLLAIALVAKNQSLLFAVGFLIVIKAVGLDQKLFPVIQSKGINWGVTVITIAVLVPIATGDIGFKQLGEAMKSYYAWIALGAGIAVALIAKNGLTLLENDPHITTALVIGTILAVALFGGVAVGPLIGAGIAYLAMQIVKIFTS NA NA NA NA NA D1-12_01921 1116 Sodium-lithium/proton antiporter GTGAACCCGCACTATGCAACTGTTTTTTTCCGCGCGCTGTTTGTACTCGCTGCGGCCGGCGGCGCTTTAGCGGCCGGTTACGCCTCATTTCCGTTAACTTATCCGTTTCTGATCGCCCTTATTCTGTCATCGGCGATCATTCCCGTAGTTGACTGGCTGGACAAACTGACGGGGCTGCCCCGGTCAGTCAATACTGTCATTGTCCTGGTCTTCTTTTTGCTTATTCTTCTTGGCGCGGCGACATTTCTCGTTGCGGAAATCATTTCGGGAACCGCCTATCTGGCCAAAACGCTCCCTCCCCATATCAGCGCCTTTATGACGTATTGCGAAGAGCTGTTCACTTCCCGCATTCAGCCATTGTACCACGAGCTGACCGTCTTATTTAACGGACTGGAAACCAATCAGCAGGCATCCATCGTGACGCATATTCAGACCCTCGGTGATACAGCCGCTAAAAATGCGGGGCTGATGCTTTCACATCTTTTGGAGCTGGTGCCGAAATGGATTGCCTTCCTTCCCAATACAGCTGCCGTCTTCATTTTCGCAATGCTGGCGACTTTTTTTATGACAAAGGACTGGCATAAGCTGAAGGCGCTGCTTTATTCCATTCTTCCGGAACGGGTTTCAGCAAACGCCAAGGCCGTATCGGGAGAGCTGAAAAAAGCGATGGCAGGTTTCATTAAGGCGCAGGCCGTGCTCATCCTTTTCACGATGATCATTGTCTTTATCGGACTTTTTCTTTTAGGGATTGAGCATGCGGCAACCATCGCCTTTTTTATCGGCCTGGTGGACCTTCTCCCGTATCTCGGCGCCGGGTCGGTCTTTGTTCCCTGGATTATGTATTTGGCCATTGCCGGTCAGCTTCCTCAAGCGATCGGTCTCGGTATTTTATATATTGTGGTTCTCATTCAGCGCCAGCTGACGGAGCCGAAAATTTTAAGCAAGTCAATCGGACTTGATCCGCTTGCGACCTTAATCGCCCTGTTTGCCGGCTTTAAACTGTTCGGAATTTTAGGACTGGCTGCGGGGCCCGCGCTGCTCGTTTTCATTCAAGCCTTTATCACAACGGGCGCTTTAAAAGAAATATGGGCCTATATTACTGTTCAGTCCAAATAA MNPHYATVFFRALFVLAAAGGALAAGYASFPLTYPFLIALILSSAIIPVVDWLDKLTGLPRSVNTVIVLVFFLLILLGAATFLVAEIISGTAYLAKTLPPHISAFMTYCEELFTSRIQPLYHELTVLFNGLETNQQASIVTHIQTLGDTAAKNAGLMLSHLLELVPKWIAFLPNTAAVFIFAMLATFFMTKDWHKLKALLYSILPERVSANAKAVSGELKKAMAGFIKAQAVLILFTMIIVFIGLFLLGIEHAATIAFFIGLVDLLPYLGAGSVFVPWIMYLAIAGQLPQAIGLGILYIVVLIQRQLTEPKILSKSIGLDPLATLIALFAGFKLFGILGLAAGPALLVFIQAFITTGALKEIWAYITVQSK NA NA NA NA NA D1-12_01922 384 hypothetical protein ATGAGAGTGTTATTCTTACTGTTTATCGTGTGTCCGGCAATTGAAATCGGCTTGTTTTTGCTGGCGGGAAAATGGCTCGGTATTTTTCCGACCTTCCTTCTCATCATTTTGACAGGCGTGTTAGGCGCCTTGGTGGCAAAAAGACAGGGAACCGATGTGTATCATCGGGTGATGCGCGACCTGCAGCACGGCAAAATGCCGGGGGAAGCGCTTCTTGACGGAATATGCGTCTTTTTCGGAGGCCTGCTTTTGATGCTTCCGGGTTTTCTGTCCGATATTGCAGGGGCCTGTCTTCTGATTCCGTTCACTCGGAACCGCATGAAGCCGCTTTTGTTCAAATGGCTGAGAGGAATGTCAAAAAATAAGCGGATCATTATCAAATAA MRVLFLLFIVCPAIEIGLFLLAGKWLGIFPTFLLIILTGVLGALVAKRQGTDVYHRVMRDLQHGKMPGEALLDGICVFFGGLLLMLPGFLSDIAGACLLIPFTRNRMKPLLFKWLRGMSKNKRIIIK NA NA NA NA NA D1-12_01923 1758 pyk COG0469 Pyruvate kinase TTGAAAAAAACAAAAATCGTTTGTACAATCGGTCCGGCCAGTGAAAGTGTAGAAATGCTGACAAAATTGATGGAAGCGGGTATGAACGTTGCTCGTCTGAATTTTTCACACGGTGATTTCGAAGAGCACGGCGCAAGAATCAAAAACATCAGAGAAGCAAGCAAAAAGCTCGGCAAAAACGTGGGGATTCTCCTCGATACGAAAGGTCCGGAAATCCGCACGCACGATATGGAAAACGGCGCGCTTGAGCTTCAGGCGGGAAATGAAATTATCGTTTCTACGAAACAGGTGCTGGGAACGCTTGAAAAATTCTCAGTTTCTTATGAAGGCCTGGCAGACGACGTGTCAGCAGGGTCTATCATCCTGTTGGATGACGGTTTAATCGGATTGGAAGTGCTAGAATCAAATCCGGAAAAACACGAAATCAAAACAAAAATCTTAAACAGCGGCACGCTGAAAAATAAAAAAGGCGTAAACGTTCCCGGCGTCAGCGTCAACCTTCCCGGAATTACTGAAAAAGACGCCAAAGACATCGTATTCGGTATCGAGCAAGGCGTTGATTTCATCGCTGCGTCATTTGTACGCCGTTCTACGGATGTCCTAGAAATCCGCGAACTGCTTGAAGAGCATAACGCGTCTGACATTCAAATCATTCCTAAGATCGAGAACCAGGAAGGCGTGGACAACCTGGATGCGATCCTGGAAGTATCTGACGGCTTAATGGTAGCGCGCGGAGACCTCGGCGTAGAGATTCCGGCCGAAGAAGTGCCGCTCGTGCAAAAAGAAATGATCAAAAAATGCAACGCGCTCGGCAAACCGGTTATTACTGCGACACAAATGCTTGACAGCATGCAGCGCAACCCTCGTCCGACACGCGCTGAAGCAAGTGACGTTGCCAACGCCATTTTCGACGGCACAGACGCTATCATGCTTTCCGGTGAGACGGCTGCGGGACAATATCCTGTCGAGGCGGTTCAAACAATGTTTAACATCGCCACACGCACGGAAGAATCTCTGAACTACAAAGAAATTCTGTCTAAACGCAGAGATCAGGTCGGCATGACGATTACCGATGCGATCGGCCAATCAGTTGCGCACACGGCGATCAATCTGAGTGCGGCAGCTATCGTTACCCCTACAGAAAGCGGCCATACGGCGCGTATGATCGCGAAATACCGTCCGCAGGCTCCGATTGTAGCCGTTACGGTTAATGAGTCTGTATCACGCAAACTCGGCCTTGTATTCGGTGTATTCCCGGCAAGCGGCCAAAACGCGAATTCAACCGATGAAATGCTTGAAGATGCGGTTCAAAAATCACTTGACAGCGGCATCGTGAAACGCGGTGATCTGATTGTCATTACAGCAGGTTCTGTCGGTGAATCAGGCACGACGAATCTGATGAAAGTCCACACTGTCGGCAGCGTTATCGCGAAAGGGCAAGGCATCGGACGCAAATCTGCATTCGGTCCGGTCGTTGTTGCAAAAAATGCGAAAGAAGCTGAACAAAAAATGACAGACGGCGCAGTATTGGTTGCTTCAAGCACTGACCGCGACATGATCGCTTCACTTGAAAAAGCATCAGCGCTCATCACTGAAGAAGGCGGTCTGACAAGCCATGCAGCCGTTGTCGGTTTAAGCTTGGGCATTCCGGTTATCGTCGGTCTGGAGAACGCAACTTCAGTTTTAACAGAAGGACAGGTTATCACAGTTGACGCTGCCCGCGGCGCTGTGTATGAAGGCCGCGCAAGCGTTCTTTAA MKKTKIVCTIGPASESVEMLTKLMEAGMNVARLNFSHGDFEEHGARIKNIREASKKLGKNVGILLDTKGPEIRTHDMENGALELQAGNEIIVSTKQVLGTLEKFSVSYEGLADDVSAGSIILLDDGLIGLEVLESNPEKHEIKTKILNSGTLKNKKGVNVPGVSVNLPGITEKDAKDIVFGIEQGVDFIAASFVRRSTDVLEIRELLEEHNASDIQIIPKIENQEGVDNLDAILEVSDGLMVARGDLGVEIPAEEVPLVQKEMIKKCNALGKPVITATQMLDSMQRNPRPTRAEASDVANAIFDGTDAIMLSGETAAGQYPVEAVQTMFNIATRTEESLNYKEILSKRRDQVGMTITDAIGQSVAHTAINLSAAAIVTPTESGHTARMIAKYRPQAPIVAVTVNESVSRKLGLVFGVFPASGQNANSTDEMLEDAVQKSLDSGIVKRGDLIVITAGSVGESGTTNLMKVHTVGSVIAKGQGIGRKSAFGPVVVAKNAKEAEQKMTDGAVLVASSTDRDMIASLEKASALITEEGGLTSHAAVVGLSLGIPVIVGLENATSVLTEGQVITVDAARGAVYEGRASVL PGPT0002020_876 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0002020-pyk-K00873 NA NA D1-12_01924 960 pfkA COG0205 ATP-dependent 6-phosphofructokinase ATGAAGCGTATAGGAGTTTTAACGAGCGGCGGGGATTCCCCGGGTATGAACGCTGCGGTGCGCGCGGTTGTGCGGAAAGCTATCTACCACGACGTCGAAGTGTACGGAATTTATAACGGTTATTCAGGATTAATCAGCGGAAAAATAGAGAAACTGGAGCTGGGTTCGGTCGGTGACATCATCCACCGCGGCGGAACAAAGCTGTACACGGCCAGATGTCCTGAATTCAAAACAGTTGAAGGCCGTGAAAAAGGAATCGAAAATTTAAAGAAACTCGGCATTGAAGGTCTTGTCGTCATCGGCGGAGACGGTTCATACATGGGTGCGAAAAAATTAACGGAACACGGGTTTCCGTGTGTAGGTGTACCGGGTACGATAGATAATGACATCCCGGGAACTGATTTTACGATCGGATTTGATACGGCGCTAAATACCGTAATTGATGCGATTGATAAAATCCGTGACACCGCTACGTCTCATGAGCGTACATACGTTATTGAAGTGATGGGGCGCCATGCGGGCGACATTGCTTTATGGGCAGGTCTTGCAGGCGGAGCGGAATCAATTTTAATTCCTGAAGCGGACTACGATATGCAGGAAATTATCGGCCGTTTGAAGAGAGGGCACGACCGCGGCAAAAAACACAGTATCATCATCGTTGCAGAAGGGGTAGGCAGCGGGGTTGAATTCGGAAAACGCATCGAAGAAGAAACGAACCTTGAAACACGGGTATCCGTTTTAGGGCACATCCAGCGCGGCGGATCTCCAAGCGCTTCTGACCGGGTTCTTGCAAGCCGCCTCGGCGCTTACGCGGTTGAGCTTCTGCTTAAAGGAAAAGGCGGACGCTGCGTAGGTATACAAAACAACAAGCTTGTAGACCATGATATTATAGAAATTTTAGAATCAAAACATACTGTTGAACCAAACATGTATCAGCTTTCAAAAGAACTGTCTATTTAA MKRIGVLTSGGDSPGMNAAVRAVVRKAIYHDVEVYGIYNGYSGLISGKIEKLELGSVGDIIHRGGTKLYTARCPEFKTVEGREKGIENLKKLGIEGLVVIGGDGSYMGAKKLTEHGFPCVGVPGTIDNDIPGTDFTIGFDTALNTVIDAIDKIRDTATSHERTYVIEVMGRHAGDIALWAGLAGGAESILIPEADYDMQEIIGRLKRGHDRGKKHSIIIVAEGVGSGVEFGKRIEEETNLETRVSVLGHIQRGGSPSASDRVLASRLGAYAVELLLKGKGGRCVGIQNNKLVDHDIIEILESKHTVEPNMYQLSKELSI PGPT0017595_3565 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION PLANT_DERIVED_FRUCTOSE_METABOLISM|DEGRADATION,PGPT0017595-pfkA-K00850 NA NA D1-12_01925 978 accA COG0825 Acetyl-coenzyme A carboxylase carboxyl transferase subunit alpha GTGGCTGCAAGATTAGAATTTGAAAAACCAGTGATTGAACTGCAGACGAAAATCGCCGAACTGAAAAAATTCACCCAAGATTCGGAGATGGATTTAAGCGCTGAAATCGCAAGGCTTGAAGACCGGCTCAGCAAGCTCCAGGATGAGATTTATAAAAACCTGAAGCCGTGGGACAGAGTGCAGATCGCACGCCTTCCCGACCGGCCGACGACGCTTGATTACATTCAATACCTGTTTACCGACTTTTTTGAGTGCCACGGAGACAGAACATACGGAGATGATGCTGCGATTGTTGGCGGAGTCGCCAAATATCACGGCATGCCGGTCACCGTCATCGGACATCAGCGCGGAAAAGACACGAAAGAAAACCTCGTCCGCAATTTCGGAATGCCTCACCCTGAGGGCTACCGCAAAGCGCTTCGTCTCATGAAGCAGGCGGATAAGTTCAACCGCCCGATTATCTGCTTCATCGACACGAAGGGAGCGTACCCGGGTAAAGCGGCGGAGGAACGGGGACAAAGTGAAGCCATCGCCAAGAACCTGTTCGAGATGGCCGGCCTGACAGTGCCTGTCGTTTGTATCGTCATCGGGGAAGGCGGCAGCGGAGGCGCGCTGGCATTAGGTGTGGGCAACCGCATGCTGATGCTTGAGAACTCGACGTATTCCGTTATTTCTCCTGAAGGAGCCGCGTCCATTTTGTGGAAAGACTCCAGCCTTGCGAAAAAAGCGGCCGAAACCATGAAGATTACTGCGCCCGATTTATTAGAATTAGGAATTATTGATGATATGATTAAAGAAGTGAAGGGCGGAGCTCACCATGATATCAAGCAGCAGGCGGGCTACATTGACGGTATTCTTAAAGAAACGTTAAAATCTCTTCTTCAAATGAACGCCGAAGAATTGATCTCACAGCGCTATGAAAAATATAAAGCAATCGGGAAAGTTTCGGTTGAAGATCAATATATCGGGGTAAACTGA MAARLEFEKPVIELQTKIAELKKFTQDSEMDLSAEIARLEDRLSKLQDEIYKNLKPWDRVQIARLPDRPTTLDYIQYLFTDFFECHGDRTYGDDAAIVGGVAKYHGMPVTVIGHQRGKDTKENLVRNFGMPHPEGYRKALRLMKQADKFNRPIICFIDTKGAYPGKAAEERGQSEAIAKNLFEMAGLTVPVVCIVIGEGGSGGALALGVGNRMLMLENSTYSVISPEGAASILWKDSSLAKKAAETMKITAPDLLELGIIDDMIKEVKGGAHHDIKQQAGYIDGILKETLKSLLQMNAEELISQRYEKYKAIGKVSVEDQYIGVN PGPT0001695_576 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0001695-accA-K01962 NA NA D1-12_01926 873 accD COG0777 Acetyl-coenzyme A carboxylase carboxyl transferase subunit beta TTGTTAAAGGATATATTCACAAAAAAGAAAAAATATGCTTCCGTGCCGTCTGAGCAGGCAAAACATGATGTTCCGGAAGGCATTATGACAAAGTGCCCCAAATGTAAAAAAATCATGCTCACAAAAGAGTTAGATAAAAACCTGCGCGTCTGCATGAACTGCGGGCACCATTTCCCGATGAATGCAAAGCAGCGCATTGAAAGCCTCCTGGATGAAGATTCATTCGAAGAATTCAACCAGGGAATGATATCTGAAAACCCGCTCGGTTTCCCGGGATACTTAGAAAAAATCGAAAAAGACCGTGAGAAAACATCGCTGAATGAAGCGGTGGTTACCGGAAAAGGAACCATCGGCGGATTCCCTGCCGTGATCGCGATCATGGATTCAACATTCCGAATGGGCAGCATGGGTTCGGTTGTCGGCGAAAAAATCACGCTTGCAATTGAAAAAGCAAAAGAGGAAAAAGTCCCGTTTATCATCTTTACCGCTTCCGGCGGCGCACGTATGCAGGAGGGGGTCTTAAGCCTTATGCAAATGGCCAAGACAAGCTCTGCATTAAAACTGTTCAGTGAGGAGCAGGGACTGATTATTTCTGTCATGACCCATCCGACGACAGGCGGCGTATCGGCCAGTTTCGCGTCTCTCGGTGATTATAATTTCGCTGAACCGGGCGCCTTGATCGGATTTGCCGGAAGACGTATTATTGAACAGACGATCGGGGAAAAACTGCCGGAAGATTTCCAGACGGCGGAATTTTTATTAAAGCACGGCCAGCTTGATGCGGTGATTCACCGAAACGACATGAAAGACAAACTCGCATTTCTGCTGGACATGCACCAAACAGGAGGTGAGCATGAGTGGCTGCAAGATTAG MLKDIFTKKKKYASVPSEQAKHDVPEGIMTKCPKCKKIMLTKELDKNLRVCMNCGHHFPMNAKQRIESLLDEDSFEEFNQGMISENPLGFPGYLEKIEKDREKTSLNEAVVTGKGTIGGFPAVIAIMDSTFRMGSMGSVVGEKITLAIEKAKEEKVPFIIFTASGGARMQEGVLSLMQMAKTSSALKLFSEEQGLIISVMTHPTTGGVSASFASLGDYNFAEPGALIGFAGRRIIEQTIGEKLPEDFQTAEFLLKHGQLDAVIHRNDMKDKLAFLLDMHQTGGEHEWLQD PGPT0001710_1788 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 D1-12_01927 1233 NAD-dependent malic enzyme ATGTCATTAAGAGAAGAAGCGTTACATTTACACAAAGTAAATCAAGGAAAGCTGGAATCAAAAGCAAAGGTAGAAGTCAGAAACGCGGACGACTTAAGCCTTGCCTACTCTCCCGGAGTAGCTGAGCCTTGTAAAGAGATTTATGACGATAAAAATAAAGTATATGATTATACAATGAAGGGGAACATGGTAGCAGTCGTAACAGACGGATCAGCCGTTCTCGGTCTCGGTAATATCGGGCCTGAAGCTTCTCTTCCGGTCATGGAAGGGAAAGCGGTGCTGTTCAAAAGTTTCGCGGGCGTGGATGCATTCCCGATCGCGCTTGACACAAACGATGTGGACAAAATCATTGACACTGTGAAGCTGCTTGCACCGACATTCGGCGGTGTCAACCTTGAAGATATTGCGGCGCCGAACTGCTTCATTATCGAAGAGCGCCTGAAAAAAGAAACAAACATTCCGGTTTTCCACGATGATCAGCACGGCACTGCCATCGTAACCGTTGCCGGACTTGTAAACGCGCTGAAATTATCAGGAAAATCCATGTCATCCATTAAAGTTGTGGCAAACGGAGCGGGAGCGGCAGGCATCGCGATTATCAAGCTTCTTTACCATTTCGGCGTACGCGACATCGTAATGTGCGACTCTAAAGGGGCGATTTACGAAGGGCGTCCGGCCGGCATGAACGCAGTGAAAAACGAAGTGGCGAAGTTTACAAACCAAGACCGCAACGACGGTTCGCTGCAGGATGTCATTAAAGATGCAGACGTCTTTATCGGCGTATCAGTCGAAGGCGCGCTGACGAAAGAAATGGTGGAAAGCATGGCGAAAGATCCGATTATCTTCGCAATGGCCAACCCGAATCCGGAAATCATGCCTGAAGACGCGCGCGCAGCCGGCGCAAGCGTAATCGGAACAGGCCGTTCTGATTTCCCGAACCAGGTCAACAACGTTCTGGCATTCCCTGGAATTTTCCGCGGGGCGCTTGACGTTCGCGCGACTCACATCAACGAAGAAATGAAAATTGCTGCGGTTGAAGCGATTGCTTCCCTCGTTTCAGAGGAAGAATTAAGCGCTGATTATGTCATCCCGGCTCCATTTGACAAACGTGTGGCTCCTGCCGTTGCGAAAGCTGTTGCGAAAGCAGCGATGGAAACGGGCGTCGCCAGAATTACGGTCGATCCTGAGGAAGTGGCTGAAAAAACAAGACAGCTCACAGTCATCGGCGAATAA MSLREEALHLHKVNQGKLESKAKVEVRNADDLSLAYSPGVAEPCKEIYDDKNKVYDYTMKGNMVAVVTDGSAVLGLGNIGPEASLPVMEGKAVLFKSFAGVDAFPIALDTNDVDKIIDTVKLLAPTFGGVNLEDIAAPNCFIIEERLKKETNIPVFHDDQHGTAIVTVAGLVNALKLSGKSMSSIKVVANGAGAAGIAIIKLLYHFGVRDIVMCDSKGAIYEGRPAGMNAVKNEVAKFTNQDRNDGSLQDVIKDADVFIGVSVEGALTKEMVESMAKDPIIFAMANPNPEIMPEDARAAGASVIGTGRSDFPNQVNNVLAFPGIFRGALDVRATHINEEMKIAAVEAIASLVSEEELSADYVIPAPFDKRVAPAVAKAVAKAAMETGVARITVDPEEVAEKTRQLTVIGE PGPT0001350_2383 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_MALATE_UTILIZATION,PGPT0001350-maeA|sfcA|ywkA-K00027 NA NA D1-12_01928 3339 dnaE COG0587 DNA polymerase III subunit alpha TTGTCTTTTGTTCACCTGCAAGTACATAGCGGCTACAGCCTGTTAAACAGCGCCGCTTCTGTAAAAGAGCTTGTTGCACAAGCGAAGGAACTCGGATATTCATCATTGGCGCTGACGGACGAAAATGTGATGTACGGCGCCATTGAGTTTTATAAAGCATGCAAATCAAACGGAATTAAGCCGATTATCGGTCTGACGGCTTCTATATACACGGACGATACGGAGCTTGAAGCACACCCGCTCATTCTTTTAGCGGAGACAAACACCGGTTATCAGAACCTGGTGAAAATCTCAAGTGCGCTGCAATCCATGGCAAAGGGCGGCATGAAGCGAAAATGGATGAAGAGCTATCATGAGGGGCTGATCGCCATTACGCCCGGTGAAAACGGGTACATTGAAAGCCTGCTTCAAGCCGGGAAGTTTGAAGAAGCGGTCCGGGCTGCCGAAGGATTCCGGGAGCTGTTCGGAGACGGCCGTTTTTATTTAGGGTACCAGCCGTTTAAAGGACATGAGACATTATCAGAAGAGATTCTCCGCCTGTCAGCCGAAACGGAAATCGCTGTCTGCGCTGCGGGGGATGTCCATTATATCAAGAAAGAAGATCAAGATGCGTACCGCTGTCTGTGCGCTATTAAAGCCGGAGAGAAATGGGAGGATCAGAGCGGGAATCTGCCGGACTTATACTTGAGGACGCCTGAAGAAATGGCAGAGTTTTACACGCGGCATCCGGAAGCGATTGAAGCAGCCGCGCGTATCGCCCGGCAATGCCGGGTCGATGTCAGCCTCGGACAGACACAGCTTCCGTCTTTTCCGGCGCCGGACGGCAAATCAGCCGATGACTATTTGGCGGAGATCTGTCATGAGGGGCTGCGCCTCCGTTTCGGGACTCCTGATGAGCGCGCTGTCCGCCGGCTTGAATATGAGCTGGACGTCATCAGGCGCATGAAATTCAGTGATTATTTTCTCATCGTATGGGACTTTATGAAGTATGCGCATGAAAAGGGCATTGTGACAGGTCCGGGAAGAGGGTCCGCGGCAGGCTCGCTTGTCGCTTACTCCCTTTTCATTACCGACGTGGATCCGCTTAAACATTCTCTGCTGTTTGAGAGGTTTCTTAATCCCGAGCGGATCAGCATGCCGGATATTGATATCGATTTCCCTGATACGAGAAGGGATGAGGTCATTCAGTATGTACAAAATAAGTACGGGGCCATGCACGTCGCCCAGATTATCACCTTCGGGACATTGGCCGCCAAGGCGGCGTTAAGGGATACCGGGAGAGTGTTCGGAATCAGCCCGAAAGAAGCCGACCAGCTTGCCCGCCTGATTCCGTCAAAACCGGGAATGACGCTTGAGGAGGCGAGGCGGCAGTCCGCTCAGCTGAACAGGCGGCTGTCCGAATCCGCCGTTCTTCATAAAGTGTTTCAGATCGCAAGGAAAATTGAAGGTCTTCCGCGGCACACGTCAACACACGCGGCGGGGGTCGTTCTCAGTAAAGAGCCGCTTTCTGAAGTTGTCCCTCTTCAAGAAGGGCATGACGGCGTGTATTTAACGCAGTATGCGATGGATCATCTGGAAGATCTCGGTCTTTTAAAAATGGACTTTTTAGGTTTGCGCAACCTGACGCTTATTGAATCCATTAAAACGATGATTGAAAAAGAGACGAATACGAAAATTGATTTTTCCGAGATTTCTTATCAGGATGAAAAAACATTCTCGCTATTGTCAAACGGTGATACGACGGGTATTTTCCAGCTGGAATCATCAGGGATGAGAAACGTGCTGAAGCGCCTGAAGCCGTCAAGACTGGAAGACATTGTCGCGGTTAACGCGCTTTACAGGCCGGGACCAATGGAAAATATTCCGTTATTTATCGACCGGAAGCACGGGCGGGCGCGTGTGGAAGTACCGCACGAGGACGTAAGAAATATTCTCAGTGACACTTACGGCGTCATCGTCTATCAAGAACAGATAATGATGATCGCTTCGCGCATGGCAGGGTTTTCATTAGGTGAAGCGGATCTGCTCAGACGGGCTGTCAGCAAAAAGCAAAAGGACATTCTGGACAGAGAGCGAAGCCATTTTGTTGAAGGGTGCTTAAAAAAGGAGTATTCTGTAGTCACTGCAAACGAGGTCTACGATCTGATTGTAAAATTCGCTAACTACGGATTCAACAGAAGCCATGCTGTCGCATACAGCATGATCGGCTATCAGCTCGCCTATTTAAAAGCCCATTATCCGTTATATTTTATGTGCGGGCTGTTGACGAGCGTCATCGGCAATGAGGACAAAATATCGCAATATCTGCATGAAGCGAAGGGGAGCGGGATTCAAGTCCTTCCGCCGTCAATAAACAAAAGCGGTTTTCCGTTTGCGCCGGAAAACGGAGCCGTCAGATACAGTTTGCGGGCCGTTAAAAACGTAGGCGTCTCGGCAGTGAAAGATATTTATAAAGCAAGAACACATAAACCGTTCGAGGATCTTTTCGATTTCTGCTTTCGCGTACCTGCAAAAAGCGTGAATCGGAAAACCATCGAAGCCCTTATATTTTCTGGCGCCATGGACGAATTCAATCAAAATCGCGCAGCCTTGCTGGCCTCCGTTGATGTGGCTTTAGAGCACGCTGAACTTTTTCGTGCAGGTGATGACCAAATGGGATTGTTTTTGGAAGAATCGTTCTCCATTAAGCCAAAATATGTAGAGGCTGAGGAATTTCCGCTCGTGGACAAGCTTCGGTTCGAAAAAGAAGCTCTCGGTGTTTATTTCTCAAGCCATCCTTTGTCTGCTTTCAGGGATCTCCTGAAAAAACGGGGGGCGCAAGCGATCACAGCAGCGCGGCAGATGCCGAAGGGGCAGCTGTCAATCGGCGCTTTGCTCGCGGGCATCAAAACGATTCGGACAAAGACAGGTCAGCATATGGCGTTTCTCACATTAAGCGATGAAACGGGAGAAATGGAAGCCGTCGTGTTTCCTGACCAATATAGAAGGCTGTCTCCGCTGTTAGAAGAAGGCGCGCTTTTATTCGCCGCCGGAAAAATGGAAGAGCGTCAGGAGAAGACACAATTCATCATGTCATCCGCCTCTCTTCTTGAGCAGACGGAGGCAGACAGAGCGCCGTCTGTTTACATCAAAATCGAAGGCAGCCGGCACAATCAGGAGTTTTTGGAAAAGATGAAGCGTATTTTACTGGAGCATAAAGGGGAAACCGGCGTTTATCTTTATTATGAAAAAGACAAGCAGACGATCAGGCTGCCGGATACTTTTCATATTCAGGCGGACCATCAGGCGTTATACCGTTTAAAAGAGCTGCTGGGCCGCGAAAACGTCGTGTTAAAATAG MSFVHLQVHSGYSLLNSAASVKELVAQAKELGYSSLALTDENVMYGAIEFYKACKSNGIKPIIGLTASIYTDDTELEAHPLILLAETNTGYQNLVKISSALQSMAKGGMKRKWMKSYHEGLIAITPGENGYIESLLQAGKFEEAVRAAEGFRELFGDGRFYLGYQPFKGHETLSEEILRLSAETEIAVCAAGDVHYIKKEDQDAYRCLCAIKAGEKWEDQSGNLPDLYLRTPEEMAEFYTRHPEAIEAAARIARQCRVDVSLGQTQLPSFPAPDGKSADDYLAEICHEGLRLRFGTPDERAVRRLEYELDVIRRMKFSDYFLIVWDFMKYAHEKGIVTGPGRGSAAGSLVAYSLFITDVDPLKHSLLFERFLNPERISMPDIDIDFPDTRRDEVIQYVQNKYGAMHVAQIITFGTLAAKAALRDTGRVFGISPKEADQLARLIPSKPGMTLEEARRQSAQLNRRLSESAVLHKVFQIARKIEGLPRHTSTHAAGVVLSKEPLSEVVPLQEGHDGVYLTQYAMDHLEDLGLLKMDFLGLRNLTLIESIKTMIEKETNTKIDFSEISYQDEKTFSLLSNGDTTGIFQLESSGMRNVLKRLKPSRLEDIVAVNALYRPGPMENIPLFIDRKHGRARVEVPHEDVRNILSDTYGVIVYQEQIMMIASRMAGFSLGEADLLRRAVSKKQKDILDRERSHFVEGCLKKEYSVVTANEVYDLIVKFANYGFNRSHAVAYSMIGYQLAYLKAHYPLYFMCGLLTSVIGNEDKISQYLHEAKGSGIQVLPPSINKSGFPFAPENGAVRYSLRAVKNVGVSAVKDIYKARTHKPFEDLFDFCFRVPAKSVNRKTIEALIFSGAMDEFNQNRAALLASVDVALEHAELFRAGDDQMGLFLEESFSIKPKYVEAEEFPLVDKLRFEKEALGVYFSSHPLSAFRDLLKKRGAQAITAARQMPKGQLSIGALLAGIKTIRTKTGQHMAFLTLSDETGEMEAVVFPDQYRRLSPLLEEGALLFAAGKMEERQEKTQFIMSSASLLEQTEADRAPSVYIKIEGSRHNQEFLEKMKRILLEHKGETGVYLYYEKDKQTIRLPDTFHIQADHQALYRLKELLGRENVVLK NA NA NA NA NA D1-12_01929 342 ytrH Sporulation membrane protein YtrH ATGGATCAGGAAGCCGGATTTATGGCGAATTTCATCAGCAGTTATTTTATCGCCCTCGGTGTGTTGCTCGGCGGCGCGCTGATCGGCGGACTCGGAGCTTATTTATCAGGCGAGCCTCCGCTGACGGCGATCACAAAATTGGCGAACAGGCTGAAGATCTGGGCGCTTGTCGCGGCCATCGGGGGAACATTTGACGCGGTATACAGTTTCGAGCGGGGGCTGTGGGAAGGTAACACGCGCGACATCTTCAAACAGCTTCTTTTAATTATTTCAGCAATGGGCGGCGCGCAGACCGGCTGGCTGATTATTTCATGGCTGACCCAGGAGAATATGTCATCATGA MDQEAGFMANFISSYFIALGVLLGGALIGGLGAYLSGEPPLTAITKLANRLKIWALVAAIGGTFDAVYSFERGLWEGNTRDIFKQLLLIISAMGGAQTGWLIISWLTQENMSS NA NA NA NA NA D1-12_01930 504 ytrI Sporulation membrane protein YtrI ATGAGAATTCCCGAGTATTATAAAAAACCGGGATGGCAGCGTTTTTTTGCGGGAATGATGTGCGGAGCCATCGTCAGCTGGCTGTTCTTTCTGTTTACATACGGAACGTTTCAGGAAGAACAGGTGACGTTAATTGAAAAGCAGCGGGAGCACGCGCGGGATTTAAAAAACCAAATCTCCATCTATCAGAAGGATCTTCATAAATTAAATGAGGATAATAAGCAAAGGCTGCTCATCCAAAGTGTTGATGTGAAGCTGATCAATGGGGAAAAATACAGAATCGCCCAGCCTGACAAGATGAAATTTGAGGAACAAGTGAAAGATAATATTTCTGAAGTCATCACAAAGGATATTGAAAGCGTGTATAAAACAAAGGAGCTTTTAAAACGGACGATCGAAAACAAAATATACACCATAAATGAGAAGGAATTTAAAGCTGAAGTAAAGGAACTGACGATTTATACGAGATTGTCTGTCGAAATTCATATTTCTTTTGCGACGTAA MRIPEYYKKPGWQRFFAGMMCGAIVSWLFFLFTYGTFQEEQVTLIEKQREHARDLKNQISIYQKDLHKLNEDNKQRLLIQSVDVKLINGEKYRIAQPDKMKFEEQVKDNISEVITKDIESVYKTKELLKRTIENKIYTINEKEFKAEVKELTIYTRLSVEIHISFAT NA NA NA NA NA D1-12_01931 192 hypothetical protein ATGGAGGTTTTTAGTGAACGACGCTTGGCAAAAGATCATGCAGCCCGAATCAGACAAGGCTATTCCGCATATGCAGAAACAAACACACTCGCTTCCCTCATAAAAAAAGAACTCCAAATCTGTAATCTCCGCGTCTACGAAGACCTGACTGAATTCGGCTGCTGGTTCATCCCCGTGACAGATGAACACTAA MEVFSERRLAKDHAARIRQGYSAYAETNTLASLIKKELQICNLRVYEDLTEFGCWFIPVTDEH NA NA NA NA NA D1-12_01932 942 nrnA COG0618 Bifunctional oligoribonuclease and PAP phosphatase NrnA ATGAAATCCGAACTGATCAGAACCATATCATTATATGACACCATTATCTTACATAGACATGTGAGGCCTGACCCGGACGCCTACGGTTCACAGTGCGGCCTTACGGAAATCCTGCGGGAAACGTATCCCGAAAAAAATATTTTTGCCGTCGGACAGCCTGAGCCGTCCTTGTCTTTTTTATATTCCCTCGATGAGGTGGATGACGAAACCTATAAAGATGCTCTTGTCATCGTGTGCGACACCGCAAACCAAGGCAGGGTCGACGATCAGCGCTACCATTCCGGCGCAAAGCTCATGAAAATAGACCACCATCCAAATGAAGATCCGTATGGCGATCTGTTATGGGTCGATACGAATGCAAGCTCCGTAAGCGAAATGATCTATGAGCTGTACCTGGAAGGAAAGCAGCACGGCTGGAAACTGAATACGAAAGCAGCTGAGCTGATCTACGCGGGTATCGTCGGTGATACGGGGCGCTTCTTATTCCCGAACACCACAAAAAAGACATTAAAATACGCGGGAGAGCTCATTGAGTTCCCATTTTCATCGTCAGAGCTGTTCAATCAATTGTATGAAACAAAATTAAATGTGGTGAAGCTTAACGGCTTTATTTATCAAAATGTGTCACTGTCTGAAAACGGCGTCGCTTCCGTTTTCATTAAAAAAGACATTTTGGAGACATATGGAACCACCGCTTCTGAAGCGTCGCAGCTTGTCGGAACACTCGGAAATATTTCGGGTATCCGCGCTTGGGTGTTTTTCGTAGAAGAAGACGATCAAATCAGAGTCCGGTTCCGTTCAAAAGGTCCGGTCATCAACGGAATTGCCCGGAAATACAATGGCGGCGGACATCCGCTTGCGGCCGGCGCATCCATCTTCAGCTGGGATGAAACCGATCAGATTCTTGCTGATCTGGAAGAGATATGTAACGAACACAAGTAG MKSELIRTISLYDTIILHRHVRPDPDAYGSQCGLTEILRETYPEKNIFAVGQPEPSLSFLYSLDEVDDETYKDALVIVCDTANQGRVDDQRYHSGAKLMKIDHHPNEDPYGDLLWVDTNASSVSEMIYELYLEGKQHGWKLNTKAAELIYAGIVGDTGRFLFPNTTKKTLKYAGELIEFPFSSSELFNQLYETKLNVVKLNGFIYQNVSLSENGVASVFIKKDILETYGTTASEASQLVGTLGNISGIRAWVFFVEEDDQIRVRFRSKGPVINGIARKYNGGGHPLAAGASIFSWDETDQILADLEEICNEHK NA NA NA NA NA D1-12_01933 303 hypothetical protein ATGCTGGTTTTTGTTTTTCTCATCGGGCTTTCTGCCTGCTTTTACGTGTATTACAAAGTAAAAGGAATCCAGACGAAACGGGCGCTGGAGAAGGAATGTTTTTCGGCTAAATCAAGTATGGCATTAGGCGCGCTGGTGCTTTTGTATGGAGTAAACCAAATGATTCTGTTTCACTCCGTCCTGACCCTGGTCATCGGCGGCGTCTTCATTTTAATCGGAGCAGGCAGCGCATGGGCCGGGTATAGAGCCTATAAGCATTATGAGCCCATCCATGCAAAGGAAGCGGAGAGGGACCACGCATAA MLVFVFLIGLSACFYVYYKVKGIQTKRALEKECFSAKSSMALGALVLLYGVNQMILFHSVLTLVIGGVFILIGAGSAWAGYRAYKHYEPIHAKEAERDHA NA NA NA NA NA D1-12_01934 1317 IMPDH_1 Inosine-5'-monophosphate dehydrogenase TTGGCAACAAAGCATGAACAAATCCTATCATACATAGATTCGCTTCCTGTCGGTGAAAAAATTTCGGTCAGAAGAATTGCGAAAGAAATGAAAGTCAGTGAAGGAACGGCTTACAGAGCCATTAAGGAAGCCGAAAACAAAGGATTCGTTTCCACTATTGAACGTGTGGGGACCATCCGGATTGAACAGAAGAAAAAAGAAAATATTGAAAAGCTGACATACGCCGAGGTCGTCAATGTGATAGACGGCCAGGTGCTCGGCGGAAAAGCCGGTCTGCATAAAACGTTGAATAAGTTTGTGATCGGCGCGATGGAGCTTGACGCGATGATGCGTTATACGGCGGCGGGGAACCTGTTGATCGTCGGGAACCGAATCAACGCCCACCGCCAGGCGCTTGAAGCGGGCGCGGCTGTTTTGGTAACGGGAGGGTTTAATACCGACGACAGCATTATCGAGCTGGCCGATATGCTTGAGCTTCCGATTCTCTCTACGAGCTACGATACCTTTACGGTAGCCGCGATGATCAACCGGGCGATCTATGATCAGCTCATAAAAAAAGAGATTGTGCTCGTGGAAGACATATTGACGCCCGCAGATCGGACAGTGACGCTGTCCCCTAAGGATAAGCTGGAGAAATGGTACGAAAAGAACTATGAAACCGGACACGGCCGCTTCCCGGTTATCGATCAGCAGATGAAAATCCACGGAATCCTCACATCGAAAGATATCGCGGGGCATGACCGGTCAGTTCCGATTGAAAAAGTAATGACTAAAAACCCTGTCACGGTGATCGGGAAAACATCTGTCGCCTCAGCGGCTCAAATGATGGTTTGGGAAGGAATTGAAGTGCTTCCGGTGACAGACGGGCATCACAAACTGATCGGAATGATCAGCCGCCAGGATGTCTTAAAAGCGCTTCAAATGGTTCAAAAGCAGCCTCAGGTCGGTGAAAAGCTGGATGATATTGTTTCAAGGGGATTTAAAGAAGAGGAAGATGACAAAACGCCGGCCGTTTATCAATATGAAGTCACGCCGCAAATGACCAATCAGCTCGGCACGATTTCTTACGGGGTGTTTACGACGATTTTAACCCAGGCCGCCAGCCGATTTTTACGCTCCCGCAAACGCGGCGAGCTGGTCATTGAAAGCATTACGATTTTCTTCCTGAAGCCCGTACAGATGGAGTCGGTCATTGAAGTGAAACCGCGCATTTTAGAGGCGGGCCGGAAATTCGGGAAAATGGAAGTGGAAGTGTCAAGCCAAAGCGGCATCGTTTCAAAAGCGATGCTCATGGTGCAGCTGATGGAGAGAAGTTAA MATKHEQILSYIDSLPVGEKISVRRIAKEMKVSEGTAYRAIKEAENKGFVSTIERVGTIRIEQKKKENIEKLTYAEVVNVIDGQVLGGKAGLHKTLNKFVIGAMELDAMMRYTAAGNLLIVGNRINAHRQALEAGAAVLVTGGFNTDDSIIELADMLELPILSTSYDTFTVAAMINRAIYDQLIKKEIVLVEDILTPADRTVTLSPKDKLEKWYEKNYETGHGRFPVIDQQMKIHGILTSKDIAGHDRSVPIEKVMTKNPVTVIGKTSVASAAQMMVWEGIEVLPVTDGHHKLIGMISRQDVLKALQMVQKQPQVGEKLDDIVSRGFKEEEDDKTPAVYQYEVTPQMTNQLGTISYGVFTTILTQAASRFLRSRKRGELVIESITIFFLKPVQMESVIEVKPRILEAGRKFGKMEVEVSSQSGIVSKAMLMVQLMERS NA NA NA NA NA D1-12_01935 687 hypothetical protein ATGAAAGTGACTTATCACGGACATTCTGTCATTCAAGTGGAAACGAAAACCCATAACATTATTTTTGATCCGTTTCTGACCGGAAACAGTCTGACGAATTTGAAACCGGAAGAAGTGAAAGCGGATGTCATCCTGCTTACTCACGGACACAATGACCATGTCGGAGATACAGAGCAGATCGCTAAACAAAACGATGCGCTCGTCATTGCGCCGAACGAGCTGGCCGTTTATCTCGGCTTTAAAGGTTTAAAGGTCCACCCGATGCATATCGGCGGGGCGCGCCAATTTGATTTCGGCAAAGTGAAACTGACACAGGCATTCCACGGATCGGCGGTCACTGATGAAGAAAACAAAACCATTACGTACACGGGGATGCCTGCCGGGATTTTATTGACGATTGACGGCAAAACGATTTTCCACGCCGGAGACACGGCGCTGTTCTCAGATATGAAACTGATCGGGGAACTGAATCACATTGACCTGGCGTTTCTGCCGATCGGTGATAACTTCACCATGGGCCCTGAAGATGCAAAACTCGCGGCTGAATGGCTGAGAGCGAAACAGGTCGTTCCCGTTCATTACAATACATTTCCTGTCATTGAACAGGACCCTGACGCTTTCGCCGAAAGTCTGCCCGGAGGCGTCGGCAAAGTCATGGCGGTCGGCGAGACCATTGAGCTTGCCTGA MKVTYHGHSVIQVETKTHNIIFDPFLTGNSLTNLKPEEVKADVILLTHGHNDHVGDTEQIAKQNDALVIAPNELAVYLGFKGLKVHPMHIGGARQFDFGKVKLTQAFHGSAVTDEENKTITYTGMPAGILLTIDGKTIFHAGDTALFSDMKLIGELNHIDLAFLPIGDNFTMGPEDAKLAAEWLRAKQVVPVHYNTFPVIEQDPDAFAESLPGGVGKVMAVGETIELA NA NA NA NA NA D1-12_01936 768 fabG_4 3-oxoacyl-[acyl-carrier-protein] reductase FabG GTGCGACATGCTCTAATCACTGCCGGTACAAAGGGATTGGGCCGAAAAGTGACTGAAATGCTTCTGGAAAAAGGCTTTTCTGTCACAGTGAATTACAGACAGGACGAAGAAGCGGTCGCTTGTCTGAAGGCGGATTATCCCGGGTGCCATGACAGATTGCAATTCGTTAAGGGCGATGTAACCCGGAAAGAAGATCTCATGCGGATCGCCGATGCAGCCCTTCAGCGGTTTGGAAGGATTGACATACTGATTAACAATGCCGGGCCGTACATATTTGAGCGCAAAAAGCTTGCCGATTACTCCGATGACGAATGGTATGGCATGCTTGAAGGGAATTTAAGCGCCGTTTTCCATCTGTTTAAAGCGGTTATCCCGGTCATGAGACAGCAGCGGTTCGGCCGGATTATTACATACGGTTTTCAAGGAGCGGACCATGCCCCCGGCTGGCTTCACCGTTCCGCTTTCGGAGCGGCTAAAGTCGGATTGGCTTCGTTAACGAAAACCATTGCGATTGAAGAAGCTGAATCAGGCATTACGGCCAATATGGTCTGCCCGGGTGATATTGTAGGAGATATGAAAGAAGCGTCTATAGAGGAAGCAAGACGGAAAATCGGCAAAGAAAAGACGCCGATCGGCAGGTCCGGAACCGGAGAGGACATTGCGAGAATCATCGCCTTTTTATGTGAGGAAGATTCCGATCTTGTAACCGGAACGGTCATTGAAGCAACAGGCGGGCTGAATGTGATTAACAGGCATCAATCCCTGTAA MRHALITAGTKGLGRKVTEMLLEKGFSVTVNYRQDEEAVACLKADYPGCHDRLQFVKGDVTRKEDLMRIADAALQRFGRIDILINNAGPYIFERKKLADYSDDEWYGMLEGNLSAVFHLFKAVIPVMRQQRFGRIITYGFQGADHAPGWLHRSAFGAAKVGLASLTKTIAIEEAESGITANMVCPGDIVGDMKEASIEEARRKIGKEKTPIGRSGTGEDIARIIAFLCEEDSDLVTGTVIEATGGLNVINRHQSL PGPT0003180_7442 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 D1-12_01937 129 hypothetical protein ATGCGCAAAGAACAAGACCGTTACATCTATGATGAAAAAGAAAGTGAAGAAACGGCCAGGCTTATCTCAGAGGCATACCAAAGCGGTTATGTCGGCATGGAGGAAGCCTCTGCTCCTTCAGAAAATTAA MRKEQDRYIYDEKESEETARLISEAYQSGYVGMEEASAPSEN NA NA NA NA NA D1-12_01938 1377 argH COG0165 Argininosuccinate lyase ATGAAGAAGCTTTGGGGAGGCCGTTTTCAAAAAACACCGGAAAAGTGGGTCGATGAGTTCGGCGCATCCATCACATTCGACCAAAACTTAGTCAAAGAGGATATTACAGGGTCTCTCGCTCATGCGGCAATGCTGAAAAAATGCGGCATTCTGACGGAAGAAGAAGAAGGCGCCATCCGACAGGGGCTGCAGACCCTCCTGCAAAAAGCAGAAGAAGGAACGCTTGAATTCTCTGTTGATTATGAAGATATCCATTTGAATATTGAAAAAATGCTGATTGAAGAAATCGGACCGCTAGGCGGCAAACTCCATACCGGAAGAAGCCGGAACGACCAGGTGGCGACTGACATGCATCTATATTTGAAAGATCATGTCTCTCATATCATCGTGCTGATTGAACAGTTCCAAAAAGCGCTGATCGAAAAAGCGGAGGCCAATGTCGAGACCATTCTGCCGGGGTACACCCATTTGCAGCGGGCCCAGCCGATTTCTTTCGCCCACCATCTTCTTGCTTATTTTTGGATGCTTGAACGGGATAAAGAGCGTTTTCGGGATGCTATGAAGCGGATTAACATATCGCCGCTCGGATGCGGGGCGCTTGCCGGAACTACGTTTCCGATAGACCGTAACTATTCGGCGGAGCTGCTCGGTTTTGACTCCATTTATGAGAACAGTCTTGACGGAGTCAGTGACAGAGATTTTATTCTCGAGTTTTTAAGCGGCAGCAGCATGCTGATGATGCACCTTTCACGTTTGTCAGAAGAAATCATTCTATGGTGCTCGCAGGAATTCAGATTCATTGAACTGGATGATACGTACGCGACGGGAAGCAGCATGATGCCGCAGAAGAAAAACCCCGACATGGCGGAGCTGATCCGCGGTAAAACCGGACGCGTATACGGTGATATGATGGGTCTTTTCACGATTATGAAAGGGCTCCCGCTCGCTTACAACAAAGACCTGCAGGAAGATAAAGAGGGCATGTTTGACACGGTGAAAACCGTAGAAGGAAGCCTTCAGATTTTCACGGGCATGATTGAAACGATGAAAGTAAACAAAGACATCATGAAACAAGCGACAAAACAAGATTTTTCAAACGCGACGGAACTTGCCGATTATTTAGCTAAAAAAGGCATGCCGTTCAGAGAAGCGCATGAAGTGGTCGGCAAGCTTGTGTACAGCTGTATTGAAAAAGGAATCTATTTAAGTGATATGGCATTTGAAGAATTCCTTCAAGCCAGCAGTCTCTTTGAAGAAGATATCTATACAGTGCTCGATCCGCATCATGCGGTTGAAAAAAGAATGAGCGCCGGCGGAACGGGTTTTCAGCAGGTAGAACAGGCGCTCGTAAAAGCAAAAGCCTGCGCCGGTATTTAA MKKLWGGRFQKTPEKWVDEFGASITFDQNLVKEDITGSLAHAAMLKKCGILTEEEEGAIRQGLQTLLQKAEEGTLEFSVDYEDIHLNIEKMLIEEIGPLGGKLHTGRSRNDQVATDMHLYLKDHVSHIIVLIEQFQKALIEKAEANVETILPGYTHLQRAQPISFAHHLLAYFWMLERDKERFRDAMKRINISPLGCGALAGTTFPIDRNYSAELLGFDSIYENSLDGVSDRDFILEFLSGSSMLMMHLSRLSEEIILWCSQEFRFIELDDTYATGSSMMPQKKNPDMAELIRGKTGRVYGDMMGLFTIMKGLPLAYNKDLQEDKEGMFDTVKTVEGSLQIFTGMIETMKVNKDIMKQATKQDFSNATELADYLAKKGMPFREAHEVVGKLVYSCIEKGIYLSDMAFEEFLQASSLFEEDIYTVLDPHHAVEKRMSAGGTGFQQVEQALVKAKACAGI PGPT0014242_84 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-PROLINE_METABOLISM,PGPT0014242-argHA-K14681 NA NA D1-12_01939 1212 argG Argininosuccinate synthase ATGGCAGAACAAAAAAAGGTTGTATTGGCATACTCAGGAGGTCTTGATACTTCTGTAGCGATAAAATGGCTGCAAGAACAGGGATACGATGTTGTTGCCTGCTGCTTAGATGTAGGGGAAGGAAAGGATTTGGCATTCGTTCAGCAAAAAGCGCTGGAAGTAGGCGCCTTAAATTCCTATGTGATTGATGCGAAAGAAGAATTCGCCCGGGAGTACGCGCTCATTTCTATGCAGGCCCATACAATGTATGAAGGCAAGTATCCGCTCGTATCTGCATTATCCCGTCCGTTAATCGCGAAAAAACTCGTTGAAGTCGCGGAAAAGGAAAACGCGGTGGCCGTAGCGCACGGCTGCACGGGAAAAGGCAATGATCAGGTTCGTTTCGAAGTATCCATTAAATCATTAAATCCTGATCTGGAGGTCATTGCTCCGGTCCGTGAGTGGCAATGGTCGCGTGAAGAAGAAATTGAATATGCCGCAAGCCGGGGCATTCCGATTCCGATCAATCTTGACAGCCCTTATTCCATCGATCAGAACCTATGGGGACGCGCCAATGAATGCGGTATATTAGAAGACCCGTGGGCGGCGCCGCCTGAAGGGGCATATGACCTGACAGCATCTCTTGAAAACACGCCGGACGTTCCGGAAATCATCGAAATCGCATTTGAAGCCGGTGTCCCGGTTTCAATCGACGGCGTAACCTACCCGCTCGCTGATTTAATTCTCAACCTGAACGAGACTGCCGGAAAACACGGCATCGGCCGGATTGACCATGTGGAAAACCGCCTGGTCGGCATTAAGTCCCGTGAAGTTTATGAGTGCCCGGGCGCGATGACTTTGATTACGGCTCACAAAGAGCTTGAGGATCTGACTTTAGTGAAAGAAGTGGCCCATTTCAAACCGGCAATTGAACAAAAACTGTCTGAAATCATCTATAACGGTTTATGGTTCTCGCCGTTAAAAGACGCGCTGCTTGCATTCTTGAAAGAAACTCAAAAACACGTCACCGGCGTCGTGCGCGTCAAGCTGTTTAAAGGCCATGCCATTGTAGAAGGACGTAAGTCGGAATATTCACTCTACGATGAAAAACTTGCGACATATACAAAAGACGATGCGTTTGACCATCATGCGGCAATCGGCTTTATCGAGCTTTGGGGACTGCCGACAAAAGTAAACAGCATTGTGAAAAAGAAGGAGCAGATTGAAGCATGA MAEQKKVVLAYSGGLDTSVAIKWLQEQGYDVVACCLDVGEGKDLAFVQQKALEVGALNSYVIDAKEEFAREYALISMQAHTMYEGKYPLVSALSRPLIAKKLVEVAEKENAVAVAHGCTGKGNDQVRFEVSIKSLNPDLEVIAPVREWQWSREEEIEYAASRGIPIPINLDSPYSIDQNLWGRANECGILEDPWAAPPEGAYDLTASLENTPDVPEIIEIAFEAGVPVSIDGVTYPLADLILNLNETAGKHGIGRIDHVENRLVGIKSREVYECPGAMTLITAHKELEDLTLVKEVAHFKPAIEQKLSEIIYNGLWFSPLKDALLAFLKETQKHVTGVVRVKLFKGHAIVEGRKSEYSLYDEKLATYTKDDAFDHHAAIGFIELWGLPTKVNSIVKKKEQIEA PGPT0020130_3611 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_ASPARTATE_DEGRADATION,PGPT0020130-argG-K01940 NA NA D1-12_01940 513 moaB COG0521 Molybdenum cofactor biosynthesis protein B ATGAGTGTGCATGAACATAAACAAGAAGCCCCGTCAGCGGTGCGCTGCAAGGTGATTACAGTCAGCGACACGAGAACGAAAGAAACCGACAAAAGCGGGCGCGTCATGATGGACTTCCTCAGGGAAGCGGGATTTGAAACGGTCGCTTATGACATTGTTAAAGATGAAAAAGATGAATTGCAGAAAGCCGTTTTATCCGGCTGTATGGATGAATATACAGATGCGGTGCTGTTAAACGGAGGGACGGGCATTGCCGAAAGGGATGTCACAATTGAAGCGGTCACGCCGCTGTTTTCAAAAGAACTCCCGGGATTCGGCGAGCTGTTCCGCATGCTGAGCTATACGGAGGACATCGGTTCCGCCGCCATTTTGTCCAGAGCGGCAGCGGGTGTGATCCAAAATACCGCAGTCTTCTGCACGCCCGGCTCCTCAGGCGCCGTAAAGCTTGCGATGAGTAAACTGATTATTCCTGAACTGCCCCATGTGCTCCGGGAAATCCGAAAAGATTTATAA MSVHEHKQEAPSAVRCKVITVSDTRTKETDKSGRVMMDFLREAGFETVAYDIVKDEKDELQKAVLSGCMDEYTDAVLLNGGTGIAERDVTIEAVTPLFSKELPGFGELFRMLSYTEDIGSAAILSRAAAGVIQNTAVFCTPGSSGAVKLAMSKLIIPELPHVLREIRKDL PGPT0008420_1355 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM PLANT_VITAMIN-MOLYBDENUM_COFACTOR_BIOSYNTHESIS,PGPT0008420-moaB-K03638 NA NA D1-12_01941 1188 ackA COG0282 Acetate kinase ATGTCTAAAATTATTGCAATTAACGCAGGAAGCTCATCTTTAAAATTTCAGTTATTCGAAATGCCTTCAGAAAAGGTGCTAACAAAAGGTTTAGTAGAACGGATCGGTATCGCCGACAGCGTTTTCACAATCTCTGTTAACGGCGAAAAAAATACAGAAGTGACAGATATTCCGGATCATGCGGTTGCGGTGAAGATGCTGCTTCACAAGCTGACTGAATTCGGTATTATAAAGGATTTAAATGAAATTGACGGAATCGGCCACCGTGTGGTTCACGGCGGAGAAAAATTCAGCGATTCTGTTTTGCTTACGGATGAAACAATCCGTGAGATTGAAGAGATTTCAGAACTTGCGCCGCTTCACAACCCGGCTAACATCGTCGGCATTAAAGCCTTTAAAGAAGTGCTTCCGAATGTGCCTGCGGTTGCAGTGTTTGATACGGCGTTCCACCAAACGATGCCTGAACAATCTTACCTGTACAGCCTACCGTACGAATACTACGAGAAATACGGCATCCGCAAATACGGTTTCCACGGCACTTCTCATAAATACGTGACACAGCGCGCAGCTGAGCTTCTCGGCCGCCCGCTTGAAGATTTGCGTCTGATTTCCTGCCACCTCGGTAACGGCGCAAGTATCGCGGCCGTAGAAGGCGGAAAATCCATTGATACGTCAATGGGCTTCACACCGCTTGCGGGTGTCGCGATGGGAACACGTTCAGGAAACATCGACCCTGCATTGATTCCGTACATTATGGAAAAAACGGATCAGACGGCAGATGAAGTATTAAATACGTTAAATAAAAAGAGCGGACTGCTTGGCGTATCCGGTTTCTCCAGCGACCTCCGCGATATCGTGGAAGCTTCAAAAGAAGGAAACGAAAGAGCGGAAACGGCTCTTGAAGTGTTCGCGAGCAGAATCCATAAATACATCGGTTCTTATGCTGCGAGAATGAGCGGCGTTGACGCGATTATTTTCACTGCGGGTATCGGTGAAAACAGCGTTGAAGTCAGAGAACGCGTGCTTCGCGGCTTAGAATTCATGGGTGTATATTGGGATCCTGCGCTGAACAACGTGCGCGGCGAGGAAGCGTTTATCAGCTACCCTCACTCTCCTGTCAAAGTCATGATCATTCCGACTGACGAAGAGGTCATGATCGCACGCGACGTTGTCCGCCTTGCACAGTAA MSKIIAINAGSSSLKFQLFEMPSEKVLTKGLVERIGIADSVFTISVNGEKNTEVTDIPDHAVAVKMLLHKLTEFGIIKDLNEIDGIGHRVVHGGEKFSDSVLLTDETIREIEEISELAPLHNPANIVGIKAFKEVLPNVPAVAVFDTAFHQTMPEQSYLYSLPYEYYEKYGIRKYGFHGTSHKYVTQRAAELLGRPLEDLRLISCHLGNGASIAAVEGGKSIDTSMGFTPLAGVAMGTRSGNIDPALIPYIMEKTDQTADEVLNTLNKKSGLLGVSGFSSDLRDIVEASKEGNERAETALEVFASRIHKYIGSYAARMSGVDAIIFTAGIGENSVEVRERVLRGLEFMGVYWDPALNNVRGEEAFISYPHSPVKVMIIPTDEEVMIARDVVRLAQ PGPT0001360_3171 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-PROPIONIC_ACID_BIOSYNTHESIS,PGPT0001360-ackA-K00925 NA NA D1-12_01942 987 hypothetical protein ATGCAACACGACCATGTCGGTCAGATTTATGAACTTTTAGATGAAGCCGCCCAAGTGATAGCAGAAGGCCTTCAGATTTCTTATATTGAGGGGCTTGCGGAAGCGGGAGAAATGTATTTTCTTGAAAAGGCCGACCAGCTTCCGCTTCAGGAAAAGCAAACCGGCGAGCTTAACAGCCTGCTCGCGAAAGCAGACTTCAGAAAATGGGAGCATGAATGGATCCGCAAGGCGTTCCAGCTCGCCATTTTAAAAGGGCTCAAAGATAAGTCCCATCCGAACAGACAGATGACGCCTGATACGATCGGCCTTTTCATCAGTTACCTCGTGAATAAATTTACGGGCGGCCGAAAAGGCCTGACATTGCTGGACCCCGCCTGCGGCACCGGAAATCTTCTGCTGACCGCGGCAAACCAGCTTTCTGACAAAGCGGGAAAAAGTTTCGGCATTGAAATCGACGATGTCCTTCTGAAGATCGCATATGCGCAGGCGAATCTGCAGGAAAAAGAAATGGAGCTGTTCTGCCAGGACAGTCTTCAGCCGTTATTTATCGAACCGGCCGATGCGGTCATCTGCGATTTGCCGGTCGGCTACTATCCGAATGACGAAGGCGCTGAAGCGTATGAGCTGAAAGCGGATGAAGACCACTCATTTGCCCACCACTTATTTATTGAGCAGAGCGTCAAACATACAAAACCGGACGGATACTTATTTTTTATGATTCCGAACCATCTGTTTGACAGCGCGCAAAGCGATAAACTGAAGCGGTTTTTTGCGGAAAAAGTGTATATCAACGCCCTTCTTCAGCTGCCGGCTACTATGTTTAAAGACGAAGCGCAGGCAAAGAGCATTTTAATCTTGCAGAAAAAAGGCGAAGACGCAATGCCGCCGAAACAAGCGCTTTTGGCGAATCTTCCTTCCTTTGCGAACCAGCAGGCGATGCGGGAGATGATGGCAAAATTGGATCAATGGATTCAAAAAGAAAAATAA MQHDHVGQIYELLDEAAQVIAEGLQISYIEGLAEAGEMYFLEKADQLPLQEKQTGELNSLLAKADFRKWEHEWIRKAFQLAILKGLKDKSHPNRQMTPDTIGLFISYLVNKFTGGRKGLTLLDPACGTGNLLLTAANQLSDKAGKSFGIEIDDVLLKIAYAQANLQEKEMELFCQDSLQPLFIEPADAVICDLPVGYYPNDEGAEAYELKADEDHSFAHHLFIEQSVKHTKPDGYLFFMIPNHLFDSAQSDKLKRFFAEKVYINALLQLPATMFKDEAQAKSILILQKKGEDAMPPKQALLANLPSFANQQAMREMMAKLDQWIQKEK PGPT0027215_468 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESTRICTION|MODIFICATION_SYSTEM CE-BACTERIAL_FITNESS-TYPE_II_R-M_SYSTEM,PGPT0027215-EC_2_1_1_72-K00571 NA NA D1-12_01943 504 tpx COG2077 Thiol peroxidase ATGGCTGAAATTACATTTAAAGGCGGAGCCGTGACGCTGATCGGACAAGAAGTGAAACCGGGTGACCAAGCTCCTGACTTCACGGTTTTGACAAACGGATTAGAAGAGAAGACATTAGCAGATATGAAAGGGAAAGTAACGATCATATCCGTTATCCCTTCCATCGACACAGGCGTATGTGACGCGCAGACACGCCGCTTCAACGAAGAAGCCGCAAAACTCGGTGATGTGAACGTTTATACAATCAGCGCCGACCTTCCGTTTGCACAAGCGCGCTGGTGCGGAGCGAACGGAATTGATAAAGTTGAAACGTTATCGGATCATAAAGAGATGTCATTTGGTGAAGCATTCGGTGTTCACATCAAAGAACTTCGTCTTTTGGCGCGTTCCGTATTCGTCCTTGATCAGGACGGAAAAGTCGTTTACGCGGAATACGTAAGCGAAGCGACAAACCACCCGAATTATGAAAAGCCTATCGAAGCTGCAAAAGCGTTAATCAAGTAA MAEITFKGGAVTLIGQEVKPGDQAPDFTVLTNGLEEKTLADMKGKVTIISVIPSIDTGVCDAQTRRFNEEAAKLGDVNVYTISADLPFAQARWCGANGIDKVETLSDHKEMSFGEAFGVHIKELRLLARSVFVLDQDGKVVYAEYVSEATNHPNYEKPIEAAKALIK PGPT0013105_799 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013105-tpx-K11065 NA NA D1-12_01944 441 ytfJ COG3874 putative spore protein YtfJ ATGGCAGACCATCCCATTCAAGGTTTAATGAAAACCGCTATGGAAAATTTAAAAGAAATGATTGACGTGAATACAATCATCGGCGATCCTGTTGAAACGCCTGACGGCAGCGTAATCTTAACGGTTTCAAAGGTCGGCTTCGGATTTGCGGCGGGCGGAAGCGAGTTTGGAGGAAAACCGGCTGAAAAAAGAACCGATGATGATGAAAGAAAAGAGCAGAAGCTCCCGTTCGGCGGCGGAAGCGGCGGCGGAGTATCCATTACGCCGATTGCGTTTCTGATTGTCGGAACAAACGGCGTGCGTATGCTTCATTTGGACGAAAACACCCATCTGATTGATAAACTGTTAGACTCCGCGCCTCAAACGATTGAACGCATCCAGCATATGTTTAAAAAGAATGAAAAAGGCCGGAACCAAAAAAGAACGGATATCGATTTATAA MADHPIQGLMKTAMENLKEMIDVNTIIGDPVETPDGSVILTVSKVGFGFAAGGSEFGGKPAEKRTDDDERKEQKLPFGGGSGGGVSITPIAFLIVGTNGVRMLHLDENTHLIDKLLDSAPQTIERIQHMFKKNEKGRNQKRTDIDL PGPT0024995_191 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE_OTHER_SPORULATION_RELATED_PROTEINS,PGPT0024995-ytfJ-NA NA NA D1-12_01945 690 hypothetical protein ATGGGATATGCCGCAGCAGCTGTTATTCTCATTCTCATTTTGTTCTGGCTGCTCATGAGGATGAAAATCCACCTGACTTTCGAATATCTTCACGATAAAGATAACGACAAACTGACGTTTAAACTCTCGGCCTTATACGGGCTGGTCCGTTTTAAAAAAACGCTGCCCGTCATTAAAGTAAACAGCGAAGACGCGTCAATTGATGTCAAACAGGACACGAAATCAGAAATGAAAGGTCAGAAAAAAGAGAAGAAAAAAATCACATATGAAGATGTCAAACAGAGCATTCACAGAATAGAAATGATTCTGCACCAAGTCTTTCAGATGCGCCAAATCGGCGCCTCATTTCTTGCGGGAGTCCGTGTTACGAAGTTTGAATGGGTGACGGTTATCGGAATAAAGGACGCCGCCGTTACGGGAATCGCCGCCGGCGGATTGTGGGCCGTAAAGGGAGCCCTTACGGCGATGCTGTATGATCATCTGCGTTTCATACATAAACCGGTGTGCGAAGTCATTCCGTCTTTTCAAGTGCCTGCATCCAAGACGCATTTGCAGTGTATATTCTTTTTTCGTTTTGGACATCTTATAGGTGCAGCTTTCAAATTGCTCAAATACGGGCGGAACGGACTTTCTATCATACGAAAGAAACAGCCGGTTCCGGTTGCTTCAAAGAATGATTCATCAGTTTAA MGYAAAAVILILILFWLLMRMKIHLTFEYLHDKDNDKLTFKLSALYGLVRFKKTLPVIKVNSEDASIDVKQDTKSEMKGQKKEKKKITYEDVKQSIHRIEMILHQVFQMRQIGASFLAGVRVTKFEWVTVIGIKDAAVTGIAAGGLWAVKGALTAMLYDHLRFIHKPVCEVIPSFQVPASKTHLQCIFFFRFGHLIGAAFKLLKYGRNGLSIIRKKQPVPVASKNDSSV NA NA NA NA NA D1-12_01946 492 hypothetical protein ATGGACGCGACTTACGAAGGCTTTCACGGCAAAGAAGGGGAAGCTGAACAACAGAGGGCGCCCGAGCAGGCATATGCGGGCTTTTGGATCAGGTTTTGGGCGTTTCTTCTCGATTGGCTGGTGGTCTGGGGACTAAACCATCTCATCGTTTCACCGATTTTCACGCTGATGAAGCTCCCGGCAACAAGCGGAATGTTTACAATCTCAGCTTATTCCGTCACAACCCTGATCGTCTACCTCGCCTATTTTGTGTTCATGACGAAATGGTTTCATCAGACACTCGGCAAGATGGTCTTCGGGTTAAAGGTCACTTCTTTGACGCCCGGAAAGCCGCTGACTTGGAGCACCGTCATTTTCAGAGAAGCGGTGGGGCGTTATATCGATAAAATCTGGATTCTCTATATCGTCATTGCGTTTACGCCCAAAAAGCAGGGCATTCATGATCTGATCGCCGACACAACGGTGATTCACGAAGCGCTGTACCGCAAATAA MDATYEGFHGKEGEAEQQRAPEQAYAGFWIRFWAFLLDWLVVWGLNHLIVSPIFTLMKLPATSGMFTISAYSVTTLIVYLAYFVFMTKWFHQTLGKMVFGLKVTSLTPGKPLTWSTVIFREAVGRYIDKIWILYIVIAFTPKKQGIHDLIADTTVIHEALYRK NA NA NA NA NA D1-12_01947 1008 sppA COG0616 Putative signal peptide peptidase SppA ATGAATGCAAAAAGATGGATTGCGCTCGTCATCGCGCTCGGCATTTTCGGCGTATCAGTCATTGCAAGTGTGACCGTCGGGGTGCTGAAGAATATCGGAGATACAGGGTCTGACTTTGCATCACTGACAGATGACACAGAGGAAGTGACGCTGGATAAGGGCAGCCCCGGCAGTAAAATCGCCGTGCTTGAAGTGGACGGCACGATTGAGGATAACGGCGGGTCCGCTGGCCTGCTCAGCTCAGGCGGGTATGATCACAGATCATTTTTAAAACAGGTTGAGCGTGCGAAAGAAGACAAAAGCGTCAAAGGAATTGTGCTGAAAATCAATTCCCCTGGCGGAGGCGTGTACGAAAGCGCGGAAATACATAAAAAACTGGAAGAACTAAAGAAAGAAACGAAGAAACCGATTTATGTATCCATGGGCTCCATGGCGGCATCGGGAGGCTACTATATTTCAACGGCAGCCGATAAAATCTATGCTTCACCGGAAACGCTCACGGGTTCACTGGGAGTCATCATGGAAAGCGTCAATTATTCCAAGCTCGCCGATGAACTCGGCATCAAGTTTGAAACCATTAAAAGCGGCGCGCATAAAGACATCATGTCCCCGACCCGCGACATGACGAAGGAAGAAAGAAAGATCATGCAGACAATGGTCAACGATTCTTATGAAGGATTTGTCAATGTCATTTCAAAAGGCCGGCACATGTCAAAAGCGGATGTGAAAAAAATTGCCGACGGCCGTGTTTACGACGGCAGACAAGCGAAAAAGATCGGCCTCGTTGATGAGCTCGGTTTTTACGATGATACGATCAGCGCGATGAAAAAGGATCATAAAAATATGAAAAACGCTTCAGTCATCACATACGAGGAAGGATTCGGATTAGGCTCGCTCTTTTCCATGAGCGCAGCGAAAATGTTTAAAAGCGAAATTGATTTTCTGAATATGAAAGAACTCATTTCGCAATCCGGTTCGCCGCGGATGATGTATCTCTATGCAAAGTAG MNAKRWIALVIALGIFGVSVIASVTVGVLKNIGDTGSDFASLTDDTEEVTLDKGSPGSKIAVLEVDGTIEDNGGSAGLLSSGGYDHRSFLKQVERAKEDKSVKGIVLKINSPGGGVYESAEIHKKLEELKKETKKPIYVSMGSMAASGGYYISTAADKIYASPETLTGSLGVIMESVNYSKLADELGIKFETIKSGAHKDIMSPTRDMTKEERKIMQTMVNDSYEGFVNVISKGRHMSKADVKKIADGRVYDGRQAKKIGLVDELGFYDDTISAMKKDHKNMKNASVITYEEGFGLGSLFSMSAAKMFKSEIDFLNMKELISQSGSPRMMYLYAK PGPT0030320_2371 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_V_SECRETION_SYSTEMS CE-T5a_AUTOTRANSPORTER_SECRETION,PGPT0030320-pspA-K04773 NA NA D1-12_01948 831 nadK1 COG0061 NAD kinase 1 ATGACAGCAAAGGGGAATGGGGATATGACCGATCTTCGCCGCAATGTTTATTTTTTTCACAAACAAAACAACGAAACAAAAGAACAAGTCAGCTCTTTGAAGCAGCTTGCTGAATCGCACGGTTTTACAGTTGCGGCTCAACCGGAGGATGCCGGAATTATCGCCAGCATCGGCAGCGACGGCTCATTTCTGCAAGCCGTCAGAAAAACCGGATTCCGTGATGACTGCCTGTATGTCGGCATCGCTAAAAAAGGGAAAGCCCATTTGTACTGTGATTTTCACAGCGATGAGCCTGAAAAAATGGCGGCCAGCATGACCGCGGAACAGCTTGAGGTCAGAAAATACCCGCTCATTCACGTAACGGTGGACGGCAGCAATCATTTTCACTGTTTAAACGAGGTTTCCATCCGTTCAAGCATTATTAAAACGTTTGTGATGGATGTGTTAATTGATGATCTTCATTTTGAGACGTTCAGAGGGGACGGGATGATCATTTCCACCCCGACGGGCAGCACCGCCTACAATAAATCTGTTTCAGGCGCCGTTGTTGATCCTTTGATTTCCTGCATGCAGGTATCCGAACTGGCGTCGTTGAACAACAACACATACCGTACACTCGGATCTCCGTTTATTTTAAGCTCAGACCGGAAGCTGACACTGCAGGTGGTGCAAGACGGCAATGAGCATCCGATTATCGGGCTTGACAATGAAGCGCTCAGCACGCGGAATGTCAAAAAGGTTGAGATTAGACTATCCGATAAAAAAATCAAAACGGTGAAACTGAAAGACAACTCTTTCTGGGAAAAAGTAAAACGATCATTTTTATCATAA MTAKGNGDMTDLRRNVYFFHKQNNETKEQVSSLKQLAESHGFTVAAQPEDAGIIASIGSDGSFLQAVRKTGFRDDCLYVGIAKKGKAHLYCDFHSDEPEKMAASMTAEQLEVRKYPLIHVTVDGSNHFHCLNEVSIRSSIIKTFVMDVLIDDLHFETFRGDGMIISTPTGSTAYNKSVSGAVVDPLISCMQVSELASLNNNTYRTLGSPFILSSDRKLTLQVVQDGNEHPIIGLDNEALSTRNVKKVEIRLSDKKIKTVKLKDNSFWEKVKRSFLS PGPT0013490_4682 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013490-ppnK-K00858 NA NA D1-12_01949 1596 nfdA N-substituted formamide deformylase ATGAAAGCGATTTGGCACGGCGGCACCATCTATACAATGCTGGACAAGAATCATGTCACTGAAGCCGTTTATACCGAAGAAGGCGTCGTCAGGCAGACGGGCAGCTTCCGGGAACTCCAAGGAACATACGGTTCGCCTGATACGGAGGAAATCGATTTACATGGAGCTGTCATGTTCCCGGGGTTTACGGACAGTCATATGCATTTAATCGGGCACGGGGAAAAACAGCTTCGCCTCGATTTGTCGCAGCTGACGTCAAAAGAAGCGATACTGCGGGCTGCAAAAGAAGCAGAGCGTGAATTGGAAGATGGCGAATGGCTGATCGGCGAAGGCTGGGATGAAAATCTGTTTGAACGGCCGGTTTACGTCACGAAGCATGACCTTGACCTGCTCTTTCCCGACCGCCCCGTCCTGCTGAAGCGGGTATGCCGGCACGCCGCGGCGGTTAATTCGGCCGCATTGCGCGCGGCGGGAATTACAAACGAAACACCTGATCCATACGGCGGGATTATCGTCCGGGACGGAACCGGTCCGACAGGCCTCCTGCTGGATAAAGCCCAAGAGCTTGTGACACAGGCCCTGCCGCCCGTCTCACTTCACTATGTCAAACGCGCGCTTCAAACGGCGATTACGGACTGCTGGTCAAAAGGCCTGACCGGCGGGCATTCAGAAGATCTGGCATACTACGGAGACGCGTCCATTCCCGTTGCCGCGTACGAGTCGTTAACCGGCAGCGGCCTTTATCCTTTTCGCGCCCATCTGCTCGTACATCACGAAGCCGTCGACAGCTGGAGCGCTCTGGATAAATCGATCGGACCTTATCTGGAATACGGAGCGATGAAAATTTTTGCTGACGGCGCGCTCGGCGGCAGAACCGCTCTATTGAAAAAGCCTTATCACGATGATCCGTCAGTCTCCGGCGTTCAGGTGCATGATGACGAAACCCTTGCCGCTCTTGTTTATAAAGCGAGAGAGAAAGGGATGGAGATTGCCGTGCACGCGATTGGCGACCTTGCATTTGAAAAGGTGCTGGATGTTATCGAAAGATACCCGGCAAAGCCCGGACAGCTAGACAGGCTCATTCATGCGCAAGTATTAGATGACGGATTGATTGAAAGAGCCGCCCGGCTGCCGATCGGACTTGATCTTCAGCCGCATTTTGTGGCCAGTGATTTTCCGTGGGTGATTGACCGGCTCGGAGAAGAGCGGATGAAAACGGCTTTCGCCTGGAAAACACTGCTGTCAAAAGGGCTGCTGTGCGCCGGAGGTTCAGATGCCCCGATTGAGCCGGCCGATCCGCTTCTGGGCATTCAATCGGCTGTGCTCCGTACAAGCAAGCAGCACCCGGAAGGTCCGGCCTATTATGAAAAAGAGTGCCTGACCGTGTACGAAGCCATTCAGCTTTACACGGAGGGAAGCGCGGCCATCATCCATAAAGAACATAGCCGCGGACGGATCGCCCCCGGCTATGATGCCGACTTTACCGTACTCAGCGGTGATCCGTTCATGACGGACCCGAAAAAGCTTCATGAATTGGAAGCGGTCAAAACCGTCGTCGGCGGCCGTATCGTATATGAAAAAGAGGACAGGCGCTGA MKAIWHGGTIYTMLDKNHVTEAVYTEEGVVRQTGSFRELQGTYGSPDTEEIDLHGAVMFPGFTDSHMHLIGHGEKQLRLDLSQLTSKEAILRAAKEAERELEDGEWLIGEGWDENLFERPVYVTKHDLDLLFPDRPVLLKRVCRHAAAVNSAALRAAGITNETPDPYGGIIVRDGTGPTGLLLDKAQELVTQALPPVSLHYVKRALQTAITDCWSKGLTGGHSEDLAYYGDASIPVAAYESLTGSGLYPFRAHLLVHHEAVDSWSALDKSIGPYLEYGAMKIFADGALGGRTALLKKPYHDDPSVSGVQVHDDETLAALVYKAREKGMEIAVHAIGDLAFEKVLDVIERYPAKPGQLDRLIHAQVLDDGLIERAARLPIGLDLQPHFVASDFPWVIDRLGEERMKTAFAWKTLLSKGLLCAGGSDAPIEPADPLLGIQSAVLRTSKQHPEGPAYYEKECLTVYEAIQLYTEGSAAIIHKEHSRGRIAPGYDADFTVLSGDPFMTDPKKLHELEAVKTVVGGRIVYEKEDRR NA NA NA NA NA D1-12_01950 1587 acsA_1 COG0365 Acetyl-coenzyme A synthetase GTGTTAAAACGAGAAGATTTAATCGCCCCAAAGAACTATAACCTTGTAAATGAAATCGAAAAGTTCAGCCGTTCCAAAGAGAAGAACGCGCTTATTTGGGAAGATCAAACAGGCGGCAAGAAAGTCTGGACGTATGAAAAATTGATGGAAGAAACGAATAAAATCGGAGCCCGCCTGAAAGGTCTCGGATTTGAAAAAGGCGATAAGCTGATTGTCATGGTTCCGAGAGTGCTTGAAGCGTATGCCGTTTATTTAGCGATCTTAAAAGCGGGGATGGTCGTCATTCCTTGCTCGGAAATGCTGCGCGCCAAAGACCTTGAATACCGGATCAAACACGCCGAAGTGAAAGGCGCTATCGTTTATCCTTCATTTATAAACGCGTTTGACGAGGTGAATACCGGGCAGCTGGTGACATTGTCAATCGGTGAAAATGATGCCGGCTGGAAAAACCTCCTAACGATTGAAGCGGACGGAGACAGTTTTCAAACAGCTGATACAACAAGAGAAGATATGGCGTTTTTGTCCTATACTTCAGGCACGACCGGCCAGCCTAAAGGCGTTGTACATACACACGGCTGGGCCTTTGCCCATTTAAAAACATCAGCCGGTGCATGGCTGGATATTTCTGAAGACGATACAGTGTGGGCCACCGCGGCGCCCGGCTGGCAGAAATGGGTGTGGAGCCCGCTGCTCGCAATTCTGGGAAGCGGCGCGACAGGAGTCATTTATCACGGCAGATTCAACGCCAAGACGTATTTAGAGCTGCTGGAGCGCCATCAAGTAAATGTCTTCTGCTGTACCCCGACGGAATACCGCCTGATGGCAAAAGTGGAGGAGTTGGACAAATATGATCTTTCTGCCCTTCACAGCGCAGTTTCTGCTGGTGAGCCATTAAACCGGGAAGTCATTGACGTATTCCGGAAGCATTTCGGCATTAAAGTGAGAGACGGATACGGCCAAACGGAGAGCACCCTGTTAGTCGGCGTCCTGAAGGACATGGATATTAAGCCGGGAAGCATGGGCAAACCGACCCCTGGAAATCAAGTGGAGATTATAAACGATAAAGGCGAAATATGCGAAACTGGCGAAACGGGCGATATCGCCGTGCATTTGAGCACACCGGCCTTATTCAAGGAATATTATAAAGATCCCGAAAGAACGAAAAAGCAGATTCGCGGAGATTACTTTCTTACAGGAGACCGCGCGAAAAAAGACGAGGACGGCTACTTTTGGTTTGAAAGCCGCAATGATGACATCATCGTCAGCTCCGGATATACAATCGGGCCTTTTGAAGTAGAGGATGCGCTCGTGAAGCATCCGGAAGTGAAAGAATGTGCCGTCGTGGCGAGCCCGGATGAAATCAGAGGTTCAATCGTAAAAGCTTATGTCGTTTTACAAGACGATGAAAAGCGCAGTGACGAACTTGTCAAAGAACTGCAAAACCACGTAAAAACGATTACGGCGCCTTATAAATATCCGAGAGAAATTGAATTTGTCGAAAGCCTGCCGAAAACGGCGTCCGCAAAAATCAGACGTGTGGAGCTGAGACAGCGTGAAGAACGGCTGAAGGCTGATAAAAAAGCATAA MLKREDLIAPKNYNLVNEIEKFSRSKEKNALIWEDQTGGKKVWTYEKLMEETNKIGARLKGLGFEKGDKLIVMVPRVLEAYAVYLAILKAGMVVIPCSEMLRAKDLEYRIKHAEVKGAIVYPSFINAFDEVNTGQLVTLSIGENDAGWKNLLTIEADGDSFQTADTTREDMAFLSYTSGTTGQPKGVVHTHGWAFAHLKTSAGAWLDISEDDTVWATAAPGWQKWVWSPLLAILGSGATGVIYHGRFNAKTYLELLERHQVNVFCCTPTEYRLMAKVEELDKYDLSALHSAVSAGEPLNREVIDVFRKHFGIKVRDGYGQTESTLLVGVLKDMDIKPGSMGKPTPGNQVEIINDKGEICETGETGDIAVHLSTPALFKEYYKDPERTKKQIRGDYFLTGDRAKKDEDGYFWFESRNDDIIVSSGYTIGPFEVEDALVKHPEVKECAVVASPDEIRGSIVKAYVVLQDDEKRSDELVKELQNHVKTITAPYKYPREIEFVESLPKTASAKIRRVELRQREERLKADKKA PGPT0002265_7808 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_ACETATE_UTILIZATION,PGPT0002265-acs-K01895 NA NA D1-12_01951 222 Small, acid-soluble spore protein 1 ATGTCACAACAATCAAACAGCGGAAACAGCAACCAGCTTTTAGTGCCAGGCGCTGCTCAAGCTATCGACCAAATGAAGTATGAAATCGCTTCTGAATTCGGTGTAAACCTTGGACCGGAAACAACTTCTCGCGCCAACGGTTCTGTCGGTGGAGAAATCACAAAACGTCTTGTCTCTTTTGCTCAGCAAAGCATGGGCGGAAGCAGCCAGCAGCAGTTTTAA MSQQSNSGNSNQLLVPGAAQAIDQMKYEIASEFGVNLGPETTSRANGSVGGEITKRLVSFAQQSMGGSSQQQF PGPT0024860_62 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE_SMALL_ACID-SOLUBLE_SPORE_PROTEINS,PGPT0024860-SASP_A|sspA-K06418 NA NA D1-12_01952 1206 thiI COG0301 putative tRNA sulfurtransferase ATGAATTACGATCATATTTTAATCCGTTTTGGTGAAATATCCACAAAAGGAAAAAACAGACGCAGTTTTATTGAAAGATTAAAACAGAATATCCGCCTGGTATTAAAGGATTATAAAAAAGTAAAATACTTTTCAAACCGGGACCGGATGTCAATTACACTTAATGGAGAAAACCCGGAGGAAATTTGTTCCTTATTAAAGAATATATTCGGCATTCAAAGCTTTAGTCTCGCAATTAAATGCGAGAGCAAGCTGGAAGACATTAAAAAAACGGCTTTAGCCGCGATAGAAGGCGAATATAAACCGGGGAATACGTTTAAGGTCGAGACCAAACGGGCTTACAAACAGTTTGAATTAGATACGAATGCGATGAACGCTGAAATCGGCGGCCATATTTTGAAAAACACGGATGGATTAACCGTCGATGTGAAACATCCCGATATTCCGCTTCGGATTGAAATCAGGGAGGAAGCGACATTCCTGACCATTCGTAACGAAAAAGGCGCCGGAGGCCTTCCTGTCGGTTCCGCGGGTAAAGCGATGCTGATGCTTTCCGGCGGTTTTGACAGTCCGGTCGCCGGTTTTTACGCGATGAAACGGGGATTATCAGTTGAAGCCGTACATTTCTTCAGTCCGCCGTATACGAGTGAACGGGCAAAGCAGAAAGTCATGGATCTCGCGGGGTGCCTCGCGAAGTTCGGCGGCAGTATGACGCTTCATATCGTGCCGTTTACAAAGACGCAGGAACTCATCCAAAAACAAATCCCGGAGAACTATACGATGACGGCGACGCGGCGTCTTATGCTGCAAATCGCGGACAGAATCAGAGAAGAACGAAAAGCGCTCGCGATCATTACGGGAGAAAGCCTCGGGCAGGTAGCGAGCCAGACGCTTGAAAGCATGTATGCGATCAATGCCGTGACGGCAACGCCGGTTTTGCGCCCTTTAATCGGAATGGACAAAACAGAAATCATCGAGAAATCAAAAGAAATCGGCACGTATGAAACAAGCATTCAGCCGTTTGAGGACTGCTGCACCATCTTTACGCCGCCAAGTCCGAAAACACGCCCGAAAAAAGAAAAAATCGAGCACTTCGAAAGCTTTGTTGATTTTGAACCGCTGATTGCAGAGGCCGCTGCCGGCATCGAAACCATCACTGTTTACTCAGAGCAGGAAGCTCACGATAAGTTTGCCGGCCTGTTTTAA MNYDHILIRFGEISTKGKNRRSFIERLKQNIRLVLKDYKKVKYFSNRDRMSITLNGENPEEICSLLKNIFGIQSFSLAIKCESKLEDIKKTALAAIEGEYKPGNTFKVETKRAYKQFELDTNAMNAEIGGHILKNTDGLTVDVKHPDIPLRIEIREEATFLTIRNEKGAGGLPVGSAGKAMLMLSGGFDSPVAGFYAMKRGLSVEAVHFFSPPYTSERAKQKVMDLAGCLAKFGGSMTLHIVPFTKTQELIQKQIPENYTMTATRRLMLQIADRIREERKALAIITGESLGQVASQTLESMYAINAVTATPVLRPLIGMDKTEIIEKSKEIGTYETSIQPFEDCCTIFTPPSPKTRPKKEKIEHFESFVDFEPLIAEAAAGIETITVYSEQEAHDKFAGLF PGPT0008940_1384 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 D1-12_01953 1146 iscS_2 Cysteine desulfurase IscS ATGATATATTTAGACAACAGCTCAACGACCGAGCCGTATGAAGAGGTATTGGATGTGTACAAACAGACGAGCAGCCGGTATTTCGGCAATCCTTCGTCTCTGCACCAGTTAGGAACTGAGACGGAACAGCTCCTTGAAGCGGCCGCTCAGCAAATAAAAAAAACCTTGCGTTTAAAAAATTATGATATTGTATTTACATCAGGCGCGACTGAAGCGAATAACGCTGCGTTAAAGGGAGCAGCCTGGGCAAACATGAGTAAAGGAAGACATATCATTGCTTCGGCGATTGAGCATCCTTCTGTGACGGAGACGCTTGATCAGCTGACAGAGCTGTTCGGCTTTGAAGTCACATATCTTCCGGCCGATCAAAACGGCTTCGTTTCTTTGAAAGACGTCAAATCGGCTATCAGGCCGGATACAATAATCGTCAGCGTCATGCATGTCAATAACGAAGTCGGCTCCATTCAGCCCGTAAAGGAAATCGGCGGGTTTTTGAAGCAGCACCGGAATATTCTGTTTCATGTTGATCATGTGCAGGGCATTCATAAAGTTCCTCTGTCTATAGAAGAAGCGGGCATTGACCTTTGCACCGTTTCAGGGCATAAGTTTCACGGCCTAAAAGGGACCGGAGCGCTTATCGTCAAAAAAGGAACGCGGCTCATTCCGCTTATAACGGGCGGCTCGCAGCAAAAAGGCGTCCGCGCCGGAACGGAACACACGGCAGGCGCCGTTTCCCTTGCGAAAGCGATCAATCTTTCCGCGCGTGACATGAACGAGCGGCTTTCTTCCGTGGAGGCTGCCAAGAATGCGCTCATGGAAAGGCTGAGCGGGACGGACGGGGTCGTCATCAACACCCCCGCCGAAAACAGCGCGCCGCATATCATTAATTTTTCCGTTCCGGGCGTGAAGGCGGAAGTGCTGCTGCATATGCTTGAGGAAAAAGGAATATATGTCTCCACAACCGCGGCATGTTCGGCAAGAGAGCACAAACCGAGCCGTGTTCTTCTGCAAATGAATAAAGGCGAACAGATTGCATCAAGCAGCATAAGAGTCAGCCTGAACTTCAGCCATACGGCTGACATCACGGAGCCGTTTATGGCCGCGCTGGTGCCGGCTGTTCAAAAACTAAAAAAAATGATGAGGTAG MIYLDNSSTTEPYEEVLDVYKQTSSRYFGNPSSLHQLGTETEQLLEAAAQQIKKTLRLKNYDIVFTSGATEANNAALKGAAWANMSKGRHIIASAIEHPSVTETLDQLTELFGFEVTYLPADQNGFVSLKDVKSAIRPDTIIVSVMHVNNEVGSIQPVKEIGGFLKQHRNILFHVDHVQGIHKVPLSIEEAGIDLCTVSGHKFHGLKGTGALIVKKGTRLIPLITGGSQQKGVRAGTEHTAGAVSLAKAINLSARDMNERLSSVEAAKNALMERLSGTDGVVINTPAENSAPHIINFSVPGVKAEVLLHMLEEKGIYVSTTAACSAREHKPSRVLLQMNKGEQIASSSIRVSLNFSHTADITEPFMAALVPAVQKLKKMMR PGPT0000065_6065 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 D1-12_01954 1341 brnQ COG1114 Branched-chain amino acid transport system 2 carrier protein ATGAAACACTCACTACCTGTCAAAGATACCGTTATTATCGGTTTCATGCTTTTCGCACTTTTTTTCGGGGCAGGAAATATGATATATCCCCCGGAGCTCGGGCAAGCGGCGGGGCATAATGTCTGGAAAGCGATGGGCGGTTTCTTACTGACCGGCGTAGGTCTGCCGCTTTTGGGTATTATCGCCATCGCATTAACGGGCAAAGACGCGAAAGGGCTTGCCGATAAAGCTCATCCGGTATTCGGGACTATTTTCACCGTTGTGCTTTATTTATCAATCGGGCCGCTTTTCGCGATTCCGAGAACCGGAACCGTTTCATATGAAATCGGTGCAGTTCCGTTTTTAAGCGGCATTCCGGAAAGATTATCTTTATTTGTTTTCACGTTGATCTTTTTTTCTATTACGTATTATTTAGCTCTTAATCCTTCCAAAATCGTGGACAGAGTCGGAAAGATTTTGACTCCTATTAAATTCGGTATTATTCTAATCATCGTCGTAAAAGCCATTGTCACTCCGATGGGCGGGCTGGGCGCCGTACATCAGGCATATTCCGGAACGCCGGTGTTCAAAGGATTTTTGGAAGGCTATAAAACAATGGACGCGCTCGCCTCAATCGTCTTCGGCGTCGTTGTCGTCAACGCTGTTAAAAGCAGGGGCGTCACCCAGCGTAAAGCGCTCGCCGCCGCTTGTATTAAAGCGGGTCTGATTGCAGCGACAGGTTTGACATTCATTTATTTATCTTTGGCCTATTTGGGAGCGACAAGCACGGACGCTGTGGGGCCGCTCGGCGAAGGCGCAAAGATTTTATCAGCTTCATCTGATTACCTGTTCGGTTCACTGGGAAACATCGTTCTCGGCGCCGCCATCACCGTTGCGTGTTTAACGACAAGCATCGGGCTTGTCACATCTTGCGGTGAATATTTTTCAAAATTGATTCCCGCTTTATCATACAAAATGGTGGTTACGATTGTCACGCTGTTCAGTCTGGCGATTTCAAATTTCGGACTTGCTGAGATTATTGCATTTTCAGTTCCTATTTTATCAGCCATTTACCCGCTGGCGATTGTCATTATCGTCCTTTCCTTTATTGATAAAATCTTTAAGGAAAGACGGGAAGTCTATATCGCCTGCCTGATCGGAACGGGGCTGTTCAGTATCCTGGACGGCTTGAAGGCAGCCGGCATTCCGCTCGGATCATTAGATTCATTCTTAAACGCAAATCTTCCGCTTTACAGCATGGGAATCGGCTGGGTGCTTCCGGGCATTGCCGGAGCGATCATCGGCTGCATTATCACGTTTTTTACCAGCCCGCCCATCGAATTAAATAAAGCAAAATCGTAA MKHSLPVKDTVIIGFMLFALFFGAGNMIYPPELGQAAGHNVWKAMGGFLLTGVGLPLLGIIAIALTGKDAKGLADKAHPVFGTIFTVVLYLSIGPLFAIPRTGTVSYEIGAVPFLSGIPERLSLFVFTLIFFSITYYLALNPSKIVDRVGKILTPIKFGIILIIVVKAIVTPMGGLGAVHQAYSGTPVFKGFLEGYKTMDALASIVFGVVVVNAVKSRGVTQRKALAAACIKAGLIAATGLTFIYLSLAYLGATSTDAVGPLGEGAKILSASSDYLFGSLGNIVLGAAITVACLTTSIGLVTSCGEYFSKLIPALSYKMVVTIVTLFSLAISNFGLAEIIAFSVPILSAIYPLAIVIIVLSFIDKIFKERREVYIACLIGTGLFSILDGLKAAGIPLGSLDSFLNANLPLYSMGIGWVLPGIAGAIIGCIITFFTSPPIELNKAKS PGPT0014385_849 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 D1-12_01955 1692 ezrA COG4477 Septation ring formation regulator EzrA ATGGAGTTAGTCATCGGATTATTGGTTATACTGCTCGCGCTCTTTGCGGCGGGCTACTTTTTCAGAAAAAAAATTTATACGGAAATTGACCGGCTGGAGTCATGGAAGATTGAAATTTTAAACCGTTCGATAGTGGAAGAAATGTCCAAGATCAAACATCTGAAAATGACCGGAGAGACGGAAGAGTTCTTTGAAAGATGGCGCGAGGAGTGGGATGAAATTGTCACAGCCCATCTGCCGAAAGTAGAAGAGCTCCTTTATGATGCCGAAGAGAACGCCGACAAATACCGGTTTAAAAAAGCGAATCAGGTGCTTGTCCACATCGACGACCTCCTCACTGCAGCTGAATCAAATATAGAAGGCATACTGCGTGAGATCAGCGACCTTGTGACGAGCGAGGAAAAAAGCCGCGGAGAGATTGAACAGGTGCGTGAGCGGTATTCAAAAGCGAGGAAAAACCTTCTGGCGTACAGCCATCTCTACGGAGAGCTTTATAACAGCCTGGAGACGGATCTCGACGAAATCTGGAGCGGCATAAAAGAGTTCGAAGAAGAGACGGAAAGCGGCAATTACATCAAAGCGAGAAAAGTGCTGCTTGAACAGGACCGCAGACTGGATCAGCTTCAGACATACATAGATGACGTTCCGAAACTGCTTGCGGACTGTAAACAGACCGTGCCGAACCAAATTGCCAAGCTGAAAGACGGCTACCGGGAAATGACGGAAAAAGGCTACAAATTGGAGCATATTCAAATCGAAAAAGAGCTGGATACACTCACAAATCAATTGAAACGGGCCGAAAACGCGCTTTTGGAAGAATTGGATGTCGACGAAGCGTCCGCCATTCTTCAGCTGATTGATGAAACCATTCAATCGATGTATGACCAGCTGGAAGGCGAAGTGGAAGCCGGACAGTCCGTATTAAGCAAAATGCCTGAGCTGATCATCGCGTATGAAAAGCTTGAGGAAGAAAAAGACCGCACAAAAACCGAAACGGAGCTCGTCAAGGAAAGCTATCAGCTGACGGCGGGTGAAATCGGCAGACAGCATGCCTTCGAAAAACAGCTGGAAACGATCGGCCGGCTCCTTGAGCAGGCGAGAGAAAAGCTTGACGGTGAGCATGTCGCTTACTCGCTGCTGATTGAAGAAGTCGAGGCCATTGAAAAGCAGATGGAAGAGGCTCAGAAAGAACATGCCGAATACCGTGAAAATCTGCAGGCGCTCAGAAAAGAAGAACTGCAGGCGCGGGAAACGCTGATGCATCTTCGGAAAACCATTTCTGACACGGCCCGAATGCTGCAAAAAAGCAACGTGCCGGGAATTCCTGAACAAGTCAAGGACAAGCTCGAGACGGCAAATCATCATATAGAAGAAACCGTCAGCCAATTGGAAGTGCTGCCGCTGAATATGGAGGAAGCCGCCAAACATCTGACCGAAGCCGAAAAGGTGGTTGAGGAAGTCAGCGAAGAGGCGGAAGATCTTGTGATTCAGGTGAAGCTGATTGAGCGGATCATCCAGTACGGCAACCGCTTCCGAAGCCAGAATCATATTTTATCCGAACAGCTGAAAGAAGCGGAACGGCTGTTTTACGCTTACAGCTATAATGAAGCTTATGAGATGGCGGCAGATGCTGTTGAAAAAGCAGCTCCCGGTGCCGTGAAAAAAATTAAAGCTGATCAATCTGCTTCATAG MELVIGLLVILLALFAAGYFFRKKIYTEIDRLESWKIEILNRSIVEEMSKIKHLKMTGETEEFFERWREEWDEIVTAHLPKVEELLYDAEENADKYRFKKANQVLVHIDDLLTAAESNIEGILREISDLVTSEEKSRGEIEQVRERYSKARKNLLAYSHLYGELYNSLETDLDEIWSGIKEFEEETESGNYIKARKVLLEQDRRLDQLQTYIDDVPKLLADCKQTVPNQIAKLKDGYREMTEKGYKLEHIQIEKELDTLTNQLKRAENALLEELDVDEASAILQLIDETIQSMYDQLEGEVEAGQSVLSKMPELIIAYEKLEEEKDRTKTETELVKESYQLTAGEIGRQHAFEKQLETIGRLLEQAREKLDGEHVAYSLLIEEVEAIEKQMEEAQKEHAEYRENLQALRKEELQARETLMHLRKTISDTARMLQKSNVPGIPEQVKDKLETANHHIEETVSQLEVLPLNMEEAAKHLTEAEKVVEEVSEEAEDLVIQVKLIERIIQYGNRFRSQNHILSEQLKEAERLFYAYSYNEAYEMAADAVEKAAPGAVKKIKADQSAS NA NA NA NA NA D1-12_01956 813 hisK COG1387 Histidinol-phosphatase ATGGAAAAACAAGACGCTCATATCCACACGCCTTTTTGCCCTCACGGCTCGAAGGATGCGCTGAAACAATATGTCGAAAAGGCCCTGGAAAGAGGCTTTGACTCGATCACATTTACAGAGCACGCCCCCCTTCCTCCGTCATTTCAAGATCCCGTACCGCTTCAGGACAGCGCGATGGATCTCAGACAGATGGAGGTTTATTTGGAGCGGCTGTCACAGCTGAAAAAGGAATACGATGGACAAATCAGCATTCTGACTGGGCTAGAAACCGATTTTATCACAGGGTATGAAGAGGAAACCGCGGCGTTTCTGAACACGTACGGCCCCTCACTGGATGACGGCATTTTATCCGTTCATTTTTTGAAGACCGGCCCGTCTTATATATGCCTCGATTTTGACGAGCACGCCTTTCAGCAGCTTGCCGACCGCTTCGGAAGCGTTGAAGCCGTATATGAACAATACTATGAAACTGTGTATTCTTCCATTGTAACACCGCTCGGCCCCTTTAAGCCAAAACGGGTCGGCCATATCACGCTCGTCAAAAAATTCGCGCGCCTTTTCCCTTACAGCATGTCACCTCAAATAAGAGAGCTTGCGGCCCGCTGTCTTGACGCCGTGAAAGAACACGGAATGGAGCTGGATGTGAATACATCCGGGCTCAGAAAGAAGTTTGCCGGGGAAGTATACATGGAGGATTGGATGGCTGAGACGGCGAAGCAAAAAAAAATCCCGCTCATATTCGGGTCGGACGCCCATCAAGCGGAAGATGTCGGCAGTTCCTATGAAACGTACAAAAGCATCATTACTTCATAA MEKQDAHIHTPFCPHGSKDALKQYVEKALERGFDSITFTEHAPLPPSFQDPVPLQDSAMDLRQMEVYLERLSQLKKEYDGQISILTGLETDFITGYEEETAAFLNTYGPSLDDGILSVHFLKTGPSYICLDFDEHAFQQLADRFGSVEAVYEQYYETVYSSIVTPLGPFKPKRVGHITLVKKFARLFPYSMSPQIRELAARCLDAVKEHGMELDVNTSGLRKKFAGEVYMEDWMAETAKQKKIPLIFGSDAHQAEDVGSSYETYKSIITS NA NA NA NA NA D1-12_01957 624 yttP putative HTH-type transcriptional regulator YttP ATGAAAGTAAGCACCAAAGACAAAATTATTAACGCCGCTGTCCAGCTGTTTAACCAAAAAGGTTATTCCGGCACGTCCGTCCGTGAAATCGCAAAGTCAGCTGATGTAAATGTTGCGCACATCTCCTACTATTTTAAAGGGAAAGGCGGATTAATGGAACATTTAGTTTCCGAGTTTTACGAAGGCTATACTGAAGCGCTGGAAAAAGCCGCCGTCAGTATGAACGGTGAAGACGCGCAGGAACGCATCCTGCGGGTGATTTTCGATATTTTATCCTATCAGCACGATAACCGTCAATTAACGCGGTTTGTGTACCGGGAAGTGACGATTGATTCCGTGCTTATCAGGGAAATTATGTCTACTTACTTAATGAAAGAAAAATATATTTTCCAGCTGGTGATTGAAGAAGGGCAGTCACGCCACAGACGGCTGACGCTGCCCGTGCCGCATTTTATTCTGCAGTTGAAATCCCTCTTGATGATGCCGTATCTTCAGCCTCAATACATTACGGAGGTGCTCTATATGCAGCCTCATGAACCGTACTTTTATAAAAGGTATTTTGAAGAGGTGAAGATCTGGATCGAAAGCGTGTTCCGACGGCCTGATGCGGCGCTTATGAAGTAA MKVSTKDKIINAAVQLFNQKGYSGTSVREIAKSADVNVAHISYYFKGKGGLMEHLVSEFYEGYTEALEKAAVSMNGEDAQERILRVIFDILSYQHDNRQLTRFVYREVTIDSVLIREIMSTYLMKEKYIFQLVIEEGQSRHRRLTLPVPHFILQLKSLLMMPYLQPQYITEVLYMQPHEPYFYKRYFEEVKIWIESVFRRPDAALMK PGPT0029255_873 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-MULTIPLE_ANTIBIOTIC_RESISTANCE,PGPT0029255-cecR|ybiH-K23777 NA NA D1-12_01958 483 msrC COG1956 Free methionine-R-sulfoxide reductase ATGTTTCATGTCGAAAAACAATCCGGAGATAAAGAAAAAAGTTATCAGCTTCTGCTTAAACAGCTCGAAGCCATGACAGAAGATGAAACGGATGCGATCGCAAATTACGCGAATGCATCAGCGCTTTTATACCATTCATTACATGAAGTCAACTGGGCGGGGTTTTACTTTGCGAAAGAGGGCGAGCTCGTGCTCGGACCGTTTCAAGGACTTCCTGCCTGTGTGCGCATCCCGTTCGGCAGAGGCGTATGCGGCACTGCCTACTCTAACGGCGCCGTGCAGCGGATTGCCGATGTGAATGCGTTCCCGGGACATATCGCCTGTGACGCGGCTTCCCAGTCAGAAATCGTCCTCCCGATCCGCGTAAACGGTGAAGTGATCGGTGTGCTGGACATTGACAGCCCTGTGAAAAACCGTTTTGATGAAACGGACGAAGCCTATTTAGCAAAGTTTGTTGAAACGCTTGAAAAACGATTAGGATAA MFHVEKQSGDKEKSYQLLLKQLEAMTEDETDAIANYANASALLYHSLHEVNWAGFYFAKEGELVLGPFQGLPACVRIPFGRGVCGTAYSNGAVQRIADVNAFPGHIACDAASQSEIVLPIRVNGEVIGVLDIDSPVKNRFDETDEAYLAKFVETLEKRLG NA NA NA NA NA D1-12_01959 1749 hypothetical protein ATGAAAAAACAAACAATTGATGAAGTGACGGCCTTTCATCAGAAAATGCTTTCTTTTTTCTTAACGAAATCTGAATCCGTCTCATTATCCGACTCGCTGTTATGGCTGGCCTCAGCTCTAGAATCCTGCTTTACATCTCTTTCATTGACCCTTTCACCGGCAGAATCAACACGTTTCACCATAAAAACAGAAGATGAACCGCATTATGCTCCGCTGAAAGAGAGCGACGGCCGTTTTATGATCAGGAATCAGACGTCCGGCAGATCCTTTTATCTGCGCTCGGAAGGCGGGCTGCCGATCCCGGAATCATTGCCTGAGATCGTTACTCAGTTTATCAATCAATCTGTGAGACAAAGCGGGCTGTTTGACAAAACGAAGCATCAGCGGAAAATTCACAGAATGACAGAAATGTTCCATTCGCTTTTGGATCAAAATGAGGTTTTGGAAAAACTGCAGGCAAGTTTGAGTACGGCTTTCCGGTCTTTCCGCTTTTCACTGTTTATCACGCAGGATCAGGATACGGACAGACAGCTTCCCGCAAAAGAATTACATATGGATGGAAAAGATGCCGATCCGTCTGCCCTGAAGGTTTATTTATCGGGGAGACTGCTCAGAAAAGGCAGGTCATCTGCTTACCTGCCGATCAAAGGCCAGCAGGGGACTTACGGGGTTCTGAAGACGGAGGGGCTGCAGGATGCCGTTCTTTCGTGCAGTACTCTCAGTGAAATGCTGCTGCTTGCGGGCGCAGCGGGAAAAGCATTTGAAAATGCGCAGCTCTATGAGCAATCGAAAAAAAGCATTGCGAATCTGGAGCTCATTAATGAAACATCGCGCCAGCTGAATCAGCGCCTCAGACTCACTGACACGATGCGGGAACTCGCCGCCATTATGACCCAATCATTTCATGCGGAAGAAGTGGCTTTTTTTCATATTGATCATTTTGAGACGCAAAATCTGCTTCCGGGACATACCGCTTTTTTTAAGACAGAACGTGCGAACCCCTATATCAGCATTGTGAAAGAAAAGCTGTTCGAGGGAGAAAAGGGCGTGTTTATCGGCAGCGGAAAGACTGTATTCGGCGAAAATGGCTTCGGCTCGCTGATGGCGGTGCCGATGATCGAAAATGACACCGTCTTCGGGTTCGCGATTTTATTGAAAAAGGATTTGTATGCTTTTACGTTTGAAATGTATAAGCTTTTTCAAGCGCTCATTCACCATGCGACATTGGCGGTCACGAACTCCATGCTGCGCGACAGGCTTGAGCATCTTGTTCAGACAGACCAGCTGACGGAGCTGTATTCAAGAACCTATTTGGATGAGAAAATTCAATACAGCATGAAAATTCATAAACGGGGTGTATTCATCCTCGTTGATATCGATAATTTCAAAACCATTAATGATACATACGGTCATCAAACGGGAGATTCGATCCTGATTCAGGTGGCCTCCGTTATGAAAAACCATATTCGTGAGCACGATGTCGCTGCAAGGTGGGGGGGCGAGGAGCTGGCTGTCTATCTGCCGAATATCAACGTGTCATCCGGAGAACGCATCGCTAAAAGGCTTGTTCGCGCCATCCGGGAAAACACCGAGCCGCGCGTGACGATTTCCTGCGGCGTTTCCTGCTGGTCAAAGACAGGCCCGATGCCGTTGAAAATGCTCGTTCAGCAAGCGGACGAGGCGCTTTATATCGCCAAACGGAACGGCAAAAACCGGCTGATCATCCATCAAAACAGCACGACGACATAA MKKQTIDEVTAFHQKMLSFFLTKSESVSLSDSLLWLASALESCFTSLSLTLSPAESTRFTIKTEDEPHYAPLKESDGRFMIRNQTSGRSFYLRSEGGLPIPESLPEIVTQFINQSVRQSGLFDKTKHQRKIHRMTEMFHSLLDQNEVLEKLQASLSTAFRSFRFSLFITQDQDTDRQLPAKELHMDGKDADPSALKVYLSGRLLRKGRSSAYLPIKGQQGTYGVLKTEGLQDAVLSCSTLSEMLLLAGAAGKAFENAQLYEQSKKSIANLELINETSRQLNQRLRLTDTMRELAAIMTQSFHAEEVAFFHIDHFETQNLLPGHTAFFKTERANPYISIVKEKLFEGEKGVFIGSGKTVFGENGFGSLMAVPMIENDTVFGFAILLKKDLYAFTFEMYKLFQALIHHATLAVTNSMLRDRLEHLVQTDQLTELYSRTYLDEKIQYSMKIHKRGVFILVDIDNFKTINDTYGHQTGDSILIQVASVMKNHIREHDVAARWGGEELAVYLPNINVSSGERIAKRLVRAIRENTEPRVTISCGVSCWSKTGPMPLKMLVQQADEALYIAKRNGKNRLIIHQNSTTT PGPT0015900_220 PUTATIVE PGPT PUTATIVE_PGPTs PUTATIVE_FUNCTIONS PUTATIVE_FUNCTIONS-1 PUTATIVE-CELL_FATE_CONTROL PUTATIVE-CELL_FATE_CONTROL-1,PGPT0015900-pleD-K02488 D1-12_01960 603 rpsD COG0522 30S ribosomal protein S4 ATGGCTCGCTATACAGGTCCATCTTGGAAACTGTCTCGCCGTTTAGGAATCTCTCTTAGCGGTACAGGTAAAGAATTAGAAAAACGCCCTTACGCACCAGGTCCCCACGGTCCGGGACAGCGTAAAAAACTATCAGAATACGGTTTGCAATTGCAAGAAAAGCAAAAACTTCGTCACATGTACGGTGTAAACGAACGTCAATTCCGCACATTGTTTGACAAAGCTGCAAAAATGACTGGTAAACACGGCGAAAACTTCATGATTCTTTTAGATGCACGTCTTGATAACGTTGTGTACAAGCTCGGTCTTGCACGCACTCGCCGTCAAGCACGCCAATTAGTTAACCACGGTCACATCCTTGTTGACGGAAGCCGCGTTGACATTCCGTCTTACCAAGTAAAACCTGGTCAAACAATCGGTGTTCGCGAAAAATCAAGAAACCTTTCTATCATCAAAGAATCTGTAGAAGTAAACAACTTCGTTCCTGAGTACCTTACTTTCGACGCTGAAAAGCTTGAAGGTACATTCACTCGTCTTCCAGAGCGCTCTGAGCTTGCTCCGGAAATTAACGAAGCGCTTATCGTTGAGTTCTACTCTCGTTAA MARYTGPSWKLSRRLGISLSGTGKELEKRPYAPGPHGPGQRKKLSEYGLQLQEKQKLRHMYGVNERQFRTLFDKAAKMTGKHGENFMILLDARLDNVVYKLGLARTRRQARQLVNHGHILVDGSRVDIPSYQVKPGQTIGVREKSRNLSIIKESVEVNNFVPEYLTFDAEKLEGTFTRLPERSELAPEINEALIVEFYSR NA NA NA NA NA D1-12_01961 1371 aldH1 COG1012 4,4'-diaponeurosporen-aldehyde dehydrogenase ATGAACAGCATCCCCTCTATCGTCAGCAAGCACAAAGCCTATTTTGCGGCGGGGCATACGAGACAGCTAGAATCGAGACTGAACATGCTGCAAAAGCTGAAACAAGCCATCAAAACACAAGAAGCCGATATAACAGCCGCTCTCTATCAGGATCTCCACAAATCCGAACAGGAGTCGTACACAACAGAAATCGGAATTGTACTGGAGGAAATCAGTTTTGTGATGAAGCGGCTGGGAAAATGGATCAAACCGAAACGAGTCAAAACGCCTCTGACTCACCTAGGCTCCAAGAGCATCATCATCCCTGAGCCGTATGGAACCGTTTTGGTGATTGCGCCTTGGAATTATCCCTTGCAGCTGGCGCTTTCACCCTTGATTGGAGCCATTGCGGCCGGAAACACAGTCGTTCTTAAACCGTCAGAATACACGCCGGCGGTTTCCGCTGTTCTTTCCAAACTCATCAGCAGCGTTTTTCCGAGTGACTATGCCGCTATGGCGGAGGGCGGACCCGACGTCAGCACTGTGTTATTACAGCAGTCCTTTGACTATATTTTCTTCACAGGAAGCGTTGCCGTGGGAAAAATCGTCATGGAGGCCGCCGCCAAACAATTAATTCCCGTTACCTTGGAGCTCGGCGGCAAAAGTCCCTGCATTGTCCATAAGGATGCTGATATACAGCTTGCCGCCAAACGCCTCGTCTTCGGGAAATTTACAAATGCAGGGCAAACCTGCATCGCACCGGATTATTTATTTGTCCACCAAGATATCAAAACGAAGCTCACAGAAGAAATGAAGCGTGCGATCAGCGAATTTTACGGCCCTCAGCCTGAACAAAATCCGCAGTACGGCAAAATCGTCAGTGAACGCCACTATCAGCGGCTGCTCAGCTTTCTGCATGATGGCATCCCGCTCACAGGCGGACAATCTGATCCCGCTCATCATAAAATTGCGCCGACCATTCTCGAACAAGTGAGGGATGACTCTCCAGTGATGCAGGAGGAGATTTTCGGGCCGATTCTTCCGCTCTTTACATACCGTGATATCGGGGAAGTCATTGAGAAAGTCCAATCGCGCCCAAAGCCGCTCGCCCTGTATCTCTTCACCACAAACAAAGAAACTGAGCGCGCTGTTTTAGAGAACCTGTCGTTTGGCGGAGGCTGTGTCAATGATACGTTAATGCACGTCGCGACACCGTATTTGCCATTCGGCGGCGTCGGGGAAAGCGGCATCGGCAGCTATCACGGATTTGACAGCTTTAACACGTTTACGCACAAAAAAAGCGTCGTCAAACAAACGAACCGCTTCGACTTCGCTTTCCGTTATCCTTCTTCCAAAAACGGGCTGCGAATGATTAGGAAAATACTTAAATAA MNSIPSIVSKHKAYFAAGHTRQLESRLNMLQKLKQAIKTQEADITAALYQDLHKSEQESYTTEIGIVLEEISFVMKRLGKWIKPKRVKTPLTHLGSKSIIIPEPYGTVLVIAPWNYPLQLALSPLIGAIAAGNTVVLKPSEYTPAVSAVLSKLISSVFPSDYAAMAEGGPDVSTVLLQQSFDYIFFTGSVAVGKIVMEAAAKQLIPVTLELGGKSPCIVHKDADIQLAAKRLVFGKFTNAGQTCIAPDYLFVHQDIKTKLTEEMKRAISEFYGPQPEQNPQYGKIVSERHYQRLLSFLHDGIPLTGGQSDPAHHKIAPTILEQVRDDSPVMQEEIFGPILPLFTYRDIGEVIEKVQSRPKPLALYLFTTNKETERAVLENLSFGGGCVNDTLMHVATPYLPFGGVGESGIGSYHGFDSFNTFTHKKSVVKQTNRFDFAFRYPSSKNGLRMIRKILK PGPT0006875_9694 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROLIPID_REMODELLING CE-REMODELLING_GLYCEROLIPID_DEHYDROGENASE|DEHYDRATASE_ACTIVITY,PGPT0006875-aldH|dhaS-K00128 NA NA D1-12_01962 558 hypothetical protein ATGGCAGTTTTTGTTGAAAAAACGCTCCAAGGTCTAAAAGAATTAATTGATGAAAAAGGCCGCTTAAAAATTTTAGGGAATGAAGGAACTCTTTTAGAAACAGAATGTACTTTTTCTAAAGGTGCAACAGATCTGGAGATTGAGAGTTTTGAGAAGAAAATAAAAGTCTCACTTCCTGAAGATTATAAAACCTTTTTAAAATTGCATAACGGAGCCAGAATATTTGATTTGTTGATTTACGGTGAGAATGTAGGTGGGGGGTTGCATATTCTTAATTTAGAAGAGATTGAAAAGTATATGCAAAATGGTTTTTTAAAGCCTCAGTTTATTCCCGTCGCACATCTGTTAGACGGATGTTATTTGTTAATTGACAAAACCAAAATATCCACAGATCCAAACTATTTATGGTTCCACGGATTTGTCGAGTATGAACCAATGCAACTTAATTTTGAGATATTTTTAGATAGGTATATTTTATCTCAGGGATCAAGTTTTTGGGAATGGAATATCTACACTGCTGAGAATTATTATAGGACTCACCAGGGTGATGAGGATTAA MAVFVEKTLQGLKELIDEKGRLKILGNEGTLLETECTFSKGATDLEIESFEKKIKVSLPEDYKTFLKLHNGARIFDLLIYGENVGGGLHILNLEEIEKYMQNGFLKPQFIPVAHLLDGCYLLIDKTKISTDPNYLWFHGFVEYEPMQLNFEIFLDRYILSQGSSFWEWNIYTAENYYRTHQGDED NA NA NA NA NA D1-12_01963 546 hypothetical protein GTGGGGAGAAGGAAAAAACGATTATATGAAAGTAACACTTATAGCGGAAAATATGGAAGGGTTTTTCTCCATAATAGAGAATTTTTAGGGAAGGATATTAAAGCAGGTAAATCATATTCAAAGTCGTATTATCCTAAAAAGACAAAGTTTTTTATGTCCCAACATACTTCGATAGCCGGCTGGAAAGGTTCACTTCCTGATACTTCAACTGGAACATTGGCTCCTGCTCTTGCGAATAAAATAGCAATGCTGTATCCAGAGATAATAAATACTCACAGCAAAAAAACAATGCCCTTACCGGCTAAAGCAAATTTCCCGGCTGTACCTGTCGATAAAAGAGCTAAATGGGATAGCAGAACGGATCGAGGTAACTATATAAAGAAGTACATCGACACATACGGTGATCCGAAGTGGAATTGGAGTTCATTCGATATTCACCATGTGCTTCCGCTAAAGTATGGGGGAAAAAATAACTTTAATAATTTGTATCCTCTCCCTCGTGATATGCACCAAAATCTATTAAATCCTTGGAGGGATAAATATTAA MGRRKKRLYESNTYSGKYGRVFLHNREFLGKDIKAGKSYSKSYYPKKTKFFMSQHTSIAGWKGSLPDTSTGTLAPALANKIAMLYPEIINTHSKKTMPLPAKANFPAVPVDKRAKWDSRTDRGNYIKKYIDTYGDPKWNWSSFDIHHVLPLKYGGKNNFNNLYPLPRDMHQNLLNPWRDKY NA NA NA NA NA D1-12_01964 765 hypothetical protein GTGAGAATCTTAAAGAAAATAATTTCTATCTTATGGGTTGGGATGAAAAAGATTTTTAAATTTTTGTTTATACCATCTCGGAATTATTCAGTTAAATATGCTCAATATCTTTTATGGGAATTTGCAATAGGAATAGGTTTAGCTATTATATTTAAACAAAACACGGAATTAATAATACAATATACAGTATTTTTATTCATGAATTTATTAATATTTTCATGTTTATTTTGGTGCCTTACTTTTTTGTATAAATTGCGATATAGAAAAAGCAGGGCTTTTGAAAGAGATCTAAAATATGAAGGATTTTTACATGATTGTTCTGATATAGATGATGTTATATCAGAAGTTGATAATCTCAAAGAATCAATTAATGATTGGGCTGGAACCGACAAGCACACAGCCTTACAAAAAGTTAAAACATTAAGAATATATTATAAGTCTAGTACTACCAAAAAAGCAGAAGACTTTTTAACTAACACATCCATTGGAGTGATTTTAGGATTAATATCGGGTTTAATTCTGAAACCAGAGGTAATGGATACTATAAAAAGTGTATATGGGAATACATTCAACCTTATTAGTAATGCTATGATTAATTACATTAACGCAATAACTCTACTCATGATGGGTCTGATGATAGCAAGTAAGATATTAATAGAAACTCACAGATTAACGAGATCTGCCCAACTGTACGAGGAAGTGTTGGAAAGTGTGGTGGCAGAACTTGAAGAAAAAATAAAAAATGAAAATAGTCTTGGCGCCTAA MRILKKIISILWVGMKKIFKFLFIPSRNYSVKYAQYLLWEFAIGIGLAIIFKQNTELIIQYTVFLFMNLLIFSCLFWCLTFLYKLRYRKSRAFERDLKYEGFLHDCSDIDDVISEVDNLKESINDWAGTDKHTALQKVKTLRIYYKSSTTKKAEDFLTNTSIGVILGLISGLILKPEVMDTIKSVYGNTFNLISNAMINYINAITLLMMGLMIASKILIETHRLTRSAQLYEEVLESVVAELEEKIKNENSLGA NA NA NA NA NA D1-12_01965 582 hypothetical protein ATGTATTATGACTATCAAACAGCTTTTAGAAAAGATCATTTTAAAGGTGAAGTAATACAAATATGGGAGAAAGAGAATCAATTAGATAAAATAAATGATCATATAGGAAATAATCTTAAATTTGCTTCTCCAAAGATTATAAGAGCATACAACGCTGTATTGAGATATGAAGCTATGGAGGATATAGCTGGTATTGGTAAAGATCAAGAACAACTAGCTCTTATAGAAGAATTATTGAATGAATTATTGAGAATTTCACCATTTGATAACGAATCTAAAAAAGAACTTTCTAAATATAGGACATATTATTTTTTATTTAGAATGTTAACAAGTTATTTTCATAGTATCGAAGATGCTAAAACGATTTTGACGAATGATTTTTATTTCCAAAACAGCAAATTATCAAGTAACAGAATATATAATAGACTTTTATCAAATACGAATCTGAGATACAAAAAGAGATATGTCCAAACCTTGTTCAGATACAAGAACGAGGAGGATTACTTTATAAAAGTTCTAGCACAAAAAAAGGATCGTAAACCACTTCAAACATTAATGAAGAGTGTACAAGAAGAGAAATGA MYYDYQTAFRKDHFKGEVIQIWEKENQLDKINDHIGNNLKFASPKIIRAYNAVLRYEAMEDIAGIGKDQEQLALIEELLNELLRISPFDNESKKELSKYRTYYFLFRMLTSYFHSIEDAKTILTNDFYFQNSKLSSNRIYNRLLSNTNLRYKKRYVQTLFRYKNEEDYFIKVLAQKKDRKPLQTLMKSVQEEK NA NA NA NA NA D1-12_01966 651 hypothetical protein ATGAATTTCGAAACAAAATATCTTATTAGATGGGGTATCCCTGGATGGATGTTTCTTTTTTGGGTAGTATTAAATCTTTTTATACAAGACCACAATTTAGTAATCAATAAAATCAACTTTGATCAACTTAGCAAAATAATTGGGATTTTAATATCTTTTGGGGCTGTAGGTGTAGTAATAGGTTATGTGTTTCATCAATTATATTTTTTATTACTTTGGATTCTAAACAAAGATATTGATATAACTGTAAACATGGTCAGAAACTACCCGAAGCCAAGAAACTGGGGTAAGAATCAAACCAATGATTACTTCCATTTGGAATACACTTGGCACAAACAGCTATTGAAGGTAAACGATGAAGCGAGGGTCTATATCACTGATCGGTACAGATATATATTATCAACTGTTCATGGACATGGAACAATGCTGATATCACAATTCATCTCTAGCACTGTTACAATGTTACCTGGTTATATTAAATACGGCTTTCATGTCTGGCTTCACATCGAAGCTGTGTTATATGTTGTTCAAATATTTATATCCGTTATGTTTATATTTAGTTTTAAATATTACACAAAGAATTTAAGGAGTTTTCAAGGGTTTGTTTTAAATGACTTAATAAATAACAATTTACCAGAGATAAAAAAATAG MNFETKYLIRWGIPGWMFLFWVVLNLFIQDHNLVINKINFDQLSKIIGILISFGAVGVVIGYVFHQLYFLLLWILNKDIDITVNMVRNYPKPRNWGKNQTNDYFHLEYTWHKQLLKVNDEARVYITDRYRYILSTVHGHGTMLISQFISSTVTMLPGYIKYGFHVWLHIEAVLYVVQIFISVMFIFSFKYYTKNLRSFQGFVLNDLINNNLPEIKK NA NA NA NA NA D1-12_01967 186 hypothetical protein ATGAAGTCTTCAAGAGATATCATAAAGATACTTACAAAAGATGGGTGGTATTTAAAGCGGGTTGTTGGTAGTCATCACCACTTTAAACATCCAACCAAACCGGGAACGGTAACAGTCCCACACCCAAAAAAGGACTTCAAACCCGGCACACTAAACTCTATACTTAAACAGGCGGGGCTTAAATAG MKSSRDIIKILTKDGWYLKRVVGSHHHFKHPTKPGTVTVPHPKKDFKPGTLNSILKQAGLK PGPT0027490_113 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM CE-BACTERIAL_FITNESS-HicA-HicB_TOXIN-ANTITOXIN_SYSTEM,PGPT0027490-toxin_hicA-K07339 NA NA D1-12_01968 417 hypothetical protein ATGGCAAAGTATTTATTTCCGGCGATTTTTGATGCAGGAGAAGACGGAAGCGACGGCTACACAATTACTTTCCCCGATTTACCCGGCTGCATTTCAGAAGGTGAAAACGTGGATGATGCTATGAGTATGGCAAAAGATGCGCTCGAAGGCTTTCTATATGGCATGGAAGAAGACGGCGAAGACATCCCTTCCCCATCGGCTCCAAAAGATATCAAAGTACCGGCAACAGGTTTTGTTGTTATGGTAAGCGCCTGGACAGATATTGTCCGTGATGAAATGGAAAACAAAGCGGTAAAAAAAACACTTACTGTACCTAAATGGCTGGCGGAAGCAGCAGAAAAAGAAGGTGTAAACTTTTCGCAGCTTCTTCAATTTGCATTACGTGAGCGGCTTGGCATTAATAAAAGATCATCATAA MAKYLFPAIFDAGEDGSDGYTITFPDLPGCISEGENVDDAMSMAKDALEGFLYGMEEDGEDIPSPSAPKDIKVPATGFVVMVSAWTDIVRDEMENKAVKKTLTVPKWLAEAAEKEGVNFSQLLQFALRERLGINKRSS PGPT0027495_360 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM CE-BACTERIAL_FITNESS-HicA-HicB_TOXIN-ANTITOXIN_SYSTEM,PGPT0027495-antitoxin_hicB-K18843 NA NA D1-12_01969 372 hypothetical protein TTGAATACAATCGAATGGCTGCAGAACGGAAGACAACCCGGCGCCCGCCGTGGTGCTGATCGCAGGGATGCGTATAAAAGAACGATCCTTTCGGATCCGCGTTTAATTGATGCGCTGCCGGAAGAATATGCAATCGTTCAAGAAGCTGAGGGAGAAGTAAGTGAATGGGATAAGGAAAGAATCGCTGATGCCCTTTCCGTCCTCACAGAAAGAGAAAAAGACATATTCATGATGCACGCTGTGCAAAATATGTCTTATGAAGAAATTGCCGCTTTACTCATTATAAAAAAAGGAACCGTCCAAAAGAATATTGAACGATCCCGCTTAAAAATGAAAAATAGAGCAAATGACAGCCTTTTTTGTTTAGCTTAA MNTIEWLQNGRQPGARRGADRRDAYKRTILSDPRLIDALPEEYAIVQEAEGEVSEWDKERIADALSVLTEREKDIFMMHAVQNMSYEEIAALLIIKKGTVQKNIERSRLKMKNRANDSLFCLA PGPT0011755_53 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS_RELATED_FUNCTIONS,PGPT0011755-xpf-K24072 NA NA D1-12_01970 201 hypothetical protein ATGCAAGATTTAATCATTGAATATAAAAGCGCATTGAAACATGTTAAAAAGATGTACCGGCAGTTATGGGCGGTTGCTGACAGTCTCTTAACCGCTGAACAAAACAGCGATAAAAAGATTATTGGCGGCATGATAAGCGACATTGAATACAATCGAATGGCTGCAGAACGGAAGACAACCCGGCGCCCGCCGTGGTGCTGA MQDLIIEYKSALKHVKKMYRQLWAVADSLLTAEQNSDKKIIGGMISDIEYNRMAAERKTTRRPPWC PGPT0011755_44 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS_RELATED_FUNCTIONS,PGPT0011755-xpf-K24072 NA NA D1-12_01971 519 hypothetical protein ATGACGAACGAGTATAAAAAGCCCATTTTATTTACAGTTTCTGCATTGGTGATCATTTTCCTAGTGTTTTTCTCATTAAAAATCTATAACTATTACAATCTCGAATATCCTAACTGGGAAGGTAAAAGTAAGGATCACAACTGGGAAGTAGTCTTTAAAAAGAATGAAGATACTCCAAAAGAGTTTAGCGGGGAGATTCTTTGGATTGGCGATAAAGATAAAACTGATAAAACTTATATAGAATCCATAACAATAATGAAAGATAATAAAGCACTTCTTGATTCTTCAGATTTTAACAGCGATATCCCTATGAAGGATTATTCAGGTGGTACGTTTAGCGATGGATCAGCTAAAGAAAAATCATTTTCATTTTTAGAACGCTTAGAAGAATCTGATCTAAAAGGATCTAAGATAACGGTTCAAGTGAAATGGAAACAAGATAACCAATCATTCAGTACGGAAAAGTTCATTCTTTCAAATAAAACTAATTTAATCACTAAATTTATTGAGTTATTGTAA MTNEYKKPILFTVSALVIIFLVFFSLKIYNYYNLEYPNWEGKSKDHNWEVVFKKNEDTPKEFSGEILWIGDKDKTDKTYIESITIMKDNKALLDSSDFNSDIPMKDYSGGTFSDGSAKEKSFSFLERLEESDLKGSKITVQVKWKQDNQSFSTEKFILSNKTNLITKFIELL NA NA NA NA NA D1-12_01972 171 hypothetical protein ATGAGGCAGCACTTCGATACAATTATTACTCACAGTTATTACTCACTTATCGTGTGCGAGAAAAAAACGGTGCGGCTGCAGGATTCGGAAGAGGTGCTGAATTTTTATTTACAAGAGAAATTTAAAGACGGGATGAATGCTTATTTGTTGGTATACGAACAACGGATTTAA MRQHFDTIITHSYYSLIVCEKKTVRLQDSEEVLNFYLQEKFKDGMNAYLLVYEQRI NA NA NA NA NA D1-12_01973 1191 hmp_1 COG1017 Flavohemoprotein ATGCTCGATGAAAAAACGATTGAAATCATTAAAAGCACAGTGCCGGTCTTAGAAGAGCATGGTGAAGAAATCACAGGCCGATTTTATGACCTCCTGTTTCAGCATCACCCTGAGCTGCTGAATATCTTTAATCAGACAAATCAAAAGAAAAAAACACAGCGTACGGCCTTGTCGAATGCTGTGATCGCGGCCGCAGCCAATATTGACCGGCTGGAAAACATAGTCCCCGTCGTCAAACAAATCAGCCATAAGCACCGGAGTATCGGTGTTAAGCCCGAGCATTACCCAATCGTTGGAAAGTACTTGTTAATCGCGATAAAGGACGTGCTAAAAGACGGGGCCGCTCCTGAGGTCATTCAGGCATGGGAAAAAGCATACGGCGTCATTGCAGACGCTTTTATCGGAATTGAGAAGGACATGTATGAACAAGCGGAAACGCAAAAAGGCGGCTGGAAAGACTATAAGGCGTTTAAAATTGATAAAAAGGTAAAAGAAAGCAAAGAGATAACGTCGTTTTATTTAAAACCGGAAGACGGACAAGTTATCCCCGAATTCAAAGCGGGACAGTATATCAGTGTAAAAGTATATATTCCGGACACGGGCTATACGCATATCCGCCAGTACAGCTTATCCGACGTGTCCGGTAAGGATTATTACCGGATTTCCGTTAAAAAAGAAGGGGTTGTTTCCTCATATCTGCATGACCAATTACACGAAAAGGATTCAATTGAGATCAGCGCTCCGGCCGGGGATTTCGTATTAGACCCTGATTCCAAAAAGAATCTCGTTCTCATCAGTGCCGGTGTCGGAATTACTCCGATGATCAGCATGTTAAAGACGGTTGTCAAAACCCAGCCGCAGCGAAACGTTCTCTTTATCCATGCGGCAAGGAGCGGAGAGTATCATGCGTTGCGGCATGAAGCTGAAGAAGCCGCGGAACACTCATCCGTTGACACCCTCTTTATTTACAGCGAGCCGTCCGAACAAGACCGTTCAGAAAACATTCGTTTTCGGGAAGGCCGGATTGACAAAAAGCTGTTAGAAGAAGTGATGACAGATAAAGATGCTGATTTTTACCTGTGCGGATCACCGTCGTTCATTAAAGAAATGAAAAAGCTGATTTCTGAATTCAATACACCGCCGGAATCCATTCACTATGAATTATTTGAACCCCAGCTGAGTATGGTGTGA MLDEKTIEIIKSTVPVLEEHGEEITGRFYDLLFQHHPELLNIFNQTNQKKKTQRTALSNAVIAAAANIDRLENIVPVVKQISHKHRSIGVKPEHYPIVGKYLLIAIKDVLKDGAAPEVIQAWEKAYGVIADAFIGIEKDMYEQAETQKGGWKDYKAFKIDKKVKESKEITSFYLKPEDGQVIPEFKAGQYISVKVYIPDTGYTHIRQYSLSDVSGKDYYRISVKKEGVVSSYLHDQLHEKDSIEISAPAGDFVLDPDSKKNLVLISAGVGITPMISMLKTVVKTQPQRNVLFIHAARSGEYHALRHEAEEAAEHSSVDTLFIYSEPSEQDRSENIRFREGRIDKKLLEEVMTDKDADFYLCGSPSFIKEMKKLISEFNTPPESIHYELFEPQLSMV PGPT0013000_1155 NA NA NA NA NA D1-12_01974 228 hypothetical protein ATGGGTAAAAAATCGAAAGTGTATTACTGTGACCCTAAGTATATTGTGACTGACAAGTATACTGACAAAGAAGTGGTTTACGTCCATCCCATCAAACACATTAACAGAGAGCATATCCGTTATGTTCCCCGCCACGTTTATAAGGAAGAAACAATTCACGAAGTCATTGATCCGGGAGATCCGGGGAAATGCGGGTGTAAAAAGCATAAAAAAAGACGCAAAAAGTAA MGKKSKVYYCDPKYIVTDKYTDKEVVYVHPIKHINREHIRYVPRHVYKEETIHEVIDPGDPGKCGCKKHKKRRKK NA NA NA NA NA D1-12_01975 510 yraA_1 COG0693 Putative cysteine protease YraA ATGAGCAAAAAAATCGCAGTTCTGATGACAGATCAATTTGAGGATATTGAATATACAAGCCCGGCGGAAGCATTTAAAGAAGCGGGCCACAGTGTGGTGACAATAGATTTGGAAGCAGGGAAAGAAGTGACGGGCAAGCACGGTGAGAAAGTAAAGATCGATCAAGCGATCTCAGACGCAGACGCCAAGGAATTCGATGCGTTATTGATTCCCGGAGGCTTTTCACCGGATCTTCTGCGCGGAGATGACCGCCCGGGTGAATTCACTAAAGCATTCGTGGAAGATCAGAAACCTGTTTTCGCGATCTGCCACGGCCCGCAGCTGCTGATTGATACCGACCTTCTTAAAGGAAAAGATATCACGGGATTCCGCAGCATCCGCAAAGACTTAATCAATGCCGGCGCAAATTATAAAGATGAAGAAGTCGTCGTGAGCCATAACATCGTAACGAGCAGAACACCTGACGATTTGGAAGCCTTTAATCGTGAATCATTGAACCTGCTGAAATAA MSKKIAVLMTDQFEDIEYTSPAEAFKEAGHSVVTIDLEAGKEVTGKHGEKVKIDQAISDADAKEFDALLIPGGFSPDLLRGDDRPGEFTKAFVEDQKPVFAICHGPQLLIDTDLLKGKDITGFRSIRKDLINAGANYKDEEVVVSHNIVTSRTPDDLEAFNRESLNLLK PGPT0015010_2540 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 D1-12_01976 129 hypothetical protein ATGTGGATGATCATTTTGCTGCTTATCATTTTAATCGGTTTTACCGGTAATATCGTCTCGCTTTTGAGAGCGCAAAAACACGCATCTCAAAGAATAATTGAGCTTTTAGAAAAGCAAAGCCGAAAATAA MWMIILLLIILIGFTGNIVSLLRAQKHASQRIIELLEKQSRK NA NA NA NA NA D1-12_01977 753 hypothetical protein ATGAAGCTGAATGAGGATTTTTATAACTCTGAAGGAAAGACAGTCTCTTTGCCAAACATAAGCAGCAAGCTTTTGCATATCACGGACAGCGGGCATATCAGCATTGACTTCATCAGCATAAGCAGGCTGCGGAAGGCTTCAAAAATCGCGATCTTAGGTGACAGCGTCGCCCGGGGGCTGCGTGCGGAATACGGCTTTGGTGACATTCTGAAAGACCGGACAAACGCTGATATAACCAATCTGTCTGTCAGCGGCGTTAACATGAGCAACAACGGAAGCGATAACATTTATCAGCAGGCGCTTAAAACAAAGGGACATGATGTCATCATTGTCCAGGGAACAGATGATGATTGGTGCAACCACATTCCCATCGGCACAGATGAAAAGGATATCACCACATTTTACGGAGGCTTCTGCCAAGTGATCCAGCAGCTGCGGAGCGGAAATAAAGGCGCGAGCATCATTGTGGTGACCCCAACGAGACAAGCAAAAATATCAAAAGGAAAAATCGTCCGCCGTGATACTGATAAAAATAAACTGGGTCTGAAGCTGGCTGACTATGTGAAAGCCCAAAAAGAAGCCTGCACACTCCTCTCTGTACCGTATGCCGATCTGTTTGATACTGATCTTATCGACCCGTATAATCCCGCTTTCCGCAGCATGTGCATGTCAGAAGGTCTTCATCCGAACGAGAAAGGGCATCAAATCATATTTCAGGAAATCTGCCGGAATTATTATTACTATTATGGGTAA MKLNEDFYNSEGKTVSLPNISSKLLHITDSGHISIDFISISRLRKASKIAILGDSVARGLRAEYGFGDILKDRTNADITNLSVSGVNMSNNGSDNIYQQALKTKGHDVIIVQGTDDDWCNHIPIGTDEKDITTFYGGFCQVIQQLRSGNKGASIIVVTPTRQAKISKGKIVRRDTDKNKLGLKLADYVKAQKEACTLLSVPYADLFDTDLIDPYNPAFRSMCMSEGLHPNEKGHQIIFQEICRNYYYYYG NA NA NA NA NA D1-12_01978 870 fieF COG0053 Ferrous-iron efflux pump FieF GTGGAAAACACCTCTAAAATCGCTTTTTTATCGGTTATAAGCAATTCCCTGGTCGTCATGCTCAAAATAGTGGTGGGGATAATAACCGGATCTGTCGCGATACTTTCTGAAGCCATTCATTCTTTTTTAGATTTGATCGCCGCCTTCATTGCCTTTATCTCCGTCAGGATTTCAAAAAAGCCGGCTGATACAGGGCATCCGTATGGTCATGGAAAAGTCGAGAATCTGTCGGGGACTATCGAGACGATTCTGATTTTTGCGGCAGGGATTTGGATGATATATGAATGCGTTCAAAAACTGGTCAACCCGGCGCCGGTTCATCTGCCCGTATTGGGAATTGTTGTGATGCTTGCGGGGGCTCTCATTAATTTGATCGTTTCGAAGTTCGTAAAAAGAGAAGCCGAAAAGGTTAATTCCGTGGCAATGAAATCAAATGCCCTGCATTTACTGACTGACGTGTACACATCATTAGGCGTAGCAGCAAGCCTTTTGGTCGTTACCGTAACGGAGTGGTACATACTTGATCCCATTATAGGTATGGTGCTGGCGGTGTATATCATATATGAAGCGTTTAAGTTAATGAAAGAAGCATTCCCGCCGCTGATTGATACCCGTTTGTCGGAAGAGGAAGAAAAAACAATTCTAAAGATTATTGAAACATTTCAACAGGAATTTATTGAAATTCACGATTTTCGTACAAGACGCTCCGGCCCGCAGGAGTATATTGATTTTCACTTGGTCGTAGCCTCTCACGTGACGATTAAAGACGTGCACGATCTGTGTGACCGCATTGAAAGAGATATTACCAATGAATTCAAACAAGCACAGGTAATGATTCACCCCGAGCCGGAGAGCGAGAGGAAGAAATAA MENTSKIAFLSVISNSLVVMLKIVVGIITGSVAILSEAIHSFLDLIAAFIAFISVRISKKPADTGHPYGHGKVENLSGTIETILIFAAGIWMIYECVQKLVNPAPVHLPVLGIVVMLAGALINLIVSKFVKREAEKVNSVAMKSNALHLLTDVYTSLGVAASLLVVTVTEWYILDPIIGMVLAVYIIYEAFKLMKEAFPPLIDTRLSEEEEKTILKIIETFQQEFIEIHDFRTRRSGPQEYIDFHLVVASHVTIKDVHDLCDRIERDITNEFKQAQVMIHPEPESERKK NA NA NA NA NA D1-12_01979 807 hypothetical protein ATGGAGGATGTTCTGAAAGAATTACAGAAATTTGGATTTTCTCAATATGAATGTAAAGCATATATCGGCTTGTTGAAACACTCGCCTGTTACCGGATATGAAATCAGCAAAAGGTCAGGCGTCCCCCGCTCAATGATCTATGAGGTATTGGGGAAATTAGTTGATAAAGGCGCTGTCCATATTGTGCCGTCTGATCCGGTTACATATGCCCCGCTGGCCGGAAAGGAATTAATCGACCGGCTCCGGCACGATTTCGAGAGTTCATTCGGCTACCTTGAGGAAAAGTTATTGGCACTGGAAAGCGAGCAGGAGATGAATGTCATCCGCCGCATCAGCACGAATGATCATGTCATCAATGAGATGAAGGATATGATTGAAAAAGCCGAGGAAGAGTTGTGGCTGTCTGTCTGGGAACAGCAGATTCCCTTTATTCAAGAAGCCGCTAACAAACGCGCCGCCGAACAATTGCCCGTCTTTTCGATTGTGTTCGGCCCTCCGGAAGTGAAGCTCGGAAATACGACAAATCATAATATGTCTCCTGAAGTGGCGGAGAAACGGATGGGCGGGAGATTAACGATAGCTGCCCGCGATAATAAAGAAGTCTTAATCGCCAATTTTTCTCCGCAGACGAATGCCTGGGCCATTAAATCAGAAGATCCCGCTCTCGTTCTCGTGGCCATGGAATATATGAGGCACGATCTGATGTTCGCGGAGCTTGTGAAAGAAGTAGGGGCTGAAAAAGTTGAGGGCCTGATGAAACAAAACCATTCGTTATTTCATGTCGTCACCGGAAATCGGTTCATATAA MEDVLKELQKFGFSQYECKAYIGLLKHSPVTGYEISKRSGVPRSMIYEVLGKLVDKGAVHIVPSDPVTYAPLAGKELIDRLRHDFESSFGYLEEKLLALESEQEMNVIRRISTNDHVINEMKDMIEKAEEELWLSVWEQQIPFIQEAANKRAAEQLPVFSIVFGPPEVKLGNTTNHNMSPEVAEKRMGGRLTIAARDNKEVLIANFSPQTNAWAIKSEDPALVLVAMEYMRHDLMFAELVKEVGAEKVEGLMKQNHSLFHVVTGNRFI NA NA NA NA NA D1-12_01980 732 hypothetical protein ATGATTAACACAGAAGTGCAAAAAACCGCCGTTTCCCGGGAAATGAACGATACGTTTTTACAGGGGGTGCGGGATTGTGTGCCTACGCTGCTGGGCTATATGAGCATCGGTTTTGCTTTCGGCATCGTTGGCGTTGCCTCTCATCTAAGCATTCTCGAAATTTGTTTGTTATCTTTATGTGTCTATGCCGGCGCCGCCCAATTTATTATTTGCTCGCTCCTTGTTTCCGGGAGTCCTATTTCCGCCATTATTTTAACGACGTTTATCGTCAATCTGCGGCACCTTCTGCTGAGCCTGACCATCGCGCCGTATTTCACGAAATACTCTTTGGCGAAAAATATCGGCTTCGGGGCTTTGCTTACTGACGAATCTTTCGGGGTAGCGGTGAACAAAGCGGCTCAGAACGGCAGGTTATACGATAAGTGGATGAACGGCCTCAATATAACCGCTTACATGTGCTGGGTTATTTCCTGCGTGATGGGCGGGCTTCTCGGACAATGGATATCTGATCCTTACGCGCTCGGCCTGGACTTTGCTTTGCCCGCTATGTTTGCGGCGCTGCTTGTGCTGCAATTGCAGTCGTCCGCTTCGGAAAAGCTGAAGCACAGCCTCTCCTTAATTCTCTATATGATCATTTTTATGGTCTTGTTATCGTATTTCGTCCCGTCACACATCGCGGTTATCGCCTCAACCGTGATTGTGGCAACGATCGGGGTGGTGACGGACAAATGA MINTEVQKTAVSREMNDTFLQGVRDCVPTLLGYMSIGFAFGIVGVASHLSILEICLLSLCVYAGAAQFIICSLLVSGSPISAIILTTFIVNLRHLLLSLTIAPYFTKYSLAKNIGFGALLTDESFGVAVNKAAQNGRLYDKWMNGLNITAYMCWVISCVMGGLLGQWISDPYALGLDFALPAMFAALLVLQLQSSASEKLKHSLSLILYMIIFMVLLSYFVPSHIAVIASTVIVATIGVVTDK NA NA NA NA NA D1-12_01981 324 hypothetical protein ATGAGCATCAGCACACAAATGATCTGGATTATACTCGGCTGCATGATTGTTACACTTGTGCCGCGCATTGTTCCGTTTATATTTGTCCGGAACATTCAGATGCCTGAGTTGGCTTTAAAATGGCTCTCCTTTATTCCGCTTTGTATTTTGACGGCTCTGGTAACGGAAAGCATGATTGTGAAAACAAACAGCGCTTTGACCTTTGATTGGAAAGCAATGATCGTTCTCATCCCGACATTGCTTTGCGCGATGCGGACAAAAAGCTTATCCATCACGGTCATCACAGGAGTCGTGCTGATGGCCGCCGTCAGGCTGATATGGTGA MSISTQMIWIILGCMIVTLVPRIVPFIFVRNIQMPELALKWLSFIPLCILTALVTESMIVKTNSALTFDWKAMIVLIPTLLCAMRTKSLSITVITGVVLMAAVRLIW NA NA NA NA NA D1-12_01982 1266 tyrS1 COG0162 Tyrosine--tRNA ligase 1 ATGACTAACTTATTAGAGGATTTATCATTCCGCGGCTTAATCCAGCAAATGACGGATGAAGAAGGACTGAATAAACAGCTGAACGAAGAAAAAATCCGTTTATACTCAGGGTTTGACCCGACGGCTGACAGCCTGCACATCGGACACCTTCTGCCGATATTGACACTGCGCCGTTTCCAGCTTGCAGGCCACCATCCGATTGCGCTTGTAGGCGGCGCGACGGGACTGATCGGCGATCCGAGCGGCAAAAAAGCGGAGCGTACGTTAAATACTCAGGATATCGTTGTCGAATGGTCGCAAAAAATTAAAAATCAGCTTTCCCGATTTTTAGATTTCGAGGCGGGAGAAAACCCCGCTGTCATAGCGAACAACTTTGATTGGATCGGAAAGCTGAGCATCATTGAATTTCTCCGCGACGTCGGAAAGAACTTCGGAATTAACTACATGCTTGCGAAAGATACTGTAAGCTCAAGAATTGAAACCGGAATTTCTTACACGGAATTCAGCTACATGATCCTGCAATCCTACGATTTTCTGAATCTGTACAGAGAAAAGAACTGCAAACTCCAAATCGGAGGCAGTGACCAGTGGGGCAACATCACGGCCGGTCTTGAACTGATCAGAAAATCAGAAGAAGAAGGGGCGAAAGCTTTCGGTCTTACCATTCCGCTCGTCACAAAAGCTGACGGCACGAAATTCGGCAAAACGGAAGGCGGCGCCATTTGGCTTGATAAAGAAAAAACATCGCCGTACGAATTCTACCAGTTCTGGATCAATACAGATGACCGCGACGTCGTCAAATACTTAAAATACTTTACTTTCTTGTCAAAAGAGGAAATTGAAGCTTATGCTGAAAAAACGGAGACGGCTCCTGAGAAAAGAGAAGCGCAGAAACGTCTCGCTGAAGAGGTGACGGTTCTTGTACACGGCCGCGAAGCGCTTGAGCAGGCCGTTCATATCTCCCAGGCGCTGTTCAGCGGCAATATTAAAGAGCTTTCCGCTCAAGACGTCAAGGTAGGATTCAAAGATGTACCTTCGTTTGAAAAAGACCGCTCTGAAGAACTGTCTTTAGTAGACGTGCTAGTGGAATCTAAATTATCGCCTTCAAAACGGCAGGCCCGCGAAGACATTCAAAACGGAGCTGTTTATATTAACGGCGAGCGCCAGACGGACATCGGGCATCTTTTGACTGCGGAAGACCGCATTGAAGATCAATTTACCGTACTGCGCCGCGGAAAGAAAAAATACTTCCTGATCACGTACTGA MTNLLEDLSFRGLIQQMTDEEGLNKQLNEEKIRLYSGFDPTADSLHIGHLLPILTLRRFQLAGHHPIALVGGATGLIGDPSGKKAERTLNTQDIVVEWSQKIKNQLSRFLDFEAGENPAVIANNFDWIGKLSIIEFLRDVGKNFGINYMLAKDTVSSRIETGISYTEFSYMILQSYDFLNLYREKNCKLQIGGSDQWGNITAGLELIRKSEEEGAKAFGLTIPLVTKADGTKFGKTEGGAIWLDKEKTSPYEFYQFWINTDDRDVVKYLKYFTFLSKEEIEAYAEKTETAPEKREAQKRLAEEVTVLVHGREALEQAVHISQALFSGNIKELSAQDVKVGFKDVPSFEKDRSEELSLVDVLVESKLSPSKRQAREDIQNGAVYINGERQTDIGHLLTAEDRIEDQFTVLRRGKKKYFLITY NA NA NA NA NA D1-12_01984 1719 acsA_2 COG0365 Acetyl-coenzyme A synthetase ATGAATTTGAAAGCGTTGCCGGCGGAAAAGGGGAATTATCATCTGCGAAATTATGAGGAAACGTACCGCAGCTTCGATTGGAAAGAGGTCGAAGCGGAGTTTTCCTGGCATCAGACGGGGAAGCTGAATGCGGCGTACGAAGCGATTGACCGTCATGCCGAATCATTTCGAAAAAACAAAGTAGCGCTGTATTACAAGGACGCAAACCGGAATGAAAAATATACATTTAAAGAAATGATGGAGGAATCGAACCGGGCGGGAAATGTACTGAGACGGTATGGAAACGTGGAAAAAGGGGACCGCGTTTTTATTTTCATGCCGCGTTCGCCGGAGCTTTACTTTATCCTGCTCGGCGCAATTAAAATCGGTGCGATCGCCGGCCCTTTATTTGAAGCGTTTATGGAAGGCGCCGTCAAAGACCGCCTGTTGAACAGCCAGGCAAAGGTTGTCGTGACGACACCTGAACTGGCCGAACGGATTCCGGCGGACAGCCTGCCCGACCTCGAGCATATTTTCATTGTCGGCGGCAGCAAAGAAGCGGGAGATAAAATCATCCATTATGATAAAGCGGCTGAGGGAGAAAGCACGAGACTTGATATTGAATGGATGGACAGAAGAGACGGCTACCTGCTTCACTACACATCAGGATCTACCGGAACGCCCAAAGGTGTGCTCCATGTTCATGAAGCCATGATTCAGCAATACCAGACCGGCAAGTGGGTGCTTGATCTTAAAGAAGACGATATTTACTGGTGCACTGCGGACCCGGGCTGGGTGACCGGGACGGTGTACGGGATATTTGCGCCGTGGCTGAACGGAGCGGCGAACGTGATCGTCGGCGGCAGATTCAGTCCGGAAAACTGGTACGGCACGATTGAGAAGCTCGGTGTCAGCGTCTGGTACAGCGCTCCGACGGCTTTCAGAATGCTTATGGGCGCCGGAGATGAAATGGCATCCAAATTTGACCTTACTTCACTTCGTCACGTCCTGAGTGTCGGAGAACCTCTGAACCCCGAGGTCATCAAGTGGGGACATAAAGTATTCGGCAAGCGCATCCACGACACGTGGTGGATGACAGAAACGGGCGGACAGCTCATCTGCAATTATCCTTGCATGGAGATCAAGCCGGGTTCAATGGGGAAACCGATTCCGGGAGTGGAAGCGGCGATCGTTGACAATCAGGGAAATGAGCTTCCGCCGTACCGGATGGGAAATCTCGCCATTAAAAAGGGCTGGCCGTCGATGATGGATTCCATTTGGAACAACAAAGAGAAATATGATTCTTATTTCATGCCGGGCGGCTGGTATGTTTCCGGAGATTCTGCTTATATGGATGAAGACGGTTATTTCTGGTTCCAAGGCAGAGTCGATGATGTCATTATGACATCCGGCGAGCGCGTCGGCCCGTTTGAAGTCGAAAGCAAACTTGTTGAACATCCGGCGATTGCCGAAGCCGGGGTCATCGGAAAGCCGGACCCTGTCCGGGGAGAAATTATTAAAGCGTTTATCGCGCTCAGAGAAGGGCATGAGCCATCCGATCAGCTGAAGGAGGACATTCGCCTCTTTGTAAAACAGGGGCTTGCCGCGCATGCCGCACCGCGGGAAATTGAATTCAAAGATAAACTTCCGAAAACACGGAGCGGAAAAATCATGAGACGTGTGCTGAAGGCGTGGGAGCTGAACCTGCCGGCAGGCGACCTGTCCACAATGGAAGATTAA MNLKALPAEKGNYHLRNYEETYRSFDWKEVEAEFSWHQTGKLNAAYEAIDRHAESFRKNKVALYYKDANRNEKYTFKEMMEESNRAGNVLRRYGNVEKGDRVFIFMPRSPELYFILLGAIKIGAIAGPLFEAFMEGAVKDRLLNSQAKVVVTTPELAERIPADSLPDLEHIFIVGGSKEAGDKIIHYDKAAEGESTRLDIEWMDRRDGYLLHYTSGSTGTPKGVLHVHEAMIQQYQTGKWVLDLKEDDIYWCTADPGWVTGTVYGIFAPWLNGAANVIVGGRFSPENWYGTIEKLGVSVWYSAPTAFRMLMGAGDEMASKFDLTSLRHVLSVGEPLNPEVIKWGHKVFGKRIHDTWWMTETGGQLICNYPCMEIKPGSMGKPIPGVEAAIVDNQGNELPPYRMGNLAIKKGWPSMMDSIWNNKEKYDSYFMPGGWYVSGDSAYMDEDGYFWFQGRVDDVIMTSGERVGPFEVESKLVEHPAIAEAGVIGKPDPVRGEIIKAFIALREGHEPSDQLKEDIRLFVKQGLAAHAAPREIEFKDKLPKTRSGKIMRRVLKAWELNLPAGDLSTMED PGPT0002265_5939 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_ACETATE_UTILIZATION,PGPT0002265-acs-K01895 NA NA D1-12_01985 633 acuA Acetoin utilization protein AcuA GTGAAACATCATAAAACGTACCATTCTTCATCAATTCAGACAGCAGCCGGCCCTCTATTGGTAGAAGGGCCCGTTCCTCCAGAGGACCTAGCACAGTATGAGTTTCATGAAGGCCTGACAGCCTTTCGCCTTCCTCATGAACAGCACAAAGCGTTAATCGAGATCGCCGGGCTTCCTGAAGGTCGGATCATTATCGCCAGGGACGGACAGACGATTATCGGCTATGTGACGTATTTATATCCTGATCCGCTTGAACGGTGGTCTGACGGAAATATGGAAGACCTCCTTGAACTCGGTGCGATCGAGGTCGCTCCCGGCTACAGGGGCTGTTCTGTCGGAAAAACGTTGCTGACAGTCAGCATGATGGATGAACAGATGGAACGGTACATCATCATGACGACGGAATATTACTGGCATTGGGATTTAAAAGGAATGAAAAAAGATGTGTGGGAATACAGAAAGATCATGGAAAAGATGATGAATGCCGGGGGTCTTGTCTGGTTTGCAACGGATGAACCGGAAATCAGCTCTCATCCAGCCAATTGTCTGATGGCCCGCATCGGCAGGCACGTCAGTCAGGAGTCAATTGAACAGTTCGACAGGCTTCGTTTTTATCAGCGATTTATGTATTGA MKHHKTYHSSSIQTAAGPLLVEGPVPPEDLAQYEFHEGLTAFRLPHEQHKALIEIAGLPEGRIIIARDGQTIIGYVTYLYPDPLERWSDGNMEDLLELGAIEVAPGYRGCSVGKTLLTVSMMDEQMERYIIMTTEYYWHWDLKGMKKDVWEYRKIMEKMMNAGGLVWFATDEPEISSHPANCLMARIGRHVSQESIEQFDRLRFYQRFMY PGPT0008215_236 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-ANTIMICROBIAL_COMPUND_RESSITANCE-ACETOIN|2|3-BUTANEDIOL_SYNTHESIS,PGPT0008215-acuA-K04766 NA NA D1-12_01986 645 IMPDH_2 Inosine-5'-monophosphate dehydrogenase ATGATTGCAGAACAAATCATGAAACGGGACGTCATCACCGTCTCAAAACACGACTCCATTGAAACAGCCGTCCGGAAAATGAAGATATATCATATCCGCCATCTCCCTGTCATCGACGACGAGCTGCACGTCACCGGTATTGTCACAGACAGAGACATTAAACAGGCCGGCCCCGGCAGCTTTGAACAAAAGGAACGCGGCGCGTTTCTGACAAACAAAGTGGAGACCATTATGAAGCGGGATGTCATCTGCGCCCATCCGCTTGACTTTGTGGAAGAAATATCCGCCTCCTTTTATGAGCACGGCATCGGCTGTCTGCCGATTACGGTAAACCATAAGCTGACGGGCATTTTAACGAAAACCGACGTGCTCCGGACTTTCGTCAGCCTGACAGGCGCGGCCCAGCCGGGATCACAGGTGGAAATCCTGGTGACGGATATGACAAAAAGCCTTGCTGATCTCAGCTGCATGTGCCGTGATCTTCAGCTGCAAATCCTGAGTGTGCTCGTCTATCCCCATGATACCGCCGGGTCGAACATTCTCGTCTTCCGGGTGAAGACGATGAATCCGCTCCCTTTTATCCGTGCCGTTCAAGAAGCCGGATACAATGTCTTATGGCCGAAACATTTGAGGGATCAGCCATGA MIAEQIMKRDVITVSKHDSIETAVRKMKIYHIRHLPVIDDELHVTGIVTDRDIKQAGPGSFEQKERGAFLTNKVETIMKRDVICAHPLDFVEEISASFYEHGIGCLPITVNHKLTGILTKTDVLRTFVSLTGAAQPGSQVEILVTDMTKSLADLSCMCRDLQLQILSVLVYPHDTAGSNILVFRVKTMNPLPFIRAVQEAGYNVLWPKHLRDQP PGPT0008220_430 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-ANTIMICROBIAL_COMPUND_RESSITANCE-ACETOIN|2|3-BUTANEDIOL_SYNTHESIS,PGPT0008220-acuB-K04767 NA NA D1-12_01987 1167 acuC Acetoin utilization protein AcuC ATGAGAGACAGCGTTTTTGTTTACTCGCCTTCTTATCAGACGTATCAATTTCATCAGGAACATCCGTTCAATCAGCGCCGCGTGCTTTTAACATACGATCTGCTTCAGGCGGCGGATGCGTTTGACGAAGGAGATATCGTCACACCGCGCACGGCCGCTAAAGAAGAGTTGGCTCTCGTTCATACGGAGGATTATATACAGGCGGTGGAACTAGCGGGTGCGGGCCGGCTCCCTGCCGCGGAAGGAGAAAGCTACGGTCTCGGAACGGAAGACACTCCCGTTTTTGCCGGCATGCATGATGCCGCGTCACTTCTGGTGGGCGGCACCTTAACGGCTGCTGATTATGTCATGACGGGACAAGCTAGGCACGCCTGCAATTTAGGAGGCGGCCTTCACCACGGCTTCCGCGGCAGGGCCTCAGGCTTTTGTATCTATAATGACAGCGCCGTGGCCATCCAATACATCCAGAAGAACTACGGGGCAAAAGTGCTATACATTGATACAGACGCTCATCACGGCGACGGCGTTCAATTTACGTTTTACGACAGGTCTGATGTCTGCACTGTATCTTTTCACGAGACCGGGCGTTATTTATTTCCCGGGACGGGACAGGTACTGGAAAAAGGAAGCGGGCAAGGCTACGGCTATTCTTTTAACATTCCGCTGGACGCTTTCACAGAGGACGATTCCTTTCTTCACGCTTACAAAACGGCCGCCTCAGAAATCGCGGCTTTTTTTAAGCCGGATGTGATACTTACCCAAAACGGTGCGGACGCCCATTATTACGACCCGTTGACACACCTGTCCAATACAATCTCCATTTATCAGGAGATCCCGCGGCTCGCTCATTCATTAGCCCATCAATATTGCAGCGGCAGATGGATCGCGGTCGGCGGCGGCGGATACGATATTTGGAGAGTCGTCCCGAGAGCATGGAGCCGCATTTGGCTTGAGATGAAAGGGATTGATCCCGGGGAACGCATACCGCAGAAATGGATTGATAAATGGCAGAAGCACTCCCCCTGCACGTTGCCCGCTTTTTGGAGTGATCCTGAACAATTATATCCTCCGATTCCCCGCAAAGAAGAAATTTCAGAAAAAAATGCCCAAACCGTGGAAAAAGCACTTTTTGCCATCCGGTCTGAGCAGCGGTATAAGACAAAATAA MRDSVFVYSPSYQTYQFHQEHPFNQRRVLLTYDLLQAADAFDEGDIVTPRTAAKEELALVHTEDYIQAVELAGAGRLPAAEGESYGLGTEDTPVFAGMHDAASLLVGGTLTAADYVMTGQARHACNLGGGLHHGFRGRASGFCIYNDSAVAIQYIQKNYGAKVLYIDTDAHHGDGVQFTFYDRSDVCTVSFHETGRYLFPGTGQVLEKGSGQGYGYSFNIPLDAFTEDDSFLHAYKTAASEIAAFFKPDVILTQNGADAHYYDPLTHLSNTISIYQEIPRLAHSLAHQYCSGRWIAVGGGGYDIWRVVPRAWSRIWLEMKGIDPGERIPQKWIDKWQKHSPCTLPAFWSDPEQLYPPIPRKEEISEKNAQTVEKALFAIRSEQRYKTK PGPT0008225_173 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-ANTIMICROBIAL_COMPUND_RESSITANCE-ACETOIN|2|3-BUTANEDIOL_SYNTHESIS,PGPT0008225-acuC-K04768 NA NA D1-12_01988 690 pal Peptidoglycan-associated lipoprotein ATGAAGCTTAGAAAAGAGCGTTTTGAAAGAAGAAACAAACCGGAACATTCCGGCGGTTCACCAAGATGGATGGTGACGTTCGCTGACTTGATCACGCTCATTCTCGTGTTCTTTATATTGCTTTTTTCGATGTCGCAAATAGACGCGGAAAAATTTCAATCTGCCGTTTCATCGATTCATACAAACGGCAGCGGGGGTGAACCGGCGTCATCAGACAAAGCAAACGAAAATAAAGAACAGGATTTGCTGTTACAAAACGTGAAGACATACATAAAAGCGCATCATTTGAGTTCGAAATTGACGGCGAAGCGCGATGAGCGCGGAGTGGTTCTGGTGCTGCAGGAGGCCGTTCTGTTTCAGACAGGAAAAGCGGATGTGCTGAAAAACGCCGAGCCGGTTCTGCATCAGATCGCGGTGCTTTTAAAAACAATTCCGAATGACATACAGGTAGAAGGCCATACGGACAGCCGCCGGATTTCCACCTATCAATTTCCGTCGAACTGGGAGCTGTCGTCTGCAAGAGCGGCGAGTGTGATCCGGTATTTTACCGCGAATGAAGACTTTTCCGCCAAACGGTTTATCTCTGCCGGGTATGCGGATACGAAACCTGTGAAGGACAACAAAAGTCCCGGACATATGAAAGAAAACCGCCGTGTAGAAATTGTGATCAAAAAAACGACCTCCTCATAA MKLRKERFERRNKPEHSGGSPRWMVTFADLITLILVFFILLFSMSQIDAEKFQSAVSSIHTNGSGGEPASSDKANENKEQDLLLQNVKTYIKAHHLSSKLTAKRDERGVVLVLQEAVLFQTGKADVLKNAEPVLHQIAVLLKTIPNDIQVEGHTDSRRISTYQFPSNWELSSARAASVIRYFTANEDFSAKRFISAGYADTKPVKDNKSPGHMKENRRVEIVIKKTTSS PGPT0015375_4760 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLAR_ASSEMBLY MOTILITY-FLAGELLUM_MOTOR|SWITCH,PGPT0015375-motB-K02557 NA NA D1-12_01989 816 pomA_2 COG1291 Chemotaxis protein PomA ATGAAACGTTTTGATTATCTGACGCCCGTTGGCTTTATGTTAGGCTGTATTATTGTCGCAATCGGTATTCTGTCAGGGACGGGACTGGCGGGAATCAGTTCATTTTTAGATCTGACTTCTTTTTTAATCGTCACAGGCGGCCTTGCTGCGGCGATCTTTATCAGTTTTCCGCCGAGGGATTTAAAGAAAACCCCTTCTGTTCTGAAACAGGTATTCTCCCGTCAGGATGACAATGTGAAAGAGCTTGTCAGAGTATTTGTCAGCCTTTCGGAGCAGGCGCGCAGGCAGGGGCTGCTGTCTCTGGATGACCAGGCGCGTGAGATCAAGGATCCGTTTTTAAAAAAAGGGCTTTTGCTTGCGATTGACGGCTGGGACGAGGAAACGATCCGGCTGGTGATGGATTCTGAGATCGCCGCGATGGAAGAAAGACACAGAAAAGGAAGACGCGTTTTTGAAAAAGCCGGTGATTTCGCACCCGCCTGGGGAATGATCGGGACGCTCGTCGGACTCGTTCTCATGCTTAAAAACTTAAATGACCCGCATACCCTCGGACCGAACATGGCCGTTGCGCTATTGACGACGCTGTACGGAGCGCTGCTTGCCAACTTGGTATTTATCCCAACCGCGGCAAAGCTTGAAGAAAAAACGGAAAGTGAAATTTTCATCAAACAGGTCATGATCGAAGGGGTTGTCGGCATCCAATCGGGCAAAAATCCCCGCAACCTCGAAAGTCAGCTTGTCGTCTTCAGCTCAAGAGAAGACTGGCGTAAAGGACAGCCTGCGAACAAGAAAAAGGGCGCTGTCCATGAAGCTTAG MKRFDYLTPVGFMLGCIIVAIGILSGTGLAGISSFLDLTSFLIVTGGLAAAIFISFPPRDLKKTPSVLKQVFSRQDDNVKELVRVFVSLSEQARRQGLLSLDDQAREIKDPFLKKGLLLAIDGWDEETIRLVMDSEIAAMEERHRKGRRVFEKAGDFAPAWGMIGTLVGLVLMLKNLNDPHTLGPNMAVALLTTLYGALLANLVFIPTAAKLEEKTESEIFIKQVMIEGVVGIQSGKNPRNLESQLVVFSSREDWRKGQPANKKKGAVHEA PGPT0015370_1653 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLAR_ASSEMBLY MOTILITY-FLAGELLUM_MOTOR|SWITCH,PGPT0015370-motA-K02556 NA NA D1-12_01990 1005 ccpA_1 COG1609 Catabolite control protein A GTGAGCAACATTACGATATACGATGTGGCCAGAGAAGCAAATGTCAGTATGGCAACTGTTTCCCGCGTCGTGAACGGCAACCCGAATGTAAAACCGACGACCAGAAAAAAAGTATTGGAAGCCATTGACCGGCTCGGCTACCGCCCGAACGCGGTGGCAAGAGGGCTTGCAAGCAAAAAAACGACAACGGTCGGCGTCATCATCCCTGATATCTCAAGCATTTTCTACTCGGAACTTGCGCGTGGAATTGAAGATATCGCGACGATGTACAAATATAATATTATTTTAAGCAACTCGGACCAAAATCTTGAGAAAGAACTGCATCTGTTAAATACGATGCTCGGCAAACAAGTGGACGGTATCGTATTTATGGGCGGCAACATTACGGACGAGCATGTCGAAGAATTTAAGCGCTCTCCTGTGCCGATCGTCTTGGCGGCATCAGTGGAAGAACAGGGCGAGACGCCTTCTGTCGCCATTGATTATGAACAGGCGATTTATGATGCCGTTAAGCTTTTCATTGATAAAGGGCATCGCGATATCGCATTCGTCTCCGGACCGATGCAAGAGCCGATCAACCGTTCGAAAAAACTGCAAGGGTACAAACGGGCGCTTGAAGAAGCGGCGATTCCGTTTAACGAGCAATTCGTAGCGGAAGGCGATTACACCTATGATTCCGGTATGGAGGCGCTTCAAAGCTTGATGGGCCTTGACCGGAAACCGACGGCGATTCTTTCTGCGACGGATGAAATGGCCCTCGGCATTATCCATGCGGCCCAAGATCAAGGTCTTTCGATTCCTGATGATCTTGATATTATCGGTTTTGACAATACGAGATTGAGCCTGATGGTCCGCCCTCAGCTTTCAACAGTCGTGCAGCCTACGTACGATATCGGCGCCGTGGCGATGAGACTTTTGACAAAACTGATGAACAAAGAGCCGGTTGAAGAGCATATCGTCGAATTGCCTCACCGCATCGAATTAAGACAATCAACCAAGTCATAA MSNITIYDVAREANVSMATVSRVVNGNPNVKPTTRKKVLEAIDRLGYRPNAVARGLASKKTTTVGVIIPDISSIFYSELARGIEDIATMYKYNIILSNSDQNLEKELHLLNTMLGKQVDGIVFMGGNITDEHVEEFKRSPVPIVLAASVEEQGETPSVAIDYEQAIYDAVKLFIDKGHRDIAFVSGPMQEPINRSKKLQGYKRALEEAAIPFNEQFVAEGDYTYDSGMEALQSLMGLDRKPTAILSATDEMALGIIHAAQDQGLSIPDDLDIIGFDNTRLSLMVRPQLSTVVQPTYDIGAVAMRLLTKLMNKEPVEEHIVELPHRIELRQSTKS PGPT0014791_266 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION_FACILITATING_PROTEIN SESSILE_ROOT_COLONIZATION,PGPT0014791-ccpA-NA NA NA D1-12_01991 1077 aroA COG1605 Protein AroA(G) ATGAGCAACAAGGAATTAGAGAGCCTAAGACAGCAGGCGGACGCACTAAACTTAGAAATCCTTAAATTAATCAATGAACGCGGAGCCGTTGTAAAAGAAATCGGTAAAGCAAAGGAAGCACAGGGTGTCAACCGATTTGACCCTGTCAGAGAGCGTACAATGCTTAACCGCATTATTGAAAGCAATGACGGCCCATTTGAAAACTCAACGATCCAGCATATTTTCAAAGAAATTTTCAAAGCCGGACTTGAACTTCAAGAAGAGGACCACAGCAAAGCGTTGCTCGTCTCCCGGAAGAAAAAAGCAGAAGATACGATCGTTGATATAAAAGGTGAAAAAATCGGTGACGGCGATCAGAGATTCATCGTCGGACCTTGTGCCGTAGAAAGCTATGAGCAGGTTGCCGAAGTAGCGGCCGCAGCGAAAAAACAAGGCATTAAAATCCTGCGCGGGGGCGCGTTTAAACCCCGCACAAGTCCGTATGATTTCCAAGGTCTCGGCGTAGAAGGCCTGCAAATTCTTAAACGCGTCGCTGATGAATATGACCTCGCGGTGATCAGTGAAATCGTAACGCCCGCACACATTGAGCAAGCGATTGATTACATTGACGTCATTCAGATCGGCGCGCGGAACATGCAAAACTTTGAATTGCTGAAAGCCGCCGGCTCCGTTAAAAAGCCGGTATTGTTAAAACGCGGTCTTGCCGCAACAATTTCAGAGTTCATCAATGCAGCTGAATACATCATGTCACAAGGAAACGACCAAATCATTCTTTGTGAGCGCGGAATCAGAACGTACGAAACGGCAACGAGAAACACACTCGACATTTCTGCCGTGCCGATTTTGAAACAGGAAACTCACTTGCCGGTGTTTGTTGACGTCACACACTCAACAGGCCGCCGCGATCTCCTGCTTCCGACAGCAAAAGCGGCGCTTGCGATCGGCGCTGACGGCGTGATGGCCGAAGTTCACCCTGATCCTTCCGTTGCCCTTTCAGACTCTGCGCAGCAGATGGATATACCTGAATTCGAGAAATGGCTGAACGAATTAAAGCCAATGCTGAAAGTAAAAGCATAA MSNKELESLRQQADALNLEILKLINERGAVVKEIGKAKEAQGVNRFDPVRERTMLNRIIESNDGPFENSTIQHIFKEIFKAGLELQEEDHSKALLVSRKKKAEDTIVDIKGEKIGDGDQRFIVGPCAVESYEQVAEVAAAAKKQGIKILRGGAFKPRTSPYDFQGLGVEGLQILKRVADEYDLAVISEIVTPAHIEQAIDYIDVIQIGARNMQNFELLKAAGSVKKPVLLKRGLAATISEFINAAEYIMSQGNDQIILCERGIRTYETATRNTLDISAVPILKQETHLPVFVDVTHSTGRRDLLLPTAKAALAIGADGVMAEVHPDPSVALSDSAQQMDIPEFEKWLNELKPMLKVKA PGPT0012915_3 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BIOTIC_STRESS_RESISTANCE-PHENAZINE_DERIVATES BIOTIC_STRESS_RESISTANCE-PHENAZINE-1-CARBOXYLIC_ACID_BIOSYNTHESIS,PGPT0012915-aroG-K13853 NA NA D1-12_01992 327 hypothetical protein ATGACAAAACAGCTGATATCGTCTGAAGAAGAGTTCAAAAATGCCGCTGAGAAAGAAAACACGCTCGTGTTTTTGAAACACAGCACAACCTGCCCGATCAGCCAAGCCGCGTTTCAGGAGTTTGACGCCTTTGCATCGGAGCATTCGGAAGTGCCTTCTTATTACCTGCAGGTGCAGGACAGCCGGCCGCTTTCAAACTATATCGCCGAGACATACGGCGTGAAACATGAAAGCCCGCAAGTATTCGTCATTACAAACGGCGAAGTGAAATGGCACGCGTCTCATTCACAAATCACAAAAAACGCAATAGAGCAGCACCTCTCATAA MTKQLISSEEEFKNAAEKENTLVFLKHSTTCPISQAAFQEFDAFASEHSEVPSYYLQVQDSRPLSNYIAETYGVKHESPQVFVITNGEVKWHASHSQITKNAIEQHLS PGPT0015028_158 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS OTHER_STRESS_RESPONSE_PROTEINS,PGPT0015028-ytxJ-NA NA NA D1-12_01993 414 hypothetical protein ATGAGCAAAGATGGAATCAATAGTAAGGATTTTTTAATCGGAACGCTGATCGGGGGAATTATCGGCGCGACAACGGCGTTGTTTCTGGCGCCTAAATCAGGTAAGGAGCTGCGCGACGATCTCGGCAGTCAGGCTTCTGCGTTAAAGGATAAGACGGACAGAATGACGGCCGACGCGAAAGAAAAAGGCTCTCAATATGTCAGCATCGCCAAGGACAAAACATCTAATATCACCCAGCTGGTAGCTGATCAGTCAGGCCAGATTATGAATAAAGTGAAGGATTTAAAAGACCGTTCTAAGAGCACACTAACCGAGAAAGCCGAAGAGACGAGAAGCGAAATGCAGGACACGGCCCAAAGCATCAAGGCCGAAGCGGAAGACGCCGGGGAAAAAGCCGGTCAGGCAAATCGCTGA MSKDGINSKDFLIGTLIGGIIGATTALFLAPKSGKELRDDLGSQASALKDKTDRMTADAKEKGSQYVSIAKDKTSNITQLVADQSGQIMNKVKDLKDRSKSTLTEKAEETRSEMQDTAQSIKAEAEDAGEKAGQANR NA NA NA NA NA D1-12_01994 423 hypothetical protein ATGATCATCATTCTTTACTTAAGCGTCGCACTCATTGCCGTTGCATTTCTCATCCTCGTCATCTATCTGTCCAAAACATTAAAGTCCGTGCAGATGACTTTAACAAACGTTGCCTCGACTTTAGACGGCCTTGAAGGGCAGATGAAAGGCATTACCGCAGAGACAACCGAGCTGTTACATAAGACAAACCGTCTCGCGGAAGACATTCAGGAAAAATCAGAGAAATTAAATACGGTTGTCCATGCTGTCCAGGAAGTGGGAACTTCCGTCCAGCAGTTTAATACATCCATAAAGCAGGCAGCAGGTTCCGTTACGGCCTCTGTAAGAGAGAATCAGGATAAGATCAGTCAGGTTGTCACCTGGAGCCAGGCCGCTATGGAAATATGGGACAAGTGGAAGCAAAAGAAAAAAACATCGCTTTAA MIIILYLSVALIAVAFLILVIYLSKTLKSVQMTLTNVASTLDGLEGQMKGITAETTELLHKTNRLAEDIQEKSEKLNTVVHAVQEVGTSVQQFNTSIKQAAGSVTASVRENQDKISQVVTWSQAAMEIWDKWKQKKKTSL NA NA NA NA NA D1-12_01995 1299 murC UDP-N-acetylmuramate--L-alanine ligase ATGACTGTTTATCATTTTGTTGGAATAAAAGGGACAGGTATGAGCCCGCTTGCTCAAATCCTGCATGATACAGGGTATCAGGTGCAGGGATCGGATATCGAGAAGCAGATTTTCACTCAGGCTGCCCTTGAAAAAAGAAATATCCCGATCTATCCGTTCAGCGCCGATAACATCAAACCCGGCTTAACGGTAATCGCCGGAAACGCATTCCCTGATTCTCATCCGGAAATCGCAAAGGCGCTCGCTGAAGGGATTCCTGTCATCAGATATCATAAATTTTTAGCTGAATATATGAAAAAATATACAAGTGTCGCGGTAACGGGCGCACACGGCAAGACGTCCACAACGGGCCTCTTGGCACACGTGATGCAGCAGGCGAAGCCGACTTCGTTTCTTATCGGGGACGGAACGGGCAGAGGAAATGAAAGCAGCGAATACTTTGTATTTGAAGCCTGCGAGTACCGCCGTCATTTCTTAAGCTATCAGCCTGATTATGCGATTATGACGAATATTGATTTTGACCACCCTGATTATTTCGCCAACATTGACGATGTGTTTGATGCTTTCCAAAACATGGCGCTTCAAGTCAACAAAGGCATCATTGCCTGCGGTGATGACGAGTACCTGCCGAAAATTCACGCCAATGTGCCTGTCGTGTATTACGGCACGGGAGAAGAAAATGATTTTCAAGCGAGAAACATCGTAAAAAATACGGAAGGCACGACATTTGACGTCTTTGTCCGCAATACGTTTTACGATACGTTCTACATCCCGGCATACGGCCATCACAATGTCCTCAATTCCTTAGCGGTCATTGCGCTCTGCCACTATGAAGAGATAGACGTGAACATGATTAAGCTCGGACTTGAATCATTCGGCGGCGTCAAACGCAGATTCAATGAAAAAGTGATCGGCAGCCAGGTACTGATCGACGACTACGCCCACCATCCGACTGAAATCAAAGTCACGATTGAGGCGGCGCGCCAAAAATATCCCGAACGTGAAATCATCGCGGTATTTCAGCCGCATACGTTTACACGGACGCAATCATTCCTGGATGAATTCGCAGAAAGCTTAAGCGCGGCTGACCGCGTGTATCTGTGTGACATTTTCGGCTCTGCCCGCGAGAACGTCGGCAAGCTCACGATCACGGATCTTCAGGAAAAAATCGATAACGCAGAACTCATTGAAGAAAATGACACATCCGTGTTAAAAGCGCATGAAGGCGCAGTGCTGATCTTCATGGGCGCCGGAGACATTCAAAAATATATGAGAGCCTATGAAAACGTCATAGCGTAA MTVYHFVGIKGTGMSPLAQILHDTGYQVQGSDIEKQIFTQAALEKRNIPIYPFSADNIKPGLTVIAGNAFPDSHPEIAKALAEGIPVIRYHKFLAEYMKKYTSVAVTGAHGKTSTTGLLAHVMQQAKPTSFLIGDGTGRGNESSEYFVFEACEYRRHFLSYQPDYAIMTNIDFDHPDYFANIDDVFDAFQNMALQVNKGIIACGDDEYLPKIHANVPVVYYGTGEENDFQARNIVKNTEGTTFDVFVRNTFYDTFYIPAYGHHNVLNSLAVIALCHYEEIDVNMIKLGLESFGGVKRRFNEKVIGSQVLIDDYAHHPTEIKVTIEAARQKYPEREIIAVFQPHTFTRTQSFLDEFAESLSAADRVYLCDIFGSARENVGKLTITDLQEKIDNAELIEENDTSVLKAHEGAVLIFMGAGDIQKYMRAYENVIA PGPT0024120_4832 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-N_ACETYLMURAMATE_MODIFICATION,PGPT0024120-murC-K01924 NA NA D1-12_01996 2604 sftA DNA translocase SftA ATGAGTTGGCTGAATAAATTTTTTGACTTATTTTTAGGTGAAAAAGAAGAAGAGCATGAACGTGAACCGAACACGCATGCCCAAATCCCGAAACAGCAGATACCGGATCAGCCAGAAGGCAAATTAACGCGCATGGAAGATCCTAAAATATATTACGAATATCCGAAAGGGAATTTCCGCTTCCCCGTCGTTCCGGACGGCTATAAGCGAACGGAGCAAAACCAAAGACAGCGGGAAAGGCACGAACGCCGCCAGCCGTCCCGGGGTTATGCCGCCGGGCAGGAGCAAACCGAGCGGAAACAGCATACACATAAAGAGCCTGATACGGTGAAAAAGCCCTTTAAACCGTCATCGATTCCTTCACCGGTTTACGGCTTTCAATCTCAGCACAGCATAAAAAAAGCGCCTATTTCCGAAAAGCGGCGTGAAGAGAACGTAACATTGCTGTCAGAGGAGCAATTTGTTTCGCCAAAAGCCGGTCAGGAAACGGAAAAAGAGCCCGTCTTCACAACATCCGGCATAACAAAACAGACGAATGACCGGCCAGAACCGTTTGCGAAACAAGAAACGGAAGAAATCCCGGCTGTTAAAAAAGAGGAGCTTCACACCGAGGCTGAGAATGCAAAAGAGCAAGTGTTTGCAGCAGCAGAACCGCAGCAGACTGAAGAGCGGGAGCACACGGAAAGCGCAGAGTCTGCCGGCTTTACAGAAGAACAGGAGCATGAACAAACCCGCCCGCAGCCTATAATAGAGTCTGAGTATGAAGCATCCCGAACGGCTGACAACACAGAGGAACAAGCGGCGCCGCAGGAGGAACATCAGGAGCCTGAGCCGGAAAAAGCACCGCCTTTTGAAACCGCAGAAGAACCGGTGTATACATACACAGAACCCGGATACGATGAGGAAGTTCAGCCGCAGTCTGAAGACAAGCCTGAATCAGGAGAAACCGACGCGAAACAGGAAGCAGATGCTCAGCCTGAGTACAATGAAGCAGAGCGGCATTCAGACCCCGAGCCTGAACCTGCAAGCATCGAGACGGCCGATGCCCCGTCCCGGCCTGCCGAAGAAAAAACGGAGCATCGCGGACAGCCTCAGACTGTGAAAAAAGCGGAGCGGCCGAAAGAGCGCAATGTACCGTTTAACGTCATGATGCTTAAAAGCGATAAACACAAGCAGACGAAGACGCCAGAGGGCGGAGCGAGCTATGTCTTTCCGAATCTGTCGCTTCTGGACGTACCGCCGGCGCAAAGACATGACGACCAATCGTGGATTGAAGAACAGCGCGAGCTTTTAAACGTTACGCTGAAAAACTTTAATGTGCGCGCCCAAGTCGTTCATGTCACACAAGGCCCGTCCGTCACACGTTTTGAAGTGCATCCTGAGCCCGGAGTGAAAGTGAACAAAATTACAAACTTAGCAGATGATATTAAACTGAGCCTGTCTGCCAAGGATATTCGGATTGAGGCGCCGATCCCCGGTAAAAACACGATCGGCATTGAAGTTCCGAACCGCGTAAGCAAAGTCGTCGATTTAAGGCAGATGATCAGAAGCGCCGCTTTCAGGACGAATCCGTCTCCGCTTACAGCCGCGCTCGGTGTCGATATTTCCGGAAACCCGGTCGTCATTGATTTGAAAAAGATGCCGCACGGGTTGATAGCGGGTGCGACAGGATCGGGAAAAAGCGTCTGCATCAATACCATTTTGGTCAGTCTGCTTTATAAGGCGGATCCGAGTGATGTCAAAATGCTTCTGATTGATCCGAAAATGGTCGAGCTTGCGCCTTATAACCAAATTCCGCATTTGGTCAGCCCCGTCATCACGGACGCCAAAGCCGCGACCGCCGCGTTAAAATGGGTTGTGGAAGAGATGGAACGGCGATATGAACTGTTTGCCCATTCGGGTGTGAGAGATATCGGCCGCTTTAATGAATTAACCGCCGATCATAAGACAGGCGAAAAGCTCCCGTACCTCGTAGTGGTTATTGATGAGCTTGCCGATTTAATGATGGTCGCGCCGAACGATGTGGAAGAAAGCATTGCCAGAATCGCGCAGAAAGCGAGAGCCTGCGGCATTCATCTGCTTGTCGCGACACAGCGTCCGTCTGTCGATGTCATTACCGGAATGATCAAGGCAAACATACCGACGAGGATTGCATTCTCCGTCTCAAGCCAGGTAGATTCCAGAACGATCATCGACATGGCGGGAGCGGAAAAGCTGCTCGGAAAGGGCGACATGCTGTACTGGGAAAACGGTACCGGAAAACCGGTGCGCCTGCAGGGCAACTTTGTATCCGACAGAGAGATTGACCGCGTCGTCTCTCATGTCAGAAAGCAGCTGCCGCCTTCTTATTTGTTTGAACAGGAAGAACTGATCAGGCAGGGAACCGCCCTCAAGGAAGAAGACGAACTGTTTCCTGAGGCGTGCCAATTCGTCGTGGAGCAAAACAGCGCCAGCACCTCAAGCCTTCAAAGAAGGTTCAGAATCGGTTATAACCGCGCCGCGAGGCTGATTGACATGATGGAAGCCGAAGGCATGATCTCAGAAGCGAAGGGCAGCAAACCCCGTGAAGTGCTGATTACGGCCGCTGACATTGCTCAAGAATAA MSWLNKFFDLFLGEKEEEHEREPNTHAQIPKQQIPDQPEGKLTRMEDPKIYYEYPKGNFRFPVVPDGYKRTEQNQRQRERHERRQPSRGYAAGQEQTERKQHTHKEPDTVKKPFKPSSIPSPVYGFQSQHSIKKAPISEKRREENVTLLSEEQFVSPKAGQETEKEPVFTTSGITKQTNDRPEPFAKQETEEIPAVKKEELHTEAENAKEQVFAAAEPQQTEEREHTESAESAGFTEEQEHEQTRPQPIIESEYEASRTADNTEEQAAPQEEHQEPEPEKAPPFETAEEPVYTYTEPGYDEEVQPQSEDKPESGETDAKQEADAQPEYNEAERHSDPEPEPASIETADAPSRPAEEKTEHRGQPQTVKKAERPKERNVPFNVMMLKSDKHKQTKTPEGGASYVFPNLSLLDVPPAQRHDDQSWIEEQRELLNVTLKNFNVRAQVVHVTQGPSVTRFEVHPEPGVKVNKITNLADDIKLSLSAKDIRIEAPIPGKNTIGIEVPNRVSKVVDLRQMIRSAAFRTNPSPLTAALGVDISGNPVVIDLKKMPHGLIAGATGSGKSVCINTILVSLLYKADPSDVKMLLIDPKMVELAPYNQIPHLVSPVITDAKAATAALKWVVEEMERRYELFAHSGVRDIGRFNELTADHKTGEKLPYLVVVIDELADLMMVAPNDVEESIARIAQKARACGIHLLVATQRPSVDVITGMIKANIPTRIAFSVSSQVDSRTIIDMAGAEKLLGKGDMLYWENGTGKPVRLQGNFVSDREIDRVVSHVRKQLPPSYLFEQEELIRQGTALKEEDELFPEACQFVVEQNSASTSSLQRRFRIGYNRAARLIDMMEAEGMISEAKGSKPREVLITAADIAQE PGPT0030468_3941 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 D1-12_01997 606 hypothetical protein ATGAACGCTTTTTACAATAAAGAAGGTGTGGGAGATACGCTTCTGATCTCTCTTAAAGATGCGGCACGCGAAGAAATCGCCTATGAAAGAGAAGGCGATGTCATCAGAATTTTTAACAAAGAAACAAAAGAAACGACGGGCTTTAACATTTTTAATGTGTCTTCTTACTTACAGATTGAGGACAATGGCCCCGTCGCTTTGTCTGAGACATTCGTTCAGGATGTGAATGAAATACTGAACAGAAACGGCGTTTCAGAAACGCTGACGGTTGACCTTTCTCCGAAATTTGTTGTCGGTCACGTTGAATCGAAAGAAAAACATCCGAATGCGGATAAACTGAATATCTGCCAAGTGAATGTGGGAGAGGAAACCCTTCAAATCGTTTGCGGCGCGCCGAATGTGGACAAAGGGCAAAAAGTCGTCGTCGCTAAAGTCGGCGCGGTAATGCCGAGCGGACTTGTGATTAAAGACGCTGAATTAAGAGGCGTTCCGTCAAGCGGCATGATCTGCTCCGCGAAAGAACTCGCTTTGCCGGATGCGCCGGCGGAAAAAGGGATTCTTGTTCTTGAAGACAGCCGCGAGGCCGGCGAAGCATTTCAATTCTAA MNAFYNKEGVGDTLLISLKDAAREEIAYEREGDVIRIFNKETKETTGFNIFNVSSYLQIEDNGPVALSETFVQDVNEILNRNGVSETLTVDLSPKFVVGHVESKEKHPNADKLNICQVNVGEETLQIVCGAPNVDKGQKVVVAKVGAVMPSGLVIKDAELRGVPSSGMICSAKELALPDAPAEKGILVLEDSREAGEAFQF NA NA NA NA NA D1-12_01998 810 hypothetical protein TTGAAAATGACGTCAAGGAAGCTGGCGGATTTATTAAAACAGCGCCTGCAGCACGAGAACCGATCCTTCTTTTTTGACAGAGAAAAAGACACCCTCCGTGTTGAGGATCAAACGACCAAAAAAGGCATCACATTGGAGCTCCCGCCGATCATTGCGAAGTGGGAAACGAAAAAAGAAGAAGCGATCGACGAAATCGTCTACTATGTGTCAGAAGCAATGGAGGCGATGGAAGGCAGCGGACAGGAGATGTCCGGAAAGGAAGCCGGAATCTATCCGGTCATCCGCTCCACATCATTTCCCGATCAAACGAGCGACGGCATTCCGCTCGTGTATGATGACCATACGGCTGAAACGAGAATCTACTACGCGCTTGACCTCGGTAAGACGTACCGCTTAATTGACAGCCGTATGCTCGAGAAAGAAAACTGGACAAAAGAACGGATCAGGGAGACGGCGTCATTCAATCTCCGCTCTCTTCCTTCGGTTGTGAAACAGGATACGGTTGCGGACAATTATTTTTATTTTTTCAGGGCGAATGACGGCTATGACGCCAGCCGGATTCTCAATGATTCGATTCTTCATGAATACAAGCAGGCCGCTGAAGGCGAATTGGCGATTTCCGTCCCGCATCAAGATGTATTAATACTTGCTGACATTCGAAATGAATCGGGTTATGATATTTTAGGGCAAATGTCCATGAGCTTCTTTGCAAGCGGCACGGTGCCGATTACGGCCCTTTCATTTCTGTATAATGAAGGCAGACTGGAACCTGTGTTTATCATGGCGAAAAGCCGGCCGAAAAAGGATTAG MKMTSRKLADLLKQRLQHENRSFFFDREKDTLRVEDQTTKKGITLELPPIIAKWETKKEEAIDEIVYYVSEAMEAMEGSGQEMSGKEAGIYPVIRSTSFPDQTSDGIPLVYDDHTAETRIYYALDLGKTYRLIDSRMLEKENWTKERIRETASFNLRSLPSVVKQDTVADNYFYFFRANDGYDASRILNDSILHEYKQAAEGELAISVPHQDVLILADIRNESGYDILGQMSMSFFASGTVPITALSFLYNEGRLEPVFIMAKSRPKKD NA NA NA NA NA D1-12_01999 324 ytpP Thioredoxin-like protein YtpP ATGAAAAAGATTGAAAGCACGGAAGAATTGCAAAAAGCGGTACAAGACGATTGGGCGGTATTTATGTTTTCAGCGGATTGGTGCCCGGACTGCCGCTTTGTGGAGCCGTTTCTTCCTGAGCTGGAAGCGGACTTTCCTGAATTCACTTATTACTACGTAGACCGCGATCAATTTATTGATACATGCGCGGAATGGGAAATTTACGGCATTCCGAGCTTTGTTGTGTTTAACGGCGGAAAAGAAGTGAACCGCTTCGTCAGCAAAGACCGTAAAACAAAAGAAGAAATTGAGCAATTTTTAACCGATTCCCTTGCTAAAGCATAA MKKIESTEELQKAVQDDWAVFMFSADWCPDCRFVEPFLPELEADFPEFTYYYVDRDQFIDTCAEWEIYGIPSFVVFNGGKEVNRFVSKDRKTKEEIEQFLTDSLAKA NA NA NA NA NA D1-12_02000 447 hypothetical protein ATGCAGTTTGTCGTGTATTTAGCGGGTGAAATCCACAGTGATTGGCGGGATGAAATCAAACAAAAAGCAAAAGCGTTGAACCTGCCGATTACGTTTGTCGGTCCGATGGAAAACCATGAACGCTCAGACAATATCGGAGAAGAGATTATGGGCGTGCAGCCCGATTCTGTTTTAAAAGACGCCAGAGCTTCTGATATCAACAATTTCCGTACAGAGGTGCTGATGGAAAAAGCCGATTTTGTGATCGCCCTGTTTGGCGAGAAATATAAACAGTGGAATACCGCGATGGATGCTTCTTATGCCATCGCAAAAGGAAAGCCGCTCATTCTCATCCGCCCGAAAGAACTTCATCATCCGCTGAAAGAGCTTTCCGGAAAAGCGAATATTACGGTCGAAACCGTAAATCAAGCGATGAAAGCACTCTCTTATTTATTTGAAACAGAATAA MQFVVYLAGEIHSDWRDEIKQKAKALNLPITFVGPMENHERSDNIGEEIMGVQPDSVLKDARASDINNFRTEVLMEKADFVIALFGEKYKQWNTAMDASYAIAKGKPLILIRPKELHHPLKELSGKANITVETVNQAMKALSYLFETE NA NA NA NA NA D1-12_02001 1074 ysdC_3 COG1363 Putative aminopeptidase YsdC ATGAATGAGGAAACGAAAACGCTTTTCCGGACGCTGACGCAGCTTCCCGGCGCACCGGGAAATGAACATCAGGTCCGCTCCTTTATGAAACGGGAGCTTGCGAAATATGCGGATGACATCGTGCAGGACAGACTCGGAAGTGTTTTCGGAGTAAGGCGCGGCGCTGAAGATGCGCCGACCGTTATGGTAGCCGGCCATATGGATGAAGTCGGGTTTATGGTAACGCAGATTACGGATAACGGCATGCTGAGATTTCAGACGCTAGGCGGCTGGTGGAGCCAGGTGCTGCTTGCCCAGCGCGTCGAGGTGCAGACGGATAACGGACCGATTATCGGCGTCATCTCAAGCATCCCGCCCCACATTTTAACGGATGCCCAGCGCGCAAAGCCGATGGAGATCAAAAATATGATGATTGATATCGGTGCCGATGACAGAGAAGACGCGGTCAAAATGGGGATCAGACCGGGACAGCAGGTCGTGCCTGTCTGCCCGTTCACCCCGATGGCCAACGAGAAGAAAATATTGTCCAAAGCGTGGGATAACCGCTACGGCTGCGGGTTAAGCATTGAACTATTAAAAGAGCTGCACGGAAAAGACCTGCCGAACAATCTGTACGCCGGGGCCACCGTACAGGAGGAAGTCGGCTTGAGAGGGGCGCAGACAGCGGCCAACATGATTCAGCCTGATCTCTTCTTCGCGCTTGATGCCAGCCCGGCAAATGATATGAGCGGCGATAAGGAGCTGTTCGGCCGTCTCGGCGAGGGGGTGCTGCTCCGCATTCTTGACAGAACGACGGTCATGCACCGCGGGATGAGAGAGTTTGTCCTTGATATGGCGGAAACGCACAATATCCCTTATCAATATTTCGCTTCAGGCGGGGGAACGGATGCCGGACGGGTCCACATCTCAAACAGCGGGGTTCCGTCTGCCGTCATCGGCATTTGTTCAAGATACATTCATACAAATGCCGCTATCATCCATGTCGATGATTATGCAGCGGCGAAAGAAATGCTCATTAAGCTTGTCATGGCGAGTGACAAACAGACGGTCGAAACGATCAGAGAAAATGTATAA MNEETKTLFRTLTQLPGAPGNEHQVRSFMKRELAKYADDIVQDRLGSVFGVRRGAEDAPTVMVAGHMDEVGFMVTQITDNGMLRFQTLGGWWSQVLLAQRVEVQTDNGPIIGVISSIPPHILTDAQRAKPMEIKNMMIDIGADDREDAVKMGIRPGQQVVPVCPFTPMANEKKILSKAWDNRYGCGLSIELLKELHGKDLPNNLYAGATVQEEVGLRGAQTAANMIQPDLFFALDASPANDMSGDKELFGRLGEGVLLRILDRTTVMHRGMREFVLDMAETHNIPYQYFASGGGTDAGRVHISNSGVPSAVIGICSRYIHTNAAIIHVDDYAAAKEMLIKLVMASDKQTVETIRENV NA NA NA NA NA D1-12_02002 318 hypothetical protein TTGAAATTACGTCATTTTCTCTTAGGTGCAGGAGTCGGATTATGCGCTGCCATCGCAGTGAAAAAGTATGCGATGAAACCTTATATCTCTTCAGAAAAAGCGCTCCGTATCGTGAAAGCGGCTTTTAAACAGCGCGGGCCGATAGACGGATCATGGATTTACACAGAGCCCGAGCCCTACCAGGTAAACGGAGAAACCATCCAGGTATACAAAACCGGCGTGACACGTTCGGCATTCGGCGAACTGGAGCAATATGAAGTTATGGTCAATGCAAAAACAGGCCAGATTGTCGATGTCATTGATTCTGTCGCCTCATAA MKLRHFLLGAGVGLCAAIAVKKYAMKPYISSEKALRIVKAAFKQRGPIDGSWIYTEPEPYQVNGETIQVYKTGVTRSAFGELEQYEVMVNAKTGQIVDVIDSVAS NA NA NA NA NA D1-12_02003 1698 maeA_1 COG0281 putative NAD-dependent malic enzyme 2 GTGAATCAATTTCAAGTGACGAAAGATGGAGAAATCAAAACAACTCTGCGCGGATTAGAAGTGCTTTCTACGCCTTTTTTAAATAAAGGGGTGGCCTTTACACAGGAGGAAAGAAAGGAACTCGGGCTCGAGGGATTTCTGCCGCCGAAAGTATTGACAATCGAAGAGCAGGCGAGGCGGGCCTACGAACAATTCAGTTCGCAGCCTGATGAGCTGAGCAAAAATGTCTACTTGACCGCTCTCCATGACCGGAATGAAACGTTATTTTACAGGCTGTTAAATGATCATTTAGGCGAAATGCTGCCGATCGTATATACGCCGACCGTTGGCACTGCGATCCAGCGTTACAGCCATGAGTACAGAAAACCCCGCGGTCTGTATTTGTCAATAGATGATCCTGAGGGAATGCGCGCCGCATTTCAGCAGTTCGGAAAAAATGAAAACATTGACTTAATCGTTGCCACAGATGCGGAGGGCATTCTGGGAATCGGTGACTGGGGCGTCGGCGGCATCGCCATTTCTGTCGGAAAACTCGCGGTGTATACGGCGGCGGCCGGAATTGATCCGTCACGAGTGCTTGCGGTCGTATTGGACGCGGGGACAAATCAGGAAAGCCTCTTAAATGACCCGCTTTACGTCGGAAACCAGCATTCAAGAGTACGCGGCGAGAAATATGACCGCTTTATTGATGAGTATGTCTCGCTTGCCCGGGAAACATTCCCGAATGCGCTGCTTCATTGGGAGGATTTCGGTACGGCTAACGCCCGCGGCATATTAAAACGGTATAAAGATAAAGTCTGTACGTTTAACGATGACATTCAAGGAACGGGCGCGGTATCGCTTGCAGCTGTTTTAGCGTGTGCGAAAGCATCAAAAGTGCCTTTAAAAGAGCATAAAGTCGTCGTCTTCGGCGCGGGAACGGCCGGTATCGGAATTGCTGAGCAGCTGCGCGAAGCCATGGTGCATGACGGATTAAGCGAAGAAGAATCCTACAGCCATTTTTGGTGTATCGACAGAAACGGATTGTTAACGGATGATATGAAGGACTTGCGTGATTTTCAGGTTCCGTACGCTCGCCCTGCTGATGAAGTGAAAGAGTACGGCCGCAGCGGTGAAGGCGGATCAATCGATCTGGCGGAGACGGTGCGTCAAGCCAAGCCGACGATTCTGATCGGCACATCCACCGTATCAGGCGCATTTACGGAAGAAATCGTCAAAGAAATGGCCTCGCATGTCAAACGGCCCGCTATTTTGCCGATGTCAAACCCGACGACATTATCAGAAGCAAAACCTGAAGATTTAATTAAATGGACGGAAGGCCGCGCGCTTGTCACTACGGGAAGTCCATTTCCGCCTGTTGCGTATAACGGCGTTACCTACCATATCGGACAGGCGAATAACGCGCTCGTATTCCCGGGACTCGGGCTCGGAACGATTGTGACGAAAGCAAGGCTCATTACGGACAATATGTTCGTTGCCTGCGCGAATGCCATCGCCGGTATGGTGGACGTCGGCAAGCCCGGTGCGCCGATGCTTCCGAAAGTGGAGGATCTCAGGACGGTATCGGCAACCGTGGCGGTAGCCGTAGCGAAAGCAGCCATTCAGGACGGTGTAGCGGAAACGGAACCCGAGGATCTGATCCAAGCGGTGCAGGACGCGATGTGGCACCCCGTATATAAACGAATTCGGCCGATGTAA MNQFQVTKDGEIKTTLRGLEVLSTPFLNKGVAFTQEERKELGLEGFLPPKVLTIEEQARRAYEQFSSQPDELSKNVYLTALHDRNETLFYRLLNDHLGEMLPIVYTPTVGTAIQRYSHEYRKPRGLYLSIDDPEGMRAAFQQFGKNENIDLIVATDAEGILGIGDWGVGGIAISVGKLAVYTAAAGIDPSRVLAVVLDAGTNQESLLNDPLYVGNQHSRVRGEKYDRFIDEYVSLARETFPNALLHWEDFGTANARGILKRYKDKVCTFNDDIQGTGAVSLAAVLACAKASKVPLKEHKVVVFGAGTAGIGIAEQLREAMVHDGLSEEESYSHFWCIDRNGLLTDDMKDLRDFQVPYARPADEVKEYGRSGEGGSIDLAETVRQAKPTILIGTSTVSGAFTEEIVKEMASHVKRPAILPMSNPTTLSEAKPEDLIKWTEGRALVTTGSPFPPVAYNGVTYHIGQANNALVFPGLGLGTIVTKARLITDNMFVACANAIAGMVDVGKPGAPMLPKVEDLRTVSATVAVAVAKAAIQDGVAETEPEDLIQAVQDAMWHPVYKRIRPM PGPT0001350_715 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_MALATE_UTILIZATION,PGPT0001350-maeA|sfcA|ywkA-K00027 NA NA D1-12_02004 846 ytnP COG0491 putative quorum-quenching lactonase YtnP ATGGAGACATTGAATATTGGGAATATTTCATTAACATGGCTGGACGGCGGTGTAACGCATATGGACGGCGGAGCGATGTTCGGCGTTGTCCCGAAGCCTTTATGGTCGAGAAAATACCCCGTAAATGACAAAAACCAGATTGAATTAAGAACAGACCCGATTCTGATCAGAACAAACGGCCTGAATATATTGGTTGACGCGGGTATCGGCAGAGGGAAATTCTCTGATAAACAAAAAAGGAATTACGGCGTAACACAGGAATCCAATCTGAAACAATCTCTTCGTGAACTCGGGCTTTCCTGTGAGGACATTCATATTGCCGCGATGACCCATCTTCATTTTGACCATGCATGCGGTCTGACGGAGTACAGCGGAGAGGAGCTTGTCTCTGTTTTCCCGAATGCCCGCATTATCACTTCTGCGACAGAGTGGCGCGAAATGAGAAACCCTAATATCAGATCGAAAAATACATATTGGAGAGAAAATTGGGAGGCGGTACAAGATCAGGTCGAAACCTTTGAGAACGAGTATCAGCTGACAGAAGGCATTACGATGCACCACACCGGCGGCCACAGCGACGGCCACAGCGTTATCGTCTTAGAAGACGGAGGGGAGACGGCTGTGCATTTTGCCGACCTGATGCCGACGAACGCGCATAAAAATCCGTTATGGGTGCTGGCCTATGATGATTATCCGATGACCTCCATTCCTCAAAAGCAGAAATGGCAGACGTTCGCGGCAGAAAAAGACGCCTGGCTGATTTTCTATCACGACGCGATTTACAGAGCGGTAAAATGGGGAGAAGACGGCGAAGTGGCTGCATCTGTCAAACGGGAGAAAAAATAA METLNIGNISLTWLDGGVTHMDGGAMFGVVPKPLWSRKYPVNDKNQIELRTDPILIRTNGLNILVDAGIGRGKFSDKQKRNYGVTQESNLKQSLRELGLSCEDIHIAAMTHLHFDHACGLTEYSGEELVSVFPNARIITSATEWREMRNPNIRSKNTYWRENWEAVQDQVETFENEYQLTEGITMHHTGGHSDGHSVIVLEDGGETAVHFADLMPTNAHKNPLWVLAYDDYPMTSIPQKQKWQTFAAEKDAWLIFYHDAIYRAVKWGEDGEVAASVKREKK NA NA NA NA NA D1-12_02005 654 trmB COG0220 tRNA (guanine-N(7)-)-methyltransferase ATGAGAATGCGCCATAAACCTTGGGCGAATGATTTTCTGGCAGAAAACGCTGACATCGCCATCAGTGACCCGGCCCAGTATAAAGGGCGGTGGAACACGGTCTTTGGCAATGACAACCCGATCCATATTGAAGTCGGTACGGGAAAAGGGCAGTTCATTTCAGGAATGGCCAAGCAGAATCCGGATATCAACTATATCGGGATTGAGCTGTTTAAAAGCGTCATCGTCACTGCCGTCCAAAAAGTAAAGGACAGCGGGGCTCACAATGTCCGTTTGTTAAATATAGACGCGGAAACACTGAATGACGTATTTGAACGGGGAGAAATCAAGCGCGTATATTTAAACTTTTCTGACCCGTGGCCGAAAAACCGTCACGAAAAGCGCCGTTTAACATTTAAAACGTTCTTGAAAAAATACGAAGAAGTGATGGGCGAAACAGGTGAGATTCATTTTAAAACCGATAACCGCGGGTTATTCGAATACTCTCTGAAAAGCTTTTCCGAATACGGCCTGTTTCTGACGGAAGTCAGCCTTGATCTGCACAACAGCGATCCGAAGGGCAATATTATGACAGAATACGAAGAAAAATTCTCCGCGCTCGGCCAGCCGATTTACCGGGCCGAAGTTGAATGGAGAACAAAAGACAGACTCTGA MRMRHKPWANDFLAENADIAISDPAQYKGRWNTVFGNDNPIHIEVGTGKGQFISGMAKQNPDINYIGIELFKSVIVTAVQKVKDSGAHNVRLLNIDAETLNDVFERGEIKRVYLNFSDPWPKNRHEKRRLTFKTFLKKYEEVMGETGEIHFKTDNRGLFEYSLKSFSEYGLFLTEVSLDLHNSDPKGNIMTEYEEKFSALGQPIYRAEVEWRTKDRL PGPT0020310_1 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_TYROSINE_DEGRADATION,PGPT0020310-tyrB-K00832 NA NA D1-12_02006 279 hypothetical protein ATGGGCTTAACAAGCGAACATCAGGTCCGGTTATTAAAGGACATACTGGCCGACCACCAATTGGATTGCTGCGGCACGGTTGCCGAGTATGAACAGCTGGAGCGCGTCATCAAATCACTGATGGCCAACACCGGGCTTGATTCAAATATAAAAAACGTGCTCGAGGATGTCTACCGCTACAGCCAGTCCGGCATCACGGCCGATTCCATCGACACGCATATTCAGGAGCACCAAAACCATTTGTCCCAATGGGTGGAGCAGATGGATTCGTACTCCTGA MGLTSEHQVRLLKDILADHQLDCCGTVAEYEQLERVIKSLMANTGLDSNIKNVLEDVYRYSQSGITADSIDTHIQEHQNHLSQWVEQMDSYS NA NA NA NA NA D1-12_02007 798 hypothetical protein ATGAACTGGTTGGGACAATTACTAGGTAGCGATTGGGAGATCTTCCCCGCCGGAGGAGCTACAGGAGATGCATATTATGCGAAACATAACGGCCAACAGCTTTTTTTAAAACGTAATAGCTCGCCCTTTTTAGCCGTGTTATCCGCCGAAGGCATTGTTCCGAAGCTGGTTTGGACGAAACGGATGGAAAACGGGGACGTCATTACGGCTCAGCATTGGATGGCGGGCAGGGAGCTGAAGGCAAAGGATATGAGCGGACGCCCGGTGGCTGAGCTGCTCCGCAAAATCCACACATCAAAAGCTTTGCTCGACATGCTGAAAAGATTGGGAAAAGAACCGCTTGATCCGGGCGCCCTTTTGTCGCAGCTGAAGCAGGCCGTCTTTGCCGTGCGGCAATTTTCGCCGCTTATTCAGGAAGGCCTTGCTTATTTGGAAGCTCATGTGGATCAGGTGCAATTCGGTGAAAAAGTCGTTTGCCATTGTGATGTGAATCATAATAACTGGCTTCTGTCTGAAGACAACCAGCTGTATTTAATAGATTGGGACGGCGCCATGATAGCCGATCCGGCCATGGATCTCGGCCCTTTATTGTATCATTACGTCGAAGAGCCAGCGTGGGACAGCTGGCTTGGGATGTACGGCATGAAGCTCACGGAAGGGCTTCGGCTGCGGATGGCGTGGTACATGTTATCGGAGACCATCACCTTCATCGCCTGGCACAAATCAAAAGGAAACGACAAAGCGTATCATGATGCCATGGAAGAGCTTCATGCCCTGATGAAGCGGATTGTCAAGTAG MNWLGQLLGSDWEIFPAGGATGDAYYAKHNGQQLFLKRNSSPFLAVLSAEGIVPKLVWTKRMENGDVITAQHWMAGRELKAKDMSGRPVAELLRKIHTSKALLDMLKRLGKEPLDPGALLSQLKQAVFAVRQFSPLIQEGLAYLEAHVDQVQFGEKVVCHCDVNHNNWLLSEDNQLYLIDWDGAMIADPAMDLGPLLYHYVEEPAWDSWLGMYGMKLTEGLRLRMAWYMLSETITFIAWHKSKGNDKAYHDAMEELHALMKRIVK NA NA NA NA NA D1-12_02008 930 ytlR COG1597 Putative lipid kinase YtlR ATGAGTCAATGGTTTTTTATTATTAATCCGGTCTCAGGAGGCGGGCGGGGCCGGCGTGTCTGGAAATCAGTTCAAAAAGAGCTGACCAGGCGCGGGGTCAGCCACCGCTCTTTTTTGACCGGGCATCCCGGACATGCGGAGGTGCTGGCGAGACAGATTTCAATGATGCAGGATCATAAGCTTAAGCGGCTGTTCGTCATCGGCGGTGACGGGACGATGCATGAAGTCATTAACGGACTGAAAGGAACGGATCAGATTGAGCTGACCTTTGTGCCTGCCGGTTCGTACAATGACTTTTCCAAAGGGCTCGGTATTAAGAAGTCGGCGCTCCTCCAAGAAATCAAAGGTCTGCACCGCCCGCTCACACGGAAATTTTTTGCGGGAAACATCAACTTTTTTCATGACAAAGCGCAATCACTTTATTTTATTAACCACCTGTCTGTCGGCTTCGATGCCTCAGTTTTGAAAGCAGCCGCGAATTTTCCGTTTTCGCGCGTTCTTCGGTTTTTGCGTCTCGGATTTGTGATTTACCCGCTCGCGCATTTACATACGGCCTCGGGGTTTCAGCCGTTCAGATTTGTTTGCACGGCAGACGGCCAGAGGCGTGAATTCCGCAATGTCTGGTTTGTCATTGCGGCTAATCACCCTTATTACGGAGGCGGCATGAAAGCGGCGCCTTCAGCAAATCCCCGTCAAAACCATTTTGATATTGTCATCGCAGAAAACCTGTCCTTTTTCTCGCTGTATCGTTTTTTATGGGCGATGAGCTTCGGCCGGCATATCAAAATGGACGGAGTGACGATGATAAAGGGGAAGGAATTCGTTTTTGAAACAGATGGGAAAATTCCGTTTCACTCTGACGGCGAGCTGATCGGAACGACGCCGTTTCGGCTTATGCCGGGCGGTACGCCGTTGAAAATAAAAACATAA MSQWFFIINPVSGGGRGRRVWKSVQKELTRRGVSHRSFLTGHPGHAEVLARQISMMQDHKLKRLFVIGGDGTMHEVINGLKGTDQIELTFVPAGSYNDFSKGLGIKKSALLQEIKGLHRPLTRKFFAGNINFFHDKAQSLYFINHLSVGFDASVLKAAANFPFSRVLRFLRLGFVIYPLAHLHTASGFQPFRFVCTADGQRREFRNVWFVIAANHPYYGGGMKAAPSANPRQNHFDIVIAENLSFFSLYRFLWAMSFGRHIKMDGVTMIKGKEFVFETDGKIPFHSDGELIGTTPFRLMPGGTPLKIKT NA NA NA NA NA D1-12_02009 933 hypothetical protein ATGGCACAGATCATCAAAATTCACGACTGCATATCCAGATATGAACTTGATCCATATCATTATATGAACCAGTTTATCCGGCTGAAGAAAGAACGCTGGGAGGCGCTTCTTGAAGCGTTTGACCGGATGACGGAAGAAAAAGAAACGGAAACGGCTGCAGGCGGGGAAACCGATCAAGCGCCGGCCAGGAAAAAATTTTCTTTAAAAAAGAGAAAAGAAGAAAATACGGCCGATATAAATGAAAAGAGGCACCAATGGTTTGATGAGCCGGAGGGAGAAGAGGCGCTGTTCGGGAATCTTCCGTCTCAAAAATCTGAGCTCGCGCCTTTTTTCAAAGATCAGCTGTATGACTTTCAATTAAAATGGGCGAGCTCCACGCTTTCTCAAAAGTCTGAGCTTTCGCAGGCGGTCAAAAGGGACAGGATGTTAAAAATGCTGGCTCAAAAGCTGCCCGATTCCTATTTTGTGATGTATCATCCGGTTCTCCAAATTCAGCAGGCGTCCGTCGAACTGAGCATGATCATCATCTCGCCGCTGGAGATTTTCTGCGCCGCTTTTATGGAAGCGGAAGAGGACAGCGTATATATCGGATCAAAACACCGTTTTTGGGAAGAAAGGGGCTCCGGCAGCACGCGTCAAGTATTGAATCCGTCTCTCAGCCTGCACCGGACGGGCTCGGTCGTTTCGCAAATCGTAAAAGAAAAGCAGGCCGACATTCCCGTGCGGAAGCTTTTGCTCAGCAGAACGTCTTATATTGATTATCCGGAGCCGCCGTACGGGCTGGAAATAGCTGATAAACGGACTGCCGCAGAGTGGGTGGAAAAGCAGCAGAAAAATACGGCGCCGATCAAGCACCACCAGCTGAAGGCGGCGAAGGCTCTTTTGTCTTACGGCTTGAGCGATTCAAGCCGGAGACAGGAATGGCTTGATTAA MAQIIKIHDCISRYELDPYHYMNQFIRLKKERWEALLEAFDRMTEEKETETAAGGETDQAPARKKFSLKKRKEENTADINEKRHQWFDEPEGEEALFGNLPSQKSELAPFFKDQLYDFQLKWASSTLSQKSELSQAVKRDRMLKMLAQKLPDSYFVMYHPVLQIQQASVELSMIIISPLEIFCAAFMEAEEDSVYIGSKHRFWEERGSGSTRQVLNPSLSLHRTGSVVSQIVKEKQADIPVRKLLLSRTSYIDYPEPPYGLEIADKRTAAEWVEKQQKNTAPIKHHQLKAAKALLSYGLSDSSRRQEWLD NA NA NA NA NA D1-12_02010 552 ytlP RNA 2',3'-cyclic phosphodiesterase ATGAAAGCTTCATTGCCGCATTATTTTATCGGCATTCCGATTCCGGCTGACATTGCTGAACCGATTTGGGAAGCAGCCAAAAAGGAGCCGGCGTTATCATTCAAAAAATGGGTGCACCCGCATGACTATCATATTACGCTCATTTTTCTAGGAGCCGCGGATGAAGACCGGCTTGCGAAATTATCGTCTCTTCTCGCAGATGCGGCGTCGGCAGCGCAGCCGTTTACCGTACAGTTTCAGCATCTGGATATTTTCGGCGACCGCAGACAGCCGAGAGTGCTTCACCTTGAGCCCGAACGGAATGAACTGCTCTTTGATTTGCGGGAAAAAACAAAACAGGCTGTTTTGAAAGCCGGTTTTCAAGTGGAAAAACGGCCGTATCACCCTCATATGACGATGGCGCGGAAGTGGGCGGGAGACCAGCCGTTTCCTGACGATGTGCCGTTTGAAAGCGGCAGGGTGCAAAGTGCCGTCAGCCGGTTTTCCCTGTTTCAGACCCATCTTGACCGGTCGCCTAAATACGAAGAAATCGCACAGTTTCAATTGACATAA MKASLPHYFIGIPIPADIAEPIWEAAKKEPALSFKKWVHPHDYHITLIFLGAADEDRLAKLSSLLADAASAAQPFTVQFQHLDIFGDRRQPRVLHLEPERNELLFDLREKTKQAVLKAGFQVEKRPYHPHMTMARKWAGDQPFPDDVPFESGRVQSAVSRFSLFQTHLDRSPKYEEIAQFQLT NA NA NA NA NA D1-12_02011 933 cysK_1 Cysteine synthase TTGAAAATCGTAAACACCACGGCGGAGCTGATCGGCGGCACACCGATCGTAAAGCTCAATCGCCTTCAGCCAGAACATGCAGCACAGGTCTATTTAAAATTAGAATCGTTTAACCCGAGCGGCAGTGTCAAAGACAGAGCGGCTTACAATATGATCATTGAAGCGGAAAACAGCGGGCATTTAAAACCCGGCTCTGTCATCATTGAACCGACAAGCGGCAACACGGGCATCGGCCTGGCGATGAACGCGGCGGCGCGCGGCTACAAGGCAATCCTCGTCATGCCTGACACGATGACGAAAGAACGCATCAACCTCCTGAAAGCATACGGCGCGGAGGTTGTGTTAACACCGGGGGCGGAAAGAATGCCCGGCAGCATCAAAAAAGCGAAAGAACTCGCCGAACAGATTCCGGGAAGTTTTATCCCGATGCAATTCGATAACGGCGCAAATCCAGATGCCCACCGAAAAACGACCGCCATTGAAATCTATCAGGCCGTTCAGCAGCTCAACAGACCGCTCGGTGCTTTTGTGGCAACGGCGGGAACGGGCGGAACCATTACCGGAACCGGAGAAACGCTGAAGGAGCTTTTCCCGGATATGATTGTTCATGTCGCCGAGCCGGCGGGTTCCCCCGTCCTGTCTGGCGGAAAACCCGGCGCTCATAAGCTTGTCGGGACAAGCCCCGGATTTATTCCCGGCATACTGAATCAGGACGTTTACGATGAAATCATGAAAATATCTGATGAAGATGCGTATACGACAACACGTCGTCTGGCCCGGGAAGAAGGTATACTCGTCGGCCCGTCTTCAGGCGCCGCCTGCTTCGCCGCCATTGAAACCGCAAAACGCCTCCCTTCCGAACAGATCGTCATCTGTATGACGGCTGATACGGGGGAACGTTATTTATCAACGGATTTATGGTCATTTGAATGA MKIVNTTAELIGGTPIVKLNRLQPEHAAQVYLKLESFNPSGSVKDRAAYNMIIEAENSGHLKPGSVIIEPTSGNTGIGLAMNAAARGYKAILVMPDTMTKERINLLKAYGAEVVLTPGAERMPGSIKKAKELAEQIPGSFIPMQFDNGANPDAHRKTTAIEIYQAVQQLNRPLGAFVATAGTGGTITGTGETLKELFPDMIVHVAEPAGSPVLSGGKPGAHKLVGTSPGFIPGILNQDVYDEIMKISDEDAYTTTRRLAREEGILVGPSSGAACFAAIETAKRLPSEQIVICMTADTGERYLSTDLWSFE PGPT0002810_5687 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 D1-12_02012 1392 Putative dipeptidase ATGAACTGGGAAGTTGAAGTCATCAGAAACAAAGAAGATCTGATCCGTGACACGCAGAAGTTTTTGCAGATCAACAGCGTAATGGACGAAACAACAGCCGGTCCCGGCCGGCCGTTTGGAGAAGGCGTCAATGCCAGCCTGACGTCACTGCTGGAATTCGGTGAAAAAGAAGGCTTCACCGTAAAGAATCTTGACGGCTATGCGGGCCATATTGAATGGGGAACGGGTGACGAAATCGTCGGCGTTCTGTGCCACGTCGATGTCGTTCCGCCCGGAGACGGCTGGACGAGCGATCCGTTTTCAGCCGATATCAGGGACGGCCGGATATATGCCAGAGGCGCCATTGATGATAAAGGGCCGACAATGGCGGCGTTTTATGCGCTGAAAATCGTCAAAGACATGCAGCTTCCTTTATCCAAACGCGTGAGAATCATCATCGGAACGGATGAAGAAAGTGATTGGAGATGCGTGGATCACTACTTCAAACACGAAAAAATGCCTGACATCGGCTTTGCTCCTGACGCGGATTTTCCGATCATTAACGCGGAAAAAGGAATTATAGATGCGTCACTGCGCATTGCAAAAAGCGCTTCTGATAAAGACGCAAAAAACGGGCTTCTGTCCTTCCGTTCAGGACTGCGCTTGAACATGGTGCCGGATGCGGCTGAAGCGGTTATTGAAGGGAACGGTCTTGATGCCGTGCACGCATATTTCAGCAAATGGCTTGAGCAGTCAAAAACACAAGGTGAAGCAGTTTCGGAAAATGGAAAACTGACGCTTCGGGTATACGGAAAATCATGCCATGCGATGGAACCGGATAATGGTGTCAATGCCGGCTTAAAGCTTGCTGAATGCCTTAACGGAACGGAGCTGGATGGAGCCGGAAAACACTTTGTCAAAACCGTCAGTGACTATTTTTTAAATGATACACGAGGCAAAAAGCTGAAAATTGATTGCAGGGATGACATCAGCGGAGAGCTTACATTGAATGTCGGCACCTTTACATACAGAAAGGGTGAGGAAGGAGAACTCGGCATCAACATCCGTTATCCCGTCACTTCAGACAGCAAAGTCATCCGTGATGCTTTTACGTCTGCTGAAGAATTCCGGCTTGAAGAATTTAAAGACAGCAAACCGCACCATGTTTCTGCCGATCATCCGCTCGTAAAGACGCTTCAAAAGGTTTACGAAGGACAGACGGGAAAGAAAGCGGATCTGATTTCAATCGGCGGAGGAACGTATGCGAGATCCCTTTCGGCGGGCGTCGCGTTCGGTCCGCTGTTCCCCGGCCGGCCTGACAGCGCGCATCAAAAGGATGAGTACATTGAAATCGATGACCTTCTTAGGTCAACCGCTTTATACGCCGAAGCCATTTATGAGCTTGCCAAGTGA MNWEVEVIRNKEDLIRDTQKFLQINSVMDETTAGPGRPFGEGVNASLTSLLEFGEKEGFTVKNLDGYAGHIEWGTGDEIVGVLCHVDVVPPGDGWTSDPFSADIRDGRIYARGAIDDKGPTMAAFYALKIVKDMQLPLSKRVRIIIGTDEESDWRCVDHYFKHEKMPDIGFAPDADFPIINAEKGIIDASLRIAKSASDKDAKNGLLSFRSGLRLNMVPDAAEAVIEGNGLDAVHAYFSKWLEQSKTQGEAVSENGKLTLRVYGKSCHAMEPDNGVNAGLKLAECLNGTELDGAGKHFVKTVSDYFLNDTRGKKLKIDCRDDISGELTLNVGTFTYRKGEEGELGINIRYPVTSDSKVIRDAFTSAEEFRLEEFKDSKPHHVSADHPLVKTLQKVYEGQTGKKADLISIGGGTYARSLSAGVAFGPLFPGRPDSAHQKDEYIEIDDLLRSTALYAEAIYELAK NA NA NA NA NA D1-12_02013 1305 pbuO COG2252 Guanine/hypoxanthine permease PbuO ATGTTTCATCTCGACAAGCATCAAACGACAATAAAAAGAGAAATTACCGCGGGAGTGACCACCTTTTTCACAATGGTATATATCATTGTCGTCAATCCGGTGATCCTTTCCAATGCGGGAATTCCGTTTGACCAGGTATTCACCGCGACGATTATCGCTTCCATTGTCGGAACTTTATGGATGGCTCTCGCTGCGAATTTTCCGATCGCCATTGCCCCCGGCATGGGCTTAAACGCGTATCTTGCCTTTCACGTTGTCGGCACAGGCAGCGGCATTACGTATCAGACGGCTTTCAGCGCCGTTTTTATCGCGGGAGTCATCTTTATTATTTTATCGTTAACGCCTTTAAGAAAACAACTTATAGAAGCGATTCCGGACAATTTAAAATACGGAATTACGACCGGCATCGGCTTATTTATCGCTTTTATCGGCTTACGCCAATCCGGAATCATCACGGCTGATAAATCTAATCTGGTCGCACTCGGCGATCTTCATTCGCCCGCCGTCATTTTAACGCTAATCGGACTTATCATCAGTATTGTACTGATGGTGCTGAATGTAAACGGGGCTCTGTTCATCGGAATGGCGCTGACCGCTATCATTGCCTTTTTGACCGGGCAGATCCATTTCGCGAAAGGATTCATGTCCTTCCCGCACCTGCCGGAGGGACTTTTGATCACAAATCCGTTCGGTGCCCTCGGGGATGTCGTGCACCACGGTCTGTACGCCGTTGTGTTTTCTTTTCTTCTCGTTACGATTTTTGACACGACCGGCACCATGATCGGTGTCGCCGAACAAGCGGGATTGATCAAAAACAATCAGCTGCCGAATGCTAGAAGAGCGCTGTTGGCTGATTCGACCGCTACGACGGTGGGAAGCATCTTCGGCACCAGCCCGACGACCGCGTTCGTTGAATCTTCAGCAGGTGTGGCGGCCGGCGGAAGAACGGGTCTGACGGCGCTGACGATTGCCGTTATGTTTGCCGTTTCCATGTTTTTCAGCCCGCTTGTCAGCGTCTTATCGGAAGTGTCCGCGATTACGTCACCGGCTCTGATTATTGTCGGCAGCCTGATGATGGGTGCGGTATCGAATATCCGCTGGAATGAGCTTGATGAAGCGTTCCCGGCCTTTCTCGTCATTTTGGCGATGCCTTTAACGTCCAGTATTTCAACCGGAATCGCACTCGGCTTCATTTCATATCCGCTTGTTAAAGCAGCTAAGAAAAAATGGCGCGAAATCCATCCTCTAGTCATCATCTTCGCCGTACTGTTTTTTATTCAGCTTTTTATTTTGAACGGACATTAA MFHLDKHQTTIKREITAGVTTFFTMVYIIVVNPVILSNAGIPFDQVFTATIIASIVGTLWMALAANFPIAIAPGMGLNAYLAFHVVGTGSGITYQTAFSAVFIAGVIFIILSLTPLRKQLIEAIPDNLKYGITTGIGLFIAFIGLRQSGIITADKSNLVALGDLHSPAVILTLIGLIISIVLMVLNVNGALFIGMALTAIIAFLTGQIHFAKGFMSFPHLPEGLLITNPFGALGDVVHHGLYAVVFSFLLVTIFDTTGTMIGVAEQAGLIKNNQLPNARRALLADSTATTVGSIFGTSPTTAFVESSAGVAAGGRTGLTALTIAVMFAVSMFFSPLVSVLSEVSAITSPALIIVGSLMMGAVSNIRWNELDEAFPAFLVILAMPLTSSISTGIALGFISYPLVKAAKKKWREIHPLVIIFAVLFFIQLFILNGH PGPT0007325_4437 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 D1-12_02014 1161 hypothetical protein ATGACCGGGCGGGCTTTGTTTTTTCAAAGGCTGTTTCATTATTGGCGGTATCAATGGAAGGTGTTCCAGACGGTCATTGATTGGACGGTCGCGCTGTATATCGTTCTTCCGGCTGCCGCATTTGCCGTTTATCAATATGCTGATTGGCTGAACGGCAGGGGGCTTCTTAATGGAGCGGCAGGAGTATTAGGATGGGGCTGGCTGTATGTATTCAGTGCCCTGCTATTGTGCACGGGTTTTATTCATACCTTTTTGCTGGAAGCGGATCACGTATTTTTGGTGCATGCAAAACATCTGATGCAAAAGCTGAAACGGTACGCGCTTTTGTATTCGATGTTCCTTTCCCTTATCAAATGGGGTGCGCTTGCCGTATTGTTATTTCCCTTATGGCGCCAATACGGTGACTGTACCTTACCGGCATATTCAGGTATGTTTTGCTGTCTGTTCGGCTTTCATACCGCAATATTAGCCGTACATCGGCACAGAAAAAACAGCAGGCGGACATTCGGGAATCAGGCGGCGGGCTGGCTGAAAGTGATGGTTCTGATGACGGGTGCGTTTTTTATGATCGTCTTTGCCGCCGAATGGTATTGGCTTTGGCCGGCGGGCTGTATATTGTTCATCTGTTCCGCTCTTTTGACTTGGAAAGGGACGGAGACATTATCAGCCTTTGAGGAAGAAGTGCTTGAGGAGAACAGGCGCAAGCTTTCATTCGCGGCCTCTGTTTTGATGCTCAGCCATGATGTGCAGCTCCCGAATGGTAAAAATAAAGGGCGGAGCAAGCCGTTTTTATATCCCGGCTCAAAGCACATCTTTACAAAACGGTCGGCGTATACGGCGTGGAAAGAATTGTTCTTTAAAGTGCTGATCCGAAACGGCGGGTATCTCCGGCAGCTTTACCTTTTAACCGCGGCTTTTACGGCTCTTATTCTCGTTCTTCCGCTCTTAGTGAAGCCGGCAGTCCTTATTTTATTTGCGATCGTCAGCCGCTATGCCGCGTCGCTTTTATTTGACCGGATCACGGATAAACCGGTTTTAAGCGGTATCAAGAGAGACAGTGATGATTATTTCCGGGCGCGAAACAGCGCATTAACCGTCATTCAAATCATCTGTTCCGCCTGGTGTCTCATTGCCGCGATTCTTTCCGTTCTTTATATGTGA MTGRALFFQRLFHYWRYQWKVFQTVIDWTVALYIVLPAAAFAVYQYADWLNGRGLLNGAAGVLGWGWLYVFSALLLCTGFIHTFLLEADHVFLVHAKHLMQKLKRYALLYSMFLSLIKWGALAVLLFPLWRQYGDCTLPAYSGMFCCLFGFHTAILAVHRHRKNSRRTFGNQAAGWLKVMVLMTGAFFMIVFAAEWYWLWPAGCILFICSALLTWKGTETLSAFEEEVLEENRRKLSFAASVLMLSHDVQLPNGKNKGRSKPFLYPGSKHIFTKRSAYTAWKELFFKVLIRNGGYLRQLYLLTAAFTALILVLPLLVKPAVLILFAIVSRYAASLLFDRITDKPVLSGIKRDSDDYFRARNSALTVIQIICSAWCLIAAILSVLYM PGPT0006730_5177 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992 NA NA D1-12_02015 705 ecsA_2 COG1131 ABC-type transporter ATP-binding protein EcsA TTGGGAGAATTATTGAATGCAAACATTGTCTGCGCCGGTTATGCTGACAGGCCGAAGGTGATTTCTGATGTATCTCTGTCAGTCAACGCTGGTGAAATTGCCGGTTTAATCGGAGCGAACGGCGCGGGGAAAAGTACAGTGATAAAGGCGGTTCTCGGGCTGTCCCGGGATATAGAAGGCGATATTGAGTGGAATGATTCATCTTATGCTTACATACCGGAGCGTCCGAGTTTTTACGATGAACTGACGCTTTGGGAGCACCTCGAGCTGACCGGGTCATTGCGGGGTATAGAAGGGGAAGAATGCCGTGAGCGGGCAGGGCGGCTGCTTGAAGAGTTTTCGCTGACGTCTGTAAAACATGATTTGCCTTCCGGCTTTTCAAAAGGGATGCAGCAAAAATTGATGCTCATACAGGCATTTTTGGCGAAGCCGGATATTTACATCATTGATGAGCCTTTTATCGGACTTGATCCGATCTCAACAAAGCTGTTTACCGACATGCTGATTGCTGAGAAAGAAAGGGGCGCGGGGATTTTAATGTGCACTCATGTTCTGGATACGGCGGAAAAAATCTGCGACCGGTTTTATTTGCTGGATCAGGGCGCTCTGCTTCTTCAAGGCACGTTAGAGGAGCTTCAGGAAAAAACGGGGAGCCGTTCACTGCTGGATTGCTTTTATTCAGCGGTTCGGAGCAGTCAGCGATGA MGELLNANIVCAGYADRPKVISDVSLSVNAGEIAGLIGANGAGKSTVIKAVLGLSRDIEGDIEWNDSSYAYIPERPSFYDELTLWEHLELTGSLRGIEGEECRERAGRLLEEFSLTSVKHDLPSGFSKGMQQKLMLIQAFLAKPDIYIIDEPFIGLDPISTKLFTDMLIAEKERGAGILMCTHVLDTAEKICDRFYLLDQGALLLQGTLEELQEKTGSRSLLDCFYSAVRSSQR PGPT0006725_26730 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990 NA NA D1-12_02016 222 ytzE COG1349 putative HTH-type transcriptional regulator YtzE TTGAAACCTTCAACAAATCGTATGCTGACTCGGATTAAATCAGTTTACATGTTCATCCAGGAAAAAGGCCTTGTGACAACACAGGAACTGGTTGATGAATTCGGCATTACACCTAGAACCATTCAGCGAGACTTAAATGTGTTAGCATACAATGATCTTGTTCATAGTCCTAGCCGAGGCAAGTGGGAGACAACACGAAAAAAAGTGAAAATTACATCTTAA MKPSTNRMLTRIKSVYMFIQEKGLVTTQELVDEFGITPRTIQRDLNVLAYNDLVHSPSRGKWETTRKKVKITS NA NA NA NA NA D1-12_02017 720 rsuA COG1187 Ribosomal small subunit pseudouridine synthase A ATGAGACTTGATAAGCTGCTTGCCAACAGCGGATTCGGCTCAAGAAAAGATGTGAAAAAAATCGTCAAGGCTGGGGCTGTCATGATTGACGGAGAGCCGGCGAAAGATGTGAAAACCCATGTCGATCCGGAAAAACAGGACATCACGGTATACGGAGAGCCGGCAGATTATCGTGAATTTATTTATGTCATGATGAATAAGCCGCAAGGAGTGCTGTCCGCTACCGAAGACAGCCGCCAGCAAACGGTGGTTGATCTGCTGACGCCTGAAGAACAGCGATTTGAACCGTTTCCGGCGGGACGTCTTGATAAGGATACGGAAGGCTTTTTGCTTCTGACCAATGACGGGCAGCTCGCTCATCGCCTGCTTTCTCCGAAAAAGCATGTGCCTAAAACATATGAGGTCCGGTTAACTTCACCCCTGTCACCGGAAGACATCATTCATCTGGAAAGAGGCGTCGTCATTGAAGGAGGATATAAGACGAAGCCGGCAGCCGTTGAAATCATTACAGAAAGCCCGGATGAAACGGTGATTCACTTGACCATTACAGAAGGCAAATATCATCAGGTGAAGCTGATGGCAAAGGCTGTCGGAAATGAAGTGGCTTATTTGAAGCGGCTTTCGATGGGGGCTGTTTCTCTTGACCCGGATCTAAAACCGGGAGAATTCCGCGAGCTGACTGAAGAGGAGCTCGAAACGCTGAGAGGCGCTGAAGTGTAA MRLDKLLANSGFGSRKDVKKIVKAGAVMIDGEPAKDVKTHVDPEKQDITVYGEPADYREFIYVMMNKPQGVLSATEDSRQQTVVDLLTPEEQRFEPFPAGRLDKDTEGFLLLTNDGQLAHRLLSPKKHVPKTYEVRLTSPLSPEDIIHLERGVVIEGGYKTKPAAVEIITESPDETVIHLTITEGKYHQVKLMAKAVGNEVAYLKRLSMGAVSLDPDLKPGEFRELTEEELETLRGAEV NA NA NA NA NA D1-12_02018 1638 murJ_1 COG2244 Lipid II flippase MurJ ATGTCAAGCAAATTGTTAAGGGGCACGTTCGTGCTGACGCTCGGCACCTATATATCGCGGATTTTAGGGATGATTTATCTGATCCCGTTCGGAGCGATGGTCGGAGCGACGGGCGGAGCTTTGTTTCAATACGGATATAATCAATATACACTGTTTTTAAACATTGCCACGATGGGATTTCCCGCCGCGGTTTCAAAATTTGTCTCGAAATATAACTCCAAAGGAGACTATGAGACGAGCAGGCGGATGCTGAGAGCGGGAATGTCGGTTATGCTCGTAACCGGGATGATCGCTTTTTCAATTCTTTATATTTCGGCGCCGTTTTTTGCGGAAACATCTCTCGGCGGCACGAGTAACAACGGACTTACGATTGACCACGTCGTTTATGTCATCCGGATGGTCAGTCTGGCACTTTTGGTCGTGCCGATTATGAGTCTTGTGCGCGGTTTTTTCCAAGGTCACCAGATGATGGGGCCGACAGCCGTTTCACAGGTTGTGGAGCAGCTTGCCCGGATCATCTTTTTATTGGGCGCAACGTATTTGATTTTAAGAGTGATCAACGGCGGCCTTGTTATCGCAGTCGGATACGCGACTTTCGCGGCGCTGATCGGTTCATTCGGAGGGCTTGTCGTCCTTTATATTTACTGGAATAAGCGGAAGGGCGATCTCCTGGCGATGAAGCCGAATCTCGTCCCGTCTGCGAACTTAAGTTATAAAAAAATGTTCATTGAGCTTTTCAGTTATGCCGCTCCTTACGTATTTGTCGGACTGGCGATTCCTTTGTATTCATATATCGATACGAATACGTTTAATAAAGCGATGATTGCGGCGGGCCATAAGGATATCAGCCAGGACATGCTTGCGATTGTCACCCTTTATGTGCCGAAGCTTGTTATGATCCCGGTTTCTCTGGCGACCGCTTTCGGTCTGACGCTGATTCCGACGATTACTGAATCGTTTACGAGCAGGAATTATAAGCTTTTGAACCAGCAGATTAACCAGACGATGCAAATCATTCTGTTTTTGGTTATTCCCGCCGTTGTCGGGATGTCCGTGTTATCGGGTCCGGCCTATACGTTTTTCTACGGCTCTGAAAGTCTTCGCCCGGATATCGGACAGGATATATTGTTCTGGTACGCGCCTGTCGCGATTCTGTTTTCTCTGTTTACCGTAAACGCCGCGATCCTGCAAGGGATTAATAAACAGAAATTTGCTGTCGTGAGCCTTTTCATCGGCGTCATTATAAAAGTGGTGCTGAACGTGCCGCTGATCAAGCTGTTTCAGGGAGACGGGGCCATCCTGGCAACGGCGCTCGGTTATATCGCTTCTCTTCTGTACGGTTTTATCATGATTAAGCGCCATGCGGGCTATTCGTATACGGTACTTATAAAACGGGTCATTTTAATCGCAGTCCTGTCCGTCCTGATGGGAGTCGCGGTCAAGCTGACTCAATGGCTGCTCAGCTTCTTTGTAACATACCAAAGCGGCCAGGTGTATGCGGCGATTGTCGTCTTTGTCTGCGCCGCTGTCGGCGGTGCGGTGTACATGTTTGCCGCGTACCGAATCGGATTTTTACAGAAAATGTTTGGAAACCGTCTGCCCCGCGTTTTGAGAAGAGGCAGGCATTCCGCCCATTAA MSSKLLRGTFVLTLGTYISRILGMIYLIPFGAMVGATGGALFQYGYNQYTLFLNIATMGFPAAVSKFVSKYNSKGDYETSRRMLRAGMSVMLVTGMIAFSILYISAPFFAETSLGGTSNNGLTIDHVVYVIRMVSLALLVVPIMSLVRGFFQGHQMMGPTAVSQVVEQLARIIFLLGATYLILRVINGGLVIAVGYATFAALIGSFGGLVVLYIYWNKRKGDLLAMKPNLVPSANLSYKKMFIELFSYAAPYVFVGLAIPLYSYIDTNTFNKAMIAAGHKDISQDMLAIVTLYVPKLVMIPVSLATAFGLTLIPTITESFTSRNYKLLNQQINQTMQIILFLVIPAVVGMSVLSGPAYTFFYGSESLRPDIGQDILFWYAPVAILFSLFTVNAAILQGINKQKFAVVSLFIGVIIKVVLNVPLIKLFQGDGAILATALGYIASLLYGFIMIKRHAGYSYTVLIKRVILIAVLSVLMGVAVKLTQWLLSFFVTYQSGQVYAAIVVFVCAAVGGAVYMFAAYRIGFLQKMFGNRLPRVLRRGRHSAH PGPT0017190_7 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_OTHER_SUGAR_TRANSPORT_RELATED_PROTEINS,PGPT0017190-TC_PST-K03328 NA NA D1-12_02019 1266 COG2081 putative protein ATGAAACATTATGACGTGATTGTGATCGGCGGCGGTCCGTCCGGTTTAATGGCTGCGATTGCCGCAGGCGAAGAAGGGGCGGACGTATTATTAATCGATAAAGGAAACAAGCTGGGACGGAAGCTGGCGATTTCCGGCGGCGGGCGCTGCAACGTGACCAACCGCCTCCCCGTTGAAGAAATCATCAAACACATCCCCGGCAACGGCCGCTTTTTATACAGCGCGTTTTCCGAATTTAATAATGAAGATATCATCGCCTTTTTTGAAAAACTCGGCATTCAGCTGAAAGAAGAAGACCACGGGCGCATGTTCCCGGTGACGGACAAAGCGCAAAGCGTTGTCGATGCGCTTTTGAACCGATTAAAACAACTGAATGTCATCATCCGCACAAATGAAAAAATCAAAGAAGTGCGGTACGAGAACGGCAGGACAGCAGGCATTACGACAAACAATGACGAACACATTAACGCAGACGCCGTCATTATCGCGGTCGGCGGAAAATCAGTCCCGCATACCGGCAGCACCGGAGACGGCTATGCATGGGCGGAAGCGGCCGGTCATACCGTGACCGAACTCTTTCCGACGGAAGTGCCGGTTACGTCGTCAGAACCGTTTATTAAACAAAAAACACTTCAGGGGCTGTCTCTTAGAAACGCGGCCGTCAGCGTCCTGAATAAAAAAGGCAAACCAATCGTCACACACGTGATGGACATGCTGTTTACCCATTTCGGCTTGTCAGGCCCCGCCATTCTCCGCTGCAGCCAGTTTGTCGTCAAAGAACTGAAAAAGCAGCCAGAGGTCAAACTCCGCATCGATCTGTTTCCCGGCATCAACGAGGAAGAGTTATTTCAAAAGATGCACAAGGAACTGAAAGACGCACCGAAAAAAGCGCTCAAAAACGCGCTGAAGCCGTGGATGCAGGAACGGTACCTGCTTTTTCTTCTGGAACGGAACGGTCTTGATCCTCAGACAAGCTTTACGGAACTGCCGAAGGATCAATTCAGGGCTTTTGTCAAAGACTGCAAACAATTTACGGTTGCCGCTGACGGAACGCTTTCTTTGGACAAAGCGTTTGTCACAGGCGGAGGTGTTTCCGTAAAAGAGATTGAGCCGAAACAAATGGCGTCTAAAAAAATGGAAGGCTTATATTTTTGCGGAGAAATACTCGACATTCACGGCTATACCGGGGGCTACAATATCACTTCAGCCTTTGTCACGGGTCGTCTCGCCGGTTTGAATGCAGGACGTTTCTCACGCTCGCTCTAA MKHYDVIVIGGGPSGLMAAIAAGEEGADVLLIDKGNKLGRKLAISGGGRCNVTNRLPVEEIIKHIPGNGRFLYSAFSEFNNEDIIAFFEKLGIQLKEEDHGRMFPVTDKAQSVVDALLNRLKQLNVIIRTNEKIKEVRYENGRTAGITTNNDEHINADAVIIAVGGKSVPHTGSTGDGYAWAEAAGHTVTELFPTEVPVTSSEPFIKQKTLQGLSLRNAAVSVLNKKGKPIVTHVMDMLFTHFGLSGPAILRCSQFVVKELKKQPEVKLRIDLFPGINEEELFQKMHKELKDAPKKALKNALKPWMQERYLLFLLERNGLDPQTSFTELPKDQFRAFVKDCKQFTVAADGTLSLDKAFVTGGGVSVKEIEPKQMASKKMEGLYFCGEILDIHGYTGGYNITSAFVTGRLAGLNAGRFSRSL NA NA NA NA NA D1-12_02020 1536 opuD COG1292 Glycine betaine transporter OpuD TTGAAGAAGAACATCTCCAGTGTTTTTTGGATTGTGATTGTCATCACAGCAGCTGCGGTTTTATGGGGGGCCATTTCTCCTGACAGCCTGCAGCAAGTCACTGATACGGCACAAAAATTTATTACGGATTCTTTCGGCTGGTATTATCTGCTGGTCGTTTCTATATTTGTCGGTTTCTGTCTCTTTCTCATTGTGAGTCCGATCGGCACAATAAAACTCGGAAAACCCGGGGAAAAACCGGAATTCGGCTTATTATCATGGTTTGCCATGCTTTTCAGCGCAGGCATGGGAATCGGTTTGGTATTTTACGGGGCTGCGGAACCGATCAGCCATTACGCCATCAGCTCTCCCTCAGGTGAAACAGAAACGCCCCAAGCATTTCGTGATGCGCTCCGGTACACATTTTTCCACTGGGGGCTGCACGCTTGGGCCATCTATGCGGTCGTCGCTTTATGTATCGCATATTTTCAATTCAGAAAAGACGCGCCCGGTTTGATCAGCAGCACACTGACACCGCTTTTGGGCGATAAAGTAAACGGGCCGATCGGCAAAGCAATTGACTGTATCGCGGTGTTTGCGACCGTTGTCGGTGTGGCGACAAGCTTAGGGCTCGGAGCGACTCAGATCAACGGCGGTCTGCATTATTTATTCGGCATTCCAAAAACATTTTCCATTCAGCTGATCCTGATCGCTGTCGTGACCGTGTTATTTTTGATTTCTGCGTGGAGCGGAATCGGCAAAGGGATTAAATACTTAAGCAATACCAACATGGCGCTCGCGGGTATTTTAATGATCTTTATGCTCATTGCAGGCCCGACGGTGCTGATTATGAACTCATTTACCGATTCTATCGGCCAATACATCCAAAATATCGTGCAGATGAGCTTTCGCTTGTCTCCGAATGATCCCCAAAAACGCGAATGGATTAACAGCTGGACCATTTTCTATTGGGCCTGGTGGATATCCTGGTCGCCGTTTGTCGGCATTTTTATCGCCCGTGTATCAAGGGGCCGGACGATCCGGGAATTTTTAATCGGGGTGTTGGTGACACCTTGTATATTGGCTTTCTTATGGTTTGCGATCTTCGGTGTATCCGCGATGGATCTTCAGCAGAAAGGCGTATTCAATGTCGCGGGAATGTCAACGGATACGATGCTGTTCGGCGCACTCAGCCACTATCCGCTGACAATGGTGACATCCGTATTAACGCTTGTTCTGATCGCTGTATTCTTTATTACATCAGCGGATTCAGCGACATTTGTGCTTGGAATGCAAACGTCTTACGGCTCATTAGACCCTTCAAACCGGGTGAAAATCATCTGGGGCATCATCCAGTCCGCCGTGGCAGCGGTATTATTATATTCCGGCGGTCTGGCCGCACTGCAAAACACGGCCATTCTCGCCGCGGTTCCGTTTTCAGTCGTGATCCTTCTGATGATCGTGTCTCTGTACAAGTCATTAGCGAGCGAGAGAAAAGGAATCAAACAAGCGGAGAAATACCAAAAACCGAGAAGTCCCCGCGTCAAAAAAGCATAA MKKNISSVFWIVIVITAAAVLWGAISPDSLQQVTDTAQKFITDSFGWYYLLVVSIFVGFCLFLIVSPIGTIKLGKPGEKPEFGLLSWFAMLFSAGMGIGLVFYGAAEPISHYAISSPSGETETPQAFRDALRYTFFHWGLHAWAIYAVVALCIAYFQFRKDAPGLISSTLTPLLGDKVNGPIGKAIDCIAVFATVVGVATSLGLGATQINGGLHYLFGIPKTFSIQLILIAVVTVLFLISAWSGIGKGIKYLSNTNMALAGILMIFMLIAGPTVLIMNSFTDSIGQYIQNIVQMSFRLSPNDPQKREWINSWTIFYWAWWISWSPFVGIFIARVSRGRTIREFLIGVLVTPCILAFLWFAIFGVSAMDLQQKGVFNVAGMSTDTMLFGALSHYPLTMVTSVLTLVLIAVFFITSADSATFVLGMQTSYGSLDPSNRVKIIWGIIQSAVAAVLLYSGGLAALQNTAILAAVPFSVVILLMIVSLYKSLASERKGIKQAEKYQKPRSPRVKKA PGPT0013600_903 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013600-opuD|ytfQ-K05020 NA NA D1-12_02021 183 Sporulation protein cse60 GTGCTGAAGATAGCTGTTTTTGATGAGGAGCATGAAAAGGATCTGCAGACTGAAGTCAATACATTTTTAAAGGGGATTTCTGATGAACAGCTCGTTGATATTAAATATACGGTAGCGGCGGCCTGTGATCCTGAAGGTGAGCAGCTTTATTGTTTTTCCGCTCTCATTTTATACCGAAAATAA MLKIAVFDEEHEKDLQTEVNTFLKGISDEQLVDIKYTVAAACDPEGEQLYCFSALILYRK NA NA NA NA NA D1-12_02022 1026 melR_1 COG1609 HTH-type transcriptional repressor MelR ATGGTCCGTCTCAAAGATATTGCCTTACAGGCATCTGTATCCAGCGCGACAGTATCGAGAATTTTAAATAAGGATGACTCTTTGGCCGTGACTGATGAAACAAGAGAAAAAGTTCTGAGGATCGCCGATGAGCTGGGCTATCAGCCGTCGGCAAAAAAACGGAAGAACCGCAGCCGCAGCGATTCAGCGCCCCTGATCGGCGTTATCAGCTGTCTGTCACCCGAAGAAGAACGGCAGGATCCTTATTTTTCGGCGATCCGAAAAGGCATTGAAGAAGAATGCTTTCGGCAAAAAGTTTTTATCACATCTTCTATCCATCTCGGTTCTTTTCAAGAGCATATGTTTCACGAACTGGACGGCGTCATCGTCATCGGCAGCCTGCAAGACGAGGCGCTTACGAATATCAGCGCTGCTTTCAGGCACGCGGTATTTGTTAACGGCACACCCGATCCTGCCCGCTACGATACCGTCAGCGTGGATTTTTATGCCGCAGCGCAGAAGGCGATAGAACATCTTCTGTCGCTCGGTTATCAGCGGCTAGGTTATATCGGCGGCCGGGAGCGGGAGCATACCGTCATAGACGGCGTAAACAGCAATAAAACGATTGAGGATAAGCGTCTGACCGCTTTCTTACAAATGGCCGGCGCCGAGCCGGAGCATGTACTGATCGGTGAATACAGCATGCACGAAGGGTTCCGGCTGATGAATGAAGCCATCAAAGGCGGAAGTCTCCCTGATGCCTTTTTTATCGCAAGTGATTCGATGGCTGTCGGCGCTTTAAAAGCCTTGCAGGAAGCCGGCCTTCAAGTCCCGCGCGATACGGCGGTTGTCAGCTTCAACGGAATTGATGAGGCAGAATACGCCAGCACGCCGTTATCAACGGTAAAAGTATACACGGAAGAGATGGGCCGGACGGGTGTCAAATTGCTTCTCGACCGTTTAAACGGCAGAACCGTCCCGCTGGCCGTGACGCTCCCCACTTCATTGATTGTCAGACAAAGCTGCGGCTCACAAGAAAGGAGGTGA MVRLKDIALQASVSSATVSRILNKDDSLAVTDETREKVLRIADELGYQPSAKKRKNRSRSDSAPLIGVISCLSPEEERQDPYFSAIRKGIEEECFRQKVFITSSIHLGSFQEHMFHELDGVIVIGSLQDEALTNISAAFRHAVFVNGTPDPARYDTVSVDFYAAAQKAIEHLLSLGYQRLGYIGGREREHTVIDGVNSNKTIEDKRLTAFLQMAGAEPEHVLIGEYSMHEGFRLMNEAIKGGSLPDAFFIASDSMAVGALKALQEAGLQVPRDTAVVSFNGIDEAEYASTPLSTVKVYTEEMGRTGVKLLLDRLNGRTVPLAVTLPTSLIVRQSCGSQERR PGPT0017992_7753 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 D1-12_02023 1278 melE COG1653 Melibiose/raffinose/stachyose-binding protein MelE ATGAAACGCTTACTGGCTTTGTTTCTTTCTTTTACTTGCATGATCCTTCCCGGCTGCTCGGCAGAACAGAGCGGCGCCGGAGAAAAGCAGAAAACATTGACAGTCTATTCCACAATATCCTCAGACAGCGAACGCGCCGTATTCAGAAAGTTGGCTGATTCATTCCAAAAAGAACATCCGGACATTCAAGTAAACGTTCATTTCCCAGGCAATGACTACGAAAATATGATGAGGGTCAGAATGGCGGCCGGTGACATGCCCGATCTTTTCGACACACACGGCTGGGCCAAAATCCGCTACGGAGAATATACCGCTGACCTCAGCGGCATGTCTTGGACGAAGCGGCTCGATCCGAATTTAAACAGCATGCTCAAAGACGCCAAAGGCAGAATATACGCCTTCCCTCTGAATCAGGCAAAGGACGGACTGGCCTACAACCGCACGTTGTTGGAAAAATACGGAATCAAACCGCCGGAAACAATGGATGATTTTATGAAGGCACTGAGACAGATTAAAGAAAAAAGCGGCGGAACAGTCACCCCCTTCTGGTTTGCCGGCTATGAGAAAAGCTCATTTGCCCAATATTACGATCAATTCGCCGCACCGCTTCTCATCACAGATCCCGCACACCGTTACAAAAAACAGCTGTTAAACGGAACCTTCCGCTGGACACACTTCACCTATTTATCTGACAAACTGAAAGAGATGCAAAAGGAAAACCTGCTCAATATAGATGCCGTGACGGCAAAACGGTCCCAGCTCATTGAACTGATGGCGCAAAACAAAATCGCCTTTACGCTGCAGGGCGGCACCCTCGGCCAAGACGTCGCTCAAATCAATCCGAAGGTAAAAGTCGGCATCATACCGACCCCGGCCGTCCACAAGGGAGACGCGCCGGTTTGGATCGGAGGCGAACGTTACACGCTGGCGGCATTCAAGGATTCCCCGCGGCTTGAAGAAGCGAAACAGTTTATCGCATTTATGGCCCGACCCGAGCATGCAAAATCAATTGCCGAAGCGACCTCGCTTCCGGCCGGATTAGTGAATGTGCAAACGGACATTTTCTACGCAAATGACTATAAGCGCTATCAGCATATTAAGGTGCAGCCTTATTTTGACCGCCTTTATTTGCCGAACGGAATGTGGGATGTGATGGGAACAGCCGGGCAGGAGCTGATGGCCGATATCTTAACCCCCGCTGAAATTTCAGCGAAACTCGGCAGGGAATATAAGCGGCTCCGGCTTCAATCTGATTCACGGGGAGCTGAAAAAGAATGA MKRLLALFLSFTCMILPGCSAEQSGAGEKQKTLTVYSTISSDSERAVFRKLADSFQKEHPDIQVNVHFPGNDYENMMRVRMAAGDMPDLFDTHGWAKIRYGEYTADLSGMSWTKRLDPNLNSMLKDAKGRIYAFPLNQAKDGLAYNRTLLEKYGIKPPETMDDFMKALRQIKEKSGGTVTPFWFAGYEKSSFAQYYDQFAAPLLITDPAHRYKKQLLNGTFRWTHFTYLSDKLKEMQKENLLNIDAVTAKRSQLIELMAQNKIAFTLQGGTLGQDVAQINPKVKVGIIPTPAVHKGDAPVWIGGERYTLAAFKDSPRLEEAKQFIAFMARPEHAKSIAEATSLPAGLVNVQTDIFYANDYKRYQHIKVQPYFDRLYLPNGMWDVMGTAGQELMADILTPAEISAKLGREYKRLRLQSDSRGAEKE PGPT0016330_2149 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_REAFFINOSE|STACHYOSE|MELIBIOSE_TRANSPORT,PGPT0016330-msmE-K10117 NA NA D1-12_02024 915 melD COG1175 Melibiose/raffinose/stachyose import permease protein MelD ATGAGTGATCTTGCAAGAGAAACTCAAGGATTTCAACATCAAAAGCCGGTAAAACCCGCGTCACTGTGGTGGATGTACGTTCCCGCTCTTGCCACGGTTTTTATTTTCATGATTTTTCCGTTTGTCAAAGGCGCTTTTATCACATTTACAAACTGGAACGGCTTCTCACAGACGTATCAATGGGTGGGGGTCACTCAATATAAAAGGCTTTTTACAGATCCGGACACGTGGCTTGTTGTGAAAAACACTTTGCTTTACGGCATCGGAAGCACTTTTTTTCAGAATATGCTCGGACTTTTATATGCGCTGCTTTTGAATCAGAGCTTAAAAATGAAGGCGCTCACAAGAACGATCGTCTACCTGCCCGTCATTATCAGTCCGCTGATAATGGGATACATTTGGTATTTTATTTTCTCATATGACGGGGGTGCGCTGAATGATGTGCTTGGCGCACTGGGAATCGGTCCTGTCAACGCCTTGGCAAGCCCTGCGGCAAACCCGTGGATTATCGTCATGATTAACACGTATCAATACGCAGGCATTGCGATGATTGTATATTTGGCGGGGCTGCAAAGCATTCCGAAAGATTATTACGAAGCCGCAAAAATGGATGGCGCTGGAGGTCTTCAGCCGTTTTTCACCATCACCCTGCCTTTATTGATGCCGGCTGTCACCATCAACATGGTCATCAATATCATCGGAGGGCTGAAGCTGTTTGATGTCATTTTCGCGCTGACCGCAGGCGGGCCGGGCAATTCCTCTCAATCGATGTCGACGTTTATGTATGATTTATATTTTAAACGGCAGGATGCGGGATATGCCGCCGCCCAAGGAGTATTTATGTCCGTCATTATTCTTGTCATCAGCTTTTCGGCTCTCGTGTATTTCAAGCGAAAGGAGACGGAAATGTCATGA MSDLARETQGFQHQKPVKPASLWWMYVPALATVFIFMIFPFVKGAFITFTNWNGFSQTYQWVGVTQYKRLFTDPDTWLVVKNTLLYGIGSTFFQNMLGLLYALLLNQSLKMKALTRTIVYLPVIISPLIMGYIWYFIFSYDGGALNDVLGALGIGPVNALASPAANPWIIVMINTYQYAGIAMIVYLAGLQSIPKDYYEAAKMDGAGGLQPFFTITLPLLMPAVTINMVINIIGGLKLFDVIFALTAGGPGNSSQSMSTFMYDLYFKRQDAGYAAAQGVFMSVIILVISFSALVYFKRKETEMS PGPT0016335_1057 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_REAFFINOSE|STACHYOSE|MELIBIOSE_TRANSPORT,PGPT0016335-msmF-K10118 NA NA D1-12_02025 822 melC COG0395 Melibiose/raffinose/stachyose import permease protein MelC ATGAAAACAGCCCGAATGCGGATTTTTACGCTGTTGGCAGCCGTTATCTCGTGCGTTCATATTGTCCCCTTTTATATTTTGCTGACCACGTCATTAAAAGCAAAAGGAGACTACAGTTCAAAATGGTCGCTGCCATCCGTCTTTTCATTTCAGAATTTTCGTGAAGCATGGGAACGTGCCTCTCTCGGGCAATCCTTTCTGAACACGATCATCATTACAGCCGTTTCCGCCGCTTTGTTAATTTTCATGGGTTCGCTTGCCGCATACCCGCTCGCAAGAAGAAATACAAAGCTGAACAAAATCATCTTCGGCCTTTTGATTTCAATCATGATCATCCCGCCTTTGACTTCCATGGTTCCTTTATACAAGATGGTCGCTGATGCGGGGCTGATCAATACGCATGCCGCAGCCATTCTCATTAATACGGCTGCATATATGCCGCTGACCGTTTTCTTATATTCAGGGTTTATCCGCTCTTCCATTCCGAAAGAGCTTGAGGAAGCCGCCAGGATGGACGGCGCGGGATTGATCAGGACTTTTTATACAATCGTGTTTCCTTTGTTGAAACCGATTACCGCAACGGTCTGCATTATTTCCTGCGTGTTTATCTGGAACGATTACCAATTTGCGATTTTCTTTTTACAAGATCAACAGGTGCAGACATTGACCGTGGCCATGGCGGGATTTTTCGGCGAAAACGCGAACAATCTTCACTTAGTCGCCGCAGCCGCGATTATGGCGATGCTGCCGATGGTCGTATTGTTTTTGGCGCTTCAAAAATATTTTATCTCAGGGCTGTCCTCCGGGGCGGTCAAAGGCTGA MKTARMRIFTLLAAVISCVHIVPFYILLTTSLKAKGDYSSKWSLPSVFSFQNFREAWERASLGQSFLNTIIITAVSAALLIFMGSLAAYPLARRNTKLNKIIFGLLISIMIIPPLTSMVPLYKMVADAGLINTHAAAILINTAAYMPLTVFLYSGFIRSSIPKELEEAARMDGAGLIRTFYTIVFPLLKPITATVCIISCVFIWNDYQFAIFFLQDQQVQTLTVAMAGFFGENANNLHLVAAAAIMAMLPMVVLFLALQKYFISGLSSGAVKG PGPT0016340_2182 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_REAFFINOSE|STACHYOSE|MELIBIOSE_TRANSPORT,PGPT0016340-msmG-K10119 NA NA D1-12_02026 1299 melA COG1486 Alpha-galactosidase TTGAAGAAAATTACGTTTATCGGAGCGGGAAGCACGATTTTCGCAAAAAATGTACTGGGGGACTGCTTACTGACTGAAGCATTAAACGGGTTTGAATTCGCGCTTTATGATATTGACGCTGTACGGCTGAAAGAATCCCAGCTCATGCTGGAAAACATGAGAGACCGCTACAATACGAGTATATCCATCATCTCCTACGATGACCGAAAACAGGCGCTGAAACACGCCGGCTATGTGATAAACGCCATTCAGGTCGGAGGCTATAAACCCGCGACGGTTATTGACTTTGACATCCCGAAGCGGTACGGTCTCCGCCAGACGATTGCCGATACCGTCGGAATAGGCGGCATTTTCCGTTCCCTTCGCACCATCCCCGTTTTATTTGACATCGCAAAAGACATGGAAGAGGTCTGCCCGGATGCGTGGCTGTTAAACTATACAAATCCGATGGCCTCTCTGACCGGAGCGATGCTCAGACATACAAATGTCAAAACGGTCGGCCTGTGCCACAGCGTCCAGGTATGTACCAAAGATCTGTTTGACTCACTCGGCATGGATCATGAAGGTACGGAAGAACGCATTGCCGGCATCAACCACATGGCTTGGCTTTTGGAGATTAAAAAAGATGGAATTGATTTATATCCGGAAATTAAAAGACGGGCACGCGAAAAACAAAAGACGAAACATAAGGACATGGTGCGGTTTGAGCTGATGGATAAATTCGGCTGCTACGTAACGGAATCATCTGAGCATAATGCCGAATATCACCCGTATTTTATAAAAAGCCGGTATCCGGAGCTGATAGATGAACTCCAAATTCCGCTTGATGAATATCCGAGGAGATGCGCGGAACAAATCAACAATTGGGAAACGATGAGAGACGGCATCATCAACAACCAAAACCTGACGCATGAACGCTCAAAAGAATACGGTTCGAGAATTATAGAAGCGATGGAGACGGGCCGTCCGTTCACATTCGGCGGCAATGTGCTGAATACCGGGCTGATACCGAATCTGCCCGCGAAAGCGGTCGTTGAAGTGCCTTGCACAGCCGTCAAAAACCACATTATGCCGTGCTATTCGGGCGAACTTCCGGAGCAGCTCGCGGCGCTCAACAGAACAAACATTAACACACAGCTTTTAACCATCGAAGCGGCCGTTACTTTAAAAAAGGAAGCCGTATATCAGGCGGCCATGCTTGACCCGCATACGAGCGCCGAGCTTTCCATGAATGACATCATATCTTTGTGCGATGACTTATTTGAAGCGCACAAAGACCGGCTCCCGGCTTATCACTGA MKKITFIGAGSTIFAKNVLGDCLLTEALNGFEFALYDIDAVRLKESQLMLENMRDRYNTSISIISYDDRKQALKHAGYVINAIQVGGYKPATVIDFDIPKRYGLRQTIADTVGIGGIFRSLRTIPVLFDIAKDMEEVCPDAWLLNYTNPMASLTGAMLRHTNVKTVGLCHSVQVCTKDLFDSLGMDHEGTEERIAGINHMAWLLEIKKDGIDLYPEIKRRAREKQKTKHKDMVRFELMDKFGCYVTESSEHNAEYHPYFIKSRYPELIDELQIPLDEYPRRCAEQINNWETMRDGIINNQNLTHERSKEYGSRIIEAMETGRPFTFGGNVLNTGLIPNLPAKAVVEVPCTAVKNHIMPCYSGELPEQLAALNRTNINTQLLTIEAAVTLKKEAVYQAAMLDPHTSAELSMNDIISLCDDLFEAHKDRLPAYH PGPT0017850_751 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-GALACTOSIDASE,PGPT0017850-melA-K07406 NA NA D1-12_02027 486 hypothetical protein GTGAAACCGATGATCCGCGCTATGAAAACAAACGATATCAAACAGGTCCGGCAAGTCGCAGAACGCAGCTGGCATCATACGTATGAAGGGATTATTCCCAGACACATTCAGGATCAGTTTCTCGAATCCGCCTATCAGGATGAGATGATGGAACGCCGGCTCTTGCATTCTCTGTTCTTTGTGGCAGAAGAAGAGGGGCGAGTGCTCGGTTTTGCAAATGTCACCCCGGTTCAAAAAGACGGAAATGCGGAGCTGACCGCCATCTATATTGACCCGGATTGCCAGGGAAGCGGGATAGGAACGGCACTCCTTAAAGAATGCATCAGGCAGTCCGGCGGGGTAAAAAAGCTTTATGTCCATGCAGAAAAAGAGAACCGCATCGCCTTGTCCTTTTATCAAGCGAAAGGGTTTCAATGGGTATGTGAATTTGAAGAAGACTTTAGGGGACACACCTTACAGACGGTCAAACTGGTGCTGAACATATAA MKPMIRAMKTNDIKQVRQVAERSWHHTYEGIIPRHIQDQFLESAYQDEMMERRLLHSLFFVAEEEGRVLGFANVTPVQKDGNAELTAIYIDPDCQGSGIGTALLKECIRQSGGVKKLYVHAEKENRIALSFYQAKGFQWVCEFEEDFRGHTLQTVKLVLNI NA NA NA NA NA D1-12_02028 312 COG0607 Sulfurtransferase TTGAAAATAAATGAAATCAGCACAGCCGCACTGGAAGAAAAATTAAAAGCGGGAGAAGAGCTGTATCTGATTGATGTCAGAGAAGACGAAGAAGTTGCCGAAGGAATGATTCCGCAGGCCGTTCACATCCGCATGGGAGACATCCCTGAGAAGATGGATGCGTTAGACAAGGACAAGGAATATGTATTTATCTGCCGTTCCGGAAAAAGAAGCATGAACGTTTGTATGTATTTACATGAGCAGGGCTTCCGTACGGTTAATGTTGAAGGCGGCATGCTGGAGTGGGAAGGCGAAACAAAGCCGAAGAAATAA MKINEISTAALEEKLKAGEELYLIDVREDEEVAEGMIPQAVHIRMGDIPEKMDALDKDKEYVFICRSGKRSMNVCMYLHEQGFRTVNVEGGMLEWEGETKPKK NA NA NA NA NA D1-12_02029 2415 leuS Leucine--tRNA ligase TTGAGTTTTCAGCACGAAAAAATAGAAAAGAAATGGCAGAATTACTGGTTGGATCATAAAACGTTCGCCGTCAGTGAAGAGAATGACAAGCCGAAGTTTTACGCGCTTGACATGTTCCCGTATCCTTCAGGAGCCGGCCTTCATGTCGGACATCCGGAAGGCTATACGGCAACCGATATCCTTTCGCGCATGAGACGCATGCAAGGATACAATGTGCTTCATCCGATGGGATGGGACGCGTTCGGGCTTCCTGCCGAGCAATACGCGCTTGACACGGGGAATGATCCGGCTGAGTTCACAAAACAAAATATAGATAATTTCCGCCGTCAGATTCAATCACTCGGATTTTCTTACGATTGGGATCGTGAAATCAATACGACTGATCCGGACTATTACAAGTGGACGCAATGGATCTTCACTAAGCTGTACGAAAAAGGGCTCGCTTACGTAGACGAAGTGCCGGTCAACTGGTGCCCGGCGCTCGGAACGGTGCTTGCGAACGAAGAAGTCATTGACGGCAAAAGCGAGCGGGGCGGCCATCCGGTTGAACGCCGCCCGATGAGACAATGGATGCTGAAAATCACCGCTTATGCGGACAGGCTTCTTGAAGATTTAGAAGACCTTGACTGGCCGGAAAGCATTAAAGACATGCAGCGCAACTGGATCGGACGCTCAGAAGGCGCAAACGTGCATTTCGCGATCGACGGCACTGATGACACGTTTACCGTGTTTACGACAAGACCGGACACGCTGTTCGGCGCGGCTTATGCCGTACTGGCTCCTGAGCATGAGCTTGTGGAGGCCATCACGACGCCTGAACAAAAAGAAGCGGTAGACGCTTATGTTAAAGAAGTTCAGGCGAAAAGTGACCTGGAACGGACGGATCTTGCGAAAACAAAAACGGGCGTCTTCACGGGCGCATATGCCGTAAACCCTGCAAACGGAGAAAAGCTGCCGATCTGGATAGCGGATTATGTCCTCGCCTCTTACGGAACGGGCGCTGTAATGGCCGTGCCGGCGCATGATGAACGTGATTTTGAATTCGCCAAAGTGTTCAGCCTGCCTGTCAAAGAAGTCGTAAAAGGCGGAAACACGGAAGAAGAAGCGTACACGGGAGACGGAGAGCATGTCAATTCCGGCTTTCTGAACGGACTGAATAAAGCGGAAGCGATTGAAAAAATGATCGCCTGGCTTGAAGAAACGAAAAACGGTGAGAAAAAAGTGACATACCGCCTGCGTGATTGGCTGTTCAGCCGCCAGCGCTATTGGGGCGAGCCGATTCCGGTTATTCATTGGGAAGACGGCACGTCAACAGCCGTTCCTGCGGAAGAGCTGCCGCTGATTCTGCCGAAAACCGATGAGATCAAACCGAGCGGAACAGGTGAATCACCGCTTGCCAACATTAAAGAGTGGGTGGAAGTCACTGATCCTGAAACGGGCAAAAAAGGCAGAAGAGAAACGAACACGATGCCGCAATGGGCGGGAAGCTGCTGGTATTTCCTCCGCTTTATCGACCCGAAAAATCCGGATCAGCTCGCTTCACCTGAGAAACTGGATAAATGGCTGCCCGTTGATATTTACATCGGAGGAGCGGAGCATGCCGTGCTTCACCTTCTGTACGCGCGTTTCTGGCATAAATTCCTCTACGATATCGGTGTCGTGCCGACGAAAGAACCGTTCCAAAAGCTGTATAACCAAGGAATGATTCTCGGAGAAAACAATGAAAAAATGAGTAAATCCCGCGGAAACGTCGTCAATCCGGATGAAATTGTGGCGTCTCACGGAGCAGATACGCTCCGCCTGTACGAAATGTTTATGGGGCCGCTTGACGCATCTATCGCCTGGTCTGAATCAGGTCTTGACGGAGCGCGCCGCTTCCTTGACCGCGTATGGCGTTTGTTTATCGAGGAAAACGGCGAGCTGACGGGCAAAGTGACAGAAGGCGCGGGCGAAACTCTTGAGCGCGTCTATCATGAAACGGTCATGAAAGTGACAGAAAACTTCGAAGCCCTTCGTTTTAACACGGGCATTTCTCAGCTGATGGTCTTCATTAATGAAGCTTACAAAGCGAATGAACTGCCGAGAGAATATATCGAAGGTTTTGTGAAGCTGCTTTCTCCTATTGCGCCGCATTTGGCGGAAGAACTGTGGGAAAAACTCGGCCACGAAGGTTCGATTGCATACGAGGCTTGGCCTGCTTATGACGAATCAAAACTGGTGGATGATGAAGTGGAAATCGTCGTCCAGCTGAACGGAAAAGTAAAAGCGAAATTAATGGTTCCGGCTGATGCTGATAAAGCAGTATTAGAACAGCTCGCACAAGCTGACGAAAAAGTAAAAGAGCAGCTTGAAGGAAAAACGATCCGAAAAATCATTGCCGTACCGGGCAAGCTTGTCAATATCGTGGCAAACTGA MSFQHEKIEKKWQNYWLDHKTFAVSEENDKPKFYALDMFPYPSGAGLHVGHPEGYTATDILSRMRRMQGYNVLHPMGWDAFGLPAEQYALDTGNDPAEFTKQNIDNFRRQIQSLGFSYDWDREINTTDPDYYKWTQWIFTKLYEKGLAYVDEVPVNWCPALGTVLANEEVIDGKSERGGHPVERRPMRQWMLKITAYADRLLEDLEDLDWPESIKDMQRNWIGRSEGANVHFAIDGTDDTFTVFTTRPDTLFGAAYAVLAPEHELVEAITTPEQKEAVDAYVKEVQAKSDLERTDLAKTKTGVFTGAYAVNPANGEKLPIWIADYVLASYGTGAVMAVPAHDERDFEFAKVFSLPVKEVVKGGNTEEEAYTGDGEHVNSGFLNGLNKAEAIEKMIAWLEETKNGEKKVTYRLRDWLFSRQRYWGEPIPVIHWEDGTSTAVPAEELPLILPKTDEIKPSGTGESPLANIKEWVEVTDPETGKKGRRETNTMPQWAGSCWYFLRFIDPKNPDQLASPEKLDKWLPVDIYIGGAEHAVLHLLYARFWHKFLYDIGVVPTKEPFQKLYNQGMILGENNEKMSKSRGNVVNPDEIVASHGADTLRLYEMFMGPLDASIAWSESGLDGARRFLDRVWRLFIEENGELTGKVTEGAGETLERVYHETVMKVTENFEALRFNTGISQLMVFINEAYKANELPREYIEGFVKLLSPIAPHLAEELWEKLGHEGSIAYEAWPAYDESKLVDDEVEIVVQLNGKVKAKLMVPADADKAVLEQLAQADEKVKEQLEGKTIRKIIAVPGKLVNIVAN NA NA NA NA NA D1-12_02031 336 hypothetical protein ATGAAGATGCTGCATCAGGTAATAATTGCTTGTGTAATTGGAGGAATCATGGGGGTTCTCGGTCATGTGAAAAAGAGAGGCAGGCTGGAGAAACCCAGAATGACAAAGCGGTTTATCTATCTCGGTTTTTTGGAAGATGGTTTTATCGGAATGGCTGCTTCCATCTTACTTGTCTTATCCGCTGACCCCGATTCAGGAATTCAACTCGTCATCTTATCCATAATCGCAGGCTACGGCGGAGAAGCTGTTCTCAGGAGCTTTGATTTTGTCAGAGAACAAAACAGTGATTCGGCCGAAGCAAAACCACACCAGCAAAAAAATCCTCCATCAAAATAA MKMLHQVIIACVIGGIMGVLGHVKKRGRLEKPRMTKRFIYLGFLEDGFIGMAASILLVLSADPDSGIQLVILSIIAGYGGEAVLRSFDFVREQNSDSAEAKPHQQKNPPSK NA NA NA NA NA D1-12_02032 831 pfyP Blue-light photoreceptor ATGGCTGAAAAAGCGCGCAGCTTTACGGCCAAAAGGGGGTTTTACATGGCTGACTCAAATGTATTCGGAAAACCGGAGCAGCTGGAGCTTATCAAAAAGGCGCTTGATCACGCACGCATCGGCGTGGTGATTACAGACCCCTCTCTTGAGGACAATCCCATCATATATACAAATCAGGGATTTATGGATATGACAGGCTACTCTTCCGAAGAGATATTAGGTAAGAACTGCAGATTTCTGCAAAGCAAAGAAACCGACCGTCAACAAGTCGCGAAAATAAGAAAGAGCTTAAACCAGAAAGAAAAGATCACGGTGCGGCTGAAAAATGTCAAAAAAGACGGCACCCCATTTTGGAATGAACTCAACATTGATCCTCTGTATGTTGAAGACAAGCTCTATTTTGTCGGTTTTCAAAAAGACATCACAGAGCAGAAAGAATACGAAAAGCTCCTTGAGGATTCCCTCGCAGAAATCACGACGCTGTCAACGCCGATTGTTCCGATCCGAAACGGCATCTCCGCTTTGCCGTTAGTGGGAAACTTAACGGAAGAACGATTTGATTCAATCGTGACAACTTTGACGGACATATTAACCGCATCTAAAGATGATTACTTAATTATAGACTTATCAGGTCTGGCCGAGGTAAACGAACAGACCGCAGACCGGATTTTCAAATTGCACCACCTGCTTAAATTAATCGGCACGGAATTGATTATCACCGGGATCAAGCCTTCCCTCGCCATGAGAATGAATCAGCTTGATGCCAGCTTTTCTTCATTAAAGACATATTTAAACGTTAAGGACGCGGTCAACGTGCTTCCGGTCGTATAA MAEKARSFTAKRGFYMADSNVFGKPEQLELIKKALDHARIGVVITDPSLEDNPIIYTNQGFMDMTGYSSEEILGKNCRFLQSKETDRQQVAKIRKSLNQKEKITVRLKNVKKDGTPFWNELNIDPLYVEDKLYFVGFQKDITEQKEYEKLLEDSLAEITTLSTPIVPIRNGISALPLVGNLTEERFDSIVTTLTDILTASKDDYLIIDLSGLAEVNEQTADRIFKLHHLLKLIGTELIITGIKPSLAMRMNQLDASFSSLKTYLNVKDAVNVLPVV PGPT0014656_3 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-TRANSCRIPTIONAL_REGULATION,PGPT0014656-ytvA|pfyP-NA NA NA D1-12_02033 2460 gyrA COG0188 DNA gyrase subunit A ATGAGTGAACAAAACACACCACAAGTACGTGAAGTCAATATCAGTCAGGAAATGCGGACATCCTTTCTGGACTATGCAATGAGCGTTATCGTATCCCGGGCGCTTCCGGATGTGCGTGACGGTCTGAAGCCGGTTCACAGACGGATTTTGTACGCAATGAATGATTTAGGCATGACCAGTGACAAACCATATAAAAAATCTGCCCGTATCGTCGGTGAAGTTATCGGTAAGTACCACCCGCACGGTGACTCAGCGGTTTACGAATCAATGGTCAGAATGGCGCAGGATTTTAACTACCGCTACATGCTTGTTGACGGACACGGCAACTTCGGTTCGGTTGACGGCGACTCAGCGGCCGCGATGCGTTACACAGAAGCGAGAATGTCAAAAATCGCAATGGAAATTCTGCGTGACATTACGAAAGATACGATTGATTATCAAGATAACTATGACGGCGCAGAAAGAGAACCTGTCGTCATGCCTTCGAGATTTCCGAATCTGCTCGTAAACGGAGCTGCCGGTATTGCGGTCGGAATGGCGACAAATATTCCTCCGCATCAGCTTGGGGAAGTCATTGAAGGCGTGCTTGCCGTAAGTGAGAATCCTGAGATTACAAACCAGGAGCTGATGGAATACATCCCGGGCCCGGATTTTCCGACTGCTGGTCAGATTTTGGGCCGGAGCGGCATCCGCAAGGCATATGAATCCGGACGGGGATCAATCACAATCCGGGCTAAGGCTGAAATCGAAGAGACATCATCAGGAAAAGAAAGAATTATTGTTACGGAACTTCCTTATCAGGTGAACAAAGCGAGATTAATTGAAAAAATCGCAGATCTTGTCCGAGACAAAAAAATCGAAGGAATTACCGACCTGCGAGACGAATCCGACCGTAACGGAATGAGAATCGTCATTGAGATCCGCCGTGACGCCAATGCTCACGTCATTTTGAATAACCTGTACAAACAAACGGCCCTGCAGACGTCTTTCGGAATCAACCTGCTGGCGCTCGTTGACGGACAGCCGAAGGTGCTGAGCCTGAAACAATGTCTGGAGCATTATCTTGATCACCAAAAGGTTGTGATCCGGCGCAGAACGGCTTACGAACTCCGCAAAGCGGAAGCGAGAGCTCACATTCTGGAAGGTTTAAGAATTGCTCTCGATCATTTAGATGCCGTTATTTCTCTTATCCGCAGTTCCCAGACGGCTGAAATTGCGAGAACGGGTTTGATCGAACAATTCTCACTGACTGAAAAACAAGCGCAAGCCATTCTGGATATGCGCCTTCAGCGATTAACCGGTCTGGAGCGCGAAAAGATTGAAGAGGAATATCAATCACTTGTTGCGCTTATCGCCGAGCTGAAAGATATTTTAGCCAATGAAGAAAGAGTTCTTGAAATCATCCGTGAAGAGCTCAATGAAATCAAAGAGCGTTTCAATGATGAGAGACGCACTGAAATCGTGACGTCCGGTCTTGAAACAATTGAAGATGAAGATCTTATCGAGAGAGAAAACATCGTCATCACACTGACCCATAACGGCTATGTTAAACGTCTCCCGGCGTCCACATACCGCAGCCAAAAACGGGGCGGAAAAGGCGTACAGGGAATGGGAACGAATGAAGATGACTTTGTGGAACACTTAATTTCCACATCAACGCACGATACGATCCTGTTCTTCTCTAATAAAGGGAAAGTATACCGTTCTAAAGGATATGAAATCCCTGAATACGGCCGTACGGCAAAAGGCATTCCGATTATTAACCTTCTGGAGGTTGAAAAAGGCGAATGGATTAATGCTATTATTCCGGTCAGCACTTTTGATGAGGAGCAATACCTCTTCTTTACGACCAAACAAGGGGTGTCGAAACGTACGGCACTGTCCCAGTTTGCGAATATACGGAATAACGGGCTGATCGCCCTGGGTCTCCGGGAAGACGATGAACTGATGGCCGTCCGTCTGACTGACGGCAAGAAACAAATCATCATCGGAACGAAGAACGGTTTGCTGATCCGTTTCCCTGAAGAAGATGTAAGACAAATGGGACGAACAGCTGCGGGTGTTAAAGGCATCACGCTGACAGACGATGATGTTGTGGTAGGCATGGAGATTCTTGAAGAAGACTCCCACGTCCTCATAGTGACAGAAAACGGCTACGGCAAACGCACACCGGCTTCAGAATACAGAGTTCAAAGCCGGGGCGGAAAAGGCCTTAAAACATGTAAAATCACTGACAGCAACGGTCCGTTAGTAACCGTGAAAGCAACAAAAGGCGAAGAGGACTTAATGATTATTACGGCAAGCGGCGTGTTAATCAGAATGGATATTAATGATATCTCCACTACGGGACGTGTAACACAAGGCGTCCGTCTGATCCGCATGTCTGATCAAGAGCATGTAGCCACTGTGGCGCTTGTGGAAAAGAATGAAGAAGAGCCGGAAGAAACGGAAGAAGTATAA MSEQNTPQVREVNISQEMRTSFLDYAMSVIVSRALPDVRDGLKPVHRRILYAMNDLGMTSDKPYKKSARIVGEVIGKYHPHGDSAVYESMVRMAQDFNYRYMLVDGHGNFGSVDGDSAAAMRYTEARMSKIAMEILRDITKDTIDYQDNYDGAEREPVVMPSRFPNLLVNGAAGIAVGMATNIPPHQLGEVIEGVLAVSENPEITNQELMEYIPGPDFPTAGQILGRSGIRKAYESGRGSITIRAKAEIEETSSGKERIIVTELPYQVNKARLIEKIADLVRDKKIEGITDLRDESDRNGMRIVIEIRRDANAHVILNNLYKQTALQTSFGINLLALVDGQPKVLSLKQCLEHYLDHQKVVIRRRTAYELRKAEARAHILEGLRIALDHLDAVISLIRSSQTAEIARTGLIEQFSLTEKQAQAILDMRLQRLTGLEREKIEEEYQSLVALIAELKDILANEERVLEIIREELNEIKERFNDERRTEIVTSGLETIEDEDLIERENIVITLTHNGYVKRLPASTYRSQKRGGKGVQGMGTNEDDFVEHLISTSTHDTILFFSNKGKVYRSKGYEIPEYGRTAKGIPIINLLEVEKGEWINAIIPVSTFDEEQYLFFTTKQGVSKRTALSQFANIRNNGLIALGLREDDELMAVRLTDGKKQIIIGTKNGLLIRFPEEDVRQMGRTAAGVKGITLTDDDVVVGMEILEEDSHVLIVTENGYGKRTPASEYRVQSRGGKGLKTCKITDSNGPLVTVKATKGEEDLMIITASGVLIRMDINDISTTGRVTQGVRLIRMSDQEHVATVALVEKNEEEPEETEEV PGPT0027705_995 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM CE-BACTERIAL_FITNESS-TYPE_II_TOXIN-ANTITOXIN_SYSTEM_REALATED_FACTORS,PGPT0027705-parC-K02621 NA NA D1-12_02034 1923 gyrB COG0187 DNA gyrase subunit B ATGGCTATGGAACAGCAGCAAAATAGTTATGATGAGAATCAGATACAGGTATTAGAAGGTTTGGAAGCTGTTCGAAAGAGACCGGGGATGTACATCGGATCAACTAACAGCAAAGGCCTTCACCACTTGGTGTGGGAAATCGTCGACAACAGTATTGACGAAGCCCTGGCCGGTTATTGTACAGATATTAATATCGAGATTGAAAAAGATAACAGCATTACCGTTAAGGACAACGGGCGCGGAATTCCGGTCGGTATCCAGGAGAAGATGGGCCGCCCTGCGGTTGAAGTCATCATGACCGTTCTCCACGCCGGCGGTAAATTTGACGGAAGCGGATATAAAGTATCCGGCGGTCTTCACGGTGTAGGGGCGTCCGTCGTAAACGCCTTGTCGACTACTCTTGACGTTACGGTTCATCGTGACGGAAAAATCCACTATCAGGCGTACGAGCGCGGTGTGCCTGTGGCCGATCTTGAAGTGATCGGTGATACTGATAAGACCGGAACGATTACGCACTTCGTTCCGGATCCGGAAATCTTCAAAGAAACAACTGTATACGACTATGATCTGCTTTCAAACCGTGTCCGGGAATTGGCCTTCCTGACAAAAGGCGTAAACATCACGATTGAAGACAAACGTGAAGGACAAGAACGGAAAAACGAGTACCACTACGAAGGCGGAATCAAAAGCTATGTTGAGTACTTAAACCGTTCCAAAGAAGTCGTTCATGAAGAGCCGATTTATATCGAAGGCGAGAAAGACGGCATAACGGTTGAAGTTGCATTGCAATACAACGACAGCTATACAAGCAATATTTATTCTTTCACAAATAATATCAACACATACGAAGGCGGCACGCACGAAGCCGGATTTAAAACCGGTCTGACCCGTGTCATAAACGACTATGCAAGAAGAAAAGGGATTTTCAAAGAAAATGATCCGAATTTAAGCGGGGATGATGTGAGAGAAGGGCTGACTGCCATTATTTCAATTAAGCACCCTGATCCGCAATTCGAAGGGCAGACGAAAACCAAGCTCGGCAACTCTGAAGCGAGAACGATCACTGATACGCTGTTTTCTTCTGCGCTGGAAACATTCCTTCTTGAAAATCCGGATTCAGCCCGCAAAATCGTTGAAAAAGGTTTAATGGCCGCAAGAGCGCGGATGGCAGCGAAAAAAGCGCGGGAATTGACCCGCCGCAAAAGTGCGCTTGAGATTTCCAATCTGCCGGGCAAACTGGCGGACTGTTCTTCTAAAGATCCGAGCATTTCCGAGCTGTATATCGTAGAGGGTGACTCTGCGGGCGGATCAGCGAAACAGGGACGGGACCGTCATTTCCAAGCCATTCTGCCGCTGCGCGGTAAGATTCTGAACGTTGAGAAAGCCAGACTTGATAAGATTCTCTCAAACAATGAGGTCAGATCAATGATCACGGCCCTCGGAACAGGAATCGGAGAAGATTTTAATCTTGAAAAAGCGCGTTATCATAAAGTGGTCATCATGACGGATGCCGATGTTGACGGCGCCCACATCAGAACGCTTTTATTAACGTTCTTCTACAGATACATGCGGGAAATCATCGAAAACGGCTATGTCTACATTGCCCAGCCGCCGCTTTATAAAGTGCAGCAGGGAAAACGGGTGGAATACGCTTATAACGATAAGCAGCTTGATGAGCTGTTAAAAGAGCTTCCGCAATCGCCTAAGCCCGGCCTCCAGCGTTATAAAGGTCTTGGAGAAATGAACGCGACTCAGCTTTGGGAAACGACAATGGACCCTGCGACCAGAACGCTTCTGCAAGTCAATCTTGAAGATGCAATGGACGCTGACGAGACTTTTGAAATGCTGATGGGTGACAAAGTAGAACCGCGGAGAAACTTCATAGAAGCAAACGCCAGATACGTGAAAAATCTTGATATTTAA MAMEQQQNSYDENQIQVLEGLEAVRKRPGMYIGSTNSKGLHHLVWEIVDNSIDEALAGYCTDINIEIEKDNSITVKDNGRGIPVGIQEKMGRPAVEVIMTVLHAGGKFDGSGYKVSGGLHGVGASVVNALSTTLDVTVHRDGKIHYQAYERGVPVADLEVIGDTDKTGTITHFVPDPEIFKETTVYDYDLLSNRVRELAFLTKGVNITIEDKREGQERKNEYHYEGGIKSYVEYLNRSKEVVHEEPIYIEGEKDGITVEVALQYNDSYTSNIYSFTNNINTYEGGTHEAGFKTGLTRVINDYARRKGIFKENDPNLSGDDVREGLTAIISIKHPDPQFEGQTKTKLGNSEARTITDTLFSSALETFLLENPDSARKIVEKGLMAARARMAAKKARELTRRKSALEISNLPGKLADCSSKDPSISELYIVEGDSAGGSAKQGRDRHFQAILPLRGKILNVEKARLDKILSNNEVRSMITALGTGIGEDFNLEKARYHKVVIMTDADVDGAHIRTLLLTFFYRYMREIIENGYVYIAQPPLYKVQQGKRVEYAYNDKQLDELLKELPQSPKPGLQRYKGLGEMNATQLWETTMDPATRTLLQVNLEDAMDADETFEMLMGDKVEPRRNFIEANARYVKNLDI PGPT0027710_1124 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 D1-12_02035 246 hypothetical protein TTGTATATTCATTTAGGTGACGACTTTGTCGTTTCAACACGCGATATCGTCGGCATTTTTGACTGCAAGGTCAATGTATCGCCGATTGTTGAAGAATTTCTGGACAGACAGAAAGAAAAAGTAGTGCCGTCCGTAAACGGCACGCCAAAGTCTATCGTAGTCACGACTGAGAATATATATTACTCTCCCTTATCTTCCGGCACACTGAAGAAACGTGCGCAATTTATGTTAGAAATAGATTCTTAG MYIHLGDDFVVSTRDIVGIFDCKVNVSPIVEEFLDRQKEKVVPSVNGTPKSIVVTTENIYYSPLSSGTLKKRAQFMLEIDS NA NA NA NA NA D1-12_02036 1113 recF COG1195 DNA replication and repair protein RecF TTGTATATCCAAAATTTAGAATTAACATCCTACCGTAATTATGAGCGCGCTGAGCTTCAATTCGAAAACAAGGTGAATGTGATCATCGGGGAAAATGCCCAAGGCAAAACCAATCTGATGGAAGCCATCTATGTCCTTTCGATGGCAAAATCACACCGCACCTCAAATGACAAAGAACTTATACGGTGGGACGAAGACTATGCTAAAATAGAAGGAAGAGTGATGAAGCGCAACGGGGACATCCCGATGCAGCTTGTCATCTCCAAAAAAGGTAAAAAGGGCAAGGTCAATCATATAGAGCAGCAAAAACTCAGTCAGTATGTCGGAGCGCTGAACACCATTATGTTTGCCCCTGAGGATTTAAATCTCGTCAAAGGAAGCCCTCAGGTGAGGAGGAGATTTCTCGATATGGAGATCGGGCAGGTTTCTGCCGTTTATCTGTATGATTTATCTCTTTATCAAAAAATCCTTTCACAGCGGAATCATTTTCTGAAACAGCTGCAAAGCCGGAAACAGACTGACCGGACTATGCTTGACGTTCTCACTGATCAGCTGATTGAAGCAGCCGCAAAAGTTGTCGCCAAACGTCTGCAGTTTACGGCACAGCTTGAAAAATGGGCGCAGCCGATCCATTCCGGCATTTCCCGGGGACTTGAAGAACTGGCGCTTAAGTATCACACGGCGCTTGATGTATCAGATCCCAAAGATTTGTCGAAAATAGGTAACAGCTACCAGGAGTCTTTTTCGAAATTAAAAGAAAAAGAAATAGAACGAGGCGTCACATTATTCGGACCGCATCGGGATGATGTCCTTTTTTATGTGAACGGACGCGATGTGCAGACGTACGGTTCACAGGGACAGCAGCGTACGACGGCTTTGTCTTTGAAGCTGGCCGAAATAGATTTGATTCATGAAGAAATCGGAGAATACCCCATTTTACTTTTGGATGATGTACTAAGCGAGCTGGATGATTACCGACAGTCCCATTTGCTTCATACGATCCAAGGCCGTGTGCAGACATTTGTCACCACGACAAGCGTGGATGGCATTGACCACGATACCTTACATCAAGCAGGAATGTTCCGTGTGGAAAACGGTACGTTAGTGAAGTGA MYIQNLELTSYRNYERAELQFENKVNVIIGENAQGKTNLMEAIYVLSMAKSHRTSNDKELIRWDEDYAKIEGRVMKRNGDIPMQLVISKKGKKGKVNHIEQQKLSQYVGALNTIMFAPEDLNLVKGSPQVRRRFLDMEIGQVSAVYLYDLSLYQKILSQRNHFLKQLQSRKQTDRTMLDVLTDQLIEAAAKVVAKRLQFTAQLEKWAQPIHSGISRGLEELALKYHTALDVSDPKDLSKIGNSYQESFSKLKEKEIERGVTLFGPHRDDVLFYVNGRDVQTYGSQGQQRTTALSLKLAEIDLIHEEIGEYPILLLDDVLSELDDYRQSHLLHTIQGRVQTFVTTTSVDGIDHDTLHQAGMFRVENGTLVK NA NA NA NA NA D1-12_02037 216 hypothetical protein ATGGCAAATCCGATTTCGATTGATACAGAAATGATTACGCTTGGCCAGTTTTTAAAATTAGCCGATGTGATTCAGTCCGGCGGCATGGCGAAATGGTTTCTGAGCGAGCATGAGGTGACTGTCAACAATGAACCTGACAATCGCCGCGGCAGAAAGCTTTACGTTGGAGACGTGGTCGCGATTGAAGGATTTGGTTCATTTCAAGTCGTCAATTAA MANPISIDTEMITLGQFLKLADVIQSGGMAKWFLSEHEVTVNNEPDNRRGRKLYVGDVVAIEGFGSFQVVN NA NA NA NA NA D1-12_02038 1137 dnaN COG0592 Beta sliding clamp ATGAAATTTACGATTCAAAAAGATCGTTTAGTCGAAAGTGTACAAGACGTTCTAAAAGCCGTTTCATCCAGAACCACAATTCCCATTCTCACCGGTATTAAGATCGTCGCCTCAGATGAAGGAGTATCTTTCACAGGAAGTGACTCTGATATCTCAATTGAGTCATTCATTCCGAAAGAAGATGATGATAAAGAAATCGTGACGATCGATCAGCCGGGAAGTATCGTGCTGCAAGCGCGTTTCTTCAGCGAAATCGTTAAAAAACTGCCGATGGCGACTGTTGAAATCGAAGTTCAAAATCAATATTTAACGATTATCCGTTCCGGAAAAGCCGAATTTAATTTAAACGGCCTTGATGCAGATGAATATCCGCATCTACCGCAAATCGAAGAGCATCACGCCATTCAGATTCCGACGGATCTTTTGAAAAACCTGATCCGCCAAACCGTGTTCGCTGTGTCCGCCTCAGAAACACGCCCTATCTTGACAGGTGTAAACTGGAAAGTTGAAAACGGTGAATTATTATGCACTGCCACGGATAGCCACCGACTCGCTTTAAGAAAGGCGAAGCTTGATATTCCGGAAGACAGCTCTTATAACGTGGTCATTCCCGGGAAAAGCTTAACCGAGCTGAGCAAAATTCTTGATGACAACCAAGAACTGGTTGATATCGTGATTACAGAAACCCAAGTTCTGTTCAAAGCGAAAAACGTATTGTTCTTCTCAAGATTGCTTGACGGAAACTATCCGGACACGACCAGCTTAATTCCGCAGGAAAGCAAAACGGAAATCGTCGTGAATACGAAGGAATTTTTACAGGCGATAGACCGTGCTTCTTTATTGGCGAGAGAAGGCCGCAACAACGTTGTAAAGCTTTCTGCCAAACCGGCGGATTCGCTTGAGATTTCATCAAATTCTCCGGAAATCGGAAAAGTGGTCGAAGCTGTGATGGCTGACCAGATTGACGGCGAGGAATTAAATATTTCATTCAGTCCAAAATATATGATGGACGCACTGAAAGTACTTGAAGGAGCGGACATCCGTATCAGCTTTACGGGAGCGATGAGACCGTTTCTTATCCGTACGCCGAATGATGAAACCATCGTTCAGCTCATCCTTCCGGTCAGAACGTATTAA MKFTIQKDRLVESVQDVLKAVSSRTTIPILTGIKIVASDEGVSFTGSDSDISIESFIPKEDDDKEIVTIDQPGSIVLQARFFSEIVKKLPMATVEIEVQNQYLTIIRSGKAEFNLNGLDADEYPHLPQIEEHHAIQIPTDLLKNLIRQTVFAVSASETRPILTGVNWKVENGELLCTATDSHRLALRKAKLDIPEDSSYNVVIPGKSLTELSKILDDNQELVDIVITETQVLFKAKNVLFFSRLLDGNYPDTTSLIPQESKTEIVVNTKEFLQAIDRASLLAREGRNNVVKLSAKPADSLEISSNSPEIGKVVEAVMADQIDGEELNISFSPKYMMDALKVLEGADIRISFTGAMRPFLIRTPNDETIVQLILPVRTY NA NA NA NA NA D1-12_02039 1329 dnaA_2 COG0593 Chromosomal replication initiator protein DnaA TTGGATCTTTGGAATCAAGCTCTAGCTCAAATTGAGAAAAAGCTAAGCAAACCGAGTTTCGAAACTTGGATGAAGTCGACGAAAGCCCATTCGCTGCAAGGAGATACCTTAACCATCACCGCTCCTAATGAATTTGCCAGAGACTGGCTGGAGTCCAGGTACTTACATCTCATTGCAGATACCATATATGAATTAACCGGGGAAGAATTGAGCGTCAAATTTGTCATTCCTCAAAATCAGGACGAAGAAGACTTTTTACCGAAACCGCAAGTGAAAAAAGCGGCAAAAGAGGAACCGTCTGATTTTCCCCAAAGCATGCTCAACCCGAAATATACATTCGACACATTCGTCATCGGATCGGGAAACCGATTCGCCCATGCAGCATCACTGGCTGTGGCGGAAGCACCCGCTAAAGCGTACAACCCTTTATTTATATACGGGGGAGTCGGCTTAGGAAAAACCCACTTAATGCACGCGATCGGCCATTATGTCATTGATCATAATCCTTCAGCCAAAGTGGTGTACCTGTCTTCTGAAAAATTCACAAATGAATTCATCAACTCAATCCGCGATAATAAAGCCGTTGATTTCCGCAACCGCTACCGGAACGTTGATGTACTTTTGATAGATGATATTCAATTTTTAGCCGGAAAAGAACAAACACAGGAAGAGTTTTTCCATACATTCAACACGCTTCATGAAGAAAGCAAACAAATCGTGATTTCCAGCGACAGACCGCCGAAAGAGATCCCGACCCTTGAAGACCGCCTGCGTTCGCGGTTCGAATGGGGATTGATTACGGATATCACACCGCCGGATCTGGAAACGCGGATTGCCATCCTGAGAAAGAAAGCGAAGGCGGAAGGCCTTGATATTCCGAACGAGGTCATGCTTTACATCGCAAATCAGATTGACAGCAACATCCGCGAACTGGAAGGGGCATTAATCCGGGTTGTCGCCTATTCATCCTTAATCAATAAAGACATTAACGCAGACCTGGCTGCAGAAGCATTGAAAGATATTATTCCGTCTTCAAAGCCGAAGGTCATTACGATAAAAGAGATTCAGCGGATCGTCGGACAGCAGTTCAACATTAAGCTTGAAGATTTCAAAGCGAAAAAGCGCACGAAATCCGTGGCGTTCCCAAGACAAATTGCGATGTATCTTTCAAGAGAAATGACGGATTCTTCTTTGCCTAAAATCGGGGAAGAATTTGGCGGCAGAGACCATACAACCGTCATTCACGCCCACGAAAAGATTTCAAAACTGCTGATTGATGACGAGCAGCTTCAGCAGCAGGTGAAAGAAATAAAAGAACTGCTTAAATAA MDLWNQALAQIEKKLSKPSFETWMKSTKAHSLQGDTLTITAPNEFARDWLESRYLHLIADTIYELTGEELSVKFVIPQNQDEEDFLPKPQVKKAAKEEPSDFPQSMLNPKYTFDTFVIGSGNRFAHAASLAVAEAPAKAYNPLFIYGGVGLGKTHLMHAIGHYVIDHNPSAKVVYLSSEKFTNEFINSIRDNKAVDFRNRYRNVDVLLIDDIQFLAGKEQTQEEFFHTFNTLHEESKQIVISSDRPPKEIPTLEDRLRSRFEWGLITDITPPDLETRIAILRKKAKAEGLDIPNEVMLYIANQIDSNIRELEGALIRVVAYSSLINKDINADLAAEALKDIIPSSKPKVITIKEIQRIVGQQFNIKLEDFKAKKRTKSVAFPRQIAMYLSREMTDSSLPKIGEEFGGRDHTTVIHAHEKISKLLIDDEQLQQQVKEIKELLK PGPT0014800_4451 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-PILUS|FIMBRIAE_SYSTEM MOTILITY-PILUS_SYSTEM,PGPT0014800-dnaA-K02313 NA NA D1-12_02040 351 rnpA COG0594 Ribonuclease P protein component GTGAAGAAGCGAAATCGGTTAAAGAAAAATGAAGATTTTCAAAAAGTGTTTAAACGCGGAACGTCTATGGCAAACCGCCAGTTCGTGCTGTATACGCTTGATCAGCCGAAACAGGAAGAGCTCCGGGTAGGGCTTTCTGTCAGTAAAAAAATCGGCAATGCCGTCGTGCGCAATCGGGTGAAGCGGTTAATAAGGCAGGCTGTTCAGGAGGAAAAAGAGCTGCTCAAGCCGAAAGATTTTATTATTATCGCAAGAAAACCCGCCGGCGACCTCAGTTTTGAAGAAACGAAAAAGAGTCTGCAGCACTTATTCAGAAAAACCTCATTATATAAGAAATCTTCGTCAAAATAG MKKRNRLKKNEDFQKVFKRGTSMANRQFVLYTLDQPKQEELRVGLSVSKKIGNAVVRNRVKRLIRQAVQEEKELLKPKDFIIIARKPAGDLSFEETKKSLQHLFRKTSLYKKSSSK NA NA NA NA NA D1-12_02041 780 misCA COG0706 Membrane protein insertase MisCA TTGAAAAGGAGAATATGGTTACTACTGAGTATGGTCGGTATGCTCGTGCTGCTGGCCGGGTGCTCGAGTGTGAAAGAGCCGATTACGGCGAATAGTCCGCATTTCTGGGACAAATATGTTGTGTATCCATTGTCAGAAGTCATTACGTACGTAGCGAAACTGACGGGCGATAACTATGGTTTATCGATCATCATCGTTACGATTTTAATTCGTCTGCTGATTCTGCCGCTGATGATCAAGCAGCTTCGAAGCTCAAAAGCGATGCAGGCGCTGCAGCCTGAAATGCAGAAGCTCAGAGAAAAATACAGCTCTAAAGATCAAAAAACGCAGCAGAAGCTTCAGCAGGAAACAATGGCCCTGTTTTCAAAGCACGGGGTAAACCCGCTGGCGGGATGTTTCCCGATCCTGATTCAAATGCCGATTTTGATCGGATTCTACCACGCCATTATGCGTACGCAAGCCATTTCACAGCACAGCTTTTTATGGTTTGACCTAGGAGAGAAGGATCCTTACTATATTCTTCCTATCGTTGCCGGTGTGGCCACTTTTGTCCAGCAGAAGCTGATGATGGCCGGAAATCCGACTCAGAATCCTCAAATGGCAATGATGGTATGGATTATGCCGATCATGATCATCGTATTTGCGATCAACTTCCCGAGCGCACTTTCTCTGTATTGGGTAGTCGGAAACCTGTTTATGATTGCTCAGACATTCCTTATTAAAGGACCTGACATTAAACACGATCCGGAAACGCAGAAAGCGGGAGGAAAGAAAAAGTGA MKRRIWLLLSMVGMLVLLAGCSSVKEPITANSPHFWDKYVVYPLSEVITYVAKLTGDNYGLSIIIVTILIRLLILPLMIKQLRSSKAMQALQPEMQKLREKYSSKDQKTQQKLQQETMALFSKHGVNPLAGCFPILIQMPILIGFYHAIMRTQAISQHSFLWFDLGEKDPYYILPIVAGVATFVQQKLMMAGNPTQNPQMAMMVWIMPIMIIVFAINFPSALSLYWVVGNLFMIAQTFLIKGPDIKHDPETQKAGGKKK PGPT0024530_6089 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 D1-12_02042 642 hypothetical protein GTGAAGAAGGTGACTGCTGCGGGACGGAATGTCGAAGAAGCAGTTCAATCAGGCCTTCAGGAACTTCAACTGACGAAAGATCAAGTAGAAATAACGGTGGTGCAAGAAGAATATAAAGGATTTTTGGGTATTTTCGGAAAAAAGAATGCGATCGTAGAACTGGAAGAGAAAAGAAATCCTGTTCAGGAAGCGAAAGCGTATTTGGAAGAAATCATCCATTCCATTGCCGGACCTTCTGAGATTGTTACGGAAGAAAACAAGAAAACAGTCTGTTTTCACATTAAAGGTGAAAAAGCGGCGCTGCTTATTGGCAAAAGAGGACAAACACTCAATGCCCTGGAAACATTGACGCAGCTTGTTTTGAACCGCGGCTCCGGCCAGTATCGCCAAGCCGTTGTCGACGCTGAGAATTATCGGCGGAAAAGAAGAGAAATTCTGGATCAGCTGGCAAACAGGCTGGCCAAGCAAGTGTCGAAAACGAAAAAAGATGTGCATTTAGAACCGATGCCGTCAGGTGAAAGAAAAATCATCCATGACGCGCTGTCAAAGCATCCAAATATCAAAACGTTTTCTACCGGTGAAGGCCGGTACCGCCATCTCGTTATTTCCCATAAAGATAGCAGAAAACCGAAGTCCGGGTAA MKKVTAAGRNVEEAVQSGLQELQLTKDQVEITVVQEEYKGFLGIFGKKNAIVELEEKRNPVQEAKAYLEEIIHSIAGPSEIVTEENKKTVCFHIKGEKAALLIGKRGQTLNALETLTQLVLNRGSGQYRQAVVDAENYRRKRREILDQLANRLAKQVSKTKKDVHLEPMPSGERKIIHDALSKHPNIKTFSTGEGRYRHLVISHKDSRKPKSG NA NA NA NA NA D1-12_02043 1380 mnmE COG0486 tRNA modification GTPase MnmE ATGGATACAATTGCAGCGATTTCAACTCCGATGGGTGAAGGCGCGATCGCGATCGTTCGGCTGAGCGGCCCGGAAGCCGTAAAGATCGCCGACAAAATGTACAAGGGTCCGAAAGGCAAAACGCTCAGTTCGGCAGAATCGCATACCATTCATTACGGGCATATCGCGGACAGCACGACGGGACGGATTATTGAGGAAGTCATGGTGTCTGTTTTAAGAGCGCCCAGAACATTCACAAGGGAAGATGTCATTGAAATCAACTGTCACGGGGGTATTGTGACGGTTAATCAGGTGCTCCAGCTTGCTTTAAGAGAAGGTGCGAGACTGGCAGAACCCGGTGAGTTTACGAAGCGCGCATTTTTAAACGGACGGATTGACCTATCACAGGCGGAAGCGGTGATGGATCTGATCAGGGCCAAAACGGACCGTGCCATGAATGTCGCCATGAACCAGATGGAAGGACGGCTTTCCGCGCTTGTCCGCCGTCTGCGTGATGAGTTGTTAGAAACACTTGCCCATGTTGAGGTTAATATAGATTATCCGGAATATGATGACGTCGAAGAAATGACGCATCAGCTTTTAGTGGAGAAGGCAGGCGGCGTGAAGAAAGAAATCGAGGCGCTGCTCCGCACGTCTGAGCAGGGGAAAATTTTGCGTGAGGGACTGTCTACCGTGATCATCGGCCGTCCGAACGTCGGAAAATCCTCTCTGCTTAACAGCCTTGTCCATGAAACGAAGGCGATCGTAACCGATATTCCGGGAACGACGCGTGATGTGATTGAGGAATATGTCAACGTGCGAGGCGTGCCGCTTCGGCTTGTCGATACCGCCGGAATCCGTGAGACAGAAGACATCGTCGAAAGAATCGGTGTGGAACGGTCACGGCAGGTTCTGAAGGAAGCGGATCTCATTTTGCTTGTGCTTAACCACAGCGAAGAGCTTTCTGAAGAAGATGTAAAATTGTTTGAAGCGGTTGAGGGAATGGACGTCATTGTCATTATGAATAAGACGGACCTTGAGGCTAAGATTGACGCTGAGCGCGTCAAGGAACTGGCGAAAGGCCGGCCTGTCGTCACGACCTCATTGCTGAAAGAAGAAGGCATTCAAGATTTAGAGGAAGCGATTCAGTCGCTATTTTATACAGGAGCGATCGAAAGCGGAGATCTCACCTATGTCAGCAACACCCGTCATATCTCGATTCTGCATCAGGCAAAGCAAGCGATTGATGATGCGCTGAACGGAATTGAACAGGATGTTCCGATTGATATGGTCCAAATTGATTTGACAAGGTGCTGGGAGCTGCTGGGCGAAATCATCGGTGATGCCGTCCACGAAAGCTTAATTGATCAGCTCTTTTCACAATTTTGTTTAGGTAAATAA MDTIAAISTPMGEGAIAIVRLSGPEAVKIADKMYKGPKGKTLSSAESHTIHYGHIADSTTGRIIEEVMVSVLRAPRTFTREDVIEINCHGGIVTVNQVLQLALREGARLAEPGEFTKRAFLNGRIDLSQAEAVMDLIRAKTDRAMNVAMNQMEGRLSALVRRLRDELLETLAHVEVNIDYPEYDDVEEMTHQLLVEKAGGVKKEIEALLRTSEQGKILREGLSTVIIGRPNVGKSSLLNSLVHETKAIVTDIPGTTRDVIEEYVNVRGVPLRLVDTAGIRETEDIVERIGVERSRQVLKEADLILLVLNHSEELSEEDVKLFEAVEGMDVIVIMNKTDLEAKIDAERVKELAKGRPVVTTSLLKEEGIQDLEEAIQSLFYTGAIESGDLTYVSNTRHISILHQAKQAIDDALNGIEQDVPIDMVQIDLTRCWELLGEIIGDAVHESLIDQLFSQFCLGK NA NA NA NA NA D1-12_02044 1887 mnmG tRNA uridine 5-carboxymethylaminomethyl modification enzyme MnmG ATGGGGTATGAAGCAGGCCAATACGACGTGATTGTCATCGGCGCCGGGCATGCCGGTGTTGAGGCTGCCCTCGCATCCGCGCGCCAGGGAGCCAAAACGCTTGTTTTGACGATTAATCTTGATATGGTTGCGTTTATGCCATGTAATCCGTCTGTCGGCGGCCCCGCGAAAGGGATTGTCGTCCGCGAAATTGACGCGCTCGGCGGAGAAATGGCTAGAAATATAGATAAAACTCATATTCAAATGAGAATGCTGAATACAGGAAAAGGTCCGGCCGTACGGGCGCTGCGTGCGCAGGCGGATAAATTCCAATATCAGCACGAAATGAAGCATACGCTGGAAAAAACACCGAATTTGACACTTCTTCAAGGGATTGCCGAGCGTTTAATCATTGAAGACGGGGAGTGCCGCGGTGTCATTACGCAAACCGGTGCTGAATATAAAGCAAAAACGGTCGTGCTGACAACCGGAACGTATTTAAGAGGGCGGATCATTCTCGGTGATTTGTCTTACTCAAGCGGTCCGAATAACCAGCAGCCGTCTATTAAACTTTCTGAGCACTTAGAGGAGCTCGGTTTTGATCTCGTCCGTTTTAAAACGGGCACGCCTCCTCGTGTCTCAAGCGATTCCATTGATTACAGCAAAACAGAAATCCAGCCGGGGGACCCGGTTCCGCGCGCTTTCTCATATGAAACGGTTGAATACATTACCGATCAGCTGCCTTGCTGGCTGACTTACACGAGTCCTGAGACTCATGAGATCATCGACAGCAACCTGCATCGTTCGCCAATGTATTCCGGTATGATTAAAGGAACGGGACCGAGATACTGCCCTTCGATTGAAGATAAAGTCGTTCGGTTTAATGATAAACCGCGTCATCAGATTTTCCTCGAGCCGGAAGGCAGAAATACGCAGGAAGTATACGTTCAAGGTTTATCCACGAGTCTTCCTGAGGACGTGCAGCAGCGGATGCTGGCGACCATTCCGGGACTGGAAAAGGTGCAGATGATGAGAGCCGGATACGCGATTGAGTATGACGCGATTGTACCGACGCAGCTCTGGCCTACACTGGAAACGAAAAAAATCCCTAACCTGTACACAGCCGGTCAAATTAACGGTACATCAGGTTATGAGGAAGCAGCCGGGCAAGGAATTATGGCAGGGATCAACGCAGGCCGCAAAGCGCTTGGAAAAGAAGAAGTGATCCTCAGCCGTTCCGATGCTTATATCGGTGTATTGATTGATGATTTGGTAACGAAAGGAACCAATGAACCGTACCGTCTGCTGACTTCACGGGCGGAATACAGACTGCTGCTCCGTCACGACAACGCGGATCTTCGTCTGACGGAAATCGGCCACGATATCGGCTTAATTTCTGATGAGCGCTATGAAGCGTTTGAGAAGAAAAAAGCGGCGATCGAGGCAGAGAAAAAACGTCTCTGGTCTGTTATTATCAAGCCGTCTCCTGAGAATCAGGAATATATCCGTTCACTCGGCGGAAGCGAGCTGAAAGACGGAGTGCGCGGCACAGATTTAATGAAACGTCCGGAAATGAACTATGAAACAGTGACAAAACTTGCGCCTGCAGATTCTCCGGTTCCGCAAGATGTGGCGGAACAAGTGGAAATTCAGGTGAAATATGAAGGATATATCGAAAAATCCTTGCAGCAAGTGGAAAAGCTAAAGAAAATGGAAAACAAAAAAATCCCTGATCGGATTGATTATGACGCCATTAAAGGAATTGCTACTGAAGCCCGTCAAAAGCTGAAAGAAGTGCGTCCTTTATCAGTTGCTCAAGCGTCCCGTATTTCCGGTGTCAATCCGGCAGACATTTCAATCCTGCTGGTATACCTGGAGCAGGGCCGTATTGCCAAGGTAGCTGAATAG MGYEAGQYDVIVIGAGHAGVEAALASARQGAKTLVLTINLDMVAFMPCNPSVGGPAKGIVVREIDALGGEMARNIDKTHIQMRMLNTGKGPAVRALRAQADKFQYQHEMKHTLEKTPNLTLLQGIAERLIIEDGECRGVITQTGAEYKAKTVVLTTGTYLRGRIILGDLSYSSGPNNQQPSIKLSEHLEELGFDLVRFKTGTPPRVSSDSIDYSKTEIQPGDPVPRAFSYETVEYITDQLPCWLTYTSPETHEIIDSNLHRSPMYSGMIKGTGPRYCPSIEDKVVRFNDKPRHQIFLEPEGRNTQEVYVQGLSTSLPEDVQQRMLATIPGLEKVQMMRAGYAIEYDAIVPTQLWPTLETKKIPNLYTAGQINGTSGYEEAAGQGIMAGINAGRKALGKEEVILSRSDAYIGVLIDDLVTKGTNEPYRLLTSRAEYRLLLRHDNADLRLTEIGHDIGLISDERYEAFEKKKAAIEAEKKRLWSVIIKPSPENQEYIRSLGGSELKDGVRGTDLMKRPEMNYETVTKLAPADSPVPQDVAEQVEIQVKYEGYIEKSLQQVEKLKKMENKKIPDRIDYDAIKGIATEARQKLKEVRPLSVAQASRISGVNPADISILLVYLEQGRIAKVAE NA NA NA NA NA D1-12_02045 720 rsmG COG0357 Ribosomal RNA small subunit methyltransferase G ATGAATATAGAGGAATTTACATCCAGTTTAGCGGAGAAAGGGATTTCCCTTTCTGACCGCCAGCTGGAGCAATTCGAGTTGTATTACCGGATGCTCGTGGAATGGAACGAAAAAATGAATCTGACATCCATCACTGAAAAAAAGGAAGTTTATCTCAAGCATTTTTATGATTCAATAACGGCGGCATTTTATATTGATTTTGAAAAGGTCACCACTCTTTGTGATGTCGGCGCCGGCGCCGGTTTTCCAAGCCTGCCCATCAAAATCTGCTTCCCGCATCTGCATGTCACCATCGTCGATTCACTGAATAAGCGGATTACGTTTTTGGAAACTCTCTCTGATGCTTTACAATTAGAGCATACGACATTTGTCCATGACAGAGCGGAGACATTCGGACAGCGGAAAGACGTACGGGAAAGCTTCGATCTCGTGACGGCCCGTGCGGTGGCGCGTCTGTCGGTCCTGAGTGAGCTTTGTCTGCCGCTGGCCAAGAAAAACGGCGTATTTGCCGCACTGAAAGCAGCAGCCGCTGATGAAGAGCTGAAAGCGGGGCAAAAGGCGATTAAAGTATTGGGAGGAGAGCTTGAACAAGTTCATTCCTTTACACTTCCTGTTGAAGAAAGTGAACGGAACATTATGATCATTCGCAAGACGAAAAGCACTCCGAAAAAATATCCGAGAAAACCGGGTACTCCAAATAAATCGCCAATTGAAGGGTAA MNIEEFTSSLAEKGISLSDRQLEQFELYYRMLVEWNEKMNLTSITEKKEVYLKHFYDSITAAFYIDFEKVTTLCDVGAGAGFPSLPIKICFPHLHVTIVDSLNKRITFLETLSDALQLEHTTFVHDRAETFGQRKDVRESFDLVTARAVARLSVLSELCLPLAKKNGVFAALKAAAADEELKAGQKAIKVLGGELEQVHSFTLPVEESERNIMIIRKTKSTPKKYPRKPGTPNKSPIEG NA NA NA NA NA D1-12_02046 852 noc COG1475 Nucleoid occlusion protein ATGAAGCATTCATTCTCTCGTTTCTTCGGGTTTGGTGAGAAGGAAGAGGAACCGGAGATAGCTGAGCATGATACAAACAAAGAAGAGATACTCGAAATACCGGTACATGCTATCGTTCCCAACCGTTTTCAGCCACGCACCATTTTCTCAGATGAAAAAATCAAAGAGTTAGCAATGACTATCCATACACACGGCATCATTCAGCCGATTGTTGTCAGACATACAGAAGATGAAGGACAATATGAGCTCATTGCGGGTGAAAGGCGCTGGAGAGCGGTACAGACGCTTGAATGGGAGAAGATTCCCGCAATTATTAAAGATTTTTCTGATACGGAAACAGCATCTGTCGCTTTGATTGAAAACCTGCAAAGGGAAGAATTGTCCTCCATTGAGGAAGCTCATGCGTACGCAAGGCTGTTAGAACTTCATGATTTAACACAGGAAGCCTTGGCGCAGCGCTTAGGAAAAGGCCAGTCAACGATTGCGAACAAGCTCCGATTGTTAAAGCTCCCGGAACCGGTCCAGGATGCGATTATGGAGAAAAAAATTACGGAACGTCATGCAAGAGCACTGATTCCGCTCAAACAGCCGGAGCTTCAGGTCACATTGCTTGCGGAAATCATTGAGAAAAGCTTAAACGTCAAGCAGACGGAAGACAGAGTGGTGAAAATGCTTGAACAGAATAAGCAGAAACCAAAGCCGAGACGCAAAGCGTTCAGCAGGGATACAAGAATTGCGATGAATACGATTCGTCAGTCACTGTCCATGGTAGAAGACAGCGGCGTCAGACTGAATACTGAAGAAGAAGAATTCGAAGAGTACATCCAGCTTACCATTCGGATACCTAAATAA MKHSFSRFFGFGEKEEEPEIAEHDTNKEEILEIPVHAIVPNRFQPRTIFSDEKIKELAMTIHTHGIIQPIVVRHTEDEGQYELIAGERRWRAVQTLEWEKIPAIIKDFSDTETASVALIENLQREELSSIEEAHAYARLLELHDLTQEALAQRLGKGQSTIANKLRLLKLPEPVQDAIMEKKITERHARALIPLKQPELQVTLLAEIIEKSLNVKQTEDRVVKMLEQNKQKPKPRRKAFSRDTRIAMNTIRQSLSMVEDSGVRLNTEEEEFEEYIQLTIRIPK PGPT0014815_7603 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-CELL_GROWTH_SIGNALLING,PGPT0014815-parB|spo0J|yyaA-K03497 NA NA D1-12_02047 762 soj COG1192 Sporulation initiation inhibitor protein Soj GTGGGAAAAATCATAGCAATTACGAACCAAAAAGGCGGAGTCGGGAAGACGACGACTTCTGTTAATCTGGGGGCTTGCTTGGCTTACATAGGTAAAAGGGTTCTTCTTGTTGATATTGATCCGCAGGGCAATGCAACGAGCGGATTAGGGATTGAAAAAGCCGATGTGGATCATTGTGTGTACGACATTTTAGTAGATGATGCAGATGTTACAGATATTATTAAACCGACTTCAGTAGAGAACTTAGATGTCATTCCGGCCACGATCCAGCTTGCGGGAGCGGAAATCGAATTGGTTCCGACGATCTCACGGGAGGTCAGGCTGAAAAGAGCATTAGAATCAGTGAAACAAAATTACGATTACATGATTATTGATTGTCCTCCGTCTCTCGGGTTATTAACGATTAATGCGCTTACCGCTTCAGATTCAGTCGTTATCCCGGTTCAGTGCGAATACTACGCTCTTGAAGGATTGAGTCAATTATTAAATACAGTTCGGCTTGTGCAAAAACATTTAAATACCGACTTAATGATAGAAGGAGTGCTTCTGACGATGCTTGATGCCAGAACGAATCTCGGCATTCAAGTGATAGAGGAGGTAAAGAAATACTTTAGAGATAAAGTGTATCAAACCATTATCCCTCGCAATGTCCGTTTAAGTGAGGCGCCGAGTCACGGCAAGCCGATCATATTATACGATCCGCGTTCGAGAGGTGCGGAAGTATATTTAGATTTAGCAAAGGAAGTGGCAGCGAATGGCTAA MGKIIAITNQKGGVGKTTTSVNLGACLAYIGKRVLLVDIDPQGNATSGLGIEKADVDHCVYDILVDDADVTDIIKPTSVENLDVIPATIQLAGAEIELVPTISREVRLKRALESVKQNYDYMIIDCPPSLGLLTINALTASDSVVIPVQCEYYALEGLSQLLNTVRLVQKHLNTDLMIEGVLLTMLDARTNLGIQVIEEVKKYFRDKVYQTIIPRNVRLSEAPSHGKPIILYDPRSRGAEVYLDLAKEVAANG NA NA NA NA NA D1-12_02048 852 spo0J COG1475 Stage 0 sporulation protein J ATGGCTAAAGGCGGGCTCGGAAAAGGGATTAACGCGTTGTTTAATCAGGTTGATTTGTCTGAAGAGACAGTGGAAGAGATTAAAATCAGTGATTTGCGCCCCAATCCTTATCAGCCAAGAAAACAATTTGACGATGAGTCATTAGCTGAACTGAAGGAATCCATCATTCAGCATGGCATTCTTCAGCCCATTATCGTGAGAAAATCATTGAAGGGCTATGATATTGTAGCCGGCGAACGCCGTTACCGCGCCGCAAAACTTGCCGGTAAAGAGACAGTGCCGGCTATCGTGCGGGATTTATCTGAATCGCTGATGCGGGAAATCGCTCTTTTGGAAAACCTTCAGCGTGAAGACTTATCACCGCTTGAAGAAGCTCTGGCATATGACTCACTGCTGAAGCATTTGGATTTAACCCAGGAACAGCTCGCTAAACGGCTCGGGAAAAGCAGGCCTCATATTGCCAACCATTTAAGACTGCTGACGCTGCCGGAAAGCATCCAGAACCTCATTGCAGAAGGTGCGTTATCCATGGGACACGGCAGAACCTTGCTTGGTTTGAAAAATAAAAACAAGCTTGAACCGCTTGTGAAGAAAGTGGTTGAAGAACAGCTGAACGTCCGTCAGCTTGAGCAGCTGATTCAGCAGTTAAACAACAATGTTCCACGTGAAACAAAGAAAAAAGAACCTGTTCAAGATGTTGTGTTAAAAGAGCGGGAATCGTATTTGCAAAATTACTTCGGAACAACAGTAAATATTAAGAGACAAAAGAAAAAAGGGAAGATTGAGATTGAGTTTTTCTCAAATGAAGATCTTGAACGTATCCTAGAACTATTGTCTGAAAGAGAAGCGTAA MAKGGLGKGINALFNQVDLSEETVEEIKISDLRPNPYQPRKQFDDESLAELKESIIQHGILQPIIVRKSLKGYDIVAGERRYRAAKLAGKETVPAIVRDLSESLMREIALLENLQREDLSPLEEALAYDSLLKHLDLTQEQLAKRLGKSRPHIANHLRLLTLPESIQNLIAEGALSMGHGRTLLGLKNKNKLEPLVKKVVEEQLNVRQLEQLIQQLNNNVPRETKKKEPVQDVVLKERESYLQNYFGTTVNIKRQKKKGKIEIEFFSNEDLERILELLSEREA PGPT0014815_7648 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-CELL_GROWTH_SIGNALLING,PGPT0014815-parB|spo0J|yyaA-K03497 NA NA D1-12_02049 615 hypothetical protein ATGAATCGAAAAGGCGGGCTTTTTTCTCAAGAACGGGCAAAACAATATGTATCTCATACGGATTCTTCTGCTGCGAATCAAATACAAGCGATCCTTACTTCATCTTTACGTAAAGCAGCCGGCAGACCGTTAGTCACCGTGTGTATCGGTACAGATCGGTCGACCGGAGATTCATTAGGTCCGCTCGTAGGAACAAAGTTAGAAAAAATGAATTTAGGCAGATTGCACGTTTACGGCACGCTGTCAGATCCTGTTCACGCCGTCAATATGAAAGACAAGCTGAAAGATATTCAACATCTACATAAAAATCCGTTTATTATAGCGGTTGATGCTTGTTTAGGCCGCGTCAAAAGCGTAGGCTCATTTCAAATCGGCGATGGACCGCTGAAGCCCGGAGCAGGTGTTCAAAAAGACCTTCCTGAAATCGGTGACGTCCATATCAACGGAATCGTCAATGTCAGCGGGTTTATGGAGTATTTTGTCCTGCAGAATACGAGGCTTCATCTTGTTATGAGCATGGCAAATGTTTTAGCAGAGGGGTTACAGCTGACAGATAAATCAGAAGGCCGGCAGGAACGGCTCAGTCCGTTTCATAAGCTGACAAGACGTATATAA MNRKGGLFSQERAKQYVSHTDSSAANQIQAILTSSLRKAAGRPLVTVCIGTDRSTGDSLGPLVGTKLEKMNLGRLHVYGTLSDPVHAVNMKDKLKDIQHLHKNPFIIAVDACLGRVKSVGSFQIGDGPLKPGAGVQKDLPEIGDVHINGIVNVSGFMEYFVLQNTRLHLVMSMANVLAEGLQLTDKSEGRQERLSPFHKLTRRI NA NA NA NA NA D1-12_02050 1005 hypothetical protein ATGAAGTGGATGCTGCTCATATTAAGCAGCCAGATTGGGGCTGGGTATGCAAGCGGGCAGGAAATATGGCAGTTTTTCGGTGTCGAAAGCGGACTGGCTATTGTATTGTTTACAGTCATGTTTACGATTTCGGCTTATATTGTGTTGAAGATCAGCTATCGGGTTCAATCAACGCACTTTTTACCTGTGCTTGAGCATCTGATGGGGCCGGCTCTTGCTAAAGTCTATGATGTGCTTATTATGTTTTATTTGTTTTCAATGACGATGGTTATGATTGCCGGCGGCGGTGTGACGCTGCAAATGTACAAGCTGCCGTTTTGGCTCGGTATTTTTCTTCTTTGCATTGTGACCGTCGGTTTATTCTTTTGGGATATAAAAGGAATATTATCTCTGAATAGTATTTTGATACCGATTCTTGTAGCGGGACTGTTATATGCATTGGTCTTTTTTCAGACAACCCATCATTACACGTGGACGATAGATTTGACCCGCCAGTATAATTGGCCGGCAAGCATTACCTTCACGTCCTTAAACATCCTTTCTGTTGTCGCTGTTCTTTCTTCAATCGGGAAAGATATGAAAGGACTGGGAGAAGCGAAAATCGCAAGCGTTGCAAGCGGGCTGATTTTCGGTGTGATTTCATTTGTTTACAATGAAACGCTTGTGCAGCTTTCAGGCAGTCTTACACAATATGAGATGCCTCTTTTCGCCGTCCTTGAAGGCGCTCCTTATCCGTTATTTCTTTGTATGGCCGCCGTGCTTTTTTTAGCCATCTATACGACAACCGTGACCGGTCTGTTCGGGCTTTCCAGCCGCATGCTTGCATTTGTGAAATTGCCGAGATGGACGCTCGTATCTCTTCTTTTAGCTGTGATGGTGCCTTTTACGACAATCGGTTTTTCAGATTTGATCGCCATTTTATATCCCATTTACGGGCTTTTAAGTCTTTATTTGCTGGTATGTCTTCTTCTTTACCCTATTTTAGGGAGATGGAAAAAAGTATAA MKWMLLILSSQIGAGYASGQEIWQFFGVESGLAIVLFTVMFTISAYIVLKISYRVQSTHFLPVLEHLMGPALAKVYDVLIMFYLFSMTMVMIAGGGVTLQMYKLPFWLGIFLLCIVTVGLFFWDIKGILSLNSILIPILVAGLLYALVFFQTTHHYTWTIDLTRQYNWPASITFTSLNILSVVAVLSSIGKDMKGLGEAKIASVASGLIFGVISFVYNETLVQLSGSLTQYEMPLFAVLEGAPYPLFLCMAAVLFLAIYTTTVTGLFGLSSRMLAFVKLPRWTLVSLLLAVMVPFTTIGFSDLIAILYPIYGLLSLYLLVCLLLYPILGRWKKV NA NA NA NA NA D1-12_02051 207 hypothetical protein TTGGCGGATAAAGACTTTGGCCTGAATGATATTGTTGAAATGAAGAAACCGCATCCTTGCGGTGAAAACAGGTGGAAAATCATTCGGATGGGAATGGATATTCGGATCAAATGCACGGGTTGTTCCCACAGTGTCATGATTCCGAGAAGAGATTTTGAGAGAAAGCTGAAAAAAGTACTCGTCAAGCATGAGGAGCCTACATCATAA MADKDFGLNDIVEMKKPHPCGENRWKIIRMGMDIRIKCTGCSHSVMIPRRDFERKLKKVLVKHEEPTS NA NA NA NA NA D1-12_02052 2004 ynfF COG1104 putative dimethyl sulfoxide reductase chain YnfF ATGAGCAAAGTGCATCAGTCAGGGTGCCCGCTGAATTGCTGGGACAGCTGCGGCTTTTTGGTGACAGTTGAGGATGGAAAGGTGACGAAAGTAGACGGAGACCCGAATCATCCCATTACGGAAGGAAAAATTTGCGGCCGGGGCAGAATGCTGGAGACGAAAACGAATGCGCCGGAACGGCTTCGTTTTCCTTTAAAAAAGAAAGACGGCGAATTTGTCCGCATTTCCTGGGAGCAGGCGTTAGATGAAATTGCTGAAAAAATGGCGGTGATTAAGGAGACGTTGGGCACTGCCGCAGTGCTGCACAGTCATGATTACGCCAATAACGGTCTTTTGAAGGCGCTCGACCAGCGTTTTTTTAATGGATACGGCGGTGTAACGGAGATTGCGGGCAGCATTTGCTGGGGTTCCGGCATTGAAGCGCAGCGCTGGGATTTCGGGCGTTCTTACGGGCATGGACCGCTTGATATTTATCACAGCAAGCATGTGATCGTATGGGGCAGAAACGTGTCCCGGACGAATATGCACCTCTATCATCATCTGCAGCAGGTGAAGAAAAAAGGAGCGACACTGACGGTCATTGATCCTATTTTTAACCCGACTGCAAAGCTTGCCGATCGGTATATATCCGTCAAACCCGGCATGGATGGCTGGCTTGCGGCGGGTGTTTTAAAAATATTATGCCAAACCGGCAGAACCGATTCCGATTTCATTCAAAGGCATTCGGTCGGTTTTGAAGAAATAGAAAAGCTTCTGAAGACGATTTCTTTTGAGGAGATCATTGAGAAAACAGAAACGTCTTTAGAAGTGCTTGAATATCTTGCTGATTTATATGCTGACGGTCCCGCCTCCACTTTTATGGGTCTTGGGATGCAGAGATATAAAAACGGGGGCGGGACGATACGGTGGATTGACGCTTTAGCTGCGGCGAGCGGAAATGTCGGTATCAAAGGCGGCGGCGCAAACTTCGGAAATGTGCAAGTCGGTGAAAGCTTTGCAAAGGCCGAGCTCACCCGTCCTGATCTGAAGAAAAGTTCGAGAACGTTTTCGATGATGACTCAAGCTGAAGAGGCGCTGAATGCAGCCGATCCGCCGATTGAGATGATCATCGTGACGTGCGGCAATCCGCTGACACAGGTGCCGAATACAAAAAAAGTGAAGGAAGCGTTTGAAAAAACACCGGTCACAGTGGCCATTGATTCGGTCATGACCGATACGGCGAAGCTCTGTGACTATGTGCTGCCGACGGCCGTTGTTTTCGAAGAGGAAGATATTTATTATTCCAGCATGTATCATCACTATGTTCAATATGGTAAGAAGCTTGCGGAACCGCAGGGAGAGGCAAAATCAGACCGCTGGATCTGGACGGAACTCGCAAAGCGTCTCGGATTCGGGGAGCTCTTTGATTACAGTACGGAAGATTTCTTGAAAATGGGGCTCTCTTCTTTGGAGAAAGAAGGAATCACCCTTGAGCAATTAAAGGAAAAAGGACATATGCCGCTTCCGGTCAAACAGGTTCCGTGGAGTGATTTTCAATTTTTAACCCCGAGCGGAAAATTTGAATTCGTCTCGTCACTGGCAGAAGAGAAAGGATACAGCGGCCTCCCTCAATTGGAGGTGCCGGAGGAGTCTGTTTATCATGACGCCGGACTGGCCGGGAAATATCCGTATACGCTGCTGTCCATTCACCCGCAGCGCTCCAATCATTCACAGCACGTGCCGTTTATTGAAAAGCTTCAGCAGATTCAGGTGGATCTGTCGCCGGATATCGCCGAGGAGCTTTCACTTCAAGACGGAGATACGGCAGAGGTATACAATGACCGCGGCCGTCTGCGCGGCAGGGTGAAAATCATGAAGCAGGCTCACCCGAAGACGGTGAATATAGATGAAGGCATGTGGGCGGCATTCGGAGGCTCCGTCAACATGCTCACAAAGGATTCAAATTCCGATAATGGAATGGGAAGTACGCTTTTTGACTGTCTGGTAGCGGTTAAAAAAGGATAA MSKVHQSGCPLNCWDSCGFLVTVEDGKVTKVDGDPNHPITEGKICGRGRMLETKTNAPERLRFPLKKKDGEFVRISWEQALDEIAEKMAVIKETLGTAAVLHSHDYANNGLLKALDQRFFNGYGGVTEIAGSICWGSGIEAQRWDFGRSYGHGPLDIYHSKHVIVWGRNVSRTNMHLYHHLQQVKKKGATLTVIDPIFNPTAKLADRYISVKPGMDGWLAAGVLKILCQTGRTDSDFIQRHSVGFEEIEKLLKTISFEEIIEKTETSLEVLEYLADLYADGPASTFMGLGMQRYKNGGGTIRWIDALAAASGNVGIKGGGANFGNVQVGESFAKAELTRPDLKKSSRTFSMMTQAEEALNAADPPIEMIIVTCGNPLTQVPNTKKVKEAFEKTPVTVAIDSVMTDTAKLCDYVLPTAVVFEEEDIYYSSMYHHYVQYGKKLAEPQGEAKSDRWIWTELAKRLGFGELFDYSTEDFLKMGLSSLEKEGITLEQLKEKGHMPLPVKQVPWSDFQFLTPSGKFEFVSSLAEEKGYSGLPQLEVPEESVYHDAGLAGKYPYTLLSIHPQRSNHSQHVPFIEKLQQIQVDLSPDIAEELSLQDGDTAEVYNDRGRLRGRVKIMKQAHPKTVNIDEGMWAAFGGSVNMLTKDSNSDNGMGSTLFDCLVAVKKG NA NA NA NA NA D1-12_02053 1101 ychF COG0012 Ribosome-binding ATPase YchF ATGGCTTTAACTGCTGGAATTGTCGGTTTGCCGAATGTCGGAAAATCGACGTTATTTAATGCAATTACCCAGGCTGGTGCCGAATCAGCCAACTACCCGTTCTGTACAATTGATCCGAACGTGGGAATCGTGGAAGTGCCGGATGAACGTCTGCAAAAGCTGACTGAATTGGTGAACCCGAAAAAAACGGTGCCGACTGCGTTTGAATTCACTGATATCGCGGGGATCGTAAAAGGCGCATCTAAAGGTGAAGGACTCGGAAATAAGTTTCTTTCTCATATCCGTCAGGTAGATGCGATCTGTCACGTTGTACGGGCATTCGCTGATGACAATATTACGCACGTGTCAGGGAAAGTCGATCCGATTGACGATATTGAAACGATCAACCTTGAATTGATTCTTGCCGACATGGAGACAGTCGAAAAACGCATCACGCGTGTAAGCAAGCTTGCTAAGCAAAAAGACAAAGAAGCGGTTTTTGAATTTGACATTCTGTCTAAATTAAAAGAAGCTTTCGAACAAGAAAAGCCTGCCCGTTCCGTTGAATTTACGGAAGAACAGCAAAAGCTTGTGAAGCAGCTTCATTTGCTTACGTCAAAACCCGTGCTTTATGTAGCAAATGTAAGCGAGGATGAAGTGGCTGATCCTTCAGATAATGAATATGTTGCGAAAATCCGGGAGTACGCCGCGGGTGAAAACGCCGAGGTTATCGTCGTCTGCGCGAAAATTGAGTCTGAAATTGCTGAATTGGAAGGCGAAGAAAAGCAAATGTTCCTTGAGGAGCTCGGCATCGAAGAGTCAGGTCTTGATCAGCTGATTAAAGCGTCATACTCTCTTCTCGGTCTTGCGACATACTTTACGGCGGGCGAACAGGAAGTGCGCGCATGGACATTCAGAAAAGGCATGAAAGCTCCTGAGTGTGCGGGTATCATCCACACTGACTTTGAACGCGGCTTTATCCGCGCTGAAACGGTTGCTTATGAAGACCTTTTGGCAGGCGGCGGAATGTCCGGAGCGAAAGAAGCCGGAAAAGTGCGTCTGGAAGGTAAGGAATATGTAGTCCAAGACGGAGATGTCATTCATTTCCGATTTAATGTATAG MALTAGIVGLPNVGKSTLFNAITQAGAESANYPFCTIDPNVGIVEVPDERLQKLTELVNPKKTVPTAFEFTDIAGIVKGASKGEGLGNKFLSHIRQVDAICHVVRAFADDNITHVSGKVDPIDDIETINLELILADMETVEKRITRVSKLAKQKDKEAVFEFDILSKLKEAFEQEKPARSVEFTEEQQKLVKQLHLLTSKPVLYVANVSEDEVADPSDNEYVAKIREYAAGENAEVIVVCAKIESEIAELEGEEKQMFLEELGIEESGLDQLIKASYSLLGLATYFTAGEQEVRAWTFRKGMKAPECAGIIHTDFERGFIRAETVAYEDLLAGGGMSGAKEAGKVRLEGKEYVVQDGDVIHFRFNV NA NA NA NA NA D1-12_02054 288 rpsF COG0360 30S ribosomal protein S6 ATGAAAAAGTACGAAGTTATGTACATTATCCGTCCGAACATTGACGAAGAGTCAAAGAAGGCAGTTATCGAGCGTTTCAACAACGTATTGACTTCTAACGGAGCGGAGATCACTGGAACAAAAGATTGGGGTAAACGTCGTCTTGCTTACGAAATCAACGATTTCCGTGACGGTTTCTACCAAATCTTAAACGTTCAGTCTGAAGCTGCAGCGGTTGCTGAATTCGACCGTTTAGCTAAGATCAGTGACGATATCATTCGCCACATCGTTGTTAAAGAAGAAGAATAA MKKYEVMYIIRPNIDEESKKAVIERFNNVLTSNGAEITGTKDWGKRRLAYEINDFRDGFYQILNVQSEAAAVAEFDRLAKISDDIIRHIVVKEEE NA NA NA NA NA D1-12_02055 519 ssbA COG0629 Single-stranded DNA-binding protein A ATGCTTAACCGAGTTGTATTAGTCGGAAGACTGACAAAAGACCCAGAGCTTCGTTATACGCCAAGCGGTGCGGCTGTCGCCACGTTTACTCTTGCTGTGAATCGTACATTCACGAACCAGTCCGGAGAACGTGAAGCCGATTTCATTAATTGTGTCACTTGGAGAAGACAAGCCGAAAACGTTGCAAACTTTCTTAAAAAAGGAAGCCTTGCCGGCGTAGACGGCCGACTCCAGACAAGAAATTATGAAAACCAGCAGGGACAGCGTGTCTTCGTGACAGAAGTCCAAGCTGAAAGTGTTCAATTTCTTGAGCCTAAAAACAGCGGCGGTTCTGGATCAGGCGGATACAACGAAGGAAACAGCGGCGGAGGCCAATACTTTGGCGGAGGCCAAAATGATAATCCGTTCGGCGGAAATCAGAACAACCAGAGACGAAATCAAGGGAACAGCTTTAATGATGATCCATTTGCCAACGACGGCAAGCCGATTGACATCTCGGATGATGATCTTCCGTTCTAA MLNRVVLVGRLTKDPELRYTPSGAAVATFTLAVNRTFTNQSGEREADFINCVTWRRQAENVANFLKKGSLAGVDGRLQTRNYENQQGQRVFVTEVQAESVQFLEPKNSGGSGSGGYNEGNSGGGQYFGGGQNDNPFGGNQNNQRRNQGNSFNDDPFANDGKPIDISDDDLPF NA NA NA NA NA D1-12_02056 240 rpsR COG0238 30S ribosomal protein S18 ATGGCAGGAGGACGCAGAGGCGGTCGTGCGAAACGCCGTAAGGTTTGTTACTTCACTTCTAACGGCATTACGCACATCGATTACAAAGATGTAGATCTTCTTAGAAAGTTTGTTTCTGAGCGTGGTAAAATCTTACCTCGCCGTGTAACTGGAACAAACGCGAAATACCAACGTAAATTGACTATCGCGATCAAACGCGCACGTCAAATGGCTTTACTTCCATACGTAACTGGCGAGTAA MAGGRRGGRAKRRKVCYFTSNGITHIDYKDVDLLRKFVSERGKILPRRVTGTNAKYQRKLTIAIKRARQMALLPYVTGE NA NA NA NA NA D1-12_02057 582 adaA COG2169 Bifunctional transcriptional activator/DNA repair enzyme AdaA ATGGAGACAGACAGAAATATCCTGACTGATGAAAAGTGGAGCGCAATCATACGCAATGATGCTTCTTATGACGGAGTATTTTATTATGCAGTAAAAACGACGGGGATTTTCTGCCGGCCTTCTTGTAAATCGAGAGTTCCGAATAAAGAAAACGTGCTGGTGTTTGATACGGCTGATGCAGCGCTCGAGAGACATTTTCGTCCCTGTAAAAGGTGCCGGCCGAACGGTCTTCGTCTTCCTGATGAAGAATGGATTGCTCAAATCATTGAATACATTGAACGCCATTATCACGAATCCCTGACTTTGAGTGTACTGGCCGAAATGTGTCACGGCAGCCCCTATCATTTACAGCGGACATTTAAAAAAATCAGGGGAATGTCCCCGATTGCGTATATACAGAAAATAAGATTGTCGAAGGCGGAACACCTTTTAAAGCATACTGATATGACAGTCATGGAGATCGCTCTGACTGTCGGAATTCCAAACACAGCGCATTTCGCGACTCTTTTTAAAAAGAGAACCGGGAGTTCGCCCACAGAATACAGAAAAACGGCCAAAATGGGACAGGGAGGTTCAATATGA METDRNILTDEKWSAIIRNDASYDGVFYYAVKTTGIFCRPSCKSRVPNKENVLVFDTADAALERHFRPCKRCRPNGLRLPDEEWIAQIIEYIERHYHESLTLSVLAEMCHGSPYHLQRTFKKIRGMSPIAYIQKIRLSKAEHLLKHTDMTVMEIALTVGIPNTAHFATLFKKRTGSSPTEYRKTAKMGQGGSI NA NA NA NA NA D1-12_02058 558 adaB COG0350 Methylated-DNA--protein-cysteine methyltransferase, inducible ATGAGTAAAGAGCCTATGATCTATTGGACACTCTTCACACGGAATGATTGGAGCCTGTATACAGCCGCCACATCTAAGGGGCTTTGCTTTATAGGTTCAAATCATGGAAGCTTTGAAGAGCTTGAGCAGTGGGCAAAAAAAGCAATACCGCAATACCGATTGGCACGTGATGATGAAAAGCTGGCGTCTTACACGGCAGAGCTGTCCGAGTACATCGACAATGGCAGATCAGCTTTTTCAGTGCCGGTGGATCTTTACGGGACAGAATTTCAGCTTGCTGTATGGAAAGCGCTTATGGACATACCGTACGGCGAGACATACTCCTATTCGGATATAGCAGAAATGATTCAGAAACCGGCAGCTGTAAGAGCAGTGGGCGCCGCGATTGGAAAAAATCCGGTATTGATTACGGTTCCGTGCCATCGCGTCATCGGGAAAAACGGGAAACTGACCGGATTCAGAGGCGGTTTAGAAATGAAAAAGCAGCTGCTGGCATTAGAGGGCGGAAACATTGAAACACTGGAATACCGGCTGAGCCGGACAGGAGGGAACACATGA MSKEPMIYWTLFTRNDWSLYTAATSKGLCFIGSNHGSFEELEQWAKKAIPQYRLARDDEKLASYTAELSEYIDNGRSAFSVPVDLYGTEFQLAVWKALMDIPYGETYSYSDIAEMIQKPAAVRAVGAAIGKNPVLITVPCHRVIGKNGKLTGFRGGLEMKKQLLALEGGNIETLEYRLSRTGGNT NA NA NA NA NA D1-12_02059 759 exoA COG0708 Exodeoxyribonuclease ATGAAACTGATTTCTTGGAATGTAAACGGCTTGCGTGCCGTGATGAAAAAGATAGATATCAATACTTACGTTCAGGAAACGGCAGCCGATATTCTATGTCTGCAAGAAACAAAAGTACAGGACGGACAAGTATCATTACAGCCTGAAGGATATCACGCCTATTGGAACTATGCGGTGAAAAAAGGCTACTCAGGCACGGCTGTTTTTTCGAAAGAAAAGCCGCTGCACGTGTTCTATGGACTGGGGATTGACGACCATGATCAAGAAGGACGGGTGATCACGCTTGAATTTGAGAACGTGTTTGTCGTCAACTGTTACACGCCGAATGCCAAACGCGGATTAGAGCGAATTGATTACCGTCTTCAATGGGAAGCCGATTTTAAGGATTATCTGCAGAAGCTTGACCGGAAGAAGCCCGTGATCTTATGCGGCGATCTGAATGTCGCACACAGGGAGATAGACTTAAAAAATCCGAAAGCCAACCGGAAGAACGCCGGTTTCTCGGAGCAGGAGCGGGAAGCGTTCAGCGCCCTGCTGAACGCCGGATTTACCGACTCATTCCGCCATTTACACCCTGATCGGGAAGGCGCCTATTCCTGGTGGTCTTACAGGACGAACGCACGTGAAAAAAACATCGGCTGGCGGCTTGATTACGTCATTGTTTCAGACAGACTGAAGCCGCGGATCAGCGAAGCGGCCATTTGTGCCGATATTATGGGTTCTGACCATTGCCCTGTTGAAATGACAGTGGATTTATGA MKLISWNVNGLRAVMKKIDINTYVQETAADILCLQETKVQDGQVSLQPEGYHAYWNYAVKKGYSGTAVFSKEKPLHVFYGLGIDDHDQEGRVITLEFENVFVVNCYTPNAKRGLERIDYRLQWEADFKDYLQKLDRKKPVILCGDLNVAHREIDLKNPKANRKNAGFSEQEREAFSALLNAGFTDSFRHLHPDREGAYSWWSYRTNAREKNIGWRLDYVIVSDRLKPRISEAAICADIMGSDHCPVEMTVDL NA NA NA NA NA D1-12_02060 939 ccpB_2 Catabolite control protein B ATGGCAAATATAAAAGAGATTGCGAAACTGGCGAATGTGTCGGTGGCCACCGTATCACGCGTATTAAACCGACACCCGTACGTATCTGAGGAGAAAAGGCGTCTTGTGAATCAAGTGATGAAGGAGCTGGATTATACCCCTAATCGAACCGCCATTGATCTGATTCGCGGAAAGACCAATACAATCGGCGTGATTTTGCCGTACAGCGACCATCCCTGCTTTGACAAAATTGTAAACGGTATCACGAAGGAAGCGTTTGCCCATGATTACGTGACAACCCTTCTCCCCACCAACTATGACCCCGCTATAGAGTTGACATATTTCGAACTGCTGAAAATGAAAAAGATTGACGGACTGATTGTCACGTCCCGTGCGAATGAATGGGAAACCGCCGTGCCTTACCTGGAATACGGTCCCATTGTCGCTTGTGAATATACACAGCATCAAGAGATTCCCTGCGCTTATAATGACAGGCAGGCAGCATACAGAGAAAGCTTTTTGTATTTGAAGAACCGCGGGCATCAAGACGTTGCTTTTACATGTGTGCGGGAAGCGGAAAAAAGCCCGAGTACGGCCGACAAGGTAACCGCATATAAGGCGGTTTTCGGCTCTCTTGATGAAACCCGCATTCTGGTCGGATGCCATGATATGGACGACGGAAAGCGGGCGGGTGAGCACTTCCGGGGTTTCGACAAGGCGCCGACGGCCATCTATGCGCACAGTGATGACGTGGCTGCCGGCTTGTACCAGTTTGCGAAAGAACAGAAATGGGACGCGGAGATCATCGGCGAGGGAAATCTGAGCGTCAGCCGGGCATTGAATATTCCATCTCTGGAACTTCATTTGGAACGGGTCGGAAAGGAAGCATTTTTATTGTTTTTTCACGAAGAAACGGCTAAAAAACAAATTATGCATCAATTTCAGCGGAAAAAGTCTTGA MANIKEIAKLANVSVATVSRVLNRHPYVSEEKRRLVNQVMKELDYTPNRTAIDLIRGKTNTIGVILPYSDHPCFDKIVNGITKEAFAHDYVTTLLPTNYDPAIELTYFELLKMKKIDGLIVTSRANEWETAVPYLEYGPIVACEYTQHQEIPCAYNDRQAAYRESFLYLKNRGHQDVAFTCVREAEKSPSTADKVTAYKAVFGSLDETRILVGCHDMDDGKRAGEHFRGFDKAPTAIYAHSDDVAAGLYQFAKEQKWDAEIIGEGNLSVSRALNIPSLELHLERVGKEAFLLFFHEETAKKQIMHQFQRKKS NA NA NA NA NA D1-12_02061 381 hypothetical protein ATGCGAATTGAACATGCAGCGATATGGGTGAAAGATTTAGAACGGATGAAAGAGTTTTATGAGACATACTTCGGCGCCAAGGCCAATGACCTTTATCATAATGAGAAAAAAGATTTCAAATCGTATTTTCTTTCGTTTGACTCCGGATGCAGGCTGGAACTTATGAAAAAAGGCGGCATTGATGAAGCTCCGTCACAGAATATGACCGGATGGGCGCATCTCGCATTTTCTACAGGCAGCAAGGAGCGGGTGAATGAATTGACGGAGACGTTTAAAAACGACGGATTTCAGGTTGTAAGCGGCCCGCGCGTGACGGGTGACGGATATTATGAGAGCGTGATAGAGGATGGGGAAGGCAATTTGATAGAAATCACAGTGTAA MRIEHAAIWVKDLERMKEFYETYFGAKANDLYHNEKKDFKSYFLSFDSGCRLELMKKGGIDEAPSQNMTGWAHLAFSTGSKERVNELTETFKNDGFQVVSGPRVTGDGYYESVIEDGEGNLIEITV PGPT0013300_5225 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 D1-12_02062 1332 ydjE Inner membrane metabolite transport protein YdjE ATGAAACATCAGACATTCTCAAATGTAGCGAACCGATTAGACCGTCTCCCCATTTCGCGTGTGCACTATCAAGTATTAACCGCTCTCGGAATCATCTATTTTTTCGATCTCGCTGATCTGTTTACGCTCAGCAACGTGGCTCCGGCGCTGATTGAGCATTGGGGCGTGAAGCTGTCCACCATTGCCGACATTACGGCCGCATCCTTCCTGGGCATGTTTTTAGGCGCGTCCATCGGCGGAAGGCTGTCCGATCGGATCGGCAGGAAAAAAGCGCTGAATTGTTTTGTCCTTGTCTTTTCGATCTCATCTTTTCTGAATGCGCTGGCATGGGACATTCCGTCCTTAATGATTTTCCGCTTCTTGACCGGGCTCGGCGTCGCGGCCGCCATGATTGTGACGAACAGCTATTTGGCGGAATTTTTTCCATCCTCCGTACGGGGAAAATACATCTCCTTTTGCGCCATGATCGGACTGATCGGCGTTCCCGTCACAAACGTTGTTTCCGCTTTTGTCATTCCTTTAGGCTCATGGGGGTGGCGGCTCGTATTCGTATGGGGGGCGGCCGGTCTCATTTATTTCTTTTTTATCCGCCGGCTTGAGGAATCGCCGCGCTGGCACGAAAATCGGGGCGCATATGATCAGGCAAACGCCATTATGAACCGTCTTGAAGCACGTATAGAGAAAGAAAAAGGCCCGCTTCCCGCGCCAAAAGAGGCGGCAGAAGTACATACAGTGAAGCACGCAGGCTACTTAGGGCTGTTTCAGGGCAGGAATTTAAAGATCACCATCATCCTGTCAGCGGTATGGATTCTTGAAACCTTTGGCTTTTACGGCTTTGCTTCATGGGTGCCCAGCCTGCTGAAAAGCAACGGCATCACCATGGAAAAAACGCTGTGGTACAATGTGCTTCACTCTGTCGGCGCACCGCTTGGCGCATTGCTCGGTTCCATGATATCCGAGACGTTCCAAAGGAAATGGATCCTGGCCGCAAGCGCTTTTCTGACTGCCATTGCCGGACTGTTATACGGCATGACGTTTATTCCCGTCATGATTATTGTGTTTGGATTTGTCGTCAACGTTACGGAACGGGTATTCACCTCAAACTTATACGCATATACATCGGAGCCGTATCCTACGGAATATCGCTCGGCCGGGAGCGGGCTGGCGTACGGGCTCGGCCGTTTTTCCAATATATTCGGTTCCCTGCTCGTCGGATTTATTGCCGTTAAGCTCGGCTACATCAGCGTCTTTTTGTTCATCGGCGGCTGCTGGCTTCTATGTTCCGTTTTGTTAATCCTCTTCGGTCCGAAAACTAATGCTCAGCAAATTTAA MKHQTFSNVANRLDRLPISRVHYQVLTALGIIYFFDLADLFTLSNVAPALIEHWGVKLSTIADITAASFLGMFLGASIGGRLSDRIGRKKALNCFVLVFSISSFLNALAWDIPSLMIFRFLTGLGVAAAMIVTNSYLAEFFPSSVRGKYISFCAMIGLIGVPVTNVVSAFVIPLGSWGWRLVFVWGAAGLIYFFFIRRLEESPRWHENRGAYDQANAIMNRLEARIEKEKGPLPAPKEAAEVHTVKHAGYLGLFQGRNLKITIILSAVWILETFGFYGFASWVPSLLKSNGITMEKTLWYNVLHSVGAPLGALLGSMISETFQRKWILAASAFLTAIAGLLYGMTFIPVMIIVFGFVVNVTERVFTSNLYAYTSEPYPTEYRSAGSGLAYGLGRFSNIFGSLLVGFIAVKLGYISVFLFIGGCWLLCSVLLILFGPKTNAQQI PGPT0014435_1596 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H+_SYMPORTER,PGPT0014435-ydjE-K08369 NA NA D1-12_02063 897 hypothetical protein ATGAATACGTTTGTACGGCCCGCAGAGGGAAGAAATAGTGTATCGAGATATCTTCTTTCTCTGTTGGTCATTGTGGGTTTGTTCTTTTTTGGAAGCATACTGACCGTGTTTTATATGTTTCTCACGTCCGCTTTCAACCCTTCACTGACGATAAATTGGGATGAGGCGGCATTAAGTGACCCGCTGGCGGATATTTATTTACAGCATATCGTCTATTTCATAGCGATTCCGGGCATTTGGATAGCGGTTCGTTTCATTATGAAGCGGCGGTTTTTATCCATCATCACACCGAATCAGTCGCTGAACTGGAAGAGAATTTTCTTTGGATTCGGCACATATGTTGTGTTGATGTTTGTCGCGGGGCTGATTGATTTTACAATTCATCCGGATCGTTTCATGCTTCAGGAATTCCATGCTTCACGTTTTCTGCTGCTGTTAGCGGCGGCCGTCTTGTTGGTGCCGATTCAAACCTCTGCGGAGGAATTTCTCTTTCGCGGTTTTCTGCTTCAGTTCGCCGGAAAATTGACGGCAAACGCGGTGGTTCTGACAGTCATTATCGGCGGATTATTCGGCGCACTTCATTTCGGAAATCCGGAGATGGAAAATGGAGCTCTCTGGGCGGGAATCGGATATGTCACCATCGGCATGATCTGGACCTTTATCACGATTAAAACGGGCAGTCTGGAGATGTCCCTTGGCGGTCACGCTGCCAATAATATGTTTTTATTTATCTTTCTCACAGAGGATCATTCGGTGTATGGCGGCATTCCGTCGATATTTACAACAGCAGCCGGCGGCTATGAAATATATGATTGCATATCGACTCTGGTGATCAATATCATCTTTGCATGGCTCGCGTTCCGTTTTGTGAAAAAAGAAAAGCAGCAGGCCGCCTAG MNTFVRPAEGRNSVSRYLLSLLVIVGLFFFGSILTVFYMFLTSAFNPSLTINWDEAALSDPLADIYLQHIVYFIAIPGIWIAVRFIMKRRFLSIITPNQSLNWKRIFFGFGTYVVLMFVAGLIDFTIHPDRFMLQEFHASRFLLLLAAAVLLVPIQTSAEEFLFRGFLLQFAGKLTANAVVLTVIIGGLFGALHFGNPEMENGALWAGIGYVTIGMIWTFITIKTGSLEMSLGGHAANNMFLFIFLTEDHSVYGGIPSIFTTAAGGYEIYDCISTLVINIIFAWLAFRFVKKEKQQAA NA NA NA NA NA D1-12_02064 2070 Cellobiose 2-epimerase ATGCCAAACAATAGTAAACCCAACAGTCTAATCACGGAGAAGTCCCCCTATCTGCTCCAACACGCCCATAATCCCGTAAACTGGCACCCTTGGGGAGAAGAAGCCTTTGAAAAAGCGAAACGCGAAAACAAGCCGGTTCTGGTCAGCATCGGTTATTCGACGTGTCACTGGTGCCACGTAATGGCTCACGAGTCCTTTGAGGACGAAGAGATCGCCGGTATGTTAAACGATAAATTCATAGCCATCAAGGTTGATCGTGAAGAGCGGCCTGATGTGGATTCCGTGTATATGAGAATCTGCCAGCTGATGACGGGGCAGGGCGGGTGGCCGCTGAACGTGTTCGTCACACCAGATCAAAAGCCGTTTTATGCGGGGACGTATTTTCCGAAGACGAGCAAATATAACCGTCCGGGCTTTATCGATGTGCTTGAACATCTGTCCGAAACGTTTGCGAATGACCGGCAGCATGTCGAGGATATCGCCGAAAACGCCGCCGCTCATCTTGAAGTTAAGGTTCACCCGGCTGAGGGCATGCTTGGCGAACAGGCGGTTCATGACACGTATCGCCAGCTGGCCGGCGGGTTTGATACGGTGTACGGCGGGTTCGGCCAGGCTCCGAAATTTCCGATGCCGCATATGCTCATGTTTCTGCTTCGCTACTACAGCTATACGGGCAAGGAACAGGCTTTGGCCGGTGTAACCAAGACACTCGACGGCATGGCGAACGGCGGGATTTTTGACCACATCGGGTTCGGATTCGCCCGCTACTCGACTGATAATGAATGGCTCGTGCCGCATTTTGAGAAAATGCTGTATGACAACGCCCTTCTCCTGACCGCATATACAGAAGCCTACCAAGTCACGGGTAATGAGCGCTACAAACAGATTGCGATGCAGATCGTAACGTTTATTCAGCGGGAAATGATGCATGAAGACGGCAGCTTTTTCTCAGCTTTAGACGCTGATACCGAAGGCCGTGAGGGGAAATATTACATATGGTCCAAAAAAGAAATCATGAACCTTCTCGGTGATGAACTCGGCCCGCTTTACTGCAAGGTGTATAACATCACAGACCAAGGCAATTTTGAAGGCGAAAACATCCCGCACCTCATTTTCACGCGGCGTGAGGCCATCCTAGAAGAGACCGGCCTCACAGAACATGAGCTGGCCGAACGCCTTGAAGAGGCAAGAACAAAATTGCTGGAGGCCCGTGAAAACAGAAGCTATCCGCATACAGATGACAAAGTGCTGACCTCATGGAACGCGCTCATGATTGCCGGGCTGGCAAAGGCCGCAAAGGTATTTCACGAGCCTGACTTTCTCAGCATGGCGGAAACAGCGATCCGCTTTCTCGAACGGCACCTCATGCCGGACGGGCGCGTCATGGTCCGCTATCGCGAGGGCGAAGTGAAAAACAAAGGGTTTATCGATGATTACGCTTTTCTCATCTGGGCTTACCTTGAACTGTATGAAGCGGGTTTTCATCCGTCTTATCTGCAGAAAGCGAAAACGTTATGTACAAGCATGCTGGAGCTGTTCTGGGATGAACGGCACGGAGGCTTCTTCTTTACGGGGAATGATGCCGAAACCCTTCTTGTCAGGGAAAAAGAGGTTTATGACGGGGCAGTGCCTTCCGGAAACAGCGCGGCTGCCGTACAGCTGCTTCGTCTCGGCCGCTTGACGGGTGACATATCACTGATTGAAAAAGCCGAAGCGATGTTTTCCGTGTTCAAACGGGAAATAGAGGCCTATCCGAGCAGCAACGCTTTCTTCATGCAAAGCGTACTGGCACATACAATGCCCCAAAAAGAAATCGTTGTTTTCGGAAGGAAAGATGACCCGGACAGAAAACGTTTCATTGAGGCGCTTCAGGAGCATTTCACTCCCGCCTATACGATTCTCGCCGCAGAACATCCGGAAGAGCTTGCCGGCATTTCTGACTTTGCCGCGGATTATCAAATAATCGATGGGAAGACAACGGTCTACATTTGCGAGAATTTCGCCTGCCGGAGGCCGACGACAGATATTGATGAAGCAATGAACACCTTACAAATCAGCAGCAGAGCCTAG MPNNSKPNSLITEKSPYLLQHAHNPVNWHPWGEEAFEKAKRENKPVLVSIGYSTCHWCHVMAHESFEDEEIAGMLNDKFIAIKVDREERPDVDSVYMRICQLMTGQGGWPLNVFVTPDQKPFYAGTYFPKTSKYNRPGFIDVLEHLSETFANDRQHVEDIAENAAAHLEVKVHPAEGMLGEQAVHDTYRQLAGGFDTVYGGFGQAPKFPMPHMLMFLLRYYSYTGKEQALAGVTKTLDGMANGGIFDHIGFGFARYSTDNEWLVPHFEKMLYDNALLLTAYTEAYQVTGNERYKQIAMQIVTFIQREMMHEDGSFFSALDADTEGREGKYYIWSKKEIMNLLGDELGPLYCKVYNITDQGNFEGENIPHLIFTRREAILEETGLTEHELAERLEEARTKLLEARENRSYPHTDDKVLTSWNALMIAGLAKAAKVFHEPDFLSMAETAIRFLERHLMPDGRVMVRYREGEVKNKGFIDDYAFLIWAYLELYEAGFHPSYLQKAKTLCTSMLELFWDERHGGFFFTGNDAETLLVREKEVYDGAVPSGNSAAAVQLLRLGRLTGDISLIEKAEAMFSVFKREIEAYPSSNAFFMQSVLAHTMPQKEIVVFGRKDDPDRKRFIEALQEHFTPAYTILAAEHPEELAGISDFAADYQIIDGKTTVYICENFACRRPTTDIDEAMNTLQISSRA NA NA NA NA NA D1-12_02065 477 hypothetical protein GTGAAAAAAAGAAAGATAATGAAAATAATCATTCCGATTGTAATTTTATTGGGGGTATTTGTTGTTTTATATTCAATATACGATCAACAAGATCTTTATAAAGGGACAAGTAATGACAATGAGTGGAAGGTTTCCATCGAAAAGTCAGATAAAACATCAATTGGGCCAAACTATTTTTTAAACTTATACTGGCAAGGTAGCAAAAATAAAGAGAAAAAAATCACTATCAAACAAATTGAATTGATGGTCGACGGAAAAGTTTATCAAGAGAATGGTCCTTACTCTCTATCTGAATATAATGGTGAAAGCTTAAAAGAGGGTGGAGAAAGACCTGACCACATTTCAACCTTTGATTATATGCCCGAGGAGGATATTAAGGGTCATAAATTAGAGGTCAGAGTAACATGGAATGAATCCAAAGAAAAGATAACAGTCATTAAATTAGAAGAGAAAAAGTTTTTAAACTTGGGTTTCTAA MKKRKIMKIIIPIVILLGVFVVLYSIYDQQDLYKGTSNDNEWKVSIEKSDKTSIGPNYFLNLYWQGSKNKEKKITIKQIELMVDGKVYQENGPYSLSEYNGESLKEGGERPDHISTFDYMPEEDIKGHKLEVRVTWNESKEKITVIKLEEKKFLNLGF NA NA NA NA NA D1-12_02066 978 hypothetical protein ATGAAGATAACAGATAGTATTTATGGCGATGATGAAATAGATGGAATTCTTGAAGAGCTTATTTTCAGTCATCCAGTACAAAGACTAAAAGGGGTTTACCAAGGAGGAGCAAGTTATTTTGTGAATCAAAAGTGGAATGTCACGAGGTATGAACATTCCATAGGCGTAATGCTCCTCATAAAAAAGCTTGGCGGTTCTTTAGAAGAACAAATCGCAGGTTTACTTCACGATGTATCTCATACCGCATTTTCACACGTTATTGATTTTGTGTTTGAAAATAAAAATGAGGATTATCACGAAAACATTTATCATCAAATCATAACTGATTCAGAGATCCCGCATATTCTTGGTAAGTATGGATTTAATTACAAAGACATTCTATTAGACAACTCTAATTGGAATTTGCTCGAACAGCCATCTCCTGAGTTATGCGCTGACCGGATAGATTATACCTTAAGAGATATGTATCGATACGGAAACATCCTAATGGAGGAAGTTGATCATTTCTTAAATCATCTAATTATTAAAGAAGGAAAAATATATTTAAAAGATATAAAAACTGCTGAATGGTTTGTAAGAACCTATTATAAAGAGGTTATTGATTTCTTTATGAATCCTCTTAATATTTACGGTTATGATTATTTGGCTAAGACTTTAAAAACCGCTTTGGATAAACAAATCATTAACATAAACACACTGCTTGGAACAGATGAAGAAGTAATGAACATCTTGCGTTCTTCCGGGGATATAGATGTTAAAAATCTTATTAGTCGCTTACATCGAAAAGTTATTGTTAAAGAAGATAAGGCTGATTATCATTTGCATCGTAAGAATAAAATGAGGCTTATTGATCCGTCTGTATTCTATGATGACAAACTTATCCCTTCTTCTGCATTATCAAATGAAATTAAAACGCTGAACGAAAACGCTAAGAAAAAAGCTGAGGAAGGGATGTATGTAAAAATAATTTTAAACTGA MKITDSIYGDDEIDGILEELIFSHPVQRLKGVYQGGASYFVNQKWNVTRYEHSIGVMLLIKKLGGSLEEQIAGLLHDVSHTAFSHVIDFVFENKNEDYHENIYHQIITDSEIPHILGKYGFNYKDILLDNSNWNLLEQPSPELCADRIDYTLRDMYRYGNILMEEVDHFLNHLIIKEGKIYLKDIKTAEWFVRTYYKEVIDFFMNPLNIYGYDYLAKTLKTALDKQIININTLLGTDEEVMNILRSSGDIDVKNLISRLHRKVIVKEDKADYHLHRKNKMRLIDPSVFYDDKLIPSSALSNEIKTLNENAKKKAEEGMYVKIILN NA NA NA NA NA D1-12_02067 882 yedA putative inner membrane transporter YedA ATGCGAAAGAAAACAGTTCGAATCGGTATATCTTACAGTCTGATGATTGGGTTGTGGGCCTCAGCTTTCCCGGGAATTCGCGCGGGTTTGGAGAGTTACACGCCGGAACACCTCGCTTTGTTTCGCTTGTTGATTGGGTCAATGGCACTGGTGGTTTTTGCTGTTTTGACTCATATGCGTTTACCTGACATGAAGGATATCCCTGCTATTTTATCTTTAGGATTTTTAGGTTTTGCACTATATCACATTTTGCTGAATATCGGAGAAAAAACCGTCAGCGCAGGGGTAGCAAGCTTACTCGTGACCATGACACCTATTTTTTCTGCAATGTTATCTCGTCTGTTTTTTGGTGAACATTTTGGGCTTTATAAATGGATTGGCTCTATCATAAGTTTATTAGGTGTGTCGATCATTACATTTGGGGCAGGAAACTATACACATTCAGTGAACGGCATTTTGTTAATCCTGCTGGCAGCTTTTTCGGAGAGTATTTATTTCGTTTTTCAAGCCCGCTATATAAAAAAATATGGATTTATTCCATTCGTTACATTCACTATTTGGGGCGGGACAATTCCTATGCTTGTATTTCTGCCTGGCTTAGGGGAAGAGTTTTTGAACGCTTCAATGAACTCAACATTGTCTATCGTTTACTTAGGTTTATTACCAACGGTTGTGCCTTACTTTGCACTTGCATATGTAACTTCACTCGTCGGTACTTCAGAAGCAACCATTTCACTTTATTTAACACCAGCCGTAGCCTTGGCCATTTCTTGGGTGTGGTTAGGTGAAGTACCTGCGTTTATTGCACTGACAGGCGGGATGGTTACAGTCGCCGGGGTGTGTTTCACTTATCTGAAAGCAAATAAAATTAGGCTCAAATGA MRKKTVRIGISYSLMIGLWASAFPGIRAGLESYTPEHLALFRLLIGSMALVVFAVLTHMRLPDMKDIPAILSLGFLGFALYHILLNIGEKTVSAGVASLLVTMTPIFSAMLSRLFFGEHFGLYKWIGSIISLLGVSIITFGAGNYTHSVNGILLILLAAFSESIYFVFQARYIKKYGFIPFVTFTIWGGTIPMLVFLPGLGEEFLNASMNSTLSIVYLGLLPTVVPYFALAYVTSLVGTSEATISLYLTPAVALAISWVWLGEVPAFIALTGGMVTVAGVCFTYLKANKIRLK NA NA NA NA NA D1-12_02068 1449 norG COG1167 HTH-type transcriptional regulator NorG ATGAGCGCTCCAGAAGAAAAAAAGATGAAAAAGCTTCCTAAGTACATACAAATCATTCAATTTATAAAAGAGAAAATAGGAAATGGAGAATGGCCGATTGGAAGTAAGATTCCAAGCCAGCGCACGCTTGCCAAACACTTTGAGGTGAACAGGAGCACAGTCATTACAGCTTTAGAGGAATTGACGGCGGATGGATTAATCGAAGGCAGAATGGGCAAAGGGACAGTTGTTACGAACAATACATGGACACTTTTGGCTAAGAATTCCGCCCCCGATTGGGATCAGTATGTAACCTCCGGAATCCAGCAGCCAAGCCAAAAAATCGTTCAAGAGATCAATAAATCAGAATCAAATTCCGATCTTATACAGCTCAGTAAAGGAGAACTTTCACATGAGATTTTTCCTTTAGCTGCTATGAAAAAGATGATGGGAAAGGTATCTCAAAACATAGAGGCATTCGGGTATGAGGAACCAAAAGGATATTTGCCTTTGAGAGAGGCATTAAGCGGCTATTTAAGAACAATCGGTATTCAAGCTTCATCTTCTTCCATTCTTATTGTTTCTGGAGCGCTGCAAGCCTTGCAGCTGATATCAATGGGGCTTTTGCAAAGGGGATCGACCGTTTATCTTGACCAGCCTTCCTATCTTTATTCATTACACGTATTTCAATCAGCCGGTATGAAGCTGACTGGAGTTCCTATGGATAATGATGGACTTTTGCCGGAACATATCCACATGGCAAGGGGGGAACGGGGAAGGGCTATTTTATATACAAATCCTTGTTTTCATAATCCGACAGGTATTTTAATGTCAAAAAAGAGGCGAGAAGAAATCCTTGCGGCAAGTGAGAATGCACAGCTTCCCATTATTGAAGATGATATTTATCGTGAGTTATGGATCGATGAAATTCCTCCAGATCCTATTAAAACAATAGATAAAAATGGGCATGTGCTTTACATAGGCAGTTTATCGAAAACATTAAGTCCGGGTTTGAGGATTGGATGGATCGTCGGGCCGGAACCAGTGATTGAACGTTTATCCGACATAAAAATGCAAACAGATTACGGCTCCAGTTCGTTATCCCAGAGAGTAGCGGCAGAGTGGTTTACATCCGGTGAATACCAGCAGCATCTAGAACAGGTGAGAAGTCAATTAAAGGTGAGAAGACAATTGGTCATGAGTCTCTTAGAAACCAATTTGAAGAATGTCGCTACATGGAATATGCCGAAGGGAGGATTCTTTGTCTGGGTAAAAATATTGCCTTCACTATCTATGAAATTACTTTATACAAAAGCTTTGACAAAAGGGATACTTCTCAATCTCGGCAGTATCTATGCTCAAGAAAAAGGGAACTATATTCGCTTATCATATGCTTATGCATCTCTTGAAGACCTTCAAAAGGGAATTTATGAATTGGGTTTGATGATTAAGGAATTGGCAAGCAGATAA MSAPEEKKMKKLPKYIQIIQFIKEKIGNGEWPIGSKIPSQRTLAKHFEVNRSTVITALEELTADGLIEGRMGKGTVVTNNTWTLLAKNSAPDWDQYVTSGIQQPSQKIVQEINKSESNSDLIQLSKGELSHEIFPLAAMKKMMGKVSQNIEAFGYEEPKGYLPLREALSGYLRTIGIQASSSSILIVSGALQALQLISMGLLQRGSTVYLDQPSYLYSLHVFQSAGMKLTGVPMDNDGLLPEHIHMARGERGRAILYTNPCFHNPTGILMSKKRREEILAASENAQLPIIEDDIYRELWIDEIPPDPIKTIDKNGHVLYIGSLSKTLSPGLRIGWIVGPEPVIERLSDIKMQTDYGSSSLSQRVAAEWFTSGEYQQHLEQVRSQLKVRRQLVMSLLETNLKNVATWNMPKGGFFVWVKILPSLSMKLLYTKALTKGILLNLGSIYAQEKGNYIRLSYAYASLEDLQKGIYELGLMIKELASR PGPT0028960_146 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_NorB,PGPT0028960-norG-K18907 NA NA D1-12_02069 816 epr_1 COG1404 Minor extracellular protease Epr GTGGGGGTGAAAAAAATCAATGCTGCTTCAATATGGACTTCAAGAGAGAAACAGAAAGTGAAAGTTGCTATATTAGACAGTGGTATTGATAAAGAGCATAAAGATTTAAAAGGGAAAGTTAAAGGAGAATTTAATCCAATAAACATGACTTTAACCTCAGATGATGATGTGGGGCATGGAACTGCTATTGCAGGCATTATAGCAGCTAAAGATAATAGTTTTGGATTAGTTGGAATTGCTCCAGACACTGAAATATATTCAGTTAAAGTACTAAATTCAAAAGGAAAAGGTTCATTAGATAACCTTGTTAAAGCTATAGAGTGGTGTATTGATAATAATATTCAGGTAATAAATTTGAGTTTTGGATTATCCAAAGATAAACCGTTGTTAAGAGGTGCAATTGATAAAGCAGTAAACAGTGGGATCATAATCGTTGCGGCCGCAGGTAACAATTATGGCGGAGATGTTGATTATCCAGCAGCTTATGAAAAAGTTCTCTCTATTAATGCTGTAGATAGAAATAATAAAATAGCTAACTTTTCACCTAAAGGAAAGATTGACTTTTCTGCACCTGGTGTAGATATACCGATACTATCCCTCAATAATGGCTATAAAACTGAAAGTGGTACATCTTTAGCAGCTGCACATGTTACCGGTGTAATATCATTAATTTTACAAAATAGAGATAAATTTGGAATTAATTCAAAAGAGGATATTTATAATCAGGTTAACCATGTATTGTCCAAATTGTCCATCGATCTTGGAAAGAAAGGAAGAGATGAAATTTATGGAAAAGGTTTTTTATCTTTTAAGTAA MGVKKINAASIWTSREKQKVKVAILDSGIDKEHKDLKGKVKGEFNPINMTLTSDDDVGHGTAIAGIIAAKDNSFGLVGIAPDTEIYSVKVLNSKGKGSLDNLVKAIEWCIDNNIQVINLSFGLSKDKPLLRGAIDKAVNSGIIIVAAAGNNYGGDVDYPAAYEKVLSINAVDRNNKIANFSPKGKIDFSAPGVDIPILSLNNGYKTESGTSLAAAHVTGVISLILQNRDKFGINSKEDIYNQVNHVLSKLSIDLGKKGRDEIYGKGFLSFK NA NA NA NA NA D1-12_02070 786 hypothetical protein ATGAAATGTTTTAAAAAGAGTATTGCAGTTATTTTAAGCCTAGTATTAACTTTCACTTTTATTTTACATAATGAATCAAAAGCTGAGGCATTAAACAATAAGGATTACCAAATTGTAACAAACGATGAAGAGAAATTAGTAATCACAGCAGAAAAAGGCGGAGTTAAAGGTTTAATGACTTTAGATAAAGAAAATATGAAACTTTCATTAATAACCGATGAAATTTCGCAGAAGACTGGTGAAAAAGGTAAAGAATATAAAGTTAATATTGAAAATGCTACAAATGAGAAGATAGAAGCAACTTTTACTGATACGGAAACAAATAAAAAATATGAGATTAATTCAGATGAGGTAACAGCTTCTTTTGTTTGGTTTATACCTATAGGAATAGTTATTGGAGAGGCACTTTTAGCGCATTTAATTTCAATTGGATTAGCTGTGACTATTTCAGGAGTGACTTATGTTGCCTATTCTGAGTTTAAGAAGCGTAAAAGAACCTATTCTCATTATATGGCAGTAAGAAAGTCTAAAGGATTATTTATCGGTAATGGTTTGAAAAGACCTGCTGCAATTGCACGCCTTAAAAGGGGTGATGACACTTGGTCTACGTCGAAGAACAATGCCAAATCTATTGCTAAAGCCGCAAGTCCGATTAAAAAAATAGTTGGTCCGGAGATAGATAAAAAGGGTAAAGGTAAACATTATCATTATCACTCGATCTCTAGGTATAAACATGGAAAAGGTGTCCGTATGAAAGCTCATGCTTTCTATGGTGCAGCAAGATAA MKCFKKSIAVILSLVLTFTFILHNESKAEALNNKDYQIVTNDEEKLVITAEKGGVKGLMTLDKENMKLSLITDEISQKTGEKGKEYKVNIENATNEKIEATFTDTETNKKYEINSDEVTASFVWFIPIGIVIGEALLAHLISIGLAVTISGVTYVAYSEFKKRKRTYSHYMAVRKSKGLFIGNGLKRPAAIARLKRGDDTWSTSKNNAKSIAKAASPIKKIVGPEIDKKGKGKHYHYHSISRYKHGKGVRMKAHAFYGAAR NA NA NA NA NA D1-12_02071 459 hypothetical protein ATGTTAATTATTGATCACAACCCAAAGGATCAGCTGTATTCAGAGTTAATTGATTTGGCTTTCGAAATTTGCGACGAATTTCATTTAGTTTTAAGAAAAGATATGGGATCTTTAAAATCATTTGATCCTCTGTTAAAAAAACTTGAAAGTTCGTTGAAAGTAATGAAAGAGCAATCAGAATGGGCCAGTACTATTCTAGGAGACAATCAAAAAGCAAAAGTTTATTACTATTATACAGATGAAAACGCAAAAAACATTCTGAAAGAATCCGCAAATTCTTTATATGCTTGGGAGCAGCCACATTTACCAGAAGACTTGTCTTTTTTCAAAGATGGAAAGGAGTGGTTGGTAACATGCTCTCATGAAGAAGAAAGTTATATCGATACTGAAGATGATAAAGAAATACAAAGAATATTGAGTATACCAGGATTAAAAGTGCATTTTGAAAAATGGGATTAA MLIIDHNPKDQLYSELIDLAFEICDEFHLVLRKDMGSLKSFDPLLKKLESSLKVMKEQSEWASTILGDNQKAKVYYYYTDENAKNILKESANSLYAWEQPHLPEDLSFFKDGKEWLVTCSHEEESYIDTEDDKEIQRILSIPGLKVHFEKWD NA NA NA NA NA D1-12_02072 546 hypothetical protein TTGACTTTACATCATTTTATTGGGGCTGACAAAGAACTTCCTATTGGTGAGTATGGCAGGAATCCTACACTTAAGCCCATCTCCGAACTAGAAATAAAAGGAATTGATGTCAACAAACGCTCTCAATTTAAAAAAAATCGAAAGAATAGCGAAAATTCACTTGTAAAGGTTTATGACACAGAAGAAGATGCATACGGAATTGATATTGTTCATTTAGATCCTGGATATGAAGCAGTCAGAAACAAATTCACACATCCTTATATATATGAATTACAAGGGTACTTACACGCCAACAATACACCTGGCCAACGTAAATCTATTAAATCACTTTTTCTTTTCATTGAAAAACACTTGTCAAAAGGTGAATCAGTTGAAATATATTCCTGCTTAGATGGATATGAAGATGAAGATAAAGATGACAGTATGGATGTAGTTATCAATTTAAATACTTTACAATTTGGAAAACATATAAAGTTTAAAGATATAAATCACCTTAGTCATATATTCTATTTGGAAGATAAACAATATGTATTAGTCAAGAAATAA MTLHHFIGADKELPIGEYGRNPTLKPISELEIKGIDVNKRSQFKKNRKNSENSLVKVYDTEEDAYGIDIVHLDPGYEAVRNKFTHPYIYELQGYLHANNTPGQRKSIKSLFLFIEKHLSKGESVEIYSCLDGYEDEDKDDSMDVVINLNTLQFGKHIKFKDINHLSHIFYLEDKQYVLVKK NA NA NA NA NA D1-12_02073 453 hypothetical protein TTGATTATATATGTATCCGGAAAATTAAGTATACCGTTTGACCAATTCCAGCGTTATGAAGATTTCGTTGCCAGAATGCCAACAATTGAAGAAAAATTGAAGCAGAATAGCATTAAATCTACTCTGCCGGATGCAGCGCCAACAAATCTGCATTGGGTTCTTCCTCAATATGTAACAGAAGCAGTGGAGGAATTTTTAAATCATTTGTCTTTATTATCTGAAGACCTTATTAATGGTGATACCTTACTGCACGCTCCGGTATGGGAACTATGCTGGGATTGTGTTCAAGCAGAAAAGGGTCTTCGTACCAATGTACCTGGATTCTATGTTGCCGGAGATGCCATTGGATGGGCACGCGGAATTATTCAAGCAGCGACTACTGGAATCGTTATTGCAAGAGATATTCTTAATGGTAAAAAACCTAGCGATAAGGAGCTGACATCTACTGTCTAA MIIYVSGKLSIPFDQFQRYEDFVARMPTIEEKLKQNSIKSTLPDAAPTNLHWVLPQYVTEAVEEFLNHLSLLSEDLINGDTLLHAPVWELCWDCVQAEKGLRTNVPGFYVAGDAIGWARGIIQAATTGIVIARDILNGKKPSDKELTSTV NA NA NA NA NA D1-12_02074 429 rppH_1 RNA pyrophosphohydrolase GTGGAAAAAACAGAGCACCCAAGAGTGGGAGTCGGAGCATTTATTCTGAATAAGGAACAGGAATTACTATTAGTTTTACGAAAGAAGGACCCTGAAGCTAATCATTGGAGTATACCCGGCGGTAAAGTTGAGTGGATGGAAAAGGCAGAAGATACAGTTATCCGTGAAATAAAAGAGGAAGTAGGGGTCACTATTCAGGTTGATTCTTTACTTTGTGTCACAAACCATATTTTACATGATGAGGAGACTCATTGGGTATGTCCGACGTATCAATGCAGTATTCAAACTGGGACTGTAAGAAACTGCGAGTTAAATGCAATAATTGATGTTGGCTGGTTTTCTCTTCAAAATTTGCCTGATCCCTTAACGTTAACTACTAAAAATGCTTTAGAGAGTTATCTTATTAAATTTGAAAGTCAGAGAAAATAA MEKTEHPRVGVGAFILNKEQELLLVLRKKDPEANHWSIPGGKVEWMEKAEDTVIREIKEEVGVTIQVDSLLCVTNHILHDEETHWVCPTYQCSIQTGTVRNCELNAIIDVGWFSLQNLPDPLTLTTKNALESYLIKFESQRK NA NA NA NA NA D1-12_02075 648 gph COG0546 Phosphoglycolate phosphatase ATGCATACAATTCTATTCGATTTAGATGGAACCTTGGTAAATAGTGAATGGTTGGCAAAAGAGGCTTATAATCATGGAATTGAAACAGTATTAAAGAGAAAATTAACGAATGAAGAGAGAGAGTCTCTTGTCGGTAAGCCTATTGCGGTTTTTTTGAGAAGATTTCCAAACGAGGCAGAGCAAATACGTTCCTCGATATTGCAGTATTTCGAAAATAAAATCCATCAAATCAGACCGTATCCGGGTGTTATCTCTTTGCTGGAAAGTTTAAGTGAAAGAGGATATGGTTTGGGGATTGTGACCTCACAATTGAAAAAATTTGCTTATGGCGAGTTAATCAATAATAAATTAGATGGGTTTTTTAAAGTCGTTCTCACGGCTGAAGATTATGATGAGTACAAACCGAGTCCTAAGCCATTACTAACAGCGATAAATCACTTACGTGCAGATATAAGCGATTGTTTATATATTGGAGATCAAATGACAGATATTGAGGCAGCTCATGCTGCTGATATGAAAAGTGCGGGCGCTTTATGGGGAGAGGGGAATCTTACACACTTATCTGCAGCTTCACCGACATACTTTGTAAAAGAACCCCATCAACTTCTTCGGATTCTGCAAGACAAAAACTATTCCGCTGCTTTTTAA MHTILFDLDGTLVNSEWLAKEAYNHGIETVLKRKLTNEERESLVGKPIAVFLRRFPNEAEQIRSSILQYFENKIHQIRPYPGVISLLESLSERGYGLGIVTSQLKKFAYGELINNKLDGFFKVVLTAEDYDEYKPSPKPLLTAINHLRADISDCLYIGDQMTDIEAAHAADMKSAGALWGEGNLTHLSAASPTYFVKEPHQLLRILQDKNYSAAF NA NA NA NA NA D1-12_02076 867 hypothetical protein GTGGAAGAAACGAGTATGGAGCCATCACGGCTCTGCAAAGAATTTGCTAGAATTCTCAATTCAACGCCCAGTGTCGTAAATGGCGTATGTACGGCGACAAGATTTCGAAGCAACATTCATCCGGTGGTACTCGGAAGAAGAGCCGAGGCATTTCCTTTTATTCCTCAGGCCTTTTCATTTGAAAGCATGGATCGGGAAGGCAGAGCTTTATGTTTAGGTGAGACTGTTTTACTGCAAGAAGAAGTGAACCCGTTAATGAGTGAGCTGCGCAAATTCGGTATCATCGTAACTGCCGTTCATAACCATTGGCTGTTTGATAAACCGCGTCTGATGTTTATGCATTTTGAATCAATTGATAAACCTCTCAATTTTGCAAGAAAAGTGAGAGAGGCCCTGAGAGTTCTAACTACTAAAACTGTGCGTGCGGTACCAAAAACTGACGGGGAAATGATTGAACGGCATGGTCTTTGTGACGAATTCAACGATATTCTAGGCGGAACCATGCATACGTTTGAAAATGGAATTTGTACAGTAATGAGATCCCGAACGAATATAAAACCGGTTGTACTGGGACGGCCCGGAAGATCATTTTTGCTCATTCCGCAAATGTTTTCATTTGAATCAATGACAAAAGACGGCCGTGCTCTTTGCAGCGGAGAAACTGTAATTCTGCAAAAAGAAATCAATCCATTTATCAGCGTCCTTCGGAAACATGATCTGACTGTAACGTCACTTCACAATCACTGGCTGTTTGATAAACCGAGACTGATGTATATTCATTTCGAATCGATTGATAAACCTGTCAACTTCGCCTTAAAAGTGAGAGATGCTTTAAGAGTGCTTACTGATAAAGAGGTCAAAGCTTAG MEETSMEPSRLCKEFARILNSTPSVVNGVCTATRFRSNIHPVVLGRRAEAFPFIPQAFSFESMDREGRALCLGETVLLQEEVNPLMSELRKFGIIVTAVHNHWLFDKPRLMFMHFESIDKPLNFARKVREALRVLTTKTVRAVPKTDGEMIERHGLCDEFNDILGGTMHTFENGICTVMRSRTNIKPVVLGRPGRSFLLIPQMFSFESMTKDGRALCSGETVILQKEINPFISVLRKHDLTVTSLHNHWLFDKPRLMYIHFESIDKPVNFALKVRDALRVLTDKEVKA NA NA NA NA NA D1-12_02077 432 Acetyltransferase ATGCAGATAAAAAGGATAACAACGGAAATTGATTTACAAGCAGCGCTTGAGATTAGAAAAGCAGTATTCATTGAGGAACAGCAAGTACCTGAATCCGATGAATTTGACCAGTTCGATACGCTTGAGGATCAGTGCGGGCATGTCTTGGTTTATCATGAAAATCAGCCTGCCGGCACAGGACGCGTCCGCATCGTAAACCATACAGGCAAGCTCGAACGAATCTGCATCCTGAAGCCTTACCGCAAATACGGGTTGGGCAAAGTCATCATAAGCGAATTAGAAAACATGGTAAAAGAAAAAGGCATCACCCAATGTAAACTGCATGGACAAACACATGCGGAAGGCTTTTATCACAAACTGGGCTATCAGACAGATTCACCGGAATTTATGGAAGACGGCATCCCGCATGTCTTGATGACAAAAGAGCTGTGA MQIKRITTEIDLQAALEIRKAVFIEEQQVPESDEFDQFDTLEDQCGHVLVYHENQPAGTGRVRIVNHTGKLERICILKPYRKYGLGKVIISELENMVKEKGITQCKLHGQTHAEGFYHKLGYQTDSPEFMEDGIPHVLMTKEL NA NA NA NA NA D1-12_02078 486 hypothetical protein ATGCAACAAAAACATGAAGGGTTTGAAAAAGATATGACTGATATTTTGCGGGAAATCGGCATGATCGCACGGGCATTGGATTCCATCAGCAATATTGAATTTAAGGAATTAGACTTAACAAAAGGGCAGTATCTCTATCTTGTGCGTATATGTGAAAACCCGGGAGTGATACAGGAAAAAGTGGCGGAAATGATTAAAGTTGACCGAACAACAGCGGCGAGGGCAATCAAAAAATTGGAAATACAAGGGTTTATTGAAAAGCGTCCTGATGATCAAAATAAAAAAATAAAAAAACTGTTCCCGACTGAAAAAGGGAGAAAGGTTTATCCGTTATTGCAAAGAGAAGGAGAGCATTCTGCGGAGGTAGCCCTGTCCGGCTTTACATCTGAGGAAAAAGAAACCATTTTCGGACTTCTTCAGCGGGTGAGAAAAAATATAGAACATGATTGGGAATATGTGAAGAAGGGGAATAAAAGAGATTATTGA MQQKHEGFEKDMTDILREIGMIARALDSISNIEFKELDLTKGQYLYLVRICENPGVIQEKVAEMIKVDRTTAARAIKKLEIQGFIEKRPDDQNKKIKKLFPTEKGRKVYPLLQREGEHSAEVALSGFTSEEKETIFGLLQRVRKNIEHDWEYVKKGNKRDY NA NA NA NA NA D1-12_02079 879 hypothetical protein ATGAGTACAATCGAAAAACAAAGACGTAAGAAATTCAGAGTGAAATCAATCGTACGGGCCATCATGGTCATCATCGGCGGAATTATTGCCGCGTATGGACTGGAAACCGTATTGATTCCGAATAGTGTATCTGACGGCGGTGTAACCGGACTCAGCATTGTCGGTTCACAGCTGTTTCATTTGCCTCTTGGGATCTTAATTGCGGTGATCAATATACCGTTTGTCTGGTTAGGATATAAGCAAATCGGGAAAGGTTTTGCGTTTCTATCAATTATCGGTATTGTCTCACTTGCCGCGGGCACGAGTTTTTTCCACCACACACCGGCTATCATCGAGGGAGACACCCTGTTAATCACCGTTGTCGGCGGGATTATTCTCGGCTTTGGAATGGGATTGGCATTGCGCAACGGCGGCGCATTAGATGGAATTGATATGCTGGCTGTGCTTCTGTCACGGAAATTGCCGTTTGGCACGAGCGACCTCATTTTATTTTTAAACATGTTTGTGTTTATTTTTGTTTCTTTTGTATTTGGGCTGCAAGGCGCATTGCTTTCGGTCATTGCTTACTACATTGCATCTAAGGTGATTCATGTGGTTGAGGAAGGCTTAAGCGGTTCTAAAACATTTCAGATTATCACCAATGAGCCTGCATTAATGGTAGAGACCATTCGTGAAGAATTGGGCCGGAGCGCTACTTATAAAGAAGCATACGGCGGTTTTTCTCATGAAAAATTCCAAGAAATCACATGTGTCATCAACCGTTTGGAAGAAACCAAACTGAAGGAAATTATTAATGACATTGATAAACAAGCCTTTGTGACGGTATATGATGTCGCAGAAGTAAAAGGCAGTAATTTCAGAAAAGTCCATAATCATTAA MSTIEKQRRKKFRVKSIVRAIMVIIGGIIAAYGLETVLIPNSVSDGGVTGLSIVGSQLFHLPLGILIAVINIPFVWLGYKQIGKGFAFLSIIGIVSLAAGTSFFHHTPAIIEGDTLLITVVGGIILGFGMGLALRNGGALDGIDMLAVLLSRKLPFGTSDLILFLNMFVFIFVSFVFGLQGALLSVIAYYIASKVIHVVEEGLSGSKTFQIITNEPALMVETIREELGRSATYKEAYGGFSHEKFQEITCVINRLEETKLKEIINDIDKQAFVTVYDVAEVKGSNFRKVHNH NA NA NA NA NA D1-12_02080 435 slyA Transcriptional regulator SlyA TTGACAGCATGTTGTTCAGAGGAAGGCGAGATTTTATATCAGCTCCAATCACTGCATAAAGTGATCGGCACGAAGTTTGAAGCGTGCACCGGAATCAGCCAATCCCGCCTTGAGCTTCTCGCCGTGCTTTTTTACGTCGATGAGATCAGCCAAAGCGATCTTCAGAAAAAGGTGAATATTGATGGCGCAGCCGTGACAAGACACTTGAAACAGCTTGAAGCCAAAGAAATGGTCACAAGAAGGCGGAAGCCCGAGGACAACCGAATTATACTTGTCCGGCTTACTGATCAGGGGCGGGAGAGAATTGAGGCTTCCAAAAAGGAGAAGGAGCGTTTCATAAAGGAAATGCTTGCCGGTGTCAGCGAGGAAGAACGCAGTATGTTAAAAAACGTATTGTCGCAGATGCAGAATAATATAGAAAATATGAAAGCATAG MTACCSEEGEILYQLQSLHKVIGTKFEACTGISQSRLELLAVLFYVDEISQSDLQKKVNIDGAAVTRHLKQLEAKEMVTRRRKPEDNRIILVRLTDQGRERIEASKKEKERFIKEMLAGVSEEERSMLKNVLSQMQNNIENMKA NA NA NA NA NA D1-12_02081 639 yodC_2 COG0778 Putative NAD(P)H nitroreductase YodC ATGAAAACAGAACTGAAAACAAACGATTTTATGGACATTATGAAAGGCCGCCGTTCCATTCGGAATTACGATCCGGCTGTTAAAATCAGCAAAGAAGAAATGACTCAAATCCTGGAAGAAGCAACGACAGCACCGTCTTCAGTTAACGCGCAGCCGTGGCGTTTTCTCGTCATTGACAGCCCTGAAGGAAAAGAAAAACTCGCGCCGCTTGCCAGCTTTAACCAAACACAAGTCAGCACATCATCTGCGGTGATCGCGGTTTTCGCAGATATGAACAGTGATGACTATTTAGAAGAAATTTATTCAAAAGCGGTCGAACTGGGCTACATGCCGCAGGAAGTAAAAGACAGACAAATCGCTGCTTTGACGGCGCATTTTGAAAAACTGCCGGAGCAAGTGAACCGTGAAACGATTCTGATCGACGGAGGTCTCGTTTCCATGCAGCTGATGCTTACGGCACGCGCGCACGGCTATGATACAAACCCGATCGGCGGCTATGATAAAGAAAAGATTGCCGAGGTTTTCGGAATGGATAAAGAGCGTTATGTACCGGTCATGCTGTTATCAATCGGAAAAGCGGCAGACGAAGGATATGCTTCCTACCGTCTTCCTATCGAAACAATCGCACAATGGAAATAA MKTELKTNDFMDIMKGRRSIRNYDPAVKISKEEMTQILEEATTAPSSVNAQPWRFLVIDSPEGKEKLAPLASFNQTQVSTSSAVIAVFADMNSDDYLEEIYSKAVELGYMPQEVKDRQIAALTAHFEKLPEQVNRETILIDGGLVSMQLMLTARAHGYDTNPIGGYDKEKIAEVFGMDKERYVPVMLLSIGKAADEGYASYRLPIETIAQWK PGPT0028511_7 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-CATECHOL|CHROMANON|GANOMYCIN_RESISTANCE,PGPT0028511-yodC-NA NA NA D1-12_02082 369 hypothetical protein GTGGACATAATTGCGGCTGTTTTCGTCGGAATTGTAGCTTTAGAACATATATTTATCATGATACTTGAAATGTTTTTTATCAATTCGAAGGCTGCCAAGCGGTCTTTCAAATTGCCGAAGCATTTAGAAGGTGATCGGAATGTGGCGGTCATGTTTGCAAATCAAGGTCTGTATAATGGATTTCTGGCTGCCGGCCTCATTTGGGGACTGATCCTCGGAGCTGATCCGATTGGCCATATGATTCAAATGTTTTTCGTCATCTGTGTGGTCATCGCGGCCATTTTCGGAGGCTTTACTTCAAACAAATCAATTATCGTAAAACAAGGACTTCCGGCTGTTTTAGCGCTTATTTTTCTTTTATTGGCGTAG MDIIAAVFVGIVALEHIFIMILEMFFINSKAAKRSFKLPKHLEGDRNVAVMFANQGLYNGFLAAGLIWGLILGADPIGHMIQMFFVICVVIAAIFGGFTSNKSIIVKQGLPAVLALIFLLLA PGPT0024160_4646 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING_AMIDASE_ACTIVITY,PGPT0024160-amiA|amiB|amiC-K01448 NA NA D1-12_02083 1212 hypothetical protein ATGAAGAGAGCGTATTACGCTATTTTATACAGCCAGACCGCTATCAACTTGGGGTTTTCACTTTATACGATGGCCGTCATCTTGTTTTTGTTTACAAAAACCGGTTCGACGGCGATGGCCTCTCTTATGACGCTCGTCAGCATTGTATGCCGCGTATTGGGCAGCGCCGTTTTGCCGCTGGTCACCGGTCGGTTCACGCTTCGTTCTTTGTTAATCAGTTCTCAATTGATACAGATCACACTGTTAGTCTGTTTGTTTTTTGTCATCCAAACCGGTTCATCCGCATTCTTTTTTCTGCTGTTTTGTCTGATCGGAGGCATTTCTTTTTGCAACGGATGGTTTGCTCCGATAAAAAGCGCGCTGATTGGGGAAATCATTCCTCCTGATCGAAGGGCGAAAGCGAACAGTTTATTATCGGCGGCGGATCAGACCGTTCAGTTTGCGGGGTGGTCTCTGGGCGGCGTCATCATAGCGTTCCTGGGAGTGAGCGATACAATGATCGTCACTGTCATGTTATTGGTTTCTTCAGTGTTGGGCATCATTCTGTTTCTTCAAGTACGCATGTGTGCGCCGGCAGCAGTCAGGGAACGTTCCCTTTTTGCAGATGCGGCAAGCGGCTGGGTGTATTTATTTCAGCAAAAACAGCTCAAGGTTCTCATTTTGATGGATGTGATCGAATCGTGGGCAGGCATGATATGGATCGGGTCTGTGTCCTTAACTTATGTGCATGACGTCCTTCATAAAGGAGAGGCTTGGTGGGGGTATGTCAACGGAGTCTATTATGCAGGGACGATGATCGGCGGACTGAGCATCTATAAGTTATCCGGTAAGCTTCAGCATCATCTCATTCCGCTTATGCTGACGGGAGCCTTGGCATATGGAATGTTCACGTTTATTTACGGGCTGATCACAAGCGCCGTTACGGCCCTTTTTCTGGTGCTGTGTATGGGGCCGGCTTGTGTATTACGAGATCTCACGCAGGAAACATTACTTCAAAACATCACGACCGAAAAGACACGGGTCAATATATTAGCGGCGAGATCAGCTTTAGTTCAGTTCATTTTTATGTTTTCCATTATCGGAACGGGGATTATCTCCGATGTATTCGGCGTGCGGTTTATTTATATTGGCGCAGGCCTTCTCTTATTAATTTCGGCTTTTATCGGATTTACTCAGCTGCGAATGAAGAAAATGGTACAGAGCGGCATGTAG MKRAYYAILYSQTAINLGFSLYTMAVILFLFTKTGSTAMASLMTLVSIVCRVLGSAVLPLVTGRFTLRSLLISSQLIQITLLVCLFFVIQTGSSAFFFLLFCLIGGISFCNGWFAPIKSALIGEIIPPDRRAKANSLLSAADQTVQFAGWSLGGVIIAFLGVSDTMIVTVMLLVSSVLGIILFLQVRMCAPAAVRERSLFADAASGWVYLFQQKQLKVLILMDVIESWAGMIWIGSVSLTYVHDVLHKGEAWWGYVNGVYYAGTMIGGLSIYKLSGKLQHHLIPLMLTGALAYGMFTFIYGLITSAVTALFLVLCMGPACVLRDLTQETLLQNITTEKTRVNILAARSALVQFIFMFSIIGTGIISDVFGVRFIYIGAGLLLLISAFIGFTQLRMKKMVQSGM NA NA NA NA NA D1-12_02084 510 hypothetical protein GTGGGACATCTGGCACTGCAATTGTATGATTATCATCTTTGGGCAAATCAGCAAATATTCACCCGGCTTAAAGAGCTTCCGGAGGATGTGTACCGTAAGGAGATTCAAAGTGTCTTTCCGTCGATAGCCGGTGTATTGACTCATGTGTATCTGTCGGATAAGGGGTGGTTTGATGTGTTCTCCGGAGAGCGTCTGGAGGATACGCTGAAATCAGCTGATCAGCAAAAAGAGGACATCTTGTCTAAAGAGATAGAAGAGCTGGAAGATCTATTTTTGAAATTATCAGACCGGTATCAACTATTTTTGCAGAAGGAGGAAAATATCAGCCTCCCCCTTGAAATAGAGCATCCGTCAGGTGACATCATGAAAACCGCAGCGGCCGATATGATCCTCCATGTTGTGAACCACGGAACGTATCATCGCGGGAATATAACAGCCATGCTCAGACAGATGGGGTATGCTTCTGTGCCGACGGATTACGGTATTTATTTATATATAAACAAAAAGTAA MGHLALQLYDYHLWANQQIFTRLKELPEDVYRKEIQSVFPSIAGVLTHVYLSDKGWFDVFSGERLEDTLKSADQQKEDILSKEIEELEDLFLKLSDRYQLFLQKEENISLPLEIEHPSGDIMKTAAADMILHVVNHGTYHRGNITAMLRQMGYASVPTDYGIYLYINKK NA NA NA NA NA D1-12_02085 663 rspR_1 COG1802 HTH-type transcriptional repressor RspR TTGGATAATCAAAACAAAGAACCTGTGCTGAAAAGAACCATCATGCGGGACGAAGTGTATCGCACACTCAGAAACTGGATCATAACGGGCAAGCTCAAACCGGAAACAAAGTTAAAGGACAAGGATTTGTCGGAAACATTGGGAATCAGCCGCACCCCGATACGGGAAGCCTTATTGCGGCTGGAAGATGACGGCTTGGTGATAACAAAAGCGAACAGATGGACGCTTGTCGCTCCGATTGAGTTAAAAGAAGCGGAAAACTTGTATTCCATCGTCTGGACGCTTGAGAAACTCGCATTGCAGCAAGCCCTCCCGCGTATGGACGATGCCGTGATTCAAGAATTGAAACAGCTGAATGAAAATCTTCTTCAAACGATGAAAGACGGCGATAAAATGGCCGTTCTGGAAGCGGATAATGCATTTCACCATCGCATCATTCTGCTTGCGGACAACGCTGAACTTCACAAATTGCTAGTAAGCCTGAAAGTCAAAATTCAGAGACTGGAAATCCGCTATTTCAGTGAAAATGGCGCTTTAAACAGATCATATAATGAACACTCTGATATCATTCACGCATTAGAACAGCAAGATGCCGCCGCTGCTTTTACAGCGCTTGAAGCGAATTGGAAAAACAGTTTAGAACGGCTGCAAAACATGGCATAG MDNQNKEPVLKRTIMRDEVYRTLRNWIITGKLKPETKLKDKDLSETLGISRTPIREALLRLEDDGLVITKANRWTLVAPIELKEAENLYSIVWTLEKLALQQALPRMDDAVIQELKQLNENLLQTMKDGDKMAVLEADNAFHHRIILLADNAELHKLLVSLKVKIQRLEIRYFSENGALNRSYNEHSDIIHALEQQDAAAAFTALEANWKNSLERLQNMA NA NA NA NA NA D1-12_02086 1602 levB COG1621 Levanbiose-producing levanase ATGCCGATACTTCATTGGCATTTTCTTTTATTTCTCAACAAGATGGTGAATTCAATCATGGTACGAAAATGGCCCATTGTAATATTGATCTTTTTGGGTGCGTTCCTGTTTGTCGGCTTACTGCCGAACAAAACCCACAATTCCTCTGACACAAACACGGAGCATAAGAAGGATTACCGGGCGGCGTATCATTTTACGACCCCGGACAAATGGAAAAACGACCCTCAAAAGCCCATTTTTTTCGAGGGGAAATATCATTACTACTATCTTTATAATCGGGATTACCCGAACGGCAACGGCACAGAATGGCGGCACGCCGTATCAGAGGACTTGGTGCACTGGACGGACGAAGGCACGGCTATTCCGAAATACACCAACGAAAACGGCGATATCTGGTCCGGTTCTGTCGTCATTGATAAACACAACACCGCGGGCTTCGGCAAAAACGCGCTGGTCGCCGTCACAACGCAGCCGACAGCCAAAACAAAAGCCCAGGAACAATATTTATGGTACAGCACGGATAAAGGAAAAACGTTTACTTCCTATAGTGATCAGCCCGTGATGAAAAACCCGGGAACTAAGGATTTCAGGGACCCGAAAGTGATCTGGGATGAACAGGATGACAAATGGGTGATGGCCATGGCCGAAGGCGAAAAAATCGGTTTTTATGAATCACCCGATTTGAAAAATTGGACATACACGGGCGGTTTTATCACTCAGCAGATCGGTCTCGTCGAATGCCCCGACCTTTATATGATGCGTGGAGATGACGGAACAGCCAAGTGGGTTCTAGGCGTAAGCGCAAACGGCAAACCCGCAGGCAAACCGAATACGTACGCGTATTGGACCGGAAACTTTGACGGGAAGGAATTTACCGCCGATCAAGAAGAACCGCAATGGCTCGATTACGGCTTTGACTGGTACGGCGGCGTCACATTTGAGGACGGTAATAGCGAAGATCCGCTGACAAAACGCTATGCGCTGGCCTGGATGAACAATTGGGATTATCCGAATGAAACACCGACACTAAAAAACGGCTTTAACGGCACGGATTCTATCGTCCGTGAAATCCGCCTTCAGCAGCAAGACGGCGGCACATACAGCCTTGTGTCAGAGCCGGTTGAAGCATTGAACCAATTAACCTCTTCAACTGACAGCATAGAACACAAACAGGTGAACGGTTCAGAGACACTGCCGATCAAAGGTGATACATATCAGCTTGATATGGATATCGCTTGGTCAGATATCAAAAATGCAGGCGTCAGACTCAGAGAATCGGCAGACCAAAGTCGGCATATTGATGTCGGTATTTCAGCAGAAGGCGGCTACGCCTATGTGAACAGATCGTTTACAGGCCAGCCTGATAAAACCGGCGCATACGCCGAAAGCAAAGCCCCATTTGACGGAAACAAAGGGCGCGTCCATCTGAAAATTCTCGTGGACAAAACAAGTATTGAAGTATTTGCAGACGACGGAAAAACCGTTCTGACAAATGAAGTGTTCCCAAAACACGAAGATCAGGGAATCACGCTCTTTTCTGAAGGCGGCTACGCTGACTTTCAGCATATTGAGATGAAGCATCTCGGTTCGATTCATTCTTAG MPILHWHFLLFLNKMVNSIMVRKWPIVILIFLGAFLFVGLLPNKTHNSSDTNTEHKKDYRAAYHFTTPDKWKNDPQKPIFFEGKYHYYYLYNRDYPNGNGTEWRHAVSEDLVHWTDEGTAIPKYTNENGDIWSGSVVIDKHNTAGFGKNALVAVTTQPTAKTKAQEQYLWYSTDKGKTFTSYSDQPVMKNPGTKDFRDPKVIWDEQDDKWVMAMAEGEKIGFYESPDLKNWTYTGGFITQQIGLVECPDLYMMRGDDGTAKWVLGVSANGKPAGKPNTYAYWTGNFDGKEFTADQEEPQWLDYGFDWYGGVTFEDGNSEDPLTKRYALAWMNNWDYPNETPTLKNGFNGTDSIVREIRLQQQDGGTYSLVSEPVEALNQLTSSTDSIEHKQVNGSETLPIKGDTYQLDMDIAWSDIKNAGVRLRESADQSRHIDVGISAEGGYAYVNRSFTGQPDKTGAYAESKAPFDGNKGRVHLKILVDKTSIEVFADDGKTVLTNEVFPKHEDQGITLFSEGGYADFQHIEMKHLGSIHS PGPT0019220_93 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-LEVAN_METABOLISM CE-EPS-LEVANBIOSE_BIOSYNTHESIS,PGPT0019220-sacC|levB-K01212 NA NA D1-12_02087 1422 sacB Levansucrase ATGAACATCAAAAAATTTGCAAAACAAGCCACAGTTCTAACTTTTACGACTGCACTTCTGGCAGGGGGAGCGACTCAAGCCTTCGCGAAAGAAAATACCCAAAAACCTTACAAAGAAACGTACGGCGTCTCTCATATCACACGCCATGATATGCTGCAGATCCCTAAACAGCAGCAAAGTGAAAAATACCAAGTGCCTCAATTCGACCAATCAACAATTAAAAATATCGAGTCCGCGAAAGGACTGGATGTGTGGGACAGCTGGCCGCTCCAAAACGCTGACGGAACAGTAGCTGAATACAACGGCTATCACGTCGTGTTTGCTTTAGCGGGAAGCCCGAAAGACGCTGATGACACATCCATCTACATGTTTTATCAAAAAGTCGGCGACAACTCGATCGACAGCTGGAAAAACGCGGGCCGTGTCTTTAAAGACAGCGATAAGTTCGACGCCAACGATGAAATCCTGAAAGAACAGACACAAGAATGGTCCGGTTCTGCAACCTTTACATCTGACGGAAAAATCCGTTTATTCTACACTGACTTTTCCGGTACACATTACGGTAAACAAAGCCTGACAACGGCGCAGGTAAATGTGTCAAAATCTGATGACACGCTCAAGATCAACGGAGTGGAAGATCATAAAACGATTTTTGACGGTGACGGAAAAACATATCAAAACGTTCAGCAGTTTATCGATGAAGGGAACTATACATCCGGCGACAACCACACGCTGAGAGACCCTCACTACGTTGAAGACAAAGGCCATAAATACCTTGTATTCGAAGCCAACACGGGAACAGATAACGGATACCAAGGCGAAGAATCTTTATTTAACAAAGCGTACTACGGCGGCAGCACAAACTTCTTCCGTAAAGAAAGTCAGAAGCTTCAGCAAAGTGCTAAAAAACGCGATGCTGAATTAGCGAACGGCGCCCTCGGTATCGTAGAGTTAAACGATGACTACACATTGAAAAAAGTCATGAAGCCGCTGATCACTTCAAACACGGTAACTGATGAAATCGAGCGCGCGAATGTTTTCAAAATGAACGGCAAATGGTACCTGTTCACTGATTCACGCGGTTCAAAAATGACGATCGACGGTATTAACTCAAACGATATTTACATGCTTGGTTATGTATCAAACTCTTTAACAGGTCCTTACAAGCCGCTGAACAAAACTGGTCTTGTACTGCAAATGGGTCTTGATCCTAACGATGTGACGTTCACTTACTCTCACTTCGCAGTGCCGCAAGCCAAAGGCAACAATGTCGTGATCACAAGCTACATGACAAACAGAGGCTTCTTTGAGGATAAAAAGGCAACATTTGCGCCAAGCTTCTTATTGAACATCAAAAACAAGAAAACATCCGTTGTCAAAAACAGTATCCTTGAACAAGGACAGCTTACGGTTAACAACTAA MNIKKFAKQATVLTFTTALLAGGATQAFAKENTQKPYKETYGVSHITRHDMLQIPKQQQSEKYQVPQFDQSTIKNIESAKGLDVWDSWPLQNADGTVAEYNGYHVVFALAGSPKDADDTSIYMFYQKVGDNSIDSWKNAGRVFKDSDKFDANDEILKEQTQEWSGSATFTSDGKIRLFYTDFSGTHYGKQSLTTAQVNVSKSDDTLKINGVEDHKTIFDGDGKTYQNVQQFIDEGNYTSGDNHTLRDPHYVEDKGHKYLVFEANTGTDNGYQGEESLFNKAYYGGSTNFFRKESQKLQQSAKKRDAELANGALGIVELNDDYTLKKVMKPLITSNTVTDEIERANVFKMNGKWYLFTDSRGSKMTIDGINSNDIYMLGYVSNSLTGPYKPLNKTGLVLQMGLDPNDVTFTYSHFAVPQAKGNNVVITSYMTNRGFFEDKKATFAPSFLLNIKNKKTSVVKNSILEQGQLTVNN PGPT0013775_104 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-LEVAN_METABOLISM CE-EPS-LEVAN_BIOSYNTHESIS,PGPT0013775-sacB-K00692 NA NA D1-12_02088 858 yicL COG0697 putative inner membrane transporter YicL GTGCTGACAGGAGCTATCTTATGGGGGGGCTCGGGAACGGTTGCCCAGTATCTGTTCCAGCACCGCCATTTTAATACAGAATGGCTGACTTCAGTGCGCCTTCTGGTGTCAGGGGCGCTTCTGCTCGGCATCGCGTACCGCAAAGAAAAAGGACGGATATGGGCTGTTTGGAAAGACAGACGGGACAGAATTCCCCTTCTTTTATTCGGGGTTTTTGGAATGTTAGGCGTTCAATACACCTACTTCGCGGCAATTGAGTACGGAAACGCGGCCGCTGCTACCGTTCTTCAGTATTTAGGGCCAGCGATCATTACATGCTTTTTAGCGATTCGCGCAAAGAGAATGCCTTCAGCAAAAGAGCTTCTCGCCGTCTTATTGGCGGTTGCCGGCACATTCATTTTGGTCACGCACGGGAATGTCGGAAGCCTGTCCATATCCGGTCTGGCTGTCTTTTGGGGCATCAGTTCGGCGTTTGCACTGGCGTTTTACACCCTTCAGCCGCATCGTCTGCTGAAGAAATGGGGATCGGCCATTATTGTCGGATGGGGCATGCTGATCGGCGGAGCCGCCCTCAGCTTGATCCGCCCGCCCTGGAAATTTGAAGGCGAGTGGTCCTTGCCGGCATATGCCGCGATTGTGTTTATCATCATTTTCGGAACGCTCATCGCTTTTTATTGCTACTTGGAAAGCCTGAAATATCTGAGTGCCTCTGAAACCAGCCTGCTCGCCTGTGCGGAGCCGCTGTCGGCAGCTTTTTTAGCTGTTATCTGGCTGCATGTTCCCTTCGGAATATCAGAATGGCTGGGTACTTTGCTGATTTTAGCCACCATCGCTTTATTATCTATCAAGAAAAAATAG MLTGAILWGGSGTVAQYLFQHRHFNTEWLTSVRLLVSGALLLGIAYRKEKGRIWAVWKDRRDRIPLLLFGVFGMLGVQYTYFAAIEYGNAAAATVLQYLGPAIITCFLAIRAKRMPSAKELLAVLLAVAGTFILVTHGNVGSLSISGLAVFWGISSAFALAFYTLQPHRLLKKWGSAIIVGWGMLIGGAALSLIRPPWKFEGEWSLPAYAAIVFIIIFGTLIAFYCYLESLKYLSASETSLLACAEPLSAAFLAVIWLHVPFGISEWLGTLLILATIALLSIKKK NA NA NA NA NA D1-12_02089 930 ppaC COG1227 Manganese-dependent inorganic pyrophosphatase ATGGAAAAAATTCTTATTTTCGGACATCAAAACCCAGACACAGATACCATTTGCTCTGCCATTGCCTACGCTGATCTAAAAAATAAACTCGGCTTCAATGCTGAGCCCGTCCGCCTCGGACAAGTCAACGGCGAAACACAATACGCGCTTGATTATTTCAAGCAGGAAAGCCCGCGTTTGGTGGAAACAGCCGCAAACGAAGTAAACGGCGTCATCCTTGTTGACCACAATGAACGCCAGCAAAGCATCAAGGATATCGAAGACGTTCAGGTTCTTGAAGTTATCGACCACCACCGTATCGCCAACTTCGAAACAGCGGAACCCCTTTACTACCGTGCTGAGCCGGTCGGCTGTACGGCTACAATTTTAAACAAAATGTACAAAGAAAATAACGTGAAAATCGAGAAAGAAATTGCGGGCCTCATGCTGTCAGCAATCATTTCCGACTCTCTGTTATTTAAATCTCCGACTTGCACGGAGCAAGATATCGCAGCGGCAAAAGAGCTTGCTGAAATTGCCGGCGTAGATGCGGAAGAGTACGGCTTAAACATGCTGAAAGCGGGCGCCGACTTAAGCAAAAAAACGGTGGAAGAACTGATTTCTCTTGATGCGAAAGAGTTCACGCTCGGCAGCAAAAAAGTCGAAATCGCCCAAGTCAACACAGTTGATATTGAAGATGTGAAAAAGCGGCAGCCGGAATTAGAAGCGGCCCTTTCAAAAGTAATTGCTGAGAAGAACCTTGACCTGTTCCTTCTCGTGATTACGGATATTCTGGAAAACGATTCCCTTGCGCTTGCCATCGGTGATCAAGCGTCAAAAGTGGAAAAAGCATTCAACGTGACTTTAGAAAACAACACGGCTCTTTTAAAAGGCGTCGTATCCAGAAAGAAACAAGTCGTCCCTGTTTTAACAGACGCGATTGCAGAATAA MEKILIFGHQNPDTDTICSAIAYADLKNKLGFNAEPVRLGQVNGETQYALDYFKQESPRLVETAANEVNGVILVDHNERQQSIKDIEDVQVLEVIDHHRIANFETAEPLYYRAEPVGCTATILNKMYKENNVKIEKEIAGLMLSAIISDSLLFKSPTCTEQDIAAAKELAEIAGVDAEEYGLNMLKAGADLSKKTVEELISLDAKEFTLGSKKVEIAQVNTVDIEDVKKRQPELEAALSKVIAEKNLDLFLLVITDILENDSLALAIGDQASKVEKAFNVTLENNTALLKGVVSRKKQVVPVLTDAIAE NA NA NA NA NA D1-12_02090 372 yybR COG1733 putative HTH-type transcriptional regulator YybR ATGAACATATATCCGAATAAAGAAGGTTGTCCGGTTGAACTGACGCTTTCCGTTATCGGCGGAAAGTGGAAGGGTATTTTGTTTTATCATATGATCGGCGGAAAAAAGCGGTTTAATGAGTTTCGGCGCATTTGTCCCAGCATTACGCAGCGTATGCTGACGCTTCAGCTTCGCGAGCTCGAGGCGGACGGCATCGTGCATCGCGAGGTATATCAGCAGGTGCCTCCAAAGGTGGAGTATTCACTCACCGAATTCGGCAGGTCGCTGGAACCGATCGTTTTGCAAATGAAGAAATGGGGAGATGCCAACCGGGAGTTTCTCGAGGCATACCGCGAAAAAACGTCTCCTCAAGATCAATCCGCTCAAAAATAA MNIYPNKEGCPVELTLSVIGGKWKGILFYHMIGGKKRFNEFRRICPSITQRMLTLQLRELEADGIVHREVYQQVPPKVEYSLTEFGRSLEPIVLQMKKWGDANREFLEAYREKTSPQDQSAQK NA NA NA NA NA D1-12_02091 528 cotF COG5577 Spore coat protein F ATGCTGAAAGTGAAAATGAAGGATAAAGGAGATTCTTACACCATGACTGAGCGGAGAACATTAGCATGGCATGAAACATTAGAACTGCATGAGTTAGTAGCTTTCCAGGCAAACGGACTTGTGAAATTAAAAAGAACAGAGCGGGACGTAAGCGATGCCAGATTAAAACAGCTTTACAGATTTTCCATCCATTCGCTCGAACAAAATCTGCGTGAACTGCTTCCTTTCTTCCCTGAAGCTCCCGCTTTTCGTGAGGATGAAACAGAAGAGCGCGCTGATTCCTCCTTTTACAGCGGCGGCCTGCTGATCATGGCCAAAACGTCTGTCCGCAATTACGCCGGAGCCATTACAGAGACGGCCACACCTCAATTAAGACATGTCTTCGTCAAGCACTTAAACGCAGCCATCAAGTGGCACCAAATGGTCTTTGAGTATATGGAAGAACGCGGTCAATATCCGGCTTATAACCTGAGCGAATTGCTGAAGAATGATGTGCGTAACGCCAGAAAAGCCATCGCGATGAAATAA MLKVKMKDKGDSYTMTERRTLAWHETLELHELVAFQANGLVKLKRTERDVSDARLKQLYRFSIHSLEQNLRELLPFFPEAPAFREDETEERADSSFYSGGLLIMAKTSVRNYAGAITETATPQLRHVFVKHLNAAIKWHQMVFEYMEERGQYPAYNLSELLKNDVRNARKAIAMK PGPT0025160_7 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_COAT_PROTEIN,PGPT0025160-cotF-K06329 NA NA D1-12_02092 153 hypothetical protein ATGTGGGACATGATAAAGAACTTCTTCCTTTTCAGCAGCGGGGTTTTGCAGGCGACCACTCTCTTACTTATCGTTATCGTCTTGTTATATGTACGAAAAACCAAAAAGAAAAACAGAGATACTTCTGGTTTCATGGATGATCAGGATCACTGA MWDMIKNFFLFSSGVLQATTLLLIVIVLLYVRKTKKKNRDTSGFMDDQDH NA NA NA NA NA D1-12_02093 936 hypothetical protein GTGAAAAATACAAGGGCTCTATTAGAAGGCGCCATTTTGATCAGTATTTTTGCAATCATTTCCCTTTTGGTCGTGTACCTCCCTTTACTGGGGGCAATTCTTCTCTTTGCTTTGCCGCTGCCGATCATTCTTTACACCATTCGGCACGGTCTGAAGCCCGGGGTATGGATGGGGCTTGCCAGCCTTCCTGTCAGCTTTATTGTAGGTTCGTTTACCGGGCTTACAGGCGCTTTTACGGCAGCCTGTACGGGAATCGCCATGGGATATTATTTTAAAAAGAAACAGCCCGGCTATGCGGTTGCTGCCGGCGCTATGGCGTATGTGCTGTGCGGCGTCGTTTTTTTTGTGGTCAGCATCGTGTTCCTTAACATGAATGTGGTTGATACCACCATGTCCCAGCTTCGGGAGTCGCTGTCTTTAGCAGAAACCATGTCAAAGCAACTCGGTTATGGAGACCAGTTCGGGAAGCAGATCAAGCTGATGGAAAGTCAGCTGAGCACGGTTCAATATCTTTTTCCGACAGTGCTCGTATTGACCGGCATCGTTTTTTCTTTCCTCAGTTATGCGATGGCAAGGCCGCTTTTACGGCGATTTTCCCCTGATCTTCCGAAGATGAAGCCTTTTAGAGAGCTCAAACTCCCGCAAAGCGTTGTCATTCTGTATTTTATTGTGACGATATTAGGGTTTCTGCCTTTAGAAAAAGGGCATATGCTGTATTCGGTTTCATTGAATGGGGGATTTATTCTCAGCTTGCTGATTTGTATTCAAGGATTAGCGTTTATTTTTTTCTATTGCCGCGAAATGGAGATGCCGAAAGCCGTTCCTGTATTAGCAATTGTGCTGGGGGTGCTTTTTCCGCTCATCTTGTCCGTGTATCTCCTCTTAGGCATCATTGACATAGGCTTTAACATAAGAAATAAGGTGACGCGAAATTGA MKNTRALLEGAILISIFAIISLLVVYLPLLGAILLFALPLPIILYTIRHGLKPGVWMGLASLPVSFIVGSFTGLTGAFTAACTGIAMGYYFKKKQPGYAVAAGAMAYVLCGVVFFVVSIVFLNMNVVDTTMSQLRESLSLAETMSKQLGYGDQFGKQIKLMESQLSTVQYLFPTVLVLTGIVFSFLSYAMARPLLRRFSPDLPKMKPFRELKLPQSVVILYFIVTILGFLPLEKGHMLYSVSLNGGFILSLLICIQGLAFIFFYCREMEMPKAVPVLAIVLGVLFPLILSVYLLLGIIDIGFNIRNKVTRN NA NA NA NA NA D1-12_02094 1980 gdpP COG3887 Cyclic-di-AMP phosphodiesterase GdpP ATGCCTAGTTTTTATGAAAAACCGTTGTTTCGGTATCCCATCTATGCATTGATTGCATTGTCAATCATCATAATCCTCATCAGCATTTACTTTAACTGGCTGATAGGAGCCATCGGCGTTGTGCTGCTCGCCGTGATCTTGTTTTTCATTAAGCGTGCGGATTCTCTGATCAGAAAAGAAATTGACGATTATATCTCCACGTTATCGTATAGATTGAAAAAAGTAGGCGAAGAGGCATTAATGGAAATGCCTATCGGGATTATGCTGTTTAATGATCAATATTACATTGAGTGGGCGAATCCGTTTTTGTCTTCCTGTTTTAATGAAAGCACGCTCGTCGGACGCTCGCTGTATGACACATGCGAGGCCGTCGTGCCGCTGATCAAGCAGGAGGTCGATTCGGAAACGATCACCTTGAATGAGCGGAAGTTTAAAGTAGTGATTAAAAGAGATGAGCGCCTGCTTTATTTCTTTGATGTGACAGAACAGATTCAGATTGAAAAGCAGTACGAAAATGAGAGAACCGTGCTGGCATATATCTTCTTAGATAACTATGATGACGTCACACAGGGGCTGGACGACCAAACGAGAAGCACGATGAACAGCCAGGTCACCTCATTATTAAATGCGTGGGCGCAGGAGTACGGCATTTTCCTGAAACGGACGTCTTCGGAGCGGTTTATCGCGGTGTTAAATGAACACATTTTAACGGAGCTTGAAAACGCGAAATTTTCGATTTTGGATGAAATTCGAGAAAAAACATCCGTTCACACTGTATCTTTGACCCTCAGCATCGGGATCGGCGCATCGGTTTCTTCCTTGAAGGAGCTTGGAGATCTGGCGCAGTCCAGCCTCGATTTGGCTCTCGGCCGCGGAGGCGACCAAGTGGCGATCAAAATGCCGAACGGCAAGGTGAAATTTTACGGCGGCAAAACAAATCCGATGGAGAAGCGCACAAGGGTGCGCGCCCGGGTGATTTCTCACGCGCTCAAGGAGATTGTCTCAGAAAGCAGCAATGTCATTATCATGGGGCACAAATTTCCTGATATGGACGCGGTCGGAGCCGCAATCGGAATATTGAAGGTGGCGCAGGCCAACGGCAAAGAAGGCTACATCGTCATTGATCCGAACCAGATCGGATCAAGCGTTCAGCGCCTGATTGAAGAAATTAAAAAATATGAAGAGCTGTGGTCGCGGTTCATCACGCCGGAAGAGGCGATGGAAATTTCAAATGATGACACGCTACTTGTCGTCGTTGATACACATAAACCGTCCCTTGTGATGGAAGAGCGCCTCGTGAACAAAATCGAGCACATCGTTGTGATTGACCACCACCGCAGAGGCGAGGAATTTATTAAAGACCCGCTGCTCGTTTATATGGAGCCATACGCTTCATCCACCGCAGAACTCGTGACAGAGCTGCTTGAATACCAGCCGAAGCGGCTCAAAATCAATATGATTGAAGCGACGGCCCTGTTAGCTGGTATAATAGTGGATACGAAGAGCTTTTCCCTTCGCACGGGCTCGCGGACGTTCGACGCCGCTTCTTATTTGAGAGCGAAAGGCGCAGATACGGTTCTGGTGCAGAAAGTTCTCAAAGAATCCGTCGGTTCTTATATCAAGCGGGCGAAACTGATCCAGCATACGTCTCTTTATAAAGAACATATCGCGATTGCTTCTCTTCCTGAGAACGAAGAGGAGTACTTTGACCAGGTGCTGATTGCGCAGGCGGCTGATTCCCTCTTATCAATGAGTGAAGTGGAAGCTTCATTTGCGGTAGCCAGACGGGATGAGCATACGGTGTGCATCAGTGCGAGATCGCTGGGCGAGGTCAATGTGCAGATTATTATGGAGGCGCTGGATGGCGGAGGGCATTTAACCAATGCGGCAACCCAGTTATCGGGCATTTCTGTCTCAGAAGCGCTCGTCCGGCTGAAGGAAGCCATTGATGAATATTTTGAGGGAGGCGTTCAGAGATGA MPSFYEKPLFRYPIYALIALSIIIILISIYFNWLIGAIGVVLLAVILFFIKRADSLIRKEIDDYISTLSYRLKKVGEEALMEMPIGIMLFNDQYYIEWANPFLSSCFNESTLVGRSLYDTCEAVVPLIKQEVDSETITLNERKFKVVIKRDERLLYFFDVTEQIQIEKQYENERTVLAYIFLDNYDDVTQGLDDQTRSTMNSQVTSLLNAWAQEYGIFLKRTSSERFIAVLNEHILTELENAKFSILDEIREKTSVHTVSLTLSIGIGASVSSLKELGDLAQSSLDLALGRGGDQVAIKMPNGKVKFYGGKTNPMEKRTRVRARVISHALKEIVSESSNVIIMGHKFPDMDAVGAAIGILKVAQANGKEGYIVIDPNQIGSSVQRLIEEIKKYEELWSRFITPEEAMEISNDDTLLVVVDTHKPSLVMEERLVNKIEHIVVIDHHRRGEEFIKDPLLVYMEPYASSTAELVTELLEYQPKRLKINMIEATALLAGIIVDTKSFSLRTGSRTFDAASYLRAKGADTVLVQKVLKESVGSYIKRAKLIQHTSLYKEHIAIASLPENEEEYFDQVLIAQAADSLLSMSEVEASFAVARRDEHTVCISARSLGEVNVQIIMEALDGGGHLTNAATQLSGISVSEALVRLKEAIDEYFEGGVQR NA NA NA NA NA D1-12_02095 450 rplI 50S ribosomal protein L9 ATGAAGGTTATTTTCTTACAAGATGTAAAAGGTAAAGGAAAAAAAGGCGAAATGAAAAACGTAGCAGACGGTTATGCACATAACTTTCTCATTAAAAAAGGCCTCGCTGTCGAAGCAAATGCGACAAACATCAGCGCATTGAAAGGACAGAAAGAAAAAGAGAAAAAAGAAGCGATTGCCGAGCTTGAAAGAGCGAAAGATTTGAAAGAAACGCTTGAACAGCTGACTGTTGAGCTGAGTGCCAAATCCGGTGAAGGCGGCCGTCTATTCGGATCTGTCACAAGTAAACAGATTGCAGAAGCGCTGCAAAAAACGCATAAGATTAAAGTGGATAAACGGAAACTGGAGCTCCAAGACGGTATCCGCACACTGGGATATACAAACGTTCCTGTAAAGCTGCACCCTGAAGTTCAGGCTGTGCTGAAGGTTCACGTAAAAGAAGAAGCGTAA MKVIFLQDVKGKGKKGEMKNVADGYAHNFLIKKGLAVEANATNISALKGQKEKEKKEAIAELERAKDLKETLEQLTVELSAKSGEGGRLFGSVTSKQIAEALQKTHKIKVDKRKLELQDGIRTLGYTNVPVKLHPEVQAVLKVHVKEEA NA NA NA NA NA D1-12_02096 564 hypothetical protein ATGAAACGATTTTTTTCTGAAACATATTTTAATTATCCGGAGAATAAAAAAGCGCTGAATCAATATCCGCTGATCGGAGACGGAAAAGATGGGGAGGTCTATCTCTTAACACACAACAAATGCGTAAAATATTTTTTTAAAAAAGAGACATGTAAGAAGGAATTGGAAGCTTTACAGCTCGGATATGGTTCACCGGTGATCCCGAAACTGTATGAATACGGAGATCATTATATTGTGATGGAATACGTCAAAGGCACCTCCCTTGCGCGCCATATCAAAAAAGAAAAATCCCTGTCCGTCAAACTGACAGCTGATATTTTAAACATGCTGGATGAATTAAAAGATATCGGTTTTGCCAGATGGGATGCCGAAATCAGGCATATTCTGATCAACGAACAAGGTGAACTTAAAGTGATCGACCATAAAAGAGCCTTTTCGACCGTTACCCGAGTTCCCGTAAAACTATTAAAAGGACTGGACAAATACGGCTTGGCGGATGAGTTTTTGAACACCATAAAAAAATTAAATCCGTCACGCTACCGGGAATGGCGAAGGGAATTGTAA MKRFFSETYFNYPENKKALNQYPLIGDGKDGEVYLLTHNKCVKYFFKKETCKKELEALQLGYGSPVIPKLYEYGDHYIVMEYVKGTSLARHIKKEKSLSVKLTADILNMLDELKDIGFARWDAEIRHILINEQGELKVIDHKRAFSTVTRVPVKLLKGLDKYGLADEFLNTIKKLNPSRYREWRREL NA NA NA NA NA D1-12_02097 657 bshB1_2 COG2120 N-acetyl-alpha-D-glucosaminyl L-malate deacetylase 1 ATGGGAGAATATATTATGGTTATCGGCGCTCATCCCGACGATGAACTATTGGGATCAGCGGGCACCATAAAACGGCTGATCAATGAAGGATATAAAGTGATTTCCATTATTACAGCATTAGGAAGAAAAGAAGAAGCTCATCATATTAAACAATTGGGCGAACGCGCGAATCAAGAGCTAGGAATTGAGAAAGTCATCTTTTTGGAGCATACGAATTTAGAGCTGGAATGTATCCCTCTTCATAAGCTTGTCAAAGAATTAGAACAGCTCATTCGCGTCTATCAGCCTGAAAAAATCTTTACACATCATTACGGCGATGTCAATATGGACCACCAGAGAACGTTCCAAGCAGTTTTAACAGCCGCCAGACCGCTTCCGAATCAAAAGCCTATCGAACTGCTTACGTTTGAAACGCTATCTTCAAGCGAGTGGGAGAGGAATACGGCTGATAAACTCTTCAAGCCTAATTACTTCGTTAATATCACAGACACAATGGATGCCAAACTCGCGGCGCTTCACCACTATGACGTAGAAATGAGGGATTACCCTCATCCCCGTTCATATGAAGGCGTTACACATTTAGGAAGAGTCAGAGGGATGACGGCGGGTGTGGAATACGCTGAAGCTTTTGAAGTCGTGCGGAGGATCTGGAAATGA MGEYIMVIGAHPDDELLGSAGTIKRLINEGYKVISIITALGRKEEAHHIKQLGERANQELGIEKVIFLEHTNLELECIPLHKLVKELEQLIRVYQPEKIFTHHYGDVNMDHQRTFQAVLTAARPLPNQKPIELLTFETLSSSEWERNTADKLFKPNYFVNITDTMDAKLAALHHYDVEMRDYPHPRSYEGVTHLGRVRGMTAGVEYAEAFEVVRRIWK PGPT0019570_921 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_MALATE_UTILIZATION,PGPT0019570-bshB1-K01463 NA NA D1-12_02098 1335 mshA_1 COG0438 D-inositol 3-phosphate glycosyltransferase ATGATCAAGACATTTTCCGTCCCGTATCCGTATATGATTCAGACGCTTGACCGCTATTACGGGGTCAAAGCGCACCCGCAAAAAAAGACGGCAGTAAAGACTCAGATGAAACATGCACATCATATTCCGCGATTATACGGAAAAAAACAGAAGTTATCCATTTTGATTGCCACGTTTTGGGACTACCCGCACACGGGCGGTTTATCAAACTATATTAAAACGCTTAGTGAAGGACTGAAAAAAAGAGGTCATAAGGTGGATGTCATATCCCCCAATCAGTTTCCTTCCGCACAGGTAAAAGAATTGCGGGCGGATGTTGTTCCGAAATTAAAAGATTTCTTTAGTGACAGATACGGGGATTACAGTGATCATATTTTGAAGAATAATCGGCTGATGTTTATATACGAGCAAATGCTTCAAAAGATTCATTTGGAAAAATATGATGTGTTTCATGCTCAAGATTTATTTACAGCCAACATATTAGGCAGGTTCAATCAAATCTATAAGAAACCTTTATTTTTCACACCGCATGGCATGTTTACTTTCAACAGACTTAAATTTCACATCTTTAAAAAAGGATCGGTAGAAGAGTTTTATTATAAAAAACTAGAGATGAAAGCCATTGAATACGCAGATCGCCTGATTATTATCAGCGATACGTTCCGCAGCCCGCTCATGAAGCTCGGAGCCGAACAGGAAGACATGGCAACGGTGATCACAGGAATCGATTACGATGCAAAAACAGGCGGGAAAAGAAAAACCCCGATACCGAAAAATAAGATCATCATCGCGTGTATTGCAAGATTAGGCCCGAGAAAAGGTCACAAATATTTACTGGACGCACTTTCAAGAATTCCGTCTGATCTACTTGAACATGTTGAAGTGCTGATCGCGGGCGACGGAGAGATGAGGAGCGCCTTAGAGGAACAGGCTCGAAAACTGAATCTATCTATGGTCTCCTTTTTAGGAAAAAGAGATGATGTTCCCGCTATTTTGAATATGACGGATATATTCGTATTGCCGACCATTAATGATAGTCTGCCTATTTCGATTATTGAAGCGATGTTCAGCGGCTCGGCTATCATCGCGACCGATTGCGGGGGTATTCCGGATCTGATCCGCCATAACAAAACGGGACTTATTGTCGAACCGGGAAATGCAAAGGTTCTTGCCCGGGCTTTAGCGTTTTTTATCTCTAACAAATCTGCGCGGGAGAAGGCTGCTTCAAACGCAAAGGCCTACGCGGAGAAATATTTAAGCAGTGAGACGATGATAAAAAATATCGAATCGATTTATCAAAATACCAACAGCTCGGAGGGAGATCATGAAACATGA MIKTFSVPYPYMIQTLDRYYGVKAHPQKKTAVKTQMKHAHHIPRLYGKKQKLSILIATFWDYPHTGGLSNYIKTLSEGLKKRGHKVDVISPNQFPSAQVKELRADVVPKLKDFFSDRYGDYSDHILKNNRLMFIYEQMLQKIHLEKYDVFHAQDLFTANILGRFNQIYKKPLFFTPHGMFTFNRLKFHIFKKGSVEEFYYKKLEMKAIEYADRLIIISDTFRSPLMKLGAEQEDMATVITGIDYDAKTGGKRKTPIPKNKIIIACIARLGPRKGHKYLLDALSRIPSDLLEHVEVLIAGDGEMRSALEEQARKLNLSMVSFLGKRDDVPAILNMTDIFVLPTINDSLPISIIEAMFSGSAIIATDCGGIPDLIRHNKTGLIVEPGNAKVLARALAFFISNKSAREKAASNAKAYAEKYLSSETMIKNIESIYQNTNSSEGDHET PGPT0018547_170 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-ENVIROMENTAL_SURRIVAL CE-BACTERIAL_FITNESS-ENVIRONMENTAL_SURRIVAL-GLYCOGEN_BIOSYNTHESIS,PGPT0018547-yqgM-K16150 NA NA D1-12_02099 1188 D-aspartate ligase ATGAAACATGAACATGCAGCCGTTGTACTTGATTTCAGTGCAAACGGGATTGGGATCATTCGCAGTCTTGCCCGAAGAGGAATCGATGTTTACGCGTTTGACACGGAGGGACCTTATCGTATCGGAAAATCAAGATTGGCAGATTGCGGGATATGTCCCAGCCCTTTAACAGAAGAGGAAGAACTGCTGACATTTCTGACTGATTTCGGGAAGCGATTCCAAGCAAAGCCGGTTCTGTACGCAGGATCTGATGATTATGCGGGATTTATATCTAAATTCCGCGAGACATTAGCCGGTTTTTTTTTATTTTTGCTCCCGAGCCACTCTCTGTTAGAAACGGTCTTAGATAAAAGCAAAGCATATGAATTAGCGGTCAAGCATCACATCCCCTGCCCGAAAACCTTTTTTCCGAACAACCAGGATGAGCTGGAAGAAGCCATCGCCAATATTGACTTCCCGTGTATTTTAAAACCGGTGGCCGGCCATGAATACAGAAAAAAAGTAAACAAAAAAGCAATTGTAATGAAGGATGCCGCACAATTGCGCAAGGAGTTCAGCTCCTACAGAGAAAATGGAGAACTGCTCGTGCAGGAGATCATCCCCGGAGACAACCAGTGTTTTTATAAAGTCGCCACTTTTTATGATGACCAAATGAAATTAATGGGCCTATTCTCTCTGCAAAAGAACCATCAATTCCCTGCTGATTTTGGCGCGGGGGCCCACGTCGTCAGCAAACGGCTTCCTGATTTAATCGAGAAAACCCTGCCGTTTTTTGAAGCGATTCAGCTGAAGGGAGTAGGCATGGCGGAATTTAAAAAGGATCCCCGGGACAATGTTTACAAGTTTATCGAAATTAATCCGCGCTTTTGGCTCAGCCATAGCCTGACAGAACCGGCAGGCGTTCATTTCGTTTACATGTACTATCTGTATTTGACCGGGCAGCATGTGAAGCCCCAGCTCGAACAAAAAGACGGAATCAACTGGATTTATGGGGTGCGTTATTTCTTAACGTTTTTGAAGAAACGAAAAAGAGGAGAAATGACGTTCCGGGATTTTTGGAAAGGGTGTAAAGGAAAAAAAGAGTACGCTCTTTTTGCTTGGAATGACCCGATGCCATTTATCAGAAACACTTGGTCTCATCTCAAAAACAGCTGGAAACGGAAGCGGAAGGAAGATCGGCATGTATGA MKHEHAAVVLDFSANGIGIIRSLARRGIDVYAFDTEGPYRIGKSRLADCGICPSPLTEEEELLTFLTDFGKRFQAKPVLYAGSDDYAGFISKFRETLAGFFLFLLPSHSLLETVLDKSKAYELAVKHHIPCPKTFFPNNQDELEEAIANIDFPCILKPVAGHEYRKKVNKKAIVMKDAAQLRKEFSSYRENGELLVQEIIPGDNQCFYKVATFYDDQMKLMGLFSLQKNHQFPADFGAGAHVVSKRLPDLIEKTLPFFEAIQLKGVGMAEFKKDPRDNVYKFIEINPRFWLSHSLTEPAGVHFVYMYYLYLTGQHVKPQLEQKDGINWIYGVRYFLTFLKKRKRGEMTFRDFWKGCKGKKEYALFAWNDPMPFIRNTWSHLKNSWKRKRKEDRHV NA NA NA NA NA D1-12_02100 1056 hypothetical protein ATGTATGAAAAGGAGATTTTGTATGGCGCATTTCAAAAACTGAGAATTGACGAAAAACTGTCGTATTCGTTCGGTGAAAGGGCTGCGGTGAATCCGGATGACATCACATGCCTGAAATCGACGGACAGAAGCGCCATTTATAAACTGTTTGTAAAGAAAAAATCCGGCACTGTTCCGCTGATATTGAAGGTATATAAATCTTCCCGTGAAAAAAATAAGGTCGAGATTAATATATACGGGAAAGCCCGTTCTGTTTTAGGGGATTTGCTGCCGGATATCTATCTTATAGAAGAAAGTGACCATGAAACGTGGATATTTATGGAGTTTGTCAGCCAGATCAGGGGACAGCTTACATTTCACCCGAAGCATTTCAAGTATATTATTCCGTCTGTCGCAGAACTGCACAGCCGCACCTTTGAAAACAAGAATATTTCTGACGGTAAATGGCGGTCGTGGCTGCCGGTATACAAATCGGAAACCATGAGAAAAGGGCGTAAAAAGCAGATCAAAAAGACAGCGGAATTATTGGATAGAGCGCTTAAAGATGAGCGCACAAAAGATATCGTGAAGCCTCATTATCGGCAAATCACAAACTTGCTTGAGCAGGAGGAGCCGGATTTTTTCCCTGAATTGATACAAAACGGCTCAGCCATCACACACGGTGATCTTCATATGCAGAATATCTGCACCCACGATGCGTCCGGACATGAACCGTGGGATATTCAATTCATCGATTGGGAATCCGCAAAATACGCGCCGGTTTGGTTTGATATGACGGTGCTGGTTGAAATTCTGCTTGGTTTCAGAAAAGATTGGAGCCGGCACGCAGAAGATATTCGAACGTATTGCGTAAAAGTGTATACGAAAGAAATGAAAAAGCGGGGTATTCATTTTCAGACCCCTCCTATGACGCTTTATAAAATGGCTTATTTGCAGAGAACACTTGAGAAAGGGCTTCATACCCAATTGCGGAGAATCTTCGACAATCGGGGAGGAGAACTGCTGCCGTATCATGTTGACAAAGTGTCAAAATGGGGACGGGAATTAGGATTATAA MYEKEILYGAFQKLRIDEKLSYSFGERAAVNPDDITCLKSTDRSAIYKLFVKKKSGTVPLILKVYKSSREKNKVEINIYGKARSVLGDLLPDIYLIEESDHETWIFMEFVSQIRGQLTFHPKHFKYIIPSVAELHSRTFENKNISDGKWRSWLPVYKSETMRKGRKKQIKKTAELLDRALKDERTKDIVKPHYRQITNLLEQEEPDFFPELIQNGSAITHGDLHMQNICTHDASGHEPWDIQFIDWESAKYAPVWFDMTVLVEILLGFRKDWSRHAEDIRTYCVKVYTKEMKKRGIHFQTPPMTLYKMAYLQRTLEKGLHTQLRRIFDNRGGELLPYHVDKVSKWGRELGL NA NA NA NA NA D1-12_02101 1293 mshA_2 D-inositol-3-phosphate glycosyltransferase GTGAAAGAAGAGATCGGCAAGCCGAACGGTCTGGTGCCTCTTGCCTTATTGCGCGTCATGGATCAATTTTACGGGATCGAACATCAAAGTGAGCCAGAGATGCTGTATTCGTTCTGTGCGGAAGGAAAAAGCTCCCCCAAACGAAAAAAGCCATTGCGTATTCTGTACGCAACCTTTCTCCGTTACCCGAATGTCGGAGGGTTGGCGAGTTATATCACATCAATTAAGACGGGTTTTGAGCGCATCGGTCATCAGGCGGATGTCATCTCGCCGCTCCAAATGCCGCCATCTTTTTTTCAGGAAGATATCCCGCGGGCCGCTGACGAGATCAGAGCGTTTCTTGTTGGCAGATACGGCGCCGCAAACGAAAAGTTTGTGAAGAATCTCAGCTATTTATATGTCTTTCAAAGATTTTTGAAGGAGAAAGACTTAGAACAATATGACCTGTTTCACGCGCAGGATTTATTTGCGGTATTTTTGCTGGGATACCTTAATCAAACGTATCAGCGTCCTCTTTTTTTCACGCCGCACGGACATTTTACGAAAAGCCGGATGAAGTTTCATAAAATCCAAAAGGGTTCAATAGATGAGGCATATTTCAGTGAAATAGAAAGGCAGGGTATTCGGGCTTCGGATAAAATCATTACAATCAGCGACTCCTTTCACGAGCCCTTGCTGGAGTACGGAGCGAAGGAGGCTCAGCTGACGACTGTTCATACCGGCATTGACATTCAGGATGCCCCTGAGTCAAAACGTGCTGAAAAGCTCGTGATTGCGTGCGTTTCCCGTCTGACCGAGCGAAAAGGACATGATGTGATGCTGGACGCTCTCGCCCGCATCCGGCACCATTTATCCGGAGTTGATATATGGATCATCGGAGACGGAAACATGAGAGGGTTTCTGGAGGAAAAGAAACGGAAACTGGGCCTCACAAATGTGTTTTTCTTCGGAAAACGACGTGATGTGCCGGCGCTTTTGGCTGAATCATCTATATTTGTCCTGCCGACATTGAATGATAATTTCCCTATAGCGATCATCGAAGCGATGTTCTCAGGTCAAGCCATTGTCGCAACTGACTGCGGAGGAATCCCTGAGATGATCCGGCATGAGGACACAGGGCTTATCTGTCAGCCCGGCAACAGCCGCGAACTTGCTGATGCTCTCGTAATGCTGATTACGGATCAGTCTCTCAGGGAACGGCTTGGAAAAGAAGCGCGCTCCTATGCCGGCCGGCATCTGCGTCAGGAACTGATGGTTTCGAAAATAGAAAGTATTTATCAATCATTTTTCTGA MKEEIGKPNGLVPLALLRVMDQFYGIEHQSEPEMLYSFCAEGKSSPKRKKPLRILYATFLRYPNVGGLASYITSIKTGFERIGHQADVISPLQMPPSFFQEDIPRAADEIRAFLVGRYGAANEKFVKNLSYLYVFQRFLKEKDLEQYDLFHAQDLFAVFLLGYLNQTYQRPLFFTPHGHFTKSRMKFHKIQKGSIDEAYFSEIERQGIRASDKIITISDSFHEPLLEYGAKEAQLTTVHTGIDIQDAPESKRAEKLVIACVSRLTERKGHDVMLDALARIRHHLSGVDIWIIGDGNMRGFLEEKKRKLGLTNVFFFGKRRDVPALLAESSIFVLPTLNDNFPIAIIEAMFSGQAIVATDCGGIPEMIRHEDTGLICQPGNSRELADALVMLITDQSLRERLGKEARSYAGRHLRQELMVSKIESIYQSFF PGPT0018547_165 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-ENVIROMENTAL_SURRIVAL CE-BACTERIAL_FITNESS-ENVIRONMENTAL_SURRIVAL-GLYCOGEN_BIOSYNTHESIS,PGPT0018547-yqgM-K16150 NA NA D1-12_02102 2043 hypothetical protein TTGAAAACAAAACGACTGGACATCGTTCTTATCGGTATTTTATCAGCAGCGGCGGCTTTGAATATGTACGGCATTTGGCAGGATGATGCCGCCAACCAGTATTATTTGGCTGCCGTCAAAAGCATGACGCAAAGCTTTCACAACTTCTTCTACGCATCCTTTGACCCGTCCGGCTTTGTCACGGTAGACAAACCGCCTGTCGCTTTATGGATTCAAACGATTTTCGCTTTGGTCTTCGGCGTACATACATGGAGCGTGATTCTTCCTCAGGCTTTGGCGGGGCTCGGTTCCGTTCTGCTGCTGTATTTCATGATAAAGCCTTCGTTCGGCACGGGCGCGGCCAGAATCGCCGCTTTTGTCATGGCGCTGACGCCGATTGCGGCGGCCGTCAGCCGGACGAATAATCTCGACAGCATGCTCGTCTTTACACTGCTTCTCGGTTCCTGGTGTTTGATGCGCGCGGTGAAACGCGGCAAAATCATTTGGCTCTTATCCGCATTCGCACTTGTCGGTCTTGCCTTTAATATGAAAATGATGCAGGCCTACATCGTGCTTCCGGCTTTTCTGCTTTTTTATCTCATTGCATCACACACATCCATTAAGAAAAAACTGATCTCACTTCTCGCTTCTTCAGCCGTTCTCCTGGCGCTCTCCGTCTCATGGGCGGCAGCCGTTGATTCCATTTCCGCATCAAGCCGCCCCTATGTCGGCAGCAGCCAGACAAACTCCGTGCTGGAGCTGGCATTCGGATATAACGGGACAGAACGGCTGCTCGGGCAGACGACGGGCCTTTCTCACGGCAGCATGACCGGCGGAAAAAGCGTGATGCAGGAAGGGATGGGCATGCAGCCTCCGGGAACGAACAGCCCGGCAATGGGCGGCAGCGCTCCTCAGGGAAAAAACGGGCAGGTTCAAATGCCCCGGCAGCCATCCGGACAGAACGCGGCCTTACCGCAAGGAAGCGGAACTCCTCCGGCACAAAACGGCGGCTCACAAGGCCCCGGCGGCGGAAAAAGCATGAGTATGAACATGTACGGCAACGGAACCCCGGGTGCGCTCAGGCTTTTCCAATCTGAATTATCGGGGCAAATCAGCTGGATGCTGCCTTTTGCGCTCACCGGTTTGTTCGGCGCCGTCATCAGCTGGTACAGAAACCGCCGGGAAAAAGCGGAGGAAATGAAAGAAACGATGTTTTGGACAGTATGGCTTGTGCCTGCCGCCGGTTTCTTCAGCATCGCAAGCTTTTTCCATCCGTACTACTTAATCATGCTGGCGCCTCCGATCGCAGCCCTTTCCGGAATCGGCTGGCGGGCCTTATATGATTTATACAAGCATGATAAAGGCTGGACGGGCTGGCTGCTGCCTGCGGGTGTCTTTCTCACCGCCGGTTTTCAGGCCTTCATCGTAAGCGGGTATACAAACCAGATCGGCAGCGCTTGGATGTACATCCTCGGACTGTTGGGGCTCGGCACTGTCATTGCCCTCATTGTGATGAAATACAAGCCGTTCGGCAGACAACTGACCGTGATCACCATGTGTGTGTTGATGCTCACGCCGCTGTACTGGTCAGCCACGCCGATCCTTTACGGCGGAAACAGCGTCATACCCGAATCCGGCCCGCAGCTGAAAAGCTCAAACGGCGGCAATATGTTCACCTCTGAAGTGGATACAGGCCTGCTGTCTTATTTGAAAAAGCATCAGACAGGTGAGGAATATCTGTTTGCAACGCTCACCACGGTGACTGCGGCGCCTTATATCATCCATACGAATGAATCAGTCATGGCACTCGGAGGCTTTAACGGAACCGATCCGATTTTAACCGTCTCACAGCTGAAAAAACTTGTTGATGATGGAAAAGTGAAGTATTTCTTATTATCCGGAAACAGTTCAGGCAACACGAAGCTTGTCTCATGGATTAAAAAGAACGGCACAAAAATCTCAGCTGACCAATACAGCACCGGAAAAACAAGCTCAGCCCGGCAAGGAATGACAGGCGGCCCGGGCGGACAAAGTCAGCAGACTCTGTATGAGATGAAAAAATAG MKTKRLDIVLIGILSAAAALNMYGIWQDDAANQYYLAAVKSMTQSFHNFFYASFDPSGFVTVDKPPVALWIQTIFALVFGVHTWSVILPQALAGLGSVLLLYFMIKPSFGTGAARIAAFVMALTPIAAAVSRTNNLDSMLVFTLLLGSWCLMRAVKRGKIIWLLSAFALVGLAFNMKMMQAYIVLPAFLLFYLIASHTSIKKKLISLLASSAVLLALSVSWAAAVDSISASSRPYVGSSQTNSVLELAFGYNGTERLLGQTTGLSHGSMTGGKSVMQEGMGMQPPGTNSPAMGGSAPQGKNGQVQMPRQPSGQNAALPQGSGTPPAQNGGSQGPGGGKSMSMNMYGNGTPGALRLFQSELSGQISWMLPFALTGLFGAVISWYRNRREKAEEMKETMFWTVWLVPAAGFFSIASFFHPYYLIMLAPPIAALSGIGWRALYDLYKHDKGWTGWLLPAGVFLTAGFQAFIVSGYTNQIGSAWMYILGLLGLGTVIALIVMKYKPFGRQLTVITMCVLMLTPLYWSATPILYGGNSVIPESGPQLKSSNGGNMFTSEVDTGLLSYLKKHQTGEEYLFATLTTVTAAPYIIHTNESVMALGGFNGTDPILTVSQLKKLVDDGKVKYFLLSGNSSGNTKLVSWIKKNGTKISADQYSTGKTSSARQGMTGGPGGQSQQTLYEMKK NA NA NA NA NA D1-12_02103 144 yycC putative protein YycC ATGAAACCGCTGCAAATTTCCGCCGAAACGGCGCAAAAACTCGCAGAATCACTGAATATGCCGCTTGAGAGAATCATGCACATGCCTCAGCACATTCTGCTTGCCAAATTAGCTGAAATCCAAAAAGAGAACGATCACAAATAA MKPLQISAETAQKLAESLNMPLERIMHMPQHILLAKLAEIQKENDHK NA NA NA NA NA D1-12_02104 210 hypothetical protein ATGCAATCGCCATTGATGTTATTACAGCTGAAGCTGGCTGATTATCAGAAAAAAGCCGCAGAACTGCGGACAATTGATGAATTTATCATACTGAAACAGACATTGCAGGACATGATGAAAGTATTCGCCGCCTGTGAAGAATGGGAGCTGTATCAAAAAACGGCCGATCTCATGGCGCAGACGGTGCTGCACATCCGTTTCATCGAATAA MQSPLMLLQLKLADYQKKAAELRTIDEFIILKQTLQDMMKVFAACEEWELYQKTADLMAQTVLHIRFIE NA NA NA NA NA D1-12_02105 198 hypothetical protein ATGAAAACATATGCAGTAACACCCAGTGTTGATGCGGACGGATGGTTTGTGAAGGTGGAAAATGTGGCGCCGACGGCTCTTTATACATCGAAGGACGCGGCGATCGAGAAAGCGGAGCAGACGGCTAAAGAGAACAGCCCGTCTAAGCTTGTCATTTATGATCAGCAAAAAAACATTGAAGAAGAACGGTCCTTTTAA MKTYAVTPSVDADGWFVKVENVAPTALYTSKDAAIEKAEQTAKENSPSKLVIYDQQKNIEEERSF NA NA NA NA NA D1-12_02106 1374 dnaC_1 COG0305 Replicative DNA helicase GTGCTTAGCATGACAGACCTTCTGAATGATCGGCTGCCGCCGCAAAACATAGAAGCTGAGCAGGCCGTGTTAGGTGCTGTTTTTTTACAGCCGTCTGCGTTAACACTGGCTTCTGAAGTGTTGATTCCGGATGATTTCTACAGAATGTCACATCAAAAAATTTACAATGCCATGCTCGTGCTCGGAGACCGCGGTGAACCGGTTGATTTGGTCACGGTAACGTCAGAGCTTGCGAATACCGATTTGTTAGAAGAGGTGGGAGGCGTCTCTTACCTGACGGACATCGCGAATTCCGTTCCGACAGCGGCTAATATAGAATATTATGCGAAAATCGTTGAGGAAAAATCCATTCTCCGCCGTTTAATCAGAACGGCGACCTCGATCGCTCAAGACGGGTATACGCGCGAGGATGAAGTTGAAGATTTATTAAGCGATGCGGAAAAAACGATTATGGAGGTCGCGCAGCGAAAAAATTCGGGCGCCTTCCAAAATATTAAAGACGTGCTTGTGCAAACATACGACAACATTGAGCAGCTTCACAACCGGAAAGGCGATATTACCGGGATTCCGACCGGTTTTATCGAGCTTGACCGGATGACAGCGGGGTTTCAGCGGAATGATTTGATTATTGTCGCGGCCCGTCCGTCTGTGGGGAAAACAGCGTTCGCCTTAAATATTGCGCAAAACGTGGCCACCAAAACGGATGAGAGCGTCGCGATATTCAGTCTTGAGATGGGTGCCGAGCAGCTTGTCATGCGTATGCTCTGCGCCGAAGGGAATATTAACGCCCAAAATCTCAGAACGGGAAATCTGACGGAAGAAGATTGGGGCAAGCTGACGATGGCGATGGGAAGCCTGTCAAACAGCGGTATCTTTATAGATGACACCCCCGGCATCCGCGTCAGCGAAATCCGTTCAAAATGCCGCCGGCTGAAGCAGGAAAACGGATTGGGCATGATTTTAATTGACTACTTGCAGCTCATTCAGGGAAGCGGCCGTTCAAGCGACAACCGCCAGCAAGAGGTATCGGAAATTTCACGGGCGCTAAAAGCGCTGGCACGGGAGCTTGAAGTCCCGGTCATCGCCCTGTCTCAGCTCTCCCGGGGTGTTGAGCAGCGGCAGGATAAACGTCCGATGATGTCAGATATCCGTGAGTCGGGAAGTATTGAGCAGGATGCCGACATCGTCGCCTTCCTGTATCGTGATGATTACTATGATAAAGAATCCGAAAACAAAAACATCATCGAAATCATTATCGCCAAACAGCGTAACGGCCCGGTGGGCACCGTCTCACTGGCTTTTGTGAAAGAATACAATAAGTTCGTAAACCTGGAACGGCGCTTTGATGACGGCGGTGTTCCGGCAGGTGCGTAA MLSMTDLLNDRLPPQNIEAEQAVLGAVFLQPSALTLASEVLIPDDFYRMSHQKIYNAMLVLGDRGEPVDLVTVTSELANTDLLEEVGGVSYLTDIANSVPTAANIEYYAKIVEEKSILRRLIRTATSIAQDGYTREDEVEDLLSDAEKTIMEVAQRKNSGAFQNIKDVLVQTYDNIEQLHNRKGDITGIPTGFIELDRMTAGFQRNDLIIVAARPSVGKTAFALNIAQNVATKTDESVAIFSLEMGAEQLVMRMLCAEGNINAQNLRTGNLTEEDWGKLTMAMGSLSNSGIFIDDTPGIRVSEIRSKCRRLKQENGLGMILIDYLQLIQGSGRSSDNRQQEVSEISRALKALARELEVPVIALSQLSRGVEQRQDKRPMMSDIRESGSIEQDADIVAFLYRDDYYDKESENKNIIEIIIAKQRNGPVGTVSLAFVKEYNKFVNLERRFDDGGVPAGA NA NA NA NA NA D1-12_02107 414 yycE putative protein YycE ATGACAATGGAATTTCCGCAATTTCAAGCGGCACAAATCCGGATTGCCCGGCCGACCGGACAGCTCAAAGAAATCATCAGGTTTTATGAAGAGGGCCTCGGACTGAAGAGGATCGGCAGCTTTTCCGGACATGAGGGCTACAGCGGTGTCATGTTCGGCCTGCCCCATACGCAATACCACTTAGAATTCACCGAAGAAACCGGTTCGTCTCAGCCGGCACCCGTTCCGCACGGCGACAGCCTGCTTGTCTTTTACATCCCTGATCAGCAGGAGGTCATTCGCATCAGCACGAAATTAAAGCAGATGGGATATGAGGAGAAAGCACCCGAAAATCCGTACTGGGGAGAAAAAGGCGTGACCATCGAAGATCCTGACGGCTGGCGGGTCGTCCTGATGAATACAAGCGGCATATAA MTMEFPQFQAAQIRIARPTGQLKEIIRFYEEGLGLKRIGSFSGHEGYSGVMFGLPHTQYHLEFTEETGSSQPAPVPHGDSLLVFYIPDQQEVIRISTKLKQMGYEEKAPENPYWGEKGVTIEDPDGWRVVLMNTSGI NA NA NA NA NA D1-12_02108 1293 purA COG0104 Adenylosuccinate synthetase ATGTCTTCAGTAGTCGTAGTAGGTACGCAGTGGGGCGATGAAGGAAAAGGTAAAATTACAGATTTCCTATCAGAAAATGCAGAAGTGATCGCACGTTATCAAGGCGGAAACAATGCAGGACATACCATCAAGTTTGATGGAGTCACGTACAAGCTTCATTTAATCCCATCAGGAATTTTTTATAAAGATAAAGCGTGTGTCATCGGGAACGGAATGGTTGTTGATCCGAAAGCGCTCGTAACGGAGCTTGCGTATCTTCATGAGCGCAATGTGAGCACGGATAACTTGAGAATTAGCAACAGAGCCCACGTCATTCTTCCATACCATCTGAAACTGGATGAAGTAGAGGAAGAACGCAAAGGGGCCAACAAGATCGGCACAACGAAAAAAGGCATCGGACCTGCTTATATGGACAAAGCGGCGCGGATCGGCATCCGGATCGCAGACCTGCTAGATCGTGACGTGTTTGCAGAAAAGCTTGAACGGAACCTTGAAGAGAAAAACCGTCTGCTTGAAAAAATGTATGAAACGGAAGGCTTCAAAATTGAAGATATTCTGGATGAGTATTATGAATACGGCCAGCAGATTAAAAAGTATGTATGCGATACATCCGTCGTCTTAAATGACGCGCTGGATGAAGGCCGCCGCGTTTTATTTGAAGGCGCTCAAGGGGTTATGCTTGATATCGACCAAGGGACATACCCGTTTGTCACTTCATCCAACCCGGTCGCCGGAGGGGTGACGATCGGTTCAGGCGTAGGCCCGACAAAAATCCAGCACGTCGTCGGTGTATCTAAAGCGTACACAACCCGTGTCGGTGACGGTCCTTTCCCGACTGAGCTGAAAGATGAAATCGGAGATCAAATCCGTGAAGTCGGACGCGAATACGGCACAACGACAGGCCGTCCGCGCCGTGTCGGCTGGTTTGACAGCGTTGTTGTCCGCCATGCCCGCCGCGTCAGCGGAATCACAGATCTTTCTCTGAACTCAATCGATGTGCTGACTGGCATTGAAACATTGAAAATCTGTGTCGCTTACCGCTACAAAGGTGAAGTGATTGAAGAATTCCCGGCAAGTCTGAAAGCTCTCGCAGAGTGTGAACCGGTATATGAAGAAATGCCTGGCTGGACGGAAGATATCACAGGCGCAAAAACATTAAGCGATCTTCCTGAAAATGCGCGCCATTATCTGGAACGCGTGTCTCAGCTGACAGGTATTCCGCTTTCTATTTTCTCTGTCGGTCCCGACCGTTCACAAACGAACGTCATCCGCAGTGTATACCGCGCTAACTAA MSSVVVVGTQWGDEGKGKITDFLSENAEVIARYQGGNNAGHTIKFDGVTYKLHLIPSGIFYKDKACVIGNGMVVDPKALVTELAYLHERNVSTDNLRISNRAHVILPYHLKLDEVEEERKGANKIGTTKKGIGPAYMDKAARIGIRIADLLDRDVFAEKLERNLEEKNRLLEKMYETEGFKIEDILDEYYEYGQQIKKYVCDTSVVLNDALDEGRRVLFEGAQGVMLDIDQGTYPFVTSSNPVAGGVTIGSGVGPTKIQHVVGVSKAYTTRVGDGPFPTELKDEIGDQIREVGREYGTTTGRPRRVGWFDSVVVRHARRVSGITDLSLNSIDVLTGIETLKICVAYRYKGEVIEEFPASLKALAECEPVYEEMPGWTEDITGAKTLSDLPENARHYLERVSQLTGIPLSIFSVGPDRSQTNVIRSVYRAN PGPT0020140_2733 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0020140-purA-K01939 NA NA D1-12_02113 711 walR_3 COG0745 Transcriptional regulatory protein WalR ATGATGGATAAGAAAATCCTTGTAGTCGATGATGAAAAACCGATTGCAGATATATTAGAGTTTAATTTAAGAAAAGAAGGCTATGACGTGCATTGTGCGTACGACGGAAACGAAGCCGTGGAAATGGTGGAGGAGCTTCAGCCTGATTTAATTCTTTTAGATATTATGCTTCCGAATAAAGACGGAGTTGAAGTGTGCCGGGAAGTCCGGAAAAAATATGATATGCCGATTATTATGCTGACGGCAAAAGACTCGGAGATTGACAAGGTCATCGGGCTTGAAATCGGAGCGGATGACTATGTCACGAAGCCTTTCAGCACGCGTGAGCTTCTGGCCCGCGTCAAAGCGAACCTGCGCCGCCAGCTTACGGTTGCGCCGGCTGAGGAAGAATCAGCTTCTAATGACATTCATATCGGTTCTCTCGTGATCTTCCCTGACGCTTATGTCGTATCAAAAAGAGAAGAAACGATCGAGCTGACTCATCGTGAGTTTGAATTGCTTCATTACTTAGCCAAACATATCGGACAGGTTATGACGCGTGAGCATCTGCTGCAGACTGTGTGGGGCTATGACTATTTCGGTGACGTGAGAACGGTGGATGTAACAGTACGCCGCCTTCGCGAGAAAATCGAGGATAATCCGAGCCATCCGAACTGGATCGTCACAAGACGGGGTGTCGGTTATTACTTGAGAAATCCTGAACAGGACTAA MMDKKILVVDDEKPIADILEFNLRKEGYDVHCAYDGNEAVEMVEELQPDLILLDIMLPNKDGVEVCREVRKKYDMPIIMLTAKDSEIDKVIGLEIGADDYVTKPFSTRELLARVKANLRRQLTVAPAEEESASNDIHIGSLVIFPDAYVVSKREETIELTHREFELLHYLAKHIGQVMTREHLLQTVWGYDYFGDVRTVDVTVRRLREKIEDNPSHPNWIVTRRGVGYYLRNPEQD PGPT0013765_299 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HIGH_TEMPERATUR_REGULATION,PGPT0013765-vicR|walR|yycF|micA-K07668 NA NA D1-12_02114 1836 walK Sensor histidine kinase WalK ATGAATAAGGTTGGTTTTTTTCGGTCGATTCAGTTTAAGATCACGCTGATCTATGTGCTTCTCATTATCATCGCCATGCAGATTATCGGCGTGTACTTTGTGAAACAGGTGGAGAATTCTCTTCTCAAGTCCTATGAATTATCGTTAAATCAGCGGATTGACAATCTTTCCTATTATATTGAGCAGGAATATAAAGGAGACAATGACAGCACCGTCATTAAAGATGACGTCAAACGGATTTTAAATGATTTTACGAAAAATAATGAAATACGGGAGATTACATTTGTTGATAAAAGCTATGAGGTCGTCGGTTCTTCGAGGCCTTATGGCGAGGAAATAGCGGGGAAACAGACGACTGACCCGATTTTTAAACGGATTTTCTCAACAAAACAGGCCTATTCAAAAAAATATTATGATCCTAAAAGCAAAAACAGAGTGCTGATTTCAGCAAAACCTGTCGTCACAGAGAATCAGGAAGTTGTCGGCGCGATATATGTCGTGGCCAGTATGGAAGATACCTTTAACCAGATGAAAACCGTCAACTCGATTCTTGCTTCAGGAACAGGCTTAGCCCTTGTTCTGACGGCTCTTCTCGGTATATTTCTCGCCCGCACCATTACCCATCCACTGTCAGATATGCGTAAGCAGGCGATGGAACTGGCAAAAGGGAATTTCTCCAGAAAGGTGCGGAAATACGGGCATGATGAAATCGGTCAGCTCGCAACGACGTTCAACCATCTGACGAGAGAGCTTGAAGATGCCCAAGCCATGACGGAAGGGGAGAGAAGAAAGCTTTCTTCCGTTATCGCGTATATGACGGACGGCGTCATCGCAACGAATCGCAATGGAGCTATTATTCTTTTAAACAGCCCTGCGCTTGAGCTGCTGAATGTTTCACGTGAAACGGCTTTAGAGATGCCGATTACGTCTTTATTAGGCATAAAAGAGAACTTTACATTTGAGGATTTAGTAGAACAGCAGGATTCAATGCTGCTGGAGATCGAACGTGACGATGAAACGACTGTACTGCGGGTGAATTTTTCCGTTATTCAGAGAGAGCACGGAAAAATCGACGGTTTAATCGCGGTTCTTTATGATGTCACCGAACAGGAAAAACTCGATCGGGAACGCAGAGAGTTCGTTGCCAACGTGTCTCATGAGCTGAGGACACCGCTGACGACCATGCGAAGCTATTTAGAGGCGCTTGCGGAAGGCGCGTGGGAAAACAAAGATATCGCTCCGCGTTTCCTAATGGTGACCCAAAATGAGACTGAGCGCATGATCAGATTGGTGAACGACCTGCTTCAGCTTTCTAAATTCGACAGCAAAGATTATCAGTTTAATCGGGAGTGGATTCATATGATCCGCTTTATGTCACTGATTATCGATCGTTTTGAAATGACGAAAGAACAGCATGTCGAATTTATCCGCGAGCTTCCGGACAGAAATCTGTACGTGGAGATTGATCAGGATAAAGTGACGCAGGTTCTCGATAATATCATTTCTAACGCACTGAAATACTCACCGGAAGGCGGACATGTCACTTTCTCAGTCGATGTGAATGAGAAAGAAGAGCTGCTTTATATCAGCGTAAAAGATGAAGGTATCGGCATTCCGAAAAAAGATGTGGAAAAAGTCTTTGACCGTTTCTACAGAGTGGATAAAGCGCGCACGAGAAAACTCGGCGGCACCGGGCTCGGCCTTGCGATTGCAAAAGAGATGGTTCAGGCTCACGGCGGAGACATTTGGGCCGACAGTGTAGAAGGCAAAGGAACGAAGATTACATTTACTCTTCCATATAAAGAAGAGCAAGAGGATGATTGGGATGAGGCGTGA MNKVGFFRSIQFKITLIYVLLIIIAMQIIGVYFVKQVENSLLKSYELSLNQRIDNLSYYIEQEYKGDNDSTVIKDDVKRILNDFTKNNEIREITFVDKSYEVVGSSRPYGEEIAGKQTTDPIFKRIFSTKQAYSKKYYDPKSKNRVLISAKPVVTENQEVVGAIYVVASMEDTFNQMKTVNSILASGTGLALVLTALLGIFLARTITHPLSDMRKQAMELAKGNFSRKVRKYGHDEIGQLATTFNHLTRELEDAQAMTEGERRKLSSVIAYMTDGVIATNRNGAIILLNSPALELLNVSRETALEMPITSLLGIKENFTFEDLVEQQDSMLLEIERDDETTVLRVNFSVIQREHGKIDGLIAVLYDVTEQEKLDRERREFVANVSHELRTPLTTMRSYLEALAEGAWENKDIAPRFLMVTQNETERMIRLVNDLLQLSKFDSKDYQFNREWIHMIRFMSLIIDRFEMTKEQHVEFIRELPDRNLYVEIDQDKVTQVLDNIISNALKYSPEGGHVTFSVDVNEKEELLYISVKDEGIGIPKKDVEKVFDRFYRVDKARTRKLGGTGLGLAIAKEMVQAHGGDIWADSVEGKGTKITFTLPYKEEQEDDWDEA PGPT0013760_349 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HIGH_TEMPERATUR_REGULATION,PGPT0013760-vicK|walK|yycG|micB-K07652 NA NA D1-12_02115 1359 yycH COG4863 Two-component system WalR/WalK regulatory protein YycH ATGAGGCGTGAAAATATAAAAACAGTCATACTGTCAGTGCTGGTCGTCATTAGTCTTGTTTTAACATGGGGAATTTGGACATTCCAGCCCAATTTTTCAGAAGGCACGGCCTCAACCAAATCGACTGTCCGGGAAAAGCATAAAATTGATAAAACGAGCCAAAAAGTGTCGCAAACGGTAAAACCCCGGGATATGTTTATTCATACAAACGGCTCTCATTACAAAGTGAATGATGAGACGCTCTTTAATGACCTGTGGGCGGATTTGCCGCAATGGGAAGTAAAAGGGATGAAGGATATTTCCGATCAATACGACAAGCTCGGTTTTAAAAATTGGCTTTACGGCAGAAACGGCAATTCGGCAAAGCTCGATCTGCAATTCAATGACACCATTCCGATTGATTTCTTCCAAACGATGTTTAAATGGTCGAATCCGTCAATGGAATACAGCTCATTTGACCATATTGTCATTCCGTTTAATGAGAATAAGACGAATAAGAAGATTTACATGGTCTCATACAGCAAGCAGCTGATTTTGGAAGTGACTGTGGAATCGGCGAATTACCGCAATCTGATGAATGAGCTGTACAGCAAAAAGTCGAGTATGCCGTTATACCACCTCTATTCGGTCGGAAAAAGCAAAGAATTTCTCATGCCGAATGCGCGGTTTAATATGAAGGAAAAAGAATTTATCACGGAAACCATTAAGACGAACCTGTTTAAGCAGACGCTTTTTAATGATCCGAGCACGGTCAGAGAAGACCCGAATTACAATCGGAATGTGCTGACTGACGGAATCAGCCGTCTGGAAATCAATTCGACACAGCGGCAGATTCAATTCCAGCATCGGAACCTGGCACAAAGCGCTTCTTATCAAACAGGGGAGCTGATTAAGAAAAGCTATAAATATTTAGAGGATACGGGAAGCTGGACGGATCATTATCAATTTTTCAATGTGAGTGATAACCAGCAGCTGAGTTTCTACATGTTTAAAGACCAAATGCCCGTGATCAACAGCACGTCTAAGCCTTTCGGATCCGGACCTGTTTTGACCCTGCAATGGGCCAATGATGAGGTTCTCAGCTACAAGCGGCCGAACTATGTTCTCGGACCGAATCCGATTAAAACAAAAGACGTAAAAATGATGAACGGCAATGAGGTTGTGTCTCTGCTGGAGCAGCAGGATAAATACGACGTGAATAAAATCGACCAGATCTTCCTGTCCTATCAAATGGTCTCTTCATCAACGAATGATCTCGTTGAGCTGGAACCCGTCTGGAGTATGAAAATCAACGGGAAGATCGTCCCGATTACGAAAGATCTGCTGGGGAAGGAGGAGGACGATAATGGAGTGGAATAA MRRENIKTVILSVLVVISLVLTWGIWTFQPNFSEGTASTKSTVREKHKIDKTSQKVSQTVKPRDMFIHTNGSHYKVNDETLFNDLWADLPQWEVKGMKDISDQYDKLGFKNWLYGRNGNSAKLDLQFNDTIPIDFFQTMFKWSNPSMEYSSFDHIVIPFNENKTNKKIYMVSYSKQLILEVTVESANYRNLMNELYSKKSSMPLYHLYSVGKSKEFLMPNARFNMKEKEFITETIKTNLFKQTLFNDPSTVREDPNYNRNVLTDGISRLEINSTQRQIQFQHRNLAQSASYQTGELIKKSYKYLEDTGSWTDHYQFFNVSDNQQLSFYMFKDQMPVINSTSKPFGSGPVLTLQWANDEVLSYKRPNYVLGPNPIKTKDVKMMNGNEVVSLLEQQDKYDVNKIDQIFLSYQMVSSSTNDLVELEPVWSMKINGKIVPITKDLLGKEEDDNGVE PGPT0014763_1 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-ENVELOPE_REMODELLING_REGULATION CE-ENVELOPE_REMODELLING_REGULATION_FACTOR,PGPT0014763-walR-NA NA NA D1-12_02116 840 yycI COG4853 Two-component system WalR/WalK regulatory protein YycI ATGGAGTGGAATAAGACAAAAACGATCTTCATCATTGCCTTCCTCATCCTCGATATTTTTCTCGGCTATCAGTTTTTTGAAAAACGCTCGAGCAGTGAATACGAAGTGATTAAAAATTCAAACGTGGAAAAAGACATGGAGATGGATCATATCACATTCGGCAACCTGTCTTCTGATTCCGCGACGGGCTACCGGCTGACGGCGGGCCAAAAGGTATTTACCGCCGAAGATATTGATGCTTTGAAAGATCAAAAGCCTTTAATGGAGATGCCGGCGGATGATCACAAGGTTACGACGCTGAAAATGAAATTTACCGATCCGGTCGGTTTATCGAAGCAAAAAACGCAGGAGGATGCGGAATCGCTCGTCAGCTCTAAAGTAACCGGCGGTGAAAAATATAAACTGTGGAAAGTCGACAAGGATAAAAAACAAATCATTTTTTACCAGATGTATGACGGCCAGTTTATTTATCAGGATTTTGACTCGTCCACGGATGCGATCGGACAGGTGATTCTGCATCTGAACGATAAAAACGAGGTCGTATCTTACGAGCAGACCATGCTGGAGTCATTCAAGCGAATCCAGACGGAGAGCCTGATTCCTGAGCTGGATGCGGTCGAATTATTGTATTCTCAAAATTACTTAAAAGCGAATTGCGCCGTTAAAAGCGTTAAGTTCGGCTATATTGCCCAATATCCGCTGACAAGTACGCAGGTGCTGGCGCCGGTATGGAGAATTACAATTGAAGATAAGTCAAAAGGGACGAAGAAAAAGACACTGCAAACGTACACTGTGAACGCATTGGAAAGCACAGTCATTGATAACAATCAAAATAAATAA MEWNKTKTIFIIAFLILDIFLGYQFFEKRSSSEYEVIKNSNVEKDMEMDHITFGNLSSDSATGYRLTAGQKVFTAEDIDALKDQKPLMEMPADDHKVTTLKMKFTDPVGLSKQKTQEDAESLVSSKVTGGEKYKLWKVDKDKKQIIFYQMYDGQFIYQDFDSSTDAIGQVILHLNDKNEVVSYEQTMLESFKRIQTESLIPELDAVELLYSQNYLKANCAVKSVKFGYIAQYPLTSTQVLAPVWRITIEDKSKGTKKKTLQTYTVNALESTVIDNNQNK PGPT0014763_12 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-ENVELOPE_REMODELLING_REGULATION CE-ENVELOPE_REMODELLING_REGULATION_FACTOR,PGPT0014763-walR-NA NA NA D1-12_02117 795 yycJ_1 COG1235 Putative metallo-hydrolase YycJ ATGGGCTTGCAATTTAGCGTGCTTGCGAGCGGGAGTACCGGAAACGCGTTTTATCTGGAGACAGAGGAGCACTCTTTTCTGGTGGATGCCGGCCTGAGCGGTAAAGCGATGGACGGGCTGATGGAGAGAATCGGCCGCAAGATAGACGACGTCGACGGCATCTTTGTCACTCACGAGCACAGCGACCATATTAAAGGGCTCGGCGTCATTGCGAGAAAGTACGGTCTTCCCGTCTACGCGAATGAAAAGACGTGGAAAGCGATGGAGAATCAGATCGGCAAGCTGGATACCGGACAAAAGTTTTTGTTCCCGATGGAAAGCGTGAAATCCTTCGGCGGGCTTGATGTTGAGTCATTCGGCGTCTCTCATGACGCGGCTGAGCCGATGTTTTATGTTTTCCACTACCAAGGCAGAAAGCTCGCGCTGATGACGGACACCGGGTATGTGAGCGACAGAATGAAAGGCATTATCCGTTCGGCCAATGTGTTTGTGTTTGAAAGCAACCATGATGTCGGCATGCTGCAAATGGGCAGATACCCTTGGAGCATTAAGCGGCGGATTTTAAGCGATGTCGGCCACGTCTCGAATGAAGACGCGGCCCTCGCCATGACTGATGTCATCGGCGACGGCACATCGCGCATCTATTTGGCGCATCTGAGCCAGGACAATAATATGAAGGAACTGGCGAGAATGTCCGTGCAGCAGACATTGGCTGCGAAAGGATTTGTCGCCGGGGAAACGTTTCAGTTATTTGATACCGATCCGAAAATCCCGACGCCGCTGTGCGCCGTGTAA MGLQFSVLASGSTGNAFYLETEEHSFLVDAGLSGKAMDGLMERIGRKIDDVDGIFVTHEHSDHIKGLGVIARKYGLPVYANEKTWKAMENQIGKLDTGQKFLFPMESVKSFGGLDVESFGVSHDAAEPMFYVFHYQGRKLALMTDTGYVSDRMKGIIRSANVFVFESNHDVGMLQMGRYPWSIKRRILSDVGHVSNEDAALAMTDVIGDGTSRIYLAHLSQDNNMKELARMSVQQTLAAKGFVAGETFQLFDTDPKIPTPLCAV NA NA NA NA NA D1-12_02118 1197 htrA_2 COG0265 Serine protease Do-like HtrA GTGGATTATAATCGCGATGATGAACAGTACGCCTCCGAACAGCCCCGCCGCAGCAAGAGAGGGTACTTTCTATCAAGTCTGATCGGCGTCATCGTCGGGGCCGCGCTCATGGCTTTCCTGCTGCCGTACTGGACAGGCGGAGACCATGGAGAAAGCAGCAAAAGCACCAGCCAGCGTCTCGGCAGCGAACAGGTGAAAACAGTCAACGTAAATGTCAACGATGCTGTCACGAATATGGTCAGCCGTGTATCAGATTCGGTAGTCGGTGTTCTCAATATCCAAAAGACCGATATTTGGGGAGAGGGCGGCGAAGCGGGAAGCGGGTCGGGCGTCATTTACAAAAAGAACGGAAACACTTCTTATATCGTAACCAATCACCATGTTATTGAAGGTGCGACTGAGATTGAGATCAGCCTGAAGGATGGCTCACGCGTGCCTGCTGAGCTGATCGGGAGCGACCGTCTGATGGATCTCGCCGTGCTGAAGGTGAAGTCTGATAAAATCAAATCGGCCGCCCAGTTCGGCAATTCTGATCAGGTCAAAGTCGGAGAACCGGTCATTGCGATCGGAAATCCGCTCGGGCTTGAATTTGCGGGATCAGTGACACAGGGGATCATTTCAGGCACGGAAAGGGCAGTGCCCGTTGACTCAAACGGCGACGGCCAGCCGGATTGGAATGCGGAAGTGCTGCAGACCGACGCCGCGATTAACCCCGGCAACAGCGGCGGCGCTTTGATGGATATATCGGGCAAGGTGGTCGGCATCAACTCAATGAAGATCGCTGAATCTGCCGTTGAAGGCATCGGCCTGTCCATCCCGTCAAAGCTTGTCATTCCCGTTATTCAGGATTTAGAAAAATACGGAGAAGTCAGACGGCCTTTCCTCGGTATTGAGATGAAATCCTTAACGGATATTGCGAGCTACCATTGGAGCCAGACGCTGAAACTTCCGAAAGGCGTTAAAACCGGGGCGGTCATTATGGGTGTCGACGCGTTTTCACCGGCCGGAAAAGCGGGTTTGAAAAAGCTCGACGTGATCACCGGGTTCGACGGACATAAGGTCAATGACGTTGTGGATCTCCGTGAGCGTCTGTATCGCAAAAAGATCGGCGACCGTGTGAACATCACGTTCTACCGTTCGGGAAAGAAAAAAACAGCGGAAGTCAAACTGACAGAAGCGGATCGATTACAGAAATAA MDYNRDDEQYASEQPRRSKRGYFLSSLIGVIVGAALMAFLLPYWTGGDHGESSKSTSQRLGSEQVKTVNVNVNDAVTNMVSRVSDSVVGVLNIQKTDIWGEGGEAGSGSGVIYKKNGNTSYIVTNHHVIEGATEIEISLKDGSRVPAELIGSDRLMDLAVLKVKSDKIKSAAQFGNSDQVKVGEPVIAIGNPLGLEFAGSVTQGIISGTERAVPVDSNGDGQPDWNAEVLQTDAAINPGNSGGALMDISGKVVGINSMKIAESAVEGIGLSIPSKLVIPVIQDLEKYGEVRRPFLGIEMKSLTDIASYHWSQTLKLPKGVKTGAVIMGVDAFSPAGKAGLKKLDVITGFDGHKVNDVVDLRERLYRKKIGDRVNITFYRSGKKKTAEVKLTEADRLQK PGPT0015105_5449 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 D1-12_02119 915 hypothetical protein ATGATGGGAATTACAAAAGTTTTATCAGGAGCTGCACTGGGGACCATACTTTCAATCAGTTCTTTAACTTCAGCGCATGCGGCTGTCATTCATAAGGATGACGCAGCGCAGACGAAAGTGGAAACGAAACAGCAGGCTTCCGTTTCTATCTCTAAAGCGAAAGAGACCGCATTGAAAAACTGCAGCTGCAAAGGCGCCGTTCAATCAGCGCAAATGAAAAAAGTCAACGGCGCTTACGTATATGTTGTCAACGTCCTTGACGTAAAAGGAAAGCAGCACACCGTCAATGTCAACAGCTCCAGCGGAAAAGTCGTGAAACACCAAATTGAAAAGAAACAGCAATTCATCTCAAAATCCGGCGCTGAAAAAATCGCCGTGAAGAATTGCAAAGGAACAGTGAAGTCTTCTGAGCTGAAGACCGAACATAACGCTATGGTTTACGTGGTTCAGGTGTCAGGACAAGACGGGAAGCTTCACACATTCCATATCAATTGTAAAAACAGCAAAATCGTCAAACATGATATAAAGAATAACCAGCAACACATGACCCGTGCAAAAGCGGAATCGTTCGCACTCAGCCATTGCAAAGGCGCTGTGAAATCCGCTCAAATGAAAAAAGAAAACGGCGTATCAGTCTATGTTGTCAGCATATTCGGCCAGGACGGCAAGCTTCATACGCTCCACATGGACGGCAAAAGCGGAAAAGTCCTGAAAGAAGAAGTGCAGAAAAAACAAGTGATGATCGCTTCTAAAAAAGCGCATTCCATCGCGCTCAGCCATTGCAAAGGCGCTGTGAAATCGTCTGAAATGAAGAAAGAAAACGGCGTCTACAAGTACATCGTGAAAATCACTGCCCAAAACCATACGGAACAAACGGTGAAAGTAAACGCTCAAAACGGAGCCATCTGTAAATAA MMGITKVLSGAALGTILSISSLTSAHAAVIHKDDAAQTKVETKQQASVSISKAKETALKNCSCKGAVQSAQMKKVNGAYVYVVNVLDVKGKQHTVNVNSSSGKVVKHQIEKKQQFISKSGAEKIAVKNCKGTVKSSELKTEHNAMVYVVQVSGQDGKLHTFHINCKNSKIVKHDIKNNQQHMTRAKAESFALSHCKGAVKSAQMKKENGVSVYVVSIFGQDGKLHTLHMDGKSGKVLKEEVQKKQVMIASKKAHSIALSHCKGAVKSSEMKKENGVYKYIVKITAQNHTEQTVKVNAQNGAICK NA NA NA NA NA D1-12_02120 684 tcrX COG0745 putative transcriptional regulatory protein TcrX ATGGATAAGTTGAAAGGCATCAAGGTGCTGATTGTAGACGACGAGCCCGCCATCATTGATTTTTTAACGATGGGGCTTGTCAATGAAGGGTTTGAAGTGATGTCCGCGGCAGACGGGATGTCGGCGATGAATCTTGTGAAAACATTTCAGCCTCATATTGCCGTTTTGGACGTGATGATGCCGGGAATGGATGGGCTTGAGCTGTCAAGGATGCTTAAGAAAACAAGCAATACCGCCATCATCATGCTGACCGCGAAGGATGAAGTAGAGTTTCGCGTAAAGGCGCTGATTGAAGGCGCTGATGATTACATGATCAAACCGTTCAGCTTTGAGGAGCTGCTTGCCAGAATTTACGCAAGAATCCGCAACCAGTTTCCGCATCTTTTCGATGAGGTGGTGCTCGGCCCCTTCCGAATCGATGACCGGAGCAGAGAGATTTTTTACAATGAACAGCCTTTGAAGCTGTCCGCCACCGAATATGAACTGCTGAAATGTTTAGTGCTCCGCCACGGAACGGTTCTCAGCAAAACGAGGATTCTCGATCAGGTATGGGGCTATGATTTTTACGGGGAAGACAATATCGTCGAGGTGTACATCCGTTCTTTGCGCGAAAAGCTGAAGGACAAAGAACACAAGGTGATTCGCACGGTTCGGGGCGCCGGGTACAGGGTGGATCTGGCATGA MDKLKGIKVLIVDDEPAIIDFLTMGLVNEGFEVMSAADGMSAMNLVKTFQPHIAVLDVMMPGMDGLELSRMLKKTSNTAIIMLTAKDEVEFRVKALIEGADDYMIKPFSFEELLARIYARIRNQFPHLFDEVVLGPFRIDDRSREIFYNEQPLKLSATEYELLKCLVLRHGTVLSKTRILDQVWGYDFYGEDNIVEVYIRSLREKLKDKEHKVIRTVRGAGYRVDLA PGPT0002665_1555 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCAN_METABOLISM CE-EPS-GALACTOGLUCAN_METABOLIC_PATHWAY,PGPT0002665-phoP|phoB1-K07658 NA NA D1-12_02121 1419 rcsC_1 Sensor histidine kinase RcsC ATGAAACGGCTGTACAGAACCCTGCGATTCCAGCTCCTGTTCAGGTCACTGGCGATTTTGGCCTTGCTGTTATGTTTCATCGGCGGCACTCAGTACATGTTTATGACACGGACGATGTATGAAAATCAGGCGATCAGCATTCAGAGTTATATCAATTCAATGGATCAAAGCGTATGGAGGTCAATCAAAACCCTTGCCCGTTCCGAAACATCGGCTCATCCGAATTTGATTTACCCAGGGGTGACGGTTGCTTTTATCAATCAATCATACAAGATGTCTGTTTTATCAGAAGACCCGCACGCGGGGGCCGCTCCTTCTTTCCCGAAAAAAGTGTATCAGGATGCGCTGACAGATACAATGGCGCTTCACTATCAGGTGGCTCACAATAAGGCGGGTGAGGAAATCATCGTCGTGTTTCAGGCGATTTCCGTTGACGGCAGGCAGGCGGGAGTTGTGCAGATGAGCACGCTGACCCAGCCTCTGAATGATTCGCTTTTCCGCCAGATCAGCATTTTCGCGGTGCTTTCCTTTGCGGCTTTGGTCATCGGACTGTTTGTTTTCTTGCCGGTGATCCGGCTCACACTCAAGCCGCTGTCCCGCATTGTGCGTATGATGGGTGACATTAATGCCGGCAGTCTCGATAAACGGCTGCCGATCGATAGGAAGCAGGCCGAAATTGAGTCATTGGGCATCTCCATCAATCAGATGCTGGAACGGATTGAAACCTCTTTTCAGGCGGAAAAAGAAGCGAAAGAACGAATCCGGCAGTTTGTATCAGATGCATCACATGAGCTGAGAACGCCGCTTACCTCCATTCACGGCTTTATCGAAATTTTAATGCGCGGAGCGGCGGAGAAGCCGGAGCAGAAAGAAAAAGCGCTTCAAAGCATGTACGCGGAATCCGCCAGGGCAAATAAGCTGATAGAGGATCTTCTGTTTCTCGCGAAGATTGACCGGGTGCCGAGCTTTGAAATGAAAAAAGGCGCATTGGGAGACGTCATTTTGGAAATGGAGGCTCAGCTGAAGCTGCTCGCGAGAAACCGGAAGCTCGAGTTCTTTGTCGATCAAAAGATAGAATCCGTTTTTGACAAAGACAAAATGAAGCAGGTCATTCTCAATCTATTTTACAATGCGGTGCAGCATACGGATGAAGACACGGGTGTCATCACCGTCTCCCTGCAGAAAGACGGAGGAATCATGCTTATGATTGCGGATAACGGAACGGGAATCGCTCCGGAGCATGTGCCTCATTTGTTTGACCGGTTTTACAGGGCGGAAACCTCCCGATCCCGTCAATCCGGCGGCGCGGGGCTGGGTCTTGCCATTACAAAAACCATTATCGACAGCCATAACGGAACAATTGAAGTGAAAAGTGAGCAGGGAAAAGGCTCCGTGTTCATCATCCGGCTGCCGGGATAA MKRLYRTLRFQLLFRSLAILALLLCFIGGTQYMFMTRTMYENQAISIQSYINSMDQSVWRSIKTLARSETSAHPNLIYPGVTVAFINQSYKMSVLSEDPHAGAAPSFPKKVYQDALTDTMALHYQVAHNKAGEEIIVVFQAISVDGRQAGVVQMSTLTQPLNDSLFRQISIFAVLSFAALVIGLFVFLPVIRLTLKPLSRIVRMMGDINAGSLDKRLPIDRKQAEIESLGISINQMLERIETSFQAEKEAKERIRQFVSDASHELRTPLTSIHGFIEILMRGAAEKPEQKEKALQSMYAESARANKLIEDLLFLAKIDRVPSFEMKKGALGDVILEMEAQLKLLARNRKLEFFVDQKIESVFDKDKMKQVILNLFYNAVQHTDEDTGVITVSLQKDGGIMLMIADNGTGIAPEHVPHLFDRFYRAETSRSRQSGGAGLGLAITKTIIDSHNGTIEVKSEQGKGSVFIIRLPG PGPT0004100_2110 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 D1-12_02122 1005 hypothetical protein ATGTCAACTGACTGTAAGCGCTGGAAGTTTAAAGACAGCGTGCAGGTGCTGACCTACACGGCGCATATTATCATTCAATATCGAAAGGCGATTAAGCTTGCGCATACGAGTGAGATCAAAGAGGCGGTTGAACGGCTGATCACCGGCTGTGAAAAACAAGAGCTTTCTGATCTTCTGGGAGAGGAAGCGGGAAACCAGTTTTTCGATGCGTTAATGAAATTGGATGCTTTAATAGAGCCATGGCAAAACGGCCGTGAAGGCCGCATCACTGAAAAGCAGCTGTACCATTTTGAGAAATACAACCAAAACCCCAATCTGATCCAAAACAGATTAGACGGCAGCAGGGCAGCGATCGTGGGTCTGGGGGGCGTCGGAACGATCATTCTTCAAAACCTTCTGGCGGCGGGCATGCAGCATTTTATTCTCATTGATTTCGATGCCGTATCAGTACATAACCTGAACAGACAATTCGTCTATAATAAATCTTCTGTAGGCAAATTAAAGATCTCAGAATGCAGAGATTATATTGCGGGTATCAATCCCCATGCGGACGCAGCACTTTACCATCAGGAAATTACACAGCCGCAGGACCTGCGTGTGTTAGATCCGTATGAAATTGATATCGTCATAAATGCCGCTGACAAACCCCATAACATTTCTGAATGGGTTTACCGGTATTGTAAGGAGCGGAATATCGCGTTTATGACCGGGGGTGTCGGCAGCTTCAGCGGCCAATGGGGGCCTCTGCTCACGCCTGAATCCTATCAATCCGGCGTCACTTATGAAAAAAACATGCCGGCCGGACTTCTGAACTGTTACCCCGATGAACCGATCAAAGGTTCCTTAGGAGCGACAAACGGTATTATATCCTCGTTTATGTCTCATGACATTATCACATACCTTGCAGGCGGAAGCCCGAAATCCCTGAATACCCGCATCGGCCTGGACTTTGACGGCCTTCATATTACAGAAACGAAGCTTTCTCAAAAGGAAAGCGCTTTATGA MSTDCKRWKFKDSVQVLTYTAHIIIQYRKAIKLAHTSEIKEAVERLITGCEKQELSDLLGEEAGNQFFDALMKLDALIEPWQNGREGRITEKQLYHFEKYNQNPNLIQNRLDGSRAAIVGLGGVGTIILQNLLAAGMQHFILIDFDAVSVHNLNRQFVYNKSSVGKLKISECRDYIAGINPHADAALYHQEITQPQDLRVLDPYEIDIVINAADKPHNISEWVYRYCKERNIAFMTGGVGSFSGQWGPLLTPESYQSGVTYEKNMPAGLLNCYPDEPIKGSLGATNGIISSFMSHDIITYLAGGSPKSLNTRIGLDFDGLHITETKLSQKESAL NA NA NA NA NA D1-12_02123 1323 hypothetical protein ATGAAGACGATGCATCGTACGGCGAGAAAACCGGGCGACCCTCTGAAAATAGAAATCGACACAAGCCCGATACGCTTGAACCCATTAGATACGCAGGATTACACAAGCAAGATGATTTGCAGCATTATGTATGAAAGCCTGCAGGACGGCTATAACTGCCGGATCATCCGCAAAGATCCCCGCACCTGTCAGGTGGACATTCACCCGGACTATTTAGGTGACGCCGAGGGTGTGGTTCAAACGATCATCTATCATCTGACAAAAGAAAACCAAAGTCCCCATCTCGGCAGTTTCCTGAACATAAAACAGGCCGTTCCGTATGTAAAAGGCCTCGTCTCATCCGATCAGCTCGGGGTGAACGTAACGGGCGAAAAACGCTTTGAAGTCACCTTGGACGAGCCGTCTGATGAAATAGAATCCGTTTTGCAGAGCAGCTTTCTGATTCCGGCGACCGCCGGGGGCGATGTGCCGGAAAACGGCCCGTACCGATTCAAGCGAACGTTTGAGAAGGGGCTGGAATTTGAGCGAAATCCGCAATATAAAATGACGCCCGCGGATGACCGCACCGTTCAGATCATCCAATTTATTTTGAATGATGATCTGGAAAAAAGCATCGGGCTGTACGAAGCGAATCAAACGGACGTGACCTGCCACACCCAGTTTCATCATTCAAACATGAGGTATCGGCAGTATGCTGATTTTAAAGAAAATCATTTGCCGATGTTATTTACCTTCAAGGTAAAGGACGACATGCTGAGAACTTTCATTCAGCATTATTTTGATAAACAAAAGCTGGCCGGGGATTTGGGGCATATCATCACACCGACTGATTCACTAATCGGTATATGGGAAAACGGGAGGACACCGCAGAAAGATCCGCCCCTTTTGACAAAAGAAGAACCGATCCGAATCGTTTATGCCGATTATTATCCCAACGGAGAGATCATTGAAAGGCTGGCTGATCTGTTTCGGCGGGCCGGAGCGGACGTATCCGTCTCCCGCGTCAGTCATTTCAATGATTATTACCATATGGATAAAAGCGGGTTTGATATTGAGCTCCATTTGTTCCTGCCGGCTTACATGCATGAGCTGAGCTATATCAAATATTTCATCCGCGACATCAGCGATCCGGAGAAGAAAAAAACGATCATTGATGCCATAGGATCTGAAAAAAAGAAGGAACTTTTTGGGTTATTCGAGAATACAACTCATTATTGCCCAATTTGTTTTGGGAAAAGTCTGTATCTGCAAGATCCATGTATAGAGGGTTTTAGTGTAAAGACTGACGGGCTCCTTTCTGTTCATGATGTTAAATGCAGATAG MKTMHRTARKPGDPLKIEIDTSPIRLNPLDTQDYTSKMICSIMYESLQDGYNCRIIRKDPRTCQVDIHPDYLGDAEGVVQTIIYHLTKENQSPHLGSFLNIKQAVPYVKGLVSSDQLGVNVTGEKRFEVTLDEPSDEIESVLQSSFLIPATAGGDVPENGPYRFKRTFEKGLEFERNPQYKMTPADDRTVQIIQFILNDDLEKSIGLYEANQTDVTCHTQFHHSNMRYRQYADFKENHLPMLFTFKVKDDMLRTFIQHYFDKQKLAGDLGHIITPTDSLIGIWENGRTPQKDPPLLTKEEPIRIVYADYYPNGEIIERLADLFRRAGADVSVSRVSHFNDYYHMDKSGFDIELHLFLPAYMHELSYIKYFIRDISDPEKKKTIIDAIGSEKKKELFGLFENTTHYCPICFGKSLYLQDPCIEGFSVKTDGLLSVHDVKCR NA NA NA NA NA D1-12_02124 1191 hypothetical protein TTGCGGAATCGAAATTTGCTTTACTTCTCCGGTTTTTTCGGAAACTTCTTTTTTGAACGGGGAATTTGGATTTTATATTTAACAAGCATGAATTATTCATTGTTTCTTGTGGGCATCCTGCAATCGGTCCTGAATTTGGCGATGTTTCTGGCGGAAGTGCCGAGCGGCGTCATCTCGGACAGAATCGGGAGAAAAAAATCGCTCTTGCTCGGCCATTTTATGGTCATTATCTATTTGGTGATGTTCCTGAGCTTCCATAACTTCATCGCCCTCTTCATCGCCCATATTATATACGGTATCGGGCTGACGTTTATATCAGGAACGGATCACGCCTTTTTGTTTGATTCACTGAAAGAACAAGGGAAAGAAAAGTGGTACGGCAAATCCATCGGAAACTATAACGGACTTGTCATACTCGGTCTTGCGATTGCCATGGGCATCGGCGGCTACTTGCAGGAAATATCATGGTCGTATGTGTTTATCGCCGGGATTGTCACTCAGCTGATTGCAATGGCGGTCATTACACAGCTGACGGAAATCAAATTTGAAAACAGTGAACACGAAACGCAGACGGTCAGTGACATCTTAAAAGAAGTCAAAGATTTCTTCAGGCTGAACAAAGCCTTTAAATATCTGGTGCTGTCACTCTCCGTTTTCTTTGCGATTACATCGGTTTTTTATATGTACGGACAAGATTTGTTAAGTCAGGAAGGGCTGTCCGTGCGCAATATATCCATTATTTTTGCGGGACTGTCCATCTTGCAGGCGCTGTGCTCCATCTTTTCTTCCAAGCCGGCGGAAAAATTCACGCCGAGGCGCGTGCTTCTGCTGACATTCTGCATCATCGGGGCGGCCTATCTGTTTATACCTTCGGGCAGTCTGTACGTGACGATTGCGGCTTTTGTCGTCATTAACGCGCTCTATGATGTGATAGAACCCGTATCCAGTCAGGTGGTGAATAATGAGATTCCGTCCAGAACGAGAGCCACGCTGCTGTCCATTATCAGTTTGATGACCTCGCTCTTCATGTTCATTGCCTTTCCGTTTATCGGATTCTTAACGGACTATTTTGATTCAGCTTTGCTGCTGACCGCAATCGGGGTATTATCCATCTTATTGTCGCTGTTTATGATGCTCAGCTTTTACAAACTGAAAGCGAGCGTCGCCATCCAGAATAAAGTCGAGCTTTGA MRNRNLLYFSGFFGNFFFERGIWILYLTSMNYSLFLVGILQSVLNLAMFLAEVPSGVISDRIGRKKSLLLGHFMVIIYLVMFLSFHNFIALFIAHIIYGIGLTFISGTDHAFLFDSLKEQGKEKWYGKSIGNYNGLVILGLAIAMGIGGYLQEISWSYVFIAGIVTQLIAMAVITQLTEIKFENSEHETQTVSDILKEVKDFFRLNKAFKYLVLSLSVFFAITSVFYMYGQDLLSQEGLSVRNISIIFAGLSILQALCSIFSSKPAEKFTPRRVLLLTFCIIGAAYLFIPSGSLYVTIAAFVVINALYDVIEPVSSQVVNNEIPSRTRATLLSIISLMTSLFMFIAFPFIGFLTDYFDSALLLTAIGVLSILLSLFMMLSFYKLKASVAIQNKVEL NA NA NA NA NA D1-12_02125 1626 ettA COG0488 Energy-dependent translational throttle protein EttA TTGCTGAATATTCATAATCTTACGGTAAATCTAGCGGGAGATACCATTTTCAAACAAGTTTCTTTTTTCATCAATGAAGGCGAAAAAGTGCTCGTGGCCGGGCCGAACGGTTCCGGCAAAAGTACGCTGTTCAGGGTGCTTTCCGGAGAGCTTGAGGCAGATGAAGGAACGATTGCGATCAACAAAGGGGCGAAGGTCGGTTTGCTGAAGCAGATCGCTGATCCCCATGAGGATCTGACGTTGTATCAATATCTGGAAAAATCGTTTGAAGCTCTCGCGGCGATCCAGAAGGAAATGAAGGCCATTGAGCTGAAGCTTTCGGAACCGATGAGTGATGACGAGCTGACTGCTTTATTGGAAAAGTACAGTCAATACACGGAAACATTTGAGCGGAACAACGGCTACCAGATGCACGCGATGATTGATGAAGTATGCAATGGGCTCAGCCTCAGCGAATTAAAGGATCAGCCGTTTTCAAAGCTGAGCGGCGGCGAAAAGACAAAAGCCGGCCTTGCCGAAATTTTAATCCGCAACGACGACGTTATACTGCTGGACGAGCCGACCAACCATTTGGACGTCCATGCGATTGAGTGGCTTGAAGGGTTTATTAAAAAATCGAACAAAACCATTCTGTTTACGACCCACGATAAAACATTTGCCGACCAAACGGCGATGAAGGTGCTCGAGATTGACGATACCGAGGTGAAGATTTGGCCTTACGGATTCAGCGAATACTTGAAAAAGCGGGAAGAATTCATCATCGCCCAGTTTGAGAAATATGAAGAACAGCAGAGAAAAATACAGAAGATGAAGGAATCCATCGCCCAGCTGAGAGATTGGGCCAACCGCTCAAATCCGCCGTCTGTCGGCCTGCACAGACGCGCGAATAATATGGAAAAGGCGCTGAAAAGGATCGAGCTGATCAATAAGCCGGTCCGGACGGAGCAAAAATTAAAAAACGCATTTCAGGAAGCGGGCGCCGGTTCAAAAGATATTGTGTTCATTGAAAACGGAAAGGTGACCAACGGATCTTCCCTTTTATATCAAAATGTGAACCTGCGCATAAAGCATAAAGACAGAATCGGCATCGTCGGCAGAAACGGCGTCGGCAAAACAACGCTGATCCGCTGCATCATCGGGGAAAGAGAACTGTCGGACGGCACCATTAAAGTGGGGGAAAATCTTAAGATAGGCTACATTGATCAAAAGAGCCACGTCGGAGATTCGAGTCAGACGATTCTGCAATTCTTTAAAGAAAATCTGCTGACTGAAGAGGGCATGGCCCGGAATATGCTGGCCAAGTACGGATTTTACGGGTCGTCGGTCTTTAAAAAACTTTCCGTCCTGTCGGGCGGTGAAAGAATCAGGCTGAAGCTGTCCATCTTAATGGAAAAAAAGCTGAATGTCCTGATCCTGGATGAGCCGACCAACCACTTGGATATTGAATCTCAGGAAATTCTCGAAAACAGCCTGATGCAGTTTCAAGGCACCATCATCTGCGTTTCTCACGACAGAAACCTGCTGGAGAAGTTCAACAAGATTTTCTGGCTTGAGAATCAAAACGTCACCATCTTTTCAGGTCCATACAGTTACGCCAAACAAAAAAAACGGCAGATTGCCGAATAA MLNIHNLTVNLAGDTIFKQVSFFINEGEKVLVAGPNGSGKSTLFRVLSGELEADEGTIAINKGAKVGLLKQIADPHEDLTLYQYLEKSFEALAAIQKEMKAIELKLSEPMSDDELTALLEKYSQYTETFERNNGYQMHAMIDEVCNGLSLSELKDQPFSKLSGGEKTKAGLAEILIRNDDVILLDEPTNHLDVHAIEWLEGFIKKSNKTILFTTHDKTFADQTAMKVLEIDDTEVKIWPYGFSEYLKKREEFIIAQFEKYEEQQRKIQKMKESIAQLRDWANRSNPPSVGLHRRANNMEKALKRIELINKPVRTEQKLKNAFQEAGAGSKDIVFIENGKVTNGSSLLYQNVNLRIKHKDRIGIVGRNGVGKTTLIRCIIGERELSDGTIKVGENLKIGYIDQKSHVGDSSQTILQFFKENLLTEEGMARNMLAKYGFYGSSVFKKLSVLSGGERIRLKLSILMEKKLNVLILDEPTNHLDIESQEILENSLMQFQGTIICVSHDRNLLEKFNKIFWLENQNVTIFSGPYSYAKQKKRQIAE NA NA NA NA NA D1-12_02126 720 hypothetical protein ATGACCATTGACAGACTGACAATCAATGAGTTATCGTACGATCTTTTTGTAAGCGAGTATGCTGATAAGAAACCTTTTATTTTGACGGGGGCAATGGATCACTGGGAATGCAGGCCGTGGACGCTTGAATACATTGATGAACACTATGGAGACAGAATGGTCACCATCCGGAAATCAGATATCGAAGGGGTCAAAACGTTTAAACAAGTAAAGCTTTCCAACTATATCGAGTACATTGATCAGAATGATGACAAATGGTACTGTGACTGGAATTTTACGCAGCTGAACCAAAATGACTTAGACCTTGTCTATTCCGCACCCGAGTATTTTACAAAAGACACATTGAGAGCGGATGAAGAAACGGGACGGGACTGGAAATGGTTCTTTCTCGGTTCTAAGCAGACAGGCACGCCGCTGCATCAGGATTTTAACAACACGCACGCGTGGAACGGCGTCATCTTCGGGGAGAAGGAATGGATCTTCTATCATCCGGACGACTCTCCGTATTTGTACGAAGGAAATATCAATGTCTTTGATGAAAAAGACATTGAGCAAAAACCGCTGGTGCAAAAGGCGTCTCCGATCCGCTTCAGACAAAAGGCGGGAGAAATCATTTACGCGCCGCGCCATTGGTGGCATCAAGTCGAGAATACGGAACATACATTGGCAGTGAGTGAGAACTTTTGGTTTACCGGAGAGCGGCTTGCCAATCAGATATAA MTIDRLTINELSYDLFVSEYADKKPFILTGAMDHWECRPWTLEYIDEHYGDRMVTIRKSDIEGVKTFKQVKLSNYIEYIDQNDDKWYCDWNFTQLNQNDLDLVYSAPEYFTKDTLRADEETGRDWKWFFLGSKQTGTPLHQDFNNTHAWNGVIFGEKEWIFYHPDDSPYLYEGNINVFDEKDIEQKPLVQKASPIRFRQKAGEIIYAPRHWWHQVENTEHTLAVSENFWFTGERLANQI NA NA NA NA NA D1-12_02127 1416 rocR COG3829 Arginine utilization regulatory protein RocR ATGTTAAGACGATTGAGAGGGGGAATTGACCTGCACACAACCAGCGAATTTTACACACTCGTGTTACAAAGCATTCTGGAAGAGATTGATGTCGGGCTGCATGTGGTGGACGAAAAGGGCAGCACCGTCATTTACAATAAGAAAATGATGCAGATTGAAGATATGGATGAACGGGACGTCCTGCATAAAAACCTGACTGATGTATTTATGTTTTCCAATCAGCAGGACAGCACGCTCGTTCAGGCCCTTCAAGAAGGCAAAACGATTAAAAACGTGAAGCAAAGCTATTTCAATAACAAAGGCCAGGAAATCACGACGATCAACCACACCTTCCCGATTGTGCAAAACGGCGAGATCAAGGGAGCCGTGGAAATCGCCAAGGACGTCACCAAGCTCGAACGGCTGATCAGGGAGAACATGCACAGGAAAGAACAGAACAGCTACACGTTTGACAGTATTCTCGGCAACAGCTCAGTTATTCGGGAAGTCATCGAAAACGCAAAACGGGCAACCCGCACATCATCATCGGTGCTTTTGGCCGGCGAGACGGGAACGGGCAAGGAACTGTTCGCCCAAAGCATTCACAACGGCAGTCAGCGCTCAGGCGCCCCGTTCATCTCACAAAACTGCGCCGCCCTGCCGGATAGCCTGGTCGAAAGTATTTTATTCGGCACGAAAAAAGGCGCCTTTACCGGAGCCATCGACCAGCCCGGCTTATTTGAGCAGGCGCAGGGAGGCACCCTGCTCCTTGATGAGATCAACTCTCTCAATCTCAGCCTGCAGGCAAAACTGCTCCGCGCCCTGCAGGAAAAGAAAATCAGGCGCATCGGATCAGCTCAGGACAAACCGATTGACGTCCGCATCATCGCCACGATGAATGAAGACCCGATCACCGCCATTTCAGAAGAACGGCTGCGCAAAGATTTATACTACCGCTTAAGCGTTGTCACGCTGATCATTCCCCCGCTCCGGGAGCGCAAGGAGGATATTCTGCCTCTGGCCGAAGTGTTTATCCAGAAAAACAACCACCTGTTCCAAATGCATGTCGATTCGATCAGTGACGATGTGCAGCGATTCTTCCTGGAATATGACTGGCCGGGCAACATTCGCGAGCTTGAACATATGATTGAAGGCGCCATGAACTTTATGACGGATGAAACGACGATTACGGCGGCCCACCTGCCTTACCAATACCGGATGAAAATCAAACCCGCTGACACGGAAAGCAAAGCCGCCGCAAGCACCCAGCCCGGCACCGATTTAAAAGACAAAATGGAAAACTTCGAAAAATACATGATCGAAAAAACCCTGAGAAAACACGGCAATAACATATCCAAAACGGCAAACGAGCTCGGAATCAGCAGACAGAGCCTGCAATACCGCCTGAAAAAATTCGGTCTGGACCGGATGAAATGA MLRRLRGGIDLHTTSEFYTLVLQSILEEIDVGLHVVDEKGSTVIYNKKMMQIEDMDERDVLHKNLTDVFMFSNQQDSTLVQALQEGKTIKNVKQSYFNNKGQEITTINHTFPIVQNGEIKGAVEIAKDVTKLERLIRENMHRKEQNSYTFDSILGNSSVIREVIENAKRATRTSSSVLLAGETGTGKELFAQSIHNGSQRSGAPFISQNCAALPDSLVESILFGTKKGAFTGAIDQPGLFEQAQGGTLLLDEINSLNLSLQAKLLRALQEKKIRRIGSAQDKPIDVRIIATMNEDPITAISEERLRKDLYYRLSVVTLIIPPLRERKEDILPLAEVFIQKNNHLFQMHVDSISDDVQRFFLEYDWPGNIRELEHMIEGAMNFMTDETTITAAHLPYQYRMKIKPADTESKAAASTQPGTDLKDKMENFEKYMIEKTLRKHGNNISKTANELGISRQSLQYRLKKFGLDRMK NA NA NA NA NA D1-12_02128 288 sdpR COG0640 Transcriptional repressor SdpR TTGAATAAAGCTTTTAAAGCACTGGCCGATCCTACAAGGAGAAAAATTTTGGATTTATTAAAGAAACAAGACATGACAGCTGGTGAAATTGCGGAACACTTCGACATGTCAAAACCCAGTATTTCTCATCACCTTACCATATTGAAAAATACTGATTTGGTTCACGATGAGAGGAAAGGCCAATTTATTATGTATTCATTAAATACCACTGTATTACAGGATCTTATAGGCTGGTTCTTTTCTCTGACTGATTCAGAACATGATAATAAGAAAGGCGGGGAATCATGA MNKAFKALADPTRRKILDLLKKQDMTAGEIAEHFDMSKPSISHHLTILKNTDLVHDERKGQFIMYSLNTTVLQDLIGWFFSLTDSEHDNKKGGES PGPT0004735_5285 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_ANTIMONY_RESISTANCE ANTIMONY_RESISTANCE_SYSTEM,PGPT0004735-arsR-K03892 NA NA D1-12_02129 636 sdpI COG5658 Immunity protein SdpI ATGAAAAAATATCTCTTTTCAGCAGGAATCATAGTTTTAACTGTTTTCACATGGGCTTTCACATATTCATCTTTACCGGACAATTTGGCGACACACTGGGGATTAAACGGAAGCGCAAATGATTACACTTCTAAATTTAATGCAATGGTGATGCTTATTGGCATCATGATTATTCAATATATTTTAATGGTGATCATCCCTAAGATTGATCCTAAAAATAACTACAAAACATTTATCCGGCCATATATGGCTATATTTAATACATTGTTTGCGGTTCTGTTTGTCATTAATCTGATGACCATCTTGACCGGCCTGGGATATGATCTCCCTATATCTTATTTAGGAAACTTTATAGTGGGAGTCATTTTCATGGTGTTTGGAAACTTTATTCAGAAAGTTAAGCCTAATTACTTTTTAGGGATAAGAACGCCTTGGACGCTGAGCAGTGAAAGAGTTTGGAAGGATACACACAGGGTTAGTTCGAAAATTTTTGTCTCAGCGGGCATACTCATGATGCTTGCAGCTTTTTTGCCGCCGGTGTATAGAGTGTCAGTCATTTTCATTGCGGCAATCGGCTGTATCATATTATCTTTACTATATTCTTACATTGTATATCAGAGACAATTGAATAAATAA MKKYLFSAGIIVLTVFTWAFTYSSLPDNLATHWGLNGSANDYTSKFNAMVMLIGIMIIQYILMVIIPKIDPKNNYKTFIRPYMAIFNTLFAVLFVINLMTILTGLGYDLPISYLGNFIVGVIFMVFGNFIQKVKPNYFLGIRTPWTLSSERVWKDTHRVSSKIFVSAGILMMLAAFLPPVYRVSVIFIAAIGCIILSLLYSYIVYQRQLNK NA NA NA NA NA D1-12_02130 1413 rocD COG4992 Ornithine aminotransferase TTGGATTGCTCCTATTTTGTCAGCGGAAAACGCAAAAAAATTTTGCGCTTGGCTGAAGTTTGCACGCAAACTGCCGGAAAATTTTGCGGGAAAAGAAAGAATGCTGGCGAAACATCCCGTTTTTTCGGATTGGCACGGAACTTGCTTTATAAAAAGGGAAAGCAAGATCTAATGTTGAATGATTACAAAACAAGGGGGAATCAGATTATGTCAGCTTTCACAAAATCTCAAGAAATTATCAGCCAAACTTCACATTACGGCGCGAACAACTATCATCCTCTGCCGATTGTTATTTCCGAGGCGCAGGGTGTTTGGGTAAAAGACCCTGAAGGTAATCAATATATGGATATGCTGAGTGCTTATTCTGCGGTGAACCAGGGGCACAGACATCCGAAGATCATTCAGGCGCTGAAGGATCAGGCGGATAAAATCACTCTGACGTCACGCGCGTTCCATAATGATCAGCTCGGTCCGTTTTATGAGAAAACAGCCAAGCTGACCGGAAAAGATATGATTCTGCCGATGAATACGGGGGCGGAAGCCGTTGAATCCGCTGTCAAAGCGGCGAGACGCTGGGCATATGAGGTCAAAGGAGTAGCGGATAACCAGGCGGAAATCATTGCGTGTATCGGCAACTTCCACGGCAGAACGATGCTTGCGGTATCCCTTTCTTCAGAAGATGAGTATAAACGCGGTTTCGGACCTATGCTTCCGGGTATAAAATTAATTCCATACGGAGACGCAGAAGCGCTGCGCCGGGCGATCACCCCGAACACAGCCGCTTTCTTATTCGAACCGATTCAGGGAGAAGCGGGCATCGTCATTCCGCCGGAAGGATTTTTACAAGAAGCGGCAGCCATTTGTAAGGAAGAAAATGTACTTCTGATCGCTGATGAAATTCAGACGGGACTCGGCCGCACAGGGAAAACATTCGCGGTTGACTGGGAAAATATCGTACCGGATATGTTCATCTTAGGCAAAGCGCTCGGCGGGGGCGTCTTCCCGATTTCGTGCATTGCGGCGAACCGTGACATTCTCGGCGTGTTTAACCCGGGTTCCCACGGCTCGACATTCGGCGGAAACCCGCTCGCTTGCGCAGTATCGCTCGCATCTCTTGAAGTCCTTGAGGAAGAAGGGCTGGCAGAGCGTTCCCTTCAGCTTGGCCGTTATTTTAAAGAAGAGCTTGAGAAAATTGATAACCCGATCATAAAAGACGTGCGCGGTCGCGGCCTGTTTATCGGCGTTGAACTGACAGAAGCGGCCCGCCCTTATTGTGAAAAGCTGAAAGGTGAAGGGCTTTTATGCAAAGAAACACATGATACCGTGATCCGTTTTGCACCGCCGTTAATGATTTCCAAGGAAGACTTGGACTGGGCGATCCAAAAGATCACAAACGTGCTTCAAAACGCGTAA MDCSYFVSGKRKKILRLAEVCTQTAGKFCGKRKNAGETSRFFGLARNLLYKKGKQDLMLNDYKTRGNQIMSAFTKSQEIISQTSHYGANNYHPLPIVISEAQGVWVKDPEGNQYMDMLSAYSAVNQGHRHPKIIQALKDQADKITLTSRAFHNDQLGPFYEKTAKLTGKDMILPMNTGAEAVESAVKAARRWAYEVKGVADNQAEIIACIGNFHGRTMLAVSLSSEDEYKRGFGPMLPGIKLIPYGDAEALRRAITPNTAAFLFEPIQGEAGIVIPPEGFLQEAAAICKEENVLLIADEIQTGLGRTGKTFAVDWENIVPDMFILGKALGGGVFPISCIAANRDILGVFNPGSHGSTFGGNPLACAVSLASLEVLEEEGLAERSLQLGRYFKEELEKIDNPIIKDVRGRGLFIGVELTEAARPYCEKLKGEGLLCKETHDTVIRFAPPLMISKEDLDWAIQKITNVLQNA PGPT0007155_448 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-OXIDATIVE_STRESS_SIGNALLING,PGPT0007155-patA1-K09251 NA NA D1-12_02131 1401 rocE_1 COG0833 Amino-acid permease RocE GTGAATACAAATCAAAAAGAGAATCAGCTTCAGCGCACAATGAAATCACGCCATTTGTTTATGATTTCATTAGGCGGAGTGATCGGCACCGGGTTTTTCCTGAGTACCGGATTTACAATTAACCAGGCGGGACCGCTGGGCGCGGTTCTGTCTTATCTGGTCGGCGGCTTTATTATGTTTTTGACAATGCTCTGCTTAGGCGAGCTTGCGGTTGCCCTTCCCGTATCAGGGTCGTTTCAGACGTACGCAACCAAATTCATCAGCCCCGCTTTCGGTTTCGCATTCGGCTGGCTGTACTGGCTCGGCTGGGCGGTGACATGCGCCATTGAGTTTTTATCTGCGGGACAATTGATGCTCCGCTGGTTTCCGCATGTTCCCGTATGGGTGTGGTGCCTCGTGTTTGTCGGACTGATGTTTCTTTTGAACGCCATTACCACAAAAGCGTTCGCTGAGTCGGAATTTTGGTTTTCCGGCATTAAAATTGTAGTCATTCTGCTGTTTATTATTTTGGGCGGCGCCGCCATGTTCGGCCTGATTGACATGAAACACGGCGAGCAGGCTCCTTTCTTCTCTCATTTTTATGAGGATGGATTGTTTCCGAACGGCATTAAGGCTATGCTTATTACGATGATTACCGTAAACTTCGCGTTCCAGGGAACGGAGCTGATCGGGGTTGCCGCGGGAGAAAGTGAAAATCCCGAGAAAACGATTCCGCGCTCTATCCGGCAGACGGTATGGAGAACGCTTGTCTTTTTCGTTCTCTCCATCATCGTCATTGCCGGGATGATTCCGTGGAAGCAGGCGGGAGTGGTCGAAAGCCCGTTTGTCGTGGTGTTTGAACAAATCGGTATTCCATATGCCGCCGATATTATGAACTTTGTTATCTTAATTGCGCTGCTCTCAGTGGCCAACTCAGGCCTGTTTGCATCGACGCGTATCTTATATGCCATGGCGAACGAAGGACAAGCCTTTAAATCGCTCGGCAAAACAAATAAACGCGGGGTGCCGATGAACGCTCTGATCGTGACGCTGGCCGTCGCCTGCCTGTCACTGCTGTCTAAAGTGGCAGCGCCGGAAACCGTTTATATGTTTCTCTTATCATTAGCCGGACTAAGCGCGCAGGTCGGCTGGATCACGATTTCCCTGTCACAGCTGATGTTCAGACGGAAATACATCCGCGAAGGCGGCAAAGTGGAAGACCTGAAGTTTAAAACACCGCTGTACCCGGTGCTGCCTATTATCGGGCTGACGTTAAACACGGTTGTTCTGATCAGCCTCGCATTTGATTCAGAACAGCGGCTCGCCCTTTATTGCGGCATCCCGTTCATGGCGGTGTGCGTTATCGTCTATCATCTGTATGTAAAAAAGCATAAGCAGTCAGAAAAACAGATAGAGCTTTAA MNTNQKENQLQRTMKSRHLFMISLGGVIGTGFFLSTGFTINQAGPLGAVLSYLVGGFIMFLTMLCLGELAVALPVSGSFQTYATKFISPAFGFAFGWLYWLGWAVTCAIEFLSAGQLMLRWFPHVPVWVWCLVFVGLMFLLNAITTKAFAESEFWFSGIKIVVILLFIILGGAAMFGLIDMKHGEQAPFFSHFYEDGLFPNGIKAMLITMITVNFAFQGTELIGVAAGESENPEKTIPRSIRQTVWRTLVFFVLSIIVIAGMIPWKQAGVVESPFVVVFEQIGIPYAADIMNFVILIALLSVANSGLFASTRILYAMANEGQAFKSLGKTNKRGVPMNALIVTLAVACLSLLSKVAAPETVYMFLLSLAGLSAQVGWITISLSQLMFRRKYIREGGKVEDLKFKTPLYPVLPIIGLTLNTVVLISLAFDSEQRLALYCGIPFMAVCVIVYHLYVKKHKQSEKQIEL PGPT0020525_60 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_METHIONINE_TRANSPORT,PGPT0020525-mmuP-K16235 NA NA D1-12_02132 891 rocF COG0010 Arginase ATGAACAAGAATATCTCAGTTATTGGAATGCCGATGGATTTAGGACAAGCACGACGCGGAGTGGACATGGGCCCGAGCGCCATCCGCTACGCGCATCTCATTGAACGGTTATCTGACATGGGGTATGCGGTGGAAGACTTAGGCGACATCCCCGTCAATCGTGAAAAACTCAAAAATGATGAAGAGCTGAAAAATCTGAACTCTGTGCTCTCGGGGAACGAGCAGCTCGCCCAAAAGGTGGACAGCGTCATTGAGAATGAGCGGTTCCCTCTCGTCCTGGGCGGCGATCACAGCATCGCGATCGGAACGCTGACAGGAACGGCAAAGCACTATAAACAGCTCGGCGTCATCTGGTATGACGCGCACGGCGACTTAAACACCCTGGAAACGTCGCCGTCAGGCAATATTCACGGAATGCCGCTGGCCGTCAGCCTCGGCGTCGGGCACGACACGCTGGTGAATCTGGGCGGCTATGCCCCGAAAATCAAGCCGGAGAACGTCGTCATCATCGGCGCGAGATCGCTTGATGAAGGCGAGCGTGAATACATTAAGGAAACAGGCATGAAGGTCTATACGATGCATGAGATTGACCGCCTCGGCATGACCAAGGTGATTGAAGAAACCATTGACTACTTGTCAGACTGTGACGGCGTTCACCTCAGTCTTGACCTTGATGGCCTTGATCCGAGCGACGCACCCGGCGTAGGCACGCCTGTCGTCGGCGGCATCAGCTACCGTGAAAGCCACTTGGCAATGGAAATGCTGTATGATGCCGACATCATCACTTCAGCTGAATTTGTCGAAGTCAACCCGATCCTCGATCACAAAAACAAAACCGGCAAAACAGCGGTCGAGCTGGTAGAATCTTTGTTAGGAAAAAAACTACTATAA MNKNISVIGMPMDLGQARRGVDMGPSAIRYAHLIERLSDMGYAVEDLGDIPVNREKLKNDEELKNLNSVLSGNEQLAQKVDSVIENERFPLVLGGDHSIAIGTLTGTAKHYKQLGVIWYDAHGDLNTLETSPSGNIHGMPLAVSLGVGHDTLVNLGGYAPKIKPENVVIIGARSLDEGEREYIKETGMKVYTMHEIDRLGMTKVIEETIDYLSDCDGVHLSLDLDGLDPSDAPGVGTPVVGGISYRESHLAMEMLYDADIITSAEFVEVNPILDHKNKTGKTAVELVESLLGKKLL PGPT0020100_1704 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_ARGININE_DEGRADATION,PGPT0020100-rocF-K01476 NA NA D1-12_02133 1116 rapI Response regulator aspartate phosphatase I ATGGCTGAAGTGATGGCCCACGAAACAGTTGCGAAAAAAATCAGTGACTGGTATGAGGAAATCAAAAAGCACAACACCGAATCGGCTGAGGCGTTAAGAGAACAACTGCTTACGGATCTGCAAAATATGACACAAAATCAAACGGTGCTCCTTTATTTTAATTTAATTGATTCCCGCTATAAGCTTTTGATGGAAGAGTATGAGAAAACAGACGGCATTTTAAAAACGATCCAGCTGAACGCCGATAAAGAAAAAACAGACCAGATGATTCAATACTATTATTATTTCTTTTCCGGAATGCACGAGTTTTACCGTAAACGGTTTATGAACGCCATTAATTTTTACCGGATTGCTGAAAGCAGGCTCCGGCACATACCGAATGAGATTGAAAGAGCCGAGTTTAATTATCAAGTGGCGATTGCCTACTATGAAATCCGCCAAAACTACTTTGCGATGAACCACGCGGAAAAAGCGTTGGAGATCTACAAAGCCAATGAAATGTACGCGGTCAGAGAAGCACAGTGTTTAATGGTGATCGGCTGTAACAGAATGGACTTGTTTCACTACCAGAAAGCCGAAGAGCTCCTGCAGACGGCGGTTCATCAAGCCGCCAAAGCGGGCGATCCGCATATTGAGGCGCTCGCCCACTTTAACGCAGGCATTTGCTATGAAAGACAGGAAAAGCTTGAGGAGGCGCGGGTCGAGTTTGAAACGGCTCTCGATCAAAAGGAGCATTTGCAATCAGCATATTCGGTGCGGAGTCTGTACATGCTGGCCAGAGTGTTATTGAAACAGGAACAGATGGATGAGGGCCGGTTTTGGCTGCATAAAGCGCTGAATGCCGCTGAAGAAAAAAACGAGCCCGTATACACCCAAAAGCTGCGCATCTTACAGCATGTCTTTATTGACCAGAGTGAAGAATCGCTTGAATCAGCTTTCGCCGAGTTAAGAAGGAAAGAGCTGTGGAGTGACGTTTCCGATTTGTCGTATCAAGCCGCTGCGCATTTTAAAAAACAGGAGAATTACAAACTGGCGGCGAAGTATTTTCAGGAATCAATTGATGCCAATGACCAAATTTTGAGATTGACGGAGGGGATTCGTAATGAAAACATGTAA MAEVMAHETVAKKISDWYEEIKKHNTESAEALREQLLTDLQNMTQNQTVLLYFNLIDSRYKLLMEEYEKTDGILKTIQLNADKEKTDQMIQYYYYFFSGMHEFYRKRFMNAINFYRIAESRLRHIPNEIERAEFNYQVAIAYYEIRQNYFAMNHAEKALEIYKANEMYAVREAQCLMVIGCNRMDLFHYQKAEELLQTAVHQAAKAGDPHIEALAHFNAGICYERQEKLEEARVEFETALDQKEHLQSAYSVRSLYMLARVLLKQEQMDEGRFWLHKALNAAEEKNEPVYTQKLRILQHVFIDQSEESLESAFAELRRKELWSDVSDLSYQAAAHFKKQENYKLAAKYFQESIDANDQILRLTEGIRNENM PGPT0025760_28 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-PENTAPEPTIDE_PERCIPITATION|SIGNALLING,PGPT0025760-rapC-K06361 NA NA D1-12_02134 135 hypothetical protein ATGAAAACATGTAAATTCATTGTACTCTCAGCAGCCTTGGCAAGTCTCATTTCGATTGGATTATTTGCGCAAACTGGTTCAACGGCACAAGCCGACCAAATCATAAAACCGGCGGAAAACGGAGCCTTCGGATAA MKTCKFIVLSAALASLISIGLFAQTGSTAQADQIIKPAENGAFG NA NA NA NA NA D1-12_02135 474 yycN COG0454 putative N-acetyltransferase YycN ATGGCTATCACGCTGCAGCCGATGACAGGACAAGAATTTCAGTCCTATCTCGCCCATTCAGCCAAGCATTACGCTGAAGAAAAGGTAAAAGCGGGAACGTGGCTGCCTGACGAAGCACCGGAATTAGCGGAGCTGGCGTTTAATGACCTGCTTCCTGACGGCTTGGAGACGGCCGATCACTATTTATGGACGCTGACATTGGACGGAAAGGAAAATGCCGGCTGGCTGTGGCTGCACGCCGATCCGGGACACCCGCAGCAGGACGCATTTATCTATGATTTCGGCCTTCATCCGCCTTTCCGCGGCAAAGGCTATGCAAAAGAGGCACTCGCAAGGCTGGAGGACAAAGCCAAAGACCTGGGTGTCCGCAAGATTTCTCTCCATGTGTTCGCTCATAACGAAACGGCGCGGAAGCTGTATAAGAAGACGGGATTTCTGGAGACGGATGTCATCATGAGCAAAAAGCTGTCATGA MAITLQPMTGQEFQSYLAHSAKHYAEEKVKAGTWLPDEAPELAELAFNDLLPDGLETADHYLWTLTLDGKENAGWLWLHADPGHPQQDAFIYDFGLHPPFRGKGYAKEALARLEDKAKDLGVRKISLHVFAHNETARKLYKKTGFLETDVIMSKKLS NA NA NA NA NA D1-12_02136 981 iolS_1 COG0667 Aldo-keto reductase IolS ATGAAGGACAGAACGATCGGTTCGATGCGGGTTTCCGCAATGGGGTTAGGGTGCATGGGCATGTCGGAATACTATGGCAGCCAGAGTGAGGAAGATTCGATTTCCACACTGCATCATGCCGTTCATCTCGGTGTGAATTTGTTTGATACGGCTGATCAATATGGATTGGGTGCGAATGAAGAACTTGTCGGCAGAGCGCTCGCCCCATTCAGAAAGGAGCTGTGCCTCGCGACGAAATTCGGTTATGTCCGAAGCGAAAAGGGTGAGTTTATCGAAATCAACGGCCGGCCCGATTATGTGAAAAAAGCGTGTGACGCCAGTCTGAAACGTCTCGGGACGGATTATATCGACCTTTATTATCTGCACCGGGTTGATCCGCGGGTGCCGATTGAAGAAACTGTCGGCGCCATGAAGGAGCTGATAGACGAAGGAAAGGTGAGGTTTATCGGATTGTCAGAGGCTTCCGCAGAAACGATCAGGCGCGCCGTCCGCATTCATCCGATTGCCGCGCTTCAATCGGAATATTCTTTATGGAGCAGGGAAGCGGAGGAGCATGTGCTGCCCGCCTGCCGTGAGCTCGGCATCTCATTTGTGCCTTACAGTCCGCTCGGCAGAGGTTTTCTTTCCGGAAAGATGACGTCGACCGATCAGCTGGATGCCGATGATTACAGAAGAAGAACGCCGAGATTCCAGGGAGACAATTTGGCGGTGAATATAGGGCTCGTCCAAAAACTTACCGCCATTGCCCGGGAAATGAATATCAACGCGCCTCAGCTTGCGCTCGCATGGGTTCTCGCAAACGGCGATGACCTCATTCCGATTCCGGGCACAAAAAAGAAACACTACTTGGAAGAGAACCTCGCCGCTCTCGACATTGTGCTTCCCGAGGATGTGAAGGCGCGTTTGGATGAGATGTTTCCGATCGGCACCGCGGCCGGCGAGCGTTATCCGGAACACATGATGACATTGTTAGATGAATAA MKDRTIGSMRVSAMGLGCMGMSEYYGSQSEEDSISTLHHAVHLGVNLFDTADQYGLGANEELVGRALAPFRKELCLATKFGYVRSEKGEFIEINGRPDYVKKACDASLKRLGTDYIDLYYLHRVDPRVPIEETVGAMKELIDEGKVRFIGLSEASAETIRRAVRIHPIAALQSEYSLWSREAEEHVLPACRELGISFVPYSPLGRGFLSGKMTSTDQLDADDYRRRTPRFQGDNLAVNIGLVQKLTAIAREMNINAPQLALAWVLANGDDLIPIPGTKKKHYLEENLAALDIVLPEDVKARLDEMFPIGTAAGERYPEHMMTLLDE 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 D1-12_02137 753 hypothetical protein ATGATGTGTAAAAAGCTGTTCAAAGCCGTCCTCCCGTTTGCCCTGTCATTCACCATGGTTCTGTCGTTCTCCGGTATGAATGTAAAAGCGAAAGAAACAGAAACAGCCCGCTACGCAAAAGAAATCGCAGACCTTCAGCAGGGCACGACTCCTCAAGACGTTCTCCAATCCGCCAAAGAGCTTGCCAAACAGAAGCACGTTTCAACAGAAGCAATTCTCAAGCAGTTTCATCAAGAAATCACGGCAGACAAGGTGCAAGGAAATGTAATCGCTTCGAAAGAAGGGCTCTCTGCAATGGGCGGATCATCAGGCACAAAAAAACTTCCGAAAAGCACAAAAGGCAATATTTATTACACGAACTCATACACGGCTTATTACAACCACGGGCATGTCGGCATGTATTCATCCGCTGACAAAATTGTTGAATCCGTGCCGGGAGACGGCGTCCGCCAGATTGCTTATAACGGCAGAGAAGTCGAAGACAATTCAATCGTCCAGACCGTGAAAGTCACTGATGCCCAAAAACAAGCCGCCGCTGACTGGGCCGTATCAAGAGTGGGTGATGAGTACTCCTTCAACTTCGTCAATAACAGAAATACGGGCCATGAAGGCGCCAAAAACTGCTCAAAACTGCTGTGGTCGGCATTCCTCTTAAAAGCCGGGATTGATATCGACTCTAACGGCGGCTTAGGCGTATACCCGCGCGACATCACAAGTTCGTCCTACACGGCCACGATTCTGACCATTCACTAA MMCKKLFKAVLPFALSFTMVLSFSGMNVKAKETETARYAKEIADLQQGTTPQDVLQSAKELAKQKHVSTEAILKQFHQEITADKVQGNVIASKEGLSAMGGSSGTKKLPKSTKGNIYYTNSYTAYYNHGHVGMYSSADKIVESVPGDGVRQIAYNGREVEDNSIVQTVKVTDAQKQAAADWAVSRVGDEYSFNFVNNRNTGHEGAKNCSKLLWSAFLLKAGIDIDSNGGLGVYPRDITSSSYTATILTIH NA NA NA NA NA D1-12_02138 1164 hypothetical protein GTGAAAAAAATCATCTGGATACCCTTAGTGATCATCGCCGCCGCAGCGGTCTTATGCTTCTTCTATTTCCGCACGGAAGATCCTGCGGAGGTTGCGAGAGACACATTAAATGACCCTGATTTTCTGAAAGATAAAGAGGCGCTGCTGTATTTCTCCACTGCGGCTGACCAAGACACGTTCGGCGGCGGAAAAAGCTACGCCCTCTTCGCCGATGAAAAAGGGCGGCTCTCTTCTTATCACATGAAGGGGCTTGAGCTCGGATCGGCCAAAGTGCATGACGGCAGCGTGCTGTTGGAGGACAAAAAAGGAATCTACACCGTTCAGGACGGCCTTCATACGTATAAAAGAGCGTACCAGCATACGGGAGACAGCGCGGGATATATCGAACGGGCGAAAGGCTTTTACACGCTGTATAATTCGGGCTACGACAAGAGCGGCGGCAGCTATCGCTCAGAGCTGTACCGCCAGATTGACGGCAGTTGGAAGCAAGACGTCATCCCGCACTATATCCGCGCTTCAGGCTTTTTTAAAGATCATCTTTTCGCACTCACGCCGACAGATGACGAAAAAGGCTATCACGTCCAAGACATTCAGGCCGATAAAGAAAAGCTCCATACAACATCAATCGCGACATGGACGTACAAAGAAGGCACGTCTGTCGAATCCCAGCTTGCAGCGGACGACAGCGCCGTCTGCTTTGTCACCAGAGGGGAAAAAGCCGATCACATCTATCAAATGGTGAAAGTCATGAAAAACAGCGGCGCCATCAAAACGTATGACATCGCCGCTTATAAAAATGACGAACAGACGATCTATGACTCCATGCCGTTCAGCTTCAAAAAAAGCTTTTTCATGGAGCGGCGCAGCTTCTATTTCGTTGACGGCTTCGGAACCGTCTACCGCATCAACCCTGAGACCGGAAAAAGCAAAAAAGCCTTCACCCTCCCCGCATCCCGAATGAAAGCCGACTTCAAGGAGCTGACCCATCAAAACGGAAAGCTGTATCTGTTTACGTACAGCTACAAAAAGCCCGCAAAAATCGAATCCTTCGACCTGAAAACGGGCAAAAAACTGAACGGCCTGACCATCCCAAATTTAAAAAACATTGTCACGCCGAAAAGCCATCTCAAGCTGTATGATGTGCAGGTGATGGGTGGGTTTTGA MKKIIWIPLVIIAAAAVLCFFYFRTEDPAEVARDTLNDPDFLKDKEALLYFSTAADQDTFGGGKSYALFADEKGRLSSYHMKGLELGSAKVHDGSVLLEDKKGIYTVQDGLHTYKRAYQHTGDSAGYIERAKGFYTLYNSGYDKSGGSYRSELYRQIDGSWKQDVIPHYIRASGFFKDHLFALTPTDDEKGYHVQDIQADKEKLHTTSIATWTYKEGTSVESQLAADDSAVCFVTRGEKADHIYQMVKVMKNSGAIKTYDIAAYKNDEQTIYDSMPFSFKKSFFMERRSFYFVDGFGTVYRINPETGKSKKAFTLPASRMKADFKELTHQNGKLYLFTYSYKKPAKIESFDLKTGKKLNGLTIPNLKNIVTPKSHLKLYDVQVMGGF NA NA NA NA NA D1-12_02139 129 hypothetical protein ATGAAGAAAAAGCTTGCCGCGTTTTTAAATGACGGAAATCCGGACTGGATTGATGTATGCTGTACGCTGCTGGCGTGTCTATTAGGAATTCTGTTCGTCCTTCGCTTAGAAAAAAGAGAAAACACGTAA MKKKLAAFLNDGNPDWIDVCCTLLACLLGILFVLRLEKRENT NA NA NA NA NA D1-12_02140 171 hypothetical protein ATGAAAACCGCTTATTATTCTTGTGAAGAACATATCGAAACCGTGCTGGACATGTACATAGATGATCATGAGCTTCCGCCCGAAATCAGAAAAATCGAACATACTAACAGTTTATCCACAGCCTGTGAATTATGTGGGGACACTGCAACATATCTAGTAGGGAACGAATGA MKTAYYSCEEHIETVLDMYIDDHELPPEIRKIEHTNSLSTACELCGDTATYLVGNE NA NA NA NA NA D1-12_02141 480 rlmH COG1576 Ribosomal RNA large subunit methyltransferase H GTGAATATCAATATCGTGACAATTGGAAAACTAAAAGAAAAATACCTCAAGCAAGGCATTGAAGAATACAAAAAACGACTCTCAGCCTACGCAAAAATCGACATCATCGAACTCCCGGACGAAAAAGCCCCGGAAAACCTGAGCGACCAAGACATGAAAATCGTCAAAGACAAAGAAGGCGAACGCATCCTGGCCAAAATCAGCCCGGACACCCACGTCATCGCCCTCGCCATCGAAGGAAAAATGAAAACATCCGAAGAACTGGCCGATACAATAGATAAGCTGGCGACATATGGAAAAAGCAAAATCACCTTCGTCATCGGCGGCTCACTCGGCCTAAGCGACGCCGTCATGAAGCGCGCAGACGACAAACTGTCATTCTCGAAGATGACATTTCCTCATCAGCTCATGCGGCTGATTTTAGTGGAGCAGATTTATCGGGCTTTTCGGATTAATCGTGGGGAGCCTTATCATAAGTGA MNINIVTIGKLKEKYLKQGIEEYKKRLSAYAKIDIIELPDEKAPENLSDQDMKIVKDKEGERILAKISPDTHVIALAIEGKMKTSEELADTIDKLATYGKSKITFVIGGSLGLSDAVMKRADDKLSFSKMTFPHQLMRLILVEQIYRAFRINRGEPYHK NA NA NA NA NA D1-12_02142 1716 hypothetical protein ATGGATAGAATAACAAAAAGTTTAATGATGGACTTTTCTAGTGTTATGGAAATGTCCTCTAAAGATCAAAGTAAATTGTTTGAAAACTTCTCTTGTTATAGCATAATTTCAAAAATACATAATGAAAAATTTGAGTTAGAGGATATTGTCGGAGGCGAAGGAGGTGATTGTGGAATTGATGGGATTGGAATTATTGTGAGTGGAATTATGATTAATACAATTGAGGAAATTGAGGATCTCTTGGACAGGTCAGGAAATATTTCTGAAGTAAAGTTTATAATTATACAGGCTAAAACCTCATCTTCTTTTAATGGTGCGGATATGCTGAATTTTGGAGACGGAGTATTAGACTTTTTTGCTGAAGAGCCTCAATTAGTTAGAAATGACTTTATTAAAAAGAAAGCAGAAATCGTAGAATTTATTATAGATAAAGCAGCAAGAATAAATAAGATGATAATTGAGTTATTTTATGTAACAACTGGCCAATGGTTAAATGATGTGAATCTAACTGCTAAAATAAATAAAATTGTAGGTGATATAAAAGCTTTAAATTTATTCAAACAGATTAAGTTCAATCCGGTGGGAGCCAATGAAATTCAAAAATATTACAGGCAATCAAAAGAAAAGGTAAGTGCCACCATTAATTTCCCTAATAGAGTAGTAATGCCTGATATTAAGGGAATAAATGAATCATACACTGGAACATTGAATTTAACTGAATACTTAAAACTAATAGAAGATGAATTAGGCAATATTAGAAGGTCAGTTTTTTATGATAATGTAAGAGACTATCAAGGAGAAAATGATGTTAATGAAAGCATTTCTAGCACCCTGAGATCAAATAACTCTGATAGACTAGCAGTACTTAATAATGGAGTTACAATAGTCGCAAAAAAAGTCTCAGTAGCAAGGCATGATTTTACTTTAGAGGATTATCAAATAGTAAATGGTTGTCAAACTTCCCATGTTATTTATTATAACAAGGATAATATAGACAACGAAAAAACTAATTTACCAGTCAAAATTATAATTACAGAAGATGAAGAAGTTATTAGTGATATTATTATTGCAAATAATAGTCAAACTGAAGTGAAGAAGGAAGAATTGATGGCACTATCTGATTTCCAAAAGAAGTTGGAGTTATTTTATAATTCCATTGAGGAATCAAAGAGGAAATTATTTTATGAGAGAAGATCAAAGCAGTATGACGCCGTTCCAAACACTGAAAAGGTTAGAATTGTAACTATTTCTTCTCAAATAAAAAGTTTTGCCTCTATGTATTTAGATAGACCAAACTTAGCAAGTAGATTTTATGGTAAATTATTAGAACAACTTTCAGAGTCTGCTTTTGTTGCAAATCATCAGCCCATGCCGTATTATACAAGTGCATTTGCACTATATAAACTAGAGTTTTACTTTAGAAATAAAAGTCTTGACTCTCGATTTCGAAAATTTCGCTTTCATATGCTGATGATGTTGAAATATTTTGTGAATAATGAAAATACCCCTAATATGGACTCTAAAAAAATCAACAGATATTGCGAGAATATTAACAAGGTATTATACGGTTCTAATGCATTGAATATTTTCAAAAAACTTACTGATATAATAGAAGATACTGTAGAGGATATAGGGGATACAGAGATAACCAAAAAGCAATCTTTGAATGCTATTTTAATAGAAAAGGTAACTGAATTAAGAAAAATGACTGTTTGA MDRITKSLMMDFSSVMEMSSKDQSKLFENFSCYSIISKIHNEKFELEDIVGGEGGDCGIDGIGIIVSGIMINTIEEIEDLLDRSGNISEVKFIIIQAKTSSSFNGADMLNFGDGVLDFFAEEPQLVRNDFIKKKAEIVEFIIDKAARINKMIIELFYVTTGQWLNDVNLTAKINKIVGDIKALNLFKQIKFNPVGANEIQKYYRQSKEKVSATINFPNRVVMPDIKGINESYTGTLNLTEYLKLIEDELGNIRRSVFYDNVRDYQGENDVNESISSTLRSNNSDRLAVLNNGVTIVAKKVSVARHDFTLEDYQIVNGCQTSHVIYYNKDNIDNEKTNLPVKIIITEDEEVISDIIIANNSQTEVKKEELMALSDFQKKLELFYNSIEESKRKLFYERRSKQYDAVPNTEKVRIVTISSQIKSFASMYLDRPNLASRFYGKLLEQLSESAFVANHQPMPYYTSAFALYKLEFYFRNKSLDSRFRKFRFHMLMMLKYFVNNENTPNMDSKKINRYCENINKVLYGSNALNIFKKLTDIIEDTVEDIGDTEITKKQSLNAILIEKVTELRKMTV NA NA NA NA NA D1-12_02143 555 hypothetical protein ATGCAAAGCAGAATGAAGCTAACCGCAGTGAAACTGGCAGCCTTGGTATTCCTAGCAGGTGCCTTTGCCCTCCAGGTTTTACCTCATGCTGCGGCTGCCGCAGAATCCCAAGCTACATACAAAGTTGAAAACCTCAACGACAGTGAGCTGAAGATGACGTTCAATCATGCAGATGTTCATATTGACGCTAAAGGCAATGCAACCCTAAAAGACAACATAACGGGCGAGGAGCAGGCTCTTCCGAAAAGCTCCACTGACAAAAATGGTGACCCCGTTACACTGAAATATGAAAAAATCAAAAATGGCGTTTTAGTCAAAGTCGTGAACAAAGACGCTGGAAAAACGAGAGGTTCAATCAGCACCCAATCAGTCGGGAAATGTATTTTAGGTACTGGCGGCGGTGCGGTAACTGGCGGCGGCACACTGGGTCTTGCAGGAGCTGCTGTGGGAACAGTCACAATACCCGGCATCGGAACAGTAGGAGCGGGTGCCGTCGGAGCAATTACCGGCGCTGTTGGCGGTGCAATGACAGGAGCTGCCGCATCTTGCTTTTAA MQSRMKLTAVKLAALVFLAGAFALQVLPHAAAAAESQATYKVENLNDSELKMTFNHADVHIDAKGNATLKDNITGEEQALPKSSTDKNGDPVTLKYEKIKNGVLVKVVNKDAGKTRGSISTQSVGKCILGTGGGAVTGGGTLGLAGAAVGTVTIPGIGTVGAGAVGAITGAVGGAMTGAAASCF NA NA NA NA NA D1-12_02144 1020 hypothetical protein ATGAAAAGTGAAAAAATTCAAAACAAAACATCTTTGGTTTGGAAGATGGCGATTGCCTCTGCGGTTTCTTGGGAAGCGGCAAAACTGGCGGGCTCTGATCATCCCTATTTAGCGCCTCTATCTGTTATCTTATGTTTGCAGCCAACGATAGATCAGTCGATTCGCTTTTCTTTTCATCGTATTGCGGGAACTGCGATTGGGATCATGCTAACGTCCTATCTTGTCAGTCACTTGCCAATGAATGGCTGGATGCTGGGGCTGTTCCTGTTAGGCGGTACTTACATTGCGAAGTGGTTACGAATAGATGTAACGGTTTTACATCAGGTAGCGCTCACCATTTTGTTGGTCTTTACGTTTGAACGAAACTCTAAAGATTATGCATTCGACCGAATCATCGATACGGTGATCGGCGTCATCATCGCCATTCTGGTTCACATGTTCCTTTTTCCGCCGGACTACACAAAAAAGGCAGCGGACTCTTTTCAAACATTGGCTCGTCAGCTTTCCGGCACACTTTCAGACCTCTCCAAATGGGTTCAATCAGAGTGGGGACAAGGAAAAGGAAAAGGGAACCTTATGGAATATAAAATGAACCATCTTCTGCGGGAGCTGCATACGGCAAAAGAGATGCTGCAAACAGCCTCTGACAGCTTAAAATTCAACCCCGTCAGAAAAAAACATAAAAACATCATTTCAAGCTATCAAATAGAGATGCAAAAGTTGAACGCCGGATTTGAGTATCTATCAAATATAGTGAAAACGTTAAAAGAATGGGAAAAAGAAGGAGCTTTATCTTCAAGTGACAAAAGGGAGCTGGGGAATAATTTACAAGTGTTAAGTGAATATTTTGCGGGTTTTAAAGGCATACAGCAGGGTGAAACAGACAATCGGAAACAGAAGGAACAGAACGTGTTATTGGAATCTCTCCGCTCCGACATGCTGTCGCACCCGCCGCCCGGTCATAAGGTCTATAAAGACTCTTTTTTTTTAGAAACGAAGCAATTGCTGAAGCGTTTGTAA MKSEKIQNKTSLVWKMAIASAVSWEAAKLAGSDHPYLAPLSVILCLQPTIDQSIRFSFHRIAGTAIGIMLTSYLVSHLPMNGWMLGLFLLGGTYIAKWLRIDVTVLHQVALTILLVFTFERNSKDYAFDRIIDTVIGVIIAILVHMFLFPPDYTKKAADSFQTLARQLSGTLSDLSKWVQSEWGQGKGKGNLMEYKMNHLLRELHTAKEMLQTASDSLKFNPVRKKHKNIISSYQIEMQKLNAGFEYLSNIVKTLKEWEKEGALSSSDKRELGNNLQVLSEYFAGFKGIQQGETDNRKQKEQNVLLESLRSDMLSHPPPGHKVYKDSFFLETKQLLKRL NA NA NA NA NA D1-12_02145 1017 pucA COG1975 putative xanthine dehydrogenase subunit A ATGGATGATATACACCGGATTTTGGATGTCATCGCTAATTCTAAGAAAGCTAAGGTACTGGCTACCATCATTCAAACAGAGGGGTCCGCTTATAAGAAAGAAGGGGCTTCGATGTTGATTTTAGAGGATAAAACAAGAGTCGGCATGTTATCCGCCGGTTGTCTGGAAGAAGATCTCGTTGAAAGGGCAGAGCAGGTCTGGTCTGCGGGAGAGCCGTTGATTGTCCGCTTTGATATGAGTGCGGAAGACGATTTATCCTGGGGACAGGGCGTTGGCTGTAATGGTGTTTTGACGGTATTGCTTGAGCCTGTAAAAGGGGAATTGGAACGGCATCTGATGACAGTCAAGACATGCTTAGATGAAAAAAAGTCTGTGACCCGACTGAAACGATTCACTGAAACGTTAGAGCCGAAGGAAGATCTGTATATTGCTGAAGACGGCAGCGTATTTGGAACCGGGGATGTGATGGAACCGGGGTGTATTCAACAACTGAGACAGACGGAAAAGGGAATCAAAAGGGATGAACATACCTCTGATTTATTTTTTATCCATCAGATGGTGCCAAAACCTTGTTTATATGTCTTCGGAGCAGGAGAAGATGCGAGGCCGTTAGTTTCGTTGGCGGCTCGTGCGGGCTTTCATGTGACGGTGATTGACTGGCGTCCCGCCTTATGTCATCACGGCCATTTTCCTGAAGCCGTCCATTTGATAACGGGAGCGCCGGAAGAAGTCATGAAAGGCCTGAGCATAACAAAAAGGGATTTTGTTGTCATTATGACGCACAGCTTTCAAAAAGATCAGATCATTTTACATACAATAAAAAACGAGAATGTGTTTTATAAAGGCGTTTTAGGCCCCAGAAGGCGCACGGAGCGGCTGTTAGGCGGGGCAGAGATTCCGGCAGATATTCATTCCCCTATCGGCCTTCCCATCGGGGCACAAGGCCCTGAAGAGATTGCTGTAAGTATCGTCGGCGAGCTGATTAAAGAAATGCGAAAACAAAGGTCCCGCTTATGA MDDIHRILDVIANSKKAKVLATIIQTEGSAYKKEGASMLILEDKTRVGMLSAGCLEEDLVERAEQVWSAGEPLIVRFDMSAEDDLSWGQGVGCNGVLTVLLEPVKGELERHLMTVKTCLDEKKSVTRLKRFTETLEPKEDLYIAEDGSVFGTGDVMEPGCIQQLRQTEKGIKRDEHTSDLFFIHQMVPKPCLYVFGAGEDARPLVSLAARAGFHVTVIDWRPALCHHGHFPEAVHLITGAPEEVMKGLSITKRDFVVIMTHSFQKDQIILHTIKNENVFYKGVLGPRRRTERLLGGAEIPADIHSPIGLPIGAQGPEEIAVSIVGELIKEMRKQRSRL PGPT0007280_1642 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PHYTOHORMONE-CYTOKININS|DERIVATE_PRODUCTION PHYTOHORMONE-XANTHINE_METABOLISM PHYTOHORMONE-XANTHINE_BIOSYNTHESIS,PGPT0007280-xdhC|paod|ygeB|pucA-K07402 NA NA D1-12_02146 621 pucB COG2068 Purine catabolism protein PucB ATGAAAACAGCAGCCATTTACCTGGCAGCCGGTACAAGCAGACGCATGGGAACGGATAAGCGAAGTTTATTTCTCAATGGCGTTTCCCTTGGAAGTATGGCTCTTAAAAATGCCTTGTTATCTGAATTAGATCATATTTTCGTTATTACGGGAAAGGGAGATTCACTGCATTGGCTTTCGGATGTTTTCTTTTTATCCCCTATGTCAAACAAGTGGAGCCAGGCAGAATGTGAGCAGGCGGGTAAGGGCCAAGGCCATTCTATACAATGCGGTGTAAAAAAAGCGGCAGCGTACGAGGCTGACGCCGTTATCATTCTCCTTGCAGATCAGCCGTTTGTCACCGCAGATATCATCAATACGTTAATTGATTCCTATCAAAAAGAGCGCCGTTATTCATTTATCGCCGCTGAAAATCAGCATCTTCCTATGCCCCCCATTTTATTCTCCAATCAATGTTTTCCGGTATTGCATCAGTTAAAGGGAGATCGGGGCGCCCGGCATGTCATCCGTGAAAGTATGATCAAGGCGGGAAAAATGATCAGTTTTCAAGATCCTTTGCTTTTTTATGACGTCGATACAGTTGAAGATTATAGGCTGCTGCTGAATAAATTCGGGGAGTGA MKTAAIYLAAGTSRRMGTDKRSLFLNGVSLGSMALKNALLSELDHIFVITGKGDSLHWLSDVFFLSPMSNKWSQAECEQAGKGQGHSIQCGVKKAAAYEADAVIILLADQPFVTADIINTLIDSYQKERRYSFIAAENQHLPMPPILFSNQCFPVLHQLKGDRGARHVIRESMIKAGKMISFQDPLLFYDVDTVEDYRLLLNKFGE PGPT0007280_10 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PHYTOHORMONE-CYTOKININS|DERIVATE_PRODUCTION PHYTOHORMONE-XANTHINE_METABOLISM PHYTOHORMONE-XANTHINE_BIOSYNTHESIS,PGPT0007280-xdhC|paod|ygeB|pucA-K07402 NA NA D1-12_02147 2331 xdhA COG1529 Putative xanthine dehydrogenase molybdenum-binding subunit XdhA TTGGAGTATATCGGGAAGAGTGTCATTCGGAAAGAGGCCCTTGAAAAAGTGACGGGTAAAGCGAAATATACGGATGATTTTCAAGAAACAGGGACGTTGCACGCAAAAATGCTGACCAGTCCATATGCTCATGCCGATATTGTGTTGATGGACTTTTCAGAAGCTTGGAAGATTCCCGGCGTGAGAGCGATATTGGGGGATGAACCTTTTCCGCTTGCAGGTGAAGAAATTAAAGACAGATCGCCGATTGCTTATAAAAGGGTCAGATACCATGGTGAGCCGGTTGCTGTTGTTGTTGCGGAAAATCCGATTACAGCTAAAAAGGCCGCGGATGCCATCAAAGTATCCTATAAACCTCTTCCCGTCGTCAATTCCCCCCGTGAGGCCTTTCAAAAGGATGCGCCGCTCGTCCATGAACATGCGGACCGCTATGAGAAGACAAAAGGTGTATTCCCGGTTCCGAAGACAAATATCGCAAACTTGGATAAGGTTAGAAAAGGAAATATTGAAGACGGATTTAGGGAAAGTGATGTGACAGCAGAATTCCAGATTTCCTTTAACCCTTCTGATCACGCTGCGATGGAGACAAGATGCTCGATCGCTGAAATTCGGGCGGATGAGGAGATTATCATTACCACATCCTCTCAAGCCCCTTTTGCCATTAAAAAATTAATGCAGTGGTACTTTGGGATTGAACCCGGAAAGGTTATCGTCAAAACGCCTTTAGTAGGAGGAGCGTACGGGGGAAAAGCAGCCGTTCAGTTAGAGGTCATTGCCTATTTGGCATCAAAAGCAGTCGGAGGCCGGCCCGTCAAATTGTTTAATACGAGAGAAGAGGATATGATCACATCTCCCGTTCATGTAGGATTGGATGCCATTGTCAAATTAGGGGCCACAAAGGATGGAATTTTAAAGGCGACGGACATTCAGCTTTTATTTGATGGCGGAGCATACTCTGATAAAGGAGTGGACATCAGCCGGGCTGCGGTGGTTGATTGTACGGGTCCGTACGCTATCGACCATATTTCGTGTGATTCATATTGTATGTATACGAATCATCCATATCCAAGTGCATTCAGGGGCTACAGCCATGCTGAAGTGTTATTTGCCTTTGAGCGGACGATGGATGTATTGGCGGAAAAGCTGAACATGGACCCGTTAGAACTTCGCTATAAAAATGCCATTCGCCCCGGTGACACCACACCGACTCAAGTTCTTCTCAATTCAAGCACGGTCGGAAATGTACCGAAATGTATTGAAAGATTGAAGGAATTAATGAATTGGGACGAGGGACAGCGAATTGAAATCGACGGCCGGAAGATACGGGCGAAGGGAATCAGCTGCATTTGGAAAACCTCAACATTTGATACAAATGCAACGTCCGGAGTGATTTTAACCTTTAATCCTGATGGAAGCATTAATTTGATGTCAGGGGTCGTGGAAATTGGAACAGGGACAAAAACAGTGTTAGCCCAAATCCTGGCGGAACGAATGAAAATGGATATAAGCAAAATTCATGTAAAAATGCTTATAGATACACAAACAACACCCGAGCATTGGAAAACCGTAGGGAGCAGAGGGACGTTATTGGCCGGGAGAGCCGTACTGAATGCAGCGGAGGAAGCCATTCGAAAGCTGAAGGACGCGGCATCATGTGTGTTGCGGGTTCCTGTCGAGGAATTGGAAGTGGCCGACGGAAAGGTTTATTTTATAGATCATCCTTCTGTACATGTTGAAATAAAAGACATTGCTTACGGATATACGTTTCCGAATGGAAATACCATTGGCGGCCAAATCATTGCGAGCGGCAATTACACATTAACCCGGATGACGAATTTAGACCGGGAAACGGGAAGAGGAAAGCCGGGACCCGAATGGGCTGTCGGTGCTCAGGGAATTGAAGTTGAGTTGGATAAACGGGATTATACGTACCGAATTACAAAAGCCTATTCTGTTGTGGATATAGGAACAGTATTGAATGAAAAAGCTGCAAGGGGTCAAGTGATGGGGGGGATGAGTATGGGAATCGCATTTGGAGGAAGAGAAACCTTTGTATTTGATCCGTATGGCAGAGTATTAAATCCTCAGCTTAGAACATACCGCCCCCTTCACTATGGAGAGCAGCCTGAATATATCATTGAATTTGTTGAAACCCCGCATGAGATTGCGCCTTATGGAGCGCGCGGCGGCGGGGAACACGGACTGTTGGGGATGCCGGCCGCATTGGGAAATTGCCTGTCCGCCGCTTTAGGTGTCCAATTGAATCAACTTCCTCTCATTCCCGAACAACTATGGAGAACGCAAGAGGGGTGGAAAGATGATACCGTTTGA MEYIGKSVIRKEALEKVTGKAKYTDDFQETGTLHAKMLTSPYAHADIVLMDFSEAWKIPGVRAILGDEPFPLAGEEIKDRSPIAYKRVRYHGEPVAVVVAENPITAKKAADAIKVSYKPLPVVNSPREAFQKDAPLVHEHADRYEKTKGVFPVPKTNIANLDKVRKGNIEDGFRESDVTAEFQISFNPSDHAAMETRCSIAEIRADEEIIITTSSQAPFAIKKLMQWYFGIEPGKVIVKTPLVGGAYGGKAAVQLEVIAYLASKAVGGRPVKLFNTREEDMITSPVHVGLDAIVKLGATKDGILKATDIQLLFDGGAYSDKGVDISRAAVVDCTGPYAIDHISCDSYCMYTNHPYPSAFRGYSHAEVLFAFERTMDVLAEKLNMDPLELRYKNAIRPGDTTPTQVLLNSSTVGNVPKCIERLKELMNWDEGQRIEIDGRKIRAKGISCIWKTSTFDTNATSGVILTFNPDGSINLMSGVVEIGTGTKTVLAQILAERMKMDISKIHVKMLIDTQTTPEHWKTVGSRGTLLAGRAVLNAAEEAIRKLKDAASCVLRVPVEELEVADGKVYFIDHPSVHVEIKDIAYGYTFPNGNTIGGQIIASGNYTLTRMTNLDRETGRGKPGPEWAVGAQGIEVELDKRDYTYRITKAYSVVDIGTVLNEKAARGQVMGGMSMGIAFGGRETFVFDPYGRVLNPQLRTYRPLHYGEQPEYIIEFVETPHEIAPYGARGGGEHGLLGMPAALGNCLSAALGVQLNQLPLIPEQLWRTQEGWKDDTV PGPT0007265_912 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_DEGRADATION,PGPT0007265-xdhB|pucD-K13482 NA NA D1-12_02148 843 ndhF Nicotinate dehydrogenase FAD-subunit ATGATACCGTTTGATTTCGACTATTTTAAACCGAAGACCATTCAAGAAACAACCCGCCTGTTTCACTCGCTTGCGGCCGAAAAGAAAACACCAATGTATTATTCCGGCGGCACGGAAATTATCACGTTAGGAAGGCTGAATATCATCTATACGGATGCGGTGATAGATATGAACGCGCTTCCGGGATTTCAAACCATCCGCTTTTATGAACATGATCTGGTGATCGGAGCGGGCGTGTCATTAACGAAACTGGAGGAAGAAAATCCATTTCCGCTATTAAGTAAAACAGTCAGTGAAATAGCCGATCGGACGACTCGAAATAAGATCAGCCTGGGCGGAAACATTTGCGGGGGCATCTATTACCGTGAGGCCGTGCTGCCGTTGTTAATTTCCGATAGTTTGATAGGGATTGCAGGGAGAGCGGGGATTCATTACCGTCCCATAAATAAAGTATTTAACAAGGAAATACAATTGCAAAAAGGAGATTTTTTATTTCATGTCGTTGTCGATCGAGCGTACGTTGACCTGCCATTTGTCAGTATCAAAAGAAGACAGCAGTGGAATGTCGGGTATCCATTGGTGACAGTCTGTGCGCTGAAAAAAGATGATGAGATCAGAATGGCCTTCAGCGGCGTATGTCCATTTCCGTTTCGTTCTGCTGAAATGGAGGCTGTGCTTAACGATAAAAGCCGATCAGCCGAAGAAAGAGTACGCAGGTCTTTACAATATGTACCCAAACCTGTTCTTGATGATGCAGAAGGCTCAAGTGAATACCGAATATTTGTCTTGCAACATACAATTTTAGATGCCTTACGGGAATTAGAAGGAGGTCCAAATGTCTGA MIPFDFDYFKPKTIQETTRLFHSLAAEKKTPMYYSGGTEIITLGRLNIIYTDAVIDMNALPGFQTIRFYEHDLVIGAGVSLTKLEEENPFPLLSKTVSEIADRTTRNKISLGGNICGGIYYREAVLPLLISDSLIGIAGRAGIHYRPINKVFNKEIQLQKGDFLFHVVVDRAYVDLPFVSIKRRQQWNVGYPLVTVCALKKDDEIRMAFSGVCPFPFRSAEMEAVLNDKSRSAEERVRRSLQYVPKPVLDDAEGSSEYRIFVLQHTILDALRELEGGPNV PGPT0007270_230 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_DEGRADATION,PGPT0007270-ygeT|xdhB-K13479 NA NA D1-12_02149 465 nicA COG2080 Nicotinate dehydrogenase subunit A ATGTCTGATCCTATTACGTTGAAAGTAAATGGCGAGGAAAGACAGATTACGGTCAGACCGGCTGATACTTTGTTATTTGCTCTTCGTCTTCGTCTCGGATTAACTGGTGCAAAGCCGGGCTGCTTAAATGGGGATTGCGGCGCCTGTACGGTATTAACGGACGGGGTGCCGATGAAATCTTGCTTAATGCTTGCGGCAGAAGGGGAAGGAAAGGATATTACGACAATTGAAGGACTGATCAATACGCCGATTCAAAAGGCCTTTATTGAAAAATTCGCGTTTCAATGCGGTTATTGCACACCGGGTTTTCTCATGAATTGTCATGCTTTAGTGAATACTGAGCCGAATGCAAGTGATGACACGATTAAAAATTGGCTGGAGTCCAATATTTGCAGATGTACCGGTTATAGGGAGATTGAAGAAGCGGTTAAATCCGTTTTACATACAGGGAAAGGGACTCATTAG MSDPITLKVNGEERQITVRPADTLLFALRLRLGLTGAKPGCLNGDCGACTVLTDGVPMKSCLMLAAEGEGKDITTIEGLINTPIQKAFIEKFAFQCGYCTPGFLMNCHALVNTEPNASDDTIKNWLESNICRCTGYREIEEAVKSVLHTGKGTH PGPT0007290_509 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_DEGRADATION,PGPT0007290-yagT-K13483 NA NA D1-12_02150 1926 fbp COG3855 Fructose-1,6-bisphosphatase class 3 TTGGAAACGAAATATTTAGATCTGCTCGCACAAAAATACGATTGTGAAGAAAAAGTGGTCACGGAAATCATTAATCTGAAAGCGATACTGAACCTGCCGAAAGGAACCGAGCATTTCGTCAGTGATCTGCACGGGGAGTATCAGGCATTCCAGCACGTGCTGCGGAACGGTTCAGGAAGGGTAAAAGAGAAGATCCGCGATATTTTCAGCGGCGTCATTTACGATAGAGAAATTGATGAACTGGCGGCTTTGGTCTATTATCCTGAGGACAAACTGAAGCTGATCAAACATGACTTTGATACGAAAGAGGCACTAAACGAGTGGTATAAAGAAACGATTCATCGGATGATTAAGCTCGTTTCTTATTGTTCTTCCAAGTACACCCGCTCCAAATTGCGCAAAGCGCTGCCCGCCCAATTTGCTTATATTTCCGAAGAGCTGCTGTACAAAACAGAACAAGCCGCCAACAAGGAACAATACTACTCCGAAATCATAGAACAGATCATTGCGCTCGGCCAGGCCGATAAGCTGATCACCGGTCTTGCCTACAGCACGCAGCGATTGGTGGTCGACCATCTGCATGTTGTCGGCGATATTTATGACCGCGGACCGCAGCCGGATAAAATCATGGAAGAACTGATCAACTATCATTCAGTGGATATTCAATGGGGGAATCATGATGTTCTCTGGATAGGCGCTTATTCCGGCTCAAAAGTATGCCTGGCAAACATTATCCGCATCTGTGCCCGCTATGACAATCTGGATATTATTGAAGACGTTTACGGCATCAATCTGAGACCGCTATTGAACCTTGCCGAAAAATATTACGATGATAACCCGTCTTTCCGCCCGAAAGCGGACGAAAACAGACCGGAAGATGAGATTAAACAAATCACAAAAATTCATCAGGCGATCGCGATGATCCAATTCAAGCTTGAGAGCCCGATTATTAAGAGACGGCCGAACTTTAATATGGAGGAACGGCTGTTACTGGAAAAGATCGATTATGACCGCAATGAAATCACGCTGAACGGAAAAACATATCAACTGGAAAATACCTGCTTTGCGACGGTGAATCCTAAACAGCCTGACGAGCTGTTAGAAGAAGAAGCAGAAGTCATGGACAAGCTGCTGTTCTCTGTTCAGAACTCCGAAAAGCTGGGCCGCCATATGAATTTTATGATGAAAAAAGGCAGCCTGTATCTGAAATATAACGGCAACCTGTTGATTCACGGCTGTATTCCCGTCGATGAAAACGGCAGCATGGAAACGATGATGATAGAGGATAAAGCTTATGCGGGCCGTGAGCTGCTCGATGTATTTGAACGGTTCTTACGGGAAGCGTTTGCCCATCCGGAAGAAACTGATGATCTGGCGACAGATATGACGTGGTACTTATGGACAGGCGAATACTCCTCCCTCTTCGGAAAACGGGCCATGACAACCTTTGAGCGGTATTTCATTAAGGAGAAGGAAACGCATAAAGAAAAGAAAAACCCGTATTACTATTTGCGTGAAGACGAGGCAACCTGCCGAAACATCCTGAAGGAATTCGGCCTCAATCCGGATCACGGCCATATCATCAACGGCCATACACCGGTAAAAGAAATCGAAGGCGAAGATCCGATCAAGGCAAACGGAAAAATGATCGTCATCGACGGCGGCTTCTCCAAAGCCTACCAATCCACAACAGGCATCGCCGGCTACACGCTCTTATACAACTCCTACGGCATGCAGCTCGTCGCCCATAAACACTTTAACTCCAAGGCCGAAGTACTGAGCACCGGAACCGACGTCTTAACAGTGAAACGATTAGTCGACAAAGAGCTGGAGCGGAAGAAAGTAAAAGAAACAAACGTCGGTGAAGAATTGATGAAAGAAGTGGCGATTTTGGAGAAGCTGCGGGAGTATCGGTATATGAAGTGA METKYLDLLAQKYDCEEKVVTEIINLKAILNLPKGTEHFVSDLHGEYQAFQHVLRNGSGRVKEKIRDIFSGVIYDREIDELAALVYYPEDKLKLIKHDFDTKEALNEWYKETIHRMIKLVSYCSSKYTRSKLRKALPAQFAYISEELLYKTEQAANKEQYYSEIIEQIIALGQADKLITGLAYSTQRLVVDHLHVVGDIYDRGPQPDKIMEELINYHSVDIQWGNHDVLWIGAYSGSKVCLANIIRICARYDNLDIIEDVYGINLRPLLNLAEKYYDDNPSFRPKADENRPEDEIKQITKIHQAIAMIQFKLESPIIKRRPNFNMEERLLLEKIDYDRNEITLNGKTYQLENTCFATVNPKQPDELLEEEAEVMDKLLFSVQNSEKLGRHMNFMMKKGSLYLKYNGNLLIHGCIPVDENGSMETMMIEDKAYAGRELLDVFERFLREAFAHPEETDDLATDMTWYLWTGEYSSLFGKRAMTTFERYFIKEKETHKEKKNPYYYLREDEATCRNILKEFGLNPDHGHIINGHTPVKEIEGEDPIKANGKMIVIDGGFSKAYQSTTGIAGYTLLYNSYGMQLVAHKHFNSKAEVLSTGTDVLTVKRLVDKELERKKVKETNVGEELMKEVAILEKLREYRYMK PGPT0017660_380 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION PLANT_DERIVED_FRUCTOSE_METABOLISM|DEGRADATION,PGPT0017660-fbp3-K04041 NA NA D1-12_02152 1347 cycA COG1113 D-serine/D-alanine/glycine transporter GTGGAGCAGCGAGAGCTAAAGAGGGACTTATCGAATCGGCACGTGCAGCTGATCGCCATTGGCGGCACGATCGGCACCGGATTGTTTTTAGGGTCCGGTAAGGCGATTCAGCTGGCGGGTCCTTCTATCATCTTTGCGTATTTTATTGTAGGTATTGCGCTTTTTTTCGTCATGCGGGCGCTGGGAGAACTGCTGTTATCTAAAGCGGGCTACCAATCATTAACGGATATTGCCGAGGCGTATTTAGGGCCGCGTGCAGCGTTTGTCACTGGCTGGACCTACTGGTTTTGCTGGATTATGACGGCTATGGCGGATGTGATCGCCGTCGGTGTGTATGTGAAATATTGGTTTGATATTCCGCAGTGGATTCCGGCACTTATCTGTTTGCTCATTTTATTAGGGCTTAATCTGTTAACGGTTAAGATTTTTGGAGAATTGGAGTTTTGGTTCGCCTTAATTAAGGTAGTCACGATTCTCGCGTTAATTGTCATCGGTGTGGTTCTGCTGGTGATTGGGTTCAAAACGCATACCGGAACGGTTTCAGCGGCGAATCTGTGGGAGCACGGCGGCTTGTTTCCGAACGGATTTTCAGGCTTTTTGCTTTCGTTCCAGATGGTGATCTTCGCCTATGTCGGTGTGGAATTAGTGGGTGTGTCGGCGGCGGAAACGTCAAATCCGAAAAAAAATATTCCGTCCGCTATCAATAAAATTCCATTGCGGATTTTATTTTTCTACGTCGGGGCATTGCTCATTCTTTTATGTATTAACCCGTGGATGCAGCTGAATGCGGCGGAAAGTCCTTTTGTGAAGACCTTCAGTCTGGTCGGCATCCCGTTAGCCGCGGGAATCATTAATTTTGTCGTATTAACGTCTGCTGCTTCTGCTTGTAACAGCGGGATGTTTTCAACAAGCCGGATTTTGTATAACTTAAGCAAAACGAAACAAGCGCCTGCAAGTTTTGCGAAGCTGAATAAAAATCATGTGCCGAGCCGCGCATTATGGATATCGGTTATTGTGCTGTCAGCGGGCGCTCTTTTAAGCAAATTGATACCGGAAGCGGCTTTTGGCATCGTGACAACCATCAGCGCGATTTGTTTCATTTGGGTGTGGGGCGTGATTCTTGTCTGTCATATCAGATACAGAAAAACCCGTCCGGACTTACATGCAAGCTCGTCTTTCAAGGCGCCGTTTGCGCCGTTTATCAATTACGCCGTGTTAGCGCTGTTTGCCGTTATTCTGGTGATTATGCTGTTTGCGGATGCAACGCGCCCGGCTTTGCTGCTGACGCCGCTGTGGTTTATTGGATTATTTCTTATCTATCGGGCGAGAAGGAGAAAGACAGATTGA MEQRELKRDLSNRHVQLIAIGGTIGTGLFLGSGKAIQLAGPSIIFAYFIVGIALFFVMRALGELLLSKAGYQSLTDIAEAYLGPRAAFVTGWTYWFCWIMTAMADVIAVGVYVKYWFDIPQWIPALICLLILLGLNLLTVKIFGELEFWFALIKVVTILALIVIGVVLLVIGFKTHTGTVSAANLWEHGGLFPNGFSGFLLSFQMVIFAYVGVELVGVSAAETSNPKKNIPSAINKIPLRILFFYVGALLILLCINPWMQLNAAESPFVKTFSLVGIPLAAGIINFVVLTSAASACNSGMFSTSRILYNLSKTKQAPASFAKLNKNHVPSRALWISVIVLSAGALLSKLIPEAAFGIVTTISAICFIWVWGVILVCHIRYRKTRPDLHASSSFKAPFAPFINYAVLALFAVILVIMLFADATRPALLLTPLWFIGLFLIYRARRRKTD PGPT0020615_945 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-AI_TRANSPORT,PGPT0020615-cycA|ydgF-K11737 NA NA D1-12_02153 1233 hypothetical protein ATGAAGTATGAGAAGTTATCTAAGCTTTTTTATAAAATGGATGCTGATTCATATGAGAAAGAATGTAAAAAGAGAACAAGCAGCTATGGCAGTTATTCAACATCATTAAACATACGGGGGTTCCGAAAAGGCCGACCCACGGGCGATTCATTTGAGTTATTCTATGTGAATACACATAAACTCATGAAGCTGAATAATGAAGTGTTGTTAAACAGTTCCAAAATTTCATCCCTTATCAGTCAGCTCCCCGAATTTGCCGTCAAACCTTATTTTGATAAATTAATTATTAATGAAGCACAGAGTAATAATGAAATTGAAGGAATCCGCAGTACAAAAAAAGAATTGAAAGAGGCTCTTAAAGCGTTAGAACAATCCGAGCCCTCACATAAGCGGTTTGTCGGATTGATGAAAACATATCAATTTATAGACCGAATTCCGTCGTTTACAAGCATTCATGACTTTAGGGAATTATATGACGAGCTGGTCGCAGATGAAATCGGAGCAGAAGATGCGCCGGATGGTGAGCTATTCAGAAAAGGCTATGTTGAAGTGGACGATGGGAACATGACCACCCATATCGGTGTTAATTCTGAACAGAAGATAACAGAAGCGCTTGAGGCTTTAATTGCTTATCTTCATGATGAAACACATCCCCAGCTGTATCGTTACATGACAGCTCATTACTACTATGAATACATTCACCCTTTTTATGACGGCAATGGAAGAACAGGACGCCTTATCGTTGGGAGTTATTTGTCCCGATACTTAGAAAAATATTCAGCCATCACTTTTTCTTACGCAGTTAATAAGAACAAAGATAAGTATTATAAGGCATTAGAGGAAATTCCCGCACCTTTAAACCGGGGAGAGCTGACTTTTTATTTAATGGATATGCTGGAATTGCTTCTGTCAGGTCAAAAAGGGATTATTGAGGATCTTGAATTTAATTTAATGAAACTGAAACGAATTAGGAACTATATTGATAGCGATCAATGGGCTGATTATAAGGATGAACGTGATATTTTTAATATCATTATCACGATTAATGTATTTGTAAATGATCAGGTTACGCTGTCGGTGCAAGATTTAATGGAGCTCTCAAATAAATCGAGACATAAAATTAACAGAGTAATGGATTATTTAGAACAGCAAGGATTTGTTGAGCTGGTAAGCAGAAGGCCAAAATCTTATAAAATCAGCGAGGATTGTTTAGAGGAGATACTGCCTTCTTAA MKYEKLSKLFYKMDADSYEKECKKRTSSYGSYSTSLNIRGFRKGRPTGDSFELFYVNTHKLMKLNNEVLLNSSKISSLISQLPEFAVKPYFDKLIINEAQSNNEIEGIRSTKKELKEALKALEQSEPSHKRFVGLMKTYQFIDRIPSFTSIHDFRELYDELVADEIGAEDAPDGELFRKGYVEVDDGNMTTHIGVNSEQKITEALEALIAYLHDETHPQLYRYMTAHYYYEYIHPFYDGNGRTGRLIVGSYLSRYLEKYSAITFSYAVNKNKDKYYKALEEIPAPLNRGELTFYLMDMLELLLSGQKGIIEDLEFNLMKLKRIRNYIDSDQWADYKDERDIFNIIITINVFVNDQVTLSVQDLMELSNKSRHKINRVMDYLEQQGFVELVSRRPKSYKISEDCLEEILPS NA NA NA NA NA D1-12_02154 1530 ahpF COG3634 NADH dehydrogenase TTGGTACTTGATGCAAATATCAAAGCACAATTAAATCAATACATGCAGCTAATTGAGAACGACATTGTTCTCAAAGTAAGCGCCGGTGACGATGACACTTCTAAGGACATGCTGGCTCTCGTTGACGAGCTGGCTTCCATGTCATCTAAAATTTCAGTTGAAAAAACTGAATTAAACAGAACACCGAGCTTCAGCGTTAATCGTACCGGAGAAGACACAGGCGTTACATTCGCCGGTGTTCCTCTCGGCCACGAATTTACATCTTTAGTGCTGGCATTGCTTCAAGTCAGCGGCAGAGCGCCTAAGGCTGATCAAAAGGTCATTGACCAGATTAAGAACATCAGCGGAGAATACCGCTTTGAGTCTTATATCAGCCTGACGTGCCACAACTGCCCTGATGTCGTCCAAGCATTAAACATGATGAGCGTGCTCAACCCGAATATCACACATACAATGATTGACGGCGCGGCATTCAAAGAAGAAGTAGAAAGCAAAAACATTATGGCTGTTCCGACTGTTTTCTTAAACGGTGAATCTTTCGGAAGCGGCCGTATGACCATCGAAGAGATTCTCGCGAAAATGGGCAGCGGCGCAGATGCGTCTGAGTTTGCCGACAAAGACCCGTTTGACGTTCTTGTTGTCGGCGGCGGACCTGCCGGCGCAAGCGCGGCGATCTACACGGCGCGTAAAGGCATCCGCACCGGTGTCGTCGCTGAACGCTTCGGCGGCCAGGTACTCGACACCATGAGCATCGAGAACTTCATCAGCGTCAAAGCGACTGAAGGACCGAAGCTCGCCGCAAGCCTTGAAGAGCACGTGAAAGATTATGATATTGACGTCATGAACCTTCAGCGCGCGAAACGCCTTGAGAAAAAAGACCTCTTCGAACTTGAACTTGAAAACGGCGCTGTACTGAAAAGTAAAACAGTGATCCTTTCAACAGGTGCCCGCTGGCGCAATGTCAACGTACCTGGTGAGCAAGAGTTCAAAAACAAAGGTGTTGCATACTGCCCGCACTGTGACGGACCATTGTTTGAAGGCAAAGACGTAGCCGTTATCGGCGGCGGAAACTCCGGAATCGAAGCGGCGATTGACCTTGCAGGTATCGTCAATCACGTGACTGTGCTGGAATTCGCGCCTGAACTGAAAGCAGACGAAGTCCTGCAAAAACGTCTTTACAGCCTGCCAAACGTCACTGTGCACAAAAATGCACAAACGAAAGAAATCACAGGCGATCAAAACGTAAACGGCATTACGTTCGTTGACCGTGAAACAGGCGAAGAAAAACACGTTGAACTCCAAGGTGTATTCGTCCAAATCGGTCTCGTGCCTAATACAGAATGGTTAGACGAAACTGTCGAACGCAACCGCATCGGCGAAATCATCGTCGATAAGAGCGGCGCGACAAGCGTTCCCGGCCTATTTGCCGCAGGGGACTGCACAGACGGCCCGTACAACCAAATCATTATCTCCATGGGATCAGGTGCAACTGCCGCTTTAGGCGCATTTGATTATTTGATCCGGAATTAA MVLDANIKAQLNQYMQLIENDIVLKVSAGDDDTSKDMLALVDELASMSSKISVEKTELNRTPSFSVNRTGEDTGVTFAGVPLGHEFTSLVLALLQVSGRAPKADQKVIDQIKNISGEYRFESYISLTCHNCPDVVQALNMMSVLNPNITHTMIDGAAFKEEVESKNIMAVPTVFLNGESFGSGRMTIEEILAKMGSGADASEFADKDPFDVLVVGGGPAGASAAIYTARKGIRTGVVAERFGGQVLDTMSIENFISVKATEGPKLAASLEEHVKDYDIDVMNLQRAKRLEKKDLFELELENGAVLKSKTVILSTGARWRNVNVPGEQEFKNKGVAYCPHCDGPLFEGKDVAVIGGGNSGIEAAIDLAGIVNHVTVLEFAPELKADEVLQKRLYSLPNVTVHKNAQTKEITGDQNVNGITFVDRETGEEKHVELQGVFVQIGLVPNTEWLDETVERNRIGEIIVDKSGATSVPGLFAAGDCTDGPYNQIIISMGSGATAALGAFDYLIRN PGPT0013150_1307 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013150-ahpF-K03387 NA NA D1-12_02155 564 ahpC COG0450 Alkyl hydroperoxide reductase C ATGTCTTTAATCGGAAAAGAAGTACTGCCATTCGAAGCAAAAGCTTTCAAAAACGGTGAATTCATCGATGTAACAAACGAAGATTTGAAAGGTCAATGGAGCGTTTTCTGCTTCTACCCAGCGGATTTCTCTTTCGTTTGCCCGACTGAACTTGAAGATCTTCAAGGACAATACGCTGCACTGAAAGAATTAGGTGTTGAAGTATACTCTGTTTCTACAGATACTCACTTCGTACACAAAGGCTGGCATGACAGCTCTGAAAAAATCGGCAAAATCACTTACGCAATGATCGGTGACCCATCTCAAACGATCTCCCGCAACTTCGACGTTCTTGACGAAGAAACTGGTCTTGCTGACCGCGGAACATTCATCATCGATCCTGATGGCGTGATCCAAACAGTTGAAATCAATGCAGGCGGTATCGGCCGTGACGCAAGCAACCTTGTAAACAAAGTCAAAGCAGCTCAATACGTTCGTCAAAACCCAGGTGAAGTCTGCCCGGCTAAATGGGAAGAAGGCGGCGAAACACTTACACCTAGCCTTGATTTGGTAGGTAAAATCTAA MSLIGKEVLPFEAKAFKNGEFIDVTNEDLKGQWSVFCFYPADFSFVCPTELEDLQGQYAALKELGVEVYSVSTDTHFVHKGWHDSSEKIGKITYAMIGDPSQTISRNFDVLDEETGLADRGTFIIDPDGVIQTVEINAGGIGRDASNLVNKVKAAQYVRQNPGEVCPAKWEEGGETLTPSLDLVGKI PGPT0003260_32 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0003260-ahpC-K24119 NA NA D1-12_02156 687 hypothetical protein ATGCAAATAAATAACATTACTTTGTACAGTTGTGCGTTGGAGGAGACGAAACACTTCTATGAACGGGTGTTAGGTTTTCCTTTAATTGATGAGTCCGGTGATTCGTTTACCATCAAGGCGGGAGAAAGTGAGTTGGAATTCAGGCGCGCCGATTCTCACTCTCATCCGGCGTATCATTTCGCGTTTAACATTCCGAATAATTGTTTTGATGAGGCGAAGGCGTGGATAAAGGATAAAGTCGTTTTTCAAACGGAAGATGGGGAGGATGAGGTGTATTTCTCCCATATTCAGGCGCGTTCCTTTTATTTTAAAGATCCGTCCAACAATCTGGCGGAATTCATCGCGAGAGACACATCGCCGCCAAGCGCGGAACGTTTTTCGATTGAGTCCGTTCTGAATATCGGTGAGGTGAATCTGACGGCTGCCGAGGTCGTATCAACCGGGAGGGAGCTGCAGCGTTTCGGCATTCCGGTGAGAAAGCATGCGCCTCTTAGTGAAAACGGGTTTCATTTTATGGGTGATTACAATGATGGGGCGTTTTTGCTTTTAGGGCCGAGCGGCCGCCGCTGGATTTTTTCTGATCAGCATGCGGAGTTCCATCCGCTGTCTGTTATTGTGAACGGGACGATCCGCATTGAGGCTGACGGAAAGGGCGGCATTGACATCAGGCGGGCACAGCCGTCATAA MQINNITLYSCALEETKHFYERVLGFPLIDESGDSFTIKAGESELEFRRADSHSHPAYHFAFNIPNNCFDEAKAWIKDKVVFQTEDGEDEVYFSHIQARSFYFKDPSNNLAEFIARDTSPPSAERFSIESVLNIGEVNLTAAEVVSTGRELQRFGIPVRKHAPLSENGFHFMGDYNDGAFLLLGPSGRRWIFSDQHAEFHPLSVIVNGTIRIEADGKGGIDIRRAQPS NA NA NA NA NA D1-12_02157 456 hypothetical protein ATGGAAAGACCGGCAGGATTTTGGATTCGGTTTCTGGCTTACGTCATTGATCAAATCATCATAGGAATTCCGATTTTTATCATTCAATTTATGGTCTCTTTTTTATTTGCGGCAGGCGTTGCGGCGGCTGACCCCTTCATGACCGAAAATCAGTTTAACATCTCTTTTCTGGTGTTCGGCGTCATCCCGATTCTTGCGAGCTCTTTTGTGATCAGTATCTTATATTTCAGCCTGCTCACGGCCTCAAAGATGCAGGGGACACTGGGAAAAGCATTGCTCGGCCTTAAGGTCGTCAATGAAGATGGCGGACGCATTTCCATCGGCCAGGCCTTCGGACGCGCTTTCGCATATATCATATCTAAGCTCATTCTTTATATCGGATTCATCATGGGCGCCTTCGGAGAGAAAAAAACGCTGCACGACATCATGTGCAGCACCCGTGTTGTCTATAAATAA MERPAGFWIRFLAYVIDQIIIGIPIFIIQFMVSFLFAAGVAAADPFMTENQFNISFLVFGVIPILASSFVISILYFSLLTASKMQGTLGKALLGLKVVNEDGGRISIGQAFGRAFAYIISKLILYIGFIMGAFGEKKTLHDIMCSTRVVYK NA NA NA NA NA D1-12_02158 1167 pbuE_2 COG2814 Purine efflux pump PbuE ATGAAAAAAAGCAGCTCCATCTTCATTCTGTTTTTGGCATTAGGGGTTTTCGGAATTATCACGACTGAAATGGGCATTATCGGCGTTCTTCCGCAAGTGGCGGACAGATTTCATATTTCTGCTTCAAAAGCGGGGTGGCTTGTCAGTATTTTCGCGTTCATCGTCGCTGTGTCGGGACCGTTTTTAACCTTGCTTGCTTCAGGTATAAACCGGAAATACATTCTGCTTTTGGCGGTGCTGATGTTTGCCGTTTCAAATGCGGTCTACGCGTATACGGCGCATTTCAGTGTCATGCTGGCGTTTCGGATCATTCCGGCTTTATGCCACCCGGTGTTCTTTTCTGTAGCGCTTGCGGCCGCGGCCCGGCTTGTCCCCGCCGGCCAATCCGGAAAAGCCGTAACGAAAGTCTTTTCAGGCATCACCGCCGGCTTTGCGTTCGGCGTGCCTTTCACGTCTTATCTGGCGGATCGTCTCTCCCTTGAAGCCGCCTTCTTATTCGGCGCTATCATCAGTCTCATCGCGTTCACGGGCATTCTTCTCTTTTTACCATCCATGCCGGTCACAGAAAACATGTCTTTCAGAAGCCAGCTCGGTATCCTTCGCAAACCGGCTTTGTGGCTCAATATCGCTGCCGTCACCTGTCTCTTTGCGGCCATGTTTTCTGTCTACAGCTATTTTGCGGAGTACCTCGGACGGGTGTCCCATATGAACGGCACATGGGTCAGCTTTATGCTGATGAGCTTCGGAGTGATTATGATAGCCGGGAATTTCGTCTTCGGTGCTTTGTTATATAAAAATATGAAAAAGACCGTCATCCTGTTTCCGCTTCTTTATACAGCCGCCTACTTGCTCATATACGGGTTTGGGACGTCTTTCGCGCCGATGGCCGTCCTCGTCTTCGTATGGGGCGCCGTTCATTCCGGCGGGCTCATTGTCAGCCAGACATGGCTTACTGCGGAAGCAAAGGAGGCCCCCGAATTCGGCAACAGCCTGTTTGTCTCTTTTTCCAACCTCGGCATCACCATCGGAACGGCGGCGGGCGGCTGGTTTATTTCACATTTGGGAATCCATCAGCTGATGTGGTGCGGCATCATGTTTGCCCTTCTGGCTTTCGGGCTGATCATGGGACGCTTGGCATGGGGAAAGAGGCTGCTCGCAGAAGCTTAA MKKSSSIFILFLALGVFGIITTEMGIIGVLPQVADRFHISASKAGWLVSIFAFIVAVSGPFLTLLASGINRKYILLLAVLMFAVSNAVYAYTAHFSVMLAFRIIPALCHPVFFSVALAAAARLVPAGQSGKAVTKVFSGITAGFAFGVPFTSYLADRLSLEAAFLFGAIISLIAFTGILLFLPSMPVTENMSFRSQLGILRKPALWLNIAAVTCLFAAMFSVYSYFAEYLGRVSHMNGTWVSFMLMSFGVIMIAGNFVFGALLYKNMKKTVILFPLLYTAAYLLIYGFGTSFAPMAVLVFVWGAVHSGGLIVSQTWLTAEAKEAPEFGNSLFVSFSNLGITIGTAAGGWFISHLGIHQLMWCGIMFALLAFGLIMGRLAWGKRLLAEA PGPT0028991_3529 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 D1-12_02159 300 hypothetical protein TTGATTCATAAAGCGTTATCTAACAAAACACGAAGTGATATTATGACGTGGCTTAAACACCCGGAGGACCATTTTGATGAAAAACCTTACCTTGAGCAGGGACTCAGTTTCCGCACCGGAATTTGCGTCGGTGATATTCAGGCAAAGTCAGGGCTTGCGCAGTCCGTCATCTCCAGCTACCTGCTGACCATGCAAAAAGCCGGCCTGCTGGAATCCGAACGAATCGGAAAATGGACCTATTACAGAAGGAATGAAAAACAAATTAAAGCCTTTGCTGACTATGTTCAGCACCAGCTATAA MIHKALSNKTRSDIMTWLKHPEDHFDEKPYLEQGLSFRTGICVGDIQAKSGLAQSVISSYLLTMQKAGLLESERIGKWTYYRRNEKQIKAFADYVQHQL NA NA NA NA NA D1-12_02160 420 hypothetical protein ATGAATCAAAAGAAAAAAGGTACGGTTGCGGTGACCTTGCTTTCCGCTCTGCTGTTTTGTTTATTGCCGGTCCTCGTCTCGCTTTCTCCGCTTGCGGAAACGGGGCCGAACGCGAATCGTTTTAATTCCGCGGGCATGTGGGCCGCCGTCGGCCAGATCCTTGTTATATATGCGGTCCCGCTCATTTTGTATATTCTCGGTATTCGTGTCATGAAAATCATCATGGCCGTTTTTTGCGGAATCGGGCTTATCATTTGCGCGGCTGTCTTGTTGGTGACGTTATTGACCGCAATTTCCTTAGGGCAGGAGCTGTCTCTTTATTACGGCCTTCTCGTTTGGTCAGGCGCGGCTTTTATCGTCAATGTGGTGTGGTATATTGCCGCGTTTCGATCATCCCCGAAGCATCAGCAGGCTATGTGA MNQKKKGTVAVTLLSALLFCLLPVLVSLSPLAETGPNANRFNSAGMWAAVGQILVIYAVPLILYILGIRVMKIIMAVFCGIGLIICAAVLLVTLLTAISLGQELSLYYGLLVWSGAAFIVNVVWYIAAFRSSPKHQQAM NA NA NA NA NA D1-12_02161 1248 yxaL COG1520 putative protein YxaL TTGAAAAAAAAGACAGCTTCATTGCGAATGAAAACATTGGCGGCCGGCGCTGCGGTTGCTGCGGCTTTATCTGTGGGAGCGGTTTCTGATCTGCCGGGGGCAAAATGGCTGCATCCGGCGGCTGCTCAAGCTGCGGAAACGGTATTTAAACAAAATCATGCGGCATCCGGTTTCTTGGCGGGGCGGTATGACGCGCAGGCGATGTCTCCGACGATGTTCAACTGGTCAAGAGAAAGCCGGTTTACAAGCACTGCCGATGGCGCATTAAAATGGGAAAAGAATGTTCCGGCCAATCCTCAAAACGGTGCGGGAGCCGCGGTTGATGGGGACGGCACCGTATTTATTCAATCAAAAGACGGGAAGCTGACGGCGTATCATCCGGACGGTACTGTGAAATGGGTGACGGAAAACCTCGGGACGACCTATACGCTGACTCCGGTGCTCGGAACAAACGGTGTCATTTATCTTCCTTCTCACGATAAAAAACTATATTTCATCGACAAAGAAACGGGAAACATTTTAACATCGGTTCCGCTGAGCGGAGCGCCTAGTTCAGATGCGGCTATCGGCTCTGACGGCACGCTGTATGTGTCGACGCTGGATAACTATATCTATGCGATTAAACCGACGTCGCCTTCGACATGGACGCAAAAGTGGAAGTTTAAAACAAACGGCGTGGTCGGCTCCGCTCCCGTGTTAGCATCAAACGGCACTCTGTATACGGCAACGTACAATAATATCTTTTACGCGATCAATTCCGGAACGGGCCAAGTGAAATGGTCAAAAACGACGTCCAACGGGTTTAAAGGTTATCCGGTTATAGATAGAGACGGCACCGTTTACGCCGGAAACCAGGACGGCAACTTATATGCCTATACATCAACGGGTGCTGTAAAGTGGACGTTCCCGTTAAACGGTTTCTCCAGCTCTTCATTAGCGATCGACCATAACGGCAATGTGTATATCGGTTCCGGAAGCGGCGAGCTGTTTTCCATCAGCAAAACCGGTAATATGAACTGGTCTTTCTATACGGACGGGCCTGTGAGAACGGCGCCGCTGATTGATGCGGACGGCAATGTGTACTTCGGCTCTGACGATAAAAACGTCTATGCGGTTGACGCTGACGGTAATGAAAAATGGCGCTATCAAACAGACAGCAATGTCATTTCCTCCCCGGTTCTGGCTGAAGACGGCACGCTTTATGTCGGCACTTATACGAAACTGCTCGCATTCGGAGCAAAAAAATAA MKKKTASLRMKTLAAGAAVAAALSVGAVSDLPGAKWLHPAAAQAAETVFKQNHAASGFLAGRYDAQAMSPTMFNWSRESRFTSTADGALKWEKNVPANPQNGAGAAVDGDGTVFIQSKDGKLTAYHPDGTVKWVTENLGTTYTLTPVLGTNGVIYLPSHDKKLYFIDKETGNILTSVPLSGAPSSDAAIGSDGTLYVSTLDNYIYAIKPTSPSTWTQKWKFKTNGVVGSAPVLASNGTLYTATYNNIFYAINSGTGQVKWSKTTSNGFKGYPVIDRDGTVYAGNQDGNLYAYTSTGAVKWTFPLNGFSSSSLAIDHNGNVYIGSGSGELFSISKTGNMNWSFYTDGPVRTAPLIDADGNVYFGSDDKNVYAVDADGNEKWRYQTDSNVISSPVLAEDGTLYVGTYTKLLAFGAKK PGPT0014544_1 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE DROUGHT_STRESS_REGULATION,PGPT0014544-yxaL-NA NA NA D1-12_02162 1338 alkH Aldehyde dehydrogenase ATGGATCAGCATATAAAAGCAGACATCAAACGCGTCTTTGAGCTTCAGAAAAAAAATCAAAAAACGCTGCGTGCTTCAACAGCCGGGCAGCGCAGAGAAAAGCTTCAGCGCTTTTTAGATGCCGTCACCGCACATGAAGAAGAAATCATCGAGGCGATCAGACGGGACGTCCGCAAGCCTTATCATGAGGTGAAAAGAGCGGAAACGCAGGGAACGATCAAGGCGATTAAAGATAATATGAACAATCTCGACACCTGGATGGCGCCGAAACGCGTCGGCTCATCCGTCAGCCCCGACGCTGACGGCGTATTAATGTACGAGCCAAAAGGCGTCACCTTAATTCTCGGCCCATGGAATTATCCGTTTATGCTGACGATGGCTCCGCTTGCGGCTGCCATTGCGGCCGGCAACAGCGCGATTGTGAAGCTGTCCGATTTTACGATGGAGACGAGCCATATCGCCGCGACAGTTATTCGCGAGGCGTTTCATGAAGAAGAAGTCGCCATTTTTGAAGGTGAGGTCGATGTCGCCACAGAACTGCTCGACCAGCCGTTTGACCACATTTTCTTCACCGGAAGCACGAATGTCGGTAAAATCGTCATGACGGCAGCGGCGAAGCACTTGTCGTCCGTCACGCTTGAGCTTGGCGGAAAAAGCCCGACGATCATCGACAGCGGCTATGATTTGATGGACGCGGCGAAAAAAATCGCCGTCGGCAAATTTGTCAATGCGGGGCAAACATGTATCGCTCCTGACTATCTTCTTATGAAGGAAGATGTACAGGACACCTTTACAGATCTTCTCCAGACCATTGTCAATGCAGGTTTTATGGAGGATGATCATACGGTTGACCGCAACAAGTTCACGCAAATTGTCAACGACCGCAACTTTAACCGTGTCAAAGCCCTGTATGATGATGCCATTGAAAAAGGGGCGAAAACGGCGTTCGGCGGCGTATTCGATGCGCATGACCGCACGATTTCTCCGACCGTGCTGACAAACGTCACGCCTGATATGAAGATCATGCAGGAAGAAATCTTCGCACCGATTCTGCCGATTATGAATTACGAAGATATCAGTGAAGCCGTTGATTACATCACTGAACGGGACAAGCCGCTTGCCTTGTATGTATTCAGCCATAATCAGGAGCTGATTGATTATGTTCTGCAGCATACGACGTCCGGCAATGCTTCTGTCAATGATGTCGTCGTTCATTTCACTGACGTCAACCTTCCGTTCGGCGGTGTCAATACGAGCGGGATCGGTTCATATCACGGTGTGTACGGCTTTAAAGAATTCTCTCATGAAAAAGGCGTATTTATTCAAGCCTCTAAATAA MDQHIKADIKRVFELQKKNQKTLRASTAGQRREKLQRFLDAVTAHEEEIIEAIRRDVRKPYHEVKRAETQGTIKAIKDNMNNLDTWMAPKRVGSSVSPDADGVLMYEPKGVTLILGPWNYPFMLTMAPLAAAIAAGNSAIVKLSDFTMETSHIAATVIREAFHEEEVAIFEGEVDVATELLDQPFDHIFFTGSTNVGKIVMTAAAKHLSSVTLELGGKSPTIIDSGYDLMDAAKKIAVGKFVNAGQTCIAPDYLLMKEDVQDTFTDLLQTIVNAGFMEDDHTVDRNKFTQIVNDRNFNRVKALYDDAIEKGAKTAFGGVFDAHDRTISPTVLTNVTPDMKIMQEEIFAPILPIMNYEDISEAVDYITERDKPLALYVFSHNQELIDYVLQHTTSGNASVNDVVVHFTDVNLPFGGVNTSGIGSYHGVYGFKEFSHEKGVFIQASK PGPT0006875_9973 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROLIPID_REMODELLING CE-REMODELLING_GLYCEROLIPID_DEHYDROGENASE|DEHYDRATASE_ACTIVITY,PGPT0006875-aldH|dhaS-K00128 NA NA D1-12_02163 1158 hypothetical protein ATGCCGGATTCTGTGACAACTGACATCAAACAAGCGCTTTTGGCCATGCTTGGAGAGCGGGATATCCGCCGTGTGACCATGAAGGACATTGCCGAACGGTCGCATGTGAGCCGGGGGACACTGTACCTTTATTACGAGGATAAATATGCGATTTTAGAGGATATAGAGGAAGAAATGAAAGACGGGCTGAGCGAAGCGCTGTATGATTCGCTGAAGAATAAAGATGTGCTTCATTTACATGGCGGATGGCAAAAAGTGCATCCGACCCTGTCTTTTGTTGACCGGCACCGGGAGTTTTTTCAAACGATGATGGACCGTCATAAAATGCCGTATTTTCACTTTCATGCTTTTTTAAAAGATGTGTTCCGGCATGATGTGCTGCTGTCACCGGTCAATGCGGATTTCTCACCGACTGAACAGGATATGTACATTCATTACCGCGCTTTATACACGTATGCCATTGTGTTGTACTGGCTGAATGAGGAGCCCGGGGCATCCCCGGAAGCGATCAGCGGACAGGTGTGGGATTTAATTTCTCAAAAACGATTTTACTGGCTGTTTGGCCGCCGGGTGCCGGAACAAGAAGAAAAAAAGCCCGCCGACCGCCGGGTGACCCGGACGAGGCAGGCCTTGCAAGAAGCCATGATCGGCTTAATGGCGGAAAAAAAAGAGTACGCGGCGATTACGATTTCCGATATTGCCCGTCAAAGCAACCTCCGCCGTGCCACTTTTTATGACCATTACGCCAACAAAGAAGCATTGCTGAAAACGATCATCCATCAATCATGCCGGGATCTGATCGGATTATTGACGGTAAAAGGAGAGCCTGCCGATTGCTCCATGGAAGAAGCGGAAGCCGCGCTCGTCCGTCTCTTTTCGGCACTGTCGGACGGCCTGCCGCTCGTTCATTTTCTGAGAGAGGGTTCGGGAGTGCCTGACGTCATTCCAGAAATGTTCAGAGCGCTGCAATCGTTTTATCTTCATCAGCCTCTGCACATTCAGGCGGGGAAAAAGCTCTATGCATACTATGTCGCGTCCATGCTCGTCGGCTTGATTCAATATCGTCTTCATGAAGGAAAAGACCACGCGCCGGACATGCTGGCCCGGGAGTTTCTGCAGTTTTTGGATGTGAAGAAGTATCGGGTGATTTTGCTGTGA MPDSVTTDIKQALLAMLGERDIRRVTMKDIAERSHVSRGTLYLYYEDKYAILEDIEEEMKDGLSEALYDSLKNKDVLHLHGGWQKVHPTLSFVDRHREFFQTMMDRHKMPYFHFHAFLKDVFRHDVLLSPVNADFSPTEQDMYIHYRALYTYAIVLYWLNEEPGASPEAISGQVWDLISQKRFYWLFGRRVPEQEEKKPADRRVTRTRQALQEAMIGLMAEKKEYAAITISDIARQSNLRRATFYDHYANKEALLKTIIHQSCRDLIGLLTVKGEPADCSMEEAEAALVRLFSALSDGLPLVHFLREGSGVPDVIPEMFRALQSFYLHQPLHIQAGKKLYAYYVASMLVGLIQYRLHEGKDHAPDMLAREFLQFLDVKKYRVILL NA NA NA NA NA D1-12_02164 1050 des COG3239 Fatty acid desaturase ATGATCAATCACGCCGCAACTCAAAAACAAGCGTCTTTAAAAAAGCAGGTTGCCGCATTTTCCGGCGCCGATACAAAGCATAGTGTCATTCAGCTTTTCAACACGTTTGTGCCGTTTTTTGCCCTTTGGTTTCTTGCTTACTTCAGCCTCGATGTCTCCTATCTTCTGACCCTCGCCTTTACTGTTATAGCAGCGGGATTTTTGACAAGAATCTTTATTATTTTCCACGACTGCTGCCATCAATCCTTTTTCAAACAAAAGAAGCTGAACCGGCTGTTCGGGTTTATTTCAGGTGTGCTGACACTGTTTCCGTTCCTTCAATGGCAGCGCAGCCACTCCATCCATCATGCGACGAGCAGCAACTTAGATAAACGGGGCACCGGCGATATTTGGATGATGACCGTCAAGGAATACAACGAAGCGTCAGCTTGGACAAAAATACGCTACAGACTTTATCGCAATCCGTTTATTATGTTTATTCTCGGCCCGATTTACGTATTTCTGATTAAAAACCGTTTCAATGTAAAAGGCGCCCGCCGCAAGGAGCGCTGGAACACCTATTTCACGAACGCGGCGATTGTCTTATTGGCTGCTGCGACGTGCCTGCTTGTCGGCTGGGAAAACTTTTTGCTTGTTCAGGGTCCGATTTTCCTTATTTCGGGGTCAATCGGCGTCTGGCTCTTTTATGTTCAGCACACGTTTGAGGATTCTTATTTTGAAGCCGATGAGCATTGGGATTATGTGCAGGCCGCGGTAGAAGGAAGCTCCTTTTACAAGCTTCCGAAGCTTTTGCAATGGCTGACAGGCAACATCGGCTACCATCATGTCCACCACTTAAGCCCGAAAGTGCCGAACTACAAGCTGGAAGCCGCTCATGAGGGGCACGAGCCTTTAAAAAACGTACCGACCATTACGCTTAAAACAAGTCTTGAATCCATGAAATTCCGTCTGTGGGATGAGGACGAAAAGCAATTTGTCACCTTTCGGGAGGCGCGGAAAAAACCGGCACCCCATCCGGTACCGAAAGAACCTTTAAAGAAAAATGCCTGA MINHAATQKQASLKKQVAAFSGADTKHSVIQLFNTFVPFFALWFLAYFSLDVSYLLTLAFTVIAAGFLTRIFIIFHDCCHQSFFKQKKLNRLFGFISGVLTLFPFLQWQRSHSIHHATSSNLDKRGTGDIWMMTVKEYNEASAWTKIRYRLYRNPFIMFILGPIYVFLIKNRFNVKGARRKERWNTYFTNAAIVLLAAATCLLVGWENFLLVQGPIFLISGSIGVWLFYVQHTFEDSYFEADEHWDYVQAAVEGSSFYKLPKLLQWLTGNIGYHHVHHLSPKVPNYKLEAAHEGHEPLKNVPTITLKTSLESMKFRLWDEDEKQFVTFREARKKPAPHPVPKEPLKKNA PGPT0008400_544 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROPHOSPHOLIPID_REMODELLING CE-REMODELLING_GPL_DESATURASE_ACTIVITY,PGPT0008400-desA-K10255 NA NA D1-12_02165 1137 desK COG4585 Sensor histidine kinase DesK ATGAAGAAGTATTTTAAATTTCAAAAACTGAATGGGATTTCTCCTTATATATGGACGATTTTTTTCATCTTGCCTTTTTATTTTATTTTTAAAAGCTCTTCTACCTTTGTCATCGTGGCCGGCATCATTTTCACACTTGTTTTCTTTGGCGCATACCGCTTTGCATTTGTTGCAAAAGGCTGGCCGCTTTACTTATGGGCACTTCTTCTGATCGGCATTTCGACCGGCTCAGTTATGCTGTTCAGCTATATTTATTTCGCCTTCTTTATCGCCTACTTCATCGGCCATATCCGAGACAAAGTTCCTTTTTACATCTTATATTACATTCATATCATCAGTGCGGCGGTTGCCGTCAACTTCAGTCTTGTTCTGAAAAAAGGGTGGTTTTTGACACAAATTCCGTTTATCGTCATTACACTGATCAGTGCCATCCTGCTCCCGCTCACCATTCGAAGCAGAAAGGCAAGAGAGCGCCTTGAGGAGAAATTAGAATATGCAAATGAACGAATCGCCGATCTTGTGAAGCTGGAAGAAAGGCAGCGCATCGCCCGGGACCTTCACGATACACTTGGACAAAAGCTCTCCTTAATCGGACTGAAAAGCGACCTCGCCCGAAAGCTGATATATAAGGACCCTGAACAGGCCCGCACTGAGCTGAAAAGCGTGCAGCAGACGGCCCGCACCTCCTTAAATGAGGTCAGACAAATCGTCTCGTCGATGAAAGGCATCCGATTGAAGGATGAGCTCAGCAATGTTCGGCAAATTCTTGAAGCGGCAGGAATTGAATTTGTGTATGAAGAAAAAGAAGCGCCCAAACATATCTCTTTGCTGAACGAAAACATCGTCAGCATGTGCATTAAAGAAGCCGTCACCAATGTCGTGAAACACAGCGGCGCCAAAGTATGCCGCATCACCATTCAGCAGCTTTGGAAAGAGGTTGTCATTACGGTAGAAGATGACGGCAGCTTTCAATGCAAAGAAGACCGCTTTTTTTCAAAGGGGCACGGCCTGCTTGGAATGAGGGAACGTCTTGAATTCGCAAACGGCAGTTTAGCCATCGATACAGCCGCCGGAACAAAGCTGACCATGAGAATCCCGAATGATTCAAAATCAAAAGAAAAGGATGGTAGCAGATGA MKKYFKFQKLNGISPYIWTIFFILPFYFIFKSSSTFVIVAGIIFTLVFFGAYRFAFVAKGWPLYLWALLLIGISTGSVMLFSYIYFAFFIAYFIGHIRDKVPFYILYYIHIISAAVAVNFSLVLKKGWFLTQIPFIVITLISAILLPLTIRSRKARERLEEKLEYANERIADLVKLEERQRIARDLHDTLGQKLSLIGLKSDLARKLIYKDPEQARTELKSVQQTARTSLNEVRQIVSSMKGIRLKDELSNVRQILEAAGIEFVYEEKEAPKHISLLNENIVSMCIKEAVTNVVKHSGAKVCRITIQQLWKEVVITVEDDGSFQCKEDRFFSKGHGLLGMRERLEFANGSLAIDTAAGTKLTMRIPNDSKSKEKDGSR NA NA NA NA NA D1-12_02166 600 desR COG2197 Transcriptional regulatory protein DesR ATGATCAACATCTTCATTGCCGAGGATCAGCAAATGCTGCTCGGTGCACTCGGTTCGCTGTTGAATTTAGAAGAGGATATGACGGTTGTCGGCAAAGGCACAAGCGGCCAGGATGCCATCGATTTCGTGGAAAAACATGCGCCCGACATCTGTCTGATGGATATCGAAATGCCCGGGAAATCAGGCCTTGAAGCGGCAGAAGAACTCAAGGACAGCGGTGTGAAAATCATCATTTTGACGACCTTTGCCCGCTCCGGCTATTTTCAGCGGGCGCTAAAAGCAGGCGTCAGCGGGTACATGCTCAAGGACAGCCCGAGCGATGAGCTCGTCAGCGCCATCCGCAGCGTCATGAAAGGAAGACGCGTCTACGCACCTGAATTAATGGAGGACATCTATAGTGAAGAAAACCCGCTGACCGAACGGGAAAAAGAGGTGCTCGAGCTTGTCGCAGACGGAAAAAACACGAAAGAAATCGCAAACGCCCTCAGCATTAAAAGCGGCACAGTCCGCAATTACGTTTCGATGATCCTTGATAAATTAGAAGTGAAAAATCGAATTGAAGCCATTACCCGATCAAAGGAAAAGGGCTGGTTTAAGTAA MINIFIAEDQQMLLGALGSLLNLEEDMTVVGKGTSGQDAIDFVEKHAPDICLMDIEMPGKSGLEAAEELKDSGVKIIILTTFARSGYFQRALKAGVSGYMLKDSPSDELVSAIRSVMKGRRVYAPELMEDIYSEENPLTEREKEVLELVADGKNTKEIANALSIKSGTVRNYVSMILDKLEVKNRIEAITRSKEKGWFK PGPT0012750_316 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-PENTAPEPTIDE_PERCIPITATION|SIGNALLING,PGPT0012750-degU-K07692 NA NA D1-12_02167 822 bacC_1 Dihydroanticapsin 7-dehydrogenase ATGGGAAGATTAACAGACAAAACCGCAATCATCACAGGGGCCGCGACAGGCATCGGACAAGCGACGGCACGGATTTTCGCCGATGAAGGCGCCCGCGTGATCTGCGGTGACATCAATGAAAGCGAACTGAATGAAACCGTCAGCGCCATCAGAAAAAACGGCGGAGAAGCAGAAGCCTTTCACCTTGATGTATCAGACGAAGAAAACGTAAAGTCTTTTGCAGACGGCATTCAGCAAAAGTACGGAACAATTGATATTCTGTTTAACAATGCCGGTGTTGACCAAGAGGGCGGAAAAGTCCATGAATACCCGGTCGACCTGTTTGACCGGATCATCGCCGTCGATCTGCGCGGCACATTTCTGTGCAGCAAATATCTGATTCCGCTCATGCTCGAAAAAGGAGGCTCCATCATCAACACCTCCTCCATGTCTGGCCGGGCCGCAGACCTTGACCGCTCAGGCTATAACGCCGCAAAAGGCGGAATCACGAACCTGACGAGAGCGATGGCCATTGATTACGCCAGAAGCGGAATCCGCGTCAATTCCTTATCGCCGGGGACGATTGAAACGCCGCTCATTGATAAATTGGCAGGCACGACAGAAGACGAAATGGGCGAAGCGTTCCGTGAAGCCAACAAATGGATCACGCCGCTCGGCCGGCTCGGAAAACCGGAAGAAATGGCAGCCGTCGCGCTCTTCCTCGCTTCAGACGACAGCTCTTACGTAACGGGAGAAGACATCACCGCAGACGGCGGCATCATGGCATACACTTGGCCGGGAAAAATGCTGATTGATAAGAAGTGGAAGGAAGAGACGGAGTGA MGRLTDKTAIITGAATGIGQATARIFADEGARVICGDINESELNETVSAIRKNGGEAEAFHLDVSDEENVKSFADGIQQKYGTIDILFNNAGVDQEGGKVHEYPVDLFDRIIAVDLRGTFLCSKYLIPLMLEKGGSIINTSSMSGRAADLDRSGYNAAKGGITNLTRAMAIDYARSGIRVNSLSPGTIETPLIDKLAGTTEDEMGEAFREANKWITPLGRLGKPEEMAAVALFLASDDSSYVTGEDITADGGIMAYTWPGKMLIDKKWKEETE PGPT0008190_49 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 D1-12_02168 249 hypothetical protein TTGAAGATACAGCATAAGAAGGAGATAGCGTTTTATTGTTATGCCATTGTTCCTATGGGATTTGTGATTTACACCGTTATCTCTATTCTATTTCAGGACATCACATTTCCTCTCACTGTAAGAAATGTTCTGCATGAGTCTTTGCGAAACTTGGGATCTCTTATCTTATTTAGTTTGTTTTTCTACCCGTCATACATATGGATGAAGAAGGAATTCGGCCGCCGGAAAGAAGCAGAGAGGAGAGGATGA MKIQHKKEIAFYCYAIVPMGFVIYTVISILFQDITFPLTVRNVLHESLRNLGSLILFSLFFYPSYIWMKKEFGRRKEAERRG NA NA NA NA NA D1-12_02169 1881 htpG COG0326 Chaperone protein HtpG GTGCGGAAAAAAAAGTTTAAAGCAGAATCCAAGCGATTGCTGGACATGATGATTAACTCCATTTACACGCAGAAGGAAATTTTTCTCCGCGAGTTAATTTCCAACGCGAGCGATGCGATTGACAAAATCTATTACAAGGCGTTAACCGATGATTCATTAACGTTTGATCAAGACAATTACTACATAAAAGTGACGGCGGACAAAGAAGCGAGAACGCTCACCGTCAAAGACACCGGTATCGGGATGACAAAAGACGAGCTTGAACAGCATCTCGGCACGATTGCGAAAAGCGGTTCACTCGCTTTCAAGCAAGAAAATGACTCGAAAGATGGCCATGACATTATCGGCCAGTTCGGCGTCGGGTTTTATGCGGCGTTTATGGTGGCTGATAAAGTCACGGTGAAAAGTAAGGCGCTCGGCAGTGACGAGGCGTATGTATGGGAGTCGGAAGGGGCTGCCGGCTACACGATCGCGCCGTGTGACAAGGAAACCGTCGGTACGGAAATCACCTTGAAAATAAAAGAAAACACAGAAGATGAAAGCTATGATGAGTTTTTAGAAAACTACCGCATCAAAGCGATCGTGAAAAAGTACTCTGATTTTATCCGCTACCCGATCAAAATGGAAGAGACGGTCAACAAGCCGAAAGAGGGCAGCGAGAACGAATTTGAAGAAGTTCAGGAAGAACAGACGGTCAACAGCATGGTGCCGATCTGGAGAAAAAATAAAAGCGAGCTGACGGATGAGGATTACGAGGCTTTTTACGCCGAGAAGCATTACGGCTTTGATAAACCGCTGACCCATGTGCATATCAGCGTCGATGGAGCGGTGCGCTACAATTCGATTTTGTTTATTCCGGAAAACATGCCGTTTGACTATTATACGAAGGAATTCGAAAAAGGATTGGAGCTGTATTCCAACGGCGTGCTGATCATGAACAAATGCGCCGACCTGCTGCCGGACCATTTCAGCTTTGTAAAAGGCATGGTGGATTCTGAGGATCTGTCGCTGAACATTTCCAGAGAGATGCTGCAGCACGACCGCCAGCTGAAGCTGATTGCGAAAAACATCAATAAAAAAATCAAAGCCGAGCTGAAGAGCCTGCTGAAGAACAAAAGGGAAAAATACGAATCTTTCTATGAATCTTTCGGCAGACAGCTGAAATTCGGCGTCTATAATGATTTCGGCGCGAATAAAGACGTATTAAAAGATCTGCTTCTCTTCTATTCATCTAAGGAGAAAAAGCTCGTCACTCTGGACGAATATGTGTCCAGAATGCCTGAGGATCAAAAATATATCTATTACGCGTCCGGTGATTCATATGAGCGGATTGAAAAGCTGCCGCAAACTGAAATGGTGGCGGACAAAGGCTACGAGATTTTATATTTCACGGAAGATATTGATGAATTCGCGATCAAAATGCTGACAAGCTATGAGGAAAAAGAGTTCAAATCCGTATCCAGCGCCGATTTAGGCATCGACAGTGACGAAGATGAAAAGCAGACTGAAGCCGAAGAGAACGAATATAAAGACCTGTTCGAAAGCATGAAAGAGATTCTTGCGGATAAAGTAAAGAACGTCAGAGCATCGAAACGTTTAAAATCTCATCCGGTCTGCTTTGCGACAGACGGCGAAGTGACGATCGAAATGGAAAAAGTGTTGAATGCCATGCCTGACAGCCAGCAGGTCAAAGCGGAAAAAGTGCTGGAAATCAACCCGAATCACGAAGTGTTTGAGACGTTAAAGAACGCGCACGGACAAGATCGGGAAAAGCTGGCATTATACACAAACCTGCTGTACAATCAGGCGCTTCTGATTGAAGGGCTGCCGATCCATGATCCGGTCGAGTTTACGAATGACATCTGCAAAGTCATGGTATGA MRKKKFKAESKRLLDMMINSIYTQKEIFLRELISNASDAIDKIYYKALTDDSLTFDQDNYYIKVTADKEARTLTVKDTGIGMTKDELEQHLGTIAKSGSLAFKQENDSKDGHDIIGQFGVGFYAAFMVADKVTVKSKALGSDEAYVWESEGAAGYTIAPCDKETVGTEITLKIKENTEDESYDEFLENYRIKAIVKKYSDFIRYPIKMEETVNKPKEGSENEFEEVQEEQTVNSMVPIWRKNKSELTDEDYEAFYAEKHYGFDKPLTHVHISVDGAVRYNSILFIPENMPFDYYTKEFEKGLELYSNGVLIMNKCADLLPDHFSFVKGMVDSEDLSLNISREMLQHDRQLKLIAKNINKKIKAELKSLLKNKREKYESFYESFGRQLKFGVYNDFGANKDVLKDLLLFYSSKEKKLVTLDEYVSRMPEDQKYIYYASGDSYERIEKLPQTEMVADKGYEILYFTEDIDEFAIKMLTSYEEKEFKSVSSADLGIDSDEDEKQTEAEENEYKDLFESMKEILADKVKNVRASKRLKSHPVCFATDGEVTIEMEKVLNAMPDSQQVKAEKVLEINPNHEVFETLKNAHGQDREKLALYTNLLYNQALLIEGLPIHDPVEFTNDICKVMV PGPT0014640_3309 DIRECT EFFECT PLANT_IMMUNE_RESPONSE_STIMULATION TRIGGERED_IMMUNITY PAMP|EFFECTOR_TRIGGERED_IMMUNITY|PTI PTI-PR1_LIKE_PROTEINS,PGPT0014640-hptG-K04079 NA NA D1-12_02170 1389 csbC_1 putative metabolite transport protein CsbC GTGAAGAAAAACACCAAAAAATACCTGATTTACTTTTTCGGAGCATTGGGCGGGCTGCTTTACGGCTATGACACCGGTGTGATTTCAGGGGCTTTGTTATTTATTAACAATGATATTCCTTTAAACACGCTGACCGAGGGATTGGTCGTCAGCATGCTGCTGCTCGGTGCGATTTTCGGGTCCGCCTTAAGCGGGACATGCTCTGACCGATGGGGCCGGAGAAAAGTGGTTTTCGTCCTTTCACTCATTTTTATTATCGGCGCGCTTGCCTGTGCGGCTTCGCAAACCGTCACCATGCTGATTATCTCCCGTGTCATACTCGGGTTAGCCGTCGGAGGCTCAACGGCGCTGGTTCCCGTTTATCTATCTGAGATGGCGCCGACAAAAATACGCGGAACGCTCGGCACATTGAATAACTTAATGATTGTAACCGGAATTTTACTCGCATATATTGTGAATTACATATTCACCCCGTTTGAAGCTTGGCGCTGGATGGTCGGTCTCGCGGCAGTACCGGCGGCGCTTTTATTAATCGGAATCGCGTTTATGCCGGAATCTCCGAGATGGCTCGTCAAACGCGGCCGTGAGCAGGAAGCCAGACAAGTCATGGAAATGACTCACGACAAAGAGGATATCGCCGTTGAATTGGCGGAAATGAAACAAGGAGAAGCCGAGAAAAAAGAATCTACGCTCGGCTTGCTGAAAGCAAAATGGATCCGCCCTATGCTGCTGATCGGGATCGGCCTCGCCATCTTCCAGCAGGCGGTCGGGATCAACACGGTAATTTACTATGCGCCGACCATCTTTACAAAGGCCGGACTCGGCACTTCGGCGTCCGTTCTCGGCACAATGGGCATCGGTGTCTTAAACGTCATCATGTGTATCACCGCCATGATCTTAATTGACCGGATCGGCCGGAAAAAACTGCTGATGTGGGGAAGCGTCGGCATTACCTTGAGCCTGGCGTCACTATCAGCCATTCTCCTTCTGGCCGGCCTGTCAGCTTCAACGGCATGGCTGACCGTGCTGTTTCTCGGCATCTATATCGTTTTCTACCAGGCGACATGGGGTCCCGTTGTGTGGGTCCTGATGCCGGAGCTGTTCCCGTCAAACGCACGCGGAGCCGCAACCGGATTTACGACATTGATTCTGTCGGCAACCAACCTGATCGTTTCACTGGTATTCCCGCTTATGCTGAGCGCCATGGGCATCGGCTGGGTATTCGGAATATTCTCAGTCATTTGCCTCTCATCCTTCTTCTTTGCCGCTTACATCGTTCCTGAAACGAAGGGCAGAAGTTTAGAAGAAATCGAAACGCACTTGAAAAAACGGTTCTCCTTAAAGAAGCGCAGCAAACAAAATCAAATTCTTAAACAGCGCACACTGTAA MKKNTKKYLIYFFGALGGLLYGYDTGVISGALLFINNDIPLNTLTEGLVVSMLLLGAIFGSALSGTCSDRWGRRKVVFVLSLIFIIGALACAASQTVTMLIISRVILGLAVGGSTALVPVYLSEMAPTKIRGTLGTLNNLMIVTGILLAYIVNYIFTPFEAWRWMVGLAAVPAALLLIGIAFMPESPRWLVKRGREQEARQVMEMTHDKEDIAVELAEMKQGEAEKKESTLGLLKAKWIRPMLLIGIGLAIFQQAVGINTVIYYAPTIFTKAGLGTSASVLGTMGIGVLNVIMCITAMILIDRIGRKKLLMWGSVGITLSLASLSAILLLAGLSASTAWLTVLFLGIYIVFYQATWGPVVWVLMPELFPSNARGAATGFTTLILSATNLIVSLVFPLMLSAMGIGWVFGIFSVICLSSFFFAAYIVPETKGRSLEEIETHLKKRFSLKKRSKQNQILKQRTL PGPT0015023_33 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS OTHER_STRESS_RESPONSE_PROTEINS,PGPT0015023-csbC-NA NA NA D1-12_02171 933 iolS_2 COG0667 Aldo-keto reductase IolS ATGAGCAAAGTAACAATCGGCAAAACTGACCTAAAGGTATTTCCGATCGGTTTGGGAACAAATGCGGTCGGCGGACACAATCTCTATCCGAATCTGAATGAAGAGACGGGAAAAGAATTGGTCCGGGAAGCGATTAAAAGCGGCGTTACCATGTTAGATACTGCCTATATTTACGGTGTGGGCCGTTCTGAAGAATTGATCGGCGAGGTGCTGAAAGAATATAACCGCGAGGATGTCTTCATCGCCACAAAAGCCGCTCACAGAAAAGAAGGCAATGACTTTGTTTTCGACAACTCACCGGCCTTTTTGAAACAATCAGTCGAAGACAGCCTGAAACGCCTGCAGACTGATTACATCGATTTATTCTACATCCATTTCCCGGATGAGCACACACCGAAGGACGAAGCCGTTCAAGCATTGAATGAGCTGAAAAAAGAAGGAAAAATCCGTTCCATCGGCGTATCCAATTTCTCATTGGAGCAGCTGAAAGAAGCCAATAAAGACGGCTTAGTCGACGTGATTCAAGGAGAATACAACCTGCTGAACCGTGAGGCGGAAAAGACTTTCTTCCCTTATACGACAGAACACGGCATCTCATTCATTCCGTACTTCCCGCTCGTATCCGGACTGCTGGCCGGCAAATACGACGAGAACACAACCTTCCCGGAAGGCGACCTGCGCAATGATCAGGCGCATTTCCAAGGGGAGCAGTTTAAAGAAAACATCAAAAAAGTCAACCAGCTCAAACCGATTGCCGAAAAGCACAACGCCGATACGGCGCATATCGTGCTTGCCTGGTACTTGGCGAGACCTGAAATCGATATCCTGATTCCGGGCGCCAAACGTGCGGATCAATTAAAAGACAACGTGAAAGCAGCCTCCATTACGCTATCTGCTGAAGAAATCGCGTTTATTGATAAGCTGTTTTCATAA MSKVTIGKTDLKVFPIGLGTNAVGGHNLYPNLNEETGKELVREAIKSGVTMLDTAYIYGVGRSEELIGEVLKEYNREDVFIATKAAHRKEGNDFVFDNSPAFLKQSVEDSLKRLQTDYIDLFYIHFPDEHTPKDEAVQALNELKKEGKIRSIGVSNFSLEQLKEANKDGLVDVIQGEYNLLNREAEKTFFPYTTEHGISFIPYFPLVSGLLAGKYDENTTFPEGDLRNDQAHFQGEQFKENIKKVNQLKPIAEKHNADTAHIVLAWYLARPEIDILIPGAKRADQLKDNVKAASITLSAEEIAFIDKLFS PGPT0018520_245 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ALCOHOL_UTILIZATION PLANT_DERIVED_INOSITOL_DERIVATE_DEGRADATION,PGPT0018520-iolS-K06607 NA NA D1-12_02172 756 srlR COG1349 Glucitol operon repressor ATGAAACTGATGCGGATTCAGGAGATGGAAGAATACATTCTCAAACACGGAGCCACTTCGCTGGATGAGCTGTGCGAGGTATTCAACGTCTCTAAAAACACGGTCAGACGCGATATTAATAAGCTTGCGGAAAAAGGGGTGATCAAAAAGGTGTACGGCGGCGTGACGTCAGCAGAAAAATCTGTGCTCGTCCCTTTTGAGAACCGCACCATTCAACATCAGGACGAAAAAATCAAAATCGCCCGCTATGCGTCACGGTTTATCGAGGATCACGATCTTGTATTTATTGATTCCGGCACGACGACCAAATCGATGCTGGAGACGCTTGATCCCGATAAGAATGTAACGGTTTTGACGAACAGCCTTGATATTATTAACGCGGCTTCATCCATGAAAAATATCGACCTGATCATCATCGGCAATAACTACAAGCGGAAGACAAGGTCGTTTGTCGGCATTGATGATCCAAGCACCCTCAATAAATACAACATTAACAAGGCGTTCATGTCCGCTACCGGGACAACGATCACCCACGGCCTGACGAATTCCGATTTACTGGAATACGAGGTGAAAAAGAAAATTTCCGAAAAGGCGAACGAAGTGTATCTGCTCGCGGATCATTCCAAATTCGGCAAATCCACGCTTTTGACATACGCGCCTTTCGACCGGCTTCACAGCATTGTCACTTCTCAGCAGCTCGATGAGGAGTATACGAAGTATTGCCAAGAGCACCAAATCGACATTCACTTGGCATAG MKLMRIQEMEEYILKHGATSLDELCEVFNVSKNTVRRDINKLAEKGVIKKVYGGVTSAEKSVLVPFENRTIQHQDEKIKIARYASRFIEDHDLVFIDSGTTTKSMLETLDPDKNVTVLTNSLDIINAASSMKNIDLIIIGNNYKRKTRSFVGIDDPSTLNKYNINKAFMSATGTTITHGLTNSDLLEYEVKKKISEKANEVYLLADHSKFGKSTLLTYAPFDRLHSIVTSQQLDEEYTKYCQEHQIDIHLA NA NA NA NA NA D1-12_02173 1464 iolA COG1012 Malonate-semialdehyde dehydrogenase ATGGCAGAGATCAGAAAACTGAAAAACTACATCAATGGTGAATGGGTTGAAAGTAAGACAGATCAATATGAAGACGTTGTCAATCCGGCTACAAAAGAAGTGATGTGCCAGGTTCCGATTTCTACGCGGGAGGATGTGGAACACGCCGTCCGCTCAGCGTCAGAAGCGTTTCAAACATGGTCAAAGACGGCAGTGCCGCGCCGTGCGAGAATTCTATTTAACTATCAGCAGCTTCTCCAGCAGAACAAAGAAGAGCTTGCCCGTCTGATCACTTTGGAAAACGGTAAAAACACGACAGAAGCACTCGGTGAAGTGGGACGCGGAATTGAAAACGTCGAATTCGCAGCGGGAGCGCCGTCACTCATGATGGGCGATTCACTTGCCTCTATCGCGACGGATGTAGAGGCGGCGAATTACCGGTATCCGATCGGGGTGGTCGGCGGTATCGCACCGTTCAACTTCCCGATGATGGTTCCGTGCTGGATGTTCCCGATGGCGATTTCATTAGGAAACACTTTTATTCTGAAGCCGTCTGAGCGCACGCCGCTGTTAACGGAAAAACTGGCAGAGCTGTTTGAACAGGCCGGTCTGCCGAAGGGTGTCTTCAATGTCGTGCACGGCGCGCATGACGTCGTAAACGGCATTCTTGAGCATCCGGAGATTAAAGCCATCTCATTCGTCGGTTCAAAACCTGTCGGCGAGTATGTTTTCAAAAAAGGCAGCGAACATTTGAAACGCGTGCAGGCGTTAACGGGCGCGAAAAACCATACGATCGTGTTAAATGACGCCCCCCTTGAAGATACGGTCACAAACATTATCGGCGCGGCATTCGGTTCGGCAGGAGAGCGCTGCATGGCATGCGCGGTTGTGACGGTTGAAGAGGGAATCGCCGATGAGTTTATGGCGAAATTACAGGAAAAAGCAGCGGACATCAAGATCGGAAACGGACTGGATGACGGCGTGTTCTTAGGCCCGGTCATCCGCGAGGACAACAAAAACCGCACGCACAGCTATATTGAAAAAGGCATCGAAGAAGGAGCGAAACTGCTTTGTGACGGCCGTGAACATGTAACGGAAGACGGCTATTTCGTCGGACCGACGATTTTTGACAACGTGACGACGGATATGACGATCTGGAAAGATGAGATCTTTGCGCCCGTTCTGTCGGTCATCCGCGTGAAAAACTTAAAAGAAGCGGTTGACATCGCCAACCAGTCTGAATTTGCGAACGGCGCGTGTCTGTTCACTTCAAATGCGAACGCGATCCGCTACTTCCGTGAGAATATTGACGCGGGAATGCTCGGCATCAACCTTGGCGTGCCGGCGCCGATGGCATTCTTCCCGTTCTCTGGCTGGAAGTCTTCTTTCTTCGGCACATTGCACGCAAACGGAAAGGACAGCGTCGACTTCTATACACGTAAAAAAGTCGTGACGGCACGATACCCGTCTCCTGACTTCAATTGA MAEIRKLKNYINGEWVESKTDQYEDVVNPATKEVMCQVPISTREDVEHAVRSASEAFQTWSKTAVPRRARILFNYQQLLQQNKEELARLITLENGKNTTEALGEVGRGIENVEFAAGAPSLMMGDSLASIATDVEAANYRYPIGVVGGIAPFNFPMMVPCWMFPMAISLGNTFILKPSERTPLLTEKLAELFEQAGLPKGVFNVVHGAHDVVNGILEHPEIKAISFVGSKPVGEYVFKKGSEHLKRVQALTGAKNHTIVLNDAPLEDTVTNIIGAAFGSAGERCMACAVVTVEEGIADEFMAKLQEKAADIKIGNGLDDGVFLGPVIREDNKNRTHSYIEKGIEEGAKLLCDGREHVTEDGYFVGPTIFDNVTTDMTIWKDEIFAPVLSVIRVKNLKEAVDIANQSEFANGACLFTSNANAIRYFRENIDAGMLGINLGVPAPMAFFPFSGWKSSFFGTLHANGKDSVDFYTRKKVVTARYPSPDFN PGPT0002295_3921 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 D1-12_02174 816 iolB COG3718 5-deoxy-glucuronate isomerase ATGAGTCATTTGCTGCGCAAACCGCAGGCCGATGAGATTTCTCAAGGTGTGAACATCATACATGACGTCACTTCAGCCAATTCAGACCTCAAATACGTCGGATTTAAAGTCGTTGACCTCACTCCCGGTTCCGCATATACAGAAGATTTGAAAAAGACGGAGTGCTGCATCGTTGCGGTAACGGGAAAAATCACCGTCACTGATTATGATCAGACATTTGAAAGCATCGGCACCCGTGAAAGCGTATTTGAAAGAAAACCGACGGACAGCGTTTATGTGTCCAATGACCGCTCTTTTGGAATCACAGCCGTCAGCAGGGCGAGGGTCGCGCTGTGCTATTCTCCGTCCGAACACCAGCTTCCGACAAAGCTGATTAAAGCGGAAGACAACGGTGTGGAACATCGCGGCAAGCTGGCAAACAAACGAACCGTTCATAATATTCTCCCCGATTCAGATCCATCGGCAAACAGCCTTCTCGTTGTTGAAGTTTACACGGACAGCGGCAACTGGTCGAGCTACCCGCCTCATAAACATGACCAAGACAATCTGCCGGCTGAATCCTTTTTAGAAGAAACCTATTACCATGAAACGGACCCGCCGCAGGGGTTTGTCTTCCAGCGTGTGTACACGGACGACCGCTCGATTGACGAGACGATGACCGCAGAAAATGAAAACGTTGTCATCGTGCCGGCGGGCTATCACCCGGTTGGTGTTCCGGACGGGTATACCTCTTACTACCTGAATGTAATGGCGGGACCGACACGAAAATGGAAGTTTCATAATGATCCGGCCCATGAATGGATCCTGGAACGCTAA MSHLLRKPQADEISQGVNIIHDVTSANSDLKYVGFKVVDLTPGSAYTEDLKKTECCIVAVTGKITVTDYDQTFESIGTRESVFERKPTDSVYVSNDRSFGITAVSRARVALCYSPSEHQLPTKLIKAEDNGVEHRGKLANKRTVHNILPDSDPSANSLLVVEVYTDSGNWSSYPPHKHDQDNLPAESFLEETYYHETDPPQGFVFQRVYTDDRSIDETMTAENENVVIVPAGYHPVGVPDGYTSYYLNVMAGPTRKWKFHNDPAHEWILER PGPT0018475_695 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 D1-12_02175 993 iolC COG0524 5-dehydro-2-deoxygluconokinase ATGAAATATACATTTAATGAAGAAAAAGAGTTTGATATTGTCGCGATCGGGCGCGCGTGTATTGATTTGAACGCTGCGGAATACAACCGGCCGATGGAAGAAACGATGACGTTTTCTAAATATGTCGGCGGCTCCCCGGCAAATATTGCGATCGGCAGCGCCAAGCTCGGATTAAAAGCCGGTTTTATCGGCAAAATCCCGGATGATCAGCACGGCAGATTCATCGTTTCTTATATGCAGGGAAAGGGCGTTGATACGTCACAAATGACCGTTGACAGAGAAGGGCGCAAAGCCGGGCTCGCTTTTACGGAAATTCTCAGTCCCGAAGAGTGTAGCATTCTGATGTACCGGGATGACGTGGCGGATTTGTATCTTGAGCCGTCCGAAGTCAATGAAGGCTACATCGCAAACGCGAAAATGCTGCTCGTGTCAGGCACGGCGCTTGCAAAAAGCCCGTCGCGCGAAGCCGTCTTAAAAGCGGTGCATATCGCAAAAAAACATGACGTAAAAGTCGTGTTTGAGCTCGACTACCGTCCGTATACATGGCAATCGGCAGAAGAAACAGCCGTGTACTACACGCTGGCGGCGGAACAATCCGATATCGTCATCGGTACGCGTGACGAATTTGACGTAATGGAAAACCGCAGCGGCGGAAATAACGATGAAACCGTCCGCCATTTGTTTGCGCACTCCGCTGACCTTGTCGTCATTAAGCACGGCGTTGACGGATCATACGCATACAGCAGATCGGGAGAAGTTTTCCGGGCGCATGCCTATAAAACAAAGGTGCTGAAGACCTTCGGAGCGGGTGATTCCTATGCGTCAGCCTTCATCTACGGACTTGTCAGCGGCCGGGATATTGAAACGGCTTTAAAATACGGGAGCGCTTCCGCTTCCATCGTCGTCAGCAAACACAGCTCCTCAGAAGCAATGCCGGCTGCCGGTGAAATCATCGAACTGATTGAAGCGCAGCACAGTCTTAACGGTAAATAG MKYTFNEEKEFDIVAIGRACIDLNAAEYNRPMEETMTFSKYVGGSPANIAIGSAKLGLKAGFIGKIPDDQHGRFIVSYMQGKGVDTSQMTVDREGRKAGLAFTEILSPEECSILMYRDDVADLYLEPSEVNEGYIANAKMLLVSGTALAKSPSREAVLKAVHIAKKHDVKVVFELDYRPYTWQSAEETAVYYTLAAEQSDIVIGTRDEFDVMENRSGGNNDETVRHLFAHSADLVVIKHGVDGSYAYSRSGEVFRAHAYKTKVLKTFGAGDSYASAFIYGLVSGRDIETALKYGSASASIVVSKHSSSEAMPAAGEIIELIEAQHSLNGK PGPT0018480_710 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 D1-12_02176 1914 iolD COG3962 3D-(3,5/4)-trihydroxycyclohexane-1,2-dione hydrolase GTGGGTAAGACAATTCGCTTAACGACAGCACAAGCGCTGATTAAATTCTTGAACCGGCAGTACATTCATGTTGACGGAAAAGAAGAGCCGTTCGTTGAGGGCATCTTCACGATTTTCGGCCACGGAAATGTGTTGGGGATCGGGCAGGCGCTTGAGCAGGACGCCTGGCACCTGAAAGTCTATCAAGGCAAAAACGAACAAGGCATGGCGCATGCCGCGATGGCATACAGCAAGCAGATGCTGAGAAGAAAAATTTACGCGGTATCGACATCAGTCGGTCCGGGTGCCGCTAACTTGACGGCTGCCGCGGGTACGGCGCTGGCCAATAATATCCCGGTGCTGCTGCTTCCGGCCGATACCTTTGCGACGAGGCAGCCTGACCCGGTGCTTCAGCAGGTGGAGCAGGAATACAGTGCCGCCGTCACGACAAACGATGCGTTAAAGCCCGTGTCCCGCTATTGGGACCGCATCACCCGCCCCGAGCAGCTGATGAGCAGCTTAATCCGGGCATTTGAAGTGATGACAGATCCGGCAAAAGCGGGTCCGGCGACCATCTGCATATCTCAGGATGTAGAGGGAGAAGCATTTGATTTTGATGAAAGCTTCTTTGAAAAACGCGTTCATTACATTGACCGGATGCAGCCGAGCGAGCGTGAACTGAAAGGCGCCGCGGAAAAAATTAAGGAGAGCAGCCGTCCCGTCATTTTAGTGGGCGGAGGCGCGAAGTACTCCGGCGCGCGTGAGGAATTAATCGCGCTTTCTGAAACATACGGCATTCCGCTTGTCGAAACGCAGGCCGGCAAGTCAACGGTTGAAGCCGATTTCGCCAACAATCTGGGCGGCATGGGCATCACGGGCACACTCGCCGCAAACAAAGCCGCCCGCCAGGCTGATCTGATCATCGGTGTCGGCACACGGTACACGGACTTTGCGACATCCTCGAAAACGGCGTTTGATTTTGACAAAGCAAAATTTTTGAATATCAATGTCAGCCGCATGCAGGCTTACAAGCTTGACGCGTTTCAGGTCGTAGCCGATGCGAAAGTCACGCTCGGCAGGCTGTACGGCTTATTAGACGGATATAAAAGTGCATTCGGCACGGCGATTAAAGATTGGAAAGATGAATGGCTGGCTGAACGGGACCGGCTCGGCAAGGTCACTTTTACACGTGATGCGTTCGAACCGGAAATTAAAAACCATTTCTCACAGGACGTGTTAAACGAGTATGCCGACGCGCTCGAGACTGAGCTGCCGCAAACAACGGCGCTGTTGACCATCAATGACACGATTCCTGAAGACAGCGTCGTCATCAGTTCGGCGGGATCTCTTCCGGGAGATTTGCAGCGGCTGTGGCATTCCAACGTCCCGAATACGTACCACCTCGAGTACGGCTATTCCTGCATGGGGTATGAAGTATCAGGCACGCTTGGCCTCAAGCTGGCTCATCCCGACAAAGAAGTCTATTCACTCGTCGGCGACGGAAGCTTTCTGATGCTGCACTCAGAGCTGATTACCGCGCTTCAATATAACAAAAAAATCAATGTCCTGCTTTTTGACAACTCGGGATTCGGCTGTATCAACAACCTGCAGATGGATCACGGGAGCGGCAGTTATTTCTGCGAGTTCCGCACAGAGGACAATCAGATTTTAAACGTTGATTACGCGAAGGTGGCAGAGGGCTACGGCGCTAAAACATACAGAGCCAATACGGTTGAAGAACTGAAAGCGGCGCTTGAAGATGCGAAAACGCAAGACGTATCCACTTTAATTGAAATGAAGGTTCTGCCGAAAACGATGACGGACGGCTATGACAGCTGGTGGCATGTCGGCGTGGCGGAAGTGTCGGAGCAGGAAAGTGTTCAGCGGGCATACGAAGCGAAAGAGATGAAGCTGAAGTCTGCGAAGCAGTACTAG MGKTIRLTTAQALIKFLNRQYIHVDGKEEPFVEGIFTIFGHGNVLGIGQALEQDAWHLKVYQGKNEQGMAHAAMAYSKQMLRRKIYAVSTSVGPGAANLTAAAGTALANNIPVLLLPADTFATRQPDPVLQQVEQEYSAAVTTNDALKPVSRYWDRITRPEQLMSSLIRAFEVMTDPAKAGPATICISQDVEGEAFDFDESFFEKRVHYIDRMQPSERELKGAAEKIKESSRPVILVGGGAKYSGAREELIALSETYGIPLVETQAGKSTVEADFANNLGGMGITGTLAANKAARQADLIIGVGTRYTDFATSSKTAFDFDKAKFLNINVSRMQAYKLDAFQVVADAKVTLGRLYGLLDGYKSAFGTAIKDWKDEWLAERDRLGKVTFTRDAFEPEIKNHFSQDVLNEYADALETELPQTTALLTINDTIPEDSVVISSAGSLPGDLQRLWHSNVPNTYHLEYGYSCMGYEVSGTLGLKLAHPDKEVYSLVGDGSFLMLHSELITALQYNKKINVLLFDNSGFGCINNLQMDHGSGSYFCEFRTEDNQILNVDYAKVAEGYGAKTYRANTVEELKAALEDAKTQDVSTLIEMKVLPKTMTDGYDSWWHVGVAEVSEQESVQRAYEAKEMKLKSAKQY PGPT0018485_613 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 D1-12_02177 897 iolE COG1082 Inosose dehydratase ATGGGCAAACAAGATATTCTGTGGGGCATCGCTCCCATTGGGTGGCGCAATGACGATATGCCGGAAATCGGAGCCGGGAATACGCTGCAGCATTTGTTAAGCGATATTGTTGTCGCCGGCTTTCAAGGTACGGAAGTGGGAGGGTTTTTCCCTGAACCCTCCGTCCTCAATAAGGAGCTGGCTCTCCGGAACTTGCGGATTGCGGGGAAATGGTTCAGCAGCTTTATCATTCAAGACGGTATTGAAAAAACGGCTGAACAATTTACAGAACACTGTGATTATTTGCAGAAAGTCGGAGCGGATGTCACCACCGTTTCTGAACAGACGTACAGTGTTCAAGGCTTGGACATTGATGTATTTAAGAAAAAACCGCACTTCACAGATGAAGAATGGGATACGCTGTGCCAGGGCTTGAACCGTCTCGGGAAAATCGCTGACGAATACGGGCTGGATCTCACGTTTCATCATCATCTCGGCACAGGCGTCCAGACGGCTGAAGAAGTTGACCGGCTGATGGATGGAACGGACCCGCGGTATGTCCATTTACTTTATGATACCGGGCATGCCTATATCTCGGACGGAGACTATATGACAATTCTCAACAAGCATATGGATCGGATCAGACACGTTCATTTCAAGGACGCGCGGTTTGACATTATGGAGCGGTGCAGACAGGAAGGCAAGTCATTCAGGCAGTCGTTTTTACAGGGCATTTTTACGGTTCCCGGAGACGGATGCATCGATTTTACCGAAGTGTACCGAACGCTCGTCCGTCATGATTATTCAGGCTGGATCGTCATCGAAGCCGAACAAGACCCGGCAGTCGCCAATCCGCTTGAGTACGCGCTGATTGCGAGAAAGTACATCGACAGTGAACTGCTTGATCCTGCAAATTAG MGKQDILWGIAPIGWRNDDMPEIGAGNTLQHLLSDIVVAGFQGTEVGGFFPEPSVLNKELALRNLRIAGKWFSSFIIQDGIEKTAEQFTEHCDYLQKVGADVTTVSEQTYSVQGLDIDVFKKKPHFTDEEWDTLCQGLNRLGKIADEYGLDLTFHHHLGTGVQTAEEVDRLMDGTDPRYVHLLYDTGHAYISDGDYMTILNKHMDRIRHVHFKDARFDIMERCRQEGKSFRQSFLQGIFTVPGDGCIDFTEVYRTLVRHDYSGWIVIEAEQDPAVANPLEYALIARKYIDSELLDPAN PGPT0016785_1184 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RHIZOPINE_METABOLISM CE-BACTERIAL_FITNESS-RHIZOPINE_CATABOLISM,PGPT0016785-mocC-K03335 NA NA D1-12_02178 1296 ygcS Inner membrane metabolite transport protein YgcS ATGAATAGTGCCAAGGCGGAATCAGCTTTCAGCAAAAGGACCATCGCCGCAGCATTAGCAAATTACATTGATGCAGGTTCCATCGTGGCAGGATCAGCGGGTTTATCTATGTGGGTCAGCTATTTAAAGCTGTCCGACAGTCAGATCGGATTGCTCGGCGCCTTCAGTGCAAACGCGATATCAGCGGCCGTCGGAGCGCTGCTCGGCGGGTATTTGGCTGATAAAGTCGGCCGAAAAGCTGTATACACAAACAGTATGCTCGTCTACGCCTTAGGAATTTGTTTGGTTTTGTTTGGATTCAACTTTCCCATGCTGTTATGCGGATACATGATTATCGGGATTTCTGTAGGCGCGGATATTACGGCTTCATGGACCATTATCGCGGAAAACGCCCCCGAGAAAAACCGGGCGAGGCATTGCGGAGTGGCGCAGGCGGCGTGGGCCGCAGGGGCCGTTGTGGTTCTGCTGTTATCCGTTTTGGTCGGTGACCTCGGGCTTTTAGGAAATAAAATTGTCTTTGCGCATCTATTGGTGATCGCCCTGATCACATATGTGATAAGAAAGCGTTTACCTGAGTCGGATGCCTGGAAAAACAGTGAAGAGCGGCCTGCCGCCGTGAAAAAAACATCTTATTTTGACCTGCTTCAGCCGAAATTTTTCAAGAACATTTTGTTTTTAATGGGTGTGTTTCTCGTATGGAATCTCGCAGCGGGCGTCATGGGGTTCTTCATGCCGTACATCTACCAGCAGGTCGGCGGCGTATCCGCAAATACGGCCAACATTCTGCAGATGGCCCTGTTTATCTTTACCGGGCTCGGCGTCGCCTGTATCTTCATGCCTTTTGCAGATCAATATCGGAAAACGGTGTTCGGAATCTGCGCATTTATGGCCGTTGTCGGCTGGTCGCTGTTTTTACTGCCGTTTCAGGGGCTCCCGATGCTGCTTTTGTTTGTTTTAGCGATCGGCATCAATAACGGAGCCGGCCAGCAGGCGAACTACCAGCTGTGGGCAAGCGAGCTGTTCCCGACAGAATACAGAGCGTCAGCACAAGGGCTCATGTTCTTTCTCGTCCGTATTTCAATCGGCATTTGGAGTTTATTTGTGCCGGTCATCATGTCACAATTCGGCATCGGTTTTATGGCCGGTATTCTGCTCATATGTGTGACGGCCAGTATGATCATCGGGCTTGTCTTCGCGCCGAATACGTCCGGCAAGTCGCTTGAACAGATACAGGAGGAACTTTACGGCGCTCCTCAGGACGGCAGCGGGAAAAGAAAGACGAGAACCATTATTTGA MNSAKAESAFSKRTIAAALANYIDAGSIVAGSAGLSMWVSYLKLSDSQIGLLGAFSANAISAAVGALLGGYLADKVGRKAVYTNSMLVYALGICLVLFGFNFPMLLCGYMIIGISVGADITASWTIIAENAPEKNRARHCGVAQAAWAAGAVVVLLLSVLVGDLGLLGNKIVFAHLLVIALITYVIRKRLPESDAWKNSEERPAAVKKTSYFDLLQPKFFKNILFLMGVFLVWNLAAGVMGFFMPYIYQQVGGVSANTANILQMALFIFTGLGVACIFMPFADQYRKTVFGICAFMAVVGWSLFLLPFQGLPMLLLFVLAIGINNGAGQQANYQLWASELFPTEYRASAQGLMFFLVRISIGIWSLFVPVIMSQFGIGFMAGILLICVTASMIIGLVFAPNTSGKSLEQIQEELYGAPQDGSGKRKTRTII PGPT0016756_21 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_MYO_INOSITOL_TRANSPORT_2,PGPT0016756-iolF-NA NA NA D1-12_02179 1035 iolG COG0673 Inositol 2-dehydrogenase/D-chiro-inositol 3-dehydrogenase ATGAATTTACGTATAGGTGTTATCGGAACCGGTGCTATCGGAAAAGAGCACATCAACCGCATCACAAATAAGCTGTCGGGTGCGGAAATTACCGCTGTCACAGATGTGAATCAGGAGGCCGCGCAGCAGACCGTTCAGGATTTCAATTTGAACGCCTCCGTTTATCCTGATGACGACAGCCTCCTCGCTGCTGAAAATGTGGATGCCGTCTTAGTGACAAGCTGGGGCCCGGCTCACGAGTCCAGCGTTTTGAAAGCGATTCAGCACGGCAAGCACGTGTTTTGTGAAAAGCCGCTTGCGACAACGGCAGAAGGCTGTATGCGCATTGTCGAGGAAGAAATGAAGACGGGAAAACGATTGGTGCAGGTAGGTTTTATGCGCAGATATGACAGCGGTTACGTTCAGCTGAAAGAAGCGATCGATAACCGCGTGGTCGGCGAGCCGCTGATGATTCACTGTGCGCACCGTAACCCGACAGTCGCATCGAATTATTCAACGGACATGGCCGTCGTCGATACGCTCGTTCATGAAATTGATGTCCTCCACTGGCTCGTCAATGACGACTATGAATCCGTACAGGTCATCTATCCGAAGAAATCAAAAAATGCGCTGCCGCATCTGAAAGATCCGCAGATGGTCATCATCGAAACAAAAGGCGGCATCGTCATCAATGCCGAAATCTACGTGAACTGTAAATACGGCTATGACATTCAATGTGAGATCGTCGGGGAAGACGGCGTCATCAAGCTTCCGGAACCGTCAAGCATCAGTTTGAGAAAAGAAGGGACATTCAGCACCGATATCCTGATGGATTGGCAGCGCCGATTTGTGGCTGCGTATGATGTGGAAATTCAAGACTTCATTGATTCGATCCGGAAAAAAGGCGAAGTCAGCGGTCCGACGGCATGGGACGGTTATATTGCCGCAGTGACAACTGACGCGTGCGTAAAAGCTCAGGAATCCGGGCAGAAAGAGCCTGTGGCGCTGCAAGAGAAACCGGCATTCTACCAATCATTTACGACTGTGAACAAATAA MNLRIGVIGTGAIGKEHINRITNKLSGAEITAVTDVNQEAAQQTVQDFNLNASVYPDDDSLLAAENVDAVLVTSWGPAHESSVLKAIQHGKHVFCEKPLATTAEGCMRIVEEEMKTGKRLVQVGFMRRYDSGYVQLKEAIDNRVVGEPLMIHCAHRNPTVASNYSTDMAVVDTLVHEIDVLHWLVNDDYESVQVIYPKKSKNALPHLKDPQMVIIETKGGIVINAEIYVNCKYGYDIQCEIVGEDGVIKLPEPSSISLRKEGTFSTDILMDWQRRFVAAYDVEIQDFIDSIRKKGEVSGPTAWDGYIAAVTTDACVKAQESGQKEPVALQEKPAFYQSFTTVNK NA NA NA NA NA D1-12_02180 870 hypothetical protein ATGAAACTGGCCTTAGATCCATCCATGTACCGCGATGATTTAACGTTAGAAGAAATGGTCTATAAAACGGCGGAACTCGGATACGAATATATCGAACTGTCCCCGCGCGAGGATTTTTGTCCTTTCTACAAATATCCGAAAGTCGATTCAGCAAAAATCAAACAATTGAAGCGCCTTTTAAAGGATACAGGTGTGAAGCTGTCCTCTCTTCTTCCGCTTTACCACTGGGCGGGTCCTGAAGAAGACCGTCGTCAGGCCGCCGTGCGCAACTGGAAACGGGCGATCGAAATTGCGGTTGAACTTGAAGTGGATTTGATGAACAGTGAATTCAGCGGTTCAAAATATGATCCTTTGACAAGTGAAGAAAAATTTATCAAATCCATGGATGAACTGCTGCCCGTTTTTGAAAAAGAAGGCGTTAAACTCAATCTTCAGGCTCACCCATACGATTTTATCGAAACGCACAAAGGCGCGATGGATATGATCCGCGCGCTTGACAAGGATTGGATCAATCTTGTCTACTCGACTGCGCATACGTTCTTCTATGATGACGGAAAAGGCGATATTGCGACCATGTTTGATGAAGCCGGCGACCGCCTTACACATGTTTTATTTGCAGATACTTTTAATCATAAAGCGGCGCACGGCCTGCGTTACATCGTCAACCCGCCTGATGCGAAAGTAACGGTTCACCAGCATTTGGACATCGGGCAAGGCGAGGTTGATTTTGAGACGATTTTCAGAAAGATGAGAGAGATGAAATTCGACGGAATTGCGACGAACGCCGTTTTTGCTTGGGTCGGCGAAAGAGCGGATGAATCAAGCCGGACCACGCTTAAGAAATTAAAGGAAGAACTGGGTATGGCATAA MKLALDPSMYRDDLTLEEMVYKTAELGYEYIELSPREDFCPFYKYPKVDSAKIKQLKRLLKDTGVKLSSLLPLYHWAGPEEDRRQAAVRNWKRAIEIAVELEVDLMNSEFSGSKYDPLTSEEKFIKSMDELLPVFEKEGVKLNLQAHPYDFIETHKGAMDMIRALDKDWINLVYSTAHTFFYDDGKGDIATMFDEAGDRLTHVLFADTFNHKAAHGLRYIVNPPDAKVTVHQHLDIGQGEVDFETIFRKMREMKFDGIATNAVFAWVGERADESSRTTLKKLKEELGMA PGPT0020845_292 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 D1-12_02181 843 iolI COG1082 Inosose isomerase ATGAAACTTTGCTTTAATGAAGCGACTACGCTGGAGAATTCAAACCTGAAACAGGATTTAGAACTGTGCGAAAAGCACGGCTATGATTATATTGAAATCCGCACAATGGATAAGCTGCCGGAATACTTAAAAGACCATTCACTGGCCGATCTGGCGGAATATTTTCGAACCCATCACATTAAACCGCTTGCCCTGAACGCACTGGTTTTCTTCAACAACCGTGATGAGAAGGGCTATAGGGAGATCATTTCGGAATTCAAAAGCATGATGGAAACCTGCAGAACGCTCGGCGTGAAATATGTGGTGGCCGTGCCGCTTGTGACAGAGCGGAAAATCTTGAAAGAAGAGATCAAAAAGAGCAGCGCAGAGGTGCTGACTGAGCTTTCGGACATCGCGGAGCCGTACGGCGTAAACATTGCCCTTGAATTTGTCGGCCATCCGCAATGCACGGTCAATACATTTGAACAGGCGTATGACATCGTGAACGCTGTCGGCCGCGATAATGTCGGACTGGTGTTTGACAGCTTCCATTTCCACGCGATGGGCTCCAATATTGAGAGTTTGAAGCAGGCGGACGGAAAGAAAATTTTCATCTATCATATCGACGATACAGAGGACTTCCCGATCGGCTTTTTAACGGATGAAGACCGCGTCTGGCCTGGACAGGGTGCGATTGACTTAGACGCCCATCTGTCAGCGTTAAAAGAAATCGGATTCAATGATGTTGTCTCCGTAGAGCTGTTCAGACCTGAATATTATAAGCTGACTGCGGAGGAAACGATCAAAACGGCAAAGGAAACAACGGAAGCCGTCGTATCAAAATACTTCATGAAGGAGGCGTGA MKLCFNEATTLENSNLKQDLELCEKHGYDYIEIRTMDKLPEYLKDHSLADLAEYFRTHHIKPLALNALVFFNNRDEKGYREIISEFKSMMETCRTLGVKYVVAVPLVTERKILKEEIKKSSAEVLTELSDIAEPYGVNIALEFVGHPQCTVNTFEQAYDIVNAVGRDNVGLVFDSFHFHAMGSNIESLKQADGKKIFIYHIDDTEDFPIGFLTDEDRVWPGQGAIDLDAHLSALKEIGFNDVVSVELFRPEYYKLTAEETIKTAKETTEAVVSKYFMKEA PGPT0018495_133 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 D1-12_02182 873 iolJ COG0191 6-phospho-5-dehydro-2-deoxy-D-gluconate aldolase ATGGCTTTGGTCACCATGAAACATCTTCTTGCAGAAGCGAAACGGGAGCATTATGCAGTCGGCCAGTTTAATATCAACGGCCTCCAATGGACGAAGGCGATTCTGCAAGCGGCGCAAAAGGAGCAATCGCCGGTCATCGCAGCGGCTTCCGATCGTCTGGTCGACTATTTAGGCGGATTTAAAACGATTTCCGCCATGGTCGGCGCGTTAATGGAAGAAATGGCGATTACCGTTCCCGTCGTGCTCCATCTTGATCACGGAAGCAGTGCGGAACGCTGCAGACAGGCCATTGACGCCGGATTCAGCTCAGTGATGATTGACGGCTCCCATCATCCGATTGATGAGAACATCGCGATGACAAAAGAAGTCGCCGATTATGCGGCAAAGCAAGGCGTCTCAGTAGAAGCAGAAGTCGGCACGGTCGGCGGCATGGAAGACGGGCTGGTCGGCGGGGTCCGCTATGCCGATATCGCCGAATGTGAGCGGATCGTCAAAGAAACCAATATCGACGCGCTGGCCGCCGCCCTCGGCTCCGTCCACGGCAAATATCAGGGCGAGCCGAATCTCGGATTTAAGGAAATGGAGGAAATCTCCCGCATGACTGATATTCCTCTCGTTCTTCACGGAGCATCCGGGATTCCGCAGGATCAGGTCAAAAAAGCCATCACGCTCGGCCACGCGAAAATCAATATCAACACGGAATGTATGGTAGCCTGGACAGACGAAACACGCCGCATGTTTCAGGAAAACGGAGATCTGTACGAACCGCGCGGCTACATGACACCCGGCATTGAAGCCGTGGAAGAGACAGTGCGAAGTAAAATGAGAGAGTTCGGATCAGCCGGTAAAGCCGTAAAACAGCAGGTCGGCTGA MALVTMKHLLAEAKREHYAVGQFNINGLQWTKAILQAAQKEQSPVIAAASDRLVDYLGGFKTISAMVGALMEEMAITVPVVLHLDHGSSAERCRQAIDAGFSSVMIDGSHHPIDENIAMTKEVADYAAKQGVSVEAEVGTVGGMEDGLVGGVRYADIAECERIVKETNIDALAAALGSVHGKYQGEPNLGFKEMEEISRMTDIPLVLHGASGIPQDQVKKAITLGHAKININTECMVAWTDETRRMFQENGDLYEPRGYMTPGIEAVEETVRSKMREFGSAGKAVKQQVG PGPT0018500_31 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ALCOHOL_UTILIZATION PLANT_DERIVED_INOSITOL_DERIVATE_DEGRADATION,PGPT0018500-iolJ-K03339 NA NA D1-12_02183 690 graR_1 COG0745 Response regulator protein GraR TTGAATAAAATCATGATTGTGGAAGATAGTGAAGACATTCGCGGACTATTGCAGAATTACCTTGAAAAATACGGATATCAAACAGTGGCCGCCGCGGATTTCACGGCTGTTCTTGATGTTTTTTTGCGGGAAAAGCCTGATGTGGTGCTGCTTGATATCAACCTGCCGTCTTATGACGGCTATTATTGGTGCCGCCAGATCCGCCAGCATTCTACAAGCCCGATCATTTTCATCTCTGCCAGAAGCGGCGAAATGGATCAGGTGATGGCGATTGAAAACGGCGGAGATGATTATATCGAAAAACCGTTTTCTTATGATATTGTGCTGGCGAAAATCAAAAGCCAGATCCGCAGGGCATACGGAGAGTACGCCGCCAAGCAGGGAGAGAAAGTGGTTGAATATGCCGGTGTGCAGCTCTTTGTGGAACGGTTTGAACTGCGCTTTCAGGACGAAAAAAGCGAGCTTTCTAAAAAAGAAAGCAAGCTTTTGGAAGTGCTGCTGGAGCGGGGAGAAAAGGTGACGGGAAGAGACCGGCTCATGGAAAAAACGTGGGACACCGACATTTTCGTCGATGATAATACACTTAACGTGTATATCACGCGGCTCAGAAAAAAACTGCGGGAACTGAATGCGCCTGTTTCCATTGAATCGGTGCGGGGCGAAGGCTACCAGCTGAGGGCGCTGTCATGA MNKIMIVEDSEDIRGLLQNYLEKYGYQTVAAADFTAVLDVFLREKPDVVLLDINLPSYDGYYWCRQIRQHSTSPIIFISARSGEMDQVMAIENGGDDYIEKPFSYDIVLAKIKSQIRRAYGEYAAKQGEKVVEYAGVQLFVERFELRFQDEKSELSKKESKLLEVLLERGEKVTGRDRLMEKTWDTDIFVDDNTLNVYITRLRKKLRELNAPVSIESVRGEGYQLRALS PGPT0027850_187 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL_PEPTIDES,PGPT0027850-yxdJ-K11634 NA NA D1-12_02184 978 graS_1 COG0642 Sensor histidine kinase GraS ATGAAGCTGTTTCTCCGGTCTCATGCCGTGCTGATTCTGCTTTTTCTCCTTCAAGGGCTGTTTGTCTTCTTTTATTACTGGTTTGCGGGTCTTCATTCTTTTTCCCACCTGTTTTACATATTGGGCGTGCAGCTTCTTATTTTGGCGGGTTATCTTGCCTATCGCTGGTACAAAGACCGCGGCGTGTATCATTGGCTCAGCTCGGAGCAGGAAGGGGCGGACATCCCGTATCTCGGTTCTTCGGTGTTTTGTTCAGAGCTGTATGAAAAGCAGATGGAGCTGATCCGGCTGCAGCACCAGAAGCTCCATGAGACCGAAGCCAAGCTTGACGCGCGGGTGACGTATATGAATCAATGGGTGCACCAAGTAAAGACGCCGCTGTCGGTCATTAATTTAATCATTCAGGAAGAGGATGAGCCCGTCTTTGAACAAATCAAAAAAGAGGTTCGGCAGATTGAATTCGGGCTGGAGACGCTTCTTTATTCATCAAGGCTCGACCTGTTTGAGCGGGATTTTAAAGTCGAAGCGGTTTCCTTATCAGAGCTTCTCCAATCAGTCATTCAAAGCTATAAACGATTCTTTATTCAATACCGCGTTTATCCGAAAATGGACATTCGCGATGATCATCAGATTTACACCGATGCGAAATGGCTCAAATTTGCGATCGGCCAAGTGGTCACAAATGCGGTCAAGTATTCGGCAGGCAAGAGTGACAGACTTGAGCTGAATGTCTTCCGCGATGAAGACAGGACGGTGCTTGAAGTCAAAGATTACGGTGTCGGCATTCCCTCGCAAGATATCAAGCGGGTGTTTGACCCTTATTACACCGGCGAAAACGGGCGGCGTTTCCAAGAATCTACGGGGATCGGCCTCCATCTCGTCAAAGAAATTACGGGCAAGCTCAATCATACGGTGGACATCAGCTCGTCCCCCGGTGAAGGGACATCGGTCCGATTTTCATTTCTTACAAAAATGTAA MKLFLRSHAVLILLFLLQGLFVFFYYWFAGLHSFSHLFYILGVQLLILAGYLAYRWYKDRGVYHWLSSEQEGADIPYLGSSVFCSELYEKQMELIRLQHQKLHETEAKLDARVTYMNQWVHQVKTPLSVINLIIQEEDEPVFEQIKKEVRQIEFGLETLLYSSRLDLFERDFKVEAVSLSELLQSVIQSYKRFFIQYRVYPKMDIRDDHQIYTDAKWLKFAIGQVVTNAVKYSAGKSDRLELNVFRDEDRTVLEVKDYGVGIPSQDIKRVFDPYYTGENGRRFQESTGIGLHLVKEITGKLNHTVDISSSPGEGTSVRFSFLTKM PGPT0027855_261 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL_PEPTIDES,PGPT0027855-yxdK-K11633 NA NA D1-12_02185 774 yxdL_1 COG1136 ABC transporter ATP-binding protein YxdL ATGGCGAATATGCTTGAAGTCAAACATATAAATAAAACCTATAAAGGACAAGTGTCCTATCAAGCTTTAAAACAAATTTCGTTTTCAATAGAAGAAGGCGGGTTCACGGCGGTGATGGGACCGTCCGGCTCCGGAAAAACAACGCTTTTGAATATCATTTCAACGATCGACCGGCCGGATTCAGGCGATATCCTGATTCACGGAGAAAACCCGCACCGCCTGAAGCGGACAAAGCTCGCTCATTTCCGCCGCAAGCAGCTCGGATTTGTGTTTCAGGATTTCAACCTTCTGGACACGCTGACGATCGGTGAAAATATCATGCTGCCGTTAACGCTTGAAAAAGAAGCGCCGTCTGTCATGGAAGAAAAACTGCACGGCATCGCGGCAAAGCTCGGAATCGAAGACCTGCTCAACAAACGGACGTTTGAAGTATCCGGCGGACAGCGCCAGCGGGCCGCCATCGCAAGGGCGGTCATTCATAAGCCGTCACTGATTCTGGCCGATGAACCGACGGGAAACCTTGATTCCAAAGCGTCAAAAGACGTCATGGAAACGATGCAGAGCCTGAACCAGGATGATCATATCACGGCTTTGATGGTGACCCATGATCCGGTTGCGGCAAGCTACTGCCGCCGCGTCATCTTTATAAAAGACGGCGAACTGTTTAATGAGATTTACCGCGGGGAAAACCGCCAAGTCTTTTATGAACAGATTCTTGATGTGCTGTCTATGCTGGGGGGAAACGCAAATGACCTTTCTTCAGTTCGCTTATAA MANMLEVKHINKTYKGQVSYQALKQISFSIEEGGFTAVMGPSGSGKTTLLNIISTIDRPDSGDILIHGENPHRLKRTKLAHFRRKQLGFVFQDFNLLDTLTIGENIMLPLTLEKEAPSVMEEKLHGIAAKLGIEDLLNKRTFEVSGGQRQRAAIARAVIHKPSLILADEPTGNLDSKASKDVMETMQSLNQDDHITALMVTHDPVAASYCRRVIFIKDGELFNEIYRGENRQVFYEQILDVLSMLGGNANDLSSVRL PGPT0013345_2533 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013345-ABC_CD_A-K02003 NA NA D1-12_02186 1869 yxdM ABC transporter permease protein YxdM ATGACCTTTCTTCAGTTCGCTTATAAAAACGTCACGAGAAACAAAAGGGCCTATCTTGCTTTCTTTTTAAGCAGCGCTTTTTCCGTTTTGATTTTCTTTACCTTTGCGATGTTCCTGTTTCATCCGGCACTAAAGGAAGGCTACCTGAATAACATCGCCAGAAAAGGCTTAACCGCCGCGGAATGGATGATCTTTGTTTTTTCTTTCTTATTTGTTCTGTATTCGGTTAACGCATTTTTGAAATCGAGAAATAAAGAATTCGGTATTCTGCTGATGCAGGGTATTACGCCGGTGCAGCTGAGAAAGCTCATTACGGCGGAAAACATGATCATCGGCGTCATGTCGATCGCAGCCGGGATTATCGGAGGATTCATTTTTTCGAAAACGTTCTTTACGGTCGGCGCTTATATTTTAGAAATGGACGCGCTGCCTCTGTACATGCCTTGGAAAGCGCTCGGCATTACGGCCGGCGGATTTCTGCTCTTATTTTTCCTTTTATCGCAGTTCACGATCCTTTTTGTCAGATCAAATACGGTGATCAAATTAATAAAGGGCACTGACAAGATCAAGCCGGAGCCGAAGCCGTCCGTGCTTCTGTCCTTATTCGGCATCGCCTGTCTTTGCGGCGGGTACGGCATGGTTCTGAAAGGCAATGTCCACGGGACTCAACCGTTCATCATTTTACTGCTTACCGTCATCGGCACGTATTTCTTTTTCAGCCAAAGCAGCATCTGGATTCTGCGCGCGCTGAAGAAGTGGAAAACCTTTTATCTGCGCGGGAAAAATGTCATTTGGGTTTCTGACCTTGTTTATCGTTTAAAAGACAACGCCCGCCTGTTCTTTATCGTCAGCATTATTTCCGCGGTTGCGTTTACTGCGACAGGCGTGCTCGCAATGTACAAATCGACCGTCGGGGCGGAAGAGTCCGCCTATGAGATGGAGTATGTATCTTTCAGCAATAATTCAAAAGAAAAGACTCATTTGAAAGATATTGACCATGAACTGAAAACACACGGCTTTACGTATAAGAAAGACAAAATAAATGTTTCCTATGTCCGCTATCAGGAAGGAGATACTGTTCCGCCTGTTTACATGATCAGCAAATCGGGTGTATCAAAATACTTCCATGTCAAGCTGAGCGGCCTGAAACATGATGAGGCTGTCTATTTCCCGGGCACGTATGATCGCAATTTCAAAAACGAAGCGCCGGATCAGCTGAAGCTGCTGAACCAAAAAGGCAAGCCGTCTGACCAAAAACTGACGGTAAAAGAAGTCAAAAAACCGCTGATCTCATTGAATGCCATCATCGCGGTGAACGATCAAACCTTTGATCAGCTCAAATCACTCGGTGATAAAGCGTCATTATACGGCTACAGCTACGATCATTGGAAAGACAGTCTTGGGTTCAGCCAATCTCTGAAAGATGAAATCTACGGCAACTATATCGACGTGCATTCTGATTTTATGTCAAAAGCCGGCACCTACTATGATACGGTGCAGCTGCCGAGCCTGAGTTTATTCATCGGCCTGTTTATCGCCATCGTCTTCTTTGTCGCGGCAGCAAGTTTCTTATATTTCAGGCTGTTCACCGATTTAGATGAGGACCGGGAGCGCTACCGTTCACTGGCCAAAATCGGCCTGAGTGAGCGTGAAATGGCACAAAGCGTGACAATACAATTGGCCATTCTTTTCTTCTTTCCATTTGTCATTGCCGTCATGCATACACTGTTTGCCTTGAGAACATTGGCCGTGGAAGGCTATTCCGATGTAGCGGGGCCGCTCAGTCTGACCATCGGAGGGTTTTTCATCTTTCAGCTTCTGTTCTTCCTCGCGGTGCGGACAAGCTATTTGAAAAAAATGAACAAGTAA MTFLQFAYKNVTRNKRAYLAFFLSSAFSVLIFFTFAMFLFHPALKEGYLNNIARKGLTAAEWMIFVFSFLFVLYSVNAFLKSRNKEFGILLMQGITPVQLRKLITAENMIIGVMSIAAGIIGGFIFSKTFFTVGAYILEMDALPLYMPWKALGITAGGFLLLFFLLSQFTILFVRSNTVIKLIKGTDKIKPEPKPSVLLSLFGIACLCGGYGMVLKGNVHGTQPFIILLLTVIGTYFFFSQSSIWILRALKKWKTFYLRGKNVIWVSDLVYRLKDNARLFFIVSIISAVAFTATGVLAMYKSTVGAEESAYEMEYVSFSNNSKEKTHLKDIDHELKTHGFTYKKDKINVSYVRYQEGDTVPPVYMISKSGVSKYFHVKLSGLKHDEAVYFPGTYDRNFKNEAPDQLKLLNQKGKPSDQKLTVKEVKKPLISLNAIIAVNDQTFDQLKSLGDKASLYGYSYDHWKDSLGFSQSLKDEIYGNYIDVHSDFMSKAGTYYDTVQLPSLSLFIGLFIAIVFFVAAASFLYFRLFTDLDEDRERYRSLAKIGLSEREMAQSVTIQLAILFFFPFVIAVMHTLFALRTLAVEGYSDVAGPLSLTIGGFFIFQLLFFLAVRTSYLKKMNK PGPT0027860_323 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL_PEPTIDES,PGPT0027860-yxdL-K11636 NA NA D1-12_02187 348 yxeA COG5294 putative protein YxeA ATGAAAAAAGCATTGGCAATCCTGGCCGTCTTGGCGGCCGCTGCCGTCATATACGGACTTCTCTTTTTTCATAATGATGTTACAGACAGATTTAATCCGTTTATTCACCAGCAAGATGTTTATGTACAGATTGATCGAGATGGCAAACATCTTAGCCCGGGCGGTACTGAGTATACATTAGACGGATATAACGCATCCGGGAAAAAAGAAGAAGTGACCTTTTTCGCCGGGAAAGACCTTCGGAAGAACGCGTATTTGAAGGTGAAGGCGAAAGGAAAGTATGTCGAGACCTGGGAAGAAGTCAGATTTGAAGATATGCCGGGCTCCGTACAGTCAAAATTAAAGTGA MKKALAILAVLAAAAVIYGLLFFHNDVTDRFNPFIHQQDVYVQIDRDGKHLSPGGTEYTLDGYNASGKKEEVTFFAGKDLRKNAYLKVKAKGKYVETWEEVRFEDMPGSVQSKLK NA NA NA NA NA D1-12_02188 645 yxeB_1 COG0614 Iron(3+)-hydroxamate-binding protein YxeB ATGCAGCTGAAGCCTGATTTAATCGTGCTGATGAAGGATGACCAATACGAAAAACTATCGAAAATCGCACCGACGATTGTCATTCCTTTTAACACCGCAAAGAATACGAAAGATACGGTCAGCCTATTCGGCGACATTGCCGGGGCGAAGGATAAAGCCAAAAGCTTTATGGCAGACTTCAACAAAAAAGCCGAAGCGAATCAAAAGCGCCTCAAAAACGTGATCGGCAAAGACGAGACAGTCGGCCTTTATGAAACGACGGATAAAGGCGAAATCTGGATTTTCAATGACAATTCCGGCCGCGGCGGCCAAGCCGTTTATAACGCGCTCGGATTGAAAGCGCCGGCCAAAATCGAAAAAGACATCATGAAAACGGGCGCCATGAAACAGGTTTCCCAAGAGGTCATCCCTCAATATGCGGCTGATTATATGTTCATTACCGATTACAATCCGAATGGAGAAAGCAAAACATTTGAGCGTCTGAAAGAGTCATCCGTTTGGAAAAATCTCGATGCCGTAAAGAACAACCGTGTCTTTATCAACGATTTCAACACCTTCTATCCGTATGACCCGATTGCCGTCAGCAAACAGATGGATATCATCACCGACATGCTGATCAAACGGGCTGAAGAAAATAAAAAATAA MQLKPDLIVLMKDDQYEKLSKIAPTIVIPFNTAKNTKDTVSLFGDIAGAKDKAKSFMADFNKKAEANQKRLKNVIGKDETVGLYETTDKGEIWIFNDNSGRGGQAVYNALGLKAPAKIEKDIMKTGAMKQVSQEVIPQYAADYMFITDYNPNGESKTFERLKESSVWKNLDAVKNNRVFINDFNTFYPYDPIAVSKQMDIITDMLIKRAEENKK PGPT0003765_7726 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 D1-12_02189 267 yxeB_2 COG0614 Iron(3+)-hydroxamate-binding protein YxeB ATGAAGAAACAATCATGGCTGATCGGCCTGGCACTTCTGCTTGTTTTCGCATTAAGCGCTTGCAGCGGCGCGAAGGAAAACAACGGATCGGCATCAGGCAAAGGAAAGACAGACATGCGTACATATGAATCAACAAAAGGAAATATTGACATACCCGCACATCCGAAACGGATCGTCACTGACTTTTATGCAGGTGAGCTGCTGTCCGTTGACGCAAATGTCGTCGGGGCGGGCTCATGGGCTTTCAAAAATCCGTTTATCAAATAA MKKQSWLIGLALLLVFALSACSGAKENNGSASGKGKTDMRTYESTKGNIDIPAHPKRIVTDFYAGELLSVDANVVGAGSWAFKNPFIK PGPT0003765_7726 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 D1-12_02190 393 hypothetical protein ATGTTGATTACGAAAAGAGGGACTTGGTGGGAAGTGCTGCACAGCTGGTGGCTGCTGCTGACTTTTGCGCCGTTTGCGCTGACCGCTTTCTTGGCCTTTTTCTATATCGGCTACCGGGCCAAGAACAAAAAATGGCTGAAATACGGACTTATCTATTTTATTATTTTAGCAATTGCTTTTGTGCTGCCGAGCACGCCGGGCGTGTATATCGTGCTGCCTTTATGGGTCATCTCCATCATCCACGGGCTGAAAGTGCGGGCGGCTTATTTGATACAGCTTGATGTGTTTAAACAAAACGTCGAAGCAAGAGCGTTTGAAGCGGTAAGGCATGAGGCGGAAGCAAAATTCGGCGGAAAACCCGCTCATCGCATTGATCTGACAAAACAGAGATAA MLITKRGTWWEVLHSWWLLLTFAPFALTAFLAFFYIGYRAKNKKWLKYGLIYFIILAIAFVLPSTPGVYIVLPLWVISIIHGLKVRAAYLIQLDVFKQNVEARAFEAVRHEAEAKFGGKPAHRIDLTKQR NA NA NA NA NA D1-12_02191 366 hypothetical protein ATGATGTATCAAAACCAATACAGCGGAAATCAGCTGCAGCAATGCCGCCAAACAGCACAGCAGCTTATTCAGCAGACACAGCAAAGCAGTCAGCAGTACAAGCAAATGCTCCAGCAGGAACAGCAAAACATTCAAATGCTTCAGCAGATGCTTAACCATGAACAGCATGCCGTTCATACCATTCAGCAAGCGCTGCAGGGGCATGAAGCGGCCATTCAGAAATGCCAGCAAATCGTGAATGTGTGCAATCAGCTTCAGCAGGAAGTAAGCGGACACATGCCTGCACCGATGGCAAACGCTAATGTTTCTTCATTCCCGCAAACACAGCATCACACACCGTTTCAGCAGCACTCATACCAGCAATAG MMYQNQYSGNQLQQCRQTAQQLIQQTQQSSQQYKQMLQQEQQNIQMLQQMLNHEQHAVHTIQQALQGHEAAIQKCQQIVNVCNQLQQEVSGHMPAPMANANVSSFPQTQHHTPFQQHSYQQ NA NA NA NA NA D1-12_02192 387 yxeE putative protein YxeE ATGAACCCATATCAGTACTACACCCCGCCTGCCTATTTCCCTCAGCAGCAGGAATACGAAGTGAACCGCGTTGAGTATGAGCCGTATCAGCAGCAGGAAAGCTATTATTATGCGCCCCCTCAGTCTGAAGAGCGGCAGCCGACGGCTTTAGAACGGAGAGTCGCCCAGCTTGAAAGACAAAACGCCCAGCAAACGAGAGAGCTCACCCGCCTCTCACAAGAAGACCAGCGCCAAAACCGGGAAATCACGCGTATGAATGAGCAGATCAGACGGCTGAGCCAGTCCATTGAAATCCATACCCGCCGCTTAAACCGTTTGAATCAGCGCCTGCGCGCAGTCGAAAACAGACTCAATATTCCTTTTCACGCTACAGAAGGCGGCTTCTGA MNPYQYYTPPAYFPQQQEYEVNRVEYEPYQQQESYYYAPPQSEERQPTALERRVAQLERQNAQQTRELTRLSQEDQRQNREITRMNEQIRRLSQSIEIHTRRLNRLNQRLRAVENRLNIPFHATEGGF NA NA NA NA NA D1-12_02193 420 yxeF putative protein YxeF ATGTTGCGGAACATACGGATTTTCATCATGACGGTTCTTGTTTTCGGATGCGTCATGATAACAGGCTGCTCGCAAAAGAAAGCAGACGATACCCCTTTTTATTACGGGACATGGGATGCAGGGCTGAAACCGGGCCCGATGGACGGGGTCAGATCTGAAACCGTCACGTTTACGAAAGACAGCGTGCTGACAAAGCAGGTCATTCAAGGCCGCGGCGAGGTTGCCATGCCCTCAGATGTGTACAAGGTGATCTCACAAAACACGGACGGGACGATCGAGATTGAATACCTCGGACATCCGCACCCCGTCAAAAGCACGTTGAAAAGAGGAAAAAACGGTACGCTCATTTGGAAGATATACGGAGAAACAAAAACAATGACAAGAATAAAAACCGGCGGGGAGGATGCACATGAGAAATAA MLRNIRIFIMTVLVFGCVMITGCSQKKADDTPFYYGTWDAGLKPGPMDGVRSETVTFTKDSVLTKQVIQGRGEVAMPSDVYKVISQNTDGTIEIEYLGHPHPVKSTLKRGKNGTLIWKIYGETKTMTRIKTGGEDAHEK NA NA NA NA NA D1-12_02194 525 hypothetical protein ATGAGAAATAAGGCTGCCGACAGACTCGTTTTGACGGGTGTCATCGTACATATCATTCAATGGTTTTCACTGTTATGGTTATTTTTTATGCTTTTTGATCAGTTCGGGCGTTTTACCATTTACAATCCCAATGTCGTCAACAGCAGCATGCAGTCTTTTTCATTCTTTGATATGATGCGCGCTCTTCTGTTTTCCGGCACGCTGCGGAATACGCTTCTGCTGTTTCTGTTTGCGGCAATGCTCATTTACTTGTGGGTGAACGCTCTGTTTATCCTGCTGGAAATCGTTTCTTATATCATGATCAGGCGGAACAGCCGTTCATTATGGGCATACTTTCCCGCAGCGATGGGAATAAAGCTTGCCCTTCTGGACATAGCGGCCGTCCCTTTCTTTGCGGCGGGGCTGATGCTCTTGAAGCAGAAAACAGACGACGGCGGCGAACAAGCTGACAAGGGGAAAAGACGGCCCCGTATCCGGAGGCAGGCCCGTTATACGAAGAGAAGGCGGAGAAACTCGTCCGTTTGA MRNKAADRLVLTGVIVHIIQWFSLLWLFFMLFDQFGRFTIYNPNVVNSSMQSFSFFDMMRALLFSGTLRNTLLLFLFAAMLIYLWVNALFILLEIVSYIMIRRNSRSLWAYFPAAMGIKLALLDIAAVPFFAAGLMLLKQKTDDGGEQADKGKRRPRIRRQARYTKRRRRNSSV NA NA NA NA NA D1-12_02195 813 yidA COG0561 Sugar phosphatase YidA ATGTACAAGTTAATCGCAATAGATATGGACGGAACACTATTAAACGATCATCATGAAGTGACGGCTGAAGTCCGCGGGGCGCTTGATGCCGCCAAAGCGGAAGGGGTCAATATCGTCCTGTGCACGGGCCGGCCGATCGGCGGCGTGCGTCGGTATTTGGAAGAGCTGAACTTACAGGAAGAAGGCGACTTTGTGATTGCCTATAACGGCGCACTCGTCCAAAATACGTATACAAACGGTGTCGTGGCCGAGCAGTCATTAGGCTTTGAGGATTTGAAGTCGCTTTACGAGCTGAGCTTACAGCTGGATACTCCGATGCATTACTTTGACACAGCCAATCTGTACACGCCGAACCGGGATATCAGTGAATACACGGTATACGAATCATACATTACGAAAGTGCCGCTTCATTTCCGCACGATCGATGAAGTGCCGAAGGATATTCTGATTCCGAAAGTCATGTTCATTGACGATCCGGACAAGCTGGAGAAAGCGATCGCTTCCATTCCGGAATCATTCAAAGAAACATACACAATGGTCAAAAGTGCGCCATTCTTCCATGAGATTCTTCACCCGAAAGTCAGTAAAGGAAACGCGGTTAAGCTGCTGGCCGAAAAACTCGGCATTGAACAGAAAGACGTCATGGCAATCGGCGATAACGGCAACGACATGTCCATGATTCAGTGGGCCGGCTGCGGTGTGGCAATGGCCAATGCCATCCCGGAAGTAAGGGAGATTGCCGATTTTGAAACGAAATCAAATAACGAACACGGCGTGGCGCATGCGATTCAGGAGCTTGTGCTGAAAAAATAG MYKLIAIDMDGTLLNDHHEVTAEVRGALDAAKAEGVNIVLCTGRPIGGVRRYLEELNLQEEGDFVIAYNGALVQNTYTNGVVAEQSLGFEDLKSLYELSLQLDTPMHYFDTANLYTPNRDISEYTVYESYITKVPLHFRTIDEVPKDILIPKVMFIDDPDKLEKAIASIPESFKETYTMVKSAPFFHEILHPKVSKGNAVKLLAEKLGIEQKDVMAIGDNGNDMSMIQWAGCGVAMANAIPEVREIADFETKSNNEHGVAHAIQELVLKK PGPT0017727_148 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION PLANT_DERIVED_GLUCOSE_DEGRADATION,PGPT0017727-yidA-NA NA NA D1-12_02196 942 deoR COG2390 Deoxyribonucleoside regulator ATGGATCGTGAAAAACAGCAGCTCAGCATAGAAGCGGCAAAACTATATTATCAATCAGATTACAGCCAGCAGCAGATCGCCGAACGGCTTAATCTGTCACGCCCCACCGTTTCAAGGCTGCTTCAGTACGCAAAGGAAAAAGGGTATGTGCAAATTCGCGTCATGGACCCGTTTGAGGATCTGGACGAACTCGGCGCGAAGCTGGAAGAAAAATACGGGCTGCTTGAGGCGCACGTCGTCTTTTCTCCAAGCGACGATTACCAGGCCATTACACATTACTTAAGCCGCTATGGCGCAGACTATATGCATAAAACCGTAAAGGACGGCGATATACTCGGCGTAAGCTGGGGGACGACGATGTACCAGATCGCAAGCCGCATGGAGCCGAAGCAGGTAAAGAGCGTTGAAGTTGTGCAGCTGAAAGGCGGCATCAGTCATTCCAATGTCAATACGTATTCGTCAGAAACGATTCAGCTGTTCGCCGAAGCATTTCAGACCATGCCGAGGTATTTGCCGCTGCCGGTTATATTTGACAGCGCCGATGTGAAACAGATGGTCGAGCGGGACAGACATATTAAGCGGATCATTGAAATGGGCAGACAAGCCAATATCGCCCTGTTTACGGTCGGAACTGTCCGGGATGAGGCGCTGCTTTTCAGACTCGGCTATTTCCGGGAAGAAGAGAAACAATTGCTGAAAGCGCACGGGGTCGGCGATATTTGTTCGCGCTTTTTTGACGAGGAAGGCAGGATTTGCAGCAGCAGCATTAACGGCCGGACGATCGGAGTCGAGCTCAGCGACTTGAAAATGAAAGAGCGTTCGATTCTGGTGGCGGGCGGCAGCAGAAAATGCAAGGCCATTCACGGTGCCCTGAAAGGAAAGTACGCCAACGTTTTGATTACCGATCAGCATACGGCCAAAAAACTCATTCAAGAATTGTGA MDREKQQLSIEAAKLYYQSDYSQQQIAERLNLSRPTVSRLLQYAKEKGYVQIRVMDPFEDLDELGAKLEEKYGLLEAHVVFSPSDDYQAITHYLSRYGADYMHKTVKDGDILGVSWGTTMYQIASRMEPKQVKSVEVVQLKGGISHSNVNTYSSETIQLFAEAFQTMPRYLPLPVIFDSADVKQMVERDRHIKRIIEMGRQANIALFTVGTVRDEALLFRLGYFREEEKQLLKAHGVGDICSRFFDEEGRICSSSINGRTIGVELSDLKMKERSILVAGGSRKCKAIHGALKGKYANVLITDQHTAKKLIQEL NA NA NA NA NA D1-12_02197 669 deoC COG0274 Deoxyribose-phosphate aldolase ATGTCAATTGCAAGTCAAATAGACCATACTGCTTTGAAACCGCATACACAAAAAGCAGATATTTTACAACTGATAAAAGAAGCAAAAGAATATAAATTCGCTTCCGTTTGTGTAAACCCGACTTGGGTCAAACTCGCAGCGGAGGAACTGAAGGGCACGGGAGTTGACGTTTGCACCGTTATCGGATTTCCTCTCGGCGCAACGACATCGGAAACAAAAGCATTTGAAACGAAGGATGCCATCTCAAAAGGAGCCACTGAGGTTGACATGGTCATCAATATCGGCGCATTAAAAGACGGCGATGATGAAGCGGTTGAAGCTGATATCCGCGCGGTAGTTGAAGCAGCTGATAAAAAAGCGCTCGTCAAAGTGATCATCGAAACATGCCTTTTGACAGATGAAGAAAAAGAGCGCGCGTGCCGCTTAGCGGTATCAGCAGGCGCCGATTTCGTCAAAACGTCTACCGGTTTTTCTACAGGCGGGGCAACGGCTGAAGATATCGCTCTTATGAGAAAAACAGTCGGACCGGACATCGGGGTCAAAGCATCAGGCGGCATCAGAACAAAAGCTGATGTTGACAGCATGATCGCTGCGGGCGCGAGCCGGATCGGCGCAAGTGCGGGCGTCTCTATCGTGAGCGGCGGAGACAGCGGCAGCAGCGACTATTAA MSIASQIDHTALKPHTQKADILQLIKEAKEYKFASVCVNPTWVKLAAEELKGTGVDVCTVIGFPLGATTSETKAFETKDAISKGATEVDMVINIGALKDGDDEAVEADIRAVVEAADKKALVKVIIETCLLTDEEKERACRLAVSAGADFVKTSTGFSTGGATAEDIALMRKTVGPDIGVKASGGIRTKADVDSMIAAGASRIGASAGVSIVSGGDSGSSDY PGPT0017445_3063 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION PLANT_DERIVED_RIBOSE_METABOLISM|DEGRADATION,PGPT0017445-deoC-K01619 NA NA D1-12_02198 1182 nupC COG1972 Nucleoside permease NupC ATGAAGTATCTCATCGGAATTATCGGAATCATTGTGTTTTTAGGTCTTGCCTGGCTTGCCAGCAACGGCAAAAAAAGAATCAGAATCCGGCCGATCGCCGTCATGCTCGTGCTGCAGCTGATTCTCGGTTATATTCTCCTCAACACCGGTATCGGGAATTTTCTTGTCGGCGGTTTTGCAAAAGGATTTAACTACTTGCTGGAATATGCATCAGAAGGGATTAACTTTGTATTCGGCGGGCTTGTGAATGCGAAACAGACGACGTTCTTCATGAGCGTGCTTCTGCCGATCGTCTTTATATCCGCTTTAATCGGAATTCTGCAGCATTGGAAGGTCCTTCCCTTCATCACGAAGTATATCGGTCTTGCGTTAAGCAAGGTGAACGGAATGGGGAAAATCGAATCTTACAACGCTGTCGCATCCGCGATTTTAGGGCAATCAGAAGTCTTTATCAGTTTGAAAAAACAGCTCGGTTATCTTACTGAACAGCGCTTATATACGCTTTGCGCATCCGCAATGTCGACGGTCTCAATGTCGATCGTCGGTTCTTACATGATGATGCTGAAGCCTGAATACGTCGTGACGGCGCTTGTGCTGAACTTATTCGGCGGATTTATCATCGCTTCTATCATTAACCCGTACACCGTCAGCAAAGAAGAGGATTTGATCGTCGTTCCTGAAGAAGAAAAGCAATCCTTTTTTGAAGTGCTCGGTGAGTATATAATGGATGGATTCAGAGTCGCCGTCGTCGTAGCGGCGATGCTGATCGGATTTGTCGCACTCATTGCCCTGGTCAACGGCGTTTTTAACGCGGTCTTCGGCATTACATTCCAGGCGCTGCTCGGATATGTATTCGCGCCGTTTGCGTTTTTAACCGGTATTCCGTGGAATGAAGCGGTGAGCGCCGGAAGCATTATGGCGACGAAAATGGTATCGAATGAATTTGTGGCGATGCAGACACTCTCATCCGGCGATTTCCATTTCAGTGCGCATACACAGGCAGTGGTATCTGTATTCCTTGTCTCATTCGCGAATTTCTCCTCTATCGGAATCATTACCGGTGCGGTGAAAGGGCTGCATGAAAAACAAGGAAACGTCGTCGCGCGGTTCGGTCTGAAGCTGCTGTACGGCGCAACACTCGTCAGCTTCTTGACAGCGGCGATCGTCGGATTGATTCACTGA MKYLIGIIGIIVFLGLAWLASNGKKRIRIRPIAVMLVLQLILGYILLNTGIGNFLVGGFAKGFNYLLEYASEGINFVFGGLVNAKQTTFFMSVLLPIVFISALIGILQHWKVLPFITKYIGLALSKVNGMGKIESYNAVASAILGQSEVFISLKKQLGYLTEQRLYTLCASAMSTVSMSIVGSYMMMLKPEYVVTALVLNLFGGFIIASIINPYTVSKEEDLIVVPEEEKQSFFEVLGEYIMDGFRVAVVVAAMLIGFVALIALVNGVFNAVFGITFQALLGYVFAPFAFLTGIPWNEAVSAGSIMATKMVSNEFVAMQTLSSGDFHFSAHTQAVVSVFLVSFANFSSIGIITGAVKGLHEKQGNVVARFGLKLLYGATLVSFLTAAIVGLIH PGPT0021065_447 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_NUCLEOSIDE_TRANSPORT,PGPT0021065-nucp-K11535 NA NA D1-12_02199 1302 pdp COG0213 Pyrimidine-nucleoside phosphorylase ATGAGAATGGTAGATCTTATTGTAAAAAAACAAAATGGAAAAGAACTGACAACAGAAGAAATTCAATTTTTCGTAAAAGGATACACGGACGGAAGCATCCCTGATTATCAGGCAAGCGCACTGGCTATGGCGATTTACTTTCAGGATATGACAGATCAGGAGCGCGCAGATCTGACAATGGCGATGGTGAATTCAGGGGAAACGATTGATCTCTCCGCCATTGAAGGCATTAAGGTCGACAAGCACTCTACGGGCGGGGTCGGCGACACGACAACTCTCGTACTCGCACCGCTCGTCGCGGCGCTCGGCGTTCCCGTCGCTAAAATGTCCGGCCGCGGTCTTGGCCATACGGGGGGGACCATTGATAAGCTGGAAGCGATCGAAGGCTTCCACGTGGAATTATCAAAAGATGAATTCATCAAGCTTGTGAACCGCGACAAGGTAGCCGTCATCGGACAAAGCGGCAACTTGACGCCTGCCGATAAAAAGCTGTATGCGCTGCGTGATGTAACGGGTACGGTGAACTCCATCCCGCTGATCGCAAGCTCAATTATGAGTAAAAAAATCGCTGCCGGAGCAGATGCTATCGTGCTTGACGTCAAAACGGGAGCCGGCGCGTTTATGAAAACGGATGAAGACGCCGTGAACCTCGCCAAAGCAATGGTCCGCATCGGAAACAACGTCGGCCGCCAGACGATGGCCGTGATTTCTGACATGTCGCAGCCGCTCGGTTTTGCGATCGGGAATGCCCTGGAAGTACAAGAAGCCATTGATACGTTAAGAGGGGAAGGGCCTGAAGACTTAAACGAACTCGTCCTCACGCTCGGCAGCCAAATGGTCGTATTGGCGAAAAAAGCTGAGACATTGGAAGAAGCGAGAACGAAGCTTCAGGAAGTCATGAAAAACGGCAAAGCGCTTGAAAAGTTCAAAGAGTTCCTGAGCAATCAGGGAGGAGACGCTTCTGTTGTTGACGATCCGTCCAAACTTCCGCAGGCGGCGTACAAAATTGACGTTCCGGCGAAAGAAGCGGGTGTCGTTTCAGAAATCGTCGCTGACGAAATCGGCGTCGCAGCGATGCTGTTGGGCGCGGGACGTGCGACAAAAGAGGACGAAATCGATCTTGCCGTCGGCATTATGCTCCGCAAAAAAGTCGGTGACAACGTCGAAAAAGGCGAGCCGCTCGTCACCCTTTACGCCAACCGCGAAAACGTTGAAGACGTGACCGCCAAAGTCTATGACAACATCCGCATCTCAGAAAAAGCGGAAGCGCCGAAACTGATTCATACGCTGATTACGGAATAA MRMVDLIVKKQNGKELTTEEIQFFVKGYTDGSIPDYQASALAMAIYFQDMTDQERADLTMAMVNSGETIDLSAIEGIKVDKHSTGGVGDTTTLVLAPLVAALGVPVAKMSGRGLGHTGGTIDKLEAIEGFHVELSKDEFIKLVNRDKVAVIGQSGNLTPADKKLYALRDVTGTVNSIPLIASSIMSKKIAAGADAIVLDVKTGAGAFMKTDEDAVNLAKAMVRIGNNVGRQTMAVISDMSQPLGFAIGNALEVQEAIDTLRGEGPEDLNELVLTLGSQMVVLAKKAETLEEARTKLQEVMKNGKALEKFKEFLSNQGGDASVVDDPSKLPQAAYKIDVPAKEAGVVSEIVADEIGVAAMLLGAGRATKEDEIDLAVGIMLRKKVGDNVEKGEPLVTLYANRENVEDVTAKVYDNIRISEKAEAPKLIHTLITE PGPT0021295_510 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021295-pdp|deoA-K00756 NA NA D1-12_02200 1419 rocE_2 COG0833 Amino-acid permease RocE ATGGATGTTGATCAAGGCGGCAATCAACTAAAGCGCACGATGAAAAGCAGGCACTTATTTATGATTTCATTGGGAGGGGTCATCGGCACGGGGCTGTTTTTGAGCACAGGGTATACATTGAGCCAGGCCGGGCCGGGCGGGACGATCGCCGCCTACTTAATCGGCGGCTTGATGATGTATCTTGTCATGCAGTGTCTCGGAGAATTGTCAGTAGCCATGCCTGTGACCGGTTCATTTCAAACGTATGCGACAACGTTTATCGGGCCGTCCACGGGTTTTATGGTCGGTATCATGTATTGGGTGAATTGGGTGGTGACGGTGGGATCGGAGTTTACAGCTTCCGGTATCCTCATGCAGCGCTGGTTTCCCCACAGCAGCGTCTGGATGTGGAGCGCGATTTTCGCGGCTCTCCTTTTTGCCGCCAATGCATTCTCCGTTAAATTGTTTGCAGAAACGGAGTTTTGGTTTTCCAGCGTCAAAATCGTTACCATCCTTTTATTTATCATCTTAGGCGGCGCCGCGATGTTCGGTTTGATTTCATTGCACGGTTCGGGTGAAGCTCCGATGCTGTCGAATTTCACCTCACACGGCGGGCTGTTTCCGAACGGCTTTCTTGCGGTTTTCATCGCAATGATTTCCGTAAGTTTCGCCTTTTCAGGGACGGAGCTGATCGGAATTACCGCGGGTGAAACCGCCAATCCGGCAAAAGATATTCCGCGTTCGATCCGAAATGTCGCCTGGAGAACGGTCATCTTTTTTATCGGCGCCATTTTTGTGCTGTCCGGACTGATCTCCTGGAGGGAAGCCGGTGTGATTGAAAGTCCGTTTGTCGCGGTCTTTTCCCAAATCGGTATCCCATACGCCGCAGATATCATGAACTTCGTGATTCTAACGGCTTTGCTTTCGGTCGCCAACTCCGGACTGTATGCTTCCACCCGGATGCTGTGGTCTCTTGCGAATGAAAACATGATCAGCGCCCGGTTCAAAAAAGTCACGCCGAAAGGCATTCCGCTGAATGCCCTGCTCGCCAGCATGGCCGTTTCCTGCATATCCTTGATCTCAAGCATCGCCGCCCCGGGCACGGTCTACGTGGTGCTTGTGGCAATAGCCGGATTTGCCGGCGTCGTGGTATGGATGAGCATCGCCCTGTCTCAGCTGTTATTTCGAAAACATTATGTGAAAAACGGCGGACGCGTCTCGGATCTGACCTTCCGCACACCGTTATACCCTCTCGTTCCGATCGCCGCTGTGATCTTATGTTTCGCTTCATGCGTAGGCCTTGCATTTGATCCCAATCAAAGAATCGCCCTCTTCTGCGGAATTCCTTGTATGATCCTGTGCTATCTCATTCGTTTTTTGAGAAAGAAACAGCCGAAACAATCCGTCCGTGACATTCATTTGGATAAAACCATGCCATAA MDVDQGGNQLKRTMKSRHLFMISLGGVIGTGLFLSTGYTLSQAGPGGTIAAYLIGGLMMYLVMQCLGELSVAMPVTGSFQTYATTFIGPSTGFMVGIMYWVNWVVTVGSEFTASGILMQRWFPHSSVWMWSAIFAALLFAANAFSVKLFAETEFWFSSVKIVTILLFIILGGAAMFGLISLHGSGEAPMLSNFTSHGGLFPNGFLAVFIAMISVSFAFSGTELIGITAGETANPAKDIPRSIRNVAWRTVIFFIGAIFVLSGLISWREAGVIESPFVAVFSQIGIPYAADIMNFVILTALLSVANSGLYASTRMLWSLANENMISARFKKVTPKGIPLNALLASMAVSCISLISSIAAPGTVYVVLVAIAGFAGVVVWMSIALSQLLFRKHYVKNGGRVSDLTFRTPLYPLVPIAAVILCFASCVGLAFDPNQRIALFCGIPCMILCYLIRFLRKKQPKQSVRDIHLDKTMP PGPT0020590_18 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_HISTIDINE_TRANSPORT,PGPT0020590-hutM-K16236 NA NA D1-12_02201 951 hutG COG0010 Formimidoylglutamase TTGGATAAGTATCCGTTTCTGCAAAAAGCCGGCTCCCTCTTCAACGACCGCCATGTGACAAGGATCGGCGATGTGACGGAAGCGTGGGCGGGACAAACGATCAAAGGGCCGGCTTTGATCGGCGTTCCGCTTTCTAAGTCGTCAATCAGCCATTCCGGCGCCTGCTTTGCACCCGGTGCGATCCGCCGGGCGCTCGGCGGCATTTCCGCATATTCCGCGGAGCTGCGGGAGCATGTCATTGACCATCTGTACGATATCGGCGATATTCAGATTCACGTCACGGATGTCGTCACATCTCACGAACACATTTATCGGACCATTTATGATATTCTGACGGATCAGCCTGACTGGGTGCCCTTCATTCTCGGCGGCGACAACTCCATCAGTTATTCCACCATTAAAGCCATTGCGGAAACGAAAGGAACAACGGCCGTCTTTCAATTCGACGCCCACCACGACGTCCGCAACACAGAAGACGGAGGGCCGACAAACGGCACGCCATTCCGCCGGCTGTTAGATGAAAATATCATAAGCGGACAAAACCTGATTCAGCTTGGAATCAGGGAGTTCAGCAACAGCTTGGCATATGAACAATATGTAAAAGAGCGGCAGGCAGACGTGCATACAATGGAGATGATCCGGGAGAAAGGGCTCCTCCGAACGATACAAGAGGTCTTGCCGGCCGTTCAAAAAAGAGCCGACGCCATTTTTATTTCGGTTGATATGGATGTGCTGGATCAAGCTCATGCGCCCGGCTGTCCTGCGATCGGCCCCGGAGGTCTGTATACCGAAGAACTGCTTCAGGCGGTCAGGTTTTTAGCCCAAGAGGCTGACATCTCAGGTATTGAGATCGTTGAGGTTGATCCGACACTTGATTTTCGCGATATGACAAGCCGGGCAGCCGCACACGTTATTTTACATGCATTAAAGGGATTTAAATTGTCACGTTAA MDKYPFLQKAGSLFNDRHVTRIGDVTEAWAGQTIKGPALIGVPLSKSSISHSGACFAPGAIRRALGGISAYSAELREHVIDHLYDIGDIQIHVTDVVTSHEHIYRTIYDILTDQPDWVPFILGGDNSISYSTIKAIAETKGTTAVFQFDAHHDVRNTEDGGPTNGTPFRRLLDENIISGQNLIQLGIREFSNSLAYEQYVKERQADVHTMEMIREKGLLRTIQEVLPAVQKRADAIFISVDMDVLDQAHAPGCPAIGPGGLYTEELLQAVRFLAQEADISGIEIVEVDPTLDFRDMTSRAAAHVILHALKGFKLSR PGPT0020240_871 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_HISTIDINE_DEGRADATION,PGPT0020240-hutG-K01479 NA NA D1-12_02202 1266 hutI COG1228 Imidazolonepropionase ATGCCGAAACAAATAGATACCATACTCACCAACATCGGCCAGCTGCTGACGATGGAATCCGGCGGCCCCCGATCAGGCGGAAGCATGCAGGATCTTCATGTCACGGAAGATGCCGTCATCGGCATTCACGACGGGCGCATTGTTTTTGCCGGACATCAAGGAGCGGAGGAAGGATACGAGGCAAGAGACATCATCGACTGCGGGGGACGGCTCGTCACCCCCGGCCTCGTCGATCCCCATACCCATCTTGTATTCGGAGGGTCCCGGGAAAAAGAACTGAATTTAAAAATTCAGGGCATGTCCTATTTGGATATTCTGGCGCAAGGCGGCGGTATTTTGTCAACGGTCAAAGACACGAAAGCCGCCTCCGAAGAAGAACTGATTGAAAAAGGGCTTTTTCACCTCGGACGCATGCTGTCATACGGCATCACGACCGCGGAAGTAAAAAGCGGGTACGGACTCGACAAAGACACGGAGCTGAAACAGCTGACCGCAGCGAAAAAACTGGGCGGGCGCCAGCCGGTCGACCTTGTCACGACCTTTATGGGGGCACACGCCATTCCGCCTGAGTACCGGAACAGCCCTGACGAATTTCTGAATCGCATGCTGCAGCTTTTGCCTGAAATAAAAGAAGAAGGCCTCGCGCAATTTGCCGATATTTTCACAGAAACAGGCGTCTTTACCGTCAGCCAGTCGCGGAACTACCTGAAAAAGGCGTCTGAAGCTGGTTTCGGCCTGAAAATCCATGCTGATGAGATTGACCCGCTCGGCGGCGCGGAATTGGCGGCAGAACTGCATGCTGTTTCTGCCGATCATTTGGTGGGGGCGTCTGACGAAGGCATCGAAAAGCTAGCGGAGTCCGGAACGATCGCCGTCCTGTTGCCGGGCACGACTTTCTATCTCGGCAAACACACTTATGCGAGAGCCCGGGAGATGATTGATGCGGGCGTACGGGTCAGTTTGGCGACTGACTTCAACCCGGGCAGCTCACCGACGGAAAATCTCCAGCTCATTATGTCGATTGCCGCGCTTCATTTAAAAATGACCGCAGAAGAAATCTGGCATGCTGTCACCGTTAATGCCGCGTATGCGATCGGAAAAGGCGAAGAGGCCGGACAAATTAAAGCCGGACGGGCGGCTGACATTGTCATTTGGGAAGCGCCGAATTACATGTATATCCCGTATCATTACGGCGTCAATCATGTCCGCCGTGTCATCAAGAACGGAAAAACGGTCGTTTCAAGGGAGGGAGCCGCTCTTGGATAA MPKQIDTILTNIGQLLTMESGGPRSGGSMQDLHVTEDAVIGIHDGRIVFAGHQGAEEGYEARDIIDCGGRLVTPGLVDPHTHLVFGGSREKELNLKIQGMSYLDILAQGGGILSTVKDTKAASEEELIEKGLFHLGRMLSYGITTAEVKSGYGLDKDTELKQLTAAKKLGGRQPVDLVTTFMGAHAIPPEYRNSPDEFLNRMLQLLPEIKEEGLAQFADIFTETGVFTVSQSRNYLKKASEAGFGLKIHADEIDPLGGAELAAELHAVSADHLVGASDEGIEKLAESGTIAVLLPGTTFYLGKHTYARAREMIDAGVRVSLATDFNPGSSPTENLQLIMSIAALHLKMTAEEIWHAVTVNAAYAIGKGEEAGQIKAGRAADIVIWEAPNYMYIPYHYGVNHVRRVIKNGKTVVSREGAALG PGPT0020235_526 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_HISTIDINE_DEGRADATION,PGPT0020235-hutI-K01468 NA NA D1-12_02203 1665 hutU COG2987 Urocanate hydratase ATGACTGATGTAAAGAAATCAATCCGCGCCGGCCGCGGCACCGAACTTGAATGCTTAGGATGGGAGCAGGAAGCCGTGCTCCGCATGCTCCGAAACAACCTTGACCCGGAGGTTGCCGAAAAGCCGGAGGATCTGATCGTATACGGCGGCATAGGCAAGGCCGCACGAAACTGGGATGCTTTTCACGCGATTGAGCGTTCCCTCAAAACGTTAAAAGATGATGAAACACTGCTGATCCAATCCGGAAAACCGGTCGGACTGTTCCGCACGCACAGCCGCGCGCCCCGCGTCCTGCTGGCTAATTCGGTTCTCGTGCCAAAATGGGCGGATTGGGAACATTTCCATGACCTTGAGAAAAAAGGGCTGATGATGTACGGGCAGATGACGGCCGGCAGCTGGATTTATATCGGCTCACAAGGCATTTTGCAAGGCACCTATGAAACCTTTGCGGAGCTTGCGAGACAGCATTTCGGCGGCAGTCTGAAAGGAACCCTTACGCTGACGGCCGGTCTTGGCGGAATGGGAGGCGCCCAGCCGCTGTCCGTCACGATGAATGATGGCGTCGTCATCGCCGTTGAAGCGGATGAAACACGGATTGATAAACGGATGGAAACAAACTATTGCGATCGAAAAACAGCATCAATTGACGAAGCGCTGCGCTGGGCCGAAGCAGCCAGACAAGCCGGAGAACCTTTATCGATCGGCCTTCTCGGCAATGCGGCTGAGGTGCATCATGAGCTTTTGAACCGCGGCGTCCATATTGACATCGTGACCGATCAGACTTCCGCTCACGACCCGCTGATCGGCTATATTCCGGCAGGATACTCACTTGAAGAGGCCGGGCGTCTGCGCCGGGATCAGCCCGATTTATACGTAAGGCTATCCAAGCAAAGTATGAAAAAGCATGTGGAAGCCATGCTTGCCTTCAAGAAAAAAGGGGCTATCGTCTTCGATTACGGTAACAATATCCGCCAGGTTGCCAAAGATGAGGGTCTCGCCGATGCTTTTGATTTTCCGGGATTCGTTCCCGCCTACATCCGACCTTTATTTTGTGAAGGAAAAGGGCCGTTCCGCTGGGCTGCGCTGTCGGGAGACCCTGAAGATATATACCGCACGGACGCTTTATTAAAAGAGCTGTTTCCAGAAAATCAAGCCCTTCACCGCTGGATTGACATGGCACAGAAAAAAGTCACATTCCAAGGCCTGCCGTCCCGTATTTGCTGGCTCGGCTACGGTGAACGGGAAAAGATGGGGCTCGCCATCAATGAATTGGTCAGAAACGGCGAGCTGAAAGCCCCGATCGTCATCGGAAGAGACCATTTAGACTGCGGATCTGTCGCCTCTCCGAATCGGGAAACAGAAGCGATGAAAGACGGAAGCGACGCGGTCGGCGATTGGGCGGTGCTGAACGCGCTGATCAACACGGCCTCAGGCGCAAGCTGGGTTTCTTTTCACCACGGCGGGGGCGTCGGCATGGGGTATTCCCTTCACGCGGGAATGGTCGCGGTCGCTGACGGCAGCATCCTTGCGGAACAACGGCTTTCCCGCGTTCTGACAAGCGATCCGGGAATGGGCATCATCCGCCATGCGGACGCAGGTTATGAAAAAGCGGTTCAAGTCGCCGAGGAACAAGACATTATGATACCGATGAAAAAGGAGCGGTAA MTDVKKSIRAGRGTELECLGWEQEAVLRMLRNNLDPEVAEKPEDLIVYGGIGKAARNWDAFHAIERSLKTLKDDETLLIQSGKPVGLFRTHSRAPRVLLANSVLVPKWADWEHFHDLEKKGLMMYGQMTAGSWIYIGSQGILQGTYETFAELARQHFGGSLKGTLTLTAGLGGMGGAQPLSVTMNDGVVIAVEADETRIDKRMETNYCDRKTASIDEALRWAEAARQAGEPLSIGLLGNAAEVHHELLNRGVHIDIVTDQTSAHDPLIGYIPAGYSLEEAGRLRRDQPDLYVRLSKQSMKKHVEAMLAFKKKGAIVFDYGNNIRQVAKDEGLADAFDFPGFVPAYIRPLFCEGKGPFRWAALSGDPEDIYRTDALLKELFPENQALHRWIDMAQKKVTFQGLPSRICWLGYGEREKMGLAINELVRNGELKAPIVIGRDHLDCGSVASPNRETEAMKDGSDAVGDWAVLNALINTASGASWVSFHHGGGVGMGYSLHAGMVAVADGSILAEQRLSRVLTSDPGMGIIRHADAGYEKAVQVAEEQDIMIPMKKER PGPT0020250_2177 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_HISTIDINE_DEGRADATION,PGPT0020250-hutU-K01712 NA NA D1-12_02204 1542 hutH COG2986 Histidine ammonia-lyase ATGATGGTGACGTTAGACGGTTCCTCACTGACAACCGCAGATGCCCAGCGTGTGCTGTTTGATTTTGAAGAGGTTCAGGCATCTGCCGAAAGCATGGAACGTGTGAAAAAAAGCAGGGCGGCGGTTGAACGGATCGTTCAGGAGGAGAAGACCATTTACGGGATTACAACGGGGTTCGGCAAGTTCAGCGATGTGCTGATTCAAAAAGAAGACGCCGCGGATCTGCAGCTGAATCTGATTCTTTCTCACGCGTGCGGCGTCGGTGATCCGTTTCCGGGATCTGTATCGCGGGCCATGCTGCTTTTACGAGCCAATGCCTTGCTGAAAGGCTTTTCCGGCGTGCGGACTGAGCTGATTGATCAACTGCTCGCGTATCTCAATCATCGCATTCACCCGGTCATCCCGCAGCAAGGGTCACTGGGGGCGAGCGGAGATTTGGCGCCGCTTTCTCATCTCGCACTAGCGCTTATCGGGCAAGGCGAAGTCTTTTACGAAGGGGCCCGGATGCCGACAGCTCATGCTTTAGAAAAGACAAACCTTCAGCCGGCCGTCCTGACCTCTAAGGAAGGGCTCGCGCTGATCAACGGAACGCAGGCTATGACCGCGATGGGGCTGATCGCTTACCTCGAAGCCGAAAAACTGGCCTATCAATCGGAACGGATCGCGAGCTTAACGATCGAAGGCCTTCAGGGCATTATCGATGCGTTCGACGAGGACATTCATGCCGCCCGCGGTTATCAGGAACAGATGGATGTCGCAGAGCGAATCCGCTATTACTTGTCAGACAGCAAACTGACGACCGTCCAAGGGGAGCTGCGTGTCCAGGACGCCTATTCGATCCGCTGTATTCCTCAAGTCCACGGCGCATCATGGCAGACATTAGCGTATGTAAAAGAAAAATTAGAAATTGAGATGAATGCCGCGACAGATAACCCGCTCATTTTCGAAGACGGCGCCAAAATCATCTCAGGCGGAAACTTTCACGGACAGCCGATCGCCTTTGCCATGGATTTTCTCAAAGTAGCGGCGGCCGAACTTGCGAATATTTCTGAACGCCGTATCGAACGGCTTGTGAATCCGCAGCTGAATGACCTGCCGCCCTTTCTGAGCCCTCAGCCCGGCTTACAATCCGGAGCGATGATCATGCAATATGCGGCGGCCTCCCTCGTGTCAGAAAATAAAACCCTGGCCCATCCCGCCAGTGTCGATTCCATTCCTTCATCGGCAAACCAGGAGGATCACGTCAGCATGGGAACCATCGCCTCAAGGCACGCCTACCAGATCATCGCGAATACGAGACGGGTGCTTGCCGTTGAAGCCATTTGCGCGCTGCAGGCCGTGGAATACCGGGGTGCGGAACATTGCGCCTCGTACACAAAACAGCTCTATCTTGAAATGAGAAACATCGTGCCGTCCATACAAGAAGACCGCGTGTTTTCTTATGACATCGAGCATCTGAGTGACTGGCTGAAGAAGGAGTCTTTTCTGCCGAATGAACATCACCAAAAACTGATGACCAATGAAGGAGGACTGACAAGATGA MMVTLDGSSLTTADAQRVLFDFEEVQASAESMERVKKSRAAVERIVQEEKTIYGITTGFGKFSDVLIQKEDAADLQLNLILSHACGVGDPFPGSVSRAMLLLRANALLKGFSGVRTELIDQLLAYLNHRIHPVIPQQGSLGASGDLAPLSHLALALIGQGEVFYEGARMPTAHALEKTNLQPAVLTSKEGLALINGTQAMTAMGLIAYLEAEKLAYQSERIASLTIEGLQGIIDAFDEDIHAARGYQEQMDVAERIRYYLSDSKLTTVQGELRVQDAYSIRCIPQVHGASWQTLAYVKEKLEIEMNAATDNPLIFEDGAKIISGGNFHGQPIAFAMDFLKVAAAELANISERRIERLVNPQLNDLPPFLSPQPGLQSGAMIMQYAAASLVSENKTLAHPASVDSIPSSANQEDHVSMGTIASRHAYQIIANTRRVLAVEAICALQAVEYRGAEHCASYTKQLYLEMRNIVPSIQEDRVFSYDIEHLSDWLKKESFLPNEHHQKLMTNEGGLTR PGPT0020230_1619 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_HISTIDINE_DEGRADATION,PGPT0020230-hutH-K01745 NA NA D1-12_02205 447 hutP Hut operon positive regulatory protein ATGACCTTACACAAAGACCGCCGCATCGGGCGACTGTCCGTCCTTCTTCTGCTTCATGAGACTGAAGAAAACCAGCAGATCAGCCGGCTGGAACGGGACGGCTGGAAAGTCTGTCTCGGCAGGGTGGGTTCAATGGATGCGCATAAGGTGGTAGCTGCAATTGAAACCGCTTCCAAAAAGAGCGGCGTCATTCAATCTGAGGGTTATCGCGAATCACATGCGCTGTATCATGCCACAATGGAAGCTTTGCACGGAGTGACGCGGGGCGAAATGCTGCTTGGCTCGCTGCTTCGTACCGTGGGCCTGAAGTTTGCCGTCTTGCGGGGAAATCCGTATGAAAGCGAGGCGGAAGGCGATTGGATCGCCGTTTCACTTTACGGCACGATCGGAGCTCCGATTAAGGGGCTTGAGCACGAAACATTCGGAGTCGGAATTAATCACATATGA MTLHKDRRIGRLSVLLLLHETEENQQISRLERDGWKVCLGRVGSMDAHKVVAAIETASKKSGVIQSEGYRESHALYHATMEALHGVTRGEMLLGSLLRTVGLKFAVLRGNPYESEAEGDWIAVSLYGTIGAPIKGLEHETFGVGINHI NA NA NA NA NA D1-12_02206 1407 abn2 COG3507 Extracellular endo-alpha-(1->5)-L-arabinanase 2 ATGAAAATCAGTTTCTTTCGTGTGTGCCTGGTCTCAGCAGCGGTCATCGGGTTCACTCTGCCGCAGGCAAAAGCCCAGCATCCGGTTTTTTCAGAAGTCAGCGTGCATGATCCGTCCGTCATTAAAACAGGAGATACATATTATGTATTCGGCTCGCATTTGGCTTCCGCCAAGTCGAAAAACCTGATGCAGTGGCAGCAGATATCTTCAAGCGTCAATCCCAATAATCCCCTGATCCCGAACGTCTACACCGAATTAAAAGAGACATTCGACTGGGCCCAGTCTGATACGCTGTGGGCGCCGGACGTCGCCCAGCTGTCTGACGGGAAATATTACATGTACTATAACGCCTGTAAAGGAGACTCGCCGCGATCCGCTCTCGGTGTCGCCGTGAGTGACAAAATCGAAGGACCCTACAAAAACAAAGGCATCTTTTTGAAATCAGGCATGGAAGGAAAAAGCGAAGACGGCACCACTTATAATGCAAACGTTCACCCGAACGTCGTAGATCCGCAAACGTTTTTTGACCATAAAGGCAAGCTCTGGATGGTGTACGGCTCTTACTCCGGCGGAATTTTCATACTGGAAATGAATCCGAAAACCGGTTTCCCGCTCCCTAACCAAGGCTACGGAAAAAAACTGCTCGGCGGAAATCACAGCAGAATCGAAGGCCCGTACATCAGCTACAATCCGGAAACGAAATATTACTATCTGTATCTGTCATTCGGCGGACTTGACACAGCCGGCGGTTACAATATGCGTGTGGCGCGCTCTAAAAATCCGGACGGTCCGTACTATGACGCCGCAGGTCATAACATGCTTGATGCCAAAGGAAAAGACGACAGTTTCTTCGACGACAAAGCAATTGAACCGTACGGGGTTAAACTCATGGGCGGCTACAGCTTCGCCTCACAATCTGAAAAAGGCACGGGCTACGTATCGCCGGGACACAACTCCGTGTTTTACGACGGGAAAACGAAACGATCATACCTCATTTTCCACACCCGTTTCCCGAACAGAGGAGAAGAGCATGAAGTCAGAGTGCATCGGCTGTACATGAACAAAGACGGATGGCCCGTTGCAGCGCCATACCGCTATGCGGGAGAACCGGATTCACACATATCGGCGGCCGCTGCATCCGGAACCTACAAACTCATCCAGCACGGAAAAGACATCACAGCTACGATCAAAACACCAAAAAACATCCGGCTTAACAACGACGGCACCATTTCCGGGGAAATGACCGGAACCTGGACAATAACGGACAGCAGCAAAGCCCGAATCAACCTGAACGGCACAAATTATGACGGCGTCTTCCTGAAAGAATGGGACTCAGCGAGAGAGAAAGAAGTTGTGACGTTTAGTGTGCTGAGCGGTGATGGGGAGGCTGTTTGGGGAGTGAAGTGA MKISFFRVCLVSAAVIGFTLPQAKAQHPVFSEVSVHDPSVIKTGDTYYVFGSHLASAKSKNLMQWQQISSSVNPNNPLIPNVYTELKETFDWAQSDTLWAPDVAQLSDGKYYMYYNACKGDSPRSALGVAVSDKIEGPYKNKGIFLKSGMEGKSEDGTTYNANVHPNVVDPQTFFDHKGKLWMVYGSYSGGIFILEMNPKTGFPLPNQGYGKKLLGGNHSRIEGPYISYNPETKYYYLYLSFGGLDTAGGYNMRVARSKNPDGPYYDAAGHNMLDAKGKDDSFFDDKAIEPYGVKLMGGYSFASQSEKGTGYVSPGHNSVFYDGKTKRSYLIFHTRFPNRGEEHEVRVHRLYMNKDGWPVAAPYRYAGEPDSHISAAAASGTYKLIQHGKDITATIKTPKNIRLNNDGTISGEMTGTWTITDSSKARINLNGTNYDGVFLKEWDSAREKEVVTFSVLSGDGEAVWGVK PGPT0019090_405 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-ARABINANASE,PGPT0019090-abnA-K06113 NA NA D1-12_02207 750 hypothetical protein TTGTTAGATGAACCTATTGAGAGGCTAAGTCAATTTACTGAATTTGTAGAAGCACTACCTAAAGAGTTTATTTTATCAAGAGGGCAGGAAAAAGAATACGAATTGTTACCTGGTGCCCTAAGGTTGGATAATAACAAAAAGAGGAAATATTCGAGAGGATCAATTCAATATTTTTTAAATGAGTTTAAAGTAAATTGTCACAATTATGTGAAGCAACCTATAGATATCAGAGATGACTATGAGTGGATGGTTTATGCACAACATTACGGAATCCCAACTAAATTGTTAGATTTTACTCATTCGCATGTAGTTTCTTTAATGTTTGCTGTTGAAAACTCCTTCCATGAAAATGAAGAATGTGATGCAGAAGTATGGTTTCTAAATCCTTTAGAATTGAATTATAAGTTTGCATCACGTTCAGATATAATTAATATTTCTAATGGTGAAAGAATAAATTTAGACAATTTTGATGGGCCGATAGCATTCAAAGCTAGAAAGTTAAATGAAAGAATTAACGCACAAAATGGGCTTTTTGTATATTTTCAAGATAACTGCCAACCTTTGTCAGATTTGAAAGATGAAAATATAATTAGAAGATTGGTGATCAAAGGAGAGTGCAAAAAAGATATACTGTCCTCTCTTTATTCTATGGGAATAGGTTATACAACACTTTATCCAGAATTGGAATCTGTTACAAAAGATATAATAATGAAAAAGAGTATTTTAGAATATGTAAGGGATGGTGAGTAA MLDEPIERLSQFTEFVEALPKEFILSRGQEKEYELLPGALRLDNNKKRKYSRGSIQYFLNEFKVNCHNYVKQPIDIRDDYEWMVYAQHYGIPTKLLDFTHSHVVSLMFAVENSFHENEECDAEVWFLNPLELNYKFASRSDIINISNGERINLDNFDGPIAFKARKLNERINAQNGLFVYFQDNCQPLSDLKDENIIRRLVIKGECKKDILSSLYSMGIGYTTLYPELESVTKDIIMKKSILEYVRDGE NA NA NA NA NA D1-12_02208 1173 hypothetical protein TTGCTAGCTAAAATAAATTATAAACCTCAGGATATCGCTATAAAAGATATTATATCTATGATTACAAATGGATATAAACTTCAAAAGCTAGATAAAGAGGAAGAGCTAGATGATGAACTCAAACTTGATTATACTGATTCAATTATAATTGCCCCTGACTATCAGAGAGATTACAGAGCATCAGTTGCTGACGAAAGTTCTTTAATTGAGTCAATTCTTCTTGGTATACCAATACCACCTGTTTTTTTAGCTAATGATCGTTATGAGGGAGTTAAAGTTTTAAACGTAGTAGATGGACAACATCGACTGAGAGCATTTCATAGGTTTAAAGAAAATCAATTTAAACTTTCAGGACTAAATATAATGGTGGAGTTAAATGGAAAAAAATTTAGTGATTGCGAATTTGAAATTAAAGAGAAAATTTTATCGCACAAACTTGCCTCTATCGTTTTTACTGATTTCCCTGGTCTTGAATTAGAATTGGAGATTTTTAGTAGATATAATAAAGGTACTAAGCCATTAACACCGCAGGATATACGGCATGCTGTTTATAATTCTAAATTGAATAGTTTTGTAAATAAATTTGCTCAAAAAATGAATGATAAAAAGGTATCTAGCAAGATTCAGAGGGCCTACAATGCAACAACAGATAGGGTGAAAAAGAAGAAAATACAAGAAAATATTTTTGTGATAATGAGTATACTTGAAAATGGACTCAATACAGGATACGCGAAATCATCAGTTTATGCTGAAGAGTATATGAAACATAAATCTAAACTAGAAGTATGTAATCCACAACAATCACAAAAGGAATATGATGAGATCATAAATAGATTTAATACATTTAATGAAATAATTGAAGTAATTGGAGAAAGGATTGAGCACCCCTTTTCTAAAGAAATTTATGGTGTCTCAAGCAAGGGGTATAGGTTTCAGATAACTATAGCAATGATACTTTCTGGTGTTATTCACAAAATGATTAAAGAAGGTATCTCACTATCTAGATTAAAACAAAAAGCTGGAATAGATAACTTTCTAACTTATATATCTGATACTTTAAAAAATTCGTATTTAGAAGATCCTAAGTTTAACGCTTCTTCTACAAATGCTCGAGCTATGAACGAATTGATTAACGAAATGAACTTTGAATTCTTACAAGTTGTTGAAGACTAA MLAKINYKPQDIAIKDIISMITNGYKLQKLDKEEELDDELKLDYTDSIIIAPDYQRDYRASVADESSLIESILLGIPIPPVFLANDRYEGVKVLNVVDGQHRLRAFHRFKENQFKLSGLNIMVELNGKKFSDCEFEIKEKILSHKLASIVFTDFPGLELELEIFSRYNKGTKPLTPQDIRHAVYNSKLNSFVNKFAQKMNDKKVSSKIQRAYNATTDRVKKKKIQENIFVIMSILENGLNTGYAKSSVYAEEYMKHKSKLEVCNPQQSQKEYDEIINRFNTFNEIIEVIGERIEHPFSKEIYGVSSKGYRFQITIAMILSGVIHKMIKEGISLSRLKQKAGIDNFLTYISDTLKNSYLEDPKFNASSTNARAMNELINEMNFEFLQVVED NA NA NA NA NA D1-12_02209 1836 bglF COG1263 PTS system beta-glucoside-specific EIIBCA component ATGGACTATCATAAAATATCAAAAGAGATTTTACAACTTGTCGGCGGGGAGGAGAATGTTCAGAGTGTCATCCATTGCATGACGCGGCTTCGTTTTAATCTGTATGACAATGCGAAAGCAGATCGGAGCGGGCTGGAGCAGACGGAAGGCGTGATGGGGACAAATATCAGCGGCGGGCAATTTCAGATCATTGTCGGCAATCATGTGCCGAAGGTGTATCAGGCTTTGATGGAGAGCAGCGGGCTCAGTGATGAAAGCGCAAACAAAACTTCGAAGCAGAAGAAAAATGTGCTGAGTGCTGTGTTTGATGTGATTTCCGGCGTGTTTACACCGATTCTGCCGGCCATTGCCGGAGCCGGCATGATAAAAGGGCTTGTCGCGCTAGCGGTGACATTCGGCTGGATGTCGGAGAAGAGCCAGACTCACAGCATTCTCACGGCTGTCGGTGACGGTGCGTTTTATTTTCTGCCGCTTTTGCTTGCGGTAAGCGCGGCGAGAAAATTCAGATGTAATCCGTACGTGGCGGCCGCTGTGGCGGGTGCGATTTTGCATCCGGATTTAACGGCCCTGCTTGGAGCAGGGAAAAGCATCTCCTTTATCGGTCTTCCTGTAACCGCTGCCACGTATTCATCGACAGTTATCCCGATTTTGCTGGCGATATGGCTGATGTCCTATGTAGAGAAAGGAATTGACCGAATCACACCTTCTTCTTTGAAATTGATTGCCGTTCCGATGCTTACGCTTGTGATCGTCGTACCTGTCACCCTGATCACAGTCGGCCCGCTCGGCGCGATTCTCGGGAATTACCTGTCTGTCGGCGTCAATGATTTGTTCAATCATGCGGGCATTGCCGCGATGATTCTGCTTGCCGGCACATTTTCGCTCATCATTATGACGGGGATGCATTATGCGCTTGTGCCGATCATGATCAATAACATCGCCCAAAACGGACATGATTACATTCTGCCTGCGATGTTTTTGGCGAATATGGGGCAGGCCGGCGCGTCATTTGCGGTTTTCTTAAAATCAAAAAACAAAACCTTCAAATCGCTGGCGTTTACGACGGGCATTACGGCATTGATGGGCATTACCGAACCCGCGATGTACGGCGTTAACATGAGATTGAAAAAACCGTTCGCGGCTGCATTAATCGGCGGCGCGGCAGGCGGAGCTTTTTACGGTATAACGGGTGTCGCTTCCTACATTGTCGGCGGAAACGCCGGTCTGCCTAGCATTCCGGTCTTTATCGGGCCGACATTTCTATATGCGCTGATCGGGCTTTTTATCTCGTTTGCGGCCGGTATTGCGGCGGCACTGCTGATCGGGTTTGAGGATGTGCAGTCCGAACGGGACAAAGCGCCTGAAGCGCCGGGGGTGACGGCAGGCAGAGAAATCATTCACAGCCCGATTAAAGGCGAAGTGAAAGCATTAAGCGAAGTGAACGACAGCGTCTTTTCCGGTGGAATGATGGGAAAAGGTTTTGCGATTCTGCCTGAAGAGGGTGCGGCGGTTTCTCCTGTAGAAGGGAGGGTGACAGCCGTATTTAAAACAAAGCACGCCATCGGCATTACGAGCGCCCGGGGAGCCGAGGTTCTCATTCATATCGGGCTTGATACCGTCCGGCTGGATGGCAGGCATTTTGAGGTGCACGTCAAAGAAGGCGATGCCGTCGCACCGGGAGATCTGCTGATTACTTTTGAAATCGACGAGATAAAGGCTGCCGGTTTTGACGTGATCACGCCGGTCATCATTACGAATACGGATCAATATTCATTTACAGACGTGAAAAAAAGCGGAATGGTCAAACCGAACGAAGCGCTTCTGGCGTTATCCTGA MDYHKISKEILQLVGGEENVQSVIHCMTRLRFNLYDNAKADRSGLEQTEGVMGTNISGGQFQIIVGNHVPKVYQALMESSGLSDESANKTSKQKKNVLSAVFDVISGVFTPILPAIAGAGMIKGLVALAVTFGWMSEKSQTHSILTAVGDGAFYFLPLLLAVSAARKFRCNPYVAAAVAGAILHPDLTALLGAGKSISFIGLPVTAATYSSTVIPILLAIWLMSYVEKGIDRITPSSLKLIAVPMLTLVIVVPVTLITVGPLGAILGNYLSVGVNDLFNHAGIAAMILLAGTFSLIIMTGMHYALVPIMINNIAQNGHDYILPAMFLANMGQAGASFAVFLKSKNKTFKSLAFTTGITALMGITEPAMYGVNMRLKKPFAAALIGGAAGGAFYGITGVASYIVGGNAGLPSIPVFIGPTFLYALIGLFISFAAGIAAALLIGFEDVQSERDKAPEAPGVTAGREIIHSPIKGEVKALSEVNDSVFSGGMMGKGFAILPEEGAAVSPVEGRVTAVFKTKHAIGITSARGAEVLIHIGLDTVRLDGRHFEVHVKEGDAVAPGDLLITFEIDEIKAAGFDVITPVIITNTDQYSFTDVKKSGMVKPNEALLALS PGPT0016920_1566 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_BETA-GLUCOSIDE_PTS_SYSTEM_I,PGPT0016920-bglF-K02757 NA NA D1-12_02210 1398 bglH COG2723 Aryl-phospho-beta-D-glucosidase BglH ATGAAGAGATTTCCGGAAGGTTTTTTATGGGGCGGCGCAACGGCTGCCAATCAGATTGAAGGAGCTTATAAAGAAGGAGGCAAAGGACTTTCTACGGCGGATGTCTCCCCGGACGGCATTATGTCTCCGTTTCATGAGACAGACGATGCGCTGAATCTGTATCACGACGCGATTGATTTTTATCACCGCTATCAAGAGGATATCGCCCTGTTTGCGGAGATGGGTTTTAAAGCGTTCCGCACCTCCATTGCGTGGACGAGAATCTTTCCGAACGGTGATGAAACAGAACCGAACGAAGAAGGGCTGCAATTTTACGATCGTTTGTTTGACGAATTGAGAAAACATCAGATCGAACCGGTCGTCACGATTTCTCACTATGAGATGCCGCTCGGTCTTGTGAAAAACTACGGCGGCTGGAGAAACCGCCGGACGGTCGATTTCTATGAGCGGTACGCCCGCACGGTTTTCACCCGTTATAAAGACAAGGTGAAATATTGGATGACCTTCAATGAAATCAACGTCGTTCTTCACGCTCCGTTTACAGGCGGCGGTCTTATATTCCGGGAAGGCGAAAATAAACAAAACACGATGTACCAAGCGGCTCACCATCAATTTGTGGCGAGCGCACTGGCGGTAAAAGCCGGCCATGAGATCATCCCGGATTCCCAGATCGGCTGCATGATCGCCGCGACGACGACGTATCCGATGACGCCGAAGCCGGAGGATGTATATGCGGCTTTGCAAAAAGAGCGGAGCACGCTGTTCTTTTCTGATGTACAGGCGAGGGGCAGCTATCCGGGCTACATGAAACGCTTCTTTAAAGAAAACGGAATTACGATCGAGATGAAGGAAGGAGACGAGGCGCTCCTGAAAGAACATACGGTGGATTACATCGGCTTCAGCTACTACATGTCGATGACGGCCAGCACGGCGCCTGAGGATCTGGCGCAATCTAAGGGAAATCTTCTCGGCGGCGTGAAAAACCCGTACCTGAAATCTTCCGAATGGGGCTGGCAGATTGATCCGAAGGGCTTGCGCATCACCTTAAACACGCTGTACGACCGTTATCAGAAACCGCTCTTTATCGTCGAAAACGGACTTGGCGCGGTTGATCAGCCGGAGGAGGACGGAACCATTCAGGATGATTATCGCATCAATTATCTGCGTGATCATTTAATAGAGGCAAGAGAGGCGATTGAAGACGGCGTCGACCTGATCGGCTACACGTCGTGGGGGCCGATTGACCTCGTCAGCGCCTCAACGGCAGAAATGAAAAAACGCTACGGCTATATCTATGTCGACCGCGGCAATGACGGAAAAGGCACGTTTGAAAGGAAGAAAAAGAAAAGTTTTTATTGGTATAAAGACGTCATCGCCACAAACGGAGAAAGTCTGTAA MKRFPEGFLWGGATAANQIEGAYKEGGKGLSTADVSPDGIMSPFHETDDALNLYHDAIDFYHRYQEDIALFAEMGFKAFRTSIAWTRIFPNGDETEPNEEGLQFYDRLFDELRKHQIEPVVTISHYEMPLGLVKNYGGWRNRRTVDFYERYARTVFTRYKDKVKYWMTFNEINVVLHAPFTGGGLIFREGENKQNTMYQAAHHQFVASALAVKAGHEIIPDSQIGCMIAATTTYPMTPKPEDVYAALQKERSTLFFSDVQARGSYPGYMKRFFKENGITIEMKEGDEALLKEHTVDYIGFSYYMSMTASTAPEDLAQSKGNLLGGVKNPYLKSSEWGWQIDPKGLRITLNTLYDRYQKPLFIVENGLGAVDQPEEDGTIQDDYRINYLRDHLIEAREAIEDGVDLIGYTSWGPIDLVSASTAEMKKRYGYIYVDRGNDGKGTFERKKKKSFYWYKDVIATNGESL PGPT0019255_3498 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-GALACTOSIDASE,PGPT0019255-bglA-K01223 NA NA D1-12_02211 447 teaD COG0589 TRAP-T-associated universal stress protein TeaD ATGTTTAAAAAAATTCTTGCAGCAGTAGACGGTTCAGACATGAGCAGCAAAGCTTTGGACGCAGCGATCCATCTGGCGAAAGAACAGCAGGCTGAACTCACCATTCTCTATGCGGGACGTGAAGCCGTTGTCTCCACATCAGCCTTAACAGGGATTGTCTATGTTCCGGAAAACTTCATTGAAGACATCAAACATGAAGTCGAGCAAAAAGGAGCGGCCATTCTGGAAGATGCCAAGCAGAAAGCGGCAGAAAGCGGAGTAAATGCGGAAAGCCTGTACGTCCAAGGCGAACCTGCGCATCAAATTTTAAACATAGCGAAAGAACAGCATTTCAATTTGATTGTCGTCGGAAGCCGCGGAATCAGCGGATTTAAAGAAATGATGCTCGGAAGCGTGAGCCATAAGGTCTCACAATTGTCTCCTTGTCCTGTACTGATCGTTCATTAA MFKKILAAVDGSDMSSKALDAAIHLAKEQQAELTILYAGREAVVSTSALTGIVYVPENFIEDIKHEVEQKGAAILEDAKQKAAESGVNAESLYVQGEPAHQILNIAKEQHFNLIVVGSRGISGFKEMMLGSVSHKVSQLSPCPVLIVH PGPT0002681_6 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-PHOSPHATE_STARVATION_RESPONSE,PGPT0002681-yxiE-NA NA NA D1-12_02212 912 hypothetical protein ATGCAAGCTGAACAAACATCAAATGCAGTCATCAAAATGGTCATTTCCATGGTCATTTTCGGATCAATCGGCTTTTTCTCGGAACATACGAATGTGCCTTCAATTGAACTGGTCTTTGTGAGATGTCTGTGCGCCTCATTGTTTCTGGGCGTTTGCTGGTTTGGTTCCGGACGGTACCGCACCGAACAATGGAACCGGCGTGAGGTGCTGCAGACACTGGCCTGCGGATTTTTTCTCGTGCTGAACTGGGTGTTTTTATTTAAATCATTTGAGGAGACATCAGTGACGATAGCGATTTCCGTTTATCATCTGGCTCCGGTTCTCGTCCTTCTCCTAGGGAGCCTTATATACCGGGAAAAACTGCATCTCATATCCGTCACTTCCATCGTGATTTGTTTTCTGGGCACCGCCCTGATTTCCGGCATCAACGGAAGTACATCATTTTCTCAGCTGATGGGATCGGGTATTATTTGGGCCGTGCTGGCCGCCCTTTTTTACGCCTTTACGACACTGGCCGGGAAAGGTATCAACAGCCTCAGCCCATACGCCGTCACCTGTTTGCAGACCGGATTGGGCGTTATCATTCTTCTTCCGTTCGTCCGTTTCGGCGCTTTTTCTGATTTGTCGCATGTGAATTGGATCATGATTGTGTCAACCGGTATCATTCATACGGGAATTGTGTATTTGCTCTTTTTTGACAGCTTGCGGTTTTTATCCACCCGGTTTATTTCAATCATCGTATTTCTTGATCCGGCGGTGGCGATTGTGCTTGACACCGTATTTACGGGATTTCGCCCCGACCTTTATCAATCTTTGGGGATTGTATTGATTTTTACGGGAATGGCGCTGTCCCTGATTCGAAAGCAAAAAGCCGTGCCGTCGGAAACTCAGGCAGACAGCACCCGTATATAG MQAEQTSNAVIKMVISMVIFGSIGFFSEHTNVPSIELVFVRCLCASLFLGVCWFGSGRYRTEQWNRREVLQTLACGFFLVLNWVFLFKSFEETSVTIAISVYHLAPVLVLLLGSLIYREKLHLISVTSIVICFLGTALISGINGSTSFSQLMGSGIIWAVLAALFYAFTTLAGKGINSLSPYAVTCLQTGLGVIILLPFVRFGAFSDLSHVNWIMIVSTGIIHTGIVYLLFFDSLRFLSTRFISIIVFLDPAVAIVLDTVFTGFRPDLYQSLGIVLIFTGMALSLIRKQKAVPSETQADSTRI NA NA NA NA NA D1-12_02213 1065 pelB COG3866 Pectin lyase ATGATAAACAAGACGCGTCATCTCGCTTTCTTGGCTGCACTCGGCTTTGCGCTTTGTCTGGCCATCGTATGTTCCGTATCAAAGCAGGCAGAAGCGGCAGCGGCTTATCCGGATGTGATGCAGGGACTTACCGGATTCGCGGGAAATGCGAAGGATCATAACGGAAAAGCAAAATCCGCCGTATCGGGAGGCCAGGGCGGCCCCGTCGTCTACGTCAGCAATCTCAATGATTTGAAAAACAATGCGGGCGGAACGGATCGCAAAACCATCGTCATCACAAGTGATATTTCTTCCCCGGGTAAAGCCGTTGTGACAGTCGGCGCCAATAAAACCATCGTCGGCTCTTATACCAGCCACAGGCTGACCAACATCTATCTGACCACCGGCTCCGGCTCAAACAATGTGATTTTCAAAAATCTCATTATCAGCCATAGTGCCGCCATTACGGGCAACAACGACATTCCGATGTACATAGCGAACGGACAGAATTACTGGATTGACCACGTGTGGTTTGAAGGACACAGCTACAATCCGAACAGCCACAGTGATTTGGGAAAGCTTCTGTATGTCGGCGCCAAAGCGGATTTTGTGACGCTGTCTAACTCTAAATTCACAGACCATCTGTACGGCCTGATTCTCGGTTATCCGAATGATGATAACGAAGGACGCAATTATATCGGCTATCCGCATATGACGATCACCAACAACTATTTTAATAACGTCTATGTGCGTTCATCGGGCCTGATGAGATACGGCTATTTTCACGCGAAAAACAACTATGTGACCAATTTCAATTTAGGATTCACCATTCATACAAACGCGACTGTCTTCTCAGAAGCCAACTATTTCGGTAACGGAAATGAAAAAGGCGGAATGATAGACGACTACGGGACGGCCCAATTCACCGACATCGGTTCATTCCCGTCGCTCAAAGCCCCGAAATCACCGCGCACCGGCTGGAATCCGAGATCAAATTACAGCTACGGCACGCTTTCAGCCCAGGACGCCAAAAACTTCGCCCAATCCTACGCGGGAGCGCAAAATACAAATCTCCGCTATCCATAA MINKTRHLAFLAALGFALCLAIVCSVSKQAEAAAAYPDVMQGLTGFAGNAKDHNGKAKSAVSGGQGGPVVYVSNLNDLKNNAGGTDRKTIVITSDISSPGKAVVTVGANKTIVGSYTSHRLTNIYLTTGSGSNNVIFKNLIISHSAAITGNNDIPMYIANGQNYWIDHVWFEGHSYNPNSHSDLGKLLYVGAKADFVTLSNSKFTDHLYGLILGYPNDDNEGRNYIGYPHMTITNNYFNNVYVRSSGLMRYGYFHAKNNYVTNFNLGFTIHTNATVFSEANYFGNGNEKGGMIDDYGTAQFTDIGSFPSLKAPKSPRTGWNPRSNYSYGTLSAQDAKNFAQSYAGAQNTNLRYP PGPT0023525_174 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_CELL_WALL|MEMBRANE_DEGRADATION PLANT_MEMBRANE_POLYSACCHARIDE_DEGRADING_FUNCTIONS PLANT_MEMBRANE_PECTATE_LYASE|ESTERASE,PGPT0023525-pelB-K01732 NA NA D1-12_02214 7038 wapA tRNA(Glu)-specific nuclease WapA ATGAAATTAGGAAAAAAGAACAAGTGGAAAAAATGGCTGGCCGGCACTCTTGCGGCAACGCTTATGATTTCCATTGCGCCTGCCGATGTATTTGCGGCAGAAACGCGTGATAAACAAGATCAAGCGAAAACCGCCGACATTCCGGCAGCAGACCCGGAAAAAGATCTTCCGGCGGAAAAAGCATCTGAGCAGATGCCTTTTGATCAAAAAGATATCAATCAAGACGGTGAGATCACGTCTGAAAGAACTGAGAATTCAAAGCTTTACTATGAAGGCGAGGGTGTGTACAAACAGGAAATCTACACAGACCCCATTCATACGAAAGAAACCGCCAATGCGGACTGGGAAGACATTTCTCCTGAATTGAAAACCGGCTCAAAGGAAGTCGGAACGGAAAATACAGTGCTGAACTCCGATTTTCTGAAGCAAATGAAAAACGGATTATACGCTACATTTGAACACGATGATCATAAGCTCACATACTCATTAACCGGCGCAAAAGGCCCCGATCAGGCTGCAATTACTCCGACAGATGCCTCAGCAAAAGTAAGGGAAGACAGCAACGAGCTTACGTATCAGCAAGTGTTTCCTGCAATTGATTTACAAACCTACACATTTAACGAAAACATAAAAGAAGACCTTGTGCTTCACAAATATGAAGGCTACAATTCCTTCACCTTTCAAATCAAAACCGACCTGCAGGCTAAAGAACAGGAAGACGGCTCGATCGCGTTTTCTGATGATAAAGACAATGTCGTCTACACCGTGCCGAAGCCCTTTATGACCGACTCAGATCTCGACGAAAAGTCAGGTGAAGTCAACAGGTCAGAAGATGTCAGCTTCAAACTTGAAAAAAACAGCGAAGGCTACTTGCTCCATGTAACGGCCGATGAAAAATGGCTGAAAGATCCCAAGCGGGTTTATCCGGTATCTATTGACCCTTCAACATCAGTATCTGTGTCATCCGATACCTTTGTCATGAGCGCGTACCCGACGACAAACTACTCTGCCGCATCGCAGAAATGGGATGCCGGATTGAAAGCGTACGTGCTGAAAACTGGATATTATGACGGCACAACCGGAACGAACTACACTTTTATGAAGTTTGATAATCTAAAGCCGATCAAAAACATGACGGTGACGAAAGCGACGCTCAAAGCGTACACAGCCCACTCCTATTACGGATCAAAAGCGACGGGGCTTTGGCTCGACACCGTTAACAGCAATTACGACAATGCCAAGATTACGTGGAAGAACAAGCCGGGCTCCAAAAACATCGGCAAAGCCGAGGTCTATAAAGGCCAATGGGCAAGCTTCGATGTCACCTCCGCAGTCAAGTCGTGGAACAGCGGCGGCGCCAATTACGGCTTTAAGCTTCACGCAAACGGCAACGGAAAAGAATATTGGAAGAAGCTGATGTCATCAGCAAACTCTGCTAAAAAACCATACATTGAAGTGACATACACGATTCCGAAGGCGGACACGCCGTCTGTCAAAGCGTATCATAACGGAGATTCGACAGGATTTTTCAATATCAGCTGGAAAAAAGCTGAAGGCGCCAAAAGCTATAAAGTCTGGCTTTATAACGGGAAAGAATATCAAGCCATTCCGGTCGGCAATGCAACCTCTTGGAGCACAAGAGGGAAAAAGATTTGGCCGACAAAAGCGGAAATCGACTCCGGCAAATATAAGCTGCATACAGACGGAAAAGGCGGAAGTGAATTAGCGCTTAATCCTTCGCCGGTCTATAAAAACTCCGGCGGCAGCTATCCGGCAAGTAAAAATTACTGGGTCGCGGTCAGCGCGGTGTTTGACCAGGGAGAAGGCGCCATGTCTGCGGCCGCCAAGCCTGTAATTCCGAATATTGGAAGAGTTCAGAAACCAAGTACGAAAGGCTTTAATAACAACAACGCCACAGGCTGGTTTGATCTTTCCTGGAAAGCCGTATCAGGCGCAGCCGGGTATAAAATGCAAGTCTTTAACGGCAAAAGCTTTGAAACGCTTGACCTCGGAAATAAAACATCCTGGTCCACAAAAGATCAAAACATCTGGCCGACAAAGGCGGAAATCAGCGCCGGAAAATATGCGCTTCACCTGAAAGACAAAAAAGGCGCGGAATTGCCAATCAACCCGGGCTCTGTTTATAAAAACGCCGGCGGAGATGCGAACCGGAAAACCTACGGATTTAAAGTCATTGCCTATAACAAAGACGGAGAAGCGATCGCCTCACCGGAAGCTAGTCCGGCGCTGCCTGATATCGCAAAGCCGAAAAACCTGACAGGCTATGTCTATACGAACACGAAATCGAGCCAAACGGGTTATGTCAATCTCATATGGGATAAGGTCAAAAACGCGAAAGGCTACAAAATCAACATCTACAACGGAAAAGACTATCAATCATTCGATATCGGTGATACCGATCATTGGACGACCCAAAACAAACACATCTGGCCTTCAGCCGATGAAGTGAAAGCGGGAAGATTCCAGCTTCACACGGACGGAAAGGGCGGCGAACTGGCGCTTGACCCTTCACCTGTTTACGAAAACGCAAACGGCAATTACAAAGGGAAGAAGAACTATTCCTTTACGCTGACCGCCTATGACGCAAACGGTGACAGCATACCGACGGCACCTTTTAACCCTGTTTTCCATGAAGGGGCGGAATTCCTCGGAACGGAAGAATTCTGGTCTATTATCGACATTCCGGACGGACAGCTGAATGGCGCAACGGGAAATGTCATCGTCAATGAAGAAGATATGTCAATCGACGGACGCGGACCGGGGCTCGGACTCTCCCGGACCTTCAACAGCCTTGACAGCTCTGACCATATGTTCGGCCAAGGCTGGTATGCCGATGCGGAAACGTCGATTCTTTCTGAAGACGGCAGAGCCGTTTATATTGATGAGGACGCGACAACACATGTCTTCACGAAAAAATCTGACGGCACGTATCAGCCGCCGACGGGCGTTTATCTCGAACTGACGGAAACAAGCGATCAATTTGTATTAAAAACAAAAGATCAGACGAACGCTTATTTCAGCAAAAAAGGCGGAAAGCTCCAAAAAATCGTTGACGGACACAACAACACAACCGTATACGAGTATAACGACAGCAATCAGCTGACCGCCATAACAGACGCATCAGGGCGCAAGCTGACATTTACCTATGATGAAAACGGCCATGTCACATCTCTTACAGGGCCGAAAAACAAAAAGATTTCGTATTCATATGACAAAGACCTTCTCAAAAAGGTGACGGATACTGACGGCAGCGTCACAAGCTACGACTATGATGCCGAAGGGCGCCTCGTCAAGCAGTATTCCGCAAACAGCACGCCTGACAAACCGCTGTTCACTGAATACCAATATAGCGGCCACCGCCTGACCAAAGCCGTCAATGCGAAAAAAGAAACGTACGACTACAGCTATGACGCGGACAAAAAAACGCTGCTCATGACGCAGCCGAACGGCCGCCAAGTGCAGTACGGCTATAATGAGGCGGGCAACCCGATTCAGATGATCGATGATGCCGAAGGGCTGAAAATCACGACCAACACTGTATACGAAGGCAACAACGTCATTCAGGACACCGATCCGAACGACGCGGATGCGGGCAAAGCGACAGAAAGCTATCAATATGATAAAGACGGCAACGTCACAGCCGTAAAAGACAACTACGGCACCGAAACGTATCAGTACAACAAAAACAATGACGTAACGAAAATGAAGGACACCGAGGGGAACGTCACTGATATTGCGTACGACGGACTTGATGCCGTTTCTGAGACGGATCAAAGCGGAAAATCCTCATCCGCCGCCGTGTATGACAAGTATGGAAATCTCATTCAATCAAGCAAAGAGCTGGCAGCTTCGGCAAGCCTGCTGAAAGACGGCAGCTTTGAAGGAACAAAGCTGGGCTGGAATCTCACCGCTACGAGAGACAGCGGAAGTATTGCATCTGTAAAAGCAAGAAGCGGCGCGCTGTCCGGACAAAAAGCACTGGAGATCTCCTCACAATCCGCTTCAGCCGGAACAGAGCACGGCCATGCGTCCGCAACGCAGGAAGTGCAGCTTGAGCCGAATACGACGTATACACTCAGCGGCCAGATCAAAACGGATCTGACAAAGGCAAGAGCGTATTTCAACATTGATCTGCGTGACAAAGACCAAAAACGCATTCAATGGATTCACAATGAATCAGGCGCATTAGCCGGAAAGAATGACTGGACGAAACGGCAGATCACCTTTACAACACCGGCCAATGCAGGAAAAGCCATCGTCTATATGGAAGTGGACCATAACGACAAGGACGGCAAAGGAAAAGCGTGGTTTGATCAGGTTCAGCTGGAAAAAGGCGAAGTCTCTTCAAGCTATAACCCGGTGCAAAACAGCAGTTTCACGGCTAAAGCAGACGGCTGGAGCACAAGCGGAGCCGCCGCTGACCTTGATGAAGGCTTCGATGATGACAGCTCATTAAAAGCGTCCCGCACAAATGCATCACAAGCCAATGCGGCCGCAAAACAAACCGTCACATTAGGCCAAAGCGCGGACGATAAGCCGGTATATATCACGCTGACAGGAATGTCCAAGGCTGACGGCGTAAAATTAACGAACGACAATGATTACGCTCTTCAGGCCGGCGTCACTTATGCGGACGGCACGATGGGCGTCTACACCGCCAAATTCCCGCAGGGGACACAGGAATGGAACCGGGCAGCGGCAGTCATCCCGAAAACAAAGCCGATCAATAAAATCGAAATCAGCATTCTGTTCCAAAAAAGCGCCACAGGAACGGCGTGGTTTGATGATATCCGTTTAATCGAAGGAAGCATCCTGACGAAAAACACCTATGACGAAAAAGGAAACTACGTCACAAAAGAAGAAGACGAACTAGGTTATGCAAGCACTGCTTCATATGACGAGACTGGCAAGAAAACATCTGAAACCGACGCGAAAGGCGAAACAACCGCCTACGAATACGATCAGGCCGACCAGCTGACAAAGCTGACCCTGTCAAACGGCACATCCATCCTTCACAGCTATGACAAGGAAGGAAATGAGCTGACAAAAACGATTCGGGCCGGCGCGGACCAGACCTATCAATATGAATACGACGTCATGGGCAAGCTCGTCAAAACAACCGACCCGCTCGGCAATGTACTGAAGAGTGAATATGACGCCAACAGTAACCTGACGAAAACCGTTTCCGCCAACGGAAATGAAGTGTTGCTGACCTATGACGGCACCGATCGGGTTAAGTCAAAAGCGTATAACGGCACTGAAAAATATAACTTTACCTATGACAAAAACGGCAATGAAACGTCTGTCACAAACAAAGAACAAAATATAACGAAAAAACGCACCTTTGACAACAAAAACCGCCTGACCGAATTAACCGACCGCGGCGGCAGCCAAAGCTGGACGTATCCGGCTGATTCGGATAAGCTGAAAACTTTCTCATGGAGCCACGGCGGCCAAAAAGGAACAAACAGCTTTACGTACAACAAACTTGATCAAATGATTGAAATGAAAGACGGCACTTCAGCCTATACATTTGATTATGATGAAAACGGCAATGTCCAGACATTCATCAGCGGCAATGAAGTCGGCACGAGTTTTTCATATGATGAGCGGAATCTCGTCAGCTCTCTTCATATCGGAGCCAAAAACGGCGGCAGCATCTTCCGGGAAAGCTATGAATATGACGCCAACGGCAACCGCACGGTCATCGACAGCTCAGCGGGCGGAAAGGTGCAGTACGAATACGGCAAGCTCAACCAGCTCGTCAAAGAAACACATGAAGACGGCACCGTCATTCAATATACGTACGACGGCTTCGGCAACCGGACAAACGTCACCGCCACAAAGGACGGCGCAAGCAAATCAGTCAACGCATCCTTCAACATCATGAACCAGCTGACGAAGGTGAATGACGAAGACCTGTCCTATGATAAAAACGGCAACCGCACATCGGACGGCAAATACACATATACGTGGGACGCGGAAGACAACCTGACCGCCGTCACGAAAAAAGGCGAAGACAAGCCGTTCGCAACATACAAATACGATGAAAAAGGAAACAGAATCCAAAAAACCGTCAACGGAAAAGTTACGTACTACTTCTACGACGGAGACAGCCTGAACGTCCTGTATGAAACAGACGCAGACAACAACGTCACAAAATCATACACGTACGGTGAGAGCGGCCAGCTGTTATCCTATACAGAGAACGGCAAGAAATATTTCTATCACTACAACGCACACGGCGACGTCATCGCCATCTCAGACAGCACCAGAAAAACCGTTGCCAAATATCAGTACGATGCATGGGGAAATCCGACAAAAACCGAAGCAAGCGACGAAGTAAAAGACAACCGCTACCGCTACGCAGGCTACCAATACGACGAAGAAACCGGCCTGTACTATCTCATGGCCCGCTACTACGAGCCAAGAAACGGCGTATTCTTATCACTAGACCCAGACCCGGGCAGTGATGGGGATTCTTTAGATCAGAATGGGTATACTTATGGAAATAATAACCCGGTGATGAATGTTGATCCGGACGGGCATTGGGTGTGGCTTGTGGTAAATGCCGGATTTGCAGCCTATGATGGGTATAAGGCATATAAATCAGGTAAAGGGTGGAAAGGTGCTGCTTGGGCAGCTGCTTCTAACTTTGGGCCCGGGAAAGTGTTTAAAGGTGCTAAGAAGGCTTTAGGATTTGCGAAGGCCGCCAAGAAGTATTTAAAACCTGGTAAATACGCTAGAAGGTCAATTCCTGCAAGAAGTACAAGTAGCAGGTTAAATAAAAAGGAAAGAAGAGTATTAAACAAAATTGGGAATAAATATGGCTGTCATACTTGTGGTAGAAGGCACCCTGGAACTAAAAGCAGAAATTGGATTGCAGATCACCAACCAGTATCAAAATTAAGGAAGAAAGGCCAGCGACAAAGGCTATATCCTCATTGTCAAACTTGTTCACGAAAACAAGGAGGATATACTAGTGCTATTCTAAGAAAAAGACATCAACGGAGGTGA MKLGKKNKWKKWLAGTLAATLMISIAPADVFAAETRDKQDQAKTADIPAADPEKDLPAEKASEQMPFDQKDINQDGEITSERTENSKLYYEGEGVYKQEIYTDPIHTKETANADWEDISPELKTGSKEVGTENTVLNSDFLKQMKNGLYATFEHDDHKLTYSLTGAKGPDQAAITPTDASAKVREDSNELTYQQVFPAIDLQTYTFNENIKEDLVLHKYEGYNSFTFQIKTDLQAKEQEDGSIAFSDDKDNVVYTVPKPFMTDSDLDEKSGEVNRSEDVSFKLEKNSEGYLLHVTADEKWLKDPKRVYPVSIDPSTSVSVSSDTFVMSAYPTTNYSAASQKWDAGLKAYVLKTGYYDGTTGTNYTFMKFDNLKPIKNMTVTKATLKAYTAHSYYGSKATGLWLDTVNSNYDNAKITWKNKPGSKNIGKAEVYKGQWASFDVTSAVKSWNSGGANYGFKLHANGNGKEYWKKLMSSANSAKKPYIEVTYTIPKADTPSVKAYHNGDSTGFFNISWKKAEGAKSYKVWLYNGKEYQAIPVGNATSWSTRGKKIWPTKAEIDSGKYKLHTDGKGGSELALNPSPVYKNSGGSYPASKNYWVAVSAVFDQGEGAMSAAAKPVIPNIGRVQKPSTKGFNNNNATGWFDLSWKAVSGAAGYKMQVFNGKSFETLDLGNKTSWSTKDQNIWPTKAEISAGKYALHLKDKKGAELPINPGSVYKNAGGDANRKTYGFKVIAYNKDGEAIASPEASPALPDIAKPKNLTGYVYTNTKSSQTGYVNLIWDKVKNAKGYKINIYNGKDYQSFDIGDTDHWTTQNKHIWPSADEVKAGRFQLHTDGKGGELALDPSPVYENANGNYKGKKNYSFTLTAYDANGDSIPTAPFNPVFHEGAEFLGTEEFWSIIDIPDGQLNGATGNVIVNEEDMSIDGRGPGLGLSRTFNSLDSSDHMFGQGWYADAETSILSEDGRAVYIDEDATTHVFTKKSDGTYQPPTGVYLELTETSDQFVLKTKDQTNAYFSKKGGKLQKIVDGHNNTTVYEYNDSNQLTAITDASGRKLTFTYDENGHVTSLTGPKNKKISYSYDKDLLKKVTDTDGSVTSYDYDAEGRLVKQYSANSTPDKPLFTEYQYSGHRLTKAVNAKKETYDYSYDADKKTLLMTQPNGRQVQYGYNEAGNPIQMIDDAEGLKITTNTVYEGNNVIQDTDPNDADAGKATESYQYDKDGNVTAVKDNYGTETYQYNKNNDVTKMKDTEGNVTDIAYDGLDAVSETDQSGKSSSAAVYDKYGNLIQSSKELAASASLLKDGSFEGTKLGWNLTATRDSGSIASVKARSGALSGQKALEISSQSASAGTEHGHASATQEVQLEPNTTYTLSGQIKTDLTKARAYFNIDLRDKDQKRIQWIHNESGALAGKNDWTKRQITFTTPANAGKAIVYMEVDHNDKDGKGKAWFDQVQLEKGEVSSSYNPVQNSSFTAKADGWSTSGAAADLDEGFDDDSSLKASRTNASQANAAAKQTVTLGQSADDKPVYITLTGMSKADGVKLTNDNDYALQAGVTYADGTMGVYTAKFPQGTQEWNRAAAVIPKTKPINKIEISILFQKSATGTAWFDDIRLIEGSILTKNTYDEKGNYVTKEEDELGYASTASYDETGKKTSETDAKGETTAYEYDQADQLTKLTLSNGTSILHSYDKEGNELTKTIRAGADQTYQYEYDVMGKLVKTTDPLGNVLKSEYDANSNLTKTVSANGNEVLLTYDGTDRVKSKAYNGTEKYNFTYDKNGNETSVTNKEQNITKKRTFDNKNRLTELTDRGGSQSWTYPADSDKLKTFSWSHGGQKGTNSFTYNKLDQMIEMKDGTSAYTFDYDENGNVQTFISGNEVGTSFSYDERNLVSSLHIGAKNGGSIFRESYEYDANGNRTVIDSSAGGKVQYEYGKLNQLVKETHEDGTVIQYTYDGFGNRTNVTATKDGASKSVNASFNIMNQLTKVNDEDLSYDKNGNRTSDGKYTYTWDAEDNLTAVTKKGEDKPFATYKYDEKGNRIQKTVNGKVTYYFYDGDSLNVLYETDADNNVTKSYTYGESGQLLSYTENGKKYFYHYNAHGDVIAISDSTRKTVAKYQYDAWGNPTKTEASDEVKDNRYRYAGYQYDEETGLYYLMARYYEPRNGVFLSLDPDPGSDGDSLDQNGYTYGNNNPVMNVDPDGHWVWLVVNAGFAAYDGYKAYKSGKGWKGAAWAAASNFGPGKVFKGAKKALGFAKAAKKYLKPGKYARRSIPARSTSSRLNKKERRVLNKIGNKYGCHTCGRRHPGTKSRNWIADHQPVSKLRKKGQRQRLYPHCQTCSRKQGGYTSAILRKRHQRR NA NA NA NA NA D1-12_02215 693 hypothetical protein TTGGGTGGAAAAAAAGAAGCCATTCTCGCATTGCTTAACGATTCATTCAATAAGGAAGAGTTTCCGTTTCTTGATAATGAGAATTTTGACTTCGCAAAAGGGAAGCTTTCGATTTTTATTGAAAGAGATAACTGGCTTTTAACGTTTCAGCTGTTTGGATTGTCGAGATTGGGACCAGCTATTGATTTTTATGCGGTAGGTAATCAATTAACAAATAATGAAGTAAGTTTTTTAGATGATGAACCGTTTTTATTTGCAGATGAAAAAGGAAATTTTCTGGAATTGGAAGATGTAGAATCGGGTTTTACAAGTAAACAAATCAATGTGTCTCTTAGAGAGAAAACATTTCAATTTTTTATTGAGCAGGAAATAAAAGATAAGATTTCCCCAAAGAATGAATGGATTACATGTTTGAGGCATATGACCAAAAATAGATTATTTCTTGACACACTTTGGCTGACGAAACAAGAACAACTGGAAATAGCGGGTCTCTCTTCGGAGTATGAACAATTGTATTCAACAGAATTATGGATGCATCCAGAAGGAGAAAAAGATTTGCCTAGTTTGTCTCCTTTCTTTCAATCAATTGCCGAAGCAATTTCCCGTCAAGAGATAGCATATATTCAAAAACATGCTGATGGTAACACAGAGTGGCCAAAATGGGCACACACAGATTCTGTTCAATACTTTTGA MGGKKEAILALLNDSFNKEEFPFLDNENFDFAKGKLSIFIERDNWLLTFQLFGLSRLGPAIDFYAVGNQLTNNEVSFLDDEPFLFADEKGNFLELEDVESGFTSKQINVSLREKTFQFFIEQEIKDKISPKNEWITCLRHMTKNRLFLDTLWLTKQEQLEIAGLSSEYEQLYSTELWMHPEGEKDLPSLSPFFQSIAEAISRQEIAYIQKHADGNTEWPKWAHTDSVQYF NA NA NA NA NA D1-12_02216 675 hypothetical protein TTGATTAAAAGTAAAGAAATTCTTAGCCTATTAGATGATGAATTTAGTGAATTAAACCGACCAATTTTTGAATGGCGTGAATCTAATTATGTTGGGAGTAAATGTACCTTATTAAGATTAAATGATGACAATTGGTTACTGGCAATTCATTGCTTCGAAGTAGATTCTAAAGGACCTTTTCTGGCTATTCATACCTATAGTAACTGTTTTTCAGACAACTACAAATCGATAATAATTGATGACTTCGCCTTAAAGACTGAAGCAGGTGAGAAAATAACATATCGTGAAAGTGATTTTCAACAATTAAGCGAAGTAGTGGAAATTGAAATTAAAGAGTCTCGTTATTGCGTAAATATTCACCAAAGAAATGAATTCCAAAAGAGTACAAAAGAAAGGGCTTGGAAAACTTATTTCAGGAATTTGTTTGAGGATGCTTCTTTTAGAGAGGCGCTTTGGATAAAGCCAAACAAACTATTAAATATACTGGATCTAAAAAGCGAAGCAGAAGGAGTGTTCGAAACAGAGGATTGGGAATATCCTGATTACCTAACAGATCCAAGCCAATTAATTTCTTTTCAATCATTTGCGCAATATCTTGAAAAAGGCGCAGGTTCAGTTGATCTAGGTGAAGTAAATAACAACTGGAGGGAGTGGGAGGATTACGATATAGAGTGA MIKSKEILSLLDDEFSELNRPIFEWRESNYVGSKCTLLRLNDDNWLLAIHCFEVDSKGPFLAIHTYSNCFSDNYKSIIIDDFALKTEAGEKITYRESDFQQLSEVVEIEIKESRYCVNIHQRNEFQKSTKERAWKTYFRNLFEDASFREALWIKPNKLLNILDLKSEAEGVFETEDWEYPDYLTDPSQLISFQSFAQYLEKGAGSVDLGEVNNNWREWEDYDIE NA NA NA NA NA D1-12_02217 402 hypothetical protein TTGGGTTATTGGGAAGAAGAATATAAAAACAAGAAAGTGTTATTGAGTGATGAAGGCTTAGATATATGTTTTGATGCGGTAGAAAAATTTTGTGAACGATATAAGAGGGATCTGGATAGAGAACCGATATTAGAAGAATTCTTAGCAACTTTAGTTACCGTTATGAATACAAATGGAGATTCTTCTTTCACGGAGTTAGTTGATAAGCGAATAGTAGAAATAAAGGCAACGACCAGGAAAGCGAAATCAATAGCTAAAGTAGTACCGGGAGCTGTTATTAAATACCTTTGGATAAGATCGGGAAGTATACTTATGCTTGGGTTATTGAAGGTGATCTATCAAAAAATAAAGACGATGACATTCTTATTCAGTACTATAATATTTTTACTGAAAATACTCTGA MGYWEEEYKNKKVLLSDEGLDICFDAVEKFCERYKRDLDREPILEEFLATLVTVMNTNGDSSFTELVDKRIVEIKATTRKAKSIAKVVPGAVIKYLWIRSGSILMLGLLKVIYQKIKTMTFLFSTIIFLLKIL NA NA NA NA NA D1-12_02218 333 hypothetical protein ATGAAAGAAGAAAATAAGAAAATATTTGCGGCAAATACCGGGTATACAGGTTTTCTTCAAGGGGATTGGACAGTAATATCCAAGATGCCTCAAGAGATAATAGAGAAAAACAGTAATTCTCAACTAAAATTTGTTTTATATGAAGACGGTAAATATCTCATAAGTGAAGGCGATTCATTTGCATCAGAAGATGAATTAGCAGAGGCAGATGAGAAAACAGGCAAGAACATCACTAACCCATTGGGTATATTTGGACATTCATCTGTAGAATCTATTCTTTATAAATATTTTGAAGGGATGACAATGGAGGAAATCATAAAGTATGAATTGTAA MKEENKKIFAANTGYTGFLQGDWTVISKMPQEIIEKNSNSQLKFVLYEDGKYLISEGDSFASEDELAEADEKTGKNITNPLGIFGHSSVESILYKYFEGMTMEEIIKYEL NA NA NA NA NA D1-12_02219 450 hypothetical protein ATGAAAAAAATCAACCTGAATTCTATTACACAGAAAGAGATCTTACAAATAGAAAAACAATTTGAACGAATAGCATTAAATAAAATAAGAAACAATCAAGAAAAGTTTAGAAAAATGGGTTTGAAAATTGAAGCTGCTTTTGGAAGAGTCGGACACGAAAAAGAAATAGGAAAAGAAGTACGGCCCTCAGATTGTTTTGAGAGTACCTATAATTCATTGATATTTTTTTCTGCAGCTTATTTGGACGGCACCGACTTTCACGATAATGAAGACGGCTATTGTGTAGACCACTTAGATATATGGGTTTGTGAAAAAAAGTTGTTTTCAGGTAAAGCTGGATATTTATCAGATCTAGAAAGTGATGAAGAAATCGCAAAAGAAATTCAAAACAAGATAAATGAATTGTACTTAGAAGCGGCAGAAATGATTGAAATGTTAAATGAATCCTAG MKKINLNSITQKEILQIEKQFERIALNKIRNNQEKFRKMGLKIEAAFGRVGHEKEIGKEVRPSDCFESTYNSLIFFSAAYLDGTDFHDNEDGYCVDHLDIWVCEKKLFSGKAGYLSDLESDEEIAKEIQNKINELYLEAAEMIEMLNES NA NA NA NA NA D1-12_02220 414 wapI_1 Immunity protein WapI ATGGCTAAAATTAGAGATGATTGTCTGGAACTTGACATAACACCGAGAAGGTATCAAGAGGCGGAGGATGATCCTTTTATCTCAACAATGTTTGAACTGTTAGAACATAATAAAGTAATCGCTCGCGATTACTCCGCCGCTTTATTAGAAAGTGAATATAAAATGCTGATATCAGGGATTGAAGCATTATTAGCAGGGAATCAAGATAGGATACGTTTAGAAACAATTGAACCATTTTTTATTTTGAGTATTGATAAAGAAAACGAATATTACAGATTTATAATTAGATTTGTGGAAAATCATTCAAATACAACTTTCTATAAATTGAACTGTAATGAAGAAAAGCTAGAATTTTTCGTGAAGACTTTAAAATCAGATCTCAAAGACACAAAAAATCCTCCAAAACGTCCTTAG MAKIRDDCLELDITPRRYQEAEDDPFISTMFELLEHNKVIARDYSAALLESEYKMLISGIEALLAGNQDRIRLETIEPFFILSIDKENEYYRFIIRFVENHSNTTFYKLNCNEEKLEFFVKTLKSDLKDTKNPPKRP NA NA NA NA NA D1-12_02221 408 hypothetical protein ATGTACAAAACAATAATTGATTGGGTTGATTATATAGATGAGGGGTGCGCTGTCCTTCATTTTGATTTTAATGTGTTTAAAAAAGAACTTTCACTTGATATTAAGGTTTTTGAAAAAGAAAGTGAATATACACATAAAATATTATTTCAAAATGTAGCATCTGTTTATTTTAGCGCAGATATTGGCGATATGAGATTAGAAAAAATAGATCCCGAAGAATACAATTGGCAAGTATTTGAGATGAGTTATCATCCGGAAGGAATCGGAAATCTATCAAATTCTGTAATTCCGGAGTATCAATCAAATGCTAACTTTCTCATTGACATGAACAGAATGCTAATTGCTATAGAAGCTGAAACCGTTCGCTTTGACGACCAATCATTTTATACGTATCGTTCGAAGTCATAA MYKTIIDWVDYIDEGCAVLHFDFNVFKKELSLDIKVFEKESEYTHKILFQNVASVYFSADIGDMRLEKIDPEEYNWQVFEMSYHPEGIGNLSNSVIPEYQSNANFLIDMNRMLIAIEAETVRFDDQSFYTYRSKS NA NA NA NA NA D1-12_02222 252 hypothetical protein ATGAGCAGTCCTTTACATTTACAAAAAGAATCATTGGGGGCTATAGGGAATCTGGATGTGATTAATCTACTGAAATACAACTCAATATATTCGTGTGATCTAGTGAGTAAAGATACTTTTTCTCAATTAATGAATGACTTACAATTCGAAACAGCTCTTATAGAAGTAATGGCATCCCCTTCTTTTACTGAAGAATGGAAGAAGAGGGTTGAAAAGAAAATAATAAATATGATTCTGTATCGAAAAAGCTAA MSSPLHLQKESLGAIGNLDVINLLKYNSIYSCDLVSKDTFSQLMNDLQFETALIEVMASPSFTEEWKKRVEKKIINMILYRKS NA NA NA NA NA D1-12_02223 828 hypothetical protein ATGTTAGAACTTACTGCGGAGCGGGTTGGTTCATATGAAAGGGAAAATATCATTTATTTCAATGTGGGCAGGGATGATCAGTTATTTATTGTGTCTGTGCATGATCACAAAATAATATTAGAGGTTATGAAAGGAAGCTCTCTTTTAATCAAAAAAGAGTTATGCGGCTTTTCTGAAGATGCCCATTTCTATCTGATTGATTCGTATAATGACACAATCGTGATCGTTTACCTGGAAAATCATACGTGTCAATTGGCCGCATACTGCGTAAACAGTAATAAAATCAATCCGATTTGTTCTTTTCTATTAAGCGCCAATGTATTTCATCTGGGTGAGGATGGATTATTATGGATCGGATTAACAGACGAGGGTATGTATGATGAGAGAAACCCTCAAGGGAAAGCGATATTTGCTTTTCATGCAGAAGACAGAACGTTTTATTTTGAGGATGATTTTAAAGAAATGATGCACGAATGCTATGCCGTACAATCGATCAAATCTGATTTGTATGTATGTTTCGAGGGAGAGGATTGCTGTGTCATCGGGCATTATCAGATTGGACGGGACAGAATTCGTACTGTTGCAGAATATGTGCTAAACGGAGATCAATACTCCTATTGTGACCAGCTGTCCGTTTCGAAAAATAGAGTGTTGCTGATACAGAATCATGAGGATAACGTATTTGCATTTCATGAAGAGAGCAAAGGGTTATCAGAGGCTGACGTCATGATACATGGTATTGATAGAAAAGAAGAAACAGCGTACAGAGCCGTTCAGAACCGCATTTTTATCTTTAATGGTAACGATTTATATTTGGTAAAGTTTTGA MLELTAERVGSYERENIIYFNVGRDDQLFIVSVHDHKIILEVMKGSSLLIKKELCGFSEDAHFYLIDSYNDTIVIVYLENHTCQLAAYCVNSNKINPICSFLLSANVFHLGEDGLLWIGLTDEGMYDERNPQGKAIFAFHAEDRTFYFEDDFKEMMHECYAVQSIKSDLYVCFEGEDCCVIGHYQIGRDRIRTVAEYVLNGDQYSYCDQLSVSKNRVLLIQNHEDNVFAFHEESKGLSEADVMIHGIDRKEETAYRAVQNRIFIFNGNDLYLVKF NA NA NA NA NA D1-12_02224 459 hypothetical protein ATGAAACGTGTTTGTGCCGGGTTAACATCTTGTGAAGAATCAGGGTTTGTTTATCAATTTGCCGAGGCAGAACAAAGCAGGAAGATATTAGAGAATGTATTATCGAACTCTTTCCAAAGTGCAGTGCGTGAAGTTGATATAAGCGGCAGGGAAGCAGCTGTATCGCTTATTTTAGAGACCATTGCGGATGTGGGGATTGAACGGAAGAATGATTTCGTTTATCTGTTTCATCCGTATAGTGATGAAGTCGGCGCTATCAAATGTGCGCTGAAGGATTGTGCATGTCATCTGCACTGTCTCATGGATTTTATAGATATTGAAGGCCGGCTGCTTTCTAACAGCTTTATTGTAGTTGAGCCGTCCTTCTCATTTGCTATCTGTTTATTTCACACAGAATACGGCTGTGAGCTTGCGTATAAACCGCCGAAAAGAGGTACAAGATGCATCCCTTTTTTATAA MKRVCAGLTSCEESGFVYQFAEAEQSRKILENVLSNSFQSAVREVDISGREAAVSLILETIADVGIERKNDFVYLFHPYSDEVGAIKCALKDCACHLHCLMDFIDIEGRLLSNSFIVVEPSFSFAICLFHTEYGCELAYKPPKRGTRCIPFL NA NA NA NA NA D1-12_02225 594 hypothetical protein ATGCATCCCTTTTTTATAAAGAACACAAAGGAATCGGCAGTCTTTCAATCTCAAATATATTCCTTATTTCATGAAGACAAAACGTTGCCCGAACAAGTATTTAAACAACGAAAACATTATTATCTATTCGAGGAATTCCACTGGGTCTTGTCTGAAGAAGGTTGGGAAATGCTCAAAAGTTTGGCGCATCATCATCACGATGAATTTATCTTAATGGCTGTTCTGGAACAACCTGATGATATGAATCGGTTTCACGTGGAATTCGGCTATTTTGACTGGTTAAAGATTCCTTTAAATATAACCGAAGATGAATATCTTTCAATCTTAACTGATTATCCAAAGCACAGTAAAAATGACTGCATAATGAATATTGCATCCCGCGTCGTATGGGCTTCACCGACTTTAAAGTGGGCGATTTACGGAGAGAGAGATTTTGAGATCTGTATTCTAGGCATTGATCAGGAGATTGCGGGAAAAACGTTAGGATCATGGAGGCCCTTAGATAATCATGTTTTAGACTGGGTATCAGTTGTATTCCCGGATCAGATCGTTCCGGATGAATTTCAAAAAAAGCTCGCCGCGCATTATAAATAA MHPFFIKNTKESAVFQSQIYSLFHEDKTLPEQVFKQRKHYYLFEEFHWVLSEEGWEMLKSLAHHHHDEFILMAVLEQPDDMNRFHVEFGYFDWLKIPLNITEDEYLSILTDYPKHSKNDCIMNIASRVVWASPTLKWAIYGERDFEICILGIDQEIAGKTLGSWRPLDNHVLDWVSVVFPDQIVPDEFQKKLAAHYK NA NA NA NA NA D1-12_02226 861 hypothetical protein ATGAAAATAAAAATGAACAAGATACACGATGAATCAGTAAAAGGATGTTTTTGTCACTTTGACAACTGCGGACGTCAGTATCTTGGACGGCATCAGAATGGCGGTCTCTCGTTTACAATCACGGATGAATCCGGCGATACCCGAGTGATTCATATTGATGAACAAATTCCGTGTGAGGATATTATGCTGTTTCAACAGAGTTCGGCTGACAGGTATGTGCTGATTTTCTTTGAATCGCATGAGCATAAAGTGAAGGTATTTTCTGCAGATGGAACAGAACAAAGTGCATTTTCTCTGCCTTCAGGGGTTTCATGCAGTCTTTTGGACGAAAAACAAAACCTTTGGATCGGTTTAAGTGATGAAGGCATTTATAGCGATGAAAATCCTGATGGTCAAAGTGTGCTGTGCTTCACTTTAGACGGACAATTAAAGGAAACTCACATTGATCAGCAGCTTTCAGAAATATATGCGCCCGTTGTAGATGACTGCTATGCGCTTGCAGAAAAAAACGGACTGATCTACATGCTGTATTACTCTTATACAGTCATTGCTGTGTTTGATGAGACGGACGTGAAACGAGTGTGGATTATTTCTGATAAAGCATGTTCAGGGGTATATGATCAGCTTGCGATTTCAGATGACGGGTTTTGGATATGCAAAGATGATCATTCACTGTCCTTCATTCCGGCTGATGTCAGTCTGCCGGTGCAAGAGGTAACGTGCTGTGATCCGGATGGCCGTGAGCTTTCGGGGCATCAGCTGAAGCTGACAAGTAATGCCATTTACGCGGTCTCGACTTCGGGGATCTACAAGCGGGATATAAGTAATGGGAAACAAAATGAATTCTTTTCGGCTAAATGA MKIKMNKIHDESVKGCFCHFDNCGRQYLGRHQNGGLSFTITDESGDTRVIHIDEQIPCEDIMLFQQSSADRYVLIFFESHEHKVKVFSADGTEQSAFSLPSGVSCSLLDEKQNLWIGLSDEGIYSDENPDGQSVLCFTLDGQLKETHIDQQLSEIYAPVVDDCYALAEKNGLIYMLYYSYTVIAVFDETDVKRVWIISDKACSGVYDQLAISDDGFWICKDDHSLSFIPADVSLPVQEVTCCDPDGRELSGHQLKLTSNAIYAVSTSGIYKRDISNGKQNEFFSAK NA NA NA NA NA D1-12_02227 306 wapI_2 Immunity protein WapI ATGAATTCTTTTCGGCTAAATGAAATGTTGAGATCCAACAGATATTCTTTAAATGATGACCTCATCAGAAACCTGAAGTTTCACAAAAAAGAATTGAAGGGTCCGCTGCCCTCAGATGCGGGGAGTTTTGAAGAAGACTTTGAGGGGGTTGCCTGCGCGGGGGATTTTTATGAATATTTCGCGCTTGTCTGCGGCAGCTTAGATGTTGTTTTGGCGAATAAACAAATGCCTAAGTGGCAGCGTAAGCCTTATATAAATCCTTTTTTGAGCTGTATCCTCAATATGCGCATCTGGAAAACGCTTTAA MNSFRLNEMLRSNRYSLNDDLIRNLKFHKKELKGPLPSDAGSFEEDFEGVACAGDFYEYFALVCGSLDVVLANKQMPKWQRKPYINPFLSCILNMRIWKTL NA NA NA NA NA D1-12_02228 276 hypothetical protein ATGGCAGAATGTCTGAAGAAGGCTGATCTGATCCTGAACGGTCAAGCGGCAAGGGAAGAAGTGTCGGATTGGGCGTGTGAGTACGTGGCTGCACATGATCCGGAGGTTGAGGATGAAAACGTTTGGGAGATGCTCGTGTATTTGAGCGGGTTTGTTCTGAAAGATTCGCCTGATTCGTATCTGCATACGATTGAAGAATTAAAAGATTGGATGGCAGAGGTGAAACATTTGAAACCGCGGGAGGCAGAAATATATGAATTGACATTGTTTGAGTGA MAECLKKADLILNGQAAREEVSDWACEYVAAHDPEVEDENVWEMLVYLSGFVLKDSPDSYLHTIEELKDWMAEVKHLKPREAEIYELTLFE NA NA NA NA NA D1-12_02229 435 hypothetical protein TTGTGGCGCAGGGTGAATCGCGCAGTGAAATGGAAACCGTACAGTAGATTTGCTTCAATAAAACCTCCGAAGCCGTTTCAAGTTTTTAATGTATCTCAAGGATTCAATGATGAAAAAGGGAATATCAGTTTTTTGGAAGATGCAGAGGTGCAGATACTAAAGGCATTTCAATCTTGTACCTTAAAGCAAGAGTTTATATATGCGCTGGACTGGCAGCATGAATGTTATCTATTTAATCCTCATGCGCCAATTGATAAAGATGAATTCGGCGAATGGCTGGTCCCCGTTATCCCAAACGGAGACTATTGTTTCTTTATTCATCAGGACTTTCAGTGGGGGCTGTCAGGGGATCCGCGGCAGCAAACCATTACGGTTTTTGGCTCACCGCTAATAAGGGCGATAGAAAGAAACGCTCCTGTCTTATTTCAAAAGTGA MWRRVNRAVKWKPYSRFASIKPPKPFQVFNVSQGFNDEKGNISFLEDAEVQILKAFQSCTLKQEFIYALDWQHECYLFNPHAPIDKDEFGEWLVPVIPNGDYCFFIHQDFQWGLSGDPRQQTITVFGSPLIRAIERNAPVLFQK NA NA NA NA NA D1-12_02230 366 hypothetical protein ATGACAGAAGAAGAGTTCAGGGCTGCGGAAAAAAGCTTGAGAGCGTCTTTTCCGAAAGCATATAAACGGCTGCTTCATAAAAAGAACCCCGCGGAAATCGGGGAGTGGATTTTTTTCCCTATCCGTGAACAAGGCCGTTTACAGAAAACCTGGGATGATGTGATCAGGCAAAACAGTGTGTGCAGAGAAGAAAGCATGCCCGACGACATGATTGTAATTGCCGACAACGGAACCGGGGATAAGCTGTGCTTGAAGAAAGCGGACGGCGTAATGGAGGAGACCGTTTATCTGTGGGATCATGAGACTGCCGGCGTTGAATTGTATGCCGCTGCTATAGGGGAATTAATAGAAAATGAAAAAGAATAA MTEEEFRAAEKSLRASFPKAYKRLLHKKNPAEIGEWIFFPIREQGRLQKTWDDVIRQNSVCREESMPDDMIVIADNGTGDKLCLKKADGVMEETVYLWDHETAGVELYAAAIGELIENEKE NA NA NA NA NA D1-12_02231 336 hypothetical protein ATGAAAAAGAATAAGTGGCTGATTCATGAGATTTTAGAATTCCGCCTCTTCCGGGAAGGGGAGATTTCTGTAATTGAGTTGGCGTTTTCCTCCGAGTATGAACATCAGCTCATTCATGTAAAGCTCACATGCAAAGACGTTTCTTCCGTTCGGATAAAAGAAATGGAGAGTCATGCGGCTGGTTCAGGCATTGTAACAATTGATCCTGTTGCTGACGGCGATGATGGACGGCACTTTCTCATAGAGGAGTGGGAGGATCAAACGTTCCGCTTTTACTGCCGTCAATATGAAGCAGCAGAGGAGAAGGAGGCACAAAATGGAGTGGCACAAACATGA MKKNKWLIHEILEFRLFREGEISVIELAFSSEYEHQLIHVKLTCKDVSSVRIKEMESHAAGSGIVTIDPVADGDDGRHFLIEEWEDQTFRFYCRQYEAAEEKEAQNGVAQT NA NA NA NA NA D1-12_02232 375 hypothetical protein ATGGAGTGGCACAAACATGAGAAAGCAGTTATGCTTCGGCCGGATTCGCCGGGTTGTTTTGAATTGACGGAGTTTACGTTCTCTACCGGGTATAACGAGTATTATGATAAAATCCCGGTGTTTGAGCTGAAGCTGACTGATGGGCAGTATGATGCCGTGCTGCGTTTTGAGGGTGTGAGGGCTGCCCGGCTGGATGATCTTGAAAGCATCACCGACATCCATCTGGATATCAGCCCGGTCGACGGCGGCTGGGAATCGATCCGCTACTATGTCGATGACGGGGAAGGAAGCATGAGCTTTTATTGCGCCAAATGGGTCGTGCTTGACATGAAGAAAAAGCAGTCCCCCGAATGGCTCGGCAAAACGTCAGGGTAA MEWHKHEKAVMLRPDSPGCFELTEFTFSTGYNEYYDKIPVFELKLTDGQYDAVLRFEGVRAARLDDLESITDIHLDISPVDGGWESIRYYVDDGEGSMSFYCAKWVVLDMKKKQSPEWLGKTSG NA NA NA NA NA D1-12_02233 1443 dbpA_3 COG0513 ATP-dependent RNA helicase DbpA ATGAATGAGTTTAATGAATATGCGATCAGTCCCGAGATCCGACGGGCGCTGAATGGCTTGCAATACACCGAGCCGACTGAAGTGCAGCGGCGCGTCATCCCCGCCGCGCTGCAAAAAAAAGACCTCGTCGTCAAATCGCAGACGGGCAGCGGCAAAACCGCGGCTTTCGGCATTCCGATCTGTGAGCTTGCGGAATGGGAGGAAAACAAACCGCAGGCCCTGATTTTAACGCCGACCCGCGAGCTTGCGGCGCAGATTAAAGAAGATATCACGAATATCGGCCGTTTCAAACGGATAAAAGCCACGGCAGTTTTCGGAAAAGCTTCTTTTGACAAACAGAAAACCGAACTGAAGCAAAAAAGCCACGTCGTTGCCGGAACGCCGGGGCGTGTGCTTGATCATATAGAGAAAGGGACGCTGCCGCTTGAACGGCTGGCGTATGTTGTGATTGACGAAGCGGATGAAATGCTGAATATGGGATTTATTGAACAGGTGGAAGCCATCATTCAGCATCTGCCGAAAAACAGAGTCACCATGCTGTTTTCAGCGACGCTGCCGGATGACGTCGAGAAGAAGCTGAGCCGCACATATATGAAAGACCCTGAATTGATTGAAGTAAAAGCGGAAGGCCTGACGACAAAAGACATTGAGCATTTTGTCATCAGAACAGAAGAAGAGGACAAAACATCTTTGCTGCGTGATGTCCTGATCACCGAAAACCCGGACAGCTGCATCATATTCTGCCGGACAAAAGAAAGAGTCATCCAGTTAACCGATGAACTGGACAGGCTGGGCTACCCTTGCGATAAAATTCACGGCGGCATGGTGCAGGAAGACCGCTTTGACGTCATGAATGAATTCAAGCGCGGCGAGTTCCGCTATCTCATTGCGACCGATGTTGCCGCCAGAGGAATTGATATTGAAAACATCAGCCTCGTCATCAATTATGATATTCCGCTTGAAAAAGAAAGCTATGTGCACCGCACCGGCAGAACGGGACGCGCCGGACACCGCGGACGGGCCGTTACGTTTGTGACGCCGTCTGAATCGCGGTTTCTGAATGACATTGAGACATATATCGGTTTCCGCATCCAGAAGCGGGAGGCGCCGTCTGAGAAAGAAACAGCGGAACGGAAAGCGGCTTTTGCGGAAAAACTGAACGCCCGCCCCGATGTCAAAACAGACAAAAGCGAACAGTTAAACAAAGACATCATGAAGCTGTACTTTAACGGCGGGAGAAAGAAAAAACTCAGAGCGGTCGATTTTGTCGGAACGATTGCGAAAATCGACGGCGTTTCAGCCGATGATATCGGGATTATCACGATTTTGGACAACGCATCGTACGTCGAAATTCTGAACGGCAAAGGCCCGCACGTTCTTGACATCATGAAAAATACGACGGTCAAAGGCAAAAAACTGAAAGTCCATAAAGCCAAGAAATAA MNEFNEYAISPEIRRALNGLQYTEPTEVQRRVIPAALQKKDLVVKSQTGSGKTAAFGIPICELAEWEENKPQALILTPTRELAAQIKEDITNIGRFKRIKATAVFGKASFDKQKTELKQKSHVVAGTPGRVLDHIEKGTLPLERLAYVVIDEADEMLNMGFIEQVEAIIQHLPKNRVTMLFSATLPDDVEKKLSRTYMKDPELIEVKAEGLTTKDIEHFVIRTEEEDKTSLLRDVLITENPDSCIIFCRTKERVIQLTDELDRLGYPCDKIHGGMVQEDRFDVMNEFKRGEFRYLIATDVAARGIDIENISLVINYDIPLEKESYVHRTGRTGRAGHRGRAVTFVTPSESRFLNDIETYIGFRIQKREAPSEKETAERKAAFAEKLNARPDVKTDKSEQLNKDIMKLYFNGGRKKKLRAVDFVGTIAKIDGVSADDIGIITILDNASYVEILNGKGPHVLDIMKNTTVKGKKLKVHKAKK PGPT0013740_2393 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-OTHER_REGULATORS,PGPT0013740-rhlE-K11927 NA NA D1-12_02234 1248 hypothetical protein ATGAAACGGTTTTCGAAAGAAGAAAGCAGCTGGATGCTGTATGATTGGGCCAATTCAGCTTATTCGGTCATTATTATGACGGCGGTGTTCCCCTTGTTTTTTAAAGCCGCGGCAGCGGAAAACGGTGTCAGCGCGGCTGATTCCACCGCTTATTTGGGCTATACGATTGCCGCCGCGACTTTTATTTTGGCGATGCTCGGCCCCGTCTTAGGAACGATTGCCGACTACAAAGGATGCAAGAAACGGTTTTTTGCCTTCTTTTTTCTGATCGGTGTGGCGGGCACCGCCGCGCTGGCTTTGATTCCCGGCGAATCTTGGATGCTGTTATTAATTTGTTATACGATTTCCACGATCGGCTTTGCCGGGTCTAATGTGTTTTATGATGCGTTTCTCGTTGATGTGGCCGCAAAGGAGCGGATGAATATGGTGTCCGCCAGGGGATTTGGACTGGGCTATATCGGCAGCACAATCCCTTTTCTCCTCAGCATTGCCGTCATTCTTTCAGCACAAGCGGAGGTGATTCCGCTGTCCGCCCAGACTGCCGGCCGCATTGCCTTTTTGATTACGGCGGCATGGTGGGGGCTGTTTTCGATCCCGCTCCTTCTCCGCGTCCGCCAGCGCTATTATATCGAGAGGGAGCCGCGGCTTGTACTCAGCAGTTTTATACGGCTGGCCGGCACGCTGAAGCAGATCAGGAAGCATCGGGCGCTGTTTTTGTTTCTGCTCGCCTATTTCTTCTACATCGACGGGGTCGGCACCATCATTACGATGTCCACATCATACGGGGCTGACCTCGGCATCAGCGCGGCAAATCTGCTGATTGTTTTATTTGTCACACAGGTCGTCGCCGCGCCTTTTTCGATTTTGTACGGACGGCTGGCCGAACGGTTTAAAGGAAAAACGATGCTTTATGCCGGAATCGGCGTGTATATGATTGTCTGCACGTATGCTTATTTTATGGATTCCGCTTTTGATTTCTGGGTTTTGGCTATGCTTGTCGCCACTTCCCAAGGAGGTATTCAGGCGCTGAGCCGCTCTTACTTTGCCAAGCTTGTCCCCAAACAGAACGCCAATGAGTTTTTCGGCTTTTATAATATTTTCGGCAAGTTCGCTTCGATTATCGGACCTCTTTTGATTGCCGTCACCGCCCAGCTGACCGGAAATTCGTCAGCCGCCGTGTTCAGCCTGATCATTTTGTTTGTAATCGGGATTGGCATCCTTGCGTTCGTCCCCGAGGAGACGACGTAA MKRFSKEESSWMLYDWANSAYSVIIMTAVFPLFFKAAAAENGVSAADSTAYLGYTIAAATFILAMLGPVLGTIADYKGCKKRFFAFFFLIGVAGTAALALIPGESWMLLLICYTISTIGFAGSNVFYDAFLVDVAAKERMNMVSARGFGLGYIGSTIPFLLSIAVILSAQAEVIPLSAQTAGRIAFLITAAWWGLFSIPLLLRVRQRYYIEREPRLVLSSFIRLAGTLKQIRKHRALFLFLLAYFFYIDGVGTIITMSTSYGADLGISAANLLIVLFVTQVVAAPFSILYGRLAERFKGKTMLYAGIGVYMIVCTYAYFMDSAFDFWVLAMLVATSQGGIQALSRSYFAKLVPKQNANEFFGFYNIFGKFASIIGPLLIAVTAQLTGNSSAAVFSLIILFVIGIGILAFVPEETT NA NA NA NA NA D1-12_02235 828 licT COG3711 Transcription antiterminator LicT TTGAAGATTGCGAAAGTCATTAATAATAATGTCGTCAGTGTGCTCAAAGAAGGCAACCAGGAATTGGTCATCATGGGCCGGGGCATTGCTTTTCAAAAGAAAACGGGAGACACGGTAGATGAAGCCCGCATTGAGAAAGTGTTCACGCTCGATAACAAAGATGTATCCGAAAAGTTCAAAACCCTTTTGTATGATATCCCGATCGAATGTATGGAAGTATCCGAAGAGATTATCAGCTATGCGAAATTACAGCTCGGCAAAAAGCTCAATGACAGCATCTATGTGTCGCTGACCGACCATATTAACTTTGCGATCCAGCGCAATAAGAAAGGGCTGGATATCAAAAATGCCTTACTGTGGGAAACGAAACGGCTGTACAAAGACGAATTTGCAATCGGCAAACAAGCGTTGGCCATGGTAAAAAACAAGACTGGCGTGTCTCTGCCGGAGGATGAAGCAGGCTTTATTGCGCTGCATATTGTCAATGCCGAGCTGAATGAAGAGATGCCCAATATCATCAACATTACAAAAGTCATGCAAGAGATTTTGAGTATCGTAAAATACCATTTTAAGATTGACTTCAACGAGGAATCACTTCACTATTATCGGTTTGTCACCCACTTAAAGTTTTTCGCGCAGCGTCTTTTTAACGGCACACATATCGAAAGCCAGGACGATTTTTTGCTGGAGACAGTGAAAGAAAAATACCATCGGGCGTATGAATGCACGAAGAAAATCCAAACATGCATTGAGAGGGCGTATGAACACAAGCTCACCAGTGACGAGCTGCTGTATTTAACGATTCACATAGAAAGGGTAGTCAAATAA MKIAKVINNNVVSVLKEGNQELVIMGRGIAFQKKTGDTVDEARIEKVFTLDNKDVSEKFKTLLYDIPIECMEVSEEIISYAKLQLGKKLNDSIYVSLTDHINFAIQRNKKGLDIKNALLWETKRLYKDEFAIGKQALAMVKNKTGVSLPEDEAGFIALHIVNAELNEEMPNIINITKVMQEILSIVKYHFKIDFNEESLHYYRFVTHLKFFAQRLFNGTHIESQDDFLLETVKEKYHRAYECTKKIQTCIERAYEHKLTSDELLYLTIHIERVVK PGPT0014761_1182 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_GLYCOSIDE_UTILIZATION PLANT_DERIVED_GLYCOSIDE_USAGE_REGULATION,PGPT0014761-licT|bglG-K03488 NA NA D1-12_02236 732 bglS COG2273 Beta-glucanase ATGTTTTATCGTATGAAACGAGTGCTGCTGCTTCTTGTCACTGGATTGTTTTTGAGTTTGTGTGCGATCACTTCTACTGCATCAGCTCAAACAGGCGGATCGTTTTTTGAACCTTTTAACAGCTATAACTCCGGATTATGGAAAAAAGCAAATGGTTACTCCAATGGAGATATGTTCAACTGCACGTGGCGTGCAAATAATGTATCCATGACGTCATCAGGTGAAATGCGTTTGGCGCTGACAAGCCCGTCTTATAACAAGTTTGACTGCGGGGAAAACCGCTCTGTTCAAACCTATGGTTATGGACTTTATGAAGTCAGAATGAAACCGGCTAAAAACACAGGGATCGTTTCATCGTTCTTCACTTATACAGGTCCAACGGATGGCACTCCTTGGGATGAGATTGATATCGAATTTTTAGGAAAAGACACGACAAAGGTTCAATTTAATTATTATACAAATGGCGCGGGAAACCATGAGAAGGTTGCGGATCTCGGATTTGACGCGGCCAATGCCTATCATACGTATGCGTTCGATTGGCAGCCAAACTCTATTAAATGGTATGTCGATGGGCAATTAAAACATACTGCGACAAGCCAAATCCCGACAACACCGGGAAAGATCATGATGAACTTGTGGAATGGGATAGGTGTCGATGACTGGCTCGGTTCCTACAATGGTGTAAATCCGCTATACGCTCATTATGACTGGGTGCGCTATACAAAAAAATAA MFYRMKRVLLLLVTGLFLSLCAITSTASAQTGGSFFEPFNSYNSGLWKKANGYSNGDMFNCTWRANNVSMTSSGEMRLALTSPSYNKFDCGENRSVQTYGYGLYEVRMKPAKNTGIVSSFFTYTGPTDGTPWDEIDIEFLGKDTTKVQFNYYTNGAGNHEKVADLGFDAANAYHTYAFDWQPNSIKWYVDGQLKHTATSQIPTTPGKIMMNLWNGIGVDDWLGSYNGVNPLYAHYDWVRYTKK PGPT0019425_38 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_USAGE-OTHERS PLANT_DERIVED_LICHENAN_DEGRADATION,PGPT0019425-EC_3_2_1_73-K01216 NA NA D1-12_02237 1281 citN COG2851 Citrate transporter GTGCTTGCCATACTCGGTTTTGTGATGATGATTGTCTTTATGTATCTTATTATGTCTAACCGGCTTTCCGCTCTTATTGCTTTGATTGTCGTTCCTGTTGTGTTTGCCCTGATCAGCGGATTTGGCAAAGATCTCGGCGAGATGATGATTCAAGGCGTTACAGACCTCGCTCCTACCGGGATTATGCTGTTATTCGCCATCCTGTATTTCGGCATTATGATTGACTCAGGTCTGTTTGATCCCCTCATTGCCAAAATCCTATCGCTTGTCAAAGGGGACCCGTTAAAAATCGCCATCGGCACAGCGGTTCTGACGATGACCATTTCGCTGGACGGAGATGGGACAACAACGTATATGATTACGATTGCGGCAATGCTGCCCCTTTACAAACGGCTCGGCATGAACCGTTTGGTGCTGGCGGGGATTGCGATGCTCGGTTCGGGAGTCATGAATATTATTCCGTGGGGCGGGCCGACGGCGAGGGTTTTAGCTTCCTTGAAATTGGACACGTCAGAAGTTTTTACGCCGCTGATTCCCGCTATGATCGCCGGCGTTCTCTGGGTGATCGCCGTTGCTTATCTCCTCGGAAAAAAAGAACGGAAGCGGCTCGGCATCATTTCGATTGAACATGCGCCGTCTTCTGATCCGGAGGCAGCGCCGCTGAAGCGTCCGGCTCTCCAATGGTTCAACCTGCTGCTGACTGTCGCCCTGATGGCCGCGCTGATCACCAGCCTGCTGCCAATCCCTGTTCTTTTTATGATCGCGTTCGCCATCGCCTTGATGGTCAACTATCCAAATGTCAAAGAGCAGCAAAAACGGATTTCAGAGCATGCGGGTAATGCGTTAAACGTTGTCTCAATGGTGTTTGCGGCAGGCATATTCACAGGCATTCTCTCCGGCACAAAAATGGTGGATGCGATGGCGCATTCTCTCGTTTCCCTCATCCCTGATGCCATGGGCCCGCATTTGCCGTTGATCACTGCGATTGCCAGCATGCCCTTCACCTTTTTCATGTCGAATGACGCCTTTTACTTCGGTGTCCTTCCCATCATTGCCGAAGCCGCTTCCGCTTACGGAATAGACGCCGCTGAAATCGGAAGGGCCTCCTTGCTGGGGCAGCCTGTGCATCTGCTCAGCCCGCTTGTGCCATCCACCTATCTATTGGTCGGAATGGCGGGTGTCAGCTTTGGCGACCATCAAAAATTCACTATTAAATGGGCCGTGGGGACAACGATTGTGATGACGATTGCGGCGCTTTTGATTGGGATTATTTCGTTTTAA MLAILGFVMMIVFMYLIMSNRLSALIALIVVPVVFALISGFGKDLGEMMIQGVTDLAPTGIMLLFAILYFGIMIDSGLFDPLIAKILSLVKGDPLKIAIGTAVLTMTISLDGDGTTTYMITIAAMLPLYKRLGMNRLVLAGIAMLGSGVMNIIPWGGPTARVLASLKLDTSEVFTPLIPAMIAGVLWVIAVAYLLGKKERKRLGIISIEHAPSSDPEAAPLKRPALQWFNLLLTVALMAALITSLLPIPVLFMIAFAIALMVNYPNVKEQQKRISEHAGNALNVVSMVFAAGIFTGILSGTKMVDAMAHSLVSLIPDAMGPHLPLITAIASMPFTFFMSNDAFYFGVLPIIAEAASAYGIDAAEIGRASLLGQPVHLLSPLVPSTYLLVGMAGVSFGDHQKFTIKWAVGTTIVMTIAALLIGIISF PGPT0001500_1110 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 D1-12_02238 2052 katE COG0753 Catalase HPII ATGAGTGATGATCAAAACAAACGAGTAAATGAACACTCAAAGGACGAACAGCTGGAGCAGTACCGGTCTGATAACAGCGGCAAAAAAATGACGACCAATCAGGGGCTTCGCGTGTCTGAGGATGAGCATTCTTTAAAAGCGGGCGTCCGCGGCCCCACGCTGATGGAGGATTTTCATTTTCGTGAAAAAATGACGCACTTTGACCACGAGCGGATTCCGGAACGGGTCGTTCATGCGCGCGGGTACGGCGTTCATGGGCATTTTCAGGTGTACGAACCGATGACGGAATATACACGGGCGAAATTTTTGCAGGACCCGTCTGTCAAAACACCTGTTTTCGTCCGTTTCTCAACAGTGGCGGGCTCCAAGGGGTCAGCCGACACCGTCCGTGACGCCAGGGGATTTGCGACGAAGTTTTATACTGAAGAAGGGAACTATGACCTCGTCGGAAACAATATTCCGGTGTTCTTCATTCAGGACGCGATTAAATTCCCGGATCTCGTTCACGCCATAAAACCGGAACCGCACAATGAAATGCCGCAGGCTGCGACGGCTCATGATACGTTCTGGGATTTTGTCGCAAACAATCCTGAATCCGCGCACATGGTCATGTGGACGATGTCTGACCGCGGCATCCCGCGAAGCTATCGGATGATGGAGGGCTTCGGTGTGCATACGTTCCGTTTCGTCAACGAGAAAGGAAAAGCGCGCTTTGTCAAATTCCACTGGAAACCCGTGCTCGGCGTTCATTCCCTCGTATGGGATGAAGCGCAGAAAATTGCCGGGAAAGATCCCGATTTCAACCGCCGCGATCTGTGGGAAACGATTGAAAACGGCGGCAAAGTCGAGTATGAGCTCGGTGTTCAGATGATTGACGAAGAAGATGAATTTAAATTTGATTTCGATATCCTTGATCCGACGAAGCTGTGGCCGGAGGAGTTGGTTCCCGTCAAGCTGATCGGAAAAATGACCCTCGACCGCAATCAGGACAATGTCTTTGCGGAAACGGAACAGGTCGCCTTTCATCCGGGAAATGTCGTGCCGGGCATTGATTTCACCAATGATCCGCTCCTGCAGGGACGGCTTTTCTCTTATACAGATACACAGCTCATCCGTCTTGGCGGGCCGAATTTTCACGAGATTCCGATCAACCGGCCGGTCTGCCCGTTCCATAACAACCAATACGACGGCTACCACCGGATGACGATTAATAAGGGCCCTGTCGCCTATCATAAAAATTCTCTGCAGAACAATGATCCGTCGCCGGCCTCAGAAGAAGAAGGCGGATACGTTCATTACCAGGAAAAAGTAGAAGGCAGAAAAATCCGCCAGCGCAGTGAGAGCTTCAATGACTATTTTTCTCAGGCCAAGATGTTCTGGAACAGCATGTCTCCCGCCGAAAAAGAACATATCATCTCCGCGTTCTGTTTTGAGGTCGGAAAAGTGAACAGCAAGGATGTGCAGCAGCAGGTGGTTGATGTCTTCAGTCATGTCGACGCCGGGCTTGCCGAGCGTGTTGCGAAAGGAATCGGCGTGAACCCGCCGCCGAAGGACCGTGAATCTGATGAAACGTTCACTTCCCCTGCCTTAAGCCAGGAAAACACGGTGAAGACGGCAGCGACAAGGCAGGTTGCGGTTTTAACCGACCACGGGTTTTCTGATGAGAAAGTCAAACAAGTGCTTGACGCATGCAAACAGGCGGGAGTCAGAGCCGATATCATCAGCCCCGCGCTGGGAACCGTCAAGGGAGAAAACGGTACGGAGCTCGAAGCGTCAGCCACTTTCCTGACAGTGGATTCCGTCCTGTACGACGCTGTTTTCATTCCGGGCGGAAAACAAAGCACAGACAGCCTCAAAGCCCAAAAATCGGCCAGAGACTTCGTCAACGAAGCTTTCAGCCATTACAAAGCGATCGGCGCCTCCGGTGAAGGAAAAGAACTTCTCGCCCTCGCCGCCGGAACCGAAAGCGGCCCCGGTCTTGTTCCGGACGGAAACCATGAACAATTTCTGAAAGCCGTGGCTGAGCATCGGCATTGGGACAGAAACGTATAA MSDDQNKRVNEHSKDEQLEQYRSDNSGKKMTTNQGLRVSEDEHSLKAGVRGPTLMEDFHFREKMTHFDHERIPERVVHARGYGVHGHFQVYEPMTEYTRAKFLQDPSVKTPVFVRFSTVAGSKGSADTVRDARGFATKFYTEEGNYDLVGNNIPVFFIQDAIKFPDLVHAIKPEPHNEMPQAATAHDTFWDFVANNPESAHMVMWTMSDRGIPRSYRMMEGFGVHTFRFVNEKGKARFVKFHWKPVLGVHSLVWDEAQKIAGKDPDFNRRDLWETIENGGKVEYELGVQMIDEEDEFKFDFDILDPTKLWPEELVPVKLIGKMTLDRNQDNVFAETEQVAFHPGNVVPGIDFTNDPLLQGRLFSYTDTQLIRLGGPNFHEIPINRPVCPFHNNQYDGYHRMTINKGPVAYHKNSLQNNDPSPASEEEGGYVHYQEKVEGRKIRQRSESFNDYFSQAKMFWNSMSPAEKEHIISAFCFEVGKVNSKDVQQQVVDVFSHVDAGLAERVAKGIGVNPPPKDRESDETFTSPALSQENTVKTAATRQVAVLTDHGFSDEKVKQVLDACKQAGVRADIISPALGTVKGENGTELEASATFLTVDSVLYDAVFIPGGKQSTDSLKAQKSARDFVNEAFSHYKAIGASGEGKELLALAAGTESGPGLVPDGNHEQFLKAVAEHRHWDRNV PGPT0014380_916 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-OXIDOREDUCTASES,PGPT0014380-katE|CAT|catB|srpA-K03781 NA NA D1-12_02239 303 hypothetical protein GTGAAGCCGTTTACCGAAAAACAACTCGAAGAATATTACCGGCGTGACGAAAACATGATGATTTTGGTGTTTGCCCAATGGTGCGTCAATCATGACCTTGATCCGATGGCCATTTACAGCAAGGCTTACCCCGGACAGCCTTTAAACGAAGAGCTGCGAAAAACGGCTGAAGAACTTGTCGTGCCGAAGGAGGAATCAGAACCGATTCCTGATCAAACCGTTATCGGCGTTTTGGAGATGTTCGGCAACTCCGATTTGGCGGAAGCCGTTTATGAAGCCATTGCGCAAAGACCTTCACGGTAA MKPFTEKQLEEYYRRDENMMILVFAQWCVNHDLDPMAIYSKAYPGQPLNEELRKTAEELVVPKEESEPIPDQTVIGVLEMFGNSDLAEAVYEAIAQRPSR PGPT0014312_1 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS OTHER_STRESS_RESPONSE_PROTEINS,PGPT0014312-yxiS-NA NA NA D1-12_02240 675 hypothetical protein ATGAAAAAGGCATTCAAAATGATGGCGGCTGTGCTCTTAACCGTGCTGACAGCCGCGCCGTTCGGAGGTTTCGCGCCTTCAGCCGAGGCCGCGCAAACCGCAAAGCCCGTTGTCAAAAGCCATACGTATAAGCATGTAAAACAGCTGACATACCCCGAGGTCACAAATACGGGAAACGCATCTTTTGAAAAGAAAATCAATCAGGACTTCAAACGTTATATTGAACAATCGTATCAAGAATATGTGAAAAACAAAAAAGACGGTGAAAAACAAGGCTACAAAGCGGAATACCAGGCAGATTTCAAGGTGAAGTATAATCAAGACGGCAAGCTCAGCATTCAGACGGAAGACTACAGTTACACAGGCGGCGCACACGGGCTGACATCCGTTCAGACCTTTAATTACGACTTGGCCGCAAAAAAACGGGTCACACTCGATAATGTGCTGAATACAAAAACGAAAGCTAACAAGACGAGAGACTATCTTTACGGCTACATCAAGAAACATGACGATCTGTTTGACCAGGACGTCAAAAAACAAGAGATCATCCTGAATAACGAAAGACCTTTCTTCTTTACGAAAAACGGCATTGCCATTGTGTTCGGACAATATGATCTCGGACCGTACGCGGCAGGAATCCGGGACGTTTTCGTACCTGCATCCGTCTATCAATAA MKKAFKMMAAVLLTVLTAAPFGGFAPSAEAAQTAKPVVKSHTYKHVKQLTYPEVTNTGNASFEKKINQDFKRYIEQSYQEYVKNKKDGEKQGYKAEYQADFKVKYNQDGKLSIQTEDYSYTGGAHGLTSVQTFNYDLAAKKRVTLDNVLNTKTKANKTRDYLYGYIKKHDDLFDQDVKKQEIILNNERPFFFTKNGIAIVFGQYDLGPYAAGIRDVFVPASVYQ NA NA NA NA NA D1-12_02241 1311 nupG COG1972 Purine nucleoside transport protein NupG ATGACGCTGTCTATTCTTTTCTTTTGGCTCTTATTTATCACACTTTCTGGCTTTCAGGAATTTGTGACGAATAAGAGCTTTTTTTATTTCCATAATACCCTTATAGGAGTTGCTCACATGTACTTTTTATTGAACATTGTCGGTCTCATTGTTGTCATGGCTGTTGTTTTCTTATGCTCTCCCAACAAGAAGAAGATTAAATGGCGTCCGATTGTCATGCTCCTCGTCTTTGAGTTTCTGATTACTTGGTTTATGTTAGGGACAAAAGTCGGCGGCTTTGTCATCGGGAAGATCGGCGCGTTCTTTACATGGCTGATTTCCTGCGCCAGTCAAGGGATTGCGTTCGCTTTTCCGTCTGTTATGGCCAATCCGACGGTTGATTTTTTCTTCAGCGCATTGCTGCCGATTATCTTCGTCGTGACCTTCTTTGATATGCTGTCGTATTTCGGTATTCTGCCGTGGCTCATTGATAAAATCGGCTGGCTGATTTCTAAAATATCCCGTCTGCCGAAGCTGGAGAGCTTTTTCTCCATCCAGATGATGTTTTTAGGAAATACGGAAGCTTTAGCCGTCATCCGCCAGCAGCTTGCCGCCGTCAGCAACAATCGGCTTCTGACATTCGGGCTGATGAGCATGAGCAGCATCAGCGGCTCGATCATCGGATCGTACTTGACGATGGTTCCGTCCACTTATGTGTTTACAGCCATCCCGCTGAATTGCTTAAACGCCCTTTTAATCGCCAATATGCTGAATCCCGTGGACGTTTCTAAAGAGGATGATATTATTTACGTTCCTTCAAAAGCGGAGAAAAAAGACTTCTTCTCCACGATTTCTAACAGTATGCTTGTCGGCATGAACATGGTCATTGTCATTTTAGCGATGGTAATCGGCTATGTGGCGTTAACGGCCGCGTTAAACGGCGTACTCGGACTGTTCGTGCACGGTTTGACCATTCAAAAGATTTTCTCATACATCTTCAGTCCGTTTGCCTTCCTTCTCGGATTAGGCGGACATGACGCGATGTATGTCGCACAGCTGATGGGCATCAAGCTCGCGACGAATGAATTTGTGGCAATGGCCGATCTGAAAGGGCAGCTGAAATCACTTCCGCCGCACACGATTGCCGTGGCTACGACATTCCTGACATCATTCGCAAACTTCAGCACCATCGGTATGATCTACGGATCTTATCAATCTCTGCTTGATGGTGAAAAATCAGCCATCATCGGAAAAAACGTCTGGAAGCTGCTTGTCAGCGGAATTGCCGTTTCCCTATTGAGCGCGGCGATTGTCGGATTGTTTGTCTGGTAA MTLSILFFWLLFITLSGFQEFVTNKSFFYFHNTLIGVAHMYFLLNIVGLIVVMAVVFLCSPNKKKIKWRPIVMLLVFEFLITWFMLGTKVGGFVIGKIGAFFTWLISCASQGIAFAFPSVMANPTVDFFFSALLPIIFVVTFFDMLSYFGILPWLIDKIGWLISKISRLPKLESFFSIQMMFLGNTEALAVIRQQLAAVSNNRLLTFGLMSMSSISGSIIGSYLTMVPSTYVFTAIPLNCLNALLIANMLNPVDVSKEDDIIYVPSKAEKKDFFSTISNSMLVGMNMVIVILAMVIGYVALTAALNGVLGLFVHGLTIQKIFSYIFSPFAFLLGLGGHDAMYVAQLMGIKLATNEFVAMADLKGQLKSLPPHTIAVATTFLTSFANFSTIGMIYGSYQSLLDGEKSAIIGKNVWKLLVSGIAVSLLSAAIVGLFVW PGPT0021085_10 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_NUCLEOSIDE_TRANSPORT,PGPT0021085-yxjA|nupG-K16323 NA NA D1-12_02243 882 rlmA COG0500 23S rRNA (guanine(745)-N(1))-methyltransferase TTGACGTCTATAAAAAGAAAACGCGCGGAATTACTGCAATCATGCCAGTCCGTGTTCAGGTGTCCGCTATGCCGGTCGGCCATGGCGGTCTCACAATACAAAAGCTTGATTTGCGGACAGGGGCATACATTTGATATATCAAAACAAGGATATGTGAATTTCCTCAATAAATCGGTCAAAACCCGCTATGACAGGCAGCTGTTCGAAGCGAGACGCGAGCTTTTTGACAGCCGGGAATTTTTTGGGCCGGTTCAAAAGGAGATCGCCGCCATCATCAGCCGTAAGCAATCTCCGCATAAACCGGCGGCGATATTGGATGCGGGATGCGGAGAAGGCTCTCATTTAGCCGCCGTATGCAAATTGCTTCAGCCCGCTTTTTCCGTGACGGGAATCGGCATTGATCTCTCGAAAGAAGGTGTGCTGCACGCCGCAAAGGCCTTCGGGAATCATATGGTTTTTGCCGTCGCTGATGTGGCGGATGCGCCGTTTGCCGACAGCTGTTTTGATGTCGTAATGTCCGTTTTATCACCTTGGAATTACAAGGAATGCAGCAGGCTTTTAAAAAAGGGCGGCACAGTCATTAAAGCGGTGCCGCGGCGTGATTATTTGAAAGAAGTGAGGGAATTCTTCTTCGGAGACAGTCCTCGGCGGAATGACACCGCCGATTCTGCGGCCGGACGATTCCAAGCGGGCTTTCAAACCTTTGAGCGCAAACGGCTGTGTTACACGAAGGCCTTATCGCAGCCTGACCTCGAGCGGCTTGTGAAAATGACGCCCTTAACATGGAAATGTACTGATGACAGCATCCGGCGGTTTATCAGCCGGAAAGAGGCTGCTGTCACGATAGATATCGATATTTTAATCGGAACCGGTCCGCTGTAA MTSIKRKRAELLQSCQSVFRCPLCRSAMAVSQYKSLICGQGHTFDISKQGYVNFLNKSVKTRYDRQLFEARRELFDSREFFGPVQKEIAAIISRKQSPHKPAAILDAGCGEGSHLAAVCKLLQPAFSVTGIGIDLSKEGVLHAAKAFGNHMVFAVADVADAPFADSCFDVVMSVLSPWNYKECSRLLKKGGTVIKAVPRRDYLKEVREFFFGDSPRRNDTADSAAGRFQAGFQTFERKRLCYTKALSQPDLERLVKMTPLTWKCTDDSIRRFISRKEAAVTIDIDILIGTGPL NA NA NA NA NA D1-12_02244 1137 metE_2 COG0620 5-methyltetrahydropteroyltriglutamate--homocysteine methyltransferase ATGTCACAGCAAAACACAGAACAACCATTGCATACGCTTCTAAGAAAAAACCCGCCGTTTCGCGCGGATCAGGTCGGAAGCCTGCTGCGGCCGGCGGCTGTGAAGCAAGCCCGCCTGCAAAGAGCGGCGGGTGAGATTTCGGCAGAACAGCTGCGCGAAATCGAAAACAGAGAAATCATCCGCAGTGTGGAAAAGCAGAAAGAAACCGGCCTCAATGTCGTGACTGACGGCGAATTCCGCCGTGCCTGGTGGCATTTTGATTTTCTCGAAAACTTAGACGGCGTCGAAGCATTTACGCCTGAAAGCGGCATTCAGTTTCACAACGTACAGACGAAAGCGCGCGGCATTAAAGTAACGGGAGATATTGATTTTTCTCAGCATCCGATGCTCGAAGATTATAAATTCCTGCACAGCATTGCCGGCGATGCTGTTCCGAAAATGACCATCCCAAGTCCGAATATGCTGTTTTTCCGCGGAAAATTGGAAAAAGCGTCCTACCAGAATGATTACAAACAATTTCAGCACGATGTGTCAAAGGCGTATAAAAAAGCGATTCAAGCTTTCTATGACGCCGGGTGCCGCTACCTTCAGCTCGATGACACCGCATGGGCCGTTTTCTTATCAGAAGCGGGGCTTCGTCAGATTGAAGCTTTCGGCACAACGCCGGATGAGCTGCGCAAGCTGTTTGCCGCTTCCATTAATGACGCCATCAAGGACCGCCCTGACGATCTGAAGGTTACGATGCATATCTGCCGCGGCAACTTCCAATCCACATGGACGGCTGAAGGCGGCTATGATGCAGCGGCTGAAACGATTTTTGACGGGCTTGATCTTGACGGATTGTTCCTGGAATATGATGATTCCCGCTCCGGCGGCTTTGAACCGCTCCGCTATGTCAAACGCTCTGATCTTCAGCTTGTGCTTGGATTGATTACGTCGAAACATGGCGAACTTGAAGACAAGGACGCGATTAAACGCCGGATTGAAGAAGCTTCACAATATGTCAGCCTGGATCAGCTTTGCCTCAGCCCGCAATGCGGATTCGCCTCCACTGAGGAAGGAAACCTGATCACAGAAGAACAGCAATGGGCGAAACTGCGGCATGTCGTCAACATTGCCGGTGAAGTCTGGAAATAA MSQQNTEQPLHTLLRKNPPFRADQVGSLLRPAAVKQARLQRAAGEISAEQLREIENREIIRSVEKQKETGLNVVTDGEFRRAWWHFDFLENLDGVEAFTPESGIQFHNVQTKARGIKVTGDIDFSQHPMLEDYKFLHSIAGDAVPKMTIPSPNMLFFRGKLEKASYQNDYKQFQHDVSKAYKKAIQAFYDAGCRYLQLDDTAWAVFLSEAGLRQIEAFGTTPDELRKLFAASINDAIKDRPDDLKVTMHICRGNFQSTWTAEGGYDAAAETIFDGLDLDGLFLEYDDSRSGGFEPLRYVKRSDLQLVLGLITSKHGELEDKDAIKRRIEEASQYVSLDQLCLSPQCGFASTEEGNLITEEQQWAKLRHVVNIAGEVWK NA NA NA NA NA D1-12_02246 477 hypothetical protein ATGTACCATTTTTATATCAAAGAGCGGATGTTGACGTTTAAGAATCGTTTTCAAGTGTTTCTTGAAAGCGGAAAAGAAGTCTACAATGTTGAAGGAAAGCTGTTTTCATTCGGTGATGAACTGAAGCTGACTGATTTGGACGGCCGCACGCTCGCCAGCGTCAATCAGAAACTAATGTCGCTCGTTCCCCGTTACGAGATTTCCGTCAGCGGCAAACCCGTCTGCCAAGTCATCAAGAAAGTCACGTTATTCAAACCGAAATTTGAAATTTCCGGACTCGGCTGGGATCTTACCGGCGATGTGTGGGGCCGGAATTTTCAAGTGACAGACGGAAAATCAAACCGGATGACCGTCACCAAATCATGGATGAGCTGGGGCGATTCCTATCATTTGCAGATTGAAAAGGAAGAGGATATCGTTCTTTGTCTCGCGATCGCCATCGTGATAGATATGATTCTATTTGAGGGTGACAAATAA MYHFYIKERMLTFKNRFQVFLESGKEVYNVEGKLFSFGDELKLTDLDGRTLASVNQKLMSLVPRYEISVSGKPVCQVIKKVTLFKPKFEISGLGWDLTGDVWGRNFQVTDGKSNRMTVTKSWMSWGDSYHLQIEKEEDIVLCLAIAIVIDMILFEGDK NA NA NA NA NA D1-12_02247 168 hypothetical protein ATGATGCTACTTATTTTTGCTGCTTTGACAGGGTATCTTGTTTTCTCTTTCAGTAAGGACAACCGCCGGAAAACGCCAAAGACAAGCCCGCTGGTGACAGCTGCCGACACGAATAACATCATTGATTTAAATGCGATCCGTCAAAAACGCCGGATGCCGCTATCATAA MMLLIFAALTGYLVFSFSKDNRRKTPKTSPLVTAADTNNIIDLNAIRQKRRMPLS PGPT0014313_1 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS OTHER_STRESS_RESPONSE_PROTEINS,PGPT0014313-yxjJ-NA NA NA D1-12_02248 117 hypothetical protein ATGGCAAGAGGGACTGTAGCGAAAGAATTAAAAAAAACCTTAAAAGACCCGCGTGTTCTGGAGACGAAATCAAACCCTTTTAAAAAGCTGCGGAAAATGTTCAAACGATTTTTTTAA MARGTVAKELKKTLKDPRVLETKSNPFKKLRKMFKRFF NA NA NA NA NA D1-12_02249 1233 pepT_2 COG2195 Peptidase T ATGAAAAATGAAATCATTGAACGCTTTACCTCTTACGTAAAAGTCGATACACAGTCTGACGAAAACAATGAAAGCTGCCCTTCAACCCCCGGCCAGCTGACATTGGCCAACATGCTGGCAGATGAATTAAAGTCGATCGGCATGACAGAAATCACAGTCGATGACAATGGGTACGTCATGGCGACTCTGCCGGCAAATACGGATAAAGACGTGCCGACTGTCGGTTTTCTGGCTCACGTGGACACCGCGACCGATTTTACCGGAAAAAATGTGAATCCTCAGATTATTGAGAGCTACGACGGACATGATATCGTTTTGAATGACAAACTCAATGTCGTCCTGTCGCCTGAGCAATTCCCGGAGCTCTCCCGCTATAAAGGCCAGACGCTGATTACAACAGACGGCACGACGCTGCTCGGAGCCGACAACAAAGCGGGCATTGCCGAAATCATGACGGCAATGGCGTACTTGATCAAACATCCGGACATCAAACACGGAACGATCCGGGTCGCATTCACGCCCGATGAAGAAATCGGCAGAGGCCCTCACAAATTCGATGTCGGCCGCTTCAACGCCGCATTCGCCTACACGATAGACGGAGGCCCCCTCGGCGAACTGCAATATGAAAGCTTTAACGCAGCCGCCGCAAAGCTGACTTGTTACGGAAAAAGCGTCCACCCGGGAACGGCGAAAAACAAAATGGTCAACGCTTCAAAAATCGCGATGGAATTTCATCACGCGCTGCCGAAAGAAGAAGCGCCGGAATATACGGAAGGGTATGAAGGCTTCTATCATTTACTTTCCATGAACGGAGACGTTTCTGAAGCCGCCCTGTCGTACATCATCAGAGACTTTGACAGAGACCGCTTTGCAGAACGAAAAGAATATATGCAGAAAACCGCCGATGCGCTGGCGGCTAAATACGGCAAGGAAAGCATCAAGCTTGAACTGCGTGATCAATATTACAACATGAGAGAAAAAATCGAACCGGTCAAAGAGATAGTCGATGTCGCCTATCAGGCCATGAAAAACCTCGACATCGAACCGATTATCGAACCGATCCGGGGCGGAACCGACGGATCACAGCTCTCTTACATGGGGCTGCCGACACCGAACATTTTCACGGGCGGCCAAAACTTCCACGGAAAATATGAATACATTTCCGTCGATCATATGGAAAAGGCGGTAAACGTCATTGTTGAAATCGCCAGGCTCTTTGAAGAGCGCGCTTAA MKNEIIERFTSYVKVDTQSDENNESCPSTPGQLTLANMLADELKSIGMTEITVDDNGYVMATLPANTDKDVPTVGFLAHVDTATDFTGKNVNPQIIESYDGHDIVLNDKLNVVLSPEQFPELSRYKGQTLITTDGTTLLGADNKAGIAEIMTAMAYLIKHPDIKHGTIRVAFTPDEEIGRGPHKFDVGRFNAAFAYTIDGGPLGELQYESFNAAAAKLTCYGKSVHPGTAKNKMVNASKIAMEFHHALPKEEAPEYTEGYEGFYHLLSMNGDVSEAALSYIIRDFDRDRFAERKEYMQKTADALAAKYGKESIKLELRDQYYNMREKIEPVKEIVDVAYQAMKNLDIEPIIEPIRGGTDGSQLSYMGLPTPNIFTGGQNFHGKYEYISVDHMEKAVNVIVEIARLFEERA PGPT0020915_1296 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0020915-pepT-K01258 NA NA D1-12_02250 1017 lnpD UDP-glucose 4-epimerase ATGGCGATTTTAGTGACAGGCGGAGCGGGTTATATCGGAAGCCACACATGTGTCGAGCTGTTAAACGGCGGCTATGACATCGTGGTTCTGGATAATCTGTCAAATAGTTCACCGGAAGCATTGGAGCGTGTGAAAGACATTACCGGAAAAGGGCTTGTGTTTTATGAAGCGGATCTCCTTGACCGTGATGCCGTTCACCGGGTGTTTGCTGAAAATGAGATTGAAGCCGTCATTCATTTTGCGGGATTAAAAGCGGTCGGTGAGTCTGTGGCTGTTCCGCTCCGTTATTATCATAATAATCTGACGGGGACGTTTATTTTATGTGAAGCCATGCAGGCACACGGTGTGAAAAAAATCGTCTTCAGTTCTTCAGCGACGGTTTACGGCGTTCCGGAAACAACGCCGATCACTGAGGATTTTCCATTAAGCGCGACCAATCCTTACGGGCAGACAAAGCTGATGCTGGAACAGATTTTACGCGATCTGCATAAAGCGGACTCTGAATGGAGCATTGCGCTGCTCCGCTACTTTAATCCGTTCGGCGCGCACCCGAGCGGCCGGATCGGAGAAGACCCGAACGGCATCCCGAATAATTTAATGCCGTACGTCGCCCAAGTCGCTGTCGGCAAGCTTGAGCAATTGCAGGTGTTCGGCAATGATTATCCGACAAAGGACGGCACCGGCGTGCGGGATTACATCCATGTCGTTGATCTTGCCGAGGGCCACGTCAGAGCGCTTGAGAAGGTGCTGAACACAACAGGCGCGGATGCCTATAATCTCGGCACGGGAAGAGGCTACAGCGTTCTTGAGATGGTCAAGGCGTTTGAAAAAGTATCTGGAAAAGAAGTGCCGTACCGTTTTGCCGGCCGGCGCCCGGGAGACATCGCCGCATGCTTCGCAGACCCGGCAAAAGCGAAGGCTGAATTAGGCTGGGAAGCAAAGCGCGGGCTTGAAGAAATGTGCGCCGACTCTTGGAAGTGGCAGTCCTCCAATGTGAACGGGTACCAAAAGGTGTAA MAILVTGGAGYIGSHTCVELLNGGYDIVVLDNLSNSSPEALERVKDITGKGLVFYEADLLDRDAVHRVFAENEIEAVIHFAGLKAVGESVAVPLRYYHNNLTGTFILCEAMQAHGVKKIVFSSSATVYGVPETTPITEDFPLSATNPYGQTKLMLEQILRDLHKADSEWSIALLRYFNPFGAHPSGRIGEDPNGIPNNLMPYVAQVAVGKLEQLQVFGNDYPTKDGTGVRDYIHVVDLAEGHVRALEKVLNTTGADAYNLGTGRGYSVLEMVKAFEKVSGKEVPYRFAGRRPGDIAACFADPAKAKAELGWEAKRGLEEMCADSWKWQSSNVNGYQKV PGPT0017825_10 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 D1-12_02251 639 yxkC putative protein YxkC ATGGCAGGCAACCTGGTGTCTTGTAAGGCATGCGGCAAAGAAATCGCTAAAGGCGTTAAAAAATGCCCAAACTGCGGTAAAGATCAGAGAAACTTTTTTATGAGACATAAAATTATCACATTGCTTCTGGCGGTAGTGGTTATTATCATTCTCGTAAACATCGGCGGCGGCGGCGGATCTTCATCATCTAAAACCGCGTCTTCAAAAGCTGCGGAATCCAAGGAAAAACTGTATAACATCGGTGACACTGTTAAGACTGAGAAAACTGAAGTTACTGTTACCAAAGTGGAAAAAAGAGATTCAGTAGGCTCTCAATTTGTCGAGAAAAAAGCGTCTGACGGCGGCGTTATCGTAGCTGTTCAATACACAGTTAAAAATGTTTCAAACAAGCCGTTAAGCTCTTTCTCCATTCCAAGAGCGAAATTAGTAGATTCTAAAGGAACATCCTATGATTCAGATATTGATGCTTCTTCAAGCTATGCAACAGAAACAAAAGTAGACAACAGTAAAATTTTAAGTGACTTGAACCCGAACATTAAAGTTACTGACGTAAAAGCTTTTGAAGTTGATAAAAACGCATACTCTAAAGGCACTTGGAAATTAAAGTTCAGCAACGATGTTGAAGTGAAAATTAAATAA MAGNLVSCKACGKEIAKGVKKCPNCGKDQRNFFMRHKIITLLLAVVVIIILVNIGGGGGSSSSKTASSKAAESKEKLYNIGDTVKTEKTEVTVTKVEKRDSVGSQFVEKKASDGGVIVAVQYTVKNVSNKPLSSFSIPRAKLVDSKGTSYDSDIDASSSYATETKVDNSKILSDLNPNIKVTDVKAFEVDKNAYSKGTWKLKFSNDVEVKIK NA NA NA NA NA D1-12_02253 837 hypothetical protein ATGAAAAAGAGATTGCTGGATGTGCTGATGCTGATTATTGGAGCTTTTATCTTTGCTTTGGCTGTTAATTTATTCGCCATTCCGAATGATCTTGGAGAGGGCGGGGTAACGGGAATCACCCTGATCTTGTACTATGTGTTTGAATGGTCGCCCGGGGTGACGAATATCATTTTGAACGGGATCTTATTGATTATCGGATATAAATTTTTAGACGGAAAAACAACGCTTTATACGATCATTACCGTTGTCGCCAACTCACTGTTTCTGCATCTGACGCATGATTGGCACTCGCCTTCACATGAACTCATTATTAATACTATTTTTGCGGGTGTGTTTGCCGGTGTCGGAATCGGGATCATTATTCGAGTCGGAGGCACGACTGCGGGTTCTGCCATTTTGGCGAGGATTGCGAACAAATATCTCGATTGGAATATCAGTTATGCGCTTTTGTTCTTTGATCTGATTGTCGTCTTCAGTTCTTATTTCATCATCGGTGCGGAAAAAATGATGTTTACCATTGTCATGCTGTACATCGGAACGAAGGTGATGGACTTTATCATTGAAGGCCTGAATACGAAAAAAGCGGTGACGATTATATCTGAGCATAAGCACGAAATCGCTGAACAGGTCAACACGCTTATGGACAGAGGGGTTACGCTGCTGTCGGGTAAAGGAAATTACACGGGGCAGTCGAAGGAGATTTTATATATCGTCATCCAGAAACAAGAGCTTTCCATGCTCAAAAAAATTATTAAAAGCTGTGATACAAAAGCGTTTGTCATTGTTCATGATGTGCGTGACGTCTTTGGCGAAGGCTTCGTCGATATCTCTAAATAA MKKRLLDVLMLIIGAFIFALAVNLFAIPNDLGEGGVTGITLILYYVFEWSPGVTNIILNGILLIIGYKFLDGKTTLYTIITVVANSLFLHLTHDWHSPSHELIINTIFAGVFAGVGIGIIIRVGGTTAGSAILARIANKYLDWNISYALLFFDLIVVFSSYFIIGAEKMMFTIVMLYIGTKVMDFIIEGLNTKKAVTIISEHKHEIAEQVNTLMDRGVTLLSGKGNYTGQSKEILYIVIQKQELSMLKKIIKSCDTKAFVIVHDVRDVFGEGFVDISK NA NA NA NA NA D1-12_02254 894 lrp Leucine-rich protein ATGAACCCGTTATTGGCAATTTACCCAAGGGCTGTGTTGTCTGATACGTGCTGTACGGCGGAGGATGTCTTTTGCTTTTATGATGAAAAAAGGCGGGGCTATGTCGCCATTCCGAAGGAGGATATCACCCCGAAGGAGAAACTGCTTCTGGAATCATTTTTGGCGCCCGCTGAAGAAAAAGGCGATTTTTTTCCGGAGACGGCGGCAGCAAAGAGGTGGCGGCGTTTTCTGCTGGAAGAAGGCCCGGTGCCTGATGTCAAGGAGCCGCGTGTCCGTTTTATCCATTATGACTTATTGGGAGAACGGGACTGGGGGGCATTTACGGAAGCGCTGCGCCATTTCTGGCCGGTTTCATATATAGTTGTCCGGACGGGAAGGGATCAAGGCGTGATTGTGGAGGAAGAAAAGCTGGAAGCGCCCGATTCGGATGACATCGCATCTTTTGTGAAGATTCTCGAAGGCGATTTTTATTTCAGTGTCCGTTTTTTCATCGGAAGGTATTATGGCGCGGGAGAACGTCTGCGTCTTCATTATCGGAGAGAACAGCAATATTGTCAGATTGGCCGGCGTTATCTCCCGCAGCTGAGCACGCTGACCGCGGAAACGGTATTTCCGGCCATGCTCACGGAAGAAAGCAGAGAAAAGCTCTCAGCCTTGCTTCACGAAGAAGCGGCGCTGCTGTTTCAGAAAGAACCGGAGCTGAAGCATACGATTCAGACTTTTATTGAACATAACTCGAACATGTCGCTCACATCGAAAAAACTGCATTTGCACCGCAACAGTCTTCAATATCGGATTGATAAATTTGCGGAACGCTCGGGTATTGATATTAAGACATATCAGGGCGCCCTGCTGGCTTATTTCATTTGTCTGCAGTATGAAAAATCACATTAA MNPLLAIYPRAVLSDTCCTAEDVFCFYDEKRRGYVAIPKEDITPKEKLLLESFLAPAEEKGDFFPETAAAKRWRRFLLEEGPVPDVKEPRVRFIHYDLLGERDWGAFTEALRHFWPVSYIVVRTGRDQGVIVEEEKLEAPDSDDIASFVKILEGDFYFSVRFFIGRYYGAGERLRLHYRREQQYCQIGRRYLPQLSTLTAETVFPAMLTEESREKLSALLHEEAALLFQKEPELKHTIQTFIEHNSNMSLTSKKLHLHRNSLQYRIDKFAERSGIDIKTYQGALLAYFICLQYEKSH NA NA NA NA NA D1-12_02255 1101 msmX_1 COG3839 Oligosaccharides import ATP-binding protein MsmX ATGGCGGAACTTCGGCTGGAGCATATTTATAAGTATTACGATCAAAAAGAAGCGGCTGTCGATGATTTTAACCTTCATATTAAAGATAAAGAATTTATCGTGTTTGTCGGTCCGTCGGGGTGCGGAAAGTCAACAACATTGAGGATGGTTGCCGGGCTGGAAGACATTACAAAGGGCGATTTCTATATCGGTGACACGAGAGTGAATGACATCGCTCCTAAAGACAGGGATATCGCCATGGTGTTTCAAAACTATGCGTTATATCCGCACATGACGGTCTATGATAATATCGCTTTCGGTCTGAAGCTGAGGAAGATGCCGAAACCGGAGATTAAAAAACGGGTCGAAGAAGCGGCAAAAATGCTGGGGCTCACAGAGTATCTGCACCGCAAACCGAAGGCGCTCTCCGGCGGGCAGCGGCAGCGGGTTGCATTAGGCCGGGCGATTGTCAGGGACGCCAAAGTGTTTTTAATGGATGAGCCGCTGTCAAATCTGGACGCAAAGCTTCGGGTGCAGATGCGGGCAGAAATTATTAAGCTGCATCAAAGGCTGCAAACAACCACAATCTATGTGACGCACGATCAAACAGAAGCACTGACGATGGCGACACGCATCGTAGTCATGAAGGACGGAAAAATTCAGCAGATCGGCACCCCGAAAGACGTGTATGAACATCCCGAAAACGTATTTGTCGGCGGGTTTATCGGCTCCCCGGCGATGAACTTTTTCAAAGGAAAGCTGACGGACGGCGCCATTCAGATCGGTTCAGCCGCTCTCGGCGTGCCGGAAGGGAAAATGAAAATGCTCCGCGAAAAAGGGTATGCCGGCAAAGATGTTATCTTCGGCATCCGCCCGGAAGACATACATGACGAGCTGATTGTGGTAGAATCCTATAAGAATTCATCCATCACAGCTAAAATCAATGTCGCGGAATTGCTCGGGTCAGAAATTATGGTCTATTCCCGGATCGGGGATCAGGATTTTATCGCCCGGATTGACGCCCGCCATGACATTCATGCCGGTGAGGAATTGACCGTCGCTTTCGACATGAATAAGGCTCACTTTTTTGACAGTGAAACAGAAATCAGAATCCGCTCATAA MAELRLEHIYKYYDQKEAAVDDFNLHIKDKEFIVFVGPSGCGKSTTLRMVAGLEDITKGDFYIGDTRVNDIAPKDRDIAMVFQNYALYPHMTVYDNIAFGLKLRKMPKPEIKKRVEEAAKMLGLTEYLHRKPKALSGGQRQRVALGRAIVRDAKVFLMDEPLSNLDAKLRVQMRAEIIKLHQRLQTTTIYVTHDQTEALTMATRIVVMKDGKIQQIGTPKDVYEHPENVFVGGFIGSPAMNFFKGKLTDGAIQIGSAALGVPEGKMKMLREKGYAGKDVIFGIRPEDIHDELIVVESYKNSSITAKINVAELLGSEIMVYSRIGDQDFIARIDARHDIHAGEELTVAFDMNKAHFFDSETEIRIRS PGPT0016310_3321 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 D1-12_02256 843 hypothetical protein ATGAAACGCATGATCATGTGCATGTGCCTTTTGGCTGCCGGGTTTACGCTTGCCGCCTGCTCGGGCCATGAGGCAAGCGCCGAACAAAGCATTCCGAAGGCAGAAGCGCACCACGATAAAAAGTCTGTAAAGCGCCAAATCAAAAAAGAGCCGGATACGTCCGCCTGGGTTCAAACGAAAGGAACGGCAAGACTGCCGATTCTGATGTACCACAGCATTTCTGAGGGAAACAGCCTGCGTGTGCCGAAGGAAGAATTCCGGCAGCATATGAAGTGGCTTCATGATCACGGCTATTATACGATGACTCCTGAAGAGGCCTATCTGATGCTGACGGAGGATAAGGAGCCGCGTGAAAAATGTGTTCTGATCACATTTGATGACGGCTATACCGACAATGTGAAAGCGGCCTATCCCATTTTAAAGAAATACAAGATGAAAGCGACAATCTTTATGATCGGAAACTATATCGGGCATAAGAATCATCTGACTGAGAAGCAGATGAAGGAGATGGCCGCCCACGGCATTTCCATTCAGAGCCATACGATGAACCATCTCGAATTGAACGGGCTCACACCGCAGCAGCAGCGACGTGAAATGAAGGACTCTAAGCGTTTATTTGATCAAATGTTCGGACAGCGGACGTCTATGATCAGCTACCCTGTCGGACGATATAATAAGGAAACATTAAAAGCCGCCGCCGCGACAGGCTACCGTATGGCGGTCACGACGGAGCCGGGAGCGGCGTCAAGAGATCAGGGGCTTTACGGGCTTCACCGCGTCCGTGTGTCGCCGGGCATGTCCGGCGCGGCATTCGGCTCTTATATTCAAAATGTGATGAAATAA MKRMIMCMCLLAAGFTLAACSGHEASAEQSIPKAEAHHDKKSVKRQIKKEPDTSAWVQTKGTARLPILMYHSISEGNSLRVPKEEFRQHMKWLHDHGYYTMTPEEAYLMLTEDKEPREKCVLITFDDGYTDNVKAAYPILKKYKMKATIFMIGNYIGHKNHLTEKQMKEMAAHGISIQSHTMNHLELNGLTPQQQRREMKDSKRLFDQMFGQRTSMISYPVGRYNKETLKAAAATGYRMAVTTEPGAASRDQGLYGLHRVRVSPGMSGAAFGSYIQNVMK PGPT0012156_451 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS FUNGICIDAL_COMPOUNDS|ANTIBIOTICS FUNGICIDAL-CHITINOLYTIC_ACTIVITIES,PGPT0012156-chitin_deacetylase-NA NA NA D1-12_02257 1344 cimH COG3493 Citrate/malate transporter ATGGGAGAACTTCAACCAAAATTGCAAACGGATTCAATCCAAAAACAGGAACGGACTGATAACTGGTTTGCCAGAGCAATGAATATAAGAATCGGCATTATTCCTCTTCCTATCTATATCCTGCTTTTCTTGCTTATTACGGTGTTTGTCATGAGCCGTGATGTAAAAAGCGACATTCTGACATCAATTGCCGTCATGAGTTTTTTCGGATTTACCTTCGGCCAGATCGGAAAATCCATTCCGATCGTGCGGTCCATCGGCGGCCCTGCGATTCTCGCAACCTTTATTCCATCCGCTGTCGTCTACTACCACCTGCTTCCGAAAGACATTATTACTTCAACAACAGAATTCACAGAAAGCTCCAACTTTCTCTATCTATTTATTGCCGGTATCGTCGTCGGCAGTATTCTCGGGATGAAAAGAGAGACGCTCGTCAAAGCTTTCGTCAAGATTTTTATTCCGCTGATCGCCGGCTCGATCGCGGCCGCCATCGTCGGCTTATGCGTCGGGACGCTGCTCGGGCTCGGCTTTCAGCACACGCTGCTTTATATTGTCGTTCCGATTATGGCGGGGGGTGTCGGTGAAGGCGCGATTCCTTTATCCATCGGCTACTCCGATATTATGCCGATGTCCCAGGGAGACGCCTTTGCGCTTGTGCTGCCGTCCATCATGCTCGGCAGCCTATGCGCCATTATGTTATCGGGTTTGCTGAATGTCCTCGGGAAACGCAAACCGGAATGGACGGGCAACGGGAAGGTTGATAAGTCTGATCATTCCGCTCCCGCATTGGAACAGCCGGCCAATGATAAAACATTTGATTTGTCCTTTTTCGCTTCGGGCGGTATTTTAGCGGTTTCCCTCTATTTGGTCGGCATGCTGGCGCATGATTTCTTTCAGCTTCCGGCTCCTGTCGTGATGCTCGTCCTTGCCGTTCTCATTAAGCTGTTCAGGCTGGCGCCGGCTTCGATTGAAAACGGAGCCTTCGGCGTCTCGCGCTTTTTCTCGACAGCCGTGACCTATCCGCTCTTATTTGCGATCGGCGTTTCAATGACACCGTGGGACAAGCTGATTGCGGCGTTTACGATCAGCAACATCATTACCATTTTATCAATCGTCGTCACGATGATGGCCGTCGGTTTTCTGACCGGAAAATGGCTGAATCTGTACCCGATTGAGACGGCGATTATTAATGCCTGCCATTCCGGCCAGGGCGGCACCGGCGATGTCGCGATCTTGAGCGCCGCTGAACGGCTTGAGCTTATGCCGTTCGCCCAAGTGTCGACCAGAATCGGCGGAGCGATTACCGTGAGTGTCACCCTTCTGCTGCTTCATCAATTCTATTAA MGELQPKLQTDSIQKQERTDNWFARAMNIRIGIIPLPIYILLFLLITVFVMSRDVKSDILTSIAVMSFFGFTFGQIGKSIPIVRSIGGPAILATFIPSAVVYYHLLPKDIITSTTEFTESSNFLYLFIAGIVVGSILGMKRETLVKAFVKIFIPLIAGSIAAAIVGLCVGTLLGLGFQHTLLYIVVPIMAGGVGEGAIPLSIGYSDIMPMSQGDAFALVLPSIMLGSLCAIMLSGLLNVLGKRKPEWTGNGKVDKSDHSAPALEQPANDKTFDLSFFASGGILAVSLYLVGMLAHDFFQLPAPVVMLVLAVLIKLFRLAPASIENGAFGVSRFFSTAVTYPLLFAIGVSMTPWDKLIAAFTISNIITILSIVVTMMAVGFLTGKWLNLYPIETAIINACHSGQGGTGDVAILSAAERLELMPFAQVSTRIGGAITVSVTLLLLHQFY PGPT0001690_199 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_MALATE_UTILIZATION,PGPT0001690-maeN-K11616 NA NA D1-12_02258 1407 cydA COG1271 Cytochrome bd ubiquinol oxidase subunit 1 ATGAGTGAGTTGGTATTAGCCCGCATTCAATTTGCATCTACAACATTGTTTCACTTCTTGTTTGTGCCTTTGTCTATCGGGCTTGTGTTTATGGTTGCTTTGATGGAGACGCTTTATGTTGTCAAAAAACAAGAGACCTATCTCAAAATGGCTAAATTTTGGGGGCATCTCTTTTTAATTAACTTTGCTGTCGGCGTCGTCACAGGGATTCTTCAGGAATTCCAGTTCGGTCTGAACTGGTCTGATTATTCCCGTTTTGTCGGAGACGTATTTGGAGCTCCGCTTGCGGTTGAAGCGCTTTTGGCGTTTTTTATGGAGTCTATTTTTATCGGATTATGGATTTTCGGCTGGGACCGTTTATCTAAAAAAGTGCATTTGCTTTGCATTTGGCTTGTGTCCTTCGGAACGATTATGTCATCTTTCTGGATTTTGACGGCGAACTCATTCATGCAGGAGCCGGTCGGCTTTGCGATTAAAAACGGCCGCGCGGAAATGAATGATTTCGGGGCGCTTTTGACAAACCCTCAGCTTTGGGTTGAATTCCCTCACGTCATTTTCGGGGCGCTTGCGACGGGTGCTTTCTTTATCGCCGGTGTCAGCGCATTTAAATTATTGAAGAAAAAAGAAGTGCCTTTCTTCCATAAATCTTTCAAGCTTTCGATGATTGTCGGTCTGATCGCCGGTATCGGCGTTGCGTTCAGCGGACATATGCAGGCTGAGCATTTAATGGAATCGCAGCCGATGAAAATGGCCGCCAGTGAAGCGCTATGGGATGACAGCGGTGATCCTGCCGCGTGGACGGCTTTTGCGAATATTGATACGAATAAAGAAAAAAACACATCAGAAATTTCAATTCCTTACGCACTGAGCTACTTGGCTTACCAGAAGTTCAGCGGCAGTGTGAAAGGGATGAAAACACTTCAAAAAGAATACGAAAAAACGTACGGAAAAGGCGACTATATCCCGCCTGTTAAAACGACGTTCTGGAGTTTCCGCATTATGGCGGGAGCGGGCGCGCTTATGATTTTTGCCGCGATTGCCGGCTTTATTCTGAACCGCCGCAAAAAGCTTCATACGAGCAAGTGGTATTTACGGGGCATGATCGCACTGATCGCATTCCCATTCATTGCGAACTCTGCCGGTTGGATTATGACTGAAATCGGCCGCCAGCCGTGGACGGTCATGGGACAATTGACGACCGCACAATCCGTTTCTCCTAACGTAACGACGGGATCTCTGCTGTTTTCAATTATCAGCTTCGGCGTCATGTACTTGATTTTAGGCGCTCTGCTTGTTTTCCTATTCGTTCGTGAAATTAAAAAAGGTGCGGACCATGATGATCATAAGGATGTTCCTGTATCAACGGATCCGTTCAGTCAGGAGGTCTACCATGGGGTCACTTCATGA MSELVLARIQFASTTLFHFLFVPLSIGLVFMVALMETLYVVKKQETYLKMAKFWGHLFLINFAVGVVTGILQEFQFGLNWSDYSRFVGDVFGAPLAVEALLAFFMESIFIGLWIFGWDRLSKKVHLLCIWLVSFGTIMSSFWILTANSFMQEPVGFAIKNGRAEMNDFGALLTNPQLWVEFPHVIFGALATGAFFIAGVSAFKLLKKKEVPFFHKSFKLSMIVGLIAGIGVAFSGHMQAEHLMESQPMKMAASEALWDDSGDPAAWTAFANIDTNKEKNTSEISIPYALSYLAYQKFSGSVKGMKTLQKEYEKTYGKGDYIPPVKTTFWSFRIMAGAGALMIFAAIAGFILNRRKKLHTSKWYLRGMIALIAFPFIANSAGWIMTEIGRQPWTVMGQLTTAQSVSPNVTTGSLLFSIISFGVMYLILGALLVFLFVREIKKGADHDDHKDVPVSTDPFSQEVYHGVTS PGPT0026700_3249 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 D1-12_02259 1017 cydB COG1294 Cytochrome bd-I ubiquinol oxidase subunit 2 ATGGGGTCACTTCATGATCTTTGGTTTATACTCGTTTCAGTTTTGTTTGTCGGATTTTTCTTTTTAGAGGGTTTTGATTTCGGTGTCGGCATTTCGACCCGATTTCTTGGCCATAATGAATTAGAACGCAGAGTGCTGGTTAACACCATCGGCCCGTTCTGGGATGCGAATGAGGTGTGGCTTATCACAGGTACGGGAGCGATCTTCGCGGCATTCCCGAACTGGTATGCGACGATGCTGAGCGGATATTACATTCCGTTTATCATCATTCTTCTTGCCTTGATGGGGCGCGGCGTGGCATTTGAATTCCGCGGCCAAGTGAATAATCTGAAATGGGTCAAAACATGGGACTGGGTGATTTTCTTCGGCAGCCTTATCCCGCCATTTGTATTCGGACTTATTTTCACAAGCTTGTTCCGCGGTGTGCCGATTGACGGACATATGAACATTCACGCAGGTTTTTCAGATATTGTGAACGTGTATTCCGTTCTTGGCGGAGCAGCCGTCACCCTTCTTTCATTCCTGCACGGTTTAATGTTTATCACCCTGCGCACGATCGGTGATTTACAAGAGCGTGCGAGAAAAATGGCAAAACGCGTAATCGGTGTTATCTTTCTTGTTGTACTTGCTTTCTTTGCGATGTCTGCATACGATACGGATATGTTTACACGCCGGGCAAACATCACGATTCCGGTATTCGTGCTGATTGTCATCTGCAACGTTCTTGCCGTTGTGTTCATGAGCAAGAAAAAAGACGGCTGGGCATTCGGTATGACCGGCGCGGGTCTTGCTTTGACAGTTGCGATGATTTTTATCTCTCTGTTCCCGCGCGTCATGGTCAGCTCGCTGAAAAGCGCGTATGACTTAACAGTAGCTAACGCGTCTTCCGGTGATTATTCACTTAAGGTCATGACAATTGTCGCACTGACTCTGCTGCCGTTTGTTATCGGCAGTCAGATCTGGAGCTATTATGTCTTCCGGAAACGCGTCAGCCATAAGGAGCCTATGACTTATTAA MGSLHDLWFILVSVLFVGFFFLEGFDFGVGISTRFLGHNELERRVLVNTIGPFWDANEVWLITGTGAIFAAFPNWYATMLSGYYIPFIIILLALMGRGVAFEFRGQVNNLKWVKTWDWVIFFGSLIPPFVFGLIFTSLFRGVPIDGHMNIHAGFSDIVNVYSVLGGAAVTLLSFLHGLMFITLRTIGDLQERARKMAKRVIGVIFLVVLAFFAMSAYDTDMFTRRANITIPVFVLIVICNVLAVVFMSKKKDGWAFGMTGAGLALTVAMIFISLFPRVMVSSLKSAYDLTVANASSGDYSLKVMTIVALTLLPFVIGSQIWSYYVFRKRVSHKEPMTY PGPT0026705_2775 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 D1-12_02260 1704 cydD COG4988 ATP-binding/permease protein CydD ATGGGAAAAGACCTGTTTCTTTATAAAGGAATGAAGCGGATTCTTGCGATCATTACGGGATTAACGATTATACAAACGGCCGCCATCATCTTGCAGGCGGAATGGCTGAGCCAGGCGGTAACCGGATTATTTAACGGGAAGCGGATTGCTTCTCTTTATCCGGTTATCGGCTTTTTCCTGCTTGCGTTTTTGGTCCGGCATGCGGTGACAACGGTCCGGCAGAAAATCGTGTACCAATATGCCGCGCAAACCGGCGCAGACTTAAGAAAAAGATTTCTTGAGCAATTGTTCCGTCTCGGCCCCCGCTTTGCGAAAAAAGAGGGGACGGGCCGGATGGTGACGCTGGCGATGGAAGGCATCAGCCAGTTCCGCCGTTATTTAGAGCTGTTTCTGCCGAAAATGGTCAGCATGGCGATTGTACCGGCGGCCGTTGTTATTTACGTGTTTTTTCAGGATAAAACATCGGCATTGATTCTGATTCTTGCGCTTCCGGTTTTGATTGTATTTATGATTCTGCTCGGACTTGTCGCACAGAAAAAAGCCGATCGCCAATGGAAGTCCTATCAGACGCTTTCCAATCATTTCGTGGATTCGCTTCGCGGACTGGAGACATTGCGGTTTTTAGGATTAAGCAAATCACACAGTAAAAACATCTTTCATGTCAGTGAGAGATACCGTAAGGCGACGATGAGCACGCTCCGGGTCGCGTTTTTATCATCATTCGCCCTGGATTTCTTTACGATGCTGTCGGTGGCGACAGTGGCGGTGTTTCTCGGCTTGCGGCTGATAGACGGACAAATTCTGCTCGGGCCGGCACTGACCGCGCTCATTCTCGCGCCTGAATATTTTCTCCCGGTCCGCGAAGTGGGAAATGATTACCACGCGACGTTAAACGGGCAGGAGGCGGGGAAAACCATTCAAACGATTTTGGCGCAGCCCGGTTTTAAAGAAGAAAAGCCGCTCGAACTTGATACGTGGACTGACGGGGATGAATTACAGCTTACGCGTTTGTCCGTCCGAGAATCGATGTCTGAATTTCATCTGTCCTTTAAAGGGAAGAAGAAAATCGGAATTATCGGGGAAAGCGGTTCGGGAAAATCGACACTCATTGATGTGCTGGGCGGCTTTTTAGAGCCTGCGTCCGGTGAGATCAAGGTAAACGGTGAATCCCGCTCGCATCTGCAGTCGGACGGCTGGCAGAAGCAGCTGCTTTATATTCCGCAGCATCCGTACATTTTTGATGACACGCTTTTGAATAATATCCGGTTTTATCATCCTGATGCTTCCCGTGAGGAAACGGCGCGCGCCGCTGATTCAGCGGGTCTTTCCGGACTGATCCGTGATCTGCCCGGCGGCCTTGACGGCCGGATCGGCGAGGGCGGACGGGCGCTTAGCGGAGGGCAGGCTCAGCGTGTCGCGCTGGCCAGAGCCTTTTTAGGAAACCGGCCGATTCTCCTTTTGGATGAGCCGACCGCTCACCTTGATATTGAAACAGAATATGAAATAAAAGAAACGATGAAAGACCTGTTTGAAAACAAACTTGTTTTTCTGGCCACTCACCGTCTTCACTGGATGCTTGAGATGGACGAAATTATCGTGCTTGATGACGGCGCGGTGGCGGAAATCGGCACCCACGACGAATTGATGGCGAAACAAGGCGTATACGCCAAACTTGTAAAGGTGCAACTGGGGGAAAGAACATGA MGKDLFLYKGMKRILAIITGLTIIQTAAIILQAEWLSQAVTGLFNGKRIASLYPVIGFFLLAFLVRHAVTTVRQKIVYQYAAQTGADLRKRFLEQLFRLGPRFAKKEGTGRMVTLAMEGISQFRRYLELFLPKMVSMAIVPAAVVIYVFFQDKTSALILILALPVLIVFMILLGLVAQKKADRQWKSYQTLSNHFVDSLRGLETLRFLGLSKSHSKNIFHVSERYRKATMSTLRVAFLSSFALDFFTMLSVATVAVFLGLRLIDGQILLGPALTALILAPEYFLPVREVGNDYHATLNGQEAGKTIQTILAQPGFKEEKPLELDTWTDGDELQLTRLSVRESMSEFHLSFKGKKKIGIIGESGSGKSTLIDVLGGFLEPASGEIKVNGESRSHLQSDGWQKQLLYIPQHPYIFDDTLLNNIRFYHPDASREETARAADSAGLSGLIRDLPGGLDGRIGEGGRALSGGQAQRVALARAFLGNRPILLLDEPTAHLDIETEYEIKETMKDLFENKLVFLATHRLHWMLEMDEIIVLDDGAVAEIGTHDELMAKQGVYAKLVKVQLGERT NA NA NA NA NA D1-12_02261 1731 COG1132 putative ABC transporter ATP-binding/permease protein ATGAGAAAAGAAGAATGGATTCTGCCGTATATGAAGCAAAATGCCCGTTTGTTTGTTCTTGTGATTTTTTTAGGCGCGGTGACGATTTTTTCGGCGGCCTTTCTCATGTTCACTTCCGGTTTTTTGATCTCTAAGTCGGCGACAAGGCCTGAGAATATCCTGCTGGTGTACGTTCCGATTGTGGCCGTGCGCACCTTCGGGATTGCCCGTTCAGTCTCACGGTACGCCGAGCGTCTGACGGGGCACCATATCATTTTGAAAATCGTGTCCGACATGAGGGTGCGGCTTTACAATATGCTGGAGCCGGCCTCGCTCATGCTTTCATCCCGTTTTCGGACGGGCGACATGCTCGGCATTTTGGCTGAGGATATTGAGCATTTGCAGGATGCGTTTTTAAAAACGATTTTCCCGGCGGTTTCCGCTTTGCTGCTGTATGCGGCCTCCGTTATCGGACTCGGCTTTTTTTCCTGGCCGTTTGCCGCTTTTGCGGCGATTTACCTGTTTATATTGGTTGTATTGTTTCCGGTTGTGTCGCTTCTTGTGACGAGAGCGAAAAACATGAGGCTGAAAAGCGGCCGGAATATGCTCTACAGCCGGCTGACAGATGCCGTGCTCGGCGTGAGCGACTGGATGTTTTCGGGACGCCAGGCGGCCTTTATTTCCTCTTATGAAGAGAAAGAGAAGGCATGGTTTGACCTTGAAAGCAAACGTCAGCGGTTTACAAGATGGCGTGATCTCGCCGCGCAATGTCTTGTCGGCGGCTTCATATTGATCATGCTGTTCTGGACGGCGGGTCAGTATGCGGACGGCAGCATCGCCAACACGATGATCGCGGCCTTTGTGCTTGTCGTATTTCCATTGACGGAGGCGTTTCTGCCCCTTTCGGATGCGCTGACGGAAGTGCCTTCTTATCAGGATTCCATCAAAAGAATGAGTAAGGCGGCTCCGGAGCTGCGAAGTCGTGAGGTGAAGCAGACGGATGAGAAACTGGATGTATCTGATGTGACACTTACATTTGATAACGTGACGTTTTCTTATGATCAGCACAGTCATGTGCTTGACCGTTTTTCCTTCACTCTCCGCCAAGGTGAAAAAATGGCGTTGCTCGGCAGGAGCGGTTCCGGTAAGTCGACCTCTCTCGCTTTAATTGAAGGCGCCTTAGTTCCCGATTCGGGCAAAGTGATGCTGAACGGGCTGGAAACTGCGGCCGTGCAGGAGCAGATTTCCTCAGCGGTGGCCGTTTTGAATCAGAAACCTCATCTCTTTAACACGAGCATTATGAACAATATCCGGCTCGGAAACGGCAAGGCGAGTGATGAAGATGTTAAGCGTGCGGCGCGGCAAGTGAAGCTGCATGATTATATTGAATCACTGCCTGACGGATATGAAACGTCCGTGCAGGAGACGGGGATTCGTTTCTCAGGCGGGGAACGGCAGCGGATCGCGCTTGCCCGTATTCTGCTCCAAGACACGCCGGTCATTATCCTTGATGAACCGACGGTCGGCCTTGATGCGGTCACTGAACGCGAATTGCTTGATACGATTTTTGATGTCTTTAAAGAGAAAACGATCCTCTGGATTACACACCATTTAGCGGGTGTGGAAACAGCTGATAAAATCGTCTTTTTAGAAAATGGAAAAGCAGAAATGGAAGGAACCCATCAAGAGCTGCTTGCAGAAAACGAACGGTACCGGAAGCTTTACCGTCTTGATGTTCCGATCAGAACATAA MRKEEWILPYMKQNARLFVLVIFLGAVTIFSAAFLMFTSGFLISKSATRPENILLVYVPIVAVRTFGIARSVSRYAERLTGHHIILKIVSDMRVRLYNMLEPASLMLSSRFRTGDMLGILAEDIEHLQDAFLKTIFPAVSALLLYAASVIGLGFFSWPFAAFAAIYLFILVVLFPVVSLLVTRAKNMRLKSGRNMLYSRLTDAVLGVSDWMFSGRQAAFISSYEEKEKAWFDLESKRQRFTRWRDLAAQCLVGGFILIMLFWTAGQYADGSIANTMIAAFVLVVFPLTEAFLPLSDALTEVPSYQDSIKRMSKAAPELRSREVKQTDEKLDVSDVTLTFDNVTFSYDQHSHVLDRFSFTLRQGEKMALLGRSGSGKSTSLALIEGALVPDSGKVMLNGLETAAVQEQISSAVAVLNQKPHLFNTSIMNNIRLGNGKASDEDVKRAARQVKLHDYIESLPDGYETSVQETGIRFSGGERQRIALARILLQDTPVIILDEPTVGLDAVTERELLDTIFDVFKEKTILWITHHLAGVETADKIVFLENGKAEMEGTHQELLAENERYRKLYRLDVPIRT NA NA NA NA NA D1-12_02262 831 nnrD COG0063 ADP-dependent (S)-NAD(P)H-hydrate dehydratase ATGAATATAATGGATTGGACGGAACAGGATGTGAAAGATACGCTGCCGAAACGGGAGGCAGACAGCCATAAAGGAACGTTCGGGACGGCGTTATTGCTGGCCGGGAGCGATGACATGCCGGGAGCCGCCCTTCTGGCCGGATTGGGCGCGATGAGAAGCGGTGTCGGCAAGCTCGTCATCGGTACATCGGCAGGCGTCATTCCGCTCATCGTCCCGGTGCTGCCGGAAGCGACGTACTGGCGTGACGGCTGGAAAAAAGCCGCGGCGTGCCAGCCCGGGGAAACCATCCGGGCCGCTGCCATCGGGCCGGGCCTTCCTCAAACAGACGAAGTGCAGCAGGCGGCTGATCAGCTGCTTTCTGCCGATTATCCCGTCATACTGGACGCGGGCGCCATTACGAAAAGAACCTATCCAAAGAGGAAAGCCCCCGTGATCTTGACGCCTCATCCCGGCGAATTTTCCAGAATGACAGGCCTTTCGATTCAAGAGATTCAGCAGAACAGAGCGGGATATGCCGCGGAATGGGCGGAGCGGCTTCATGCCACGATTGTCCTGAAAGGAAACGAAACCATTATCGCTTTTCCCGACGGGGAATGCCGCAGGAATACAACCGGAAACGGCGCGCTTGCAAAAGGCGGGACCGGCGACACGCTGACGGGAATGATTCTCGGCATGCTGTGCTGTCATCAAGACCCGAAACATGCCGTATTGAACGCCGTCCGCCTTCACGGCGAATGTGCGGAATTATGGACGAAAGAGCGCTCCGCCCATACCTTATTGGCGCACGAACTTTCTGAACTGCTGCCGCGTGTATGGAAGGAATATGAATAA MNIMDWTEQDVKDTLPKREADSHKGTFGTALLLAGSDDMPGAALLAGLGAMRSGVGKLVIGTSAGVIPLIVPVLPEATYWRDGWKKAAACQPGETIRAAAIGPGLPQTDEVQQAADQLLSADYPVILDAGAITKRTYPKRKAPVILTPHPGEFSRMTGLSIQEIQQNRAGYAAEWAERLHATIVLKGNETIIAFPDGECRRNTTGNGALAKGGTGDTLTGMILGMLCCHQDPKHAVLNAVRLHGECAELWTKERSAHTLLAHELSELLPRVWKEYE NA NA NA NA NA D1-12_02263 1359 hypothetical protein TTGAAAGTAGAAAGGCGAACGATTGAACATATTCCGCATGACGAAAGACACGGAAAGGCTAAAGATTTATTCCCCGTCTGGTTCGGGGCTAATATGCATATTACGACGTTAGTCACAGGCACACTGCCCGTTACAATGGGACTCGATCTCTTTTGGAGTATCGCCGCCATTATTATCGGGACCTTTATCGGCGCAATCTTTATGGCGTCTCATTCCGCACAAGGACCTCAGCTCGGAATTCCGCAAATGATTCAAAGCCGCGCGCAATTCGGCGTGATCGGAGCGATTCTGCCCCTCTTTTTGGTCATGTTTATCTACCTGGGCTTCTTTGCGAGCAGTACGATTCTCGCAGCCGGTACATTGAGCAGCTTTGTACCGATTCCGGCTTCATGGTGTATTATCGGCTTAAGCGCCATCTGTTTTTTACTCACGATCTACGGTCATGATCTGATTCACAAAATGCAGAAAATCCTCTCTTGGACCTCCTTTGCCGTTTTTTTTGCTGCAACGATTCTTATTTTTCAACTGCCGATTCCTTCAGGAAGCTGGGTGCCCGGCTCATTAGACCTGCCTGTTTTTCTAGTGGCGGTCAGCGCGGTGGCCACATGGCAGCTGGCATATGCGCCATATGTCGCAGATTATTCCCGTTATCTGCCGGTCAAAACACCGGCATCGCATACCTTTTGGTACAGCTACGCAGGTACGTCAGTCAGTTCCATCTGGATGATGCTTCTCGGCGCCATTTTGACGACGGCGCTCCCGGAATTTACCGCTAATGCGGGAAATGAGATTGTCCGATTGTTCGGTCCGTTTTCCTTTATTATGCTGATCATCGTCCTGTTCGGACAAATGGCGATCAACGTCTTTAATTTATACGGAGCCTTTATGTCAACCACGACTACTTTGGAGCCGTTTTTAAAACTGAAGGTGACGCCGAAAACGCGAGTGGTAATGATCCTTTGTGTGACGGCAGCGGGTACTGTATTAAGTCTCTTGGGCCAAAGCAATTTCATGGAACTGTTTTTAAATTTCATCTTTTTCATCAGTTATTTCTTAATTCCATGGACGGCGATCAACCTCGTGGATTACTATTTTATCCGACGCGGAAAATACCACGTCAAATCGATGTTTGACGTCAACGGGCAATACGGCAGGGTCAATTGGATTACAGCGGCCGCCTTCGTTTTGTCGATTATATTAGAAATCCCGTTCATCAATACATCCTTTTACATCGGGCCGCTCGCTGAAATATTCGGCGGAGGCGACATTGCCTGGGTCATCGGCCTGGCCGTTCCGTCGCTGCTGTATTATGTCCTGATGAAATCAAGGGTAAAACAAAAAGAGGCGCCTTCCCTATGA MKVERRTIEHIPHDERHGKAKDLFPVWFGANMHITTLVTGTLPVTMGLDLFWSIAAIIIGTFIGAIFMASHSAQGPQLGIPQMIQSRAQFGVIGAILPLFLVMFIYLGFFASSTILAAGTLSSFVPIPASWCIIGLSAICFLLTIYGHDLIHKMQKILSWTSFAVFFAATILIFQLPIPSGSWVPGSLDLPVFLVAVSAVATWQLAYAPYVADYSRYLPVKTPASHTFWYSYAGTSVSSIWMMLLGAILTTALPEFTANAGNEIVRLFGPFSFIMLIIVLFGQMAINVFNLYGAFMSTTTTLEPFLKLKVTPKTRVVMILCVTAAGTVLSLLGQSNFMELFLNFIFFISYFLIPWTAINLVDYYFIRRGKYHVKSMFDVNGQYGRVNWITAAAFVLSIILEIPFINTSFYIGPLAEIFGGGDIAWVIGLAVPSLLYYVLMKSRVKQKEAPSL PGPT0009075_3277 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 D1-12_02264 987 yxeI COG3049 putative protein YxeI ATGTGTACAAGTCTTACATTGAAAACGACAGACGGTAATCACCTATTGGCGCGAACGATGGATTTTGCATTTCAGCTCGGTACGGACGTCGTGCTTTACCCTCGTCAGTACAGCTGGAAAAGCGAAGCTGACGGCAGGATGCATAAGACGAAATACGCATTTATCGGCATGGGGAGAAATCTCGGCAATGTTCTGTTTGCCGACGGCGTAAATGAAAAGGGGCTGTCGTGTGCGACGCTGTATTTTCCGGGCTTTGCGGGATACGAGAAAGCGGAACGGGAGGGCACCTGTCACATCGCTCCTCATGAGTTTGTCACCTGGGCCTTATCAAACTGTGAATCTCTTGGAGACATAAAGGAAAAGCTCTCAATGCTGACGATTGTAGAGAAGAAGTTAATGTTATTGGATACGGTGCTGCCTCTTCATTGGATTTTATCAGACCGCACGGGCGGCTGCATTGTCATCGAGCCGACACCGGAGGGAATGAAAGTATATGACAACAAACCCGGAGTGATGACCAACAGTCCGGAATTTCCTTGGCATGTGACCAATCTGCGCCATTATATCGGAATCAGGCCGCAGCAGTCAGAAAGCAAAACATTGGGCGGAATGACATTAACCGCTTTCGGCCAAGGATCTGGAACGATCGGGCTTCCCGGTGATTACACGCCGCCATCCCGATTCATCAGAGCTGCTTATCTGAAAGAGCATTTAGAGCCTGCCGCTCATGAAACGGATGGCGTTACAGCCGCTTTTCACGTGCTGTCCAATGTGAATATTCCAAAAGGCGCGGTGATCACAGAGGAGAATGAAATTGATTATACGCAGTATACGTCGGTCATGTGCTGTGACAGCGGTAACTACTACTTTCATCTGTACGACAACCGGCAGATTCACAAAGTAAGTTTATTCCATGAAGATCTTGAACGTCCGGAGCCGAAAGTATTTGCGGCCGCGGCGGAGCAGAATATACAGGAGCTGAATTAG MCTSLTLKTTDGNHLLARTMDFAFQLGTDVVLYPRQYSWKSEADGRMHKTKYAFIGMGRNLGNVLFADGVNEKGLSCATLYFPGFAGYEKAEREGTCHIAPHEFVTWALSNCESLGDIKEKLSMLTIVEKKLMLLDTVLPLHWILSDRTGGCIVIEPTPEGMKVYDNKPGVMTNSPEFPWHVTNLRHYIGIRPQQSESKTLGGMTLTAFGQGSGTIGLPGDYTPPSRFIRAAYLKEHLEPAAHETDGVTAAFHVLSNVNIPKGAVITEENEIDYTQYTSVMCCDSGNYYFHLYDNRQIHKVSLFHEDLERPEPKVFAAAAEQNIQELN PGPT0028080_148 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-BETA-LACTAM_RESISTANCE,PGPT0028080-yxeI-K24041 NA NA D1-12_02265 1614 katA_2 COG0753 Catalase ATGGAAAATAACAAAAACAGCGAAGAAACGCTTTCCAGTAAGACGACCGGTAAAGGCGAGTCAGAAGACACGCTGACAAACCGGCAGGGCCATCCGGTCACTGACAACCAGAATGTCAGGACAGTCGGCAATAGAGGACCGACGACATTGGAGAATTATGATTTTTTGGAGAAAATCAGCCACTTTGACCGCGAACGGATTCCCGAGCGCGTCGTTCACGCGCGCGGCGCCGGCGCACACGGATACTTTGAGGCGTACGGAAGTTTTGGAGACGAGGAGATTTCTAAATACACAAGAGCGAAAGTGTTTCAAAAGAAAGGAACGAAAACTCCGGCGTTTGTGCGGTTTTCTACCGTCAACCACGGAAAGCATTCCCCGGAAACATTGCGTGATCCCCGGGGTTTTGCCGTTAAGCTTTATACCGAAGACGGCAACTGGGATCTGGTCGGCAACAACCTGAAAATCTTTTTTATCCGTGATCCGCTGAAGTTCCCGGATCTTGTGCACGCATTTCAGCCTGATCCCGTTACGAACATTCAGGACGGCGAGCGTATTTTCGACTTCATTTCCCAATCACCCGAAGCGACTCATATGATCACTTTCTTGTTTTCGCCGTGGGGCATCCCGGCCAACTACCGGCAGATGCAGGGCTCGGGCGTCCATGCCTACAAATGGGTCAATGAAGAAGGAAAAGCCGTGCTCGTCAAATATCACTTTGAACCGAAACAAGGCATCCGTAACCTGACACAGAAGGAAGCGGAAGAGATTCAGGGGAAAAACTTTAACCATGCGACACAGGATTTGTATGAAGCGATTGAAAAAGGCGATTACCCTGAATGGGAAGTGTATGCGCAAATCATGACTGATGACGAACACCCCGAGCTGGATTTTGATCCGCTTGATCCGACCAAGCTGTGGTATAAAGACGATTTCCCTTGGAAGCCGATCGGTAAATTGGTTCTGAACAAAAACCCGGAAAACTACCATGCCGAGGTGGAACAGGCCTCATTCGGAACGGGCGTGCTTGTGGACGGCCTTGATTTTTCAGATGACAAATTACTTCAGGGGCGGACATTCGCCTATTCAGATACCCAGCGGTACCGCGTCGGCGCAAATTACCTGCAGCTTCCGATCAACTCGCCGAAAAAGCATGTCGCCACCAACCAGGAAGGCGGGCAAATGCAGTATCGGGTCGATCGGGCAGAAGGACAAAACCCGCACGTCAACTATGAGCCGTCCATTATGGGAGGACTCAACGAAGCAAAGCAGGATGGGAAAGACCATACACCTCATGTCGAAGGCGATGTGAAGCGGGAAGCGATCGACCGGTCGAATAATTTCGGCCAAGCCGGAGAAACATACCGCAGATTTTCGGAATTTGAACGGAACGAATTGATCACAAACTTGGTCAATACGCTTTCTTCCTGCCGGAAAGACATTCAGGATCAAATGATTGAGAATTTCACAAAAGCAGATCCGGACTACGGAAAACGTGTTGCGGAAGGGCTGAAAAAAGCCTCCGAAAGCAACAGCAACGGGCCGATCGGCACTACTGATACGGAACAGGCTGCAAAGCAGGCTGAACAGGAAAGCCATCCGTCTGATCCGTATTAA MENNKNSEETLSSKTTGKGESEDTLTNRQGHPVTDNQNVRTVGNRGPTTLENYDFLEKISHFDRERIPERVVHARGAGAHGYFEAYGSFGDEEISKYTRAKVFQKKGTKTPAFVRFSTVNHGKHSPETLRDPRGFAVKLYTEDGNWDLVGNNLKIFFIRDPLKFPDLVHAFQPDPVTNIQDGERIFDFISQSPEATHMITFLFSPWGIPANYRQMQGSGVHAYKWVNEEGKAVLVKYHFEPKQGIRNLTQKEAEEIQGKNFNHATQDLYEAIEKGDYPEWEVYAQIMTDDEHPELDFDPLDPTKLWYKDDFPWKPIGKLVLNKNPENYHAEVEQASFGTGVLVDGLDFSDDKLLQGRTFAYSDTQRYRVGANYLQLPINSPKKHVATNQEGGQMQYRVDRAEGQNPHVNYEPSIMGGLNEAKQDGKDHTPHVEGDVKREAIDRSNNFGQAGETYRRFSEFERNELITNLVNTLSSCRKDIQDQMIENFTKADPDYGKRVAEGLKKASESNSNGPIGTTDTEQAAKQAEQESHPSDPY PGPT0014380_2026 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-OXIDOREDUCTASES,PGPT0014380-katE|CAT|catB|srpA-K03781 NA NA D1-12_02266 1083 gmuG COG4124 Mannan endo-1,4-beta-mannosidase ATGCTCAAAAAGTTAGCAGTCTGCCTGTCTATCGTTTTATTACTCTTAGGAGCCGCCAGTCCGATATCGGCTCACACCGTTTATCCCGTCAACCCAAATGCCCAGCAGACGACAAAAGATATCATGAACTGGCTGGCGCACCTGCCCAACCGTTCAGAAAACAGGGTCATGTCCGGTGCGTTCGGCGGGTACAGCGATGTCACTTTTTCAATGACAGAGGAAAACCGCTTGAAAAACGCGACGGGACAGTCTCCCGCCATCTACGGCTGTGACTATGGGAGAGGATGGCTGGAAACAGCGGATATCACCGATTCTATCGATTACAGCTGCAACAGCAGCTTGATCTCATACTGGAAAAGCGGCGGCCTCCCTCAGGTCAGCCTGCATCTCGCAAATCCGGCTTTTCCATCCGGAAACTATAAAACGGCCATCTCAAACAGCCAGTACAAAAACATCCTGGACCCTTCAACTGTTGAAGGAAAACGGCTTGAGGCGCTGCTCAGCAAAATCGCCGACGGCCTTACTCAGCTGAAAAATCAAGGCGTCGCCGTTCTGTTCAGGCCGCTTCACGAAATGAACGGCGAGTGGTTCTGGTGGGGGCTGACAGGCTACAACCAAAAAGACACGAAAAGAATCTCGCTGTACAAAGAGCTTTACAAGAAGATATACCGCTATATGACAGAGACAAGAGGATTGGATAACCTTTTGTGGGTGTATTCGCCGGATGCCAACAGAGACTTTAAAACAGACTTCTACCCAGGCTCATCTTATGTGGATATTACCGGTCTGGACGCTTACTTCACTGATCCGTATGCGATATCAGGCTATGATGAAATGCTGTCTCTGAAAAAACCGTTTGCCTTTGCCGAAACCGGTCCGTCCGGCAATATCGGAAGCTTTGATTATGCTGCTTTTATCAATGCGATCAGGCAAAAGTATCCCGAGACCACGTACTTTTTGACATGGGATGAACAATTAAGTCCGGCGGCCAATCAAGGCGCGCAAAGCCTTTATCAAAACAGCTGGACACTGAACAAGGGCGAAATATGGAACGGCGGATCTTTGACGCCGATCGCGGAATAA MLKKLAVCLSIVLLLLGAASPISAHTVYPVNPNAQQTTKDIMNWLAHLPNRSENRVMSGAFGGYSDVTFSMTEENRLKNATGQSPAIYGCDYGRGWLETADITDSIDYSCNSSLISYWKSGGLPQVSLHLANPAFPSGNYKTAISNSQYKNILDPSTVEGKRLEALLSKIADGLTQLKNQGVAVLFRPLHEMNGEWFWWGLTGYNQKDTKRISLYKELYKKIYRYMTETRGLDNLLWVYSPDANRDFKTDFYPGSSYVDITGLDAYFTDPYAISGYDEMLSLKKPFAFAETGPSGNIGSFDYAAFINAIRQKYPETTYFLTWDEQLSPAANQGAQSLYQNSWTLNKGEIWNGGSLTPIAE PGPT0018725_741 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-MANNOSIDASE,PGPT0018725-manA-K01218 NA NA D1-12_02267 945 gmuF COG1482 putative mannose-6-phosphate isomerase GmuF ATGACGAAACTCTTATTTTTGGAACCGGTTTTTAAAGAAAGATTATGGGGCGGGACGAAGCTGCGCGATACATTCGGGTATGAGTTTCCTTCTGAGCGGACGGGAGAGTGCTGGGCGATTTCAGCTCATCCGCACGGCACATCCATCGTGCGGAACGGGCCTTTTTCCGGAACATCATTACACCGTCTCTGGAATGAACACCCTGACCTGTTCGGACATCCGAAAGAAGAAGCCTTTCCCCTGCTCACAAAAATTCTCGACGCAAATATGGACTTATCCGTACAGGTTCATCCGGATGACGCATATGCACATCGGCATGAAAACGGAGAACTCGGAAAAACGGAATGCTGGTACGTGTTGGACTGCAAAAAAGACGCGGAGCTCATTTTAGGGCACCGCGCCCAAACGAGAGAAGACTTCGTTCGGCTCATTGAACGAAACGAGTGGGATCACCTGCTCCGCCGCATCCCCATTAAGCCCGGCGACTTTTTCTATGTCCCGAGCGGCACACTGCACGCTTTATGTGAAGGTACGCTCGTTCTTGAAATCCAGCAAAGCTCTGATGCCACCTACCGGCTTTACGACTATGACCGGACGGATGGGAACGGGAATAAACGCGAGCTTCATCTTCAGAAAGCAATTGACGTAACAAGCATTCCGCATACCGATGAAAATGTAAAAAGCACAAAGCATCGGATCGGAGATGCTCTTATTACAACACTTGCCGAAACACCTTTCTTTTCAGTTTATCAATGGGATGTGAGCGGGAAAGCATCATTCCCCGCACCCGGCCGGTATTTACTCGCAAGCGTCATTAAAGGACGCGGAGAACTGGATGGATGCCCCATTCACAAAGGCGATCACTTTATCGTGCCGGCGGATTCCGGAGATTTTGTTATAGAAGGAGATTGTGAGGTTATCGTTTCACATCCTTCATCATCCTAA MTKLLFLEPVFKERLWGGTKLRDTFGYEFPSERTGECWAISAHPHGTSIVRNGPFSGTSLHRLWNEHPDLFGHPKEEAFPLLTKILDANMDLSVQVHPDDAYAHRHENGELGKTECWYVLDCKKDAELILGHRAQTREDFVRLIERNEWDHLLRRIPIKPGDFFYVPSGTLHALCEGTLVLEIQQSSDATYRLYDYDRTDGNGNKRELHLQKAIDVTSIPHTDENVKSTKHRIGDALITTLAETPFFSVYQWDVSGKASFPAPGRYLLASVIKGRGELDGCPIHKGDHFIVPADSGDFVIEGDCEVIVSHPSSS PGPT0017860_3087 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 D1-12_02268 882 gmuE COG1940 Putative fructokinase ATGCTTGGAGGTATTGAAGCCGGCGGCACGAAATTTGTCTGTGCCGCCGGACAAAGAGACGGCACCATTCTGGACAGAGCAGAGTTTCCGACGGGAGAACCGGATGACACACTCAGACAGGTCATCCGTTACTTTAAAGATTTCCCGATAGAAGCCATCGGCATCGGGTCGTTCGGGCCGATTAATATCCGTCCCGACAGTCAAACATACGGGTGCATCACCGCGACGCCGAAGACAGCCTGGCGGAACTGCCCTATTCTTCAAACGATCAAAAGCGCTCTTGATATTCCCGCAGGCTTCACCACCGACGTTAATGCGGCGGCGCTTGGAGAAGCTTCTTTCGGCGCGGCCAAAAACGCGGACAGCTGCCTCTATTTGACGGTCGGCACAGGCATCGGCGCGGGCGCCATTATGAACGGCAGATTTGTTCAAGGGCTGTCTCATCCTGAAATGGGCCACATTTATGTCAGAAGACATCCGGACGACGGCTACAAAGGCAATTGCCCGTACCATACAGATTGTCTGGAAGGCCTCGCGGCAGGCCCCGCCATTGAGAAACGCTGGGGGAAAAAAGCAGTTCTGCTCACGGATCAGCAGGAAGTGTGGGAGCTTGAGGGCTATTATATTGCCGAAGCGCTTGTGCAGTATATTCTCATTCTTTCGCCGGAAAAGATCATCCTCGGCGGGGGCGTCATGAAGCAGCGGCAGCTGTTCTCTTCTATCCGTCAGCACGTGAAAAAGCGGCTGAATCAATATATTGATCTGCCCGACATTGAAAACCGCATCGTCCCCCCTCAATTAGGCATTCACTCCGGCGCGGCCGGTTCGCTCGTATTGGCGGAGCGCGCATTAAAGGCGGCAAACCGGGAGGCGGAAAAATGA MLGGIEAGGTKFVCAAGQRDGTILDRAEFPTGEPDDTLRQVIRYFKDFPIEAIGIGSFGPINIRPDSQTYGCITATPKTAWRNCPILQTIKSALDIPAGFTTDVNAAALGEASFGAAKNADSCLYLTVGTGIGAGAIMNGRFVQGLSHPEMGHIYVRRHPDDGYKGNCPYHTDCLEGLAAGPAIEKRWGKKAVLLTDQQEVWELEGYYIAEALVQYILILSPEKIILGGGVMKQRQLFSSIRQHVKKRLNQYIDLPDIENRIVPPQLGIHSGAAGSLVLAERALKAANREAEK PGPT0017625_4742 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 D1-12_02269 1401 gmuD COG2723 6-phospho-beta-glucosidase GmuD TTGACTGAATCAAATATTCAATATCGTTTTCCGGAAGGATTCTGGTGGGGGTCTTCCGCCTCCGCCACCCAAACAGAAGGCGCCGCTGACAGAGACGGAAAAAGCCAAAACATATGGGATTACTGGTATGAAAAAGAGCCGAGCCGTTTTTTTAACGGCGTCGGCCCCGGCGACACGTCATGTTTTTACGATCAATACAAGGAGGATATCCGGCTGATGAAAGAAATCGGCCATAACTCCTTCCGGCTGTCTATTTCCTGGTCAAGATTGATTCCGGACGGAACTGGCGAGGTCAATCAGAAAGCGGTCGCGTTTTATCAGGACGTCATCGATGAAATGCTTGCCCATCACATTGAGCCGTTTGTCAATTTGTTTCACTTTGACATGCCGCTCGCCCTTCAGCGTAAGGGGGGCTGGGTCAGCCGGAACACCGTTGACGCGTTTGAACATTACGCCAAAACATGCTTTTCGCTATTCGGTGACAAGGTGAAAAAATGGTTCACTCACAACGAGCCGATTGTGCCGATTGAAGGCGGCTACTTATACGACTTTCACTACCCGAATCACGTTAATTTTCAAGAAGCGGTGCAGGCCGGCTTCCATACCCTGCTGTCGAATGCAAGGGCTGTCAAAGCCTACAGAGAATTGAAACAGGACGGACAAATCGGAATCATTCTGAATCTGACGCCTTCTTATCCGAGAAGCTCACATCCTGAAGATCTGAAAGCGTCCCGGATTGCCGACGCCTTTTTCAACCGCTCATTTTTAGATCCCGCCGTAAAGGGCGAATTTCCTGAGGAGCTTGTCGAGATTCTCAAGGCGGAAGGCTTTCTGCCGCATTATGAGAAAGAAGATCTCCGCCTCATTCAGGAGCATACGGTTGACCTCTTAGGCGTGAACTACTACCAGCCGAGGCGCGTCAAGGCAAAAGAACATGTTCCGAATCCGCATGCCCCTTTCCTGCCCGAGCGTTTCTTCGATCCGTATGTCATGCCCGGCCGGAAAATGAACCCTCACCGCGGGTGGGAAATTTACGAAAAAGGAATCTACGACATTCTCACAAATCTCAGAGAACATTACGGAAATATCGAGTGTTTTATTTCTGAGAACGGCATGGGAGTAGAAGGCGAGGAACGCTTCCGCGATGAAAACGGCATCATTCAGGATGATTACAGGATTGAATTTATCCAGGAACATCTGAAATGGGTGCATCGGGCCATCGGAGAAGGTTCAAATGTAAAAGGCTATCACCTGTGGACTTTCATGGACAACTGGTCTTGGACAAATGCTTATAAAAACCGCTACGGCTTTGTATCTGTCAATCTGGAAAACGGGGGCGAACGGACCGTCAAAAAAAGCGGCCGCTGGTTCAAATCCGTTTCCGATCAAAACGGATTTTAA MTESNIQYRFPEGFWWGSSASATQTEGAADRDGKSQNIWDYWYEKEPSRFFNGVGPGDTSCFYDQYKEDIRLMKEIGHNSFRLSISWSRLIPDGTGEVNQKAVAFYQDVIDEMLAHHIEPFVNLFHFDMPLALQRKGGWVSRNTVDAFEHYAKTCFSLFGDKVKKWFTHNEPIVPIEGGYLYDFHYPNHVNFQEAVQAGFHTLLSNARAVKAYRELKQDGQIGIILNLTPSYPRSSHPEDLKASRIADAFFNRSFLDPAVKGEFPEELVEILKAEGFLPHYEKEDLRLIQEHTVDLLGVNYYQPRRVKAKEHVPNPHAPFLPERFFDPYVMPGRKMNPHRGWEIYEKGIYDILTNLREHYGNIECFISENGMGVEGEERFRDENGIIQDDYRIEFIQEHLKWVHRAIGEGSNVKGYHLWTFMDNWSWTNAYKNRYGFVSVNLENGGERTVKKSGRWFKSVSDQNGF PGPT0019255_3422 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-GALACTOSIDASE,PGPT0019255-bglA-K01223 NA NA D1-12_02270 1320 gmuC COG1455 PTS system oligo-beta-mannoside-specific EIIC component GTGTTTGAGAAAATCAGCCAATTCCTTGTTCCGATCGCGGGCAAATTAAACAATAACCGCTACTTGCAAGTCTTACGGGATGCTTTTATGCTGGCGTTTCCGCTGACCATTTTCGGTTCGGTGTTCGTCGTGCTGACGAACCTGCCGTTTTTAAACAAAATCATGAGCAGCTCCGCACTGTCTGTCTTTCAATCCGGATTTGGCGGCGCTTCGACGGCGACGATGGGGATCATGTCCATTTTTGTCGTCTTCGGGATCGGCTATTACCTTTCCAAAAGCTACGATGTGGAGGCCGTATTCGGCGGAGCGATCGCATTGGTTTCTTTTCTGCTGCTCACCCCGTTCGTTTTAGAGCCGGAAACGGGCAAAGCGGTCGCAGGCGTCATTCCGGTTGACCGGCTTGGAGCAAAAGGAATGTTTCTCGGCATGATTACCGCTTTTTTGTCAGGTGAAATCTACAGAAGAATCGTCCAGAGAAACTTAACGATTAAGATGCCTGCCGGTGTTCCTCCGGCTGTTGCTAAATCGTTCGCCGCATTGATTCCGGCTTTTATCACGCTTACCGTCTTCCTCTTGATCAATGCGGCTGTCACCCAGATCTTTCACACCAATCTGCATGATGTCATTTATCATACGGTTCAAGCCCCGCTTGTCGGACTTGGAAGCGGCATCATTCCTACATTAATCGCTGTTTTCTTTATTCAGATTTTATGGTTTTTCGGACTTCACGGACAAATCATTATCAATTCCGTGATGGACCCGATTTGGAATACATTACAGGTCGAAAATTTGGCTGCGTATACAGCGGGAAAAGAGATTCCCCATATTATTTCTAAGCCGTTTATGGAGATTTACACCGTCGGAATGGGCGGAACCGGAATGACATTGGCCATAGTGATCGCCATCTTGCTTTTTATGAAAAGCAAACAGATGAAACAGATATCCAAACTCGGTCTCGCGCCGGGCATTTTCAACGTCAATGAGCCGGTTATTTTCGGTTTGCCGATCGTGATGAACCCGATCATTATCATTCCGTGGGTCATCGCACCGATGGTTGTCACCCTTGTCACCTACCTGGCCATGTCGGCGGGGATCGTGCCCCCTCCTACCGGCGTGACCGTGCCTTGGACCGTCCCCCTTTTCATTAACGGGATTATGGCGACCAATTCCGTCATGGGCGGCATTATGCAGCTGGTCAACCTCTGTATTGTGTTTGTCATCTGGTTCCCGTTTCTTAAAGCGCTGGACAAATTAAACATGGCAAAGGAAAAAGAAGCTGAGACCGAGCAGCATGCCCGGGATGACAGCATGAGTATGTAA MFEKISQFLVPIAGKLNNNRYLQVLRDAFMLAFPLTIFGSVFVVLTNLPFLNKIMSSSALSVFQSGFGGASTATMGIMSIFVVFGIGYYLSKSYDVEAVFGGAIALVSFLLLTPFVLEPETGKAVAGVIPVDRLGAKGMFLGMITAFLSGEIYRRIVQRNLTIKMPAGVPPAVAKSFAALIPAFITLTVFLLINAAVTQIFHTNLHDVIYHTVQAPLVGLGSGIIPTLIAVFFIQILWFFGLHGQIIINSVMDPIWNTLQVENLAAYTAGKEIPHIISKPFMEIYTVGMGGTGMTLAIVIAILLFMKSKQMKQISKLGLAPGIFNVNEPVIFGLPIVMNPIIIIPWVIAPMVVTLVTYLAMSAGIVPPPTGVTVPWTVPLFINGIMATNSVMGGIMQLVNLCIVFVIWFPFLKALDKLNMAKEKEAETEQHARDDSMSM PGPT0016970_1771 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_GLYCOSIDE_UTILIZATION PLANT_DERIVED_BETA-GLYCOSIDE_DEGRADATION,PGPT0016970-celB|chbC-K02761 NA NA D1-12_02271 318 gmuA COG1447 PTS system oligo-beta-mannoside-specific EIIA component ATGGAAACGTACACGGATGAACAGATCAGTTTTCAGCTGATTCTTCACAGCGGCAATGCCCGCAGCTGTATTATTCAATCGATACGCGCTTATAAAGACGGCCGGCCAGATGAGTCAGACACCTTTCTGACAAAGGCTGAAGAAGAACTGGGGAAAGCGCACGACATCCATTTTCAGATGATTCAAAAAGAAGCCGGCGGCGCCAAGACAGATGTCTCTCTGCTTTTTATGCATGCCGAAGACCACTTAATGTCAGCGCTCTCAATGAAAGAGCTCGTCAAAGAAATGCTCGACTTATTTCAATCAAAGAATTTATAA METYTDEQISFQLILHSGNARSCIIQSIRAYKDGRPDESDTFLTKAEEELGKAHDIHFQMIQKEAGGAKTDVSLLFMHAEDHLMSALSMKELVKEMLDLFQSKNL PGPT0016980_1107 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_GLYCOSIDE_UTILIZATION PLANT_DERIVED_BETA-GLYCOSIDE_DEGRADATION,PGPT0016980-celC|chbA-K02759 NA NA D1-12_02272 312 gmuB COG1440 PTS system oligo-beta-mannoside-specific EIIB component ATGAAAAGAATTTTATTAGCCTGCAGCTCAGGCATGTCCACCAGCCTTCTTGTTACGAAAATGCAGAATTACGCCCGCTCCATCGGTGAGGAAGCCGAGATTTGGGCAGTCGGACAGGATAAAGCAAAAGAAGCGATGAAAGATGCAGACGTCGTACTGATCGGCCCGCAGATGAGTTTTTTAAAAGGTGAGCTTCAGAAAGAGGCGGACCCGCTTCACATCACCGTTGATGTGATTGACATGATGGCTTACGGCATGGGAGACGGCAAAAAAGCATACGAACAGGCCGTTGCCTTGATTGAGAACAAATAA MKRILLACSSGMSTSLLVTKMQNYARSIGEEAEIWAVGQDKAKEAMKDADVVLIGPQMSFLKGELQKEADPLHITVDVIDMMAYGMGDGKKAYEQAVALIENK PGPT0016975_1003 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_GLYCOSIDE_UTILIZATION PLANT_DERIVED_BETA-GLYCOSIDE_DEGRADATION,PGPT0016975-celA|chbB-K02760 NA NA D1-12_02273 1299 arsB_1 COG1055 Arsenical pump membrane protein TTGGGAGTTGCGGTTTTATCAGCGCTGATTTTTGTGCTGACACTTGTGTTTGTCATATGGCAGCCGAAACATGTATCAATCGGCTGGTCTGCCTGCGGCGGAGCGGTCCTCGCTTTGATCGCCGGAGCAGTCAGCCTGCACGATATCGCGGAAGTGACGGGAATCGTCTGGAATGCGACACTTGCCTTTATCGCCATTATTATCATTTCATTGATTCTTGACAGTATCGGTTTTTTTGAGTGGGCCGCGCTGCATATGGCCATGGCGGCCAAAGGCAGCGGGCTGCGGATGTTTCTCTATGTGTCGGTCTTAGGAGCTGTTGTCTCCGCCCTGTTTGCCAATGACGGAGCGGCGCTCATTTTGACGCCGATCGTACTGGCGATGGTGCGGGCTTTGAATTTATCTGAAAAGCTGGTTTTTCCGTTTATTATCGCCGGAGGATTCATCGCCGACACCACCTCGCTTCCGCTCGTTGTAAGCAATTTGGTCAATATTGTATCCGCGGATTACTTTCATATCGGGTACATTGAATATGCATCACGCATGCTGGTGCCCAACCTTTTTTCTCTGGCGGCAAGCATTTTGGTGCTGTATCTCTATTTCAGAAAAAACATTCCGAAACGGTATGACACCGGTCTTGTGAAACATCCGGCATCCGCGATTAAGGATGAACGCCTTTTCCGGTTATCGTGGGCTGTGCTGGCCGTTTTATTGATCGGATATTTCGTCAGCGAACTGCTGTCGATACCCGTTTCCTTCGTTGCCGGCTCCATCGCGGTCATTTTTCTCATTCTGGCGCAGCGAAGCCCCGCCGTCCCTGCGAAACAAGTCATCAAGGACGCCCCGTGGGCCATCGTGTTTTTTTCTGTCGGCATGTATGTTGTCGTGTACGGCTTGCGGAATGCCGGACTGACGGATTTTCTTTCTCAGCTTATTCAGAAAGCGGGGGATCACGGACTGTTTGCGGGCACACTCGGAATGGGGTTTATCGCTGCGATCCTGTCCTCCGTTATGAATAACCTGCCGACGGTGATGATTGACGCCATAGCCATCAGCGGAACGGACACTCACGGGCTGATGAGAGAAGCATTGATTTACGCGAATGTTATCGGTTCGGACCTTGGGCCGAACATCACGCCGATCGGATCGCTGGCGACATTGTTATGGCTCCACGTGCTGAGCCGGAAAAACGTGAAAATTTCCTGGGGAATGTATTTCAAGACAGGTCTGATATTAACCATTCCGACGTTATTCATCACCCTGATCGGACTTTATTTATGGCTGTTATGGCTCGCTTGA MGVAVLSALIFVLTLVFVIWQPKHVSIGWSACGGAVLALIAGAVSLHDIAEVTGIVWNATLAFIAIIIISLILDSIGFFEWAALHMAMAAKGSGLRMFLYVSVLGAVVSALFANDGAALILTPIVLAMVRALNLSEKLVFPFIIAGGFIADTTSLPLVVSNLVNIVSADYFHIGYIEYASRMLVPNLFSLAASILVLYLYFRKNIPKRYDTGLVKHPASAIKDERLFRLSWAVLAVLLIGYFVSELLSIPVSFVAGSIAVIFLILAQRSPAVPAKQVIKDAPWAIVFFSVGMYVVVYGLRNAGLTDFLSQLIQKAGDHGLFAGTLGMGFIAAILSSVMNNLPTVMIDAIAISGTDTHGLMREALIYANVIGSDLGPNITPIGSLATLLWLHVLSRKNVKISWGMYFKTGLILTIPTLFITLIGLYLWLLWLA PGPT0004710_339 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_ANTIMONY_RESISTANCE ANTIMONY_RESISTANCE_SYSTEM,PGPT0004710-arsB|arsenical_pump_membrane_protein-K03893 NA NA D1-12_02274 351 aseR COG0640 HTH-type transcriptional repressor AseR ATGGAACGGCGGCATCATGCTTTAAGTTCCGAAGGGATCAGCCAGTGCCTCAAGATTCTAAGCGACCCGACGAGGCTTTTGATGCTGAAGCTTCTGGAGGATAAGGAATATTGTGTCTGCGAGCTGACGGCTATTTTTGATATAAGTCAGCCCGGCATCAGCCAGCACTTGCGGAAATTAAAGAACGCCGGCCTTGTGCGGGAAAGACGCGAGGGCCAGTGGCGGTACTATGCCATTCATCCGTCCGGTCCGGAATACGCGCTGGTTTGCTCGATTCTGCAGCAGATAGATGAAAAGGACGAAGTTTTACAGACATTGCGGCAAAAAGAAGTCACTGTTACATGCCGGTAA MERRHHALSSEGISQCLKILSDPTRLLMLKLLEDKEYCVCELTAIFDISQPGISQHLRKLKNAGLVRERREGQWRYYAIHPSGPEYALVCSILQQIDEKDEVLQTLRQKEVTVTCR PGPT0004735_1925 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_ANTIMONY_RESISTANCE ANTIMONY_RESISTANCE_SYSTEM,PGPT0004735-arsR-K03892 NA NA D1-12_02275 897 yfiY COG0614 putative siderophore-binding lipoprotein YfiY ATGAAAAAAATAATTGCGCTCATCAGTTTCATGTGTATTTTCTTACTGGCTGCCTGCCAATCCGATTCATCACAGCCGGAGTCAAAAAAGAAATCCGGCGATCATAAAATCGCTTCGATGTCTATTCACCTGACAAATGATCTGCTGGCTCTCGGCGTTACACCTGCCGGTTCCGTCGTGGGCGGAGAATTAAAGGATTTTCTCCCTCATGTGAAAAATCAGCTGAAAGACACGAAAAAACTCGGACCTGCCTCAGATCCGGATATGGAAGCTTTACTTGAGCTGAACCCTGACAACATTTATCTTGATAAAGAATTTGCGGGAAAAGATGTGTCAAAATACAAGAAAATCGGAAACACACACGTTTTCGACCTTGATAAAGGCACTTGGCGCGATCATTTAAAAGACATCGGAAAAATCGTCAACCGTGAAAAAGAAGCGAAAACATTTATTCAAGATTACGAAGATGAAACAAAACAAGTCAGATCCATGATGAATAAGGAATTAGGGAAAAACGCCAAAGTCATGGCGATCCGCGTGAACGCAAAAGAACTTCGCGTCTTCAGCACACGCCGCCCGATGGGACCGATTCTGTTTGACGATCTGAAGCTGAAACCGGCTGACGGCATTAAAGAAATGAACACCTCCCGCCCTTATGAAGTCATTTCTCAAGAAGTGCTGCCTGATTACAACGCAGATGCGATTTTCGTCGTCGTTAACAGAGACGACAAGTCACAGCAAGCCTATAAAGAATTGCAAAAAAGCGCTGTATGGAAAGGGCTGAAGGCCGTGAAAGCAAACCACGTCTATAAAATTGCCGATCAGCCTTGGCTTGATTATTCAGCACTGGGAAATAAATTAGCAATGGATGAAGCGAAAAAACTGTTCCAAAAATAA MKKIIALISFMCIFLLAACQSDSSQPESKKKSGDHKIASMSIHLTNDLLALGVTPAGSVVGGELKDFLPHVKNQLKDTKKLGPASDPDMEALLELNPDNIYLDKEFAGKDVSKYKKIGNTHVFDLDKGTWRDHLKDIGKIVNREKEAKTFIQDYEDETKQVRSMMNKELGKNAKVMAIRVNAKELRVFSTRRPMGPILFDDLKLKPADGIKEMNTSRPYEVISQEVLPDYNADAIFVVVNRDDKSQQAYKELQKSAVWKGLKAVKANHVYKIADQPWLDYSALGNKLAMDEAKKLFQK PGPT0003765_10307 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 D1-12_02276 1014 feuC_1 COG0609 Iron-uptake system permease protein FeuC ATGAAAGTACAGAAAGAAACAAAAAAAGCGGCGGCGGCAGGACTCATTCTGCTGGTCATCGCCGTTTGCATGATTCTGATCGGGCTGCATACGGGCTCATTCCGGCTTTCTCCTCTCACCGTGGGAAAAACGCTGTTCGGATACGGCACGTTTCAAAGCACAACCGTTTTATTCGATTACCGGCTTCCCCGGATTCTGGTGACGATGCTGGCCGGCATCGGTTTAGGAGTGTCGGGCGCTATTTTGCAGGGTGTATCCCGAAATCCGCTTGCCGATCCGGGCATTCTCGGACTGCATGCCGGCGCTTCCTTCGGTTTGATGATGTATATCACATTCTTTCATTCCTTGGAGGCGCAAGCGTCGATGTTCATCCCGCTGTTTACGTTTGCGGGCGGAACACTCGCCGCCCTGCTGATCGTAGTGCTTACGTACGACAGACTGAACGGTTTTTTAACGATCCGCATGCTGTTAGTCGGGATCGCCGTTTCCGCGGGCTTCAGCGCCGTTACATTGTTTATGTCGCTGCGCCTGAATGAAGAAACTTATACATTCGCTTCCCGCTGGCTGGTGGGAAACGTCTGGGGCAGGGATTGGATTCATGTATGGTCTCTATTGCCCTGGATCGGCATTCTCGCACCGCTTGCATGGCTGAACGCCCGCTCTTTGAACATTTTAATGCTCGGTGACCAGGCAGCCGCGGGGCTCGGCGCACACGTGCAGAGAAAAAGGATCATGCTGATCGCCATAGCGGTCGGCTTGTCCTGCGCGAGCGTCGCGATGGCCGGCGGAATCGGCTTTATCGGCTTTGCCGCCCCTCACTTGGCAAGACGGCTCGTCGGCACCATGCATCAGCATATTATTCCGATTGCGGGATTAATCGGACTTGTCATTCTTGTCGCGGCAGACACCATCGGCCGGTCTTTGTTTCAGCCGAACGCCATTCCGGCCGGCGTGGTTGCGGCAGCCATCGGCGCGCCGTATTTTCTCTATCTCGTCATGAAAATCAAATCATAA MKVQKETKKAAAAGLILLVIAVCMILIGLHTGSFRLSPLTVGKTLFGYGTFQSTTVLFDYRLPRILVTMLAGIGLGVSGAILQGVSRNPLADPGILGLHAGASFGLMMYITFFHSLEAQASMFIPLFTFAGGTLAALLIVVLTYDRLNGFLTIRMLLVGIAVSAGFSAVTLFMSLRLNEETYTFASRWLVGNVWGRDWIHVWSLLPWIGILAPLAWLNARSLNILMLGDQAAAGLGAHVQRKRIMLIAIAVGLSCASVAMAGGIGFIGFAAPHLARRLVGTMHQHIIPIAGLIGLVILVAADTIGRSLFQPNAIPAGVVAAAIGAPYFLYLVMKIKS PGPT0003770_6718 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 D1-12_02277 1029 feuB_1 COG0609 Iron-uptake system permease protein FeuB TTGAGCGATTCTGTCACGTCCGCAAACCGTCTGATCAGCATCTTAAAAAACGGGGTTTTCTTCCTGATCGCGGTGATCGGGCTGCTTGTATCTATTTTTTTCGCTGTCTCATTCGGCGCGAAAGACATTACTTTACATACGGTTTGGTCGGCTGTTGCTGATTATAATCCGAACATAACGGGCCAGCAGATCATTCATGAATTGCGTCTTCCGAGGGTGCTCGGGGCGGCCGTTACAGGAGCCGCTTTTGCTGCAGCCGGCGCCCTCATGCAGGGTGTCACGAGAAACCCGCTTGCCGATTCGGGTGTCTTAGGCGTAAACGCGGGCGCCATGTTTGTTGTTGCGCTCAGCTTTGCTTTTTTCCCTCATTTGTCATACGCCCTGCTGATGGTGATGTCATTTTTGGGAGCACTGGCAAGCACCGGCTTGATTTTCTTTATCAGTGCGGCGGGAAAAGGCAGCATGACACCTTTAAAGGTGACGCTTGCCGGGGCGGTCGTGGCCGCTCTTTTACATTCACTCAGTACCGGTGTGGCGATTTATTACGATTTAAGCCAGGATTTGGCCTTCTGGTACGCCGGCGGGGTGTCAGGGATCAAGTGGGCTCATTTACAAGTCCTTGTTCCCGTGATTGCGGTCTTCATCATTCTCGCGACATTCATGGGCCGGTCCGTCACCCTTCTCTCAATGGGAAATGACGTGGCGGCGAATTTAGGGGTGAACACGGCTCTGACGCGTGCCGCCGGATTAATGATCGCCGTCGTTCTTGCCGGTGTGTCTGTTTCCGCTGCGGGCGCGATCGGCTTCGTCGGGCTGGTCATTCCCCATATCGCGCGAAAGATCGTCGGCGTTACGTACAGGCTGATTATTCCGATGTCCGCGTTACTCGGCGCGATTCTATTGATTTTGGCCGACCTGGCCTCGCGCACGGTCAGTCCCCCGAGGGAATTGGCGATAGGCATTATGGTCGCACTTGTCGGTGTCCCTTTCTTTCTTTATATTGCCCGCAAGGAAGGGAGAGACTTATAA MSDSVTSANRLISILKNGVFFLIAVIGLLVSIFFAVSFGAKDITLHTVWSAVADYNPNITGQQIIHELRLPRVLGAAVTGAAFAAAGALMQGVTRNPLADSGVLGVNAGAMFVVALSFAFFPHLSYALLMVMSFLGALASTGLIFFISAAGKGSMTPLKVTLAGAVVAALLHSLSTGVAIYYDLSQDLAFWYAGGVSGIKWAHLQVLVPVIAVFIILATFMGRSVTLLSMGNDVAANLGVNTALTRAAGLMIAVVLAGVSVSAAGAIGFVGLVIPHIARKIVGVTYRLIIPMSALLGAILLILADLASRTVSPPRELAIGIMVALVGVPFFLYIARKEGRDL PGPT0003770_5335 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 D1-12_02278 591 Putative 3-methyladenine DNA glycosylase ATGGCGGGAGAACGAAAGCCTTTGCCGATTGAATTTTACCAGAGACCGTCAGTGGAGCTTGCCCCTTTATTGCTCGGCTGTCTCTTGGTGAAGGAGACGGACGAGGGAACGGCTTCAGGTTTTATCGTGGAAACGGAAGCTTATATGGGAGCGGATGACCGGGCGGCGCACAGCTTCGGCAACCGGCGCACGAAACGGACGGAAATTATGTTCCATGAGGCGGGCCGCATTTATACATACGTCATGCACACTCATACATTAATGAACGTCGTCGCCGCGGACATCGGCATTCCGCAGGCCGTGTTAATCAGGGCGGCGGAGCCTCATGAAGGACAGTTCCTGATGGAGAGCAGGAGACCGGGCAGACCCCCGAGAGAGCGGACAAACGGCCCGGGAAAACTGACGAAGGCGATGGGCATTTCAATGAACGACTACGGCGGCATGATCACGGAACCGCCGCTGTATATTACGGAGGGCTTTACGCCCGAGCATATATCAACAGGCCCGAGAATCGGGATTGACAACAGCGGAGAAGCCCGGGATTATCCGTGGCGCTATTGGGTGACGGGGAACCGGTATGTCTCACGCTGA MAGERKPLPIEFYQRPSVELAPLLLGCLLVKETDEGTASGFIVETEAYMGADDRAAHSFGNRRTKRTEIMFHEAGRIYTYVMHTHTLMNVVAADIGIPQAVLIRAAEPHEGQFLMESRRPGRPPRERTNGPGKLTKAMGISMNDYGGMITEPPLYITEGFTPEHISTGPRIGIDNSGEARDYPWRYWVTGNRYVSR PGPT0014885_1869 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0014885-yxlJ|aag-K03652 NA NA D1-12_02279 123 hypothetical protein ATGCGGCAATCCGATGCCAGGCCCGTAAAAAAACAGCCGGATCAGCCGGCTGTTCGGGATGCGGACATGCGGTTCCGCTTAGATGCCTTCCGTTCTTTTATGATTTTTCTGATGATCGGATAG MRQSDARPVKKQPDQPAVRDADMRFRLDAFRSFMIFLMIG NA NA NA NA NA D1-12_02280 1956 licR COG1762 putative licABCH operon regulator ATGCTTCATGGGCGGCTTCGTGAACTTCTGCGCTTGCTTTTAGCTGCTGAAACACCGGTTACAAGCTCAGTCATCGCTGCAAATGTAAAGGTAACGACGCGGACGGTCCGCAATGACATAAAGGAACTGCAAACCATTGTAGAAAAACACGGCGCATCCATTCAATCTGTCAGAGGGAGCGGCTATAAGCTGATGATCCGGAATGAGCAGCCGTTTAAAAACTGGCTTCAGGACAATTTCCAGCAGAACAGCACCGTGCCGATTTTTCCCGGTGAACGGTTAGATTACCTTATGAAAAGAATGCTTCTGGCCGACGGCTACCTCAAGCTGGATGACTTGGCGGAAGAACTGTTCATCAGTAAATCCACACTTCAATCTGATTTAAAAGAAGTCAAAAAACGGCTCCGCCCCTATGACATCATTTTGGAAACAAGGCCGAACTACGGCTTTAAGCTGCGCGGCGAAGAGCTCCGCCTCCGTTATTGTATGGCGGAATACTTAGTGGACGACCGCGAGCCTGAGCCTGATCTCCTGAGTGAAAAGGCCGGTATTCTGCCGAAAGACGACATTCACGTGATCCGCACAGCCATTATGAAGCAGGTTCGAAACCATAAGATCCCGCTTTCTTTCTTCGGCCTGAACAATCTCATCATCCATATCGCCATTGCCTGCAAACGAATCCGGACAGAAAACTATGTATCTCTCATCCCGGAAGATCTTCATGATATTAAGCTTGAAACAGAATATCAGTCAGCGGAAGCCATCGTAAAAGAGCTTGAATCGGCGCTTTCGGTCACCTTTCCCGAACAGGAAACCGCCTATATCGCCATTCACCTGCTCGGGACAAAGCGCATGACCCAGTCACAACTGGAAGGAAAAGAGCTTACAAGGCTGATAGACGGGGAAACCAGCCGTTTGACGGAGGCCATGATTGAAGCCATTGAGCGGGAGCTGAAGCTCGGAATCACGGACGACAATGAGCTGAAAGCGGGTCTTGCGCTCCACATCAAGCCGGCGATTAACCGAAACCGGTACGGAATGAACCTGAGAAACCCGATGCTCTCCGCCATAAAGGAAAATTATCCGCTCGCATTTGAAGCGGGAGTGATTGCGGGAATCGTGATCAAGGAGCAAACCGGCATTGATATTCATGAGAATGAGATCGGATACTTGGCGCTTCATTTCGGAGCCGCCATCGAAAGGAGAAAGACGGAACGGCCGCCTAAGCGCTGTCTGATTGTCTGTGCGTCCGGCGCCGGCAGCGCGCAGCTTTTGAGAGAAAAGCTCCGTTCCCGGTTCGCAAAGCGTCTTGAAATCGTCGGAACGGCTGATTACTGCAGCCTTGACCAGCTTTCCTTTGAGTCGATTGATTTTGTGGTCAGCACAGTGCCGATCAAAAAAGACCTGCCCGTTCCCGTGTTGAAGGTTCATACGCTGTTGGGCGGCGGGGATTTTACAAAAATCGACGCCATGCTGGAAGAAAAGCGGGAACAATTGAACTTTCTGAAACCGGAGCTGGTATTTTTGCAGCAGGATCTGGAGACGAAGGAGGACGTCATCCGTTTTCTCGGACAGCAGGTTGCAGAAGCCGGCCTCGCTTCTGATTCTCTGACCGATTCTATTTTTGAAAGGGAAGCGATTTCTCCTACGAGTTTCGGCAATCTTACGGCGATTCCGCACCCGCTCGTTCCGCAGACAGACACGACGTTTTGGGCGGTATGCACGCTGAAGAAACCGATTGACTGGGCGGATAAGCGTGTCCAATTTGTCTGCCTGCTCTGCGTCGAGAAAGAAAGCAAAGCCGACCTCCAGCATATGTACAAATGGCTCGGCGGCATGTTAGATGATCCGGCCGCGGTAAGCCGTCTCTTAAAATGCACAACCTATCAGGAGGTTTTACGAGTATTCAGAGACAAACGATCAGAGAAAGACCGGGATATACCTTTTTTCCGTTAG MLHGRLRELLRLLLAAETPVTSSVIAANVKVTTRTVRNDIKELQTIVEKHGASIQSVRGSGYKLMIRNEQPFKNWLQDNFQQNSTVPIFPGERLDYLMKRMLLADGYLKLDDLAEELFISKSTLQSDLKEVKKRLRPYDIILETRPNYGFKLRGEELRLRYCMAEYLVDDREPEPDLLSEKAGILPKDDIHVIRTAIMKQVRNHKIPLSFFGLNNLIIHIAIACKRIRTENYVSLIPEDLHDIKLETEYQSAEAIVKELESALSVTFPEQETAYIAIHLLGTKRMTQSQLEGKELTRLIDGETSRLTEAMIEAIERELKLGITDDNELKAGLALHIKPAINRNRYGMNLRNPMLSAIKENYPLAFEAGVIAGIVIKEQTGIDIHENEIGYLALHFGAAIERRKTERPPKRCLIVCASGAGSAQLLREKLRSRFAKRLEIVGTADYCSLDQLSFESIDFVVSTVPIKKDLPVPVLKVHTLLGGGDFTKIDAMLEEKREQLNFLKPELVFLQQDLETKEDVIRFLGQQVAEAGLASDSLTDSIFEREAISPTSFGNLTAIPHPLVPQTDTTFWAVCTLKKPIDWADKRVQFVCLLCVEKESKADLQHMYKWLGGMLDDPAAVSRLLKCTTYQEVLRVFRDKRSEKDRDIPFFR PGPT0019430_168 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_USAGE-OTHERS PLANT_DERIVED_LICHENAN_DEGRADATION,PGPT0019430-licR-K03491 NA NA D1-12_02281 309 licB COG1440 Lichenan-specific phosphotransferase enzyme IIB component ATGAATATATTACTCGTTTGTGCAGCAGGGATGTCAACAAGCTTACTCGTCACCAAGATGGAAAAAAGCGCGCAGGAACAAGGAAAAGAATATAAAATCTGGGCGGTGTCAGGCGATTCAGTCAACCAGCATATTGATAAAGCGGACGTATTGCTGCTTGGGCCTCAAGTCCGTTATTTGCTTCCGCAGCTGAAAAAATTAGGTGAATCAAAAGGAGTGCCGGTTGAAGTTATCAATACCGTCCATTACGGCACTTGCAACGGAGCGGAGGTTCTGAAATCAGCAGAACAGCTCGGAAACGCATCGTAG MNILLVCAAGMSTSLLVTKMEKSAQEQGKEYKIWAVSGDSVNQHIDKADVLLLGPQVRYLLPQLKKLGESKGVPVEVINTVHYGTCNGAEVLKSAEQLGNAS PGPT0016975_1154 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_GLYCOSIDE_UTILIZATION PLANT_DERIVED_BETA-GLYCOSIDE_DEGRADATION,PGPT0016975-celA|chbB-K02760 NA NA D1-12_02282 1359 licC_1 COG1455 Lichenan permease IIC component GTGAATAAGGTGAACCAGTTTTTAGAAGAGAAAGTCATGCCCATTGCCGGAAAAATTGCCTCCCAGCGGCATCTGCAAGCATTGCGTGACGGGATCATCCTCACCATGCCGCTTATCATCATCGGTTCGTTTTTTCTGATCATCGGCAACCTGCCGATTCCGGGATATGCGGATTTCATGGCAAAGACGTTCGGAAGCGCTTGGTCTCAAAAACTGCAATATCCGGTTGATGCGACCTTTGAAATCATGGGTCTTGTCGCCGCTTTCGGAATCGCCTACCGCCTGGCCGAAAAATACGGGGTGGACGCATTATCGGCCGGTGCGATATCTTTGGCGGCGTTTCTCTTGGCAACGCCGTACAAAGTTCCGTTTCTGCCTTCCGGCGCCAAAGAGGAAATCATGGTGGGCGGCGGCATCCCGCTGTCTCTCATGGGAAGCAAAGGGCTGTTTGTCGCGATGATCATCGCCATGCTGTCGACGGAAATTTACCGCTTGATCATCCAGCGGAATTTCGTCTTCAAAATGCCGGACGGCGTGCCTCCGGCGGTCAGCAAATCGTTTGTCGCCTTAATTCCCGGCTTTGCCGTCATCTTTCTGATCTGGGGTGCGCGTTTAATTGTCGAAGCGACGCCGTTTGAAAGCCTTCATAACATTGTAAGCGTTGTACTGGGGACGCCGCTCTCGATTCTTGGGGGAAGTCTCGGCGGAAGCCTGATAGCCGAAGCGGTTCAAATGCTCTTGTGGGCGTGCGGATTACACGGGGCGAACATAGTCGGCGGCGTCATGGCGCCGATCTGGTTCGGAGCGATGGATGCCAACCGGATTGCGTTTCAGGCGGGCGATGCGCTTCCGAATATTTTCACCCAGCAGTTTTTTGAAATCTGGATCAACATCGGCGGAAGCGGCGCGACACTGGCGCTCGTGGTCACCATGTTTCTCCGTTCGCGAAGCAAGCAGATGAAGCAGCTTGGGAAACTCGCCATCGGGCCGGCCGTCTTTAATATTAATGAGCCGATTATTTTCGGAATGCCGATCGTCATGAACCCGATGCTTCTCATTCCGTTCATTATCACACCGCTTGTCACACTGGTCCTTACCTATATCGGCATGAGCACCGGCCTCGTCGCCAAACCTGCCGGCATTGCCGTCCCATGGACGATGCCGCCGATTTTCTCCGGCTATCTTGCCACGGGCGGAAAAATATCAGGGGCTGTCATGCAGGCGATTAACATCATCACAGCCTTTATCGTGTACTATCCGTTCTTCAGAATGTGGGATTCGCAAAAGCTGAAAGAAGAAAACGAACTTGAACAATCGCAGGCGCCAGCCGTACAGGGAGACGAAAAAGCCGTGCTGTAG MNKVNQFLEEKVMPIAGKIASQRHLQALRDGIILTMPLIIIGSFFLIIGNLPIPGYADFMAKTFGSAWSQKLQYPVDATFEIMGLVAAFGIAYRLAEKYGVDALSAGAISLAAFLLATPYKVPFLPSGAKEEIMVGGGIPLSLMGSKGLFVAMIIAMLSTEIYRLIIQRNFVFKMPDGVPPAVSKSFVALIPGFAVIFLIWGARLIVEATPFESLHNIVSVVLGTPLSILGGSLGGSLIAEAVQMLLWACGLHGANIVGGVMAPIWFGAMDANRIAFQAGDALPNIFTQQFFEIWINIGGSGATLALVVTMFLRSRSKQMKQLGKLAIGPAVFNINEPIIFGMPIVMNPMLLIPFIITPLVTLVLTYIGMSTGLVAKPAGIAVPWTMPPIFSGYLATGGKISGAVMQAINIITAFIVYYPFFRMWDSQKLKEENELEQSQAPAVQGDEKAVL PGPT0016970_440 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_GLYCOSIDE_UTILIZATION PLANT_DERIVED_BETA-GLYCOSIDE_DEGRADATION,PGPT0016970-celB|chbC-K02761 NA NA D1-12_02283 333 licA COG1447 Lichenan-specific phosphotransferase enzyme IIA component ATGAATGAAAAAATGGAACAGACCATTTTTCAGATCATCCTGCATGGCGGCAACGGCAGAAGTGCATCAATGGAAGCCATTGCCGCCGCAAAGCGGGGGGACAGAGCCATGGCGGAGGAAAAGCTTCAGGAAGCCGCAAGGGAACTGACCGAAGCTCATCATTACCAGACAGAATTGATCCAAAATGAAGCCGGCGGAGAAAAAACAGACATGACGCTTTTGATGGTGCATGCGCAAGATCATTTAATGAATGCCATGACCGTGAAAGACTTGGCCGCTGAGTTAGTCGAGATTTACGAAAAAGTGAGTCTGCAAGGGGGAGCAAAAATATGA MNEKMEQTIFQIILHGGNGRSASMEAIAAAKRGDRAMAEEKLQEAARELTEAHHYQTELIQNEAGGEKTDMTLLMVHAQDHLMNAMTVKDLAAELVEIYEKVSLQGGAKI PGPT0016980_368 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_GLYCOSIDE_UTILIZATION PLANT_DERIVED_BETA-GLYCOSIDE_DEGRADATION,PGPT0016980-celC|chbA-K02759 NA NA D1-12_02284 1329 licH COG1486 putative 6-phospho-beta-glucosidase ATGACAAAAGGAATTAAAATTGTAACGATCGGCGGAGGTTCAAGCTATACACCGGAGCTTGTGGAAGGCATCATTAAGCGCTATGAGGAACTGCCTGTCAGAGAATTATGGCTCGTCGACATTCCTGAAGGCGAGAAAAAACTCAATATCGTCGGCACGCTTGCAAAACGCATGGTCGAAAAAGCGGGTGTTCCGATAGAGATTCACCTGACGCTTGACCGGAGAGAAGCCTTGAAGGATGCGGATTTCGTAACGACTCAATTCCGCGTCGGCCTTCTTGAGGCCCGCGCCAAAGACGAACGGATTCCGTTAAAATACGGCGTAATCGGCCAGGAAACAAACGGTCCGGGCGGTTTATTCAAAGGGCTGCGCACCATCCCGGTTATTCTGGAAATCGCGAAAGACATCGAAGAGCTTTGTCCGAATGCATGGCTCGTGAATTTCACAAACCCTGCCGGCATGGTTACCGAGGCCTTGCTCCGCTACTCGAATCTCACAAAAGTCGTCGGTCTCTGCAATGTGCCGATCGGCATTAAAATGGGCGTCGCAAAAGCATTGGATGTGGATGTCAGCCGGATCGAAGTGCAATTTGCCGGGCTGAATCACATGGTCTTCGGATTAGATGTTTTCTTAGACGGCGTCAGCGTGAAAGATCAAGTCATTGAAGCCATGGGAGACCCGGAAAACGCCATGACGATGAAGAATATTTCAGGGGCGGAATGGGAACCTGAATTCCTGAAGGCGCTCGATCTGATTCCTTGCGGCTACCACCGCTATTATTTCAAAACGAAAGAAATGCTCGAGCATGAAATAGAAGCGTCACAGACGGAGGGCACACGCGCCGAGGTCGTGCAGAAGGTTGAGAAAGAACTGTTCGAACTGTACAAAGATCCGAATCTCGCCATCAAACCGCCGCAGCTTGAAAAACGGGGCGGAGCGTACTACAGTGACGCGGCCTGCAACCTGATCAGCTCCATCTATAATGACAAACATGATATCCAGCCCGTCAATACGATAAACAACGGCGCGATCGCCAGCATTCCGAATGACTCAGCGGTCGAAGTGAACTGTGTCATGACGAAAGACGGTCCGAAACCGATCGCCGTCGGTGATCTGCCGGTGTCTGTCCGCGGACTCGTCCAGCAAATCAAATCATTTGAGCGCGTCGCCGCTGAAGCAGCCGTCACGGGAGATTATCAAACGGCGCTACTTGCGATGACGATCAACCCTCTCGTCCCGTCAGACTCCGTGGCAAAGGCCATTCTGGATGAAATGCTTGAGGCCCACAAAGAACATCTGCCTCATTTCTTTAAGTCGATTGAAGCATAA MTKGIKIVTIGGGSSYTPELVEGIIKRYEELPVRELWLVDIPEGEKKLNIVGTLAKRMVEKAGVPIEIHLTLDRREALKDADFVTTQFRVGLLEARAKDERIPLKYGVIGQETNGPGGLFKGLRTIPVILEIAKDIEELCPNAWLVNFTNPAGMVTEALLRYSNLTKVVGLCNVPIGIKMGVAKALDVDVSRIEVQFAGLNHMVFGLDVFLDGVSVKDQVIEAMGDPENAMTMKNISGAEWEPEFLKALDLIPCGYHRYYFKTKEMLEHEIEASQTEGTRAEVVQKVEKELFELYKDPNLAIKPPQLEKRGGAYYSDAACNLISSIYNDKHDIQPVNTINNGAIASIPNDSAVEVNCVMTKDGPKPIAVGDLPVSVRGLVQQIKSFERVAAEAAVTGDYQTALLAMTINPLVPSDSVAKAILDEMLEAHKEHLPHFFKSIEA PGPT0019105_635 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-CARRAGEENASE,PGPT0019105-celF|licH|chbF-K01222 NA NA D1-12_02285 1089 ilvK COG0115 Branched-chain-amino-acid aminotransferase 2 ATGAAACAAGACATTCGTGTTGAATTGACTTCAGCCAAAAAACCGAAACCGGACCCCCATGACCTTGCGTTCGGCAGAATTTTCACCGACCATATGTTTGTTATGGATTACGATGCCGATCAAGGCTGGTACGATCCGAGAATTATCCCTTATCAGTCCATCTCAATGGATCCTGCGGCCATGGTTTATCATTACGGCCAAACCGTTTTTGAAGGGCTTAAAGCGTATGTAACGAAGGATCAGGAAGTGCTTCTGTTCAGACCGGAGAAAAATATGGAGCGCCTGAACCAGTCAAATGACCGCCTTTGCATCCCGCTCATTGATGAAGAGCTTGTTCTTGAAGGTCTGAAACAGCTCGTAGCCATCGACAAAGACTGGATTCCGAAAGCGGAAGGCACTTCCCTTTATATCCGTCCGTTTATTATTGCGACTGAGCCTTTCCTCGGTGTAGCGGCATCCCATACGTACAAGCTGTTTATCATTCTTTCCCCGGTCGGCTCTTATTACAAAGAAGGCATTAAACCGGTGAAAATCGCCGTGGAAAACGAATTCGTGCGCGCCGTCAAAGGCGGCACCGGAAACGCGAAAACCGCCGGCAACTACGCATCAAGTCTGAAAGCGCAGCAGGTTGCGGAAGAAAAGGGATTTTCCCAGGTTTTATGGCTTGACGGCATTGAGAAAAAATACATCGAAGAAGTCGGCAGCATGAACATCTTCTTCAAAATCAGCGGCGAGATCGTGACACCGGAGCTGAACGGAAGCATTCTTGAAGGAATTACGAGAAATTCTGTCATCACCCTTCTCAAACATTGGGGACTGACTGTGTCTGAGCGGAAGATTTCGATCGATGAAATCATCCAGGCGCATCGTGACGGTCGATTGGAAGAAACATTCGGAACCGGTACGGCGGCGGTCATTTCTCCGGTCGGCGAACTGATCTGGAATGATGAAAGTCTTGTCATCGGCAGCGGTGAAACCGGAGAGATCTCGAAGAAATTGTACGATACCATTACAGGCATTCAAAAAGGCGCGGAAGCCGACGTGTTCGGCTGGACGACGGAAGTCGCCTCACTAAGCGAATCAAAATAA MKQDIRVELTSAKKPKPDPHDLAFGRIFTDHMFVMDYDADQGWYDPRIIPYQSISMDPAAMVYHYGQTVFEGLKAYVTKDQEVLLFRPEKNMERLNQSNDRLCIPLIDEELVLEGLKQLVAIDKDWIPKAEGTSLYIRPFIIATEPFLGVAASHTYKLFIILSPVGSYYKEGIKPVKIAVENEFVRAVKGGTGNAKTAGNYASSLKAQQVAEEKGFSQVLWLDGIEKKYIEEVGSMNIFFKISGEIVTPELNGSILEGITRNSVITLLKHWGLTVSERKISIDEIIQAHRDGRLEETFGTGTAAVISPVGELIWNDESLVIGSGETGEISKKLYDTITGIQKGAEADVFGWTTEVASLSESK PGPT0008860_1942 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_VALINE_DEGRADATION,PGPT0008860-ilvE-K00826 NA NA D1-12_02286 1179 dltD COG3966 Protein DltD ATGAAAAAGCGTTTCTTTGGACCAATTATTTTAGCGTTCGTCCTGTTTGTCGGAGCTATCGCAGTTCCGGCTTCATGGCTTACGCGCTTCATTCCTGAAAAACGTGTCGAAGAGTCGGCGGCAGCCTTAAATCCGAATATGTTCCAGGGGCTCTATCTGCAAAATAAAATGTTCGAAGACTCGAAGTATCTGCCGATTTTCGGTTCTTCCGAGCTTTCAAGACTGGATGAGTTTCATCCGTCCAACTATTTCCAAGTGAACAACCAAGGCTTTACGCCTTATCTTGTCGGAAAAGGCGGGGATCAATCCTTGATACACGCCGTAAACTTTGCGGCGCATTATCAGCAGCTGAAAGGCAAAAAGCTGGTATTCATTGTTTCTCCGCAATGGTTTATCAAAAAAGGTTCTGATGAACAGCACTTTGCGCCGAATTTTTCATCACTTCAGGCATTGGATTTAGCATTTAATAACCAGATTGATCCCGCGGTCAAAAAGAACATGATGAAGCGCATGCTCCGTTTTAAAGTCGTTCAGCATGATGCCGTCCTTTCTGAATTGTACAAGGGAATGGTCAACGGACAATCATGGAAAGTGAAAGCGGTCATGCCGGCTGCCAAAGCTTATTATTCTCTGCTTGAGAAAAAAGATCTTTATTATTCAATGGGAGAAACCAAGGGCCCTGAACGGACGATCTCTGAAAACCTGAAAGGGAAATCGTGGTCAGAGTTAAAAACAGCCGCCGCGCAATTAGGAGAACGGAGCTCCAAGTCCAATCCTTTCTATATCGATGACGCTTCTTATAAAAAGATTAAGAAGAAAGTAAAGAGAGTGAAAGGGATCAACAAAGGAAGAACGTACGCCAAATCAGTCGAATATCACGACTTTGAGGATATGCTGGACATTCTGAAAGATGCCGGCGCTGAACCGATGTTCGTGGTTATTCCGGTCAACGGAAAATGGTATGACTACACCGGCTTCCCGAAAAAAGGCCGGACTGATTACTACAAAAAAGTCACTAAGCAAATTAAAGCGAAGGGCTTTCAGGTTGCCGACTTATCCGGGCACGAATATGATCCGTACTTTATGAAAGACACCATCCATATCGCCTGGAAAGGCTGGGTGTACGTCGATAAAGCAATGGAGCAGTTTTACAAAACCGGCAAGGTGACGGTTCACTGA MKKRFFGPIILAFVLFVGAIAVPASWLTRFIPEKRVEESAAALNPNMFQGLYLQNKMFEDSKYLPIFGSSELSRLDEFHPSNYFQVNNQGFTPYLVGKGGDQSLIHAVNFAAHYQQLKGKKLVFIVSPQWFIKKGSDEQHFAPNFSSLQALDLAFNNQIDPAVKKNMMKRMLRFKVVQHDAVLSELYKGMVNGQSWKVKAVMPAAKAYYSLLEKKDLYYSMGETKGPERTISENLKGKSWSELKTAAAQLGERSSKSNPFYIDDASYKKIKKKVKRVKGINKGRTYAKSVEYHDFEDMLDILKDAGAEPMFVVIPVNGKWYDYTGFPKKGRTDYYKKVTKQIKAKGFQVADLSGHEYDPYFMKDTIHIAWKGWVYVDKAMEQFYKTGKVTVH PGPT0023385_344 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL_PEPTIDES,PGPT0023385-dltD-K03740 NA NA D1-12_02287 237 dltC COG0236 D-alanyl carrier protein ATGGAATTTAAACAGGAAGTATTAGACGTATTAGCTGAAGTTTGTCAGGAGGACGCTGTGAAAGAAAATCCTGATATTGAAATCTTTGAAGAAGGACTGCTTGATTCTTTCGGAACTGTAGAGCTGCTTGTCGCCATCGAAAACCGCTTCGGCATTACAGTGCCGATCACTGAATTTGACCGTGACGAGTGGAATACGCCAAACAACATTGTAAACAAACTGACTGAGTTGAAGTAA MEFKQEVLDVLAEVCQEDAVKENPDIEIFEEGLLDSFGTVELLVAIENRFGITVPITEFDRDEWNTPNNIVNKLTELK PGPT0020060_288 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL_PEPTIDES,PGPT0020060-dltC-K14188 NA NA D1-12_02288 1182 hypothetical protein ATGACGCCTTACAGCTCGTTTTTCTTCTTTATCTTACTTGGAATCCTTCTTTTGCCGACGATTATTTTAGGGCTGAACGGCAAGAGATTCCAAGGATACAACATGTTTATATCCATCATCGTATTGGCTTTGATTTTCGCGCATGATCTGCACGGCGTGATCGCACTATGTATCTTTACGCTGTGGCAGGTGCTTTTAATCAGGGGTTATCTCGCTTACAGACTGAAAGCCAACAGCGGCTTTGTCTTCAGTATGGCCGTGATCGCGTCCATTTTACCCCTGTTTTTATCTAAATTATGGCCGTTTTTCTTTCCGCCGGCGCCTCATCACCCGGTTCATAACCTGATCAGTTTCTTAGGAATTTCTTATTTGACATTTAAAGGCGTCCAGCTGATCATGGAAACGAGAGACGGGCTGATTAAAGAAAAAATGCCGCTTCACCGCCTTTTGTACTTTATTATGTTTTTCCCGACCATTTCTTCCGGTCCGATCGACAGATACCGCAGATTTGCCAAGGACGAACAGAAAGTATGGACAAAGGGAGAATACGCTGATTTACTGTATACCGGCATTCATAAAATTTTTATCGGTTTCTTATACAAATTCATTATCGGATATGCGATTAACACGTATTTCATTATGAATCTGTCCCATATCACCCACAGCAAACTGTGGGGTAATGTGCTGTACATGTACGGATACAGCTTGTACCTGTTTTTTGATTTTGCGGGTTACACGATGTTTGCTGTCGGTGTAAGCTATATCATGGGCATCAAATCTCCGGAAAACTTTAATAAGCCGTTTATCAGCAAAAACATTAAAGACTTCTGGAACCGCTGGCACATGTCCTTATCCTTCTGGTTCAGAGACTACGTATTTATGCGCTTTGTTTTCTGGATGACAAAGAAAAAATGGATAAAGAACCGGATGGCCGTCTCGAACATCGGGTATTTCCTGCTGTTCATGCTGATGGGCGTCTGGCACGGACTCGCCCTGCAATATATTGTATACGGCCTGTACCACGCCGTATTAATGACCGGGTATAACTTTTTTGAGAAATGGAATAAGAAATACAAGTGGCTGCCCGCCAATCGTTTTACGGCCTTTTTAGCCATCGTCATCACATTCCATTTCGTATGTTTCGGATTTTATATTTTCTCAGGAAAACCATTTCATCACTAA MTPYSSFFFFILLGILLLPTIILGLNGKRFQGYNMFISIIVLALIFAHDLHGVIALCIFTLWQVLLIRGYLAYRLKANSGFVFSMAVIASILPLFLSKLWPFFFPPAPHHPVHNLISFLGISYLTFKGVQLIMETRDGLIKEKMPLHRLLYFIMFFPTISSGPIDRYRRFAKDEQKVWTKGEYADLLYTGIHKIFIGFLYKFIIGYAINTYFIMNLSHITHSKLWGNVLYMYGYSLYLFFDFAGYTMFAVGVSYIMGIKSPENFNKPFISKNIKDFWNRWHMSLSFWFRDYVFMRFVFWMTKKKWIKNRMAVSNIGYFLLFMLMGVWHGLALQYIVYGLYHAVLMTGYNFFEKWNKKYKWLPANRFTAFLAIVITFHFVCFGFYIFSGKPFHH PGPT0023380_327 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL_PEPTIDES,PGPT0023380-dltB-K03739 NA NA D1-12_02289 1512 dltA_3 COG1020 D-alanine--D-alanyl carrier protein ligase ATGAAACTACTTGATGCTATAAAAACATACGCAGACGCCAAGCCGCAGGCCGAAGCGTTTCGTTCCTTAGATCATTCCCTTACTTACGGGGAATTATGGGATTTGTCGGAGCGGGTTGCGTCCGGCATTCAAAAACATACAGCTGACGGTTCGAAAGCGCCTGTCCTGGTTTACGGACATATGGAGCCGAATATGATCGTTTCTTTCTTAGGAAGCGTCAAAGCGGGCCGCCCTTACATCCCTGTCGATGTTTCCATTCCGGCGGAGCGGATCGTCAAAATCATTGAAAGCTCAGGCGCAGAGCTGCTTATCAGCGTATCGGGCGATGCAGTCGATACGGGGAGCAATCTGATTAAAACCGTTACGCCCGAAGAGCTTGCAGCTGACGGAGATGCAGACCTCAGCCGTGAGAACTGGGTAAAAGAGCTGGACACGTTTTACATTATTTACACGTCCGGCAGCACGGGAAATCCGAAGGGCGTGCAGATATCGGCTGATAACCTGCAAAGCTTCACTGACTGGATCTGCAGGGATTTTCCTGTGGGCGATGGTAAGACATTCTTAAACCAAGCGCCGTTTTCTTTTGATTTATCTGTCATGGACATTTTCCCTTCGCTTCAAACGGGAGGTACGCTGCATTGCGTAACGAAAGACAAAATCAATAAACCGAAAGTACTATTTGAAGAGCTGGAGAAATCCAAACTGAACGTCTGGACATCGACGCCGTCTTTCGTCCAAATGTGTCTGATGGACCCCGGCTTTACGCAGGAGCTCCTGCCTGAGACAGAAGTATTTATGTTTTGCGGAGAAGCGCTTCCGGCTGCCGTGGCACAGGAGCTGTTAAACCGTTTTCCGAAGGCCCGCGTATTCAATACATACGGCCCGACTGAAACAACGGTTGCCGTCACCTCCGTTGAAATTACGCAGCAGATCATCGATGAACATGAATCTCTGCCCGTCGGTTTTGCAAAACCCGATATGAATATCTTCATCATGGATGAAAACGGGAATAAGCTTCCGGACGGAGAAAAAGGGGAAATCATCATCGCGGGCCCGAGCGTGAGCAAAGGCTATCTCGGAGAGCCTTGTCTGACGGAAAAAGCGTTTTTCCCGATCGACGGCCAGTGGGCATATCACACGGGTGATGCCGGTTATGTTCAGGATGGTCAGATTTTCTGCCAAGGACGCCTTGATTTCCAGATTAAGCTTCACGGCTACCGCATGGAGCTGGAGGAAATCGAAGTACATGTAAGGCAGTCTCAATATGTGCGCACGGCGGTTGTCATCCCGTATCAGCCTAACGGACCTGTCGAATATTTAATTGCCGCCATCGTGCCTGAAAAACATGATTTTGAAAAAGAATTCCAGCTGACAAGCGCCATTAAGAAAGAACTGGCCGCTTCGCTTCCGGCCTACATGATTCCGAGAAAATTCATTTATCAGGATCACATTCAAATGACTGCGAACGGAAAAATCGACCGTAAACGCATTGGCGAAGAGGTTCTTGTATGA MKLLDAIKTYADAKPQAEAFRSLDHSLTYGELWDLSERVASGIQKHTADGSKAPVLVYGHMEPNMIVSFLGSVKAGRPYIPVDVSIPAERIVKIIESSGAELLISVSGDAVDTGSNLIKTVTPEELAADGDADLSRENWVKELDTFYIIYTSGSTGNPKGVQISADNLQSFTDWICRDFPVGDGKTFLNQAPFSFDLSVMDIFPSLQTGGTLHCVTKDKINKPKVLFEELEKSKLNVWTSTPSFVQMCLMDPGFTQELLPETEVFMFCGEALPAAVAQELLNRFPKARVFNTYGPTETTVAVTSVEITQQIIDEHESLPVGFAKPDMNIFIMDENGNKLPDGEKGEIIIAGPSVSKGYLGEPCLTEKAFFPIDGQWAYHTGDAGYVQDGQIFCQGRLDFQIKLHGYRMELEEIEVHVRQSQYVRTAVVIPYQPNGPVEYLIAAIVPEKHDFEKEFQLTSAIKKELAASLPAYMIPRKFIYQDHIQMTANGKIDRKRIGEEVLV PGPT0020055_559 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL_PEPTIDES,PGPT0020055-dltA-K03367 NA NA D1-12_02290 150 hypothetical protein ATGATGCAAAAATTAAAACGTGCTTATGAAAATACATTGATCAAATGGACGTTTCATACGGGCTTTTATTTTCTGATATTAGTATTGCTCTTTTGGATGTATGGATTTCATACAGCGAATACCGGCACTTATATTTACAACGATTTCTAA MMQKLKRAYENTLIKWTFHTGFYFLILVLLFWMYGFHTANTGTYIYNDF NA NA NA NA NA D1-12_02291 936 menA COG1575 1,4-dihydroxy-2-naphthoate octaprenyltransferase ATGAATCAAAACAATATGGGGGGCAGCCAAAAGACGCCCGAGAAAGAAAGCATGGGCCGCATTTTGTGGCAGCTAACCCGCCCTCATACATTGACGGCATCGTTTGTGCCCGTACTTCTCGGCACCGTATTGGCGATGTTTTACGTAAAGGTTGATTTCCTGCTGTTTTTGGCCATGCTGTTTTCCTGCCTTTGGATTCAGATCGCCACGAACTTATTCAATGAATATTACGATTTTAAACGCGGTTTAGATACGGAGGATTCCGTCGGTATCGGCGGAGCGATCGTCCGCCACGGCATGAAGCCGAAAACAATTCTGCAGCTGGCGCTCGGCTCTTATGCGATTGCCCTCGTGCTCGGTGTTTATATCTGCATAAGCAGCAGCTGGTGGCTTGCGGTTATCGGCCTTGCCGGCATGCTGATCGGCTATCTGTATACGGGCGGCCCGCTGCCGATTGCGTATACACCGTTCGGGGAACTGTTCTCCGGCATTTGCATGGGCTCTGTATTTGTCCTTATTTCTTTCTTCATTCAGACAGGCAGAATTAATGAACAGAGCATTTTGATTTCCATCCCGATTGCCATCTTGGTCGGAGCGATTAACCTGTCCAACAATATCCGTGATATTGAGGAAGATAAAAAGGGCGGACGTAAAACGCTGGCCATTTTGATGGGGCATAGAGGAGCCGTCATGATACTGGCCGCATCTTTTGCCATCGCTTACATCTGGATCGTCGGTCTTGTCATCATGGGTTACACAAGCCCGTGGCTGTTCTTGGTCTTCCTGAGCGTGCCGAAGCCTGTTCAGGCCGTGAAAGGCTTTGTGAAAAACGAAATGCCGATGAACATGATTATTGCGATGAAATCAACGGCGCAAACCAATACATTTTTCGGATTCCTGCTTTCAATCGGACTCCTGATCAGTTATTTCCGCTGA MNQNNMGGSQKTPEKESMGRILWQLTRPHTLTASFVPVLLGTVLAMFYVKVDFLLFLAMLFSCLWIQIATNLFNEYYDFKRGLDTEDSVGIGGAIVRHGMKPKTILQLALGSYAIALVLGVYICISSSWWLAVIGLAGMLIGYLYTGGPLPIAYTPFGELFSGICMGSVFVLISFFIQTGRINEQSILISIPIAILVGAINLSNNIRDIEEDKKGGRKTLAILMGHRGAVMILAASFAIAYIWIVGLVIMGYTSPWLFLVFLSVPKPVQAVKGFVKNEMPMNMIIAMKSTAQTNTFFGFLLSIGLLISYFR PGPT0009395_681 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_K_METABOLISM PLANT_VITAMIN_K_BIOSYNTHESIS,PGPT0009395-menA-K02548 NA NA D1-12_02292 633 ywaC COG2357 GTP pyrophosphokinase YwaC ATGGACTTGTCAACAGCCCATATGGATGATTTGAAAACGGTCATGGAAGATTGGAAAAATGAATTATTAGTTTATAAATTCGCTTTAGATGAGCTGGATACGAAGTTTTCTATCATCAGCCAGGAATATAATCTGATTCACGGGCATAACCCGATCGAGCATACAAAATCACGCGTGAAAAGTTTTGAGAGTATCGTCAATAAACTGATGCGCAAAGGCTGCGATGTGACGACGCAGGAAATGAAAGAGCATATTCATGATATTGCGGGTGTCAGGATTATCTGTTCCTTTATTTCCGATATTTATAATGTCGCTGAGGTTTTGAAGCAGCATAAGGACCTGAAGATCGTAAAGGTGAAGGATTATATCAAACAACCGAAGCCGAACGGCTACCGCAGTCTGCATTTGATCATTGAAATTCCCGTTTATTTGACGAATCGTGTGGAATATGTGAAGGCGGAAATTCAAATCCGCACCATCGCCATGGATTTTTGGGCGAGTCTTGAACATAAAATTTATTACAAATTAAATAACGAAGTCCCAAAGCATCTGACCGACGAGCTGAAGGAAGCGGCGGACATCGCCCATTATTTAGACGAAAAGATGCTTGGGATTAAGAAAGAAGTCGATTAA MDLSTAHMDDLKTVMEDWKNELLVYKFALDELDTKFSIISQEYNLIHGHNPIEHTKSRVKSFESIVNKLMRKGCDVTTQEMKEHIHDIAGVRIICSFISDIYNVAEVLKQHKDLKIVKVKDYIKQPKPNGYRSLHLIIEIPVYLTNRVEYVKAEIQIRTIAMDFWASLEHKIYYKLNNEVPKHLTDELKEAADIAHYLDEKMLGIKKEVD PGPT0014825_1457 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0014825-ywaC|yjbM-K07816 NA NA D1-12_02293 1245 tyrS COG0162 Tyrosine--tRNA ligase ATGGAATCAATCACTTTAACGAATGATCAGGAGAAAGAAGTGCAAAGGCAGCTGGATTTGTACATGACCGGCGCCGCGGACGTCATACCGCCTGAAGAATTGAGAAATAAAATCGCCAAATCAGTGACATCCGGCAAGCCGCTGAACATTAAACTCGGCCTTGATCCGTCCGCACCCGACGTCCACTTGGGCCATACCGTCGTGTTAAACAAATTGCGCCAATTTCAAGAAAACGGCCATATCATACAGCTTGTTATCGGGGACTTTACCGGAAAAATCGGTGATCCGACGGGGAAGTCGCAAGCCAGAAAACAGCTGACTGATGAAGAAGTCCAGCACAATGCCAAAACCTACTTTGAACAGTTTGGCAAGGTGCTGGATCAAGACAAAGTTGAACTTCACTGCAACTCAAAATGGCTGAAGACATTGAATCTGGAAGATGTGATTGAATTAGCGGGGAAAATTACTGTCGCCCGTCTGATGGAGCGCGACGACTTTGAGGAGCGCATCGCCATGCAAAAACCGATCTCACTTCACGAATTCTTTTACCCGCTGATGCAGGGCTACGATTCTGTCGTTCTCGAAAGCGATATCGAACTCGGCGGTACGGACCAGCATTTTAACGTGCTGATGGGCCGCCATTTCCAAGAACGCTACAAAAAAGAAAAGCAGGTCGTCATCCTCATGCCGCTTTTGGAGGGTCTTGACGGCGTTGAAAAAATGTCTAAATCAAAAAACAACTACATCGGTATTGACGAGCATCCGAACGACATGTACGGCAAAACGATGTCATTGCCGGACAGCCTGATGAAAACATATATTCATTTAGCGACAGACTTAGAGCCTGCGGAGAAAAAACAGATGGAGAAGGATTTGGAATCAGGAAAGCTTCATCCGAGAGATGCCAAAATGATCTTAGCGGGTACAATCGTCAGAATGTACCACGGCAGGAAAGCGGCGGATGCGGCAGAACAGCATTTCAAACGTGTCTTCCAGCAAAACAGCCTGCCTGAAGATATGAAAACCGTCATATGGGACGGAGAAAAGCCCGTGCCCCTTATTGAGCTGCTCGTCACGATTGGACTCTTTTCTTCAAAAAGCGAAGCACGCCGTATGATTCAAAACGGCGGAGTCAAAGTGAACGGGGAGAAAACGGATGCCCTTCATACCGTCATTACCGCAGAAGACGGCATGACGATTCAGGTGGGCAAGCGAAAATTTGTACAGCTGCGCGTAAACGGATAA MESITLTNDQEKEVQRQLDLYMTGAADVIPPEELRNKIAKSVTSGKPLNIKLGLDPSAPDVHLGHTVVLNKLRQFQENGHIIQLVIGDFTGKIGDPTGKSQARKQLTDEEVQHNAKTYFEQFGKVLDQDKVELHCNSKWLKTLNLEDVIELAGKITVARLMERDDFEERIAMQKPISLHEFFYPLMQGYDSVVLESDIELGGTDQHFNVLMGRHFQERYKKEKQVVILMPLLEGLDGVEKMSKSKNNYIGIDEHPNDMYGKTMSLPDSLMKTYIHLATDLEPAEKKQMEKDLESGKLHPRDAKMILAGTIVRMYHGRKAADAAEQHFKRVFQQNSLPEDMKTVIWDGEKPVPLIELLVTIGLFSSKSEARRMIQNGGVKVNGEKTDALHTVITAEDGMTIQVGKRKFVQLRVNG NA NA NA NA NA D1-12_02295 498 hypothetical protein TTGACGAATCGCAACGATGCCGGATCAGACAATAAGAAGCCGAACAGGCCTTTTTCCGATCTATCCGGCCGAAACAAAGAGGCGGCCTATATTGCCGCTGCACTCTATCGGTCCGCCCAGCAGCTCCGTGTAAAAATGGAGAAAGAGGTGCTGTCGGCACACAAATTATCATGGACGGCGTTTTCCATCCTGTATGACCTTTGTGAATGGGAAACGCTTGATACAAGAAGGATAGCCGCTCTATCCGGAATTACCGCGGCGACGGCGAGCAATGTCCTGAACACTTTGGAGAAGAAAGGCTTATGCAGCAGACAAACGAACAAAAGAGACCGCAGGCTTGTATTCGTCAGTATTACCGATGAGGGCAGAAAGGTTATTGAAGACCTTTACCCCGACTTTCATCAGGGGGAAATTGAACTGACGGCCTGTCTGGATAAACAGGAACAAAAAACGCTGTCCGCCCTGCTGCAAAAAATCGCTGACAATTTCATAACATAG MTNRNDAGSDNKKPNRPFSDLSGRNKEAAYIAAALYRSAQQLRVKMEKEVLSAHKLSWTAFSILYDLCEWETLDTRRIAALSGITAATASNVLNTLEKKGLCSRQTNKRDRRLVFVSITDEGRKVIEDLYPDFHQGEIELTACLDKQEQKTLSALLQKIADNFIT NA NA NA NA NA D1-12_02296 861 gspA COG1442 General stress protein A GTGGGAAAGAATGAAACAATGCATATCGTATCATGTGCCGATGATCATTATGCTCGTCATTTGGGTGGGATGTTCGCTTCTTTATTGATGAATATGGATAAAACAAGGGATGCGAAATTATATGTGATCGACGGCGGAATTACTGCCGAAAACAAGGACAAGCTTGAACAGACCGCGATGTCATTCGGGACGCCGCTTGAATTTTTAGAAGTAGACGCTGATCAATACAAGCATGCAGTCGAAAGCAGCCACATTACAAAAGCGGCTTATTACCGCATTTCCATCCCTGATTTAATTAAGGATGAGTCCGTAAAGCGGATGATTTACATTGATTGCGATGCAATTGTGATGGAAGATATTTCGGTTTTATGGGACTTGGATATTTCCCCGGCAATAGTTGCGGCGGTAGAAGACGCCGGACAGCATGAAAGACTGAAAAAAATGAATATCAGCGACACTGCCAAGTATTTTAATTCCGGCATTATGATTATAGATTTCGAACCTTGGAGAAGACAGAATATTTCCGAAAAGGTGATTGATTTTATCAACGAAAACAGCTCGGAGGATTTTCTCGTGTTTCATGATCAGGACGCGCTTAACGCGATCTTATATGATCAATGGCATGAACTGCATCCGCGCTGGAACGCGCAGACGCATATTATCATGAATGAGAAAACGCCTCCTGAACTGATCGACCGTATCCGTTACAGAGAAACACGTGCCGAACCGGCCATCGTCCATTTCTGCGGCAGCGACAAGCCTTGGAATACAGGCACCTCGCACCCGTATCGTGATCATTATTTCCGATATATGTCCTTTACGAAATGGAACACGATTGACCGCCCGGCCATGAACCAATAG MGKNETMHIVSCADDHYARHLGGMFASLLMNMDKTRDAKLYVIDGGITAENKDKLEQTAMSFGTPLEFLEVDADQYKHAVESSHITKAAYYRISIPDLIKDESVKRMIYIDCDAIVMEDISVLWDLDISPAIVAAVEDAGQHERLKKMNISDTAKYFNSGIMIIDFEPWRRQNISEKVIDFINENSSEDFLVFHDQDALNAILYDQWHELHPRWNAQTHIIMNEKTPPELIDRIRYRETRAEPAIVHFCGSDKPWNTGTSHPYRDHYFRYMSFTKWNTIDRPAMNQ NA NA NA NA NA D1-12_02297 1746 epr_2 COG1404 Minor extracellular protease Epr ATGTATCACACCCTGAAACCGATAATGGCCGCGGCCTTGTGCGTCAGCCTGTTCTCCGCCGCGGCGCCCGCGCACGCCGAGACGCACGACCGGGACGTTATCGTGGTGTACAAAAATCAAAACGGCAAGGAATCCGCCATAGACAGCGGAGCGGATGTGGAACAGACCTATCAGCATCTTCCGGCAGTCGCCGTGTCAGCCGATTCACAAACGGTGAAAGACCTGAAACAGGACCCTGACATCTTATATGTAGAAGACAATGTATCCTTTCAGGCAGCAGGCGGTTCTGATATCCGCCCGTTATCAGCGGCCCAAAGCAGCAGTTACGCGCTGCCGCAATGGGATATAGAACCGACTCAGGTCAAGCAGGCGTGGAAAGAAGGCTTGACGGGAAAAAAGGTGAAAGTGGCTGTCATTGACAGCGGCATTTACCCTCATGATGACCTTTCCATTGCTGGAGGCTATTCCGCAGTCAGCTATACTTCCTCATACAAAGATGACAACGGACACGGGACGCATGTCGCCGGAATCATTGCGGCCAAACATGACGGATACGGCGTTGACGGCATCGCGCCGGATGTCCGGTTATATGCGGTTAAAGCATTGGACAGAAAGGGTGCAGGGGATCTTAAAAGCCTTCTTAAAGCGATCGACTGGTCGATCGCCAACAAAATGGATATCATCAATATGAGTCTCGGAACTAACGCAGACAGCAAAATTCTTCACGACGCCGTAGACAAAGCATACAAAAAAGGAATCGTGATCGTAGCAGCCGCAGGAAACGACGGCAACAAAAAACCCGTCAATTATCCGGGTGCCTACAGCAGCGTAACGGCAGTCTCAGCGTCAACTGAAAAAAACGGTCTCGCGGCTTTTTCCACGACCGGAAAACAAATTGAATTTGCCGCACCCGGCACCAATATTACGAGCACGTATCTGAATCAAATGTACGCCGCGGCTGACGGCACATCTCAAGCCGCGCCGCACGTCACCGGCATGTTCGCGCTGCTCAGGCAGAAATATCCCGAGGAAACAAATACCCAGCTCCGGCAGCAGATGCAGCAAAACATCAAAGATCTGGGCGCTCCCGGACGTGACAGCCGATTCGGGTACGGCCTGGTGCAATATCACGTAAATCAAAAGAGCTTTGCCGAACGGGCCGTAATAAAAGCGGAAAAGACGAAAAAACAGGCAGATATCAATCAAGCAAAAACGGCAGTCAGCAAGCTGCCCAAGTCAAAGGGAAAAACCGCTCTCGAGGCGCGGATCAATAAAGTTCAGACGGCAAGAAATGTGACGGACGCAAGAGACAAAGTCCGGACTGCCGAAAAACAAAAGAAAAAAACCGCCGTCAATGCCGCACAAAGCGCCATCCGCAAATTACCGGCCGGTTCAGAGAAAAAAGGGCTGCAAAAGCGGCTTAACGCTGTCAACTCAAGCCTTTTGAAAACAGCTGAGGCCAGCGTCAAGCAGGCGGAAAAAAAGACCTCTGAGGCCAGCACCGCAAAAGCCCAAAAAGCAGTCAGCGAAATCCAGCCGGGAAAAGAAAAAACCGCTCTGGAAAATCGGCTTGACCGGATAAAAGATAAACTCAACCGGCAGCAGGCTAGAGACAAAGTAAAAGCGGCTGAAAAAACCAAGACGAAAAAAGCACAATCAGCGGCGCAAACGGCAGTCAGCCGATTGAAGCCGTCTGCCGAAAAGACCAGCCTGCAAAAACGCGTGCGTGCGATTCGGGTGAAATAA MYHTLKPIMAAALCVSLFSAAAPAHAETHDRDVIVVYKNQNGKESAIDSGADVEQTYQHLPAVAVSADSQTVKDLKQDPDILYVEDNVSFQAAGGSDIRPLSAAQSSSYALPQWDIEPTQVKQAWKEGLTGKKVKVAVIDSGIYPHDDLSIAGGYSAVSYTSSYKDDNGHGTHVAGIIAAKHDGYGVDGIAPDVRLYAVKALDRKGAGDLKSLLKAIDWSIANKMDIINMSLGTNADSKILHDAVDKAYKKGIVIVAAAGNDGNKKPVNYPGAYSSVTAVSASTEKNGLAAFSTTGKQIEFAAPGTNITSTYLNQMYAAADGTSQAAPHVTGMFALLRQKYPEETNTQLRQQMQQNIKDLGAPGRDSRFGYGLVQYHVNQKSFAERAVIKAEKTKKQADINQAKTAVSKLPKSKGKTALEARINKVQTARNVTDARDKVRTAEKQKKKTAVNAAQSAIRKLPAGSEKKGLQKRLNAVNSSLLKTAEASVKQAEKKTSEASTAKAQKAVSEIQPGKEKTALENRLDRIKDKLNRQQARDKVKAAEKTKTKKAQSAAQTAVSRLKPSAEKTSLQKRVRAIRVK NA NA NA NA NA D1-12_02298 1335 licC_2 COG1455 Lichenan permease IIC component ATGAGTACGTTCAATCGGGTCATGGAAGAAAAAATCATGCCTGTCGCCGGAAAAGTCGCCGGCCAAAGGCACTTAAGAGCTTTGCGGGACGGCATTATTTTGACTATGCCGCTTATCATCATCGGATCGGTTTTTCTGATTCTGACGAGTCTTCCGATTCCCGGTTATGCCGATTTTATGGCTGGTCTTTTCGGTGAAAATTGGGTTGAAAAGCTCGGGTATCCCGTGAATGCGTCCTTTGACATTATGGCGCTTGTCGCCGCCTTTGGGATTGCTTACCGGCTTGCGGAAAGCTATGAGGTGGATGCCCTGTCGTCGGGAGCCATTGCCCTTGCCGCCTTTTTATTGGCGACGCCGTATCAGATTCCGTTTATTCCTGACGGCTCGGCAACAGAGATTATGGTGGGAGGCGGCATTCCGATTTCGCTGCTCGGAAGCAAAGGTCTGTTTGTCGCGATGATCATTGCAATGCTGTCTACGGAAGTGTACCGGTTTATCATACAAAGAAATATCGTCATTAAGATGCCTGACGGAGTGCCGCCTGCGGTCAGCAAATCGTTCGTTGCGCTCATCCCCGGTTTCATTATTATTACGCTTGTATGGCTGGCCCGTCTGTTTATTGAAATAACTCCTTTTAAAAGCCTCCACAATGTCGTAGGCGATCTGCTGGGCACCCCGCTGTCTATTTTGGGCGGGAGTCTCGGCGGAAGTCTTATCGCCGAATTCGTGCAAATGCTGCTTTGGTCGTGCGGCATACACGGCGCGTCCATTATCGGCGGCGTCATGTCGCCGATCTGGTACGGGGCGATGGACGCCAACCGTTTGGCTTTTCAGGCGGGAGAAGCGCTGCCGAGCATTTTTACGACACAGTTCTTTCAAATATGGATTAATGTCGGCGGAAGCGGAGCGACGCTTGCCCTTGTGCTGACCATGCTTGTGCGCTCCAGAAGCAAACAGATGAAACAGCTCGGCCGTCTCGGCATCGGGCCCGCGATTTTTAACATTAACGAACCGATTATTTTCGGGATGCCGCTCGTCATGAATCCGCTGTTAATCGTGCCCTTTATCATTGCGCCGCTCTTGACCATTACGGCGACGTACATCGGGATGAGCACGGGGATGGTGGCAAAACCGGCGGGAATCGCCGTGCCGTGGACGATGCCGCCGCTGATATCCGGTTATTTGGCGACGGGCGGGAAAATCTCCGGTTCGGTCATGCAGCTGATCAATCTCCTGATTACATTTATCATCTATTATCCGTTTTTCCGAATTTGGGATCTTCAAAAATGGAGAGAGGAACGGGCGGCGGAACAAAACGTCACAGAAGAAACATAA MSTFNRVMEEKIMPVAGKVAGQRHLRALRDGIILTMPLIIIGSVFLILTSLPIPGYADFMAGLFGENWVEKLGYPVNASFDIMALVAAFGIAYRLAESYEVDALSSGAIALAAFLLATPYQIPFIPDGSATEIMVGGGIPISLLGSKGLFVAMIIAMLSTEVYRFIIQRNIVIKMPDGVPPAVSKSFVALIPGFIIITLVWLARLFIEITPFKSLHNVVGDLLGTPLSILGGSLGGSLIAEFVQMLLWSCGIHGASIIGGVMSPIWYGAMDANRLAFQAGEALPSIFTTQFFQIWINVGGSGATLALVLTMLVRSRSKQMKQLGRLGIGPAIFNINEPIIFGMPLVMNPLLIVPFIIAPLLTITATYIGMSTGMVAKPAGIAVPWTMPPLISGYLATGGKISGSVMQLINLLITFIIYYPFFRIWDLQKWREERAAEQNVTEET PGPT0016970_1135 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_GLYCOSIDE_UTILIZATION PLANT_DERIVED_BETA-GLYCOSIDE_DEGRADATION,PGPT0016970-celB|chbC-K02761 NA NA D1-12_02299 384 gloA COG0346 Lactoylglutathione lyase ATGACAGCCAAAAGAATCGACCATACAGGCATTATGGTCAAAGATATTGAAACATCCATCGCCTTTTACCAAGACGTTCTCGGTATGCAGTTAAAGGATCGTATCACTCATACGAACGGCATTATTGAACTTGCCTTTCTCGGCTTTCAAGAAGGGCCGGAGACAGAAATTGAGCTGATCCAGGGCTACAGCAGCGAGCTTCCCGCAGAAGGAAAAGTTCACCATGTCGCTTTATTAACTGAAGATATTGCGGCGGAGTTCACACATGCAAAGCGTCAGGGCGCCGTATTCATTGATGAAGAAATCACGACGCTTCCGAACGGGTACCGCTACTTTTACATTGAAGGACCTGACGGCGAATGGATCGAATTTTTCCAGCGTTAA MTAKRIDHTGIMVKDIETSIAFYQDVLGMQLKDRITHTNGIIELAFLGFQEGPETEIELIQGYSSELPAEGKVHHVALLTEDIAAEFTHAKRQGAVFIDEEITTLPNGYRYFYIEGPDGEWIEFFQR PGPT0013300_4839 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 D1-12_02300 1188 rlmI COG1092 Ribosomal RNA large subunit methyltransferase I ATGAAGCTACTTACAGTGAAAGATACATTTGCCGGAAAGCTGAAAAAAGGATTCCCCCTGATTGAAAAAGACGCTCTGTCCGGAAGCTCGGCTCATTTAACAGAGGGCGATCTTTTTGATGTGACATCCGAGAAGGGTGAGTTTATCGGAAAAGGCTATTACGGTTTGCAGAATAAAGGAGTCGGCTGGGTGCTGTCCCGCGCGAGAGATGAACGGATCGACGGACGTTTCTTTCTGGACAAGCTGAAAAAAGCGGCTGAAGCAAGAGCCCATCTGTTTAAGGCGCCCGATACGACGGCGTTCCGGCTTTTCAACGGTGAGGGCGACGGCATCGGCGGCGTCACGATTGACTTTTATGACGGTTATCTGCTGATTCAATGGTACAGTAAAGGCATTTACGCTTATAAGGACAGCATGATTGAGGCGATTGACGGACTGGAGCTTTCTTATAAAGCGATCTATGAAAAGAAACGATTCGATACGGCTGGGCAATACGTGGAAGACGACGATTTTGTCAAAGGCGAAAGAGGAGATTTTCCGGTCATTGTTCAAGAAAACGGCATACGGTACGCGGTGGATTTAAACGATGGGGCGATGACGGGCATTTTCTTAGACCAGCGTCATGTGCGCAAAGCGATTCGGGATAAGTATGCAAACGGCAGACGGGTGCTGAATACGTTCTCTTATACGGGGGCATTTTCCGTTGCGGCGGCGCTTGGCAGAGCTGAGAAAACGACCAGCGTCGATGTCGCCAACCGCAGTCTCGCAAAAACGATTGAACAGTTCAGCGCCAACGGAATTGATTATGAGGCGCATGACATTAAAGTCATGGATGTTTTCAAATACTTCGGCTATGCGGAGAAAAAAGGGCTGGCGTTTGACCTCATCATCCTTGATCCGCCTTCTTTCGCCCGCACAAAAAAACGGACGTTCAGCGCGGCGAAAGATTATAAAAACCTGCTGAAGGAAACGATCGCCATCACTGCAAAAAACGGCATCATCATCGCTTCGACAAACAGCAGCGCCTTCAATATGAAGAAATTTAAAGGCTTTATAGAGACCGCCTTTAAAGAAACAAATGAGCGTTACGACATTTTGGAAGAATATACGCTTCCGGAAGATTTCAAAACGATTCCCGCGTTTAAAGAAGGGAATTATTTGAAGGTTGTTTTCTTGCGGAAAAAATAG MKLLTVKDTFAGKLKKGFPLIEKDALSGSSAHLTEGDLFDVTSEKGEFIGKGYYGLQNKGVGWVLSRARDERIDGRFFLDKLKKAAEARAHLFKAPDTTAFRLFNGEGDGIGGVTIDFYDGYLLIQWYSKGIYAYKDSMIEAIDGLELSYKAIYEKKRFDTAGQYVEDDDFVKGERGDFPVIVQENGIRYAVDLNDGAMTGIFLDQRHVRKAIRDKYANGRRVLNTFSYTGAFSVAAALGRAEKTTSVDVANRSLAKTIEQFSANGIDYEAHDIKVMDVFKYFGYAEKKGLAFDLIILDPPSFARTKKRTFSAAKDYKNLLKETIAITAKNGIIIASTNSSAFNMKKFKGFIETAFKETNERYDILEEYTLPEDFKTIPAFKEGNYLKVVFLRKK NA NA NA NA NA D1-12_02301 903 hypothetical protein GTGGTACCCATTAAAATCATTATCGAGGATACAATTGGGCAATACGAAACGTTATTTTCAATGATTGAAAATAGAGAAGATTATTATCGGTATTCAATGATGAAACCTTTTGAAGATATGTGGAAAAAGATGAATGTTCCCTTAAAGGCAAAGGAACCTAACGGATATGATGTAATCATGGCTGCAAATATGCTGGGCTATCTGAGCATATTTGATACGGAAACCGGAAGAAAAGCATTAGAGAATCTAAAAGAAATTCAAGCTCTTCAAATTGCATATGGCACTTTAACTCATTGTGTAGAATTTATCAAACAAAACCGCTTAAAAATAAATGCTGATGAAATAAGGTTTGGGATGTATCTGGCTAATCAAAAAAAGCTTGAGTTACATAGAGGGTATTGTGGATTCGGAGGAATTCCGGGATTTATTCAAGTTTCAATATTCCCCAATTCATATAACATACCGAGACTGCCTGCTGTAATCGCACATGAATTTCATCATAATATTCGTTTTTCGTATTTCAATTGGGATTATGGGAACGTAACGGTTGGGGATTACTTAATTATAGAGGGGCTGGCAGAATCGTTTGCCAAAGAACTTTACGGAGAAGCTCTGTTAGGTCCCTGGGTTACTTCTTTTGAAAAAGAAGACTTAGAATACTCAAAAGAAATCATCAAAGACTCATTAAATGTGAAAGGGTTTGCTGAGGTCAGCAGTTACATGTTTGGTGACACCTTTGCAGCCGAACAAGGTTATCAGCCTGTCGGCTTATCACCGTTTGCCGGTTATGCGGTTGGCTACCAAGCGGTGCAATCCTTCATGAAAGCCAACAATGTGGGCATTAGTGAGGCCACTTTACTTGGCACAGATGAGATACTAAGAAATAGCGGGTTGTTTCTTTAA MVPIKIIIEDTIGQYETLFSMIENREDYYRYSMMKPFEDMWKKMNVPLKAKEPNGYDVIMAANMLGYLSIFDTETGRKALENLKEIQALQIAYGTLTHCVEFIKQNRLKINADEIRFGMYLANQKKLELHRGYCGFGGIPGFIQVSIFPNSYNIPRLPAVIAHEFHHNIRFSYFNWDYGNVTVGDYLIIEGLAESFAKELYGEALLGPWVTSFEKEDLEYSKEIIKDSLNVKGFAEVSSYMFGDTFAAEQGYQPVGLSPFAGYAVGYQAVQSFMKANNVGISEATLLGTDEILRNSGLFL NA NA NA NA NA D1-12_02302 762 mta COG0789 HTH-type transcriptional activator mta ATGGGTATGAAAGTAAAAGAAGTAGCTGAACTGATTGGAGTAAGCATACGGACTCTCCATCATTACGATCAAATTGGATTATTGACTCCTCAGGAAACGACCGATTCCGGTTATCGGCTTTATTCTGAAGAGAATCTTGAACAGCTGCAGCAGATACTATTTTTCAAGGAGCTCGATTTCTCCTTAAAAGAGATTAAAGAAATCATTAATAGTCCTTCATTTAACCGAAGGGAGGCATTAATTTTACAAAAGAAAATGTTGATTGAGAAACGGAATAGAGTCGATAAGATGATTGCAACCATCGATAAATCAATCAAACATATGATGGGAGAGATTTGCATGACGAACAAAGAGCGGTTTGAGGGAATGAACTTCAATCGTAATCTTTATGAACAAGAAGCTCGCAAACGGTGGGGTGATCAACCTGTCGATAAGGTAAATATTAGATTGAAAAACATGACTGATGGTGAGCAAAAAGATTTATCTGATAAGTGGACTGCAATGTTCAATAAATTTGCACTCCTTATTAACCAATCTCCCAAGTCCCCAGACGTACAAACAGCTATCAAAGAGTGGTTTGATTTTCTCAATGAAAATTTTGGTGAATATTCTTTTGATGCCTTTTACGGATTAGGTCAACTCTATATCGAAGATAAACGCTTCACTAAGAACATCGACCGGTATGGTGAAGGGTTGGCGAAGCTCATGAGTGATGCCATTACAATTTATATAGATAACCAAAAAAAGGGTGGTACCCATTAA MGMKVKEVAELIGVSIRTLHHYDQIGLLTPQETTDSGYRLYSEENLEQLQQILFFKELDFSLKEIKEIINSPSFNRREALILQKKMLIEKRNRVDKMIATIDKSIKHMMGEICMTNKERFEGMNFNRNLYEQEARKRWGDQPVDKVNIRLKNMTDGEQKDLSDKWTAMFNKFALLINQSPKSPDVQTAIKEWFDFLNENFGEYSFDAFYGLGQLYIEDKRFTKNIDRYGEGLAKLMSDAITIYIDNQKKGGTH PGPT0003175_16 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0003175-mta|ywnD-K21743 NA NA D1-12_02303 195 hypothetical protein ATGAACGGCCAGCAGCGAAGCAGCATCAGAAAAGGACTTGAAGTCGATATCGTCCTGAAAGCCGATCAGCGTTCAGGAAAGCTGACAAGAGGAATCGTGAAGGATATTTTGACGAACTCAAGCTTCCACCCGCGCGGCATTAAGGTCCGCCTTGAAGACGGGCGAATCGGCCGGGTGCAGCACATTATTGAATAG MNGQQRSSIRKGLEVDIVLKADQRSGKLTRGIVKDILTNSSFHPRGIKVRLEDGRIGRVQHIIE NA NA NA NA NA D1-12_02304 681 yohK COG1346 Inner membrane protein YohK GTGTTCATCGGAATCATAAGTTTATTCTTAACTGTCTTAGTATATTTGGGCGCGAAAAAACTCTACACTCGTTTTCCGCGGGTGTATACGTCGCCGCTTCTGATTACGCCCGCTGTTTTGGTCGTACTGCTGCTTCTTGTCAATGTCCCGTATCAGACATACAATCTCGGCGGCGGACTGCTGACCGATATGCTTCAGCCGGCAACAGTGGCGTTCGCCATCCCGCTTTATAAATATTTCCCGATTTTAAAGAAATACGCCGTGGAAATTATTTTGAACGTAGCGGTCGGTTCATGTATCGCCATTCTGTCAACGGCCTTTATCGCCAAATGGTTCCATCTCGGCAGCAGCTTAGTCGACAGTCTCGTGCCGCGATCCGTGACGACGCCGATTGCCATGAACGTATCAGAAATGATCGGCGGGATGCCGGCCGTTACAGCGGTTTTCGTCATTTTAACGGCTTTATTGGGAACGATCATCGGGCCGATGGTCATCCGCTATTTCCGCATTGATAACGAAATTGCCCGGGGCGTGCTGCTCGGAACCAGCGCGCACGGAGCGGGAACATCTAAAGCATTTGAGCTCAGCTCCGTATCAGGAACGATCTCAAGCGTGTCCATGATTCTCGCCGCGATTATGACACTGTGCGCGGCCCCGATTTTGCTTTCGTTTATGTCATAA MFIGIISLFLTVLVYLGAKKLYTRFPRVYTSPLLITPAVLVVLLLLVNVPYQTYNLGGGLLTDMLQPATVAFAIPLYKYFPILKKYAVEIILNVAVGSCIAILSTAFIAKWFHLGSSLVDSLVPRSVTTPIAMNVSEMIGGMPAVTAVFVILTALLGTIIGPMVIRYFRIDNEIARGVLLGTSAHGAGTSKAFELSSVSGTISSVSMILAAIMTLCAAPILLSFMS NA NA NA NA NA D1-12_02305 387 hypothetical protein ATGAAAAAATTGCTGCTTACCGTTATTCAAATCGCTCTGCTGTTTATATTTGCGCGTCTGATCAATTGGGTCACGGCGGCTCTTCATATAAATATTCCCGGCAGTATAATCGGGATTGTGATTCTTTTCACATTATTGCATTTCAAGATTATCAAACTTGAATGGATTGAGCTTGGCGCAGCATGGCTCCTCGGTGAGCTGCTGCTGTTTTTCATCCCGTCTGCCGTCGGAGTGATTGAATACGGAGATATTATGTCTAAATTCGGCGTAAGCATTTTACTTGTCGTCGTCATCAGCACATTTGTCGTGATGGTTTCAACAGGTACGCTTACACAGCTGATAGCAAAAAGAAAGGAGAAAAAACAAACGTGTTCATCGGAATCATAA MKKLLLTVIQIALLFIFARLINWVTAALHINIPGSIIGIVILFTLLHFKIIKLEWIELGAAWLLGELLLFFIPSAVGVIEYGDIMSKFGVSILLVVVISTFVVMVSTGTLTQLIAKRKEKKQTCSSES NA NA NA NA NA D1-12_02306 909 cynR HTH-type transcriptional regulator CynR ATGGATATCCGGCACTTAACGTATTTCTTGGAAGTGGCCCGTTTGAAAAGCTTTACGAAGGCTTCACAGTCGCTGTATGTTTCACAGCCGACAATCTCAAAAATGATTAAAAACCTGGAGACGGAGCTCGGCATTAAGCTGTTTTACCGCAATGGCCGGCAAGTTGAACTGACTGACGCCGGGCAGAGCATGTATGTGCAGGCGCAGGAAATCACAAAGTCATTCCAAAACCTGACGTCAGAGCTGAACGATATTATGGAAGTGAAGAAAGGGCACGTCCGCATCGGTCTTCCGCCGATGATCGGGTCCGGCTTTTTCCCGAGAGTGCTCGGTGACTTCCGCGTCACATATCCCGATGTGACGTTTCAGCTTGTTGAGGACGGCTCTATTAAAGTGCAGCAAGGGGTTGAGGACGGCTCGCTTGATATCGGGGTCGTCGTGCTTCCCGCGAATGAAGAAATTTTTCATACGTTCACAATCGTCAAGGAAACCCTTATGCTCGTCGTCCATCCGTCACATCGGCTCGCTGACGAGAAAGAATGCAGTCTTCACGAATTGAAAGAAGAGCCGTTCATATTTTTCAGGGAGGATTTTGTCCTTCATAATCGAATTATGACGGAATGCGTGAAAGCCGGATTCAGGCCGCACGTCATTTATGAAACGTCACAGTGGGACTTTATCAGCGAAATGGTATCGGCCAATCTCGGCATCGGCCTCTTGCCGGAAAGAATCTGCCGCGGTCTTGATCCTGACAAAGTCAGAACCATTCCGCTCGTTCATCCGGTCATTCCGTGGCATTTAGCCATCATTTGGCGGAAAGACCGCTATATGTCCTTTGCCGCCAGAGCCTGGCTGGAGCATACGAAATCGTATTTATGGAATCCGAAAAAGAGAAAAAAGGATGATTAA MDIRHLTYFLEVARLKSFTKASQSLYVSQPTISKMIKNLETELGIKLFYRNGRQVELTDAGQSMYVQAQEITKSFQNLTSELNDIMEVKKGHVRIGLPPMIGSGFFPRVLGDFRVTYPDVTFQLVEDGSIKVQQGVEDGSLDIGVVVLPANEEIFHTFTIVKETLMLVVHPSHRLADEKECSLHELKEEPFIFFREDFVLHNRIMTECVKAGFRPHVIYETSQWDFISEMVSANLGIGLLPERICRGLDPDKVRTIPLVHPVIPWHLAIIWRKDRYMSFAARAWLEHTKSYLWNPKKRKKDD NA NA NA NA NA D1-12_02307 819 thiM COG2145 Hydroxyethylthiazole kinase ATGGATGCACAAACCGCAGCTCAACACTTGAGTAAAGTGCGGGATCAAAACCCGCTCGTTCACAGTATCACCAATAATGTCGTCACGAACTTCACCGCTAACGGACTGCTCGCGCTCGGCGCATCGCCCGTTATGGCTTATGCAATTGAGGAGGCCGCCGACATGGCGAAAATCGCAGGAGCGCTCGTCCTGAATATAGGCACCCTCAGTTCGGCGTCGGTTGAAGCTATGATCGCAGCCGGAAAATCGGCCAATGAAAACGGTGTTCCGGTCATTTTTGATCCGGTAGGCGCCGGCGCCACGCCGTTTCGGACGGCATCAGCCAGCAAGATCATACAGGAGGTCCGCTTGTCCGTCATTCGCGGAAATGCCGCGGAAATCGCCAATATTGCCGGCGCCCCTGATTGGAAGATAAAAGGCGTGGATGCGGGGGAAGCCGGAGGAGATGTGGTTCAGCTCGCTAAGACGGCTGCAAGCAGGATGAAGACGGTCATTGCGATTACCGGAAAAACCGACGTCATCTCGGACGGCACCGACACATACGCCGTACATAACGGTGATAAACTGCTGACGAAGGTGACGGGGGCGGGATGCCTGCTGACGTCTGTAATCGGAGCCTTCTGCGCAGCGGAGAAGGACGTTCTGCAAGCGGCCGTTTCAGCCGTTTCTGTATACGGAAGCGCCGCTCAGCTTGCCGCTCTGGACACCTCCCATAAGGGGCCGGGCAGCTTCCAGATTGAGCTTTTAAACAAGCTGGCAAGCATCTCAGAACAAGAAGCGGCCGAGCTTGCTGCAATTGAAAGGGTGACAGAAAAATGA MDAQTAAQHLSKVRDQNPLVHSITNNVVTNFTANGLLALGASPVMAYAIEEAADMAKIAGALVLNIGTLSSASVEAMIAAGKSANENGVPVIFDPVGAGATPFRTASASKIIQEVRLSVIRGNAAEIANIAGAPDWKIKGVDAGEAGGDVVQLAKTAASRMKTVIAITGKTDVISDGTDTYAVHNGDKLLTKVTGAGCLLTSVIGAFCAAEKDVLQAAVSAVSVYGSAAQLAALDTSHKGPGSFQIELLNKLASISEQEAAELAAIERVTEK PGPT0008990_636 DIRECT EFFECT PLANT_IMMUNE_RESPONSE_STIMULATION INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR ISR-VITAMIN_B1|THIAMIN_METABOLISM ISR-VITAMIN_B1|THIAMIN_BIOSYNTHESIS,PGPT0008990-thiM-K00878 NA NA D1-12_02308 675 thiE COG0352 Thiamine-phosphate synthase ATGACGCGTATTTCTCGGGAAATGATGAAGGATATGTTATCGGTTTATTTTATTATGGGATCAAACAATACAAGCGCAGACCCCGTTTCCGTGGTGAAAAAAGCCATTGAGGGCGGCGCTACGCTTTTTCAATTTCGGGAAAAGGGGAGCGGTTCTTTAACAGGGGATGAACGTGTCCTGTTCGCGAAGCGGGTGCAGGATGTCTGCAGGCAGGCCGGGATTCCTTTCATCATTAATGATGATGTCGAATTGGCCTTGCGCCTTGAGGCGGACGGAGTGCATATCGGACAGGATGACGCAGACGCCGAAGAAACGAGAGCGGCAATCGGCGATATGATTCTCGGTGTGTCAGCACATAACGTCTCCGAGGTGAAGCGGGCGGAAGAAGCCGGAGCCGATTACGTCGGAATGGGCCCGGTCTATCCGACCGAAACAAAAAAAGATGCTGAAGCCGTGCAGGGCGTCACATTGATTGAAGAGGTAAGGCGTCAGGGCATCACCATTCCGATTGTAGGAATCGGCGGCATTACGGCTGACAACGCGGCGCCCGTCATTGAAGCGGGTGCAGACGGCGTCAGCATGATCAGCGCCATCAGCCAAGCCGAAGATCCAAAAGCGGCGGCGCGGAAGTTTTCAGAGGAAATTCGGCGCTCCAAAGCAGGGCTGTCCCGATAG MTRISREMMKDMLSVYFIMGSNNTSADPVSVVKKAIEGGATLFQFREKGSGSLTGDERVLFAKRVQDVCRQAGIPFIINDDVELALRLEADGVHIGQDDADAEETRAAIGDMILGVSAHNVSEVKRAEEAGADYVGMGPVYPTETKKDAEAVQGVTLIEEVRRQGITIPIVGIGGITADNAAPVIEAGADGVSMISAISQAEDPKAAARKFSEEIRRSKAGLSR PGPT0008995_999 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 D1-12_02309 1257 efeN COG2837 putative deferrochelatase/peroxidase EfeN ATGAGCGATGAACATAACAAGGAAAAACAGATCCACAGACGGGATGTCCTGAAGTGGGGCGCCGTCGCGGGCGCAGCCGTCGCTGTCGGAGCGAGCGGCCTCGGAGGACTCGCGCCGCTCTTCAAACCGGCGGCCACCGCTTCAAAGAAGAATGATGAAAAACATGATCGTGATCAAATCGTTCCTTTTTACGGAAAGCACCAAGCAGGAATCACAACAATGCATCAGACGTATGTGTATTTTGCGGCGCTTGATGTCATGTCAAGCGACAAAGCCGATGTCATCTCCCTTTTCAAACAATGGACAAGCTTGACGCAGCTGCTGACTTCAGGCGCCGTCCCGTCAGGCGAACAGAAAAATAAAGATATGCCTCCGCAGGATACCGGGGAGTCGCAGGATCTGGCACCGGCGAATTTGACCGTTACCTTCGGCTTCGGCCCCGGGTTTTTCGAGAAAGACGGGAAGGACCGCTTCGGACTGAAGGATAAAAAACCGAAGCACCTCGCCGATATTCCGCCGATGCCTAACGACAAGCTCGATAAGAAACAAGGCGGCGGTGATATCGTCATACAGGTCTGCGCGGATAATGAACAAACGGCGTTTCACGCGGTGCGCAACCTGATGAAACAGGCATCGGGTGTGTGTGAAGTCCGCTTTCTCAATAAAGGTTTCTTAAGCGGCGGAAAAAACGGAGAAACACCGCGCAACCTCTTCGGATTCAAAGACGGCACCGGCAACCAAAGCACGAAGGATGAAAACCTGATGAATTCGATCGTTTGGGTTCAATCAGGAGAGCCGGACTGGATGACGGGCGGCACGTACATGGCGTTTAGGAAAATTAAGATGTTTTTAGATATATGGGACCGTTCATCCTTGAAGGAACAAGAGGACACGTTCGGGCGGGTGAAAAGCTCGGGCGCGCCTTTCGGACAAAAAAAGGAAACCGATCCCGTGAAGCTGAATCAAATTCCCGCCGACTCGCATGTCAGCGTGGCAAAATCAACCGGCAGACAGATTCTGCGCCGGGCATTTTCCTATACGGACGGAATTGATCCGAAGACGGGCTATGTTGACGCAGGCCTGTTGTTTATCTGCTTTCAAAAAGACCCGGACCGCCAATTTGTCCCGATGCTGAAGGCTTTGGCGGCAAAGGATGCGCTGAATGAATACACACAAACGATCGGCTCTTCCTTATTCGCCTGTCCCGGCGGCTGTAAAAAAGGAGAATATATCGCCCAAAGGCTGCTGGAATCGTGA MSDEHNKEKQIHRRDVLKWGAVAGAAVAVGASGLGGLAPLFKPAATASKKNDEKHDRDQIVPFYGKHQAGITTMHQTYVYFAALDVMSSDKADVISLFKQWTSLTQLLTSGAVPSGEQKNKDMPPQDTGESQDLAPANLTVTFGFGPGFFEKDGKDRFGLKDKKPKHLADIPPMPNDKLDKKQGGGDIVIQVCADNEQTAFHAVRNLMKQASGVCEVRFLNKGFLSGGKNGETPRNLFGFKDGTGNQSTKDENLMNSIVWVQSGEPDWMTGGTYMAFRKIKMFLDIWDRSSLKEQEDTFGRVKSSGAPFGQKKETDPVKLNQIPADSHVSVAKSTGRQILRRAFSYTDGIDPKTGYVDAGLLFICFQKDPDRQFVPMLKALAAKDALNEYTQTIGSSLFACPGGCKKGEYIAQRLLES PGPT0003720_829 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0003720-efeB-K16301 NA NA D1-12_02310 603 hypothetical protein ATGACACTGCAGATTAAAGTATATTCTGATTATGTATGTCCGTTTTGCTATGTCGGCAAGGCGGCGTTTGAAGAAGCAATCAAGGACAAGGACGTACAGGTGGAATGGATGCCGTTTGAATTGCGTCCGAGCCCCTCGCCGAAACTTGATCCGGTGAATGATCCCGCCAAGCGGCAGATGTGGAAAAACTCCATTGAGCCGATGGCGCAGTCGTTAGGCGTTGAAATCACGTTCCCCCGCGTGTCACCGCATCCTTACACGGATTTGGCATTTGAAGGCTTTCATTTCGCAAAGGAACACGGGAAAGGAAGCGAATACCATACACGCGTTTTTCAGGCGTTCTTTCAGGAAGAACAAAATATCGGTGACGTTGGCGTGCTGACAAAGCTTGCGGAAGAAGCCGGACTTGACGGCGCTGCCTTCAAAGAGGCGCTTGAGACAAGAGCGTACAAGGACGTACAGCGGGAAGCGCTCCGCCATGCTTATGAGGAAGCCGGCATTACGGCAGTGCCGACGTTTATCATCGGCGATGAGAGAATCCCTGGCGCGGCGGGAAAGGAAACCTTTGAACAAATCATTGAGCGGGAACTGAATAAACGTTAA MTLQIKVYSDYVCPFCYVGKAAFEEAIKDKDVQVEWMPFELRPSPSPKLDPVNDPAKRQMWKNSIEPMAQSLGVEITFPRVSPHPYTDLAFEGFHFAKEHGKGSEYHTRVFQAFFQEEQNIGDVGVLTKLAEEAGLDGAAFKEALETRAYKDVQREALRHAYEEAGITAVPTFIIGDERIPGAAGKETFEQIIERELNKR NA NA NA NA NA D1-12_02311 675 hypothetical protein ATGGATTCACATTCATTTCTGTTTGTCGTCTGTGTGAATGATGAGTCGCTGTACTCCCGGTGCAAGAGCCATATCATGCAGCTTACCGTCCCCCCTTCATACTCCGTTGATATCATGCCGATATACGATTCAGCAAGCATGGCCTCGTCCTACAACAAAGCGCTGAAACACCCCTCCAAATATAAAATTTATCTGCATCAGGATACTTTTATCATTCATCAGCATTTCCTTCATGACATGCTTCATATCTTTCAATCTCATCAGGAGCTCGGCCTTCTCGGTGTCGCCGGCTGCAAAACCCTGCCGCCGAACGGCATTTGGTGGGAAAGCGGACAGCGGATGGGAAAAGTGATTGAATACCGGGGGAATGCTTATCACCCGCTGGATTTTGAGCACGGTGATGAAGACGGCCTGTTTACGCCCGCTGACGCCATTGACGGCTTGTTAATGGCGGCTCAATATGACGTGGAGTGGCGGGAGGATTTGTTTCGCGGCTTTCATTTTTACGACACATCACAGTCGCTCGAATTTCAAAAACACGGCTATCAAGTCGGCGTCGCCTGCCAGAAAGACCCTTGGTGCCTTCATTTTTGCGGCGACTCATTTGACGCCGCGGCATATGAAGCGGACAGACAAACATTTATCAAACACTATATGGCAAAACCCTCTCGCTGA MDSHSFLFVVCVNDESLYSRCKSHIMQLTVPPSYSVDIMPIYDSASMASSYNKALKHPSKYKIYLHQDTFIIHQHFLHDMLHIFQSHQELGLLGVAGCKTLPPNGIWWESGQRMGKVIEYRGNAYHPLDFEHGDEDGLFTPADAIDGLLMAAQYDVEWREDLFRGFHFYDTSQSLEFQKHGYQVGVACQKDPWCLHFCGDSFDAAAYEADRQTFIKHYMAKPSR NA NA NA NA NA D1-12_02312 681 COQ3_1 Ubiquinone biosynthesis O-methyltransferase, mitochondrial ATGGATACGAATCCCTATTATGATGAAAAACAACAGAACTACTACGAAGGCCTGAATCCTTATTTATTGAACAAAATAGACGAAAACTGGCGGACAGTGCTTGATGTCGGCTGCGGCACGGGCAATTTAGGAGCGGCGATCGAAGACCGCGGAATAACGGTTTACGGCATTGAAGCGTATCCCGAAGCCGCAAAAAAGGCGGAAAGCAAATTGAGCCACGTGCTTTGCGGCGACATTGAATCCGCCATTCTTCCGTACGAATCAGAGCAATTCGACTGCATGCTGTTCGGAGACGTTCTTGAGCATCTTATCGACCCGTGGACAGTGCTGAAAAAGCTTCGTCCTTATGTAAAAAAAGACGGCACGGTGCTTGCATGCATACCGAATGTCGGCCACATCTCAGTCGTGCTGGAGCTTTTAGCCGGCAAATGGACTTACAGTGACGCCGGATTAATGGATCAGACCCACCTGCGTTTTTTTACCCGGGAAGAGACTCTTTCATTATTTAAAGCCGCCGGCTATGAGGTCAAACGCATTGAGGCGATCCGCGTTGATCACCCTTCTTACCACAAAGCCATCGCATCATTGCACGAAGTATGCGTACAGCTTGGCATAAGGCATGACTTTATGACAGAAGCATCGGCCTATCAATATGTGATTGAGGCCGAGAGGAGCATGTAA MDTNPYYDEKQQNYYEGLNPYLLNKIDENWRTVLDVGCGTGNLGAAIEDRGITVYGIEAYPEAAKKAESKLSHVLCGDIESAILPYESEQFDCMLFGDVLEHLIDPWTVLKKLRPYVKKDGTVLACIPNVGHISVVLELLAGKWTYSDAGLMDQTHLRFFTREETLSLFKAAGYEVKRIEAIRVDHPSYHKAIASLHEVCVQLGIRHDFMTEASAYQYVIEAERSM NA NA NA NA NA D1-12_02313 162 slrA Transcriptional regulator SlrA ATGAAAACTCATGTAATGAAAGATATAGATCAAGATTGGCAATTGTTAATTCAAGAGGCTAGAATCATGGGTTTGCACATTGACGATGTGAGGCGCTTCTTAAATACTGAAAAAGCGGTGAAGAAAAAAACACCAATGAAAAACACCATCCGCCAGCGGTAA MKTHVMKDIDQDWQLLIQEARIMGLHIDDVRRFLNTEKAVKKKTPMKNTIRQR NA NA NA NA NA D1-12_02314 624 hypothetical protein ATGAAAAAAAACAAATTTCAAATTAAGAGAGAAGAAACATTTGAAAGTTTTATTGACGCAGGCCTTCATCTCCTGATTGAAAGAGCTTACGATTCAGTCTCAATCGATGACATCAGTAAAGCGGCGGGTTTCAGCAAAGGGGCGTTTTACGTTCATTTTGAAAGCAAGGAAGATTTTCTGAAGCATTTGTTAGAGAGGCGTCAGATTAAAAAAAGGATCATCACTGGCTATCTCGACGAATTAGAAAAGCAAACAGAGCGGCCGTTGACGCTTTGTGAAGCCGCGGCCAGCGCGGCCAGCCTGTTGATGCGGTTTGTAAACAGCAAGCCTGCCTGGAATGTTGTGTCTTTTGCCGTTCATATGCCTACTTACAAAGTCGTCAGTGAATATGAAGCTTATATCCGCCTGTATAAGTTATGGATAGAAGAAAGCACCATGTACATAAATTGGCTCAAATCGAGAAATTTAATAGAAGACCATATAGATACCGAGCATACCGCTAACATGATGTGCGCGCTCATCGACGGGATGATTAAGCAATCCAATGTGCTGGGAAGGCCGGTTACTTTCCGCAGCATGTTTGACGCGCTCTATGTTTTTGTCAGCGGCAGAAAATCAGGGTAA MKKNKFQIKREETFESFIDAGLHLLIERAYDSVSIDDISKAAGFSKGAFYVHFESKEDFLKHLLERRQIKKRIITGYLDELEKQTERPLTLCEAAASAASLLMRFVNSKPAWNVVSFAVHMPTYKVVSEYEAYIRLYKLWIEESTMYINWLKSRNLIEDHIDTEHTANMMCALIDGMIKQSNVLGRPVTFRSMFDALYVFVSGRKSG NA NA NA NA NA D1-12_02315 408 hypothetical protein ATGCGCTACAGAGAAATTATGATGTATATCATTATGGGGATATTCACGACCATCGTGAATATCGTCAGTTTTTACATTCTGACGTCGGCATTTGAGATGGATTACAAGGCGGCGACTGTCGCCGCTTGGATTCTGTCCGTTCTATTTGCTTATGTTACGAATAAACGGTATGTCTTTCAGCAAAAGACCGCGGGGATGCGGAGTCTGATGAAAGAATTAACGGCCTTTTTCAGCGTGCGGGTACTGTCTCTCGCCATCGATCTCGCCATGATGATTCTTCTGGTCAGTCAATTTCATATGAACGAAACATTGGCGAAAATCGCCGATAACGTCATTATTGTAGTCGTCAACTATGCGGCCAGCAAGTGGATTGTCTTCAGAAAAGCGAAAGAAGAGGGCGTGTCATAA MRYREIMMYIIMGIFTTIVNIVSFYILTSAFEMDYKAATVAAWILSVLFAYVTNKRYVFQQKTAGMRSLMKELTAFFSVRVLSLAIDLAMMILLVSQFHMNETLAKIADNVIIVVVNYAASKWIVFRKAKEEGVS NA NA NA NA NA D1-12_02316 1542 galT_2 Galactose-1-phosphate uridylyltransferase ATGGCAATTGAGCGGCACGTGGAACGTTTAATCCGGTACGGATTGCAAAAAGAGCTGATTTCATTTCTTGATATTGAATATACAAGAAACCGTTTATATGAAACTTTGCATATTACCCATCCGGAGGCTTCAGAACAGAAAGAAAATGAATCGGCGGCATCATTGCCGGACATATTGGCCCCGATTTATGAATGGGCGGCAGAAACGGGCCGGATTGCAGCCGATACAGAGACCTATCGCGACCTGCTGAGCGCGAAGATCATGGGCTGCTTTGCCCCGCAGCCGTCCGAGATTGTGCGTCGTTTTGAAGAAACAAAGGCGGTGCACGGGCCGGAGCAGGCGACAAAGGCGTTTTACCGATTTTCAGAGGATGTGTATTATATCCGTTCGGACAGAATACAGCGGAATGTCGGGTGGACGGCTGAGACGGCTTACGGAAAGCTGGACATCACGATCAACCTTTCAAAACCGGAAAAAGATCCGAAAGCAATTGCCGCTGCCAAAGAGCAGCCTCAATCCGATTATCCGAGATGTGTTCTTTGTAAAGAAAATGTCGGGTACGAGGGGAGACCGGATCACCCGGCGCGTCAAAACCTTCGTGTCATTCCGGTCATTCTCGGCGATGAGCAGTGGTTTCTGCAATTTTCTCCGTATGTGTATTACCGGGAGCATTGCATCGTTTTGAAAGGCCGGCACGAACCGATGAAGATCAGCAAAAAAACGTTTGACCGGCTGCTGTCGTTTGTCAGCCAGTATCCTCATTATTTTCTCGGTTCCAATGCTGATCTGCCGATTGTCGGCGGCAGTATTTTAAGCCACGACCATTTTCAGGGGGGCCATTATGAATTCCCGATGGCGCGGGCGGAGACAGAAAGCTGGTACAGGCTGCCTGACTATCCGAAAACGGTGCTGGGAATTGTGAAGTGGCCGATGTCGGTCATCCGCCTGCAGAGCGAGAGCGCGTCTGAGCTTTCCGGCGCGGCGGATGCCATCCTGCGGGCATGGCGCGGTTATTCCGATGAGGCGGCTGATCTCCTCGCCTGTTCAGGAGAAACACCGCACAATACAATTACGCCGATTGCCCGGCGGAGAAACGGTTTATTCGAATTAGATCTCGTCCTCAGAAATAACCGCACCTCTGATGATCATCCGCTGGGAATTTTTCATCCCCATCAGGAAGTTCATCACCTGAAAAAAGAAAATATCGGACTGATTGAGGTAATGGGGCTTGCGATTCTGCCGGGCCGCCTTGAACAAGAAATGAAATACACGGCTGAAGCGCTGTGCTCACCGGACCCGGAGGCGGTCTTAACGGCAGACCCTTCTGCGGCAAAGCATAAAGATTGGGCGCTCAGTGTGCTGCATAAGCGGAAGGTAACGAAAGAAAATGCGGAACAGATTCTGAAAGAGGAAATCGGCCATGCCTTTGCGCGGATACTGGAGCATGCCGGCGTCTTTAAACAGACAGAAGAAGGCAGAGCGGCTTTCCGGCGGTTTATCCGCCATTTGGGCGCTCTACCGGAAAAAAGCCCCATCCCATAA MAIERHVERLIRYGLQKELISFLDIEYTRNRLYETLHITHPEASEQKENESAASLPDILAPIYEWAAETGRIAADTETYRDLLSAKIMGCFAPQPSEIVRRFEETKAVHGPEQATKAFYRFSEDVYYIRSDRIQRNVGWTAETAYGKLDITINLSKPEKDPKAIAAAKEQPQSDYPRCVLCKENVGYEGRPDHPARQNLRVIPVILGDEQWFLQFSPYVYYREHCIVLKGRHEPMKISKKTFDRLLSFVSQYPHYFLGSNADLPIVGGSILSHDHFQGGHYEFPMARAETESWYRLPDYPKTVLGIVKWPMSVIRLQSESASELSGAADAILRAWRGYSDEAADLLACSGETPHNTITPIARRRNGLFELDLVLRNNRTSDDHPLGIFHPHQEVHHLKKENIGLIEVMGLAILPGRLEQEMKYTAEALCSPDPEAVLTADPSAAKHKDWALSVLHKRKVTKENAEQILKEEIGHAFARILEHAGVFKQTEEGRAAFRRFIRHLGALPEKSPIP PGPT0017835_150 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCAN_METABOLISM CE-EPS-GLYCAN_BIOSYNTHESIS,PGPT0017835-galT-K00965 NA NA D1-12_02317 246 hypothetical protein ATGGGTTTTATCGTATCTCTGATTGTCGCTATTATTATCGGCTGGATCGGAAGTTTATTTGTAAAAGGCAGTATGCCCGGGGGAATCATCGGGTCAATGATCGCCGGTCTGATCGGCGCATGGATCGGGCACGGACTGCTCGGCACATGGGGGCCTCACCTTGCCGGCTTTGCCATCATTCCGGCAATCATCGGAGCTGCGATCGTGGTATTCTTATTCAGCCTGATCGCCAGAAGCAGAGGATAA MGFIVSLIVAIIIGWIGSLFVKGSMPGGIIGSMIAGLIGAWIGHGLLGTWGPHLAGFAIIPAIIGAAIVVFLFSLIARSRG NA NA NA NA NA D1-12_02318 966 qoxA Quinol oxidase subunit 2 GTGATCTTCTTGTTCAGAGCATTTAAACCGTTACTTTTATTAGCGATGTTGGCTGTTGTTTTCGTACTGGGCGGATGCAGCGACATTTCCGTTTTAGATCCGAAAGGACCTGTAGCAGACCAGCAGAAAGATCTGATTCTCTTGTCAATCGGATTTATGCTGTTCATTGTCGGCGTCGTATTCGTACTATTTACAATCATTTTAGTGAAATACCGCGACCGCAAAGGCAAAGACAGCGGAAATTACAAGCCCGAGATGCACGGCAACACGTTCTTAGAAGTAGTCTGGACAGTGATCCCAATTTTAATTGTTATTGCACTTTCTGTGCCTACCGTACAGACGATATATTCGTTAGAAAAAGCGCCTGAAGCGACAAAGGATAAAGAGCCTCTTGTTGTTTATGCTACTTCGGTAGACTGGAAATGGGTATTCAGCTACCCTGAGCAGGATATTGAGACGGTTAACTACCTGAACATTCCTGTAGACCGTCCGGTTTTATTTAAAATTTCTTCAGCAGATTCAATGGCATCGCTATGGATTCCTCAGCTTGGGGGACAAAAATACGCGATGGCGGGAATGCTGATGGATCAATACTTACAGGCTGACAAAGTGGGAACATATGAAGGCCGCAACGCGAACTTCACCGGCGAACACTTTGCCGACCAGAAATTCAACGTAAAAGCTGTTACGCAAAAAGACTTTAACAGCTGGGTGAAAAAAGCCCAAAGCGATTCTCCAAAGCTGACGAAAGAGAAGTATGACGAACTGATGCTTCCGGAGAATGTCGGAAAATTAACGTTCTCTTCTACACACTTAAAATACGTTGACCACGGCCAAGATGCCGAATATGCGATGGAGGCGCGCAAACGCCTTGGCTACAAAGCCGTATCACCGCACTCTAAAACAGACCCGTGGGAAGATGTAAAGAAAAACGAATTTAAAGTATCCGACGATAAACAAGATTGA MIFLFRAFKPLLLLAMLAVVFVLGGCSDISVLDPKGPVADQQKDLILLSIGFMLFIVGVVFVLFTIILVKYRDRKGKDSGNYKPEMHGNTFLEVVWTVIPILIVIALSVPTVQTIYSLEKAPEATKDKEPLVVYATSVDWKWVFSYPEQDIETVNYLNIPVDRPVLFKISSADSMASLWIPQLGGQKYAMAGMLMDQYLQADKVGTYEGRNANFTGEHFADQKFNVKAVTQKDFNSWVKKAQSDSPKLTKEKYDELMLPENVGKLTFSSTHLKYVDHGQDAEYAMEARKRLGYKAVSPHSKTDPWEDVKKNEFKVSDDKQD PGPT0004030_1778 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-FoxABCD,PGPT0004030-foxB|coxB|ctaC-K02275 NA NA D1-12_02319 1950 qoxB Quinol oxidase subunit 1 ATGAAATTGAGATGGGATGAATTTTTTGTAACAGGTGACCCATTAATTCTGGGCGCACAAGTTTCTATTGCGCTTTCCACTATCGCTATCATCGTTGTACTCACATACTTCAAAAAGTGGAAATGGCTCTGGTCTGAATGGCTGACGTCTGTAGACCATAAGAAACTTGGAATCATGTACATTATCTCTGCTGTTATCATGCTGTTCCGCGGCGGGGTCGACGGCTTGATGATGCGCGCCCAGTTAGCGCTTCCTAATAACAGTTTTTTAGACTCAAACCACTATAATGAGATCTTTACGACTCACGGTACGATCATGATTATCTTCATGGCGATGCCGTTTTTAATCGGTCTGATCAACGTTGTCGTACCTTTGCAGATCGGTGCGCGCGACGTAGCATTCCCTTACTTGAACAACCTGAGTTTCTGGACGTTCTTCGTAGGTGCGATGCTTTTCAATATTTCTTTCGTTATCGGAGGTTCTCCGAACGCAGGATGGACGAGTTACATGCCGCTGGCAAGCAACGACATGAGTCCCGGGCCTGGTGAGAACTTCTACCTGCTCGGTCTTCAGATTGCCGGTATCGGTACGCTGATGACGGGTATCAACTTTATGGTGACGATCCTGAAAATGCGTACAAAAGGCATGACGCTGATGCGTATGCCGATGTTCACATGGACGACGCTGATTACAATGGTTATTATCGTATTCGCCTTCCCTGTTTTGACAGTGGCATTGGCGCTGTTATCATTTGACCGTTTGTTCGGCGCTCACTTTTTCACGCTGGAAGCCGGCGGTATGCCGATGCTTTGGGCTAACTTGTTCTGGATTTGGGGACACCCTGAAGTATATATCGTTATCTTACCGGCATTCGGTATTTTCTCTGAAATTATTTCAGCGTTTGCAAGAAAGCAGTTATTCGGTTACAAAGCGATGGTCGGCTCAATTATCGCCATTTCCGTCCTGAGTTTCCTTGTATGGACCCACCACTTCTTCACAATGGGGAACAGTGCGTCCGTTAACTCTTTCTTCTCGATTACAACGATGGCGATTTCGGTTCCGACCGGGGTTAAAATCTTTAACTGGCTCTTTACGATGTATAAAGGCCGGATCAGTTTTACAACACCGATGCTGTGGGCGCTTGCGTTCATCCCGAACTTCGTTGTCGGCGGGGTAACAGGGGTTATGCTTGCGATGGCTGCAGCGGATTATCAATACCATAATACGTACTTCCTCGTATCTCACTTCCACTATGTGCTGATCGCGGGTACGGTATTTGCATGTTTCGCAGGATTTATTTTCTGGTATCCGAAAATGTTCGGCCACAAGCTGAACGAAAGAATCGGAAAATGGTTCTTCTGGATCTTTATGATCGGATTTAATGTATGTTTCTTCCCTCAATACTTCTTGGGGCTGCAAGGTATGCCTCGCCGTATTTACACTTACGGACCGAATGACGGATGGACTGCATTGAACTTTATTTCAACTGTCGGAGCCTTCATGATGGGTGTCGGATTCTTAATCCTTTGCTACAACATCTACTACAGCTTCCGCTACTCTACTCGCGAGATCAGCGGAGATTCATGGGGCGTGGGACGTACGCTTGAGTGGGCGACTTCATCTGCGATTCCGCCGCATTACAACTTTGCGGTGCTTCCAGAAGTGAAATCTCAAGATGCGTACCTGCAATTGAAAGAAGACAAAACGGATATTCATCCGGAAAGCAAGTTCAAGAAAATCCATATGCCGCACAACTCCGGAAGACCGCTTATTATGTCAGTGGCGTTCGGTATTGCTGGCTTCGGACTTGTATTTGAATGGTTCTGGATGGGCATTGTCGGCTTGATCGGCATTCTGCTTTGCATGGTGCTTCGTTCATTTGAATATGACAATGGCTACTATATACCTGTTGAAGAAATAAAAGAGACGGAAAGAAAGATTTCCGAATAA MKLRWDEFFVTGDPLILGAQVSIALSTIAIIVVLTYFKKWKWLWSEWLTSVDHKKLGIMYIISAVIMLFRGGVDGLMMRAQLALPNNSFLDSNHYNEIFTTHGTIMIIFMAMPFLIGLINVVVPLQIGARDVAFPYLNNLSFWTFFVGAMLFNISFVIGGSPNAGWTSYMPLASNDMSPGPGENFYLLGLQIAGIGTLMTGINFMVTILKMRTKGMTLMRMPMFTWTTLITMVIIVFAFPVLTVALALLSFDRLFGAHFFTLEAGGMPMLWANLFWIWGHPEVYIVILPAFGIFSEIISAFARKQLFGYKAMVGSIIAISVLSFLVWTHHFFTMGNSASVNSFFSITTMAISVPTGVKIFNWLFTMYKGRISFTTPMLWALAFIPNFVVGGVTGVMLAMAAADYQYHNTYFLVSHFHYVLIAGTVFACFAGFIFWYPKMFGHKLNERIGKWFFWIFMIGFNVCFFPQYFLGLQGMPRRIYTYGPNDGWTALNFISTVGAFMMGVGFLILCYNIYYSFRYSTREISGDSWGVGRTLEWATSSAIPPHYNFAVLPEVKSQDAYLQLKEDKTDIHPESKFKKIHMPHNSGRPLIMSVAFGIAGFGLVFEWFWMGIVGLIGILLCMVLRSFEYDNGYYIPVEEIKETERKISE PGPT0004025_530 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-FoxABCD,PGPT0004025-foxA|coxA|ctaD-K02274 NA NA D1-12_02320 615 qoxC Quinol oxidase subunit 3 ATGGAACATGCAGAACACGGCAATTCTAACGCGCCTATGGAATATCAATCTGAAACCGGCAGACTCAATATTCTCGGGTTTTGGATCTTTTTAGGGGCAGAGATTGTGTTGTTCTCAACACTATTTGCAACCTTCTTCGTTCTTCAAAGAAGAACAGCAGGAGGAGTCTTACCGGCTGAATTATTTGAAGTGAAGCTTGTCATGATCATGACATTCCTGCTTCTGATCAGCAGTTTCACCTGCGGGATCGCTGTTCATGAAATGCGTCGCGGAAGTTTAAAAGGCGTCGTCATTTGGACGATCATTACGCTTCTTCTCGGCGCGGGCTTTGTCGGATGTGAGCTTAACGAGTTCATCCACTATGTACATGAAGGAGCATCTCTCGGTACAAGTGCTTTCTGGTCTGGATTCTTCGTCCTTCTGGGAACGCACGGAACGCACGTAACGATCGGTATCTTCTGGATTGCCGGCATCTTACTGCAATTGAAGAAACGCGGATTAACGCCGCAGACGTCTTCAAAAATCTTTATCTCAAGTTTATACTGGCACTTCTTAGACGTTGTTTGGATCTTCATCTTTACAGGCGTCTATCTCATCGGATTGGGGGGACTATAA MEHAEHGNSNAPMEYQSETGRLNILGFWIFLGAEIVLFSTLFATFFVLQRRTAGGVLPAELFEVKLVMIMTFLLLISSFTCGIAVHEMRRGSLKGVVIWTIITLLLGAGFVGCELNEFIHYVHEGASLGTSAFWSGFFVLLGTHGTHVTIGIFWIAGILLQLKKRGLTPQTSSKIFISSLYWHFLDVVWIFIFTGVYLIGLGGL PGPT0004035_2584 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-FoxABCD,PGPT0004035-coxC|ctaE-K02276 NA NA D1-12_02321 369 qoxD Quinol oxidase subunit 4 ATGGCAAACAAATCTGCTGAACACAGCCACTTTCCGTGGAAGCATATCGTAGGTTTTGCGTTGTCTATTATTCTGACCCTGCTGGCCCTTTGGGTTGCGGTATATACGGATTTAAGCTCATCAGCAAAACTGTGGATCATTTTCGGATTCGCATTTATCCAAGCCGGTCTTCAGCTTCTCATGTTCATGCACATGACAGAAAGCGAAAACGGCGGGATTCAAGTCGGAAACACGCTCTTCGGATTTTTCGGAGCGATTGTTATCATCCTTGGTTCCATCTGGATCTTTGCGGCGCACTACCATCACGGTGACCATATGGATGGAAACCCTCCTGGCGGTGCGAAGCAACATTCCGAACATCAGGAATAA MANKSAEHSHFPWKHIVGFALSIILTLLALWVAVYTDLSSSAKLWIIFGFAFIQAGLQLLMFMHMTESENGGIQVGNTLFGFFGAIVIILGSIWIFAAHYHHGDHMDGNPPGGAKQHSEHQE NA NA NA NA NA D1-12_02322 261 ywcE Spore morphogenesis and germination protein YwcE ATGGACATGTTTTTTGCTTATTTACTGGTCGCAAGCGCAACACCCCTCTTTATCTGGCTGGATAACAAAAAAGTCGCTCTTTCGGCCATACCGCCAATTATTCTCATGTGGGTTTTCTTCTATTTTTACGCAACCAGCAGCCTGTCCCCTCTCGGCCACACACTCATGATCATCCTGTTTGCCGTCAACGTCATCGTTGCCCATATCGCCGCCTTTATCATTTACGGCCTTCCGCGCCTGCGCCGGAGAAGAAGCCAATAA MDMFFAYLLVASATPLFIWLDNKKVALSAIPPIILMWVFFYFYATSSLSPLGHTLMIILFAVNVIVAHIAAFIIYGLPRLRRRRSQ NA NA NA NA NA D1-12_02323 459 ysnE putative N-acetyltransferase YsnE GTGGACATAACAAAAGACGATGTCACAGCGCCGGACGTCATTGCGCTTTTGCAGGAGCATCTGAAGAGCATGACCATGCATTCTCCCCCGGAAAGTATACACGCGCTCAATGCGGACCGGCTGCGTCAGCCTGACGTTACGTTTTGGAGTGCGAGGGAAAACGGCGTCCTGCTCGGCTGCGGCGCCTTAATGGAGCTAAACAGCCGGCACGGTGAGATCAAATCAATGAAAACGGCTCCGCATCATGTCAGAAAAGGCGCAGCCAACCGGATCCTCCGCCATATGCTTGAAGAAGCAAGGCGGCGGGGCTATCAGCGGATCAGCTTAGAAACCGGTTCTATGGAGGCTTTTCTCCCCGCCAGACGCCTGTATGAAAAAGCCGGGTTTCAATATTGTGATCCGTTTGCACATTATAAAGAGGACCCGAACAGCTTGTTTATGACGTTAAACATAGACTGA MDITKDDVTAPDVIALLQEHLKSMTMHSPPESIHALNADRLRQPDVTFWSARENGVLLGCGALMELNSRHGEIKSMKTAPHHVRKGAANRILRHMLEEARRRGYQRISLETGSMEAFLPARRLYEKAGFQYCDPFAHYKEDPNSLFMTLNID PGPT0007180_738 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_SIGNAL-BRANCHING_STIMULATION PLANT_BRANCHING-AUXIN|IAA_METABOLISM PLANT_BRANCHING-IAA_METABOLISM,PGPT0007180-iaaT|yedL|ysnE-K03829 NA NA D1-12_02324 1188 rodA COG0772 Peptidoglycan glycosyltransferase RodA ATGAGTCGATATAAGAAACAGCAAAATCCCTATTATCAGGGGGATTTGATTTTTATATTTGGTGTGTTTTTAATAATTAGTGTTGCGGCGATTTATGCGGCCGGACAGTTCGGGCAGTACGGAGATAGTGCCTGGATGAAACAAGTTCTTTTTTATATTGTTGGTGCTGGGCTAATAGGGTTATTACTTTATTTTGATTTGGAACAGTTAGAGAAGCTTAGCATTTATGTTCTAGCTGCAGGAGTACTTTCATTACTCCTTTTGCGAATTGCGCCCGAATCCATAGCACCAATAAAAAATGGAGCTAAAAGTTGGTTTCAGTTTGGGAAATTCACTCTTCAACCTTCAGAGTTCACGAAAATAGGAATTATGATGATGGTCGCGTCCATTATATCGAAGGCGGGCCCGAAGGATCAGAGATCGTTTCGGGAAGATGTGAATCTGCTTTTGAAAATTGCGGCATGGACGGTTATTCCGATCGGGATGATCGTATTGCAGGATGCCGGAACGGGTGCGATCTGTCTGTTTATCGTTATGGTGATGGTGTTTATGTCAGGTGTGAACTGGAAGCTGATCACCATCATCGGCGGTTCGGCCGCGCTTGTGCTTGGCCTTTTCTTAATTCTCGTGATTGAATTTCCCCATGTGGCGAATTCAATCGGCATTGCGGATTATCAAATTAACCGGATTACATCTTGGATGTCTGACTCCAGTGCGGCAACGACTCAGGCAGAGAGCGATAAGAGCTGGCAGGTGGATCAGGCCGTTATGGCGATCGGATCGGGCGGCATTACCGGAAACGGCGTTCATAATCTGAAGGTGTACGTACCTGAGGGACAGACCGACTTTATCTTTGCGATTTTGGGTGAAAGTTTTGGATTTTTAGGCTGCGCCATTGCGGTTGTCATGTTTTTCTTTTTAATTTACAGACTTGTGGTGCTGATTGACCGCTTGCATGCGTTTAACCGATTTGGCGCGTTTTTTTGCGTAGGATTTACTGCACTTATCGTGATTCACACCTTCCAGAACATCGGGATGAATATCGGCATTATGCCGGTTACCGGTATTCCGCTGCTGTTTGTCAGCTATGGGGGGAGCTCGGTGCTTTCTACATTAATCAGCTTCGGGATCGTATATAACGCAAGTGTGCAGCTGACGAAATATAAAAGCTACTTGTTCAATTCTTAA MSRYKKQQNPYYQGDLIFIFGVFLIISVAAIYAAGQFGQYGDSAWMKQVLFYIVGAGLIGLLLYFDLEQLEKLSIYVLAAGVLSLLLLRIAPESIAPIKNGAKSWFQFGKFTLQPSEFTKIGIMMMVASIISKAGPKDQRSFREDVNLLLKIAAWTVIPIGMIVLQDAGTGAICLFIVMVMVFMSGVNWKLITIIGGSAALVLGLFLILVIEFPHVANSIGIADYQINRITSWMSDSSAATTQAESDKSWQVDQAVMAIGSGGITGNGVHNLKVYVPEGQTDFIFAILGESFGFLGCAIAVVMFFFLIYRLVVLIDRLHAFNRFGAFFCVGFTALIVIHTFQNIGMNIGIMPVTGIPLLFVSYGGSSVLSTLISFGIVYNASVQLTKYKSYLFNS NA NA NA NA NA D1-12_02325 318 hypothetical protein ATGAAAAAGGTAAAATATCTTTTCCTTGCTCTTTTCATGTTTTCGGGGATTCTATTTGCTAATCAACATGCAGATGCAGCTAAAGCTAATCACAAAGGTTGGACTGAGACCAAAGCAGGTAGTAACATCATGTACAAAAGAGCTGTTGGACAAACTACTTGGAAAGGTAAATATCATTACACACGAGCCCAAGTTGTTGCTTTTTGGGGAACTGTAGATGCAGATTCCGGGCGAGTTTGGGGGAAGGATAAAACAAAAGCAGTAAGTCCTTGGACAGTATCTGATTTTACAGTTTCCAAAACGTTTTATGGAAGCTAA MKKVKYLFLALFMFSGILFANQHADAAKANHKGWTETKAGSNIMYKRAVGQTTWKGKYHYTRAQVVAFWGTVDADSGRVWGKDKTKAVSPWTVSDFTVSKTFYGS NA NA NA NA NA D1-12_02326 1023 hypothetical protein GTGAAACTAAAAATCCCTCTCGTTAATATATTTTTATTTTTGTCAATATTAACATCGATCATAATACTAATAACATATTTGAACTTTAACTTAGACAAAAAAATTATGAATAAATTATCAAATAATTTTTATAGTGATCAGAGTGTTCACTTTGTTATAAAGGAAAATAAACATACTACTGATGATTTTGAGAAATTATTTAAAAAAAAGATAGGCAATTTCAATCTTTTTAAAGAGATTTCAGATACAAAAAATAAGGTATTCGGATTTTACAGTAATGGAAATATTGATAAACCTTCAATGAAAAAAGGAAGGTTTTTAAGTGAGAAGGATTACTTTAAAAAGAAACTCAAAGCGGTTGTCGGACAAAATGTCAAGGTGAAAAAGAAAAATGGTGTACAGTGTTTTGTTTATCATTCAAAATGTATAGAAGTAATAGGGGTAATGGGTTATGATTTCAAGTCCAAGATAGATGATATTGTTTACATTAATATTGATGGAATTAACAATATCAGTGATGATATATCGGGAATGTATGTTTTAGATGATATTAGTTTTAATAAAGAAATGTTTAGCCATGTAAAAGAAAAGGCTAATGAATTAGAAATTTCGTTTCTAAATGCGAAATTTAATAATTTGACAAATAAATTAGGTATGGATAACAATTTAACAGTTATAATTACTCTACTTCTATTTATATTCATTATAAAACATAATATATTACTTTACTTTTGGATATACAAAAAAAGAATTGTAATTGCAATTAACTATGTTATTGGATATTCATTAAAAAAGATTTACTTTAAATCATTTGTAAACTTCTTTATAAGTATGACTTTATCGTACATAATTGCTTTCTTTTTAGTTAGTTTATTTGAAATAAAAAATATATTAAATCAGTTTTGGTATTACTTTTATTATATTTCCTTGTTATATTCATTAGTCACCACTCTTAGTTGTATTGCCTTTTTTATTTCATGGAAAATAAGCTCGAATGGAAAAATATTGAGGGTGTTAAAATGA MKLKIPLVNIFLFLSILTSIIILITYLNFNLDKKIMNKLSNNFYSDQSVHFVIKENKHTTDDFEKLFKKKIGNFNLFKEISDTKNKVFGFYSNGNIDKPSMKKGRFLSEKDYFKKKLKAVVGQNVKVKKKNGVQCFVYHSKCIEVIGVMGYDFKSKIDDIVYINIDGINNISDDISGMYVLDDISFNKEMFSHVKEKANELEISFLNAKFNNLTNKLGMDNNLTVIITLLLFIFIIKHNILLYFWIYKKRIVIAINYVIGYSLKKIYFKSFVNFFISMTLSYIIAFFLVSLFEIKNILNQFWYYFYYISLLYSLVTTLSCIAFFISWKISSNGKILRVLK NA NA NA NA NA D1-12_02327 1290 hypothetical protein ATGATTTTAAAGCAATTAATAATTGAGGTTAAAGAAAATATATTAAAAAACAAAATTTTAAGCGGGCTTACTATTATATTAAGTTGTCTCTTTTTTTTTCTAATATCAGTTATATTCCTACAATTTGTAGAAATAGATACTAAAAAAGAAAGTTTTTATGCGAAATTTAAAAATAAGAATATTTATCAATTATCGGATAATTTATTTGATTTTAAAGAAGAACAATTTTTTTCAAATCCATCTGAATTAATAAAAATTAAGCACTTTTATATGGAATTAAATACAACAAAAGATTTCTTATATCTCAACACCACTTTACAACCAATAGGCATTAATAAATTTAAAGGCAATGATACTTTTCTTAATGGATATGAAATAGGACAAGTTGATAAACCTTATAAAATAAATGAAAAAGATGAAAATTACAGCACAGTTAAATCAGTACAATTAAATAAAAATATTTTCAGTGTCTCTGCCTTAAAGTTACAAGAAGGCTCATTATTTAAAAGCAGTGATTTTATTTATGAAGAATTTAAAGAGATACCTGTTTTATTAGGAAGCGACTATAGTGATGTATATAAGTTGGGAGATATTATTGAAATTGATTATGTAGATAAAAAATTAAAGGGGAGGGTAACTGGCATTTTAGATTCAAATTCTGTGTTGCCAGTTAGGGACCAAATAGAATTTAATCTCGACCGTTATATTATCCTTCCAGAATTAATTATCCAGCAAAGTCCCCGTAATAGTTCTGATTTAATCTTTCAACAAAGACATTATTTGCAGCTAATAAATGGCCAGTTGCTATCTGCGAAAGACACCCTTGAAATTAGAAAAAATATGAAAAGGATATCTCAAAAAACAGGTTTTGAAGATTATATAGTAATTGGTGCAAATGGGTTAGGGATAGATATTGTTTTTTCAATGTTAAAACAAAGTCAAAATTTACTTATATTGTTTGCCTTACTGTTGTTTATTCTTTGTATTCTGAGTATATCAATTGCATATAATATAAAGTGGGATATTGTCCTTAGGAAATATTCAATTCATCTTATTTCTGGAGCAACTATCAATAACATATATGTATTTATGTTTTCAGAAGTAGCTTTAATTATTTTGAGTAGTTTGTTGATTGTATTTATTTCGATTAAATCTATTGGTATTATGCCTTGGTTTTATTATTTAATTATGATGGTAACTGGAGTTTTTACTGTTTTATTGGGTATACTACCGGTATACATAAGATTAAAAAAAGTAAATTTCTCAGCTCTGCTAAAGGGGAAGGAATGA MILKQLIIEVKENILKNKILSGLTIILSCLFFFLISVIFLQFVEIDTKKESFYAKFKNKNIYQLSDNLFDFKEEQFFSNPSELIKIKHFYMELNTTKDFLYLNTTLQPIGINKFKGNDTFLNGYEIGQVDKPYKINEKDENYSTVKSVQLNKNIFSVSALKLQEGSLFKSSDFIYEEFKEIPVLLGSDYSDVYKLGDIIEIDYVDKKLKGRVTGILDSNSVLPVRDQIEFNLDRYIILPELIIQQSPRNSSDLIFQQRHYLQLINGQLLSAKDTLEIRKNMKRISQKTGFEDYIVIGANGLGIDIVFSMLKQSQNLLILFALLLFILCILSISIAYNIKWDIVLRKYSIHLISGATINNIYVFMFSEVALIILSSLLIVFISIKSIGIMPWFYYLIMMVTGVFTVLLGILPVYIRLKKVNFSALLKGKE NA NA NA NA NA D1-12_02328 654 yknY_2 COG1136 putative ABC transporter ATP-binding protein YknY ATGGAGATCCTGAGATTTTCGAATGTCAAAAAATCATATAATGAAAAGTGCATTTTATTTAATGTCAATATAAACATTAAAGTGGGTGAAATGTTATCCATCATGGGTAAAAGCGGAGCAGGTAAATCTACAATCCTACATATCATGTCAGGATTAGAAAAAGCGAGTAAAGGAGATTATTTTTTTAAAGGGAAGAATATCTCTGGCTACAATCACAAACAACTTGCAAGGTTTCGTCATGAAAATATAGGATTTATTTTTCAAAACTCTGCTTTAATTGATGAGAAGAATGTATTTCATAATGTGGCTTTACCACTGATTTATTCAAAAGAAAATAAACCGGAAATTAGAGAAAAAGTAAATAATATACTAAGTGAGTTAGAACTTAGTGATTATATCTATAAGTATCCTAAAGAGCTATCTGGAGGCCAGGCACAAAGGGTAGCTATTGCGAGGGCTCTTATTAATGAACCATCTCTTATTTTAGCGGATGAACCAACTGGGTCTTTAGATGCTGAAACTGAAAAGCTGGTGTTGAATTTATTCTTAAGACTTAGTAATAAAGGCAAAACCTTAGTTATAGTAACTCATGATCAAACAGTTGCAGATAAATGTGATCGTATAGTTACTCTAAAAAACGGAGTGTTAGTTTAA MEILRFSNVKKSYNEKCILFNVNINIKVGEMLSIMGKSGAGKSTILHIMSGLEKASKGDYFFKGKNISGYNHKQLARFRHENIGFIFQNSALIDEKNVFHNVALPLIYSKENKPEIREKVNNILSELELSDYIYKYPKELSGGQAQRVAIARALINEPSLILADEPTGSLDAETEKLVLNLFLRLSNKGKTLVIVTHDQTVADKCDRIVTLKNGVLV PGPT0013345_14719 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013345-ABC_CD_A-K02003 NA NA D1-12_02329 750 nfrA1 COG0778 FMN reductase (NADPH) ATGAACAATACCATCGAAACCATACTTAATCATCGGTCGATCCGATCATTTACTGACGAGCTTCTGACAGCAGAAGAGATAGATACATTAGTGAAAAGCGCCCAGGCGGCGTCAACGTCCAGTTACGTGCAGGCTTACTCCATCATCGGCGTAACCGATAAGGAGAAAAAGCGGAAGCTGGCGGCACTGGCCGGAAACCAGCCTTACGTCGAAAATAACGGGCACTTGTTTGTGTTTTGCGCTGATTTGTACCGCCATAAAAAACTTGCTGAGGAAAAAGGAGAAAACATTACCGAGCTTCTTGAGAATACGGAAATGTTTATGGTCAGCATCATTGATGCCGCACTTGCCGCACAAAACGTAAGTGTTGCCGCGGAATCAATGGGACTCGGCATTTGTTATATCGGAGGCATTCGAAATGAACTTGATCAGGTGACAGAAGTGCTTGGTACACCTGACCATGTGCTGCCGCTGTTCGGCTTGGTAGTCGGTCATCCCGCTCATCCGTCCGGTCAAAAGCCGCGCCTGCCGAAACAAGCCGTATATCATGAAAACACGTACGATACGAATGAAGAAAACTTCCGCAGTTATATGAAGGAATATGATGAAACCATTTCCGATTATTATGATAAACGGACAAACGGCAAGCGGGTTGAAACGTGGTCTGATCAAATCCTGCAGTTCATGAAACAAAAACCGAGAACCTATTTAAATCAATATGTAAAAGATAAAGGTTTTCAAAAGAATTAA MNNTIETILNHRSIRSFTDELLTAEEIDTLVKSAQAASTSSYVQAYSIIGVTDKEKKRKLAALAGNQPYVENNGHLFVFCADLYRHKKLAEEKGENITELLENTEMFMVSIIDAALAAQNVSVAAESMGLGICYIGGIRNELDQVTEVLGTPDHVLPLFGLVVGHPAHPSGQKPRLPKQAVYHENTYDTNEENFRSYMKEYDETISDYYDKRTNGKRVETWSDQILQFMKQKPRTYLNQYVKDKGFQKN PGPT0000290_290 DIRECT EFFECT PLANT_IMMUNE_RESPONSE_STIMULATION INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR ISR-VITAMIN_B2|RIBOFLAVIN_METABOLISM ISR-VITAMIN_B2|RIBOFLAVIN_BIOSYNTHESIS,PGPT0000290-nfrA1|ywcG-K19285 NA NA D1-12_02330 1002 hypothetical protein ATGATTTCATTAAGTATATTGGATCAATCTCCTGTATCAGAAGGTTGTTCTGCGGAAAGTGCACTGCGGAATACAGTAAGATTGGCGCAGGAGGCGGAAAAGCTCGGATATAAGAGGTTTTGGGTGTCAGAGCATCATTTTTCAGAGCGGTTGGCGGGCTCAAGCCCTGAAGTGCTGATCAGCCATATTGCGGCGAAAACGAATGACATTCGGGTAGGATCAGGCGGTGTGATGCTTCCGCATTACAGCGCATATAAAGTGGCGGAGAATTTCCGCGTGCTCGAAGGGTTGACGCCGGGCAGAATCGATCTCGGATTAGGGAGAGCGCCGGGCGGAATGCCGATCGCATCATGGGCGCTGAATGACGGAGGGAAGCGTAATGCTGATCAATATCCGCAGCAGCTTCGTGAGCTGGCGATGTATTTGCATGATGCAGCGGATGACAATCACCGTTTTCCGAATCTGACCGCATCACCCCTTATTAAGACGGCGCCGGAAGTCTGGCTTCTCGGTTCTTCGGGGGAAAGCGCGCTTCTGAGCGCAGAAATGGGAGCAGGCTATATGTTTGCCCATTTTATTAATGGAGAAGGCGGAGAAAGCACGACAGCACAATATAAGCGCAGATTTAAACCTTCTCTATTAGGAAAAGAACCAAAAACAGCCGTGGCGGTGTTTGTGCTGTGCGCGGACACGGAAGAGAAAGCGGAGGAACTCGCGGCCGTCATGGATTATACGCTGCTTGCGGGTGAACAGGGGATTCCGCTTCACGGCGTACCGTCTTACGAAACCGTCCGCGGCAATACGTATACACCGTATGAACAAAGACGAATTGCCGATAATCGGAATCGGATGATCATCGGAACGAAGCAGCAAGTGAAGGAACAGATTCTGGCTCTCAGTAAAGCATACGCAACAGAAGAAGTAATGGCTGTGACCATTACTCATCATTTTGAAGATAAACTTCAGTCATATCGCCTGCTTCGAGAAGCTTTTGCCGATTAA MISLSILDQSPVSEGCSAESALRNTVRLAQEAEKLGYKRFWVSEHHFSERLAGSSPEVLISHIAAKTNDIRVGSGGVMLPHYSAYKVAENFRVLEGLTPGRIDLGLGRAPGGMPIASWALNDGGKRNADQYPQQLRELAMYLHDAADDNHRFPNLTASPLIKTAPEVWLLGSSGESALLSAEMGAGYMFAHFINGEGGESTTAQYKRRFKPSLLGKEPKTAVAVFVLCADTEEKAEELAAVMDYTLLAGEQGIPLHGVPSYETVRGNTYTPYEQRRIADNRNRMIIGTKQQVKEQILALSKAYATEEVMAVTITHHFEDKLQSYRLLREAFAD NA NA NA NA NA D1-12_02331 2412 vpr COG1404 Minor extracellular protease vpr TTGAAAAAAGGAATCATCCGTTATCTGCTTCCGGCTTTTGTCTTATCCTTTACCTTATCCACAAGTTCACAGGCTGCGCCGGCTTCAAAACCGCAAACTCCTGATCTTGAGAAGGCTGAGGTGTTCGGTGACATTGATATGACCACCGGCAAACAAACGACAGTCATCGTGGAGCTGAAGGAAAAGTCACTGGCGGAAGCAAAGGAACTCGGCAAAGCACAGACAAAAAGCAAGCTGAAAAGCGAACGCTCAAAAGTGAAAAAGAAAGCGCTCAAAACCATTAAACACGGAAAAATCAACAGGGAATATGAGCAAGTGTTTTCCGGCTTCTCCATGAAACTCCCGGCAAATGAAATCCCCAAACTGCTGAGTGATCAGGATGTCAAAGCGGTTTATCCGAATGTCACCTATCATACCGATCAGCTCAAAGATAAAGACATCACCCTATCTAAGGATGCCGTGTCTCCGCAGATGGATGACAGCGCGCCTTATATAGGGGCAAATGACGCGTGGAAGCTCGGCTATACGGGTAAAGGCGTCAAGGTTGCCATTATTGATACCGGTGTCGAATATAAACACCCTGACTTAAAGAAAAATTTCGGACAATATAAAGGATACGATTTTGTGGATAACGACTACGATCCTGAAGAAACGCCGTCCGGTGATCCGAGAGGCGCGTCGACTGACCACGGAACCCATGTCGCGGGCACGGTAGCGGCAAACGGAACGATTAAAGGCGTCGCGCCGGATGCTACACTCCTTGCCTACCGTGTGCTCGGTCCGGGCGGAAGCGGAACAACGGAGAACGTCATCGCCGGCATCGAACGCGCCGTACAGGACGGAGCGGATGTCATGAACCTTTCTCTCGGCAATTCTGTGAATAACCCAGACTGGGCGACAAGCACGGCGCTTGACTGGGCGATGTCAGAAGGCGTCACGGCCGTTACATCAAACGGAAACAGCGGGCCGAACAATTGGACCGTCGGCTCTCCGGGAACGTCCAGAGAAGCCATCTCCGTCGGAGCGACCCAGCTGCCGCTGAACGAGTACGCCGTCTCCTTCGGTTCCTATTCCTCAGCGAAAGTAATGGGGTACAACAAAGAAGATGACATAAAAGCACTGAATAAAAAAGAAACAGAGCTCATAGAGGCGGGTATCGGCGAGCAAAAGGATTTTGAAGGCAAAGATCTGAAAGGAAAAGTCGCGGTCGTCAAACGGGGCAGCATCGCCTTTGTGGATAAAGCAGACAACGCCAAAAAAGCGGGCGCGATCGGTATGGTTGTGTATAACAATGCCCCGGGAGAAATTGAAGCCAACGTACCGGGCATGTCCGTGCCGACGGTTAAGCTTTCATCAGAAGACGGCGAAAAACTCGTCAGCCAATTAAAAGCGGGCGGCACAAAAGCGACATTCCATTTATCCGTGGCTAAATCGCTCACTGAACAAATGGCAGACTTTTCGTCACGCGGTCCGGTTATGGACACGTGGATGATTAAACCTGACGTCTCCGCTCCCGGCGTAAACATCGTCAGCACCATTCCGACCCATGATCCGGCCGACCCGTACGGCTACGGATCGAAGCAGGGAACGAGCATGGCTTCCCCGCATGTAGCCGGCGCAGCTGCCGTCATCAAGCAGGCCAAACCGAAATGGAGCCCGGAACAAATAAAAGCCGCTCTTATGAACACGGCGGAAACCTTAACGGACGCGGACGGTGACGTATACCCGCATAATGCGCAAGGCGCCGGAAGCATCAGAATCATGAAGGCGATCAAAGCAGACTCCCTTGTCGCCCCGGGAAGTTATTCTTACGGAACGTTTATGAAAGACAAAGGCAATGAAACGAAAAAAGAAACCTTTACGATTGAAAACCAATCGTCCATCAGAAAATCATATCAGCTCGAGTACTCTTTCAACGGCACGGGCATTACCGTTTCGGGCACAGACCGGGTCGTGATCCCCGCTCATCAAACCGGAAAGGTCAATGCGAAAGTAAAGGTCAATGCCAAAAAAGTAAAGGCAGGCACCTATGAGGGAACCGTCACAGTGCGTGAAGGCGGAAAAACAGTCGCAAAAGTGCCGACGCTGCTGATTGTAAAAGAGCCGGACTATCCGCGCGTAACGTCAATCGACGTACAGGACGGCACAACGCAGGGAACCTACCAAATTGAAACCTATCTTCCGGCTGGAGCCGAAGAGCTTGCCTTCCTTGTATATGACAGTAATCTTGACTTTGTCGGCCAAGCCGGCATCTACAAAAAGCAGGATAAAGGCTATCAATATTTCGACTGGAACGGCAAAGTCAATGGTGACACCGCACTGCCGGCAGGAGAATATTATATGCTGGCCTATGCCGCGAACAAAGGGAAATCAAGCCAGGTGCTGACTGAAAAACCTTTTATCATTGAATAA MKKGIIRYLLPAFVLSFTLSTSSQAAPASKPQTPDLEKAEVFGDIDMTTGKQTTVIVELKEKSLAEAKELGKAQTKSKLKSERSKVKKKALKTIKHGKINREYEQVFSGFSMKLPANEIPKLLSDQDVKAVYPNVTYHTDQLKDKDITLSKDAVSPQMDDSAPYIGANDAWKLGYTGKGVKVAIIDTGVEYKHPDLKKNFGQYKGYDFVDNDYDPEETPSGDPRGASTDHGTHVAGTVAANGTIKGVAPDATLLAYRVLGPGGSGTTENVIAGIERAVQDGADVMNLSLGNSVNNPDWATSTALDWAMSEGVTAVTSNGNSGPNNWTVGSPGTSREAISVGATQLPLNEYAVSFGSYSSAKVMGYNKEDDIKALNKKETELIEAGIGEQKDFEGKDLKGKVAVVKRGSIAFVDKADNAKKAGAIGMVVYNNAPGEIEANVPGMSVPTVKLSSEDGEKLVSQLKAGGTKATFHLSVAKSLTEQMADFSSRGPVMDTWMIKPDVSAPGVNIVSTIPTHDPADPYGYGSKQGTSMASPHVAGAAAVIKQAKPKWSPEQIKAALMNTAETLTDADGDVYPHNAQGAGSIRIMKAIKADSLVAPGSYSYGTFMKDKGNETKKETFTIENQSSIRKSYQLEYSFNGTGITVSGTDRVVIPAHQTGKVNAKVKVNAKKVKAGTYEGTVTVREGGKTVAKVPTLLIVKEPDYPRVTSIDVQDGTTQGTYQIETYLPAGAEELAFLVYDSNLDFVGQAGIYKKQDKGYQYFDWNGKVNGDTALPAGEYYMLAYAANKGKSSQVLTEKPFIIE PGPT0020990_274 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0020990-vpr-K14647 NA NA D1-12_02332 315 hypothetical protein ATGAAACGTTTGCTAGTATCTTTACGGGTGTGGATGGTCTTTCTGATGAACTGGATGGCGCCGGGTAACGGAAGATATCCATTAGCCGCCGTGTACGGAAACCAAGCGGCTTGTCATAAGAAAGCGAAGCGGACAGCTGGGGCTTTTTCGTTTGTGAGCCGTGTCCGATCGGCGGATTTGACCGATGAAACGAAATCGGCCCGCGGCAGGCTGGATAAAAACCGATGGATGCCTGTCCGCAAAGAATTGCCGAAACGGGAGCGCGCGGGTCCGGCACCTTTACATCATATGAAAAAGAGGGTACAATCCCACTAA MKRLLVSLRVWMVFLMNWMAPGNGRYPLAAVYGNQAACHKKAKRTAGAFSFVSRVRSADLTDETKSARGRLDKNRWMPVRKELPKRERAGPAPLHHMKKRVQSH NA NA NA NA NA D1-12_02333 831 sacY COG3711 Levansucrase and sucrase synthesis operon antiterminator TTGAGAATAGACAAAGTATTAAACAACAATGCGGCGTTAATAAAAGAAGACGGACGGGAAAAGATCGTAATGGGTCCCGGAATCGCTTTTCAAAAGAGAAAAAATGATGTGATTCAAAAGCATAAAATTGAAAAAATATTTGTCGTGCACGACGAAAATGAAAAGTTCAAACAAGTGTTAGAAACGCTTCCCGAAGAGCATATAGAGGCGGCTGAAGATATCATCAGCCATGCGGAGGGAGAGCTTGCGGCACCTTTGAACGATCACATCCACATTGCGCTGGCGGACCATTTATCCTTTGCGATCGAAAGGATTCAAAACGGCCTTCAGGTGCACAACCGATTGCTTCATGAAATTAAGGCGCTTTATAAAAAAGAATATGAAATCGGCCGCTGGGCGGTTGAACACGTGAAACAAACCCTCGGTATATCATTGCCTGATGATGAGGCGGGGTATATCGCGCTTCATATCCACACTGCCAAGGCGGATGCCAAAAGCATGTATTCGGCGATGAAGCATACAACCATGATCAAAGAAATGATCGAAAAGATCGAATCCTTTTTCGAACAGAAGGTGGATGAAGACAGTATTTCCTATCAGCGCCTCGTCACGCACTTGCGGTATGCGGTCAGCCGGTTGGACTCAAATGAAGCACTCCATTCCATGGACGAGGAGATGCTTTATTTCATCCAAAAAAAGTATCCGTTTGCTTATCGGTGTGCGCTTGAACTGGCGGCGTTTTTAAAAACTGAATATGATTTGGAACTGCCGGAATCCGAGGCCGGCTATATCACGCTGCATGTCCAGCGTCTGCAAAAAAACCCGGAATAA MRIDKVLNNNAALIKEDGREKIVMGPGIAFQKRKNDVIQKHKIEKIFVVHDENEKFKQVLETLPEEHIEAAEDIISHAEGELAAPLNDHIHIALADHLSFAIERIQNGLQVHNRLLHEIKALYKKEYEIGRWAVEHVKQTLGISLPDDEAGYIALHIHTAKADAKSMYSAMKHTTMIKEMIEKIESFFEQKVDEDSISYQRLVTHLRYAVSRLDSNEALHSMDEEMLYFIQKKYPFAYRCALELAAFLKTEYDLELPESEAGYITLHVQRLQKNPE PGPT0014761_1103 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_GLYCOSIDE_UTILIZATION PLANT_DERIVED_GLYCOSIDE_USAGE_REGULATION,PGPT0014761-licT|bglG-K03488 NA NA D1-12_02334 1383 sacX COG1263 Negative regulator of SacY activity ATGAATTATCAAGAAACGGCAAAACAGCTTATCAAACACATCGGAGGGAAATCAAATATCATCAGCGCGACACATTGCGCCACACGGCTCAGGCTCGTCATTCAAGATGAACAGAAGATCAGCCAGGCCGGCATTGAAGAGACAGAAGGAGTAAAAGGGGCTTTCAGCAGCTCGGGGCAATATCAGATTATATTCGGCACCGGCCTCGTGAATAAAGTGTATGACGCTTTTTCAAAAGAAGCCGATTTGGAGCGGGAGGATCGTGAGACACATCAGGACGCGGCGAAAAAAAAGCTGAATCCGGCCGCAAGATTTGCGAAGACACTGTCTAACATATTCGTTCCCATCATTCCGGCTATCGTGGCAAGCGGACTTTTAATGGGGCTGCTCGGCATGATGAAGGCTTTTCACTGGGTGTCTGAACAATCATCGCTGTTTAAGCTTCTAGACATGTTTTCAAGCGCGGCGTTTATCTTCCTGCCCGTATTCATCGGGTTCAGCGCGGCGAAGGAATTTGGCGGTAATGCCTTTCTCGGTGCCGTGCTCGGGGGAATTATGATCCATCCGGCGCTTTTGAATCCGTGGGGGCTTGCGGATGTACCGCCTGATTTTATGCAGCTCTTCGGCTTCGACATTGCGCTGCTCGGCTACCAAGGGACGGTCATCCCCGTACTGTTAGCCGTTTACATTATGAGCAAAGTGGAAAAGGGCACGAGAAAAATTGTGCCTCACGCATTCGATTTATTGGTCACGCCGTTTGTCACGGTGATTGTCACAGGATTTATCACCTTTATCGCAATCGGTCCGCTTGGCAGGGCGATCGGATCAGGCATAACCGTCTCGCTGACGTATGTGTATGATCATGCGGGCATTGTTGCCGGACTGCTTTTCGGAGGTCTTTATCCGCTTATTGTGCTTACCGGTGTGCATCACAGCTTTCATGCGATTGAGGCCGGCCTCATCGCTGATTTGGGCAGAAACTATATCCTTCCTATCTGGTCGATGGCGAATGTCGCTCAGGGCGCGGCGGGACTGGCTGTATTTTTCCTGACGAAAAAAGCGAAAATGAAAGAAATCGCTTTGCCTGCCGCATTTTCCGCTTTTCTCGGCGTAACCGAACCAGTCATTTTCGGTGTGAACCTAAGATACCGCAAGCCGTTTATCGCGGGAATGATCGGCGGAGCGCTGGGAGGAGCCTATGTCGTGGTGACCGGTGTCGCCGCCAATGCCTACGGTCTGACCGGAATTCCGATGATTGCCATCACGGCTCCGCTCGGTTTAGGAAATCTTATAAACTATCTGATCGGAATGGGCATCGCCTCTGTCTCAGCGTTTATTGCCGCTTACATTATGGGAGCTAAAGAAAAGGAGGCCGTCAAATGA MNYQETAKQLIKHIGGKSNIISATHCATRLRLVIQDEQKISQAGIEETEGVKGAFSSSGQYQIIFGTGLVNKVYDAFSKEADLEREDRETHQDAAKKKLNPAARFAKTLSNIFVPIIPAIVASGLLMGLLGMMKAFHWVSEQSSLFKLLDMFSSAAFIFLPVFIGFSAAKEFGGNAFLGAVLGGIMIHPALLNPWGLADVPPDFMQLFGFDIALLGYQGTVIPVLLAVYIMSKVEKGTRKIVPHAFDLLVTPFVTVIVTGFITFIAIGPLGRAIGSGITVSLTYVYDHAGIVAGLLFGGLYPLIVLTGVHHSFHAIEAGLIADLGRNYILPIWSMANVAQGAAGLAVFFLTKKAKMKEIALPAAFSAFLGVTEPVIFGVNLRYRKPFIAGMIGGALGGAYVVVTGVAANAYGLTGIPMIAITAPLGLGNLINYLIGMGIASVSAFIAAYIMGAKEKEAVK PGPT0014190_1028 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_SUCROSE_PTS_SYSTEM,PGPT0014190-scrA|sacP|sacX|ptsS-K02810 NA NA D1-12_02335 1440 scrB COG1621 Sucrose-6-phosphate hydrolase ATGAGGACACCGGATCAAGAGCTGCGCCTGCAGGCTGAGGAAGCGAAAAAGAAGCGGGGAGAAACAGCCGCATCAGATCCATACCGCCAGAACTATCATATTATGCCGCCGGTCGGGCTTTTAAATGATCCGAACGGCGTGATCCAATGGAACGGCGTATATCACTTGTTTTTTCAATGGCAGCCATTTCATACGGGGCACGGCGCGAAATTTTGGGCGCATGTGACGACGAAGGATTTCGTTGAGTGGAAAGAGGAAGAAATCGCGCTTGCGCCGGGTGAGTGGTATGACAAAAACGGCTGTTATTCCGGAAGCGCCATCGAAAAAGACGGGCGGCTCTGCCTGATGTACACAGGCAATGTCCGTGACGGAGAAGGCAATCGGGAAACGTATCAATGCCTCGCCGTATCCGAAGACGGGATCGTATTTGAAAAAAAAGGAGTCGTCGCGCGTCTCCCGGAAGGCTATACCGCTCATTTCCGTGATCCGAAGGTTTGGAAGAAAGACGGAGCGTATTACATGGTGCTCGGCGCGCAGACGGAAAAGCTCACCGGAAGCGCTGTATTGTTCACATCGGAGAATTTGACGGATTGGACGTTTCTCGGTGCGATTGCGGGGGCGGACTCCGGCGGTCTCGGGTCATTCGGCTATATGTGGGAATGTCCCGACCTGTTTTCCCTTGACGGAACCGACGTGCTGCTCGTATGTCCGCAGGGGCTTGAAGCCGACGGGATAAAATATCATAACAGTCACCAGGCGGGCTATTTCCTCGGCAGGCTGCATACAGAGCCGCCAGAATTTAAGCACGGTGAATTTACGGAGCTTGACAGAGGATTTGATTTTTACGCGGCGCAGACGCTGGAAGATGATAAGGGACGGAGAATTCTGTTCGCGTGGATGGGCGTTCCGGATCAGCATGAGGACAAACATCCGACACATGCGTATCACTGGATTCACTGCTTAACGATGCCGAGACAGCTGTCACTGTCCAACGGCAGAATCATACAGCGCCCGCTCCCGGAAATGAAATCACGCCGCACGGATGAACAAAAGCGCCGTCTTCAATTGGAGTGCTCGTCTGTAAGCCTGCCGGTGAAAGATGCGTCCCGGGCTGAAGTGCTGCTGGAAGATATCACTTGCGAATCCGGTTTTGAAATCTCAATTCGGGGCGCGGCCCGGTTTATATTTCATCAGGAAGAGGGGCTGGCTGTGCTGGAGCGCACCGCTTTCAGCGGAGAAGAAAAAGAAAAGAGAAGCTGCGCCATCAGCGAGGTGCATTCCGTGCAGCTCTTTCTGGATGCATCCTCGATCGAATTGTTTTTGAATGATGGAGAAGAGGTTTTCAGCGCCAGATATTTTCCTTTCCCGGGAAATGATGACGTAACCGTCACTTCGGTAGGAAAAACGGAAATAAATGGCTCAATTTGGACACTTTTGTAG MRTPDQELRLQAEEAKKKRGETAASDPYRQNYHIMPPVGLLNDPNGVIQWNGVYHLFFQWQPFHTGHGAKFWAHVTTKDFVEWKEEEIALAPGEWYDKNGCYSGSAIEKDGRLCLMYTGNVRDGEGNRETYQCLAVSEDGIVFEKKGVVARLPEGYTAHFRDPKVWKKDGAYYMVLGAQTEKLTGSAVLFTSENLTDWTFLGAIAGADSGGLGSFGYMWECPDLFSLDGTDVLLVCPQGLEADGIKYHNSHQAGYFLGRLHTEPPEFKHGEFTELDRGFDFYAAQTLEDDKGRRILFAWMGVPDQHEDKHPTHAYHWIHCLTMPRQLSLSNGRIIQRPLPEMKSRRTDEQKRRLQLECSSVSLPVKDASRAEVLLEDITCESGFEISIRGAARFIFHQEEGLAVLERTAFSGEEKEKRSCAISEVHSVQLFLDASSIELFLNDGEEVFSARYFPFPGNDDVTVTSVGKTEINGSIWTLL PGPT0018815_2189 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-FRUCTOFURANOSIDASE,PGPT0018815-sacA-K01193 NA NA D1-12_02336 240 hypothetical protein TTGAAAAATCAGAAGATGACGCCGAAATGTTTACTTGTCAAAGCCGCAGAGCAAGTGGAAGATAAGCGGGAAGAATATAAAGAAGTATTGCTTCAGCTGAATCGCATGCTCAAGAGGGCTGAGCCGCACAATGAATGGAGTGATCGGCTGATGCATACATATGAACAGATGAAGGAATATGCGCTGTTTGTGCAGTCTATTGAGATGTTTTTGCGGTCATCCGCGAAAAAAATGAAATAA MKNQKMTPKCLLVKAAEQVEDKREEYKEVLLQLNRMLKRAEPHNEWSDRLMHTYEQMKEYALFVQSIEMFLRSSAKKMK NA NA NA NA NA D1-12_02337 813 pdxK COG0351 Pyridoxine kinase ATGTCAATGCACAAAGCACTTACTATTGCCGGTTCTGATTCCAGCGGCGGCGCGGGAATTCAGGCCGATTTAAAAACATTTCAAGAAAAAAACGTATACGGAATGACGGCTTTGACCGTGATCGTAGCAATGGACCCGGAGAACAGCTGGGATCATCAAGTATTTCCGATCGATGCTGATACGATTTGCGCACAGCTGGCGACGATTGTTGACGGAATCGGCGTAGACGCCATGAAAACGGGAATGCTCCCTACCGTGGAGATCATAGAGCTTGCGGCGAAAACGATTAAAGAAAAACAGCTGAAGAATGTCGTTATCGATCCTGTCATGGTCTGCAAAGGAGCGAACGAAGTGCTGTATCCGGAGCATGCCGAAGCGCTTCGCACCCAATTGGCGCCGCTGGCAACCGTCATCACGCCAAACCTGTTTGAAGCAAGCCAGCTGAGCGGTATGGATGAATTAAAAACGGTGGAAGACATGAAAGAAGCGGCCAAGAAAATTCACAAACTCGGCGCGAAATATGTATTGATTACAGGCGGAGGCAAATTGAAACATGAAAAAGCGATCGACGTGCTGTATGACGGAGAAACCGCGGAAGTATTAGAAAGCGAAATGATTGATACACCTTACACGCACGGAGCCGGATGCACATTCTCCGCCGCCGTGACGGCAGAACTGGCCAAAGGCGCTGAAGTGAAGGAAGCCATCTATGCGGCGAAAGAATTTATCACCGCGGCAATCAAAGAATCCTTCCCGCTGAACCAATACATCGGACCGACTAAACATTCGGCGATGCGTCTTAGCGGAAAATAA MSMHKALTIAGSDSSGGAGIQADLKTFQEKNVYGMTALTVIVAMDPENSWDHQVFPIDADTICAQLATIVDGIGVDAMKTGMLPTVEIIELAAKTIKEKQLKNVVIDPVMVCKGANEVLYPEHAEALRTQLAPLATVITPNLFEASQLSGMDELKTVEDMKEAAKKIHKLGAKYVLITGGGKLKHEKAIDVLYDGETAEVLESEMIDTPYTHGAGCTFSAAVTAELAKGAEVKEAIYAAKEFITAAIKESFPLNQYIGPTKHSAMRLSGK PGPT0009125_2089 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 D1-12_02338 339 hypothetical protein ATGCTCAACAGGGAGCTTGTAAAGGGAAGCACGGTCATTCTGGTGCTGACGCTGCTGAATGAACGGCCCATGTACGGGTATGAACTTGTAAAAGAAATGGAGAAAAGAAGCGGGAATGAACTGCAAATGAAGGAAGGCACGCTGTACCCATCGCTTCATAAGCTTGAACGCCAAAGCTATATTTCTTCTTACTGGGAAAAGCAGACCAAAGGGCCGGACCGAAAATATTACCGGATCACCGATGAAGGAAAAAACATTCTAGCCGAACGGACGAAGGAATGGAATCTGTTCTCTGCTCTGATGGACCGGATGCTGAAGCGGGGCGGGCAGAATGGATAA MLNRELVKGSTVILVLTLLNERPMYGYELVKEMEKRSGNELQMKEGTLYPSLHKLERQSYISSYWEKQTKGPDRKYYRITDEGKNILAERTKEWNLFSALMDRMLKRGGQNG NA NA NA NA NA D1-12_02339 636 hypothetical protein ATGGATAAAGACCTTTATGTGCAGGAAATCAGAAAAGGGCTGGAAGGCAAGGCCGGAAGCCGTGAATTATTAAAGGAAATCGAAAGTCATATTCATCATGCCATTTGTGATCATCTGGAAAAAGGCAAAACCGAAAGCGAAGCGATGGCGCTTATTCTGCGGGAAGTGGGGACTCCGTCTGAGATTATCTCTGCTTTTCAAAAAGCTTCGGCGGTGCCCGCGCGGACTTTTATGCTCTTTTATCTGTTCTGCAACTGCGGTCTTTTTGTGATGGGGGCGATGATTACGATGATGCACGCGTGGAGGATTCATCCCGCTGTTGACGCGCTGTGGAAAGGAATTTCCGTGTCAGTATGGCTGATTATGATCGGTTATGTGCTGTATTGGTTCCAAATCGGCTATCAAGCTGGCAAGGAGTTCGGGGCTGGCGGCAAAAAGCTTGCTGAGCGGACGGTATGGGCTTCAATGGTGCCGAATCTATGTTTTATGTTTGTCTTTTTGTTCAATCTGGTTCCGGCTGGGCTGTTTCCTTCGGCGGTCACACCGAGTTTTGCGGCAGTATGCGCTGTTGTGACGGTATGTTTTCCGTTTTGCGGCAAAATAGGTTTTTATGCAGGCAGGCAGAGACTTGCCTGA MDKDLYVQEIRKGLEGKAGSRELLKEIESHIHHAICDHLEKGKTESEAMALILREVGTPSEIISAFQKASAVPARTFMLFYLFCNCGLFVMGAMITMMHAWRIHPAVDALWKGISVSVWLIMIGYVLYWFQIGYQAGKEFGAGGKKLAERTVWASMVPNLCFMFVFLFNLVPAGLFPSAVTPSFAAVCAVVTVCFPFCGKIGFYAGRQRLA NA NA NA NA NA D1-12_02340 528 hypothetical protein ATGAGATTAGGTTCGTGGATGTACGGTGCGTGCGCCCAAATAGCCGTTACCGTATTTACCGTCTGCGGCTTGGTTCTTGCATTGCCCGTTGTGAGTCTTTTTATTATGGTTCTGAATGGGATGCAAGACGCTATTTTTGTTGTTTTCAGTATTTTGCTTCTTCTATTGTTTTATGCGCTGGGATGGATTTGGGCCGTTTCGTTTGCGCGTGAGTGGAAGGTGAAACTTTTCGAGCTGCAGATCAGTTCGCTCATTCCGCTGGCGGGTATATTATACTTGTACATTGACAGCGGAGTGAGTATACCGGAACTGATTCATGATTGGCATGAGGATGGATGTGCGCTTGTCCCGCCGGCTTTTGTCTGCTTGTGCACATGCTATGCGATGGTGTTGGTGCCTGTTTATCAATCAAAACTTTGGAACGCCATGGAGGCGGGCAGACTTAATGCCAAGGCGGTATGCACTGTTTGGGGAGACCTTCTGATCATTCTCGTTTTGCTGGCGGGCATGACCTGGATTTGTTTCTGA MRLGSWMYGACAQIAVTVFTVCGLVLALPVVSLFIMVLNGMQDAIFVVFSILLLLLFYALGWIWAVSFAREWKVKLFELQISSLIPLAGILYLYIDSGVSIPELIHDWHEDGCALVPPAFVCLCTCYAMVLVPVYQSKLWNAMEAGRLNAKAVCTVWGDLLIILVLLAGMTWICF NA NA NA NA NA D1-12_02341 807 hypothetical protein ATGAATATATCAATTGTCATAGTCACGTATAACCGGATTCCGGCTTTGTGTGAGCTGCTGGAGTCGATTTCCATGCAGACCATAAAGCCTTATGAAGTCATCATCGTAAATGATGCCGGGGAATCGGTCGAACAAGCGAAGCAGCTGTACAGCGATCTGCCGATTCAGATTATTGATTTAGAACAGAATGCCGGACATGTGGAAGCGCGGAACGCAGGTGTGAAAAAAGCGTCGGGTGATTGTATCATGCTGTGCGATGATGATGATTTCATTACGCCGGGCCATTTGGAAAGAATGGCGACTGCACTTGCTGATGCGGATTTTGTCCATTCTGACGCGGAAATTGTGTCATTTGAAGAACGGGGCGGCACGAGATACCCGGTGTCACGAAAGCCGTTCGCCTATACGGCGGATTATGCGGATATGCGGGTGTTTTCCACGTACGTTCCGTCGGGCAGCATGTACAGGCGTTCTCTGCATGACACGTTAGGGTATTTTGATCCGGATGTCCATAATTATTGGGACTGGGACTTTTATTTGCGCGCCGCGAAACAGCACCGTGTGAAGCGTGTTCCTTGCGCGAGCGTCATATATGCGTTTTTTGAGGGAGGCGGCAATCAGTCCGCGGATCTCGGCGGCAAACGGAAGCGGTACTTAGACCGGTTAAGCGAAAAGCACGGGCTTGGGGAGCTCCCGACGAAAAACTTCGCGGTTCTTCTTGAAGAGCCGGACATGAAGAGGCGGGAGGCGCCGACTGACATTGTGTGGGACGGAAAGCCCGTCCATTCAAGACTGCACAGTTCATAA MNISIVIVTYNRIPALCELLESISMQTIKPYEVIIVNDAGESVEQAKQLYSDLPIQIIDLEQNAGHVEARNAGVKKASGDCIMLCDDDDFITPGHLERMATALADADFVHSDAEIVSFEERGGTRYPVSRKPFAYTADYADMRVFSTYVPSGSMYRRSLHDTLGYFDPDVHNYWDWDFYLRAAKQHRVKRVPCASVIYAFFEGGGNQSADLGGKRKRYLDRLSEKHGLGELPTKNFAVLLEEPDMKRREAPTDIVWDGKPVHSRLHSS NA NA NA NA NA D1-12_02342 684 ung COG0692 Uracil-DNA glycosylase TTGAAACAGCTTTTAAAGGACAGCTGGTGGAATCAGCTGAAAGATGAATTTGACAAACCGTATTATCAAGAGCTGAGAGAGATGCTGAAACAAGAATACAGCAGCCAAACGATTTATCCTGACAGCCATGATATTTTTAACGCCTTGCATTATACGCCCTATGAGGATGTAAAAGCGGTCATTCTCGGACAGGACCCGTATCACGGGCCAGGACAGGCGCACGGGCTTAGTTTTTCCGTTCAGCCCGGGGTCAGACAGCCGCCGTCTTTGAAAAATATTTTCATAGAGCTTCAGGAAGATATCGGCTGCTCCGTACCGAACCACGGATCGCTCGTCAGCTGGGCGAAGCAGGGAGTGCTTTTGTTAAACACAGTGCTTACGGTTCGCCGCGGTCAGGCCAATTCCCACAAAGGCAAGGGATGGGAGCGGCTCACTGACCGCATCATTGATGTGGTGAATGAAAGAGAGAAGCCGATTGTCTTTATCCTGTGGGGGCGTCACGCGCAGATGAAAAAAGAGCGCATTGACACATCGAAACACATTATTATTGAATCGACTCATCCGAGCCCGTTTTCGGCAAGGAACGGTTTTTTCGGGAGCAGACCGTTTTCCCGTACAAACGCCGCCCTTGAAAAAATGGGGGAGCAGCCGATCGATTGGTGCATCCCCGACCTGCCGCAATAA MKQLLKDSWWNQLKDEFDKPYYQELREMLKQEYSSQTIYPDSHDIFNALHYTPYEDVKAVILGQDPYHGPGQAHGLSFSVQPGVRQPPSLKNIFIELQEDIGCSVPNHGSLVSWAKQGVLLLNTVLTVRRGQANSHKGKGWERLTDRIIDVVNEREKPIVFILWGRHAQMKKERIDTSKHIIIESTHPSPFSARNGFFGSRPFSRTNAALEKMGEQPIDWCIPDLPQ 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 D1-12_02343 510 hypothetical protein TTGGTGCATCCCCGACCTGCCGCAATAAACGTTTTTTTTGAGGCGCTTCCGCCCGGCGGAAGCGTCTTTTTTGACGTTCCGGGCGGTATGCGGTCAGAAAAAATAACAAACTCAATTCTGCGATTCGCTCAGAAATTTGATAAAATGCAGGAAGAAGACAAATTACTGCTGGAGGATTTACTCATGAACATACATATTTCTGCTCTGATTCAGAAGATGGAAGAAGAACTGAGGCAGGCGAAAACGGCGACCCGCACCGAGGAAGTCAAAATGCACGCGACCGCCATCCGCTCTCTGTGTGATGTCGTGCTCGGCACTCAGACGCACACTGCTCCGGAGCCTGTGCAGAATCCGATTCCGAAAGCGGCGCCGAAACCTTCCGCGTCTCCTTCGACAGACCCGCTGCTGCTTGAAAAAATGATGGGCAGCGCCGGGCTGAACCAATATCAGAAAAAAGCGAAAGACGAACGTGAGGAAGACGGAAACGGGGATTCCATTTTCGATTTTTAA MVHPRPAAINVFFEALPPGGSVFFDVPGGMRSEKITNSILRFAQKFDKMQEEDKLLLEDLLMNIHISALIQKMEEELRQAKTATRTEEVKMHATAIRSLCDVVLGTQTHTAPEPVQNPIPKAAPKPSASPSTDPLLLEKMMGSAGLNQYQKKAKDEREEDGNGDSIFDF NA NA NA NA NA D1-12_02344 1320 ywdJ COG2233 Putative purine permease YwdJ TTGAAACTGATACTCGGGGGTTTGCAATGGACGGCATTTATGATTGCGGCTGCGATTGTAGTTCCTGTCGCCATCGCACAATCATTTCACTTGAACCATGCCGATTCTGCCGCATTGATTCAGAGCACATTTTTTGTGCTTGGCGTCGCCGCGGTCATCCAATGTCTCCAGGGACATCGTCTACCGATTAATGAAAGCCCGGCAGGCTTATGGTGGGGCGTATACACGATTTACGGCGGACTGACGGGCACGGTGTTCGCGACATTCGGCGAGACGCTGCGGGCGCTGCAGGGGGCGCTGTTATTAAGCGCTGTCTTTTTCTTTTTGTTCAGCCTTTTTAAAGTGATTGAACGGCTGGCCGTGCTGTTTACGCCGGTTGTGACCGGTGTGTATCTGCTGCTGTTGGTCATGCAGCTGAGTCAGCCGATTGTGAAAGGCCTTTTGGGCATCGGCTATTTAAAAAACAGCGTCGACGGCCTTGTATTCGGGCTCGCCATGGTTGTGACGGCGGCGATGTTCATCATGTCCCGATCGAATGTTACGTTCTTAAGACAGTATGCGATTCTCCTTTCGCTTGCCGGCGGATGGATCTTATTCGCCGTCTTCGGCGCAGCCAAACCGATTCAAATACCGGACCGCATAATTCAGCTGCCGGCTCTTTTTCCGTTTGGAAAACCCGTGTTTGACAGCGGCCTGATCATTACGTCACTCTTCATTACCGTGCTTTTGATTGTCAACATGCTCGCGAGCATACGGGTTGTAGAAGCGGCGGTGAAAAAATTCGGCGGCACCGTTGGGAAGCGGCGTGAGCGTCCGGCAGGGTTTGCGGCTTCGATCAGCCACCTTTTGAGCGGGCTGTCAGGGGGCATTGCGCCTGTACCGATTTCAGGGGCGGCCGGTTTTATTGAGACGACGAAGCTTCCTTCGAAAAAGCCGTTTCTTTTGGGAAGTGTATTTGTCATGATCATCAGTATGATCCCGCTATTTATGAATGCGTTTGCGAGTCTGCCCTCACCGGTCGGCTTTGCGGTAAACTTCGTCGTTTTTTCCACGATGGCGGGTCTTGCCTTTACGGAGTTTGACTCTTATGAGAAAGCGGAGCAAAAACGAATCCGCTCCATTATCGGTCTGGCGCTCCTGACGGGGGTCGGCGTAATGTTTGTGCCGGAGAGCGCGTTATCAGGGATGCACCCGATCCTGATTTCGCTCTTAAGCAACGGCCTTGTGCTCGGGACGCTGCTGGCGATAGCGATTGACCGAATTCAGCTTATCAAAAAGAAAAAATCCGACAATCTCGTGTCATCGGACGGCGGACGTTGA MKLILGGLQWTAFMIAAAIVVPVAIAQSFHLNHADSAALIQSTFFVLGVAAVIQCLQGHRLPINESPAGLWWGVYTIYGGLTGTVFATFGETLRALQGALLLSAVFFFLFSLFKVIERLAVLFTPVVTGVYLLLLVMQLSQPIVKGLLGIGYLKNSVDGLVFGLAMVVTAAMFIMSRSNVTFLRQYAILLSLAGGWILFAVFGAAKPIQIPDRIIQLPALFPFGKPVFDSGLIITSLFITVLLIVNMLASIRVVEAAVKKFGGTVGKRRERPAGFAASISHLLSGLSGGIAPVPISGAAGFIETTKLPSKKPFLLGSVFVMIISMIPLFMNAFASLPSPVGFAVNFVVFSTMAGLAFTEFDSYEKAEQKRIRSIIGLALLTGVGVMFVPESALSGMHPILISLLSNGLVLGTLLAIAIDRIQLIKKKKSDNLVSSDGGR NA NA NA NA NA D1-12_02345 372 hypothetical protein ATGAAAGTGTTTATTATTCTTGGTGCGATTAACGCTTTATTGGCCGTGGCGCTGGGCGCTTTCGGCGCGCATGGGCTTGAAGGGAAAATCCCCGATAAATATTTGCAGGTGTGGCACACAGGCGTGCAATATCATATGTATCACGCGCTCGGTCTTCTGGCTGTCGCGTTTTTGGCCGAAAAGCTTTCTGGCGCAGGCAGTGTTTCTGTTGCGGGCTGGCTGATGTTTGCGGGCATCGTTCTGTTTTCAGGAAGCCTGTACGTATTGAGCGTGACGCAGATTTCCATTCTCGGCGCGATTACACCGCTCGGCGGCGTGGCGTTTATCATCTCTTGGATTATGATTATCGTCGCGGCCGTCAAATATTTATAA MKVFIILGAINALLAVALGAFGAHGLEGKIPDKYLQVWHTGVQYHMYHALGLLAVAFLAEKLSGAGSVSVAGWLMFAGIVLFSGSLYVLSVTQISILGAITPLGGVAFIISWIMIIVAAVKYL NA NA NA NA NA D1-12_02346 597 gerQ Spore coat protein GerQ ATGAAACCGAAAAAGAATCAATATCAGCAAATGCAAGGGATGGGGATGGGAATGGATATGCAAGGATACCAGCCGCAGCTCGGGCCTAATCCTTATCCGCAGCCTCAGGGCGGCCAAGGATCGCAAATGATGCCGATGCAGCAGCAAATGACAATGCCGATGCAGCAAGGCCAGCAGGGCTTCGGCGGGGGGTTTCCCGGCCAGCCGCAGCAGCAGGGCCAGCAGGGCTTCGGCGGGGGGTTCCCCGGCCAGCCGCAGCAGCAGGGCGGCGGCAGCTTTCAGATTCCGTCAGGTCCATCATCGTCACAAAACGTTCCCGGCATGCTGCCGATTGAAGAGTCATACATTGAAAATATTCTGCGGTTGAACCGGGGCAAAACGGCGACGATTTATATGACATTTGAAAACAGCAAAGAATGGAATTCAAAGATTTTCCGCGGTGTGATTCAGGCGGCGGGACGTGACCATATCATCATCAGCGATCCGAAAACGGGCACCCGCTATCTGCTTCTGACCATTTACCTTGATTACATCACGTTTGATGAGGAAATCGCTTATACTTATCCGTACTCCATGTCTTCTTATTCTCCGAGATAA MKPKKNQYQQMQGMGMGMDMQGYQPQLGPNPYPQPQGGQGSQMMPMQQQMTMPMQQGQQGFGGGFPGQPQQQGQQGFGGGFPGQPQQQGGGSFQIPSGPSSSQNVPGMLPIEESYIENILRLNRGKTATIYMTFENSKEWNSKIFRGVIQAAGRDHIIISDPKTGTRYLLLTIYLDYITFDEEIAYTYPYSMSSYSPR PGPT0025095_12 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_GERMINATION_PROTEIN,PGPT0025095-gerQ-K06305 NA NA D1-12_02347 771 spsA COG0463 Spore coat polysaccharide biosynthesis protein SpsA TTGCCTAAAGTGTCAGTGATCATGACGAGCTATAACAAAAGTGACTATGTGGCCCGCTCTATTAAAAGTATTCTGTCTCAGACGTTTACGGACTTTGAGCTGTTCATTATGGATGACAACTCAAATGAAGCGACATTGGCGGAAATACGTCCTTTTCTCACGGATGACCGCGTCCGGTTTTATCAAAGCGATGTATCGGGCGTCAAAGAAAGAACGGAAAAAACACGCTACGCCGCCTTGATTAATCAGGCAATAGAAATGGCGGAGGGCGAGTACGTGACGTATGCGACCGACGACAACACGTATGTGCCGGAACGGCTTGAGAAAATGGTGAAAGAGCTTGATGAAGACCCGGAAAAAGCCGTCGTGTATTCAAGTTCCAAAACCTATCATCTGAATCAGCGGAAAGAGACGGTGAAGGAGACGGCCAGGCCCGCCGAACGGATCGTGTGGAACGCGCCGTGCGCCATTGACCATTGTTCTGTCATGCACCGGTTTTCCGTGCTGGAACAGGTCAAATCGGCATTCGGTTCCTATTGGGATGAAAGCCCCGCGTTTTACCGGATCGGTGACGCCCGTTTCTTCTGGAGAGTGAATCATTTTTATCCGTTTTACCCGATTTCTGAGGAGCTTGATATCAATTATATTACCGATCAATCCATCCATTATCAGCTTTTCGCGGCGGAGAAAAACGAGTTTGTGAACAGCCTTCCGCAGCAGACCACGTGCCGGGAGCTGAGGGAATCATTAAAAAAGCTTGGAAAGGGGTGA MPKVSVIMTSYNKSDYVARSIKSILSQTFTDFELFIMDDNSNEATLAEIRPFLTDDRVRFYQSDVSGVKERTEKTRYAALINQAIEMAEGEYVTYATDDNTYVPERLEKMVKELDEDPEKAVVYSSSKTYHLNQRKETVKETARPAERIVWNAPCAIDHCSVMHRFSVLEQVKSAFGSYWDESPAFYRIGDARFFWRVNHFYPFYPISEELDINYITDQSIHYQLFAAEKNEFVNSLPQQTTCRELRESLKKLGKG PGPT0025261_9 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_COAT_PROTEIN,PGPT0025261-spsA-NA NA NA D1-12_02348 1425 hypothetical protein TTGTCGGCATACTTAGCGAATTATTGGGTGCTGTACCGGCAGTATATTGACCTTTTTCAGTCACTTCGCTACAAAGACATCCCGCTCGCATTGATCAGTAATTTTTATCAATATATCAGTCCGGCGCTTCGGGAGAGCATGGAGCAGAACCCAGAGCTTTTCGGTCCGGCTGATCAGCATATTCCTGAAGCCGGTATACAGCCATATTATGATCAAAAAAGGCAAAACATTAAGAAAACAGATGAGAAACCGGTAAACGGAAAAGTCATTCTGCATTTCGATCATATTCGGTTCACCGAGAGAAACTACCGGCAGTTTGATCCGGCAAAAACAGCGGTACTGGCCAGATGGAGTCTGCCTGACCATTACGGGCTGCCCGTTATCTGCAAATTGGAGCTGACGGGAATGGGGCAAAAAGGGAACCCCGTCCCTTATATTGAAAAAGCCCATTCCATTTTGAAAGAGCTTCACAGCCATCCCGCTTTCGGAAACAGAGAATTTCAGGAACGTTTGTATAAAGACATTCCATTATTTATTGAAGCGATTGACGCCGTTGATATTTTGTTTACGGCCGAGAAGATTTCCGCCGTTGTAGTCGGCACGACGGAGGATATTTACAGCCGTGTGCTGGCGCTGATGTCCGCGAAAAAAAACGCCGTCAGCATCTGTCTGCAGCACGGAGCGCTCATGGGAGATGAAGCGTTTCTGCCCGTATTTACGGACTATCAGGCAGTATTCGGGGCTTATGAAGCGGAGTGGTATAAAGCAAAAGGCTGCAGGGATGAACAAATCATCATCACGGGGCATCCCCGTTTCGACGAGATTTTCTCAAGAGAGCCGATAGATCAAGACACGTTTTACCGCAAACTTTCTTTTCTCCCGTCACAGCGGACGGTGCTGATCGCCACGCAGCCGTTTTCTGATGAATTTTATACGGGCGTGCTTGAAGAGCTTGCCGGCCAAAAGAACATGCAGCTCATTATTAAACCGCATCCGTGGGAAATCGGCAAAAACAAGCTGGATGCTTACAATCAGGTGCTGCGGAAATATAAAGCAGGCAAAATCATCAAAAAAGAGATGGAGCTGTATGATATTCTACCGTATGTTGACGCTGCGGTGACACAGACATCAACGGTCGGTCTTGAAGCGATGCTGTTTCAAAAGCCCGTGCTGATCGGAAAATCAGCGGGAACCCGCCGATACCCTTATTATCATTCACTTGGAGAATTTGTTTTTGAGGACCCGCAGGCACTTGCTCAGGAATTAATCCGGATATGCGAAAGCCCCGCAGAATATCAAAAAGCGGAACAGGCGCGCCGTGCTTTTGTCGCCGCGAACTACCCGGTTCAGGATTCGCTTGCCGCTTTATGCCAAGTGCTTCAGGAAAAAACCGGAGTCAGCTTCAGACGGGTTGACCCTTCATAA MSAYLANYWVLYRQYIDLFQSLRYKDIPLALISNFYQYISPALRESMEQNPELFGPADQHIPEAGIQPYYDQKRQNIKKTDEKPVNGKVILHFDHIRFTERNYRQFDPAKTAVLARWSLPDHYGLPVICKLELTGMGQKGNPVPYIEKAHSILKELHSHPAFGNREFQERLYKDIPLFIEAIDAVDILFTAEKISAVVVGTTEDIYSRVLALMSAKKNAVSICLQHGALMGDEAFLPVFTDYQAVFGAYEAEWYKAKGCRDEQIIITGHPRFDEIFSREPIDQDTFYRKLSFLPSQRTVLIATQPFSDEFYTGVLEELAGQKNMQLIIKPHPWEIGKNKLDAYNQVLRKYKAGKIIKKEMELYDILPYVDAAVTQTSTVGLEAMLFQKPVLIGKSAGTRRYPYYHSLGEFVFEDPQALAQELIRICESPAEYQKAEQARRAFVAANYPVQDSLAALCQVLQEKTGVSFRRVDPS PGPT0025262_8 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_COAT_PROTEIN,PGPT0025262-spsB-NA NA NA D1-12_02349 1170 arnB UDP-4-amino-4-deoxy-L-arabinose--oxoglutarate aminotransferase ATGGTGCAAAAAAGATCAGCTTTTCTTCCTTATTCATTGCCCATGATCGGGAAGGACGAAATTCAGGAGGTTATTGATACGCTTGAATCGGGCTGGCTTTCAAAGGGACCGAAAGTAGAGGCGTTTGAAAAAGCCTTTGCCGCATGGACGGGGGCAAAGCACGCGATCGCGCTGAACTCATGTACCGCCGCTTTGTTTTTGGCCCTGAAAGCGAAAGGGATCGGTCCCGGCGACGAGGTCATCACGTCTGCCGTGACATTCAGTTCAACAGCCAATACAATCGTGCACACAGGCGCCGTTCCGGTGTTTGTTGACATCGATCCGCTTACGCTGAATGCGGACCCTGAAAAAATTGAGGCGGCCGTCACCCCGCGGACAAAAGCGATTGTACCCGTTCATTTCGCCGGCCAGTCATGTGATATGGATCGGATTCTGGACATTGCCGAAAAGCATCAGTTATTTGTCTTAGAGGATGCCGCACATGCCGTGTATACCACTTATAAACAGAAAATGATCGGATCAATCGGTGATGCGACGGCATTCAGCTTCTACGCGACAAAAAACCTGGCAACCGGTGAAGGCGGCATGCTGACGACGGACGATGACGGGCTTGCCGATCAGATCAGGGTGCTCAGCCTTCACGGCATGAGCAAAGGCGCGTGGAACCGCTATTCTTCAAACGGAAGCTGGTACTACGAGGTCGAAACGCCCGGCTATAAAATGAATATGTTTGATCTTCAGGCAGCGCTTGGGCTTCATCAGCTGAAACGGATTGACAGCATGCAGCAAAGAAGAGCCGACATTGCGAGCCGCTACCAGGACACCTTCAGACACATGAAAGGGCTGACCATCCCGCATGTCAGTGATGACGGACGGCATGCATGGCATCTGTATGTTCTTCAAATAGAGGAGCAGGAGGCCGGGGTCAGCCGGAACGATCTGATTTCCGCTTTAAAAGACCAATATCATATCGGCACAAGTGTTCATTTTATTCCGGTTCCGTTCCATCCGTATTATCAAAAAACGTACGGATATAAGGAAACTGACTTTCCGGCCGCGGCAGCGTATTATCACCGCACCGTGTCACTCCCTCTTTATCCGTCAATGACAGATGACGACGTTGAATACGTCATTGCAGCCGTTACGGATATCGTCAAAGGGGCTGATTAG MVQKRSAFLPYSLPMIGKDEIQEVIDTLESGWLSKGPKVEAFEKAFAAWTGAKHAIALNSCTAALFLALKAKGIGPGDEVITSAVTFSSTANTIVHTGAVPVFVDIDPLTLNADPEKIEAAVTPRTKAIVPVHFAGQSCDMDRILDIAEKHQLFVLEDAAHAVYTTYKQKMIGSIGDATAFSFYATKNLATGEGGMLTTDDDGLADQIRVLSLHGMSKGAWNRYSSNGSWYYEVETPGYKMNMFDLQAALGLHQLKRIDSMQQRRADIASRYQDTFRHMKGLTIPHVSDDGRHAWHLYVLQIEEQEAGVSRNDLISALKDQYHIGTSVHFIPVPFHPYYQKTYGYKETDFPAAAAYYHRTVSLPLYPSMTDDDVEYVIAAVTDIVKGAD PGPT0025263_26 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_COAT_PROTEIN,PGPT0025263-spsC-NA NA NA D1-12_02350 864 wecD dTDP-fucosamine acetyltransferase GTGTACAGACTGAGGGAAAATCTTGCGCAGGACATGATTCATGCCTTCCTGCATCAGAAGGGCATCCAGCCGGAAGCCTATGAATCGTCGCTCTGTTTATTGGAAGAAAACAGCCTTCAAGGCGTGATTTTATATGAAAACTCTTCGTGGGAAAGTCAATTGTTCCGAAAAAATATCATCAATGTGAAGCTTGCAGCCGCAAACAGCACCGGACAGCTCAAAAGGCTGTTTCAGGAATTTTACGCGGCAAGGCGGGCGGCAGGCACTGATTTTATATTTATTAAAATACCGGCTGAAGATATCGGCGCGATGCAGGTCGTTCAGCAGCTTCCGAACGCTTATTTTGTAGGGAGTCTGCTCAAACTCGTCAGCCCGGTGCGTGTATATAACAGCACGCCGCCATTTGAGATTACAGAAGCCGGACCCGGCGACACGGAAGCGATCAGACGGCTGGCCCGCGACGCCTTTACAAAAAGCAGGTATTACCAAGACCCCCATCTCAGCTATGAAAGTGCGAACCGCCTGTTTGAAGAGTGGGCGCGGAATAACGCGGAAGGCAGAGCTTCGTTACAATTCGCCGCCACATATAAGGGAGAGACCGTGGGCTTTGTTCAGGGGCTGTCTAAAGGCGATGAATTCGTCCTTGATCTGATGGCGGTAAAGCCGGGATTTGAAGGAAAAGGAGCGGGATTCCATTTAGCGGCGCACGTGATTGAACAATCATTGCGCTTTCAGCATAAGACTGTATCAGCGGGAACGCAGCTCCACAATGTAAGAGCCATCCGCCTGTATGAAAGAATGGGATTTAAAGCGGATGCGTCCTATTACTACTATCATGTGTGGCCCGGGAAGGAGGCGGACTGA MYRLRENLAQDMIHAFLHQKGIQPEAYESSLCLLEENSLQGVILYENSSWESQLFRKNIINVKLAAANSTGQLKRLFQEFYAARRAAGTDFIFIKIPAEDIGAMQVVQQLPNAYFVGSLLKLVSPVRVYNSTPPFEITEAGPGDTEAIRRLARDAFTKSRYYQDPHLSYESANRLFEEWARNNAEGRASLQFAATYKGETVGFVQGLSKGDEFVLDLMAVKPGFEGKGAGFHLAAHVIEQSLRFQHKTVSAGTQLHNVRAIRLYERMGFKADASYYYYHVWPGKEAD PGPT0022850_17 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS-O-ANTIOGEN_BIOSYNTHESIS,PGPT0022850-rffC|wecD-K16704 NA NA D1-12_02351 1122 spsE COG2089 Spore coat polysaccharide biosynthesis protein SpsE ATGGCATCATGCAAAATCGGAACGAAGTCAATCGGCGAAGGTTCGCCCGTATTCATCATCGCCGAAGCCGGAATTAATCATGACGGAAAACTGAGCCAGGCGTTTGAATTGATAGATGCGGCCAGTGAGGCCGGCGCGGACGCGGTCAAGTTCCAAATGTTTCAGGCTGACAAAATGTATCAGAAAGACCCCGGCTTGTACAAAACCGCTGCGGGAAAAAACGTCTCTATTTTTTCTTTGGTGCAATCAATGGAAATGCCCGCCGAGTGGATCGAACCGCTGCTTGAATATTGTAAGAAAAAAGGCGTGCTGTTTTTAAGCACGGTATGTGACGAAGGCTCTGCCGACTTACTGTATGCGACTTCCCCTTCAGCCTTTAAAATCGCCTCCTACGAGCTGAACCATCTGCCGTTATTGAAATATGTCGCGGGGCTGAAGACCCCGATTATTTTTTCCACCGCGGGCGCTGATATTTCAGATATTCAGGAGGCTTATCAAACCATTACCGGCGAGGGGAACACAGAAATTGCGATCATGCATTGTGTGGCGAAATATCCCGCGCCGCCTGAATACAGCAATCTGAGCGTCATTCCCATGCTTGCCGCCGCATTCCCGGATGCAGTGATCGGTTTCTCCGATCACAGCGCCCATCCGTATGATGTGCCGTGCGCGGCTGTCAGGCTCGGAGCGAAACTGATTGAAAAGCATTTTACGATCGATAAAAACCTGCCCGGTGCTGATCACTCCTTCGCTCTCAATCCGGATGAATTAAAAGAAATGGTTGCGGCGATCCGCTCAGTTGAAGCGGAGCTGCGGCAGGGGCATCATGCTCCGGTGCCGGAAGTGCTGTCGGGAAGCTCCCATAAAACGACGACCCCGATTGAAGGGGATATCAGAAGGTTCGCTTACAGAGGCATTTTTTCAACAGCGCCGATTCAAAAAGGCGAATGTTTTACGGCGGAAAACCTTGCCGTCCTTCGTCCCGGCCAAAAACCGCAGGGGCTTCATCCGAGATATTTTGAACTTTTAACTGACGGCGCGCGTGCGGTCAGGGATATCCCCGCCGACACGGGCATCACTTGGGATGACCTTTTGACGAAAGGCAGCCCATATGATGACTGA MASCKIGTKSIGEGSPVFIIAEAGINHDGKLSQAFELIDAASEAGADAVKFQMFQADKMYQKDPGLYKTAAGKNVSIFSLVQSMEMPAEWIEPLLEYCKKKGVLFLSTVCDEGSADLLYATSPSAFKIASYELNHLPLLKYVAGLKTPIIFSTAGADISDIQEAYQTITGEGNTEIAIMHCVAKYPAPPEYSNLSVIPMLAAAFPDAVIGFSDHSAHPYDVPCAAVRLGAKLIEKHFTIDKNLPGADHSFALNPDELKEMVAAIRSVEAELRQGHHAPVPEVLSGSSHKTTTPIEGDIRRFAYRGIFSTAPIQKGECFTAENLAVLRPGQKPQGLHPRYFELLTDGARAVRDIPADTGITWDDLLTKGSPYDD PGPT0025266_8 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_COAT_PROTEIN,PGPT0025266-spsE-NA NA NA D1-12_02352 744 kdsB 8-amino-3,8-dideoxy-manno-octulosonate cytidylyltransferase ATGATGACTGACATTTTGTTTATCATTCAGGCGCGGATGGGAAGCGGGCGTCTTCCCGGTAAAGTGCTGAAACCGATCGGCGGGTATACGATCCTCGATATGATTATCAAAAGGGTTCGGAAAAGCGCGTATTATGATCAATCGCGGGATAATCTGATCGTCGCCTCGTCTGACAGCAAGACCGACGACATTCTGTCAGCGCACTGCCTCAGCAAGCACTACCGTGTGCACCGCGGCAGCGAACAGTGTGTTCTTGACCGGTTTGCACAAGTCATCGAACAAGTAAAACCGGACATCGCCATCAGACTGACGGGGGATAACCCGTTTGTCGACCCTTCGCTGCTTGATTTTCTGATTCAATCGCATTTAGATCAGCACGCAGACTACACGTATATTTGCGGTACACCGCTTGGCATCGGCGGCGAGGCGGTTAACGCGCGTCTTTTAACAGAGATCAATGCGGACAAAACGCTGGCGGACAAATATCAGGAGCATGTCACGCTTTTAATAAGAGAATCCTCTGAGAAGTACCGGCTTCTCTTTCCTGAGCCCCCGCAGGAACTCCGGGCTCCTCACTTGCGGCTGACCGTCGATACCGAAGAGGACTACAGGCTGGCCCGCGAGCTGTACGTAAAAGCGGGCTCGCGTCCTGATATTCCGGCAAAAGAATTGATCCATCTGCTGAATAGTGATCCGGAGCTCAGGGCCATTAATCAAATGATCCGGCAAAAAGAGGCTGATTAG MMTDILFIIQARMGSGRLPGKVLKPIGGYTILDMIIKRVRKSAYYDQSRDNLIVASSDSKTDDILSAHCLSKHYRVHRGSEQCVLDRFAQVIEQVKPDIAIRLTGDNPFVDPSLLDFLIQSHLDQHADYTYICGTPLGIGGEAVNARLLTEINADKTLADKYQEHVTLLIRESSEKYRLLFPEPPQELRAPHLRLTVDTEEDYRLARELYVKAGSRPDIPAKELIHLLNSDPELRAINQMIRQKEAD PGPT0025255_235 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_COAT_PROTEIN,PGPT0025255-spsF-K07257 NA NA D1-12_02353 1005 murG_2 UDP-N-acetylglucosamine--N-acetylmuramyl-(pentapeptide) pyrophosphoryl-undecaprenol N-acetylglucosamine transferase ATGCGGGTTCTGATTTTCGCGGACGGGGGCCGTGACATCGGCATGGGGCACGCGGTCCGGATGAAGCTGCTTGCCGGTGCCATTAAGAACAATTGCTCAATAACGTTCTACACAAATAAAGAGGCTTCTTCTTATCTGTCTTCTGATCAATGGGAAGTGATCATCAAGCCTGACAAGGGACAGAAGGAATTTATTGTCCGGGAAATAAACAGGCAGGCTCCTGACCTTCTCATATTCGATCTGCTCGATATACCGTGTGACTGGTTGGAGGAAGTCAAAAAGCATTCATCGGCACGTATCGTCTTATTTGAAGAAAAACGGGAACATGTCATTCATTTATGCGATGCCGTTATAAACGGCATTTACGGAGGGCTGAAAAGCCGGACGGTTCAAATGGGCAGCGCCGCGGTATATGAAGGCCCGGAATATATCATTCTTCATCCGGGTTTTGAAAAAGCCAAACAGCTTTATCAGCTGAATAAAGAATGCCGGACCATATTGGTCTCATTAGGAGGAAGCGACCCGAAGAAGCTTGTCTTTAAAGTGATGGAAGCATGCCGCCGCATCCCCGATATTCAGCGAAAACGAGTGATCATCGTCATGGGCGGCGCCGCGCCTCATGCTGATGACGTGCGCGCGCATCTTACACAAATGCCTTATGCCGAGATGGTAAGGCAGACAAATGACATGGCCGCGCTTCTTTCGAGGGCTGATATGGCCGTCGTGTCCGGCGGGATCACTTTATATGAGACCATTTGTACGGGTGTGCCCTGCATCGTACTTTCTCAAGTGGAGCATCAAACTGAGACGGCGGATAAATTCGCCGCACGGGGGGCCGCCGTTCATCTCGGCCTTGGTGAATGCATATCAGCGGACGTTCTCGCACGGCATATGTCTGACATGGCCGCTGATTATCCGATGCGGTCCGGACTTCATCAAAACGGAAAGCCGCTGGTTGACGGCAGGGGCATCAAACGGGCGGCGGCGATTCTTTATGATTTGTGA MRVLIFADGGRDIGMGHAVRMKLLAGAIKNNCSITFYTNKEASSYLSSDQWEVIIKPDKGQKEFIVREINRQAPDLLIFDLLDIPCDWLEEVKKHSSARIVLFEEKREHVIHLCDAVINGIYGGLKSRTVQMGSAAVYEGPEYIILHPGFEKAKQLYQLNKECRTILVSLGGSDPKKLVFKVMEACRRIPDIQRKRVIIVMGGAAPHADDVRAHLTQMPYAEMVRQTNDMAALLSRADMAVVSGGITLYETICTGVPCIVLSQVEHQTETADKFAARGAAVHLGLGECISADVLARHMSDMAADYPMRSGLHQNGKPLVDGRGIKRAAAILYDL PGPT0025267_7 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_COAT_PROTEIN,PGPT0025267-spsG-NA NA NA D1-12_02354 738 rmlA COG1209 Glucose-1-phosphate thymidylyltransferase GTGAAAGGTGTTATCTTAGCCGGAGGCACCGGCTCACGCCTTATGCCGCTGACAAAAGCGGTCAATAAGCATTTACTCCCTGTCGGTCCATATCCGATGATTTACTGGTCGATCATGAAGCTGGAAGAAGCGGGGATTACGGATATCTTGCTGATTACGCAAAAAGAATATATTCCGCAATTTCATAAACTTCTCGAAACCGGAGAAGAACTCGGCGTCTCAATCACATATCAGGTTCAGCCAGCCGCATCCGGCATTTCCGACGGTTTATCATACGCAAAGCGGTTTACCGGGCGCGACCCGTTTGTCCTGCTTTTGGGAGATAATATTTTTGAAGATTCATTAAAACCTTATACGGAGCGTTTCGCAAAGCAGGGAAAAGGAGCGAAAGTGCTGCTGAAAGAAGTGGACGATCCGGAGCGCTTCGGCATCGCCGAGATTGATGAGGAAAACAAACGGATCAAGTCGATCATTGAAAAGCCGGAGCAGCCGCCGACCAGACTATGCGTCACAGGGATCTACATGTACGACGCAGAAGTGTTTTCTTATATTGAACAAATTTCCCCTTCAAAACGCGGCGAACTGGAAATTACAGATGTCAATAATTTATACATTGAACACAGTGAGCTGACGTATGATGTGTTAACGGGCTGGTGGGTGGATGCGGGCACGCATGAATCGCTCTACCTCGCCGGAAGCCTGGCGCATCAGGCAATACAGAAAGGACAGGAGCATTAA MKGVILAGGTGSRLMPLTKAVNKHLLPVGPYPMIYWSIMKLEEAGITDILLITQKEYIPQFHKLLETGEELGVSITYQVQPAASGISDGLSYAKRFTGRDPFVLLLGDNIFEDSLKPYTERFAKQGKGAKVLLKEVDDPERFGIAEIDEENKRIKSIIEKPEQPPTRLCVTGIYMYDAEVFSYIEQISPSKRGELEITDVNNLYIEHSELTYDVLTGWWVDAGTHESLYLAGSLAHQAIQKGQEH PGPT0022600_4902 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 D1-12_02355 948 rfbB COG1088 dTDP-glucose 4,6-dehydratase ATGCCAAAATCATATTTAATTACAGGCGGCGCCGGATTTATCGGCCTTACCTTCACAAAGATGATGCTGAAAGAAACGGACGCGCAGATTACCGTCCTGGATAATCTCACGTATGCAAGCAGGCCGCTTGAAATAGAAGCCTTAAAAAAGAACGGCCGTTTCCGTTTTATCAAAGGTGACATTTCTAAAAAAGAGGACATTGACAAAGTCTTTTCCCACATGTATGACGCTGTCATTCATTTTGCGGCTGAATCCCATGTGGACAGAAGCATAAATCAGGCAGAGCCGTTCATCACAACAAATGTGATGGGCACATACCGACTGGCGGACGCGGTGTTGCAGGGAAAAGCCGGCAGACTGATTCACATTTCCACAGATGAGGTGTACGGAGATTTGGCGCCGGATGATCCCGCTTTTACAGAGACGACGCCGCTTTCTCCGAACAATCCGTATTCCGCCAGCAAGGCAAGCTCAGACCTGCTCGTCATGTCTTATGTGAAAACTCATAAGCTTCCAGCCATCATTACAAGATGCAGCAACAATTACGGGCCGTACCAGCATCACGAGAAAATGATTCCGACCATTATCAGGCATGCCGTAAACGGCACGCCGGTTCCGCTGTACGGCGACGGATTGCAGATCAGAGACTGGCTGTTTGCCGAAGACCATTGCCGCGCCATTAAGCTCGTCCTGGAAAAAGGAACACTCGGTGACATTTACAATATCGGCGGAGGAAATGAACGGACGAATAAAGAGCTTGCGTCATTTATCATGAAGGAGCTCGGTGTCGAGGAACGGTTTGCTCATGTCGAAGACAGAAAAGGGCATGACCGCCGCTACGCCATCAATGCTTCAAAGCTGAAAAATGAGCTGGGATGGCGGCAGGACGTCACATTTGAAGAAGGAATGAGAAGAACCATTCGCTGGTATACAGACAGCCAAGACTAA MPKSYLITGGAGFIGLTFTKMMLKETDAQITVLDNLTYASRPLEIEALKKNGRFRFIKGDISKKEDIDKVFSHMYDAVIHFAAESHVDRSINQAEPFITTNVMGTYRLADAVLQGKAGRLIHISTDEVYGDLAPDDPAFTETTPLSPNNPYSASKASSDLLVMSYVKTHKLPAIITRCSNNYGPYQHHEKMIPTIIRHAVNGTPVPLYGDGLQIRDWLFAEDHCRAIKLVLEKGTLGDIYNIGGGNERTNKELASFIMKELGVEERFAHVEDRKGHDRRYAINASKLKNELGWRQDVTFEEGMRRTIRWYTDSQD PGPT0022625_5194 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 D1-12_02356 849 rmlD dTDP-4-dehydrorhamnose reductase TTGACGAAGGTATTAGTAACCGGAGCGGCCGGCCAGCTGGGGCGGGAGTTATGCCGCCAGCTGAAGCGGGAAGGGTATGAAGTGATCGCCTTGACAAAAGCGATGATGAACATATCCGACCAGCGTTCGGTGCGGCACTCGTTCAGCCATTACAAGCCGGATATCGTCGTCAATACGGCGGCATACACCTCCGTTGACAAATGTGAAACGGAGCTCGACAAAGCGTATTTAATAAACGGAATCGGCGCTTATTATGCCGCGCTTGAGGCTGAAAACACCGGCGCGAAATTCATTCACATCAGCACCGATTACGTCTTCAGCGGCAAAGGAACACGGCCATACCAGACCGACGATCCCGCAGATCCGGGCACGATTTACGGAAAAAGCAAAAAACTCGGCGAAGAACTGATCCGGTTAACGGGAAAAAACCACACCATTATCAGAACATCGTGGGTGTACGGCAGCGGCGGGCACAACTTTGTCAATACGATGCTGAAACTTGCGGATACACATGATCAGGTGCGTGTCGTTAACGATCAAGTCGGCGCACCGACGTACACAAAGGATTTAGCCGAAACGGTGATCGGTCTGTTTGACAGGCCGCCGGGCTTATATCACGCCGCAAACAGCGGAGTGTGCAGCTGGTATGAATTTGCCAAGGCTATTTTTGAAGAAAGCGGCAGAACCGCCGCCGTGCTGCCCGTCACGACGGAGGAATACGGAAATGAGACGCCGCGCCCCGCTTATTCGGTGTTGAGTCTTGAGTCGATTGAACGGCAGGGGCTCGGCATGAGGCATTGGCGGGAAGCGCTGCATGATTATTTACAAAGGGAGGGACAGTGCAAGTGA MTKVLVTGAAGQLGRELCRQLKREGYEVIALTKAMMNISDQRSVRHSFSHYKPDIVVNTAAYTSVDKCETELDKAYLINGIGAYYAALEAENTGAKFIHISTDYVFSGKGTRPYQTDDPADPGTIYGKSKKLGEELIRLTGKNHTIIRTSWVYGSGGHNFVNTMLKLADTHDQVRVVNDQVGAPTYTKDLAETVIGLFDRPPGLYHAANSGVCSWYEFAKAIFEESGRTAAVLPVTTEEYGNETPRPAYSVLSLESIERQGLGMRHWREALHDYLQREGQCK PGPT0022630_3773 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 D1-12_02357 456 rfbC COG1898 dTDP-4-dehydrorhamnose 3,5-epimerase GTGATCGAAGGCGTAAAAATCAAAAAGCTGATCAAACACAGCGATGACCGGGGTTTTTTCTCAGAACTCGTCCGTGACGATGAACATCTCTTAGAGCGTTTCGGGCAGGCTTCCTGGTCCAAAAGCTATCCCGGCGTCATTAAAGCATTTCACTATCATGAGAAACAGGATGACCTGTGGTTTTTTCCGACGGGTTACGCCCAGGTCGTGCTCCATGACCTTCGCGAAGAGTCGGCAACCAAGGGAGAAACGGATGTCTACTACATGGGAGAAGACAATCCGATGCTCCTTCTCATTCCCAAAGGCGTCGCACACGGGTACAGAGTGCTGGGCGAAACCCCGCTGACCATTATTTATTTCACGACGATGTCCTACAATCCGGATCAGCCTGACGAAAAAAGAATTCCGTGGAATGATGACACCATCGGATTTGACTGGCAGACGGCTCACCGGTAG MIEGVKIKKLIKHSDDRGFFSELVRDDEHLLERFGQASWSKSYPGVIKAFHYHEKQDDLWFFPTGYAQVVLHDLREESATKGETDVYYMGEDNPMLLLIPKGVAHGYRVLGETPLTIIYFTTMSYNPDQPDEKRIPWNDDTIGFDWQTAHR PGPT0014300_4187 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 D1-12_02358 945 bcrA_2 Bacitracin transport ATP-binding protein BcrA ATGGAAAGGGGAAAGCGAATGACATACATCTTAAAAACGAGTCAGCTTACAAAAACATTTAAAGGAAAAGAAGTTGTTTCCGGGGTTAATATGCACGTGAAAAAAGGGGAGATTTATGGATTCTTGGGTCCCAATGGTGCAGGTAAAACAACCATTATGAAAATGATTACCAATTTAATCAAGCCAACAAGTGGGGAAATAGAAATTTTCGGTGAGAAATTAACAGATACGTCATTTGAAGTTTTAAAACGAATGGGCACCATTATTGAATATCCCATTTTCTATGACAACCTCACTGCTAAAGAAAATTTAGATTTCCATTGTGAATATATGGGCTATTACGATAAAAAATCCATTGACCACGCTATCGAGCTTGTAAAGTTACATAATATTGATAATAAAAAAGTGAAAGAGTTTTCTTTAGGAATGAAACAAAGGTTAGGAATAGCCAGAGCTATTTCTACAAGACCAGAACTTCTCATTTTAGACGAGCCGATTAACTGTCTGGATCCAATAGGTATAAAAGAGTTGAGGGATCTCTTTAAGTTACTTTGCAGAGAATATGGAATTACATTATTAGTCTCCAGTCACATTTTAGCCGAAATGGAACAAATGTCAGATACTGTTGGTATCATACAGAATGGCAAGTTAATAAAAGAAGTTTCTATGAAGAGTATAAACGGAAAACAAACAGAGTATGTGGAGGTAAAAGTCCAAAATATAAAAAAAGCGTTATATATTTTAGAGCAAAATCTGGGGATAAGAAATTTTAAAATGATTGACCAGCAATTAATTCGTATCTATGAAACAGCAGTTACACAACAAGAAATCTCTAAAGCACTTATTCTGAATGACATTGGTATAGAAAGTATAAATAAAAAACACAGTTCTTTAGAAGAATACTTCTTAAATTCTATGAATGGGGAGGGAATACACACTAGATAG MERGKRMTYILKTSQLTKTFKGKEVVSGVNMHVKKGEIYGFLGPNGAGKTTIMKMITNLIKPTSGEIEIFGEKLTDTSFEVLKRMGTIIEYPIFYDNLTAKENLDFHCEYMGYYDKKSIDHAIELVKLHNIDNKKVKEFSLGMKQRLGIARAISTRPELLILDEPINCLDPIGIKELRDLFKLLCREYGITLLVSSHILAEMEQMSDTVGIIQNGKLIKEVSMKSINGKQTEYVEVKVQNIKKALYILEQNLGIRNFKMIDQQLIRIYETAVTQQEISKALILNDIGIESINKKHSSLEEYFLNSMNGEGIHTR PGPT0006725_7094 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990 NA NA D1-12_02359 705 hypothetical protein ATGTTAAAACTTATGAAATTAGAGTACAAAAAACATCACTTATCACAGTATTTTAAATGGGTGGCACTTTGGATATTCATCATCTTTGCCTTAGTGGCTCTTATGGGATGGGAATCTAAAAATGAAAATGAACTTATGTTTCGTGATTATGCAGATTTTATATCTCTAACTAATATTTTAATTAGAATTGTGTTTATTTGTTTTTCTGCTGTGATTTTATCCCGTTTAGTTATTGATGAATATAAAAATAAAACAATACAATTGCTGTTTACTTATCCTTTACAAAGAAAAAAATTAATGCAAGCTAAACTATCTATTGTCTTCCTATTCTGCTTTGTAAGTATTGTTATTGCTACGTTTGTTATTAACTTGTTAATTCTCTTCGTGAGTCCGCACTTATATTTATTCGAGAAGCCTGTTGAAATGAGTGAAGTTATTTCCGCTATGCCATCGTCTCTTCTCACCGCTTTTATGATGGGAGGAGTGAGTCTGATTCCTTTATTTTTCGGCATGAGAAAAAAATCAACTTCTGCTACAATCACTTGGGCTGTCATAATCGGGGTCTTTATCAATGCAACAGTTTCCGACGGAGAAGAAACAGTCAGTTTAAGTCAATTTATTATCATTCCAATTATACTTTGTTTATTTGGTTTTTTAGTCGGTTATCTTTCTTACCGTAAGGTGGATCAGAAAGATTTATTGTAG MLKLMKLEYKKHHLSQYFKWVALWIFIIFALVALMGWESKNENELMFRDYADFISLTNILIRIVFICFSAVILSRLVIDEYKNKTIQLLFTYPLQRKKLMQAKLSIVFLFCFVSIVIATFVINLLILFVSPHLYLFEKPVEMSEVISAMPSSLLTAFMMGGVSLIPLFFGMRKKSTSATITWAVIIGVFINATVSDGEETVSLSQFIIIPIILCLFGFLVGYLSYRKVDQKDLL NA NA NA NA NA D1-12_02360 867 hypothetical protein ATGAAGAAGATTATAGCATCATGTGCAGTGTTAATCGTAATCGGCGGAATTGTTTTAATCCTTGATAAGACAGATACAAAAAACTTTAAAAAGAACGTGTCCTACAATGTTGAAAAAATTGATACTTTAAAAGTATATACTGACTCATGGGATGTGAAGTTTAAAAAGAGTAATTCAAATAAGGCAACAATATCTGCTGAGGGGAAACAGAAAGATAAGGCTCCAGTTACATTTCAAGAAAATGGGAGAGATTTGGTCGTTAGTCAAAAAGAACAAAAGAATGGCGGCTTTTTGGATGGATTTACTTTTGGGAAGCAGGGCGGCACAATCTATATTAATGTTCCCAATTCAGGTATGAACAATATTGAAATAACCAATAAAGATGGGAATATACAATTAAGTGAAATTTCAGCTGAACATATTGTCGTTGATAATCATTCCGGTGATGAAAAAATCAATAATGTTTCGGCTCATACTGGAAAGTTTTCATCCAGGGATGGGGCGTTAAGCGTTGAAAATAGTTCTTTTGAGAAATTAAATATAACATCTGCAAGCGGCGATAACGAGATGAAGGAAATACATAGTTCCAATGTAAAGGTTACTTCTAAAGATGGAGCGGTTTCAATCAAGGACATAACAGAAGGAACATCTTTATCAGTAAATACGAAATCAGGAGATATAGGTGTATCTTATAAAAAAGCGCCAACTTCACTTGCTGTTTTTGCTCAGAGTAATTCTGATGTAACGTTTGATCTAGATGGGCTTAATAAGAGCCATGATGGCGTAAAACTGAAAAAAGGTGAAATTGGCGCAGGAAGTAATAAAGTGAGTCTATCTAGTGAAGATGGTTCGATAAAGGTGAGATAA MKKIIASCAVLIVIGGIVLILDKTDTKNFKKNVSYNVEKIDTLKVYTDSWDVKFKKSNSNKATISAEGKQKDKAPVTFQENGRDLVVSQKEQKNGGFLDGFTFGKQGGTIYINVPNSGMNNIEITNKDGNIQLSEISAEHIVVDNHSGDEKINNVSAHTGKFSSRDGALSVENSSFEKLNITSASGDNEMKEIHSSNVKVTSKDGAVSIKDITEGTSLSVNTKSGDIGVSYKKAPTSLAVFAQSNSDVTFDLDGLNKSHDGVKLKKGEIGAGSNKVSLSSEDGSIKVR NA NA NA NA NA D1-12_02361 699 walR_4 COG0745 Transcriptional regulatory protein WalR TTGGGTTACAAAATATTAATTGTAGAAGACGACCAATTCATAAGCGATATGGTAAGCGAAAGCTTAACGAAAGAAGGGTTTGAAGTAACAGCTGCTTTTGATGGTGAAGAAGCTTTAGACATATTGAACACCCAAAAGTTTGAGGTTATATTGTTGGATTTAATGCTTCCGAAGATAGATGGGATGGAATGTTTAAGAATGATTCGTTCCAAAAGTATGGTTCCCGTTCTTATCATGTCTGCAAAAGATGAAGATGTAGATAAGGCACTTGGTCTCGGCCTCGGGGCTGATGATTATATTTCTAAACCTTTTTCTATGCTGGAGGTAATAGCCAGAATTAAAGCAACCATTAGAAGAGAAAGACACTATAAGAGCTCCCTGTCTTCAAAGGAAGAAAAAATCATTAAAATAGGTGATTTAAGTGTTGACCTGCATGGCTTTTCTGTTAAAAAATTCAATGAAAAGATTAATCTCACGGCAAAAGAATTTAATATTTTAAAACTCTTTATTTCTAATCCTTCACAAGTATATACTAAGTCTCAACTTTATAAATCCGTATGGGAAGATGAGTATCATGGAGATGAGAATGTAATTAATGTTCATATTAGACGGCTCAGAGAGAAAATTGAGGACGATCCATCTCATCCAATGTACATAAAAACTTTGTGGGGAATCGGTTATAAGTTGGGAGATTTTTAA MGYKILIVEDDQFISDMVSESLTKEGFEVTAAFDGEEALDILNTQKFEVILLDLMLPKIDGMECLRMIRSKSMVPVLIMSAKDEDVDKALGLGLGADDYISKPFSMLEVIARIKATIRRERHYKSSLSSKEEKIIKIGDLSVDLHGFSVKKFNEKINLTAKEFNILKLFISNPSQVYTKSQLYKSVWEDEYHGDENVINVHIRRLREKIEDDPSHPMYIKTLWGIGYKLGDF PGPT0014763_77 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-ENVELOPE_REMODELLING_REGULATION CE-ENVELOPE_REMODELLING_REGULATION_FACTOR,PGPT0014763-walR-NA NA NA D1-12_02362 936 rcsC_2 Sensor histidine kinase RcsC TTGTTTTATATGTTGGTTATTTTATTCATATGCTCTGCAGCAGTAAATATATTTCTTTTCCGAAGCCGATTAAATCTAAGAACTGAGATTAAATATATAAGAAATAAACTTCGAAAAGTTGTTAATGAAGAGACAGGCGAAAGATTATTGCTTAACACGGAAGATAAATATATAAAATCCTTGTTAATTCAAATAAACCGTCTTTTAGACCATAATCAAAAGATCAAAGGGAACTACAATAGTATTGAACTGTCCATGCGAAAAATGTTATCAAATATTTCACACGATTTAAAGACGCCTTTAACAGTTATACTAGGTTATATTGAAATGATAAATAACGATAAAAGTCTGACTTCGGAAAAGGTTATGAGTTTACTAAAAACAGTTAATTTAAAAACGGTCGAGGTATTAGCGTTAATAAACCGTTTTTTTGAACTTGTAAAATTAGAGTCAGGAGATAAAAAATTAAATTCTTCACGAATTGACATATGTGAAGTCAGCCGAAAAATAATTTTGGATTACTACGAAATTTTAATCAGCAAAGAATTTGAAGTAGTGATTGATATACCCGATGATTCTGTCTTTGTTAGCGGAGATGAAGATGCAATTGAGAGGGTTCTGAATAATTTAATTACGAATGCAATTCAATATGGTTCCGATGGTAAGATGGTGGGTTTAAAGATCAGAATAACTGATAATGATGTTTTTGTAGAAATATCAGATAAAGGAAAAGGAATAAATGAAATGCATAAAGACCGTGTCTTTGAACGAATGTACACATTGGAGGACTCGAGAAATACCAATTATCAGGGAAGCGGATTGGGGCTGACGATTACTAAGAGATTAGTAGAGCAAATGGAAGGAAGTATATCTCTAAATAGTGTCCCCTTCAAAGAAACAACGTTTTCTGTACGTTTAAGACGTATTAAATTTTAA MFYMLVILFICSAAVNIFLFRSRLNLRTEIKYIRNKLRKVVNEETGERLLLNTEDKYIKSLLIQINRLLDHNQKIKGNYNSIELSMRKMLSNISHDLKTPLTVILGYIEMINNDKSLTSEKVMSLLKTVNLKTVEVLALINRFFELVKLESGDKKLNSSRIDICEVSRKIILDYYEILISKEFEVVIDIPDDSVFVSGDEDAIERVLNNLITNAIQYGSDGKMVGLKIRITDNDVFVEISDKGKGINEMHKDRVFERMYTLEDSRNTNYQGSGLGLTITKRLVEQMEGSISLNSVPFKETTFSVRLRRIKF NA NA NA NA NA D1-12_02363 1287 rocG COG0334 Catabolic NAD-specific glutamate dehydrogenase RocG ATGTCAGCCAACCCGCTTTCTAAAAGCAATCAGAAAGATGAAGAAAAAGAAGTTCTTAATTTGTTCTTGTCAACACAATCGATCATAAAAGAGGCCCTGCGCAAACTGGGCTATCCTGACAATATGTATGAATTGATGAAAGAGCCGATGCGGCTTTTGACCGTCCGCATCCCCGTCAAAATGGACAATGGCTCAGTACAGGTTTTCACGGGCTACCGCTCACAGCATAATGACGCAGTCGGCCCGACAAAAGGAGGCGTGCGGTTTCATCCGGAAGTCAGTGAAGAAGAGGTTAAGGCGCTTTCGGTCTGGATGACTTTAAAATGCGGCATCACAAATCTTCCTTACGGGGGCGGAAAAGGCGGCATCATCTGTGATCCGCGGACGATGTCATTCGGAGAGCTGGAACGGCTGAGCCGCGGATATGTGCGCGCGATCAGCCAGATCGTCGGTCCGACAAAGGATATTCCGGCTCCCGACGTATATACCAACTCGCAGATTATGGCATGGATGATGGACGAATACAGCCGCCTGAGAGAATTTGATTCACCGGGATTCATTACGGGCAAACCGATCGTTCTCGGCGGTTCACAGGGGCGGGAGACAGCGACCGCGCAAGGCGTCACGATTTGTATTGAGGAAGCCGTTAAGAAAAAAGGGATTCCATTGGAAAATGCGCGGATCATCATTCAGGGGTTCGGAAATGCGGGGAGCTTTCTCGCTAAATTTATGCATGATGCCGGCGCCAAGGTGATCGGCATCTCAGACGCCCACGGCGCTTTGTATGACCCTGACGGCCTTGACATTGATTACCTGCTGGATAAGCGGGACAGCTTCGGCACGGTGACGAATCTCTTCTCGGATGTCATAACGAACCGGGAGCTGCTGGAAAAGGACTGTGATATTCTCGTGCCTGCCGCAATCTCCAATCAGATTACGGCTGAAAACGCCCATCACATTAAAGCCTCAATCATTGTGGAGGCGGCGAACGGGCCGACAACGATAGACGCCACGAAAATCCTGAATGAAAGAGGCGTGCTTCTCGTGCCGGATATTTTGGCAAGCGCCGGCGGCGTGACGGTGTCTTATTTTGAATGGGTGCAAAATAATCAAGGCTTTTACTGGTCTGAGGAGGAAGTCGCCGGAAAACTGCGCAGCGTCATGGTGAATTCGTTTGAATCCATTTATCAGACAGCGCATACCCACAAAGTCGATATGCGTTTGGCCGCCTATATGACGGGCATCAGAAAGTCGGCTGAAGCGGCCCGGTTCCGCGGCTGGGTATAA MSANPLSKSNQKDEEKEVLNLFLSTQSIIKEALRKLGYPDNMYELMKEPMRLLTVRIPVKMDNGSVQVFTGYRSQHNDAVGPTKGGVRFHPEVSEEEVKALSVWMTLKCGITNLPYGGGKGGIICDPRTMSFGELERLSRGYVRAISQIVGPTKDIPAPDVYTNSQIMAWMMDEYSRLREFDSPGFITGKPIVLGGSQGRETATAQGVTICIEEAVKKKGIPLENARIIIQGFGNAGSFLAKFMHDAGAKVIGISDAHGALYDPDGLDIDYLLDKRDSFGTVTNLFSDVITNRELLEKDCDILVPAAISNQITAENAHHIKASIIVEAANGPTTIDATKILNERGVLLVPDILASAGGVTVSYFEWVQNNQGFYWSEEEVAGKLRSVMVNSFESIYQTAHTHKVDMRLAAYMTGIRKSAEAARFRGWV PGPT0020205_70 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_GLUTAMATE_DEGRADATION|CONVERSION,PGPT0020205-gudB|rocG-K00260 NA NA D1-12_02364 1548 rocA COG1012 1-pyrroline-5-carboxylate dehydrogenase ATGACAGTTTCATACGCACACGAACCATTTACAAATTTTCAGGAAGAGACAAATAAACAATCGTTTCAGGAAGCGCTGGCTTATGTGAATTCACAGCTCGGCAAGCATTATCCGCTTATCATCAACGGTGAAGCGATTGAAACGGATAAAAAGATCATTTCCGTCAATCCGGCAGATAAAAAAGAAGTGATCGGTTCTGTATCGGCAGCCGGAAAAGAACTTGCGGAAAAGGCCATGCTGGCTGCGCTGCAGGCATTTCAAACATGGAAAAAAGTACGGCCGGAACACCGCGCGAATGTGCTGTTTAAAGCGGCGGCGATCATCCGCAGAAGAAAGCACGAATTCTCCGCGTATCTAGTGAAAGAAGCCGGAAAACCGTGGAAGGAAGCGGATGCTGATACGGCGGAAGCGATCGACTTTTTAGAGTATTATGCCCGTCAGATGCTGAAACTGAAAGACGGTTCCCCTGTAAAGAGCCGTGACGGAGAATTTAATCAGTATCACTATGAGCCGCTTGGGGTGGGAATCGTCATTTCTCCATTCAACTTCCCGCTTGCGATCATGGCGGGAACGGCGGCGGCAGCCATCGTAACAGGCAACACGATACTGCTGAAACCGGCGGATGCGGCGCCTGTCGTGGCGGCGAAATTTGTTGAAGTGATGAAAGAAGCGGGCCTGCCGGACGGCGTGCTCCAATTCATACCGGGCGACGGAGGAGAAATCGGCGACTATCTGGTTGAGCATCCGAAGACGAGATTTGTGTCGTTTACAGGCTCCCGCGCGGTCGGATGCCGCATCTATGAACGCGCCGCAAAAGTACAGCCGGGCCAAAAGTGGCTGAAACGGGTCATTGCCGAAATGGGAGGGAAAGATACGGTGCTTGTAGACAGAGATGCTGATCTTGATCTTGCCGCTTCCTCAATCGTGTATTCCGCCTTCGGATTCTCAGGCCAAAAATGTTCAGCCGGTTCGCGTGCGGTCATTCATCAGGACGTCTATGATGAAGTTGTTGAAAAAGCCGTCGCTTTAACAAAATCACTCACCGTCGGAAGTCCGGAAGATTTTGATACATACATGGGGCCAGTCATCCACGAAGCATCTTATAATAAAGTCATGAGGTATATCGAAATCGGCAAAACAGAAGGAAAACTCCTGACGGGAGGCGAAGGTGATGATTCAAAAGGATACTTTATTCAGCCGACCATTTTTGCGGATGTTGATGAAAACGCCCGCCTGATGCAGGAGGAAATTTTCGGGCCGGTCGTCGCGATCTCAAAAGCCCGTGATTTCGACCATATGCTTGAGATTGCCAATAATACCGATTACGGACTGACGGGCGCTCTGTTATCGAAAACCCGCGCGCACATTGAACGCGCCCGCGAAGATTTTCACGTCGGGAATCTATACTTCAACCGCGGATGTACGGGAGCGATTGTCGGATACCAGCCGTTCGGCGGCTTCAATATGTCAGGAACCGATTCAAAAGCCGGAGGACCTGACTATCTGATTCTTCATATGCAGGCAAAAACAACGTCTGAAGCCTATTAA MTVSYAHEPFTNFQEETNKQSFQEALAYVNSQLGKHYPLIINGEAIETDKKIISVNPADKKEVIGSVSAAGKELAEKAMLAALQAFQTWKKVRPEHRANVLFKAAAIIRRRKHEFSAYLVKEAGKPWKEADADTAEAIDFLEYYARQMLKLKDGSPVKSRDGEFNQYHYEPLGVGIVISPFNFPLAIMAGTAAAAIVTGNTILLKPADAAPVVAAKFVEVMKEAGLPDGVLQFIPGDGGEIGDYLVEHPKTRFVSFTGSRAVGCRIYERAAKVQPGQKWLKRVIAEMGGKDTVLVDRDADLDLAASSIVYSAFGFSGQKCSAGSRAVIHQDVYDEVVEKAVALTKSLTVGSPEDFDTYMGPVIHEASYNKVMRYIEIGKTEGKLLTGGEGDDSKGYFIQPTIFADVDENARLMQEEIFGPVVAISKARDFDHMLEIANNTDYGLTGALLSKTRAHIERAREDFHVGNLYFNRGCTGAIVGYQPFGGFNMSGTDSKAGGPDYLILHMQAKTTSEAY PGPT0020210_2515 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_PROLINE_DEGRADATION,PGPT0020210-putA-K13821 NA NA D1-12_02365 1683 rocB COG4187 Protein RocB ATGTATCAGCAGCTCAGCAAAATGCTTCCGGAGGAGAAAATAGAAGCCATTACAAAATCACTGGTAGCGTTAAACAGCATCAACGGCACATTGGGAGAAGGAAAAAAAGCCGACTATATCAAAGATATGATCAAGAGCTTTCCCTACTTTCAGGAGAACCCGTCACATGTGTGGGAGCAGGCGATTCCTGAGGACCCTTACGGCCGCAAAAATATTTTCGCATTTATTGAGGGAAACGGCGACAGCCTGAATACGGTCATTTATCACGCTCATCTTGATACGGTCGGCATCGAGGATTTCGGCCCTTTAAAAGATATCGCTTTTGATTCCGACCGTCTCGCGGAGTATTTCTCAAACTATGAATTTGATCGTGATGTGCAGCGGGACGCCCGCTCAGGCGAGTGGATGTTCGGAAGGGGTTCGGTTGATATGCAAAGCGGTATTGCCGTTCATCTCGCCAATCTGCTTCACTTTTCTGAGCGGCGCGATCAGCTGCCGGGCCATATTCTGTTCATGGCAAACCCGGATGAAGAAAGCCAGCATTCCGGCATTTTAACGAGCATTTCTGAATTAAAACGGCTGAAACAAGAAAAGCAGCTTCGTTATTTAGCAGCGATTAATAACGATTTTATCACCCCGCTGTATGAAGGTGACACGACAAGGTACATCTACACGGGCGCGGCAGGGAAGCTTTTGCCTTGCTTTGCGATTTACGGGCGGGAGGTGCATGTCGGAGATACGCTGTCCGGCATCGACCCGAATTTGATCGCGTCAGAAATCACCAGAAGAATTCACAACAATATTCATATGGCGGAAAACATTGAAGGGGAGCTTGTGCTTCCGCCGACCTGCCTCTACCAGCGTGACAACAAGGAAGCGTATAACGTGCAGACCGCCGTCAGCAGCTATGTCTATTTTAATTATTTTATTTACGAGAAAACCGCCAAAGAAGTCATGGATCAGCTGACTGCGGTGGCTGACGAAGCCTGCAAAGAGACAGAACGAAAATTATCTGATTATTACGACGAATACTGTGAGAGAACGAGCCTGCCGAAAAAAGAGATGTCATGGAACGTTCAAGTGTACAGTCTGGAAGATTATCTGAAAAGGCTGAGAAGCCGCGGGATAGACCCGGCGCAGTGTATCGAGCAGGCATTTAAAACATATGAACATCTTGAACTGCGGATGAGATGCTTTAAAGCCGTCGAGGAACTGCAAAAACTCGATCCTGAGCAGGGAGCCAAGGTCATTATTTTCTATGCGCCGCCTTACCTTCCGCACAATTATCTGAAGGAAGAGAGCACACGGGACCGGCTTTTGCAGCATGTCATTCAAGAAGCCGTCGATAAAACAGCGGCATCAACCGGAGAAACATTCGTCTTTAAAAAGTTTTTCCCTTATTTAGCGGACGGAAGCTTTTTATCGCTGCATGAAACAGACGCAGAGGTCTCCGCCTTTACCGATAATTTTCCGGGCTGGGATGTCATCGGGACGATTCCTTTTAAAGAAATCAGGGAATTGAATATTCCGTCGGTCAATATAGGGGTATACGGAAAGGACGGCCATAAATGGACGGAACGCGTGTACAAGCCGTACACATTCCATGTGCTGCCGGAGCTCATTCAGCAGACGACAATGCACCTTTTGCACAGCTACCGATTAGACATACGCACAAATGGCTGA MYQQLSKMLPEEKIEAITKSLVALNSINGTLGEGKKADYIKDMIKSFPYFQENPSHVWEQAIPEDPYGRKNIFAFIEGNGDSLNTVIYHAHLDTVGIEDFGPLKDIAFDSDRLAEYFSNYEFDRDVQRDARSGEWMFGRGSVDMQSGIAVHLANLLHFSERRDQLPGHILFMANPDEESQHSGILTSISELKRLKQEKQLRYLAAINNDFITPLYEGDTTRYIYTGAAGKLLPCFAIYGREVHVGDTLSGIDPNLIASEITRRIHNNIHMAENIEGELVLPPTCLYQRDNKEAYNVQTAVSSYVYFNYFIYEKTAKEVMDQLTAVADEACKETERKLSDYYDEYCERTSLPKKEMSWNVQVYSLEDYLKRLRSRGIDPAQCIEQAFKTYEHLELRMRCFKAVEELQKLDPEQGAKVIIFYAPPYLPHNYLKEESTRDRLLQHVIQEAVDKTAASTGETFVFKKFFPYLADGSFLSLHETDAEVSAFTDNFPGWDVIGTIPFKEIRELNIPSVNIGVYGKDGHKWTERVYKPYTFHVLPELIQQTTMHLLHSYRLDIRTNG NA NA NA NA NA D1-12_02366 1419 rocC_1 COG0833 Amino-acid permease RocC ATGCAGGGAGATACCAATCAAACTGAATTGCAGCGCACGATGAAGGGCCGGCATTTGTTTATGATCGCCCTCGGCGGCGTGATCGGGACGGGGCTTTTTCTGGGCTCCGGTTTTACGATCAGTGAAGCGGGACCGATCGGCGCGATATTGGCTTATGTGATCGGCGGATTTTTAATGTATCTGGTGATGCTTTGTTTGGGGGAGCTCGCGGTCGCCATGCCGGTCGCAGGATCATTTCAGGCGTATGCCGCAAAGTTTCTCGGGCCGTCGACGGGTTTTACGATCGGATGGATGTACGCATTCAGCTGGGCCAATACAGTGGGGCTTGAACTGACGTCGGCGGGGATTTTAATGCAGCGGTGGTTTCCGGCCGTTCCGATTTGGGTGTGGTGCCTTGTATTCGGCGTCGTCATTTTTTCCATTAACGCGCTGTCTGCGCGGAGTTTTGCGGAAATGGAATTTTGGTTTTCCAGCATTAAGGTCATGGCCATTGTATTGTTTATTATTCTCGGCTGCGCTGCGGTATTCGGCTTTGTCGGTTTTAACGGCGGGCAGACGGCTCCGTATCTGTCAAACTTTACGACGGACAAAGGGCTTTTCCCGAACGGCGCCCAAGCCGTGCTGTTTACCCTTGTCATGGTGAATTTTTCATTCCAGGGCACCGAACTGGTCGGAATCGCCTCGGGAGAAAGCGAAAATCCGGAAAAAACGCTTCCCCGCTCGATCCGAAACGTCATATGGCGGACGCTGTTTTTCTTCGTGCTGGCGATGTTTGTTCTCGTGTCCATTTTGCCGTACCAAACGGCAGGCGTCATCGAAAGTCCGTTTGTGGCTGTGTTGGATAAAATCGGCGTTCCCTATGCGGCTGATATCATGAACTTTGTCATTCTGACCGCCATGCTGTCGGTGGCGAATTCCGGGCTGTACGCTTCGTCCAGAATGATGTGGTCCCTGTCAAAAACTAAGATGGGCCCCGCTTCCTTAACGAAACTGACGAAAAAAGGCGTGCCTCTGAAAGCTCTTTCCATCACCATCGCTATCTCCGGTTTATCCCTGCTGACAAGTGTATTCGCGGCTGAAACGGTGTATGTGTGGCTCATTTCCATCTCCGGTATGATTACCGTCGTCGCGTGGATGTCAATCTGCGCTTCTCAATTCGTTTTCCGGAGACGCTTTCTCGCTGAAGGAGGAAATCTGAAAGACCTGGCATTTAAAACGCCTCTTTATCCGATCGTGCCGATTCTCGGATTTTCGGTTTACGGTCTTATCTTAATCAGTCTCATCTTTATTCCCGACCAGCGTATCGGTCTGTACTGCGGCGTCCCGCTGATGATCATCTGTTACGCGTATTATCACTTCGGTATCAAAAAACGCCTGAAGCGTGAGCCGGCTTCTTCGGAAAAAGGCGCTGCCGGATAA MQGDTNQTELQRTMKGRHLFMIALGGVIGTGLFLGSGFTISEAGPIGAILAYVIGGFLMYLVMLCLGELAVAMPVAGSFQAYAAKFLGPSTGFTIGWMYAFSWANTVGLELTSAGILMQRWFPAVPIWVWCLVFGVVIFSINALSARSFAEMEFWFSSIKVMAIVLFIILGCAAVFGFVGFNGGQTAPYLSNFTTDKGLFPNGAQAVLFTLVMVNFSFQGTELVGIASGESENPEKTLPRSIRNVIWRTLFFFVLAMFVLVSILPYQTAGVIESPFVAVLDKIGVPYAADIMNFVILTAMLSVANSGLYASSRMMWSLSKTKMGPASLTKLTKKGVPLKALSITIAISGLSLLTSVFAAETVYVWLISISGMITVVAWMSICASQFVFRRRFLAEGGNLKDLAFKTPLYPIVPILGFSVYGLILISLIFIPDQRIGLYCGVPLMIICYAYYHFGIKKRLKREPASSEKGAAG PGPT0000815_605 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 D1-12_02367 1203 bcr_1 Bicyclomycin resistance protein ATGAATAACGCTGATTCAAAGGCCGCCCGCGCAGGCCTCGGCATGGTACTGATTCTCGGGACGCTCGCTTCATTCGGGCCGCTTTCGCTCGATATGTATCTGCCCGCTTTGCCTGAAGTGGCGGCCGATCTTCATACGACAGCGTCACTTGCGCAGCTGAGCCTGACGTTCTGTCTTTTGGGGCTGGCGGTCGGGCAGATCGTTGTCGGGCCGCTCAGTGATATGATCGGGCGCCGGAAGCCGCTGATTCTGTCATTGCTGCTTTATACGCTGTCTTCTTTATTATGCGCCTTCAGCCCTTCTGTTTCGTTTTTAATTGTCATGAGGTTTATTCAAGGATTCACCGGGGCGGCCGGAATCGTCATCGCACGGGCTTCCGCACGCGATATGTATTCCGGAAAAGAATTGACAGCTTTTTTCTCATTACTGATGCTCGTCAATGGGGCGGCGCCGATTTTAGCGCCGATTACAGGGGGATTTATCCTTCAGTTCGCCGGCTGGAAAATCGTATTTATCGTGCTGGCGGTGATCGGCTGTATCATTTCTGCCGCCGTGCTTACGGCGTTGCCTGAATCACTCCCGCCGGAAAAGCGGACAAGCGGCGGACTCCGGGAGACGCTGATGACGTTTCGCGGCCTGCTTGGCGACCGGATGTTTATGGGATTTGCGCTCAGCCAGGCATTTGTGATGACCGGCATGTTCGCATACATTGCCGGGTCGCCGTTTGTACTGCAAAACATCTACGGCGTATCAGCGCAAATGTTCAGCCTGCTGTTCGCCGTAAACGGTGCGGGAATCATATGCGCCACCCAAATCACCGGACGGATGGCTAAAACACATGATGAACGGAAGCTGTTTGTCTCCGGGCTGTTGATCGCCGTCATCGGAAGCATCGCTTTGCTTTTATCACTTGCGTTTGGTTTAGGCCTGACGGCGGTCTGCATTTCTTTATTCATCATTGTTTCTTCTGTCGGGATCGTCACGACGACGGGATTTTCTTTGGCTATGCAGAAACAGGAGAAAGGCGCGGGAAGCGCTGCGGCTCTTCTCGGACTCCTGCCCTTTATCGGGGGTGCGGCTGCCGCTCCCCTTGTCGGTATTGCCGGAGAAGAAAATGCCTGGCCGATGGCCGTCAGCATTTTCGGTTTTGAGTTCTGTGCCGTTCTATCCTATGTGCTGTCGGCCAAACGGAAAACAAAGTAA MNNADSKAARAGLGMVLILGTLASFGPLSLDMYLPALPEVAADLHTTASLAQLSLTFCLLGLAVGQIVVGPLSDMIGRRKPLILSLLLYTLSSLLCAFSPSVSFLIVMRFIQGFTGAAGIVIARASARDMYSGKELTAFFSLLMLVNGAAPILAPITGGFILQFAGWKIVFIVLAVIGCIISAAVLTALPESLPPEKRTSGGLRETLMTFRGLLGDRMFMGFALSQAFVMTGMFAYIAGSPFVLQNIYGVSAQMFSLLFAVNGAGIICATQITGRMAKTHDERKLFVSGLLIAVIGSIALLLSLAFGLGLTAVCISLFIIVSSVGIVTTTGFSLAMQKQEKGAGSAAALLGLLPFIGGAAAAPLVGIAGEENAWPMAVSIFGFEFCAVLSYVLSAKRKTK PGPT0029005_3384 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 D1-12_02368 1239 sotB sugar efflux transporter ATGAACAGCAAACAAACCGATCACATCGAAACGAAACGCCGATTTCCGATCTGTCTCGCGCTTGCTTTGACATTAGGCGTATTTGCCGCCGGTTCTGAAGAGCTGGTGATTTCTCCGCTGCTTCCGGATTTGGCGCGGGCTTTCAGCTCGGATGTCAGTGTGCTGGCGCTTTCCATCAGTATTTACGGAGTGATGATTTTTATCGGCGCTCCGCTTCTCGTTCCGCTGGGAGATAAATATTCCCGGGAACTCAGCCTGCTGGCGGGGCTGCTTATATTTACGGCCGGCACGGTGATCTGCGCGCTGGCGCACAATCTCTTTTTCTTCTTTCTGGGCAGGGCGCTTTCCGGGCTTGCGGCGGGTGCGTTTGTGCCGACAGCATATGCGGTGGTCGGCGACCGTGTGCCTTATGCGTACCGCGGCAAGGTGATGGGTCTGATCGTGTCAAGCTGGTCGCTCGCTTTGATTTTCGGCGTTCCGATCGGCTCTTTTATCGGCGGTGTTTTGAATTGGCGGTGGACGTTTTGGATTTTCGCCCTGATGTCTGTCCTCGTTGCTTCGCTCATTTTCATTGAGGCGCGCCGCAGTACGGCGGATGGGGATAAAACAGAAGAGGAAAACGGACGGCAGGCAGGCACTTTCCGGGATGCGCTGAAGGTGCCCCGTGTCCCTGTATACCTCACGATCACTTTTTGCAACATGATCGGTTTTTACGGCATGTATTCCTTTCTCGGCACATATCTTCACCGCGTGCTGCCGGGGGGGAATACAGCTTCAGGGCTGCTGATCATGGTGTACGGAATCGGTTTTTCCATGAGCGTGTTCACCGGAAAAATCGCAGATAAGGCGGGGAAAATGCGCTCTTTGATCGCGGCATTGGCCGTGATCAGCATATGGCTTTCCTGTCTCGCCTATGCGCCGTCATCAATGCCGTTTTTGGTCATCGGGTTATTCGTCTGGGGATTGATGCAAAGCCTGACGGTGACCTTGCTCAGCACCATTTTAAGTGATTGCTCACAGAGCCGCCGGGGTAAAATCATGGCATTTTACAGTCTGGCGTCCAATTTGGCCGTGACCTTGGGTTCGGCTGTCATGGGTCCGGTCTACGTCGGATACGGATATGCAGCTGTCGGATTTATCTGTGCGGCCGTCACCCTCATCGGCTTTGTCCTCAGCGTTTTCGCATACAGAAGGTATGGAAAATATGAGCATCGGACCGACCAATCATTGTATCGGTAA MNSKQTDHIETKRRFPICLALALTLGVFAAGSEELVISPLLPDLARAFSSDVSVLALSISIYGVMIFIGAPLLVPLGDKYSRELSLLAGLLIFTAGTVICALAHNLFFFFLGRALSGLAAGAFVPTAYAVVGDRVPYAYRGKVMGLIVSSWSLALIFGVPIGSFIGGVLNWRWTFWIFALMSVLVASLIFIEARRSTADGDKTEEENGRQAGTFRDALKVPRVPVYLTITFCNMIGFYGMYSFLGTYLHRVLPGGNTASGLLIMVYGIGFSMSVFTGKIADKAGKMRSLIAALAVISIWLSCLAYAPSSMPFLVIGLFVWGLMQSLTVTLLSTILSDCSQSRRGKIMAFYSLASNLAVTLGSAVMGPVYVGYGYAAVGFICAAVTLIGFVLSVFAYRRYGKYEHRTDQSLYR PGPT0012786_7 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS OTHER_BIOTIC_STRESS_RESISTANCE_GENES BIOTIC_STRESS_RESISTANCE-BACILYSIN_TRANSPORT,PGPT0012786-ywfA-NA NA NA D1-12_02369 615 bacA Prephenate decarboxylase ATGATTATATTGGATAATAGCATTCAAACGAAAAGCAAGGCTTATTCAATATCTAAACTGATTACGATCAACACGCTCGGTCCTGAAGGGACAAGCAGTGAGTACGCAGCAAAAAACTTCATCACCAATTTTACCCTTCTCCAAGGGGTGAACAGTAAATTATCACTGCATGATACATTTGAATCGTGCATTGAAAAAACGCTTCAAAGTCCGCTGGAATACACAATTGTGCCTCACGCGTATGACGGCATTAAGCACTTCTACATGAGACCGGATCTGCAGCTTCTGCAAATTTTCAGGTGCGACACCCCGATGTACGGCCTGGCTGTCCGGCCCGGTTTTGAATATACGGATGACATGCTTGATAAGGCTGTCATCGTATCCCACCCGTCTCCTATCAATTTGATTAAGTATTTTACCCGTAAAGATGTCACGTTTGATCTGGTGAACTCAACGAGCGCAGCCGCGAAAAGAGTGAAGGACGGTTTGTCCGACATCGCGCTGACAAATGAGCTGGCCAGACAAAAGTACGGCCTTCACTTTGTCAAAACATTTAAAAGCATTCCCATGAGCTGGTCATTATTCGGAAAAGGAGAGATTCATGATGAAAACTGA MIILDNSIQTKSKAYSISKLITINTLGPEGTSSEYAAKNFITNFTLLQGVNSKLSLHDTFESCIEKTLQSPLEYTIVPHAYDGIKHFYMRPDLQLLQIFRCDTPMYGLAVRPGFEYTDDMLDKAVIVSHPSPINLIKYFTRKDVTFDLVNSTSAAAKRVKDGLSDIALTNELARQKYGLHFVKTFKSIPMSWSLFGKGEIHDEN PGPT0012780_7 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS OTHER_BIOTIC_STRESS_RESISTANCE_GENES BIOTIC_STRESS_RESISTANCE-BACILYSIN_METABOLISM,PGPT0012780-bacA-K19546 NA NA D1-12_02370 711 bacB H2HPP isomerase ATGAAAACTGAACAAGATTTGCAGGAACTTTATTTCCCGACGCCTAAATTAATAGAATGGGATAACGGAGTAAGACAATATTCGTCCGTCAGAGGCGATACGGAAGTTCTGCTTTCTTACGTTCCGCCGCATACAAACGTGGAACCGCATCAGCATAAGGAAGTCCAAATCGGCCTTGTCGTTTCCGGCGAGCTGTCCATGACTGTCGGAGATGTCACAAGAAAGATGACCGCGCTGGAATCAGCCTATATCGCGCCTCCTAACGTGCCTCACGGCGCAAGAAATGAGACGGATCAAGAAGTGATCGCCATTGATATTAAACGCCTGAAAGCCGGTGAAACCTACACAAGCCCCGAGGACTATTTTTTGAATATTTTTAAAACGAGAGACTTATTGCCTGGGATGGAAGTCACGTTCTTCGTGGAAGACTGGGTGGAAATCATGCTTGCCAACATTCCGGGCAATGGAGGAGAAATGCCGTTTCATAAACACCGCAATGAACAGATCGGCATCTGCATCGGCGGCGGCTATGATATGACCATTGAAGGCTGCAAAGTGGATATGACATTCGGCACAGCTTATTTCTGCGATCCGAGAGAAGATCACGGCGCCATCAACAGATTTGAAAAAGATTCAAAATCAGTCAATATCTTTTTCCCTCCGCGCTATAACAGAGCAAAAGCGAAAAAATTAGAGGCGAAAGAGTCATGA MKTEQDLQELYFPTPKLIEWDNGVRQYSSVRGDTEVLLSYVPPHTNVEPHQHKEVQIGLVVSGELSMTVGDVTRKMTALESAYIAPPNVPHGARNETDQEVIAIDIKRLKAGETYTSPEDYFLNIFKTRDLLPGMEVTFFVEDWVEIMLANIPGNGGEMPFHKHRNEQIGICIGGGYDMTIEGCKVDMTFGTAYFCDPREDHGAINRFEKDSKSVNIFFPPRYNRAKAKKLEAKES PGPT0012775_3 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS OTHER_BIOTIC_STRESS_RESISTANCE_GENES BIOTIC_STRESS_RESISTANCE-BACILYSIN_METABOLISM,PGPT0012775-bacB-K19547 NA NA D1-12_02371 762 bacC_2 Dihydroanticapsin 7-dehydrogenase ATGAACCTGACGGATAAAACCGTCCTCATCACAGGGGGCGCATCAGGCATCGGTTATGCCGCGGTTCAGGCGTTTCTGAATCAGCAGGCGAATGTGGTCGTCGCGGATATTGATGAGGCGCAGGGAGAAGCGATGATCAGGAAAGAAAACAATGACAGGCTGCATTTTGTGCAGACGGATATTACAGATGAACCGGCATGTCAAAACGCCATCCGGTCAGCGGTAGACAAGTTCGGCGGATTGGATGTGTTAATCAATAACGCCGGCATCGAAATTGTCGCGCCGATTCATGAGATGGAGCTGAGCGATTGGAACAAGGTGCTCAACGTCAATCTGACGGGCATGTTTCTTATGAGCAAGCACGCGCTCAAGTATATGCTCAAAAGCGGCAAGGGCAATATCATTAACACGTGCTCCGTCGGAGGAGTCGTTGCATGGCCCGACATTCCCGCATATAACGCCTCTAAAGGCGGCGTATTGCAGCTGACGCGTTCGATGGCCGTCGATTACGCCAAACACAACATCCGCGTCAATTGCGTGTGCCCGGGAATCATTGACACACCTTTGAATGAAAAGTCGTTCCTTGAAAACAACGAAGGCACGCTTGAAGAAATCAAAAAAGAAAAAGCGAAAGTCAATCCGCTGCTGAGACTCGGCAAGCCTGAAGAAATAGCGAACGTCATGCTGTTTCTCGCGTCGGATTTATCAAGCTATATGACCGGAAGCGCGATCACCGCAGACGGTGGATACACCGCACAATAG MNLTDKTVLITGGASGIGYAAVQAFLNQQANVVVADIDEAQGEAMIRKENNDRLHFVQTDITDEPACQNAIRSAVDKFGGLDVLINNAGIEIVAPIHEMELSDWNKVLNVNLTGMFLMSKHALKYMLKSGKGNIINTCSVGGVVAWPDIPAYNASKGGVLQLTRSMAVDYAKHNIRVNCVCPGIIDTPLNEKSFLENNEGTLEEIKKEKAKVNPLLRLGKPEEIANVMLFLASDLSSYMTGSAITADGGYTAQ PGPT0012770_15 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS OTHER_BIOTIC_STRESS_RESISTANCE_GENES BIOTIC_STRESS_RESISTANCE-BACILYSIN_METABOLISM,PGPT0012770-bacC-K19548 NA NA D1-12_02372 1419 bacD Alanine--anticapsin ligase ATGGAGAGAAAAACAGTATTGGTCATTGCTGATCTTGGAGGCTGCCCGCCGCACATGTTTTATAAAAGCGCTGCTGAAAAATATAACCTGGTCAGCTTTATTCCAAGGCCTTTTGCAATTACAGCCTCTCATGCAGCTTTGATTGAAAAATACTCGGTCGCGGTCATTAAAGATAAAGACTATTTTAAGAGTCTGGCTGATTTTGAGCATCCCGATTCGATTTACTGGGCTCATGAAGATCATGACAAACCTGAGGAAGAAGTAGTCGAAGAAATCGTCAAGGTGGCCGGCATGTTCGCGGTTGACGCCATTACGACCAACAATGAACTGTTTATCGCTCCGATGGCAAAAGCGTGTGAACGTCTCGGCCTGCGGGGAGCGGGCGTACAGGCCGCTGAAAATGCCAGAGATAAAAACAAAATGAGAGCCGCCTTCAACCGGGCCGGCGTCAAATCCATCAAAAACAAACGGGTGACGACGCTGGAAGATTTCCGCGCCGCGCTTCAGGAAATCGGAACGCCGCTCATTCTGAAGCCTACATATCTGGCGAGCTCCATCGGCGTGACGCTTATCAAAGAGATGGAAACGGCCGAAGCCGAATTTAACAGAGTCAATGAATACCTGAAGTCGATCAACGTACCGAAAGCGGTCACGTTTGAAGCGCCGTTTATCGCGGAAGAATTTTTGCAGGGCGAGTATGACGACTGGTACGAAACAAGCGGTTATTCCGACTATATCAGCATAGAAGGCATCATGGCCGACGGGGAATACTTCCCTGTCGCGATTCATGATAAAACACCGCAAATCGGATTCACGGAGACATCGCATATTACGCCGTCCATCCTGGATGATGACGCGAAGCGAAAAATCGTCGAAGCAGCCAAAAAGGCGAATGAAGGACTAGGCCTCGAAAACTGCGCAACACATACAGAGATTAAATTAATGAAAAACCGGGAAGCCGGACTGATTGAATCAGCGGCACGATTTGCGGGCTGGAACATGATTCCGAATATTAAAAAGGTCTTCGGCGTCGATATGGCGCAGCTGTTATTGGATGTTCTCTGTTTCGGAAAAGAAGCCGATCTGCCGAAAGGATTATTGGAGCAGGAGCCATGCTATGTCGCCGACTGCCACTTGTATCCTCAGCATTTCAAAGAGAACGGCCAGCTGCCTGAGACGGCTGTCGATTTCGTCATTGAAAGCATTGACATTCCCGACGGCGTCTTAAAGGGAGACACCGAAATCGTTTCTTTCTCGGCGGCCGAGGCGGGTACGTCCGTGGATCTGCGGCTGTTCGAAGCGTTCAACAGCATTGCGGCGTTCGAGCTGAAAGGAAGCAATTCGGGTGACGTGGCCGAATCAATCAAACAAATTCAGCAGCAGGCGAAGCTGACTGCAAAGTATGCGTTACCGGTATGA MERKTVLVIADLGGCPPHMFYKSAAEKYNLVSFIPRPFAITASHAALIEKYSVAVIKDKDYFKSLADFEHPDSIYWAHEDHDKPEEEVVEEIVKVAGMFAVDAITTNNELFIAPMAKACERLGLRGAGVQAAENARDKNKMRAAFNRAGVKSIKNKRVTTLEDFRAALQEIGTPLILKPTYLASSIGVTLIKEMETAEAEFNRVNEYLKSINVPKAVTFEAPFIAEEFLQGEYDDWYETSGYSDYISIEGIMADGEYFPVAIHDKTPQIGFTETSHITPSILDDDAKRKIVEAAKKANEGLGLENCATHTEIKLMKNREAGLIESAARFAGWNMIPNIKKVFGVDMAQLLLDVLCFGKEADLPKGLLEQEPCYVADCHLYPQHFKENGQLPETAVDFVIESIDIPDGVLKGDTEIVSFSAAEAGTSVDLRLFEAFNSIAAFELKGSNSGDVAESIKQIQQQAKLTAKYALPV PGPT0012765_9 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS OTHER_BIOTIC_STRESS_RESISTANCE_GENES BIOTIC_STRESS_RESISTANCE-BACILYSIN_METABOLISM,PGPT0012765-bacD-K13037 NA NA D1-12_02373 1182 bacE Putative bacilysin exporter BacE ATGAAACAGCTGAAACCGAACTCTAAGTATTTGCTTTTCGGGCAGGCGCTTTCGTTTATGGGAGACTATTGCGTTCTCCCGGCCCTGCTCATTTTGTCTACATACTATCACGACTACTGGGTGACGTCCGGCGTCATCGCGGTCCGCAGTATTCCGATGGTGTTTCAGCCGTTTTTAGGCGTGCTCGTGGACCGGCTCGACAGGGTGAAAATCATGCTGTGGACGGATGTGATCAGAGGTATCATCTTTTTGGGGCTGACATTTCTCCCGAAAGGCGAATATCCGCTGCTTTTTCTGGCGCTGCTGTTTGTTTCTTACGGAAGCGGCGTGTTTTTTAATCCGGCACGTCTCGCGGTCATGTCGTCTTTAGAAGCGGATATTAAAAATATCAACACTTTGTTTGCAAAAGCCACGACGATTTCGATTATTGTCGGCGCTGCAGCCGGCGGACTTTTTCTGTTAGGCGGTTCTGTGGAGCTTGCCGTCGCGTTTAACGGGGTGACCTATCTTGTCTCCGCGTTTTTCATCAGCCGCATTAAGCTTCAATACGTGCCGATTCAGTCAGAAAACGTGAGAGAAGCTTTTCAGTCGTTTAAAGAAGGCCTGAAGGAAATCAAAACAAATGCTTTTGTGTTAAACGCCATGTTCACGATGATTACGATGGCGCTTTTGTGGGGTGTCGTCTACAGCTATTTCCCGATTGTCAGCCGCTTTTTAGGCGACGGGGAAATCGGCAATTTCATCCTGACGTTCTGCATCGGCTTCGGCGGCTTTATCGGCGCCGCTCTTGTCAGCAAATGGGGCTTTAACAACAATAAAGGGCTGATGTATTTTACAGTGTTATCGATCGTCTCGCTTGCGCTGTTTTTGTTTACCCCGATTTTCGCCGTGTCAGTCATTGCCGCCATTCTTTTCTTTATCGCAATGGAATACGGTGAGGTGCTGGCGAAGGTCAAAGTTCAGGAGAACGCGGCGAACCAGATTCAGGGTCGGATTTTTTCGGTGGCGGAGGCCTCCATCGGATTGTGCATCGCCGTCGGTTCCATGCTGATCAACATTGTAGACGCGGCAGTCATCATGGCGTTTATCGTCCTTTTGGTCAGCGGACTGTTTCTGCATACAAAACTGGTCAATAAATCCTTTTCAGAACGGAATAACGAATCAGAGCAAATTCATTTATAA MKQLKPNSKYLLFGQALSFMGDYCVLPALLILSTYYHDYWVTSGVIAVRSIPMVFQPFLGVLVDRLDRVKIMLWTDVIRGIIFLGLTFLPKGEYPLLFLALLFVSYGSGVFFNPARLAVMSSLEADIKNINTLFAKATTISIIVGAAAGGLFLLGGSVELAVAFNGVTYLVSAFFISRIKLQYVPIQSENVREAFQSFKEGLKEIKTNAFVLNAMFTMITMALLWGVVYSYFPIVSRFLGDGEIGNFILTFCIGFGGFIGAALVSKWGFNNNKGLMYFTVLSIVSLALFLFTPIFAVSVIAAILFFIAMEYGEVLAKVKVQENAANQIQGRIFSVAEASIGLCIAVGSMLINIVDAAVIMAFIVLLVSGLFLHTKLVNKSFSERNNESEQIHL PGPT0012785_11 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS OTHER_BIOTIC_STRESS_RESISTANCE_GENES BIOTIC_STRESS_RESISTANCE-BACILYSIN_METABOLISM,PGPT0012785-bacE-K19552 NA NA D1-12_02374 1200 bacF_2 COG0436 Transaminase BacF ATGGAAATCATACCGTCCGACGTCATCAAGACACTTCCGAAACAGGAATTTTCGCTCGTTTTTCAAAAGGTAAAAGAGATGGAGAAAACGGGAGCCCAGATCATTAATCTCGGCCAGGGGAATCCTGATCTCCCCACTCCGCCGCATATCGTTGAAACTTTGCGGGAGGCTGCGCTGAATCCTTCGTATCACGGATACGGCCCGTTCAGAGGCTATCCGTTTCTGAAAGAAGCCATCGCGGAGTTTTATGAGAGAGAGTACGGGGTATCGGTCAATCCGGAGACAGAAGTCGCGCTGTTCGGCGGAGGGAAAGCTGGTTTGTACGTTTTGACGCAATGCCTGCTGAACCCCGGCGATATCGCCTTAGTCCCGAACCCCGGCTACCCTGAGTATTTATCGGGCATTACAATGGCCAGAGCGGAGCTGCATGAGATGCCGCTTCATCCGGAAAACGGCTATTTGCCGGATTTTGAGCGGATTGATTCCGCCGTCCTGAAAAAAGCCAAGCTGATGTTTTTGAATTACCCGAATAACCCGACGGGCGCAACTGCGGATCAGGCGTTTTATGAAAAAGCGGCAGCGTTTGCAAAAAAACATGACATCCACCTTATTCATGATTTTGCATACGGCGCGTTCGAATTTGATCAGAACCCGGCCAGCTTTCTTCAGGCGAAAGAAGCGAAAACGGTCGGCGCGGAGCTTTATTCATTTTCGAAAACCTTCAATATGGCAGGCTGGAGAATGGCATTTGCCTTGGGCAATGAGAAAATCATTCAGGCGGTCAATGAGTTTCAGGATCACGTCTTCGTCGGCATGTTCGGCGGTCTTCAGCAGGCGGCAGCGGCGGCGCTGTCAGGAAGTCCTGAGCATACGGAGCGTCTGAAGCGCACATATAAAGAACGGATTGACTTTTTCACGGCGTTATGTGAAAAGGAATTAGGCTGGAGCATTGAAAAACCGAAAGGGACTTTTTATGTTTGGGCTGAAATTCCGAATGAATTCGAGTCCTCACACCAGTTTTCGGACTATCTGCTGGAGCATGCCCATGTTGTCGTGACGCCCGGCGAGATTTTCGGCAGCGGCGGAAAGCGTTATGTCAGAATATCAATGGTGGCCAAGCAGGGCGATTTGAGGGAATTCGTGCTGCGGATTCAAAAGCTCGGTTTGTCCTTTCCTTCATTACAAGAAACATCCCGCTGA MEIIPSDVIKTLPKQEFSLVFQKVKEMEKTGAQIINLGQGNPDLPTPPHIVETLREAALNPSYHGYGPFRGYPFLKEAIAEFYEREYGVSVNPETEVALFGGGKAGLYVLTQCLLNPGDIALVPNPGYPEYLSGITMARAELHEMPLHPENGYLPDFERIDSAVLKKAKLMFLNYPNNPTGATADQAFYEKAAAFAKKHDIHLIHDFAYGAFEFDQNPASFLQAKEAKTVGAELYSFSKTFNMAGWRMAFALGNEKIIQAVNEFQDHVFVGMFGGLQQAAAAALSGSPEHTERLKRTYKERIDFFTALCEKELGWSIEKPKGTFYVWAEIPNEFESSHQFSDYLLEHAHVVVTPGEIFGSGGKRYVRISMVAKQGDLREFVLRIQKLGLSFPSLQETSR PGPT0012760_28 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS OTHER_BIOTIC_STRESS_RESISTANCE_GENES BIOTIC_STRESS_RESISTANCE-BACILYSIN_METABOLISM,PGPT0012760-bacF-K19549 NA NA D1-12_02375 801 bacG COG1028 NADPH-dependent reductase BacG TTGGTAAAGGGGTGCAGACAGTTGTCAAAACGAACCGCATTTATTATGGGAGCCAGTCAGGGGATCGGCAAAGCAATCGCTCTGAAACTGGCGGACAATGGCTTTCATACCGTCATTAATTCACGAGTTCCCGAAAATATCGAATCGGTAAAAGAAGAGATCCTCGCCAAACATCCGGATGCGGGCGTCACCGTTCTGGCCGGCGATATGTCGGACCAGAAGACAAGAGCCGGCATTTTTGAAGAGATCAGATCACAATGCGGACGGCTTGATGTATTGATCAACAACATTCCGGGCGGCTCGCCGGATACCTTTGAAACCTGCGATATAGAGGATATGACAAATACCTTTACGAATAAAACAATCGCTTATATCGACTCTATGAAAACGGCCGCAGCAATCATGAAACAGCACGAATTCGGCAGAATCATTAATATCGTCGGAAACCTATGGAAAGAACCCGGCGCCAATATGTTTACCAACAGCATGATGAACGCCGCTTTAATTAATGCCAGCAAAAACATCGCCATTCAGCTTGCGCCTTTTCACATTACTGTCAACTGTCTGAATCCCGGATTTATCGCCACAGACCGTTATCACCAATTCGTGAAGAATGTCATGAAGCAAAACGGCATTTCTAAAGCGGAAGCAGAAGAACGGATTGCCTCAGACGTCCCGATGAAGCGTGTCGGAACTCCGGAAGAAACCGCGGCGCTGGCTGCCTTTCTTGCCTCTGAAGAAGCCTCCTATATTACCGGACAGCAAGTGTCAGCCGACGGCGGCAGCATGAAAAGCATATAA MVKGCRQLSKRTAFIMGASQGIGKAIALKLADNGFHTVINSRVPENIESVKEEILAKHPDAGVTVLAGDMSDQKTRAGIFEEIRSQCGRLDVLINNIPGGSPDTFETCDIEDMTNTFTNKTIAYIDSMKTAAAIMKQHEFGRIINIVGNLWKEPGANMFTNSMMNAALINASKNIAIQLAPFHITVNCLNPGFIATDRYHQFVKNVMKQNGISKAEAEERIASDVPMKRVGTPEETAALAAFLASEEASYITGQQVSADGGSMKSI PGPT0012745_2 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS OTHER_BIOTIC_STRESS_RESISTANCE_GENES BIOTIC_STRESS_RESISTANCE-BACILYSIN_METABOLISM,PGPT0012745-bacG|ywfH-K19550 NA NA D1-12_02376 765 COG3253 Putative heme-dependent peroxidase ATGAGTGAGCAGCAAAAAACGAACGAAGCCGCCCAAACGCTTGACGGTTGGTACGCGCTTCACGATTTCCGCACAATAGACTGGACGTCATGGAAGATGTTATCCAGCGATGAGCGCCTGTCGATTATTCACGAATTTACGGGACTGCTTGAAAAATGGGGCGTCGCCCAAAAAGAAGGCAAAGGCTCGCAAACCATCTACAGCATCGTCGGACAGAAAGCTGATTTTATGCTGATGATTCTTCGCCCGACAATGGAAGAGCTGAACGAAATCGAGCTTGAATTTAACAAATCAAAGCTTGCTGAATTTACAATCCCGGCTTATTCTTACGTGTCCGTGGTTGAGCTGAGCAACTACCTGGCAAGCGGAGAGGGCGATCCGTATGAAAATCCGCATGTCCGCGCCCGCCTGTATCCTGAGCTGCCTGAAGCGAAATACGTCTGCTTCTATCCGATGGATAAAAGAAGAAGCGGCAATGACAACTGGTACATGCTTTCTATGGATGAACGCAGAAATCTGATGAGAAGCCACGGCTTGATCGGACGGAGCTATGCCGGCAAAGTCAAACAGATTATCACGGGATCTGTCGGTTTTGACGATTACGAATGGGGCGTCACGCTCTTCAGCGATGATGTGCTTCAGTTCAAAAAACTTGTTTACGAAATGCGCTTTGATGAAGTCAGCGCGCGCTACGGCGAATTCGGTTCATTTTTTGTCGGAAACCGCTTGTCTCTCGACACGCTTCCGAAGTTTTTGCACGTGTAA MSEQQKTNEAAQTLDGWYALHDFRTIDWTSWKMLSSDERLSIIHEFTGLLEKWGVAQKEGKGSQTIYSIVGQKADFMLMILRPTMEELNEIELEFNKSKLAEFTIPAYSYVSVVELSNYLASGEGDPYENPHVRARLYPELPEAKYVCFYPMDKRRSGNDNWYMLSMDERRNLMRSHGLIGRSYAGKVKQIITGSVGFDDYEWGVTLFSDDVLQFKKLVYEMRFDEVSARYGEFGSFFVGNRLSLDTLPKFLHV PGPT0008490_87 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS OTHER_BIOTIC_STRESS_RESISTANCE_GENES BIOTIC_STRESS_RESISTANCE-BACILYSIN_METABOLISM,PGPT0008490-hemQ-K00435 NA NA D1-12_02377 972 pta_2 COG0280 Phosphate acetyltransferase GTGGCAGATTTATTTACAAAAGTACAAGAAAAAGTCGCAGGAAAAGATGTGAAAATCGTATTTCCTGAAGGGTTGGACGAACGTATCCTGGTTGCGGTCAACAACTTGGCGGGCAACAAGGTATTAAAGCCGATCGTAGTCGGCAATAAAGAAGACATTCAAGCAAAAGCGAAAGAATTAAACCTTACGCTTGACGGCGTGGACATTTTTGACCCGCATACATATGAAGGCATGGAAGAACTCGTTCAGGCTTTCGTAGAACGCCGCAAAGGCAAAGCGACGGAAGAACAGGCCCGCAAAGCTTTGCTGGACGAAAACTATTTCGGCACGATGCTTGTGTACAAAGGTCTCGCAGACGGACTTGTCAGCGGAGCTGCACATTCTACAGCCGATACGGTGCGCCCTGCACTTCAAATCATTAAAACAAAAGAAGGCGTGAAAAAAACATCAGGCGTCTTCATCATGGCCCGCGGTGACGAGCAATATGTATTCGCTGATTGCGCGATCAACATTGCCCCTGACAGCCAGGACCTTGCCGAAATTGCCATTGAAAGCGCCAATACGGCTCAAATGTTTGACATTGACCCGCGCGTTGCCATGCTCAGCTTCTCTACAAAAGGATCGGCGAAATCAGATGAGACGGACAAAGTGGCTGAAGCCGTGAAAATTGCGAAGGAAAAAGCGCCTGAGCTTACGCTGGACGGCGAATTCCAATTCGACGCTGCATTTGTGCCGTCTGTCGCGGAGAAAAAAGCGCCGGACTCCGACATTAAAGGAGACGCGAATGTATTTGTATTCCCAAGCCTTGAAGCAGGAAACATCGGCTACAAAATCGCTCAGCGCTTAGGCGGCTTTGAAGCGGTCGGACCGATTCTGCAAGGATTGAATATGCCTGTAAACGATCTTTCCAGAGGATGTAATGCGGAAGACGTCTACAATCTTGCGTTAATTACGGCTGCTCAAGCGCTGTAA MADLFTKVQEKVAGKDVKIVFPEGLDERILVAVNNLAGNKVLKPIVVGNKEDIQAKAKELNLTLDGVDIFDPHTYEGMEELVQAFVERRKGKATEEQARKALLDENYFGTMLVYKGLADGLVSGAAHSTADTVRPALQIIKTKEGVKKTSGVFIMARGDEQYVFADCAINIAPDSQDLAEIAIESANTAQMFDIDPRVAMLSFSTKGSAKSDETDKVAEAVKIAKEKAPELTLDGEFQFDAAFVPSVAEKKAPDSDIKGDANVFVFPSLEAGNIGYKIAQRLGGFEAVGPILQGLNMPVNDLSRGCNAEDVYNLALITAAQAL PGPT0001365_1387 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-PROPIONIC_ACID_BIOSYNTHESIS,PGPT0001365-pta-K00625 NA NA D1-12_02378 972 hypothetical protein ATGGTAAAAGGTGTTTCAGTTACCGCAGGAATTGCGTTTGCGGCTTTCTATGTCAGCCGCCTGCCGTTTTTGCATATGTTCGGAATGCTTGTCCTTGCAATGCTGATCGGCATGCTTTGGCGCGCCGTATTCGGACAGCGGGCGGCATTAGAGCCGGGGATCGCGTTCTCAAGCAAATACTTGCTGAAAGCAGGCATCATCCTGCTTGGTATGAGACTGAATCTGGCGGATATCTATCATGCGGGCTGGCACGTATTTTCAATTGCCGTCTGCTGTATGATGTTTGCGGGTGCCGTTGTATACGGACTGTCCCGGCTGTTCCGTATAGATCAGACACTCAGCACGCTGACAGCCTGCGGCACAGCGATCTGCGGAGCGGCTGCCATTGCCGCGATCGCGCCGCAGATCAGATCAAATGAAAATGCAGCCGCCATCAGCGCGGCCGCCGTTTCGTTATTAGGAACCGTTTTTACTGTTGTATATTCTCTTTCTTATCATGTATTGGGCTTTTCTCCTGCGGCTTACGGAGCCTTTTGCGGGGCAACGCTTCACGAGGTGGCGCATGCGGCGGCGGCCGGCAGCGCCGGAGGAAAAGCAGCCGTCGAGATGGCGGTGATCGTCAAACTGACCCGGGTCGCGCTGCTCGTCCCGGCCGCATTCATGCTCGGAATGCGGGCGCGCCGCAGCGGAAAGTCAAAGACGGCTTCTGCCGCTTCACTCCCCATCCCTTGGTTTATCTTCGGATTTCTCGGAATGAGCGCCATCCATACATCAGGCGTCATTTCAGCCGCGCATTCCGAATTTCTTGTTCAAGTGTCTTATGTTTTAATTGGCATGGCGATGGCGGGTCTCGGTTTGAAAGTCCATATATCGGCGTTTCGTCATAACGGCTGGCGGGCGCTCGCAGCAGGCTTGATTGGCTCTCTCTGTTTGTCCCTGTTCGGCTGGGCCGCAGTGACGTTTTTTCTATAA MVKGVSVTAGIAFAAFYVSRLPFLHMFGMLVLAMLIGMLWRAVFGQRAALEPGIAFSSKYLLKAGIILLGMRLNLADIYHAGWHVFSIAVCCMMFAGAVVYGLSRLFRIDQTLSTLTACGTAICGAAAIAAIAPQIRSNENAAAISAAAVSLLGTVFTVVYSLSYHVLGFSPAAYGAFCGATLHEVAHAAAAGSAGGKAAVEMAVIVKLTRVALLVPAAFMLGMRARRSGKSKTASAASLPIPWFIFGFLGMSAIHTSGVISAAHSEFLVQVSYVLIGMAMAGLGLKVHISAFRHNGWRALAAGLIGSLCLSLFGWAAVTFFL NA NA NA NA NA D1-12_02379 900 cysL_2 COG0583 HTH-type transcriptional regulator CysL TTGTATTATGGGGAACTGAAAACATTCATTGCCGTCGTGGAAGAAAAAAACTTTACAAAGGCGGCGCAGAAGCTGATGATTTCTCAGCCAAGCGTCAGCCTTCACATTAAAAACCTGGAGAAAGAATTTCAAACCGCCTTGCTGAACCGCTCTCCGAAGCACTTTACGACTACGCCGACGGGGGACATCCTCTATCAGCGCGCCAAGCAGATGGTCTTTTTGTACGAACAGGCGAAAACCGAAATTTACGCCCATCATCATTATGTCAAAGGGAAGCTCAAAATCGCCGCGAGCTTTACCATCGGCGAATATATTCTGCCGCCGCTTCTCGCAAAGCTTCATAACGAGTATCCCGAGCTGAACCTGGACGTCATGATCGGAAACACGGAGGAGGTCAGCGAAGCGGTTCGGATGCTTCAAGCCGATATCGGATTAATTGAAGGGCATACGGGGAAAAACGAGCTCGACATTCAGCCGTTTATGGAGGATGAATTGTGTATTGCCGCACCGAACGGACACCCGCTCGCCGGCAGAAAAAACATCCCGGCTGCCGAATTGCAAAATCAAGCGTGGGTGACGAGGGAGAAGGGTTCGGGAACGAGGGAATATTTAGACCACGTTCTTCAATCAAACGGACTGCGGCCGACATCCATGATGACGATCAGCAGCAACCAGGGCGTCAAAGAAGCCGTGATCAGCGGAATGGGTCTTTCCGTTCTGTCAAAAAGCGTGGTGCAAAAGGATCTGCTTCACGGCAGCATTTCCGTGCTTGAGATAAAAGGATTCTCCTTAAAACGGAAACTGTCTATCATCCAATCTTCCATTATGGAGAACACAAAAAACAAAGAAATCTTCATCGCACTTTTGAAAAGCCAATTTCAATCATCTCAAGCGGAGTGA MYYGELKTFIAVVEEKNFTKAAQKLMISQPSVSLHIKNLEKEFQTALLNRSPKHFTTTPTGDILYQRAKQMVFLYEQAKTEIYAHHHYVKGKLKIAASFTIGEYILPPLLAKLHNEYPELNLDVMIGNTEEVSEAVRMLQADIGLIEGHTGKNELDIQPFMEDELCIAAPNGHPLAGRKNIPAAELQNQAWVTREKGSGTREYLDHVLQSNGLRPTSMMTISSNQGVKEAVISGMGLSVLSKSVVQKDLLHGSISVLEIKGFSLKRKLSIIQSSIMENTKNKEIFIALLKSQFQSSQAE NA NA NA NA NA D1-12_02380 864 lipL COG0095 Octanoyl-[GcvH]:protein N-octanoyltransferase ATGGGAAAGCAACCGATTGATTTACTGATGCAGCCGAGCTGGAGAATCATTGACCAATCCAGCCTCGGCCCTTATTTTGATGCGAAGCAGTCATTCGCAATGGATGATACGCTGTGCGCCTCCGTAGGCAAAGGGGAATCGCCTGCGACGGCACGCTCCTGGGTGCACCACCGGACGATCGTGCTCGGCATTCAGGACACGCGCCTGCCGTTTTTAGAGGACGGCGTGAAATTGCTGGAGGACGAAGGCTACCGTGTCATTGTCCGCAATTCCGGAGGCCTCGCCGTCGTACTGGACGAAGGCGTATTGAATATCTCGCTTATTTTTGAAGATGAGAAAAAAGGCATCGACATCGACAGAGGCTACGAGGCGATGACAGAGCTGGTGCGGCGGATGCTGCGTCCGCATAATGCCGAACTTAAAGCATATGAAATTAAAGGATCGTACTGTCCGGGCAGCTACGATCTCAGCATCGGCGGCCGAAAATTCGCGGGAATCTCACAAAGGCGCCTGCGGGGCGGAACCGCGGTTCAGATTTATCTCTGCGCCGATAAAAGCGGAAGCGAACGCGCCGATCTGATCAGACGTTTCTATCAAGCCGCTTTAAAAGACAAAAGCAACGATACAAAAGGCGTATATCCCGATATCCGGCCCGAAACGATGGCTTCATTAAGCGAATTGCTGCAAACGGACATTACCGTGCAAGACTTAATGCTGGCGCTTTTGACCGAACTGAAGGAACTCAGCGGCCGCCTGTATGCAGCCGGATTATCGCCGGAAGAAGAGAAGGTATTTGAAAAAAATCTGACCCGAATGCTGGAACGGAATGAGAAGGTGTTCGGCACGCAGGAAAGCTTGGACTAA MGKQPIDLLMQPSWRIIDQSSLGPYFDAKQSFAMDDTLCASVGKGESPATARSWVHHRTIVLGIQDTRLPFLEDGVKLLEDEGYRVIVRNSGGLAVVLDEGVLNISLIFEDEKKGIDIDRGYEAMTELVRRMLRPHNAELKAYEIKGSYCPGSYDLSIGGRKFAGISQRRLRGGTAVQIYLCADKSGSERADLIRRFYQAALKDKSNDTKGVYPDIRPETMASLSELLQTDITVQDLMLALLTELKELSGRLYAAGLSPEEEKVFEKNLTRMLERNEKVFGTQESLD PGPT0003940_46 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-ADAPTION_TO_PLANT_IMMUNE_SYSTEM ADAPTION_TO_PIS-PLANT_LIPOIC_ACID_INTERFERRENCE PLANT_LIPOIC_ACID_BIOSYNTHESIS,PGPT0003940-lipL-K16869 NA NA D1-12_02381 180 hypothetical protein ATGAACTTTAAAAAAATAAAAGAAGAAAAAAGAATCACGATCCCGACGCATTTGTTAGCCGGAGATGCGGAACAATCAGGCAATTCTTTCGCTTGGAGCGGCTGGGTGCTTGTAGTGCCGAGCCAAGAAGACAATCAAAACCCGAATTTGAATTTCTCTGATTTAGCCGCTCAAAAGTAG MNFKKIKEEKRITIPTHLLAGDAEQSGNSFAWSGWVLVVPSQEDNQNPNLNFSDLAAQK NA NA NA NA NA D1-12_02382 960 hypothetical protein TTGGAGCCTACACATCTGAGACGAGGCGGTGAGAGTGTGACACAAGAGTATATAAGAGAAATTAAGCGGGGAGCACTGTCATGGATTGTTAAAAATATCCATTACTTTGATATGAATCATAAAGTAGCGAATGATTTCAGGTGGCGCCTTAAAACATTTATAGAACTCATTTTTCTTACCAATTACCTGATCAGAAATCAGGCAGATGATAAGGAAGTTGCTGTTTTAACGGAGTTTATTACAGAAAGGCTCCGTAATGATCAGCTTGAAGAATTTATTCATTTTGATCCGGACGGTCTCGCCGGATTGGCTATTGCGGGTGAATTTCTTACCTTGACTGATCATCCGTCACGGGCTTCGGTGATATGGGAGCTGGAAAAATTCACGGCAGCGCGTTTTGATTGCAGCCTTGCTAAAATTCCCTTTCGGAAAATGGATCTGAAGTACAGTCTGCAAAGAGCAGGCGTAACCTCAAAAATAACGGATTTTTCTGACTTATATCACTACACAGCAGCTGGTCAGGATATCCCAAATACATATATGACGGATCATGATGCGTACAGTATCACTCATACGATTTTTTATATAACAGACATGGGATGTTCTTCGCTTACGGATAAAGAGTATCATCTGCCGTCCTTAAAAGAAAAGGTCCTGAAATTTCTCGGGATCTATATCTGTCTTGAGAATTTAGATATTACCAGTGAATTATTGATGTGCAGCTCTTTTTTACATATCGACATGGATAAGGACAACCATAAACCGCTCTATGAAGCAGCCTGGAATAAAATCTATCAGGGCCGAATGAAAGAGGGGAATATCCCGAGCATCACCTATCAACATAAACCCGGTTTGAAAGGTGAACAGCGAAGAGAAGATGTGTTCAAACATTGCTATCATACAACACTTGTCGCCGCGGGTGCCGCGCATGCTTGTCTTAGAGCAGAAAGGAACGATTAA MEPTHLRRGGESVTQEYIREIKRGALSWIVKNIHYFDMNHKVANDFRWRLKTFIELIFLTNYLIRNQADDKEVAVLTEFITERLRNDQLEEFIHFDPDGLAGLAIAGEFLTLTDHPSRASVIWELEKFTAARFDCSLAKIPFRKMDLKYSLQRAGVTSKITDFSDLYHYTAAGQDIPNTYMTDHDAYSITHTIFYITDMGCSSLTDKEYHLPSLKEKVLKFLGIYICLENLDITSELLMCSSFLHIDMDKDNHKPLYEAAWNKIYQGRMKEGNIPSITYQHKPGLKGEQRREDVFKHCYHTTLVAAGAAHACLRAERND NA NA NA NA NA D1-12_02383 765 hypothetical protein TTGAACAGATTAGCTGAAGAGGCGGATCAATTTTTATTATCTTTTGCTGAACAATCGCTTCCGGATCAAAAGAGCATTGAGCTGTTTGCCGGCTTCTGCAAATACTACAGGAAGACGAGCCATTCTTCCGCTGTAAAAGAACATACTGAAAGGATTGCCTCCGCTTTCGTTGATAAGTCATGCTGGGAAGATCTGTTTCACTGTAACACGGCCATTGTCAATGAGTTGATTCATATCTATTTAACGGCAAAAGCTTATAAAAAGAAGCAGGGAATGGATTCGGATGATCAGGTCATACGTCACGGATTGCAAAACGGCTATCTTATAAAAAAAGAATGGCCTTATTTTAAATACGCCGAATTCGTCGGTTTGCTGAGCGAGCTGGGAATGTCAACTGACCATGAAAAAGTGCGCTTTTACAAGAATTCGATGTTTCAGCCTTTGCTCCATGACGCATGGAAAAGAACAGCTGAAAACGAGCTGGAGTTTGTCGAGTACTGTCTTCTTCATTTGAATGAGGGAGAGCATCTGCTTCATCCCGGCTTGAAGGCGTCCATTCAAAAATGGCTTGTGTTTTGTCTCGGCAGCCGAAAAATGAAACAGCTGTGCAATATGTTATTTATCCAATCGTGTATCGATCCATTTTTTTATGGCTGTCAAGCGGCTCTTCATCATATAAATAACGAGAATCCATCTATTCATTGTGCTCCGGCTCTTCTGCCGGCGATTGAGATTCTGAATCTGGAGTGTGGAACATGCAGATAG MNRLAEEADQFLLSFAEQSLPDQKSIELFAGFCKYYRKTSHSSAVKEHTERIASAFVDKSCWEDLFHCNTAIVNELIHIYLTAKAYKKKQGMDSDDQVIRHGLQNGYLIKKEWPYFKYAEFVGLLSELGMSTDHEKVRFYKNSMFQPLLHDAWKRTAENELEFVEYCLLHLNEGEHLLHPGLKASIQKWLVFCLGSRKMKQLCNMLFIQSCIDPFFYGCQAALHHINNENPSIHCAPALLPAIEILNLECGTCR NA NA NA NA NA D1-12_02384 837 hypothetical protein ATGCAGATAGTCAAGGAACATTTTCATATAAAAAAAACAGAAGAATGGCTGCTGGGTTTTTGGAAGAACATTCAGCTGCAGCCGGAAGAAATGGAAGCAGATGATCTCATGCACCTGTTTTGCGGTTTAGCGGCATGTCATCGTTTTGAAAGCAGAAAGGATACAGAAGAAGTTATTCTATTCTTAGACCGTTATTTTGGAGAAAAAACGCACGAATGCCATCCGGTCCTGTTCGCGTATGCGTATCATATATACCGCAGGATGGATGCCGCAAAAAGCATCTTTTTTCATAACGGACTTGAACAAATGGTCCGCGGTTTACAAGAGGAACTGAAATCAGAGCCTTCCTCTATGATCCTCATGGTGTTAGGGGCTTATTTTGGGGCGATGACTCCGGAAGAACTGATCGTGTTCTTAGAAACCGTAATGAAACGTGAGGCCGATTTGCTCATGGCACCGGGCGGCATCCAGGAAGAACAGGCGGATGCCCTTTATGCCGTCACTTATTTGCAAATGAAAGAATTGCAGCCTTTTCTCGCGGAATGGTACAAAACATCAGACTTTGCTTTTTCAGGTTTAATGTTAGCCGAGTGCAGAAAGTATCACATTGACGCCGTTGCAAAATACACAGCCATTATGAAATTTCTCCAATTCGATGAGGCGCTTTTTATACGGGAAGGGCGGGAATTTCTACGCTTTCAGCAGCGAAGCAGCGGGAGCTTCGGTTATTTGAATCCATTAGCGATGGACCAAGGGGCGGTCAGCGGCAAATTGCTGGACCGGCAGTATTTCCTGCCGTCCGCTCATTATGCCGCCGCCTCTCTGTCTATGCTGTAA MQIVKEHFHIKKTEEWLLGFWKNIQLQPEEMEADDLMHLFCGLAACHRFESRKDTEEVILFLDRYFGEKTHECHPVLFAYAYHIYRRMDAAKSIFFHNGLEQMVRGLQEELKSEPSSMILMVLGAYFGAMTPEELIVFLETVMKREADLLMAPGGIQEEQADALYAVTYLQMKELQPFLAEWYKTSDFAFSGLMLAECRKYHIDAVAKYTAIMKFLQFDEALFIREGREFLRFQQRSSGSFGYLNPLAMDQGAVSGKLLDRQYFLPSAHYAAASLSML NA NA NA NA NA D1-12_02385 954 hypothetical protein ATGAGCATATTTCATCTGGCGCAGAACGAATTCATAAAAATAACCCGAAAAAAAGGCACACTTTTATCTCTTTTTTTCCTGTTTCTCATCGTTTTGCTGGCCGGCCTTATTATGAATCATGAGTTAGATGCTTCCTCGGATAACAATTGGAAAGAACGGCTTCTCGCCGAAAAAAAACAGGAAGAAATTGATAAACCGGCTGAAACGACAGGCGTTTATTATTCTGCTGATGTTAAGAATAAAGACTATTATTTGGAGCATAACATCAACCCTTATGAATGGAACGGCTGGAGGTTTTTCGGCACGGTTACTTCAAACGGGCTTGAGATTTTCGTCAGCTTGACCGCGATTTTAACCGTCAGCGGGGTTGTTTCTAAAGAGTTTGCCCTTGGGACGATTAAATTTATCGCTACAAGCCCGAACCGAAGATGGCGGATTTTAACATCGAAGTTTCTGGCCTCCCTTCTGTTTACCGGTATGATTTACTTATTTTACTGTGTGAGCTGCTTGCTGATCGGCGGCGTGTTATTCGGTTTTTCCAATGCTTCATATCCGCTCGTCTATACTCATTTAAATGACAGTCTGTATACCATCAGTTCAATCAAAGCATCCGGAATCATTCTGCTTTTGCGTTTCATATCAATTATAAGCATTGTCACCATTGCGTTCACTTTGTCAGTATTGTGCAAAAGCCAGGCGCTCTCCCTCTGCTTATCGATTTTACTGCTGTTTGCCGGCAGTATATTGGGCGGAACTGATTTGCTTGCCCAATTTACGTGGTATAAATTTACGCTCTTTCCGCATTTAAACCTCGTTGCTTATGTAAATAAAAGCGCGGGTGATGCGATTTCAACGTTAAACATCCCCTATTCCGTGACGGTTATAGCGATCTACTTTCTTATTTGTTTATTGATTTCTTTTTCCGTCTTTCAAAAGAGAGACATTACAGCATAG MSIFHLAQNEFIKITRKKGTLLSLFFLFLIVLLAGLIMNHELDASSDNNWKERLLAEKKQEEIDKPAETTGVYYSADVKNKDYYLEHNINPYEWNGWRFFGTVTSNGLEIFVSLTAILTVSGVVSKEFALGTIKFIATSPNRRWRILTSKFLASLLFTGMIYLFYCVSCLLIGGVLFGFSNASYPLVYTHLNDSLYTISSIKASGIILLLRFISIISIVTIAFTLSVLCKSQALSLCLSILLLFAGSILGGTDLLAQFTWYKFTLFPHLNLVAYVNKSAGDAISTLNIPYSVTVIAIYFLICLLISFSVFQKRDITA PGPT0006730_9062 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992 NA NA D1-12_02386 921 bcrA_3 Bacitracin transport ATP-binding protein BcrA ATGACTGAACCAGCCCTGATATTAAAAGATGTCTCTAAAACAATCAATCATACCCCCATTGTACAGTCAATTTCTTTCGATGTGAGAAAAGGCGAGATATTCGGCCTTTTAGGGCCGAACGGCTCAGGAAAAACCACTATTTTCAGAATGATCGTACAGCTTATTAAAAAAACAGAAGGAGCCATTTCATTCAGAGGCAGACCGGACAGCGACTTTGAATATTTTATGAGACATATCGGGGTTATCATTGAAGGCCCGGATATGTATCCGAATATGACCGCTTTGCAAAACCTAAAATATTTCACCAGACTGCGGAGCAGCTCGCTGCGAACGGATGACCTTATGAATACCCTTGCAAAAGTCGGATTGGAGCAGGCTGCCCGCAAAAAAGTGAAACATTTCTCATTAGGCATGAAACAGCGCTTGGGGCTCGCTTATTCTCTTCTTCACAATCCCGGATTATTAATTCTGGATGAACCGATGAACGGCCTCGATCCTAAAGGAATGAAAGAATTGCGCACCATTCTTTCCGATTTAGCGAAGCAAGGGGTTTCTATTTTATTATCAAGCCATTTATTGTCGGAAATGGAGGAAATTTGCGATAGGGTTGCCTATATTAAAAAGGGACGGATTTTAGGAATTGAAGACATGAAGAACAGACATGACCTTGGTCAGAAAAAGCTGTTTACCGTCACGGTCGATCATCCGGCAAGGGCGAAAGAAATATTAGAGCAGGACGGTATTCTTCAAGTACAGCAAAAAGACAGCCGCATCATTGAATTGGAAGCGGAAGAAGATACCATCCCGTATGTCATTAAATCTTTGGCAGAGAAAGAGATTCTGATTTCCCGCGTTTCTGCAAGGACTTTGTCATTGGAAGAGAAATACATGATGATTACAGATCAGGAGGACGCGGTATGA MTEPALILKDVSKTINHTPIVQSISFDVRKGEIFGLLGPNGSGKTTIFRMIVQLIKKTEGAISFRGRPDSDFEYFMRHIGVIIEGPDMYPNMTALQNLKYFTRLRSSSLRTDDLMNTLAKVGLEQAARKKVKHFSLGMKQRLGLAYSLLHNPGLLILDEPMNGLDPKGMKELRTILSDLAKQGVSILLSSHLLSEMEEICDRVAYIKKGRILGIEDMKNRHDLGQKKLFTVTVDHPARAKEILEQDGILQVQQKDSRIIELEAEEDTIPYVIKSLAEKEILISRVSARTLSLEEKYMMITDQEDAV PGPT0006725_11863 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990 NA NA D1-12_02387 555 hypothetical protein ATGTGTAAAGACCAATATTTAAAACATCTCCGGCGGGAAATAAAAGATCTGCCGGAACGTGAGCAAAAAGAGATACTCGCCGATATCGGCGAAATATTCCAAATGGGCGGCGCTGAAGGAAAAAGCGATGAACAAATCGCGGGCAATTTAGGAAACCCCAAAACACTTGCGCGCGCCTTAAAAGCGGATATTTTCATCAGTGATGCCGAGGAGCAGAAAACATGGCGCTCGTTTTTCAAAGCATTCGGCCTGATGCTGGGGATGGGCATGTTCAACTTCATGTTTATGCTGACACCGTTTCTTTTTGCCTCTGTTGCGGTGTTAAGTTTGATGGCGATCGGCCTGATGCTGATGACCGGATCATTCTTTCTCCTTGTAAAAGTGCCGATTGTAACAGCCATTTTTAACGGATGTATGGTTCTTGGAGCAGGTATGGCGGTGTTTATGGCCGGATTTGATCTTTCGAAACTGATATTCCGCATCTTTTTGCGCTATTTCAAATGGAATGTCAGCGTTGTAAGGAGGGAAAACATTGAATCGAAAAATGTGGTATAG MCKDQYLKHLRREIKDLPEREQKEILADIGEIFQMGGAEGKSDEQIAGNLGNPKTLARALKADIFISDAEEQKTWRSFFKAFGLMLGMGMFNFMFMLTPFLFASVAVLSLMAIGLMLMTGSFFLLVKVPIVTAIFNGCMVLGAGMAVFMAGFDLSKLIFRIFLRYFKWNVSVVRRENIESKNVV NA NA NA NA NA D1-12_02388 315 hypothetical protein ATGAGTAGCCAATTACGAAAAGGAGCGTTAGAACTTTGTGTGTTATCCCTGCTTCTTTATGAAGATTTATATGGTTATGAATTAATCAAGATCATAAGTGAAACGTTCCCTGTATCGGAGGGCACCATCTACCCCATATTACGAAGACTCACAAAAAATAACTACCTAAAAACGTATACAGCAGCTTCCGATCAAGGCCCATCACGCAAATATTACAAAGTAACAGAAGAAGGCGCCTTTTATCATCAAACATTAAAATCGGAATGGCTTGACCTGTCCGAAAAAGTGAACAGCATCATTAAGGAGGGAAAATGA MSSQLRKGALELCVLSLLLYEDLYGYELIKIISETFPVSEGTIYPILRRLTKNNYLKTYTAASDQGPSRKYYKVTEEGAFYHQTLKSEWLDLSEKVNSIIKEGK NA NA NA NA NA D1-12_02389 774 rsfA_2 Prespore-specific transcriptional regulator RsfA TTGACAAAACAAAGACAGGACGCCTGGTCGGAGGAAAATGACCTGCTGCTTGCGGAAACCGTGCTCCGTCACGTTCGGGAAGGAAGCACGCAGCTGAATGCCTTTGAAGAGGTAGGCGATAAATTAAACAGAACGTCGGCAGCGTGCGGATTCAGGTGGAATGCTGTCGTCCGCCATCAATATGAAAAAGCGCTTCAGCTTGCCAAAAAACAGCGGAAACAGCGGATGCGCGCGCTCGGAAACGGCCAGCCGGCCAAGAAGAAACTATTATACCAGCCGCCTGCACCGGATGCGGACATCATGCAGGAAACCGCAGCCGAAGAGACGGTTCAAACGGAAGCGCCAAAAGAAGATCGGCAAGCCGTCATGTCCGGCGAACATATGCCTTATGTCGATGAAAGCTTCAAGGAAGAGTTAGCTAGTTTATCACATTTGCTGGCGCCTCAGCAGCCGAGCCAAAAGGCGGAGCTCACAATGGCAGATGTCATTCAATTTCTGCAGAGCTATGAAGGCAGCGGAAAGCAAACTTCCGCCCTGCAAATGGAAAATGACCGTTTAAAACGGGAAAACCAAGAACTTCAGTCTAAAACCGAGCAGCTGGAAGCGGCCGTCGAAAAGCTTGAAAAAGATCAAAAAACCATTCAGGAAGACTACGAAACCTTGGTGAAAATTATGAACAGAGCCAGAAAACTAGTTTTATTTGAAGACGACGAACATGCCTCTCCGTCCTTTAAAATGGACCGGAACGGCAATTTAGAAAAAATGGCCGAATAA MTKQRQDAWSEENDLLLAETVLRHVREGSTQLNAFEEVGDKLNRTSAACGFRWNAVVRHQYEKALQLAKKQRKQRMRALGNGQPAKKKLLYQPPAPDADIMQETAAEETVQTEAPKEDRQAVMSGEHMPYVDESFKEELASLSHLLAPQQPSQKAELTMADVIQFLQSYEGSGKQTSALQMENDRLKRENQELQSKTEQLEAAVEKLEKDQKTIQEDYETLVKIMNRARKLVLFEDDEHASPSFKMDRNGNLEKMAE NA NA NA NA NA D1-12_02390 225 hypothetical protein ATGGCTAATGAATTCCGAGTGTGTGATGATTGCCAGGCCACCAATATTAAGACTTTGCTGCCGCGTTTGAAAGAAGCTGACCCGGATGCAAAAGTGGAGGTCGGATGTCAGTCATATTGCGGGCCCGGACGCAAAAAATCGTTTGCTTTCGTAAACAACCGCCCGCTGTCGGCGCCGACTGAGGACGAGCTGATTGAGAAAGTGAAAAAGAAGATCAAAAAGTAA MANEFRVCDDCQATNIKTLLPRLKEADPDAKVEVGCQSYCGPGRKKSFAFVNNRPLSAPTEDELIEKVKKKIKK NA NA NA NA NA D1-12_02391 1302 hypothetical protein ATGGCGTATCCAAACGGAAAATTATCAGAAGAAAAAGTGTTTAAAGATCCCGTTCACCGCTATGTTCATGTGCGGGACAAGCTGATCTGGGATTTGATCGGCACCCGTGAATTTCAGCGGCTGCGCCGGATCAAACAGCTCGGTACGACGTATTTGACGTTTCACGGCGCGGAACACAGCCGTTTTAACCATTCTCTCGGCGTCTATGAGATTGTCAGACGAATGGTTGATGATGTTTTTAAAGGGCGTTCTGAATGGGATGACAATGAACGCGAACTCTGTCTCAGCGCCGCGCTTTTGCACGATTTGGGACATGGGCCGTTTTCGCATTCCTTTGAAAAGGTTTTTCATCTGGATCATGAAGACTATACGAGGGAAATCATTCTCGGCGACACCGAGGTGAATCAGGTTCTCAGAAAGGCGGGACCGGGATTTCCCCAGGATGTTGCCGAAGTCATTGCCAAAACATACAAAAACAAACAGGTGGTCAGCCTGATTTCGAGCCAGATTGACGCCGACAGGATGGATTACCTTCAGCGGGACGCATACTATACGGGCGTCAGCTACGGACATTTTGATATGGAACGGATTTTAAGGGTCATGCGTCCGCGAGAGGACCAGATCGTCATTAAGCAAAGCGGCATGCACGCCGTCGAAGACTATATTATGAGCCGCTATCAAATGTACTGGCAGGTGTATTTTCATCCCGTGACGAGAAGCGCAGAAGTCATTTTGACGAAAATTCTCCACCGTGCGAAGCAGCTCCATGAAGAAGGGTATATATTCACTCATGCTCCCGTTCATTTTTATTCCATTTTTGAAGGGAAGCTGACGCTTGCGGATTACCTGAAGCTTGATGAAGCCATCATTTTATATTATTTCCAGGCTTGGGAGGAAGAAGAGGACCCGATTCTGTCCGACTTGTGCCGCCGCTTCATTAACCGCCAGCTGTTTCAATATGCCGAATTTAATCCGAATGAGGAAATGTCGGCTTATTTTGAACTGACCGCTCTGTTTAAAGAGGCGGGAATTGATCCCAATTACTATTTAGTGGTCGATTCTTCATCGGATCTGCCGTATGATTTTTACCGGCCGGGTGAAGAGGAGGAGCGTCTGCCGATTCATCTGTTAACGCAGAACGGCCAGATCAAAGAGCTGTCCAGGCAGTCCGCCATTGTCGAATCCATTTCGGGCAAACGCCGGACGGACCATAAGCTCTACTATCCGATGGACCTCATTTGCGACGATTCAGAAAACCCTGAAGCAAAATTAAAAATCCGGCAGCTGCTGGGACTGACATAG MAYPNGKLSEEKVFKDPVHRYVHVRDKLIWDLIGTREFQRLRRIKQLGTTYLTFHGAEHSRFNHSLGVYEIVRRMVDDVFKGRSEWDDNERELCLSAALLHDLGHGPFSHSFEKVFHLDHEDYTREIILGDTEVNQVLRKAGPGFPQDVAEVIAKTYKNKQVVSLISSQIDADRMDYLQRDAYYTGVSYGHFDMERILRVMRPREDQIVIKQSGMHAVEDYIMSRYQMYWQVYFHPVTRSAEVILTKILHRAKQLHEEGYIFTHAPVHFYSIFEGKLTLADYLKLDEAIILYYFQAWEEEEDPILSDLCRRFINRQLFQYAEFNPNEEMSAYFELTALFKEAGIDPNYYLVVDSSSDLPYDFYRPGEEEERLPIHLLTQNGQIKELSRQSAIVESISGKRRTDHKLYYPMDLICDDSENPEAKLKIRQLLGLT NA NA NA NA NA D1-12_02392 501 hypothetical protein TTGTTGAAAGAACATGCAAAACTGATGAAGGTGTTCTCGGATTCTGGAGAAATCATCGGGCGGAAAAAGCTGCAGAAAATCATTTATATCGCGAAGAAAATGCAGTATCCTTTCTACGAAAAATATGATTTTCATTTTTACGGCCCGTATTCCGAAGAACTGACGCTTCGAATTGAAGAGCTGTGCAATCTTGGGTTTCTGGATGAGGTGAAGGAAAAAAAGGGCGGCTACTTTCAATACCGGTACTCGCTGACGGAGACGGGAGCCGAGTTTTTACATCATGCGGAGCTTACGATGCCGGATATGAAGAAGTACATCGACAGCGTCAACAGCCGCTCATCCCGGTTTCTGGAGCTGGTGTCTACGATTTTGTATTTTGACGGTCTTGAAGCTGAGGAAAAGAAAGAGAAAGTGTTTACGATAAAAAGCAAACAGAAATATACGGATGAAGAATATGATGAGGCGCTTCACTACATAGAAGAGCTGAAACACATTTGTTAA MLKEHAKLMKVFSDSGEIIGRKKLQKIIYIAKKMQYPFYEKYDFHFYGPYSEELTLRIEELCNLGFLDEVKEKKGGYFQYRYSLTETGAEFLHHAELTMPDMKKYIDSVNSRSSRFLELVSTILYFDGLEAEEKKEKVFTIKSKQKYTDEEYDEALHYIEELKHIC NA NA NA NA NA D1-12_02393 1578 yhdG_2 COG0531 putative amino acid permease YhdG ATGATTCAGGTAAAATCATTAAGGGTGACTGCGTTTGACGGAAAGGATAATCTGATCGGATGCGGCAGACAATATGACTGGAAAAGAAACGGAACAGACGGGGAAACAGAACACAGGATTGTCGATTACACAGAATGTGACACGGGTAAAAGCCAAAGAGTCCCTCTTGGCTTTTGCTTTTGGATGGAGGGATGCGTGTTGCGGAATATCCTACAAAAAAAAGACATCACCCAGCTGCTTGAACAAAGCAGAAACAGGCAGACTGCCAAAACGATGGGTGGATTTGATTTAACATTACTGGGCATCGGCGCCGTCATCGGGACGGGCGTCATGGTTCTTACAGGCATTACGGCCGCGAAAAACGCCGGACCTTCCGTAATCTTTTCTTTTATCATTGCAGCCGTTGTCTGCAGCCTTGCAGCATTATGTTACGCCGAAATCGCTTCTGTTCTCCCGGTTTACGGAAGCGCCTATATTTACTCTTATACCACCATGGGAGAAATTGTCGGCCATTTAATGGGCTGGACGCTCTTATCCGTTTATATGGTGACGGCGTCGGCGGTGGCAAGCGGCTGGTCCAGTTATTTTAATAATCTGTTAGCCGAAATCGGCATGCCTTTGCCGGACAGTCTGCTGCACGTGCCGAGCCAGGGGGGCATCGTCAACCTTCCTGCCATCATCATTACTCTATTAATTGCCGTCGTTCTGTCACGCGGCTCCAAGGAGAGCAAAACCTTTAATAATGTAATGGTTCTCGTAAAAATCGGAATTGTTTTGCTGTTTATCATCACAGGAAGCTTTTTTGTAAAGCCGGGCAATTGGCATCCTTTTATGCCTTTTGGAATCAAAGGCGTGATTACAGGGGCTTCTGCCGTCTTTTTTGCGTTTCTCGGGTTTGACGCGATTTCCGCTTCGGCTGAAGAAGTCAAAAAACCGCAGCGCAACCTGCCGATCGGTATTATCGGTTCCCTGGTGATCTGTACATTGGTATACGTCATCGTCTGTCTCGTCATGACGGGTATGGTTCCGTATTCACAGCTTAATGTGCCGGAAGCCATGTCTTATGTGTTACAGACTGTCGGACAAAACGCGGTGGCGGGCGTTATCGCTGCCGGTGCGGTGATCGGACTGATGGCCGTCGTTCTCGCCCATACCTATGCGGCGACCCGTATATCTTTTGCGATGGCAAGAGACGGAATGCTGCCGAAAGTCTTTACCATTGTCGGAAAGAAATCGGGAGCGCCGATCTTTAATACGTGGCTGATCGGACTGATCAGCGCCTGCATCGCGGGTTTTGTTGATCTGAAAGAGCTGTCGGATCTCTCAAACATCGGCGCGCTATTGACATTTGCCATGGTCAGTCTGTCCGTGCTGATTCTGCGCCGCACCCATAAGGATCTGCCGCGGGGATTTAAAGTGCCTTTTGTACCCGTACTGCCGATTTTGGCCATTATCTGCTGTTTGTTTTTAATGGTCAATCTGCCGCTGAAAACGTGGCTTTATTTTGCCGTCTGGCTGATCATCGGCGTCATCGTTTACTTTTTATATTCGTACAAGCACAGCAAATTGAGACAATAA MIQVKSLRVTAFDGKDNLIGCGRQYDWKRNGTDGETEHRIVDYTECDTGKSQRVPLGFCFWMEGCVLRNILQKKDITQLLEQSRNRQTAKTMGGFDLTLLGIGAVIGTGVMVLTGITAAKNAGPSVIFSFIIAAVVCSLAALCYAEIASVLPVYGSAYIYSYTTMGEIVGHLMGWTLLSVYMVTASAVASGWSSYFNNLLAEIGMPLPDSLLHVPSQGGIVNLPAIIITLLIAVVLSRGSKESKTFNNVMVLVKIGIVLLFIITGSFFVKPGNWHPFMPFGIKGVITGASAVFFAFLGFDAISASAEEVKKPQRNLPIGIIGSLVICTLVYVIVCLVMTGMVPYSQLNVPEAMSYVLQTVGQNAVAGVIAAGAVIGLMAVVLAHTYAATRISFAMARDGMLPKVFTIVGKKSGAPIFNTWLIGLISACIAGFVDLKELSDLSNIGALLTFAMVSLSVLILRRTHKDLPRGFKVPFVPVLPILAIICCLFLMVNLPLKTWLYFAVWLIIGVIVYFLYSYKHSKLRQ PGPT0020810_898 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 D1-12_02394 420 hypothetical protein ATGGAGCACGATATATTGCAAGCAAATGTACTGGATTACGCGCTCACGAAATATTTAAAGAGCACGAAAAAGCTTGATGAGGCGACAATTCCGAAGAGTATAAACAATATCAGAGGATTTATTCTCAGGATTATTTACCGGCACGGCACGTGCACGATTAAAGATATATTGCAGGAAGTCACATTATCGCCTTCAGCCACGACAACCGCTCTGAATCATTTAGAAAAAGAAGGTTTCGTGGAAAGGTCGAGAAATAACGAAGACCGACGCACGGTATGGATGACGCTTTCCGAATCGGGAAAAATGGCGGCCATGCAAATGATTGAAAACCGGCAGATGCTCATTGACGAGCTGTTCGAAGCGTTGACAGAAGAAGAAAAGAATACCTTTTTCAGCCTCGTTGAAAAAGTAATGAAATAA MEHDILQANVLDYALTKYLKSTKKLDEATIPKSINNIRGFILRIIYRHGTCTIKDILQEVTLSPSATTTALNHLEKEGFVERSRNNEDRRTVWMTLSESGKMAAMQMIENRQMLIDELFEALTEEEKNTFFSLVEKVMK NA NA NA NA NA D1-12_02395 189 ywhB COG1942 2-hydroxymuconate tautomerase ATGCCGCTCGTAACCGTTAAAATGCTTGAAGGCCGCACAGATGAACAAAAACGGAATCTGGTTGAAAAAGTGACAGAAGCCGTAAAAGAAACGACAGGCGCAGCCGAAGAAAAGATCATTGTCATGATTGAAGAAATGAGAAAGGATCATTACGCCGTCGCCGGCAAACGGATCAGCGATACGGAGTAA MPLVTVKMLEGRTDEQKRNLVEKVTEAVKETTGAAEEKIIVMIEEMRKDHYAVAGKRISDTE PGPT0005210_2112 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 D1-12_02396 660 hypothetical protein TTGGACAGATTTTTATATTATCCGCTGGAGCTTATGCCCTATGTCGTGATTACGCTGATCGTGGCATTTACGATGCATGAACTGGCGCACGCGTATGTCGCGTATCGGTTCGGAGACGATACCGCGGCGAGACAGGGCAGATTAACGCTCAATCCGATTAAACATCTTGATGTTTTCGGAACGATTCTAATTTTGGTCGCGGGTTTCGGCTGGGCCCGTCCGGTGCCGGTGAACCGCCGCGCCTTTAAAAGACCGCGGCTGGCGGGAGTGCTGGTTTCCGTCGCCGGCCCTGTAAGCAACCTGCTTCTTGCCTTTATCGGTTTCTTTTTGCTAGTGTTGATGCATGCTTACGGAATGGAGCTGCTTTCTGCATTCAGCATGGGGCTTGACCGCTTTTTCTCTATTTGGATTCAGCTGAATCTCGCGCTGTGTTTATTCAACCTGCTGCCGCTTCCTCCGCTTGACGGCTACCGGATTATTGAGGATCTCGTGCCGCCGCGGGTGCGCGCCAAAATGACTCAGTTTGAGAGCTACGGGATTATCGTGTTTCTCGTGCTGTTTGTGACACCGGTCGGCTCCTATGTCGTGTGGCCGCTGTTAAGCGAGGGGAGAGACTGGATTCTCAAGGTATTTGCCATTATATTTCAACCGCTTTTGTAG MDRFLYYPLELMPYVVITLIVAFTMHELAHAYVAYRFGDDTAARQGRLTLNPIKHLDVFGTILILVAGFGWARPVPVNRRAFKRPRLAGVLVSVAGPVSNLLLAFIGFFLLVLMHAYGMELLSAFSMGLDRFFSIWIQLNLALCLFNLLPLPPLDGYRIIEDLVPPRVRAKMTQFESYGIIVFLVLFVTPVGSYVVWPLLSEGRDWILKVFAIIFQPLL NA NA NA NA NA D1-12_02397 519 hypothetical protein ATGGAAGAAAAAAAGAAGAAAACAATCGGATTTAATATTATTAAAAGTGATCCGACCGACGGACATGGCGGTTTCGGCGCCGGGTCGCTGAGCCTTGATAATATTTCTCCGGTATTTGTCGATGTAGAAGAGAAGGAAGCCTTCGTTGACATCGGCGCAATGCATGCCCGCAGTGTCGTTGAAAAAGGCATCAAATTCCTGCCGAACAAAGATGAAGTGCCGAACGGAAAACCGTACTGGCTCGTGTGGGTCACCATCGACAGAAAAGAAGAAGGCCCTTATTACGCGGGTGTGACGGCTTGTGAAATGACCGTGGACAGAAGTATCCGCAGAGGCTATAAGTCATTGCCGGAGCATGTGAATTTAATGGATAAATCAATGAAGCGCCGCATTATCGTGGACAAAATGGACGCCAGCTCAAAGCAGGTGCTTGCTGAATTTCTGCAGAAGCATGACCAAGGGCTCTGGGAACGTTCATCCGATGAATTGAAAACGGGTCTGCTTCCGGGCGAAAAATAA MEEKKKKTIGFNIIKSDPTDGHGGFGAGSLSLDNISPVFVDVEEKEAFVDIGAMHARSVVEKGIKFLPNKDEVPNGKPYWLVWVTIDRKEEGPYYAGVTACEMTVDRSIRRGYKSLPEHVNLMDKSMKRRIIVDKMDASSKQVLAEFLQKHDQGLWERSSDELKTGLLPGEK NA NA NA NA NA D1-12_02398 432 hypothetical protein ATGTTCACCGTCTTTGACATCGGGCCTTGGGTCATTGAAGCAGATACGGCGGAAACGAGAAAACAATATGAAAAATCATGGCCTGATCCCTGCGATTGCGGGAGCTGCCGGAACTTTTCCGAGGCGGTGAATCTCCTTCCCGCCGAGAAAACAAGATTGTTTACGCAGTTTGGGATTCGTCCGGCTGTCTGTCACGACTTGGGGGAGCATGGAAAGGAAAACGGCCTGCATCATTATGCGGGCAGCTATCCGATTGTCGGCATGCTTAGGGAAGGCTGGCCGAAGTTTCATATTGAGAGAGCGGGAGATACCCGCTTTTCGTTTTCTTTGCCTAGTACAACATTTTTTATACCGAAGGGTTTTCCTGACCCTATTATCCATCTCGACTTTTCACTCTTGCTCCCATGGGTGCTTGAGGAAGACGCGGAGTAA MFTVFDIGPWVIEADTAETRKQYEKSWPDPCDCGSCRNFSEAVNLLPAEKTRLFTQFGIRPAVCHDLGEHGKENGLHHYAGSYPIVGMLREGWPKFHIERAGDTRFSFSLPSTTFFIPKGFPDPIIHLDFSLLLPWVLEEDAE NA NA NA NA NA D1-12_02399 2073 pbpG COG0744 Penicillin-binding protein 2D GTGGATAAAGTATCTGGAAAACAGCTCAGAATCACGTTCAAAATCATCCGCGCCTGCATCTTTCTGACACTGATCGGCGGAATGCTGGCCGGCGTCTGCTTCACATCCGTTCTTCTTGCAGCGAAATGGCAGGGGGCCCCCTCCGTCCGGGTTCCTCAGTCTACGATTCTTTATGCAAATGACGGCTCAAAGCTAGGTGAGACCGATTTCGGGGAAAAGCGCTACTGGGTCCGGTTAAAAGATATCAATCCGATAGCGGTGCAGGCCGCCATTGCGGTGGAGGATCAAAACTTTTACAATCACCACGGTTTTGATTACCGGCGGATGGCCGCCGCCGCGCTGGCTGACATAAAGGCAATGGCCAAGGTTCAGGGCGCAAGCACCATCACCCAGCAATACGCGAGAAATCTCTACCTTGAGCATGATAAGACATGGAAACGAAAATGGAACGAAGCATTTTACACGATCCGCCTTGAACAGAACTATTCTAAAAACGAGATTTTAGAAGGTTATGTAAATACGATATATTACGGCCACGGCGCATATGGAATTGAAGCCGCCTCGCGCCTGTATTTCGGCAAACACGCCAAAGATCTGAACGATGCGGAAGCCGTGCTTCTGGCGGGCATACCGAAAGGCCCGTCCGGCTATTCGCCATATGTCAGCGAAAAGAAGGCCAAACAGCGCCAGGAAACCATTCTCCGACTAATGGCCGGACAAAAAATGATCTCAAAAACGAAGGCAGAAAGGCTTAAGAAAATGCCGCTTGCCTATCAGCCGCTGAAAAACAGAACCGCAGCGAAAACGGCGCCTTATTTTTACGATGATGCGATGAAAGAACTCGAGAAAAAGCTCGGCATGACGCGCGAACAGCTCGCAACGAGCGGATTGCGTGTTTATACAACGCTTGATAAGCGCATGCAGCGGATTGCGGAAAACACTGTGGCACATACGATCCGTACCGGCTCTGACATTCAGGTCGGCTTTTCCGCGATTGATCCGGCAACAGGGCGCGTGCTTGCGCTTCTCGGCGGACGTGACTACGAAAAAAGCCCGTTTGACCGGGCGACACAGGCGAAACGGCAGCCGGCTTCCACGATCAAGCCGCTTTTGTACTACAAAGCGATTCAAAGCGGCTTTACACCGGTCACGCTGATGAAAAGCGAAGCCACAGAGTTCCAGATTGACGACAACGGAGATACCTATTCTCCAAGCAATTACAACGGCTACTACGCCAATAAACCGATTACGCTGCTTCAGGCGCTTGCGTTATCAGACAACATTTATGCCGTGAAGACCCATCTCTTTCTCGGCATGAATAAGCTCGTGTCGGCGGCAAAGGAATTCGGCATCAGCGAACATTTAAAGCCCCTTCCGTCTCTGGCGCTCGGAACTGAACCCGTGCGCCCGATTGAGATGGTTAATGCCTACGCGATGCTCGCAAACGGGGGAAAACAAATCACCCCTTCCTTTATCACAAAAGTGACGGATACCGCCGGCAACATCTTGTATGAACAGCCTCGCGGACATCAGCAGACGCTTGATAAAAAAGCCGCTTTTGTGACGGCGAGCATGATGACGGGCATGTTTGATCAGGATTTAAACGGCTATACTTCCGTCACGGGACGCACCATTTCTGACCGGCTGACCCGAACCTATGGCGGTAAATCAGGCACGACCAGCGCAGACAGCTGGATGATCGGCTTTAATCCCGCTCTTGCCGCCGGTGTGTGGACAGGCTATGACAAAAGCAGCACGATTGATTCAGTAGAAGAAAAAAGCTATGCGAAGACGATTTGGGCGGACTTTATGGAGAAGGCGCTCGAAGGAGAACCGGAAATAGCGCTTAAACCGCCGAAGGGCGTCACGGGCGTCTATATCGACCCCGCTTCCGGCTACACTTCCGGACCCGGATGCGCCGCAAAGCATTATACGTATTTTATCGCAGGCACAGAGCCCGCCGATGTGTGCTACGGGCCGGAACCGTCTAAAAAAGAAAAGGAACACGCTCCCGCCCGCAAAGAAGCTCCGCGCAAAAAGTGGTGGGATAAGTGGCTCGGCAAAAAAGACTGA MDKVSGKQLRITFKIIRACIFLTLIGGMLAGVCFTSVLLAAKWQGAPSVRVPQSTILYANDGSKLGETDFGEKRYWVRLKDINPIAVQAAIAVEDQNFYNHHGFDYRRMAAAALADIKAMAKVQGASTITQQYARNLYLEHDKTWKRKWNEAFYTIRLEQNYSKNEILEGYVNTIYYGHGAYGIEAASRLYFGKHAKDLNDAEAVLLAGIPKGPSGYSPYVSEKKAKQRQETILRLMAGQKMISKTKAERLKKMPLAYQPLKNRTAAKTAPYFYDDAMKELEKKLGMTREQLATSGLRVYTTLDKRMQRIAENTVAHTIRTGSDIQVGFSAIDPATGRVLALLGGRDYEKSPFDRATQAKRQPASTIKPLLYYKAIQSGFTPVTLMKSEATEFQIDDNGDTYSPSNYNGYYANKPITLLQALALSDNIYAVKTHLFLGMNKLVSAAKEFGISEHLKPLPSLALGTEPVRPIEMVNAYAMLANGGKQITPSFITKVTDTAGNILYEQPRGHQQTLDKKAAFVTASMMTGMFDQDLNGYTSVTGRTISDRLTRTYGGKSGTTSADSWMIGFNPALAAGVWTGYDKSSTIDSVEEKSYAKTIWADFMEKALEGEPEIALKPPKGVTGVYIDPASGYTSGPGCAAKHYTYFIAGTEPADVCYGPEPSKKEKEHAPARKEAPRKKWWDKWLGKKD PGPT0023955_98 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-PENICILLIN-BINDING_PROTEINS,PGPT0023955-pbpG-K21464 NA NA D1-12_02400 831 speE COG0421 Polyamine aminopropyltransferase TTGAGCGAGCTTTGGTATACGGAGAAGCAGACGAAGAATTTCGGCATTACATTAAAGGTGAAACAAACATTACATACGGAACAGACGGAATTTCAGCATCTGGAAATGGTGGAGACAGAAGAATTCGGCAACATGCTGTTCTTAGACGGAATGGTCATGACTTCTGAAAAAGACGAATTCGTCTATCATGAAATGGTTGCGCACGTCCCGTTATTTACGCACCCGAATCCGGAAAACGTCCTCGTTGTCGGCGGCGGAGACGGCGGTGTCATCAGAGAGATTCTGAAGCACCCAAGCGTAAAAAAAGCGACGCTTGTCGACATTGACGGCAAGGTTATTGAATACTCTAAAAAATTCCTTCCGTCCATTGCGGGCAAGCTTGATGATCCGCGCGTCGACGTGAGAGTCGATGACGGTTTCATGCACATCGCGAAATCAGAGAATGAGTATGACGTCATCATGGTTGATTCAACAGAACCGGTCGGACCGGCCGTCAATCTGTTCTCAAAAGGCTTCTATGCCGGAATTTCCAAGGCGTTAAAAGAAGACGGCATCTTCGTCGCGCAGACGGACAACCCGTGGTTTACACCGGAGCTGATTACAAACGTACAGCGTGACGTGAAAGAAATCTTCCCGATCACCCGTCTGTATACGGCTAATATCCCGACGTACCCGAGCGGCTTGTGGACATTTACGATCGGTTCTAAAAAGTACGATCCGCTTGAGGTGGAGGACAGCCGTTTCTTTGACATCGACACGAAATATTACACGAAAGAGCTTCACAAAGCGGCATTTGTTCTTCCGAAATTTGTGAGCGACTTAATCAAATAA MSELWYTEKQTKNFGITLKVKQTLHTEQTEFQHLEMVETEEFGNMLFLDGMVMTSEKDEFVYHEMVAHVPLFTHPNPENVLVVGGGDGGVIREILKHPSVKKATLVDIDGKVIEYSKKFLPSIAGKLDDPRVDVRVDDGFMHIAKSENEYDVIMVDSTEPVGPAVNLFSKGFYAGISKALKEDGIFVAQTDNPWFTPELITNVQRDVKEIFPITRLYTANIPTYPSGLWTFTIGSKKYDPLEVEDSRFFDIDTKYYTKELHKAAFVLPKFVSDLIK PGPT0007750_3285 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 D1-12_02401 873 speB COG0010 Agmatinase ATGAGGTTTGATGAAGCATATTCAGGAAAAGTATTTATCGCAAGCCGCCCCGACTGGAAAGAGGCGGACGCCATCCTTTACGGCATGCCGATGGATTGGACGGTCAGCTACCGTCCGGGTTCGCGTTTCGGCCCGGGGAGAATCCGCGAGGTGTCTATCGGTCTTGAAGAATACAGCCCGTATCTCGACCGTGACTTGGCTGATTTGAATTTCTTTGACGCCGGCGATATTCCGCTTCCGTTCGGCAATCCGCAAAGAAGCCTTGATATGATTGAAGAATACGTGGACAGCATTTTAGAAAAAGGAAAGTTCCCGCTCGGCATGGGAGGGGAGCACCTTGTATCATGGCCTGTCATAAAAGCCATGTATAAGAAATTTCCGGACCTTTCCATCATTCATTTTGACGCGCACACCGACCTGCGCACGGATTATGAAGGCGAACCGCTTTCCCACTCTACTCCGATCCGCAAAGCGGCCGAGCTCATCGGGCCGCAAAACGTATTTTCATTCGGCATCCGTTCCGGAATGAAGGAAGAATTTGAATGGGCGAAAGAAAACGGCATGCACATTTCTAAGTTTGAAGTGCTTGAGCCGCTGAAAAAAGTGCTGCCGCAGCTTGCGGGACGCCCTGTTTATGTCACGATCGATATCGACGTGCTTGACCCCGCTCATGCGCCGGGAACGGGCACGGTTGACGCAGGAGGCATCACGTCTAAAGAATTGCTCGCGTCCATCCATGAAATCGCACGCTCAGAAGTCAACGTAAAAGGCGCCGACCTCGTAGAAGTCGCGCCGGTCTATGACCACTCAGAACAAACCGCAAACACGGCAAGCAAGATGATTCGTGAAATGCTGCTTGGGTTTGTGAAATAA MRFDEAYSGKVFIASRPDWKEADAILYGMPMDWTVSYRPGSRFGPGRIREVSIGLEEYSPYLDRDLADLNFFDAGDIPLPFGNPQRSLDMIEEYVDSILEKGKFPLGMGGEHLVSWPVIKAMYKKFPDLSIIHFDAHTDLRTDYEGEPLSHSTPIRKAAELIGPQNVFSFGIRSGMKEEFEWAKENGMHISKFEVLEPLKKVLPQLAGRPVYVTIDIDVLDPAHAPGTGTVDAGGITSKELLASIHEIARSEVNVKGADLVEVAPVYDHSEQTANTASKMIREMLLGFVK PGPT0007775_2650 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-OXIDATIVE_STRESS_SIGNALLING,PGPT0007775-speB-K01480 NA NA D1-12_02402 219 hypothetical protein ATGAAAACAGCAGTAGAAAATGAATTGGAATTAAAAAAGATTGAAATTTCAGTAATTAAACTGATAATTGCTGAAAAACCTAATAAAGAGATCGCTAAGTCATTAAACTACTCGCAGCGTAATGTCGAATATATCATAGCCGGTCTCTGTAAAAAGTGGAATGTGAGTACTAGAGTCGGTATTGTTTCGGAAGCATATAAAAGGAATTGTATACAGTGA MKTAVENELELKKIEISVIKLIIAEKPNKEIAKSLNYSQRNVEYIIAGLCKKWNVSTRVGIVSEAYKRNCIQ NA NA NA NA NA D1-12_02403 540 hypothetical protein ATGCAAATTGAATTATCTTCATTTAAGGACCGAAACATTAATTTTTTGTCCTCATTTTTGTTTTATATTATCGGGCTAGCTTTTTATTTAAGTTCCCTATTACCTTTTATGAAAAGTTTAATTCCCAAAAACATCCCTATACAAGTTGTTGAGCAAGTAAAACATTTAGATTATATCATTGCAATAGCCGCACTGTTTCTTTTAATGTTCGGGGTGATTTTTGAAGGATTTGTATTATTTCTCATTATAAATTTTCTTGGCGCTCAAATTAAGATCAAAACTTTTTATTCCCTATTTATGTTTTCTAACATCCCGGTCGCAATTAAGTTTTTACTTATATCATTCAAAAATATTTTCGCAGCACATCCAAACACTAGTTTATTTTTCACAAGTAATCATTTGATTTTTTCTATCTTTGATTTGTTCAATATTGCATACTTATTTCTTTTGTTTATTCTTCTGAAATGGAGAACAAATTTGAACTACCTGACAATCTCAGTTTTTATTTTTACGGCATTCCTGTATAGAATGTTTTTTTAG MQIELSSFKDRNINFLSSFLFYIIGLAFYLSSLLPFMKSLIPKNIPIQVVEQVKHLDYIIAIAALFLLMFGVIFEGFVLFLIINFLGAQIKIKTFYSLFMFSNIPVAIKFLLISFKNIFAAHPNTSLFFTSNHLIFSIFDLFNIAYLFLLFILLKWRTNLNYLTISVFIFTAFLYRMFF NA NA NA NA NA D1-12_02404 498 hypothetical protein TTGTTTAAAAAGAACGTTTTAGTCAAATTGTACATACTCTGTCTGATCTTATTTTTAATTGCTTTATTTACAGCATATTTTTATACAGATCCCGCTTCAAATGTAAATAATCTAAACCGAAATATCCGTCCGGATTTTTTTCAGATTTTCTTTAATAATATTAAAGTAGCGAGTCTGCTTGTTTTTTTAGGCCCGTTGACGCTGTCACTTGGCACGATTGCAGTTTTAATTATTAATGGTTTAATTTTAGGAAATGCCATAGGAAACATCAAAGACAATTTAAACCTTTTACTGCTTGTTATACCCCATGGAATAATTGAAGTCCCGGTATTGCTTCTTGCAGCTTCTGTAGGAATGAAATTAACTTTGGATTTATTACTCCTCAAAATAAATTTAAAATTCACTTTTAAATATATTGGTATTATATTTCTCGGTTTAATGATAGCAGCTATGTTAGAAACATTTATTACACCTATCTTTATAAAAGGAGTCTCTTAG MFKKNVLVKLYILCLILFLIALFTAYFYTDPASNVNNLNRNIRPDFFQIFFNNIKVASLLVFLGPLTLSLGTIAVLIINGLILGNAIGNIKDNLNLLLLVIPHGIIEVPVLLLAASVGMKLTLDLLLLKINLKFTFKYIGIIFLGLMIAAMLETFITPIFIKGVS PGPT0024685_699 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-STAGE_II_SPORULATION,PGPT0024685-spoIIM-K06384 NA NA D1-12_02405 282 hypothetical protein ATGAGTCTACTTTTAAAAACACAAAATAGTAAAGCGATTTTTACATTAGTAGCATCAGGAATCATTGTTCTCGCTCTTTTCAGTATAAAACATAATCATTTAAGCATGGATGTCATCGATATTTTAAACAGAGCTGGAATTATCGCTCCTAGTTGGATTGTCAGTGCTATCACCGCAACGGGTTCAGTCCTGGCTATCATTACTGTTTTAGGATCTCTTGGTGCAGGCTTGCCATTAGCCGTTTTAGAACAATTGGCTGCAGCAAGTACAGCAGCAGCTTAA MSLLLKTQNSKAIFTLVASGIIVLALFSIKHNHLSMDVIDILNRAGIIAPSWIVSAITATGSVLAIITVLGSLGAGLPLAVLEQLAAASTAAA NA NA NA NA NA D1-12_02406 264 hypothetical protein ATGTACGAATATAAGTTCATAAAAGTAGAAGTAAACCGGTGGAAAGGAAAGCCTAAAGAAGACTATAAAGAAATTATTGAAAAGTATTCGCAGCAAGGATGGAAGCTGGTCCAAATATTTGCTCCTCCTATTTCAGGTTATGGGGCAGCCGATTATTTTGATATTATTCTTGAAAAAAAGTATAAATGTTTCAGTACAAAGAAAGCCGGATCATACATATGGTCCGGCTTTCTTTGTACTGAAATAAGTCAGCAGATACCTTAA MYEYKFIKVEVNRWKGKPKEDYKEIIEKYSQQGWKLVQIFAPPISGYGAADYFDIILEKKYKCFSTKKAGSYIWSGFLCTEISQQIP NA NA NA NA NA D1-12_02407 204 hypothetical protein ATGAAGAAAATGGATGAGATGCAAAAACACCAATCGGGTATAGCCGCCAGAATAGCATTTAGTTTTTATACTGTCGCTTTACTGATATGGTCATTAATAGATTATTTTAAAAACGGAAATACAGGATGGCAATTTCCAATACTTTTAATAGGCTGCGCGCTCTATTTATGGATTCAAGTTTATCATAATCGAAAAACAAGGTAA MKKMDEMQKHQSGIAARIAFSFYTVALLIWSLIDYFKNGNTGWQFPILLIGCALYLWIQVYHNRKTR NA NA NA NA NA D1-12_02408 204 hypothetical protein GTGGATAACAATATAAAAAAACTTAGAACAGCAGCTGATATTTCACAAAATGATCTGGCTAAGCTCTGCAATGTGACCAGACAAACCATCAATGCAATTGAAAATAATAAATATGACCCGACTTTAAGTCTGGCTTTTTCGATAGCTCACGCATTAAATACGGGAATAGATAAAGTATTCAACTATAACGCCAAAAAAAATTAA MDNNIKKLRTAADISQNDLAKLCNVTRQTINAIENNKYDPTLSLAFSIAHALNTGIDKVFNYNAKKN PGPT0008430_6409 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM PLANT_VITAMIN-MOLYBDENUM_COFACTOR_BIOSYNTHESIS,PGPT0008430-moeA-K03750 NA NA D1-12_02409 120 hypothetical protein ATGAAATTGAAGTATAAATTAGCACTTACTTGCTTAGCGATAGGCACTATTTTTGTTTCAGCCGACATTGCAAGTGCACCGGAACATCAATTTGAAGTTGCTCAGCGCGGAATGATTTAA MKLKYKLALTCLAIGTIFVSADIASAPEHQFEVAQRGMI PGPT0025685_12 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-PENTAPEPTIDE_BIOSYNTHESIS,PGPT0025685-phrF-K06355 NA NA D1-12_02410 1146 rapF_1 COG0457 Response regulator aspartate phosphatase F GTGGCGAGTGTTTTATCGTCTTCAGCGGTTGGAGAAAAAATCAACGAATGGTATATGTACATTCGAAGGTTCAGCATCCCGGACGCCGAGTACTTGCGGAGAGAAATCAAAGAAGAACTTGCAGGCCTGGAAGATGATCAGGATCTTCATCTATACTATTCTCTCATGGAATTCCGCCACAATCTGATGCTCGAATACCTCGAACCGCTGGAATCGCAGCGGATAGAAGAACAGCCGAGACTATCGGAGCTGCTCGCGGATATTGATAAAAAGCAGGCCCGGCTGACCGGACGTCTTGATTATTATTTTAATTTTTTCCGGGGGATGTATGAGCTGGAATGCCGTGAATATCTTTCAGCGATTCAGTTTTTTAAGAAAGCTGAATATAAGCTTGATTTTGTCAAAGATTGTATCGAGAAAGCTGAATTTTATTTTAAGATGTCAGAGTCCTACTATTATATGAAGCAGACTTATTTTTCTATGGATTATGCCCGGCAGGCTTATAAAATTTATCATAAGCAGGAGGCATATAATATAAGGGTGCTTCAGTGCCATTCATTGTTCGCTACCAACTTTCTTGACTTAAAGCAATATGATGAAGCAATTCAGCATTTTAAAAAAGCTTATGCCATGGCAGAGGCAGAACAGCAGCCTCAATTAATGGGCCGGACTCTATATAATATCGGACTTTGTTTTAACAGCCAAGAAAATTACAAACCAGCCATTGACTACATAAAACGAGCAATAGCTGTTTTTGAAGATGGGAACATCATCACTTCTCTCCCGCAAGCCTATTTCTTAATCACACAAATACATTATAAAATCGGAAATACGGCCATAGCCAGACAATATCATGACAAAGGGGTATCTTATGCAGAGGAGGCAGAAGATTCCCTATATATAGTCGAGTATGAATTTTTAGAATCTTTATATGTCGGTGAGCCTGATGAAGAAGCAATCATGGAATGTTTTGACTTTCTCAGAGATAAATTGATGTATGCTGATCTTGAAGATTTTGCCTTAGATGTGGCAAAATATTATCATGAAAGAGAAAATTTCGAGAAGGCTTCCGCATATTTTTTAAAGGTGGAAGAAACAAGACAGCAGATTCAAGGAGGTGTGAAGTTGTATGAAATTGAAGTATAA MASVLSSSAVGEKINEWYMYIRRFSIPDAEYLRREIKEELAGLEDDQDLHLYYSLMEFRHNLMLEYLEPLESQRIEEQPRLSELLADIDKKQARLTGRLDYYFNFFRGMYELECREYLSAIQFFKKAEYKLDFVKDCIEKAEFYFKMSESYYYMKQTYFSMDYARQAYKIYHKQEAYNIRVLQCHSLFATNFLDLKQYDEAIQHFKKAYAMAEAEQQPQLMGRTLYNIGLCFNSQENYKPAIDYIKRAIAVFEDGNIITSLPQAYFLITQIHYKIGNTAIARQYHDKGVSYAEEAEDSLYIVEYEFLESLYVGEPDEEAIMECFDFLRDKLMYADLEDFALDVAKYYHERENFEKASAYFLKVEETRQQIQGGVKLYEIEV PGPT0025770_10 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-PENTAPEPTIDE_PERCIPITATION|SIGNALLING,PGPT0025770-rapF-K06364 NA NA D1-12_02411 429 ywiB COG4506 putative beta-barrel protein YwiB ATGAGACAGGAGACACCAGTAGCCATTCATGTGCAATCATTCATACACAACGGCTCAGAAGAAGAGTCGGTTGAATTTACATCGAGTGGATTCTATTACGTGAGAAACGGCAAAACGTATCTTTCCTATCACGAAGAGCATGATTTGGGCAAGATTAAAACGGTCGTCAAGATCACAGAAAAAGAGATTCTCGTGATGAGATCGGGCGCCATCCAAATGAAACAGCGGTTCATTCCGGGGGCATCGACACTCACTCAATATAAACTGCCGTTCGGACAAATGGAGCTCCGTACGGAAACGAAAAACATACAAGCTGATGTCGGCGGTTCGGAAGGCTCCGTCAAAATGACATATAACATGACTGTAGGCGAAAACCAAGAACATGTACATAACATGACGATCCAATATAAGGAGGAAAAAAAGGCATGA MRQETPVAIHVQSFIHNGSEEESVEFTSSGFYYVRNGKTYLSYHEEHDLGKIKTVVKITEKEILVMRSGAIQMKQRFIPGASTLTQYKLPFGQMELRTETKNIQADVGGSEGSVKMTYNMTVGENQEHVHNMTIQYKEEKKA NA NA NA NA NA D1-12_02412 1671 argS Arginine--tRNA ligase ATGAATATTGCGGAACAGATGAAGGACGTGCTGAAGGAAGAGATCAAAGCGGCCGTTCTGAAAGCGGGCCTGGCGGAAGAAAGCCAGATTCCAAGCGTACTGTTAGAAACGCCGAAAGAAAAAACACACGGTGATTATTCCACAAACATGGCGATGCAGCTGGCGAGAATCGCAAAAAAAGCGCCGCGACAAATCGCTGAGGAGATCGTGGCGTCATTTGATAAAGGCAAAGCTTCCATTGAAAAGATGGATATTGCGGGGCCCGGCTTTATCAACTTTTACATGAACAACAGCTACTTAACAAAACTGATTCCGTCCGTGCTTGAAGCGGGTGAACATTACGGAGAGACAAACATCGGACAAGGCGAAAAGATTCAGGTCGAATTCGTATCAGCCAACCCGACGGGAGATCTTCACTTAGGCCATGCGCGCGGCGCGGCGGTAGGTGACGCGCTGTGCAGCGTGCTTTCTAAAGCGGGCTATGATGTGAGCCGCGAATACTATATTAATGATGCGGGCAACCAGATTAACAACCTGGCGCTTTCCGTTGAAGTCCGTTATTTTGAAGCGCTCGGTCTCGAGAAACCGATGCCGGAAGACGGCTACCGCGGCGAGGATATTATCGCCATCGGGAAAAAGCTTGCCGAAGATTTCGGCGACCGTTTCGTACATGAAGAGGAGAGCGAACGTCAGGCGTTTTTCCGTGAATACGGCTTAAAGTACGAGCTTGATAAACTTCGCTCCGACCTGGAAAATTTCCGCGTGCCGTTTGACGTATGGTATTCTGAAACGTCACTGTACGAAAACGGAAAAATTGATCAGGCGCTCGAGGCGCTTCGCGAAAAGGGCCATGTATACGAAGAGGACGGCGCGACATGGTTTCGTTCCACAACGTTCGGCGACGATAAAGACCGTGTGCTGATCAAAAAAGACGGTTCATACACTTATTTGCTGCCGGATATCGCATACCATAAAGACAAACTTGACCGCGGATTCGACAAGCTCATCAATGTATGGGGCGCGGATCACCACGGGTATATTCCGCGTATGAAAGCGGCAATTGAAGCGCTCGGTTACAAGAAAGGCACATTGGAAGTTGAGATCATTCAGCTCGTTCATTTATACAAAAACGGCGAAAAAATGAAGATGAGCAAACGTACGGGGAAAGCCGTAACGATGCGCGACTTGATTGAAGAAGTCGGCTTGGATGCCGTGCGTTATTTCTTCGCGATGCGCAGTGCTGATACGCACATGGATTTTGACTTGGATCTTGCCGTATCCACATCTAACGAAAACCCTGTGTATTATGCGCAATACGCACATGCACGTATTTGCAGCATGCTTCGCCAAGGGGAGGAGCAGGGACTTAAACCGGCGGCAGATCTTGATTTCAGCCATATTCAATCAGAAAAAGAATATGACCTGCTGAAAACGATCGGCGGCTTCCCTGAGGCAGTGGCAGAAGCGGCGGAAAAACGCATTCCTCACCGTGTCACAAACTATATTTATGATCTGGCTTCCGCTCTGCACAGCTTCTACAATGCGGAGAAAGTCATCGATCCGGAAAATAAAGAGAAGAGCCGCGCGCGTCTCGCTTTAATGAAGGCGACGCAAATTACGCTGAACAATGCGCTTCAGCTGATCGGCGTATCCGCTCCGGAAAAAATGTAA MNIAEQMKDVLKEEIKAAVLKAGLAEESQIPSVLLETPKEKTHGDYSTNMAMQLARIAKKAPRQIAEEIVASFDKGKASIEKMDIAGPGFINFYMNNSYLTKLIPSVLEAGEHYGETNIGQGEKIQVEFVSANPTGDLHLGHARGAAVGDALCSVLSKAGYDVSREYYINDAGNQINNLALSVEVRYFEALGLEKPMPEDGYRGEDIIAIGKKLAEDFGDRFVHEEESERQAFFREYGLKYELDKLRSDLENFRVPFDVWYSETSLYENGKIDQALEALREKGHVYEEDGATWFRSTTFGDDKDRVLIKKDGSYTYLLPDIAYHKDKLDRGFDKLINVWGADHHGYIPRMKAAIEALGYKKGTLEVEIIQLVHLYKNGEKMKMSKRTGKAVTMRDLIEEVGLDAVRYFFAMRSADTHMDFDLDLAVSTSNENPVYYAQYAHARICSMLRQGEEQGLKPAADLDFSHIQSEKEYDLLKTIGGFPEAVAEAAEKRIPHRVTNYIYDLASALHSFYNAEKVIDPENKEKSRARLALMKATQITLNNALQLIGVSAPEKM NA NA NA NA NA D1-12_02413 1191 narT COG2223 putative nitrate transporter NarT ATGATCAATCGTCAACATATTCAATTATCGTTGCAGTCATTAAGCTTAGTGGCAGGGTTTATGGTGTGGGTGCTGATTTCATCGCTCATTTCTCAAATGACATCAGATATTCATTTAAGCAAAGGCGAGATCTCATTGGTGACGGCGATTCCCGTTATTCTCGGATCGCTTCTCCGTATTCCTTTAGGATATTTAACGAACAGGTATGGCGCGCGGCTGATGTTTATGATCAGCTTCATCCTGCTTTTGTTTCCTGTATTTTGGATCAGTATCGCGGATTCTTTATTTGATTTAATCGCGGGCGGCTTTTTCTTAGGGATCGGAGGAGCGGTATTCTCCATCGGAGTGACGTCCCTCCCGAAATATTATCCGAAAGAAAAGCACGGTGTCGTCAATGGGATTTACGGTGCCGGAAACATCGGGACCGCCGTTACTACCTTTGCGGCGCCGGTTATCGCTCAAGCCGCGGGATGGAAAGCAACCGTGCAGATGTATCTTGTTTTGCTGGCTGTTTTCGCATTACTGCACGTTTTGTTCGGCGACCGGCATGAGAAGAAAGTCAAAGTTTCCATAAAGACACAAATGAAAGCCGTTTACCGAAATCATGTGCTGTGGATGTTGAGCCTGTTTTATTTTATTACGTTCGGCGCCTTTGTCGCCTTTACCATCTATCTTCCGAATTTTTTGGTTGAGCATTTTGGGCTGAGCCCTGCGGACGCCGGTTTACGGACGGCCGGCTTTATTGCGGTCTCTACACTGCTCAGGCCTGTGGGAGGGTTTCTTGCAGATAAATTGAGTCCGCTCCGTATTCTGATGTTCGTTTTCGCAGGGCTTACGCTGTCAGGCGTCATGCTGTCATTCTCCCCGACGATCGGCCTTTATGCGTTTGGATCGCTGACAGTGGCAGTCTGCTCAGGGATTGGAAACGGGACGGTATTTAAACTGGTGCCTTTCTACTTTTCGAAGCAAGCGGGGATTGCCAACGGTATTGTGTCAGCTATGGGCGGACTGGGCGGTTTTTTCCCTCCGCTGATTCTGGCAAGTGTATTTCAGGCAACAGGCCAATACGCGATCGGGTTTATGGCGCTTTCAGAGGTCGCGTTAGCCAGCTTTGTTCTTGTGATCTGGATGTATTGGCAGGAAAAAATGAAAACACATACGGAGAGAAACAGTCAGAGTCTCAATTCATAA MINRQHIQLSLQSLSLVAGFMVWVLISSLISQMTSDIHLSKGEISLVTAIPVILGSLLRIPLGYLTNRYGARLMFMISFILLLFPVFWISIADSLFDLIAGGFFLGIGGAVFSIGVTSLPKYYPKEKHGVVNGIYGAGNIGTAVTTFAAPVIAQAAGWKATVQMYLVLLAVFALLHVLFGDRHEKKVKVSIKTQMKAVYRNHVLWMLSLFYFITFGAFVAFTIYLPNFLVEHFGLSPADAGLRTAGFIAVSTLLRPVGGFLADKLSPLRILMFVFAGLTLSGVMLSFSPTIGLYAFGSLTVAVCSGIGNGTVFKLVPFYFSKQAGIANGIVSAMGGLGGFFPPLILASVFQATGQYAIGFMALSEVALASFVLVIWMYWQEKMKTHTERNSQSLNS PGPT0000300_3918 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-DENITRIFICATION|NITRATE_USAGE DENITRIFICATION-NITRATE_REDUCTION,PGPT0000300-narK|nrtP|nrt|narU-K02575 NA NA D1-12_02414 717 fnr COG0664 Anaerobic regulatory protein ATGAATATTCTCTCTGTCCGAAAATCTGATAAAGAACTTCTTTCCCGCGAACTGCATGAATTGCTGGAATCGATCAGTACGAAAAGGAAAATGAAAAAACACACTTATTTGTTTCAAGAAGGAATGGATGCAAAAGAGCTTTATCTGATTCAATCAGGACTCATTGAAATCGGCAAGCTGACGTCTGACGGAAAAGACCTGACGCTTAGAATCTGCCAAAAACACGATATTGTCGGGGAATTGACGCTATTCACAGATGAGCCGAGATATATGCTCAGTGCGAAAGTGTTAGAGGATGGCGAGGTGCTCGTCATTAATAAAAACAAGCTGGAAAAGGAATTGATCCAAAACGGTGTTTTGACGTTTGAATTTATGAAATGGATGAGCACCCATCTTCGAAAAATCCAGTCCAAAATCAGGGACCTGCTTCTTCACGGTAAAAAGGGGGCGCTCTATTCCACCCTTATCCGCTTATCAAACAGCTACGGGGTGGAACGAAGCGACGGGATTCTGATTAACATTGTGCTGACAAATCAGGATTTGGCTAAGTTTTGCGCGGCGGCAAGGGAGAGCGTCAACCGCATGCTGGGAGACCTCCGCAAACAAGGGGTTATTTCGATAGACGAAACCGGAAAAATTATTTTGCACAAGCGGGACTATTTACGATGCGAGATCGAGTGTGAAAATTGTCCGCTTGAGATCTGCAATATTGACTGA MNILSVRKSDKELLSRELHELLESISTKRKMKKHTYLFQEGMDAKELYLIQSGLIEIGKLTSDGKDLTLRICQKHDIVGELTLFTDEPRYMLSAKVLEDGEVLVINKNKLEKELIQNGVLTFEFMKWMSTHLRKIQSKIRDLLLHGKKGALYSTLIRLSNSYGVERSDGILINIVLTNQDLAKFCAAARESVNRMLGDLRKQGVISIDETGKIILHKRDYLRCEIECENCPLEICNID PGPT0015075_1190 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 D1-12_02415 720 hypothetical protein ATGAAGGCGATGATTCCGAAGCAGCACGGCGCATGGGCGATGCTGCTGATTCCATTTTTACTCGGCATGGTCAAGGGAGGCCCGGTTTTCTGGCATATTCCGCTCTTTCTGGGCTGGCTTTTCCTATACTTAGCGGTTTATCCCGTTTCGCTCGCTTTGAAAAAGAAACAGCTTCAGCCTTATCAAAAGTGGATATGGTATTACGGTTTTCCCGCCTGCTGCTTTTTGATCATTTCTGTCTTTCATAAGCCGCAGCTCGTCTGGATCGGCGTTTTTTTATTGCCGCTGTTTCTCATACATACGCATTATGCCCGCCGAAAAAACGAGCGGGCGCTCACGAATGATATTGCGGGTGTTCTGTTCTTTTGTTCAGGCGGGCTTGCGAGCTGCTGGCTGGGAACGGGAACCCTTGACGGCTGGGCTTGGTTTATTTTCTTGCAGTCTACTTTATTTTTTATCGGGAGTTCTTTTTATGTGAAGTCGGTCATACGGGAGAGAAAAAACAGAACCTTTGCATACTGGTCATGGGGATATCACCTCTTGCTCCCCTTTTTATCGGCTCTTCTCGGGGCAGGCTGGGCGTTTCTCGCTTTTATCCCAAGCAGTCTGCGGGCCTGGTTTTTTCACGGAAGAGACTGGCCCGTGAAAACGATCGGCATTCTGGAAATCGTAAATGCCGGCTTCTTTTTCGCCGTCATGTGTGTATGTATCACAAGCTGA MKAMIPKQHGAWAMLLIPFLLGMVKGGPVFWHIPLFLGWLFLYLAVYPVSLALKKKQLQPYQKWIWYYGFPACCFLIISVFHKPQLVWIGVFLLPLFLIHTHYARRKNERALTNDIAGVLFFCSGGLASCWLGTGTLDGWAWFIFLQSTLFFIGSSFYVKSVIRERKNRTFAYWSWGYHLLLPFLSALLGAGWAFLAFIPSSLRAWFFHGRDWPVKTIGILEIVNAGFFFAVMCVCITS NA NA NA NA NA D1-12_02416 477 arfM putative transcription regulator ArfM ATGAATCAGTGTGACTATTTATTGTTTCTGAAACAACTTCCTATGTTTAATGAAGTGCCTCTGTCCATTGTCGAAACTTTGCTGAAAAACGGGACGTTTATCCGCGGCTCATCTGACCAATCTCCATCCTTTCTTCATTCACAATCCGTTTATATTGTATTAAAAGGCAATATCCGTTTTACGGACAGCAGGCTCCCTGAAGGGTCGCAAACCGTTGCGCTGTGGGAGAAAGGCGATGTGTTTCCGATTGATGAAAAAGGCGGGCTCTATTTATCGCCTTTTATCTCAGTCAATGCCTCACCGGATATTCTGGTACTCCATATTCCATATTCCATATTTAAGCAAATGATGTCTTACCATCCGCGGCTGCAAATGAACTTTTTGGCGATGCTTCAGCAAAATGTCTTCTGTTCCTATCAGTTGTTTTTGCGGTATCTGCATACATCACGGGATGAAAACGCTGAACCCGGTTCTTAA MNQCDYLLFLKQLPMFNEVPLSIVETLLKNGTFIRGSSDQSPSFLHSQSVYIVLKGNIRFTDSRLPEGSQTVALWEKGDVFPIDEKGGLYLSPFISVNASPDILVLHIPYSIFKQMMSYHPRLQMNFLAMLQQNVFCSYQLFLRYLHTSRDENAEPGS NA NA NA NA NA D1-12_02417 3687 narG COG5013 Respiratory nitrate reductase 1 alpha chain ATGAAGAAAAAGAAAATGAGTCCGTTGCTCAGGAGATTAAACTATTTTTCTCCTATCGAACATCATTCAAATAACCATAGCCAAACGACAAGCGAAGATCGTGATTGGGAGAATGTATACAGAAACAGATGGCAGTACGACAAAGTCGTTCGCTCCACCCACGGCGTCAACTGCACGGGTTCTTGCAGCTGGAATATTTATGTGAAAAACGGAATTGTCACGTGGGAAGGACAAAACTTGAATTATCCATCAACAGGCCCTGATATGCCTGATTTCGAACCGAGAGGCTGTCCGCGGGGGGCCAGTTTTTCTTGGTACATCTACAGCCCGCTCCGTGTGAAATATCCATATGTGCGCGGTGTGCTGATCAATTTGTGGCGGGAAGCATTGCAGGCGCATCAAAATCCGCTGGATGCCTGGAAATCGATCGTTGAAAATCCTGAAAAAGCGAAGTCCTATAAACAGGCAAGAGGGAAAGGCGGCTTTGTCCGCGCGGAATGGCCGGAAGTGCTGAAGCTGATTTCAGCCTCTCTGCTGTATACGGTGATGAAATACGGGCCTGACCGGAATGTCGGTTTTTCCCCGATCCCGGCGATGTCCATGATCAGCCATGCGTCAGGCTCGCGATTCATGTCTTTAATCGGCGGCCCAATGCTCAGTTTTTATGACTGGTATGCGGATCTTCCGCCGGCGTCCCCGCAAATTTGGGGCGACCAGACGGACGTTCCGGAGAGCAGTGATTGGTACAATTCAGGCTATATCATCACATGGGGCTCCAACGTTCCGTTAACGAGAACGCCTGATGCGCATTTTCTGGCGGAAGCCCGCTATAAAGGCGCCAAGGTCATTTCAATCAGCCCGGATTTTGCGGAATCCTCAAAGTTCGCAGATGACTGGCTGAGTATCCGCCAAGGGACTGACGGGGCGCTTGCGATGGCGATGGGTCACGTCATTTTGCAGGAATTTTACGTGAACCAAGAAACTGAACGTTTTATTGAGTACGCGAAGCAATACACCGATTTTCCATTCTTCGTCACTCTGTCAAAAGAGAACGGCGTGTATACAGCCGGGCGGTTTCTGCATGCGAAAGACATCGGGCGGCAGACAAAAAATGATCAGTGGAAGCCGGCGGTCTGGAATGAACAGACAGGTGCGTTTGCCATACCGCAAGGCACAATGGGCTCCCGCTGGGACGGGCAGCAGAAATGGAATCTGCACATGATCGACGAAGACACCGGGGAACAGATTGAGCCGCGTCTCTCCGTGCTCGGAATAGAGGACGAAATCGGCTCAGTGCGCATTCCGTATTTTTCAAATGACGGAAACAAAGTGCTTGAGCGGAATCTTCCTATTAAAAAAATGAACCTGAACGGTGAAGAAACGTACATCACGACCGTGTTTGACTTGATACTGGCTAACTACGGCGTGAACCGGGGCATCGGCGAACGATCGGCTGTCTCCTATGATGATCCTGAGCCGTTTACGCCTGCCTGGCAGGAACAAATGACAGGAATCAAAAAAGAAGCTGTCGTTAAGATTGCCAGAGAGTTTGCCCAAAATGCGATCGATACAGACGGCCGGTCCATGATTATCGTAGGGGCCGGCATTAACCACTGGTTCAACTCCGACACGATTTACCGTGCGGTGTTAAATCTTGTTTTACTCGTAGGCGCCCAAGGCGTAAACGGCGGAGGCTGGGCCCATTACGTGGGGCAGGAAAAGCTCCGTCCGGCTGAAGGGTGGCAGACGATTGCAACCGCAAAGGACTGGGAAGGCGTGCCTAAACTGCAAAACGGCACCTCATTTTTCTACTTTGCGACAGATCAGTGGCGTTATGAGGACCAGCCGATCAGTGACTTGGCTTCACCGATCGCCGCGTCATCCCGCTACAAGCATCACGCCGATTACAATGTGCTGGCGGCGCGATTAGGGTGGCTTCCGTCTTACCCGACATTCAATCAAAACGGCATTGATCTGTACAAAGAAGCTGAGAAGGCGGGGGCGGCGACACCTGAAGACGTAGGTGCGTACGTGGCCTCACGGCTTCAAGAGAAAAAACTGAAATTCGCGATTGAAGATCCCGACAATGAAGTGAATTTCCCAAGAAATCTCTTCGTATGGCGGGCAAATCTGATCTCAAGCTCAGGAAAAGGGCATGAATATTTTCTCAAGCATTTGCTGGGGACGACAAACGGCTTGATGAATGACGACAGCGACAGCATCCGCCCTGAAGAAATCAAATGGCGGGAGCAGGCGCCGGAAGGCAAGCTCGACTTGTTAATCAATCTCGACTTTCGAATGGCGGGTACGGCGCTGTATTCCGATATCGTGCTGCCGGCGGCGACATGGTATGAAAAACACGATCTCAGCAGCACGGATATGCACCCGTTCATTCATCCTTTCGCTCCGGCCATCTCGGCGCCGTGGGAATCGAGATCAGACTGGGATATTTTTAAAGCACTGTCAAAAGCCGTTTCCGATCTGGCGGAAGAAGTCGAGATGGAGCCGGTGAAAGAAGTGGTTGCGACGCCGCTCCTCCATGACACGATGCAGGAATTGGCCCAGCCGTTCGGCAAAATCAATGACTGGAGCAAGGGCGAATGTGAAGCCATTCCGGGAAAAACGATGCCGAACATCCATGTCGTTGAACGGGATTACAAACACATTTTTCATAAAATGACCGCGCTCGGCCCTCATACGGCTTTAAAACCGAGCGGAACAAAAGGGATGAGCTGGTCGATTGCGGATGAATATGAATCACTCAAACAGAGACTGGGAGAAACCGATTCAAACAGCGTTGCCAAAGGATGCCCGAATATAAGTGAAGCGAAGCAGGCGGCGGAAGCGATTTTAACCCTGTCGTCCACCTCAAATGGAAAAGTCGCCGTGAAAGCATGGGAATCGCTTGAAAACATCACAAACCTGAAGCTGAAAGACCTGGCGGAAGAGCGCGAGGAAGAATGCTTTACGTTCGAGCAAATTACAGCCCAGCCGAAAACGGTCATCACCTCTCCGGCCTTTACCGGTTCAGAAAAAGGAGGGCGCAGGTATTCGCCGTTTACGACGAATGTGGAAAAATTAATTCCGTGGCGGACGCTGACCGGCAGACAATCCTATTATGTCGATCATGAACTGATGATGGAATTCGGTGAAACGATGGCGACATTTAAACCGATCCTTCAGCATCGTCCGTTCCTAAGCAAACGGCCTGATCAAGAGGGCAAAGAAATCGTCCTTAATTATTTGACGCCGCATAATAAATGGTCCGTCCACAGCATGTATTTTGATTCTCTGCCGATGCTGACGCTGTTCCGCGGCGGGCCGACCGTGTGGATGAATAAAGATGACGCAGAGGACACGGATATCAAAGACAACGATTGGATTGAATGCTTCAACCGAAACGGCGTTGTCGTCGCGAGAGCGGTTTTGTCTCATCGGATTCCTAAAGGAATGGCGTTTATGCACCATGCCCAGGACCGCCACATCAATGTGCCCGGCACAAAACTGACGAATAACCGCGGAGGCACCCATAACAGCCCGACAAGGATTCACGTCAAGCCGACACAGATGATCGGTGGCTACGCCCAGCTCAGCTACGGCTTTAACTATTACGGACCAACGGGGAATCAGCGCGACCTGAACGTCGTTATCCGTAAGCTGAAGGAGGTCGATTGGCTTGAAGATTAA MKKKKMSPLLRRLNYFSPIEHHSNNHSQTTSEDRDWENVYRNRWQYDKVVRSTHGVNCTGSCSWNIYVKNGIVTWEGQNLNYPSTGPDMPDFEPRGCPRGASFSWYIYSPLRVKYPYVRGVLINLWREALQAHQNPLDAWKSIVENPEKAKSYKQARGKGGFVRAEWPEVLKLISASLLYTVMKYGPDRNVGFSPIPAMSMISHASGSRFMSLIGGPMLSFYDWYADLPPASPQIWGDQTDVPESSDWYNSGYIITWGSNVPLTRTPDAHFLAEARYKGAKVISISPDFAESSKFADDWLSIRQGTDGALAMAMGHVILQEFYVNQETERFIEYAKQYTDFPFFVTLSKENGVYTAGRFLHAKDIGRQTKNDQWKPAVWNEQTGAFAIPQGTMGSRWDGQQKWNLHMIDEDTGEQIEPRLSVLGIEDEIGSVRIPYFSNDGNKVLERNLPIKKMNLNGEETYITTVFDLILANYGVNRGIGERSAVSYDDPEPFTPAWQEQMTGIKKEAVVKIAREFAQNAIDTDGRSMIIVGAGINHWFNSDTIYRAVLNLVLLVGAQGVNGGGWAHYVGQEKLRPAEGWQTIATAKDWEGVPKLQNGTSFFYFATDQWRYEDQPISDLASPIAASSRYKHHADYNVLAARLGWLPSYPTFNQNGIDLYKEAEKAGAATPEDVGAYVASRLQEKKLKFAIEDPDNEVNFPRNLFVWRANLISSSGKGHEYFLKHLLGTTNGLMNDDSDSIRPEEIKWREQAPEGKLDLLINLDFRMAGTALYSDIVLPAATWYEKHDLSSTDMHPFIHPFAPAISAPWESRSDWDIFKALSKAVSDLAEEVEMEPVKEVVATPLLHDTMQELAQPFGKINDWSKGECEAIPGKTMPNIHVVERDYKHIFHKMTALGPHTALKPSGTKGMSWSIADEYESLKQRLGETDSNSVAKGCPNISEAKQAAEAILTLSSTSNGKVAVKAWESLENITNLKLKDLAEEREEECFTFEQITAQPKTVITSPAFTGSEKGGRRYSPFTTNVEKLIPWRTLTGRQSYYVDHELMMEFGETMATFKPILQHRPFLSKRPDQEGKEIVLNYLTPHNKWSVHSMYFDSLPMLTLFRGGPTVWMNKDDAEDTDIKDNDWIECFNRNGVVVARAVLSHRIPKGMAFMHHAQDRHINVPGTKLTNNRGGTHNSPTRIHVKPTQMIGGYAQLSYGFNYYGPTGNQRDLNVVIRKLKEVDWLED PGPT0000285_1173 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILISATION-OTHER_ACID_METABOLISMS K-SOLUBILISATION-NITRIC_ACID_BIOSYNTHESIS,PGPT0000285-narG|narZ|nxrA-K00370 NA NA D1-12_02418 1464 narH COG1140 Respiratory nitrate reductase 1 beta chain TTGAAGATTAAAGCGCAAATCGGGATGGTCATGAACTTGGATAAATGCATCGGCTGCCACACGTGCAGCGTCACCTGCAAAAACACGTGGACAAACCGTTCCGGTGCGGAATATATGTACTTCAATAATGTAGAAACAAAGCCTGGCATCGGCTACCCGAAGCAATGGGAGGACCAGGACAAATATAAAGGCGGCTGGACGTTGAAAAAAGGAAAGCTCGAGCTGAAATCAGGCCCGAAAACAAACCGGCTTGCAGGCCTTTTCTATAACCCGAACCAGCCGACGATTGATGACTACTATGAACCTTGGAACTATGATTATGAAACATTAACAAACAGCCCGCAGAAAAAACACCAGCCGGTGGCGCGCCCGAAATCGTCCTTAACGGGGGATTTTATGAATATCGAATGGGGCCCGAACTGGGAGGATGATCTCGCGGGCGGGCATATTACGGGTCTTGAAGATCCAAACGTGCAAAAGATGGAGGAATCGATCAAAACAGAATTCGATGAGGTCTTTATGATGTATCTGCCGCGTATTTGCGAGCACTGCATCAATCCGGCGTGCGTGTCCTCCTGCCCGTCCGGCGCCATGTACAAACGCGAGGAGGACGGCATTGTGCTTGTGGATCAAAACGCATGCCGTTCATGGAGATATTGCGTCTCATCCTGTCCTTATAAAAAAGTCTATTTTAACTGGCAAACGAACAAAGCGGAAAAATGCACACTCTGCTTTCCGCGCTTGGAGGCGGGGCTGCCGACCATCTGCTCCGAAACGTGTGTCGGCAGAATCCGCTATCTCGGCGTCATGCTGTATGACGCGGACAAAGTGGAGGAAGCGGCATCGGTTGAAAATGAAAAGGATCTCTACCATTCCCAATTAGACGTTTTTCTTGATCCGAATGATCCTGAGATTGCCAAACTGGCAAAAGAACAAGGCATCCCGGCTGAATGGATAGAGGCGGCGCAGCAATCGCCGATCTACAAAATGATCATCGACTGGAAGATTGCGCTTCCGCTTCACCCTGAGTACCGTACGCTGCCGATGGTTTGGTACATTCCGCCGCTCAGCCCGATTATGAATCTCTTTGAAGGAAAAGGAAGCCGGCAAACGGCGGAAGCGATTTTTCCGGCTATCGACCAAATGAGAATTCCGATTGACTATTTGGCGCAGCTGTTAACGGCGGGGGATACGGATCATATTCGATCCACGTTAAAGAAAATGTCTGTCATGCGCCAGTATATGAGAGCGATCCAGACGAATAAATCAATCGACCCGGAACTGATCTCCAGTGTCGGCTTAACAGAACAGCAAATTAAAGACATGTATCGGCTGCTGGCAATCGCCAAATATGATGACCGTTTTGTGATCCCGAGCAGCCATCGAGAAGAAGTGTCAGATTTATATGCTGAACAAGGGAGCTGCGGCTTATCATTTTCAGGCGGCCCGGGCTCTTGTTTCTAA MKIKAQIGMVMNLDKCIGCHTCSVTCKNTWTNRSGAEYMYFNNVETKPGIGYPKQWEDQDKYKGGWTLKKGKLELKSGPKTNRLAGLFYNPNQPTIDDYYEPWNYDYETLTNSPQKKHQPVARPKSSLTGDFMNIEWGPNWEDDLAGGHITGLEDPNVQKMEESIKTEFDEVFMMYLPRICEHCINPACVSSCPSGAMYKREEDGIVLVDQNACRSWRYCVSSCPYKKVYFNWQTNKAEKCTLCFPRLEAGLPTICSETCVGRIRYLGVMLYDADKVEEAASVENEKDLYHSQLDVFLDPNDPEIAKLAKEQGIPAEWIEAAQQSPIYKMIIDWKIALPLHPEYRTLPMVWYIPPLSPIMNLFEGKGSRQTAEAIFPAIDQMRIPIDYLAQLLTAGDTDHIRSTLKKMSVMRQYMRAIQTNKSIDPELISSVGLTEQQIKDMYRLLAIAKYDDRFVIPSSHREEVSDLYAEQGSCGLSFSGGPGSCF PGPT0000500_1324 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILISATION-OTHER_ACID_METABOLISMS K-SOLUBILISATION-NITRIC_ACID_BIOSYNTHESIS,PGPT0000500-narH|narY|nxrB-K00371 NA NA D1-12_02419 558 hypothetical protein ATGAACACCACAGACCGGCAAATGACGTTCTCCGCTCTTTCCGTTCTTCTCTCTTATCCGGATGAAGAGTGGAGAGCCGAGATTCCCGATTGGAAGGCTCTTATCCATGACATCACCAATCAGCAAATCCGGGAGAAATTGCTGCACTTTTTAGAGGCGGCAGCCGGCTTTTCTCCGCAAGCGCTGATTGAACACTATGTGTATACGTTCGATTTCGGAAAGAAAACGAATATGTACGTCACCTACTTTAACTCAGGCGAACAAAGGGAACGCGGCATTGAATTGCTGCATTTAAAAAACATCTACCAGCAATCCGGTTTCCTGCCGACAGAGAAAGAACTGCCTGATTACCTGCCGCTGATGCTGGAATTCGCCGCGGTTGCGGAGATTGAAGCGGCGAGAAGCGTGTTTGAGAAATACCTGTCCAATGTGAGGGAGCTGGCTTCCCGCCTCGAAAAAAATAACAGCATCTATGCTGAGCTGCTGCACGTGCTGCAGGCCGCACTGGAAAACATCGGTGTACATGCAAGCACTGAAGAAGGGGCTGTTCAGGCATGA MNTTDRQMTFSALSVLLSYPDEEWRAEIPDWKALIHDITNQQIREKLLHFLEAAAGFSPQALIEHYVYTFDFGKKTNMYVTYFNSGEQRERGIELLHLKNIYQQSGFLPTEKELPDYLPLMLEFAAVAEIEAARSVFEKYLSNVRELASRLEKNNSIYAELLHVLQAALENIGVHASTEEGAVQA PGPT0000510_1263 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-DENITRIFICATION|NITRATE_USAGE DENITRIFICATION-NITRATE_REDUCTION,PGPT0000510-narJ|narW-K00373 NA NA D1-12_02420 672 narX COG2180 Nitrate reductase-like protein NarX ATGAGCGGGCAGATCCTGTGGGGCGTTATGCCATACATTGTATTGACGATCTTTATCGGCGGGCATATTTACCGCTATCAGCATGACCAATTCGGCTGGACGGCGAAATCAAGCGAGCTGTTAGAAAAGAAAAAACTCGCGGCTGGCAGCACACTTTTTCATTGGGGACTGCTGTGCGTTGTCGGCGGACATGTCATGGGAATTCTGATCCCGGAAGGCGTGTATGCTTCCCTTGGCATTTCCGAGCATATGTATCACAAAATGGCGATCGGCGCAGGCCTGCCGGCGGGGATTGCTGCATGTGCCGGACTTGTCATCCTGACGTACAGAAGGCTGTTTGACAAAAGAATCCGCAAAACCAGCTCGCCATCGGATATCCTGACGCTTATTCTGCTGCTGTTCATGATGCTGTCGGGCGTTGCGGCCACGTTCCTCAACATTGACTCGAAAGGATTTGATTACAGGGCAACAGTCGGGCCGTGGTTCAGGGAAATTGTTTTGTTCCGGCCTGACGCTTCTTTGATGGAAAGTGTCCCGCTATGGTTTAAGTTTCATATCATCATAGGGTACGTCGTTTTTATCCTCTGGCCGTTTACAAGACTGGTTCACGTGTTCAGCCTGCCGCTCAAGTATTTGACCCGCAGCTATGTTGTCTATCGGAAACGCACGTAA MSGQILWGVMPYIVLTIFIGGHIYRYQHDQFGWTAKSSELLEKKKLAAGSTLFHWGLLCVVGGHVMGILIPEGVYASLGISEHMYHKMAIGAGLPAGIAACAGLVILTYRRLFDKRIRKTSSPSDILTLILLLFMMLSGVAATFLNIDSKGFDYRATVGPWFREIVLFRPDASLMESVPLWFKFHIIIGYVVFILWPFTRLVHVFSLPLKYLTRSYVVYRKRT PGPT0000505_1443 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILISATION-OTHER_ACID_METABOLISMS K-SOLUBILISATION-NITRIC_ACID_BIOSYNTHESIS,PGPT0000505-narI|narV-K00374 NA NA D1-12_02421 630 hypothetical protein ATGAAGCGGATTTTCCTCATTTTAGCCGCCTGTCTGATGACAAGCGCCGGCGTCCTGACACTCAGACATTCCCATGTATTAACCGGCGGCACAGCGGGACTGTCACTAAGCCTGTCATACGTGTTTCATTCCTCGTTTGCGATGATCTTCTTTCTGATCAATATCCCGTTTTATATATTTTCTCTCATCAGAATGGGAATCAATTTCACTCTATCCACCGTTTTTGCAGTCACAGCGCTGACTCTGTTTACCGGTGCGGATCACTGGCTGCCGCCGGTTTCTGTTTCACCGCTTGCCGGGGCGGTTTGCGGCGGGGCGCTGATCGGGTTCGGCCTGTCGCTCATGTTTTATCATCAGGCATCGCTCGGCGGCGCCAATATCCTCGCTTTATTTCTGCAAAAGCGCTGCGGATGGAATCCGGGTGCCGTTAATTTCCTCTTCGATTTTGGCGTCGTGCTGGCCGGCATTTTTTCCGTCGGGTTGCTGAAAGGGCTCTTCTCCTTAGTGTCGATAGCGGTCACCGGTCTGATCATCGGCATCTTCAAAAATAAAATCAAAGGCAGCTGCTCGCTTAATCCGGCATTGCTTCAGAACATCACACCCGGCCAATCACAGGAAGCGTCATCATAA MKRIFLILAACLMTSAGVLTLRHSHVLTGGTAGLSLSLSYVFHSSFAMIFFLINIPFYIFSLIRMGINFTLSTVFAVTALTLFTGADHWLPPVSVSPLAGAVCGGALIGFGLSLMFYHQASLGGANILALFLQKRCGWNPGAVNFLFDFGVVLAGIFSVGLLKGLFSLVSIAVTGLIIGIFKNKIKGSCSLNPALLQNITPGQSQEASS NA NA NA NA NA D1-12_02422 1503 ywiE COG1502 putative cardiolipin synthase YwiE ATGCTGAAAAGGAGACTGGAATTTTGCTTTTTATATATGATGCTTATCGGAGCATATGTCATATGGTTTTTTCCGGTTTCCAGGCTTGAGTTTTACGGAGGAGTGCTTTGCTATGCAAGCATTATTTTGTTCAGCATCTATTCGTTAATTCTTGAAAACCGCACCTCGCAGCACACGCTGTTATGGATTTATATTCTTGTGTTTTTTCCGATCGCCGGGTACTTATTTTACCTTTTTTCCGGCCAGCTTTATGAAAAAGGCAAGCTGTTCAGGTCGAAACGGACATACAACCGGGAAAAGCTGAGAACGATATTTGATATGGAACAAACTCCCGATCTGTCCGGGCTGAAAGGAAATCAGAAGCGTTTCTTTCAATATTCAATCAAGGCGTCCCATATGAATATCAATACAAAAAGCAGGCTGAAGGTGCTCAAAAACGGGGAAGAAACATTTCCGGAGCTGTTTGAGGCGCTCCGGGAGGCCGCGTCATTTATACATATTGAGTATTACATGTTCAAATCAGACATGCTCGGGCACAAGATGATGGACATTATGATGGAAAAGGCGCGTCAAGGCGTGGAAGTGCGGTTTTTGTTCGACGCGGCCGGCAGCCTGAAGCTGGCCGGAAAAGATATTAAAAAACTGAAACGCGCGGGCGTGAACATCGTCCCGTTTCTGCCGCTGAAATACGGTTTTTTCAACCAAAAATTCAATTTCAGAAATCACCGCAAGATCGTCATCGTTGACGGGAAAGTCGGTTTTGTCGGCGGGCTGAATGTCGGCAAGGAGTATATCGGCAAAGACCAAGATGTCGGCTTTTGGCGGGACACCCATATGAAAGTCGAAGGAGAAATCGTTCAGACGCTCCACAGCATTTTTATGCTTGATTGGGAATACGTTTCAGATGAGGTGCTGATTGATCAGAAAGCATATACCCGCCCGGTTGCGGCAGAAAGCGGCGGCGTCTATCAAGTCGTTCCGACAGGCCCCGATATGAAGGAGCGGATGAGCGATCTGTATTACGCCATGATAGCGGCGGCCGAATCGTCTGTATGGATCGCGACGCCTTATTTCGTGCCGAATGAGCCGATCCGCACAGCGCTAAAGGAGGCTGCTGCCAGAGGCGTCCGGGTGCGTGTCATGGTGCCGGAAACCAATGACGGGTTTTTAACCCAGTACGCGACGAGATCGTATTTCCCCGAGCTTCTTCGCGAAGGAATCGAAGTCTATTCTTATCAAAAAGGCTTTATGCATCAAAAGGTGCTCATCACTGACGGAAACCTCGCCTCTGTCGGGACAGCGAATATGGACATGAGAAGTTTTCAGCTGAACTTTGAAGTCAATGTCTTTTTTACAGATCAAGAGGCGATCAAAGATCTTGAAGCGCATTATCTGGAGGATATGAAGGAGTCTGAAAAAATCAGCCCCGTCCGTTTCTATAAGCGCACATTATGGGAAAGAACGAAGGAATCCTTCGCACGGTTATTTTCCGGCGTTTTATAA MLKRRLEFCFLYMMLIGAYVIWFFPVSRLEFYGGVLCYASIILFSIYSLILENRTSQHTLLWIYILVFFPIAGYLFYLFSGQLYEKGKLFRSKRTYNREKLRTIFDMEQTPDLSGLKGNQKRFFQYSIKASHMNINTKSRLKVLKNGEETFPELFEALREAASFIHIEYYMFKSDMLGHKMMDIMMEKARQGVEVRFLFDAAGSLKLAGKDIKKLKRAGVNIVPFLPLKYGFFNQKFNFRNHRKIVIVDGKVGFVGGLNVGKEYIGKDQDVGFWRDTHMKVEGEIVQTLHSIFMLDWEYVSDEVLIDQKAYTRPVAAESGGVYQVVPTGPDMKERMSDLYYAMIAAAESSVWIATPYFVPNEPIRTALKEAAARGVRVRVMVPETNDGFLTQYATRSYFPELLREGIEVYSYQKGFMHQKVLITDGNLASVGTANMDMRSFQLNFEVNVFFTDQEAIKDLEAHYLEDMKESEKISPVRFYKRTLWERTKESFARLFSGVL PGPT0007725_199 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 D1-12_02423 1728 COG1132 Putative multidrug export ATP-binding/permease protein GTGCTGCGACAATTTTTTTCTTATTATAAACCGTACAAGAAGCTGTTTTTTCTCGACTTCTTTTCTGCCATCGCCGGCGGATTGATGGAGCTGAGTTTTCCTCTGATCGTCAATTACTTTATCGATACATTGCTCCCGGGGCGGGATTGGAGTCTGATTATTTTGACTTCCGCTGCTTTATTCGGGGTGTACGCCCTCAGCTCGGCGCTTCAGTATGTTGTGACGTATTGGGGCCATATGCTCGGCATTAACATTGAAACCGATATGCGGAAAAAGCTTTTTGACCATCTGCAAAAGCTTTCGTTCAAATTTTACGATAACAACAAAACGGGCAGTTTAATGTCCAAGCTCACCAATGATTTGATGTATATCGGAGAAACCGCCCACCACGGGCCTGAAGACCTGTTTATCGCGATCATGACGATTTTGGGCGCGTTCGGTGTGATGCTGTTCATTAACTGGCAGCTCGCGCTGTTGACCTTTATCATTATGCCGGTCGTCATATGGCTTGCTTTGTATTTTAATAAAAAAATGACTTCGGCGTTTACAAAACTGAACAAAGACGTCGGAGACTTCAGCGCGAGGGTTGAAAACAATATCGGCGGCATCCGTCTTGTTCAGGCTTTCAGCAATGAAGCGTTTGAAACGCAGCGGTTTGACGTGAACAATCAGCGTTTCCGCAAAACAAAGCTGACGTCTTATAAAATCATGGCGAAAAATGGCTCGATCAGTTACATGCTGACAAGATTCGTCACGCTGTTCGTCCTGTTATGCGGGACATGGTTCGTGATCCGCGGATCGCTATCTTACGGGGAATTTGTCGCTTTTGTGCTGCTGACGAACGTTCTGTTCCGTCCGATTGATAAAATCAACGCGATTATTGAGATGTATCCGAGAGGCATTGCCGGTTTTAAAAGCTTTATAGGAATACTGGAAACGGAGCCTGATATCAAGGACGCCCCGAACGCGAGACATGTGTCCGGTTTAAAAGGGAATATCCGTTATGATCGTGTGTCATTCGGTTACGAAGAAAACAGTCCGGTTCTGTCGGGAATCAATTTGTCCATTCATGCCGGGGAGACAGTCGCATTCGTCGGGCCTTCGGGAGCGGGAAAATCAACGCTGACAAGTCTGCTGCCGCGCTTTTATGAGCCGTCTGAAGGCGTGATTTCCATCGACGGAATCGATATTAAAGACATGACGCTGTCATCATTGCGCGGACAAATCGGCGTCGTCCAGCAGGATGTCTTTCTGTTTTCCGGCACATTGCGGGAAAACATTGCTTACGGGCGGCTGGACGCGTCTGAGGAAGAAATCTGGCAGGCCGTCCGCCAGGCGCATTTAGAGGATTTGGTAAACGGGTATCCCGACGGTTTAAACACGGTGATCGGCGAGCGCGGCGTGAAACTGTCAGGCGGGCAGAAGCAGCGGCTTTCCATCGCCAGAATGTTTTTGAAAAACCCGTCGATCTTAATTTTAGACGAGGCTACATCGGCCCTCGATACAGAAACGGAAGCCGCCATCCAAAAATCGCTGCAAGAGCTGTCTGAAGGACGCACAACGCTTGTGATCGCCCATCGGCTGGCTACGATTAAGGATGCGAACCGGATCGTCGTCGTCACGAAAGAAGGCATCGCTGAACAAGGGCATCATAAGGAACTGCTGGAATCCGGCGGCATGTACCAGAGACTTCATCAGGCGCAATTCGGCGAGCTGATACATCAATAA MLRQFFSYYKPYKKLFFLDFFSAIAGGLMELSFPLIVNYFIDTLLPGRDWSLIILTSAALFGVYALSSALQYVVTYWGHMLGINIETDMRKKLFDHLQKLSFKFYDNNKTGSLMSKLTNDLMYIGETAHHGPEDLFIAIMTILGAFGVMLFINWQLALLTFIIMPVVIWLALYFNKKMTSAFTKLNKDVGDFSARVENNIGGIRLVQAFSNEAFETQRFDVNNQRFRKTKLTSYKIMAKNGSISYMLTRFVTLFVLLCGTWFVIRGSLSYGEFVAFVLLTNVLFRPIDKINAIIEMYPRGIAGFKSFIGILETEPDIKDAPNARHVSGLKGNIRYDRVSFGYEENSPVLSGINLSIHAGETVAFVGPSGAGKSTLTSLLPRFYEPSEGVISIDGIDIKDMTLSSLRGQIGVVQQDVFLFSGTLRENIAYGRLDASEEEIWQAVRQAHLEDLVNGYPDGLNTVIGERGVKLSGGQKQRLSIARMFLKNPSILILDEATSALDTETEAAIQKSLQELSEGRTTLVIAHRLATIKDANRIVVVTKEGIAEQGHHKELLESGGMYQRLHQAQFGELIHQ NA NA NA NA NA D1-12_02424 273 hypothetical protein ATGAAAAACATTACATCTTTGAAAATAGCCGCTAAGAAGTTCACTTTACGAAACATGCTTCAGCTTTATCAGCTTTGCCACACGGGAGGCCACGAGCTGTATATCTACTCTAAAAAAACGATGTGCAAAATCAAAGATATCATTGAGCTGGAAACGTTCAGAATGGCCCATAAAGAACAAGAATATTTAATTGTAGTGGAAGGAAAGAAAGCGGTGCAGCTTGTTGACCGTTTCAAACATATCATCGAACCTGCGCAAAAAGAAGCCCATTAA MKNITSLKIAAKKFTLRNMLQLYQLCHTGGHELYIYSKKTMCKIKDIIELETFRMAHKEQEYLIVVEGKKAVQLVDRFKHIIEPAQKEAH NA NA NA NA NA D1-12_02425 963 uvsE COG4294 UV DNA damage endonuclease ATGCTGTTCAGATTCGGATTCGTCGCAAACGCCATGTGCCTTTGGGACGCGTCCCCCGCCAAAACCTTAACATATGCGCGCTATACCAAACTTTCCCGCAGTGAGCGGAAAGAGGCCCTGCTTTCTGTGACGAAAGCAAATCTTACCAATACGCTGCGCACCATCCACTATGTGATCGGCCACGGCATTCCGCTGTACAGATTCTCAAGCTCGATTGTGCCGCTCGCCACCCATCCGGATGTGCTGTGGGATTTTGTTACGCCGTTTCGTCAGGAGTTCCGTGAGATCGGCGGGCTGGTCAGAAAATATGATCTCAGAACGAGCTTTCATCCGAACCAATTCACGCTTTTTACGAGCCCGAAACAGGAGATTACCGCAAATGCGGTCAAGGATATGGCCTATCACTATGACATGCTGGACGCAATGGGCATCGCGGACCGTTCCGTCATCAACATCCATGTCGGAGGCGCTTACGGTGACAAACAAAGCGCGCTTGGCCGTTTCCGAGTGAATCTGAAAGAACTTCCCGATGTCATCAAACAGCGGATGACTTTGGAAAACGATGATAAAACGTATACGTCCGAGGAAACACTCAGTGTATGTGAGCAAGAAGGCATTCCGTTTGTGTTTGATTATCACCATTTTTACGCCAATCCGACCGATGACGCTGATTTAGATGACATTCTTCCGCGGATGATCAAAACATGGCAGCGGATCGGCTTAAAGCCGAAGATCCATCTCTCCTCGCCAAAATCAGAATCAGCCGTACGCAGTCATGCGGACTATGTGGATGCGAATTTTATTCTGCCGGTGCTGGAGCGGTTCAGACAATGGGATACGGACATCGACTTTATGATTGAGGCGAAAGAGAAAGACCGGGCGCTGCTCCGGCTCGTCGAAGAATTAAGCGCCATCCGCGGAGTCAAACGCCTGGCGGGCGGAGTGCTGAAGTGGAAGGCATAA MLFRFGFVANAMCLWDASPAKTLTYARYTKLSRSERKEALLSVTKANLTNTLRTIHYVIGHGIPLYRFSSSIVPLATHPDVLWDFVTPFRQEFREIGGLVRKYDLRTSFHPNQFTLFTSPKQEITANAVKDMAYHYDMLDAMGIADRSVINIHVGGAYGDKQSALGRFRVNLKELPDVIKQRMTLENDDKTYTSEETLSVCEQEGIPFVFDYHHFYANPTDDADLDDILPRMIKTWQRIGLKPKIHLSSPKSESAVRSHADYVDANFILPVLERFRQWDTDIDFMIEAKEKDRALLRLVEELSAIRGVKRLAGGVLKWKA NA NA NA NA NA D1-12_02426 1200 clsB COG1502 Minor cardiolipin synthase ClsB ATGAAGGTCATTTTTGTGTTGCTTGTCATTTTTATCATATTGATCGCACTTATGCTGCTTGATATGCTGCTTGGCCGGGCGGCGTACAAAAAACAGGCGTATGAGCCCGTTTTTGACCCGAAAAAGAGTGATATCACACTCATTCACTGCGGCAGCGAGCTTGTGCGGCAGATGACGGCTGATATCCGCCAAGCCGTCTCTTCTATTCATATGATGTTTTTTATTATGAAGAACGACCAAGTCAGCCATGAGATGTTTCATTTATTGAAAGAAAAGGCCCAGGCCGGCGTCTCCGTATATCTGCTGCTGGATTGGGCGGGCAGCCGCCCAGTGAAAAAGCCTTCTATTCAAACGATGAAAAAAGCCGGCGTTCACGTTCATTTTCTAAATAAACCGGCATTTCCGTTTCTATTTTTCAGGCTGCAAAAACGGAATCACCGGAAAGTGACCGTCATTGACGGCAAAATCGGCTATGTCGGCGGTTTTAATATCGCTGAAGAGTACCTCGGCAAAAAAGCGAAGTTCGGAAACTGGGAGGATTATCACCTGCGGATGACCGGCGAAGGCACGGCGGATCTTCAGACTCTTTTTGTAAGCGATCTGAAACGAAACACCGGAAAAACACCCGGATCACCCGGGGTTTATCCGGCATTATCCGAAGGGAATATCTTTCATAGGACATATGCATCTGACGGGTTTTCGCTTGAATCGCATTATGAAAACTGCATCCGTAAGGCGGAGAAAAAAATCATTATCGGCACGCCTTATTATGTACCGAGCAAAAAGCTTCAGGAAGCGCTTATTTCAGCCTGCCGAAAAGGCGTCAAAGTCATCTTGATCGTGCCGATGAAGTCAGACCACCCGCTCGTTCGGGAAACAGCTTTTACTTATTATCCCGAGCTTCTGAAGGCCGGCTGCCTCATCTATCGGTATTATCAAGGCTTTTATCATGTCAAAGCCTTCATTATAGATGACCGCATCAGCATTATCGGCACGCCGAATTTTGATAAACGGAGCCTGTTCTGGAATGAAGAGGTGAATGTCATCATTCATGATGAAGCCTTTACAAAGGAAGTGCTTTCAACCATAAAGCAGGACATCGAAAAATCCGAGCTTCTCACATTAGAAAAAGTGAAACAGCGCTCCGTCAGACAGCTTCCTGCAGAATGGCTGGGAAAGGCCATATCTTACTTTTTATAA MKVIFVLLVIFIILIALMLLDMLLGRAAYKKQAYEPVFDPKKSDITLIHCGSELVRQMTADIRQAVSSIHMMFFIMKNDQVSHEMFHLLKEKAQAGVSVYLLLDWAGSRPVKKPSIQTMKKAGVHVHFLNKPAFPFLFFRLQKRNHRKVTVIDGKIGYVGGFNIAEEYLGKKAKFGNWEDYHLRMTGEGTADLQTLFVSDLKRNTGKTPGSPGVYPALSEGNIFHRTYASDGFSLESHYENCIRKAEKKIIIGTPYYVPSKKLQEALISACRKGVKVILIVPMKSDHPLVRETAFTYYPELLKAGCLIYRYYQGFYHVKAFIIDDRISIIGTPNFDKRSLFWNEEVNVIIHDEAFTKEVLSTIKQDIEKSELLTLEKVKQRSVRQLPAEWLGKAISYFL PGPT0007725_4759 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 D1-12_02427 2109 fadF COG0247 putative iron-sulfur-binding oxidoreductase FadF ATGAACGCATTTCTCATGGTAAACGCGCTGCTGTTTTCAGCTGTAACCGCTTACGCCGTTTATTTATTCGTTTACCTGATCAGAACGAGGATCGCTTATATTAAGCTCGGCCAAAGGGAAGAATTTGATAAACGCCTGAAAGAACGTCTTCAGAAGATATGGGTGAATGTGTTCGGACAGAAAAAATTGCTGAAAGATAAAAAGAGCGGAATCATCCACGTTCTGTTTTTTTACGGTTTTATACTCGTTCAGTTCGGCGCAATTGATTTTATTCTGAAAGGGTTGCTACCTGACCGTCATCTGCCGCTCGGTCCGCTTTATCCGGCGTTTACCTTTTTTCAGGAAATCGTCACGTTTCTGATTTTAATCGCCGTAGTCTGGGCGTTTTACCGGCGCTACATTGAAAAGCTCGTCAGACTGAAACGCGGGTTTAAAGCGGGGCTTGTCCTGCTGTTTATCGGCGGACTGATGGTGACGGTGCTTCTCGGGAACGCCATGAACCTTTTATGGCACGATCATTCTCTGTCTTGGACGGAACCGATCGCTTCCTCCATTGCGTTTGTGCTCGGCGGTCTTTCAGCGCCGGCGGCCGCCGCCGTGTTTTATGTTTCATGGTGGCTTCATCTGTTGTTTTTGCTCAGCTTTTTAGTGTACGTGCCGCAATCAAAGCATGCGCACTTAATTGCGGGTCCGGCGAATGTGTTCCTCAGCAGGCTGGATTCAAAAGGGAAGCTGGAAAAAATCGATTTCACCGATGAGACGAAAGAAAGCTACGGCGTAGGAAAGATTGAAGACTTCCGCCGTTCTCAGCTTGTCGATCTTTACGCCTGCGTCGAATGCGGCCGCTGTACAAATATGTGTCCGGCCTCCGGTACGGGCAAGATGCTCTCGCCGATGGACCTCATTTTAAAGCTCAGAGACCATTTGACGGAAAAAGGCGCTGCCGTGACGTCAAAATCTCCGTGGGTGCCCGCGCCCGTTTTTCAGCACACGAAGGCGAATCAGCTCGCCGCGGCTTCCTCAGGGGGAGGATCGCGTGAAGCGGCCGCAGCCATTGATTACAACCCGAGCTTAATCGGCGAGGTCATCACGGAAGAGGAGATTTGGGCGTGCACCACTTGCCGCAACTGTGAAGATCAATGTCCGGTCATGAATGAACACGTTGATAAAATTATCGATCTGCGCCGCTATCTTGTGCTTACGGAAGGGAAGATGGACAGCGACGCGCAGCGGGCCATGACAAGCATTGAAAGACAGGGAAACCCGTGGGGCTTAAACCGGAAAGAGCGGGAGAACTGGCGGGAGCAGGCCGATACAGAGATTCCGACAGTGAAAGAAATGAAAAAGCAAGACAAAGAGTTCGACTATTTGTTTTGGGTCGGCTCAATGGGTTCCTACGACAACAGGAGCCAAAAGATTGCCGTCTCATTTGCAAAGCTGCTTAATGAAGCGGGTGTATCCTTTGCGATTCTCGGCAATAAGGAAAAAAACTCAGGCGATACGCCGCGCCGTTTGGGCAACGAGTTTCTGTTCCAAGAGCTGGCGGAACACAACATCGGCGAATTTGAAAAACACGGAATCAAAAAAATCGTCACGATTGATCCGCACGCCTATAATATGTTCAAAAATGAATATCCTGATTTCGGATTCCGGGCCGAAGTCTATCATCATACTGAATTATTAGCCGAGCTTGTGTCACAGGGGAAACTAAAACCGCTTCACCCGGTGAATGAAACGATTACCTTCCATGACTCGTGCTATTTAGGAAGATACAATGAAGTGTATGAGCCGCCGAGAGCGATCTTAAAAGCCATTCCGGGCGTTCAATTGAAGGAAATGGAGCGCAGCCGCGAAAACGGGATGTGCTGCGGCGCCGGGGGAGGGCTCATGTGGATGGAAGAAGAAACGGGAGCGAGAATCAACACGGCCCGGACTGAGCAGGCGCTTTCTGTCAGTCCGACGGTCATCAGCTCCGGATGTCCTTACTGTCTGACTATGCTCGGTGACGGTACGAAAGCGAAAGAAGCCGAAGACGCGATCGGCACTTATGATGTCAGTGAATTGCTCGCCATGTCTGTATTCGGCGCTGAAAAACAAGAGTCTTTATAG MNAFLMVNALLFSAVTAYAVYLFVYLIRTRIAYIKLGQREEFDKRLKERLQKIWVNVFGQKKLLKDKKSGIIHVLFFYGFILVQFGAIDFILKGLLPDRHLPLGPLYPAFTFFQEIVTFLILIAVVWAFYRRYIEKLVRLKRGFKAGLVLLFIGGLMVTVLLGNAMNLLWHDHSLSWTEPIASSIAFVLGGLSAPAAAAVFYVSWWLHLLFLLSFLVYVPQSKHAHLIAGPANVFLSRLDSKGKLEKIDFTDETKESYGVGKIEDFRRSQLVDLYACVECGRCTNMCPASGTGKMLSPMDLILKLRDHLTEKGAAVTSKSPWVPAPVFQHTKANQLAAASSGGGSREAAAAIDYNPSLIGEVITEEEIWACTTCRNCEDQCPVMNEHVDKIIDLRRYLVLTEGKMDSDAQRAMTSIERQGNPWGLNRKERENWREQADTEIPTVKEMKKQDKEFDYLFWVGSMGSYDNRSQKIAVSFAKLLNEAGVSFAILGNKEKNSGDTPRRLGNEFLFQELAEHNIGEFEKHGIKKIVTIDPHAYNMFKNEYPDFGFRAEVYHHTELLAELVSQGKLKPLHPVNETITFHDSCYLGRYNEVYEPPRAILKAIPGVQLKEMERSRENGMCCGAGGGLMWMEEETGARINTARTEQALSVSPTVISSGCPYCLTMLGDGTKAKEAEDAIGTYDVSELLAMSVFGAEKQESL NA NA NA NA NA D1-12_02428 528 rpoE DNA-directed RNA polymerase subunit delta TTGAGTATCAAACAATATTCTCAGGAACAGCTGAAGCAGATGGCTTTAGTTGAAATCGCTCACGAAATTTTCTCAGAACATAAAAAACCGGTTCCGTTCCAGGAGCTGCTGAATGAAATGATCTCCTTGCTCGGTGTTACGAAAGAGGAACTGGGCGACCGTATCGCCCAATTTTATACAGACCTGAACATTGACGGCCGCTTTATTGCTCTGTCAGACCAGACGTGGGGGCTTCGCAGCTGGTATCCGTACGATCAGCTGGACGAAGAAACACAGCCGACTGTAAAAGCGAAAAAGAAAAAAGCGAAAAAAGTCGTTGAGGAAGATCTCGACCTTGATGAATTCGAGGAAGTTGATGAAGATGACATCGATCTCGATGAAATGGAAGAAGATATTGACCTTGACGCAGACAGCTTTGACGACGAAGATGTCGATGAAGAAGATGACGACGAGCTTGAGATCGAAGACGAGATGATTGAAGAAGATGAGGAAGATTATGATGATGAGGAAGAGGATCGCAAAGACTGA MSIKQYSQEQLKQMALVEIAHEIFSEHKKPVPFQELLNEMISLLGVTKEELGDRIAQFYTDLNIDGRFIALSDQTWGLRSWYPYDQLDEETQPTVKAKKKKAKKVVEEDLDLDEFEEVDEDDIDLDEMEEDIDLDADSFDDEDVDEEDDDELEIEDEMIEEDEEDYDDEEEDRKD NA NA NA NA NA D1-12_02430 1608 pyrG CTP synthase ATGACGAAATATATTTTTGTAACCGGGGGAGTTGTATCATCACTCGGAAAAGGAATTGTGGCTGCATCACTTGGCCGCCTTTTGAAAAACAGAGGCATGAGCGTCACTATCCAAAAATTTGACCCTTATATCAACGTTGACCCGGGAACGATGAGCCCGTACCAGCACGGTGAGGTATTCGTTACCGATGACGGCGCCGAGACTGACCTTGACTTAGGGCATTATGAGCGTTTCATTGACATTAATCTGAACAGATTCAGCAATGTGACGACCGGTAAAATCTATTCTGCCGTATTGAAAAAAGAGCGCCGCGGGGACTACCTCGGCGGAACAGTTCAGGTCATTCCGCACATCACAAATGAACTGAAAGACCGCGTGTACCGTGCAGGCAAAGAAACAAACGCAGATGTAGTCATTACTGAGATCGGCGGAACAGTGGGAGACATCGAATCCCTTCCGTTCCTTGAAGCCATCCGTCAAATGAAAAGCGACATCGGCCATGAAAACGTGATGTACATTCACTGTACGCTTGTTCCGTACATCAAAGCGGCGGGCGAGCTGAAAACAAAACCGACGCAGCACAGCGTAAAAGAGCTGAGAAGCCTCGGTATTCAGCCTAATATCATCGTCGTGCGCACGGAAATGCCGATTTCTCAAGATATGAAAGATAAAATCGCGCTCTTCTGCGATATTGACACGAAAGCGGTCATCGAGTGCGAAGATGCGGACAACCTTTACTCCATCCCGCTTAACCTTCAGGAGCAGGGACTCGATAAGCTTGTCTGCGATCATATGAAATTAGAATGCAAAGACCCGGATATGACGGAATGGAAAGACCTTGTCACGAAAGTGAAAAACTTGTCTAAAACCATTACAATCAGCCTCGTCGGTAAATACGTCGAGCTTCAGGACGCTTACATTTCAGTCGTTGAATCACTGCGCCACGCCGGCTATGCGTTTGACGCTGATGTGAAGATCAAATGGATTAACGCCGAACAAGTGACAGAAAGCAATATTCAAGAGCTGACTGGCGGCACAGACGGAATCATCGTGCCCGGCGGTTTCGGAGACCGCGGCGTAGAAGGGAAAATCATCGCCGCCAAGTATGCGCGTGAGAATAAAATTCCGTTCTTCGGCATCTGCCTCGGTATGCAGATTGCATCCATTGAATATGCGCGAAACGTATTAGGTCTGGAAGGGGCTCACTCTGCGGAGATCGATCCGTCCACTCCTTATCCGATCATCGACCTTCTGCCAGAACAAAAAGATGTCGAGGATCTTGGAGGAACGCTTCGTCTCGGACTGTACCCTTGTAAGCTTCAGGAAGACACGAAAGCCTTCGAAGCGTATGCGGATGAAGTGGTATACGAACGCCACCGCCACCGTTATGAATTCAACAACGAATACAGACAGCAAATGGAAGAGAACGGTTTTGTGTTCTCAGGCACAAGCCCTGACGGCCGTCTTGTGGAAATCATCGAGCTGAAAGACCATCCTTGGTATGTCGCTTGCCAGTTCCACCCTGAGTTCAAATCAAGACCGACAAGACCTCAGCCTTTATTCAAAGACTTTATCGGCGCTTCCGTACAAGCTGCAGAACAGAAGTAA MTKYIFVTGGVVSSLGKGIVAASLGRLLKNRGMSVTIQKFDPYINVDPGTMSPYQHGEVFVTDDGAETDLDLGHYERFIDINLNRFSNVTTGKIYSAVLKKERRGDYLGGTVQVIPHITNELKDRVYRAGKETNADVVITEIGGTVGDIESLPFLEAIRQMKSDIGHENVMYIHCTLVPYIKAAGELKTKPTQHSVKELRSLGIQPNIIVVRTEMPISQDMKDKIALFCDIDTKAVIECEDADNLYSIPLNLQEQGLDKLVCDHMKLECKDPDMTEWKDLVTKVKNLSKTITISLVGKYVELQDAYISVVESLRHAGYAFDADVKIKWINAEQVTESNIQELTGGTDGIIVPGGFGDRGVEGKIIAAKYARENKIPFFGICLGMQIASIEYARNVLGLEGAHSAEIDPSTPYPIIDLLPEQKDVEDLGGTLRLGLYPCKLQEDTKAFEAYADEVVYERHRHRYEFNNEYRQQMEENGFVFSGTSPDGRLVEIIELKDHPWYVACQFHPEFKSRPTRPQPLFKDFIGASVQAAEQK PGPT0021215_4910 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021215-pyrG-K01937 NA NA D1-12_02431 522 hypothetical protein ATGTTAAAGATATTTACGACACAGCTTGCAGGCATTTTTTCCCGCATTCAGGATAAGGAATCCGAAGCAATAGAAGACGGCGCGCGCCTGCTGGCGCAGGCAGCCGTCAGCGGTCATACCATTTATTTATACGGCGCAAATGAGATGCAGGGCATTTTGTGCGAGGCGGAACTCGGCTCAGAACCGATGCCTTCCGTCAAAGCGTTTCCGGATACAGCTGATTCGATTACAGAAAGCGACAGGGTGCTGATGTTTTGTTCAGGTCCGGGCACGGCTGAAGAACAGGCGCTGGCTCAAAAGCTTTATGAAAAAGGGATCGGCCTCGTTGGCGTATCTCCTGTCATCAAAGATCAAACCGGGATTGAGGAATTTTGTGATGTTCATATTGACAGCAAATTAAAAATGCCGCTTCTGCCTGATGAAGACGGGACAAGATACGGCTTTCCTTCATTAATGACAGGCCTGTATGTCTATCACGCACTGTCCTTTACATTAAAGGAAATGATGCAGGAATATACCTGA MLKIFTTQLAGIFSRIQDKESEAIEDGARLLAQAAVSGHTIYLYGANEMQGILCEAELGSEPMPSVKAFPDTADSITESDRVLMFCSGPGTAEEQALAQKLYEKGIGLVGVSPVIKDQTGIEEFCDVHIDSKLKMPLLPDEDGTRYGFPSLMTGLYVYHALSFTLKEMMQEYT NA NA NA NA NA D1-12_02432 375 spo0F COG0784 Sporulation initiation phosphotransferase F ATGATGAATGAAAAGATTTTAATCGTAGATGACCAATACGGTATACGCATATTGCTCAATGAAGTGTTTCATAAAGAAGGGTACCAGACGTTTCAGGCCGCCAATGGCATACAGGCGCTGGACATCGTAACGAAAGAACGGCCCGATCTCGTGCTTTTAGATATGAAAATCCCCGGCATGGACGGAATCGAAATTCTCAAGCGCATGAAGATGATTGACGAATCCATCCGCGTCATTATCATGACCGCTTACGGAGAACTCGATATGATTAAGGAATCAAAAGAGCTCGGAGCGCTGACCCATTTTGCGAAACCTTTTGACATTGATGAGATCAGAGACGCGGTGAAAAAATATTTACCTCTAAAATCGAATTAA MMNEKILIVDDQYGIRILLNEVFHKEGYQTFQAANGIQALDIVTKERPDLVLLDMKIPGMDGIEILKRMKMIDESIRVIIMTAYGELDMIKESKELGALTHFAKPFDIDEIRDAVKKYLPLKSN PGPT0024650_200 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-PENTAPEPTIDE_PERCIPITATION|SIGNALLING,PGPT0024650-spo0F-K02490 NA NA D1-12_02433 858 fbaA COG0191 putative fructose-bisphosphate aldolase ATGCCTTTAGTTTCAATGACGGAAATGTTGAATACAGCTAAAGAAAAAGGATATGCTGTTGGACAATTTAACTTAAATAACCTTGAGTTCACTCAAGCTATTTTACAAGCAGCAGAAGAGGAAAAATCCCCGGTTATTCTTGGTGTTTCAGAAGGCGCGGGACGCTACATGGGCGGCTTCAAAACAGTGGTTGCCATGGTTAAAGCTCTTATGGAAGAATACAAAGTGACAGTTCCTGTCGCCATTCACTTAGACCACGGTTCAAGCTTTGAATCTTGTGCGAAAGCGATTCATGCAGGTTTCACTTCTGTAATGATCGACGCATCTCACCACCCGTTTGAGGAAAACGTAGCAACTACAGCTAAAGTGGTTGAGCTTGCTCATTTCCACGGCGTTTCAGTTGAAGCTGAGCTTGGAACTGTAGGCGGACAGGAAGATGACGTGATCGCTGAAGGCGTAATCTATGCTGACCCTAAAGAGTGTCAAGAACTTGTAGAGCGCACTGGCATCGACTGCCTTGCACCTGCACTGGGTTCTGTTCACGGCCCTTACAAAGGCGAGCCGAACCTCGGTTTCAAAGAAATGGAAGATATCGGCAAATCAACCGGCCTTCCGTTAGTACTTCACGGCGGTACAGGAATTCCGACTGCCGACATTAAAAAATCAATCTCACTTGGTACGGCTAAAATCAACGTAAACACTGAAAACCAAATTTCTTCTGCAAAAGCTGTCCGCGAAACATTGGCAGCTAAGCCGAACGAATACGATCCTCGTAAATATCTTGGACCTGCTCGTGAAGCGATCAAAGAAACGGTTATCGGCAAAATGCGTGAGTTCGGTTCTTCAAACCAAGCTTAA MPLVSMTEMLNTAKEKGYAVGQFNLNNLEFTQAILQAAEEEKSPVILGVSEGAGRYMGGFKTVVAMVKALMEEYKVTVPVAIHLDHGSSFESCAKAIHAGFTSVMIDASHHPFEENVATTAKVVELAHFHGVSVEAELGTVGGQEDDVIAEGVIYADPKECQELVERTGIDCLAPALGSVHGPYKGEPNLGFKEMEDIGKSTGLPLVLHGGTGIPTADIKKSISLGTAKINVNTENQISSAKAVRETLAAKPNEYDPRKYLGPAREAIKETVIGKMREFGSSNQA PGPT0017615_4654 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 D1-12_02434 639 tal COG0176 Transaldolase ATGTTATTTTTCATTGATACAGCAAACATTGACGAGATTAAAGAAGCTTATGAACTTGGCGTTCTTGCCGGAGTTACGACAAACCCTAGTTTAGTGGCGAAAGAAGCTGACGTGTCTTTCCATGACAGACTTCGTGAGATTACGGAAGTCGTGAGCGGATCAGTAAGCGCGGAAGTCATTTCCCTGAATGCTGAAGAAATGATTGAAGAAGGTAAAGAACTTGCGAAAATCGCACCGAATATCACGGTGAAAATCCCGATGACGTCTGAAGGGTTAAAAGCCGTAAAAGCGCTGAGCGACCTGAACATTAAAACAAACGTAACGCTCATTTTCAGCGCCAACCAAGCGCTTTTGGCGGCAAGAGCCGGGGCGACTTATGTATCTCCGTTCTTAGGCCGTCTGGATGACATCGGCCATAACGGTCTTGAACTGATTTCAGAAATCAGACAGATTTTTGACATTCATGACATTGATACACAAATCATCGCAGCTTCCATCCGTCATGCGCAGCACGTGACTGAAGCCGCTTTACGCGGTGCGCATATCGGTACGATGCCGCTGAAAGTCATTCACCAGCTGACGAAACATCCGTTAACGGATAAAGGCATCGAGCAATTCTTGGCAGACTGGAATAAATAA MLFFIDTANIDEIKEAYELGVLAGVTTNPSLVAKEADVSFHDRLREITEVVSGSVSAEVISLNAEEMIEEGKELAKIAPNITVKIPMTSEGLKAVKALSDLNIKTNVTLIFSANQALLAARAGATYVSPFLGRLDDIGHNGLELISEIRQIFDIHDIDTQIIAASIRHAQHVTEAALRGAHIGTMPLKVIHQLTKHPLTDKGIEQFLADWNK PGPT0017375_5729 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 D1-12_02435 1290 murAB COG0766 UDP-N-acetylglucosamine 1-carboxyvinyltransferase 2 ATGGAAAAGTTGAATATTGCCGGCGGCGATCCGTTAAACGGAACCGTACATATCAGCGGCGCGAAAAACAGCGCCGTCGCATTGATACCCGCAACCATTCTGGCAAATTCCGAAGTAACGATCGAAGGGCTTCCGGAGATCTCAGATATTGAAACGCTGCGTGACCTGCTGAAAGAAATCGGCGGAAACGTCCATTTTGAAAAAGGAGAAATGGTCGTCGACCCTTCCCCGATGATCAGCATGCCGCTTCCCAACGGCAAAGTGAAAAAACTCCGCGCTTCCTATTACTTAATGGGCGCGATGCTGGGCCGCTTCAAACAGGCGGTCATCGGACTGCCGGGCGGATGCCATCTCGGGCCGCGGCCGATTGACCAGCACATCAAAGGATTTGAAGCGCTTGGGGCGGAAGTCACCAATGAACAAGGCGCGATTTATCTGCGCGCCGAAAGGCTGAGAGGCGCACGGATTTATTTAGATGTCGTCAGCGTCGGAGCGACGATCAATATCATGCTTGCCGCTGTACTGGCTGAAGGTAAAACCGTGATAGAAAACGCCGCCAAGGAACCTGAGATTATTGATGTGGCCACATTGCTCACCAGCATGGGCGCAAAGATCAAAGGCGCGGGAACCAATGTAATCAGAATCGACGGCGTAAAAGAGCTGCACGGATGCAGGCATACGATCATTCCGGACAGAATTGAGGCGGGCACCTTTATGATCGCCGGCGCCGCGATGGGGAAAGAAGTCATTATTGATAATGTCATACCGACTCACCTGGAGTCTTTAACGGCGAAGCTCAGGGAAATGGGTTTTCACATTGAGACGAGTGACGATCAGCTTCTTATGCTCGGCGGGCAGAAGCAGATAAAACCGGTCGACGTAAAAACGCTTGTTTACCCGGGATTCCCGACTGACCTTCAGCAGCCGATGACATCTCTGTTGACGAGAGCCAGCGGTACGAGCGTCGTAACCGACACCATCTACTCGGCACGATTTAAACATATAGATGAGCTGAGACGGATGGGGGCCAACATGAAAGTGGAAGGCAGGTCGGCCATTATCACCGGTCCGGCCGAGCTTCAGGGCGCAAAAGTAAAGGCGAGCGATCTGCGTGCAGGCGCTTGTCTGGTCGTCGCCGGGCTCATGGCTGACGGCGTAACCGAAATCACCGGTCTTGAGCATTTAGACCGCGGCTACAGCAATCTTGAGAAAAAACTCGAAGGCCTGGGCGCCACAATCTGGCGGCAAAGGCTGACGGACGAAGAGATAGAACAGCTCCAAAATTCATAG MEKLNIAGGDPLNGTVHISGAKNSAVALIPATILANSEVTIEGLPEISDIETLRDLLKEIGGNVHFEKGEMVVDPSPMISMPLPNGKVKKLRASYYLMGAMLGRFKQAVIGLPGGCHLGPRPIDQHIKGFEALGAEVTNEQGAIYLRAERLRGARIYLDVVSVGATINIMLAAVLAEGKTVIENAAKEPEIIDVATLLTSMGAKIKGAGTNVIRIDGVKELHGCRHTIIPDRIEAGTFMIAGAAMGKEVIIDNVIPTHLESLTAKLREMGFHIETSDDQLLMLGGQKQIKPVDVKTLVYPGFPTDLQQPMTSLLTRASGTSVVTDTIYSARFKHIDELRRMGANMKVEGRSAIITGPAELQGAKVKASDLRAGACLVVAGLMADGVTEITGLEHLDRGYSNLEKKLEGLGATIWRQRLTDEEIEQLQNS PGPT0024090_2161 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-N_ACETYLGLUCOSAMINE_MODIFICATION,PGPT0024090-murA-K00790 NA NA D1-12_02436 966 glpX COG1494 Fructose-1,6-bisphosphatase class 2 ATGGAAAGAAGCTTATCGATGGAATTGGTTCGAGTCACTGAAGCGGCGGCTTTAGCATCTGCCAGATGGATGGGCTGCGGGAAAAAAGATGAAGCTGATGATGCGGCGACAAGCGCAATGCGTGACGTGTTTGACACGGTGCCGATGAAAGGCACGGTCGTGATCGGGGAAGGCGAGATGGATGAAGCGCCGATGCTTTACATCGGCGAAAAGCTCGGAAACGGATACGGCCCGCGCGTCGATGTCGCCGTCGATCCTCTTGAAGGCACAAACATCGTAGCGAGCGGCGGCTGGAATGCGCTGACGGTGATCGCGGTCGCCGACCATGGAACACTGCTGAACGCCCCGGATATGTATATGGAAAAAATCGCGGTCGGTCCCGAAGCGGTAGGCTGCATCGATATCGAAGCGCCTGTCATTGATAACTTAAAAGCCGTTGCGAAAGCGAAGAACAAAGACATTGAAGATGTCGTGGCAACCATTTTAAATCGTGACAGACATGAAAAAATCATCTCTGAATTGCGTGAGGCGGGCGCCAGAATCAAACTGATCAACGACGGTGATGTCGCGGGCGCCATCAATACGGCCTTTGACCATACGGGAGTAGACATTCTCTTCGGTTCAGGCGGGGCTCCTGAAGGCGTGCTGTCTGCCGTTGCGTTAAAAGCGCTCGGCGGCGAAATCATCGGCAGGCTTCTGCCGCAAAGTGCGGAAGAGCAGGCCCGCTGTGAGCGAATGGGCCTTGATGTATCCAAAGTGCTCCGGATGGAGGACCTTGTGAGAGGGGATGACGCCATTTTTGCGGCAACGGGCGTCACGGACGGAGAGCTGCTGAAAGGCGTTCAGTTCAAAGGCTCCGTCGGCACGACTGAAAGTCTGGTCATCCGGGCGAAATCAGGAACGGTCCGATTCGTTGACGGAAGACACAGCCTGAAGAAAAAACCAAATCTTGTGATCCGGCCATAA MERSLSMELVRVTEAAALASARWMGCGKKDEADDAATSAMRDVFDTVPMKGTVVIGEGEMDEAPMLYIGEKLGNGYGPRVDVAVDPLEGTNIVASGGWNALTVIAVADHGTLLNAPDMYMEKIAVGPEAVGCIDIEAPVIDNLKAVAKAKNKDIEDVVATILNRDRHEKIISELREAGARIKLINDGDVAGAINTAFDHTGVDILFGSGGAPEGVLSAVALKALGGEIIGRLLPQSAEEQARCERMGLDVSKVLRMEDLVRGDDAIFAATGVTDGELLKGVQFKGSVGTTESLVIRAKSGTVRFVDGRHSLKKKPNLVIRP PGPT0017655_1383 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION PLANT_DERIVED_FRUCTOSE_METABOLISM|DEGRADATION,PGPT0017655-glpX|cbbF-K02446 NA NA D1-12_02437 1287 rho COG1158 Transcription termination factor Rho ATGAAAGACGTATCTATTTCCTCTTTGGAAAATATGAAATTAAAAGAACTATATGAACTGGCCAGACATTATAAAATCTCCTACTACAGCAAACTGACTAAAAAAGAATTAATCTTTGCCATTCTGAAAGCTAACGCCGAGCAGGAGGATCTTCTGTTTATGGAAGGCGTGCTCGAAATCATCCAATCGGAAGGATTCGGCTTCCTCAGACCGATTAATTACTCGCCAAGCTCAGAAGACATCTACATTTCTGCTTCCCAGATCCGCCGCTTTGATTTAAGAAACGGTGACAAAGTATCCGGCAAGGTGCGGCCGCCGAAAGAAAACGAACGCTATTACGGACTTTTGCACGTTGAAGCGGTAAATGGAGATGACCCGGAATCTGCGAAAGAGCGCGTCCATTTTCCCGCGCTGACTCCGCTTTATCCGGACCGCCAAATGGTGCTTGAGACGAAACCGAATTATCTCTCAACAAGAATTCTCGATATGATGGCTCCCGTCGGTTTCGGCCAGCGCGGTCTGATCGTGGCGCCGCCGAAAGCCGGTAAAACCATGCTGTTGAAAGAAATCGCTAACAGCATTACGACAAATCAGCCTGACGCTGAATTGATCGTTCTCTTAATTGATGAAAGACCGGAAGAAGTAACGGATATTGAACGTTCCGTAGCGGGCGATGTCGTCAGCTCGACGTTCGATGAAGTGCCGGAAAATCACATTAAGGTAGCGGAGCTTGTGCTTGAACGGGCGATGCGTCTCGTTGAACACAAAAAAGACGTTATCATTCTGATGGACAGCATTACCCGCCTGGCACGGGCCTACAACCTCGTTATCCCGCCAAGCGGACGTACGCTTTCCGGCGGGATTGACCCGGCTGCGTTCCATCGTCCGAAGCGCTTTTTCGGTGCCGCGCGAAACATTGAAGAGGGCGGCAGCCTGACCATTTTGGCGACGGCGCTCGTAGACACGGGCTCCCGGATGGATGACGTCATCTATGAAGAGTTTAAAGGAACGGGCAACATGGAGCTTCACCTTGACCGTTCTCTTGCGGAAAGACGGATTTTCCCGGCGATCGATATCCGCCGCTCCGGCACACGGAAGGAAGAGCTGCTCGTGCCGAAAGAGCATCTTGACCGTCTATGGGCGATCCGCAAATCGATGTCTGATTCTCCGGACTTCGCAGAGAAGTTTATGAGAAAAATGAAAAAAACAAAAACGAATCAGGAATTCTTCGATCTGATCAACCAAGAATGGAAGCAGGCAAACCTTTCATCATCAGCCCGCCGCTGA MKDVSISSLENMKLKELYELARHYKISYYSKLTKKELIFAILKANAEQEDLLFMEGVLEIIQSEGFGFLRPINYSPSSEDIYISASQIRRFDLRNGDKVSGKVRPPKENERYYGLLHVEAVNGDDPESAKERVHFPALTPLYPDRQMVLETKPNYLSTRILDMMAPVGFGQRGLIVAPPKAGKTMLLKEIANSITTNQPDAELIVLLIDERPEEVTDIERSVAGDVVSSTFDEVPENHIKVAELVLERAMRLVEHKKDVIILMDSITRLARAYNLVIPPSGRTLSGGIDPAAFHRPKRFFGAARNIEEGGSLTILATALVDTGSRMDDVIYEEFKGTGNMELHLDRSLAERRIFPAIDIRRSGTRKEELLVPKEHLDRLWAIRKSMSDSPDFAEKFMRKMKKTKTNQEFFDLINQEWKQANLSSSARR NA NA NA NA NA D1-12_02438 201 rpmE COG0254 50S ribosomal protein L31 ATGAAAGCAGGAATTCATCCTAATTTCAAAAAAGCAACAGTTAAATGCGCTTGCGGAAATGAATTTGAAACAGGCTCAGTAAAAGAAGAGGTACGCGTTGAGATTTGCTCTGAATGCCACCCATTCTACACTGGACGTCAAAAATTCGCTTCTGCTGATGGTCGTGTTGATCGCTTTAACAAAAAATACGGTCTTAAGTAA MKAGIHPNFKKATVKCACGNEFETGSVKEEVRVEICSECHPFYTGRQKFASADGRVDRFNKKYGLK PGPT0014325_1153 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014325-rpmEB-K02909 NA NA D1-12_02439 591 tdk COG1435 Thymidine kinase ATGTACATAATGAAGCAAAGCGGATGGCTTGAGCTGATATGCGGCAGCATGTTCTCTGGGAAATCAGAAGAGCTGATCCGCAGAGTGAAAAGAGCGACATATGCGAAGCAGGAGGTCAAGGTGTTCAAACCTGCTATTGATAATCGCTACAGTGAGGAGGCCGTCGTTTCTCACAATGGCACATCCATGACAAGCCACGTCATCTCGTCTTCGGCTGAAATATGGGATCATATCAGTGAAAGCACGGACGTCATCGCGGTAGATGAAGTGCAGTTTTTCGGCGAATCGATCATCGGCGACTTATCCTCGCTTGCGGATAAAGGCTATCGTGTCATCGCGGCCGGACTTGATATGGATTTCCGGGGAGAGCCGTTCGGCGTGGTGCCGAATCTGATGGCGGTTGCCGAATCGGTGACGAAGCTGCAGGCGGTCTGCTCCGTTTGCGGGTCGCCGGCAAGCCGTACGCAGCGTTTGATTGACGGGAAGCCCGCTTCCTATGATGATCCGGTCATTTTAGTCGGCGCGTCGGAGTCATACGAAGCGAGATGCAGACATCATCACGAAGTGCCGAAAAAACAGTCTGATAAATAA MYIMKQSGWLELICGSMFSGKSEELIRRVKRATYAKQEVKVFKPAIDNRYSEEAVVSHNGTSMTSHVISSSAEIWDHISESTDVIAVDEVQFFGESIIGDLSSLADKGYRVIAAGLDMDFRGEPFGVVPNLMAVAESVTKLQAVCSVCGSPASRTQRLIDGKPASYDDPVILVGASESYEARCRHHHEVPKKQSDK PGPT0021390_2241 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021390-tdk-K00857 NA NA D1-12_02440 1698 maeA_2 COG0281 putative NAD-dependent malic enzyme 2 TTGAATAATATTAAAGTAACGAAGGAAGGCAACTTAGAAACTACTTTAAGAGGAAAAGAAGTTCTATCTATCCCTACTTTAAATAAAGGTGTTGCGTTTTCAGCAGAAGAAAGAAAAAGCCTTGGATTAGACGGGCTGCTTCCTCCGACAATTCTGTCTCTTGATGAGCAGGCAAAACGCGCATACGAGCAGTTTCAAGCTCAGCCGGACCGCCTTCGCCAAAACGTGTATTTGAATGATTTGCAAAACCGTAACGAAGTTCTTTTCTTTAAATTGCTTCAAAACCATCTTCGTGAAATGCTGCCGGTTGTTTACACACCGACTGTCGGTGAAGCGATTCAAGAATACAGTCATGAGTACAGAAGACCTCAAGGGATTTACCTTTCTATCGACAACGTGGAAGGAATCGAAGAGGCATTTGAAAACCTTCATGCCACTGCCGGAGATATTGATCTGATCGTTGCGACAGACTCAGAAAGCATCCTCGGAATCGGTGACTGGGGTGTAGGCGGTATCAACATCGCCATCGGTAAATTAGCGGTATACACAGCTGCTGCCGGTATTGACCCAAGCCGCGTCATTCCTGTCGTTCTTGACGTCGGTACGAACAATGAAAAACTTCTGAACGATCCTTTATACATCGGTAACCGCCATGAACGTATCCAAGGCGAACGTTACGAAGCTTTCGTTGACGCTTATGTAAAAGCTGCGCTTAAATATTTCCCTAAAGCTCTTCTTCACTGGGAAGACCTTGGAAACAAAAACGCGCGCAATATCATGAAGAAATACAACCATGAAATTCTTACATTCAACGATGACATTCAAGGAACAGGTGCGATTACGCTTGCGGGTGTGCTTGCGGCTATGAAGAAAACAGGCGCGTCTATTAAAGACCAGCGTGTGGTTGTCTTCGGTGCGGGATCTGCCGGAATCGGAATCGCTGACCAAATCCGCGACACTATGGTGCTTGCCGGTCTTTCTGAAGAAGAAGCCAACAAAGCGTTCTACACAATGGACTACAGAGGCTTGTTAATTGAAGGTATGGAAAACATCCTTGATTTCCAAGAGCCGTACCTGCGCACAGCTGAAGAAATTAAAGATTGGAAACGCGATGAAAATGGACAAATTCCTTTCATTGAAGTGATCCGTCAAGCGAAACCGACAATCTTAATCGGTACATCAGGCCAAAGCGGCGCGTTCAGTGAAGAAATCGTCAAAGAAATGGCAAAACACGTTGAGCGTCCGGTCATCATGCCGATGTCTAACCCGACACCGCTTGCTGAAGCCGTTCCTAGCGATCTTTTCAAATGGACTGACGGCAAAGTGCTTGTGGCGACAGGAAGCCCGTTTGACAATGTAGAGTACAATGGCGTTTCTCATGAAATCGGACAATCTAACAACGCATTCGCGTTCCCTGGACTTGGTCTCGGTTCAATCGTTGTAGAAGCGAAAGTGATTACTCCTGCAATGTTTGCGGCAACTGCTGACGCAATCGCAGAAAGCGTTGATTTTGAAACACCGGGTGCAGGCCTTCTGCCGAGCATGAGCGACTTACAAGAAGTTTCAATTAAAGTTGCGATCGCCGTAGCGGAAACTGCCATTAAAGAAGGCGTGGCAAACCGCATTCCTGAGAATGTAGAACAAGCCGTTCTTGATGCAATGTGGAAACCGCAATATAAGCAAGTTGTCGCTAAATAA MNNIKVTKEGNLETTLRGKEVLSIPTLNKGVAFSAEERKSLGLDGLLPPTILSLDEQAKRAYEQFQAQPDRLRQNVYLNDLQNRNEVLFFKLLQNHLREMLPVVYTPTVGEAIQEYSHEYRRPQGIYLSIDNVEGIEEAFENLHATAGDIDLIVATDSESILGIGDWGVGGINIAIGKLAVYTAAAGIDPSRVIPVVLDVGTNNEKLLNDPLYIGNRHERIQGERYEAFVDAYVKAALKYFPKALLHWEDLGNKNARNIMKKYNHEILTFNDDIQGTGAITLAGVLAAMKKTGASIKDQRVVVFGAGSAGIGIADQIRDTMVLAGLSEEEANKAFYTMDYRGLLIEGMENILDFQEPYLRTAEEIKDWKRDENGQIPFIEVIRQAKPTILIGTSGQSGAFSEEIVKEMAKHVERPVIMPMSNPTPLAEAVPSDLFKWTDGKVLVATGSPFDNVEYNGVSHEIGQSNNAFAFPGLGLGSIVVEAKVITPAMFAATADAIAESVDFETPGAGLLPSMSDLQEVSIKVAIAVAETAIKEGVANRIPENVEQAVLDAMWKPQYKQVVAK PGPT0001350_711 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_MALATE_UTILIZATION,PGPT0001350-maeA|sfcA|ywkA-K00027 NA NA D1-12_02441 957 hypothetical protein TTGAGCTTCTTAGATATTTTAATCCTCCTGGCGCCGATCTTTTTCGTGATCGTGCTGGGATGGTTCGCAGGTCGCTTCGGAAGTTATGACGCGAAGTCAGCAAAAGGGGTAAGCACCTTAGTTACGAAGTACGCGCTTCCGGCGCATTTTATCGCAAGTATTTTAACCACTTCAAGAAGTGCGTTTTTATCACAGGTTCCTTTGATGGTCGCTTTGATCATTGGGATTGTCGGATTCTTTATCGTCATTCTGTTGGTTTGCAAATTTATCTTCAAGTATGATTTAACGAATTCATCTGTATTTTCTTTAAACTCTGCACAGCCGACATTTGCTTTTATGGGTATTCCCGTACTAGGAAGCTTATTCGGAGCAAGCGAAGTAGCGATTCCTATCGCCGTTACGGGTATCGTGGTTAACGCCATCCTTGACCCGCTTGCGATCATTATCGCTACTGTCGGTGAGTCATCTAAGAAAAAAGACACTGAAAACGAGAACTTCTGGAAAATGACTGGTAAGTCTATTCTTCACGGTCTTTCCGAACCGCTTGCGGCTGCACCGCTTATCAGTATCATTCTGGTACTCTGCGGTGTAACACTCCCTGGCTTGGGAGAAAAAATGCTTGATCAGCTCGGAAGCACAACATCAGGTGTTGCGCTCTTCGCCGTCGGTGTAACTGTCGGTATCCGCAACATTAAGCTCAGTCTGCCGGCTTTCGGTATCGCTTTGTTAAAAGTTGCCGTTCAGCCTGCGCTGATGTACTTGATCGCTCTTGCAGTCGGACTTCCGGCTGACCAGATCACTAAAGCGGTATTGCTCGTTGCATTCCCTGGATCTGCGGTAGCGGCGATGATTGCCACACGTTTCGAAAAACAAGAGGAAGAAACTGCGTCCGCGTTTGTAATCAGTGCGATTTTATCTCTAATCTCACTGCCGATCATCATTGCGCTGACTGCATAA MSFLDILILLAPIFFVIVLGWFAGRFGSYDAKSAKGVSTLVTKYALPAHFIASILTTSRSAFLSQVPLMVALIIGIVGFFIVILLVCKFIFKYDLTNSSVFSLNSAQPTFAFMGIPVLGSLFGASEVAIPIAVTGIVVNAILDPLAIIIATVGESSKKKDTENENFWKMTGKSILHGLSEPLAAAPLISIILVLCGVTLPGLGEKMLDQLGSTTSGVALFAVGVTVGIRNIKLSLPAFGIALLKVAVQPALMYLIALAVGLPADQITKAVLLVAFPGSAVAAMIATRFEKQEEETASAFVISAILSLISLPIIIALTA PGPT0001720_627 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-ACIDIC_STRESS_SIGNALLING,PGPT0001720-mdcF-K13936 NA NA D1-12_02442 564 racA Chromosome-anchoring protein RacA ATGAATACAAACATGGCCGCGAAAGAGCTCGGTGTCTCCGCAAAAACGGTGCAAAGGTGGGTCAAGCAGCTGAATCTTCCGGCTGAACGGAATGAGCTCGGACATTATTCCTTTACACCTGAGGATCTTGATGTGCTGAAATCGGTCAAACGGCAAATTTCTGAAGGCACTGCCCTTCTGGACGTTCAAGTGCCCCGGCAGCCGAAAAAACGGACGGGCTTCATTTTGCAGCGTCCGAAAATCAATGGCGGCGCTGAACAAAGATTGGCAGAGCTGGAGCGCAAACTGGACATTCTCACGAAAGAGAAACAAGGTGAGAACCATCTGCTTTCAAGGATAGAGGAGCTTGAACGCCAGCTGAAACAAAAGGCGGATGAAGGGGTGTCTTATCAGCTTCTTCAGCACAGACGGGAAATTGACGACCTCAATTCCGAATTGCAGACATTGGCCTCCCGCATCCAGGAACTTGCCCAGACAGCTCCCCTCTCAGAAACAGCCGCTTCTTCAGAACATAAGAAACCCAGAAAAAAAACAAGATTTTCGCCTTTTAAATTTCAATTCTAA MNTNMAAKELGVSAKTVQRWVKQLNLPAERNELGHYSFTPEDLDVLKSVKRQISEGTALLDVQVPRQPKKRTGFILQRPKINGGAEQRLAELERKLDILTKEKQGENHLLSRIEELERQLKQKADEGVSYQLLQHRREIDDLNSELQTLASRIQELAQTAPLSETAASSEHKKPRKKTRFSPFKFQF NA NA NA NA NA D1-12_02443 384 hypothetical protein ATGCTGAAATCCATCCACCATATAGCAATCATATGCTCTGATTATGAAAAGTCGAAAGCTTTTTACACCGAGATACTCGGTTTCGGCATTATAAAAGAAACATACCGAAAGGATCGCGGATCTTATAAACTTGATCTTGCGCTGGACGGCGCGTACGCGATTGAATTGTTTTCCTTTCCCGATCCGCCCGAACGGCCGACCAGACCGGAAGCCGCGGGTCTCCGGCATCTCGCTTTCACCGTAAACGATCTTGAAGCAGCCGTCAGGGAGTTAAAGGAAAAGGGCGTCGGCACAGAACCGATCAGAACCGATCCGCTGACGGGGAAACGGTTTACCTTCTTCTTCGATCCCGACAAGCTTCCGCTTGAATTGTATGAAGCGTAA MLKSIHHIAIICSDYEKSKAFYTEILGFGIIKETYRKDRGSYKLDLALDGAYAIELFSFPDPPERPTRPEAAGLRHLAFTVNDLEAAVRELKEKGVGTEPIRTDPLTGKRFTFFFDPDKLPLELYEA NA NA NA NA NA D1-12_02444 1071 prfA COG0216 Peptide chain release factor 1 GTGTTAGACCGTTTACAGTCAATTGAACAACGATACGAAAAATTAAATGAGCTTTTAAGTGATCCGGAAGTGGTCAACGATCCGAAAAAGCTTAGAGAATATTCGAAAGAGCAATCTGATATACAAGAAACCGTTGAAGTCTATAGACAATACAGAGACGCATCAGAACAGCTTGCCGATGCGAAAGCGATGCTTGAGGAAAAGCTTGATGCCGATATGAGAGAAATGGTGAAGGAAGAAATCTCCGAACTGCAGGGAGAGACGGAAACCTTATCAGAGCGTTTGAAAGTGCTCCTCATCCCGAAAGACCCGAATGATGACAAAAACGTAATCATGGAGATCCGCGGAGCAGCGGGAGGAGAAGAAGCCGCGCTGTTTGCGGGAAATCTCTACAGAATGTACTCCCGTTACGCCGAAATCCAAGGCTGGAAGACCGAAGTCATGGAAGCAAACGTGACCGGAACGGGCGGTTACAAAGAAATCATCTTTATGATTACGGGAAAAGGCGCATACTCCAAGCTGAAGTATGAAAATGGCGCGCACCGCGTACAGCGTGTTCCGGAAACGGAATCAGGCGGCCGTATTCATACATCCACGGCGACGGTGGCGTGTCTTCCTGAAGCGGAAGAAGTAGAAGTGGACATCCACGAAAAAGACATCCGCGTCGATACATTCGCATCAAGCGGACCGGGCGGACAAAGCGTAAACACGACGATGTCGGCCGTACGCCTGACGCATTTACCGACCGGTGTCGTCGTATCCTGTCAGGATGAAAAATCTCAGATTAAAAACAAAGAAAAAGCGATGAAGGTGCTCCGCGCCAGAATCTATGACAAATTCCAGCAGGAAGCTCAGGCTGAATATGATCAGACTCGCAAATCAGCCGTCGGTTCAGGCGACCGTTCCGAGCGTATCCGCACATACAATTTCCCGCAAAACCGTGTGACGGATCACCGCATCGGCCTGACGATTCAAAAGCTGGATCAAATCCTGGAAGGCAAGCTTGATGAAGTGGTTGAAGCGTTAATCGTAGAAGACCAGTCAAGCAAGCTCCAGCAGGCGGAAAATTAA MLDRLQSIEQRYEKLNELLSDPEVVNDPKKLREYSKEQSDIQETVEVYRQYRDASEQLADAKAMLEEKLDADMREMVKEEISELQGETETLSERLKVLLIPKDPNDDKNVIMEIRGAAGGEEAALFAGNLYRMYSRYAEIQGWKTEVMEANVTGTGGYKEIIFMITGKGAYSKLKYENGAHRVQRVPETESGGRIHTSTATVACLPEAEEVEVDIHEKDIRVDTFASSGPGGQSVNTTMSAVRLTHLPTGVVVSCQDEKSQIKNKEKAMKVLRARIYDKFQQEAQAEYDQTRKSAVGSGDRSERIRTYNFPQNRVTDHRIGLTIQKLDQILEGKLDEVVEALIVEDQSSKLQQAEN NA NA NA NA NA D1-12_02445 861 prmC Release factor glutamine methyltransferase ATGAAGACCGTTTTTGAAGCCCTAAGCTGGGCTTCTTCTTATTTAACCGAAGCGGGAAGAGAAAAAAACGCGGCCGAGCTGCTGCTGTTAAATGATACCGGAATGGATCGGAGCAAACTTCTCGCAAGTCTGCAGGAGCCCGTCGGCGAGGACGAGCTTTATCGATTCAGACGGCACGTGGAGATGCATAAAGAAGGTATTCCGATTCAATATATTATCGGGAAAGAACAGTTTTACGGCAGGGAATTTTTTGTGAATGACGATGTTCTCATTCCGCGTCCGGAAACGGAAGAAGTCGTCTTTCATCTGCTGGACAGACAGAAGCGGGCATTTTCCGGGGCAGAACGCCTGAACGTCATTGATATCGGTACGGGGAGCGGAGCCATTGCGGTGACGCTCGCGCTTGAATGCGGACATTTTTCAGTATCGGCTTCGGATATTTCAAAAGAAGCGCTGCAGGTGGCGGAAAGAAATGCGCAAAACCTTGGAGCGGACGTGTGCTTTTTGCAGGGAGATCTGTTAACTCCTTTTATTTCATCAGGAAAAAAAGCGGATATTATTGTTTCCAATCCGCCGTATATTTCTGAAGAAGAAATGGCGGATTTGTCGGATATCGTCCGTTTCCATGAGCCGCTTCATGCTCTTACGGACGGCGGTGACGGTTTGAAATTCTACAAGCGGTTTATGGAGGAGCTGCCTCTTGTCATGAAAGATAAAGCGCTTGTCGTCTTTGAAATCGGATATAATCAGGGAAAAGCCGTGAAAGACCTGTTCCGTCATTCCTTTCCGAATGCGGAAGTGGAAGTCGTACAGGACATCAACGGAAAAGACAGAACCGTATCCGCGGTCATCACATCATAA MKTVFEALSWASSYLTEAGREKNAAELLLLNDTGMDRSKLLASLQEPVGEDELYRFRRHVEMHKEGIPIQYIIGKEQFYGREFFVNDDVLIPRPETEEVVFHLLDRQKRAFSGAERLNVIDIGTGSGAIAVTLALECGHFSVSASDISKEALQVAERNAQNLGADVCFLQGDLLTPFISSGKKADIIVSNPPYISEEEMADLSDIVRFHEPLHALTDGGDGLKFYKRFMEELPLVMKDKALVVFEIGYNQGKAVKDLFRHSFPNAEVEVVQDINGKDRTVSAVITS NA NA NA NA NA D1-12_02446 279 hypothetical protein TTGAAAAAAGCGTTCGCCTTCGGATGTATACTCGCCGCCGCAGCTTATGCGGCGGGGGTTGTTCTGCCGTTTGGCGTTGACATCATTTTCGGCGCCGTTACGGCTGTTCTTATCGTCACAGCGATCATCGTTTCCGGGTTGGCCGTAAGCGGAGCGGAGCAGCGGGCCAATTATCATTCTGAAACAGAAGAAGGACGGCACGCCCGTTTAAAGATGGCCGCCGTTTTCTTTTGCGCCGCTCTCCCTTCAGCCGGCTGTCTGCTGATTACGCTTCTGTAG MKKAFAFGCILAAAAYAAGVVLPFGVDIIFGAVTAVLIVTAIIVSGLAVSGAEQRANYHSETEEGRHARLKMAAVFFCAALPSAGCLLITLL NA NA NA NA NA D1-12_02447 375 hypothetical protein ATGAAATATAATTACACCGTGCTGCTGTCGGCGGCATGTATGTCTGTCATTTATTCTATTTTGTATGTTCATCAATTCATTATCGCGGCTTTCATTTCGATGGCGTTTTATTTTTTGTTTCCTTATTTGATTTTTGCGCTGCCGCTTCAATACTTTCTGAATAAAAAGCCGAAGAGATTTCATCCGCTGTATTTTCTTTATTATTTAGGGGTGTCATTCATTGCAAACGGGATCATCTTCGGTCTTTTGCAGCCGTCAGGCCAATCTCTGTTTTCTAATTCAGCCTTTTATATCTTTGCGGTTTTAACAGCCGTCGTCTATTGGGTATGGGATTCCGTATTGCTGCAAAGACAAAATCCGGCTACAGAAGCGTAA MKYNYTVLLSAACMSVIYSILYVHQFIIAAFISMAFYFLFPYLIFALPLQYFLNKKPKRFHPLYFLYYLGVSFIANGIIFGLLQPSGQSLFSNSAFYIFAVLTAVVYWVWDSVLLQRQNPATEA NA NA NA NA NA D1-12_02448 681 hypothetical protein ATGAAACAGACGATGATGATCTGCATATATATTTTTCTTTTATTATCAGGAGCGCTTGCGGGTTTGACAAAAGAAGAAACAGCGCGGGCATCAGCCGATGAGCCCGTCGTCATACCGGATGAAGCGATCCGGCTCAGGATTTTGGCCAACAGTGATAACGATGAGGATCAAAAGCTCAAGCGCCAGATCAGAGATGCTGTAAACAAGCAAATCACGGACTGGGTGAAAGATATCACTTCCATTGAAGAAGCGCGGCGGCTCATTCGTTCGAAGCTTCCTGAAATTAAAGAAATCGCCAAACAAACGATGAAAGAAAAGGGTGCGCATCAATCCGTTTCAGTTCAATTCAATAAAATCTCGTTTCCGACAAAGCTGTACGGCAATATGGTCTATCCGGCCGGAAAATATGAAGCGATTTTAATTACACTTGGCAATGGCGAGGGCGCCAACTGGTGGTGCGTCTTGTTTCCGCCGCTGTGCTTCCTTGATTTCTCAAACGGCGAAGCGGTGAAAGATCAGGAAGACGGCGGACAGAAGCAGGAAGAAACGCAGAAACAGACAGAAAAAGTGCTGGATGACGTAAAAGCAAAGGCTGATAAAGCGAAGAAAGAAAATAAAGATGACGATGATACCGAAGTGAAGTTTTTCCTCGTCGATTGGATTTCAGATCTATTTTCCTGA MKQTMMICIYIFLLLSGALAGLTKEETARASADEPVVIPDEAIRLRILANSDNDEDQKLKRQIRDAVNKQITDWVKDITSIEEARRLIRSKLPEIKEIAKQTMKEKGAHQSVSVQFNKISFPTKLYGNMVYPAGKYEAILITLGNGEGANWWCVLFPPLCFLDFSNGEAVKDQEDGGQKQEETQKQTEKVLDDVKAKADKAKKENKDDDDTEVKFFLVDWISDLFS PGPT0024700_219 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-STAGE_II_SPORULATION,PGPT0024700-spoIIR-K06387 NA NA D1-12_02449 444 hypothetical protein ATGTTTTATCAGCTGAGAGTGGCAAGAGATCAAGATACCGAGGCGCTGGAGGCCTTTTTGAAAAAGTCTGATACGGCACATGCGGAAATCGATCAGCAGATCAGCCGGTTTATCGTGCTGGAAGACAGCGAAAAAAAGATTGCCGCCTGTCTCGGGATCGAAAAATTCAGCGGCGGAAAAGGGCTTCTCCGTTCACTCGTCATGTCGGACAGGCTGAATCAAAGCCATATCGTTACACTGTTTCAAAGTATGGATGTGCTGTGCAAAAAACATGAGATTCAAGATGTCTACTTAGTCGCCAATCAGCCCTCATCTGCTGAGTTTCTGAATGTGATGGGATTTGAAGCGTGCGCCGATGCGCCTGATGAACTGTATACGTCCGAACATTTCCGCAACTCGTTATGCACAGAAGGTTCGTTTTTAATGGTGAAAACCTCTGCCTGA MFYQLRVARDQDTEALEAFLKKSDTAHAEIDQQISRFIVLEDSEKKIAACLGIEKFSGGKGLLRSLVMSDRLNQSHIVTLFQSMDVLCKKHEIQDVYLVANQPSSAEFLNVMGFEACADAPDELYTSEHFRNSLCTEGSFLMVKTSA NA NA NA NA NA D1-12_02450 1041 ywlC COG0009 Threonylcarbamoyl-AMP synthase ATGAAAACAAGAAGATGGTTTGTGGATTGTTCCGCAGAATTATCCACAACCGATCCCCAGATTACACAAGCCGCGGAATTGCTCCGGCAGAATGAGGTTGTGGCTTTTCCGACAGAAACCGTTTACGGACTGGGCGCTAACGCTGAAAATACGGAAGCCGTAACGAAAATATATGAGGCGAAAGGAAGGCCGAGCGATAACCCGCTGATTGTGCATATATCCCATATCAGCCAGCTTGATCGTTTTATCAGCCATATTCCTGAGACGGCGAAAAAGCTTATGGAGCTATTCTGGCCGGGGGCGCTGACCCTTGTCCTGCCGTGTAAGCCCGGTGTACTGTCACCCCGTGTCACCGCGGGACTTGAGACGGTAGCGGTCAGAATGCCTGATCATCCGGCAGCATTAGCCCTCATCAGCTCGGCCGGACTGCCGATCGCCGCGCCGAGCGCCAATTTATCAGGAAAACCGAGCCCGACAAAGGCCGAGCATGTAGCTCATGATTTAAACGGCCGTATTGCGGGTATTGTGGACGGCGGCGCGACGGGAATCGGAGTGGAATCAACCGTTCTGTCCTGTACGGGGAAACAGCCCGTGCTGCTTCGTCCGGGAGGCGTGACAAAAGAGCAGATTGAATCCGCCGCCGGTCCGGTTCTTGTGGATAAAGGGCTGACCGAAGAAGATGAGGTTCCTATTTCTCCCGGTATGAAATATACACATTACGCGCCTTCTGCGCCGATGGCTATTGCTGGCGGCGGCGCCCGGAGAATTCAAGAACTGGCAGACGCATATAAAAGCCGGGGAAAACGAATCGGCATTTTGACAACAGAAGAGAACGCCGATAGTTACCAGGCTGATTATATCAAGGTCTGCGGCAGACGCGCCGACCTTGAAACAGTGGCGTCCGCCTTATACGATGCGCTCCGCAGCTTTGATGAAGCGGAAGTGGATATGATTATTTCTGAGTCCTTTCCGGATACCGGAGTGGGGCTCGCCGTTATGAACAGGCTGATGAAAGCCGCAGGCGGCACCGTTATCCATTAA MKTRRWFVDCSAELSTTDPQITQAAELLRQNEVVAFPTETVYGLGANAENTEAVTKIYEAKGRPSDNPLIVHISHISQLDRFISHIPETAKKLMELFWPGALTLVLPCKPGVLSPRVTAGLETVAVRMPDHPAALALISSAGLPIAAPSANLSGKPSPTKAEHVAHDLNGRIAGIVDGGATGIGVESTVLSCTGKQPVLLRPGGVTKEQIESAAGPVLVDKGLTEEDEVPISPGMKYTHYAPSAPMAIAGGGARRIQELADAYKSRGKRIGILTTEENADSYQADYIKVCGRRADLETVASALYDALRSFDEAEVDMIISESFPDTGVGLAVMNRLMKAAGGTVIH NA NA NA NA NA D1-12_02451 558 mntP COG1971 putative manganese efflux pump MntP ATGTCGAATCTATTCATCGGGGAACTTGTCTCCTTAAGCATCATGGCATTTGCTTTGGGGACGGATGCCTTTTCCGTCGGGCTCGGAATGGGAATGATTCAGCTGAAGAAAAAACAGATTTTTCATATAGGGGTTGTCATCGGGCTGTTTCATGTCATGATGCCGCTTGTGGGAATGGCGGCCGGGCATCTGCTGTCCGGTTTTCTGGGGATGCTCGCCGTTTACATCGGCGGATCTCTTCTTTTCATTTTAGGGGTGCAGATGATGATCGCCGCGTTTAAACAATCGGACGGGCCGCTCATATCTCCGGCAGGCTCGGGACTGTTGCTGTTTGCGGTCGGTGTCAGTCTGGACAGCTTTTCTGTCGGGCTCAGTCTCGGGATGAACGGCTCCAATCCGTTTCTGGCCGTTACGCTGTTCGGGGTCTTCAGCACCGTCTTAACATGGGCGGGCCTTTTGGCGGGAAGAAAGGTGCAGTCGTGGCTCGGCTCCTACAGCGAAGCGCTTGGCGGAGCCATTTTGATCGGATTCGGGCTGAAACTGCTTTTACCGATATAA MSNLFIGELVSLSIMAFALGTDAFSVGLGMGMIQLKKKQIFHIGVVIGLFHVMMPLVGMAAGHLLSGFLGMLAVYIGGSLLFILGVQMMIAAFKQSDGPLISPAGSGLLLFAVGVSLDSFSVGLSLGMNGSNPFLAVTLFGVFSTVLTWAGLLAGRKVQSWLGSYSEALGGAILIGFGLKLLLPI PGPT0004375_787 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_MANGANESE_RESISTANCE MANGANESE_RESISTANCE-MNT_TRANSPORT_SYSTEM,PGPT0004375-mntP-K23242 NA NA D1-12_02452 456 ywlE COG0394 Protein-arginine-phosphatase ATGAAAATAATCTTTGTTTGTACAGGCAATACGTGCCGCAGTCCCATGGCTGAGGCTCTTTTTAAATCCATAGCAGAAACGAAAGGGCTGGATGTCAGCGTAAGCTCGGCCGGCGTATTCGCGTCTCCGCACGGAAAAGCGTCGGCTCATGCCGTAGAAGCGCTGTTTGAAAAACGGATCGCCCTCAATCACAGTTCATCTCCCTTATCGGAAGAACATATTGAGACGGCCGATCTGGTGCTGGCGATGACCGAACAGCACAAACAGCTGATTGAAGGCCGATATCAAAACAGTCAGGGCAAAGTTTTTACCATTAAAGAATACGTGACGGGGGAAAGCGGCGATATCTCTGACCCGTTCGGCGGTCCGCTTGATGTTTATAAACAGACGCGGGACGAACTGGAGGAGCTGCTGACCCTTTTGGCTGATCAATTGCTTGACGGGAAAAGCAAGTAA MKIIFVCTGNTCRSPMAEALFKSIAETKGLDVSVSSAGVFASPHGKASAHAVEALFEKRIALNHSSSPLSEEHIETADLVLAMTEQHKQLIEGRYQNSQGKVFTIKEYVTGESGDISDPFGGPLDVYKQTRDELEELLTLLADQLLDGKSK PGPT0014530_6405 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 D1-12_02453 450 ywlF COG0698 Putative sugar phosphate isomerase YwlF ATGAAAGTAGCTATTGCGTCAGATCACGGCGGCGTCCATATCCGCGAAGAAATAAAAAGTCTTTTGGATGAATTGCAGATTGAATACATTGATATGGGCTGTGAATGCGGCGCCGGCTCTGTCGATTATTCAGACTACGCTTTTCCGGTAGCGGAAAAAGTGGTGAACGGCGAAGCTGACAGGGGAATTTTAATTTGCGGCACAGGCATCGGCATGAGCATCTCCGCAAATAAGGTAAAGGGCATACGCTGTGCGCTTGCCCATGATACCTTCAGCGCAAAAGCGACGCGTGAACACAATGACACGAATGTTCTTGCGATGGGCGAACGCGTCATCGGCCCGGGGCTGGCGCGCGAAATCGCAAAAGTCTGGCTGACGACTGAATTTACGGGCGGCCGCCACGAACGGCGGATCGGCAAAATCGCAGATTACGAAGAAAAAAATCTGTAA MKVAIASDHGGVHIREEIKSLLDELQIEYIDMGCECGAGSVDYSDYAFPVAEKVVNGEADRGILICGTGIGMSISANKVKGIRCALAHDTFSAKATREHNDTNVLAMGERVIGPGLAREIAKVWLTTEFTGGRHERRIGKIADYEEKNL PGPT0017395_1876 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ALCOHOL_UTILIZATION PLANT_DERIVED_D-ERYTHRULOSE|D-THREITOL_DEGRADATION,PGPT0017395-rpiB-K01808 NA NA D1-12_02454 543 hypothetical protein ATGGAAGAGATGAAGCAAAAATGGACGGACATGCTGACTGAGTTTCAAGAGCAGGCAGGACTGACGGACGGCAGTCTGCTGGTGATCGGGTGCAGTACAAGTGAAGCCGCCGGAAGCCGGATCGGCACCGCCGGAAGCGGGGATTGGGCTGAATTGATATACGGCGGACTTAACCGGTTTAAGGAAAAAACGGGTGTGCATCTTGCTTTTCAATGCTGCGAGCATTTAAACAGGGCGCTTGTCATTGAAGCGGAAACGGCCGAGCGGTTCAGGCTCCCCATTGTTTCAGCCGTCCCCGTCCCGAAAGCGGGCGGAGCGATGGCCTCTTATGCATACCGGCAGATGCGTTCTCCCGTGCTCGCCGAATCGATTCAGGCTGACGCCGGGATTGACATCGGCGATACGTTCATCGGTATGCATCTGAAACCCGTTGCCGTCCCTGTCCGGATATCAATCCGTGAGCTTGGAGAAGCACATGTGACGATGGCCCGGACAAGACCGAAGCTGATAGGCGGAATTCGCGCCGTTTATGAATGCGAATGA MEEMKQKWTDMLTEFQEQAGLTDGSLLVIGCSTSEAAGSRIGTAGSGDWAELIYGGLNRFKEKTGVHLAFQCCEHLNRALVIEAETAERFRLPIVSAVPVPKAGGAMASYAYRQMRSPVLAESIQADAGIDIGDTFIGMHLKPVAVPVRISIRELGEAHVTMARTRPKLIGGIRAVYECE NA NA NA NA NA D1-12_02455 1248 glyA COG0112 Serine hydroxymethyltransferase ATGAAACATTTACCTGTACAAGACAAACAAGTGTTTAACGCCATCAAAGATGAGCGTAAGCGTCAACAGACTAAGATCGAATTAATTGCTTCTGAAAACTTCGTGACGGAAGCGGTAATGGAAGCACAAGGCTCTGTTTTAACAAACAAATATGCTGAAGGCTACCCCGGCAAACGCTACTACGGCGGCTGTGAGCATGTTGATGTCGTCGAGGACATCGCCCGCGACCGCGCGAAAGAGATTTTCGGAGCTGAGCATGTAAACGTTCAGCCGCACTCAGGCGCCCAGGCGAACATGGCTGTTTACTTCACGATTTTAGAGCACGGCGACACGGTGCTCGGGATGAACCTCTCCCACGGCGGCCACTTAACACACGGAAGCCCGGTTAATTTCAGCGGCGTTCAATACAACTTTGTAGAATACGGTGTCGATAAAGACACGCAATATATAGATTATGAAGATGTGCGTGAAAAAGCGCTGGCGCATAAGCCGAAACTCATCGTTGCCGGAGCGAGCGCGTACCCCCGCACGATCGACTTTAAAAAATTCCGTGAAATCGCTGATGAAGTCGGCGCTTACTTCATGGTCGACATGGCGCATATCGCGGGTCTTGTCGCAGCCGGTCTTCATCCGAATCCGGTTCCTTACGCTGACTTTGTAACGACAACGACTCACAAAACACTTCGCGGACCCCGCGGAGGAATGATCCTTTGCCGTGAAGAGTTCGGCAAAAAGATTGATAAATCCATTTTCCCGGGAATCCAAGGCGGACCGCTTATGCATGTCATCGCGGCCAAAGCCGTTTCTTTCGGAGAAGTGCTTGAAGATGAGTTCAAAACATATGCGCAAAACGTCATCTCGAACGCGAAGCGCCTGGCTGAGTCTCTGAACAAAGAGGGCATTCAGCTCGTATCAGGCGGAACGGATAACCACCTTGTGCTTGTTGACCTCCGTTCTCTCGGTCTGACCGGAAAAGTCGCTGAACACGTTCTTGATGAAATCGGCATTACATCTAATAAAAACGCGATCCCTTACGATCCGGAAAAACCGTTCGTCACAAGCGGAATCCGTCTCGGTACGGCAGCTGTGACAAGCCGCGGCTTTGACGGTGACGCGCTTGAAGAAGTCGGCGCCATCATCGGCCTCGCACTGAAAAATCATGAAGACGAAGCAAAACTTGAAGAAGCGAGACAGCGCGTATCTGCCTTGACTGAAAAGTTTCCTTTATATAAAGAACTGGACTATTAA MKHLPVQDKQVFNAIKDERKRQQTKIELIASENFVTEAVMEAQGSVLTNKYAEGYPGKRYYGGCEHVDVVEDIARDRAKEIFGAEHVNVQPHSGAQANMAVYFTILEHGDTVLGMNLSHGGHLTHGSPVNFSGVQYNFVEYGVDKDTQYIDYEDVREKALAHKPKLIVAGASAYPRTIDFKKFREIADEVGAYFMVDMAHIAGLVAAGLHPNPVPYADFVTTTTHKTLRGPRGGMILCREEFGKKIDKSIFPGIQGGPLMHVIAAKAVSFGEVLEDEFKTYAQNVISNAKRLAESLNKEGIQLVSGGTDNHLVLVDLRSLGLTGKVAEHVLDEIGITSNKNAIPYDPEKPFVTSGIRLGTAAVTSRGFDGDALEEVGAIIGLALKNHEDEAKLEEARQRVSALTEKFPLYKELDY PGPT0008090_6295 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_GLYCINE_DEGRADATION,PGPT0008090-glyA-K00600 NA NA D1-12_02456 630 upp Uracil phosphoribosyltransferase ATGGGAAAGGTTTACGTATTTGATCATCCTTTAATCCAGCATAAGCTGACATATATTCGGAATGAAAATACAGGCACAAAGGATTTCAGAGACCTTGTGGACGAAGTCGCATCACTGATGGCGTTTGAAATTACACGTGATCTTCCTCTTAAAGAAGTGGAAGTGAAAACACCTGTTCAAACAGCGACATCCAAAGTGATTTCAGGGAAGAAACTCGGTATCGTGCCGATCCTGAGAGCGGGTCTCGGAATGGTTGACGGCATGCTGAAATTAATCCCGGCCGCTAAAGTGGGACATGTCGGATTATACCGTGATCCGGAAACCTTAAAACCGGTGGAATACTATGTCAAGCTTCCTTCTGATGTAGAAGAACGCGAATTTATTGTCGTGGATCCGATGCTTGCTACGGGAGGCTCTGCGGTGGAAGCGATAAACAGCCTGAAAAAGCGCGGCGCGAGAAACATTCGTTTTATGTGTCTTGTAGCGGCTCCGGAAGGCGTGGAAGAGCTGATGAAACATCATTCTGACGTTGATATTTATATCGCCGCCCTTGATGAAAAACTGAATGAAAAAGGCTATATCGTTCCGGGCCTCGGTGACGCGGGTGACAGACTGTACGGAACCAAATAA MGKVYVFDHPLIQHKLTYIRNENTGTKDFRDLVDEVASLMAFEITRDLPLKEVEVKTPVQTATSKVISGKKLGIVPILRAGLGMVDGMLKLIPAAKVGHVGLYRDPETLKPVEYYVKLPSDVEEREFIVVDPMLATGGSAVEAINSLKKRGARNIRFMCLVAAPEGVEELMKHHSDVDIYIAALDEKLNEKGYIVPGLGDAGDRLYGTK PGPT0021240_2851 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021240-upp-K00761 NA NA D1-12_02457 384 hypothetical protein ATGGACGATCCCAATCTTACATTCAGCAGACAACGAAGATATGTATTTGTGATCTTAGCAATCTATTTGCTGGGATATGGTCTTACGGCGTATAAAACTGTTTTTTTAGGCCTCTTTTTGGGAACTGTTTTCAGTTTGTTTAATTTGTGGCTCTTGACCAGAAGAATGAATGCTTTTGACAAGGCCGTGGCGAAAGGAAAGTCCATACGATCACTCGGGAGCGCAGCGCGTTGGTGCAATGCGATACTTGCGATGGCTGTCGCCTTTAAATATCCCGATAAAGTCAGTGTGGCAAGTGTGATTATTGGATTAATGACAATTTATCCCGTCATTATGATAGATTCCATTATTCAGCTCAAACGTTCATCAATGGAAGAGAGGTGA MDDPNLTFSRQRRYVFVILAIYLLGYGLTAYKTVFLGLFLGTVFSLFNLWLLTRRMNAFDKAVAKGKSIRSLGSAARWCNAILAMAVAFKYPDKVSVASVIIGLMTIYPVIMIDSIIQLKRSSMEER PGPT0030480_1179 PUTATIVE PGPT PUTATIVE_PGPTs PUTATIVE_FUNCTIONS PUTATIVE_FUNCTIONS-1 PUTATIVE-ENERGY_METABOLISM PUTATIVE-ATP_SYNTHASE_ACITIVTY,PGPT0030480-atpI-K02116 D1-12_02458 735 atpB COG0356 ATP synthase subunit a TTGAATCACGATTACAGAACTATTGATTTGTTTGGTCTTACTTTTAATCTGACAAACATTCTGATGATTACTGTGGCAAGTGTGATTGTGCTGCTGATTGCGATTCTTACTACGAGAACGCTGTCTATACGTCCAGGAAAAGCCCAGAACTTCATGGAATGGATTGTTGATTTTGTCCGCAATATTATAGGCAGTACAATGGATTTAAAAACAGGGGCTAACTTCTTGGCGCTTGGTGTAACCTTGCTGATGTACATATTTGTATCAAATATGCTGGGGCTGCCGTTTTCTGTAACGGTCGGACACGAGCTTTGGTGGAAATCACCGACGGCCGATCCGGCTATTACTCTGACTCTAGCCGTTATGGTTGTGTCGTTAACGCACTATTACGGCGTGAAGATGAAAGGTTTGAAGGAATACTCTAAGGATTACCTCAGACCGGTTCCGCTTATGTTCCCGATGAAGATCATTGAGGAGTTTGCGAATACGCTGACACTCGGACTTCGTCTTTACGGTAACATTTTCGCCGGGGAAATTCTTCTTGGCCTGCTTGCGAATCTGGCGACGAATTTCTACTCAAACAGCTTCTTTCTCGGTTTGGTCGGCACAGTCGGAGCCATTCTTCCGATGCTTGCATGGCAGGCGTTCAGCTTGTTCATCGGGACCATCCAGGCATTTATCTTTACGATGCTGACGATGGTGTACATGTCACACAAAATCAGTCATGATCATTAA MNHDYRTIDLFGLTFNLTNILMITVASVIVLLIAILTTRTLSIRPGKAQNFMEWIVDFVRNIIGSTMDLKTGANFLALGVTLLMYIFVSNMLGLPFSVTVGHELWWKSPTADPAITLTLAVMVVSLTHYYGVKMKGLKEYSKDYLRPVPLMFPMKIIEEFANTLTLGLRLYGNIFAGEILLGLLANLATNFYSNSFFLGLVGTVGAILPMLAWQAFSLFIGTIQAFIFTMLTMVYMSHKISHDH PGPT0014303_3424 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014303-atpB-K02108 NA NA D1-12_02459 213 atpE COG0636 ATP synthase subunit c ATGAATTTAATAGCAGCTGCAATTGCAATCGGTTTAGGTGCACTTGGTGCAGGTATTGGTAACGGTCTGATCGTTTCACGTACGGTAGAGGGAATCGCCCGTCAGCCGGAAGCAGGAAAAGAACTTAGAACTCTTATGTTCATGGGTATCGCATTGGTTGAGGCCCTTCCGATTATCGCTGTCGTTATCGCGTTCTTAGCGTTCTTTGGCTAA MNLIAAAIAIGLGALGAGIGNGLIVSRTVEGIARQPEAGKELRTLMFMGIALVEALPIIAVVIAFLAFFG PGPT0014302_2950 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014302-atpE-K02110 NA NA D1-12_02460 513 atpF COG0711 ATP synthase subunit b ATGTCTCAATTACCTCTTGAATTAGGACTGTCGTTTAACGGCGGAGATATCCTATTCCAATTGTTAGCTATGTTAGTTTTATTAGCGCTTCTCAAGAAATTCGCTCTTGGACCGCTATTAAATATAATGAAACAGCGTGAAGATCATATCGCCGGCGAAATTACGTCCGCTGAAGAAAGAAATAAAGAAGCGCAGAAGCTGATTGAAGAGCAGCGCGTTCTTTTAAAAGAAGCGAAACAGGAATCACAATCACTCATTGAAAATGCGAAAAAACTGGGTGAAAAGCAGAAGGAAGACATTATTCAGGCTGCACGTGCCGAGTCTGAAAGATTGAAAGAAGCGGCGAGAACCGAAATTGTCAAAGAAAAAGAACAAGCGGTTTCCGCACTTCGCGAGCAAGTCGCATCACTTTCTGTCTTAATCGCATCGAAAGTGATTGAAAAAGAGCTTGATGAACAAGCCCAGGAACAACTGATTCAGGACTATCTTAAAGAGGTAGGAGAAAGCCGATGA MSQLPLELGLSFNGGDILFQLLAMLVLLALLKKFALGPLLNIMKQREDHIAGEITSAEERNKEAQKLIEEQRVLLKEAKQESQSLIENAKKLGEKQKEDIIQAARAESERLKEAARTEIVKEKEQAVSALREQVASLSVLIASKVIEKELDEQAQEQLIQDYLKEVGESR PGPT0014301_2779 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014301-atpF-K02109 NA NA D1-12_02461 546 atpH COG0712 ATP synthase subunit delta ATGAGTGGATCTGCTGTCTCTAAACGATACGCGTCAGCGCTTTTCGACATTGCCGTTGAGACTTCTCAAATCAATGAAATCGAAGAAGAGCTTACCGTACTAAAAGAAGTGTTCCGGAACGAAGCCGGATTACAGGAAGTGTTAAGCCATCCGAAGGTATCGGCCGCTAAGAAAAAAGAGCTGATTCAGCAATCGTTCGGCGCACTGTCTGAGTCTGTGCTGCATACGATTTTTCTTCTGATTGACCGCCGCCGGTCTTCGATTGTGCCTGATCTCACAGACGAGTTTATCAAACTTGCCAATCAGGCCCGTCAGACAGAGGACGCGGTTGTTTATTCAGTAAAACCGCTGTCAGAAGCGGAAATGTTATCATTGTCTCAAGTGTTTGCAAAAAAAGCCGGAATCGCTTCGCTCAGAATCAGAAATGAAGTGCAGACGGATTTAATAGGCGGCATTAAAGTCCGCATTGGAAACCGGATTTATGACGGAAGCGTGAGCGGAAAGCTTGAGCGCATGGAACGTCAACTTGCCGGAGGAAATCGATAG MSGSAVSKRYASALFDIAVETSQINEIEEELTVLKEVFRNEAGLQEVLSHPKVSAAKKKELIQQSFGALSESVLHTIFLLIDRRRSSIVPDLTDEFIKLANQARQTEDAVVYSVKPLSEAEMLSLSQVFAKKAGIASLRIRNEVQTDLIGGIKVRIGNRIYDGSVSGKLERMERQLAGGNR PGPT0014299_2221 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014299-atpH-K02113 NA NA D1-12_02462 1509 atpA COG0056 ATP synthase subunit alpha GTGAGCATCAAAGCTGAAGAGATTAGCACGCTGATAAAGCAGCAAATTCAAAATTACCAATCTGAAATTGAAGTTCATGACGTAGGTACAGTCATCCAAGTCGGAGACGGTATTGCGCGTGTGCACGGCCTTGACAATTGTATGGCCGGTGAACTTGTTGAGTTTTCAAACGGCGTTTTGGGTATGGCTCAAAACCTTGAAGAATCCAACGTAGGTATCGTTATCTTAGGACCTTACAGAGATATCCGTGAAGGTGATGAGGTCAAAAGAACGGGCCGCATCATGGAAGTTCCTGTAGGTGAAGAATTAATCGGACGTATCGTCAACCCGCTCGGACAGCCGGTAGACGGACTGGGTCCGATTCTGACAAGCAAAACACGTCCGATCGAAAGCCCGGCTCCAGGCGTAATGGACCGTAAATCAGTACATGAGCCGCTGCAAACGGGTATCAAAGCGATCGACGCGTTAATTCCGATCGGCCGCGGACAGCGTGAGCTGATTATCGGGGACCGTCAGACAGGTAAAACATCTGTTGCGATTGATACAATCTTGAACCAAAAAGATCAAGACATGATCTGTGTGTACGTAGCGATCGGCCAGAAAGAATCTACAGTGCGCGGCGTAGTGGAAACACTTCGTAAGCATGGCGCGCTTGATTACACGATTGTCGTGACGGCGTCCGCTTCACAGCCGGCTCCGCTTCTGTACCTTGCACCGTATGCAGGGGTGACAATGGGTGAAGAATTCATGTACAACGGCAAGCACGTTCTCGTCGTATATGATGATTTATCCAAACAAGCGGCCGCTTATCGTGAGCTGTCATTGCTTCTTCGCCGTCCGCCGGGCCGTGAAGCATTCCCTGGGGATGTATTCTATCTTCACTCCCGTCTGCTTGAGCGCGCAGCCAAGCTGAGTGACGCAAAAGGCGCAGGATCAATTACGGCGCTGCCGTTCGTCGAAACACAAGCAGGAGATATCTCCGCTTATATCCCGACAAACGTCATTTCCATTACTGACGGACAGATTTTCCTTCAATCCGACCTATTCTTCTCAGGCGTGCGTCCTGCGATCAATGCCGGATTATCCGTATCCCGTGTCGGCGGATCAGCCCAAATCAAAGCGATGAAAAAGGTAGCTGGAACATTGCGTCTTGACCTGGCTTCATACCGTGAACTTGAAGCGTTCGCCCAATTCGGATCTGATCTTGACCAGGCGACTCAGGCGAAACTGAACCGCGGTGCGCGTACAGTTGAAGTGCTGAAACAAGACTTGAATAAACCGCTCCCGGTTGAAAAACAGGTAGCCATTCTTTATGCGCTGACAAAAGGATATCTTGATGATATTCCGGTTGCGGATATCAGACGTTTTGAAGAAGAGTACTACATGTACCTTGATCAAAACCATAAAGATTTGCTTGACGGCATTGCGAAAACAGGAAACCTTCCTGCTGATGAAGACTTCAAAGCTGCAATCGAAGGCTTCAAACGCACATTTGCACCAAGCAACTAA MSIKAEEISTLIKQQIQNYQSEIEVHDVGTVIQVGDGIARVHGLDNCMAGELVEFSNGVLGMAQNLEESNVGIVILGPYRDIREGDEVKRTGRIMEVPVGEELIGRIVNPLGQPVDGLGPILTSKTRPIESPAPGVMDRKSVHEPLQTGIKAIDALIPIGRGQRELIIGDRQTGKTSVAIDTILNQKDQDMICVYVAIGQKESTVRGVVETLRKHGALDYTIVVTASASQPAPLLYLAPYAGVTMGEEFMYNGKHVLVVYDDLSKQAAAYRELSLLLRRPPGREAFPGDVFYLHSRLLERAAKLSDAKGAGSITALPFVETQAGDISAYIPTNVISITDGQIFLQSDLFFSGVRPAINAGLSVSRVGGSAQIKAMKKVAGTLRLDLASYRELEAFAQFGSDLDQATQAKLNRGARTVEVLKQDLNKPLPVEKQVAILYALTKGYLDDIPVADIRRFEEEYYMYLDQNHKDLLDGIAKTGNLPADEDFKAAIEGFKRTFAPSN PGPT0014298_4383 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014298-atpA-K02111 NA NA D1-12_02463 864 atpG COG0224 ATP synthase gamma chain TTGGCCTCATTACGCGATATTAAGTCAAGGATCACGTCAACGAAAAAAACAAGCCAGATTACAAAAGCCATGCAGATGGTATCCGCTGCGAAGCTGAACCGTGCGGAAACCAACGCGAAGTCATTTGCTCCGTATATGGATAAGATCCAGGAGGTTGTGTTTAACGTCGGAAAAGGCGCGAAAAACGCGAAACACCCGATGCTTGTCTCAAGAGAAGTGAAAAAGACGGCGTATCTCGTCATTACGTCTGACCGCGGGCTTGCGGGTGCGTTTAACAGTTCGGTTTTGCGAAACGCTTACCGCACCATTCAAGAACGCCATCAGTCTAAAGATGAATACACGGTGATTGCAATCGGCAGAGTCGGCCGCGATTTCTTCAAAAAACGGGAGATGCCGATTTTGTCTGAGTTAGTGGGGCTTGGCGACGAGGTCACTTTTGCTCAGATTAAAGATTTGACCCGTCAGACGGTTCAAATGTTTATCGACGGCGCTTTTGATGAACTGCATTTGGTGTATAACCATTTCGTCAGTGCGATTTCACAGGAAGTGACGGAGAAAAAAGTGCTGCCTTTAACGGATTTCGGAACGAGCGGCGGGAAGCGCACGGCTTCTTACGAGTTCGAACCGGATGAAGAAGAGGTGCTCGAAGTGCTGCTTCCTCAATATGCGGAAAGCTTAATTTACGGCGCGCTTCTTGACAGTAAAGCAAGTGAACACGCTGCGAGAATGACAGCAATGAAAAATGCGACGGATAATGCGAAAGAACTCATTGATTCACTTTCGCTTTCATATAACCGCGCGCGTCAAGCGGCGATTACACAAGAAATTACCGAAATTGTCGGCGGTGCAGCCGCTTTAGAATAG MASLRDIKSRITSTKKTSQITKAMQMVSAAKLNRAETNAKSFAPYMDKIQEVVFNVGKGAKNAKHPMLVSREVKKTAYLVITSDRGLAGAFNSSVLRNAYRTIQERHQSKDEYTVIAIGRVGRDFFKKREMPILSELVGLGDEVTFAQIKDLTRQTVQMFIDGAFDELHLVYNHFVSAISQEVTEKKVLPLTDFGTSGGKRTASYEFEPDEEEVLEVLLPQYAESLIYGALLDSKASEHAARMTAMKNATDNAKELIDSLSLSYNRARQAAITQEITEIVGGAAALE PGPT0014297_3655 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014297-atpG-K02115 NA NA D1-12_02464 1422 atpD COG0055 ATP synthase subunit beta ATGAAGAAAGGACGCGTAAGTCAGGTGCTTGGACCGGTTGTCGACGTACGTTTCGAGGACGGCCACTTGCCTGCGATTTATAATGCGATTAAAGTTTCACAGCCAGCTACAGGCGAAAATGAAGTAGGCATCGACCTAACGCTAGAGGTTGCTCTTCATTTAGGCGATGATACAGTCCGTACAATTGCCATGGCATCTACGGACGGAATTCAGCGCGGAATGGAAGCTGTTGATACAGGTGCGCCGATTTCCGTTCCTGTCGGTGATGTGACTCTCGGACGCGTATTTAACGTACTGGGAGATAAAATTGATTTAAATGAACCGCTGCCTGCGGATGCTCAAAAGGACCCGATCCACAGATCAGCTCCTTCATTCGATGAGCTTTCAACTGAGGTTGAAATTCTTGAAACGGGAATTAAGGTTGTTGACCTGCTCGCTCCTTACATCAAGGGCGGTAAAATCGGATTGTTCGGCGGCGCCGGCGTAGGTAAAACCGTATTAATCCAGGAATTAATCAACAATATCGCGCAAGAGCACGGCGGTATTTCCGTATTCGCCGGTGTAGGAGAGCGTACTCGTGAAGGGAACGACCTTTTCTACGAAATGAGCGATTCAGGCGTTATTAAGAAAACAGCCATGGTCTTCGGACAAATGAACGAGCCGCCGGGCGCACGTATGCGTGTAGCACTGACGGGTCTTACAATGGCTGAGCATTTCCGTGATAAACAAGGACAGGACGTACTGTTCTTTATCGATAACATTTTCCGTTTCACACAAGCGGGTTCAGAGGTTTCTGCGCTTCTCGGCCGTATGCCTTCTGCGGTTGGTTATCAGCCGACGCTTGCGACAGAAATGGGTCAGCTTCAAGAGCGTATTACGTCTACAAACGTTGGTTCAGTTACATCTATCCAGGCGATCTACGTGCCTGCCGATGACTACACTGACCCGGCTCCGGCGACAACGTTCGCTCACTTGGATGCGACGACTAACCTTGAGCGTAAATTAACTGAAATGGGTATCTACCCTGCGGTTGATCCGCTGGCTTCCACTTCCCGCGCGCTTGCTCCGGAAATTGTCGGAGAAGAGCATTATGCGGTGGCGCGTGAAGTCCAGTCAACGCTTCAGCGTTACAAAGAACTTCAGGATATTATCGCGATTCTCGGTATGGACGAATTAGGTGAAGAAGACAAGCTTGTCGTTCACCGCGCACGCCGTATCCAGTTCTTCCTTTCTCAAAACTTCCACGTAGCTGAGCAGTTTACGGGACAAAAGGGTTCTTACGTGCCTGTTAAAGAAACGGTACGAGGCTTTAAAGAAATCCTTTCCGGTAAATATGACCATCTTCCGGAAGATGCATTCCGTCTTGTGGGACGCATTGAAGAAGTCATTGAGAATGCAAAAGAGATGGGTGTAGAAGTTTAA MKKGRVSQVLGPVVDVRFEDGHLPAIYNAIKVSQPATGENEVGIDLTLEVALHLGDDTVRTIAMASTDGIQRGMEAVDTGAPISVPVGDVTLGRVFNVLGDKIDLNEPLPADAQKDPIHRSAPSFDELSTEVEILETGIKVVDLLAPYIKGGKIGLFGGAGVGKTVLIQELINNIAQEHGGISVFAGVGERTREGNDLFYEMSDSGVIKKTAMVFGQMNEPPGARMRVALTGLTMAEHFRDKQGQDVLFFIDNIFRFTQAGSEVSALLGRMPSAVGYQPTLATEMGQLQERITSTNVGSVTSIQAIYVPADDYTDPAPATTFAHLDATTNLERKLTEMGIYPAVDPLASTSRALAPEIVGEEHYAVAREVQSTLQRYKELQDIIAILGMDELGEEDKLVVHRARRIQFFLSQNFHVAEQFTGQKGSYVPVKETVRGFKEILSGKYDHLPEDAFRLVGRIEEVIENAKEMGVEV PGPT0014296_2231 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014296-atpD-K02112 NA NA D1-12_02465 399 atpC COG0355 ATP synthase epsilon chain ATGAAGACCGTTAAAGTCAATATCGTTACTCCCGACGGCCCAGTATATGATGCTGATATTGAAATGGTAAGTGTAAGAGCCGAGAGCGGTGATCTCGGTATCTTGCCTGGCCATATTCCGACCGTGGCTCCGCTTAAAATCGGCGCTGTCCGCCTTAAAAAAGACGGGCAGACCGAATTGGCGGCTGTCAGCGGCGGATTTTTAGAAGTCCGTCCTGATCAGGTCACTATCCTTGCACAAGCCGCTGAAACAGCGGAAAGCATTGATAAAGAGCGCGCCCTTGCTGCGAAAAAGCGGGCGGAAGACCGTTTGAACAAACGATCAGATGATACTGACATTCGTCGGGCTGAGCTTGCGTTACAGCGGGCTGTAAACAGATTGGATGTTGCAGGAAACTAA MKTVKVNIVTPDGPVYDADIEMVSVRAESGDLGILPGHIPTVAPLKIGAVRLKKDGQTELAAVSGGFLEVRPDQVTILAQAAETAESIDKERALAAKKRAEDRLNKRSDDTDIRRAELALQRAVNRLDVAGN PGPT0014295_2945 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014295-atpC-K02114 NA NA D1-12_02466 471 hypothetical protein ATGAATCATTCCTTTTTTCATCCGGAAAAGCAGTATGGAGAAACACTTCCCGTATTTGACCACGAGTGGGAAGCGATAGCATTCTACTATGATTATAGACAGTCTCAAACAGAGGAACTGAAAGAATTATGTCAGTTTTTCAACATTTCTCTTGATTATTCACGCGGCAGCCTGCTGGAAGTGGAAGCTCTTTACTTCCGCAGCATAAAAGAGCTGCTTTTGGCGGATTGGAACCTGCCGATTGACGAATTTGAGAAAATGCTCAGCGTGTATGTCATCGATTGCGCCATCAGACACCATGACGATGCCGAATGGGTCGTCAAACCTTATCCGTATACGGACGGCGCTTATACGACGGGTGTGCGGAGAGGAAACAAAACGTGGCACACCGACAACTGCTGCGAACATTTATATCTGCAAAAAGAAGAGGATCATCCGCTTATCGGCGTCTATGAATCTCTTATGCGTTAA MNHSFFHPEKQYGETLPVFDHEWEAIAFYYDYRQSQTEELKELCQFFNISLDYSRGSLLEVEALYFRSIKELLLADWNLPIDEFEKMLSVYVIDCAIRHHDDAEWVVKPYPYTDGAYTTGVRRGNKTWHTDNCCEHLYLQKEEDHPLIGVYESLMR NA NA NA NA NA D1-12_02467 231 hypothetical protein GTGAATGTATTGGGGCAGCAGGCCGCAATCAGCATCCTGGTTCACCTGGTATGCATTGCGGTGACATGGTGGGCGCTTCAGGCCGTCAACTTTGATCCGCTGATCCGAAAAGGAAAAATAGTGCAGGCGAGGCTGCTGATCATTCTTCTTACCATTGCGATCGGTACGGCAGTCGCTGACTTCTTTTTAGATTATCTTACCTATTCGAAACAGCTTCCATACTTATTTTAA MNVLGQQAAISILVHLVCIAVTWWALQAVNFDPLIRKGKIVQARLLIILLTIAIGTAVADFFLDYLTYSKQLPYLF NA NA NA NA NA D1-12_02468 741 ywmB putative protein YwmB ATGAAGAAAAAAAGAGCAGGCCGCATCATCTTATTTTTTGTTTTTTTAAGCGCCTTAATAGCGGTATTTCATTCCATTCATGCAAGTGAGCTGTCTCCGCTTGCCCAGATTGCCGAAGGAATGGAGCGGCAACATGTCACTGTAGATGAATGGACGCTTCATGCGAAAGAAAATCTGAACCTGTCACTGAGTGAATTTGATGACAAGGTAAAAGAACTGAAGACGCAGTATCCGCAATATCACTGGAAAACCGCGCGGGAAGATAAAATCGTAAAGGCCGTCGGCACGTATTCTGACAAAAAAAATCACACAACTTTTAAACTGCAGCTCGTCACTACCCTCAAAAACCAGAACCCAACTTCGTATTTATTATATGAGCAAATGAGCCCGGAGCAACCGGAAAACTGGAATGATACATATGAACAGTTTGAACGGCAGGCACATGACATATTTCAAAATAAAGTATTTATTTTTACTTGTCTAAAGGGTCATTTAAATGATAATATGAGTATTGTTTTGCAAAAAAAAGCAGAACAGCTCATGAAAGAATTTGAAGCAAGTCCAGTTGAACATGTAGTTGAGCCTCATTTCGTTTCTGTTTCTGCATTTACATATAAGTGGACAGATTACATCATGACATCGAAACATAAGATGAATGTGCAAGTTGCGCTTAGAAGTGCGGGAATGGGCGAAAAACATACCGTTACGGTTGGCACACCAATCGTGACGACTGAATATTAA MKKKRAGRIILFFVFLSALIAVFHSIHASELSPLAQIAEGMERQHVTVDEWTLHAKENLNLSLSEFDDKVKELKTQYPQYHWKTAREDKIVKAVGTYSDKKNHTTFKLQLVTTLKNQNPTSYLLYEQMSPEQPENWNDTYEQFERQAHDIFQNKVFIFTCLKGHLNDNMSIVLQKKAEQLMKEFEASPVEHVVEPHFVSVSAFTYKWTDYIMTSKHKMNVQVALRSAGMGEKHTVTVGTPIVTTEY NA NA NA NA NA D1-12_02469 1311 murAA COG0766 UDP-N-acetylglucosamine 1-carboxyvinyltransferase 1 TTGGAAAAAATCATCGTCCGCGGCGGTCAGAAGTTAAACGGCACAGTGAAAGTTGAAGGAGCAAAAAATGCCGTTTTACCAGTTATCGCTGCATCTTTATTAGCAAGTGAAGAAAAAAGCGTAATATGTGATGTACCTACGCTCTCCGATGTATATACAATCAACGAAGTGTTGCGTCATTTAGGAGCAGATGTGCATTTTGAGAATAATGAAGTTACCGTAAACGCTTCTTACGCTTTAGAAACAGAAGCACCTTTTGAATATGTGCGTAAAATGCGCGCGTCAGTGCTTGTTATGGGCCCTCTGTTAGCCCGTACGGGTCATTCAAGAGTAGCGCTTCCGGGCGGCTGCGCAATCGGCTCAAGACCGATTGATCAGCATTTAAAAGGCTTTGAAGCAATGGGTGCAAAAATCAAAGTAGGCAACGGCTTTATTGAAGCAGAAGTGGAAGGCCGTCTGCAGGGCGCAAAAATCTATTTAGATTTCCCAAGTGTGGGTGCGACAGAAAACTTGATTATGGCAGCTGCTTTAGCTGAAGGAACAACAACGCTTGAAAACGTGGCAAAAGAGCCTGAAATCGTTGACTTAGCGAACTATATCAATGCGATGGGCGGAAAAATCCGCGGAGCCGGCACAGGCACCATTAAAATTGAAGGTGTCGAGAAGCTTCACGGCGTAAGACACAACATCATTCCTGACCGTATTGAAGCGGGTACTTTCATGGTGGCTGCGGCTATCACGGAAGGAAATGTATTAGTCAAAGGTGCGGTTCCTGAGCATCTTACGTCTTTAATTGCGAAGATGGAAGAAATGGGAGTCAAAATTACGGATGAAGGAGAAGGCCTTCGTGTCATCGGTCCTGCCCAGCTGAAGCCGATCGACATTAAAACGATGCCTCACCCAGGATTCCCGACTGATATGCAGTCGCAAATGATGGCGCTGCTTCTCCGTGCGAGCGGAACAAGCATGATTACTGAAACTGTGTTTGAAAACCGTTTTATGCATGCTGAAGAATTCCGCCGGATGAATGGCGACATTAAAATTGAAGGACGTTCTGTGATCATTAACGGTCCTGTACAGCTGCAAGGCGCAGAAGTTGCCGCTACGGACCTGCGTGCGGGCGCGGCGCTGATTCTTGCGGGATTAGTGGCTGAAGGTCATACACGCGTCACGGAACTGAAGCACTTGGATCGCGGTTATGTGAATTTCCATCAAAAACTTGCGGCTCTCGGCGCTGACATCGAGCGTGTCGTTGATGAAACGGCCGCTGAACAAGAAAGCAAAGAAGTCGTAACTGACCTAAACGCATAA MEKIIVRGGQKLNGTVKVEGAKNAVLPVIAASLLASEEKSVICDVPTLSDVYTINEVLRHLGADVHFENNEVTVNASYALETEAPFEYVRKMRASVLVMGPLLARTGHSRVALPGGCAIGSRPIDQHLKGFEAMGAKIKVGNGFIEAEVEGRLQGAKIYLDFPSVGATENLIMAAALAEGTTTLENVAKEPEIVDLANYINAMGGKIRGAGTGTIKIEGVEKLHGVRHNIIPDRIEAGTFMVAAAITEGNVLVKGAVPEHLTSLIAKMEEMGVKITDEGEGLRVIGPAQLKPIDIKTMPHPGFPTDMQSQMMALLLRASGTSMITETVFENRFMHAEEFRRMNGDIKIEGRSVIINGPVQLQGAEVAATDLRAGAALILAGLVAEGHTRVTELKHLDRGYVNFHQKLAALGADIERVVDETAAEQESKEVVTDLNA PGPT0024090_1167 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-N_ACETYLGLUCOSAMINE_MODIFICATION,PGPT0024090-murA-K00790 NA NA D1-12_02470 1032 hypothetical protein ATGAAACCGATTGTATTTCTACTATCCGGGCTGTGTATACTTATTCTTCTAGTCCCCACCATTCTCGTCCTTCCGTTTCAGGCAGAAAAAGGCGCAGCCGTAAACAGAGAGCCCGGACACAAAACAGCACACACCACACGAGAAACAAAAGGAGCAGAAACATTGAAAGAATCACCTGTATCCATTCCGGTTTATCGGACATCCAATCATTCTGTAGAAAACATTCCGCTTGAAGAGTACGTGGTCGGTGTCGTGGCTTCCGAAATGCCCGCAAACTTTAAACCGGAGGCCTTAAAAGCCCAGGCGCTCGCCGCCCGGACATTCATCGTCAGACTGATGGTCGCTGACTCAGCCGTTCAGGCGCCGAAAGGATCACTGGTGGATGATACGCAAATGTTCCAAGTCTATCAAAGCAAAAGCCAGCTGAAAAAAGAATGGGGTTCTAAGTACGCACACAACCTCAAGAAAATCACAAACGCGGTCGCCGGCACGCAAGGAAAGATTTTAACGTACGACAACAAGCCGATTGAGGCATCTTTCTTCTCTACGAGCAACGGGTATACGGAAAATGCGGAAGCCTATTGGACAAGCGCCATTCCTTATTTAAAGAGCGTGAAAAGTCCGTGGGATAAACAATCGCCGAAATATCTCGCCACCCAGACCTTCAGTGTGCCGGAGTTTCAGCAAAAGCTCGGCGTACAGCTCTCGGGACAAAACACCGTGGGACAGATTACAGCCAGAACGCCGGGCCATCAAGTGGCGACGGCCGTCATCAACGGCAAAAAGCTGAAGGGAAGAGACATCCGGGAAAAACTCGGACTCCGTTCTGCCGACTTTGAATGGAAACGAAACGGCGGCAGCATCACCATTACGACAAAAGGATTCGGCCACGGCGTCGGGATGAGTCAGTACGGGGCCAATTACATGGCGAAGCAGGGGAAATCCGTGGCGGACATCGTCAAGCATTATTATCAGGGAGTGGACATTTCCGAAGCAGATCCATTTTTAAACAAATATATGGCGAAAAAATAG MKPIVFLLSGLCILILLVPTILVLPFQAEKGAAVNREPGHKTAHTTRETKGAETLKESPVSIPVYRTSNHSVENIPLEEYVVGVVASEMPANFKPEALKAQALAARTFIVRLMVADSAVQAPKGSLVDDTQMFQVYQSKSQLKKEWGSKYAHNLKKITNAVAGTQGKILTYDNKPIEASFFSTSNGYTENAEAYWTSAIPYLKSVKSPWDKQSPKYLATQTFSVPEFQQKLGVQLSGQNTVGQITARTPGHQVATAVINGKKLKGRDIREKLGLRSADFEWKRNGGSITITTKGFGHGVGMSQYGANYMAKQGKSVADIVKHYYQGVDISEADPFLNKYMAKK PGPT0024670_842 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-STAGE_II_SPORULATION,PGPT0024670-spoIID-K06381 NA NA D1-12_02471 687 hypothetical protein ATGAAAAAAACATTTTCACTCATACTCATGCTCGGATTGATGCTGACTGCTGCATCTCCTGCTTTTGCTGCCGAGAATGCAAACGAGAAGACTCTTTCATTTAAAAACAATACCGCCATTTTACTTGATGCGAGCGGCAGTATGGCAAAACGGATTGACGGTGTTTCTAAATACAACATGGCAAAAGAAGAAATTGTCCGTTTTGCGGATCAAATTAAATCTAAATCACAGGTCAGAATGACGGTTTTCGGTTCGGAAGGCAATAATAAAAACTCCGGAAAGGTTCAATCTTGTGAATCCATTCGCGGTGTGTACGGATTCCAAAGGTTTGACAGACAGAGCTTCCTTAACTCTCTTAACGGAATCGGGCCTACGGGCTGGACACCGATTGCAAAAGCATTAGAGGATGCGAAGGCTTCCTTTACCGGTTTGCACAAACTTGGCAGTAAATCCGTTTTCCTGTTGACGGACGGCGAGGAGACATGCGGAGGAGATCCTGTTAAGACAGCGAAAGAACTTCGCAAACAGCATATTAAAGTCAACGTGATCGGCTTTGATTTTAAGGAAGGCTTCAACGGCCAGCTTCACGAGATTGCCAAAGCGGGCGGAGGAAAATATTACGAAGCTCACAGCCAAAAGGATATGAACCGCATCTTTACAATGGCAGCGAGTTCATTAGCGGAATAA MKKTFSLILMLGLMLTAASPAFAAENANEKTLSFKNNTAILLDASGSMAKRIDGVSKYNMAKEEIVRFADQIKSKSQVRMTVFGSEGNNKNSGKVQSCESIRGVYGFQRFDRQSFLNSLNGIGPTGWTPIAKALEDAKASFTGLHKLGSKSVFLLTDGEETCGGDPVKTAKELRKQHIKVNVIGFDFKEGFNGQLHEIAKAGGGKYYEAHSQKDMNRIFTMAASSLAE PGPT0014015_7406 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-CHLORIDE_TRANSPORT,PGPT0014015-yfbK-K07114 NA NA D1-12_02472 681 hypothetical protein ATGAAAAAAATGTTCACTGCGGGGATTGTCGGACTTTTGACGCTTTCACTCGGATCACCTGTTTTTGCAGCTGAGAAAAAGCACGAAGAAACAAACGTTGCCGTGCTGTTTGACGCAAGCGGAAGCATGATACAAAAAACAGGGGGAGGGCGTAAAATAGATGTTGCGAAAGAGTCTGTCACTTCTTTTGCGGAAGTTCTTCCTGAAGACACGAATCTGATGCTTCGGGTATTCGGGCATAAGGGCAATAATAAAAACTCAGGCAAAGCCGTATCATGTAATGCGACAGAAACGTTATACGGCCTTCAGCCGTACGCCGTGACTCCATTTGAGCAATCACTCAGCAAGATTAAACCGACCGGCTGGACACCGATTGCGAAAGCACTTTCTGATACGCGTGAAGAATTTGAGCGGGCCGGCGCCGCGGGGAAAAACGTCGTATATCTGATCACAGACGGTGAAGAAACATGCGGCGGTAATCCTCAGGCCGAAATTCAAAAGCTCCGTAAAGCGAACGTCAACACGATCGTCAATATCATCGGCTTCAACTTCGGCATGAAAGGAAGCGAAAGCCTTGAAAAAGCGGCGGAAGCGGGAGGCGGCACATATGTCTCAGCTGACAGCGCGGACGAGTTCAAACAGGCTTGGGAAGACGCTGCAAAGGATTTAGCAAAAGAATAG MKKMFTAGIVGLLTLSLGSPVFAAEKKHEETNVAVLFDASGSMIQKTGGGRKIDVAKESVTSFAEVLPEDTNLMLRVFGHKGNNKNSGKAVSCNATETLYGLQPYAVTPFEQSLSKIKPTGWTPIAKALSDTREEFERAGAAGKNVVYLITDGEETCGGNPQAEIQKLRKANVNTIVNIIGFNFGMKGSESLEKAAEAGGGTYVSADSADEFKQAWEDAAKDLAKE PGPT0014015_7439 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-CHLORIDE_TRANSPORT,PGPT0014015-yfbK-K07114 NA NA D1-12_02473 165 hypothetical protein TTGTTAAAAGGAGCAGGCATTATATTAGTGCTGGCGGCAGTCGTTTTTGTTCTGATGGGAATTTTTCTGAAGCTTGCCGCCTTCATATTCGTCAGTATATTGGCCATTATAGCCGCAGTTATTTTATTCACCATTCTGAGCAGACATCATCGCAATGAAACATAG MLKGAGIILVLAAVVFVLMGIFLKLAAFIFVSILAIIAAVILFTILSRHHRNET NA NA NA NA NA D1-12_02474 789 fdhD COG1526 Sulfur carrier protein FdhD GTGGATGAAAAAACAACAGCGGTAAGAGACATATACCGCTATGAAAAAGGGGTATTAACAAAGACGGCAGATCGGATGGTTTCAGAGTATCCGCTGACCGTCATGGTGAACGGGCAGGAATTTGTTACGCTCGTCTGCACGCCTGACCATTTAGAGGAACTCGTCATCGGATTTCTCGCATCAGAAGGCGTCATTCGTTTTGAAAAAGAAATCAAAAGCTTTACTATAGATGAAAGTCTCGGGTTTGCATATGTTGAACTGACGAATCCCGGAGTGCTTGAGCAAAAAGACTATACGAAGAGGGTCATCGGTTCATGCTGCGGGAAAGGCCGCCATTTTTACTTTCAGCAGGATGTGAAAACGGCCAAAACCGCCGTCAGCCGTATCACCATAACTCCTGAGACGTGCCTTCGCCTGATGAAGGAGATGCAAAGCGGGAGCGGCACCTTCCGGGAAACGGGCGGCGTCCATAATGCGGCGCTGTGCGATACGGAAAAGCTGCTCTTCATGAGGACGGACATCGGGCGCCACAACGCGCTGGATAAGCTGTACGGCTGCTGTTTGAAAAACGGAATGCCGGTCCGTGACAAGCTGATCGTCTTCAGCGGCCGGATTTCCTCAGAGGTTTTATTAAAAGCCGCAAAAATCGGCGTGTCGATTGTCATTTCAAAATCGGCCCCGACGGAGCTCGCGCTGCAAATGGCGGAAGAGCTGAACATAACCGCGATAGGTTTTGTCAGAAACGGATCATTTAACGTATACACACATCCTGAACGGGTTGAACAATAG MDEKTTAVRDIYRYEKGVLTKTADRMVSEYPLTVMVNGQEFVTLVCTPDHLEELVIGFLASEGVIRFEKEIKSFTIDESLGFAYVELTNPGVLEQKDYTKRVIGSCCGKGRHFYFQQDVKTAKTAVSRITITPETCLRLMKEMQSGSGTFRETGGVHNAALCDTEKLLFMRTDIGRHNALDKLYGCCLKNGMPVRDKLIVFSGRISSEVLLKAAKIGVSIVISKSAPTELALQMAEELNITAIGFVRNGSFNVYTHPERVEQ NA NA NA NA NA D1-12_02475 1026 moaA COG2896 GTP 3',8-cyclase ATGAATACAGAAACGCGCCGGGTGACAGACAAAAGGGAAAGGCCGCTCAGGGATCTTCGTATCTCTGTAACCGACCGTTGCAACTTCAGATGCACGTACTGTATGCCAGCCGAATTATTCGGACCGGATTATCCATTTTTACAAAAGACGGAATTGCTCTCCTTCGAGGAGCTTGAGCGGCTTGCGAAGCTGTTTGTCGGCCGCTTCGGCGTTGAAAAAATCAGGCTGACGGGCGGAGAGCCGCTCATGAGAAAAGATATGCCTGAATTGATCAAAAAACTTGCGCGCATCCCCGGACTTAAAGATATCGCGATGACGACAAACGGCTCTCTGCTTCCCGTGTATGCGGAAAAACTGAAGCAGGCGGGGCTGCATCGCGTGACAGTCAGCCTCGATTCTTTAGAGGATGAGCGGTTTAAGGCCATTAACGGCCGCGGGGTTTCGGTGAACAAGGTGCTTGAGGGCATTGAGGCGGCAAAATCGGCCGGACTCGGTGTGAAAATCAACATGGTTGTTCAAAAGGGCGTCAATGAAAAAGATATCCTGCCGATGGCCCGCTATTTTAAAGAAAAGGGTCATATTCTCCGGTTTATTGAATTTATGGATGTCGGCAATACGAATCAATGGAATAAAAAAGACGTGATCACGAAGGCCGAGATTATTGATCTGATCAACCAGCACATGCCGACGGAGCCGATAGAAGCGAATTATAAAGGAGAGGTCGCTTCCAGGTTCCGCTATCTTGACGGTTCCGGCGAAATCGGCGTAATTTCCTCCGTCTCGGATGCATTCTGCGCCTCCTGCAACAGAGCGCGCCTGTCGGCGAGAGGCGAGCTGTTTACGTGCCTGTTTGCGTCAAGCGGCTATGATGTTCGGAAGCTCGTGCGCGGCGGTCTGACCGATGACGAATTGACGGAATCCATCGCTTCTGTCTGGAGAAATCGCACGGATCAGTATTCAATTGACCGCGCGCTTTCTAAAACGGATGGGAAAAAGAAAGTGGAAATGTCTTATATAGGCGGATGA MNTETRRVTDKRERPLRDLRISVTDRCNFRCTYCMPAELFGPDYPFLQKTELLSFEELERLAKLFVGRFGVEKIRLTGGEPLMRKDMPELIKKLARIPGLKDIAMTTNGSLLPVYAEKLKQAGLHRVTVSLDSLEDERFKAINGRGVSVNKVLEGIEAAKSAGLGVKINMVVQKGVNEKDILPMARYFKEKGHILRFIEFMDVGNTNQWNKKDVITKAEIIDLINQHMPTEPIEANYKGEVASRFRYLDGSGEIGVISSVSDAFCASCNRARLSARGELFTCLFASSGYDVRKLVRGGLTDDELTESIASVWRNRTDQYSIDRALSKTDGKKKVEMSYIGG PGPT0008410_1537 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM PLANT_VITAMIN-MOLYBDENUM_COFACTOR_BIOSYNTHESIS,PGPT0008410-moaA-K03639 NA NA D1-12_02476 1131 rapA_3 COG0457 Response regulator aspartate phosphatase A ATGACCGCATACGAGATTCCGTCATCTCAAGTTGGAGTTAAGATCAACAAATGGTACAAGCACATTTTAGCGTTTCAAGCGGCTGATGCCATAAAGCTGAAAGAGGAAATTGATGAGGATATACAACGTATGGAGGAAGACCAGCTGCTACTGTTATATTATCAGCTGATCAGCTACCGCCATCATATTATGCTTGATTACGTCAAGCCGGAATGCACCGAACAATCACAGATTCAGTACAGCGAGCTGCAAAAGACGATCGAAAGCACGGACAGCATATCGGGACTGTCTGAGTATTATTTCCATTTGTTCAGAGGGATGTATGAATTCGATCACAATAACTATGTTGCGGCTATTTCTTTTTACCGGAAAGCGGAAAAACTCCTTTCATTTGTCGAGGATGATATAGAGAGGGCGGAATTCCATTTCAAGATGTCTGAAGTGTTTTATGTCATGAAGCAGACTCATTTTTCCATGAATCACGGGATTCAGGCGCTGGATACGTATATGAAACACGATTTCTACAGAGTGCGGAGAATTCAATGCCATTTCGTCATCTCAGGAAACTACATCGACTGCAAAAACTACGACAAAGCGCTTGAGCATTTAGACGAAGCCCTCCGCCTTTCTTTGCTTGAAGGACAGCCCCGCCTGATCGGGTCTTCGCTTTACAATCTGGGGAATTGTTATTCTGAAAAGCGCGATCTGGATGAAGCGGCCCGGTACTTTAGAAAAGCGGTTCCCGTTTTTGAAGAGCATCAGCTTGAACAGCTTCCGAAGGCGCTGTTCAGCTTAACGCACACCCTTTTCAGGCTGCATGATGACCAAGCGGCCTTTACCTATTATGAAAGAGGGGTCATGATCGCGAAAGATCGGGGCGACCGATTCAGTTTAGAGAAGTATAAGTTTTTACAAGCGCTTTATTTGGAGTCACTCAATATGGATTTAATCCATGAAGTGTTTGACTATATGAATGAAAAATCGCTGTATGTGTATATTGAAGATTTCGCCTTGGAGGCCGCCGTTTACACAAGCGGACATGGGCAATATAAAGAAGCGGCGTATTTTTATGAAAAAGCGATTCGCATGAGAGAAAACATTCAAAAAGAACAGTGTTTATACGATATATAA MTAYEIPSSQVGVKINKWYKHILAFQAADAIKLKEEIDEDIQRMEEDQLLLLYYQLISYRHHIMLDYVKPECTEQSQIQYSELQKTIESTDSISGLSEYYFHLFRGMYEFDHNNYVAAISFYRKAEKLLSFVEDDIERAEFHFKMSEVFYVMKQTHFSMNHGIQALDTYMKHDFYRVRRIQCHFVISGNYIDCKNYDKALEHLDEALRLSLLEGQPRLIGSSLYNLGNCYSEKRDLDEAARYFRKAVPVFEEHQLEQLPKALFSLTHTLFRLHDDQAAFTYYERGVMIAKDRGDRFSLEKYKFLQALYLESLNMDLIHEVFDYMNEKSLYVYIEDFALEAAVYTSGHGQYKEAAYFYEKAIRMRENIQKEQCLYDI PGPT0025755_19 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-PENTAPEPTIDE_PERCIPITATION|SIGNALLING,PGPT0025755-rapB-K06360 NA NA D1-12_02477 480 hypothetical protein TTGTTCGGATTCAATGATATGATAAAGTTTTTCGTATCATTTCTCATCATTCTGCCGATGGTGTCTGTCATCCATGTGTCGGGACACAGCTTTATGGCCATGCTGTTCGGGGGCAAGGCATCATTGGATATCGGAATGGGGAAACGTCTTTTAAAAGTAGGGCCGATTCAGGTTCGGCGTATCTACTTCATAGATTCTTTCTGCAAGTTCGGCGAATTGCGGATAGATAACCGCCTGACGAGCGCGCTCGTCTATTCCGGAGGCTGTCTGTTTAATCTCGCTTCTATCTTTTTAATAAATCTGCTGATCATAAAAGATGTCCTTGAGCCAAACTTATTTTTTTACCAATTTGTCTATTTTTCAACTTATTATGTTTTCTTTGCCCTTCTGCCGGTGCAATACGGGGATAATAAGCTGTCAGACGGATTGGCTGTTTACAAAGTGCTCCGCTACGGGGAACGCTGTGAAATCAATAATTGA MFGFNDMIKFFVSFLIILPMVSVIHVSGHSFMAMLFGGKASLDIGMGKRLLKVGPIQVRRIYFIDSFCKFGELRIDNRLTSALVYSGGCLFNLASIFLINLLIIKDVLEPNLFFYQFVYFSTYYVFFALLPVQYGDNKLSDGLAVYKVLRYGERCEINN NA NA NA NA NA D1-12_02478 189 csbD COG3237 Stress response protein CsbD ATGAGTGAAGATAACGGTTTAAAAGACAAAGTAAAAGGCGGCATGAACAAAATGAAAGGGGAAGCAAAGGACAAAGCAGGCGACATGGCAGACAAGTCCGACTTAAAAGCGGAAGGTAAAAAAGACAAAGCGAAAGGCAGCCTGCAAAAGGGTGTCGGTAAAACGAAAGATAAACTCAGTGATGATTAA MSEDNGLKDKVKGGMNKMKGEAKDKAGDMADKSDLKAEGKKDKAKGSLQKGVGKTKDKLSDD NA NA NA NA NA D1-12_02479 318 ureA COG0831 Urease subunit gamma ATGAAACTGACACCGGTTGAACAAGAAAAATTGCTTATTTTTACGGCGGGAGAGCTCGCTAAGCAGCGGAAGGCGCGCGGCGTTCTGCTGAATTATCCCGAAGCCGCCGCATATTTGACCTGTTATCTGATGGAAGGCGCGAGAGACGGAAAAAGCGTTGCTGAGCTGATGGAATCCGGCCGCAATGTATTGACGGAAAAAGACGTTATGGAAGGCGTTGCGGAAATGCTGGACAGCATTCAGGTGGAAGCGACGTTCCCGGACGGGGTTAAGCTTGTCACCGTTCATCAGCCGATCAAAGCGGGGGTGAAGTCATGA MKLTPVEQEKLLIFTAGELAKQRKARGVLLNYPEAAAYLTCYLMEGARDGKSVAELMESGRNVLTEKDVMEGVAEMLDSIQVEATFPDGVKLVTVHQPIKAGVKS PGPT0000955_80 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0000955-ureA-K01430 NA NA D1-12_02480 375 ureB COG0832 Urease subunit beta ATGAAGCCGGGAGCGATTCAAGTCGCAAAGGGGACCATCACCATTAACGAAGGCCGGAAGACGCTGGAGGTGTCAGTCACCAATAACGGAACGCGGTCAGTGCAGGTAGGATCGCATTTTCATTTTGCCGAAGCCAACGGCGCCCTTTCCTTCAATCGGGACAAAGCAATCGGCATGCGCCTTGATATCCCGTCAGGCACATCTGTCCGTTTTGAACCGGGAGAAAAGAAAACCGTCACGCTCGTGGAAATCGGAGGGCGAAAAACGGTCAGAGGTCTCAACGGCATGGCCGATACGTATATGGATAAGCGGGGAAAAGAGAAGACTCTGTCAAATCTTAAAAAAGCCGGATGGATGGAGGAGGCGATCCGATGA MKPGAIQVAKGTITINEGRKTLEVSVTNNGTRSVQVGSHFHFAEANGALSFNRDKAIGMRLDIPSGTSVRFEPGEKKTVTLVEIGGRKTVRGLNGMADTYMDKRGKEKTLSNLKKAGWMEEAIR PGPT0000960_265 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0000960-ureB-K01429 NA NA D1-12_02481 1710 ureC COG0804 Urease subunit alpha ATGAAAATGTCACGTGAGCAATACGCAGAACTGTTCGGACCGACAACGGGAGACAAAGTCAGACTCGGAGATACGGATTTATGGATTGAAGTCGAAAAAGATTTCACGAATTACGGTGAAGAAATGATTTTCGGCGGAGGGAAAACAATCCGGGACGGCATGGGGCAGAACGGGCGTATCACCGGGAAAGACGGAGCGCTTGATCTGGTTATTACAAACGCCGTCATCCTGGATTATACCGGGATCGTCAAGGCGGATATCGGGGTGAAGGACGGCCGGATTGTCGGCGTCGGGAAAAGCGGCAACCCGGATATTATGGATGGGGTGGACCCGCACATGATTATCGGTGCCGGAACAGAAGTCATTTCCGGCGAAGGGAAAATCGTAACGGCCGGCGGGGTGGATACGCATATCCACTTTATCTGCCCGCAGCAGATGGAAGTCGCGCTTTCTTCAGGCGTGACCACGCTTCTCGGCGGCGGAACGGGTCCTGCGACGGGAAGTAAAGCGACGACTTGTACATCCGGTGCATGGTACATGTCGAGAATGCTGGAAGCGGCCGAGGAGTTTCCGATCAACGTCGGTTTCTTAGGAAAAGGGAATGCATCCGATAAAGCGCCGCTGATCGAGCAGGTGGAAGCAGGCGCGATCGGACTGAAGCTGCATGAAGATTGGGGATCAACGCCAAGCGCAATTAAAGCTTGCATGGAAGCGGCGGATGAGGCGGACATTCAGGTGGCGATCCATACAGACACGATAAATGAAGCGGGCTTTTTAGAAAATACGCTTGATGCGATCGGCGACCGGGTTATCCATACATATCACATAGAGGGAGCCGGCGGAGGCCACGCACCGGATATTATGAAACTCGCATCTTACGCCAATATCCTGCCGTCCTCTACGACGCCGACGATTCCGTATACCGTCAACACGATGGACGAGCATCTTGATATGATGATGGTCTGCCATCATTTAGATTCAAAAGTGCCTGAAGACGTGGCGTTCAGTCATTCACGCATCAGAGCGGCCACCATTGCGGCGGAGGATATTCTGCACGATATCGGCGCGATCAGCATGACGTCATCTGACTCGCAGGCGATGGGCAGGGTGGGAGAAGTGATTATCCGGACATGGCAGGTGGCCGATAAAATGAAAAAGCAGCGCGGCGCTCTATCAGGAGAAAACGGCAATGACAATGTGCGCGCCAAACGCTATATCGCCAAATACACGATCAACCCGGCCGTCACTCACGGCCTGAGCCATGAAGTCGGTTCCGTTGAAAAAGGAAAGCTCGCCGACCTTGTACTATGGGACCCGGTTTTCTTCGGTGTCAAACCTGAACTTGTGCTCAAAGGCGGCATGATCGCCCGCGCTCAAATGGGAGATCCGAATGCTTCCATTCCGACGCCTGAGCCCGTGTTTATGCGGCAGATGTACGCATCATACGGTAAAGCAAACCGAAATACCTCTATTACATTTATGTCCCAGGCCAGTATCGCAAACGGTGTGCCGGAAAAGCTCGGCCTTGAAAAAATGATTTCTCCCGTACGGAATATCCGTAAGCTGAGTAAGCTCGACATGAAGCTGAATGACGCGATGCCGAATATACAAGTCGATCCAAAAACCTATCAGGTGTTCGCCGACGGAGAAGAGCTGGCATGCCAGCCTGTCAGCTATGTTCCGCTCGGACAGCGTTATTTCTTATTTTAA MKMSREQYAELFGPTTGDKVRLGDTDLWIEVEKDFTNYGEEMIFGGGKTIRDGMGQNGRITGKDGALDLVITNAVILDYTGIVKADIGVKDGRIVGVGKSGNPDIMDGVDPHMIIGAGTEVISGEGKIVTAGGVDTHIHFICPQQMEVALSSGVTTLLGGGTGPATGSKATTCTSGAWYMSRMLEAAEEFPINVGFLGKGNASDKAPLIEQVEAGAIGLKLHEDWGSTPSAIKACMEAADEADIQVAIHTDTINEAGFLENTLDAIGDRVIHTYHIEGAGGGHAPDIMKLASYANILPSSTTPTIPYTVNTMDEHLDMMMVCHHLDSKVPEDVAFSHSRIRAATIAAEDILHDIGAISMTSSDSQAMGRVGEVIIRTWQVADKMKKQRGALSGENGNDNVRAKRYIAKYTINPAVTHGLSHEVGSVEKGKLADLVLWDPVFFGVKPELVLKGGMIARAQMGDPNASIPTPEPVFMRQMYASYGKANRNTSITFMSQASIANGVPEKLGLEKMISPVRNIRKLSKLDMKLNDAMPNIQVDPKTYQVFADGEELACQPVSYVPLGQRYFLF PGPT0000965_170 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0000965-ureC-K01428 NA NA D1-12_02483 405 ywnA_1 COG1959 Putative HTH-type transcriptional regulator YwnA ATGATTAACAGCCGTCTTGCTGTGGCCATTCACATTCTATCGCTGATCTCAACGGATGAACGGGCGTCATCGGACATGATTGCGGGCAGCGTAAACACCAATCCCGTCGTCGTGCGGAGAACGATCAGCCAGCTGAAAAAAGCGGGTATTCTGACATCCCGGGCGGGTGTTCCGGGAGCCAGCCTGAAAAAAGATCCGTCGGAGATCACCCTCTTAGAGGTTTACAGGGCTGTGCAGAATAAGGAAGAGCTTTTTGCGGTTCACGACAATCCGAACCCCGACTGTCCGGTCGGCAAAAATATGCAGCGCGCGCTCGATGAGACGTTCGGAAGCGTACAGCGGGCAATGGAGAATGAACTTGCGAGCAAGTCCCTTTATGATGTAATGAATCATCTCTTTTGTTAA MINSRLAVAIHILSLISTDERASSDMIAGSVNTNPVVVRRTISQLKKAGILTSRAGVPGASLKKDPSEITLLEVYRAVQNKEELFAVHDNPNPDCPVGKNMQRALDETFGSVQRAMENELASKSLYDVMNHLFC NA NA NA NA NA D1-12_02484 642 xynA Endo-1,4-beta-xylanase A ATGTTTAAGTTTAAAAAGAAATTCTTAGTTGGATTAACGGCAGCTTTCATGAGTATCAGCATGTTTTCGGCAACCGCCTCTGCAGCCGGCACAGATTACTGGCAAAATTGGACTGATGGGGGCGGAACAGTCAACGCAGTCAATGGATCTGGCGGGAATTACAGTGTTAATTGGTCTAATACCGGAAATTTCGTTGTTGGTAAAGGCTGGACTACAGGCTCGCCATTTAGAACAATAAACTATAATGCCGGAGTCTGGGCGCCGAATGGCAATGGATATTTGACTTTATATGGCTGGACGAGAGCACCTCTCATCGAATATTATGTAGTGGATTCATGGGGTACTTACAGACCTACCGGAACGTATAAAGGTACTGTAAAGAGTGATGGAGGTACATATGACATATATACAACGACACGTTATAACGCACCTTCCATTGATGGCGATAACACTACTTTTACGCAGTACTGGAGTGTTCGCCAGTCGAAGAGACCAACCGGAAGCAACGCTGCAATCACTTTCAGCAATCATGTTAACGCATGGAAGAGCCATGGAATGAATCTGGGCAGTAATTGGGCTTATCAAGTCTTAGCGACAGAAGGATATAAAAGCAGCGGAAGTTCTAATGTAACAGTGTGGTAA MFKFKKKFLVGLTAAFMSISMFSATASAAGTDYWQNWTDGGGTVNAVNGSGGNYSVNWSNTGNFVVGKGWTTGSPFRTINYNAGVWAPNGNGYLTLYGWTRAPLIEYYVVDSWGTYRPTGTYKGTVKSDGGTYDIYTTTRYNAPSIDGDNTTFTQYWSVRQSKRPTGSNAAITFSNHVNAWKSHGMNLGSNWAYQVLATEGYKSSGSSNVTVW PGPT0018625_2231 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-GLUCANASE,PGPT0018625-xynY|xynZ|xynD|xynA-K01181 NA NA D1-12_02485 387 hypothetical protein TTGAAACCTGAATCAGTGAATCGTTCGCTTATTTCTATTTCGAAGTGGGGAAAAGCGACAGGTATTTTATTTATTATTATAGGCGCGTTTGCGGCGCTTTCGGGCGCGTTTTTCTTTTTAATCGGAGCCATTCCCGGCGTTTTGCAGATCATTGCCGGCATTTTTCTGATGCGCTCGGCAAATGAAGCGGGACAGATGGCGGAGCAGTTCAATGAACTGACAGAGGAACATATGCTGGAGAATTATGCAAAGTTCGTGAAAATGCAGGGGATCTACCTGATTGTGACGGTCGGCTTGTCCGTTCTCGGCATCGTTCTTTTCGTTATCCTCATGACGCTCGGCATCGTGGACGACGCGTTTAATAATATTGATGCCAATACATATTAA MKPESVNRSLISISKWGKATGILFIIIGAFAALSGAFFFLIGAIPGVLQIIAGIFLMRSANEAGQMAEQFNELTEEHMLENYAKFVKMQGIYLIVTVGLSVLGIVLFVILMTLGIVDDAFNNIDANTY NA NA NA NA NA D1-12_02486 1449 clsA COG1502 Major cardiolipin synthase ClsA GTGAGCATTTCATTTATTTTATTCGGATTTTTTTTCGTTTTAAATATACTTTTGGCCGTCATCATGATTTTCAAAGAAAGACGCGATGCCAGCGCTTCATGGGCTTGGCTTTTGGTTCTTTTTTTTATTCCCATTTTAGGGTTTATTTTATACCTGTTATTCGGCCATAACCTGAGACGCAAGCATCTGTTCCAATGGGAGGACCGTAAAAAAATCGGGATTGAAAAGCTGCTGAAGTCTCAGCTGAAAGATCTGAAGTCGAGGCAATTCCAATTTAACAACAGAGCGACTGTGGATAATAAAGACCTCATCTATATGCTTGTCATGAACAACCACGCAGTCTTTACAGAGGATAATTCGGTGGAGATTTTGACGGACGGGCGCGATAAGTTCAAACGCTTAATGAAGGACATTTCCAACGCAAAAGATCACATTCACCTTCAATACTATATTTATAAAGGTGATGAACTGGGAAAAAAATTGCGCGATGCCTTAGTGAAAAAAGCACGGGAAGGCGTAAAAGTCAGAGTGTTATATGATGAACTCGGTTCAAGATCACTCAGAAAAAAATTCTTCAAACCGCTGCGGGACGCCGGCGGCCATGTGGAAGTCTTTTTTCCTTCCAGGCTTCGTCCGATTAATTTGCGGCTCAATTATCGGAATCACCGCAAGCTCGTCATCATTGACGGCGAAACCGGCTATGTCGGCGGCTTTAACGTCGGAGATGAATATCTCGGCCTGAATCCGAAATTCGGCTACTGGCGCGATACGCACCTCAGGCTTCAAGGCACGGCGGTACACGCCATTCAGACACGGTTTATCCTCGATTGGAACCAAGCCTCCCATCATCATACGCTCACATACGTTCCGAATCATTTTCCGGAATGCGAGCCGAAGGGCAATGTCGGGATGCAAATTGTCACGAGCGGACCGGACTCAGAATGGGAACAAATTAAAAACGGCTATATCAAGATGATCTCAACGGCCAAACGGTCGATCCTGATTCAGACGCCTTACTTTATTCCTGACTCAAGTCTTTTAGATGCCCTCAGGATCGCCTGTCTGTCAGGCATCGACGTCAAAATCATGATTCCGAACAAGCCGGATCACGCTTTCGTTTACTGGGCGACTTTATCTTACATCGGCGATCTTTTAAAAGCCGGAGCCTCAGTCTACATTTACGATAACGGCTTTATTCATGCAAAAACGATTGTCGTCGATGATGAGACGGCTTCCGTCGGTACGGCGAATATCGACGTCAGAAGCTTCAGACTTAATTTTGAAGTCAACGCCTTTATTTATGACGTCACCATCGCGAAAAAACTCATTTCTTCATTTAAAGAAGATCTGCTCGTCTCCAGAAAATATACGTATGAAGAATATCAGGAGCGTTCGCTGCGGATCCGCATTAAAGAATCGATTTCAAGACTTCTGTCGCCGATTTTGTAA MSISFILFGFFFVLNILLAVIMIFKERRDASASWAWLLVLFFIPILGFILYLLFGHNLRRKHLFQWEDRKKIGIEKLLKSQLKDLKSRQFQFNNRATVDNKDLIYMLVMNNHAVFTEDNSVEILTDGRDKFKRLMKDISNAKDHIHLQYYIYKGDELGKKLRDALVKKAREGVKVRVLYDELGSRSLRKKFFKPLRDAGGHVEVFFPSRLRPINLRLNYRNHRKLVIIDGETGYVGGFNVGDEYLGLNPKFGYWRDTHLRLQGTAVHAIQTRFILDWNQASHHHTLTYVPNHFPECEPKGNVGMQIVTSGPDSEWEQIKNGYIKMISTAKRSILIQTPYFIPDSSLLDALRIACLSGIDVKIMIPNKPDHAFVYWATLSYIGDLLKAGASVYIYDNGFIHAKTIVVDDETASVGTANIDVRSFRLNFEVNAFIYDVTIAKKLISSFKEDLLVSRKYTYEEYQERSLRIRIKESISRLLSPIL PGPT0007725_2396 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 D1-12_02487 438 hypothetical protein ATGAAGCTGGAGCATGCGGAACAATTGCCGGGATTCATAAAAAAAGAAATTCAGAAAATACAAATCGCCATTGCGCCGCTGATGAAAAAAAGCATCATTTACCGTTTTCTTGCTTTCCCGCTCGCCGCTTTTAGTCTGTTTCATCTGGCATCGCTTTTGATTCAGGCCCCTTCCGGGAGAGGAGCTCTCGTGTCGGCCGGCATTTTTGCCCTCCTGGCGGCCTTGGGTCTTGCATTGTTTAAGGAAGCCGGCTATCAGCGGAAACAGGTGCAAAAAACGATCCGCCTTTATATGCTGAACAGAATCAGAAAAAGCGATATTCTGTCCGAAGAACGGAAAAGCGCCTATACCCGGCTGATTGCCGAGGAGCCGTCTGCGATGAAGAGCTTTATTGAATTTTTAACGGAAGAAGACCGGAAAAAAGAAATGCTTTATTAA MKLEHAEQLPGFIKKEIQKIQIAIAPLMKKSIIYRFLAFPLAAFSLFHLASLLIQAPSGRGALVSAGIFALLAALGLALFKEAGYQRKQVQKTIRLYMLNRIRKSDILSEERKSAYTRLIAEEPSAMKSFIEFLTEEDRKKEMLY NA NA NA NA NA D1-12_02488 450 hypothetical protein ATGATCACCATAGATAAAGACAAAGACGAAAACCAGCCGCTCAATAAAAAAGCCCGTTCCCTTGCCGACATCGCCAAATGGGGAAAGATCACCGCCGTGTTTCTGATCATCACGGGCTCTCTTTCCGCTCTGTCAGCCATTGTGACGCTGCTCGGAGCCATTCCGGGGGTTCTGCTCATCATTTCCGGCGTCATGCTGATGCGCTCGGCAAAAGCGGCGGCCGCCCTTCAGGAAGGACTAGAAGAAAACGCGGAAGAAAATATGCTTGCACATTACGCGTCATTTATCAAAATGCAGTTTTTTTACGCGGCTTCCAGTGTGGTATTGGGCATTCTCGCTTTTATTTTAGTCGTCATCTTCGCTGTCATCGGAATTATCGCTTATCACAGCACTGATACGTATGACACGCCTGATTCATATTACTATGAGAACGACCCGGTGTTTGAATGA MITIDKDKDENQPLNKKARSLADIAKWGKITAVFLIITGSLSALSAIVTLLGAIPGVLLIISGVMLMRSAKAAAALQEGLEENAEENMLAHYASFIKMQFFYAASSVVLGILAFILVVIFAVIGIIAYHSTDTYDTPDSYYYENDPVFE NA NA NA NA NA D1-12_02489 498 ywnH COG1247 Putative phosphinothricin acetyltransferase YwnH ATGAATTTGACCCTGCGCAAAGCCGTATTGGAGGATTTAGATGCGGTGGTGGCCATTTACAACTCGACGATTGCCTCACGAATGGTAACGGCTGATACGGAAGAAGTGACGCCCGCAGACCGGATGGATTGGTTTCTGCGGCACACGGACCGGCGCCCGCTGATGGTCGCGGAAGATGAAACCGGCAAAGTGGCGGCCTGGATCAGCTTTGAAACGTTTTACGGCCGTCCGGCCTATGACAAAACGGCGGAGATCAGCATCTATCTGCATCAGGATTGCCGCGGCAAAGGAGCAGGAAGCTTTCTGCTGAAAGAAGCCCTGGCACTCGCTCCGGCAATCGGCATCCGCAGCCTGATGGCTTTTATCTTCGGACATAATGTGCCGAGCATTAAGCTGTTTGAAAAATTCGGTTTTACCGAATGGGGCGTATTCCCGGGTATCGCCGAAATGGACGGAAAACGATATGACTTGAACATTTTAGGGAGAGAACTGTCATGA MNLTLRKAVLEDLDAVVAIYNSTIASRMVTADTEEVTPADRMDWFLRHTDRRPLMVAEDETGKVAAWISFETFYGRPAYDKTAEISIYLHQDCRGKGAGSFLLKEALALAPAIGIRSLMAFIFGHNVPSIKLFEKFGFTEWGVFPGIAEMDGKRYDLNILGRELS NA NA NA NA NA D1-12_02490 870 spoIIQ COG0739 Stage II sporulation protein Q ATGAGAGAGGAAGAAAAGAAAACTTCTCAAGTCAAAAAACTTCAGCGGTTTTTTCGCAAACGCTGGATATTCCCTGCAATCTACTTAGTCAGTGCGGCCGTCATTTTAACAGCTGTCCTTTGGTATCAATCCGTTTCGAATGATGTGAAGGACAATCTGACGAACAACGGCGGAAACTCCGCGTATGACAGCGGCAAAGACGATGCCGTCGAAGTAGGCAAGTCAATGGAAAACGTCGCAATGCCGGCTGCTCATTCTGAAAATGTTTCTGTTGTGAAAAAGTTTTATGAAACTGATGCCGCAAAAAAAGAGAAAGAAGCAGCACTTGTTAACTATAATAACACGTACAGCCTCAGTAAAGGAATTGACTTAGCTGAGAAAGACGGAAAATCATTTGATGTTTCTGCTTCTCTGAGCGGTACGGTTGTTAAAGCTGCTAAAGACCCGGTACTGGGGTATGTGGTTGAAATTGAACACTCAGACGGCCTGTCTACTGTCTATCAGTCTTTATCTGAAGTCAGCGTGGATCAGGGCGACAAAGTAAAGCAGAACCAGGTCATCGGTAAATCCGGAAAAAACCTTTACAGTGAAGAAAGCGGAAATCACGTGCACTTTGAAATCCGCAAGGACGGCGTAGCGATGAACCCGCTCAATTTTATGGACAAGCCGGTAACATCTATTGAAAAAGCGGCGGCTGAAGAGAAAAACGCTTTGACAGAAGAAACGGAAGGGTCAATTCAGCAGTCTTCCGAGAAAAAAGATGTGACGCCTAAAAAAGAAACCGAAGAAAAACCGGGTGACAAAGAGGACGGTACAAAAGACAAGACAGATGGTAAAGATGACGGCTCAATGAAAGATTCGGGCAAGTAA MREEEKKTSQVKKLQRFFRKRWIFPAIYLVSAAVILTAVLWYQSVSNDVKDNLTNNGGNSAYDSGKDDAVEVGKSMENVAMPAAHSENVSVVKKFYETDAAKKEKEAALVNYNNTYSLSKGIDLAEKDGKSFDVSASLSGTVVKAAKDPVLGYVVEIEHSDGLSTVYQSLSEVSVDQGDKVKQNQVIGKSGKNLYSEESGNHVHFEIRKDGVAMNPLNFMDKPVTSIEKAAAEEKNALTEETEGSIQQSSEKKDVTPKKETEEKPGDKEDGTKDKTDGKDDGSMKDSGK PGPT0024695_104 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-STAGE_II_SPORULATION,PGPT0024695-spoIIQ-K06386 NA NA D1-12_02491 423 ywnJ putative membrane protein YwnJ ATGAATAAATGTCTGGCGGCCGGGTGGCTCGTCTTTGTTTTCGTTTCTGCTTTGACTGAAAGCTTTCACGATATGGTTGTGTCGCAGACGGTGTCCTTCCGTTTCACGCCCCATCCGGATGTGTCCGGTTTCTTTGTGTTCGATATGGCGGAGCTCGCAATACCGGAAGCGGCGATTCAAAAGCTCGGGCACGCGTTTTCATTTTTTGTGCTCGCCTATTTGTTTTTCAGAGAGAGCAGGCGCATGAAGAGGGCGGTGCTGTATGCATTGGCCGCCGCTTTCCTGACAGAAATCGTCCAGCTCTTTTTCGGCAGAAACGGATGCCTCCGCGATGTGCTGATTGACAGTCTCGGCATTGCCGCATTCTGTGCTTTACAAAGGAAAAAGCATACAGCCAAACATACAAAAACCGGCAGTCTGTGA MNKCLAAGWLVFVFVSALTESFHDMVVSQTVSFRFTPHPDVSGFFVFDMAELAIPEAAIQKLGHAFSFFVLAYLFFRESRRMKRAVLYALAAAFLTEIVQLFFGRNGCLRDVLIDSLGIAAFCALQRKKHTAKHTKTGSL NA NA NA NA NA D1-12_02492 576 bcrC COG0671 Undecaprenyl-diphosphatase BcrC GTGAATTACGAACTATTTAAAGCGATCAATGGTTTGTCGCACCATAGTGCCATTCTCGACTCTATCATGGTATTTATTACGGAATACGCCATTTACGCCTACGCCCTTTTCCTGCTTGCCATGTGGCTGTTCGGAAGCACAAAAGGCAGACAAAACGCCCTGTACGCGGGCTTCACGGGTGTTGCGGCGCTTATCGTCAACTACCTCATCACGAAGGTCTATATCGAGCCGCGCCCCTTTGTCGAGCATACGGTTCATACGCTGATCCCTCATGCCGCGGATGCTTCATTTCCGAGTGACCATACGACAGGCGCTTTGGCGATTTCAATTGCGATTCTGTTCCGCAACAAAAAACTCGGCTGGCCGCTTGTGATTTTCGGCCTTTTGACCGGCTTCTCAAGAATTTGGGTCGGCCACCACTATCCGATCGATGTGCTCGGAAGCATTATCGTTTCCCTCATTGTCGGATTCCTGCTGTTCAGATTTTCAAATGTGCTTCGTCCGATTGTCGATCTGATCGTGCGAATCTATGAAAGTATCGTTCATAAAAACAAATCGACAAACCATAATATATAA MNYELFKAINGLSHHSAILDSIMVFITEYAIYAYALFLLAMWLFGSTKGRQNALYAGFTGVAALIVNYLITKVYIEPRPFVEHTVHTLIPHAADASFPSDHTTGALAISIAILFRNKKLGWPLVIFGLLTGFSRIWVGHHYPIDVLGSIIVSLIVGFLLFRFSNVLRPIVDLIVRIYESIVHKNKSTNHNI PGPT0024170_1692 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-UNDECAPRENOL_MODIFICATION,PGPT0024170-bcrC-K19302 NA NA D1-12_02493 1155 ftsW_3 COG0772 putative peptidoglycan glycosyltransferase FtsW TTGCTGAAACGTTTGAAAAACGCCGATCTGCCGCTTGTGTTTGTCATTATGCTGCTTTGCGGATTCGGCTTGTTAATGGTGTACAGCGCCAGTGATGTGATGGGGTCTCAGCGGTACGGAGATCCATCCTATTTCTTCCATAAACAAAGTACCTCTTTACTGATCGGATTATGCTTATTTCTATTTGCCGCCTGTCTGCCGTATAAGCGGTATGCGCGGCTTGTACCGCTGTTTGTGGTCGGTTCGCTGGTATTGCTGCTGCTCGTATTGATACCGGGAATCGGGCTGGAGCGGAATTTTTCCCGCAGGTGGCTGGGAGCGGGCCCGCTTGTTGTACAGCCGTCTGAATTGGCGAAGATCGCCATGATTTTGTATTTCGCTTCGATTTATACGAAAAAGCAGCCGTACATTCATCAATTTGTGAAAGGGGTTCTGCCGCCTTTAGTGATTTTGGGGACCGCTTTTCTGCTGACATTGGCGGAGCCTGATTTAGGGACGGCTTCCTTAATCCTGGCGGCGTGCGGGTCGATTTTATTATGTGCCGGCTTGAAAAAGCGCCATCTGTTCGTGCTCGGCGCGACGGCGGTGTCCGGGGTTGTTTATCTCGCATTTTCCGCTTCCTATCGTGTGAAGCGCCTCGTTTCCTTTACCAATCCGTTTGGTGACGCGAACGGGGACGGCTATCAGCTGATTCAATCCTATTTTGCTATTTCCGGAGGCGGGTTTTTCGGAAGAGGGCTTGGAAACAGTGTTGAAAAAATGAACTATCTGCCTGAGGCGCATACCGATTTCATTATGGCCGTAATCAGCGAAGAGCTGGGGATATTCGGTGTTCTGATCGTTTTGGGATTATATTTTGCGTTAATGCTTCTCGGCGTAAAAACGGCCGTGCGGGCTGATGACCCGTTCGGGAAGCTTCTTGCCATCGGAATTACGTTTCAATTAATGTTTCAGGTTGTATTGAATTTGGGAGCGATGAGCGGACTCCTCCCGGTTACCGGTGTGCCGCTTCCGTTTATCAGCTACGGCGGTTCTTCATTGATTATGACGCTGTTTTTGTGCGGCATACTGGTCAATATCAGTACATATGCGAAAAAACAACCCGTACGGCATAAGCGGCCTGTCCCGCATGAAAAAAAGGTTTCTTCTTTTTAA MLKRLKNADLPLVFVIMLLCGFGLLMVYSASDVMGSQRYGDPSYFFHKQSTSLLIGLCLFLFAACLPYKRYARLVPLFVVGSLVLLLLVLIPGIGLERNFSRRWLGAGPLVVQPSELAKIAMILYFASIYTKKQPYIHQFVKGVLPPLVILGTAFLLTLAEPDLGTASLILAACGSILLCAGLKKRHLFVLGATAVSGVVYLAFSASYRVKRLVSFTNPFGDANGDGYQLIQSYFAISGGGFFGRGLGNSVEKMNYLPEAHTDFIMAVISEELGIFGVLIVLGLYFALMLLGVKTAVRADDPFGKLLAIGITFQLMFQVVLNLGAMSGLLPVTGVPLPFISYGGSSLIMTLFLCGILVNISTYAKKQPVRHKRPVPHEKKVSSF PGPT0014810_3907 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-CELL_GROWTH_SIGNALLING,PGPT0014810-ftsW|spoVE-K03588 NA NA D1-12_02494 117 hypothetical protein ATGGAGTCCGAAAAAAAAAACGCCCGGGATATGCTGTCTCCGGGCGTTCTGTCTGTTTATAAAGCTTCTGGTCCTTCTTCTCCGGTGCGGATATTAATCGTGTTTCCGATTTCATAG MESEKKNARDMLSPGVLSVYKASGPSSPVRILIVFPIS NA NA NA NA NA D1-12_02495 351 nrgB COG0347 Nitrogen regulatory PII-like protein ATGAGCGGTCAAATGTTCAAGGTAGAAATCGTTACGCGTCCCGCTAAGTTTGAAACATTGAAACAGGAACTCGGTAAAATCGGAGTCACATCGCTGACCTTCTCCAACGTACACGGCTGCGGCCTTCAAAAAGCCCACACCGAACTATACCGCGGAGTCAAAATTGAAAGCAATGTATATGAACGGCTGAAAGTGGAAATCGTTGTCAGCAAGGTCCCCGTTGATCAAGTGGTGGAAACGGCGAAAAAAGTGCTGAAAACGGGAGAGCCCGGAGACGGAAAAATATTCGTCTATGAAATCGGAAACACGATTAATATCCGCACCGGAGAAGAAGGACCAGAAGCTTTATAA MSGQMFKVEIVTRPAKFETLKQELGKIGVTSLTFSNVHGCGLQKAHTELYRGVKIESNVYERLKVEIVVSKVPVDQVVETAKKVLKTGEPGDGKIFVYEIGNTINIRTGEEGPEAL PGPT0000650_283 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-GLUTAMATE|GLUTAMINE_SYNTHASE|GLTS_PATHWAY,PGPT0000650-glnB|glnY-K04751 NA NA D1-12_02496 1212 nrgA Ammonium transporter ATGCAGATGGGCGATACAGTATTTATGTTCTTTTGCGCTTTACTCGTGTGGCTGATGACCCCCGGGCTGGCTTTGTTTTACGGCGGAATGGTAAAAAGCAAAAACGTGCTCAGCACGGCGATGCATAGTTTTTCTTCTCTCGCCATCGTATCCGTCGTTTGGGTTTTGTACGGATATTCACTCGCTTTTGCCCCCGGCAATACATGGCTTGGCGGGATTGAATGGGCGGGGCTGAAGGGGGTCGGCTTTGAACCCGGAAGTTACAGTGATACGATCCCGCATTCCTTGTTCATGATGTTCCAAATGACGTTTGCCGTACTGACGACGGCCATTATTTCCGGAGCATTTGCTGAACGCATGAGATTCAGTGCTTTTCTTGTATTTTCCTTTTTGTGGGCTTCCCTCGTATATACCCCCGTTGCGCACTGGGTATGGGGCGGCGGCTGGATCGGCCAAATGGGCGCTCTTGACTTCGCAGGCGGAAACGTCGTCCACATTTCTTCCGGGGTCGCCGGGCTTGTGCTGGCGATTGTGCTCGGGAAACGCAAAGACGGCACGGCGGCTTCCCCTCACAACTTAATTTACACGTTCTTGGGCGGAGCGCTCATCTGGTTCGGATGGTTCGGCTTCAATGTCGGCAGCGCCCTGACGCTTGACAGTATCGCGATGTTTGCTTTCATTAACACAAACACCGCGGCTGCAGCCGGAATTATCGGCTGGATTTTAATCGAATGGATGCTGAACAAAAAACCGACCATGCTGGGTGCTGTATCAGGCGCTATCGCCGGGCTTGTCGCCATTACGCCGGCTGCCGGGTTCGTTACGCCGTTCTCTTCCATCGTAATCGGTTTCATCGGCGGGCTTGTCTGCTTTTGGGGCGTTTATTGGCTCAAAAAGACTTTCGGTTATGATGATGCGCTTGACGCTTTCGGCCTGCATGGAATCGGGGGGACATGGGGCGGCATCGCGACCGGTTTATTCGCCACCACTTCCGTCAATGACGGCGGGGCAAACGGGCTGTTTTACGGCGATCCGGGACTGCTCTGGAAGCAGATTGCGGCCATTGCGGCGACCTATGTATTTGTATTTATTGTCACTTTCGTTATCATTAAAATTGTAGGTCTGTTCATTCCCCTGCGCGCCAGTGAAGAAGAAGAGTCACTCGGGCTTGATTTAACGATGCACGGGGAAAAAGCATATCAGGACTTATAA MQMGDTVFMFFCALLVWLMTPGLALFYGGMVKSKNVLSTAMHSFSSLAIVSVVWVLYGYSLAFAPGNTWLGGIEWAGLKGVGFEPGSYSDTIPHSLFMMFQMTFAVLTTAIISGAFAERMRFSAFLVFSFLWASLVYTPVAHWVWGGGWIGQMGALDFAGGNVVHISSGVAGLVLAIVLGKRKDGTAASPHNLIYTFLGGALIWFGWFGFNVGSALTLDSIAMFAFINTNTAAAAGIIGWILIEWMLNKKPTMLGAVSGAIAGLVAITPAAGFVTPFSSIVIGFIGGLVCFWGVYWLKKTFGYDDALDAFGLHGIGGTWGGIATGLFATTSVNDGGANGLFYGDPGLLWKQIAAIAATYVFVFIVTFVIIKIVGLFIPLRASEEEESLGLDLTMHGEKAYQDL PGPT0000840_6863 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-AMMONIUM_ASSIMILATION|USAGE N-AQUISITION-AMMONIUM_TRANSPORT,PGPT0000840-amtB|ybaG|amt-K03320 NA NA D1-12_02497 567 yecD COG1335 Isochorismatase family protein YecD ATGACAACATCATTAAATCTGCAATTTGAAAAAACGGCTTTGGTTCTTATTGATTTACAAAAAGGCATTGTGCCGATTGATAAAAGCGGTACCGTTGTGCCGAACGCGAAAAAATTAATTGATGTGTTCCGGGAAAAAGGCGGATTTATCAGCTTTGTGAACGTGGATTTTCATGACGGAGCGGATGCGCTGAAGCCGCTGACGGATGAAGAGGCGGCGGGCCATTCGGCTCCGCCGGCGGATTGGGCTGAATTTGTGCCTGACATCGGAGTGAAAGAAAACGATTATACGGTAACAAAACGGCAGTGGGGCGCGTTTTTCGGCACGGACCTGGATCTTCAGCTCAGAAGACGGGGAATCGACACGATCGTGTTATGCGGGATTGCGACAAACATCGGTGTGGAAAGCACGGCGCGGGAAGCTTTTCAGCTCGGGTATCAGCAAGTTTTCGTAACTGACGCGATGGCGACATTCAGCGATGAACAGCACGAAGCGACACTCAAGTTTATCTTCCCGAAAATCGGCAGAAGCCGGACGACGGAAGAATTTATCGCACAGACAAAATGA MTTSLNLQFEKTALVLIDLQKGIVPIDKSGTVVPNAKKLIDVFREKGGFISFVNVDFHDGADALKPLTDEEAAGHSAPPADWAEFVPDIGVKENDYTVTKRQWGAFFGTDLDLQLRRRGIDTIVLCGIATNIGVESTAREAFQLGYQQVFVTDAMATFSDEQHEATLKFIFPKIGRSRTTEEFIAQTK NA NA NA NA NA D1-12_02498 1365 ribZ_2 Riboflavin transporter RibZ ATGACAATCTCCAAAAAAAGCCGCGTCCTGTTCTTGACGGCCGTGGCTTCGGGGACGATGCTGAACCCATTGAACTCGTCGATGATTTCTCTTGCGCTTCACAGTATTCAGCATGAATTTCACCTGTCGTTTACAACGGTGTCCTGGCTGATATCGTCCTTTTATCTTGCCAGCGCGGTGGCGCAGCCTGTTACCGGGAAGCTCGGTGATATGCTCGGCAGGAAGAAGCTGTTTTTGATCGGGCTTCTGCTTGTTGCCGTCTCGGCGGTCGGCGCGCCGTTTGCGCCGACTTTTATGACTTTGCTGATCATGCGGCTTTTTCAATCGATTGGAAGCAGCGCGATATATCCGTCCGGCGTCGGATTGATCCGTTCAAATATACAGGAGAAGCAGGCTTCGGCGCTGGCCGTCCTGTCAATCTTTGCATCAGCCATGACGGCGCTCGGTCCGACTCTCGGCGGTTTTCTGATCGTTTGGGGAGGGTGGCCGGCAATCTTTTTCGTCAATCTGCCGTTTATCATTCTCAGCTTTTTTCTCGGAATGTATATGTTTCCGAAAGATGAAAAACGCGAGATCGGCGGCTTGAAAGGCGTGCTTCGCCAGCTTGATACGATCGGGATACTTCTGTTTGCCGGGGCGATTATCCTTCTCCTGTCGTTTTTATTGTCCTTCAGTACGAAGCCTCACTATACAGAAGGCGTATTCGGGCTTTTGTTTGTCGGGCTGTTTATCTGGCGCGAGCTGAAAACAGAGAAGCCGTTTATTGATGTCAGGCTGTTTAAAACGCATCGGAAACTATCGTCGGTGTATATTCAATTTATTTTGCTGAATATATTCTTTTACTGCATCTTTTTCGGGCTTCCGAGCTATTTTCAGGATGAAATGCATTTGTCCGTTCAGACAAGCGGATTGATTATGCTGTTTATGTCGGGCATGAGTATTCTGGTGTCGCCTCTGACCGGAAAATGGATAGATAAGAAAGGGCTTCTTCAGCCGATTGTTGCCGGAACCTGCCTGACCGCGATCGGTGCGGTGCTGTTAACGTTTTTCTTTCTTCAGGCGCCTATGATAGGAAAAGGGCTGATCCTGTCCGTGCTGGGTGTCGGCTACGGCTTCGGAAATGTCACGTTTCAGGCGGCCATGCTGAAAACGAGCCCCGCCGACATGGTCGGAACAACGTCCGGCCTGTTTCAGACCTGCCGGTATCTCGGTTCGATTTTGTCTTCTGTCATTTTGGGCATTCTTTTCGGAAAAGAAATTACCGCCGGCCATTTTCATATGCTCGGCACGATTCTTATCGTTGTCGGCGCCGTAAGCCTTTTGATGGTATTCCGGTTTTCGGTTCTCCTCAAAAAAGCCTCTTAA MTISKKSRVLFLTAVASGTMLNPLNSSMISLALHSIQHEFHLSFTTVSWLISSFYLASAVAQPVTGKLGDMLGRKKLFLIGLLLVAVSAVGAPFAPTFMTLLIMRLFQSIGSSAIYPSGVGLIRSNIQEKQASALAVLSIFASAMTALGPTLGGFLIVWGGWPAIFFVNLPFIILSFFLGMYMFPKDEKREIGGLKGVLRQLDTIGILLFAGAIILLLSFLLSFSTKPHYTEGVFGLLFVGLFIWRELKTEKPFIDVRLFKTHRKLSSVYIQFILLNIFFYCIFFGLPSYFQDEMHLSVQTSGLIMLFMSGMSILVSPLTGKWIDKKGLLQPIVAGTCLTAIGAVLLTFFFLQAPMIGKGLILSVLGVGYGFGNVTFQAAMLKTSPADMVGTTSGLFQTCRYLGSILSSVILGILFGKEITAGHFHMLGTILIVVGAVSLLMVFRFSVLLKKAS NA NA NA NA NA D1-12_02499 1455 pucI COG1953 putative allantoin permease ATGACAAAAACAACGAGTGATCGGCTGAGCAACAAAGATTTACTGCCTTTAGAAGACGGCGAACGGACATGGAAGGCGGTGAATTTTGCATCCATCTGGATGGGTTGTATTCATAATATCCCGACCTACGCGACTGTGGGCGGGCTCATTGCGATCGGCCTTTCTCCGTGGCAGGTGCTCGCCATTATCGTGACGGCGTCACTGATTTTGTTCGCCGCTTTGGCCTTGAACGGCCATGCCGGAACGAAATACGGCCTGCCTTTTCCGGTCATTATCAGGGCTTCTTACGGAATATACGGCGCTAACATTCCGGCGCTTCTCAGGGCATTTACAGCCATCATGTGGCTCGGAATTCAAACATTTGCCGGGAGCACTGCCTTACACATTCTGCTTTTGAACATATGGCCGGGCTGGGGGAGTCTCGGCGGAGATTGGAATATATTCGGGCTTCATCTGCCGGGCTTTCTGTCGTTCATTTTCTTTTGGGGCATTCATCTGCTTGTGCTGCGGCACGGCATGGAATCGATCAAAAAATTTGAAGTGTGGGCGGGCCCGCTTGTTTATCTCGTCTTCGGCGGCATGGTCTGGTGGGCGATAGATATTGCCGGCGGGCTCGGTCCGATTTACTCACAGCCGGGAAAGTTCCATACATTTTCTGAAACGTTTTGGCCGTTTGCCGCCGGAGTGACGGGCATTATCGGAATATGGGCGACGCTGATCCTGAATATCCCTGACTTCACCCGGTTCGCCGCGTCGCAAAAAGAACAGATTCGCGGCCAGTTTTACGGGCTGCCGGGAACGTTTGCGCTGTTTGCGTTTGCAAGCATCACGGTGACATCCGGATCACAGGTAGCATTCGGAGAACCGATCTGGGATGTGGTGGAGATTTTGGCGCGGTTTGATAATCCTTTCGTTATCGCTCTTTCGGTCATCACACTTTGCATCGCCGCCGTCTCGGTTAACGTGGCGGCAAACATCGTGTCACCGGCCTATGACTTGGCGAATGTCCTGCCGAAGTATATTACATTCAGAAGGGGAGGGTATTTGACCGCCGTTTTGGCTCTGTTCACAATACCGTGGAAGCTGATGGAGAGCGCCACGAATGTATATGCGTTTCTCGGACTCATCGGCGGGATGCTCGGACCGGTGGCCGGGGTGATGATGGCTGATTATTTTATCATCAGAAAAAGGCAGCTCTCAGTTGAAGACCTTTATTCGGAAACCGGACAATACACTTATTACAAAGGCTATAATTACCGGGCCTTTGCCGCGACTTTTCTCGGCGCGTTTATTTCTTTAATCGGGATGTACGTCCCGGCGTTCGCCGGCATCTATGATATTTCCTGGTTTGCGGGTGTCATTTTGTCGTGTCTCGGTTATACGGCGCTTATGTATATTCATCCTCCTTATGCAAAAGCGGAGGGACGAATCGTGCGGGAAAGAGCGGCCGAATAA MTKTTSDRLSNKDLLPLEDGERTWKAVNFASIWMGCIHNIPTYATVGGLIAIGLSPWQVLAIIVTASLILFAALALNGHAGTKYGLPFPVIIRASYGIYGANIPALLRAFTAIMWLGIQTFAGSTALHILLLNIWPGWGSLGGDWNIFGLHLPGFLSFIFFWGIHLLVLRHGMESIKKFEVWAGPLVYLVFGGMVWWAIDIAGGLGPIYSQPGKFHTFSETFWPFAAGVTGIIGIWATLILNIPDFTRFAASQKEQIRGQFYGLPGTFALFAFASITVTSGSQVAFGEPIWDVVEILARFDNPFVIALSVITLCIAAVSVNVAANIVSPAYDLANVLPKYITFRRGGYLTAVLALFTIPWKLMESATNVYAFLGLIGGMLGPVAGVMMADYFIIRKRQLSVEDLYSETGQYTYYKGYNYRAFAATFLGAFISLIGMYVPAFAGIYDISWFAGVILSCLGYTALMYIHPPYAKAEGRIVRERAAE PGPT0009075_2155 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 D1-12_02500 1197 yhhS putative MFS-type transporter YhhS TTGAGTAAATCTGACTCGATCTGGACCAAAGATTTTATTATGGTCGTACTCGTGAATTTATTTGTCTTTGTGTTCTTTTATACATTTTTGGCCGTGCTGCCTATCTATATGATTCAGGAGCTTGGCGGCAGTGAATCGCAAGGAGGGCTTTTGATCAGCCTGTTCCTGTTATCTGCTATTATCACCCGTCCTTTTTCAGGGGCGATTATTGAACGGTTCGGCAAGAAAAGAATGACGATTGTATCTCTGGCGCTGTTCGCCCTGTCTTCTTATCTGTATTTGCCGATACACAATTTCTATCTGCTGCTCGGACTGCGTTTTTTCCAAGGCATCTGGTTCAGCATTTTAACGACGGTCACGGGCGCAATTGCCGCTGACATTATTCCCGCCAAGCGGCGCGGCGAGGGGCTCGGTTATTTCGCGATGTCTATGAACCTTGCCATGGCGATCGGTCCGTTTCTCGGGCTGAGCCTTGTGAAAGTCATTTCGTTCCCGGTTTTCTTTACGATTTTTGCCGTATTTGTTTCTTTAGGCTTGCTGATTGCTTTTATGATTCGTGTGCCGGATCAAAACAACAGCGGAACGACAGTCTTCCGTTTTTCTTTCTCCGACATGTTTGAAAAAGGCGCGCTTAAAATCGCGATTGTCGGGTTGTCCATTTCTTTCTGTTATTCAAGTGTGACTTCATATTTATCCGTTTATGCAAAGACGATCCACCTGTTGGATGTCAGCGGCTATTTCTTCGTCTGTTTCGCAGTGACGATGATGGCCGCCCGTCCTTTCACAGGAAAGCTGTTTGACAGAGTGGGGCCGGGAATCGTCATCTATCCGTCGATTATCGTGTTCTCCGCGGGGCTTTGCATGCTGGCGATGACAAACAGCGCCCTCATGCTTCTCTTGTCCGGTGCCGTAATCGGCCTCGGATACGGCTCTATCGTACCTTGTATGCAGACGCTGGCGATTCAGAACTCGCCCGGACACCGTTCAGGCTTTGCGACGGCTACCTTCTTCACTTTCTTTGACAGCGGGATTGCCGGCGGGTCATATGTATTCGGCCTCTTCGTCGCTTCCGCCGGATTCCATTCGATTTATCTGGCAGCGGGGCTGTTCGTCCTGATTGCATTGCTCCTGTATGGCTGGAGCCAGAAAAAAAGAACGCCGCTTGAAGCGGACGGAAACGTTTCAATCGCAGACTGA MSKSDSIWTKDFIMVVLVNLFVFVFFYTFLAVLPIYMIQELGGSESQGGLLISLFLLSAIITRPFSGAIIERFGKKRMTIVSLALFALSSYLYLPIHNFYLLLGLRFFQGIWFSILTTVTGAIAADIIPAKRRGEGLGYFAMSMNLAMAIGPFLGLSLVKVISFPVFFTIFAVFVSLGLLIAFMIRVPDQNNSGTTVFRFSFSDMFEKGALKIAIVGLSISFCYSSVTSYLSVYAKTIHLLDVSGYFFVCFAVTMMAARPFTGKLFDRVGPGIVIYPSIIVFSAGLCMLAMTNSALMLLLSGAVIGLGYGSIVPCMQTLAIQNSPGHRSGFATATFFTFFDSGIAGGSYVFGLFVASAGFHSIYLAAGLFVLIALLLYGWSQKKRTPLEADGNVSIAD NA NA NA NA NA D1-12_02501 414 COG1846 putative HTH-type transcriptional regulator/GBAA_1941/BAS1801 ATGATCCACGTCAACAGACGCCTCATTCATCAAATCAATCAATGCGCCCGCCTGATTACGAAGAAAGCCAATGAACGGCTGGAACCATTCGGCCTGTACTCCTCTCAATGGTCAATCCTATATTGCTTAAAAACGATCGGACCGATGACCCAAAAAGAAATCTGGTCCTATCTGAACGTAGAGGCGCCGACCGTTACCAGAACGATCAAACGCCTTGAAGAAAACGGCTGGATTCAGCGGGAACAGGGAGAAGACAAGCGGGAAAAGCTCGTCGTCCTGACGAAGGAAGCTGAATTGAAATACGACAGCATCAATCAAGAGATGCTGAAGTTCGAGGAAGACATGCTTGCGGATTTCCAGGATGGAGATAAGGAAGCTTTTTCTGAGTTTCTGAATGTGTTTTTAACGAAATAA MIHVNRRLIHQINQCARLITKKANERLEPFGLYSSQWSILYCLKTIGPMTQKEIWSYLNVEAPTVTRTIKRLEENGWIQREQGEDKREKLVVLTKEAELKYDSINQEMLKFEEDMLADFQDGDKEAFSEFLNVFLTK PGPT0016255_1954 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0016255-sylA-K06075 NA NA D1-12_02502 282 spoIIID Stage III sporulation protein D GTGCACGATTACATCAAAGAGCGAACAATCAAGATTGGTAAGTATATCGTGGAGACGAAAAAAACCGTTCGTGTCATTGCGAAAGAGTTTGGTGTTTCCAAAAGTACCGTACACAAAGATCTGACGGAGCGCCTGCCTGAAATTAATCCTGACTTGGCGAATGAAGTAAAAGAAATACTCGATTATCATAAATCCATCAGACATTTAAGAGGGGGAGAGGCGACGAAATTAAAGTACAAGAAGGATGAAATTCTTGAAGGGGAGCCCGTTCAGCAGCCGTAG MHDYIKERTIKIGKYIVETKKTVRVIAKEFGVSKSTVHKDLTERLPEINPDLANEVKEILDYHKSIRHLRGGEATKLKYKKDEILEGEPVQQP PGPT0024715_97 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-STAGE_III_SPORULATION,PGPT0024715-spoIIID-K06283 NA NA D1-12_02503 1002 mbl COG1077 Cell shape-determining protein Mbl ATGTTTGCAAGGGATATTGGAATTGACCTCGGTACTGCAAATGTACTGATCCATGTAAAAGGAAAAGGAATTGTTCTGAATGAGCCTTCCGTTGTGGCACTTGATAAAAACAGCGGCAAAGTGCTGGCTGTCGGTGAAGAAGCCAGACGAATGGTTGGACGTACACCTGGGAATATTGTTGCGATCCGTCCGCTGAAAGACGGCGTAATCGCAGACTTCGAAGTAACAGAAGCCATGCTGAAACATTTCATTAATAAGCTGAATGTAAAAGGACTTTTCTCAAAACCGCGCATGCTGATCTGCTGCCCGACGAATATTACATCCGTTGAGCAAAAAGCGATTAAAGAAGCAGCTGAAAAAAGCGGCGGAAAGCATGTGTACCTTGAAGAAGAACCGAAAGTTGCCGCTATCGGCGCGGGTATGGAAATCTTCCAGCCGAGCGGTAACATGGTTGTTGACATCGGAGGCGGTACGACAGATATCGCAGTTATTTCTATGGGCGATATTGTCACCTCCTCTTCTATTAAGATGGCTGGGGACAAGTTTGACATGGAAATCTTAAATTATATCAAACGCGAGTATAAGCTGCTGATCGGTGAACGTACCGCTGAAGATATTAAGGTGAAGGTCGCAACGGTTTTCCCAGACGCACGTCATGAAGAAATCACCATCCGCGGCCGTGACATGGTTTCCGGTCTGCCGAGAACGATTACAGTAAACAGTAAAGAAGTAGAAGAAGCCCTTCGTGAATCAGTTGCCGTCATTGTGCAGGCCGCCAAGCAGGTTCTTGAAAGAACACCGCCTGAATTGTCCGCTGACATCATCGACCGCGGCGTTATCATTACCGGCGGGGGAGCGCTGTTAAACGGGCTTGACCAGCTTCTTGCCGAAGAGCTGAGGGTGCCTGTTCTTGTCGCTGAGAACCCGATGGATTGTGTTGCGGTCGGAACCGGCGTCATGCTGGATAACATGGACAAGCTTCCAAAACGCAAACTGAGCTGA MFARDIGIDLGTANVLIHVKGKGIVLNEPSVVALDKNSGKVLAVGEEARRMVGRTPGNIVAIRPLKDGVIADFEVTEAMLKHFINKLNVKGLFSKPRMLICCPTNITSVEQKAIKEAAEKSGGKHVYLEEEPKVAAIGAGMEIFQPSGNMVVDIGGGTTDIAVISMGDIVTSSSIKMAGDKFDMEILNYIKREYKLLIGERTAEDIKVKVATVFPDARHEEITIRGRDMVSGLPRTITVNSKEVEEALRESVAVIVQAAKQVLERTPPELSADIIDRGVIITGGGALLNGLDQLLAEELRVPVLVAENPMDCVAVGTGVMLDNMDKLPKRKLS PGPT0027700_3722 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 D1-12_02504 798 flgF COG4787 Flagellar basal-body rod protein FlgF TTGTTAAAAGGATTATATACCGCAACGTCCGCAATGATTACACAGCAGAGAAGAACGGAAATGCTGTCAAATAACATCGCAAACGCGAATACATCAGGGTACAAAGAGGATCAAGGTTCAATCCGCGCCTTTCCCGAGATGCTTCTGAGCCGAATAGAAGGCGACAAAAAAACGAAAATCGGCTCCGTCAACACAGGCGTATACATGCAGGAGCTGAAACCGTTGTTTACGCAGGGAAGCCTGAAAACGACCGATCAGCCGACGGATATCGCGCTGATGGAGAATCAGGTTCCCAAGAATGCCGAAACGAATGAAAACGCCGAGCTGTTTTATCCCGTGCAGACCGCGGGCGGCGTCCGCTATTCAAAAAGCAGCACTTTCTCATTAAATGAAAACAATCAGCTTACGATAAACGGAAACCTTGTGTTATCAACAAACGGACAGCCGATTACAGTCGACAATGAAAAATTCACCGTATCAGAAAACGGAACGGTCACGACAAACGGCCGGCCGGCGGGGCAGATTGACATCAGAATGGAAGAAGACGTGCGCAATCTGAAACGGGACGGCAATGACCTATACAGCACGGCCGACGGCTCTGAACTGCCGAGCGCGGCGGCGAATCCCCAAGTCTCGTATTCATTAAAGCAAGGCGTCTCGGAGCTTTCGAACGTGGACGTGACGAGCACGTATACAGAAATGACGGAAGCATACAGATCATTTGAAGCCAATCAGAAAGTCATTCAGGCTTACGATAAAAGCATGGATAAAGCCGCAAATGAAATCGGCAAAGTGTAA MLKGLYTATSAMITQQRRTEMLSNNIANANTSGYKEDQGSIRAFPEMLLSRIEGDKKTKIGSVNTGVYMQELKPLFTQGSLKTTDQPTDIALMENQVPKNAETNENAELFYPVQTAGGVRYSKSSTFSLNENNQLTINGNLVLSTNGQPITVDNEKFTVSENGTVTTNGRPAGQIDIRMEEDVRNLKRDGNDLYSTADGSELPSAAANPQVSYSLKQGVSELSNVDVTSTYTEMTEAYRSFEANQKVIQAYDKSMDKAANEIGKV PGPT0015490_447 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLAR_ASSEMBLY MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015490-flgF-K02391 NA NA D1-12_02505 825 flgG_2 COG4786 Flagellar basal-body rod protein FlgG ATGATGCTCAGATCAATGCTGACAGCTTCAACAGCCTTAAATCAGCTTCAGCAGCAGATGGATACAGTCAGCAGCAACCTTTCAAACAGTGATACGACAGGCTATAAAGCGAGGGACTCCCGCTTTTCCGAGCTGATCAGACAGCAGTATGACCATATAGATGACAAAAAGGAAAATTCGCCGGACATGCGGAAAACGCCGCCCGGCCTGCGTCTCGGCGCCGGAACGGTCATGACTCCGCAGCTGGACTCAGGGCAGGGAAGCATCAAAAAAACCGACCGTGACCTTGATATCGCGTTCACATCACCTTATCAATATCTTCAGGCAGAAGCGGACGGACGGCGGGTGTATACAAGGGACGGCTCACTTTCCCTCAAGCCGGCAGGCGGAAATGACCGGCTGCTTCAGCTGATGACAGCGGGAGGCAATCCCATTCTCGATGAGAACGGTCAGCCCATACAAATTGACAGTTCGCTGACTCAGCTGAAAATCAGCAAAACCGGAACGCTGACTGCTTCAGACCAGGCGGGAACCCGTTCGCAGACGTTTAATCTCGGCATCGTCAATGTCAATAATCCTCAGGCGCTTCATGCGGAAGGGGATAATCTGTTTTCCGTAAACGGCGCGGGGGCTTCAGTGATTGAAGAGCTTACCGGCGCAAACCGGCAGGCAATCGGCATGAAGCAGGGCGCGCTTGAAAGTTCAAATGTCGATATGTCAAAAGAAATGACCGACTTAATCGTGTCTCAGCGTTCCTATCAGCTGAACAGCCGCACGATTACATTGGGAGACCAAATGCTGGGCTTAATCAACTCAGTCAGATAA MMLRSMLTASTALNQLQQQMDTVSSNLSNSDTTGYKARDSRFSELIRQQYDHIDDKKENSPDMRKTPPGLRLGAGTVMTPQLDSGQGSIKKTDRDLDIAFTSPYQYLQAEADGRRVYTRDGSLSLKPAGGNDRLLQLMTAGGNPILDENGQPIQIDSSLTQLKISKTGTLTASDQAGTRSQTFNLGIVNVNNPQALHAEGDNLFSVNGAGASVIEELTGANRQAIGMKQGALESSNVDMSKEMTDLIVSQRSYQLNSRTITLGDQMLGLINSVR PGPT0015495_175 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLAR_ASSEMBLY MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015495-flgG-K02392 NA NA D1-12_02506 1065 rapF_2 COG0457 Response regulator aspartate phosphatase F ATGATTGCTAAGTTTACTGAAAAACGTACGCGGGTGATGCTGAATGAGTGGTATGACGCCATGGGAAAACGCCAATTCGATCTAGCCCGTTCCCTTCACGAACAAATCAATCAGCATCTCCCCAAATTACAAAAGAATGCAAAGCTCAAACTCAGATATCAGCTGTTTTTCGCACGGTTTCAGCTGCTGTTTGAGAAAAAAGACGGTCTGAATAAGCTGTTCTGCGAGCTGAAGCGGCGCAAAGATGAGATGGATCATGAATTAACTTATTATTTCTATTTTTTCAAAGGGTTATTCCATATGGTGAATGGCGCTCCGAACCGTGCTGTCTGCCGCTTTAAAGAAGCTGAACAGTACCTGCCGGCCATTCAGGACCGTTTCGAAGCCGCTGAATTTTATTATAAAACAGCGGGTGCATATTACATGATGAAGTCGCCTGCGCTCTCCATTCAATATGTCAATAAAGCGCTGGAAATCTATCAAGATGAAGCCGGCTACATCAAAAAAACGCTCAGCTGCCGGCTGCTTCTCGCCGTGAATTATATAGACGAGGCACGCTATGAAGACGCAGAACAGCTCTTTAATGAATCCATAAAGATAACGGACCGGATCAATGACAATAACCTGCTGTGCCACGCCTATTATAATTTTGGTTTTTTAAAGACCGCCCAGAAAAAAGATAAAGAGGCCCTCCCTTTTTACAAAAAGGTATTGGGCAATCAGCGTTTCGAGAAAGAGTCTCCCGTTTCCTACCTTCATTGTGTATACGAAGCGGTCAGAGCACTTTTTAAAACCGGATCTGCCGCCGAAGGACAAACCGTGCTGCAGAAAGGCTTATACATATCTGAAAAAGTGCAGAACAAGATTATGAAATTGAAGCTGACCGCGCTCAACATACTGTACACCGCTCAGGAGGACCCGTACGACCGATTGCAGAAGCTTGTGCTGGAGCTGCAGAAAATTGAAGCGTGGGTGGATTTGGAAGTGCTGCTTCAGGATATTACTGATTACTACAAAAAAAAGGGCGATTTTGAGAAAGCCGCATTTTTTATCATGCGCGGCTGA MIAKFTEKRTRVMLNEWYDAMGKRQFDLARSLHEQINQHLPKLQKNAKLKLRYQLFFARFQLLFEKKDGLNKLFCELKRRKDEMDHELTYYFYFFKGLFHMVNGAPNRAVCRFKEAEQYLPAIQDRFEAAEFYYKTAGAYYMMKSPALSIQYVNKALEIYQDEAGYIKKTLSCRLLLAVNYIDEARYEDAEQLFNESIKITDRINDNNLLCHAYYNFGFLKTAQKKDKEALPFYKKVLGNQRFEKESPVSYLHCVYEAVRALFKTGSAAEGQTVLQKGLYISEKVQNKIMKLKLTALNILYTAQEDPYDRLQKLVLELQKIEAWVDLEVLLQDITDYYKKKGDFEKAAFFIMRG NA NA NA NA NA D1-12_02507 426 fabZ_1 COG0764 3-hydroxyacyl-[acyl-carrier-protein] dehydratase FabZ ATGCTTGATACTCAGCAAATTAAAGAAATTATTCCCCATCGCTATCCGTTTCTTCTGGTAGACAGAATTACGGAAGTCGAAGAAGGAAAACGGGCGGCGGGATATAAAAATGTGACGGCGAATGAAGATTTTTTCAACGGCCATTTTCCTGAATACCCTGTTATGCCGGGCGTATTAATCGTAGAGGCTTTGGCGCAGGTCGGAGCGGTTGCGATGCTGATTAAAGAAGAAAACCGGGGCAGACTTGCATTTTTTGCGGGGATTGATAACTGCCGTTTCAAAAAGCAGGTAAAACCGGGTGACAAGCTGGAGCTTGAGGTTGATATTACCCGCGCGCGCGGTACGATCGGACGCGGCAAAGGCGTTGCCAAAGTTGACGGCGAGCTCGTGTGTGAAGCTGAATTAACTTTTGCGCTCGGAGAATAA MLDTQQIKEIIPHRYPFLLVDRITEVEEGKRAAGYKNVTANEDFFNGHFPEYPVMPGVLIVEALAQVGAVAMLIKEENRGRLAFFAGIDNCRFKKQVKPGDKLELEVDITRARGTIGRGKGVAKVDGELVCEAELTFALGE PGPT0008365_3596 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008365-fabZ-K02372 NA NA D1-12_02508 396 mscL COG1970 Large-conductance mechanosensitive channel ATGTGGTCAGAATTTAAAAGCTTTGCGATGCGGGGCAATATCATGGATCTGGCAATCGGTGTCGTCATCGGCGGCGCTTTCGGCAAAATCGTGACGTCGCTCGTTGAAGATATCATCATGCCGCTTGTCGGCCTGCTTCTCGGCGGTCTTGACTTTTCAGGGCTGGCCGTGACATTCGGCGAGGCTCATATCAAGTACGGAAGCTTCATTCAAACGATTGTGAACTTCTTCATTATTTCATTTTCTATTTTTATCGTGATCCGCACAATAGGCAAGCTGAGACGTAAAAAAGAAGCAGAAGAAGAGGCTGAAGAAGCCGAGGAAACAGATCAGCAGACAGAACTGCTGACTGAAATCAGAGATCTGCTGAAACAGCGGGCTCCTCACAATGACTAA MWSEFKSFAMRGNIMDLAIGVVIGGAFGKIVTSLVEDIIMPLVGLLLGGLDFSGLAVTFGEAHIKYGSFIQTIVNFFIISFSIFIVIRTIGKLRRKKEAEEEAEEAEETDQQTELLTEIRDLLKQRAPHND PGPT0013771_2382 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-MECHANOSENSITIVE_ION_CHANNEL,PGPT0013771-mscL-K03282 NA NA D1-12_02509 411 hypothetical protein ATGAAAACCTTTAAACTGGTTGATCTGAATGTGGAACGTTTAGATAAAGACGATCAGCCGATTGAGCAGTTTCCCCTTTTAGACGGATTGATTATTAACAAAGAGGACGGAGAAAATCACTGGTTAATTGAAGCACTGGTCCCGGCCGAACACTTTTCTTTTTTTGACATGCTGATGAAAAGCCAGAAAGAAGCGAAGGTGTTTGTAACGATTACGAAAAAAAGCAACCGTCCCGCCCAGCTGACGGGAAGCATCAAAAATATCGTCGAGCTGGAAAGAAGTATACAAGTTTTAATTTACGGTCAAATGGTGTCAAGAAATCACCCCGGATCAGAAAGCATTCTGGAGTCGCTCGTGAAAGAAGGCTACTCGGGCAGCCGGCTGATTGAAGCGTTTAAACAAAAATTATAA MKTFKLVDLNVERLDKDDQPIEQFPLLDGLIINKEDGENHWLIEALVPAEHFSFFDMLMKSQKEAKVFVTITKKSNRPAQLTGSIKNIVELERSIQVLIYGQMVSRNHPGSESILESLVKEGYSGSRLIEAFKQKL NA NA NA NA NA D1-12_02510 354 ywpG putative protein YwpG ATGAATCAATTGCGCCTGAAGGAAATCTATATAGAAGACGGTTCAAGGCGAAAAGACGATCATTCCTACTTGGTATGCAAAAAGGAAGATTGTGAGGTGCATCTTAACAGAAGGGGAAATGTCGTCTTTTTATATGAAACAAAAGACCGCATGGAACAGTATAAAATTCAGCTTTCACTGACTGATAAAAAGCTGAGTTTTTACTGGTTCGCATGGGACGGCGGAAAGTTTGTCCGCATGTTTGAGAAAGACTGGCTCAAAACGAAACTTTTCTCGCGGCTGCTCAAAAATACATATTACATAAGCGGTCAAAAACAAAAGTTTTTTTTATCAGAAAGAAAAACGAAAACATAA MNQLRLKEIYIEDGSRRKDDHSYLVCKKEDCEVHLNRRGNVVFLYETKDRMEQYKIQLSLTDKKLSFYWFAWDGGKFVRMFEKDWLKTKLFSRLLKNTYYISGQKQKFFLSERKTKT NA NA NA NA NA D1-12_02511 342 ssbB COG0629 Single-stranded DNA-binding protein B TTGTTTAACCACGTTATGCTTGTCGGGCGGCTGACGAAAGACCCGGAGCTCCGTTTTACATCAGCGGGCATTCCCGTCGCGCATATTACGCTGGCGGTAAACCGCAATTTTAAAAGCGCGTCGGGTGAAACCGGAACCGACTTCGTCAACTGCACCATCTGGAGAAAAAACGCTGAAAACACGGCATTGTACTGCCAAAAAGGGTCAATGGTCGGTGTGAGCGGCAGAATCCAGACGAGAAGCTATGAAAAGACAGACGGCGTAAAAGTTTATGTGACCGAGGTCATGGCTGATACCGTTCGGTTTATGGATCAAAAACAGAAAGAGCCGCTGGCTGAATAG MFNHVMLVGRLTKDPELRFTSAGIPVAHITLAVNRNFKSASGETGTDFVNCTIWRKNAENTALYCQKGSMVGVSGRIQTRSYEKTDGVKVYVTEVMADTVRFMDQKQKEPLAE NA NA NA NA NA D1-12_02512 783 glcR COG1349 HTH-type transcriptional repressor GlcR GTGTATCAAGAAGAAAGACTGATTGCGATAATGGAATATTTGAAACAGCATCGGCGGATCACCGCTGAACAGATATGTTCGCTGCTTCATATTTCAAGAGATACCGCAAGAAGGGACCTTGTAAAGCTGAAAGAGCGCGGGGCCATTATCAGAACACGGGGCGGTGCGATTCTGCCGTCGGTGAATCAGGAAGTTCCTGGCTATTCGGGCCGGCTGAAAACTGTTTCTGAAGAGAAAAACAAAATCGGCAAGCTGGCCGCATCCCTGATCCATAAAGGAGACCGGATCATCCTGGACACCTCGACAACCGTGCAGGCCTGCGCGGAGCATTTAAATGTCACCGGCTGCACTGTTATTACAAATTCGATCAATCAGGCCGATATCCTTTCCGCAAAAGAGGGAATTGATATTCACCTGCTCGGCGGAAAGCTCCAGAAGGAACACCGGTTTTTATACGGGGCTTCCGTCGTAGAAAAACTGGGGGATTATCACGCCGATAAGGTGCTGATCGGCGTTGTCGGCATCTCGGAAAACGGCCTGACGATACCTCATGAAGAAGACGGCATGGTAAAGCGTAAAATGATCCGACAGGCGGAACAGGTGATTGCGCTGAGCGATCACTCCAAGCTTGGCCGTACGAGTTTTTATCAGTATGCAGACCTGCACGAGGTTGACCTGCTGATTACCGATCGGCTGCCTGATCAGGATTTTTGCGATCTGCTCGACCGGCACGGCGTAGAATTGCTTGTAACTGAATCTGAAGAAGAGGATGAGGACATGTGA MYQEERLIAIMEYLKQHRRITAEQICSLLHISRDTARRDLVKLKERGAIIRTRGGAILPSVNQEVPGYSGRLKTVSEEKNKIGKLAASLIHKGDRIILDTSTTVQACAEHLNVTGCTVITNSINQADILSAKEGIDIHLLGGKLQKEHRFLYGASVVEKLGDYHADKVLIGVVGISENGLTIPHEEDGMVKRKMIRQAEQVIALSDHSKLGRTSFYQYADLHEVDLLITDRLPDQDFCDLLDRHGVELLVTESEEEDEDM NA NA NA NA NA D1-12_02513 858 ywpJ COG0561 Phosphatase YwpJ GTGAAACTGATTGCCATAGATCTGGACGGCACACTGCTGAACAGCAGTCATCAAGTAAGCGATGAAAATGAGCGGGCTTTAAGGGAAGCCCGGCAAGCGGGAATTGAAATCGTGGTTTCCACGGGACGCGCGCATTTTGACGTGCATTCCATATTCGAACCGCTCGGCATAAAAACGTGGGTCATCAGCGCAAACGGAGCCGCCATTCATGCTCCTGACGGCAGCCTGTACCACTGTGATGCGATTGAAGAAACAAGAGCCCGCGGCATTTTGTCATGGCTTGAAGAGAATCAATATTACTATGAGGTGTTTACAAACAAAGCCATCTATACGCCTGAAACCGGCAGGCAGCTGCTCGATATCGAAATGGACCGGGTGAAAAGCGCCAATCCGGAAACCGATCTTTCCGTTTTGGAACAGGCGGCTTCAGTGCAATACAGCCAGTCCGGCTTTGCTTACATTCATTCATACCGTGAGCTCTTTGAGAAAGAAGAGCATCTGGATTTTTATAATATTCTCGGATTTTCGTTTGATGAGCGGAAGCTGAAAGCGGGCTGGGACCGATTCAGCGGTCAGAAAGATCTCACCCTTGTCAGCTCTGCCGACCACAACTTCGAACTGGCGTCTCGAAACGCCTCTAAAGGGCAGGCGCTCAAACGGCTGGCGCAAAAGCTCGGCATTCCGATGGCTGAAACCGCCGCGGTCGGTGACAGCTTAAATGACTATTCAATGCTTCAGGCGGCCGGAAAAGGCATAGCGATGGGGAATGCGAGAGAAGATATTAAGGAGATCGCTGATGCCGTTACATTGACAAATGATCAAAACGGCGTTGCGCATATGATCAGGAATTTACTGTGA MKLIAIDLDGTLLNSSHQVSDENERALREARQAGIEIVVSTGRAHFDVHSIFEPLGIKTWVISANGAAIHAPDGSLYHCDAIEETRARGILSWLEENQYYYEVFTNKAIYTPETGRQLLDIEMDRVKSANPETDLSVLEQAASVQYSQSGFAYIHSYRELFEKEEHLDFYNILGFSFDERKLKAGWDRFSGQKDLTLVSSADHNFELASRNASKGQALKRLAQKLGIPMAETAAVGDSLNDYSMLQAAGKGIAMGNAREDIKEIADAVTLTNDQNGVAHMIRNLL PGPT0008595_130 DIRECT EFFECT PLANT_IMMUNE_RESPONSE_STIMULATION INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR ISR-VITAMIN_B2|RIBOFLAVIN_METABOLISM ISR-VITAMIN_B2|RIBOFLAVIN_BIOSYNTHESIS,PGPT0008595-ycsE|yitU|ywtE-K21064 NA NA D1-12_02514 2775 rapA_4 RNA polymerase-associated protein RapA ATGGCGAGTCTTAAGGAAATTTTCATTCATGTAGAACAAATGGAAGATTGGACATTTACGCTGTCAAGCCATGATGAGAAGGAGCAGCCGCTTACTCTCAGTCAGATGAAGACTCATTTGTTCCAATGGCATGAGTCCACCTTTTACGGAACGTTTCTTGAAGACGTCAGCTTCATAGGCACTCCGGCCGTTCTGCTCAGCCCGTGGATGACCGTCGAGCTGCTCGGAAAAAACTCGTTCAATTCATTCAGCACCGTGCAGCTGACAAAGGAAACGGAACCATTAATCGAAGCGGCTTCGACGATATACGAATTTATTGCCGACGGCGATTTTCTTCCGGACTATGAGGCTTGGCAAAATGGCGTCCTGCGTTTCAAAGACCGCGAGCTTTTGCTGGAAGGCTTTACGGCAGACTGGTTCTCAGCCGCGGTCCAGGACTACATTCAGTACAATGATGACCTGCTGGAAAAATGGCGGCGGATCGAAACCCGCTCACCGGCCGTTCATACGTTTAAAGGCTCCTTTTTGGATGAAGATGATTTTCTCGAGGGAATCGGCTGGCATGACGATGTGACGCCGTTTACCGTCGGGCTTCGATTAAACGAGCCTGATTTCGACGGTGACGACTGGAAAATCGAAATGTTTTTACGTGAGAAAAAAACCGGCTCCATCACCTTTTTTGACGGACTGAAGGGACTGAAAAAAGCGTGGCAGGCATACAGCGGAAAAATCGCGCGCGAACAGGACCGCTTCCGAAGAACGGTTCCCTGGCTTTCGTTTGATTCAGGAACGACGCTGATTTCTGAAGAAGAGGCTTGGATCTTCTTATCGGAAGCGAGTGAGACGCTTGTCAATATGGGTGTGGAGATTCTTCTCCCATCATGGTGGCAGATTGTCCGGGACAGCAATATGATGCTTAAGGCGAAAGTGTCATCCTCCCCGCGGGGCGAGTCCTTCGTCGGTATGAACGCTCTGCTTGATTTCAACTGGAGATTCGCCACTAACGGAATTGAGCTGACAGAGGATGAATTCAATGAGCTTGTCGCAAACAACAGACGTCTCGTCAACATCCGCGGCCAATGGGTGAAAATTGATCCGCAATTTATTAAACAGATGAAAAAACTGATGGAAAAAGCGGAATCTGAGGGCCTCCACATGTCCGACGTGCTGGCGCGCGAACTGATGGATCACGGGGAAAACGGAGCCGAGGACACGGACATCATTGACTCATCGGCATTTGCCGGGATCAAGATCGAATTATCAAAGCATCTCAGAAGCCTGATCCGCAAACTGACGGAAGCCCGGGATCTGCCGGAACATGAAGTCAGCGCCGCGTTTCAGGGCCAGCTCCGCCCTTATCAGATGTACGGCATGAACTGGCTTCTGTTTTTACGGGAAAACGGCTTCGGCGCCTGTCTCGCAGATGACATGGGACTTGGAAAGACGATTCAGATGATCGCTTATTTTCTCCATGTGAAGGAAAGCGGCCGGCAAAAAGCGCCTGCCTTAATCATTGCGCCGACATCGGTGCTCGGCAACTGGCAGCGTGAGCTCCAGACCTTCGCGCCGCAGCTGAAGGCCGTGCTTCATTACGGCCCCCGCCGGCCGAAGGGGGAAGCATTTGTCCCGGCCTATCAGGACGCGGACGTCGTTCTTACTTCTTACGGCCTGTCGCACGCCGATCAGGAAGAGCTTTCTTCCGTGACATGGAGCACCATCTGCCTTGATGAAGCGCAAAATATTAAAAACGCGCATACGAAGCAGTCCCGCGCGATCAGAAAGCTGAAAGGCGTCCATCATATCGCGCTGAGCGGAACACCGATGGAAAACCGCCTGACAGAGCTTTGGTCGATCTTTGATTTTATGAACAAAGGCTATCTCGGCAGTCTGACCGGCTTTCATAAACGCTATGTGCTGCCGATTGAGAAAGACCGTGACGAAAAAAGAATCAACCAGCTTCAGCAGTTAATCCGGCCGTTTTTACTGCGCCGGACAAAACGGGATGAAGAAGTGGCGCTTAATCTTCCTGACAAGCTGGAACAAAAAGAGTTTATCCCGCTCTCAGCCGAACAGGCATCCCTTTATGAACAGCTTGTCAAAGATACATTTGAACATATGGCTTCTCTGACCGGGATGCAGCGGAAAGCGCTGATTTTGAGCATGCTCGGCCGCTTGAAACAAGTATGCGACCATCCTGCGCTCTATTTGAAGGAAGAACAGACAGAGCTGTTAAACGGGAGATCCGTCAAACTGGAAAAGCTGCTTGATTTAATGGCGGCGATCCGCGGACAAGGGGAAAGCTGCCTCATTTTCACCCAATACATTCAGATGGGCAACATGATGAAGCGCCTCCTGGAAAAAGCATTCGGAGAACCGGTTCAGTTTTTAAACGGAAGCCTGTCCAAGCTGGAACGCGATTCTCTCGTCGAACGGTTCCAGAAGAAAGAATACCCGACGCTGATTTTGTCACTGAAAGCGGGCGGAACCGGCCTGAACCTGACGGCTGCCAACCATGTCATTCACTATGACAGATGGTGGAATCCGGCGGTGGAAAACCAGGCGACCGACCGCGCCTACCGAATCGGCCAGGAACGGTTCGTCCATGTTCACAAACTCATTACGACGGGAACGATTGAAGAAAAAATTGATGCCATGCTAGAAACGAAACAAACGCTGAACGATCAGATTATCCAAAGTGAAAATTGGATTACCGAGCTGTCATCCGATGAGCTTGAAGAATTATTCACCCTCAGCGCATCGGCGCAATCACATTAA MASLKEIFIHVEQMEDWTFTLSSHDEKEQPLTLSQMKTHLFQWHESTFYGTFLEDVSFIGTPAVLLSPWMTVELLGKNSFNSFSTVQLTKETEPLIEAASTIYEFIADGDFLPDYEAWQNGVLRFKDRELLLEGFTADWFSAAVQDYIQYNDDLLEKWRRIETRSPAVHTFKGSFLDEDDFLEGIGWHDDVTPFTVGLRLNEPDFDGDDWKIEMFLREKKTGSITFFDGLKGLKKAWQAYSGKIAREQDRFRRTVPWLSFDSGTTLISEEEAWIFLSEASETLVNMGVEILLPSWWQIVRDSNMMLKAKVSSSPRGESFVGMNALLDFNWRFATNGIELTEDEFNELVANNRRLVNIRGQWVKIDPQFIKQMKKLMEKAESEGLHMSDVLARELMDHGENGAEDTDIIDSSAFAGIKIELSKHLRSLIRKLTEARDLPEHEVSAAFQGQLRPYQMYGMNWLLFLRENGFGACLADDMGLGKTIQMIAYFLHVKESGRQKAPALIIAPTSVLGNWQRELQTFAPQLKAVLHYGPRRPKGEAFVPAYQDADVVLTSYGLSHADQEELSSVTWSTICLDEAQNIKNAHTKQSRAIRKLKGVHHIALSGTPMENRLTELWSIFDFMNKGYLGSLTGFHKRYVLPIEKDRDEKRINQLQQLIRPFLLRRTKRDEEVALNLPDKLEQKEFIPLSAEQASLYEQLVKDTFEHMASLTGMQRKALILSMLGRLKQVCDHPALYLKEEQTELLNGRSVKLEKLLDLMAAIRGQGESCLIFTQYIQMGNMMKRLLEKAFGEPVQFLNGSLSKLERDSLVERFQKKEYPTLILSLKAGGTGLNLTAANHVIHYDRWWNPAVENQATDRAYRIGQERFVHVHKLITTGTIEEKIDAMLETKQTLNDQIIQSENWITELSSDELEELFTLSASAQSH NA NA NA NA NA D1-12_02515 1611 hypothetical protein ATGCTTCAGGATATGATTGCTAAAGAAGATGTGCTCGCAGCGGCTGAACAGCTTAAAGAACTTCTTCCTTACAATGAAGACAATGTTCAGCTGATGAAGAAAGCACTCATTTTATATCGGCAGGATTCCGTCTATCGTATACAGGTTCAAACCCCGACAGAGATTTCCGCATATGTGCAGGATGTTGTGCCTGTAAGGGTCACGCTGAACTTATTTTTCATGGTGAAAAGCGGCTGCGCATGCCCGTCTGAGGCGATCTGCCGCCACGTGCTGGCCGTTTTTCTTTACGTATATGCCCAATTCGAGCGGGTCGGTACCTTTACCGAACATTGGCTGGAAAGAGAAAAGCTTGAGGAAAGCAGGGAGCTTGTCCGCCGGCAGTTTCAGGAAAAAGTGCTGCCGAATGAAGAGTCGCTGTCAAGCTGGCTCGCTTTTTTTGATTCGGAATTCTCGCTGTGGGAGGCGCGGACGCCGGCCGGAAGCCAGACGATGCAGGGCCTTTATTACGGCTATCTGTCAGCGCTCAAAAAACACGCCCCGAAAAAACCCGAGCTTAAAAGCTTATATCAGATTCATTCGGCGCTTGCCGTCTGGCTTCACATGTTCACTTTGATTGAGTCAGGCAGATTGGATGCCGAAAAAGATTATTACAGCATCAATCCATACGTGGAACAGCTGATGGATACGATTTATTCCTCCATTGACAGACTGAAAACGTACGCCTTGTCTTTTTCACTCGATCCTTTTTTAGACCGGACGCCCCCGGTGCTGCGCAGACTGCTTGTGAAAGAAGAGCTTTTTCAATACGAACGCCTCCGGGTATTCGGTGAAATGTGGAGCGCGCTTTTGAACCGGCCGAAATGGGTCGCGCGTGAACAGGAGATTCTCGCACAGGAAAGCGGGCGCCGTTTTTCGCCGGAAGTGCGGTTCGGACGGCTTCATCTGGCCTTTTTGCAAAAAGATGATGAAGCGGTCTTCCAAGATATGTCCCGCTTCCCTCCTGAAGCGCTGCCGTATACTTTTCAATGGCTCGGTGAACTCACCGCGAAAAAAGACTGGAAACGGCTGAAAACATGGTATGGCCGGATCGAACCGCTTGCCGTGAACTATACGAAGCTTGATAAGCCGTTTAAAGAAATGCGCGACATCATCGGAGAGCTGTTCGCGCTATTGGCGGATTACGCGCGGCACTCACGGGATGATCAGCTGTTTGAACGGTTTGCTTCCGGCTGCCTTCCCTATACCTTTACCGAATACAGCCAGTACCTGTACGAAAAACGGCGGTACGCGGAGTGGGTGGAGATTCACAGCCTCGTCGGTTTTTCCGTCTGGGAAATCGAAAAGGACATCCTGAAGGAAATTGCCGCCAGTGATCCGGAAGCGCTCATCCCCTCCTATCACCGGGCGGCGGCCTTTTTTATCGATCAAAAAAACCGCAGCGCCTATAAAGAGGCTGCACGCCATCTGAAAAAACTGCGGACGCTTTATAAAAAGGCAAAAAAACAGCAGGTATGGGAACGGTATATCAGCCGGCTGAGCGCAAGTTACAAGAGGCTGCGCGCCCTTCAAGAAGAATTGCAGAAAGGAAAGTTGATTGATGGCGAGTCTTAA MLQDMIAKEDVLAAAEQLKELLPYNEDNVQLMKKALILYRQDSVYRIQVQTPTEISAYVQDVVPVRVTLNLFFMVKSGCACPSEAICRHVLAVFLYVYAQFERVGTFTEHWLEREKLEESRELVRRQFQEKVLPNEESLSSWLAFFDSEFSLWEARTPAGSQTMQGLYYGYLSALKKHAPKKPELKSLYQIHSALAVWLHMFTLIESGRLDAEKDYYSINPYVEQLMDTIYSSIDRLKTYALSFSLDPFLDRTPPVLRRLLVKEELFQYERLRVFGEMWSALLNRPKWVAREQEILAQESGRRFSPEVRFGRLHLAFLQKDDEAVFQDMSRFPPEALPYTFQWLGELTAKKDWKRLKTWYGRIEPLAVNYTKLDKPFKEMRDIIGELFALLADYARHSRDDQLFERFASGCLPYTFTEYSQYLYEKRRYAEWVEIHSLVGFSVWEIEKDILKEIAASDPEALIPSYHRAAAFFIDQKNRSAYKEAARHLKKLRTLYKKAKKQQVWERYISRLSASYKRLRALQEELQKGKLIDGES NA NA NA NA NA D1-12_02516 147 hypothetical protein ATGATGAAGAAAACGAAGTTAGATCAAGAGGAGTTTCTGAAGATTTTAATGCATGCGCACGACATTGGTGAGCAGTCCTCTGAGATGACCACAAAAGAAATGCTTGAGAATTTGATTTCTTATATTAAAAATGGATATGCAACATAA MMKKTKLDQEEFLKILMHAHDIGEQSSEMTTKEMLENLISYIKNGYAT NA NA NA NA NA D1-12_02517 747 ywqC_1 COG3944 putative capsular polysaccharide biosynthesis protein YwqC ATGGGAGAATCTACAAGCATAAAGGAAATATTCGCAATACTGAGAAAGCGTCTGCTGTTTATACTTATTATTACCGCGGCGGCATCTGCCGCAGGCGGACTCATCAGTTTCTTCGCTCTTACGCCGGTCTATGAAAACTCAACTCAAATTTTGGTCAGCCAATCCAAAAACAATCAAAAAGAAGTCCAATTCAATGACGTTCAAACCAACCTCCAATTAATCAACACGTATAATGTCATCATCAAAAGCCCGGTCATCCTCGACGAAGTGATTAAACAGCTGCATCTGTCCATGACTTCGAAAGAGCTGGAATCGAAAATCACGGTGTCCAGCGAGCAGGATTCACAAGTCGTGACGATTGCCGTGAGGGATACGGATGCTAAGCGGGCGGCCGTTATGGCAAATGCGGTTGCAGCCGTTTTTCAGGACAAGATCACCGCCATCATGAACGTGGATAATGTCAGCATCCTTTCAAAGGCCGAAGCGGCGGACAGCCAGTCACCGGCAGAGCCTAACCGTAAGCTGAACATCGCGATTGCGTTTGCCGCCGGACTTTTGGGCGGAATCGGTCTCGCCTTTTTGCTGGAACATCTGGATAATACGATCAAATCGGAAGAACAGCTGGAATCGCTGCTCGGCATCCCGATCCTGGGAACGGTTACTTCAATCAGTACTAAAGACAGCGTTGCCAAAAACTTGAGGATGGCGGAAACCAAACAAGCGGGGGGCGGACATGTTGACGCGTAA MGESTSIKEIFAILRKRLLFILIITAAASAAGGLISFFALTPVYENSTQILVSQSKNNQKEVQFNDVQTNLQLINTYNVIIKSPVILDEVIKQLHLSMTSKELESKITVSSEQDSQVVTIAVRDTDAKRAAVMANAVAAVFQDKITAIMNVDNVSILSKAEAADSQSPAEPNRKLNIAIAFAAGLLGGIGLAFLLEHLDNTIKSEEQLESLLGIPILGTVTSISTKDSVAKNLRMAETKQAGGGHVDA PGPT0026560_2255 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-EXOPOLYSACCHARIDE_TRANSPORT CE-EPS-EXOPOLYSACCHARIDE_TRANSPORT-1,PGPT0026560-exoP|vpsO-K16554 NA NA D1-12_02518 690 ywqD COG0489 Tyrosine-protein kinase YwqD ATGTTGACGCGTAAAAAAGACAAACCCGGAAAACGAAGCGTGATTGCGATGTCTGAGCCGAAATCCATCAACTCAGAACAATATCGCACGATCCGCACAAACATTGAATTTTCTTCCGTTGATACGGAGGTGAAGTCCCTTTTGATTACATCCGCCGGCCCGGAAGAAGGAAAATCGACAACCGCGGCCAACCTTGCCGTCGTATTTGCACAGCAGGGGAAAAAAGTGCTTTTAATTGATGCGGATCTGCGCAAACCGACGGTTCATTTCACCTTCAAATTGGACAACGGAACCGGATTAACGTCACTGCTGTTAAAACAGATGCCGTTTCAGAAAGCCGTCCTGCCGGCTGATGAAGCAAACCTGGATATTTTAACGAGCGGGCCGATCCCGCCCAATCCGGCGGAGCTTTTATCGACGGGTGCCATGAAAGATCTTCTGTCAGAAGCCGGCGCAGTTTATGATAAAGTGATTTTGGATACGCCTCCCGTTTTGGCCGTAGCCGATACGAAAATATTAGGCAGCTACACTGACGGGGCCATTATGGTGATCTCAAGCGGGAAAACGGACAAGGAAAAAGCGGCCAAGGCGAAAGAAGCGCTCGATTACTGCCCGTGCAAGCTCCTTGGGGCCGTGATGAACGGGAAGAAACAAACGAAACACTCGGACTACGCCTATTACGGACAATAA MLTRKKDKPGKRSVIAMSEPKSINSEQYRTIRTNIEFSSVDTEVKSLLITSAGPEEGKSTTAANLAVVFAQQGKKVLLIDADLRKPTVHFTFKLDNGTGLTSLLLKQMPFQKAVLPADEANLDILTSGPIPPNPAELLSTGAMKDLLSEAGAVYDKVILDTPPVLAVADTKILGSYTDGAIMVISSGKTDKEKAAKAKEALDYCPCKLLGAVMNGKKQTKHSDYAYYGQ PGPT0026560_2255 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-EXOPOLYSACCHARIDE_TRANSPORT CE-EPS-EXOPOLYSACCHARIDE_TRANSPORT-1,PGPT0026560-exoP|vpsO-K16554 NA NA D1-12_02519 765 ywqE COG4464 Tyrosine-protein phosphatase YwqE ATGATAGATATCCATTGTCACATCCTTCCTTCCATAGACGACGGCGCGGCGGATGATACAGAAAGCCTGAAGATGGCGAGAGAAGCGGTCAGACAGGGGATTGATACGATCATCGCGACGCCGCATCATGTGAAATACCGCTATGACACGGACCGACATACGGTCAACGAAGCGGTCAGCATGTTAAACAAACGTTTGAATAAGGAAGGCATTCCGCTGACTGTTCTGCCCGGCCAGGAAATCAGAACAGACGGAGATCTGCTGACAGGTCTTCAAAGCGGCTCGCTTGTCCCGCTCCATGATACGAAGTATGTGCTGGCGGAATTTCCGGCGGATCATGTCCCGGCCTACGCTGAAAGGCTGTTTTATGAACTGCAGCTGAACGGATATGTCCCCGTCATCGCCCATCCGGAGCGGAACAGGGAAATTCGCGAAAACCCTTCCGTCCTATACAATCTTGTGAAGAAAGGCGCGGCCGCCCAAGTGACGGCCGGCTGCATTGCCGGAGCATTCGGGCGGAAAGCGAAATCCTTTTCGCTGCAGCTGATGGAAGCGAATTTGATCCACTTTCTCGCATCCGACGCCCATAATCTCGGACCGAGAAATTTTTATTATCAGGAGGCGCTCGGCGTTCTGAAAAAAGAAGCAGGGGCTGAGCTGATTTACATGCTCACGGAAAACGCGGCGCTTCTCGCTGAAAACAAAGCCGTTTATAAGGAACCTCCGCTGCCTGTGGCCCGCCGTAAGCGCTGGGGTCTTTTTTAA MIDIHCHILPSIDDGAADDTESLKMAREAVRQGIDTIIATPHHVKYRYDTDRHTVNEAVSMLNKRLNKEGIPLTVLPGQEIRTDGDLLTGLQSGSLVPLHDTKYVLAEFPADHVPAYAERLFYELQLNGYVPVIAHPERNREIRENPSVLYNLVKKGAAAQVTAGCIAGAFGRKAKSFSLQLMEANLIHFLASDAHNLGPRNFYYQEALGVLKKEAGAELIYMLTENAALLAENKAVYKEPPLPVARRKRWGLF PGPT0014530_2204 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 D1-12_02520 1326 ywqF COG1004 UDP-glucose 6-dehydrogenase YwqF ATGAAAATAACAGTGATCGGAACAGGCTACGTCGGTCTTGTGACAGGAGTGTCTCTTTCAGAAATCGGCCATGACGTAACATGCATAGATATTGACGAACGTAAGGTTGAGCAGATGAGAAAGGGATTGTCCCCTATCTTTGAACCGGGCCTTGAAGATATGATGAAACGAAATATCGGCCGGCATCGGCTGGCATTTGAAACAAGCTACGAAAAAGGGCTTGCGGAAACAGACGTTATTTTTATAGCGGTCGGGACACCGCAAAAAGAAGACGGGCACGCAAACCTTACTTATATTGAAAATGTCGCCGAACGGATTGCCGAACATATTTCTAAAGATGCGATTGTCGTGACAAAAAGCACGGTTCCTGTGGGAACGAATGACAGGATCAGAGAAGTTATTCATTCACGGCTGAAAGCGGACGTGAACATTTCAATCGCCTCGAATCCGGAATTTCTCCGTGAAGGTTCAGCGATTCACGATACCTTTCACGGCGACCGCATCGTGATCGGGGCTGAAGACCGGCAGACGCGGGAAACGCTTGACCGGGTTTTCGCGCCGCTTGCGATTCCGGTATATCATACGGACATCAGAAGCGCTGAGATGATCAAATATGCGTCAAACGCATTTTTAGCGGCAAAAATCAGTTTTATTAATGAAATTTCTCATATATGTGAAAAAGTCGGTGCGGACGTGGAATCAGTCGCACACGGAATGGGATTGGATAAACGGATTGGCAATCAATTCTTAAGAGCCGGCATCGGTTACGGCGGTTCCTGTTTTCCGAAGGATACAAACGCCCTCGTGCAGATTGCGGGACATGTGGAGCATGATTTTGAATTGCTGAAGTCCGTCATTAAAGTCAACAATAACCAGCAGTCCATGCTGGTTGATAAAGTGCTGAACAGGCTCGGCGGAGTGACGGGGAAGACCATCGCGTTATTAGGGCTGTCTTTTAAGCCGAATACAGATGATATGCGGGATGCGCCGTCCATTGTCATTGCGGATCGTCTGGCGGCTCTTGACGCCCGGATGACAGCGTACGATCCGATCGCTTCATTCCGGGCTTCCGGACTGCTTCCGGCTGCGGTTTCCTATCGGGAGTCCATAGAAGAAGCCGTCAGGGGAGCGGATGCCGTCCTGATTCTGACAGATTGGGAACAAATTAAACATTTTCCGCTTGAAGCGTACAAAGAGCTGATGGAAACCCCGGTTATTTTCGACGGGAGAAACTGCCACTCGCTTGAGGAAGCGGAACAGGCGGGCGTGGAATATATTTCAATCGGAAGAAGAGCCGTCGTGCCTCAGACTGATTCTGTCACTTGA MKITVIGTGYVGLVTGVSLSEIGHDVTCIDIDERKVEQMRKGLSPIFEPGLEDMMKRNIGRHRLAFETSYEKGLAETDVIFIAVGTPQKEDGHANLTYIENVAERIAEHISKDAIVVTKSTVPVGTNDRIREVIHSRLKADVNISIASNPEFLREGSAIHDTFHGDRIVIGAEDRQTRETLDRVFAPLAIPVYHTDIRSAEMIKYASNAFLAAKISFINEISHICEKVGADVESVAHGMGLDKRIGNQFLRAGIGYGGSCFPKDTNALVQIAGHVEHDFELLKSVIKVNNNQQSMLVDKVLNRLGGVTGKTIALLGLSFKPNTDDMRDAPSIVIADRLAALDARMTAYDPIASFRASGLLPAAVSYRESIEEAVRGADAVLILTDWEQIKHFPLEAYKELMETPVIFDGRNCHSLEEAEQAGVEYISIGRRAVVPQTDSVT PGPT0017855_3035 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 D1-12_02521 789 ywqG COG3878 putative protein YwqG GTGGAAAAAACATGGAAATTGCCGAAGCAAATGGAATCATCCCGCGGTCTGCTGGAAACGTCAGCACGGCCCTTTATCAAACTGCACGTCAAAAAAGCTGAAACGGGTCGGTATGACAGTAAAATGGCCGGAGACCCCTATTTTCCGAAACATGAACCATATCCTGAAGATGAAAGCGGCAGGCCGATGAAGCTTCTCGCTCAAATCAATTTTGCGGATATGCCCGGACTTCCTGATTTTCCGGACACCGGCATTCTTCAGTTTTACATATCGGTCAGTGATGACGTATACGGTTTGAATTTTGACGATGGGTGCTCGCAAACGGGTTTCTGCGTCAAATATTTTGAACATGTGACAGCAGAAGAAGCGGAGCTCATGGATGATTTTTCTTTCGTTCAGGTTGAAGAGGAGTACGATTTTCCGATTCAATCCGAAGCGCTGATCACCCCTGAGCTGTCTGCTGAATGGGTGCTCCCGTCTGATTTTCAATTCGGGCGGTATGCCGGGATGGATGCCTTTGACTATTTCGAGCAGTTTGACGATGAGGTGTATGACGAATATACGGCGAACGCATTCGGCCATAAAATCGGCGGCTATGCGTCCTTCACCCAGGAAGATCCGCGGTCTTACTCCCATCAAAACCATACGATTCTGCTTTTGCAAATTGATTCAGATGATGACATTGATTCGATGTGGGGAGATGTGGGAATCGCAAATTTCTTTATCAGACCGGAAGATTTGAAGAAAAAAGATTTCTCAAACGTTTTGTACAACTGGGACTGCAGTTAA MEKTWKLPKQMESSRGLLETSARPFIKLHVKKAETGRYDSKMAGDPYFPKHEPYPEDESGRPMKLLAQINFADMPGLPDFPDTGILQFYISVSDDVYGLNFDDGCSQTGFCVKYFEHVTAEEAELMDDFSFVQVEEEYDFPIQSEALITPELSAEWVLPSDFQFGRYAGMDAFDYFEQFDDEVYDEYTANAFGHKIGGYASFTQEDPRSYSHQNHTILLLQIDSDDDIDSMWGDVGIANFFIRPEDLKKKDFSNVLYNWDCS NA NA NA NA NA D1-12_02522 114 hypothetical protein ATGAATGGATATGCCGTTTATGTGAGTCTTTTGGCGTTAATGATGAGCATCTCGGCTGCTGAAAATAAGTCATTTAACCTATTTAAGCTGCTTTCTGTCTATTTTAAAATATAA MNGYAVYVSLLALMMSISAAENKSFNLFKLLSVYFKI NA NA NA NA NA D1-12_02523 435 hypothetical protein ATGAGCCATTCAAGCACATTAAGCCATATTAACAGCACGATCAGCCATAAACTGGGCGAGGTTGAACACCAAATTGATAAATTAAAAGAAGCGAAAAGAGAGATAGAATCTCTGCAGGAAGAGGGCGTATCTGAAATCAGAGACATCCTCAAGCCGCACCTGGACCATCATTGGACCGGCACTTTTGCTGAAGAATTTGATGACCGGCGCGACCAGGCCCATACAGAAGCATACAGAATCGTCACAGACAAATACGACGGTTATATTTACCGAATCGGCTTAAAGATGACACAGCTTGAAATTGAAAAAGGAGGGCTCCTTGCCGCCAGAAGCATCGCGAGAGAGGCAGAGCACCTGCTGACGCTGGGAGAAGAAGCCCTTGACACGGTCGGAGAAAAAATACAATCAATCAAAAGAAGCTGGAGTTGGTTTTAA MSHSSTLSHINSTISHKLGEVEHQIDKLKEAKREIESLQEEGVSEIRDILKPHLDHHWTGTFAEEFDDRRDQAHTEAYRIVTDKYDGYIYRIGLKMTQLEIEKGGLLAARSIAREAEHLLTLGEEALDTVGEKIQSIKRSWSWF NA NA NA NA NA D1-12_02524 261 hypothetical protein ATGGCAGAAATAAAACTCAAATACGGAGCCGTCATGAAGCAGCTTGAATCCGTCAGCAGCGCTTTGGAGGCCGTTTCGATCGGGAACGCCGGTTCAAACGGAAAAAACAAGCTCGACTATACCTCCAAGTACCAATCCCGCGAGGCAAAGCTTGTATCAATGATCAGCGAATACAAGCAGGCCGTTCATAAGAATATCGCGGACGTTAAAGACAACGTAGATTCTTTGAAAGAACAGGACGAGGCGATCGCCGTAAAATAA MAEIKLKYGAVMKQLESVSSALEAVSIGNAGSNGKNKLDYTSKYQSREAKLVSMISEYKQAVHKNIADVKDNVDSLKEQDEAIAVK NA NA NA NA NA D1-12_02525 2007 hypothetical protein ATGAGCAAAGTGTTTGAATCACAATCGTTAACGGACGAAGCAGATAAGAGAAGGAAACAATACGAAGCCCTTGAAGAGCAGCTGCGTGCGCTCAAACAAGCCTTTCAAGGCGTGGCCGATCTGGGCGATGCTTTGAAAGGGAAAGGCGCAGACAATATAAAAGATTTTTTTCAGGGACAAGCGGAAATCGCCGACAGCTGGCTGACGCTTGTCTCTGCTCAAATTGCGTTTTTAAATGGCATTTCAGGTGACATTAAAGATCAAGAACTCAGCGATACATATGTGGAGACTTCATTTTTGGAGCATGAGCTGCCCAATGCGGATTTGAAGGCTTCAGAGATTGTCTCCGCTCATAAAGCAGAAATCGATTCAATTTTGTCAGGCATCAGCGATATTATTCATCTCGACACATATACGCTGGATGATTACGCTGATAAAATGGGCGATGCCCAGAAAACCAGACGCGACACGATCACTGCAGTCGATACGCTTGATGAATCCCTGACTGCTGAATATCAAAACTTAGAATCTCTGGACAACGCAGTGCTCAGCAAATATTCCGTTCTCATGCAGGCCACCAGCAACGGGAAAAGCGCATCCCCTATGTACTATGACAAAAAAGCCTTCCACAGCAATGAAATCTACAAAAGCGTCATGGCGGCAGAAAAACAGGGCACGGACTATATTGACGCAAAAGCCCAGCAGGCCGAAGCAAGACGGCTTCAGGAAAAGGCTGAAGAAGAAGCCAATAAACCATGGTACGAAAAAACATGGGACGGCATCTGCAACTTTACCGGCGAAGTCACCGGCTATTATGATTATAAAAGAGCAGCCGAAGGCGTTGATCCGGTGACCGGCGAAAAACTCTCCACCGCAGAACGCGTCACAGCAGGAGCGATGGCCGCCGCCGGATTCATACCGGTCGTCGGCTGGGCGGGCCGCGCTTTCAAAGGCGGAAAAGCCATTTACAAAACCGGAAAAACCGTCATTGCCGCAGAACATGCTTTAGATGCCTATAAAACCGGAAAATCCTTAGACATTCTCAAAATGACAGAAATGGGCGCATACGGCCTTGTTGCCTCAAACGGATTCACAGAAGCCGTCACAGGCAGAGATATGTTCGGAAACAAAGTGTCTGAGGAGAAGCGGAAGCAAGGGGCGCTGGAAGCTGCGCTGAGTATGGTTGGAGCGGGTGCATTGGCGAAGCATGTAAACAAAGGCATACCGCTTGCAAAATCGCCACAAGCATCAAAAGTTGAAAAAGGGAAAAAGATTCTAGACCAAGTAAAAGAATTCAAAGTCCCGACGAATGTAAAAATTCGTGTCCATAAGACTGTCACACCGGATGGCGCAACTTTCCCGATCATTCATGCTGATGTGAAAACGACGGCTGTGAAAGATCTTGGGATTGTGAAGATGGCTGGTAGCGGCAGCAGTGGAAGCACTCCCACAAGATTAATTCCAGGAACTCCAGGAAAGGTTACAGGAGGGAGTTCAACTAAATTGGGTAAAAATATGTTTGAGCAAATGGGACTTCCACGTTCAACAAAACGTACTCCATATCAGGCTCAACATATTATACCGAAGGAGTTTCGAAGTCATCCTGTTTTGAAGAAGTTAGGAATGGATATGGATGATGCTTCAAATGGTTTTTTCTTAAGGATACCGGATGATGATATAAGTGCTACTTCACGGCATAAAGGATATCATTCAGTATATAGTAGTTTTGTGAGAAAAAAATTAGATGAGATCGATGTTAACCAAAGTGTAGACGTCATTGAAAAACAGGTATATGGTTTACAACAAAAATTAAGAGAATTACAAGAAAAAGGGTTGCCTCTTTATATGAGGGACGATTATTTACAAACAGAATTAAAGAAAATAAAGGAGAAAGGATTCGAAGCATATAAATTAGAAAGGAAAGAAGATAGCGCCTCAAGAAAACCTGTTTGGAAAAGAGGCGGTGGAGCGACAGTAGATCTTTGGGAAAGGTGGTATAACAAGTAA MSKVFESQSLTDEADKRRKQYEALEEQLRALKQAFQGVADLGDALKGKGADNIKDFFQGQAEIADSWLTLVSAQIAFLNGISGDIKDQELSDTYVETSFLEHELPNADLKASEIVSAHKAEIDSILSGISDIIHLDTYTLDDYADKMGDAQKTRRDTITAVDTLDESLTAEYQNLESLDNAVLSKYSVLMQATSNGKSASPMYYDKKAFHSNEIYKSVMAAEKQGTDYIDAKAQQAEARRLQEKAEEEANKPWYEKTWDGICNFTGEVTGYYDYKRAAEGVDPVTGEKLSTAERVTAGAMAAAGFIPVVGWAGRAFKGGKAIYKTGKTVIAAEHALDAYKTGKSLDILKMTEMGAYGLVASNGFTEAVTGRDMFGNKVSEEKRKQGALEAALSMVGAGALAKHVNKGIPLAKSPQASKVEKGKKILDQVKEFKVPTNVKIRVHKTVTPDGATFPIIHADVKTTAVKDLGIVKMAGSGSSGSTPTRLIPGTPGKVTGGSSTKLGKNMFEQMGLPRSTKRTPYQAQHIIPKEFRSHPVLKKLGMDMDDASNGFFLRIPDDDISATSRHKGYHSVYSSFVRKKLDEIDVNQSVDVIEKQVYGLQQKLRELQEKGLPLYMRDDYLQTELKKIKEKGFEAYKLERKEDSASRKPVWKRGGGATVDLWERWYNK PGPT0027660_15 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM CE-BACTERIAL_FITNESS-YxiD-YxxD_TOXIN-ANTITOXIN_SYSTEM,PGPT0027660-toxin_yxiD-K21493 NA NA D1-12_02526 486 hypothetical protein ATGAATTTTGGGAAGTATCATAATCTAGTGGAAGAGGTAATTGAATTTTCGAAAACCTTTAAACCTATAAAATCAGTTAATGTATCTAATTTTACTAAAATAATTAATGATCAAAAACAGGCTGAATACTTGGCTTATGAAGAAGTATATGGAGAAGACGAATATACATGGAAAGATATAAGGGAAATTGAGATGAGTGAAGTATGGGGGCGATTTTACGAATTAGAAGATAATCAAAAGCCGGAAAATATAGACTCGTTATTAGATATTTTTTCTGAAAACATCAGAAGTGCCTCTACTGGATATAATGCCTTTTTTGAGGATATCGTAGCTGACATAAACAATTGTGCTATTAATAGAGCAATTAATGGTAATACAAATAATTTTTTTGAAAAAGTTTTTGAAATTTATAAAGCTGGTTATTTTCCGTGTGGTTGGAATGGCGATTATCCTAACGGGACTTTTATTGTCTTGAAAAAAGCTTAA MNFGKYHNLVEEVIEFSKTFKPIKSVNVSNFTKIINDQKQAEYLAYEEVYGEDEYTWKDIREIEMSEVWGRFYELEDNQKPENIDSLLDIFSENIRSASTGYNAFFEDIVADINNCAINRAINGNTNNFFEKVFEIYKAGYFPCGWNGDYPNGTFIVLKKA NA NA NA NA NA D1-12_02527 654 hypothetical protein ATGGACAGAAATCAAATTTCTCAATTGCAGCCATTAAAAATCTGTAATGGCTGGTCTGTAGTACAGAACAACTTAAATTCAGAAAAAAGAATGGAAGAAAAATATGAACTGCTAAAACTACAAAATGAAAAACGTAATGCTGTTATTAAGGCAATATTTGAAAATGATCAATATCATGTCAAAGTAGCGGGCTTAAAAGCAGATAAGATTTATAAAGAAGACTCTTTTAATGAAATGGAACAATTATTGGAAGAGCTAGAATATCAAATCTGGACTGTGGGAAGCGGGGTTTTAGAGGGTTTGCAACAGCTAAGCCAACATGTTCCCAATTTCTTAAGGCTTAAGATACCGGCGGGCTGGACTGTTGATTATATTACATTAAAAGATACTGACCCTAAAACTCTAGAGGAAAATGATGATGCTTGGTTATTTGACTTTAATCAAGACCTCCTGCAGATTTCTCATAAAACTAAAAATTTGCTGCTTGATGCAGGGTGGTACCCAGAAGGCGATCCAACCGGCAGTTATGGCATTGAACTGATAAAAAACGAAGATTGGGAAAATCCTTTAGAAGATATTATGTGTACTGAACTTAAAGAATTACTTAAACAATTGGACCTTATTTTTATGAAAGAAATGAAAAATGAATTTTAA MDRNQISQLQPLKICNGWSVVQNNLNSEKRMEEKYELLKLQNEKRNAVIKAIFENDQYHVKVAGLKADKIYKEDSFNEMEQLLEELEYQIWTVGSGVLEGLQQLSQHVPNFLRLKIPAGWTVDYITLKDTDPKTLEENDDAWLFDFNQDLLQISHKTKNLLLDAGWYPEGDPTGSYGIELIKNEDWENPLEDIMCTELKELLKQLDLIFMKEMKNEF NA NA NA NA NA D1-12_02528 717 nfi COG1515 Endonuclease V ATGAAAATACATCAAATTCACGATTTTGATCTAAAAGATGAATCGGATTTTGTTCGAACACAACAATCCCTAATACATAAAATCAACCTATCCCCCGTCATCCATCCAGACTCCGTCAACACCTGCGCAGGCGTCGACCTCGCTTATTGGGAGCAGGACGGGGAACCGTACGGCGTATGCAGTATCATCGTGATTGACGCTGATACAAAAGAAGTGATTGAAAAAGTGCACAGCGTGGGGAAAATCAGCGTGCCGTATGTTTCCGGTTTTCTTGCGTTTCGCGAGCTGCCGCTGATCATTGAAGCGGCAGAAAAGCTGGAGGCGGAGCCGGATGTGTTTTTGTTTGATGGCAACGGGTATCTGCATTACAATCATATGGGCGTTGCCACCCATGCGGCTTTTTTTCTGGGTAAGCCGACGATAGGGATTGCGAAAACCTATCTCAAAATCAAAGGCTGCGATTTCGTGACGCCTGAAAATGAAGTCGGCGCATACACCGATATTATCATTGACGGCGAGGTATATGGACGGGCGCTGCGAACGCGGCGGGACGTGAAGCCTATCTTTTTGTCTTGCGGACATGACATTGATTTAGAAAGCAGCTATCAGATCACGATGAGCTTGATCAATCAAGAAAGCAGGCTGCCGATCCCTGTCCGTCTGGCTGACCTTGAAACGCATGTTTTGCGAACGTTTTATCGGAAAAATCACGTGTAA MKIHQIHDFDLKDESDFVRTQQSLIHKINLSPVIHPDSVNTCAGVDLAYWEQDGEPYGVCSIIVIDADTKEVIEKVHSVGKISVPYVSGFLAFRELPLIIEAAEKLEAEPDVFLFDGNGYLHYNHMGVATHAAFFLGKPTIGIAKTYLKIKGCDFVTPENEVGAYTDIIIDGEVYGRALRTRRDVKPIFLSCGHDIDLESSYQITMSLINQESRLPIPVRLADLETHVLRTFYRKNHV NA NA NA NA NA D1-12_02529 882 gltR_2 COG0583 HTH-type transcriptional regulator GltR ATGGAATTGAAGCAGCTGATCACCTTTATTACCGCAGCAGAACATGTAAACTTCACCCTAACCGCCAAGATGCTTAACTATGCACAATCAAGCGTTACCTCTCAGATCAAATCACTTGAAGAAGAAATCGGGACTCCTTTATTTGAACGGCTCGGCAAGCGGCTCATCCTGACAGAAGCCGGCAAAACGTTCAAATCCTATGCGGAGAAGATCATTGCGTTAACAGAAGAAGCAAAAATGGCCGCAAATCAAGTAAGAGAAACAACCGGAACGTTGAAAATCGGCGCGACGGAAAGCCAGTGCACATACCGCCTTCCGCCTATCATAAAAGAATTCAAACAGGCTTTTCCTCAAGTAAAGCTCATATTCAAACCGTATGTGTCCAACGAACAAGCGAAAGAACAGCTCTTACAGGGCCAGCTTGATATCACTTTCATTTTGGATGTGAACCGGACGGAAGACGCACTGCACGTTGAATCTTTGATTCAGGATGAAATCAAAATGGTAGCCGCCAATGACCATCCTTTTCCAGCAGACTCACCAGCAACATTGAAAGACCTTCAAAACGAAACCCTTCTGCTGACAGAGGACGGCTGTTCATACCGCACGCTCTTTGAGAACACTTTACATGACGCCGGAGTCTACCCTAACAAATTAGAATTCGTCAGCATAGAAGCCATCAAACAATGCGTGATGGCCGGACTTGGAATTGGACTATTGCCTGAAATGACAGTAAAAGACGATATTGCCGAAGGACGGATGAAAGAACTCAGCTGGCAGAATGAATGCCCTGTTTTTACTCAATTAGCATGGCATAAGGACAAGTGGATGTCTGCGCCATTAAAGGCTTTTATCGATTTGACGCGAAAAACATTCAAATAA MELKQLITFITAAEHVNFTLTAKMLNYAQSSVTSQIKSLEEEIGTPLFERLGKRLILTEAGKTFKSYAEKIIALTEEAKMAANQVRETTGTLKIGATESQCTYRLPPIIKEFKQAFPQVKLIFKPYVSNEQAKEQLLQGQLDITFILDVNRTEDALHVESLIQDEIKMVAANDHPFPADSPATLKDLQNETLLLTEDGCSYRTLFENTLHDAGVYPNKLEFVSIEAIKQCVMAGLGIGLLPEMTVKDDIAEGRMKELSWQNECPVFTQLAWHKDKWMSAPLKAFIDLTRKTFK NA NA NA NA NA D1-12_02530 546 ywqN COG0655 Putative NAD(P)H-dependent FMN-containing oxidoreductase YwqN ATGAAAATTGCGGTTATTCATGGCGGAACGAGGTCTGGCGGAAATACGGATATTCTTGCGGAGAAGGCTGTTCAAGGATTCGATGCGGAGCACATTCATTTGCGGAAATATCGGCTCCAGCCAATTGAAGATCTGCGTCACGCCCAAGGCGGCTTTCGTCCTGTTCAAGATGACTGCGATTCTATTATTGAGCGGATATTGCCGTGCGATATTCTTGTATTCGCCACCCCAATTTATTGGTTTGGCATGTCAGGGACATTAAAGCTGTTTATTGATCGCTGGTCACAGACGTTAAGAGATCCGAGATTTCCTGATTTTAAACAGCAAATGTCAGCGAAGCAGGCATATGTAACAGCAGTGGGAGGAGACAATCCTAAACTAAAAGGGCTGCCGCTGATTCAGCAATTTGAACATATTTTTCATTTTATGGGGATGTCCTTTAAAGGCTATGTGCTGGGAGAAGGCAATCGTCCCGGTGATATTCTTCATGATCATCAGGCGCTGAGCGCGGCGAGCCGTTTATTGAAAAGAAGTGATGCGATATGA MKIAVIHGGTRSGGNTDILAEKAVQGFDAEHIHLRKYRLQPIEDLRHAQGGFRPVQDDCDSIIERILPCDILVFATPIYWFGMSGTLKLFIDRWSQTLRDPRFPDFKQQMSAKQAYVTAVGGDNPKLKGLPLIQQFEHIFHFMGMSFKGYVLGEGNRPGDILHDHQALSAASRLLKRSDAI NA NA NA NA NA D1-12_02531 219 hypothetical protein ATGAAGCTGCTGCTGGTTATCTCTGGTATGTTGATACTCGCACTCTTTTTAGCTTGGAAAGCGCCGACTTCTGTTTGGATACAGGCTGAAACCAATTCGCCTCAGGTTCAGCAATTTGTGAGAATGGCAGGCGCAACGCTGCAAGTCAAGCAAATCATCAAGAGTGATGCAGGCGAAGAAACAGTTGTCATATCAAATGGTATTTCTGGGCCAAAATAA MKLLLVISGMLILALFLAWKAPTSVWIQAETNSPQVQQFVRMAGATLQVKQIIKSDAGEETVVISNGISGPK NA NA NA NA NA D1-12_02532 537 chrA Chromate transport protein ATGATCATGATTTATATATTTATGGCGTTTTTTGTCGCAAACGTACTCGGATATGGAGGCGGACCGGCGTCGATCCCGCTGATGTTTGAAGAAGTCGTCAACAGATACAGCTGGCTCTCAAACGATCAATTCTCAAATATGCTCGCACTTGCGAACGCATTGCCGGGCCCGATCGCAACCAAAATCGCGGCGTATGTCGGCTACAGCGCAGGCGGGTGGCCCGGGTTCCTGATTGCGCTGATCGCCACTGTCGTACCGTCGGCGCTCGCATTGATCGTCCTCTTGCGCATCATTCAGCGCTTCCGCCAATCCCCTGTCATCAAAGGTATGACGCTGTCCGTCCAGCCTGTCATCGCCGTCATGATGCTTATTCTTACCTGGCAAATCGGCGCAGACGGCATCAAAGCGATCGGCTGGGTTCAAGCGATAGTGATTGCGGGGATTTCCCTTCTTGCCTTGACAAAATTCAAGATGCATCCGGCCTTCCTGATTGTCGCGGCGTTTTTGTATGGAGGGCTTGTGATTCCTCATTTATAA MIMIYIFMAFFVANVLGYGGGPASIPLMFEEVVNRYSWLSNDQFSNMLALANALPGPIATKIAAYVGYSAGGWPGFLIALIATVVPSALALIVLLRIIQRFRQSPVIKGMTLSVQPVIAVMMLILTWQIGADGIKAIGWVQAIVIAGISLLALTKFKMHPAFLIVAAFLYGGLVIPHL NA NA NA NA NA D1-12_02533 591 hypothetical protein ATGAAACATCCCTATTGGGACATTACGGCGGCGATGGTCCGAACGGGCATTCTCGGATTCGGGGGCGGACCGTCGGTGATCCCGCTCATCCGCCATGAAGCCGTCAATAAATACAAATGGATAGATGATGATGAATTCGGAGAAATATTAGCCATCGCTAATGCGCTTCCCGGACCGATTGCCACAAAAATGGCTGCGTATCTGGGCTTCAAGCTGAAAGGCACGTTAGGCGCAATCTTGGCAATCCTCGCCCATATTCTGCCTACATGTCTTGCTATGGCAGGCTTGTTTGCCGCTGTCAATGTCTTAAGCCACTCAGCGGTTGTTGCCGGCATGATTGGCGCCGTCACGCCGGTGATCGCCGTCATGCTCGGCATCATGGCGTACGAGTTTGGCCAAAAAGCGCTTAAAGGATTCGGCTGGGTCACGGGCATCCTGTTTTTTATCATCGCTTTTATCGGCCTGCAAACGCTGCAGATCAACCCCGGCTTTGTCATTATCATTTTCTTGGCGTACGGCGCGTTTCATTTTAAATTAAAGGACAAAATCACAAATAAACGTTCAAAAGATAAAGGAATGTCGGCCTCATGA MKHPYWDITAAMVRTGILGFGGGPSVIPLIRHEAVNKYKWIDDDEFGEILAIANALPGPIATKMAAYLGFKLKGTLGAILAILAHILPTCLAMAGLFAAVNVLSHSAVVAGMIGAVTPVIAVMLGIMAYEFGQKALKGFGWVTGILFFIIAFIGLQTLQINPGFVIIIFLAYGAFHFKLKDKITNKRSKDKGMSAS NA NA NA NA NA D1-12_02534 477 hypothetical protein TTGGAACATGAATACAGCATTCCGAATCTTGTCCTTGATGAAACGGATAAACAGATTCTTTCGATTTTGCACGAGGAAGGGAGGATTTCCTATACAGACGTAGGAAAGCGGGTTAACCTTTCGCGAGTGGCGGTTCAGCACCGCATTCAGCATTTACTGGATGCCGGTGTGATTGAAAAATTCACCGCTGTCATCAACCCGGCGAAAATCGGCCGTCATGTGTCCGTGTTTTTTAATGTGGAGGTGGAGCCGCAGTATTTGGAGGAAACCGCATTAAAGCTTGAAAAGGAGCCGGCCGTGACAAGCCTTTATCACATGACCGGACCGAGCAAGCTGCATATGCACGGCATTTTCGCAAATGATCAGGAAATGGAAGAGTTTTTGACAAAACGGCTCTATACGCAAAAAGGCGTCGTCAGCGTCGACTGCCAAATGCTGATTAAACGGTATAAAAGCAGAACGGGCATGAAGCTGTAA MEHEYSIPNLVLDETDKQILSILHEEGRISYTDVGKRVNLSRVAVQHRIQHLLDAGVIEKFTAVINPAKIGRHVSVFFNVEVEPQYLEETALKLEKEPAVTSLYHMTGPSKLHMHGIFANDQEMEEFLTKRLYTQKGVVSVDCQMLIKRYKSRTGMKL PGPT0004196_13 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_CHROMATE_RESISTANCE CHROMATE_RESISTANCE-CHR_TRANSPORT_SYSTEM,PGPT0004196-chrS-NA NA NA D1-12_02535 1578 ywrD COG0405 Glutathione hydrolase-like YwrD proenzyme ATGAATACTTCAACCATCGGAACGAAACAAATGGTCGTCAGTCCGCATTATCTCGCTTCTCAGGCGGGGGCCGGCATTCTGGAAAAGGGCGGAAACGCGTTTGACGCGGCAGTGGCGGTCAGCGCCTGTCTGGCAGTCGTGTATCCGCATATGACGGGTCTTGGCGGGGATTCATTTTGGCTCACTTACCATAAAGAAACGGGACGAATCAAAGCTTATAACGGGAGCGGCCGTTCAGGGAAGCATGTGACGAGAGACTTGTATCGGGGCAGAGAAGCGATCCCTCTGCGCGGGACAGAAAGCGCCATTACCGTTCCGGGAATGGCGGACAGCTGGGATGCCGTGCTTTCGGCGTACGGGCGTCTTTCGCTCGCTGAGGTGCTGAAGCCAGCTCTTGATTATGCGGCAAACGGATTTCCGGTGTCCGCCGACCAGTGCGCCCACACAGAACGCAATCTCGCTCTTTTAGCCTCGACGCCTTACACCTCGGCCATTTTTACGAGAAACAAAAAAGCGCCCATGCCCGGTGAACGGTTTGTCCAGAAGGATCTGGCGGCCAGCTTGGAGCAGCTTGCCGAGAAAGGCAGAAGCGCTTTTTATGAAGGAGACCTCGCTCAACGCATCACATCCTTTCTGCAAAACAACGGCGGCCGTCTGACACTTGATGACTTTAAAGCCCACCGCGGCGAGTGGACGAACCCGGTATCCTCCGATTACCGCGGGTGCAAAATCTATCAGGCTCCGCCGAATTCACAGGGCTTTACAGGCTTAATGACGCTCAATATATTGGAAAACTATGATTTTTCTCAGATCGAACACGGTTCCTTTGACTATTATCATCTGCTGATCGAGGCGCTGAAGAAGAGTTTTCAGCACCGGAATGAAGTGCTGACTGATCCGGCATTTTCTCATATTCCGCTGGATCGGCTGCTTGATAAACGGTATGCAAAGCAGCTTGCGGAAGAAATCGGTAACGTGGCTGCGCCGGCGGTAAGCCGGCCGGTCGGAAGCGACACTGCTTATGCCGCCGTTGCCGATGCGGAAGGAAATGCCGTTTCCTTTATTCAGAGCCTCTATTTCGAGTTCGGATCTGCCGTTACAGCGGGGGAGACGGGCATTCTGCTGCAAAACCGCGGGTCATTTTTTTCGCTGGACGAATCCCATGTCAATACACTTGAACCCGGCAAGCGGACGTTCCACACCCTCATGCCGGCGATGGCCTGTAAAGAAGGAAGACCGCACATCCTGTACGGAACCCAGGGAGGAGAAGGCCAGCCGCAAACTCAGACAGCGATGATTACGCGCATCATTGATTACAAAATGAACCCCCAGCAGGCGATCAATGAGCCGCGCTGGGTCTGGGGACGGACATGGGGAGAGGAGTATGAAGGGCTGAGGGTTGAAAGCAGAATCAGCCCTGAAACAAGAGAAGCCCTAAGGCAGAGCGGCCACCGCGTCGAGACCGTTGGTGATTTCAACGGGCTTATGGGCCATGCGGCAGCGATCGTCATTGATGAAGAAGGCTTTCTCCAAGGCGGGGCCGACCCGCGCGGCGACGGAGCGGCCGCAGGAGTATAG MNTSTIGTKQMVVSPHYLASQAGAGILEKGGNAFDAAVAVSACLAVVYPHMTGLGGDSFWLTYHKETGRIKAYNGSGRSGKHVTRDLYRGREAIPLRGTESAITVPGMADSWDAVLSAYGRLSLAEVLKPALDYAANGFPVSADQCAHTERNLALLASTPYTSAIFTRNKKAPMPGERFVQKDLAASLEQLAEKGRSAFYEGDLAQRITSFLQNNGGRLTLDDFKAHRGEWTNPVSSDYRGCKIYQAPPNSQGFTGLMTLNILENYDFSQIEHGSFDYYHLLIEALKKSFQHRNEVLTDPAFSHIPLDRLLDKRYAKQLAEEIGNVAAPAVSRPVGSDTAYAAVADAEGNAVSFIQSLYFEFGSAVTAGETGILLQNRGSFFSLDESHVNTLEPGKRTFHTLMPAMACKEGRPHILYGTQGGEGQPQTQTAMITRIIDYKMNPQQAINEPRWVWGRTWGEEYEGLRVESRISPETREALRQSGHRVETVGDFNGLMGHAAAIVIDEEGFLQGGADPRGDGAAAGV PGPT0021715_531 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021715-hpxW-K22602 NA NA D1-12_02536 345 hypothetical protein ATGGATTTCACTCAGTTACTGATTTTTTCAGCCGTATTTATTTTGCTCAGCCTTATGTTTCAAGTATTTGCCGTCAAAGTTCTCAATTTGCCAAAGCCTGTTAAAAAGCAGAAGCCGATAAACGGCACACATCGATTAATCGAAATCACACTGCTTATTACGGGCATCGCAGCGGTGAATTTTTTCAATGAAATGTACGTATTTGCGGGAGTTGTTTTCATGCTATTTTGCTGCAGCGGCTTAATGGAATGGCGGCACCGGCGGGAGGAAAAGCAATATGTGTACGATTCGTTTTACGCGGGTCTTTCTGCCGCGCTTGGCGTGCTTATTTTTTTCATCAGTTAG MDFTQLLIFSAVFILLSLMFQVFAVKVLNLPKPVKKQKPINGTHRLIEITLLITGIAAVNFFNEMYVFAGVVFMLFCCSGLMEWRHRREEKQYVYDSFYAGLSAALGVLIFFIS NA NA NA NA NA D1-12_02537 621 hypothetical protein ATGCATATCTTACGAGCAGACGAACTGAACGCAAAAGACACTTACAAATTGCTTTCGGGCACAGTCGTTCCCCGGCCGATCGCATTTGTCACTACGCGGTCATCCATCAACGGCGCCGTAAACGCGGCGCCCTTCAGTTTCTATAACGTTGTCTCCGCAGAACCGCCGCTTCTGGCCATCTCAGTCAGCCGCGCGGACGGGCGGCAGAAAGACACCGCGAGAAACGCAATCGCTCATCGGGAATTCGTGGTGCACGTCAGTGATGAGTCCATTATTGAAGACATTAACAAAACGGCGGCAAGGCTTGATCCTGATGTCAGTGAGCTTGGCATGACAGACCTTTCTGTGACAGACAGCGCTTGCATCAGCGTTCCCGGTATAAAAGAAGCAAAGGTCAGGTTTGAATGTATACTCGAACGCCATCTTCCGTTCCAAAATGACAGCGGAGAAACGACGACAGACCTCATCATCGGCAGAGTCGTTTGTTTTCATTTGAATGACCAAGTATATGACGCCGATAAAGGCTACATACGGACAGATGAGCTGAAGCCTGCGGCAAGGCTCGCGGGGAATGAATACGCCAGACTCGGGAAGACATATACGCTTGTCCGCCCGACCTGA MHILRADELNAKDTYKLLSGTVVPRPIAFVTTRSSINGAVNAAPFSFYNVVSAEPPLLAISVSRADGRQKDTARNAIAHREFVVHVSDESIIEDINKTAARLDPDVSELGMTDLSVTDSACISVPGIKEAKVRFECILERHLPFQNDSGETTTDLIIGRVVCFHLNDQVYDADKGYIRTDELKPAARLAGNEYARLGKTYTLVRPT NA NA NA NA NA D1-12_02538 567 cotG Spore coat protein G ATGGGCCACTATTCCCATTCTGATATCGAAGAAGCAGTAAAATCCGCAAGCACCGAGGGATTGGAAGATTATTTGTACCAAGAACCAAAAAGCAGTAAGAAGAGAAAATCTCGCAGCCATAAAAAATCTCGTTCTCACAAAAAATCTCGCAGTCATAAAAAGTCCCGTTCTCACAAAAAATCTCGCAGTCATAAAAAATCGTGCCGCTCTCACAAAAGATCTCGCAGCCATAAAAAATCCCGCTCTCACAAAAGATCTCGCAGCCATAAAAAATCCCGTTCTCACAAAAAATCTCGCAGCCATAAAAAGTCCCGTTCTCACAAAAAATCTCGCAGCCGTAAAAAATCTTGCCGGTCTCACAAAAAATCTCGCAGCCGTAAAAAATCTTGCCGGTCTCACAAAAAATCTCGCAGCCACAAAAAATCATGCCGCCGCAAGAAAAAACGCACGCAGAAAAAACCTTATCGTCCTCATAAAAAAGACCCTTGCAAAAAAGACGATTACTGCAGCAAAACAGAGTACTGGAAAGACGGGAACATCTGGGTTGTAAAGAAAAACTACAAGTAA MGHYSHSDIEEAVKSASTEGLEDYLYQEPKSSKKRKSRSHKKSRSHKKSRSHKKSRSHKKSRSHKKSCRSHKRSRSHKKSRSHKRSRSHKKSRSHKKSRSHKKSRSHKKSRSRKKSCRSHKKSRSRKKSCRSHKKSRSHKKSCRRKKKRTQKKPYRPHKKDPCKKDDYCSKTEYWKDGNIWVVKKNYK PGPT0025166_7 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_COAT_PROTEIN,PGPT0025166-cotG-NA NA NA D1-12_02539 1095 cotH COG5337 Inner spore coat protein H ATGAAAGACCAATCAACATTGCCTCTATACCAGCTGTTTATTCACCCGAAAGACTTAATGGAGCTGAAAAAAGACATTTGGGATGATGATCCGGTGCCCGCGGTGCTGAGAGTGAAACAAAAAAGGCTTGACATTGATCTGGCGTACCGCGGCTCGCATATAAGAGATTTCAAGAAAAAATCGTATCACATCGCTTTTTATTCGCCGAAAACATTTCGCAGGGCGAAAGAGATACATTTAAACGCTGAATACAAAGATCCGTCGATGATGCGGAATAAGCTGTCTCTCGATTTCTTCGCGGAGCTTGGGACGCTGTCACCAAAGGCGAATTTCGTAACCCTGCAAATCAATGGCAGACATGAGGGGGTGTATCTTGAGCTGGAGTCAGTGGATGAATATTTTCTGGCGAAACGGAATTTGGCGGACGGCGCTGTTTTTTACGCGGTTGATGACGACGCCAATTTCTCCCTCGTCAGTGATCTGGAGCGGGATACGAAAACATCGCTCGAACTTGGTTATGAAAAGAAAACGGGAACGAAAGAAGACGATTTATACTTGCAGGATATGATCTATAAAATTAATACCGTTCCGAAGTCAGAGTTCAAGGGGGAGATCGTCAAACACTTGGACGCCGATAAGTATTTGCGGTGGCTTGCGGGCATCGTGTTTACCTCAAACTACGATGGATTTGTTCATAATTACGCTTTATACCGGAATCATGAAACGGGACTTTTTGAAGTCATTCCGTGGGATTACGATGCGACGTGGGGAAGAGACATTCATGGTGATCGGATGGAGGCCGATTATGTCAGAATACAAGGGTTTAATACCTTGACTGCAAGGCTTCTGGATGAACCGTATTTCCGCAAAGCGTACAAACGGCTTTTGGAAGAGACGCTTCAGACGCGGTTTACCATTGAACATATGAAGCCGAAGGTCATGTCACTGTATGAGCAGATCAGGCCGCATGTCGCGAAGGATCCATATAAGAAAGAAGAGATTGATTGCTTTGACCGGGAGCCTGAAGTGATTTGCGAATACATTAAGGAGCGGTCAGCCTTCATCAGCAGTGAGTTAGAGCGGTGGAATATCTGA MKDQSTLPLYQLFIHPKDLMELKKDIWDDDPVPAVLRVKQKRLDIDLAYRGSHIRDFKKKSYHIAFYSPKTFRRAKEIHLNAEYKDPSMMRNKLSLDFFAELGTLSPKANFVTLQINGRHEGVYLELESVDEYFLAKRNLADGAVFYAVDDDANFSLVSDLERDTKTSLELGYEKKTGTKEDDLYLQDMIYKINTVPKSEFKGEIVKHLDADKYLRWLAGIVFTSNYDGFVHNYALYRNHETGLFEVIPWDYDATWGRDIHGDRMEADYVRIQGFNTLTARLLDEPYFRKAYKRLLEETLQTRFTIEHMKPKVMSLYEQIRPHVAKDPYKKEEIDCFDREPEVICEYIKERSAFISSELERWNI PGPT0025165_236 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_COAT_PROTEIN,PGPT0025165-cotH-K06330 NA NA D1-12_02540 894 hypothetical protein ATGAAACGCAATACGAAGCGGCAGCGGTCTGATGACAACTTTTTGCATGCGATGGAAGGAAAAGTAATTACTGTCTACCGGGGAGGCCCGGAGTCCAAGACAGGGAGATTAGCAGACATTCAATCGGATTATATCGCTCTTCAGGTTGATAATAAAATCGTTTATTATCAATGGAAACACGTGAAAAGTGTGACGGAAAATACGAGTGAAACCGTATCGCCGGCCGAAGCGGCAGAATGTGAAAAAGCTGATGATTTTCAAGATCTGATCAGCCGGATGACCAATCGCACGGTGCAATTGAATCAGGGAGGTCCGGAATCGAAAAGAGGAAAGCTTCACGAAACAGGGGATGATTTTCTCGTGCTGGAAACGGAAGATGACGGAATTGTATATTTTAACGCCGACCATGTCAAAAGCATCAGCGCGGAACAAGAAGAGGACGGCCAAGAGGAGGAGCGCCCGGAATTTGAAAAAGCTGATGATTTTCACGGCATATTTAAACGCCTGATCCACAAATGGGTATCCATCAACCGCGGAGGTCCTGAAGCCGTTGAAGGTATACTTGTGGATAATTCCGACGGCCACTACACTCTTGTGAAAGATAAAGAAGTGCTGCGGATCTATCCTTTTCATATCAAGAGCATCAGCGAAGGGGCAAAAGGAGCAGCTAAAAAAGAGGAGAATAAAGACGACGAGAATAAAGGTGAGAAAGAGAGCGCCGAAGAAGAAAAGCCGCATGAAGAAGAATCACGCGAAGAGAAGCGTACTTCCTCTAAAAAGTCGAAAAGATCATCAAGATCCGTTCGATCCTCAAAACGGGAGAAAGAGGTCTCTTATAGCTACGCCACTGTATTAAGGACAATAGATTATCGGTGGAAACGCGGCCGTAAATGA MKRNTKRQRSDDNFLHAMEGKVITVYRGGPESKTGRLADIQSDYIALQVDNKIVYYQWKHVKSVTENTSETVSPAEAAECEKADDFQDLISRMTNRTVQLNQGGPESKRGKLHETGDDFLVLETEDDGIVYFNADHVKSISAEQEEDGQEEERPEFEKADDFHGIFKRLIHKWVSINRGGPEAVEGILVDNSDGHYTLVKDKEVLRIYPFHIKSISEGAKGAAKKEENKDDENKGEKESAEEEKPHEEESREEKRTSSKKSKRSSRSVRSSKREKEVSYSYATVLRTIDYRWKRGRK PGPT0025140_32 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_COAT_PROTEIN,PGPT0025140-cotB-K06325 NA NA D1-12_02541 675 hypothetical protein ATGGCTGGATTAAGCAGATTTCTGGATAAACAAGTCGATATTGAGATATCGGGGAATACGACATTTTCAGGAACTCTTTTGGATATCGGTCAGGATATCATTGTGATTCATGACGGCCGGACGTTTCTTTATATTCCGCTGCTGCATCTTCAGCGGATGACATTGACGCTCCCGGACGAAGAGAATAAAGAACCGTACGCAAGAAAAAAAAGTCCGCATCCCGAAAAACAGGAACATTCATTTTCTTACCGGAATACCCTCCAGCATATAAAAGGCAGATTTACAGAAATATTTGTTACGGGAGACCGTTCCATTCATGGGTATGTGACAAGTGTTTTAAATGATTATTTTGTTTTCTTCTCTCCGGTTTATAAGACTCTTTTCATCTCGATGCATCATTTGAAATGGCTGACACCCTATTCCGATGAGCAGACGCCGTATACATTAAACAGTTCAGAGCTGCCGGTTGTTCCCGCTAATGTGCCCCTTGTCCGGAATTTTGAGGAGCAATTAAAAAGGTATATCGGGAAGCTGATTATTCTGGATTTAGGAGATATACCGAATAAAGTGGGGCTGTTGCAGGATGTCTCAGATAATATTCTTGAATTGACCAATGCAGACGGCGATACTGTTTTTTGGAAATTGAATCATTTAAAGACCATGCACCTGCCATAA MAGLSRFLDKQVDIEISGNTTFSGTLLDIGQDIIVIHDGRTFLYIPLLHLQRMTLTLPDEENKEPYARKKSPHPEKQEHSFSYRNTLQHIKGRFTEIFVTGDRSIHGYVTSVLNDYFVFFSPVYKTLFISMHHLKWLTPYSDEQTPYTLNSSELPVVPANVPLVRNFEEQLKRYIGKLIILDLGDIPNKVGLLQDVSDNILELTNADGDTVFWKLNHLKTMHLP NA NA NA NA NA D1-12_02542 1332 arsB_2 COG1055 Arsenical pump membrane protein TTGACCCTGATTTCTTTCTTTGTGACCATTATTTTTATATTTTGGAGACCCGGGGGATTAAATGAAGCCGTTCCGGCGTCGCTGGGCGCCATTCTCGTTTTGTTATGCGGAACCGTTTCCTTTCATGATTTGGGGGATATAGGGTCAAAAGTCACCGGAGCATCAATCACCATTATCTCCACAATGATTATGGCAATCGCGCTGGAAAGCTTCGGTTTTTTTAACTGGGCGGCGGCCAAACTGCTTCACCGCGCCAAGGGATCGGGCATCCGGCTTTTTTGGCTGACCAACCTGCTCTGTTTTTCAATGACGCTCTTTCTGAATAATGACGGCAGCGTCTTAATCACCACTCCTATTTTACTATTGGTCTTACAATATCTCGGACTTAAAAGACATCAGAAAACACCGTATTTAATAAGCGGCGTATTAATTGCGACGGCGGCAAGCACCCCGATCGGCGTCAGTAATATCGTCAATTTAATTTCTCTCAAAATGATAGGCATGGACCTTTATTTGTACACCAATATGATGTTTATCCCCGGCACGCTGGGACTGGTGTTTATGGCATTGCTGCTGTTTGCCGTTTTTTACCGCCGTTTGCCGAAACAGCTCCCCGATATTCCGGTTCATTTTGATTCGCTGGAACACAAACGATATCACCCGCTTCAGCCTCCGCCAGACCCGACCCAAAACAGCCGTACGAACATCATGTTTTGTGTTTTGGCATTTGTATTGTTCGTCCGGATCAGTCTGTTTGCAGCTTCTTACAACGGCATATCCGTTTCGCTCGTGGCTGTCATCAGTTCAGTCATCCTGCTTGGCTGGAGATGGTTTTATTTAAAAATCGGACCGGCAGACTTATTAAGGAAAGCGCCTTGGCATATCTTTATTTTTGCTTTCACAATGTACATTATCATCTACGGACTGCATAATATCGGACTGACGGCGCTGCTTGTTCAGTCTATTGAACCTTATGTCTCACAAAGCATTGCCCACGCTGCATCTATTATGGGCATTGCTACATCCGTCCTCTCTAATTTGTTCAATAACCATCCCGCCTTAATGATCAGCACTTTGACATTAACTGAAATGTCCATCGACCCATTAACCGTAAAAATCATTTATCTGGCTAATATTATCGGCAGTGATATCGGATCATTGCTTCTGCCGATCGGGACATTAGCCACGCTGATCTGGATGCATATCATCAGACAGCACGGCGAAAAAGTTTCTTGGTCAGAATATATCAAAACGACCATTATCGTTGTCCCTCTCACCGTCGTGTTTACCATTACCGTTTTATATGTTTGGATCAGTTGGATTTACCTTTAG MTLISFFVTIIFIFWRPGGLNEAVPASLGAILVLLCGTVSFHDLGDIGSKVTGASITIISTMIMAIALESFGFFNWAAAKLLHRAKGSGIRLFWLTNLLCFSMTLFLNNDGSVLITTPILLLVLQYLGLKRHQKTPYLISGVLIATAASTPIGVSNIVNLISLKMIGMDLYLYTNMMFIPGTLGLVFMALLLFAVFYRRLPKQLPDIPVHFDSLEHKRYHPLQPPPDPTQNSRTNIMFCVLAFVLFVRISLFAASYNGISVSLVAVISSVILLGWRWFYLKIGPADLLRKAPWHIFIFAFTMYIIIYGLHNIGLTALLVQSIEPYVSQSIAHAASIMGIATSVLSNLFNNHPALMISTLTLTEMSIDPLTVKIIYLANIIGSDIGSLLLPIGTLATLIWMHIIRQHGEKVSWSEYIKTTIIVVPLTVVFTITVLYVWISWIYL PGPT0004710_125 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_ANTIMONY_RESISTANCE ANTIMONY_RESISTANCE_SYSTEM,PGPT0004710-arsB|arsenical_pump_membrane_protein-K03893 NA NA D1-12_02543 138 hypothetical protein ATGCATAAAAAAGAGGGCCGCCGAAAGCAGCCTCTTTTTTTTGTGCTTTTATGGAATTTTACTAAATTGGTAGAAACGCTCAGTACACCTTACGACCTGTACCCGTATACATACAGTACAACTGATCAGGAGGGATAA MHKKEGRRKQPLFFVLLWNFTKLVETLSTPYDLYPYTYSTTDQEG NA NA NA NA NA D1-12_02544 909 hcaR Hca operon transcriptional activator HcaR ATGGAGCTTCGCCATCTTCAATACTTTATTGCCGTTGCCGAAGAACTTCATTTCGGCAAAGCTGCGCTTCGGTTAAATATGACACAGCCGCCTCTCAGCCAGCAGATCAAACAGCTTGAGAAGGAAGTCGGCGTGACCTTATTAAAGCGCACGAAACGGGTTGTAGAGCTTTCAGCTGCCGGAGAAAGTTTTTTAAAACACAGCAGAAACGCGATCGAAGAAATAGACAAAGCGATTGAAATGGCGCAGAGAACGGCGCGGGGAGAGCTCGGCCGCCTTGTCGTCGGTTTTGTCGGCTCGGCCACATATGAATTTCTGCCGCCGATCATTCGGGAATTCCGCGAAAAATACCCCTCCGTCAAGCTTGATCTGCGTGAAATTTCTTCTTTCAGACAGCAGGAAGAACTTCTGAAGGGGAACATTGATATCGGCATCCTTCATCCGCCTTTACAGCATTCCGCGTTACATATGGAAAAGGTGCAGAGCAGTCCGTGCATTCTGGCTTTGCCGAAGCAGCACCCGCTTACCGCTAAACAGACAATCGACATTCAGGATTTAAAAAATGAACCGATTATCACACTGTCGAAAGAAACATGGCCGACTTTATACCTGGAGTTTGTGAACTACTGCGAGCAGGCGGGCTTTAAACCGAAAATCGTTCAGGAAGCGACGGAGTATCAAATGGTGATCGGATTGGTTAGTGCCGGTATCGGCGTAACCTTCGTGCCTTCTTCTGCTAAAAAGCTGTTTAATCTCGAAGTCGCCTACCGCGGCATTAATCAGGTGCAGCTCACGGCCGAATGGGTCATTGCCTACCGCAAGGATAATCAAAACCCGATTCTGAAACATTTTCTGGATATTATGAATAAGCGCCAGGCTTTATTGCAGGCGGATAAGGAAAATGCATAA MELRHLQYFIAVAEELHFGKAALRLNMTQPPLSQQIKQLEKEVGVTLLKRTKRVVELSAAGESFLKHSRNAIEEIDKAIEMAQRTARGELGRLVVGFVGSATYEFLPPIIREFREKYPSVKLDLREISSFRQQEELLKGNIDIGILHPPLQHSALHMEKVQSSPCILALPKQHPLTAKQTIDIQDLKNEPIITLSKETWPTLYLEFVNYCEQAGFKPKIVQEATEYQMVIGLVSAGIGVTFVPSSAKKLFNLEVAYRGINQVQLTAEWVIAYRKDNQNPILKHFLDIMNKRQALLQADKENA NA NA NA NA NA D1-12_02545 1716 alsS COG0028 Acetolactate synthase GTGTTGGCAAAAGCAACAAATGAACTAAAAACCTCTGAAAAAAATCGGGGGGCGGAGCTTGTTGTTGATTGCTTAGTGGAGCAAGGTGTCACACATGTTTTTGGCATTCCGGGTGCAAAAATTGATGCAGTATTTGATGCGTTAAAAGATAAAGGACCTGAACTGGTTTTATGCCGTCACGAACAGAACGCTGCATTTATGGCTGCGGCTGTCGGAAGACTGACTGGAAAACCAGGCGTTTGTCTCGTTACTTCAGGCCCGGGGGCATCCAACTTGGCGACCGGCTTGTTAACGGCTAATACAGAAGGTGATCCGGTAGTGGCGCTGGCGGGTAACGTAATTCGCGCAGACCGGTTAAAACGGACACACCAATCATTGGACAATGCGGCGCTATTTCAGCCGATTACAAAATACAGTGTAGAAGTACAGGAAACAGGGAATATACCAGAAGCGGTAACAAACGCCTTCAGGGCAGCGTCAGCAGGTCAGGCAGGCGCGGCTTTTGTGAGCTTTCCGCAGGATGTTGTGAATGAAATCACAAACGTGAAAAACGTACGCAGCGTGCCGGCGCCGAAACAAGGCCCTGCACCGGAAGAAGCGGTCAGCGCGGCTATCGCGAAAATCCAGACGGCGAAACTTCCCGTTCTGTTAGTCGGCATGAAAGGCGGAAGACCGGAAGCGGTAAAACAAATCCGCAAACTGCTTGCCAAAACAAAACTGCCTTTCGTAGAAACGTACCAAGGGGCCGGCACATTGTCCAGAGAGCTGGAAGACCAATATTTCGGCCGGATCGGACTGTTCCGCAACCAGCCGGGCGATCTTCTGCTTGAACAGGCGGATGTCGTATTAACGATCGGTTATGATCCGATTGAATACGATCCGAAGTTCTGGAACGTAAACGGTGACCGTGCTATTATCCATCTTGACGAAATCCAGGCCGATATCGATCATGCCTATCAGCCGGAATTAGAATTATTAGGCGATATCGCCGCTACGGTTAAACAAATTGAACACGACGCTGTGACATTTGATATGGGCAGCCGTGAACAAGAAGTGCTGAGCGAATTAAAGCAGATGCTCACAGACAGCGAGAAGGCGCCAAGCGACCATAAATCCGGCAGAGTGCATCCTCTGCAAATCGTCCAAGAACTGCGCAATGCAATTGATGACGACGTAACCGTCACTTGCGATATCGGTTCTCACGCGATCTGGATGTCCCGCTACTTCCGCGCTTATGAGCCGCTGAAACTGTTGATCAGCAACGGCATGCAGACATTGGGCGTAGCGCTTCCTTGGGCGATTGCCGCCACATTGGTGAATCCGGGTGAAAAAGTCGTATCCGTTTCAGGAGACGGAGGATTCCTGTTCTCTGCAATGGAATTGGAAACGGCAGTCCGCTTAAAAGCGCCGATCGTTCACCTTGTATGGAATGACAGCACATATGATATGGTCGCATTCCAGCAAATGAAAAAATATAACCGTACATCATGCGTAGATTTCGGAAACATTGACATCGTAAAATATGCAGAAAGCTTCGGCGCCACCGGCTTGCGCGTTGAGTCACCGGAACAGCTGGCAGACGTGCTGCAAAAAGGCTTGAACACAGAAGGCCCTGTCATCATTGACATTCCTGTCGATTACAGTGACAATGTTCATTTATCAAGCGACATGCTTCCGAAGCAATTCAAAGAAAAAATGAAAGCAAAAGCTCTCTAG MLAKATNELKTSEKNRGAELVVDCLVEQGVTHVFGIPGAKIDAVFDALKDKGPELVLCRHEQNAAFMAAAVGRLTGKPGVCLVTSGPGASNLATGLLTANTEGDPVVALAGNVIRADRLKRTHQSLDNAALFQPITKYSVEVQETGNIPEAVTNAFRAASAGQAGAAFVSFPQDVVNEITNVKNVRSVPAPKQGPAPEEAVSAAIAKIQTAKLPVLLVGMKGGRPEAVKQIRKLLAKTKLPFVETYQGAGTLSRELEDQYFGRIGLFRNQPGDLLLEQADVVLTIGYDPIEYDPKFWNVNGDRAIIHLDEIQADIDHAYQPELELLGDIAATVKQIEHDAVTFDMGSREQEVLSELKQMLTDSEKAPSDHKSGRVHPLQIVQELRNAIDDDVTVTCDIGSHAIWMSRYFRAYEPLKLLISNGMQTLGVALPWAIAATLVNPGEKVVSVSGDGGFLFSAMELETAVRLKAPIVHLVWNDSTYDMVAFQQMKKYNRTSCVDFGNIDIVKYAESFGATGLRVESPEQLADVLQKGLNTEGPVIIDIPVDYSDNVHLSSDMLPKQFKEKMKAKAL PGPT0008185_4966 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 D1-12_02546 768 alsD COG3527 Alpha-acetolactate decarboxylase ATGAAAAACGCAAGCGACATCCATATGATGAGCCGCGGAGAAAAAGGCTCACCTGAGGATCAGATCTATCAAGTATCCACAATGACATCTCTGCTGGACGGAGTATATGACGGAGATTTTGATATGGCTGACATTCCGAAGTTCGGTGATTTCGGAATCGGCACGTTCAACAAACTGGACGGCGAATTAATCGGATTTGACGGAGAATTTTACCGTCTGCGCGGCGACGGTACGGCTACGCCTGTTAAAGGCGGAGACCTGTCACCATTCTGCTCATTCACATTTTTTACGCCGGATATGACGCATACGATCGACGGCGAAATGACCCGTGAAGAATTCGAGCAGGAAATCGCCAGCCTTCTGCCTAGTAAAAACTTATTTTATGCGATCCGTTTAGACGGCGTATTTAAAAAGGTGCAGACAAGAACGGTAGAACGCCAGGAGAAACCGTACGTTCCGATGATCGAAGCGGTAAAAACACAGCCTGTGTTCAACTTTGACGACATCCAGGGTACAATCGCCGGCTTCTGGACGCCGGGTTACGCAAACGGCATCGCTGTTTCCGGATATCACCTGCACTTCATTGATGAAGGACGCAATTCCGGCGGACACGTGTTTGACTATGTCATTAAAGATTGTAAAGTGACCATTTCTCAAAAAATGAATATGAACCTCAAGCTTCCGAATACGGCGGACTTTTTCAACGCAAATTTAGATAATCCGAATTTTGCGAAGGACATCGAAACAACCGAAGGAAGCCCGGAATAA MKNASDIHMMSRGEKGSPEDQIYQVSTMTSLLDGVYDGDFDMADIPKFGDFGIGTFNKLDGELIGFDGEFYRLRGDGTATPVKGGDLSPFCSFTFFTPDMTHTIDGEMTREEFEQEIASLLPSKNLFYAIRLDGVFKKVQTRTVERQEKPYVPMIEAVKTQPVFNFDDIQGTIAGFWTPGYANGIAVSGYHLHFIDEGRNSGGHVFDYVIKDCKVTISQKMNMNLKLPNTADFFNANLDNPNFAKDIETTEGSPE PGPT0008180_343 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-ANTIMICROBIAL_COMPUND_RESSITANCE-ACETOIN|2|3-BUTANEDIOL_SYNTHESIS,PGPT0008180-budA|aldC|aldB|alsD-K01575 NA NA D1-12_02547 525 ywrO COG2249 General stress protein 14 GTGAAAGTATTGGTATTAGCGGTTCATCCTGACATGAACAACTCAGCGGTCAATAAGGCGTGGACAGAAGAATTAAAAAATCATGATGAAATCACGGTCCGTGAGCTTTATAAAGAATATCCGGACGGGAAAATAGATGCGGAAAAGGAACGGCAGCTGTGTGAACAGTATGACCGGATCGTATTTCAATTCCCGCTGTACTGGTACAGTGCGCCTCCGCTTTTAAAAACATGGATGGATCATGTGCTGGCGTATGGATGGGCTTACGGCTCCAAAGGAAAGGCGCTGCACGGCAAAGAATTGCTGCTGGCTGTTTCCGTAGGTGCCGGAGAGGATGCATATCAGGCAGGCGGGTCTAACCATTTTTCACTGAGCGAGCTCTTAAGGCCGTTTCAGGCAATGGCTAATTTTACGGGTATGACCTATTTGCCGGCTTTCGCGATGTACGGGGTAAGCAGCGCCGATGCTGCGGCTATCCGTGACAATGCCAAACGCCTGGCGGATTACATAAAGAAGCCATTTTAG MKVLVLAVHPDMNNSAVNKAWTEELKNHDEITVRELYKEYPDGKIDAEKERQLCEQYDRIVFQFPLYWYSAPPLLKTWMDHVLAYGWAYGSKGKALHGKELLLAVSVGAGEDAYQAGGSNHFSLSELLRPFQAMANFTGMTYLPAFAMYGVSSADAAAIRDNAKRLADYIKKPF PGPT0013810_572 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-POTASSIUM_TRANSPORT,PGPT0013810-kefG-K11748 NA NA D1-12_02548 534 ywsB Cell wall-binding protein YwsB ATGAAGAAAACAGCCAAAGCGGCATCCATTCTGACCCTTGCAGCGGGAATAACAGCGGCTTCAGCTGCCGGAATAACGCCTCTTCCGGAGACACACGCGCAAGAAGCGGTCAAAATTGACGATCTGTACAGCTACCCGCTTGACTCTTATCTCGTTTCCGCGGAAGCATTGAACGTCAGAACAAAAGCATCAGCAGCCAGTCCGAGAGCTGATACCCTTCATTTAGGCGACAGCTTAAAGATCGTTTCATTCCAGAACGCTGACTGGGCAAAAGTACATTATAAAAACGGAAAAACAGGATTTGTATCTACTCATTATATTGTTAAAGAAGCAACAACCGTAAAAACGACGGCAAAAACAAAAGTATATACAGACAAACAAGCGGTCAAAGCTTCCCTTGCTAAAAACACGAGCGTTTCTTTCCTCGGATGGAAAAAGACAGCCGGCGGCGGCATTGATTTCGGCTGGGCGCTTGTCGATTACGGGGGCGCAACGGGATATATCAGCACAAAAGATCTGCAAAAACTGACATAA MKKTAKAASILTLAAGITAASAAGITPLPETHAQEAVKIDDLYSYPLDSYLVSAEALNVRTKASAASPRADTLHLGDSLKIVSFQNADWAKVHYKNGKTGFVSTHYIVKEATTVKTTAKTKVYTDKQAVKASLAKNTSVSFLGWKKTAGGGIDFGWALVDYGGATGYISTKDLQKLT PGPT0022161_7 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-SURFACE_ATTACHMENT SURFACE_ADHESION OTHER_SURFACE_ADHESION_PROTEINS,PGPT0022161-ywsB-NA NA NA D1-12_02549 918 rbsB COG1879 Ribose import binding protein RbsB ATGAAGAAAGCCATCATCACGATCGCGGCATTATCACTGTTTTTGCTGTCCGCCTGTTCACTTGAACCGCCACAATGGGCAAAACCGTCAAACACAAAACATAAAAAAGAATTCACTATCGGGCTCTCCGTCTCTACATTGAACAATCCGTTCTTCGTTTCATTAAAAGAAGGCGTTGTAAAGGAAGCCAAAAAACGGGGCATGAAGGTCATTATTGTCGATGCCCAAAATGATTCATCTAAACAGTCAAATGACGTAGAAGATTTGATCCAGCAGGGAGTCGATGCGCTGCTGGTCAATCCGACCGATTCATCAGCGATTTCAACAGCCGTCGAATCGGCAAATTCCCTCGGCATTCCCGTCATTGCGCTTGATCGTTCAGCCGAACACGGCAAAGTCGAAACGCTTGTCGCCTCTGACAATGTCAAAGGAGGAGAAATGGCGGCTGACTACCTCGCCGATCAGCTCGGAAAAGGCGCCGAAGTGGCTGAATTACAAGGGGTGCCGGGCGCATCCGCGACACGGGAACGCGGAACGGGCTTTCATCATATTGCCGACAAAAAGCTGGATGTCGTGACAAAGCAAGCGGCGGATTTTGACCGTACAAAAGGATTGACCGTCATGGAAAACCTGCTGCAGGGTCATCCGGATATTAAAGCCGTGTTCGCCCATAATGATGAAATGGCACTCGGGGCGCTCGAAGCGATTAACAGCTCGGGCAAACACATTTTGGTCGTCGGTTTCGACGGAAATAAAGATGCGATTTCTTCCATTAAAAACGGGAAGCTGACAGCCACGGTCGCCCAGCAGCCGGAGCTGATCGGAAAACTGGCGGCCGAAGCGGCGGAGCAGGTGCTCAAAGGAGAAAAAGTCAAAAAAACCATTTCCGCTCCATTGAAACTTCAAACACAAAAATAA MKKAIITIAALSLFLLSACSLEPPQWAKPSNTKHKKEFTIGLSVSTLNNPFFVSLKEGVVKEAKKRGMKVIIVDAQNDSSKQSNDVEDLIQQGVDALLVNPTDSSAISTAVESANSLGIPVIALDRSAEHGKVETLVASDNVKGGEMAADYLADQLGKGAEVAELQGVPGASATRERGTGFHHIADKKLDVVTKQAADFDRTKGLTVMENLLQGHPDIKAVFAHNDEMALGALEAINSSGKHILVVGFDGNKDAISSIKNGKLTATVAQQPELIGKLAAEAAEQVLKGEKVKKTISAPLKLQTQK PGPT0015740_5683 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 D1-12_02550 972 rbsC COG1172 Ribose import permease protein RbsC ATGAAAACTGAACCAATGACATCAACTGAACAAAAGCGATTTTCCATTCATACCTTCACGCAAAAACTCGGTCCGTTTCTCGGCTTACTGATTCTTGTGCTGATCGTTTCCGTTTTAAACCCGAGTTTTCTTGAACCCCTCAATATTCTCAACCTTCTTCGGCAGGTTGCGATTAACGCTCTGATTGCATTCGGAATGACGTTTGTCATTTTAACGGGAGGCATTGATCTCTCTGTCGGAGCCATCCTCGCCTTATCGAGCGCATTGGTCGCAGGTATGATGGTCTCAGGCATCGATCCGATCTTAGCCGTCATCATCGGCTGCGTGATCGGCGCCGTACTCGGCATGATAAACGGATTATTAATCACAAAAGGAAAAATGGCGCCGTTCATCGCCACTTTGGCGACAATGACCGTCTTTCGCGGACTGACCCTCGTCTATACGGACGGAAATCCGATTACGGGGCTCGGTTCAAATTACGCATTTCAATTATTCGGGCGCGGTTATTTTCTCGGCATTCCCGTACCTGCCATTACGATGCTGATTGCATTTGCGGCCCTGTGGGTTCTTCTGCACAAAACACCGTTCGGCCGCCGGACATACGCCATCGGCGGCAATGAGAAAGCGGCGCTGATATCGGGAATCAAAGTGCCCCGTATCAAGATCATGATCTATTCTCTGACAGGTTTATTATCGGCGCTGGCGGGAGCGATTCTGACATCACGCTTAAATTCCGCACAGCCGACGGCCGGGGAATCATACGAGCTGGACGCCATCGCAGCGGTCGTTCTCGGCGGAACGAGCCTGTCCGGCGGTCGAGGGCGCATCATCGGTACGCTGATCGGGGTTTTGATTATCGGAACGCTGAACAACGGCTTGAACCTTCTCGGCGTATCATCTTTTTATCAGCTCGTCGTCAAAGGAATCGTCATTATAATCGCGGTGCTGCTGGACCGCAAAAAATCGGCATAG MKTEPMTSTEQKRFSIHTFTQKLGPFLGLLILVLIVSVLNPSFLEPLNILNLLRQVAINALIAFGMTFVILTGGIDLSVGAILALSSALVAGMMVSGIDPILAVIIGCVIGAVLGMINGLLITKGKMAPFIATLATMTVFRGLTLVYTDGNPITGLGSNYAFQLFGRGYFLGIPVPAITMLIAFAALWVLLHKTPFGRRTYAIGGNEKAALISGIKVPRIKIMIYSLTGLLSALAGAILTSRLNSAQPTAGESYELDAIAAVVLGGTSLSGGRGRIIGTLIGVLIIGTLNNGLNLLGVSSFYQLVVKGIVIIIAVLLDRKKSA PGPT0016590_4490 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 D1-12_02551 1494 rbsA COG1129 Ribose import ATP-binding protein RbsA ATGCACATCGGCATGACAGACATTCATAAAGCATTCGGCAAAAACCAAGTGCTCTCCGGCGTCTCATTTGAGCTTCTGCCGGGAGAAATCCACGCTTTAATGGGAGAAAACGGAGCGGGAAAATCGACGTTAATGAATCTGCTCACCGGGCTCCACCGGCTCGACAAGGGAAACATTACGATAAACGGAATAAATATGAGCTTCTCCAATCCAAAGGAAGCCGAAAAGCACGGAATCGCCTTTATCCATCAGGAACTGAATATATGGCCGGACATGACGGTGCTTGAAAACCTTTTTATCGGCAAAGAGCTGACGACGGCGTTCGGCGTTTTAGAAACAAAGAAAATGAAAGCGCTAGCAAAATCACAGCTTGAAAAACTGGGAGTCTCTCTTCCTCTTGACCGGGAAGCCGGACAATGTTCCGTCGGACAGCAGCAGATGATTGAGATTGCCAAAGCGCTGATGACAAACGCCGAAGTCATTATTATGGACGAACCGACCGCGGCGCTGACCGAACGGGAAATCAGCAAACTGTTTGACGTGATGACGGCGTTAAAGCGGGACGGCGTATCCATCGTCTATATTTCGCACCGAATGGAAGAGATATTTTCGATTTGCGACCGGATCACCATTATGCGGGACGGCCTCACTGTGGATACGGCGCATATTAAAGATACTAATTTTGATGAAGTGGTCAAACAAATGGTCGGGCGGGAGCTGACCGATCGGTATCCGACTCGCACGCCGTCACTCGGCGATAAGGTGCTCGAAGTGAAAAACGCCTCAAAAAAAGGAAGCTTTTCACAGATCAGTTTCCATGTGAGCGCCGGAGAAATCCTCGGCGTTTCCGGCTTAATGGGTGCCGGACGGACAGAAATCATGAGGGCGCTGTTCGGAATTGACAGGCTCGATTCCGGAGAGATCTGGATTTCCGGCCGAAAAACCGGCATTCGGGGTCCGTACGATGCCATTCGCAAGGGACTCGGCCTGATTACGGAGAACCGCAAAGATGAAGGGCTGCTGCTGGATACGTCCATTCGTGAAAATATTTCATTGCCGAACCTGACCAGCTTCTCTCCGAAAGGCATCATTGACCGAAAACGCGAGGCGGAGTTCGTTGAGCTGCTCATCAAGCGTCTGACCATTAAGACCGCATCTCCGGAAACCGCCGCCCGGCATTTATCAGGAGGAAATCAGCAAAAAGTCGTCATCGCCAAATGGATTGGAATCGGCCCGAAAGTTCTCATCCTTGATGAACCGACAAGAGGCGTCGACGTAGGCGCGAAAAGGGAAATCTATTCATTAATGAATGAACTGACCGATCGCGGAGTCGCCATCATCATGGTGTCTTCCGAGCTGCCGGAAATTCTCGGCATGAGTGACAGAATCATCGTCGTCCACGAAGGACGCATCAGCGGAGAAATCAATGCGGCCGGCGCAACACAAGAACGCATCATGACACTTGCCACGGGAGGGCAGCAGAATGAAAACTGA MHIGMTDIHKAFGKNQVLSGVSFELLPGEIHALMGENGAGKSTLMNLLTGLHRLDKGNITINGINMSFSNPKEAEKHGIAFIHQELNIWPDMTVLENLFIGKELTTAFGVLETKKMKALAKSQLEKLGVSLPLDREAGQCSVGQQQMIEIAKALMTNAEVIIMDEPTAALTEREISKLFDVMTALKRDGVSIVYISHRMEEIFSICDRITIMRDGLTVDTAHIKDTNFDEVVKQMVGRELTDRYPTRTPSLGDKVLEVKNASKKGSFSQISFHVSAGEILGVSGLMGAGRTEIMRALFGIDRLDSGEIWISGRKTGIRGPYDAIRKGLGLITENRKDEGLLLDTSIRENISLPNLTSFSPKGIIDRKREAEFVELLIKRLTIKTASPETAARHLSGGNQQKVVIAKWIGIGPKVLILDEPTRGVDVGAKREIYSLMNELTDRGVAIIMVSSELPEILGMSDRIIVVHEGRISGEINAAGATQERIMTLATGGQQNEN PGPT0016600_4174 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 D1-12_02552 396 rbsD COG1869 D-ribose pyranase ATGAAAAAACACGGAATGTTAAACAGCCACATTGCCAAAGTATTAGCCGATCTCGGGCATACAGACCTCATCGCGATCGCCGATGCAGGTCTCCCCGTCCCTGACGGCGTACCTAAAATTGATTTGTCCTTAACGGCGGGCGTTCCCGCCTTTCGGGAAGTGACCGGCCTGGTAGCCGGGGAGATGGCAGTCGAAAAGGTGATAGCCGCTTCCGAGATCAAAGACGCAAATCCTGAGAATGCAAGTTTCATAGAAAGCCATTTCTCAGCGCAGACGATCGAGTACATCTCCCACGAGGAATTCAAACGGCTCACACAGAAAGCAAAAGCCGTCATCCGAACGGGTGAAATGACACCATACGCCAACTGCATCCTGCAGGCGGGTGTGATTTTCTAG MKKHGMLNSHIAKVLADLGHTDLIAIADAGLPVPDGVPKIDLSLTAGVPAFREVTGLVAGEMAVEKVIAASEIKDANPENASFIESHFSAQTIEYISHEEFKRLTQKAKAVIRTGEMTPYANCILQAGVIF PGPT0016595_827 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 D1-12_02553 882 rbsK/rbiA Bifunctional ribokinase/ribose-5-phosphate isomerase A ATGAGTGAAATTTGTGTTATCGGAAGCTGTTCTATGGATCTGGTCGTCACATCCGATCGGCGTCCGAAAGCCGGAGAAACCGTACTGGGCACAGACTTTCAAACTGTGCCCGGAGGAAAAGGCGCAAATCAGGCCGTAGCCGCTTCCCGCCTGGGCGCAAACGTATATATGGTAGGAAAAGCAGGCAATGACAGCTACGGAAAAGCGATTATTGAAAACCTGAAGGCAAACGGTGTCAATACGGACTATATGGAAACGGTTACACATAAAAAAAGCGGAACGGCTCATATTGTGCTCGCAGAAGGAGACAACAGCATCGTCGTCGTAAAAGGCGCAAACGATGACATCTCCCCCGATTATGCCAAAAGTGCGCTGGCAAAACTTCCCGGCATTGATATCGTGCTGATCCAGCAGGAGATTCCTGAAGAAACCGTTGAAGAAGTGTGCAGCTACTGCCGCGCGCAGCAAATTCCGGTTATCCTGAATCCCGCGCCGGCCCGGCCGCTGAAACAATCGACGATTGAGGATGCCGCATATCTTACGCCGAACGAACATGAAGCATCCATTTTATTTCCTGACCGGACGAAAGAAGAAGCGCTCGCCGGCTATCCCGGCAAATTGTTCATTACCGAAGGAAAACAAGGCGTGCGCTACTCAGACGGCACCGCGGAACGGCTTGTTCCCGCCTTCCCTGCAGAAGCGGTCGACACGACGGGAGCCGGCGATACCTTTAATGCGGCACTTGCCGTCGCACTCGCGGAAGGACGGGACATCGAGCAAGCGCTCCTGTTTGCCAACCGCGCCGCCTCCCTGTCCGTGCAGCACTTCGGCGCCCAAGGCGGGATGCCGGCCAGAAAAGAAGTTGAGGAGCTGCTGTCATGA MSEICVIGSCSMDLVVTSDRRPKAGETVLGTDFQTVPGGKGANQAVAASRLGANVYMVGKAGNDSYGKAIIENLKANGVNTDYMETVTHKKSGTAHIVLAEGDNSIVVVKGANDDISPDYAKSALAKLPGIDIVLIQQEIPEETVEEVCSYCRAQQIPVILNPAPARPLKQSTIEDAAYLTPNEHEASILFPDRTKEEALAGYPGKLFITEGKQGVRYSDGTAERLVPAFPAEAVDTTGAGDTFNAALAVALAEGRDIEQALLFANRAASLSVQHFGAQGGMPARKEVEELLS PGPT0017405_4365 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 D1-12_02554 990 ccpA_2 COG1609 Catabolite control protein A TTGGCAACGATTAAAGATGTCGCAGGCGCTGCCGGCGTCTCTGTTGCCACGGTTTCGCGTGTCCTCAATGACAACGGCTACGTGCATGAAGATACACGAACGAAGGTCATGCTTGCCATGGAGAAGCTGAATTATTATCCGAATGAAGTTGCCCGCTCTCTTTATAAAAGAGAATCCAGACTGGTCGGGCTATTGCTTCCGGATATTACGAATCCCTTTTTCCCTCAGCTTGCCCGCGGGGCTGAAGACGAGTTGCAGCGGGAAGGATACCGGCTGATCATCGGCAACAGCGATGAAGAATTGGAAAAAGAACTCGACTACCTGCAAACATTTAAACAAAATCAAGTTGCAGGTATTTTGGCGGCCACCCATTACCCCGATCTTCCCGAATACAGCGGCAGCCTTTACCCGGTCGTATTTCTGGACCGGACAAAAGAAGGCGCCCCATCCGTATTCAGTGACGGGCGGGCAGGCGGAAAACGGGCGGCTGAGGAAATGCTTCGCGGCAAAAGCACAAGCATCACGCTTGTCAAAGGCCCAGCCCACCTTCCGACCGCTCAGGAACGTTTTAACGGCGCACTTGATGTGCTGCAAAAAGCGGGCGCGCAGTTCAATGTCATCTCCGCCGCTTCATTTTCCATCAAGGATGCCGCCATTTTAGCAGAAGAATTGTTTGCAGCATACCCTGAAACCGACGGAGTCATTGCCAGCAACGACATTGCGGCGGCTGCCGTCCTCCATGAGGCGCTGCGGCTCGGCAAAAAAGTTCCGGAGGAGATTCAGATCATCGGATACGACGATATTCCGCAGAGCAGGCTTTTGTTTCCGCCTCTTTCAACCATCCGCCAGCCTGCATATGAGATGGGAAAAAAAGCGGCAAACCTGCTGCTGCAATTGATAAAGAAAGAGCCGCCGAAAGAGACGGCCATTCAACTGCCCGTGACTTACATAAGAAGACAAACGACGAGAAAGGATGATCACCATGAGTGA MATIKDVAGAAGVSVATVSRVLNDNGYVHEDTRTKVMLAMEKLNYYPNEVARSLYKRESRLVGLLLPDITNPFFPQLARGAEDELQREGYRLIIGNSDEELEKELDYLQTFKQNQVAGILAATHYPDLPEYSGSLYPVVFLDRTKEGAPSVFSDGRAGGKRAAEEMLRGKSTSITLVKGPAHLPTAQERFNGALDVLQKAGAQFNVISAASFSIKDAAILAEELFAAYPETDGVIASNDIAAAAVLHEALRLGKKVPEEIQIIGYDDIPQSRLLFPPLSTIRQPAYEMGKKAANLLLQLIKKEPPKETAIQLPVTYIRRQTTRKDDHHE PGPT0017992_14677 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 D1-12_02555 1134 hypothetical protein ATGCGCATTAAAAAAGCGGTTCTTATCAGTCTCATGTGCGCAAGCCTGACACTTGCGGGCTGCTGGGATCAAAATTTGCTGAAAGATATTTCTCTCGTGCTGACCGCAAGCCTTGATGTTGATCATGACGGTGAAAATAAAATCGGCATCACCTATCGGAAGGTTCAGTCCTCCCAGGCGGAACAGGAAACGGGCGGCTCATTCATTACGACGGTGCTCAGCGCTTCCGGGCACACCATCCGTGAAGCGCGGTTTCAATTGGATAAGCTTGTCGATCAGCGCATTGACACGTCCAAGCAAAGAGTCTTATTAATCGGTGAGAAAATGGCGGAAAAACCGCTTTTTCCTTATCTCGATGTCTTTTACAGAGATCCGAAAAGCCCGCTTCTCGCTCATCCGGCGGTTGTAAAAGACGGCGAGGCGATTGAAGTGCTGAAGCTGATCGTCCGGCAGAAATTGATCGTCAACAAGTACTTAACGAATTTATTAACAAGCGCTAATGCGGAATCAAATATCAGCATGGAAAATTTGCAATCCATCCGTTCAAGCATGCTGACGGCTGATAAGGATTTCGCCCTTCCTTATTTATCGATTAACGGACAGACGATAAAGGTAGAGGGTTCTGCCCTGTTCAGCGGCCAGCGGAAAGTGACTGAGGTGCTCGGTCAGGATTCGACCCTCCTGACCCTTTTAAGCGGGCAATTTAATAAATCGGCTAATATTAATCTGAAGCTGTGGGACAAATACAAAATGGATATTGAAAATTATCTTTCTCTCGGCATCACGGATGCCACGCGAAAGATTGTATTTATAGATACAGATCCGCAGCATATAAAAGTGAAAATCCGTTTAAAACTGAATGCACGCGTCTTGGAATATCCAAAGGACAAGCTGAATTCTTATACGGCAATCGACCAAATGAACAAACAAGCCTCAGCAAATCTGAACGGGCAGGCCAGATCGGTGATCAGCCATATTCAGGAGCACAACTCGGATATCCTCGGCATCGGCCGGAACTATCAAACCCATTATTATGAGCGGGGCAAGCGGCTCAATTGGCGTGAAGTCTATCCTTCCATCGAGATCGTCCCTGATATCAAAGTGAATATCTCGCAAATCGGCATCGTGAACTAA MRIKKAVLISLMCASLTLAGCWDQNLLKDISLVLTASLDVDHDGENKIGITYRKVQSSQAEQETGGSFITTVLSASGHTIREARFQLDKLVDQRIDTSKQRVLLIGEKMAEKPLFPYLDVFYRDPKSPLLAHPAVVKDGEAIEVLKLIVRQKLIVNKYLTNLLTSANAESNISMENLQSIRSSMLTADKDFALPYLSINGQTIKVEGSALFSGQRKVTEVLGQDSTLLTLLSGQFNKSANINLKLWDKYKMDIENYLSLGITDATRKIVFIDTDPQHIKVKIRLKLNARVLEYPKDKLNSYTAIDQMNKQASANLNGQARSVISHIQEHNSDILGIGRNYQTHYYERGKRLNWREVYPSIEIVPDIKVNISQIGIVN PGPT0025060_973 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_GERMINATION_PROTEIN,PGPT0025060-gerKC-K06297 NA NA D1-12_02556 1092 yndE_1 Spore germination protein YndE ATGAAGCCTAAAAAAATAAGCCCGCTTCAAGGCGTGTTTTTCATTAATCAGACGCAGATCAGCATCGGCATTTTGGCGCTGCCCCATTTACTGATGATGAAATCGGGAAGCAGCGGATGGATTTCCATTCTGCTTACCGGATTGCTCGTCCAGCTTACATTCAGCCTGTATATGATATTATTTCACCGGTTTCCGAAGCTGAACCTGTACGAAATGCTGGAGGAGGTGTTCGGAACACTTGCCGGCAAAGGGGTGCAGGTGCTGTATATTTTATATTTCGCGTTTCTCTGCACGCTCATTCTTTCTGTATTTACACGGATATTGGATATCTGGGTGCTCCCTCAGACTCCGAATTGGGTGATCAGCTTAATGCTGATCCTCGGTTCTGTCTATATCGCCCAGGCTCCGCTGAATGCGATCGCCAGGTTCAGCTTTATTTTAACGCCGTTTTTGCTGCTGATCTCTCTGCCGCTTTTATACACGCTGGGAAAAGCCGATATCACATACATTATGCCGATTTTTCACGGAACCGCAAAAGACATGCTTACCGGGGTGCAGCAAACACTTGTCAGCATTACCGGCTTTCAGGCGGCGCTCGTGATCGGGCCCCTAATCAACTGCACCGTCAGCCAGCGCTACAAAATACTGACGATTTCAAACATCTTGATTATCCTTTATTACCTGTATATCACCCTTACTTGCTTTGTCACAATCAGCCCCGAAGAAATAAAAATGATCCCGGAGCCTGTGCTGTACCTGTTAAAAACCGTTTCATTCAGAATTATCGAACGGACGGATCTGCTCTTTTTGACGTTTTGGTTCGTGACCGTCTTTTCAACGCTGGCCAACGTGTTTTACTTGGCAAGCACCGGCATTGCCAAGCTGTTCAATCAAAAAGACCACAGCCGGTTTGTTTATCCGCTGGCCCTGCTCGTCTTCCTTCTGTCTATTTGGGCCACAAGCACGGATAAAACGATACAGCAGCTGGATCAGTTTTTCCGCATTTCCGATATTGTGTTTGTGTATTTGTTTCCGTTGTTTATGGTATTGATTGTCCTTGTACGCAAAAAGGGTGTCCGCCATGCGCATTAA MKPKKISPLQGVFFINQTQISIGILALPHLLMMKSGSSGWISILLTGLLVQLTFSLYMILFHRFPKLNLYEMLEEVFGTLAGKGVQVLYILYFAFLCTLILSVFTRILDIWVLPQTPNWVISLMLILGSVYIAQAPLNAIARFSFILTPFLLLISLPLLYTLGKADITYIMPIFHGTAKDMLTGVQQTLVSITGFQAALVIGPLINCTVSQRYKILTISNILIILYYLYITLTCFVTISPEEIKMIPEPVLYLLKTVSFRIIERTDLLFLTFWFVTVFSTLANVFYLASTGIAKLFNQKDHSRFVYPLALLVFLLSIWATSTDKTIQQLDQFFRISDIVFVYLFPLFMVLIVLVRKKGVRHAH NA NA NA NA NA D1-12_02557 1470 gerBA_1 Spore germination protein B1 ATGTCTGCGGATAAACAAAACAAACGGATTCCCGGCGATTTTGAATCGGCTGTACGGGAAATGCAGGAGCTGATGTGTGTTTGCGGTGATTTTAAAATACGAAGGATCAAACTGCAGGACCGTCATACCGCTTTCTTTTATATTGAACAAATGATAGAAGAACAGAAGCTGAATGAGTTTCTGTTAAGCGACACCCTGCAGAACGGCCCGCTTGAGGAAACGATGAATGCCGTCAGCAGTGCGGAAACGGATGAAATCAGAAAACTCATTGACGGGATTTTGGCCGGACAGGTTGTTTTTCTCAGCGATGCATCGAGGAAAGCGAAGCTGTTTTCCGTCGGGCAGAATCCGCTGCGTTCCATTATGGAACCCGAATCTGAAAGTATCGTCCGCGGCGCCCATGACGGGTTTGTGGAAAGTTTGGAAACGAACATTCATCAGCTGCGGTTTCACATACAGGACCGCCATCTCTCCGTTCATTATATGGATATCGGGGAAAGAGCCAAATCAAAGGTTGCGGTTATCTTTGTTGAGAATATCGCCAATCCGGAGATTGTGGAGGAAGTGAAGCGGCGCCTGTCATACCTGCGTATAGACAGCGTGCTTGCGCCCGGGATTATCGAGGAATCAATAGAAGATAATTCGTTTTCCATTTTTCCGCAGATCATTCATACGGAACGGCCGGATAAAGCAAAAGCATGCGTGATGGAAGGCTGTGTGCTGATCATGATGGATGGGAGTCCGTCGGCTTTGATTGCGCCGATCACATTCTTTTCCTTTTTTCAATCTCCGGATGACTACAGCACGAGGTGGATTTCTGCCAGTTTTTTAAGAGTGCTGAGATTTTTCGCCTTTATGATCGCGATTACGCTGCCCGCTTTTTATATCGCGCTGATTGCGTTTCATTTTGAAGTCATTCCCAACGATCTGATTATCACCATGAAAAATTCGATTGTTGATATTCCCTTTCCCCCGCTGATAGAAGCCATGATTATGGAAATTACGATTGAACTGATCCGCGAAGCCGGTATCAGGCTGCCGAGACCGATCAGTCAGACGATCGGCATTGTCGGCGGTCTCGTGATCGGTGACGCAGTCGTTCAGGCGGGACTCATTTCTAATATGATGATTATCGTCGTAGCCGTTACGGCTGTTTCTTCTTTTGTGCTTCCTTCATATGAAATGAGCACGTCCATCCGAACGCTCAGATTTCCGCTTATGTTTCTGGCATCCTCGTTCGGTTTTATCGGCATCGCACTCGGCTTCGGGCTTATTCTGATGAACCTGTGCAAGCTTGAATCACTCGGCGTTCCTTATTTATCATCTCTGACGCCGTTTCATTTCAGTGACTTGAAGGATGCATTTATCCGGCTGCCGGCTTGGTTTATTAAAAGAAGGCCTTTTTATTTGAGACCGCAAGACTCAAAGCAGATGAAACATGTTCGGGGGTGGAGAAAAGATGAAGCCTAA MSADKQNKRIPGDFESAVREMQELMCVCGDFKIRRIKLQDRHTAFFYIEQMIEEQKLNEFLLSDTLQNGPLEETMNAVSSAETDEIRKLIDGILAGQVVFLSDASRKAKLFSVGQNPLRSIMEPESESIVRGAHDGFVESLETNIHQLRFHIQDRHLSVHYMDIGERAKSKVAVIFVENIANPEIVEEVKRRLSYLRIDSVLAPGIIEESIEDNSFSIFPQIIHTERPDKAKACVMEGCVLIMMDGSPSALIAPITFFSFFQSPDDYSTRWISASFLRVLRFFAFMIAITLPAFYIALIAFHFEVIPNDLIITMKNSIVDIPFPPLIEAMIMEITIELIREAGIRLPRPISQTIGIVGGLVIGDAVVQAGLISNMMIIVVAVTAVSSFVLPSYEMSTSIRTLRFPLMFLASSFGFIGIALGFGLILMNLCKLESLGVPYLSSLTPFHFSDLKDAFIRLPAWFIKRRPFYLRPQDSKQMKHVRGWRKDEA PGPT0025050_875 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_GERMINATION_PROTEIN,PGPT0025050-gerKA-K06295 NA NA D1-12_02558 1182 capB Capsule biosynthesis protein CapB ATGTGGTTACTCATTATAGCCTGTGCTGCCGTACTAATCATCGGAATCATTGAAAAAAGGCGGCATCAGAAGAATATCGATGCTCTGCCAGTACGCGTCAATATTAATGGTATCCGCGGAAAGTCAACCGTAACGAGGCTGACGACCGGAATACTGATGGAGGCGGGCTACAAAACAGTCGGAAAAACGACGGGAACAGATGCAAGGATGATCTATTGGGATACACCTGAGGAGAAACCGATCAAACGGAAACCGCAGGGCCCGAATATCGGCGAGCAAAAAGAAGTAATGAAGGAAACCGTAGAACGGGGCGCCAATGCCATTGTCAGTGAATGTATGGCGGTAAACCCGGATTATCAGATTATCTTTCAGGAAGAACTCCTTCAAGCCAACATCGGCGTCATCGTGAATGTGCTTGAAGACCATATGGACGTCATGGGGCCGACGCTTGATGAAATCGCTGAAGCTTTTACCGCGACGATACCGTATAACGGTCACCTTGTCATTACAGACAGTGAATACACAGACTTCTTTAAAGAAAAAGCCGCAGAGCGGAATACCGAGGTCATTATTGCGGATAACTCTAAAATTACAGATGAATACCTTCGTAAATTTGAATATATGGTCTTTCCTGATAACGCTTCCCTTGCGCTCGGCGTTGCCCAGGCTCTTGGGATAGATGAAGAAACGGCGTTTAAAGGAATGCTGAATGCGCCGCCTGATCCTGGCGCCATGAGAATCCTGCCGCTGCTCAGCACGAAGGAGCCCGGTCATTTCGTAAACGGCTTTGCCGCAAATGATGCATCTTCTACTTTAAATATATGGAAACGTGTAAAGGAAATCGGCTACCCGACAGATGAACCGATCGTTATCATGAACTGCCGCGCCGACCGTGTGGACAGAACGATTCAGTTCGCAAACGACGTGCTTCCGTACATTAAAACGAAGGAACTCATACTCATCGGCGAGACGACAGAACCGATCGTCAGAGCTTATGAAGAAGGCAAGATTCCTGCCGATACATTGCACGATCTGGAATATAAATCAACAGACGAAATCATGGACGTGCTGAAAACAAGAATGCAAAACCGTGTCATATATGGCGTGGGCAATATCCACGGTTCAGCGGAACCATTAATTGAAAAAATTCAAGAGTATAAGGTGAAACAGCTCGTTAGCTAG MWLLIIACAAVLIIGIIEKRRHQKNIDALPVRVNINGIRGKSTVTRLTTGILMEAGYKTVGKTTGTDARMIYWDTPEEKPIKRKPQGPNIGEQKEVMKETVERGANAIVSECMAVNPDYQIIFQEELLQANIGVIVNVLEDHMDVMGPTLDEIAEAFTATIPYNGHLVITDSEYTDFFKEKAAERNTEVIIADNSKITDEYLRKFEYMVFPDNASLALGVAQALGIDEETAFKGMLNAPPDPGAMRILPLLSTKEPGHFVNGFAANDASSTLNIWKRVKEIGYPTDEPIVIMNCRADRVDRTIQFANDVLPYIKTKELILIGETTEPIVRAYEEGKIPADTLHDLEYKSTDEIMDVLKTRMQNRVIYGVGNIHGSAEPLIEKIQEYKVKQLVS PGPT0026665_166 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-CAPSULE_METABOLISM CE-EPS-CAPSULE_BIOPSYNTHESIS,PGPT0026665-capB|pgsB-K01932 NA NA D1-12_02559 450 capC Capsule biosynthesis protein CapC ATGTTCGGATCAGATTTATACATCTCACTTATTTTAGGCGTGTTAATCAGTTTAATTTTCGCGGAAAAAACAGGTATCGTACCTGCCGGTTTAGTCGTGCCGGGTTATTTAGGGCTCGTTTTTAACCAGCCGGTCTTTATTTTACTCGTATTGTTAGTGAGTCTTCTTACATACGTGATCGTCAAATACGGTTTATCCAGATTTATGATTTTGTACGGACGCAGAAAATTCGCAGCTATGCTGATAACGGGAATCTGCTTAAAAATCGCCCTTGATTTCCTTTACCCGATCGTACCGTTTGAGATATCAGAATTCCGCGGAATCGGTATCATCGTACCGGGTCTGATCGCCAATACCATTCAGAAACAGGGATTAACGATTACATTTGCCAGCACGCTGTTCTTAAGCGGCGCAACTTTTGCCATTATGTTTGCTTACTACTTAATCTAA MFGSDLYISLILGVLISLIFAEKTGIVPAGLVVPGYLGLVFNQPVFILLVLLVSLLTYVIVKYGLSRFMILYGRRKFAAMLITGICLKIALDFLYPIVPFEISEFRGIGIIVPGLIANTIQKQGLTITFASTLFLSGATFAIMFAYYLI PGPT0026670_153 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-CAPSULE_METABOLISM CE-EPS-CAPSULE_BIOPSYNTHESIS,PGPT0026670-capC|pgsC-K22116 NA NA D1-12_02560 1149 capA Capsule biosynthesis protein CapA ATGAAAAAACAATTAAGCTTTCAAGAAAAACTGCTGAAGCTGACCAAACAGCAGAAAAAGAAGACCAATCTTCACGTTTTTATCGCGCTGCCGATCGTCTTTTGCCTGATGTTCGTCTGCATCCTGACAGGGAAGGCGGAAACGCCGAGTGTGAAAAGAAATGCCGATGACCTTGTATCAGCCTCATTCGTCGGAGATATTATGATGGGCCGGAATGTCGAGAAAGTGACAAAGCATAAAGGCACGGAGAGTGTCTTCCGTTACGCAAAGCCATTCTTCGAAGCATCCGACTATGTGTCGGGGAACTTTGAAAACCCGGTTACATATAAAAAGAACTACAAAGAAGCAGAAAAAAATATCCACCTTCAATCAAACAAAGATGCCGTAAAAGTATTGAAGGACATGAATTTCACCGTTCTCACGGCAGCCAACAACCATGCGATGGATTACGGCCCTCAAGGAATGCGGGATACGGTTGAAGAGTTTTCAAAGCAAAATCTTGAACTTGTCGGCGCGGGCCTCACGCTGAAGGAAGCCGAGCAGAACATTTCTTATCAAGATGTAAACGGAATCAAAATCGCAACACTGGGTTTCACTGATGTTTCCGGAAAAGGCTTTGCAGCTAAACGAAATGCGCCGGGTGTGCTTCCGGCCGATCCAGAGCTGTTTATTCCGATGATTTCTAAAGCCAAAAAGAAAGCCGATCTTGTCATTGTTCAAACACACTGGGGACAGGAATACGATAATGATCCGAATGACAGACAGCGCCAATTGGCAAGAGCAATGTCAGATGCCGGAGCGGATATTATCGTCGGACACCATCCGCACGTGCTGGAACCGATCGAAATGTACCACGGCACCGTTATTTTCTACAGCCTGGGCAACTTCGTATTCGACCAGGGGTGGACAAGAACGAGAGACACGGCGCTTGTTCAATATCATCTGCAGAAAAACGGCACAGGACGCTTTGAAGTCACGCCGATGAATATTCATGAAGCGACGCCTGCGCCGGTTAAAAAAGGCAGCATCAACCATAAAACGATCGTACGTGAACTGACGAAAGAATCGAATTTCGATTGGAGCGTCAAGGATGGAAAATTAACGTTTGATGTGGATCACAGCGATATCTTAAAAAAGAAAGCGGAGTGA MKKQLSFQEKLLKLTKQQKKKTNLHVFIALPIVFCLMFVCILTGKAETPSVKRNADDLVSASFVGDIMMGRNVEKVTKHKGTESVFRYAKPFFEASDYVSGNFENPVTYKKNYKEAEKNIHLQSNKDAVKVLKDMNFTVLTAANNHAMDYGPQGMRDTVEEFSKQNLELVGAGLTLKEAEQNISYQDVNGIKIATLGFTDVSGKGFAAKRNAPGVLPADPELFIPMISKAKKKADLVIVQTHWGQEYDNDPNDRQRQLARAMSDAGADIIVGHHPHVLEPIEMYHGTVIFYSLGNFVFDQGWTRTRDTALVQYHLQKNGTGRFEVTPMNIHEATPAPVKKGSINHKTIVRELTKESNFDWSVKDGKLTFDVDHSDILKKKAE PGPT0026660_42 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-CAPSULE_METABOLISM CE-EPS-CAPSULE_BIOPSYNTHESIS,PGPT0026660-capA|pgsA-K07282 NA NA D1-12_02561 162 hypothetical protein ATGAAAATCATTAAAGCGGGATGGCCGTTTGCCGCGATCATTATGGTATTTATGTTTATGTCTGCGTTTAAATACAATGATCAGCTCACAGATCAGGAAAAACAAAAAATTGACACGGAAATGCAAAAAATTCAGCAAGAGGATACAGCGGGCGCAAAATAA MKIIKAGWPFAAIIMVFMFMSAFKYNDQLTDQEKQKIDTEMQKIQQEDTAGAK NA NA NA NA NA D1-12_02562 1236 pgdS COG0791 Gamma-DL-glutamyl hydrolase ATGCTCACAAGCTGGAGGAAGTACATCCTTGCCGGCCTTATGATTTGTCTTGTGGCACCTGCAGTGACGAGAACGGAAATTGCTGAAGCGGATTCTCAAGTTTCTGTCCTGATCGTTTCAGACGCGCAAAAACTTGTCGGAAATAAATATGTTTACGGAGGCGAAGAGCCTGAGGACGGTTTTGATCCGTCCGGATTGATGCATTATCTTTTCAGCAGACAGAACATCCATCTGCCGAGAACGGTCAGTGATCAATGGAAAGTCGGAGCCGCCGTCAAAGAAAATGACCTTTCACCGGGAGATCTTGTGTTTTTCAAAAAGTCAGATTCAACACAAAACGCGCCCGTCCATGACGGTCTTTATATCGGAAACGGAGAGATGATACACAGTTCTCCGTCTGAAGGCGTAACCGTCACACGCTTTCAAAAAAGCAGTTATTGGATGAATTTATATCTTGGCGCCAAGCGGATTACAAAAGATCCGGAACTGGCTGATGATCCGATCGTTCAGGAGGCAGCCCGTTACCTCGACATTCCGTATGTATTCGGCGGAAGCACGCCCGAGGAGGGATTCGACTGTTCGGGGCTGGTCCAATATGTTTTTGAAAACATGCTTCACATTTACCTGCCGAGATCTGCGGAACAGCAGTGGCTGGTCGGTGAGAAAATCAAACTGAGCGATATAAAGCCCGGGGACGTGATTTATTTCAGCGACACGTATAAAAAAGGAATTTCCCATGCGGGCATTTATGCGGGAGAGGGAAGGTTCATCCAAGCAAGCCGCTCCGCAAAAGTCACCATTTCTTACTTGTCGGAAGATTACTGGAAAAAACATTTTACGGGGGTGCGCCGATTCAGCAATTTAGCCATTTCTAAAGAAAATCCCGTTGTGTCCACAGCGGCCGATCATATCGGAATTTCTTATCTGAAAGGCGGCGTTTCACCGGAAACCGGCTTTGATACGGCGGGATTTGTTCAATACATCTATCAAAAAGTGAAAGGAATCAGCCTGCCGCGTTATGCGGACAAGCAGATGCAGGCGGGCGTTCCGGTCGATAAACAAGATCTGAAGCCCGGCGATCTGGTCTTCTTTAAAGCGGAAAGCCTGAATCCGGCCATTTATATCGGGAACGGACAAGTGATTCATGTCACCGTGTCCGCAGGCGTTACCATAACAAATATGAACACAAGCGCTTATTGGAAGGACAAATATGCGGGCAGCATCCGGCTCCCGTAA MLTSWRKYILAGLMICLVAPAVTRTEIAEADSQVSVLIVSDAQKLVGNKYVYGGEEPEDGFDPSGLMHYLFSRQNIHLPRTVSDQWKVGAAVKENDLSPGDLVFFKKSDSTQNAPVHDGLYIGNGEMIHSSPSEGVTVTRFQKSSYWMNLYLGAKRITKDPELADDPIVQEAARYLDIPYVFGGSTPEEGFDCSGLVQYVFENMLHIYLPRSAEQQWLVGEKIKLSDIKPGDVIYFSDTYKKGISHAGIYAGEGRFIQASRSAKVTISYLSEDYWKKHFTGVRRFSNLAISKENPVVSTAADHIGISYLKGGVSPETGFDTAGFVQYIYQKVKGISLPRYADKQMQAGVPVDKQDLKPGDLVFFKAESLNPAIYIGNGQVIHVTVSAGVTITNMNTSAYWKDKYAGSIRLP NA NA NA NA NA D1-12_02563 726 yttA putative membrane protein YttA ATGTCGAATGCAATCGCTATTATAGGATGTTTAGCTTTTCTCTGCGCAGTCGGATACGGAATATTCCATCTCATATGCAAAGCGGCAAAAAAAGACAAACATTTTTCAAAAAAGCTGTTTTGGCCCCTTCTCATCGGCGGATTTATCCTGCTTCTGACCGGCGCCTCCCTCGCAGAGCCGGACGCCTCGGCCGTGAAGGCAGAGGAGAAATACAGCACCCTTCATACCGCTTATCAAAAATTGACGAAGGAACACCAGGCGCTTGAGAAAAAATATGAAAACATCAGTGCCGCGGCCGAAAAGGAGAAATCCGAAGCCGAAGCCGGCAATGAAGAAAAACTCAGCAAACTCAGCCAAGAGATAAGCGAGCTGAAAAAAACAAACAAATCACTCAAACAAGACAATGAGAAATTAAAAAATTCACAAAAGAAGCTCGAAAAGACCGCTGAAACGCTTCAGTCAGAAAATAAATCTTTAAAGCGGCAGAAAGCAGAAACAAAAACATCCGAAAACGCGGAAACGGCGCAAAACAACGCCCCTTCCTCCGGCGGACATGCCGAGACGAAAGCAGCCGGCACCTCACAGGGATGCGACATTAAAGGCAGCCGGAACGGCATTTATCACACGCCGGGAAGTACATACTACGACCGGACGACAGATCCCGCGGAAATGTTCTGTTCCGTAGAGGATGCGGTAGCGGCCGGATACAGAGCGCCGAAACGGTAA MSNAIAIIGCLAFLCAVGYGIFHLICKAAKKDKHFSKKLFWPLLIGGFILLLTGASLAEPDASAVKAEEKYSTLHTAYQKLTKEHQALEKKYENISAAAEKEKSEAEAGNEEKLSKLSQEISELKKTNKSLKQDNEKLKNSQKKLEKTAETLQSENKSLKRQKAETKTSENAETAQNNAPSSGGHAETKAAGTSQGCDIKGSRNGIYHTPGSTYYDRTTDPAEMFCSVEDAVAAGYRAPKR NA NA NA NA NA D1-12_02564 858 ywtE COG0561 5-amino-6-(5-phospho-D-ribitylamino)uracil phosphatase YwtE ATGAAATTGATAGCCATTGACTTAGACGGCACATTACTGAACTCGGACAGTGTGATTTCTCCGGAAAACAGAGCGGCTTTACAAAGAGCGGATGAAGCGGGCATTCTCGTGGCCATCTGCACGGGCAGAGCCACATTTGATGTAAAAGCGCTCTTAAAGGATTTGGATATTCCGATCATTGCGGCAAACGGCGGGACAGTCCATGACAAAGGATACCGCCTCGTCAGCCGGCTCTTAATGGATCAGCAGGCCGGGAAGGATATCGCCGCTTATTTAACGGACAACGACATTTACTTTGAGGTCTATACAGATGATCATCTGCTGTCCCCGTTTGACGGCGAGTCCAAACTGCAGGCAGAACTGGACATTCTGAAAAGCGCCAATCCCAAGGAAGATATTCGGACATTATGGGAGGGCGCAAAGACGCAGTTCAAACAATTCGGCATTAAACCCGTGCAGGATATACAGGCGATTTTTAACGGAGACGAACATGTTTACAAGCTTCTTTGTTTCTCTTTTGATATGGAAAAACTGAGAAACGCCAAAGAAGAAATTACACATCATCCGAAATTATCCCAGACATCTTCCGGGAAACACATTATCGAAATCCTCCCTGCCGGTTCCGGAAAGGGACGTGCTCTGACGGAGCTTGCCTCACTGTACGGAATTGAAAAACAGGATATTTACGCCATCGGCGACAGCCCGAATGATTTCTCCATGTTTGAAGCGGCGGGAAACCGCATCGCCATGGGCAATGCGATTGATGAACTGAAGGAAAAAAGCACGTATATTACAAAAAGCAACGATGAAAACGGCGTCGCATATTTCATCAACCGGCTTCTCGACAACGATCAATAA MKLIAIDLDGTLLNSDSVISPENRAALQRADEAGILVAICTGRATFDVKALLKDLDIPIIAANGGTVHDKGYRLVSRLLMDQQAGKDIAAYLTDNDIYFEVYTDDHLLSPFDGESKLQAELDILKSANPKEDIRTLWEGAKTQFKQFGIKPVQDIQAIFNGDEHVYKLLCFSFDMEKLRNAKEEITHHPKLSQTSSGKHIIEILPAGSGKGRALTELASLYGIEKQDIYAIGDSPNDFSMFEAAGNRIAMGNAIDELKEKSTYITKSNDENGVAYFINRLLDNDQ PGPT0008595_128 DIRECT EFFECT PLANT_IMMUNE_RESPONSE_STIMULATION INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR ISR-VITAMIN_B2|RIBOFLAVIN_METABOLISM ISR-VITAMIN_B2|RIBOFLAVIN_BIOSYNTHESIS,PGPT0008595-ycsE|yitU|ywtE-K21064 NA NA D1-12_02565 987 tagT COG1316 Polyisoprenyl-teichoic acid--peptidoglycan teichoic acid transferase TagT ATGGAAGAACGATCTCAACGCAGAAAAAAGAAAAGACGCCTCAGAAAATGGGTGAAATTTGTACTGGTATTCGCCGCTTTCTTATTGGTAATCGCCGGTTCCGTCGGCACCTACGCATTTGTGAAATTGAATAATGCGACCAAAGAAGCGCACGTCAGCCTTGACCGCGGCGACCAGTCCGTAAAACGGATCAAAGAATTTGACCCGAAGAAGGATTCTTTCACCGTATTGCTTTTAGGAATAGACGCCCGTGACAGTAAGGGCGAATCAGTAGATGACGCAAGAAGTGACGCCAACGTGCTCGTCACCTTCAACCGGAAAAAGAAAACAGCGACGATGCTCAGCATTCCGCGGGATTCCTATGTCAACATCCCGGGACACGGCTATGACAAATTCGCGCACGCACATGCTTACGGCGGTTATAATTTAACTTATAAAACAGTAGAAAACATGCTTGATATTCCGGTAGATTATGTGGTTGAGAGCAACTTCGACGCGTTCCGCGATGTCGTCAATGAGTTGAACGGCGTTACGGTAAATGTGAAAAGCCAGAAAATTGCCGATCGTATTAAGGTCGATACAAAAGGAAAAGTCGTGCTGAAGCCGGGCGTTCAGACGCTTGACGGTGAGCAGGCACTGGCTTATGTAAGAACACGCAAAGCCGACACCGATCTGATGCGCGGACAAAGACAGATGGAAGTGCTGAGCGCCATTATTAAAAAATCTAAATCGTTAAGCTCGATCCCATCTTATGACGATATCGTCGACAGCTTAGGGAAAAACTTAAAAATGAACTTATCTCTTAATGACGCCATCGGTCTGTTCCCGTTTATCACATCGCTGAAATCGGTGGATTCTTTGCAGCTGACAGGTTCAGACAGCTATATTTACACTCCTCAGTACGGCAAAAATATTTATTACTTCAAGCTGAATGAGGAAAACCTTCAAGAAGTGAAAACGAAATTAAAAAATGATTTAAACGCGTAA MEERSQRRKKKRRLRKWVKFVLVFAAFLLVIAGSVGTYAFVKLNNATKEAHVSLDRGDQSVKRIKEFDPKKDSFTVLLLGIDARDSKGESVDDARSDANVLVTFNRKKKTATMLSIPRDSYVNIPGHGYDKFAHAHAYGGYNLTYKTVENMLDIPVDYVVESNFDAFRDVVNELNGVTVNVKSQKIADRIKVDTKGKVVLKPGVQTLDGEQALAYVRTRKADTDLMRGQRQMEVLSAIIKKSKSLSSIPSYDDIVDSLGKNLKMNLSLNDAIGLFPFITSLKSVDSLQLTGSDSYIYTPQYGKNIYYFKLNEENLQEVKTKLKNDLNA PGPT0023440_2609 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-TEICHOIC_ACID_METABOLISM CE-EPS-TEICHOIC_ACID_METABOLIC_PATHWAY,PGPT0023440-tagT|tagU|tagV-K01005 NA NA D1-12_02566 1377 csbC_2 putative metabolite transport protein CsbC ATGAAAAGCATACACTCGAATAAATGGCTCTATTTTTTCGGCGCACTCGGCGGCGCGTTATACGGATATGATACCGGAGTCATTTCCGGAGCTATTTTATTTATGAAAAAAGAACTGGGACTGAACGCCTTTACAGAAGGCCTCGTTGTCAGTTCGTTATTGGCGGGGGCGATTCTCGGGTCGGGATTCGCCGGCAAACTGACCGACCGGTTCGGCAGGCGGAAGGCCATCATGGGAGCGGCGCTGCTGTTTTGTATAGGCGGTTTAGGAGTCGCTTTTGCCCCGAATACAGAGGTGATGGTTCTTTTCCGGATCATTCTCGGACTGGCTGTCGGAACATCTACAACGATCGTTCCGCTCTATTTATCGGAGCTGGCTCCGAAGCATAAACGGGGGGCGCTTTCTTCGCTGAATCAGCTGATGATTACGGTCGGAATCCTCGTTTCTTATATCGTGAACTATATATTTGCCGATGCAGGCGCTTGGCGCTGGATGCTTGGACTTGCGGTTGTGCCGTCAGTCATTCTGCTGATCGGAATCTTATTTATGCCGGAAAGCCCGCGCTGGCTGTTTACGATCGGCAAAGAAGAGAAAGCAAGAGAAATCCTTTCATCATTGCGGGGAACGAAGAATATTGATGATGAGATTGATCAGATGAAAGAAGCGGAAAAGGAAAACGAAGGCGGCTTGAAAGAATTGTTTGAGCCGTGGGTGAGACCCGCGCTGATTGCCGGCCTCGGACTTGCCTTTTTGCAGCAATTCATCGGGACAAATACAATTATTTATTACGCCCCGAAAACATTTACCAGTGTCGGGTTCGGCAATTCCGCGTCTATATTGGGAACGGTCGGAATCGGCGCCGTCAATGTCATCATGACGCTTGCGGCTATTAAAGTCATTGATAAGATCGGCCGGAAGCCGCTGCTGCTGGCCGGAAATGCGGGCATGGTCATCAGTCTGCTCGTATTGGCCGCGGTCAATCTCTTCTTTGAACATTCAGCAGCCGCATCATGGACAACGGTGATTTGTTTAGGCCTGTTTATCATTGTGTTTGCGGTCAGCTGGGGGCCTGCCGTGTGGGTCATGCTTCCTGAATTATTCCCGCTGCATGTCCGGGGTATCGGGACGGGTGTCTCCACTTTGATGCTGCATGCCGGAACATTGATTGTCTCATTAACCTATCCGATGTTAATGGAAGCAGTCGGCATCAGCTATTTATTTCTCATTTATGCCGCGATCGGGATACTGGCATTCCTGTTCGTCTGGTTTAAAGTGACCGAGACGAAGGGAAAAAGCCTTGAAGAAATTGAGCAGGATCTGAAAAGCCGTAACGGTGGCTCGGGATCAGAATCAAATCGGCGGACAGTTCATCCGTAA MKSIHSNKWLYFFGALGGALYGYDTGVISGAILFMKKELGLNAFTEGLVVSSLLAGAILGSGFAGKLTDRFGRRKAIMGAALLFCIGGLGVAFAPNTEVMVLFRIILGLAVGTSTTIVPLYLSELAPKHKRGALSSLNQLMITVGILVSYIVNYIFADAGAWRWMLGLAVVPSVILLIGILFMPESPRWLFTIGKEEKAREILSSLRGTKNIDDEIDQMKEAEKENEGGLKELFEPWVRPALIAGLGLAFLQQFIGTNTIIYYAPKTFTSVGFGNSASILGTVGIGAVNVIMTLAAIKVIDKIGRKPLLLAGNAGMVISLLVLAAVNLFFEHSAAASWTTVICLGLFIIVFAVSWGPAVWVMLPELFPLHVRGIGTGVSTLMLHAGTLIVSLTYPMLMEAVGISYLFLIYAAIGILAFLFVWFKVTETKGKSLEEIEQDLKSRNGGSGSESNRRTVHP PGPT0015023_51 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS OTHER_STRESS_RESPONSE_PROTEINS,PGPT0015023-csbC-NA NA NA D1-12_02567 1380 COQ3_2 Ubiquinone biosynthesis O-methyltransferase, mitochondrial GTGAAAACGAGTATTATTATCCTTACATATAATGAACTTGAGCTGACGAAAAAATGTCTGGCCAGCATTGAACGATACACCGACAAAGATAAGATTGAACTGATTATAGTTGACAACGGTTCCTCAGACGGAACGAGAGAATACATATCAAATCTGCCTGACGTCAAAGTCATCCTAAATGAAAAAAACCTCGGGTTCGCCAAAGGGTGCAACCAGGGTATCGAAGCGGCAGGGGGAGAAAATCTGCTGTTTCTGAACAACGATACGATGGTCACGAAAAATTGGCTCACCTCCATGCTGCGGGTGCTGTATCATTCTGAAAAAGCCGGTATGGTCGGGCCCGTCAGCAACTATGTCAGCGGCGCGCAAATGATCCATGACGCATATCAATCGCTTGATGAGCTGGAGTCATTCGCGGAGGCGTATTGCGCACGGGAAAAGCATCATACAAAGCGGGTGCTGCGCCTTGTCGGCTTCTGTCTTCTGGTGAAAAGAAGCGTCATTGAAGACATCGGCCCGTTCGATGAGCAATTCGGATACGGTTCTTTTGAAGATGATGACCTATGTTTACGCGCCCTGCAAAAAGGCTACAGCCTGCACATCGCCCTCGATGCCTTTGTGCATCACCACGGACATGCGACGTTTACGGCTAATCAGGATATCAATATCAATCAGTTATATTCGGAGAACCGCCAGCGTTTTACGGAAAAATGGGGCACTGATTTTACGTACTTTACTCATCCGAGACCGGAAATTGCGGAGCTCGTTCCCCGGGAGGCGAAACGGATACTTGATGTCGGCTGCGGCGCGGGGGCTACGGGGCTGGAACTACAAAACAGACAGCCTTGCGAACTGTACGGAATAGAACTGCACCCGCTGGCGGCGCAAGCGGCAAAAGGACACTATGAAGCGGTGCTGCAGGAAGATGTCGAAGAAGTGAAGCTTCCTTATCCGGAAGGCTTTTTTGATTGCATCATTTTCGCCGACATCCTTGAGCACTTAAAAGACCCGTGGCGCGTCATTGAAACGTACTCATCCTATTTGTCGCCTGCCGGATCAATCGTTTGCAGCATTCCGAATATTTCCCACGCCGAAGCGCTGTTCCCGCTTCTGCTCGGTGACTGGACATACAGAGACGCCGGCATTCTCGACCGCACCCACTTGCGGTTTTTTACGCCGCAGACGGTGCGCACGCTCTTTCCGGAAGAGACATTTGCTGTGAAAAAGCAGTCCTATACGTATGTTCACGTGGATGAGCGGGTGCAGCTGTTTTTACAGGAAATCACACGAATGGCGCAATCGATGCAATTTCCGGTGACACAGCTGCCCGAACAAAGCCGGATTTATCAAATTCTCCTCCGTGTCGAAAAAACAGGCTGA MKTSIIILTYNELELTKKCLASIERYTDKDKIELIIVDNGSSDGTREYISNLPDVKVILNEKNLGFAKGCNQGIEAAGGENLLFLNNDTMVTKNWLTSMLRVLYHSEKAGMVGPVSNYVSGAQMIHDAYQSLDELESFAEAYCAREKHHTKRVLRLVGFCLLVKRSVIEDIGPFDEQFGYGSFEDDDLCLRALQKGYSLHIALDAFVHHHGHATFTANQDININQLYSENRQRFTEKWGTDFTYFTHPRPEIAELVPREAKRILDVGCGAGATGLELQNRQPCELYGIELHPLAAQAAKGHYEAVLQEDVEEVKLPYPEGFFDCIIFADILEHLKDPWRVIETYSSYLSPAGSIVCSIPNISHAEALFPLLLGDWTYRDAGILDRTHLRFFTPQTVRTLFPEETFAVKKQSYTYVHVDERVQLFLQEITRMAQSMQFPVTQLPEQSRIYQILLRVEKTG NA NA NA NA NA D1-12_02568 1131 gerBC_1 Spore germination protein B3 ATGACACTTTTCATAAAATGGGCGGCGGCGCTTTTCATACTGATGACGCTTTCAGGATGCTGGGACGCGAAGGAAGTCGAAAAGCTATCTTTCGCCCGGGGACTGGCGATAGACGAGACGAGTGACCGCCGATATAAATTAACCTATCAAAACCTGCTGCCCCAAAGTGAAAACAGCCAGGCTTCCGGCCGGCCCGTGTTTGTCAATGTGACGACGCGGGGGGATACCATTCTTGAAGCCGTCAGTGAAGTCGCTTTAAAAGATCCGCCTGTTTACAGCGATCACTTAAAAGTGCTGATATTCAGCGACAAATTGCTGGCCGACCAAAATATACTGCAGATGATGAATCATTTTATCCGCGATGATGAATTAAGGCGGAGCAGCTATCTCTTCGCGGTAAGAGGCAAAGCGTCCGATATTCTGACGGAGCCGACGCCGAATCAGCAGCAGCCCATGGCCGCGGAAAAGCTGATCGACCTTACGAACAACGGAAACTACAACGGGAAGATTTTACAACCGCTCCGAATCGGGAGAGCTTCAATTTACTGCCATAATAAACGCAGTTTTCTCATTCAGGCCGTCAGCAATCAAAAAGGAAAAACGGTGTATGACGGAGCGGCCATTATCAAAAACGCAAAACAAAACAGATTGGCGGGCTTTCTGTCACCATACGAAATACAGAGCCTGAATTGGCTCATGGGGACGATACGGGGCGGCGTGCTGCCCGCTTTGGATAAAGGGGGGCACCCGATTACTTTCGAGATCAAAAAATCAACATCCGCCATCACTCCCAGGCTGAAAAACGGGAAGCTGTCATTTCATGTAGCGGTAAAAACAAAAGGACTTTTGTCAGAGGATCAATATGCCGGAGAAGATTCATTCGATCAGCACTATTTAAACGGGCTGGAAAAGATTTTCGAAAAAAAACTGAAAAGCGATGTGAAAGAAGTCATCGATAAGCTGCAGAATCAATATGAAACGGACCCTGTCTTCTTTTCTGACAGAGTCCGCATTCAATATCCCGACTATTGGAAGAAAGTAAAGCATCATTGGGATGAGACCTTCTCCGAAGCGGCTTTTGACTATGATGTTTCCATTCAGATTACCAACTTCGGAACGATGGGACGGTAG MTLFIKWAAALFILMTLSGCWDAKEVEKLSFARGLAIDETSDRRYKLTYQNLLPQSENSQASGRPVFVNVTTRGDTILEAVSEVALKDPPVYSDHLKVLIFSDKLLADQNILQMMNHFIRDDELRRSSYLFAVRGKASDILTEPTPNQQQPMAAEKLIDLTNNGNYNGKILQPLRIGRASIYCHNKRSFLIQAVSNQKGKTVYDGAAIIKNAKQNRLAGFLSPYEIQSLNWLMGTIRGGVLPALDKGGHPITFEIKKSTSAITPRLKNGKLSFHVAVKTKGLLSEDQYAGEDSFDQHYLNGLEKIFEKKLKSDVKEVIDKLQNQYETDPVFFSDRVRIQYPDYWKKVKHHWDETFSEAAFDYDVSIQITNFGTMGR PGPT0025035_16 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_GERMINATION_PROTEIN,PGPT0025035-gerBC-K06293 NA NA D1-12_02569 1107 gerBB Spore germination protein B2 ATGAAAAAACCGGAAGACAAGCTGTCGTTTATGCAGACACTTCTCATGGTAAGCGGAACAATGATCGGAGCGGGCGTGTTAACACTGCCTCGCTCCGCCGCAACAGCGGACAGTCCGAGCGGATGGATCATTATTCTTGTGCAGGGTGTCGTGTTTATCGGCATCGTCCTGCTCTTTATGCCGTTTTTGCAGAAAAACAGCGGGGAAACCATATATGAGCTGAATCAAAGCATCATGGGACGCGCCATCGGTTCTCTTCTGAATTTATTCATCAGCTGTTATTTTGTCGTCACCGTCTGTTTTCAAGCCCGTTTTCTAGGTGAAGTCATCAATTACTTTTTACTGAAAAATACGCCGATGGGTGTCGTCATATTCATCTTTCTGGCGGTCGGCATCTACCATGTGACCGGCGGGGTCTATCCCATTTCAAAGCTTTATGCCTATCTGTTCCCGGTTACGATCGTCATTCTGATTATGCTGCTTATATTCAGCCTGAGACTGTTTAAGCTGGATTTCGTCCGCCCGGTCATGGAAGGAGGCTACAAAAGCTTTTTTGAGATGTTTCCGCGGACCCTTTTGTATTTTTCAGGGCTTGAGGTGATTCTGTATCTGGTGCCGTTTATGAAAAATCCGAAGCAGGCGAAAAAGGCTGCTGTCTTCGGCATCGCCAGCGCAGGCTTATTTTACAGCGTTACGCTGCTTGTCGTCATCGGCTGTATGTCGGTCGCTGAAGCCAAAACGGTGACGTATCCGACCATTTCCCTGATTCACGCCTTAGAAATCCGGGGTATTTTCATTGAGCGGTTTGATATCTTTCTTTTAATCACGTGGACATGCCAGCAGTTTACCTGTATGCTCGGCTCTTTTAAAGGGGCGCATATCGGATTAAACACCATTTTCAGACTGAAAAATAAAAACAATGCCTGGCTGATGGGGAGCTTATTGGCAGTGACATTCGGCCTTTCGATGTACCCCGATGATATCAACAGCGTGTTTGCATTCGCGAATATTCTCGGGTATACGTTTTTTGCCGTCATTATGATTCCTTTTCTCATCTGGTTTGTCAGCTGGATGAAAAAAATAGCCGGGAGGAAACAGACGTCATGA MKKPEDKLSFMQTLLMVSGTMIGAGVLTLPRSAATADSPSGWIIILVQGVVFIGIVLLFMPFLQKNSGETIYELNQSIMGRAIGSLLNLFISCYFVVTVCFQARFLGEVINYFLLKNTPMGVVIFIFLAVGIYHVTGGVYPISKLYAYLFPVTIVILIMLLIFSLRLFKLDFVRPVMEGGYKSFFEMFPRTLLYFSGLEVILYLVPFMKNPKQAKKAAVFGIASAGLFYSVTLLVVIGCMSVAEAKTVTYPTISLIHALEIRGIFIERFDIFLLITWTCQQFTCMLGSFKGAHIGLNTIFRLKNKNNAWLMGSLLAVTFGLSMYPDDINSVFAFANILGYTFFAVIMIPFLIWFVSWMKKIAGRKQTS PGPT0025030_8 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_GERMINATION_PROTEIN,PGPT0025030-gerBB-K06292 NA NA D1-12_02570 1452 gerBA_2 Spore germination protein B1 ATGACGATACATGCGGAGCTCGGCAAAAACCTTGAAGCGCTGAAAAAACGGTTCGGCCAAAGCGATGACATGATGTTTTATTCGTTTACGTACGGAAACGGCAAATGTGACGCCTGTCTTATATATATAGACGGACTGACCGACAATCAATTGCTTGCGGAATATATTATTTCGCCCGTGCAGGCGGCCGCCCGGCATCAAGAGGAACCGGCTGAAACAACGCCGTCATCCATCTCTTTCGGCTATCGTCACACCCGGCTTTCTTCACTTAAGGACGCGGAGGCAGACATTTTCTCCGGCAAATCGGTTTTGTTGGCGGAGGGATGGGAGGAAGCCCTTTCGTTTGAGACGGAAACATTTAAAATGCGTGATATTGAAGAACCGGCTTCAGAAGTGCTTGAACGGGGGCCGAGGATAGGTTTTGTCGAAAAGCTCCGAACGAACACGGCGCTGTTGCGCGAGCAGTCCGGTGATCCCAACCTCCAGATCAAAGAGATCACACTCGGCGAACGGACAAAAAAGCGGATCGCCGTTGCCTACATTCGGGATATCGCGCCTGATGATGTTGTAAAAGAAGTGATGAAAAGACTGGATTCGATCACCATTGATGACATTCCGGAATCAGGAGCAATCGAACAGCTTATTGAAGATAACACGTATTCCATTTTCCCGACCGTCTTGACGACCGAACGGCCAGACCGGGTTATGGGCGCTCTTTTGGAAGGAAGGGTTTCCATTCTTGTAGACGGAACGCCTTTTACCCTTTTGGTGCCGGCTACCATTGATGAATTTATCCACTCACCTGACGATTATAATCAGCGGTGGGTTCCGGTTACCTTTCTCAGGCTGCTTCGGTATACATGCATTTTAATCACGATTTATTTACCCGGCCTTTACATATCGCTCGTTACGTTTCACACGGGGCTTTTGCCGACGAGAATGGCGGTTACGATTGCCGGGAGCAGATTGAATGTCCCGTTCCCTCCTTTTGTTGAAGCGTTCATCATGATTTTTACGATTGAGATGATCAGAGAAGCCGGACTCAGGCTGCCGAAGCCGATCGGACAGACGATCGGCCTGATCGGGGGCGTGGTGATCGGGCAGGCCGCTGTTCAGGCGAATATTGTCAGCGCGATGATGGTCATTGTCGTATCCGTTACGGCATTGGCTTCTTTTACGGCGCCCTCCTATGCGTTCAATTTTCCGCTGAGGCTCATCCGTATTTTTTCGATGATTTTGTCGGCGATATTAGGTTTATACGGACTGATCATGTGTTATCTGCTTGTCGTCGGCCATCTGATGCGTCTGAAAAGCTTCGGTCAGGACTATCTTATTCCGATCATGGCGCAGCCTGGCCAAGACTTAAAAGATACGATCGTCAGACTGCCGACGCCTCTTTTGAAAAAACGGCCGACCAGAAAAGAGACGAAAGATAAAATCAAGCAAAGGTGA MTIHAELGKNLEALKKRFGQSDDMMFYSFTYGNGKCDACLIYIDGLTDNQLLAEYIISPVQAAARHQEEPAETTPSSISFGYRHTRLSSLKDAEADIFSGKSVLLAEGWEEALSFETETFKMRDIEEPASEVLERGPRIGFVEKLRTNTALLREQSGDPNLQIKEITLGERTKKRIAVAYIRDIAPDDVVKEVMKRLDSITIDDIPESGAIEQLIEDNTYSIFPTVLTTERPDRVMGALLEGRVSILVDGTPFTLLVPATIDEFIHSPDDYNQRWVPVTFLRLLRYTCILITIYLPGLYISLVTFHTGLLPTRMAVTIAGSRLNVPFPPFVEAFIMIFTIEMIREAGLRLPKPIGQTIGLIGGVVIGQAAVQANIVSAMMVIVVSVTALASFTAPSYAFNFPLRLIRIFSMILSAILGLYGLIMCYLLVVGHLMRLKSFGQDYLIPIMAQPGQDLKDTIVRLPTPLLKKRPTRKETKDKIKQR PGPT0025025_10 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_GERMINATION_PROTEIN,PGPT0025025-gerBA-K06291 NA NA D1-12_02571 951 yvyI COG1482 Putative mannose-6-phosphate isomerase YvyI ATGACGCAAGAGCCGATTTTTTTACAGCCTGTATGTAAAGAAAAAATATGGGGCGGCACGTTATTACGCGAACGATTCGGATACGACATACCTTCAGAAACAACCGGCGAATGCTGGGCGATATCAGCCCATCCGCACGGAATGAGCACGGTCAAAAGCGGTCCGTATCAAGGGAAAACCTTGATGGAACTGTGGGATCAGCATAGAGAATTATTCGGCGGAACGGAAGGGGACCGGTTTCCGCTGCTGACGAAAATACTGGACGTCAAACACCATCAGTCTGTTAAAGTCCATCCTGACGATTATGACGCCGAGGAGCATGGACAGGGTGAAATGGGGAAGTCTGAGTGCTGGTACATTATTGACTGTAAAGAAAACGCGGAAATCATATACGGTCACACGGCCCGTTCGAAAGCGGAACTTGTCACCATGATTAACAGCGGTGACTGGGAAGGCCTGCTGCGCCGCGTGAAGATCAAACCCGGCGATTTTTATTATGTGCCGAGCGGAACCATCCATGCCATTTGCGCGGGGGCGCTCGTGCTTGAAACACAGCAGAATTCAGAGGCCGCCTACCGGATATATGATTACGGGCGTACAGATCAGAACGGCGGGACGCGTGATCTGCATATCCGCGATGCCGTCAACGCCGCGACCGTTCCTCATGTGGACGGATTTTTAGATGAATCAACTGAAACGAGAAAAGGCGTCACCATCAAAACCTTTGTGCAGGGAGAATATTTTTCTGTATACAAATGGGATATCAGCGGGACGGCGGAAATGACCCAGGACGCTCCGTTTATGCTGTGCAGCGTCACAGAAGGAAGCGGCTCCATCATCTGTGGAGGCAAGTCCGCCGAGCTTAAAAAAGGCGCGCATTTCATACTGCCGGATCAGATGCCTGACTTTACGATAAACGGAGATTGCACGCTCATCGTTTCTCATATATAA MTQEPIFLQPVCKEKIWGGTLLRERFGYDIPSETTGECWAISAHPHGMSTVKSGPYQGKTLMELWDQHRELFGGTEGDRFPLLTKILDVKHHQSVKVHPDDYDAEEHGQGEMGKSECWYIIDCKENAEIIYGHTARSKAELVTMINSGDWEGLLRRVKIKPGDFYYVPSGTIHAICAGALVLETQQNSEAAYRIYDYGRTDQNGGTRDLHIRDAVNAATVPHVDGFLDESTETRKGVTIKTFVQGEYFSVYKWDISGTAEMTQDAPFMLCSVTEGSGSIICGGKSAELKKGAHFILPDQMPDFTINGDCTLIVSHI PGPT0017860_2924 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 D1-12_02572 2640 lytD COG4193 Beta-N-acetylglucosaminidase ATGAAAAAAAGTTTGGCTGCCGCAATGTTATTGTCAGCGGTTACTCTTGAATTTTTCACGATAACAGACTCAGTAAAGGCAGCTTATATTGACAATTCCATTTATCAGTTAGAAACAACACAAAAGTTTGCTTCTGAAAGTGAGGCTTCTCAGGCAGTTACAAAATTGAAAAAAGATACCGGATGGAAAGCAGACTATCAAAAGAGCGGAACGTCTAAGAACTATCAAATATCTGCTTCAGGTCTGACAAGCGAAACGAATGCTAAAAGCGTACTAAGCGATTTTACGAAGCAGACAGGCATTAAAGGAACATCAAGTCCGACGGGCAGTAAGCAGCCCTATTATACTGCAGTTTCCGGAACTATTTCAGGTGAACAGCAGGCTAATAACTTGCTTGATAAAATGAAAAAGGAAACAGGATTAACCGGTACTGTTAAACCGAATGGTGTGAAGCAGCCTTATATAAGCATTGTTACATCTGAGCTGACAAGTGAGGCCGGTGCAAAGTCTGCTATTCAAGAGTTAAAGAAGCAGACTGGAGTCAATGCTAATTATCAAAAACTTGAACAGGAACCGGAGATCATTCAAATTCAATCCGGAAAAATTCAAGGAGAGAAAACAGCATCCCAAGTGAAAAGCAGTTTTCAAAAAGATTCTGGGCTGAATGCCACGTTAAACATGACTGATAAAGGCCAGTCTTACTACATTGTTACAACGAATTCTTTGATCAATAAAGCAGATGAGGCGAAAAGTCTTATCAAACAGCTTGAACAAAGCACAGGCGTCAAAAGCAGTTACAAAACCATCAATAATAAAAAAACTATCACATCGTATAATATAGAAACGGGTTATTTTAACGGGCTGAGCATGGTTAAAAATTCGATCAGCCAAATAATAAATAACACAGGAGTTAAAGGGTCCTACCAAAAAGTTGGTGCTACAAGTAATTATGTTGTGAAAATGAAGGATGTCAGCCCGGAAAAACTAAAAAGTCTTCAAGCTTTTTTTAAGAAGAAAAGATGGCATATGACTTATACAGCTGTAAAGAAAACTTCAACCCAAACAACTTATCAAGTGATAACAAATGCTGTAACAAACGCACAGGCGGATAAAGCAGTAAATTTTCTTAGCAGAAAAAAATTAAAATCATCAAAATCAAATTCAGGAAAAACAGCTGCTAATCAATATCAACTGTTATCACAACAGACTGCTGACAAAACAAAAGTAACAAAAGGTTTAAACTCTTTAAAGAAAATCGGTATTAATGCAACTGCCAAATCTATAAAACAACCAAAAGGAATAACTTATAAAATTAAGACAGAAGCCTTGCTGGACACAGCTAAGATTAATCAAGTCAAATCTTTCTTCAAGACAAAAAAATTAACGGCAGTAAGTGAAAAAACCGGTAAATCCGCTTATACGCAATATCAAGTCACTGTTAGTGACTTATTAAATCAAAAAGATATAGATCGTGTGTTAACTTTTTTTAAAACAAATAATGCGAAAGGCAATGCCAAACAAAATGGCAAAAGCACATACACGCAATATAAATTAGTTACAGATCAAATCAGCACATCGTCGGCTTTAAACAAAGGACTGAGTTTCTTTAAGGCAAAGAACTTATCAGCAAGCTACACTACTAAAAACAATCCAATATACAGTATAGTGATTACTGAACAATTTACAGGAAAAAGCAATGCTGATAAGGCTGCAAGCAAAGTGAAGCAGCTTTATGGGTGGGCAGTTTCAAGTGTTGAGGTGAAAAGCGGTCCTCAAATAATGGAAACAAATTATAATATTACGATGAGTGAAATGGTCGCGAAGCAGTTAAAAGCGAACCCGCAGACGGATTCAAGTGCCTACGTATCTCTATCTTATATTAATAGTGCAAATTCTACCGTAACCGCAGATTTTCTTAATGTCAGGTCTACTCCAGAGGTAAAGAGCAATAATATTATAGGAACAGTGACAAAAGGTTATAAGGTTAATATCATTAGTGTAGAGAATAACTGGGCAAAAATTAAAATGGGTTGGCGGAAAGCAAGCGAGGAAGAAGTTTCCTACTATGTAAACCCCGCAAACTTTTCTGTGTCAGATAAAAGTTATTTTCAGTTTTTGAAGTTATCGAAATATGCAGGACTGACAGCATCAGAAGTCAATACAAAGATTTTAAAAGGGAAAGGAATTCTTGAAGGAAAAGGTGAAGCTTTTATTAAGGCAGCTGAATCTAACAGTATTAATGAGCTCTACCTGATTTCTCACGCTTTATTAGAGACCGGAAACGGTACCTCAGAGCTGGCAAACGGTGTGACCTATAATGGGAAAAAGGTATATAACATGTATGGCATAGGTGCATATGACGGAGACGCTGTGAACAAGGGTGCCCAATATGCATATAACCAAGGATGGTTCAGTCCTGAAGCAGCGATTACTGGAGGGGCCAAATTTATCGGACAGAGTTATATACACAATGCCGTATACAACCAAGATACCTTGTATAAAATGAGATGGGAGCCTTCTGTAAGCCACCAATATGCATCTGATATTGGTTGGGCGTATAAGCAGGTAAATAGAATGTACAGTCTCTATAGTCTGTTAGATAACTATCAGCTTTACTATGATATTCCTGTCTATAAATAA MKKSLAAAMLLSAVTLEFFTITDSVKAAYIDNSIYQLETTQKFASESEASQAVTKLKKDTGWKADYQKSGTSKNYQISASGLTSETNAKSVLSDFTKQTGIKGTSSPTGSKQPYYTAVSGTISGEQQANNLLDKMKKETGLTGTVKPNGVKQPYISIVTSELTSEAGAKSAIQELKKQTGVNANYQKLEQEPEIIQIQSGKIQGEKTASQVKSSFQKDSGLNATLNMTDKGQSYYIVTTNSLINKADEAKSLIKQLEQSTGVKSSYKTINNKKTITSYNIETGYFNGLSMVKNSISQIINNTGVKGSYQKVGATSNYVVKMKDVSPEKLKSLQAFFKKKRWHMTYTAVKKTSTQTTYQVITNAVTNAQADKAVNFLSRKKLKSSKSNSGKTAANQYQLLSQQTADKTKVTKGLNSLKKIGINATAKSIKQPKGITYKIKTEALLDTAKINQVKSFFKTKKLTAVSEKTGKSAYTQYQVTVSDLLNQKDIDRVLTFFKTNNAKGNAKQNGKSTYTQYKLVTDQISTSSALNKGLSFFKAKNLSASYTTKNNPIYSIVITEQFTGKSNADKAASKVKQLYGWAVSSVEVKSGPQIMETNYNITMSEMVAKQLKANPQTDSSAYVSLSYINSANSTVTADFLNVRSTPEVKSNNIIGTVTKGYKVNIISVENNWAKIKMGWRKASEEEVSYYVNPANFSVSDKSYFQFLKLSKYAGLTASEVNTKILKGKGILEGKGEAFIKAAESNSINELYLISHALLETGNGTSELANGVTYNGKKVYNMYGIGAYDGDAVNKGAQYAYNQGWFSPEAAITGGAKFIGQSYIHNAVYNQDTLYKMRWEPSVSHQYASDIGWAYKQVNRMYSLYSLLDNYQLYYDIPVYK PGPT0018810_42 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-GLUCOSAMINIDASE,PGPT0018810-lytD|lytB-K23989 NA NA D1-12_02573 1170 tagB COG1887 Teichoic acid glycerol-phosphate primase ATGAACCTGCGATCTTTATTCGCCGCTTTTTATTCTATATATCTGTCTGTTCTCGGCGTTTTGTTCAAGCCTGTAAAGCCCAAGAACCATCTGACCCTGCTGGTATCTTTTGAAGAGAATGCGCAGGCTCTCATCCGTTCTTACAAAGCGCACGCTGAATCGCTTTCTTATGAAATGACGGTTTTGTATACGAGACACGCCGTCAGTCTGAAAAAAGAGCTGGAAGGTGTCGGCTCTTTTTATCTGAACGAAAAACATCCGCTGCATCTTTTGAAGGCTGTTTTGGTCCTTTTTAAAAGCAAAGTGGTGATAACGGATAACTATTTCCTCATGACAAGCGTCTTAAACCGCCGGCCGCAAACGACATGCATTCAGGTGTGGCATGCGAACGGCTCTTTGAAAAAGTTCGGCCTTGAGGATGTGACGAATCAAAATCGTCCGGCATCAGATATCAGCCGTTTTAAAAAAGTGTACCGCTCGTTTGACTTTGTTACCGTCGGTTCAGACGCCATGGCTGACGTTTTTAAAAAGTCGTTCGGCATACGGGACGGCCAGCTGTTAAAAACGGGTATCCCCCTGACTGACGTCTATTATGAAGAACACAAGCCGGAACTGAAGCACAAATGGCCGAAAAAAATCATCTTGTACGCACCGACATTCAGGGATTATGATATGCAATCCTTTCGGCTGCCATTCACCGAAGAACAGCTCACAAACGCGTTAAACGGAGAGTATATGCTGCTTGTAAAGCTTCATCCTGCCGTTTTGCATCATATTTCGGCTTCGTTTGAAAGCGAATTGATCAAGAACGTGTCTGACATGCGTCTTCATGATCTCTTGAAAGCGGCTGATATTTTAATTACGGATTACTCTTCCGTGCCTTTTGAATTCGCGCTCTTAAATAAACCGATTTTCTTTTTCACGTATGATCTGGAGGAATATGATCAAAAACGCGGTTTAATCGACAATTATACGTCCGTCATTCCCGGAAAGGCTTGTCATGACAGCGAAGCCCTTCTGGAGGAAATGACGAAAAAGCCATTTCGTGCAGAAGAAATGAAGCGGTTCTCGGACAAATGGAATATGTATTCAGATGGGAATTCGAGCAGCAAACTGCTCCAATTTGCAGAAGAACAAATAACATACAAAAACACCTGTTCACACAATTGA MNLRSLFAAFYSIYLSVLGVLFKPVKPKNHLTLLVSFEENAQALIRSYKAHAESLSYEMTVLYTRHAVSLKKELEGVGSFYLNEKHPLHLLKAVLVLFKSKVVITDNYFLMTSVLNRRPQTTCIQVWHANGSLKKFGLEDVTNQNRPASDISRFKKVYRSFDFVTVGSDAMADVFKKSFGIRDGQLLKTGIPLTDVYYEEHKPELKHKWPKKIILYAPTFRDYDMQSFRLPFTEEQLTNALNGEYMLLVKLHPAVLHHISASFESELIKNVSDMRLHDLLKAADILITDYSSVPFEFALLNKPIFFFTYDLEEYDQKRGLIDNYTSVIPGKACHDSEALLEEMTKKPFRAEEMKRFSDKWNMYSDGNSSSKLLQFAEEQITYKNTCSHN PGPT0023430_52 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-TEICHOIC_ACID_METABOLISM CE-EPS-TEICHOIC_ACID_METABOLIC_PATHWAY,PGPT0023430-tagB|tarB-K21285 NA NA D1-12_02574 771 tagA COG1922 N-acetylglucosaminyldiphosphoundecaprenol N-acetyl-beta-D-mannosaminyltransferase ATGCAGACTGAAATGGTGCACAACCTTTCTTATGTTAATGGAAATTTACAGGAGTTTATTTCATATTTAGACACTTATTATATCGCACAAAAGCAAGGAGCCGTCATTGCGACGGTCAATCCTGAGATCGGATACGCTGCGGCGAAAGACAAAGGTTATCATCAAGTCATTTCATCCGCGGATTTCGTCCTGCCGGATGGTATCGGCGTCGTGTTAATGTCACGTTTGACGCAGCACCCGCTGAAATCAAGAATTGCGGGATTCGATGTGTTTCTTGCGCTGCTCGGCCTCGCAAACCGGCAGTCTAAAAAAATATTTTTATACGGAGCTAAACAAGACGTGCTTGACGCCGTTTTGAACCGGATCAGCAAAGAGTATCCGAATATTGAGGTTGTCGGAGCCAGCAACGGTTATGAAGCGGATAAACGCTTCGTCGCCAAACAGATTTCCCGGGCGAAACCCGATCTCGTGTTTGTCGCCTTAGGATATCCCCATCAGGAACAATTTATTTATGAATACAAACATCTTTTCCCTCAGGCTGTATCGATCGGTTTGGGCGGAAGCTTTGATGTGTTCAGCGGAACGGTGAAACGCGCCCCTGAATGGATGATCAAAACGAATCTGGAATGGCTGTACAGACTGGTGACGAATCCGTGGAGATGGAAAAGGATGCTGAACATTCCGAAGTATGCTTTTACCGTTTTGAGAAATAATAAATCAAATAAAAGCCTGTATTCCAAGCAGGCAGAAGATCAAACGAAACAGCTTTAA MQTEMVHNLSYVNGNLQEFISYLDTYYIAQKQGAVIATVNPEIGYAAAKDKGYHQVISSADFVLPDGIGVVLMSRLTQHPLKSRIAGFDVFLALLGLANRQSKKIFLYGAKQDVLDAVLNRISKEYPNIEVVGASNGYEADKRFVAKQISRAKPDLVFVALGYPHQEQFIYEYKHLFPQAVSIGLGGSFDVFSGTVKRAPEWMIKTNLEWLYRLVTNPWRWKRMLNIPKYAFTVLRNNKSNKSLYSKQAEDQTKQL PGPT0023455_842 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-TEICHOIC_ACID_METABOLISM CE-EPS-TEICHOIC_ACID_METABOLIC_PATHWAY,PGPT0023455-tagA|tarA-K05946 NA NA D1-12_02575 390 tagD COG0615 Glycerol-3-phosphate cytidylyltransferase ATGAAGAAGGTCATTACTTACGGTACGTTTGATTTACTGCATTGGGGTCATATTAAACTGCTTGAGCGCGCAAAGCAGCTTGGGGATTACCTTGTTGTCGCCATCTCAACAGACGAGTTCAACCTGCAAAAACAAAAAAAGGCCTACCACAGCTATGAACACAGAAAGCTGATTCTGGAAACGATCCGTTATGTCGACGAAGTCATTCCGGAAAACAGCTGGGATCAAAAAGTACGTGACGTAGCGGATCACAACATCGATGTGTTCGTAATGGGAGACGATTGGGAAGGCAAATTCGATTTCCTTAAAGATCAATGCGAAGTCATCTACCTCCCTAGAACCGAAGGCATTTCCACCACACAGATTAAAAAAGAAATTGCCGGGGTGTAA MKKVITYGTFDLLHWGHIKLLERAKQLGDYLVVAISTDEFNLQKQKKAYHSYEHRKLILETIRYVDEVIPENSWDQKVRDVADHNIDVFVMGDDWEGKFDFLKDQCEVIYLPRTEGISTTQIKKEIAGV PGPT0024325_655 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROPHOSPHOLIPID_REMODELLING CE-REMODELLING_GPL_CYTIDYLYLTRANSFERASE,PGPT0024325-tagD-K00980 NA NA D1-12_02576 2019 tagE COG0438 Poly(glycerol-phosphate) alpha-glucosyltransferase TTGTCCAATCAGCCTATTAACGATAATAATGAGCTTCCCGATATGATGTATTATTTTATCTCAGGAGGCCTCCCGGATGATTACGGAGGTCTGACCAAATCACTATTATTGCGTTCTAAACTATTCGGAGAAGAGAGTCAAAAGAATACCGCCTTTCTTACTTTTAAATTTGATTTGGAATTTCGGAGAAAAAAAAACGAACTCTTTGAAAGAAAGAAAACCGACCCTCAATATACACAAGTTATCAACATGTATGATGACTTTTTAAGTAAAAGAACAAAAGGCAAGCGGATTTATTCGGAGAAAATTGAGCTGAATCAAATAAAAAAACATGTCAGCAAGGGGAAAGTAAGCAAAACTATCTCAAAAATGTTCGGAAAATCATCAAACGATTATAATCTTTCCTATTATTCAGGCAGTGATGACGTGCGTTACGTAGATTACCTGAATGATGAAAAACAAGTAATCAAAAGGGAAGAATACAATAAAGAAGGAAAACCCGTCATTGTCTCTCATTTTGATACAAAGACGAATCAAATCTTCCTTCAGGAGTTTATCAACAGCGAAAATGTCGTTTATCTGGAAAAGCACTTCATGTGGGATGACCAAAATGAAGCAGTCAAATTCACACATTTTACTTGGTACTCAGAAGAAAACCCTTTAACATTTAAAGATGAATTTGAGTTGCGCAGGCATTGGATTGATATTCTCCAAAAAGAAAACGATCGGCCTAAACTATTTCTGGTCGACAGCAGACTACAGGATAAACATGTCTTCAGAGTGAAAAAAGCGCCGTCATCTTATTATGCTGCGATTATTCACAATAAACATTATGGTGATAATAAGTTCCAGATCAAAGGACGCTATAAAGAACTTTTCGGCCAAATAAATAACCTTGATGCCGTATTTTTTATCACTGAGGAGCAGATTGCAGATTTCAGTTTGATTTCAGGGGAAAAAGAGACATTCTTTTTTACACCGCATACGATTAATAAACCGCTCGATGAAGAGGTTTTGAAAGTTCCGAGCGAACGAAATAAAGCGGTTATTATCTCTCGGATTGTACCAATGAAAAACCTGACGCATGCCGTTAAAGCGTTCAAACTTGTTGTAAATGAAATCCCGGATGCGAAACTGGAAATATTCGGTTCTGGAGGAGAAAGAGAGAAAATCAAAAAGGAAATAAAAGCTCAAAACCTCAAGAATAATGTATTGCTGAAAGGCTACACGAACAACCCTGATTACGAGTTTCAAAAAGCGTGGCTGACAATTTCAACTTCTCACTTTGAAGGCTTCGGTCTGTCCAATATGGAAGCATTGAGCAATGGATGCCCGGTCGTAACTTACGATTACGATTACGGTGCCAGAAGCTTGGTAGAAGATGGAGTAAACGGCTATGTAATTGAACAATATAATATAGAAAAGCTGGCTGAGGCCATTATCTCTTTAATGAGAGATGACAGCACTCACAAACAATTTTCACGTCTAGCCTTTAAAATGGCGGAGAAATACTCTAAACCAAACTATATTAAAAATTGGTCATATGCTCTTTTCAAAATGGTTGAAGTGAGAAAAGAAAAGGAACGGCTTGCTGAAAAAGTCGGTTCTAAAGAACACCCGATCACATCTTTTGAAAAAAATGCCAACGGATTAGCGATCAGCGTTTCAGTGTCTGACCAGAATGATGCATTTGAAAAAGTCCGAATGGTTGGGATTGATCGGAAAAACAAATCTGAAATCATATCCGTATCCGCTGATCAACCGGCTCAGCCATTTTATATAGATCTTGAAAAGGACATCCAAAAAGAAAAAATTGACGCAAATCATACTTCGGTTCTTGACTTTTACATTCAATATATAACAGCTGACCATATCCGTATTCTAAGAAGGGTATCCAGCCGTGAAGTCAATTTCGGCGAAAAAGATCGGTTTATGAATAACGGATATACTTTCGAACCTTATACGACTGTGAAAGGGAATTTCTCTATTAAATTAAACAAAAAGGATCACATCGATTAA MSNQPINDNNELPDMMYYFISGGLPDDYGGLTKSLLLRSKLFGEESQKNTAFLTFKFDLEFRRKKNELFERKKTDPQYTQVINMYDDFLSKRTKGKRIYSEKIELNQIKKHVSKGKVSKTISKMFGKSSNDYNLSYYSGSDDVRYVDYLNDEKQVIKREEYNKEGKPVIVSHFDTKTNQIFLQEFINSENVVYLEKHFMWDDQNEAVKFTHFTWYSEENPLTFKDEFELRRHWIDILQKENDRPKLFLVDSRLQDKHVFRVKKAPSSYYAAIIHNKHYGDNKFQIKGRYKELFGQINNLDAVFFITEEQIADFSLISGEKETFFFTPHTINKPLDEEVLKVPSERNKAVIISRIVPMKNLTHAVKAFKLVVNEIPDAKLEIFGSGGEREKIKKEIKAQNLKNNVLLKGYTNNPDYEFQKAWLTISTSHFEGFGLSNMEALSNGCPVVTYDYDYGARSLVEDGVNGYVIEQYNIEKLAEAIISLMRDDSTHKQFSRLAFKMAEKYSKPNYIKNWSYALFKMVEVRKEKERLAEKVGSKEHPITSFEKNANGLAISVSVSDQNDAFEKVRMVGIDRKNKSEIISVSADQPAQPFYIDLEKDIQKEKIDANHTSVLDFYIQYITADHIRILRRVSSREVNFGEKDRFMNNGYTFEPYTTVKGNFSIKLNKKDHID PGPT0026690_10 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-TEICHOIC_ACID_METABOLISM CE-EPS-TEICHOIC_ACID_METABOLIC_PATHWAY,PGPT0026690-tagE-K00712 NA NA D1-12_02577 2163 tagF COG1887 Teichoic acid poly(glycerol phosphate) polymerase ATGGATGAAAATACCGTGAGCAAATGTATTTTGAAAAGCTTAAAAAATAATGTGGGAGACCTGGCACTCTCTATTTCACTTGAAAGCGAAGAACCGTTAGCTGAGGAAGTGAAATGTTATTTAAAATTAAAAGAACGGCGTTCCGGAGCCGAGGATGTTGTTATTTTAGAGAAAGAGAGCCCGGCTCAATACAGTGCATCAATTAATATTCACTCGTTTCCTGAACCTTTAGAAATGGGACAGACTTATGATTTTTATGTGGTACTGGGGGAACCGGCAGCGGAAGAAGAACAGCCGAAGCAGGTGCGTTTAACCGTGGAAGCTGAAGCGATTGAGCGTGCCTACCACCTTGATCATACGACTGAGCTGTTAATTTTACCTTATACAACCGATAAGGGCAATTTCTCTTTAAAGGTAAAAAGAGAAGCGAAAATTGTGAAGTTTGATGAGATTCAGCTGAAGGCAGAAGAGATTATGATTTCAGGGTATGCAGGATATCTAAGTTCGGAGAATCAGCTTTCAGTTAAAAACCTGCAATTTGTCATTAAAAAAGGGGGAGAAGATCCCGTAGAGAAACATTTCCCTATTAAAATGACGAAAAAAACGGAGAATATTGAACAGCTTCGGGAAGATGCATTCACCCCTGAAATTTTTGATTTCCAAATAAAAATTCCATTAAAAGATATTCCTTATTCTCTGGAAAAACGATTTGTCTACCGTATGTTTATGGAGTTTCATTGTGAAAACGACGAAGCTGAACCTATTGTTCTCAGCAGCACTCCGCTTGTGCTCGGAGACAGAAAAAATAAACTGAAAGGCCTCATAAGCGTTGTGAATAAAGACAGCGGACCGGTCAGGTATGAGGTATATAAAAAGAAGAAAAAGCAGACTGTCTGTATCCGTGTGAACGACTACAGCCTGAAAACAAGGATGAGATACTTCATAAAAGGGAAGAAAAAACGTTTCATTTCCAAAATGAAAAAACTGAAAAAACGCAGAAATTCCCTTATTACGAAAGGTTATAAAGTTGTTTTCAGAATGGCGAGCAAAATGCCTGTTAAAAGCAAGACCATTATTTTTGAAAGCTTTAACGGCAAACAATACAGCTGTAATCCGAGAGCCATTTATGAATACATGCAAATCAATCATCCTGAATATAAAATGTATTGGAGCGTAAATAAACAGTATGCAGCGCCTTTTAAAGAGAAGGGCATTCAATACATTAACAGGCTTTCTATCAAGTGGCTGTTTGCTATGGCGCGGGCAGAATATTGGGTCGTCAACAGCCGTCTGCCTTTATGGATTCCAAAGCCGGAACATACAACCTATCTTCAAACATGGCACGGCACGCCTTTAAAAAGACTTGCAATGGATATGGAAGAAGTTCATATGCCGGGTACTAATACGAAAAAATATAAAAAGAATTTTATTAAAGAGGCATCCAATTGGGATTATTTAATTTCTCCTAATGCCTACTCGTCTGAGATATTTGCGCGCGCCTTCCAATTCGATAAAACTATGATTGAATCAGGTTATCCGAGAAATGATTTTCTTCATAATGATAATAATAATGAGACAATCACAGCGATAAAAAGAAGGTTAAACCTGCCTGAGGATAAGAAAATCATTCTTTATGCGCCGACATGGAGAGATGACCAGTTTTATGCTAAAGGCCGTTATAAATTTGACCTTGATTTAGACCTGCATAAATTAAGGGAAGAGCTCGGAGATGAATATCTCGTTATTCTGAGAATGCATTATCTTGTGGCCGAAAATTTTGACCTCGGTCCGTTTGAAGGGTTTGCTTACGACTTTTCTGCACACGAAGATATTCGGGAATTGTATATGATTTCAGATCTGTTAATTACCGATTACTCTTCTGTATTTTTCGATTTTGCAAATCTGAAACGCCCGATGCTGTTTTTTGTTCCCGATATTGAAACATACCGGGATAAACTCAGAGGGTTTTATTTCGATTTTGAGAAAGATGCTCCTGGTCCGTTAGTGAAAACGACAGAGGAAACGATCGAGGCAATCAAACATATTTCATCACCGGATTATCAGCACCCGGTTTCATTCAAACCTTTTTATGACAAATTCTGTTATCTTGAGTCAGGACATTCTTCTGAGAAAGTCGTGAAAATTGTGTTTGAATCTGAATAA MDENTVSKCILKSLKNNVGDLALSISLESEEPLAEEVKCYLKLKERRSGAEDVVILEKESPAQYSASINIHSFPEPLEMGQTYDFYVVLGEPAAEEEQPKQVRLTVEAEAIERAYHLDHTTELLILPYTTDKGNFSLKVKREAKIVKFDEIQLKAEEIMISGYAGYLSSENQLSVKNLQFVIKKGGEDPVEKHFPIKMTKKTENIEQLREDAFTPEIFDFQIKIPLKDIPYSLEKRFVYRMFMEFHCENDEAEPIVLSSTPLVLGDRKNKLKGLISVVNKDSGPVRYEVYKKKKKQTVCIRVNDYSLKTRMRYFIKGKKKRFISKMKKLKKRRNSLITKGYKVVFRMASKMPVKSKTIIFESFNGKQYSCNPRAIYEYMQINHPEYKMYWSVNKQYAAPFKEKGIQYINRLSIKWLFAMARAEYWVVNSRLPLWIPKPEHTTYLQTWHGTPLKRLAMDMEEVHMPGTNTKKYKKNFIKEASNWDYLISPNAYSSEIFARAFQFDKTMIESGYPRNDFLHNDNNNETITAIKRRLNLPEDKKIILYAPTWRDDQFYAKGRYKFDLDLDLHKLREELGDEYLVILRMHYLVAENFDLGPFEGFAYDFSAHEDIRELYMISDLLITDYSSVFFDFANLKRPMLFFVPDIETYRDKLRGFYFDFEKDAPGPLVKTTEETIEAIKHISSPDYQHPVSFKPFYDKFCYLESGHSSEKVVKIVFESE PGPT0023450_590 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-TEICHOIC_ACID_METABOLISM CE-EPS-TEICHOIC_ACID_METABOLIC_PATHWAY,PGPT0023450-tagF-K09809 NA NA D1-12_02578 885 hypothetical protein ATGGACAATCTTCTCCGTCCAATTTACCAAGAAAGAGCAAGTCATCCCGATACGCTGGCCGTCCTTATGATTGAGAGAAGGAGTAAAGCATCATCCATCACGGATAACTTTGATGCGGTCATGCTTGTCATTGTCAAACAGGCTGATGAACCTCTTTTTATAAAGCATTATGAATTCGAACAAAAAACCGCTTCTTTACATATTGTAACGGATGCTCTGCTTCAGGAATGGATTCTGCTTGGGACAAATAGAAGAGTCATAGATTGGATCATCAACGGCAAAGTGCTGTTTGACCGCAATGAATATATATCTGAACTCAATGACCGGCTCAGCACTTTTCCTTTCGCCGAGCGGAAATTAAAGATCGGAATGGAATACGGCAAGCTGATCAGAAGATTTGTAGAAGGAAAAGCGTTTTTTGAAGCTGATCATTTTCTGGATGCATATTATGCGGTAGTGCATGCTCTTCACCACTTGGCCCGCATAGAAGTGATTGACCGGGGGTTTTATCCCGAAACGACAGTCTGGAACCAGGTCCGTCACATTGAGCCGCAGGTATATAAGCTATATTCCGAACTTGTCGAGAGTCACGAAAGTTTGGAGAAAAGGCTCGAATTATTATTCTTAGCAAATGATTTTCTCATCCATTCAAAAGCTGAAATCGGTTCTGCGCACCTTTTTCAAGTGATGAAAGAAAAAGAAATGTGGCAGTTTGGAGAATTGCTTCAGCACCCTGAACTGCTGCACTTCACCCAAGATCTTGGTGTCATGCTTGATTACCTGACGGAAAAAGGCTTTGTTGAAGTATCTCAAATAGAGACCAAAGGGCAGGAAGTATATCATCGAGGATATTCTTTCAAAAAAAGTGTTGACGCTGAATCATAG MDNLLRPIYQERASHPDTLAVLMIERRSKASSITDNFDAVMLVIVKQADEPLFIKHYEFEQKTASLHIVTDALLQEWILLGTNRRVIDWIINGKVLFDRNEYISELNDRLSTFPFAERKLKIGMEYGKLIRRFVEGKAFFEADHFLDAYYAVVHALHHLARIEVIDRGFYPETTVWNQVRHIEPQVYKLYSELVESHESLEKRLELLFLANDFLIHSKAEIGSAHLFQVMKEKEMWQFGELLQHPELLHFTQDLGVMLDYLTEKGFVEVSQIETKGQEVYHRGYSFKKSVDAES NA NA NA NA NA D1-12_02579 354 hypothetical protein ATGGCGAAATACTCAAGCAAAATTAATAAGATCAGAACGTTTGCGTTAAGTTTGGTTTTCGTTGGGTTTATCATTATGTACATCGGGCTGTTCTTTAAGCAGTCTGTTTTGCTTGCCAGCTTGTTTATGGTTCTCGGCCTGCTGTCGATCGGGCTCAGCACCGCCGTTTATTTTTGGATCGGCATGCTGTCCACAAAAGCGGTCCGGGTGATGTGCCCCGCTTGCGAGAAAGAAACGAAGATTCTGGGCAGAGTGGATATGTGCATGCATTGCAGAGAGCCGCTTACATTGGATAAAGGATTGGAAGGCAAAGCGTTCGATGAGTCTTATAACAGAAAAAACAGTGTAAAATAA MAKYSSKINKIRTFALSLVFVGFIIMYIGLFFKQSVLLASLFMVLGLLSIGLSTAVYFWIGMLSTKAVRVMCPACEKETKILGRVDMCMHCREPLTLDKGLEGKAFDESYNRKNSVK NA NA NA NA NA D1-12_02580 438 perR COG0735 Peroxide operon regulator ATGGCTGCACATGAATTAAAAGAAGCCTTAGACACGTTGAAGGATACGGGAGTCCGGATTACTCCTCAACGTCATGCCATTCTGGAATATCTCGTGGATTCTATGGCACATCCGACAGCGGACGATATATATAAAGCCTTGGAAGGGAAATTCCCTAATATGAGTGTTGCGACAGTGTATAACAATTTGCGTGTATTCCGGGAAGCGGGGCTTGTAAAGGAACTGACGTACGGAGATGCGTCCAGCAGATTTGACTTTGTCACCTCTGACCATTATCACGCCATTTGTGAAAGCTGCGGAAAAATCGTAGACTTCCATTATCCCGGGCTTGACGAAGTGGAACAGCTTGCGGCTCACGTCACGGGGTTTAAGGTAAGCCACCACCGTTTGGAGATTTACGGCGTCTGCCAAGAATGTTCCAAAAAAGAAAACCACTAA MAAHELKEALDTLKDTGVRITPQRHAILEYLVDSMAHPTADDIYKALEGKFPNMSVATVYNNLRVFREAGLVKELTYGDASSRFDFVTSDHYHAICESCGKIVDFHYPGLDEVEQLAAHVTGFKVSHHRLEIYGVCQECSKKENH PGPT0012945_507 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING NITROSATIVE|OXIDATIVE_STRESS|ROS_REGULATORY_PROTEINS,PGPT0012945-perR-K09825 NA NA D1-12_02581 474 bcp COG1225 Putative peroxiredoxin bcp ATGACGATTGAAATCGGACAAACAGCACCGGATATGAAATTAGTGAATGACAGCGGGGAAGAAGTAGCATTGACGGATTTTAAAGGGAAGTACGTCGTTCTCTATTTTTATCCGAAAGACATGACACCCGGATGCACAACGGAAGCATGTGATTTCCGTGATCAGCACGAAAGTTTCGCGGGACTTGATGCGGTTATCATCGGAGTAAGCCCTGACAGCCGTGATAAACATGAAAAATTTAAGCAAAAACACGATCTTCCTTTCCAGCTCCTCGTTGACGATGAGCACAAACTGGCGGAAGCTTTTGATGTGTGGAAGCTGAAGAAGAATTTTGGGAAAGAATATATGGGTATCGAGCGATCCACTTTTTTGTTAGACAAAGAAGGCCGTCTTGTGAAGGAGTGGAGAAAGGTAAAAGTGAAAGATCACGTTGCCGAGGCGCTTCGCGAATTGGAACAAATTGCGTCTAATTAA MTIEIGQTAPDMKLVNDSGEEVALTDFKGKYVVLYFYPKDMTPGCTTEACDFRDQHESFAGLDAVIIGVSPDSRDKHEKFKQKHDLPFQLLVDDEHKLAEAFDVWKLKKNFGKEYMGIERSTFLLDKEGRLVKEWRKVKVKDHVAEALRELEQIASN PGPT0013120_2442 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013120-bcp|PRXQ|DOT5-K03564 NA NA D1-12_02582 1290 hemL1 COG0001 Glutamate-1-semialdehyde 2,1-aminomutase 1 TTGTATACAAAATCAGTTGAACTTCATAAGGAAGCGTTAGAGCATATCGTCGGAGGCGTGAACAGCCCGTCCAGATCCTATAAAGCGGTAGGCGGCGGTTCACCCGTTGCGATGGAAAAAGCGAACGGCGCTTATTTCTGGGATGTAGACGGGAATCAGTATATTGATTATTTAGCGGCTTACGGCCCGATTATTACCGGACATGCCCACCCGCATATTACTCAAGCAATTAAAACAGCGGCTGAAAACGGTGTGCTGTACGGGACGCCGACCAAACATGAGGTCACTTTCGCCAAAATGCTGAAGGAGGCCATTCCTTCACTTGATAAAGTACGATTCGTAAACTCAGGCACTGAAGCGGTAATGACAACGATCCGGGTTGCACGCGCTTATACAGGCCGGACAAAAATCATTAAATTCGCAGGCTGCTATCACGGCCATTCTGATCTCGTACTTGTCGCTGCGGGTTCCGGTCCGTCTACGCTCGGCACCCCTGATTCCGCCGGCGTGCCGAAAAGCATCGCCAATGAGGTGATTACCGTTCCTTTCAATGACATTGAAAGCTACAAAGCCGCGCTGGATAAATGGGGTTCAGAAATTGCAGCGGTTCTCGTCGAGCCGATCGTCGGCAACTTCGGCATCGTTGAACCTGAAAAAGGATTTTTAGAACAGGTAAATGAATTGACCCATAAAGCGGGCGCGCTCGTCATTTATGATGAAGTGATCACGGCGTTCCGTTTTATGTACGGAGGCGCGCAGGATCTTCTTCAAGTGAAGCCTGATTTAACGGCGCTCGGTAAAATTATCGGGGGCGGCTTGCCGATCGGCGCTTACGGAGGCAAAAAAGAGATCATGGAGCAGGTTGCTCCGCTCGGCCCGGCATATCAAGCCGGCACGATGGCCGGAAACCCGGCATCTATCCTATCAGGCATCGCCTGCCTGGAAGTGCTGAAGGAAGAAGGCGTTTACGAGCGGCTTGATGAGCTCGGCGCCAGACTTGAGCAGGGCATTCTCGCCCATGCGGAGACACATGGCATTACCATCACCGTCAACCGTTTAAAAGGCGCGCTCACGGTTTACTTCACTGATGAAAAGATCGTCAATTACGAGCAGGCGGAAAATACAGACGGAGAAGCATTCGCCAAGTTCTTCAAGCTGATGCTTGAGCGCGGCATCAATCTTGCTCCATCGAAGTATGAAGCTTGGTTTATCACAACCGCACATACTGAAGAGGATATCGACGCCACTTTACAAGCCGTTGAAGATGCGTTCAGACATATGAAAAAATAA MYTKSVELHKEALEHIVGGVNSPSRSYKAVGGGSPVAMEKANGAYFWDVDGNQYIDYLAAYGPIITGHAHPHITQAIKTAAENGVLYGTPTKHEVTFAKMLKEAIPSLDKVRFVNSGTEAVMTTIRVARAYTGRTKIIKFAGCYHGHSDLVLVAAGSGPSTLGTPDSAGVPKSIANEVITVPFNDIESYKAALDKWGSEIAAVLVEPIVGNFGIVEPEKGFLEQVNELTHKAGALVIYDEVITAFRFMYGGAQDLLQVKPDLTALGKIIGGGLPIGAYGGKKEIMEQVAPLGPAYQAGTMAGNPASILSGIACLEVLKEEGVYERLDELGARLEQGILAHAETHGITITVNRLKGALTVYFTDEKIVNYEQAENTDGEAFAKFFKLMLERGINLAPSKYEAWFITTAHTEEDIDATLQAVEDAFRHMKK PGPT0003680_3371 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_RELATED_HEME_METABOLISM PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0003680-hemL-K01845 NA NA D1-12_02583 1065 hypothetical protein ATGAAACTTGGTGCCCGCATTTTTAAAACAGGGATTGCGATTACGCTCGCGCTCTACTTAGCATCATGGATCGGACTTCCGTCGCCGATCTTTGCCGGGATTGCAGCTATATTTGCCATACAGCCCTCTATTTACAGGTCTTTTCTTATCATTATTGATCAGGTTCAGGCAAATATCATCGGCGCTGTCATCGCTACGGTATTCGGACTGATTTTCGGACCGAGTCCGATTATGATCGGATTGACCGCAGTGATTGTCATCACGATCATGTTAAAACTGAAAATTGAACACACCATTTCGATTGCGCTCGTGACGGTTATCGCGATTTTAGAAACACCGGGAAACAGCTTCCTGACGTTCGCTCTGATACGAACAAGCACCGTTATTTTAGGCGTGCTGTCTTCTTTTATTGTGAACCTTGTGTTTCTTCCGCCGAAATACGAAACGAAGCTGACTCATCATACGGTTGAATATACCGATGAGATCATGAAATGGATCAGGCTGACGATGCGCCAGTCCACGGAACACTCGATATTGAAAGAGGATATTGAGAAGCTGAAGGAAAAGATGATGAAGCTTGATCATACGTACCTTCTTTATAAAGAGGAGAGAAGCTACTTTAAGAAAACGACGTATGTAAAGTCGCGCAAGCTTGTTTTATTCAGACAGGCGATTATCACGGCAAATCGGGCGCTTGATACGCTGAAAAAGCTGCACCGCTATGAAAACGAAATTTATCATATGCCGGAGGAATTTCAGGAGACGCTGACAGAAGAAATTGATTATCTGCTTCATTGGCACGAAAGGATTCTGATGCGGACGGTCGGCAAGATCAAACCGCATGATGACGATGCTGAAGAAAGCATAAGATATAAACAGCTTTTGACGAAGTCTTTCTTGAAAAATCAGCAGAACTGCGAGGATGAACTGCTTGATTACAATATGCTCAGCATTATGGCTGCGGTTGCGGAATACCGCGAGCAGCTGGAGCATCTCGATACATTAATTACGAGTTTTCAGACATACCACCCGAAAGACAGCGAATTAGAAACAGACGAAGAGTAA MKLGARIFKTGIAITLALYLASWIGLPSPIFAGIAAIFAIQPSIYRSFLIIIDQVQANIIGAVIATVFGLIFGPSPIMIGLTAVIVITIMLKLKIEHTISIALVTVIAILETPGNSFLTFALIRTSTVILGVLSSFIVNLVFLPPKYETKLTHHTVEYTDEIMKWIRLTMRQSTEHSILKEDIEKLKEKMMKLDHTYLLYKEERSYFKKTTYVKSRKLVLFRQAIITANRALDTLKKLHRYENEIYHMPEEFQETLTEEIDYLLHWHERILMRTVGKIKPHDDDAEESIRYKQLLTKSFLKNQQNCEDELLDYNMLSIMAAVAEYREQLEHLDTLITSFQTYHPKDSELETDEE NA NA NA NA NA D1-12_02584 1743 COG1132 Putative multidrug export ATP-binding/permease protein GTGGGCGTAATCAGACGCTATATGCAATTTGTAAAACCTTATAAAAAACAAATTTTTATCACAGTGTTAATCGGCATCATAAAATTCTCCATCCCGCTGGCTCTCCCGCTTCTGTTAAAATACGTGGTCGATGACATTATTCAAGGGAGCGGAACGGCAAGCGCTAAAACATCATCGCTATTTACGATAATGGGTATCATGTTCGTGCTGTTTTTAATTCTGCGCCCCCCGGTAGAGTACTATCGGCAATACTTCGCGCAATGGACGGGCAGCCGGGTGCTCTACGATATCAGGGGGGTATTGTTTGATCATATTCAAAAATTGAGCCTGAGGTTTTATGCCAACACGAGAACGGGCGAAGTCATTTCCCGGGTGATAAATGATGTCGAACAGACAAAAGACTTTGTCATAACGGGACTGATGAATATCTGGCTTGATATGATGACGGTGCTGATCGTCATCTGTATTATGTTTACACTCGATGTCAAGCTGACATTGATATCTGTCATTTTGTTTCCGTTATACGGAATTTCAGTGAAATACTTTTACGGCCGCCTCCGAAAACTGACACGTGAGCGTTCTCAGGCACTCGCCCAAGTTCAGGGACATTTGCACGAAAGAGTTCAGGGGATGCCCGTCATCAGAAGTTTTGCCATTGAAGATTATGAACAAGCCAATTTTGATGAAAAAAACGGACATTTTCTGGACAGAGCGATCCGTCATACGAATTGGAACGCAAAAACGTTTGCAGTCGTGAATACCATTACGGATTTGGCGCCGCTGCTTGTTATCGCGTTTGCGGGTTATTTTGTCATAAACGGCCCGCTGACGGTAGGGACGATGGTTGCGTTCGTCGGCTACATTGACAGAATGTACAATCCGGTCAGAAGATTGATCAACTCATCGACGACGCTGACCCAGTCGATCGCTTCGATGGACCGCATATTTGAATTTATCGACGAGCCGTATGAGCTGACTGATAAACCGAATGCAGTAAAAGCTGACGGCATTAAGGGCGAAGTTGAATTCCGAAATGTCTCGTTCCGTTATGAGGAAGGAAAAGAAACGATTTTGCAGGACGTTTCCTTAAAGGTGACAAAAGGGGAAACCGTCGCGCTCGTCGGGATGAGCGGCGGCGGAAAATCGACGCTTGTCAGCCTCATACCGCGTTTTTATGATGTATCCGGCGGCAGCCTGCTGATTGACGGCACAGATATTCGCGATTATGAAGCGAGAAGCCTCCGCAATCAAGTCGGTATGGTGCTTCAGGATACGTTTCTGTTCAGTGAGACGATTCGTGAAAATATCGCCATCGGTAAACCGGGAGCGTCTCTGGATGAGGTGGTTGCGGCAGCGAAAGCGGCAAATGCCCATGAATTTATTATGAACTTCCCCGAAGGCTACGAAACCAAAGTCGGCGAACGGGGCGTCAAATTGTCAGGCGGGCAGAAACAGCGGATTTCTATCGCGCGTGTATTCTTAAAAAATCCGCCGCTGTTAATCTTGGATGAAGCGACATCGGCTCTTGATCTTGAAAGTGAACACTACATTCAGGAAGCGATGGAAAAGCTTGCGAAAAACCGGACGACTTTTATCGTCGCCCACAGGCTGTCCACGATTACGCACGCGGATAAAATTGTCGTCATGGAAAACGGCGCCGTCGTCGAAACCGGCACGCACGAGGAATTAATGGCCCGAGGCGGCCAGTACAGACACTTATTTACGATTCAGAATTTGAACTGA MGVIRRYMQFVKPYKKQIFITVLIGIIKFSIPLALPLLLKYVVDDIIQGSGTASAKTSSLFTIMGIMFVLFLILRPPVEYYRQYFAQWTGSRVLYDIRGVLFDHIQKLSLRFYANTRTGEVISRVINDVEQTKDFVITGLMNIWLDMMTVLIVICIMFTLDVKLTLISVILFPLYGISVKYFYGRLRKLTRERSQALAQVQGHLHERVQGMPVIRSFAIEDYEQANFDEKNGHFLDRAIRHTNWNAKTFAVVNTITDLAPLLVIAFAGYFVINGPLTVGTMVAFVGYIDRMYNPVRRLINSSTTLTQSIASMDRIFEFIDEPYELTDKPNAVKADGIKGEVEFRNVSFRYEEGKETILQDVSLKVTKGETVALVGMSGGGKSTLVSLIPRFYDVSGGSLLIDGTDIRDYEARSLRNQVGMVLQDTFLFSETIRENIAIGKPGASLDEVVAAAKAANAHEFIMNFPEGYETKVGERGVKLSGGQKQRISIARVFLKNPPLLILDEATSALDLESEHYIQEAMEKLAKNRTTFIVAHRLSTITHADKIVVMENGAVVETGTHEELMARGGQYRHLFTIQNLN NA NA NA NA NA D1-12_02585 531 hypothetical protein ATGGGATATCCCAAGGAAGGAGAAACCATTCAAATTCACAGCTATAAGCATAACGGGCTGCTTCATCGAATTTGGAATGAAACGACGATTTTAAAAAGTACGGAATTGTGTATCATCGGAGCCAACGACCGGACAATGGTGACGGAATCCGACGGACGGACGTGGGTGACGAGAGAGCCGGCGATCTGCTACTTTCATGCCCGTCAGTGGTTTAACGTCATCGGAATGCTGAGAGATGACGGGGTACACTATTATTGCAACATCAGCTCGCCGTTCGCTTATGACGGAGAGGCCATCAAATATATTGATTACGATTTGGATGTCAAGGTGTTTCCGGATATGACGTATAACATTCTTGACGAGGATGAATACGATGACCACCGCAAATCAATGAATTACCCTAAAGAGATCGACAGCATTCTGAAGGAGTATCTGAATACGCTGCTGCACTGGATTCATCAGCGGAAAGGACCGTTTGCTCCGGAATTTGTTGATATGTGGTATGAACGGTATCTGCGCTATACAAAATAA MGYPKEGETIQIHSYKHNGLLHRIWNETTILKSTELCIIGANDRTMVTESDGRTWVTREPAICYFHARQWFNVIGMLRDDGVHYYCNISSPFAYDGEAIKYIDYDLDVKVFPDMTYNILDEDEYDDHRKSMNYPKEIDSILKEYLNTLLHWIHQRKGPFAPEFVDMWYERYLRYTK NA NA NA NA NA D1-12_02586 267 hypothetical protein ATGTCAGAGTTTGAAAAGCTTGTAAGTGAACAGATGAAAATCATGGATCAGCTTCTCGAGCTGCAGTCAGAACTTGACCGCTGCCGGCAGGTGGAAGCGGAACTCATCAGTCTGGAAAGAGATGCAAAGCTGGACAATGTACAGGACGAAATTGCGACAAAGCGAAAAGACCTGGCCGGCATACAGGAGTTATTCCAAAGGCAGACAGAGCAAGTCATCCAGTCTTATCGCAGCACGGAAAAGCCGTCTTCCTATGTGCAGAAATGA MSEFEKLVSEQMKIMDQLLELQSELDRCRQVEAELISLERDAKLDNVQDEIATKRKDLAGIQELFQRQTEQVIQSYRSTEKPSSYVQK NA NA NA NA NA D1-12_02587 171 Small, acid-soluble spore protein gamma-type ATGGCAAACTCAAAATTCAGCAAAACAGACGTTCAGCAGGTGAAAAGACAAAACCAGCAATCAGCTTCCGGTCAGGGTCAATTCGGCACTGAATTCGCCAGTGAAACTGATGCGCAGCAGGTTAGAAAGCAAAACCAATCTGCTGAACAAAATAAACAGCAAAACAGCTAA MANSKFSKTDVQQVKRQNQQSASGQGQFGTEFASETDAQQVRKQNQSAEQNKQQNS PGPT0024880_156 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE_SMALL_ACID-SOLUBLE_SPORE_PROTEINS,PGPT0024880-sspE-K06422 NA NA D1-12_02588 753 fabL Enoyl-[acyl-carrier-protein] reductase [NADPH] FabL ATGGAACAAAATAAATGCGCACTGGTCACGGGAAGCAGCCGCGGCGTCGGGAAAGCAGCCGCCATCAGACTCGCGGAAAAAGGATACAACATCGTCATCAATTACGCCCGCAGTAAAAAAGCGGCATTAGAAACCGCCGAAGAAATTGAAAAACTCGGCGTTAAAACGCTCGTCATTAAAGCCAATGTCGGCCAGCCGGCAAAAATCAAAGACATGTTCCGCCAGATTGACGAAACATTCGGCAGACTGGACGTGTTCGTCAATAATGCGGCTTCAGGCGTGCTGAGACCGGTTATGGAACTCGAAGAAACACACTGGGACTGGACGATGAATATCAATGCGAAAGCATTGCTTTTCTGCGCCCAGGAAGCGGCAAAGATGATGGAGAAAAACGGAGGCGGCCACATCGTCAGCATCAGCTCGCTCGGCAGCATCCGCTATCTTGAAAACTATACGACGGTCGGTGTCTCAAAAGCCGCTTTAGAATCGTTAACCCGTTATCTGGCGGTTGAGCTGTCTCCGAAAAATATCATCGTAAACGCGGTGTCAGGCGGAGCGATTGATACGGACGCGCTGAAGCATTTCCCTAACAGAGATGAACTGCTGGAAGATGCCCGCCAAAATACGCCGGCCGGCAGAATGGTCGAAATTAAAGATATGATCGATACGGTGGAGTTTTTAGTTTCTTCAAAAGCGGACATGATCCGCGGCCAGACCATCATAATTGACGGCGGACGCTCTCTGCTCGTATAA MEQNKCALVTGSSRGVGKAAAIRLAEKGYNIVINYARSKKAALETAEEIEKLGVKTLVIKANVGQPAKIKDMFRQIDETFGRLDVFVNNAASGVLRPVMELEETHWDWTMNINAKALLFCAQEAAKMMEKNGGGHIVSISSLGSIRYLENYTTVGVSKAALESLTRYLAVELSPKNIIVNAVSGGAIDTDALKHFPNRDELLEDARQNTPAGRMVEIKDMIDTVEFLVSSKADMIRGQTIIIDGGRSLLV PGPT0008375_203 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BIOTIC_STRESS_RESISTANCE-VOLATILES BIOTIC_STRESS_RESISTANCE-VOLATILE_RELATED_FATTY_ACID_METABOLISM,PGPT0008375-fabL-K10780 NA NA D1-12_02589 225 yfhS putative protein YfhS ATGTATGTCGGACGTGATATGGGCGAATTGGCCATGATGCCCAAAAAAGATTGGAAAGATTCAGAGCTCGCCTATTTCCATCATGCCTTCCAGCAAATTATGCCGTATTTAAACGAAGAAGGCCAGTCCAAATACCGGGAACTGATTCAGGAAATCGAAGCCCGCGGCGGACTGAAACGGAATGAAGCGGATTACGGCCACGGCACTCGCGTCAGCTATGACTGA MYVGRDMGELAMMPKKDWKDSELAYFHHAFQQIMPYLNEEGQSKYRELIQEIEARGGLKRNEADYGHGTRVSYD NA NA NA NA NA D1-12_02590 1098 mutY COG1194 Adenine DNA glycosylase ATGAACGCACTTGAAGAAAAAATGAAACAAAAAGATATAGACAAATTTCGCGAGGACTTAATTACATGGTTCGAAAGAGAACAGAGAATTCTGCCGTGGAGAGAAAATCAGGACCCGTATCGGGTGTGGGTATCAGAGGTGATGCTGCAGCAGACGCGCGTAGAAACCGTCATTCCTTATTTCCGGCGGTTTGTTGAGCAATTTCCGACCGTTTCGGCGCTCGCTGAAGCCGATGAGGAAAAAGTGCTCAAAGCCTGGGAAGGGCTAGGTTATTACTCCCGTGTAAGAAATCTGCAAAGTGCCGTAAAAGAAGTGCATGAGCGGTACGGGGGAGTCGTTCCTGCCGAGGAAAAGGAATTTGGCGGACTGAAAGGCGTCGGCCCTTATACAAAAGGCGCCGTGCTCAGCATCGCATACAACAAACCGATTCCCGCCGTAGACGGCAATGTGATGCGTGTCATGTCGAGAATTCTTTCCATATGGGACGATATCGCAAAACCTAAAACGAGAACTATTTTCGAACAGGCGGTATCCGCTTTCATTTCTCATGAAAAACCATCTGAATTCAATCAGGGTTTAATGGAGCTCGGCGCGATCATCTGCACCCCGAAATCGCCGTCCTGTCTGCTTTGCCCCGTACAAAAGCACTGTTCGGCATTTGCGGAAGGGACAGAGCGGGAGCTGCCCGTTAAAAGCAAAAAGAAAAAGCCCGGAATAAAAACAATGGCAGCTGTTGTGCTGACAGACGATCAAGGCGATGTCTATATTCATAAACGGCCGCCAAAAGGCTTGCTCGCCAACTTGTGGGAGTTTCCGAATACCGAAACCCAGAAAGGAATCAAAACCGAAAGAGAGCAGCTTGAAGCCTATTTAGAAAAAGAGATGGGAACAACCGCTGAAATCGGGGAGCTGGAAGGCATCGTAGAACATGTTTTCACCCATCTCGTCTGGAATATTTCGGTCTTTTTCGGTAAAGTAAAACAAGTGTCGGATACAACGGAACTCATACGGGTCACAAAAGAGGAGCTCGAGGAATACGCATTTCCCGTTTCCCATCAAAAGATATGGAAAATGGCGGAAGAAAGCGGCCGCCTGTAA MNALEEKMKQKDIDKFREDLITWFEREQRILPWRENQDPYRVWVSEVMLQQTRVETVIPYFRRFVEQFPTVSALAEADEEKVLKAWEGLGYYSRVRNLQSAVKEVHERYGGVVPAEEKEFGGLKGVGPYTKGAVLSIAYNKPIPAVDGNVMRVMSRILSIWDDIAKPKTRTIFEQAVSAFISHEKPSEFNQGLMELGAIICTPKSPSCLLCPVQKHCSAFAEGTERELPVKSKKKKPGIKTMAAVVLTDDQGDVYIHKRPPKGLLANLWEFPNTETQKGIKTEREQLEAYLEKEMGTTAEIGELEGIVEHVFTHLVWNISVFFGKVKQVSDTTELIRVTKEELEEYAFPVSHQKIWKMAEESGRL NA NA NA NA NA D1-12_02591 984 yfhP COG1988 putative protein YfhP ATGGATACTGGCACTCACGTTGTCATGGGTATCGCGCTTGGCGGAATCGCAACTCTTGATCCTGCCGTCGGCATGCACACCCCCATGTCTCAGGCAGTTATGATCGCCGCTCTTGCCGGCTCTCAGGCACCTGATATTGATACCATATTGAAGCTGAAAAATAATGCCGTTTATATTCGAAATCATAGAGGGTTCACGCACTCCATTCCCGCCGTTTTATTTTGGTCCGTTCTGATTCCGGGTATTTTGTTTATGTTTTATCCGGAAGCGAACTTATTGCACCTGTGGCTGTGGACGCTTCTCGCTGTCGTTTTGCATGTGTTTGTTGACATTTTTAACGCGTACGGCACGCAGGCCATCCGCCCGTTTTCGAGAAAATGGATCGCTCTCGGTTTAATCAATACCTTTGATCCGTTTATTTTCGTCAGCCATTTGGCCGCGATTGCCGTGTGGTATCTCGGAGGTCATCCGGGCGTGACATTTCTGATGCTTTATATCATCCTCGCAGGATATTACGCCGTCCGGTTTTTGATGCAGCTGCGGATAAAGCGAAGGCTGCGCGAGATGATTGAAGAGGAGATTGAAACCATCATTATTTCGCCGACGATGAAATTCAGGCAGTGGCGTATCGCCGTGACAACGGCGCATGCCTTTTATGTCGGCAGAAGCCTTGACGGCCATGTCGTGATATTGGATACATTCAACCGCGTGCCCGTTCCGGAAACCGATGTGATGAAGGCCGCGAAACAGGACGAAAATATTGCGGCCTTTCTTTCCTTTTCCCCTGTTTACAGGTGGGAGGTCGATACCTTTAAAGATCATTATGAGGTGCGCTTTATTGATTTGCGCTACCGGAGCAAAGGCCACTATCCTTTTGTCGCCATCGTCCACCTCAGTCATGATTTAGAGCTTCTCTCTTCTTACACGGGCTGGATTTTCAGCGAGGAAAAACTGCAGAAAAAATTAAAGCTCGGCTCTGTTTAA MDTGTHVVMGIALGGIATLDPAVGMHTPMSQAVMIAALAGSQAPDIDTILKLKNNAVYIRNHRGFTHSIPAVLFWSVLIPGILFMFYPEANLLHLWLWTLLAVVLHVFVDIFNAYGTQAIRPFSRKWIALGLINTFDPFIFVSHLAAIAVWYLGGHPGVTFLMLYIILAGYYAVRFLMQLRIKRRLREMIEEEIETIIISPTMKFRQWRIAVTTAHAFYVGRSLDGHVVILDTFNRVPVPETDVMKAAKQDENIAAFLSFSPVYRWEVDTFKDHYEVRFIDLRYRSKGHYPFVAIVHLSHDLELLSSYTGWIFSEEKLQKKLKLGSV NA NA NA NA NA D1-12_02592 2586 hypothetical protein ATGAAAAAAAATAAATGGATCTTGCCGGCAGCCTGTGTGCTGGCTGCGGCAGCCGCTCATATTTTTTTCTTAAAAGAGTGGTCGGCAGGCCGCTATATGACGGGGTCTGGAGACGGGATCGCCCAAATGGCGGTCTTCAAAAAGCTGCTGTTTGATCAATATATGAACGGCAGGCTGTTTTACAGCTATTCGTTCGGACTGGGCGGGGGAGTGTACAGTCAGCTCGGCTATTATTTCTCTACTTCTTTTCTATTCCTGTTTATCTCCGCCGCTGTCCGCTTTTTGCAGCTTATTCAGCTGACGGGCGGGGCTGATGCGCTGTTCTGGGCGCAGGCCTCCGTTTTTATCAGCATCGCCAAGCAGAGTTTTATCATATTCACGGCGGCGTGTGTGTTCCGTTATTTCGTCAAACGGACGGTGCCTGCTTTTGCCGGCGCCGTGTTGTACGGGGTCTCGATTATCTACTTCCGGCATGAGGTATATTGGGACTTTTTCACTGACAGTATGGTGTGGCTGCCGCTGCTCGTGCTCGGCGCGGAAAAAATCATCAGGGAAAAAAAGCCGGCGTGGTTTATCTTCGCCTGTGCGCTGACATTGATCAACAACTTTTATTTTGCGTATATTAATTTGATTTTCATCGGCATTTATATCTTATTCAGGTGGGTGATCCCCCTTGAAGGCAATGAGGCGAAAAGACTCACTCAATGCAGGATATTTATTCTGTCGGGTCTTCTCGGGTTCGGCATAAGCGCAGTTTCCTTTATTCCTGTCGTATACGGATACCTTCATAATCTGCGGCCGCCGTATTCAGAGCATATTGCATGGCTTGATTTTTCCGACAACATTTTATTTTCAAGCCGGATTATCATCCTGCCGGCGGCTTTTTTGCTCTTTCTATTTACATTTTCTTTATACAAAAACCGCTTGTTCCGGCTGTTTGCGGGAATCAGTCTGCTGTATATTGTGTTTCACTTCAGTTCGTTTGCGGCAAGTGCCTTTAACGGTTTTTCAGCTCCGCAGAACAGGTTTGAATACGTCCTGTGCTTCACGATTGCCGGAACGGTTTCAGCCGGGCTTTCTAGGCTTTCAGGCATCAGCATGAAGAGTATGCTGATGTCCGCCGTACTCGTCGTTCTGCTCTATTGGAGCCAGGTGAGGCGGTACAGTCTGGATATTTCTGATCACGCCAATCTGCCCGTCATTCTTCTTCTGGTGCTGACCATAGCCGCTTTCTTCGCAGCAAAGACAAGACTGAAAGGCGCGGTGCCCGCCGTCTATGCCGTCATTTTGCTTACGGCGGTGCTTACGGCTAATACATATGAAAAATATGCTTTATCAGAAGGCGGGAAGATTTATACGGTATCGCATACATTTATGACGGGTGCTGACTATAAAGGCAAAGAGCAATCAGAGCTCATTCAGCGTCTGAAAGAAAAAGACCCTGATCCGTTTGCCCGTTTAGATTGGATGAACGGTGTTTTCAATAACACCCCGATCATATACGGATTCAACGGATTCAGCGTATACTCAAGCATACTGAACCGCAATCTGCTGTCCTTTTACTGGAACGACCTCCGGATTGACATGGGCAGAGAAAGCGTCAGCCGCTATGCGACATTAGGAAACAGGGCTAATTTATACAGCCTGCTTTACGGAAAATATTATATGACGGAAAAAACAAACGAGGCCGGCGTGCCGTACGGGTTCAAAAAAATCATGGAATCATCCCATTATGCGGTTTATCAAAATCAATATATGCTTCCGTTCGTACGGACAGCCGATCGCGTATATAACGAGGGCGGTCTGAAAAAAGCGCCCGCCCTTGCCAGGGAACGGGCAATGCTTGACGGGATCGTCATGGAATCAAGCACAACCAACACGAAAAAAGCGCCTGAGGCGAAAAATATGATGCGCCATGCAGAGGTAGCGGCCGAACATGGCGATTATCATAACGGCATCCTGACGGTAAACGAAGACGGCGGCGGCCTGATCATTAAGCCGCAAGCCGCTAAGATGGACGGCGGCGATTATTACGTCAGCTTTTATTTGAAGAATAAAGCGAAGGACCAGGGCTTTACATTAAAAGTGAACGATTACACGACAACGAGAAAATCGAATCAATCCATTTACAAAACAGGTGTCAACGATCTTACTGTGAGAGTGCCGAAAACAAAAAACATCCAAATCCGTCTGCCGAAAGGATCGTATCAGCTTGACAGACTGGCGCTTTATGAAGAACGGTACGATACGCTGAAAAGCGCATACCGAAAAGCGGAAAAAGAACCGCCGGCCGATCTCAGCTGGCGCGGAAATACGCTTCATATCTCGTATGATAACAAAACCCGCGCGCCGTATATCATGCTTCCGATTCCATATGAAAAAGGCTGGGAGCTGAAGATAAACGGCAGAAAAGAGCAGATTGAAAAAGCGGATTATTCCTTTATCGGATTTAAAGCGCAAAAAGGAAAAAACGATATTCAATTAACGTATTACCCGCCGTTTTTTAAACCCGCGGCCGCTCTATCGGTGATCAGCCTCGTGTTTGCCGCTATATATGTGAGAAGACAAAAAAAGCCCGGCTCTTAA MKKNKWILPAACVLAAAAAHIFFLKEWSAGRYMTGSGDGIAQMAVFKKLLFDQYMNGRLFYSYSFGLGGGVYSQLGYYFSTSFLFLFISAAVRFLQLIQLTGGADALFWAQASVFISIAKQSFIIFTAACVFRYFVKRTVPAFAGAVLYGVSIIYFRHEVYWDFFTDSMVWLPLLVLGAEKIIREKKPAWFIFACALTLINNFYFAYINLIFIGIYILFRWVIPLEGNEAKRLTQCRIFILSGLLGFGISAVSFIPVVYGYLHNLRPPYSEHIAWLDFSDNILFSSRIIILPAAFLLFLFTFSLYKNRLFRLFAGISLLYIVFHFSSFAASAFNGFSAPQNRFEYVLCFTIAGTVSAGLSRLSGISMKSMLMSAVLVVLLYWSQVRRYSLDISDHANLPVILLLVLTIAAFFAAKTRLKGAVPAVYAVILLTAVLTANTYEKYALSEGGKIYTVSHTFMTGADYKGKEQSELIQRLKEKDPDPFARLDWMNGVFNNTPIIYGFNGFSVYSSILNRNLLSFYWNDLRIDMGRESVSRYATLGNRANLYSLLYGKYYMTEKTNEAGVPYGFKKIMESSHYAVYQNQYMLPFVRTADRVYNEGGLKKAPALARERAMLDGIVMESSTTNTKKAPEAKNMMRHAEVAAEHGDYHNGILTVNEDGGGLIIKPQAAKMDGGDYYVSFYLKNKAKDQGFTLKVNDYTTTRKSNQSIYKTGVNDLTVRVPKTKNIQIRLPKGSYQLDRLALYEERYDTLKSAYRKAEKEPPADLSWRGNTLHISYDNKTRAPYIMLPIPYEKGWELKINGRKEQIEKADYSFIGFKAQKGKNDIQLTYYPPFFKPAAALSVISLVFAAIYVRRQKKPGS PGPT0015226_116 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-LIPO-|TEICHURONIC_ACID_METABOLISM CE-EPS-TEICHURONIC_ACID_METABOLIC_PATHWAY,PGPT0015226-yfhO-NA NA NA D1-12_02593 981 csbB COG0463 Putative glycosyltransferase CsbB ATGAAACAAAGGTTAATCTCAATTATTATTCCGTCTTACAATGAAGGGAACAACGTCAAGCTCATCCATGAATCTTTAAAAAAAGAGTTTCAGACGATTCATTATGACTATGAAATTTTCTACATCAATGACGGAAGCGCGGATGACACCCTTCAGCAGATTAAAGAACTGGCCGCCAGAAACCATCGCGTCAAATACATATCTTTTTCCCGCAACTTCGGGAAAGAAGCGGCTATTTTGGCAGGATTTGAACACGTGCAGGGCGAAGCGGTAATCGTGATGGACGCCGATCTGCAGCATCCGACCCATCTGCTGAAAGACTTCATTCAAGGCTATGAAGAAGGGTATGACCAAGTCATCGCGCAGCGCAACCGAAAAGGGGACAGCCCCGTGCGTTCCGTGCTTTCTTCCCTGTATTATAAATTTATCAACAAAGCCGTCGAAGTGGACCTGCGTGACGGGGTCGGAGATTTCCGCCTGCTGAGCCGGCAGGCCGTTGATGCCCTTTTGAAGCTGAGTGAAGGGAACCGTTTCTCGAAAGGGCTGTTCTGCTGGATCGGGTTTGACCAGAAAATCGTATTTTATGAAAATGTCGAAAGGAAGAACGGCACGTCCAAATGGTCATTCAGCAATCTGTTCAACTACGGAATGGACGGTGTCGTCTCCTTCAACAACAAGCCCCTGAGGGTGTGCTTTTTCACCGGTATTCTGATATTGCTTCTGTCGATGGTTTATATTGTAACGACCTTTGTTCATATTCTGACACACGGCGTGTCCGTACCCGGATACTTCACCATTATTTCCGCCGTGCTGTTTTTAGGGGGCATCCAGCTTTTGAGTCTCGGCATCATCGGAGAATACATCGGCCGGATTTACTATGAAACAAAAAAACGCCCGCACTACTTAATTAAAGAAGCGAATATAACGTATGGAGAACAAAATGAAACGAATTATACAAAAAAGCGCAAGTGGAACCATTAA MKQRLISIIIPSYNEGNNVKLIHESLKKEFQTIHYDYEIFYINDGSADDTLQQIKELAARNHRVKYISFSRNFGKEAAILAGFEHVQGEAVIVMDADLQHPTHLLKDFIQGYEEGYDQVIAQRNRKGDSPVRSVLSSLYYKFINKAVEVDLRDGVGDFRLLSRQAVDALLKLSEGNRFSKGLFCWIGFDQKIVFYENVERKNGTSKWSFSNLFNYGMDGVVSFNNKPLRVCFFTGILILLLSMVYIVTTFVHILTHGVSVPGYFTIISAVLFLGGIQLLSLGIIGEYIGRIYYETKKRPHYLIKEANITYGEQNETNYTKKRKWNH PGPT0014540_1362 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 D1-12_02594 861 ephA Epoxide hydrolase A ATGAATGACATTACGTTTCACATGATCGAAACAAACGGAGTGACGCTGCACACGGCTTCAGCCGGTCCGAAAGACGGTCCTTTGGCGGTGCTGCTGCACGGGTTTCCGGAATTCTGGTACGGCTGGAAGAGCCAGATCAAACCGCTGGCGGATGCCGGATATCATGTTGTCGTGCCTGATCAGCGCGGCTATAATCTCAGTGACAAACCGGAGGGCATTGAAAACTATACCATTGATACGCTCAGAGACGACATTATCGGGCTGATCACGCATTTTACAGATGAAAAAGCCGTCGTCATCGGCCACGATTGGGGAGGAGCCGTGGCCTGGCATTTGGCATCCACGCGGCCGCAATACGTTGAAAAATTGATCACGGTCAATATCCCGCATCCGGCGGTTATGCGGAAGGTTACACCGTTCTACCCGCCGCAGTGGAAGAAAAGCTCTTATATCGCGTTCTTTCAGCTTCCGGAAAAGCCGGAACGGAGATTGTCTGAAGACAATTACCGCGTATTGGATCACGCGATCGGCTTATCCGAACGCCCGGCGCTTTTTTCACGGGAAGATATCGGCAGCTACAAAGAAGCATGGGGCAGAAAAGGAGCGCTCACGGCGATGCTGAACTGGTACCGGGCGATCAGAGCCGGCGGTTTAGGCCCTGCCGTTCCGCTTAAAATGCCCGTTCCGTACCGATTAATATGGGGCGTCAATGACCGCGCGCTGAGCAAAAAGCTTGCCAAGGAAACAAAACGGATGATTCCAAACGGCGACTTAATCTTTATAGACGATGCCTCACATTGGGTCATTCACGAAAAACCGCGCATCGTCAGCCATTTGATTCACGAATACCTTCAGCAATAA MNDITFHMIETNGVTLHTASAGPKDGPLAVLLHGFPEFWYGWKSQIKPLADAGYHVVVPDQRGYNLSDKPEGIENYTIDTLRDDIIGLITHFTDEKAVVIGHDWGGAVAWHLASTRPQYVEKLITVNIPHPAVMRKVTPFYPPQWKKSSYIAFFQLPEKPERRLSEDNYRVLDHAIGLSERPALFSREDIGSYKEAWGRKGALTAMLNWYRAIRAGGLGPAVPLKMPVPYRLIWGVNDRALSKKLAKETKRMIPNGDLIFIDDASHWVIHEKPRIVSHLIHEYLQQ PGPT0015015_610 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS OTHER_STRESS_RESPONSE_PROTEINS,PGPT0015015-yfhM-K22369 NA NA D1-12_02595 336 hypothetical protein ATGATAATGGTGATCGGCGGCCTTCTGATGGCTGCAGCCGGCATTTTAGTCACATTTTTTCCGCCGAAGTCGATCAACAGCCTGTACGGATATCGGACGAAGCGCTCTATGGCGGATGAGTCGCAGTGGAGAGAAGGAAATCGATTCAGTGCGCTCCTCATGATTTTGTTCGGCCTTATTTCGGCGGCAGCTGGATTTGCGGGCAGCCTGCTTATCCGGCTGACTCAGCCGTTCGCCCTGATCGTTCAGGCCGTATTGTTGATTGCGATCAGCGTACTGATCATCGTCTTAACAGAAAGAAGATTGAAACAAACGGGGAGGAGAATCGATGAATGA MIMVIGGLLMAAAGILVTFFPPKSINSLYGYRTKRSMADESQWREGNRFSALLMILFGLISAAAGFAGSLLIRLTQPFALIVQAVLLIAISVLIIVLTERRLKQTGRRIDE PGPT0028596_5 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-TOXINES_NEUTRALIZATION_SpdC_IMMUNITY,PGPT0028596-yfhL-NA NA NA D1-12_02596 528 hypothetical protein ATGAACATGAAAAAGGGGTTAACCGCATTTATTCCGGCCGCAGGACTTTGCTTATTTTTAGCCGCAGGCACCGTTTTTTTCGATCCGGCAGCGAATGCCGCAGCAGTTCACCAGACAAAAATAGACACCGCAGCAGATACATATATCGTGAAAGCAGGAGAACTTAACGTCCGCAAAGAACCAAATAAACAAGGGCCGATTATCGGCACGCTTCGTTCAGAGGATTCTGTAAAGGTTAAACGGCTTCAAGGAGCAGATTGGGCTGAGATTGACTACAAAGGTCACAAAGCCTATATCTCCACACATTTTCTGATGAAGCAGCCGATGAAGGCGGTGACGGCGAAACAAACCGCTTTTTATACGCCGACTTTGGAAACCGGCAAAAAAGGGTCCGTTAAAGCGGGTGAAACCGTCAATGTGCTCGGCTGGGGGTTCAGCCATGACGGAGGGTTTGACCGTAAATGGGCGTACATCACATACGGCGGGAAAGCAGGTTATGTGAAAACGGCCGACTTAACTCAAAAATAA MNMKKGLTAFIPAAGLCLFLAAGTVFFDPAANAAAVHQTKIDTAADTYIVKAGELNVRKEPNKQGPIIGTLRSEDSVKVKRLQGADWAEIDYKGHKAYISTHFLMKQPMKAVTAKQTAFYTPTLETGKKGSVKAGETVNVLGWGFSHDGGFDRKWAYITYGGKAGYVKTADLTQK PGPT0022161_10 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-SURFACE_ATTACHMENT SURFACE_ADHESION OTHER_SURFACE_ADHESION_PROTEINS,PGPT0022161-ywsB-NA NA NA D1-12_02597 270 hypothetical protein ATGAATACATATATCGACAAACTGACGAATTTGCTGCTTGAGAAAAATGACATGCTCAGCTATTTGCAAGCGCGAACTTGGGTTGAGCTTTTATGGGGAGATTTCGAAGCGACTTACGCAAAAGCCGGCCGCCCGTATCAAGGAGAGCAAATGACGGAACGCGTCGTCAAGGAATGGATCGAATCATACGGCAGCAAGCTCCATATGTTCCAGAGCGTTCGGGAAGACGTTTCTCATTATTTGGATCAAAGCAGGGGTCTCCTGCATTAA MNTYIDKLTNLLLEKNDMLSYLQARTWVELLWGDFEATYAKAGRPYQGEQMTERVVKEWIESYGSKLHMFQSVREDVSHYLDQSRGLLH NA NA NA NA NA D1-12_02598 912 mpr COG3591 Extracellular metalloprotease ATGAAGACAGTTTCAAAACGATTGCTGAGCCTTACCGCATTCTTACTGTCAGTTTCATTATTTGCTGTTTCAGCAGAAGCAGAGGGCAGTCCGCAGACATCTGTATCAAACAGCGGTGAGGAGTTTGACGCACATCTGAATCAGCCTGTACAAACAACACAGACATCCCCCGCTTATGAAGGAACGGGCCTCACCAAAAGACAGCTTGCACAAAACAGCAAAGCTGACATCAAGTCATTAAAGCCTTCCAGTATTATTGGGACAGACGAACGAATCAGAATTTCTCCTACAACATCATTTCCATATCGCGCGACAGCACAGCTGACCGTTACATACAGCGGCAGCACAAGCACTTACGGATGCACCGGTTTTTTTGTCAATGCCGACACGATCGTTACGGCGGGACATTGCGTGTATGATCAGAAAAACGGCTGGGCATCGAAAATTACGGCAGCTCCCGGCCGCAACGGGTCATCGTACCCGTACGGCTCTTATTCAGGCAAGACATTCTACAGCGTCAAAGGGTGGACAGAAAACGGTGACACAAACTACGACTACGGCGCAATCAAAGTAAACGGGTCGCCCGGGAATACTGTCGGCTGGTACGGCTACCGGACGACCAACAGTTCCAGTCCGGCCGGGCTTTCCTCAACCGTGACAGGGTATCCGTGCGACAAAGTGTCCGGTTCCATGTGGTCGGACAGCAAGCCGATACGTTCTGCCGAGACATATAAACTCACCTACACGACAGATACGTTCGGCTGCCAGAGCGGATCGCCCGTTTACCGCAATTACAGCGACACCGGCCAGACCGCCATTGCCATTCATACAAACGGCGGGTCGTCTTATAATCTGGGAACAAGGGTGACAAACAGTGTATTCGACAACATTCAATATTGGTCAAATCAATAA MKTVSKRLLSLTAFLLSVSLFAVSAEAEGSPQTSVSNSGEEFDAHLNQPVQTTQTSPAYEGTGLTKRQLAQNSKADIKSLKPSSIIGTDERIRISPTTSFPYRATAQLTVTYSGSTSTYGCTGFFVNADTIVTAGHCVYDQKNGWASKITAAPGRNGSSYPYGSYSGKTFYSVKGWTENGDTNYDYGAIKVNGSPGNTVGWYGYRTTNSSSPAGLSSTVTGYPCDKVSGSMWSDSKPIRSAETYKLTYTTDTFGCQSGSPVYRNYSDTGQTAIAIHTNGGSSYNLGTRVTNSVFDNIQYWSNQ NA NA NA NA NA D1-12_02599 390 hypothetical protein GTGTATTCGACAACATTCAATATTGGTCAAATCAATAAAGCTTTTGTTTTCTTGCTCGCCGCGGCCGTTTTATGCGGATGCGGCAAAGCGGATGATTCCGCCGACAAAAAAGCACTGCCCGTTACGCTCCATGTTGAGGATGCAGACGGTTCACCGGCGGCCGGTGTGACGGTCACCGTGATGAAAGCGGCGGAGTCAGATCATCAGCCGAATATAGACCGCGGAGAGATAATAGGCAAGACTGATCACCACGGCGATATTGCATGGAAAAGCGGCGCGAAAGGAACCTATGCCGTCGTTTTTGAAAAAGACGGGGTACCGGAAACCCGGAATATTTCCTTAGCTGAGAGTGATAAACATACGGTGATCAGCATTACATTGAAACACTGA MYSTTFNIGQINKAFVFLLAAAVLCGCGKADDSADKKALPVTLHVEDADGSPAAGVTVTVMKAAESDHQPNIDRGEIIGKTDHHGDIAWKSGAKGTYAVVFEKDGVPETRNISLAESDKHTVISITLKH NA NA NA NA NA D1-12_02600 1200 ydhP_2 COG2814 Inner membrane transport protein YdhP TTGAATATCAAAATGAAACAGCCATCTGTGAAATTAATGATTTTTGTTTTAATGATTTGCACATTTTCCATCGGGTATACGGAATATGCTGTCATGGGTATTCTGACGTCGATTGCCGATGACTTTCATATACATGTATCTTCAGCGGGCATGCTTGTTACGGCGTACGCGGCAAGCGTCTGCCTGACGGGCCCGATCGTAACCATTATCGCGGTTAAGCTGCCGAGAAAGCCGGTTCTGCTAGGGTTGATGGGCATCTTCGTCCTTGCCAACCTGATGAGCGTCTTTGCGCCAAACTTCGCCGTGCTGGCGATTTCCAGAATTTTATCCGCATCCATCCACGGAGCTTTTTTTGCGATCGCCATGGTGTTTGCGAGTGAAATGGTGCCGCCTGAAAAACGTTCCGCCGCCGCGGCTTCCATGAACGGCGGATTAACCGTGGCGCTGATGCTCGGTGTCCCGTTCGGCTCTTATTTAGGGGATGCCCTTAACTGGCGGGCCGTCTTTTTCATTATTTCCGTTTTAGGCATGATCGGGCTGATCGGACTGATGCTGGTCGTGCCGAACCGGAAACCGAAAGTGATTCCGATGCTGATGAATGAATGGAGTGTCTTTAAGCATAAACAAGTGATTTTTTCCTTTGCGATCACCATTCTCGGCTACTCAGGCGTATTTATCGCTTACACGTTTATTGAGCCGATTTTAAGAGATTCAGCGGGGTTCGGCACAGTCGGCATTACAGGCGCATTATTTGCCTACGGTCTCGGCGGAGTGGCGGGGAATTTCTTCGCGGGGAAAGTGCCGCTCAAACTGCTGACGCGCACGATGATCGGTGTGATGATCGGCTTGATCGGCGTCTTGGCGATTTTCCCTTATATCGCTGTCTTTCCCGCCGCCGCCGTTTCAGTGACATTTTTGTTCGGCGCATGTGCGTTCGGCACGCCGCCGCTTTTGCAGACCAAGGTTATTTCTTCCTCTGAAAACGGCACGACAATCGCCGCTGCGGTGAGCGTTTCCGCCTTTAACCTGGCAAACGCGCTCGGCGCCTGGATCGGCGGATTGATTCTCGGGGGAACGGGATCTTACTCATGGCTGTTTGCCGGCGGTGCGCTGATGACGGCTCTCGGCCTTGTGCTTTCCACGTTCGCTCATCTGTCTGAGAAGAAAGATGTTTATGAATACCAAGTGCATAAAGGATAA MNIKMKQPSVKLMIFVLMICTFSIGYTEYAVMGILTSIADDFHIHVSSAGMLVTAYAASVCLTGPIVTIIAVKLPRKPVLLGLMGIFVLANLMSVFAPNFAVLAISRILSASIHGAFFAIAMVFASEMVPPEKRSAAAASMNGGLTVALMLGVPFGSYLGDALNWRAVFFIISVLGMIGLIGLMLVVPNRKPKVIPMLMNEWSVFKHKQVIFSFAITILGYSGVFIAYTFIEPILRDSAGFGTVGITGALFAYGLGGVAGNFFAGKVPLKLLTRTMIGVMIGLIGVLAIFPYIAVFPAAAVSVTFLFGACAFGTPPLLQTKVISSSENGTTIAAAVSVSAFNLANALGAWIGGLILGGTGSYSWLFAGGALMTALGLVLSTFAHLSEKKDVYEYQVHKG PGPT0028991_2328 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 D1-12_02601 315 yfhH putative protein YfhH ATGGACAAACGATACAGTCAAATGACGCCTCATGAACTACAGACCGAAATTGCGGGACTGACGGAAAAAGCGCGAAAGGCGGAACAGATGGGCATTGTAAATGAACTGGCCGTGCTTGAACGGAAAATTACGATGGCCAAAGCTTACATGCTGAACCCGGAAGACTTTCGGCCCGGCGGGGTGTATCAGATAGAAGGTTCTGATGACACTTTCCGCATTGATTACATCAACGGCGTATTCGCCTGGGGACACAGATCTTCCCCGTCTGACGGGGAAGAAGCGCTGCCGATTTCCGTTTTAAAAGAAAAAAAATAA MDKRYSQMTPHELQTEIAGLTEKARKAEQMGIVNELAVLERKITMAKAYMLNPEDFRPGGVYQIEGSDDTFRIDYINGVFAWGHRSSPSDGEEALPISVLKEKK NA NA NA NA NA D1-12_02602 792 recX Regulatory protein RecX ATGCCGTTTATTACAAAAATATCGACCCAAAAGAAAAATACCGAGCGCTTCAACATCTTTCTTGATGAGAAATATGCATTCAGCGTCGACGCCGACGTGCTTGTGCGTTTTGACCTGAAGAAAGGGAAAGAACTGGACGAGCTTGACATTCTTGAAATCCAGCACGGCGATGACGTGAAAAAAGCCTTTAACCGCGCCGTAGAATTTTTATCATACCGGATGCGCTCTGAAAAAGAAGTCCGGGATCATCTGAAGAAAAAAGAAACACCGGACATGGTCATTTCTGAAGTCATCCATAAACTGTACGATTACCGCTACTTAAATGACAAAGAATTTGCGGAAGCCTATGCGAGCACCCACAAAAAAACAAACGGCAAAGGCCCTGACGTCCTGTTCCGCGAGCTGAAAGCGAAAGGAATAGACGGCGATACCATCAAGGAGACGCTCAGTGCGTTTACATTTGATGAGCAGATACAAGAAGCGCTGAAACATATCGGCAAAATCCTCAAAAAAGACAAAAAGCTGTCCACAAAAGAGATCAGACAGCGGGCGCAGATGCAGCTTCAGCGAAAAGGTTTCCCTTTCGACGTCATCAATGCCGCTCTGGAACAGACGGAGTATGAAAATGATGATGAAGCCGAGATGGAAGCTCTGAAGGCTCATGCGGAAAAAGCGATCAGGAAATACCGCTATGACGGCAGCTATGAAAGCGGAATGAAGGTCAAACAGTACTTATTCAGAAAAGGATTCTCGATTGACGATATTGATCAATTCTTGCAGGAAGAGGAGTAA MPFITKISTQKKNTERFNIFLDEKYAFSVDADVLVRFDLKKGKELDELDILEIQHGDDVKKAFNRAVEFLSYRMRSEKEVRDHLKKKETPDMVISEVIHKLYDYRYLNDKEFAEAYASTHKKTNGKGPDVLFRELKAKGIDGDTIKETLSAFTFDEQIQEALKHIGKILKKDKKLSTKEIRQRAQMQLQRKGFPFDVINAALEQTEYENDDEAEMEALKAHAEKAIRKYRYDGSYESGMKVKQYLFRKGFSIDDIDQFLQEEE PGPT0007240_149 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PHYTOHORMONE-CYTOKININS|DERIVATE_PRODUCTION PHYTOHORMONE-CYTOKININ_METABOLISM PHYTOHORMONE-CYTOKININ_BIOSYNTHESIS,PGPT0007240-recX-K03565 NA NA D1-12_02603 900 Epimerase family protein ATGAATATCGCGATGACAGGCGGCACCGGTTTTCTGGGCCGGCATCTGACAGGTGTGTTGACCCGCCGGGGACATCATGTCTATATTTTATCAAGAAAACAGAGAGAAACCGAACAAAAAAATGTGACATATGTTCAATGGCTGGCCGAAAACGCGGCGCCTGAGCGCGAGCTTCCCCCTATTGATGTATGGGTGAACCTCGCCGGCAAATCCATCTTTGACCGCTGGACGGACACAACGAAAGAACAAATCATCTCAAGCAGAATAGAAGCGACGAGAGAAGTCAGACGGATTATGAAGCAGCAGCTGAAAAAACCCCGGGCTTTGATTCAGGCCAGCGCCGTCGGCATTTACGGCACAAGCACAGAGAAAACATTCACCGAACAGTCCGATACGTCAAATGAAGACTTTCTCAGTCATACGGCTCATATGTGGGAACGTGAAGGCCAGAAAATTGAAGCGCTCGGCATCCGGACGGTATATGCCAGATTCGGGGTGATGCTCGGTGAAAAAGGCGCCCTGCCGCTCATGGTTCTCCCTTATAAGCTGTTAGCCGGCGGCACCATCGGCTCTGGACGGCAATGGCTGTCATGGGTTCATGTGGATGACGCCGCGGAACTTATTGCTTTTGTGGCGGAGCATGATGACTTGTCCGGTCCCATGAATGTGACATCGCCGAACCCCGTAGAAATGAAGCAATTCGGAAAGACGATCGCAGGCGTCCTGCACCGCCCCCATTGGATTCCCGTACCGGAACTTTTTCTGGAGAAGGCCTTGGGAGAAATGAGCCTGCTGATCGTAAAAGGCCAGCGCGCCCTGCCTAAGCAGGCGCTGACATCCGGTTTTCAATTTACGTATGGAGAGCTTGATTTCGCTTTAAAGGATCTCTTATCTGCATAA MNIAMTGGTGFLGRHLTGVLTRRGHHVYILSRKQRETEQKNVTYVQWLAENAAPERELPPIDVWVNLAGKSIFDRWTDTTKEQIISSRIEATREVRRIMKQQLKKPRALIQASAVGIYGTSTEKTFTEQSDTSNEDFLSHTAHMWEREGQKIEALGIRTVYARFGVMLGEKGALPLMVLPYKLLAGGTIGSGRQWLSWVHVDDAAELIAFVAEHDDLSGPMNVTSPNPVEMKQFGKTIAGVLHRPHWIPVPELFLEKALGEMSLLIVKGQRALPKQALTSGFQFTYGELDFALKDLLSA PGPT0014730_2119 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS LOW_TEMPERATURE_TOLERANCE LOW_TEMPERATURE-RELATED_ENZYMES,PGPT0014730-yfhF-K07071 NA NA D1-12_02604 111 hypothetical protein ATGGAAAAGAAGCGCGAAAAACATCAACAGGGAGCCAATCTGAAAAAAATGCAGGAAGTCCTTTATTCCGGTGAATTCAAAAAAGCGGAAAGAGCAGCCAAACGGAAATAA MEKKREKHQQGANLKKMQEVLYSGEFKKAERAAKRK PGPT0014725_12 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS LOW_TEMPERATURE_TOLERANCE LOW_TEMPERATURE-RELATED_ENZYMES,PGPT0014725-yfhE-NA NA NA D1-12_02605 192 hypothetical protein ATGGGCAGAAATCATACTCACAAAAACCGTGATAAAAACAAACAAAAACTTCCTCAAGTTCCGGATGCTTTGAAACGCGAAACAGACGGCACATATGAGGAATATTCAAGCGAGCTTGCTGATTCCGCTGACCGTGAAGCGCAGGCGCGGATGAAAGCCGCTGACAACAGAGCTAAAAGCAAAACCCGCTAA MGRNHTHKNRDKNKQKLPQVPDALKRETDGTYEEYSSELADSADREAQARMKAADNRAKSKTR NA NA NA NA NA D1-12_02606 585 fbiB Bifunctional F420 biosynthesis protein FbiB ATGCCGAAAACCGAACAATTACAGCAAAACGAAAGTCTTGCACATACAATCAGAAACAGAAGATCCATCCGGTCGTTTAAACCGGAAACCGTACCTTCTGAAGTCATATTAGATATGCTTGAAACGGCCGTTTACGCACCGAACCACAGACTGACGGAGCCATGGCGTTTTATCTACGCAGCAAGCGAAGCGGGAAAAGCAAAGCTTGCGGACAGCTACGTCTCATTTTTCAAAAAGATAAAAGATGATTTCAACGAGGAAAAAGAGCGGAACATGAGAAAAAACCTCAGCGCCGTTCCGGGATTTTTGCTGGTCGTCTTAAAAGAAGATGAAAATGAATTTACGAGAAACGATGATTTCGCGGCGCTGAGCGGCATGATTCAAAACCTTCAGCTTCTCGCACATGAAAACGGCATCGGCATGGTCTGGAAAAGCGGCCGCATTATGTATGACAAACAGGTGCACCAAGACTTCGGCCTTGCTGACAATGAGCGCTTTGCCGCCATCATTCAAACGGGCTATCCGGATGAACAGCCTAAGGCGAAAGAACGGACGCCGGCAAAAAGCCTGTTTACCGAACTGTAA MPKTEQLQQNESLAHTIRNRRSIRSFKPETVPSEVILDMLETAVYAPNHRLTEPWRFIYAASEAGKAKLADSYVSFFKKIKDDFNEEKERNMRKNLSAVPGFLLVVLKEDENEFTRNDDFAALSGMIQNLQLLAHENGIGMVWKSGRIMYDKQVHQDFGLADNERFAAIIQTGYPDEQPKAKERTPAKSLFTEL NA NA NA NA NA D1-12_02607 885 yddE COG0384 putative isomerase YddE ATGAAACAGGCAACCGTGTTTAAATATGAAGCGTTTTCCGATATTCCGGATTTAGGAAATCCCGCGGGAATCGTCTTTAACGGAGATGATTATTCAGATGAAGAGATGCAGATGATCGCCGAAATGGCAGGGTACAATGAAACCTCATTTCTCTGTAAAAGCGGAGAAGCCGATCTGCGCATCCGCTATTTTACACCCGGCCACGAAATGAATTTATGCGGACATGCTACCGTCGCCTCTCTTTACGCATTAATTGAAAAGGGAAGGCTTCAGGCTGATCAGACATATCAAATTGAAACAAAAGCCGGCATTCTTCCCGCAAAAGCCGCTGAACGAAACGGCCGGGTATACATCACGCTCGAACAGGCTCCCCCGCAATTTCTGCCGTTTACGGGCGACAAAGAAAAGCTTGCGGCCTCGCTCGGGATTACGGCTGAGGATTTTCACAGCGGGCTGCCGATTGTTTACGGATCAACGGGGATCTGGACACTGATTGTTCCGCTGAGATCACTTAAAGCATCACGGAATATGGTGCCGGACAACGCACAATTCCCCGCTATTTTGCGCGATCTTCCGAAAGCGAGCGTTCATCCGTTTTCTCTGGAAACCGTTCATCCGGAAAGTGATCTGCACGGACGCCATTTTTCTTCCCCTTTCTCCGGTACGACCGAAGATCCGGTCACGGGAACCGCTTCAGGCGTCATGGCGGCCTATATGCGGCAATACGGAGGCTCCGAAGCCGAATGCCTCACGATTGAACAAGGCCATGAAATCGGGAAAGACGGAAAAGTGGAAATCAGGATTACAGAAGATAACGAAAAGATGAACATCGAGATGACGGGAACGGCCGTGTATGCCGAAACAATCAATTTTCAGCTTCCGTAA MKQATVFKYEAFSDIPDLGNPAGIVFNGDDYSDEEMQMIAEMAGYNETSFLCKSGEADLRIRYFTPGHEMNLCGHATVASLYALIEKGRLQADQTYQIETKAGILPAKAAERNGRVYITLEQAPPQFLPFTGDKEKLAASLGITAEDFHSGLPIVYGSTGIWTLIVPLRSLKASRNMVPDNAQFPAILRDLPKASVHPFSLETVHPESDLHGRHFSSPFSGTTEDPVTGTASGVMAAYMRQYGGSEAECLTIEQGHEIGKDGKVEIRITEDNEKMNIEMTGTAVYAETINFQLP PGPT0012805_403 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-HHQ|PQS_PERCIPITATION|SIGNALLING,PGPT0012805-phzF|yddE-K06998 NA NA D1-12_02608 2571 mprF Phosphatidylglycerol lysyltransferase TTGCTGACTAAAAAGAATGCCTTATCGATATTAAAAGTATTATTTCCTATTGCAGTTTTGCTTTTAGTCATTTATCAGTCCAAAAAGGAATTGACAGACCTTTCTTTTAAACGAACGCTGTACATTATTAACGGGATTGAGCGTTACGATTTATTTATTCTCGTTCTGCTCGGCCTTCTTGCCGTCAGCGCGATGTCCTTTTATGACTTTGTGCTGAAACGGACGCTTCGCCTCAACATTCCGAATTGGAAAGTATTCAGGGTCTCCTTTATCGCCAATTCCTTTAACAATGTCCTTGGATTCGGCGGTCTGGCGGGCGTCGGGCTGCGGACGATGCTTTACAAAGAACATACGAATGACGTAAAACGCCTCGTCGCAGGCATCGCCTGGCTTACGTCCTCAGCGCTGCTCGGGCTGTCCGTCTTCAGTATCCTGACCATCGCCCGGGTTCTGCCGGTTGGAGAGATTACAGGTGAGAAACCGTGGCTGTGGGCTGTCATCGCCGGCGTGGCGCTTATTGTGCCGGTGGCCTTAATCGCCGCTTGGATCAACAATAAAAAAGCTGGCGCAGAAGACGGTGAAGCAAAACCGAGGCATCCGGTTTTTTCTTACATCGGGGCATCGTTTGCCGAATGGTTTGCGGCGGCTGTCGTCATGTATTATTCTCTGTATGTCATGGGGATTCACGCGGATGTCCGCCATGTATTCGGTGTATTTGCCATTGCCGCCATCGGGGGAATCATCAGCCTTGTGCCGGGAGGATTCGGTTCGTTTGACCTTCTGTTTCTGCTCGGCATGCAGAATATGGGCTTTCCGCAGGAGGCGGTCGTGACATCCATCGTCATCTACCGGATTGTGTATTCATTTATCCCGTTTGTGTTCGGTCTGTTCTTTGCGGCCGGGGACTTAACGGAAAATACGCTGAAACGGCTGGAATCAAATCCGAAGATGGCGCCTGCCGTGGAAACGACGAACGTGCTTCTCGTATTCCAGCGCGCTATCTTAATCAGGGTGCTTTACGGTTCGCTGTCGCTTTTGGTTTTCGTGTCGGGAGTCGTCGTGCTTGCGTCCGTCGCCCTGCCGATCGACAGGGAGACGGTTATTCCGCACATTCCGCGCCCGGCGCTCCTTGCGTTTAATGGGTTATCGCTAAGCGCGGCTTTGATTCTATTAATTTTGCCGATTGAATTATACAAACGGACGAAACGTTCTTATTCAATGGCGGTTGCCGCGCTGGTCGGCGGTTTTGTGTTTAGTTTCTTAAAAGGAATGAATATCAGCGCGATCTTTATTCTGCCTGTCGTCATCGTATTGCTTGTGCTGTTAAAGCGGCAGTTTATCAGAGAGCAGGCATCGTATACGCTCGGCCAGATGATTTTTGCGGCCGCTCTGTTTATTATCGCCTTGTTTAACTACAATCTCATTGCCGGCTTTATTTGGGATAAAATGAATCGGCTGCTGCGCCACGACTATTTCGTCCATAACAATTCGCACATTACATATGCCACGATGACGGCCATTATTGTTGTGCCGCTGTTTTTCCTTGTGTTTACGTTCTTTTATCATAAAAGATCGAAGCCGATCGGAGAAGAGGCCGATCCTGAACGGCTGAAGTCCTTTTTGTCGGAAGAAGGCGGAAATGCCCTCAGCCATCTCGGCTTTCTCGGGGATAAGCGGTTTTATTTCTCAAGCGACGGCAAAGCGCTTTTATTGTTCAGCCAGATTTCCAGAAGGCTTGTCGTGCTCGGTGATCCGTCAGGACAGAGAGACTCTTTTCCGCTTGTGATTGAGGAATTTCTGAATGAAGCGCATAAGCAGGGGCTGAGTGTCATGTTTTATCAAATCGAACGTGAAGATCTGGCGCTGTACCATGACTTCGGCTATAACTTCTTCAAGCTTGGAGAAGAAGCGTTCGTGGATATGGAGGCATTTACGCTCTCAGGTAAGAAAAAAGCGGGGCTGCGGGCGATTAACAACAAATTTGACCGCGAAGGCTACACATTTCATGTCGGGGAACCGCCGTTTTCCTCCGGGTTTATCGCCAAGCTGAAAGGCATTTCGGACGAATGGCTCGGTCCGAAAAAAGAGAAAGGTTTTTCCCTCGGTTTCTTCGACCAGGATTATCTGGAACAGGCGCCGATTGCTTACGTGAAAGACGCGGAAGGGGAGATCATCGCTTTTGCCAACCTGATGCCGATGTATCAGGTTGGCGAGATATCAGTCGACTTGATGCGTTATCGGAAAAGCGCGCCGAACGGTATTATGGACGCGCTTTTCATCCGTCTGTTTCTCTGGGCGCAGGAAAAAGGCTATACCACCTTTAATATGGGCATGGCGCCTTTGTCAAACGTAGGAACGGCTTTTACATCTTTCTGGTCGGAAAGAATCGCGGCCGTCATCTTCAACAACGTCCGGTATATGTACAGCTTCAGCGGGCTGCGGGCCTTTAAAGAAAAATACAAACCGGAGTGGCGCGGGAAATACTTGGCGTACCGCAAAAACAGATCACTGTCCGTCACGATGATCCTCGTCACCCGCCTGATCGGAAAAACCAAAAAAAGACGCCGTTAA MLTKKNALSILKVLFPIAVLLLVIYQSKKELTDLSFKRTLYIINGIERYDLFILVLLGLLAVSAMSFYDFVLKRTLRLNIPNWKVFRVSFIANSFNNVLGFGGLAGVGLRTMLYKEHTNDVKRLVAGIAWLTSSALLGLSVFSILTIARVLPVGEITGEKPWLWAVIAGVALIVPVALIAAWINNKKAGAEDGEAKPRHPVFSYIGASFAEWFAAAVVMYYSLYVMGIHADVRHVFGVFAIAAIGGIISLVPGGFGSFDLLFLLGMQNMGFPQEAVVTSIVIYRIVYSFIPFVFGLFFAAGDLTENTLKRLESNPKMAPAVETTNVLLVFQRAILIRVLYGSLSLLVFVSGVVVLASVALPIDRETVIPHIPRPALLAFNGLSLSAALILLILPIELYKRTKRSYSMAVAALVGGFVFSFLKGMNISAIFILPVVIVLLVLLKRQFIREQASYTLGQMIFAAALFIIALFNYNLIAGFIWDKMNRLLRHDYFVHNNSHITYATMTAIIVVPLFFLVFTFFYHKRSKPIGEEADPERLKSFLSEEGGNALSHLGFLGDKRFYFSSDGKALLLFSQISRRLVVLGDPSGQRDSFPLVIEEFLNEAHKQGLSVMFYQIEREDLALYHDFGYNFFKLGEEAFVDMEAFTLSGKKKAGLRAINNKFDREGYTFHVGEPPFSSGFIAKLKGISDEWLGPKKEKGFSLGFFDQDYLEQAPIAYVKDAEGEIIAFANLMPMYQVGEISVDLMRYRKSAPNGIMDALFIRLFLWAQEKGYTTFNMGMAPLSNVGTAFTSFWSERIAAVIFNNVRYMYSFSGLRAFKEKYKPEWRGKYLAYRKNRSLSVTMILVTRLIGKTKKRRR PGPT0024390_650 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROPHOSPHOLIPID_REMODELLING CE-REMODELLING_GPL_PHOSPHATIDYLGLYCEROL_LYSYLTRANSFERASE,PGPT0024390-mprF|fmtC-K14205 NA NA D1-12_02609 483 hypothetical protein ATGGATTATAATCTGCATGATACAACGGTATTAAGCGGCGATATTTTTTCTCCTGAGGAACGGGATATTTGGGTGCTGTACATGAAAGTGATGACATCGGCGGGGCTCGGCGATGTGTCGGAGTGGATGAAGCTTGATATGAGCATGCCGCAAATGAAGGTGCTGATGCTTCTGAACAACCACGGGACGCTTAAGGTGAGTGATATAGCGGAGAAAATGGGCGCTTCTCTTTCAAATACGACGGGGCTGCTTGACCGTTTAGAAAAATCATGTTTCATTACACGCGCTCCGTCAGAAGAAGACCGCCGTTCAGTCGTCGTTCAATTAACGGAAAACGCGAAAGATATTTTCCGCAGCCTTTATCAAAAAGGACATGTAAAATTGAAGCGTTCATTGGAAACGCTGACCGCTGAAGAAAAACAAACGGTCAATCAAGGGCTTGCCATTTTGGCAAGAGCGCTTGATTCTTCCAAACAGGGATAG MDYNLHDTTVLSGDIFSPEERDIWVLYMKVMTSAGLGDVSEWMKLDMSMPQMKVLMLLNNHGTLKVSDIAEKMGASLSNTTGLLDRLEKSCFITRAPSEEDRRSVVVQLTENAKDIFRSLYQKGHVKLKRSLETLTAEEKQTVNQGLAILARALDSSKQG NA NA NA NA NA D1-12_02610 1593 bmr3_1 Multidrug resistance protein 3 ATGCCGGAGCCATTGCAAACAGAAAAAAACCAGAGCCGGGCCATCACTCTCTTTACGATCGGTGTGTTCATGGCGGCGCTCGACAACGGAATTATTTCCGCTGCTCTGACGACGATTAACGGCTCTTTTGATGTTTCTCCTTCATGGGGATCGTGGGGAGTGACCCTTTACACATTGGGACTCAGTGTCAGTGTGCCGATTGTCGGCAAGCTGTCGGACCGATACGGGCGGAAAAAGCTGTTTATGATTGAAGTCGGGCTGTTCGGACTCGGCTCTTTGCTTGTCGCACTCAGTCAGAGCTTCCCAATGTTTTTGGCGGCACGGCTCATTCAGGCGCTTGGCGGCGGCGGAATTTTTATAATCGGGAGTTCGCATGTGCTGGCCGTGCTTCCGAAGGAGAAACAGGGGAAAGCTCTCGGGCTTTTAGGGGCGATGAACGGTATGGCGGCCGTCCTCGGACCGAATATCGGGAGCTTTTTGCTTGATGTAACCGGGTCGTGGCATTGGCTGTTCTTAATTAACCTGCCGATTGCCGCCGCTTTGGTTGTGTGCGGCGGTTTGTTTATCGCTGAAACGAAAGAGCCTGAGGCGAAACGGCTTGACCTTGCCGGCACAATGCTGCTGTCTCTTGCGATCTTATCTTGCATGATCGGTATTACGAATCTCAATGGGGCGAAGCTGTCAGAAAGCATAATGGACGTAAAGGTGTACGGGTATCTTTTGGGATCGGCACTTCTCTTTCTGGTGCTGCTTAAGGTCGAAAGGCGGGTTGAAAACCGAGGGGGCGATCCGATTCTCGCCTACTCGCTGCTGCAAAATAAAGTGTTTCAATGGACGCTCGTCATCGGATTTTTATCGGGAGGGCTGCTCGCTGCGGTCATTTTTATTCCTTCTTATGCGGAGCAATATTTGCACGTATCGGCGGAGAAAGCGGGTTATTGGATGACGCCGCTCGCGTTGGCGTCAGGAATCGGAGCGTGGCTCGGCGGGGCGATCACGGATAAAAAAGGGCCGGTCTTTTCCGCGGTTGTATCAGGCGCCATCGCATTTGTCGGCTTCAGCCTGTTTCCGTTATGGGTGACGGATAAATGGGAATTTGTCACAGCGAGTGTCATTGCGGGGATCGGTTTCGGATTTCTGCTCGGGGCTCCGCTGAATGTGCTTGTATCAGAAACGGCGGGCCAAAACAAAGGAACAGCGCTCGGCACGCTGTCACTCGTAAGGCAGGTCGGGCTGACGCTCGCTCCGGCTTTATATGCCGGCTTCATTACAGCGGGCTTTGACCGGATCGGAGATGACATCAAAAACCGTTTAGCGAAAAGCGGCATTCCCGCTGATCAGGCGCAAACGCCCGATATCGGCGGCGGACTTTCTTCGTTGCAGGAGCAGGTAAGCCGAATCCCCGTTCCCGCCGTCAAAAAAGCGGTTTCTGATGCGATTGAAGCAGGCATTTCCAGCGGCTACCACCATCTTTATACGGCAGCCGCCGTCATTTCATTATGCACTATTGTGTCTGCGGCTGTTTTGGCGTTTTTCCGGAAGCCGGCATCCTCTAAGACAGATGCCAGCCCATCCGCCGGGAAAGCTCAGTAA MPEPLQTEKNQSRAITLFTIGVFMAALDNGIISAALTTINGSFDVSPSWGSWGVTLYTLGLSVSVPIVGKLSDRYGRKKLFMIEVGLFGLGSLLVALSQSFPMFLAARLIQALGGGGIFIIGSSHVLAVLPKEKQGKALGLLGAMNGMAAVLGPNIGSFLLDVTGSWHWLFLINLPIAAALVVCGGLFIAETKEPEAKRLDLAGTMLLSLAILSCMIGITNLNGAKLSESIMDVKVYGYLLGSALLFLVLLKVERRVENRGGDPILAYSLLQNKVFQWTLVIGFLSGGLLAAVIFIPSYAEQYLHVSAEKAGYWMTPLALASGIGAWLGGAITDKKGPVFSAVVSGAIAFVGFSLFPLWVTDKWEFVTASVIAGIGFGFLLGAPLNVLVSETAGQNKGTALGTLSLVRQVGLTLAPALYAGFITAGFDRIGDDIKNRLAKSGIPADQAQTPDIGGGLSSLQEQVSRIPVPAVKKAVSDAIEAGISSGYHHLYTAAAVISLCTIVSAAVLAFFRKPASSKTDASPSAGKAQ NA NA NA NA NA D1-12_02611 543 yfiT Putative metal-dependent hydrolase YfiT ATGGAAAAACAAACCCTCAGCTATCCGATTGGAGAGTATCAGCCGGCTGAATCGATTTCGGCCGGACAGAAACAAGAATGGATCAATGCGCTCGAACACGTTCCGGCCAAACTGAAACAAGCTGTCAGAGCGATGTCGGACAGTCAGCTTGATACGCCTTACCGAGAAGGGGGATGGACTGTCCGCCAAGTGGTTCACCATCTGGCGGACAGCCACATGAACGGCTATACCCGGTTTAAATTGAGCTTAACGGAGAATGAACCGGAAATCCGTCCTTATGATGAAAAAGGCTGGGCTGATCTTCATGATTCCAAAACAGCCGCTTGCGGGGATGCGCTTGAGCTGTTAACGCTCCTGCACAGAAGATGGGCCGCTCTTTTGCGCTCCATGACGGAAGCCCAATTTAAACGGACATACTTCCATCCTGTGTCTAAAGAGACGGTTACGCTGGAACAGGCGCTCGGACTATATGTCTGGCACTCTGAACATCACATCGCCCATATTACTGAGCTTTCCCGGCGGATGGGCTGGCATCTGTCTTAG MEKQTLSYPIGEYQPAESISAGQKQEWINALEHVPAKLKQAVRAMSDSQLDTPYREGGWTVRQVVHHLADSHMNGYTRFKLSLTENEPEIRPYDEKGWADLHDSKTAACGDALELLTLLHRRWAALLRSMTEAQFKRTYFHPVSKETVTLEQALGLYVWHSEHHIAHITELSRRMGWHLS NA NA NA NA NA D1-12_02612 273 COG2732 Barstar ATGAATAAAGCAGTTATTAACGGGGAGCAAATCAGAAGTATGAGCGACCTGCATCAGACATTGAAAAAGGAACTTGCCCTTCCTGAATACTACGGTGAAAACCTTGACGCTTTATGGGATTGTCTGACCGGCTGGGTGGAGTACCCGCTTGTTTTGGAATGGAGACAGTTTGAACAAAGCAAGCAGCTTACAGAAAATGGTGCCGAGAGTGTGCTTCAGGTCTTTCGTGAAGCGAAAGCGGAAGGCTGCGACATCACCATCATACTTTCATAA MNKAVINGEQIRSMSDLHQTLKKELALPEYYGENLDALWDCLTGWVEYPLVLEWRQFEQSKQLTENGAESVLQVFREAKAEGCDITIILS NA NA NA NA NA D1-12_02613 2412 hypothetical protein ATGAATGACTGTGTCAAAACATTCGGAGAACTTCCGGCCGAACTTTATTCCTTTGCGGGGGGAAAAGGAAGCATTCTCTCTAAAATGTATCAAAGCGGGTATCCTGTGCCTGAAGGGTTTGTGATTTTGCCGTCAGCCTTTCAGGACGGACAGCTCCGCCATCAGGCGAGAGAGGCTATTGATCAATATGTGAATTCCATCCGCAGCCGCCATGCTTCTGCGTTGTTTGCCGTACGCTCATCCGCGCTGAGCGAGGATTCCGCTCAGGCTTCCTTTGCCGGAGAATTCGATACGGTGTTGAATGTCAAAACAGATCAAGACATGTCCAGGGCGATTGATGAAGTCCGCCGATCGGCACAGTCAGAAAGGGTAAAAGCGTACAGCGCCGTTCAGGGAATGGAAGATGAGCATGAAATCGCAATCGTCATCCAGCTGATGATACCGTGTGAGATATCCGGAGTGCTGTTTACCGCAGATCCGATTACGGGGAGCAGGCGGGAGATGACAGGCAATTACGTCTACGGTCTCGGGGAGCAGCTCGTTTCCGGGGAAGCTGATGCCTATTCTTTTAAACTGGCACGGCCCAAGAAAAAATATGACGGCCCCGCAGAATTTCGCAAATATGCGTCAAAGCTCTATAAACTGGCGAAAAAGCTGGAAAAAGATCTCGGAGGGCCGCAGGATATTGAATGGGCCGCCGCGGGCGGGACATTGTATATTCTTCAATCCCGCCCGATTACGACCTTACAAGCCGGAAATCTGGAAACCTATGAATGGAATGATTCTTTCAGCGGTGATTTTTTATGGACAAACACAAATATAGGAGAAGCGATTCCCGATGTGATGACGCCGCTGACATGGTCGCTCCTCCGGAATCTGGATGAAGAGTCGGGCATCATTCCGGGCTATTATGTCTGGTCCGGCAATATTTGCGGCAGAGCCTATAACAATATGAGCCAGCCTCTTTCCGTTCTCGCCGCTTTCGGTCTGAATCCGAAAGGCGGAAAAATAGGAAAAATGATGAGCGATACATTGGGAGAAATCCCGGCGGAAATGAAGATTCCTTTATATCCGTTCTCAAAGTATGAACTTTTGAAGATCATCTCGAAAAAACTGAAACCGTATCTGTCGAAAATGAAGCACGCGAAAAAAAACATGTCCTCCTATTTGGACGAATCGCCGGAGTGGTGCCGGAATATTGAGGAAAAGCTGAAACGTGCCGAAACGGAGCGGACATTATTAGCGATATGGAACAATGAGATCTATCCGTATTTATGCAACGCGTGGTTTGCGTTAATATCCGGCGGGCGTGATTCTGCGCAATCCTCTTCGTCGTTAACCTCTCAATTAACAAAACTCGCAGGAATAGAAGATGCGAATCTCCTGCTTTCCAATCTGAGGGGAAAAGGCGGACTGGCCAGCCTGGAGCCGATTATCGGCATTGATCAAGTCATGAAAGGCCGTATGAGCGAGGAAGAATATCTCAGGAACCAAGGCCACCGAGGCCCGCATGAATACGAACTTTCCATACCGCATCCCGGAGAAAACCGGGATTGGCTGACGAAGCAGATCAAAGAACACAAGGAGTCGGGTATTGATGCCGAACAACTGCTTTTGAAACAGCAGCAGGCGCATGAACAGGCCTTCCGAAGATTTGAAGAAAAGTTTCCTCATAAGGTCAAATGGCTCAAAGCCAAAATGGAAAAAGCGTCAGAATACGCGAATATTAGAGAAACAACCAGATCCGAATTTGTCAGGGTGTACCGGACAGCCAGAGCATTCGCGCTCAGAGCGGCGGAAATGACCGGCATGAAGGACGATATTTTCTTCTTGTATCTGCATGAAATAACCGATCTGCTCGCGGGGAAAGAGCCGGCGGTTGCGTCGATTCAAGCGAGAAAGCAAAACTATGAAACCTATAAAAAACTGCCGCCGTTCCCATCCGTTATTAACGGAAGATTCAATCCGTTTAAATGGGCTGAGGAGCCTGACAGAAGAGCGGATTATTACGATGCTTTTATGCCTGCGGAAACTGATGATGCGCATACTTTAAAAGGTTTCGCGGGAGCGGCCGGGAGAGTGGAGGGCATTGTCCGTGTCCTAGATGCTCCGGAAGACGGGGATTCTTTTGCGGCCGGGGAAATTTTAGTGACTTCGACAACCAATGTAGGCTGGACCCCGCTTTTTCCGAGAGCGGCTGCCATCATAACGGACGTCGGCGCCCCTTTGTCCCACGCGGCGATCGTCGCCCGGGAACTTGGGATTCCTGCCGTTGTAGGGTGCGGAAATGCAACGTCAAAACTGAAAACGGGGGACAGGGTGGCCGTTGACGGCGGGCAAGGCATCGTCCAGCTGGAACCGCGGCAGACTCCGGCCACTTCTGAAGAGGAAAATGGTAAACTGATAGAATAA MNDCVKTFGELPAELYSFAGGKGSILSKMYQSGYPVPEGFVILPSAFQDGQLRHQAREAIDQYVNSIRSRHASALFAVRSSALSEDSAQASFAGEFDTVLNVKTDQDMSRAIDEVRRSAQSERVKAYSAVQGMEDEHEIAIVIQLMIPCEISGVLFTADPITGSRREMTGNYVYGLGEQLVSGEADAYSFKLARPKKKYDGPAEFRKYASKLYKLAKKLEKDLGGPQDIEWAAAGGTLYILQSRPITTLQAGNLETYEWNDSFSGDFLWTNTNIGEAIPDVMTPLTWSLLRNLDEESGIIPGYYVWSGNICGRAYNNMSQPLSVLAAFGLNPKGGKIGKMMSDTLGEIPAEMKIPLYPFSKYELLKIISKKLKPYLSKMKHAKKNMSSYLDESPEWCRNIEEKLKRAETERTLLAIWNNEIYPYLCNAWFALISGGRDSAQSSSSLTSQLTKLAGIEDANLLLSNLRGKGGLASLEPIIGIDQVMKGRMSEEEYLRNQGHRGPHEYELSIPHPGENRDWLTKQIKEHKESGIDAEQLLLKQQQAHEQAFRRFEEKFPHKVKWLKAKMEKASEYANIRETTRSEFVRVYRTARAFALRAAEMTGMKDDIFFLYLHEITDLLAGKEPAVASIQARKQNYETYKKLPPFPSVINGRFNPFKWAEEPDRRADYYDAFMPAETDDAHTLKGFAGAAGRVEGIVRVLDAPEDGDSFAAGEILVTSTTNVGWTPLFPRAAAIITDVGAPLSHAAIVARELGIPAVVGCGNATSKLKTGDRVAVDGGQGIVQLEPRQTPATSEEENGKLIE PGPT0002035_2412 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 D1-12_02614 1089 hypothetical protein ATGCAGATAAAAGAAATTTTCGTGATTCGCTGCCTGTCCTGTTTAAGTGTCGTTCTGCTTCACGTTGTTTCAATGGTGCTGATGATTCAGGAAGAGTCCTTAGCCAGTGCCGCCCATACGGTTGATGCTTTTCGGACCCTGTTGATGTTCAGCACGCCGGCGTTTATCTTTATTTCGGAATTTCTGCTTGCCAGGTCATACCCGGGAGGCGTTCCCGCTGGTTTTTTAAAGAAAAGGGGCAAAGTCATTTTCGTGCCGTTTCTGTTTATTGCCGCGGTGGATGCCATTTTAATGAAAAGCGTGGCGGAAGAAGGAGCCGGATTCGTTTCAGTGATCGGTAAATTTTTAGAAAATGTGTTTTTAGGAAACTTCATCGGCTACTTCATTCTTGTGATCTTTCAATTTTACATTCTCCATATGCTGCTGCACCGCTGGCTGAACAACACATCTCCCGTGTGGGTGCTGTCTGTTTCATTTATCATCAACGCCGTCTATCTGGCTTACTTTTCCATCTTTCATCCGCCGGCATCATCGGGGCTTGATTCTATTTTTCCGTTCTTTTGGGTTCCGTTTCCGGGCTGGGTGTTTTATTTCTGTCTGGCATTTTATTGCGGAAAGGAATATCCGCGTTTTTTAGCGCTTATCAATCAGTACCGTTATGCGGTTTACTTCAGTGCGGCCGTATCGGCAATATTGATTGTGGCCGTTTCATATATCAGCGGCGGCTCCATTTCCTCTAAGCGTCCGGATATTATGATTTACGCGGTCAGTATGATCTTTCTGTGTTTTCATCTGTTTTCAAAGCTCAAAAAAGTGCCCGCGATTGTGATGATGATCAGCAACTATTCGTTTTCAATCTATCTGCTGCACTCCTACTTTTTAATCAGCGGATATCTTCTGGAAGGCTATTTGCGGTCAATGCCTTTAGCGGCTGCCATTCTTCTTTTATTTTTGATCTGCACGCTCGGTCCCATTTTCGTATCTTGGGTGTGCAACCATTTCAGATACGGATACCTGTTTGTCGGGAAAGTGTATCAGCCGAAGCAGACCAAAAGAAATACGGCGGCGCATCAAGGCCGCACAGTCTGA MQIKEIFVIRCLSCLSVVLLHVVSMVLMIQEESLASAAHTVDAFRTLLMFSTPAFIFISEFLLARSYPGGVPAGFLKKRGKVIFVPFLFIAAVDAILMKSVAEEGAGFVSVIGKFLENVFLGNFIGYFILVIFQFYILHMLLHRWLNNTSPVWVLSVSFIINAVYLAYFSIFHPPASSGLDSIFPFFWVPFPGWVFYFCLAFYCGKEYPRFLALINQYRYAVYFSAAVSAILIVAVSYISGGSISSKRPDIMIYAVSMIFLCFHLFSKLKKVPAIVMMISNYSFSIYLLHSYFLISGYLLEGYLRSMPLAAAILLLFLICTLGPIFVSWVCNHFRYGYLFVGKVYQPKQTKRNTAAHQGRTV PGPT0022170_6 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-SURFACE_ATTACHMENT SURFACE_ADHESION OTHER_SURFACE_ADHESION_PROTEINS,PGPT0022170-yfiQ-NA NA NA D1-12_02615 603 azoR FMN-dependent NADH-azoreductase ATGAAGACGGTGATTGTGTATGCAAACCCGGATGAGAACAGTTTCAATGCGGCTCTCGTAAAATACGTCGTCATGGCTTTAAAGGACAGCGGCCAAAGCTATACGGTCATTGACTTATACGCCGACCAATTTGATCCCGTGCTGAAGTACGGCGGCGAAAAAAAGCGCTCTGACATGAACCGGGACGCTGAAACGAAGAAATACCGGAAACTGATGAAAGAAGCGGATCATCTCATTTTCATCTACCCGCTGTGGTGGGGAGGCGTTCCGGCGATTATGAAAGGCTTTTTTGACAGAGTGCTTGTCGCCGGAGAAGCCTACACATATGAAAACGGCCGCGTAAAAGGACTGCTCCGGGCAGAGACGGCACAGGTCTTTTATACGGCGGATTCCCCGGGCTGGTACTTAAAGTGGTTCCGGAAAAACTCGGACTGGATTACGCTGAAAAAAGGCATTCTGCAATTTTGCGGCATTCAAAAAGCCGAGCGGAACCTTTTTTCTGTCGTCAAAACGAGCACACCCGAGCTGCGGGAAAAATGGCTGCGCCAAGCATACGCTAAAGTCCGGCGCGCTTGTGAAAAAGGAGCGGCCGCATGCAGATAA MKTVIVYANPDENSFNAALVKYVVMALKDSGQSYTVIDLYADQFDPVLKYGGEKKRSDMNRDAETKKYRKLMKEADHLIFIYPLWWGGVPAIMKGFFDRVLVAGEAYTYENGRVKGLLRAETAQVFYTADSPGWYLKWFRKNSDWITLKKGILQFCGIQKAERNLFSVVKTSTPELREKWLRQAYAKVRRACEKGAAACR PGPT0009455_1348 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_K_METABOLISM PLANT_VITAMIN_K_BIOSYNTHESIS,PGPT0009455-kefF|nqo|ywrO-K00355 NA NA D1-12_02616 552 hypothetical protein ATGAGAATTTTAAAGTACGCGATTTTAGGGCTTTTGCGAAAAGGCGAATTGAGCGGATATGATATATCGAGCTATTTTAAGGAAGAGCTCGGCCAGTTTTGGAGCGCAAAGCACAGCCAGATTTATCCGGAATTAAAAAAACTGACGGCTGAGGGATTTATTACGTTTCGCACTGCGATTCAAGGAACGAAGCTTGAGAAAAAAATGTACACGCTGACTGACAAGGGAGAGCTGGAGCTTGCTGCCTGGCTGACGAAAAAAGACCCGATTCCGGAAACGGTGAAGGATGAATTTATGCTGAAGGCTTATTTCATCTCAGCTTTGACGCAGGAAGAAGCGGATGAGCTATTCACCGACCAGCTCGTAAAGCGGCAGGAGAAATTGTCCGATCTGGAAAACAGTTATCAAGAACTGATGACATCGTCCGCGGAGGCGGATTCATTTTCTTCTCCTGATTTCGGCCATTATCTCGTGCTGACAAAAGCGCTTGAGCGGGAACGGAATTATATTTCCTGGCTTGAAGATATTTTGGCTCTCATCAAAAAAGCATAA MRILKYAILGLLRKGELSGYDISSYFKEELGQFWSAKHSQIYPELKKLTAEGFITFRTAIQGTKLEKKMYTLTDKGELELAAWLTKKDPIPETVKDEFMLKAYFISALTQEEADELFTDQLVKRQEKLSDLENSYQELMTSSAEADSFSSPDFGHYLVLTKALERERNYISWLEDILALIKKA PGPT0025575_200 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR|BF-CELL_DENSITY_REGULATION CE-QSR|BF-BIOFILM-LOW_CELL_DENSITY_REGULATOR,PGPT0025575-aphA-K10917 NA NA D1-12_02617 948 ctaB1 COG0109 Protoheme IX farnesyltransferase 1 ATGAACTCAAATGCAGCACAGACGGAACAGTCTATGAAGCATAACGGAAACCGGATGACGGTCAAGGACTTTATCATTCTTGCCAAACCGGGGATTATCATCTCAAATTCACTCGCCGCATTGGGCGGATTTTGGATCGCATGGCTTCAGCCGGAAAGGACGGGCGGAGGGCCCGGTATATTTGCCGCCATGGCGGTTGCTATGATCGGAACGGCGTTAGTCATGGCATCAAGCACTGTTTTTAATAACTTCTTTGACCGCGGCATGGACGCAAAGATGGCGCGAACCCGCACCCGCGCAAGCGTCACGGGGAGAATACCGCCGCCGGTCATGATCCTGTACGGCACATGTCTCGGCGCATTCGGATTCATCATGCTTGCTTCGCTAAATGTACTGACCGCCGTTCTTGGGCTGCTTGCATTTTTGCTGTATGCCGTCGTTTATACGCTTTGGTTTAAAAGACAATCCGTCTGGAGCACATTTGTCGGCAGCTTTCCGGGGGCGGCTCCGCCTTTAATCGGTTATTGCGCGCTGACCGGGTACATTGATATGCCCGCAATTTTGTTATACGCGATTATGTTTTTGTGGCAGCCGCCGCATTTCTGGGCGATCGGAATCAGGCGAAAGGAAGAGTATCGTGCCGCCGGCATTCCGCTTTTGCCGATCATAAAAGGCAATCGCGTCACAAAAATAAAAATGTTGCGCTATATCGCCGTTCTGACTGCGGTTTCGCTGCTCGTTCCTCTTTATATAGACGTCAGCCCGTTTTATACCGCGTCCGCTCTCCTGCTCGGAGCCATGTGGCTGTACCGGAGCATCAAAGGCTTTCAGGCGGCGGATGACACGCAATGGTCGAAGGGGATGTTTTTTTATTCGATTGTGTATTTCAGTCTGCTTTTTCTTATTTTAATGGCTGATTCGTTTATCAATGCGGTTCTCAGAACGTAA MNSNAAQTEQSMKHNGNRMTVKDFIILAKPGIIISNSLAALGGFWIAWLQPERTGGGPGIFAAMAVAMIGTALVMASSTVFNNFFDRGMDAKMARTRTRASVTGRIPPPVMILYGTCLGAFGFIMLASLNVLTAVLGLLAFLLYAVVYTLWFKRQSVWSTFVGSFPGAAPPLIGYCALTGYIDMPAILLYAIMFLWQPPHFWAIGIRRKEEYRAAGIPLLPIIKGNRVTKIKMLRYIAVLTAVSLLVPLYIDVSPFYTASALLLGAMWLYRSIKGFQAADDTQWSKGMFFYSIVYFSLLFLILMADSFINAVLRT PGPT0008520_1279 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 D1-12_02618 858 catE COG2514 Catechol-2,3-dioxygenase ATGACCGGCATTCATCAAGATACGGCAATCGGTTATGTCAAATTGACCATTAAAAATATGGAACGCTCGCTCGACTTTTACCGGAATGTAATCGGCTTTCAAGTCATCTCGCAGACAGATCGTTCAGCAAGACTGTCAGCAGACGGAAAACGCGTTCTGCTGGTGCTTGAAGAAAATCCAAGCGCCGTCGTTCTGCCGGAGCGGTCTGTCACCGGCCTGTACCATTTCGCGATACTTCTGCCTGACCGGAAAGAACTCGGCATCGCATTGGCCAGGCTGATTGAAAACGGCATCGCGCTCGGTCAGGGGGATCACGCGGTCAGTGAGGCTCTTTACCTGTCTGATCCGGACGGCAACGGTATTGAAATATACGCCGATCGTCCCCGCAGCACGTGGCGCCGGGATGCAGAGGGCAATTATGTCATGCAAACGGCGCCCGTCGATGTGGACGGGCTTTTGGAAGAAGCCGGAGCTGAACGGAAAAGCCGTCTCCCAGAAGGAACTGTTATCGGCCACATCCATCTTCATGTGACGGACTTACAGGAAGCCAAAGCGTTTTACACCGATATTCTCGGTTTTGACATTGTCGGCAATTACGCGGGCATGTCCGCTCTGTTTGTTTCGGCGGGAGGGTATCACCATCACATCGGTCTGAATATATGGGCCGGAAAACATGCGCCGCCGAAACCGGGAAATGCAAGCGGGCTGGATTATTACACCATCGCGCTGCCGCATCAAAAAGAGCTGTCACGTGTGACAAAAGCGCTGACCGATGCCGGCTTTGAGATCGGAGAAAAAGAAGAGGGCGTATTCGTCAAAGACCCTGTATCAGGGGCGGATATCGCATTTACACTGTAA MTGIHQDTAIGYVKLTIKNMERSLDFYRNVIGFQVISQTDRSARLSADGKRVLLVLEENPSAVVLPERSVTGLYHFAILLPDRKELGIALARLIENGIALGQGDHAVSEALYLSDPDGNGIEIYADRPRSTWRRDAEGNYVMQTAPVDVDGLLEEAGAERKSRLPEGTVIGHIHLHVTDLQEAKAFYTDILGFDIVGNYAGMSALFVSAGGYHHHIGLNIWAGKHAPPKPGNASGLDYYTIALPHQKELSRVTKALTDAGFEIGEKEEGVFVKDPVSGADIAFTL PGPT0005050_504 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 D1-12_02619 405 catD COG2259 Putative oxidoreductase CatD ATGAATAAATCATTCGAAACAGGAACACTGCTTTTAAGGGTTGTAACAGGTATTATCTTTTTTGTTCACGGTTTATCCAAGTTTCAAGGGTTGGAAGGAACTGCGCAATTTTTCCAGAGCATCGGGATTCCGGCCTTTATGGTCTATGTCATCGCGACGATTGAGCTTGTCGGCGGGGTTCTGATCTTTTTCGGTTTGGCAACGCGCATTATCGGCGTTCTGTTTGCCGTCACATTAGTCGGCGCCATTTTCACGGCGAAGCTTTCCTCACCATTTATGGGCGGATCGGAATTTGATTTCATCTTACTGGTTGCGTCAATTCACTTAGCGCTTTCAGGAAGCCGTCTGCTTTCATTGGATCAGCTCCTTTTCAAATCAAAAAAGGGAGAAACTTTTTCAGCATAA MNKSFETGTLLLRVVTGIIFFVHGLSKFQGLEGTAQFFQSIGIPAFMVYVIATIELVGGVLIFFGLATRIIGVLFAVTLVGAIFTAKLSSPFMGGSEFDFILLVASIHLALSGSRLLSLDQLLFKSKKGETFSA PGPT0028505_5558 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 D1-12_02620 1818 COG1132 putative ABC transporter ATP-binding protein ATGCAAAAAGACATTCGTAAACCTTTCCGATATCCGAAAATACCGCTCAAATCAAATGAAGGCGGCAGAAAACGCGCGAAAGCAAAAGATACAAAAGGCACGCTGCGCAGAATCTGGTCTTATGTAGCCGAGAAAAAAGGGCTTTTAACCCTTGTGATCATCATGGTAGTCATAAGCGCCATATTCGGCCTGCTCGGACCGTTCGTCATCGGGAAAGCGATTGATCATTTTATCGTCGGACAGACGACAGACGGATTGGCGGGGGTGCTGTTCATCCTGTTTGGGATTTACCTCGTGCAATCATTGTCCTTATGGTTTCAAAACTATTGGATGATCAATATCTCGCAAAGCACCGTGTTTAAAATGCGGAGCGAGCTGTTTACCCATCTGCATGAGCTGCCGATTCCGTTTTTTGATAAACAGCGGCTCGGGGACTTAATGAGCCGGGTCACCAATGATATCGAAAATGTCAGCTCCACTTTAAATACATCCGTCATTCAAGTGCTGTCGAGCGTCATTACATTCGTCGGCACAATCGCCGTCATGCTGTACATGAGTCCGCTTTTAACATTGATCACGCTTTTGATTATTCCGATCATGCTTTTGAGCATTAAATGGATCACCAACCGGACGGGACTGCTGTTTAAACAGCAGCAGAAAAACCTCGGCGAGCTGAACGGTTTTATTGAAGAGTCGATATCAGGGGCGAAGGTCATTAAAGCCTATTCGAGGGAAGACCGCGTCATGGAACAATTTTTAGAAAAAAACGCGGCGTTACAATCATCGGGTTTTTGGGCGCAGACAATTTCGGGATTCATTCCGAAAGTCATGAACTCTTTAAACAATTTAAGCTTTACGATTATAGCGGCGGTCGGCGGGCTGTTTGCGCTGAAGGGATGGATTTCAATCGGTGCCATCGTCGTATTCGCCGAATACTCGCGGCAGTTCACGCGCCCTTTAAATGATTTAGCCAATCAGTTCAATACGATGTTATCGGCCATCGCCGGGGCTGAACGGGTGTTTGACGTGCTGGATGAAAAAGAGGAGCGGGAAGATGAAGAGCATGCGCTGTACCAGCCGATCAAAACGGGAGAAATTGAATTCCGAGATGTCTCCTTCGGCTATCAGGAAGACAGCTTGATCTTAAAACACCTGTCCTTCAGCGTTCCGAAAGGACAGTCAATCGCCTTCGTCGGACCGACCGGAGCGGGTAAAACAACCGTTACGAGCCTGATCGCCCGTTTTTACGAGCCGAATAACGGAAAAATCCTCATTGACGGAACGGACATCAAAAAACTGACGAGATCCAGTCTGAGAAAAAACATGGGGTTTGTCCTGCAGGATTCCTTTCTCTTTCAGGGCACCATCAGGGAAAATATCCGTTACGGCCGTCTGGACGCATCTGATCAAGAGGTGGAGGCAGCCGCAAAAGCCGCCAATGCCCACGGATTCATCGAACGGCTCCCGAAAGGCTACGATACCGTCCTTACCCAAAACGGTGCGGGCATCAGCCAAGGACAAAAACAGCTTATTTCCATCGCGAGAGCTGTGCTGGCGGACCCGGTGCTGCTCATTTTGGATGAAGCGACGAGCAACATTGATACGGTGACGGAAGTGAAAATACAAGAAGCGCTCGGCCGTTTAATGGCGGGCAGAACAAGCGTCATCATCGCTCACAGGCTGAACACGATTCAAAAAGCCGATCAGATTCTTGTACTGAAAGACGGCGAAATGGCTGAAAAAGGAACCCATGCCGAACTTCTCAGCCAGAACGGGTTTTACCAAGAATTATATGAAAGCCAGTTCCGGGAATCATAG MQKDIRKPFRYPKIPLKSNEGGRKRAKAKDTKGTLRRIWSYVAEKKGLLTLVIIMVVISAIFGLLGPFVIGKAIDHFIVGQTTDGLAGVLFILFGIYLVQSLSLWFQNYWMINISQSTVFKMRSELFTHLHELPIPFFDKQRLGDLMSRVTNDIENVSSTLNTSVIQVLSSVITFVGTIAVMLYMSPLLTLITLLIIPIMLLSIKWITNRTGLLFKQQQKNLGELNGFIEESISGAKVIKAYSREDRVMEQFLEKNAALQSSGFWAQTISGFIPKVMNSLNNLSFTIIAAVGGLFALKGWISIGAIVVFAEYSRQFTRPLNDLANQFNTMLSAIAGAERVFDVLDEKEEREDEEHALYQPIKTGEIEFRDVSFGYQEDSLILKHLSFSVPKGQSIAFVGPTGAGKTTVTSLIARFYEPNNGKILIDGTDIKKLTRSSLRKNMGFVLQDSFLFQGTIRENIRYGRLDASDQEVEAAAKAANAHGFIERLPKGYDTVLTQNGAGISQGQKQLISIARAVLADPVLLILDEATSNIDTVTEVKIQEALGRLMAGRTSVIIAHRLNTIQKADQILVLKDGEMAEKGTHAELLSQNGFYQELYESQFRES PGPT0029030_1695 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029030-efrB-K18888 NA NA D1-12_02621 1734 COG1132 putative ABC transporter ATP-binding protein ATGTCAAAGGCTTTATCATATGTAAAACCGTATTCTCTTTTGGCGGGAATCGCTCTGTTTTTCATGCTCATCGAGCTTGCGGTAGAGCTGATACAGCCCCTGCTGATCGGGAAAATCATTGACGAAGGAATTTTAAAGCAGGATCTCGGTACGGTTTGGCTGTGGGGCGGCGTGATGATCGGACTGACCGCTGTTTCATTCGCATCGGGCATTTTAAATTCATTCTACTCCGCCCACATCAGCCAGAGCTATGCGTATGATACGCGAAAAGGGATTTTTCAAAAAATTCAATCCTTCTCTTATTCGACGTTTGCGCAATTCTCATCCACATCGTTTATCACCCGGCTGACAAACGATGTGACACAGGTCCAGAATATGCTTTTCATGAGTCTCCGATTTATGCTTCGTGCGCCGTTAATGATCGCGGGCGGCATTATTCTCTCGCTGACCGTTAATGCGAAACTCGGGTTTTTTCTGCTGATCACGGTGCCGATTTTGCTTTTGTTTTTGCTGTGGGTGCTGAAAAGAGGCGGCGCGCTGTTTCGGTCTGTGCAAAAGCGGCTTGATCAGGTCAACACGATCATGCAGGAAAACCTGACGGCGATCAAACTGATTAAAGCGCTCCTCCGTGCAAACCACGAAGTGAAACGTTTTTTGAAATCGAATACGAAGCTGATGGAAAAAACGGTCTCCGCTTTTCGTCTCGTGGAAGCGGCGATGCCGATTTTAATGCTGCTGATGAACATTTGCATTTTGTTTATCTTATGGTTCGGCGCCAAAAGCATTGCTCAGGGCGGAGCGCAGGTCGGCGATGTCGTTTCCGTCATTAACTATGCGACGCGGATTACAGGCGCGCTGTCCGTCCTTCCTTTTCTCATCATGGTATTTTCCCGGGCGAAGGCTTCCGGAGAAAGAATCGGCGAGGTGCTGGAAACAGAAGGCGGCGAGGGAACGGGGCAGGACCCGGCACGGGCGCTTGCAGGCGCGATTGAGTTTCGCGAAGTGTCCTTCCGCTATCCGGGCATGGAAAAAGACGCGCTGCATCACGTGTCCTTTTCTGCCAGCCCGAAAGAAACGGTTGCCATTATGGGCGCGACAGGCTCAGGAAAATCAACGCTTTTTCAGCTGATTCCGCGTCTGTACACGGCTGATTCGGGCAGTATTTTCATAGACGGCAAACCGATCGGTGAATTCTCCGCTTGCGGGCTGCGCAGGGAAATCGGCTATGTTCCGCAGGAAGTGCTTCTGTTTTCGGGCACAATCCGTGAAAATATCGCCTGGGGGCGGGAGGATGCTTCACTAGATGAAGTAATGGAAGCGGCCAAAGACGCGCAAATCCATGACACGATTATGAAGCAGTCAAACGGATACGACACGGTGCTGGGACAGCGGGGCGTCAATTTGTCAGGCGGGCAGAAGCAGCGGATTTCCATCGCGCGCGCTTTTATCAGAAAGCCGTCCCTCCTGCTGTTAGATGACAGTACGAGCGCGCTCGATCTTCAGACGGAAGCGAAGCTTTTACAAGCGATCAGATCCTATGAATGCACGACACTGATTATTACGCAGAAAATAACGACTGCGATGAAGGCTGACACCATCTTATTGCTTGAAGACGGCGAACTGCTGGCCAAAGGCACGCACAAAGAGCTGATGGCACAGTCTCATCTGTACCGGCAGATTTATGAATCACAATTCGGAAAGGAGGGAGCTGACAATGCAAAAAGACATTCGTAA MSKALSYVKPYSLLAGIALFFMLIELAVELIQPLLIGKIIDEGILKQDLGTVWLWGGVMIGLTAVSFASGILNSFYSAHISQSYAYDTRKGIFQKIQSFSYSTFAQFSSTSFITRLTNDVTQVQNMLFMSLRFMLRAPLMIAGGIILSLTVNAKLGFFLLITVPILLLFLLWVLKRGGALFRSVQKRLDQVNTIMQENLTAIKLIKALLRANHEVKRFLKSNTKLMEKTVSAFRLVEAAMPILMLLMNICILFILWFGAKSIAQGGAQVGDVVSVINYATRITGALSVLPFLIMVFSRAKASGERIGEVLETEGGEGTGQDPARALAGAIEFREVSFRYPGMEKDALHHVSFSASPKETVAIMGATGSGKSTLFQLIPRLYTADSGSIFIDGKPIGEFSACGLRREIGYVPQEVLLFSGTIRENIAWGREDASLDEVMEAAKDAQIHDTIMKQSNGYDTVLGQRGVNLSGGQKQRISIARAFIRKPSLLLLDDSTSALDLQTEAKLLQAIRSYECTTLIITQKITTAMKADTILLLEDGELLAKGTHKELMAQSHLYRQIYESQFGKEGADNAKRHS PGPT0029025_1700 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029025-efrA-K18887 NA NA D1-12_02622 2325 hypothetical protein ATGACAAACTATACGACTTTCTTAGGACTTTACAAACCCGATAAAGCTGAAGGGATTGAAGTTGAAAGCATTGCTCAAAACTTTGAAGCGATTGACAGCAAAATCGGTGCAGCCCTTAGTGATGGCACGTCAACTTATGAAAACTTAAACGAAAGACTTAACATGTATGAAAACAGGTTTGACAATGTTACAGAGCGGAACGTTATGGACTTTGGAGCTAAAGGTGACGGCGTAACAGATGATACGCAGGCATTTCATGATGCCATGGCCGACGGAGGTTATGTCGTAACAGTTCCCGCGGGTGTATTCAGAACATCGGGATTGTTCGTTCCGTCAAATACAATGCTTGTCGGAGCAGGCAAGAAAAGAACGGTCATTAAATTATTAGACGAAACACCGGTCGGTCATTCTGTTCTGACCAACAGTGATTATACGAACGGTAATGAAAATATTTACGTCGGCCATCTCACGCTTGACTGGAACAAGGATACGCGTCCTGCCGGCTGGAAGATTCCGAAAGGTCCCACATCAAGCTGTTTGCTTTTTGCGAATGTTGACTATTCTTTTGTTGAGCATGTGTTTGCGAAGAACGCCGGCCTGCACGGCTTTGATTCCACGAGCCCGAACTATAACAGACATGGAGAAAAAGATGATCCAACTTATTATCAGCCCGACGGCTGTAACTTTGTAACGTTTTCACATTGTGAAGCAACAGGGTCCGGGGATGATAACTTTACTTGTCACTTTGGATTCCACACTACTTTCAGCCACTGTGTTTCTTATCACCCGATGGGAAATGGGAATGGCACGTCAAATTCAAATTGCTTTGAGATCGATGACGGTTCTCAAGATGTATTTGTAGATAGCTGTGTTGCAATTGGCGGTGCACGCGGTTTTGAAATTAAGGCGCATGACTATGCACCGGCGGCTAAACGAGTTCAACTGGCTAATTGCCGTGCTTACGAAAATGCGATCGGTTTTTGCATTAGACATATTGGCCATCATTTATCGGCTGAGCCGACATCAAAAACTGCCCATGATGTTCAATTAGTAAATTGTCAGGCAACAAATCCTAAACAAAATTCTATATATAAAGGCGTCGGAGCGAGTGCGTTGGTTGTTTCGGGCTATGATTCAGTTAATATAGTGAATTTCCAAGCTATTTGTGAAGATCGTTCATACGATTACAGCAATGACACGATCATTATGATTTATTACAAAGGGCGGTATGTCAATCTGAAGAATATCACGATCCGCGGGTTCCGCTCCGCTGCTCATGATCTGTATGTTCTTGGCGGAGAAAATGCGGTAGGAAAGTGCATGATTGACGGCGTTTTTCTAGTTGATGGCGGCACGACGGGACTTACTTTTGGCGGAGGCGTTGATAATTGTACAGTGAGCAATGTATACGGGCATAGATTGGGAGCCAGCAGCGGAACGGTCGGACTCTATTCTTCGGGTCCGGATCTGAATATATCGAATATTGATTTTCAAGGATATGAAACAACATTTCATGTAGGCGGTAAAAAAACACCGTATGAGTTGTTTAAACATAAAGGATCTTCTGTTATGGCATCTAAAGATTCCCATGTTACAGGAACTAATGGCTTTGTCATCGGTACTGTCCGGGGACAGGCTGCAGGAGGTTCTCAATCTGGAGTAATCGGTTCATATAATACGATTAACCCAAATGCGAACTCAACTGTATGGGGCTGGGGTTCCGGCAGCACTCCGTCATCAGCCAACAGAAAGATTGAGCTTCACGCAAAAGAAGGAACCATTAAGGCCACGGGAGGCGTAACAGGTTCCTCGACATTCTCTGACTACGCCGAGTATTTTGAGAGCCTGAGCGGGGAAAAGATTCCGACGGGAACACTTGTCACACTTGAAGGTGATAAGATCAGGCAGGCTGAAAAAGGTGACCTCATGCTTGGGGTCATTTCGGAGACCGCCGGAGTGATTCTTGGTGAGTCGAGTTTTCACTGGTCGGGACGATACGTAAAGAATGAATTTGGCGGCTATGTTTATGAAGAACAGAAAGATGCGAACGGCCATACGGTCATGGCGCCAAAAGAAAATCCGGACTTTCGGCCTGAAGAAGACTACGTTTCAAGAGAAGAGAGAGACGAGTGGAACATTGTCGGACTCATCGGCCAGGTATATGTCAGATGCGATGAGACTGTGAAAGCGGGAGATTTTATTCACGCTCATAACGGGATTGCAACAAAATCTGATGCTCCAAACCAGCGTTGGCAGGTCATGAAAGTGATCAATGAGTTTGATGCTGATAAAGGATTCGGGGTCGCTCTCGTTTTCATTCGTTAA MTNYTTFLGLYKPDKAEGIEVESIAQNFEAIDSKIGAALSDGTSTYENLNERLNMYENRFDNVTERNVMDFGAKGDGVTDDTQAFHDAMADGGYVVTVPAGVFRTSGLFVPSNTMLVGAGKKRTVIKLLDETPVGHSVLTNSDYTNGNENIYVGHLTLDWNKDTRPAGWKIPKGPTSSCLLFANVDYSFVEHVFAKNAGLHGFDSTSPNYNRHGEKDDPTYYQPDGCNFVTFSHCEATGSGDDNFTCHFGFHTTFSHCVSYHPMGNGNGTSNSNCFEIDDGSQDVFVDSCVAIGGARGFEIKAHDYAPAAKRVQLANCRAYENAIGFCIRHIGHHLSAEPTSKTAHDVQLVNCQATNPKQNSIYKGVGASALVVSGYDSVNIVNFQAICEDRSYDYSNDTIIMIYYKGRYVNLKNITIRGFRSAAHDLYVLGGENAVGKCMIDGVFLVDGGTTGLTFGGGVDNCTVSNVYGHRLGASSGTVGLYSSGPDLNISNIDFQGYETTFHVGGKKTPYELFKHKGSSVMASKDSHVTGTNGFVIGTVRGQAAGGSQSGVIGSYNTINPNANSTVWGWGSGSTPSSANRKIELHAKEGTIKATGGVTGSSTFSDYAEYFESLSGEKIPTGTLVTLEGDKIRQAEKGDLMLGVISETAGVILGESSFHWSGRYVKNEFGGYVYEEQKDANGHTVMAPKENPDFRPEEDYVSREERDEWNIVGLIGQVYVRCDETVKAGDFIHAHNGIATKSDAPNQRWQVMKVINEFDADKGFGVALVFIR NA NA NA NA NA D1-12_02623 1587 malP_1 COG1263 PTS system maltose-specific EIICB component ATGATGCAAAAAGTCCAGCGCTTCGGCAGCGCGATGTTTGTGCCTGTTTTATTATTTGCATTTTCCGGTATTATTGTCGGTCTGAGTACGCTGTTTAAAAATAAAACGCTGATGGGGCCGCTGGCTGATCCTGACGGGCTTTGGTATCAATGCTGGTACGTCATTGAACAGGGCGGCTGGACCGTCTTTAATCAAATGCCGCTCCTGTTTGCGATCGGCATACCTGTCGCTTTAGCGAAAAAAGCGCAGGCACGAGCCTGTTTGGAAGCGCTTACAGTTTATCTGACATTCAATTACTTTATCAATGCGATTCTGACGGTTTGGGGCGGGGCTTTTCATGTCGATATGACTCAGGAAGCCGGCGGAACGAGCGGGCTGACGATGATCGCCGGCATCAAAACGCTTGATACGAATATTATCGGCGCCATCTTTATTTCATCTATTGTCGTGTATTTGCACAATCGTTATTTTGATAAAAAACTGCCGGATTTTCTGGGGATTTTTCAAGGATCTTCATACATCGTTATCATTTCTTTCTTTATTATGATACCGATTTCACTTGCGGTGGCATACGTATGGCCGATGGTTCAGTCCGGAATCGGATCGCTGCAAAGTTTTCTCGTTTCTTCCGGGGCGATCGGCGTGTGGATTTACACGTTCCTGGAGCGGATTTTAATTCCGACCGGCCTGCATCATTTTATTTACTCGCCGTTTATTTACGGTCCGGCTGTGGCTGAAGGCGGTATCGTCACCTATTGGGCGCAGCATCTCGGGGAATACTCTCAAAGCGTCAAACCGCTGAAAGAATTGTTCCCGCAGGGGGGATTCGCGCTTCACGGCAACTCGAAAATCTTCGGCATTCCGGGAATCGCGCTCGCTTTTTACGTCACGGCTTCAAAGGAAAAGAAAAAAATCGTCGCCGGCCTTTTGATTCCGGTCACCTTAACGTCCATTGTCGCGGGAATTACAGAGCCGATTGAATTTACATTCCTTTTTATCTCGCCGTTTTTATTTGCGGTTCATGCTTTGCTTGCCGCTTCCATGGCAACCGTCATGTATATGGCCGGCGTCGTCGGAAATATGGGAGGCGGTTTGATCGAAGCTGCGACCTTGAACTGGATCCCGCTGGCGTCAAGCCATGGCTTGACGTATGTATACCAGATCATCATCGGGTTGTGTTTTACCGCTATTTACTTTTTCGTCTTCCGTTTCCTCATTCTCAAATTCAACATCGCCACACCGGGCAGAGAAAAAGAGGAAGGACAGGAAACAAAGCTCTATTCGAAAAAGGAGTACAGAGAACGGAAGCAGGCTTCAAAAGAAACAGCGGCGGCAGACGAAACACAGCGGGATACAGCCGCTTTGTATATTGAAGCGCTGGGCGGAAAAGACAATATTACGGAGGTCACCAACTGCGCCACCCGTCTCCGCGTCACTGTCGCTGATGAATCAAAGGTCAAAAGTGACGCCGATTTCAGAGAGCTGGGAGCCCACGGCGTCGTCAGAAAAGGCAGGGCGCTTCAGGTCATTGTCGGATTAGGCGTTCCGCAAATGCGGGAGCGTGTCGAGAAAATATTGAACGGTTAA MMQKVQRFGSAMFVPVLLFAFSGIIVGLSTLFKNKTLMGPLADPDGLWYQCWYVIEQGGWTVFNQMPLLFAIGIPVALAKKAQARACLEALTVYLTFNYFINAILTVWGGAFHVDMTQEAGGTSGLTMIAGIKTLDTNIIGAIFISSIVVYLHNRYFDKKLPDFLGIFQGSSYIVIISFFIMIPISLAVAYVWPMVQSGIGSLQSFLVSSGAIGVWIYTFLERILIPTGLHHFIYSPFIYGPAVAEGGIVTYWAQHLGEYSQSVKPLKELFPQGGFALHGNSKIFGIPGIALAFYVTASKEKKKIVAGLLIPVTLTSIVAGITEPIEFTFLFISPFLFAVHALLAASMATVMYMAGVVGNMGGGLIEAATLNWIPLASSHGLTYVYQIIIGLCFTAIYFFVFRFLILKFNIATPGREKEEGQETKLYSKKEYRERKQASKETAAADETQRDTAALYIEALGGKDNITEVTNCATRLRVTVADESKVKSDADFRELGAHGVVRKGRALQVIVGLGVPQMRERVEKILNG PGPT0016930_269 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_COMPLEX_SUGAR_UTILIZATION PLANT_DERIVED_MALTOSE_DEGRADATION,PGPT0016930-glvC|malP|aglA-K02750 NA NA D1-12_02624 762 glvR COG1737 HTH-type transcriptional regulator GlvR ATGAGTCTTGAAGAACTGGTTAACCAGCATTACGCGAAATTAAATGACAACGATTTTTATATTTTAAAATATATATTGAATCATAAACATACGTGCTACCATCTCGGTATCAATGACATGGCGAAAGCCTGCAATGTTTCTCGGTCTTCCATCCTGCGGCTCGCCCAAAAACTGGGCTTCAGCGGCTACAGTGAATTCCGGGTTTTTCTGAAATGGGAGGATCAGCCTGAAGAGGGCGAGAATATGACGTTTGAAAAGCTGCTGGATGATATTGAAGCCAATGTAAAATACGTGAAGTCAAAAGATATGACGGAGATGTGCCGGCTGATAGATGAAGCAAAACGGATTTTCGTTTACGGATCGGGGACGGCTCAGAGGGTGTGCGCCCGTGAGCTGCAGCGGATGTTTGTATCCCGGCGGAAGTATCTGATTTTAATTCAGGACATTATAGAGTTTGATATCATGTGTGATGATTTTAAGGTTGATGACGTATTCATCATTATTTCTTTATCAGGCGAAACACCCGAATTAATTCCGCAGGTAAGGACCCTGTCCGCAAAGGGAGTTCCGTTTATTTCAATCACCAATCTGAAAAACAACGTACTGGCGCAAACGACGCCGTATAATCTTTATGCGACCAGCAAGCCGGTGACGTTAAGCGATAAAACGGAAATCGTCGCATTTGCCCCGTTTTTTCTGGTGGGCGAAGCGTTATTCCGTGCATATGTTGATTATAAAGAGCTCGAAAATTTTGATAAATAG MSLEELVNQHYAKLNDNDFYILKYILNHKHTCYHLGINDMAKACNVSRSSILRLAQKLGFSGYSEFRVFLKWEDQPEEGENMTFEKLLDDIEANVKYVKSKDMTEMCRLIDEAKRIFVYGSGTAQRVCARELQRMFVSRRKYLILIQDIIEFDIMCDDFKVDDVFIIISLSGETPELIPQVRTLSAKGVPFISITNLKNNVLAQTTPYNLYATSKPVTLSDKTEIVAFAPFFLVGEALFRAYVDYKELENFDK NA NA NA NA NA D1-12_02625 1350 glvA COG1486 Maltose-6'-phosphate glucosidase ATGACAGACAAATCATTCTCAATCGTTATTGCAGGCGGCGGCAGCACATTTACCCCCGGAATTGTATTAATGCTTTTGAATCACCTGGAAGAGTTTCCGATCAGAAAGCTGAAACTTTATGACAATGATAAAGAAAGGCAGGAGCGGATTGCGGGTGCGTGTGAGGTATTCATAAAAGAAAAAGCGCCGGACATTGAATTTTTGGCGACTGATGACCCAGAGACGGCTTTTACGGATGTTGACTTCGTCATGGCGCATATCCGCGTCGGAAAATATGCGATGCGCGCACTCGATGAACAAATCCCGCTGAAGTACGGCGTGGTCGGCCAGGAAACATGCGGGCCGGGCGGAATCGCATACGGCATGCGCTCTATCGGCGGTGTTCTTGAGATTCTTGATTATATGGAAACGTACTCGCCTGACGCATGGATGCTGAATTACTCCAATCCGGCGGCGATTGTGGCCGAAGCTACACGGCGCCTCAGACCGAATTCAAAAATATTGAACATCTGCGACATGCCGGTCGGAATTGAGGATCGCATGGCGAACATCCTCGGATTATCTTCACGAAAAGAACTGAACGTCCGTTACTACGGCTTGAACCACTTTGGCTGGTGGACGTCCATCACAGACCGGCATGGCAATGATTTAATGCCGAAGCTGAAAGAGCATGTCCGTGAATACGGCTACGTTCCGAAGACGGAGGCCGAAGAGACTGAAGCAAGCTGGAATGACACCTTCAAAAAAGCGCGCGACGTACAGGCGGCTGATCCGGATACGCTTCCGAACACATATCTGCAATATTACTTATTCCCGGATGATATGGTGAAAAAATCAAACCCGAACCATACGAGAGCCAACGAAGTCATGGAAGGGCGCGAAGCTTTCATTTTCAGCCAATGCGATATGATTACGCGCGAACAATCATCGGAGAACAGTGAAATTAAAATTGATGATCATGCTTCCTATATCGTCGACCTTGCCCGGGCCATCGCTTACAACACAGGGGAGAGAATGCTGTTAATCGTTGAAAATAACGGCGCGATCGCAAACTTTGATCCGTCAGCCATGGTTGAGATTCCTTGTCTCGTAGGTTCAAACGGACCTGAACCGCTCTCAATCGGGAACATACCGCAATTTCAAAAAGGCCTGATGGAACAGCAGGTGTCTGTCGAAAAACTGACGGCTGAAGCGTGGGAAGAGCGGTCATTTCAAAAGCTGTGGCAGGCGCTGATTCTGTCAAAAACAGTGCCGAACGCCCGTGTGGCAAAACTGATTCTTGAAGATCTGATGGAGGCTAATAAGGACTACTGGCCTGAACTTGATGTAAGTCCGTCTCCTATTTCTTGA MTDKSFSIVIAGGGSTFTPGIVLMLLNHLEEFPIRKLKLYDNDKERQERIAGACEVFIKEKAPDIEFLATDDPETAFTDVDFVMAHIRVGKYAMRALDEQIPLKYGVVGQETCGPGGIAYGMRSIGGVLEILDYMETYSPDAWMLNYSNPAAIVAEATRRLRPNSKILNICDMPVGIEDRMANILGLSSRKELNVRYYGLNHFGWWTSITDRHGNDLMPKLKEHVREYGYVPKTEAEETEASWNDTFKKARDVQAADPDTLPNTYLQYYLFPDDMVKKSNPNHTRANEVMEGREAFIFSQCDMITREQSSENSEIKIDDHASYIVDLARAIAYNTGERMLLIVENNGAIANFDPSAMVEIPCLVGSNGPEPLSIGNIPQFQKGLMEQQVSVEKLTAEAWEERSFQKLWQALILSKTVPNARVAKLILEDLMEANKDYWPELDVSPSPIS PGPT0014100_109 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_GLYCOSIDE_UTILIZATION PLANT_DERIVED_GLYCOSIDE-GLYCOSIDASES|GLYCOSYLHYDROLASES,PGPT0014100-glvA-K01232 NA NA D1-12_02626 183 sspH Small, acid-soluble spore protein H GTGAATACACAGCGTGCGAAAGACATTTCGGAATCCGCCGCCATGGCGTATGTGACGTATGAAGGAGTTCCGATTTATATTCAGCATGTCAACGAAGACAAGGAAACAGCCAGGATTTTTCCGATCGGAAATCCACAATTTGAGCAGGAAGTGCTGCTTTCTGATTTACAAGAGCATTTTTGA MNTQRAKDISESAAMAYVTYEGVPIYIQHVNEDKETARIFPIGNPQFEQEVLLSDLQEHF PGPT0024895_120 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE_SMALL_ACID-SOLUBLE_SPORE_PROTEINS,PGPT0024895-sspH-K06425 NA NA D1-12_02627 1809 acoR COG3284 Acetoin dehydrogenase operon transcriptional activator AcoR ATGAATGTCATTCGGAATGATTTTAAAACCTGGAAGCGCTTTGTGAAAGAAGGCGTGCTTGATGAATCCCGTATTCAGAAGCGGGTGGCGGCCTCATGGCACCGCTGCAAAAAAGCCGACGTCAATCCTTATCTCGAAAAGGGGCCGAATGTAATGCCGGCAGATCATTTAGAAAGGCAGGCCGAAAAGCATGCGTTATTTTTAGCGGCCTCAACGCCGTATGCAGAAAGAATGAAAACGGCAATGCGGGAAATGGAAATGATGGTTCTTCTGATTGATTCTGACGGCGTGGTTCATTCGGTTGACGGCCATCCGCGCACCATTCATGAAGCGCACCGCATCAATTTCTTAAAAGGCGCCCGCTGGACGGAAACAGCCGTCGGCACGAATGCGATCGGGACGGCTCTTTTTACAAATGAGCCGGTCATGATACACGGCTCTGAACATTATTCGCTCGCTTCTCATCAATGGAGCTGTTCCGCCGCGCCGATCCGTTATGAAGACGGACGGCTGGCGGGTGTCATTGATATTTCCTGCCCCGCCGCCCGCGCTCAGCCTTTTATGCTCGGAATTGCCTCCTCCATCGCTTATACGGCGGAACGGGAGCTTGCCCTAAAGATCAAAATGACAGAACTTGATATGATCAGCAAATTCGCCGGGCTGACCCGGTCTCACGATCCGATCGTGCTTTGCAATGAAATGAGCCGGATTATCGCCGCAAGCCGTCCCGTTCAGCATTTTACCGGACATACGCTGCGCGAGCTTGAGGAACAGGGCTTTCACATCAAGCAGGCGAAGCGGGAGGAGAACGGCTTCTCGTGCATTTACTTATCCAAACGAGAAGAAAAGCCTTCTTTTATATTTCATGGTGCGGCAGGCAAAAGCCCGTCATCCCGACATATGCTCCAGCAGCTGGAGCTTGTCGCCCGAACGGACGCAACCGTCTGTCTTACGGGAGAAACCGGGACGGGAAAGGAGATTGCCGCCCGGGCGATTCATAACAACAGCTCCAGGAAAAACGGCCCGTTTATCGCCGTCAATTGCGGAGCGGTCCCCGAAAAGCTGATTGAGAGCGAACTGTTCGGCTACTCGGAAGGCGCCTTCACCGGGGCCAAACGGAAAGGACATAACGGCGCTTTGCAAAAAGCCGATAAAGGCACGCTTTTCCTCGATGAAATCGGAGAAATATCACACTCCATGCAGGTCGCTCTGTTACGGGTGCTGCAGGAACGGAAAGTCACCCCGGTCGGCGGGACAAAAGAGATTCCCGTCGACATCAGAATCATCACTGCCACCCACACTGATCTGAGACAGCTTGTCGAATGCAAAAAGCTGAGAGAAGATTTATTTTACCGGCTTCACGTCTGTCCGATTCATCTCCCTCCATTAAGAGAACGCACCGAAGACATTCCCGGACTCTTCCTTGAATTTCAGCGAAATCGCGGCTGGCGGGGGGAGCTTCCTGATGACTTTTTAGACCTATTAAAGAGCCGGAAATGGCCGGGGAATATCAGGGAATTGTTTAATGTATTTGAACGTCTTTCCGTCATGTTCCCGGACGGGCGGCTGTCAGGGCGCCCCATCGCAGCCCTGCTTGAAGCGTCAGGTCTTAAAGAGGCGGCCGAGTCTTATGAACAGGAAGAAGCGTCCCCCGTCTCCATCCGGGAGCACATTCAGAAAAACATCATCGTAAACGCGCTTGAATCGGCGAAGGGAAATGTCACGCTGGCCGCCAAAATGGCCGGAATCCCGCGGAGCACGTTTTACAAACGCCTCAAAAAATTCAAACTCACCGCCGGACAATTGTAA MNVIRNDFKTWKRFVKEGVLDESRIQKRVAASWHRCKKADVNPYLEKGPNVMPADHLERQAEKHALFLAASTPYAERMKTAMREMEMMVLLIDSDGVVHSVDGHPRTIHEAHRINFLKGARWTETAVGTNAIGTALFTNEPVMIHGSEHYSLASHQWSCSAAPIRYEDGRLAGVIDISCPAARAQPFMLGIASSIAYTAERELALKIKMTELDMISKFAGLTRSHDPIVLCNEMSRIIAASRPVQHFTGHTLRELEEQGFHIKQAKREENGFSCIYLSKREEKPSFIFHGAAGKSPSSRHMLQQLELVARTDATVCLTGETGTGKEIAARAIHNNSSRKNGPFIAVNCGAVPEKLIESELFGYSEGAFTGAKRKGHNGALQKADKGTLFLDEIGEISHSMQVALLRVLQERKVTPVGGTKEIPVDIRIITATHTDLRQLVECKKLREDLFYRLHVCPIHLPPLRERTEDIPGLFLEFQRNRGWRGELPDDFLDLLKSRKWPGNIRELFNVFERLSVMFPDGRLSGRPIAALLEASGLKEAAESYEQEEASPVSIREHIQKNIIVNALESAKGNVTLAAKMAGIPRSTFYKRLKKFKLTAGQL PGPT0001030_1673 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 D1-12_02628 1380 pdhD_2 Dihydrolipoyl dehydrogenase TTGACACTAGCCATTATCGGCGGCGGGCCTGCCGGATATGCAGCTGCCGTGACTGCCGCGCGGAGGGGAGAAGAAGTCGTTCTGATCGACAAAGGGCCGCTTGGAGGCACTTGTCTCAATGAGGGATGCATCCCGACAAAGTCGCTTTTGGAAAGCGCGAATGTGCTCGATAAAATCAGGCATGCAAATACATTCGGCATCGAACTGCCGCAAAACATTACACTCAATTGGGCCCGCATGCAGGGGCGCAAACGGCAAATCGTCAGCCGGCTCGTGCAGGGAATTCAATACTTAATGAAAGCAAATCAGATTAAAGTCATCAGCGGGACAGCTTCATTTCTCACAGAGCAGACATTGCTTGTTGAAGGAGAAGGAGGCGCAAAAGACATTCTGGAAGCGGATCGGATATTGATTGCATCCGGATCTGAACCGGCGGAGCTGCCGTTTGCCCCATTTGACGGCGATTGGGTGATCGACAGCAAAGATGCGCTTTCTTTACAGAAAATCCCTTCTTCTCTGCTTATTGTCGGGGGAGGTGTGATCGGCTGTGAATTTGCCTCTTTATTCAGCCGGTTTAAAACGAAAGTGACTGTGATTGAATCCGCTGACCGGCTGCTCCCGGCAGAAGACGGGGAAATCGCCGCCGTTTTCGAAGACTCTTTAAGAGACAGCGGGGCTGATATTCAGACAAAAGCCGCCCTTCAACGGATTGATAAAGAAAGGAAAACTGCCGTGTGGACAAAAGACGGCAAAGAATTTGAGGCGCAGGCTGATCACGTTTTGGTTGCAATCGGGAGAAAACCGCGTTTGCAAGAGCTGAATCTGGAGCAGGCCGGCATCCGGTATTCTCCGCGCGGTATTGAAGTCAATGACCATATGCAGACCAATGTGCCTCATATATACGCATGCGGCGATGCGGCCGGAGGAATGCAGCTCGCGCATGCCGCCATTCATGAAGGAATCACAGCCGCCGCGCATGCCACGGGAAAGGACAGCAAAGTCGATATGCGGGCGGTGCCCCGCTGTATTTATACATCGCCGGAAATGGCCGCTGTCGGGCTGACGGAAACACAGGCGAGAGAAACATACGGAGATGTGAAAATCGGAGAATGTTCATTTTCTGCTAACGGAAAAGCGTTAATTAAACATCAGCATGGCGGCAAAATGAAAATCATTGCCGAACCGGAATTCGGAGAAATCGTCGGCGTGTCAATGATCGGGCCGGACGTGACGGAATTGATCGGTCAGGCGGTCATGATGATGAACGGTGAAATGACGGCTGATATGTCGGAGCACTTTATCGCGGCGCATCCGACTCTGTCAGAAACGCTTCAGGAAGCCCTGCTGAATGTCACCGGACTTGCGGTGCATTCCGTATAA MTLAIIGGGPAGYAAAVTAARRGEEVVLIDKGPLGGTCLNEGCIPTKSLLESANVLDKIRHANTFGIELPQNITLNWARMQGRKRQIVSRLVQGIQYLMKANQIKVISGTASFLTEQTLLVEGEGGAKDILEADRILIASGSEPAELPFAPFDGDWVIDSKDALSLQKIPSSLLIVGGGVIGCEFASLFSRFKTKVTVIESADRLLPAEDGEIAAVFEDSLRDSGADIQTKAALQRIDKERKTAVWTKDGKEFEAQADHVLVAIGRKPRLQELNLEQAGIRYSPRGIEVNDHMQTNVPHIYACGDAAGGMQLAHAAIHEGITAAAHATGKDSKVDMRAVPRCIYTSPEMAAVGLTETQARETYGDVKIGECSFSANGKALIKHQHGGKMKIIAEPEFGEIVGVSMIGPDVTELIGQAVMMMNGEMTADMSEHFIAAHPTLSETLQEALLNVTGLAVHSV PGPT0001380_8185 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 D1-12_02629 1194 pdhC_3 Dihydrolipoyllysine-residue acetyltransferase component of pyruvate dehydrogenase complex ATGGCTGTAAAAGTAGTAATGCCGAAGCTGGGAATGGCGATGAAGAAAGGTGAAGTATCCGTCTGGAATAAAAAAGTCGGCGACCCGGTTGAAAAGGGAGAAAGCATCGCCAGCATCAACTCGGAAAAAATAGAAATGGAAATAGAAGCGCCTGAAAGCGGCACGCTTCTTCATATTAAAGTCAAAGAGGGAGAAGGAGTCCCGCCGGGAACGCCCATCTGTTATATCGGGGAAAACGGCGAAGAAGTGCGGGAGAAGGAGGCGCCGGCTCCTGAAAATGCAGGGAAACCGCAATCTGAACCTGAACATATGCCCGCTCCCAAAGCCGGGCAAAAGCGTAAACACCGCGTGAAAATATCTCCCGTTGCCCGAAAAATGGCGGAGAAAGCCGGGTTGAAAGTTGATACGCTGAACGGGACGGGGCCCGGAGGCAGAATCGTAAAAGCTGACGTCATCAAGGCCATGAAGACGGAATCTGAACCGCAGTCTTCGGTTCAGACGGCACAGCCGGAGGGAAAACCGGCTTCAGCGATGAGAAAAGTGATTGCAGACCGAATGCACAAAAGCCTGCAAAACAGCGCCCAGCTGACGCTGACTATGAAAGCGGACATTACGGAGCTTGTAAAATGGCAGCAGCAGCTCGCCGACAGCGCGAAAAAGCGGAGCGGTGTTAAACTGACGGTCACACATTTCGTATCCCGGGCCGCGGTGCTTGCGCTGAAACAGCATCCTGAGCTGAACAGCTCTTATCAAGAGGAGCGGATCATCACCTATCCATATGTCCACCTCGGGATGGCGGTTTCTCTTGAAAACGGTCTCGTCGTGCCGGTGATCCGGGATGCGGAAAAGCTTTCATTCCTTGAGCTTGCGGATCACATCAGCACATCGGCACAACGGGCGCGGGAAGGCAATGCTTCCGGAGATGACCTGCGCGGATCGACATTTTCTATTACAAATCTCGGGGGTTACGGAATTGAGCATTTCACCCCGATTCTTAATCCGCCTGAAGCCGGTATTCTCGGAGTGGGCGCAAGCTATGAAACGCCGGCGTTTAAAGGAGATGAGCTTGTCAAAAGCACCATGCTGCCGCTGAGCCTTACCTTTGATCACAGAGTATGTGACGGCGCACCGGCTGCGGACTTCCTGAAAACGGTCAAAGCGCTGCTTGAAGAGCCGGCCGGATTGATTTTATAG MAVKVVMPKLGMAMKKGEVSVWNKKVGDPVEKGESIASINSEKIEMEIEAPESGTLLHIKVKEGEGVPPGTPICYIGENGEEVREKEAPAPENAGKPQSEPEHMPAPKAGQKRKHRVKISPVARKMAEKAGLKVDTLNGTGPGGRIVKADVIKAMKTESEPQSSVQTAQPEGKPASAMRKVIADRMHKSLQNSAQLTLTMKADITELVKWQQQLADSAKKRSGVKLTVTHFVSRAAVLALKQHPELNSSYQEERIITYPYVHLGMAVSLENGLVVPVIRDAEKLSFLELADHISTSAQRAREGNASGDDLRGSTFSITNLGGYGIEHFTPILNPPEAGILGVGASYETPAFKGDELVKSTMLPLSLTFDHRVCDGAPAADFLKTVKALLEEPAGLIL PGPT0001390_6065 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 D1-12_02630 1029 acoB COG0022 Acetoin:2,6-dichlorophenolindophenol oxidoreductase subunit beta ATGGCGAGAGTCATAAGCATGTCGGACGCGATCAATGAAGCAATGAAGCTTGCGATGAGAAAAGATGACAATGTGCTTGTAATCGGTGAAGATGTCGCCGGAGGAGCGGCGGTCGATCATTTGCAAGATGATGAAGCATGGGGCGGTGTATTAGGGGTCACAAAGGGGCTCGTACAGGAATTCGGCAGAAACAGGGTGCTGGACACACCGATTTCTGAGGCGGGCTACATGGGTGCGGCCATGGCTGCGGCATCCACGGGGCTGAGACCGATTGCGGAACTGATGTTTAACGATTTTATCGGCACGTGCTTTGATCAGGTGATCAACCAAGGGGCGAAATTCCGCTATATGTTCGGCGGTAAAGCGCAAGTGCCGATCACCGTCCGCACCACATACGGAGCCGGGTTCCGGGCAGCCGCTCAGCATTCGCAGGCGCTGTATGGCCTGTTCACCAGCATCCCGGGTCTGAAGACGGTTGTTCCATCCAATCCGTATGACGCCAAAGGTTTGCTGCTTTCGGCAATAGAAGACAATGATCCGGTATTCTTTTTTGAAGACAAAACGTCCTACAACATGAAGGGCGAGGTGCCGGAAGATTATTATACAATTCCGCTCGGAAAAGCGGATATCAAACGCGAAGGCAGCGACATCACGCTGTTTGCGGTCGGCAAGCAGGTCAATACCGCGCTTGAAGCGGCTGCGCAGCTTTCTGAGAAAGGCATCGACGCCGAGGTGCTTGATCCCCGGAGTCTGTCTCCTTTAGATGAGGAAGCGATTTTCACATCGTTAGAAAAAACAAACCGGCTGATCATCATAGACGAAGCCAATCCGCGCTGCAGCATCGCCGCGGATATTGCTGCGATTGTCGCCGATAAGGGCTTTGATTTGCTTGATGCGCCGATTAAGCGGATTACAGCGCCGCATACACCGGTGCCGTTTTCGCCGGTGCTTGAAGATCAATATTTGCCGACACCAGACCAAATTGTCAGCGTCACGCTTGAATTGCTTGGCGAGCCGGCAATGAATTAA MARVISMSDAINEAMKLAMRKDDNVLVIGEDVAGGAAVDHLQDDEAWGGVLGVTKGLVQEFGRNRVLDTPISEAGYMGAAMAAASTGLRPIAELMFNDFIGTCFDQVINQGAKFRYMFGGKAQVPITVRTTYGAGFRAAAQHSQALYGLFTSIPGLKTVVPSNPYDAKGLLLSAIEDNDPVFFFEDKTSYNMKGEVPEDYYTIPLGKADIKREGSDITLFAVGKQVNTALEAAAQLSEKGIDAEVLDPRSLSPLDEEAIFTSLEKTNRLIIIDEANPRCSIAADIAAIVADKGFDLLDAPIKRITAPHTPVPFSPVLEDQYLPTPDQIVSVTLELLGEPAMN PGPT0008235_246 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 D1-12_02631 1002 acoA COG1071 Acetoin:2,6-dichlorophenolindophenol oxidoreductase subunit alpha ATGGAATTGTTAAAACGAGAAGGCTTGTCATTAACTGAGGAGAAAGCGCTGTGGATGTACCAAAAGATGCTGGAAATCAGGGGCTTTGAAGACAAAGTGCATGAACTTTTCGCACAAGGAGTGCTTCCCGGATTCGTCCATTTGTATGCCGGTGAAGAAGCGGTAGCTGCGGGGGTGTGCGCTCATTTAGATGATGGCGACAGCATTACAAGCACACACAGGGGACATGGCCATTGTATCGCCAAAGGCTGTGATCTGGACGGCATGATGGCGGAAATATTCGGAAAAGCGACCGGACTGTGTAAAGGCAAAGGCGGTTCTATGCACATTGCGGATCTTGATAAAGGCATGTTAGGCGCAAATGGAATCGTCGGGGGCGGATTCACGCTCGCATGCGGATCAGCGCTCACGGCTAAATATAAACAAACTAAAAATGTAAGCGTTTGCTTTTTTGGGGACGGAGCCAATAACCAAGGGACTTTCCATGAAGGGCTGAACTTAGCGGCAGTATGGAACCTTCCTGTCGTGTTCATCGCCGAAAACAACGGCTACGGCGAAGCCACGACATTTGAGTACGCGTCAGCCTGTGATTCAATCGCCGATCGGGCGGCTGCCTATAACATGCCGGGAGTCACGGTGGACGGAAAAGATATTTTAGCGGTTTATCAGGCAGCCGGGGAAGCGATAGAAAGAGCAAGAAACGGCGGAGGCCCGTCTTTGATTGAATGTATGACTTACAGAAACTACGGCCATTTCGAAGGGGATGCCCAAACTTATAAAACAAAGGATGAAAAGACTGAGCATCTTGAAGAAAAGGATGCCATTCAAGGCTTTAAAAACTATCTTCTAAAAGAAACAGATGCAAATAAACTGTCAGACATCGAACAGCGTGTCAGCGAATCGATTGAAAAAGCCGTCTCGTTCAGCGAAAAGAGTCCATATCCGAAAGAGTCTGAGCTGTTGACAGACGTCTACGTGTCATATGAAAAAGGGGGAATGTGA MELLKREGLSLTEEKALWMYQKMLEIRGFEDKVHELFAQGVLPGFVHLYAGEEAVAAGVCAHLDDGDSITSTHRGHGHCIAKGCDLDGMMAEIFGKATGLCKGKGGSMHIADLDKGMLGANGIVGGGFTLACGSALTAKYKQTKNVSVCFFGDGANNQGTFHEGLNLAAVWNLPVVFIAENNGYGEATTFEYASACDSIADRAAAYNMPGVTVDGKDILAVYQAAGEAIERARNGGGPSLIECMTYRNYGHFEGDAQTYKTKDEKTEHLEEKDAIQGFKNYLLKETDANKLSDIEQRVSESIEKAVSFSEKSPYPKESELLTDVYVSYEKGGM PGPT0008230_280 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 D1-12_02632 480 hypothetical protein ATGAAACGACTGTGCATCATCCCCTGCGGCAAGAAAAAAATTTGGGATGTCCATTCAGATACAGGTCCGGTAAGGGCGGAAGACGCTTATCTCAGCCCGTTTCATCAGGCGTGCGAGCGATATGCGAAAGCATTTTTCGATGAGTGGGTGATTTTGTCGGCGAAGCACGGATTCCTTCGTCCGGATGATATTGTTCCCGGAAATTACGATGTCACTTTTGGAACCGGTCATCCGGAGATCATGGCAGCGGACGAGCTGCGCCGTCAATTTCATGAAAAAGGCTTTTCCGACATCGAGGAGCTTGTCATGCTTGGCGGGAAAAAATACCGAAGCGTCCTAAACGCCGTCATCGGAGAGCATCAGCATATCACCTGGCCTTTGTCATCGTATAAAGGCATTGGCTACATGCTTCAAGCGCTGAATCGGGCTGTTGAAGAAAAGCATGAACTGCAGCACGTGGATATGAAAAAAAGAGTGTAA MKRLCIIPCGKKKIWDVHSDTGPVRAEDAYLSPFHQACERYAKAFFDEWVILSAKHGFLRPDDIVPGNYDVTFGTGHPEIMAADELRRQFHEKGFSDIEELVMLGGKKYRSVLNAVIGEHQHITWPLSSYKGIGYMLQALNRAVEEKHELQHVDMKKRV NA NA NA NA NA D1-12_02633 984 dus putative tRNA-dihydrouridine synthase ATGACCGATAATTTCTGGCGTGAATTACCACGGCCATTTTTTGTACTGGCACCAATGGAAGATGTGACGGATGTCGTTTTTCGCCATGTTGTGAGTGAAGCAGGCAGACCTGATGTGTTTTTCACAGAGTTTACAAACTCAGAAAGTTATTGTCACCCGGATGGGAAGGATAGTGTGCGCGGCCGTTTGACTTTCACGGAGGATGAACAGCCGATGGTTGCCCACATATGGGGAGATAAGCCTGAAAACTTTCGCCAAATGAGTATTGGGATGGCCGAATTAGGGTTTAAGGGCCTGGATATCAATATGGGCTGTCCTGTACCTAATGTGGCGGGGAATGGAAAGGGAAGCGGCCTGATTTGCCGTCCTGAAGTTGCAGCCGAATTAATACAGGCGGCGAAAGCAGGAGGTCTGCCGGTAAGTGTGAAGACCAGACTTGGCTACACGGATATAGACGAATGGCGCGGCTGGCTGACACACATACTGAAACAAGACATTGCGAATCTTTCCATTCATCTGCGTACAAGAGCGGAAATGAGTAAAGTAGATGCGCATTGGGAGCTCATCCCGGAAATCAAGAAACTTCGTGATGAGATAGCGCCGGATACCCTTTTGACGATCAATGGGGATATTCCTGACCGTGAAACCGGCTTGAAACTCGCTGAACAATACGGTGTTGACGGGATTATGATTGGACGAGGCATTTTTACCAATCCATTCGCCTTTGAAAAGGAGCCGAGAGAGCATAGCAGTAAGGAATTGCTTGATCTTTTGAGATTGCATCTGGATCTTCATGATGAATATTCAAAAGCAGAAGCTCGAGCATATAAACCGCTCCCCCGCTTTTTCAAGATATATCTCCGCGGATTCCGGGGAGCAAGTGAATTAAGAAATCAATGCATGAATACAAAGTCAACAGATGAAGTGCGTGCATTGCTCGATGACTTTGAGAGAAAGTATCTTGATGGGATGGAGCAAGAGTGA MTDNFWRELPRPFFVLAPMEDVTDVVFRHVVSEAGRPDVFFTEFTNSESYCHPDGKDSVRGRLTFTEDEQPMVAHIWGDKPENFRQMSIGMAELGFKGLDINMGCPVPNVAGNGKGSGLICRPEVAAELIQAAKAGGLPVSVKTRLGYTDIDEWRGWLTHILKQDIANLSIHLRTRAEMSKVDAHWELIPEIKKLRDEIAPDTLLTINGDIPDRETGLKLAEQYGVDGIMIGRGIFTNPFAFEKEPREHSSKELLDLLRLHLDLHDEYSKAEARAYKPLPRFFKIYLRGFRGASELRNQCMNTKSTDEVRALLDDFERKYLDGMEQE NA NA NA NA NA D1-12_02634 300 hypothetical protein ATGGATAAAGTAAACAAAAAACAACCGTTATTTAAAAGAAGTTGGTTTCAAACGTTGTTGGCATTTTTAGTTTCACAGCTTTATTTTAATTTTGCAGAATTAACGGGATGGGGTCCTAATTATAGAGAAATGAATGGATTCCCGGCAAACATAGCTGAACTGAATTTCTTTCAAACATATCTTTCATTCTATGATAATCCATGGTTTAATATTGTCACTGTTTTCTTGGGGGTTTTCACTGTTATACAAATAATCACAGGTATAACAAAGGATATTCGAAATGAAAGCCATAACTTCTGA MDKVNKKQPLFKRSWFQTLLAFLVSQLYFNFAELTGWGPNYREMNGFPANIAELNFFQTYLSFYDNPWFNIVTVFLGVFTVIQIITGITKDIRNESHNF NA NA NA NA NA D1-12_02635 1401 rlmCD_1 COG2265 23S rRNA (uracil-C(5))-methyltransferase RlmCD GTGAATCAACATCAAAAAAAGGCGCCTGCCGAATTGAAAATCGGACAGACATTTCCGCTGACCATCAAACGTCTCGGCATTAACGGAGAGGGCGTCGGCTATTTTAAGAAAAAAGTTGTCTTCGTTCCCGGCGCTCTGCCCGGTGAAGAAGTCGTTGCCGAAGCGACAAATGTGCAGCCGAAATTTTCAGAAGCACGCGTCAAAAAAATCCGCAAGCCGTCTGAACACCGTGTCACGCCGCCATGTCCGGTCTACGACCAGTGCGGCGGCTGTCAGCTTCAGCATCTGGCATACACCCAGCAGCTTCGCGAAAAACGCGACATCGTCATTCAGTCTCTGGAACGTCATACGAGATTCAATGTCGAAGAAATGAACATTAAAGATACGATCGGAATGGACAACCCTTGGAATTACCGGAACAAAAGCCAGTTCCAAGTCGGACGCTCGCAAAGCGGCAGCATCATTGCCGGCTTATACGGACTTGATTCCCATAAAATCGTCCCGATTAAGGAATGCATTGTCCAGCATCCGGCGACAAACAAAACAACGGGTATCGTCCGCCGTATTTTGGAAAAACACAACGTAACTGTTTATAACGAACGGACCAAAAAAGGCGATGTCCGCACCATCGTGACGAGAGTCGGTTTTGAAACAGGCGAAGTGCAGGTCGTGCTTGTCACCGCGAAAGAGACACTGCCGAATAAAGACGAGATCGTCAAAGCCATTCAGAACCGTCTGCCGGAAGTGAAATCGATTATTCAAAACATCAACGGCGCGCGCACATCCGTCATTTTCGGTGACAAAACAAAAGCGCTGGCCGGAAGCCATGCCATTCAAGAAGTGCTCGGTGACGTGTCCTTTGAACTGAGCGCCCGCGCCTTCTTCCAGCTCAACCCTGAGCAGACGGTTAAGCTGTATGACGAAGTGAAACAAGCGGCTCAGCTGACAGGAAAAGAAAAAGTCGTAGACGCGTATTGCGGCGTCGGTACGATCGGCATGTGGGTTTCAAACGGCGCAAAAGAGATCCGCGGCATGGACGTCATTAAAGAATCAATTGACGATGCGAAGAAAAACGCCAAAAAACACGGCATCAAAAACGCGGCATATGTCACAGGAACAGCCGAACACTGGCTCCCGAAATGGACGAAAGAAGGCTTCCGCCCTGACGTGGTCATCGTCGACCCGCCGAGAACGGGCTGTGACAGAACATTTTTAGATACCATCAAAAAAGTAAAACCGAAACGCTTCGTCTACGTATCCTGCAATCCTTCCACATTGGCGAAAGACTTGCAGACGCTGTCGAAGGACTATCGCGTCGAATATATTCAGCCTGTTGATATGTTTCCGCAGACGGCTCATGTGGAAGCCGTGGCGAAGCTTGTATTAAAATCGTCTAACTAA MNQHQKKAPAELKIGQTFPLTIKRLGINGEGVGYFKKKVVFVPGALPGEEVVAEATNVQPKFSEARVKKIRKPSEHRVTPPCPVYDQCGGCQLQHLAYTQQLREKRDIVIQSLERHTRFNVEEMNIKDTIGMDNPWNYRNKSQFQVGRSQSGSIIAGLYGLDSHKIVPIKECIVQHPATNKTTGIVRRILEKHNVTVYNERTKKGDVRTIVTRVGFETGEVQVVLVTAKETLPNKDEIVKAIQNRLPEVKSIIQNINGARTSVIFGDKTKALAGSHAIQEVLGDVSFELSARAFFQLNPEQTVKLYDEVKQAAQLTGKEKVVDAYCGVGTIGMWVSNGAKEIRGMDVIKESIDDAKKNAKKHGIKNAAYVTGTAEHWLPKWTKEGFRPDVVIVDPPRTGCDRTFLDTIKKVKPKRFVYVSCNPSTLAKDLQTLSKDYRVEYIQPVDMFPQTAHVEAVAKLVLKSSN NA NA NA NA NA D1-12_02636 864 hypothetical protein ATGTGGAAGGAAACGGTTTCGGTCACGCCGCCGTATCATTTTGATAAAGTCCTTGAAAGGCTGTCGCTCGATCCGCTGAATGCGGTCGATCTTAAAGCAAGGTCAATCAAAGTGCCGCTCAGAACACGGGACGGCAAACTGTCCGTCATCACGGTTCAAGGGGAAGGCACCGCCGCAGACCCGGTTTTTCTCGTCAGCGGAGAAACGGACCGCAAAGAGATGATTGAACGGATCAAACACATTTTTCAGTGGGAACAGCCGCTTCAGCCTGTGCTTGATCATTTCTCAAAAACAAATCTGTCGGCGCTTTTTGAGGAACATGCGGGAACCCCGCTCGTCTTGGAATATGACGTCTACAACTGTCTCATGAAATGCATCATCCACCAGCAGCTCAACCTGTCTTTCGCATTTACCTTAACGGAACGGTTCGTCCATGCCTTCGGTGAACAAAAAGACGGCGTCTGGAGCTATCCCGAGCCGAAAACGATCGCGGCGCTTGAGTATCAGGACTTGCGGGAGCTCCAGTTCAGCATGAGAAAAGCGGAATATGCGATTGACATTTCACGGATGATTGCAGAAGGAGCGCTCAATCTGGCGGAACTTACCCATTTGTCGGATGAAGACATTATGAAAAAGCTGATCGCCATCAGAGGCATCGGCCCGTGGACCGTCCAAAACGTCCTCATGTTCGGTCTCGGCCGCCCGAATCTGTTTCCTTTGGCGGACATCGGCCTGCAAAACGCCGTCAAACGCCGCTTCGCCCTAGAGGATAAACCGTCAAAAGACGTAATGCTCCAGGTAAGCAGCGAATGGGCGCCGTATTTAAGCTATGCGTCCTTGTACTTGTGGAGAAGTATTGAATGA MWKETVSVTPPYHFDKVLERLSLDPLNAVDLKARSIKVPLRTRDGKLSVITVQGEGTAADPVFLVSGETDRKEMIERIKHIFQWEQPLQPVLDHFSKTNLSALFEEHAGTPLVLEYDVYNCLMKCIIHQQLNLSFAFTLTERFVHAFGEQKDGVWSYPEPKTIAALEYQDLRELQFSMRKAEYAIDISRMIAEGALNLAELTHLSDEDIMKKLIAIRGIGPWTVQNVLMFGLGRPNLFPLADIGLQNAVKRRFALEDKPSKDVMLQVSSEWAPYLSYASLYLWRSIE NA NA NA NA NA D1-12_02637 960 corA_2 COG0598 Cobalt/magnesium transport protein CorA ATGATACATATAACCGCAATCACAACACATAATGAGATATTAGATAATATCCCCCTATCACGTACAGAACAACCGGACATCGCATGGTACTGGATTGATTTTTTCGGCGCCGAGATGCATGAAACCGAGCTGCTGCGGGATTATTTTCACTTTCATCCGCTTGCGATCGAGGATTGCTTTCAGCATATGCAGCGGCCGAAAATCGACCATTATGACGGCTACCGTTTTTATGTGCTCCACGCCTTGAACCCGGACACACTGGAAATGGAAGAGGTGGACATTTTTCAGTCCGACCGTTTTATCGTCAGCTTCCATTTGCACGAATCGCCCGGCGTCTCAAAGGTGAGAGAACGGTTTTTCGCTTCTCCGGGATTAGCCAAAAAAGGGCCCGGGCACATCACTTATATGATTATGGACCAGCTTGTCGATGAATATTTCCCCGTGCTGTACAAAATTGAAGACCGGCTGAATGAAATTGAAGACAGCAGAACCCATAAATCTTACGGCACTTTAATGAATGAAGTGTTTGAATTGCGGACTGATCTTTTGAACCTGAGACGGACGATCATTCCGATGCGCGATTTAATGTACCGGATTTTGAGCCTTGACCATGTAAAAGAAAGCCGTGAAACGAAGGCGTATTTCAGCGATATTTATGACCACCTGTTAAAACTGGCCGAGCTGATCGAGTCAAACCGTGATATGACGTCAGATTTGCGGGACAGCTATGTGACGCTGAATTCAAACCGGATGAACGCCATTATGATGACATTAACCATCGTCTCGACCATTTTTATCCCGCTGACGTTCATCGCAGGGGTTTACGGCATGAATTTCGATAACATGCCTGAGCTTCATTGGAAATACGGGTATTTTATCGTTTTGGGCGTAATGGCCGTCCTTGTGGCCGCCATGCTGTTTTGGTTCGCCCGCAAAGGCTGGTTTAATATTTTCAAGTAA MIHITAITTHNEILDNIPLSRTEQPDIAWYWIDFFGAEMHETELLRDYFHFHPLAIEDCFQHMQRPKIDHYDGYRFYVLHALNPDTLEMEEVDIFQSDRFIVSFHLHESPGVSKVRERFFASPGLAKKGPGHITYMIMDQLVDEYFPVLYKIEDRLNEIEDSRTHKSYGTLMNEVFELRTDLLNLRRTIIPMRDLMYRILSLDHVKESRETKAYFSDIYDHLLKLAELIESNRDMTSDLRDSYVTLNSNRMNAIMMTLTIVSTIFIPLTFIAGVYGMNFDNMPELHWKYGYFIVLGVMAVLVAAMLFWFARKGWFNIFK PGPT0014010_3561 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-MAGNESIUM_TRANSPORT,PGPT0014010-corA|yfjQ-K03284 NA NA D1-12_02638 648 hypothetical protein GTGTGCGCCGTTACCATCCTTTCTCACAAAATCATTTCTTCTGTCCTCCTGGCTTTCAGTGTCATGTCCATTGCCCCGCTGTATAACGGCCGTACGGTGTCTGATTACATCTTTGAGTCGCTCGGCTTTTCCTCTTGGCCGGAAGATGGAGCCCATATCTCCGTCATTCCCGGGGTCGTGCTTTACTTTGCGGCGTTAATCTGGTGTGCCGCCGCGTTCAGGCGGACGCTTCCCGCGGCGGGGCTGTTTCTGATCTTTCTCAGTATGGGGGCCGCTTCCGGTATCAGTCCTGCCACCGAATATGCCGCTTTTTCCTTAAAACAGTTCGCGCCCGAAAAAGAGGCTGTCGAATATTTGAAGCACCGCAGCGAATGCAGTTATCTGGTTGAGCGAAAAAGAGCGGGCATGAGCTGCACGCTTTATATCAATCATTACGGAAAAGGGGAACAAGCCATTTCTGTCACGCCGGATTTATCAGAAAACATAAAGGACGTCACATTCAAATCAAAAACATTCACTGTAAAACCCCGTTCAAAAACAATAATCAAAACCCGATTTACCGGATTTTACAAGGGGAAAGCCGCCTCAGACTCCGGATGGTCTTCCGAACCTGAACTGAAAGTGGCAATCCTGTACACAGCGGATTAA MCAVTILSHKIISSVLLAFSVMSIAPLYNGRTVSDYIFESLGFSSWPEDGAHISVIPGVVLYFAALIWCAAAFRRTLPAAGLFLIFLSMGAASGISPATEYAAFSLKQFAPEKEAVEYLKHRSECSYLVERKRAGMSCTLYINHYGKGEQAISVTPDLSENIKDVTFKSKTFTVKPRSKTIIKTRFTGFYKGKAASDSGWSSEPELKVAILYTAD NA NA NA NA NA D1-12_02639 861 garR_2 COG2084 2-hydroxy-3-oxopropionate reductase ATGAAGATCGCCATCGTCGGACTCGGCAATATGGGCCGCCCCATCGCCGAAAATATCATGAAAGCCGGATACAGCCTGACTGTATATAACCGGACGAAAGAAAAAGCGGCTGACCTGCTGGAAAAAGGGGCCGAATATGCCGAAACGCCCCGCCAGGCAGCTGAACATGCAGATATCGTACTGTCCATGCTGTCAGACGATGAAGCCGTAACGGGCGTAACGTTCGGAGCTTGCGGCATTATTGCCGGGTTATCTGAAAACGGCATTCATATTTCAATGAGCACGATCAGTACGGCGCTGTCAGAACAGCTTTCCGCCGCACATTCGGGCAGAGGGCAGTCCTTTATTGCCGCTCCCGTCCTCGGCCGCCCCGATGCCGCCGAGAAGGCCGAGCTTCGCATCATCACAGCCGGACCGGCGGAAGCGAAGAAAAAGGCCGAACCGCTGCTTAACATCCTGAGTCAGCAAGTATTTGACACTGGTGAAGAAACAAAAACGGCCAACGCCGCGAAAATCAGCGTCAATTTCTTGCTCGTTTCTATGCTGGAGGCGTTATCTGAATCATTCTTAATGATGGAGAAGTACGGGTTAGAGCAAAAACAATTTTTAGAAATCGCCGGCGCGCTCTTTGGCTCTCCCGTCTATCAAAATTACGGAACCATGATGGCTGAGGAGAAATTTGAGCCGGCCGGCTTCAAAATGTCTTTAGGGCTGAAGGATACCAATCTGGCGCTCGCCGCCGCTGAACAGGTTTCCGCAAAACTCCCTCTTGCCGAGCTGGCCAAGAGCCATTTTGAAAGCGGGATCGAACAAGGCTTCGGGGATCTGGATTGGGCTGCACTGATTAAAAGCTTAAAATAA MKIAIVGLGNMGRPIAENIMKAGYSLTVYNRTKEKAADLLEKGAEYAETPRQAAEHADIVLSMLSDDEAVTGVTFGACGIIAGLSENGIHISMSTISTALSEQLSAAHSGRGQSFIAAPVLGRPDAAEKAELRIITAGPAEAKKKAEPLLNILSQQVFDTGEETKTANAAKISVNFLLVSMLEALSESFLMMEKYGLEQKQFLEIAGALFGSPVYQNYGTMMAEEKFEPAGFKMSLGLKDTNLALAAAEQVSAKLPLAELAKSHFESGIEQGFGDLDWAALIKSLK NA NA NA NA NA D1-12_02640 792 pdaA COG0726 Peptidoglycan-N-acetylmuramic acid deacetylase PdaA ATGAAATGGTTTTGTTCAATTTGCTGCATGGCTGTTTTACTTGCGGGAGGCATCAACAGCGCAGAAGCCGTTCCGAATGAACGGATAAACTGGGGCTTTAAACGCAGCGTCAATCATCAGCCGCCGGATGCCGGCAGACAGCTGGACAATCTGGTCAAAAAATATGATGCTTTTTATTTGGGCAATACGAAAGAAAAGACCATCTATTTAACGTTTGATAACGGATATGAAAATGGGTACACCCCGAAAGTGCTTGATGTGTTAAAAAAACATCACGTCACGGGCACTTTTTTTGTCACGGGTCATTTTGTGAAAGAGCAGCCTGATTTGATTAAACGGATGTCAAAGGAAGGCCATATCATCGGCAATCATTCTTTTCATCATCCTGATCTGACGACAAAAACGGGCGATCAGATTCAAGACGAACTCGATTCCGTCACGGAAGCTGTGTACAACATTACCGGAAAGCGGGACAATCTGTATCTCCGTCCGCCGCGCGGCGTGTTCAGCGAATATGTCCTCAAAGAAACGAAGCGCCTCGGCTACCAAACCGTTTTCTGGTCCGTCGCATTTGTCGACTGGAAGGTTAACGAGCAAAAAGGGAAACAATACGCCTATGATCACATGATAAAGCAGGCGCATCCCGGCGCGATCTACCTTCTTCACACCGTTTCAAAGGACAATTCAGAAGCTCTGGACGATGCCATTACCGATTTGAAAAAAGAAGGCTACACGTTTAAAAGCATTGATGACCTGATGTTTGAGAAAGAAATGAAGCTGCCGCGCCTGTAG MKWFCSICCMAVLLAGGINSAEAVPNERINWGFKRSVNHQPPDAGRQLDNLVKKYDAFYLGNTKEKTIYLTFDNGYENGYTPKVLDVLKKHHVTGTFFVTGHFVKEQPDLIKRMSKEGHIIGNHSFHHPDLTTKTGDQIQDELDSVTEAVYNITGKRDNLYLRPPRGVFSEYVLKETKRLGYQTVFWSVAFVDWKVNEQKGKQYAYDHMIKQAHPGAIYLLHTVSKDNSEALDDAITDLKKEGYTFKSIDDLMFEKEMKLPRL NA NA NA NA NA D1-12_02641 186 hypothetical protein ATGGGGAATGCAGTAAACAGCAAAGATCAGCAGCTCGATTACCTAAAGAACAGACTCGATATGTTTATGAATGTCATTGATTCATTAGACCCTGAATCAACGGACGTTGAAGATATAGACCGGCTCATCGGCATGCTTGATGATCTGGAAGCAAAATACGAACGCTTTAAAAAGGATTGGGAATAA MGNAVNSKDQQLDYLKNRLDMFMNVIDSLDPESTDVEDIDRLIGMLDDLEAKYERFKKDWE NA NA NA NA NA D1-12_02642 1122 queE_2 7-carboxy-7-deazaguanine synthase ATGACACAAAACACAACACTGCGTCCGATCACACCGGAGTACGATCCTTGGGAAGCGTACATGGATGTCGACCAGTATGGAGATATGAAACTGACGAACGTTGAATTCACAACGACGACTTTGTGCAATATGCGATGCGAGCACTGCGCCGTCGGGTACACGCTCCAGCCGAAAGACCCGAATGCGCTGCCGATCGACCTTTTATTAAAGCGGCTTGATGAAATTCCTCTGTTACGCTCTATCAGCATTACGGGCGGCGAACCGATGCTTTCGCTGAAATCGGTAAAGGAATACGTCGTCCCGCTTTTAAAATATGCGCATGAACGCGGCGTGCGCACACAGATCAATTCAAACCTGACGCTTGATATCGGGCGCTACGAACGGATTATTCCCTATTTGGACGTTCTTCACATTTCTCACAACTGGGGAACGGTCGAGGACTTTGCCGACATCGGATTTGCGATGATGGAGAAGAAACCGACATTTGAACAGCGGGCGCGCTATTTTGACAAAATGATTGAAAACAGCCGCACGCTGGTCGAAGCAGGTGTAATGGTTTCAGCGGAAACGATGCTCAACAAACGGACACTGCCGCATATCGAACATATTCACCGGCAAATTACCGAAGAAATGAAATGCCAGCGGCACGAAGTCCATCCGATGTATCCGAGTGATTTCGCCAGCGCGCTTGAATCACTCAGCCTGAAAGACATGAGACAGGCCATCCATCATCTGCTCGACATTCGAGATGAAGAGACATGGATGCTGTTCGGTACGCTCCCGTTTTACGCATGCAGCCCTGATGAAGAAGACCAGAAGCTCCTCCGCCGCCTCCGGGAAGCGAAAAACGTTACGGTGCGAAACGACCCTGACGGCCGCTCCCGCCTGAATGTCAACATTTTTGACGGAAATATCATTGTCACGGATTTCGGCGATACACCGCCGCTCGGCAATATTAAAACAGACAGCCTTCCTGAAGCATATGACAAGTGGAGACAGACAAAGCTGAGCAAAGAGCTGAACTGCCGCTGCACAAACGTCCGGTGCCTCGGCCCGAACGTCCTTGTCAAAAACAGTTATTATCAGGACACGGATTTTTCATTACGAAAAGCCAGAGGTTAA MTQNTTLRPITPEYDPWEAYMDVDQYGDMKLTNVEFTTTTLCNMRCEHCAVGYTLQPKDPNALPIDLLLKRLDEIPLLRSISITGGEPMLSLKSVKEYVVPLLKYAHERGVRTQINSNLTLDIGRYERIIPYLDVLHISHNWGTVEDFADIGFAMMEKKPTFEQRARYFDKMIENSRTLVEAGVMVSAETMLNKRTLPHIEHIHRQITEEMKCQRHEVHPMYPSDFASALESLSLKDMRQAIHHLLDIRDEETWMLFGTLPFYACSPDEEDQKLLRRLREAKNVTVRNDPDGRSRLNVNIFDGNIIVTDFGDTPPLGNIKTDSLPEAYDKWRQTKLSKELNCRCTNVRCLGPNVLVKNSYYQDTDFSLRKARG NA NA NA NA NA D1-12_02643 834 yfkC COG0668 putative MscS family protein YfkC ATGGAAACGACAATTACGGACATTTTGAAAAGCAAAGTGGTTGAGATCATCATCGTCGCTCTCGTGCTTTACGCCGGTGTTTTTCTGATCAACCGCTTTGTCCAGGTGTTATTTAAACGCACAGATTTCTTAGAGGAACGGAAAGGGAAGACGATTGAGAGCCTCGTCCGGTCCATCACCCAGTATACGGCGACGATCGGTTTTATCTTTTACGTCATTTCTTTATTTGTTCATGATTTCGGCCGAATTTTAGCCGGGGCGGGCGTTGCCGGTATCGTCATCGGTTTCGGCGCCCAGTCGTTAATCAAGGACATTTTGGCCGGTATCTTTTTAATATATGAACGCCAGCTGCATAAAGGCGATTACGTGACGATTAACAATCTGTTCAACGGCACAGTGGAAGAAATCGGACTCCGTTCCCTCCAGATCCGTGAGTGGACCGGCAAGCTGCTTACCATATCTAACGGTGAGGTCAGACAGCTTCAAAACTATAACATTGATTATATGCGGATTACCGAGTCCGTCGTGATCAGTTACAAGGAAGATCCTGAACGGGTATATGCCATCTTAGAAAAAGCGTGTGACATGCTCAATGATGAGCTTCGCGATTCATTGAAACGGGATGAATTTCTCAATGCGACGGAACCGTTTCAAGTGCATGGAATTATGAGTCTGAACAAATTAACCAGAGGCATAGAATTTACCGTCAAAGGCATGGTTCAAGACACAGAATACTTCTCGGCGAGCCTTGCGGTGAGACGCGTTCTTGCCCGGGAGCTGTACAACAACAATGTGCAATTGCTTGAGGAAATGTATCACACACAAAAAAGCTGA METTITDILKSKVVEIIIVALVLYAGVFLINRFVQVLFKRTDFLEERKGKTIESLVRSITQYTATIGFIFYVISLFVHDFGRILAGAGVAGIVIGFGAQSLIKDILAGIFLIYERQLHKGDYVTINNLFNGTVEEIGLRSLQIREWTGKLLTISNGEVRQLQNYNIDYMRITESVVISYKEDPERVYAILEKACDMLNDELRDSLKRDEFLNATEPFQVHGIMSLNKLTRGIEFTVKGMVQDTEYFSASLAVRRVLARELYNNNVQLLEEMYHTQKS PGPT0013695_2672 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-MECHANOSENSITIVE_ION_CHANNEL,PGPT0013695-ykuT|ybiO-K22044 NA NA D1-12_02644 792 yfkD putative protein YfkD ATGAGAAAGCTGTTTCATGCCACACTGATTCTGCTGTTATCCTTTAGTTTTTTCGCAACGCCGTCTGCCGGTGCAAAAAAACCGTTTAAAGTTCCCAACTCTGTCGTAAGCATTTCAAAGGAAAATACGTATCCGAATGCCTCACAGGACCAGCCGATGCTTCAGCCGAGCAAACTGGCAAAGGAATTGTTAGATACATCAGAGATCAACATCGAAAATCCGCATCTGATTAAAATGCTGAATGAATCCTCGGTTTCCGGTTCACCGCTTGCCATCGGATATCGGGCGACAATATTTCTCGGGAAATGGGCGCTCGGCTATCAATCGAACGAAACGGTCGCCAACTGGGAATATAAAAAAATTAACACAAACAGAGCGGATAACCGGGGCGGACAGCAAACCGCGGTTATCTCATACGCCCAAGAACAGCAATACAAAATCAAAGGCGGGCTCACAGCGAAGGTGCCGAACGCAGAAGACGTAAAAAGCATGATGATGCAAAAAGCGATGAAGAAAACAAAACTGCCGCTCGCGTTTGAAACGGTTATCGGCGCAGGCACAAAACGCGATCAAACCTACAAAATTTCTCCGCAGCGGCTCGGCTACCTGCACGCCTACGCTCCGGCCGTTAATGAAAAAGGAAAAGTAACATACGGTGAAGTGTATTTGGTGCTGAAAGGCAGCAAGCGGAAACTTGTCGTCAAAAATGTGACTTCGCAAGGAATCGGGGCTTGGATTCCGGTGCAGGATCATGTCACATTCGGTTTTCAAACGACAGCGCAGCCGAGATAA MRKLFHATLILLLSFSFFATPSAGAKKPFKVPNSVVSISKENTYPNASQDQPMLQPSKLAKELLDTSEINIENPHLIKMLNESSVSGSPLAIGYRATIFLGKWALGYQSNETVANWEYKKINTNRADNRGGQQTAVISYAQEQQYKIKGGLTAKVPNAEDVKSMMMQKAMKKTKLPLAFETVIGAGTKRDQTYKISPQRLGYLHAYAPAVNEKGKVTYGEVYLVLKGSKRKLVVKNVTSQGIGAWIPVQDHVTFGFQTTAQPR NA NA NA NA NA D1-12_02645 1056 chaA COG0387 Ca(2+)/H(+) antiporter ChaA ATGAATCGGATTTTTTTCTTTACGGCTGCGGCGGGAGTGCCGCTTTCAGTCATCGGCGGCCTGATGCACTGGCCGTCAGCGGTTTTGTTTATTATTTATTGCTTGACGATTATTGCGCTTGCAAGTTATATGGGGAGAGCGACCGAATCTCTTGCCATTATCGCGGGACCGCGGATCGGCGGTCTGCTGAATGCCACGTTCGGCAATGCGGTAGAGCTGATTATATCGCTTTTTGCCTTAAAAGAAGGGCTGACGGGCATCGTGCTTGCTTCACTGACCGGTTCGGTGCTCGGCAATCTTCTGCTCGTCGCGGGACTGTCGTTTTTTATCGGCGGTTTGAAATACAAGCGGCAGGAATTCAATATTCATGATGCCCGTCATAATTCTGGCCTGCTGATTTTTGCCATTATCGTAGCTTTTGTCATTCCCGAAGTGTTTTCCATGGATATGGGGGAAAAAAACAAGCTTGATTTGAGTGTCGGCATCAGCATCATCATGATCCTTTTGTACGTGGCAGCTCTTTATTTCAAGCTCGTCACCCACCGCGGTGTTTATCAGCCGAATCAGCCGGAGGCAAAGGAAGAAGAGGAGCAGCCTGAGTGGTCGGGGAAAAGAGCGACAGCCGTCTTATTTATTTCAACCATTATCGTCGCCTACATATCTGAAAACCTTGTCCATACGTTTCATGCGGTGGCTGAACAGTTCGGCTGGAGCGAGCTGTTTATCGGAGTGATTATCGTCGCAATCGTCGGAAATGCCGCAGAGCATGCGTCGGCGATTATTATGGCGTACAAAGACAAAATGGATGTCGCCGTTGAAATCGCGGTAGGCTCGACTTTGCAGATCGCCATGTTTGTGGCTCCGGTTCTTGTGATCTGTTCCATCTTTTTTCCGGTCAATATGCCGCTTGTATTCACATTGCCCGAGCTTGTCGCGATGATCTCATCCGTCCTTTTGATGACGATGATTTCAAATGACGGTGATTCGAACTGGTTTGAAGGGGCTACGCTCCTTGCCGCCTATGTCATCATGGCGATCGGTTTTTTCCTGCTTTAA MNRIFFFTAAAGVPLSVIGGLMHWPSAVLFIIYCLTIIALASYMGRATESLAIIAGPRIGGLLNATFGNAVELIISLFALKEGLTGIVLASLTGSVLGNLLLVAGLSFFIGGLKYKRQEFNIHDARHNSGLLIFAIIVAFVIPEVFSMDMGEKNKLDLSVGISIIMILLYVAALYFKLVTHRGVYQPNQPEAKEEEEQPEWSGKRATAVLFISTIIVAYISENLVHTFHAVAEQFGWSELFIGVIIVAIVGNAAEHASAIIMAYKDKMDVAVEIAVGSTLQIAMFVAPVLVICSIFFPVNMPLVFTLPELVAMISSVLLMTMISNDGDSNWFEGATLLAAYVIMAIGFFLL PGPT0013985_2588 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H+_ANTIPORTER,PGPT0013985-chaA-K07300 NA NA D1-12_02646 1179 ycaD putative MFS-type transporter YcaD ATGTCACGACTGTACTTCTTTATTTTGGTTCTGCTTGTTTCCATCTCCGGATTTTCCCAAGGCATGCTTCTGCCGGTGATCTCCGTCATTTTTGAAACGAACGGAGAATCCGCAGCCATAAACGGACTTCACGCAACCGGCCTTTATATCGGTGTGCTTCTGGCGTCGCCGTTTATGGAGGCCCCGCTGCGCAAGCTCGGATTCAAACCTCTGATGGTCATGGGCGGATTTCTTGTTATCATCAGCTTATTCAGTTTTATTTGGCTTCAATCCATATGGTTATGGTTTTTTCTGCGGCTGCTTATCGGAATCGGGGATCATATGCTGCATTTTTCAACCCAAACGTGGGTGACGTCAAAGTCAACGCCCCGAAACAGAGGAAGAAACATTTCGCTGTACGGACTGTCCTTCGGGCTTGGATTCGCTGTCGGCCCGTTCATGGTCCCTCTTGTGAAAACAAGTCCTTCCCTTCCGTTTATCGTATCCGGCTGTATCAGTCTTGCCGCCTGGCTGTTTGTGTTTGTCTTACGTAACGAGTACCCGGCGCAAGGTCCGGATGAAACATCCGGGGATAACAGCGCAAAACGGTTTTACCGCGCCCTTCTTTTCGGCTGGGTCGCTTTTCTCCCGGCTTTCGGGTACGGTTTTTTAGAAACGGCACTGAACGGAAGCTTCCCCGTGTACGCCCTGCGTTTAGGCATATCCGTTGATGCCGTCGCGCTGATATTGCCCGCTTTTGCTATCGGAAGTATTGTATTCCAGTTCCCTCTCGGTTTATTAAGCGATCGATTCGGGAGAAAACGTGTCCTGCTCGTCATCTTATTAACGGGTGCCCTTTGCTTTTTGACGGCCGGACTGTTTTCGTCGCCTTCTGTCATCGGCTGCTGCTTTTTCACGGCGGGAATGGCGGTCGGCAGTATGTTTTCCCTCGGCATCAGCTATATGAGCGACCTGCTGCCGTCCCATCTGCTGCCGGCGGGCAATCTGCTCTGCGGCATTTCCTTCAGCCTCGGCAGCATGATCGGCCCGGTGGCGGGCGGCTGGTATATGCAGCGGTTTGAAAGCGCCAACTTGTTTTACTTTATTACGGTGATTCTGGTCTGTATTTGGCTTGCGCTCGTCTTCGGGAAAACAAAGCACAGTCCCGCATCCGAATCCCATTCTTTTCCGGCCTCATAA MSRLYFFILVLLVSISGFSQGMLLPVISVIFETNGESAAINGLHATGLYIGVLLASPFMEAPLRKLGFKPLMVMGGFLVIISLFSFIWLQSIWLWFFLRLLIGIGDHMLHFSTQTWVTSKSTPRNRGRNISLYGLSFGLGFAVGPFMVPLVKTSPSLPFIVSGCISLAAWLFVFVLRNEYPAQGPDETSGDNSAKRFYRALLFGWVAFLPAFGYGFLETALNGSFPVYALRLGISVDAVALILPAFAIGSIVFQFPLGLLSDRFGRKRVLLVILLTGALCFLTAGLFSSPSVIGCCFFTAGMAVGSMFSLGISYMSDLLPSHLLPAGNLLCGISFSLGSMIGPVAGGWYMQRFESANLFYFITVILVCIWLALVFGKTKHSPASESHSFPAS NA NA NA NA NA D1-12_02647 144 hypothetical protein ATGACGTTCAAGCTGAAAAACGGAGGGGAATCGATTATGACCAAGCATACGAAAAAAGGCGGAAGCCATAATAAACAAAACTCAAAAAACGGCCCGAAGAATAAAACAAGCGGAAGCGCTAACGGGCAGAACGGATACCACTAG MTFKLKNGGESIMTKHTKKGGSHNKQNSKNGPKNKTSGSANGQNGYH NA NA NA NA NA D1-12_02648 840 hypothetical protein ATGAGTTTTATAAAGGAGCTGTTTGCAAGGTTTTCTCTGCATGAAGGACAAAGTAAATCGGCGGAGCTGGCGTATTTTTTCCTGCTGTCATTGTTTCCGTTGATGATTTTCATGCTGACGCTCACCGCCTATCTTCCCATATCTGCAGAAGACGTGCTCGGGGCGGTCGATCAATACGCGCCCGACAGCGCCATGTCCATGGTGAAATCCATTACGGAGCAAACGCTGAACAAGCGCAGCGGCGGACTTTTGTCATTCGGGATTATCGCCGTCATCTGGTCGGCTTCGAATGGTATGAACGCGATTGTCAGAGCATTTAACCATGCCTACGAAGTCGAGGAAAACCGCTCATTTATCATCATTCGCCTGACCTCAATTTTTTTAACCATCGCGATGGTGGTTACGATTTTAATCGCATTGCTTCTGCCGGTGTTCGGCAGAGAAATCGGAATGCTGGCCGCAGATTTCATCGGCGCCTCCGGCCTGTTTTTGCAGGTATGGTCGGTTGTCCGCTGGGGTATCAGTCCGCTTATCCTTTTAATCGTGTTTACCGCGCTTTACATTTTCGCGCCGAATAAAAGGCTTTCTCTCCGTTTTGTGCTGCCGGGAGCCGTATTCGCTGCAGCCGGCTGGATTATCGTCAGTATGCTGTTCTCATTTTACGTCGGCACCTTTGCCAACTACAGCGCCACATACGGGAGCATCGGGGGAATTATCGTCCTTATGATCTGGTTTTATCTTACGGGAACACTGCTGATTTTAGGAGGAGAAATCAACGCGCTTTTACATAAACGTAAAAAGCTTCCTGATGAAAATCCGTACCGCGGGAGCAAGCTATAG MSFIKELFARFSLHEGQSKSAELAYFFLLSLFPLMIFMLTLTAYLPISAEDVLGAVDQYAPDSAMSMVKSITEQTLNKRSGGLLSFGIIAVIWSASNGMNAIVRAFNHAYEVEENRSFIIIRLTSIFLTIAMVVTILIALLLPVFGREIGMLAADFIGASGLFLQVWSVVRWGISPLILLIVFTALYIFAPNKRLSLRFVLPGAVFAAAGWIIVSMLFSFYVGTFANYSATYGSIGGIIVLMIWFYLTGTLLILGGEINALLHKRKKLPDENPYRGSKL PGPT0014525_6316 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS OTHER_STRESS_RESPONSE_PROTEINS,PGPT0014525-yfkH-K07058 NA NA D1-12_02649 327 hypothetical protein ATGAAGCAGGCACGCATCATGGCAAAAGCGATTCTGATCGGCGCTGCCGCCGGCGGAGCACTGTCCTTATTACATAAGCCGACGAGAGAGGCATGTTTCCGCAACATGGACGCGTGCAGGCGCCGTGCGGCATTTTACCGGAAACATCCTGAAGCCCTGAAACAGCAGGCTTCTGCAAAACTGGATCAAGTGAAAATCATCGCTAATACCGTGTCGGAAGATCTGGGTTTTTTAAACGGGCAGATCACCAAGCTGAAGCAGACGACGCCGCAGGTCATTGACCTGTTAAAAGAAACGAAGGAGCATTTTTCGAAAAACGATCATTGA MKQARIMAKAILIGAAAGGALSLLHKPTREACFRNMDACRRRAAFYRKHPEALKQQASAKLDQVKIIANTVSEDLGFLNGQITKLKQTTPQVIDLLKETKEHFSKNDH PGPT0014522_1 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_HERBICIDIAL_STRESS HERBICIDIAL_STRESS-PARAQUAT_STRESS_REDUCTION,PGPT0014522-yfkI-NA NA NA D1-12_02650 474 yfkJ COG0394 Low molecular weight protein-tyrosine-phosphatase YfkJ ATGATACATGTTCTGTTTGTCTGTCTGGGAAATATTTGCCGGTCGCCTATGGCAGAGGCGGTATTTTCTGATATGGTGAAGAAAAACGGGCTGAACGGGCAGATTAACATTGATTCAGCGGGAATCGGCGCCTGGCATGCGGGAAATCCGCCGCATGAAGGGACAAAGGAGATCCTGAAGAAGAAAGGGATCAGCGCAAGCGGCATCACGGCGAGGCAGGTGCGTGAGTCTGACCTGACCGATTTTGATTACGTCATTGCGATGGATGCAGAAAATATCGGACATCTGCGCAGCATGGCAGGTTATAAAAAAGCGGCGCCGCGTATTGCAAGGCTGCTTGATTATGTACCGGAGTCGGACCTTGCGGACGTGCCCGATCCGTATTATACCGGGAATTTCAGCGAGGTGTACGCTTTGGTCGAATCCGGGTGCCGTCATTTGCTGGAGACAATAAAGAAAGACCATCATTTATAA MIHVLFVCLGNICRSPMAEAVFSDMVKKNGLNGQINIDSAGIGAWHAGNPPHEGTKEILKKKGISASGITARQVRESDLTDFDYVIAMDAENIGHLRSMAGYKKAAPRIARLLDYVPESDLADVPDPYYTGNFSEVYALVESGCRHLLETIKKDHHL PGPT0014530_5538 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 D1-12_02651 216 hypothetical protein TTGCCGAGCCAACAAACAGAAACGTTAAACAAAATGATTGAAGACATTTCGCAAAAGCTCAACATGCTCAATGTCGGCGTCATCAGAGCGGAAGATTTCAGTGATGAAAAAATAGAAGATCTTACATACCTTCATCAAATGGTCATGAAAAAAGCATCATTCAGCCCGAGTGAAATGCAGGCCATTGCCGAGGAGCTCGCCTCTCTCAGAAAATAA MPSQQTETLNKMIEDISQKLNMLNVGVIRAEDFSDEKIEDLTYLHQMVMKKASFSPSEMQAIAEELASLRK NA NA NA NA NA D1-12_02652 1194 ydiM Inner membrane transport protein YdiM ATGAAAAACATATACACCAAAATGGCAGCGGGTCTTTATATTAACTATTTCCTGCTGGGCATGATCAATATTATTATCGCATCCAATATGGAGGCATTATCAAAACAGCTTCATACATCCGCAGCCGGGGTCAGCTATTTGGTCTCCGCCATCGGGATCGGGAAGCTGATTTCGCTTCTGTTTGCCGGGAAGCTTTCGGATACATTCGGGAGACGGCCGTTTATCGTGTCGGGCGCCTTTCTGTATCTGATTTTCCTAATCGGAATTCCGCTTTCGACAAACTACACGGCCGCGTTTATCTTCGCCATTTTCGCCGGGATCGCCAATTCCTTTTTGGATTCCGGGACATATCCGGCGCTTATTGAAGGATTTCCGAAAAACGCAAGCTCTGCAACCGTGTTAATCAAAGCGTTTGTATCCATCGGCGCGACGGTGCTTCCGTTTTTTATCGCGTTTATTGCGGACAGGCATTTGTTTTACGGCTGGACGTTTTTCGTACCGGGCATTATTTTCTTCCTGAACGGCTTTTTCCTGTTAAAAGTTCCGTTTCCGAATTATAAGCAAAAAGAAGACGGCGGCCGGACGGAAGCCTCTCCGTCTGATGGCGCGTTCACATCACAGCCGTCGATCTGGCGCGAAGGCCTTGCGATCATTCTGTTAGGCTTTTCATCTACGGCGCTGTTTATGCTCGTTCAAGTATGGCTTCCTAAGTTCGGGCAAACCGTTTTGGGCATGCCTGAGGTGCAGGCCGTCAAATTGTTGAGCTATTACAGCATCGGGGCGCTTGTATCCGTATTATTGCTGGCTGTGCTGTTAAACAGAGTGATTCAGCCGATTACGGTAATGGTGCTGTACCCTGTGATCGCGGCAATCGCGCTGCTTGCTCTGATTTTCATTCATCAGCCGGCCGTATCAGTCATCAGCTCCTTTGTCATCGGACTTTCAACTGCGGGCATTCTGCAATTGGCGATGACGGTTATGGCTGTTTTATTCCCTAAAAATAAAGGTACGATCACATCTTTTGTTAATATAGCATCAAGCTTATCTTTTATTGTCATTCCGCTTGTAACGGGAGCGATATCCAAAGCGGCCGGCCTGACGCCTGTTTTTCTGCTTGATATCGGAATTGCGGCCGTCAGCGCCCTTCTCGCATTGTTTATCGGAATCCGCTTTAAGCAAGTGATGAAAGCCTGA MKNIYTKMAAGLYINYFLLGMINIIIASNMEALSKQLHTSAAGVSYLVSAIGIGKLISLLFAGKLSDTFGRRPFIVSGAFLYLIFLIGIPLSTNYTAAFIFAIFAGIANSFLDSGTYPALIEGFPKNASSATVLIKAFVSIGATVLPFFIAFIADRHLFYGWTFFVPGIIFFLNGFFLLKVPFPNYKQKEDGGRTEASPSDGAFTSQPSIWREGLAIILLGFSSTALFMLVQVWLPKFGQTVLGMPEVQAVKLLSYYSIGALVSVLLLAVLLNRVIQPITVMVLYPVIAAIALLALIFIHQPAVSVISSFVIGLSTAGILQLAMTVMAVLFPKNKGTITSFVNIASSLSFIVIPLVTGAISKAAGLTPVFLLDIGIAAVSALLALFIGIRFKQVMKA NA NA NA NA NA D1-12_02653 762 aroD COG0710 3-dehydroquinate dehydratase ATGCAATCTATCACGATCAGAAACACGGTCATCGGCGAAGGGCTTCCGAAGATCATTGTGCCGCTGATGGCGGCCGGAGAGAAAGAACTGCTCGAAGAAATGGAAGCCATCAACAGGCTTCGCCCGGATATCATTGAGTGGCGGGCAGATGTATACGAGCACGTTGACAGCCTGGACGCCGTAAAAGGCATGCTTGAAAAGCTGCGGAAAGCCGCAGGCGCAACACCGCTGCTTTTCACATTCAGAACTCATAAAGAAGGCGGAAATAAAGTTATTGATGACCGCTTTTACATTGAATTGCTGAAAACCGCCATCGAAACAAAACATATTGACCTTGCAGACGTTGAGTTGTTTACGGGAGAAGCGGAAGTCAAATCAATTGTGAAAACCGCTGAAGATAACGGCGTATATGTCGTCATGTCCAATCATGATTTTCATCAGACACCGAAAAAAGAAGAAATCATTTCCCGGCTGCGGAACATGCAGGCGTACGGCGCGCACATTCCGAAAATCGCGGTGATGCCGCAAAGCACTGAAGATGTTTTCGTCTTATTGGATGCCACTCACACGATGAAAACACAATACGCAGACCGGCCGATCATCACGATGTCAATGGCGGGAACAGGCCTGATCAGCCGCCTGGCCGGCGAAGTCTTCGGCTCAGCGTGCACGTTCGGAGCGGGCAAAGAAGCATCGGCGCCCGGACAGATTCCCGTTGAAGAATTGCGCAGCGTACTCAGCATTTTAAATAAACATATGTAA MQSITIRNTVIGEGLPKIIVPLMAAGEKELLEEMEAINRLRPDIIEWRADVYEHVDSLDAVKGMLEKLRKAAGATPLLFTFRTHKEGGNKVIDDRFYIELLKTAIETKHIDLADVELFTGEAEVKSIVKTAEDNGVYVVMSNHDFHQTPKKEEIISRLRNMQAYGAHIPKIAVMPQSTEDVFVLLDATHTMKTQYADRPIITMSMAGTGLISRLAGEVFGSACTFGAGKEASAPGQIPVEELRSVLSILNKHM PGPT0012885_390 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AROMATIC|PHENOLIC_COMPOUND_UTILIZATION PLANT_DERIVED_QUINATE_CATABOLISM,PGPT0012885-aroD-K03785 NA NA D1-12_02654 885 aroE_2 COG0169 Shikimate dehydrogenase (NADP(+)) ATGAAGAAAGATTTAGGACGGATTAACGGAAAAACTCAGCTTATCGGATTATTCGCGACACCGATCGGACACTCTTTATCTCCGGCGATGCACAACCTGGCGTTTAAAAAATTAGGATTGAACTACGCTTACCTCGCGTTTGAAGTCGGCAATGAACAGCTGGAAGATGTGGTAACGGGAATGCGCGCCTTAAACGTCAGAGGATTCAATGTCTCGATGCCGAACAAGATGAACATTCTCCCTTACCTCGATGAACTCGCGGATTCAGCGAAATTCACCGGCGCGGTGAATACAGTCGTTAATGAAAACGGCAGACTGATCGGACACTCGACTGACGGTATGGGATACGTCCGCAACTTAAAAGAACACGGCATCGATATCACAGGCAAAAAAATGACGCTGGTCGGTTCCGGCGGGGCCGCCACTCCGATAGCGATTCAATCCGCATTGGAAGGCCTCGGAGAAATCTCTATTTTCGCCCGTAATGACGCGTTTTTTGAAAAAGCGGAAGAAAACGTCCGCATTATCAATGAAGAAATGAAGGGATCTTCTTGTAAAGCGAAAGTCTTCCCGCTCGAAGATCAAGATGCGCTGCGTGCTGAAATCGCTTCAAGCGATATTTTCACAAACGGAACAGGTGTCGGCATGAAACCGCTTGAAGGCTTGAGCGTCATTGAAGATACATCCATGCTCCGTCCTGATTTGATTGTGACAGACGTCGTTTACAACCCCGTTACGTCGAAATTGCTTGAACAAGCTCAAGCGGCCGGCTGCAGCACCATTAACGGCCTCGGCATGATGCTTTGGCAGGGCGCCATGGCATTTGAATATTGGACAGGCCGTGAAATGCCGGTTCAGTATATTAAAGAGCAAATGTTTGAATAA MKKDLGRINGKTQLIGLFATPIGHSLSPAMHNLAFKKLGLNYAYLAFEVGNEQLEDVVTGMRALNVRGFNVSMPNKMNILPYLDELADSAKFTGAVNTVVNENGRLIGHSTDGMGYVRNLKEHGIDITGKKMTLVGSGGAATPIAIQSALEGLGEISIFARNDAFFEKAEENVRIINEEMKGSSCKAKVFPLEDQDALRAEIASSDIFTNGTGVGMKPLEGLSVIEDTSMLRPDLIVTDVVYNPVTSKLLEQAQAAGCSTINGLGMMLWQGAMAFEYWTGREMPVQYIKEQMFE PGPT0019725_6 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AROMATIC|PHENOLIC_COMPOUND_UTILIZATION PLANT_DERIVED_QUINATE_CATABOLISM,PGPT0019725-ydiB-K05887 NA NA D1-12_02655 1032 ccpA_3 COG1609 Catabolite control protein A ATGAAACAGCAAAAAAAACGCCGGGTGACATTGCAGCAGGTCGCTGAACATGCCGGCGTCTCAACATCCACCGCTTCATTAATCGTCCGCAACAATCCGCGAATTTCCGAAGCGACCCGTGAGAAAGTGCTGCAATCCATGCGGGAGCTGGGGTACGTATATGATCGGGTCGCCGCGAATTTACGATCACAGACGTCCACAACGGTAGGATTGATTATTACTGACATTTCCAATACGTTTTTCTCAGAGTTTCTGATCGGCGTTCAGAATACGCTTGAGGAAGTCGGATTAACGGTGCTGTTAGGCACGACATTTGATTCCGTCGCCAAGCAGGAGCAGCTGATCTCGACCATGCTGGAGCACAGGGTCGGCGGATTGATTTTGTGTCCGGTTTCAGGTACAGCTGAGGAAACCCTTTCCCGCCTTGAGCAGCTTGACATTCCGGTCGTGCTCGCCGTCAGGGAGATTGCCGATGCAGATTGTGATTTTGTCGGAGCCGATTATGAGGAAGGCACCTATAAGGCAGTGCGTCATTTCATTGAGAAAGGCCATCAGGAGATTGCGTTTCTGGGCGGCGTGAAGCACTCATCAACATGGACGAAGCGTATGAAAGGGTTTAAAAAAGCGCTCCGTGAAGCGGATCTGGAAGTGAAAAATGAATATGTCATTGACAGCGCGCCGACCCGCGAAGCAGGCTGTGAAGCCGTGACGGAGCTCCTCCGCCGGTCTGAGCGCCCGACCGCAATTTTCTGCTTCAGTGATTTGGTCGCGTTCGGCGTCATGCAAGGGATCAGAAAAGCCGGGCTCGTTCCGGGCGAAGATATTGACATTATCGGCTTTGATAACGTGCCGGAAGCTGAAATTTCTTATCCCCCGCTTACAACCGTTTCTTCCTTTCCGCGGCAGTCGGGAAAAGAAGCGGCTCAATTGCTGCATCATAAAATCACCAGCTCCCAGCACAAAAAACAACGCATTATTCTGGCGCCTGAGCTGGTCATCCGGGAATCTTCACAAAAAAAGCGGAACGCCTGA MKQQKKRRVTLQQVAEHAGVSTSTASLIVRNNPRISEATREKVLQSMRELGYVYDRVAANLRSQTSTTVGLIITDISNTFFSEFLIGVQNTLEEVGLTVLLGTTFDSVAKQEQLISTMLEHRVGGLILCPVSGTAEETLSRLEQLDIPVVLAVREIADADCDFVGADYEEGTYKAVRHFIEKGHQEIAFLGGVKHSSTWTKRMKGFKKALREADLEVKNEYVIDSAPTREAGCEAVTELLRRSERPTAIFCFSDLVAFGVMQGIRKAGLVPGEDIDIIGFDNVPEAEISYPPLTTVSSFPRQSGKEAAQLLHHKITSSQHKKQRIILAPELVIRESSQKKRNA PGPT0017992_6136 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 D1-12_02656 516 yfkM COG0693 General stress protein 18 ATGGGTAAAAAAATTGCAGTTGTATTAACGGATTATTTTGAGGATGTCGAGTATACTGAACCTGCGAAAGCTTTTAAAGATGCGGGTCATGAATTAACCGTAATTGAACAGGAAAAAGGAAAAACAGTCAAAGGCAAACAAGGGGAAGCGGAAGTGAAAGTGGACGCGTCCATCGATGATGTGAATCCGAAAGACTTTGACGCATTGCTGATCCCGGGCGGATTCTCTCCTGACATGCTGCGTGCGGATGACCGTTTCGTCCAATTTGCCAAAGCGTTCATGGATGATAAAAAACCGGTGTTCGCCATCTGCCACGGACCTCAGCTTCTCATCAACGCGAAAGCATTGGACGGGCGCAAAGCGACAGGGTTTACTTCAATCCGAATCGACATGGAAAACGCGGGCGCGAATGTTGTGGATGAAGAAGTCGTCGTCTGCCAGAACCAGCTGGTTACAAGCCGCACACCGGATGACATTCCGGCATTCAACCGCGAATCATTAAAACTGCTTGCGTAA MGKKIAVVLTDYFEDVEYTEPAKAFKDAGHELTVIEQEKGKTVKGKQGEAEVKVDASIDDVNPKDFDALLIPGGFSPDMLRADDRFVQFAKAFMDDKKPVFAICHGPQLLINAKALDGRKATGFTSIRIDMENAGANVVDEEVVVCQNQLVTSRTPDDIPAFNRESLKLLA PGPT0015010_3224 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 D1-12_02657 4293 yfkN COG0737 Trifunctional nucleotide phosphoesterase protein YfkN GTGAGAATACAGAAAAGACGATGCAGCGTCAATATGACACTCCGTATTCTGCTGCCCCTAGTTATGATACTTAGTCTAATCCTCCCAACATCACCCATTAAAGCAGAAGAAAACAAATCCTCCAGTGTGAATCTCAGCATTTTAGCCACAACTGACGTTCACGCTAACATGATGGACTACGATTACTACAGCGACAAACCGACAACGGAATTCGGGCTGGCCAGAACGGCTCAGCTTATTGAGAAGCACAGGCGCGAAAATCCGAATACGCTGCTTGTCGATAACGGAGACCTGATTCAGGGGAATCCCCTCGGAGAATACGCCGTAAAATATGAGAAAAATGATATCATTTCAGGCGCAAAGACCCATCCGATCATTGAAGTGATGAACAGTCTGCATTATGACGCAGGAACACTCGGCAATCATGAATTTAATTATGGGCTTGAATTTCTGGACGGGACAATCAAAGGCGCTGATTATCCGATCGTTAACGCCAATGTGAAAACATTAAGCGGCGAAAACCGTTATACTCCTTATGTCATAAAAGACAAAACCGTCACGGATGAAAACGGCGGCAAGCATCAGATAAAAGTCGGCTACATCGGCTTTGTTCCTCCCCAAATCATGACGTGGGATAAGAAAAATCTCGAAGGCCGCGTTCAGGTCGAGGACATTGTGGAATCCGCAAAGAAAACCGTTCCGAAAATGAAAGCTGAAGGAGCCGATATCGTCATCGCCCTCGCCCACAGCGGCATCGAAAAAAAAGCGCAGTCTTCCGGAGCGGAAAACGCCGTTTTTGACCTGGCAACGAAAGTCGGCGGAATTGACGCGATCGTATCCGGCCATCAGCACGGGCTTTTCCCTGATGCCGAATACAAAGGCGCTGATCAATTCGACGTCGATAAAGGCACGATTAACGGCATCCCCGTTGTCATGTCAAGCAGCTGGGGCAAATATGCGGGCGTCATCGACCTCCGGCTTGAAAAAACAGACAGCGCGTGGCATGTGGAAGATGCAAAAGGCAGCATCGAGCCAATTGCCGGCAATGTGACGTCGGAAAACGAAACCGTCGTCAATACCGTCAAAAAAGCGCACGAAGGCACTTTGAAATACATCAGAGAACCCGTCGGCCAGACAAAAGCCGATATCAACAGTTTTTTCGCCCAAGTCAAAGATGATCCGTCCATTCAAATCGTGACGGATGCGCAAAAATGGTACGCCGAAAATAAGATGAAAGATACGGAATATAAAGATCTGCCAATCCTCTCGGCGGGCGCTCCGTTTAAAGCCGGCGGGCGGAACGGCTCAAATTACTATACAAACATTTCCGCGGGCGACCTCGCCATCAAAAACATCGGCGATTTGTACCTGTATGACAACACGGTTCAGATCGTCAAGCTGAACGGAAGCGAAGTGAAAGACTGGCTCGAAATGTCCGCGGGGCAATTTAATCAGATCGATCAGGCAAAAGGCGGCAGCCAAGCGCTTTTAAATGACGCCTACCGCTCATACAATTTTGATGTCATTGACGGTGTCACCTATCAGGTCGATGTCACAAAACCGGCGAAATACAACGAAAACGGAACAGTCATTCATCCCGATGCAAGCCGGATCGTCAACCTTTCTTATCAAGGAAAGCCCGTCAGCGCCAAGCAGGAATTTCTGATCGTCACAAATAATTACCGCGCTTCAGGCGGCGGAGGATTCCCTCACTTAAGCAATGACAAAATCGTATACTCTTCTGCCGATGAGAACAGGCAGGTCTTAATGGATTACATCATCCAGCAGAAAACGATTAATCCGCAGGCTGATCATAACTGGTCCATTCTTCCGGTCAAAGGGACAAACCTGACATTTGAATCTTCCTTGGCCGCAAAGCCGTTTGCCGACCGCGCAGATGACGTCGCCTATATCGGTGAATCACAAAACGCGGGCTACGGACAGTACAAGCTCCAATTCAAAGATGATGGACCGGGCACAGATCCGCCGAAAGATGACGCATGGAAACTCACCGTTATGCATACAAATGACACGCACGCCCACCTTGATAACGCGGCGAGGCGGATGACGAAAATCAAAGAAATCAGAAGCGAAACCGACCGCAGTATTTTGCTGGATGCGGGAGACGTTTTCTCAGGCGATCTCTATTTCACAAAGTGGCAGGGGCTGGCTGATTTAAAATTGATGAACAGCATGGGCTACGACGCAATGACCTTCGGAAATCATGAGTTTGATAAAGGTCCGGGTGCTCTCGCCAGCTTCCTGAGCGGTAACGGGAGCGCGTCTGACCCATCCGGGAAATACAATTTTCAAGCGCCTGACTTTCCGCTCGTCAGCTCAAATGTCGATGTGTCCAAAGAGTCAAAACTCAGACCATTCATGAAAAAAGCAGACACATTTACGGCAGGGAAAAAGAAAAAAGCAGGCATCTATCCATATATTCTGCTTGATGTAAACGGAGAAAAAGTCGCCGTGTTCGGCTTGACGACAGAAGATACGTCCGTCACATCAAGCCCGGGAAAAAGCATTGTCTTTCATGATGCCTTCCAATCCGCACAAGATACAGTAAAAGAAATACAGAACAAGGAACATGTCAATAAAATTATCGCCCTGACCCATATCGGGCATCAGCGTGATCTCGATCTTGCCAAAAAGGTAAAAGGCATCGACTTAATCGTCGGCGGACATACGCATACGCTTGTAGATAAAATGGAAATTGTCAAAAACGAAGAGCCGACCATCGTCGCCCAAGCAAAAGAATACGGCGAATATTTAGGCCGTGTCGATGTCGCATTTGACAAAAACGGCGTCGTTCTGCCGGAACAATCCTCTCTTCAAGCGCTGCCGGTGAATGAGCAGACGAAAGAAGACCCGGATCTGAAAAAAGAGCTTGATCCGTTTAAAAAAGAGCTCGTCTCAGTTAAAAATGAAAAAGTCGGTTCAACGAAGGTCGCACTTGACGGCCGGCGCGAGCATGTCCGCTCCAAAGAAACCAATCTCGGAAACTTCATCGCGGACGGCATGCTGCAAAAAGCGAAGGAAGCGGCCGGCGCCCAAATCGCGATCACAAACGGGGGCGGCATCCGCGCGGGCATTGATAAAGGAGACATCACCCTCGGCGACGTGCTGAATGTGATGCCGTTCGGCAACACGCTTTACGTCGCGGATTTAACCGGAAAACAGATCAAACAAGCCCTGGAACAAGGGTTAAGCGGAATTGAAGCTCAAGGCGGCGCCTTCCCTCAAGTTGCCGGTTTAACATACACGTTTACACTGAATAAAAAGCCGGGACACCGCGTTCTTCAAGCTGCGGCCGTACAGGATGACGGCAGTGTAAAGCCGATTTCTGATAAGAAGACATACAGAGTCGCCACCAGTAACTTTGTCGGTGAAGGCGGAGACGGATATTCCGTCTTTAACGAAGCGTCCCATAAAGAAGACCTTGGCTTTGTCGACTATGAGGTCTTCGTTGAGCAGCTTGAAAAAGCGGGAAAAGCGGTGGAACCGAAAGTTGACGGCCGCGCGCAGGAAGTGTACCTGCCGACAAAACAAAAAAACGGTTCGTGGACGCTTGAAGATGACAGCGCATTTGCCGTCTATGCCAAAAACGCCAACACGCCGATCGTGTATTACGATAAAAATGACGGCGCCAAAAAGCCGATTGATCTCAGCGTGACCAAAAAACAAATCGGCCTGTTAAAGGACAGAACATCGGATTCTTCCCTTACGATCCTGCATGACAAGTTCAGCATGAAAATGCCGATGGCAAACGCTGCTTCAGCTGATACACGATTCGGTGTGACGCCGAAAGGAAAAGTTAGCGGGGCGCTTTCAAATGTATACGACTTTACAATGAAGCAGAAAAACAAAGACATCAAAACATTCAAAGCGCCGGTAAAGCTCACCCTGCGCATTGAGAATATGAAAAAGGCGAAACAGCCCGGCATTTATCATGTAGACCGGAAAAAGAACGTCTATACAAAAACAGACAACGGTTCGGTTTCACACGATCTCGTCACGGGCTATACAAATCATTTCAGTGAATACACCATATTAAACGCAAACACGAAGAGCGCGCCGCCGACAAGCGGAGATCACGGCTCCGGAAAGCAGCCAAGCGGACAAAAACCGTCATCCGGCCCTGCGCAGGACGGAGTATCGCCGGGCGGCCTGCTTCCTGATACGGCCACAACGATGTATTCCATCCTTCTTGCCGGGTTACTCATCAGCGCGCTCGGAACGGCACTGTATCTATATCAAAGAAGAAAAGCAAAAAAAGTGAACGAAGCATAA MRIQKRRCSVNMTLRILLPLVMILSLILPTSPIKAEENKSSSVNLSILATTDVHANMMDYDYYSDKPTTEFGLARTAQLIEKHRRENPNTLLVDNGDLIQGNPLGEYAVKYEKNDIISGAKTHPIIEVMNSLHYDAGTLGNHEFNYGLEFLDGTIKGADYPIVNANVKTLSGENRYTPYVIKDKTVTDENGGKHQIKVGYIGFVPPQIMTWDKKNLEGRVQVEDIVESAKKTVPKMKAEGADIVIALAHSGIEKKAQSSGAENAVFDLATKVGGIDAIVSGHQHGLFPDAEYKGADQFDVDKGTINGIPVVMSSSWGKYAGVIDLRLEKTDSAWHVEDAKGSIEPIAGNVTSENETVVNTVKKAHEGTLKYIREPVGQTKADINSFFAQVKDDPSIQIVTDAQKWYAENKMKDTEYKDLPILSAGAPFKAGGRNGSNYYTNISAGDLAIKNIGDLYLYDNTVQIVKLNGSEVKDWLEMSAGQFNQIDQAKGGSQALLNDAYRSYNFDVIDGVTYQVDVTKPAKYNENGTVIHPDASRIVNLSYQGKPVSAKQEFLIVTNNYRASGGGGFPHLSNDKIVYSSADENRQVLMDYIIQQKTINPQADHNWSILPVKGTNLTFESSLAAKPFADRADDVAYIGESQNAGYGQYKLQFKDDGPGTDPPKDDAWKLTVMHTNDTHAHLDNAARRMTKIKEIRSETDRSILLDAGDVFSGDLYFTKWQGLADLKLMNSMGYDAMTFGNHEFDKGPGALASFLSGNGSASDPSGKYNFQAPDFPLVSSNVDVSKESKLRPFMKKADTFTAGKKKKAGIYPYILLDVNGEKVAVFGLTTEDTSVTSSPGKSIVFHDAFQSAQDTVKEIQNKEHVNKIIALTHIGHQRDLDLAKKVKGIDLIVGGHTHTLVDKMEIVKNEEPTIVAQAKEYGEYLGRVDVAFDKNGVVLPEQSSLQALPVNEQTKEDPDLKKELDPFKKELVSVKNEKVGSTKVALDGRREHVRSKETNLGNFIADGMLQKAKEAAGAQIAITNGGGIRAGIDKGDITLGDVLNVMPFGNTLYVADLTGKQIKQALEQGLSGIEAQGGAFPQVAGLTYTFTLNKKPGHRVLQAAAVQDDGSVKPISDKKTYRVATSNFVGEGGDGYSVFNEASHKEDLGFVDYEVFVEQLEKAGKAVEPKVDGRAQEVYLPTKQKNGSWTLEDDSAFAVYAKNANTPIVYYDKNDGAKKPIDLSVTKKQIGLLKDRTSDSSLTILHDKFSMKMPMANAASADTRFGVTPKGKVSGALSNVYDFTMKQKNKDIKTFKAPVKLTLRIENMKKAKQPGIYHVDRKKNVYTKTDNGSVSHDLVTGYTNHFSEYTILNANTKSAPPTSGDHGSGKQPSGQKPSSGPAQDGVSPGGLLPDTATTMYSILLAGLLISALGTALYLYQRRKAKKVNEA PGPT0013420_72 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013420-yfkN-K08693 NA NA D1-12_02658 1140 hypothetical protein TTGAAGATAACAGGAAACAACCGAAACCGCATGTCTTACAAGAAAAAGCTGTTTTACGTGATAACAGCGCTCTGTTTTATCAGCTCGCTCATTTTCGTCACTCACAACGCTTCTTTTTATGAGCGCCCGATTGCCAAAGTGACGAAAACAACATTGGAACACCAGTCTGACGTACAGGACATGCATAAAAACAAAGATAAGATTTTCAATCAGACGATCACTGCCAGACTTGAAAACGGCAGTCAGAAAGGACAGCTCATTCATTTGTCCAATCAGTATTCATCATCCGGAGCGAACGATCAGAAATATTCGATTGGCGATGAAGTATTCGTTTCTATTGATAAAGGGAAACCATCAAATAAGGATATATCGGGAAGCATTGTAGATAAAAAACGGGATAAACAGCTTTTGCTGATCGCTTGGGTTTTCATCTTCACCTTGCTTATCGTCGGCAAAAAACAAGGCTTCTTTTCGATCGTCAGCCTGATGTTTAACGCCGTTTTACTGTCGTTTGCATTAGATTTGTACAGGAAGCATCCTAATATAGGGTTAATTTTCATCTGCGGTGTCTGTATTCTCATCTTTACTGTCATCTCATTGCTGCTTGTCAGCGGTTTTCACGCGAAAACATACGCGGCCATTGCCGCGACGCTCGCAGGCACTTTCGTTTCCCTGCTGATTACGTATCTGGTGATGCTGGCAACCGGAGAGAAAGGTCTCAGATATGAGGAAATGCAGTATTTAACCCGCCCTTATCACACGGTGTTCATGGCCGGGGTATTTATCGGATCACTGGGAGCGGTCATGGATGTAGCCATTACCATGACGTCATCTGTCTTCGGATTATATGAAGAAAACAAGGGTATCTCATTACAAGCTCTCAGACGTTCCGGGATGGAGATCGGAAAAGACATCATGGGGGCGATGACCAACATTCTGTTTTTTGCTTATATAAGCGGCTCTATTCCGATGATGCTGTTGTATTTGAAAAATGATTCCCCGATAGGATTCACTCTTTCTATGAACATTTCCTTGGAAATAGCCAGAGCATTGGCCGGAGGGATCGGAATCGTATTAGCCATACCCGCCAGTCTGTATGCTTCTATCTTTTTTATTAAACGAAAGAAGGCAAGCTCATGA MKITGNNRNRMSYKKKLFYVITALCFISSLIFVTHNASFYERPIAKVTKTTLEHQSDVQDMHKNKDKIFNQTITARLENGSQKGQLIHLSNQYSSSGANDQKYSIGDEVFVSIDKGKPSNKDISGSIVDKKRDKQLLLIAWVFIFTLLIVGKKQGFFSIVSLMFNAVLLSFALDLYRKHPNIGLIFICGVCILIFTVISLLLVSGFHAKTYAAIAATLAGTFVSLLITYLVMLATGEKGLRYEEMQYLTRPYHTVFMAGVFIGSLGAVMDVAITMTSSVFGLYEENKGISLQALRRSGMEIGKDIMGAMTNILFFAYISGSIPMMLLYLKNDSPIGFTLSMNISLEIARALAGGIGIVLAIPASLYASIFFIKRKKASS NA NA NA NA NA D1-12_02659 762 hypothetical protein ATGAATGTCATCGTAATTCTCGCGGCGATTTTATTTCTATTAATGGTCATCATCGGCGGAAAAAAAGGAGCGAGGTCTTTTATTGCGTTATTCTTAAATTTCGGTGTTCTCTTTCTCACCATTATTTTCATGACAGACCCGCATATCAATCCGATTATTTTAACATTGCTCTCTTCCGCCGTGATTTGCAGCATTACTCTTTTTTATATTAATGGAGGAAACGTCAAAACCGTAACCGCCTTTATTTCTGCAATGCTGACGATTGCATTGCTGCTGTTTTTTATTATGTCTGTAACAAAACATACTTCGATTCAGGGATTCGGTGAAGAAGAATTGGGTGATATCGGCATATTCACACTGTTTGTCGGGGTGGATTTTGTGAAGGTTACCGCAGCCATGATCATCATGGGCACGATAGGGGCGATTACCGATGTCGCGATTTCCATTACTTCACCCATGCGGGAAATTTACAGTCATAATCCGTCCATGAGCAGAAAAGATCTGTACACATTCGGATTAAGCATCGGGAGAGATATTTTAGGAACGAATACGAATACGTTATTCTTTGCTTTTTTCGGCAGCTATTTGGCTTTAATTATCTGGTTTAAAGACTTATCATACTCAGCTGAAAAAATTGTGAACTCAAAAGTATTCAGTGCGGAAGCCGTCACCATTCTTTGTGCCGGAATCGGGATCGGCATCATCATTCCCGTTACATCCTGGATCACCGCCTGTTTTTTAGCAAAACCAAATAAACATTAA MNVIVILAAILFLLMVIIGGKKGARSFIALFLNFGVLFLTIIFMTDPHINPIILTLLSSAVICSITLFYINGGNVKTVTAFISAMLTIALLLFFIMSVTKHTSIQGFGEEELGDIGIFTLFVGVDFVKVTAAMIIMGTIGAITDVAISITSPMREIYSHNPSMSRKDLYTFGLSIGRDILGTNTNTLFFAFFGSYLALIIWFKDLSYSAEKIVNSKVFSAEAVTILCAGIGIGIIIPVTSWITACFLAKPNKH NA NA NA NA NA D1-12_02660 666 yfkO COG0778 Putative NAD(P)H nitroreductase YfkO ATGTCAGATAAAAAACAGCAGATCATCGAAGCGTATCAATTCAGACACGCCACAAAGGAATTTGATCCTGAGAAAAAAATTTCAGAAAGCGATTTTGAATTCATTTTAGAAACGGGAAGATTATCCCCAAGCTCACTCGGTTTGGAGCCTTGGAAATTTGTCGTCGTTCAAAATCCGGAGCTTCGTGAAAAACTCCGCGAGTTCACATGGGGCGCGCAAAAGCAGCTGCCGACCGCAAGTCATTTCGTACTTCTGCTTGCCCGGACGGCAAAGGATATCCGTTTTGACGCCGACTATGTCAAAAATCACTTGCGGGAAGTCAAAAAAATGCCGGAAGATATGTATGAAGGCTATATCAGCAAAACGGAAGACTTCCAGAAAAATGATTTCAATCTGCTTGAATCAGATCGCGCGCTGTTTGACTGGGCATCCAAACAGACTTACATCGCCCTCGGCAATATGATGACAGCCGCTGCGCAGATCGGAATCGACTCCTGCCCTGTAGAAGGCTTCAACTACAAAGAAATTCACCGGATTCTTGAAGAAGAAGGGCTTCTGGAAAACGGAAGTTTCGACATCTCTGTTATGGCCGCATTCGGCTACCGTGTCAGAGAACCGCGCCCGAAAACAAGATCTGCCTCAAAAGACGTTGTAAAGTGGGTATAA MSDKKQQIIEAYQFRHATKEFDPEKKISESDFEFILETGRLSPSSLGLEPWKFVVVQNPELREKLREFTWGAQKQLPTASHFVLLLARTAKDIRFDADYVKNHLREVKKMPEDMYEGYISKTEDFQKNDFNLLESDRALFDWASKQTYIALGNMMTAAAQIGIDSCPVEGFNYKEIHRILEEEGLLENGSFDISVMAAFGYRVREPRPKTRSASKDVVKWV NA NA NA NA NA D1-12_02661 711 treR COG2188 HTH-type transcriptional regulator TreR GTGAATAAATACATCACAATCTATAAAGATATGGTGCGGCAGATCGAAAGCGGCCAGCGGAAGGCTGAAGACGTTCTTCCGTCTGAAAATGATTTGTGCGATCAATACGGCACATCACGAGAAACCGTCCGCAAAGCGCTCAATATGCTGGCGCAAAACGGCTACATCCAGAAAATCAAAGGCAAAGGCTCCGTCATATTAGATAGAGAAAAAATGCGTTTTCCCGTCTCAGGCCTGATCAGCTTCAAAGAGCTTTCAGAAACGCTCGGAAAAGAGACGAGAACGGCGGTTCACCGTCTCGGGCTGATCCCGCCTCCCTCAGAAGCCGCAAAAGAGCTTGGTGCAGAAGCGGATGAAAAGGTGTGGGAAGTCGTCAGATCAAGACGGATTGACGGAGAACATATTATTTTGGACAAGGATTACTTTGTGAAAAAACACGTGCCTCTATTGACGAAGGCGATTTGCGAAGATTCGATCTATGAGTATCTCGAAGGAGAGCTCGGCTTGTCCATCAGCTACGCGCAAAAGGAAATTGTCGTGGAGCCGGCGGGGGAAGAGGACCGGAAGTATTTGGATCTCGGCGGATTCAGCCATATGGCGGTCGTGAAAAACCGCGTCTTTTTGGAGGATACCAGCCTCTTTCAGTACACGGAAAGCCGGCACAGGCTCGATAAATTCCGTTTCGTCGACTTTGCGAGAAGAGAAAAATAA MNKYITIYKDMVRQIESGQRKAEDVLPSENDLCDQYGTSRETVRKALNMLAQNGYIQKIKGKGSVILDREKMRFPVSGLISFKELSETLGKETRTAVHRLGLIPPPSEAAKELGAEADEKVWEVVRSRRIDGEHIILDKDYFVKKHVPLLTKAICEDSIYEYLEGELGLSISYAQKEIVVEPAGEEDRKYLDLGGFSHMAVVKNRVFLEDTSLFQYTESRHRLDKFRFVDFARREK PGPT0014110_439 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION PLANT_DERIVED_TREHALOSE_METABOLISM,PGPT0014110-treR2-K03486 NA NA D1-12_02662 1686 treA COG0366 Trehalose-6-phosphate hydrolase ATGAAAACAGACAGCACACCATGGTGGAAAAAGGCAGCGGTATATCAAATTTATCCGAAGAGCTTTAATGATACGACGGGAAACGGGATCGGTGATCTGAACGGTATTATCGAGAAGCTTGATTATTTGCAGAAGCTTTTGATTGATGTCATTTGGCTTACGCCGATTTACGATTCGCCGCAGAATGACAACGGTTATGACATTCGCGATTACTGCACCATTTATGAGGAATACGGAACGATGGAGGATTTTGAACGCCTTCTCGATGAAGCGCACAAAAGAGGAATCAAGGTCGTCATGGATCTTGTCGTAAACCATACATCAGTCGAGCATCGGTGGTTCAAAGAAGCGGTCTCGTCACCCGACAGTCTGTATCGGGATTTTTACATTTGGAAAGACGGAAAGGAAGACGGCCGGGCGCCGAACAACTGGGAATCAAAATTCGGCGGTTCCGCTTGGGAGCTCGACCCGGTGTCAGGCCAGCACTATCTGCATTTATTTGATGTGTCGCAGGCCGATTTGAACTGGGAAAATGAAGAGATGAGAAAACAGGTTTACGACATGATGCATTTTTGGTTCCGAAAAGGGATCGACGGCTTCCGGCTGGATGTGATCAACCTCATTTCTAAAGACCAATCGTTTCCTGATGCCGAGGATGGGCGTGACGGGCGCCCTTATTATACGGACGGGCCGCGCGTGCACGAATTTCTCCATGAGATGAACCGGGAAGTGTTTTCGAAATATGACAGCATGACGGTCGGGGAAATGTCCTCGACAACGGCTGACCACTGCATCCGGTACACAAACCCTGAGAATAAAGAACTCGATATGACTTTTAACTTTCACCATTTAAAAGTGGATTATCCGAATGGTGAAAAATGGGCGCTCGCTCCGTTTGATTTTCTGAAGCTGAAACGGATTTTAGCGTTTTGGCAGACGGAGATGCAAAAAGGCGGAGGCTGGAACGCATTATTCTGGTGCAACCATGACCAGCCGCGGGCCGTATCCAGATACGGAGACGACGGCGTATACCGGACGAAATCAGCCAAAATGCTGGCGGCGGCCATTCATATGATGCAGGGCACGCCTTACATTTATCAAGGTGAAGAGATCGGCATGGGCAATCCGAAATTCGATGACATCGGCTCATACCGCGATGTCGAATCATTGAACATTTACAAAAAGATGAAGGAAGAAGGCGTGCCCGAAAATGACATTATCGCCATTTTAAAAGAGAAATCAAGAGACAATGCAAGAACCCCCATTCAGTGGAACAGCGGGCCGCACGGCGGTTTCACGACGGGAACGTCTTGGATTCCGGCGGCGGATGATTATAGGGACATTAACGCGGAAGCGGCTTTGCGGGACCCGGATTCAATTTTCTACCATTATCAGAAGCTCATCAAGCTCAGAAAGGAATATGACATCGTGACTGAAGGAACGTTTGAGCTGCTTGCTGAAGACGATCCGGCGGTTCTGGCGTACGTCAGACACGGCAAGGATGAAAAACTGCTGTGCATCAACAACTTCTACGGGAAAGAAGCGGACTTTACGGTTCCGCTTAAAGACACGGACGGCTGGCGGTTTACGGTGCTGCTGACGAATGATGAACCGAGGGAAGGGCGGCCGGAACGATTGACGCTCCGTCCGTATGAATCGATCGTTTATCATCTGACAAAAGCGTGA MKTDSTPWWKKAAVYQIYPKSFNDTTGNGIGDLNGIIEKLDYLQKLLIDVIWLTPIYDSPQNDNGYDIRDYCTIYEEYGTMEDFERLLDEAHKRGIKVVMDLVVNHTSVEHRWFKEAVSSPDSLYRDFYIWKDGKEDGRAPNNWESKFGGSAWELDPVSGQHYLHLFDVSQADLNWENEEMRKQVYDMMHFWFRKGIDGFRLDVINLISKDQSFPDAEDGRDGRPYYTDGPRVHEFLHEMNREVFSKYDSMTVGEMSSTTADHCIRYTNPENKELDMTFNFHHLKVDYPNGEKWALAPFDFLKLKRILAFWQTEMQKGGGWNALFWCNHDQPRAVSRYGDDGVYRTKSAKMLAAAIHMMQGTPYIYQGEEIGMGNPKFDDIGSYRDVESLNIYKKMKEEGVPENDIIAILKEKSRDNARTPIQWNSGPHGGFTTGTSWIPAADDYRDINAEAALRDPDSIFYHYQKLIKLRKEYDIVTEGTFELLAEDDPAVLAYVRHGKDEKLLCINNFYGKEADFTVPLKDTDGWRFTVLLTNDEPREGRPERLTLRPYESIVYHLTKA PGPT0014095_172 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-PHOSPHOTREHALASE,PGPT0014095-treC-K01226 NA NA D1-12_02663 1416 treP COG1263 PTS system trehalose-specific EIIBC component ATGGGTGAGTTTAACCGGGCTGCGCGGCAGATCGCTGAAGCTGTCGGCGGAATCGAAAATATTGAGGCGGCGACTCATTGTGTGACGCGTTTGCGGTTTGCATTAATAGATGAAACCAAAGTAAACCAAAAAATGCTTGATGCAATAGACATTGTCAAAGGATCTTTTGCGGTAAACGGGCAGTTTCAAGTCGTGATCGGGCAGGGGACGGTCAACAAAGTATATGCGGAATTAGTGAAGGAAACGGGGATTGGCGAAGCGTCCAAGGATGACGTGAAGAAGGCGGCAACGCAAAAAATGAATCCTTTACAGCGTGCTGTGAAAACGCTTGCGGACATCTTTATTCCGATCTTGCCGGCGATCGTCACGGCCGGGCTTTTAATGGGTCTGAACAACATCTTAACGGCGGAAGGCATTTTCTACAGCGAAAAATCGATTGTCCAAGTGTATCCGCAATGGGCGGATCTCGCCAATATGATTAATCTGATCGCGGGGACGGCCTTCGCTTTTCTGCCGGCTTTAATCGGCTGGTCGGCAGTGAAGCGGTTCGGAGGAAGCCCGCTTTTGGGCATTGTGCTCGGGCTGATGCTGGTGCATCCTGATCTGTTAAACGCATGGGGCTACGGGGCCGCCGAGCAGAGCGGCGATATTCCGGTGTGGAACCTGTTCGGCCTTGAGGTGCAGAAAGTCGGGTATCAAGGTCAGGTGCTCCCGATTTTGCTGGCGTCTTATTTACTTGCCAAGCTTGAGCTCTTTTTGACGAAACGGACGCCGGAGGGCATTCAGCTGTTGGTCGTCGCGCCGGTGACGCTTTTGGTCATCGGTTTTCTATCCTTTGTCATCATCGGTCCGATTACCTTTGCGATCGGTAACGCGCTGACGGCGGGATTGATTGCCGTTTTCGGCCAATTCTCCGCCATCGGAGGCCTGCTGTACGGAGGGCTGTATTCGGCGCTTGTGATCACGGGGATGCATCATACGTTTCTGGCGGTCGATCTTCAATTAATCGGATCAAAGCTCGGCGGCACATTTTTATGGCCGATGCTCGCATTGTCAAATATCGCTCAAGGATCGGCGGCTTTGGCCATGATGCTGATCACAAAAGATAAAAAACAGCGGGGGCTTTCACTGACGGCCGGCATTTCCGCATATTTGGGCATTACCGAGCCGGCGATTTTCGGCGTGAATCTGCGTTACAAATTTCCGTTTGTGATCGCCATGATCAGTTCGGGAATCGCGGGGATGTTCATCTCCGTCAAAGGCGTTCTCGCAAGCTCGGTCGGAGTCGGCGGCGTGCCGGGAATCTTCTCCATTATGAGTCAGTACTGGGGTCCGTTTGCGATCGGAATGCTGATCGTGCTGATTCTCCCGTTTGCGGGCACATACGGGTATGCGCGGCTGAAACGGCAAAAATAG MGEFNRAARQIAEAVGGIENIEAATHCVTRLRFALIDETKVNQKMLDAIDIVKGSFAVNGQFQVVIGQGTVNKVYAELVKETGIGEASKDDVKKAATQKMNPLQRAVKTLADIFIPILPAIVTAGLLMGLNNILTAEGIFYSEKSIVQVYPQWADLANMINLIAGTAFAFLPALIGWSAVKRFGGSPLLGIVLGLMLVHPDLLNAWGYGAAEQSGDIPVWNLFGLEVQKVGYQGQVLPILLASYLLAKLELFLTKRTPEGIQLLVVAPVTLLVIGFLSFVIIGPITFAIGNALTAGLIAVFGQFSAIGGLLYGGLYSALVITGMHHTFLAVDLQLIGSKLGGTFLWPMLALSNIAQGSAALAMMLITKDKKQRGLSLTAGISAYLGITEPAIFGVNLRYKFPFVIAMISSGIAGMFISVKGVLASSVGVGGVPGIFSIMSQYWGPFAIGMLIVLILPFAGTYGYARLKRQK PGPT0014075_779 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION PLANT_DERIVED_TREHALOSE_METABOLISM,PGPT0014075-treB-K02819 NA NA D1-12_02664 261 hypothetical protein ATGCCATCCACTGTTATCAACCTGTACTATTTGAAGATTAACAGTATTTCTGGCAACGGATCTATTACGATTGGGGAAGCGGCATACAACAGTCCCACCACAAATAACAAATCACAAGGACTGAACTCTTCATTCGGCGATACGTCACCTATAGAATCGATGATGGAGAACTTGTTAAATGATCCTGATGTCAACGACCAGACAGCCATCGGAACCGCAGATACTGCAAATATTACGCCGGTGCCGCCCATTATAGATTAA MPSTVINLYYLKINSISGNGSITIGEAAYNSPTTNNKSQGLNSSFGDTSPIESMMENLLNDPDVNDQTAIGTADTANITPVPPIID NA NA NA NA NA D1-12_02665 243 hypothetical protein ATGCCTTACCAAATTAACGTCGTCAATATAAAAGTAAACGGAGCAACGCAAAACGGAAACGTCGATATCGGTCAGACCGTACAAAACAGCCACACCGCCAACAGCAAATTTGTCGGCGCGAACTTTTCTTTAGGGGATTTTTCGCCGGCCGCCGGATGTTTGAATTCGGGTCATCTTGACCCTGACGTGAGCGATCAGGATCAGATCGCCAACCCGTCAATGCCGATCGCAAATCAAATATAG MPYQINVVNIKVNGATQNGNVDIGQTVQNSHTANSKFVGANFSLGDFSPAAGCLNSGHLDPDVSDQDQIANPSMPIANQI NA NA NA NA NA D1-12_02666 432 cotP COG0071 Spore coat protein P GTGGATATCGAAAAAATGAGAAAGTGGCTTGAGATTACGAACGAGCACAAGCCCAGCGACTTTTGGACCAATGTCCTGAAACGGAAATCTCCCGAAGATTTTTTCTCCTTACAAAAAAACACCCTGACTTATGATATTTATCAGGATGAACAGCACACATTTGTCATTGTGGAAATGCCCGGCGTTTACGAAGAAGAATTGACATTGAGGCTGCTGTCAAGAACACGGCTGCATATAAGAGGAAACATCACACCCCTTTTTCCAAAGAACATGGGCGTCTGCCAAAACCGGTATTACGGGGAAATCGATGAGACGATTGAGCTTCCTGAACCGGCTGAGCCCCGCCTGTTACAGGCGCAGTGCGTAAACGGCCTGCTCCACATTTCCTACCCGCGCCTTATGGAGCACATTCCTTTTCAGAAAAAAATCTAA MDIEKMRKWLEITNEHKPSDFWTNVLKRKSPEDFFSLQKNTLTYDIYQDEQHTFVIVEMPGVYEEELTLRLLSRTRLHIRGNITPLFPKNMGVCQNRYYGEIDETIELPEPAEPRLLQAQCVNGLLHISYPRLMEHIPFQKKI PGPT0014635_6620 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HEAT_SHOCK_PRTOEINS,PGPT0014635-hsp20-K13993 NA NA D1-12_02667 378 hypothetical protein ATGGATATTGCCCATATCGTGGCTGAAGATAAAATCAAGCGCGCCATTAAGGATGGAGAGTTCGCCGGCATCAAAGGAATGGGAAAGCCCCTGCCGAAAGACGATGCCGCACATCTTCCGGAATCGCTCAGAATGGGCTACCGCATATTAAAAAACGCCGGGATCGCCGAGGATGAGGGCGCGCTGAAGAAAGAGCTGATGACGCTCGATTATTTGATCGCCAAGTGCCGCAATGAACAGGAGCGGGATCACCTGCAGAACAAACGGACGGAAAAACAAGTCAGACTCGATAAACTGACGGAGGAGAAAGCCATGTTCTCAAAACCCGCATCTTCTCATTATAAGGAGAAAGTGTACAGACGGCTGGGCCGCCCGTAA MDIAHIVAEDKIKRAIKDGEFAGIKGMGKPLPKDDAAHLPESLRMGYRILKNAGIAEDEGALKKELMTLDYLIAKCRNEQERDHLQNKRTEKQVRLDKLTEEKAMFSKPASSHYKEKVYRRLGRP NA NA NA NA NA D1-12_02668 1938 ltaS2_1 COG1368 Lipoteichoic acid synthase 2 ATGAAAACATTTATAAAAGAAAGAGGACTTGCCTTCTTCTTGATAGCGGTCGTGTTATTGTGGGTGAAAACATATGTCGCTTATATTTTAAACTTTAACCTCGGCATAGACAACACGATCCAGAAAATATTGCTTTTTGTGAATCCGCTGAGCTCCAGCTTGTTCTTTCTTGGATTTGGGCTTCTTTTCAAGAAAAAATTACAGCAGACAGCCATTATTGTGATTCATTTTTTATTGTCTTTTTTGCTTTTTGCAAACATCGTCTATTATAGATTCTTTAATGATTTCATTACCATCCCGGTCATGATGCAGGCAAAGACAAACGGCGGCCAGCTCGGAGACAGCGCGTTCTCGTTAATGAGATGGACAGACGCCTTCTACTTCCTGGATACCGTCATTTTGATTATTTTGGCCCTTAAGATGAAAAAACCGGCTGAAAAACCGGCGAAGAAATCATTCAGAATCGTTTTGGCTTCCGCCGTGCTTGTGTTCCTGATCAACCTCGCCGTCGCGGAATCAGACCGTCCTGAGCTTTTGACACGCTCATTTGACCGAAACTATCTGGTGAAATACCTGGGCACGTACAACTTTACGATTTACGATGCCGTGCAGAATGTGAAATCAAACAGCCAGCGCGCGCTTGCCGATTCAAGCGATGTAACGGATGTGGAAAACTATATGAAGGCCAACTATGACGTGCCGAATAACGTCTACTTCGGAAAAGCCGAAGGAAAAAACGTCATCTACGTCTCATTAGAGTCTCTGCAGTCCTTTATCATTGATTACAAAATTAACGGCAAGGAAGTGACGCCGTTTTTAAACAAACTGGCGCACGATAATCAAACATTCTACTTTGATAACTTTTTCCACCAAACGGGACAAGGTAAAACATCTGATGCGGAATTTATGATGGAGAACTCTCTGTACCCGCTTTCGCAAGGTTCGGTTTTCGTCAATAAAGCGCAAAACACGCTGCAGTCCGTTCCTGCGATCTTAAAAGGCAAAAAGTACACGTCTGCCGCTTTCCACGGAAATACGCAGACTTTCTGGAACCGTAACGAAATGTACAAATCGGAAGGCATCGATAAGTTTTTCGATTCCGCTTATTATGACATGAGCGAAGAAAACACGAAAAACTACGGCATGAAAGACAAACCGTATTTCAAAGAATCCATGCCGCTCTTAAAGAGCCTGCCGCAGCCGTTCTATACGAAGTTCATTACGCTGTCCAACCACTTCCCGTTCGGAATGGATAAAGAAGACACGGACTTCCCGGCGGGAGACTTTGGCGATTCAGTCGTCAATAATTACTTCCAGTCCGCGAACTATCTGGATGAATCAATTGAACAGTTCTTTAATGACCTGAAAAAAGACGGCCTGTATGATAAGTCGATTATCGTGATGTACGGAGACCACTACGGCATCTCCGAAAACCATAATAAAGCGATGGCGAAAGTGCTCGGCAAAGATGAGATCACTGAATACGACAATGCCCAGCTTCAGCGGGTGCCGCTCTTTATCCACGCTCCCGGCGTGAAAGGCGGCCGCAATCATAAATTTGCCGGTGAAGTCGATGTCGCGCCGACCGTTCTTCATCTGCTCGGCGTCGATACGAAAGATTATCTCATGTCAGGTTCTGATATCTTATCGAAAGAGCACAGAGAAGTCATTCCGTTCCGTAACGGAGACTTCATCTCGCCGAACTATACGAAAGTGTCCGGCAAGTATTACGATACGAAAACCGGAAGACTTTTAGATGATTCAGAAGTCGACAAAAAAGAAGACTCTCTCGTCAAGACTGAGCTTGAAATGTCTGATAAGATCATCAACGGCGATCTGCTTCGTTTCTATCAGCCGAAAGGCTTCAAGAAAGTGGATCCGTCACAATTCGATTATACGAAGCGTGAAGATTCCTCAGCAGACGATCAAAAAGAATAA MKTFIKERGLAFFLIAVVLLWVKTYVAYILNFNLGIDNTIQKILLFVNPLSSSLFFLGFGLLFKKKLQQTAIIVIHFLLSFLLFANIVYYRFFNDFITIPVMMQAKTNGGQLGDSAFSLMRWTDAFYFLDTVILIILALKMKKPAEKPAKKSFRIVLASAVLVFLINLAVAESDRPELLTRSFDRNYLVKYLGTYNFTIYDAVQNVKSNSQRALADSSDVTDVENYMKANYDVPNNVYFGKAEGKNVIYVSLESLQSFIIDYKINGKEVTPFLNKLAHDNQTFYFDNFFHQTGQGKTSDAEFMMENSLYPLSQGSVFVNKAQNTLQSVPAILKGKKYTSAAFHGNTQTFWNRNEMYKSEGIDKFFDSAYYDMSEENTKNYGMKDKPYFKESMPLLKSLPQPFYTKFITLSNHFPFGMDKEDTDFPAGDFGDSVVNNYFQSANYLDESIEQFFNDLKKDGLYDKSIIVMYGDHYGISENHNKAMAKVLGKDEITEYDNAQLQRVPLFIHAPGVKGGRNHKFAGEVDVAPTVLHLLGVDTKDYLMSGSDILSKEHREVIPFRNGDFISPNYTKVSGKYYDTKTGRLLDDSEVDKKEDSLVKTELEMSDKIINGDLLRFYQPKGFKKVDPSQFDYTKREDSSADDQKE PGPT0023375_796 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-TEICHOIC_ACID_METABOLISM CE-EPS-LIPOTEICHOIC_ACID_METABOLIC_PATHWAY,PGPT0023375-ltaS-K19005 NA NA D1-12_02669 441 hypothetical protein GTGACATGGATTGCAGTTGTTTCAATTGTTGTCATAAGCCTGATTAAGATTGTGCTGACATGCCTTCCTACCGGAGCGGTGGAATGGATCCTCCGCAAGTTTGAAACCCATTCAAAGCTCAGTGACGCGTCCGCTGCCGTTTCCCTCGGCGGAAAACGTCTGGAAGGCGAAGACAAACGCCGGGTGATTGATGATTTTAACGAAGCCGTGTTTATCGAACGGCATTATATATACCCAGGGGATGAAGAGCGTTATCTTCATCCGCAAAACGGAGCCGATCCGCTTGTCATTAAGACGAGAAAAGGAAAAAAAGATGTGACGGTGTTTGTATACAGCTACGAAGATCATGTAGATGTCGTCAAGCAGCAGAAAAAGAAAGTCGTCGCTTATTCAGTTCTTTCCGACAGCCTGCAAAAGCGCACTATGGCCGCCGGGAGCTGA MTWIAVVSIVVISLIKIVLTCLPTGAVEWILRKFETHSKLSDASAAVSLGGKRLEGEDKRRVIDDFNEAVFIERHYIYPGDEERYLHPQNGADPLVIKTRKGKKDVTVFVYSYEDHVDVVKQQKKKVVAYSVLSDSLQKRTMAAGS NA NA NA NA NA D1-12_02670 1383 nagP PTS system N-acetylglucosamine-specific EIICB component ATGCTTCAATTTTTGCAAAAACTCGGAAAGTCTTTTATGCTTCCGATTGCCGTTCTGCCCGCCGTTGGTATTATTTTGGCCATCGGCAGAGAGGACTTATTAAATATTCCGTTCATTTACGCGGCGGGGACCGCGGTATTTGATCATCTGCCGCTGATTTTCGCGATCGGAATCGCAATCGGGATTTCCAAAGACAGCAACGGGGCCGCCGCTCTGTCGGGAGCCATTTCTTATATCATGCTGGACGCGGCTGTAAAATCAATCAATTCGACAAATAATATGGCCGTTTTCGGAGGGATTATCGCGGGGTTAATTGCGGGATACACGTATAACCGCTTTAAGGATACGAAGCTGCCCGAATATCTCGGGTTTTTCAGCGGGCGCAGGCTCGTTCCGATTGTAACGGCGCTGATTACCATTATTTTGGCGGGGATCTTCGGATTTGTGTGGCCGCCGATTCAGTCGGTGATTACGTCCTTCGGGGAATGGATGATCGGGCTTGGCGGGATCGGCGCCGGGATTTACGGGATTTTTAACCGGCTTTTGATTCCATTCGGTCTTCATCATGTGCTGAATAATATTTTTTGGTTCCAGTTTGGCGATTTTCACGGAAAAACGGGAGATCTGGCCCGCTTCTTTGCGAAGGATCCGACGGCGGGGACTTATATGACGGGATTCTTCCCGATTATGATGTTCGGGCTTCCGGCCGCATGTCTGGCAATGATTGCCGCGGCTAAGCCAAGTAAGCGCAAAGCGACGGCCGGAATGATGATCGGTCTCGCGCTGACGGCATTTATTACCGGAATTACAGAGCCGATTGAATTTGCATTTATGTTTTTATCACCGCTTTTGTACGGGGTTCATGCTATATTAACCGGGTTCTCTTTATTTATCGTGAATGTTCTCGGAATCAGGTCGGGTTTTTCATTCTCGGCGGGGGCGATCGATTATCTCCTCAGCTACGGCATTGCCGAAAAACCGCTTTTGCTGCTCGTTGTCGGGCTTTGTTATGCGGTGATCTATTTTGTCGTCTTCTACATGCTCATCAAAACGTTAAACTTGAAAACACCGGGACGGGAAGATGATGAGGAAGAGGAAGAAGTGCTTAGTGAAGATACGGCCGGTTCCGTCGAAGAACATGCCATGCTCAAGGGGCTCGGCGGCAGGCAAAACCTCGAAACGATTGATCACTGTGCGACCCGCCTCAGGCTGACCGTGCAGGATACGTCTCTCATTAATGAGGCGGCGCTTAAAAAAGCGGGAGCAAAAGGGGTTATCAAAACGGGGAATAAAACGGCGCAGGTCATTATCGGGCCGAACGTCGAATTTGTCGCGGAAGAGCTGAGAGAGGCCGTCCGCCGTGACGATCAGAAGCAGACTTGA MLQFLQKLGKSFMLPIAVLPAVGIILAIGREDLLNIPFIYAAGTAVFDHLPLIFAIGIAIGISKDSNGAAALSGAISYIMLDAAVKSINSTNNMAVFGGIIAGLIAGYTYNRFKDTKLPEYLGFFSGRRLVPIVTALITIILAGIFGFVWPPIQSVITSFGEWMIGLGGIGAGIYGIFNRLLIPFGLHHVLNNIFWFQFGDFHGKTGDLARFFAKDPTAGTYMTGFFPIMMFGLPAACLAMIAAAKPSKRKATAGMMIGLALTAFITGITEPIEFAFMFLSPLLYGVHAILTGFSLFIVNVLGIRSGFSFSAGAIDYLLSYGIAEKPLLLLVVGLCYAVIYFVVFYMLIKTLNLKTPGREDDEEEEEVLSEDTAGSVEEHAMLKGLGGRQNLETIDHCATRLRLTVQDTSLINEAALKKAGAKGVIKTGNKTAQVIIGPNVEFVAEELREAVRRDDQKQT PGPT0016860_1260 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 D1-12_02671 750 mapB COG0024 Methionine aminopeptidase 2 ATGATTGTAACGAACGATCAAGAATTAGAAGGCCTTAAAAAAATCGGCAGAATCGTCGCGCTGGCGCGTGAAGAAATGAAGAAAAAAGCCGAGCCCGGCATGAGCACGAAAGATCTTGACCTGATCGGAAAGGCGGTGCTTGACGAGCACGGAGCCGCTTCCGCTCCGGAGAAGGAATACGATTTCCCGGGCGTGACATGCATCAGCGTAAATGACGAAGTCGCTCACGGCATTCCGAGCGCCTCTAAAATCTTAAAAGCCGGAGATCTTGTCAATATCGATATTTCGGCGGAGTTCGGCGGTTTTTATTCCGATACGGGCATTTCATTTGTGCTCGGAGAAGGCGATGAACGTCTGCAAAAGCTTTGTAACTGCGCAGCATCCGCATTTCAGAAAGGATTGGATCAGGCAAAAGCCGGCAAACGTCAAAACCAGATCGGCAGAGCCGTCTACCATGAGGCCCGCTCCAACGGATTTACCGTCATTAAAACGCTGACGGGCCACGGAATCGGCAGAAACCTCCATGAAGCGCCGAACCACATCATGAATTACTACGATCCGTTTGATAACGCGCTGTTTAAAAACGGAACCGTGATCGCGCTTGAGCCGTTTATTTCCACGAAAGCGGAAACGATTGTAGAAGCGGGAGACGGCTGGACGTATAAAACGCCGGATAAAAGCCTTGTCGCCCAAGTGGAACACACCATCGTGATTACAAAAGACAAACCGATTATTTTAACTGCATTGTAA MIVTNDQELEGLKKIGRIVALAREEMKKKAEPGMSTKDLDLIGKAVLDEHGAASAPEKEYDFPGVTCISVNDEVAHGIPSASKILKAGDLVNIDISAEFGGFYSDTGISFVLGEGDERLQKLCNCAASAFQKGLDQAKAGKRQNQIGRAVYHEARSNGFTVIKTLTGHGIGRNLHEAPNHIMNYYDPFDNALFKNGTVIALEPFISTKAETIVEAGDGWTYKTPDKSLVAQVEHTIVITKDKPIILTAL PGPT0020010_8831 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 D1-12_02672 312 yflH_2 putative protein YflH ATGAAAAAAGATAAAGAAAAAATCAAAATCGAAAACGAAATACACGCCATGCACGGCGTAACGAAACAGCAGATTTTAGAGGATTTCGAGGAATTTAAGGCGTACCTTCATCAGAAAATTTCCGCCGGAAAAAAACTGGGTCTGGATGACAGCAAAATCATCAAAAGCGCCGCCATCCTCGGGGACTATCTCGCCAAACACGAGGAGCCCCGCAATGCGGAAGAAAAACTCTTACAAGAACTGTGGGACATTGCGGATGACAATGAAAAACAGCACTTGGCCCAGCTTCTCGTCAAACTTGCCGGACACTGA MKKDKEKIKIENEIHAMHGVTKQQILEDFEEFKAYLHQKISAGKKLGLDDSKIIKSAAILGDYLAKHEEPRNAEEKLLQELWDIADDNEKQHLAQLLVKLAGH PGPT0003182_361 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-BACILLIBACTIN_METABOLISM,PGPT0003182-ymfJ|yflH-NA NA NA D1-12_02673 156 hypothetical protein ATGTGGTTTATTATCTTCGGGTTTATTTTCTTTATTGAAAGCATCATTCTCACCGTTTACGGAGTGAAGAAAAAGAAGGGGATGCTGATTTATTTCGGCGTCGTTTTCGGAATCATGACACTCGGAACGGTGCTGTTAAAATTAACCGGCCATTAA MWFIIFGFIFFIESIILTVYGVKKKKGMLIYFGVVFGIMTLGTVLLKLTGH NA NA NA NA NA D1-12_02674 135 hypothetical protein ATGCATTATGGCAGTAAAGGCTGGTATGTAGAAGAGTTAAAGAAAAAAGGAATTACCCACTATGAAGGAAGAAAGCTTCAAAGCTTCAAAAAGTACTTCCTTGCCAATCTGCTGGAAACAAAGAAACAAGCATAA MHYGSKGWYVEELKKKGITHYEGRKLQSFKKYFLANLLETKKQA NA NA NA NA NA D1-12_02675 660 yiiM COG2258 Protein YiiM GTGACGCAAGACTATTCTGTCTTATCTATCAATCTCGGAAAGCCCGCAATTCATGAATTCGCCGGCAGACAAATCAATTCCGGCATCATAAAGCGGCCCGCAGATTCTCCCGTCATGCTGTATAAAACCCATTTTGACGGGGACGGGCAGGCTGATCTGAAGAATCACGGAGGCCCCGATAAAGCGGTGTGCGTGTATCCCGCCGAGCATTATTCATATTGGGAAACAACGCTCGCGAGAAAACTTCCCGCCGCCGCGTTCGGAGAGAATGTAACGGTCAAAGGACTGGCCGAACAAGACGTATGGATCGGAGACGTCTTTCAGCTGGGGGAAGCCGTCGTTCAAGTAAGCCAGCCGCGCCAGCCCTGCGTCAAACTCGCGCTCAAATATGGCATCAAAGATATGGTGCTCCGTGTACAGCAGACGGGATTTACCGGCTTTTATTTCAGGGTGCTTGAAGAAGGATATGTCGATCCGCGTCCCGTCCTCAAGCGTCTGTCGAGAGGCAAAGAAAGCATTTCCGTCTGGTATGCGAATGAAGTGAAATACCGTGATTCCGGCAATCTGTCAGCGATTGAAGAAATACTGCGGGAAGAAGCGCTGTCAGAAAGCTGGAGGGAGTCCTTCCTTAAAAAAAGGGACAGGCTCACTAATGTATAG MTQDYSVLSINLGKPAIHEFAGRQINSGIIKRPADSPVMLYKTHFDGDGQADLKNHGGPDKAVCVYPAEHYSYWETTLARKLPAAAFGENVTVKGLAEQDVWIGDVFQLGEAVVQVSQPRQPCVKLALKYGIKDMVLRVQQTGFTGFYFRVLEEGYVDPRPVLKRLSRGKESISVWYANEVKYRDSGNLSAIEEILREEALSESWRESFLKKRDRLTNV NA NA NA NA NA D1-12_02676 273 acyP COG1254 Acylphosphatase ATGCTTCAATATCATATGATTGCAGACGGCCGGGTTCAGGGCGTAGGTTTTCGCTACTTCGTCCAGATGGAAGCCGACAGACATAAGATAGCCGGCTGGGTAAAAAACCGTGATGACGGCCGGGTGGAAATCCTTGCCGAAGGCCCTGAAGAGTCGTTAAAACAATTTGCCGAAGCAGTCAGAAAAGGCAGCCCCTTCTCACATGTCACAGGCGTAACCATCGAAGAATCACACCGTCTGAAAGGATACCGCACTTTTTCCATCAGTTACTGA MLQYHMIADGRVQGVGFRYFVQMEADRHKIAGWVKNRDDGRVEILAEGPEESLKQFAEAVRKGSPFSHVTGVTIEESHRLKGYRTFSISY PGPT0001372_3072 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-ACETIC_ACID_BIOSYNTHESIS,PGPT0001372-acyP|yccX-K01512 NA NA D1-12_02677 1092 nos COG4362 Nitric oxide synthase oxygenase TTGAAACATACGGAAATACTTTGGGATGAGGCGAAGGATTTTATTGATGTCTGCTATCAGGAACTCGGAATGGAATCGCAAATCAACACGCGTCTAAACGCGATAAAAGATGAGATAGAGCGGACGGGAAGTTACGTCCATACGGCGGAAGAGCTTGAACACGGGGCGAAAATGGCGTGGCGCAACAGCAACCGCTGTATCGGGCGTCTGTTCTGGCAATCGCTGAACGTCATTGACCGGCGCGGTGTGAACACGAAAGAAGAGGTGCGCGACGCATTATTTGAACATATTGAAATCGCCACGAACGGCGGAAAAATTAAACCGACAATTACGATTTTCCCTCCTGAGAAGAATGGGGAGAAACAAGTGGAGATCTGGAATCACCAGCTTATCCGCTATGCGGGGTATGAGACTGAAAAAGGAAGAGTCGGTGATCCGGCATCATATGAGCTGACGGCTGTCTGCGAAAAACTCGGCTGGCGCGGGAAGCGGACCGATTTTGATATTCTGCCGCTGCTTTTCCGGATGAAAGGGGACGGGCAGCCGGTCTGGTATGACCTGCCTCAGACGCTCGTGAAAGAAGTGCCGATCACCCATCCGGATATTGAAGAGTTTGCCGATTTAAATCTCAGATGGTACGGGGTTCCGATTATCGCCGATATGAGGCTTGAAATCGGCGGATTGTCGTACAACGCGGCGCCTTTTAACGGATGGTATATGGGAACCGAAATCGGCGCAAGGAACCTTGCTGACGAAAAACGGTATGATATGCTCAAAAAAGCCGCTGCGGTCATGGGGATTTCCGCCAGCCTGAATACCGACCTGTGGAAAGATCAGGTGCTGGTGGAACTGAATAAGGCAGTGCTCTATTCATACAAAAAACACGGTGTCAGCATTGTCGATCACCATACGGCGGCGAATCAATTTAAACGCTTTGAAGAACAGGAACAAGACGCGGGCAGAAAGCTGACGGGCGACTGGACTTGGCTGATTCCGCCGATCTCGCCGGCTTCCACCCACATTTTCCATAAATCATATGACAATACGATTGTGAAGCCGAATTATTATTATCAGGACAAGCCTTATCAGTAA MKHTEILWDEAKDFIDVCYQELGMESQINTRLNAIKDEIERTGSYVHTAEELEHGAKMAWRNSNRCIGRLFWQSLNVIDRRGVNTKEEVRDALFEHIEIATNGGKIKPTITIFPPEKNGEKQVEIWNHQLIRYAGYETEKGRVGDPASYELTAVCEKLGWRGKRTDFDILPLLFRMKGDGQPVWYDLPQTLVKEVPITHPDIEEFADLNLRWYGVPIIADMRLEIGGLSYNAAPFNGWYMGTEIGARNLADEKRYDMLKKAAAVMGISASLNTDLWKDQVLVELNKAVLYSYKKHGVSIVDHHTAANQFKRFEEQEQDAGRKLTGDWTWLIPPISPASTHIFHKSYDNTIVKPNYYYQDKPYQ PGPT0020095_215 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_ARGININE_DEGRADATION,PGPT0020095-nos|nosA-K00491 NA NA D1-12_02678 795 yflN_2 COG0491 putative metallo-hydrolase YflN ATGAGTGATCCGTTTATGCCGCTTTTTTCAGTGAGAAGCGGTGCCGGTTTTAAAGCGGCGGACGGCGTTTACGGACTGACCGTGCAGATTGCGAATGTTTATTTTATCGAAAATCCCTCAGCTCCGCGGGAAATCATTCTGGTTGACGCGGGAATGCCGCAATCGGCGGAGATGATAACAGAAGAAATGAAACGCCGATTCAAAGAGGGGTATCAGCTGAAGGCGGTCATTTTGACACACGGCCATTTTGATCATGTCGGTGCGATTGAAGAGCTGCTTGAGCTTTGGAATGTGCCGGTTTACATTCATGAAAAGGAGCTCCCGTACGTCACGGGGAAAGCGGATTATCCGCCTGCCAGGCCCGATGCGAAAAAAGGGCTTGTCGCAAAGCTGTCACCGCTGTTTCCGCGCCATACGATCCGCATTCCGTCCGTTCAGGCACTGCCTTCAGACGGTACCGTTCCGTTTCTTGAAGAATGGAAATGGGTGCATACGCCCGGCCACACACCCGGCCATATTTCATTATTCCGGGATAAAGACCGCGTTCTGCTTGCCGGTGATGCCGTGATCACTGTTGAACAGGAATCGCTTGCGGACGTTGTCATTCAAAAGCAAGAGCTTCACGGGCCGCCCGCCTATTTTACAGCGGATACACAGACGGCGGCCGCATCCGTTCAGAAACTGGCCGAACTGGAGCCGGAAGCGCTTTTGACGGGTCACGGAATTCCGATGACGGGAAAAAACTACCGTGAGGATTTGCTTACACTGGCTGAAAAATTGCATTCCGTTTTGTAA MSDPFMPLFSVRSGAGFKAADGVYGLTVQIANVYFIENPSAPREIILVDAGMPQSAEMITEEMKRRFKEGYQLKAVILTHGHFDHVGAIEELLELWNVPVYIHEKELPYVTGKADYPPARPDAKKGLVAKLSPLFPRHTIRIPSVQALPSDGTVPFLEEWKWVHTPGHTPGHISLFRDKDRVLLAGDAVITVEQESLADVVIQKQELHGPPAYFTADTQTAAASVQKLAELEPEALLTGHGIPMTGKNYREDLLTLAEKLHSVL NA NA NA NA NA D1-12_02679 1299 citM COG2851 Mg(2+)/citrate complex secondary transporter GTGTTAGCAATCTTAGGCTTTCTTATGATGCTTGTTTTTATGGTGCTGATTATGACAAAACGGCTTTCAGTGTTAACGGCGCTCGTATTAACGCCGATCGTGTTTGCGCTGATTGCCGGGTTTTCTTTTAACCGGGTCGGCGAGATGATGATCTCCGGTATTGAACAGGTGGCGCCGATCGCAGTGATGATTATGTTTGCGATTCTTTATTTCGGCATTATGATTGATACCGGTTTATTTGATCCGATGGTGTCGCGTATTTTAAAGCTGGTTAAAGGCGACCCGCTCAAAATTGTAGTCGGAACAGCCGTTTTGACCATGCTTGTCGCACTGGACGGAGACGGCTCGACGACGTATATGATTACGACAAGCGCAATGCTGCCTTTGTATATCATGCTCGGAATCCGTCCGATTATTTTAGCGGGAATCGCCGGGGTCGGCATGGGTATCATGAACACGATACCATGGGGCGGCGCGACGCCGCGTGCGGCGAGTGCGCTCGGCGTTGACCCGGCAGAGCTGACGGGGCCGATGCTGCCTGTCATTGCCAGCGGAATGGTATGTATGATTGTGGTCGCTTATGTACTCGGAAGGATGGAAAGGAAACGGCTCGGGGTGATCGAATTAAAGCAGCCGTCCCATACAAATGAAACGGCTGCGGCTGCGGAAGATGAATGGAAGCGGCCGAAACTGTGGTGGTTCAATTTAATGTTAACGCTTTCTTTAGTGGGATTTTTAGTGTCAGGAAAAGTGAATTTAACCGTGCTGTTCATCATTGCGTTTTGTATCGCGCTGATTGTCAACTATCCGAAGCTTAACGATCAAAGGGAGCGTATTTCAGCCCATTCGAGCAATGTGCTTGCGATCGGTTCGATGATTTTTGCCGCAGGCGTGTTTACCGGAATTTTAACGGGGACGAAGATGGTCGATGAGATGGCCATTTCCCTCGTATCGCTTATTCCGGAACAGATGGGGGGATTTATTCCGGCGATTGTTGCCTTAACGAGCGGTATCTTTACGTTTCTGATGCCTAATGACGCCTATTTTTACGGCGTGCTGCCCATTTTATCCGAGACCGCCGTGGCGTACGGTGTAGATAAGGTGGAAATCGCCCGCGCTTCGATTATCGGCCAGCCGATTCATATGTTAAGCCCGCTCGTGCCGTCGACGCATTTATTAGTCGGGCTTGCCGGGGTCACCATTGATGAACACCAGAAATTTGCGATGAAATGGGCGGTTCTTGCCGTTATCGTCATGACGGCCTTTGCGCTCATCATCGGCGCAATCACGATTTTTTAA MLAILGFLMMLVFMVLIMTKRLSVLTALVLTPIVFALIAGFSFNRVGEMMISGIEQVAPIAVMIMFAILYFGIMIDTGLFDPMVSRILKLVKGDPLKIVVGTAVLTMLVALDGDGSTTYMITTSAMLPLYIMLGIRPIILAGIAGVGMGIMNTIPWGGATPRAASALGVDPAELTGPMLPVIASGMVCMIVVAYVLGRMERKRLGVIELKQPSHTNETAAAAEDEWKRPKLWWFNLMLTLSLVGFLVSGKVNLTVLFIIAFCIALIVNYPKLNDQRERISAHSSNVLAIGSMIFAAGVFTGILTGTKMVDEMAISLVSLIPEQMGGFIPAIVALTSGIFTFLMPNDAYFYGVLPILSETAVAYGVDKVEIARASIIGQPIHMLSPLVPSTHLLVGLAGVTIDEHQKFAMKWAVLAVIVMTAFALIIGAITIF PGPT0001485_17 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_CITRATE_TRANSPORT,PGPT0001485-citM-K11639 NA NA D1-12_02680 963 hypothetical protein ATGAAGCGGTTGGGAGTGCTTCTTGTCATGCTGGCGGCGCTGGTTTCTTTTGACGGACGGCAGATGGAGGGCTTCCGCTCAGCTGAAGGGCCGGTTGAAATTGTCGTCCCGGCAGCGCCTCAAGGGGGCTGGGACGTAACGGCAAAAGCTTTGCAATCGGTAATAGAGCGGAAGCAAATATTAGGCCGGCCCGTAAAGATCATCTATAAACCCGGCGGAGGCGGAGACAGCGGCTGGAAATATGTAAACGAACGAAAAACGGATGTCATCAGTATGAATTCAAGCCTGCTGTTAAGCAATGAAATTTTGGGACAAAGCCGGCTGAAGGCAGCTGATTTTACGCCTTTGGCCATTATCGCAAAAGAGTGGCAGACCGTCGCTCTTCCGAAGGATTCAAAGATAAAAAGCGGAAAGCGGCTGCTCGGCGATATTAAAGCAAATCCGGGCGGCATAAAAATCGGATTTGCGCCCGGCCTCGGAAATGATGACCAGCTCTCCTTTGCGAGAGCGGCGGAAATGGCCGGAATTTCTCCGTTTGATATCCGCTTTTTTCAATACGGAAGCAGCAATGAAGTCATTGAAGCTCTTATCAGTCACGAGATAGACGCCGCCTCAATGACCATTTCAGAAGCGAGAGACGCCTATCGGAAAGGGAAAATCACATTGGCGGCCGTTACGTCTGACAAAAGGCTCTCCGGCTTCAGCGATGTGCCGACATGGAAAGAGCAGGGGGTGCCGTTTGTCTTTGCGCACTGGAGAGGCATCATGGGGCCGAAAGACATGACCGAAGGCGAGATCGCCTATTGGGATCAGGCTTTGAAACAGATTACTTCATCCGCGGAGTGGAAGCAAATGTTGAAAAAACGGGATTGGGAGAGCTTTTATAAAAACAGCAGCGGCGCAAAACGCTTTTTAGAAGAGCAGACCGAGTTCTATAAAGAGATGATGAGCAGCGAAAAATAA MKRLGVLLVMLAALVSFDGRQMEGFRSAEGPVEIVVPAAPQGGWDVTAKALQSVIERKQILGRPVKIIYKPGGGGDSGWKYVNERKTDVISMNSSLLLSNEILGQSRLKAADFTPLAIIAKEWQTVALPKDSKIKSGKRLLGDIKANPGGIKIGFAPGLGNDDQLSFARAAEMAGISPFDIRFFQYGSSNEVIEALISHEIDAASMTISEARDAYRKGKITLAAVTSDKRLSGFSDVPTWKEQGVPFVFAHWRGIMGPKDMTEGEIAYWDQALKQITSSAEWKQMLKKRDWESFYKNSSGAKRFLEEQTEFYKEMMSSEK PGPT0017360_2034 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_TRICARBOXYLATE_TRANSPORT,PGPT0017360-tctC-K07795 NA NA D1-12_02681 681 citT COG4565 Transcriptional regulatory protein CitT GTGATTAACATCGCGATTGCAGAGGACGACTTTCGAATAGCGCAAATCCATGAAAAATTTATCGAACATCTTGATGGATTCAATGTCATCGGCAAAGCAATCAATGCCAAAGACACTATATCGCTGCTTGAGAAACGGCAGCCTGATCTGCTGCTTTTGGATATTTATATGCCGGATGAGCTGGGGACAGATCTGCTCCCGCTTATCCGCGGCCGTTTTCCTTCCGTTGATATCATCATTATTACGGCTTCTGCCGAAACAAGGCTGCTGCAGGAAGCGCTCAGATCAGGCGTTTCCCACTATGTCATAAAACCGGTGTCCGCACATAAATTTACAGAAGTGCTTTTGCAGTACCGTGAAAAAAGAGAATGGCTGCACTCACAGCCGGAGCTCAGCCAGTCCGTGATCGACATGTTTTTCGGAAGCGGTCAGAAAGAACAAAAACAGCACAATGATCTGCCGACAGGCATTAATTCGATTACGCTTCAAAAAATCAAAAACGCGCTCAGAACGGCCCAAAAAGGGATGACGGCTGAAGAACTGGGAGAAAAAATGGGCGCCTCCAGAACAACGGCGCGGCGCTACGCCGAGTTTCTCGTTTCTCGGGAAGAAGCGCTCGCTGAATTAGAGTACGGCATTATCGGCAGGCCGGAACGGAAATATTATTTAGCACATGAATAA MINIAIAEDDFRIAQIHEKFIEHLDGFNVIGKAINAKDTISLLEKRQPDLLLLDIYMPDELGTDLLPLIRGRFPSVDIIIITASAETRLLQEALRSGVSHYVIKPVSAHKFTEVLLQYREKREWLHSQPELSQSVIDMFFGSGQKEQKQHNDLPTGINSITLQKIKNALRTAQKGMTAEELGEKMGASRTTARRYAEFLVSREEALAELEYGIIGRPERKYYLAHE PGPT0001490_68 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_CITRATE_SENSING|UTILIZATION,PGPT0001490-citS-K11638 NA NA D1-12_02682 1605 citS COG3290 Sensor protein CitS GTGTTGGAAGCGAAGCGGTTTTATGTCTCTCTGCAAATGAAAATCGCCGGATTAATTACGGCTTTATTAATACTTGTCATCGGAACGCTCACGGTTATATTTGCCTTTCAGCAATTAAAGGAAGGGCAGAAGCAGGCTGAACAGCTGGCGGTGCAAACGGCAAAAACCATTTCATACATGCCTCCTGTAAAAGAGGCATTCCGGCTTGCGGATCAAGAAGCTTTTACAAAGTTAGACGTCATTGAACAAATGAAAGAACAGGCAGGCGCGCACGCCGTCTACATTACTGATCAAAAAGGGCATGTTGCATTTCATTCGGCCCGCAGCAGCATTCCGAAAGAAAATCAAAATCTGCAAAATAAAACCGTCATGTTCGGCGGGTCTCCGGTTTCCGACGGAATGACGGCGGTCCGGGGAAGCGCCCCGGTTATTCTGGAGGAAAAAAATCATAACGAAGTCGTCGGAACGGTGACAGTCGAGTTTTTACAAGATGAGATAGAAAAAGATATGAAAGCGCATCTGCGGCATTTAGGCTATTTTGCATGCTTGGTGTTTCTTATCGGCATCGGGGGAGCGGCAGCGCTCGCAAAAAGCATCCGTAAAGATACACTCGGCCTTGAACCGCATGAAATTGCAGCGCTGTACCGGGAGCGCAATGCGATGCTCCTTGCGATGAAAGAAGGGATTATCGCCGTAAACAAAGAAGGCGCGGTAACCATGATGAATTTATCTGCGGCTGATATGCTGAATCTTCCGGCACCGATGATCGGAAGGCATATAAAAGAAATCATGCCGGGCGCAAATCTTATGCCGGTTTTGGCAGGGGGAGAATTACCGCCGAACGTGGAGGTGCGTGCCGGAGATAAAGTGTTTATCTTAAACGTGAAAGAAATGAAGCAGACCGGACAAGTATACGGAGCGGTGATCAGCTTCCGCGAAAAAACGGAGCTCAAGAAACTCATTAACAAGCTGACTGAAATGAAAAAATACTCGGAGGATCTCCGGGCGCAAACGCATGAATTCTCGAATAAGCTTTACGCGATCCTCGGTCTGTTAGAGCTGGGAGAATATAATGAAGCCATTGAACTGATAAAAGAAGAGTACGCCATCCAGAATGAACAGCACGAAATCCTCTTTCAAAACATTCATTCACAGCGGGTTCAGGCCATACTATTAGGAAAAATGGGAAAGGCGTCTGAGAAGAAAGTGAAGCTTTCAATAGATGAAAACAGCTTTTTAGAATCGCTGCCGGAGCATGTGGGTTCATCCCAGCTCATTACGATCATCGGAAATCTTATTGATAACGCTTTCGAAGCCGTCGCCGAAAAAGAGAAAAAAGAGGTCGCCTTTTTTATGACCGATATCGGCAGGGATATCGTCATCGAAGTGGCGGATTCAGGAGACGGCGTGCCTCAGGAAAAAACAGAAACGATATTTGAAAAGGGCTACTCTTCAAAGGGGACGAGGAGAGGATACGGCTTAGCCAATCTGAAAGAAGCCGTCAGTGAATTGCAGGGATCGATAGAGATTTCGCAGCAAAAGAGCGGCGGTGCCGTATTTACGGTGTTTATACCGAAAGAAAGGCCAAAGGGGGAATCGGTGTGA MLEAKRFYVSLQMKIAGLITALLILVIGTLTVIFAFQQLKEGQKQAEQLAVQTAKTISYMPPVKEAFRLADQEAFTKLDVIEQMKEQAGAHAVYITDQKGHVAFHSARSSIPKENQNLQNKTVMFGGSPVSDGMTAVRGSAPVILEEKNHNEVVGTVTVEFLQDEIEKDMKAHLRHLGYFACLVFLIGIGGAAALAKSIRKDTLGLEPHEIAALYRERNAMLLAMKEGIIAVNKEGAVTMMNLSAADMLNLPAPMIGRHIKEIMPGANLMPVLAGGELPPNVEVRAGDKVFILNVKEMKQTGQVYGAVISFREKTELKKLINKLTEMKKYSEDLRAQTHEFSNKLYAILGLLELGEYNEAIELIKEEYAIQNEQHEILFQNIHSQRVQAILLGKMGKASEKKVKLSIDENSFLESLPEHVGSSQLITIIGNLIDNAFEAVAEKEKKEVAFFMTDIGRDIVIEVADSGDGVPQEKTETIFEKGYSSKGTRRGYGLANLKEAVSELQGSIEISQQKSGGAVFTVFIPKERPKGESV NA NA NA NA NA D1-12_02683 192 hypothetical protein ATGTTCAGCCCTGTCGTGATTCCGTTGCTGATGCTGCCGATTGACAATACGCCGGTGAGGGGAGGAGCTAAAGTGACGGATGCTCCGGGGATCGGCGTGAACGTATTGTTCGGCACAGTAGAACTGTATAGTTGTGCGGTTATCGTAACAGTCGAGCCGACAAGCGACAGTGCTGCGGTTGTACTGAAATAG MFSPVVIPLLMLPIDNTPVRGGAKVTDAPGIGVNVLFGTVELYSCAVIVTVEPTSDSAAVVLK NA NA NA NA NA D1-12_02684 186 hypothetical protein ATGGTTCCGCTTCTCGGAGCAGAAAAAGCAAAGTTCAGCAGAGTTCCTCCAGCCCCGGTAAGATCAATTACGCCTCCCCCTCCGACATTGACGCCCGTCACAGAATTGCCGAACCCGACAAGGCTCACCGTTCCGATTAATCCGCCGGCAATGGTCGTCACGGCAGTGGGAAGACCTGAAGCATAA MVPLLGAEKAKFSRVPPAPVRSITPPPPTLTPVTELPNPTRLTVPINPPAMVVTAVGRPEA NA NA NA NA NA D1-12_02685 1989 hypothetical protein ATGATCGCGCCTGCTCCGGTGATTCCAGTGGCTCCGGTGATCCCAGTTGCGCCTGTTACTCCGGTGGCGCCTGTTACTCCGGTTACTCCGGTTACTCCAGTTGCTCCCGTTACTCCGGTGGCTCCCGTTATCCCAGTATCCCCGGTTACTCCGGTAGCCCCTGTTACTCCGGTGGCGCCTGTTACTCCGGTTACTCCAGTTGCTCCCGTTACTCCGGTTACTCCCGTTACTCCGGTGGCTCCCGTTATTCCTGTCGCTCCTGTTACTCCGGTTACTCCAGTTGCTCCCGTTACTCCGGTTACTCCCGTTACTCCGGTTACTCCCGTTACTCCGGTGGCGCCTGTTACTCCGGTGGCGCCTGTTACTCCGGTTACTCCAGTTGCTCCCGTTACTCCGGTAGCCCCTGTTACTCCGGTGGCGCCTGTTACTCCGGTTACTCCAGTTGCTCCCGTTACTCCGGTGATCCCGGTTACTCCGGTGGCTCCCGTTATCCCAGTATCCCCGGTTACTCCGGTAGCACCTGTTACTCCGGTGGCGCCTGTTATTCCGGTTGCTCCAGTAGCACCTGTTACTCCGGTGGCGCCTGTTATTCCGGTTGCTCCAGTATCCCCGGTTGCTCCTGTTACTCCCGTTACCCCGGTTACTCCAGTTGATCCCGTTACTCCTGTGACTCCGGTGATCCCGGTGGCGCCTGTTTCTCCGGTTGCTCCCGTTATTCCTGTCGCTCCGGTTACTCCCGTTACCCCGGTGGCGCCTGTTACTCCAGTAGCTCCGGTGATCCCGGTTGCTCCCGTTACTCCGGTAGCACCTGTTACCCCGGTTGCTCCCGTTAATCCTGTAGCTCCTGTAGCTCCTGTTACTCCCGTTATCCCGGTTGCTCCGGTCAAGCCCGTTACTCCAGTAGCTCCGGTGATCCCAGTGGCTCCCGTTATCCCGGTGGCGCCTGTTACTCCGGTAGCACCTGTTACTCCGGTGGCGCCTGTTGCTCCGGTTACTCCCGTTACCCCGGTTGCTCCTGTTACTCCGGTGGCGCCTGTTACTCCGGTGGCGCCTGTTACTCCTGTTACTCCCGTTACCCCGGTTACTCCAGTGACTCCGGTGATCCCGGTTGCTCCGGTCAAGCCCGTTACTCCAGTAACTCCGGTTACCCCGGTTGCTCCTGTTACTCCCGTTACCCCGGTTACTCCAGTTGATCCCGTTACTCCTGTTACTCCGGTGGCGCCTGTTACTCCGGTGGCTCCCGTTACTCCAATCGCTCCGGTTACCCCAGTTACTCCGGTTACCCCAGTTACTCCGGTAGCTCCGGTGATCCCAGTTGCTCCAGTTATCCCAGTTGCTCCAGTAGCCCCGGTGGCTCCTGTTACTCCGGTAGCGCCTGTTACTCCGGTTACTCCAGTTGATCCCGTTACTCCAGTGACTCCGGTGATCCCGGTAGCGCCAGTATCCCCGGTTGCGCCTGTTACTCCGGTAGCTCCGGTGATCCCAGTGGCTCCAGTTATCCCAGTGACTCCAGTATCCCCGGTGGCTCCTGTTACTCCGGTCACTCCGGTCACTCCGGTTACCCCAGTCACTCCGGTAGCTCCGGTGATCCCAGTGGCTCCAGTTATCCCAGTGGCTCCAGTCAGCCCTGTTGCTCCGGTAGCGCCTGTTACTCCGGTTACTCCAGTTGATCCCGTTACTCCAGTGACTCCGGTGATCCCGGTAGCGCCTGTTACTCCGGTAGCGCCTGTTACCCCGGTGGCTCCCGTTACTCCCGTGGCGCCAGGATCTCCAGTGACTCCGGTGGCTCCCGTGGCACCGGTTACCCCAGTCGCGCCGGTATTCCCGGTCGAGCCCGTTGCTCCGGTAAGCCCCGTTGCTCCGGTAAACCCCGTTGCTCCGGTCAGCCCTGTTGCTCCAGTGAACCCCGTTGCTCCAGTGAACCCCGTTGCTCCGGTCAGCCCCGTTGCTCCGGTGCACCCCGTTGCTCCGGTGAATCCTCTTACATGA MIAPAPVIPVAPVIPVAPVTPVAPVTPVTPVTPVAPVTPVAPVIPVSPVTPVAPVTPVAPVTPVTPVAPVTPVTPVTPVAPVIPVAPVTPVTPVAPVTPVTPVTPVTPVTPVAPVTPVAPVTPVTPVAPVTPVAPVTPVAPVTPVTPVAPVTPVIPVTPVAPVIPVSPVTPVAPVTPVAPVIPVAPVAPVTPVAPVIPVAPVSPVAPVTPVTPVTPVDPVTPVTPVIPVAPVSPVAPVIPVAPVTPVTPVAPVTPVAPVIPVAPVTPVAPVTPVAPVNPVAPVAPVTPVIPVAPVKPVTPVAPVIPVAPVIPVAPVTPVAPVTPVAPVAPVTPVTPVAPVTPVAPVTPVAPVTPVTPVTPVTPVTPVIPVAPVKPVTPVTPVTPVAPVTPVTPVTPVDPVTPVTPVAPVTPVAPVTPIAPVTPVTPVTPVTPVAPVIPVAPVIPVAPVAPVAPVTPVAPVTPVTPVDPVTPVTPVIPVAPVSPVAPVTPVAPVIPVAPVIPVTPVSPVAPVTPVTPVTPVTPVTPVAPVIPVAPVIPVAPVSPVAPVAPVTPVTPVDPVTPVTPVIPVAPVTPVAPVTPVAPVTPVAPGSPVTPVAPVAPVTPVAPVFPVEPVAPVSPVAPVNPVAPVSPVAPVNPVAPVNPVAPVSPVAPVHPVAPVNPLT NA NA NA NA NA D1-12_02686 150 hypothetical protein ATGATTGTTGCTGTCATTTTCAACATAAAAGAAGAAATCAAAGGCGCAGTTATCAAAAACGGGCCCATTGCTGTGAAGAATTCTGTTGCAAAACCTCTTGCTGTCATGAAAGATGGTGTCCATGCTGTCATCCAAATCATTTTCATGTAA MIVAVIFNIKEEIKGAVIKNGPIAVKNSVAKPLAVMKDGVHAVIQIIFM NA NA NA NA NA D1-12_02687 180 hypothetical protein ATGCTGTTAAAATCGATATTGAGAGCAGTTGCTGCCGTTAAATTATTAGCAGTTGTTAAAATAATCCTTAGCTGGTACGTGTTTGTTCCTGCGGTCGGCGCAGTATCCACTGTTGTGTCCGCAATCGAAAAACTTTCCGTAGCTGCGGTAGTATTAGTTCGCGACAGAGTTCTTGTATGA MLLKSILRAVAAVKLLAVVKIILSWYVFVPAVGAVSTVVSAIEKLSVAAVVLVRDRVLV NA NA NA NA NA D1-12_02688 6084 hypothetical protein GTGAAGAGCAAGGCCGGTGTACTGCCTGTGGCGCCGGTTGCACCAGTCGGGCCGGTTACTCCGGTTGCACCGGTTACACCAGTCGGGCCGGTTATGCCTGTCAAGCCGGTTGTGCCGGTTGCTCCTGTTGCTCCTGTTGGACCCGTTAGGCCTGTTGTACCTGTCGCTCCTGTTACTCCAGTTGAGCCGGTTGCACCTGTTACTCCGGTTACTCCGGTTGCTCCGGTTGAGCCTGTTGATCCGGTTGATCCTGTTGGGCCGGTTGAGCCTGTCGATCCCGTTGCTCCGGTTATTCCTGTTGACCCTGTTACACCGGTTGCGCCGGTTTCTCCCGTTGCACCAGTTTCTCCTGTTGGGCCAGTAACCCCTGTTGGTCCAGTCACACCGGTTGGGCCCGTCGCGCCTGTTATTCCAGTTAGCCCGGTTGCACCTGTTGCTCCTGTTATCCCCGTTGCTCCAGTCACTCCAGTTGCTCCGGTTATTCCTGTTGACCCAGTTACACCGGTTGCGCCGGTTTCTCCCGTTGCCCCAGTTTCTCCTGTTGGACCCATGATTCCGGTTGGACCCGTTTCTCCCGTTGAACCTGTTACTCCAGTTGGGCCGGTTGCTCCGGTCGAACCTGTTACACCTGTTGGGCCAGTTGAACCCGTTATGCCAGTCGATCCTGTTGCTCCTGTTACTCCGGTTGGACCGGTCTCTCCCGTTGCTCCTGTTACTCCGGTTGGACCCGTGATTCCGGTTGGGCCGGTTTCTCCTGTCGCTCCAGTTACTCCCGTTGCTCCAGTCACACCCGTTGGACCGGTTGGGCCTGTTACTCCCGTTGGGCCGGTTGCTCCGGTCGAACCTGTTACACCTGTTGGGCCTGTTACACCGGTCAAGCCGATTGCTCCGGTTGGACCCGTTTCTCCCGTTGAACCTGTTACACCTGTTGGGCCTGTTACACCGGTCAAGCCGATTGCTCCGGTTGGACCCGTTTCTCCCGTTGAACCTGTTACTCCAGTTGGGCCGGTTGCTCCAGTTATTCCCGTTGCGCCGGTCGCCCCGGATGCACCCGTCGCTCCGGTTGCTCCGGTTATACCCGTTACCCCAGTCGCTCCGGTTGCTCCGGTTGAGCCAGTTTCTCCAGTTGCACCGGTTGAGCCAGTTGGGCCTGTCGATCCCGTTGGACCGGTCTCTCCCGTTGGGCCGGTTTCTCCAGTCATTCCGGTTGAACCCGTGGTTCCGGTTGCTCCAGTAGCTCCGGTATCCCCGGTCGAGCCAGTTTCTCCGGTTGACCCAGTAACTCCAGTTGGACCGGTTGCTCCTGTCGGTCCTGTTGCACCCGTTTCTCCCGTTGAACCTGTTACTCCAGTTGGGCCGGTTGCTCCGGTCGAACCTGTTACACCAGTTGGGCCGGTTGAACCCGTTATGCCAGTCGATCCTGTTACTCCGGTTGGACCGGTCTCTCCCGTTGGGCCGATTTCTCCAGTTACCCCCGTTGCCCCTGATGGGCCGGTTTCTCCAGTTACACCGGTTGCGCCGGTTTCTCCCGTTGCCCCAGTTTCTCCTGTTGGACCCATGATTCCGGTTGGACCCGTTTCTCCCGTTGAACCTGTTACTCCGGTTGAGCCCGTGGTTCCAGTTTCTCCTGTTGGCCCTGTTGCGCCGGTTGGGCCCGTTACTCCGGTTGAGCCAGTCGCGCCGGTTATCCCAGTTGGACCAGTTTCTCCGGTTGCCCCAGTTTCTCCTGTTGGGCCTGTTACACCAGTCGAGCCGGTTGTTCCTGTTACTCCAGTCATTCCGGTTGCTCCTGTTGAGCCAGTCTCTCCAGTTTCTCCGGTTGAACCCGTTGCTCCGATTGGACCGGTCTCTCCAGTTACCCCCGTTGCCCCTGTTGGGCCGGTTACTCCAGTAGCTCCGGTTGCCCCGGTCGAGCCTGTTTCTCCGGTTGCTCCAGTTACTCCCGTTGCACCAGTTTCTCCCGTTACACCTGTTACTCCGGTTGAACCCGTTGCTCCGGTTGGGCCTGTTGCTCCTGTTGATCCGGTTACTCCCGTCGCCCCGGTTGGTCCCGTTTCTCCTGCTGGGCCGGTTACTCCAGTAGCTCCGGTTGCCCCGGTCGAGCCAGTTTCTCCGGTTGGTCCTGTCGGTCCTGTTGCTCCTGTTATCCCCGTTGCTCCAGTCTCCCCAGTTGCCCCGGTTGCTCCTGTCGCGCCTGTTACCCCCGTTGCACCGGTTGAGCCTGTTACTCCTGTTGATCCGGTTACTCCCGTCGCCCCGGTTGTTCCGGTTGAGCCAGTTGGGCCTGTTGAGCCAGTTACACCTGTTGCTCCTGTCGATCCGGTTATCCCCGTTGCCCCAGTCACTCCTGTTGAACCGGTTGAACCAGTTGGTCCTGTCGATCCGGTTATCCCCGTCGCCCCGGTTGCTCCTGTTACACCCGTTGGACCTGTTGAGCCGGTTGCTCCTGTCGCGCAAGTCGCTCCAGTTGCTCCGGTTTCTCCTGTTGAGCCAGTAACCCCTGTTGGTCCAGTCACACCGGTTGGGCCCGTCGCGCCTGTTATTCCAGTTAGCCCGGTTGCACCAGTTGCTCCGGTTGCCCCGGTCGAGCCTGTTTCTCCTGTTGGCCCTGTTACACCGGTTTCTCCGGTTGTGCCTGTTACTCCTGTTGCACCAGTCGATCCAGTTGGACCTGTTACACCAGTTGAGCCCGTGACCCCAGTTGGGCCGGTTTCTCCGGTTGAACCAGTCACTCCCGTTAAACCAGTTGACCCTGTTATTCCGGTCGAGCCTGTTAATCCGGTTACACCAGTTACCCCAGTCGATCCTGTTGCTCCGGTTTCTCCAGTTATTCCCGTTGCGCCGGTCGCCCCGGATGCACCCGTTGCTCCGGTTGAACCGGTTTCTCCCGTTGAGCCAGTCGGTCCGGTTATTCCTGTTGACCCAGTTACACCGGTTGGGCCGGTTGGGCCGGTTGGGCCGGTTGGGCCTGTCGATCCCGTTGCTCCGGTTTCTCCTGTTACACCTGTTGGGCCGGTTGGACCCGTGATTCCGGTTGGGCCGGTTTCTCCGGTCGCCCCAGTTACTCCCGTTGCTCCAGTCACACCCGTTGGACCGATTGGGCCTGTTACTCCTGTTGGGCCCGTTGCGCCGGTTTCTCCTGTTGAGCCAGTAACCCCTGTTGGTCCAGTCACACCGGTTGGGCCCGTCGCGCCTGTTACCCCCGTTTCTCCGGTTGGGCCGGTTGATCCGGTTATACCAGTTGGGCCTGTTGAGCCAGTTACACCTGTTGCTCCAGTCACTCCCGTTGCACCAGTCACTCCCGTTGCACCTGTTACTCCGATTGAGCCGGTTATCCCCGTCGCCCCGGTTTCTCCTGTCGCTCCCGTGACCCCAATCGGGCCAGTCACACCAGTTGCTCCGGTTGAGCCTGTAGATCCAGTTGGACCGGTCTCTCCAGTTGCGCCGATTTCTCCAGTTACACCCATTGCCCCTGTTGGGCCGGTTGAGCCTGTCGATCCCGTTGCCCCTGTTATTCCGGTTGAGCCTGTAGATCCGGTTGGACCGGTTTCTCCCGTTACACCCGTTACCCCAGTTACTCCGGTCGCTCCTGTTACTCCCGTTACACCCGTTTCACCGGTTGGGCCGGTTGAGCCTGTCGCCCCAGTTACTCCTGTTGTCCCAGTTACCCCAGTCGCTCCTGTCGATCCCGTTGCACCGGTTGATCCGGTTTCTCCGGTTGAGCCGGTTACTCCCGTCGCCCCGGTTTCTCCGGTTGAACCAGTTGGGCCTGTTACACCAGTCGAGCCGGTTGGGCCGGATTCTCCAGTCGATCCGGTTACTCCCGTCGCTCCAGTTTCTCCTGTTGAACCAGTTACACCTGTTGCACCGGTTTCTCCGGTTGAGCCAGTAATCCCTGTTGCTCCTGTTGATCCGGTTGCACCTGTTGCTCCAGTTAAGCCCGTGACCCCAGTTGGGCCGGTTGATCCTGTTGGGCCTGTTGAGCCAGTTACACCTGTTGCTCCAGTCACTCCCGTTGCACCGGTTTCTCCGGTTGAGCCTGGCGATCCAGTTGGACCGATCTCTCCCGTGGGTCCAGTTGATCCTGCTGCACCAGTAACTCCAGTTGAACCTGTCGACCCTGTTGGCCCGGTTGGACCGGTTGATCCCGTTGCTCCTGTTACTCCCGTTGGACCGGTAGATCCGGTTATCCCCGTCGCCCCGGTGACTCCTGTTGCTCCAGTCACTCCGGTTGGTCCCGTTGCTCCAGTTGAACCAGTTGAACCTGTTCCCCCGGTTGGGCCAGTTTCTCCGGTTGAGCCGGTTACTCCTGTGGCACCAGTCGCTCCTGTTATCCCCGTTGACCCAGTCACTCCCGTTACACCGGTTGGGCCGGTTTCTCCGATTGAACCTGTTGCTCCGGTTATTCCTGTTGACCCTGTTACACCGGTCGCTCCGGTTTCTCCTGTTGACCCTGTTACACCGGTTGAGCCCGTTACACCAGTTGGACCCGTTACTCCGGTTAGGCCGGTTTCTCCAGTCGCCCCTGTTACTCCAGTTGAGCCCGTGGTTCCGGTTGCTCCTGTTGATCCTGTTGATCCCGTTGCTCCTGCTGGGCCGGTTTCTCCAGTAGCTCCAGTATCCCCGGTCGAGCCAGTTTCTCCGGTTGCTCCTGTCGGTCCTGTTGCTCCTGTTATTCCGGTTGAGCCTGTTGATCCGGTTGGACCGGCCTCTCCCGTTGGGCCGGTTTCTCCAGTTACCCCCGTTGCCCCTGTTGCGCCGGTTGGGCCAGTTTCTCCAGTTGCACCGGTTACACCAGTCGAACCGGTTGAGCCGGTTACTCCAGTCATTCCGGTTGAACCCGTGGTTCCGGTTGCTCCAGTAGCTCCGGTATCCCCGGTCGAGCCTGTTGCTCCTGTTGGCCCTGTTACACCAGTTTCTCCGGTTGTGCCTGTTACTCCTGTTGCTCCTGTCGATCCGGTTATCCCCGTTGCCCCAGTCACTCCTGTTGAACCGGTTGAACCAGTTGGTCCTGTCGATCCGGTTATCCCCGTCGCCCCGGTTTCTCCTGTTACACCGGTTGGGCCCGTCGCGCCTGTTATTCCAGTTAGCCCGGTTGCACCAGTTGCTCCGGTTGCCCCGGTCGAGCCTGTTTCTCCTGTTGGCCCTGTTACACCGGTTTCTCCGGTTGTGCCTGTTACTCCTGTTGCACCAGTCGATCCAGTTGGACCTGTTACACCAGTTACACCGATCGCTCCGGTTGCGCCAGTCGATCCAGTTGGACCTGTTACACCAATTGAGCCCGTGACCCCAGTTGGGCCGGTTTCTCCGGTTGAACCAGTCACTCCCGTTAAACCAGTTGACCCTGTTGGACCAGTTGCCCCTGTTATTCCGGTCGAGCCTGTTAATCCGGTTACACCAGTTACCCCAGTCGATCCTGTTGCTCCGGTTTCTCCAGTTATTCCCGTTGCGCCGGTCGCCCCGGATGCACCCGTTGCTCCGGTTGAACCGGTTTCTCCCGTTGAGCCAGTCGGTCCGGTTATTCCTGTTGACCCAGTCACTCCCGTTGCACCGGTTACTCCTGTTGCGCCAGTCGCTCCTGTTATCCCCGTTGGGCCGGTTTCTCCCTTTGAGCCTGTCGGGCCGGTTGACCCTGTTGGACCTGTTGCTCCTGTTACTCCAGTTGAGCCCGTTGAGCCAGTCGCGCCAGTTGCTCCGGTTGAACCTGTCACTCCCGTTGAACCAGTTGAGCCTGTTGATCCGGTTACACCAGTTACCCCAGTCGATCCAGTTGCACCGGTTGCTCCTGTTGAGCCAGTCGCGCCAGTTGGACCCGTTACTCCGGTCGCTCCTCTTGCCCCGGTTGAACCAGTTGCTCCCGTTGCACCAGTTACTCCGGTCGCTCCTCTTGCTCCGGTCACTCCTGTGGGGCCCGTCACTCCAGTGGGGCCCGTCACTCCAGTGGGACCTGTAATTCCTGTTACGCCAGGTTCACCCCCGGTTGGCGCCAATGAAACGTCATCTATTAAAACCGTTCCGGAAGAAACTTTACTTAATACAATGACGGCAGAGGCCGCGCCAGAAGGCACACTGCTTGTTTTATAG MKSKAGVLPVAPVAPVGPVTPVAPVTPVGPVMPVKPVVPVAPVAPVGPVRPVVPVAPVTPVEPVAPVTPVTPVAPVEPVDPVDPVGPVEPVDPVAPVIPVDPVTPVAPVSPVAPVSPVGPVTPVGPVTPVGPVAPVIPVSPVAPVAPVIPVAPVTPVAPVIPVDPVTPVAPVSPVAPVSPVGPMIPVGPVSPVEPVTPVGPVAPVEPVTPVGPVEPVMPVDPVAPVTPVGPVSPVAPVTPVGPVIPVGPVSPVAPVTPVAPVTPVGPVGPVTPVGPVAPVEPVTPVGPVTPVKPIAPVGPVSPVEPVTPVGPVTPVKPIAPVGPVSPVEPVTPVGPVAPVIPVAPVAPDAPVAPVAPVIPVTPVAPVAPVEPVSPVAPVEPVGPVDPVGPVSPVGPVSPVIPVEPVVPVAPVAPVSPVEPVSPVDPVTPVGPVAPVGPVAPVSPVEPVTPVGPVAPVEPVTPVGPVEPVMPVDPVTPVGPVSPVGPISPVTPVAPDGPVSPVTPVAPVSPVAPVSPVGPMIPVGPVSPVEPVTPVEPVVPVSPVGPVAPVGPVTPVEPVAPVIPVGPVSPVAPVSPVGPVTPVEPVVPVTPVIPVAPVEPVSPVSPVEPVAPIGPVSPVTPVAPVGPVTPVAPVAPVEPVSPVAPVTPVAPVSPVTPVTPVEPVAPVGPVAPVDPVTPVAPVGPVSPAGPVTPVAPVAPVEPVSPVGPVGPVAPVIPVAPVSPVAPVAPVAPVTPVAPVEPVTPVDPVTPVAPVVPVEPVGPVEPVTPVAPVDPVIPVAPVTPVEPVEPVGPVDPVIPVAPVAPVTPVGPVEPVAPVAQVAPVAPVSPVEPVTPVGPVTPVGPVAPVIPVSPVAPVAPVAPVEPVSPVGPVTPVSPVVPVTPVAPVDPVGPVTPVEPVTPVGPVSPVEPVTPVKPVDPVIPVEPVNPVTPVTPVDPVAPVSPVIPVAPVAPDAPVAPVEPVSPVEPVGPVIPVDPVTPVGPVGPVGPVGPVDPVAPVSPVTPVGPVGPVIPVGPVSPVAPVTPVAPVTPVGPIGPVTPVGPVAPVSPVEPVTPVGPVTPVGPVAPVTPVSPVGPVDPVIPVGPVEPVTPVAPVTPVAPVTPVAPVTPIEPVIPVAPVSPVAPVTPIGPVTPVAPVEPVDPVGPVSPVAPISPVTPIAPVGPVEPVDPVAPVIPVEPVDPVGPVSPVTPVTPVTPVAPVTPVTPVSPVGPVEPVAPVTPVVPVTPVAPVDPVAPVDPVSPVEPVTPVAPVSPVEPVGPVTPVEPVGPDSPVDPVTPVAPVSPVEPVTPVAPVSPVEPVIPVAPVDPVAPVAPVKPVTPVGPVDPVGPVEPVTPVAPVTPVAPVSPVEPGDPVGPISPVGPVDPAAPVTPVEPVDPVGPVGPVDPVAPVTPVGPVDPVIPVAPVTPVAPVTPVGPVAPVEPVEPVPPVGPVSPVEPVTPVAPVAPVIPVDPVTPVTPVGPVSPIEPVAPVIPVDPVTPVAPVSPVDPVTPVEPVTPVGPVTPVRPVSPVAPVTPVEPVVPVAPVDPVDPVAPAGPVSPVAPVSPVEPVSPVAPVGPVAPVIPVEPVDPVGPASPVGPVSPVTPVAPVAPVGPVSPVAPVTPVEPVEPVTPVIPVEPVVPVAPVAPVSPVEPVAPVGPVTPVSPVVPVTPVAPVDPVIPVAPVTPVEPVEPVGPVDPVIPVAPVSPVTPVGPVAPVIPVSPVAPVAPVAPVEPVSPVGPVTPVSPVVPVTPVAPVDPVGPVTPVTPIAPVAPVDPVGPVTPIEPVTPVGPVSPVEPVTPVKPVDPVGPVAPVIPVEPVNPVTPVTPVDPVAPVSPVIPVAPVAPDAPVAPVEPVSPVEPVGPVIPVDPVTPVAPVTPVAPVAPVIPVGPVSPFEPVGPVDPVGPVAPVTPVEPVEPVAPVAPVEPVTPVEPVEPVDPVTPVTPVDPVAPVAPVEPVAPVGPVTPVAPLAPVEPVAPVAPVTPVAPLAPVTPVGPVTPVGPVTPVGPVIPVTPGSPPVGANETSSIKTVPEETLLNTMTAEAAPEGTLLVL NA NA NA NA NA D1-12_02689 795 hypothetical protein ATGATGACTTCAGTGCGAATAGAATATTGCCGGGGTGATAATATGAGCAGCGGCCGTAATCAATACATGATATTGAAACAGAAACCTTACAAATATATGAGCAGACATATGAAACGCCGGTATGAACAATTACCATGTGAACTTGAAAGTCCGGAAACAGGGACGGAAAAACGGTTTCCGTCTTCAGATGAAAATCGATCTGCCTTGTGCGTACCCGGGCTGCGAGGTCCGGAAGGCAAAAGAGGACCCGCCGGCTCCCGCGGTCCGCAAGGGGAGGCGGGTCCGCCCGGTCCCCCGGGGCCTGAGGGTCCGCCCGGTCCCCCGGGGCCTGAGGGTCCGCCCGGTCCCCCGGGGCCTGAGGGGCCGCCGGGAGCGGTTCCTGCGGTAGCTTTTCAAAATACAGCAGACCTAATGACGCTTCCGTTAGAAGGAACACCGATAAACGTGTTAAGCACAGTGATAGCTGCGCCGACAGATCAATTGGTGAAAACGGATGCCGTCATACAAGTAAATGTGGAATTAGATCCGCTTGCGTCTCATTTCTCATTGGTCTTAGCTGTCGAGCTGCAAAGAAATGGCGTAACGATACAAACACAGAGACAAGAGAGGAACCTCTTTTCTTCAGGCGGACAAATCATAGGAATTCCTTTTACGTACATCGACGAAATGAAGGCGGATGAAACAGCCGCGTATCAGCTCTATTTATCCGTCCTTTCTTCGAACTACGTAACACAAGTCGCAGCGGCAAACCGCTCCCTCATTGCGACGGGATTCCCCATTCAAGGATCGGATTAA MMTSVRIEYCRGDNMSSGRNQYMILKQKPYKYMSRHMKRRYEQLPCELESPETGTEKRFPSSDENRSALCVPGLRGPEGKRGPAGSRGPQGEAGPPGPPGPEGPPGPPGPEGPPGPPGPEGPPGAVPAVAFQNTADLMTLPLEGTPINVLSTVIAAPTDQLVKTDAVIQVNVELDPLASHFSLVLAVELQRNGVTIQTQRQERNLFSSGGQIIGIPFTYIDEMKADETAAYQLYLSVLSSNYVTQVAAANRSLIATGFPIQGSD NA NA NA NA NA D1-12_02690 1437 yflS COG0471 Putative malate transporter YflS ATGGCTTCAGAAAAAGACGCAAAAAAACAGCAGGCAGTAAAAATCATTCCTTTGCTTATTACTGTTGCTGTGGGATTAATCATTTGGTTTATTCCCGCGCCGTCCGGACTTGAACCTAAAGCATGGCATTTGTTCGCTATTTTTGTCGCAACAATTATCGGCTTTATCTCCAAGCCCTTGCCAATGGGCGCAATTGCAATTTTTGCATTGGCAGTCACCGCGTTAACGGGAACGCTATCTATTGAAAATACGTTAAGCGGATTTGGAAACAAGACAATCTGGCTGATTGTCATCGCCTTTTTTATTTCCCGGGGGTTCATCAAAACCGGGCTCGGCGCCAGGATTTCTTACGTATTCGTACAACGGTTCGGGAAGAAAACACTCGGCCTTTCTTATTCACTGCTTTTCAGTGATTTAATTTTATCACCTGCCATTCCGAGCAACACGGCACGGGCGGGCGGCATTATTTTTCCTATTATCAGATCATTATCCGAAACTTTCGGATCAACGCCGGCAGACGGAACAGAGCGGAAAATCGGCGCTTTCTTATTAAAAACCGGTTTTCAAGGAAACTTGATTACGTCTGCGATGTTTTTGACGGCAATGGCGGCGAACCCGCTGATCGCCAAGCTGGCCCACGATGTCGCAGGGGTGGACATCACATGGACAAGCTGGGCAATCGCGGCCATTGTACCGGGATTGGCGAGCTTAATCATTACGCCGCTCGTCATTTATAAGCTGTATCCGCCGGAAATTAAAGAAACACCGGATGCGGCTAAAATCGCAACGGAAAAATTGAAAGAAATGGGTCCGTTTAAAAAATCCGAACTCTCCATGGTCATCGTCTTTTTATTGGTGCTTGCGCTGTGGATTTTCGGAGGAAGCTTAAATATCGACGCAACGACGACGGCCCTGATCGGATTATCCGTTTTGCTTTTGTCACAGGTATTAACATGGGAGGACATCAAAAAAGAACAAGGTGCATGGGATACGCTGACTTGGTTCGCGGCGCTTGTGATGCTGGCGAATTTCCTGAATGAGCTCGGCATGGTGTCTTGGTTCAGCAATATGATGAAATCATCTGTTTCCGGTTTTTCATGGATTGTGGCATTTATGATTCTGATTGTCGTGTATTATTACACGCATTACTTCTTTGCGAGCGCAACCGCGCATATCAGCGCCATGTATGCGGCATTTCTCGCCGTCATCGTGGCGGCAGGCGCTCCGCCGCTGTTGGCGGCGCTCAGCCTGGCGTTTTTCAGCAACCTTTTCGGTTCGACGACGCATTACGGATCAGGAGCGGCTCCGGTCTTTTTCGGAGCGGGTTATATATCGCAAAGCAAATGGTGGTCCATCGGCTTTATCCTGTCAATCGTCCATATTGTGACATGGCTTGTGATCGGCGGATTATGGTGGAAAGTATTAGGGTTATGGTAG MASEKDAKKQQAVKIIPLLITVAVGLIIWFIPAPSGLEPKAWHLFAIFVATIIGFISKPLPMGAIAIFALAVTALTGTLSIENTLSGFGNKTIWLIVIAFFISRGFIKTGLGARISYVFVQRFGKKTLGLSYSLLFSDLILSPAIPSNTARAGGIIFPIIRSLSETFGSTPADGTERKIGAFLLKTGFQGNLITSAMFLTAMAANPLIAKLAHDVAGVDITWTSWAIAAIVPGLASLIITPLVIYKLYPPEIKETPDAAKIATEKLKEMGPFKKSELSMVIVFLLVLALWIFGGSLNIDATTTALIGLSVLLLSQVLTWEDIKKEQGAWDTLTWFAALVMLANFLNELGMVSWFSNMMKSSVSGFSWIVAFMILIVVYYYTHYFFASATAHISAMYAAFLAVIVAAGAPPLLAALSLAFFSNLFGSTTHYGSGAAPVFFGAGYISQSKWWSIGFILSIVHIVTWLVIGGLWWKVLGLW PGPT0013960_428 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_MALATE_TRANSPORT,PGPT0013960-TC_DASS|yflS-K03319 NA NA D1-12_02691 1266 pel COG3866 Pectate lyase ATGAAAAAAATGTTACTTATGCTGGCGGTTTGTTTATGTATGATTCCTGCGGACGTCTATGCCGCTGATCTGGGACGGCAGACGTTAGGAACAAATGACGGCTGGGGAGCCGCTTCCGGCGGGACAACCGGCGGCGCGAAAGCCTCTTCATCGAATGTATACACCGTATCAAACAGACAGCAGCTCGTTTCTGCATTAGGGGGAAGCGCCAACAGCACGCCGAAGATTATTTACATACAAGGCACAATCAATATGAATACGGACGACCGCAATAAAACGCTCGGCTTTAATGATTATAAAGATCCGGCATATGATCTCAACGCCTATCTGAAGGCGTACGACCCGGACAAATGGGGGAAAAAAGCGCCGTCAGGCACCCAGGAAGACGCCAGACAGCGATCGCAAAAAAACCAGAAGGCACGGGTCGTGGTTGACATTCCTTCAAATACGACAATCATCGGCTCGGGTTCAAATGCCAAAGTGACAGGCGGAAGTTTTAATATAAAGAACGGCGTCGACAATGTCATCATCCGCAACATTGAATTTCAAGACGCTTACGACTATTTTCCGCAATGGGACCCGACGGACGGCAGCAGCGGCAACTGGAACTCGGAATATGACAATATCACCATTAACGGCGCGACGCACATCTGGATCGATCATTGCACCTTTAATGACGGATCGAATCCCGACAGCGGTTTTCCCTACTATTACGGGAGAAAATTTCAGCACCATGACGGCCAGACGGATATAGCCAACGGGGCGAATTATATTACATTGTCCTATAATAAATATCATGACCATGACAAAGGCTCCGTCATCGGAAACAGCGACAGCAAGACGTCGGATGAAGGAAAACTGAAGGTGACCCTTCACCATAACTATTACCAGAACATCGTCCAGCGCGCACCGCGGGTCCGGTACGGGCAGGTTCATATTTATAATAATTTTTACGCAGGCTCGAAAAGCGCCGCATACCCGTTCAGCTATGCGTGGGGCGCGGGCCACGCGTCAAAAATATATGCCCAGAATAATGTCTTTGAAGTGCCGGGACTGGCTGCTGATAAAGTCATCAGCATCTTCAGCGGCGGAAAAGCGCTTCATGAAGACGGCACTCTTTTAAACGGCGCCTCCATTAACGCGTCAGCCGCCAACGGATTAAGTCAGTCCGTCGGCTGGACACCGTCATTGCACGGTTCCATCGGCTCATCATCAAATGTAAAATCAGATGTTATATCTAAAGCCGGGTCGGGCATATTAAAATAA MKKMLLMLAVCLCMIPADVYAADLGRQTLGTNDGWGAASGGTTGGAKASSSNVYTVSNRQQLVSALGGSANSTPKIIYIQGTINMNTDDRNKTLGFNDYKDPAYDLNAYLKAYDPDKWGKKAPSGTQEDARQRSQKNQKARVVVDIPSNTTIIGSGSNAKVTGGSFNIKNGVDNVIIRNIEFQDAYDYFPQWDPTDGSSGNWNSEYDNITINGATHIWIDHCTFNDGSNPDSGFPYYYGRKFQHHDGQTDIANGANYITLSYNKYHDHDKGSVIGNSDSKTSDEGKLKVTLHHNYYQNIVQRAPRVRYGQVHIYNNFYAGSKSAAYPFSYAWGAGHASKIYAQNNVFEVPGLAADKVISIFSGGKALHEDGTLLNGASINASAANGLSQSVGWTPSLHGSIGSSSNVKSDVISKAGSGILK PGPT0018225_1702 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_I_SECRETION_SYSTEMS CE-T1SS_SECRETED_PROTEINS,PGPT0018225-pel|plyB-K01728 NA NA D1-12_02692 348 yflT General stress protein 17M ATGAAACCGGTAGTAAGAGAATATACAAATGATCAAAAACTGATGCAGGACGTAAAAGAGCTTCAGCAATTGGGTGTCGCAAAAGAAGACGTATATGTGCTTTCTCATGATGACGACAGAACGGACCGCCTGGCAGATAATACTGATGTCAATACCATCGGAGCGAAAGAAACGGGCATTAAACACGCAGTCGGCAATATGTTTAATAAAAAAGGCGACGAGCTCCGCAACAAAATTCACGAAATCGGCTTTTCAGAAGAGGAAGCATCACAATTTGAAAAGCGCTTAGATGAAGGAAAAGTTCTTCTGTTTGTCACGGATAACGAAAAAGTGAAATCATGGGCGTAA MKPVVREYTNDQKLMQDVKELQQLGVAKEDVYVLSHDDDRTDRLADNTDVNTIGAKETGIKHAVGNMFNKKGDELRNKIHEIGFSEEEASQFEKRLDEGKVLLFVTDNEKVKSWA PGPT0014649_42 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HEAT_INDUCIBLE_PROTEINS,PGPT0014649-yflT-NA NA NA D1-12_02693 351 yfmB putative protein YfmB GTGGTTCCTATTCATTACTTTTCACCGGAACAGCGATTTAACGCTTGGGTTGTCAGTGATTTAGTGAAGCAGGTATTCCGCCGGCATACCCGCTGCCCGGATGGAATAAAAGAGCTTACGGCCTTTGCTGAAGATACTTTTCATATTAATATCGATTTCGTTTTCTCTATCATTATCAATATCGGTGATATCGAATCCGTTCTGCCGAAAGAAATTGAAAATAGGCTGGGTTCTTATCTGACCGCGCTTCAGCCCGTCGTTACCGCTGACATGCTTCATTCTTCAAAAACGAATGCCTATGAATATTTGGAACATGAGAAAAACACCGATGTGTACCGGTTATTCTATTAA MVPIHYFSPEQRFNAWVVSDLVKQVFRRHTRCPDGIKELTAFAEDTFHINIDFVFSIIINIGDIESVLPKEIENRLGSYLTALQPVVTADMLHSSKTNAYEYLEHEKNTDVYRLFY NA NA NA NA NA D1-12_02694 1020 yfmJ COG2130 Putative NADP-dependent oxidoreductase YfmJ ATGCCGAATAATCAGCAGCAAATTCAATTGGCAAGACGCCCCAAAGGCGTTCCCGCCCATGACGATTTCCGCTTTGAAACGATTGCCGTGCCCGAACCGAAAGACGGCGAAGTGCTTGTAAAAACGAGTTATGTGTCCGTTGATCCGTACATGCGCGGACGGATGCAGGATACAAAATCATATGTAGAGCCGTTCGCTTTAGATGAAGCCATAACAGGCGGAGTGATTGCCGAGGTTCTGACAGACGGCGATCAGCTGAAAAAAGGAGATGTTGTGATCGGAAATCTCGCGTGGCAGGAATATTCAGCCGTCAATGAGTCCGCCCTCCGCAAGTTGGATACGGATATCGCACCCGCCCAGGCGTATCTCGGCATTTTAGGGATGACCGGACTGACCGCTTACTTCGGGCTGCTCGACATCGGCCGTCCGAAAAAAGGCGAAACCGTCGTCGTTTCAGGCGCGGCGGGCGCCGTCGGCTCAACAGTCGGACAGATTGCCAAAATCAAAGGCGCGCGGGTTGTCGGCATCGCCGGATCTGATGAAAAAATCGCGTATTTGAAAGAGGAGCTTCAATTTGATGAAGCCATTAATTACAAAACGGCGGATGATATTCAAAAAGCGCTGGAACAGGCATGTCCCGACGGCGTCGATGGCTATTTTGACAATGTCGGCGGACCGATTTCAGATGCGGTGATAAACCTGCTGAATGAATTCGCCCGCATTCCGGTATGCGGAGCGATCTCATCGTACAATACCGAAAGTGAAGAAGAAGACATGGGCCCCCGCGTCCAGCCGAAGCTGATCAAAACAAAAGCGCTGATGCAGGGATTCATCGTCAGTGATTATGCTGACCGCTTTTCTGAAGGCGCGAAACAATTGGCCGAATGGCTTAAGGACGGAAAGCTTCATTATGAAGAAACGATTACGGAAGGATTCAGCAATATTCCTGACGCGTTCCTCGGCCTGTTTAAAGGAGAAAATAAAGGCAAACAGATCATCAAAGTCAGTGATCTATGTTAA MPNNQQQIQLARRPKGVPAHDDFRFETIAVPEPKDGEVLVKTSYVSVDPYMRGRMQDTKSYVEPFALDEAITGGVIAEVLTDGDQLKKGDVVIGNLAWQEYSAVNESALRKLDTDIAPAQAYLGILGMTGLTAYFGLLDIGRPKKGETVVVSGAAGAVGSTVGQIAKIKGARVVGIAGSDEKIAYLKEELQFDEAINYKTADDIQKALEQACPDGVDGYFDNVGGPISDAVINLLNEFARIPVCGAISSYNTESEEEDMGPRVQPKLIKTKALMQGFIVSDYADRFSEGAKQLAEWLKDGKLHYEETITEGFSNIPDAFLGLFKGENKGKQIIKVSDLC PGPT0023605_394 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 D1-12_02695 363 hypothetical protein ATGGTTTCAATAGACAGATGTCAAATATTGAAGGAACCCGAGCTGAAAATACTTGAACACTGGTTTAAGAACGATAATATCAAACGGAGAATGGATGCGATACTGCCATTAGACGCGTGGTATGCACGATTGAATAAAGATGAAGACGATACTGTCATTATGGCATATGACGGGGAGTGTCCGGCAGGCATGGTCTCTATAGAGTTTGTGGATGAGCGGGCGTATATCGGGTTGATCGTCAATCCTTTATACCAGCTTCAAGGGTACGGAAAACAGATCTTGCAAAAACTGCTGACTGATCCTGGGTTTACCAGCGTGGGGAATAGGCGGCAAGCATCGAAAAAGACAATCAAATCAGTTTAG MVSIDRCQILKEPELKILEHWFKNDNIKRRMDAILPLDAWYARLNKDEDDTVIMAYDGECPAGMVSIEFVDERAYIGLIVNPLYQLQGYGKQILQKLLTDPGFTSVGNRRQASKKTIKSV NA NA NA NA NA D1-12_02696 1131 yfmL COG0513 putative ATP-dependent RNA helicase YfmL ATGACCCAAACATGGCCATTTTTACAGCATACACAACCATTTATCGCCGAAAACTGGGAGGCCTCAGGCTTTCAGGAGCCGACCGTCATTCAGGAAAAAGCCGCTCAGGTGATTATGGAAGGGAAAGACGTCATCGCCGAATCCCCGACGGGAACGGGAAAAACATTGGCGTACACGCTTCCGGTTCTGGAGCGGATCAACCCGGAACAGAAACATCCGCAAGTGATCATTTTAGCGCCGTCCCGCGAGCTGGTGATGCAGATTTTCCAAGTGATTCAGGAGTGGAAAAAAGGCTCTGATCTTCGCGCTTTGTCTTTGATCGGCGGAGCAAACGTGAAAAAGCAGGTGGAAAAGCTCAAAAATAAACCGCATATCATTGCGGGCACACCGGGCAGGGTGCTCGAATTGATTCAGGCGAAAAAGCTGAAAATGCATGAAGTCAAGACGATCGTTCTTGATGAAGCGGATCAGCTCGTGACACAGGAACACCGCGAAACGATGAAAAAAATCATTAAAACGACGCTGAAAGACCGACAGCTTTTAAGCTTTTCCGCTACGCTGCAGCCGGAAACAGAACAGGTGCTGAATACCATCGCACACGAACCGGCCGTTTTGAAAGTGGAGCGGAATACGGCGGAAAAAGCACGGGTCACGCATCAATATCTCGTCTGCGATCAGCGGGATAAAGTAAAGCTATTGCAAAAGCTGTCACGGCTGAACGGCATGCAGGCGCTCGTGTTCGTCAGAGATATCGGAAATTTAAGCGTCTATGCGGAAAAACTCGCCTATCATCACGTGGATCTCGGCATCCTGCATGGAGAAGCGAAAAAAATGGAGCGGGCAAAGATATTATCAGCGTTTGAACGGGGAGAATTTCCGCTGCTTCTGGCGACTGACATTGCGGCGCGCGGACTTGATATCGATGATCTTCCGTACGTCATTCACGCGGACATACCGAATGAAGACGGATATATCCACAGATCCGGCCGGACGGGGCGGGCCGGTAAAGAAGGAACCGTACTCAGCCTTGTCACGCCGATGGAAGAATCCAAACTGAAAAAAATGGCCAAATCACTCGGAATTGAGCTGAAAGAGGCCGTTTATTCAGGCGGAAAACTATCTGAGAAATAA MTQTWPFLQHTQPFIAENWEASGFQEPTVIQEKAAQVIMEGKDVIAESPTGTGKTLAYTLPVLERINPEQKHPQVIILAPSRELVMQIFQVIQEWKKGSDLRALSLIGGANVKKQVEKLKNKPHIIAGTPGRVLELIQAKKLKMHEVKTIVLDEADQLVTQEHRETMKKIIKTTLKDRQLLSFSATLQPETEQVLNTIAHEPAVLKVERNTAEKARVTHQYLVCDQRDKVKLLQKLSRLNGMQALVFVRDIGNLSVYAEKLAYHHVDLGILHGEAKKMERAKILSAFERGEFPLLLATDIAARGLDIDDLPYVIHADIPNEDGYIHRSGRTGRAGKEGTVLSLVTPMEESKLKKMAKSLGIELKEAVYSGGKLSEK NA NA NA NA NA D1-12_02697 1557 ybiT_2 COG0488 putative ABC transporter ATP-binding protein YbiT ATGAGTATTTTATCCGTAAAAGATTTAAGCCACGGCTTTGGTGACCGTGCGCTTTTTAACAATGTATCGTTCCGTCTTTTAAAAGGGGAACACGTCGGCTTAATCGGAGCAAACGGCGAAGGTAAATCAACGTTTATGAATATTATTACCGGAAAACTTGAGCCTGATGAGGGTAAGGTTGAATGGGCGAAAAATGTGCGCGTCGGCTACCTCGATCAGCATACCGTGCTTGAAAAAGGAAAAACGATCCGCGACGTGCTGAAAGATGCGTTCCATTACTTATTTGCAATGGAAGAGGAAATGAATGAGATTTACAACAAAATGGGCGAAGCGGACCCTGATGAGCTTGAGCAGCTGCTTGAAGATGTCGGTGTCATTCAAGACGCCCTGACAAACAATGATTTCTACGTGATTGACAGCAAAGTTGAAGAAATCGCCCGCGGCCTCGGCCTGCAGGATGTCGGCCTTGACCGCGACGTCACAGATTTAAGCGGCGGACAGCGGACGAAAGTGCTGCTCGCCAAACTGCTTTTGGAAAAACCGGAAATCCTCCTGTTGGACGAACCGACGAACTACCTTGATGAACAGCATATTGAATGGCTGAAACGCTATTTGCAGGAATATGAAAATGCGTTCATCTTAATTTCTCACGACATTCCGTTTTTAAACAGCGTGATCAATTTGATTTATCATGTGGAAAACCAGGAGCTGACGCGTTATGTCGGTGATTATCATCAGTTCATGGAAGTATACGAGGTGAAAAAACAGCAGCTCGAAGCCGCCTATAAAAAACAGCAGCAGGAAGTGGCTGAGCTGAAAGATTTCGTCGCCCGCAACAAAGCGCGCGTCAGCACGAGAAATATGGCGATGTCCCGCCAGAAAAAGCTTGATAAGATGGATATGATCGAACTGGCGGCCGAAAAACCGAAACCGGAATTCCATTTCAAGCCTGCGAGAACGTCAGGCAAGCTCATTTTTGAAACGAAGGACTTAGTCATCGGCTACGATACTCCGCTGTCACGCCCGCTCAATCTCAGAATGGAGCGCGGACAGAAAGTCGCCCTGTACGGCGCAAACGGCATCGGGAAAACGACGCTGTTAAAAAGCCTGCTCGGTGAAATCCAGCCGCTGGAAGGCACGGTGGAACGGGGCGAGCATCAATACACGGGCTATTTCGAGCAGGAAGTGAAAGAAACCAATAACAATACGTGCATCGAAGAAGTGTGGAGCGAATTTCCTTCCTTTACCCAGTACGAAATCCGCGCCGCCCTCGCCAAATGCGGCCTGACGACCAAACACATTGAAAGCCGCGTCTCCGTTCTCAGCGGAGGAGAAAAAGCGAAGGTCAGACTGTGCAAGCTGATCAATTCAGAAACAAACCTGCTCGTGCTTGACGAACCGACAAACCACCTGGATGTCGATGCGAAAGAAGAGCTGAAACGCGCGCTGAAAGAATACAAAGGCTCCATTCTGCTGATTTCCCACGAACCCGAGTTCTACATGGATATCGCGACGGAAACATGGAATTGTGAATCTTGGACGACGAAAGTGCTGTAA MSILSVKDLSHGFGDRALFNNVSFRLLKGEHVGLIGANGEGKSTFMNIITGKLEPDEGKVEWAKNVRVGYLDQHTVLEKGKTIRDVLKDAFHYLFAMEEEMNEIYNKMGEADPDELEQLLEDVGVIQDALTNNDFYVIDSKVEEIARGLGLQDVGLDRDVTDLSGGQRTKVLLAKLLLEKPEILLLDEPTNYLDEQHIEWLKRYLQEYENAFILISHDIPFLNSVINLIYHVENQELTRYVGDYHQFMEVYEVKKQQLEAAYKKQQQEVAELKDFVARNKARVSTRNMAMSRQKKLDKMDMIELAAEKPKPEFHFKPARTSGKLIFETKDLVIGYDTPLSRPLNLRMERGQKVALYGANGIGKTTLLKSLLGEIQPLEGTVERGEHQYTGYFEQEVKETNNNTCIEEVWSEFPSFTQYEIRAALAKCGLTTKHIESRVSVLSGGEKAKVRLCKLINSETNLLVLDEPTNHLDVDAKEELKRALKEYKGSILLISHEPEFYMDIATETWNCESWTTKVL NA NA NA NA NA D1-12_02698 1185 yfmO Multidrug efflux protein YfmO ATGGATACATCATCACAACAGAAAACAGGCTTATTCAGCCAGCCGAAAGCCGTTTGGGCGGTTGCGTTTGCCTGTGTGATTTCCTTTATGGGAATCGGTCTTGTCGATCCGATTCTTCCGGCGATCGCCGCACAATTACATGCTTCACCTAGTGAAGTATCTCTGTTATTTACAAGTTATTTGCTCGTTACCGGTTTTATGATGTTTTTCTCCGGCGCGATTTCAAGCCGGATCGGCGCAAAATGGACGCTGCTTCTCGGACTTATTTTTATCATCGTGTTTGCCGCTCTCGGCGGAAGCTCAAGTTCAATCGCTCAGCTTGTCGGCTATCGCGGCGGCTGGGGGCTTGGGAATGCTCTCTTTATTTCAACCGCGCTTGCCGTCATTGTCGGGGTATCTGTCGGCGGCAGCGCCAAAGCCATTATTCTGTATGAGGCTGCACTCGGCTTGGGGATTTCCGTCGGGCCGCTTGCAGGCGGAGAGCTTGGCAGCATTTCATGGCGCGCTCCGTTCTTCGGAGTGTCTGTCCTCATGTTCATAGCGCTTTGCGCGATTTCACTCATGCTGCCGAAGCTGCCGAAACCGGCAAAACGCGTCGGTGTGTTTGATGCGATGAAGGCGCTCAAATATAAAGGCCTTTTGACAATGGCAGTATCTGCATTCTTATACAACTTTGGATTTTTTATTTTGCTTGCTTATTCTCCGTTCGTGCTGGATTTAGATGAACACGGCCTTGGATACGTCTTCTTCGGCTGGGGGTTATTGCTGGCAATTACGTCAGTCTTTACGGCGCCGCTCGTGCACAAAGCGCTGGGAACAGTGGGTTCGCTCGTCGTTCTCTTTATCGCCTTTGCGGTCATTCTCATCGTCATGGGGATCTGGACTGACCATCAGACGTTGATCATTACATGTATCGTTGTCGCCGGTGCTGTTCTCGGTATGGTGAATACGATCATGACAACCGCTGTAATGGGTTCTGCGCCGGTTGAACGTTCAATCGCGTCTTCAGCCTACAGCTCAGTCCGTTTTATCGGCGGTGCGCTCGCTCCGTGGATTGCGGGAATGCTGTCAGAACACTTCACCGCAAGCACTCCATATACAGTAGGCGGGATCGTCGTTTTTGTCGGCATGCTTGTCCTTCTCATGGGACGCAAACATCTCGCCGGAATAAAAGCCGGACATTAA MDTSSQQKTGLFSQPKAVWAVAFACVISFMGIGLVDPILPAIAAQLHASPSEVSLLFTSYLLVTGFMMFFSGAISSRIGAKWTLLLGLIFIIVFAALGGSSSSIAQLVGYRGGWGLGNALFISTALAVIVGVSVGGSAKAIILYEAALGLGISVGPLAGGELGSISWRAPFFGVSVLMFIALCAISLMLPKLPKPAKRVGVFDAMKALKYKGLLTMAVSAFLYNFGFFILLAYSPFVLDLDEHGLGYVFFGWGLLLAITSVFTAPLVHKALGTVGSLVVLFIAFAVILIVMGIWTDHQTLIITCIVVAGAVLGMVNTIMTTAVMGSAPVERSIASSAYSSVRFIGGALAPWIAGMLSEHFTASTPYTVGGIVVFVGMLVLLMGRKHLAGIKAGH PGPT0003580_821 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0003580-ymfE-K08221 NA NA D1-12_02699 423 yfmP COG0789 HTH-type transcriptional regulator YfmP TTGGAATGGATGAAGATTGATCAAGTTGCCAAGCGAAGCGGATTGACAAAACGAACCATTCGTTTTTACGAGGAGATTGGTTTGATTCCTGCTCCTAAACGGACAGAAGGCGGCGTCCGGCTTTACTCTGAAGATGATATGGAGGAGCTCGAAAAAGTCACCAGCACAAAAGAAGTGCTCGGTTTTTCCCTTCAGGAGCTTCAGCAGTTTATGGAGATGAGCCGTCAGCTGGAATTAAACAAAGAGGGGTACTTGTTGTCACTGGATCCGAAGGAACGGAAAGAAAAGCTGGAAGAGATTCAGCACGCTTTGAACCACCAGCTTGAGATGATTGATGAGAAGATCAGCACATTTCAGCATTTTAAAACGCGCCTTAACGGAATGAAAGAAAAAGCTGACCGCGCCATTCAATCAATCGAATGA MEWMKIDQVAKRSGLTKRTIRFYEEIGLIPAPKRTEGGVRLYSEDDMEELEKVTSTKEVLGFSLQELQQFMEMSRQLELNKEGYLLSLDPKERKEKLEEIQHALNHQLEMIDEKISTFQHFKTRLNGMKEKADRAIQSIE NA NA NA NA NA D1-12_02700 1890 uup COG0488 ABC transporter ATP-binding protein uup ATGAGCATCATAAAAGCGGAAAACCTTTATAAAACATACGGAGATAAGACATTATTCGACCATATCTCCTTTCATATTGAAGAGAATGAAAGAATCGGTTTAATCGGCCCGAACGGAACGGGGAAGTCTACGCTTCTGAAAACCATTGCCGGCCTTGAATCAACGGAGGAAGGCGAGATTACGGCCTCAGGAAACGTGCATATTGAGTTTTTGCATCAGGACCCTGAGCTTCCGGCCGGACAAACCGTACTTGAGCATATTTATTCCGGCGGATCAGCCGTCATGAGAACGATGAGAGAATACGAAAAAGCGCTTCAGGCGCTGAATGAAGAACCGGAAAATGACCAGCGCCAGAAACAGCTGCTTGATGCGCAGGCCCGAATGGACGCGAATGATGCGTGGGAGGCGAATACGTTAGCCAAAACGGTTTTAACCAAACTTGGCGTCACCGATCTGATGAAGGATGTCAGCGAGCTGTCCGGCGGCCAGAGAAAGCGCGTCGCGATTGCGAAGAACGTCATCCAGCCGGCTGACCTGCTCATTTTGGATGAACCGACAAACCACTTGGACAATGAAACGATTGAATGGCTGGAAGGCTACTTATCGCAATATCCGGGCGCCGTTATGCTTGTCACGCACGACAGGTATTTTCTGAACAGGGTGACGAACAGAATTTACGAGCTTGAGAGAGGCAGCCTTTATACGTATAAAGGAAACTATGAAGTATTCCTGGAAAAACGGGCCGAACGGGAAGCGCTGGCGGAGCAGAAAGAAACAAAACGTCAAAACCTCCTGCGCCGCGAATTGGCGTGGCTCAGAAGAGGGGCGAAAGCGCGCTCGACGAAACAAAAAGCGAGAGTGGACAGAGCGGAGGCGCTCAAAGAGCAAAAAGGGCCGGCAGTCTCCGGATCACTCGATTTCGCGATCGGCTCCCACCGTCTCGGAAAACAGGTGATCGAAGCCGATAACGTCTCCGTTACCTATAACGGCCAAGCGCTGATCAGCCAGTTTAATGAGCTTGTCATCCCGGGGGAACGAATCGGCATCATCGGGCCGAACGGAATCGGGAAAACGACACTTTTAAACAGCCTCGCCGGCAGAATTCAGCCTGACAGCGGCAATATCACCATCGGGCAGACGGTCCGGATCGGCTACTACACCCAGGATCACAGCGAAATGAACGGTGATATGAAAGTCATTGAATATATAAAAGAGACGGCTGAAATCGTCAAAACGGCGGAAGGCGATGTCATCACCGCGGAACAAATGCTTGAGCGTTTTCTGTTCCCGCGTCCGATGCAGCAGACATATATCAGAAAGCTGTCGGGCGGGGAAAAGCGCCGTCTGTACTTGCTGAATGTACTGATGCAGGAACCGAATGTGCTGTTTTTAGATGAGCCGACCAATGATCTGGACACGGAAACATTAAGCGTGCTCGAAGATTATATCGAACAGTTCCCAGGCGTCGTCATCACCGTATCCCATGACCGCTATTTCCTTGACCGCGTCATTGACCGCCTGATCGTATTTGAAGGACAAGGTGTCATTTCCCGTTTCCAAGGTTCGTACAGTGAATACATGGAACACGCAAAAGCGAAGAAGACGGCGGTAAAACAGCCGGCCGAAGAGAAAAAGGCGGAAGAAGAGCCGAAGAAAAAGCGCAAAAAGCTTTCATATAAGGATCAGATCGAATGGGACGGCATCGAAGACAAAATCGCCGGCCTTGAAGAAAAGCATCAGCGTCTGGAAGCGGAAATCGCTGAAGCGGGAAGTGATTTCGGAAAGATTCAAGAACTGATGGCCGAACAGGCAAAAACGGCTGAAGAGCTCGAAGCGGCGATGGAGCGCTGGACCGAATTGTCACTGATGATTGAAGAACTTGAGAATTAA MSIIKAENLYKTYGDKTLFDHISFHIEENERIGLIGPNGTGKSTLLKTIAGLESTEEGEITASGNVHIEFLHQDPELPAGQTVLEHIYSGGSAVMRTMREYEKALQALNEEPENDQRQKQLLDAQARMDANDAWEANTLAKTVLTKLGVTDLMKDVSELSGGQRKRVAIAKNVIQPADLLILDEPTNHLDNETIEWLEGYLSQYPGAVMLVTHDRYFLNRVTNRIYELERGSLYTYKGNYEVFLEKRAEREALAEQKETKRQNLLRRELAWLRRGAKARSTKQKARVDRAEALKEQKGPAVSGSLDFAIGSHRLGKQVIEADNVSVTYNGQALISQFNELVIPGERIGIIGPNGIGKTTLLNSLAGRIQPDSGNITIGQTVRIGYYTQDHSEMNGDMKVIEYIKETAEIVKTAEGDVITAEQMLERFLFPRPMQQTYIRKLSGGEKRRLYLLNVLMQEPNVLFLDEPTNDLDTETLSVLEDYIEQFPGVVITVSHDRYFLDRVIDRLIVFEGQGVISRFQGSYSEYMEHAKAKKTAVKQPAEEKKAEEEPKKKRKKLSYKDQIEWDGIEDKIAGLEEKHQRLEAEIAEAGSDFGKIQELMAEQAKTAEELEAAMERWTELSLMIEELEN NA NA NA NA NA D1-12_02701 1068 hypothetical protein ATGATCAGCGTCAGTTTGTGCGTTATCGTGAAAAATGAAGAGGAAGTGCTTGCGGGCTGTCTTGATTCCGTCAAAGACATTGCGGATGAAATTGTGATTGCTGATACGGGCTCGACCGACCGGACGAAAGAAATCGCGGCCCGTTATACGGATAAGATTTATGATTTTGAATGGATCGATCACTTTGCGGCCGCCCGTAATTTTGTGTTTTCGAAAGCGGAAATGGATTATATTCTGTGGCTGGACGCCGACGATATACTGACGGAAAAGGACCGTGAAAAGCTGATTGAACTGAAGGCGTCGCTTTCAAAAGAGGTGGACGCGGTATCCATGTATTATCACGTCGGCTTTGATGCTCGGGGAGAGGTCAGCTTCAGATACCGCCGCAACCGACTCGTCAAGCGTGAAAAAGGGTTCCGCTGGATCGGAGCCGTGCATGAGTATCTTGAAGTATACGGAAACATCATAGAAACCGATATTGCCGTCACACACCGGAAATCCGAGAAAAAGCACTCGCCTCCCTCAGACCGCAACTTGAAGATTTATGAGAAAATGGCGGAAAACAGTGAAACGATGACACCGCGCGATTTGTTTTACTTCGCGAATGAATTAAAGGATCACGGCCAGTATCAGCGCGCCATCACGTATTATCACCATTTTCTTTCCACAAAACAGTGCTGGATCGAAGACGAGATCAGAACGTGCCAATATCTATCCGATTGCTACAGGGCGGTCGGCCATGAAGAGGCCGCCATGACATCTCTCTTAAAATCATTTCTGATCGATTGTCCGCGGCCGGAGTTCTGCTGCAGGCTCGGCGACTATTTTGCGGAGAAACGGCAATACCGGCAGGGCGTGTTTTGGTATGAGCTCGCCCTATCCGCCAAAAGCAGTGATGCAGGCTTTACCCAGCTCGAGTACTCCACCTGGTATCCCCATCTGCAGCTCTGCGTCTGCCACTGGCAGCTCGGCGACAGAGAAAAAGCGAAGATTCATAACGACAAAGCCGCCTCCTATCATCCGTCACATCCGAGTGTCCTGTATAATCAAAACGTGCTCGGCACATAA MISVSLCVIVKNEEEVLAGCLDSVKDIADEIVIADTGSTDRTKEIAARYTDKIYDFEWIDHFAAARNFVFSKAEMDYILWLDADDILTEKDREKLIELKASLSKEVDAVSMYYHVGFDARGEVSFRYRRNRLVKREKGFRWIGAVHEYLEVYGNIIETDIAVTHRKSEKKHSPPSDRNLKIYEKMAENSETMTPRDLFYFANELKDHGQYQRAITYYHHFLSTKQCWIEDEIRTCQYLSDCYRAVGHEEAAMTSLLKSFLIDCPRPEFCCRLGDYFAEKRQYRQGVFWYELALSAKSSDAGFTQLEYSTWYPHLQLCVCHWQLGDREKAKIHNDKAASYHPSHPSVLYNQNVLGT NA NA NA NA NA D1-12_02702 900 yghA putative oxidoreductase YghA ATGTCTGATGCAAATCTGCACAACCCGCTGACGAAATATGATCATGATGAATTTCCAAAACAATATCAAGAACCGCCCGGTTTGCAAAAAGAGATGAAGCCTGTGCCGGACTGCGGTGAAACAAGCTATAAAGGAGCCGGCAAGCTGAAGGGAAGAAAAGCCCTCGTCACCGGCGGCGATTCAGGTATCGGCCGGGCCGCCGCGATTGCTTATGCCCGGGAAGGGGCGGATGTGGCGATTAACTATCTGCCTGAGGAACAGCCGGATGCCGAAGAAGTGAAAGCGTTAATTGAAAAAGAGGGAAGAAAAGCCGTTCTGCTGCCGGGAGATTTAAGCGATGAAACGTTTTGCGGAGAATTGGCGGAAAAAGCGTATCAAGAGCTTGGCGGTCTTGACACGCTCGCTCTTGTCGCCGGCAAACAGCAGGCAGTGGATGATATCAGCGATCTTGCCACAGAACAAATCTATCAAACATTTGAAGTCAACGTATTCTCGCTGTATTGGCTCGTCAAAGCCGCGCTTCCGTATCTGCCGGAAGGCGCGTCTATTATTACGACAACGTCCGTAGAAGGGTATAATCCAAGCCCGATGCTGTTGGATTATGCCGCGACGAAACATGCCATTATCGGTTTTACCGTCGGCTTAGGAAAGCAGCTGGCGAATAAAGGAATCAGAGTCAACTCGGTAGCGCCGGGGCCGATCTGGACGCCGCTGCAGATTTCGGGAGGACAGCCCGGTGAAAACATTCCGAAATTCGGCAAGGAAACACCGGCCGTCCCATTAAAGCGTGCCGGACAGCCGGCGGAGCTAGCAGGGATTTATGTCTTTTTGGCCTCAGAAGAATCGAGCTATGTGACATCCCAAATTTACAGTGTAAGCGGAGGAATTCCGACAGCGTAA MSDANLHNPLTKYDHDEFPKQYQEPPGLQKEMKPVPDCGETSYKGAGKLKGRKALVTGGDSGIGRAAAIAYAREGADVAINYLPEEQPDAEEVKALIEKEGRKAVLLPGDLSDETFCGELAEKAYQELGGLDTLALVAGKQQAVDDISDLATEQIYQTFEVNVFSLYWLVKAALPYLPEGASIITTTSVEGYNPSPMLLDYAATKHAIIGFTVGLGKQLANKGIRVNSVAPGPIWTPLQISGGQPGENIPKFGKETPAVPLKRAGQPAELAGIYVFLASEESSYVTSQIYSVSGGIPTA NA NA NA NA NA D1-12_02703 855 yfmS COG0840 Putative sensory transducer protein YfmS ATGAGTATACAGACGGAGCAGCAAACGCACAGCCTGCTTGACGCTTTTGTCAAAGTTGCGCCTTTTTTAAACAGCCTGATCCAAGATGACATCACCATCGGAATTTATGATACAGAAAAATTAATCGTGAATATTCCGGCTAAAACGTTTTCTCTTAACGTAAAGCCGGGAGACCCGCTGCAAAAAGGGGACATCATTACAGACGCGATCCGCATGAATCAGAAGAAGACAAGCATGGTGCCGAAAGAGCTGTTCGGATTTCCGCTGATCGCCAGAGCGATTCCGCTTCACGATGAAAACGGAAAAGTCATCGGCGGCGTCGGTCTCGGCACGAGCCTTGAAAAATCAGCCAAGCTTCATGATGTCGCTGAAAGCCTGTCCGCCGTCGTGGAACAGACCGCTTCGGCCATCGCGGATATCTCAGAATCCATCAGCGGTTTCTCAGCACAGATGAACGGGATTTCCACTCAGGCGAAACAAGTCAGTGAAAGCGCGGGAGAAATCGCCGACATTTCCGTCACTGTCAAGGGCATCTCGGATCAAAGCAATCTGCTCGGTTTGAATGCGGCCATTGAAGCCGCGAGAGCAGGAGAATCCGGCAAGGGCTTTTCCGTGGTGGCGGATGAGATCCGCAAGCTTGCCACTCATTCAAAAGACAATGTCGGCCAAATTGACCAGATTACGAAAAAAATCCACAGCCTGCTGAAAGGGCTGGAGGACTCAATTGAATCCATCAACCAGAACACGGACGGCCAAGCGGCGGCGGTTGAACAAATTTCTGCCACGATGCAGGAAATTTCGGGAAGCGCCCAGCATTTAGCGAAAATGGCTGAAAACGTACTCGGAGAGTCATAA MSIQTEQQTHSLLDAFVKVAPFLNSLIQDDITIGIYDTEKLIVNIPAKTFSLNVKPGDPLQKGDIITDAIRMNQKKTSMVPKELFGFPLIARAIPLHDENGKVIGGVGLGTSLEKSAKLHDVAESLSAVVEQTASAIADISESISGFSAQMNGISTQAKQVSESAGEIADISVTVKGISDQSNLLGLNAAIEAARAGESGKGFSVVADEIRKLATHSKDNVGQIDQITKKIHSLLKGLEDSIESINQNTDGQAAAVEQISATMQEISGSAQHLAKMAENVLGES NA NA NA NA NA D1-12_02704 1458 yfmT COG1012 Benzaldehyde dehydrogenase YfmT ATGTTTCAATATGAAGAACTAAATAAGCAGTTTATCGGCGGCCGATGGAGGGATGGGAGCAGCCGGAACGTATTGGAAAACAGAAATCCTTATACTCAAAAAGTCATCACCTCATTCCAAAAAGCGACGTCTGATGACGTGGATGCGGCATATCGCGCCGCGGCTCTTGCGAAACAAGAATGGGACAAAGTAAACCCTTTTAAAAAGCGGGCCATTTTGGAAAAAGCCGTTTCTTTCATCGAAGAGCACGAAGAAGCGATTATTTACTTAATCATGGAGGAGCTTGGCGGAACACGGCTGAAGGCTGAGTTTGAAATCGGACTTGTCAAAAATATGATAAAAGAAGCCGCAACATTTCCGGTGCGGATGGAAGGGAAAATTCTCCCGTCCACGATTGACGGAAAAGAAAACAGGCTGTACAGAATACCCGCCGGAGTCGTGGGAGTGATCAGCCCGTTTAATTTCCCGTTTTTCCTTTCGATGAAATCTGTTGCGCCGGCACTCGGCGCGGGGAACGGCGTCGTGCTGAAGCCTCATGAAGAAACACCGATCTGCGGCGGAACGCTTATCGCGAAAATTTTTGAAGCGGCCGGCGTACCGGACGGGCTGCTGAATGTTATCGTGACGGATATCGGGGAGATCGGCGACAGCTTTGTTGAGCATCCCGTGCCGCGGATTATCTCATTTACAGGCTCAACCGGAGTGGGCAGCTATATCGGACAGCTTGCGGTCAAACACTTTAAAAAACCGCTGTTGGAGCTTGGCGGAAACAGCGCGCTGATCGTGCTTGAGGATGCTGATCTTGAATACGCCGTCAATGCGGCCGTATTCAGCCGGTTTACGCATCAAGGCCAGATCTGTATGTCGGCGAACCGCGTGCTCGTTCACACATCTGTATATGACAAATTTACAGAGCTTTACGAAGCGAAAGTGTCATCGCTGAAAGTCGGCGATCCGATGGACCCTGATACGGTTATCGGTCCTTTAATCAATGAGAGACAGGCGGAAGGTCTGAGACGGTCTGTCGAAAAAGCGATAGAAGAGGGAGCGGTTCCGGTGCTGTCCGGCCGATTCAGCGGAACGGTCGCTGAGCCCGTCATTTTAAAAGATGTGAAACCTGAGATGAGCATCGCGAAGGAGGAGCTGTTCGGACCGGCCGTCTGCATCATGCCGTTTGAAACGGAGGATGAAGCGGTAAGCATCGCAAACGCGACACCGTTCGGTTTAAGCGGAGCCGTGCATACAGCAAACGTTGAGCGCGGCGTTGAGTTTGCTAAGCGGATCGAAACAGGCATGATTCACGTCAACGATACGACCATTAATGATGAACCGAACGTCGCGTTCGGCGGCGAGAAGCAATCAGGTCTCGGCAGGCTGAACGGCGAATGGAGCCTTGAAGAATTCACCACGCTGAAATGGATTTCGGTTCAGCATGAAAAACGGCAATTCCCATATTAA MFQYEELNKQFIGGRWRDGSSRNVLENRNPYTQKVITSFQKATSDDVDAAYRAAALAKQEWDKVNPFKKRAILEKAVSFIEEHEEAIIYLIMEELGGTRLKAEFEIGLVKNMIKEAATFPVRMEGKILPSTIDGKENRLYRIPAGVVGVISPFNFPFFLSMKSVAPALGAGNGVVLKPHEETPICGGTLIAKIFEAAGVPDGLLNVIVTDIGEIGDSFVEHPVPRIISFTGSTGVGSYIGQLAVKHFKKPLLELGGNSALIVLEDADLEYAVNAAVFSRFTHQGQICMSANRVLVHTSVYDKFTELYEAKVSSLKVGDPMDPDTVIGPLINERQAEGLRRSVEKAIEEGAVPVLSGRFSGTVAEPVILKDVKPEMSIAKEELFGPAVCIMPFETEDEAVSIANATPFGLSGAVHTANVERGVEFAKRIETGMIHVNDTTINDEPNVAFGGEKQSGLGRLNGEWSLEEFTTLKWISVQHEKRQFPY PGPT0005525_100 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 D1-12_02705 1386 yhdG_3 COG0531 putative amino acid permease YhdG ATGTCTTTACTATTTCGGAAAAAGCCGCTGGCCGACTTAAAGGCCCAGAGCAAACAGACCAGCCTGTCCCGCTCGTTAAGCGCTTTTGACTTGGTTTTACTCGGAATCGGCTGTGTTGTCGGCACGGGGATTTTTGTGATTACCGGGACTGTGGCCGCGACAGGCGCAGGACCGGCTTTGATTCTGTCGTTTGTGCTCGCGGGCCTTGCCTGCGCGCTCGCCGCGTTTTGTTATGCGGAATTTTCTTCATCCATTCCGATTTCAGGCAGCGTATATACGTATTCATATGTCACTCTCGGGGAGTGTCTCGCGTTTTTAATCGGATGGGACTTAATGCTTGAATATGTCATCGCGCTCGCCGCCGTCGCAACCGGCTGGTCATCCTATTTCCAGTCGCTTCTTGCAGGCTTCGGTCTGCATCTTCCGGAGGCGCTGACCGCCGCACCCGGCAGCAAAACGGGTGCCGGGTTCAACCTGCCGGCCGTTATCATTATTTTGGTCATTACCGCGATTGTTTCAAGGGGTGTGAAAGAAAGCACCCGCTTTAACAATGTCATTGTATTGATGAAAATTGCGATCATTCTGCTGTTTATCATTGTCGGTTTCGGCTACGTGAAACCGGAAAACTGGTCGCCGTTTATGCCGTTCGGAATGAAAGGCGTCATCACGAGCGCCGCGACCGTTTTCTTCGCGTATCTCGGATTTGATGCCGTGTCAAACGCGTCGGAAGAAGTGAAAAACCCGCAGAAATCAATGCCGGTCGGAATCATCGGCGCGCTCGCCATCTGCACCATCCTTTATATTACGGTATCGCTCGTCCTGACGGGAATGCTTTCGTACACCAAGCTGAATGTCGGAGATCCGGTATCTTTCGCGCTTCAATTTGTCGGCCAGAACAAGATAGCAGGCATTATTTCCGTCGGCGCGATTATCGGGATTACAACGGTCATGCTCGCTCTGCTTTACGCTCAGGTGCGCCTTACATTTGCGATGAGCAGAGACGGCCTTTTGCCACGCATGTTTTCCAAGGTTCACCCGCGTTTTAAAACACCATTTCAAAACACATGGGTGACGGGGATCATTGCCGCCGGGATCGCGGGTTTTATTGATCTGGGAACCTTGGCGCATCTCGTCAACATGGGAACCTTGGCGGCCTTTACGGTCATTGCGATCGCCGTCATCGTTTTAAGAAAGAAACATCCGGAGATCAAATCTTCCTTCCGTGTTCCTTTCGTGCCTTTTGTGCCGATCATCAGCGCATGCTTATGCCTGTATCTCGCAAGCAGCCTGCCGGGCGTGACATGGATCGCCTTTGTCATCTGGATCGCCGCCGGGATCGTCGTTTATATGATGTATTCGAGAAAACACAGTTTGTTAAATAAATAA MSLLFRKKPLADLKAQSKQTSLSRSLSAFDLVLLGIGCVVGTGIFVITGTVAATGAGPALILSFVLAGLACALAAFCYAEFSSSIPISGSVYTYSYVTLGECLAFLIGWDLMLEYVIALAAVATGWSSYFQSLLAGFGLHLPEALTAAPGSKTGAGFNLPAVIIILVITAIVSRGVKESTRFNNVIVLMKIAIILLFIIVGFGYVKPENWSPFMPFGMKGVITSAATVFFAYLGFDAVSNASEEVKNPQKSMPVGIIGALAICTILYITVSLVLTGMLSYTKLNVGDPVSFALQFVGQNKIAGIISVGAIIGITTVMLALLYAQVRLTFAMSRDGLLPRMFSKVHPRFKTPFQNTWVTGIIAAGIAGFIDLGTLAHLVNMGTLAAFTVIAIAVIVLRKKHPEIKSSFRVPFVPFVPIISACLCLYLASSLPGVTWIAFVIWIAAGIVVYMMYSRKHSLLNK PGPT0020810_4562 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 D1-12_02706 1230 fsr Fosmidomycin resistance protein TTGGCAATTGCCGCCCCGCTTAAAGAAAAACCTGTCCATCGTCCCGAAACAACCATGTATTCTATTTTGTTCATTATCGGGATTTGTCATCTGCTGAACGATTCACTGCAAGCGGTGATTCCGGCGATGTTTCCGATTTTGGAACGTTCCATGAATCTTACATTTACGCAGCTCGGAATTATCGCCTTTACGCTGAATATGGTGTCTTCCGTGATGCAGCCCGTCATCGGCTGGTATACGGATAAACGCCCGATGCCGTATGCTTTGCCGCTCGGACTCACCGCAAGCATGCTCGGCATTTTAGGTCTCGCGTTCGCCCCGTCTTTTCTGACGATTTTATGCTGTGTCTTTTTTATCGGCCTTGGCTCCGCCGTCTTTCATCCTGAAGGATCGCGTGTCGCCTACATGGCCGCCGGCGAAAAGCGCGGCTTGGCGCAATCGATTTACCAAGTCGGAGGGAATACCGGCCAGGCGATGGCGCCCTTGATTACCGCGCTGATTCTCGTTCCGCTCGGTCAATTCGGCTCTGTCTGGTTCACGCTTGTCGCCGCAATCGCTGTGCTGTTTCTCATTTATATCGCCAAATGGTATAAAGGCCGCCTTATTCATTTGCGCGCCGTAAGTAAAAAATCACCGGCCGCCGCTGTGCAGACCGTGATTACAAAACCGATTATTCTCGCCCTTATCATGATTATCTTCTTAATTTTCGCGCGCTCCTGGTATGTGAGCGCGATCGGCAACTTTTATACGTTCTATGCGATGAATGCCTATCATGTCAGCATTCAGCAGGCACAGAGCTACATCTTCGTCTTTTTATTTTTCGGAGCAGTCGGAACGTTTCTCGGCGGGCCGCTTGCAGACCGTTTCGGAAAGCGGAACGTCATCATCGTTTCGATGATAGCATCGGCTCCATTGACGATTTTTCTTCCGTTTGCGGGGCCTGTCATCGCCTATGGCGTACTGGCGCTGATTGGTGTTGTTCTGATGTCCAGCTTCTCCGTGACGGTTGTCTACGCGCAGGAGCTTGTTCCAGGCAAAATCGGAACGATGTCAGGGCTTACGGTCGGGCTCGCCTTCGGAATGGGCGCGATCGGAGCCGTTGCGCTCGGAGCTCTTATTGATTCAGCGGGATTGACGCCGACCATGACAGCCGTCGCCTTTCTGCCCGTTTTAGGTCTGCTCGCCTTTGTCCTGCCGAGCGACAAAACATTAAAAGAATGGCATTCATAA MAIAAPLKEKPVHRPETTMYSILFIIGICHLLNDSLQAVIPAMFPILERSMNLTFTQLGIIAFTLNMVSSVMQPVIGWYTDKRPMPYALPLGLTASMLGILGLAFAPSFLTILCCVFFIGLGSAVFHPEGSRVAYMAAGEKRGLAQSIYQVGGNTGQAMAPLITALILVPLGQFGSVWFTLVAAIAVLFLIYIAKWYKGRLIHLRAVSKKSPAAAVQTVITKPIILALIMIIFLIFARSWYVSAIGNFYTFYAMNAYHVSIQQAQSYIFVFLFFGAVGTFLGGPLADRFGKRNVIIVSMIASAPLTIFLPFAGPVIAYGVLALIGVVLMSSFSVTVVYAQELVPGKIGTMSGLTVGLAFGMGAIGAVALGALIDSAGLTPTMTAVAFLPVLGLLAFVLPSDKTLKEWHS NA NA NA NA NA D1-12_02707 942 hypothetical protein ATGGTGAGTAAATATCATTTTTCAACCATTGTTTCCAGAACGCATATCTTTAAACTGATGCCGATGATTCATTCTCTCCATGAGCATTGCCGGGATTTTCATCTGTATGTGCTGTGTGTCGATCAGAAAGCGTATGAATTGCTTCAGCAGGTGCCGTGGGAACATGTCACGGCGGTTCAGCTCCATGAAATGGAGGACCCGGAGCTGCTTGAAGCAAAGGGCGGCCGGACGTTTCATGAATATTGCTGGACGCTGAAGCCGGCATTTCTGTTCCATGTGATGACAGAGTATGATGAAGCTGAATATTTTGCCCACTTGGACACCGATCTCTTTTTCTTCTCAGATGCGGGCGAGCTGTTTGCGGAAAAGCCGGATGCTTCCCTTTTTCTGACGGATCACCGCAATTCAGAACGGTTTGCGTCTTATTACAAGCTGACAGGGCAGTACAACACCGGGTTTGTCGGCGCGCGGAATACCGGGGAAGCGTATCGGGCGGTCTGGCAGTGGAGACAGGATTGCATCTCCTATTGTACGGTGGAGATGAATGAAGAAAAAAAGACATACGGTGACCAAAGGTATGTTGAAAAGTGGCCCGCGCAGTTTGAACACGTTCATGTCACGGAGTCGATCGGCGCGAATGCGGCGCTTTGGAATATTGAGCAATATGACGTCAGCCTGCGTGACGGGGCTGTGTATGTCAATGACACCCCGCTGATATTTTATCATTTTTCAGGCTTTACGCTCGTCACGGAGAACGAATTCAATCTGTGCTGGTACTATCACATTGATGACGAGGCGACAGTCAATATGATTTACGTGCCGTACATCAAAAACGTGAAAAAATGGATTGATGAAATTCAAAAAGCATTTCCCGATTTCAGAGACGGGTTTATTCCGAAATATGCGGTTCCTGACACCCATTTTTATACGGTTGAAACATAA MVSKYHFSTIVSRTHIFKLMPMIHSLHEHCRDFHLYVLCVDQKAYELLQQVPWEHVTAVQLHEMEDPELLEAKGGRTFHEYCWTLKPAFLFHVMTEYDEAEYFAHLDTDLFFFSDAGELFAEKPDASLFLTDHRNSERFASYYKLTGQYNTGFVGARNTGEAYRAVWQWRQDCISYCTVEMNEEKKTYGDQRYVEKWPAQFEHVHVTESIGANAALWNIEQYDVSLRDGAVYVNDTPLIFYHFSGFTLVTENEFNLCWYYHIDDEATVNMIYVPYIKNVKKWIDEIQKAFPDFRDGFIPKYAVPDTHFYTVET NA NA NA NA NA D1-12_02708 1161 hypothetical protein GTGAAGGCAAGCGTCATTGTTCCCGCATATAATTCCAAGGAGAGGCTTTATAACAGCCTGCTGTCCTTGAATGAACAGGAATGCACAGAGCCGTTCGAAGTGATTGTGGCTGACAACGGTTCGGAAGACGGAACCTTATCCATGCTTGAATCATTCAGCGCGAATTTCCCGCTGATTTTTGTGAGAATTAAAGAAAACAGAGGGATCGCTTACGGCCGGAATCAGGCGGTCCGCAATGCCAGAGGCGATATTTTGATCTTCCATGACAGCGACATGCTTGCCGAAAAGGATTTGGTGGCGAAGCATATTAAGGCTCATGAGAACCGGGACGATCTTGTCGTATGCGGTATGTTCTGGAAGCGGATTTACAGCTTTTATTATGACCGTTTTGAAAAAGAGCATAAGGAAAAACTCGCCGAACTGTATGAAGAGCTGCCGGGCGATAAAGAGCCGCTCCTTGAAGAAGGTGACATCAGAGACGGAAGTTTTCTTGACCAATGCTTTGATTTAGATACCGACTTTATCCGTGTGCTGAAAAGCATTTCGGAAAAATATGGAGATGATTTGAACGGCTACCGTCTGCCGTGGCGTTTTTTCATTACGAACAATTCGTCAGTCAAGAGACAGCACGTGGCAGATCTCGGCCTGTTTGATGAAGGCATTGTCAGATACGGCTTTGAAGATTATGATCTCGGCATCAGGCTTCATCAGTCGGGAATGAGATTTCAGCTGCGGCGCGATATCATGAGCGTCCATCAGGAGCATCCGAGCAACTGCGCTTCCGTTGATGACATCAGGGCGAACATCGCGTACATGTGCGACAAGTACAATGACATTCATTCGCTTGACGTGCACCTCGCGTTTAACGGCCCGTTTGACGCGGAGTTAACCAACAGCATGATGGCAGACATCGAAGTGCTGCTTGATTATGAGAAATATGAAAGCCTGCTGCACATTTTTCTCGAACTGCTGCACGCGGTTAAAGACCGCAACCTCGACCCGGACTGGAAGACGAAAAGCCCGCGGATCACGGCGAACAGCTTCAATCTGCCGGAGGTCGGAAAGCTTTTGGCAAAAGCGGAAAAAAAGCTGGGCGTCACGCACTTTGCAAGGGCGTTCAAAGCGCTGGCTGCTGATTTACTGCATGTGGATCTTAAATAA MKASVIVPAYNSKERLYNSLLSLNEQECTEPFEVIVADNGSEDGTLSMLESFSANFPLIFVRIKENRGIAYGRNQAVRNARGDILIFHDSDMLAEKDLVAKHIKAHENRDDLVVCGMFWKRIYSFYYDRFEKEHKEKLAELYEELPGDKEPLLEEGDIRDGSFLDQCFDLDTDFIRVLKSISEKYGDDLNGYRLPWRFFITNNSSVKRQHVADLGLFDEGIVRYGFEDYDLGIRLHQSGMRFQLRRDIMSVHQEHPSNCASVDDIRANIAYMCDKYNDIHSLDVHLAFNGPFDAELTNSMMADIEVLLDYEKYESLLHIFLELLHAVKDRNLDPDWKTKSPRITANSFNLPEVGKLLAKAEKKLGVTHFARAFKALAADLLHVDLK NA NA NA NA NA D1-12_02709 912 hypothetical protein GTGACAAGCGCATATTGCACAGTTTTATCAAAAGGAAGGCTGTATCAGGCCATCGCTTTGTTCGGCTCATTGAAAGCGGTTCAGGCGGACGCCCCCATTTTTACTTTGTGTATGGATCAAGACACCTATGACGTGCTTCAGGCAATGCGGCCGGATAATGTCACCTTGATTCAGGTGTCCGCACTGGAAAATGAGGAGCTCCTTGAACTGAAGCGGACGAGGGATCAGAGCGAATACTGCTGGACGGTGAAGCCGGTATTTCTCGAATTCGTGCTGGACGGACATCCGGAATTAGAGCGTGTCACGTACATTGATGCCGATTTGTTTTTCTTCGCTGATCCGCGCGCGATTTTTGACAATCAGCCGGATTGTTCGGTGCTTCTGTCACGGGGCGATATCGTCATTCCCTCATTTGAAAAACAGGAAATCGACATGCTGCAGCGTCTTTTAGGCCGGTATAATTCCGGTTTTCTCAGCTTCAAAACCGACAGTGCCGGCACAGATTGTCTCAGATGGTGGAAAGAACGCTGCCTTGAGGAATGCAAAAATGCGCCGGGCGAAGGAAAATTCGGAGATCAAGGCTACTTGGATTACATGTCCGGCCTGTTCCCGAACGTGTGTGACATCACCACGCCCGGCGTGAATATCGGCCATTGGAATTACGGCCGCCACACGTTTTCATGGAAGGACGGGCGTCTTGTGCTCGAAGACGGAAGTCCGCTGATTTTCTATCATTTCAGCGGATACCGGATCGTCACAGCCGGCGACATTCGGCAGATTCATGAGACGGACCGGACCGACCTGCCGTTTGTCCATCAGCTTTACCAGGACATTCTGAAGCGGGTGATCGGGACGGTCAGCGCCGTCTGCCCGGAGTTCAGCGGCTTTGCATCTGAGGATGATAACAAATAA MTSAYCTVLSKGRLYQAIALFGSLKAVQADAPIFTLCMDQDTYDVLQAMRPDNVTLIQVSALENEELLELKRTRDQSEYCWTVKPVFLEFVLDGHPELERVTYIDADLFFFADPRAIFDNQPDCSVLLSRGDIVIPSFEKQEIDMLQRLLGRYNSGFLSFKTDSAGTDCLRWWKERCLEECKNAPGEGKFGDQGYLDYMSGLFPNVCDITTPGVNIGHWNYGRHTFSWKDGRLVLEDGSPLIFYHFSGYRIVTAGDIRQIHETDRTDLPFVHQLYQDILKRVIGTVSAVCPEFSGFASEDDNK NA NA NA NA NA D1-12_02710 903 rfbG COG0451 CDP-glucose 4,6-dehydratase GTGAAGGAACTGATCGATCAGGGGGCCAATGTGACGGGACTTGTCCGTGACACTGTGCCCAAGTCGAACCTGTATCAGGGAGAACAAGTGAAGCAAATGAATATCGTGCAGGGCGCGCTTGAGGATCTGGATGTGATTGAGCGGGCGCTGGGCGAATATGAAATTGACACGGTCTTTCATTTAGCCGCTCAGGCGATCGTCGGCGTCGCAAACCGCAATCCGATTTCCACATTTGAAGCCAATATTCTCGGCACATGGAACATCCTTGAAGCGTGCCGCAGGCATCCGCTCATCAAGCGGGTGATCGTCGCGTCCAGTGATAAAGCGTACGGCGACCAGCCGACACTGCCGTACGATGAAAACATGCCTCTTCAGGGCAAACATCCGTATGACGTATCAAAAAGCTGTGCCGATTTGTTAAGCCACACATATTTTAATACGTACGGACTTCCGGTCTGTATTACGCGCTGCGGCAACTTGTACGGCGGCGGAGATTTGAACTTCAACCGGATTATTCCGCAGACGATTCAGCTCGTGCTGAACGGTGAAGCGCCGGAAATCCGCAGCGACGGCACATTTATCCGTGATTATTTTTACATCGAGGATGCGGTCGAGGCATACCTTTTGCTGGCGGAAAAGATGGAGGAGCTCAATCTTGCGGGAGAAGCGTTCAACTTCAGCAATGAGATTCAGCTGACGGTGCTGGAGCTTGTAGAAAAAATTCTTAAGGCCATGGACAGTGACCTCAAGCCGAAAGTGCTCAACCAGGGAAGCCATGAAATCAAGCACCAATATTTATCGGCGGAAAAGGCGAGGAAGCTTCTGAATTGGACGCCCGCGCATACCATTGATGAAGGATTGGAAAAAACGATCGAATGGTATAAAGCCTTTTTTCAAAAGTAA MKELIDQGANVTGLVRDTVPKSNLYQGEQVKQMNIVQGALEDLDVIERALGEYEIDTVFHLAAQAIVGVANRNPISTFEANILGTWNILEACRRHPLIKRVIVASSDKAYGDQPTLPYDENMPLQGKHPYDVSKSCADLLSHTYFNTYGLPVCITRCGNLYGGGDLNFNRIIPQTIQLVLNGEAPEIRSDGTFIRDYFYIEDAVEAYLLLAEKMEELNLAGEAFNFSNEIQLTVLELVEKILKAMDSDLKPKVLNQGSHEIKHQYLSAEKARKLLNWTPAHTIDEGLEKTIEWYKAFFQK PGPT0019060_802 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 D1-12_02711 765 rfbF COG1208 Glucose-1-phosphate cytidylyltransferase ATGAAAGCAGTCATTCTCTGCGGCGGAAAAGGAACGAGAATGAGCGAAATCACCAATGAACGTCCCAAACCGCTCGCCATGATAGGCGGCAAACCGATTCTATGGCATATTATGAAACTCTATCAATACTATGGCGTGAACGAATTTATCCTGCTTCTTGGTTTCAAAGGAGAGATGATTAAGGAATATTTCTTAGATTATGACTGGAAGAATCACAGCATGACGCTGGACAGCTCTACCGGAGAAGTGCGGATATTGGGAAAATCCGAGCCGTGGAAAATCACTTTTTTAGACACGGGGGAACACACGCAGACAGCGGGGCGGCTTTTACAGGCGAAGGACATCATCGGTGATGAAACCTTTCTTATGACGTACGGGGACGGACTGGCCAACATCAACCTGTTTCATCTGATCAGCTATCATCAATCAAAAGGGGCTGCGGCAACCGTCACCGGTATAGAAAAGACCTCGCAATTCGGAACGCTGACGGTTGAAGACGGTATGGCGAAAAGCTTTTCTGAAAAAACCTCAAGTGAAGGCATCATCAACGGCGGATTTTTCGTGCTCAGCCCGAAGGTATTTGATTATCTGCCGAAAGACAGGGACGTCATGTTTGAAGAAGAACCGCTGAAGGAGCTGGCGAAGGACGGCGAATTGGCGGTATACCGGCATTACGGTTTCTGGACGGCGATCGATACGTATAAAAACCTGCTGGAAATCAACAAGATGTGGGACCGGGGACAACATGTATGGAAGGTATGGTGA MKAVILCGGKGTRMSEITNERPKPLAMIGGKPILWHIMKLYQYYGVNEFILLLGFKGEMIKEYFLDYDWKNHSMTLDSSTGEVRILGKSEPWKITFLDTGEHTQTAGRLLQAKDIIGDETFLMTYGDGLANINLFHLISYHQSKGAAATVTGIEKTSQFGTLTVEDGMAKSFSEKTSSEGIINGGFFVLSPKVFDYLPKDRDVMFEEEPLKELAKDGELAVYRHYGFWTAIDTYKNLLEINKMWDRGQHVWKVW PGPT0022605_1056 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 D1-12_02712 1929 ltaS1 COG1368 Lipoteichoic acid synthase 1 ATGAAGAAATTATTTTCTTACAGACTTAGTTTTTTTGTACTGGCTATTATTTTGTTTTGGGCCAAAACGTATTTAGCCTATCATGCTGAATTCAACCTTGGGGTGAAGGGTCCGACGCAGCAGTTTCTGCTTGTGATCAATCCGTTCTCAAGCGCCATTTTCTTTTTAGGACTGGCATTGTTTGCGAAAGGCCGCAAATCAGCGATTATCATGGTGATTATTGATTTCATCATGACGTTTATTTTGTATGCAAATATCCTATTCTATCGATTCTTCGATGATTTCTTGACATTCCCGAACTTAAAGCAATCCGGTAATGTCGGAAATATGGGAGACGGCATCTTCAGCATTATGTCCGGCCATGATATTTTATACTTTGTTGATATTATTATTTTAATCGCGCTTCTGGTGTGGAGACGTGAGCTGAAGGAATTCAAGCTGAAAAAACGGTATACGTCATTAATTATCGTGACGGGTATTGTTTTGTTCTTCGTGAACCTGGCGATTGCCGAAGAGGACCGCCCGGAGCTGCTGACAAGAACGTTTGACCGCAATTACATTGTAAAATACTTAGGCCTTTATAATTACACGATTTATGACGGCGTGCAGACGGCGCAGACGGAATCACAGCGGGCATATGCCAGCAGCGATGACCTGACGAGCGTTGAAAACTACACATCCTCGCATTATGCGAAGCCGAACGCCGAGTATTTCGGCAAGGCCAAAGGCAAAAACATTATTAAGATTCACTTGGAAAGTTTCCAAACGTTTTTGATCAACTACAAACTTGACGGAAAAGAAGTCACGCCGTTCCTGAATAAACTCGCCCGCGGCGGAGAGGACATGACGTACTTTGATAACTTTTTCCACCAAACAGGCCAAGGTAAAACATCTGACGCCGAGCTGATGATGGATAACAGCCTGTTCGGACTGCCTGAAGGGTCAGCCTTCGTGACAAAAGGGGAAAACACGTATCAATCGCTTCCTGCCATCCTTAACCAAAGTGAGGGCTATACAAGCGCCGTTTTACACGGTGACTACAAATCATTCTGGAACCGTGACCAGATATACAAACATATCGGCTACGATAAATTCTTTGACGCCAGCACATACGATATGTCTGATGACAACCTTGTCAATTTGGGACTGAAGGATAAACCATTCTTCAAAGAATCCATTCCGAAGCTTCAATCGCTGAAACAGCCGTTCTATGCGCATTTGCTCACGCTGACGAACCATTATCCGTTTACGCTTGATGAAAAAGACGCAACGATCGAAAAAGCGAAAACGGGCGACGCGACTGTGGATGACTATTTCCAGACGGCGCGTTATCTCGACGAGGCGCTTGAACAGTTCTTTAAAGATCTGAAGTCATCCGGTTTATATGACAACTCGGTGATTATGCTTTACGGAGACCACTACGGAATCTCTGAAAACCATAACCGCGCGATGAAAGAAATTCTCGGCAAAGAAATTACGCCTTATCAAAACGCGCAGAATCAGCGTGTGCCGCTTATGATTCGCATCCCCGGCAAAAAAGGCGGGGTGAACCATACGTACGGCGGTGAAATGGACGTTGTGCCGACGATCCTTCACTTGGAAGGCATCGATTCTAGGAAATATATTAATTTCGGCACCGATCTCTTCTCGAAAGACCATGATGATACGGTGGCGTTCCGTAACGGAGATTACGTCACGCCGAAATATACTTCCATCTCCAATGTCGTATACGATACGAAGACAGGAAAAGAACTGAAAGGCAATCAGGAAACGAAAAACCTGAAAGCCAGAGTCACAGAGCAGCTGAAGCTGTCTGACAGCGTGATGTACAAAGACCTGCTCAGATTCCACAAATTGAGCGACTTTACGCCGGTTGATCCGTCTAAATATCATTACGGCAAAGAAAAGCTGAATCAGGATAATAAATAA MKKLFSYRLSFFVLAIILFWAKTYLAYHAEFNLGVKGPTQQFLLVINPFSSAIFFLGLALFAKGRKSAIIMVIIDFIMTFILYANILFYRFFDDFLTFPNLKQSGNVGNMGDGIFSIMSGHDILYFVDIIILIALLVWRRELKEFKLKKRYTSLIIVTGIVLFFVNLAIAEEDRPELLTRTFDRNYIVKYLGLYNYTIYDGVQTAQTESQRAYASSDDLTSVENYTSSHYAKPNAEYFGKAKGKNIIKIHLESFQTFLINYKLDGKEVTPFLNKLARGGEDMTYFDNFFHQTGQGKTSDAELMMDNSLFGLPEGSAFVTKGENTYQSLPAILNQSEGYTSAVLHGDYKSFWNRDQIYKHIGYDKFFDASTYDMSDDNLVNLGLKDKPFFKESIPKLQSLKQPFYAHLLTLTNHYPFTLDEKDATIEKAKTGDATVDDYFQTARYLDEALEQFFKDLKSSGLYDNSVIMLYGDHYGISENHNRAMKEILGKEITPYQNAQNQRVPLMIRIPGKKGGVNHTYGGEMDVVPTILHLEGIDSRKYINFGTDLFSKDHDDTVAFRNGDYVTPKYTSISNVVYDTKTGKELKGNQETKNLKARVTEQLKLSDSVMYKDLLRFHKLSDFTPVDPSKYHYGKEKLNQDNK PGPT0023375_823 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-TEICHOIC_ACID_METABOLISM CE-EPS-LIPOTEICHOIC_ACID_METABOLIC_PATHWAY,PGPT0023375-ltaS-K19005 NA NA D1-12_02713 3204 cypD COG0369 Bifunctional cytochrome P450/NADPH--P450 reductase 1 GTGTTAGAAAGGGTGTTATTCATGAAGGAAACAGGTCCGATTCCGCAGCCGAAGACATTCGGCCCGCTCGGCAATCTTCCTTTGCTTGATAAAGACAAGCCTACAATGTCGCTTATCAAACTGGCAAACGAGCAGGGGCCTATTTTTCAGCTGCATACGCCGGCGGGCGCCATTATCGTCGTGTCCGGCCATGAACTGGTGAAAGAGGTTTGTGATGAAGAGCGGTTCGATAAAAGCATTGAAGGGGCTTTAGAGAAAGTCCGGGCGTTTTCCGGAGACGGGCTGTTTACAAGCTGGACGCAGGAGCCTAACTGGCGAAAGGCGCATAATATTCTGATGCCGACCTTCAGCCAGCGCGCGATGAAAGATTATCATTCGATGATGACTGATATCGCGGTGCAGCTGATTCAAAAATGGGCTAGGCTGAATCCGGATGAGGCCGTTGATGTGCCTGCTGATATGACCCGCCTGACGCTCGATACGATCGGGCTTTGCGGCTTTAACTATCGGTTTAACAGCTATTACAGGGAAACGCCTCATCCGTTTATCAACAGCATGGTGCGCGCCCTTGATGAAGCGATGCACCAAATGCAGCGCCTTGATGTTCAGGATAAGCTTATGATCAGGACGAAACGCCAATTTCATCATGACATTCAGGCGATGTTTTCGTTAGTAGACAGTATTATCGCAGAGCGCCGGTCAGGCGGCCGGGATGAAAAGGATCTGCTGGCCAGAATGCTGAATGTGGAAGACCCGGAAACGGGCGAAAAACTTGATGATGAAAATATCCGGTTTCAAATCATTACGTTTTTAATTGCCGGTCATGAAACGACCAGCGGCCTGCTTTCCTTTGCCATCTACTTTCTGCTGAAACATCCCCGTGTTTTGGAAAAAGCCTATGAAGAAGCCGATCGGGTTTTGACCGATCCCGTTCCTTCATATAAACAAGTGCTGGATCTTACTTATATCCGAATGATTTTGCAGGAGTCATTGCGCTTATGGCCGACCGCGCCTGCGTTCAGCCTTTATGCGAAAGAGGATACGGTGATCGGCGGGAAATATCCGATCACGCCGAAAGACAGAATTTCCGTCTTAATTCCCCAGCTTCACCGTGATAAAGACGCGTGGGGAGACAATGCGGAGGAATTTTATCCGGAGCGGTTTGAACATCCTGATCAAGTGCCTCACCATGCGTATAAGCCGTTCGGAAACGGTCAGAGGGCGTGTATCGGTATGCAGTTCGCCCTGCATGAAGCAACCCTTGTTCTGGGGATGATTCTGCAGCATTTTACCTTTATCGATCACACCGATTATGAGCTCGATATTAAACAGACACTAACGATCAAGCCCGGCGACTTTCATATCAGGGTGCGGCCGAGAAACAAAGGAGCCGTTGCGGCAGCCCTCCCGGCGGCTGAAAAAGCGACGGAAGACGTCGAAAAAGAAAAACGGGAAACAAAAGGCGCATCTATTATCGGGCTTGATAACCGACCGCTTCTGATTTTGTACGGCTCAGATACGGGAACCGCAGAAGGCGTGGCGCGGGAGCTTGCCGATACTGCCGGGATGCATGGCGTCCGGACTGAAACGGCGCCTTTAAATGACCGGATCGGAAAACTGCCGAAAGAAGGAGCTCTCTTGATCATTACGTCCTCTTATAACGGAAAGCCTCCGAGCAACGCGGGACAATTCGTTCAATGGCTTGAAGAAGTCAAACCCGGGGAGCTGGAAGGCGTCCGATATGCCGTCTTCGGCTGCGGTGATCATAACTGGGCGGCGACATATCAGGCTGTGCCGAGGCTTATTGATGAGAAGCTTGCCGAAAAAGGGGCGGAACGCTTTTCCTCCCGAGGCGAAGGGGACGTCAGCGGCGATTTTGAAGGAAAGCTTGATGAATGGAAAAAAAGCATGTGGACGGACGCCATGAAGGCATTCGGTCTTAAGCTGAATGAAAATGCCGAAAAAGAGCGAAGTTCGCTGGGCCTTCAATTTGTCAGCGGGCTTGGCGGGTCCCCTTTGGCACAGACGTATGAAGCGGTTTACGCATCCGTTGCGGAAAACAGGGAACTTCAGGCGCCGGAAAGCGGCCGGAGCACAAGGCATATCGAAATCACTCTGCCGAAAGAGGCTGCCTATCATGAAGGGGATCATCTCGGCGTGCTGCCGGTAAACAGCAAAGAGCAGGTCAGCCGTGTTCTCCGCCGGTTCAATCTGAACGGGAATGATCAAGTGCTGCTGACGGCCAGCGGACAGAGCGCGGCTCATCTCCCGCTCGATCGGCCGGTCAGGCTGCATGATCTTCTGAGCAGCTGTGTCGAATTGCAGGAAGCGGCATCAAGGGCTCAAATCCGGGAAATGGCCGCTTATACGGTCTGCCCGCCGCACAAACGGGAATTGGAAGATTTTCTTGAGGAGGGCGTCTATCAGGAGCAAATCTTAACATTGCGCGTCTCGATGCTCGATCTCCTTGAAAAATATGAAGCGTGTGAACTTCCGTTTGAGCGATTTCTGGAGCTTTTGCGCCCGCTGAAGCCGCGGTATTATTCGATTTCAAGTTCGCCGCGGAAACATCCCGGGCAGGCCTCAATTACCGTCGGCGTCGTTCGCGGCCCCGCCCGGAGCGGTTTTGGTGAGTATCGCGGAGTCGCTTCGAATTATTTAGCGGATCGCGGCCCTGAGGATGGTATCGTGATGTTTGTCCGCACTCCGGAAACACGATTCCGGCTGCCGGAAGATCCGGAAAAACCGATTATTATGGTCGGTCCCGGCACAGGAGTCGCCCCGTTCCGCGGATTTCTGCAGGCCCGGGCGGCGTTAAAAAAAGAAGGAAAAGAGCTGGGGGAGGCTCATCTGTATTTCGGATGCAGAAACGATCATGATTTTATTTACCGTGACGAGCTTGAAGCTTATGAAAAAGACGGAATCGTGACGCTTCATACGGCTTTCTCCCGCAAAGAAGGCGTACCGAAAACGTATGTGCAGCACTTAATGGCGAAAGACGCCGGCGCTTTAATTTCCATCCTCGGCCGGGGAGGGCACCTCTACGTATGCGGCGACGGCAGCAAAATGGCGCCCGATGTAGAGGCAACGCTGCAAAAAGCGTATCAGTCGGTCCACGAAACAGACGAACGGCAAGCGCAAGAATGGCTTTTGGACCTCCAGACAAAAGGCATTTACGCAAAAGATGTTTGGGCGGGGATTTGA MLERVLFMKETGPIPQPKTFGPLGNLPLLDKDKPTMSLIKLANEQGPIFQLHTPAGAIIVVSGHELVKEVCDEERFDKSIEGALEKVRAFSGDGLFTSWTQEPNWRKAHNILMPTFSQRAMKDYHSMMTDIAVQLIQKWARLNPDEAVDVPADMTRLTLDTIGLCGFNYRFNSYYRETPHPFINSMVRALDEAMHQMQRLDVQDKLMIRTKRQFHHDIQAMFSLVDSIIAERRSGGRDEKDLLARMLNVEDPETGEKLDDENIRFQIITFLIAGHETTSGLLSFAIYFLLKHPRVLEKAYEEADRVLTDPVPSYKQVLDLTYIRMILQESLRLWPTAPAFSLYAKEDTVIGGKYPITPKDRISVLIPQLHRDKDAWGDNAEEFYPERFEHPDQVPHHAYKPFGNGQRACIGMQFALHEATLVLGMILQHFTFIDHTDYELDIKQTLTIKPGDFHIRVRPRNKGAVAAALPAAEKATEDVEKEKRETKGASIIGLDNRPLLILYGSDTGTAEGVARELADTAGMHGVRTETAPLNDRIGKLPKEGALLIITSSYNGKPPSNAGQFVQWLEEVKPGELEGVRYAVFGCGDHNWAATYQAVPRLIDEKLAEKGAERFSSRGEGDVSGDFEGKLDEWKKSMWTDAMKAFGLKLNENAEKERSSLGLQFVSGLGGSPLAQTYEAVYASVAENRELQAPESGRSTRHIEITLPKEAAYHEGDHLGVLPVNSKEQVSRVLRRFNLNGNDQVLLTASGQSAAHLPLDRPVRLHDLLSSCVELQEAASRAQIREMAAYTVCPPHKRELEDFLEEGVYQEQILTLRVSMLDLLEKYEACELPFERFLELLRPLKPRYYSISSSPRKHPGQASITVGVVRGPARSGFGEYRGVASNYLADRGPEDGIVMFVRTPETRFRLPEDPEKPIIMVGPGTGVAPFRGFLQARAALKKEGKELGEAHLYFGCRNDHDFIYRDELEAYEKDGIVTLHTAFSRKEGVPKTYVQHLMAKDAGALISILGRGGHLYVCGDGSKMAPDVEATLQKAYQSVHETDERQAQEWLLDLQTKGIYAKDVWAGI PGPT0006740_169 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QUORUM_QUENCHING CE-QUORUM_QUENCHING-AHL-DEGRADATION,PGPT0006740-cpxB-K14338 NA NA D1-12_02714 1071 hypothetical protein ATGGATTTTGAAATCAAGTTTTTATCGTTTTATGTCATTCAAGTGGAAGGAAAAGACGAACAGGCAAACAAACAGTTCAAACATTTCCAGACCCTTGACACGGAAGAATTTGAAGAAAGCGAGCTGAAGGATTTTCTTGACGGGGAATTGAAGAAAATCGTCAAACGGAAAGCCGAACGGCATCCGCAATCCGAGCAGGTCCCCACAAAAATCGGCCATTTTATCACGGAGCCGGGCCATGAGCTTGATTCAAATCCGAATTACAACCTTTTCAACCGCGCCAGACTTGCGGATACGAAGGAAGCATTTATCGAAGCAAGCGAGCAGTTCGTCCGCACTTACCTTGACACGAGCGCCGTGCGCGGCGGTGTTTTTATCGTGGCATCGGCCGTTCCGCGCAAGTATTTTGAAGACAAATTCGTCTTTATGATGAAATGCGATTTCGAGCCGAAGGTCGCCCGCATCTCAGACGCCTCGTCTCTCATTAAAAAGGTCGAAATGGCCATCACGACAAAAAACATGAAAAGCATTCAATATCCGTATATGCCGGAAGAAGGCATGACGGAAGAGCATGAGCTGAAAATCCACCAGGCCTCGCACGCCCGTTATTTCGAAGATTTTCTCAAATTTGTCGAATACGGCGAATCGATGCCGGAAATCATGAAAAGCCAAGTCATGAACATGGTGCAGGAGCACGTGTATGAAACTTTTGAAGAAAACAGCGAAGAGCTTCAGCAGTTTGAGCACGACATTGAAATTTGGGAAGCGAGTGAAAAGCGGGAAATTCAGGAGCGCCTCGACACCCATCAAGTCATCGAGGCATCCGCGCAGATCATTGAACACACGCCGGAAGCCGAGCTGAAAATGAAAGTCGGAGAAACAGAGATTAAAGGATTACTGGCTGATTTCGGCGAATCCATCCATCTCGCAAAAGTGAACGGGCGCTATGTCGCGCTCATTGAGGCGGAGACGATCTCGTTTGAAAAAGGCAGTTCGCCGGTGGAGTTTCACAAGCCTGAGGGGCTGCATGAGGTGATTGAACGGATACGGAATAAATCTGAACAAGACTGA MDFEIKFLSFYVIQVEGKDEQANKQFKHFQTLDTEEFEESELKDFLDGELKKIVKRKAERHPQSEQVPTKIGHFITEPGHELDSNPNYNLFNRARLADTKEAFIEASEQFVRTYLDTSAVRGGVFIVASAVPRKYFEDKFVFMMKCDFEPKVARISDASSLIKKVEMAITTKNMKSIQYPYMPEEGMTEEHELKIHQASHARYFEDFLKFVEYGESMPEIMKSQVMNMVQEHVYETFEENSEELQQFEHDIEIWEASEKREIQERLDTHQVIEASAQIIEHTPEAELKMKVGETEIKGLLADFGESIHLAKVNGRYVALIEAETISFEKGSSPVEFHKPEGLHEVIERIRNKSEQD NA NA NA NA NA D1-12_02715 1122 hpxO COG0654 FAD-dependent urate hydroxylase ATGAACCATGAAGTGAAAAAGATCATCATAGCGGGCGGAGGGATCGGCGGTCTGTCCGCAGCGATTTCTCTCGGCAGAGCGGGTTTTGAAGTGATCCTTTGCGAGGCGGCGTCCGGCATGCGAAAAAGCGGAGCGGGCATTCTCCAGCCTCAAAATGCGCTGCGGGTGCTGCGGGAAATCGGTGTGTATGATGAATGCTGCCAACACGGCTTTCAAACGGAATGGCTGAAGCAGCATGATGAAAACGGAACGCTGCAGTTTAAAGTGAGTGAGGCGTTTTTAGATGATTCATTGCCGGGGCGGAATAATATATTGCGGCAAACGTTAAACGATATCCTCAAAAAGCATGCTGAAGCGGCGGGGGTCACGATTCTTCTCGGTAAAAAAGTCGTGTCTTACGAAGAAACAGCAGATGACATAACGGTGCATTGTGCAGACGGAACCGCGATGACGGCTGACATCCTCGCCGGCTTTGACGGCATCCGCTCCGCTGTCCGCAATCAAATGCTGCAAAGAGAAGTGAAAACAGAGTATCTCGGCATGGGAGCGCACAGATTTTACATTTCTTTTCCCGAGCCGGTTTTTCATGATTCAACACTGATGTATAAAAAGGGGCAGACGCAGGTCGGAGTCGTGCCGCTCTCTGAAAAAACAGGATACGTATTTATCATCCGGCCGTATGACGCTGACTTCAGGGATGACGAGGACACGCGTTTTGAAAGGGTGAAAGACTTGCTGCACGGATTTCCGGGAGTAAAGTTTGTGACAGAGAATATGTCAAAGGAATATCCCGTTTTGTTTCATAAGATTGAGCAGATGGCGGTCAAAGAACCGTGGCACAGAGGCCGCGTCGTTCTGGGCGGGGATGCCGTCCATGCAGGAGCGCCGACATTGGCCCAGGGAGCGGCGATGGCGATTGAAGATGCGATTGTGCTTAGTGAAGAACTGCAAAAACACGAAAACCATGAAACTGCATGTCAAGCATACTTCGAAAGACGGGCGGAGCGGGCATTGCAGGTGCAGAATCTCTCATCTGAAATCGTCCGCCGCGAGATAAAGGGAACGCCCGGCGTCCAAGACATCATCAGTGAATGCTATCGATTGCTCAAAGAGCCTTATTAA MNHEVKKIIIAGGGIGGLSAAISLGRAGFEVILCEAASGMRKSGAGILQPQNALRVLREIGVYDECCQHGFQTEWLKQHDENGTLQFKVSEAFLDDSLPGRNNILRQTLNDILKKHAEAAGVTILLGKKVVSYEETADDITVHCADGTAMTADILAGFDGIRSAVRNQMLQREVKTEYLGMGAHRFYISFPEPVFHDSTLMYKKGQTQVGVVPLSEKTGYVFIIRPYDADFRDDEDTRFERVKDLLHGFPGVKFVTENMSKEYPVLFHKIEQMAVKEPWHRGRVVLGGDAVHAGAPTLAQGAAMAIEDAIVLSEELQKHENHETACQAYFERRAERALQVQNLSSEIVRREIKGTPGVQDIISECYRLLKEPY NA NA NA NA NA D1-12_02716 513 mprA COG1846 Transcriptional repressor MprA ATGGAGTTGAGACATTTGCCGGATTACTCGCAGATTGCCGGACGCGCTGAGATTTACGCCGATATGGATGCTGAATCCTTGAAAACATTTTTGACGTTATTTGATATGTCTAAAAAAATGAATCAGGTCATGGAGCATTATTTCTCAAGTCACGGATTGTCCGAAGGGAAATTCAAAATTTTAATGTTTCTGTTTGACGCACCCGGCCACAGCCTGAGCCCGACGGAACTGGCGAAAAAATCCAATGTCACCAAAGCGACCATCACCGGGTTGATCGACGGACTCGCACGGGACGGCTTTGTAAACCGCAGCCGGCATACCGGCGACAGACGAAAAATCAGCATCGAACTCACAAAAGAAGGAAAAGAAAAGCTGATGCTGTTTCTTCCCGGCCACTTCTCCAATATTTCAGGAGTCATGGAAAGCTTCACCGCTGAACAAAAAGCGGAATTGACAAAAATGCTTGAAGTATTATTTGATAAGCTTCTGCTGTTTTCCGGCGGCAGAATATAA MELRHLPDYSQIAGRAEIYADMDAESLKTFLTLFDMSKKMNQVMEHYFSSHGLSEGKFKILMFLFDAPGHSLSPTELAKKSNVTKATITGLIDGLARDGFVNRSRHTGDRRKISIELTKEGKEKLMLFLPGHFSNISGVMESFTAEQKAELTKMLEVLFDKLLLFSGGRI PGPT0029235_328 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 D1-12_02717 645 yetJ COG0670 putative protein YetJ ATGCAAACTGCTGCTTATGAGAGCAAACAATCTATTATGCAGCGCATTATAACGGTATTTGTGTTTACACTGTTAGTTGCGACAATCGGCCTGTATACGGGCCAGTTCATTCCGCCGGCATTGATGCTGCCGCTGTCGGTCTTAGAGGTCGTCATGATCATCGCCGCGTTTTGGCTGCGCCGAAAAAAAGCCGTCGGATATGTGTTTGTGTTTTCATTCGCTTTCATTTCCGGAATGACGCTGTTTCCGATTATCAGCCATTATGCGTCCGCAGCGGGGGCCTATGTTGTATTGGAGGCATTCGGTTCTTCGTTTGTGATTTTTGCGGTGCTCGGCACGATTGGCGCTAAGACGAAAAAGGACTTGTCGTTTTTATGGTCCTTCTTGCTTGTCGCTGTTATCGCGCTTCTCGCAGTGGGGATCTTTAATATTTTCAGCCCGCTGAATTCCGCCGCCATGATGGCGTATTCCGTCATCGGAACGATTGTGTTTTCAATGTATATCTTATACGATCTGAACCAGATCAAGCACCGGGACATCACGGCTGACCTGATTCCTTTGATGGCATTGACGCTTTATATCGACTTTATTAACCTGTTTATCAACCTGCTTCGGTTTTTCGGGATTTTAAACAGTGATGATTAA MQTAAYESKQSIMQRIITVFVFTLLVATIGLYTGQFIPPALMLPLSVLEVVMIIAAFWLRRKKAVGYVFVFSFAFISGMTLFPIISHYASAAGAYVVLEAFGSSFVIFAVLGTIGAKTKKDLSFLWSFLLVAVIALLAVGIFNIFSPLNSAAMMAYSVIGTIVFSMYILYDLNQIKHRDITADLIPLMALTLYIDFINLFINLLRFFGILNSDD NA NA NA NA NA D1-12_02718 303 hypothetical protein ATGAAGCATTCAACTGTTCCTTTCCGGGAGAGCCGGTATCTGCACCTGCCCGAAGTGCGCTTTCTGCATTGGTGCACGAAGCAATACGGCATTAACAAAGGCGTGCTCAATACAATTGACGGCTGGTTTTATGATGCGGGCGTCATTCCGATTCCCGTCAGGCGTCTTTATGTGCTGGCATTCCTCGATTTCGCGAAAACGCCGGGGAAGAAGGGGAAAATCCGATTCGGGCACGGCGGTTTGACGAAAAAACTGCATGATTTCATGGATATGCAGGAGTGCGCAGCAAAACGTCAGGCCTGA MKHSTVPFRESRYLHLPEVRFLHWCTKQYGINKGVLNTIDGWFYDAGVIPIPVRRLYVLAFLDFAKTPGKKGKIRFGHGGLTKKLHDFMDMQECAAKRQA PGPT0008615_469 DIRECT EFFECT PLANT_IMMUNE_RESPONSE_STIMULATION INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR ISR-VITAMIN_B2|RIBOFLAVIN_METABOLISM ISR-VITAMIN_B2|RIBOFLAVIN_BIOSYNTHESIS,PGPT0008615-RFK|FMN1-K00861 NA NA D1-12_02719 174 hypothetical protein ATGACGTCCAAAGGAAACGTAGATCCGCATGTGATCGAAAAGATTATCAGCGCGCTGGAAACGCTCGATTTCGGGACAGTTCAGATTACGGTTCATAATTCCCAAGTGACACAAATTGATAAGGTGGAGAAATATCGATTTTCCCTGAAGAGCAAAGAAGTAAAACAATCTTAA MTSKGNVDPHVIEKIISALETLDFGTVQITVHNSQVTQIDKVEKYRFSLKSKEVKQS NA NA NA NA NA D1-12_02720 1071 cysA COG1118 Sulfate/thiosulfate import ATP-binding protein CysA ATGGAGATTACGATCGACAGTATTTCTAAGCATTACGGAAACTATCAGGCATTGCGGGATATCAATCTTCACGTCAATAATGGCGAGCTGGTTGCGCTTCTCGGTCCGTCAGGCTCAGGCAAAACATCATTATTGAGAGTCATTGCCGGTCTTGAGCAGGCGGATGGGGGACGTGTCCTGTTCGGAAAACAAGATGTGACGGATACGCATGTGAAAAGCAGACATGTCGGTTTTGTGTTTCAGCACTATGCGTTATTCAGCAAGATGACGATTTTTGAAAATGTCGCCTACGGATTAAAAGTCCGTCCGCGAAAGCAGCGTCCCGCCAAAAAGGAAATTGCCGAAAAGGTGAGAGAGCTCCTGGCGCTTGTGAAACTGGAACCTTATGAAAAGCGCTATCCCTCGCAGCTGTCAGGCGGACAAAGACAAAGAGCCGCCCTCGCACGCGCCTTGGCCGTAGAACCGAACATTCTGCTGTTGGATGAACCGTTCGGCGCGCTTGACGCCAAAGTAAGAAAAGAGTTAAGACAATGGCTCAGACGGCTTCATGATGAATTCGGCATGACAAGTATTTTCGTAACTCACGACCAGGAAGAAGCGCTTGATGTGGCCGACCGCATCGTCATTATGAATGAAGGTGCGATTGAACAGATCGGAACGCCGCAGGAGGTGTATGATCACCCCGCAAATCCGTTTGTGTACGACTTTCTCGGCAGTGTCAACGTATTTGAAGGAAGAGTGGAGGAAGGAAAGCTGATCACCGGAAACGCGGCAATACCTGTCGGGCATGCTGATCAGGATAAGGGGATCGCTTATGTGAGGCCACACCATTTTACCGTAGAAAAAAAACCGTCCGGTCTGCATTCATTTGAAGCAAGGGCGGCTCATATTCGCGCCATCGGACCGTCCGTCAGATTGGAAGCCGTCCGTACCGACACAGGCCAGCACTTGGAGATTGAGCTCTCAAAAGAGCAATATGACGCCTTGGGGGCGGGCGTCGGTGACACGGTTTATGTCAAAGCGAAGGAAGTGAAAGTTTTCGCAAAGAAAACATATCCAAAAATTGTGTAA MEITIDSISKHYGNYQALRDINLHVNNGELVALLGPSGSGKTSLLRVIAGLEQADGGRVLFGKQDVTDTHVKSRHVGFVFQHYALFSKMTIFENVAYGLKVRPRKQRPAKKEIAEKVRELLALVKLEPYEKRYPSQLSGGQRQRAALARALAVEPNILLLDEPFGALDAKVRKELRQWLRRLHDEFGMTSIFVTHDQEEALDVADRIVIMNEGAIEQIGTPQEVYDHPANPFVYDFLGSVNVFEGRVEEGKLITGNAAIPVGHADQDKGIAYVRPHHFTVEKKPSGLHSFEARAAHIRAIGPSVRLEAVRTDTGQHLEIELSKEQYDALGAGVGDTVYVKAKEVKVFAKKTYPKIV PGPT0002990_900 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H2S-VOLATILE_PATHWAY,PGPT0002990-cysA-K02045 NA NA D1-12_02721 864 cysW COG4208 Sulfate transport system permease protein CysW ATGCAGCTGGAAACAGCGAAAACAGCCGTGCCAAAGCGGGAGATGCGGGAATCACCCGTTGTGAAATGGGTGCTGATCTCAGCGGTCCTGCTCTTTTTGTCCATATTTTTAATCATGCCGCTTGCATTCATATTTATTGAAGCTTTTAAAAAGGGAGCGGAAGCATATATCCTCTTTGTCACGCATCCGGATTCCCTTGCCGCGATGAAATTAACGCTCCTCGTCGTTTTCATCACGGTTCCGCTGAACACGCTGTTCGGCGTCGCCGCGGCGTGGGCTGTGACCAAATATGAATTCAGGGGGAAAAGTCTGTTTATGACACTGATTGATCTGCCGTTTGCCGTGTCTCCGGTAATCGCGGGCTTAATCTTTGTCCTTTTGTTCGGGCTTCACGGCTGGCTTGGTCCATTTTTACTTGATCACCAGATAAAAATCGTATTCGCCGTCCCGGGAATCGTGCTTGCATCCTTGTTTGTGACGCTCCCTTTCATCGCCCGGGAATTAATACCGCTTATGCAAAGCTTAGGAAATGCTGAAGAAGAAGCCTCCGTCACGCTAGGCGCGGGAGGCTGGAGAACGTTTTGGCATGTCACGCTTCCTAATATCAAATGGGGGCTGATCTACGGGGTGATTTTAAGCGCGGCCCGGACAATCGGCGAATTCGGCGCCGTATCAGTCGTTTCCGGTCATATCAGAGGTGTTACCAACACGCTCCCGCTTCATATCGAAATTTTGTACAACGAATATCAGTTTACGGCCGCTTTTGCGGCGGCCTCCGTCATGTCGGTTTTTGCGATTGCGACACTGTTTTTGAAAAACATCATTGAATGGAAAGCCGGTTATCGTTCTGTCAAAACCGGATGA MQLETAKTAVPKREMRESPVVKWVLISAVLLFLSIFLIMPLAFIFIEAFKKGAEAYILFVTHPDSLAAMKLTLLVVFITVPLNTLFGVAAAWAVTKYEFRGKSLFMTLIDLPFAVSPVIAGLIFVLLFGLHGWLGPFLLDHQIKIVFAVPGIVLASLFVTLPFIARELIPLMQSLGNAEEEASVTLGAGGWRTFWHVTLPNIKWGLIYGVILSAARTIGEFGAVSVVSGHIRGVTNTLPLHIEILYNEYQFTAAFAAASVMSVFAIATLFLKNIIEWKAGYRSVKTG PGPT0003005_577 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H2S-VOLATILE_PATHWAY,PGPT0003005-cysW-K02047 NA NA D1-12_02722 837 cysT COG0555 Sulfate transport system permease protein CysT ATGAGAACGTTACTTTTCAAAAAAACAAAACCGTCCGTGATTCCGGGTTTCGGATTAACGATGGGATTTACATTTTTATATATGGCCGTTTTGGTTATCGTGCCGCTGTCCATGGTGTTTTTTCATACGATGTCAATGGAGCCCGGGGACATCTGGCATATCATTTCTGAGCCGAGGGCCGCGGCTTCCTATCGGCTGAGCTTCTTGACGGCGGGCTGTGCCGCTTTGATCAATGCGGTTTTCGGCGTTGTCATCGCCTGGGTGCTGACGAGATATGACTTTCCGGGGAAAAGGCTGGCTGACGGCCTGGTTGATCTGCCGTTTGCGCTGCCGACCGCCGTCGCAGGCATTACATTAACGGCAATGTATTCACCGGACGGCTGGATCGGACAGCTGTTTCCTTTCCGTATTTCCTTTACGCCGATCGGCATTGTCATCGCATTGACGTTTATCGGGCTGCCTTTTGTCGTCAGGATGGTTCAGCCCGTCTTAGAAAATCTCCAAAGGGAAACGGAAGAAGCATCTGCTTCACTTGGAGCTTCGAAATGGAAAACCTTCCAAAAGGTCATTCTGCCGGAGCTTTTTCCTTCTATTATATCGGGTTTCGCATTATCTTTTGCCCGCGCTCTCGGGGAGTATGGTTCTGTCGTTTTTATCGCGGGCAATATGCCGTTTAAAACCGAGATTTCCCCGCTGATCATTATGACGAAATTAGAGCAATACGATTATGCCGGGGCAACGGCTGTTGCGGCAGTCATGCTTGTCATCACATTTTTCATTTTATTCGTCATCAATGGATTGCAATGGCTCACCGCGAGAAAATACGCAGGAAGGTAG MRTLLFKKTKPSVIPGFGLTMGFTFLYMAVLVIVPLSMVFFHTMSMEPGDIWHIISEPRAAASYRLSFLTAGCAALINAVFGVVIAWVLTRYDFPGKRLADGLVDLPFALPTAVAGITLTAMYSPDGWIGQLFPFRISFTPIGIVIALTFIGLPFVVRMVQPVLENLQRETEEASASLGASKWKTFQKVILPELFPSIISGFALSFARALGEYGSVVFIAGNMPFKTEISPLIIMTKLEQYDYAGATAVAAVMLVITFFILFVINGLQWLTARKYAGR PGPT0003000_1045 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H2S-VOLATILE_PATHWAY,PGPT0003000-cysT|cysU-K02046 NA NA D1-12_02723 1029 sbp COG1613 Sulfate-binding protein ATGAAAAAAACAGCGGCATTTTTAGTATTGATCTTATTGGCAGGGGCGCTGTCAGCCTGTCAATCTGAGTCCGGCAGCGCGTCATCAGACGGAAAGACCGTTCAGATGCTGAATGTATCGTATGATCCGACCCGGGAGCTGTATAAAGAGTATAATCAGGCCTTTTCTTCCTATTGGAAAAAGAAAACGGGTCAAGATGTAACCGTTCAGCAGTCGCACGGAGGTTCGGGGAAGCAGGCCAGATCCGTAATAGACGGACTTGACGCTGATGTCGTAACGCTTGCTTTAGGTTATGACATTGATTCGATAGCAGAAAAAGCGCGACTCATTGATCAAAACTGGCAGTCACGTCTGCCGGATCAATCAACTCCTTACACGTCAACCATCGTATTCTTAGTCAGAAAAGGGAATCCGAAGCACATCAATGATTGGGCTGACTTGGTGAAAAAGGACGTTTCGGTCATTACGCCCAACCCGAAAACATCGGGCGGAGCCAGATGGAACTATTTAGCGGCATGGGCATATGCGGATGAAACGTATCATCATGACGACACGAAAATCAAACAGTTTATGAAAGACCTCTACGGCAATGTGGAAGTGCTTGATTCAGGGGCGCGCGGAGCCACGACCAGTTTTACAGAAAGAGGGATGGGGGATGTGCTGATCGCCTGGGAAAATGAGGCCTATCTCACACTGAAGGAATTCGGCAAGGAGAAATTTGAGATTGTCAATCCTTCAATCAGCATTCTGGCTGAGCCTCCTGTCTCTGTCGTCGACAAAACCGCGGATAAAAAAGGAACAAAAAAAGCGGCTGAAGCATATTTATCCTATCTCTACAGCAAAAAAGGGCAGGAGATCGCCGCGAAGAATTTTTACCGGCCCCGCGATAAAGAGCTTCTGAAAAAGTATAAAAAACAATTCCCGCAGATTAAAACGGTGACGGTCGAAAAGGAATTCGGCGGCTGGAAAAAAGCGCAGGAAACCCATTTCAATGACGGCGGAACCTTTGACAGCATCTATGAGAAATAG MKKTAAFLVLILLAGALSACQSESGSASSDGKTVQMLNVSYDPTRELYKEYNQAFSSYWKKKTGQDVTVQQSHGGSGKQARSVIDGLDADVVTLALGYDIDSIAEKARLIDQNWQSRLPDQSTPYTSTIVFLVRKGNPKHINDWADLVKKDVSVITPNPKTSGGARWNYLAAWAYADETYHHDDTKIKQFMKDLYGNVEVLDSGARGATTSFTERGMGDVLIAWENEAYLTLKEFGKEKFEIVNPSISILAEPPVSVVDKTADKKGTKKAAEAYLSYLYSKKGQEIAAKNFYRPRDKELLKKYKKQFPQIKTVTVEKEFGGWKKAQETHFNDGGTFDSIYEK PGPT0003015_730 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-SULFATE|THIOSULFATE_TRANSPORT,PGPT0003015-sbp-K23163 NA NA D1-12_02724 867 rsbRD_2 RsbT co-antagonist protein RsbRD GTGAACAAAGACCAGTTACTTCATGATTATATTATTACACATTCGGCAGAGCTGACGGAAAAATGGCTCAAGCTGAGACGGAAGCTGAGAGGGCGTTTTTATTCTGCGGATCAATTAAGTGAGGAAATGAAACGGCTGCTGATCGAGCAGCATACCTTTACAAACACGGTCATCGCAAGCGCTTTTTTGGAAGATCCGGCCGTTTTTCAGCATAACAAAGAAAAATGGGCCGCACAGGTAGCGAAAAGCAGAGTGGAGCAGGACGCGGAGGTTCATGAGGTCGTTGAGGCGATCGGCAATTCAAGAACCGTCTTTTGGGAGGCGGTCACCCGTTTTATGGATGAGCATCAGGACATCGTAACAAACGAGGATGCCCGCCGCTGGAATCACCTTGTCAACAGCTCGTTCGATCAGCTGATGACGGATTTTACTGAACAGTTTCAGACATTAATGATCGCAAGGCTGTCATCTCAGCAGGAGCTTATTTCCGAATTGAGCTGTCCGGTTATTTTGATCGCGGATACGATCGGCACTCTGCCGCTCATCGGATCGATTGATACGAGACGGGCGCGCGTGATTTTGGAGACGGTGCCGGAAAACTGTGTCGCCAAACGGATCACAAACCTTGTGATCGATCTGTCCGGTGTGCCCATTGTCGATACGATGGTGGCGCAGCAATTGTATATGCTGTCGAAAACGTTATTTCTCCTCGGCATCAGAACCGTGTTTTCCGGCATTCGGCCTGATGTGGCACAGACTTCTATCCAATTAGGGCTTGATTTTTCAGAGTATCAAACTTACGGCTCCCTGGAGCAGGCGCTCGCCAGCATGGGTGTCACATGTGTGATCGAGGAAGCAAAAGCATAG MNKDQLLHDYIITHSAELTEKWLKLRRKLRGRFYSADQLSEEMKRLLIEQHTFTNTVIASAFLEDPAVFQHNKEKWAAQVAKSRVEQDAEVHEVVEAIGNSRTVFWEAVTRFMDEHQDIVTNEDARRWNHLVNSSFDQLMTDFTEQFQTLMIARLSSQQELISELSCPVILIADTIGTLPLIGSIDTRRARVILETVPENCVAKRITNLVIDLSGVPIVDTMVAQQLYMLSKTLFLLGIRTVFSGIRPDVAQTSIQLGLDFSEYQTYGSLEQALASMGVTCVIEEAKA PGPT0014945_599 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-TRANSCRIPTIONAL_REGULATION,PGPT0014945-rsbRD|yqhA-K17763 NA NA D1-12_02725 366 hypothetical protein ATGATGATCAAAAAAATCGCGACAGTCGCCGTATACACTGATGATCAGCAAAAAGCGAAAACATTCTGGACGGAAAAAGCGGGGTTTGAAACCGTCGCCGAGCATCCGATGGGCCCGGGCGCCTTCTGGCTTGAGGTAGCGCCCAAAGGAGCCGCCACTCATTTGGTTATTTATCCGAAATCGATGATGAAAGGCGCCGAGCATATGAAGGCTTCTATCGTATTTGAGTGTGAAGATGTCTTTGCCGCATACGAACAAATGAAAAAGAACGGCATCACCTTTTTAGATGAACCGAAACAAATGGAATGGGGCAGCTTCGTGCAATTTAAAGATGAGGATGGTCATGTCTTTCTCCTGAAATCGTAA MMIKKIATVAVYTDDQQKAKTFWTEKAGFETVAEHPMGPGAFWLEVAPKGAATHLVIYPKSMMKGAEHMKASIVFECEDVFAAYEQMKKNGITFLDEPKQMEWGSFVQFKDEDGHVFLLKS PGPT0013300_5985 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 D1-12_02726 327 hmoA COG2329 Heme-degrading monooxygenase HmoA ATGTTCGTGCAAATCAGAAAAATGACCGTAAAAGAAGGACATGCCGACAAAGTAATCGAACGCTTCAGTTCAGAAGGCGTGATTGAAAAGCAGGAAGGTTTGATAGACGTAACGGTCCTGGAAAAAAAAGTCCGCCGCGGTGATGAAGAAGTCGTCGTGTTAATCCGCTGGGAGTCAGAAGATCATTGGAAACAATGGGAAAAAAGCGAAGACCACATCGCGGCCCACAAAGCAAACCAAGGCAAGCCGAAACCTGATTATATGCTTGGGACGGATGTCGGTATGTATCATGTCAGAGCCGTTAAAACAGGCGTACACGAAAAATAA MFVQIRKMTVKEGHADKVIERFSSEGVIEKQEGLIDVTVLEKKVRRGDEEVVVLIRWESEDHWKQWEKSEDHIAAHKANQGKPKPDYMLGTDVGMYHVRAVKTGVHEK PGPT0003630_166 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-HEMOPHORES-HEME|HEMIN_UTILISATION,PGPT0003630-hmoA-K07145 NA NA D1-12_02727 690 hypothetical protein ATGGGACATTTACTTACAGTGGCTTGGGAGTTAGTATGCGGTTTGGGTATTTTATTTGTGATTTTAAAATTGCTTGGAAAAACTCAATTCTCGCAAATTACGCCGTTTGATTTTATTTCTGCGCTCATCCTCGGCGAACTGGTCGGAAATGCGGTGTATGATAAAAACGTCAGGATTATTGAAATCATTTTTGCTTCTCTGTTATGGGGAGTTTTAATTTATCTCATCGAACTGATTACGCAGAAAGTAAAAAGCACCAGAAAGCTGTTGGAAGGCGAGCCGAGTATTATCATACATAAAGGAAAACTGAAATATGATGTGCTGAAAAAGAATAAGCTGGACATTAATCAATTGCAAAGCCTTCTCAGACAGGCGAATTGCTTTTCCATACAGGAAGCGGAGTACGCGATTTTAGAAACAAACGGGATGGTCAGCGTCCTGCCGAAATTTCAATATGATACGACGAAAAACGGCGACATGCAAATAAAGCCGAAGCAGGTCTCTTTGCCGGTCACGCTGATTATTGACGGCGAAGTGCTGTATGAAAATCTGAAAGAAGCCGGGCTGGAAGAAAAGCAGCTGAATCAGGAGCTGAAAAAGCTGAACATCAAAAAAACGGAGGACGTGCTGTATGCGGAATGGAAGCCCGATAAACCGCTGTTTGTCCTGCCGTATGAGGAGAAAAAATAA MGHLLTVAWELVCGLGILFVILKLLGKTQFSQITPFDFISALILGELVGNAVYDKNVRIIEIIFASLLWGVLIYLIELITQKVKSTRKLLEGEPSIIIHKGKLKYDVLKKNKLDINQLQSLLRQANCFSIQEAEYAILETNGMVSVLPKFQYDTTKNGDMQIKPKQVSLPVTLIIDGEVLYENLKEAGLEEKQLNQELKKLNIKKTEDVLYAEWKPDKPLFVLPYEEKK NA NA NA NA NA D1-12_02728 279 hypothetical protein ATGGGGTTTTTTTATCTGATCTGTCTGGCCGCATTTTGTCTTAACTTTGCCGTATCGGCTGTGCTCCGTAAGAAATGGCCGAAAAAGATGTGGCCTGAGTGCCTTTTGGCGGTGCTGGGCCTGACTGCTTTCGGTACGGTTGTTTACAGCATTTTCGGTGTCGGCGGCTGGGAAGGAATGGGCTTGGGGCTTGCCGCGATGTTTGCGGGTTCCGGAGCGGCCGCCGGTTATGCCGCTGAGGTGTGTTTACGGGTCGTCAGATCGAATCAAAAACAGTAA MGFFYLICLAAFCLNFAVSAVLRKKWPKKMWPECLLAVLGLTAFGTVVYSIFGVGGWEGMGLGLAAMFAGSGAAAGYAAEVCLRVVRSNQKQ NA NA NA NA NA D1-12_02729 534 hypothetical protein ATGACACCATTTACGATCACGGAGGAGAAGGCGGGGGCATTCCGGGTCACCCCCGCCCGGAAGGATGATGAAAAAGAGGTCATGGATCTGCTCGTGCAAGCGGCAGAATGGCTTCGCGATAAAGGGTCGAACCAGTGGAGCGGCCTTCTGCAAGGGGAAGATACCCACAATATGCGGGAGGCGATCGCCAAAGGGTATGTTTTTTTATTCTGGCAGAATGAAGAGCTGGCAGGCGTCGTCATGCTGCTTCCCGAAGCAAGCGGGTGGGACAGACGTCTATGGGGCGATGAAGGACATGAGGAGTCCGTATATCTCCACCGGCTGGCGATTAACAGGCGGTTTGCAGGCGCGGGGCTCGGCCGGACAATCATGACTTGGGCGGAGACGGGTGTGTCTTGTCCGGGAAAAACGAAAATCCGGCTCGACTGCGTGGCTGAAAACAAGGCGCTTCAGTCGTTTTACAGCGGAATGGGGTACGAATCAAAAGGACTCGCGCCGGGTTATCATTTGTTTGAAAAAAAGGTGAGTAAATAA MTPFTITEEKAGAFRVTPARKDDEKEVMDLLVQAAEWLRDKGSNQWSGLLQGEDTHNMREAIAKGYVFLFWQNEELAGVVMLLPEASGWDRRLWGDEGHEESVYLHRLAINRRFAGAGLGRTIMTWAETGVSCPGKTKIRLDCVAENKALQSFYSGMGYESKGLAPGYHLFEKKVSK NA NA NA NA NA D1-12_02730 570 Manganese catalase ATGTGGGTATATGAAAAAAAGCTGCAGTATCCGGTTAAAGTGAGTACATGCAACCCGATGCTGGCTAAGTTTCTCATTGAACAATACGGCGGGGCGGACGGCGAATTGGCCGCAGCGCTCCGGTACTTAAACCAGCGCTACACGATTCCTGACAAGGTGATCGGCCTGCTGACGGATATCGGCACGGAGGAGTTTGCGCATTTAGAAATGATTGCGACGATGATTTATAAGCTGACAAAAGATGCGACCCCGGAGCAGCTGCGTGATGCAGGGCTCAGTGATCATTACGTCAACCATGACAGCGCGCTGTTTTATCACAATGCGGCCGGAGTTCCGTTCACAGCGTCTTACATACAGGCGAAGGGAGATCCGATCGCTGATTTATATGAGGATATTGCGGCTGAAGAAAAGGCGAGAGCGACGTATCAATGGATTATTGATATTTCCGATGATCCTGACCTGAATGATTCACTCCGTTTTCTGCGTGAGCGTGAAATCGTCCACTCTATGCGTTTCAGGGAAGCGGTTGAGATTTTAAAAGAAGAACGTGATAAGAAGAAAATTTTTTAA MWVYEKKLQYPVKVSTCNPMLAKFLIEQYGGADGELAAALRYLNQRYTIPDKVIGLLTDIGTEEFAHLEMIATMIYKLTKDATPEQLRDAGLSDHYVNHDSALFYHNAAGVPFTASYIQAKGDPIADLYEDIAAEEKARATYQWIIDISDDPDLNDSLRFLREREIVHSMRFREAVEILKEERDKKKIF PGPT0025185_201 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_COAT_PROTEIN,PGPT0025185-cotJC-K06334 NA NA D1-12_02731 264 hypothetical protein ATGGCGAAAAAGATTGATGATGAATACTATCGGCTGCTGGAACAAATCCAGGCGGCGGACTTTGTCTTGGTGGAGCTGACGCTTTATCTGGATACGCATCCCCATGACCGTCTCGCGCTTCAGCAGTTTCATGAATATTCCCGGTACTCAAGACAGCTGAGAAAGCGGTTTGAGCCTGAGTACGGACCGCTTCTGCAATTCGGCGTGAGTCAGGTCGGCGCTCAATGGGACTGGGGCCGCGGTCCTTGGCCATGGCAAGTATAA MAKKIDDEYYRLLEQIQAADFVLVELTLYLDTHPHDRLALQQFHEYSRYSRQLRKRFEPEYGPLLQFGVSQVGAQWDWGRGPWPWQV PGPT0025180_155 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_COAT_PROTEIN,PGPT0025180-cotJB-K06333 NA NA D1-12_02732 249 hypothetical protein ATGAAAGAAAATCAGCCGTTTACACCGGTCAAATCCTATAAACCCTTCCACAGCCGGTTTGATCCCTGCCCGCCGATCGGGAGAAAATACTACAGAACGCCGCCGCATCTTTATATGCGGTTTCAGCCGTATCACTTGGAGCAGTTTTCTCCGATGGAGGCATTGAGAAAAGGAACCCTTTGGAAGGATCTTTACGATTTCTATGATAATCCTTATCGGGGGGGAATCGAATATGGCGAAAAAGATTGA MKENQPFTPVKSYKPFHSRFDPCPPIGRKYYRTPPHLYMRFQPYHLEQFSPMEALRKGTLWKDLYDFYDNPYRGGIEYGEKD PGPT0025175_21 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_COAT_PROTEIN,PGPT0025175-cotJA-K06332 NA NA D1-12_02733 870 aadK Aminoglycoside 6-adenylyltransferase GTGAGAAGTGAAGACGAAATGATGAAATTGATTCTTGATATTGCGATGAAGGACGAGAGAATCCGTCTTGTCACTTTAGAGGGATCAAGAACCAATAAAAATGTACCGAGAGACAGATTTCAAGACTATGATATTTCTTATTTTGTGACCGATATGGACTCCTTCACATCTGACGACAGCTGGCTGGATCAGTTTGGCGAAAGAATGATGATGCAAAAACCTGAAGATATGGAACTTTTCCCTCCGGAACTCGGAGACTGGTTCTCCTATCTAATGCTATTTAAAGATCATCATAAAATCGACTTAACTTTAATCCCTCTGAGTCAAACAGAGGATTATTTTACACAGAGTGATGGTTTGGCGGAAATAGTATTAGACAAGGATGACCGAATCAACAGTAAGATTATTGCGAGTGATGAACAATATCATATAAAGAAACCGACCTCCAGAGAGTTTGATGATTGCTGCAATGAATTTTGGATGGTTTCAACCTATGTGATTAAAGGATTAATACGTAAAGAAATACTGTTTGCGCTGGATCATATGAATGACATTTTAAGGCCTAATGTTTTGCGTATGATTGCGTGGAATATCGGGATAGAGAATCAGTTTTCATTAAGTGTAGGGAAGAATTATAAGTATATTCAACATTACATGAATGCGAAAGATTGGGAAATCCTGCTGAATACTTATGTCGGCAATACTTATGAAAGCGTGTGGAAGGCATTGTTTGACTGCCAAGGTCTCTTCAGAGCATATTCAAAGTCAGTGGCTGTTTTATTGAGATATGAATATCCTGAATATGATCAACAAATTACGGAATATACATTGAAACATTATCAGCGCTTTCAATCAGATTTTTCATTATGA MRSEDEMMKLILDIAMKDERIRLVTLEGSRTNKNVPRDRFQDYDISYFVTDMDSFTSDDSWLDQFGERMMMQKPEDMELFPPELGDWFSYLMLFKDHHKIDLTLIPLSQTEDYFTQSDGLAEIVLDKDDRINSKIIASDEQYHIKKPTSREFDDCCNEFWMVSTYVIKGLIRKEILFALDHMNDILRPNVLRMIAWNIGIENQFSLSVGKNYKYIQHYMNAKDWEILLNTYVGNTYESVWKALFDCQGLFRAYSKSVAVLLRYEYPEYDQQITEYTLKHYQRFQSDFSL PGPT0028695_144 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-AMINOGLYCOSIDES_RESISTANCE-STREPTOMYCIN|KANAMYCIN|AMIKACIN,PGPT0028695-aadK-K05593 NA NA D1-12_02734 258 hypothetical protein ATGAATGAAAGAAGACCGATTTACGGCGGCGGCTATGGAGGCTACGGAGGCTACCCGGGGTACGGTTTTGGCGGCTACGGCGGCTACGGAGGCTACGGCTACCCGGGATACGGTTTTGGCGGTTACGGCGGTTTTGGCGGCTACGGCGGCTACGGCGGCTTCGGAGGATATCCGGGGTACGGTTTTGGCGGCTATGGCGGAGGCTACGGCGGCTACCCGTTCCATCATCATCATCATCGGGACAGCCAATATATCTGA MNERRPIYGGGYGGYGGYPGYGFGGYGGYGGYGYPGYGFGGYGGFGGYGGYGGFGGYPGYGFGGYGGGYGGYPFHHHHHRDSQYI NA NA NA NA NA D1-12_02735 720 putative transcriptional regulatory protein ATGGGCCGTAAGTGGAACAATATTAAAGAAAAGAAAGCATCAAAGGACGCAAATACGAGCCGGATTTACGCGAAGTTCGGCCGTGAGATTTATGTGGCTGCAAAACAAGGCGAGCCAGATCCGGAATCGAACCAGGCGTTAAAAGTGGTGCTTGAGCGCGCAAAGACGTACAGTGTGCCGAAAAATATTATTGAGCGTGCGATTGAAAAGGCGAAAGGCGGCGCGGAGGAGAACTTTGACGAGCTGCGTTACGAAGGTTTCGGGCCGAACGGTTCAATGATCATCGTTGATGCGTTAACGAATAATGTAAACCGCACGGCACCTGAAGTGCGCGCCGCATTCGGGAAAAACGGCGGAAATATGGGTGTGAGCGGGTCTGTCGCTTACATGTTTGATGCGACCGCCGTTATCGGCGTTGAAGGCAAGACGGCGGATGAAGCGCTGGAATTGCTGATGGAAGCTGATGTGGACGTGCGCGATATTTTAGAAGAGGATGACAGTGTTATCGTGTATGCTGAGCCTGATCAATTCCATGCCGTACAGGAGGCATTCAAAAATGCCGGCGTTGAAGAGTTCACGGTTGCGGAGCTGACGATGCTTGCGCAAAATGAAGTCGAGCTTCCGGAAGATGCGAAAGCTCAATTTGAAAAGCTGATCGATGTGCTAGAAGACCTCGAAGACGTACAGCAGGTTTATCACAATGTGGATTTAGGCGAATAA MGRKWNNIKEKKASKDANTSRIYAKFGREIYVAAKQGEPDPESNQALKVVLERAKTYSVPKNIIERAIEKAKGGAEENFDELRYEGFGPNGSMIIVDALTNNVNRTAPEVRAAFGKNGGNMGVSGSVAYMFDATAVIGVEGKTADEALELLMEADVDVRDILEEDDSVIVYAEPDQFHAVQEAFKNAGVEEFTVAELTMLAQNEVELPEDAKAQFEKLIDVLEDLEDVQQVYHNVDLGE NA NA NA NA NA D1-12_02736 1881 hypothetical protein ATGAAAGTTTTCGAAGCAACCACCCTCCTGGCCGCCGCCAAACAGCGCGCGGGTGAATACAAAAAACTGCGCGGCCAGATGGTTAATCTGAAAAAAGCGTTTCAAGGCATGGCTGACCTCGGTGACGGCGATTTCTCAGGCCGGGGCGCAAATAACATCAAAGCTTTTTTCAAGGACCACGCCGGCGTTACAGACAGCTGGCTTGATCTGATCGATATGAAAATCGCATTCCTCACAAGCCTTCCCGGCAAGGTCGAAGACGCCGGACTTTCCAATTCGCATGTGGAGGAATCATTTCTGGAGCATGAGCTCACCCACGCCCTCAGTAAATCAAAGGCGATTATGGAAGAGCAGAAAAAGGACATGCGCTCCATCCTCGGAGAGATCGAAGACATCATCTCGCTTGATCTGTTTTCAACCGAAAGCACAGATCAGAAGCTTTCTTCAGCTGACAAAAAAAGAAGCGAAACGATACATAAACTCGGCAAACTTGATCACGATCTAACGAAAGAATACGCAGAAACCGAAGCAAACGAACAGTTCCTCCAAGCCGACTTTCAGCAGCTCCAAAACGCCACGGGCAAAGGAAAAAGCGCCACGCCGCTTCACTACAACGCCAAAGCGTATCGAGAAAGCGACATCCATAAGAAGAAAGGCGAGATTGCAAGACATTCGGATGCTTATTTGACGATTAAAAACGAAGAAGCGAAAGAGCGGGAAATCAAGGATCTGAAGAAAAAGCTGGCCGATGGAGTCACTGATCCGGATGAGTATTTGGAAATCGCGAAGAAGATCGGCTATGAAAATCTTGAACCCGCTCAGGTGCAATATGTGATGCAGCTCGAACAAGCAAAACAGCTCGAAGAAGTCGGAGAAACGGCTTGGGATATCGTCAAAGGAATAGGCGTCGGCCTTTATGATGTCGGGAAAGACACAATAACCGGCGTCAAAGATCTGGCTGTCGGCGCATGGGATTTTTACCATCTCTCCGATGAACAAAAAGTCGCTAAAACCATATCCGGCGTATTGAACACGCCCTCTTACGCAAAAATCATATGGACAAACCTGGCGGATTCATGGAATGATAAAATGGTTAACGGGGATGCGTATTCAAGATCACATTACATCACCTACGCCATCGGGAGCATTGTCGGACTCAAAGGTTCCGGCTCAGCTGTAAAAGTATCAAGCAAGCTCGCCAAAACAGGCGCCGCCAAAGTGGATAACGTCTTGGAAGCCGGAGAAAAAGCGGCTGTAAAACATGTGAAGACCGGGATTGAAAAAGGAAAAGACTATATCAATTCCGTTTCGAAAAATAAGTACGAACCCGCGCTTGCCGGAATGGCACAGAATATTGAAAATACTCACAATGTGAAGAATACGCCTTTGTTGAAAAGTATTATTGAAGATAAAAAAGAGAGTGTGCTCAGTAAGTCTGAAACTTCTAACAGTACGGCCGTAGGTAATGTCAAACAAGGTGATAGTACCCCTCTCGCACCAGGCGGTGGCTTAGCTGCTCACGAAGCAAAAGGCGGACACCTTATAGAAAGACATGTTGGTAAGAGCGACCAAGAACTCATGGAAAGGCTTGAAAAAAGCAAAATGAGTAACAAGAAAATATCCGGATCATCATCTTTTAAGGATAGAGCAACTGCAGAAAAGGTTGCTAATATTACCTTATCAGATAATAAAGATAAAATAGAAAAATGGTTAAATAATGATGTAAAGAAACCTTTGGTACTCTCCTATAAAGGATCAGAAGTGTTAGGCCGAGGAATTACCAAAGGTTCAGCCGAAATTTCTGACTTAACTAATGCTAAAATTATATTGAAAAAGAAAAATGATGGTAGCTTTATATTAACAGGCTATCCCACGAGGTGA MKVFEATTLLAAAKQRAGEYKKLRGQMVNLKKAFQGMADLGDGDFSGRGANNIKAFFKDHAGVTDSWLDLIDMKIAFLTSLPGKVEDAGLSNSHVEESFLEHELTHALSKSKAIMEEQKKDMRSILGEIEDIISLDLFSTESTDQKLSSADKKRSETIHKLGKLDHDLTKEYAETEANEQFLQADFQQLQNATGKGKSATPLHYNAKAYRESDIHKKKGEIARHSDAYLTIKNEEAKEREIKDLKKKLADGVTDPDEYLEIAKKIGYENLEPAQVQYVMQLEQAKQLEEVGETAWDIVKGIGVGLYDVGKDTITGVKDLAVGAWDFYHLSDEQKVAKTISGVLNTPSYAKIIWTNLADSWNDKMVNGDAYSRSHYITYAIGSIVGLKGSGSAVKVSSKLAKTGAAKVDNVLEAGEKAAVKHVKTGIEKGKDYINSVSKNKYEPALAGMAQNIENTHNVKNTPLLKSIIEDKKESVLSKSETSNSTAVGNVKQGDSTPLAPGGGLAAHEAKGGHLIERHVGKSDQELMERLEKSKMSNKKISGSSSFKDRATAEKVANITLSDNKDKIEKWLNNDVKKPLVLSYKGSEVLGRGITKGSAEISDLTNAKIILKKKNDGSFILTGYPTR PGPT0027630_24 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM CE-BACTERIAL_FITNESS-YobL-YobK_TOXIN-ANTITOXIN_SYSTEM,PGPT0027630-toxin_yobL-K21487 NA NA D1-12_02737 300 hypothetical protein ATGATTGAAACAAATATTTCTGAACCTGTATTTCAATTTTTGGGAGGGATTTTCCATCAAGATATAGACACTCCTGAGTCAGCTCTTGGAGAATACTTAGCAGAGATACCTAAAAAAGAACAAGAAAACGATGTAGTAGCACTCAAAACGTTTATAAATAGCGATTACTCAGATGAAGAAAAAAATGATTTTATAGAAGAATCTGCAGATGGTGTAGATATCAATAGTTACGGACTATCCCCAATACTATGGCTCAGACAAGTCATTCAAAAAATCGAAAAGAATATTGAGGCTTTATAG MIETNISEPVFQFLGGIFHQDIDTPESALGEYLAEIPKKEQENDVVALKTFINSDYSDEEKNDFIEESADGVDINSYGLSPILWLRQVIQKIEKNIEAL NA NA NA NA NA D1-12_02738 2007 yeeF Putative ribonuclease YeeF ATGAAAGTTTTCGAAGCAAACAGCCTCCTCGCCGCTGCCAAACAGCGCGCGGGTGAATACAAAAAACTGCGCGGCCAGATGGTTAATCTGAAAAAAGCGTTTCAAGGTATGGCTGACCTTGGTGACAATGATTTCTCAGGCCGGGGCGCAAATAACATTAAAGCTTTTTTCAAGGACCACGCCAGCGTCACAGACAGCTGGCTTGATCTGATCGATATGAAAATCGCATTTCTCACAAGCCTTCCCGGCAAGGTCGAAGACGCCGGACTTTCCAATTCGCATGTGGAGGAATCATTTCTGGAGCACGAGCTCACCCACGCCCTCAGTAAATCAAAGGCGATTATGGAAGAGCAGAAAAAGGACATGCGCTCCATCCTCGGAGAGATCGAAGACATCATCTCGCTTGATCTCTTTTCCACCGAAAGCGTGGATCACAAGCTCCAATCAGCCGACAAAAAGAGAAACGAAACGATACATAAGCTCGGCAAGCTTGATCACGATCTAACGAAAGAATACGCAGAAACCGAAGCAAACGAACAGTTCCTCCAAGCCGACTTTCAGCAGCTCCAAAACGCCACGGGCAAAGGAAAAAGCGCAACTCCGCTTCATTACAATGCCAAGGCGTACCGTGAAAGCGACATCCATAAGAAAAAAGGCGATATCGCAAGACATTCGGATGCTTATTTGACGATTAAAAAGGAAGAAGCGAAAGAGCGGGAGATTGAAAAACTGAAAGAAAGACTGAAAAACTATGATTATGCGAATGCTGATGAATTCTACTCAATGGCCAAAACGATCGGCTATAAAAACCTGACAAAAGAACAGCAGCGCTACTTCACTCAAATTGAAAACACGCGTGAACTTACAGACGGTTTCAAAGGCGTTGCCGTCGGCCTTTATGATTCCGGAAAAGACGCGGTCACAGGCTTATGGGATATGGTCACAGATCCGGGCGGAACGGTTGAAGCCATTACAGGAGCGGTGGCTCACCCGATCAAAACGTATGAAACCATTTCAGCGGCAATTGAAGAATCGTACCAAAAAGACATGGTGAATGGCGACATCTACTCCAGAGCAAGATGGGTGTCATATGCAGTGGGCACCGTTGTGACATCAGTCGTCGGCACAAAAGGCGTCGGCGCCGTCTCAAAAACAGGCACAGCCGCCAAAGTGACAACCAAAGTCAAAACAGCAGCAAGCAAATCCGCCACAGCTCAAAAAGTGATAACGGTCTCAAAACAAACCGTTGACCACATCAAACAAAAAGTAAACACAAGCATGGAAGTATCAAAAAAACGTGTCAAAACCAAGTTAAATCAAATCGGAGATCTCACCCTGGCTGATATTCTCCCGTATCATCCGCGTCACGACTTAGTGCCGGCGGGCGTTCCTTACAACGCAGTCAACGGGGTCACACTTAAAGAAGGACTTCAGAAATTCGCCAAGGTCATCCTGCCGAAACCGTACGGAACCTCCGCAAGCGGCAGGCGGACACCGGCACCGCATGTACCGCCGGTAACAGTCAAATACGGCGAGCATTTTGCGAAATGGACCAGAAAGAAAGTATTGAAGCCGAATGTCATTTACAAAACAAAAGAAGGCTACACGTACACCACTGACAACTATGGTAGAATTACAAGTGTCAAAGCAGACTTGCAGCTGGGAGAAGCAAAACGCAACCAATATGCACAATCAAAAGCAGGTAAACCAGACCGTCTGACAGATGACGACGGAGGCCACCTAATCGCCACTCAATTCAAAGGCTCAGGCCAATTCGACAACATCGTGCCGATGAATTCTCAGATTAATAGGAGCGGCGGGAAATGGTATAAAATGGAGCAGGATTGGGCAGCGGCTTTACAAGCAGACCCTCCTCAAAAAGTATCAGTTGAAATCAACGCATTGTATAAAGGAGATTCATTAAGACCCACTGCTTTTAGGGTGAAATATAAAATTGGTGATCAAGAACCTAAACTTATGAGAATTAAAAACCAGGTCGGAGGTTAA MKVFEANSLLAAAKQRAGEYKKLRGQMVNLKKAFQGMADLGDNDFSGRGANNIKAFFKDHASVTDSWLDLIDMKIAFLTSLPGKVEDAGLSNSHVEESFLEHELTHALSKSKAIMEEQKKDMRSILGEIEDIISLDLFSTESVDHKLQSADKKRNETIHKLGKLDHDLTKEYAETEANEQFLQADFQQLQNATGKGKSATPLHYNAKAYRESDIHKKKGDIARHSDAYLTIKKEEAKEREIEKLKERLKNYDYANADEFYSMAKTIGYKNLTKEQQRYFTQIENTRELTDGFKGVAVGLYDSGKDAVTGLWDMVTDPGGTVEAITGAVAHPIKTYETISAAIEESYQKDMVNGDIYSRARWVSYAVGTVVTSVVGTKGVGAVSKTGTAAKVTTKVKTAASKSATAQKVITVSKQTVDHIKQKVNTSMEVSKKRVKTKLNQIGDLTLADILPYHPRHDLVPAGVPYNAVNGVTLKEGLQKFAKVILPKPYGTSASGRRTPAPHVPPVTVKYGEHFAKWTRKKVLKPNVIYKTKEGYTYTTDNYGRITSVKADLQLGEAKRNQYAQSKAGKPDRLTDDDGGHLIATQFKGSGQFDNIVPMNSQINRSGGKWYKMEQDWAAALQADPPQKVSVEINALYKGDSLRPTAFRVKYKIGDQEPKLMRIKNQVGG PGPT0027630_21 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM CE-BACTERIAL_FITNESS-YobL-YobK_TOXIN-ANTITOXIN_SYSTEM,PGPT0027630-toxin_yobL-K21487 NA NA D1-12_02739 477 yezG_1 putative antitoxin YezG ATGGAGACAAAAAAAATGGGTGATCTATATCAACAGATAGCAGAAGGCATTAACGAAATCATTCCTTCTGAATGGAAAAAAGTTATTCTTTATGCTGAAATTCTCGACGATTCATCTGAGGTTTTCTTTTATTTCAATACTCCACATAGTGAAGATTTTATCTATTCTCATAACATTCCTGAGCATTTCCATGTCAGTGAGGAGATTTATGAGGGGCTGTTATTTGACTTGCATGACTTATTCGAGGAATTACGAGATGAATTTAAAGAAAACAATCAAGATATATGGACTAATTTAACACTTAATCTGGCGATAAGCGGAGAATTCTCGATAGATTATAATTATGAAGACGTTATTCAATCTCCATATACCATCTCTCAAAGACAAACAATCTGGACTTATAAAAATGTAGGAATTTATCCTAAGAGTAAACCTTTAAAATCCTTTTTAGAACAGTATCTAAATTCTCAAAATTAA METKKMGDLYQQIAEGINEIIPSEWKKVILYAEILDDSSEVFFYFNTPHSEDFIYSHNIPEHFHVSEEIYEGLLFDLHDLFEELRDEFKENNQDIWTNLTLNLAISGEFSIDYNYEDVIQSPYTISQRQTIWTYKNVGIYPKSKPLKSFLEQYLNSQN NA NA NA NA NA D1-12_02740 969 hypothetical protein TTGTTGGAAAATGAATTAAATGCATTATATAGAAGCATAGCTGAAACCGTTAACGAAATGATACCAGAACCATGGGAGAAATTTTTGTTCTATGCTCAGGTTTCAGAGACAGGCGGAGGCACTTACTTTTTTTATAATTCTCAAAATGAACCTATTCATTTTAAGTACAGTCTTGAAATTCCTTTTGAATTTGATATTGACGAAAATGAATTCGATCAGAATGAGATGGAATTATTTAAACTAAGCGAAAAAATGAGAGATGTTTTCAAAGATCATGATCAAGAATTCTTTTACTCCTTCACTCTTAGCCTAGAACGATCAGGAAAATTAACTGTCAACTTTGATTATACAGATTGGTTTAAGACAGATTATAGTTTCAGTGATCAGCTTATCATCTGGAAATTTAAAAATTTAGGAGAAGAACCTAAGGATCCATCATTACAAAAATTAACAAAAAATATTCAGAAGAATATCCTGAAAATCCAATTTAATAAAGTTGGGATAATGATGTTAGAAAAAGCTTATCTAAAAATAACTGATGTCATAGGAAAAATAATTCCTTCTGAATGGAGCAAAGTTGTTCTTTATGCAGAAATACTAGACGGCTCCAGAGAAGTGTATTTTTTCTTTCAAACACCAGAAAACGATGAATATATATACTCTCACGACATTCCAGAACAATTTCAGGTCAGTAAAAAAATTTATACCGAACTACTACTAGACCTCCAAGAGTTGTTTAAGCAGTTACACACTGAATTTAAAGAAAATAATCCCGAAGCATGGACAAATTTGACACTGAATCTTGAAAGCTCTGGAACGTTTTCAATTGATTATGATTATGAAGATGTTATTGAATCTAGTTTGGACGAATACGAAAGACAAATGATTTGGGAGTACAATAACTTGGGTATTTACCCTGAAGATGAAGAGGACAAAGAATTTGTTAAGGATTATCTAAATATTAAATAA MLENELNALYRSIAETVNEMIPEPWEKFLFYAQVSETGGGTYFFYNSQNEPIHFKYSLEIPFEFDIDENEFDQNEMELFKLSEKMRDVFKDHDQEFFYSFTLSLERSGKLTVNFDYTDWFKTDYSFSDQLIIWKFKNLGEEPKDPSLQKLTKNIQKNILKIQFNKVGIMMLEKAYLKITDVIGKIIPSEWSKVVLYAEILDGSREVYFFFQTPENDEYIYSHDIPEQFQVSKKIYTELLLDLQELFKQLHTEFKENNPEAWTNLTLNLESSGTFSIDYDYEDVIESSLDEYERQMIWEYNNLGIYPEDEEDKEFVKDYLNIK NA NA NA NA NA D1-12_02741 471 yezG_2 putative antitoxin YezG ATGGAAACTCAAAAAATGGGTGAACTATATCAAAAGATTGCTGAACATCTAAATGAAATGATTCCATCTCAATGGGAACAGATCGCTTTATATGCTGAAATACTCGATAACTCGGCGGATATATACTTTTATTTTACAACACCAAATAACAGTGATTATTTATTTTCTCATTATATACCTGAACACTTTGATGTGAGTGAAGAGATTTACGATCAACTGCTAATTGAACTTCAAGAGCTATTTGAAAAACTAAAAGAAGAATTTAAACTAGGCAACCAAGATATTTGGACTAATCTCACTTTAAAATTAGAAAACACCGGAAAGTTTTCAATTGATTATAATGATGATGATGTTTTATCCTCTGAACTTGATGACCTTCAAAGACGAGATGTTTGGAAATATCAAAATCTGGGCATATTGCCAGCTGATGAGGAAGATAGAAAATTTATAGAAGAGTATCTAAACATATAA METQKMGELYQKIAEHLNEMIPSQWEQIALYAEILDNSADIYFYFTTPNNSDYLFSHYIPEHFDVSEEIYDQLLIELQELFEKLKEEFKLGNQDIWTNLTLKLENTGKFSIDYNDDDVLSSELDDLQRRDVWKYQNLGILPADEEDRKFIEEYLNI NA NA NA NA NA D1-12_02742 471 yezG_3 putative antitoxin YezG GTGGAAACTGAAAAGATGGGAGTACTGTATCAAAAAATAGCTGAGCAAATAAATGAAATCATTCCGTCTGAGTGGGAGAAGGTTGCTCTTTATGCCGAAATTTTAGATGATTCTTCAGAAGTTTACTTCTTCTTTACTACTCCACAAAATCAGGAATATATATATTCACACGATATTCCTGAACATTTTAATGTTGATGAAGATATATATGACGAACTTCTATATGAATTGCATGATTACTTTGAAGAGTTACGGGATCAATTTAAAACAAACAACGAGGACTTATGGACAAACCTCACTTTGCATCTCGAACGAAGCGGTAAATTCTCAATTGACTACGATTACACCGATGTCATCGCCTCAGACTTAAACGGAACACAACGGCAAGTGGTATGGGAATATCAAAACTTGGGGATTTTGCCTGAAGATGAGGACGACAAAGAATTTGTAATAAGCTACTTCGGTCTATAA METEKMGVLYQKIAEQINEIIPSEWEKVALYAEILDDSSEVYFFFTTPQNQEYIYSHDIPEHFNVDEDIYDELLYELHDYFEELRDQFKTNNEDLWTNLTLHLERSGKFSIDYDYTDVIASDLNGTQRQVVWEYQNLGILPEDEDDKEFVISYFGL NA NA NA NA NA D1-12_02743 141 yezG_4 putative antitoxin YezG ATGCAAGATTTGCACCACATTATTGGTGAAAAATTAAATGACATCATACATTGTGAATGGACAAAAATATATCTTTATGCAGAAGTATTAGATGACTCTACCATGGTTCTCTATCACTTCAAGACACCAAATGTCAACTGA MQDLHHIIGEKLNDIIHCEWTKIYLYAEVLDDSTMVLYHFKTPNVN NA NA NA NA NA D1-12_02744 876 hypothetical protein ATGAAGTCTTTATCCAGTTTAATCAGCAGAAATATAAAAATATACTTCCGTGATCGAACGCTTTTGCTTCTTTCTTTGCTGTCAGTATTTATCGTCATTCTGTTATATGCCGTGTTCTTACAGCAGACACAGCTGGACGCCATTAAGGCCTTGGTCGGTTCGACAGATGATTCCAAAGCAATGGTGAACGAATGGATGGTGGCGGGATTGCTGTCCATTACAGCTGTGACAACGACTTTAGGCGCTTTCGGAATTATGGTGAAAGATAAAGAAAGTAAGAGAACGTATGACTTTTTAACAGCTCCTTTATCAAGGGCGACCATCCAATTGAGCTATGTCATTCATTCATTTGTCATCGGCTTGATCTTTTCTTTCATCGCCTTTTTAGGCTGTGAAATTTTTCTCATTTCAACAGGCAGCAAGCTTTTAAGCGGTACAGATATACTTGAAGTATTGGGGATCATTATTCTTTCAGTTGCACTGTCAAGTTCCATAAATTTATTTTTAACGCTGTTTATTCACACACAAAATGCATTTTCGACGTTAAGTACGATTGTCGGAACAGCCATCGGTTTTTTATGCGGAGTATATGTGCCGATCGGCGGCGTACCGGTGTTTGTGCAGAAGATTATTATGTATTTCCCTATCAGCCACACCGCTGTTCTGTTCAGAAAAGCGTTTATGACAGACTCAGTTGATAAAGTATTTAAACATGCTTCCACAACCCAAATACAGGAATATGAAAAGCATTACGGGATCGTCTACAAGTTAAACGGCCATTTTATCAGTACGGCTGCGAGCTTGTGGGTCATTGTCATTACAGCCATCATATTTACCGTCATATCTATTTTCATATTTAAAAAACAAAATAAATGA MKSLSSLISRNIKIYFRDRTLLLLSLLSVFIVILLYAVFLQQTQLDAIKALVGSTDDSKAMVNEWMVAGLLSITAVTTTLGAFGIMVKDKESKRTYDFLTAPLSRATIQLSYVIHSFVIGLIFSFIAFLGCEIFLISTGSKLLSGTDILEVLGIIILSVALSSSINLFLTLFIHTQNAFSTLSTIVGTAIGFLCGVYVPIGGVPVFVQKIIMYFPISHTAVLFRKAFMTDSVDKVFKHASTTQIQEYEKHYGIVYKLNGHFISTAASLWVIVITAIIFTVISIFIFKKQNK PGPT0028995_73 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0028995-ABC_2_CYL_P|cylB-K11051 NA NA D1-12_02745 243 hypothetical protein ATGATGTTTAAGCAAGGCGTTGATCCGACGGCATGGTTTGAAAATAAACAACTGGATTTTACGGTTAAAAACTCTATTTATTCTCTTCGTGTAGAGTCCACTCTCCATGCGCTGGACATTTTGAAAGGTCTTGAAGGAAAAATTGAATCTTTCGAGGTGATTAAAGGGAATATGGATGATGTGTTTATCCATATTATCGAGGAACAAGGAAGCAGTTTGCCAGTAAAGGGGAGCATTGCATAA MMFKQGVDPTAWFENKQLDFTVKNSIYSLRVESTLHALDILKGLEGKIESFEVIKGNMDDVFIHIIEEQGSSLPVKGSIA PGPT0028990_17 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0028990-ABC_2_CYL_A|cylA-K11050 NA NA D1-12_02746 702 lnrL_2 COG1131 Linearmycin resistance ATP-binding protein LnrL ATGGGAGAAGAACAAGACATTATAACAGTAACGGATCTGCGTAAAAAATATGGATCATTTGAAGCAGTGAAAGGGGTATCCTTTTCTGTCAAACGCGGCGAACTGTTTGCATTTCTGGGAACGAACGGTGCAGGGAAATCGACCACTATCGATATTCTCTGTACGCTGATTAAAAAGACATCCGGAAAAGTGGTAATAGACGGTTATACGCTTGGTGAGGGGAAAGAGAATAATCATATCCGCAAAAAGATCGGAGTTGTTTTCCAAGAGAGCATTTTGGATGAACGATTGACCGTTTATGAAAATATCATGAACCGCGGACAATATTATCATTTAAGCAAGGCACAAGTGCAAGAGAACTATCAGTTTGTAACAGACTATTTAAAATTGGATGATATTAAGGAGAAAAAATACAGCGATTTGTCAGGCGGACAAAGAAGAAGAGCTGATATTGCCCGTGCCATCATCCATAAACCGACTATATTATTTTTAGATGAGCCTACTACAGGTCTTGATCCGCAAACGAGAGTATTTGTTTGGAATGCGATTAAAAGGCTGCAGGAAGAAACAAACATGACGATCTTTTTAACGACCCATTACATGGAGGAGGCCGCTGTGGCTGATAACGTTGTGGTCATCAAAGAAGGACGTCTGATCGCAGAGGGTACAACCGAGTCAGCTGAAAGATCAATATGCGTTTGA MGEEQDIITVTDLRKKYGSFEAVKGVSFSVKRGELFAFLGTNGAGKSTTIDILCTLIKKTSGKVVIDGYTLGEGKENNHIRKKIGVVFQESILDERLTVYENIMNRGQYYHLSKAQVQENYQFVTDYLKLDDIKEKKYSDLSGGQRRRADIARAIIHKPTILFLDEPTTGLDPQTRVFVWNAIKRLQEETNMTIFLTTHYMEEAAVADNVVVIKEGRLIAEGTTESAERSICV PGPT0028990_17 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0028990-ABC_2_CYL_A|cylA-K11050 NA NA D1-12_02747 2496 hypothetical protein ATGAAAAAGAATATAGTTGGTCTGTCCCTGCGGTTTTTCAGCACCAATAAATTTATTACACTGACATCCATTATCGGTGTAATTTTATCTGTTTCTTTAATCATTTCTATGACCTTATTTGCATTTAATGCAAAACAGACATTAAAAGATGAAGTTTCCAAGATGTACGGAGAAATGGATTTATCTGTTGGTTATGAGAACGGAAGTCAAAAGATCATTGATAAACATTTTGTTGAAAATCTGCATCGAAATAAAAACATAGAGCAAATATCCAGTGTTTTAGTATCACAGATAAAGCTAGGAACATCTGATTCAAAGGCTAGTTTTTACACAGTTGGAGTCAATAATGACAATTTATCAAAAAGCAGGTACCATTTCACGAGAAATATAAAGAAAAATGAACTTATTGTAAACAAGGGGTTAGCTGAATCACTAGGGGTTAAGGTCGGGGATCACTTACAATCAGAAGGGAAAGACTTCAAACTTGTGGAAACAATTGAAGATCTGAACTCTACAGGCATTGCTCCCAATATCCTCCTGATTTCTCACGATACTTTGCAAAACATTATTGCAAAAAAATTCGGAAAAAACATTGAAGCTACTTACATATTGATTAAAGCAAAAAACGGAACAGACAAATTGTCATTAGCAAATGAGATTAAGAAGAAGGAAAAAGACTTAAGGATAGATATTGCAGAAGAAGATCCTTTCCTGAAAAGCAATATAGAATCATTAAGTATCTTTATCGTAGTCCTCTCTTTTTTAACTATGATTGTGACATCTTTACTCATTGTTTCTAATTTTGAAATGTTTCTCTACAAATATAAAAATCAGTTTGCGATTATGCGATCTATAGGTGCTACGGGAAGACAACTGTTTTCAATTGTTCTGCTGCAGAGCTTTTTCATAACTTCGATCGGTTCTATTCTGGGACTTGGATTTGCCATGTTTAGCAATCAGTATCTCTGGGGTTGGCTTGAAAAAATATTTTCATTTAATGTTTCTTCTGGTGTTACGTTTAATTTTAAATTAGCGGTTTTAATAATGTTGATTTGTATGACAATTATTCAACTGTTTTTACTATCGCCGACAATGAAAATAACAAAAATACTTCCGCTCAAAGTAATACAGGAAAATGAGGAAATTAATTTCAGAACATATAAGTATAATAAGTTCATTGGCAAATCTTTTGTTATTCTTAGCGTTATTACAATTTTGTTTGGGAAGTTTATACCTAAAGAGGACGGAGGACAAGTATTTTGTCTATTGCTGGCTTCTATCTTATTATTGACAGGTATATTCGTGTTATTTCCGGTTTATTTAGGGCCGTTATTAATGTTCCTCGCACCAATCATAAAGAAAATTTCAGGAGTTAATTCGTATGTGGCGATTAAAAATGTTATCCCACAGGTTAAAAAAAATACTTTTGTTATATTAACAATCAGTACGATGATGATTATAACGGTTTTTGGATCTGTAATGCTTAACACTATACAAAAAAATGAGGAAAATGCATTAAAAGAGCAGTTTCCTACCAGTGTTGTTCTAACGAGCAGACTGGGCGATAAATCTTCAATTAACGCAATTAAACTGGAAAAGGAAATAGAGGCAATAAATGGAATCAAATATACAAGCTCAATTAGCACTCAATCGTCTGGAGAATTAATGAATGGCAATGGAAGTATTACATTTGATTACTCGTTAAGTGATCTAGGAAGAATGCAGAAATTAGGAATTTTCACTGGATTGCCAGATGATAAAAAGAATATCATTGTCATTTCAGAGGATTTTGCTGGGAAGCACAGTTTAAAAATAGGAGATACTGTTGAACTTGGGAAGTACTCGGATACAGATCAAAAAATTATTAGTACTGGAAAGTATAAAATAGGGGCAATTACGAATAGATTAAAGGATTCTGATGTCTATATGGATTGGAAAGAAATAAAATACAGAACGGATGCCACTGTATTTTCTAAATTGCTTGTCCAGACAGATCATGCGAAACAGATGATTGGTAAACTTGAGAAAATGAAAGGACAGTTTCCAGAAATCCAAATCAATAGCTATAAAGAATCTTTAAAAAAATCAAAGGATATGTTTTATCAAAGATGGTCTATCTTCATTGTTGTTATATCAGTTATGCTGATAAGTATTACTATCGGTGTATTTAGTTCGCTAATTAATAATATCAATTCGAAAAGAAGAGAATTCGCTATCTTACGGACCATTTCTTTAAGCAAAAGGGGAATCATCAACGTTATACTTACGCAAATTTTGCTTTATCTTTTTATTGGCCTGCTTTTAGGTGTGCTTTCCGGTGCTTTATTAGCTGTCGTTATCTCCTTGATAGACCCCGGGAAGATATATATTAATTTTTCAATTATCGGTTTAATCTCAGGGTTTATGTTATTAATGGGACTGATTATATTCCTTCCGTTGGCAGCAAAGTTAGGAAACAAGAAAATAACTTTAGAACTTACTCAAGATAATAAGTGA MKKNIVGLSLRFFSTNKFITLTSIIGVILSVSLIISMTLFAFNAKQTLKDEVSKMYGEMDLSVGYENGSQKIIDKHFVENLHRNKNIEQISSVLVSQIKLGTSDSKASFYTVGVNNDNLSKSRYHFTRNIKKNELIVNKGLAESLGVKVGDHLQSEGKDFKLVETIEDLNSTGIAPNILLISHDTLQNIIAKKFGKNIEATYILIKAKNGTDKLSLANEIKKKEKDLRIDIAEEDPFLKSNIESLSIFIVVLSFLTMIVTSLLIVSNFEMFLYKYKNQFAIMRSIGATGRQLFSIVLLQSFFITSIGSILGLGFAMFSNQYLWGWLEKIFSFNVSSGVTFNFKLAVLIMLICMTIIQLFLLSPTMKITKILPLKVIQENEEINFRTYKYNKFIGKSFVILSVITILFGKFIPKEDGGQVFCLLLASILLLTGIFVLFPVYLGPLLMFLAPIIKKISGVNSYVAIKNVIPQVKKNTFVILTISTMMIITVFGSVMLNTIQKNEENALKEQFPTSVVLTSRLGDKSSINAIKLEKEIEAINGIKYTSSISTQSSGELMNGNGSITFDYSLSDLGRMQKLGIFTGLPDDKKNIIVISEDFAGKHSLKIGDTVELGKYSDTDQKIISTGKYKIGAITNRLKDSDVYMDWKEIKYRTDATVFSKLLVQTDHAKQMIGKLEKMKGQFPEIQINSYKESLKKSKDMFYQRWSIFIVVISVMLISITIGVFSSLINNINSKRREFAILRTISLSKRGIINVILTQILLYLFIGLLLGVLSGALLAVVISLIDPGKIYINFSIIGLISGFMLLMGLIIFLPLAAKLGNKKITLELTQDNK PGPT0013350_4711 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013350-ABC_CD_P-K02004 NA NA D1-12_02748 756 yxdL_2 COG1136 ABC transporter ATP-binding protein YxdL ATGGCTAATAAAGTATTGGAAGTTAAAAACTTATCCAAGGTCTACAAAGGGAGTGGTTATGAAGTAACTGCATTAGACAAAGTTTCTTTTGAATTGAAGAATGGTGAACTGCTTGCAATTATGGGGACAAGCGGTTCAGGTAAAAGCACTCTTTTAAATATACTCGGTGCTCTTGATGAACCCTCAAGCGGTAAAGTTATTCTTGATGGTAAAGAAACAAATGACTTTTTTAAAGAACCTAAAGCTACGATCTATAGAAGGGATAACATTGGTTTTATCTTTCAATCTTTTAATCTATTGAAGGATCTTACAGTTGAGGAGAATATAGCTTTACCACTTGTATTAAAGGGAATAAATAAGAAGGATGCAGATAAAAAAGTAAAGGAAATGCTACAGCTTGTAAGCCTTACAAAATGGAAAAGACATCGGCCTATTCAACTTTCAGGAGGTCAGCAGCAAAGAGTTGCGATTGCCAGAGCACTGATTACTTCGCCTCCTATTGTATTAGCAGATGAGCTTACAGGAAATTTGGATTTTAATACAACACAGGATATATTAAATGTGCTTGTAGATATGAAGAAACGTCTTAATAAGAGTATGATCATAGTTACTCATGATCCGAATGTCGCGTTATATTCTGACAGAGTTTTATTTTTTCATGATGGAAATATAGTTGATGAATATAAAAGTCTTGGACAAGGAGATCTGTCGAGTATCCTTAATAAATTTCAAAAAATAATGGAGAGAGACCAATGA MANKVLEVKNLSKVYKGSGYEVTALDKVSFELKNGELLAIMGTSGSGKSTLLNILGALDEPSSGKVILDGKETNDFFKEPKATIYRRDNIGFIFQSFNLLKDLTVEENIALPLVLKGINKKDADKKVKEMLQLVSLTKWKRHRPIQLSGGQQQRVAIARALITSPPIVLADELTGNLDFNTTQDILNVLVDMKKRLNKSMIIVTHDPNVALYSDRVLFFHDGNIVDEYKSLGQGDLSSILNKFQKIMERDQ PGPT0013345_3892 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013345-ABC_CD_A-K02003 NA NA D1-12_02749 1380 rlmCD_2 COG2265 23S rRNA (uracil-C(5))-methyltransferase RlmCD ATGAAAATGAAACCCCCGATAGAAAAAAATGAATACTATGATGTGACATTTGAGGATTTGACGCACGAAGGAGCGGGCGTCGCAAAGGTTCAGGGCTTCCCGATCTTCGTGCCGAACGCCCTGCCTGAGGAAAAAGCGCAAATCAAAGTGACACGCGTCAAAAAAGGCTTCGCTTTCGGCCGCTTAATCGAGCTGAAGGAAGAAAGCCCGCACAGAACGGATGCCCCGTGCCCAATCTACAAACAATGCGGCGGCTGCCAGCTTCAGCACATGACCTATGAAGGCCAGCTTTTGTTTAAACAGAAACAAGTCAAAGACGTCTTAGAACGAATCGGCAAGCTGGACCTCTCAAAAGTCACCGTGCACCCGACGCTCGGCATGGAAGACCCGTGGAACTACAGAAACAAAGCGCAGGTGCCGGTAGGAGAAAGAGAAGGCGGACTCGTCGCCGGATTTTATCAGCAAAGAAGCCATGACATCATCGACATGAGCGCCTGCCTGATCCAGCAATCCAAAAATGACGAAGCCGTCCAAGCCGTCAAAGACATCTGCGCAGCATACGGTGTCAAAGCCTATAACGAAGAACGCCACAAAGGCTGGCTCCGCCACATTATGGTCAGATACGGCGTCGTCACGGGCGAAATGATGATCGTCTTCATCACAAGAACAAGCGATTTTCCGCACAAAGCGAAAATCATCGAAGACATTACGGCGCAATTCCCGCACGTCAAATCCATCGTGCAAAACATCAATCCAAACAAAACAAACGTCATCTTTGGGAACGAAACAAACGTCATCTGGGGCGAAGAATACATCTACGACCTCATCGGAGACGTCAAATTCGCCATCTCCGCCAGATCGTTCTATCAGGTCAACCCGGAACAGACAAAAGTGCTCTACGACAAAGCGCTTGAGTACGCGGAGCTGCAAGGGGAAGAAACCGTCATCGACGCCTACTGCGGCATCGGAACGATTTCTCTATTTCTGGCGAAGCAGGCGAAGAAAGTATACGGCGTTGAAATCGTGCCGGAAGCCATCGAGGATGCAAAACGCAACGCTGAGCTGAACGGCATCACGAACGCAGAATTCGCAGTCGGAGAAGCGGAAACAGTCATTCCGAAATGGTATGAAGAAGGCATCACGGCAGATACGCTAGTCGTCGACCCGCCAAGAAAAGGCTGCGACGAAGCCCTCCTGCGGACGATCATCGACATGAAACCGAAGCGGGTGGTGTATGTGTCCTGCAATCCAGGAACGCTTGCAAGAGACCTGCGGGTGCTTGAGGATGGCGGGTATCAGACGCGAGAAGTGCAGCCAGTGGATATGTTCCCGCATACGAATCATGTGGAGTGTGTGGCGCAATTAATACTAAGAAAATAA MKMKPPIEKNEYYDVTFEDLTHEGAGVAKVQGFPIFVPNALPEEKAQIKVTRVKKGFAFGRLIELKEESPHRTDAPCPIYKQCGGCQLQHMTYEGQLLFKQKQVKDVLERIGKLDLSKVTVHPTLGMEDPWNYRNKAQVPVGEREGGLVAGFYQQRSHDIIDMSACLIQQSKNDEAVQAVKDICAAYGVKAYNEERHKGWLRHIMVRYGVVTGEMMIVFITRTSDFPHKAKIIEDITAQFPHVKSIVQNINPNKTNVIFGNETNVIWGEEYIYDLIGDVKFAISARSFYQVNPEQTKVLYDKALEYAELQGEETVIDAYCGIGTISLFLAKQAKKVYGVEIVPEAIEDAKRNAELNGITNAEFAVGEAETVIPKWYEEGITADTLVVDPPRKGCDEALLRTIIDMKPKRVVYVSCNPGTLARDLRVLEDGGYQTREVQPVDMFPHTNHVECVAQLILRK NA NA NA NA NA D1-12_02750 912 dagK COG1597 Diacylglycerol kinase ATGAAACGTGCACGCATAATATACAATCCGACTTCAGGACGGGAGCTTTTTAAGAAAAATCTTGCCCAGGTCCTGCAAAAATTTGAACAAGCCGGTTATGAAACCTCCACCCATGCCACCACATGCGCGGGGGATGCCACCCACGCCGCAAAAGAAGCCGCTTTGCGGGAGTTTGACCTGATTATCGCTGCCGGCGGAGACGGAACGATTAATGAAGTCGTCAACGGCCTCGCGCCGTTAGACACACGACCGACACTCGGCATCATTCCGGTCGGCACGACAAATGACTTCGCCAGAGCGCTGGGCATTCCGAGAGAGAATATACTGAATGCCGCTGATACCGTCATTAACGGCGTGGCCCGCCCGATCGACATCGGACAGGTGAACGGTCAGTATTTTATCAACATCGCCGGCGGAGGCCGTCTGACGGAGCTGACGTATGATGTGCCAAGCAAACTGAAAACGATGCTCGGCCAGCTTGCTTATTATTTAAAGGGAATGGAAATGCTGCCTTCACTTCGACCGACAGAAGTCGAGATTGAATATGACGGCAAGCTGTTTCAAGGCGAAATTATGCTGTTTTTAGTGACGCTGACCAACTCGGTCGGCGGATTCGAGAAGCTGGCCCCTGATTCCAGCCTGAATGACGGCATGTTTGATTTGATTATTTTGAAAAAAGCCAATCTCGCGGAGTTTATCAGAGTCGCGAGCATGGCGCTCAGAGGCGATCATATTAACGATCAGCACATTATTTACACAAAAGCGAACCGTGTGAAAGTCAATGTATCAGAAAAGATGCAGCTGAACCTGGACGGCGAGTACGGCGGCATGCTGCCGGGCGAATTCGTGAACCTGTACCGGCATATTCATGTCATCATGCCGAAAGAGAAAGCGGAACAGCTGGATGATTAA MKRARIIYNPTSGRELFKKNLAQVLQKFEQAGYETSTHATTCAGDATHAAKEAALREFDLIIAAGGDGTINEVVNGLAPLDTRPTLGIIPVGTTNDFARALGIPRENILNAADTVINGVARPIDIGQVNGQYFINIAGGGRLTELTYDVPSKLKTMLGQLAYYLKGMEMLPSLRPTEVEIEYDGKLFQGEIMLFLVTLTNSVGGFEKLAPDSSLNDGMFDLIILKKANLAEFIRVASMALRGDHINDQHIIYTKANRVKVNVSEKMQLNLDGEYGGMLPGEFVNLYRHIHVIMPKEKAEQLDD PGPT0024345_1458 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROLIPID_REMODELLING CE-REMODELLING_GLYCEROLIPID_KINASE_ACTIVITY,PGPT0024345-dagK-K07029 NA NA D1-12_02751 3144 swrC COG0841 Swarming motility protein SwrC ATGAACCACATTATTAACTTTGTACTGAAGAACAAATTCGCAGTTTGGCTGATGACGATTATCGTTACTGTAGCAGGGCTGTATGCCGGTATGAATATGAAGCAGGAATCCATACCGGACGTCAACATGCCTTACCTTTCAGTAAATACGACTTATCCCGGAGCTGCTCCGAGTCAAGTTGCGGATGACGTGACAAAACCGATCGAGCAGGCGGTCCAGAATTTAGAAGGAGTGAGCGTCGTAACGTCCACATCCTCTGAAAACGTCTCATCGGTTATGATTGAATATGATTACAGCAAGGATATGGACAAGGCGAAAACCGAAGTCGCTGAAGCGCTGGACAGTGTCAGCCTTCCTGACGACGCGAAAAAACCTGACATTTCCCGTTACAGCCTCAACTCTTTCCCGATTTTGACGCTCAGTGTGACAAGCGGCAAAAGCTCGCTTGAAGACCTGACCAAAAATGTGGAAAACACTCTCGTTCCTAAGCTTGAAGGCATTCAGGGCGTTGCGTCCGTGCAAGTTTCCGGACAGCAGGAAGAGCAGGTGGAATTCTCTTTCAAAGACAAAAAAATGAAAGAGTACGGACTTGATGAAGATACCGTCAAGAAAGTGATCCAAGGCTCTGACGTCAATACGCCGCTTGGATTGTACACATTCGGCAACAAAGAAAAATCAGTTGTCGTTAACGGAAATATTACGTCAATTAAAGATCTGAAAGATATGAGAATTCCGATCACATCTTCTTCTGCCGCTCAAGGTCAAGCGGGCGGAGCCGGTGCGGCATCTGCGGCGGACGCTCAGGCTATGCAGCAGGCACAGCAAAGCGCGGCAGCAGGGGTGCCGACAGTCAAGCTTTCTGACATTGCCGACATTAAAGATGTGAAAAAAGCTGAATCCATTTCCCGCACGAACGGAAAGGACAGCATCGGAATTAATATCGTAAAAGCCAATGACGCCAACACGGTAGAAGTGGCCGATGCGATTAAAGATGAACTGAATCAATACAAAAAAGACCACAAAGGGTTCAAGTATAGCTCGACTCTTGATATGGCAGAGCCGATTACAGAGTCGGTGGATACGATGTTAAGCAAAGCGATTTTCGGCGCGATTTTTGCGGTCGTGATCATTCTCTTATTCTTAAGAGATATTAAATCAACGATGATTTCTATCATTTCCATCCCGCTGTCACTGCTGATTGCGCTTCTTGTGCTGAATCAGCTTGATGTCACATTGAACATAATGACGCTCGGTGCAATGACGGTCGCCATCGGACGGGTAGTCGACGACTCGATTGTCGTGATCGAAAACATTTACCGCCGCATGAGGCTGAAAGATGAACCTTTACGCGGGAAGCAATTGGTGCGTGAAGCGACGAAAGAAATGTTTAAACCGATCATGTCATCAACGATCGTAACCATTGCCGTATTCCTGCCGCTTGCCATGGTCGGCGGACAGATCGGCGAACTGTTTATGCCGTTTGCATTAACAATCGTCTTCGCGCTTGCCGCATCGCTGTTGATTTCGATCACACTGGTGCCGATGCTTGCGCACAGCTTATTCAAAAAATCGCTCACAGGCGCGCCTGTTAAAGCGAAAGAGCATAAGCCGGGCAGATTGGCCAATTTCTATAAAAAAGTGCTGAATTGGTCATTAAGACATAAATGGATTACATCTATCATCGCGGTTCTGATGCTTGTCGGCAGTTTGTTCCTCGTACCTCTGATCGGCGCGAGCTACCTGCCTGCGCAAGCGGACAAAACGATGCAGCTCACATACACGCCTGAACCGGGCGAAACGAAAAGCGAAGCTGAAAAAGCTGCGCAAAAAGCGGAAGACATGCTGCTTAAACGCAAACATGTCGATACCGTTCAGTATTCATTAGGCTCGCAAAGTCCGCTCGGCGGAAGCTCAAACGGCGCATTGTTCTACGTGAAATACGAGGATGACACGCCTGATTTTGACAAAGAAAAAGACAATGTCTTAAAAGAAATCAAAAAAACATCCAGCCGCGGCGAATGGAAATCACAAAATTTCAGTTCGTCAGGCAACAACAACGAATTAACGTACTATGTGTACGGAGATTCAGAGTCTGATATTAAAGGCACGGTCAAAGACATCGAAAGCATCATGAAAAAGCAGAAAGATCTGAAAGACGTCAACTCAGGCCTTTCCAGCACATATGATGAGTACACGTTCACCGCTGACCAGGAGAAACTCAGCAAGCAGGGCCTGACGGCTTCGCAAATCTCCCAAGCCCTGATGTCCCAAACGTCACAGTCTCCTTTGACAACGGTGAAAAAGGACGGCAAAGAGCTTGACGTCAACATCAAAACAGAAAAAGACCAGTATAAGAGTGTAAAAGAATTAGAGGATAAAACCATCACATCGCCTGCAGGCCAAGAAGTAAAAATCGGCGATGTGGCGAAAGTGAAAAATGGCACGACATCCGATACCATTTCCAAACGCGACGGCAAAGTGTACGCTGACGTAACGGCAACCGTCACTTCTGACAACGTCACGAAGGTGTCATCAGCCGTTCAAAAGAAAGTTGACAAACTGGATAAGCCGGACAATGTATCGATTGATACCGGCGGTGTATCAGCGGATATTGCTGATTCCTTTACGAAACTCGGCTTAGCGATGCTTGCCGCAATCGCCATCGTATACCTCGTTCTTGTGATCACGTTCGGCGGAGCATTAGCACCGTTTGCGATTCTGTTCTCGCTTCCGTTTACAGTCATCGGCGCATTAGCCGGCCTGTATGTATCCGGAGAGACGATCAGTCTGAATGCCATGATCGGTATGCTGATGCTGATCGGAATCGTCGTCACAAACGCGATTGTCTTAATTGACCGCGTCATCCATAAAGAAGCGGAAGGCTTATCGACGAGAGAAGCGCTCCTGGAAGCCGGCTCTACGAGATTACGTCCGATTCTGATGACGGCGATCGCGACAATCGGCGCCCTGCTTCCATTGGCACTGGGCTTCGAAGGCGGAAGCCAGGTCATTTCTAAAGGACTCGGTGTCACCGTTATCGGCGGTTTAATCAGTTCGACTCTGCTTACCCTTCTGATTGTGCCGATCGTATATGAAGTATTGGCGAAATTCCGTAAGAAAAAACCTGGAACGGAAGAAGAGTAA MNHIINFVLKNKFAVWLMTIIVTVAGLYAGMNMKQESIPDVNMPYLSVNTTYPGAAPSQVADDVTKPIEQAVQNLEGVSVVTSTSSENVSSVMIEYDYSKDMDKAKTEVAEALDSVSLPDDAKKPDISRYSLNSFPILTLSVTSGKSSLEDLTKNVENTLVPKLEGIQGVASVQVSGQQEEQVEFSFKDKKMKEYGLDEDTVKKVIQGSDVNTPLGLYTFGNKEKSVVVNGNITSIKDLKDMRIPITSSSAAQGQAGGAGAASAADAQAMQQAQQSAAAGVPTVKLSDIADIKDVKKAESISRTNGKDSIGINIVKANDANTVEVADAIKDELNQYKKDHKGFKYSSTLDMAEPITESVDTMLSKAIFGAIFAVVIILLFLRDIKSTMISIISIPLSLLIALLVLNQLDVTLNIMTLGAMTVAIGRVVDDSIVVIENIYRRMRLKDEPLRGKQLVREATKEMFKPIMSSTIVTIAVFLPLAMVGGQIGELFMPFALTIVFALAASLLISITLVPMLAHSLFKKSLTGAPVKAKEHKPGRLANFYKKVLNWSLRHKWITSIIAVLMLVGSLFLVPLIGASYLPAQADKTMQLTYTPEPGETKSEAEKAAQKAEDMLLKRKHVDTVQYSLGSQSPLGGSSNGALFYVKYEDDTPDFDKEKDNVLKEIKKTSSRGEWKSQNFSSSGNNNELTYYVYGDSESDIKGTVKDIESIMKKQKDLKDVNSGLSSTYDEYTFTADQEKLSKQGLTASQISQALMSQTSQSPLTTVKKDGKELDVNIKTEKDQYKSVKELEDKTITSPAGQEVKIGDVAKVKNGTTSDTISKRDGKVYADVTATVTSDNVTKVSSAVQKKVDKLDKPDNVSIDTGGVSADIADSFTKLGLAMLAAIAIVYLVLVITFGGALAPFAILFSLPFTVIGALAGLYVSGETISLNAMIGMLMLIGIVVTNAIVLIDRVIHKEAEGLSTREALLEAGSTRLRPILMTAIATIGALLPLALGFEGGSQVISKGLGVTVIGGLISSTLLTLLIVPIVYEVLAKFRKKKPGTEEE PGPT0016195_929 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 D1-12_02752 849 hypothetical protein ATGAACGAAAAAAAAGAGAAAATCATAAAAACAGGCATCCATTTATTTGCCAAAAAAGGGTTTTCTTCAACAACCATTCAGGAAATCGCCGGTGAATGCGGAATTTCAAAAGGAGCCTTCTATCTCCATTTCAAATCAAAAGAAGACCTTTTGCTGTCAGCATGTGAGTATTACATCGGCATGTCCATGGAAGAAATAAAGAAAATCAAAACAGAACATCAGCATAAACCGCCTAAGGACGTATTTCGAAAACAAATCGCTTATCAATTCCAGGAATTTATGGAGCACAAGGACTTTATCATTCTCTTGCTGAGCGAAAAGGTCATTCCTGAAAATCAAAAGGTCAAGCAGTATTTTCATGAGGCCAATATTCAATTTAACATGCTGTATCGGGATGCGTTGCTCTCCGTTTACGGAGATGCCGTCACACCGTTTTTAGCGGACGCGTCCGTTATGGCGCAAGGAATTGTGAGCTCCTATATTCATTTCTTGATTTTTAATGAACATACGGCATTCCGGACGGAAAACGTGGCGGCCTTTCTGATTGCCAGAATCGATGATCTGATTACGGGACTGATAAAAGACAATCCCGATCCGCTGCTGCCTGAGGATATCTTCACTCAGCCCGCGGCGGATAGAGAAAGACTGCTTGCGGATATTCAAAAGATAAAAGCACAGCAGGGGCTGCCTGAGGACGTCCTCGTATCGCTTGAAGTCATTGAAGAGGAATGCGCAAAGGAAGAGCCGCGAAAACCGATTATTAAAGGAATGCTGTCCAACTTGGCAGGCAGCGGAAATGAGCAGATTGAAACGCTGCGGGCTTCCATTGAAACCTATTTCAGCTTATAA MNEKKEKIIKTGIHLFAKKGFSSTTIQEIAGECGISKGAFYLHFKSKEDLLLSACEYYIGMSMEEIKKIKTEHQHKPPKDVFRKQIAYQFQEFMEHKDFIILLLSEKVIPENQKVKQYFHEANIQFNMLYRDALLSVYGDAVTPFLADASVMAQGIVSSYIHFLIFNEHTAFRTENVAAFLIARIDDLITGLIKDNPDPLLPEDIFTQPAADRERLLADIQKIKAQQGLPEDVLVSLEVIEEECAKEEPRKPIIKGMLSNLAGSGNEQIETLRASIETYFSL NA NA NA NA NA D1-12_02753 1431 gatB COG0064 Aspartyl/glutamyl-tRNA(Asn/Gln) amidotransferase subunit B GTGAACTTTGAAACGGTAATCGGACTTGAAGTCCATGTGGAATTAAAAACAAAATCTAAAATTTTCTCAAGCTCACCGACGCCATTCGGCGCGGAAGCGAATACCCAAACGAGCGTCATCGACCTCGGCTATCCCGGCGTGCTGCCCGTTTTGAACAAAGAAGCGGTCGAATTCGCGATGAAAGCCGCAATGGCTTTGAACTGCGAAATCGCAACGGATACGAAGTTTGACCGGAAAAACTATTTCTATCCGGACAACCCGAAGGCATATCAAATTTCTCAATTTGACAAGCCGATCGGCGAAAACGGCTGGATCGAAATCGAAGTCGGCGGAAAAACGAAAAAAATCGGCATTACCCGTCTTCACCTTGAAGAAGATGCGGGAAAGCTGACGCATACGGGCGACGGCTATTCCCTCGTTGACTTCAACCGCCAGGGCACGCCGCTTGTCGAGATTGTATCTGAGCCGGATATCCGCACACCGGAGGAAGCTTACGCATATCTCGAAAAGCTGAAATCAATTATTCAATACACAGGCGTTTCCGACTGTAAAATGGAAGAAGGTTCACTGCGTTGTGACGCCAACATTTCCCTCCGTCCGATCGGCCAGGAGAAATTCGGCACAAAAACGGAGCTGAAAAACCTGAACTCCTTCGCGTTCGTGCAAAAAGGACTTGAGCATGAAGAAAAACGCCAAGAGCAGGTGCTTCTGTCAGGCGGAGTCATTCAGCAGGAGACGCGCCGCTACGATGAAGCGACGAAAAAAACCATTTTGATGCGTGTCAAAGAAGGTTCGGACGACTATCGCTATTTCCCTGAGCCTGACCTTGTCGAGCTCTACATTGATGACGAATGGAAAGAACGCGTAAGAGCAACCATTCCTGAGCTTCCGGACGAGCGCCGCAAGCGTTATATCGAAGAGCTCGGCCTGCCTGCTTATGACGCAATGGTTCTGACGCTGACGAAAGAAATGGCTGATTTCTTCGAAGAAACGGTCAATAAAGGCGCAGAAGCCAAGCAGGCATCAAACTGGCTGATGGGTGAAGTCTCAGCTTACCTGAACGCCGAACAAAAAGAGCTTGAGGATGTCGCGCTGACTCCTGAAGGCCTTGCCGGCATGATTAAGCTGATTGAAAAAGGAACCATCTCGTCCAAAATCGCGAAGAAAGTCTTTAAAGAATTAATTGAAAAAGGCGGCGACGCAGAAAAAATCGTCAAAGAAAAAGGCCTCGTGCAGATTTCTGACGAAAGCGTGCTTCTGAAGCTGGTAACAGATGCGCTTGACAGCAACCCGCAGTCAATTGAAGACTTCAAAAACGGAAAAGACCGCGCGATCGGCTTCCTTGTCGGGCAGATTATGAAAGCCTCAAAAGGACAGGCCAACCCGCCGATGGTCAACAAGATCTTACTTGAAGAAATCAAAAAACGATAA MNFETVIGLEVHVELKTKSKIFSSSPTPFGAEANTQTSVIDLGYPGVLPVLNKEAVEFAMKAAMALNCEIATDTKFDRKNYFYPDNPKAYQISQFDKPIGENGWIEIEVGGKTKKIGITRLHLEEDAGKLTHTGDGYSLVDFNRQGTPLVEIVSEPDIRTPEEAYAYLEKLKSIIQYTGVSDCKMEEGSLRCDANISLRPIGQEKFGTKTELKNLNSFAFVQKGLEHEEKRQEQVLLSGGVIQQETRRYDEATKKTILMRVKEGSDDYRYFPEPDLVELYIDDEWKERVRATIPELPDERRKRYIEELGLPAYDAMVLTLTKEMADFFEETVNKGAEAKQASNWLMGEVSAYLNAEQKELEDVALTPEGLAGMIKLIEKGTISSKIAKKVFKELIEKGGDAEKIVKEKGLVQISDESVLLKLVTDALDSNPQSIEDFKNGKDRAIGFLVGQIMKASKGQANPPMVNKILLEEIKKR NA NA NA NA NA D1-12_02754 1458 gatA Glutamyl-tRNA(Gln) amidotransferase subunit A ATGTCATTATTTGATCACAAAATCACAGAACTGAAACAAATGATACATAAAAAAGAAATCAAGATTTCCGATCTTGTTGATGAATCTTACAAACGGATCGCATCCGTGGATGATAAGGTGCAGGCGTTTTTACAGCTTGATGAAGAAAGAGCCCGCGCTTACGCGAAAGAACTTGACGAAGCGGTTGACGGACGGTCTGAACACGGTCTTCTCTTCGGAATGCCGATCGGCGTCAAAGACAACATCGTGACCAAAGGGCTTCGCACAACATGCTCAAGCAAAATCCTCGAAAACTTCGATCCGATTTACGATGCGACGGTCGTGGAGCGCCTTCAAGCCGCTGAAGCCGTCACGATCGGAAAGCTGAATATGGACGAGTTCGCAATGGGTTCTTCTACTGAAAACTCCGCGTACAAAGCGACGAAAAACCCTTGGAATCTCAATACGGTTCCCGGCGGATCAAGCGGCGGTTCCGCAGCTGCGGTTGCCGCGGGCGAAGTGCCGTTTTCACTCGGATCTGATACGGGCGGCTCCATCCGCCAGCCGGCTTCTTTCTGCGGCGTCGTCGGATTAAAGCCTACATACGGACGCGTGTCGCGTTACGGTTTGGTCGCTTTTGCGTCTTCACTGGACCAGATCGGGCCGATCACAAGAACCGTAGAAGATAACGCATTCCTGCTTCAGGCGATTTCAGGCCCGGACAAAATGGACTCTACGAGCGCCAATGTCGAAGTGCCGGATTTTCTTTCCTCATTAACTGGCGATATTAAAGGCTTAAAAATCGCCGTACCGAAAGAATATCTCGGAGAAGGCGTCGGCAAAGAAGCGAAAGAATCGGTTTTAGCCGCTTTAAAAGTGCTTGAAGACCTCGGAGCGACATGGGAAGAAGTATCTCTGCCGCACAGCAAATACGCGCTTGCGACGTATTATCTGCTGTCTTCTTCCGAAGCGTCTGCAAACCTTGCGCGCTTTGACGGCATCCGCTACGGCTACCGCTCAGACAATGCGGACAACCTGATCGACCTTTATAAACAGACACGCTCTGAAGGCTTCGGCAATGAAGTGAAGCGCCGCATCATGCTCGGCACCTTCGCGCTCAGCTCCGGCTACTATGATGCATATTACAAAAAAGCGCAAAAAGTGCGCACGCTTATTAAGAAAGATTTTGAAGACGTATTTGAGAAATACGATGTCATCGTCGGACCGACAACGCCGACACCGGCATTCAAAATCGGCGAAAAAACCAGCGATCCGCTCACAATGTACGCCAACGATATTTTAACGATCCCTGTCAACCTCGCGGGTGTGCCGGGAATCAGCGTGCCGTGCGGATTTGCGGACGGGCTGCCGCTCGGATTGCAAATCATCGGAAAACACTTCGATGAAGGCACTGTATACCGCGTCGCTCATGCTTTTGAGCAGGCAACAGATCATCATAAAGCGAAACCTGAACTGTAA MSLFDHKITELKQMIHKKEIKISDLVDESYKRIASVDDKVQAFLQLDEERARAYAKELDEAVDGRSEHGLLFGMPIGVKDNIVTKGLRTTCSSKILENFDPIYDATVVERLQAAEAVTIGKLNMDEFAMGSSTENSAYKATKNPWNLNTVPGGSSGGSAAAVAAGEVPFSLGSDTGGSIRQPASFCGVVGLKPTYGRVSRYGLVAFASSLDQIGPITRTVEDNAFLLQAISGPDKMDSTSANVEVPDFLSSLTGDIKGLKIAVPKEYLGEGVGKEAKESVLAALKVLEDLGATWEEVSLPHSKYALATYYLLSSSEASANLARFDGIRYGYRSDNADNLIDLYKQTRSEGFGNEVKRRIMLGTFALSSGYYDAYYKKAQKVRTLIKKDFEDVFEKYDVIVGPTTPTPAFKIGEKTSDPLTMYANDILTIPVNLAGVPGISVPCGFADGLPLGLQIIGKHFDEGTVYRVAHAFEQATDHHKAKPEL NA NA NA NA NA D1-12_02755 291 gatC Aspartyl/glutamyl-tRNA(Asn/Gln) amidotransferase subunit C ATGTCACGAATTTCTATAGAAGAAGTAAAGCATGTCGCTCATTTGGCGAGACTCGCCATTACGGATGAAGAAGCTGAAATGTTCACAGAACAGCTTGACAGCATCATCTCGTTTGCCGAGGAGCTTAATGAAGTGGACACGGATAACGTGGAACCGACAACACACGTGCTGAAAATGAAAAACGTAATGAGAGAAGATGAAGCGGGTAAAGGCCTTCCGGTCGAGGATGTCATGAAAAATGCTCCCGATCATAAAGACGGCTATGTCCGTGTGCCATCTATTCTGGATTAA MSRISIEEVKHVAHLARLAITDEEAEMFTEQLDSIISFAEELNEVDTDNVEPTTHVLKMKNVMREDEAGKGLPVEDVMKNAPDHKDGYVRVPSILD PGPT0023460_2137 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 D1-12_02756 1479 opuE COG0591 Osmoregulated proline transporter OpuE GTGAGTATTGAATTAATTATATCTCTTGGCATTTACTTTGCTGCCATGCTGTTAATCGGCTGGTACGCATTCAGGAAGACAACGAATATTAATGATTACATGCTGGGCGGAAGAGGACTAGGCCCGTTCGTAACGGCGCTGTCCGCAGGTGCGGCCGATATGAGCGCATGGATGCTGATGGGAGTTCCCGGCGCAATGTTCGCAACGGGGTTATCGACCTTATGGCTGGCGCTCGGTTTGACGATCGGCGCGTATTCAAATTATCTGCTGCTTGCTCCGAGGCTGCGCGCTTACACGGAAGTTGCGGATGATGCGATTACGATTCCCGATTTTTTCGATAAACGGTTCCGCCACTCGTCATCATTGCTGAAAATTGTTTCCGCCGTGATTATTATGATCTTTTTCACACTGTACACATCGTCCGGGATGGTATCCGGAGGCAGGTTATTTGAATCGGCATTCGGCGCCGACTACAAATTCGGTTTGTTTTTAACGGCCGGTGTTGTTGTGCTTTACACGCTGTTTGGCGGTTTCCTCGCTGTCAGTCTGACTGACTTTGTACAGGGAGCGATCATGTTTGCGGCATTAGTGCTTGTGCCGATCGTTGCTTTTACCCAGCTCGGGAGCGTTTCAACGACGATTGATTCGATCAACGCCGTTAACCCGAAACTATTGGATATCTTTAAAGGCGCGAGCGTCATTAGCATTATTTCTTATTTGGCATGGGGACTGGGCTATTACGGCCAGCCTCATATCATCGTACGATTTATGGCGATTAAAGAAGTGAAAGATTTAAAACCCGCCCGCAGAATCGGGATGAGCTGGATGGTTATTTCAGTTGTCGGCTCATTGCTTACCGGGATTATCGGGGTTGCGTATTCTCATCACTTCGGGGTCTCCGTAAAAGATCCGGAAACGATTTTCATTATTTTTTCTAAAATCTTGTTCCATCCGCTGATTACGGGCTTCTTGCTGTCCGCAATTTTAGCGGCGATCATGAGTTCCATTTCCTCACAGCTTCTCGTAACGGCAAGCGCCATTACGGAAGATTTATACCGCGCCTTTTTCAGACGGGAAGCGAGCGATAAAGAATTGGTCATGACCGGACGCCTGTCGGTATTGATCGTGGCCGTTATCGCCATTTTGCTTTCCTTGAATCCGAACAGCACCATTCTTGATCTGGTCGGATATGCGTGGGCAGGCTTCGGTTCGGCTATCGGCCCGGCGCTCTTGCTCAGTCTGTACTGGAAACGGATGAATGAATGGGGAGCGCTTGCGGCGATGATTACCGGGGCCGCAGCCGTTTTAATCTGGATCACGACAGGGCTTGCCGCTTCAACCGGCGTATACGAAATCATTCCGGGGTTCTTCCTCAGTCTGATTGCCGGTATTGCCGTCAGCCTGCTGACAAAAAAACCGGCCGATGCTTCTTATCAGCTGTTCAGCCGGATGGAAGCTCTTTTGAAAAACAAGAAATAG MSIELIISLGIYFAAMLLIGWYAFRKTTNINDYMLGGRGLGPFVTALSAGAADMSAWMLMGVPGAMFATGLSTLWLALGLTIGAYSNYLLLAPRLRAYTEVADDAITIPDFFDKRFRHSSSLLKIVSAVIIMIFFTLYTSSGMVSGGRLFESAFGADYKFGLFLTAGVVVLYTLFGGFLAVSLTDFVQGAIMFAALVLVPIVAFTQLGSVSTTIDSINAVNPKLLDIFKGASVISIISYLAWGLGYYGQPHIIVRFMAIKEVKDLKPARRIGMSWMVISVVGSLLTGIIGVAYSHHFGVSVKDPETIFIIFSKILFHPLITGFLLSAILAAIMSSISSQLLVTASAITEDLYRAFFRREASDKELVMTGRLSVLIVAVIAILLSLNPNSTILDLVGYAWAGFGSAIGPALLLSLYWKRMNEWGALAAMITGAAAVLIWITTGLAASTGVYEIIPGFFLSLIAGIAVSLLTKKPADASYQLFSRMEALLKNKK PGPT0013955_4066 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 D1-12_02757 693 sapB_2 COG1285 Protein SapB TTGAGCTGGCCTATCGAACCAGACATTTTATTAAAGCTGGGCATTGCCACGCTGATCGGCATGATCATCGGTCTTGAACGCGAGCTGAAAAACAAACCGCTCGGACTGAAAACCTGTATCGTCATCGCCGTCAGCTCCTGTATGCTGACGATCGTCAGCATTAATGCGGCATATCATTTCCCAAAATATTACCGTATCATGATGGATCCGCTCCGCCTCCCCGCCCAAATCATTTCCGGCGTCGGTTTTATCGGCGCGGGCGTGATCCTGCGTAAAAGCAATGACGTCATATCCGGCCTGACGACATCGGCCATCATCTGGGGCGCGGCCGGGCTGGGTCTGGCTACAGGCGCCGGCTTTTATAAAGAGGCGTTCGCAAGCCTCTTGTTTATCCTGATCAGTGTCGAATTTCTTCCGTGGCTGATCAGAAAAATCGGTCCCAACCGCTTGAAGGAAAAGGATATCCGCGTGAGAATGTCTCTTTCCGATAAAGACAAAATGACTGAGATTTTAAAGGAAATGAAAAGCAAACAGCTCCGCATTCACTCCGTCCGGATTGATGATCTGGGTGAAAAAGAATTTCCGATTATGGAAGTGAAAGTCAGTGTTCATAAAAACCGCTACACCACTGACGTCTATTATGATATTAAAGAAATTCAGGGCGTCGTCGGAGTGAAATGTGATACGCTATAA MSWPIEPDILLKLGIATLIGMIIGLERELKNKPLGLKTCIVIAVSSCMLTIVSINAAYHFPKYYRIMMDPLRLPAQIISGVGFIGAGVILRKSNDVISGLTTSAIIWGAAGLGLATGAGFYKEAFASLLFILISVEFLPWLIRKIGPNRLKEKDIRVRMSLSDKDKMTEILKEMKSKQLRIHSVRIDDLGEKEFPIMEVKVSVHKNRYTTDVYYDIKEIQGVVGVKCDTL PGPT0014005_1489 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-MAGNESIUM_TRANSPORT,PGPT0014005-mgtC-K07507 NA NA D1-12_02758 996 srkA Stress response kinase A ATGCATAAAGATATTAAAGCGATTTTTGAGGAAGAGAAGGTGCTCGCTGAAGCAGGTGAAATATACGGCTTTACCAAGTTTCAATTTATCGCGGACGCAGAGAACTACGTATATGAAATTGTGAAAGATAACGAACCTTATATCTTAAAAATTACGCATACGATCAGAAGAACACCGGAATATATTCTCGGAGAAATGGAATGGCTTCATCATCTGGCAAAGGGAGGGCTTTCAGCAGCAAAGCCGATTCCTTCATTAAATGGCAAAGATGTCGAAGAAGTGCCGGATGGAAAAGGCGGAGCGTTTTTAGTAAGAGTTTATGAAAAAGCGCCCGGACGCAAAGTGGAGGAATCAGACTGGAACGGAACTCTGTTTTACGAGCTTGGAAAGTACACGGGGAACATGCACCGGCTGACGAAAAGCTACTGTCTGAGCGATCCGGCATATAAAAGGCAGGAATGGGATGAAGAGGAGCAGCTGAAGCTGAGAAAATACGTGCCCGCAGATCAGCATCTCGTATTTGAGCGGGCGGATGCTCTAATGGAAAAACTGCGCCGTTTGCCGAAGAATCCTGAAAACTACGGCCTTGTGCACGCCGATCTGCACCACGGCAATTTCAATTGGGACAACGGTAAAATCACTGCATTTGATTTTGATGATACCGGCTACAATTGGTTTGTGAATGATATCAGTATTCTGCTGTACAACATGTTGTGGTATCCGGTCATCCCGTATGAAGACAAGGCCGCGTTTACGGGTGAATTCATGACACACTTTATGAAAGGCTACAGGGAAGAAAATGACCTTGATTCCGCATGGTTTGAACATATCCCGGATTTCCTCCGGCTGCGCCATATGCTGATCTACGGATTATTGCATCAGGCGTTTGACCTCAATTCACTCGGGGACGAGGAACTCGGGATGCTGAAAGCCTTCAGGCGCGATATCGAAAATGAAACACCGATTACGGAGTATCAATTTTCTGCATTCGTATAA MHKDIKAIFEEEKVLAEAGEIYGFTKFQFIADAENYVYEIVKDNEPYILKITHTIRRTPEYILGEMEWLHHLAKGGLSAAKPIPSLNGKDVEEVPDGKGGAFLVRVYEKAPGRKVEESDWNGTLFYELGKYTGNMHRLTKSYCLSDPAYKRQEWDEEEQLKLRKYVPADQHLVFERADALMEKLRRLPKNPENYGLVHADLHHGNFNWDNGKITAFDFDDTGYNWFVNDISILLYNMLWYPVIPYEDKAAFTGEFMTHFMKGYREENDLDSAWFEHIPDFLRLRHMLIYGLLHQAFDLNSLGDEELGMLKAFRRDIENETPITEYQFSAFV NA NA NA NA NA D1-12_02759 1197 hypothetical protein TTGAAAAAGATGTTGGCATTGGCGGCGACGGCAACGGCGGCAGTACTCATGCTGTCGGCCTGTTCGCCGAGTTTCGGGGGGAACAAAGAGGAAGAGATCACGCAGAAAACGGCAAAGTCTTCTGAAAAAGCGATCATACCGAAATATAATATCTCTGATTCCTACTATAAAATGGTGCTTCCGTTTAAGGCCGGAAAAGCGCGCGGCCTGACCGCGGACCGGCTGAACACGAGGCTGGACATCGATGAATTCGAGACGGGTCTGATGCGGCTCGCTCAAGACACGTTCCCGACGGATGACTATTTGTATCAGGAAGGCCAGTATTTAGATGAGGACACGGTACTCAGCTGGCTTGACCGCAAAAAAGAGGGCAGTGATCTGAAAAAGGCGAAAAAGGCAGACGCCAATTTTCAGAATCTCGGCTTAAACCCGGTGCTGCCAAGTTCGGGATCGGCAAAAGAGAAAAATGAAAACAGCCCGATTTACTTAGCGTCTATGCTTGAACAGGATTACTTAGTAAGAAAAGATAAAAATTCCATCCAGCTTGGCGGTGTCATGATCGGTCTCGCTCTCAACTCTGTTTACTATTACCGCGAAAACACAGGTGATCCGCAGCAGGAAGTTGAGCTCAGTGACAAAACGATCCGCAGCCACGGTGAAGAAATCGCCCAGGAAGTCGTTAACCGCCTTCGGAAAATGGATAACCTGAAAAATGTGCCGATTACCGTCGCCCTTTATAAACAAGCGCCGAAAACATCAATCGTACCGGGGAATTACATTGCGAAAACAGAAGTCAAGGCCGGCTCATCCACCATTTCAAACTGGGATGATGTCAAAGAAAAGTACGTCTTCTATCCGGCGGATACAGACACGGCAAAGAAATACCCTGATGATTCCGAAGTGTTTAAACGCTTCAAAAACGCCATCGACAGCTACTTCCCGAATTACACCGGAGTCGTCGGAACGGCAATGTACGAAAACGATGAAATGAGAAAAATGAAGATTGAAATCCCGATGCAATTTTACGGGAAAAGCGAAGTTATCGCCTTTACCCAATACTTAACAGGTGAGCTGATGGATTATTATTCAAAAAGCTCAGTTGATGTCGAAATTAACATTACCTCGTCTGACGGACAGGAAGCGCTGATCGTCCGCAATGCGGGTGACAAAGAACCGACCGTCCATATTTACGATTAA MKKMLALAATATAAVLMLSACSPSFGGNKEEEITQKTAKSSEKAIIPKYNISDSYYKMVLPFKAGKARGLTADRLNTRLDIDEFETGLMRLAQDTFPTDDYLYQEGQYLDEDTVLSWLDRKKEGSDLKKAKKADANFQNLGLNPVLPSSGSAKEKNENSPIYLASMLEQDYLVRKDKNSIQLGGVMIGLALNSVYYYRENTGDPQQEVELSDKTIRSHGEEIAQEVVNRLRKMDNLKNVPITVALYKQAPKTSIVPGNYIAKTEVKAGSSTISNWDDVKEKYVFYPADTDTAKKYPDDSEVFKRFKNAIDSYFPNYTGVVGTAMYENDEMRKMKIEIPMQFYGKSEVIAFTQYLTGELMDYYSKSSVDVEINITSSDGQEALIVRNAGDKEPTVHIYD NA NA NA NA NA D1-12_02760 2010 ligA DNA ligase ATGATGGACAAAGAAACAGCGAAACACCGGGCAGAAGAATTGCGCCGCACCATCGATCAGTACAGTTATGAATATTACACCTTAGATGAACCGAGCGTGCCGGATTCCGAGTACGACAGACTGATGCAGGAGCTGATTGCCATAGAGGAAGAGCACCCGGAGCTCAGAACGCCTGATTCGCCCACACAGCGGGTCGGGGGAGCGGTGCTTGAATCGTTTCAAAAGGTGCAGCACGGCACACCGATGCTCAGTCTCGGCAACGCATTTAACGATGATGATCTCCGCGATTTTGACCGCCGCGTCCGTCAGGCTGTCGGTGACGGCGTCGCTTATAACGTGGAGCTGAAAATAGACGGTCTTGCTGTTTCTCTCCGTTATGAAGACGGCTATTTCGTCAGAGGCGCGACAAGAGGAGACGGAACGACGGGCGAAGATATCACGGAAAACTTAAAAACGATCCGCAACATTCCGCTGAAAATGAAACGGAATCTTTCCATAGAAGTGCGCGGAGAGGCGTACATGCCGAAACAGTCATTTGAAGCGCTCAATGAAGAAAGGCTGAAACATGAAGAGGAGCCGTTCGCCAATCCCCGGAACGCGGCTGCGGGCTCACTCAGACAGCTCGATCCGAAAATTGCAGCGAAACGAAATCTTGACATCTTCGTCTACAGTATAGCGGAGCTTGACGAAATGGGTGTGGAAACACAGAGTCAGGGCCTGGATTTTCTGGATGAGCTCGGTTTTAAAACAAACCAGGAACGGAAAAAATGCGCCACGATAGATGAAGTCATTGAAATGATCGAAGAGCTGCAGGCGAAGCGGGCCGATCTCCCGTATGAAATTGACGGGATCGTCATCAAAGTCGATTCGCTCGATCAACAGGAAGAACTCGGGTATACGGCAAAAAGCCCGCGCTGGGCGATTGCTTATAAATTCCCGGCGGAAGAGGTCGTGACAAAACTGCTCGATATCGAACTGAATGTCGGAAGAACGGGCGTCATTACGCCGACCGCCGTTCTGGAACCGGTAAAAGTCGCGGGAACGACGGTCTCAAGAGCATCCCTTCATAACGAAGATTTAATTAAAGAGAAGGATATCCGCATTCTCGATAAAGTGGTCGTCAAAAAAGCGGGCGACATCATCCCTGAGGTCGTCAATGTCTTAATCGAACAGCGGACCGGGGAAGAAAAAGAATTCAATATGCCTACCAGCTGCCCTGAGTGCGAGAGCGAACTTGTCCGCATTGAAGGGGAAGTCGCGCTGCGCTGCATCAATCCGGAATGTCCGGCGCAGATCAGAGAAGGCCTGATTCACTTTGTCTCACGCAACGCGATGAATATTGACGGACTCGGAGAACGTGTCATCACACAGCTTTTCCGTGAACATCTCGTCCGTAATGTCGCTGATTTGTATAAGCTGACGAAAGAGCAGGTCATCCGGCTTGAGCGGATGGGGGAAAAATCAACTGACAATCTGATCAGCTCCATCCAAAAGTCGAAAGAGAATTCGCTGGAACGCCTGCTGTTCGGTCTCGGCATCCGTTTTATCGGCTCAAAAGCGGCCAAAACACTCGCCATGCATTTTGAAAGCCTGGAAAATTTGAAACAAGCCACGGAAGAAGAGCTGCTTGCGGTAGATGAAATCGGCGAAAAGATGGCCGATGCCGTTATCACCTATTTCCGCAAAGAAGAAATGCTTGAGCTATTGAATGAACTTGAGGAACTCGGTGTGAACACACTCTACAAAGGCCCGAAAAAAGTAAAAGCGGAGGACAGCGACTCTTATTTTGCCGGCAAAACCATCGTGTTAACCGGAAAGCTTGAAGAGCTGTCCAGAAATGAAGCCAAGGCGCAGATTGAAGCGCTCGGCGGAAAGCTGACGGGATCTGTCAGCAAAAAAACAGACTTGCTGATTGCCGGAGAAGCGGCCGGAAGCAAGCTGACAAAAGCGCAGGAATTAAACATTGAAGTATGGAATGAAGCACAGCTATTGGGAGAGCTAAAGAAATAA MMDKETAKHRAEELRRTIDQYSYEYYTLDEPSVPDSEYDRLMQELIAIEEEHPELRTPDSPTQRVGGAVLESFQKVQHGTPMLSLGNAFNDDDLRDFDRRVRQAVGDGVAYNVELKIDGLAVSLRYEDGYFVRGATRGDGTTGEDITENLKTIRNIPLKMKRNLSIEVRGEAYMPKQSFEALNEERLKHEEEPFANPRNAAAGSLRQLDPKIAAKRNLDIFVYSIAELDEMGVETQSQGLDFLDELGFKTNQERKKCATIDEVIEMIEELQAKRADLPYEIDGIVIKVDSLDQQEELGYTAKSPRWAIAYKFPAEEVVTKLLDIELNVGRTGVITPTAVLEPVKVAGTTVSRASLHNEDLIKEKDIRILDKVVVKKAGDIIPEVVNVLIEQRTGEEKEFNMPTSCPECESELVRIEGEVALRCINPECPAQIREGLIHFVSRNAMNIDGLGERVITQLFREHLVRNVADLYKLTKEQVIRLERMGEKSTDNLISSIQKSKENSLERLLFGLGIRFIGSKAAKTLAMHFESLENLKQATEEELLAVDEIGEKMADAVITYFRKEEMLELLNELEELGVNTLYKGPKKVKAEDSDSYFAGKTIVLTGKLEELSRNEAKAQIEALGGKLTGSVSKKTDLLIAGEAAGSKLTKAQELNIEVWNEAQLLGELKK NA NA NA NA NA D1-12_02761 2220 pcrA COG0210 ATP-dependent DNA helicase PcrA ATGAATTACATTAGCAATCAATTATTAAGCGGATTAAATCCCGTTCAGCAGGAAGCGGTCAAGACGACGGACGGTCCGCTGCTTCTGATGGCGGGCGCGGGAAGCGGAAAAACACGTGTGCTGACGCACAGAATCGCATACTTAATGGCGGAAAAACACGTGGCGCCGTGGAACATTCTGGCGATTACATTTACAAATAAAGCAGCCAGAGAAATGAAGGAGCGGGTGGAGAGCATTCTCGGACCCGGCGCGGATGAAATCTGGATATCCACCTTCCACAGCATGTGCGTGCGGATTCTGCGCAGGGATATTGACAGAATCGGCATCAACCGAAATTTCTCCATTCTTGATACGGCTGATCAGCTTTCCGTTATTAAAGGGATTCTGAAAGAGCGGAATATCGATCCGAAAAAGTTTGATCCGAGAAGTATTTTAGGCTCCATCAGCAGCGCAAAAAACGAGCTGATCGAACCTGAGGAATTCGCAAAAACGGCCGGCGGCTACTACGATCAGGTCACGAGTGACGTGTATACCGATTATCAGAAAAAACTGCTGAAAAACCAATCGCTCGATTTTGATGATTTAATCATGACGACGATTAAGCTTTTCGAGCGTGTGCCGGAAGTGCTTGAGTTTTATCAGCGCAAATTCCAGTACATTCACGTAGACGAGTATCAGGATACGAACAGGGCGCAATACCTGCTTGTGAAGCAGCTTGCGGCCCGTCTTGAAAATATCTGCGTCGTCGGTGACTCCGACCAGTCCATTTACAGATGGCGCGGGGCGGATATCGCGAATATCCTTTCCTTTGAAAAAGATTATCCGAGCGCAAACGTGATTCTGCTCGAGCAAAACTACCGCTCAACAAAGCGGATTCTGCAGGCGGCTAACGAAGTGATCAAAAACAACTCAAACCGCAAGCCGAAAAACCTGTGGACGGAAAATGACGAAGGCATCAAGCTTTCTTATTACAGCGGCGACAATGAATTCGGCGAAGGCCAATTCGTCGCGGGCAAAATTTATGAGCTGAACAGTTCGGGCCGGCGGAAGCTTTCCGATATCGCGATTTTATACCGGACAAACGCCCAGTCGCGCGTCATTGAGGAAACCCTTTTAAAATCCGGACTGAACTACAATATCGTCGGCGGAACCAAGTTCTACGACAGGAAAGAAATTAAAGACATTCTCGCATACCTGCGCCTTGTGTCAAACCCGGACGACGACATCAGTTTTACGCGGATCGTCAATGTGCCGAAGCGGGGCGTCGGCGCAACTTCACTAGAAAAAATCGCTTCATATGCGGCGATGAACGGAATGTCAATGTTCCAGGCGGTCAAACAGGTTGATTTCATCGGCGTCAGCGCGAAAGCGGCAAACGCGCTTGACGGCTTTGGCGCGATGATTGAAAATCTGACGAACATGCAGGATTACCTGTCCATTACAGAACTCACGGAAGAAATTCTCGAGAAAACGGAATACAGAGAAATGCTGAAGGCCGAAAAATCAATCGAAGCCCAAAGCCGCCTTGAAAATATCGACGAGTTTCTTTCCGTGACGAAAAACTTCGAACAAAAAAGCGAAGACAAGTCTCTCGTCGCGTTTCTGACTGATTTGGCGCTGATTGCGGATATTGACCAGCTCGACCAGAAGGAAGAGGAATCAGGCGGAAAGGATGCCGTCACTTTAATGACACTGCACGCCGCTAAGGGGCTTGAATTTCCTGTCGTGTTCTTAATGGGCATGGAAGAAGGCGTGTTCCCGCACAGCCGCTCCCTGATGGAAGAAGCCGAGATGGAAGAAGAACGCAGGCTCGCATATGTAGGCATTACGAGGGCGGAGGAAGAACTGTATTTAACGAATGCCAAAATGCGCACCTTATTCGGCCGAACCAATATGAATCCGGAATCCCGCTTTATCAGGGAAATACCTGGCGATTTATTGGAGAACCTAAATGAGAAGAAAACACCTCGCATGCAGCCGGGAAGAAAAGTGCAGCCAAAACGCGGGCCCGTATCCCGTCCCGTTTCCTATGCGAACAAAACAGGCGGCGACTCGCTCAGCTGGGCGGTCGGCGATAAAGCGGGCCATAAAAAATGGGGCACCGGAACGGTTGTCAGCGTAAAAGGAGAAGGCGAAAGCACCGAGCTTGATATCGCATTCCCAAGCCCAGTCGGCGTGAAGCGTCTGCTTGCCGCTTTTGCGCCGATTGAAAAGCAGTAA MNYISNQLLSGLNPVQQEAVKTTDGPLLLMAGAGSGKTRVLTHRIAYLMAEKHVAPWNILAITFTNKAAREMKERVESILGPGADEIWISTFHSMCVRILRRDIDRIGINRNFSILDTADQLSVIKGILKERNIDPKKFDPRSILGSISSAKNELIEPEEFAKTAGGYYDQVTSDVYTDYQKKLLKNQSLDFDDLIMTTIKLFERVPEVLEFYQRKFQYIHVDEYQDTNRAQYLLVKQLAARLENICVVGDSDQSIYRWRGADIANILSFEKDYPSANVILLEQNYRSTKRILQAANEVIKNNSNRKPKNLWTENDEGIKLSYYSGDNEFGEGQFVAGKIYELNSSGRRKLSDIAILYRTNAQSRVIEETLLKSGLNYNIVGGTKFYDRKEIKDILAYLRLVSNPDDDISFTRIVNVPKRGVGATSLEKIASYAAMNGMSMFQAVKQVDFIGVSAKAANALDGFGAMIENLTNMQDYLSITELTEEILEKTEYREMLKAEKSIEAQSRLENIDEFLSVTKNFEQKSEDKSLVAFLTDLALIADIDQLDQKEEESGGKDAVTLMTLHAAKGLEFPVVFLMGMEEGVFPHSRSLMEEAEMEEERRLAYVGITRAEEELYLTNAKMRTLFGRTNMNPESRFIREIPGDLLENLNEKKTPRMQPGRKVQPKRGPVSRPVSYANKTGGDSLSWAVGDKAGHKKWGTGTVVSVKGEGESTELDIAFPSPVGVKRLLAAFAPIEKQ NA NA NA NA NA D1-12_02762 690 pcrB COG1646 Heptaprenylglyceryl phosphate synthase ATGTACGATGTTAACGAGTGGAAGCATGTTTTTAAACTCGATCCGAATAAAGATTTACCGGATGAACAGCTGGAACGGCTTTGTGAATCAGGGACTGACGCCATTGTGATCGGAGGAAGCGACAATATCACCGAGGACAATGTGCTGAGACTGATGTCAAAGGTGCGGCGGTTTTTAGTGCCGTGCGTACTTGAGGTGTCGACGATTGATTCCATTGTGCCCGGGTTTGATCTTTATTTCATTCCGAGTGTGCTCAACAGCAAAAAGGCGGACTGGATTGTCGGCATGCATCATCAGGCGATGAAAGAATACGGAGAGCTCATGTCAATGGAGGAAATCGTGACGGAGGGCTACTGCATCGTCAATCCTGATTGTAAGGCGGCCGCTTTGACGGAGGCGGATACACATATAGAAACAGAAGATATTCTCGCCTATGCGCGGGTCGCGGAACATTTGCTTCATCTCCCGATTTTTTATCTGGAATACAGCGGGATGCTGGCGGACATAGAAACGGTGGAGAAAACGAAGGCTGTGCTGGACAAGTCCGTCCTGTTTTACGGAGGCGGCATTAAAGACGCGGAAACGGCGGAACGGTTCGGCCGTCATGCCGATGTCATCGTTGTCGGAAATGCCGTATATGAAGATTTTGATCAGGCGCTTAAAACAGTGGCGGCTGTAAAGACAAAGTAG MYDVNEWKHVFKLDPNKDLPDEQLERLCESGTDAIVIGGSDNITEDNVLRLMSKVRRFLVPCVLEVSTIDSIVPGFDLYFIPSVLNSKKADWIVGMHHQAMKEYGELMSMEEIVTEGYCIVNPDCKAAALTEADTHIETEDILAYARVAEHLLHLPIFYLEYSGMLADIETVEKTKAVLDKSVLFYGGGIKDAETAERFGRHADVIVVGNAVYEDFDQALKTVAAVKTK PGPT0024385_196 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROPHOSPHOLIPID_REMODELLING CE-REMODELLING_GPL_PHOSPHATE_SYNTHASE_ACTIVITY,PGPT0024385-pcrB-K07094 NA NA D1-12_02763 1575 hypothetical protein ATGGAACAAGCCATTATCGTACTGATTTGTATATTGATCTTTATTATTTTAGTTCCCGCCGCATTGTTTCTCTGGATATACATAAGAGACGAAAAGCAGGAAGAACATTCAGTGCTGCGCAATTATCCCGTAGCGGGAAAACTGCGCTATATATTTGAAAAAATCGGACCAGAGCTGCGGCAGTATTTATTCAGCAATGATAACGAAGAACAGCCGTTTTCCCGGAGAGAATATGAACAGACGGTCATGTCGGGAAAGTATAAAAGCAGAATGATGGGCTTCGGCTCAGAACGAGATTTCGATCAGCCGGGCTATTATATCCGTAACGCCCTCTTCCCAAAACAAAGGGAGGAGCTGCGCGCAGATCAGACGCCGAAGATCGACACGATGATATACAAAATTGACAAAGACAACCTGCTGAAACGCAGCGAACACCGCGAAAAAGCAAAGGCGGACCCTTATTACCTGCATCCGGACGATGTGCAAGTGATCGGCCGCGATACATGCAAGAAGCCGTTTTATGTGAAAGGGCTAATCGGACAATCAGCGATGAGCTACGGCTCACTTGGCGACCGGGCAATTACCGCCCTGTCAAAAGGGCTGCACCAGGCCGGCGGCACATGGATGAATACAGGCGAAGGCGGCCTGTCTGAGTATCACCTGAAAGGCGGCGCGGATATTATCTGCCAAATCGGCCCCGGGCTGTTCGGCGTCCGCACTGAAGATGGAGAATTTTCGTGGGAAGAATTTAAGAAAAAAAGCCGCCTCGAGCAGATTAAAGCCTTTGAATTAAAGCTTGCGCAAGGGGCGAAAGCAAGAGGCGGGCATATTGACGGTTCAAAGGTGACCGAAGAAATTGCCGCCATCAGAAATGTGCAGCCCGGACAATCCATTGACAGCCCAAACCGCTTCAACGAGTTCTCAAATGTTCCGGACATGCTTGATTTCATTGAGAAATTAAGGACTGTCGGAGAAAAACCGGTCGGCATCAAAATTGTCCCGGGCAGCCGCAAAGACCTTGAAGACCTTATTTCCTGTATGAGTTCCTCAGGCAAACATCCCGACTTTATTACGATTGACGGCAGTGAAGGGGGAACGGGAGCTTCTTTCCATGAGCTGGCGGATTCCGTCGGCCTGCCGATTCTGACCGGCCTCCCCCTTGTTGACGGCCTTTTGAAGACATACGGGATAAGAGATAAGCTGAAAATTTTCGCATCCGGAAAGCTGCTCACTCCGGATAAGATTGCCGTTGCCCTCGCGTTAGGCGCGGATTTTGTCAATATTGCCCGGGGAATGATGTTTTCAGTCGGCTGTATCCGCGCTCAAGTATGCCACACCAATCATTGTCCTGTCGGAGTGGCGACAACCGATCCAAAACTTCAGCGCGCGCTCAGTATCGAGGATAAACAGCACCGCGTCTGCAACTACGTGCTCTCGTTGCGTGAAGGGCTGTTTCACCTAGCCGCGGCGGCGGGCATCAGCTCGCCGGTTCATTTCTCAGCTGAACACATCGTATACCGGGAGGAAGACGGAAGCCTGAGGGAACTTCCCGGCCTTTTGAATCAGCACGCATAA MEQAIIVLICILIFIILVPAALFLWIYIRDEKQEEHSVLRNYPVAGKLRYIFEKIGPELRQYLFSNDNEEQPFSRREYEQTVMSGKYKSRMMGFGSERDFDQPGYYIRNALFPKQREELRADQTPKIDTMIYKIDKDNLLKRSEHREKAKADPYYLHPDDVQVIGRDTCKKPFYVKGLIGQSAMSYGSLGDRAITALSKGLHQAGGTWMNTGEGGLSEYHLKGGADIICQIGPGLFGVRTEDGEFSWEEFKKKSRLEQIKAFELKLAQGAKARGGHIDGSKVTEEIAAIRNVQPGQSIDSPNRFNEFSNVPDMLDFIEKLRTVGEKPVGIKIVPGSRKDLEDLISCMSSSGKHPDFITIDGSEGGTGASFHELADSVGLPILTGLPLVDGLLKTYGIRDKLKIFASGKLLTPDKIAVALALGADFVNIARGMMFSVGCIRAQVCHTNHCPVGVATTDPKLQRALSIEDKQHRVCNYVLSLREGLFHLAAAAGISSPVHFSAEHIVYREEDGSLRELPGLLNQHA PGPT0014521_21 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_HERBICIDIAL_STRESS HERBICIDIAL_STRESS-PARAQUAT_STRESS_REDUCTION,PGPT0014521-yerD-NA NA NA D1-12_02764 312 hypothetical protein ATGCAAATCGATAAATTACGCGGAAAAGAACTGGACCAGTTATTTTTATCTATTTTATCGCTGAAAGATCTGGAGGAATGCTATCGTTTCTTTGACGATCTTTGTACGATTAATGAAATCCAATCGCTGGCGCAGCGTTTGGAAGTGGCAAGAATGCTCCGCGAAGGAAATACGTATCACAAAATTGAAAGCGAAACGGGTGCTTCCACAGCGACGATTTCCCGGGTGAAGCGCTGCTTAAATTACGGAAACGACGCCTATGAAATGGCGCTTGACCGCGTAAACAAAGGAGAATCCTCCTCAGCTACGTAA MQIDKLRGKELDQLFLSILSLKDLEECYRFFDDLCTINEIQSLAQRLEVARMLREGNTYHKIESETGASTATISRVKRCLNYGNDAYEMALDRVNKGESSSAT NA NA NA NA NA D1-12_02765 996 yerB Putative lipoprotein YerB ATGAAAAGATGGAAAACCGTTTGTATGCTTTGTTTTGCGTTTTTGCTGCTTGCCGCCTGCCGGCAGAACAATGCCGATCAGGTGCAGCCGAAAGAAGCGGAAGCTCCTTTAACGGGGCTGAAAACTGAGCAGAAGCTTGCAGAACGCCGTCCGATTGCAGTCGCAGTGAACAATCATCCGAAGGCGAGGCCCCAATCCGGGCTGTCAAAGGCGGATGTTGTCATCGAGGCGCTTGCGGAGGGCCGGATTACGCGGTTTCTCGCGATTTTTCAAAGTGAGATGCCGGAAACGGTCGGGCCTGTGCGGAGCGCGAGGGGATATTTTGTCACGCTCAGCAGCGGGTTTAACAGCATATTTGTCCATCATGGCTGGAGTCCCGGCGCAAAAAAGCAGCTGGAGTCCGGAGCTTACGATTATATAAACGGTTTGGATTTTGACGGAAGCCTGTTTTGGAGAGCCGATTTCAGCAAGCCGCCCCACAATTCCTACACGTCGTATGACAATATCAGGAAGGCGGCGGAACAAAAAGGATACAAGCTGAACGGAAAAACAGAACCGCTCCCATTTCAGACATCAGATGCAAAACCCGGAAACGAAACCTACAATATTCGGATAGATTATGGAACACAAAACATTACAAATCTTGTCGAATACGATTATGATAAAAAAGCTGATGCTTATACAAGAAGCTCTGATGGTGTGAAAGCGACAGACCGGGAGACCGGAAAGCCTTTAGCCATGCACAACATTTTTATTGTTGAAGCCGGCCATCGCATGACAGACAAAGATGGAAGGCGGGCCATCGATATTCAGTCAGGGGGGAAGGGCCTCCTGCTTCAGCACGGCGATGTTATGGAGTCAGACTGGGAATATAAAGACGGCCGTATTCTGCCCGTAAAAGGCGGTGAGATTCTTCCGTTTGTGCCAGGAAAGACATGGATTAATATCGTGCCTGATCTCGATGCAGCTTCCATTAGTAAAGGAGAAGGTGTTTGA MKRWKTVCMLCFAFLLLAACRQNNADQVQPKEAEAPLTGLKTEQKLAERRPIAVAVNNHPKARPQSGLSKADVVIEALAEGRITRFLAIFQSEMPETVGPVRSARGYFVTLSSGFNSIFVHHGWSPGAKKQLESGAYDYINGLDFDGSLFWRADFSKPPHNSYTSYDNIRKAAEQKGYKLNGKTEPLPFQTSDAKPGNETYNIRIDYGTQNITNLVEYDYDKKADAYTRSSDGVKATDRETGKPLAMHNIFIVEAGHRMTDKDGRRAIDIQSGGKGLLLQHGDVMESDWEYKDGRILPVKGGEILPFVPGKTWINIVPDLDAASISKGEGV NA NA NA NA NA D1-12_02766 1743 yerA COG1001 Putative adenine deaminase YerA ATGTCCGAACGTACCTTTAACTGGAAAAATAAAGACATCAGATCACAGGCGGATGTTGTAGACTCAAAGCTGCTTCCAACGCTACTTTTACGGGATGCTCTCGTATTAAATCCTTTTTTAAAACAATGGCTGAAAAAGAACGTCTGGATTTACGGAGACCGAATTGTATATGTTGGTGATGAGCTTCCTGATGCAGCTGAGCACATTCATACCATAAATTGTGAAGGAAAATACATTGTGCCAGGTTACATTGAACCGCATACACATCCTTTTCAAATATATAATCCCCAAACGCTCGCCGAATATGTGTCTCAATTCGGAACAACGACGTTTGTTAATGATAACTTGTTTTTTCTTTTGCACAGCGGTAAAAAGAAAGCGCTTACTATATTGGAAGAACTGAAAAAACAGCCGGTGCAATATTTCTGGTGGTCCAGATATGATCTGCAGACTGAAGTGCTGAATGAGGATCAGCTTCTTTCTTTTGATGTCCGAAAGCAATGGATTGAGCACCCGGATGTCATTCAAGGCGGAGAATTGACCGGATGGCCGCGCCTCATGGACGGCGATGACCTGATGCTTCATTGCATGCAGGCGACAAAGAAACTGCGCAAGCGGATAGAAGGGCATTTTCCCGGAGCCTCTGAGAAAACACTGACGAAGATGAAACTGTTCGGAGCTGATTCCGACCACGAGGCGATGAATGGCGGCGAGGTGATGAGACGGCTTGAATTGGGCTACTATGTTTCGCTCAGACATTCATCCATCCGCCCTGATTTGAGAACGATTTTGCAGGATCTCCATCAAAAAGGCTTCCGGCATTATGATCATTTCTTTTACACGACGGATGGAGCGACGCCGCATTTTTATAAAGGCGGCATGACGAATGAATTAATCAAAATCGCTTTGGAGGAAGGAGTTCCGGCGATTGACGCCTACAATATGGCCTCCTTTAATATCGCGAAGTATTATCAGATGGACGACTTTCTCGGTGTGATCGGTCCGGGCCGGCTTGCTTCATTGAACATTCTCGATGACCCGATGAATCCTGACCCGGTCACGGTGATCTCCAAAGGTATCCTGGTGAGGGAAGACGGCCGAAATATGAATGCGTTTACAGAAACGGATTGGAAAAAGGGCGGTCTTGTCCCTCTTGAGCTTTCATATGATATGACGATGGATGATTTACAGTTTTCAATGCCGATGGGTGTGTCCATGCGCAACGCGGTCATTATGGAGCCGTATATGATTGCGATTGATAATTCTGTTGACCAGCTTTCTTTTGATCATGATGAATGCTATCTCACGCTTCTCGATAAGCATGGAAAATGGCGGGTTAATACAATGCTGAAAGGTTTTGCCGATCGGGTGCAGGGCTTTGTCAGTTCCTACACGACAACAGGAGATATTATCGCTGCCGGAAAAAATAAGGAAGATATCCTGCTCGCTTTCTCACGGATGAAAGAAATCGGCGGCGGAATCGTGCTTGCCGAAAACGGGAAGATTCTGCATGAGATTCCCCTCGCCTTAAACGGTTCTGCATCTGCGGAGAATTATGAAGAAGTGCTTGAGAAAGAGCAAAAACTGAGGACGCTGCTGGAGGAGCGGGGCTACCGATTCTGCGATCCGATCTATACGCTGCTCTTTTTGCAGAGCACACACCTGCCTTATATCCGCATTACGCCGAGAGGAATATTCGACGTGATGAAAAAAACTGTACTCTTTCCATCGATAATGCGTTAA MSERTFNWKNKDIRSQADVVDSKLLPTLLLRDALVLNPFLKQWLKKNVWIYGDRIVYVGDELPDAAEHIHTINCEGKYIVPGYIEPHTHPFQIYNPQTLAEYVSQFGTTTFVNDNLFFLLHSGKKKALTILEELKKQPVQYFWWSRYDLQTEVLNEDQLLSFDVRKQWIEHPDVIQGGELTGWPRLMDGDDLMLHCMQATKKLRKRIEGHFPGASEKTLTKMKLFGADSDHEAMNGGEVMRRLELGYYVSLRHSSIRPDLRTILQDLHQKGFRHYDHFFYTTDGATPHFYKGGMTNELIKIALEEGVPAIDAYNMASFNIAKYYQMDDFLGVIGPGRLASLNILDDPMNPDPVTVISKGILVREDGRNMNAFTETDWKKGGLVPLELSYDMTMDDLQFSMPMGVSMRNAVIMEPYMIAIDNSVDQLSFDHDECYLTLLDKHGKWRVNTMLKGFADRVQGFVSSYTTTGDIIAAGKNKEDILLAFSRMKEIGGGIVLAENGKILHEIPLALNGSASAENYEEVLEKEQKLRTLLEERGYRFCDPIYTLLFLQSTHLPYIRITPRGIFDVMKKTVLFPSIMR PGPT0021510_880 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021510-ade-K01486 NA NA D1-12_02767 234 hypothetical protein ATGATGAAACCGAATATCAGTTTATTAAATGCCGTTATGCGCATCACTTGCGGCCTCACAATTTTGTCTGCTGCTTCAGCGAAATACACGAGAAAACCTTGGTGCAAGATGCATCTCTTCTGTATGATGATGGGCGCGATGAAAGCGGCGTCCGGCATCCTCCGCTTCTGTCCGGTGACATATATGTTCCAAGCCGGAATGAATCAGGATGACAGCCATCAGCAAGAAAAATAA MMKPNISLLNAVMRITCGLTILSAASAKYTRKPWCKMHLFCMMMGAMKAASGILRFCPVTYMFQAGMNQDDSHQQEK NA NA NA NA NA D1-12_02768 1269 purD_1 COG0151 Phosphoribosylamine--glycine ligase GTGAATGTATTGATTATCGGAAAAGGCGGCAGAGAGCATACATTGGCTTGGAAAGCGGCGCAAAGCCCGCTTGTTGACACGGTGTACGCCGCGCCCGGAAATGACGGTATGGCAGACTGCGCGACGCTGGCCAACATTGAAGAAAGCGATCATGCCGCACTCATTGCGTTTGCGAAAGAACATCATGTCGGGCTGACGATTATCGGCCCTGAAGTTCCTCTGATTGAAGGAATAGCGGACGAGTTTGAAAAAGCCGGACTGCTTGTTTTCGGACCGTCTGAAAAAGCGGCAATCATTGAAGGAAGCAAACAGTTTGCCAAGGATTTAATGAAAAAATACGGCATTCCGACGGCGGAATATGAGACGTTTACTTCATTTGAAGAGGCGAAAGCATATGTGCAGCAAAAAGGCGCGCCGATTGTCATTAAAGCGGACGGGCTTGCCGCCGGAAAAGGTGTCACGGTCGCGATGACGGAAGAAGAAGCGATTGAATGCCTGCACGATTTTCTTGAAGATGAGAAATTCGGCGAGGCGAGCGCATCTGTTGTCATTGAAGAGTTCCTCGCCGGCGAAGAATTTTCTTTAATGGCGTTTGTAAAAGGGGAGACCGTCTATCCGATGGTAATCGCTCAAGATCATAAACGCGCCTTCGATGGAGACAAAGGGCCGAATACGGGCGGAATGGGCGCCTACTCACCGGTGCCGCACATTTCCGATGATATCGTCAGAAGCGCAGTCGAAACGATTGTGAAGCCGGCGGCAAAAGCAATGGTGAAAGAGGGACGCTCCTTCACGGGCGTGCTGTACGCGGGGCTGATTCTGACGGAAAACGGATCAAAAGTCATTGAATTCAACGCGCGCTTCGGAGATCCGGAAACACAGGTTGTCGTGCCGAGAATGGAATCTGACCTCATCCAGGTGCTCTTAGATCTTCTGCATGAGAAGGATGTTGACCTAAGGTGGAAGGATACGGCCGCTGTCAGCGTTGTGCTGGCTTCTGAAGGCTATCCGGAAGGCTATGCGAAAGGGACGCCGATCGGCAGTTTGACGTCCGCTGAAGACGGGATCGCTGTTTTTCATGCCGGAACGAAAAAAGACGGCGGCCAATTTGTTACAAACGGCGGTCGGGTCGCCAATGTCACCGCATTTGCTGAGACATTTGAAGCGGCGAGAGATAAAGTGTACAGCGCCGTTTCAGGGCTGACAAAACCCGGACTGTTTTACAGAAGCGACATCGGCGCCCGTGCGCTGAAAGCTTCTCAACGATAG MNVLIIGKGGREHTLAWKAAQSPLVDTVYAAPGNDGMADCATLANIEESDHAALIAFAKEHHVGLTIIGPEVPLIEGIADEFEKAGLLVFGPSEKAAIIEGSKQFAKDLMKKYGIPTAEYETFTSFEEAKAYVQQKGAPIVIKADGLAAGKGVTVAMTEEEAIECLHDFLEDEKFGEASASVVIEEFLAGEEFSLMAFVKGETVYPMVIAQDHKRAFDGDKGPNTGGMGAYSPVPHISDDIVRSAVETIVKPAAKAMVKEGRSFTGVLYAGLILTENGSKVIEFNARFGDPETQVVVPRMESDLIQVLLDLLHEKDVDLRWKDTAAVSVVLASEGYPEGYAKGTPIGSLTSAEDGIAVFHAGTKKDGGQFVTNGGRVANVTAFAETFEAARDKVYSAVSGLTKPGLFYRSDIGARALKASQR PGPT0021575_3548 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021575-purD-K01945 NA NA D1-12_02769 1539 purH Bifunctional purine biosynthesis protein PurH ATGACAATCAAACGCGCACTAATCAGTGTTTCTGATAAAACAAATCTCGTACCTTTCGTAAAGGAACTGACAGAGCTCGGCGTCGAAGTCATTTCGACCGGAGGAACAAAAAAACTACTTCAGGAAAACGGTGTGGATGTCATCGGCATTTCAGAAGTGACCGGATTTCCTGAAATTATGGACGGACGGTTAAAAACGCTCCATCCTAATATTCACGGCGGCCTGCTTGCCGTAAGAGACAATGAAGAGCATATGGCGCAGATCAATGAGCACGGCATTGCACCGATTGACCTTGTGGTTGTCAACCTTTATCCGTTTAAAGAAACGATTTCAAAAGAAGATGTAACATACGATGAAGCGATAGAAAACATTGATATCGGCGGCCCCGGCATGCTGCGCGCCGCATCGAAAAACCATCAGGATGTGACGGTCATCACAGATCCGGCCGATTACAGCTCCGTGCTCAATGAGATGAAAGAACACGGCGGTGTTTCGCTTAAAAGAAAACGCGAGCTTGCGGCCAAAGTATTCCGCCATACCGCGGCATACGACGCATTAATCGCTGATTACTTAACACGCGAGGCCGGTGAGAAAGACCCTGAGCAATTCACCGTTACATTTGAGAAAAAACAATCGCTCCGCTACGGTGAAAACCCTCACCAAGAGGCTGTTTTCTATCAAAGCGCACTTCCTGTCTCCGGTTCCATCGCGGCGGCAAAACAGCTTCACGGCAAAGAGCTTTCTTACAACAATATTAAGGACGCGGATGCGGCCGTTCAAATCGTCCGGGAGTTTACAGAACCCGCAGCTGTCGCCGTTAAACATATGAACCCGTGCGGAGTCGGTACGGGAGCTTCAATTGAGGAAGCATTCAATAAAGCGTATGAAGCTGATAAAACCTCCATTTTCGGCGGCATCATCGCGCTGAACCGTGAAGTTGATCAGGCAACGGCTGAAGCCCTTCACGGCATCTTTTTAGAAATCATTATCGCCCCTTCTTTCAGTGAAGAAGCGCTGAACGTGCTGACGGCGAAGAAAAACCTTCGTCTGCTCACGCTTGACGTGACCGCATCAGGGAAGAAAGAAAAACAGCTGACATCCGTACAGGGCGGCCTTTTGATTCAAGATTTAGACGTCCATGGATTTGATGACGCCGACATCAGCATCCCGACAAAAAGAGAGCCGAACGAGCAGGAATGGGAAGATCTGAAGCTCGCCTGGAAAGTCGTCAAACACGTAAAATCCAACGCGATCGTTCTTGCAAAAGACCATATGACGGTCGGTGTGGGCGCAGGACAGATGAATCGCGTCGGTTCAGCTAAAATCGCCATTGAGCAGGCCGGAGAAAAAGCAAAAGGCAGCGCGCTCGGATCAGACGCGTTTTTCCCGATGCCGGATACAGTCGAAGAAGCCGCAAAAGCCGGTGTCACGGCGATTATCCAGCCAGGCGGATCGGTCCGCGATGAAGATTCGATTAAAAAAGCGGATGAATACGGGATCGCCATGGTATTCACCGGCATCAGACATTTCAAACATTAA MTIKRALISVSDKTNLVPFVKELTELGVEVISTGGTKKLLQENGVDVIGISEVTGFPEIMDGRLKTLHPNIHGGLLAVRDNEEHMAQINEHGIAPIDLVVVNLYPFKETISKEDVTYDEAIENIDIGGPGMLRAASKNHQDVTVITDPADYSSVLNEMKEHGGVSLKRKRELAAKVFRHTAAYDALIADYLTREAGEKDPEQFTVTFEKKQSLRYGENPHQEAVFYQSALPVSGSIAAAKQLHGKELSYNNIKDADAAVQIVREFTEPAAVAVKHMNPCGVGTGASIEEAFNKAYEADKTSIFGGIIALNREVDQATAEALHGIFLEIIIAPSFSEEALNVLTAKKNLRLLTLDVTASGKKEKQLTSVQGGLLIQDLDVHGFDDADISIPTKREPNEQEWEDLKLAWKVVKHVKSNAIVLAKDHMTVGVGAGQMNRVGSAKIAIEQAGEKAKGSALGSDAFFPMPDTVEEAAKAGVTAIIQPGGSVRDEDSIKKADEYGIAMVFTGIRHFKH PGPT0008110_4041 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0008110-purH-K00602 NA NA D1-12_02770 588 purN Phosphoribosylglycinamide formyltransferase ATGAAAAAGTTTGCGGTATTTGCTTCAGGAAACGGATCGAACTTCGAGGCCATTGCCAAACGCATGAGAGAAGAGAAGTGGGATGCGGAGCTCTCGCTTCTCGTGACGGATAAGCCTCAGGCAAAGGCGGTGGAAAGGGCGGAGGCTTTACACATTCCGTCATTCGCCTTTGAACCGTCATCTTTTGAAAACAAAGCGGCCTTTGAACGGGCCGTTATTGAACAGCTGTGCCTGCACGGGGCGGAATTAATCGTTCTCGCCGGTTATATGAGACTGATTGGAGATACGCTGCTTGAAGCATACGGGGGCCGCATTATTAATATACATCCCTCGCTTCTTCCGGCATTCCCCGGGATTGACGCTGTCGGACAGGCGTATCGGGCCGGTGTGAAAGTGGCGGGCATTACCGTTCATTACGTCGACGAAGGCATGGACACAGGACCGATTATCGCGCAAAAAGCATTCGAAATACAGGAAAACGATACGCTTGAAGACATAGAGCATACAATACACGAGCTTGAGCACAAATGGTATCCGAGCGTTGTGAAACAGCTGCTGGGACTAAATAACAGAGGTGAAAAGGCATGA MKKFAVFASGNGSNFEAIAKRMREEKWDAELSLLVTDKPQAKAVERAEALHIPSFAFEPSSFENKAAFERAVIEQLCLHGAELIVLAGYMRLIGDTLLEAYGGRIINIHPSLLPAFPGIDAVGQAYRAGVKVAGITVHYVDEGMDTGPIIAQKAFEIQENDTLEDIEHTIHELEHKWYPSVVKQLLGLNNRGEKA PGPT0008095_3398 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0008095-purN-K11175 NA NA D1-12_02771 1041 purM COG0150 Phosphoribosylformylglycinamidine cyclo-ligase ATGTCTGATGCTTATAAAAATGCCGGAGTTGACATCGAAGCCGGATACGAAGCCGTCAAACGAATGAAAAAACACGTGGAGCGCACGAAAAGGCTCGGCGTTATGGGAAGCCTAGGCGGTTTTGGCGGAATGTTTGATCTGTCAGAGCTTCCGTATCAAAAGCCTGTTTTAATTTCCGGAACAGACGGTGTCGGCACCAAGCTGAAACTCGCATTTTCAATGGATAAGCATGACACGATCGGCGTCGATGCGGTCGCGATGTGTGTAAATGATGTGCTTGCCCAAGGAGCGGAGCCGCTGTTTTTCCTTGATTATTTGGCGGTCGGCAAGGCTGATCCGGTAAAAATTGAGCAGATCGTTCAGGGCGTGGCGGACGGATGCGAGCAGTCAGGATCAGCGCTTATCGGCGGTGAGACGGCGGAAATGCCGGGACTGTATACGGTTGATGAATACGATATTGCGGGCTTTTCAGTCGGCGTCGCGGAAAAAGACGAAATCGTCACCGGTGAACATATCGAAGAGGGGCATCTCTTAATCGGACTTACTTCAAGCGGCCTTCACAGCAACGGATTTTCCCTTGTGAGAAAAGTGCTTCTTGATGACGGCGGACTTGATTTGGATACTGTCTATGAACCGTTTGCGCGTCCTCTCGGAGAAGAATTGCTGGAACCGACGAGAATATATGTGAAGCCGGTGCTCAAGGCGGTGAAAAGCGGTAAGGTGGACGGCATGGCGCATGTGACAGGCGGAGGATTCATCGAGAACATCCCGCGGATGCTGCCGGACGGATTGAGTGCGGAAATTGATCACGGATCATGGCCGATCCCGCCGATTTTTCCGTTTCTGCAGGAGCACGGCAAGCTGAAAGAAGAAGAAATGTTCAATGTTTTTAATATGGGCATCGGTTTTGTCCTTGCCGTTAAAGAAGAAAACCTGACAGACGTCATCGACACGCTTGAAGCTCAGGGCGAGAAGGCTTATTTGATCGGCCGGGTCAAGCGGGGCGAAGGCATTTCTTTCGGCGGTGCGGCTCTTTCATGA MSDAYKNAGVDIEAGYEAVKRMKKHVERTKRLGVMGSLGGFGGMFDLSELPYQKPVLISGTDGVGTKLKLAFSMDKHDTIGVDAVAMCVNDVLAQGAEPLFFLDYLAVGKADPVKIEQIVQGVADGCEQSGSALIGGETAEMPGLYTVDEYDIAGFSVGVAEKDEIVTGEHIEEGHLLIGLTSSGLHSNGFSLVRKVLLDDGGLDLDTVYEPFARPLGEELLEPTRIYVKPVLKAVKSGKVDGMAHVTGGGFIENIPRMLPDGLSAEIDHGSWPIPPIFPFLQEHGKLKEEEMFNVFNMGIGFVLAVKEENLTDVIDTLEAQGEKAYLIGRVKRGEGISFGGAALS PGPT0021570_2945 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021570-purM-K01933 NA NA D1-12_02772 1431 purF COG0034 Amidophosphoribosyltransferase ATGCTTGCTGAAATCAAAGGCCTGAATGAAGAATGCGGTGTGTTTGGCATCTGGGGACATGAAGAAGCCCCGCAGATCACGTATTACGGCCTGCACAGCCTCCAGCACAGAGGACAGGAAGGCGCCGGCATCGTGGCGACTGACGGTGAAAAACTGACTGCGCATAAAGGACAGGGGCTTATTACCGAGGTTTTTCAAAACGGCGAACTGAGCAAAGTGAAGGGAAAAGGCGCGATCGGGCACGTCCGTTATGCGACGGCAGGCGGAGGCGGATATGAAAATGTCCAGCCGCTCCTGTTCCGTTCGCAAAACAACGGCAGCCTCGCGCTTGCCCATAACGGCAACTTGGTCAACGCCACACAGTTGAAGCAGCAGCTTGAAAACCAAGGGAGCATCTTTCAGACTTCCTCCGATACGGAAGTGCTGGCTCATCTGATTAAACGCAGCGGACACTTTTCGCTGAAGGATCAGATCAAAAATTCGCTGTCTATGCTGAAAGGCGCTTATGCCTTTTTAATCATGACTGAAACAGAAATGATCGTAGCGCTTGACCCGAACGGACTCAGACCGCTGTCAATCGGCATGATGGGTGACGCTTACGTCGTGGCATCAGAAACGTGCGCATTCGATGTGGTCGGCGCGACATACCTTCGCGAGGTAGAGCCGGGCGAAATGCTGATCATCAATGATGAAGGCATGAAATCAGAGCGTTTCTCCATGAATATCAACCGTTCCATCTGCAGCATGGAGTACATTTATTTCTCAAGACCTGACAGCAATATCGACGGCATTAACGTGCACAGCGCCCGGAAAAACCTCGGAAAAATGCTTGCCCAGGAGTCCGCGATTGAAGCGGATGTCGTCACAGGCGTGCCTGATTCCAGTATTTCTGCAGCCATCGGCTATGCCGAGGCAACGGGCATTCCGTACGAACTCGGTCTCATTAAAAACCGTTATGTCGGCAGAACGTTTATTCAGCCGTCCCAGGCTCTGCGCGAGCAAGGCGTCAGAATGAAGCTGTCCGCCGTCCGCGGTGTTGTTGAAGGAAAACGGGTCGTCATGGTTGATGATTCCATCGTGCGCGGGACGACAAGCCGCCGGATTGTCACAATGCTCAGAGAAGCGGGAGCGACAGAGGTGCACGTCAAGATCAGTTCACCGCCGATCGCTCATCCGTGCTTCTACGGCATCGACACATCAACCCATGAGGAGCTGATCGCTTCTTCTCATTCGGTGGAAGAAATCCGCCAGATCATCGGTGCTGACACGCTTTCTTTCTTAAGTGTAGACGGATTGTTAAAAGGAGTCGGCCGAAAATTTGAAGACACCAACTGCGGACAATGCCTCGCTTGTTTTACGGGCAAATATCCGACGGAAATTTATCAGGATACAGTGCTTCCTCACGTAAAAGAAGCGGTGCTGACAAAATAA MLAEIKGLNEECGVFGIWGHEEAPQITYYGLHSLQHRGQEGAGIVATDGEKLTAHKGQGLITEVFQNGELSKVKGKGAIGHVRYATAGGGGYENVQPLLFRSQNNGSLALAHNGNLVNATQLKQQLENQGSIFQTSSDTEVLAHLIKRSGHFSLKDQIKNSLSMLKGAYAFLIMTETEMIVALDPNGLRPLSIGMMGDAYVVASETCAFDVVGATYLREVEPGEMLIINDEGMKSERFSMNINRSICSMEYIYFSRPDSNIDGINVHSARKNLGKMLAQESAIEADVVTGVPDSSISAAIGYAEATGIPYELGLIKNRYVGRTFIQPSQALREQGVRMKLSAVRGVVEGKRVVMVDDSIVRGTTSRRIVTMLREAGATEVHVKISSPPIAHPCFYGIDTSTHEELIASSHSVEEIRQIIGADTLSFLSVDGLLKGVGRKFEDTNCGQCLACFTGKYPTEIYQDTVLPHVKEAVLTK PGPT0020225_4296 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0020225-purF-K00764 NA NA D1-12_02773 2229 purL COG0046 Phosphoribosylformylglycinamidine synthase subunit PurL ATGTCGCTACTGCTTGAACCAAGTAAAGAACAAATAAAAGAAGAGAAACTCTATCAGCAAATGGGTGTCAGTGATGACGAGTTCGCACTCATTGAATCTATTATCGGAAGATTGCCGAACTACACGGAAATCGGGATTTTTTCCGTGATGTGGTCAGAGCACTGCAGCTATAAAAACTCAAAACCGGTTTTACGCAAATTCCCGACTAGCGGCGAACGCGTGCTGCAGGGTCCCGGAGAAGGCGCGGGAATCGTTGACATCGGTGACAATCAGGCGGTCGTGTTCAAAATTGAATCTCATAACCACCCGTCAGCGCTTGAGCCATACCAAGGTGCTGCGACGGGAGTGGGCGGCATTATCCGTGACGTTTTCTCAATGGGCGCCCGTCCGATAGCTGTATTAAACTCTCTTCGATTTGGTGAACTCACTTCACCTCGTGTGAAGTACTTGTTTGAAGAAGTAGTGGCGGGAATCGCGGGATACGGAAACTGTATCGGCATCCCGACGGTCGGCGGAGAAGTGCAGTTTGACGCAAGCTATGAGGGCAATCCGCTTGTCAATGCAATGTGCGTCGGCTTGATTGATCATAAAGATATTAAAAAAGGCCAGGCGAAAGGTGTCGGCAACACGGTCATGTACGTCGGCGCTAAAACGGGCCGCGACGGCATACACGGCGCTACTTTCGCATCAGAAGAAATGTCAGATTCATCTGAAGAAAAACGTTCCGCGGTGCAGGTCGGCGATCCTTTCATGGAAAAACTTCTCCTGGAAGCATGCCTTGAAGTCATCCAATGCGACGCCTTAGTCGGCATTCAGGATATGGGGGCGGCCGGTCTGACAAGTTCGAGTGCTGAAATGGCAAGCAAAGCCGGCTCCGGCATTGAAATGAACCTTGATCTCATTCCGCAGCGGGAAACAGGTATGACCGCTTACGAAATGATGCTTTCCGAGTCTCAGGAACGCATGCTTCTCGTCATTGAACGCGGACGTGAACAGGAAATTGTCGATATTTTTGATAAATATGATCTTGAAGCGGTTTCCGTAGGTCATGTTACGGATGATAAAATGCTCCGCCTCCGCCATAACGGAGAGGTTGTTTGCGAGCTTCCGGTCGACGCGCTGGCGGAAGAAGCGCCTGTATACCACAAGCCGTCAGCAGAACCCGCGTACTACCGCGAGTTTCAGGAAACGGAAGTTCCCGCGCCTGAAGTAAAAGATGCGACAGAGACGCTTTTTGCCCTGCTGCAGCAGCCGACAATCGCCAGCAAAGAGTGGGTGTACGATCAGTATGACTACATGGTGCGCACAAATACGGTGGTCGCTCCGGGCTCTGACGCGGGAGTGCTCAGAATCCGCGGCACGAAAAAAGCGCTGGCGATGACGACGGATTGCAACGCGCGTTATTTATATCTTGATCCAGAAGAAGGCGGGAAAATCGCCGTTGCCGAAGCGGCGCGCAACATCGTATGCTCCGGCGCCGAACCGCTTGCGGTCACGGATAATCTGAATTTCGGAAACCCGGAAAAACCTGAAATTTTCTGGCAGATCGAAAAAGCGGCCGACGGCATCAGCGAGGCGTGTAATGTTCTCAGCACTCCCGTCATCGGCGGTAACGTATCACTTTATAATGAATCGAACGGAACGGCGATCTACCCGACGCCTGTGATCGGCATGGTCGGCTTAATTGAAGATACCGCTCATATTACGACACAGCATTTCAAACAAGCGGGGGATCTTGTATACGTGATCGGCGAAACAAAACCTGAGTTTGCCGGAAGCGAACTGCAAAAAATGACAGAAGGCCGCATTTACGGCAAAGCGCCGCAAATCGATCTTGATGTAGAGCTGTCACGCCAAAAAGCATTGCTTGACGCGATTAAAAAAGGCTTCGTACAATCAGCGCATGATGTGTCTGAAGGCGGCTTAGGCGTAGCGGTTGCAGAAAGCGTCATGACGACGGAAAACCTTGGCGCGCACGTGACTGTAGAAGGGGAAGCGGCATTATTATTCTCTGAATCTCAATCACGCTTCGTCGTTTCGGTGAAAAAAGAACACCAAGCGGCGTTTGAAGCGGCTATGGCCGATGCGGTTCATATCGGCGAGGTAACGGCTGACGGACTTCTGGCGATTCAAAACCAGGACGGACAACAATTGGTTCACGCGCAAACGAAAGAACTTGAGCGCGCGTGGAAAGGAGCTATTCCATGCTTGCTGAAATCAAAGGCCTGA MSLLLEPSKEQIKEEKLYQQMGVSDDEFALIESIIGRLPNYTEIGIFSVMWSEHCSYKNSKPVLRKFPTSGERVLQGPGEGAGIVDIGDNQAVVFKIESHNHPSALEPYQGAATGVGGIIRDVFSMGARPIAVLNSLRFGELTSPRVKYLFEEVVAGIAGYGNCIGIPTVGGEVQFDASYEGNPLVNAMCVGLIDHKDIKKGQAKGVGNTVMYVGAKTGRDGIHGATFASEEMSDSSEEKRSAVQVGDPFMEKLLLEACLEVIQCDALVGIQDMGAAGLTSSSAEMASKAGSGIEMNLDLIPQRETGMTAYEMMLSESQERMLLVIERGREQEIVDIFDKYDLEAVSVGHVTDDKMLRLRHNGEVVCELPVDALAEEAPVYHKPSAEPAYYREFQETEVPAPEVKDATETLFALLQQPTIASKEWVYDQYDYMVRTNTVVAPGSDAGVLRIRGTKKALAMTTDCNARYLYLDPEEGGKIAVAEAARNIVCSGAEPLAVTDNLNFGNPEKPEIFWQIEKAADGISEACNVLSTPVIGGNVSLYNESNGTAIYPTPVIGMVGLIEDTAHITTQHFKQAGDLVYVIGETKPEFAGSELQKMTEGRIYGKAPQIDLDVELSRQKALLDAIKKGFVQSAHDVSEGGLGVAVAESVMTTENLGAHVTVEGEAALLFSESQSRFVVSVKKEHQAAFEAAMADAVHIGEVTADGLLAIQNQDGQQLVHAQTKELERAWKGAIPCLLKSKA PGPT0021730_1232 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021730-purL-K23269 NA NA D1-12_02774 684 purQ COG0047 Phosphoribosylformylglycinamidine synthase subunit PurQ GTGAAATTTGCGGTGATTGTGTTACCCGGCTCCAACTGTGATATTGATATGTTTCACGCCGTAAAGGACGAACTCGGCGAAGAAGTCGAGTATGTCTGGCACGAGGAAACAAGCCTTGACGGATTTGACGGCGTGCTCATCCCCGGCGGGTTTTCATACGGCGACTACTTGAGATGCGGCGCCATCGCCAGATTCGCAAACATCATGCCGGCCGTGAAAAAAGCGGCTGCCGAAGGAAAACCGGTTCTCGGCGTCTGCAACGGATTCCAGATTCTGCAGGAGCTCGGACTTCTGCCCGGCGCCATGAGACGCAACAAAGATTTAAAGTTCATCTGCCGCCCTGTTGAATTAATCGTACAGAACGGCGATACGTTATTCACATCTTCCTATGAAAAAGGACAATCGATTACGATTCCGGTTGCCCACGGCGAAGGCAATTTCTACTGTGATGACGAAACGCTTGAAAGATTAAAAGAAAACAATCAAATCGCCTTCACATACGGCGGCGATATTAACGGAAGCGTCAGCGGCATTGCCGGCGTCGTGAATGAGAAAGGCAACGTATTAGGCATGATGCCTCACCCTGAGCGCGCAGTCGATGAACTGCTCGGCAGCGCAGACGGTCTTACATTGTTCCGGTCTATCGTGAAAAATTGGAGGGAAACTCATGTCGCTACTGCTTGA MKFAVIVLPGSNCDIDMFHAVKDELGEEVEYVWHEETSLDGFDGVLIPGGFSYGDYLRCGAIARFANIMPAVKKAAAEGKPVLGVCNGFQILQELGLLPGAMRRNKDLKFICRPVELIVQNGDTLFTSSYEKGQSITIPVAHGEGNFYCDDETLERLKENNQIAFTYGGDINGSVSGIAGVVNEKGNVLGMMPHPERAVDELLGSADGLTLFRSIVKNWRETHVATA PGPT0020220_1135 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0020220-purQ-K23265 NA NA D1-12_02775 255 purS COG1828 Phosphoribosylformylglycinamidine synthase subunit PurS ATGTATAAAGTGAAAGTTTATGTCAGCTTAAAAGAAAGTGTGCTCGATCCTCAAGGAAGCGCGGTGCAGCATGCATTGCACAGCATGACCTACAATGAAGTGCAGGATGTGCGCATCGGAAAATACATGGAGCTGACGATCGAAAAATCTGACCGCGATCTTGACGCGCTCGTGAAAGAAATGTGTGAAAAGCTCCTTGCCAATACAGTCATTGAAGACTACCGATATGAAGTTGAGGAGGTTGTCGCACAGTGA MYKVKVYVSLKESVLDPQGSAVQHALHSMTYNEVQDVRIGKYMELTIEKSDRDLDALVKEMCEKLLANTVIEDYRYEVEEVVAQ PGPT0021725_580 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021725-purS-K23264 NA NA D1-12_02776 720 purC COG0152 Phosphoribosylaminoimidazole-succinocarboxamide synthase GTGAATATTGTGAACAATAATCTTCTTTATGAAGGAAAAGCGAAACGGATTTATCAAACTGAAGACGAGCAGATTCTCCGCGTGGTCTACAAGGATTCCGCAACAGCCTTTAACGGTGAGAAAAAAGCGGAGATCAGCGGAAAGGGCCGTCTGAACAATGAAATTTCAAGCCTGATTTTCAAACATCTGCACGCCAAAGGAATTGACAACCACTTTGTGGAGCGTGTTTCAGAATCAGAGCAGCTCATCAAAAAAGTGAGCATCATTCCGCTTGAAGTCGTGGTCAGAAACATTGCCGCCGGAAGCATGTCGAAACGACTCGGCATCCCGGAAGGAACAGAGCTCCCGCAGCCGATTATCGAATTTTACTACAAGGATGACGCACTCGGCGATCCGCTCATCACAGAAGATCATATCCGGCTCTTAAAAGCGGCGGCTCCTGAGCATGTCGAAACGATCAAATCGATTACAAACCAGGTGAATCAAGAACTTCAGCATATTTTTGAAGACTGCGGGGTCAGATTAATAGATTTTAAGCTGGAATTCGGCTTAGACGCAGAGGGACGGGTGCTTTTAGCGGATGAAATTTCTCCTGACACGTGCCGTCTGTGGGACAAAGACACAAACGAAAAGCTCGATAAAGATTTGTTCAGACGGAACCTGGGAAGCTTAACCGACGCATATGAAGAGATTTTCAAAAGACTGGGAGGCATTTCATAA MNIVNNNLLYEGKAKRIYQTEDEQILRVVYKDSATAFNGEKKAEISGKGRLNNEISSLIFKHLHAKGIDNHFVERVSESEQLIKKVSIIPLEVVVRNIAAGSMSKRLGIPEGTELPQPIIEFYYKDDALGDPLITEDHIRLLKAAAPEHVETIKSITNQVNQELQHIFEDCGVRLIDFKLEFGLDAEGRVLLADEISPDTCRLWDKDTNEKLDKDLFRRNLGSLTDAYEEIFKRLGGIS PGPT0021565_3662 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021565-purC-K01923 NA NA D1-12_02777 1293 purB COG0015 Adenylosuccinate lyase ATGATCGAACGTTATTCAAGACCTGAAATGTCCGCGATCTGGACGGACGAAAACAGATACCAGGCATGGCTGGAAGTCGAGATTTTAGCCTGTGAAGCCTGGGCTGAGCTTGGCGTCATTCCGAAAGAAGACGTCAAGGTCATGCGCGAAAACGCGTCTTTCGACATCAACCGCATTTTGGAAATCGAGCAGGATACGCGCCATGACGTCGTTGCATTCACCCGCGCGGTTTCAGAATCATTAGGCGAAGAAAGAAAATGGGTTCACTACGGCCTGACGTCAACAGATGTCGTGGATACCGCTCTTTCCTATCTATTAAAACAGGCGAATGAGATCTTGCTCAAGGACATTGAGAGATTTGTTGACATTATAAAAGAAAAAGCGAAAGAACATAAATACACGGTCATGATGGGCCGCACGCACGGCGTACACGCGGAACCGACGACATTCGGCCTGAAACTCGCGCTTTGGCACGAAGAAATGAAACGCAACCTTGAACGTTTCAAGCAGGCAAAAGAAGGGATCGAAGTCGGGAAGCTTTCCGGCGCGGTCGGCACATATGCAAATATTGATCCGTTCGTAGAGCAGTATGTCTGTGAAAAACTTGGCCTGAAAGCGGCGCCGATTTCCACTCAGACATTACAGCGCGACCGTCATGCGGATTACATGGCGGCACTGGCTTTGATCGCGACGAGCATTGAAAAATTCGCAGTGGAAATCCGCGGTCTGCAAAAGAGTGAAACACGTGAAGTGGAAGAGTTTTTTGCGAAAGGACAAAAAGGTTCATCGGCTATGCCTCATAAACGGAATCCGATCGGGTCGGAAAATATGACGGGCATGGCGCGCGTGATCCGCGGGTACATGCTGACGGCATACGAAAATGTACCGTTATGGCATGAGCGTGATATTTCTCATTCATCAGCTGAACGCATCATTCTTCCTGACGCGACAATCGCGCTGAATTACATGCTGAACCGATTCAGCAATATCGTCAAAAACTTAACGGTATTCCCGGAAAATATGAAACGCAACATGGACCGCACACTCGGTTTAATCTACTCTCAGCGCGTGCTGCTCGCTTTAATCGACACGGGTCTGCCTCGTGAAGAAGCATATGACACGGTTCAGCCGAAAGCGATGGAAGCGTGGGAAAAACAAGTGCCGTTCCGCCAGCTTGTCGAAGCGGAGGAAAAAATCACGTCCCGTCTCACACCGGAACAGATTGCCGATTGCTTTGACTACAATTATCATCTGAAAAACGTCGACTTGATCTTTGATCGTTTAGGTTTATAG MIERYSRPEMSAIWTDENRYQAWLEVEILACEAWAELGVIPKEDVKVMRENASFDINRILEIEQDTRHDVVAFTRAVSESLGEERKWVHYGLTSTDVVDTALSYLLKQANEILLKDIERFVDIIKEKAKEHKYTVMMGRTHGVHAEPTTFGLKLALWHEEMKRNLERFKQAKEGIEVGKLSGAVGTYANIDPFVEQYVCEKLGLKAAPISTQTLQRDRHADYMAALALIATSIEKFAVEIRGLQKSETREVEEFFAKGQKGSSAMPHKRNPIGSENMTGMARVIRGYMLTAYENVPLWHERDISHSSAERIILPDATIALNYMLNRFSNIVKNLTVFPENMKRNMDRTLGLIYSQRVLLALIDTGLPREEAYDTVQPKAMEAWEKQVPFRQLVEAEEKITSRLTPEQIADCFDYNYHLKNVDLIFDRLGL PGPT0021555_5629 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021555-purB-K01756 NA NA D1-12_02778 1182 purK_1 N5-carboxyaminoimidazole ribonucleotide synthase ATGCGACAAAACAAACGGTGCTGGAAAGCAGTGATCAGCTTGTCTGATAAAAAAACGATTTTTCCCGGCGCCGTCATCGGCATTATCGGAGGCGGACAGCTCGGAAAAATGATGGCTGTCGCCGCAAAACAGATGGGCTATAAAGTCGCTGTCGTCGATCCCGTGAAAGACTCGCCATGCGGACAGATCGCCGATATTGAGATTACCGCCCAGTACAATGACCGTGAAGCGATTCAAAAATTGGCCGGAGTCAGTGACATCATTACCTACGAATTTGAAAATATCGATTACGAGGCGCTCAACTGGCTCAAAGAACATGCATATCTTCCCCAGGGAAGCGAGCTGCTGCTCATCACCCAAAACAGGGAAACGGAAAAAAAGGCGATCCAGTCAGCAGGCTGTCAAGTCGCTCCTTATCGGATCGTAAACAGCGGACGGGAGCTTGAGGAAGCCGTTCAGGCACTGGGACTCCCGGCGGTGCTGAAAACATGCCGCGGCGGATATGACGGCAAAGGCCAATTTGTCATTAAGGAAGAAGGACAGACAGATGAAGCGGCTGCGCTGTTAGAAAACGGCACGTGCATACTTGAAAGCTGGGTATCGTTCCGGATGGAGCTTTCCGTTATCGTGACGAGATCGGTGCACGGTGAGATTTCAAACTTTCCGGCTGCTGAAAATATCCACAAAAATAATATTCTGTTCCAAAGCATCGTGCCCGCGAGAGCGGAGGAAACGGTTCAGAAGCGGGCAGAGGCGCTTGCCGTTCAGCTCGCGGAGAAATTGGAGCTTGTCGGGCCGCTTGCGGTGGAAATGTTTGTCACGGAAGACGGAGGCCTCTTGATTAATGAACTGGCGCCGCGTCCTCACAATTCAGGGCATTATACGCTCGACCTTTGTGAAACGAGCCAATTCGAACAGCACATCAGAGCGGTCTGCGGACTTCCTCTCGGCAGAACCGATCTTCTCAAACCGGGAATGATGGTGAATCTGCTCGGTGATGAAGTGAAGCTTGCGGAGGAGCATACGGAGCTTTTAAAGGAAGCCAAACTGTACCTGTACGGAAAACATGAGATTAAAAAAGGCCGCAAAATGGGGCATATGACATTTTTGCGGAAGCCTGATGAAACATGGATTCAGGACATCACGAACATATGGATGAATAGAGACGGAGGACGAGCATAA MRQNKRCWKAVISLSDKKTIFPGAVIGIIGGGQLGKMMAVAAKQMGYKVAVVDPVKDSPCGQIADIEITAQYNDREAIQKLAGVSDIITYEFENIDYEALNWLKEHAYLPQGSELLLITQNRETEKKAIQSAGCQVAPYRIVNSGRELEEAVQALGLPAVLKTCRGGYDGKGQFVIKEEGQTDEAAALLENGTCILESWVSFRMELSVIVTRSVHGEISNFPAAENIHKNNILFQSIVPARAEETVQKRAEALAVQLAEKLELVGPLAVEMFVTEDGGLLINELAPRPHNSGHYTLDLCETSQFEQHIRAVCGLPLGRTDLLKPGMMVNLLGDEVKLAEEHTELLKEAKLYLYGKHEIKKGRKMGHMTFLRKPDETWIQDITNIWMNRDGGRA PGPT0021550_755 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021550-purK-K01589 NA NA D1-12_02779 489 purE COG0041 N5-carboxyaminoimidazole ribonucleotide mutase ATGCAGCCGCTAGCAGGAATCATCATGGGAAGCACCTCCGATTGGGAGACAATGAAACATGCATGCGACATACTTGACGAACTTCACATTCCTTATGAAAAACAGGTGGTATCCGCGCACCGGACGCCTGATTTGATGTTTGAATATGCAGAAAGCGCCAGAGACAGGGGCTTAAAAGTCATTATTGCCGGAGCCGGAGGAGCGGCGCATCTGCCGGGAATGACGGCGGCCAAAACGACGCTGCCGGTGATCGGCGTACCGGTTCAGACGAAATCGCTTAACGGGCTTGATTCTCTTCTGTCTATCGTACAGATGCCCGGCGGCGTGCCGGTCGCGACGACGGCGATCGGGAAAGCGGGCGCAGTGAACGCGGGTCTGTTAGCCGCGCAAATTTTGTCGGCATTTGACGATGACATTGCGGATAAACTAGAGGCGAGAAGAAATGCGACAAAACAAACGGTGCTGGAAAGCAGTGATCAGCTTGTCTGA MQPLAGIIMGSTSDWETMKHACDILDELHIPYEKQVVSAHRTPDLMFEYAESARDRGLKVIIAGAGGAAHLPGMTAAKTTLPVIGVPVQTKSLNGLDSLLSIVQMPGGVPVATTAIGKAGAVNAGLLAAQILSAFDDDIADKLEARRNATKQTVLESSDQLV PGPT0021545_3133 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021545-purE-K01588 NA NA D1-12_02781 198 hypothetical protein ATGACAAAGCCAAAAAAGAAACGGTTTGAAGTAACGGAAGATGAAACGATTGACACCATTCTCACTTTAATGAAGGAAGAGGGTTATATGCCCGTCCGGCGGATGGAAGAGCCGATCTTTACAGAAAAGAAAGAAAATGGATCAATTCAAGTCGTTCCTTGCGGGAAAAAAATCGTATTTGAAGGGAAATTGATCTAA MTKPKKKRFEVTEDETIDTILTLMKEEGYMPVRRMEEPIFTEKKENGSIQVVPCGKKIVFEGKLI NA NA NA NA NA D1-12_02782 552 hypothetical protein ATGCAGACGATTTTATCCAACAGTATAGGTATGGTTCTCATTATTCTCATCATTAACATTATATATGTCTCTTTCTTTACGATCAGGATGATTCTGACATTGAAGGGACAGCGCTATTTCGCCGCAGGCATCAGTACGATTGAAATCCTTGTGTATGTGACCGGCCTGAGTCTCGTGCTCGGCAATCTGAATCAAATTCAAAACGTCATTGCCTATGCGCTCGGCTACGGCCTCGGCGTCATAGTGGGAATGAAAATTGAAGAGAAACTGGCGCTCGGCTATATTACAGTCAACGTCATTACGAAGGAGCTCGATCTGGACCTGCCGAAACAGCTCCGGGAAAAAGGATACGGGGTTACAAGCTGGGTTGCGGGCGGACTTGAAGGAGACCGGACCGCCATGCAGATTCTGACGCCGCGCAAATATGAGCTTCAGCTTTATGATACGATTAAAACGCTTGATGAAAAAGCGTTTATTATCGCCTTTGAGCCGAAAACGATCCACGGCGGATTCTGGGTGAAAGCAGTGAAGAAGAGGAGAATTAAGGAATGA MQTILSNSIGMVLIILIINIIYVSFFTIRMILTLKGQRYFAAGISTIEILVYVTGLSLVLGNLNQIQNVIAYALGYGLGVIVGMKIEEKLALGYITVNVITKELDLDLPKQLREKGYGVTSWVAGGLEGDRTAMQILTPRKYELQLYDTIKTLDEKAFIIAFEPKTIHGGFWVKAVKKRRIKE NA NA NA NA NA D1-12_02783 183 hypothetical protein ATGATGAAGATGGCCCCGTTGTTGCGAGAAGCCATTAATCGGAAAAAGCAGCACCTGAGGACAAAGCTGATCCGCTCAGGGTTTTATCAAGACCATGTTCAGGAACTGTCCGGGTACACGCTGAGTGAACTTGAGAAGGAATATGAAGCCGTCAAACGATTGAAAAAAGCCGAGCTTCACTGA MMKMAPLLREAINRKKQHLRTKLIRSGFYQDHVQELSGYTLSELEKEYEAVKRLKKAELH NA NA NA NA NA D1-12_02784 783 hypothetical protein ATGACGGAAGAAAGAAAAGAAACGTTGGAAGAAGAAAAACAGCATCAGGGGACTGATGAAGAACCGCTGTCGAGAATGTCCAGAAATGCGGGACGTTATCAAAAGCAAAAGAAAAAAGTAAAGGAACGGCGCCCGGCTCCGGCTTTTACGGAAAAACTCGCTTCTGCATGGGCCGCGGCCAAACGTTATTGCCGTTTCGCGCTGCGCATTTTGACATCACCGGTGAAGGTCGTTGGGGAAGACGGCTTTTCCCGCTTTAAATATGCTCTTATTTCAATGCTTGTATTCAGTATCTTTTTCTCAATCGGAAATTGGTTTCAGCTGAGGGCAAGCCAGCAAAGGCCTCTCGGATACGGGGAGCGGCATCATACGTTTTTTGACGGCTTTACTGTCGTTCTCGTGTATACGCTCGTCTTTTTTGCCGCTGCGGCCGGCGCGGTCTGGCTTGTATCACGTTATATGATGAAACAGAAAATTACGATGCGGGATGCGGCCGCGGGGGTCGGATCGCTTTTGGTTCCGGCTGTCGCCTGCTCTATCGTGTGGATGATTTTCGCGATATTGAATCTGCCGGTCGTCACCGTGGTGTTTACGGCGCTGACCTTGTTTCTGGCCGCCTCGGCGATGGTGCAGTTTGTGCAGATTCTATACAAATCGGCTGAAAAGCCTGCGGCTGACGTGATGTACTGTATTTCCGCGGCGGTCATCATCATGCTCGTTTTTACGGCTGTGACATGGCCGCTCATTTCCGAGTACTTTACTGCTTCGCTGATCCCTTTATAA MTEERKETLEEEKQHQGTDEEPLSRMSRNAGRYQKQKKKVKERRPAPAFTEKLASAWAAAKRYCRFALRILTSPVKVVGEDGFSRFKYALISMLVFSIFFSIGNWFQLRASQQRPLGYGERHHTFFDGFTVVLVYTLVFFAAAAGAVWLVSRYMMKQKITMRDAAAGVGSLLVPAVACSIVWMIFAILNLPVVTVVFTALTLFLAASAMVQFVQILYKSAEKPAADVMYCISAAVIIMLVFTAVTWPLISEYFTASLIPL NA NA NA NA NA D1-12_02785 1323 pbuG COG2252 Guanine/hypoxanthine permease PbuG TTGAAGCAATTTTTTCAGTTTGATGAGCTGGGGACAAGCTATCGTAATGAAATCATCGGCGGTTTAACGACCTTTTTGTCAATGGCGTACATTCTGTTCGTCAATCCGCTGACATTGTCTTTAAACGGTGTGAAGGGATTTCCGGAAGCATTAAAAATTGATCAGGGCGCGGTGTTCACCGCTACAGCCTTGGCGTCTGCGGCCGGCTGTATTTTAATGGGGCTCATTGCAAAGTATCCGATCGCGATTGCGCCGGGTATGGGATTAAATGCGTTTTTTGCTTTCTCTGTCGTCCTCGGCATGGGGATTTCATGGCAGGCTGCGCTTTCCGGCGTCTTGATTTCCGGAATTATCTTCGTGGCGCTTTCGCTGACGGGACTGCGGGAAAAAATCATTAATGCGATTCCGCCTGAGCTGAAATTGGCGGTCGGCGCGGGTATCGGTTTGTTTATCACATTTGTCGGTTTGCAGGGTTCGGGCATTATTGAAGCGAACTCATCGACTTTGGTGTCTATCGGCAATATTCACAGCGGCCCTGTGCTGCTGACGGTTTTCGGTGTTATTGTGACGGTCATTCTGATGGTGCTTCGCGTAAACGGCGGCGTATTTATCGGAATGCTTCTGACGGCGGTTGCCGGCATGGTCTGCGGACTGATTCCGGTTCCGACGCACATTGTCGGCAGCGTGCCGAGTCTTGCGCCGACTTTCGGACAGGCGTGGATGCATCTTCCGGATATCTTCTCCGTCCAAATGCTGATTGTCATTTTAACTTTCTTGTTCGTCGGGTTTTTCGATACGGCCGGAACGCTGGTGGCTGTAGCGACACAGGCCGGGCTGATGAAGGAAAACAAACTTCCGCGTGCGGGAAGAGCGCTTCTGGCAGATTCGACATCAATCGTTATCGGAGCCGTACTCGGTACGTCTACAACGACTTCTTATGTTGAATCCAGCTCAGGCGTTGCGGCGGGGGCGCGCTCCGGCTTCGCGGCTGTTGTGACGGGCATTCTCTTTTTGCTGGCGATGTTTTTCTCGCCGCTTCTGTCAGTTGTCACCACGAATGTGACGGCTCCGGCTTTAATTATTGTCGGCGCGCTGATGGTGGCGCCGCTCGGTAAGATCGCCTGGGATAAATTCGAGGTGGCTGTGCCGGCATTCTTAACGATGATTATGATGCCGCTGACGTACAGCATTGCGACGGGGATTGCGATCGGTTTTATATTCTACCCGATTACAATGATCTGCAAAGGAAAAGGAAAAAGCGTTCACCCGATTATGTACGGGCTGTTCGTCATCTTTATCCTGTATTTCATCTTCTTGAAATAA MKQFFQFDELGTSYRNEIIGGLTTFLSMAYILFVNPLTLSLNGVKGFPEALKIDQGAVFTATALASAAGCILMGLIAKYPIAIAPGMGLNAFFAFSVVLGMGISWQAALSGVLISGIIFVALSLTGLREKIINAIPPELKLAVGAGIGLFITFVGLQGSGIIEANSSTLVSIGNIHSGPVLLTVFGVIVTVILMVLRVNGGVFIGMLLTAVAGMVCGLIPVPTHIVGSVPSLAPTFGQAWMHLPDIFSVQMLIVILTFLFVGFFDTAGTLVAVATQAGLMKENKLPRAGRALLADSTSIVIGAVLGTSTTTSYVESSSGVAAGARSGFAAVVTGILFLLAMFFSPLLSVVTTNVTAPALIIVGALMVAPLGKIAWDKFEVAVPAFLTMIMMPLTYSIATGIAIGFIFYPITMICKGKGKSVHPIMYGLFVIFILYFIFLK PGPT0007325_3778 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 D1-12_02787 1443 hypothetical protein ATGGAAAAGCATCAAATGAAGCAATTGTATCAGGACATTGACGTGCCGAAAGCTGAATTGAAAAATGTGATACACAGCGCCGCTGTCCGTGCCGGAAAAGAAGGCGCCGTCAGACGGAGATGGGGAAGAAAACTGATAAACGGACTCGCGGTTGCTGCTGCTTTGTTTATTCTGTATCTGTCCTCAGGCTTATTCATGCCCTCCGTTAATACGGCTATGGGAAACATTCCTGTTGCCGGACAAATTTACAGTCTGTTTCAGGATAAGGCAGGTTCTGCGCTGTTTAAAAGCAATTTGGTGACAAAACTGAATGAGAAAGCGGAATCACGCGGAATCACGGTGACAGTGAAAAGTGTGTATTACGACAGCGGACAGCTCGTTTACAATTTTACCGTTGACAATTTGAAATCAGATGAGGAGAGCATCTCTTTTCAAGTTGATTATAAAGATCCATGGAATATGTTAGCAGAGGATTATGACAACAGTGATATGAAAAAAATGAAAGACGGGCAGTACGCGGGACAGCTTCGCCTGTTCACGGACGGCTCAAAGCTGAAAGACGGTGATAAGCTTCCGCTTGTCATTACACAAATCAAGGATATCCCCGGAAACTGGCGCTTTACACTACCTATTAAAAAACAAAAGTCCGTTTCTCTGGAAGGAACGAAAGCCGTGAATGTAAATCACGGATTATACCGCTTTTTCGATATCAGGGCGGAAAACGGAACGACGGGATCGGCTCTCCTGTATTCTATCGACTTCTATGATGCAGCCAAAAATGATGCCATCTCGATTTACGAGGCAACGGATGATGCTGGAAACCATTATGAAATGACGGCGTCGAATATTGAACTTGGCGGCAGAAAGAATCTTCCCGGCGGCGGGAAAAGAATACGCGGCCAAACTCAATTCAGCAAACCGATAGACCCGAAAGCGAAAACACTTTTCATAACGGGCGATATAAAAACAGAATCAGAGCCGGGAGAAATCGTGCCTCTGAAAACAAAACTGCCCGTCAGTTATAAAACGAAACATCATCATGTCGGCATCACCATCAAAAAGATCAAACAGCAAGGCAGACGGGTGATCGTCGATTATCAATTCACAGGAATTAATTACAGCAAAGCGGATGAAGATCAGCTGATCAATGTCGGTGAGTCAATCGGTCTCGGCAATACGAAAAAAATGAAAACCTGGCCATCGCTTAATGAGTATGAAAAAGGCTATTATCTGAAAGGGAATAAGGCGAAAGTCACGAACCTTAAAACGGGTGAAATGGAATCCGTTTTTGAATTGGATGATTCATCCAATAAAGACTATTCGTTGCGCGATTTCTCATTCGATTCATACGCTTTGTACGTCAATCAAACGGTTATGAACTTGCTGGCGGATGATAAGGGGATCACATTCGCGGTGCCGGTTCGGTCTGCGGACGGAAAATGA MEKHQMKQLYQDIDVPKAELKNVIHSAAVRAGKEGAVRRRWGRKLINGLAVAAALFILYLSSGLFMPSVNTAMGNIPVAGQIYSLFQDKAGSALFKSNLVTKLNEKAESRGITVTVKSVYYDSGQLVYNFTVDNLKSDEESISFQVDYKDPWNMLAEDYDNSDMKKMKDGQYAGQLRLFTDGSKLKDGDKLPLVITQIKDIPGNWRFTLPIKKQKSVSLEGTKAVNVNHGLYRFFDIRAENGTTGSALLYSIDFYDAAKNDAISIYEATDDAGNHYEMTASNIELGGRKNLPGGGKRIRGQTQFSKPIDPKAKTLFITGDIKTESEPGEIVPLKTKLPVSYKTKHHHVGITIKKIKQQGRRVIVDYQFTGINYSKADEDQLINVGESIGLGNTKKMKTWPSLNEYEKGYYLKGNKAKVTNLKTGEMESVFELDDSSNKDYSLRDFSFDSYALYVNQTVMNLLADDKGITFAVPVRSADGK NA NA NA NA NA D1-12_02788 534 sigV_1 COG1595 RNA polymerase sigma factor SigV GTGAAGGAAGAACGATTGATCAAAAAGGCGAAAAAAGGTGATGCCGCAGCCTTTGAAAAACTGATCACAGCTCATCAGGAGACTTTATATAAAACAGCTTATCTCTATTTGCATCACAAGGAAGATACACTGGACGCTGTTCAGGAAACGGCTTACAAGGCTTTTCTTCATATCGCGCAACTGAAGGAGCCGAAATATTTTAAAACGTGGCTGATCCGGATTTTGCTTCATACAATTTTTGCGATGAGGAAAAAGCACGGTGACGTCATCCCGTTTGAGCCGCAGCATGATACGCGCGCGGAGAATAAGAACATTGAAGAATACATAGATCTTCGGAATGCCCTGGAAACGCTTGACGAACATATACAGCTGACCATTCAGCTTTATTATTTTCAAGATTTCTCGATTGCTATGATCGCTGAACAGACCGGTATGGCGGAAGGCACTGTAAAAACGCATCTGCACAGGGCGAGAAAAGCATTGAAGCAGGAGCTGGAAAAGGAGGATAAACATATATGGAAAAGCATCAAATGA MKEERLIKKAKKGDAAAFEKLITAHQETLYKTAYLYLHHKEDTLDAVQETAYKAFLHIAQLKEPKYFKTWLIRILLHTIFAMRKKHGDVIPFEPQHDTRAENKNIEEYIDLRNALETLDEHIQLTIQLYYFQDFSIAMIAEQTGMAEGTVKTHLHRARKALKQELEKEDKHIWKSIK PGPT0014960_9908 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088 NA NA D1-12_02789 1233 mdrP_1 Na(+), Li(+), K(+)/H(+) antiporter TTGAAAGGCATACGATTAAGAATTCACCCTGTGGGCTGGAATATCATTTTAGGCACCTTGTTTAGCAGAATGTCAGTCTCGATGAGCATTCCCTTCCTTTCTATTTACCTAACACAAGTAAAAGGTGTTTCTCCTGCTTTGACCGGCATCATTGTTTCAGTAAGTTCGCTGGCTGGGATTGTAATGAGCTTTTACGGAGGGTATTTGTCTGATCTTTTTGGCAGGAAAATTGTGATGATAACGTCTGTATTTTGTTGGGCGCTTGTTTTTGTAAGTTTTATGTTTGCAGATAGTGTACTCGCATTTTTTGTCATCAATGCGCTTAACGGGCTGTGTCAATCTATCTTTGAACCGGCGTCAAGAGCATTATTATCCGATATAAGCAAAGAAGAAAATCGTTTGAAGATGTTTAATTTGCGGTATACTGCGATTAATATCGGCGTAGTTTTCGGTCCTCTTTTAGGCCTTAGATTGGGAGCTGCCAAGACGGCTCTCCCATTTCTGTTCGCAGGTTTTACATATTTTCTTTATGGTCTATCTCTCGTATTTTCATTCCGAAAATTTAAATTAGACGAGAACAATCGAAAAGAAAATAAAACGACTATTGCTACGGCTTTTAATGTGACAAGGAAAGACAAGGTTTTTCTTATCACATTACTTGGAGTGATATTATCAATATCCGGATATGCGCACTTTTCTACAACATTGCCCCAATATTTTGCCGCCAAAATAGAGGACGGGGTGACCATATTTTCATGGCTTTTAGCTTTGAATGCAATTGTCGTCTTAATTGTTCAATACCCTATTGTGAATATCATGAAAAAGTTCCCGCCGATTCATTCAATCATTCTGGGAAATGCTTTAATTAGTTTCAGTTTATTATTTTTTTCGCTATCGTCCAACCCATTCATATGGGGCTCTATCGTCGTGTTTTTCACAATAGGGGAAGTTTTGATTTTTTCGATGGTTGATATGCTGGTGGATGAAATTGCAAAACCAGGCTTCAAAGGGACATACTTTGGAGCAGCAGGCTTTAACCGTTTAGGAAATGTAATCGGTCCTTGGCTGGGAGGGATTCTTCTTTCCTTTTTTGGTGTAAACGGGTCCTTCTATATGTTTTTGATCATTTTTATAACGACAGCCTCGGGAATTCCGGTTTTATTTTTGGCAAAAAAACATCTTGATAAGAGCGGACATTCAAAAGTTGATGTAACAGAATCTCATAGGAGTTAA MKGIRLRIHPVGWNIILGTLFSRMSVSMSIPFLSIYLTQVKGVSPALTGIIVSVSSLAGIVMSFYGGYLSDLFGRKIVMITSVFCWALVFVSFMFADSVLAFFVINALNGLCQSIFEPASRALLSDISKEENRLKMFNLRYTAINIGVVFGPLLGLRLGAAKTALPFLFAGFTYFLYGLSLVFSFRKFKLDENNRKENKTTIATAFNVTRKDKVFLITLLGVILSISGYAHFSTTLPQYFAAKIEDGVTIFSWLLALNAIVVLIVQYPIVNIMKKFPPIHSIILGNALISFSLLFFSLSSNPFIWGSIVVFFTIGEVLIFSMVDMLVDEIAKPGFKGTYFGAAGFNRLGNVIGPWLGGILLSFFGVNGSFYMFLIIFITTASGIPVLFLAKKHLDKSGHSKVDVTESHRS NA NA NA NA NA D1-12_02790 1200 COG0436 Aspartate/prephenate aminotransferase TTGAATAAAAGATTATCCGATAGAGTCATGAATATAAAACCTTCGGCCACTATGTCATTAAATGCCAAAACGAAGATAATGGTAAAAGAAGGAAAAGACATTATAAATATGAGTGTCGGAGAACCGGATCTTCATCCGCCATTAACAGCCTCATATGCAGGAATTCAGGCAATAGTGAAGGGGAAAACCGGGTATACGCCGGCAGCAGGGCTGATTGAATTAAGAGAATCCATTGTGCGATATCTGCTTAACGAACGAGGTTTAGAATATAAACCAAACCAAATAATTGCATCTGCCGGGGGAAAACAGCCGCTATATAATGTTTTTCAAGCAATTTGTGATCAAGACGACGAAGTTATCCTCCCTTCACCTTACTGGGTATCTTATCCGGAACAAATCAAACTGTCGGGGGCGGTTCCTGTTATTGTAAGCTGTGATGAAACTACAAATTTTAAAATCACACCCGAGAAGCTTGCAGAAGTAATTACCCCTAAGACAAAAGCTGTTGTTATCACATCTCCCAATAATCCGACAGGGTCCGTTTATTCAGAAAATGAACTGAAAGCTTTAGGAAATGTGTTGAAAGATTATTCTGAAATTTTTATCATTTCCGACGAAATTTATGATCAGTTTGTGTATGAGGGCAAGCATATCAGTCTGCCGCTCATTTTTCCCGAATTGCTGAATCGGACCATCATAACGAATGGATTTTCCAAAGTCTTTGCAATGACTGGATGGAGGCTCGGCTATATCGCAGCCCCATCGGATATAGCCGAAGCCATTGCCAGCTTTCAAAGCCATGCTACAGGCAGCCCGTCAACTATTTCTCAATATGCCGGTATTTCTGCTTTAAACGGTTTTGACAAGTCGATGGTCGAAGAATACAAAAAAAGACGCGATATATTAGTCGATGGTTTAAATCAAATTGAGGGCATTCAATGCACCAAACCAAATGGAGCCTTTTATGCGTTTCCGAACGTTTCACAATTTTTCGGAACAATGTTTGAAGATCAACAAATAATTGATGCGGAGACATTTTGTCATCTTCTGTTGGAAAAACAGCACGTGTCAGCTGTTCCCGGCACAGCATTCGGAGAGCCGAACAACATTCGTTTGAATTTTGCCATCCCAAAGGATCTTATCACAGAGGCTTTGAAAAGAATTAATAATTTTACAACTCAGCTGGCAGTTAAGGTATAA MNKRLSDRVMNIKPSATMSLNAKTKIMVKEGKDIINMSVGEPDLHPPLTASYAGIQAIVKGKTGYTPAAGLIELRESIVRYLLNERGLEYKPNQIIASAGGKQPLYNVFQAICDQDDEVILPSPYWVSYPEQIKLSGAVPVIVSCDETTNFKITPEKLAEVITPKTKAVVITSPNNPTGSVYSENELKALGNVLKDYSEIFIISDEIYDQFVYEGKHISLPLIFPELLNRTIITNGFSKVFAMTGWRLGYIAAPSDIAEAIASFQSHATGSPSTISQYAGISALNGFDKSMVEEYKKRRDILVDGLNQIEGIQCTKPNGAFYAFPNVSQFFGTMFEDQQIIDAETFCHLLLEKQHVSAVPGTAFGEPNNIRLNFAIPKDLITEALKRINNFTTQLAVKV PGPT0020110_2210 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_TYROSINE_DEGRADATION,PGPT0020110-aspB-K00812 NA NA D1-12_02791 885 pphA Phosphonopyruvate hydrolase GTGAAAAACAGAAAATCATCAATTTTTAGAGATGCTTTAAACAGTAAAGGTTTGGTGAAAGTTGCGGGAGCTCATGACGGTTTAAGCGCCAAATTAGCAGAGAAAAACGGATTTAATGCCGTATGGGCAAGCGGTTTGGGAATCTCGGCTGTGCAAACTGTACCTGATGCCAGTATATTAACGATGACTGAATTTCTTGAAGCCGCCGTCATTATGAATGAATCATGCAATTTGCCGGTCATCGCTGACTGTGATTCCGGCTACGGGAACATTCACAATGTCACCCGCATGATCAAAAAATACGAAGCTGCTGGTATTGCCGGAGTTTGTATTGAAGATAAAGTATATCCAAAATTAAACTCATTTGACGACAGACAACAGATTCTTGTCAGTACTGAAGAATTTTGCGCGAAAATTAGAGCCGCAAAGATGGCTCAGCAAAATGACGATTTTGTATTGATTGCCCGTGTCGAAGCTTTAATTGCTAAATTGGGTCAAGAAGAAGCCTATACAAGAGCAAAAGCTTATGTTCATGCTGGAGCAGATGCAATTTTAATTCATTCAAAAGAACAATCGCCTGATGAAATTATTGAGTTTGTTAACAATTGGGACGTGGATGCGCCGTTGGTTGTGGTTCCGACTAAATATCCGACGCTCTCAATGGAACAGCTTGAGAAATTGGGAGTGAAGGTTTCCATCTATGCGAATCAGGCGTTGCGCGCTTCTGTTAAGGCTATAAATGATACATTCGAAAGCATTATAAATAATAAATCGTCTTTGCAGATTGAAAATGACATCGTGAGCGTTAATGAGATATTTGACATTCAAGACGTTCCGGGGATGAAGCAACTGGAGCGTTTGATCCATAGACAGCCGGCTAACTGA MKNRKSSIFRDALNSKGLVKVAGAHDGLSAKLAEKNGFNAVWASGLGISAVQTVPDASILTMTEFLEAAVIMNESCNLPVIADCDSGYGNIHNVTRMIKKYEAAGIAGVCIEDKVYPKLNSFDDRQQILVSTEEFCAKIRAAKMAQQNDDFVLIARVEALIAKLGQEEAYTRAKAYVHAGADAILIHSKEQSPDEIIEFVNNWDVDAPLVVVPTKYPTLSMEQLEKLGVKVSIYANQALRASVKAINDTFESIINNKSSLQIENDIVSVNEIFDIQDVPGMKQLERLIHRQPAN PGPT0011300_241 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-FOSFOMYCIN_BIOSYNTHESIS,PGPT0011300-pepM|aepX-K01841 NA NA D1-12_02792 1212 purK_2 N5-carboxyaminoimidazole ribonucleotide synthase ATGGAGAGGAAAAGACTGTTCCTGATCGGGATTCCTGAAACGCATATTGAGAAGGCCGTTACGAGGGCAAAACAACTTGGTTTTGACGTCTTATTAGGAGATACAGAAGCTTCATTAAAAAAATATGAGCATTTAATAAAGGAAGCTGACCAAAAAATCGCATTAGATTATACCAATCATGAGAATCTATTCTCAGTCGCTAAAGAAATCCATGACAAAGAGCCTTTAGATGCCATATTTACTTTCAAAGAAGCCGGCTTATTCAATGTATCCAAACTTCAGCAGGCATTTCATTTAAAAGGAAATCCTCCGTCTGTGGTGCAAGCATGCCTTGATAAATATACAACGCGCCGGCTTTTAAAAAAGGCAGGACTAAACTCTCCCGATTTTGGATTGTGCAGGAGCGTGGAAGACGTATACGATTTTTGGAATACATCTCAACATCCTATCATTTTAAAGCCGAGATCTCAGCAAGGCAGTATAGGCGTTATAAAAGTTGAGAAAAAAGAGGACATTGAGGCGTGTTTTAAAGAGTGTTCAAAACATGACGAGGAGAAGTCAGTATTAGCCGAAGAATTTATAGAAGGGCAGGAAATTTCAATAGAAGCCGATGTCTGCCAAGGCAAGGTCGACATATTTGGTGTGACCGAAAAGTTGCTATACCCCGGGACTTTTGTAGAATCTGGGCATATATCGCCGTATAAACATAAAGAAAAACATCAGGATTTGTATAAGAATCTGGTCAAGGAAGTTGTTCATGCCATGGGGATCGTATTTGGCCCCTTGCATATTGAAGGGTATCACACAAATAAAGGATTTGTGGTTGGCGAGGTACACACCCGCTATGGCGGAGACAACATAGTGACCATTACAGAAATCGCCATGAAATGTGATATGCATACACCTATTTTTGCGGAACTGGCGGGCATCCCATATCAACCGGAAAGGAAACATGCTCAAAGCGAAGTATGCGCCGTTCGTTTTTTAGAAACGAACCAAGGGGTTGTACGCGCAATCAAAGGGATCAGCGATCTCAAAATGATGGGGAATGTAGTAGATTTTCATGTAAATTGCAGTGTCGGTGATAGAATCAGACCGATCAAAAACAGCTACGATAGAGCAGGATGGATGATTGTAAAGGGGAAAAATGAGCGAGAAGTCAATCACGCATTACATGATGCGATTGACAAAATAAAAATAATCATTAGGTGA MERKRLFLIGIPETHIEKAVTRAKQLGFDVLLGDTEASLKKYEHLIKEADQKIALDYTNHENLFSVAKEIHDKEPLDAIFTFKEAGLFNVSKLQQAFHLKGNPPSVVQACLDKYTTRRLLKKAGLNSPDFGLCRSVEDVYDFWNTSQHPIILKPRSQQGSIGVIKVEKKEDIEACFKECSKHDEEKSVLAEEFIEGQEISIEADVCQGKVDIFGVTEKLLYPGTFVESGHISPYKHKEKHQDLYKNLVKEVVHAMGIVFGPLHIEGYHTNKGFVVGEVHTRYGGDNIVTITEIAMKCDMHTPIFAELAGIPYQPERKHAQSEVCAVRFLETNQGVVRAIKGISDLKMMGNVVDFHVNCSVGDRIRPIKNSYDRAGWMIVKGKNEREVNHALHDAIDKIKIIIR NA NA NA NA NA D1-12_02793 1263 purD_2 Phosphoribosylamine--glycine ligase ATGGAAAAACATATTTTATTTTTTAATGCTACTTATATTAAAAAAATTTCTACTTTGGAGACTGCTAAAAATTTGGGCTTGACGGTTTCTGTTGTCGGCCCTGAACTGCCTGAATGGTCGCGGCCATTCGTTGACCATTACATTTCCGCAAATACTTATCAGATTGATGAGACTATAGCTGTTCTGAAGGAAACTGCCAAAGAAAATCCTTTTGATGGAGTCATTACATTCTGGGATAGAGATGTGGTTCCGGTGGCGGTAACTGCCCGAGAACTTAACTTAAAGGGCAGTCCGGTGGAAGCGGCAGAACGGGCTCGAAACAAATGGAAGATGCGTCAATGTTTGAACCGCGCACAAGTTCCTCATCCAAAATATTGCAAATTTACAAATTGGACCGAATTATATCATGCAAGCATTGATATGGAATACCCATTGATCGTTAAACCTGTGGGTGCTTCTGCCAGTAAAGGCGTATTCCGAATATCAAAGCCTGAAGATTTAAATCGCGCATATCAGCAGCTGTTAAACGCCGCGGTGCCGGAAAACGATAAAATGTTTTCTTTTTATCAAAACGAGTATATTGTTGAAGAGTTTATGAACGGACAAGAAGTCAGCATTGAGGGAGTGATTTCCGACGGAGTCATTCACTTTGCAGGTGTTACTGAAAAATGGACGGATCAGTATTTCGAAGAATACCAGCATGCATTTCCCGCCAGGCTGCCGGAGGCTGTGGAACGTGAATTATTCCACATCACCAGTGAAGGGATAAAAGCTTTGGAGCTGAACAATTGTGGTTTTCATGCCGAGGTCATGATCACAGAGAAAGGGTGCAAGATTATCGAGATCAACGGTCGTCTGGGCGGCGATTTTATTACTACCCATTTGGTTCCTCTAGCCAAAGGTATAAATATAACGCGCGCAAACCTATTGGCTGTATTAGGAGAAACAATAAGCTTTGAAGCTTCGAAAAGAAGAGCTGCCTGCGTCAGGTTTTTAATTGCAGACCGTGCTGGTGTGATAGAAAAGTGGGAAGGTGTCGAATCGATCAAAGAAATGCCCGGGGTCGTTGAATTTGTTTTAGAAAAGCAGCCGGGCGATCATGTTGGCCTGCCGCCTGAAAAGTTTCATGATTCCCGGATTGCTTATGTCATCACAGAAGCCGAAGATACAGAAAAAGCGATCGAATATGCTGAAAATGCTTTATCTGAAGTGAGGTGTTTCATCAATGGAGAGGAAAAGACTGTTCCTGATCGGGATTCCTGA MEKHILFFNATYIKKISTLETAKNLGLTVSVVGPELPEWSRPFVDHYISANTYQIDETIAVLKETAKENPFDGVITFWDRDVVPVAVTARELNLKGSPVEAAERARNKWKMRQCLNRAQVPHPKYCKFTNWTELYHASIDMEYPLIVKPVGASASKGVFRISKPEDLNRAYQQLLNAAVPENDKMFSFYQNEYIVEEFMNGQEVSIEGVISDGVIHFAGVTEKWTDQYFEEYQHAFPARLPEAVERELFHITSEGIKALELNNCGFHAEVMITEKGCKIIEINGRLGGDFITTHLVPLAKGINITRANLLAVLGETISFEASKRRAACVRFLIADRAGVIEKWEGVESIKEMPGVVEFVLEKQPGDHVGLPPEKFHDSRIAYVITEAEDTEKAIEYAENALSEVRCFINGEEKTVPDRDS NA NA NA NA NA D1-12_02794 1551 guaA GMP synthase [glutamine-hydrolyzing] GTGACAACCATGACGAAGTTAGTGAATGAAATGATTCTTGTTCTTGATTTCGGCAGTCAGTATAACCAGCTGATTACCCGCCGGATCCGTGAATTTGGCGTATATAGCGAGCTGCATCCCCATACGTTGACAGCTGAGGAAATCAAAGAAATGAATCCAAAAGGAATTATCCTTTCAGGCGGACCAAACAGTGTATATGATGAAGGGTCTTTCCGCTGTGATGAAAAAATCTTTGAACTTGATATTCCTGTATTGGGCATCTGCTACGGCATGCAGCTGATGACTCATTACCTCGGAGGGAAAGTCGAGGCGGCAAGCCAGCGCGAATACGGAAAAGCGAGCATTCAGATTCAAGGAACTCCTGACTTGTTCAAAGATCTTCCGGAAGAACAAGTTGTCTGGATGAGCCACGGCGACTTAGTCGTACAAGTGCCGGAAGGGTTTACGGTAGACGCGACAAGCCATCACTGCCCGAACTCGGCGATGAGCAAAAAAGACAAAAAATGGTACGGTGTTCAGTTCCATCCGGAAGTCCGTCATTCAGAATACGGAAATGACCTTCTGAAAAACTTTGTCTTCGGGCCTTGTGAATGTAAAGGCGAATGGTCAATGGAAAACTTTATCGAAATCGAAATGCAAAAAATCCGCGAAACCGTCGGAGACAAACAAGTGCTTTGCGCTTTGAGCGGCGGAGTCGATTCTTCTGTCGTAGCCGTTTTGATTCATAAAGCGATCGGCGACCAGCTGACTTGTATTTTCGTAGATCACGGCCTTCTCCGCAAAGGCGAAGCGGAAGGCGTCATGAAAACGTTCAGCGAAGGCTTTAATATGAATGTCATTAAAGTTGATGCGAAAGACAGATTCTTAAACAAGCTGAAAGGTGTTTCTGATCCTGAGCAAAAACGCAAAATCATCGGCAACGAATTCATTTACGTGTTTGATGATGAAGCGGACAGGCTGAAAGGAATCGACTACCTTGCACAAGGAACGCTTTACACAGACATTATTGAAAGCGGAACGGCAACTGCGCAAACGATCAAATCGCACCACAATGTCGGCGGACTTCCTGAAGATATGCAGTTTGAGCTGATCGAACCGCTGAACACTCTTTTCAAAGATGAAGTGCGCGCGCTCGGCACAGAGCTCGGCATCCCGGATGATATCGTATGGCGTCAGCCGTTCCCGGGCCCTGGACTTGGCATCCGCGTACTCGGCGAAGTAACGGAAGAAAAACTTGAGATCGTTCGTGAATCAGACGCGATTCTGCGTGAAGAAGTGGCGAACCACGGCCTTGAGCGCGACATCTGGCAGTACTTCACGGTTCTTCCTGACATCCGCAGCGTCGGCGTCATGGGAGATGCGAGAACGTATGATTACACAATCGGTATCCGTGCCGTAACATCAATTGACGGCATGACATCTGACTGGGCGCGTATCCCTTGGGATGTGCTTGAAGTGATTTCGACACGGATCGTCAATGAAGTGAAACACATCAACCGCGTCGTGTATGACATTACGAGCAAGCCGCCTGCAACGATTGAGTGGGAATAA MTTMTKLVNEMILVLDFGSQYNQLITRRIREFGVYSELHPHTLTAEEIKEMNPKGIILSGGPNSVYDEGSFRCDEKIFELDIPVLGICYGMQLMTHYLGGKVEAASQREYGKASIQIQGTPDLFKDLPEEQVVWMSHGDLVVQVPEGFTVDATSHHCPNSAMSKKDKKWYGVQFHPEVRHSEYGNDLLKNFVFGPCECKGEWSMENFIEIEMQKIRETVGDKQVLCALSGGVDSSVVAVLIHKAIGDQLTCIFVDHGLLRKGEAEGVMKTFSEGFNMNVIKVDAKDRFLNKLKGVSDPEQKRKIIGNEFIYVFDDEADRLKGIDYLAQGTLYTDIIESGTATAQTIKSHHNVGGLPEDMQFELIEPLNTLFKDEVRALGTELGIPDDIVWRQPFPGPGLGIRVLGEVTEEKLEIVRESDAILREEVANHGLERDIWQYFTVLPDIRSVGVMGDARTYDYTIGIRAVTSIDGMTSDWARIPWDVLEVISTRIVNEVKHINRVVYDITSKPPATIEWE PGPT0021580_3766 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021580-guaA-K01951 NA NA D1-12_02795 2208 hypothetical protein ATGCCGCATGACGAGAACCAGGGAAGCAGGCTGAGTCTGCTGCTGTTTTATTTTCTCGCTTTTTTATTGTTATGGGAATGGCTCAGGCCGCTGCACAATTTTACGGATACAAAACATACCGGTTTTTTCATCGTTTTTATCGGTTTGGCATTTCTGCTGTCATTCTTCCGGATGAGGTGGTACGTAACCGTGCCGTCCTGCATTCTGTTTACGTTGATCAGTATTCACATCCTGTTTTATAAAGGTTCGGTTTTTCAGCCGGAATGGCTCGTTTCTTTTTTGCGGGACGTGATGCAAAATGCCCGCCACATCGGGACCGGAAGATGGAATGATATGAATCCGTCATTCCGCACATTGCTGTTTTTTGTGCTTTTATGGCTGCTCGTGTATTTGCTGCATTACTGGGTGATCTATCAGCGGAAAATCTTATTCTTTTTTATCATGACGGTGGCGTATATCACCGTGCTTGATACGTTTACTCCCTATGATGCCGCATACGCCGTCATCCGGATCGTCTTTATCGGCTTTTTGATGATGGGGCTTTTGTATATGGAGCGCATCCGGCTTACGGAACACATAGCGTTTAAAAAAAGATTGATACTCAAATGGTTTCTGCCGCTGATGCTGTTTATCTGCGCTTCCGTCGTATTCGGTCTGGCGGCTCCGAAATCAGACCCGAACTGGCCGGACCCCGTGCCGTTTCTTAAAAAAATAACAAACCACAAAGAAGTGCCCGCCGCCGAAAGCAAAATCGGCTACGGCAATCATGATGAAACATTGGGCGGCCCTTTTCAGGAGGATGATACGCCGGTTTTCACATGGAAGGGAAAAGAACGGGCGTACTTCCGGGTGGAAACGAAGGATACATACACGGGGAAAGGCTGGGTGGAGACCGATCAGGGCATGTCCTATAAACTGAACGGCGGCAACGTGGAAGATATATGGTTTGACCGGAGTGTGCAGACGAGACGATATACGGCACAGGTGTCCATTGATGAGAATTATCTCTATAATCACGTCATGTATCCGATCGGCGTCTCCAATATTAAACCGAAGCACTCGATTCAGCTTGAAATGAACGGAAACACCGAGCAAATTACGCCGGTCAGTGAACAAGTGGGCAACATCCGCAATATGGGACGGTACACGGTGACTTTTCAGGCGCCCGTCTTTAAGCTGAATGATCTCAGAAAAGTGAAAGTAAAACGATACCGTGAGCAGAATCAATTCAATGACCGGTATTTACAGGTCCCCGACAGCCTTCCGAAAAGAGTGAGACAGCTTGCGGACAGACTGACGCGGGATCATCATAATATGTTCGATAAAGCGAAGGCGATCGAGGATTATCTCGGATCTTCCGCATTTTCGTATCATACACAGGATGTCGCGGTTCCGGAGCACAATCAGGATTATGTCGATCAATTTCTGTTTGAAACGAAAAGAGGATATTGTGATAACTTTTCATCGGCAATGGCCGTGCTGCTCCGATCTGCGGGTATTCCCGCCCGTTGGGTGAAGGGTTATACATCCGGCGAGTATAAAGGGGCAGGCGACCATAACGGCCACATTTATGAAGTCACGAACAACAACGCCCATTCGTGGGTAGAAGTGTATTTTCCGGATCAGGGCTGGGTGACGTTTGAGCCGACGAAAGGCTTCACCAATCCGACGGAGTTTACGTCAGAGCAAAATCATACCGCGGCAAAAGACAGCGGAGGCTCAGCGGGGAACTCGGATGAACCGTCTGACAAGCAGCGTCAGGAAACAAAGCCGGAAAAAGAGGAAAAGCCGAAAAAGCGGGATCACAGCGCGGCACCGCAGCCTGTGATCCGCAACAAAACCGCGGCACAGCTATGGCCGTATGCAGCCATCGTCATTTTGATTTCAGCCGCGGCGGCACTCGCCTGGCTGCTCCGGGCGCGCTGGATTCCGCACGTTACAGCAGCCAGATTGAAGCGGCGAACGGATGAAGACGTCTTTTTCGACGCATATGCCGCACTGCTCCGACAGCTGAAACGAAAAGGGTTCAGCAGGGGAGACGGAGAAACGCTCCGTGATTTTGCCGCGAGGGTTGACGAGGCGCACCATACAAACGACATGTCCGAGCTGACGCTGCGCTATGAGCGTGCGTTATACCGCAGCGATAATGCCGCAAAGCTTTGGAATGAATCGGGACAGTTGTGGGAAAATATAATTAAAAGAAGATAG MPHDENQGSRLSLLLFYFLAFLLLWEWLRPLHNFTDTKHTGFFIVFIGLAFLLSFFRMRWYVTVPSCILFTLISIHILFYKGSVFQPEWLVSFLRDVMQNARHIGTGRWNDMNPSFRTLLFFVLLWLLVYLLHYWVIYQRKILFFFIMTVAYITVLDTFTPYDAAYAVIRIVFIGFLMMGLLYMERIRLTEHIAFKKRLILKWFLPLMLFICASVVFGLAAPKSDPNWPDPVPFLKKITNHKEVPAAESKIGYGNHDETLGGPFQEDDTPVFTWKGKERAYFRVETKDTYTGKGWVETDQGMSYKLNGGNVEDIWFDRSVQTRRYTAQVSIDENYLYNHVMYPIGVSNIKPKHSIQLEMNGNTEQITPVSEQVGNIRNMGRYTVTFQAPVFKLNDLRKVKVKRYREQNQFNDRYLQVPDSLPKRVRQLADRLTRDHHNMFDKAKAIEDYLGSSAFSYHTQDVAVPEHNQDYVDQFLFETKRGYCDNFSSAMAVLLRSAGIPARWVKGYTSGEYKGAGDHNGHIYEVTNNNAHSWVEVYFPDQGWVTFEPTKGFTNPTEFTSEQNHTAAKDSGGSAGNSDEPSDKQRQETKPEKEEKPKKRDHSAAPQPVIRNKTAAQLWPYAAIVILISAAAALAWLLRARWIPHVTAARLKRRTDEDVFFDAYAALLRQLKRKGFSRGDGETLRDFAARVDEAHHTNDMSELTLRYERALYRSDNAAKLWNESGQLWENIIKRR NA NA NA NA NA D1-12_02796 1170 hypothetical protein ATGAGAAAGAAGATGCATTGGCTTCTATATGGCTGGAAGCTGCTTATGTTGGCCGTACTGACGGCGGCTGTCTTCTCTTATGCCATGTTTCAGGGCGGATTTGTGAGCTGGTTTTTATTTTATGCGTTTTTGCCGTTTACCGTTTACGCCGGGCTGGTCGCTGTGTACCCGCTGCGGGCGTTTCAGGTGACGCGTGACGTGTCCTCCGCCCAGTTAACCTCAGGCGACAGGCTGTCTGTCACCATCAGGCTGACGAGGCGCCTGCCGTTTCCGCTGACATATATGGTCATTGAAGATGTGATGCCGGAAACGCTTGGTGAGAGGCGCAGTGCGAAACAGCTCGTGTTTCCGTGGTTTCAAAGGAAGCTGATGTTACAATATGAGCTGCCGCAGGTGCCGCGCGGAGAGCATCATTTACATACGATCAGAGTGCGGACGGGAGATGTTCTCGGGCTTTTGGACAAGACGGCGTCGTTTTCCGTAACGGATACGGTTCTGGTTTTCCCGGCGTACGGGCCTGTTCACTATAAGCCGCAGGCTGCATCAGGAGAAGAGGGTGCGGGTGCCGGCGCTCCGTTTCAGGTACACCGCACAGCAATGGCCGCGAGCGTCAGAAATTATCAGCCGGGCGACCGGTTTTCCGCACTTGACTGGAAAACATCGGCGCGGCGAAATGAGCTGATGACGAAGGAATTTGACCCGCTGCAGAGTATGAATATGATTCTCCTTTTGGACTGCAGGCCGTCCCCTTCGTTTGAAGCCGCGGTGTCAGCTTCGGCATCCCTGCTTTACACGGCGCTTGTGAAGGGCTCTCCCGCAGGATTTATTTCATTGGGGAGCGACCGGACTGTATTTCCCGTCCGGGAGGGAGACCGGCATTTCAGAAAGATGCTGCGTTACCTGGCATCAGCTTCAGAATCGGAAGAAGCCGATGCAGGCGGGCGTTTAGGGAAAGAACTGGGTGAAGCTTCCATTGCCGTCGTGACGGGCAGTCTTACAGAAGACCTTCTCAAACAGGCTGAGCCCGGCCGTGCTGACATGACGGTGTTTTTGGCGAAAGAAACGAATGCCGCGCTTTCGGAGAAAGAACGGAAACTCGCTCTCATCTTCGCTCAGAAAAATATTAAGGTGCAAATGATCAGGGACAAACGGGTGTCCCATGTTGTTTAG MRKKMHWLLYGWKLLMLAVLTAAVFSYAMFQGGFVSWFLFYAFLPFTVYAGLVAVYPLRAFQVTRDVSSAQLTSGDRLSVTIRLTRRLPFPLTYMVIEDVMPETLGERRSAKQLVFPWFQRKLMLQYELPQVPRGEHHLHTIRVRTGDVLGLLDKTASFSVTDTVLVFPAYGPVHYKPQAASGEEGAGAGAPFQVHRTAMAASVRNYQPGDRFSALDWKTSARRNELMTKEFDPLQSMNMILLLDCRPSPSFEAAVSASASLLYTALVKGSPAGFISLGSDRTVFPVREGDRHFRKMLRYLASASESEEADAGGRLGKELGEASIAVVTGSLTEDLLKQAEPGRADMTVFLAKETNAALSEKERKLALIFAQKNIKVQMIRDKRVSHVV NA NA NA NA NA D1-12_02797 963 hypothetical protein ATGGCTTATAAAGAAGAGCTGCATCCGCTGCTGGAGAAAGCCGTTGAGCATATTGAAAACATCATCATAGGAAAACGGGATATCGCCATACTCAGTCTGGCCGCCATTCTCGCAAAAGGGCATGTGCTGCTGGAAGACGTGCCGGGAGTCGGAAAAACGATGATGGTCCGCGCTTTGGCCAAACTGATCGGAGCTGACTTTAAGAGGATTCAGTTCACGCCGGATCTTCTGCCGTCAGATGTGACGGGTGTCTCTATTTATAATACGAAAACGATGGAATTTGAATACCGCCCGGGACCGATCATGGGGAATATCGTGCTGGCTGATGAAATTAACAGAACCTCTCCGAAAACACAGTCTTCTCTGCTTGAGGCAATGGAGGAAGGGAATGTCACGATTGACGGAAAGACAATGCGGCTGGCTGAGCCGTTTTTCGTCATGGCCACACAAAACCCGGTTGAATATGAAGGAACGTATCCGCTTCCCGAAGCCCAGCTTGACCGGTTTTTATTTAAGCTGCGCATGGGCTATCCGACTGCCGAGGAAGAGCTTCGGGTTCTGTCTTTGCAGGAAGGGCGCAATCCGCTTGAAACAATCGAGCCCGTCATTTCTAAAGAACAGTTTATCAGCCTTCAGCAAAAACTGGAGCAGGTGCGGGTGGATGATGGAATAAAAGCGTATATCGTCGGCATTACTCAGCATACCCGCCGGCATCCGTCCGTACATCTGGGCGTAAGTCCGCGCGGTTCAATCTCATTAATGAAAGCCGCGCAGGCGTACGCGCTGCTTCATGACCGCGATTACGTCATTCCTGATGACGTCCAGTATTTGGCTCCGTATACGCTGCCGCACAGAATGATCCTGACCGCAGAGGCGAAATTTAACGATGTGACGCCGGAAGCGATTATAGAAGACATCATGCAAACGGAAAAAGTGCCCGTCCAAAGGATGTCGGTCCGCTAA MAYKEELHPLLEKAVEHIENIIIGKRDIAILSLAAILAKGHVLLEDVPGVGKTMMVRALAKLIGADFKRIQFTPDLLPSDVTGVSIYNTKTMEFEYRPGPIMGNIVLADEINRTSPKTQSSLLEAMEEGNVTIDGKTMRLAEPFFVMATQNPVEYEGTYPLPEAQLDRFLFKLRMGYPTAEEELRVLSLQEGRNPLETIEPVISKEQFISLQQKLEQVRVDDGIKAYIVGITQHTRRHPSVHLGVSPRGSISLMKAAQAYALLHDRDYVIPDDVQYLAPYTLPHRMILTAEAKFNDVTPEAIIEDIMQTEKVPVQRMSVR NA NA NA NA NA D1-12_02798 873 mneS_1 COG0053 Manganese efflux system protein MneS GTGGAGAGATATCATGAATTGAAAAAAGGCGAAACCGGAGCGATTGTCAGTATTGGCGCATATGCGGCATTGTCGGCTGTGAAGCTTGTGATCGGTTATTTGTTTCACTCAGAAGCGCTTCAGGCCGACGGTTTAAATAATACGACTGATATCGTGGCATCTGCGGCTGTTTTCATCGGTTTGCGCATCTCTCAGAAACCTCCTGACGAAGATCATCCTTACGGCCATTTTCGGGCGGAGACCGTCGCGTCACTCATCGCTTCCATTATTATGATGCTTGTCGGAATGCAAGTGCTGTTCAGCGCCGCGCAATCTATTTTTTCCGTTAAAGAGGAAACACCGGATATGATAGCCGCCTGGACGGCCGCGGGGAGCGCCGTCGTGATGCTGATGGTCTACCGCTATACGAAAGGGCTTGCCAAAAAGGTAAACAGCCAGGCCCTTTCAGCTGCGGCCGCTGATAATAAATCAGATGCGCTCGTCAGTATCGGCACGTTTATCGGAATTTTTGCTTCACAGTTCCATTTGGCTTGGGTGGATACGGTTACCGCGTTTATCATCGGATTGATCATCTGCAAAACCGCGTGGGATATTTTTAAGGAATCCTCTCATTCGCTGACTGACGGTTTTGATGTCAAACATATTTCTGATTATAAAAAGACGATTGAACAGATTGCGGGCGTCAGCCGTTTAAAAGATATTAAAGCGAGATATCTGGGCAGCTCCGTTCATATTGATGTCGTCATTGAAGTGCCGTCTGATCTGAACATTAAAGAGAGTCATGAGATCGCAAATGAGGTAGAACGCAAGATGAAAGAGGAACATGCCATTGACCATTCACACGTTCATATGGAGCCTCTCCAGCTGAAATAA MERYHELKKGETGAIVSIGAYAALSAVKLVIGYLFHSEALQADGLNNTTDIVASAAVFIGLRISQKPPDEDHPYGHFRAETVASLIASIIMMLVGMQVLFSAAQSIFSVKEETPDMIAAWTAAGSAVVMLMVYRYTKGLAKKVNSQALSAAAADNKSDALVSIGTFIGIFASQFHLAWVDTVTAFIIGLIICKTAWDIFKESSHSLTDGFDVKHISDYKKTIEQIAGVSRLKDIKARYLGSSVHIDVVIEVPSDLNIKESHEIANEVERKMKEEHAIDHSHVHMEPLQLK NA NA NA NA NA D1-12_02799 1386 gabP COG1113 GABA permease ATGAATCAGCCTAACTCTTTATCAAAGGGATTAAAAACCCGGCATATGACTATGATTTCAATTGCCGGCGTGATCGGCGCCGGATTATTTGTCGGAAGCGGATCCGTCATTCATTCCACCGGACCCGGAGCGATTGTCTCCTACGCTTTAGCAGGATTATTAGTGATTTTTATTATGAGAATGCTGGGGGAAATGTCCTCCGTCAACCCGACAAGCGGTTCGTTTTCACAGTACGCGCATGATGCCATCGGTCCTTGGGCCGGTTTTACGATCGGATGGCTGTATTGGTTTTTCTGGGTCATCGTCATTGCTATTGAAGCCATTGCAGGCGCCGGAATCATACAGTACTGGTTCCCGGGCATTCCGTTATGGCTGACGAGTCTGCTTCTGACCGTGCTGTTAACACTGACGAATATTTATTCAGTTAAATCGTTCGGCGAATTTGAATACTGGCTTTCCTTAGTGAAGGTAGCGACGATCGTTGTCTTCTTAATCGCGGGATTTGCGTTCATTTTCGGAATCGTCCCCGGCAGCAAGCCGGTCGGGCTGGAAAATCTGGCGGGCAGCGGCGGATTTTTCCCTAAAGGTCCAAGTTCCGTTCTGCTCGGCATCGTCGTTGTCATTTTTTCTTTCATGGGATCTGAAATCGTCGCAATCGCAGCGGGAGAAACGTCAAATCCGGTCGAATCCGTCACAAAGGCGACCCGCTCAGTCGTTTGGCGGATCATTATTTTTTACGTCGGCTCCATTGCGGTTGTGGTCACACTGCTGCCGTGGGATTCAGCCAATATTTTGGAAAGCCCCTTCGTTGCCGTTTTGAGCCATATCGGGGTTCCCGCAGCCGCTCAAATCATGAATTTTATCGTCCTGACAGCCGTTCTGTCCTGCCTGAACTCCGGGCTTTATACGACGTCACGGATGCTGTATTCACTGGCAGAGCGAAATGAAGCGCCGCGGCGTTTTATGAAATTGAGTAAAAGAGGCGTACCGGTTCAAGCCATTATCGCCGGCACCTTTTTCTCCTATATTGCCGTTGTTATGAACTACTTTTCTCCCGACTCCGTATTCTTATTTCTGGTCAATTCATCAGGGGCGATCGCACTGCTCGTCTATCTCGTCATCGCCGTCTCACATCTGAGAATGAGAAAGAAAATCGAACGGACAAACCCTGAATCTCTTAAAATCAAAATGTGGTTCTATCCGTACTTAACCTACCTGACGATCATCGCCATTTGCGCCATCTTGTTATCTATGCTGTTTATCAGCTCAATGCGGTCTGAATTTCTGCTGACAGGATTTATTACTCTGCTGGTGCTTGCCTCATATGTATTCCGCAAAAAACAAAAACCGAAAGAGAGCGCTTCCGAAAGCCGGGTTGCGCAATAA MNQPNSLSKGLKTRHMTMISIAGVIGAGLFVGSGSVIHSTGPGAIVSYALAGLLVIFIMRMLGEMSSVNPTSGSFSQYAHDAIGPWAGFTIGWLYWFFWVIVIAIEAIAGAGIIQYWFPGIPLWLTSLLLTVLLTLTNIYSVKSFGEFEYWLSLVKVATIVVFLIAGFAFIFGIVPGSKPVGLENLAGSGGFFPKGPSSVLLGIVVVIFSFMGSEIVAIAAGETSNPVESVTKATRSVVWRIIIFYVGSIAVVVTLLPWDSANILESPFVAVLSHIGVPAAAQIMNFIVLTAVLSCLNSGLYTTSRMLYSLAERNEAPRRFMKLSKRGVPVQAIIAGTFFSYIAVVMNYFSPDSVFLFLVNSSGAIALLVYLVIAVSHLRMRKKIERTNPESLKIKMWFYPYLTYLTIIAICAILLSMLFISSMRSEFLLTGFITLLVLASYVFRKKQKPKESASESRVAQ PGPT0007665_759 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS INSECTICIDAL_COMPOUNDS INSECTICIDAL-GAMMA-AMINOBUTYRIC_ACID_BIOSYNTHESIS,PGPT0007665-gabP-K11735 NA NA D1-12_02800 1539 cotA COG2132 Spore coat protein A ATGGCACTAGAAAAATTTGCAGATGAACTGCCGATTATCGAAACACTCCAGCCGCAGAAGAAATCAGACGGCAGCACGTATTATGAAGTCACCATGAAGGAATGCTTTCACAAGCTGCACCGCGATCTCCCGCCGACCCGGCTGTGGGGGTATAACGGTTTATTTCCCGGCCCGACGATCGACGTGAACCAAGATGAGAACGTCTATATTAAATGGATGAATGACCTGCCGGATAAGCATTTTCTGCCTGTGGATCATACCATTCACCATTCAGAAAGCGGCCATCAGGAACCCGATGTCAAAACCGTCGTCCATTTACACGGAGGAGCAACGCCGCCGGACAGCGACGGCTACCCGGAAGCCTGGTTCACAAAGGATTTTAAGGAAACGGGTCCTTATTTTGAGAAAGAGGTATACCATTATCCAAACAAACAGCGCGGGGCTCTGTTATGGTATCACGATCACGCCATGGCGATTACGAGGCTCAATGTGTACGCCGGGCTTGCCGGGATGTATATCATTCGCGAGCGAAAAGAAAAGCAGCTGAAGCTTCCCTCCGGAGAGTATGACGTACCGCTTATGATTTTGGACCGCACGTTAAATGACGACGGTTCCTTGTCTTATCCGAGCGGACCTGCTAACCCTTCCGAAACGCTGCCCGACCCTTCCATCGTCCCGTTTTTTTGCGGAAATACCATTCTCGTCAATGGTAAAGCGTGGCCGTATATGGAAGTTGAACCGCGGACATATCGTTTCCGCATCCTTAATGCCTCCAATACAAGAACATTTTCTCTCTCGCTCAATAACGGCGGGAAGTTTATCCAAATCGGTTCTGACGGCGGACTGCTTCCCCGCTCTGTCAAAACACAATCTATCAGCTTAGCCCCGGCAGAGCGGTATGATGTGCTCATCGATTTCTCCGCCTTTGACGGAGAACATATCATTTTAACGAACGGCACCGGCTGCGGGGGCGACGCCGATCCGGATACAGACGCCAATGTGATGCAATTCCGCGTCACAAAACCGCTGAAGGGAGAAGACACAAGCCGTAAGCCTAAATATCTTTCAACAATGCCTAATGTGACATCAAAGAGAATACACAATATCAGGACGCTTAAACTCACAAATACGCAAGACAAATACGGCCGGCCCGTTTTGACGCTGAATAACAAGCGATGGCATGATCCTGTGACAGAAGCGCCGAAGCTCGGCACAACGGAAATCTGGTCGATTATCAATCCGATGGGGGGCACCCATCCGATACACCTGCACCTTGTTTCCTTCCAAATCCTTGACCGGCGTCCTTTTGACTTAGAGCGTTATAACAAATTCGGCGACATTGTGTATACAGGCCCCGCCGTCCCGCCTCCTCCAAGTGAGAAAGGCTGGAAAGATACCGTGCAGGCGCACTCGGGAGAGGTCATCAGAATCGCGGCGACTTTCGCTCCTTACAGCGGACGCTACGTATGGCACTGTCATATTTTAGAGCACGAAGATTACGACATGATGAGACCGATGGACGTCACGGATAAGCAGTAA MALEKFADELPIIETLQPQKKSDGSTYYEVTMKECFHKLHRDLPPTRLWGYNGLFPGPTIDVNQDENVYIKWMNDLPDKHFLPVDHTIHHSESGHQEPDVKTVVHLHGGATPPDSDGYPEAWFTKDFKETGPYFEKEVYHYPNKQRGALLWYHDHAMAITRLNVYAGLAGMYIIRERKEKQLKLPSGEYDVPLMILDRTLNDDGSLSYPSGPANPSETLPDPSIVPFFCGNTILVNGKAWPYMEVEPRTYRFRILNASNTRTFSLSLNNGGKFIQIGSDGGLLPRSVKTQSISLAPAERYDVLIDFSAFDGEHIILTNGTGCGGDADPDTDANVMQFRVTKPLKGEDTSRKPKYLSTMPNVTSKRIHNIRTLKLTNTQDKYGRPVLTLNNKRWHDPVTEAPKLGTTEIWSIINPMGGTHPIHLHLVSFQILDRRPFDLERYNKFGDIVYTGPAVPPPPSEKGWKDTVQAHSGEVIRIAATFAPYSGRYVWHCHILEHEDYDMMRPMDVTDKQ PGPT0025135_113 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_COAT_PROTEIN,PGPT0025135-cotA-K06324 NA NA D1-12_02801 210 hypothetical protein ATGTCTTACTACAACAAACGTAATCAGGAACCGCTGCCTAAAGAAGATGTCAGTACGTGGGAATGCACAAAAGAGGACTGTATTGGCTGGAGCAGAAAGAATTTTGCCGGCAGTGATACCCCGACTTGCCCCCTTTGCGGCAGTAAAATGATCGACGGCGTCCGTTCGTTGGTAAATCTCCAAAACAATAATCAAACGGCATCAAGTTAG MSYYNKRNQEPLPKEDVSTWECTKEDCIGWSRKNFAGSDTPTCPLCGSKMIDGVRSLVNLQNNNQTASS NA NA NA NA NA D1-12_02802 159 hypothetical protein ATGAAAAACGATCGGCAGCAGAAAGATCTGAAGGAAATGGCAAAACGGCGGAAAATGAACCTTGCCGCACAGTCATTCATCGAAACGCTCCATTTTGCCGTTCCGATTCTCCGTTTTTTCAAATGGCTCGCCTCAGCCGCAGCCAGCTTTGTTCATTAA MKNDRQQKDLKEMAKRRKMNLAAQSFIETLHFAVPILRFFKWLASAAASFVH NA NA NA NA NA D1-12_02803 1047 tolB Tol-Pal system protein TolB ATGAAAAAGAAACGATGGATCTGGATGTTGCTGGCCGCCGTTTTGGCGGCGGCGGTCATCGCGGCCGTTTTACTGATTAAAGGAAAAAGCGACGGCGGCGGAAAAGCCGTTGTCTCCGGCGGTCATGACAAGCTGCTTGTTTCCATTACAGACAAAGATCTGATGACGAAATATTACGAGGACGGCCGCGTGCTGTACGAGGAAAAGCTTTCGGCATATCCGGCGTTTGCGCTGGATGATGCCCATCAGGTGCTCTATTTTGTCGGGAATAATGACCAAAATGAGATGCGTCTGTATAAGCTTGATCTGAAGACGAAAAAGAAGACGGTGCTTTATAAAGGAACGGCAAGCGCTGACAGTCTGTTTTTATCAAAGGATCTGACGCACATTTATTTCCGTCTCGGAAAAGCGGATGAAGATATTTTCCGTCTCGCATCTTTTGATTTGAAAACGAAACGTTATGAAAACCTGTATCCCGCCGCCGATGAGAAAGACGACAGTGTGAGCAGCTTCTTTTATAACCGCAGCCAAAACGATTTTGCGCTTCTGCATTATTCCGTAAAAGAGGATTATCAAAAAACGGATGAGGCAAATGAGAAGGGGATTGACCCTGAACCGACGAATATCCGGTTTGCAGCAGGAGCGGGCGAACACCTTCAGGATCTGACAAACCTTGAACAGTTTATCAGCGACGTGGCGGTGTCACCGGACGGAAAGAACCTTGTCTTTACATCTTATACTCAAAAAGGGACGGAACAAAAAGCGTCCATCCGTCTGATGAATGTCAAAACGAAAAAAGATGAAACGATTATCTCAAACGGGAAGGACTTCGCTCCGCTGATTGATGCCCAGCCTCAGTTTTCTAAAGACGGCAGCATCATTTATTTCATGGCGGAAGCAAAAGGCGCTAAGCGTCTGAAGGATGAAACAGGGCGGAATGCGAAGGTCCGGACCATTTATGCTTATCATTTGGATACGAAAAAATGCGAAAAAGTCTGGGAAAATGACAACGGCATTATCAACAGTTTTTCCGTCATCCAATCATGA MKKKRWIWMLLAAVLAAAVIAAVLLIKGKSDGGGKAVVSGGHDKLLVSITDKDLMTKYYEDGRVLYEEKLSAYPAFALDDAHQVLYFVGNNDQNEMRLYKLDLKTKKKTVLYKGTASADSLFLSKDLTHIYFRLGKADEDIFRLASFDLKTKRYENLYPAADEKDDSVSSFFYNRSQNDFALLHYSVKEDYQKTDEANEKGIDPEPTNIRFAAGAGEHLQDLTNLEQFISDVAVSPDGKNLVFTSYTQKGTEQKASIRLMNVKTKKDETIISNGKDFAPLIDAQPQFSKDGSIIYFMAEAKGAKRLKDETGRNAKVRTIYAYHLDTKKCEKVWENDNGIINSFSVIQS NA NA NA NA NA D1-12_02804 369 ydjM_1 putative protein YdjM TTGAAGAAGTTATTCTTAGCCTTATTGATTTTAGCAGGAAGCACGCTGGGAGCGATCAGTTACTCTTCTGATGCAAGTGCTAAAAAAGTGAACGGAAATATTACATGGTATAATGGAGTCGGTAAAAAAGGATCTTCCGGTAAAAAACTGGGACACTGGGATTGCGCGACAAAATTAGGATTTGACGTTCCGAGAAACGGAACGAAAATCAGAGCTTATGCGAAAGCAAAACCGAAAAAGGTTATCACCGTATACAAAAATGATGTAGGCCGTCTGCCGAATGCCGTATTGGATGTCAGCCCGAAAGCGTTCAAAGCGCTCGGATATCCATTAAGCAAAGGAAGAGTATCCGGACACTACAGCTATTAA MKKLFLALLILAGSTLGAISYSSDASAKKVNGNITWYNGVGKKGSSGKKLGHWDCATKLGFDVPRNGTKIRAYAKAKPKKVITVYKNDVGRLPNAVLDVSPKAFKALGYPLSKGRVSGHYSY NA NA NA NA NA D1-12_02805 1041 gutB_1 COG1063 Sorbitol dehydrogenase ATGAAAGCGGCAAGATGGCACAATCAAAAAGACATTCGAATCGAAAACATTGATGAACCTAAAGCAGAACCGGGTAAAGTCAAAATTAAAGTCAAATGGTGCGGGATTTGCGGAAGCGACCTTCATGAATATTTGGGAGGCCCGATCTTTATTCCGGTCGGCAAACCTCATCCGTTAACAAACGAAATGGCGCCCGTCACGATGGGTCACGAATTCTCAGGAGAAGTCGTGGAAGTGGGCGAAGGCGTCAAAAATTACAGCGTCGGCGACCGTGTCGTCGTGGAACCGATTTTTGCCACACACGGACATCAGGGAGCCTATAACCTTGATGAACAAATGGGATTCTTAGGCTTAGCCGGCGGCGGCGGCGGATTTTCTGAATATGTATCCGTTGACGAAGAATTGCTGTTTAAGCTTCCTGAAGAGCTTTCTTACGAACAGGGCGCGCTTGTTGAGCCGTCAGCGGTAGCGCTTTACGCCGTCCGCCAAAGCAAATTAAAAGCGGGCGACAAGGCGGCAGTTTTTGGCTGCGGACCGATCGGGCTGCTTGTGATTGAAGCCCTGAAAGCGGCCGGCGCCACAGATATTTACGCGGTTGAACTTTCACCGGAACGTCAGGAAAAAGCGAAAGAACTCGGCGCTATCATCATTGATCCGTCAAAAACGGACGATGTCGTTGAAGAAATCGCTAAACGCACAAACGGCGGCGTTGATGTTTCTTATGAAGTAACAGGCGTTCCTGTCGTTCTCCGCCAGGCGATCCAGTCAACAAACATTGCCGGTGAAACGGTTATCGTCAGCATCTGGGAAAAAGGAGCGGAAATTCATCCGAACGATATCGTCATCAAAGAACGGACCGTAAAAGGCATTATCGGATACCGTGACATCTTCCCTTCCGTTCTTGCACTGATGAAAGAGGGCTACTTCTCAGCAGATAAGCTCGTCACGAAAAAAATCGTGCTCGACGACCTGATTGAAGAAGGCTTCGGCGCTTTAATCAAAGAGAAAAACCAAGTGAAAATCTTAGTCAAACCGAACTAA MKAARWHNQKDIRIENIDEPKAEPGKVKIKVKWCGICGSDLHEYLGGPIFIPVGKPHPLTNEMAPVTMGHEFSGEVVEVGEGVKNYSVGDRVVVEPIFATHGHQGAYNLDEQMGFLGLAGGGGGFSEYVSVDEELLFKLPEELSYEQGALVEPSAVALYAVRQSKLKAGDKAAVFGCGPIGLLVIEALKAAGATDIYAVELSPERQEKAKELGAIIIDPSKTDDVVEEIAKRTNGGVDVSYEVTGVPVVLRQAIQSTNIAGETVIVSIWEKGAEIHPNDIVIKERTVKGIIGYRDIFPSVLALMKEGYFSADKLVTKKIVLDDLIEEGFGALIKEKNQVKILVKPN PGPT0008200_817 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 D1-12_02806 498 sigV_2 COG1595 RNA polymerase sigma factor SigV ATGAAGAACGAAACAGCCAAAGCGTCGCTTGTGACGTGCATAACTGAGCGCAAGGAAGACTTTTACCGGCTTGCGTACAGTTACGTAAAGAACAAGGATGACGCGTTAGATATTGTTCAGGAATCAATTCAAAAAGCGCTGACATCGGTCGAATCCGTCAAAAACCCCGATGTGATCAAAAGCTGGTTTTATAAAATTTTAGTGCGCACGGCCATTGATTTTCTCCGCAAACAGAAAAAACTGAAAGTGATGGACGATGAAACGATCGAGTTTTTAAGCCGCGGAAAGGAAGATCACTACAAGGACACAGACCTTCACGAAGCGCTCGATGACCTGCCGCATCAATATAAAACCATTATCATTCTGCGTTTCTTTGAAGACCTGAAATTAGAAGAAATCGCGGACATCACGGGGGAAAACATCAACACCGTCAAAACACGCCTTTACAGGGGGCTGAAGCTCATGCGCATTCAGCTGACGAAGGAGGATCTTTCTTAA MKNETAKASLVTCITERKEDFYRLAYSYVKNKDDALDIVQESIQKALTSVESVKNPDVIKSWFYKILVRTAIDFLRKQKKLKVMDDETIEFLSRGKEDHYKDTDLHEALDDLPHQYKTIIILRFFEDLKLEEIADITGENINTVKTRLYRGLKLMRIQLTKEDLS PGPT0014960_11760 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088 NA NA D1-12_02807 861 rsiV Anti-sigma-V factor RsiV ATGGAAAAGAGATTAGAACAATTAAGAGAAGAGTATAAAAGTGTGCCCATTCCTAAGGAACTGGACAGCATTGTCGAAAAAGCCCTTCGGCAGAAACCGAAGAAAAAACGAATCGTGATGTGGCCGACATCCGCGGCAGTCGCTGCGGCCGTCTTATTTACCGCCGTTGTCAATATCAATCCGGATGCCGCACAAGCCATGTCTAAAATCCCCGTCATCGGCAAAGTCGTCCAAGCCATCACATTCACGGAGATGAAGGAAGAAAAGAACCAATCAAGCATTGATGTGAAAACGCCCGCTCTGTCCGGACTTTCCGATCATAAACTCGAAGACAGCATCAACCGGCATTACATGAAAGAAAGCAAAAAGCTGTATCAGGAATTTATGAAGGCGACCTCAAAAAGCAAAAAAGGCCACCTCAGTATTTACAGCGATTATGAAACCGTTACTGACACAGCGGATCTGATCTCAATCCGACGTGATATCGAAAAAACGCAAGCTTCCTCTTATACACAAAGCCGTTACATCACGATTGATAAAAAGAATGAGGCCGTACTTACGTTAAAGAGCTTATTTAAAGATGACCGTTATATTAAAGTCATCAGCCAAAATATTAAAGAACAAATGAAAAAACAGATGAAAGAAGATCCGAATAAAATATACTGGATCGAAGATGATGATATGACGGAGCCTTTTAAAGCCATCCGCGCCGACCAGAATTTTTATATTACAGATAAGCACAAACTTGTTATTTCATTTGACGAATATGAAGCGGCACCCGGATATATGGGCGTTACAGAGTTTACAATACCGACCTCCGTCATCTCCAAGCTGCTTGTCGGAGACCGCTACATCAGATAA MEKRLEQLREEYKSVPIPKELDSIVEKALRQKPKKKRIVMWPTSAAVAAAVLFTAVVNINPDAAQAMSKIPVIGKVVQAITFTEMKEEKNQSSIDVKTPALSGLSDHKLEDSINRHYMKESKKLYQEFMKATSKSKKGHLSIYSDYETVTDTADLISIRRDIEKTQASSYTQSRYITIDKKNEAVLTLKSLFKDDRYIKVISQNIKEQMKKQMKEDPNKIYWIEDDDMTEPFKAIRADQNFYITDKHKLVISFDEYEAAPGYMGVTEFTIPTSVISKLLVGDRYIR NA NA NA NA NA D1-12_02808 1932 oatA O-acetyltransferase OatA ATGTCAGACAAGTCACTGCATCACCGCTATATTCCCGGACTGGATGGACTTCGCGCCTTTGCCGTCCTCGCAGTTATCGCATATCATCTGAATTTTAACTGGGCCGACGGCGGTTTCATCGGTGTTGATATCTTTTTTGTTTTATCGGGGTATTTAATTACATCTATTATATTGCCTGCCCAAGGCAATGCCATCACCCTTGATTTGCGTGATTTTTGGGTGCGCCGGATCAGGCGGCTTCTGCCGGCGGCTTATCTCATGATTATCACGACGGTCATTTGGGTCGTATTGTTTAACAGCGAGCTCCTGCATACCGTACGCGGAGATGCGGTCTCCTCACTTTTTTACATAAGCAATTGGTGGTTTATCTTTCATAAACTTTCTTATTTCGACAGCTTCGGCTCCCCTTCGCCATTAAAAAACCTTTGGTCGCTGGCGATTGAAGAACAGTTTTATATCATATGGCCCTTCCTGCTGCTTGCGGGGATGTACATATGTAAAACACGGGCCCGGCTTGCGGCCGCGGTCATGTTCCTCGCGTTATGTTCAGCAGTCGTGATGAGTATGATGTATGTGCCCGGCGGAGATCCGAGCCGCGTTTATTACGGGACGGATACCCGCTCATTTGAATTGCTGATCGGCTGCGCTTTAGCTTTAGTGTGGCCGATGAAACGATTATCTTCCAAACGGCTGCCGAGCAGCATGAAACACTTGCTTCACGGGACGGAGCTTGCTGCTTTTGCCGCGCTGCTGCTTTGCGTCTTTTACACGGATGAATATGAACCCTTCCTGTACAAGGGCGGCATGCTTTTGATCAGCATCACCGCAGCGGTTCTTGTCGCATGTTTATGCCATCCGAGCAGCTTTTTGGGACATGTTCTTTCATGGAAGCCGCTTCGCTGGATCGGAACGAGATCATACGGAATCTATCTTTGGCATTACCCGGTTATCGTACTGAGCACACCCGTACAGGAAATCGGAAATCCGGTTTATTGGCACTGCGCCGTCAGAATCGGCGCCACTTTCATTCTTGCCGAGCTATCTTACCATTTCATTGAACAGCCGATCCGCACTGCGGGCTTCCGGCCATTTTTACGCCGCGTGTTTCTGAACCGCTTTCTGGAATGGAAGACATCCTCTGTCATCAGCAGAATGTCGCTCGGCCTCATTCTTGCCGCCATTCTCGTATTTGCGGGCGGGCTGTCAGGGATAGCCGAAGAGAAAAAACAGCCGCAATGGACGTACGCGCAAAATGATCAGCAAGAAACCGCCGCCTCTTCGCACAAAACGGCCGATCACGATCAGCCTGCAAAAGAAGAAGACAGCAAGAAAAAACACGGCGGCGAAAAAACGGACACCGCGTCAGACAAAAACAAGAAAGAACCAACAGACAAATCAAATACAAAGAAAAACGAAGAGAAAAAGGAACGGTCATCTCAAAAAACGGCTGATTCAAAACAAACACAGCCTCAGCAAGACGTGCTGGCCATCGGTGACTCGGTGATGCTGGACATTGCGTCATACCTGCGGCAGTCCCTCCCTCATGTCACCATCGACGGAAAGGTAGGAAGACAAGTCTCTCAAGCACTCCGGCTCACTTCGGAATATGCGTCATTTAATCAGCCGAACAAAGCGGTCATCATCGAGTTAGGGACGAACGGCTATTTCACAAACAGCCAAATTGAATCACTGATCAGCTCCTTTTCAAAAGCCGATATCTATCTTGTCAACACACGTGTGCCGCGGCAGTGGGAAAGCAAAGTAAACGAATCATTGCGCCGGCAGGCCGAGTCACGGAAAAATGTGACGCTTGTCGATTGGCACGCAAAAGCATTGCAGCACCCTGAATACTTCACACCGGACGGCGTCCATCTCATACCTGAGGGTTCTAAAGCGCTGACATCTCTCATCGTTCAAACAATGAAATCATGA MSDKSLHHRYIPGLDGLRAFAVLAVIAYHLNFNWADGGFIGVDIFFVLSGYLITSIILPAQGNAITLDLRDFWVRRIRRLLPAAYLMIITTVIWVVLFNSELLHTVRGDAVSSLFYISNWWFIFHKLSYFDSFGSPSPLKNLWSLAIEEQFYIIWPFLLLAGMYICKTRARLAAAVMFLALCSAVVMSMMYVPGGDPSRVYYGTDTRSFELLIGCALALVWPMKRLSSKRLPSSMKHLLHGTELAAFAALLLCVFYTDEYEPFLYKGGMLLISITAAVLVACLCHPSSFLGHVLSWKPLRWIGTRSYGIYLWHYPVIVLSTPVQEIGNPVYWHCAVRIGATFILAELSYHFIEQPIRTAGFRPFLRRVFLNRFLEWKTSSVISRMSLGLILAAILVFAGGLSGIAEEKKQPQWTYAQNDQQETAASSHKTADHDQPAKEEDSKKKHGGEKTDTASDKNKKEPTDKSNTKKNEEKKERSSQKTADSKQTQPQQDVLAIGDSVMLDIASYLRQSLPHVTIDGKVGRQVSQALRLTSEYASFNQPNKAVIIELGTNGYFTNSQIESLISSFSKADIYLVNTRVPRQWESKVNESLRRQAESRKNVTLVDWHAKALQHPEYFTPDGVHLIPEGSKALTSLIVQTMKS NA NA NA NA NA D1-12_02809 1005 hypothetical protein ATGGGTTTTTTCAGAAATCAGTTAGCAAATGTGGTGGAGTGGGAAGAATTCAGAGACGACATGGTTTTCTATAAATGGAACAACCGTGAAATTAAAAAAGGCAGCCGTCTGATCATCCGGCCGGGACAGGATGCCATCTTTTTATACAACGGGAAGATTGAAGGGATTTTCCGTGATGACGGCGATTATGATATCGAATCAGAAATCATTCCGTTTCTATCTACACTAAAAGGGTTTAAGTTTGGTTTTAACAGCGGCATGCGGGCTGAAGTGCTGTTTGTGAATACGAAGGAGTTCACCGTGAAGTGGGGCACAAAAAACGCCATCAACATTCCGGCGGCAGGTATGCCGGGCGGTATGCCGATCCGCGCAAACGGCACATTTAACTTCAAGGTCATTGACTACATCGGATTGATTGATAAGATTGCGGGTGTCAAAGACAGCTATTTAGTGGAGGACATTAAAATCCGGATTACGTCTATTCTCGATCAGCTTTTGATGAAATGGATCACCAGAGAAGGAAAAGACATGTTCAATCTGCAGTCGAATTCCTTTGAAATCGGAAAAGGGATTCAAGAAGATCTTGATATGCAGCTGATCGGAGACGGCATGTCGATTACGGGCTTCAATATTATGAGCTTTAACTATCCGCAGGAAGTTCAGGATATGATTACGAAAAACGCTTCTTACGGCATGGTGGGCGATGTGAACCGCTATCAGCAGATTTCCATGACGAACGGAATGTCATCCGGCAAAATGAACGGAAGCGGCGCCGCCTCAGACATGGCGGGCATGATGATGGGAATGAATGTGGCAAATCAAATGATGAACCAAATGAACCAAAATCAGCAGAACCAGCCGCAGCAAGATCAAAGTCAGCAGAATCAGGGGACGGCACCGGCGAACGGCTCGGAAGGAGCGGATAAGCCGAAATTCTGTCCGAACTGCGGAACGAAAACGGAAGGCGCGAATTTTTGCCCGAATTGCGGACAGAAGCTTGCCTGA MGFFRNQLANVVEWEEFRDDMVFYKWNNREIKKGSRLIIRPGQDAIFLYNGKIEGIFRDDGDYDIESEIIPFLSTLKGFKFGFNSGMRAEVLFVNTKEFTVKWGTKNAINIPAAGMPGGMPIRANGTFNFKVIDYIGLIDKIAGVKDSYLVEDIKIRITSILDQLLMKWITREGKDMFNLQSNSFEIGKGIQEDLDMQLIGDGMSITGFNIMSFNYPQEVQDMITKNASYGMVGDVNRYQQISMTNGMSSGKMNGSGAASDMAGMMMGMNVANQMMNQMNQNQQNQPQQDQSQQNQGTAPANGSEGADKPKFCPNCGTKTEGANFCPNCGQKLA NA NA NA NA NA D1-12_02810 762 hypothetical protein ATGAAAGTATCGATAAAAAAAGCGTGTCTCTTCTGCTTCGTCCTTTTTCTGATGCTGTCTTTTTCTTTACATACATCGGCGTCTGCCGCGGAACAGAAGCAATATGTTTACGACAATGCTCATTTATTAACGAAGGATGAAACGAAGAAACTTGAGGAATTGGCCGGGAAGCTGGGGGCAAAGCGCCATACCGATTTTATCATTCTTACCGCAAACGGAACGGGCGGTAAGGACATCGAGCAGTACGCCGGTGATTTTTATGACAGTCATTTTAGCGGAAGTACGGTGATATTGACCATTGATATGAAAAATCGGGAAGTATTTATCTCCGGATATAAAAAGGCGGAGACGTATTTGAATAACAGCCGGCTGAATACGATCAGGAATACGATCTCGTCAGATATTTCCGCAGGCCATTATGAAAAGGCGTTTCAGACCTACATCAAGATGGCTTATAAAGATATGGGGAAAAGCCCGGACGACAAGTCTGACAATCTGCTGCTCACATGGTGGTTTCAGCTCATTATTGCCGCAGCCGCGGCCGGAATCGCCGTCACCGTGATGGTGTACAATTCCGGCGGCAAGGTCACCGTCACCGGCAGCACGTATATGGATCACGATACGTCTGAAGTGCTGAGCCAGCACGACACATATATCCGAACCGACGTTACAAGAGAAAAAAAGCCTGATAAAGATAATGACAATGACGGCGGAGTCACGAGGGGCGGCACGAGTTACAGCGGAAGCAAGGGAAGTTTTTAA MKVSIKKACLFCFVLFLMLSFSLHTSASAAEQKQYVYDNAHLLTKDETKKLEELAGKLGAKRHTDFIILTANGTGGKDIEQYAGDFYDSHFSGSTVILTIDMKNREVFISGYKKAETYLNNSRLNTIRNTISSDISAGHYEKAFQTYIKMAYKDMGKSPDDKSDNLLLTWWFQLIIAAAAAGIAVTVMVYNSGGKVTVTGSTYMDHDTSEVLSQHDTYIRTDVTREKKPDKDNDNDGGVTRGGTSYSGSKGSF NA NA NA NA NA D1-12_02811 1026 hypothetical protein ATGATCATTTCTTATAAATGCCCGAACTGCGGCGATGATATGGTCTTTGACAGTTCATCCGGCATGCTGACATGTCACAGCTGCGGGCGGCAGGATCAGATTGAGAGCCTGCCAAAAGAGTATATAACGACGAGATTTTCCGAAAATGAGGCGAACGAGTACCGCTGTGAGAATTGCGGCGCGGTATTAATGACTGAGGCGGAAACGACGGCCACGACGTGCGGGTTTTGCGGAGGAGCCGCCGTTCTCGCCGACCGATTATCGGGAAATCTCGCGCCTTCGATGGTGATCCCTTTTACGATCAGTAAAGAAGAGGCCATGAGCGCTTTTAAAAAGTGGTGCCGAAACGGCCGTCTGACACCGAAAGGATTTATGTCTGCCGACCGGGTGAAGAGCATAACCGGCATGTACGTGCCGTTTTGGATGTTTGATTTAAACAGCAAGGTTCAGGTCAATGCCGTTTGTACGAGAGTGCATCACTATGATGATGGAGAATACCGGGTGACGGAGACCGAGTATTACAACGCGTACCGCGATATCAATCTTGATTATCTCAAAATTCCGGTCGACGCTTCAGAAAAAATGAATGATGAATTAATGGACAAATTGGAACCTTACTCATACAGTGAGCTGAAGGAGTTTAATACGGCCTATTTAGCGGGATATATAGCGGAAAAGTACAATTATACCGATGACGATCTCTTTCCGCGGGCGAAGGATAAAATCAGCCATTATATTGATTCTTATATCAGATCCACCTTCTCCGGATATACGACGGCTGACATTACGGATGAGCAGATTCAGACCGATAAAATCAGCAGCTTTTACGTACTGCTTCCGGTCTGGATGGTCAGCTACGACTATGAGCGGGCTGAACACATTTTTGCGATGAACGGGCAGACGGGCAAGGTTGTCGGCAAACCGCCGATCAGTGCCGGAAAAGTGGCCGCGTGGTTCGGCGGCATAACCGCCGGTGCGTTTGTAGCATTAAGACTCGTCTCACTTATGATAGGAGGCGGTTTTTGA MIISYKCPNCGDDMVFDSSSGMLTCHSCGRQDQIESLPKEYITTRFSENEANEYRCENCGAVLMTEAETTATTCGFCGGAAVLADRLSGNLAPSMVIPFTISKEEAMSAFKKWCRNGRLTPKGFMSADRVKSITGMYVPFWMFDLNSKVQVNAVCTRVHHYDDGEYRVTETEYYNAYRDINLDYLKIPVDASEKMNDELMDKLEPYSYSELKEFNTAYLAGYIAEKYNYTDDDLFPRAKDKISHYIDSYIRSTFSGYTTADITDEQIQTDKISSFYVLLPVWMVSYDYERAEHIFAMNGQTGKVVGKPPISAGKVAAWFGGITAGAFVALRLVSLMIGGGF NA NA NA NA NA D1-12_02812 687 ydjF COG1842 Phage shock protein A ATGAGTATTTTAGGAAGATTTAAAGACATCATGTCAAGTAATATCAATGCGTTGCTGGATAAAGCTGAAAACCCTGAAAAAATGGTTGATCAATATTTGCGGAATCTGAACAGTGATTTAGGAAAAGTGAAAGCGGAGACGGCTTCTGTCATGGCTGAGGAACAGCGGGCGAAAAGAGCGCTAACTGAATGCCAGGCTGATGCCGAAAAGATGGAAAGTTATGCGATGAAAGCGTTGCAGGCCGGCAATGAAGCTGATGCGCGGACATTTTTGGAAAGGAAAGCGGCTGTTGAATCAAGACTGACTGAGCTGCAAACGGCTTATCAGCTCGCTTCATCCAACGCGTCTCAAATGCGCAAAATGCATGACAAGCTTGTCGCTGATATCGGAGAGCTTGAGTCGCGCCGAAATGCCATCAAAGCGAAGTGGTCTGTGGCAAAAACGCAGGAGAGAATGAACAAATTGGGGTCCTCTGTGTCAAATGCGGGCCAATCGCTGACAGCTTTCGGCAGAATGGAAGACAAGGTCAACCAAGCGCTTGATCACGCCAATGCGATGGCTGAGCTGAACGCGTCTCCGAAAGACGATATTGACGAGCTGACGGCTAAATATGACAGCAATCAAAGCAGTGTCGATGATGAATTGGCGGCGCTCAAGCAGAAAATGCTTTTCAGTAAAGATCAATAG MSILGRFKDIMSSNINALLDKAENPEKMVDQYLRNLNSDLGKVKAETASVMAEEQRAKRALTECQADAEKMESYAMKALQAGNEADARTFLERKAAVESRLTELQTAYQLASSNASQMRKMHDKLVADIGELESRRNAIKAKWSVAKTQERMNKLGSSVSNAGQSLTAFGRMEDKVNQALDHANAMAELNASPKDDIDELTAKYDSNQSSVDDELAALKQKMLFSKDQ PGPT0014646_1140 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-PHAGE_DEFENSE_SYSTEM CE-BACTERIAL_FITNESS-PHAGE_SHOCK_PROTEINS,PGPT0014646-pspA-K03969 NA NA D1-12_02813 963 scrK COG0524 Fructokinase GTGGGAAGCCGATCTGTTATTTGTATTGGAGAATTGTTAATTGATTTCTTTTGTACCGATGTGGATGTTGATTTGACGGAAGGGCGTAATTTCTTAAAAAGTGCCGGCGGGGCACCGGCGAATGTGTCGGCAGCGATTGCTAAGCTGGGCGGAGACGCGGCTTTCAGCGGAAAAACAGGCAAAGATCCGTTCGGGTATTTTCTGAAGCAGACATTGGACGCCGTACACGTCGATACCTCTATGCTCGTCATGGATGAGAAAGCGCCTACAACGCTTGCGTTTGTTTCATTAAAACAAAATGGGGAGCGCGACTTTGTGTTTAACAGAGGAGCGGACGCTTTGTTTACGCTGGAGGATATTGATCTGGAAAAGGTAAACGATGCGAAAATCCTTCATTTCGGATCAGCGACAGCATTGTTATCTGATCCGTTTTGCTCAGCCTATTTACGGCTGATGTCGATTGCGAAAGACAATGGACAGTTTATTTCCTTCGATCCTAACTACCGTGAGGATTTATGGAAAGGAAGAGTTTCAGAGTTTATAAACACCGCAAAAAAAGCCGTTGCCGTAAGTGATTTTGTGAAAGTCAGTGACGAAGAGCTTGAGATCATCAGCGGTGCGAAGAATCATAAAGAAGGTGTTGCGGTTCTTCATGAGATCGGAGCCGGCATTGTGGCGGTGACACTCGGGAAAAGCGGGACCCTTCTTTCAAATGGGAAGCATCTTGACATCATTCCGAGCATTCCGGTGACATCAATAGACTCAACGGGAGCGGGAGATGCGTTTGTCGGCGCGGCGCTGTATCAGCTGGCGCGCACCGATGAGATTCAGACGGCAGCCGATGATTTTGCGAAGCTGCGTGATATTGTCTCATTTGCCAATAAGGTGGGGGCGCTCGTGTGCACCAAAATCGGTGCGATCGATGCTTTGCCGAGCTTTAAAGAGGTTGAAGTATCACTGTAA MGSRSVICIGELLIDFFCTDVDVDLTEGRNFLKSAGGAPANVSAAIAKLGGDAAFSGKTGKDPFGYFLKQTLDAVHVDTSMLVMDEKAPTTLAFVSLKQNGERDFVFNRGADALFTLEDIDLEKVNDAKILHFGSATALLSDPFCSAYLRLMSIAKDNGQFISFDPNYREDLWKGRVSEFINTAKKAVAVSDFVKVSDEELEIISGAKNHKEGVAVLHEIGAGIVAVTLGKSGTLLSNGKHLDIIPSIPVTSIDSTGAGDAFVGAALYQLARTDEIQTAADDFAKLRDIVSFANKVGALVCTKIGAIDALPSFKEVEVSL PGPT0017625_1372 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 D1-12_02814 1377 xylP_2 Isoprimeverose transporter ATGATTGAAACAGAAAAAGCAGCGGCAGTAAAGACGAAATATCGCGGCCTGTCATGGATGGAACGGATCGGCTACGGATTCGGCGATATGTCGTACAATATTATCTTTCAGTTTGTAAACGCATACTTATTATTCTACTATACAGACGTCGGCGGCATTAAGCCTGCGGTCATCGCAGCTTTGTTTCTTATCGTAAGGGTGCTGGATGCTATTTTTGACCCGATTATGGGCGTGATTTTAGACAAGACGAATACAAGGTGGGGAAAGGCAAGGCCGTATCTTTTGTGGGTGGCGTTTCCTTTTGCGCTATTTACGTTCTTATGCTTCACGACGCCTCATTTCGGCGAGACGGGGAACATGGTTTATGCGTACATCACTTATATTCTGCTTGGGATGTCCTTCAGCATGCAGACGATTCCGGTCAACAGCTTAACGGGGCGGATGACGAATTCCGTGGAGGAACGGACGGTTCTGACGACGACCCGGATGATTTTGGTTTATATCGGAATTCTGTTATCGATTTCCTGTGCGACACCGCTTGCAGATCTGATCGGCGGGAAAGATCAGGCGTTTGGATTCCAGATGACGGCGCTTATCTATGCGGCGGTGAGCATCGCGTTGAATCTGTTCAGTTTCTTTACTGTGCGGGAACGGATTCAGCCTGAAAAAAGAAAAAAACAAGGAATGAAAAAGACGTTGTCTGTTTTGTTCCGAAACAAGCCTTTGCTCATTTTGGTTTCTGCATTTTTGGCGTTTGCGATTGGGTTTAACATTAAGCTCAGCACGATGGTGTACTATTTTACGTATAACGTCAGCCATAAGGAATTTGTGTTTTTAGGAACCGTGTTGTTTTTCGGCGCAGCGCTGATCAGCAATCTGTTTATTCCTTTCTTTTCTGAGAAGCGGGGCCGGAAGCAGGTTATGATCATCACGGCGGCGCTATCGCTGATTTCTTATGCGGGCCTTCAGTTTACATCGTATTCTTCGCTGCCGCTTATTTTCTTTTGGCTTTTCGTTTCGGGATTTTTTACGACGCCTTTAAATACGCTTGCTTGGGGAATGGTTGCCGATTGTGTCGATTATGCGGAATGGAAAACCGGAGTCCGGGCTGATGGCGTGGTGATTTCGAGCATGAGTTTCATCAATAAGCTCGGAGTTGCGCTAGCCGGATCATTTTCGGCCGTTTATCTCGGAATCGCCGGATATGCCGCGAATACCGATCAGACGGCCTCGTCATTGAATGCGATTAAAAATATGAATGCGCTCATCCCGGGATTGTTCATTCTGCTGTCTATTATTCTTATTTCTTTTTATCCTTTAACTGAAAAAAAATATCAGCAGATGATGTCTGATCTGGAGCAAAGAGCTGCAAGATGA MIETEKAAAVKTKYRGLSWMERIGYGFGDMSYNIIFQFVNAYLLFYYTDVGGIKPAVIAALFLIVRVLDAIFDPIMGVILDKTNTRWGKARPYLLWVAFPFALFTFLCFTTPHFGETGNMVYAYITYILLGMSFSMQTIPVNSLTGRMTNSVEERTVLTTTRMILVYIGILLSISCATPLADLIGGKDQAFGFQMTALIYAAVSIALNLFSFFTVRERIQPEKRKKQGMKKTLSVLFRNKPLLILVSAFLAFAIGFNIKLSTMVYYFTYNVSHKEFVFLGTVLFFGAALISNLFIPFFSEKRGRKQVMIITAALSLISYAGLQFTSYSSLPLIFFWLFVSGFFTTPLNTLAWGMVADCVDYAEWKTGVRADGVVISSMSFINKLGVALAGSFSAVYLGIAGYAANTDQTASSLNAIKNMNALIPGLFILLSIILISFYPLTEKKYQQMMSDLEQRAAR NA NA NA NA NA D1-12_02815 1062 gutB_2 COG1063 Sorbitol dehydrogenase ATGACTCACACAGTGCCTCAAAACATGAAAGCGGCGGTTATGCACAACACGAGAGAAATCAAAATCGAAACATTGCCCGTGCCTGAGATCAATCATGATGAAGTGTTGATTAAGGTGATGGCTGTCGGAATTTGCGGATCTGATCTGCATTACTATACAAATGGCAGAATAGGCAATTATGTAGTGGAAAAACCATTTATCCTTGGGCATGAATGTGCGGGAGAAATCGCAGCTGTCGGCTCGTCTGTTGATCAATTCAAAGTCGGTGACCGCGTCGCTGTTGAACCTGGTGTTACGTGCGGACGCTGTGAGGCGTGTAAGGAGGGGCGTTATAACCTTTGCCCGGATGTACAGTTTTTGGCGACACCGCCGGTTGACGGCGCGTTTGTCCAATATATCAAAATGCGCCAGGACTTTGTTTTCTCGATTCCGGATTCACTATCCTATGAAGATGCGGCTTTGATTGAACCGTTTTCTGTCGGCATTCATGCGGCCTCGAGAACGAAGCTTCAGCCCGGTTCAACGGTTGCGATCATGGGAATGGGCCCTGTGGGGCTGATGGCCGTTGCGGCAGCGAAAGCATACGGGGCAGGCACAATTATTGTGACCGACTTGGAGCCGCTGCGGTTAGAAGCTGCGAAAAAAATGGGAGCGACGCATGTCATCAATGTCCGGGAACAGGATGCCGGTGAAGAAATCAAAACGATCACGAATGGCATAGGCGTTGATGCTGCTTGGGAAACAGCGGGGAATCCGGCGGCATTGCAATCCGCACTGGCTTCCGTGCGCCGGGGCGGAAAACTGGCGATTGTCGGTTTGCCTTCTCAGAACGAGATTCCGCTCAATGTGCCGTTTATTGCGGATAACGAGATTGATATTTACGGAATCTTCCGTTATGCGAATACGTATCCGAAGGGAATTGAATTTCTCGCTTCCGGCATAGTGGACACGAAGCACCTTATAACGGACCAATATCCGCTGGAGAAGACGCAAGAGGCGATGGAACGGGCCTTTCAATACAAAAATGAATGCTTAAAAGTGATGGTGTATCCAAATCGCTGA MTHTVPQNMKAAVMHNTREIKIETLPVPEINHDEVLIKVMAVGICGSDLHYYTNGRIGNYVVEKPFILGHECAGEIAAVGSSVDQFKVGDRVAVEPGVTCGRCEACKEGRYNLCPDVQFLATPPVDGAFVQYIKMRQDFVFSIPDSLSYEDAALIEPFSVGIHAASRTKLQPGSTVAIMGMGPVGLMAVAAAKAYGAGTIIVTDLEPLRLEAAKKMGATHVINVREQDAGEEIKTITNGIGVDAAWETAGNPAALQSALASVRRGGKLAIVGLPSQNEIPLNVPFIADNEIDIYGIFRYANTYPKGIEFLASGIVDTKHLITDQYPLEKTQEAMERAFQYKNECLKVMVYPNR PGPT0017541_993 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION PLANT_DERIVED_XYLOSE|XYLULOSE_DEGRADATION,PGPT0017541-gutB-K00008 NA NA D1-12_02816 2502 hypothetical protein ATGGCTGAACTTGAAAACCGGACACAATTTGCAGAACTGCTGGCACCTGCCGTCAAATCGCTGAAACATCATCCTGATTACAAAATCAAAAGGACAAAGAACGTAAAATCCGGACAGTCTTATATAGATCAAATCGCACTCCGAATAGGCGTTTCCTCTAACACGATCAAAAGCTGGATCGGACAGATGGGCGCAAACTACATTCCCGGACGAATTGACGACGGAAAGCTGTTCGGCATGATCTGGATCATTATAGAAAAGACTGACATGGATCCTGAATGGCTGACCGGCCTTCTGGAAACCACCACCATTCCCGTCATCAAACCCGCATTGCCCGTTTGGACGGCGTCTTGTCTAAAAAAAGCAAAAATACTCCGGAAAGACGGATCATTCGGAGCGCCGAGTGATGAAGATGTTGAAAAAGCAGTAAAGCGGCTGTTTCATGACAGACCAAGCCATGAAACGAATGCGCTTACAAGAAAGTCCGTTACGCATAACTTACCGTCACGCCGGACCGGGAACTTTATCGGACGCGGCTTTGATATGGAAGCAATCCGGCAATGGATGCTGTCTCCGTCACCGGTCTGTTTAATCACGGGCTGGGCCGGCATGGGAAAAACAACAATCGCTCTTGAAGCAGCCTACCTTTGTGCCGGCAGTTCACCAGATTGGCCGGCATTCAACAGCATCATCTGGATCAGTGCGGATTGGAAAGGATTGAGCTTCAGCGATTTTTTAAACACGATCGCCTATCAGCTCGGACGCACAGAACAAATCGACAAATCAATCAACGAAAAACGGTTCGTCGTCCGCAATGCATTAGCCGCTCATTCAAACGAAAAACCAGTATTGCTGATCGTTGACAGCATTGATACAGCGGAACGTGACATTCACGAATTTATCATCGGCCTTCCGCAAGGCGTAAAAGTCCTCCTTACGGCACGGGAAAACGTAAAACAGACATACCGGGACGGCCTCGGGGAACTGGCGGCCATCCAGCTGAGCGGCCTTGAACAAACGGATGCCCTTGAATTTTTCCATCAAGAAGTGCACCGCTGTCTGCAAACATGCAACCTCCCGCATAAACGGGAAAAGCTGGAGCAGCTATTGCAGCTATCGCCTGACCTTAAGAATGAATTCATCTCGGCAGCCGCCGGCAATCCGAAGGCCATGGCACTCAGCATTGCATACATGTCAGACGACGACATCCCCGCTCCCCAGCTCATTCAAGAGCTTAAACAGGCAGGCTATTCACTATTGGAATTGTTTGAGGTTCTCTTTGGCCGCACATGGGACAGATGTCATGAAGACACACGAAAACTATGGCAGACGCTTTGCTTTTTCGCTAAGCCCCCTGATGAAAAAAGCTTGGCTCAAGCGGCCGGATTAGACGTCCGGCGGTTTCATTACGCGATTGAGCAAATGCGGTCATATGCTTTAATACAGCCGGAACGAAGCGAAGGAAGTATTCAATACGCTGCCCATCAAACCGTTGTCGCTTACGGAGAACAGCACTTATCCGAAAATCACGAATTTGCAAAAGAAGCCCGCAGCCGCTGGGCGCATTATTATATTGATTATGCGGAAACCCATATAAAGCGGGAACAGCCCAATTCTGTCTATTGGAGCTACCTGCTGGGACGGAATTTAGAGCAAATGAAAAAGGAATGGCCGAACATCCTAAAAGTCATCGAATGGTCGAGCGAAACCGGACAACATGACATCCTGATCAAACTCATCATCCGCATCAGCCATTTTCTAAGCAGAATCAACCTGCCCCTGCGAATCGAATATGGATTAAAAGCCGCCGATGCCGCCCGTCAATCAGGCGAACACACGCGGGAAGCTTACTTTCGGATCGACACGGCAGGCTGGGCGCTGATGGAAGTCAACGATTCAGACGAGGCTCTCAGGCAAATAGAAGCCGGCCTGAAGATACTCGAACAATCAGGCGCGCCGGATCACGACGACTTAAAAGTATGGGGAACCGCCCTGCAATCGAGGCTGCTGTTAAAAACCGGAGAACCGGACAAAGCGGCAGCAATGCTGGACGGCATCAAAGATCAGCCCGTCTCGCCCATTATCCGGCACAGGGTTCTTCTGGTCCGCGGCGACCTGAGTTTCGCCCGCTCTCACTACGAAGAAGCCATCACATTATACGAAGCGGCAAACACAACCAGCGCCGCATACGGCGGCGAAAAAACGATAGAAGCCTATTTCAACCTAGGCATGGCTTACGTAAAGTGTGATCAGCTCAAAAAAGCGGAAAAAGCCTTTGAACAGATGCTTTATGATAAACATAATCCCAATCAAGTTGAGTTGATCTACTATTATTACGGGATGGCACAGCTGTTGTATCGTAAAGGTGAAAAAACGAAAGCGATGGAATCGAATCAGAAGGCAATTCGTCTGATTGATTCGTGGGAGCCTGGGATTGGGATTCGGGGTGAGGTTGAGCAGCTGAGAATGGTGCTTGAAGGAAATGGTGAAGTCACATTGTAG MAELENRTQFAELLAPAVKSLKHHPDYKIKRTKNVKSGQSYIDQIALRIGVSSNTIKSWIGQMGANYIPGRIDDGKLFGMIWIIIEKTDMDPEWLTGLLETTTIPVIKPALPVWTASCLKKAKILRKDGSFGAPSDEDVEKAVKRLFHDRPSHETNALTRKSVTHNLPSRRTGNFIGRGFDMEAIRQWMLSPSPVCLITGWAGMGKTTIALEAAYLCAGSSPDWPAFNSIIWISADWKGLSFSDFLNTIAYQLGRTEQIDKSINEKRFVVRNALAAHSNEKPVLLIVDSIDTAERDIHEFIIGLPQGVKVLLTARENVKQTYRDGLGELAAIQLSGLEQTDALEFFHQEVHRCLQTCNLPHKREKLEQLLQLSPDLKNEFISAAAGNPKAMALSIAYMSDDDIPAPQLIQELKQAGYSLLELFEVLFGRTWDRCHEDTRKLWQTLCFFAKPPDEKSLAQAAGLDVRRFHYAIEQMRSYALIQPERSEGSIQYAAHQTVVAYGEQHLSENHEFAKEARSRWAHYYIDYAETHIKREQPNSVYWSYLLGRNLEQMKKEWPNILKVIEWSSETGQHDILIKLIIRISHFLSRINLPLRIEYGLKAADAARQSGEHTREAYFRIDTAGWALMEVNDSDEALRQIEAGLKILEQSGAPDHDDLKVWGTALQSRLLLKTGEPDKAAAMLDGIKDQPVSPIIRHRVLLVRGDLSFARSHYEEAITLYEAANTTSAAYGGEKTIEAYFNLGMAYVKCDQLKKAEKAFEQMLYDKHNPNQVELIYYYYGMAQLLYRKGEKTKAMESNQKAIRLIDSWEPGIGIRGEVEQLRMVLEGNGEVTL NA NA NA NA NA D1-12_02817 99 hypothetical protein ATGCAAATAAACAGCAAAAACCCTTGTTATATCAAGGGTGGATATTTGATTTCATCTGAATTGCTCATGCATTCTAGCAAAAAAGACCTTATCAGTTAA MQINSKNPCYIKGGYLISSELLMHSSKKDLIS NA NA NA NA NA D1-12_02818 348 hypothetical protein ATGAAAAGAACAACTGAATTTGTTTTAGGATTATTGGGTGGAATTTTTGGTTTTATTGGGGCGATCATGGCATTGATTATTGGTGGACTTGATGCCTCTTTTAATTCAAGCGGTACAAGCGAAATCATTGGTTTAGGCTGGGGAGCTGTTGTCCTATCAATTTTGGGTATTGTCGCTTCAGTAGTAGTTAAGAAGAAACCTAAAGTCGGAGGAGTATTGCTCCTTATCTCAGGAATTGGCGGAGTAATTTGTATATCAATGTTCTATTTACTGCCTGCTGTTCTTCTTATTATTCCAGGGATCATGGGACTTGTCAGAAAAGATAAAACGACAACAACAGCAGCTTAA MKRTTEFVLGLLGGIFGFIGAIMALIIGGLDASFNSSGTSEIIGLGWGAVVLSILGIVASVVVKKKPKVGGVLLLISGIGGVICISMFYLLPAVLLIIPGIMGLVRKDKTTTTAA NA NA NA NA NA D1-12_02819 201 hypothetical protein ATGACCGATTTTGAGCGTAAAGTGTATCGGATTATTTTTAACATGAGCCGCTTCGGGAAAAATCCCTCCATGGAACAATTGAAAAGGAAAACCGGGAAAGATGAGCAGGCGATACGTGCTGCTGTGAAAAGTTTGATGAGGCAGCGCATTTTGAAGTGGGATAAGAAAAAAGAAGAGTGGATTTTCCTAACTGTACGTTGA MTDFERKVYRIIFNMSRFGKNPSMEQLKRKTGKDEQAIRAAVKSLMRQRILKWDKKKEEWIFLTVR NA NA NA NA NA D1-12_02820 855 hypothetical protein ATGACAACACCTCAACCGATCAAAGTATTCAATACACATAGTGAGCAATTAGAAAAATTTAAAACACGAGGTCTTCGTATCGAAGATGAGTCTCTCGCTTTAAAAACACTAACAAGAATAAATTATTATAGACTTACGGGTTATATGCTTTCGATGAAAGACGGAGATAAATTTTATGAAGATGCTTCTTTTAATAAGGCTTTAAGACATTATGAATTTGATACTAAATTAAGACGATTACTTTTAAAAGCTACTGAATATATCGAAATTGTATTAAGATCTCAATTAGCTTATAAATTTTCTGAGAAGTACGACGGTTTAGGATACAAAGATTCAAAAAATTTTTACGACGAAGAAAAGCACCAAAAATTCCTTGTTATTATTGAGCGAAAAATCACTGAAAGTAAAGAATTATTTGTTCTTCATCATAAAAAAACTTATGATAATCAACTACCATTGTGGGTAGCTATTGAATTATTTTCGATGGACATGTTATCAAAATTCTTTAAAAATATGATTACAGCTGACAAAAAAGATTTATCTAATAACTACTATGGAGTTAATCATTCGCATTTAGGAAACTGGTTATATTGTTTAACAAATATAAGAAACATATCTGCCCATTATTCGAGATTATACAATAAAAACTTTCATTTTTCCGTGAAGCTGTTTAATGAAGTGAAATTGAATAGCAAAAAATTAGTTTCAGTATTCTATATCTTAAAAAAAATGTTACCACCTGATGAATGGAGAAGGTTTCTTGATAGTTTTCTTGTTTTAACAGAAGAGTATGGTGACGTAATAGAAATGCATCATATGGGTTTCTATGATAATTGGAAAGAATATATTAATTGA MTTPQPIKVFNTHSEQLEKFKTRGLRIEDESLALKTLTRINYYRLTGYMLSMKDGDKFYEDASFNKALRHYEFDTKLRRLLLKATEYIEIVLRSQLAYKFSEKYDGLGYKDSKNFYDEEKHQKFLVIIERKITESKELFVLHHKKTYDNQLPLWVAIELFSMDMLSKFFKNMITADKKDLSNNYYGVNHSHLGNWLYCLTNIRNISAHYSRLYNKNFHFSVKLFNEVKLNSKKLVSVFYILKKMLPPDEWRRFLDSFLVLTEEYGDVIEMHHMGFYDNWKEYIN NA NA NA NA NA D1-12_02821 1164 hypothetical protein ATGTCAGCATACAGAAACCAATATATTGATATTAATAAATGGACGCGGCCGGGAATCAAAAACAACGGCGTGAAGAAACTGGCTGTACATTACACGGCAAACCCCGGCGCGTCTGCTGCCAATCATTATAGATATTTTGGCCAAACGCTCCCCGCACAGAACAGAAATCTATCTGAGAAAAAACAGACGTTTGCATCGGCCCACATCTTTGTCGATCGTACAGAGGCTATTTGCATCATTCCGTTGAATGAGGTGGCCTATCATGCGAATGACGTTCAGCAATTCGTCAACGGACAGCCTTACCGGGGCATCGCGGCACTGAAACCGAATGCGAATTTCTTATCTGTAGGCGTGGAGCTTTGCATTGAAAAGAACGGCACTTTCCATCCGGATACCATTGCTCGTGCAGAACAAGTCTGCGCTGAGCTATGCAAGAAGTTTAAACTTGATCCGATCAATGACATCGTGCGGCACTATGACATTACACACAAAATCTGTCCGGCCCCATGGGTAAGCAGATCCCAAGGGTTTACTGATTTCAAGAATGGAGTAAAAGCGCGATTAGGTGGGGTAGTAATTAACAAACCAACTAACAACAAATCGAAAACCAACACCGATTCGAATAAAGGCCGTTTTATCAAAAACACGGTGGTTTCAAGTGACGGCCTTGTTTTACGTACGCAACGGAACGCCTCTTCTTCCATGGTGCTTAACCTGCCGAATGGTACGGTTGTAAAATATCAGCTTGGATCAACTGTCAACGGATGGGGATATGTTGAATACACCAATTCAAAAGGCCAGACATTCCACGGGTATGTGAATGTCTCCTATATCAAAAGTGATAACGAGCTGAAAAGCGGCGGCAAGAAGAAGGTAACAGCCTCAAAGCCTAAAAACACTCAGAAATCAAAATTCAGCCTGCCTGCGGGTACTTTTAAAGTCACAAGCCCATTGACCCGAGGAGAGGCCGTAAAACAGATTCAAACGGCGCTGGCGGCTCTTCATTATTATCCCGATAAGAGCGCAAAGAACTTCGGAATTGATGGCGCATATGGCCCGAAAACAGCAAACGCGGTCAAACGATTTCAATCTATGTACGGGTTAACTGCTGACGGCATCTATGGGCCGAAGACCAAAGTGAAGATCGAAGCGCTATTAAAATAA MSAYRNQYIDINKWTRPGIKNNGVKKLAVHYTANPGASAANHYRYFGQTLPAQNRNLSEKKQTFASAHIFVDRTEAICIIPLNEVAYHANDVQQFVNGQPYRGIAALKPNANFLSVGVELCIEKNGTFHPDTIARAEQVCAELCKKFKLDPINDIVRHYDITHKICPAPWVSRSQGFTDFKNGVKARLGGVVINKPTNNKSKTNTDSNKGRFIKNTVVSSDGLVLRTQRNASSSMVLNLPNGTVVKYQLGSTVNGWGYVEYTNSKGQTFHGYVNVSYIKSDNELKSGGKKKVTASKPKNTQKSKFSLPAGTFKVTSPLTRGEAVKQIQTALAALHYYPDKSAKNFGIDGAYGPKTANAVKRFQSMYGLTADGIYGPKTKVKIEALLK PGPT0019115_295 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING_HYDROLASE_ACTIVITY,PGPT0019115-xlyAB-K01447 NA NA D1-12_02822 264 hypothetical protein ATGAAAAAATTCGACAAAGGTACAGTCGTCCGGACTGTGCTTCTTTTTATTGCTCTCGTAAACCAAGTTTTAGTGATGTTTGGTAAGGATGTGCTACCAATTGCAGATGATCAAGTGAATGACCTTGCGGACGCGGTTTATTTAGGCGGCTCCATCGGTTTTACGATCATCATGTCATTGGTAGCATGGTTCAAAAACAACTATGTGACTGAAAAAGGCCATAAGCAAAAAGCCGTTTTAAAACAGCACGATTTAACCAGGTAA MKKFDKGTVVRTVLLFIALVNQVLVMFGKDVLPIADDQVNDLADAVYLGGSIGFTIIMSLVAWFKNNYVTEKGHKQKAVLKQHDLTR NA NA NA NA NA D1-12_02823 279 hypothetical protein ATGTCACAAATGACGGAGGTACCGGAAGTGAATGCTTTACAAAAAGAAATAACAGAGGTTAAAGCCGGGCAAAAGACTCTTGAACAGCGAGTGAGTGTCCTTGAGCGTTCTTCAGACAGGCATGATCAGCAAATCATTTCATTAAACGAAAAGCTGAACAAAATTGATGAAAATACGACTTGGATCAAACGGACCATCACAGGAGCCATAATAACGGCAGTCAGCACCGGTTTTATCGGCGGGGCTATCGCGATCATGTATAATCTGCTGCAAAAATAA MSQMTEVPEVNALQKEITEVKAGQKTLEQRVSVLERSSDRHDQQIISLNEKLNKIDENTTWIKRTITGAIITAVSTGFIGGAIAIMYNLLQK NA NA NA NA NA D1-12_02824 222 hypothetical protein ATGCAAGAAATGACAAAAGAGCAACTTCAGGACCAGTTACAAATTGCAGCATATAAAGCTGCTTCCCTACAGCAGGAATTGAATCTGAAGAATAATGAGCTGGCCGAATATAAAGCGCTATACACGTTTGCAGATAATAAACGCGAGGACCTTCAAGAACAATTAAATGCTGCACTGTCAGCGAAAGAAAATAATAGTGAACCAGCACCTGTAACCGAATAG MQEMTKEQLQDQLQIAAYKAASLQQELNLKNNELAEYKALYTFADNKREDLQEQLNAALSAKENNSEPAPVTE NA NA NA NA NA D1-12_02825 168 hypothetical protein TTGGAGAACCGAAGTGCTCTTTTCGGGTTTTTTGAGGATTGCTGGAAAAACGGAACTGTTTTGACTGTTGAAATGAGAAAAGCCGTTGAGAAAGGCCGCATCACACAAGCGGAATATGATGAAATTACAGAAAGCGAACGCGGTAATGCGTATCCCGATCAAGAGTAA MENRSALFGFFEDCWKNGTVLTVEMRKAVEKGRITQAEYDEITESERGNAYPDQE NA NA NA NA NA D1-12_02826 129 hypothetical protein ATGAAGCTTGAGCCCGTGGTATTAAATATTGAAGCAAAAGATAGAGAAAAGGAAAAGACTACAGAGGAAAAGTTGCAGGAACAAGTCCTTGACCTTCAGCGGGTTTGCAATCTCTTAATGAATCAATAA MKLEPVVLNIEAKDREKEKTTEEKLQEQVLDLQRVCNLLMNQ NA NA NA NA NA D1-12_02827 390 hypothetical protein ATGGTTGAAAAAAGGGATTTTAACATGAGTCTTTATTATGCGGACGGCATCGAAATAGAAGAAACCGGCGCGGGAATTGAAATAACTGCCGGCTCTATAAAAAAAGGAGACAAGACATATCCCATGGAGGCTGTTTCGTTCGATCTGCAGCCGGACGATACAACCAAAGTAGCGTATCAATTATATGTCCTTCATGATATAAAGTCTGATGAAATAAGCTATTTGCTCACAAAAACCTATGTAGAGCCTGACGGTTATTATCAAGGGTACAGTGGGAGCAAAAAGCTAATTATGATTCCAGTTCAAATTGTCGTTGATCCACAAGGCAACCGAGAGGGGCTTATAACAATCTACGTTCAAAATAAGGAGGATGGCAAAGATGAAGCTTGA MVEKRDFNMSLYYADGIEIEETGAGIEITAGSIKKGDKTYPMEAVSFDLQPDDTTKVAYQLYVLHDIKSDEISYLLTKTYVEPDGYYQGYSGSKKLIMIPVQIVVDPQGNREGLITIYVQNKEDGKDEA NA NA NA NA NA D1-12_02828 3384 hypothetical protein ATGGCTGACATTTATATACTTTCACCAGATGATAAATTATTGACAGTGCTGTCCAGCCACGGACGAGAAACCTGTACGTTCTGGGATGCGAAATACAAGGAAGAGCTGAACAAGGGCTCTTCTTTTTCTTTTGTAGCGGACGCCTCCCATCCTGACGCACGCTTCTTATTCGAAGAGAATCAAGTGGTGTTCAGAGATAAGGACGGTGTACTGCGTCTGTTTGTCATCAAGGAATTGGATGATACAAGTGAAGAAGGAGAGATTAACACTCAGGTTACCTGTGAAGCTGCCATGATGGAGCTTGCTGAAACCTTTGTAAAAGATTTTCGCCCTACCAATAAAACTGCTCAGTTTGTACTGGATAATGTTCTTTCTCGGTCAAGATGGGTGGCGGAAGTAACGGCGGAGCTTGGAGTGAATTCGACTACCTTCTATAAGAAAAAAGCGCTGGATTGTATCGCTGATGTGATCAATATATGGGGCGGAGAGCTTCAGGACACTATAGAATTTGATGGAAATCAGGTCGTCAAACGAATTATAAAAATACTTCCCCGTCGCGGTAAAGACAGCGGGAAGCGCTTTGAGAGTGATAAGGATACAACAAATATCCGGCGGACCGTTATCAGTTACCCGGTGACAGCCCTTTGGGGTTACGGAGCATCCATAGCATCTACGGATGAGGAAGGAGAGGAAACGGGCGGTTATTCCCGTTTTATTGATTTCTCTGAAGTAGAATGGAAAAAATCAAAAGGCGACCCGGTCGATAAGCCCTTAGGCCAGGAATGGGTTGGCGATCCGGATTTATTAGAAAGATTGGGGCGCCTTAAAGATGGAAAGTTGATCCATCGGGAAGGCCAGTTCAATAATGAAGACATAACGGAGCCGGAAGAGCTCTTAAAGGCCACGTATAATCATTTGATAACGACTGCATGTAAGACAGAAATCAATTATGAGCTGTCCGTGCAACTGCTTGAGAGCGTGCCGGGACACGAACACGAACATACGGAATTGGGAGATACAACGATCGCAATTGATCGAAACTTCGCTATCCCGATTGAGACATCTCAGCGCGTTATTTCAATGGAATACGATATTACCGACCCTGAAAATACTTGCGTCGTTGAGATCGGCCAATTCTTATCAGCATTACAAAAGGACGGCCGAATTGATCAAATTGAAAGCGTAATAGAAAAAAACCGTGGTACTTGGGAGAGCAAACCGGACGCCGGTGAGGTTACGGATGGAAGTTTCCCTGACAAAGCCCCGCCTGTTCCGTCTAATGTAGTGATCAAGTCAATGTTTCAGAATGTGGCTCTGACATGGGACTATGACCCGTCCAGTTATATCGCAGCCTATGAGGTATATGCTTCACAAGTAAATGGATTCACCCCATTAAAAGAGAATCGTATTTTCAGAGGCAAAACAGGCGGATATGAGCATTTTACGGGAGTAAATGAAGTTTGGTATTATCGCTTGCGCTCAATCAACACACGGGGCACAGCGAGCGAATTCACGGATCAGTTTTCCGCGACCACCCAGCGCATTCTGACTGATGATATTGTTTTCGGAGCGATCACAAAAGAAAAACTGGCCCAGCTGGCCGTTGACGCTGATAAACTTTCAAGAAACTTTGATGATGCTAATATCTTACCTGGCTCTCTTTTAAAATCTAAATGGTTCTATGATTACCCGGACACAAGCCACAGTGTTGAGGAAAAAGAATTTAACGAAATGACTGTTTCTCAAGTCATCAATGGAACAACTAGAATAGCTTTCGGAATATGTGGTAACAGGTCCTCGCCTGTTAATGTTCAAAGAATGGCCTTGGTCAAAGATCAACAATATACACTGTCTTTTGAAATAAAGCGGAATAATACCACCGACATAAATTATATTCATTTGAAAAAAGGCAGTACTTTCATACAAATTAGCAGCAATGAACAGAAAGATATTTCTGCTTTTCCGTCTGACCAATTTATAAGGGTTAATATAAAATTTACTGCACCGGAAACCGGCTCTGATTACACAATTGGAATCGGCGGATATAATCGAAACGGAAACACTGAGCCCTGTAGCTTTGTTATTCGTAAGGTACAGGTGCGCAAAGGCGATGTCATTTCTGATTATGGTTATAGCCCGTTTGATACTCAGCTGGTCGATGGTGTTATTGATGGCGACCACATCCAAAAGGCGGTAATAGAAACAGCTCATATAAAAAATGCAGCCATAACAAGTGCGAAAGTAGCTGAAGCGGCTATCGGGACAGCGGCTATTCAAAATGCGGCTATCGCAAAGGCGCATCTAAAAGAAGCAATAATTGATTCGGTACACATCATTGACGGTTCAATAACAAACGCCAAGATCAAAGACCTTTCAGCGGACAAAATAAACGTCGGGACGTTAAAAGGTATCACGATAGAGGGTGTGGACATAAAAGGGGCCCGTTTCGAGGCGCTGACACAATCAGAAGATGCCGAATACTATATCGAAGGTGATAAGATTTACCAATTCACCAGAGACTCTCATTATGATTACAACAAATTGGTTGTTAGTTCTGCGAAAATAACGCAGGAACAAGGAAGGTTTTACGATCCTGGTGATTCCTCTAATGAAATCTACAGAACAGTCTCAATTGGTGATGGCAAAATTGAGCTCCGTGGCGCAGGCGAGCAAACCGCATATGAAACGGTTCCAACTATTTCAATGTATTCAGAAATAGGAGATGTTGGACAAGTTATAAGCCATTTTAATATGAAAATGGAAAGACAGGCAGCTGTTGAAGAAGACGCCTTTCTTCTTACTGCTACTACCAATCCTAAAAATATAGGAGAGCCGTTCACATATAACCGTTATCAGGCCCTTTTTGAAGGATCAGCTACTATTTATCGCTTTAAACCGAATAATTTAGATATTGATGTCCCCGGGGTCATTCGACTGAAATCAGGCCAAAAAACGATTGTTGACGCATCAGATTTAACGCTACCATTGGGAACCAAAGTTGTAGCAGGGAATGCAAAAAATTGCGAATTCAAATTGATGGGTGGCAATGTTTCTACAGAATTAGAAGACGAGCATGGAGGCCTGCAATACGGTTTGATGGTTTACTGCTTTACTTGGGACATTAAACTGCCGCCTGACGGAGGGGCAACTGCGTACGCGCGCTACAATCGCATTCCTTTTGTTGATAGTTTTTATTATGCGCCTGAGAACGTTTTTGCGGCGGTAGGTACAGCGATTGGCGCATATTCTAATGCGGTTACGGTAGGATTAGAAAATATAAGCGCCAGTTCTGTTGATATTGGAGTGAGAGGGACCGGGACTACTGCCGGAGTTGCGGGAAAAACGATAAAGGTTCAAATTGTTATTTTTTACGAATCACAATAA MADIYILSPDDKLLTVLSSHGRETCTFWDAKYKEELNKGSSFSFVADASHPDARFLFEENQVVFRDKDGVLRLFVIKELDDTSEEGEINTQVTCEAAMMELAETFVKDFRPTNKTAQFVLDNVLSRSRWVAEVTAELGVNSTTFYKKKALDCIADVINIWGGELQDTIEFDGNQVVKRIIKILPRRGKDSGKRFESDKDTTNIRRTVISYPVTALWGYGASIASTDEEGEETGGYSRFIDFSEVEWKKSKGDPVDKPLGQEWVGDPDLLERLGRLKDGKLIHREGQFNNEDITEPEELLKATYNHLITTACKTEINYELSVQLLESVPGHEHEHTELGDTTIAIDRNFAIPIETSQRVISMEYDITDPENTCVVEIGQFLSALQKDGRIDQIESVIEKNRGTWESKPDAGEVTDGSFPDKAPPVPSNVVIKSMFQNVALTWDYDPSSYIAAYEVYASQVNGFTPLKENRIFRGKTGGYEHFTGVNEVWYYRLRSINTRGTASEFTDQFSATTQRILTDDIVFGAITKEKLAQLAVDADKLSRNFDDANILPGSLLKSKWFYDYPDTSHSVEEKEFNEMTVSQVINGTTRIAFGICGNRSSPVNVQRMALVKDQQYTLSFEIKRNNTTDINYIHLKKGSTFIQISSNEQKDISAFPSDQFIRVNIKFTAPETGSDYTIGIGGYNRNGNTEPCSFVIRKVQVRKGDVISDYGYSPFDTQLVDGVIDGDHIQKAVIETAHIKNAAITSAKVAEAAIGTAAIQNAAIAKAHLKEAIIDSVHIIDGSITNAKIKDLSADKINVGTLKGITIEGVDIKGARFEALTQSEDAEYYIEGDKIYQFTRDSHYDYNKLVVSSAKITQEQGRFYDPGDSSNEIYRTVSIGDGKIELRGAGEQTAYETVPTISMYSEIGDVGQVISHFNMKMERQAAVEEDAFLLTATTNPKNIGEPFTYNRYQALFEGSATIYRFKPNNLDIDVPGVIRLKSGQKTIVDASDLTLPLGTKVVAGNAKNCEFKLMGGNVSTELEDEHGGLQYGLMVYCFTWDIKLPPDGGATAYARYNRIPFVDSFYYAPENVFAAVGTAIGAYSNAVTVGLENISASSVDIGVRGTGTTAGVAGKTIKVQIVIFYESQ NA NA NA NA NA D1-12_02829 765 hypothetical protein TTGATCAATTATCAGGAACTACTGCCTAACCAATGGAAAATCACGTTTGATGGTATTGATATATCACCCTTCTTTTATGTGAAGACCACGGGCGGCCGGGGAGTGACAGGAAGAGAAGTGAATACAGCCACTATCGGGAATCGCCCCGGCGGTTTCCTGCGGAACACAAGAATCCCTGTAAGAGTCATAACCATTGAGGTTCTTTTTGCCTTCAGCAGTGAAGAAGAGTTGAAGAAAAAGCAGGAGGAATTGACTTTTATTCTGCACACTGAAGAGCCTAAACCGTTAATTTTTCATGATGAGCCCGACAGATTCTATAACGCTGTCTTTGAAAGCATTTCAGAAGGCGAAGAACAGGGAGGCTTTCAGACTGCAACATTGACTTTTATCTGTCCGGATCCAAAAAAATACGGCTTAGCGAAGGATTTTGAATTTGATTCAGGTGTTCATACTATTACTAATCCGGGCTATGCAGCCGTAGATCCAACAATCGAATGCGTTTTTGAAGAGAAAGCCACTTCATATGAGGTGGCTCTTCTTAATGCTGATGGGTCGGTATCGAAAACGATCAAGCTGCTGTACGATTTCATCGCTGGTGACACACTTGTAATTGATTCAGCAAAAAGAAAGGTCACTTGCAGCGGTAATTTAATCATGACAGCACTTCAAATTCAATCAGATTGGTTTCTGCTGCCGCCCAGAACGCCAGTTAAAATCAAGTTCAGTCATAATAGCAGCATCAAATTTAATGAGGCATATTTGTAA MINYQELLPNQWKITFDGIDISPFFYVKTTGGRGVTGREVNTATIGNRPGGFLRNTRIPVRVITIEVLFAFSSEEELKKKQEELTFILHTEEPKPLIFHDEPDRFYNAVFESISEGEEQGGFQTATLTFICPDPKKYGLAKDFEFDSGVHTITNPGYAAVDPTIECVFEEKATSYEVALLNADGSVSKTIKLLYDFIAGDTLVIDSAKRKVTCSGNLIMTALQIQSDWFLLPPRTPVKIKFSHNSSIKFNEAYL NA NA NA NA NA D1-12_02830 5196 hypothetical protein ATGATGCAATCCGCAACCACTTTGCAAAATTCGGACAAGGAATGGGGTGAGGGAATGATCGAAAGACTGACAGCAATAGTTGAAGCACAGACAAGAAAATTTAATCGCAGTATGGATCGTGTCAACGATATAATGCGCCGGATGGCTGATCATCACACAGTCGAGGTTGACGCCGAGATTGCCAGCTTTCAGGCAAGAGTACGGCAGGCGGCGCAACAAATAGATAACTTTGTTCATCGACATCAACGCACGCGAGTTGATTTAGATGCGGATTCAGACCCTTTAACTCGGGCCATCAATTGGGCGAAGCAAAGATTAAGACAGATTCCCCAAACTGTCACCACGCAATTAATGGGGAATGTGCGGCCGTTATCTTCCGCATTGGCACGCGCTAAAGCAGGGCTATCGGCAGTGGCGAACAGAATCACAACGACGATAGACGGAAATCCCACTCCTTTAGGGCGTGCTGTCGCTGTTGCGCGGTCAGCCATAGCATCAGTATCTCATAACGTAACTACCACTTTTAATGCGGCCACGTCGCCTATCATGCGCGGGGTTTCGGCAGTCCGTTCAGCTTTGGCTTCACTGCCAAACAGAATTACCACGGTCATAAACGGAAACACGGCTGCACTTATGCGCTCTGTGGCAACGGCTCGCGCTGCTCTGGCGTCCTTACCGAGAAGAGTATGGATCAGTATAGAGGCTCGAATTGATCGGTTTGAAACGTCAATGAACAGACTTGCCAAGATCACAAACTCAGTTTCAACAGTCATCGGTCATTCAATTGCCGGGGCACTAACGTCCCTACTCCCTGCAATCTCGCCAGCCCTTGCAAGTATTGTCGGGGTAATCGGCTCATTGGGTCCTATGCTCGGGGTGGCAGCCGGCGGAGTAATGGGGTTAACCAGTGCATTTGCAACAGCGGGAACAGGCGCGGCGGCATTCGGCGCCCTTGCTATTACTTCGATAAGCGGTGTATTCAAAGCATCCGAAGACCTTTCCAAGCTGCAGGAGAAGCTGGACAATGCAACAAGCGCAAAAGAGCGCGCTAAGATCATGAAACAGATCAATAATCTGCAAAAATCTCTTGGAAAAGAAGAGAGAGAGGCATTAAAGAACCTCGAAGACTTTAAAGACAACTGGCGGGACATCGGTACGATGGTTCAAAAGCCGATCTTGAAAACATTCGGTATGTCTCTAAATACGTTTAAACTCGCTCTCAACTCACTCATTCCAATGTTTGACGGACTGGCGAAAGAGGGCGTGGGACTGGCGAAAAGCATGGACAAAGCTTTTAAAGCTCCGGACATGCAGAGATTCATTTCCTATCTGAACAAAGAAGCTCCGAAGGCGTTTGCTTCATTCGGCCGATCTGCCGGGAATGTCTTACGGACAGTTTTTAATCTGATCGTAGCATTCGGACCGACCGGAAAGAGCATGACAAAATCCATCGAAGGAATGACCCAATCATGGGTGAAATGGTCAGCGAACTTGGGTTCTTCAAAGAAATTTCAGGCTTTCGTGGAGTATACAAAAACCAACGGCCCGAAACTGCTACAGATCATCAGAAACTTTTCGGGCGGCCTGACAAAGCTGTTTACTGGATTCGCTCCTATGTCTCAAGACATGATGACATCACTCGTAGATCTGACCAAGCGGTTCAATGAGTGGGCAGGCAGCGTTACGAAAACAAAAGAATTTCAATCGTTCATTGACTATATCAAAACCAACGGCCCTACAGTATGGAGCACATTGGGGCAGATCGCGAAGACTATCATCAACTTGCTTGTTGGCATGGCTCCACTCGGTAAAACGATTTTGGAGAATGTAAACGGGTTTTTGAAATTTACTAATGCTGCGATGGAGGCAAACCCGGCAATCGGGAAATTTATAGCAGCTGGTATTTCATTAATTGGTGCTTTAAGAGCTATTGTTCCAGCGATAGTAGCGGTCAGTGCTGTCACAAATGGGCTTAAAGATTTTATGACTGCAGCTCAATATTTGCGGAGCTTTGGTTCGGCGGTTTCAGGGATCAGAACTGTGGGATTGATTACCCAATTAAAATCAGCAATTGTCACGATGGGTCAATTCATTGCGAAGTATACAGCGATGGCAGCAAGCGCAACAGCTAATGCTGTGAAAATGGCGGCATCGTGGACAGCCATGAAAATATCAGCGTTTGTTTCTGCTCTGAAGCGCGGCATTGTTCAAATGGGTTTATGGATCAAGAATATGACTGTAATGGCTGCACAATCAATCGCAAGTGCTGCCCGTACAGCAACCGCATGGACAGCAATGAAGATCACCTCTTTTATCACAATGCTGACAAACGGGATTAAGCAGATGGGTCTTTTCATTGCCAAAATGACCGTGCTCGCAGCGCAATCCATAGCACAGGCAACCCGCATGGCAGCGGCTTGGACGGCGGCGCAGATCAGCAATTTTATATCTTTGTTGGTTGCAGGCGGTAAGCAAATGGTTTTATTCGGCCGTCAACTCGTCGTACTAGCGGCACAAGCGGCAGCACAGGCGGCACGCATGGCGGCATCATGGGTCATCGCAATGGGGCCTATCGGATGGATTACGGCGGCTGTCATCGGTCTGGTTGCCTTGATCATCGCGAATTGGGACACGGTGAAATCGGCTACAATTGCGGCATGGGGTGCTATTTCCAGTTGGCTGTCTACTGTCTGGACAGGTATAAAGACGATAGCAACATCAACATGGAACGGAATAAAGTCGTTCTTCTCTACTGTTTGGAATGGAATTGTATCGGCAGCTAAAAGCATTTGGAACGGCCTGAAAACATTCTTTTCATCACTCTGGAATGGGATGAAAACCGCGTTCACAACGGTTTGGAACGGCATTAAGTCATTCGCCACTTCAACTTGGAAAGGCATTGTGTCAGTCGGGAAATCTGTCTGGAATGGTTTAAAAACGTTCTTTTCATCTGTTTGGAATGGAATGAAAACAGCATTCACAAGCATTTGGAACGGCATCAAAACAATTGCTACTTCGATCTGGAAGGGCGTTGTATCAGTTGGAAAATCAATCTGGAATGGATTGAAAACATTCTTCACCAGTTGGCTAAATACGCAAAAGAAAATCTTCAGCACCGTTTGGAATGCGATAAAAACTGTTGTTACCACAGTATGGAAAGCTGTATCGTCTACTGCCAAGAGCATTTGGAATGGGTTGAAGTCATTTTTTAGCAGCATGCTGAATGGCACCAAGAGTGTTTTTACAAGCGTGTGGAACGCTGTTAAAGGTTTTGTGACAGGGCTCTGGAAAGGGCTTGTGAGTACAGCTAAAAGCCTATTCAATAGTATGAAAAACGCTATTTCCGGCATAATGAAATCAGCAAAATCAACAATTACAAGCATATGGAACGGTGTCATGAAGTTTTTCCGCGGCATTAACTTGTGGCAGATCGGTAAGAACATCATCCAAGGCTTAATAAATGGTATCAGCGGCATGGCGGGAGCATTAGCGAGCAAAGTAAAATCAATGGCAAATGCTATTCCCAACGGCATGAAAAAGCTTCTGGGAATCCATTCGCCGTCAAGGGTAATGCGTGACCAGGTCGGCTATCACGTCGGTACCGGTATGGCGGCTGGTATTGATAAATCGCAGGGCAAAGTAAAAGCGGCCGCGGCAAAAGCAGCGAAAGTGGCTCAGAAGGCAGCTGAGGTAAAGGTATCCAATAAAATTAAGAACGCTGAAGTGAAGTATGACACCAAGAAAATGGGCGCCGATACGTATATCAAAACATTGCAGAAGATTCAGAAGCAAAACAAGCTTACCAGCGAGCAAAACCGAAAAATACAGCGCGAGATATATCAGGCATCCAAAAGCGCCTCTGATAAGCAGAAGAAGCTTCTGAAAGAGCAGCAGCGCAAGGAAGCGAAGGCGAAACTGGCGTATACCAAGAAAGTATCAGATCAGATTAAGAAAGCTGAGGCAAAATACGATACAGGAAAAATCAGCGGGAATACCTATATCAAAACGCTTGAGAAAATCAAGAAGAAGAACAAGCTGAATTCTGACCAGCAAATAAAGGTTCAACGGGAAATCTATCAGGCTCAAAAAGCTATGACTGATAAGGCCAGAAAGCAGAAGGAAGCCGAAAAGAAAGCGGCTGACAAACTTAACAAGGGCATTCTTTCTGCAAACAATACTTATCTCTCAAAATTCAAAAAAGTGAATGATAAACTGACTGCCGATATTAAGGCGGCCAACGATGCCTATAAAAAGGAGCTGCAAGACCGAACTAACGCGATTTATAACGCCATCGGTCTATTTGACGATGTCTCAAGTCAAAATGTGAACGGCTCCAAGCTGACTTCAAATCTTAAAAAGCAGCTGGACAAGATCAAAACGTTCAACACTGACATCACAAAAATAGCAAGCCGGGCACCGAAGGCATTCACAGACGAATTGAAAGAAATGGGTGTCGGGTCAGCTGATCAGATTAATGCAATAGCCCGCATGACAGATTCGGAGCTAAATGAGTATGTCAGTCTGTGGAAAGAAAAGCACAAGCTGGCCAGTGACCAGGCTACCCAAGAATTAACCGGGTTGAAGAACGCGACGACCAAGAAAATAAATGAATTACGGTCGGCCGCAAATAAAGAACTGGCACTTCTGAAAAATGACTATCTCCGCAAAATTGGGGAGCTTACAGTGGATGTAAAACAGCTGGGTTCTCTGAAGAAAAGCGGTAAAGCCATCGGATCAAATACAATGGCCGGCATTATTTCTGGAATGAAGAACATGAAGGGCGAGTTGGCGAAAGAAGCAAACTCCATCGCATCGACTATTGAGAAAACCATTAAGAAAAAAATGAAAATCCACTCCCCATCCAGACTGATGCGGGATCAGGTGGGGATCATGGTTCCTGCTGGTATCGCTGTGGGGATTCAGAATGGTATCGGCACTGTTCAAAAAGCTATGGGAGCCGTCAGTGATGCCATGACTATTCAGCAGGAGGATCTGAATTTTGCATATGACACATCCATTTCTAGCAGCGAACTCGGCACGGTTAGAAAAGAATTGAGCGCGGACATCCGGAACCTTGAATTGCCTGACAGAATGATTGTTGTTGAGCTGGACAGCAAGAAGGTCGGTCAAGGCGTAGAAAAACCTGTCACAGACGCTCAGAAAAGGTCGAACGCAAGGAGGACGAGATTTAATTGA MMQSATTLQNSDKEWGEGMIERLTAIVEAQTRKFNRSMDRVNDIMRRMADHHTVEVDAEIASFQARVRQAAQQIDNFVHRHQRTRVDLDADSDPLTRAINWAKQRLRQIPQTVTTQLMGNVRPLSSALARAKAGLSAVANRITTTIDGNPTPLGRAVAVARSAIASVSHNVTTTFNAATSPIMRGVSAVRSALASLPNRITTVINGNTAALMRSVATARAALASLPRRVWISIEARIDRFETSMNRLAKITNSVSTVIGHSIAGALTSLLPAISPALASIVGVIGSLGPMLGVAAGGVMGLTSAFATAGTGAAAFGALAITSISGVFKASEDLSKLQEKLDNATSAKERAKIMKQINNLQKSLGKEEREALKNLEDFKDNWRDIGTMVQKPILKTFGMSLNTFKLALNSLIPMFDGLAKEGVGLAKSMDKAFKAPDMQRFISYLNKEAPKAFASFGRSAGNVLRTVFNLIVAFGPTGKSMTKSIEGMTQSWVKWSANLGSSKKFQAFVEYTKTNGPKLLQIIRNFSGGLTKLFTGFAPMSQDMMTSLVDLTKRFNEWAGSVTKTKEFQSFIDYIKTNGPTVWSTLGQIAKTIINLLVGMAPLGKTILENVNGFLKFTNAAMEANPAIGKFIAAGISLIGALRAIVPAIVAVSAVTNGLKDFMTAAQYLRSFGSAVSGIRTVGLITQLKSAIVTMGQFIAKYTAMAASATANAVKMAASWTAMKISAFVSALKRGIVQMGLWIKNMTVMAAQSIASAARTATAWTAMKITSFITMLTNGIKQMGLFIAKMTVLAAQSIAQATRMAAAWTAAQISNFISLLVAGGKQMVLFGRQLVVLAAQAAAQAARMAASWVIAMGPIGWITAAVIGLVALIIANWDTVKSATIAAWGAISSWLSTVWTGIKTIATSTWNGIKSFFSTVWNGIVSAAKSIWNGLKTFFSSLWNGMKTAFTTVWNGIKSFATSTWKGIVSVGKSVWNGLKTFFSSVWNGMKTAFTSIWNGIKTIATSIWKGVVSVGKSIWNGLKTFFTSWLNTQKKIFSTVWNAIKTVVTTVWKAVSSTAKSIWNGLKSFFSSMLNGTKSVFTSVWNAVKGFVTGLWKGLVSTAKSLFNSMKNAISGIMKSAKSTITSIWNGVMKFFRGINLWQIGKNIIQGLINGISGMAGALASKVKSMANAIPNGMKKLLGIHSPSRVMRDQVGYHVGTGMAAGIDKSQGKVKAAAAKAAKVAQKAAEVKVSNKIKNAEVKYDTKKMGADTYIKTLQKIQKQNKLTSEQNRKIQREIYQASKSASDKQKKLLKEQQRKEAKAKLAYTKKVSDQIKKAEAKYDTGKISGNTYIKTLEKIKKKNKLNSDQQIKVQREIYQAQKAMTDKARKQKEAEKKAADKLNKGILSANNTYLSKFKKVNDKLTADIKAANDAYKKELQDRTNAIYNAIGLFDDVSSQNVNGSKLTSNLKKQLDKIKTFNTDITKIASRAPKAFTDELKEMGVGSADQINAIARMTDSELNEYVSLWKEKHKLASDQATQELTGLKNATTKKINELRSAANKELALLKNDYLRKIGELTVDVKQLGSLKKSGKAIGSNTMAGIISGMKNMKGELAKEANSIASTIEKTIKKKMKIHSPSRLMRDQVGIMVPAGIAVGIQNGIGTVQKAMGAVSDAMTIQQEDLNFAYDTSISSSELGTVRKELSADIRNLELPDRMIVVELDSKKVGQGVEKPVTDAQKRSNARRTRFN NA NA NA NA NA D1-12_02831 507 hypothetical protein ATGGCTTACTTAACTATCGGAGATAAAGAATACAAATCACGTTGCGACTTTGCTTTTGACAGATTGGCAAACGAAAAATATTCCACTGCGGACGAAAAGGGCAAAGGCGGCACAATGAATATTTATATGAGCTTGCTCAACGAAGAGGCTTCCTATCTTTCTGCTTTTTGGGATTGTGCACTCGCTTACTTGAAGAAAGAAAAGCCATCAACTGAGGCTATTGAAGAAGCAATTATTAAAATCATTGATGAAGACGAAACAGGCGACGCAATTGACAAGATGATCAATGAAGCATTCACAACGCTGGACTCGGCGGGTTTTTTCAAAGGCGTAATCCGTCAGCGTTGGAAGATGATGGAGAAGATGAACAAAGGGAAGAAACCGGCTCCGAACGAAACACCGGAAATGGAAGCGAAACGGCTGGAGGACGAAGAGAACGGCAAGGAAGTCTTGAAGATGATGAAAGAGGCATACAAAGAGAGAACGGGATCGACTATGACCAAATAA MAYLTIGDKEYKSRCDFAFDRLANEKYSTADEKGKGGTMNIYMSLLNEEASYLSAFWDCALAYLKKEKPSTEAIEEAIIKIIDEDETGDAIDKMINEAFTTLDSAGFFKGVIRQRWKMMEKMNKGKKPAPNETPEMEAKRLEDEENGKEVLKMMKEAYKERTGSTMTK NA NA NA NA NA D1-12_02832 291 Exochitinase 1 TTGGCGAGAATGCCAAAAAAACAACTACGCCCTAATGCGCCCCAAAATCTATCGTTCACGGCTACAGCTGACAGCGTGACCGTGAAATGGGATGCGGTAGATGGGGCAACTTCATATAAGGTATACAGGGGAGCGAGCAAGCAGCTGGACGCAACTGTCACTGGCACATCCCACACCTTGACAGGAATTGCGGCCGATACGAAACTCACGGTCAACGTCTCTGCTGTGAACGATGCGGGTGAGTCCTCAATGACTGAGATTGTTACGCAAACACAAGCGGTTACGCCCTAA MARMPKKQLRPNAPQNLSFTATADSVTVKWDAVDGATSYKVYRGASKQLDATVTGTSHTLTGIAADTKLTVNVSAVNDAGESSMTEIVTQTQAVTP PGPT0012130_1118 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_USAGE-OTHERS PLANT_DERIVED_CHITIN_DEGRADATION,PGPT0012130-chiA|chtA|chiI-K01183 NA NA D1-12_02833 525 hypothetical protein ATGGCAGATTTATTGAATGGTATTGATGAGGTTTACTTTGTTCAACCGATGAATGCTACTTCGACTGAAGGTCTGTTTATCGCATTCCAAACAGAAGGCAGTCATACGAAAGAACAAGATACAAAAGATGAATCAACAAAGTCTGGCCGAATTGTTGGGTACGGCCCTAAATCTGAGAGCATCGAACTGACATATTATGCTGCTGTCTCTGATCCTGGTCAAACGGCGATTGAAGATGCTTATGACAACGAAGAGACAGTTCAGGTATGGAAAGTAAACCTGAATAAAAACAAAAACGATAAGCATGATTCTGAATATGGACATGCAATCATCGAGAACTTAGAAAAAAGTGCACCGCAAGATGGGTTTATTGAGGTTTCAACAACATTGCCTGTTCTCGGTAAGACCCGTAAAGGTGAACTTGATCCTCTGCCTCAAGAATTAATTGACGAGATCAGATCTTCTGCCGGTGCTAAAGAGTTCATGCAGTTTGGCGAGAATGCCAAAAAAACAACTACGCCCTAA MADLLNGIDEVYFVQPMNATSTEGLFIAFQTEGSHTKEQDTKDESTKSGRIVGYGPKSESIELTYYAAVSDPGQTAIEDAYDNEETVQVWKVNLNKNKNDKHDSEYGHAIIENLEKSAPQDGFIEVSTTLPVLGKTRKGELDPLPQELIDEIRSSAGAKEFMQFGENAKKTTTP NA NA NA NA NA D1-12_02834 399 hypothetical protein ATGCGATCTGCCCTGTGGCCGTTGCAGGCTGCTCTATTTAAGAGGTTATCAACAGACGAAGAGCTGAACGGGCGCGTCACGGGCGTCTTTGATGCAGTCCCGAAAGATCAGCAAAAACCTTATGTGACAATGGGCGATGATGATGTATCCCCATTTAAAACCAAGACATCCAGCGGTGAAGAAATCAATGTGGTTTTACACTGCTGGTCAGGTTACAACGGAAAAAAAGAAGCGATGGAGATTCTGAGTCTCATGCTTCAAGCGTTAACAAGCAGGCCCCTAACAGTAGAGGGCTTTTCTTTATGCCGTTCTGAGATGCGCAGCATGCAGGTGATCACCGATATTGACGGGTACACGCGTCACGGCATTCTCAGAATGCGCTTCACAATAAACAATTGA MRSALWPLQAALFKRLSTDEELNGRVTGVFDAVPKDQQKPYVTMGDDDVSPFKTKTSSGEEINVVLHCWSGYNGKKEAMEILSLMLQALTSRPLTVEGFSLCRSEMRSMQVITDIDGYTRHGILRMRFTINN NA NA NA NA NA D1-12_02835 417 hypothetical protein ATGGCTGAGGTGAGCGGTAGATGGGTCAGGCAGATGCAAAGAGCCACAAGCGAGTTCGGAAACCGGGTCATAGATGATATTAAGCAACTGGTCACAGACACGGCCGAGCTGATTTACGGCCATGCTGTTCTGAATGCACCGACCGCCGCAATAGATGGGGGGAACCTGAAAAATTCAATTGAAATCGACTACCAAGAGGGCGGCTTACGGGCCGTTATTTCTGTTGGTGCCGATTATGCCGTATATGTGGAATACGGAACAGGGATTTACGCAGAGGAAGGCGGCGGCCGGCAAACGCCGTGGGTTTATTATGACACCAAGCTTAATAGATGGGTGGTCACCCGGGGAATGCGGGCGCAGCCGTTCTGGAATCCAGCGGTGGACGAAGGCATGCGGTATTTTGCCAGTCAAATGTGA MAEVSGRWVRQMQRATSEFGNRVIDDIKQLVTDTAELIYGHAVLNAPTAAIDGGNLKNSIEIDYQEGGLRAVISVGADYAVYVEYGTGIYAEEGGGRQTPWVYYDTKLNRWVVTRGMRAQPFWNPAVDEGMRYFASQM NA NA NA NA NA D1-12_02836 339 hypothetical protein ATGATCTATGAAGAATTCCCGCATGTTGTCACGTTTCAGCGGGTGGAAAAGGTGCCGGACGGCGGCGGGGGCTATGTTGAAAAATTCACTGATTATCTCACAACAGAGGCTTTTGTTGGTGGGGTTACGTCCCGGGAATATTATCAGGCTCAGCAACTTCAGAACCCGGTTGATTGCAATGTATATTTCCCGTATCGCCATGATATTGAGAAGACAATGCGGATCATCTACGAAAACAAGGTGCTGACTTTCAAATCAGATCCGATCGACCAGGGCGGCATGCATGAGATTATGAATTTGAAATGTCAGGTTACGGGGGTGCTTAAGGGCAATGGCTGA MIYEEFPHVVTFQRVEKVPDGGGGYVEKFTDYLTTEAFVGGVTSREYYQAQQLQNPVDCNVYFPYRHDIEKTMRIIYENKVLTFKSDPIDQGGMHEIMNLKCQVTGVLKGNG NA NA NA NA NA D1-12_02837 300 hypothetical protein GTGGACATCGCACAAGTAAAGCGATTGGCGGAGATTAAGACAGATAGGCATGACGAATATTTGTCTGAAATAGTCCCTATTTTGATTGAGTCTGCCAGTGATTTTTGTAGCAACACTTTCGATCCGGAGGCTTTGCCAGCTGGCGTGAAGCTTTTTGTTGCGAAGGCTGCAGAATATAACATGAATCCTTCTGGACTCTCGGGAAGAAGCATGGGGGATGTGTCGTATTCGTACAATACAGAATTTCCTCGGTACATCACTAAACACCTTACGCCATATCGAAGGCTGAGAGTTAAATGA MDIAQVKRLAEIKTDRHDEYLSEIVPILIESASDFCSNTFDPEALPAGVKLFVAKAAEYNMNPSGLSGRSMGDVSYSYNTEFPRYITKHLTPYRRLRVK NA NA NA NA NA D1-12_02838 252 hypothetical protein ATGAAAGCATCTAACGGTTCCAAAACCATTGAATGCACTGAAAAGGCTTTTGAGGTGGTTTATTCTCACATTGGCTTTAAGAGAGTGGATGAGGTCAAGAAGCCAGCTGCCGATCTTCTTGATATGACTGAGGCTCAACTGCAGAAGGTAAACAAAGATGAGATTATTGCTTTCTTGAAAGAGAATGAATATGATTTTGACACTAAAGCGCCTAAAGACGAACTGATCAAGATTGTCTTAGGTGAAGAGTAG MKASNGSKTIECTEKAFEVVYSHIGFKRVDEVKKPAADLLDMTEAQLQKVNKDEIIAFLKENEYDFDTKAPKDELIKIVLGEE NA NA NA NA NA D1-12_02839 336 hypothetical protein ATGGGATACACATCTAAAAACTATAAAACTAATAACGGCGACAAATTGGTGATCGGCGGCGAGCTTGAAATAAAAGAGGGTGCGAAGGTGACCGGGTTATCGGGGTCTGCGCCTGCTCCTAAAACTATCACTTCGGAAATGATCGGCGACGGAGAAGTGAAAAACATCAATATCGGTGATGGTTCTGTCCAAAATCGTAACATCGGCACTGGTAGTGTACAAAATGCCAACATCGGTGCCAAGGCAGTTACTTTAGCTAAACTCGGTGACGATGTGACAGCCAAACTATCTGATTTAGAGAATCGGATAAAAGTACTGGAAGGAGGCGGCGCGTGA MGYTSKNYKTNNGDKLVIGGELEIKEGAKVTGLSGSAPAPKTITSEMIGDGEVKNINIGDGSVQNRNIGTGSVQNANIGAKAVTLAKLGDDVTAKLSDLENRIKVLEGGGA NA NA NA NA NA D1-12_02840 918 hypothetical protein ATGCCGACATTCGATCCAAACAATGTATTATTGCAAGACGCAGTAAACGGGAAAGTTCCAACTGAACAAGGAACGCTAGTTTTAAAGGAGTTTATGACGCAATCAGCTGTCACGAAACTAGCAAAATTTGAAGAAATGAATAAGCCGGAAAAAGAATTCACGTACTTAGCTTCTGGACCAGGGGCTTACTGGGTTGGAGAAGGAGAGAGAATCCAAACGTCTAAGGCTGAATGGTTAACAGCAAAAATGACTTCAAAGAAAATAGGCGTAATCATTCCGGTGTCTAAGGAATTTTTGCGTTACACTATCGCTGATTTCTTCACACAAATGCGCTCTTCAATCGCTGAAGCCTTTGCGATTAAATTCGATCAGGCTGCGTTATTCGGTATTAACTCACCATTTGGTAAAGGCGTATCTGTATTTGAAAAGATTCAAAAGTCTGGTAATACTATTGCCTTGAATTCATTGGGAAACCTATATGACGAACTAAACGGGTTAATGGCGCTTGTTGAGGATGCTGATAAGGATGTGAACGGTTTTACAACAACACGCCGTTTCCGTCAAAAACTTCGCGGCACAAAGGATGGTAACGGTCTTCCGATCTTCAACGATGCAACAGGCGGCGCCACACAGCAGGCTCTTGGACTTCCGATCGGATATGTGGATTCTAAGTCATGGGATTACGAAAAAGCGGCATTGCTTGCAGCTGACTGGAATTACACTCGTTTTGGTATCCCTCAGGGTATGGAATACAAAATCTCCGAGGATGCGACATTAACAACGGCGAAAGGCGAAGACGGCGCAGAAATCAACCTATTTGAGCGTGATATGGTTGCTCTTCGTGTGACTCAGCAAGTCGGATTCATGACATTGACCGATGATGCTTTTGCTGCTATTACACCAGCAACGGAGGCGTAA MPTFDPNNVLLQDAVNGKVPTEQGTLVLKEFMTQSAVTKLAKFEEMNKPEKEFTYLASGPGAYWVGEGERIQTSKAEWLTAKMTSKKIGVIIPVSKEFLRYTIADFFTQMRSSIAEAFAIKFDQAALFGINSPFGKGVSVFEKIQKSGNTIALNSLGNLYDELNGLMALVEDADKDVNGFTTTRRFRQKLRGTKDGNGLPIFNDATGGATQQALGLPIGYVDSKSWDYEKAALLAADWNYTRFGIPQGMEYKISEDATLTTAKGEDGAEINLFERDMVALRVTQQVGFMTLTDDAFAAITPATEA NA NA NA NA NA D1-12_02841 582 hypothetical protein ATGCCAACATTAGACGAAGTGAAAAAATTTTTCGAAGAAAATAAAGAGAACGAAGAAGTAAAAGGATTTGTAGGAGAACTTTCAGCCGTATCAGCAGATAAGGTGGAAGGGTTCCTCGAAACAGACGAAGGGAAACGACTTATTCAGCCTCGATTGGATTCCCATTTTACGAAAGGCCTTGAGACATGGAAGGCGAACAACCTTGATGCTCTGGTTGATGCAAAAGTAAAAGAGCTTTATCCGGAAGAAACAGAGGAACAAAAGCGCATCAGGAAGCTAGAAAAAGAGCTGGAGGATCAAAAGACAGCAGCACAACGTGAAAAGCTTTTAAACAAAGCTGTCTCTTATGCTTCTGAAAAGCAACTGCCGGCAGATGTAGTGGAATTCTTTATCGGTGAGGATGAAGAATCAACGATGAAGAACCTCGGAGCATTCGAAGAGAAGTACAACGCTGCACTTCAAAAGGCTATTGAATCCAAGTTTCAAGAGAATGGCCGTGATGTCCAGTCCGGCAGCAATGAACCGACAAATCAAGATTTAGACATCAGCTCGCTTGCAGCTGAAGCAAGTATTAGAAAATAA MPTLDEVKKFFEENKENEEVKGFVGELSAVSADKVEGFLETDEGKRLIQPRLDSHFTKGLETWKANNLDALVDAKVKELYPEETEEQKRIRKLEKELEDQKTAAQREKLLNKAVSYASEKQLPADVVEFFIGEDEESTMKNLGAFEEKYNAALQKAIESKFQENGRDVQSGSNEPTNQDLDISSLAAEASIRK NA NA NA NA NA D1-12_02842 282 hypothetical protein ATGAAAGTGAATGAACGTATTCAATATTTGCTTGAAATGCTGAATTGCGCTATTCGTTACGATGACTCTGATAGTTACGACGAGATTATGAGTGAGCTGAAACAAACACTGTTGCCAACAAAAACATTCGATGCAAAAAAAGCCAAAAAGCTTATTGAATCACAGGATATGTACAGGGCTAACTTAGAGGAGCTTGAAAAACAGAATGAACAAAGCAGTCTGACCGTTATTTTTAAGGGTGAAGCGTTGCAAAATTACCAGTTGTATAAAGATAGTCATTAA MKVNERIQYLLEMLNCAIRYDDSDSYDEIMSELKQTLLPTKTFDAKKAKKLIESQDMYRANLEELEKQNEQSSLTVIFKGEALQNYQLYKDSH NA NA NA NA NA D1-12_02843 921 hypothetical protein ATGAACCAGAATGATATTGATAAGTATCTGGACGACATGATCACTGAGGATGCTCAAAAGATTGATGTCGTTTTTGCATCTCGCTTAAAGGAGATCAATGCACAAATTGCCCGGCTGTATGCGAAGTACAGTAAGGACGGCCAGCTTACTTTAGCCGATGCCAACAAATACAATCGTCTGAACAAGGAAATGGAGAGGATGGCCGAGGAATCCCACAAGGCCTTTAAAACCATTCTGACTATTGTTGAGGCATTAGCAGCCAAGCAGTTTTTAGAGAATTATATGCGTTCTGCTTATCTATTTGAAATGGAATCCGTGGTTAACTTGGGTTTTAGCATCCCGACAGCCGAAGTCATTCGGCAGGCCATTCTAAACCCTATAGCTGAATTGACTTTGTCAGCGATATACAGGCGGCATCGAGACGATTATGTCCGGCAGATTCAAATTTCCGTCGCACAGGGCCTACAAGCGGGGGAGGATTATTCCAAGATCGCCCGCCGCATTGAAAGAGCGACCGAATTTGCCCGCAGGAAAGCCCGTGACGTGGCGAGAACAGAAGCTCATAGGGTACAAGTCTCGGCGAGGATGGAAAGCGCTGAAAAGGCCTCGAAACGGAGCAATCTTAAAAAGATGTGGAATGCTACCCTTGATCTTAAAACACGAGCCGGGCACAGGAAACTGGACGGCAAGACTGTTGAACGAAATGGGCTATTCAAATCTATTTACGGCGGCGTCGGCCCGGCTCCGGGGCACATGAATAATGCGAAAGATGACATAAACTGCCGTTGTACGATTGCTTTTAAAGTAAACGGCGTGCTGCCGGATACGAGAAGGGCGAGGGAAGGCGGCAGCGGGGCAGGCCAAACAATCCCATACCAAACCTATGAAGAGTGGTACAAATCCATTGAGGAAAAGGGGTAA MNQNDIDKYLDDMITEDAQKIDVVFASRLKEINAQIARLYAKYSKDGQLTLADANKYNRLNKEMERMAEESHKAFKTILTIVEALAAKQFLENYMRSAYLFEMESVVNLGFSIPTAEVIRQAILNPIAELTLSAIYRRHRDDYVRQIQISVAQGLQAGEDYSKIARRIERATEFARRKARDVARTEAHRVQVSARMESAEKASKRSNLKKMWNATLDLKTRAGHRKLDGKTVERNGLFKSIYGGVGPAPGHMNNAKDDINCRCTIAFKVNGVLPDTRRAREGGSGAGQTIPYQTYEEWYKSIEEKG NA NA NA NA NA D1-12_02844 1404 hypothetical protein ATGAATCAGTTTATAGACATGATTGAGCAGTCCGGCATAACGCCTGAATTGATTGACAAGATCATTCAGGAACATAAGCCAGATCATGACAGAATGAAAAAGCTTTATGAACGGTACGAGGCTGAGGTTCAAGGCGTTCCGATCTTATCCAGAGAAGCCATTGAATACGAGGATTTTGAAACAGGAAAATTAAAACGTATTGATCATAAAGTAAACAATCGGCTGAACAACTCGTTTGACTCTGAAATCATTGATACAAAAGTGGGCTATCTGTTTGGTCATCCCATTGCATATGAGTTTGATGAGAGTGATGCGACAAGCACTGCAATACCTGTAAAACAGCTGATCGAAGATTTTAATATGGAAAATAACATTGCTGATGAAGACAGCGAGTGGGGGAAGATGGCTTCTATTTGCGGTTACGGCGCCCGTCTCGCTTATGTTGATCGCTCCGGAAACGAGCGTGTAAAAAATATTGATCCATGGGAATGCGCCTTTATTACTGACGGAAGCATCCATGAACCTACTTACGCTTTGCGATACTACACGGTGTACGGCGGCAAGACCAAAGCAGAATTCTATGATGAGAAATATGTCTATTATTTCAGTACGAAAGACAGCTCGGCCTTCACTTTTGATAAAAAGGTCTTGCATCTTTTTGATGGCTGCCCCTTATTTGGTTTAGCAAATAACAAGGAGTTAAAGGGAGATGCAGAAAAGGTTCTTTCGTTAATTGATGCGTATGACCGCACATTGTCCGATGCATCGAATGAGATTGAACAATACCGGCTGGCATATCTGATTTTAAAAGGGCTTGGTGCTGATGAAGAGACGCTTGACCAGCTCAAAAAGAGCGGAGTCCTTGAATTGTATGACGAAAAAGATGACGTAAGCTATCTGACAAAGGATATAAACGATGCCATCATAGAAAACCATCTTGATAGGTTAGAAGAGAATATACTGCGCTTTGCGAAATCAGTCAATTTCTCCGATGAATCTTTTGGCGGGAATGTTTCAGGGGTTGCGATGAAATATAAATTGATGTCGCTTGAAAACAAATGCATCACGATGGAGCGGAAAATGACTGCTGCTCTGCGTTATCAATACAAACTGATCTTTTCCGCATGGGGCACTAAAAGGCAAGCGGCAGCGGAAGATTATAAAAAAGTTTGGTTTGGATTTAAGAGAAACCTTCCGGCAAATGTACTGGAAGAAGCAAACACGACGGGACAGCTTAAAGGAATGGTAAGTGAAGAAACTCGCCTGTCTCTGTTGTCGTTTGTTGATGATGTCCAGTATGAGCTGAAGAAGATGGAAGAGGAAGAAGAGGAATACAGGCTCAATATGCCGCCGTTAACGGATGTGGAAACAGACGCGGGCGGTGATGAAGATGAACCAGAATGA MNQFIDMIEQSGITPELIDKIIQEHKPDHDRMKKLYERYEAEVQGVPILSREAIEYEDFETGKLKRIDHKVNNRLNNSFDSEIIDTKVGYLFGHPIAYEFDESDATSTAIPVKQLIEDFNMENNIADEDSEWGKMASICGYGARLAYVDRSGNERVKNIDPWECAFITDGSIHEPTYALRYYTVYGGKTKAEFYDEKYVYYFSTKDSSAFTFDKKVLHLFDGCPLFGLANNKELKGDAEKVLSLIDAYDRTLSDASNEIEQYRLAYLILKGLGADEETLDQLKKSGVLELYDEKDDVSYLTKDINDAIIENHLDRLEENILRFAKSVNFSDESFGGNVSGVAMKYKLMSLENKCITMERKMTAALRYQYKLIFSAWGTKRQAAAEDYKKVWFGFKRNLPANVLEEANTTGQLKGMVSEETRLSLLSFVDDVQYELKKMEEEEEEYRLNMPPLTDVETDAGGDEDEPE NA NA NA NA NA D1-12_02845 1209 hypothetical protein ATGGAACTGAATAAAAAGCAAAAAGAAGTTTGGGACAGCTTTATTAAAGAGCAACCCAAAATTCTAATTTGTAGCGGTGCAAAGAGGGCAGGAAAAACATTCGTGCTCCTTTTGGCGTTTCTTGCTCACGTCAGTAAGTATCAAAATATGGGCCTGAATTTTATCATTGGCGGTGCGAATCTGGGAACTATCAGGCGGAACGTTCTGACTGATTTAGAGCAGATTCTTGGGAAGGAATTGAAGCTCAATATGTCAAGCGCCGTTGAGATATTCGGTAATCAGGTATATTGCTTTGACGGAGCAAACGCAAATTCATGGAAAAAAGCGCGGGGATTCACGTCAGCCGGTGCGTTTCTGAATGAGGCGACTGCCCTGCATGATTCATTTGTAAAGGAAGTCATTTCCCGGTGCTCTTATAAAGGTGCTGTGGTCATGATGGATACAAACCCCGAAAACCCGATGCATACCGTCAAAACCGATTATATCGACAAAGACGGGCAAAGATTGAAGAGCGGCCGGCTGAACATCCGGTCATTTCATTTCTCGCTGTTCGATAACAATTTTCTCGATCCGGAATATGTGGAGAGCATCGTGGCATCGACGCCGAGCGGCATGTTTACAGATCGGGATATACACGGTTATTGGGTGGCGCCTGAAGGAGTCATATACAAGGATTTCAATAAGGATATTCACTATATCAGCTCTGAGGAATTGGAAAACAGGCGCGTCAATTTCAAAAAGTATTTTGCGGGCGTTGACTGGGGATATGAGCACCCGGGTTCTATTGTTGTAATCGGACAAGATGACCAGGGGTGTTTTTATTTGCTCGAAGAATATGCCAAGCAACATGAGGAAATTGATTACTGGGTGAAGATAGCGAAGGACATCAAAGAGCGATACGGCAACATCAATTTCTACTGCGATACTGCGCGGCCGGAACACGTTCATCGGTTCCGCAGGGAGAAACTGCGTGCATTGAACGCTGATAAGGCGGTCATATCCGGTATCGAGGAAGTGGCGCGGCTGTTTAAGCGACATGAATTGTTCATCGTGAAAGATAAGGTCGCTCGCTTCGAAAAGGAAATTTTTATGTATGTTTGGAATCAAAAGACTGGCGATCCTGTGAAGGAATGGGACGACGTGCTGGACTCACTCCGGTACGCTCTGTATTCGCATAATAAACCGAAAAGGCGGAAAGGGGTGAGCTGA MELNKKQKEVWDSFIKEQPKILICSGAKRAGKTFVLLLAFLAHVSKYQNMGLNFIIGGANLGTIRRNVLTDLEQILGKELKLNMSSAVEIFGNQVYCFDGANANSWKKARGFTSAGAFLNEATALHDSFVKEVISRCSYKGAVVMMDTNPENPMHTVKTDYIDKDGQRLKSGRLNIRSFHFSLFDNNFLDPEYVESIVASTPSGMFTDRDIHGYWVAPEGVIYKDFNKDIHYISSEELENRRVNFKKYFAGVDWGYEHPGSIVVIGQDDQGCFYLLEEYAKQHEEIDYWVKIAKDIKERYGNINFYCDTARPEHVHRFRREKLRALNADKAVISGIEEVARLFKRHELFIVKDKVARFEKEIFMYVWNQKTGDPVKEWDDVLDSLRYALYSHNKPKRRKGVS NA NA NA NA NA D1-12_02846 762 hypothetical protein ATGGCTGAAAAGCACATTCAGGCGCAGAAAGATTACGTCAAAGGTATGAAATACAAGGACCTTGCCGAGAAATACGGGGTGTCAGTTAACACCATTAAATCGTGGAAGCAGCGGCATGGTTGGGAAAGAAAAAAGGGTGCACCCACTGAAAAAAGTGTGCACACAAAAAAGGCAGGCGCACCACCCGGCAATAAGAATGCATTAGGGAACAACGGCGGCGCACCACAGAGGAATCAAAACGCTGTGACTCACGGCTTTTTCTCTAAATTCCTGCCAGAAGAAACGCTTGAGATTATGGAAGAGATTCAGGAGCGTTCGCCTGCTGATATGATATGGGATCAAATTCAGATTCAATATGCAGCCATTATCCGGGCGCAGCGCATTATGTTCGTGCAGGATAAAGATGATCTTGCGAAAGAGCTGAAAAAGGCGAAATACGTTTATCAACCTCAAGAGGACGAAGATGGCAACGAGTATTTTGAAAAGTCTATTGCTGAAGAAGAGTTTGAAATACAATTTGCTTGGGATCGTCATGCGACTCTCTTAAACGCTCAATCTCGGGCAATGGGAGAGCTCCGGAGCCTGATCAAACAGTTCGACCAGCTGGCGCATGAGCAAGATGAGCGGCGCCTCAAATTGGAACAAATGCGCTTGAATATCGAGAAGACGAAGAAAGCTGTTAACGGCGGCGACGGAAACACCCAAGAAAATGATATTGCCGCAATGTTGAGGAAAATGGTGAACGCCGATGGAACTGAATAA MAEKHIQAQKDYVKGMKYKDLAEKYGVSVNTIKSWKQRHGWERKKGAPTEKSVHTKKAGAPPGNKNALGNNGGAPQRNQNAVTHGFFSKFLPEETLEIMEEIQERSPADMIWDQIQIQYAAIIRAQRIMFVQDKDDLAKELKKAKYVYQPQEDEDGNEYFEKSIAEEEFEIQFAWDRHATLLNAQSRAMGELRSLIKQFDQLAHEQDERRLKLEQMRLNIEKTKKAVNGGDGNTQENDIAAMLRKMVNADGTE NA NA NA NA NA D1-12_02847 231 hypothetical protein GTGAATCTTATTCAAGTTAACAATTCAGAATATGAGCATCAAGGATATGGAGCCGGTAGTGGCGACGTGATAAGAGAAGAATATAAATGTCCTTGTGGAAGTGGACTAGTAGTTTATGAAAAAGAAAATATTCCCGGTTTCAGAAGTACCGAGATTGATTGTTATTGCAAGCAATGTAATGAGAAATACGATTTCGGTAGAGGAACAGCAACATTAAAAAATAATTATTAG MNLIQVNNSEYEHQGYGAGSGDVIREEYKCPCGSGLVVYEKENIPGFRSTEIDCYCKQCNEKYDFGRGTATLKNNY NA NA NA NA NA D1-12_02848 459 hypothetical protein GTGTTTCTAATCGATAATGTATTAATTATTCTCTTAGCAATGGCCTTGTTTTTTGTAATATTTACTTTCTTTAATATTTATACTTTCGCGAAAGATTTTTTAACATCTGTATTCCTTACATTTATCTTCCTGGATTTGTTTTTTAAGATGCCATTAAAGGCAGTGAATTCTGTTTATGGTGATCGTGAAAAACTATTGGAAGCATTGAAGAATGATACAAAGTTAACTGATGAACAAAAAAACAAAATTAGACACATTTTAGCAAGACGATATAGACTTTTTATCGCTTTGTATAAAGCTGGTGAGTTTTCTTATACAGAATTAATGATAAGTTTAACAGATTGGTTCAAAAATAAACCATTTAGGGTTAAGGTGCGTATCTCTGCAGCGAAAGAAAAAAAGAAAACTTATGAAAGCAAATATCTAAACGAAAAAAGGAAAAAGACTTTATTTGCTTAG MFLIDNVLIILLAMALFFVIFTFFNIYTFAKDFLTSVFLTFIFLDLFFKMPLKAVNSVYGDREKLLEALKNDTKLTDEQKNKIRHILARRYRLFIALYKAGEFSYTELMISLTDWFKNKPFRVKVRISAAKEKKKTYESKYLNEKRKKTLFA NA NA NA NA NA D1-12_02849 474 hypothetical protein TTGAGATCTGTTAAATCTATAATTTTTATAATTGGCCTTTTCTTGGCGAATTATGTGGGAGGAATACCACAAGATGCAAGAAATTTGTTTATTACACAAACCATATTTTTCGCACCGTACCTTGTTGATTTTCATCCACTGACAAAATTAAAATCACCTTTAAGATTTTTAACTTTAATTATTTGGTTGGCAGGAATAATAATATTTGCAGCGAATATATTGGGTATAGCAGGGATACTGACAATTATTGATTCAAAAGTTACATTTAACCCTGACTATGTGTTTCCGATACCACTCGATCTAAAAGTTAAGACTTATTTGGTGAACGCTGGAATTGTTTACGGTGCTGTGTTTATGGGTACACTTTTATTAAATTACACAAAAGTTTACGATGAGAATATAATGAAAAAGAAAGAAAACAAAAAGAAGAAACAACATGCTTCTAATAACGGGGTAGTTCTAGAGAGGGGCTGA MRSVKSIIFIIGLFLANYVGGIPQDARNLFITQTIFFAPYLVDFHPLTKLKSPLRFLTLIIWLAGIIIFAANILGIAGILTIIDSKVTFNPDYVFPIPLDLKVKTYLVNAGIVYGAVFMGTLLLNYTKVYDENIMKKKENKKKKQHASNNGVVLERG NA NA NA NA NA D1-12_02850 213 hypothetical protein GTGTACAGTCTTAAAGAGCGTGATGCAATTAAAAAGTTTTTGAATGAGGAGATCGTTAATACAAGTGAAGCGATTGAAATATTAGGCTTTACTCGTCAATATCTTAATCAGCTAATTAAAACAGGTCAACTTGAACCGGTTAAAGAAATGCCGAGGGACAGGCTTTTTATTAAAGAGGATATATTGGAATTCCAGAAGCATAGGAAGAAATGA MYSLKERDAIKKFLNEEIVNTSEAIEILGFTRQYLNQLIKTGQLEPVKEMPRDRLFIKEDILEFQKHRKK NA NA NA NA NA D1-12_02851 138 hypothetical protein GTGGCTAAAATCGCAGTGATACTGGGCATCATACTTACAGCACTCACTATCTTTGAAAAAATTCTCATCATCAGAGAAAAGCTTAAAACAAAAAAGCCCAAAATCAAAAGACGCAGACCTCGCAGAAAGCGTACATGA MAKIAVILGIILTALTIFEKILIIREKLKTKKPKIKRRRPRRKRT NA NA NA NA NA D1-12_02852 516 hypothetical protein ATGCAAGATTTAATCATTGAGTACAAACGAGCTTTAAGAGAAACAAGAAAAATGTATCGGCTCTACAAAGATACAGCTGAAGTCAATCTGACGGCTGAACAGATCAACGACAAAAAGATTATCAGTAGTATGATCAGTGACATTGAATTCACTCTTGAATGGCTGCAGAACGGAAGACAGCCGGGCGCTCGCCGAGGTGCTGACAGAAGAGACGCATATCAAAGGACGATTCTTGCTGATCCGCGCTTAATTGATGCGCTGCCGGAAGAATACGCAATCGTTCAAGAGGCTGAGGGAGAGGTAAGTGATTGGGATAAGGAAAGAATCGCTGATGCCCTATCCGTGCTTACCGAAAGAGAAAAAGACATTTTCATGATGCACGCTGTGCAAAACATGTCATTCGAAGAGATAGCGCAGATATTGGGGATTAAAAAAGGAACCGTGCAGAAGAACATCGAACGTTCCCGCCTGAAAATGAAAAATAGAGCAGATCACAGCCTATTCTGTTTAGCATGA MQDLIIEYKRALRETRKMYRLYKDTAEVNLTAEQINDKKIISSMISDIEFTLEWLQNGRQPGARRGADRRDAYQRTILADPRLIDALPEEYAIVQEAEGEVSDWDKERIADALSVLTEREKDIFMMHAVQNMSFEEIAQILGIKKGTVQKNIERSRLKMKNRADHSLFCLA PGPT0011755_55 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS_RELATED_FUNCTIONS,PGPT0011755-xpf-K24072 NA NA D1-12_02853 129 hypothetical protein ATGAAGCAGAAAAAGAAAAAGCCCAATAAAAACACGCAGGAGCGATCTGAACGCTTTTGGCAGCAAATGATGGGACAAGACATGCAAAGACTTAAACGAGGCAAGGGCGGCGCATTTAAGCGCAAATAA MKQKKKKPNKNTQERSERFWQQMMGQDMQRLKRGKGGAFKRK NA NA NA NA NA D1-12_02854 276 hypothetical protein ATGAAGAAGTACGAGGGGAAAGAAGTCACAAAAATGCAAAAAGTCTTGAAAAAAGTGACATGCGATACTTGTGGGAGGACTATCATTATAAATGATCGGTCAAACCATTACTATGAAGTCGCGACACATCATAGCAGGTGGGGAAACGAAAGTATAGACAGTTATAGGTATTTAGATTTTTGCAGTTATGAATGTCTTCTCGAAAACATGAATGACTATTTCAAAAATGGCGCTGATACAGATTGTTACGAAATTCAATTTGTATATGGAGATTAG MKKYEGKEVTKMQKVLKKVTCDTCGRTIIINDRSNHYYEVATHHSRWGNESIDSYRYLDFCSYECLLENMNDYFKNGADTDCYEIQFVYGD NA NA NA NA NA D1-12_02855 183 hypothetical protein ATGACGCTAAGAATAGTTTTTATGCTGATGGGGTTAGGATTCTGGTTTTATTTTCAGTACGAATACAGGCCGGACATGAAGGCGAATATCACATTAATAGGCTCAATCATTGCATTCACGGCCGCGGCGTTTTTTCAAGATATTGATAAGTATGTAGAGAAGAATAAGAACGAATCTAACTGA MTLRIVFMLMGLGFWFYFQYEYRPDMKANITLIGSIIAFTAAAFFQDIDKYVEKNKNESN NA NA NA NA NA D1-12_02856 435 hypothetical protein ATGAAAAAACTATTTAAATCAATCATTCTATCAGCAGCATTACTTATGGGAGCGGCGGCCGTTGCGCCGTCTGCTTCCGCAGCATGGTCAGGCTGGCAAAATGAATCCGGGTACAGCGGCAGGGTGTTTACAGATGCCGCGACATACACGGCCGGCGCCTCAACGGTGGACTGGAAAGCCGAGAAAAAAGGATCAAGGACACTTTATTACACGGCTGGCGTATACAAGAAGCGTAGCGGCGGCGGGCTTACTGATACAAATTTAGTACAGCGGGGCAGCTTCAAAACGGCAACGCCTCTGAAATCATTCAACGTGAAAACGATCCGAAATAAGACCGGGAAAGGAACCTATGTCATCCAGCTGGACTGCTACTCTGATTCTGGCAAGCGGAACTACATCGGGACATTTGAATCAGCAAAATTTCAAATCAAATAA MKKLFKSIILSAALLMGAAAVAPSASAAWSGWQNESGYSGRVFTDAATYTAGASTVDWKAEKKGSRTLYYTAGVYKKRSGGGLTDTNLVQRGSFKTATPLKSFNVKTIRNKTGKGTYVIQLDCYSDSGKRNYIGTFESAKFQIK NA NA NA NA NA D1-12_02857 225 hypothetical protein ATGAAGAAAAATGAATCAGTTTCAGTTATTGACGCAATCAAATGCCCGCATTGCGGAAATTTAATGGACTATGATCCTTATCTTAATCTTGATGAATGGGATTTGTCAGGTGAATTCGAAATGGATTGTGAAAAGTGCCGCAAGCCTTTTCATGTGGATTTTTGTAGTGCGTTTCATTTCACTTCTGAAAAAATAAATAGAGTATCCGAAAGGACGGAGGATTAA MKKNESVSVIDAIKCPHCGNLMDYDPYLNLDEWDLSGEFEMDCEKCRKPFHVDFCSAFHFTSEKINRVSERTED NA NA NA NA NA D1-12_02858 375 hypothetical protein GTGAAGACTGCATTATTCCCTGAGCCGTACAGCCCCATGATGGCTATAACAGCCAAAAAGCCGAATGATGAACCTTTGACGGCTGCTGTTCTTTTTAAATCAATGGACCAAGTATTTGCAGAAATAGAACCTGAAGCGCAACCGGAAATATTTGCCGACCCAATAACTCAGAGGGAATACGAAAGAAAAATGAGCAAAGACATTAAAATCTGGCACGGCTCGGAAATAATATGGGCTTTTGACAGAGAGGATATAGTGGCCATCAAAGAAATTCCCGGTGGCTCTCGGTTGGAATTGAAGAACGGCGACTGGTTCAATAGCATGAATTCGGTCCAAAAAATGAAAGAGATTCTGGGATTGGGGGAAACAAAATGA MKTALFPEPYSPMMAITAKKPNDEPLTAAVLFKSMDQVFAEIEPEAQPEIFADPITQREYERKMSKDIKIWHGSEIIWAFDREDIVAIKEIPGGSRLELKNGDWFNSMNSVQKMKEILGLGETK NA NA NA NA NA D1-12_02859 183 hypothetical protein ATGCCAAAAGTGAATGGAACATTGATCGGATACCATTGCGACGACTGCGAGGAATGGACATTCTTAGAAAGGCCTTCCAGCACGTCCGAAATTTATTGCCCTTTTTGTGGAGAACAAACTCTTGCGATAGATTCTGACGATTTAAGTTTACTGGAAGAGGCAATGAAGGAGGGGGCGGAGTGA MPKVNGTLIGYHCDDCEEWTFLERPSSTSEIYCPFCGEQTLAIDSDDLSLLEEAMKEGAE NA NA NA NA NA D1-12_02860 219 hypothetical protein ATGGCATACAAAGATAAATCAATTCAACTTTTCAATCTGTTTGATGAATTGAGCGAACAGGTTAACAACGTCATGCATGACGCGGTGATTTACAGAAAGCGAAACAGACTCAATGTGATAGATCAAGGTGCAAAAGAGGCCGAGCGGATCACGAAAGAGATTCAAATACTTGTGAATTCGATGCGGCGGAAGAAGGTGGACACGGAATGCCAAAAGTGA MAYKDKSIQLFNLFDELSEQVNNVMHDAVIYRKRNRLNVIDQGAKEAERITKEIQILVNSMRRKKVDTECQK NA NA NA NA NA D1-12_02861 279 hypothetical protein ATGACAAAGACAAAAATCACAATCAAAACAAGCGATAAGGTTGAGGTCACACAGGAACAGGCGCGGGCGATTGAGGAAGGGATAAAATGCTATGAAGATCAGGGTCTTTTGAAACGCGGAGATCGACTATATAGGCTTTTTGTTTTTGAACATTGGAGAGTGAAGAATGGAAAAACCGATCCGTGGGAAGGCGTATTCGAACCACTAAACAGCATGTCCGCTTACGAACTGAACAGGGCTCTCTTGAAAGGCTATATCATTAAGGAGGGCGCGGAGTGA MTKTKITIKTSDKVEVTQEQARAIEEGIKCYEDQGLLKRGDRLYRLFVFEHWRVKNGKTDPWEGVFEPLNSMSAYELNRALLKGYIIKEGAE NA NA NA NA NA D1-12_02862 336 hypothetical protein ATGAACCACACCGACAACCCGATCATTTCAGACATCCAAACATTTGAAGGGGGAAGAACAATGAAATTTTATGAAATCCATGATCCATATTACGCGCTTATCAAAGCGAAAGACGAGGCGGATGCTGAAAGGATTTACAACGAGTATATTTCTGACACGGACGATTACGAAAATTTTCAAGACGATGAAATCCGAGAAGTGGAACGAGACTATGCGCTCATTATGTATTCGCAAGTAAAGGGTGAAGATGGAGAGCTGATGTCTTACACCTATATTTCAGGGACTTTCAACAATCCGGACATTGAAGTCCTTATCATGGACGGTTCGCTCCTATGA MNHTDNPIISDIQTFEGGRTMKFYEIHDPYYALIKAKDEADAERIYNEYISDTDDYENFQDDEIREVERDYALIMYSQVKGEDGELMSYTYISGTFNNPDIEVLIMDGSLL NA NA NA NA NA D1-12_02863 219 hypothetical protein ATGAAAATAGGGAGCATCTCATCAACGGAAAGTAAACCATGTGCATTGTGCAATAGAAAAACTAGCACATATAAAATCTATGAACAGTCCAACATAGCCATAAAAATTCTTCTGTGCGATACAGAAGAGAGAAAATGTTTCCGCGTAACAGATGTGAAAGACATAGCTGCTCTCGCTTTGAAAATGATCAAAAAAGTTATACCGGGGGCAGCGGAATGA MKIGSISSTESKPCALCNRKTSTYKIYEQSNIAIKILLCDTEERKCFRVTDVKDIAALALKMIKKVIPGAAE NA NA NA NA NA D1-12_02864 255 hypothetical protein ATGCCATTACAAGTAGAACTGCAACGGAACGTGAAGGCCACGAAGGACGAAGCAATGACCGTCGAGCAGGCGGCCGAGCTTTTAAAGGTTCACCCGGACTACATCCCGACGCTTGTCGCGCGGTCTGACGATCTGAAAATGATCGGCGACCATACCATTATCGCTAAACGGGATAAAACAAATATCTGGCTGGTCGGGGCATGCGTGGGGCTTTTCTTCTTCGCTGTCTCTGTTCTGCCGGGATTGATGGGGTGA MPLQVELQRNVKATKDEAMTVEQAAELLKVHPDYIPTLVARSDDLKMIGDHTIIAKRDKTNIWLVGACVGLFFFAVSVLPGLMG NA NA NA NA NA D1-12_02865 228 hypothetical protein ATGAGCGAATTATCCCAAGAACAAACTTGTCCGTATTGCGATTGCACAGAAGAAGCATACCATTCTAACTGGGATTCAGACAGCGACGGGATCGTAACATGCACGAGTTGTTATAAAGAATATTATTCAATGCCCAAATATCACTTTGAGGGTTGGCAGGTTGAAAAAATATGCGAAGAATGCGGTCATGAAGAAAGTGAATGCCATTGCGAGGGGGAAGAAAAATGA MSELSQEQTCPYCDCTEEAYHSNWDSDSDGIVTCTSCYKEYYSMPKYHFEGWQVEKICEECGHEESECHCEGEEK NA NA NA NA NA D1-12_02866 231 hypothetical protein ATGAAGACAAGAAAAGTAACGATTCCCGCCCGCGATACCAATGGTTTCCTGATCGGGTTCAAGGAAGTTAATGCACTTTGGGAATGCCCTACTTGTGGCGGGGAAATGGGAAATCCTCAGCTCACGCAGCACGCTGAGGACGGATTTTTCGGCCAAGTTCATACTTGGGAAAATCCCTGCGGACATATAGCTCATTATAAAAATCTGCAGATTGCAGGTGATGCGGAATGA MKTRKVTIPARDTNGFLIGFKEVNALWECPTCGGEMGNPQLTQHAEDGFFGQVHTWENPCGHIAHYKNLQIAGDAE NA NA NA NA NA D1-12_02867 384 hypothetical protein ATGGATAAATTACAGGAAATTATAAGCGACTTGTCATTGTGGCACTTAGCTTCAAAAGAGGAATTGAAGCCACTCGATATAAATGCAGGACCTTGCTATATCATCGAGCAGAGTTATGTCAAAGACATAATGATCGGCTACATGAGAAAACAGCAGGCAATCATTGAGGAACACCAACGCCAGCAGGAAGTAACGGTCAATCAGTTTCGGCAGGCTCAGGAAGATATTAAGTTGCTGCAGGCGGAGAACAAGCGTTATAGAAACGCATTAGAATTTTACGCTAATGAAACGACGTATACAAACGAATTTGAAGACTGTCCACCAGCTGTCGAACTCGACGGAGGGCAAACGGCCAGAAAAGCATTGGAGGGGGCTGCGGAATGA MDKLQEIISDLSLWHLASKEELKPLDINAGPCYIIEQSYVKDIMIGYMRKQQAIIEEHQRQQEVTVNQFRQAQEDIKLLQAENKRYRNALEFYANETTYTNEFEDCPPAVELDGGQTARKALEGAAE NA NA NA NA NA D1-12_02868 204 hypothetical protein GTGAACAAGCCAACAGAAATAAAAAATCACGAAACAACTATTCAGCAAAGCATCGAGCCGGGGAAAGTCCGGATCATCGTTTTAGATGGTACTGAAGGGACAGCCCACTTAATGGATGCCCCGGAACACGGTAAAACAATCATTCAAACAATAAAAGGCGGCCTGGCTCGTTGTGATTACGAGATCGGCCACAAATTCAAATAG MNKPTEIKNHETTIQQSIEPGKVRIIVLDGTEGTAHLMDAPEHGKTIIQTIKGGLARCDYEIGHKFK NA NA NA NA NA D1-12_02869 153 hypothetical protein ATGCAAGAAAAAATCGATCCATACAAGCCTGGTCCAGTTAAGGAGTGGAAAATGACGCCGGAGCAGTTGGCGGCATACGTCGAAAAGCATCCGATCATCTACCGCGAGGAATTAAAGCCATCTGCTGGCGTAACGATGCGGCTGCCGTCGTAA MQEKIDPYKPGPVKEWKMTPEQLAAYVEKHPIIYREELKPSAGVTMRLPS NA NA NA NA NA D1-12_02870 459 hypothetical protein ATGTCAGCCAATAAATACGGCGCCAGAAAAACGCAGGTGGACGGCATCACGTTCGATAGCCGGGCCGAAGCTAAATACTATGAGCAATTGAAATGGCTCAAGGTGAGCAAGCAGATCAAAGATTTTAAGCTGCAGCCGCGGTTCCTGCTTCAAGAGGCATTCAAAAAGAACGGCAAAACTTTTCGGAAGATTGAATATATTGCAGACTTTGAGGTTCATAACTTGGACGGCAGCATAGAGATCATTGACATCAAGGGCGTGGAAACAACGGAATTTGCCATCAAACGCAAGCTGTATGAGCGGCTTTACGAGACGCCACTCAAGGTGCTGGCGCTGGATAAGGCACTCGGCTTCATTGAGCTGGACGAGCTGAAAAAACTCAAAAGAAAGGCGGGGAAGACCACTGCAAAACGTGGTAATCGCAGACGATCGGCCGTTGTGGGTGCAGGAAGAAGATAA MSANKYGARKTQVDGITFDSRAEAKYYEQLKWLKVSKQIKDFKLQPRFLLQEAFKKNGKTFRKIEYIADFEVHNLDGSIEIIDIKGVETTEFAIKRKLYERLYETPLKVLALDKALGFIELDELKKLKRKAGKTTAKRGNRRRSAVVGAGRR NA NA NA NA NA D1-12_02871 300 hypothetical protein ATGAAAGTGTTAGAGAATCAGACACTTTATCAGTGTGAACATTGCGGAAAGCGGCTGATGACAAAGCACGGAGCAAGGCTGCACGAAAGAGTATACTGCTCAGTTATCAGAGAGGCGAAACAGAAAAAACGTCAGGAATCCTGTGAACATAAGCACATGGAAATGAGTTACTGCACTATGCCGGGTGAAGATCATTTGCAGGTGCCCGACTATGAATGTTGTTCTGATTGCGGCATGACAGAAATGGAGATCGCAGAACAAAATAACAAGCTTCAGGAGGCATCACATGTCAGCCAATAA MKVLENQTLYQCEHCGKRLMTKHGARLHERVYCSVIREAKQKKRQESCEHKHMEMSYCTMPGEDHLQVPDYECCSDCGMTEMEIAEQNNKLQEASHVSQ NA NA NA NA NA D1-12_02872 186 hypothetical protein ATGAGAGAACTAAACCAAACCCCTTATACAGGTGAAATCTATCCGCCAATTAATTTCAAATTAGCAGCCCTATTATTTTATAGTGCGCTATCGGAAAAAGAAAAAAGAGTCATAACACAGTTTTTAAAATACAACGGTCAAGAGTTAGAGGCATGCACATTGAAAGAGAGGGGAGCGGCGGAATGA MRELNQTPYTGEIYPPINFKLAALLFYSALSEKEKRVITQFLKYNGQELEACTLKERGAAE NA NA NA NA NA D1-12_02873 144 hypothetical protein ATGGATAAACAGGTAAATTTCACGGCATCCGGCGGCATGTATCTGTTCGGGCCCGCCGAGCAAACGGCCGGCCAGGACCTTACCCCGGCAATCCGGGTGCTTGAGGAAAAAATCAAACAAATGGAGCTGATGCACAGTGCTTAA MDKQVNFTASGGMYLFGPAEQTAGQDLTPAIRVLEEKIKQMELMHSA NA NA NA NA NA D1-12_02874 651 dnaA_3 Chromosomal replication initiator protein DnaA GTGTGGGTACGGTGTGGATGCATTGAGCGGCGCCGCATCCGGAAATTAATGAATTCCAGTGACATCACCCCGGAATTTGAAAGGTTGCAATTCAAGAATTTTGTAACCGAAGGGAAGCCGGAAATGGTGAAAGTGACTTACGATACAGCGGTCGAATACTACAAGGAGTTTGATAACATACGCGGCACTCGAAACAACAGCATCGCCCTGCTCGGGCAGCCGGGGGCAGGCAAAACACATCTGCTTACTGCAATATCTAACAAGCTGATTAAATCAAAAAATATCGCGGTTCAGTATTTTCCATACGTCGAAGGATTCAACGATCTGAAAGATGATTTTGACAAGCTGGAAGAAAAGCTCAAGCGAATGAAAGAGGTTGAAGTCCTGTTTATAGATGATCTGTTCAAGCCTCTGAATGGGAAGCCACGGGCTACCGATTGGCAGGTCGAGCAAACATACTCTGTTATCAACTATCGCTATCTGAACCATAAACCGATCTTGATTTCAAGCGAGTTGAATATCGAGCAGATCGTAAAGATAGACGAGGCGCTCGGCACCCGGATTTACGAAATGTGTGCGGATTATGTTGTGATCATCAAGGGAGACAGAATGCTGTTAAATTATAGATTGGCGGGATTGAGAAATGGATAA MWVRCGCIERRRIRKLMNSSDITPEFERLQFKNFVTEGKPEMVKVTYDTAVEYYKEFDNIRGTRNNSIALLGQPGAGKTHLLTAISNKLIKSKNIAVQYFPYVEGFNDLKDDFDKLEEKLKRMKEVEVLFIDDLFKPLNGKPRATDWQVEQTYSVINYRYLNHKPILISSELNIEQIVKIDEALGTRIYEMCADYVVIIKGDRMLLNYRLAGLRNG NA NA NA NA NA D1-12_02875 726 hypothetical protein ATGAACTACCTGAAAGAAATGAACGGCTTCATGAATTGGTTAGAAACGAATCCGTTGTCTGCAACAACACAAGCGTTATGGTTCCATCTGATGCACATCAACAATAAAACCGGGTGGCGGGAGTGGTTCACCACTTCAAATACCACTCTTCAAGCAAAAATCGAGATAACAGAAAACACGTTGATAAAGCACCGGAAAATTCTGATCGAGCTCAAACGAATAGAATACGAGCCGCAGGGGAGAAAGGCCGGGAAATACAAACTGATCTCTTTTGAAAATCCAGTACGTTATGAGGAAATGGAGAACTGTAAAGCGGATACGCCAGACGTGGTATTGCTGAAAGAAGAATCATCGCCAAGAGCACAGCAGGAGGTTGACGAAAATATGAAAAACGCATTTGAACTATTCGAAAACAAAACAGCCCGCACCATTGGCACGATGGAGGTTCAGCGGCTCGGGTATATGGTGGATGATTATGGCGAAGAGAAAGTCATGGAGGCAATGAAACAGGCTTTTAGAAGCAAGGGCAACAACGTCAATCTGAATTACATTGAAGCAATCCTCTCAAACCCATTCAGCCAGAGACGAAAGGAGAAACAGCAGTATGCCAACAAACAACAGAACACAAAGTACGGACGAGGCGATGGCGGCAGTCATGAAAGAACTTCAGGAAAGGTCGGCTCAATTTTCGGCGGACAAGTCGGCCGCCTCAGAAGAAAAGGCTGA MNYLKEMNGFMNWLETNPLSATTQALWFHLMHINNKTGWREWFTTSNTTLQAKIEITENTLIKHRKILIELKRIEYEPQGRKAGKYKLISFENPVRYEEMENCKADTPDVVLLKEESSPRAQQEVDENMKNAFELFENKTARTIGTMEVQRLGYMVDDYGEEKVMEAMKQAFRSKGNNVNLNYIEAILSNPFSQRRKEKQQYANKQQNTKYGRGDGGSHERTSGKVGSIFGGQVGRLRRKG NA NA NA NA NA D1-12_02876 843 recT COG3723 Protein RecT ATGGCTACAAATCAATCGCTTAAAAACAGCATTCAGAAGAAACAAAACAGTGCTCCAGCACAACAGCAAGGAACAACGATAAAGGGACTGCTTTCTTCTCCAGCGGTCATGGGCCGGTTCGAGGAAGTTTTAGGTAAAAGGGCGCCACAGTTCACAGCATCAATTCTGAGCCTTTACAACGGCGAAAAAATGCTCCAAAAGGCAGAGCCTATGAGCGTAATTTCATCGGCGATGGTGGCGGCTACGCTTGATCTTCCGGTTGATAAAAACTTGGGTTATGCGTGGATAGTTCCGTATGGCGGCAAAGCACAGTTCCAGCTCGGATACAAAGGGTATATTCAGCTGGCATTGCGAACAGGCCAATACAAATCTATCAACTGCATTGCTATTCATGAAGGGGAGCTTCAGAAATGGAACCCACTGACGGAAGAAATTGAAATTGATTTTGAACAACGTACGTCTGAGGACGTGATAGGGTACGCTGCATACTTTGAACTGCTAAACGGTTTTCGAAAAACTGTCTACTGGACAAAAGCTCAGGTCGAGAAGCATAAAAAGAAATTCAGTAAATCAGATTTTGGATGGAAAAACGATTGGGATGCTATGGCACTGAAAACAGTTTTGAAAGCTATTTTGAGCAAGTGGGGCATACTTTCTGTGGAAATGCAGAAGGCAGTCATTGAGGATGACGAGGAACGTGAACGGATCGACATTACTGACGAAATGGCAGATGCAGAAATCATTGATGCCGAAGCGTCGGAAGAAAAGCCAAGCGCGCAGAATGCTGATCCTTTTGACGGTAAGCCTGTTGACATTAGTGAAAATGACCTGCCATTTGATTAA MATNQSLKNSIQKKQNSAPAQQQGTTIKGLLSSPAVMGRFEEVLGKRAPQFTASILSLYNGEKMLQKAEPMSVISSAMVAATLDLPVDKNLGYAWIVPYGGKAQFQLGYKGYIQLALRTGQYKSINCIAIHEGELQKWNPLTEEIEIDFEQRTSEDVIGYAAYFELLNGFRKTVYWTKAQVEKHKKKFSKSDFGWKNDWDAMALKTVLKAILSKWGILSVEMQKAVIEDDEERERIDITDEMADAEIIDAEASEEKPSAQNADPFDGKPVDISENDLPFD NA NA NA NA NA D1-12_02877 951 hypothetical protein ATGCAAGCAGAGGTTTTCGCTTCGACAGCGGACATGAGTCGGGACGAATGGCTTCTTGAGCGACGGAAGGGCATCGGCGGTTCTGATGCCTCCGTAATCTTGGGGTTAAACAAATGGAGAACCGCATTTGAATTATGGCTGGACAAAACGGGACAAGTCCCGATCAGTGAGTCAGCCAGTGAGGCGGCTTACTTCGGCTCAATCCTTGAGGACATTGTCGCAAAAGAATTTGAAGTACGGAGCGGGAAAAAAGTTAGGCGTAAAAAGTCCATGCTGAAGCATCCTGAACATGATTTCATTTTGGCGAATGTTGACCGAATGATCGTTGGCGAAAAAGCCATATTGGAGTGCAAAACCACGTCAGCATACAACCTGAAAGAATGGGAAGATAACGAGATTCCTGACAGCTATATTGTTCAGGTTCAACATTATCTTGGTGTTCTTGGTCCCGAGTATAAAAAAGCATATTTCGCTGTGCTGATCGGCGGTAATAAATTCGTTTGGAAAGAGATTGAGCGTGATGACGAGCTCATTGCGATGATCTTTCAAGCTGAGGTTAAATTCTGGAATGAAAAGGTCTTGGGCGGAAAGGCGCCAGTTCTTGACGGTTCGAGTGCTGCGGAAGAATATCTCAAGCAACGTTATTCCGAGGCTGAAGGTGGTAAGGTTGTTGATCTCACATCTGCTAATAAAACACGCATTCAGCAGTATTTGCAGCTTAAAGAACAGATCAACGAGCTTACATTGCAGGCAAAGGAATTAGAAAACCAGATCAAACATGAAATGAAGGAAGCAGAATATGGCTTCATCGGAAATTATCAAACTAGCTGGAAGTCAGTTTCAACGAACCGGATCGACAGCAAGATATTAAAAGAGCAGTTTCCAGATGTATATGAGAAAGTCACAAAAGAAGTGCAGTACAGACGCTTTGGAATTAAGGAGGTTAGCTAA MQAEVFASTADMSRDEWLLERRKGIGGSDASVILGLNKWRTAFELWLDKTGQVPISESASEAAYFGSILEDIVAKEFEVRSGKKVRRKKSMLKHPEHDFILANVDRMIVGEKAILECKTTSAYNLKEWEDNEIPDSYIVQVQHYLGVLGPEYKKAYFAVLIGGNKFVWKEIERDDELIAMIFQAEVKFWNEKVLGGKAPVLDGSSAAEEYLKQRYSEAEGGKVVDLTSANKTRIQQYLQLKEQINELTLQAKELENQIKHEMKEAEYGFIGNYQTSWKSVSTNRIDSKILKEQFPDVYEKVTKEVQYRRFGIKEVS NA NA NA NA NA D1-12_02878 186 hypothetical protein ATGGCTAAACGAATAACAGCATCTTTTAGTGACCGGGTGGACGATCAGAAGCGCCTGAGAGAAGTCGGCGGCTCAATCATGTTCAGTAAGGGGAAACCGGTATTTTCCTTCCCGTCAATGGACGCATACCGAGAATGGCAGCGGCTTGGTGCGGAAACATACAAAAGAAAGGTAGGGATTATTTAA MAKRITASFSDRVDDQKRLREVGGSIMFSKGKPVFSFPSMDAYREWQRLGAETYKRKVGII NA NA NA NA NA D1-12_02879 198 yqaI putative protein YqaI TTGAACATAGAAAACCCGATGATTCTGAACAACTGGCATGACAAGGCGACTGAGCCGGAAACAAAAAAGGACTTTTTCGGGGATGAAGTAACGTCAGCAGATAATTATGTAATCGACAGCGGCGAGGTGATTTTACAAGACAATCTTAAACGCTATTTGAAGGAGCAACTGGGGTTTAGGTTTCATTCAGCACAATAA MNIENPMILNNWHDKATEPETKKDFFGDEVTSADNYVIDSGEVILQDNLKRYLKEQLGFRFHSAQ NA NA NA NA NA D1-12_02880 219 hypothetical protein ATGAATCTCAGAAAATTTGAGCTCGCGGCAAGCTTCTTGCGACATGCCCAAAAGGCGAAATATTCAGAGGAAGAGATCAAAGGAGCTGTGAGCATTCTGCATAAGGAATTCTACTCTTTAGAGAATGCAATCGAGAGTCTTGCTGAATTGGCAAAGGTAAACGAAGGAGCTGAGGAAATTGAACATAGAAAACCCGATGATTCTGAACAACTGGCATGA MNLRKFELAASFLRHAQKAKYSEEEIKGAVSILHKEFYSLENAIESLAELAKVNEGAEEIEHRKPDDSEQLA NA NA NA NA NA D1-12_02881 258 hypothetical protein ATGAAAATCAAACAGTTTCTTAAATCAGATGCAGATTCAGCAAAAAGAAAAATCGAGTCGGCGGAAGAGCTCTCTATCATGCTCTCGGAGGCATTACGGGACGGCGATTATGAAGAAGCTATAAGTCTTGCAGGGAGCATCAAGGTTCTTACAGAGGACATCAGCCGACTTGCGAATAAAGGGAGGTTGTATCATACAGCAATAAAAATGCAACAGCGCGGCATTAATCTGGCAGTGATAAGTAGGTGTATGGGATGA MKIKQFLKSDADSAKRKIESAEELSIMLSEALRDGDYEEAISLAGSIKVLTEDISRLANKGRLYHTAIKMQQRGINLAVISRCMG NA NA NA NA NA D1-12_02882 573 hypothetical protein ATGGAGAACAACCCATACAATTTGCATAATCTACCCCGGATCATGCGTAGTGTCCGCAAAGCGGCAGGACTTGCACAATATCAGATCGGTAATTTGATAGGGGGAAAGGATCAGCGGTATGTTTCGGACGTTGAAAATGGATTCAGTAAGCTTACCCCGGAATTATGCATCAAGTGGTTTGAGGCGTGCGAGGCATACGAACATATTGATCTGGTACATTACCTCTTCAAATTGCACCCGACGACCGCGGCGCCAATTGATCCAGCACTTAACGAGAGCGCAAGCGCAGCGGTAATCAATATGATTCATCAGCTTGAAGAAGCATTGCAAGCAACAAGGCATTTAGCGCGCTGGCTGGCAAACGATAGGCCAGGCCGACAACCTGAAGAACTGCCAATGGCCGATATTAAACAGATTTTTGATCTGATCCCGGCAAATAAAACGCTGATATATTCGCTGGCCCGTAGTCATGGATTGAACATGAAGGAACTGGCCGAAAGGTGGACGCGGAAAGCGCTAATGAGTCAGGTTGCAATGGCGAAAACAGAAGAAAGACAGGCGGTGCTGTTATGA MENNPYNLHNLPRIMRSVRKAAGLAQYQIGNLIGGKDQRYVSDVENGFSKLTPELCIKWFEACEAYEHIDLVHYLFKLHPTTAAPIDPALNESASAAVINMIHQLEEALQATRHLARWLANDRPGRQPEELPMADIKQIFDLIPANKTLIYSLARSHGLNMKELAERWTRKALMSQVAMAKTEERQAVLL NA NA NA NA NA D1-12_02883 729 hypothetical protein ATGAGTCAATTGGTTTTCATCGAAGGCAATCAAGTTGTAACGGACAGCCTGACGGTCGCTGAAGTCTTTGGGAAACGGCATGACACGGTTCTTCGGGACATCAGAAACCTTGATTCCAGCAAAGAATTTAATCTCCACAATTTTGCGGAGGTTGATTATCAGGATGACAGAAACCGAACATACAAAAAATATCTCATAAAACGTGATGGACTCACATTTTTGGTTTTTGGTTACACAGGCGCAAAGGCCGCAATATTTAAAGAAAAATACATTGCAGAATTTAACCGTATGGAAAATGAGCTTCAAAGGCTCAATCAACCCTCTTACATGATTGATGATCCGATCAGCCGGGCAAAGCGATGGATCACCGAAGAGGAAGAGCGGCAACGACTTCAGCACACACTGAAGATTCAGCAGCCACTTATCAACTTTGCAGAGAGTTGTATGGCATCTGAAAAATCATTGCTTGTGAGGGAACTGGCGAAGCTTGCATCTAAAAAGGGTATCAGCATCGGAGAAAAACGGCTGTTCCAAAAGCTGCGCGAATGGAAGATGATCTTAGCAAATAAGAACGAGCCATACCAGGAATATATCGACCGTGGTTATTTTGAGATAGCACAGGGAGTGCGACAAGTAAACGGTTCATCTAAATCATGGCTGACTATCCGCATTACGCCAAAGGGACAGGCCTTTATCATCGACAAGCTGAGAAAACAGCAAGCAAGCTAG MSQLVFIEGNQVVTDSLTVAEVFGKRHDTVLRDIRNLDSSKEFNLHNFAEVDYQDDRNRTYKKYLIKRDGLTFLVFGYTGAKAAIFKEKYIAEFNRMENELQRLNQPSYMIDDPISRAKRWITEEEERQRLQHTLKIQQPLINFAESCMASEKSLLVRELAKLASKKGISIGEKRLFQKLREWKMILANKNEPYQEYIDRGYFEIAQGVRQVNGSSKSWLTIRITPKGQAFIIDKLRKQQAS NA NA NA NA NA D1-12_02884 306 hypothetical protein ATGTTCAATTTAGATCATGAAGCTTTTAGAAACATGTTCCGCGAAATCATAGCGGAAGAGGTCGCTGGAGCTCTTCAGGATTTCAGAACCACTCAACTCCCGCCAATGCTGACAAAGCAAGAGTTTATGGAGTTTATGAAAATCAAAGAAACAAAGGCATCCCAACTTATCAACCGTGCTGACTTTCCTGTTTTTAAAGAAGCCGGGTTAAGAATACCGACTCATTTGCTTTTCAAGTGGATCGAGAAAAACACAGATTGGGTTGCCGAAAACACTGACTACTACAAGAAAGGGGCTACAGCATGA MFNLDHEAFRNMFREIIAEEVAGALQDFRTTQLPPMLTKQEFMEFMKIKETKASQLINRADFPVFKEAGLRIPTHLLFKWIEKNTDWVAENTDYYKKGATA NA NA NA NA NA D1-12_02885 252 hypothetical protein ATGGGTAGAGCAAAAAGTCGTCATGTATTGACATCTTTAAGAAAAAAAGAAGGTTCTCAGTCTTTGGTAGCTAAAAAGCTTGGTATCTCTCGCCAGTATCTATCTGCAATGGAAAACGGTGAAAGAAACCCCGGTGTTAAGCTTATGGTTAAAATGTCAAATCATTTCAATGAGAAGTCTGAAAGTCTATTTCCGGACCTTTTTTTTGAAGATGATTGCCACGAAATGAGGCAAAAATCAAACACAGCATAG MGRAKSRHVLTSLRKKEGSQSLVAKKLGISRQYLSAMENGERNPGVKLMVKMSNHFNEKSESLFPDLFFEDDCHEMRQKSNTA NA NA NA NA NA D1-12_02886 378 hypothetical protein GTGTTAGGCAAAAGAATAACTTCTTTGAGAAAAAAAGCAAATTTAACCCAAGAACAGATGGCCACAAAACTAAATATCACACGTTCTGCACTTTCGCAATATGAGTTAGGAACTCGGAACCCTGACTATGATTTGTTAATAAAAATTGCGGATTTCTTTGATGTCTCTATAGATTATTTGCTGAGAGGCGAAGATCATTACAAAGATAAGGCCAGAGAACTCCGTAAACAGACTGACGTTCGTTTTGCCGCTGTCGATGGTCGGGAATTCACTGATAGTGAAAAAGAGGCAATTCTTGCAGATGCTTTAAAACGAATTGATGGCATTGAAAAACTCATTGAGGAGAATTTCAAAAAGAAGAACGAAGATAAGAATTAA MLGKRITSLRKKANLTQEQMATKLNITRSALSQYELGTRNPDYDLLIKIADFFDVSIDYLLRGEDHYKDKARELRKQTDVRFAAVDGREFTDSEKEAILADALKRIDGIEKLIEENFKKKNEDKN NA NA NA NA NA D1-12_02887 561 hypothetical protein TTGAAAAAGTGGTTAGTTTTATTCATGTCTTTGGGCTTGGCTCTTGCATTAGCAGCGTGTGGATCGTCTGAAAACGCCTCCTCTGACAACAACGGGGAAAGCAAAAATGAGAAAGCCGAAAAGAAATCCTCTGATAAAGAGGTTAAAATGGGCCAAGATATTAAGGTTGGCGATATGATTTATAATATCAAGTCCAGAAAAGCAGCTGATCAAGTAGGCCCGTCTGTACTGCCGGAGAAAGCAAATGACAAATACCTGGTCATTGAAGCAACGCTTAAAAATACTGGTAACGATAAAATCACTGTGGATGCCTCTTTCTTCAAATTGAAAAAAGGCAAAAAAACATATGAAGCCGATTCCGCGGCGAGTGTTTCAGCGAACCAAAAAGAAGACGGCAGCATCGACAACAGTTTTCTCATGCAGGATTTAAACCCTGATTCTACAATGAGTGGTAAAGTTGTTTTTGATGTGGCGCCGGAGGTTGCGAATGCAAAAGACCTAAAGCTTGTTGTCCAAACTGGCATTTACGGCACACAAAAAGGTACAATATCACTAAAGTAA MKKWLVLFMSLGLALALAACGSSENASSDNNGESKNEKAEKKSSDKEVKMGQDIKVGDMIYNIKSRKAADQVGPSVLPEKANDKYLVIEATLKNTGNDKITVDASFFKLKKGKKTYEADSAASVSANQKEDGSIDNSFLMQDLNPDSTMSGKVVFDVAPEVANAKDLKLVVQTGIYGTQKGTISLK NA NA NA NA NA D1-12_02888 474 hypothetical protein ATGGGGTATACGCAAAGTCACTTAGAGGATTGGATCGAAAGTTTTCTCAGGGAACACAAAATAACAACGCCTTCAGAACTTAAACTTGTTAAATTATGCAGGAAGCTCAATGTATTTGTACTTTTTGATGATCGAGAAAGTTATATGTTAGATATTGCGGGGGTTCATATCGTAGGCATAAATAACCGGTTAAGCTATCAACAGCAACGATCGGATTTAGCTCACGAGTTATGGCACATCTTATTAGAGGGCGGCGATAACGAGCTTATGCCGCCACACTGGAGACAGTATCAAGAATCAAAAGCAGGTTATTTTTCATATCACTTTTGTGTTCCAACATTCATGCTGCGGCAACTGAACTTACCTTCAGATGAGGAAGCCGCTGCACGGTTGGTATCGGATACATTCAAGGTGACTTTTGATTTTGCAAAAAAGAGATTAAGAATTTACTTTAATAAATTAAACTATCGTTAA MGYTQSHLEDWIESFLREHKITTPSELKLVKLCRKLNVFVLFDDRESYMLDIAGVHIVGINNRLSYQQQRSDLAHELWHILLEGGDNELMPPHWRQYQESKAGYFSYHFCVPTFMLRQLNLPSDEEAAARLVSDTFKVTFDFAKKRLRIYFNKLNYR NA NA NA NA NA D1-12_02889 1212 Int-Tn Transposase from transposon Tn916 ATGGTTGTCTTTAAAAAGGAGAAATCAAAGCGTTCATCCAAGGGGTATACTTGGTATTTCGTAATGGAAAACGGCCGCGATCCAAGAACAGGAAAACGCAGACAAATAAAAAGACGTGGTTTCCAATCAAAAGCATCGGCAGAAGCCGCTTATCTTGAATTGAAAACGAAGCTCATTTCAGGGATTGATGTCGGGAAAGAGAACATTCTTTTTCAGGAAATCAAAGACCTATGGTACAAGGAATACAAGCATACCGTCAAAGTCAGTACCCTGCGAGCACGAAAAAGTGAAATAGAGAGTTTGGAAGAATACTTCGGAAAGATGAAAATTAAAGATATAACCAGGGGTGTTTATCAGAAGTTTTTAGATTATCTGAGGGAGGAAAATTATTCCTTCAACACAATAAGTGGTATCCACACTACAGCAAGTATGATCTTCAAATATGCGAGACAGGAGGATATCATAAGCAAAAGCCCGACGGAATTTGTTAAACCGCAGCGTCCAAAGCTTACAGTAGAAGATATTGAATCTCAAGAAGAAGTCGAAAACTTTCTTGAAGGAGAAGAACTTGTTGAGTTTTTAGACCTTACAGAAAAACACGGCCTTTTTCTCGACTTTGAATATTTCTGTATGGCTGCATTTACAGGCACTCGTTCCGGTGAGCGATTGGCCGGCAAATGGAGAGACTTAACTTTAGAGGGAGACGACCTCAAAACATTTCGAGTTACCAAAACGCTTTATTGCCCATCAAACAAAGCATCTGACTATGAACTGTTGCCACCGAAAACGCCAGCTGCTGTTAGAGATGTACCTTTGTCGGACTTTTTAGCATCTTTGTTGAAAAGACTGAAGCTCAAACAAGCTAAAATAGCATATGCGAATGGGCGAACATTCAGTGATGATGATTTTATATTCGCTCGTCCTGACGGCCACCCTGAGAACATTAAAAAGATGGATACCAGAATGAGAAGGATTTTAAAACGGATGGACATAAACAAACATATTACCCAGCATACTTTTAGGCACACATTCACTTCGCTTGCAGCTGAAGCAGATGTACCTTTAGAAGAGATACAAAAAATATTAGGCCATCAAAATGATGACATAACGAAAAAAGTCTATTTACACACTACTAGAAAAACCAAAGAAAGAACTTCGCAAAAATTCAATTCATTCATAGGTGACCTCTCAATGAAAATACAGTTATCATGA MVVFKKEKSKRSSKGYTWYFVMENGRDPRTGKRRQIKRRGFQSKASAEAAYLELKTKLISGIDVGKENILFQEIKDLWYKEYKHTVKVSTLRARKSEIESLEEYFGKMKIKDITRGVYQKFLDYLREENYSFNTISGIHTTASMIFKYARQEDIISKSPTEFVKPQRPKLTVEDIESQEEVENFLEGEELVEFLDLTEKHGLFLDFEYFCMAAFTGTRSGERLAGKWRDLTLEGDDLKTFRVTKTLYCPSNKASDYELLPPKTPAAVRDVPLSDFLASLLKRLKLKQAKIAYANGRTFSDDDFIFARPDGHPENIKKMDTRMRRILKRMDINKHITQHTFRHTFTSLAAEADVPLEEIQKILGHQNDDITKKVYLHTTRKTKERTSQKFNSFIGDLSMKIQLS NA NA NA NA NA D1-12_02890 1635 groL COG0459 60 kDa chaperonin ATGGCAAAAGATATTAAGTTTAGTGAAGAAGCACGCCGCGCTATGCTTCGCGGTGTCGATGCGCTTGCTGACGCTGTAAAAGTAACTTTAGGGCCAAAAGGACGCAACGTGGTTCTGGAGAAAAAATTCGGTTCTCCGTTAATTACAAATGACGGTGTGACAATCGCAAAAGAAATTGAACTTGAAGATGCGTTTGAAAATATGGGTGCGAAGCTTGTAGCTGAAGTAGCCAGCAAAACAAACGACGTTGCCGGTGACGGTACGACGACTGCGACTGTACTTGCGCAGGCTATGATCCGCGAAGGCCTTAAAAACGTAACTGCGGGGGCTAACCCTGTCGGCGTGCGTAAAGGTATGGAACAAGCTGTAACCGTTGCAATCGAAAACTTAAAAGAAATTTCTAAGCCGATCGAAGGCAAAGAGTCTATCGCTCAGGTTGCTGCGATCTCTGCTGCTGATGAGGAAGTCGGAAGCCTTATCGCTGAAGCAATGGAGCGCGTAGGAAACGACGGCGTCATCACAATCGAAGAGTCTAAAGGTTTCACAACTGAGCTTGAAGTTGTGGAAGGTATGCAATTCGACCGCGGATATGCGTCTCCTTACATGGTGACTGATTCTGATAAGATGGAAGCGGTTCTTGACAATCCTTACATCTTAATCACAGACAAAAAAATCACAAACATTCAAGAAATCCTTCCTGTGCTTGAGCAAGTTGTACAGCAAGGCAAACCATTGCTTCTGATCGCTGAAGATGTTGAAGGGGAAGCTCTTGCTACACTCGTTGTCAACAAACTTCGCGGCACATTCAACGCTGTTGCCGTTAAAGCTCCTGGCTTCGGTGACCGCCGTAAAGCAATGCTTGAAGACATCTCTGTTCTTACAGGCGGAGAAGTGATCACAGAAGACTTAGGCCTTGACCTGAAATCTACTGAAATCGGACAATTGGGACGCGCTTCTAAAGTTGTGGTAACGAAAGAAAACACAACAATCGTAGAAGGCGCCGGCGACACTGAAAAAATCGCTGCACGCGTCAACCAAATCCGCGCTCAAGTGGAAGAAACAACTTCTGAATTCGACAGAGAAAAATTACAAGAGCGTCTTGCGAAACTTGCCGGCGGCGTAGCTGTCATCAAAGTCGGCGCTGCGACTGAAACTGAGCTGAAAGAGCGTAAACTTCGCATCGAAGACGCCCTCAACTCAACTCGCGCAGCTGTTGAAGAAGGCATCGTATCCGGCGGTGGTACAGCGCTTGTCAACGTATACAACAAAGTCGCTGCAGTTGAAGCTGAAGGCGATGCGCAAACAGGTATCAACATCGTGCTTCGCGCGCTTGAAGAGCCGATCCGTCAAATCGCGCACAATGCAGGTCTTGAAGGATCTGTCATCGTTGAGCGCCTGAAAAACGAAAAAATCGGCGTAGGCTTCAACGCTGCAACCGGCGAATGGGTAAACATGATCGAAAAAGGTATCGTTGACCCGACAAAAGTTACACGTTCAGCCCTGCAAAACGCAGCTTCTGTAGCAGCAATGCTCTTAACAACTGAAGCCGTTGTCGCTGACAAACCGGAAGAAAACGCCGGCGGCGCAGGAATGCCTGACATGGGCGGCATGGGCGGTATGGGCGGAATGATGTAA MAKDIKFSEEARRAMLRGVDALADAVKVTLGPKGRNVVLEKKFGSPLITNDGVTIAKEIELEDAFENMGAKLVAEVASKTNDVAGDGTTTATVLAQAMIREGLKNVTAGANPVGVRKGMEQAVTVAIENLKEISKPIEGKESIAQVAAISAADEEVGSLIAEAMERVGNDGVITIEESKGFTTELEVVEGMQFDRGYASPYMVTDSDKMEAVLDNPYILITDKKITNIQEILPVLEQVVQQGKPLLLIAEDVEGEALATLVVNKLRGTFNAVAVKAPGFGDRRKAMLEDISVLTGGEVITEDLGLDLKSTEIGQLGRASKVVVTKENTTIVEGAGDTEKIAARVNQIRAQVEETTSEFDREKLQERLAKLAGGVAVIKVGAATETELKERKLRIEDALNSTRAAVEEGIVSGGGTALVNVYNKVAAVEAEGDAQTGINIVLRALEEPIRQIAHNAGLEGSVIVERLKNEKIGVGFNAATGEWVNMIEKGIVDPTKVTRSALQNAASVAAMLLTTEAVVADKPEENAGGAGMPDMGGMGGMGGMM PGPT0014570_4118 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-CHAPERONE|PROTEASES,PGPT0014570-groEL|mopA-K04077 NA NA D1-12_02891 285 groS COG0234 10 kDa chaperonin TTGTTAAAGCCATTAGGTGATCGCGTTGTCATTGAACTCGTAGAATCTGAAGAAAAAACTGCCAGCGGAATCGTATTACCGGATTCTGCAAAAGAAAAGCCGCAAGAAGGCAAAATCGTGGCAGCCGGTTCAGGTCGCGTGTTGGAAAGCGGAGAGCGCGTTGCTTTAGAAGTAAAAGAGGGCGACCGCATTATCTTCTCAAAATACGCCGGTACTGAAGTGAAATACGAAGGTACTGAATACTTAATCTTACGTGAAAGCGACATTTTAGCTGTTATCGGCTAA MLKPLGDRVVIELVESEEKTASGIVLPDSAKEKPQEGKIVAAGSGRVLESGERVALEVKEGDRIIFSKYAGTEVKYEGTEYLILRESDILAVIG PGPT0014565_4541 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HEAT_SHOCK_PRTOEINS,PGPT0014565-groES|mopB-K04078 NA NA D1-12_02892 735 MroQ Membrane-embedded CAAX protease MroQ TTGAGAAAACAGTATTGGTATATCATTTTGACATATGTTATCATGCAGCTTTCCGCATTGATCGGCATTCCTTTAATGTACAAATTCGGCTATGCGGGCGGGCACCCTACGAATGCGAATCTCACCATGGCTCAGGGGATTTATTCCGTCGTAAGCTTTTTTATCTGCCTGATTATCGTTCTCTTGATTTTGAGAACCGCGCCGAAGCAGACATTAAGAAACGGGAAGAAAGCATCCGCCGGCATGTCCGTTCTCTGGGCGGTCGCGGGAATATGGCTCGCTTTATTTTCTCAGGGAATCGCCGGGATGATTGAGCAGTATGTCTTTCATGTGGGCAGCGGTTCCGAAAACACGAAAGCCATTCTCAACATTATTAAAGCCATGCCGCTCATGATTATCGTTTCTTCTATCGTCGGGCCGATTCTTGAAGAGATCATTTTCCGGAAGATCATCTTCGGTGTATTATATGAAAAAACGAATTTCTTTGTCGCCGGACTGATCAGTTCCGTCATTTTCGGCATTGTGCATCAAGACCTCACGCACCTGCTGCTGTATACGGCCATGGGCTTTACCTTTGCGTTCTTGTATGTGCAGACGAAACGGATTATTGTGCCGATATTCGCCCATGTCATGATGAATACCATTGTCGTGGTCATGCAGCTCGGCCCCGCCCAAAAATATATTGAACAGCATAGTGAGCAAATGCAATTAATTATTGGAGGATTGTTTGTATGA MRKQYWYIILTYVIMQLSALIGIPLMYKFGYAGGHPTNANLTMAQGIYSVVSFFICLIIVLLILRTAPKQTLRNGKKASAGMSVLWAVAGIWLALFSQGIAGMIEQYVFHVGSGSENTKAILNIIKAMPLMIIVSSIVGPILEEIIFRKIIFGVLYEKTNFFVAGLISSVIFGIVHQDLTHLLLYTAMGFTFAFLYVQTKRIIVPIFAHVMMNTIVVVMQLGPAQKYIEQHSEQMQLIIGGLFV NA NA NA NA NA D1-12_02893 192 hypothetical protein ATGAGGAACCCAATGACTTGGGGCTTGATTTATTTCGCAGTCGGCTGTATCTTTACGTATTTGGCCGCAAGCTCTCCGGGAAGCATGTGGTCTTTTTATTCCATACTGCTGATGGTTTTCGCCGCTTATAATATCAGCATCTCGTTTAAAATGTTCGCCTTCTCATTTAAAGTGAAGAAAAATCAAAAATAA MRNPMTWGLIYFAVGCIFTYLAASSPGSMWSFYSILLMVFAAYNISISFKMFAFSFKVKKNQK NA NA NA NA NA D1-12_02894 750 tatC2 COG0805 Sec-independent protein translocase protein TatCy ATGAGAGTGAATCAAATGACGCTTGTGGAGCATATTGCCGAACTTCGGAAACGATTGCTGATTGTGGCGTTATCCTTTACGGTTTTCTTTATTGCAGGCTTTTTTCTGGCAAAACCTATCATTGTGTATCTTCAAAAAGCCGATGAAGTAAAAGAGCTCACCCTTAATGCTTTTAACCTGACGGATCCGCTGTTTATCTTTTTGCAGTTCGCGTTTATCATCGGCATCATTTTGACTTCGCCGATTATTCTCTATCAGATTTGGGCGTTTGTCAGCCCGGGTCTGTATGAGAAGGAGCGCAAAGTAACACTCAGCTATATTCCGATTTCGATCGTGCTGTTTGTCGGCGGTGTGTCGTTTTCTTATTATATTTTATTTCCGCTGGTCGTTGATTTTATGAAGCGGGTTTCGAATGACCTGGATGTCAACCAGGTGATCGGGATCACCGAGTACTTTCATTTTCTGCTGCAGCTGACGATTCCGTTCGGACTGCTGTTTCAGATGCCGGTGCTGATCATGTTTTTAACGAGACTCGGTGTTATCACGCCGAGGTTTTTATCGAAGATCAGGAAGTACGCGTATTTTGTGCTGCTTGTGATCGCCGCGATGATTGCGCCGCCTGAGCTGCTGTCTCACTTGATGATTACCATTCCGCTTTGCATTTTATACGAGATCAGCATTCTGATTTCAAAAGCGGCGTACCGGAAAAGACAGACCGGCAGTGAATCTGACCAGGACGTATCAGCATAG MRVNQMTLVEHIAELRKRLLIVALSFTVFFIAGFFLAKPIIVYLQKADEVKELTLNAFNLTDPLFIFLQFAFIIGIILTSPIILYQIWAFVSPGLYEKERKVTLSYIPISIVLFVGGVSFSYYILFPLVVDFMKRVSNDLDVNQVIGITEYFHFLLQLTIPFGLLFQMPVLIMFLTRLGVITPRFLSKIRKYAYFVLLVIAAMIAPPELLSHLMITIPLCILYEISILISKAAYRKRQTGSESDQDVSA PGPT0029295_3865 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 D1-12_02895 171 tatAy Sec-independent protein translocase protein TatAy ATGATCGGTCCTGGAAGCCTGGCGGTTATCGGTGTGGTGGCGGTGATTATTTTCGGTCCGAAGAAGCTTCCCGAATTAGGAAAAGCGGCGGGAGACACGCTTCGTGAATTTAAGAATGCTACTAAGGGATTAGCCGGTGAAGAAGAGGAAAAAAAGAAAGAAGAACAGTAA MIGPGSLAVIGVVAVIIFGPKKLPELGKAAGDTLREFKNATKGLAGEEEEKKKEEQ PGPT0029290_5066 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 D1-12_02896 648 rex COG2344 Redox-sensing transcriptional repressor Rex ATGAACAAGGATCAATCAAAAATTCCACAGGCGACGGCAAAACGGCTGCCGCTTTATTATCGCTTTTTAAAGAATTTACACGCGTCAGGAAAGCAGCGCGTTTCATCAGCTGAACTGAGCGACGCGGTAAAAGTCGATTCGGCCACGATCCGCCGGGATTTTTCCTATTTCGGGGCGCTCGGCAAAAAAGGATACGGCTATAATGTGGATTACCTGCTGTCATTTTTCAGAAAAACACTGGATCAGGATGAAACGACGAATGTCATTTTGATCGGTGTCGGGAATTTAGGGACGGCGTTTCTTCACTATAATTTCACAAAAAATAATAACACCAAAATATCTATGGCTTTTGATGTGAATCAGAGTAAAATAGGAACTGAGGTAGGCGGTGTGCCTGTCTTTGATCTTAATGATTTAGAGCTTCACATTAAGGATGAACCCGTGGCGATTCTTACCGTTCCGGCGGTTGCCGCGCAGTCAATCACCGACCGGCTCGTGTCGCTCGGAATCAAGGGAATCCTTAACTTTACGCCGGCCCGTTTGAATGTGCCGGATCACATTCGAATTCATCATATAGATTTAGCTGTAGAACTTCAATCATTGGTTTATTTCTTAAAGCATTATTCTGTTTTGGAAGAAATTGAATAG MNKDQSKIPQATAKRLPLYYRFLKNLHASGKQRVSSAELSDAVKVDSATIRRDFSYFGALGKKGYGYNVDYLLSFFRKTLDQDETTNVILIGVGNLGTAFLHYNFTKNNNTKISMAFDVNQSKIGTEVGGVPVFDLNDLELHIKDEPVAILTVPAVAAQSITDRLVSLGIKGILNFTPARLNVPDHIRIHHIDLAVELQSLVYFLKHYSVLEEIE NA NA NA NA NA D1-12_02897 513 moaC COG0315 Cyclic pyranopterin monophosphate synthase ATGAATGGATTTTCTCATTTTAATGAAGAAGGCCGTGCCCGCATGGTGGATATAAGCGATAAATCTTCAACAGTCCGTACTGCCGCTGCGATATCCAGCGTACACATGAAGCATGACGTGTACAGCAGAATCAAAAACCGCGAGATCGGAAAAGGAGACGTGCTGGCTGTCGCACAGGTGGCAGGAATTATGGCCGCAAAGCAGACGTCAGCGATTATCCCGATGTGCCACCCGCTTTCTTTAAGCAGCGTCGACATTTCATTCGGCTGGGAGGAAAAGGATTCAGAAGCCGTTCTTCATATACAGGCAAGCGTAAAAACGAAAGGGAGTACAGGTGTGGAAATGGAAGCGCTAACTTCCGCTTCAGTCTGCGCTTTGACCGTTTATGACATGTGCAAGGCGCTGGATAAAGGAATGGTCATCGGCCCGACCTGCCTCATGGAAAAAACAGGAGGCAAAAACGGTGATTTTAAAAGAGATGCATCTGAGTATAAAGTGGAGGACCAATCATGA MNGFSHFNEEGRARMVDISDKSSTVRTAAAISSVHMKHDVYSRIKNREIGKGDVLAVAQVAGIMAAKQTSAIIPMCHPLSLSSVDISFGWEEKDSEAVLHIQASVKTKGSTGVEMEALTSASVCALTVYDMCKALDKGMVIGPTCLMEKTGGKNGDFKRDASEYKVEDQS PGPT0008405_468 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM PLANT_VITAMIN-MOLYBDENUM_COFACTOR_BIOSYNTHESIS,PGPT0008405-moaC_-K03637 NA NA D1-12_02898 1929 ybiT_3 COG0488 putative ABC transporter ATP-binding protein YbiT ATGATGATCTTACAAATTAATCAGCTATCCAAATCTTTTGGCGCTGATCCTATTTTAAACAATATAAAGCTTGAAGTCAGATCTCGGGATCGCATCGCCATAGTAGGCAGAAACGGAGCCGGCAAATCAACTCTCCTTAAAATTATCGCAGGTCACCTTTCATATGAAAAGGGTGAATTAATCAAACCGAAAGAATTAACGATGGGATATCTTGCCCAGCACACAGGCTTGGAATCCCAGCTTACCATAAAAGAAGAACTGCTGAGTGTTTTTGATTTCCTGAAAGCAATGGAAAAAGAGATGCGCTCTATTGAAGAAAAGATGGCCACGGCCGCCCCGGCGGAGCTTGAGACGCTGATGAAAACCTATGACAGGCTTCAGCAGGATTTCAAGGATAAAGGCGGCTATCAATATGAAGCGGACGTCCGCTCTATCCTTCACGGCCTCGGCTTCGGAAAATTTGACGATTCCGTGAAAGTGCAAAGCCTGAGCGGCGGTCAGAAAACAAGACTTGCGCTCGGAAAGCTGCTGCTGACCCAGCCTGATCTGCTTATTCTGGATGAACCGACGAACCATCTCGACATCGATACGCTTACATGGCTTGAGCATTATTTACAGGGATATTCAGGCGCCATTCTGATCGTTTCCCACGACAGATACTTTCTTGATAAAGTCGTCAGCCAAGTGTACGAGGTCTCACGGACAGAAAGCAAAAAATACCTCGGCAACTACAGCGCCTATTTAGAACAAAAAGCTGAGCAGTATGAGAAAGACCTGAAGCTGTATGAAAAACAGCAGGACGAAATCGCCAAGCTTCAAGATTTTGTCGACCGCAATCTGGCCAGAGCTTCTACAACGAAAAGAGCCCAAAGCAGACGAAAACAGCTTGAACGGATGGACGTCATGGCAAAGCCGCTCGGGGATGAAAAATCAGCCGCCTTCCGTTTTGACATTACAAAACAGAGCGGAAACGACGTCCTGCGCGTACAGGATGTTTCCATCAGCTATGACGGCCAGCCTCCGCTCTTGAAAAACCTGACCTTCGGCATGACAAGAGGCGAAAGCGCCGCCCTCGTCGGACCGAACGGAATCGGCAAATCAACCTTGCTGAAAACCATTATGAATACAATCAGTCCGGAATCCGGATCGATCACGTACGGTTCCAATGTCACAATCGGCTATTATGATCAGGAGCAGGCTGAACTGACCTCGTCCAAACGCGTGCTGGACGAGCTGTGGGATGAATATCCGGACATGCCGGAAAAAGAGATCAGGACATGCCTCGGCAACTTCCTGTTCAGCGGAGACGATGTCCTGAAACCGGTCCGTTCGTTAAGCGGCGGGGAGAAAGCAAGAGTCGCGCTTGCCAAGCTGATGCTTCAAAAAGCAAACTTTCTCATCCTTGATGAACCGACAAACCACCTTGACCTGGACAGTAAAGAGGTGCTGGAAAACGCCCTGATCGACTACCCGGGAACACTGTTATTTGTCTCGCATGACCGCTACTTTATTAACAGGATCGCCACAAGAGTGCTGGAGCTCTCACCTGATCATGCAGAAGAATATTTGGGAGACTATGACTATTACACCGAGAAAAAAGCCCAGCAGCTGGAACTGGAAGAAATGAAGCGGCAGGAAAAGGAGCAGGCTCAGCCTGCCGGCAAGGTCAAACAGGATACGAAAAGAACTTACGAGGAAGAAAAAGAATGGAAGAAGAAAGAACGGCAGCGCCTGAGACGCATTGAAGAAATCGAAGCAGCCGTCTCATCCGCCGAAGAGAAAATCAGCGCCAATGAGGAGCTGCTGTGCGATCCTGACGTGTATCAGGATCATGAAAAGGTACAGACCATTCACGCGGAGAATGAAGCTCTGAATCAAGAGCTCGAGAACTTATTAGCAGAATGGGAGGAACTCTCCTCAGAAGAATAG MMILQINQLSKSFGADPILNNIKLEVRSRDRIAIVGRNGAGKSTLLKIIAGHLSYEKGELIKPKELTMGYLAQHTGLESQLTIKEELLSVFDFLKAMEKEMRSIEEKMATAAPAELETLMKTYDRLQQDFKDKGGYQYEADVRSILHGLGFGKFDDSVKVQSLSGGQKTRLALGKLLLTQPDLLILDEPTNHLDIDTLTWLEHYLQGYSGAILIVSHDRYFLDKVVSQVYEVSRTESKKYLGNYSAYLEQKAEQYEKDLKLYEKQQDEIAKLQDFVDRNLARASTTKRAQSRRKQLERMDVMAKPLGDEKSAAFRFDITKQSGNDVLRVQDVSISYDGQPPLLKNLTFGMTRGESAALVGPNGIGKSTLLKTIMNTISPESGSITYGSNVTIGYYDQEQAELTSSKRVLDELWDEYPDMPEKEIRTCLGNFLFSGDDVLKPVRSLSGGEKARVALAKLMLQKANFLILDEPTNHLDLDSKEVLENALIDYPGTLLFVSHDRYFINRIATRVLELSPDHAEEYLGDYDYYTEKKAQQLELEEMKRQEKEQAQPAGKVKQDTKRTYEEEKEWKKKERQRLRRIEEIEAAVSSAEEKISANEELLCDPDVYQDHEKVQTIHAENEALNQELENLLAEWEELSSEE NA NA NA NA NA D1-12_02899 1041 tsaD COG0533 tRNA N6-adenosine threonylcarbamoyltransferase ATGAGTGAAAAACAAGATATTTATGTATTAGGAATCGAAACAAGCTGTGATGAAACAGCGGCCTCAGTCGTAAAAAACGGGAATGAAATTATTTCAAACGTCGTCGCTTCTCAAATTGAAAGCCATAAACGTTTCGGCGGGGTCGTGCCTGAAATAGCGTCCAGACATCATGTGGAGCAGATCACCCTTGTGATTGAGGAAGCTCTTTCAAAAGCGGAGATGGGCTTTGATGATCTTGATGCGATTGCCGTAACGGAAGGACCCGGACTTGTCGGAGCCCTGTTAATCGGAGTCAATGCGGCAAAGGCGTTAAGCTTTGCCCATCAAATACCGCTAGTCGGTGTCCATCACATTGCGGGTCATATTTATGCAAACAGGCTGATAGGAGAGCTTCAGTTCCCGGCGCTTGCTTTGGTTGTGTCAGGCGGACATACGGAATTGGTTTATATGAAAGAGCACGGTTCATTTGAGGTTATCGGTGAAACGCTGGATGATGCCGCAGGCGAAGCTTACGACAAAGTGGCAAGAACGATGGGGCTTCCTTATCCGGGAGGGCCGCAGATTGATAAGCTGGCTGCTGTGGGAACGGATTCCATTCCGCTTCCGCGTGCGTGGCTGGAAGAAGGGTCTTACAATTTCAGCTTCAGCGGCCTAAAATCAGCCGTGATTAACACGCTTCATAACGCCTCGCAAAAAAATGAGGTGATTCCTCCGGAGGATCTTGCAGCAAGCTTTCAGCAGAGTGTCATTGATGTACTGACGGCAAAAACCTCTAAGGCCGCGAAAGAATACGGGGTTAAACAAGTGCTGCTGGCAGGGGGCGTAGCCGCTAACAAAGGGCTGAGAGCCGCACTTCAGCAGGAATTCAGCCATTCGGGAGATCCCGAGCTTATCATCCCGCCGCTTTCTTTATGCACGGACAATGCAGCGATGATTGCGGCTGCCGGAACCGTTGCTTTTGAAAAGGGGATTCGGGGCTCATATGATATGAACGGACAGCCCGGTTTGGAATTAACATCCTTTGATCGTCTCACGTTGTAA MSEKQDIYVLGIETSCDETAASVVKNGNEIISNVVASQIESHKRFGGVVPEIASRHHVEQITLVIEEALSKAEMGFDDLDAIAVTEGPGLVGALLIGVNAAKALSFAHQIPLVGVHHIAGHIYANRLIGELQFPALALVVSGGHTELVYMKEHGSFEVIGETLDDAAGEAYDKVARTMGLPYPGGPQIDKLAAVGTDSIPLPRAWLEEGSYNFSFSGLKSAVINTLHNASQKNEVIPPEDLAASFQQSVIDVLTAKTSKAAKEYGVKQVLLAGGVAANKGLRAALQQEFSHSGDPELIIPPLSLCTDNAAMIAAAGTVAFEKGIRGSYDMNGQPGLELTSFDRLTL NA NA NA NA NA D1-12_02900 456 rimI COG0456 [Ribosomal protein S18]-alanine N-acetyltransferase ATGAAAACGAAAACGGCGATTCGAAGCATGCGGCCGGAAGATATTGATCAAATTTATGAAATTGAAACAGCATCCTTTACTTCTCCGTGGACGAAGGATTCATTTTATCATGAGCTTTTGGAAAATCCGTATGCCCACTACCTTGTCATTGAAAAGGACGGCTGTCTGGCGGGGTATTGCGGAATCTGGATTATTATAGATGACGCGCAGATTACGAACATAGCCATTAAGCCGGAATATCGGGGCCAATCATTGGGAGAAGCGCTGTTTCGCTCTGCGATAGAATTGTGCAGAGAAAAAAAGGCAAGAAGGCTCTCTCTCGAAGTCAGGGTCTCAAATCATCCCGCCCAATCCTTATATAAAAAATTCGGTCTTCAGGCCGGTGGAATCAGAAAACAATACTATACAGATAACGGGGAAGATGCGTTATTAATGTGGGTGACATTACATGAGTGA MKTKTAIRSMRPEDIDQIYEIETASFTSPWTKDSFYHELLENPYAHYLVIEKDGCLAGYCGIWIIIDDAQITNIAIKPEYRGQSLGEALFRSAIELCREKKARRLSLEVRVSNHPAQSLYKKFGLQAGGIRKQYYTDNGEDALLMWVTLHE NA NA NA NA NA D1-12_02901 690 tsaB COG1214 tRNA threonylcarbamoyladenosine biosynthesis protein TsaB ATGACAATACTGGCAATTGATACGTCAAATTACACGCTGGGTGCCGCGCTCGTTCGTGACAAAACGGTGATGGCGGAGTATATTACATATTTAAAAAAGAATCATTCCGTGCGGGCCATGCCTGCTGTCAATTCATTGCTGAAGGATTGCGGCCTAACACCGCAGGATCTTACAAAAATAGCGGTGGCGAAAGGACCGGGATCGTATACAGGTGTCAGAATCGGTGTGACGCTGGCAAAAACATTGGCATGGTCGCTGAAGCTTCCGGTTTCCGCTGTCTCGAGTCTGGAGGTGCTGGCGGCTAACGGACGGCACTTTCAAGGACTGATCTGCCCGTTATTTGATGCCCGGCGCGGACAGGTATATACGGGACTTTATGAATATCAGGACGGCCGATTACAATCCGTTCTTCCAGATCAGAATGTCCTTTTGACTGATTGGCTCGGCATGCTGAAAGAAAAAGCGTCTCCGGTTTTATTTTTAGGGCACGATACAGCGATTCATGAAGAAACCATTCTGCATGAGCTGACATCTCAAGCAGTGATAGGAACGGCTGCACAGCATAATCCGCGGCCGTCAGAGCTGGCGTTTTTAGGCTTGGAAAAAGAAGAAGCGGATGTCCACAGCCTTGTTCCGGATTATTTGCGTCTGGCAGAGGCTGAAGCGAAATGGATGGAATCTCAAAAATAG MTILAIDTSNYTLGAALVRDKTVMAEYITYLKKNHSVRAMPAVNSLLKDCGLTPQDLTKIAVAKGPGSYTGVRIGVTLAKTLAWSLKLPVSAVSSLEVLAANGRHFQGLICPLFDARRGQVYTGLYEYQDGRLQSVLPDQNVLLTDWLGMLKEKASPVLFLGHDTAIHEETILHELTSQAVIGTAAQHNPRPSELAFLGLEKEEADVHSLVPDYLRLAEAEAKWMESQK NA NA NA NA NA D1-12_02902 477 tsaE COG0802 tRNA threonylcarbamoyladenosine biosynthesis protein TsaE TTGAAGACATTACAATGGAGAACGAAAAACCCCGAAGAAACGAAAGCCGTAGCCAAGCTTGCCGCTTCTTTGGCAAAGCCGGGAGACATTTTGACACTGGAAGGCGACTTAGGCGCGGGAAAAACGACTTTTACAAAGGGTTTTGCCGAAGGACTGGGAATCACGAGAGTGGTAAACAGCCCGACTTTTACAATTATAAAAGAATACCATGACGGTTCGCTTCCTCTATATCATATGGATGTGTATCGTATGGAGGATGAAAGCGAAGACTTAGGGCTTGAAGAATATTTTGAGGGACAAGGCGTCTGTTTAATTGAATGGGCTCATTTAATTCAGGATCAGCTGCCTGCTGAACGGCTGCAGATCGTTATCAAGAGAGCCGGTGATGAGGCAAGGGACATTACCTTTACGGCTTGCGGAACACGGTATGAAACGCTTTGTGAGGAGATAAATAAACATGACAATACTGGCAATTGA MKTLQWRTKNPEETKAVAKLAASLAKPGDILTLEGDLGAGKTTFTKGFAEGLGITRVVNSPTFTIIKEYHDGSLPLYHMDVYRMEDESEDLGLEEYFEGQGVCLIEWAHLIQDQLPAERLQIVIKRAGDEARDITFTACGTRYETLCEEINKHDNTGN NA NA NA NA NA D1-12_02903 978 thiL COG0611 Thiamine-monophosphate kinase ATGGATGAGTTTGATTTGATTCACAGTATTACGCCGCATTCGCATTATCATCCTTCCGTCGATGTAGGGATCGGTGATGATGGTGCGGTTTATACAGCGTCACCCCATATGCAGCAAATTGTCTGCCTTGATACAATGGTGGAGAATGTCCATTTTAAATTAGAGTATTCCTCTCCTCATGATATCGGTTATAAGGCGCTTGCTGTTAACATTAGTGACGTGGCGGCGATGGGAGGCATTCCGAAGTTTTATTTGGTGTCTCTAGCGGTTCCTTCTTGCTGGCAGAAAGCTGACGTCCAGGCAATGTATGAAGGAATGGCGGAACTGGCGAAACTATATCAAATGGATTTGATCGGGGGAGATACCGTCTCCGCTTCCGGTCAAGCCGTAATTACCGTTACTGTCATCGGAGAAGTTGAGAAGGATCGCGCTTGTCTGCGAAGCTCGGCAAGACCCGGGGATGTTGTGTTTGTTACGGGGGATATCGGCTCGTCCGCAGCAGGACTGTCTCTTTTATTGGGAGAAACACTCCCTTCTGCTTTTCATACGAGTGATTATTTTATCCGAAAACATAAACGGCCCGTTCCGAGAGTTCAGGTCGGCCGCTTCTGCTCTCAGCTTCAGCGCGCGGCTTTGAATGATATCAGTGACGGATTGGCCAGTGAGCTGCATGAAATAGCTGCGGCAAGTTCAGTTACGATAGAAATTGAAGAACAACTTCTGCCGGTGCATCCGGATTTGCCTGAGGCAGATTCTGAGTGGAAGAAATGGGTGTTATTCGGCGGTGAAGATTTTGAATTGGTTGGAACGGTTTCTCAGCAAGAGTGGATTTCTTTGCTTGATTACTGCACTCAATCGGGCATTCCGATTGCGAAGATAGGGGCGGTATCTGAACGGAAGGAAGCATGTGTTCTTTTGACAGCCAATGATCAGAGACAAATCGTCCTTGAGAAAAAAGGATACAATCATTTTAAATAA MDEFDLIHSITPHSHYHPSVDVGIGDDGAVYTASPHMQQIVCLDTMVENVHFKLEYSSPHDIGYKALAVNISDVAAMGGIPKFYLVSLAVPSCWQKADVQAMYEGMAELAKLYQMDLIGGDTVSASGQAVITVTVIGEVEKDRACLRSSARPGDVVFVTGDIGSSAAGLSLLLGETLPSAFHTSDYFIRKHKRPVPRVQVGRFCSQLQRAALNDISDGLASELHEIAAASSVTIEIEEQLLPVHPDLPEADSEWKKWVLFGGEDFELVGTVSQQEWISLLDYCTQSGIPIAKIGAVSERKEACVLLTANDQRQIVLEKKGYNHFK PGPT0009010_1715 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 D1-12_02907 537 bslA Biofilm-surface layer protein A ATGAAACACAAGTTTTTCTCAACTGTCATGGCAAGTTTATTCGGCCTGGTTTTGCTTCTTTCTCTGCCGACAGCGTCATTCGCCGCTGAGTCAGGCTCAACCGTTCACGAGCCGGAAATGTCCACGAAAGCGACTGCTACCTTATTTGCAAAATATACAGGTGCCAGCCAGCAGGAATGGTCATTTTCTGATATCGAATTGACGTACCGTCCGAACACGATCCTGAGCTTAGGCGTTATGGAATTTACCCTTCCTAGCGGATTTGCGGCTACAACAAAAGATACAGTCAACGGACACGCTTTGCGTGAAAGACAAATTCTGAATAACGGCAAAACAGTCAGACTTCCGTTAAACATTGATTTGCTCGGCGCAGCGGAATTTAAGCTTTCTCTTAATAATAAAACATTGCCTGCTGCAGGTACATATAAGTTCCGTGCAGAAAATAAATCATTAAGCATCGGCTCTAAATTCTATGCTGAGGACACAATTGTTGTTCAAAAACGCAGCACACCGCCGACACAGCCTTGCGACTGCTAA MKHKFFSTVMASLFGLVLLLSLPTASFAAESGSTVHEPEMSTKATATLFAKYTGASQQEWSFSDIELTYRPNTILSLGVMEFTLPSGFAATTKDTVNGHALRERQILNNGKTVRLPLNIDLLGAAEFKLSLNNKTLPAAGTYKFRAENKSLSIGSKFYAEDTIVVQKRSTPPTQPCDC NA NA NA NA NA D1-12_02908 669 ktrA_2 COG0569 Ktr system potassium uptake protein A TTGGGAAAAATCAAAAATAAACAATTTGCCGTCATCGGACTCGGCCGTTTCGGCGGAAGCATCTGTAAAGAGCTTTTTAAAATGGGGCATGAGGTGCTTGCGGTCGATATCAGCGAAGAGCGGGTCAACGCATACTCCTCTTATGCCACGCATGCTGTGCGGGCAAATTCAACGGAAGAAAGCGAGCTTCAGTCGCTCGGCATCAGAAATTTTGAATATGTCATCGTAGCAATCGGCGCCAACATTCAGGCAAGCACGCTGACGACGCTGTTATTGAAGGAGCTGAACATCCCTAATATTTGGGTGAAAGCGCAAAACTATTATCATCACAAAGTGCTTGAAAAGATCGGTGCTGATCGTATTATCCATCCCGAAAAGGATATGGGCGTGCGGATTGCGCAAAGCCTTTCGGATGAAAACGTCTTAAATTATATTGATTTGTCAGATGAATACAGCATCGTGGAGCTTTCAGCCACGAAAAAGCTGCATTTAAAATCCATTCTTGATCTCGGCGTCCGGGCCAGATTCGGCTGTACCATTCTTGCCGTGAAACATAACGGAGACATTCAGCTGTCCCCTTCTCCGGAGACTGTCATTCATGAATGTGACTGCCTTGTGCTGATGGGGCATAAACGTGATATTAAAAGGTTTGAAACTGAAGGGATGTAA MGKIKNKQFAVIGLGRFGGSICKELFKMGHEVLAVDISEERVNAYSSYATHAVRANSTEESELQSLGIRNFEYVIVAIGANIQASTLTTLLLKELNIPNIWVKAQNYYHHKVLEKIGADRIIHPEKDMGVRIAQSLSDENVLNYIDLSDEYSIVELSATKKLHLKSILDLGVRARFGCTILAVKHNGDIQLSPSPETVIHECDCLVLMGHKRDIKRFETEGM PGPT0002710_3576 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-POTASSIUM_TRANSPORT,PGPT0002710-trkA|ktrA-K03499 NA NA D1-12_02909 846 lytG COG1705 Exo-glucosaminidase LytG ATGAAAAAGAAAGCAAAGACCAAAAGGGTGCTTGGATGCCTTTTTGCTGTATCTCTTATATTCGGATTATTTCTGGTATCAATGGTGTTTTCGAAATTCATAGTGACGGAAGAAAAACCGCCTGAAGAGGTGGACGAGCAGCAGGTCTTTATTGACAGCCTTTCCGGGCATGCTCAAATTTTATATGAGAAATATCATGTCCTTCCGAGCATCACCCTCGCACAGGCCATTCTCGAATCGGACTGGGGGAACAGTGAGCTTGCGGGGAAAGCGCGCAACCTGTTCGGTGTAAAAGGTGATTATAAAGGAAAACACGTCACGATGAAAACGGATGAATTTGAAAAAGGAAAACGAAAAACGATTCGGGCAAAATTCCGTAAATACAGCACGTTTTTTGAATCAATGGATGACCATGCAAAATTATTTGTCAACGGAACGTCTTGGAATAAAAAGAAGTACAAGCCCGTCATTGAAGCGGACAATTATAAAACAGCGGCGGCTGCCCTTCAAAAATCCGGCTACGCCACAGACCCCGGCTATGCTGAAAAAATTAAAGATGTCATAGAAACCTATAACCTGAATGAATATGACAAAATCAATGCCTCTCTTAAAGCAGTTGATATGAAAGGCGCCATCAAAGACCACGCCATTGAAGACGTGTGGTCGAAGCCGTCAAAAGAGCGGCATTCTATAAAACTGGCATCGGCGCAAAAGTTTACCGGCCAGCATATTAAAGTCGTATCTGAAAAACAAAACGGAGAATCCGTCTGGTACCAAATTCAAGTGAAAGATGAGCTGATCGGCTGGGTTGACCAAACCGCCGTCCAGTTAAGTGAAGAAACATAA MKKKAKTKRVLGCLFAVSLIFGLFLVSMVFSKFIVTEEKPPEEVDEQQVFIDSLSGHAQILYEKYHVLPSITLAQAILESDWGNSELAGKARNLFGVKGDYKGKHVTMKTDEFEKGKRKTIRAKFRKYSTFFESMDDHAKLFVNGTSWNKKKYKPVIEADNYKTAAAALQKSGYATDPGYAEKIKDVIETYNLNEYDKINASLKAVDMKGAIKDHAIEDVWSKPSKERHSIKLASAQKFTGQHIKVVSEKQNGESVWYQIQVKDELIGWVDQTAVQLSEET PGPT0018652_83 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_CELL_WALL|MEMBRANE_DEGRADATION PLANT_DEGRADATIVE_GLYCOSIDASES|GLYCOSYLHYDROLASES PLANT_DEGRADATIVE_GS|GH-N_ACETYLMURAMOYL_L_ALANINE_AMIDASES,PGPT0018652-yubE-NA NA NA D1-12_02910 1176 hmp_2 COG1017 Flavohemoprotein ATGCTGGATGAGAGAACAATAGACATCATCAAAAGCACAGTACCCGTATTGAAAACACATGGAGAAAACATCACCGGACGCTTTTATAACCTGATGTTTCAAGATCATCCCGAACTGTTAAATATGTTTAACCAAACGAACCAAAAGAAACAGACTCAGCGCGCAGCATTGGCAAATGCAGTCATTGCGGCTGCGGCGAATATTGATCAATTAGAACAAATCATTCCGGCGGTCAGACAGATCGGCCATAAACACACAAGCATCGGTGTAAAACCGGAACATTATCCGATTGTCGGAAAGTATCTGCTTCTGGCAATTAAGGATGTGCTGCAGGATGCCGCAACTCCTGAGATTATGCAGGCATGGGAAAAAGCTTACGGTGTTATTGCGGAGGCTTTCATCGGCATTGAACAAGACATGTACAATGAAGCCGGATGGCAGGGGTATAAAGAATTTACGGTTATACAGAAAACGAAAGAAAGCAAAGATATTACATCATTTTATATCAAACCGAGTGACGGCTCTTCGCTTCCTGGATTTGAAGCGGGACAATATATCAGCATTAAAGTGCGGATTGCGGATTCTCCTTATACGCACATTCGCCAGTACAGCCTGTCTGATGCTTCTCAAAAAGGGGCATATCGGATTTCTGTGAAAAAGGACGGAGCGGTTTCTTCTCATCTCCACAATGAAGTTCAAGAGGGAGATAAACTTGAAGTCAGCGCACCCGCCGGGGATTTCAAGCTGTCTTCTGCCGAAAAACCGGTTGTTCTTATCAGTGCCGGTTCCGGAATCACGCCGATGATGAGCATGCTGAAAACAGCCGCCGAAAAACAGCCGGAACGTTCCGTTACTTTTATTCATGCCGCGAAAAACGGAGAGTACGCCGCGTTCCGCAAAGAGGCTGAACAAGCTGCGGAGAATCATCCGAATATTAACGTCATTTATGTATACAGTGAACCGGCAGAACAAGACCGCTCAGGAGACAAGCCTTTTTACAGCGGCAGGATTGATCAAACCTTCCTGGAGCAGCTTCATCTGAATCAAGATGCTGCATTTTACTTGTGCGGATCAGCGCAGTTTATGACACAAATGAAAGACATGGTTCTTGCCCTCGGGTTTGACTCTGATTCCGTTCAATATGAATTGTTCGGCCCTCAGCTGAGCATGGCATAA MLDERTIDIIKSTVPVLKTHGENITGRFYNLMFQDHPELLNMFNQTNQKKQTQRAALANAVIAAAANIDQLEQIIPAVRQIGHKHTSIGVKPEHYPIVGKYLLLAIKDVLQDAATPEIMQAWEKAYGVIAEAFIGIEQDMYNEAGWQGYKEFTVIQKTKESKDITSFYIKPSDGSSLPGFEAGQYISIKVRIADSPYTHIRQYSLSDASQKGAYRISVKKDGAVSSHLHNEVQEGDKLEVSAPAGDFKLSSAEKPVVLISAGSGITPMMSMLKTAAEKQPERSVTFIHAAKNGEYAAFRKEAEQAAENHPNINVIYVYSEPAEQDRSGDKPFYSGRIDQTFLEQLHLNQDAAFYLCGSAQFMTQMKDMVLALGFDSDSVQYELFGPQLSMA PGPT0013000_1697 NA NA NA NA NA D1-12_02911 642 hypothetical protein ATGGTTTCCGATATCGATTACACGTCTCCGAATACACAATTCACTTATGATGTGAATGAGAGCCGTTTTTTTACGAAAGATGCTCGGAACTTTATCAATGTATTGGGGATTAAACAGTTAAACACGCTTGAAAATATTTCATTATTAGATATCTTTCTGAGCAAAACAAATGTGATTGAACCGCATACCCATCAAAACGCCGCTGAATTGGTGTACTGTATTTCGGGTTCCGCGGTGGTGTCGATGCTGAATCCGTTCACCCAGAAAATACGGAATTATCCGATCTCTCCAGGACAAGTGGCGAATGTTCCGCAGGGGTGGTGGCATTATGAAGTCGCCACTTCAGACAAAACCCACCTTTTGGCCATATTTGACGCCCCTTCGCCTGAAGTGATATACGGCTCGGATATTCTCCGTCTGACGCCGCCTGAGATCATGGCGCATACGTACTGTCTGAATGAGCATGAGTGGGAAAAAGCCGTTTCACCGATCCGGCAATCAACTGTGATAGGTCCCGATAAATACTGCGGACAGACTGAAAACACGGGTATTCTTGATATGAATAAGCCTTATCAGCCAAATACGCATTATCCGAATGATCCGTATCGGCATTATGATACGCCGTTATATTGGGGATATTAA MVSDIDYTSPNTQFTYDVNESRFFTKDARNFINVLGIKQLNTLENISLLDIFLSKTNVIEPHTHQNAAELVYCISGSAVVSMLNPFTQKIRNYPISPGQVANVPQGWWHYEVATSDKTHLLAIFDAPSPEVIYGSDILRLTPPEIMAHTYCLNEHEWEKAVSPIRQSTVIGPDKYCGQTENTGILDMNKPYQPNTHYPNDPYRHYDTPLYWGY NA NA NA NA NA D1-12_02912 321 hypothetical protein ATGAAAAAGAAAATCTATCTTATATTATCTCTGTCAGCGGCACTGGCGCTTTTTTTGACAGCGCTTCCGGCTCTTTCTCCCGTCATCTTCACGTCTGCTTCAGAAAAAGGAGCCATCAGGCATGACATTTATAAAAAAGGATATCCGTATCAAAGCTACTTTGCGATTCTTCAAAAAGAAGAAGACGGCGGAGAGGCCGGGAACCTTTATTATGTAAATTGGTTCAATTGGAAAGATGAAACCGGACAGACGCCGCACGTATGTTATTCAAAAAAATCGTCCGAAGGCGAGTACAAAGTAAGCTGCGGAACCGGACCGTAA MKKKIYLILSLSAALALFLTALPALSPVIFTSASEKGAIRHDIYKKGYPYQSYFAILQKEEDGGEAGNLYYVNWFNWKDETGQTPHVCYSKKSSEGEYKVSCGTGP NA NA NA NA NA D1-12_02914 831 uppP COG1968 Undecaprenyl-diphosphatase ATGACACTATGGGAGATGTTCACAGCAGCCGTTTTGGGAATCGTGGAAGGGCTGACGGAGTACGCGCCGGTTTCTTCCACGGGACATATGATCATAGCGGATGACATCTGGCTGAAATCCGGAAGCCTGATGAATCCGGAAGCCGCCAATTCCTTCAAAGTGGTGATTCAGCTCGGTTCGATTCTGGCGGTGGCCATTGTGTTTAAGGATCGGATATTACATTTACTCGGCCTCAAAAAAAACGTCACGCGCGATCAGCAGAAGGGATACAGGCTGACCATCGCGCAAATCGCCGTCGGTCTTGTTCCGGCGGCGGTGCTCGGCTTTTTATTTGAGGATTTCATTGACCGCTATTTATTCTCTGTCAGAACGGTAGCTTACGGATTAATTGCCGGAGCCGTGCTTATGCTTATAGCGGACTGGATCAATAAAAGGAAAGAAACGATCGATACGGTGGACAGAATCACCTACAAACAGGCTTTCTGTGTCGGATTATTCCAGTGTCTCGCCTTATGGCCCGGATTTTCCCGCTCAGGCTCAACGATTGCCGGAGGTGTCATTGTCGGCTTGAATCACCGGGCAGCCGCAGACTTCACATTTATTATGGCTATTCCGATTATGGCGGGCGCAAGCCTTCTGAAGCTGGTGAAATACTGGAGCAGTCTTTCTTATGACATGATTCCGTTTTTTCTTGTCGGCTTTATCTGCGCCTTTGTCGTCGCCCTCTTAGTCGTCAAGTTTTTTCTTCGGCTCATCAATCGGATTAAGCTTGTCCCGTTCGCCATTTACCGTGTCATCCTCGGCATCATTTTAATCATGCTCGTGCGATAA MTLWEMFTAAVLGIVEGLTEYAPVSSTGHMIIADDIWLKSGSLMNPEAANSFKVVIQLGSILAVAIVFKDRILHLLGLKKNVTRDQQKGYRLTIAQIAVGLVPAAVLGFLFEDFIDRYLFSVRTVAYGLIAGAVLMLIADWINKRKETIDTVDRITYKQAFCVGLFQCLALWPGFSRSGSTIAGGVIVGLNHRAAADFTFIMAIPIMAGASLLKLVKYWSSLSYDMIPFFLVGFICAFVVALLVVKFFLRLINRIKLVPFAIYRVILGIILIMLVR PGPT0024165_863 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-UNDECAPRENOL_MODIFICATION,PGPT0024165-bacA-K06153 NA NA D1-12_02915 1161 hypothetical protein GTGGAAACATTGCAAACATGGGGCGGCAGATTTAAACAGTTTTTCTTAGACAATAAATTTGTCTTGTTTTTGCTTGTATTGCTGCTCATCGGTCTCAATATCCTTGTCTTTATGAAGACATCATTTATTTTCACACCTATTATCGTCCTGCTCAAAACGATTGCGCTCCCCGTCATTTTGACAGGAATTGTTTATTATCTGCTTAATCCGATCGTAGATATATTGGAAAAAATAAGAGTGAAAAGAGTCTATTCCATCCTGCTCCTTTACCTCATTATTATAGGGCTGATTTCGATTACGATCGTTTCGATTATTCCGTTTTTAAAGGAACAGATCATGAGTCTGATCGACAATCTGCCGAAATATGTGGATATTGTTGAAGATCAGACGAAAAGCATGATCGGAAGCGATTTTGTAAATCAGGCGCAAAAGACGATGAATATCAACATTTCCGATCTTGCTAATAAAGTATCGGCGCAGGCTGCAACAATTGCAAACAGCACATTTACCGGAGTCGGGAATTTTATCGGCGCGCTGACGGAAGTGATTATTTCAATTGTGACCGTGCCGTTTATTCTGTTCTATTTGCTGAAAGACGGCAAAAAACTGCCAATCTATATCTTAAAGTTTGTGCCCACCCGTCTGAAAGAACAAACGTATACGATGCTTAGTGAAATGAACCACAGATTAAGCTCCTATATCAGAGGACAGGTCATCGTCAGCTTCTGCATCGGATTTTTATTATTTATCGGCTATCTGATTATCGGACTTGATTATGCGTCACTGCTTGCGGTCATTGCCGCTTGTACGAGCGTTGTTCCGTATTTAGGGCCGACCATTGCCATCACGCCGGCGATTATTATCGCGTTGGTCACTTCGCCTCTGATGTTGCTGAAGCTTGCGATTGTATGGACCGTTGTCCAGCTCGTGGAAGGAAAATTAATTTCGCCGCAGATCATGGGGAAAAATCTTCACATTCACCCGATTACCATCATCTTTGTTCTTTTAACCGCCGGAAAGCTGTTCGGGGTTGTCGGCATTATTTTAGCCATCCCGGGGTATGCGGTCATCAAAGTGGTCACGACCCATCTGTTTGATTGGTTCAAAATGCGTTCGCATTTATATGAAGAAGAAAAAAATGATGCTGTATCGAAGTCATAA METLQTWGGRFKQFFLDNKFVLFLLVLLLIGLNILVFMKTSFIFTPIIVLLKTIALPVILTGIVYYLLNPIVDILEKIRVKRVYSILLLYLIIIGLISITIVSIIPFLKEQIMSLIDNLPKYVDIVEDQTKSMIGSDFVNQAQKTMNINISDLANKVSAQAATIANSTFTGVGNFIGALTEVIISIVTVPFILFYLLKDGKKLPIYILKFVPTRLKEQTYTMLSEMNHRLSSYIRGQVIVSFCIGFLLFIGYLIIGLDYASLLAVIAACTSVVPYLGPTIAITPAIIIALVTSPLMLLKLAIVWTVVQLVEGKLISPQIMGKNLHIHPITIIFVLLTAGKLFGVVGIILAIPGYAVIKVVTTHLFDWFKMRSHLYEEEKNDAVSKS NA NA NA NA NA D1-12_02916 987 iolU COG0673 scyllo-inositol 2-dehydrogenase (NADP(+)) IolU ATGATTCGATTTGCAACAGTCGGAACGAATTGGATTACAGAACGATTTCTGGAGGCGGCTTCTGCTATTGATGATTTTCAATTAACGGCGGTTTATTCCAGAACTGAGGAACGTGCGGCGGAATTCGCCGGCAAACACGGCGCTGCTCATTATTTCACCAGCCTGAAAGAAATGGCGGAAAGCAAAGCCTATGACGCGGTGTATCTCGCCAGCCCGAATGCATTTCACAAAGAGCAGGCGGTCCTTTTTATGGAACACGGCAAGCACGTACTGTGCGAAAAACCGTTTGCGTCTAACGCAAGGGAAACGGATGAAATGATTCACGCAGCCAAAACGAACGGCGTTCTCTTGATGGAAGCCATGAAAACAACGTTCCTGCCGAACTTCAGCATGCTTCAAAACCACTTACATAAAATCGGACCCGTCAGGAGATTCACGGCAAGCTACTGCCAATATTCATCACGATATGATGCATATAAAAACGGTACGGTGCTAAACGCGTTTAAGCCTGAATTATCGAACGGTTCGTTAATGGACATCGGCGTGTACTGCATTTATCCGGCCGTCGTCCTGTTCGGCAAACCGAAAAACGTCATTGCGACCGGTCATAAACTAGCATCCGGCGTTGACGGCGAAGGCACAGTCATTCTGTCATACGACGGATTTGAAGCGGTGCTGATGCATTCGAAAATCTCAAATTCGTTTGCCCCGGCGGAAATTCAGGGTGAGGACGGCACGATCGTGCTGGACAGCATTCACGGGCCGGAACGGGCGGAAATCCGCTATCGTGACGGACGGACGGAAGACATTTCAGTCCCTGATCTGAAACCGTCGATGTACTACGAAACGGCTGAATTCATCAATCTTCTTCGAAACGGACAGCGGGAGTCTTCCGAAAATACATTTGAACGTTCTTTCATTACGGCAAACATTATGGAAGAAGCGAGAAAACAAATCGGAATTGTCTTTCCCGCCGATCAAAACTAA MIRFATVGTNWITERFLEAASAIDDFQLTAVYSRTEERAAEFAGKHGAAHYFTSLKEMAESKAYDAVYLASPNAFHKEQAVLFMEHGKHVLCEKPFASNARETDEMIHAAKTNGVLLMEAMKTTFLPNFSMLQNHLHKIGPVRRFTASYCQYSSRYDAYKNGTVLNAFKPELSNGSLMDIGVYCIYPAVVLFGKPKNVIATGHKLASGVDGEGTVILSYDGFEAVLMHSKISNSFAPAEIQGEDGTIVLDSIHGPERAEIRYRDGRTEDISVPDLKPSMYYETAEFINLLRNGQRESSENTFERSFITANIMEEARKQIGIVFPADQN NA NA NA NA NA D1-12_02917 525 yraA_2 COG0693 Putative cysteine protease YraA ATGAGATTAGAAGGCAAAAAAGTCATAGCGCTTGTCAGTGACGATTTTGAAGACCTAGAGCTTTGGTATCCCGTCTACCGGCTGAGAGAGGAAGGCGCGATCGTTCATTTAATAGGAGAAGAAGCGGGCCGTTCATACAAAGGAAAATACGGCGTGCCCGCGACGGCGGATTACGATTTTAAGAGCCTGATTATTCAGGAGTATGATGCCGTGCTCGTGCCTGGCGGCTGGGCTCCTGACAAACTGCGAAGATATCCCGAAGTTTTGGAGATCATCCGTACGATGAACGAGCAGAAAAAGCCGATCGGCCAGATCTGCCATGCGGGCTGGGTGCTCATATCTGCCGGAATTCTCGCAGGAAAAAAAGTAACGAGCACGCCCGGCATCAAAGACGACATGACAAATGCAGGGGCACAGTGGCTGGATGAAGCTGTCGTAACTGACGGCCACATTGTATCAAGCCGCCGCCCGCCCGACCTTCCGCAGTATGCAAAAGCGTTTGCTGACCTGTTAGCGTCCAAATAA MRLEGKKVIALVSDDFEDLELWYPVYRLREEGAIVHLIGEEAGRSYKGKYGVPATADYDFKSLIIQEYDAVLVPGGWAPDKLRRYPEVLEIIRTMNEQKKPIGQICHAGWVLISAGILAGKKVTSTPGIKDDMTNAGAQWLDEAVVTDGHIVSSRRPPDLPQYAKAFADLLASK PGPT0015010_2830 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 D1-12_02918 2007 mcpA_1 COG0840 Methyl-accepting chemotaxis protein McpA ATGAAACAACTGATACATTGGATCAAACAGCCATCCATCAGCAAGCCGCTGATCGCGGCATTTTTAGCCGTATTGGTGCTCCCGGTCGGCATACTCGCCTACTTCAGCTACCAAACGGCGGGGAATTCACTAGAAAGCGAACTGACCCACAGCGCTCAGGGAAATGTCAGCGAACTGAACAGCGTGCTGGAAAACATGCTCGAAGGCAAGCTCAAAGCGATTGACTACTACAGCGAATCAATCACTAAGGAAAAACTGAACACAAAAAATAAATCGGTACTGCTCGACAATATGAAGCAGTATGTCACCGTAAATGACGATGTCGCGTCAATTTACGCCGCGTCTCGCGACAAAGCGTTCGTGAAATATCCGTCCGCTGATATGCCGTCCGATTATAATCCGCTCACGCGCGAGTGGTATACAAAAGCGGTTGAAAAAAGCGGACAGCCGGTGTTTACCGAGCCTTATAAAGACGCTGCAACCGGACAGACGGTCGTTACGATTGCCCAGCAGACAAAAGACGGATCAGGCGTTGTGGCGCTTGATATTAATCTTGGCGACCTGCTGAACGCTTCCGAACGCGTCCAGATCGGTCATAAAGGATTTGCCTTCATTACAACGGGAGATAAAAAATACATCGCCCATCCGACTATAAAAGCGGGAACGGAAGGCTCCGGAGAGTGGACGAAAGAAGTGTTTTCCAAATCAAGCGGATCGTTTGAATACATGTTTGAAGGACAGCAGAAGAAAATGGCCTTCACGACAAACAAACTGACGGGCTGGAAAATCGCCGGTACATTTTTTGTCAGTGAGATCCATGACGCAGCCTCGCCTGTCATGAAAATGGCGCTGATCATCCTGGCGGTTTCTCTTATCGTCGGCGGGGTTTTAATCTTTTTTATCATTCGCTCGATTGCAAAACCGCTCAAAAAACTTGTTTCGACATCAGCTAAAATCAGTGACGGCGATTTAACGGAAGTCATTGATATCAAGTCAAAAAATGAATTCGGGCAGCTCAGCCAAAGCTTCAATGAGATGTCGGCCTCACTCCGGTCTGTCATCGGCGTCATTCAATCATCGGTCGAACATGTCGCTTCTTCATCCGAAGAGCTGACGGCATCTGCCGGACAGACAAGCAAGGCGACAGAGCATATTACACTGGCGATTGAACAATTCTCAAACGGAAACGAATCACAAAGCGAGAAATTGGAAGAGAGTGCTGATCACCTTTCCCAAATGAATGCCGGCATTGCCGAGACGGCGAATGTATCGGCGGAAATCACTGAATCCGCCATCCAAACCTCTGAAACGGCCGGAAGCGGAGAAGAATTAGTGGCGAAAACGGTCGGCCAGATGAAAACAATTGATCGTTCCGTACAGCAGGCGGAAGCGGTCGTAAAAGGGCTGGAAACGAAGTCGCACGACATTAAGAGCATTCTCAACGTCATTAACGGCATTGCCGATCAAACAAATCTGCTTGCCTTAAACGCGGCCATTGAAGCCGCCAGAGCAGGCGAATACGGGCGGGGCTTCTCCGTCGTTGCGGAAGAAGTGAGAAAGCTTGCCGTACAATCAGCCGGCTCCGCGAAGGAAATCGAAACGCTGATTCAGGAAATCGTCAAAGAAATCGCCACATCGCTTTCCGTATTCCAAGCGGTGAATCAAGATGTGAAGGAAGGCCTCGATATTACGGATCAAACGGCCGAAAGCTTCAAAAAAATCTCAGAAATGACGACTCAGATTTCAGGCGCCTTGCAGCATATGAACGGAACGCTTGAGAAGCTTGCAGCCGGGTCGCAAAATGTGACAAACGCGGTGGAGGACATTACCTCAGTCGCCAAAGAAGGGTCCGCCGGCATTCAAGACATCGCCGCCTCAGCTGAAGAGCAGCTGGCCTCCATGGAAGAAATCAGTTCATCCGCCGAAACGCTTGCGCATATGGCTGAAGAACTGCAGCAGGTCACACGGAAATTTACGATTCAGTCTGAAGACGAAGAACAGCTGTAA MKQLIHWIKQPSISKPLIAAFLAVLVLPVGILAYFSYQTAGNSLESELTHSAQGNVSELNSVLENMLEGKLKAIDYYSESITKEKLNTKNKSVLLDNMKQYVTVNDDVASIYAASRDKAFVKYPSADMPSDYNPLTREWYTKAVEKSGQPVFTEPYKDAATGQTVVTIAQQTKDGSGVVALDINLGDLLNASERVQIGHKGFAFITTGDKKYIAHPTIKAGTEGSGEWTKEVFSKSSGSFEYMFEGQQKKMAFTTNKLTGWKIAGTFFVSEIHDAASPVMKMALIILAVSLIVGGVLIFFIIRSIAKPLKKLVSTSAKISDGDLTEVIDIKSKNEFGQLSQSFNEMSASLRSVIGVIQSSVEHVASSSEELTASAGQTSKATEHITLAIEQFSNGNESQSEKLEESADHLSQMNAGIAETANVSAEITESAIQTSETAGSGEELVAKTVGQMKTIDRSVQQAEAVVKGLETKSHDIKSILNVINGIADQTNLLALNAAIEAARAGEYGRGFSVVAEEVRKLAVQSAGSAKEIETLIQEIVKEIATSLSVFQAVNQDVKEGLDITDQTAESFKKISEMTTQISGALQHMNGTLEKLAAGSQNVTNAVEDITSVAKEGSAGIQDIAASAEEQLASMEEISSSAETLAHMAEELQQVTRKFTIQSEDEEQL PGPT0015710_6411 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 D1-12_02919 1986 mcpA_2 COG0840 Methyl-accepting chemotaxis protein McpA ATGAAAAAAATTGTGCAAATCATCAAGCAGAGATCGCTTACAAGAAAACTGCTCATTTCTTTTTTGGCCATTCTCATTCTTCCTATTTCAACGCTGGCTTTTATCGCCTATCAATCGGCGGTAAGCACGCTTGACAGGCAGATGATGGGAAGCGCATTAGATAATGTGCAGCAGATTAACGATATGATCAACACAAGCATCAGCCAAAAGGAAGACGGAACGGCATATTTCAGCGATTGGCTCACAAAGGATCGGTACAAGCCGAAAAACCAATCGCAAATTACCGATAAATTCACAGAGTACATGAAGATCAATAAAGACGTGGAATCCATTTTTACGAGTGACACGGAAGGACATTTCACACGGTATCCGGATCTGCAGATGCCTAAAGGATATAATCCGATTGAAAGAGACTGGTATAAAAAGGCCGTGGAAAATAAGGGGAAAGTTGTTGTAACAGATCCTTACCGCACGGCTTCCACCAATACGATGGTCGTGACGGTCGTTCAGCAGACGAAAGACGGCTCAGGAGTCGTCGCCATCAATATGAAAATCGATGAGCTTCTGAAAACGACAAAGAAAGTGAACATCGGAAAATCCGGCTACGCTTTTATCCTGACGAAAGACAAAAAAGTGGTCGCCCACCCGAACCGCACATCAGGCACAGTATTAAACGGGGAGTGGGCCGAACGGCTGTTCACCAGCAAAAAAGGTGATTTTCAATACAAATACGACGGCCAGGAAAAGAAAATGGTTTATGATACGAACAAGCTGACAGGCTGGAAGATTACCGGAACGATGTATCTGGACGAAATTCATGAAGCGGCCCTGCCGATTCTTCATCTGTCCCTGCTCGTTCTCGTATTAGCGATTGTGATCGGAACCATCGTCATGGTGCTGATTATCCGTTCAATCACAAAACCGCTCAAGCAGCTTGTGACATCATCGAAACAGATCAGTGAAGGCGATTTAACAGAAACGATCGAGATCCAGTCAAAAGATGAATTAGGCGAGCTTGGCAAAAGCTTTAACAATATGGCCGCTTCGCTCAGGTCTCTCATCCATGCCATCCAGGATTCCGTGAATAACGTCGCATCTTCCTCAGAGGAGCTGACGGCTTCAGCGGAGCAGACAAGCAAGGCAACCGAACATATCACATTGGCGATCGAACAATTTTCTAACGGAAATGAAAGCCAAAGTGAAAATATTGAAAGCGCGGCGGAACATATTTACCAAATGAACAGCGGGCTTGAAGATATGGCGAAAGCATCTGCCGTCATTACCGAATCCTCCGCCACATCAGCGGAAGTCGCCAATTCAGGCGGAAAGCTCGTCCACCAGACGGTCGGCCAAATGAACGTCATTGACCGGTCAGTGAAAGAAGCTGAACAAGTGGTGCGCGGACTTGAAACAAAATCAAAAGACATTACAAACATTCTCCGTGTCATTAACGGAATCGCTGATCAGACAAACCTTCTTGCGCTGAACGCGGCAATTGAAGCCGCGCGTGCGGGTGAATACGGCCGGGGCTTCTCAGTCGTCGCCGAAGAGGTCAGAAAACTTGCGGTCCAGTCTGCCGATTCAGCGAAAGAAATCGAAAGCTTAATTATAGAAATCGTCAACGAAATCAATACATCTCTCGGCATGTTCCAATCCGTCAACAAAGAGGTGGAGAGCGGACTGGATATTACGAACCAGACCGAAACGAGCTTCAAACGGATTTCTGAAATGACGAACCAGATCGCCGGAGAAATTCAAAATATGAATGCGACGGTAGAACAGCTGACAGCAGGATCTCAGCAGATTTCAGGAGCTTCTGAGCAAATCGCGTCCATCGCAAAAGAAAGCTCCGCCAGCATTCAGGATATTGCGGCCTCCGCCGAAGAACAGCTGGCTTCAATGGAAGAAATCAGTTCGTCTTCGGAAACGTTATCCCAAATGGCGGAAGAATTACGTGATATGACGAAACGATTTAAAATAGATTAA MKKIVQIIKQRSLTRKLLISFLAILILPISTLAFIAYQSAVSTLDRQMMGSALDNVQQINDMINTSISQKEDGTAYFSDWLTKDRYKPKNQSQITDKFTEYMKINKDVESIFTSDTEGHFTRYPDLQMPKGYNPIERDWYKKAVENKGKVVVTDPYRTASTNTMVVTVVQQTKDGSGVVAINMKIDELLKTTKKVNIGKSGYAFILTKDKKVVAHPNRTSGTVLNGEWAERLFTSKKGDFQYKYDGQEKKMVYDTNKLTGWKITGTMYLDEIHEAALPILHLSLLVLVLAIVIGTIVMVLIIRSITKPLKQLVTSSKQISEGDLTETIEIQSKDELGELGKSFNNMAASLRSLIHAIQDSVNNVASSSEELTASAEQTSKATEHITLAIEQFSNGNESQSENIESAAEHIYQMNSGLEDMAKASAVITESSATSAEVANSGGKLVHQTVGQMNVIDRSVKEAEQVVRGLETKSKDITNILRVINGIADQTNLLALNAAIEAARAGEYGRGFSVVAEEVRKLAVQSADSAKEIESLIIEIVNEINTSLGMFQSVNKEVESGLDITNQTETSFKRISEMTNQIAGEIQNMNATVEQLTAGSQQISGASEQIASIAKESSASIQDIAASAEEQLASMEEISSSSETLSQMAEELRDMTKRFKID PGPT0015710_7447 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 D1-12_02920 1989 mcpA_3 COG0840 Methyl-accepting chemotaxis protein McpA TTGAAAAAAACAGCAAAAAAAATCGCCAGAAAATCAATAGCCAAAAAACTTATCATTTCATTTTTACTGATCTTAATTATTCCGGTAGCAGTATTGGCTGCCGGCGCCTACCGTTCGGCGGCTTTATCCGTTGAAAAGCAAATGATGGAAAGCGCCGAAGGAAATGTGCAAATCTTAAACAATATGATTGATGACCGGATCGGAATGTTTACAAAAAGCTCAGCATATTTCAGCGAATGGGCGACAAGCGCTAAATTTAAAGAAAAAAAACAAACGGAAATGCAAGAAAGGTTCAAACAGTTTATTGAAAGCAATGATAAAGCGTCCGCCATATTTTCAAGCAGCAAGGAAGGAACGTTTACCCGTTATCCGCATGCCGATATGCCGGCCGATTTCAATCCGCTTGAAAGAAGCTGGTATCAGGAAGCCATGGAGAATAAAGGCCAAACCATCATCACGGACCCTTATGAGTCCATCTCAAACAAAAAGATGGTCGTCACCATGGCCCGCGCGGCGCAAGACGGATCAGGCGTCGTCGCCATTGATATAAAAATCGACGATCTCATCACGATGACAAAAGAAGTGAACATCGGAAAAGAAGGATACGCCTTTATCCTCAGCAAAAATAAAAAAGCCGTTGCCTACAGTGATGAAAAAGCCGGCTCGGCGGTATCGGGAAAATGGGTTGATACATTATACAGCGGGCAAAAAGGCGTCTATGAATATACGCTGAACGGGAAAGCGAAAAAAATGGCGTACGTGACCAATGAAGCGACGGGCTGGAAGATCAGCGGAACCATGTCTGTGGATGAAATCAAAGATGCGGCAAGACCGGTTCTGACTCTGGCCGTTATCATATTGGCGATAGCCATTGCCGCAGGGATGATTTTCATTTATTTTGTCATCCGCTCAATTACCAAACCGTTAAAACATCTCGTAGCTTCAGCGGAAAAAATCAGCAGCGGAGATCTGACGGAAACCATTGATGTCAGCTCTCAAGATGAGCTCGGCGTGCTCGGTAAAAGTTTTAATCATATGACAGATTCACTCCGTTCGCTTATTCAGGGAATTCAGGACTCTGTTGAACATGTCGCTTCTTCCTCAGAGGAGCTGACGGCTTCGGCTGAGCAGACGAGCAAAGCAACGGAACATATCACCCTTGCGATTGAACAGTTTTCTAATGGAACGGAAGACCAAAGTGAGAGTATTGATAAAGCGACAGCCCAAGTGAATGAGATGAAAGACGGGCTCAGCGATCTGGCGGAAGCGGCAGCCGTGGTGACGGAAACTTCAATTGAATCGGCGGAGATATCCGGCACCGGTGAGCGGCTTGTCAAGAAAACAGCCGGCCAGATGGGCGCCATTGACCAATCCGTAAGCAAAGCGGAGCAAGTCGTACAAGGGCTTGAACTCAAATCGCAGGACATCAACAGCATTTTGCGCGTCATTAACGGCATTGCCGATCAAACGAATCTCCTTGCTTTAAATGCAGCCATTGAAGCGGCAAGAGCGGGAGAATACGGACGCGGTTTTTCAGTCGTTGCCGAAGAAGTGAGAAAGCTTGCCGTCCAATCCGCCGATTCAGCGAAAGAAATCGAATCCTTAATTCATGAAATCGTCAAAGAAATTCATACTTCGCTCGGAATGCTGGAATCCGTCAATCACGAGGTGAAAAGCGGACTTCAGTTAACGGACGAAACGGAAAAAAGCTTCCGGGACATTTCCGTTAAAACAAATCAGATTGCCGGTGAACTGCAAAATATGAATGCAACCGTGGAACAGCTTTCTGCCGGATCTCAGGAAGTATCTAACGCTTCAGAGGATATCGCGGCCGTCTCCAGACAAAGCGCGGCCGGCATTCAGGACATCGCGGCTTCAGCTGAAGAGCAGCTTGCGTCCATGGAGGAAATCAGTTCCTCCGCCGTCACGCTGGAAAAAATGGCGGAAGAATTACGCGAACTGACAAAGCGTTTTAAGATAAACTCTTAA MKKTAKKIARKSIAKKLIISFLLILIIPVAVLAAGAYRSAALSVEKQMMESAEGNVQILNNMIDDRIGMFTKSSAYFSEWATSAKFKEKKQTEMQERFKQFIESNDKASAIFSSSKEGTFTRYPHADMPADFNPLERSWYQEAMENKGQTIITDPYESISNKKMVVTMARAAQDGSGVVAIDIKIDDLITMTKEVNIGKEGYAFILSKNKKAVAYSDEKAGSAVSGKWVDTLYSGQKGVYEYTLNGKAKKMAYVTNEATGWKISGTMSVDEIKDAARPVLTLAVIILAIAIAAGMIFIYFVIRSITKPLKHLVASAEKISSGDLTETIDVSSQDELGVLGKSFNHMTDSLRSLIQGIQDSVEHVASSSEELTASAEQTSKATEHITLAIEQFSNGTEDQSESIDKATAQVNEMKDGLSDLAEAAAVVTETSIESAEISGTGERLVKKTAGQMGAIDQSVSKAEQVVQGLELKSQDINSILRVINGIADQTNLLALNAAIEAARAGEYGRGFSVVAEEVRKLAVQSADSAKEIESLIHEIVKEIHTSLGMLESVNHEVKSGLQLTDETEKSFRDISVKTNQIAGELQNMNATVEQLSAGSQEVSNASEDIAAVSRQSAAGIQDIAASAEEQLASMEEISSSAVTLEKMAEELRELTKRFKINS PGPT0015710_7278 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 D1-12_02921 1986 mcpB COG0840 Methyl-accepting chemotaxis protein McpB ATGAAAAAATTCATTAATTGGTGCACAAAGGCATCGATTTCACGTAAATTAATCATTTCATTTATCGTGATCTTAATCATACCGATTCTCGTGTTAGAATTCAGTTCATACCATACGGCGAGCAATTCGCTGGATGATCAGATTTCAGGCAACGCGAAAAATAACATCGAATCTTTTAACACAACGATTACAAATGATATCGGCGCAAAAGCAAAGGCGATTGAATTTTTCAGTGAAACGTTAAAAGGGTCATCCTTCTCAAAGAAAAACATGTCTGCTCTTGAAGAAAAGTTCGGGCAATACACGTCTATTCATAAGGACGTAGCCCGCATTTACGGAGGAACGGAAGACGGCAGCTACGCACAGGCGCCGAAGGAGAATACTCCGGCCGATTACGATCCGAGAACACGCACTTGGTATAAAGACGCTGTGAAGGCCGGCGGCACGCTCGTTGTCACCGACCCTTACACCGCGGCAAGCGACGGCAGGATGGTCGTCACCGTGGCAAAGCAGATGCAGGACGGAACAGGCGTAGTGGCCATGGATATTACGATTGACCAGCTGCTGAAGCAGATGCAGGGAATCAAAATCGGGCAAAAAGGCTTCGTGTTTATCACGTCCAAAAATAAAACCTATGTCGCGCATAAAGACCACAAACCGGGCGATAAAGTTTCAACCCCGTGGCTGAATGAGGTATACAGCAAAGACAGCGGCATTATTTCATACAAGCTCGATGATCAAAATAAAAAAATGGCGTTTACGACAAATAAACTGACCGGATGGAAAATAGAAGGGAGCATGGAGCTCAACGAAATTAAAGACGCCTCACAACCGGTGCTGACGATGGGAATGATCGTCCTTGCAGCATCCATTATCATCGGGGGCATTTTAATTCTGTTGATTGTCAGATCCATTACGTCACCGCTGAAACGGCTTGTCCGCTCTTCTAAACAAATCAGCGGCGGAGACTTGACTGAAACCATTGATATCCGCTCGAAAGATGAATTGGGCGAACTCGGCGCGAGCTTTAATGAAATGGGAGAATCTCTGCGCGGACTGATCAGCGCGATCCAAAACTCTGTCGACAACGTGGCCGCGTCATCGGAAGAGCTGACCGCTTCAGCTTCGCAGACAAGCAAAGCGACGGAACATATTACAATGGCCATTGAGCAGTTCTCAAATGGAAACGAAGAGCAAAGCGAAAAAGTCGATTCAAGCTCAGCCAAGCTGAATCATATAAATGACGGACTCGCCGCCGTTTCCCGCACATCATCATCCATTACGGAAGCATCTAAACAATCGAAGGAAGCTGCCGGCACCGGGGAAGAATATGTGCAGCAAACCGTCGGGCAGATGAATCTCATCAATCAATCGGTCCAGCAGGCGGAAGCGGTTGTAAAAGGTCTTGAGGCCAAATCAAAAGACATCACTCATATTTTAAGAGTCATCAACGGTATTGCCGATCAGACAAACCTGCTTGCTTTAAATGCAGCCATTGAAGCGGCAAGAGCGGGTGAATACGGGCGGGGCTTTTCAGTGGTTGCGGAAGAAGTGAGAAAGCTTGCCGTCCAATCCGCCGGTTCTGCCAAAGAGATTGAAAAACTCATTCAGGAAATCACGGCTGAGATTAATACATCGCTTCACATGTTCACATCCGTTAATGAAGAAGTTCAATCCGGACTTGCCGTAACGGACCGCACGAAAGAAAGCTTCCAGAATATCTTCGGCATGACGAACGACATCGCCGAGAAGCTTCAATCGATGAACGGCACGGTTGAACAGCTGTCAGACAGCTCTCAGCACGTTTCAGCTGCAGTGACGGATATTGCGGACGTATCACGGGAAAGCGCAGCAAGCATTCAGGATATTGCCGCATCCGCAGAAGAACAGCTTGCATCAATGGAAGAAATCAGCACATCCGCCGATACGTTGGCGCAAATGGCCGAAGAACTGCGGGAATTAACGAAACAATTTAAAATCAACTAG MKKFINWCTKASISRKLIISFIVILIIPILVLEFSSYHTASNSLDDQISGNAKNNIESFNTTITNDIGAKAKAIEFFSETLKGSSFSKKNMSALEEKFGQYTSIHKDVARIYGGTEDGSYAQAPKENTPADYDPRTRTWYKDAVKAGGTLVVTDPYTAASDGRMVVTVAKQMQDGTGVVAMDITIDQLLKQMQGIKIGQKGFVFITSKNKTYVAHKDHKPGDKVSTPWLNEVYSKDSGIISYKLDDQNKKMAFTTNKLTGWKIEGSMELNEIKDASQPVLTMGMIVLAASIIIGGILILLIVRSITSPLKRLVRSSKQISGGDLTETIDIRSKDELGELGASFNEMGESLRGLISAIQNSVDNVAASSEELTASASQTSKATEHITMAIEQFSNGNEEQSEKVDSSSAKLNHINDGLAAVSRTSSSITEASKQSKEAAGTGEEYVQQTVGQMNLINQSVQQAEAVVKGLEAKSKDITHILRVINGIADQTNLLALNAAIEAARAGEYGRGFSVVAEEVRKLAVQSAGSAKEIEKLIQEITAEINTSLHMFTSVNEEVQSGLAVTDRTKESFQNIFGMTNDIAEKLQSMNGTVEQLSDSSQHVSAAVTDIADVSRESAASIQDIAASAEEQLASMEEISTSADTLAQMAEELRELTKQFKIN PGPT0015710_7557 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 D1-12_02922 738 tgl Protein-glutamine gamma-glutamyltransferase ATGATTATCATATCCGGCCAAGTGCTTCGGCCTCAGGACATCGCGAACTGGCAGACGGAAGAAAGCCTTGTTCCGTATATAAATGAACTGCTCAATTCTCCCGTACAATTCGATTACGGGTCGATTGCTGAACTGATGTTCGAGGTGCGGCTGCGCCGCCATATTGTGGAAGCCGCAAGAGAACTGCACGGATCAGGTGTGAAATTTGCAACTTTCGCCAAAACATACGGAAATACGGCTTATTGGAGAGTGACGCCGGAAGGAGCCTTGGAGCTGAAGTACAGAATCCCCGCTTCAAAAGCGATTCGGGACATTATTGAAAATGGGGCGTTTTACGCATTTGAATGCGCTACCGCCATTGTTGTAATTTATTATCTGGCCGTCTTAAAGACAATGGGTGAAGAACGGTTTAACCGGCGTTTCCGGGATATCACTTTGTATGACTGGCACTATGAGCATCTGCCGATCTACACGGAAACCGGCAGCCACTTTTTACGGGGAGATTGTTTATATTTTAAAAATCCTGATTTTAATCCTGCAAAGGCTCAGTGGCGGGGAGAGAATGTCATTGTGATGGGGAATGATCAATATTTCGCCCACGGTCTCGGGATTCTGACGGCTGAACAAATCATCCAGAGATTGAATTCTTTAAGAAAAAAAAATGCCGTGCAGCCGGCTTATCTGCTTAACCAGGCAACAAGGCTTGATGCACCCGCGCTTTATCAGATCATGCATTAA MIIISGQVLRPQDIANWQTEESLVPYINELLNSPVQFDYGSIAELMFEVRLRRHIVEAARELHGSGVKFATFAKTYGNTAYWRVTPEGALELKYRIPASKAIRDIIENGAFYAFECATAIVVIYYLAVLKTMGEERFNRRFRDITLYDWHYEHLPIYTETGSHFLRGDCLYFKNPDFNPAKAQWRGENVIVMGNDQYFAHGLGILTAEQIIQRLNSLRKKNAVQPAYLLNQATRLDAPALYQIMH PGPT0024948_147 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE_OTHER_SPORULATION_RELATED_PROTEINS,PGPT0024948-tgl-K00686 NA NA D1-12_02923 255 hypothetical protein ATGATGAAGATTCTTCAAATGTCCTACAAAAAAAGAGGGACTATTGAGTTTGTCTTTGAAGATTTTCCGCATTCCAAAGTCACCATGGCGCCGATTAAAGGGTATTACTTTGTCCGCGCCATTAAATGGAGCCGACGGGACAGAGCCGTCACCCGACATGATTTAGAGAAGTTTGAATGGGCTGTAAACCAAGCGCTCGGCACGACGGCTTTTTACCGGAAAAGAAAAGCATTCCGCATCCCATCGTCAAAATGA MMKILQMSYKKRGTIEFVFEDFPHSKVTMAPIKGYYFVRAIKWSRRDRAVTRHDLEKFEWAVNQALGTTAFYRKRKAFRIPSSK NA NA NA NA NA D1-12_02924 1032 pnoA Nitronate monooxygenase ATGAGTGAGTGGATGAGTGCATTATCATTAACAAAGCCCGTCATTCAGGCGCCGATGGCCGGCGGGCTGGTCACGCCGCGTCTGGCTTCGGCGGTATCAAATGAAGGGGCGCTCGGAAGCCTCGCTTCAGGATACGTCAGCCCGCAAGCGCTTGAAAAACAGCTTATCGAGATGAAAGAGCTGACGGACCGCCCCTTTCAAGTAAATCTTTTCGTCCCGGAAGAAAGGCAGATGCCTGAGGCGGAACTGGTTGAAAAATGGAAAGCCCGCATCCCGAGGGCAAAAGACGCCAAGCCGTTCTCTGATCTGAAAGAAGAATGGAATGATTTCGAGGAAAAAGCGGAGCTTCTGATCCGTTACGGAGTCAAAGCGTGTTCATTCACCTTCGGCCTGCCGCCGGAAGAAACGGCGGAAAAGCTGAAGAAAAGCGGTTGTTTCCTTTTCGGCACGGCGACAACGCCGGAGGAAGCGAAGGCTTTTGAAGAACGGGGGATGGACGCCGTTATCCTTCAGGGAATAGAAGCCGGCGGACATCGCGGGTCGTTTCTGCCGGTTAAAGGAGAACCGGCTCTCGGCCTTATGGCGCTGATTCCGCAGGCTAAAGACGCGCTGAATATCCCGGTCATTGCGGCAGGCGGCATTTTTGACCGCCGCGGCGTGCAGGCGGCCCGATGTTTGGGTGCAGACGGCGTTCAAGTAGGAACACCGTTTCTCCTTTGTGAAGAAAGCAGCGCCTCACCGGCATATCAAAAAGCGATTGCCGAATCAAAAGGAGCCGACACGCGGCTGACCACCCTGTTTTCGGGAAAACAGGCGCGGGGAATCGTGAATCAGTTCATGAAAACATATGAGGCTGACGAGGGAAATACGCTGCCTTATCCGCTGCATAATACGCTGACAAAGCCGATGCGCGGGCACGCGGCTCAATCAGGAGACGCGGAGTATATGTCTTTATGGGCCGGCCAGTCCGCCGCGAAACTTGAAGGGCCGACAGACGTGAAAACCGTTTTGGACGGATTGTGCGAATCATAA MSEWMSALSLTKPVIQAPMAGGLVTPRLASAVSNEGALGSLASGYVSPQALEKQLIEMKELTDRPFQVNLFVPEERQMPEAELVEKWKARIPRAKDAKPFSDLKEEWNDFEEKAELLIRYGVKACSFTFGLPPEETAEKLKKSGCFLFGTATTPEEAKAFEERGMDAVILQGIEAGGHRGSFLPVKGEPALGLMALIPQAKDALNIPVIAAGGIFDRRGVQAARCLGADGVQVGTPFLLCEESSASPAYQKAIAESKGADTRLTTLFSGKQARGIVNQFMKTYEADEGNTLPYPLHNTLTKPMRGHAAQSGDAEYMSLWAGQSAAKLEGPTDVKTVLDGLCES PGPT0006800_2767 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 D1-12_02925 423 hypothetical protein ATGCTGAAAAAATTGCAGATTCAAACAAACAGACGGGATGAAATGATCGACATCACACATGAAGCTGAAGCGTTTCTCCGCAAAACAGGCGTGAAAAACGGTTTGGCGCTCATATACTGTCCCCATACAACCGCCGGCATTACCATAAATGAAAATGCCGATCCGGATGTGAAGAGGGATATGCTCAGAAGGTTTGATGAAATGTATCCGTGGGAGCACGAACTGGACCGGCATATGGAGGGAAATACGGCGGCACATATGAAAGCGAGTACAACCGGCGCCTCCCAGCATGTCATCATAGAAGACGGGCGCCTGATACTCGGAACATGGCAGGGCGTTTATTTTTGCGAATTTGACGGTCCGCGAAACAGAACCTGTTATATCAAAATACAGGCTGAAACGGAGGAAAACACAAATGAGTGA MLKKLQIQTNRRDEMIDITHEAEAFLRKTGVKNGLALIYCPHTTAGITINENADPDVKRDMLRRFDEMYPWEHELDRHMEGNTAAHMKASTTGASQHVIIEDGRLILGTWQGVYFCEFDGPRNRTCYIKIQAETEENTNE PGPT0006800_41 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 D1-12_02926 1659 malL_1 COG0366 Oligo-1,6-glucosidase ATGAAAACGGATTGGTGGAAAACGGCGGCCGTCTATCAAATTTATCCCCGAAGCTTTATGGATTCGAACGGGGACGGAATCGGCGACATGAACGGCATCAGAGCAAAGCTTCATTACATAAAAGAGTTGGGGGCGGATGTGATCTGGCTTTGTCCCGTTTTTGACTCGCCGGGCGCGGACAACGGCTACGATATTCGGAATTATAAACAAATTGCCGGCGAATTCGGGACGATGGAGGATTTTGACAGGCTCCTTGCGGATGTCCATGCGCTCGGCATGAAGCTGATTATAGACCTTGTCATCAACCATACAAGCGATGAGCACCCTTGGTTTATCGAATCACGCTCAGCGAAAGATTCCGAAAAACGGGACTGGTACATCTGGAGAGACGGAAAAAACGGCAAAGAGCCGAATAATTGGGAAAGCATTTTCGGCGGATCAGCGTGGGAATATGATCAAGAGACCGGCCAGTATTACCTGCACCTGTTTGACAAAAAACAGCCTGATTTAAATTGGGAAAACGAAGCGATGAGGCAGTCCGTTTATGAGATGGTCCGCTGGTGGCTTGATAAAGGCATAGACGGCTTCCGGGTGGATGCCATTTCTCACATTAAGAAAAAAGAAGGGCTCCCTGATATGCCGAACCCGGACGGTCTCCCGTACGTCCCGTCTTTCCCGTATCATATGAATGGGGAAGGCATAATGGATCTCTTGAAAGAGCTGAAGCGGGAAACATTTTCGCGCTATCCGATCATGACGGTCGGCGAGGCGAACGGAGTGGCGGCTTGGGAGGCGGCTGATTGGGCCGGTGAAGAAAACGGCGTCTTTCAAATGATTTTTCAATTTGAACATCTCGGCCTCTGGGATACGGAAGATAATCAAAGCATCTCCATTCCGGCGCTTAAGCGCGTCTTGTCCGGCTGGCAGAACAGTCTTGAAGGAAAGGGCTGGAACGCGTTGTTTATGGAGAACCACGATCAGCCCCGTTCCGTCTCGGTATGGGGTGACGAACGGTTTTTGACAGAAAGCGCCAAGGCACTCGCCGCGATGTATATGCTGATGAAAGGCACGCCGTTTATTTACCAGGGGCAGGAGCTCGGAATGACCAATGTTTCGTTTCCATCCATTGAAGATTATGATGACGCCGCAATGAAATATTTGTATGAAAAAGAGACGTCCCGCGGCGTTCCGCATGAAAAAGTGATGAAGATCATCTGGAAGAAGGGCCGGGATAATTCACGGACACCGATGCAATGGAACGGTGAGGCGAACGGCGGGTTTTCTGATGCTTCTCCGTGGCTCGGAGTGAATCCGAACCACACATGGCTGAACGCTGCATCACAAATGCAGGATGAAACATCCGTATACCATTTCTACAAACGGCTGCTCGCCCTCAGAAAAGAACACGGCGTATTGATCAGCGGCACATATGAATTGCTGCTTCCGAATGACCGGCAGATTTATGCCTATCTAAGAAAAAACGGAACAAAAACCGCCCTGATCATCACAAATCTGACCCGAACCCCCGCTTTATACAGACATCCCGGTTATCCGCTTGACTCCGATTCTCTCGTGCTTGCAAACGCGGAGACAGAAGCGCACCGCCATGTGACATCCTTTCTTTTAAAGCCTTATGAGGCCCGCGTATATATATGGTGA MKTDWWKTAAVYQIYPRSFMDSNGDGIGDMNGIRAKLHYIKELGADVIWLCPVFDSPGADNGYDIRNYKQIAGEFGTMEDFDRLLADVHALGMKLIIDLVINHTSDEHPWFIESRSAKDSEKRDWYIWRDGKNGKEPNNWESIFGGSAWEYDQETGQYYLHLFDKKQPDLNWENEAMRQSVYEMVRWWLDKGIDGFRVDAISHIKKKEGLPDMPNPDGLPYVPSFPYHMNGEGIMDLLKELKRETFSRYPIMTVGEANGVAAWEAADWAGEENGVFQMIFQFEHLGLWDTEDNQSISIPALKRVLSGWQNSLEGKGWNALFMENHDQPRSVSVWGDERFLTESAKALAAMYMLMKGTPFIYQGQELGMTNVSFPSIEDYDDAAMKYLYEKETSRGVPHEKVMKIIWKKGRDNSRTPMQWNGEANGGFSDASPWLGVNPNHTWLNAASQMQDETSVYHFYKRLLALRKEHGVLISGTYELLLPNDRQIYAYLRKNGTKTALIITNLTRTPALYRHPGYPLDSDSLVLANAETEAHRHVTSFLLKPYEARVYIW PGPT0018560_4178 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-GLUCOSIDASE,PGPT0018560-malz-K01187 NA NA D1-12_02927 1290 hypothetical protein TTGCTTATATTAAAACTGATTCTCATTATGCTGTTAATCGGATTAACGGCCATCTTTGTCGCTGCGGAATTTGCGATTGTCAAAATCCGCGGTTCAAAAATTGCGGAGCTGGTTGAAACCGGAGACAGCCGGGCGCTCGCGGCGCACAGGGTGATTTCAAATCTCGATGAATATTTATCAGCGTGCCAGCTCGGCATTACGATTACGGCGCTCGGACTCGGCTGGCTCGGTGAACCGACGATTCAGCGGCTTCTTCATCCTGTTTTCAGCCTGATCGGAATGCCGTCATCTATTACGCACGTCGTCACGTTTATTGCGGCGTTTATCGCCGTTACGTATCTGCACGTCGTCATCGGAGAGCTTGCGCCGAAAACGATATCCATTCAAAAAGCCGAAGCCGTCAGTCTGTGGACGGCAAAACCGCTCATTCTGTTTTATAAAGTGATGTATCCGTTTATTAAGCTGTTAAACGGCTCAGCCGGATTTTTGGTCAAGCTGTTCGGTTTTCATTCGGTGAAAGAACATGAGGTCGTGGTCAGTGAAGAGGAATTGCGGCTGATTTTGTCCGAAAGCTATAAAAAAGGTCAAATCAATCAATCTGAATTCCGTTACGTCAATAAGATATTTGAATTCGATAACCGGGTCGCCAGAGAAATCATGGTGCCGCGCACCGAAATCGCCGCCATCTCGCTTGAACAGTCAGTTGATGAAGCCATACATTTGATCATCAACGAACGGTATACGCGATATCCGGTTATTAAGGAAGACAAAGATCACATTCTCGGCATTATTAACAATAAGGATTTATTTAAAGCGTATTTTCTCGGCCGCTCCATTGAATTAAAAGAAATGATGCGCCCGGTCATCAGAGTCATTGAAAGCATCCCTGTTCAGGAGCTTTTGCTCCGCATGCAGAAGGAGCGGATTCATATGGCGATTCTCGTTGACGAATACGGCGGCACGGCGGGACTTGTGACCGTCGAAGACATATTGGAGGAAATCGTCGGGGAAATCCGTGATGAATATGACCAGGATGAAATGCCCCACATCGTCAAAAAAGGCGAACACCATTATGTGATGGACGGCAAGGCGCTCATAGAAGAGGTGAATGATCTCCTTGATATCGCCATCGAAAATGAAGACATTGACACGATTGCCGGCTGGCTCTTAACACAAAAAATGGAGCTGAAAAATGGTGATGTGTTTCATGCCGAAGGGTGTGAATTTAAGGTGCTGGAAGCGGAAGACCATCATATCCGCTTCGTTGAAATTAAAAAAACTGATTTCTGA MLILKLILIMLLIGLTAIFVAAEFAIVKIRGSKIAELVETGDSRALAAHRVISNLDEYLSACQLGITITALGLGWLGEPTIQRLLHPVFSLIGMPSSITHVVTFIAAFIAVTYLHVVIGELAPKTISIQKAEAVSLWTAKPLILFYKVMYPFIKLLNGSAGFLVKLFGFHSVKEHEVVVSEEELRLILSESYKKGQINQSEFRYVNKIFEFDNRVAREIMVPRTEIAAISLEQSVDEAIHLIINERYTRYPVIKEDKDHILGIINNKDLFKAYFLGRSIELKEMMRPVIRVIESIPVQELLLRMQKERIHMAILVDEYGGTAGLVTVEDILEEIVGEIRDEYDQDEMPHIVKKGEHHYVMDGKALIEEVNDLLDIAIENEDIDTIAGWLLTQKMELKNGDVFHAEGCEFKVLEAEDHHIRFVEIKKTDF PGPT0014014_1 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-MAGNESIUM_TRANSPORT,PGPT0014014-yugS-NA NA NA D1-12_02928 678 hypothetical protein ATGCTGTTTATCTTTTTAACAATTGCTGCATTGGGATTGTCGTTTTGGGCACAATTTAAAGTGAAAAGCAATTTTCAGAAATACTCAGACGTAGAAGCTTCCAGTCAGCGGACGGGGGCGGAAACGGCAAGACGGATTCTTGATATTAACGGTTTATATGATGTGCCGGTAGAACCGGTAAGAGGCACTTTAACAGACCATTACGACCCGACGGAGCGGGTGGTGCGTTTATCTGAGCCGGTATATTACGGCCGCTCCATTTCCGCCATTTCCGTCGCTTCCCATGAAGTCGGACATGCTTTGCAGCATCAGGAATCATACGGCGCGCTTGTGCTGAGGCACAAAATTTTTCCGGTCGTCAATTTTGCCTCCGGGGTTGCCCCTCTGCTTTTCTTGGGCGGGATGCTCCTGGGCAGCTTGAACTTAATCGGACTCGGCATTATTTTGTTTTCGGCCGCTGTTTTTTTCCAGCTTGTCACACTGCCTGTCGAGTTTAATGCCAGCGCGAGGGCGAAGCGGATTATCGTGTCGGAAGGATTCATTCGCAACAGTGAAGAACACGGCGTGAATAAAGTGCTGAACGCCGCCGCGCTGACGTATGTGGCTGCGGCGCTCGTTTCATTATTCGAGCTGCTTCGTTTTGTGATGATTTTCTTAAATGGTCGTGATGAGAATTAA MLFIFLTIAALGLSFWAQFKVKSNFQKYSDVEASSQRTGAETARRILDINGLYDVPVEPVRGTLTDHYDPTERVVRLSEPVYYGRSISAISVASHEVGHALQHQESYGALVLRHKIFPVVNFASGVAPLLFLGGMLLGSLNLIGLGIILFSAAVFFQLVTLPVEFNASARAKRIIVSEGFIRNSEEHGVNKVLNAAALTYVAAALVSLFELLRFVMIFLNGRDEN NA NA NA NA NA D1-12_02929 264 hypothetical protein ATGACAGTCATTCAAAAACTGCTGGCGGCGCTGGCCGGAGCGCAGCTGCTCGCTTCGGCGGCCGTATTGCTTATTTTTGATTTGAATGGACACAATCATATGTCCGGCGGATTTTCATGGCTTGTTTTTGCAAAAGAGACCGCAGGCACGTTTCCGTTTTACATCGGAATGGCCGGGTGTATCCTCATCATGCTCGGAGGATTGATTCCTGTCAGAAAAAAGAAGCGGATTTCTGTACAGGAAAGCGGACAATCATTAAAATAA MTVIQKLLAALAGAQLLASAAVLLIFDLNGHNHMSGGFSWLVFAKETAGTFPFYIGMAGCILIMLGGLIPVRKKKRISVQESGQSLK NA NA NA NA NA D1-12_02930 255 mstX COG1226 Protein mistic ATGAAAGTGACAAATGGCGAGAAAGAACAGCTGAGCAATGCGATAGACAGAATGAACGAGGGGCTTGACGCCTTTATCCAGCTCTATAATGAATCGGAAAACGATGAACCTCTCATTCAGTTTGAAGATGAGACGGCCGATTTAATCAGACATGCGCGTGACTCATACGGCCAGGAACAGCTGGACGAAAAACTAAATACCATTATTAAGCAGATTTTATCCATCTCTCTGTCGAAAGAAGAGCCGGACGAATGA MKVTNGEKEQLSNAIDRMNEGLDAFIQLYNESENDEPLIQFEDETADLIRHARDSYGQEQLDEKLNTIIKQILSISLSKEEPDE PGPT0002715_270 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-POTASSIUM_TRANSPORT,PGPT0002715-kch|trkA|mthK|pch-K10716 NA NA D1-12_02931 987 hypothetical protein ATGAAATCAAACCGTATATTTATTTCCTGGCTGAGATGGCCGTTATATGTTCGGATCGGACTGATCATTATCGCCTTGATCTTATTGTTCGGCCAACTCATTTACATGCTCGAACCGAAGCAATTCACGTCTGTGTTTGAAGGGGTTTGGTGGGCGGTTATTACGGTGGCCACAGTCGGCTACGGCGATTACGTTCCGCAGACGCCGCTCGGGCAGATTGCCGGCATGGTGCTTGTATTAAGCGGAGCGAGTTTTGTGACCGCCTATTTCGCCACGCTTTCTTCAGCCGTATTCAGCAAACAGCACCGCTATGTCGAAGGGAAGGTCGCTTTTAAAGGCAAGGGGCACGTCATTCTTATCGGATGGAATGAGAAATCGCATATGCTGCTGAAAGAACTGCAGCACATCGCGCCGTCAAAAACTGTCGTCCTGATTGATGATTCATTAAGGGAAGGGCCGCTTATTGAAAACGTCCATTTCATCCGCGGACATGCCGCTGATGACAGTACGCTCAATAAGGCGAATGTTACGGAAGCCGATACCGTCATTCTGACAGCGGATCAGCAGAAAAATGAATCCGAAGCTGATATGCTGTCGGTATTAACGCTTCTCGCCATCAAAGGGCTGCATCCGTCCGTTTATTGTATCGTAGAAATTTTAACGGAACGGTATGTCAAAAACGCCGAGCGCGCAGGAGCCAATAAGATTCTGTGCACATCACGGCTGTCGAGCCGGGTGATGTTTGAGCATTACCGGGTCAAGCTGCAGCTTGCCAAACCGCAAACGCTGTCAGATCTGACGCTGGAGAAAAAGGTTCGCATCATTCCCGTTCCCGGGGAATTAAAGGGCTCATCTTATCATGACTGTGCGCTCTATTATCTCAAACGGAATACCACGATCATCGGCATACAAAAAGAAGAGGGGCCGATGCTGACCCCTCCCCTGACATACAAGGTGCTCGATACTGATCTGTTTTTGGCTCTTTAA MKSNRIFISWLRWPLYVRIGLIIIALILLFGQLIYMLEPKQFTSVFEGVWWAVITVATVGYGDYVPQTPLGQIAGMVLVLSGASFVTAYFATLSSAVFSKQHRYVEGKVAFKGKGHVILIGWNEKSHMLLKELQHIAPSKTVVLIDDSLREGPLIENVHFIRGHAADDSTLNKANVTEADTVILTADQQKNESEADMLSVLTLLAIKGLHPSVYCIVEILTERYVKNAERAGANKILCTSRLSSRVMFEHYRVKLQLAKPQTLSDLTLEKKVRIIPVPGELKGSSYHDCALYYLKRNTTIIGIQKEEGPMLTPPLTYKVLDTDLFLAL PGPT0002715_2393 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-POTASSIUM_TRANSPORT,PGPT0002715-kch|trkA|mthK|pch-K10716 NA NA D1-12_02932 405 hypothetical protein ATGATCAGCATTCCATCTTCACTTGAAGGGCAATCGTTTTTACTCCGCGAATTGGAACAGGTGCTGAAACCGATCGGTTATACCATCGGAGGCGGCTGGGAGTATGACCGCGGGTTCTTTGATTACAAAATTTCCGATCAGGACGGCTATTTATTTCTCCGCATCCCTGTTGAAGCAAATAAGGGACACCTGGATGAACGGGGGGCCGCCGTTACAATCGGCACACCCTTTTTGCTGAGGCACGTCTATCAGCAGGAAACGGATGATCACGCAGGCGGCGGTGTTTTTGAGTCATTATTCAACCAATTCTCCGAGCCGAAACGGCGGGATGCGGCAATTGACCGCTCATATACAGATATCGGCATCTCGCTTGTGAAAGAGCTGGAAGACGTCCTGCTGCATTAA MISIPSSLEGQSFLLRELEQVLKPIGYTIGGGWEYDRGFFDYKISDQDGYLFLRIPVEANKGHLDERGAAVTIGTPFLLRHVYQQETDDHAGGGVFESLFNQFSEPKRRDAAIDRSYTDIGISLVKELEDVLLH NA NA NA NA NA D1-12_02933 354 hypothetical protein ATGATACGACTCTTATGTAAGCATGCCGTCATTTCCGTCTGTTCCGCCGTTATTGTCTATTCGGCACTAAAACTGTCTCCTGAATCCCTCTTACAAACCATCCTGTTTTTCGCTTTCCCTCTCGGCTTGTTTACGGACATGGTCCGGCTGAAACTGAAGATTGGCCGGATGCATACGCTGATCACGAAGTGCTGTCTCTATGCCGCCGTTTTCTATATTTCAACGGAAGCCGTTCTCTCCGCAATTGTGACGTATGTTCTGATTGAATGCGCCGTTATCTCTTTCCGGCGTCTGTCTGCCGCTCCCGATTCTTCCCGGGCGCCGTATGAAGATGCCGCAGAGCGGGGACGCTAA MIRLLCKHAVISVCSAVIVYSALKLSPESLLQTILFFAFPLGLFTDMVRLKLKIGRMHTLITKCCLYAAVFYISTEAVLSAIVTYVLIECAVISFRRLSAAPDSSRAPYEDAAERGR NA NA NA NA NA D1-12_02934 1353 pgi COG0166 Glucose-6-phosphate isomerase ATGACGCATGTACGCTTTGATTACTCAAGAGCGTTACCTTTTTTCAATGAACATGAACTTACATACGCACGTGATTTCGTAAAAACGGCACACCATAATATCCATGAAAAAACAGGCGCCGGAAGCGACTTTTTAGGATGGGTGGACCTCCCCGAAAACTACGATAAAGAAGAATTCGCGCGCATTAAAAAAAGCGCTGAAAAAATCAAATCAGATTCAGACGTGCTTCTCGTCGTGGGTATCGGCGGTTCATATTTAGGCGCCCGCGCGGCGATCGAAGCGCTCAATCATTCTTTCTATAATGTTCTGCCGAAAGACAAGCGCAAAAACCCTCAAGTTATCTTTATCGGCAACAATATCAGCTCAACTTATATGAAAGATGTTATGGATCTTTTGGAAGACGCTGATTTCTCTATCAATGTCATTTCTAAATCAGGCACGACGACGGAACCTGCAATCGCTTTCCGGATTTTCCGCAAACTTCTTGAAGAAAAATACGGAAAAGAAGAAGCGAAAGCGCGGATTTACGCGACGACAGATAAAGAGCGCGGCGCTTTAAAAACGCTTTCTAATGAAGAAGGCTTCGAATCATTCGTTATTCCTGATGATGTCGGCGGACGTTTCTCCGTTCTGACTGCGGTAGGCCTTCTGCCGATTGCGGTAAGCGGGGCTGATATCGATGAAATGATGAAAGGCGCTCTTGATGCAAGCAAAGACTTTTCCAGCTCGGAATTAGAAGAGAACGCGGCTTACCAATACGCCGTCGTCCGCAACGTTCTGTATAATAAAGGAAGAACCATTGAAATGCTCATCAACTATGAGCCTGCGCTGCAATACTTTGCGGAATGGTGGAAGCAGCTCTTCGGCGAAAGTGAAGGAAAAGATGAAAAAGGCATCTATCCTTCTTCCGCTAACTTCTCAACAGACCTTCACTCTCTCGGTCAATACGTGCAGGAAGGCAGACGCGATCTGTTTGAAACTGTATTAAACGTTGAAAAACCGAAGCATGAGCTGACAATTGAAGAAGCGGAAAATGATCTCGACGGCTTAAATTACTTAGCCGGAAAAACGGTCGATTTCGTCAACAAAAAAGCGTTCGAAGGCACGATGCTTGCCCATACAGACGGAAAAGTGCCGAACTTAATTGTCAACATTCCGGAGCTTAATGCATATACATTTGGATATCTCGTCTATTTCTTTGAAAAAGCGGTGGCGATGAGCGGTTATCTGCTCGGAGTCAACCCGTTTGATCAGCCGGGTGTTGAAGCCTATAAGGTGAATATGTTCGCGCTTCTCGGCAAACCGGGCTTTGAAGAGAAAAAAGCAGAGCTTGAAAAACGCCTTGAAAAATAA MTHVRFDYSRALPFFNEHELTYARDFVKTAHHNIHEKTGAGSDFLGWVDLPENYDKEEFARIKKSAEKIKSDSDVLLVVGIGGSYLGARAAIEALNHSFYNVLPKDKRKNPQVIFIGNNISSTYMKDVMDLLEDADFSINVISKSGTTTEPAIAFRIFRKLLEEKYGKEEAKARIYATTDKERGALKTLSNEEGFESFVIPDDVGGRFSVLTAVGLLPIAVSGADIDEMMKGALDASKDFSSSELEENAAYQYAVVRNVLYNKGRTIEMLINYEPALQYFAEWWKQLFGESEGKDEKGIYPSSANFSTDLHSLGQYVQEGRRDLFETVLNVEKPKHELTIEEAENDLDGLNYLAGKTVDFVNKKAFEGTMLAHTDGKVPNLIVNIPELNAYTFGYLVYFFEKAVAMSGYLLGVNPFDQPGVEAYKVNMFALLGKPGFEEKKAELEKRLEK PGPT0017735_4679 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 D1-12_02935 375 2-hydroxy-1,4-benzoquinone reductase ATGACTAAAACCATTGGTCTTATTTGCGGAAGTTTACGAAAAAACTCGTATAATCGAGCAATTGCTCAATCATTGTTTGACTTCGATAATGCGGCTCAATTTCGTTGGGTTGAAATAGACAATCTTCCTTTTTTTAACGAAGATTTAGATATTGCCGGAGCACCAGACTCCGTAACATCCTTTAGAGCTGATATACAAGACGTTGACGGCGTCATCATTGTAAGCCCAGAGTACAATTCCGGAATTCCGGGGGTATTAAAAAATGCATTGGACTGGGCATCGAGACCGCGGACCTCTTCTGTTTTAAACAGAAAACCGGTTGGCTTAATCGGAGCAACCCCCGGAGGGTTCGGCACTGCCTTTGGTCAAACGTAA MTKTIGLICGSLRKNSYNRAIAQSLFDFDNAAQFRWVEIDNLPFFNEDLDIAGAPDSVTSFRADIQDVDGVIIVSPEYNSGIPGVLKNALDWASRPRTSSVLNRKPVGLIGATPGGFGTAFGQT PGPT0004195_1011 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING DETOXIFICATION_OF_SUPEROXIDE_ANION_RADICALS,PGPT0004195-chrR-K19784 NA NA D1-12_02936 645 ycaC COG1335 putative hydrolase YcaC ATGTCTGATCTTTATTCCCGTCTTTCAAAAGATGATGCTGCCGTGCTTTTAGTTGACCATCAAACCGGCCTTATTTCCGGTCTCGTGCGTGACTATGGCGTTGATGAATTTAAAAACAATGTATTGGCTCTCGGTGATACGGCTAAATTCTTTGATTTACCGGTTATTTTAACAACCAGCTTTGAAAACGGACCCAACGGACCGCTCATGCAAGAACTCGTTGATCTCTTTCCTGATGCGCCAAAAATAGCCCGTCCCGGACAAATTAATGCATGGGACAATGAAGACTTTGTTAAAGCCATTGAAGCGACTGGCAAAAAACAGCTGATTATCGCGGGGGTGGTAACAGACGTCTGCGTTGCTTTTCCTGCGCTTTCTGCCATTAAAGCAGGCTACGAAGTGTTTGTTGTGACAGATGCTTCGGGGACGTTTAATAAGCAAGTAGCAGATGCATCACTAACCCGTATGGCTCATGGCGGCGCGCAGCTTATGAACTGGTTCAGCGTAGCATGCGAGCTTCAGCGTGATTGGCGCAACGATGTTGAAGGTTTTGGCGCATTAATCTCCAGTCATCTTCCCGGTTATCAAAACTTAATGGGAAGCTATATGGGGGCTCAGCGGGACCTTAGTACACAAAATGCATAA MSDLYSRLSKDDAAVLLVDHQTGLISGLVRDYGVDEFKNNVLALGDTAKFFDLPVILTTSFENGPNGPLMQELVDLFPDAPKIARPGQINAWDNEDFVKAIEATGKKQLIIAGVVTDVCVAFPALSAIKAGYEVFVVTDASGTFNKQVADASLTRMAHGGAQLMNWFSVACELQRDWRNDVEGFGALISSHLPGYQNLMGSYMGAQRDLSTQNA NA NA NA NA NA D1-12_02937 1173 adh2_1 COG1979 Long-chain-alcohol dehydrogenase 2 ATGGAGAACTTTACGTACTACAATCCGACGAAACTGATTTTCGGAAAAGGTCAAATCGACCAATTGAAAAAAGAGCTGAAGCAATACGGGAAAAACGTGCTGCTTGTTTACGGAGGCGGCAGCATTAAGCGAAACGGCCTGTATGACCAAGTAACAGGCATCTTAAAAGAAGAAGGCGCAACCGTTCATGAGCTTGCGGGCGTTGAACCGAACCCGCGTCTGGAAACGGTAAATAAAGGAATTGAGCTGTGCAGACAGCATGAGATTGATTTCCTTCTCGCAGTCGGCGGCGGAAGTGTCATCGACTGTACAAAAGCGATTGCGGCCGGTGCGAAATATGACGGCGACGCATGGGACATTTACAGCAAAAAAGTAACGGCGCAGGACGCACTCCCGTTCGGCACGGTGCTGACGCTTGCGGCGACAGGCTCTGAAATGAACCCTGATTCCGTTATCACAAATTGGGAAACAAACGAAAAATTCGTATGGGGCAGCAATGTCACTCATCCGCGTTTCTCCATTTTAGATCCTGAGAATACTTTCAGCGTTCCGGAAAACCAAACCGTATACGGCATGGTGGATATGATGAGCCACGTATTTGAACAATACTTCCACAATGTTGAAAACACGCCGCTTCAGGACAGAATGTGTTTTGCCGTCCTTCAGACGGTAATTGAAACAGCGCCGAAACTTTTGGAAGACCTTGAGAACTATAAGCACCGTGAAACGATTTTATACGCGGGTACGATCGCATTAAACGGCACGCTGCAAATGGGCTATTTCGGCGATTGGGCTTCCCATACGATGGAGCACGCCGTCTCAGCGGTGTATGACATCCCTCACGCGGGAGGACTTGCGATTCTGTTCCCGAACTGGATGAGATACACGCTGGATACAAATGTAGACCGTTTTAAAAACCTGATGCTCAACATGTTTGACATTGATACTGAAGGCAAAACGGATAAAGAAATTGCGCTTGAAGGGATCGATAAATTGTCCGCGTTCTGGACAAGCCTCGGTGCACCGTCCCGCCTTGCGGATTATGACATCGGTGAAGACAAGCTTGAGCTGATCGCAGACATCGCCGCAAAAGAAATGGAATACGGCGGATTCGGCAATTTCCAAAAACTGAACAAAGATGACGTACTTGCCATCTTAAAGGCGTCTCTGTAA MENFTYYNPTKLIFGKGQIDQLKKELKQYGKNVLLVYGGGSIKRNGLYDQVTGILKEEGATVHELAGVEPNPRLETVNKGIELCRQHEIDFLLAVGGGSVIDCTKAIAAGAKYDGDAWDIYSKKVTAQDALPFGTVLTLAATGSEMNPDSVITNWETNEKFVWGSNVTHPRFSILDPENTFSVPENQTVYGMVDMMSHVFEQYFHNVENTPLQDRMCFAVLQTVIETAPKLLEDLENYKHRETILYAGTIALNGTLQMGYFGDWASHTMEHAVSAVYDIPHAGGLAILFPNWMRYTLDTNVDRFKNLMLNMFDIDTEGKTDKEIALEGIDKLSAFWTSLGAPSRLADYDIGEDKLELIADIAAKEMEYGGFGNFQKLNKDDVLAILKASL PGPT0008295_143 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BIOTIC_STRESS_RESISTANCE-VOLATILES BIOTIC_STRESS_RESISTANCE-ALCOHOL|KETONE_VOLATILE_METABOLISM,PGPT0008295-adh2_2-K19955 NA NA D1-12_02938 1164 adh2_2 COG1979 Long-chain-alcohol dehydrogenase 2 ATGCAAAACTTTACATATTGGAATCCGACCAAATTGATTTTCGGAAAGGGAGAGGTCGAAAAACTTCCTGAAGAAATCAAGCCGTACGGAAAGAACGTACTGCTCGTATACGGGGGCGGCAGCATTAAGCGCAGCGGTCTTTATGATCAAGTAACCGAACTGCTGAAAAAAGCAGGAGTTACCGTACATGAATTGGCAGGCGTAGAGCCGAATCCGCGTGTCTCAACGGTGAACAAAGGTGTTGCGCTCTGTAAAGAAAACAGCATCGATTTCTTATTGGCCGTCGGCGGCGGAAGTGTCATTGACTGCACGAAAGCCATCGCGGCGGGCGCTAAATATGACGGCGACGCGTGGGATATCGTCACGAAAAAACACCAGCCGAAAGAAGCGCTGCCGTTCGGAACAGTGCTGACACTTGCGGCAACCGGTTCAGAGATGAACTCCGGATCAGTCATCACAAACTGGGAGACACAAGAGAAATACGGATGGGGGAGCCCGCTCGTTTACCCTAAATTCTCTATTCTCGATCCGGTAAACACATTTACCGTTCCGAAAGACCACACCATTTACGGCATGGTCGATATGATGAGCCATGTGTTTGAACAATATTTCCACCACACGTCAAACACGCCGTATCAGGACCGGATGTGTGAATCGCTTCTGCGCACGGTGATTGAAACAGCGCCGAAGCTGATCAATGATCTGGAGAACTACGAGCTTCGTGAGACGATTTTATATACAGGCACGATCGCATTAAACGGAATGCTGTCAATGGGCGCAAGAGGGGATTGGGCCACACACAACATCGAGCATGCGGTATCAGCGGTTTATGATATACCGCACGCCGGAGGTTTAGCGATTCTGTTCCCGAACTGGATGAGACATGTGCTCAAAGAAAATCCGGCCCGCTTTAAACAGCTTGCCGTCCGTGTCTTCGATATTGACGAGACAGGCAGATCAGATGAAGAGATCGCACTTGAAGGAATCAGCAAGCTGTCTGATTTCTGGACGAGCCTCGGCGCTCCGAACAGACTCGCTGATTATGATATTTCTGATGAGAAGCTGGATACGATTGCAGGTAAAGCGATGGCAAACGGAGCATTCGGACAGTTCAAGTCACTGCAGAAAGAAGACGTGCTTGCGATACTGAAAGCATCATTGTAG MQNFTYWNPTKLIFGKGEVEKLPEEIKPYGKNVLLVYGGGSIKRSGLYDQVTELLKKAGVTVHELAGVEPNPRVSTVNKGVALCKENSIDFLLAVGGGSVIDCTKAIAAGAKYDGDAWDIVTKKHQPKEALPFGTVLTLAATGSEMNSGSVITNWETQEKYGWGSPLVYPKFSILDPVNTFTVPKDHTIYGMVDMMSHVFEQYFHHTSNTPYQDRMCESLLRTVIETAPKLINDLENYELRETILYTGTIALNGMLSMGARGDWATHNIEHAVSAVYDIPHAGGLAILFPNWMRHVLKENPARFKQLAVRVFDIDETGRSDEEIALEGISKLSDFWTSLGAPNRLADYDISDEKLDTIAGKAMANGAFGQFKSLQKEDVLAILKASL PGPT0008295_363 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BIOTIC_STRESS_RESISTANCE-VOLATILES BIOTIC_STRESS_RESISTANCE-ALCOHOL|KETONE_VOLATILE_METABOLISM,PGPT0008295-adh2_2-K19955 NA NA D1-12_02939 237 hypothetical protein ATGAGTGTTATTCAGCGTATCTGTCTCGTATTAACGATTATCGGCGCTATTAACTGGGGACTGATCGGATTTTTCCAATTTGATTTAGTAGCAGCAATCTTCGGCGGCCAAGGATCAGCTCTGTCGCGGATTATTTACGGTCTTGTCGGCATCGCCGGTCTGATCAATCTCGGCCTGCTGTTTAAGCCGAACGAAGAAACATCCCGCGAGGAAGCGGCAAATCCGGAAGTCAGATAA MSVIQRICLVLTIIGAINWGLIGFFQFDLVAAIFGGQGSALSRIIYGLVGIAGLINLGLLFKPNEETSREEAANPEVR NA NA NA NA NA D1-12_02940 393 yugI COG1098 General stress protein 13 ATGGCAGCAAAATTTGAAGTGGGCAGTGTTTACACTGGTAAAGTAACAGGATTACAAGCGTATGGTGCGTTTGTTGCATTAGATGAAGAAACTCAAGGACTTGTTCACATTTCTGAAGTCACTCACGGTTTCGTAAAAGACATTAACGAACACCTTTCTATCGGTGACGAAGTACAAGTAAAAGTACTTGCGGTTGACGAAGAAAAAGGCAAAATCAGCCTTTCTATCCGTGCGACTCAAGCGGCGCCTGAAAGAAAAGAAAGCAAACCAAGAAAACCGAAAGCGGCTCAAGCTTCTGAAGAAACATCTGCTCCGCAAGGTTTCAACACATTGAAAGATAAGCTTGAAGAGTGGATTGAACAGTCCAACCGCAAAGACCTTATCAAAAAATAA MAAKFEVGSVYTGKVTGLQAYGAFVALDEETQGLVHISEVTHGFVKDINEHLSIGDEVQVKVLAVDEEKGKISLSIRATQAAPERKESKPRKPKAAQASEETSAPQGFNTLKDKLEEWIEQSNRKDLIKK PGPT0014890_91 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0014890-yugI-K07570 NA NA D1-12_02942 1170 dapX_3 COG0436 putative N-acetyl-LL-diaminopimelate aminotransferase ATGGAAACGAAGACTTCTTATTTATCTGACTACGTGCAGCAGATTAAACCGTCAGGCATCCGCAAATTCTTTGATCTGGCTGCTACGATGGAAGGCGTCATTTCATTGGGAGTGGGAGAGCCTGACTTTGTGACGGCCTGGAACGTGAGGGAAGCGAGTATTCTTTCTTTAGAACAGGGTTATACGGCTTATACGGCAAATGCGGGTCTTTATGAACTGAGAGAAGAAATCAGCCGCTATTTAGATCAGCGGTTCGGCCTGAGTTATTCGCCTGACAGTGAACTGATCGTTACGGTAGGGGCAAGCCAGGCGCTTGATCTCGCTGTCCGCGCCATTATGAATCCCGGGGAGGAAATGTTAATTCCCGAACCGTGTTTTGTCGCATATGAATCACTCGTGACCCTGACGGGGGCGAAGCCGGTGCCGATTCAGACTGTCGCTGCAAAAGGTTTTAAAGCATCAGCAGCCGATTTTGAAGCAGCCCTGACGGACAAAACAAAAGCGCTGCTTCTATGTTCGCCGTCAAATCCGACAGGTTCTGTCTATTCGAAAGAAGAGCTTGAATCCATCGCTGCTTTCGCTGAAAAACACGACTTGATCGTGCTTGCCGATGAAATTTATGCCGAGCTGACGTATGATGAGCCATTTACGAGCATGGGGGCCATCCGCGGCATGAAGGAACGCACGGTTCTCATTTCCGGCTTCTCCAAAGCATTTGCCATGACGGGGTGGAGACTCGGATTTACGGCGGCGCCTCCCGTGATCAGGGATGCCATGCTCAAAATTCATCAGCACGCGATGATGTGCGCGCCTTCCATGGCTCAGTACGCGGCGCTTGAAGGGCTGAAAAACGGCCAGGAAGACGTCGAAAGAATGAAGAAAAGCTATCGGAGACGCCGAAACCTGATTGTGGAGACATTGAACGAAATCGGACTCGGCTGCCACCACCCCGGCGGAGCATTTTACGCCTTTCCTTCCATTCAGTCGACCGGCATGAGTTCAGAAGAATTCGCGGAACAGCTGCTCATTGAGGAAAAAGTAGCCGTCGTTCCGGGGAATGTATTCGGCCCGAGCGGCGAAGGCTACATCAGATGTTCCTATGCGACATCCATTGAGCAGATTCAGGAAGCGCTCGTCAGAATCAAACGGTTTGTTGAAAAAAGGGCATAA METKTSYLSDYVQQIKPSGIRKFFDLAATMEGVISLGVGEPDFVTAWNVREASILSLEQGYTAYTANAGLYELREEISRYLDQRFGLSYSPDSELIVTVGASQALDLAVRAIMNPGEEMLIPEPCFVAYESLVTLTGAKPVPIQTVAAKGFKASAADFEAALTDKTKALLLCSPSNPTGSVYSKEELESIAAFAEKHDLIVLADEIYAELTYDEPFTSMGAIRGMKERTVLISGFSKAFAMTGWRLGFTAAPPVIRDAMLKIHQHAMMCAPSMAQYAALEGLKNGQEDVERMKKSYRRRRNLIVETLNEIGLGCHHPGGAFYAFPSIQSTGMSSEEFAEQLLIEEKVAVVPGNVFGPSGEGYIRCSYATSIEQIQEALVRIKRFVEKRA PGPT0007145_518 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_SIGNAL-BRANCHING_STIMULATION PLANT_BRANCHING-AUXIN|IAA_METABOLISM PLANT_BRANCHING-IAA_RELATED_TRYPTOPHAN_METABOLISM,PGPT0007145-yugH-K10907 NA NA D1-12_02943 501 hypothetical protein ATGAAGCTGACCGAAAAAGAAACAGAAATATTAGAAATTTTAGACGAAAACAGCCGCGTTGATGCGGAAACGATTGCGAAAATGGCAAACATTCCCGCTGAAGAAGTCAAAAGCATCATTGAAAAGCTTGAAAAGGAAAAAGTCATCATTGATTATGCGGCGATGATCGACTGGCGCAAAGTCGACGGTTTGGAAGGCGTCACGGCGATGATTGACGTAAAAGTCACTCCGAAACGAAATGTCGGCTTTGATGAAGTCGCTGAGCGGATATACAGATTCCAGGAAGTTGAATCAGTGTACCTGATGTCAGGGGTGTATGACTTATCTGTCGTTATTCGCGGTAACACGATGTCAGACGTGGCAAGCTTCGTGTCTGAAAAATTGTCCACCCTTGAGTCCGTCGTTTCCACGACGACGCACTTTATCCTGAAAAAATATAAGCATGACGGCAAAGTCTTTGAAAGCGGAGACGATGACAAAAGAATCGTGGTGTCTCCGTAA MKLTEKETEILEILDENSRVDAETIAKMANIPAEEVKSIIEKLEKEKVIIDYAAMIDWRKVDGLEGVTAMIDVKVTPKRNVGFDEVAERIYRFQEVESVYLMSGVYDLSVVIRGNTMSDVASFVSEKLSTLESVVSTTTHFILKKYKHDGKVFESGDDDKRIVVSP NA NA NA NA NA D1-12_02944 822 carC 2-hydroxy-6-oxo-6-(2'-aminophenyl)hexa-2,4-dienoic acid hydrolase ATGGAAGCTGTTTCACCGATTAAACGGGCCGCGATAGACGGAGTTGAGCTGTATTACGAGCATTATGAAAATCCCGGCAGACAGACACTCGTCTGCGTACACGGTTTTTTATCTTCGGCATTCAGCTTCAGAAAACTGATCCCGCTGCTCAGAAACCATTATGATATTATCGCCGTTGACCTGCCTCCTTTCGGGCAATCGGAAAAGTCACGGACTTTCGTATATACTTACGCAAACCTCGCCAAGCTTCTGATCGGACTTCTGGAAAAGCTCGGTATCAGCCGGGCCGCACTCATCGGCCATTCAATGGGCGGCCAGATTTCCTTATCCGCGTCTCTTCTCAGACCCGAGCTTTTTTCTAAAATCGTCCTGCTGTGCAGCTCGGGGTATTTAAAGCGCTCGCACCCGTCGATTATATTCGGGACGCATCTCCCTTGTTTTGACCTGTATCTTAAGTATTGGCTTTCAAAAGACGGCGTGCTGAACAACCTGTTAAATGTCGTTCACGACCGGACGCTTATCGATCAGGAAATGATTGACGGTTACGAAAAACCATTTACAGACCGCCAGATTTTCAAAGCGATGACAAGGTTTATCAGACACAGGGAGGGCGATTTAGAGCCCGAGGATTTGAAGAAAGTGCAAAACCCCGCTCTTTTAATCTGGGGAGAAGAAGACCGGGTCGTTCCGGTCTCAATCGGAAAACGGCTTCATGACGACCTGCCGGATTCCATTCTGTATTCACTCAAGGATACGGGGCACCTCGTACCCGAAGAGCGCCCGGAGTTTGTTTCGGAGCGGATTTTTGAATTTATTCAATAA MEAVSPIKRAAIDGVELYYEHYENPGRQTLVCVHGFLSSAFSFRKLIPLLRNHYDIIAVDLPPFGQSEKSRTFVYTYANLAKLLIGLLEKLGISRAALIGHSMGGQISLSASLLRPELFSKIVLLCSSGYLKRSHPSIIFGTHLPCFDLYLKYWLSKDGVLNNLLNVVHDRTLIDQEMIDGYEKPFTDRQIFKAMTRFIRHREGDLEPEDLKKVQNPALLIWGEEDRVVPVSIGKRLHDDLPDSILYSLKDTGHLVPEERPEFVSERIFEFIQ NA NA NA NA NA D1-12_02945 261 hypothetical protein ATGGAAGAAAGCCAAGCGGTCATGGAAATGATGAAAATCATTGCCAAGTGGGACCCGTTTAAATATGGAGAAGATTTTTATGAGACAGAAGCCGTCGACATCGTTCAGGCCGTCTACAGTGAAGACCGTGCCGACAAGCTGGCAGCAGCCATTCAGGATATCTTTGAAGCTTCATTTGAGCAAAAGCTTCCGATCGAAGGCTGCCAAAAGGCCGCCGAGCAGCTTCTGTCCATAAAAGAAAGCAGCTCCTGCACCCCTTAA MEESQAVMEMMKIIAKWDPFKYGEDFYETEAVDIVQAVYSEDRADKLAAAIQDIFEASFEQKLPIEGCQKAAEQLLSIKESSSCTP NA NA NA NA NA D1-12_02946 1164 patB COG1168 Cystathionine beta-lyase PatB ATGAACTTTGATCTTCGAGAAAACCGTCTTGGCACACAATCGGTGAAATGGGACAAGGCGGAAGCGTTATTCGGCGTATCGAATGCGCTTCCGATGTGGGTTGCCGATATGGATTTCCGCGCTCCCGAAGCGGTCACTGACGCCTTAAAAGCCCGCCTTGACCACGGCATATTCGGTTATACGTCTCCTGACGAAAACACAAGAGAAGCCGTCGCTTCATGGCTTGAGACGCGGCACGGCTACCGGCCCGATCCCGCAAGCATCGCGTTCAGTCCCGGTGTTGTCACGGCAATCAGCATGGCCGTACAAGCCTTTACCGAACCGGGCGATCCGGTGTTGATTCAATCACCGGTGTATACGCCTTTTTATCAGATGATCAAGGAAAACAAACGGCAGGTTTTACATAACCCATTACGGGAAGAAAACGGCGTCTACTGTATGGATTTTGAGGATCTTGAGAAAAAGCTGAACGATTCTGAGGTCAAGCTGATGATTCTTTGTAACCCCCACAATCCGTCCGGCAGAGCGTGGAGCCGGGATGAGCTTATGAAGCTCGGATCGCTGTGCGCCGCCCATAACGTCACCGTCGTTTCTGACGAGATACATTCCGACTTGATGCTGTACGGAAAGCCGCATACGCCTTTCGCTTCTCTGTCTGAGGAGTTTGCGCGGATTTCCGTTACTTGTGTCGCGCCGAGCAAGACGTTTAATATTGCCGGCATTCAGGCATCCGCCATTATCATTCCCGATCGTTATAAGCGGGCGAAATTCTCCGCCGCATTGCATCAGAACGGGATTTCCAGCCTCAACACATTTGCGGTTGCAGCAATTGAAGCGGCTTATACAAAGGGAGGCCCTTGGCTTGACGCGCTGATTCCTTACATTGAAGGGAATATGAAATTGGCTGAGGACTTTTTAAGACAAGAATTGCCGAAAGTCCGCATGATGAAGCCTGACGCTTCCTATTTGATCTGGATGGATTTCAGCGAGTACGGATTTTCGGATGCCGAGCTCAAAGAAAGAATGCTCAAAAAAGGGAAAATCATATTAGAGCCGGGAACAAAATACGGACCGGGCGGCGAAGGATTTATGAGACTTAATGTCGGCTGTTCAGCCGCCGCCGTAAAAGAAGGGCTTGAGAGAATGAAAGCAGCGCTCGCTTAG MNFDLRENRLGTQSVKWDKAEALFGVSNALPMWVADMDFRAPEAVTDALKARLDHGIFGYTSPDENTREAVASWLETRHGYRPDPASIAFSPGVVTAISMAVQAFTEPGDPVLIQSPVYTPFYQMIKENKRQVLHNPLREENGVYCMDFEDLEKKLNDSEVKLMILCNPHNPSGRAWSRDELMKLGSLCAAHNVTVVSDEIHSDLMLYGKPHTPFASLSEEFARISVTCVAPSKTFNIAGIQASAIIIPDRYKRAKFSAALHQNGISSLNTFAVAAIEAAYTKGGPWLDALIPYIEGNMKLAEDFLRQELPKVRMMKPDASYLIWMDFSEYGFSDAELKERMLKKGKIILEPGTKYGPGGEGFMRLNVGCSAAAVKEGLERMKAALA PGPT0001990_2112 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 D1-12_02947 1284 sasA_3 Adaptive-response sensory-kinase SasA ATGGAGATTGTAAAGGATTACCTGCTTCACTTCTCTTTTATTTTATTCCCTATTTTTCTTTATCAAGTCTTCTGGCTCAGTAAGCCCGATTTGCTTGTGCCGAGAGCGAACCGCCTGCTGGTCGCCGTATTTGCAGCGTCATCTTCCTTATTATGTACGGCTTTTCCCATCCAGGAGCTTCATTCCGTCCGTTACGGTTTGCAGCTGATTCCCATTATCGTCTGCCTGCTTTATTCCGGTACCGGTGCAGGACTTGCCGCAGGGGCGGCATCCGTTTTTTTTCAGCTCATATGGTTTGAACCTTCCGCTCTTTTTTTCTTATCCTTAATTCCTTTTTTAATCATCATCCCTATCCAGCTCCAAACGAAATGGCCTTTTTTTTCAAAGCGGAAGAAACTGCTTTTCGCTCTTCTCATCGGCTGCACTGAAACCGCCTTATTAACCGCATCTGTCTTCATCTATTCCGCGACCAATATTTTCAATTTTCAAAATCTACCTTCCGTTTATTATGAGGCGGCAGTATCTGTTTTTTTTCAAGTCAGCGCCCTTTTGCTGTGCATTTATTTGATTGAGATCATTGATGAGAATGCGTCCATGCGGGCAAGGCTGATTCACTCAGAAAAAATGGCCGTCGTCAGCGAGCTTGCGGCAAGCGTCGCCCATGAAGTCCGCAATCCGCTTACGGTCGTCAGAGGTTTTGTGCAGCTGCTGTTCAGCGGCGAGCAGCTTCAGGACAAATCCCACTCCGGATATCAGAAACTTGTGCTGTCCGAACTCGACCGGGCTCAGACGATCATTACGAATTATCTCGATATGGCGAAGCAGGATGACTATGAAAAAGAAAAGTTTGATATTTCTCTGCTCGTAAAGGAAACAGGTTCCTTAATGGAGTCTTATGCCCATTTTAAATCGGTGACCGTTACGGTTCGAAGCGAGCCTGATTTATATGTGTTCGGCGATGTAAAAAAACTGAAACAGGCCTTCATTAATCTGATTAAAAACAGTATTGAAGCCGTGCCCTCTGAAAACGGCCGAATCGAGGTCTCCGTCCAAAAACAGGAAGAGATGATTCTCATTCAGATTACGGATAACGGAATCGGCATGTCCGATGAAGAACTGCAGAAACTCGGCAAGCCGTATTATACGCTGAAAACGAACGGCACCGGGCTCGGGCTTACCGTGACATTCTCGATTATTCAGCATCATGAAGGCTCCGTCTGTTTCACCAGCGGCGAGCACTCGGGCACAACGGCCTCAGTCAGGCTTCCGGCAGCTGTTCACTAG MEIVKDYLLHFSFILFPIFLYQVFWLSKPDLLVPRANRLLVAVFAASSSLLCTAFPIQELHSVRYGLQLIPIIVCLLYSGTGAGLAAGAASVFFQLIWFEPSALFFLSLIPFLIIIPIQLQTKWPFFSKRKKLLFALLIGCTETALLTASVFIYSATNIFNFQNLPSVYYEAAVSVFFQVSALLLCIYLIEIIDENASMRARLIHSEKMAVVSELAASVAHEVRNPLTVVRGFVQLLFSGEQLQDKSHSGYQKLVLSELDRAQTIITNYLDMAKQDDYEKEKFDISLLVKETGSLMESYAHFKSVTVTVRSEPDLYVFGDVKKLKQAFINLIKNSIEAVPSENGRIEVSVQKQEEMILIQITDNGIGMSDEELQKLGKPYYTLKTNGTGLGLTVTFSIIQHHEGSVCFTSGEHSGTTASVRLPAAVH PGPT0025285_190 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORULATION_REGULATION,PGPT0025285-kinB-K07697 NA NA D1-12_02948 387 kapB Kinase-associated lipoprotein B ATGAATACGTTTGAAATCGGCACAATCGTAAAAGGGTTTTATAAAACAGGAGCATACATAGGGGAAGTGACAGACGTCAGGCCCAATCACTATTTAGTGAAAATTAAAGCCGTTCTGACGCATCCCGCTCAAGGAGATCTTCATCATCCGAAGCAGGCGGATGTTCCGTTTTTTCATGAAAGAAGAGCGCTTGCATTCGGGGAACAGACAAACATACCGCATCAGATGGTCAAACCGTTTGATGGCGAGGTGCCTGATTATACGGCTTCCTTACAAGCGGCGTCTGCCCGGCTGAAAGATCAGCTTACAGCGGACGGCTCAGAATGGGCGGAACGTTCGCTCGCCAACTTGGCCGCGTTAGAGCGTGACTATTTTAAAAGAACTTGA MNTFEIGTIVKGFYKTGAYIGEVTDVRPNHYLVKIKAVLTHPAQGDLHHPKQADVPFFHERRALAFGEQTNIPHQMVKPFDGEVPDYTASLQAASARLKDQLTADGSEWAERSLANLAALERDYFKRT PGPT0025295_55 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORULATION_REGULATION,PGPT0025295-kapB-K06347 NA NA D1-12_02949 699 hypothetical protein ATGAAGAAAGTTTCAGAGGGGAAACTGATATACTATCATAAAATATCATTTTTGATCGGAGGAAAGGCAGGTGTAAAAAAAGTGGATCAGCGCAGTCTGCTCATTATTGATTTTGAATTTACAATGCCTGACGGAAAATACAGCCCGCAAAATTTCTTTCCCGAGATTATTGAAGCGGGGATTGTCAAGACGGTGAATGATGAAGTGACTGAAACGTTTTCGAGTTATATCAAACCGAAAAAATTTCCGAAGCTGACGAAACGATGCAAAACCTTTCTGAACATCACCCAAAAAGACGTGGACGGCGGAATCACGTTTAATGAATTCATCCGCAAATTAAATGAGCTTGATCCTGATAAAAACTGCACGATCGTCACCTGGGGCAATATGGATATGAAAGTGTTAAAGCAAAATTGCATGTTTAACCACATCCCTTTTCCGTTCAAAGGAGAACTTCGGGATCTGTCCCTTGAATACAAAAACTTCTTCGGCGACAGAACATTGACCGGCCTTTGGAAAGCGGCAGAAGAGTATGGCGATAAAGGGACGGGCACGCATCATAAAGCGCTGGATGATGCGCGGACGACATACAAATTATTCAAGCTTGTCGAGCGGGATAAACAATATCTTGAAAAACCGAAACCTCCGACGATCGGTGATCGCGTCGATCTGACTGAACTGTTTCGCCGGGCCACATAA MKKVSEGKLIYYHKISFLIGGKAGVKKVDQRSLLIIDFEFTMPDGKYSPQNFFPEIIEAGIVKTVNDEVTETFSSYIKPKKFPKLTKRCKTFLNITQKDVDGGITFNEFIRKLNELDPDKNCTIVTWGNMDMKVLKQNCMFNHIPFPFKGELRDLSLEYKNFFGDRTLTGLWKAAEEYGDKGTGTHHKALDDARTTYKLFKLVERDKQYLEKPKPPTIGDRVDLTELFRRAT PGPT0025294_17 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORULATION_REGULATION,PGPT0025294-kapD-K06348 NA NA D1-12_02950 1245 sbnD Staphyloferrin B transporter ATGATTAGATACACGAAAAGTAAAGAAGGTGATGTTATTTCTGTCCGTAAGAAGAACTTCGTCGTCATTTGGATTACAAATTTCTTTATTTCCGCCAGCATGACCATGATTGTTCCGTTTCTTTCGTTATATATCGAAACGATCAGCCCCCATTCGGGCGGGTATGTGCAGAGATGGAGCGGGTATGTGTTCGGCGTCACGTTTTTAATGGCATTTGTGATTTCCCCGTTTTGGGGAAGATTCGGCGATAAGCGCGGCTACAAAAAAATTCTCTTGATTACAGGAACCGGCATTGCCATCAGCATTTTATTGATGGGGTTTGTGACATCCGTTTATCAGCTGTTTGTCCTGCGGCTGCTTATGGGTCTAGTAACAGGCTTTGTTCCGACATCGCTTGCCATGATTTCGGCGCAGACGCCGAAAGAGACTGCCGGGAAGACGCTCGGCACGCTGCAGATGGGTCAGGTGTCAGGCACTTTATTCGGACCGATGCTGGGCGGGCTGCTCGCTGACAGCTTCGGGTTTACGTACACATTTTTTATTACGTCTTTTGTCATTTTCGCATCTGTGCTTCTCGTTTTATTTCAGGTGAATGAGCAGCCGCTCGGCGAGAAACAAAACAAGCGGAAAACCTACTCCAGAAAACAGGTGCTCTCTTATATTTTTCACCAGCCCGCGCTTTGGGCGATGATGGTGCTTACTATGATCGTGCAGACCGGCAATTTCAGCATCCAGCCGCTGCTCGCTTTATATGTCAATGAGCTGCACGGACCTGTTAATTTAGCTTTTTTCTCCGGAATGGCGTTTTCAGCGACCGGACTCGGAAGCTTATTGCTTGCCCGGAAATGGGGGGACTTCGGCGACCGCTTCGGCCACAGCCGGATCTTAATCGTGCTTTTGATTGCCTCAGCGGTGTTTTTCATTCCGCAGGCGCTCGCCTCCTCCCTCTCCATTCTGTTAGTCTTCAGATTTCTGTTCGGCATGGTCATGGGCGGCACGCTCCCCTGCATTACGGCCGCGATCCGCGTCAGGGCGCCGGGCAGCATCCAGGGAGAGGTGCTCGGCTATAACGTCAGCTTTCGTTTTCTCGGAAATGTGCTCGGCCCTCTGCTCGGAGGTGCGGTCTCGAGCGGTTTTTCCATTTCGGCTGCTTTCTACGTCACCGCCTTTCTCTTTTTAATAGGCGCGGGGCTTTTATGGATGGCGGGACATTTGCAAAAGGATACAGCGTCAAATGCGGGCTGA MIRYTKSKEGDVISVRKKNFVVIWITNFFISASMTMIVPFLSLYIETISPHSGGYVQRWSGYVFGVTFLMAFVISPFWGRFGDKRGYKKILLITGTGIAISILLMGFVTSVYQLFVLRLLMGLVTGFVPTSLAMISAQTPKETAGKTLGTLQMGQVSGTLFGPMLGGLLADSFGFTYTFFITSFVIFASVLLVLFQVNEQPLGEKQNKRKTYSRKQVLSYIFHQPALWAMMVLTMIVQTGNFSIQPLLALYVNELHGPVNLAFFSGMAFSATGLGSLLLARKWGDFGDRFGHSRILIVLLIASAVFFIPQALASSLSILLVFRFLFGMVMGGTLPCITAAIRVRAPGSIQGEVLGYNVSFRFLGNVLGPLLGGAVSSGFSISAAFYVTAFLFLIGAGLLWMAGHLQKDTASNAG PGPT0029185_123 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 D1-12_02951 1875 pbpD COG0744 Penicillin-binding protein 4 GTGACCATGGTACGTAAAATAATCGGATGGATTTTGCTGCTCGGCATTATCCCGTTGTTTGCATTTACAGTTATTGCTTCCGGCAAAGAGGTAAAACAAATCAAGCCTTTTGATCAGGTGCTCGATAAACATATTGATTTAAAAGCGATCAACCTGGTTCAAAACAGTTACATGTATGACAGGGACGGAAGCCTTGTTTCTGAGATTGTCAGCGATCATGAGAACCGCGTGATCGTGCCCTTTAATAAAATACCGAATGAGGTAAAACAGCTGTTTTTAACCTCTGAAGACCGTCATTTTTATGAGCATAAAGGGTTTGACTTTATGGGGATGGTCAGGGCGGCCGCCTCCAATTTCAAAGATCATAAAATTGATCAGGGCGCCAGCACCATCACCCAGCAGCTGGCAAGGAATGTGTATTTAAGCCATGAACGCACCTTCAGCCGAAAACTGACGGAGCTGGCCTATTCCTATCAGCTTGAGAAAAAATACAGCAAAGATGAGATTTTAGAAGGCTACTTAAATACGATTTATTTTAATAACGGCGTATACGGCGTCGGTTCGGCGGCACAATTTTATTTCAGCAAGCCGCTGAAATCTCTCACTTTGGGAGAGATGGCCTTTATCTGCGCTATCCCTAATAACCCTACATTATATGATCCTCTCAAGCATTTTGATTATACGAAAAAACGACAAGTCAGATTGCTTAACGGATTGAAAAAAGCAGGCGTTATATCCGGGAAACAGCTGAAAAAAGCCGAAAAGGAAAAGATCAAGCTTGATATAAACGAAAAAACAAATAAATATCCTGACTATGTTTCCTATGTAAATGATGAATTCACACAGCTTGTTTCATCATCCGAAGGCTATGACAAACGTCTTGAAAAAGCTTCCGGAAAGGCGAAACAAAAAATACAGAGTGAGCTTTCCGACAGGGTCAGCACATTGTTAAAAGACGGCGTGAAGATTTATACGGCGCTGAATCCGTATATGCAAAACCAGGTCGTCGCCCAAGTGAATCAAAATCTGCCGTATGCAGGCGTCCAGGGCGGAGCGGCCGTAATTAATCATCAGACGCATCAGATTATCGCGCTTTCAGGCGGGAAAGATTATCATAAATATGATTTCAACCGCGCCTATCAAGCATACAGACAGCCCGGTTCATCCATTAAGCCGCTGCTTGATTACGGACCTTACATTGAAAAGACCGGCGCAACGCCACACAGCAAGATTGACGCAAGCAAATTCTGCAGTGCGGATTACTGCCCGCAGAACTATAATAACCGCACGTACGGCACGGTCACGCTGGAAACGGCGTTTAAATACTCGTACAACACACCAGCCATCAGAATCATGGACCGCGTCGGCGTCAATAAGGCGTTCAGCTACCTTGAACCGTTTCATTTCGCGAAGCTGGTCAGCGCGGATTACCGTCTGCCTGCGGCGCTTGGCGGTTTTACAAACGGCATGACGCCGCTTGAAATGACCAATGCGTATACCACGTTCGGCAACAACGGCGTTTATACGCCGAGTCACGCGATTACAAAAGTGACTGATTTAAAAGGAAAAACGATATTAAAATGGAAAGATGAGCCGACGCAGGTATTCAGCGTGCGGACCAACATGCAGATCAAAGAAATGATGAAAGCCGTCGTCAAAAGCGGTACAGGAAAGAAAGCGAACTTTAAAGCTCCGTACGTCGGCGGAAAATCAGGAACGTCAAATGACTATCACGATATGTGGTTTGTCGGTCTGACGGACGCTTATACGATGGGGGTATGGGTCGGCAAGGATACACCGTCAAGCGTCGAATATCTTCATGACGCAAGCCCTCAGCTTTCGATCTGGAAAAACACGCTGCAGGCAGCTTACTAA MTMVRKIIGWILLLGIIPLFAFTVIASGKEVKQIKPFDQVLDKHIDLKAINLVQNSYMYDRDGSLVSEIVSDHENRVIVPFNKIPNEVKQLFLTSEDRHFYEHKGFDFMGMVRAAASNFKDHKIDQGASTITQQLARNVYLSHERTFSRKLTELAYSYQLEKKYSKDEILEGYLNTIYFNNGVYGVGSAAQFYFSKPLKSLTLGEMAFICAIPNNPTLYDPLKHFDYTKKRQVRLLNGLKKAGVISGKQLKKAEKEKIKLDINEKTNKYPDYVSYVNDEFTQLVSSSEGYDKRLEKASGKAKQKIQSELSDRVSTLLKDGVKIYTALNPYMQNQVVAQVNQNLPYAGVQGGAAVINHQTHQIIALSGGKDYHKYDFNRAYQAYRQPGSSIKPLLDYGPYIEKTGATPHSKIDASKFCSADYCPQNYNNRTYGTVTLETAFKYSYNTPAIRIMDRVGVNKAFSYLEPFHFAKLVSADYRLPAALGGFTNGMTPLEMTNAYTTFGNNGVYTPSHAITKVTDLKGKTILKWKDEPTQVFSVRTNMQIKEMMKAVVKSGTGKKANFKAPYVGGKSGTSNDYHDMWFVGLTDAYTMGVWVGKDTPSSVEYLHDASPQLSIWKNTLQAAY PGPT0023950_58 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-PENICILLIN-BINDING_PROTEINS,PGPT0023950-pbpD-K18770 NA NA D1-12_02952 414 hypothetical protein TTGAAACCAGCTCAGCTTCCGGACCGCGTGCTTTTGTTTGACGGCGTCTGCAACTTATGCAGCGGCGCCGTTCAATTCATCATTAAACGCGATCCGACCGGCAAAATCTCATTTGCTTCATTGCAATCAGATACCGCCCGGGAGCTTTTGGCATCAGAAGGACTTCCGACAGAACAATTTGACAGCATGATTTTTATCGAAAACGGGCGGATATACAAAAAATCCGCAGCCGTGTTAAAGGTTTCACGTCATCTCCGCGGAGCCTGGCGGCTGTCAGCGGTTTTTTTCGCAGTGCCCCGCCCCCTCAGGGACAGAGCCTATTCTTTCATCGCCCGGCGCCGTTACAAATGGTTCGGAAAAAGGGAAGCATGCATGCTCCCCTCCCCTGAGATCAAAAACAGATTTCTGTCTTAA MKPAQLPDRVLLFDGVCNLCSGAVQFIIKRDPTGKISFASLQSDTARELLASEGLPTEQFDSMIFIENGRIYKKSAAVLKVSRHLRGAWRLSAVFFAVPRPLRDRAYSFIARRRYKWFGKREACMLPSPEIKNRFLS NA NA NA NA NA D1-12_02953 558 hypothetical protein ATGAAAAATACTTATTGGACGGGTTATTTTCCGCTCGTTGCGATTCTGCTTTTTAGTTCGTCATTATCCATTTCTACCTCGCTTTATGTCATGAAGATACTTCAGACGCTCGGCATGTATCAGGGGATGCTGGATTATTTCTCTGAGAAAGGGATCAGACTGGCGCTTTTTGCAGCGTTCGCCCTTGTGTATTTTATGCTCTTTTCGGCTTTGAAGCTGATTGCAAACACAGTGACAGAGCTGTCTCTTTTGTTTTTCACAAATGACCCTGAGGGGGACAATCTGAAAAAAATCAGATTAGGCTCTTTAATTTATGTAGGCGGAGGAATTCTTTCCTTTGCGCTCGTGCAGAATGGTTTTTGGATTGCGGCGTTATTTGCCGTTGTTACGCTCGTTTATTTGATTTTCATGGTGTACAGAATCTATTCGACACTCTCTATCGTTTCGCTGATCGGTTTTATATTGCTTGAGATTCTGTTTTGGTTTACTTTTGTTATCGGTATTTTGTACATCTTTATCAAGCTTTATAATAGCATAATGGCTAGCTTACCTGTGTAA MKNTYWTGYFPLVAILLFSSSLSISTSLYVMKILQTLGMYQGMLDYFSEKGIRLALFAAFALVYFMLFSALKLIANTVTELSLLFFTNDPEGDNLKKIRLGSLIYVGGGILSFALVQNGFWIAALFAVVTLVYLIFMVYRIYSTLSIVSLIGFILLEILFWFTFVIGILYIFIKLYNSIMASLPV NA NA NA NA NA D1-12_02954 1602 dcuS_1 COG3290 Sensor histidine kinase DcuS ATGAAAAAAACATTAAAATTGCAAACCCGATTAACGATATTCGTCTGTATTGTCGTCCTTATCGCACTTTGTATCACCTTTTTCACGATCAGCGTCCAGACCGCAGACCGCGTGAAAGAAGAAGAACGGACAACCGCGCTGCGCACCGCAAAGCTGGTCGCGGAAACACCGAGTGTCACGCAGGCATTGCAAACAAGAAAAGGGCTGAAAGAGCTCCGGGATTATACATTAGACGTCCAGCATACGACAGGTACCGAATTTGTCGTGGTGATGGATATGAACAGCATCCGCCTCACCCACCCCGACGCAAATAAAATCGGGAAGAAATTCACCGGCGGAGACGAACAGCCGGCGATGCACGGCCATATCAAAACGAGCACATCAGCGGGAACCCTCGGGAAATCCATGAGAGCCTTCGTACCGATCTATGGAAAAGATAAAAAACAAGTGGGCGTCGTTTCGGTCGGAATTTCGCTTAACAAAATACAGGATGTCGTCAGCCACAGTTTGAGACCGCTTTATTTCATCATCTGCGTAAGTATTTTTGTCGGCGTCATCGGAGCCGTCATTGTCGCCCGCACCGTCAAAAACATTATGTACGGTCTTGAGCCTTATGAAATCGCCACCCTGCTGGAAGAGCGGAGCGCCATGCTCGAATCAACGAAAGAAGGCATTCTGGCGGTTGACGCGCGGGGAAAAATTAAGCTTGCCAATGCGGAAGCGAAACGGCTTTTTATTAAAATGGGTATTCCGACTAATCCGGTCGATCAAGATGTGAACGATATTCTCCCGAAAAGCCGGCTGAAACAGGTGATTGAAACGAAAAAACCGCTTCAGGACAGGGATATCCGCATTAACGGACTTGAGCTGGTCTTTAATGAGGTTCCGATTCATCTGAAAGGACAAACTGTCGGAGCGATCGCCACGTTCAGGGACAAAACGGAGGTCAAACATTTAGCAGAACAGCTGTCCGGTGTTAAAATGTATGCAAACGCATTAAGAGCCCAGTCTCATGAATTCATGAATAAGCTTCATGTCATTTTAGGGCTTGTCCAGTTAAAAGAATACGATGATCTCGGCACTTACATTAAAGACATTGCCATTCAGCAGAAGACGGAAACAAGCGAGATTATAAGTGATGTCAAAAGTCCGGTTCTCGCAGGGTTTCTTCTAGGAAAACAAAGCTACATACGCGAACAGGGTGCTGATCTGGACATTCAGCTCGGCAGCCTGATCCCGAATGCGGCGGATCCGGCCGTCATCCATGAGCTCATTACGATTATCGGAAACCTGTTAAACAACGCGCTCGACGCGGTGGCGCAGATGCCGAAAAAAAACATTACGTGCTCAATGCGGTTTCAGGATCGCCAGCTTGATATAGAGATTACGGACACGGGAGCCGGAATGTCTGCGGCAGACCAAGCCCGTATTTTTGAACAAGGTTATTCCACGAAAGGGACAAACCGGGGGTTCGGCCTCTATTTCACCCAGCAGGCAACAGAAAATTTAAAAGGCCATATGATTGTGACAAGTGAAAAGAATGAAGGAACGACTTTCAGTCTTCGCATTCCGTATGAACCGAAGGAGGAAAATGATGATTAA MKKTLKLQTRLTIFVCIVVLIALCITFFTISVQTADRVKEEERTTALRTAKLVAETPSVTQALQTRKGLKELRDYTLDVQHTTGTEFVVVMDMNSIRLTHPDANKIGKKFTGGDEQPAMHGHIKTSTSAGTLGKSMRAFVPIYGKDKKQVGVVSVGISLNKIQDVVSHSLRPLYFIICVSIFVGVIGAVIVARTVKNIMYGLEPYEIATLLEERSAMLESTKEGILAVDARGKIKLANAEAKRLFIKMGIPTNPVDQDVNDILPKSRLKQVIETKKPLQDRDIRINGLELVFNEVPIHLKGQTVGAIATFRDKTEVKHLAEQLSGVKMYANALRAQSHEFMNKLHVILGLVQLKEYDDLGTYIKDIAIQQKTETSEIISDVKSPVLAGFLLGKQSYIREQGADLDIQLGSLIPNAADPAVIHELITIIGNLLNNALDAVAQMPKKNITCSMRFQDRQLDIEITDTGAGMSAADQARIFEQGYSTKGTNRGFGLYFTQQATENLKGHMIVTSEKNEGTTFSLRIPYEPKEENDD PGPT0019555_109 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_MALATE_UTILIZATION,PGPT0019555-malK|yufL-K11614 NA NA D1-12_02955 708 dcuR_1 COG4565 Transcriptional regulatory protein DcuR ATGATTAATGTACTCATAGTTGAAGACGACCCCATGGTGGGTGAATTAAATAAACGCTATCTCAGCCAGATTGAAGGATTTCAGCTGAAAGGGATCGCATCATCCTTTCAAAGCGCGCTGCACGTGCTGAGCGAGCATCATATCGATCTTATCCTTCTTGACATTTACATGCCGGGAAAAAACGGACTTGAGCTTTTAACGGAAATCCGCAAGCAAAATGAATCGGTTGATGTCATCGTCATTTCGGCCGCAAGCGAGCTGGACGTCATCAAAAAAACGCTTCGGTACGGCGCCGTCGATTATTTAATCAAACCATTTGAATTTGACCGCTTTCAAACCGCTCTTTCCGACTACAGACGCAAGCAGAAAGTTTATCAATCACACAGAAGCATGACACAGAAAGAATTGGATGCCGAGCTTTTTCAAAAGAAAGAAGCAGCGGAAAAGGTTCACCTTCCGAAGGGATTGACAAAAAGCACGCTTAAACTCATCTGGGCGAGCATTGAGTCTTTCGGTGACGGCTCTTTTACCACGGAAGATCTCGCCAAGCATACTGAAATCTCGCAAGTCTCCATCCGGAAATACCTTAAATTTCTGGAAGACATACAAGTGCTGAATGTAGAGATGGCGTACGGCACGATCGGCAGACCCGTCTTTCAATATCATATCAACACCGGCAATGTCAGCAGCATCAAACAATATTTATAA MINVLIVEDDPMVGELNKRYLSQIEGFQLKGIASSFQSALHVLSEHHIDLILLDIYMPGKNGLELLTEIRKQNESVDVIVISAASELDVIKKTLRYGAVDYLIKPFEFDRFQTALSDYRRKQKVYQSHRSMTQKELDAELFQKKEAAEKVHLPKGLTKSTLKLIWASIESFGDGSFTTEDLAKHTEISQVSIRKYLKFLEDIQVLNVEMAYGTIGRPVFQYHINTGNVSSIKQYL PGPT0019560_92 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_MALATE_UTILIZATION,PGPT0019560-malR-K11615 NA NA D1-12_02956 1074 tmpC_2 COG1744 Membrane lipoprotein TmpC TTGAAAAAACGCAAAATCGGAATGGCGATGGCGCTCATCGCGGCGGCCGGAACCATATTAAGCGCATGCGGTTCAAGTGACAAAGCAAACGGCTCCGGCAGCAAAAACTTTACCGTCGGCATGGTAACGGATATCGGCGGTGTCGATGACAAATCATTTAACCAGTCCGCCTGGGAAGGTATTCAGGCATTCGGAAAAGACAACGGGCTTACAAAAGGCAAAAGCGGTTTTGACTATCTTCAATCAAAATCAGATGCGGATTATACAACGAACTTAAATAAATTAGCGCGGGAACACTTTGACCTGATTTACGGCGTCGGGTATCTGATGCAGGATTCCATCAGCGAAATCGCCGATCAGCGCAAAGACACAAATTTTGCGATCATTGACGCCGTTGTCAAAAAAGACAACGTGGCGAGCCTTACATTTAAAGAGCAGGAAGGTTCATTCCTCGTGGGAGCGGCCGCTGCGCTATCGAGCAAAACGGGAAAAGTCGGATTCGTGGGCGGAATGGAGTCTGAATTGATCAAAAAATTCGAAATCGGCTTCCGCGCGGGTGTACAAGCCGCAAATCCGAAAGCGACCGTCGAAGTGAAATATGCGGGCGGATTTGACAAAGCCGATGTCGGTAAGGCGACGGCTGAAAGCATGTACAAATCAGGCGTTGACGTCATTTATCACGCGGCCGGCGCAACGGGAACGGGCGTCTTCACAGAAGCGAAAAATCTGAAAAAAGAAGATCCGAAGCGGAACGTATGGGTTATCGGTGTTGATAAAGACCAGTACGCGGAAGGTCAAGTCAAAGGCACAAAAGACAATGTCACTCTCACATCAATGGTCAAAAAAGTGGATACAGCCGTAGAGGACTTAACGAAAAAAGCGAGTGACGGGAAATTCCCGGGCGGCAAAACATTAACATACGGTTTGGCGCAAGATGCAGTCGGCATCTCGGATCACAAGGAGAACCTTTCTGACGATGTCATCAAAGCAACAGACGATTGGAAGAAGAAAATCGCGGACGGGCTCGAGATCCCTTCAACTGAAAAAGAATTGAAATCCTTCAAGGCTGAGTAA MKKRKIGMAMALIAAAGTILSACGSSDKANGSGSKNFTVGMVTDIGGVDDKSFNQSAWEGIQAFGKDNGLTKGKSGFDYLQSKSDADYTTNLNKLAREHFDLIYGVGYLMQDSISEIADQRKDTNFAIIDAVVKKDNVASLTFKEQEGSFLVGAAAALSSKTGKVGFVGGMESELIKKFEIGFRAGVQAANPKATVEVKYAGGFDKADVGKATAESMYKSGVDVIYHAAGATGTGVFTEAKNLKKEDPKRNVWVIGVDKDQYAEGQVKGTKDNVTLTSMVKKVDTAVEDLTKKASDGKFPGGKTLTYGLAQDAVGISDHKENLSDDVIKATDDWKKKIADGLEIPSTEKELKSFKAE PGPT0021055_2269 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_NUCLEOSIDE_TRANSPORT,PGPT0021055-bmpA-K07335 NA NA D1-12_02957 1533 mglA COG1129 Galactose/methyl galactoside import ATP-binding protein MglA GTGGATTATATCATTGAAATGCTTAATATACGCAAGGAGTTTCCCGGAATCGTCGCCAATGATGACGTCACGCTTCAAGTGAAAAAAGGCGAAATACACGCCCTTCTCGGTGAAAACGGCGCCGGAAAATCGACACTCATGAACGTTTTATTCGGCCTGTATCAGCCGGAAAAAGGCGAGATCCGGGTGCGGGGCGAACGCGTTCACATCAACAGCCCGAACAAAGCCAACGATCTTGGCATCGGGATGGTGCACCAGCATTTTATGCTTGTGGATACCTTTACCGTCTCAGAAAATATCATTCTCGGAAAAGAGCCGAAAACATTCGGCCGGATTGACAGACAGCGCGCCGCCCGGGACGTGCGCGATATTTCCGACCGTTACGGCCTGCACATTGATCCTGAAGCCAAAGTTGCCGATATTTCCGTCGGTATGCAGCAGCGGGCGGAAATATTAAAGACCCTCTACCGGGGCGCCGACATTCTCATTTTTGACGAGCCGACCGCGGTGCTGACTCCGCACGAAATTCAAGAACTGATTCAGATTATGAAAAATCTTGTCAATGAAGGAAAATCAATTATCCTCATCACCCACAAATTAAAAGAGATTATGGAAGTCTGCGATCGTGTCACCATCATCCGGAAAGGAAAAGGCATTACAACACTCGATGTCGCACATACGGATCAAGATGAACTGGCAAGCCTGATGGTCGGACGCGAAGTGTCATTCAAGACGGATAAACAAGCGGCCGATCCGAAACAAGAAGTGCTTTCGCTTTCTGATGTAACGGTTAAAGACGCGCGCGGCGTTGAGGCGGTCAAGCAGCTCTCCCTCTCAGTCAGAGCCGGTGAAATCGTCGGCATTGCGGGCGTTGACGGAAACGGCCAGTCTGAATTAATTGAAGCCATTACAGGTCTCAGAAAAACAAATGCCGGCACGATCACGTTAAACGGCAAACAGCTGCAAAACATGCCGCCCAGGAAAGTCACTGAAGCCGGAATCGGGCATATACCGCAGGACAGGCATAAACACGGCCTCGTCCTTGATTTTCCGATCGGAGAAAATATCGTGCTGCAAAGTTATTACCAAAAGCCCTACTCTTCTTTCGGCATATTAAATAAACACACGATTTATGACAAAGCGCGAAGCCTGATTGAAGAATACGATGTCAGAACACCTGATGAATATACGCCTGCGCGCGCTCTCTCCGGGGGGAATCAGCAAAAGGCCATTATCGGCCGGGAAGTGGACAGAAATCCGGATCTTTTAATTGCGGCCCAGCCGACGCGGGGACTCGATGTCGGCGCGATTGAATTCGTCCATAAAAAGCTCATTGAGCAGCGTGATGCCGGTAAAGCGGTGCTTCTGTTATCTTTTGAACTTGATGAAATAATGAATCTCAGCGATCGCATCGCCGTCATCTTTGAAGGCAGCATCATCGCAAACGTCAATCCGCTTGAAACAAACGAGCAGGAGCTCGGACTTTTAATGGCGGGAAGTAAGCAAATGGAGGCGGAGAAAACACATGATTAA MDYIIEMLNIRKEFPGIVANDDVTLQVKKGEIHALLGENGAGKSTLMNVLFGLYQPEKGEIRVRGERVHINSPNKANDLGIGMVHQHFMLVDTFTVSENIILGKEPKTFGRIDRQRAARDVRDISDRYGLHIDPEAKVADISVGMQQRAEILKTLYRGADILIFDEPTAVLTPHEIQELIQIMKNLVNEGKSIILITHKLKEIMEVCDRVTIIRKGKGITTLDVAHTDQDELASLMVGREVSFKTDKQAADPKQEVLSLSDVTVKDARGVEAVKQLSLSVRAGEIVGIAGVDGNGQSELIEAITGLRKTNAGTITLNGKQLQNMPPRKVTEAGIGHIPQDRHKHGLVLDFPIGENIVLQSYYQKPYSSFGILNKHTIYDKARSLIEEYDVRTPDEYTPARALSGGNQQKAIIGREVDRNPDLLIAAQPTRGLDVGAIEFVHKKLIEQRDAGKAVLLLSFELDEIMNLSDRIAVIFEGSIIANVNPLETNEQELGLLMAGSKQMEAEKTHD PGPT0021040_2184 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_NUCLEOSIDE_TRANSPORT,PGPT0021040-nupA|yufO-K23537 NA NA D1-12_02958 1047 hypothetical protein ATGATTAATCGACTTTCTCATCTGGCTGTGCCGCTGATTGCGATCATCCTTGGGTTAGCTGCGGGTGCGGTCATCATGCTCGCCAGCGGCTACAATGTCGTAAGCGGGTATTCGGCTCTTTGGAGCGGCATTTTCGGTGAAGTGTATTACATCGGGGAATCGATCCGGCAGATTACGCCATATATTTTGTCCGGATTGGCCGTGGCATTCGCATTTCGGACCGGCCTGTTTAATATCGGGGTTGAAGGACAGCTCCTTGTCGGCTGGACCGCCGCGGTGTGGGTCGGTGCTTCCTTTGACGCCCCCGCTTACATCCACCTTCCGCTTTCGTTATTGGCGGCTGCGGCTGCAGGCGGCATTTGGGGCCTGATTCCCGGATTTTTAAAAGCCCGTTTTTTTGTCCACGAAGTGATTGTCACGATCATGATGAATTATATCGCTCTTCATTTAACCAATTATCTCATTTCCGATGTCATGACGGACCACCGGGACAAAACAGACAAAATTCATGAAAGCGCGTCGCTCCGCTCGCCGTTTTTAGAGCAGCTGACAGATTACTCCCGCCTTCACTGGGGCATTCTGATCGCTCTGTTTGCGGCAGTTCTCATGTGGTTTATCATTCATAAAACAAAAAGCGGATTTGAATTCCGGGCTGTCGGCTTTAACCAGCACGCCGCACAATACGCCGGAATGAGCGTCAGAAAAAATATGATGTACGCCATGATGATTTCCGGCGCCTTCGCAGGGCTTGCCGGCGCGATGGAAGGACTCGGAACCTTTCAATACGCGGCGGTTAAGGGCGCCTTTACCGGCGTCGGCTTTGACGGCATTGCGGTTGCGCTTCTCGGCGGCAGCACGGCAATCGGCGTTGTTCTGGCGGCATGTCTTCTCGGCGGCCTTAAAGTCGGGGCATTAAATATGCCGATTGAATCCGGGGTGCCTTCTGAAGTCGTTGACATCGTCATCGCCATTATTATTTTGTTTGTGGCATCAAGCTACGCCATCCGTCTCATCCTTGATAAATTGAAGAAAAAGGGGGCGAAGTAA MINRLSHLAVPLIAIILGLAAGAVIMLASGYNVVSGYSALWSGIFGEVYYIGESIRQITPYILSGLAVAFAFRTGLFNIGVEGQLLVGWTAAVWVGASFDAPAYIHLPLSLLAAAAAGGIWGLIPGFLKARFFVHEVIVTIMMNYIALHLTNYLISDVMTDHRDKTDKIHESASLRSPFLEQLTDYSRLHWGILIALFAAVLMWFIIHKTKSGFEFRAVGFNQHAAQYAGMSVRKNMMYAMMISGAFAGLAGAMEGLGTFQYAAVKGAFTGVGFDGIAVALLGGSTAIGVVLAACLLGGLKVGALNMPIESGVPSEVVDIVIAIIILFVASSYAIRLILDKLKKKGAK PGPT0021045_3072 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_NUCLEOSIDE_TRANSPORT,PGPT0021045-nupB|yufP-K23535 NA NA D1-12_02959 960 hypothetical protein GTGGACTTCCTGCAGATTTTATCCATTATTGTCCCGGCAACACTCGTATATGCGGCTCCGCTTATTTTAACCGCTCTCGGCGGCGTGTTTTCTGAAAGATCGGGAGTTGTCAACATCGGTCTTGAAGGACTGATGATTATCGGCGCCTTTACAAGCGTCATGTTCAACTTATTTTTCGGACGCGAGCTTGGCGCCGCCGCTCCGTGGCTCGCTCTGGCTGCGGCTATGATTGCCGGCGGACTGTTCTCACTGATCCACGCGGCGGCCGCAGTTTCTTTCCGCGCCGATCAGACGGTAACCGGTGTGGCGATCAATATGCTCGCGTTAGGAGCGACACTGTTTATCGTCAAGCTGATTTACGGAAAGGCGCAGACTGATAAAATCCCGGAGCCCTTTTACAAAACGAACATTCCCGGGTTAAGCGATATTCCGGTTTTAGGAAAGATTTTCTTTTCCGACGTCTATTATACGTCGATTTTAGCCATCGTACTGGCCTTTGTTTCCTGGTTTATTTTATTCAAAACGCCGTTCGGCCTCCGCATCCGTTCTGTCGGGGAACATCCGATGGCGGCCGATACGATGGGAATCAACGTGTTCGGCATGCGCTATATCGGCGTCATGATCAGCGGGCTGTTCGGCGGGCTCGGCGGCGGTGTATATGCTTCCACGATCGCGCTTGATTTCACCCACTCCACCATTTCCGGGCAAGGCTTTATCGCTCTTGCCGCGCTGGTTTTCGGCAAATGGCATCCGATCGGCGCGCTCGGGGCTGCACTGTTCTTCGGGTTTGCACAGAGTTTGAGCATTATCGGCTCGCTTTTGCCCCTGTTCAAAGACATTCCGAATGTATACATGCTGATGGCTCCTTACATTCTGACCATTCTCGCGCTTGCCGGCTTCATCGGCCGCGCGGACGCGCCTAAAGCCAACGGCATCCCTTACATTAAAGGAAAACGCTGA MDFLQILSIIVPATLVYAAPLILTALGGVFSERSGVVNIGLEGLMIIGAFTSVMFNLFFGRELGAAAPWLALAAAMIAGGLFSLIHAAAAVSFRADQTVTGVAINMLALGATLFIVKLIYGKAQTDKIPEPFYKTNIPGLSDIPVLGKIFFSDVYYTSILAIVLAFVSWFILFKTPFGLRIRSVGEHPMAADTMGINVFGMRYIGVMISGLFGGLGGGVYASTIALDFTHSTISGQGFIALAALVFGKWHPIGALGAALFFGFAQSLSIIGSLLPLFKDIPNVYMLMAPYILTILALAGFIGRADAPKANGIPYIKGKR PGPT0021050_1057 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_NUCLEOSIDE_TRANSPORT,PGPT0021050-nupC|yufQ-K23536 NA NA D1-12_02960 219 hypothetical protein ATGAAGAGAAAGGCGGCGGCCTGTATTGGAATATTTTGTTCTATTATTGCAGGAACATTCATAGCGGATGATTTCTGCAAAACGCGGCAGCAGACGGAGGCGGATAATTGGGAGCGTTTTTTTCTCGGTGCGGAATACGCAGAAGTCAAGCTGAGTGCGGCTGAATCAATGCAAACGCCGTTTCGGCCGCGTGAGTATATCAGAATCGTATATAGATGA MKRKAAACIGIFCSIIAGTFIADDFCKTRQQTEADNWERFFLGAEYAEVKLSAAESMQTPFRPREYIRIVYR NA NA NA NA NA D1-12_02961 2403 mrpA COG1009 Na(+)/H(+) antiporter subunit A TTGCAGCTGTTACATTTCACGATTTTGGCGCCTTTTTTATTTGCATTTATCGTTCCCTTTCTTTATAAACGGGTAAAACAAGTCCATACAGGCTGGTTTGTGCTGATAGTGCCCGTTGTGCTGTTTGTTTACTTTATCAGCAAGCTCCCTGTCACAATGGCTGGGGAAACCGTCCGGTATGCGGCCGAATGGATTCCGTCCCTCGGTATTAACTATACCGTTTATATTGACGGACTCGGGCTGTTATTCGCTTTATTGATTACGGGCATCGGCTCTTTGGTGACGCTTTACAGTATTTTTTACTTATCGAAGGACAAAGAAAAGCTCGGCCCCTTTTATGTGTACCTGCTGATGTTTATGGGCGCGATGCTCGGCGTTGTGCTCGTCGATAACGTTATCGTTCTTTATATGTTCTGGGAGCTGACAAGCCTGTCATCCTTCTTATTAATCGGGTATTGGCATAAGCGGAAGAAATCACGCTACGGGGCGGAAAAGTCACTGCTGATTACCGTCGGCGGCGGGCTGTGCATGCTCGGCGGCTTTATCCTGCTGTATCTGATGACGGATTCTTTCAGTATCAGGGAAATGGTCAACCAGGTGCATATTATCGCAGGCCATCCGTTCTTTATTCCGGCGATGGTTCTCCTGTTATTGGGGGCCTTTACGAAATCAGCGCAGTTTCCGTTTTATATCTGGCTGCCTGATGCCATGGAGGCGCCGACTCCTGTCAGCGCCTATCTGCACTCGGCTACAATGGTGAAAGCGGGCATTTATGTGATTGCCAGATTCAGTCCGGTTTTTGCATTTTCACCCGTCTGGTTTTGGACGGTTGCCTCAGTCGGTCTGATCACGATGGTATGGGCTTCCTTCAATGCGATTAAACAAACCGATTTAAAAGCGATTCTGGCATTTTCCACAGTCAGTCAGCTCGGTATGATTGTATCGATGCTCGGCGCAGGAGCCGCCGCGCTTCATTACCAGCATTCAGAGTATTTTACGGCGGCTGTCACCGCGGCTGTGTTTCACTTAATTAACCATGCTACTTTTAAAGGAAGTTTATTTATGGCGGTCGGCATTATCGACCATGAAACGGGAACACGGGACATCCGCAGGCTCGGCGGCCTGATGGCGCTTATGCCGGTAACGTTCACCGTTTCACTGATCGGAACGTTTTCCATGGCGGGCCTCCCTCCGTTTAACGGCTTTTTAAGTAAAGAAATGTTCTTTACAAGTATGCTGCGGATTGCTCATGCAGATATTTTCAGCCTGGATACGTGGGGCGTGCTGTTCCCCGTTCTCGCGTGGATCGGGAGCGTCTTCACTTTCATCTACAGCATGAAGCTGTTTTTCAGAACGTTCAGCGGCGCGCGCAAACCTGATCAGCTTGAAAAGACGCCGCATGAAGCACCGCTCGGCATGCTGATTTCGCCGGTGATCCTTGCCGCTTGCGCCGTCAGTCTGTTTTTTGCACCGAACGTTTTGTCTTACAGCCTGATTGAACCGGCGATGAACTCCATTTATCCGGCTCTGTTAACCGGCGGAGATACATTCCATGTCCATATTTCCCAGTGGCACGGGGTGACGGCTGAGGTAATGATGACCATCGGCATCATCATTGTCGGCACGATCGGTTACGTAACGCTGTCTAAATGGGAGCGTTTGTACGGTCTGTTTCCGAAAAAACTGACGCTGAACAAGCTTTACGATACGGTGACGGGCAGTATGGAAAAAAGATCTTACCAGCTGACGTCATCGTATATGACCGGATTTTTGCGGGATTATCTGCTGTATATTTTTGCGGCGTTTATCATTCTCATCGGAGCGGCGTTCGTCATGAAAGGCGGCTTTTCCATGACAACGAAAGGCATGGCTGAAATCGGCCTGTATGAAATCGTGCTGTCCCTCGTTATGGTGAGCGCAACGATTGCGACTGTGTTCGCCAAATCGCGGCTGACGGCCATTATCTCACTCGGTGTTGTCGGGTACACACTCGCGCTGTTTTTCGTGATTTTCAGAGCGCCCGATCTGGCGCTCACGCAGCTCGTCATTGAGACGATATCCGTCGCCTTGTTTCTTCTTTGTTTTTACCATCTGCCGAAAATGCGGCGGAAAAAGAAGACAAGAACATTCCGGATGACGAATTTTATCATTTCTCTCGGTGTCGGCGTCATCGTGACAATGCTCGGAATCGCGTCTTCCAGCGAAAAAACAAAAGACAGCATCTCCTCCTTTTTCACCGCTTACAGCCATAAGCTCGGGGGAGGAAACAATATCGTCAACGTCATCCTCGTTGATTTCAGGGGATTTGATACGATGTTTGAAATCACGGTGCTGTCGATTGCCGCACTCGGGATTTACGGCATGATCAGAACGAAAGTAAAAGAGGAGGGAGAAGAGCGTTGA MQLLHFTILAPFLFAFIVPFLYKRVKQVHTGWFVLIVPVVLFVYFISKLPVTMAGETVRYAAEWIPSLGINYTVYIDGLGLLFALLITGIGSLVTLYSIFYLSKDKEKLGPFYVYLLMFMGAMLGVVLVDNVIVLYMFWELTSLSSFLLIGYWHKRKKSRYGAEKSLLITVGGGLCMLGGFILLYLMTDSFSIREMVNQVHIIAGHPFFIPAMVLLLLGAFTKSAQFPFYIWLPDAMEAPTPVSAYLHSATMVKAGIYVIARFSPVFAFSPVWFWTVASVGLITMVWASFNAIKQTDLKAILAFSTVSQLGMIVSMLGAGAAALHYQHSEYFTAAVTAAVFHLINHATFKGSLFMAVGIIDHETGTRDIRRLGGLMALMPVTFTVSLIGTFSMAGLPPFNGFLSKEMFFTSMLRIAHADIFSLDTWGVLFPVLAWIGSVFTFIYSMKLFFRTFSGARKPDQLEKTPHEAPLGMLISPVILAACAVSLFFAPNVLSYSLIEPAMNSIYPALLTGGDTFHVHISQWHGVTAEVMMTIGIIIVGTIGYVTLSKWERLYGLFPKKLTLNKLYDTVTGSMEKRSYQLTSSYMTGFLRDYLLYIFAAFIILIGAAFVMKGGFSMTTKGMAEIGLYEIVLSLVMVSATIATVFAKSRLTAIISLGVVGYTLALFFVIFRAPDLALTQLVIETISVALFLLCFYHLPKMRRKKKTRTFRMTNFIISLGVGVIVTMLGIASSSEKTKDSISSFFTAYSHKLGGGNNIVNVILVDFRGFDTMFEITVLSIAALGIYGMIRTKVKEEGEER PGPT0013895_844 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H+_ANTIPORTER,PGPT0013895-mnhA-K05565 NA NA D1-12_02962 432 mrpB COG2111 Na(+)/H(+) antiporter subunit B TTGAGACAGCAAAAAACAAACGACATCATCCTTCAGACGGCAACGAAGCTTGTATCTTTTATCATTCTGCTTTTCTCTTTCTATTTATTTTTATCGGGGCATAACGCTCCCGGCGGAGGATTTGTCGGCGGACTGATTACGTCTTCGGCCATCGTGCTGTTGCTTTTGGCCTTTGATTTAAAAACCGTCAAATCGATTTTGCCCGTCAATTTTATTTATGTGGCGGGCGCGGGTCTGCTTATCGCGATTGCAACGGGTGCAGGTTCGTTCTTATTCGGAGCACCCTTTCTCACCCATACATTCGGCCATTTTCATCTCCCGGTGCTTGGGAATACGGAGCTTGCAACGGCCACTTTGTTTGATTTAGGTGTGTATCTCGTTGTTGTCGGCGTGACGATGACCATTATTCAAACGATTGGAGAGGAAGAATAG MRQQKTNDIILQTATKLVSFIILLFSFYLFLSGHNAPGGGFVGGLITSSAIVLLLLAFDLKTVKSILPVNFIYVAGAGLLIAIATGAGSFLFGAPFLTHTFGHFHLPVLGNTELATATLFDLGVYLVVVGVTMTIIQTIGEEE PGPT0013900_793 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H+_ANTIPORTER,PGPT0013900-mnhB-K05566 NA NA D1-12_02963 342 mrpC COG1006 Na(+)/H(+) antiporter subunit C GTGGAAATCTTAATGTCTGTCATTGCCGGTATTTTGTTTATGGCGGCAACCTACCTGCTGCTTTCTAAAAGTCTGCTGCGCGTGATTATCGGCACCGCGCTTTTAAGCCACGGCGTCCATTTGCTGCTCCTGACCATGGGCGGACTGAAAAAAGGCGCTCCTCCCATACTGGGCGGAAAAAGCACGTCGTTTGTCGATCCGCTGCCGCAGGCACTCATACTGACGGCGATCGTTATTTCGTTCGGCGTCACGTCCTTTTTGCTTGTGATGGCGTTTCGCGCCTATCAGGAACTGAAAACGGACGATATGGATCGAATGAGGGGAAATGATCAACATGAATAA MEILMSVIAGILFMAATYLLLSKSLLRVIIGTALLSHGVHLLLLTMGGLKKGAPPILGGKSTSFVDPLPQALILTAIVISFGVTSFLLVMAFRAYQELKTDDMDRMRGNDQHE PGPT0013905_1363 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H+_ANTIPORTER,PGPT0013905-mnhC-K05567 NA NA D1-12_02964 1491 mrpD COG0651 Na(+)/H(+) antiporter subunit D ATGATCAACATGAATAACTTTGTGATATTGCCTATTCTGGTGCCGCTGCTTGCCGCAGTGCTGCTGATTTTTATGAACAGGCGCGTGATGCTGATGCGGATATTCAGCACTGCCGCTTCCTGTGTCTCCATCGCCATCAGCGCCGCTCTCGTTCAGACGGTTTTCACACACGGGATTCAGACGCTGACACTCGGCGGATGGAAAGCGCCGTACGGCATTGTGCTCGCCGCGGATCAGCTTGCCGCACTGCTTGTTTTGACAACCGCCATAATCGGGCTGCTCGTCACCCTGTACTCCTTCCGCTCCATCGGAGAAAAAAGGGAGCGCGCTTTCTATTATTCAGGGGTGCAGTTTCTTCTGGCCGGCGTAAGCGGAGCGTTTTTGACGGGTGACCTGTTCAACATGTACGTCTTTTTTGAGCTTCTGCTTATCGCGTCCTATATGCTGATCGTGCTTGGCGGAACGAAAATTCAATTAAGAGAATCATTGAAGTATATCGTGTTTAACACTGTGTCATCCGCGTTTTTTGTCATCGGCGTCGGTTACTTATACGCGGTGACGGGCACGCTGAATATGGCTGATCTAAGCGTAAAAATAAGCGAATCGGGCCAGACCGGGCTGATCACCGTCATCGGCGTCCTTCTTCTCGTCGTTTTCGGTTTAAAGGGCGGGATATTCCCGCTGTATTTCTGGATGCCGGGCTCTTATTACGCCCCGCCGGCTGCAATTTCGGCTTTATTCGGGTCTCTTTTGACGAAAGTCGGTCTGTATGCCATTTTAAGAGTATTCACCCTGATCTTTATTCACGATACGGGCTTTACCCACCAATTGATGATGTGGCTTGCGATGCTGACGGTGTTATTCGGCGTAATCGGATCTATCGCCTTTTCGGATGTCATGAAAATCGTCATCTACAATATTATTACAGCCGTCGGCGTGATTTTGTTCGGCATTGCCATGAACACGCCGGCCTCCATTCAAGGAGCGGTTTATTACTTGATTCACGATATGCTGATTAAAGGAGCGCTGTTTATGCTTGCCGGCACGCTTATCGCATTGACAGGCACTGCCAGCCTGCATAAAATGGGCGGACTGATCACCCGTTATCCCGTTTTAGGATGGATGTTCTTTATTTCAGCCATATCTTTGGCCGGCATCCCGCCGTTCAGCGGATTTGTGGGCAAGCTGAAGATCGCGGAAGGCGGGTTCGATAAGGGGGAAACATTGTTTTCCGTATTGATTCTCTTATCAAGCCTGCTTGTGCTCTATTCCGTGCTGAAGGTTTTTACGACGGCTTTTTGGGGGGAAGAAAAAGAAATCCCCGGCGCAGGCGGACGGTCCGCAAAAGGACTTCTTTATCCGGCAGCCGCTTTTCTCCTTTTGTCGCTTCTGTTCGGGCTCGGAACCGAATGGGTTTCACCGTATGTTAATCAGACGGCTGAGAATCTGCTGAATCCGGAAAAATACATTGAAGCTGTTTTGAAGGAGTAG MINMNNFVILPILVPLLAAVLLIFMNRRVMLMRIFSTAASCVSIAISAALVQTVFTHGIQTLTLGGWKAPYGIVLAADQLAALLVLTTAIIGLLVTLYSFRSIGEKRERAFYYSGVQFLLAGVSGAFLTGDLFNMYVFFELLLIASYMLIVLGGTKIQLRESLKYIVFNTVSSAFFVIGVGYLYAVTGTLNMADLSVKISESGQTGLITVIGVLLLVVFGLKGGIFPLYFWMPGSYYAPPAAISALFGSLLTKVGLYAILRVFTLIFIHDTGFTHQLMMWLAMLTVLFGVIGSIAFSDVMKIVIYNIITAVGVILFGIAMNTPASIQGAVYYLIHDMLIKGALFMLAGTLIALTGTASLHKMGGLITRYPVLGWMFFISAISLAGIPPFSGFVGKLKIAEGGFDKGETLFSVLILLSSLLVLYSVLKVFTTAFWGEEKEIPGAGGRSAKGLLYPAAAFLLLSLLFGLGTEWVSPYVNQTAENLLNPEKYIEAVLKE PGPT0013910_1910 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H+_ANTIPORTER,PGPT0013910-mnhD-K05568 NA NA D1-12_02965 477 mrpE COG1863 Na(+)/H(+) antiporter subunit E ATGGCTTTTCAACTATTATTAAATGTTCTTCTCGCTGTTTGCTGGATGTTACTCACAAACAGCCTCAGCGCGGCGGGTTTTTTGACCGGATTTATCGCGGGCTTGGCGGCGCTGTTTTTTTTCCGGCGCTTCTTCTCGCGGCCGTTTTACATTTGGAAAATATGGTCGGTCATCAAACTGATGCTGATCTTTATAAAAGAATTATATTTGGCCAATGTCAGCGTGCTGAAAACCGTTATATCGCCGAAACTGAACATCCGCCCGGGCATTTTCGCGTTTAAGACGGAATTGACGGAGGATTGGGAGATCACGCTGCTCTCGCTGTTAATCACTTTAACACCGGGTACGCTCGTGATGGATATCTCCGATGACCGGTCGATTCTCTATATACACGCCATGGACATTGAAGATGCGGAGAAAGCGATCCATGACATCCGCGTCTCTTTTGAGAAAGCCATTCAGGAGGTGAGCCGCTGA MAFQLLLNVLLAVCWMLLTNSLSAAGFLTGFIAGLAALFFFRRFFSRPFYIWKIWSVIKLMLIFIKELYLANVSVLKTVISPKLNIRPGIFAFKTELTEDWEITLLSLLITLTPGTLVMDISDDRSILYIHAMDIEDAEKAIHDIRVSFEKAIQEVSR PGPT0013915_1308 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H+_ANTIPORTER,PGPT0013915-mnhE-K05569 NA NA D1-12_02966 285 mrpF COG2212 Na(+)/H(+) antiporter subunit F ATGTTTACGTTTATTCTGCAATTATCACTCGGCATTATGGCGGTTTCGACTCTTCTGTACGTCATTCGCGTCATAAAAGGGCCTACGATACCGGACCGGGTCGTCGCGCTTGATGGGATCGGCATTAATCTGATTGCCATGACCGCGCTTGTATCCATTCTCTTAAACACATCGGCCTTTTTGGACATCATTCTGCTGCTCGGCATTTTATCGTTTATCGGCACGATTGCCTTTGCTAAGTTTTTGGAGAAAGGAGAGATTATCGAAAATGATCGAAATCGTTAA MFTFILQLSLGIMAVSTLLYVIRVIKGPTIPDRVVALDGIGINLIAMTALVSILLNTSAFLDIILLLGILSFIGTIAFAKFLEKGEIIENDRNR PGPT0013920_704 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H+_ANTIPORTER,PGPT0013920-mnhF-K05570 NA NA D1-12_02967 375 mrpG COG1320 Na(+)/H(+) antiporter subunit G ATGATCGAAATCGTTAAATGGGCCGTCGCCGTTTGTATTCTGATGGGATCGCTGATCTGCCTGGTCGCGTCTTTCGGCACACTCAGGCTTCCTGATGTGTATACGCGCGCCCACGCCTCTTCAAAAGGCTCGACACTCGGCGTTAATTTGGTATTGCTCGGGGTGTTAGGCTACTTGTGGATGCTGACCGGAGAAATTTCTGTAAAAATACTGCTCGGCATCATTTTTATCCTGCTGACGGCGCCGGTCGGAGCGCACCTCATATGCAGGGCCGCGTACAATTCGGGAGCGGCGCTTGATAAAAGAAGCGTTCAGGATGATTACAAAGGGATCAGAAACTTTGTGATCAAACGAAAAGAAGATTCATATTTGTAA MIEIVKWAVAVCILMGSLICLVASFGTLRLPDVYTRAHASSKGSTLGVNLVLLGVLGYLWMLTGEISVKILLGIIFILLTAPVGAHLICRAAYNSGAALDKRSVQDDYKGIRNFVIKRKEDSYL PGPT0013925_557 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H+_ANTIPORTER,PGPT0013925-mnhG-K05571 NA NA D1-12_02968 384 COG2050 Putative esterase ATGAATCTGAACAATACATTGCTCGGCGCACTCGGTATTGAAATCACTGAAAACACGCCGGAGAGATGCGTGGCGGTGATGCCGGTGGATAAGAGAACGGTGCAGCCTTTCGGATATCTGCATGGGGGCGCGTCAGCAGCGCTGGCGGAGACTGTTGCAAGTGTCGGGGCCCAGCATTTTATCGACCGATCGAAACAGGCGTGTGTCGGGCTTGAGATTAATGCCAATCATTTAAAATCCGTGAAAGAGGGCGGGACGGTCACGGCGATTGCGAAACCCGTTCACACAGGCAGGGCAACCATTGTGTACGAGATTAACATTTTCGATGAACGGGAAAGGCTGATCTGTGTTTCCCGCTGCACGCTGGCTGTTATAACAAAATAA MNLNNTLLGALGIEITENTPERCVAVMPVDKRTVQPFGYLHGGASAALAETVASVGAQHFIDRSKQACVGLEINANHLKSVKEGGTVTAIAKPVHTGRATIVYEINIFDERERLICVSRCTLAVITK PGPT0001845_2220 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 D1-12_02969 645 comA COG2197 Transcriptional regulatory protein ComA ATGAAAAAGATACTAGTGATTGATGATCATCCGGCTGTCATGGAGGGCACCAAGACGATTCTGGAAACGGACACGAATCTTTCTGTCGATTGCCTCAGTCCTGATGCCAGTGAACAATTCGTTCTTCGGCATGATTTTTCAGCTTACGATCTCATATTAATGGATTTAAATCTGGGTGATGACATCAGCGGCATAGAGCTTTCCAAGAAAATCTTAAAAGAGAATCCTCTCTGTAAAATCATTGTCTACACAGGCTATGAGGTTGAAGATTATTTTGAAGAATCCATCCGCGCGGGCCTGCATGGCGCCATCAGCAAAACCGAATCTAAAGAGAAAATCATGCAATACATATATCACGTGCTCAACGGACAGATTTTAGTTGATTTCTCCTATTTCAAACAGCTGATGACCCAGCAAAAAACAAAAACGTCTTCTTCCCCTCAAAGTGAGCAGGATCGGTTAACACAGAGAGAGCGCCATATTCTCCAAGAGGTCGAAAAAGGTTTGACCAATCAGGAAATCGCAGATGCGCTTCACTTAAGCAAGCGGTCGATTGAATACAGCCTGACATCCATTTTTAACAAGCTGAATGTCGGCTCCCGCACTGAAGCGGTGCTGATCGCCAAGTCAGATAACGTACTATAA MKKILVIDDHPAVMEGTKTILETDTNLSVDCLSPDASEQFVLRHDFSAYDLILMDLNLGDDISGIELSKKILKENPLCKIIVYTGYEVEDYFEESIRAGLHGAISKTESKEKIMQYIYHVLNGQILVDFSYFKQLMTQQKTKTSSSPQSEQDRLTQRERHILQEVEKGLTNQEIADALHLSKRSIEYSLTSIFNKLNVGSRTEAVLIAKSDNVL PGPT0025790_75 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-ComX_PHEROMONE_PERCIPITATION|SIGNALLING,PGPT0025790-comA-K07691 NA NA D1-12_02970 2304 comP Sensor histidine kinase ComP TTGAAGAAGCTTATAAAGCCATTTACAATATCCATTATTATTTTAAGTGTTATCTATGTTTGTTATGTCGCTTTTATTAACATAAATGGAATTATTGTAGGCACGAAAATTGTAGAAAATAAGCATAAAGTACTCGAAGTTGCTGAAATGTCAAAAACCTCGTATGGAAAATTTGTAGGTTTAAAACAAGGTGATATGATTGTCAAAATTAATAATAAAAAACCATCTTTAAAATATCTAAAAGGGGATACTCTCTATCACGTTAAAAGCTTAGATATAAAAAGAAATGGACAGCAAATTCATTTAGATGATTTTGATATTGTTAATTTAAATGGATACTACAGTTACTTTTTATTTGTCCTGCCCCTTGTATTTTATTTTTTGAGTTTAATATGTATATTTTATATTGTAAAGGTGAGTCAAACCAGAAAATCGATAGCTGGGTATGTCCTAATTCTCTTCCTGTTAGATATCTCAATAGCTTATATGAGTGCTGGTGGTCCCTCAAGAGGTCATGAATTTAACAGATATATAAATTTGTTTACCTTCATTGCCTCACCTATATTTTATCTCCAGTTTATTCAAGAGTATTTCAAGGAATTAGGTAAAAAATTTGCCAATCGTTTGATTTCTTTTCTATATATCATACCGATAATTAATCTCTTAAACGAACCGTTTCGACATATTTATTCATATGACTTCACAACAAATTTAAATTTAGTATCGTTTTTCTTCGTGACTCTCTATGCATTTATATCTGTTTTCTATCATCTGTATAAATTCAAGTATTCAGAACATGCTTATATTCTTAAGATTTTAATTTTAACAAACACGCTCTCTTTTTTGCCCTTTTTGCTTTTTTATGTAATCCCAATTATTTTGACAGGAAGTTATATATTAGATGCGTTGGCAGCGGCATCCCTGCTCGTGCTTATCCCATTGGGGTTGGTATACCAGTTCGTAGCTAACAAAATTTTTGATATTGAATTCATTTTAGGCAGGATGAGGTACTATGGCTTGCTTGCCTTAGTTCCAGCCCTTTTTATTGTTGGGATTTCAGCTTGGTTCGAGTCAATAGATATACAAATGAATCCTGCTCAGCAAACTGTATTTTTCTTTATTATGATATTTGTCATTTTTTATTTTAAAGAAGTAATGGATTATAAATTTCGGTTAAAACGTTTTTCTGAAAAATTTAATTATCAAGATAGTATATTCAAATATACTCAGCTTATCAGAAGCATAACATCTTTAAAACAAATGTTTAAAGAACTAAAAAAGACGATTCTGGATGTTCTGCTTGTCAGTAAAGCTTATGTCTTTGAAGTTACCTCTGAGGGTGACATTTTATATCATGATAAAAAGGACAATGAGCCTGACTGGGAAATGTATTCAAAAGAATTTAAGAAAGTTACTTCAGAGATTGGAAAAATCATTGAGCTAAACCGCGGTTTTTTAATCAAGATAGGAGAACGCGGGGGAAGTTCTTATGTTTTGCTTTGTTTGTCCACTATTAATACACCGAGACTGACACGAGATGAGATTTCATGGCTGAAGACATTGTCTTTCTATACGAGTGTCTCTATGGAAAATGTGATACAGATCGAAGAACTCATGAACCATTTACAAGATCTAAAGCAACAAGGCTCAAACCCGGTCTGGCTCAAAAAGCTGATGTTTACGATCGAGGAAAAGCAGCGTTCGGATTTGGCCCGTGATCTGCATGATTCAGTGCTGCAGGACTTGATTTCTTTGAAGCGCCAGTGTGAGCTGTTTCTGGCCGATTTTAAGAAAGAGGAGCCTTGCCAGTTAGAGGTGCAGGACAAGCTTCATCAGATGAATGAGCAGATGTCGGATGTCATTTTGATGACCCGGGAGACGTGCCATGAGCTTCGTCCTCAGCTGCTGTATGATTTGGGTCTGGTCAAGGCGGTATCCAAGCTTGCCGCGCAGCAGCAGGAGCGTGCGCCATTTCATATCCGTCTGAATACGGGCCGGTTTACGGCGGCGCTGGATTTGGATACACAGCTGAATTTGTACCGCATCATTCAGGAATTTCTTTCGAACGCCATGAAGCATTCACAGGCGAATGAGGTGCTGATTATGCTGATCAGCATTCAAAATAAAGTGATTCTGCATTATGAAGACGACGGTGTCGGCTGCAATCAGGAAGAAGGCGGCGGGCAGTCGATGAGCATGGGTCTTTCGGGTATTAAGGAGCGTGTCCGGGCGCTTGACGGACGGATGAAAATCGACACAAGTGAAGGAAACGGTTTTAAAGCGGATATTGAAATGGAATTGTAA MKKLIKPFTISIIILSVIYVCYVAFININGIIVGTKIVENKHKVLEVAEMSKTSYGKFVGLKQGDMIVKINNKKPSLKYLKGDTLYHVKSLDIKRNGQQIHLDDFDIVNLNGYYSYFLFVLPLVFYFLSLICIFYIVKVSQTRKSIAGYVLILFLLDISIAYMSAGGPSRGHEFNRYINLFTFIASPIFYLQFIQEYFKELGKKFANRLISFLYIIPIINLLNEPFRHIYSYDFTTNLNLVSFFFVTLYAFISVFYHLYKFKYSEHAYILKILILTNTLSFLPFLLFYVIPIILTGSYILDALAAASLLVLIPLGLVYQFVANKIFDIEFILGRMRYYGLLALVPALFIVGISAWFESIDIQMNPAQQTVFFFIMIFVIFYFKEVMDYKFRLKRFSEKFNYQDSIFKYTQLIRSITSLKQMFKELKKTILDVLLVSKAYVFEVTSEGDILYHDKKDNEPDWEMYSKEFKKVTSEIGKIIELNRGFLIKIGERGGSSYVLLCLSTINTPRLTRDEISWLKTLSFYTSVSMENVIQIEELMNHLQDLKQQGSNPVWLKKLMFTIEEKQRSDLARDLHDSVLQDLISLKRQCELFLADFKKEEPCQLEVQDKLHQMNEQMSDVILMTRETCHELRPQLLYDLGLVKAVSKLAAQQQERAPFHIRLNTGRFTAALDLDTQLNLYRIIQEFLSNAMKHSQANEVLIMLISIQNKVILHYEDDGVGCNQEEGGGQSMSMGLSGIKERVRALDGRMKIDTSEGNGFKADIEMEL PGPT0025805_77 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-ComX_PHEROMONE_PERCIPITATION|SIGNALLING,PGPT0025805-comP-K07680 NA NA D1-12_02971 993 hypothetical protein ATGTGTTTAGATGCTGACCAAATCAAGAATAAAATGAAGAGTATAATAGAGCGGAACATATTTAATGAACATCTAATGCAGCTCCTTCTCAGTTTTATTGAACCAAAAAAAAATTTTTCTCTAGCTGAATCAGCTGTTTTGCATTATGTGATCTTTGACGGCGAAAATCAAGAAACCGCAGTGAACTTAGGTGCCGCTATTGAAATTCTTACACTTACTTCCGATATAATTGATGATCTGGAAGATGAGGATAATCGAGATGCTCCTTGGATGAAGATAGATCGTTCACTAGCATTAAGTGCAGCATTTTCATTATACACAGCAGGATTGCAAAGCATTAATTCGATTAGTACGAATCCTTTAGTGATTAAGTATGTATTAAAATATATTCAAGATGCAATGCAGGGTCAACATGATGATTTGATCAATAAACCAAAGACAGAAGATGAATGTTTAGAGGTAATCAAGTTAAAATGCGGAAGTTTATTTGCGTTAGCAAATGTTACTGGTACGCTTTTAGCAACTGGAGAATTCAATAAGTCTGTTGAAAGTTATTCCTATTATAAAGGGATATTTGAACAAATTTCCGGCGATTATCATGCTATTTTTAAGGATAATACTAGTGATATTCTGAAAGATAAACATACATTGATTAATTTATATCTTAAGCGCTTGTTTAATAAGTCTTCTCAAGAATTGCTTTGTATATTCTCAGATCAAAAATTATATTCGCAACTGCGGCTTAATAAAAAAGAGTTTATTCAAAAGCTGTATGATTCTGGAGCATCTCAATATGTTTCGGTTTTATACCAACTATACATGTATAAGTGTGAAACTGAAGTTGAAAATTTAAATTTAGATATAAAGAAGATAAAAATAATAAAAAAACACTTGTTGAATAATAAGAATAATAAGAAGGATGATGAAGATGCAGAATTTAATAAATTATTTTTTGAATTATCCGGATGTATTAAAGAAACTGAAAAGCAATGA MCLDADQIKNKMKSIIERNIFNEHLMQLLLSFIEPKKNFSLAESAVLHYVIFDGENQETAVNLGAAIEILTLTSDIIDDLEDEDNRDAPWMKIDRSLALSAAFSLYTAGLQSINSISTNPLVIKYVLKYIQDAMQGQHDDLINKPKTEDECLEVIKLKCGSLFALANVTGTLLATGEFNKSVESYSYYKGIFEQISGDYHAIFKDNTSDILKDKHTLINLYLKRLFNKSSQELLCIFSDQKLYSQLRLNKKEFIQKLYDSGASQYVSVLYQLYMYKCETEVENLNLDIKKIKIIKKHLLNNKNNKKDDEDAEFNKLFFELSGCIKETEKQ PGPT0025800_33 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-COMPETENCE-RELATED_DNA_TRANSFORMATION_TRANSPORT,PGPT0025800-comQ-K02251 NA NA D1-12_02972 141 degQ Degradation enzyme regulation protein DegQ GTGGAAAACAAATTAGAAGAAGTAAAGCAATTATTATTCCGACTTGAAAATGATATCAGAGAAACAACCGACTCATTACGAAACATTAACAAAAGCATTGATCAGCTCGATAAATTCTCATATGCAATGAAAATTTCTTAA MENKLEEVKQLLFRLENDIRETTDSLRNINKSIDQLDKFSYAMKIS NA NA NA NA NA D1-12_02973 342 hypothetical protein ATGCATTATGTGTATCCATGCTGTCCTGTTTTCGCCGCGCCATACCGGCATCCAGCGCCCAGTGCCCCGGTTCACGCAGATATTTTGACAGCGTCCGCAAAAGAAGCTGCGGGCATGCTGGAGGATGCGCGCCTGCTCCTTGCGCGGCTGTCGGCGTCAAAAGAGCTTGCGCGCCGCATCCTCACCGCAGCGCAATCATCTGACACCGCAGCGGTCAAGCGGCTCATTAAGCAGACCGGCATCAAAAATGACTTTGACGTGACGTATAATCCCGACGGCATCCGTGTCAGGCTGGTCAGAGAGCAAAGCCGGTTTATCATCGCCCTCAGGTGGTCGGCTTAA MHYVYPCCPVFAAPYRHPAPSAPVHADILTASAKEAAGMLEDARLLLARLSASKELARRILTAAQSSDTAAVKRLIKQTGIKNDFDVTYNPDGIRVRLVREQSRFIIALRWSA NA NA NA NA NA D1-12_02974 1224 cdgJ COG3434 Cyclic di-GMP phosphodiesterase CdgJ ATGAAGGTGTTTGTTGCGAGACAGCCTATCTTCAACAGAAACGAACAGGTTGTTGCTTATGAACTTCTTTACCGGGAGAGCGAAGAGAACCGTTATTCGGCCGCTGACGGAGATAAAGCTACGACGGATCTCATTATTAACAGCTTTATCAACATCGGAATCGAAAAGCTGACTGAGGGGAAACGCTGCTTTGTGAATTTTACAGAAAGCCTGATGTTTTCAGATCTCCCTACCTCCTTTGATCCTGACCAGCTTATTATCGAAATTCTTGAGGACATACCGATCACTCCGGCACTCATCTCAAGATGCAGACAGCTGAAGAAATTAGGATATACATTAGCACTTGATGATTTTTACGCCATCAATCCGGAAAATGAAGAATTAGTGGAACAGCTGATGAAATATATTGATATTTTAAAAATCGACTTTTTGCAATCCTCGCGTCTGGAGCGCAAAAAAATCATTCAGACGTACAGCTGTAAAAGTCTGATTTATTTAGCGGAGAAAGTGGAGACGAGAAAAGATTATAAACAGGCGGCCATAGACGGCTTTCACCTGTTTCAAGGATATTTTTTCAGTGAACCGCGTGTCATCAGCGGAAATGATCTGACGTTTCATTTTCATTCTTACTACCAGCTTTTAAGCGAATTAAACAATGACCAGCCCAATATACAGCGCGTGACGGAATACATAGAGCGGGACGTCAGCTTATCGTATCAGATTCTGCGTTTTTTAAACGGATCGCAAACAAGGCTGAAAAAAAAGATAGACAGCATCCAGCAGGCCATCATGATGCTCGGGCTGAATGAGATTAAGCGCTTGATTTACATTCTTTCATTCAGAGATTTAACGGCGAAAAGCCACTCAAGCCAAAAAGAAATCATTAAGATTTCCTTAATCAGGGCCAAACTGTGCGAACTGCTGGCGAAAAGAACCGGAAGACCCCAGCCCTCTTCTTACATGCTGATCGGCATGTTTTCGCTCATCGATACGCTTCTCCACAGGGAGCTGGAGGATATCATCAAAGAACTGCCTTTAATCGATGAAGTCGGACAGGCGCTGCTCGGTTATGAAAACGATTATTATAAGATGCTCGCGCTCGTCAAAGCCATTGAATGCAACAACTGGGACTGTGACGAGTGGGGAAAAGAACTGAACAAAGAAGAAGCGTATGAATGTTACCTACAGGCGATCGAATGGTGCCGGCAGCTGATCGTGGATTGA MKVFVARQPIFNRNEQVVAYELLYRESEENRYSAADGDKATTDLIINSFINIGIEKLTEGKRCFVNFTESLMFSDLPTSFDPDQLIIEILEDIPITPALISRCRQLKKLGYTLALDDFYAINPENEELVEQLMKYIDILKIDFLQSSRLERKKIIQTYSCKSLIYLAEKVETRKDYKQAAIDGFHLFQGYFFSEPRVISGNDLTFHFHSYYQLLSELNNDQPNIQRVTEYIERDVSLSYQILRFLNGSQTRLKKKIDSIQQAIMMLGLNEIKRLIYILSFRDLTAKSHSSQKEIIKISLIRAKLCELLAKRTGRPQPSSYMLIGMFSLIDTLLHRELEDIIKELPLIDEVGQALLGYENDYYKMLALVKAIECNNWDCDEWGKELNKEEAYECYLQAIEWCRQLIVD PGPT0016220_178 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0016220-cdgJ-K07181 NA NA D1-12_02975 1467 pncB Nicotinate phosphoribosyltransferase TTGGTGGAGCATGGTTTTAAAGACGACAGTTTGTCTTTACATACAGATCTTTATCAAATTAATATGGCCGAAACGTACTGGAGAGACGGCATTCATGAGAAAAAAGCGATTTTTGAGCTTTTTTTCAGAAAGCTTCCCTTTGAAAACGGCTATGCGGTATTTGCGGGCTTAGAAAAAGCAATCGAATACTTGGAGAACTTCAAATTTACCGACAGCGATCTGAATTATTTAAAAACGGAATTGCACTATGCTGATGATTTCATTGATTATTTACGGGATCTTTCTTTTACCGGATCTCTTTACAGCATGAAAGAAGGCGAGCTCGTTTTTAACAACGAACCGATTATGCGGGTCGAAGCGCCCCTGATCGAAGCCCAGCTGATTGAGACGGCTCTGCTTAACATTGTGAATTACCAAACATTAATCGCCACGAAAGCGGCCCGCATTAAAGGCGTTGTCGGTGACGAAGACGCCCTCGAATTCGGAACGCGGCGCGCCCATGAAATGGATGCGGCTATGTGGGGAGCGAGAGCGGCTCTGATCGGCGGCTTCAGCGCAACGAGTAATGTAAGAGCCGGAAAGCGTTTTAATATACCGGTATCCGGCACGCACGCTCATGCGCTCGTACAAGCGTACCGCGATGAATATACGGCATTTAAGAAATATGCGGAGACCCACAAAGACTGCGTATTTCTCGTAGATACGTACGATACGATCCGTTCGGGCATGCCGAATGCGATTAAAGTCGCAAAGGAATTCGGCGACCGGATCAACTTCATCGGCATCCGCTTGGACAGCGGGGACTTGGCGTACCTGTCAAAAAAAGCGCGTGAAATGCTTGATGAAGCGGGTTTCACAGACGCAAAGGTCATTGCTTCAAGCGATCTTGACGAGCACACGATATTAAATCTGAAATCCCAAGGAGCGAAAATCGATACGTGGGGCATCGGCACGAAGCTGATTACCGCATACGATCAGCCGGCCCTCGGCGCGGTTTACAAGCTTGTCGCCATTGAAGAGGACGGCAAGCTGACTGACACCATTAAAATTTCGTCAAACCCTGAAAAAGTGACAACGCCGGGAAGAAAGAGAGTATACCGGATTATCAACAAGCTGAATCACCACTCGGAAGGTGATTATATCGCGCTTTATGACGAGCGGGTAAATGATCAGAAACGCTTAAAAATGTTCCATCCCGTCCACACGTTCGTCAGCAAATTCGTCACTGACTTCTATGCGAAAGACTTGCATGAGCCGATCTTTGAAAACGGCGTTTTATGCTATGATAATCCCGAAATTACCGACATCCAGCAATACGTGCAGGATAACCTCAAACTTCTGTGGGAGGAATACAAACGGATCAGCAAGCCGGAAGAATATCCGGTCGATTTAAGCGAAGACTGCTGGAGCAACAAGATGCAGCGGATTCATGAAATCAAAAGCGAGCTGAAACGGGAACTTGAATAG MVEHGFKDDSLSLHTDLYQINMAETYWRDGIHEKKAIFELFFRKLPFENGYAVFAGLEKAIEYLENFKFTDSDLNYLKTELHYADDFIDYLRDLSFTGSLYSMKEGELVFNNEPIMRVEAPLIEAQLIETALLNIVNYQTLIATKAARIKGVVGDEDALEFGTRRAHEMDAAMWGARAALIGGFSATSNVRAGKRFNIPVSGTHAHALVQAYRDEYTAFKKYAETHKDCVFLVDTYDTIRSGMPNAIKVAKEFGDRINFIGIRLDSGDLAYLSKKAREMLDEAGFTDAKVIASSDLDEHTILNLKSQGAKIDTWGIGTKLITAYDQPALGAVYKLVAIEEDGKLTDTIKISSNPEKVTTPGRKRVYRIINKLNHHSEGDYIALYDERVNDQKRLKMFHPVHTFVSKFVTDFYAKDLHEPIFENGVLCYDNPEITDIQQYVQDNLKLLWEEYKRISKPEEYPVDLSEDCWSNKMQRIHEIKSELKRELE PGPT0013375_949 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013375-pncB-K00763 NA NA D1-12_02976 552 hypothetical protein ATGAAAAAAGCATTTATATGCATTGATTATACGAATGATTTTGCAGCAGAGAACGGGGCATTAACCTGCGGAGAACCCGCGAGACAGATTGAAGATACGATTGTCAGTTTGACGCAAGCATTTATAGAAAACGGTGATTACGTTGTCTTTGCGGTAGATTCGCATGATGCAGACGATGACTTTCATCCCGAGACACGCCTGTTTCCTCCGCATAATATCAACGGCACGGAGGGCAAAGAGCTGTACGGAAGGCTATCGCCTCTTTATGAGAAACATAAACACGCAAAAAACGTAAATTATATGGAAAAAACGAGATATTCTGCTTTTGCGGGAACGGATTTAGAGCTGAAACTGCGGGAACGGCAGATCACTGAGCTGCATCTTGCGGGCCTGTGCACGGACATCTGCGTTCTTCACACGGCGGTTGACGCCTACAACAAGGGCTTTCAGATCGTCATTCATCAAAACGCTGTGGCCAGCTTTAATCCGGAAGGGCATGAATGGGCCCTGTCCCATTTTAAGAACAGCATCGGAGCGCAAGTGGCAGAGTAA MKKAFICIDYTNDFAAENGALTCGEPARQIEDTIVSLTQAFIENGDYVVFAVDSHDADDDFHPETRLFPPHNINGTEGKELYGRLSPLYEKHKHAKNVNYMEKTRYSAFAGTDLELKLRERQITELHLAGLCTDICVLHTAVDAYNKGFQIVIHQNAVASFNPEGHEWALSHFKNSIGAQVAE NA NA NA NA NA D1-12_02977 399 yueI COG5506 putative protein YueI ATGAGCGACAAAACGGTTGACCTTTATTTACAGCAGGGGATGTACGGCCCTCTGCAGACGAAACCGGATGAACGCCATTTATTTTTAGGCTCGCTCCGTGAAAGAGTCATCATTGCCCTGACGAAGGGACAGGTGCTGCAAAAGCAGCCGTATGAAGAAGTGAAACAGGCGCTGAAAAGCCGAAAAGACGCGGTGCTCTATATAAACGGAAGGCTCCCGTATCATGCTTATTCACCATATATGAAGCTTGCCGCACTTGCCGGTGTCCGAAGCTCCGTCATATCGGACCTTCAATTCGAAACGCCGCTCGGCCTGGTTTTTGCCGCCGATTATGCCGTGAACCTTGACGGCATTTACGTACAGGATGACATTTTTCAGCGCTCACTCCTGAAATCTTAA MSDKTVDLYLQQGMYGPLQTKPDERHLFLGSLRERVIIALTKGQVLQKQPYEEVKQALKSRKDAVLYINGRLPYHAYSPYMKLAALAGVRSSVISDLQFETPLGLVFAADYAVNLDGIYVQDDIFQRSLLKS NA NA NA NA NA D1-12_02978 249 hypothetical protein ATGAAAATCAGAAAAGCGAATATTACCGTGCAGTCCGGAATGATCGGTGATGTATATCTGCATGAAAATAAAAAAGAACAGCATACCCTTGTAGCCGTTCCGGAACTTGAGTGGAGCACGATCATTTCCTATGAGGAAGAGAAAAAGGCGCTGGCGCAGCGGCTTTTACAATCATTCAGCAAGCTGATTGAAGAAGAGCCCGCCGGAGAGCTCGCCGGAAAGATCTCCCATTGGGTGGCTGAAATGTAA MKIRKANITVQSGMIGDVYLHENKKEQHTLVAVPELEWSTIISYEEEKKALAQRLLQSFSKLIEEEPAGELAGKISHWVAEM NA NA NA NA NA D1-12_02979 222 gerPF_3 putative spore germination protein GerPF ATGCCTGCAATTGTGGGACCGATTTATATTATGAGTTTAGCCGGAGACGCTGCGGCGAGCTTCGGTGACGTGTTTGCCATTTCTCCCAAAGCCGTTGACCACTCAGGCGCGGGGGCAGGGGCGTTTCATTCCGGAGATTTTATCAAAGTTACTAATAAATTCAGCAAAACGCGCTTTGAAGACATCGATGTGTTTGACGAACCTGATTGGTTTAACGCGTGA MPAIVGPIYIMSLAGDAAASFGDVFAISPKAVDHSGAGAGAFHSGDFIKVTNKFSKTRFEDIDVFDEPDWFNA PGPT0025065_78 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_GERMINATION_PROTEIN,PGPT0025065-gerPA-K06299 NA NA D1-12_02980 1104 hypothetical protein TTGAAATCAAAGGTCCATTTTTGGACGCTGCAAATTTTGCTCGTTTTGCTCATTATTTACGTATCAACGAAAGTCTCGTTTATTTTTCAGCCGTTTTTCGGTTTTATCACCACTCTGTTTTTTCCGATTTTGATCTCGGGCATTTTGTTTTTCATTTTTAATCCGATCGTGCGCCTGCTTGAGAAAAAAATCCCCCGGACATTGGCGATCCTGCTCATTTATCTCGTTTTCATCGGCCTGATTGCCTTTATGTTCACCGCCATCGGACCGATTGTGGCTTCCCAGGTCACGGGGCTGATTAACAATTTCCCTGATTACATTCATCAGATTCAAGTCTTGACGGCGCAATTATCCCATTCCAAATGGTTTACGTGGATGATGACGCAGGATTATGTGTCGATAGAAAAAATCCAGCAGTCTCTGACGGGATTTTTACAAAGCCTTCCGCAAAATATTACGGCAAGCCTGTCGGCCGTGTTCGGCGTCGTTACGAATATCACGCTTGTCGTGATCACCGTTCCGTTCATTTTGTTTTATATGCTGAAGGACGGCCGGCGGTTTCCGCTCTTGGCAGTCAAAATCCTGCCTTCTTCCTACCGGGCGGAAGGCAGGAAAATATTTAACGACTTATATGTCACATTGGCCGCCTATTTCCAAGGCCAGCTGCTGATTTGTCTCTTTGTCGGAACGGCATGCTTTATCGGATATTGGATCATCGGCCTGCAGTATGCGTTAATTCTCGGGATGGTGATCGCCGTCACCAATATCATTCCGTACCTGGGGCCGTTTCTCGGGGCGGCGCCCGCGGTGATTATCGCGTTTATGGATTCGCCGGCTAAGGCGCTGTTTGCCGTTATTGTTGTCGTTGTCGTCCAGCAGCTTGACGGGAACCTGCTTTCTCCGCTTGTCATCGGGAAACGGCTGAATACCCACCCGCTCACCATTATTCTTCTGCTTATCGGAGCGGGCAGTTTCGGCGGCATTCTCGCAATGATTCTGGCCGTGCCGGTTTACGCGGTTTTAAAAGCTTTTGTCTTAAATATCGTCCGGCTTATCAAACTTCGTCAGCGGTCAAAGCTCGAAGACAGCCGCAAGCCGAAATAA MKSKVHFWTLQILLVLLIIYVSTKVSFIFQPFFGFITTLFFPILISGILFFIFNPIVRLLEKKIPRTLAILLIYLVFIGLIAFMFTAIGPIVASQVTGLINNFPDYIHQIQVLTAQLSHSKWFTWMMTQDYVSIEKIQQSLTGFLQSLPQNITASLSAVFGVVTNITLVVITVPFILFYMLKDGRRFPLLAVKILPSSYRAEGRKIFNDLYVTLAAYFQGQLLICLFVGTACFIGYWIIGLQYALILGMVIAVTNIIPYLGPFLGAAPAVIIAFMDSPAKALFAVIVVVVVQQLDGNLLSPLVIGKRLNTHPLTIILLLIGAGSFGGILAMILAVPVYAVLKAFVLNIVRLIKLRQRSKLEDSRKPK NA NA NA NA NA D1-12_02981 237 hypothetical protein ATGGCCCATCAAGGAAGCCCGCAAATCGTCTCGTTAGTGGACCCTTACGTTTATCAGACCATCCATAAGCTTATCGGCTCAAGGTTTATTATTCAAACCGTCAGACGCATTATCAGAGGACGGCTGATTGATGCCACTCCGGATCACATCGCCATTGAAGAAACGCATGACCGTATATTTTATATCAGAAACCGCCATGTGGTTTCCGTCATGCCTGATTATACCGAACGCGTGTAA MAHQGSPQIVSLVDPYVYQTIHKLIGSRFIIQTVRRIIRGRLIDATPDHIAIEETHDRIFYIRNRHVVSVMPDYTERV NA NA NA NA NA D1-12_02982 531 hypothetical protein ATGAGAAATGTAACGTTAATGGATGTCTTCACCCATCCAATCGCACAAAAGTATTTACAGCGTTCCGGTGTCGCCCATGCGATCGCCTGCGCGTTTCATGCATACCGTCTTGCCGTAAAAGCAGGTGTCAGCCCGGATCTGGCGGCGAAAGCGGCTTTACTGCATGACGTCGGCCATTATGAATGGTACACAGACGGCAAATGGGATTATGAAAAGTACAGAAGAAACGATATCCATGCCATTAAAGGCGCGGAACGGGCGCATAAGCTGCTCATCCGGCTCGGTGAAGAACCGAAAGCGGCGAAGGACATTGCGCTGGCGATTCTGCTTCACACCGATTCCTATCTGCCTGAAGGCGAACTGGACAAGAATACGCTCCAGCAAATCGTGAAACAAGCGGATGAACTCGATGAAGAACCCGGCGGACATCACCATTACCGCCAAATGGATCACACGGCCGCGCTCAAACAAATCCAAAAGCTTGATCAGTTAATTGACCAAGCCCAATATCCCATAAGAAGCTCAGTCTAG MRNVTLMDVFTHPIAQKYLQRSGVAHAIACAFHAYRLAVKAGVSPDLAAKAALLHDVGHYEWYTDGKWDYEKYRRNDIHAIKGAERAHKLLIRLGEEPKAAKDIALAILLHTDSYLPEGELDKNTLQQIVKQADELDEEPGGHHHYRQMDHTAALKQIQKLDQLIDQAQYPIRSSV NA NA NA NA NA D1-12_02983 732 yueD Benzil reductase ((S)-benzoin forming) ATGCAGTTTTTTCTTATAACAGGCGCGTCAAAAGGCTTGGGCCGGGCGCTTACGGAACAGGCGCTTCAAGAAGGAGCCGAAGTCGCCGCGCTTTCAAGAACGATAAGCGGGGAAAAGCGCGAGGGACTGACAGAATACAGTGTTGATTTAACCGATCTGGCAGATACCGGGCGGCAGATGAAGGCGATTCTTGATCAAGCAGAGGAGAAGGGATACTCCGCCGTCACACTGATCAACAATGCCGGAATGGTGGAACCGATCAAGCGGGCGAAAGAGGCTTCCGCCGAAGAATTGAACCGCCATTACACCCTTAATCTGACGGCGCCCGTTTTGCTCAGCCAAATGTTCACAAAGCGTTTCGAAGCGTTCAGCGGCAGCAAAACAATTGTCAACATCACATCGGGCGCGGCGAAAAATCCTTATAAAGGCTGGAGCGCGTATTGCAGCTCAAAAGCGGGGCTTGATATGTTTACGAGAACATTCGGGTTTGAACAGGAGGATGAAGAGCTGCCGGTCCGCATGATCTCATTCTCGCCGGGAGTGATGGATACAGACATGCAGGCTGTCATCCGTTCTTCGTCAAAAGAAGATTTTCATGACATCGAACGGTTCCGCAATCTGAAAGAAACGAAAAACCTCAGAAGTCCTGAATACATCGCCGGCGTCATTCACTCACTGATCGCGGGCGAGCCGGAAAACGGACGGATATACGATATCAAAGAATTTTTGTAG MQFFLITGASKGLGRALTEQALQEGAEVAALSRTISGEKREGLTEYSVDLTDLADTGRQMKAILDQAEEKGYSAVTLINNAGMVEPIKRAKEASAEELNRHYTLNLTAPVLLSQMFTKRFEAFSGSKTIVNITSGAAKNPYKGWSAYCSSKAGLDMFTRTFGFEQEDEELPVRMISFSPGVMDTDMQAVIRSSSKEDFHDIERFRNLKETKNLRSPEYIAGVIHSLIAGEPENGRIYDIKEFL NA NA NA NA NA D1-12_02984 474 hypothetical protein ATGGAAAAAGGATTGCTGCTGTTTGCTCTCTCCTTTTTCCTTTTCCTTCCCCAAGCCGCAGCCGCGAATGAGGAAAATACTGATGTCAAGCCGAATGAATATGAAAAGAAAGACATTGAAATTCGTACGGATTACCTGCACGACGATGCCTACTCCGAGGAAAAAACGGCGCTTCCGAAAGAACAGAAGGATATCACGTTTGATCAGCCGGCCGAAAACCCGGATGACAAACTGATATCAAATTTGTTTACATCGTCAGACACGGAGCCGAATACGATCAAAGCGCAATCGAAAAAACTGGGTATCACATTTGCCGAGCCGGCGGTGAGGCGTACCTCGGCAGATATGGAAACGGAAGAGAAAAAGACTTCTTATCTGCTGCCTGTCATTTATGCCGTCTTGATCCTCCTCGGGATTGCGGCGATGATCTATCTGATCCCGAAAGTCACGGCGCAGGAAAAGGCAAAGCGGTAA MEKGLLLFALSFFLFLPQAAAANEENTDVKPNEYEKKDIEIRTDYLHDDAYSEEKTALPKEQKDITFDQPAENPDDKLISNLFTSSDTEPNTIKAQSKKLGITFAEPAVRRTSADMETEEKKTSYLLPVIYAVLILLGIAAMIYLIPKVTAQEKAKR PGPT0030466_38 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION-ESS_SYSTEM,PGPT0030466-essA-NA NA NA D1-12_02985 3135 yueB COG1511 ESX secretion system protein YueB ATGACTGAACAACGAAAAAGCCTGATCAAATTAATAGCCGCGGTCGTCATCATTCTGCTGCTGCCGGTGCTGTTTTTCCGGTTTATCGGCGATGACCCGGGAAAACAAAAAATCAACGCCACCCGCCAAATCGCAGTCGTGAATGAAGACATGGGCTTACAAACAGATGAAAATGAGGAAGAGGAATCCGTCCATTTCGGCAAAGAAGTAGCGGCCGCTCTCGGCGGCCGTCCGGATTATTCATGGACGGTTGTCAACAGGAGCGCGGCTGAAAACGGTCTGGCGGCTAAGAAGTATGACGCCGTCGTTTACATTCCATCCGATTTTTCAAAAGACATCTTAAGCTATGACAAGGAGCGTCCGCAAAAAGCCACGCTGACATTCAATATCCAAAGCAACCTGAACGCCGTCAACAAAGAAAAGGTGCAGCGTGAGCTTGAAGACGCCCAAAAATCAATGAATAAAAAAATGTCGGCATTATATTGGAATTTCGTCTCACAAAAAGTGAACAATGTCCGAGGCGATTTTGACAAGATCGTCAATAAAGAATCAGAGTTTCAAAACGTCATGTACAACTTTTACAAGCCGAGCTCCAATGACTTGGCAGGTGAAATCAAACGGCAAAAAGACCTGATTGACGAACTGAAAAAATCAATGAATGAAGCGCAGGGCGCGGCAAAAGAAAAACTGACTTCGGCAGATGAAGCCAAAACCACGCTCAAAGACTTTGCCGACACGGTCGAGCGCTACAAACAATATCAAGAAAATCAGAAAAAACTGCTGATGGCCGCGCAGGAACAAAATCAAAAGCAAATCACAACCGGACTGAACGCCATTAAAGCACAGCAGGCCGCCAACCAGTTCAGCACGATGATGAGCGGGCTGTCTTCAGGCATAAATCGGGCGCAGACACAGCTTGACCAGACGGGATCGGCTCTTTTGGCCGCCCAACAGGTGAGAGAAGCGCAGGTTCCTGAGCAGGAACGCGGGATGGCGAATATTCAATCCAATTTACTGGACAATTATTTGACTCAATATAAAGCGCAAGCAAGATTTGAAACACTGAACAGCATCCAAACCCTTATGAAAAGGGATCGGCCGGCATTAACCGTTCCGGAAAAGGACCCGGGGGATGACGGCTCGGATGACCCGAATGAAGAAGAAAAACCGGAAGAAGAAAAACCCGGCGATCTGAAAATTGACCTTGACGATCAGCGTGAAGAATTAAAACGCATCTCTGCTGAAATCAATCACATTTCTGACGGATTAAAAGAACCGGAAAAAGAAAAACCGGAACCGGAAAAACCGGGCCAAGGCGATGACGGTGAAAACTCCGGCGATACCGATCCGAATAACGGAACGGCTCCCGGAGAAGACGGAAAAACGGAAGACGGCACAAAAGAAGAGCAGCCTGCCTCCGATAACACAGGCGATCAGGAGCCAAAAACCGTCCAGACCGCGACAGCCGCTGAAAACGTCACTCCGCCTGCTGATGAGCCGGCGGACGATCCGAACGATCCGAACGATTCTGAAGGGGACGGCGGCACGGACATATCTGAGGCAAAAGAAAGGCTGAACCAAGCCGCAGAGCGCATTCAGCAAATTGAAAAAGAGCTGGAAGAGAAACAGCAGACTCATAATGAAGAACTGAAAAAACGTCTCGATGCTCTTGATGAAGAAATCCAAGGCCTTAAAAAGCAGATTGCCAAAGTTGAAAAACGGGCGGAGAAATTACAGGAAGATCTTGAAAAAACAGTAGAAAAGAGAAAACAAGACTTCAATACCATTTACAGAATGATTGTAAGAACAGAACAGAACATTTTGAACTACCCGTCATTGGATGGCGGCCGCAAATCTGCTCTTGAACAGATATTTACCGCTGTCATCAATACAAAAGAAATATCCGATTTAATGAGTTACTATAATGATTTATCCCTGTATGAGGCGACACTTTATCACTCTCTTGACGCGGGTTCGCTGCCTGATGTGAAAAACAGGGTGCTGAAAGCCCAGCAAGGCGAAGTTCAAACCGTTCTCGCCATCAAACCGGTGGAAACGGCAAGCTGGGAAAACCTGAAAAACAACAAGATGCAGACAGATGAAGACATCAGCAATTTCATTAAAGGCATGACCGAATTCTCGGATAACTACAGCTCGTATATCAGAGATGAACAAGCCGGAGTGCTCGATGAGCTCGCCAGCATTTCAGACAGCGCGGCGAAAGCATCCGATCAGCTGGCTGAAGGCGCTGTGCAGGAAGCGGCCGCGTTCAGCGGAGACGGATTAACCGGAACGATGGCGCTCGGCGCTCAGGATACCGTTGGCCGCGAAGTCCTGCAAATGTCTGACACGATGGGCCATCTGTCAGAACGCCAGTCCGGCATCATCAGCTATACCGACAATATGCAGCAAAGCGTAAATGACGTCCAGCAAAAAGCGGACACCCTGAACAGCAACTGGGGCAAAAACGTCGATTCCACGAAATTGATCAGAAATGACGTGTACGGCATTTTAGGGAACGCGCTCGTTGACGGACAGGAAAACGGCTACGTTTATGATTATCTCGCCAACCCGCTTAAAATCAGCGGAGAGGTGCCGGAAGACCGGGTTCAGAATGTTCCGCCGGTCGTCATTTTGGTGATCGTCCTGATCAGCAGTCTTCTGATCGGCTATTTCAGCTCGTATTATCAGCAGGCGCCGCTTCTTGTCAAAGGCGCGCTCTTTGGGATTTTAAACATTATGGTCGGATTGATGATCAGTCTGTTCGGTCTGAATATCTACTCGCTTCCGGACGATCAGACGATTAAATGGTCAGTCTTTACGATTCTCTTGCTTGCGGCGAGTTCAGCTTTTATCCGGGCAGCCTTTGTCTTCAGCTCGATTACCGGATGGATCGCATCATCAGCGCTCATTCTCTTTTATGTGGCGCCTTTGATCGACCTGATTATGCCGAACTTCACCTTTGACAGTCCGGTTTCGAAAGTCTATATCGATATTCAATACGGAACGGGCCATCTGTTTGCGATGGGGGTAACGGTTCTTGCGATCATTGCGCTGATTGCGGCGGCGCTTCCGCTCGTCATTCGGCTGTTTGCGGAAAAAACGGAGGAAAGTGATCAGTCTTATGAGGCGTAA MTEQRKSLIKLIAAVVIILLLPVLFFRFIGDDPGKQKINATRQIAVVNEDMGLQTDENEEEESVHFGKEVAAALGGRPDYSWTVVNRSAAENGLAAKKYDAVVYIPSDFSKDILSYDKERPQKATLTFNIQSNLNAVNKEKVQRELEDAQKSMNKKMSALYWNFVSQKVNNVRGDFDKIVNKESEFQNVMYNFYKPSSNDLAGEIKRQKDLIDELKKSMNEAQGAAKEKLTSADEAKTTLKDFADTVERYKQYQENQKKLLMAAQEQNQKQITTGLNAIKAQQAANQFSTMMSGLSSGINRAQTQLDQTGSALLAAQQVREAQVPEQERGMANIQSNLLDNYLTQYKAQARFETLNSIQTLMKRDRPALTVPEKDPGDDGSDDPNEEEKPEEEKPGDLKIDLDDQREELKRISAEINHISDGLKEPEKEKPEPEKPGQGDDGENSGDTDPNNGTAPGEDGKTEDGTKEEQPASDNTGDQEPKTVQTATAAENVTPPADEPADDPNDPNDSEGDGGTDISEAKERLNQAAERIQQIEKELEEKQQTHNEELKKRLDALDEEIQGLKKQIAKVEKRAEKLQEDLEKTVEKRKQDFNTIYRMIVRTEQNILNYPSLDGGRKSALEQIFTAVINTKEISDLMSYYNDLSLYEATLYHSLDAGSLPDVKNRVLKAQQGEVQTVLAIKPVETASWENLKNNKMQTDEDISNFIKGMTEFSDNYSSYIRDEQAGVLDELASISDSAAKASDQLAEGAVQEAAAFSGDGLTGTMALGAQDTVGREVLQMSDTMGHLSERQSGIISYTDNMQQSVNDVQQKADTLNSNWGKNVDSTKLIRNDVYGILGNALVDGQENGYVYDYLANPLKISGEVPEDRVQNVPPVVILVIVLISSLLIGYFSSYYQQAPLLVKGALFGILNIMVGLMISLFGLNIYSLPDDQTIKWSVFTILLLAASSAFIRAAFVFSSITGWIASSALILFYVAPLIDLIMPNFTFDSPVSKVYIDIQYGTGHLFAMGVTVLAIIALIAAALPLVIRLFAEKTEESDQSYEA PGPT0030471_27 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VII_SECRETION_RELATED_PROTEINS,PGPT0030471-esaA-NA NA NA D1-12_02986 4476 eccC COG1674 ESX secretion system protein EccC ATGAGTCTGTTATGGGTCTTTTACCGAGAGCACGTACAAAAGATTCAGCTGTCTGAACTCCCGCCGTCTCAGCCGATTACGATCGGTCCGGATATGAAAGATACAATCACGTTCGGCACACTTCCGTTACGGCAAAACGCCGCAACCCTTTATCGAAAAGAAACAGATCGTTATGATGTTTTCCTGGGAAATAACTGTGCCGGCGAATTGACAATAGGAAATGAAATGCCCTGCCGGATTGAAGAAGAGACGATGCGGCTTCTGCTCACCCCTGACCAGGAAGAATCCTCCGTTTATTTTATCGGCGGGAAGGATGAGATCGTTTTCTCATCAGAAACAGAGGAAGCGGATATATACAAAGAGCCGTCCTCCGCTCAAACAGGGGCTTTTTATCTGCGAAAGTCGGCAGGATGCTGGTCTGTTGTCCCTGATGGCCAGGACGTTTATGTGAACGGAAAGCTTGCAGAAGCTCCCGAAAGGCTCCGGACGGGAGATGAGCTGCTGTGGAATTTTCTGCGTGTGAGGCTGACGGAGGACGACCTTTTAGAAGTCGTTCATCACGAAAAGCTTCAAACCGGTTTAACCAAAACGGTAAAACCAAGCACCGAAATGAAAAAGAAATACCCGCAATATCGAAGAACGCCGCGCATGGTCTACGATCTTCCCGAAGACCGCGTTTCATTCAGCTTTCCCTCGCAGGAAAGCGAACAGAATAACCGGGGGCTGTGGCTCGTCATTCTGCCTCCTTTGGTCATGCTGATTGTAATGGGGGTTGTCGCCATTATACAGCCGAGGGGCATATTCATCCTTGTCTCTTTGGCGATGTTTATGATGACTCTCATTACGTCCACCGTGCAGTATTTCCGTGAAAAAAACCAGCGGAAAAAACGGGAGGAAAAACGGGAGCGTGTGTACAAGCAGTATTTGGAAAGCAAACGAAAAGAGCTTCAGACGCTGTCGGAAAAACAGCTGCAAGTGCTGACGCATCATTTTCCCCCGTTTGAAAAAATGAAATATTTAACTTCTGAAGTCAGCGGCCGCATTTGGGAGAAATCGCTGGAAAGCAGGGATTTTCTGATGCTTCGGCTTGGAACGGGCACGGTCCCGGCAAGCTACGAGATTTCAATGAGCGGCGGAGACCTGGCGAACCGCGATGTGGATGACTTGATGGAGCAGTCGCAGCACATGCAGCGTGTGTATAAAGAGATCCGCCATGCGCCCGTGACCGTTGATTTACAAGAAGGGCCGATGGGGCTTGTCGGGAAACCCCAGATCGTCAAAAATGAAATTCACCAGCTGATCGGCCAGCTCGCGTTCTTCAACAGCTACCATGACCTGCGGTTTGTCTTTATCTTTCATGAGGACGAATATAAGGAATGGGAATGGATGAAGTGGCTGCCGCAATTTCAGCTGCCTCATATGTATGCGAAAGGATTTATTTACAATGAACAGACCCGCGATCAATTGTTATCGTCCATTTACGAGCTGCTGCGTGAGCGGGATTTGGAAGAAGATAAAGAAAAGAAGATCTTCCAGCCGCATTTTGTCTTTGTCATCACAAATCAGCAGCTGATCGCAGAGCACGTCATTTTAGAATATATCGAAGGCCGGCATGAGCATCTCGGCATCTCGGCAATCATCGCTGCGGAAACGAAGGAAAGCCTGGCGGAAAACATTCACACCCTCGTCCGCTACATTAATGAAGATGAGGGAGACATTCTCATTCAGCAGAAAAAAGCGGTACAGATCCCGTTTAAGCTGGACAGGCACGAACGGACAAACAACGAGCGGTTTTCCCGGACGCTTCGGACATTGCACCATCAGGTCGGAATGACGAATTCCATTCCTGAAACGGTCTCATTTCTGGAGCTGTTTCATGCGAAGGAAGTAAAAGAAATCGGCATCAGGCAGAAGTGGGAGACAAGTGAGTCTGCAAAATCGCTGGCTGTTCCGATCGGCTATAAAGGAAAAGACGACATCGTCTATTTAAACCTGCATGAAAAAGCGCACGGGCCGCACGGATTGCTGGCGGGAACGACCGGCTCCGGGAAAAGTGAATTTCTGCAAACGTACATCCTGTCATTGGCCGTTCACTTCCACCCGCATGAAGCGGCGTTTTTGCTGATTGACTATAAGGGCGGAGGAATGGCCCAGCCGTTTCGCAAGATGCCGCACCTTCTCGGGACCATCACGAATATTGAAGGAAGCAGAAACTTCAGTATCAGGGCGCTTGCATCCATTAAGAGCGAGCTGAAAAAACGGCAGCGGCTGTTTGATCAATATCGCGTCAATCACATCAATGACTATACAAAGCTGTATAAACAGGGAGAAACGGATATTCCGATGCCGCACCTGTTTTTGATTTCAGATGAATTCGCCGAGCTGAAAAGCGAAGAGCCTGACTTTATCAGGGAGCTTGTCAGCGCGGCCCGCATCGGACGGAGCCTTGGTGTGCATTTAATTCTCGCCACGCAAAAGCCGGGCGGCATCATTGACGACCAAATATGGAGCAACTCACGCTTTAAGGTCGCGCTGAAAGTGCAGGATGCAAGTGACAGTAAAGAAATCCTGAAAAACAGTGATGCGGCAAATATTACGGTCACCGGACGCGGCTACTTGCAAGTCGGAAATAACGAAGTGTATGAGCAGTTCCAGTCTGCCTGGAGCGGCGCCCCTTACATGGAAGATGTATACGGCACCGAGGATGACATTGCCATCGTTACCGATACCGGCTTAATTCCGCTGTCTGAGGTGGATGCGGATGATGCGGCGAAAAAAGACGCCCCGGCAGAAATAGAAGCCGTAGTCGAAGAAATCGAGCGGATTCAAAATGAAATGGGCATTGAAAAGCTGCCGAGCCCGTGGCTTCCGCCGCTTGCCGAACGTATCCCGCGCACGCTTTACCCTGCGCAGGAAAAAGACCGCTTCTTCATCGCCTGCGTGGATGAGCCTGATCAGCAAAGACAGGCGCCTCTCGCTTATACGATGATGGATGACGGCAATATCGGCATTTTCGGCTCATCCGGCTACGGCAAGTCAGTGGCTGCCATCACCTTCCTGATGAACTTCGCGGAAGGATACACGCCAGAAGAGCTTCATATGTACATCTTTGATTTCGGAAACGGCACGCTTCTGCCATTGGCAAAGCTTCCGCACACCGCAGACTATTTCTTAATGGATCAAATGAGAAAGATCGAAAAATTCATGATCCGCATCAAGGAAGAAATCGAGCGGCGGAAACGGCTGTTCAGAGAAAAAGAAGTCAGCCATATCAAAATGTACAATTCGCTCAGTGAAGAAGAGCTGCCATTTATATTTATCACAATTGACAATTTCGACATCGTAAAAGATGAAATGCATGAATTAGAAACAGAATTTATCCAGATTTCACGCGACGGGCAAAGCTTAGGCATTTACTTCCTGCTGACCGCAACGAGGGTAAACGCCGTCCGCCAGTCGCTGTTAAACAACATAAAAACGAAAGTCGTCCATTATTTAATGGATCAGTCAGAAGGATACTCCATTTACGGGCGTCCGCCGTTCAGTCTCGAACCGATCCCGGGCCGCGTCATGATCCAAAAAGAAGAACTGTATTTCGCGCAAATGTTTCTTCCGGCTGAAGCGGAAAATGACCTTGAGATGTTCCAGGCGCTGAAAGATGATGTCAAAGCTTTAGCTGAGCGCCACGCCGGAACAGCCGGCCCAGACCCGATTCCGATGCTTCCGGATAGGCTGACGGCCGGCGAATTTTCACTCCGTCTCGGCCCGCATCAAGAACCGTTCCGCATTCCTGTCGGGCTTCATGAGGAAAAGGTCAGCCCTGTGTACTTTGATCTGGGCAAAAATAAACATTGTCTTATTTTGGGCCAGACACAGCGTGGAAAAACAAACATCCTGAAAGTGATGCTGAATCACCTGCTGCGTGAAGGTACGGAACGGGTCGGGCTGTTTGACTCGATTGACCGCGGACTGTCGCAGTATGCGCAGGAAACAAAGGTCAGCTATCTGGACACAAAAGAAGACGTCCGGCAGTGGATCGAAACGGCAGAAGCCATTTTCACGGAGCGCGAAGCTCAGTATGCGCAGGCCGTCAAAAATGGCGATGTGCACAAACTCAGTTTCTCTCCGGTCGTGTTAATGGCCGACGGCATTACAAGATTCCAGCAGACGATCGACACCGCCATTCAGGACAAACTGGCGATGTTTATGAAATCTTACGCGCATGTGGGCTTCAGTTTTATTCCGGCGGGCAATCACAGCGAATTCTCAAAAGGCTATGATTCCTTAACGACGGAAATGAAACAGATCCGCCACGCGATGCTGCTTGTGAAAAAATCCGAACAAAATGTCATTCCGCTGCCTTACCAAAGGCAGGAACCGGACATTCAGCCGGGCTTCGGCTATTTGGTTGAAAACGGGAAGGAGCAAAAAATCCAAATACCTTTATGTTCAGCGGAAAGGGAGGCCGTCAGATGA MSLLWVFYREHVQKIQLSELPPSQPITIGPDMKDTITFGTLPLRQNAATLYRKETDRYDVFLGNNCAGELTIGNEMPCRIEEETMRLLLTPDQEESSVYFIGGKDEIVFSSETEEADIYKEPSSAQTGAFYLRKSAGCWSVVPDGQDVYVNGKLAEAPERLRTGDELLWNFLRVRLTEDDLLEVVHHEKLQTGLTKTVKPSTEMKKKYPQYRRTPRMVYDLPEDRVSFSFPSQESEQNNRGLWLVILPPLVMLIVMGVVAIIQPRGIFILVSLAMFMMTLITSTVQYFREKNQRKKREEKRERVYKQYLESKRKELQTLSEKQLQVLTHHFPPFEKMKYLTSEVSGRIWEKSLESRDFLMLRLGTGTVPASYEISMSGGDLANRDVDDLMEQSQHMQRVYKEIRHAPVTVDLQEGPMGLVGKPQIVKNEIHQLIGQLAFFNSYHDLRFVFIFHEDEYKEWEWMKWLPQFQLPHMYAKGFIYNEQTRDQLLSSIYELLRERDLEEDKEKKIFQPHFVFVITNQQLIAEHVILEYIEGRHEHLGISAIIAAETKESLAENIHTLVRYINEDEGDILIQQKKAVQIPFKLDRHERTNNERFSRTLRTLHHQVGMTNSIPETVSFLELFHAKEVKEIGIRQKWETSESAKSLAVPIGYKGKDDIVYLNLHEKAHGPHGLLAGTTGSGKSEFLQTYILSLAVHFHPHEAAFLLIDYKGGGMAQPFRKMPHLLGTITNIEGSRNFSIRALASIKSELKKRQRLFDQYRVNHINDYTKLYKQGETDIPMPHLFLISDEFAELKSEEPDFIRELVSAARIGRSLGVHLILATQKPGGIIDDQIWSNSRFKVALKVQDASDSKEILKNSDAANITVTGRGYLQVGNNEVYEQFQSAWSGAPYMEDVYGTEDDIAIVTDTGLIPLSEVDADDAAKKDAPAEIEAVVEEIERIQNEMGIEKLPSPWLPPLAERIPRTLYPAQEKDRFFIACVDEPDQQRQAPLAYTMMDDGNIGIFGSSGYGKSVAAITFLMNFAEGYTPEELHMYIFDFGNGTLLPLAKLPHTADYFLMDQMRKIEKFMIRIKEEIERRKRLFREKEVSHIKMYNSLSEEELPFIFITIDNFDIVKDEMHELETEFIQISRDGQSLGIYFLLTATRVNAVRQSLLNNIKTKVVHYLMDQSEGYSIYGRPPFSLEPIPGRVMIQKEELYFAQMFLPAEAENDLEMFQALKDDVKALAERHAGTAGPDPIPMLPDRLTAGEFSLRLGPHQEPFRIPVGLHEEKVSPVYFDLGKNKHCLILGQTQRGKTNILKVMLNHLLREGTERVGLFDSIDRGLSQYAQETKVSYLDTKEDVRQWIETAEAIFTEREAQYAQAVKNGDVHKLSFSPVVLMADGITRFQQTIDTAIQDKLAMFMKSYAHVGFSFIPAGNHSEFSKGYDSLTTEMKQIRHAMLLVKKSEQNVIPLPYQRQEPDIQPGFGYLVENGKEQKIQIPLCSAEREAVR PGPT0030468_332 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 D1-12_02987 1287 essB COG4499 Type VII secretion system protein EssB ATGACAGGTCATAACAGATCTTATTTAGAAACAGAATTAGACGCCGTCCGGGAAGAAACCGAATCAGGCTTCACGTTCACCTTCCAGCGGGAAAAAATCAAGCTTCTTGACGGGCTGGAAGCAAACGTGATTAAAGATGCTGATCCTTTTTTTCAAAAAGAGGTCTCAGTTTCAGAAGACGAAGTAACCATCACAATCAAACCTCCTTCTTCTTATCAGGCTTTCCGCTATATAAAAGGAAAAGATAAAAAAAGCAGGTGGCAATTTGCCTACCGTCTCGTCCAAGCCGTGAAACAGCATAAGCTGAAACGTCTCAATCTGATTGCCGCCCCTGAAAATATCGTGTTTGATAAAGCGCTGACGCCTTACTTTCTTCATTACGGCGTAAAGGAGAGCCTTCCGCCTTATGAGGAAGATAGAGAAAGGGTGTTAAAAGAGCTCAAAGCCTGTGCGGCGCTTGCAGCTGACGGGGCGTACACCTTCGATGAATATTTGAAGTACAAGGAGACGCTTCACTTCTCTCCTGAGGTGAAAAGCGTGCTAGAGGCGGAGACGATTGAAGAACTGGAAGAAACCATTCAAACCGCAATTGATTCCCTCGAAGAAAGGGACAAGACATACATAAAACTGCCGAAAAAGAAATGGAAAATCCAAAGATACGCCGGTCTGGCGCTTGCCGTCCTCCTTGTGCCGACACTTCTTTACTCCTTATACGTTCTGTTTTTCGCCCAGCCGAAGCAAGAGGCAATTACGGAAAGCAACCGCTATTTTTTAAATCAGCAGTACAGCAAAGTCATTGACACACTCGCTAAATACGATGCGGAAAGCCTCCCGGAATCTGTGCAGTATGAGCTTGCTTCCTCTTATGTGGCAGTTGAAAATCTGAGGGAAGAGCAGCGGAAAAACATCGGGAATCTGGTGACGCTGCAATCAGACCCAAAGCATTTCCTTTATTGGATTGATATCGGCAGAGGGGAAAATGAAGAAGCCATCAAAATCGGCCGCAATCTTGAGTACAACCCGTACATCTGGCTCGGACTTACAAAATATAAACAGCAATTATTAGCGGATGACAGTATGAAAGACGACGAAAAGCAGAAAGAACTGGACGCCGTGGAAAGCGAGCTTGCGAAGGCGAAAAAAGAGGCGGAGGAACAGCATAAAGAAGCGGAGGAAAACGGTGACACCGCCGAAGCTTCCGCCGGACAGGATGAAAGCAAACAAGACAAAGCGAAAGATAACAAAGAGAACGACAAGAAAGATGAGAAAAAAGATGAAAAAAAATAA MTGHNRSYLETELDAVREETESGFTFTFQREKIKLLDGLEANVIKDADPFFQKEVSVSEDEVTITIKPPSSYQAFRYIKGKDKKSRWQFAYRLVQAVKQHKLKRLNLIAAPENIVFDKALTPYFLHYGVKESLPPYEEDRERVLKELKACAALAADGAYTFDEYLKYKETLHFSPEVKSVLEAETIEELEETIQTAIDSLEERDKTYIKLPKKKWKIQRYAGLALAVLLVPTLLYSLYVLFFAQPKQEAITESNRYFLNQQYSKVIDTLAKYDAESLPESVQYELASSYVAVENLREEQRKNIGNLVTLQSDPKHFLYWIDIGRGENEEAIKIGRNLEYNPYIWLGLTKYKQQLLADDSMKDDEKQKELDAVESELAKAKKEAEEQHKEAEENGDTAEASAGQDESKQDKAKDNKENDKKDEKKDEKK PGPT0030467_47 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION-ESS_SYSTEM,PGPT0030467-essB-NA NA NA D1-12_02988 246 yukD COG5417 ESX secretion system protein YukD ATGAATATGTATATCGATATTACAATAGATTTAACACATTATAACGGCAGCGTCTTCGATCTCAGATTGTCAGATTACCATTCTGTGAAAAAAGTCATTGATATTGCCCGGCAGGCTCAGCATGTATCCGTTCCGCCGCGTGAAGGCTATTGGATCAGAGTGGTCAATAAAGAAGCGGTTTTTTCCGGAGAACAAAAGCTATCTGACTGCGGCATTACGAACGGAGACCGCCTTGAAATTTTATGA MNMYIDITIDLTHYNGSVFDLRLSDYHSVKKVIDIARQAQHVSVPPREGYWIRVVNKEAVFSGEQKLSDCGITNGDRLEIL PGPT0030467_106 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION-ESS_SYSTEM,PGPT0030467-essB-NA NA NA D1-12_02989 294 yukE COG4842 Protein YukE ATGTCTGGATTAATTCGTGTCACACCCGAAGAGCTAAGAGCGATGGCTAAGCAATATGGCGTTGAAAGTCAGGAAGTCATGAATCAGGTTGACCGCCTGAACCGCATGATTTCTGATTTGAAAGGCATGTGGGAAGGTGCTTCAAGTGAAGCATTTGCGGATCAATATGAGCAGCTGAAACCTTCATTTATTAAAATGTCTGAATTGCTGCAAGATGTGAATCATCAGCTCGATCAAACGGCAAATACGCTTGAGTCTACTGACCAAGATATCGCTAACCAAATTCGCGGATAA MSGLIRVTPEELRAMAKQYGVESQEVMNQVDRLNRMISDLKGMWEGASSEAFADQYEQLKPSFIKMSELLQDVNHQLDQTANTLESTDQDIANQIRG PGPT0030476_16 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION-ESS_SYSTEM,PGPT0030476-esxA-NA NA NA D1-12_02990 1230 putR_1 Proline-responsive transcriptional activator PutR ATGACCAATCCAAAGGATCCATTTAAGTACAGTTTCGACAGGCTTGAAGATGTTGCCGACCATATCAGTGAAGTTCTTCAATGCCCCATTACAATAGAAGACGTTAATCATAAACTGCTTGCATACAGCACGCACAGCGATTGTACAGATCCGGCCCGGACGTCGACGATTATCGGGCGGAGGGTGCCGGAAAAAGTCATCAACAAACTGTGGAAAGACGGAACCATTCCGGCGCTTTTAAAAACGGACCAGCCGATCAAAGTGAAAGAAATTGACGAGGTGGGCCTGAGCAACCGCGTGGCGATTTCCATCTGGAAAAACAGTCAGGTTCTCGGATTTATTTGGGCGCTTGAGATCAAAAAAAAGCTCAATGACGAAGATCTGAAGACACTCCAGCTGGCAGCCAAAGCGGTGCGGAACAAGCTTTTGCACCTGCAGATCCGCAAAACGAAAATCGAAGAGCGGGGCCAGGAGTTTTTTTGGAAAATGCTGACCGGCCATATTTATCAGGAAGCCGAAATGGCCGAAGGGTTTCATAAGCTCGGGATGGCGCTGCCGTCCGTGTTCAGCGTCATGATCATCCGTTTACATGATGAGCTGACTGAAAAGACGGAACAGCAGCTGCAATATTTGCAGGAAACGACACAGCAGATTCATGTCATGCTGGCGACTGTTGATTCAAATGAATTAATCTTATTAGCCGCGCCGAAAACCGATCAGCCTTTTAAAGATTTAAAGCACTTCGCCCTTCATATTCAAAAACAGCTGAAGGAACGATATAAAATTGAGGATGCGTCGATTGCGGTCGGCGGTATTTACGAATCGATTTCTTATGTTTACCGCTCCTATCAGGAAGCGCTTTCCGTATTAAAAGCGAAAGAGCGGTTTGAGAGAGAAACCAAACACCTTTTCAGCTTTTCGGAACTCGGCATTTATCAGTACCTGGATGTGTTGGATGAAAAACGCAAGCACAGCGGCTATATGAACTATTCCCTCTCAAAGCTTGAGCAGTATGACAGGGAGCACCAAGCCGATATGGTAAAAACGCTCGAACATTTTATTGATGCCGACAGCAACGTCAACACCGCCGCTAAAGCGCTTAACATCCATGTCAATACATTGAATTACAGGCTGAAAAGAATCAGCCAGATCGCAGAAATCGACTTAAAAAATGCAAATGAAAAGTTTACGATTTACCTTGATATCAAACTTCGCAGCATGGGTTCGTGA MTNPKDPFKYSFDRLEDVADHISEVLQCPITIEDVNHKLLAYSTHSDCTDPARTSTIIGRRVPEKVINKLWKDGTIPALLKTDQPIKVKEIDEVGLSNRVAISIWKNSQVLGFIWALEIKKKLNDEDLKTLQLAAKAVRNKLLHLQIRKTKIEERGQEFFWKMLTGHIYQEAEMAEGFHKLGMALPSVFSVMIIRLHDELTEKTEQQLQYLQETTQQIHVMLATVDSNELILLAAPKTDQPFKDLKHFALHIQKQLKERYKIEDASIAVGGIYESISYVYRSYQEALSVLKAKERFERETKHLFSFSELGIYQYLDVLDEKRKHSGYMNYSLSKLEQYDREHQADMVKTLEHFIDADSNVNTAAKALNIHVNTLNYRLKRISQIAEIDLKNANEKFTIYLDIKLRSMGS NA NA NA NA NA D1-12_02991 1131 ald COG0686 Alanine dehydrogenase ATGATTATCGGGGTTCCAAAGGAAATCAAAAACAATGAAAATCGAGTGGCATTAACACCTGGAGGCGTTTCACAGCTTATCGGAAACGGCCATCGGGTTCTTGTGGAATCCGGAGCGGGACTCGGAAGCGGCTTTACAAATGAAGATTACGTATCAGCAGGGGCGGAAATTCTGGAGGACAGAAAGCAAGTATGGGATGCGGAAATGGTCATGAAGGTAAAAGAACCGCTGGCTGAAGAGTATGCGTATTTCCGTCAAGGTCTGGTCTTATTCACTTACCTTCATTTAGCTGCAGAGCCGGAATTAGCTAAAGCGCTTACAGAAAAAGGCGTGACAGCTATCGCGTACGAAACGGTAACGGACGGACGTTCCCTTCCGCTGCTTACGCCGATGTCCGAAGTGGCCGGCAGAATGGCCGCTCAAATCGGGGCTCAGTTTCTTGAAAAACCAAAGGGCGGAAAAGGAATTTTATTAGCCGGCGTACCGGGTGTATCCCGCGGAAAAGTCACAATCATCGGAGGAGGCGGCGTCGGAACAAATGCCGCGAAAATGGCTGTCGGACTCGGTGCCGATGTGACAATGATCGATTTGAACGCAGACCGACTGCGTCAGCTTGATGATATTTTCGGGCATCAGATTAAAACATTGATGTCAAACCCTGTAAATATTGCAGATTCCGTCGCGGAAGCGGATCTTCTGATCTGCGCCGTGCTCATCCCGGGAGCCAAAGCGCCGACTCTCGTTACGGAAGAAATGGTTAAACAAATGAAACCGGGTTCCGTCATTGTTGATGTTGCCATCGATCAGGGCGGCATTGTGGAAACCGTTGATCATATTACAACCCACGATAATCCAACTTACGAAAAACACGGCGTCGTTCACTACGCTGTCGCCAATATGCCGGGCGCCGTACCGCGTACGTCTACGCTCGCATTAACGAATGTAACCGTTCCTTACGCGCTTCAAATCGCCAATAAAGGCGCGGCACAAGCCATTGCAGACAGCCCTGCGCTTAAAGCGGGCTTAAATACGGCTAACGGACATGTCACGTATGAAGCGGTAGCCAAAGACTTAGGCTATGACTACGTGCCTGCTGAAAAAGCAATGCAAGGTTCGGCTGCAAAAGCTTAA MIIGVPKEIKNNENRVALTPGGVSQLIGNGHRVLVESGAGLGSGFTNEDYVSAGAEILEDRKQVWDAEMVMKVKEPLAEEYAYFRQGLVLFTYLHLAAEPELAKALTEKGVTAIAYETVTDGRSLPLLTPMSEVAGRMAAQIGAQFLEKPKGGKGILLAGVPGVSRGKVTIIGGGGVGTNAAKMAVGLGADVTMIDLNADRLRQLDDIFGHQIKTLMSNPVNIADSVAEADLLICAVLIPGAKAPTLVTEEMVKQMKPGSVIVDVAIDQGGIVETVDHITTHDNPTYEKHGVVHYAVANMPGAVPRTSTLALTNVTVPYALQIANKGAAQAIADSPALKAGLNTANGHVTYEAVAKDLGYDYVPAEKAMQGSAAKA PGPT0020070_381 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_ALANINE_DEGRADATION,PGPT0020070-ald-K00259 NA NA D1-12_02992 678 hypothetical protein ATGGCTGTTCAGCACTATGGTGTATTAAAAGGCACTGTGTCAGATATGAAAAGGGAAACAGATGATGATTCTCCGCATTTTCAAGTCGAGGTGCTAGGCGAGCCTGATACGCGCTATCGCTGTGCGATCAATGTCATGTCAAGTTCAAAAGAATCAGAGGTTCTGTATGCGGCACGCGATCATTTTGACGCAAGCGCGATCACCCTGCTGCCCAACATTCCGTATGGATATACCCCAATTGATGAAACCAGCCGTGAGCTGGCGCTGGATTATGTCCGCGGCGGATTGTTTGATCCCCGGAACATGGTGCCCCTCCCGCATGAAGTCACCGGTCCGGATAATGACTTAAATGACTTTATTGAGACGTACATGCAAAAAGCCAAATCAGAAAAAGCCACCGTCTATATTTACGGCTCTAAATTCGGGCCGGAGCCGGGCGCTGATAAGATTTTCGGGTTCAAGCCGACAAACGGCATGCATAATATTCATATGAATCAGGGAAACCCAATTGATACACGCTGGAAGAAGGATAACGGAACGTGGCACGACGGCGGTATTTTAATCCAGTTTGCAGACCAGTGGGCCGCGGTCTTTTTGGCTTTTCTGTCTCAGTCATGGTGCACGAATGAAGAAGGCCACCCTTATACATTTTGTGATCATACACAGCTTAACGGCTGA MAVQHYGVLKGTVSDMKRETDDDSPHFQVEVLGEPDTRYRCAINVMSSSKESEVLYAARDHFDASAITLLPNIPYGYTPIDETSRELALDYVRGGLFDPRNMVPLPHEVTGPDNDLNDFIETYMQKAKSEKATVYIYGSKFGPEPGADKIFGFKPTNGMHNIHMNQGNPIDTRWKKDNGTWHDGGILIQFADQWAAVFLAFLSQSWCTNEEGHPYTFCDHTQLNG NA NA NA NA NA D1-12_02993 216 mbtH COG3251 Protein MbtH ATGACAAATCCATTTGAACGGGAAGACGGCTCATACCACGTGCTCGTCAATGCTGAAGGCCAGTACTCACTGTGGCCGGCCTATCTGGATGTGCCGGACGGCTGGGAAACCCGCCTCACGAATGAAACCCGCCCCGTTTGTCTCGAATATATTGAAACAAACTGGCGTGATATGAGGCCGGAAAGCCTGAAACAGGCCGAAGCCGCTAAAATGTAA MTNPFEREDGSYHVLVNAEGQYSLWPAYLDVPDGWETRLTNETRPVCLEYIETNWRDMRPESLKQAEAAKM PGPT0003370_682 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-NOCARDICIN_A-D_METABOLISM,PGPT0003370-mbtH|nocI-K05375 NA NA D1-12_02994 7128 dhbF COG1020 Dimodular nonribosomal peptide synthase ATGCATGATACACAACAGCTGCCTCTGACAGGCGCACAGGCCGGTATCTGGTTTGCGCAGCAGCTTGATCCTGATAATCCGATTTACAATACAGGCGAGTACGTTGAGATAAACGGCGCGATCGATGTGAACATATTTAAAACCGCTCTCGAACGCGTGCTGACAGAAGCCGCGTCATTACACGCCCGCTTCGAGGAGGGGGCAGACGGGCCGAAGCAGATCATCAATCCTCCATTTGAGGCTGCGATCGATGTCATAGATGTGAGTTCAGAAGCTGATCCGAAGCAGGCCGCACTCAGACTCATGCAGACAGATTTGGCTGAGCCCGTCGATATGGCGGCCGGGCCTTTGTTCCGCGACATTTTATTTCAGGCGGGACCGGAACGCTTTTTCTGGTATCAGCGCATTCACCACATTGCGATAGACGGCTACGGTTTTTCACTGCTGGCACGGCGTACGGCGCAAGTGTACACCGCAATACGGGAGGGACGTCCGGATAATGGGCGCTCCTTCGGTTCTTTGGAGGAGCTGGTAAAAGAAGATCAAGAGTACCGCGCGTCTGATCAATTCCTGAAAGATCGGGAATTTTGGATGGAGAAATTTGCGGATGAACCTGATGTCGTCAGTTTGGCGGAAAGAGCGCCGAGAACGTCAACACGTTTTCGGAGAAGCACGGCTTATCTTTCTGAAACGGCTTTACAGCATGTAAAAGCGATTCCGAACTGGCATGAAGCCGTCACGGCCGCAGCGGCGGTATATGTCCATCGGATGACAAACGCAGGGGATATCGTGATCGGCTTACCGATGATGGGGCGGATCGGCTCGATTTCACTGAATATTCCGAGTATGGTCATGAATCTTCTGCCTTTACGGCTTTCTCTTCGCCCGGATATGAATTTTCATGAGGCCGTCAGCCAAGTGGCAAAAGAAATCCGAAACATTCGGCGCCATCAGAAATACCGCCATGAAGATATGCGCCGCGACCTTAAATTGCTCGGAGAAAATCGCAGGCTGTTCGGCCCGCAAGTCAATGTGATGCCGTTTGATTACGCGCTTGATTTCGCCGGAGCGCCGGGCACCGTTCATAATTTATCAGCCGGGCCCGTTGATGATTTGTCAATTAACGTTTACGACAGAGCGGACGGAAGCGGAATGCGTGTGGACTTTGATGCGAATCCGGAAGTGTACAGCGCCGAAGATATTGAAAACCATCAAAAACGATTCCTGCTTCTGTTGGAATCCGCTGTGAAAGACCAGACACAAAAAATCGGCACACTCAACCTTCTGCTTGAAAGTGAACGTCTCCGCGTACTGGAAAGCTGGAATGACACGCGCAAGGCCGAGAAGCAGAAAAGTCTGCCGGAGCTGTTTTACGAACAGGCCGTAAAAACACCGGACCGGCCGGCAATCATCACCGAAAACGAAGAGCTCAGCTATGCCGAATTGAACAAGCGCGCGAACCAGCTTGCCGGCATGCTAAAGGAAAAGGGGCTCGGACCGGAACAATTTGCCGCTTTGCTGCTTCCGCGGTCACAGGAGTTGGCCGTGAGTATGCTGGCCGTTTTGAAAACGGGAGCCGCATACCTGCCGCTTGATCCTGATTTTCCTTCTGAGCGGATCGCATACATGCTCAAAGATGCACAGCCTGCATGCCTGATTACAACGATGGAATTATCCGGCCGCATGCCGGAAGACAGTGATGCAAAAAGGATCATTCTCGATGACCCGGATACGGTAAAAACCGTTGCCGCTCAAAATGCTGACTGTCCCGCTCAGGCGGAATGTTCGCCTTTGCACCCCGCTTATATCATTTATACATCGGGCTCAACGGGCAAACCGAAAGGCGTAGTCGTCACATTAAAAAGCGTAAGCAATTTCCTCTTATCCATGCGGGAAATGTTCCCGCTCGGCGAACAAGACCGCCTGCTTGCCGTTACGACTGCGGCGTTTGATATTTCCGGACTTGAGCTCTTCCTTCCGCTCATCAGCGGGGCGGGGTGCGTCATCGCACGTAAAGAGACGATTCAGGAACCGCGGGCGCTTGCGCACATGATTCACTCATACGGTATTTCAATCATGCAGGCAACGCCGACATTGTGGCATTCATTAGTCACCAATGAACCGGATTCTCTCCGGGCGCTGCGGGTGCTTGTCGGAGGTGAGGCGCTTCCGAACGCGCTTATGCATGCTTTGCTTGAATCAGGCTGTACGGTGACGAATCTGTACGGGCCGACTGAAACAACAATCTGGTCGGCCGCACAGCCGCTTGCAAAAGACCATACGGGGGCGCCTCCGATCGGAACGCCGATTTGGAACACGCGGGTATATGTGCTGGACGCCGCATTGCAGCCCGTCCCGCCGGGAATCGCGGGCGAGCTTTATATCGCGGGCGAGGGGCTTGCCAGAGGTTATTATAACCGTCCTGATTTAACAGCTGAAAGATTCATTGCCGATCCGTACGGCCCCGAGGGCGCGAGGATGTACCGGACGGGAGATCTCGTGCGCTGGCGTGAGGACGGCTCGCTTGATTATATCAGCAGAGCCGATCACCAAATTAAAATCCGCGGGTTCCGGATAGAATTAGGAGAAATTGAGTCAGTGCTGTCGAAATATCCGGGTATTTCGCAGGCCGCCGTCATTGTCCGTGAAGACCAGCCGGGAGATAAGCGGCTGGCGGCTTACGCTGTCGCGGATCAGCCCCTTGATGTCGGCGGACTTCGTGCATATATGGGCGAAAGCCTGCCGGATTATATGGTGCCGGGCGCGTTTGTACAGCTGAAAGAATTGCCGCTGACACCGAATAAGAAGCTCGATCGCAGCGCTCTGCCTGCCCCTGATTTTTCCGCTGTCCTGTCTGACAGAGGGCCGCGGACGCCGCAGGAGGAAATATTATGCGATCTGTTTGCCGAGGTTCTCGGTCTCGCGCGGGTCGGAATTGATGACGGGTTCTTTGAATTGGGCGGACATTCGCTCTTAGCCGGACGCCTGATGAGCCGGGTTCGGGAGACGATGGGCGCAGAGCTTGGCATCGGCCGTCTGTTTGATACGCCGACCGTTGCCGGGCTCGCCGCACAGCTTGACACCGCAAAGAGTGCGCGGCCTAAGCTCAAGCCGTTTGACCGGCCGGAGCATATCCCGCTGTCATTTGCGCAGCTGCGTCTTTGGTTTCTCTACTGTCTTGAAGGGCCAAGCCCGACTTACAACATTCCGGTGATTGTCCGCATGTCAGGCAAGCTTGACCAATCAGCGCTGAAACACGCCTTTTACGATGTTGTCAGCCGTCATGAAAGCCTGCGCACCGTTTTTCCGGAAAATAAGGGATCATCTCATCAGCTCATTTTATCTGCTGAAGAAGCCCGCCCTGTGTTTACAGTGACACGTGCGGACAAAAACGAGCTCCAAGACATGCTTGCCGCTGCGGCACGATATCGGTTTGATCTCGCTAAAGAGCCGGCCGTCCGGGCTGAGCTGTTTGATCTTGGTGGCGGCGAGTATACGCTGATGATTCTCCTGCATCACATCGCAGGTGACGGCTGGTCCTTGAATCCGCTCATGCGTGACTTATCCATAGCCTATATCGCCCGGCAAACAGGTGAAAAAGCAGAATGGGCGCCGCTGGCGGTTCAATATGCGGATTATGCGCTTTGGCAGCAGCAGCTTTTAGGCAGCGCGTCTGATTCTGAGAGCTTAATTGCGCGCCAGCTGGATTTCTGGAAGAAAACGCTTGAAAATGTACCGGATCAGCTGGAGCTGCCGTCTGATTTTCCGCGTCCTGCTGAATCAAGCTACAGGGGCGGCGTCATTCCGGTCAACATTGGCCAAGAGCTTCATGCCAGTCTTCTCTCACTTGCCAGAAATCAGCGCGTAAGCCTGTTTATGGTGCTTCAATCAGGGCTTTCCGCGTTACTGACCCGGCTCGGTGCAGGGACCGATATTCCGATCGGCAGTCCGATAGCCGGCCGCAGTGATGACGCATTGGGAGACCTTGTGGGTATGTTCATTAATACACTCGTACTGAGAACCGATACCTCTGGCGATCCGAGCTTTTGTGAGCTCCTTGAAAGGGTCAGGGAAATGAATCTCGCAGCATATGAACATCAGGACGTGCCGTTTGAACGTCTCGTGGAAGAATTGAATCCGGTTCGTTCCCGGTCAAGACATCCGCTGTTCCAAGTGATGCTCGCATTCCAAAATACGCCTGATCCTGTACTCAGTCTTCCTGATATGGAAACAAGTCTGCAAATCAGCAGTGTCGGATCGTCCAAATTTGATTTGACGCTGGAATTGGCTGAACAGCGCCATGACGACGGTACGCCTGCCGGTATTGAAGGCCTGCTGGAGTTCAGTACGGACTTATTCAGAAAAGAAACGGCTGAAGCACTTGCCGGACGCCTGCTTCTTCTGCTCGAAGATGCCGTATCACATCCGGATAAATCAATCGGAAGCTTAACCATTCTTTCTGATGAAGAGCGCCGGAAGCTTTTGCCGGTTAAACGGGCAAAACAGCATATTCAGCCTCGGCAGACACTGCCTGAATTGTTTGAAATACAGGCCGCCGCAAAATCGGATGAAACGGCGGCAGTATGTGAAGAGAGCGGACTCACTTATAAAGAGCTGAATGAAAGAGCCAATCAGCTCGCGCACATGATGATTGCCCGCGGCGTCGGCCCGGAGCAGTTTGTCGCACTGGCGCTGCCGCGTTCTTTAGATATGATTGTCGGGCTGTTAGCCGTCCTGAAGACGGGGGCAGCGTATCTGCCGCTTGATCCTGATTATCCCGCGGACCGCATCGCTTTTATGTTACATGATGCCAAGCCTGTATTTATGCTCACCAATCGTGAAGGCGCAAGTAAGCTCTCTATCGAAAGCGGCATGCCGGCCTTCATCTTGGATGATCCGCAGAACAAGGAAACACTTCGGCAATATGCCGTCACGAACCCTGAGAATGCCGACCGTATTCGTCCGCTGTCACCGCTTCACCCGGCCTATGTCATTTACACGTCGGGATCAACAGGTGTGCCGAAAGGTGTCATCATTCCGCACAGCAATGTTATCAGGCTGTTTGAGTCGACGCGGCATTGGTATCACTTTCATTCTGATGATGTATGGACGATGTTTCACTCCTACGCTTTCGATTTCTCTGTCTGGGAAATGTGGGGGCCGTTGCTTCACGGCGGACGTCTCGTCGTCGTGCCGCATGACATCAGCAGATCGCCGAAAGCGTTTTTACATCTCCTCGTGAAAGAGCGGGTGACCGTGCTTAACCAAACGCCGTCAGCGTTTTACCAGCTGATGCATGCGGAAAAAGAACACAAAGAGCTGGGGCGTCAGCTCGCACTCAGATATATCATCTTCGGCGGCGAGGCGCTTGAGCTGAGCCGGCTTGAGGATTGGTACAGCCGCCACGCGGACAATCAGCCGGTGCTCGTGAATATGTACGGCATTACGGAAACGACGGTGCACGTCAGTTACCTTGAATTAGACAAAAACATTGCCGAACTGAAGGCAAACAGCCTCATCGGCTGCGGCATTCCTGATCTGAACGTATATGTGCTTGATGACCGGCTGGAGCCTGTGCCTCCGGGCATCACGGGCGAAATGTATGTGGCCGGAGGAGGCGTGGCACGCGGTTACTTAGGGCGGCAAAGCCTGACCGCCGAACGCTTTGTGGCTGATCCGTACGGCCCGCCGGGGACGAGAATGTACCGGACAGGGGATTTAGCCCGTCTGCGGACGGACGGTTCTCTTGATTATATGGGCAGAGCGGACCACCAGATTAAAATCCGCGGCTTCCGGATTGAATTGGGAGAAATCGAAGCGGTTCTCGTCAAACATCCGGATGTCGAGGATGCTGCCGTAGTCGTCCGTGAAGACCGGCCGGGAGATAAACGGCTGGCCGCCTACCTTGTCCGATCTGCCGGCAGCACCTTGGACACGGGGGACATGCGCCGGTTTACCGAAGAAAGCCTGCCGGATTACATGGTTCCGTCAGCTTTTGTCAAAATGAATGAACTGCCGCTGACACCGAATGGAAAGCTTGACCGAAAAGCGCTCCCTGCGCCTGACTTCCAAACGGAGGTCACCGGCCGGGGACCGAGAACGCCGCAGGAAGAAATGCTGTGTGAGCTGTTCGCAGAGGTGCTTCACCTGCCGCGTGTCGGTATTGATGACAGATTCTTTGATTTAGGCGGCCATTCTTTGCTTGCGGTTCATTTAATGAGCCGTATTCGGGAAGCGATGGGAGCCGAGCTGAGTATCGGAACATTATTTGAAGCTCCTACGGTGGCAAGCCTTGCTGAAAGACTTGAGTCAGGAACGGGCGCAAGCGCGCTTGATGTTCTTCTTCCGCTCAGAACGGCAGGAGAAGAAACACCGTTGTTCTGTGTCCATCCGGCCGGCGGTCTCAGCTGGTGTTATGCCGGGCTGATGTCTTCTTTAGAGGCTGATTATCCGATATACGGCTTACAGGCGAGAGGCATCGGAAAAAAAGAACCGCTTCCGCAAAGCTTAGATGACATGGCGGCGGATTATATTGAAAAAATCCGCACCGTGCAGCCGAAAGGGCCGTACCGTCTGCTCGGCTGGTCTCTCGGAGGGAATGTCATTCAGGCCATGGCGACACAATTACAGAGCCGGGGTGAAGAGGTTTCGCTTTTGGTGATGCTTGACGCGTATCCGAATCATTTTCTGCCGATAAAAAATGCGCCTGATGACGAGGAAGCCGTCATCGCGCTGCTTGCCCTGGGAGGGTACGACCCGGACAGCCTCGGGGATCAGCCGCTTGATTTTGACACCGCGCTGACCATTCTCCGCCGTGAGGGAAGCGCATTAGCCAGTCTGGACGAGTCAGTGATGATGAATCTGAAAGACACGTACGTTAATTCTGTCGGGCTGTTAGGAACATACAAGCCGAAGCCGTTCCACGGAGATGTGCTGTTCTTCAGATCCACGATTATTCCGGAGTGGTTTGACCCGATTGAGCCGGATACTTGGAAACCGTATATTACAGGGAAAATCGAGCGGTATGACTTAGACTGCCGCCATAAAGATATGTGCCAGCCGGGCCCGCTTGCCGACATCGGCGCGATTCTGGCAGAGAAATTAAACGGACGGCGTACAGTCCGGTAA MHDTQQLPLTGAQAGIWFAQQLDPDNPIYNTGEYVEINGAIDVNIFKTALERVLTEAASLHARFEEGADGPKQIINPPFEAAIDVIDVSSEADPKQAALRLMQTDLAEPVDMAAGPLFRDILFQAGPERFFWYQRIHHIAIDGYGFSLLARRTAQVYTAIREGRPDNGRSFGSLEELVKEDQEYRASDQFLKDREFWMEKFADEPDVVSLAERAPRTSTRFRRSTAYLSETALQHVKAIPNWHEAVTAAAAVYVHRMTNAGDIVIGLPMMGRIGSISLNIPSMVMNLLPLRLSLRPDMNFHEAVSQVAKEIRNIRRHQKYRHEDMRRDLKLLGENRRLFGPQVNVMPFDYALDFAGAPGTVHNLSAGPVDDLSINVYDRADGSGMRVDFDANPEVYSAEDIENHQKRFLLLLESAVKDQTQKIGTLNLLLESERLRVLESWNDTRKAEKQKSLPELFYEQAVKTPDRPAIITENEELSYAELNKRANQLAGMLKEKGLGPEQFAALLLPRSQELAVSMLAVLKTGAAYLPLDPDFPSERIAYMLKDAQPACLITTMELSGRMPEDSDAKRIILDDPDTVKTVAAQNADCPAQAECSPLHPAYIIYTSGSTGKPKGVVVTLKSVSNFLLSMREMFPLGEQDRLLAVTTAAFDISGLELFLPLISGAGCVIARKETIQEPRALAHMIHSYGISIMQATPTLWHSLVTNEPDSLRALRVLVGGEALPNALMHALLESGCTVTNLYGPTETTIWSAAQPLAKDHTGAPPIGTPIWNTRVYVLDAALQPVPPGIAGELYIAGEGLARGYYNRPDLTAERFIADPYGPEGARMYRTGDLVRWREDGSLDYISRADHQIKIRGFRIELGEIESVLSKYPGISQAAVIVREDQPGDKRLAAYAVADQPLDVGGLRAYMGESLPDYMVPGAFVQLKELPLTPNKKLDRSALPAPDFSAVLSDRGPRTPQEEILCDLFAEVLGLARVGIDDGFFELGGHSLLAGRLMSRVRETMGAELGIGRLFDTPTVAGLAAQLDTAKSARPKLKPFDRPEHIPLSFAQLRLWFLYCLEGPSPTYNIPVIVRMSGKLDQSALKHAFYDVVSRHESLRTVFPENKGSSHQLILSAEEARPVFTVTRADKNELQDMLAAAARYRFDLAKEPAVRAELFDLGGGEYTLMILLHHIAGDGWSLNPLMRDLSIAYIARQTGEKAEWAPLAVQYADYALWQQQLLGSASDSESLIARQLDFWKKTLENVPDQLELPSDFPRPAESSYRGGVIPVNIGQELHASLLSLARNQRVSLFMVLQSGLSALLTRLGAGTDIPIGSPIAGRSDDALGDLVGMFINTLVLRTDTSGDPSFCELLERVREMNLAAYEHQDVPFERLVEELNPVRSRSRHPLFQVMLAFQNTPDPVLSLPDMETSLQISSVGSSKFDLTLELAEQRHDDGTPAGIEGLLEFSTDLFRKETAEALAGRLLLLLEDAVSHPDKSIGSLTILSDEERRKLLPVKRAKQHIQPRQTLPELFEIQAAAKSDETAAVCEESGLTYKELNERANQLAHMMIARGVGPEQFVALALPRSLDMIVGLLAVLKTGAAYLPLDPDYPADRIAFMLHDAKPVFMLTNREGASKLSIESGMPAFILDDPQNKETLRQYAVTNPENADRIRPLSPLHPAYVIYTSGSTGVPKGVIIPHSNVIRLFESTRHWYHFHSDDVWTMFHSYAFDFSVWEMWGPLLHGGRLVVVPHDISRSPKAFLHLLVKERVTVLNQTPSAFYQLMHAEKEHKELGRQLALRYIIFGGEALELSRLEDWYSRHADNQPVLVNMYGITETTVHVSYLELDKNIAELKANSLIGCGIPDLNVYVLDDRLEPVPPGITGEMYVAGGGVARGYLGRQSLTAERFVADPYGPPGTRMYRTGDLARLRTDGSLDYMGRADHQIKIRGFRIELGEIEAVLVKHPDVEDAAVVVREDRPGDKRLAAYLVRSAGSTLDTGDMRRFTEESLPDYMVPSAFVKMNELPLTPNGKLDRKALPAPDFQTEVTGRGPRTPQEEMLCELFAEVLHLPRVGIDDRFFDLGGHSLLAVHLMSRIREAMGAELSIGTLFEAPTVASLAERLESGTGASALDVLLPLRTAGEETPLFCVHPAGGLSWCYAGLMSSLEADYPIYGLQARGIGKKEPLPQSLDDMAADYIEKIRTVQPKGPYRLLGWSLGGNVIQAMATQLQSRGEEVSLLVMLDAYPNHFLPIKNAPDDEEAVIALLALGGYDPDSLGDQPLDFDTALTILRREGSALASLDESVMMNLKDTYVNSVGLLGTYKPKPFHGDVLFFRSTIIPEWFDPIEPDTWKPYITGKIERYDLDCRHKDMCQPGPLADIGAILAEKLNGRRTVR PGPT0003165_100 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-BACILLIBACTIN_METABOLISM,PGPT0003165-dhbF-K04780 NA NA D1-12_02995 927 dhbB COG1535 Isochorismatase TTGGCTATACCGTCTATTCCCGCATATGCGCTGCCGACAGCGTCAGATATGCCTGAAAATAAAGTATCGTGGACGCTGAATCCGAAACGCGCGGTGCTTCTGATCCATGACATGCAGAATTATTTCGTCGATGCTTTTGCGAAAGGTGAGGCTCCGATCACGGAGGCGGCTCAGAATATCAAAAAAATAAAAGAGCAATGCAAAGCACTCGGCATTCCGGTGGTGTATACCGCGCAGCCGGGCAGCCAAGACCCGGCGGACCGCGCGCTGCTGACGGATTTTTGGGGGCCGGGGCTAAAAAGCGGGCCTTATGAAGAAAAGGTCATTCCGGAGCTTGCCCCGGATGATCAGGACATTGTCCTCACAAAGTGGAGATACAGCGCGTTTAAACGGACGAATCTCCTTGACATCATGCGTGAAAGCGGCAGAGACCAGCTCATGATTACGGGAATTTATGCACACATCGGCTGTCTCGTCACAGCCTGTGAAGCATTTATGGATGATATCCAAAGCTTCTTTATCGGAGACGCCGTGGCTGATTTTTCTTCGGAAAAACATAAGATGGCCATCGAATATGCGTCTCAGCGCTGCGCTTACACGGCTTTGACAAACGAAGTACTGGAGCTGCTGGGCGGCGCGCCGGTTTCTGAAGGAGAAGAGAAGGCTTCCGCCGTATTGACAAAAGACCGGGTGCGGGAACAAATTGCGGCGATTCTTCAAGAATCACCGTCTGATATTCCGGATCATGAAGACCTGCTGGATAGAGGTCTTGACTCCGTCAGAATCATGAGCCTTGTCGAACAATGGCGCCGTGACGGAGCTGAAGTGACGTTTGTGGAACTGGCGGAGAACCCGACGCTGGAAGAGTGGTGGAGACTTCTTTCTTCCCGATCTCAAAAAGTCTTGCCGAACGCAGATTATTTATAA MAIPSIPAYALPTASDMPENKVSWTLNPKRAVLLIHDMQNYFVDAFAKGEAPITEAAQNIKKIKEQCKALGIPVVYTAQPGSQDPADRALLTDFWGPGLKSGPYEEKVIPELAPDDQDIVLTKWRYSAFKRTNLLDIMRESGRDQLMITGIYAHIGCLVTACEAFMDDIQSFFIGDAVADFSSEKHKMAIEYASQRCAYTALTNEVLELLGGAPVSEGEEKASAVLTKDRVREQIAAILQESPSDIPDHEDLLDRGLDSVRIMSLVEQWRRDGAEVTFVELAENPTLEEWWRLLSSRSQKVLPNADYL PGPT0003215_49 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-ENTEROBACTIN|ENTEROCHELIN|BACILLIBACTIN|VANCHROBACTIN|ACINETOBACTIN|CHRYSOBACTIN_METABOLISM,PGPT0003215-entB|vibB|viuB|vabB|angB|dhbB|basF|cbsB|aebB-K01252 NA NA D1-12_02996 1626 dhbE COG1021 2,3-dihydroxybenzoate-AMP ligase GTGCTGACTGGATTTACGCCATGGCCGGAAGAATGGGCTGACAAATACCGAAAAGACGGCTGCTGGAAGGGTGAGACGTTCGGAGGAATGCTGAAAGAGCGCGCGGCTTTATACGGAAATCAAACTGCCGTGACGTGTAAAGATGTACATTGGAGCTACAAAGAATTAGATGAAAGGGCCGATCGTTTAGCGGCGGGACTGCATAAGCTCGGAATTCAAAAGGAAGACCGCGTTGTCGTTCAGCTGCCGAATATCGCTGAGTTTTTTGAAGTGATTTTCGCGCTGTTCCGGCTCGGAGCACTGCCCGTTTTCGCACTGCCTTCTCATAGAAGCAGTGAGATTACGTATTTCTGCGAGTTTGCAGAGGCGAAAGCATACATCATTCCTGATATGCATTCAGGTTTTGATTACAGAGCGCTTGCCAGACAGGTGAAAGACAAACTTCCGGATTTGGCGCATGTCATTGTGGCCGGCGCAGCTGAAGAGTTTCAAGAACTGAGCAGCCTGCATAGAGAGCCTGTTCAGCTGGAAGATATAAGCCCGGCGGAAGTCGCCTTTTTACAGCTTTCAGGAGGCAGTACGGGGCTGTCCAAGCTGATTCCGCGAACACACGACGATTACATATACAGTTTGCGCATCAGCGCGGAAATATGCGGCTTGGATCATCACAGCGTTTATTTGGCCGCTCTGCCGACAGCGCATAATTATCCGCTCAGCTCGCCGGGTGTGCTGGGAACTTTATATGCCGGAGGCCGGGTTGTTCTGTCACCGACGCCGAGTCCGGATGACTGCTTCCCGTTAATTGAAAAAGAACGTGTCACAATTACAGCGCTCGTCCCGCCGCTTGCGATGGTGTGGATGGACGCATCCGGTTCGCGAAGTGATGATTTATCAAGCCTTCAAGTGCTGCAGGTGGGAGGCGCCAAATTCAGCGCTGAGGCGGCCCGCCGCGTGAAGAGCGCTTTCGGATGCACCCTTCAGCAGGTTTTCGGAATGGCGGAAGGATTGGTGAATTATACGAGACTGGATGATCCTGAAGAGATCATTGTCAATACGCAAGGCAGACCGATGTCACCTTTTGATGAGGTCAGGGTTTTAGACGATAACGGGCGGGATGTCGCCCCCGGTGAAGCGGGACATTTGTTTACACGCGGCCCTTACACGATTCGCGGATATTATAAAGCGCCTGAACATAATGAAAGATCATTCACAGCCGACGGATTTTATCAGACCGGCGATATCGTCAAACTGACGGCGGACGGCTATATCATCGTCGAAGGACGTGCGAAAGATCAAATCAATCGGGGCGGTGAAAAAATAGCCGCTGAGGAGGTGGAAAATCACCTTCTTGCGCATCCTGCCGTTCATGATGCGGCCATGGTTTCAATGCCGGATGATTTTCTCGGGGAGAGATCCTGTGTGTTCGTCATCCCGAAAGGAGAAGCGCCGAAACCGGGAGAGCTGAAAGCATTTTTACGTGAGCGCGGATTGGCGGCATATAAAATCCCCGACCGGATTGAATTTATCGCTTCTTTCCCGAAAACCGGCGTCGGCAAGGTCAGTAAAAAGGATCTTCGCGAAACGATCGCCCAAAAAGTAAAGCCGGCTGAAATCAAACAATCTTAA MLTGFTPWPEEWADKYRKDGCWKGETFGGMLKERAALYGNQTAVTCKDVHWSYKELDERADRLAAGLHKLGIQKEDRVVVQLPNIAEFFEVIFALFRLGALPVFALPSHRSSEITYFCEFAEAKAYIIPDMHSGFDYRALARQVKDKLPDLAHVIVAGAAEEFQELSSLHREPVQLEDISPAEVAFLQLSGGSTGLSKLIPRTHDDYIYSLRISAEICGLDHHSVYLAALPTAHNYPLSSPGVLGTLYAGGRVVLSPTPSPDDCFPLIEKERVTITALVPPLAMVWMDASGSRSDDLSSLQVLQVGGAKFSAEAARRVKSAFGCTLQQVFGMAEGLVNYTRLDDPEEIIVNTQGRPMSPFDEVRVLDDNGRDVAPGEAGHLFTRGPYTIRGYYKAPEHNERSFTADGFYQTGDIVKLTADGYIIVEGRAKDQINRGGEKIAAEEVENHLLAHPAVHDAAMVSMPDDFLGERSCVFVIPKGEAPKPGELKAFLRERGLAAYKIPDRIEFIASFPKTGVGKVSKKDLRETIAQKVKPAEIKQS PGPT0003270_379 DIRECT EFFECT PLANT_IMMUNE_RESPONSE_STIMULATION INDUCTION_OF_SYSTEMIC_AQUIRED_RESISTANCE|SAR SAR-SALICYLIC_ACID_METABOLISM SAR-SALICYLIC_ACID_BIOSYNTHESIS,PGPT0003270-entE|psmE|dhbE|basE|angE|aebE-K02363 NA NA D1-12_02997 1197 dhbC COG1169 Isochorismate synthase DhbC ATGACAAATCAACATTTATTGGCGGAAGTGTCAGCAAAAGAGGTGCTGGACGCTTACAAGCCCGGGGCGTTCTTTTTAGCTTCCCCGAAAAGTACGATGCTTGCGGAAGGAATGTTTGCGGAAGTGCCTGATACAGACGCGGAAAATCAGCTGGATTCACTGCCTGAACGCGTGAGACAGACGCTTCTTGAGGCAAAGCAAGCCGGCATCAAACATCCGATTGCGGCCGGCGCCATTCCTTTTGACAGCAGAAAAGCTTCCCGGCTTTTTGTACCGAAGAATGTCCATACGGCAGGCCCGCTTTCGTTTGCGGAATCTTCCGCAGAAAAGCCGCAATCCAATACATATGACATCTGTCCCGTTCCGGAGCCTGAGGGCTTTATGAGCGGTGTGGAACAAGGCGTATTCAACATTACGGACGGTCCGCTCAGCAAAATCGTGCTGTCAAGGACGCTTCATCTGACCGCTGAAAAGGATATCGACATTCCTCAGGCCGTCAAGCATTTGGCGCAGCACAACCCGCGCGGCTATACATTCGCTGCGGATGTGACGGGAACGTCAGAAACAAGAAAAACGCTTTTCGGCGCAAGTCCTGAACTGCTGCTGTCCAAAAACGGAACATCGATTCTGTCCAATCCGCTGGCAGGTTCCAGACCTCGCAGCACAGATCCCGCCGAGGATCAGAGAAGAGCGGAAGAACTGCTGCAATCAGCAAAAGATCTGCATGAACATGCCGTAGTCGTGGCCGCCGTGGCCGCCGCCCTTAAACCGTTCTGCCGTGTGCTTGATGTGCCGGAAAAACCGTCACTCATTAAAACTGAGGCGATGTGGCACCTGTCCACCGAGGTAAAGGGAGAGCTGCGTGATCCGTCAACGACATCACTTGAGCTGGCCATCGCCCTGCATCCGACACCCGCGGTATGCGGAACGCCGACGGATGCGGCGAGAGAAGCAATTCAGGATATTGAGCCGTTTGACCGCAATTTCTACACGGGAATGGCGGGCTGGTGTGATGCTGAGGGTGACGGAGAATGGATTATCGCACTCCGCTGCGCCGAAGCGGAAACAAGGTCTCTCCGGCTCTTTGCGGGTGCCGGGATTGTCGCCGGATCAAAGCCGCAGGATGAACTGGACGAGACCTCGGCCAAATTCCGCACCATGCTCCGGGCGATGGGGCTTTACCAAGATGAGTTGTAA MTNQHLLAEVSAKEVLDAYKPGAFFLASPKSTMLAEGMFAEVPDTDAENQLDSLPERVRQTLLEAKQAGIKHPIAAGAIPFDSRKASRLFVPKNVHTAGPLSFAESSAEKPQSNTYDICPVPEPEGFMSGVEQGVFNITDGPLSKIVLSRTLHLTAEKDIDIPQAVKHLAQHNPRGYTFAADVTGTSETRKTLFGASPELLLSKNGTSILSNPLAGSRPRSTDPAEDQRRAEELLQSAKDLHEHAVVVAAVAAALKPFCRVLDVPEKPSLIKTEAMWHLSTEVKGELRDPSTTSLELAIALHPTPAVCGTPTDAAREAIQDIEPFDRNFYTGMAGWCDAEGDGEWIIALRCAEAETRSLRLFAGAGIVAGSKPQDELDETSAKFRTMLRAMGLYQDEL PGPT0003220_284 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_K_METABOLISM PLANT_VITAMIN_K_BIOSYNTHESIS,PGPT0003220-entC|vibC|viuB|angC|vabC|dhbC|basJ|cbsE|aebC-K02361 NA NA D1-12_02998 786 dhbA COG1028 2,3-dihydro-2,3-dihydroxybenzoate dehydrogenase ATGGACGCATTGGGAATGAAAGGGAAAACGGCCGTTGTCACCGGCGCCGCTCAAGGCATCGGAGAAGCAACAGCGCTTGCCCTTGCTGAACAAGGCGTAAATGTGGCAGCTATAGATACAAATGAAGACCTGCTTCTCGGGCTTACTGACAGACTTCGGAAAAAAGGCGTGCAGGCGCAGGGGTTTGCCGCAGATGTATCTGACAGTGCGGCTGTCAATGATATCATCGCCGCCGTTGAACGCGACATGGGGCCTATTGAAATATTGGCGAACGTTGCGGGCGTGCTGCGGCCGGGTCCGGTGCAATCCCTCAGTGATGAAGATTGGGATCAAACATTTTCTGTTAATACGACCGGCGTTTTTCATGTATCGCGGGCTGTAAGCCGGTACATGATTGAGCGTCAAAAAGGCGCCATCGTTACGGTCGGTTCGAATGCAGCCGGCGTTCCGCGTGCTTCCATGGCGGCTTATGCGGCGTCAAAAGCGGCTGCCGTCATGTTTACGAAATGCCTCGGACTGGAGCTTGCGGCCCATCATATCCGCTGCAACATCGTATCTCCGGGTTCAACGGAAACCGACATGCAGCGGGCGCTGTGGCAGGACGAGAACGGAGCCCGGGACGTCATCAGAGGTTCGCTTGATACATATAAAACGGGAATTCCGCTTCAAAAGCTGGCGAAGCCTTCTGATATTGCAAATGCCGTTTTGTTTCTGGCTTCTGAACAGGCAAACCATATTACGATGCATGATTTATGCGTTGATGGCGGCGCTACTTTAGGCGTTTGA MDALGMKGKTAVVTGAAQGIGEATALALAEQGVNVAAIDTNEDLLLGLTDRLRKKGVQAQGFAADVSDSAAVNDIIAAVERDMGPIEILANVAGVLRPGPVQSLSDEDWDQTFSVNTTGVFHVSRAVSRYMIERQKGAIVTVGSNAAGVPRASMAAYAASKAAAVMFTKCLGLELAAHHIRCNIVSPGSTETDMQRALWQDENGARDVIRGSLDTYKTGIPLQKLAKPSDIANAVLFLASEQANHITMHDLCVDGGATLGV PGPT0003210_121 DIRECT EFFECT PLANT_IMMUNE_RESPONSE_STIMULATION INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR ISR-SIDEROPHORES ISR-ENTEROBACTIN|ENTEROCHELIN,PGPT0003210-entA|vibA|viuA|vabA|angA|dhbA|cbsA|aebA-K00216 NA NA D1-12_02999 870 besA COG2819 Ferri-bacillibactin esterase BesA ATGGACGGAAAACAAATAAAGCGGGGTTTCGCGCCGGCCGGCCGATACGCGGTTCCGGGCACAGAAGTAAGAGAAATGCGCTCAAAAGGAGGCCGTACGTATCGTATCTTTGTCTCTTTTCCTCAAGAAGAACCGCCTGCATCCGGCTTCCCCGTCATATACCTGCTCGATGCGAATTCCGTATTCGGCACAATGGCCGAAGCTTTGCGGGTGCAAAGCCGACGGCCTGAAAAAACAGGCGTTGTTCCGGCGGTGATTGTCGGAATCGGCTACCCGACAGATCAGCCGTTTTCCGCCGAACGTCACAGTGATTTTACGATGCCGCTTTCTGAATCAGAACTGCCGGTGCATCCGCGCGGCGCGGCATGGCCCGAACAGGGAGGGGCGGAAGCATTTCTGGAGTTTATAGAAGAAGAAGTAAAGCCCGCGATGGAGCGGGATTATCCGATCGACAGAGGCAGGCAGACGATTTTCGGCCATTCGCTGGGCGGTCTTTTTGTGCTGCAAGTGCTTTTGACGAGGCCGGACATGTTTCAGACCTATGTTGCCGGGAGTCCGTCAATTCACTGGAACAAGCGTTTTATTCAGGAAAAAGCGGAACGTTTGTCAGACCGGCTCTCTGCGGAAAATCTTCAAGTCAGCGTATTGCTGGCTGCGGGAGAAATTGAAAAAACACATAAAAGCAGAATCCCGCAGCACGCAGAGGCGCTGTACTCTTTATTATCCGGGTTTGAAGATGATGGAGTCCGTGCTGAATACAGCGAGTTTGAAGGAGAAGGCCATATTTCTGTCCTGCCCGTTTTAATCAGCAGAGCCCTGCGTTTCTGCCTGAATCCGGGAGGGCCGCATACCCCGTATTCTCCCGTATGA MDGKQIKRGFAPAGRYAVPGTEVREMRSKGGRTYRIFVSFPQEEPPASGFPVIYLLDANSVFGTMAEALRVQSRRPEKTGVVPAVIVGIGYPTDQPFSAERHSDFTMPLSESELPVHPRGAAWPEQGGAEAFLEFIEEEVKPAMERDYPIDRGRQTIFGHSLGGLFVLQVLLTRPDMFQTYVAGSPSIHWNKRFIQEKAERLSDRLSAENLQVSVLLAAGEIEKTHKSRIPQHAEALYSLLSGFEDDGVRAEYSEFEGEGHISVLPVLISRALRFCLNPGGPHTPYSPV NA NA NA NA NA D1-12_03000 597 yedY1 COG2041 Putative protein-methionine-sulfoxide reductase subunit YedZ1 ATGTTTTTCGGGAAAACGAAACAAACAAAACAGTCGGAACGGATTCCGCCAAACCAAAATGTCACAACGAAGTTTCCCGTGCTTCACGCCGGAAATGTTCCTTATTATGAAGATATGTCAAAATGGAATCTGCAAGTGTACGGACTTGTTGACCGTCCTATGCTGTTAAGCTTTGAAGATATCAAAGCCTTTCCGGAAGCCGAAGTGAAAAATGATATTCATTGCGTCACGGGCTGGTCCCGTCTTGATAATATCTGGCAGGGAATACGCGCCAAAGACATCGCTGAGAAAGCGGGCGTGCACAAAGAAGCGGGATTCGTCATTCTGCACGCTGAAGAGGGCTGGACGGCCAACCTGCCGCTTTCTGATTTTACGCGGGAAACATCCCTGCTGGCATATGCGCATAACGGCGAGCCGTTAACGCCAGAGCACGGCTATCCGCTCAGAGGCGTTTTCCCCCATCTTTATTTTTGGAAAAGCGCCAAATGGCTGCGCGGCATTCAGTTCACAAAGGAAAACCACCCCGGCTTTTGGGAGAAAAACGGCTACCATATGAGGGGAGATCCATGGAAGAATGAGCGCTTTACATGGGATTAA MFFGKTKQTKQSERIPPNQNVTTKFPVLHAGNVPYYEDMSKWNLQVYGLVDRPMLLSFEDIKAFPEAEVKNDIHCVTGWSRLDNIWQGIRAKDIAEKAGVHKEAGFVILHAEEGWTANLPLSDFTRETSLLAYAHNGEPLTPEHGYPLRGVFPHLYFWKSAKWLRGIQFTKENHPGFWEKNGYHMRGDPWKNERFTWD NA NA NA NA NA D1-12_03001 594 bioY_2 COG1268 Biotin transporter BioY ATGAAACAACGCAACCTTCGTGCGGGCGATATGGCGCTTATCGGCATGTTTGCCGCACTGATGGCCGTCGGCGCCAACATTACATCAATGGCTCCTTTTTTGCAAGTTGCGGGAATTCCGTTATCGCTGCAGCCTTTCTTTTGTCTGTTAGCCGCGATGCTTCTCGGCGCCAGACGGGCAGCCATTGCAATGACGGTATACGCATTGGCCGGACTCGCGGGGGCGCCTGTTTTCGCCCAATTCTCAGCAGGCTTTGCGCCGTTTATCGGAAAGAGCGGCGGATTTATTCTCGCTTACATCCCGGCGGCATTTGCAGCCGGATGGCTGCTGGAAAAAACAAAAAAACCCGGCCGCCTGCATTATGCATGGGCCTCTTTGATCGGTACCGCCGTCATTTATATCATTGGCACGACCTATACGTATATTGCGCTGAAATTATGGCTTCATGCTCCGATCAGCTACGGAATGGCCTGGTTTTACATGATATGGTTTTTCATAAAAGATATCGTTTTAGCACTGTTATTGGCATCAATCGCGCCTGCCGTATACAGGTCTATTCATAAAGCGACGGGGTTCAGCAGAAATCCGGCGTAA MKQRNLRAGDMALIGMFAALMAVGANITSMAPFLQVAGIPLSLQPFFCLLAAMLLGARRAAIAMTVYALAGLAGAPVFAQFSAGFAPFIGKSGGFILAYIPAAFAAGWLLEKTKKPGRLHYAWASLIGTAVIYIIGTTYTYIALKLWLHAPISYGMAWFYMIWFFIKDIVLALLLASIAPAVYRSIHKATGFSRNPA PGPT0022050_716 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_TRANSPORT,PGPT0022050-bioY-K03523 NA NA D1-12_03002 1329 hypothetical protein ATGAATGCTGTTGTTGTCGCAGTATTGCTCATGCTCGTCTTAAGCCTGCTGCGTGTCAATATTATTATAGCTTTAATGATCGGCGCGCTTGCCGGCGGGCTGACCGGCGGCTTAGGCCTCGGAGAGACGGTGAAGGCTTTTACGGACGGTCTCGGCGGAAATGCCACCGTCGCGGTCAGCTACGCGCTGCTCGGAGCATTTGCCGCGGCGCTGACAAAGACGGGGCTTCCCGATGCAATGGTGGAAGCGTCTGTCAAACTAATCGGAAAAAAGGAAGATTCGCGGAAAAAAGCACTGTCAAAAGTGTTAATCGTACTGATTATTTTAATCATATCCTGTTTCTCGCAAAACGTGGTGCCCGTTCACATTGCGTTTATTCCTGTATTGATTCCGCCGCTTTTAAAAATATTTAACGAACTTGAAATAGACCGCAGGCTGATCGCGTGTGTGATGACATTCGGACTGACTGCGCCGTATATCGTTCTGCCTGTCGGATTCGGACAGATTTTCCAGGGGATGCTGAGAGATAATATGGCGTCAGCCGGTTTAAAGGTGCCGCTCAGTGATATCCCGTATGCTTTAATCATCCCGACGGCCGGGATGGCGGTCGGTTTAATTTTAGCCGTCATCGTCTTCCGGAAACCGAAGAAATATGAGACGAAGGAGATTGCCGGACTATCGTCTTCTCCTTATACGAAAAAAAGCATTGCCATCGCCCTGATCTCCATTGCCGTGTCGCTTGCCGTTCAGCTCTATCTGTCACAGGTGCTCGGAGTGGAAGGTATGATCATGGGCGCGCTTGCCGGCTTGTTTACGCTGTTTATCAGCGGAGTCATGAAGCGCAATGAAGCGGATAAGCTGATCACGGACGGCATGATTCTGATGGCTTTTATCGGGTTTGTCATGCTTGTTGCAGCCGGTTTTTCAAATGTATTGAATAAAACGGGCGATGTGGCTTCCTTGGTCAAAGCATCAACAGGCTTTATCGGCCACAGCCAATCATTAGGCGCGCTCCTGATGCTGGTGGTCGGTTTATTAATCACGATGGGAATCGGATCATCATTTGCAACCGTACCCGTCATTACGACCATATTTGTCCCGCTGTGCGCTCAGCTCGGATTCAGCCCGATGGCGACGATCGCCGTAATCGGAGCGGCCGCCGCGGTCGGTGATGCGGGTTCTCCTGCAAGTGACAGTACGCTCGGGCCGACGTCAGGCCTCAGCGCCGACGGACAGCACCACCACATTTGGGATACGTGCGTACCGACATTTATTTTCTATAACATTCCGCTTGTGATATTCGGCTGGATTGCCGCGCTTGTCCTGTAA MNAVVVAVLLMLVLSLLRVNIIIALMIGALAGGLTGGLGLGETVKAFTDGLGGNATVAVSYALLGAFAAALTKTGLPDAMVEASVKLIGKKEDSRKKALSKVLIVLIILIISCFSQNVVPVHIAFIPVLIPPLLKIFNELEIDRRLIACVMTFGLTAPYIVLPVGFGQIFQGMLRDNMASAGLKVPLSDIPYALIIPTAGMAVGLILAVIVFRKPKKYETKEIAGLSSSPYTKKSIAIALISIAVSLAVQLYLSQVLGVEGMIMGALAGLFTLFISGVMKRNEADKLITDGMILMAFIGFVMLVAAGFSNVLNKTGDVASLVKASTGFIGHSQSLGALLMLVVGLLITMGIGSSFATVPVITTIFVPLCAQLGFSPMATIAVIGAAAAVGDAGSPASDSTLGPTSGLSADGQHHHIWDTCVPTFIFYNIPLVIFGWIAALVL PGPT0020805_328 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 D1-12_03003 1491 pepA putative cytosol aminopeptidase ATGTTTTATGCATCTGATCAACTGCGGCATCCCGAAACACTGGTCATCGGTCTTTTTCAAAAAAGCACGCTGAACGGATTTACGAAGGAATTGGATGATAAATTGGACGGTCATCTGACCCAGCTGTTGAAGGATGGTGATGTGTCCGCCAAACGCAATCGTGTATCAAAAGTATACCCTCCGGCTGCGACCGGTATGAAACGTATTTATTTTATCGGCCTGGGAAGAGAAGCGGATTATTCGTTTGAAGATACGAAAGAATGCTTTGCACGAGTATTTCAGCAGGTTCATCAAGATAAAAAACAGGAAGTATCCGTGTTGCTCGATACATTCGTCTCCGGTGAAGTGCCTGCCGCCGATGCCGCTCATGCGCTTTCAGAAAGCTGTCTGCTTGCGGTTTACGAAGTGCAGGATTATAAACATAAATCGAATGAGCCGGATCAGGAACTGAAATCAGTCTGCGCCGTGACCGAAGAAGACCTGAGGGAAGTGCAGGCCGGCCTGAACGTCGGAGCGGCATACGGCCAAGGGACGAATTCAGCCCGCACGCTTGTGAATATGCCGGGTAATATGCTGACGGCCACTGATTTGGCGTCATATGCCGCTGAGCTTGCGGCAAAATACGATTTCGAGTGTGAAATTTTAGAAAAAGATGAAATGGAAGAGCTCGGCATGGGAGGGCTGCTTGCTGTTAACAAGGGCTCATCCGAACCGCCGAAAATGATCGTTCTGAAGTACCAGGGCAAAGATCAGTGGGAAGACGTCATCGGCCTGGTCGGTAAAGGAATTACCTTTGATACGGGCGGATATTCAATTAAGCCGAAAACCGGCATTGTCGGCATGAAAAGCGATATGGGAGGGGCCGCCTCGGTATTAGGGGCAATGGAGATTATTGGCGAACTGCGGCCTGAACAAAACGTGCTCGCTGTCATACCGTCTACGGACAACATGATTTCGTCCGATGCGATGAAGCCGGATGATGTCATCGTTTCGCTCAGCGGAAAAACCATTGAGATCCTGAACACCGATGCGGAAGGGCGTCTCGTGCTTGCCGACGGCATCACATACGCCAAGCAGCACGGAGCCTCTGTCCTCGTAGACGTCGCAACGTTAACGGGCGGTGTCATTGTCGCCTTAGGGAACGAAATGACAGGCGCTATGACCAATCACGCCGCGTTTTATGAACAGGTGGCGGAATCGGCGAAAGAATCCGGCGAGCCGATCTGGCAGCTTCCGATTACAGAAAAGGATAAAAAACGGGTGAGAAACAGTCAGATGGCTGATTTGAACAATTCTCCGGGAAGAGAAGGCCACGCGATTATGGCGGGGGCATTCATTGGTGAATTCGCGGAAAACACGCCGTGGGTTCATCTCGATATTGCGGGAACCGCAACGGCGAATAAAGCGACATGCTTCGGCCCTGCCGGCGCAACAGGCGTCATGGCAAGGACGTTGGCTGTTTTGACTGAGCGGTTTACGCCCGAAAGATAA MFYASDQLRHPETLVIGLFQKSTLNGFTKELDDKLDGHLTQLLKDGDVSAKRNRVSKVYPPAATGMKRIYFIGLGREADYSFEDTKECFARVFQQVHQDKKQEVSVLLDTFVSGEVPAADAAHALSESCLLAVYEVQDYKHKSNEPDQELKSVCAVTEEDLREVQAGLNVGAAYGQGTNSARTLVNMPGNMLTATDLASYAAELAAKYDFECEILEKDEMEELGMGGLLAVNKGSSEPPKMIVLKYQGKDQWEDVIGLVGKGITFDTGGYSIKPKTGIVGMKSDMGGAASVLGAMEIIGELRPEQNVLAVIPSTDNMISSDAMKPDDVIVSLSGKTIEILNTDAEGRLVLADGITYAKQHGASVLVDVATLTGGVIVALGNEMTGAMTNHAAFYEQVAESAKESGEPIWQLPITEKDKKRVRNSQMADLNNSPGREGHAIMAGAFIGEFAENTPWVHLDIAGTATANKATCFGPAGATGVMARTLAVLTERFTPER NA NA NA NA NA D1-12_03004 477 hypothetical protein ATGGATGTACTTATGAATTTTCCTTTACTGGCGAGTTTTGCCGCCATTATTTTTGCCCAAGTTGTAAAAGTGCCTATTCAATTTATCGTATCCAAAAAACTTGACTGGTCTCTTGTGACGAGCACCGGCGGCATGCCGAGCTCCCATTCCGCCGCCGTCACCGCGCTGTCAACCGGAGTCGCTTTGGAACAGGGACTGGACTCGCCCCTGTTTGCAGTCGCCGCGATTTTCGCCGTCATTACGATGTTCGACGCTACAGGTGTCAGGCGGCATGCGGGTGAACAGGCGACGGTCATTAATAAACTGGTCATCGACTTTAATCGGTTTGTCAGCGAAGCGAAGGACTTTCAGAAAGCGGAAGAGAAGGAAAAACAGAAGAAACTGAAAGAACTGCTCGGCCATCAGCCGATTGAAGTATTCTTCGGCGGCGTCACCGGTATTGTGCTGACATTGATTTTAGATTATTTCTTTATGTAA MDVLMNFPLLASFAAIIFAQVVKVPIQFIVSKKLDWSLVTSTGGMPSSHSAAVTALSTGVALEQGLDSPLFAVAAIFAVITMFDATGVRRHAGEQATVINKLVIDFNRFVSEAKDFQKAEEKEKQKKLKELLGHQPIEVFFGGVTGIVLTLILDYFFM PGPT0024535_469 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-OTHER_CELL_MEMBRANE_REMODELLING_PROTEINS OTHER_INTEGRAL_MEMBRANE_REMODELLING__PROTEINS,PGPT0024535-yuiD-K09775 NA NA D1-12_03005 642 yuiC COG3584 putative protein YuiC TTGACGATAATCAGACGCGTATTCATGATCGTGCTCTTTTTGGGCGCATGCCATGCGACATACTTTTCCATAACCGGTGTTGAAGCAAAGGATCTGACAAATTGGATGACGGAACATCGCGGCGCCGTTTTGAAAAACATCGGCACTCCGTTTCAATCCTTACAGAATCAGCCGGAAAAGAAGGCATCAGACAGGGTAAAACCGCTGGAAGAAGCTTTTGACTGGGAACGCTATCCGTCACAAAAGGTGACGGCCACCGGTTATACCGCCGGAGCGGAATCTACCGGAAAATCTCCCGGGCATCCGCAGTACGGAATTACATATTCAGGCGTGAAGGTCAAACGAGATTTATATTCAACTGTTGCGGCCGATCCGTCTGTTTTCCCGATCGGGACGATTCTGTTTATACCGAATTACGGTTACGGGGTTGTCGCCGATACCGGCTCAAAAATTAAAGGCAGCCGCCTTGACCTCTACTTTGACACCGTCAAGGACGTCTATAACAATTGGGGCAAAAAAACACTTGAGGTCTACATGATTAAAAAAGGGAACGGCACAGTGACCGAGGACGAACTTGTAAAGCTGAACGAAACCAAGTCGCTGCAAGTGTTCAGAAATCAATACAAAACGGTAAAAGAATAA MTIIRRVFMIVLFLGACHATYFSITGVEAKDLTNWMTEHRGAVLKNIGTPFQSLQNQPEKKASDRVKPLEEAFDWERYPSQKVTATGYTAGAESTGKSPGHPQYGITYSGVKVKRDLYSTVAADPSVFPIGTILFIPNYGYGVVADTGSKIKGSRLDLYFDTVKDVYNNWGKKTLEVYMIKKGNGTVTEDELVKLNETKSLQVFRNQYKTVKE PGPT0025263_54 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_COAT_PROTEIN,PGPT0025263-spsC-NA NA NA D1-12_03006 321 hypothetical protein GTGATTAGTTTGCCGGTTGTCCTGATCTCAATCGTACTATTTTTTGTACTGTTTTTCGGCATAGGCTTTCTGTTGAACATGCTGCTTAGAATGTCGTGGATTATGGCTGTTGTCTATCCGATTGTATGCCTTTTCATTATCAGCAATAAAAAGATGATCAGTTACGTGCAGGCGCCGGGGGAATCCTTTCAAAGCCTGTTTCAGCGCATCATGTCATTAGCGGTTGCGGATGTTGTGATTTTGGCGGGCGGACTGGCGGGAGCCATCATGTCAGGCATTGCCATAAAGGCGCTCAGAAAAAGAGGATATCAAATGTTTTAA MISLPVVLISIVLFFVLFFGIGFLLNMLLRMSWIMAVVYPIVCLFIISNKKMISYVQAPGESFQSLFQRIMSLAVADVVILAGGLAGAIMSGIAIKALRKRGYQMF NA NA NA NA NA D1-12_03007 1221 COG1252 NADH dehydrogenase-like protein ATGGCATTGAATAAACCCAAAATCGTGGTTTTAGGTGCAGGTTATGGTGGATTAATGACAGTAACAAGGCTTCCGAAGCATATCGGGGCAAATGACGCTGACATTACTTTGGTCAATAAACACAATTATCATTATGAAACGACATGGATGCATGAAGCGAGCGCAGGAACGCTGCATCATGACCGCTGCAGATATCAAATAAAAGATGTAATCAATGAATCACGGGTCAAATTTGTGCAGGATACCGTAAAAGCGATAGATGTGCAAAATAAAAAGGTGACGCTTTCACAAGGGGACATCCCTTATGATTATCTTGTCATCGGGCTTGGCGCCGTCCCTGAAACATTCGGGATTAAAGGCTTAAAAGAATTCGCTTTTCCGATCGCGAATATTAATACGTCGCGCCAGCTGAAAGACCATATTGAGCTCCAATTTGCGACATACAATACGGAGGCCGAAAAACGCCCTGACCGCTTAACCATCGTTGTCGGCGGAGCGGGCTTTACGGGAATTGAATTTCTCGGTGAACTTGCGAACCGCAAGCCGGAGTTATGCAGATATTATGATATAGATGAAAGTCTCGTCCGGATCGTCTGTGTCGAGGCCGCCCCGACGGTTTTGCCGGGATTTGATCCGGAGCTTGTCGATTACGCCGTTCAATACCTTGAGAGCAAAGGCGTTGAATTTAAAATCGGCACCGCGGTTCAAGAATGCCGCGCAGACGGTGTCACAGTCGGCAAGAAAGATGAAGAGCCGGAAGAAATCAAATCGCAGACCGTTGTCTGGGCCGCGGGCGTGCGCGGGCATCCGATCGTGGAGGAAGCGGGTTTTGAAAATATGCGCGGCCGTGTCAAGGTCAACCCTGATCTTCGGGCGCCGGGACATGATGACGTTTTTATTCTCGGGGACAGCTCGCTCTTTATCAATGAAGAGACGGAACGGCCGTACCCGCCGACTGCTCAGATCGCGATGCAGCAAGGAGAAACGGTCGCCAAAAATCTGGGCGGTTTGATTAAAGGAGGCCAGCTTGAAGAGTTCAAGCCTGACATTAAAGGAACCGTCGCCTCCCTCGGTGAGCATAACGCTGTCGGAGTCGTATACGGCAGGAAGCTCAAAGGCATGCCGGCGTCCTTTATGAAAAAGGTCATTGACAACCGCTCGCTCTTTATGATCGGCGGACTGGGCCTGACGCTGAAAAAAGGGAAGTTTAAATTCTTCTGA MALNKPKIVVLGAGYGGLMTVTRLPKHIGANDADITLVNKHNYHYETTWMHEASAGTLHHDRCRYQIKDVINESRVKFVQDTVKAIDVQNKKVTLSQGDIPYDYLVIGLGAVPETFGIKGLKEFAFPIANINTSRQLKDHIELQFATYNTEAEKRPDRLTIVVGGAGFTGIEFLGELANRKPELCRYYDIDESLVRIVCVEAAPTVLPGFDPELVDYAVQYLESKGVEFKIGTAVQECRADGVTVGKKDEEPEEIKSQTVVWAAGVRGHPIVEEAGFENMRGRVKVNPDLRAPGHDDVFILGDSSLFINEETERPYPPTAQIAMQQGETVAKNLGGLIKGGQLEEFKPDIKGTVASLGEHNAVGVVYGRKLKGMPASFMKKVIDNRSLFMIGGLGLTLKKGKFKFF PGPT0004020_4222 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 D1-12_03008 996 yumC COG0492 Ferredoxin--NADP reductase 2 ATGCAAGAGGATTCAAAGGTTTATGATATTACGGTCATCGGCGGCGGCCCGGTCGGCCTGTTTACCGCTTTTTACGGGGGAATGAGACAGGCGAGCGTCAAAATCATCGAGAGCCTGCCTCAGCTTGGCGGCCAGCTCAGCGCGCTGTACCCTGAAAAATATATTTATGATGTAGCCGGATTCCCGAAAATCCGCGCCCAAGAACTTGTGAACAACTTAAAAGAGCAAATGGCAAAGTTCGATCAGACCATCTGCTTAGAGCAGGCCGTTGAATCTGTTGAAAAACAGGCGGACGGTGTGTTTAAGCTTGTCACGAATTCAGAAACGCATTATTCAAAAACGGTTATTATCACCGCGGGAAACGGCGCATTTAAGCCGAGAAAGCTTGAGCTGGAATCAGCGGAACAATATGAGGGCAAAAACCTGCATTACTTCATTGACGACCTCAATCAATTCGCAGGCAGACGCGTTGCCGTTCTGGGCGGCGGCGATTCCGCGGTGGACTGGGCGCTCATGCTTGAGCCGATCGCGAAAGAAGTCAGCATCATCCACCGCCGTGATAAATTCCGCGCGCATGAGCACAGTGTCGAAAACCTGCATAATTCTAAAGTCAACGTGCTGACACCGTTTGTTCCCGCTGAACTTGTCGGTGAAGACCGGATCGAACAGCTCGTTCTCGAAGAAGTGAAAGGCGACCGTAAAGAAATCATTGAAATTGATGACCTGATCGTAAACTACGGCTTTGTTTCTTCTCTCGGCCCGATTAAAAACTGGGGCCTTGAAATCGAGAAAAATTCCATCGTCGTCAAAAGCACAATGGAAACGAATATCGAAGGCTTCTTTGCCGCCGGAGATATCTGCACATATGAAGGCAAGGTCAAGCTGATCGCCAGCGGTTTCGGCGAAGCTCCGACAGCCGTGAACAACGCGAAGGCTTACATGGACCCGAAAGCGCGCGTCCAGCCTCTGCATTCTACAAGCATGTTTGAAAAATAA MQEDSKVYDITVIGGGPVGLFTAFYGGMRQASVKIIESLPQLGGQLSALYPEKYIYDVAGFPKIRAQELVNNLKEQMAKFDQTICLEQAVESVEKQADGVFKLVTNSETHYSKTVIITAGNGAFKPRKLELESAEQYEGKNLHYFIDDLNQFAGRRVAVLGGGDSAVDWALMLEPIAKEVSIIHRRDKFRAHEHSVENLHNSKVNVLTPFVPAELVGEDRIEQLVLEEVKGDRKEIIEIDDLIVNYGFVSSLGPIKNWGLEIEKNSIVVKSTMETNIEGFFAAGDICTYEGKVKLIASGFGEAPTAVNNAKAYMDPKARVQPLHSTSMFEK PGPT0013060_2137 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-THIOREDOXINES|THIOESTERASES,PGPT0013060-trxB-K00384 NA NA D1-12_03009 144 hypothetical protein GTGGAACAAAAACAGCCCGGGCACAGCCCGAAAGCCCAGAAAATTCAGGACCGGATTATTTTAGGCACGATTTGGGTCGTGTCGGCGCTTGTCATTGCGCTTGTTGTCGGAACCGTCATGAATTATATTTGGATGTTTAAATAA MEQKQPGHSPKAQKIQDRIILGTIWVVSALVIALVVGTVMNYIWMFK NA NA NA NA NA D1-12_03010 981 guaC COG0516 GMP reductase ATGGAAAATGTATTTGATTACGAAGATATTCAGCTGATTCCTGCAAAATGCATTGTTGAAAGCCGATCTGAATGTGATACATCAGTTACGTTGGGCGGACACACGTTTAAACTTCCGGTCGTACCGGCCAACATGCAGACGATTATAGATGAAAACATCGCGGCCTGGCTCGCGGAAAACGGGTATTTTTATATCATGCACCGCTTCGAGCCGGAAAAACGCCTGACTTTTGTCCGGGATATGAAAGCGCGCGGACTGATTTCTTCCATCAGTGTCGGCGTGAAGGAAAATGATTATGAATTCATCCGGGAGCTGAAAGCACAGGAGCTTGTGCCGGATTATATTACCATTGATATCGCACACGGCCATTCCAATGCCGTGATCAGCATGATTCAATTTATTAAAGAACATGTCCCGGAAAGCTTTGTCATCGCAGGGAATGTCGGGACGCCTGAAGCTGTAAGGGAGCTGGAACGCGCGGGCGCTGACGCGACAAAAGTGGGAATCGGCCCCGGGAAAGTCTGCATCACCAAAATTAAAACCGGCTTCGGAACCGGCGGGTGGCAATTAGCCGCGCTTCGCTGGTGCGCAAAAGCGGCGAGCAAACCGATCATTGCTGACGGCGGTATCCGCACGCACGGCGATATCGCGAAATCCATCCGTTTCGGCGCATCTATGGTCATGATCGGATCATTATTCGCCGGCCACGAAGAATCACCGGGACAAACGATCGAAATCGATGGAAAGCTTTACAAAGAATATTTCGGCTCCGCTTCTGAATTTCAAAAAGGCGAAAAGAAAAACGTCGAAGGCAAAAAAATGCATGTCGAACATAAAGGGTCTTTACAGGACACGCTGGTTGAAATGGAGCAGGATCTGCAATCTTCCATCTCTTACGCCGGCGGCAATACACTCGAAGCCATCCGCAATGTCGACTACGTGATCGTAAAAAACTCTATTTTCAACGGCGACAGATTTTAA MENVFDYEDIQLIPAKCIVESRSECDTSVTLGGHTFKLPVVPANMQTIIDENIAAWLAENGYFYIMHRFEPEKRLTFVRDMKARGLISSISVGVKENDYEFIRELKAQELVPDYITIDIAHGHSNAVISMIQFIKEHVPESFVIAGNVGTPEAVRELERAGADATKVGIGPGKVCITKIKTGFGTGGWQLAALRWCAKAASKPIIADGGIRTHGDIAKSIRFGASMVMIGSLFAGHEESPGQTIEIDGKLYKEYFGSASEFQKGEKKNVEGKKMHVEHKGSLQDTLVEMEQDLQSSISYAGGNTLEAIRNVDYVIVKNSIFNGDRF PGPT0021450_1030 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021450-guaC-K00364 NA NA D1-12_03011 222 hypothetical protein ATGAGAAGTAAATTATCATTAATCGGTGTGCCGATTGTTATGATTATCGGTTATATCATTTCTTTATCCTTTGAGTGGCTGTTTCCTGTTCTTACTTTTGGGGTGGCAGGACTATATCTCTTTATATTTGCTCCGGTGCAAAATAAATTCATTCGTTACATCTTTTTGTTTATTTTTGTGATTAATCTGTTAGCCAGTGCGGCTCTTTATTTCGGTATTTAA MRSKLSLIGVPIVMIIGYIISLSFEWLFPVLTFGVAGLYLFIFAPVQNKFIRYIFLFIFVINLLASAALYFGI NA NA NA NA NA D1-12_03012 525 hypothetical protein ATGAACCGCATGTTGCCGGCAATCAGGACGTCTGTCATTCCGTTAACCGCGTCATTGCTGTTTTTTTCAGGCGGTGTGATCGCTGCGTTTTTTTCCGATCACTTTGTTTCATCAGCGTCTTACAACGGCTCGTCAGGCGCGGTTGAACTGCTGAAAAACAATGCAATCGCTTGTCTGTTTTTAGCCGCGGGTTTTTTTACCTTTGGATTGACCTCAATCTTTTATTTATTCACCAACGGGTTTATTTTAAGCGGCTCTATTATAGAAAATGTGCATAGCGGGGTTCCTTTTTATCAGATTTTTTTACTGCTAATTCCTCATGGTATATTTGAAGTTCCCGCGTTATTATTAAGTGGCGCCATTGGTTTTAAGGGCGTTGAATTGGTCATCAGGCTGTGTTTTTCTAAGGAAAAAAAGATAATCGCTTCAATGTTCAGGCATATTGGAATATTGGTGCTCATAATTATTTGTCTGCTGATCGCCGCTGCCATTATTGAAGCTTACATCACACCAATTTTTAAGTAA MNRMLPAIRTSVIPLTASLLFFSGGVIAAFFSDHFVSSASYNGSSGAVELLKNNAIACLFLAAGFFTFGLTSIFYLFTNGFILSGSIIENVHSGVPFYQIFLLLIPHGIFEVPALLLSGAIGFKGVELVIRLCFSKEKKIIASMFRHIGILVLIIICLLIAAAIIEAYITPIFK PGPT0024685_656 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-STAGE_II_SPORULATION,PGPT0024685-spoIIM-K06384 NA NA D1-12_03013 705 lnrL_3 COG1131 Linearmycin resistance ATP-binding protein LnrL ATGATTAAATTAGTGAATATACAAAAAAACTATAGTGAAAAACAGGTGTTGAAAGATATTTCGTTTGAGGTGAAAAAAGGCTCAATTTATGCTTTGCTGGGGACTAATGGAGTCGGGAAAACAACGACTTTGAAAATCATTTCGGGCCTGCTTAAACCGACTTCAGGCCGCGTCATGATTGACGGCAAGGAACTGGATTCAGAAGAGGGGGGGCAACTATCGGCTGATATCGGTTTTGTGCCCGACCATGCTTTTTTATATGATTACTTAACGGGAGTCGAATACTTGCGTTTTACAGCGGAGATGTTTCAAGTGCCGTCTCAGCGGACAAATGATTATATAAAGAATATGTTAGAGACGCTGAAGCTTGCTCAAGACGGAAATCAGCTGATTAAAACATATTCACACGGAATGAAACAAAAATTATCAATTGCGGCCGCGCTCATTCATCAGCCAAAGATATTAATTCTTGACGAGCCGCTGACGGGCATTGATTTAATCAGCGGTAAAACGATACGGACGTTATTAAAGGAGTACGTCAAGCAGGGAAATACGGTCCTGTTATCGACTCACCTGCTGGAGCTGGCACATTCGCTGTGCGATACGATCGGTATTATACATGAGGGCGTTTTTGCGGCGGAGTATCAGTCATCCGAGCATTCATTAGAAGAGATTGAAGAATTGGCTGAGAGTATCTATACATGA MIKLVNIQKNYSEKQVLKDISFEVKKGSIYALLGTNGVGKTTTLKIISGLLKPTSGRVMIDGKELDSEEGGQLSADIGFVPDHAFLYDYLTGVEYLRFTAEMFQVPSQRTNDYIKNMLETLKLAQDGNQLIKTYSHGMKQKLSIAAALIHQPKILILDEPLTGIDLISGKTIRTLLKEYVKQGNTVLLSTHLLELAHSLCDTIGIIHEGVFAAEYQSSEHSLEEIEELAESIYT PGPT0006725_26762 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990 NA NA D1-12_03014 1656 hypothetical protein ATGATAGTCAAACAAATTGCGGCTCTTATCAAATATAATACCCTGTCATCGTTTCGAAAAAGAAAGGAAGATTGGGGCATTCCTCAACTCAACAGCAAACTGCTGTCTGCCATTATTATTTCTCTGTTATGTTTATATCTCGTTTTCCTTGGATGCGGTGTTGTATTCGGGACAAAACTGATTCAGCTGCCCCTCAGCGCATGGGGGCAATTTGTTTTAATCGCCGTTTCACTTGAGCAGCTTTTTTGGGCTGCCGGCTTCTTTAAAGAACATCACAATGCCTTTCTGCTGGATACGCGTAAGGTCATTCATCAATTAAAAAAGGTGCGTTTTTTACAGCTGTTTTCTGTTTTTGCCGGCCAGGCGATCAAAAAAACCATTTTCGTATGGTATCTTTTTGTTTTTCCGGTCTTTTTGTTTTTATCAAGCGCAGGCATGACCGGGTCTGCGGCGATCATCGTATTTTTCTTGGGCTTCGTTTATTTTCTTCTCAATTTATTTTTATCTATGCTGTTTTCTTATGTTGTTTATCTCCTTACAAATATGTGGAGCAAATTGTTTTACTTGAAAATCCTGAAAGGCATTTTATTCAGCGTCAGCCTGCTGGTTCCGCTTGCAGTCGGGTATGCCGTTTATCTTCTCGTGTTTGGGGAGTATACCGCAAAGGATATTTCTAGCTTTACGGAGTCACCGGCTTTCCGGAACATCCTCATGAATACGCCGTATGTATGGTTAGCATTCCGCTCACATTCCGTGCTCGTTTTCGCTGCGGTGTTTGCGGCCGCCGTCCTTTTAACGGCGGGAATGTTTAAACTGTGGTCGGCCACCCTGAAGAAAATGGACCTTATTCCTTATATGTTTTTGACAAACGCAGATTTTGCGCCAAAGCTGAAATTATATAGAAATAACAAAATATTTCATGCCGTTTTTCAAAAGGACCTCCTGTTCTTATCGAGAATTGACGGGTTTTTTATCAGGAACTTCGGCAGTATGCTGTATTTGTTCATGCTGTTTTTAGGTTTTTGTATTCCGCTTTTATCGCATCACTTTATCGGGTATTCGGCAGCCGCCATCGTGTCTGCGGCGGTTATCATTGCGAACTTTTCGTATCAGCTCGTCGGAGATGCGCTCAAAACAGTATTATCAGTGGACGGGGAAATAAAAAATCAGCATTTGTTTCACCGGAATATCAAACATGCGTGGCAGCTGGTGTTTCCGAAAGTATGTATTTATAATCTCGCCGCTCTTATCTATTCGTTCATCATCACCATTTTGATTACGGTGTTTTTTCCGTCTTCTGCGGCGCTGACGATTTACTTGTTTATTGTGTTTTTATGTTCGGGTTTTTTATACAGTCTTGTCCAGATTTCAAGCACCGCCCTGTATCCTAAGAAAAACTGGGAGCATCTGTACGAAATTGGAGAAGCGGGGAAAGCAAAGACGTATAACAACTTATACAGTTCTTTCATTTTCATTGTGTCGCTTCAAATCGCTGCGATCACATCGTATTTTATCTATAAAAAGCCGGAACTTGAAACGATGCTTATTCATTCTGCATCAGGTATTTTTGTCCTGTTCACACTATTAAACTATGGAGTCATGTTTCTGTTTCTTCGCAGAATCAATATGGCGGAAAGGTTTGCGAACAATGATTAA MIVKQIAALIKYNTLSSFRKRKEDWGIPQLNSKLLSAIIISLLCLYLVFLGCGVVFGTKLIQLPLSAWGQFVLIAVSLEQLFWAAGFFKEHHNAFLLDTRKVIHQLKKVRFLQLFSVFAGQAIKKTIFVWYLFVFPVFLFLSSAGMTGSAAIIVFFLGFVYFLLNLFLSMLFSYVVYLLTNMWSKLFYLKILKGILFSVSLLVPLAVGYAVYLLVFGEYTAKDISSFTESPAFRNILMNTPYVWLAFRSHSVLVFAAVFAAAVLLTAGMFKLWSATLKKMDLIPYMFLTNADFAPKLKLYRNNKIFHAVFQKDLLFLSRIDGFFIRNFGSMLYLFMLFLGFCIPLLSHHFIGYSAAAIVSAAVIIANFSYQLVGDALKTVLSVDGEIKNQHLFHRNIKHAWQLVFPKVCIYNLAALIYSFIITILITVFFPSSAALTIYLFIVFLCSGFLYSLVQISSTALYPKKNWEHLYEIGEAGKAKTYNNLYSSFIFIVSLQIAAITSYFIYKKPELETMLIHSASGIFVLFTLLNYGVMFLFLRRINMAERFANND PGPT0006730_890 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992 NA NA D1-12_03015 339 hypothetical protein ATGATGAACTTAGTAAAATCTAATAAAAAGTCTTTCATTTTGTTTGGCGCGGCTCTTGCTGCAGCAACATTGGTTTATGCACTATTATTAACGGGAACTGAATTAAACGTGGCGGCGGCTCATGCATTCTCAGCCAATGCTGAATTAGCTTCTACTCTCGGCATCTCTACAGCAGCAGCTAAAAAAGCAATTGATATTATTGATGCGGCATCAACAATTGCTTCTATCATTTCTCTTATCGGTATCGTTACAGGCGCAGGCGCGATTTCTTATGCAATCGTTGCAACAGCAAAAACAATGATTAAGAAATACGGCAAAAAATACGCAGCTGCTTGGTAA MMNLVKSNKKSFILFGAALAAATLVYALLLTGTELNVAAAHAFSANAELASTLGISTAAAKKAIDIIDAASTIASIISLIGIVTGAGAISYAIVATAKTMIKKYGKKYAAAW NA NA NA NA NA D1-12_03016 573 hypothetical protein ATGATAGGTCAATTGAGCAATAAAAAAATATTTTTAAGTTCTTTTTTCATCATTTTGATCTGTTCATTACTCTTCCAATTCAGTATTTCAGATAAAGTTCTGCAGTCGTATTATTCTTCCGTCGGAGAAAGTACCTACGATATCGGGGAGAAAAGTGTTCGTACGATTGTCATGTTTCTGCAAGGATTTATGATCTTCACAACTTTTGTGGAAATTCTGATAGGCGGATTTCTGTTATTCGTTGCCGCTTTTATTCTCGGCACAAAGAAACCGAAAAAAAATTATTTGCTTCTATATACGCTGACTTCTTTAATCTCGGCATTTAAAATGTTGATTCTTTCAGTTGTTAACTACTTAACGGCTGATTCCTCGCTTATATATTCTGCCGGCGGCACCAGCTTGAGTCTGCAGCTGCTGGACCCATTTCTGCTCATATCAATCGCGGCTCTTTATGCTGCCGCAGGAAAACTGACCGATCTCAGTAAAGGCAAGAGAATCATTTTGACTGGATGTTTTGTTTTACTAAAACTCTTTACTATTTTTTTAAACTATTTTATGGCGGATAAAATTTAG MIGQLSNKKIFLSSFFIILICSLLFQFSISDKVLQSYYSSVGESTYDIGEKSVRTIVMFLQGFMIFTTFVEILIGGFLLFVAAFILGTKKPKKNYLLLYTLTSLISAFKMLILSVVNYLTADSSLIYSAGGTSLSLQLLDPFLLISIAALYAAAGKLTDLSKGKRIILTGCFVLLKLFTIFLNYFMADKI NA NA NA NA NA D1-12_03017 540 rimJ COG1670 [Ribosomal protein S5]-alanine N-acetyltransferase GTGCAGGAAGGAAACAGCGTTGATATCAGGCCGCTCAGCCTGAATGATGCAGAGCAGGAACTGGTTTTGCAGACGGAAAACCGCATGTTTTTTGAACGGTTTGCCATGTCGAGACAAGAGGATTTTTATACGCTGGAAGGCCGGAAAAAACGAATTGAACAATCACTGAAGAATGCGGAAAATGACACAGAATACAGCTTCGGCATTTTTCTTCAGGATCAGACCCTGATTGGCACGATCAGCCTTTTTCAGGTGGTTCGGGGTTCCCTCCAAAGCGCTTTTATCGGTTATTTTTTAGATGGCAAACATAACGGGAAAGGCTATGCGACGAAGGCTGTCAAGCTGGCAGTCGATTATGCATTCAATGAGCTGAAACTGCATCGGATAGAAGCCGGAGTCATGCCGCACAATAAGGCGTCAATCCGGGTGCTCGAAAAAGCTGGCTTTCATAAAGAAGGCATTGCGAGAAAAAATGTAAAAATAAATGGAAAATGGGAAGATCATCAGGTGCTGGCGATCATACATCCGGAGGATACATGA MQEGNSVDIRPLSLNDAEQELVLQTENRMFFERFAMSRQEDFYTLEGRKKRIEQSLKNAENDTEYSFGIFLQDQTLIGTISLFQVVRGSLQSAFIGYFLDGKHNGKGYATKAVKLAVDYAFNELKLHRIEAGVMPHNKASIRVLEKAGFHKEGIARKNVKINGKWEDHQVLAIIHPEDT NA NA NA NA NA D1-12_03018 93 hypothetical protein ATGAAACTGACGGGAAATACAATACTGATTACAGGCGGAAATGCCGGAATAGGATTGGCTTTCGCAGAACAAATTTTTAAAAGCGGGAAATAA MKLTGNTILITGGNAGIGLAFAEQIFKSGK PGPT0013220_303 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 D1-12_03019 663 hypothetical protein GTGACCGGACGGCGTGAGCACGCTCTTCAAAAAGCAAAGGAAACATTCCCGGATCTTATTACATATGTCAGTGATTTGAGCATTCCATCTGAACGTATATCACTGTTTGATTGGGTGAAAGAAAATTATCCGGAAGTGAATGTGTTAGTAAACAACGCGGGGATTCAACAACGTTTTCACGTGCTGAAAGCGGATGCGAAGGACAATTGGGACTATTTCAATAAAGAAATCACAACGAACATTGAAGCTCCCTTCCACCTGTCTATGCTGTTCGCTCCGTTTTTTGCCGGAAAAAAAGATGCGGCTGTCATTAACGTCTCTTCGGGATTGGCTTTTACACCGCTTGCTATTGCACCGATCTATTCAGCAACGAAAGCGGCGCTTCATTCATTTACAATGAGTCTGAGACATCAGCTTTCTGATTCATCTGTAGAAGTGATTGAAGTTGCGCCTCCGGCGGTGAATACAGATTTAGGCGGAGCAGGGCTGCATACTCAAGGAGAACCGCTGGATGAATTCGCTGATGGGATTTTTAAAGGACTGAAAGAGGGCAAACAAGAAATCGGATATGGTTCTTCAGCGGAACGGCTGCGCATGTCACGGGATAAAGCCGATGAACATACGGCAAATATGTACAATGCAATGAAACATACAATTGAATAA MTGRREHALQKAKETFPDLITYVSDLSIPSERISLFDWVKENYPEVNVLVNNAGIQQRFHVLKADAKDNWDYFNKEITTNIEAPFHLSMLFAPFFAGKKDAAVINVSSGLAFTPLAIAPIYSATKAALHSFTMSLRHQLSDSSVEVIEVAPPAVNTDLGGAGLHTQGEPLDEFADGIFKGLKEGKQEIGYGSSAERLRMSRDKADEHTANMYNAMKHTIE PGPT0013220_306 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 D1-12_03020 363 erpA COG0316 Iron-sulfur cluster insertion protein ErpA ATGAGTGTTCCAGTAACCATCACTGAAGCAGCGGCTTTGCATATAAAAGATATGATGAAAGAGCATGAAGAAGAAAACGCGTTCCTTCGTGTGGGCGTAAAAGGCGGCGGCTGCAGCGGCCTGTCTTACGGGATGGGATTTGAGCATGAAAAAGGCGAAAAAGACAGCATGTTTGAACAGCACGGAATCACCGTCTTGGTCGACAGCGAAAGCCTCGATATCATGACCGGCACGATCATTGACTTCAAACAGTCCATGATGGGCGGCGGTTTCACCATTGACAACCCGAACGCCATCGCTTCCTGCGGCTGCGGTTCATCTTTCCGCACGGCCAAAAACGCCGGTACGCCGGAAGAGTGCTAA MSVPVTITEAAALHIKDMMKEHEEENAFLRVGVKGGGCSGLSYGMGFEHEKGEKDSMFEQHGITVLVDSESLDIMTGTIIDFKQSMMGGGFTIDNPNAIASCGCGSSFRTAKNAGTPEEC NA NA NA NA NA D1-12_03021 855 dapF COG0253 Diaminopimelate epimerase ATGAATTCATTCCGTTTTACCAAGATGCACGGTCTTGGAAACAGTTATATATATGTAAATCAATTTGAAGAACAGCTGCCGGAAGAACGGCTGGCTGAGATTGCCGTTAAAGTGTCCAGCATTCACACGGGCATCGGCTCTGACGGAATGATCCTCATCTGTCCGTCAGAAAAAGCGCCCGTCAAAATGCGGATTTTTAATAATGACGGCTCAGAAGGGAAAAATTGCGGCAACGGCCTTCGCTGTGTGGCAAAGTACGCATACGAACATAAGCTGACAGAAGAAACGTCCTTTTTCATTGAGACGCTTTCAGGTCTTGTGAAAGCAGACATTACAGAGGACAACGGGATTGTGCGTGAAGTCGCCGTCGATATGGGCGAACCGCGCCTCACCAAAAAAGAGCTGCCGATGCTCGGCAATGAAGATGAACGGACGATCGATGAAACCTTTGTTTTTGGAGAAACGGAGCTTTCCGGAACAGCCGTATCAATGGGAAACCCCCATATTGTTTTTCCGGTTGCGGATATCAATCAAGCGCCTCTTACAACGCTCGGTCCCGTCATTGAAAAAGACCCGAGATTTCCGGAAGGCGTCAATGTCGAATTTGTGGAAACCGTCAGCGCCGATGAACTTCATTTCCGCGTATGGGAACGCGGCTCCGGCATTACACAGGCTTGCGGAACAGGCGCCTGTGCGGCGGCTGTCGCATCCGTATTGAACGGTGTTTCCGAACGAAACCGGGATATCACCGTTCATTTAGCGGGAGGCGACCTTGTGATTAATTGGCAGGACAACGGGCACGTGCTGATGACGGGACCCGCCGAAACCGTATGCAGCGGCGTCTTTTATTTGTAA MNSFRFTKMHGLGNSYIYVNQFEEQLPEERLAEIAVKVSSIHTGIGSDGMILICPSEKAPVKMRIFNNDGSEGKNCGNGLRCVAKYAYEHKLTEETSFFIETLSGLVKADITEDNGIVREVAVDMGEPRLTKKELPMLGNEDERTIDETFVFGETELSGTAVSMGNPHIVFPVADINQAPLTTLGPVIEKDPRFPEGVNVEFVETVSADELHFRVWERGSGITQACGTGACAAAVASVLNGVSERNRDITVHLAGGDLVINWQDNGHVLMTGPAETVCSGVFYL PGPT0007230_1877 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PHYTOHORMONE-CYTOKININS|DERIVATE_PRODUCTION PHYTOHORMONE-CYTOKININ_METABOLISM PHYTOHORMONE-CYTOKININ_BIOSYNTHESIS,PGPT0007230-dapF-K01778 NA NA D1-12_03022 1218 nupX COG1972 Putative nucleoside permease NupX TTGAATATCGTTTGGGGGCTGCTCGGGGCAGTTGCTATATTAGCCATTGCTTTTTTGTTATCAGAGAAGAAAAGCAAAATTAACCTGCGAACCGTCATTGTCGGTTTATGTTTACAAATGGCCTTCGGATTCATCGTATTAAAGTGGGACGCCGGACGGGCCGTATTTTTATGGTTCTCAAGCCGTGTGCAGCTTCTCATTGATTATGCGAACGAAGGCATCAGCTTTATTTTTGGCCCGCTGTTAAAAGTGGGCAGCAGCCCGGCTTTTGCGCTGAGCGTTCTGCCGGTCATTATCTTTTTCTCAGCGCTGATTGCCGTTTTGTATCACTTGAAAATCATGCAGCTCATCTTTCGCGTCATCGGAGGCGGACTGTCAAAACTTCTTGGGACAAGCAGAACGGAATCGCTTGCGGCGGCTGCGAATATTTTTGTCGGACAGTCTGAATCACCGCTTGCCATTAAACCGCTGATTGCGGGATTGACCCGTTCCGAGCTGTTTACGATTATGACGAGCGGCCTTTCGGCTGTAGCGGGTTCGACGCTTTTCGGTTACGCCCTGTTAGGCATTCCGATCGAATACCTGCTGGCGGCCAGCTTTATGGCGGCTCCCGCCGGTCTCGTGTTCGGAAAAATGTTAATACCTGAAACGGAAAAAACGCAGACGATAAAAGGCGATTTTAATATGGACGAAGAAGGCGAGGGCGCCGCTAATGTGATTGATGCAGCGGCAAAAGGCGCGTCAACGGGTCTGCAGATTGCTCTAAATGTCGGCGCCATGCTGCTTGCGTTTGTCGCGCTCATCGCCGTAGTGAACGGAATTCTCGGCGGAATCGGCGGCTGGTTCGGTTTCAAACATATTACATTGGAATCCATTCTCGGTTACGTGTTTTCACCGATCGCATTTGTAATCGGCGTTCCTTGGCATGAAGCGCTCGGAGCGGGAAGCTATATCGGACAGAAACTTGTTCTGAATGAGTTTGTCGCTTATTCAAACTTCGGTCCGCATATTGCGGACTTTTCTAAAAAAACGTCTACGATTATCAGCTTTGCGCTGTGCGGATTTGCCAACTTCTCTTCGATTGCGATTATGCTCGGCACACTGGGCGGATTGGCCCCAAGCCGCCGTTCGGACATTGCGCGCCTCGGATTAAGAGCGGTTATTGCGGGAACACTCGCAAACCTTCTCAGCGCGGCGATTGCCGGCATGTTTATTTAG MNIVWGLLGAVAILAIAFLLSEKKSKINLRTVIVGLCLQMAFGFIVLKWDAGRAVFLWFSSRVQLLIDYANEGISFIFGPLLKVGSSPAFALSVLPVIIFFSALIAVLYHLKIMQLIFRVIGGGLSKLLGTSRTESLAAAANIFVGQSESPLAIKPLIAGLTRSELFTIMTSGLSAVAGSTLFGYALLGIPIEYLLAASFMAAPAGLVFGKMLIPETEKTQTIKGDFNMDEEGEGAANVIDAAAKGASTGLQIALNVGAMLLAFVALIAVVNGILGGIGGWFGFKHITLESILGYVFSPIAFVIGVPWHEALGAGSYIGQKLVLNEFVAYSNFGPHIADFSKKTSTIISFALCGFANFSSIAIMLGTLGGLAPSRRSDIARLGLRAVIAGTLANLLSAAIAGMFI PGPT0021070_1256 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_NUCLEOSIDE_TRANSPORT,PGPT0021070-TC_CNT|nupX-K03317 NA NA D1-12_03023 237 hypothetical protein ATGAATCCGATGATTGAATTCTGTGTCAGCAATTTAGCGCGCGGTTCCCAGGAAGCACTTGAGATCTTAGAGAAGGATCCGAACTTGGACGTGCTTGAATATGGCTGTTTAAGCTATTGCGGGAAATGCATGGAGTCCCTGTTCGCCCTAGTTAACGGCGAAGTGGTCACGGGGGGCACGCCTGCTGAATTGGTTGACAACATATATACATTCATAGAAGAAAATCCGATGTTTTAA MNPMIEFCVSNLARGSQEALEILEKDPNLDVLEYGCLSYCGKCMESLFALVNGEVVTGGTPAELVDNIYTFIEENPMF NA NA NA NA NA D1-12_03024 1068 ndh COG1252 NADH dehydrogenase ATGAAAAAATTGGTCTTGATCGGCGGGGGTTACGGAAACATGCGGGTGCTGCACCGCTTACTGCCGAACCAGCTTCCGTCAGATATATCCATCACGCTGATTGACAGAAACCCGTATCACTGCTTAAAAACAGAATATTATGCGCTCGCCGCCGGCACGATTTCTGATCATCATATCAGGGTGTCTTTTCCTGAGCATCCGAATCTGGATGTTCAATACGGTGAGGTGGCTTCCGTCGACACGAAAAACAAACAGGTTCTGTTTCATGACCGCGAACCGATTTCTTACGATGACGCGGTGATCGGACTGGGCTGCGAGGATAAGTATCATAACGTGCCCGGCGCGCCGGAACATACTTACAGCATTCAGACCATTGATCAGTCACGCGAAGCCTATCAAAAGCTGAACAACCTCGGCGCCAATGCATCTGTCGCTATCGTCGGAGCGGGATTAAGCGGCGTGGAGCTTGCCAGTGAATTAAGAGAGAGCCGTGACGATCTGAAGATTATGTTATTTGACCGGGGCGACCTGATTTTATCAAGCTTTCCGAAAAGACTCAGCAAGTATGTTCAGAAATGGTTTGAAGAACACGGCGTCACCATTATCAATAATGCGAATATTACAAAAGTGGAAGACGGGATCGTTTATAATCATGATGAAGGAATACCGGCCGATGCCATCGTGTGGACGGCGGGAATTCAGCCGAATAAAGCCGTCAGAGAAATGGACGCTGAAAAAGATCCGCAGGGCCGCATCGTTTTAACACCGCACCACAATCTTCCGGGCGATGAGCATGTTTACGTCGTCGGTGATTGCGCGAGCCTGCCGCATGCGCCGAGCGCCCAGCTGGCTGAAGCACAAGCGGAACAAATTGTGCAGATCCTCCTGAAACGCTGGAACAACGAAGAGCTGCCGGAAACAATGCCGCAATTTAAGCTGAAAGGCGTTCTCGGTTCACTCGGAAAAAAAGCGGGCTTCGGTCTTGTCAACGACCGTCCGCTCATCGGGCGTGTGCCCCGTTTATTAAAATCAGGCCTTTTATGGATGTACAAGCATCATAACGGCTGA MKKLVLIGGGYGNMRVLHRLLPNQLPSDISITLIDRNPYHCLKTEYYALAAGTISDHHIRVSFPEHPNLDVQYGEVASVDTKNKQVLFHDREPISYDDAVIGLGCEDKYHNVPGAPEHTYSIQTIDQSREAYQKLNNLGANASVAIVGAGLSGVELASELRESRDDLKIMLFDRGDLILSSFPKRLSKYVQKWFEEHGVTIINNANITKVEDGIVYNHDEGIPADAIVWTAGIQPNKAVREMDAEKDPQGRIVLTPHHNLPGDEHVYVVGDCASLPHAPSAQLAEAQAEQIVQILLKRWNNEELPETMPQFKLKGVLGSLGKKAGFGLVNDRPLIGRVPRLLKSGLLWMYKHHNG PGPT0004020_5758 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 D1-12_03025 327 hypothetical protein ATGACAAAGCCGGTTACGCTCAGTGTTTACGGCGCTGAAACGCTTTGCGCAAGCTGCGTGAATATGCCGAGCGCCAAAGATACGTTTGAATGGCTGGAGGCGGCGCTGAAACGGAAATATCCGGAGCAGCCTTTTAACATGCGGTATATTGATATTGACGCACCGCCTCAGCAAAAGGAGACAGAAGAGCTTGCGGAGCGCATCAGAAACGATGAATTTTTCTATCCGCTCGTGCTGGTGGAGGATGTCATTGTGGGGGAAGGGAATCCGCATTTAAAAGATATATATGAAGAAATGGAAAAGCGCGGCTATGTGGCGGGCTCTTAA MTKPVTLSVYGAETLCASCVNMPSAKDTFEWLEAALKRKYPEQPFNMRYIDIDAPPQQKETEELAERIRNDEFFYPLVLVEDVIVGEGNPHLKDIYEEMEKRGYVAGS NA NA NA NA NA D1-12_03026 237 nfuA Fe/S biogenesis protein NfuA ATGACTGAGGTTGAAATGAAAGAGCAAGTACAGGAAGTATTGGATAAATTACGTCCGTTTCTGCTTCGTGACGGCGGTGACTGTGAGCTTGTTGATGTAGACGAAGGCATTGTAAAGCTTCGCCTCCTTGGCGCATGCGGCAGCTGCCCAAGTTCAACGATTACGCTGAAAGCCGGAATCGAACGCGCCCTTCTTGAAGAAGTACCGGGTGTCGTTGAAGTAGAACAAGTATTTTAA MTEVEMKEQVQEVLDKLRPFLLRDGGDCELVDVDEGIVKLRLLGACGSCPSSTITLKAGIERALLEEVPGVVEVEQVF PGPT0012225_450 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS FUNGICIDAL_COMPOUNDS|ANTIBIOTICS FUNGICIDAL-MOTILITY-MEDIATED_DEFENSE_SIGNALLING,PGPT0012225-lysS-K04567 NA NA D1-12_03027 1977 dpp5 COG1506 Dipeptidyl-peptidase 5 TTGAAAAAACTCATAACCGAGGAGGACATTGCGTCACTCGTATCCGTGACAGACCCGCAATATGCCCCTGACGGCAGAAGAGCCGCTTACGTCCGGACAACAGTCAATCATAAGCGTGATTCCTATTCCTCAGCCATTATGGTATATGACACAGAATCCGGCATCTCAAACCCGTGGACTTTCGGGGACAATAGAAATACAAGTCCGCGGTGGTCGCCTGACGGACGGCGCCTCGCCTTTGTTTCTGACAGGGAGAACGGCGTCCCTCAGCTGTACATCATCGACGCTGCCGGCGGAGAGGCGGAACAGGCGGCCGATATTCCTTGGGGCGTATCAGATCCGATATGGGCGCCCGACGGCAGATCCGTGCTTGTGTCCGTCAGTCTGACATCAGCGGAGCGCGCCGATGAGAAAGAAAAAAAGAAGCATGACGAGTATGAGCCGGTTGACATTCAGTCATTAACATATAAACGTGACGGGAAAGGCCTGCTGAACGGAAGCTGGGCCCAGCTTGTGCTGATTCATCTTGAAACGGGGGAGATTCAGCAGCTGACGGATCATGAAGCGGATCATTATGACGCGGCCTTTTCACCGGATGGCAGGCAGCTTGCGTTTACCGCCAATTTATGCGAGCCGGGTGACGCCGGAAAGCCGAGCGATGTCTATCTGATGAATCTGGCGGATGGAAGCCTGAAGCAGATTACGCCGCACCGCGGTTCTTTCGGTTCCTGCGTGTTTTCACCGGACGGTTCTTATATCGCGATGCTGGGCCATGAAAATGAATTTCGCAATGCGACTTTAGAAAAAGCGTGGCTGTATGACGTGAAAACTGAGCGGCTCACCTGCCTGACCGACATGCTGGATGTTCATTTGAGCGATGCGCTGATTGCGGATTCAATCATAGGAGGAGTGACGCCCCGGCCGGTATGGACAAACGACGGGCAGGGTTTTTACGTTCTCGGGAGCGAGCAGGGAAGCACCGGTATTTATTATATCTCGATTGACGGCCTCGTATATCCGATCCGATTAGAAGAAGAGTACGTGAACGGTTTTGCTTTTCATCCTGATCAGAAAAGCTGTATCGCCGCAATCACCAAACCCGCACAGCCTTCCGAGCTTTACAGCATTTCGCTCGAAGATGGGGAAGAGAAGCAATTGACATCCGACAATGATCGGTTTATTGAGGAGCGCATCATATCCGTGCCGGAAAAGCTGCAATATGAAACAAAGGACGGGCTGACGGTAAACGGCTGGTTTTTAAAGCCCGCCGTTTTTGAAGAGGATCAAACTTATCCCCTCATTCTATACATACACGGCGGGCCTCACATGATGTACGGCCATACGTATTTTCACGAATTCCAAGTGCTGGCCGCACAAGGATATGCTGTCGTGTATGTCAACCCGAGAGGAAGCCATGGCTACGGACAGGATTTTGTCAATCGTGTCAGGGGTGATTACGGAGGCGGAGATTACCGTGATGTCATGCAGGCGGTGGATGAAGCCGTTCAGGCGTATCCGTTTATTGACAGCGGCCGTCTCGGTGTGACGGGCGGAAGCTACGGAGGGTTTATGACGAATTGGATTGTCGGGCAGACAGGCCGTTTTAAAGCAGCCGTCACGCAGCGCTCCATTTCAAATTGGTTCAGCTTCCACGGTGTCAGCGATATCGGTTTCTTTTTTACCGACTGGCAGCTCGGACATGATTTGTTTGAGGAAGCGGATAAGCTTTGGGATCGTTCTCCTGTAAAATATGCGTCCCGCGTTTCGACGCCGCTTTTGATTCTGCACGGTGAGCGAGATGACCGCTGTCCGATAGAGCAGGCCGAGCAGCTTTTTACCGCGTTGAAGAAACTGAACAAAACGACGTCGTTCATCCGATTTCCGAAAGCCACGCATGAGCTGTCGAGAAGCGGCCATCCGGAACAGCGGATGAAACGCATCCGTTATATTTGTTCATGGTTTGATGACTATTTGTAA MKKLITEEDIASLVSVTDPQYAPDGRRAAYVRTTVNHKRDSYSSAIMVYDTESGISNPWTFGDNRNTSPRWSPDGRRLAFVSDRENGVPQLYIIDAAGGEAEQAADIPWGVSDPIWAPDGRSVLVSVSLTSAERADEKEKKKHDEYEPVDIQSLTYKRDGKGLLNGSWAQLVLIHLETGEIQQLTDHEADHYDAAFSPDGRQLAFTANLCEPGDAGKPSDVYLMNLADGSLKQITPHRGSFGSCVFSPDGSYIAMLGHENEFRNATLEKAWLYDVKTERLTCLTDMLDVHLSDALIADSIIGGVTPRPVWTNDGQGFYVLGSEQGSTGIYYISIDGLVYPIRLEEEYVNGFAFHPDQKSCIAAITKPAQPSELYSISLEDGEEKQLTSDNDRFIEERIISVPEKLQYETKDGLTVNGWFLKPAVFEEDQTYPLILYIHGGPHMMYGHTYFHEFQVLAAQGYAVVYVNPRGSHGYGQDFVNRVRGDYGGGDYRDVMQAVDEAVQAYPFIDSGRLGVTGGSYGGFMTNWIVGQTGRFKAAVTQRSISNWFSFHGVSDIGFFFTDWQLGHDLFEEADKLWDRSPVKYASRVSTPLLILHGERDDRCPIEQAEQLFTALKKLNKTTSFIRFPKATHELSRSGHPEQRMKRIRYICSWFDDYL NA NA NA NA NA D1-12_03028 930 thrB COG0083 Homoserine kinase ATGAATGAGGCGGAGATGCTGTTTTCCATTACGGTTCCGGGAAGCACCGCCAACTTAGGGCCTGGGTTTGATTCCGTCGGGATGGCGCTCAGCAGATATTTGAAGCTTTCGGTTTTCCGAAACGATGAATGGCAGTTCTCGGCGGAAACCGAAACTGTCGCGGGCATCCCTCAAGGAACGGACAACCTCATCTACCAAGTCGCCAAACGGACGGCTGACCGCTATCAGAAAGAGCTGCCGCCCGCCCATGTCAAAGTGTGGAGTGACATCCCCCTTGCGCGGGGTCTCGGAAGCAGCGCGGCCGCTATCGTCGCCGCCATTGAGCTTGCGGATGAGTTATGCGGCCTGCAGCTGTCGGAAAGTGACAAGCTGCACTTAGCCAGTCTTGAAGAGGGGCACCCTGATAATGCCGCTGCTTCCCTTGCAGGAGGGCTTGTGATCGGCCTTCACGAAGAAGATGAAACACATATCGTGCGTGTTGCCGAAGCGGATATCGACGTTGTGGCAGTGATTCCGTTTTACGAAGTTCTGACCAGGGACGCAAGAGACGTGCTCCCGAAAGAGCTGCCGTACCGGCACGCCGTTAAAGCAAGCGCCGTCAGCAACCTTCTCGTTGCTGCGATCATGTCAAATGACTGGGCGCTCGCCGGGAAAATGATGAGAAAAGACATGCTCCATCAGCCGTACCGCGCCATGCTTGTTCCTGAGCTTTCAAAGGTGGAACATGCGGCCGAAATGAAAGGCGCTTACGGAACGGCGCTGAGCGGAGCGGGACCGACGATTCTTGTTCTGATTGAAAAAGGAAAGGGAGAAGAGCTGAGAAAACAGCTTTCTGAGCATTTCCCTCACTGTGAGATTGCGGCGCTTACCGTCCCGTCAGAAGGAAGCGTAATTGAACGGAATCCTTTAGAGCAGGTGAAAAGTGTATAA MNEAEMLFSITVPGSTANLGPGFDSVGMALSRYLKLSVFRNDEWQFSAETETVAGIPQGTDNLIYQVAKRTADRYQKELPPAHVKVWSDIPLARGLGSSAAAIVAAIELADELCGLQLSESDKLHLASLEEGHPDNAAASLAGGLVIGLHEEDETHIVRVAEADIDVVAVIPFYEVLTRDARDVLPKELPYRHAVKASAVSNLLVAAIMSNDWALAGKMMRKDMLHQPYRAMLVPELSKVEHAAEMKGAYGTALSGAGPTILVLIEKGKGEELRKQLSEHFPHCEIAALTVPSEGSVIERNPLEQVKSV PGPT0020275_1518 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_SERINE_DEGRADATION,PGPT0020275-thrB-K00872 NA NA D1-12_03029 1068 thrC COG0498 Threonine synthase TTGGAGCTAATGTGGAAAGGACTCATCCATCAATATAAAGAATTTCTGCCGGTGACGGATCGGACGCCGGCCCTGACATTGCATGAAGGCAACACGCCGCTGATTCACCTGCCGAAGCTTTCTGAAAAGCTCGGAATTGAACTGCATGTGAAAACAGAGGGCGTTAATCCGACGGGGTCCTTTAAGGACCGCGGCATGGTCATGGCGGTCGCCAAAGCGAAAGAAGAAGGCAATGATACCATCATGTGCGCCTCTACAGGCAACACATCCGCGGCGGCTGCGGCATACGCGGCGAGAGCCGGCATGAAATGCATCGTCATCATCCCAGACGGAAAAATCGCCTTCGGAAAACTTGCGCAGGCCGTCATGTACGGTGCGGAAATCATTGCGATTGACGGAAACTTTGACGACGCGCTGGCCATCGTCCGGTCAATTTGCGAAAAATCACCGATTGCATTAGTGAATTCAGTAAACCCTTACCGGATTGAAGGGCAAAAAACAGCGGCCTTTGAAGTATGCGAACAGCTCGGCGGAGCGCCGGACATTCTGGCGATCCCGGTAGGAAACGCCGGGAATATCACGGCCTACTGGAAAGGGTTCAAAGAATACCATGAGAAAAACGGCACCGGACTTCCGAAGATGCGCGGTTTTGAGGCGGAAGGTTCTGCGGCTATCGTCCGCGGCGAAGTCATTAAAAATCCAGAGACCGTTGCGACGGCAATCCGAATCGGGAATCCCGCCAGCTGGGACAAAGCGGTGCTCGCTGCGGAAGAATCAGCCGGAAAAATTGATGAAGTCACAGATGAAGAAATTCTTCACGCTTATCAGCTGATTGCCCGTGAAGAAGGCGTGTTTGCCGAACCAGGCTCCTGTGCATCCATCGCCGGCGTTTTGAAACAGGTGAAATCCGGTGAAATTCCAAAAGGCAGCAAGGTTGTCGCAGTTTTGACCGGAAACGGCCTGAAAGATCCGAACACGGCTGTGGACGTTTCTGACATAAAACCGATTACGCTGCCGACAGATGAGGACAGTATTCTGGAATACTTAAATGGAGCGGCGCGTGTATGA MELMWKGLIHQYKEFLPVTDRTPALTLHEGNTPLIHLPKLSEKLGIELHVKTEGVNPTGSFKDRGMVMAVAKAKEEGNDTIMCASTGNTSAAAAAYAARAGMKCIVIIPDGKIAFGKLAQAVMYGAEIIAIDGNFDDALAIVRSICEKSPIALVNSVNPYRIEGQKTAAFEVCEQLGGAPDILAIPVGNAGNITAYWKGFKEYHEKNGTGLPKMRGFEAEGSAAIVRGEVIKNPETVATAIRIGNPASWDKAVLAAEESAGKIDEVTDEEILHAYQLIAREEGVFAEPGSCASIAGVLKQVKSGEIPKGSKVVAVLTGNGLKDPNTAVDVSDIKPITLPTDEDSILEYLNGAARV PGPT0009175_5991 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_SERINE_DEGRADATION,PGPT0009175-thrC-K01733 NA NA D1-12_03030 1302 hom COG0460 Homoserine dehydrogenase TTGGAAGCGATTCGTATTGGACTGTTAGGACTGGGAACCGTGGGAAGCGGTGTCGTCAAAATTATACAAGATCATCAGGATAAGCTTATGCACCAGGTCGGCTGTCCGGTGACGATCAAAAAAGTGCTAGTTAAAGATATTGATAAAAAACGAGACGCAGACCTGCCGAAGGATGTGCTGACGACAGAAGTCTATGATGTAATCGATGACCCTGAGGTCGACGTGATTATTGAAGTCATCGGCGGTGTCGAACAGACGAAGCAATATCTTCTTGATGCCTTGAAAGCGAAAAAACATGTTGTGACCGCAAATAAAGATCTGATCGCCGTATATGGCTCAGAGCTTTTAGCCGCCGCAAAGGAAAATGGCTGTGACTTGTATTATGAAGCGAGTGTCGCCGGCGGAATCCCGATTTTACGCACGCTCGAAGAAGGCCTTTCCTCTGACCGGATCACAAAAATGATGGGAATCGTCAACGGAACGACGAACTTCATCTTAACGAAAATGATTAAAGAAAAAAGCCCGTATGAGGAAGTGCTGAAAGAAGCGCAGGATCTCGGATTCGCGGAAGCTGACCCGACCGCCGATGTAGAAGGACTCGATGCCGCGCGCAAGATGGCGATTTTAGCCCGTCTCGGCTTCTCTATGAACGTCGATCTGGACGATGTCAAAGTAAAAGGAATTTCCCGGATTACGGATGAAGACATCAGCTTCAGCAAACGGCTCGGCTATACGATGAAGCTGATCGGCATCGCCCAGCGTGATGACAATAAAATCGAAGTCAGCGTTCAGCCGACACTGCTTCCGGATCATCATCCGCTCTCTGCGGTGCATAACGAGTTTAATGCCGTTTACGTGTACGGAGAAGCCGTCGGCGAAACGATGTTTTACGGCCCCGGAGCCGGAAGCATGCCGACTGCGACATCGGTCGTTTCCGATCTGGTCGCGGTCATGAAAAACATGCGTCTCGGCGTAAACGGAAACAGCTTTGTCGCCCCGCAGTTTGAAAGAAATCTGAAGCAGCCGTCTGATATCTATGCCCAGCAGTTTTTAAGAATTCACGTCAAAGACCAGGTCGGCTCTTTTTCAAAAATCACATCGGCCTTCTCAGAGCGCGGCGTAAGCTTTGAAAAAATTCTGCAGCTGCCGATCAAAGGCCACGACGACCTCGCGGAAATCGTCATCGTCACGCATCACACATCGGAAGAAGATTTCAGCGACATTCTGCAAAACTTAAATGACCTCGAAGTCGTACAAGAAGTAAAAAGCACATATCGCGTAGAAGGGAACGGTTGGAGCTAA MEAIRIGLLGLGTVGSGVVKIIQDHQDKLMHQVGCPVTIKKVLVKDIDKKRDADLPKDVLTTEVYDVIDDPEVDVIIEVIGGVEQTKQYLLDALKAKKHVVTANKDLIAVYGSELLAAAKENGCDLYYEASVAGGIPILRTLEEGLSSDRITKMMGIVNGTTNFILTKMIKEKSPYEEVLKEAQDLGFAEADPTADVEGLDAARKMAILARLGFSMNVDLDDVKVKGISRITDEDISFSKRLGYTMKLIGIAQRDDNKIEVSVQPTLLPDHHPLSAVHNEFNAVYVYGEAVGETMFYGPGAGSMPTATSVVSDLVAVMKNMRLGVNGNSFVAPQFERNLKQPSDIYAQQFLRIHVKDQVGSFSKITSAFSERGVSFEKILQLPIKGHDDLAEIVIVTHHTSEEDFSDILQNLNDLEVVQEVKSTYRVEGNGWS PGPT0020155_1883 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_SERINE_DEGRADATION,PGPT0020155-hom-K00003 NA NA D1-12_03031 1017 hypothetical protein ATGATGAAAAGCATCATTAAAGAAAAATACGGCATCCACGTCAGACAGCTCTCCGTTTATCAGAAATACCAATGCTTCCAGACGCCAAATTCCTTCTTTCTTATTATTCCCGTCTCCGGATTTTCGCAATCAGAGCTGACGGAGCTTTACTACATGAGTCAGTATTTACAAGAACAAAGTGACCCATACGTTTCAGTGTTTATCTTTACGAAGGAAGGAGAACTGACCTTTGAGGACGAAGGCAAAACGTATGCGCTCTTAAAAGCGCCGATTCCCGTCTCAAACCGGTCGTTTTCTGTCGGAGGGGAGCTTGCCGAATTTCACAGAAAAGGGCGGGGTTTTCCGTACGAAGTGAAAGAAGCGGGCAGGATCGGCCAATGGAAGGACTTATGGGGAAAACGGGTGGATCAGCTGGAATCATTCTGGATGCAGAAAATTCATATGTCTCCGCTTGAACCGTTCGAAAAGAAAATGATCGAAGCATTTCCTTATTATTCAGGCTTAGCGGAAAACGCCATTCAATATTTAGTGGATACGGAGCTGGATGACAATCCCGGCGCAGAGGACTCGGGGACAATCTGCCATCAGCGGATGGAACGGGATACCTGGTCGGAGGAATCATTGATCCGCATTCCGGGCGATTGGGTATTCGACCATGCCGCCCGTGATATTGCGGAATATATGCGCAGCACATATTTGTATCATCGTGACGACCTGCTCAAAAATGGGTTTTTGTTTCTGCAGGAATATGAGCAAGTTACGCCGTTATCCTCCTTTTCCAAGCGCCTGTTTTACAGCCGCCTGCTGTTTCCGCTCCATTTCTTCGAGACGGTGGAGAGCTATTACATTTCTCATGATTCTGAAAAACAGTTTTACGAAGAGCAGCTTGACTACATTCTTGCCGACTGCACCCGCTATGAACAGTTTTTACAGACATGTCACGACATGATGAATGTCAGGTCGGCGCAGGTTTTTGTCCCGCCTGTGGCGTGGCTCGGAAAAGGAATCAGTTCGTAA MMKSIIKEKYGIHVRQLSVYQKYQCFQTPNSFFLIIPVSGFSQSELTELYYMSQYLQEQSDPYVSVFIFTKEGELTFEDEGKTYALLKAPIPVSNRSFSVGGELAEFHRKGRGFPYEVKEAGRIGQWKDLWGKRVDQLESFWMQKIHMSPLEPFEKKMIEAFPYYSGLAENAIQYLVDTELDDNPGAEDSGTICHQRMERDTWSEESLIRIPGDWVFDHAARDIAEYMRSTYLYHRDDLLKNGFLFLQEYEQVTPLSSFSKRLFYSRLLFPLHFFETVESYYISHDSEKQFYEEQLDYILADCTRYEQFLQTCHDMMNVRSAQVFVPPVAWLGKGISS PGPT0025265_15 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_COAT_PROTEIN,PGPT0025265-yutH-NA NA NA D1-12_03032 537 ypjQ COG1267 putative protein YpjQ TTGTATAAACTAGTAAAAAAAGATTGGGTGAAGCAAATGTCAGAAAAGGAACAACTGAATCAGGTGGAAGCTGTCGCCAGGGCGCGTTTAAAAGAACGGGGGGTTGAGACGGACGATATTGCCGAGCTGGTGTATTTCCTTCAAAAAAAATATCATCCTGATTTGACGATGGAGGTATGCAGGCTCAATGTGGACCGTGTCATCGCAAAACGCGAGGTGCAAAACGCCATTTTAACGGGAATAGAATTAGATGTGCTCGCCGAACAAAAAAAGCTGTCTGAACCGCTTCAGACCATTCTGGCGATTGATGAAAGCCTGTATGGGGTTGACGAGGTACTCGCCTTCTCTATCGTGAATATATACGGCTCAATCGGCTTTACGAATTACGGCTACATTGACAAAGAAAAACCCGGCATTCTCGGGCGGTTAAATGATAAATCTACGGGCGAATGCCATACGTTTCTTGATGATATCGTCGGCGCAATCGCAGCAGCGGCTTCAAGCCGGCTTGCCCACAGCGCCAGAAATACAGAATAA MYKLVKKDWVKQMSEKEQLNQVEAVARARLKERGVETDDIAELVYFLQKKYHPDLTMEVCRLNVDRVIAKREVQNAILTGIELDVLAEQKKLSEPLQTILAIDESLYGVDEVLAFSIVNIYGSIGFTNYGYIDKEKPGILGRLNDKSTGECHTFLDDIVGAIAAAASSRLAHSARNTE PGPT0007710_785 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROPHOSPHOLIPID_REMODELLING CE-REMODELLING_GPL_PHOSPHATASE_ACTIVITY,PGPT0007710-pgpA-K01095 NA NA D1-12_03033 771 yutF COG0647 Acid sugar phosphatase ATGAAGGATTATAAAGGATATTTGATAGATTTAGACGGCACAATGTACAACGGGACGGAAAAAATCGAAGAAGCGTGTGAATTTGTGAGAACGCTTAAAGCGCGCGGCATTCCGTATTTATTCGTGACGAACAATTCTTCCCGGACGCCGAAGCAGGTGGCGGACAAGCTGATGAGCTTTGACATTCCGGCATCTGAAGAGCAGGTCTTCACGACGAGCATGGCGACTGCGCAGCATATCGCCCAGCAGAAAAAAGACGCGTCGGTATATGTGATCGGCGAAGAAGGCATCCGTCAGGCCATTGAAGAAAACGGGCTGAGCTTCGGAGAAGAAAACGCGGACTTTGTCGTTGTGGGAATCGACCGCGGCATTACATATGAAAAGTTGGCAACGGGATGCCTTGCGATCAGAAACGGCGCCCGGTTCATTTCAACAAACGGCGACGTCGCCATTCCGACTGAAAGAGGGCTTTTACCAGGGAACGGTTCGCTCACATCCGTTTTGACGGTGTCAACGGGCGTTGAGCCTGTCTTTATCGGCAAGCCTGAATCCATTATTATGGAACAGGCGATGCGTGTGCTCGGAACGGATATTTCCGAAACACTCATGGTCGGCGATAACTATGCAACGGATATTATGGCCGGCATCAATGCGGGCATGGATACGCTGCTGGTTCATACCGGAGTGACAAAGCGTGAGCATATGGCAGATTACGACCGGAAGCCGACATATGCGATTGACTCTTTAACCGAATGGATTGAACATCTATAA MKDYKGYLIDLDGTMYNGTEKIEEACEFVRTLKARGIPYLFVTNNSSRTPKQVADKLMSFDIPASEEQVFTTSMATAQHIAQQKKDASVYVIGEEGIRQAIEENGLSFGEENADFVVVGIDRGITYEKLATGCLAIRNGARFISTNGDVAIPTERGLLPGNGSLTSVLTVSTGVEPVFIGKPESIIMEQAMRVLGTDISETLMVGDNYATDIMAGINAGMDTLLVHTGVTKREHMADYDRKPTYAIDSLTEWIEHL PGPT0005420_946 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AROMATIC|PHENOLIC_COMPOUND_UTILIZATION PLANT_DERIVED_NITROPHENYLPHOSPHATE_DEGRADATION,PGPT0005420-nagD|yutF-K01101 NA NA D1-12_03034 435 hypothetical protein GTGTATTTTGTTGACAGAAATAATATCGAACAAACACTCCGTTTTTTTGAGACCCAGCTGGCGCTGTTTGACAGCACGCCTGCATGGCAGAGCGAAATCGAAAAAAGGGCGCTTGAGCGGATCAGCCATCTTATGATCGAATGCATTCTCGATGTCGGAAATGATATGATTGACGGCTTTATCATGCGCGATCCGGGGAGTTATGACGACATCATGGATATTCTGACGGATGAAAAGGTGGTAGCTGAGGATGAAGGAAATAAGCTGAAGCAACTGATCTCTTCCAGAAAGCAGCTTGTCCAGGAATATCAGCATGCCGACCATCAGGAGCTGTTAACGCTGATCACGTCAAACAGGGACGTGCTGAAAGCCTTTCCGGCCCGTGTAAGAACCTACCTGGAAACAGAATTAGGGCCTGTTTCCGCATTTAAATAA MYFVDRNNIEQTLRFFETQLALFDSTPAWQSEIEKRALERISHLMIECILDVGNDMIDGFIMRDPGSYDDIMDILTDEKVVAEDEGNKLKQLISSRKQLVQEYQHADHQELLTLITSNRDVLKAFPARVRTYLETELGPVSAFK NA NA NA NA NA D1-12_03035 276 yutD COG4470 putative protein YutD ATGATTCTTATTCAAAATGCCGAGTTTGAACTCGTACACGATTTTAAAAACGGCTTTAATGAAGAAGCGTTCAAAGCCCGCTATTCGGACATATTAAATAAATATGATTACATTGTGGGAGACTGGGGATACAGTCAGCTGCGGCTCAAAGGCTTCTTTGATGACCAGAATCAAAAAGCAACCTTTGAAACGAAAATCAGCACATTGGACGAATACATTTACGAATACTGCAATTTCGGCTGCGCGTATTTTGTTTTAAAACGAATCAGAAAATAA MILIQNAEFELVHDFKNGFNEEAFKARYSDILNKYDYIVGDWGYSQLRLKGFFDDQNQKATFETKISTLDEYIYEYCNFGCAYFVLKRIRK NA NA NA NA NA D1-12_03036 897 lipA COG0320 Lipoyl synthase ATGGCAAAGAAAGACGAGCATCTGAGAAAGCCGGAATGGCTCAAAATAAAGCTGAACACGAATGAAAACTATACGGGTCTGAAAAAATTAATGCGTGAAAATAATCTGCATACCGTATGTGAAGAAGCAAAATGCCCGAACATCCATGAATGCTGGGCTGTCAGACGTACGGCGACGTTCATGATTCTCGGTTCCGTCTGTACGAGAGCATGCCGCTTCTGCGCTGTAAAAACGGGTCTGCCGACTGAGCTGGATCTGCAGGAACCGGAACGCGTAGCTGATTCCGTCGCGCTGATGAATTTAAAACACGCCGTCATCACGGCCGTAGCGCGTGATGATCAGAAAGACGGCGGAGCAGGCGTCTTTGCGGAAACGGTCCGGGCGATCCGCAGAAAAAGCCCGTTCACGACAATTGAAGTGCTGCCATCCGATATGGGCGGAAATTACGACAACCTGAAAACATTAATGGATACCCGTCCTGATATTCTGAACCACAACATTGAAACCGTCCGCCGCCTGACACCGAGAGTCCGGGCCCGCGCAACATATGACCGTTCTTTGGAATTCTTGCGCCGTGCGAAAGAAATGCAGCCTGACATCCCGACGAAATCAAGCATTATGATCGGTCTCGGAGAAACGAAGGAAGAAATTATTGAAGTGATGGACGACCTGCTTGCGAACAATGTCGACATCATGGCGATCGGCCAATACCTGCAGCCGTCGAAAAAACATTTAAAAGTTCAAAAATATTACCATCCGGACGAATTTGCCGAACTGAAAGAAATCGCGATGCAAAAAGGCTTCAGCCACTGTGAAGCAGGCCCGCTTGTCCGTTCTTCCTACCATGCGGATGAACAAGTGAACGAAGCGTCTAAAAAACGCCAGGCCCAAGCATAA MAKKDEHLRKPEWLKIKLNTNENYTGLKKLMRENNLHTVCEEAKCPNIHECWAVRRTATFMILGSVCTRACRFCAVKTGLPTELDLQEPERVADSVALMNLKHAVITAVARDDQKDGGAGVFAETVRAIRRKSPFTTIEVLPSDMGGNYDNLKTLMDTRPDILNHNIETVRRLTPRVRARATYDRSLEFLRRAKEMQPDIPTKSSIMIGLGETKEEIIEVMDDLLANNVDIMAIGQYLQPSKKHLKVQKYYHPDEFAELKEIAMQKGFSHCEAGPLVRSSYHADEQVNEASKKRQAQA PGPT0003935_3934 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 D1-12_03037 978 lytH COG0739 L-Ala--D-Glu endopeptidase GTGAAAGTTCTGTTATCTGCTCTTCTCCTTTTATCAGTTTTCTGTCCGGCTGCAAGCGGGAAAGAACAATCGGCTCCTGTTTACGGCGAACGGATGCAGTTGTACCGCAAAGCCGAAGCAGTCACGCAGATTCCTTGGTATGTGCTTGCGGCGGTTGATCAATATGAAGAAAATGTCCGCTCGAACCGAAAGGATCTGCCGGAAAAAGCGGGAATCATCAGCATTTATATTCCGGATCATTTGTGGAGCGGCCCTGAAAATCCAAATCCTAAGGACGATGCGCCTCTCAGCATTAAAGTATTTGACGGGATCGGTTTGGACGGCGACGGCGACGGAAAAGCCGAGGTAAGCAATGATGAGGACATTCTTTATACATTTGCACAGTATTTAGCGGGATTCGGAACGGATCTTGATCATATCCGCATCGGCCTCTGGAATTATTACCGCCGCGATCAGACGGTCGGCATTATCACCGAATTCATAACACTGTTTAAAACGTTCGGCCGCCTTGATCTCGGAGAGCACGCTTTTCCGCTTCCCGTGAAGACGGATTACAGCTACCGCAGCACATGGGGCGCCGCACGGGGTTTCGGCGGGCGCCGGATTCACGAAGGAACGGATCTGTTCGCTCATTACGGGCTCCCCGTCAGATCGACCTGCTACGGTATTGTTGAAATGAAGGGCTGGAACCGTTTCGGCGGCTGGAGAATCGGCATCAGGGATATCAATAACACGTATCACTACTTCGCTCACCTGAACGGCTTTGCAAAAGGTGTGCATAAAGGCCAGATCGTCAAACCCGGAGAGGTGATCGGCTCTGTCGGCAGTTCCGGATACGGACCGCCGGGCACCGCGGGAAAATTTCCGCCGCATCTTCACTACGGGATGTATAAAGATAACGGCAGATCGGAATGGTCTTTTGATCCGTATCCTCATTTAAGGGCATGGGAACGTAAAGAAATCCGCAGGAAAAAGTAA MKVLLSALLLLSVFCPAASGKEQSAPVYGERMQLYRKAEAVTQIPWYVLAAVDQYEENVRSNRKDLPEKAGIISIYIPDHLWSGPENPNPKDDAPLSIKVFDGIGLDGDGDGKAEVSNDEDILYTFAQYLAGFGTDLDHIRIGLWNYYRRDQTVGIITEFITLFKTFGRLDLGEHAFPLPVKTDYSYRSTWGAARGFGGRRIHEGTDLFAHYGLPVRSTCYGIVEMKGWNRFGGWRIGIRDINNTYHYFAHLNGFAKGVHKGQIVKPGEVIGSVGSSGYGPPGTAGKFPPHLHYGMYKDNGRSEWSFDPYPHLRAWERKEIRRKK PGPT0024030_317 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING_LD-ENDOPEPTIDASE_ACTIVITY,PGPT0024030-lytH-K21472 NA NA D1-12_03038 759 yunB Sporulation protein YunB TTGCCTAGATACCGGAGCGCTCTTCGCAAGAGAGGGCCTTTGCCTTTTCGATATGTGCTTCTTCTGTCGTTTGCTTTTTTTATCATATCGACGGTCATCAGCCTTTGGATGATCAACTCCTCAATCAAACCGGTGCTGATGAACATCGGAGAAATGGAAACCAAACGGGTGGCGACAGAGGTCATTACGGAATCCATTGAAGAATACATGTCTCACAGCGACAATGTGAAAGATATGGTCGATATGAAAACGGATGAAAACGGAAAAGTCACAACGATGGATTTTAATACACAAATGGTCAACAGTATGAAGGCGAAAGTGACAAAGCAGCTTCAGGCTCATCTGAAGGAAGCGGAGTCGAACAATAAGCAGCATGAAACGGAAAAAGACGCGAAAACGGCCGATGAAATTATGATTAACATCCCTTTAGGGCAGGTCACGGGAAACAGCATTCTCGGAAATCTGGGGCCGAAAATCCCCGTGCGCTTTAACCTGATCGGTGATGCGTTAACTGATGTGAAAACAAAAATAAAGCCGTACGGCATTAACAATGCCCTGATCGATATCAGCATCTTTGTGGAAATAAAAGTGAAGGTCATTATTCCGTTTGCCAGTAAGACATCAGTCGTGACAAATAATATTCCGGTCTCCATTAAAGCGATTCAAGGAGAGGTGCCGCAGTTTTATAACGGAAGCGGCGGGTCAGGTGTGACGCCTTCCGTCCAGCTGCCGAATGAAAAACAGAAGAAAGATAAATAA MPRYRSALRKRGPLPFRYVLLLSFAFFIISTVISLWMINSSIKPVLMNIGEMETKRVATEVITESIEEYMSHSDNVKDMVDMKTDENGKVTTMDFNTQMVNSMKAKVTKQLQAHLKEAESNNKQHETEKDAKTADEIMINIPLGQVTGNSILGNLGPKIPVRFNLIGDALTDVKTKIKPYGINNALIDISIFVEIKVKVIIPFASKTSVVTNNIPVSIKAIQGEVPQFYNGSGGSGVTPSVQLPNEKQKKDK PGPT0025000_112 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE_OTHER_SPORULATION_RELATED_PROTEINS,PGPT0025000-yunB-NA NA NA D1-12_03039 1395 mggB COG0737 Mannosylglucosyl-3-phosphoglycerate phosphatase ATGTTAGAGAAGCTCCGTTTATATCATACGAATGATTTGCACAGCCATTTCGAAAATTGGCCGAAAATCGTACATTATATTGAGCAGAAGAGAAGTGAGCATGAAAAAGACGGGGAGGAAACACTCGTATTCGACATCGGCGATCATATGGACCGATTCCAAATGATAACGGAAGCGACCTTCGGCAAAGCGAATGTCGACTTGTTAAATCGGCTTGAGATCGATGCGGCTGCCGTCGGGAATAATGAAGGAATTACGCTGCCTCACGATGAGCTGGCGGATTTATATACCCATGCCGCGTTTCCCGTCATTGTGTCCAACCTGTTTGACGCGGACGGACAGCGGCCGGAATGGGCCGAGCCCTACGTGATTAAAACGCTGAAAAACGGGATGACCGCCGGCATACTCGGCGTCACGGTGCCGTATTATCCCGTCTATCAAAAACTCGGCTGGACGGTGACGGATGCGGAAAAAAGCATTCAAGAATCACTTGACGATATCAAGGGCAAAGCGGATATCATCATTCTGCTTTCTCATTTAGGCCTGGTCGATGACCGGGCCGCAGCGGAAAAATTTCCCGACATCGATGTCATTCTTGAATCACATACGCACCACCTTCTTGAGGACGGACAGGACATAAACGGCGTATTGCTTGCATGTGCGGAGAAATACGGGAACTATGTCGGCTGTGTCGAGCTGACGATAGAAAGTGAATCACGAACCATTGTCAGCAAACAGGCATCTGTACAGAAAATGGCTGATTGGCACGGGGAATCTGAAGATACGGCGGCTTTTCTGAAAGAGAAAGAACGGGAAGCGGAAATCCTGCTCTCCGAACAAGTCGCTAATCTGAATGAAGAAGCCGGCGTGAAGTGGTTTGAGGAATCGCCGCTTCCGCTTCTATTAGCCGAAGCGCTGAAAAGCTGGTGCGGCTGTGAAGTCAGCATGGTGAATTCAGGCGTCATTTTGGGGCCTTTACAGAAGGGGCCTGTCACAAAGCTTGACCTGCACCGCATCTGCCCTCATCCGATCAATCCGGTGGCCGTTCGTCTTTCAGGCAGGGAACTCCAGGAAACAATCAGCCAGGCCGCCTCGGAACAAATGGAGCAGCTGCGGATAAAAGGTCTCGGCTTCCGCGGGGAAGTGATGGGCAGGATGGTATATGCCGGAGCGGAGGCAGAGGCCGGCATTCTTGAAGACGGTGTGACGCATCTCCTCAATGTGAAAGTGAACGGAGAAGAGATTGATCCGGAGCGGATATACTCGGTTGCCGTTCTCGATATGTTTACACTCGGAAAGCTGTTCCCTTACATCCGCGATTCAAAAGAAAAACAATACTTTATGCCTGAGTTTTTAAGGGATCTGCTCGCCTGGAAGCTCGCGCGGCAGCCGTAA MLEKLRLYHTNDLHSHFENWPKIVHYIEQKRSEHEKDGEETLVFDIGDHMDRFQMITEATFGKANVDLLNRLEIDAAAVGNNEGITLPHDELADLYTHAAFPVIVSNLFDADGQRPEWAEPYVIKTLKNGMTAGILGVTVPYYPVYQKLGWTVTDAEKSIQESLDDIKGKADIIILLSHLGLVDDRAAAEKFPDIDVILESHTHHLLEDGQDINGVLLACAEKYGNYVGCVELTIESESRTIVSKQASVQKMADWHGESEDTAAFLKEKEREAEILLSEQVANLNEEAGVKWFEESPLPLLLAEALKSWCGCEVSMVNSGVILGPLQKGPVTKLDLHRICPHPINPVAVRLSGRELQETISQAASEQMEQLRIKGLGFRGEVMGRMVYAGAEAEAGILEDGVTHLLNVKVNGEEIDPERIYSVAVLDMFTLGKLFPYIRDSKEKQYFMPEFLRDLLAWKLARQP PGPT0013395_1891 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 D1-12_03040 822 hypothetical protein ATGTCTTATCTTATTTTGATCATATTAGGATTTATCGCGGGAACGGTCGGCAGCCTGATCGGGCTTGGGGGAGGAATTATCATCGTGCCGGCGATGCTCTATTTAAGCACGATGACTCCGTTTTTTCATGACGTAACACCGCAGACTGCCATCGGCACGTCCCTTTTGGTGATTATTTTTACGGGCCTGTCATCAACTCTGGCCTATATGAAATATAAAACCGTTGACTACAAAAGCGGACTGATATTTTTTATCGGCTCCGGCCCGGGAAGCATCATCGGCGCGTATTTGTCTAAACTTTTTAATGCGCATACGTTTTCCGTCTGGTTCGGACTTTTTATGATTTTGATTTCCATTACATTAATGTTGAAGGCGAAAGCAAAACCGGTCAATAAAGCGCATAAAGGCATGATCCGGACATATGAGGATGAATCAGGTGAGCTTTATACATATTCGTACCGTATTTTCACCGGTATCGTGATTGCCTTTTTCGTCGGTTTATTGGGCGGTCTTTTCGGCATTGGCGGCGGCTCTCTTATGGTTCCGGCCATGATGCTGTTATTTTTGTTCCCGCCGAAAGTGGCTGTGGCGACGTCAATGCTCATTATTTTCTTATCCTCCGTGACGGGTTCCGTGTCACATATCGCAGAGGGCCATGTCAATTGGCTGTATGCGCTGTGCCTCGTTCCGGGCGCGTGGTTCGGCGGCAAAATGGGCGCGTGGGTCAATAAGCGGGTGCAGACGAAAACGATCGTGCTTTTCATGCGGGTCGTCTTGATTTTGATCGGCTGTGAATTGATTTATCAAGGGATATTCAGCTAA MSYLILIILGFIAGTVGSLIGLGGGIIIVPAMLYLSTMTPFFHDVTPQTAIGTSLLVIIFTGLSSTLAYMKYKTVDYKSGLIFFIGSGPGSIIGAYLSKLFNAHTFSVWFGLFMILISITLMLKAKAKPVNKAHKGMIRTYEDESGELYTYSYRIFTGIVIAFFVGLLGGLFGIGGGSLMVPAMMLLFLFPPKVAVATSMLIIFLSSVTGSVSHIAEGHVNWLYALCLVPGAWFGGKMGAWVNKRVQTKTIVLFMRVVLILIGCELIYQGIFS NA NA NA NA NA D1-12_03041 852 hypothetical protein GTGATTTATATCGGACTGACGGGGTGGGGGGATCATGACAGCATCTATCCGCCTAAAACGGCGGGCCCGCAAAAACTGCAGGCGTATTCCTCCCATTTTCCCATCGTTGAGCTGGACGCGAGCTTTTACGCGATACAGCCCGCCCGCAATAATGAAAGATGGGTCAAAGAGACGCCGGAATCTTTTCAATTTGTCATTAAGGCATATCAAGGAATGACGGGCCATCAGCGCGGCGATATTCCCTTTGAATCGAAGGAAGAAATGTTTGAGGCGTTTAAGCTGTCATTATCGCCGTATATAGAGCATAGAAAGCTTGCCATGGTGCTGTTCCAATTCCCGCCGTGGTTTGACTGCAAGAAAGAAAACGTCGCATATTTAAGATGGTGCAGGCAGCAGATGGGCGATATTCCGTGCGCGCTTGAATTCCGCAACCGGTCTTGGTTTTCCCCGCCATTTTACGAGCAGACGCTTTCCTTTATGAAGGAGGAAGGCTGGATTCACAGCATATGTGACGAGCCGCAAATCGGCGAGGGCAGCATTCCGACCGTCCTGAAAGCAACGGATGAAGAAAAAACGCTTGTCCGTTTTCACGGACGGAACAAGCAGGGCTGGATCAAACCAGACGGCGGACAAAACTGGCGTGAAGTCAGATATTTATACCGCTATAACAAACAGGAGCTCAAAGATTGGAAAAACAATCTTCAGGAGCTGAAAAAGCAGTCGCGCAATCTGTATGTGCTCTTCAACAATAACTCAGGCGGAGACGCCGCCGATAACGGGCTTGAGATGCTTGAAATGTTAGATATCTCATATACCGGGCTTGCTCCGAAGCAGCTCGACCTATTCAGCTAG MIYIGLTGWGDHDSIYPPKTAGPQKLQAYSSHFPIVELDASFYAIQPARNNERWVKETPESFQFVIKAYQGMTGHQRGDIPFESKEEMFEAFKLSLSPYIEHRKLAMVLFQFPPWFDCKKENVAYLRWCRQQMGDIPCALEFRNRSWFSPPFYEQTLSFMKEEGWIHSICDEPQIGEGSIPTVLKATDEEKTLVRFHGRNKQGWIKPDGGQNWREVRYLYRYNKQELKDWKNNLQELKKQSRNLYVLFNNNSGGDAADNGLEMLEMLDISYTGLAPKQLDLFS NA NA NA NA NA D1-12_03042 354 hypothetical protein TTGTATGATCAAATCTTGAACATATTAACGGCATCCTGGTCGCGCAAGACCAGTACAAAATGGACGGAAGATTGCCCGGCCAAAGGCCAGTGCGGCGTGACGGCTTTAGTCATCCAAGATGTTTACGGCGGTGACATTCTCAAAACAAAAACCGGCACAAGCTGGCATTTTTATAACCGAATAGACGGGGAGATATATGATTTCACGAGCGGTCAGTTTTCAGAGCCGATCGTCTATCAGCACATATTTTCTTCCAGAGATGAGGCATTTTCGGACACCAATGAACATCAATACCGGTTCCTGAAAAGTGCATTCAGAAAAAACATGGAAACGGAAAGAGAAAAACACCTGTGA MYDQILNILTASWSRKTSTKWTEDCPAKGQCGVTALVIQDVYGGDILKTKTGTSWHFYNRIDGEIYDFTSGQFSEPIVYQHIFSSRDEAFSDTNEHQYRFLKSAFRKNMETEREKHL NA NA NA NA NA D1-12_03043 1365 allB COG0044 Allantoinase ATGGCCTATGACGTAATTGTAAAGGGTGCGAAAGCTGTGCGAAAAGGCGGAACAGAGCGGGTTGATATCGCCGTCAAGGACGGGAAAATTGCCTTAATCGGGCCCGGCATTGACGAAAAGGCGGAACAAGTGGTGCAGGCGGACGGCATGTATGTGTTTCCGGGAGCGGTCGATTGTCACGTGCATTTCAATGAACCCGGCCGCGAAGAATGGGAAGGCATTGAAACCGGCTCAAACATGCTGGCTGCCGGCGGCTGTACGTCTTATTTTGATATGCCGCTTAACTGCATCCCTTCGACGGTAACTGCTGAAAACCTGCTGGCAAAGGCGGAAATCGCCGAACGAAAGTCAGCGGTTGATTTTGCGCTTTGGGGCGGTTTGATGCCCGGATATACCGAACATATCCGGCCGATGGCAGAAGCGGGGGCAATCGGGTTTAAAGCGTTTCTGTCTAAATCGGGAACGGATGAATTTCAATCAGCCGATGAACGGACTCTTTTAAAGGGAATGAAGGAAATCGCGGCGTGCGGCAAGGTTTTGGCTCTGCACGCAGAAAGCGACGCCCTCACCCGATTCCTTGAAGCCGAGTACGCGCTCCAAGGGAAAATTGATGCCCGCGCTTACGCTTCCTCACGTCCGGAAGAGGCCGAATGCGAGGCTGTGCAGCGGGCGATTGAGTATGCAAGAGCGACGGGATGCGCGCTTCATTTTGTACATATCAGCACGAAACGGGCCGTGCTCTCCATTCAGCAGGCGAAAAAAGACGGATTGGATGTCACCGTTGAAACGTGTCCGCACTACTTATTATTCAGCTTTGAAGACTTCCTCAAAAAAGGGGCGGCTGCCAAATGCGCTCCGCCGCTCCGCTCAGAGGCTGATAAAGAGGAATTGATCGGGGTTTTGGCTGAGGGCCTGATTGATATGGTGTCTTCGGATCATTCTCCCTGTCATCCGTCTTTGAAACGCGAGGATAATATGTTTCTGTCGTGGGGCGGGATCAGCGGAGGCCAATTTACGCTTCTCGGCATGATTCAATTAGCGATCGATCATGGGATTCCGTTTGAACATGTGGCCCGATGGACGGCCGAAGCACCGGCCAAGCGCTTCGGTTTAACGAATAAAGGACGGCTTGAAGAAGGATTTGACGCTGATTTTGCCATTGTTCGGCCGGAACCTTTTACCGTCACAAAAGAAACGATGTTTTCCAAACATAAGCAAAGCCTGTATGAAGGCCGCACCTTTCCATACCGAATTGCTGCGACCTACAGCAAGGGGCGCTGTGTGTACCAGGATGGCGGTCGTAAGCAGAGCGGGGCTTTCGGAACATTCCTGAAGCCTTCTGAAATAAAAGAGCCGATTCTCTGA MAYDVIVKGAKAVRKGGTERVDIAVKDGKIALIGPGIDEKAEQVVQADGMYVFPGAVDCHVHFNEPGREEWEGIETGSNMLAAGGCTSYFDMPLNCIPSTVTAENLLAKAEIAERKSAVDFALWGGLMPGYTEHIRPMAEAGAIGFKAFLSKSGTDEFQSADERTLLKGMKEIAACGKVLALHAESDALTRFLEAEYALQGKIDARAYASSRPEEAECEAVQRAIEYARATGCALHFVHISTKRAVLSIQQAKKDGLDVTVETCPHYLLFSFEDFLKKGAAAKCAPPLRSEADKEELIGVLAEGLIDMVSSDHSPCHPSLKREDNMFLSWGGISGGQFTLLGMIQLAIDHGIPFEHVARWTAEAPAKRFGLTNKGRLEEGFDADFAIVRPEPFTVTKETMFSKHKQSLYEGRTFPYRIAATYSKGRCVYQDGGRKQSGAFGTFLKPSEIKEPIL PGPT0000870_757 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_DEGRADATION,PGPT0000870-allB-K01466 NA NA D1-12_03044 1596 pucR COG2508 Purine catabolism regulatory protein ATGAATATTTATGATGTGATGAAGATTCCCGCTTATGAGCGGGCCGCATTAATCGCAGGCAAATCCGGCGGCTGGAGGGAGGTGCAGCACGTCAACATGATGGATGCGCCGGACATCGCTGATTTTTTACATAAAAACGAATTGCTCGTCACCACGGCTTACCACTTGAAGGACCGCCCGCAGCTGTTGAAAGATTTGATCCGCCTCATGGCAAAACGGGGCTGCGCGGGACTGGGGATCAAAACGAAACGTTATCTTAATGTCATTCCGAAAGATGTTGCGGAGCTTGCCGACCGGTATGAATTTCCGATTATTGAGCTGCCGGAAGACATCAGGCTCGGAGATATCGTCAACGCCACACTGAGCCATATTCTTGATATGCGTTCAAATGAGCTGCAGCAGGCCATTTACGCCCATAAAAAATTCACAAACCACATCATGAGCGGCAAGGGGCTTCAATCCCTGCTTAAGAAGCTCTCAGACATTCTCCGGCTTCCCGTGCTGCTTTTGGATCAGCATACAAAACTCTTATCATCGTCCCACCGCATACCCATTGACACGTCTGTATTGAAAAACATCTGTTATTCCCTTTCCGGGCCTTATTTCACCTGCTTTTCCATGCTGTCTGACAGAAAGGCGTATTCTGTCCTTCCGATTCTGAACGTTGAAAAAAACTGCGGTTATCTGGTGATTCCGGAGCTGGTGCAGACCGCTGATAAAGGCATGATTTTGACAATTGAACAGGCGGCCAACGTCATTTCCTTTGAACTGCTGAAAGAAAATGCCATCAAACAATTCGGCAGACGGGCGCGCAATGAATTTTTCAGCAATTTCATCGACCGCTCGTTTACCGGCCATGAAGAAATCAAAAGCCGCGCCAAAGAATTCCGGCTCCGCTGGGATCAGAAATACATGTGCATTTGCGGAAAACTCGACCGAAATGAGAAAACGATCAGCTTTACCGAAAATCAGCTCGTTTCCGATCATGTATTTGAACTGCTTGAAGGGGAGCTGTCATCCTTTCCGTTTCCCCCTCATCTCTTTATTAAAGGAAATGTCGGTATTCTTTTAATTGAAGCGACAGACAGCTGGAATGAAATGCACGCGTCTGTCATCAGCTTTTTGGAGCAGTTTCAAAAGCAGGTCCGGACGCAGTTTAAACGGACTGTCTCCTTCGGCATCTCAAACATATGCCAAAAGCTGATCGACGTCCCTGACGCTTTTACCGAAGCTTCAGACGCCATTTCATCCGGGCATTTGTCCAGAAGCGCGGAGTTTATTCAAATCTATCATGCCAAAGACGTGCCGGAGCTGCTCCGCCTGCTTCCCGCGGAAGATGTGAAAAAGTTTTACGAAGCCACCCTCCAAAGCCTGGCCGACCGGCAAAAGGAGGACCAGAGCCTGCTTCATACGCTGTCTGTTTATCTGGAGACCCACTGCCAGATTTCAGAAACGGCTAAGCGCCTGTACGTCCATCGAAATACGGTGATCTATCGTTTAGAAAAATGCGAGGAACTGCTCGGCAAAAGCTTAAAAGATCCGGAGACGACGATGCGCCTGCGGCTCGCGCTGAGAATGCAGCGGCTGATCGGTTAA MNIYDVMKIPAYERAALIAGKSGGWREVQHVNMMDAPDIADFLHKNELLVTTAYHLKDRPQLLKDLIRLMAKRGCAGLGIKTKRYLNVIPKDVAELADRYEFPIIELPEDIRLGDIVNATLSHILDMRSNELQQAIYAHKKFTNHIMSGKGLQSLLKKLSDILRLPVLLLDQHTKLLSSSHRIPIDTSVLKNICYSLSGPYFTCFSMLSDRKAYSVLPILNVEKNCGYLVIPELVQTADKGMILTIEQAANVISFELLKENAIKQFGRRARNEFFSNFIDRSFTGHEEIKSRAKEFRLRWDQKYMCICGKLDRNEKTISFTENQLVSDHVFELLEGELSSFPFPPHLFIKGNVGILLIEATDSWNEMHASVISFLEQFQKQVRTQFKRTVSFGISNICQKLIDVPDAFTEASDAISSGHLSRSAEFIQIYHAKDVPELLRLLPAEDVKKFYEATLQSLADRQKEDQSLLHTLSVYLETHCQISETAKRLYVHRNTVIYRLEKCEELLGKSLKDPETTMRLRLALRMQRLIG NA NA NA NA NA D1-12_03045 123 hypothetical protein ATGAAAAAAAGCATCTTCATTATTATGGGTCTGTCGTTATCTTTGATATGCGGATTGGGTGTGAACACAGTGGAAAAAACACATGATACCTTTCAAACTGCTTCGGATCGTTTTCAGACTTGA MKKSIFIIMGLSLSLICGLGVNTVEKTHDTFQTASDRFQT NA NA NA NA NA D1-12_03046 129 hypothetical protein ATGAATTTTAGAAAAGGCGTATTTATCATTGTGTCGGCTGTCGTTTTAATGTCAGGGGTCGGTCTAGCAACATCGGCTGTTTCATTTGATGGATCATATCAAGTTTCGTCTGATCGTAATCAAACCTAA MNFRKGVFIIVSAVVLMSGVGLATSAVSFDGSYQVSSDRNQT NA NA NA NA NA D1-12_03047 1131 rapH_2 Response regulator aspartate phosphatase H GTGAGTTCTGTTTTACCATCATCGGAGGTTGGCGTTAAGATTAATGAATGGTACAAAATGATACGTCAGTTCAGTGTTCCGGATGCGGAGATTTTGAAAGCGGAAGTGGAACAAGAAATCAATGAGATGGAAGAAGACGAGTATCTACTGATTTACTACACCCTCATGAAATTCCGCCATCAGCTTATGCTGGATTATTTAGAACCGGTGACTACCCGCGTGAGACCGACAATTGACGAGCTGCTGGAAAAAATCGAAGCATCAAATAAAGGAATTTCCGGCCTGCTGTTCTATTATTCTTTATTTTTCCGCGGCATGTATGAATTTGATCAAAAGCAGTATGTAAAGGCGATCGGCTTTTATAAAGAGGCTGAAAAACAACTCGTTCATGTGCATGATGAAATTGAGAGAGCGGAGTTTCATTTTAAACTGGCTGAAGCATATTACGGTATGAAACAAAGCCACGTCTCCATGCATCACGTAAAGCAAGCGCTCGATATTTACGATCAGTATGAGTTGTATAAGGTCAGGAAAATTCAATGTCTATTTGTCATATCAGGGAACTATGTAGACTTTAAACGTTATGAAAAAAGCTTGCCGCATTTAGAAAAAGCTTTAGAGTTGTCGAAACAAGTAAACAATAATGAAAGGCTGCTCAGTTCTGCTTATTACAACATAGGAAAGAATTACGGAGACTTAGAAGAATACAATAAAGCTGAAATCTACTTAAAAAAAGCAGCGGAGATATCTGAGAAGTATAAATTGGGTAACCTTCCGCATTCCTTGTTTACATACGCAAAGCTTCTATTTAAACAAGGGAAAACAAGCGAGGCGATTCAAATCAGCAAAAAGGGACTTTCATCAGCGATATTTCAAGGAGATAAGCTGTTTGAATCTCTGCAAAAATATTTGGAGGCTTTATATATTAATGCAATAGACCAAATGGGAATTAAAAAAACAATTGATTACCTTGAGAAAAATAAAAACTATTCGTATGTAGAAGATATTGCTCTTGATACGGCTGCTGTTTATGCAGAGTCAAAGCAATATGACAAATCTTATTTTTATCATCAAAAAATGATTCAAACGCAAAAACAAATTCAGAGGGGAGAATGCCTGTATGAATTTTAG MSSVLPSSEVGVKINEWYKMIRQFSVPDAEILKAEVEQEINEMEEDEYLLIYYTLMKFRHQLMLDYLEPVTTRVRPTIDELLEKIEASNKGISGLLFYYSLFFRGMYEFDQKQYVKAIGFYKEAEKQLVHVHDEIERAEFHFKLAEAYYGMKQSHVSMHHVKQALDIYDQYELYKVRKIQCLFVISGNYVDFKRYEKSLPHLEKALELSKQVNNNERLLSSAYYNIGKNYGDLEEYNKAEIYLKKAAEISEKYKLGNLPHSLFTYAKLLFKQGKTSEAIQISKKGLSSAIFQGDKLFESLQKYLEALYINAIDQMGIKKTIDYLEKNKNYSYVEDIALDTAAVYAESKQYDKSYFYHQKMIQTQKQIQRGECLYEF PGPT0025780_29 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-PENTAPEPTIDE_PERCIPITATION|SIGNALLING,PGPT0025780-rapH-K06366 NA NA D1-12_03048 1134 hypothetical protein ATGAATAGACTTAAAATCCTGTTTATTTTCATTTGCATACTGATCGTCACAACCTCTTGCGGTCTCATCCCAACTGGGAATGAAAAAGAGGAAAGAAGCAGCAATCAAAAGACTGTATTAAAGGATATTGACAATGCAAAATTTATTGTTGGTTTTTCCAACACTTTAGATAGGGGAAGTGAGATTGGGGTTTACAGTGAAGATGGTACTAAAATGGATAGCTTGGAATTGAAAGATGGTATAAATTTTACGATGTCTTCACATAACAAAAACGATACGTACTTCTCATCAAATAGAAGCAATAATCACTTGATGATAGACAATAAAACCGGAACAATAAACACAATAAATGAAAAGAGTTTGTCAAAAACAACTGAGGATGAAGGTGCTTTCTTTATAAATAGTTCTGACGGTTATATCATCCATGACATTAACGTTGGATATACAGACAAAGGGCTGGAGAGTGAATTGGTATATTGGAAGGAAAACAGCCGAAAAAACAAGAAACAAATAAAGCTTGACGGAGAACTTGGATCAGCAATCGTCGCTAAAAATAAAATTTATGTCATTTCAAGTGATGAAGAAAGTATGTCCATCCTTTCAATTAACCCAGAGACAAATAAGCAAGAGAACAAGGCATCCATACCGAATAAAGGGATATACTTCATGGATGAAAAGGATGCGTTCCAAGCTCTAGATGAAAATACATTTGTACTGGCAGTTAATGATAACGTGAATGAGAAAGAGAATTCTAAGCTCATATTAATAGACAGAGAGACGCTAAAGGTAAAAAAAGAAGTCGAGATGGAGAAAGGGTTTCATCCTGCAAAATTGAAAATAGTAAAAGATAAAGTCTTAGCCGTTTCTTTTGATGGGAAGCTGCAGATATTTGATAAAAAAATGGTTAAGAAAAACTCTTTCAATTTTTATGCGGGGGATGATAACAAATTAATGAATGATGTTCAATTCACTGATAGAGAGATGTATGTTTTAATCAAAAACTTTGATATCCAGCGCGATAACAAGCTTGGAGACATCACGTCTTATGATTTGAAATCAGGCAAAAAGGTAAAAACAATCCCGCTAAAAGCAAACAAAGAGTGGGAAATTGCACGTTTTGAAATTTTAAAATAA MNRLKILFIFICILIVTTSCGLIPTGNEKEERSSNQKTVLKDIDNAKFIVGFSNTLDRGSEIGVYSEDGTKMDSLELKDGINFTMSSHNKNDTYFSSNRSNNHLMIDNKTGTINTINEKSLSKTTEDEGAFFINSSDGYIIHDINVGYTDKGLESELVYWKENSRKNKKQIKLDGELGSAIVAKNKIYVISSDEESMSILSINPETNKQENKASIPNKGIYFMDEKDAFQALDENTFVLAVNDNVNEKENSKLILIDRETLKVKKEVEMEKGFHPAKLKIVKDKVLAVSFDGKLQIFDKKMVKKNSFNFYAGDDNKLMNDVQFTDREMYVLIKNFDIQRDNKLGDITSYDLKSGKKVKTIPLKANKEWEIARFEILK NA NA NA NA NA D1-12_03049 1197 tetA_2 Tetracycline resistance protein, class B ATGGCGTACATAGGCCGATTGTCAATTTTAATGCTGAATATGTTTATTGCGATGCTTGGAATCGGATTGATTATTCCGATTATGCCCACCTATATTACCGAATTCGGAGCGACGGGCAGCACGATGGGTCTGCTTGTTGCGGCGGCGGGGCTTACACAGCTTTTATTTGCGCCTATTGCCGGGGAAATAACCGACAAATACGGACGGCGGAAACTGATTATTTTCGGCATCGCCGCCTTTGCCGTGTCACAATTGATCTTCGCCTTTGCCGGAAGCCTCTGGCAATTGTTCGCATCCCGCCTTTTGGGCGGAATGGGCGCGGCGTTTTTAATGCCGTCAATGTTCGCTTACATTGCGGATATTACGACCGAAGAAGAACGCGGGAAAGGAATGGGGCTGTTCAGCGCGGCGATGACGCTCGGTGTTGTCATCGGGCCCGGTGTCGGAGGCTATTTGGTTCATTACGGCATGTCTGTGCCGTTCATCGTGTCCGCAAGTCTCGCCTGCTTTTCAAGTGTGCTTTCATTTTTCTTTCTGCCCGAAACGCTGGGGCGTGAAAAGCAGCTGGAAGCCCGGGCTAAAACGGAAAAACGTGAGCATCTGTTTAAGCAAATGTCACGCGCGCTCAAATCGCCGTTCGCGTTTATGCTGATTCTGGTTTTTGTGCTGAACTTCGGAATTATGAACTTTGAATCCGTTTTCGGCCTTTACGTTGACCATAAACACGGATTTAAAGCGTCTGATATTGCCTTTATTATTACGGCTGCGGGTCTCATCGGCGTGTTTGTGCAGGCGGTCGGCGTCAGTTATCTCGTCCGCAGGTTCGGGGAAAAACGCGTCATTAACGTGACGTTGATCGGGGCGGCTGCAGGACTTGTGTGGTGCCGGTTTGCGGGTTCATATTGGACTGTTTTTGCCGCGGCAATCTTTTTTCTGACGCTGACATCGCTGCTCCGGCCGGCGGTTAATACGATGCTGTCGAAGCTTGCCGGTGACCAGCAGGGGTTTGCCGGAGGGATGAATACCTCATTCATCAGCTTAGCGAATATCGCCGGACCGTCTGCTGCCGGTTTTCTCTTTGATGTAAATATGGAATTTCCGTATATGCTGGGAGCGGCCATTCTCGCCATCAGTTTTCTGGCCGCGCTTGGCTGGGGCAAAAAGACACAGACCCGGCCGTTCACGCAGCAAGGATAA MAYIGRLSILMLNMFIAMLGIGLIIPIMPTYITEFGATGSTMGLLVAAAGLTQLLFAPIAGEITDKYGRRKLIIFGIAAFAVSQLIFAFAGSLWQLFASRLLGGMGAAFLMPSMFAYIADITTEEERGKGMGLFSAAMTLGVVIGPGVGGYLVHYGMSVPFIVSASLACFSSVLSFFFLPETLGREKQLEARAKTEKREHLFKQMSRALKSPFAFMLILVFVLNFGIMNFESVFGLYVDHKHGFKASDIAFIITAAGLIGVFVQAVGVSYLVRRFGEKRVINVTLIGAAAGLVWCRFAGSYWTVFAAAIFFLTLTSLLRPAVNTMLSKLAGDQQGFAGGMNTSFISLANIAGPSAAGFLFDVNMEFPYMLGAAILAISFLAALGWGKKTQTRPFTQQG PGPT0003185_540 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0003185-blt-K08153 NA NA D1-12_03050 1254 pucG COG0075 (S)-ureidoglycine--glyoxylate transaminase GTGCCGACCAGAAAAGAATTGTGCATTCCGCAAAGAACGATTATGACACCGGGACCGACAGAAGCTGAACCGAGAGTGCTGAGGGCGATGGGCGCTCCGATCATCGGCCAGTTTGACCCGGCATTTACCGGCATCATGAACGAAACGATGCAAATGCTCCGTGAATTGTTTCAAACGGAAAACCGCTGGGCCTATCCGATTGACGGTACATCAAGAGCGGGGATTGAGGCTGTTCTCGCAAGTGTGATAGAACCGGGCGACAGTGTGCTCGTTCCGATATACGGACGCTTCGGATACCTGCTGACTGAAATCGCCGAGCGGTACGGAGCGGACGTTCATACGATCGAGTGTGAATGGGGAACGGTCTTCCGGCCTGACGAGATTATCAGCGAGATGAAAAAGATTTCCCCGAAAATCGTCACTATGGTGCACGGAGAAACATCAACGGGGCGGATTCACCCGCTGAAAGAAATCGGGGAAGCGTGCCGCGCCCAAGACGCACTCTTTATCGTGGATGCCGTGGCCACGATCGGAGGCTGCGCCGTAAAAACGGATGAATGGAAGATTGACGCAGTCATCGGGGGAACGCAAAAATGCCTATCGGTCCCTTCCGGAATGGCGCCGATTACTTATAATGACCGGACGGCAGCTGTCATTGCCGCGCGTAAAAAAATAGAACGGGGCATTGCGACGGCGGCTGACGGCAACATGCTGTCCGGTCACCGTCCGATTACGAGCAACTATTTTGATCTGAGCCAGCTCGAAGATTATTGGAGTGAAAGAAGGCTGAATCACCATACAGAAGCGACAGCAATGCTTTATGCGCTGCGGGAGGGTGTGCGTCTTGTCCTGGAAGAAGGACTTGAAGAACGGTTCCGCAGACATCGGCGTCACGAAAAAGCGCTTACGGCGGGACTTGCAGCGATGGGCCTTGATTTATTCGGCGATCCGGAGGCGAAGCTGCCTGTCGTCACATGTGTGCAGATTCCGCCGGAAGCAGACGGCGAATCGATCAGAAGTATGCTTTTGTCTCAATTCGGAATTGAAATCGCCAGCTCATTCGGTCCGCTGCAGGGGAAAATTTGGCGAATCGGAACGATGGGCTACAGCTGCAGAAAGGAAAATGTGCTGTTTGTGCTGGCCGGACTTGAAGCGGTTCTGATCAGACACGGAGTTGCCGTTAAAGCTGGGGAAGCGCTGCAGGCGGCCCTTAACATATATGATCTGCCGGCTGAAACCGGTGTGCTGTCATGA MPTRKELCIPQRTIMTPGPTEAEPRVLRAMGAPIIGQFDPAFTGIMNETMQMLRELFQTENRWAYPIDGTSRAGIEAVLASVIEPGDSVLVPIYGRFGYLLTEIAERYGADVHTIECEWGTVFRPDEIISEMKKISPKIVTMVHGETSTGRIHPLKEIGEACRAQDALFIVDAVATIGGCAVKTDEWKIDAVIGGTQKCLSVPSGMAPITYNDRTAAVIAARKKIERGIATAADGNMLSGHRPITSNYFDLSQLEDYWSERRLNHHTEATAMLYALREGVRLVLEEGLEERFRRHRRHEKALTAGLAAMGLDLFGDPEAKLPVVTCVQIPPEADGESIRSMLLSQFGIEIASSFGPLQGKIWRIGTMGYSCRKENVLFVLAGLEAVLIRHGVAVKAGEALQAALNIYDLPAETGVLS PGPT0021460_94 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021460-pucG-K00839 NA NA D1-12_03051 1242 pucF COG0624 Allantoate amidohydrolase ATGGAACATCAGCAGCTTTCGGGGGCGAATATCGGGATTTCCGATGACATACAATGGCTGTCTCAATTCGGCGCTTCCGCTTCCGGCGGAGTGACGAGGCTTTTATATACGAAAGAATGGATGGACGCCCAGCTTGCCGTCAAAAAGAAAATGGAGGCGTTCGGGCTGGAAACGGCATTTGACGATGTCGGTAACGTGTTCGGCCGTCTGAGCGGCACAGAATCGCCTGATGAGGTGATTCTGACCGGGTCGCATATTGACACCGTTATTGACGGCGGCAAATATGACGGAGCGTTCGGCGTGCTGGCGGGCATGCTGGCGATCCGGCATTTGCATGAGACGTGCGGGCGTCCGAAAAAAACGCTGGAAGCTGTGTCGCTCTGTGAAGAGGAAGGGAGCCGTTTTCCCATCACCTATTGGGGCTCAGGCAATATCACCGGTGCTTTCTCACTTTCAGATGCGGAAACGCCGAAAGACGCGTCCGGCATTTCTCTGAAAGAAGCCATGCGGCATAACGGCTTCGGTGCAGGCCGTTATCCGGCGCCGCTGCGCACTGATATTAGTGCCTTTCTGGAAATTCATATAGAACAGGGGCAAACGCTTGAACGATCGGGAAAGGATATCGGGATTGTCACCGGGATTGCCGGACAGAGACGCTATACCGTTACGCTTGACGGTGAATGCAACCATGCGGGGACCACTTCAATGAAATGGCGGAAAGATCCGCTCGCGGCGGGAAGCAGCATCATCCATGAACTGATGCTTTCAGCGGAAAGACAGCCGGAAGAGCTCCGCCTGACGTGCGGGAAAATGACGGTTGAGCCGAATATGGCGAATGTCATTCCGGGCCGTATCCAGTTTTCCGTTGATATTCGCCACCGGCAGGAAGACGTGCTGGCAGCCTTCCATCAGAAACTGGTATCGATTGTTGAAAACATCAGCCGCAGCAAAGGAGTCAGACCCTTTATTGATGAATATATGAGGATAGAGCCGGTTCAAATGGATCAGAAACTGACGCGAACCGCAGCAGAGGCTGCAAAAGAGCAGGGGGCGGACCCGGAGAAGATCGTAAGCGGAGCGGGACATGACGCCCAGATGCTCGGCAAAACCTTTCCGGCCTGCATGCTGTTTGTGCCGAGCCGTGGCGGGATCAGCCACTCGCCGCTTGAATTCACACCCGCACATCAGCTTGAAACCGGCGTCCTTACGCTGGCGAATGTATTACATAAACTTGCCTATTAA MEHQQLSGANIGISDDIQWLSQFGASASGGVTRLLYTKEWMDAQLAVKKKMEAFGLETAFDDVGNVFGRLSGTESPDEVILTGSHIDTVIDGGKYDGAFGVLAGMLAIRHLHETCGRPKKTLEAVSLCEEEGSRFPITYWGSGNITGAFSLSDAETPKDASGISLKEAMRHNGFGAGRYPAPLRTDISAFLEIHIEQGQTLERSGKDIGIVTGIAGQRRYTVTLDGECNHAGTTSMKWRKDPLAAGSSIIHELMLSAERQPEELRLTCGKMTVEPNMANVIPGRIQFSVDIRHRQEDVLAAFHQKLVSIVENISRSKGVRPFIDEYMRIEPVQMDQKLTRTAAEAAKEQGADPEKIVSGAGHDAQMLGKTFPACMLFVPSRGGISHSPLEFTPAHQLETGVLTLANVLHKLAY PGPT0000875_185 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0000875-allC-K02083 NA NA D1-12_03052 870 bsn COG2356 Extracellular ribonuclease ATGACAAAAAAACTTTGGTTTCTGCCGATTGTCTGCCTGTTTTTCATTTTTGGATGGGCCGCGCCGTCAGCCTCTGCAGGCGCGCCGGCTGACACGAATCTGTACAGCCGGATGGCGGTTTCAACTGCCGGCGGCACAACTCTTTTTCCGCAAACTGCCTCAGCTGTCATCACTCCGTCTGCGGATACGGACACATATTACAAAGAAGCTTCCGGAAAAAGCGGAACGGCCTTAAAGAGCGCCCTGCACCGCATCATCAGCGGACATACAAAGCTGTCTTACAGCCAAGTCTGGAATGCATTGAAGGAAACTGACGAAGATCCGGCAAATCCGAACAATGTCATCTTGCTCTACACCCAGGAATCACGGGCCAAAAGTAAAAACGGCGGCAGCGTCGGGGACTGGAACCGCGAACACGTGTGGGCAAAGTCACACGGAAACTTCGGAACAGCTGCCGGCCCCGGGACGGACATTCATCATCTGCGCCCTGCAGACGTCCAGGTGAACAGTGCCAGAGGAAACATGGATTTTGATAACGGCGGCTCAGAATACCCGAAAGCGCCGGGCAATTATTACGACGGTGATTCCTGGGAGCCGCACGATGAGGTCAAAGGAGATGTCGCCCGCATGCTGTTTTACATGGCGGTGCGTTATGAAGGAGAAGACGGGTATCCCGACCTTGAGCTGAATGATAAAACCGGAAACGGCTCAGCTCCTTACATGGGAAAACTGTCCGTTTTGCTCAAATGGAATCAACAAGACCCCGTCGACAGTAAGGAAAAACGGCGGAACGAAATCATTTACGAAGACTATCAGCATAACCGCAATCCGTTTATCGACCATCCGGAATGGGCGGACGAAATCTGGTAA MTKKLWFLPIVCLFFIFGWAAPSASAGAPADTNLYSRMAVSTAGGTTLFPQTASAVITPSADTDTYYKEASGKSGTALKSALHRIISGHTKLSYSQVWNALKETDEDPANPNNVILLYTQESRAKSKNGGSVGDWNREHVWAKSHGNFGTAAGPGTDIHHLRPADVQVNSARGNMDFDNGGSEYPKAPGNYYDGDSWEPHDEVKGDVARMLFYMAVRYEGEDGYPDLELNDKTGNGSAPYMGKLSVLLKWNQQDPVDSKEKRRNEIIYEDYQHNRNPFIDHPEWADEIW NA NA NA NA NA D1-12_03053 1107 msmX_2 COG3839 Oligosaccharides import ATP-binding protein MsmX ATGGCATCATTAACATTTGACCATATCAAAAAAACATACGGCGCCCAATCGGCGGCAGTGAAGGATTTTCACTTAGATGTAAAAGATGAGGAGCTGCTGGTGCTTGTCGGTCCCTCCGGCTGCGGCAAATCTACGACACTCAGAATGATTGCCGGACTGGAGAGCATTTCTGAGGGGAAGCTTTATATCGACGGAGACGCGGTAAACGATCTGCCCCCGAAGGATCGTGATATCGCGATGGTTTTTCAGAATTACGCGCTGTATCCCCACATGACGGTTTTTGACAATATGGCGTTCGGTTTGAAGCTCAGAAAGCTGCCGAAAAAAGAAATCGCAGAGCGAGTCCGGACGGCCGCTGATATTTTGGAAATCGGGCATCTGCTCAAGCGGAAACCGAAGGCTCTTTCAGGCGGGCAGCGGCAGCGGGTTGCGCTCGGCCGGTCGATCGTGCGGGAGCCGAAAGTGTTTCTGATGGACGAGCCGCTTTCCAACTTAGATGCGAAATTGCGAGTGACGATGCGCGCCGAAATCAGCAAGCTCCATCAGCGTTTGAAAGCGACCATCGTTTATGTGACGCATGATCAGACGGAAGCGATGACAATGGGCGACCGGATTGTCGTGATGAATGAAGGAGATATTCAGCAGGCCGCAAGCCCCCATGAGATTTATCATTATCCGGCGAATATGTTTGTGGCGGGTTTTATCGGTTCTCCGAGTATGAATTTTATAAAAGGCCTCATTGAAGAAAGTCACGGGCAATGGTATTTTGCCGGTTCGTCCGTTCGTCTGCCCATTCCGAAAGAAAAAGCGGCCGTTCTTGTGCAGAAAGGATACAGCGGTAAGGAGATGATTGCGGGGCTGCGTCCGGAGCATTTGACGCTTGCCGGACAATCAGAGCACCCGCCTGAAGCGGTGTGCCGCGCTGTGGCGGAAGTATGTGAAAACTTAGGCGCGGAGATGTACGTTCATGCGGTGAGCGGAGGTGACCGCATGACGATCCGTCTTGACGGCGCTTCACAGGTGAAACCCGGCGATGCCATTCTGCTTGCGGTCAATATGAACCGGGCCGTCTTTTTTGATGCCGACACTAAAAACGCCGTATATTGA MASLTFDHIKKTYGAQSAAVKDFHLDVKDEELLVLVGPSGCGKSTTLRMIAGLESISEGKLYIDGDAVNDLPPKDRDIAMVFQNYALYPHMTVFDNMAFGLKLRKLPKKEIAERVRTAADILEIGHLLKRKPKALSGGQRQRVALGRSIVREPKVFLMDEPLSNLDAKLRVTMRAEISKLHQRLKATIVYVTHDQTEAMTMGDRIVVMNEGDIQQAASPHEIYHYPANMFVAGFIGSPSMNFIKGLIEESHGQWYFAGSSVRLPIPKEKAAVLVQKGYSGKEMIAGLRPEHLTLAGQSEHPPEAVCRAVAEVCENLGAEMYVHAVSGGDRMTIRLDGASQVKPGDAILLAVNMNRAVFFDADTKNAVY PGPT0016310_2974 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 D1-12_03054 729 yurK COG2188 putative HTH-type transcriptional regulator YurK TTGTTAAATAACGGGAGCTCGAAACCTTTATATATTCAGCTGAAACAAATTATCGCGGACGATATCAAGAAGGGCGTTTATTCGCCGTCCGTAAAACTGCCGACTGAAAATGAGCTGTGCGAAACGTACAACGTGAGCCGCATAACGGTCAGGAAGGCCATCCTTGATCTTGTGGAAGAAGGCTGGCTCGTCCGGCAGCAGGGAAAGGGAACGTTCGTTAAAAGCCCTAAACTGAAGCGGGAGCTCATCGCGGTCAACGGCTACTCTGAATTTATGGAATCAACGGGGAAAAAACCGAAACACCAGATCCTTTCTCATGAAATCATTGAAGCGCCTAAATCCATCGCCCAAAAACTTCGCGTCGATTCCGAAAGTCCCGTTCTTGAATTAAAACGCATTTTATTTCACGACGACCAGCCGCTCTCATTCGAAATCGCCCACTATCCGCTCAGTTTATTTCCCGACATCGGCAAGCATATTAAAGGCGGCGTGTCGATGCATGACATTTTGAAACAGCACTATCAGGTGGTGCCAACCCATAATACGAAGCTGTTAAATGTCGTATACGCCAAGCAGGAAGAAAGCCGCTATCTGGCTTGTGATATCGGGGATGCGCTTTTTGAAATTGACAAAACCGCTTTTATGTCAAAAGACCAGCCGATATACAGCTCGCTGTTTGTAATGCATACCGACCGCGTCACGTTTACCATTAACAGTCCCTATGCGTAA MLNNGSSKPLYIQLKQIIADDIKKGVYSPSVKLPTENELCETYNVSRITVRKAILDLVEEGWLVRQQGKGTFVKSPKLKRELIAVNGYSEFMESTGKKPKHQILSHEIIEAPKSIAQKLRVDSESPVLELKRILFHDDQPLSFEIAHYPLSLFPDIGKHIKGGVSMHDILKQHYQVVPTHNTKLLNVVYAKQEESRYLACDIGDALFEIDKTAFMSKDQPIYSSLFVMHTDRVTFTINSPYA NA NA NA NA NA D1-12_03055 855 frlD COG0524 Fructosamine kinase FrlD ATGAAACTGATAGCGGCCGGAGATAATGTAGTAGATTATTATCAGGATCAGGAGACGTTTTACCCGGGCGGAAATGCGTTAAACGTAGCCGTGCTTGCCCGGCGCTTAGGCCACGAAACTTCTTATATCGGGATTCTCGGCAGTGATGAAGCGGCGGATCACGTATTGAATGTGCTGAAATTGGAAAAGGTGAATGCCGATCTGATCCGCCGGGCATACGGAGAAAACGGGATGGCGGTCGTCACGCTTGATGAAAGAGGGGACAGGATATTTGCCGGATCAAATAAAGGCGGCGTGCAATCGCGTCTGACGCTCGCTTTTCAGGAGAATGACATCTCATTTATCGCCGGACATGATTTGCTGCATACGAGCGTATACAGCAGGATAGAACGTGACCTCCCGATGCTGAGCGGCCATGCGCCGATTTCCTTTGACTTCTCTGTAAAACGTGACGAAGCCTATTTAGAAGCAGTCTGTCCGTACGTGACGTATGCGTTTTTTTCCGGGAGTGATTTGAGTGAAAGTGAATGTGTGCGGCTTGCCGAAAAAGCCCGCGGTTTCGGAGCGAAAATCGTCTGTCTGACAAGGGGGGAATATGGCGCGGTGTTATCGGATGGGGAACGCGTCTATCATCAGCCGGTGGTAAGAGCTGATATAATAGATACATTGGGCGCGGGTGATTCTTTTATCGCCGGGTTTCTTACCGATTTCTTCGAGCACCAGGATATTCGGCGAGCGCTTACTGCGGCCGCCGGGACGGCTGCCAAAACATGCGGAGGGTTCGGAGCGTTCGGTTACGGGCATCCCTACAGGCCGGGCGGCGGGAAAAGCAGTGAAAAAACGAGAATACGATAA MKLIAAGDNVVDYYQDQETFYPGGNALNVAVLARRLGHETSYIGILGSDEAADHVLNVLKLEKVNADLIRRAYGENGMAVVTLDERGDRIFAGSNKGGVQSRLTLAFQENDISFIAGHDLLHTSVYSRIERDLPMLSGHAPISFDFSVKRDEAYLEAVCPYVTYAFFSGSDLSESECVRLAEKARGFGAKIVCLTRGEYGAVLSDGERVYHQPVVRADIIDTLGAGDSFIAGFLTDFFEHQDIRRALTAAAGTAAKTCGGFGAFGYGHPYRPGGGKSSEKTRIR PGPT0018980_72 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO|NUCLEOTIDE_SUGAR_UTILIZATION PLANT_DERIVED_FRUCTOSELYSINE_BIOSYNTHESIS,PGPT0018980-frlD-K10710 NA NA D1-12_03056 885 ngcG COG0395 Diacetylchitobiose uptake system permease protein NgcG ATGCTTCCTGAAAAGACGGACTTGCGTCATGCCCGTCAGGCCGTCAGAACAGGCGGAAAACCGAGAAAATGGTATGTCGGGGAAACGTCTGTGTGGCTGTTTCTCTTTATCTACCTCATTGCCGTTGCTTATCCGCTGTTATGGATGGCGGTCAGCGCCTTTAAAAGCTCGGATGAGATTTTTGAGCACAGCTGGTCGCTGCCCTCTGTCTGGCATCCCGAAAACTTCGTATCCGCATGGAACCAAGGGATTTCCGCTTATTTTATGAACAGCGTCATTGTGACCGTGCTGACTTGTCTCATCACCGTATTTGTGAGCGCCTGGGCGGCATACGGGCTGGCCCGTTTTCAATTTAAAGGAAAAGGGTTTGTGCTGATCATTTGTCTTGGCGGCTTGATGCTGACGCCGCAGGTCAGTCTTGTGCCGCTGTACTCCATTATCCAGTCATTGGGACTGTACAATACGTATTGGGCATTGATTCTTCCGTACGCCGCCTATCGTATTCCGTTTACCGTGATTCTGATCCGTTCCTATTTTTTGTCGATTTCCAAAGAGCTTGAGGAGGCTGCCTATCTGGATGGATGTACAAGTTTCGGAATATTTTTCAGAATATTCTTACCTATGAGCGTGCCGATTCTGGTGACATCAGGCATTTTGACGGCTTACCATACATGGAATGAGTTTATGTTTGCGATTATTTTTATCGATGATGAAAATTTACGGACGATTCCGGCCGGGCTGATGCAGTTCAGAGATGCGCTGCAGACGGATTGGGGCGTGCTGCTGGCCGGGCTGACGATTTCTGCTGCTCCGATCATCGCGTTGTTTTTATTGATGCAGAGATATTTTATCCGCGGCATTGCAGCGGGAAGCGTGAAAGGATAA MLPEKTDLRHARQAVRTGGKPRKWYVGETSVWLFLFIYLIAVAYPLLWMAVSAFKSSDEIFEHSWSLPSVWHPENFVSAWNQGISAYFMNSVIVTVLTCLITVFVSAWAAYGLARFQFKGKGFVLIICLGGLMLTPQVSLVPLYSIIQSLGLYNTYWALILPYAAYRIPFTVILIRSYFLSISKELEEAAYLDGCTSFGIFFRIFLPMSVPILVTSGILTAYHTWNEFMFAIIFIDDENLRTIPAGLMQFRDALQTDWGVLLAGLTISAAPIIALFLLMQRYFIRGIAAGSVKG PGPT0016340_426 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_REAFFINOSE|STACHYOSE|MELIBIOSE_TRANSPORT,PGPT0016340-msmG-K10119 NA NA D1-12_03057 891 ngcF COG1175 Diacetylchitobiose uptake system permease protein NgcF ATGAGGATTTCCTTGGTCAGCCGAAAACGTTTCATTCCGTATCTGTTTCTCGCGCCCGCGCTGATTTTTCTGCTGTTCGTTTACATTCCGATTATTGAGAATGTGTTTTTCAGTCTGTTTGAATGGAGCTCATTTCAACCCGAAAAGACGTTTATCGGTTTGAAAAATTATATTGACCTGTTTCACGATCCCGTGTTTTTTACAGCACTCCGCAACAATGTGCTGTATGCGGTCATATCGCTGATTTGCCAGGTTGGCGGCGGCTTAATTCTGGCGGCCGTGCTGGAAGACAGATTGGTAAGAAAATGGTCGCCGTTTTTCCGCACGGTCTTTTTTCTTCCGGTCGTTATTTCCATGACCGTTATTGCGCTGTTGTTTGATTTTATTTATAACCCGGAAATCGGTCTCTTGAATCAGCTGCTGGAAGCCGTCGGACTTGATGAACTGACCCGGGCGTGGCTGGGCGATGAAAACACCGCTATGCTGTCTGTCATTTTTGTGTCTCAATGGCAGTCTGTCGGTTACATCGCCATGCTGTACATTGTCTCGATTCAGAGCATTCCCGCTGAATTATATGAATCGGCGCAGCTGGACGGAGCCGGAAAAATCCAGCAGTTTTTTCACATTACGGTGCCGCAGACGAAAGAAATGTCGTTTGTTGCCGTGGTGATGACGCTGACCGGCGCATTTACCGTATTTAATGAACCGTATATTCTGACCGGCGGAGGGCCGGGCAATGCTTCAGAAGTGCTGAGCACATTTTTGTATAAGAGCGCTTTTACAAAGGATATGATGGGCTACGCTTCTGCGATCGCGACGGTGGTGCTTTTGCTGACGCTTGCTCTGTCGCTTATTCAGATGAAATTCTTTAAGACCGGAAAGGAGGAGTAG MRISLVSRKRFIPYLFLAPALIFLLFVYIPIIENVFFSLFEWSSFQPEKTFIGLKNYIDLFHDPVFFTALRNNVLYAVISLICQVGGGLILAAVLEDRLVRKWSPFFRTVFFLPVVISMTVIALLFDFIYNPEIGLLNQLLEAVGLDELTRAWLGDENTAMLSVIFVSQWQSVGYIAMLYIVSIQSIPAELYESAQLDGAGKIQQFFHITVPQTKEMSFVAVVMTLTGAFTVFNEPYILTGGGPGNASEVLSTFLYKSAFTKDMMGYASAIATVVLLLTLALSLIQMKFFKTGKEE PGPT0016335_1457 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_REAFFINOSE|STACHYOSE|MELIBIOSE_TRANSPORT,PGPT0016335-msmF-K10118 NA NA D1-12_03058 1287 msmE COG1653 Multiple sugar-binding protein GTGACAAAGGAGGAAAAGCATCTGAAAAAGCTCATCTGCCTGTTCGTTCTGTTAGCCGTATGTCTGTCAGCCGCCGCCTGTTCAAGCCAAAGCAGTTCCTCTGACGGAAAAGTGACCTTGAAGTTTTTTCACAGGTGGCCGAAGGAGCCGGAAAAAAGCTATTTTGAAGAAGCGGTCAAAGAATTTGAAGCCGCTCATCCGGATATTCATATCCAAACGGAAGCGGTCTTAAACGATTCTTATAAAGACAAGGTGAAAGTCATGCTCGGAACAACGAGCCCCCCTGATATTTTCTTTTCATGGAGCGACCGGTTTGCTTATAAATTCATCAAAGGAGATAAAGCCCTCGATCTGTCGTCTTACTATCAGCAGGATAAAGATTGGTCCTCACAGCTTGTGCAGTCACAAATCAAACCCTTTACGCATGACGGAAAACAGTACGGTGTTCCGTGGCAAATGGACGCTAAATCATTCTTTTATAATAAGGACATTTTTCATACATTACATTTGAAGCCCCCGGCGACATGGGATGAACTGATCACAGTCTCTGAGAAATTGAAAGAGAACGGATATATTCCGATCAGTTTCGGCACAAAAGCGCCTTGGACGATTTCTCATTATATCGGGACGCTGAACCAGCGTATGGTGGATGAAAAAACGCGGGCGAAGGATTACAGCCCGGAAACCGGGGAGTTTACGGACGAAGGCTATGTCAAAGCGCTTGAAAAGCTTCAGGAACTGCTGCCGTACTTTACAAAGCACGTGAACTCCGTTGATCACGAATACGTGCGCCAGCAGTTTACAAGCGGCAAAGCGGCGATGATTTATGCGGAAACGGCAGAAATTAAGCTCGTCGAACCGGTCAATCTGGGCTTGTTTCCTTTCCCGAAAATCAGCGGCGAAAAGGGATCTCCCCGTGCACTGACCGGATCTCCGGAAGGATTTATGATTTCCTCAAAAACGAAGCACCCGAAAGAAGCCATGGAATTTCTTCAGTTTTTAACCTCGAAAAAAATGGGAGAGAAGCTGATAAAAGACGTCGGTAAATACAGCGCGGTTCAAGGAACGGCGACAGAAAACAATTCCGCCCCGATCCAGCGCGAAGCCGTGCAGGATATCGTCCGCGCCGAATCAATGGTGCCCTGGTTTGATATGGATGTTGACGTTGAAATCGCCGATGTGTATGCGGCAGGCGTTCAGCAGATGCTCGGCGGCACAATGACACCGCGCGAGGTGATGAATTCCGTGCAGAAAGCGGCGCGTCAGGTCAGAGCGTCATCTGAATAG MTKEEKHLKKLICLFVLLAVCLSAAACSSQSSSSDGKVTLKFFHRWPKEPEKSYFEEAVKEFEAAHPDIHIQTEAVLNDSYKDKVKVMLGTTSPPDIFFSWSDRFAYKFIKGDKALDLSSYYQQDKDWSSQLVQSQIKPFTHDGKQYGVPWQMDAKSFFYNKDIFHTLHLKPPATWDELITVSEKLKENGYIPISFGTKAPWTISHYIGTLNQRMVDEKTRAKDYSPETGEFTDEGYVKALEKLQELLPYFTKHVNSVDHEYVRQQFTSGKAAMIYAETAEIKLVEPVNLGLFPFPKISGEKGSPRALTGSPEGFMISSKTKHPKEAMEFLQFLTSKKMGEKLIKDVGKYSAVQGTATENNSAPIQREAVQDIVRAESMVPWFDMDVDVEIADVYAAGVQQMLGGTMTPREVMNSVQKAARQVRASSE PGPT0016330_1964 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_REAFFINOSE|STACHYOSE|MELIBIOSE_TRANSPORT,PGPT0016330-msmE-K10117 NA NA D1-12_03059 987 frlB COG2222 Fructosamine deglycase FrlB TTGAGTCAAACTGCCGCACAAGTGAATCACAAGGTTCAGGCTTTCTTGGATGATCTGAAAGGAAAAACGATTGACCACGTCTTTTTCGTCGCTTGCGGGGGTTCTTCAGCCATTATGTATCCGAGCAAGTACGTGTTTGACAGAGAGGCGAAAGCCATCAGCTCTGATCTCTACAGTTCAAATGAATTTATTCAGCGCAATCCCGTTCAGCTCGGAGAGAACTCGCTCGTGATTTTATGTTCTCATTCAGGCAATACGCCGGAAACGGTGAAAGCCGCCGGTTTCGCCAGAAAAAAAGGTGCGCTTACGATTGCGATGACCTATGAGCCTGATTCGCCGTTAGCGAAAGAAGCCGAATATGTCGCGGTTTATGACTGGGGTGAGAACGCACAGGCGATAAATACGAATTACGGGGTTCTGTATCAAATCGTGTTCGGCGCTTTACACGTGCTGGAAAACCATCCCGCGTTTGAGCAGGCGATCGACGGACTCAATAAACTCCAGACCGTATATAACAAAGCGCTTAAACAAGAAGCGGATCACGCAAAGGCATTCGCGAAAGCCCACGAAAAAGAAGATATCATTTACACGATGGCAAGCGGTGCGAACTACGGCGTCGCTTACTCCTACAGCATCTGCATTCTCATGGAAATGCAATGGATTCATTCCCACGCCATTCATGCCGGAGAATATTTTCACGGACCGTTCGAAATCATTGATGAATCCGTTCCATTTATTATCCTGCTCGGCTTAGACGAAACAAGACCTCTTGAAGAACGGGCGCTTTCCTTCTCAAAAAGATACGGCAAAAAACTGACTGTGCTTGATGCGGCAGCATATGATTTTTCCGGAATTGACGATTCTGTAAAAGGCTATCTGGCTCCTCTCGTATTAAACCGGGTGCTCAGAAGCTATGCGGATGCGCTGGCGGAAGCAAGGAACCATCCGTTAAGCCAGCGGCGTTACATGTGGAAAGTCGAATATTAA MSQTAAQVNHKVQAFLDDLKGKTIDHVFFVACGGSSAIMYPSKYVFDREAKAISSDLYSSNEFIQRNPVQLGENSLVILCSHSGNTPETVKAAGFARKKGALTIAMTYEPDSPLAKEAEYVAVYDWGENAQAINTNYGVLYQIVFGALHVLENHPAFEQAIDGLNKLQTVYNKALKQEADHAKAFAKAHEKEDIIYTMASGANYGVAYSYSICILMEMQWIHSHAIHAGEYFHGPFEIIDESVPFIILLGLDETRPLEERALSFSKRYGKKLTVLDAAAYDFSGIDDSVKGYLAPLVLNRVLRSYADALAEARNHPLSQRRYMWKVEY PGPT0018970_95 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO|NUCLEOTIDE_SUGAR_UTILIZATION PLANT_DERIVED_FRUCTOSELYSINE_BIOSYNTHESIS,PGPT0018970-frlB|yurP-K10708 NA NA D1-12_03060 927 hypothetical protein ATGAATATAAAAGAAGCCGCCAGACAGACGGGTCTCACGAAAAAAGCCATCAAATATTATGAGCAGGAAGGTTTAATCACCGTCAGCAAAAACCCTGATAACGGATACCGTGAGTATTCCGCTCAGAACGTGAATACGCTGAAAATGATTGCCGCCCTCCGAATGCTGGCACTGTCTGTAAGCGATATTAAAGCGTTCCTCTTAGAGGGCAGCAGTCTGCATGATATACTGCGCCAGCAGCATCAAAAGCTCAGCCGGCAGATTGAAGAGCTTGAGCAGGAACGGAAACTGACTGAAATGCTGATCAAGCGCGTGGAAGATGCGGAAAATGTCGATTCCATTCTGCATGATATCGGCGAGGTCAAAATAGATGAACCGAAGTATATGGGACTTCAGCTGAAAAAACTGTTCCCGGGAGATTTCGGAGAATTTATCGCCGCGCTGTTTGAACCGTTCCTCGACTTTTCTATTGATACAGATGAGAAAAAAGCGATATGGGCGGAGCTTATTAAAGTATTGGATGATATGGAAGAAGTTCCGGCTGAACACCCGATGATGCAGCTGGTCGGCAAGGAGGATCCGGCTCAGCTCCAGCAGCACAAAGTCCAGCATGACCAATTTATCGAGCGGATTTTGGAGAGAGACCCTGCCACTTGGGACACTCATAAAAACATCATCATTCAGCTTGTGAAAAGAGTGCAGACAGATGAAGAATACAGAGAAAGCCTGATCAAGGTCGGAGAATCCGCTTCTGATCTGCCCGCGCTGAAGGCGGGATCGCCTTTCAGCAATCTTCTTCAAAAGCTCAGCCCGAAATATGACACGTACGTGCGACTTCAGCTTGAACTGAAAAAAGAAGCCGACGAGGAACTCGGCTTTGATTCAGAAGCATATTTAAAAGAGATGCTTCAATCAAAAAAACGCTAA MNIKEAARQTGLTKKAIKYYEQEGLITVSKNPDNGYREYSAQNVNTLKMIAALRMLALSVSDIKAFLLEGSSLHDILRQQHQKLSRQIEELEQERKLTEMLIKRVEDAENVDSILHDIGEVKIDEPKYMGLQLKKLFPGDFGEFIAALFEPFLDFSIDTDEKKAIWAELIKVLDDMEEVPAEHPMMQLVGKEDPAQLQQHKVQHDQFIERILERDPATWDTHKNIIIQLVKRVQTDEEYRESLIKVGESASDLPALKAGSPFSNLLQKLSPKYDTYVRLQLELKKEADEELGFDSEAYLKEMLQSKKR NA NA NA NA NA D1-12_03061 591 sdpC Sporulation delaying protein C ATGGTTAAAAGCAAGAAGTCCGCAGCTGCCATGATGCTGGTGTTTGTTTTAATGGTCGCATTAGTCGGCCCGCATGCCGCGGCAAAAACTGAGCCGTCCGTCTCTTATTCGGGTGAAGACATTTTTTCCGGCATCTTTTTCGGACAAGGTGAGGTCGCAAAGCTCCTTCCTGAAGTATGGGATACCAAGGCTGTTAAAAAGATTGATCAGGATGAATTAAAGCAAGTTTCCGATCAGGTGATTGCTGATATTAAAAAGTCATCGCCGGATTATTTTAAAGAGTTAAAAGCGGCGGTCTACAGCGGCGATTATGAGAAAGTGAACAGCGTCATTGATCAAGGTTCGCAGATTATGGCGAAAGTGCTGAAAGAAGAGTTTGACAAAAAGAGCATGGACAAAGGAAAATCAACGGCCATCGGCCAATGCGCAACGGCTGTATGGGTATTTTTAAACGCGGCGGCCGCCATTGAGACGATCGCTCTTGCGGTAGCGGCTATCATTTTGACAGTAGCAAGCGTTGACGAAGATTCCGACTTAGGAAAAGAGCAGCTCATCGCTAATGTCGTTGACCGCATTAACGCGCAGCACTGA MVKSKKSAAAMMLVFVLMVALVGPHAAAKTEPSVSYSGEDIFSGIFFGQGEVAKLLPEVWDTKAVKKIDQDELKQVSDQVIADIKKSSPDYFKELKAAVYSGDYEKVNSVIDQGSQIMAKVLKEEFDKKSMDKGKSTAIGQCATAVWVFLNAAAAIETIALAVAAIILTVASVDEDSDLGKEQLIANVVDRINAQH NA NA NA NA NA D1-12_03062 945 sdpB Sporulation-delaying protein SdpB TTGATTCAGGATGCAAAAAAGCAGCTCACCTTATGGATGATGAAGAATCCGCCTTGGACAAATGTGTACGGGCTTGCCAGAAGCTTAATCGCGCTCGGCACGCTGCTGACATTGCTGTTCAATCCGGCGTCTGTCTTCTTCAAAACGCAAAATCAAATGCTCAGCTTTTCCGACACGTTCAGCCTGTTTCTGCTGTTTCCCGATTTCCGTTACATTGAGATCGTCAAAGCCGTCTGTATCTGTATGTTAATCCTTGTCGTCATTGGCTGGCGGCCCCGCCTCACCGGTTTTTTTCACTGGTGGGTTTCGTACAGCTTCCAAAACTCCGCCGTTACCCTTGACGGGGGAGATCAAGTGGCTGCCGTTTTTACGCTGCTGCTGCTCCCGCTGACATTAACCGATCCGCGGAAATGGCACTGGTCTCCGTACGAGGCGTCTTTTGAGAAAAGGCCGCTTGAGCCTTATTACCGCTCCTTATGCTGGGCCACACTGACAATCATCAGAATACAGGTCGCGATGCTGTACTTTAACTCTGTCATTGCCAAACTGATGGAAGAAGAGTGGCAGAACGGGACCGCCGTTTATTACTATTTGAATGATCCGATGCTGGGTCTGCCGGATGCGCTTCACAGTCTGTTTGACTTTATCCTGCAGTCCAAGCTTGTCATCATCCCGACTTGGGGCACGCTCATTGTACAAACCATTATGTTTTGCGCTTTGTTCGCTCCGAAAACATATTGGCGTCCGATATTGTTTATATCCATTTTTATGCACGAAATCTTTGCCGTTATGCTGGGGCTGACCTCGTTTTCCATTACGGTGGCTGGTATTTTGGTCCTGTTTTTGGTGCCGGCAGAGAAAACAGTAGCTTTGAACCATTACAATCCCCTTTTTATCAGATACAATTTTTTCAATAAAAGGAAAAGGAGGAAATTATATGGTTAA MIQDAKKQLTLWMMKNPPWTNVYGLARSLIALGTLLTLLFNPASVFFKTQNQMLSFSDTFSLFLLFPDFRYIEIVKAVCICMLILVVIGWRPRLTGFFHWWVSYSFQNSAVTLDGGDQVAAVFTLLLLPLTLTDPRKWHWSPYEASFEKRPLEPYYRSLCWATLTIIRIQVAMLYFNSVIAKLMEEEWQNGTAVYYYLNDPMLGLPDALHSLFDFILQSKLVIIPTWGTLIVQTIMFCALFAPKTYWRPILFISIFMHEIFAVMLGLTSFSITVAGILVLFLVPAEKTVALNHYNPLFIRYNFFNKRKRRKLYG NA NA NA NA NA D1-12_03063 531 hypothetical protein TTGACTGACAAGAAGCAAACCAGCATGTTTTCATTCTTTCTTTTTATCATGGCCGCCTGGATCATCGTTTTGTTTTTTACCATCATCGCGGCACTGCCAAGCTCCGCCATCCAATTAACCAAGCACCAATCCAAAACCGTTTCCATGATTTATCCGCAAAGCTGGGGATTTTTCAGTAAAGATCCGAGAGAAGACAGCTTGAACATCTATCTTCTTGATGCCGATGAGGAGCTCAGATGGCCGAATAATTCTCTGAAAAATGTCATCGGCTTAAACCGTTACGGCCGGACGCAAGGAATAGAGCTCGGCCTTATGCTGGAAAAGCTGCCTTCCAAAGAGAAGTGGGAAGACTTCACGACTGGCCAAGACATTAAGGATACCACATTTTTGAAAATGAAAAATGAGTCTCCCTCCCCAAGGCTGAAAGGGAAAATGATCATTACATATGAACGCATTACCCCATGGGCATGGAGCCAGCATACCGAAACGAAAAGAACCATCAAAAAATACATCGGAGTGGATGTCAATTGA MTDKKQTSMFSFFLFIMAAWIIVLFFTIIAALPSSAIQLTKHQSKTVSMIYPQSWGFFSKDPREDSLNIYLLDADEELRWPNNSLKNVIGLNRYGRTQGIELGLMLEKLPSKEKWEDFTTGQDIKDTTFLKMKNESPSPRLKGKMIITYERITPWAWSQHTETKRTIKKYIGVDVN NA NA NA NA NA D1-12_03064 273 ybgB COG5658 putative membrane protein YbgB ATGTTTTTGATGAATGATAAGGTGCTGTGGGGAGCTGTGGTTCTCGCCTTTATTCTGTCGATTGTGTTTTATCCGTTTCTTCCTGCTGATATGGCCATTCACTATGACGTGTCGAACCGTCCGAATACATCAATCAATAAAACGGCCGGCGTCCTGATTTTTCCTGTGCTCATGATGATCTGCATGTTATTCAGAAAAAAGGTCGTCCAGCTGTTCCTCGTCGTTTACTGTCTGCTGATCGTGCATATTGCAGTGATGTGGCTGGCACTGTAA MFLMNDKVLWGAVVLAFILSIVFYPFLPADMAIHYDVSNRPNTSINKTAGVLIFPVLMMICMLFRKKVVQLFLVVYCLLIVHIAVMWLAL NA NA NA NA NA D1-12_03065 375 uvrC_2 UvrABC system protein C TTGATAAAAATAAACCTTCCTGCTCCTGATGTAACCATTACGGAACGGCAGCAGTCACCGTCGGAAAATGAACCGGCGATTAAAGCGATTTACGGTTTCATTGATTTTCACCAAATTCCGAGAGACAAAGGCGGCATCTTTATGTTTTATAACATTCATGATGAGCTGCTGTTTGTCGGGAAAGCCCGTAAATTAAGACAAAGAATCAAAAAGCATTTTGAAGACAATGTGTCGCCTGTTAAACATCACAGGGACGAAGTGTATAAAATTGAAGTATGTGTCGTCAATGATCCGATGGAAAGGGAGATTTACGAAACGTACGCGATCAATACCCTTCAGTCGAAATACAACATTGAGAAAGTATTTTATAAATAA MIKINLPAPDVTITERQQSPSENEPAIKAIYGFIDFHQIPRDKGGIFMFYNIHDELLFVGKARKLRQRIKKHFEDNVSPVKHHRDEVYKIEVCVVNDPMEREIYETYAINTLQSKYNIEKVFYK NA NA NA NA NA D1-12_03066 1116 thiO_2 Glycine oxidase ATGAAGTCTTATATGATTATCGGGGCCGGCATTCTCGGTGCGTCCGCGGCTTATCATCTCGCAAAGGCCGGGGCGGATGTAACGGTCATTGACCGGAAACACCCGGGGCAGGCGACTGACGCCGCGGCGGGGATCGTTTGCCCGTGGCTGTCGCAGCGGCGCAATCAGGCATGGTATGCGATCGCAAAAGGCGGCGCCCGTTATTATGAACGATTGATACAGCAGCTTGAAGCGGACGGAGAAACGGACACCGGCTATCAAAAGGTCGGTGCCGTCAGTCTCCATACGGATGAAAAAAAGCTCAGCCAAATGGAGGAAAGAGCTTATAAAAGAAGAGAGGACGCTCCTGAAATCGGTGACATTACGAGACTGACTCCGGCAGAAACGAAGGCGCTGTTCCCCGCGCTGTCGGAGGAATACGGGGCGGTTCATGTCAGCGGCGCGGCCCGGGTGAACGGGAGGGCGCTTCGTAAGGCGCTGTTAAACGCGGCCGTTAAGCACGGCGCGGCTGTTTACAATGAAGAAGCGTCAATATTGACAGAGGACGGTGCCGTTATCGGTGTGAAAACCGCAGAACGCACGCTTACTGCCGGCCAGGTTCTCGTAACGGCCGGCGCTTGGGCGAGAGAGCTGCTTGAACCGCTCGGCATCCGTTTTTCAGTATCATACCAAAAGGCACAGATCGTTCATTTAGAGCTTCAGGGAGAGGATACGGGCGGCTGGCCTGTCGTCATGCCCCCAAACGATCAATACATTCTCGCGTTTGCAAACGGTCGGATTGTAGCGGGCGCGACTCATGAAAACGATACCGGCATGGATTTGCGGGTGACGGCCGGCGGCCTCCGTGAGATTTTTGACAAAGCATTAACCGTGGCGCCGGGCCTTTCAGACAGTACTGTGATAGAGACAAGAGTCGGTTTCAGGCCGTTTACTCCCGGTTTTCTTCCCGTCATCGGCAAAGTGCCGAATATCAGCGGACTCCTCGTTGCCAACGGGCTGGGCGCCTCAGGGCTGACGAGCGGGCCGTATCTGGGGGCGGAACTGGCAAAACTCGCACTCGGCCAGCAGACGGAAATTGATTTGAGCCTTTATGATCCGGCCGGGGCGCTTGAATAA MKSYMIIGAGILGASAAYHLAKAGADVTVIDRKHPGQATDAAAGIVCPWLSQRRNQAWYAIAKGGARYYERLIQQLEADGETDTGYQKVGAVSLHTDEKKLSQMEERAYKRREDAPEIGDITRLTPAETKALFPALSEEYGAVHVSGAARVNGRALRKALLNAAVKHGAAVYNEEASILTEDGAVIGVKTAERTLTAGQVLVTAGAWARELLEPLGIRFSVSYQKAQIVHLELQGEDTGGWPVVMPPNDQYILAFANGRIVAGATHENDTGMDLRVTAGGLREIFDKALTVAPGLSDSTVIETRVGFRPFTPGFLPVIGKVPNISGLLVANGLGASGLTSGPYLGAELAKLALGQQTEIDLSLYDPAGALE PGPT0020315_3930 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 D1-12_03067 702 COQ5_2 2-methoxy-6-polyprenyl-1,4-benzoquinol methylase, mitochondrial ATGACAACACGATACGGAATTGATGCGCCTTATGGAGCGTTTGGATTTATCTTTCTTGCGCTCCTTTATGCCGCAGCCACGTTATGCGGTATGATTCCTCCTTACTGGGGCTGGCTGACGGGCACCTTGTTTTTAGTGCTCGGTCTTTGGATGCTCTTGTATTCAACGGCCATTAAACTTTTACACCGCCACCGCATTCTTGCGCTTTCCGGTTTAAAGCCGGACATGGAGGTGCTTGATATTGGGACGGGACGGGGGCTGCTAGCCATCGCCGCTGCTCAAAAAGGCGCTGACGTCTCAGCGATTGACAAATGGTCAGGCTGGGATCTGGGCGGAAACGGGAGAGACGCATTTGAAAAGAACAGACGGGCAGAAGGAGCGCCGGAAATTGATTTGTATGACGGACTCGCGCAAGACACGCCGTTTCCTGATAAAACGTTTGACCTTGTCATTTCGCATTTTGTCGTACACAACATTTCAGGCAGAAAAGAGAGGGAACGGGCGATTGCGGAAATGGTGAGGGTGCTGAAGCCTGGCGGCACATTGGCCGTGTCAGATATAAAAAATACATCACAATACAGAGAGATTCTTGAGGAAAACGGCTTTCAGACAAGGACGTATTCCTTTTATTATACGTTTCCGTTTTCGAAACTCATCATTGCCGTCAGGACTCCGGTAGGAACCGGGCGCTCCATTTGTTAA MTTRYGIDAPYGAFGFIFLALLYAAATLCGMIPPYWGWLTGTLFLVLGLWMLLYSTAIKLLHRHRILALSGLKPDMEVLDIGTGRGLLAIAAAQKGADVSAIDKWSGWDLGGNGRDAFEKNRRAEGAPEIDLYDGLAQDTPFPDKTFDLVISHFVVHNISGRKERERAIAEMVRVLKPGGTLAVSDIKNTSQYREILEENGFQTRTYSFYYTFPFSKLIIAVRTPVGTGRSIC NA NA NA NA NA D1-12_03068 465 hypothetical protein ATGAAACGCGGCATTACATTTAACATCCCAAATCAATTCGGACGGTTTGCGGCAGACATATTAAAACCGTTCCCCATCTCTTCCTATACATGGTTTATCGGTGATGGAGAGGCGTATACTGACTTCAAAGAAGACACCGATACAGACCTGTTTCCGCAAAATAAGCGCATCATTGAGGGTCAAGAACTTCGTCAGCGTCTGGAAGGAAACCCTTATTATATGATTTTTGCTGAATTGAAAGCTTTCCCGAGCGGGATGGTAACGGAAATCAATACGTATGAGGAATATTTGGAGAGTTCCTGTGAACTTGTGCTTCTCATCGCAGATTGCTCGTATGTAACGTTATATTGCAAAGATCGGGACATGCTCGAAGCCCTTTTTCAGCAGGCTGTACAATGCGGGTTTCACCGCGTTGACTATGTTACAGATGAGAATGATGCGAGAACGGGATTGTCTGTCTGGTGA MKRGITFNIPNQFGRFAADILKPFPISSYTWFIGDGEAYTDFKEDTDTDLFPQNKRIIEGQELRQRLEGNPYYMIFAELKAFPSGMVTEINTYEEYLESSCELVLLIADCSYVTLYCKDRDMLEALFQQAVQCGFHRVDYVTDENDARTGLSVW NA NA NA NA NA D1-12_03069 837 csn Chitosanase ATGAAAATCAGTTTGAAGAAAAAAGCAGGTTTTTGGAAGAAGACGGCGGTTTCATCTCTTATTTTCACCATGTTTTTTACCCTGATGATGAGCGGTACGGTTTTTGCGGCCGGGCTGAATAAGGATCAGAAGCGCCGGGCGGAACAGCTGACCAGCATCTTTGAAAACGGAAAGACGGAAATCCAATACGGCTATGTTGAAGCATTGGATGACGGAAGAGGTTACACCTGCGGGCGGGCCGGCTTTACGACGGCTACCGGAGATGCGCTGGAAGTAGTCGAAGTCTACACGAAAGCGGTGCCGAATAACAAATTGAAAAAGTATTTGCCTGAATTGCGCCGTCTTGCGAAGGACGAAAGCGATGACATCAGCAATCTGAAAGGATTCGCTTCTGCCTGGCGCTCACTTGGCAATGATAAAGCCTTCCGCGCTGCCCAAGATAAGGTAAATGACAGCTTGTATTATCAGCCGGCGATGAAACGTTCAGAAAATGCCGGACTGAAAACGGCCTTGGCCAAAGCGGTGATGTACGATACGGTGATTCAGCATGGCGACGGCGATGATCCAGACTCCTTTTATGCCCTGATTAAACGCACGAACAAAAAAATGGGCGGGTCACCGAAAGACGGAACGGACGAGAAGAAATGGCTCAATAAATTCTTGGATGTACGCTATGACGATCTGATGAATCCGTCAGATGAGGACACCCAGGATGAATGGAGAGAATCGGTTGCCCGTGTCGACGTTTTCCGCGATATTGTCAAAGAGAAGAACTACAATTTAAACGGGCCGATTCATGTCCGGTCAAGCGAATACGGAAGTTTCACTATTCAATAA MKISLKKKAGFWKKTAVSSLIFTMFFTLMMSGTVFAAGLNKDQKRRAEQLTSIFENGKTEIQYGYVEALDDGRGYTCGRAGFTTATGDALEVVEVYTKAVPNNKLKKYLPELRRLAKDESDDISNLKGFASAWRSLGNDKAFRAAQDKVNDSLYYQPAMKRSENAGLKTALAKAVMYDTVIQHGDGDDPDSFYALIKRTNKKMGGSPKDGTDEKKWLNKFLDVRYDDLMNPSDEDTQDEWRESVARVDVFRDIVKEKNYNLNGPIHVRSSEYGSFTIQ PGPT0012190_178 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_GLYCOSIDE_UTILIZATION PLANT_DERIVED_GLYCOSIDE-GLYCOSIDASES|GLYCOSYLHYDROLASES,PGPT0012190-csn-K01233 NA NA D1-12_03070 1398 hypothetical protein ATGGCTAAAAAAATGCCTGAAATTGGTGAATACAAGTACGGTTTTCACGATAAGGACGTTTCCATTTTCCGTTCAGAGCGCGGATTGACAAAAGAAATCGTAGAAGAAATTTCACGCATGAAAGAAGAGCCTCAATGGATGCTTGATTTCCGCCTGAAATCTCTTGAGCATTTCTACAACATGCCGATGCCGCAGTGGGGCGGGGATTTAAACTCTTTAAACTTTGACGAAATTACGTATTACGTAAAGCCGTCTGAGCGTTCAGAGCGTTCTTGGGATGAAGTGCCTGAGGAAATTAAACAGACATTCGACAAACTCGGTATTCCTGAAGCTGAGCAAAAATACCTTGCCGGTGTTTCTGCACAGTACGAATCCGAAGTTGTGTACCACAATATGAAAGAAGATCTTGAAGAGCAAGGCATCGTCTTCAAAGACACAGACAGCGCGCTGAAAGAAAATGAAGACATTTTCCGCGAGCACTGGGCGAAAGTTATCCCGCCGACTGATAACAAGTTTGCGGCGCTGAACTCAGCTGTTTGGTCCGGCGGATCTTTCATCTACGTGCCTAAAGGCGTGAAGGTTGAAACACCGCTTCAAGCTTACTTCCGCATCAACTCTGAAAACATGGGTCAGTTCGAACGTACGCTGATCATCGTTGACGAAGAAGCAAGCGTTCATTACGTAGAGGGCTGTACGGCTCCTGTGTACACAACAAACTCGCTTCACAGCGCGGTTGTTGAAATCATCGTCAAAAAAGGCGGCTACTGCCGTTATACAACAATTCAAAACTGGGCGAACAACGTTTACAACTTAGTAACGAAACGTACGGTTTGTGAAGAAAACGCGACAATGGAATGGGTTGACGGAAACATCGGTTCTAAATTGACGATGAAATATCCGGCTGTCATTCTGAAAGGTGAGGGCGCGCGCGGCATGACGCTCTCTATCGCTCTTGCGGGCAAAGGACAGCATCAGGACGCAGGTGCGAAAATGATTCACCTTGCACCGAATACGTCATCCACAATCGTATCAAAATCGATTTCGAAACAGGGCGGAAAAGTAACATACCGCGGTATCGTCCACTTCGGACGGAAAGCGGACGGCGCCCGTTCAAACATCGAGTGTGATACGCTCATTATGGATAACAAATCAACTTCTGATACAATCCCTTACAATGAAATCCTGAACGACAACATTTCATTGGAGCACGAAGCGAAAGTATCAAAAGTTTCTGAAGAACAGCTTTTCTACTTGATGAGCCGCGGTATTTCTGAAGAAGAAGCAACAGAAATGATCGTTATGGGCTTCATCGAGCCGTTCACAAAAGAACTTCCGATGGAATACGCAGTTGAAATGAACCGTTTGATTAAGTTCGAAATGGAAGGTTCTATCGGTTAA MAKKMPEIGEYKYGFHDKDVSIFRSERGLTKEIVEEISRMKEEPQWMLDFRLKSLEHFYNMPMPQWGGDLNSLNFDEITYYVKPSERSERSWDEVPEEIKQTFDKLGIPEAEQKYLAGVSAQYESEVVYHNMKEDLEEQGIVFKDTDSALKENEDIFREHWAKVIPPTDNKFAALNSAVWSGGSFIYVPKGVKVETPLQAYFRINSENMGQFERTLIIVDEEASVHYVEGCTAPVYTTNSLHSAVVEIIVKKGGYCRYTTIQNWANNVYNLVTKRTVCEENATMEWVDGNIGSKLTMKYPAVILKGEGARGMTLSIALAGKGQHQDAGAKMIHLAPNTSSTIVSKSISKQGGKVTYRGIVHFGRKADGARSNIECDTLIMDNKSTSDTIPYNEILNDNISLEHEAKVSKVSEEQLFYLMSRGISEEEATEMIVMGFIEPFTKELPMEYAVEMNRLIKFEMEGSIG NA NA NA NA NA D1-12_03071 444 sufU COG0822 Zinc-dependent sulfurtransferase SufU ATGTCTTTTAATGCAAATTTAGATACATTATACAGACAAGTGATCATGGATCATTACAAAAATCCGCGCAACAAAGGGGTTTTGGATGACAGCATCGTCGTCGATATGAACAACCCGACTTGCGGCGACCGGATCAGACTGACAATGAAGCTTGACGGCGATACCGTTCAGGAAGCGAAGTTTGAAGGAGAAGGCTGCTCCATCTCCATGGCTTCAGCTTCCATGATGACGCAGGCGATTAAAGGAAAAGATATTGATACCGCCCTTTCCATGTCTAAGATTTTCTCAGACATGATGCAAGGGAAAGAGTATGACGACTCAATAGATCTCGGGGATATTGAAGCCCTTCAAGGCGTTTCGAAATTCCCGGCCCGGATTAAATGTGCCACCCTTTCATGGAAAGCACTTGAAAAAGGAGTCGCTGGCGAAAAAGGCGGCAATTAA MSFNANLDTLYRQVIMDHYKNPRNKGVLDDSIVVDMNNPTCGDRIRLTMKLDGDTVQEAKFEGEGCSISMASASMMTQAIKGKDIDTALSMSKIFSDMMQGKEYDDSIDLGDIEALQGVSKFPARIKCATLSWKALEKGVAGEKGGN PGPT0000075_1306 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-ATMOSHPHERIC_NITROGEN_FIXATION N-FIX-NITROGENASE_BIOSYNTHESIS,PGPT0000075-nifU|iscU-K04488 NA NA D1-12_03072 1221 sufS COG0520 Cysteine desulfurase SufS ATGAATATCACCGATATTCGTGAACAGTTCCCGATCCTTCATCAGCAAGTGAACGGACATGACCTCGTGTACCTTGACAGCGCGGCGACTTCCCAGAAGCCGCGTGCTGTCATTGAAGCAGTGGATCAGTATTACAACAAATACAACTCCAATGTCCACAGAGGCGTTCATACTCTTGGCACGAGAGCGACAGACGGCTATGAAGGTGCGCGTGAAAAAGTCCGTAAGTTTATCAATGCGAAGTCAATGGCTGAGGTCATTTTCACAAAAGGCACGACAACTTCACTGAATATGGTGGCGCTGAGCTATGCCCGCGCCAGCTTAAAACCCGGTGATGAAGTGGTCATCACCCAAATGGAGCATCATGCGAATATCATTCCGTGGCAGCAGGCTGTCAAAGCAACCGGCGCGACTTTAAAATATATCCCGATGCAGGAAGACGGCACGCTTTCGTTGGACGACGTCCGGCAGACTGTCACAAGCCATACGAAGATCGTGGCAGTCGCTCATGTGTCAAACGTGCTCGGCACGATCAACCCGATTAAAGAGATCGCCAAAATCGCTCATGACAATGGCGCGGTCATCGTGGTGGACGGGGCGCAAAGCACACCGCACATGAAAATCGACGTTCAGGACTTGGATTGCGACTTCTTCGCGCTTTCTTCCCATAAAATGTGCGGCCCGACGGGAATCGGCGTGCTGTACGGCAAGAAAGAACTGCTTGAGAATATGGAGCCGGCCGAATTTGGCGGCGAGATGATCGACTTTGTAGGGCTTTATGAATCAACTTGGAAAGAGCTTCCGTGGAAATTTGAAGCAGGCACGCCGATCATTGCAGGCGCGATCGGATTGGGAGCCGCGATTGATTTTCTTGAAGAGATCGGACTCGACGAGATTTCCCGGCATGAGCATAAGCTTGCAGCCTATGCGCTTGACCGTTTCGAGCAGCTAGACGGCGTGACGGTATACGGTCCGAAAGAGCGGGCGGGACTTGTGACATTTAATCTTGATGAGGTTCACCCTCATGATGTCGCGACTGTCCTCGATGCTGAGGGCATTGCGGTCAGAGCCGGCCATCATTGCGCCCAGCCGCTCATGAAATGGCTGGATGTATCTGCTACTGCGAGAGCGAGTTTTTATCTGTATAATACAGAGGAAGAGATCGATAAGCTCGCGGAAGCCCTCCAAAAGACAAAGGAGTACTTTACAAATGTCTTTTAA MNITDIREQFPILHQQVNGHDLVYLDSAATSQKPRAVIEAVDQYYNKYNSNVHRGVHTLGTRATDGYEGAREKVRKFINAKSMAEVIFTKGTTTSLNMVALSYARASLKPGDEVVITQMEHHANIIPWQQAVKATGATLKYIPMQEDGTLSLDDVRQTVTSHTKIVAVAHVSNVLGTINPIKEIAKIAHDNGAVIVVDGAQSTPHMKIDVQDLDCDFFALSSHKMCGPTGIGVLYGKKELLENMEPAEFGGEMIDFVGLYESTWKELPWKFEAGTPIIAGAIGLGAAIDFLEEIGLDEISRHEHKLAAYALDRFEQLDGVTVYGPKERAGLVTFNLDEVHPHDVATVLDAEGIAVRAGHHCAQPLMKWLDVSATARASFYLYNTEEEIDKLAEALQKTKEYFTNVF PGPT0020195_3410 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 D1-12_03073 1314 hypothetical protein ATGACATTGGAAACGAAACTATCCGTAGATCAGGAATATGTCAAAGGCTTTTCCGAAAAGCATCAAGAACCTGCCTGGCTGAAAAACCTGCGCTTACAGGCTCTTGAAAAAGCTGAAGATCTGCCGCTGCCTAAGCCTGATAAAACAAAAATCACAAATTGGAACTTTACAAAGTTCAACAAGCATACAGTAGAAAATGCGCCGCTTGCTTCTTTAGAAGATTTAGCTGATGAAGCAAAAGCGCTGATCGATATCGAAAACGAAGACAAAACGTTATACGTGCAGCGTGACCAAACGCCCGCTTTTCTTTCTCTTTCTAAAGAACTGAAAGACAAAGGCGTCATCTTTACGGACATCTTAACGGCTGCCCGTGAGCACAGCGACCTTGTTGAGAAGTATTTCATGAAAGACGGCGTTAAGGTCGACGAACATAAACTGACTGCGCTTCATGCAGCATTAATGAACGGCGGGGCATTCCTTTATGTTCCTAAAAACGTTCAGGTGGAGACGCCTGTTCAGGCCGTTTACGTTCATGAAAGCAATGACACGGCATTGTTCAACCACGTGCTGATTGTCGCTGAAGATCACAGCTCCGTCACTTACGTTGAGAACTACATCAGCACGGTGAATCCGAAAGAAGCTGTATTCAACATTATCAGTGAAGTGGTCACAGGCGATAATGCCAGCGTGACGTACGGCGCCGTTGACAACCTGTCAGCAGGCGTCACAACATACGTCAACCGCCGCGGAGCCGCGCGCGGACGCGACAGCAAAATCGAGTGGGCGCTCGGACTGATGAACGACGGCGACACGATTTCTGAAAACACGACAAACCTCTACGGTGACGGCACATACGGCGATACGAAAACCGTAGTTGTCGGAAGAGGAGAACAGACGGAAAACTTTACGACGCAGATCATCCACTTCGGTAAGGCTTCTGAAGGCTATATCCTGAAGCACGGAGTCATGAAAGATGCCGCATCTTCCATCTTTAACGGAATCGGCAAAATCGAGCACGGCGCGTCTAAAGCAAACGCTGAACAGGAATCCCGCGTTCTGATGCTGAGTGAAAAAGCACGCGGAGATGCAAACCCGATTCTTTTAATTGATGAAGACGATGTAACTGCAGGACATGCGGCATCTGTCGGCCGTGTGGACCCGATCCAGCTTTACTACTTAATGAGCCGCGGAATTCCGAAAGAAGAAGCGGAGCGCTTAGTCATTTACGGATTCCTTGCTCCGGTGGTAAAAGAGCTTCCGATTGAAGGAGTTAAGAAACAGCTCGTCTCCGTCATCGAAAGGAAAGTAAAATAA MTLETKLSVDQEYVKGFSEKHQEPAWLKNLRLQALEKAEDLPLPKPDKTKITNWNFTKFNKHTVENAPLASLEDLADEAKALIDIENEDKTLYVQRDQTPAFLSLSKELKDKGVIFTDILTAAREHSDLVEKYFMKDGVKVDEHKLTALHAALMNGGAFLYVPKNVQVETPVQAVYVHESNDTALFNHVLIVAEDHSSVTYVENYISTVNPKEAVFNIISEVVTGDNASVTYGAVDNLSAGVTTYVNRRGAARGRDSKIEWALGLMNDGDTISENTTNLYGDGTYGDTKTVVVGRGEQTENFTTQIIHFGKASEGYILKHGVMKDAASSIFNGIGKIEHGASKANAEQESRVLMLSEKARGDANPILLIDEDDVTAGHAASVGRVDPIQLYYLMSRGIPKEEAERLVIYGFLAPVVKELPIEGVKKQLVSVIERKVK NA NA NA NA NA D1-12_03074 786 sufC COG0396 Vegetative protein 296 ATGGCTGCTTCAACATTAACGATCAAGGATCTTCACGTTGAAATCGAAGGAAAAGAGATCTTAAAAGGTGTAAACCTTGAAATAAAAGGCGGCGAATTCCACGCTGTCATGGGGCCGAACGGTACCGGTAAATCCACGCTCTCAGCAGCGATTATGGGACACCCGAAATACGAAGTTACAAAAGGCAGCATCACGCTTGACGGCAAGGATGTACTGGAAATGGAAGTGGACGAGCGCGCTCAGGCGGGTCTTTTCCTTGCGATGCAGTACCCAAGCGAAATCAGCGGTGTGACAAATGCCGATTTCCTTCGCTCTGCGATTAACGCCCGCCGTGAAGAAGGCGATGAAATTTCTCTTATGAAATTCATCCGCAAAATGGACGAAAACATGGAGTTCCTTGAAATGGACCCTGAAATGGCGCAGCGTTACCTGAACGAAGGTTTCTCAGGCGGGGAGAAAAAACGCAACGAAATCCTTCAGCTTATGATGATCGAGCCGAAAATCGCCATTCTTGACGAGATCGATTCAGGTCTTGATATCGATGCGCTTAAAGTCGTTTCTAAAGGAATTAACAGAATGCGCAGCGAAAACTTCGGCTGCTTAATGATCACTCACTACCAGCGCCTTCTGAACTACATCACGCCTGATGTCGTTCACGTTATGATGCAGGGACGCGTAGTGAAATCCGGCGGCGCGGAGCTTGCACAGCGCCTTGAAGCGGAAGGTTATGACTGGATTAAACAAGAACTAGGCATTGAAGACGAAACTGTAGGCCAAGAAGCGTAA MAASTLTIKDLHVEIEGKEILKGVNLEIKGGEFHAVMGPNGTGKSTLSAAIMGHPKYEVTKGSITLDGKDVLEMEVDERAQAGLFLAMQYPSEISGVTNADFLRSAINARREEGDEISLMKFIRKMDENMEFLEMDPEMAQRYLNEGFSGGEKKRNEILQLMMIEPKIAILDEIDSGLDIDALKVVSKGINRMRSENFGCLMITHYQRLLNYITPDVVHVMMQGRVVKSGGAELAQRLEAEGYDWIKQELGIEDETVGQEA NA NA NA NA NA D1-12_03075 372 hypothetical protein GTGGCCCAATACCAGGATAACGGGAAAAGCGTGCATGACGCATTGAAACAATATAAAGAAGGTTTAGGCATATTCGAGCAAAAAATGCCGATGATGGGGCGGAAGTTTAATGAATTTACTGAACAGTGTTTCTCTGCGGATTCATTAACTGAAAAAGAGAAACAATTAATCGCTCTGGGCATCAGCATCAGCGCTCAAGATGAATTTTGCATGATTTATCATACGAAGGGCTGCCTTGACCAAGGGGCGACAGAAGAAAACATCCTTGAGGTCATCGGCGTCGCGGCGGCATTCGGGGGCGGCGCGGCTCTCAGTCAGGGAGTGACCCTCGTGCAGCAGTGCATTCAGGAATTCGGACATACGACGCATTAG MAQYQDNGKSVHDALKQYKEGLGIFEQKMPMMGRKFNEFTEQCFSADSLTEKEKQLIALGISISAQDEFCMIYHTKGCLDQGATEENILEVIGVAAAFGGGAALSQGVTLVQQCIQEFGHTTH NA NA NA NA NA D1-12_03076 816 metQ_2 COG1464 Methionine-binding lipoprotein MetQ TTGAAAAAGATTGTATTAAGTGCGCTGCTGCTTGTGTTCGCGGGAGTTTTGGCCGCCTGCGGATCAAACGGCTCAAATAAAAAGGAAATCGTCGTCGCCGCGACAAAAACACCGCATGCTGAAATCTTAAAAGAAGCGGAACCGCTCTTGAAGGAAAAAGGCTACACATTAAAAGTAAAAGTGCTGAACGATTACAAAATGTACAACAAAGCGTTAGCTGATAATGAAGTGGATGCGAACTACTTCCAGCACGTTCCTTACCTTGAACAGGAAATGAAAGAAAATAAAGATTACAAACTCGTGAATGCCGGAGCCGTTCACCTTGAGCCATTCGGAATTTACACGAAAAAATACAAATCACTGAAAGACCTGCCTAAAGGTGCGACCATCATCATGACTAACAATGTCGCTGAACAAGGCCGTATGCTGGCGATGCTTGAAAAAGCCGGACTGATCACACTTGATCCGAAGGTAAAAACGATTGAAGCCACTACGAAAAACATTACGAAAAATCCGAAAAACCTGACATTCAAAAAAATCGCCCCTGAATTAACGGCGAAAGCATATAATGAAGAAGAAGGCGATGCAGTCTTCATTAACGTCAACTATGCGATTCAAAACAAACTGAATCCGTTAAAAGATGCGATTGAAGTGGAATCAACGAAAAACAACCCGTACGCAAACATCATCGCCGTACGCAAAGGTGACGAAAAATCAGAGAAAATCAAAGCGCTTATGGAAGTGCTTCACTCTAAGAAAATCAAAGACTTTATTGAGAAAAAATACGACGGAGCCGTGCTTCCCGTATCTGAATAA MKKIVLSALLLVFAGVLAACGSNGSNKKEIVVAATKTPHAEILKEAEPLLKEKGYTLKVKVLNDYKMYNKALADNEVDANYFQHVPYLEQEMKENKDYKLVNAGAVHLEPFGIYTKKYKSLKDLPKGATIIMTNNVAEQGRMLAMLEKAGLITLDPKVKTIEATTKNITKNPKNLTFKKIAPELTAKAYNEEEGDAVFINVNYAIQNKLNPLKDAIEVESTKNNPYANIIAVRKGDEKSEKIKALMEVLHSKKIKDFIEKKYDGAVLPVSE PGPT0020510_3723 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_METHIONINE_TRANSPORT,PGPT0020510-metQ-K02073 NA NA D1-12_03077 669 metP COG2011 Methionine import system permease protein MetP ATGTTTGAAAAATGGTTCCCGAACGTTGATATAACCGAGCTGTGGACGGCCACATACGAGACCCTTTATATGACGGTCATCGCATTAGTTTTTTCATTTGTCATTGGAGCGATTCTCGGTCTTCTGCTCTTTTTAACGGGCAAGGGAAGCTTATGGGAAAATAAAATCATTAACACCGTGATTGCGGCGGTCGTTAATATTTTCAGGTCTATTCCGTTTCTTATTTTAATTATTCTGCTTCTCGGCTTTACTAAGATTTTGGTCGGATCGATTTTAGGACCGAACGCCGCATTGCCGGCGCTGATTATCGGCTCCGCGCCGTTTTACGCCCGTCTTGCGGAAATTGCGCTCCGGGAAGTCGATAAAGGAGTCATCGAAGCTGCCAGATCAATGGGAGCAAAGACATCGACGATTATCTTCAAAGTGCTGATTCCTGAATCAATGCCTGCTTTAATTTCAGGCATCACCGTTACAGCCATCGCCCTGATCGGATCTACCGCCATTGCCGGCGCCATCGGTTCAGGCGGACTCGGAAACCTTGCATATGTAGAAGGCTACCAGTCCAATAATACGGATGTAACGTTTGTAGCGACAGTATTTATACTCATCATCGTCTTTATCATTCAGATTATCGGTGATGTGATTACAAATATAATAGACAAAAGATAA MFEKWFPNVDITELWTATYETLYMTVIALVFSFVIGAILGLLLFLTGKGSLWENKIINTVIAAVVNIFRSIPFLILIILLLGFTKILVGSILGPNAALPALIIGSAPFYARLAEIALREVDKGVIEAARSMGAKTSTIIFKVLIPESMPALISGITVTAIALIGSTAIAGAIGSGGLGNLAYVEGYQSNNTDVTFVATVFILIIVFIIQIIGDVITNIIDKR PGPT0020515_1598 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_METHIONINE_TRANSPORT,PGPT0020515-metI-K02072 NA NA D1-12_03078 1026 metN COG1135 Methionine import ATP-binding protein MetN TTGATCCATCTTCAAAATGTTTCAAAAATTTACAAAGCGAAGCATGGGGATGTCAATGCTGTCCAAGATGTCACTCTTGATATCAAAAAGGGCGAAATATTTGGAATTATAGGATATAGCGGAGCTGGTAAAAGTTCCTTAATCCGTCTCCTGAACGGCCTTGAAAAGCCGACGTCGGGAACCGTGGAAGTCGCGGGGACGGAATTAAATAAAGTAAGCAGCCGCGGGCTGAGAAAAGCGCGCCAGGAAATCAGCATGATCTTCCAGCATTTTAACCTTCTGTGGTCACGCACCGTCCGGGAGAACATTATGTTCCCGCTGGAAATCGCCGGCGTGAAAAAAAGCGAACGGGTCCGCCGCGCTGATGAATTGATTAAACTGGTCGGATTAGAGGGGAAAGAAAAATCTTATCCGTCGCAGCTGAGCGGCGGTCAAAAGCAGCGTGTCGGCATCGCCCGGGCGCTCGCCAATAATCCGAAAGTCCTTCTGTGCGATGAAGCGACATCAGCGCTCGATCCGCAGACGACCGATTCAATTTTGGATCTTTTATCCGATATAAATGACAGACTCGGTCTGACGATCGTGCTCATTACCCATGAAATGCACGTCATCCGAAAAATCTGCAACAGAGTCGCCGTCATGGAAAACGGGAAAGTCGTTGAAGAAGGCGAAGTACTCCAAGTTTTCAGAAACCCGCGCGAACCGATGACTAAGCGTTTCGTTCAGCAGGTGACAGAACCGGAGGAGACGAAAGAAACCATCCAGCATTTTCTGCAGGAAACAGCGACAGGAAAAACGATTCAGCTTTCATTTGTCGGGCAGGCCGCCGAGCAGCCCCTCATTACGGAAATGATCCGAAACTTTGATGTGGACGTCAATATTCTGCAGGGGAAAATTTCACAGACGAAGGACGGAGCCTACGGTTCTTTATTCATTCATATTGACGGTCAGGAAAAAGAAGTAGAAAACGTGATCCGGTTCATCAAAGACAAACAGGTAGAAGCAGAGGTGATCACAAATGTTTGA MIHLQNVSKIYKAKHGDVNAVQDVTLDIKKGEIFGIIGYSGAGKSSLIRLLNGLEKPTSGTVEVAGTELNKVSSRGLRKARQEISMIFQHFNLLWSRTVRENIMFPLEIAGVKKSERVRRADELIKLVGLEGKEKSYPSQLSGGQKQRVGIARALANNPKVLLCDEATSALDPQTTDSILDLLSDINDRLGLTIVLITHEMHVIRKICNRVAVMENGKVVEEGEVLQVFRNPREPMTKRFVQQVTEPEETKETIQHFLQETATGKTIQLSFVGQAAEQPLITEMIRNFDVDVNILQGKISQTKDGAYGSLFIHIDGQEKEVENVIRFIKDKQVEAEVITNV PGPT0020520_2323 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_METHIONINE_TRANSPORT,PGPT0020520-metN-K02071 NA NA D1-12_03080 351 hypothetical protein GTGGAGAAAATAGAAGTTTCAGAGAATGACGGACAGCATCTGTTTTTGAAACCGCTATTAAACGCCTCAACTCTGCTGATTACATTCCAAGGAGAAACAGAAGCCTTAACGGTCTCAATTAACGGACAGGGAGAAATGAGAAAAACGTCGGTTTCAAAGGAAAAATCTAATTTGACCTTCTACGGAAACCAGACAGAAATCATCCATCTCCTTCATGGTGATGTCTCTTTGCAAAAGCTTATCCAAAGCGGAAAACTCAAAGTGAAAGGATCATTCAGAGCTCTGCTGAAGCTGGAGGCCATCCTCTGGCTGACAAACGGATTTTTTCAGGCGATCAGTAAACGGCCTTAA MEKIEVSENDGQHLFLKPLLNASTLLITFQGETEALTVSINGQGEMRKTSVSKEKSNLTFYGNQTEIIHLLHGDVSLQKLIQSGKLKVKGSFRALLKLEAILWLTNGFFQAISKRP NA NA NA NA NA D1-12_03081 321 hypothetical protein ATGAAAGAACTCCAAGAAAATGAACTCGAATCGATTCAGGATGACGTTTATCTCCTGTATTTGTACACCCCGTTTTGCGGCACATGCCAGCTGGCGTCCAAAATGCTTACTGTCGTTGAAGAAATGCTGCCCGGCGCTGCCTTCTATAAAAACAACGTGAATTATTCCCCCGCATTCGCCAAAGCCTATCAGATTGAAAGCGTTCCGTGCTTTTTGCTGTTTAAAGGCGGAGAGCTTGTTGAGAAAGGATACGCCTTCCGCTCCGTTTCCTATTTATATGAGCTGATTAAACAAAAAACATCGCAAACGTTCCCGATGTGA MKELQENELESIQDDVYLLYLYTPFCGTCQLASKMLTVVEEMLPGAAFYKNNVNYSPAFAKAYQIESVPCFLLFKGGELVEKGYAFRSVSYLYELIKQKTSQTFPM PGPT0013063_4 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-THIOREDOXINES|THIOESTERASES,PGPT0013063-yusE-NA NA NA D1-12_03082 366 rnmV_1 Ribonuclease M5 ATGTACAACGGAGATGAAAAGGTCATTATCGTAGAAGGAAAATCTGATAAAATCAAAGTCAGGGAAGTGCTCATCGAACCCGCGGAAATCGTCTGTACTAACGGAACAATCGGCCAAACCGAACTGGAAGATTTGGCGGACCGCCTGTTTGACAGAGACGTCTATATTTTAACGGACGCAGATGACTCCGGAGAAAAATTAAGAAAACAGCTGAAACGGGAGCTTCCCGAAGCGCGCCATATTTATATAGACAGAACATACAGGCAAGTCGAGTCATGCCCGGGCCATCATCTCGCATCTGTGCTGATCAGAGCCGGCTTTGATGCTGACACTGTATTTTTGAAAAAGAACGACCTGAGGTGGTAA MYNGDEKVIIVEGKSDKIKVREVLIEPAEIVCTNGTIGQTELEDLADRLFDRDVYILTDADDSGEKLRKQLKRELPEARHIYIDRTYRQVESCPGHHLASVLIRAGFDADTVFLKKNDLRW NA NA NA NA NA D1-12_03083 237 hypothetical protein ATGGCTTTTGATAAACAAAAGGTCGATGTGACGGAGAACGTTACGGGCCGCTTTCAAAACGGCCGGTTTTCCTTGTTTCATGAAAATGAAGCCATCGGCGAGATGACAGGCATGGACCAGTACGAGCTCAAACAGGGCTTTTCATTTGAAAATCAAAAATTTTATAAAACAGCCGATGTCATAAACGGCAGCGATCCGAAATATGTCGATTGCGATTATGAGAATGGCTGGTGTTAA MAFDKQKVDVTENVTGRFQNGRFSLFHENEAIGEMTGMDQYELKQGFSFENQKFYKTADVINGSDPKYVDCDYENGWC NA NA NA NA NA D1-12_03084 384 gcvH COG0509 Glycine cleavage system H protein ATGAGCACACCGAAAGATATGCGTTATTCCAAAGAGCACGAATGGGTCAAAGTTGAGGACGGAAAAGCCCGCATCGGGATTACACATTTCGCGCAAGCCGAACTTGGCGACATCGTCTTTGTCGAGCTTCCGGAAGTCGGCGCCGAAATTAAAGCGGACGAGCCATTCGGCAGCGTGGAATCCGTCAAAACCGTTTCCGAACTGTACGCACCGATTAACGGAACGGTGACGGAAGTGAACGAAGACCTTGATGACAGTCCTGAATTCGTAAACGAGTCTCCGTATGAAAAAGCGTGGATGATCGTCGTGGAACCGGCTGATGCTGAAGAAATCGAAAACCTCATGACTTCCGAGCAATATGACGAAATGACACAGGAAGACTGA MSTPKDMRYSKEHEWVKVEDGKARIGITHFAQAELGDIVFVELPEVGAEIKADEPFGSVESVKTVSELYAPINGTVTEVNEDLDDSPEFVNESPYEKAWMIVVEPADAEEIENLMTSEQYDEMTQED NA NA NA NA NA D1-12_03085 357 mgsR_2 COG1393 Regulatory protein MgsR ATGTCGTTAAATTTTTACTGGTACCCTAAATGCGGAACGTGCCGTAATGCGAAAAAATGGCTGGAAGACCGCGGTAAGGAAATAAACGAAATACATATCGCGGAGGAAACTCCGTCGAAAGAAGAAATTAAAGACCTCTATGAAAAGAGCGGTCTTGAGCTCAAAAAGTTTTTCAACACGAGCGGAATGAAATACCGCGAGCTGAACTTAAAGGAAAAACTGTACCATATGTCAGAGGACGAACAGCTTGAACTCCTGGCATCAGACGGTATGCTCCTGAAACGCCCGATTACGACAGACGGCGAAAAAGTCACTGTCGGCTTTAAAGAAGACCAATTCGAAAAATATTGGATGTAA MSLNFYWYPKCGTCRNAKKWLEDRGKEINEIHIAEETPSKEEIKDLYEKSGLELKKFFNTSGMKYRELNLKEKLYHMSEDEQLELLASDGMLLKRPITTDGEKVTVGFKEDQFEKYWM PGPT0004720_2266 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-TRANSCRIPTIONAL_REGULATION,PGPT0004720-arsC1-K00537 NA NA D1-12_03086 1785 fadE COG1960 putative acyl-CoA dehydrogenase ATGAAACAGGAAACGGTCAACGTCAAAAAAGGCGGCAGCTTTCTGATTGAAGAGACGGGATATGATCAAATATTCACTCCGGAGGACTTTACAGACGAACATAAAATGATCGGAAAAACGACAGAAGACTACGTCGTAAACGATGTGCTTCCTTATATTGATGAAATTGAAAATCATCAGTTCGAGCATTCGGTCAGACTGCTGAAAAAAGCCGGAGATCTCGGCCTCCTCGGAGCAGACGTGCCTGAAGAGTACGGCGGCATCGGCCTGGATAAAATCAGTTCAGCCTTCATTACGGAAAAGTTTTCACGTGCCGGCAGCTTTTCGCTGTCTTACGGCGCTCACGTCGGGATCGGCTCATTGCCGATCGTGTTCTTCGGAACGGAAGAACAGAAAAAAACCTATTTGCCGGACTTGGCTTCAGGACAAAGAATCGCGGCATACGCCTTAACTGAGCCCGGTTCAGGTTCAGATGCCCTCGGCGCGAAAACGACGGCTGTTTTGAATGAAGCGGGCACACACTATATTCTTAACGGAGAAAAGCAATGGATTACAAACTCCGCCTTTGCAGATGTCTTTGTCGTCTACGCTAAAGTGGACGGAGATAAGTTTTCCGCATTTATCGTAGAAAAGAACTATCCGGGCGTGTCAACGGGACCGGAAGAGAAAAAAATGGGGATTAAGGGTTCGTCGACAAGAACGCTGATTTTAGATCAGGCGGAAGTCCCGAAAGAAAACCTTCTAGGCGAAATCGGAAAAGGCCATGTCATCGCCTTTAATATCCTGAATATCGGGCGCTACAAGCTTGCCGTCGGCACAATCGGCGCTTCAAAACGGGTGATTGAGCTGTCCGCCGCTTATGCAAACCAGCGCCGGCAATTTAAAACGCCGATCTCAAGCTTCACGCTCACTCAGGAAAAGCTTGCGACGATGTCAGCGCGGCTTTACGCCATGGAGAGCTCTGTATACAGAACAGTGGGCTTATTCGAAGATAATATGAGCAGACTGACGGAAGAGGAGCAAAAAGACGGACGCGAAGTCGCGAAGTCAATCGCCGAGTACGCGATTGAATGCTCGCTCAACAAAATGTGCGGTTCTGAAACGCTTGATTACATTGCCGATGAAGGCGTTCAAATTCACGGCGGTTACGGATTTATGCAGGAATATGAAGTGGAGCGCGCTTATCGCGACTCAAGAATCAACAGAATTTTTGAAGGCACAAATGAAATCAACCGCCTGATCGTAACGAGCACGTTCCTGAAAAAAGCCGTAAAAGGTCAGCTGCCGCTCTTTGAAAAAGCAAAAGCGCTCCAAGAAGAACTCATGATGCTGATGCCTGAAGAGCCGGGCTCAGAACCTCTTGAACAGGAAAAATACATTGTCAGACAGGCGAAAAAGATCGCCCTCTTGACAGCGGGTCTCGCGGCGCAGAAATACGGCAAAGAGATCGAAGGCGAGCAGGAAATCATGGTGAACATTGCCGATATTGTCAGCGCGCTTTACGCTTTGGAATCTGCCGTCCTCAGAACGGAAAAAGCAATTGCGGCGGACGGTGCCGAAAAAGCCGCGCAGAAGCTGTTATATACGGAAATCTTTGCTCAGGAAGCCCTTCAGAACATTGAAGCGCACGCCAAAGAATCACTGATCGCCATGGAGGAAGGAGATTCCCTCCGCATGATGCTTTCCGTGCTGCGCAAACTGACGCGCCTGACGCCGAAAAACCTCATTCAGAAAAAACGTGAAGCGGCAGCCGCCGTCTTCCGTGAAGAAAAATATACGGTCTGA MKQETVNVKKGGSFLIEETGYDQIFTPEDFTDEHKMIGKTTEDYVVNDVLPYIDEIENHQFEHSVRLLKKAGDLGLLGADVPEEYGGIGLDKISSAFITEKFSRAGSFSLSYGAHVGIGSLPIVFFGTEEQKKTYLPDLASGQRIAAYALTEPGSGSDALGAKTTAVLNEAGTHYILNGEKQWITNSAFADVFVVYAKVDGDKFSAFIVEKNYPGVSTGPEEKKMGIKGSSTRTLILDQAEVPKENLLGEIGKGHVIAFNILNIGRYKLAVGTIGASKRVIELSAAYANQRRQFKTPISSFTLTQEKLATMSARLYAMESSVYRTVGLFEDNMSRLTEEEQKDGREVAKSIAEYAIECSLNKMCGSETLDYIADEGVQIHGGYGFMQEYEVERAYRDSRINRIFEGTNEINRLIVTSTFLKKAVKGQLPLFEKAKALQEELMMLMPEEPGSEPLEQEKYIVRQAKKIALLTAGLAAQKYGKEIEGEQEIMVNIADIVSALYALESAVLRTEKAIAADGAEKAAQKLLYTEIFAQEALQNIEAHAKESLIAMEEGDSLRMMLSVLRKLTRLTPKNLIQKKREAAAAVFREEKYTV PGPT0002285_17 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_LIPID_METABOLISM PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0002285-bcd-K00248 NA NA D1-12_03087 1176 fadA_4 COG0183 3-ketoacyl-CoA thiolase ATGAGAGAAGCAGTCATTGTGGCCGGTGCGAGAACCCCGGTCGGTAAAGCGAAAAAAGGATCGCTTGCAGCCGTTCGTCCTGATGATTTAGGCGCGCTTTGTGTAAAAGAAACGCTGAAACGGGCAGGCGGCTATGAAGGAAACATCGATGACTTAATTATCGGTTGTGCAACACCTGAAGCCGAACAAGGATTAAATATGGCGCGGAATATCGGTGCGCTGGCGGGGCTTCCTCATACGGTGCCGGCCATTACGGTGAACCGCTACTGCTCTTCCGGGCTCCAATCCATCGCTTACGGTGCTGAAAAAATCATGATCGGCGCGGGTGACACCGTCATTGCGGGCGGTGCGGAATCCATGTCGCAAGTTCCGATGATGGGGCATGTGACACGGCCGAATATCGCTTTGGCGGAGCATGCGCCTGAGTATTACATGAGCATGGGGCACACAGCGGAGCAGGTCGCCGAAACGTACGGCGTATCCAGAGAAGACCAGGATGCATTTGCCGTCCGCAGCCATCAGAATGCCGCAAAAGCCCTTAAAGAAGGCAAATTCAATGACGAAATCGTGCCGGTTGAAGTATCGCTGACAGAAGTCGGTGATGACCATAAGCCGCGGAAAAAACAATTTACCTTTTCACAAGATGAAGGCGTTCGTCCCGGCACATCGGCTGACGTCTTGGCGAAGCTCCGTCCGGCTTTTTCTAAAACGGGAACCGTGACGGCCGGGAACTCTTCACAAACAAGTGACGGCGCGGCGGCTGTCATGCTGATGGATCGCGAAAAAGCATCGTCGCTCGGGTTGGCGCCGCTTGTCAAATTCCGTTCCTTTGCCGTAGGCGGCGTTCCGCCTGAGGTAATGGGGATCGGTCCGATTGAAGCCATTCCGCGGGCGCTCAAGCTTGCCGGACTCGAATTACAGGATATCGGGCTTTTTGAATTGAATGAGGCCTTTGCTTCACAGGCCATTCAAGTCATCAGATCGCTTGGGATAGATGAAGAAAAGGTGAACGTCAACGGAGGCGCCATCGCGCTCGGACATCCGCTCGGATGCACGGGAACGAAGCTGACCCTGTCACTCATTCATGAAATGAAACGGAGAAACGAGCAATTCGGCGTGGTGACGATGTGCATCGGAGGCGGCATGGGCGCTGCCGGCGTATTTGAGCTCATTTAA MREAVIVAGARTPVGKAKKGSLAAVRPDDLGALCVKETLKRAGGYEGNIDDLIIGCATPEAEQGLNMARNIGALAGLPHTVPAITVNRYCSSGLQSIAYGAEKIMIGAGDTVIAGGAESMSQVPMMGHVTRPNIALAEHAPEYYMSMGHTAEQVAETYGVSREDQDAFAVRSHQNAAKALKEGKFNDEIVPVEVSLTEVGDDHKPRKKQFTFSQDEGVRPGTSADVLAKLRPAFSKTGTVTAGNSSQTSDGAAAVMLMDREKASSLGLAPLVKFRSFAVGGVPPEVMGIGPIEAIPRALKLAGLELQDIGLFELNEAFASQAIQVIRSLGIDEEKVNVNGGAIALGHPLGCTGTKLTLSLIHEMKRRNEQFGVVTMCIGGGMGAAGVFELI PGPT0001565_3218 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 D1-12_03088 2370 fadN COG1024 putative 3-hydroxyacyl-CoA dehydrogenase ATGCACAAGTTTATAAAGAAAGCAGCCGTTCTCGGATCAGGCGTCATGGGGTCCGGAATTGCCGCGCACTTGGCTAACATCGGAATTCCCGTCCTGCTGCTTGATATTGTGCCAAACGAGCTGACAAAGGATGAGATGAAAAAAGGGCTGACATTAGAAAGCCCGGAGGTCCGCAGCAGGCTGAGCCGATCGGCCATGCAAAAGCTGCTGAAGCAAAAACCGGCGCCGCTGACTTCGGCTGCCAATCTCGACTATATAACTGCGGGGAATTTGGAAGATGACGCAGCTCAATTAAAGGATGCTGATTGGATTATTGAAGTCGTCGTCGAAAATCTTGACGTAAAAAAACAGATTTTCTCACTCGTTGATGAATACCGGAAACCGGGAAGCATCGTGTCGAGCAATACGTCCGGTATCTCCGTCACAAAAATGGCGGAAGGCCGATCTGCCGATTTTAAAGCCCATTTCTTAGGAACCCATTTCTTTAATCCGGCCCGCTACTTAAAGCTTCTGGAAATCATTCCGATTCAGGAAACAGATCCTGACGTGCTGGAGTTTATGACTTCATTTGCAGAAAACACGCTCGGGAAAGGTGTCGTCATCGCGAAAGATACGCCTAATTTTATCGCCAACCGCATCGGTACGTACGGCCTGCTGGTCACGGTAAGAGAAATGCTTTCTTCCGGCTGCCGCATCGGCGAGGTGGACACGGTGACCGGGCCTTTGATCGGCAGACCGAAAAGCGCGACCTTCAGAACCCTTGACGTTGTGGGGCTTGATACTTTCGCCCATGTGGCAAAAAATGTGTATGATAAAGCCGACGGTGCTGAAAAAGACATGTTTAAGCTTCCTGAATTTATGAATGACATGCTGAAAAACAATTGGCTGGGCAGCAAATCAGGCCAAGGTTTTTACAAAAAAGAAGGTAAAACAATATATGAACTCGATCCGCTGACCATGACATACGGTGAGCGCTCGAAAATGAAGACGCCCGCGTTAGAAGCCGCCAAACAGGCAAAGGGTGCCAAAGGCAAAATGAAAGCGCTTATATACTCCGATGACCGCGCCGGACGCCTGCTTTGGAATATTACATCGCAAACACTCTTATACTCAGCCCGGCTTTTAGGTGAGATCGCTGATGATATCAAAGCGATTGACGACGCCATGAAATGGGGCTTCGGATGGGAGCTCGGCCCGTTTGAGATGTGGGATGCCATCGGCGTCAGAAAATCAGCGGAGCGGCTCGAAGAAGAAGGCGCAGAAATCCCCGGCTGGGTGAAAGATATGCTTGATCAGGGCCATGAAACATTTTATATGAAGGAAAACGGAACACCATTTTACTATTCAGACGGCCAATACAGGGCTGTGAAAGAAAATCCGAAACGGATCAGCCTGCAAACGTTAAAAGAAACAAAAGGCGTTATCACTAAAAACAGCGGCGCAAGTCTGATTGATCTCGGCGATGATGTCGCGCTGCTGGAATTTCATACGAAAAGCAACGCGATCGGCTTAGACATTATTCAGATGATTGACAATGCGCTTGAGGAAACCGAGCGGAATTATAAAGGACTTGTCATCGGAAACCAAGGCAGACATTTCTGCGCGGGGGCAAACCTTGCGATGATTTTGATGGAAGCTCAGGATGATAACTTCATGGAAGTCGATTTTGTCATCCGCCGTTTTCAGCAGACGATGCTGAACATCAAATACAGCGCTAAACCCGTTGTCGCGGCGCCATTCGGGATGACACTCGGCGGCGGCACGGAAGTCTGTCTCCCGGCGGCACGCGTTCAGGCGGCGAGCGAATCGTATATGGGTCTTGTTGAAACCGGCGTCGGCCTTATTCCGGGCGGCGGAGGAAACAAAGAGCTGTACATGAATTATTTGAACGGCGGAAGTGAACTGATGGACGCGGCCATTAAAACCTTCGAAACAATCGCGCTTGCCAAAGTGTCCGGTTCGGCACACGAAGCCCGTGATATGCAGATTTTGTCCGCGGCAGACCGTGTCAGCATGAATCAGGATCACCTGCTGCACGATGCGAAACAGCTGGCTGCTTCCTTATATGACAGCGGATACCGCCCGCCTGCCCGCAAAAAAGTGAAAGTCACCGGAGAAACCGGCTGTGCGGCATTACTGCTCGGAGCAGACCAAATGAGACGGTCGGGTTATTTATCCGATCACGATATGAAGATTGCGAAGAAGCTGGCCCATGTCATTGCCGGCGGAAGAGTCCCGTTCGGCACGGAGGTTTCAGAAGAATATTTACTCGAGATTGAAAGAGAAGCCTTTTTAAGCCTCGCTGGCGAGGCGAAATCTCAAGCGAGAATGCAGCATATGCTCGTCAAAGGCAAACCTTTACGGAACTAG MHKFIKKAAVLGSGVMGSGIAAHLANIGIPVLLLDIVPNELTKDEMKKGLTLESPEVRSRLSRSAMQKLLKQKPAPLTSAANLDYITAGNLEDDAAQLKDADWIIEVVVENLDVKKQIFSLVDEYRKPGSIVSSNTSGISVTKMAEGRSADFKAHFLGTHFFNPARYLKLLEIIPIQETDPDVLEFMTSFAENTLGKGVVIAKDTPNFIANRIGTYGLLVTVREMLSSGCRIGEVDTVTGPLIGRPKSATFRTLDVVGLDTFAHVAKNVYDKADGAEKDMFKLPEFMNDMLKNNWLGSKSGQGFYKKEGKTIYELDPLTMTYGERSKMKTPALEAAKQAKGAKGKMKALIYSDDRAGRLLWNITSQTLLYSARLLGEIADDIKAIDDAMKWGFGWELGPFEMWDAIGVRKSAERLEEEGAEIPGWVKDMLDQGHETFYMKENGTPFYYSDGQYRAVKENPKRISLQTLKETKGVITKNSGASLIDLGDDVALLEFHTKSNAIGLDIIQMIDNALEETERNYKGLVIGNQGRHFCAGANLAMILMEAQDDNFMEVDFVIRRFQQTMLNIKYSAKPVVAAPFGMTLGGGTEVCLPAARVQAASESYMGLVETGVGLIPGGGGNKELYMNYLNGGSELMDAAIKTFETIALAKVSGSAHEARDMQILSAADRVSMNQDHLLHDAKQLAASLYDSGYRPPARKKVKVTGETGCAALLLGADQMRRSGYLSDHDMKIAKKLAHVIAGGRVPFGTEVSEEYLLEIEREAFLSLAGEAKSQARMQHMLVKGKPLRN PGPT0008395_1012 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_LIPID_METABOLISM PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0008395-fadN-K07516 NA NA D1-12_03089 909 fadM COG0506 Proline dehydrogenase 1 TTGCTGCGGAACATATGTTTATTTTTGTCGAAAAATAAAATGCTTACAAAATTCGCCCAAGCTTACGGAATCCGCTTCGGCGCGGGAAGGTTCGTTGCAGGGGAAACACTCACAGAAGCTGTGAAAACGGTAAAGCGGCTGAACCAAAAAGGGCTGTCGGCTTCGATTGATTATCTAGGTGAATATGCGGGTTCAGAGAAGGATGCGAAAAGGACGGCGGAAGAATGTAAAAAAGCAATCAGGGCGATTGCCGAGAATCAACTGGATTGTGAGCTGTCTCTGAAATTAACATCCATCGGTCTGGATATTTCCGAGAAGCTCGCGGAACAGCATGTCAGAGACATATTGACGGAGGCAAAAGAACGCTGCGTGCCTGTAACGATTGATATGGAGGACTATTCAAGATGCGGCCGTACACTCGAGCTGTATAAGCGGTGCAAGCCGGATTTCCCGATGCTCGGCACCGTCATTCAGGCTTATTTGTACCGGGCAGCTGAAGACATCAGCGGTCTGATGCCATACAAGCCGCGGCTCAGGCTTGTAAAAGGCGCTTATAATGAATCGGCGGCCGTTGCATTCCCTGATAAAAAAGCAACCGATCTTCATTTTCAGCAGCTGATTAAGCTGCAGCTTTTGAGCGGCCATGAAACGGCGGTGGCGACTCATGATGATGACATCATTTCTTATACGAAAACACTCATCAGTGAACATCAAATTCCCCGGGAGCAGTTTGAATTCCAAATGCTGTACGGCATCAGAACGGAGCGCCAGAAGGAGCTTGCCGAAGAAGGATACAGGATGAGGGTGTATGTCCCGTACGGAACCGATTGGTACGGGTACCTGATGAGAAGAATCGCCGAGCGCCCGGCAAACGCGGCGTTTGTGCTGAAAGGGATCTTCAAAAAATAA MLRNICLFLSKNKMLTKFAQAYGIRFGAGRFVAGETLTEAVKTVKRLNQKGLSASIDYLGEYAGSEKDAKRTAEECKKAIRAIAENQLDCELSLKLTSIGLDISEKLAEQHVRDILTEAKERCVPVTIDMEDYSRCGRTLELYKRCKPDFPMLGTVIQAYLYRAAEDISGLMPYKPRLRLVKGAYNESAAVAFPDKKATDLHFQQLIKLQLLSGHETAVATHDDDIISYTKTLISEHQIPREQFEFQMLYGIRTERQKELAEEGYRMRVYVPYGTDWYGYLMRRIAERPANAAFVLKGIFKK NA NA NA NA NA D1-12_03090 258 hypothetical protein ATGAACAACCAAGAGCAGCACGGAAACTTGCCGCCTGCCGTCATCTCAACGAAAGACCATTTGTATCTTGAGGACATGCTGAACTGGAATCTGCTTGCCATGAAAAAAGCGCATTTTATGGCGGAACATTGCCAGAATCAGACGTTAAAACAAGAGCTTGATCAGATCGGCCGGATGCATCAGAAGCATTATCAGCACATATTGGGCCGCTTGAACCCCGATCAAGGCGGACAGACAACAACAGGCTATATGCAATAG MNNQEQHGNLPPAVISTKDHLYLEDMLNWNLLAMKKAHFMAEHCQNQTLKQELDQIGRMHQKHYQHILGRLNPDQGGQTTTGYMQ NA NA NA NA NA D1-12_03091 333 hypothetical protein ATGGAACAGCAAAATCAAAAAATCACGAATCCGCAAACGCCCGTGCCCAATACGGCGCAAATGAATGACAGAGACTTGGTGAATGAGCTGCTGACGACGGAAAAATACATCACGTCTTCATATTGCACAGCCCTGCACGAGTTCAGCCACGAGTCTCTTTATCAAGATATTCAGGCGATTTTCGATGAGTCACAAAAAGCGCAAAGAAGATTATACGATGTGATGTTTCAAAATGGCTGGTATTCCATTGAAGCAGCCGATACCCAAAAGCTTCAGCAATCGTATGAGAAGTTCCGGCAGACCATTCAGCAGCAGTCTCCCTATCAGCAGTAA MEQQNQKITNPQTPVPNTAQMNDRDLVNELLTTEKYITSSYCTALHEFSHESLYQDIQAIFDESQKAQRRLYDVMFQNGWYSIEAADTQKLQQSYEKFRQTIQQQSPYQQ NA NA NA NA NA D1-12_03092 462 yusO putative HTH-type transcriptional regulator YusO ATGAAAAACGCGGATCAATATGTGTCTGACATCCAGAAATCTCTTCAGACGCTGCTGCAAAACATACAGCCTGAAATGGTGGAAAGCATGGCAAAACACGAGGTGACGCCTGCCCAATTATTTGTTTTAGCCAGCCTGAAAAAACACGGGAGCTGCAAAGTTTCCGAAATTGCGGAACGCATGGAGGTAAAACCGAGCGCAGTGACGCTGATGGCCGACCGCCTCGAGCAAAAAGGACTTATCGTCCGCAAACATAACCAGCAGGACAGACGCGTCATCGACATCAGCCTCACCAAAAAAGGCGAAACAAAATTCGAAGACGTTGTGGAAGGACGGAAAGCGATACTGGCGCGAAACCTATCCGTTCTGACTGACGATGAACTGATTCAGTCCGTGAACATCATCCGCAAAGTAGCGGAAGCCGCCGAGAAATACGCGGCTGATCAAAAAGAAAACGAATAG MKNADQYVSDIQKSLQTLLQNIQPEMVESMAKHEVTPAQLFVLASLKKHGSCKVSEIAERMEVKPSAVTLMADRLEQKGLIVRKHNQQDRRVIDISLTKKGETKFEDVVEGRKAILARNLSVLTDDELIQSVNIIRKVAEAAEKYAADQKENE PGPT0013155_3476 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013155-ohrR-K23775 NA NA D1-12_03093 1596 bmr3_2 Multidrug resistance protein 3 ATGAGCATTGAAAAGAAAGATCCAAAACGCACATTATTAATAACCGGCTTAATCATCGCCATGTTTTTCTCAGCCCTTGACGGCACCATCGTAGGAACGGCGATTCCTAAAATCGTGGGTGACCTCGGGGGATTAAGCATGATGACGTGGCTGACCACGGCATATCTTTTAACTTCGACGACAATCGTTCCGATTGCGGGGAAACTCGCAGATTTATTGGGGCGCCGCGTCGTCTATGTGTCAGGTTTACTGATTTTTATGGGAGCTTCCGCACTGTGCGGTATGGCCAGCAACATGACGGAACTGATTATTTTCCGCGGACTTCAGGGAATCGGCGGCGGTGTCATGATGCCGATGGCTATGATCGTCATCGGGGATTTGTTCACAGGAAAACAGCGTGCCAAGTTCCAAGGGCTTTTCGGGGCGATTTACGGGCTTGCTTCCGTGATCGGCCCGCAAATCGGGGGCTGGATTGTTGACTCATTAAATTGGAAATGGGTTTTCTATATCAACCTGCCTGTCGGAATTTTAGCCGTGATCTTTATCGCAAGAGGACTTCAAGGCAGAAAACAGACCGGGCCGATTAACTTTGACATCGCCGGCATTTTCACAATGATCGTCGGAATCGTCAGCCTCCTCCTCGCGCTCAGCTTCGGAGGAAAGGATTACGCATGGGGCTCTTGGCAGATTCTCGGTCTCTTTGCGCTTGCGCTTGCCGGGATTGTCGGATTCATTTTCGCTGAAATCAAAGCAAAGGAGCCGATTCTGCCGATGTACCTGTTTAAAAACAGAACGTTTACCGTACTGAATCTGATCGGCTTTTTCATGAGTATCGGCATGTTCGGCGCCGTTACGTTCGTTCCTTTCTTTATGCAGGGAATTATCGGAGTCAGCGCCACCGCGTCCGGAACGATTATGACGCCGATGATGGTATCTATGATTATCACAAGTATTATCGGAGGCCAGCTGGTTTATAAGATCGGTATTAAACCGCAAATCATGATCGGCATGCTGATCATGGCCGTCGGCTTCTTCTTATTAACGACATTGCAGCTGGATACAAGCAAGCTCGCGGCGACGTGCTATATGGCCGTGATCGGTCTGGGAATGGGGCTCGTCATGCCGCTTCTCACACTCGCTCTGCAAGAAACGTTTTCAAAAGAAGAGCTGGGTGTTGTGACCTCTTCAAGCCAATTTTTCCGGATGATCGGGGGAACGTTCGGCATTACGGTGCTCGGCGCTGTCATGAATGCCAGATCAGGAAGCCTTTTAACCGACAGACTGGTGCCTTACTTAGACTCACTGCCGAAACAGGCAAGTGCCTTTGCCGCCCAGTTTAAAGGTATGATTGACAAGAATCCTGAAGGGCTGCTTCAATCCCTGTTCAGCCAGGAATCGATTAAGCAGATTCCGGCCGCATTTTCTTCCCATATCGTGCCGGTTTTGAAAACGTCACTGATGGATTCGCTTCACAGCGTGTTTTTCACAGGCCTGGCCTTTATCGCTGCCGGATTGATCCTCACGCTGTTTGTTAAATCAATTAAACTGACAAACAAAAAGACAGGCAAACAAGAAGAAAAGGCGAAAGCCGTTTAA MSIEKKDPKRTLLITGLIIAMFFSALDGTIVGTAIPKIVGDLGGLSMMTWLTTAYLLTSTTIVPIAGKLADLLGRRVVYVSGLLIFMGASALCGMASNMTELIIFRGLQGIGGGVMMPMAMIVIGDLFTGKQRAKFQGLFGAIYGLASVIGPQIGGWIVDSLNWKWVFYINLPVGILAVIFIARGLQGRKQTGPINFDIAGIFTMIVGIVSLLLALSFGGKDYAWGSWQILGLFALALAGIVGFIFAEIKAKEPILPMYLFKNRTFTVLNLIGFFMSIGMFGAVTFVPFFMQGIIGVSATASGTIMTPMMVSMIITSIIGGQLVYKIGIKPQIMIGMLIMAVGFFLLTTLQLDTSKLAATCYMAVIGLGMGLVMPLLTLALQETFSKEELGVVTSSSQFFRMIGGTFGITVLGAVMNARSGSLLTDRLVPYLDSLPKQASAFAAQFKGMIDKNPEGLLQSLFSQESIKQIPAAFSSHIVPVLKTSLMDSLHSVFFTGLAFIAAGLILTLFVKSIKLTNKKTGKQEEKAKAV NA NA NA NA NA D1-12_03094 888 gltC_3 HTH-type transcriptional regulator GltC ATGGAATTGCTGCAGCTAAAATACTTTCAGACAGTTGCCTATACTGAACATATTTCTAAAGCAGCAGAACAATTAAAGATTGCCCAGCCTTCTTTAAGTCTCACTATAAAAAGACTTGAGAATGAACTGGGAACAACCTTGTTTGAGAGAAAAGGCAGAAATATTAAGCTGAGTTCAGCAGGGAAAATTCTTTTAAAACATGTAAACAGGATTTTTACTGAGATTGAAAATGCACAAACGGAAATTCAATTGGAGGAACATCAAATGTCTGACACCATCAGAATATCTATTTCCAATCCAAGATTCCTTGCAGGACTGATGAGTGAATATATCAACCGCTCCCCTCAATCAAAAATTCTCCAAGCAATCGGAGTTAAAAGCGAGATCATAACAAGTTTAAAAAAAGGGGACATTGATTTAGGAATAACAGGTCATCCGATTCAAGATGAAGAGATAGAGAGTTGTGTGCTGGTAAATGAAGATATTGTTCTGGCTTTGCCCTCAAACCACCGATTTACGGGTAAAACAGAAATTTCTTTACGTCTTGCCGCCGATGAACCATTTATTACCCTTGCTAATAATGAAGAGTACAGCGGTTTTACAGCCTCGCTTTGTGAGAAAGCCGGTTTCACCCCAAATATTGCATTTGAGGCAGATTCTCATTTACTGGTCGAGATTATAAAGCTGGATCAAGGTGTTGCGTTGCTTCCTATTTCAGTTTGCAGAACATTGGGGCTGAATTTTATAAAAGTGACTGATCACTCTGCTTCATATCCAGTCGGCTTATCTTGGTTAAGACATAAGCTGTTATCTTCTTCGATAAGAAATTTTCGTGACTTTATTATGTCGTACTATAAAGATAACTATGAAATGTTTAAGGTTTATTAA MELLQLKYFQTVAYTEHISKAAEQLKIAQPSLSLTIKRLENELGTTLFERKGRNIKLSSAGKILLKHVNRIFTEIENAQTEIQLEEHQMSDTIRISISNPRFLAGLMSEYINRSPQSKILQAIGVKSEIITSLKKGDIDLGITGHPIQDEEIESCVLVNEDIVLALPSNHRFTGKTEISLRLAADEPFITLANNEEYSGFTASLCEKAGFTPNIAFEADSHLLVEIIKLDQGVALLPISVCRTLGLNFIKVTDHSASYPVGLSWLRHKLLSSSIRNFRDFIMSYYKDNYEMFKVY NA NA NA NA NA D1-12_03095 747 adc Acetoacetate decarboxylase ATGAAAATTGATGTGAATAACATTGTGAAAAATTTAAACACACCTTTAACATCACCTGCTTACCCCGTGCCAACCTATAAATTTGTTAACCGGGAATATCTTAATATTATTTACCGAACGGATGAAAAAGCTTTACGTGCGGCAGTGCCGGAACCTCTTGAAATTACTGAACCTTTAGTGAAATTCGAAGTGATGTGGATGCCCGATGTTTCCGGACTTGGTGCCTATACAGAGGCGGGACAAGTCATCCCTGTCAGCTTTAATGGTGAAGAAGGGGATTATGTACATTCTATGTATGTAGACAATTTCCCGGCTATTGCAAGCGGACGGGAACTTACTGCATATCCAAAGAAATTGGGTGCCCCTAAGCTGTATATAGACTCTGATACTCTTGTTGGCACATTAGATTATGGCAGTCTTCGTGTGGCAGCTGCGACTATGGGATATAAACATTTCGAAATGGACAAGGAAAAAGCGAAAAGGGAAATTTGCCGACCTAATTTTATGGTGAAGATTGCTACTGATTACAATGGTGATTTAAGGGTTTGTGATTTGGTGAGAACGCAAATAACGAATATAGAAGTTAAAGGTGCCTGGACTGGACCGGCGCGGCTTCAATTATTTGAACATGCTCTGGCACCGCTTGCAGATTTGCCTGTACTAGAAGTTGTTTCAGCATCTCATATTATTACGGATTTAACCTTAAATGCAGCACAGCCGGTTTATAACTACTTAGAGGAAAAATAA MKIDVNNIVKNLNTPLTSPAYPVPTYKFVNREYLNIIYRTDEKALRAAVPEPLEITEPLVKFEVMWMPDVSGLGAYTEAGQVIPVSFNGEEGDYVHSMYVDNFPAIASGRELTAYPKKLGAPKLYIDSDTLVGTLDYGSLRVAAATMGYKHFEMDKEKAKREICRPNFMVKIATDYNGDLRVCDLVRTQITNIEVKGAWTGPARLQLFEHALAPLADLPVLEVVSASHIITDLTLNAAQPVYNYLEEK PGPT0008281_271 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_SIGNALLING_VOLATILES PLANT_SIGNAL-HYDROXYACETON_VOLATILE_METABOLISM PLANT_SIGNAL-HYDROXYACETON_VOLATILE_BIOSYNTHESIS,PGPT0008281-acd-K01574 NA NA D1-12_03096 1041 hypothetical protein ATGAGAATTGCAGTTTTAGGAGCAGGTTCTTTAGGAACCATTGTTGGAGCATATCTGTCTGCTGGCGGAATGGATGTCGAATTGATTGATTCATACAAAGAACATGTAGATACTTTAAATCAAATAGGTGCTAAAGTAGTTGGTACAACGGAATTTCAAGCAAAGGTGAAAGCCATTACCCCTGAAAACAAGTCAGGCAAGTATGATTTCATATTACTTCTGACGAAACAATTATATAATGACTCCATTCTTAAGGAGTTACTGCCTTTTTTAAAGGATGACAGTGTAGTATGTTCCTTGCAAAACGGTATACCTGAACAGAAAGTCGCTTCGATCGTTGGTGATGAACGTGTTATTGCAGGTTCTGTTGAATTTGGTGCTACGTTTATTGAACCGGGCGTATCCAGACTTACAACTGAGTATACTCAATTTAAAGAGTACGCTTTTCAAATTGGAGAATTACATGGTGAAACAACAGAAAGAATCCAGCGTATTAAATCGGTTTTAGACCTTATCGGCGGAACACATATTTCCGATAATTTAGTTGGAACGAAGTGGTCAAAATTACTTATCAATAATGCATTCAGTGGTTTATCGGCAGCATTAAACGGAGAATACGGAGACATTCTTGACCATGAAATCGGCATTGTTAGTGCAGTTCATATCGCAGATGAGACGATTAAGGTTGGACACGCCAATGGTGTCAAATTTGCGAAAATGGGCGGCCTTGATTTAGAATCTTTGGAATTAAGAAGCGAAAATGATATTCCTGAACGTATCCAAACATTTAGGTCAGCCATGGAACCATCTAGGCTGCTAAGAGCAAGTATGCTTCAGGATCTTGAGAAAAAACGCAAAACTGAAATTGATTATATTAATGGAGTTATTCCCAAAATGGCAGAAGGTACTGGCATTTCAACACCTTTTCATGATTTGGTTGTAGCACAAGTCAAATGTGCCGAGGAATCTCAAACAGTGCCCAATTTTGATACAAATATAAAAGCATTTGAAGAGTTATTACGTATCCGAAAGGAAATGTGA MRIAVLGAGSLGTIVGAYLSAGGMDVELIDSYKEHVDTLNQIGAKVVGTTEFQAKVKAITPENKSGKYDFILLLTKQLYNDSILKELLPFLKDDSVVCSLQNGIPEQKVASIVGDERVIAGSVEFGATFIEPGVSRLTTEYTQFKEYAFQIGELHGETTERIQRIKSVLDLIGGTHISDNLVGTKWSKLLINNAFSGLSAALNGEYGDILDHEIGIVSAVHIADETIKVGHANGVKFAKMGGLDLESLELRSENDIPERIQTFRSAMEPSRLLRASMLQDLEKKRKTEIDYINGVIPKMAEGTGISTPFHDLVVAQVKCAEESQTVPNFDTNIKAFEELLRIRKEM PGPT0008745_418 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 D1-12_03097 246 hypothetical protein ATGGAAGAGAAACTGCAGCAGCAGCTGGACGGCCTGCTTGAAAAATACACGGAACTATTGCTTGGCGAAACAAACCCGGATGTAAAGGAAGAAGTCAGGCAGTGGATTTTGTATACACATATCGCAAAAAGCATGCCTCCGCTCGTCAAACATTGGAACCAATCCTACCCGGACGCCAAAGAGGGCATCAAAGCTGCGATACAGCACATTAAACAGCTCAATGAAGCACACAGAAAAAAACAATAA MEEKLQQQLDGLLEKYTELLLGETNPDVKEEVRQWILYTHIAKSMPPLVKHWNQSYPDAKEGIKAAIQHIKQLNEAHRKKQ NA NA NA NA NA D1-12_03098 825 yusV_1 COG1120 putative siderophore transport system ATP-binding protein YusV ATGAGTGCAATTTCTACAGAGACGCTGAGCTTAGGGTACGGAGAAACTGTTATCATTGACGAATTGGATGTCGCGATTCCAAAAGGCGAAATAACTGTATTGATCGGAAGCAACGGCTGCGGAAAATCGACGCTTTTACGTTCATTGGCCCGGCTTATGAAACCGAGGGGCGGTTCTGTGCTTTTAGAAGGAAAAGCCATCGCTAAGCTTCCGACGAAGGAAGTGGCAAGAGAGCTCGCTATTTTGCCGCAGAGTCCGTCAGCTCCCGAAGGCCTGACGGTGCATCAGCTTGTGAAGCAGGGAAGATACCCTTATCAAAGCTGGCTGAAGCAATGGTCTAAAGAGGACGAAGACGCAGTGGCAAACGCGCTTAAAGCGACGAAGCTTGAGGAAATGGCCGACCGTCCGGTAGATTCCTTGTCAGGCGGACAGCGCCAGCGCGCATGGATTGCGATGACACTCGCTCAGGATACAGATATCATTCTGCTTGACGAGCCGACAACCTATCTCGACATGACGCATCAAATTGAAATTCTTGATTTGCTGTTTGAATTAAATGAAAAAGAAAAACGCACAATCGTCATGGTGCTGCACGACCTCAATCTGGCATGCCGTTATGCCCATTATCTGGTCGCCATTAAGGATAAACAGATTTACGCAGAGGGCCGTCCCGAAGAAGTCATCACTTGCGAGCTTGTACAGCAGGTCTTTGCGATGAACTGCCAGGTAACGCAAGACCCGCTGTTCGGCACGCCGCTTTGCATTCCGCACGGACGCGGCAGATGTATCGTGCAGGAAGCGGCCCTCACCGCCCGATTGTCATAA MSAISTETLSLGYGETVIIDELDVAIPKGEITVLIGSNGCGKSTLLRSLARLMKPRGGSVLLEGKAIAKLPTKEVARELAILPQSPSAPEGLTVHQLVKQGRYPYQSWLKQWSKEDEDAVANALKATKLEEMADRPVDSLSGGQRQRAWIAMTLAQDTDIILLDEPTTYLDMTHQIEILDLLFELNEKEKRTIVMVLHDLNLACRYAHYLVAIKDKQIYAEGRPEEVITCELVQQVFAMNCQVTQDPLFGTPLCIPHGRGRCIVQEAALTARLS PGPT0003760_3126 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 D1-12_03099 438 hypothetical protein ATGAAATGGTTCAGGACGGCGGGCGTTTTATGTCTTACGCTGATGCTGATTGCCGGCTGCCGATTGATTGAAGAAAAACGGGAAGCGGAACAAGACAGCACACCCGTGTCATCTGCGAAGCAGGTTCCTTACAGCAGCTTTTCCCTGCGCGTCAGCTACGGAGCCGGAGAGCATAACCGCTATGAAGGTTTGTATGAAAGAAAAAGCGGTCATGAAAAGGCGGACATCCGGGACAAGCTCTCAGGGGTTCACAGAGAGGGCGAGGAAGCGCTTGATGAAATGAAGATGATCCTCGGAGAACTTGCCGTAAACAGCCGGATGCAGGAAAGCGAGGTCGTCCGGCAGGTGCTCTCGGCTTTTAATTTAGACAGCCGCTATGACCATTTTTATCTGAAACTGAAAAAGAACGACGGAGAAATGACAGAAATAAAAAAATAA MKWFRTAGVLCLTLMLIAGCRLIEEKREAEQDSTPVSSAKQVPYSSFSLRVSYGAGEHNRYEGLYERKSGHEKADIRDKLSGVHREGEEALDEMKMILGELAVNSRMQESEVVRQVLSAFNLDSRYDHFYLKLKKNDGEMTEIKK NA NA NA NA NA D1-12_03100 1782 pepF1_2 Oligoendopeptidase F, plasmid ATGGCATTAAAGGGATTGAAGGAAACATGGGATTTAAACTCCATTTTTGAGGGCGGGAGCCGGTCGGAAGAGTTTCAGCAATACATACAAGAGCTCAAAAAGCATCTAAGTGCTTTTCAACATGCGGTTGAAGCGTTTACAGTTCCGGCGCATGCGGATGAAAGCCGGGACCTGATCAATCTGATCGATAGGTTTGAACGGTCAGCGATCATGATCAGGCAGGCGGGAGCGTTCGTCGGCTGTCTTCAGGCTCAGAACACTCATGATCAGAAAGCGAATGAATGGAGGGCGCGGATTAATCAGCTGAGCAGTGATTTTAAATCCGCTCTGGTCACCCTTGACGATACACTTGCCCGGATTGACGAGCGGGTCTGGGAGGAGCTGCTGCAAAAACCGGAACTTCAGGATCTCACATATGTTTTAAATGAGAGAAGAGACCGTGTCAAAGAGAAGCTCAGCGCTTCGGAAGAAAGGCTGATTGAAGGCCTGGCCGTTGACGGCTATCACGCATGGGGCGACCTGTATAATGCGGCTGTCGGCAGAATGAAGATTCCGTTTGAGGATAAAGAGCTGTCGGTCGGCCAAGCGGAAAATATGATGGCGCACCCGGACCGCCGCATCAGACGCCAAGTGTTCAAAGAGCTTAATGAAGCCTGGAAAGGAGAAGAGGAGCTTTTCGGCAGCACGCTGAACCATCTGGCCGGCTTCCGCACGGAAATCTATAAAGCGCGGGGCTGGAAAAGCGCTTTGGAAGAGCCGCTTGCGATCAACCGGATGAAAAAAGAAACGCTGGATGTCATGTGGCAGGTCATTACAGATCATAAAAAACCTCTTGCCGAATACCTGAATCGAAAGGCATCTCTTTTAGGGCTTGAGCGGCTGAACTGGTATGATGTGGACGCGCCGATCGGCGAGGCTCCGAAAGAATACACATTTGATGAAGCGGCCAATCTGATCGTCAGCCAATTTTCGACGTTTGGCAAAAAGCTGTCCGCATTTGCGGAAAAAGCGTTCCGCGATCGGTGGATAGAAGCGGAAGACCGCAGCGGCAAACGGGTCGGCGGTTTCTGCACCAGCTTTCCCGACAGCGGGGAATCCCGGATTTTTATGACGTTTTCCGGAAGCGCTTCGAATGTATCGACGCTGGCGCATGAGCTCGGTCACGCGTTCCATCAGGAGGCCATGCTTCAAGTGCGGCAGCTGAACAGAGCCTACGCTATGAATGTCGCTGAAACAGCCTCGACCTTTGCGGAAATGATCGTCGCCGACGCCGCTTTGAAACAAGCGGAAACAAAGGATGAAAAGCTGTTCTTGCTTGAGGATAAAATTCAAAGAAGCGTAGCTATGTTTATGAATATTCATGCGAGATTTTTATTTGAAACGCGTTTTTATGAAGAGCGCAAGCAGGGCGTCGTTCCGGCTGAGAAACTGAATGAACTGATGGAAGCGGCGCAGAAAGAAGCGTTTTGCGATTCATTAGGGGAATACCACCCTCATTTCTGGGCGTCAAAACTGCATTTTCATATTACGGGAGTGCCGTTTTACAACTTTCCGTATACGTTCGGTTACTTATTTTCGCTTGGAATATATGCAAGAGCTCTTCGGGAAAAAGCGGATTTTGAAGAAAAATATATCGCGCTTTTGTGTGACACGGCTTCGATGACTGTTGAGGATTTGGCGATGAAGCACCTTGGAGCGGATCTGACGGAACGGTCGTTTTGGGAAGACGCGGTCCGCCTTGCTGTACAGGATGTGCAGGAATTTTTAGAGCTGACTGAATGA MALKGLKETWDLNSIFEGGSRSEEFQQYIQELKKHLSAFQHAVEAFTVPAHADESRDLINLIDRFERSAIMIRQAGAFVGCLQAQNTHDQKANEWRARINQLSSDFKSALVTLDDTLARIDERVWEELLQKPELQDLTYVLNERRDRVKEKLSASEERLIEGLAVDGYHAWGDLYNAAVGRMKIPFEDKELSVGQAENMMAHPDRRIRRQVFKELNEAWKGEEELFGSTLNHLAGFRTEIYKARGWKSALEEPLAINRMKKETLDVMWQVITDHKKPLAEYLNRKASLLGLERLNWYDVDAPIGEAPKEYTFDEAANLIVSQFSTFGKKLSAFAEKAFRDRWIEAEDRSGKRVGGFCTSFPDSGESRIFMTFSGSASNVSTLAHELGHAFHQEAMLQVRQLNRAYAMNVAETASTFAEMIVADAALKQAETKDEKLFLLEDKIQRSVAMFMNIHARFLFETRFYEERKQGVVPAEKLNELMEAAQKEAFCDSLGEYHPHFWASKLHFHITGVPFYNFPYTFGYLFSLGIYARALREKADFEEKYIALLCDTASMTVEDLAMKHLGADLTERSFWEDAVRLAVQDVQEFLELTE PGPT0020965_2183 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0020965-pepF|pepB-K08602 NA NA D1-12_03101 843 hypothetical protein ATGAACAGAAAAATTGCCATTGTAACCGGCGCGACGAGCGGATTCGGGCTGCTGACAGCGCTGAAGCTCGCCCGGTCCTATCACGTCATCGCAACAGCCAGACAGCCGGAGAAAGCTGAAATACTGAAAGAGGCCGCCGCTCAAGCGGGTGCATCCGATCATGTTACGGTCGTTTCTTTAGATGTGACAAATGAGCAGTCGGTGTCTGACTTCGGGAACACCATCAGCGGTTTCGGACCGATTGACCTGCTCGTCAATAACGCCGGCTCTGCGTACGGGGGGTTTATTGACGATGTGCTGATGGAACATTACAGACAGCAGTATGAAACAAATGTATTCGGTCTGATTCACGTCACAAAAACCGTGCTGCCTTATATGCGAAAACATGGCGGGGCGAAAATCTTCAATATCAGCAGTATCAGCGGACTGACCGGTTTCCCGGCTCTATCTCCGTACGTCTCTTCCAAATTCGCGGTTGAAGGATTTACAGAGTGTCTGCGCCTCGAACTGCTGCCTTTAGGAATTGATGCCGCTTTAATAGAACCGGGCTCCTATAAAACGTCTATTTGGGAAACGTCTCTCTCCAATCATCTTACGGCACCCGCCAAAGATTCGCCTTATTACCGCTATTATCAGCAAATCGAAGCTTACTTCAAAGCCAACGCATCCAAAAGCGGCGATCCTGATGACGTAGCGGAGCTGATTTATCAATTGGCACAAAGGAAACGGCTGAAGAAACTGCGGTATCCGATCGGCAGGGGCGTTAAGCTGGCATTGGCTTTCCGCTCACTCTTCTCGTGGTCCGCCTGGGAATCTGTTGTGAAGAAAAAGCTGTTCACTTAA MNRKIAIVTGATSGFGLLTALKLARSYHVIATARQPEKAEILKEAAAQAGASDHVTVVSLDVTNEQSVSDFGNTISGFGPIDLLVNNAGSAYGGFIDDVLMEHYRQQYETNVFGLIHVTKTVLPYMRKHGGAKIFNISSISGLTGFPALSPYVSSKFAVEGFTECLRLELLPLGIDAALIEPGSYKTSIWETSLSNHLTAPAKDSPYYRYYQQIEAYFKANASKSGDPDDVAELIYQLAQRKRLKKLRYPIGRGVKLALAFRSLFSWSAWESVVKKKLFT NA NA NA NA NA D1-12_03102 465 mrgA COG0783 Metalloregulation DNA-binding stress protein ATGAATACACAAAACGCGAAAAAAACTGAAACTCTTGTTGAGAAATCAATGAACACACAATTATCAAACTGGTTTATCCTTTACTCTAAACTGCACCGCTTCCATTGGTATGTAAAAGGCCCTCATTTCTTTACGCTTCATGAAAAATTTGAAGAACTGTATAACGAAGCGGCGGAAACGGCGGATGCCATCGCAGAGCGGCTTCTGGCCATCGGCGGACAGCCTGCGGCGACTTTACACACTTACCTTGAACAAGCTTCCATTACGGATGAAGGCCAGGAAAAAACGGCTTCTGAAATGGTGGAATCACTGGTTCAAGACTATAAACAAATCAGCCGCGAATCAAAATTTGTCATCGGCATCGCCGAGGAACAAAATGACTCGTCAACTGCCGACCTGTTTGTCGGATTAGTTGAAGAAGCGGACAAGCACGTGTGGATGCTGTCAGCCTACTTGGGAGAATGA MNTQNAKKTETLVEKSMNTQLSNWFILYSKLHRFHWYVKGPHFFTLHEKFEELYNEAAETADAIAERLLAIGGQPAATLHTYLEQASITDEGQEKTASEMVESLVQDYKQISRESKFVIGIAEEQNDSSTADLFVGLVEEADKHVWMLSAYLGE PGPT0004055_3086 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS OTHER_STRESS_RESPONSE_PROTEINS,PGPT0004055-dps|dpsA-K04047 NA NA D1-12_03103 1359 htrB COG0265 Serine protease Do-like HtrB ATGAATGATCATCGAGATGACGGCAGAAGCCGCGATCAGTCAGATCTTTCACATACGGAACAAAACAGAAATGAACAGCAGCGGATCAGCCATCAGGAGCCGGAGCTGCTCGAAGGTCCCGTCTCGAAAGCGGAAAACGAGACGGCTGCCGGCGCGGAATTTGAAAAAACGGCTGCCGTGAAAAAAGAAAAAAAACGGAGAGCCGCTTGGCTGAGCCCGATTTTAGGCGGTATTATCGGCGGCGGCCTCGTGCTTGGCATTGTGCCGAACCTGCCGAGTGAGCAGCATAAGACAGAAGCCGTTTCTGATACGAAACAAGTTCAGTCTTCGAATTTTACGTCAACGCCTTTGAAAAATACCTCAAGCGTAGCGGATATGGTGGAAGACTTGGAGCCTGCGATTGTGGGAGTGTCCAACTACCAAGCTTCGCAAAGCAGCCAGTTCGGACTTGACGGCGGTTCAAGCTCTGAAACGGAAAGCGGCACGGGGTCAGGCGTCATCTTCAAAAAAGACGGCGAAAAAGCGTACATCATTACAAACAATCATGTCGTAGAAGGGGCGAACAAACTGTCGGTCACTCTTTACAATGGGAAAACCGAAACGGCAAAGCTTGTCGGAAAGGATGCCATCAGTGACTTGGCTGTATTGGAAATCAGCTCGTCCAATGTCAAAAAAGCGGCCAGCTTCGGGGATTCCTCCAAGCTCCGCATTGCCGATAAAGTAATTGCCATCGGCAACCCGCTCGGCCAGCAGTTTTCCGGCACCGTCACACAAGGTGTCATCAGCGGGCTGAACAGAACGGTAGACGCCGATACATCCCAAGGCACGGTGGAAATGAACGTGATTCAGACGGATGCGGCGATTAACCCCGGAAACAGCGGCGGCCCGTTAATCAACTCAAGCGGCCAGGTTATCGGGATCAACAGCATGAAAGTCAGTGAAAACGGCGTGGAGTCACTCGGCTTTGCCATTCCGAGCAATGATGTAGAACCGATAGTCGACCAGCTGCTTGCAAAAGGAAAAGTCGAGCGCCCGTTTTTAGGTGTGCAGATGATTGATATGTCGCAAGTGCCGGAAACCTATCAGGAAAACACGCTCGGACTGTTCGGCGACCAGCTGTCTAAGGGTGTTTACGTAAAAGAGGTACAATCCGGCTCACCGGCTGCGAAAGCGGGCATCAAATCAAATGACGTCATTGTACAATTGAACGGCAAAGATGTCGGCAGCAGCGCCGATATCAGACAGATCTTATATAACCAGCTGAAAATCGGCGATAAGACGACTGTTCAAGTGCTCAGAAGCGGAAGCAAAAAGACGCTGAACGTCACATTAACGAAACAAACCGAAAGCGCAAGCTGA MNDHRDDGRSRDQSDLSHTEQNRNEQQRISHQEPELLEGPVSKAENETAAGAEFEKTAAVKKEKKRRAAWLSPILGGIIGGGLVLGIVPNLPSEQHKTEAVSDTKQVQSSNFTSTPLKNTSSVADMVEDLEPAIVGVSNYQASQSSQFGLDGGSSSETESGTGSGVIFKKDGEKAYIITNNHVVEGANKLSVTLYNGKTETAKLVGKDAISDLAVLEISSSNVKKAASFGDSSKLRIADKVIAIGNPLGQQFSGTVTQGVISGLNRTVDADTSQGTVEMNVIQTDAAINPGNSGGPLINSSGQVIGINSMKVSENGVESLGFAIPSNDVEPIVDQLLAKGKVERPFLGVQMIDMSQVPETYQENTLGLFGDQLSKGVYVKEVQSGSPAAKAGIKSNDVIVQLNGKDVGSSADIRQILYNQLKIGDKTTVQVLRSGSKKTLNVTLTKQTESAS PGPT0015105_4363 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 D1-12_03104 678 cssR Transcriptional regulatory protein CssR TTGTCATACACCATTTATCTAGTTGAAGATGAGGATAACCTGAATGAACTGCTCACAAAATATTTAGAGAATGAAGGCTGGAACATTACATCTTTCACAAAAGGCGAAGATGCCAGAAAGCAGATGCAGCCGTCTCCCCACTTGTGGATTCTCGACATCATGCTTCCGGATACGGACGGCTATACATTGATAAAAGAAATAAAAGAAAAAGATCCCGATGTGCCCGTCATTTTCATTTCCGCGCGGGATGCCGATATTGACAGAGTCCTCGGGTTAGAGCTTGGAAGCAATGATTATATCGCCAAGCCTTTTTTGCCGAGAGAGCTCATTATACGGGTTCAGAAGCTGCTGGAGCTCGTGTATAAAGAACAGCCCGCCGCAAAGAAAACCGGCATCACCGTTTCTTCCTACAATGTGATCGAAGATGCCCGAGAGGTTTATGATGAAACCGGCAGCCTGGTCAATTTGACGTCTAAGGAATTTGATCTGCTGCTTTTATTTCTTCACCATAAAGGACACCCCTTTTCCAGGGAAGATATTCTGCTGAAAATATGGGGCCATGATTATTTCGGCACTGACCGGGTGGTCGATGATCTTGTGCGGAGGCTGCGGAAAAAAATGCCGGAGTTAAAGGTTGAGACCATTTACGGATTCGGCTACAGGATGATGACGTCATGA MSYTIYLVEDEDNLNELLTKYLENEGWNITSFTKGEDARKQMQPSPHLWILDIMLPDTDGYTLIKEIKEKDPDVPVIFISARDADIDRVLGLELGSNDYIAKPFLPRELIIRVQKLLELVYKEQPAAKKTGITVSSYNVIEDAREVYDETGSLVNLTSKEFDLLLLFLHHKGHPFSREDILLKIWGHDYFGTDRVVDDLVRRLRKKMPELKVETIYGFGYRMMTS PGPT0015125_108 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-CHAPERONE|PROTEASES,PGPT0015125-cssR-K07770 NA NA D1-12_03105 1356 cssS Sensor histidine kinase CssS ATGAAAAATAAGCCGCTTGCTTTTCAAATATGGGTGGTCATCTCAGGCATCCTCTTAGCCATTTCGATTCTGCTGCTCGTGCTGTTCTCAAATACGCTGCGTAATTTTTTCACGGATGAAACGTATACGACCATTGAAAATGAACAGCATGTACTGACGGAGTACCGGCTGCCCGGATCGATCGAGCGTGGATATTACAGCGAGGATGCGACCGCTCCGACGACTTTCCGATCCGTTCAGCACGTTCTTCTGCCGGAACGGGAGGAATCGGCCAGTGACAAAGACTTGAACTACTTTTCTTCTTCCTTTATCCATAAGGTGTACAAGCTCGCGGGCCGCCAGCACAGCGTCACGAAACGATACAGCGCGGACATCAGCGGTGAAAAAGTATTTTTCGTCATTAAAAAAGGCCTCACCATTAACGGCCAGGATGCGATGATGCTGTCTTACGCCCTTGATTCTTATCGTGATGATCTGGCATTCACCCTGTTCAAGCAGCTGCTCTTTATCATTGCCGGCGTGATTTTGTTAAGCTGGATTCCGGCGATTTGGCTTGCCAAATATCTCTCGCGCCCGCTCGTTTCCTTAGAGAAGCATGTCAAACGGATTTCAAAACAGGATTGGGATGATCCGGTCATCGTCGACAGAAAAGACGAAATCGGAAAATTAGGCCATACCATTGAAGACATGCGGAGCAAGCTGGTACAAAAGGATGAAACGGAAAGAACGCTCCTGCAAAATATCTCTCATGATTTAAAAACGCCTGTCATGGTGATAAGGGGCTATACTCAATCAATAAAGGACGGGATTTTTCCTAAGGGGGATCTGGAAACCACAATTGATGTCATTGAAGGCGAAGCAGAAAAACTTGAGAAGAAAATTAAGGATTTATTATATTTAACGAAGCTTGATTATTTAATGAAGCAGCGGGTGCACCATGAGACATTTGACATTGTGAAGGTCACGGAAGAAGTCATTGAACGGCTCAAATGGGCCCGGAAGGAATTATCGTGGACCGTTGAAACAGAAGATGCATTAATGATGCCCGGTGATCCGGAACAATGGAGCAAACTTCTTGAAAACATTCTCGAAAATCAAATCCGCTATGCAGAAACGGCGATTCACATTCGGATCAGCCAAAATCAGCAGCAGATTGTCATGACGGTTAAAAATGACGGGCCTCCGATTGAGGATGAGATGCTATCCAGCTTGTACGAGCCTTTTAATAAAGGGAAGAAAGGCGAGTTCGGCATAGGACTCAGCATCGTAAAACGGATTTTAACCCTGCATAAAGCATCAATTTCAATTGAAAATGGCCAATCGGGTGTAATCTACCGAATTATCGTACCAAAGTAG MKNKPLAFQIWVVISGILLAISILLLVLFSNTLRNFFTDETYTTIENEQHVLTEYRLPGSIERGYYSEDATAPTTFRSVQHVLLPEREESASDKDLNYFSSSFIHKVYKLAGRQHSVTKRYSADISGEKVFFVIKKGLTINGQDAMMLSYALDSYRDDLAFTLFKQLLFIIAGVILLSWIPAIWLAKYLSRPLVSLEKHVKRISKQDWDDPVIVDRKDEIGKLGHTIEDMRSKLVQKDETERTLLQNISHDLKTPVMVIRGYTQSIKDGIFPKGDLETTIDVIEGEAEKLEKKIKDLLYLTKLDYLMKQRVHHETFDIVKVTEEVIERLKWARKELSWTVETEDALMMPGDPEQWSKLLENILENQIRYAETAIHIRISQNQQQIVMTVKNDGPPIEDEMLSSLYEPFNKGKKGEFGIGLSIVKRILTLHKASISIENGQSGVIYRIIVPK PGPT0015120_93 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-CHAPERONE|PROTEASES,PGPT0015120-cssS-K07650 NA NA D1-12_03106 165 yuzO putative protein YuzO ATGAAAGAATTAGATGAAATGATCAGCCGCTTGCGAAACAGAGGAATTAAAGTCGAAAAGGTGAAATATCCGAAAAAGACAATTTGTGAAAAGAAATGGGTTCATCAATGCCAAAAACCGCTGAAAACAAACTACAGAGATTTTAACGGCTATTCCTTCACATAA MKELDEMISRLRNRGIKVEKVKYPKKTICEKKWVHQCQKPLKTNYRDFNGYSFT NA NA NA NA NA D1-12_03107 876 hypothetical protein TTGAAGGAAAAAGAAAAGCTGATCATTGAAGCAGCAATTAAACTGTTTGCCCGAAAAGGGTACAAATCTACATCGGTTCAGGAAATCGCCGATGAATGCAAAATCTCAAAAGGCGCTTTTTATCTATACTTTCCTTCCAAAGAAGCACTGCTTCTATCCATGCTGAATTACTACTATGATAAAACGTTTACCCGAATCACGACGATCCAAACGGAGGGTGACAGTCCGAGAGCCGCTTATCAAAAACAGCTTGCGGTGTTTTACGAATCGATTCTCACCCATCAGGATTTTATTACCATGCAGATGAAAGACGGTTCGCTTCCTTATACCGAAGAAGCGGCGCAGTGCGGAAAGAGAATCCGCCGGTCGATCCTGCAGTTTCATATCGACAGTCTTCTTGCTATTTACGGAGAAAAAGCTGAACCATACACAGCCGAGCTTTGTTTTTTAATAGAAGGAATCAGTCAGATGTATCTTGAATATCTCATTCTGACCGGCCGGTCCGTACAGCCTTCGCTTTTGGCAAATACCGTGATTCACAGAATTGATGACATCGTAAACGGAATGGCGGACAGACATGATGAAGCGTTTATTTCTCTTGATGAGGCAAGCTCACTGTTTGGGCCCCTTCATAACGGGCAGCCCGATCCTTTAAGCCAATCGATCTTGCAGACCCTCCGCACGCGCATCGGCACGATGGACAAGGCGCAAGCATCCGAATTCACCGAGAGCTTGGATATTCTGGAAGCGGAAATGAAGAAAAAGTCGCCGAAACCGGCAATCATCAAAGGAATGATTTTGAATTTGAAGGAATCCGACCTGCTGGCTGAAGATGCAGAACAGCTCAGATTTTTACTGAAACAGCAGTTTATTTAG MKEKEKLIIEAAIKLFARKGYKSTSVQEIADECKISKGAFYLYFPSKEALLLSMLNYYYDKTFTRITTIQTEGDSPRAAYQKQLAVFYESILTHQDFITMQMKDGSLPYTEEAAQCGKRIRRSILQFHIDSLLAIYGEKAEPYTAELCFLIEGISQMYLEYLILTGRSVQPSLLANTVIHRIDDIVNGMADRHDEAFISLDEASSLFGPLHNGQPDPLSQSILQTLRTRIGTMDKAQASEFTESLDILEAEMKKKSPKPAIIKGMILNLKESDLLAEDAEQLRFLLKQQFI NA NA NA NA NA D1-12_03108 1389 fumC Fumarate hydratase class II ATGGACTACAGAATTGAAAAAGACACCATGGGAGAAGTTAAAGTTCCGGCAGATAAATTTTGGGGCGCTCAGACACAGCGCAGCAAAGAGAACTTCAAAATCGGTTCAGAGAAAATGCCTCAGCGTGTTGTGAAGGCGTTTGCAATATTGAAAAGAAGCACAGCGATCGCCAACGAACGCCTCGGCAACTTAGAGTCTGAAAAAGCACAGGCGATTGCCGCTGTATGTGACGATGTTTTAAACGGCAAATACGACGATAACTTTCCGCTCGTTGTCTGGCAGACGGGAAGCGGCACGCAAAGCAACATGAACATGAATGAAGTGGTGGCCAACCGCGCGACTGCTTTATTGAAAGAAAAAAATTCCGAGCTGAAGATTCATCCGAATGATGACGTTAACCGCAGCCAAAGCTCAAACGATACATTCCCGACGGCGATGCACGTTGCGGCGGTTCTTGCTGTATATGAGCAGCTCGTTCCGGCGCTTGATCAGCTGCGCGCGACGCTTGATGAAAAAGCGAAAGCTTATCAGGATATTGTGAAAATCGGACGCACGCATTTGCAGGACGCCACTCCGCTGACGCTCGGACAGGAAATCAGCGGCTGGGTATACATGCTTGACCGATCGAAAGAAATGATTCTTGAGTCAACGGAAAAAATCCGCGCGCTTGCCATCGGAGGCACGGCAGTCGGCACGGGAATCAACGCCCATCCGCAGTTCGGTGAATTCGTCGCGGAAGAAATCACAAAAGTAACGGGGCAGACATTCAAGAGTTCGCCTAACAAATTCCATGCGCTCACAAGCCATGATGAAATCACTTACGTTCACGGCGCGTTAAAAGCATTGGCTGCCGACCTGATGAAGATTGCCAACGATGTCAGATGGCTGGCCAGCGGCCCGCGCTGCGGAATCGGCGAAATCGTCATTCCTGAAAATGAGCCGGGAAGCTCTATCATGCCGGGCAAAGTCAACCCGACGCAAAGTGAGGCGCTGACAATGATCGCCGCGCAAGTGATGGGAAATGACGCGACAATCGGATTTGCGGCCAGCCAAGGAAACTTCGAGCTGAATGTCTTCAAACCGGTTATTATTTATAACTTCCTGCAGACCGTGCAGCTGCTCAGTGACGGAATGAATTCCTTCCATGACAAATGCGCTGTCGGTATTGAGCCGAACCAAGAGACGATTCAGGAAAATCTCTCTAACTCATTAATGCTTGTTACGGCGCTTAACCCGCACATCGGTTATGAAAACGCCGCGAAAATCGCCAAGCTTGCCCACAAAGAAGGCCTGACGCTGAAAGAAGCGGCATTACAGCTGAACCTTCTGACAGAAGAACAATTTAATGAAATGGTGCGTCCGGAAGATATGGTGCACCCGAAAGCATAA MDYRIEKDTMGEVKVPADKFWGAQTQRSKENFKIGSEKMPQRVVKAFAILKRSTAIANERLGNLESEKAQAIAAVCDDVLNGKYDDNFPLVVWQTGSGTQSNMNMNEVVANRATALLKEKNSELKIHPNDDVNRSQSSNDTFPTAMHVAAVLAVYEQLVPALDQLRATLDEKAKAYQDIVKIGRTHLQDATPLTLGQEISGWVYMLDRSKEMILESTEKIRALAIGGTAVGTGINAHPQFGEFVAEEITKVTGQTFKSSPNKFHALTSHDEITYVHGALKALAADLMKIANDVRWLASGPRCGIGEIVIPENEPGSSIMPGKVNPTQSEALTMIAAQVMGNDATIGFAASQGNFELNVFKPVIIYNFLQTVQLLSDGMNSFHDKCAVGIEPNQETIQENLSNSLMLVTALNPHIGYENAAKIAKLAHKEGLTLKEAALQLNLLTEEQFNEMVRPEDMVHPKA PGPT0001650_3572 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 D1-12_03109 186 hypothetical protein GTGGCACAAGTCAGACTGGCAGGAAATGCCGAAGAAATTGAACAGCTCATCAAATCATTTGAAGCGCATTACGAAGTGGCTTACACGTCGAAAGAATACCGTAAAACAAATCCGAAGTATAAATACTCAAAGGATTCGCGCGTCTATCTTGAGCTGAAATTAAAAACGGCCAAGGCCGAAAAATAA MAQVRLAGNAEEIEQLIKSFEAHYEVAYTSKEYRKTNPKYKYSKDSRVYLELKLKTAKAEK NA NA NA NA NA D1-12_03110 1443 gerAA Spore germination protein A1 ATGACGCAATCGGAATTCAAGGAATACATACACGTTAATCTGGCACTGGTGCTTCCCCACGTAGAGCAGAATGATGACCTGGTTCAAAATAAAAAGATGCTTCCGAACGGGCTTGTTTTTTATTATATGTATCTGAGTGAAATGAACGACGAAGACAAAATAAAAGAGGCGATGGAAACACTGCTTCGGGAGGAAGACACTCTGACGCTGGATACGGTGGCGAAACGTCTTGATAAGATCGACGCCCGTCCCGTCTTTACGTCGAAGGAAGCCGTCATCTCCATTCTGCGGGGAAAATGCGCCGTGTTTATTAACGGACTTGACAGCGTATACATTTTGTCCACGGGAAAAAGAGAAAAAAGAAGCGTGAATGAACCCACATCCGAAAAGGTCGTAAGAGGTCCGAAAGTCGCCTTCATAGAAGATTCTGATACAAACGTCGCCATGATCAGGCAGCGCACGAACCATCCGAAGCTGAAAACGAAAAAGGTTCCGATCGGAGAAAATAAGTTAAAATACGCTACTGTCATGTACATAGATGATGAGGCGGACCCGTCTGTCGTCAGCGATGTTGTAAAGCGCCTCAGCGAAGTGAAGATGGACGACATCCAGGATTCCGGAACGCTTGAGGAGCTTATTGAGGATAATAAGTATTCGCCCTTTCCGCAAATACAAAATACGGAACGGCCTGATAAAGTCTCTTCCGCCTTGTTCAACGGCCGCGTCGCCATCCTTGTCGACAACTCGCCGTTTGCGCTGGTGGTTCCGGCTTCTTTAGGAATTTTAATGCAGTCTCCCGATGATTATTATGAACGGTGGATTTCCGCCTCGCTCATCCGGGCGCTGCGGTTTACGTCTATTTTTATTACGCTGTTTTTTTCGTCCATTTATATCGCCCTCGTTTCGTTTCACCAAGGGCTGCTGCCGACGTCGCTTGCAGTCACCATCGCGGCGAACAGAGAAAACGTTCCCTTCCCGCCTATCATTGAAGCGATGGTAATGGAAATTACGATAGAGCTGCTGAGAGAAGCGGGCTTGAGGCTTCCCAGCCCGCTCGGCCAGACGATCGGATTGGTGGGCGGAGTTGTCATCGGCCAAGCGGCCGTTGAAGCGAATATTGTCAGCTCCATCATGGTCATCGTGGTCAGCATTGTCGCGCTCGCTTCATTTACGGTGCCGCAGTACGGGATGGGTCTGTCGTTCCGTGTGCTCCGTTTCATTTCGATGTTTACCGCGGCAGCTTTCGGGCTGTACGGCATGATTTTATTTATGCTGGCGATCTACACTCATTTATCGAGACAGCGAAGCTTCGGTTCTCCGTATTTCTCGCCGAATGGATTTTTCAGCTTAAAAAACGCAAACGACTCTATTCTCCGTCTCCCTATTAAAAATCAACCAAAAGAGGCGAAAAACGTAAATGAGCCAGAAAACAACTCACAATAA MTQSEFKEYIHVNLALVLPHVEQNDDLVQNKKMLPNGLVFYYMYLSEMNDEDKIKEAMETLLREEDTLTLDTVAKRLDKIDARPVFTSKEAVISILRGKCAVFINGLDSVYILSTGKREKRSVNEPTSEKVVRGPKVAFIEDSDTNVAMIRQRTNHPKLKTKKVPIGENKLKYATVMYIDDEADPSVVSDVVKRLSEVKMDDIQDSGTLEELIEDNKYSPFPQIQNTERPDKVSSALFNGRVAILVDNSPFALVVPASLGILMQSPDDYYERWISASLIRALRFTSIFITLFFSSIYIALVSFHQGLLPTSLAVTIAANRENVPFPPIIEAMVMEITIELLREAGLRLPSPLGQTIGLVGGVVIGQAAVEANIVSSIMVIVVSIVALASFTVPQYGMGLSFRVLRFISMFTAAAFGLYGMILFMLAIYTHLSRQRSFGSPYFSPNGFFSLKNANDSILRLPIKNQPKEAKNVNEPENNSQ PGPT0025010_42 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_GERMINATION_PROTEIN,PGPT0025010-gerAA-K06288 NA NA D1-12_03111 1101 gerAB Spore germination protein A2 ATGAGCCAGAAAACAACTCACAATAAGCTTACAAGCTATCAAGGGACAGCGTTGATTTCAAACACGATGCTCGGCGCGGGACTCCTCACCATGCCGCGGGCGCTGTCATCAAGGGCAAATTCTCCGGACGGCTGGATCGCGTTATGTCTGGAAGGCGTCATCTTTATCTTTTTGATTTATCTCAATACGCTCATTATGAAAAAGCATCAGTACGGATCATTATTTGATTATATGAATGAAGGACTCGGCAAATGGGCGGGAAATATCGTCAATCTTATGATCTGTCTCTATTTTATAGGAGTCGCCAGCTTCGAAGCCCGGGCGATGGCGGAAATGGTCAAGTTTTTTTTATTGGAAAGAACGCCCGTGCCGGTCACGCTGTTTATCTTTATCGCCTGTTCCGTTTATTTAATTATCGGCGGCATGAGCGATATCGGCAGGCTCTTTCCTTTCTATTTAACGATTACGATCATTATTTTGCTGGTGGTGTTTTCTTTCAGCTTTAAAATATTTGATCTGGACAACCTGCGGCCGGTGCTCGGGCAGGGGTTTTCTCCCGTTATGGCTTCCTTGACCGTCGTTTCTGTTTCCTTCTTGGGAATTGAGATTATGCTGTTTCTCCCCGAGTACCTCAAAAATAAAAAGCACACATTCCGCGTATCGGCCATGGGCTTTGGCATCCCGATTATTTTATACATCATTACCTACGTACTCGTCGTCGGCGCCTTAACCACCCAAGATGTCAAAACAATGATCTGGCCTACGATCGCGCTCTTTCAATCATTTGAAATCAAAGGGCTTTTTATTGAAAGGTTCGAGTCCTTTTTGCTTGTTGTCTGGATCATCCAATTTTTCGCCACCTATGTCTCGTACGGGTATTTCGCGACATCAGCTCTTAATAAAATTTTCGGGCTGAAGCAGAAAAAAGGGATCATCTTCGTAGGGATCGCGACATTCTTCGGATCATTGATGCCAAAAGACGGCAACAAGCTGTTGATGTTCAGTGATATTCTCGGCTATATCTTCTTGGTTTTCTTTTTGCTGCCTTTACTGATGTTTGGAGTCGTCGCTGTGAAAAGGAAGGTGAAAAAAGCGCAATGA MSQKTTHNKLTSYQGTALISNTMLGAGLLTMPRALSSRANSPDGWIALCLEGVIFIFLIYLNTLIMKKHQYGSLFDYMNEGLGKWAGNIVNLMICLYFIGVASFEARAMAEMVKFFLLERTPVPVTLFIFIACSVYLIIGGMSDIGRLFPFYLTITIIILLVVFSFSFKIFDLDNLRPVLGQGFSPVMASLTVVSVSFLGIEIMLFLPEYLKNKKHTFRVSAMGFGIPIILYIITYVLVVGALTTQDVKTMIWPTIALFQSFEIKGLFIERFESFLLVVWIIQFFATYVSYGYFATSALNKIFGLKQKKGIIFVGIATFFGSLMPKDGNKLLMFSDILGYIFLVFFLLPLLMFGVVAVKRKVKKAQ PGPT0025015_29 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_GERMINATION_PROTEIN,PGPT0025015-gerAB-K06289 NA NA D1-12_03112 1113 gerAC Spore germination protein A3 ATGAAGAAATACATCGTAATCATGCTTTGCACATTGCTTTTGGCCGGGTGCTGGGACAGCCGCAATATAGAAGACTTGAGCCTCGTTATCGGGGTCGGGCTCGATAAACCCGAGGAAGAAAATGTGGAAGTGACACAGCAGATTCTGATCCCGCAAAAAGCAAGTTCCCAGCAGTCGTCGTCAGGCGATACGACAAAAGTAACGTCCACTCCCGGGGAAACCGTCCATCAAGCATTAAGAACGGCATCGTTAAAAAATCACCCCGCATTCTCCCAGCACTTGCGTATCATGCTGTTTTCCGAAGTGCTGTTAAAGGATAACATTCCGCTTGACGCATTGATGAACCAATTTATCAGAGACAACGGTACGAGAAGAAGCTGCAATGTGATGACGGTGCCGGATAAAACGAAAGATATTTTCAAAATCAGTGACCAGGGAGAACCTGCGTCAAATACGATCTATGACTTAACGGAGAATAATTCGGTCACCATCCGGATGATGGAGCCCGTGACATTGGGGGAAATATCCGAGAAAATCGCCAAAGGCGAGACCTTTGCCCTTCCTCAAGTGCGCCAAGTGGGCAGCAGACTGGAAATCTGGGGCGCTACCATTATTAAAAATAAATTCTGGTATGCGAATTTAACGCCTTTACAAGTCCAGAATATGAACCTGTTCACAGGCACAGTAAAGGGGGGCGTCACGTTTGCAAAGCATGACAATCATTATTTATCCTTCGAAGTATTTTCCAGCAAATATAATGTGAAAACACAATATAAACACGGAAAATTCAAGTTTATCGTCACCCGGTTTGTTGAAGGCCGTCTGTCTGAGGATTGGAATCCGAAAGAAGATTCCTTCAAGGAGTCCTATATAAATGAAATCAAAAACGCGGTAAAACACAGCATTCATTCAGATGTCATGGCATTCATTGATTACATGCAGCATGAGTTGAAAGTGGATATTACCGGGTTAGGCGATCAAGTCCGGATTCATTATCCCGATAAATGGAAAAAGATATCCTCTGACTGGGACCATCACTTCAGTGAATCGGATATTGAATACAAAGTCAAAGTCGCCATCAGGGATTTCGGAACAAAGGGAATGTCCCAATGA MKKYIVIMLCTLLLAGCWDSRNIEDLSLVIGVGLDKPEEENVEVTQQILIPQKASSQQSSSGDTTKVTSTPGETVHQALRTASLKNHPAFSQHLRIMLFSEVLLKDNIPLDALMNQFIRDNGTRRSCNVMTVPDKTKDIFKISDQGEPASNTIYDLTENNSVTIRMMEPVTLGEISEKIAKGETFALPQVRQVGSRLEIWGATIIKNKFWYANLTPLQVQNMNLFTGTVKGGVTFAKHDNHYLSFEVFSSKYNVKTQYKHGKFKFIVTRFVEGRLSEDWNPKEDSFKESYINEIKNAVKHSIHSDVMAFIDYMQHELKVDITGLGDQVRIHYPDKWKKISSDWDHHFSESDIEYKVKVAIRDFGTKGMSQ PGPT0025020_40 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_GERMINATION_PROTEIN,PGPT0025020-gerAC-K06290 NA NA D1-12_03113 633 liaR_2 COG2197 Transcriptional regulatory protein LiaR GTGATTCGAGTGTTACTGATTGATGATCATGAAATGGTCAGGATGGGTCTGGCCGCATTTTTAGAAGCACAGCCGGACATTGAAGTCGCCGGTGAAGCATCAGACGGGCAGCAGGGCGTCGATCTGGCCGCAGAGCTTTTGCCGGATGTGATTTTAATGGACCTTGTCATGGACGGCATGGACGGCATCGAAGCGACAAAACAGATCTGCGCGAAACTCAATGACCCGAAAATCATCGTGCTGACGAGCTTTATTGATGACGACAAAGTGTATCCGGTGATCGAAGCGGGAGCGCTCAGCTATTTGCTGAAAACGTCCAAGGCGGCAGAAATAGCCGAAGCCATCAGAGCGGCTGCCAAGGGCGAACCGAAGCTTGAATCGAAGGTGGCGGGAAAAGTGCTGTCAAGGCTGCGCCATTCAGAGAATCAGCTTCCGCATGAAACGCTGACAAAAAGAGAACTGGAAATCCTCTGTCTCGTCGCGGAAGGCAAGACGAATAAAGAGATTGGTGAAGAGCTGTTCATTACGATTAAAACGGTAAAAACCCACATTACGAATATATTGTCAAAGCTTGATGTCAGTGACCGCACGCAGGCAGCCGTATATGCCCACCGCAATCATCTCGTGACATAA MIRVLLIDDHEMVRMGLAAFLEAQPDIEVAGEASDGQQGVDLAAELLPDVILMDLVMDGMDGIEATKQICAKLNDPKIIVLTSFIDDDKVYPVIEAGALSYLLKTSKAAEIAEAIRAAAKGEPKLESKVAGKVLSRLRHSENQLPHETLTKRELEILCLVAEGKTNKEIGEELFITIKTVKTHITNILSKLDVSDRTQAAVYAHRNHLVT PGPT0014870_437 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 D1-12_03114 1083 liaS COG4585 Sensor histidine kinase LiaS ATGAGGAAAAAATTACTCGCCAATATTCAGTGGCGCGCCATGCGGATGACCGCGGGACTCAGTCTGCTCCTTTGCGCGGTGTTTATTACGCTGATGCTGCTGTATTACGGGCTTGACCCGATGCTGCTGTTTTCTTCCGGCTGGTTCGGTATTCCGTTTGTGGTCATCCTGCTTTTGGCGTCTCTTTCGGCGGGATTGATTTCCGGTTATGTATACGGCGGCCGCCTGAAAACAAGAATGGATACACTGATTGAAGCGGTTTTGAAATTTGAAAACGGTAATTTTGCTTATCGGGTGCCGCCGCTCGGCGATGATGAAATCGGTCTGGCGGCAGACCAGCTCAACGAAATGGCCAAGCGGGTCGAGCTCCAGGTCACATCGCTGCAAAAGCTCTCCAACGAACGGGCGGAATGGCAGGATCAAATGAAAAAATCGGTCATCACTGAAGAACGCCAGCGGCTGGCGCGCGATCTGCACGATGCCGTCAGCCAGCAGCTCTTTGCCATTTCTATGATGACATCCGCCGTTTTAGAGCAGGTGAAAGATGCGGATGACAAAATCGTCAAACGGATTCGCATGGTTGAACATATGGCGGGGGAAGCGCAAAACGAGATGAGAGCGCTGCTATTGCATTTGCGGCCCGTCACTTTAGAAGGAAAAGGCTTAAAAGAAGGGCTGATTGAGCTGTTAAAAGAGTTCAAAGCGAAGCAGCCGCTGGATATTGAGTGGGACATCAGCGATACGGGTGTGTCAAAAGGCGTTGAAGACCATCTGTTCCGCATCGTGCAGGAGGCGCTTTCCAACGTTTTCAGACATTCAAAGGCGACCAAGGTCACCGTCAGGCTCGGCGCGAAACATCAAAAGCTGCAGCTTAAAGTCATTGATAATGGGGCGGGTTTTACGATGGATCAAGTGAAAGCATCCTCATACGGCCTGCATTCCATCAAGGAAAGAGCGAGTGAAATCGGCGGCATAGCGGAAATTATCTCCGTAAAGGGAAAAGGCACGCAGATCGACGTGAAAGTCCCGATTTATCAGAAAACAAAAGGAGAGAACGACAGTGATTCGAGTGTTACTGATTGA MRKKLLANIQWRAMRMTAGLSLLLCAVFITLMLLYYGLDPMLLFSSGWFGIPFVVILLLASLSAGLISGYVYGGRLKTRMDTLIEAVLKFENGNFAYRVPPLGDDEIGLAADQLNEMAKRVELQVTSLQKLSNERAEWQDQMKKSVITEERQRLARDLHDAVSQQLFAISMMTSAVLEQVKDADDKIVKRIRMVEHMAGEAQNEMRALLLHLRPVTLEGKGLKEGLIELLKEFKAKQPLDIEWDISDTGVSKGVEDHLFRIVQEALSNVFRHSKATKVTVRLGAKHQKLQLKVIDNGAGFTMDQVKASSYGLHSIKERASEIGGIAEIISVKGKGTQIDVKVPIYQKTKGENDSDSSVTD PGPT0014865_97 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-MULTIDRUG-CELL_WALL-ACTIVE_ANTIBIOTIC_RESISTANCE,PGPT0014865-liaS-K11617 NA NA D1-12_03115 732 liaF COG4758 Protein LiaF ATGGCAAAAAAACAGATTCTCGGACTTATCATCGCCTTATTAGGCGTCAGCATGTTTTTGCGTATTATCGGCATCGGCGACTTCTTGTTTTGGCCGCTCTTTTTTCTGATCACAGGTTATATTTTTAATAAATATTCCCGCGGCTGGCTCGGCTCCGTCCTGTATATCTTCGCCGCTTTTTTATTTTTGAGAAACCTGTTCAGCGCCACCTTTAACCTGTTCGGCTATGCCTTCGCCGCCTTTCTCATCTACGCGGGCTACAGGCTCCTGAAAGGAAAGCGCGTGTATGAACATAAAGAGAAGAAAATCAATCTTGAAAAAGAAGAGCAGCCAAAGCCTTCCGCCCAGACGGAAAGCAGGCAGCCGGACCTCCGCAGCTTTTTTATCGGCGAGCTCCGGATGATGAAGGACCCGTTTGAGCTGAATGATTTAAATGTTTCCGGATTCATCGGCGATGTGAAAATTGATTTGTCAAAAGCGATGATTCCCGAAGGAGAAAGTACGATGACCATCAGCGGTGTCATCGGCAATGTTGATGTGTACGTCCCGCCGGATATCGAAGTGTCCGTCAGTTCATCGGCTTTTATCGGCGATATGAACCTGCTCGGCTCTAAGAAAAGCGGCATGAGCCCGAATCTGTATAAAGTATCGTCTGAGTACGGCGACTCGCCGCGGCGGATTAAAATTTCAATTTCGTTATTCATCGGCGATGTGGATGTGAAGTATTTATGA MAKKQILGLIIALLGVSMFLRIIGIGDFLFWPLFFLITGYIFNKYSRGWLGSVLYIFAAFLFLRNLFSATFNLFGYAFAAFLIYAGYRLLKGKRVYEHKEKKINLEKEEQPKPSAQTESRQPDLRSFFIGELRMMKDPFELNDLNVSGFIGDVKIDLSKAMIPEGESTMTISGVIGNVDVYVPPDIEVSVSSSAFIGDMNLLGSKKSGMSPNLYKVSSEYGDSPRRIKISISLFIGDVDVKYL PGPT0028815_184 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-MULTIDRUG-CELL_WALL-ACTIVE_ANTIBIOTIC_RESISTANCE,PGPT0028815-liaF-K11622 NA NA D1-12_03116 870 liaG COG3595 Protein LiaG ATGAAGCGTAAGATTGCCAAAGGACTGATGGCGGCGTCCGTTCTGATCTGCTGTCTGTTTTTGGTGAAAGAAGTGTTTGCCGGGCGTTTTTTTCCGCTTTACGAAACAGAAGCGGAATCGGCAAGCATACCGCCGCGTGCCGTCAACAGCCTGTCGGTTTCATCGGAACAGACGGATGTGAAAATCATCGCGGAAGCGCGGAATGATATCGCGGCAAACATGACGGGACCGGCGGGGAAAATGTTTGTCCAAAACAGGGGAAAGATCCTCAATCTTAAAGCGAAGGAGAAAGGGTTCCAATTTCTGAATCTCTTTCAGCGCCCTCTGCTGATTGTCCGCATTCCGTATGATTATCATCGGGACATCACCGTCCATACATCAAGCGGCAGCATTGCCGTCGACGGAAACAAGGGGCTGTCTCTTGCCCACCTCGGCGTCCGTTCTGTAAGCGGGAACATGTCGCTGAAGCACGTGAAGACGGAGGTGTTTGAAGCGAAGGGGCTGTCGGGCAATCTCACAGCAGCAGGCCTTGCGGCAAAAACGGGGGATGTCCGCTTATCCTCGGGACATGTCGGGCTTCAACATGTGGCGGGGGCCCTTGACGTGCGGGTCGCTTCCGGCAGTGTCGACGCCTCGCTTGAGACGGCGGATGCTCCCGTATCCGTCAGGCTTGCGAGCGGCAGCGCAGCGATTACCCTGCCGAAAGACGGAAGTTTTACGGTGAACGCCGAGACGGCAAGCGGAAGGATTCAGCCGTCTTATTCCTTTGAGAAAACGAGTAAGGAAGGCGGGGCATTTACCGGCATGAAAGGCAGCGGCGCCAGGCCGATTGATATAAAGGTGACGAGCGGCAATATTGCACTGCAATAG MKRKIAKGLMAASVLICCLFLVKEVFAGRFFPLYETEAESASIPPRAVNSLSVSSEQTDVKIIAEARNDIAANMTGPAGKMFVQNRGKILNLKAKEKGFQFLNLFQRPLLIVRIPYDYHRDITVHTSSGSIAVDGNKGLSLAHLGVRSVSGNMSLKHVKTEVFEAKGLSGNLTAAGLAAKTGDVRLSSGHVGLQHVAGALDVRVASGSVDASLETADAPVSVRLASGSAAITLPKDGSFTVNAETASGRIQPSYSFEKTSKEGGAFTGMKGSGARPIDIKVTSGNIALQ PGPT0028810_125 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-MULTIDRUG-CELL_WALL-ACTIVE_ANTIBIOTIC_RESISTANCE,PGPT0028810-liaG-K11621 NA NA D1-12_03117 678 liaH COG1842 Protein LiaH ATGGTCTTAAAAAGAATAAGAAATATGTTCGTCGCATCTGTTAACGAAGGGCTTGATAAATTAGAAAATCCGAAAGTCATGCTGAATCAATATGTGCGTGATATGGAAAGTGACATCGCCAAGGCGAAACAAACGATTGTCAAACAGCACACGATCGTTCATCAGTTTAAGAAAAAACAGGAAGACGCCTCCGAAACGGCGGCAAAACGGAAAAACCAGGCTCAGCTTGCTTTTGACGCCGGGGAAGAGGAGCTAGCGAAAAAGGCGCTGACTGAAATGAAATACCTTGAGGGAAAAGCGGCCGAACATGAAAAAGCGTATGAGCAGGCGAAAACACAGCTGGCAGAGCTGAAAGAGCAGCTGGAAACTTTAGAAACGCGCCTCCGCGACGTAAAGGATAAAAAACAGGCGCTCATCGCCCGCGCGAACGCGGCAAATGCGAAGGAACATATGAACGCTTCTTTCGACAAAATTGACAGCGAAAGCGCCTACAGAGAGTTCCTTCGAATGGAAAGCCGCATTGAAGAAATGGAAGTCCGCGTCAAATACGGCACTTCAGCTGAGGCGAACACAGAATACAGCCGCTCCCAATATTCAGATGAGGTGGAAGCTGAGATTGAAAAAATGCGCTCGCTTTCTCTGGAAAAAACAGAGCGTCAAAAAGCGGCTCATGAATAA MVLKRIRNMFVASVNEGLDKLENPKVMLNQYVRDMESDIAKAKQTIVKQHTIVHQFKKKQEDASETAAKRKNQAQLAFDAGEEELAKKALTEMKYLEGKAAEHEKAYEQAKTQLAELKEQLETLETRLRDVKDKKQALIARANAANAKEHMNASFDKIDSESAYREFLRMESRIEEMEVRVKYGTSAEANTEYSRSQYSDEVEAEIEKMRSLSLEKTERQKAAHE PGPT0028805_27 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-MULTIDRUG-CELL_WALL-ACTIVE_ANTIBIOTIC_RESISTANCE,PGPT0028805-liaH-K11620 NA NA D1-12_03118 381 liaI Protein LiaI ATGAATATAAATGGTAAAACGGCAGGCGGCTTTCTGCTGATTGTGTTCGGACTTTCTGTCTTTTTCGGAGGAGGCCATTTCGCATTTATCATCCCGCTGGCGATCGGAGGCCTGATGCTTTACTGGGGAATCAAACGTTTTTCAAAAGGCCGGGCGGTATCGGGTATCATCGCGGGCGTCATCGGAGCTATGATTCTCGTCGGTTCTCTTCCATTTATCGTTGCGATCGGACTGGCCGGCGCCATGGTGTATTTCGGGTGGAAGATGATGAAGCAGGGCGGCTCAGACACCGCTTCCCGCCAGTATGAACCGGAAGCGGCATCACCGGGCTATCAATCCGGATTTGACTCTGAGTGGGAAGAATTTCTGAAGAAAAAATAA MNINGKTAGGFLLIVFGLSVFFGGGHFAFIIPLAIGGLMLYWGIKRFSKGRAVSGIIAGVIGAMILVGSLPFIVAIGLAGAMVYFGWKMMKQGGSDTASRQYEPEAASPGYQSGFDSEWEEFLKKK PGPT0028800_34 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-MULTIDRUG-CELL_WALL-ACTIVE_ANTIBIOTIC_RESISTANCE,PGPT0028800-liaI-K11619 NA NA D1-12_03119 1269 hypothetical protein ATGGATACATATAATAAGAGCGAGAGCATCTGGAATAAAAATTTCACCCTTCTGTTTATCTCAAGGCTGGTTAAATTGTCAGGCGACGGTTTTGCCTTTAATTCCATTCTGTGGTTTTTGATTTTTGACGGGGAAGGCGCGATCGGCACGTCCCTGCTCATTGCGGTCACGTTCCTTCCGGAGGCGATGCTGGCGCCGATTACCGGGCCTTTTATGAAGCAGCATACGCTGAAATTCTGGATGTATTTCTCCGACCTCACGCGCGCGGCGGTTGTGCTGATTATTCCGATCTGTTATTTTAACGGTTTTTCTCCTTTATGGTTTGTCATGCTTCTCATGATTGTGCATTCAGCCACGGGAGCCGCTTATAATCCTGCATCCATCTCGTTAATCCCCAATATTGTCAGAGAAAACAGCCTGCAGAAAGCGAATGCGGTCATCCAGTCATCAGGCCAGATCGTCAGGCTTGCCGCCATTACGCTGAGCGGGGTGTTCTTAACATTTATCAGTCCCGCTTATTCTTTGTTTATCGCTCTTATATTCTATCTTCTATCAGGTTTTCTCGTACTCTTTATGTCATACCAAGTCCGGCATGCCAAACAGGATACCGTCGCCGTCAGACAGCGCGGGACGTATTTCGGAAGGCTCAAACGGGGTTTCGTTCTTGTCAGGAAACACCAGATTTTATACCCGCTCGCCATCTATTGTATCTTCATGAATTTTGCGGCCGCTCCGTGGGAGGCGCTCTCTGCCGTTTATGTCGCCGAAGATTTAAACATGCCGCCGATCATCTACTCGCTTTTGAAAGCGACAGGAACGGGCGGAGCCTTTTTAATGGGTTTTATTTTGGCTAAGGTGAAGGTGAACAAATACGGTCTCCTGTTTGTGTCAGCGGGAATCATAGAAGGAGCGGCATTTTTCATTACCGGCCTCAACACTTTTCTGCCGCTCGTCTTCCTCGCCGCGTTTGCGTTCGGATCTGCCGTCAGCGCGATTAATGTGCCGGAATATACGATTATTCAGACGTCTGTGGACCATGATGACCAGCCGCAAGTCTATGCTGTCATCCATATGATTTCAAACATATCCATTCCGCTCGGCGCGGTTCTTTGCGGATATGCGGCTAACGCCTTCGGTCCCGGAAAAGTCATTGCCGCCGGCGGTCTCGTTGAAGTCCTGTCCGGTCTCGGAATATTGTTCTTTACGAAGCTGGCCAAAGCCGAACGCTCAGATCTCATCAGGGAAAAAGAAGCGAGCATCAGAATATAG MDTYNKSESIWNKNFTLLFISRLVKLSGDGFAFNSILWFLIFDGEGAIGTSLLIAVTFLPEAMLAPITGPFMKQHTLKFWMYFSDLTRAAVVLIIPICYFNGFSPLWFVMLLMIVHSATGAAYNPASISLIPNIVRENSLQKANAVIQSSGQIVRLAAITLSGVFLTFISPAYSLFIALIFYLLSGFLVLFMSYQVRHAKQDTVAVRQRGTYFGRLKRGFVLVRKHQILYPLAIYCIFMNFAAAPWEALSAVYVAEDLNMPPIIYSLLKATGTGGAFLMGFILAKVKVNKYGLLFVSAGIIEGAAFFITGLNTFLPLVFLAAFAFGSAVSAINVPEYTIIQTSVDHDDQPQVYAVIHMISNISIPLGAVLCGYAANAFGPGKVIAAGGLVEVLSGLGILFFTKLAKAERSDLIREKEASIRI PGPT0027965_583 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-MACROLIDE_RESISTANCE,PGPT0027965-mef|ykuC-K08217 NA NA D1-12_03120 570 yvqK COG2096 Corrinoid adenosyltransferase ATGAAGCTGTATACGAAAACCGGCGATAAAGGACAGACAAGCCTGATCGGCGGCAGAACGGATAAAGACAATCTGCGGGTTGAAAGCTACGGGACGATCGATGAGCTGAACAGCTTTATCGGGCTTGCGATTGCGGAACTTGATGATTGTGAGAATTGCGGTGATGTGAAAGCCGAACTCCGAAACATTCAAAATGAGCTGTTTGACTGCGGCGGCGACTTGGCGACGGTCACTGAACATAGAAGCTATACATTAAGAGAGACATCTATTTCCGCATTGGAAGAGTGCATAGACCGTTACACGGCTGAAGCGCCCCCGCTTGAGAAATTTATTCTTCCGGGCGGGCATAAGGCGGCTGCTCAGCTTCACATCGCGCGGACCGTCACGAGACGGGCTGAGCGTCTCGTCGTGAAACTGGGCAAAACAGAAGAGATAAACGATACGGTGATGCGTTACTTGAACCGCCTGTCTGATTATTTTTTCGCGGCGGCAAGAGCAGTTAACGCAAGACAGGGCGTTCAGGATATAGAGTATGAAAGAAGCGCCGCGGTATTCCGTGATGATGAATAA MKLYTKTGDKGQTSLIGGRTDKDNLRVESYGTIDELNSFIGLAIAELDDCENCGDVKAELRNIQNELFDCGGDLATVTEHRSYTLRETSISALEECIDRYTAEAPPLEKFILPGGHKAAAQLHIARTVTRRAERLVVKLGKTEEINDTVMRYLNRLSDYFFAAARAVNARQGVQDIEYERSAAVFRDDE NA NA NA NA NA D1-12_03121 1227 btuD_2 Vitamin B12 import ATP-binding protein BtuD ATGATCAGGGTGAGCAGCCTGTCCGGCGGGTACGGAGGCCGGATGATTGTGGAAGATGTTAGCTTTACCGCCGGAAAAGGTGAATTTGTCGGCATACTTGGTCCGAACGGCTCGGGAAAAACAACGCTGATGAAATTGCTGACGGGAATGCTCTCTCCGTCAAAAGGCGAGGCGCTCGTCGCAGGCAGGCCTGTCGGCGGATACAAGCCGCGGGAGCTTGCGAAAATCATGGCCGTTTTGCCGCAGCATACGGAGCAAGCTTTTACATTTACCGTTAAGGAAACAGTGTCCTTCGGCAGATACCCGTATCAAAAAGGACTCTTCAGACAGATGGATCAACATGATGAAGACATTGTCCGGGAAGCGATGGAAATGACGGGCATCGACCGATATGCGCAGCAATCCGTCCGCAATCTGAGCGGCGGGGAGCGGCAGCGCGTCTATCTGGCGCAGGCGCTGGCTCAGCAGCCGGAGGTACTGTGTCTGGATGAGCCGACGACCTTTCTTGATCTCAAATATCAGAAAGACCTGTTTGATACGGTGAAGCGGCTGACGAGAGAAAGAGGCCTGACGGTCATCAGTATTTTTCACGACCTAAACGCCGCAGGCCAATATTGTGATCAGCTCCTGATGATGAAAGACGGACGCGCTTTTCCGAAGCAGACGCCGGATCAGGCTTTGAAAAAAGAGACGATTGAAGACATTTACGGTATCACCGTCAGCGCTGTTGCCCAGCAATCATCGCCGAAACCGCTGATCGCTTTCATGCCGGAAGCGCGGGAGGAAGGAGAGCCTGTCAACGTTCCGTTCGCCTCTCTGATAAACAAAAGCGGAAATACCGTAACGCTTCATACAGAACGGCCGTTCAGAATGTTGACAACCGCATCTGACGGCCCGGGATTTTCGTGGAGCCGCCGGCTTTCCGGCTCAGCGGCCGCTGGTTTGATCTGCCGTACGTTTGATTCGGTCACAATTGCCGTGACTGCGCAGCATACCGTTTGGGTGCTGATCAGCGGACGTTTATCGGAACAGGGATTTGTACGGCTGTTAACGGCAGCGGCAGAAGCGAGAATGCAGGCTCTTTCCGGCAGACAGGCAAAAGGCGACATTGTCATTTGTGCCTTGCAGACAGGAGAGGCGATGGACGTCCCTCAAGCGGAAAGAGCCATCAGAAGAGGAACCGCGGCATGTGTAAAAGCGGCGGAAGAAGGAGGAATACAACGATGA MIRVSSLSGGYGGRMIVEDVSFTAGKGEFVGILGPNGSGKTTLMKLLTGMLSPSKGEALVAGRPVGGYKPRELAKIMAVLPQHTEQAFTFTVKETVSFGRYPYQKGLFRQMDQHDEDIVREAMEMTGIDRYAQQSVRNLSGGERQRVYLAQALAQQPEVLCLDEPTTFLDLKYQKDLFDTVKRLTRERGLTVISIFHDLNAAGQYCDQLLMMKDGRAFPKQTPDQALKKETIEDIYGITVSAVAQQSSPKPLIAFMPEAREEGEPVNVPFASLINKSGNTVTLHTERPFRMLTTASDGPGFSWSRRLSGSAAAGLICRTFDSVTIAVTAQHTVWVLISGRLSEQGFVRLLTAAAEARMQALSGRQAKGDIVICALQTGEAMDVPQAERAIRRGTAACVKAAEEGGIQR NA NA NA NA NA D1-12_03122 1047 hmuU COG0609 Hemin transport system permease protein HmuU TTGCAGAAAGCGTTTATCCTGAAACGTTTAAAAAGTAACCGCCCGCTGGCCTACACGGTCAGCCTGCTGTTTTTAGCCGTTTGTACGGCACTCGGCATTTCAATCGGCAGTCTGCATATTCCTTTATCCGACGTTTTTTGGATCGGGATCGGCCGGACATCCTCGGCTGACCCTATGAATTTAAATATTATGATGAATATCCGCCTGCCGAGAGTCGTTCTGGCTGCCCTTGTCGGAGCCGCGTTATCCATTGCGGGAGCGGCGTTTCAGGGACTTCTGAAAAATCCGCTCGCCGATCCTTATACACTCGGGGTATCTTCGGGAGCCTCGGCGGGAGCCGTTATCACCTTGTTTTTCGGCATTCAGATACCCGTCATCGGCCGGTTCACACTACCGGTTGTCAGCATCGCCGCAGCCATTGCGGTCATGGCGGCGGTTCTGTTTTTCAGCCGCCTCGTTCATGCGTCGATGTCGGTTTCGACACTCATTTTGACAGGCATCATCATGAATTCTTTTCTCGGAGCTCTCATTTCGCTTGTGATCGCTTTAACGGGCAATGATCTGCTCCCGATTGTCCGCTGGCTGTTAGGAAGCGTGTCAATGAGGGGCTGGGGCTATGTCGCGCTGTTTCTGCCTTTTTTTCTGGCCGGGACGGCGCTTCTGCTTATCAATGGCAAAGAATTAAACATTATGACTTATGGAGAAGAAAAGGCAAGGCTGTTAGGCGTCAGTACGGGAAAAAGAAAACTGCTGATGATCGCCGCCGGATCTCTGCTGACGGGAGGAGCGGTTGCCGTCTCGGGGACGATCGGATTTGTCGGCCTTGTCATTCCCCACGTGACACGGCTCTTATGGGGAACGGATCATCGCCATTTACTGCCGCTGTCAGCATTGACGGGGGCCGGGTTTCTCATTTTGGCGGATTTGTTTTCCCGCACCGTCATTGAGCCTGTCGAATTGCCGATCGGCATTATGACGGCTTTGGCGGGAGCGCCTGTATTTGCCTTGATTCTGCTTCGCCAGCATCATGGAGGGAAACGCTTATGA MQKAFILKRLKSNRPLAYTVSLLFLAVCTALGISIGSLHIPLSDVFWIGIGRTSSADPMNLNIMMNIRLPRVVLAALVGAALSIAGAAFQGLLKNPLADPYTLGVSSGASAGAVITLFFGIQIPVIGRFTLPVVSIAAAIAVMAAVLFFSRLVHASMSVSTLILTGIIMNSFLGALISLVIALTGNDLLPIVRWLLGSVSMRGWGYVALFLPFFLAGTALLLINGKELNIMTYGEEKARLLGVSTGKRKLLMIAAGSLLTGGAVAVSGTIGFVGLVIPHVTRLLWGTDHRHLLPLSALTGAGFLILADLFSRTVIEPVELPIGIMTALAGAPVFALILLRQHHGGKRL PGPT0003770_1235 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 D1-12_03123 945 btuF Vitamin B12-binding protein ATGAAGAAGATCACTGCCGTCTGGGCGGCGCTCTTGGTCACCGCCTTTGTGATCGCCGGCTGTTCCGGCGCACAGGAAGAAGGAAGCGCGGCCAAACAAAAAGCCGTCTCAACCGAAGCATTCCCGGTAACCATTAAGGATGCCGCGAACGAAAAAGTAACCATAAAGCAGGCACCGGAAAAAATCGTTTCCCTCATGCCGAGCAATACGGAAATTACATACGCGCTCGGACTGGGAGATAAGGTCGCAGGCGTCACGACAAATGATACATATCCGAAAGAAGCGGTAAAAAAACCGAAAGTCGGAGATATGAATGTGAACGCTGAAAAAGTCATCGCGCTGAAGCCGGATCTCGTGCTTGCCCACGCGTCCTCTATGTCCGCTTCCGCCGATGCGATGAAGCAACTGAAAGATGCGGGCATCACCGTCTTAACGGTCAATGATGCGCAATCGTTCCAAGACGTGTACAAATCAATCAGCATGATCGGAAAAGCGGCCGGCAAAGAAAAGCAGGCGGATAAGCTGATCAAATCGATGAAATCCGACCTTTCCGGCATAGAAAAGAAAGCGGCGGCCATTTCTGAAAAAGACGAAAAGAAAGTATTCGTCGAAGTGTCTCCTGACGGCTACACGACGGGGAAAGGTACGTTTATGAACGAAATGCTTGAAGATATACATGCGAAAAACGCCGCCGGCAGCCAGACCGGCTGGGTGCAATTGACGGATGAAGCGATTGTCAAAATGAATCCGGATGTCATCATTACGACAGACGGCGTAAAGGCCGCTGAAGTGGAAAAACGCGCCGGCTGGGGTGCCGTCAATGCGGTCAAACACCACAATGTCTATTCTGTTGATCCTGACCTTGTCACACGCTCAGGCCCGCGCCTTGTCAAAGGGGTCGAGAAGCTTGCAGAAAGCGTTTATCCTGAAACGTTTAAAAAGTAA MKKITAVWAALLVTAFVIAGCSGAQEEGSAAKQKAVSTEAFPVTIKDAANEKVTIKQAPEKIVSLMPSNTEITYALGLGDKVAGVTTNDTYPKEAVKKPKVGDMNVNAEKVIALKPDLVLAHASSMSASADAMKQLKDAGITVLTVNDAQSFQDVYKSISMIGKAAGKEKQADKLIKSMKSDLSGIEKKAAAISEKDEKKVFVEVSPDGYTTGKGTFMNEMLEDIHAKNAAGSQTGWVQLTDEAIVKMNPDVIITTDGVKAAEVEKRAGWGAVNAVKHHNVYSVDPDLVTRSGPRLVKGVEKLAESVYPETFKK PGPT0003765_8400 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 D1-12_03124 792 fabG_5 3-oxoacyl-[acyl-carrier-protein] reductase FabG ATGGAATTACAGCTTGAACGAAAGCTCGTGTTGATTACAGGATCAACTTCAGGGATCGGAAAAGCCGCGGCAAAAAGCTTTTTAGCCGAAGGCGCCGAGGTGATTATAAACGGAAGAAAAAAAGAAACTGTGGAACGGACGGTTGAGGAGCTTTCCGCTTACGGAACGGTCCACGGCATCGCTGCGGATTTATCGCGTCAGGATGAGGCGGATGACTTGATCAAGCGCGCCGGCGGAATCGGGGAAGTCGATATTCTCGTCAATAATCTCGGCTTTTTTGAAGTAAAGGACTTCGCTGAGGTGTCTGATGACGAATGGACTCGGTATTTTGAAGTGAATGTTATGAGCGCCGTGCGCCTGTGCCGGCGTTTTCTGCCGCAAATGCTCGAAAGAAACAGCGGACGGATTCTGAACATCTCCAGTGAAGCCGGAGTCAAACCGCTTGCGCAAATGATTCCGTATTCAATGACGAAAACGGCGTTAATCAGCTTGTCCCGGGGAATGGCTGAAATGACGAAAGGCACAAATGTCACGGTCAACTCCGTGCTGCCGGGACCGACATGGACCGAAGGCGTCGCTTCTTACATGGAAGGAGCCGCAAAGGCTGCCGGAGAAGACACGGACAGCTTCGTCCGGAATTATTTTAAAGTGAATGAACCGACATCATTGATTCAGCGCTATGCAACCCCGGAAGAAGTCGCCAATACGATTGTATTTCTCGCTTCATCAGCGGCTTCTGCCATTAACGGCACCGCACAGCGGGTTGAAGGCGGCATCATCCGCTCCATTTAA MELQLERKLVLITGSTSGIGKAAAKSFLAEGAEVIINGRKKETVERTVEELSAYGTVHGIAADLSRQDEADDLIKRAGGIGEVDILVNNLGFFEVKDFAEVSDDEWTRYFEVNVMSAVRLCRRFLPQMLERNSGRILNISSEAGVKPLAQMIPYSMTKTALISLSRGMAEMTKGTNVTVNSVLPGPTWTEGVASYMEGAAKAAGEDTDSFVRNYFKVNEPTSLIQRYATPEEVANTIVFLASSAASAINGTAQRVEGGIIRSI PGPT0003180_3172 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 D1-12_03125 879 6-deoxy-6-sulfogluconolactonase ATGGAAGCAGCATTACGAGCAGATACGAGAGCAGTAATCGGAGAAGGCCCTTTATGGGAGAAGGACAAGCAATGCCTGTACTGGGTGGATATACTGGGCAGCCAGCTCCATATCTTCACTCCGGCTGACGGAATCAACCGTTCCGTTAAATTCAAATCATTTGTCACGGCCCTGGCCTTGTATTCAAAGGAAGAGCTGGTGATGACGATGAAAGACGGTTTTTACCTGTACAATCTTCGGGAAGATACATTGACGAAGATGAAGCAGCCTAGAGACATGCGGGAAGATATCCGTTTCAATGACGCAAAATGCGACCCGTCCGGCAGATTATGGGCAGGAACGACGAGCATGGAAGGCAAAGAAGAGGAGGCTTCGCTGTACCGTCTGAATACGGACGGCAGCCTTGCCAAAATAAAAGACCAGGTCTCCACCTCGAACGGTTTGGATTGGGATCGGGACCGAAACCTGATGTACTATATCGATACTCCGACGCAGGAAATCGTCTGTTATTCATATGATCCTGAAACCGGAGCCGTATCAGATCCGAAAACGGTCTACCGCTTTCCGGAGTCGCAAGGATCTCCCGACGGAATGACCATTGACCGTGACGGAATGCTGTGGGTGGCTCTGTTCGGAGGCGGCCGTGCCGTCCGGATTGACCCGTTTTTGCATAAGGAAATTGCATCTATCGAAGTTCCGGCGAAATACGTCACCTGCTGCGCGTTCGGAGGCAGAGACTTGAACACGTTATACATTACGACCGCGACGGAAAAATTGACGGAAGCCGAAAGACTTGAGCAGCCGCATGCGGGCGGCCTGTTTTCAGCAGAGCTTGAGACGGGCGGCTGGGAGCCGGTTCCGTTTGCAGGCATGATGTAA MEAALRADTRAVIGEGPLWEKDKQCLYWVDILGSQLHIFTPADGINRSVKFKSFVTALALYSKEELVMTMKDGFYLYNLREDTLTKMKQPRDMREDIRFNDAKCDPSGRLWAGTTSMEGKEEEASLYRLNTDGSLAKIKDQVSTSNGLDWDRDRNLMYYIDTPTQEIVCYSYDPETGAVSDPKTVYRFPESQGSPDGMTIDRDGMLWVALFGGGRAVRIDPFLHKEIASIEVPAKYVTCCAFGGRDLNTLYITTATEKLTEAERLEQPHAGGLFSAELETGGWEPVPFAGMM PGPT0014335_23 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014335-yvrE-K14274 NA NA D1-12_03126 1743 rcsC_3 Sensor histidine kinase RcsC ATGAGAATGCGCGGAAAATTTCTGCTCCACTTTTTCGGACAGCTGCTGCTTGTCATCCTGCTGATGTCCGTTTTGGCCGTCGCTTCTTTCTTCTATTTGGATTGGCGTTTCAGCGAAGCGGAAGCCAATGCGGGACTGACCAAAGCGACGGCAGACTCGTTTGAAGCGTGGCTTGATAAAAACGAAGACGGCACATGGGATGTCGATGAGTTTTTAAAGATGTCGGTCAGAAAGCAGAAGGGCTGGCTGCAGATCATTAATGACAATGAAAAAACGGACTACGCGTACAGAGTGCCGAAAGACGTCCCGAGCCATTACAGCAGAAAAGACCTCTTATCCATTTATCAGTACCGGAATTTTGACAACTACAAGCTGAATTACTGGACGGTCACGATAAATGATGAGACCTATTTGATTCTGTTCGGCTGGAAATCCGCCAGTGAGCAGCTTCTCACATACATCGAATCACAGGAGCCATCCCTCGCTTCCCTTTCTCAATATAAAAAAAGCACGATTGATTATATTAAACGGGAAAAAGGGGCGGTCTACCTTCTCGAAGACAGCGGCAGACTGCTCGGGGATATCAACAGCACGAAAAAAGAACGGAACACCGTCAATGAGCTTGAATTGCTGAAATACAATTCCAAGCCGTGGAATTACAAACGGGAAATTTCTTTTAAAAGACTCGATAAAACGAAATGGATGGTCGCGTCGGTGCCGAACCCCGTGTACATCCCCGATCACGAGTTTAACAAATCATTTTTGAGAAATGTGATGAAAACCCTCTTCCTCTTGATCGGAATCCTGGTATTTATGATCTGCATCCTGACCATCTGGTACTCTTTCCGTTTCGGCTGGCCGCTGTTTCATACCATCAAATGGCTCGTCAATTTATCAAAGGGCCGGCTTGAAGAGCCGAAGAACCGCAAAGGACAGCCGGTCAGCAAAAACAAAAAAGGCAAAACAAAACAGCCGTTCCGCTTTTTCGCCGAGATTTTCGAATCGATGGATCAGCTGACCGACACGCTGAAGCGGGATAAGAAAAACAGAGAAAAAATCCAGGCGACAAGGGAAGAATGGATCGCCGGGCTGAGCCATGACTTAAAAACCCCGCTGAGCACGATTTACGGCTACAGCATGATGCTTGAATCGAAGCAATACGACTGGACCCCGGAAGAAGTCAAAGAAATGGGGCAGATCGTCCGGGAAAAATCAGAATATATGTCCAAGCTGATTGAGGACTTAAACTTAACATACCGCCTCAAAAACGCGGCCCTCCCGATCGAACGGCGGCTGATCAACGTCGTGCCGTTTATCAGAAACGTCACGAACGATTTCACGAAAAACACGTTTTCGGAAGGCTATGACATCGCCTTTGAAACCAAAAAGGAAGACATTCTTTTCGCCATTGATGAAGCGTGGTTCCGCCGTGTTCTGGAGAATCTGCTGGCAAACGCGGTTAAGCATAATAAGAAAGGGACCGCCATTCGGGTCATGCTTGAGGAATCAGCCGAACAGCTCATTCTGAAGGTGAAAGATAACGGAAGAGGGATGGACGACGAAACGATTCACCAGCTGTTTAACCGTTATTACCGGGGAACGAATACGAAGGGGCCGTCAGAAGGAACGGGACTCGGGCTCGCCATTGCCAAAGAGCTGGTACACCTTCATAACGGAACCATCCATGTCAACAGCAGAATCAGCGCCGGAACGGTGATTACGATTCTTTTTAAAAAAGATTGA MRMRGKFLLHFFGQLLLVILLMSVLAVASFFYLDWRFSEAEANAGLTKATADSFEAWLDKNEDGTWDVDEFLKMSVRKQKGWLQIINDNEKTDYAYRVPKDVPSHYSRKDLLSIYQYRNFDNYKLNYWTVTINDETYLILFGWKSASEQLLTYIESQEPSLASLSQYKKSTIDYIKREKGAVYLLEDSGRLLGDINSTKKERNTVNELELLKYNSKPWNYKREISFKRLDKTKWMVASVPNPVYIPDHEFNKSFLRNVMKTLFLLIGILVFMICILTIWYSFRFGWPLFHTIKWLVNLSKGRLEEPKNRKGQPVSKNKKGKTKQPFRFFAEIFESMDQLTDTLKRDKKNREKIQATREEWIAGLSHDLKTPLSTIYGYSMMLESKQYDWTPEEVKEMGQIVREKSEYMSKLIEDLNLTYRLKNAALPIERRLINVVPFIRNVTNDFTKNTFSEGYDIAFETKKEDILFAIDEAWFRRVLENLLANAVKHNKKGTAIRVMLEESAEQLILKVKDNGRGMDDETIHQLFNRYYRGTNTKGPSEGTGLGLAIAKELVHLHNGTIHVNSRISAGTVITILFKKD NA NA NA NA NA D1-12_03127 720 sphR COG0745 Alkaline phosphatase synthesis transcriptional regulatory protein SphR GTGGAAAATGCGTCAATTTTAATTGTAGACGATGAGAAGGCGATCGTTGATATGGTCAAACGCGTTCTCGTCAAAGAAGGCTATCACAACATTAAGACAGCCGGAAGCGCTGAGGAAGCGATCGAGTTTGTTAAACATGAAACCGCGGATCTGCTCGTGCTGGATGTGATGATGGAAGGCATGTCCGGTTTTGAAGCATGCACCGAAATCCGGAACTATACCGACGCTCCGATCTTTTTTCTGACTGCCCGTTCTTCTGATGCGGATAAGCTGTCAGGATTTGCATTGGGAGCTGACGATTATATAACAAAGCCGTTTAATCCGCTCGAATTGGCGGCGCGGATCAGGGCGACGTTAAAGAGAACCTATAAGCGCGAAGAGAAAACGGCGGTAAAGACGTATTCATACAGCCATTTTTCCTATTCGCCGCAAAACGCCGAGCTGATCGTCGGGGGCGAGCCCGTCAGCTGCTCCGCACAGCTTCTGCAGCTGCTTCAATATTTCTGTGAACACCCTGATGTGGTGCTCTCAAAAGATCAGATCTATGAAAAAGTATGGGGATATCCGTCTTACGGCGACAACAACACCGTCATGGTGCATATCCGCAAGCTCAGAGAAAAGATTGAAAAAGACCCCAGCAATCCGTCCTATATTGTAACGGTGCGCGGCCTCGGTTATCGGTTTATTCCCGATCAAGGAGAAAAAGGAACCCGCTCATGA MENASILIVDDEKAIVDMVKRVLVKEGYHNIKTAGSAEEAIEFVKHETADLLVLDVMMEGMSGFEACTEIRNYTDAPIFFLTARSSDADKLSGFALGADDYITKPFNPLELAARIRATLKRTYKREEKTAVKTYSYSHFSYSPQNAELIVGGEPVSCSAQLLQLLQYFCEHPDVVLSKDQIYEKVWGYPSYGDNNTVMVHIRKLREKIEKDPSNPSYIVTVRGLGYRFIPDQGEKGTRS PGPT0002675_87 DIRECT EFFECT BIO-FERTILIZATION PHOSPHATE_SOLUBILIZATION P-SOLUBILISATION-PHOSPHATE_METABOLISM P-SOLUBILISATION-PHOSPAHTE_HOMEOSTASIS|REGULATION,PGPT0002675-regX3-K07776 NA NA D1-12_03128 237 rsoA Sigma-O factor regulatory protein RsoA GTGAACGGGCCATTTGACTTCAGCAAAGAGAACACAGATACCGACGAAATGGAACTTTTGATTTCGCGTTTTTCGCCAATGATAAAAAAAAAACTGAGCAATACATCATACCAGGAAAGAGAAGATCTTGAACAAGAATTGAAGATTAAAATAGTTGAAAAAGCGGACATGCTGTTATGCCAGGAAGTGCCGGGTTTTTGGGAATTTATTCTTCATCTTATAAATGAAAGCTCCTGA MNGPFDFSKENTDTDEMELLISRFSPMIKKKLSNTSYQEREDLEQELKIKIVEKADMLLCQEVPGFWEFILHLINESS NA NA NA NA NA D1-12_03129 579 sigO RNA polymerase sigma factor SigO ATGGACTATCAAGTTCTTTTACGGTCAAAATGCAAGGAAATTATGAAACATCCGATCGTTAAACATTTTTTAAGTGACCCAAAGCATTACGAGAAATTTAAAAATGTGCTGGAACATTCAGACGAGAAGGATGCAAAATCACTGGACGACCATTTTAAACAGTTTTATAAGGAAATCCGGATCATCAAATATATGAACTCTATGATCCGGATTTTCTCCATCGATTTTGACAAGCGCATCCGTAAAAATCAGAAGCGCTATCCGCTGACGGTGGATCAGCCGGAGGGAGGTGAAGCGCTTCCCTATGAAATGGGAAAAGACGCGTATGAAGAGTTTCTGCGGAAGCAGGGGGATTTGAGCCAGCATGTCCAAAACCGTGATTTATACGAAGCGCTTCAGACGTTAACCGATAAGCAAAAAAGCGTGCTGACGAATATTTATCTTCACGGAGCGACGATGAAGGAGATTGCCGAGTCGCTGGGTGAATCACGGCAGAACATTTCCAATATTCATAAAAAAGGGCTCGACAATCTCAGAAAGCAGCTGGACAAGCAAAAAAAGGGGGAAAATAAGCAGTGA MDYQVLLRSKCKEIMKHPIVKHFLSDPKHYEKFKNVLEHSDEKDAKSLDDHFKQFYKEIRIIKYMNSMIRIFSIDFDKRIRKNQKRYPLTVDQPEGGEALPYEMGKDAYEEFLRKQGDLSQHVQNRDLYEALQTLTDKQKSVLTNIYLHGATMKEIAESLGESRQNISNIHKKGLDNLRKQLDKQKKGENKQ PGPT0014685_1514 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-ENERGY_METABOLISM CE-BACTERIAL_FITNESS-OXYGEN_AVAILABILITY_SIGNALLING,PGPT0014685-rpoS-K03087 NA NA D1-12_03130 156 yvrJ putative protein YvrJ ATGGATCAGGTTTTTATAGAAGAAGCGGTCAGACAGATCGGCAATCTCGGCTTTCCGGCTCTGATTGCCATGTATCTTCTCACACGGTTTGAGAAGAAGTTTGACGCCCTGATCGAACTGATGACGGAACTGAAAGATCAGAAAATGAAAAATTAA MDQVFIEEAVRQIGNLGFPALIAMYLLTRFEKKFDALIELMTELKDQKMKN NA NA NA NA NA D1-12_03131 1161 oxdC_2 COG2140 Oxalate decarboxylase OxdC ATGTCAAAAGAAAACAACTGCAATATCCCGCAGCCGATCAGAGGAGACAAAGGGGCGACCGTCACGATTCCGCGCAACCTTGAAAGAGACCGCCAAAATCCGGATATGCTGACGCCGCCGGAAACGGATCACGGCACAGTGGATAATATGAAATTCTCTTTCTCAGATGTGCACAACCGGCTGGAAAAGGGCGGATACGCGCGTGAGGTGACCGTTCGCGAGCTGCCGATTTCTGAAAATCTGGCATCTGTCAACATGCGTTTAAAACCGGGCGCCATCCGTGAGCTGCACTGGCATAAAGAAGCGGAATGGGCATATATGCTGACGGGCAAAGCGCGGGTCACGATTGTTGATGAACAGGGACGCAGTTTTATCGATGACGTGAAGGAAGGAGATCTGTGGTACTTCCCGTCAGGCCTGCCGCACTCCATTCAGGCGCTGAAAGAAGGCTGTGAATTCCTCTTGGTTTTTGATGACGGTTCCTTCTCAGAAAACAGCACATTCCAAGTGACTGACTGGCTTGCCCACACACCGCTTGATGTCATCGCCAACAACTTCGGGGTTTCAGAAAAAGACCTCGCCGGCCTGCCCGGGAAAGAAAAATATATCTTTGAAGAGCCGGTTCCCGGGAAGCTGAAAGATGACATTGTGGAAGGCCCGAACGGTGAAGTGCCATATCCGTTCACTTACCGCCTGCTGGATGAAGGCCCGACTGCTGAGACGGATGGCGGCAAAGTATATATCGCGGATTCCACAAACTTCAAAGTGTCCAAAACGATCGCTTCAGCGCTTGTCGTGGTCGAACCGGGCGCAATGAGAGAGCTGCACTGGCATCCGAACACGCATGAATGGCAGTATTATATTTCCGGTAAAGGGCGGATGACGGTTTTTGCATCGGACGGCCATGCAAGAACATTTAACTATCAGGCCGGGGATGTCGGTTACGTTCCGTTCGCAATGGGCCACTATGTGGAGAATTTGGGAGATGAGCCGCTCGTCTTCCTGGAAATCTTCAAGGATGACCACTATGCCGATGTGTCCCTGAACCAATGGCTTGCCATGCTTCCCGAGAAATTCGTCCAGCAGCATCTGGATCTGGGCAAAGACTTTACGGATATTCTTTCGAAAGAGAAACACCCTGTCGTCAAAAAGAAATGCTGA MSKENNCNIPQPIRGDKGATVTIPRNLERDRQNPDMLTPPETDHGTVDNMKFSFSDVHNRLEKGGYAREVTVRELPISENLASVNMRLKPGAIRELHWHKEAEWAYMLTGKARVTIVDEQGRSFIDDVKEGDLWYFPSGLPHSIQALKEGCEFLLVFDDGSFSENSTFQVTDWLAHTPLDVIANNFGVSEKDLAGLPGKEKYIFEEPVPGKLKDDIVEGPNGEVPYPFTYRLLDEGPTAETDGGKVYIADSTNFKVSKTIASALVVVEPGAMRELHWHPNTHEWQYYISGKGRMTVFASDGHARTFNYQAGDVGYVPFAMGHYVENLGDEPLVFLEIFKDDHYADVSLNQWLAMLPEKFVQQHLDLGKDFTDILSKEKHPVVKKKC NA NA NA NA NA D1-12_03132 423 yvrL Membrane-bound negative regulator YvrL ATGATCAATCAAAACGGGACGAAAATGTTATTTCTTCAGGTGCTCCGGTATGCCCTGGCAGCCGCTGCCGTATTATTCGGGTATTTTATCGTGATGATGGCCGTATTTTCATTAGCCGGGACGAGCTACGGATCGATGGCGTACGTCCTGCTTTTTTCCGTGCTTTTTATTCTTCTCGGTTTATGTTTTGAACCGCTTGAGCGGCTGATGATACATAGCTTTACCTTTTTTGGGACGGGCAGGCTGCCTTTTCTCCTTTTAGCCAGCACCGTTCAGCTGCTGTTCCTCTGGATGACCGCGTATACGACGGATAAACTGATTGAAAAGATTTGGCTGTCAACGACGGAGGAGCTGATTGTGGCGGGAGTTTTTTTCGTTTTGGATAAATGCGTCTCCGGACAAAAGCAGCCCCGGGCGCAATAA MINQNGTKMLFLQVLRYALAAAAVLFGYFIVMMAVFSLAGTSYGSMAYVLLFSVLFILLGLCFEPLERLMIHSFTFFGTGRLPFLLLASTVQLLFLWMTAYTTDKLIEKIWLSTTEELIVAGVFFVLDKCVSGQKQPRAQ NA NA NA NA NA D1-12_03133 804 yusV_2 COG1120 putative siderophore transport system ATP-binding protein YusV ATGAACTCATTATCGGCGGAACAGCTTACTGTCGGTTATGGCGACCGTTTGATAGCGAAAGAATTGGATATCGCCATCCCGAAAGGAAAAATTACAACGCTGATCGGTCCGAACGGCTGCGGAAAATCGACGGTTCTCAAAACGATGTCAAGAATCATGAAACCGAAATCCGGCGCCGTCTATTTAAACGGACAGGCGATCATGCAAAAATCCACGAAGGACATCGCCAAGGAAATGGCAATTCTTCCGCAGACGCCTGAAGCGCCGAGCGGGCTGACGGTGTACGAACTTGTTTCTTACGGCAGGTTTCCGCATCAGTCCGGAATGGGCCGTTTGAGTGATAAAGACCGTGACATGATCAAATGGGCGCTTGAAGAGACGGGGATGGCCGAATTTTACGACCGGCCGATCGAAGCGCTTTCCGGGGGGCAGCGGCAGCGTGTGTGGATCGCCATGGCGCTCGCTCAAGAAACGGAGCTGCTGCTTCTTGATGAACCGACCACTTATTTAGATCTCGCCCATCAGCTTGAAATTTTGCAGCTGCTGGACAAATTAAACAAGGAGCAGGGCCGCACCATTTTAATGGTCATTCATGATCTGAACCATGCCGCCCGTTTTTCCCATTACATGATCGCCCTGAAAAAAGGGCGCGTCATCAAGGAAGGAACGGCGGAGGAAGTCATGACTCCCGGCATATTGGAAGACGTTTTTCAGATTGACGCACAGATTGTAAAAGATCCGCGCACGAACAAACCGGTCTGCTTAACCTACGATTTAATCCGGCATGAAAACGCAACGGTATGA MNSLSAEQLTVGYGDRLIAKELDIAIPKGKITTLIGPNGCGKSTVLKTMSRIMKPKSGAVYLNGQAIMQKSTKDIAKEMAILPQTPEAPSGLTVYELVSYGRFPHQSGMGRLSDKDRDMIKWALEETGMAEFYDRPIEALSGGQRQRVWIAMALAQETELLLLDEPTTYLDLAHQLEILQLLDKLNKEQGRTILMVIHDLNHAARFSHYMIALKKGRVIKEGTAEEVMTPGILEDVFQIDAQIVKDPRTNKPVCLTYDLIRHENATV PGPT0003760_2795 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 D1-12_03134 1011 feuC_2 COG0609 Iron-uptake system permease protein FeuC ATGAATGTAAAATCGAAAAAACCGCTGGCGGTCATGGCCGTTACGTTTTTGCTCATATGCATCGTCTTTTTTATCAGTTTAAACATGGGGGTGATCCGGATTGCGCCTCTTGATACGCTGCGTGTCTTTTTCGGACAGGGGGATGCCCGGGATCAGCTCGTTTTATTTGAATTCAGACTGCCGCGCATGGTGCTGTCATTACTGGTCGGCGCCGGAATCGCGGTTTCAGGCGCGATTTTTCAAAGCGTGTCTCAAAATGACTTGGCGGAGCCGGGCATTCTCGGTATTAACGCCGGGGCGTCTTTGGCGGTCGTTCTGTTTATCTTCTTTTTCCAAGGATCAGCTGTTGATTTAAGCATGGCCGGTACATGGCTGCTTCCGGTGAGCGCTTTGGCGGGGGCTTTTCTGGCTGCGCTGCTCATCTATGTTCTGGCTTGGAAAAAAGGCGTTTCACCTGTCCGGCTCGTTTTGGTCGGGATCGGCGTCAATGCGGGGTTTAATGCGCTTCTCTTGATTTTTCAGCTGAAGATGGACCCGCGGGATTTCATGCAGGCGCTTGTATGGATTTCCGGTTCGATTTGGAACGCCAATTGGAAAATGGTGCTGTCTATTTTGCCGTGGCTGCTGGTTCTTTTACCGTTCAGCCTCTATAAAGCCAGGTATTTAAATGTGCTTCAGCTCGGTGATCAGCTGGCGGCGGGGCTTGGCACCCGGGTTGAAAAGGAGCGGCGCGTTCTGCTGATGTGCGCCGTTGCCCTGACCGCGTCATGTGTTGCGGCAGCCGGCGGAATCGCTTTTCTCGGACTCATTGCGCCGCATTTGGCCAGAAGGCTTACCGGCCCGCGCCACCAGACGCTTATCCCGGTTTCGGCTTTAATCGGCGCATTTTTATTTCTGCTTGCCGATACGCTGGCGAGAAATGTGCTTGCACCGTCCGAAGTTCCCGTCGGCCTGGTGATTTCCGTGCTCGGAGCGCCGTATTTTGTATATTTGCTGATGAAAACGAAATAG MNVKSKKPLAVMAVTFLLICIVFFISLNMGVIRIAPLDTLRVFFGQGDARDQLVLFEFRLPRMVLSLLVGAGIAVSGAIFQSVSQNDLAEPGILGINAGASLAVVLFIFFFQGSAVDLSMAGTWLLPVSALAGAFLAALLIYVLAWKKGVSPVRLVLVGIGVNAGFNALLLIFQLKMDPRDFMQALVWISGSIWNANWKMVLSILPWLLVLLPFSLYKARYLNVLQLGDQLAAGLGTRVEKERRVLLMCAVALTASCVAAAGGIAFLGLIAPHLARRLTGPRHQTLIPVSALIGAFLFLLADTLARNVLAPSEVPVGLVISVLGAPYFVYLLMKTK PGPT0003770_6908 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 D1-12_03135 1068 feuB_2 COG0609 Iron-uptake system permease protein FeuB GTGTTGGGTCTATTGAAAAAGAAACAGACAATGACGGCTCAAGGGGCATCAGGGAGTGAAATCCAGTGGACGGCGCGTTCATTCCGGGCTGCTGTGCTGCTGTGTGCCGGTATTGCGGTTTTATTGATCGGCGCGGCTCTGTCTGTTTCCATCGGAGCTGCCGATATTCATCTGCGGACGGTGTGGGATGCTCTCTTTCACTTTCAGCCGCAAAATACATCTCATCAAATCATACGCGATCTGAGGCTGCCGAGAACTGCCGCCGCCGCGCTCGTCGGGGCTTTTTTAGCTGTGTCCGGGGCGATTATGCAGGGGCTGACGCGGAACCCGCTTGCTGAGCCTTCCATTATGGGCGTGACGTCGGGGTCAGGATTTGCGATCGCATTGGCATTTGCTTTTTTTCCGGGTCTGTCTGCGGCGGGACTTGTTTTGTGGTCCTTTGCGGGAGCGGGAATCGGAGCGCTTATTGTGTTTGGCATCGGCCTGTTTTCAAAAGGCGGTCTGACACCGGTGAAGCTCGCGCTGGCCGGTACGGCAGTCGGCTATTTCTTAACGGGGCTTTCAAGCGCGATTGCGATCCGTTTTGATGTCGCCCAGGATGTGAAGTTCTGGTATGCCGGAGGAGTTGCTTCCGTGAAATGGGAAGGCGTGCAGCTGCTTTTGGCGGTCGGGGTTATCGGGCTTTTGCTGGCATTTCTGATTGCGCGCTCAGTGACGGTGCTGAGCTTGGGTGAGGAACTGGCCAAAGGGCTCGGGCAGTACACATCGCTTGTGAAAGTAATCGGAATGTTTGTCGTTGTCCTCTTGACGGGGGCTTCAGTCTCAGTCGCCGGAGCCATTTCTTTTATCGGCTTGGTGATTCCGCATATCACCCGGTTTTTAGTCGGGGTAGATTACAGGTGGATCATTCCCTGTTCGGCGGTATTCGGCGCCGTTCTGTTAGTCTTCAGTGATATTGCCGCAAGACTCGTCAATGCGCCGTTTGAAACACCGGTCGGCGCTTTAACCGCCCTTATCGGCGTTCCCTTTTTCTTTTATTTGGCGCGCAGGGAAAGGAGAGGGCTGTAA MLGLLKKKQTMTAQGASGSEIQWTARSFRAAVLLCAGIAVLLIGAALSVSIGAADIHLRTVWDALFHFQPQNTSHQIIRDLRLPRTAAAALVGAFLAVSGAIMQGLTRNPLAEPSIMGVTSGSGFAIALAFAFFPGLSAAGLVLWSFAGAGIGALIVFGIGLFSKGGLTPVKLALAGTAVGYFLTGLSSAIAIRFDVAQDVKFWYAGGVASVKWEGVQLLLAVGVIGLLLAFLIARSVTVLSLGEELAKGLGQYTSLVKVIGMFVVVLLTGASVSVAGAISFIGLVIPHITRFLVGVDYRWIIPCSAVFGAVLLVFSDIAARLVNAPFETPVGALTALIGVPFFFYLARRERRGL PGPT0003770_2053 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 D1-12_03136 939 fhuD COG0614 Iron(3+)-hydroxamate-binding protein FhuD ATGTTCCATACATACAAGAAAATCGGCGCAGCGCTGATTGCCGTGCTGCTCATCGCCGCTTTGGCCGCATGCGGCAATTCTTCAGACACGAAAGGTTCTTCTGAAAAAGAAGAAACCATCACGTATAAAGCCGAAAACGGCAATATTAAAATTCCGAAGCACCCGAAACGGGTCGTCGTCATGGCTGACGGCTACTACGGCGACTTTAAACAGCTCGGCATCAATGTTGTCGGCGCGCCGCAAAACGTATTTAAAAACCCTTATTACAAAGGGAAAACAAAGGGTGTGACAAACATCGGCGACGGCACGTCCGTTGAAAAAATCATTGACTTAAAGCCGGATTTAATCGTTGTCTGGACGACACAAGGCGCCGACATTGAAAAACTGGAAAAAATCGCGCCGACAATCGCCATTAAATATGACAAGCTCAGCAACATTGATCAATTCAAAGAGTTTGCGAAAATGACAGGCACTGAAGATAAAGCAGACAAATGGCTGACTGAATGGGATAAGAAAACCGCTGCCGCTAAAACAAAGGTTCAAAAAGCGGTCGGCTCAAAAACCATCTCCATCATGCAGACAAACGGAAAAGACATCTATGTATTCGGTAAAGACTTCGGCCGCGGCGGAAGCATCATTTATGACAAACTCGGGCTGAAGGCCACAAAACTGACGCAGGAAAAAGCCATTAATCAAGGGCCGGGCTACGCCAGCATTTCACTCGAGAAACTGCCTGACTTCGCGGGAGACTACATCTTTATGGGGCCATGGCAGGCCGGCGGTGACGACAAAGGCGTGCTTGACAGCTCAATCTGGAAGAACCTCGATGCCGTCAAACAAAACCATGTCTACCGCATTGATCCGATCGGCTTCTATTTCTCAGACCCGATCTCACTTGAAGGCCAGCTCGACTACATCACAAAAAGCTTAACGAAGTAA MFHTYKKIGAALIAVLLIAALAACGNSSDTKGSSEKEETITYKAENGNIKIPKHPKRVVVMADGYYGDFKQLGINVVGAPQNVFKNPYYKGKTKGVTNIGDGTSVEKIIDLKPDLIVVWTTQGADIEKLEKIAPTIAIKYDKLSNIDQFKEFAKMTGTEDKADKWLTEWDKKTAAAKTKVQKAVGSKTISIMQTNGKDIYVFGKDFGRGGSIIYDKLGLKATKLTQEKAINQGPGYASISLEKLPDFAGDYIFMGPWQAGGDDKGVLDSSIWKNLDAVKQNHVYRIDPIGFYFSDPISLEGQLDYITKSLTK PGPT0003765_9035 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 D1-12_03137 915 hypothetical protein ATGAAAGAAAACAAGGCGAGTATGACTTCCCTGCTGTCCGCTTTCGGAAGGGCGTACCACAGTAAATACGACACCCCGGTGATATTTGATGATTTTTTGGCACAAGATCTGATTTCTGAAAAAGAGCATTCGGACATCCGCGATCATCTGATTCAAGGTATATCATTTTTCAGCAAAGACATGGCCCAGAGGCTTCAAGGCCAACCGGATGACATCTTAAAATGGGTGACTCAAGTCCAGCTGTCTCCTACACCGTTAGCCCGTGCCGCATATTGTGAAGAAGTGCTTTTCAATGAAGTGAAGCTCGGGGCCAAACAGTATGTCATCCTTGGCGCGGGGCTGGATACTTTTTGTTTCAGGCATCCTGAGGTGACAAACGCCTTAGACATATTTGAAATCGATCATCCCGCTTCACAGGAAGACAAAATAAACAGATTGAAACATCTGAACCTCGGCATTTCCCATCATCTTCATTTTGTACCGATGGACTTCGCCGCTTCGCTTTCTTTCAGCCGTCTGTATCAGGAAGGTTTTTCACGCCAAAAAACCTTTTTCAGCCTGCTCGGTGTGTCATACTATCTTACGAAAAAGCATCTCGCCCGCCTGCTCACACAATTATTTGCCGAAGTCCCGCCGGGAAGCTCTATCGTGTTTGATTATGCAGATGAGTCGCTCTTTGAAGAAAGAGGACTGTCAAACAGAGTGGAAAACATGGTGAAAATGGCTGCAGCAAGCGGGGAACCGATGTTATCGTGTTTCAGTTATAAAGAAATCGAAAAAATATTAGAATCATCAGGTCTGCTTATTTATGAACATTTATCTCCGGCGGACGTCAATGACCGTTTTTTCAGCGGACGCACTGACCATTTAACCGCATTCGAGACCATTCATTATATACACGCCGTCAAAAAGTAA MKENKASMTSLLSAFGRAYHSKYDTPVIFDDFLAQDLISEKEHSDIRDHLIQGISFFSKDMAQRLQGQPDDILKWVTQVQLSPTPLARAAYCEEVLFNEVKLGAKQYVILGAGLDTFCFRHPEVTNALDIFEIDHPASQEDKINRLKHLNLGISHHLHFVPMDFAASLSFSRLYQEGFSRQKTFFSLLGVSYYLTKKHLARLLTQLFAEVPPGSSIVFDYADESLFEERGLSNRVENMVKMAAASGEPMLSCFSYKEIEKILESSGLLIYEHLSPADVNDRFFSGRTDHLTAFETIHYIHAVKK NA NA NA NA NA D1-12_03138 1413 ydgI COG0531 Putative arginine/ornithine antiporter ATGGAACAGACGAAAAAATGGGGTTTTTGGTTATTAACGGCGTTTGTCGTAGGAAATATGGTAGGCTCGGGCATCTTTTCGCTTCCGAGTACGCTCGCAAAAATCGCGAGCCCGTTCGGCGCTACATCGGCATGGCTTTTAACGGGAGCCGGTGTGTTAATGATCGCGCTGGTCTTCGGCCACTTATCCATCCGCAAGCCTGAGCTGACGGCGGGGCCGCAAAGCTATGCGCGTGCGCTGTTCAGTGATCGGAAAAAAGGGAATGCAGCGGGCTTCACGATGGTATGGGGCTACTGGGTGGCGAGCTGGATCAGCAACGTGGCGATCATCACGAGCCTTGCCGGATATTTAACATCATTTTTCCCGATTTTAACGGATAAGCGTGAAATGTTTTCGATCGGCGGTCAGGCGGTTACGCTCGGCCAGCTGCTGACGTTTGCCGTATGTACGGTTTTATTATGGGGCACTCACACGATTCTCGTCACCAGCATTAACGGTGCGAGTAAATTAAATTTTGTCACGACGTTTTCAAAAGTATTAGGATTTATCTTCTTTATCATTGCAGGTTTGTTTGTGTTTCAAACGTCGTTTTTCGATCATTTTTATTTTCCGGTTCAAACAGGTCCTCACACAGTTGAGGGAATCGGCGGGCAGATCCACAATGCGGCGATTTCAACATTATGGGCGTTCGTCGGAATTGAATCTGCAGTCATCTTATCCGGACGCGCCCGTTCGCAGCGCGACGTGAAACGCGCCACCATTACCGGATTATTGATCGCGCTTGGCATCTATATCATCGTGACATTGATTACGATGGGCGTGCTTCCGCATGGTAAGCTTGTCGGCTCGGAAAAACCGTTTGTTGACGTATTGTACGCGATCGTCGGCAATGCGGGAAGCGTCATCATGGCGATTCTGGCGATTTTGTGTCTGTTCGGAACGATGCTCGGCTGGATTCTTCTCGGCTCTGAAGTTCCGTATCAAGCGGCGAAATCCGGAGACTTTCCGGCTGCTTTTGCAAAAACGAATAAACAGGGAAGCCCGGTTGTGTCGTTAATCGTAACGAACGTGATGTCACAGATCTTTATCTTTTCAGTTATTTCCCGGACGATCAGTGACGCGTTTACGTTTTTAACGACGGCGGCGACGCTCGCTTATCTGATTCCGTATCTCGTATCAGCGTTTTACAGCCTGAAGCTCATTTTTACGGGTGAAACGTATGACGAGATAAAGGGTTCAAGAGTAAGAGACGGTATCATCGCCATCCTTGCCTGCATTTATTCTTTTTACGTCATTATTACCGGAACGGCCGATTTAACGACCTTTATTCTCGGTATCGGGCTGTTTTTCGTCGGTTTGCTGTTATATCCTTTCGTCTCAAAGAAATTTGCAAACAACAGACAATCGGTATGA MEQTKKWGFWLLTAFVVGNMVGSGIFSLPSTLAKIASPFGATSAWLLTGAGVLMIALVFGHLSIRKPELTAGPQSYARALFSDRKKGNAAGFTMVWGYWVASWISNVAIITSLAGYLTSFFPILTDKREMFSIGGQAVTLGQLLTFAVCTVLLWGTHTILVTSINGASKLNFVTTFSKVLGFIFFIIAGLFVFQTSFFDHFYFPVQTGPHTVEGIGGQIHNAAISTLWAFVGIESAVILSGRARSQRDVKRATITGLLIALGIYIIVTLITMGVLPHGKLVGSEKPFVDVLYAIVGNAGSVIMAILAILCLFGTMLGWILLGSEVPYQAAKSGDFPAAFAKTNKQGSPVVSLIVTNVMSQIFIFSVISRTISDAFTFLTTAATLAYLIPYLVSAFYSLKLIFTGETYDEIKGSRVRDGIIAILACIYSFYVIITGTADLTTFILGIGLFFVGLLLYPFVSKKFANNRQSV PGPT0020620_978 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 D1-12_03140 141 sspJ Small, acid-soluble spore protein J ATGGCTTTCTTTAACAAAGAAAAAGGAAAAAACAGCGATAAAAACAAAAACGTCATTCAAGGCGCGCTTGACGACGCCGGTGCAGCTCTGAAAGACGATCCGCTTCAAGAAGCTGTTCAAAAGAAAAAAAACAACCGCTGA MAFFNKEKGKNSDKNKNVIQGALDDAGAALKDDPLQEAVQKKKNNR PGPT0024905_8 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE_SMALL_ACID-SOLUBLE_SPORE_PROTEINS,PGPT0024905-sspJ-K06427 NA NA D1-12_03141 483 ydjM_2 COG1988 Inner membrane protein YdjM ATGACAGGAAAAACACACATCATGGGAGGCATCGCTTCTTGTTCCGCAATTGCGTATTATTACGGGTATGATCCGGTCCTTATGACCTCAGCGGGTGCCCTCGGGGCGCTGATTCCCGACATATGCCATACGAAAAGCAAAATCGGCAGGACGCTGCCCGTTCTGTCCAAAGTCGTAAGCACGGTGTTCGGGCACAGAACGTTTACACACAGCCTGCTGTTTATGCTTATTATGTTTTTCATTACGGCCTCGTATATTCCGAATCCGAGCATTTCCGCCGGACTGATGATCGGAATGGCAAGCCATCTTGTACTTGACGCATGGACTGTCAACGGCATTAAACTGCTGTTTCCGTCCGCCATCCGCTTCCGTCTTCCCCTTTATATGAGAACGGGGAGCTTTTCGGAGCAGCTTGTGCTGGCCGGCTTAACAATTGTATCCTGCTATTATTTATACGAACTGGTTCACGGCCGCATCTCATAA MTGKTHIMGGIASCSAIAYYYGYDPVLMTSAGALGALIPDICHTKSKIGRTLPVLSKVVSTVFGHRTFTHSLLFMLIMFFITASYIPNPSISAGLMIGMASHLVLDAWTVNGIKLLFPSAIRFRLPLYMRTGSFSEQLVLAGLTIVSCYYLYELVHGRIS NA NA NA NA NA D1-12_03142 1857 ltaS2_2 COG1368 Lipoteichoic acid synthase 2 ATGAAGAAAACCTTTTTCAGCAATCATCGGTTTTTATGCCTGTCCATCCTGTTCATGTGGATGAAAACCTATGCCGTTTATAAGCTCGGTTTTGATCTGCAGAACAATTCGGTTCTTGAGGAATGTCTGCTTCTCATTAATCCGCTGAGCTTCATTGTGCCGCTGTTCGGCATCGCCCTGCTGCTGACGGAAAAAAAACAGCGGATCTTTCTGCTTTCGGCGAATGTGATGCTGACGGGGATTTTAATCGCAAATACGGTGTTTTACGGGTTTTATATTGATTTTATCACCATACCGGTTTTGTTTCAGGCGAGCAATATGGGCGATATGGGGAGCAGCGTCCAAGAGCTGTTTCACCCGCTTTATATCGCTTTATTTTTGGATATTGCGGTTTTGTTTTACCTTGGTAAAAGACATAAAGCCGGTAAAGGAAAAGCCAGCACCCGTACCGTTAAAGCGTATGCGTGGGCATCAGCCGGCCTCATGCTGTGCAACCTTGCGCTGTCTGAGGCCGAGCAGCCGAAGCTGTTCAAGCACCCTTTTGATCGTGAAGCGCTCGTAAAAGGAATCGGCCTGTTCCACTTTCATTTGTATGACACCATTTCGCAGACGCTGAATGCAGGGGCAAAAGCGTTTGCCGACGAAGACAGCCTTGCCGCGGTCGCGAATTACACTCAAGCCGACTACAGCAGGCCGTCCGAATCAAAGTTCGGGCTCGCAAAAGGGCGCAATGTGATTTTTGTTACGCTCGAATCAACACAGCGTTTTGTAATGGATGAGCGGGTCAACGGGCGGGAGATTACCCCGTTTTTAAATAAACTGCGGAAAAAAAGTTATGACTTCACTCATTTTTATCAGCAGACTGAACAGGGAAAAACCTCAGATTCAGAATTCATTACTGCAAATTCGCTGTATCCGTCTTCAAGCGGCGCCGTTTTTTTTACAAAAAGCGGCCACCGGTTCAATACGATGTACCATATGTTAAAAGACCGTCAATACTATTCAGCCGTTCTGCATGCCAATCATAAGGCCTTTTGGAACCGGGATGAGATGTACGGGACATTCGGAATCGACCGTTTTTTCGACGCGGATGAATTTAAGGTGACACAGGAAAATTCAACAGGCTGGGGCCTGAAGGATAAGGAATTTCTCGAACAGTCAGCGGAAAAATTAAAGAAGCTTCCGCAGCCGTTTTACGCGAGCCTGCTGACTTTGACCAACCATTTTCCTTTTGAAATTGAAAAACAGGATCAGCTCATTGAAGAACCGGACACAAGCAGCGATTTATTAAACCGCTATGTGACGACGGTCCGCTATGAAGATGAGGCCCTGAAACACTTTTTCAAGAAGCTGAAAAAAGAAGGACTGTATGACAACGCGATGATCGTCCTGATGGGAGATCATTACGGTATATCCGAAGCCCATAATCAAGGACTTGCCGAATTCTTAGGGAAAGAGGAAATCACTCCGTTTGATACGGTTCAGCTTCAGCGCGTGCCGTTTATCATTCATATTCCCGGGGTGACCGACCGTGCGCCGGAAACGATTGCTTCCGCCGCGGGACAGGTTGATGTAAGACCGACGCTGCTTCACCTGCTCGGCATTGAAACGAAAGGCAGCATTCAGTTCGGCAATGATCTGTTTTCCGGAGAGCGGACCCCGTTTGCGGTGCTGAGAAACGGCAGCTTTATCACGGATGATCATATTTATACGAAAAATACGTGTTACAGCCGTAAAACGGGTGAACCGCTTTCTGACATGAGCGCGTGCAGCGATGAGAAAGAAAAAGCGGAACAAGAGCTGATGCTTTCCGATAAAATATTAAACGGCGACCTGCTGCGGTTTTACAAGCAATAA MKKTFFSNHRFLCLSILFMWMKTYAVYKLGFDLQNNSVLEECLLLINPLSFIVPLFGIALLLTEKKQRIFLLSANVMLTGILIANTVFYGFYIDFITIPVLFQASNMGDMGSSVQELFHPLYIALFLDIAVLFYLGKRHKAGKGKASTRTVKAYAWASAGLMLCNLALSEAEQPKLFKHPFDREALVKGIGLFHFHLYDTISQTLNAGAKAFADEDSLAAVANYTQADYSRPSESKFGLAKGRNVIFVTLESTQRFVMDERVNGREITPFLNKLRKKSYDFTHFYQQTEQGKTSDSEFITANSLYPSSSGAVFFTKSGHRFNTMYHMLKDRQYYSAVLHANHKAFWNRDEMYGTFGIDRFFDADEFKVTQENSTGWGLKDKEFLEQSAEKLKKLPQPFYASLLTLTNHFPFEIEKQDQLIEEPDTSSDLLNRYVTTVRYEDEALKHFFKKLKKEGLYDNAMIVLMGDHYGISEAHNQGLAEFLGKEEITPFDTVQLQRVPFIIHIPGVTDRAPETIASAAGQVDVRPTLLHLLGIETKGSIQFGNDLFSGERTPFAVLRNGSFITDDHIYTKNTCYSRKTGEPLSDMSACSDEKEKAEQELMLSDKILNGDLLRFYKQ PGPT0023375_1246 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-TEICHOIC_ACID_METABOLISM CE-EPS-LIPOTEICHOIC_ACID_METABOLIC_PATHWAY,PGPT0023375-ltaS-K19005 NA NA D1-12_03143 927 hypothetical protein ATGACAGAAGCCACTTCCTATACAATAGAAGAAGTTGCGGGCCTTTTGAAGGTCTCAAAACTGACAGTATATGATTTGATAAAAAAAGGACTCATTCCGGCGTACAGGGTCGGAAGACAGATGAGGGTCGATGAAGAGGACTTAAAACAATATAAAACAAACATGAGAATGTCAAAAAAGCCATCCGTATCAGAAGCTGCTGACCCGTCCCGCGGGCGGGAGCCGGAAAAAAGGCAGTCCGTTATCATCAGCGGGCAGGATGTGTCGATGGACCTCCTCAGCAAACAGCTGGAACAAACAATACAGGCGGCCCCGCTCCGCAAGTACAGCGGCAGTTTGAACAGCCTGATCGAGATGTACCGCGGGGCTTGTGACATCGTCAGTCTGCATTTATACGATGGGGAGACGGGGCAGTATAACATCCCGTACGTGAAGCGCATTCTTTCAGGGGAGCCGTTTGCGCTTTTTCATGTCGTGCTGCGGCAGGCCGGATTATATGTGAAAAAGGGCAATCCGCTGAACATTCAGGGCTTTCAGGACTTGAGCCGAAAGGATGTCCGTATCGTCAATCGCGAAAAAGGATCAGGCGCGAGGGTGCTGCTGGATGAACAGCTCAGATCTTTCGGTATTACGCCGTCTGATGTCGCCGGCTACCATGACATTGTCACGGATCATCTGTCAGCGGCTTCACAAGTATCAAGCGGAAAGGCGGATATCGGAGTCGGGTCGCAGCATGCGGCGCATATGGCAGGCACGGACTTTATCCCGGTGATCAGTGAACAGTACGATGTGGTCGTCTTAAAACAAAACCGGGAGCTTGTTCAAAGCGTGCAGGACATCCTCAATTCTGAGGAATTCAAGTCTCAGCTTTCTCAATTATCCGGATATGATACGAAAATGACCGGACGGCTCATATATGAAACATGA MTEATSYTIEEVAGLLKVSKLTVYDLIKKGLIPAYRVGRQMRVDEEDLKQYKTNMRMSKKPSVSEAADPSRGREPEKRQSVIISGQDVSMDLLSKQLEQTIQAAPLRKYSGSLNSLIEMYRGACDIVSLHLYDGETGQYNIPYVKRILSGEPFALFHVVLRQAGLYVKKGNPLNIQGFQDLSRKDVRIVNREKGSGARVLLDEQLRSFGITPSDVAGYHDIVTDHLSAASQVSSGKADIGVGSQHAAHMAGTDFIPVISEQYDVVVLKQNRELVQSVQDILNSEEFKSQLSQLSGYDTKMTGRLIYET NA NA NA NA NA D1-12_03144 798 modA COG0725 Molybdate-binding protein ModA ATGTTGAAAAAGAAAGCGACACTACTCACAACTGCGGCTATGGCCGTTTTCCTCGCAACTGCGGGCTGCTCATCCGGACAATCGTCCAAAGGCGGACAAAACGAAAAAGTCACGCTGACCGTTTCTGCGGCAGCCAGCGCTCAGGATGCACTTGAAGAAATCCAGACCAACTACGAAAAATCACATTCAAACGTAACCATTCAAGATAACTTCGGATCATCAGGCACATTGCAGAAACAAATTTCACAAGGCGCGGGAGCTGATTTATTCTTCTCGGCAGCCGAAGATAAATTCGAAAAGCTCGTTCATGACGGAGATATCGATAAAAAGGACAGCACGGATCTTTTGAAAAATGATCTCGTCATGATCGTGCCTGAGAAAAACAGCGCACACCTGACACATCTGAATGACCTGAAAAAAGACAGCGCGGAAAAAATCGCGCTCGGCACGCCTGAATCCGTTCCGGCCGGACAATACGCCAAACAGTCATTGACGGCATTATCCATGTGGGACAAGGTAAAAGATAAAGTCGTCTATGCAAAAGACGTTCGCCAGGTGCTTTCTTATGTTGAAACCGGAAATGTCGATGCCGGGCTTGTCTATAAAACAGACGCGCTGATTTCGAAAAAGGTGAAAATCACCGATGAAGCGCCGGCGAAAACGCACGATCCGATCGTGTATCCGCTCGGCATCGTCAAGGATACAAAGCACCCTAAAGAAGCAGAGGCGTTTTATCAGTATCTGCAGTCTGATGAAGCGATGAAAGTGTTTAAGAAATATGGATTTACTGCCAAGTAA MLKKKATLLTTAAMAVFLATAGCSSGQSSKGGQNEKVTLTVSAAASAQDALEEIQTNYEKSHSNVTIQDNFGSSGTLQKQISQGAGADLFFSAAEDKFEKLVHDGDIDKKDSTDLLKNDLVMIVPEKNSAHLTHLNDLKKDSAEKIALGTPESVPAGQYAKQSLTALSMWDKVKDKVVYAKDVRQVLSYVETGNVDAGLVYKTDALISKKVKITDEAPAKTHDPIVYPLGIVKDTKHPKEAEAFYQYLQSDEAMKVFKKYGFTAK PGPT0008435_1337 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM PLANT_VITAMIN-MOLYBDENUM_COFACTOR_TRANSPORT,PGPT0008435-modA-K02020 NA NA D1-12_03145 612 modB COG4149 Molybdenum transport system permease protein ModB TTGGCATCGGGCCTCGCCGTCATCATTCTCGGGACGCTTGCCGGCGCCTGGATGGCGAAAGCGCGATTTCCCGGAAAAACGGCTGTGGAGACCCTGTTTATGCTCCCGCTCGTTCTTCCTCCTACCGTTGTAGGCTTCATTCTCATTATCATTTTCGGGAAACACAGCTTTATCGGCCGGGCGATTGAGCGGATTTTTCACCAGCCCGTCATTTTCACGTGGTCGGCCGCGGTGATCGCTTCGGCTATTGTCGCCTTCCCGCTTATGTATCAGTCCGCTAAAACCGGCTTCGCCGCGGTTGATGCCGACATCGAGGGAGCGGCGAAAGTAGACGGAGCCGGCAGGTGGCAGGTGTTCACCCGTATTTCCGTCCCGCTTGCCTTTCCCTCCCTCTTGACCGGAAGCATTCTCAGTATTGCAAGGGCGCTAGGTGAATTCGGAGCGACTTTAATGTTTGCGGGAAATATTCCCGGCGTCACCCAAACGCTGCCGACAGCGATTTACGTCGCGATGGACTCCGGCAATGAAACACTCGCCTGGGTGTGGGTGATCTGTATTGTGATCATTTCTTTTCTGATGCTGTTTTTCATCCAATTGAAAAAACCCGCTTGA MASGLAVIILGTLAGAWMAKARFPGKTAVETLFMLPLVLPPTVVGFILIIIFGKHSFIGRAIERIFHQPVIFTWSAAVIASAIVAFPLMYQSAKTGFAAVDADIEGAAKVDGAGRWQVFTRISVPLAFPSLLTGSILSIARALGEFGATLMFAGNIPGVTQTLPTAIYVAMDSGNETLAWVWVICIVIISFLMLFFIQLKKPA PGPT0008440_3660 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM PLANT_VITAMIN-MOLYBDENUM_COFACTOR_TRANSPORT,PGPT0008440-modB-K02018 NA NA D1-12_03146 648 lnrK COG2197 Transcriptional regulatory protein LnrK ATGAAGATTAATGTCATTATCGCGGATGATAATTCTTTCATCAGAGAAGGAATGAAAATCATTTTGCATACATATGAGGAATTTACTGTATCGGCAACGTTGGAAAATGGCCTGGAGGCGGCAGAGTATTGTAAACACAATCCCGTCGATATCGCCTTGTTGGACGTCCGCATGCCGGTGATGAACGGCGTCGAAGCCGCAAAACGGATCGCGGAGGAAACGGATACGAAGCCGATGATCCTGACGACATTTGACGACGATGAGTATATTTTAGAAGCGATTAAAAACGGCGCGAAAGGATATTTATTAAAAAATACCGAACCGGAACGGATCCGCGATGCGATCAAAAGCGTCTTCAACGGGCACAGCATTCTTCAGGACACCGTGCTGGATAAAATAAAAGACAGCCTTTTCCGGCCGGCCGAAGCCGCGCATCAGATTGATGAAAGCCAGTTTACTGAAAGAGAGCTCAGCATCATGTCGCTTATTGCGAAAGGACTGTCGAACAGGGAAATTTCAAAACAGCTTTTCATTTCTGAAGGGACGACGGCCAATTATATTTCATCTATTTTAGGGAAAACAGGGCTTGAGCACAGAACGCAGATCGCCATTTTTTATATCACCGGGAAGGTGGATAACGGGCGTTGA MKINVIIADDNSFIREGMKIILHTYEEFTVSATLENGLEAAEYCKHNPVDIALLDVRMPVMNGVEAAKRIAEETDTKPMILTTFDDDEYILEAIKNGAKGYLLKNTEPERIRDAIKSVFNGHSILQDTVLDKIKDSLFRPAEAAHQIDESQFTERELSIMSLIAKGLSNREISKQLFISEGTTANYISSILGKTGLEHRTQIAIFYITGKVDNGR NA NA NA NA NA D1-12_03147 1113 hypothetical protein TTGAACGGTATGGATTTTTGGATGCTGATGAGCAGACTGATCGCCATTTTTTATACGGCTTTTTTGTTCGTATCGGCAGACCGCCCTTACACGCCGTACGCCGTCTTGTTTCTGCTGCTTTATCTGTCTTTGGGCATTGCGGTCTGCATGATCAGGCCGCCCGCTTGGAGGCGCGGGATCACCCTCATGGCGCTGGCATTGACTGCTTGGCTTTCCGCCTTAGGCCATCCGGCGTTTCTGTTTCTTTTGCCGCCCGCCATTTTTGCCGTTCTTGCCGAATATCCGGTTCACCGCTATGTGTTCTGCCTGCTCGTGTTTTTGCCGTTTTTATTTATCCCGTACGGCGACCTTCCGACTTATATCGTCATGACCTTGTTCTGCTTGGCGATATTCGTTTTGGCCGCCCGGTCCAGCGACCGGCTGAAAAAATATGAAGAGCAGTCAGACAGCATGCGCTCAAGCATTGAAAAACTGACGAAACAGCTGCACAGCAGCACAGAATATATCAAACAATCGGAGTATACCGGCAAACTCGAAGAAAGAAACAGATTGTCCCAAGCCATCCATGACAAAATCGGCCATTCCATGACAGGCGCGCTCATTCAGATGGAAGCGGCGAAGCGGATGCTCGGCTCCCATCCGGACAAAGCGGCTGAACTGCTCCAAAACGCCATTACCATTTCCAAAGAAGGCATAGAGGATATCCGCATAACGCTGAAAAATATGAAACCGCCCGCTGAACAAATGGGCATTCACAGATTAAGAACGTTTATTGATGAATTTTCGGCCAAAAACGGCATGCCGGTTCCGTTTACGCATCAAGGCGATTTGGACAGGCTGACGCAAATGCATTGGAGAGTCATTCAGGAAAACGTAACCGAAGCCTTGACCAATGCAATGAAATACGCCGATGCCACGCAGATTTTCATTGATATCCATGTGCTGAACAAAGCCGTGAAAGCGGAAGTGAAAGATAACGGAAACGGCGCCGTCCGCTTTAAAAAAGGCCTCGGCATGCTCGGTATGGAAGAACGGGCGGCCGTCCTGCACGGAACCGTTATTTTTGACGGCACGGCCGGTTTTTCCGTCACGACATTGCTTCCGGTTGAATAA MNGMDFWMLMSRLIAIFYTAFLFVSADRPYTPYAVLFLLLYLSLGIAVCMIRPPAWRRGITLMALALTAWLSALGHPAFLFLLPPAIFAVLAEYPVHRYVFCLLVFLPFLFIPYGDLPTYIVMTLFCLAIFVLAARSSDRLKKYEEQSDSMRSSIEKLTKQLHSSTEYIKQSEYTGKLEERNRLSQAIHDKIGHSMTGALIQMEAAKRMLGSHPDKAAELLQNAITISKEGIEDIRITLKNMKPPAEQMGIHRLRTFIDEFSAKNGMPVPFTHQGDLDRLTQMHWRVIQENVTEALTNAMKYADATQIFIDIHVLNKAVKAEVKDNGNGAVRFKKGLGMLGMEERAAVLHGTVIFDGTAGFSVTTLLPVE NA NA NA NA NA D1-12_03148 936 lnrL_4 COG1131 Linearmycin resistance ATP-binding protein LnrL ATGAACATTTTGGAGCTCAAACAGCTGAGTAAGAAATTCGGTGATTATGCCGCCGTTGACCAGATGTCGCTTGCCGTAAAAGAAGGTGAGATTTTCGGGTTTCTCGGCGCAAACGGAGCCGGAAAAAGCACGACGATCAATATGATCTCAGGTCTTTTAAAACCTTCAGGCGGAGACATTCTGTTTCTCGGAAAAGATATTTTCAAATATAGCAAAGCAACGAAAATGAATATCGGCATCGTCCCTCAGGACCTCGCGATTTACGAAGAATTAAACGCCTATGAAAATGTGAAGTTCTTCGCCGGGCTGTACGGCCTGAGAGGGGCGGCTCTGAGAGAACGGGTCGAGGAAGCCCTGACATTCGTGGGCTTGAGCGATAAACACAAATATTTGCCGAAGCATTTTTCCGGCGGAATGAAGCGCAGGCTCAATATCGCCTGCGCCCTTGCCCACCGGCCGAAACTGATCATCATGGATGAACCGACGGTCGGTATTGACCCGCAATCAAGAAATTATATTCTGCAGTCAGTGAAAAAGCTGAATGAAATGGGCTGCACGATCATCTACACGAGCCACTACATGGAGGAAGTGGAAGAAATATGCACGCGCATCGCCATCATTGACCACGGGAAAGTCATCGCAGAAGGCACAAAAGAACAGCTGACCTCCATCATTACCGACACGAAGGACGTCGTGATTGAGCTTTCATCCGGAAACGGCATCAGCCTCGGCGATATTCAGGAGCTGCCCGGCGTCAGAGCCGCCGCACTGGAAGAAAACAGCGTGAAAATCAGCTCTGACACAGGGGTGAACAATTTAAACCGCCTGATCCGGTACTTCATGGACAAAGGAATTGAAATCCGCTCCTTGCAGGAACAGGCCCCTGACTTAGAAACGGTATTTCTCACGCTGACAGGCAGAAGCCTGCGCGACTGA MNILELKQLSKKFGDYAAVDQMSLAVKEGEIFGFLGANGAGKSTTINMISGLLKPSGGDILFLGKDIFKYSKATKMNIGIVPQDLAIYEELNAYENVKFFAGLYGLRGAALRERVEEALTFVGLSDKHKYLPKHFSGGMKRRLNIACALAHRPKLIIMDEPTVGIDPQSRNYILQSVKKLNEMGCTIIYTSHYMEEVEEICTRIAIIDHGKVIAEGTKEQLTSIITDTKDVVIELSSGNGISLGDIQELPGVRAAALEENSVKISSDTGVNNLNRLIRYFMDKGIEIRSLQEQAPDLETVFLTLTGRSLRD PGPT0006725_8672 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990 NA NA D1-12_03149 1095 hypothetical protein ATGAATATTCTGCACATCGCCGTGAAAGAAATCAAAATCAGTTTCCGCGACAGACGGACTTTTATTTTCATGCTTGCTTTTCCGATCGTCTTCATGCTGATTTTTACTGCGGCATTATCAAACGCCTTTGATTCAGAGGTGACGGTCGGAAACATCAAGGTCGTATATACGGACCAGTCAAACGGCCCTCTTTCTCATTATTTTACTGAGTTTATGAAAGCCGCCAAAAAAGAGCATGTCTATTTTCAAAAAGCGGACACGGAGGCAAAAGGCAAAAACGAGGTTCGAGAAAATCAGGCGGATGCTTTCGTCACTGTAAAAAACACCGGTTTTCAAGTCTATACAAATGACCGGAGCGGCATAAACGGCACGATCGTCCAAGGCATGCTGACCGCTTTTACCAATCAATACAAAGCAGGCGCCGCCGCTTACAAGGCGCATAAGGCGCCTTCCGCCGGACAAATCAAAAGCGATTATATGAAGCAGACGTCTTTACACAAAGCGAAAGAACCGAAAGCGAAAGATTTTTACGCGATATCCATGACGACGATGATCGGGCTGTACGCCTCGATTTTTGCAAGCACCTTATTCCGCGGGGAAAGAATACGGCACACCGCGGATCGCCTGATCGCCGCTCCGCTCCGGAAAAGCGATATCTTTCTCGGAAAGATGCTCGGCATTTTGGCTGTGAATGTTCTGACGATTCTTGCCGTTGTCGCCTTCAGCAAATTTATCTTAAAAGCGAATTGGGGCAGCCACATGGGCCTTGTGCTTCTGATTCTCGTTTCTGAAATTCTTTTGGCCGTCAGCTTCGGGCTCAGCCTGAGCTATTTGACCAGAAAACCCGAAAGCGCCAGATTAATCACCGTCATCATCGTTCAGGTGATGTCCATTATCGGCGGCGCCTATTACAAATATGAAGGCGGAGGAATTTCCGTCCTGTCGCCCTTATCATGGATCAATAAGGCGATTAACAACATCATTTACGCAAATGATGTATCAGCGGCATGGCCTGCACTCGGTTTAAATACAGCATTGGCGGCACTCTTTTTGCTGATCGCCGCATTTACGTTTCAAAGACGGGAGGGATTGTAA MNILHIAVKEIKISFRDRRTFIFMLAFPIVFMLIFTAALSNAFDSEVTVGNIKVVYTDQSNGPLSHYFTEFMKAAKKEHVYFQKADTEAKGKNEVRENQADAFVTVKNTGFQVYTNDRSGINGTIVQGMLTAFTNQYKAGAAAYKAHKAPSAGQIKSDYMKQTSLHKAKEPKAKDFYAISMTTMIGLYASIFASTLFRGERIRHTADRLIAAPLRKSDIFLGKMLGILAVNVLTILAVVAFSKFILKANWGSHMGLVLLILVSEILLAVSFGLSLSYLTRKPESARLITVIIVQVMSIIGGAYYKYEGGGISVLSPLSWINKAINNIIYANDVSAAWPALGLNTALAALFLLIAAFTFQRREGL NA NA NA NA NA D1-12_03150 1146 lnrN_1 COG0842 Linearmycin resistance permease protein LnrN ATGAAAAACTTCTGGTGGCTGTTTGCACACACTCTCAAAGGGATTACAAAAAGCAAAAAACAGCTTATTCTTTATATCGGGGCTCCGCTGATCGGCGTCTTCCTCTCTTTCATGACCAATGCCAACGGCGGAGCCGAAACGCTCAATATCGGCATTCTCAATCAGGACGGCGGAGAAGTGGCACAGGATACGGTCACGTTTTTAAAAGGACTGGATCATGTGAAGATTTCGGAGGAAACGGCTGCGTCCGCCACATCCAAGATCGCTTCAGGAAAAATGGAGGCGCTCATTACGTTTGAAAAAGGCTTCTCCCAAAGCGTAAAAGACGGGAAACCGGCTCACATCGGCATGACCTCGCTGAAAGGCGCCCAGGTCACCGGATATGTCAGCTCTTATTTGTACAATTATATGAACAGCGCCGCCTCAATCGGCAAATCTTCCGGCGGGGACGCAAAGGCCTTTCAGGCGATGTACGCCGATTTCAAGCATTCTCCGATTCAAACGGAGTCCGCTGTTTTACAAGATACATCGAACCATAAAGAAATGACTTACTCAGTCATCGGGTATCTCATTATCATTATGCTCTATTCCGCCGGCAACCTGACGGAACTGATGATTAAAGAGCGGGAAAACAGGACGTACTACAGGCTTCTGTCAACGCCGATCACATCAAAGCAGTATGTACTGGCAAACGCGGCGGTGAATATCATTATCATGGCCGTCCAAATTCTATTCGCCGTTCTCTTTATGGGCGCCGCTTTTCATATTCATCCGTCATTCCCGCTGTGGCAGCTGTTCGTCCTGATGATGCTGTTTGCATTAAGCGCGATCGGAATCGCCTTTATTGCCGTCGGTTTTTCCAACAGCAGCGCTTCAACATCGGCGCTTTTGAATTTGATCGTCGTGCCGACATGCTTGCTCGCCGGCTGCTTCTTTCCGAGCAATATTATGCCGAAAACGGTGCAGACAATCGCCGAATTTCTGCCTCAGCGCTGGGTGCTCGATACGGTCGATCAATTGCAGCACGGCCGCACGCTCCAAAGCCTGGTGCTGAACATCATCATTTTGGGAGCCTTCGCCGCCGCCCTGTTATTAATAGCCGCATACAGGTTCAGCGTAAAACGTCAGACACAGACATTCATGTAA MKNFWWLFAHTLKGITKSKKQLILYIGAPLIGVFLSFMTNANGGAETLNIGILNQDGGEVAQDTVTFLKGLDHVKISEETAASATSKIASGKMEALITFEKGFSQSVKDGKPAHIGMTSLKGAQVTGYVSSYLYNYMNSAASIGKSSGGDAKAFQAMYADFKHSPIQTESAVLQDTSNHKEMTYSVIGYLIIIMLYSAGNLTELMIKERENRTYYRLLSTPITSKQYVLANAAVNIIIMAVQILFAVLFMGAAFHIHPSFPLWQLFVLMMLFALSAIGIAFIAVGFSNSSASTSALLNLIVVPTCLLAGCFFPSNIMPKTVQTIAEFLPQRWVLDTVDQLQHGRTLQSLVLNIIILGAFAAALLLIAAYRFSVKRQTQTFM NA NA NA NA NA D1-12_03151 831 yvgN COG0656 Glyoxal reductase GTGGCAAAAAGCTTAAAAGATACTGTAAAGCTTCATAATGGCGTTGAAATGCCGTGGTTCGGCCTAGGCGTCTTCAAGGTGGAAAACGGAAGCGTAGCGGCGGACTCCGTCGAAGCGGCAATCAGAAACGGCTACCGTAGCATTGATACGGCGGCTATTTATAAAAATGAAGAGGGTGTCGGCGAAGGCATCAGAGCTGCGGGCGTTGCCAGAGAAGAGCTGTTCATCACGTCAAAAGTGTGGAATGAAGATCAAGGATACGAAACGACACTTGACGCGTTTGAGAAAAGCCTTGAGCGCCTCGGCCTCGATTACCTCGATCTGTACCTGATTCACTGGCCGGGCAAGGATAAATATAAAGACACATGGCGCGCTCTTGAAAAGCTGTACAAAGACGGCAAAATCCGCGCCATCGGCGTCAGCAACTTCCAAGTGCATCATTTAGAAGAGCTGCTGAAAGATGCTGAAATCAAGCCGATGGTCAACCAGATTGAATTCCACCCGCGCCTGACTCAAAAAGAAGTAAGAGATTTCTGCAAAGCGCAGGGCATTCAAGTGGAAGCTTGGTCTCCATTGATGCAGGGACAGCTCCTCGATAACGAAGTGCTGTCACAAATTGCGGAAAAACATAACAAATCAGTTGCTCAAGTGATTTTGCGCTGGGATCTTCAAAACGAAGTCGTTACCATTCCGAAATCCATTAAAGAGCACCGCATCATAGAAAATGCCGATATTTTTGATTTCGAACTGTCACAGGAAGAAATGGAAAAGATCAGCGCATTGAACAAAGACGAGCGTGTCGGCCCGAATCCGGACGAGCTTCTGTTCTAA MAKSLKDTVKLHNGVEMPWFGLGVFKVENGSVAADSVEAAIRNGYRSIDTAAIYKNEEGVGEGIRAAGVAREELFITSKVWNEDQGYETTLDAFEKSLERLGLDYLDLYLIHWPGKDKYKDTWRALEKLYKDGKIRAIGVSNFQVHHLEELLKDAEIKPMVNQIEFHPRLTQKEVRDFCKAQGIQVEAWSPLMQGQLLDNEVLSQIAEKHNKSVAQVILRWDLQNEVVTIPKSIKEHRIIENADIFDFELSQEEMEKISALNKDERVGPNPDELLF PGPT0014985_347 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-METHYLGLYOXAL_DETOXIFICATION,PGPT0014985-yvgN-K23257 NA NA D1-12_03152 486 yvgO_2 Stress response protein YvgO ATGAAACGTATGCGTATCCCGATGACCGTTGCCCTTGGCGCCGCTTTGTCTCTGACTCCTCTGTCCTTTGTATCCGCTAAAGAAACCCCGGTCCCTCAAAACATGGCACAGCAATCATCAGATGTCTCAGCAAAAGATGTCGGATTAAACATTGACGTTGACCTGCTCGGCATCGGCAATTCGATTGCTGACGCGATTAAGTCGGCGCAAAACCGTGACGGCTTCGTCAAAAACTTAATGGAATCTTCATTCTACGCTTCCGGACAAAAATATAACGTCATGGTGTTTAATTTAAGCCAGGAATATGAAGATCATTTTAACGGCGTTCAGTTTTACGGTTCCGCCGTTTATGACGGCATCACGTACGGCATTTGGGTGTTTGAAGACGGAAGCTTCACCAATAAAGGTGATGGCGGCTGGATCAACTGGGCCTTCAGAGGCTGGTTTGACCGCGACGGCGATCACGTCGAATTCCATCGTCCGTAA MKRMRIPMTVALGAALSLTPLSFVSAKETPVPQNMAQQSSDVSAKDVGLNIDVDLLGIGNSIADAIKSAQNRDGFVKNLMESSFYASGQKYNVMVFNLSQEYEDHFNGVQFYGSAVYDGITYGIWVFEDGSFTNKGDGGWINWAFRGWFDRDGDHVEFHRP NA NA NA NA NA D1-12_03153 2016 nhaK COG0025 Sodium, potassium, lithium and rubidium/H(+) antiporter TTGGACATATTTTTAGTCGTACTCGTACTTTTAACCATCATCGCGATCTCAAATATCGTAAATCGGTTTGTCCCCTTTATCCCGGTGCCTCTGATTCAGGTGGCGCTCGGTATCATTGCGGCGTCATTTCCGCAGGGGCTTCATTTTGAACTGAATACTGAATTGTTTTTTGTTTTGTTTATCGCTCCGCTGCTTTTTAACGATGGAAAACGGACGCCGCGTGCGGAACTTTGGAATTTAAGAGCGCCGATTTTGCTTCTTGCGCTCGGGCTCGTGTTTGCCACGGTGATTGTCGGCGGTTACACGATTCATTGGATGATTCCGAGCATCCCGCTGGCTGCCGCGTTCGGGCTGGCGGCGATACTGTCACCGACTGACGTTGTCGCGGTCAGCGCGCTGTCAGGGCGAGTGAAGATGCCAAAAGGCATTCTGCGTCTCCTTGAAGGAGAAGGACTGATGAATGACGCATCCGGCCTGGTCGCTTTTAAATTTGCGATTGCGGCTGCCGTGACGGGCGCATTTTCGCTGGCGCAGGCCGCCTTCAGTTTCGTTCTGATTTCAGCCGGAGGTTTACTCAGCGGTGTCGTCATTTCTTTTTTGATTATCCGTTTCCGGCTGTTTTTGCGCCGCCTCGGCATGCAGGATGTCACGATGCATATGCTGATTCAAATTCTGACGCCGTTCGTCATCTATCTCGCGGCTGAAGAAATCGGCGTTTCCGGCATTTTAGCGGTTGTGGCCGGCGGCATCACGCATGCGGTGGAGCAGGACCGTCTTGAATCAACGATGGTCAAACTGCAAATCGTCTCTTCAAGTACGTGGAATATTATTTTGTTCATTCTGAACGGTCTTGTTTTCGTTATTTTAGGTGCGCAAATACCGGATGTGGTTTCCGTCATCTTTAATGATACCGCGTTTAACAATATGATGGTCATCGGGTACATTATCGTCATTACGCTGACGTTAATGATTCTCAGGTTTTTGTGGGTGCTGTTTTTTTGGAATGGCAAGTGGTTTTTTAACAAGGATCAGAGCATTTATAAACCCGGCCTGCGCTCGACCCTGCTGATTTCGGTTTCAGGCGTCAGGGGAGCGGTCACGCTTGCGGGTTCCTTTTCCATTCCGTACGTGCTCTCTGACGGCTCGCCGTTTCCTGAACGGAATTTGATTCTCTTTTTAGCCGCGGGCGTTATTATGTGCACATTGGTGCTGGCAACAATCGTACTGCCGATTTTGACAGATAAGCCGGAAGACAATGTGAAAGAGAAGAAAGTCAAATTGCTGACAGCGAGACGGAAGCTGATAAAAGCTGCCTTAACCGCCATTAAAGAAAATATGAATGAGACAAACAAAACGGCTTCTTTTGCGGTCATTGCCGAATACAATGAGAAAATGAAAAATCTCAGGTTTCAGCAGTTCACCGTCAAAAACCGCACGAAAAAAGATGAGCGGAAAGTCCGCGCCCAAGGGATACAGGCTGAACAGGAAGAATTGCTGCGGCTGATTGAGCGGGGCGACATACCGGAAGAAACGGCTGACAGCCTTCAGGAACGGTTTGATGAACTGGAAGTGCTGTATACGAATCCGTTTAAAGTCGGCTTATCTAAGAAAAAGCTGAAACGCCTGATGTACTGGATCTTTTTCGGTGAACAAAAAAAGCCGGAAATGTCGATTTTAAATGAAGAAGGCCTCATCCGCACCACGAGGGTTAAAACGGCAAAAGCGGCCATTGAAAGCCTGAAAAAACACATGACTGAAGAAAATAAAGATGTGACGCTTGCCGTCATTTCCTTTTACAATCACTTGATTTTCAGGCTGGGGCACTCGTATCACGAACAGAGTCCGAGCCGCCGTTTTGAAAATCAAAAACTCGAAATCAAACTGCGGGCCGTGCAGGCCATCCGCAACGAAATCCAAACATTATTCGAAGAGCGGGAAATTTCCCGCGATATGTCACATGAGCTTCGCCAATACATCAATGATGTGGAAGCGGCCATGCTTGACGGAGGTGAATAA MDIFLVVLVLLTIIAISNIVNRFVPFIPVPLIQVALGIIAASFPQGLHFELNTELFFVLFIAPLLFNDGKRTPRAELWNLRAPILLLALGLVFATVIVGGYTIHWMIPSIPLAAAFGLAAILSPTDVVAVSALSGRVKMPKGILRLLEGEGLMNDASGLVAFKFAIAAAVTGAFSLAQAAFSFVLISAGGLLSGVVISFLIIRFRLFLRRLGMQDVTMHMLIQILTPFVIYLAAEEIGVSGILAVVAGGITHAVEQDRLESTMVKLQIVSSSTWNIILFILNGLVFVILGAQIPDVVSVIFNDTAFNNMMVIGYIIVITLTLMILRFLWVLFFWNGKWFFNKDQSIYKPGLRSTLLISVSGVRGAVTLAGSFSIPYVLSDGSPFPERNLILFLAAGVIMCTLVLATIVLPILTDKPEDNVKEKKVKLLTARRKLIKAALTAIKENMNETNKTASFAVIAEYNEKMKNLRFQQFTVKNRTKKDERKVRAQGIQAEQEELLRLIERGDIPEETADSLQERFDELEVLYTNPFKVGLSKKKLKRLMYWIFFGEQKKPEMSILNEEGLIRTTRVKTAKAAIESLKKHMTEENKDVTLAVISFYNHLIFRLGHSYHEQSPSRRFENQKLEIKLRAVQAIRNEIQTLFEEREISRDMSHELRQYINDVEAAMLDGGE NA NA NA NA NA D1-12_03154 1716 cysI COG0155 Sulfite reductase [NADPH] hemoprotein beta-component ATGGTGAACAACATTTTAAAAGCGCCGGAAGGCCCTCCAAGTGATGTTGAGGAAATTAAAGAAAAAAGCGATTATTTGCGCGGCACATTGAAAGAAGTCATGCTCGACCGGATTTCAGCCGGCATCCCGGACGAAGACAACCGGCTGATGAAGCATCACGGAAGCTACTTGCAGGATGACCGCGATCTCCGTAATGAACGTCAAAAACAAAAGCTTGAACCGGCTTATCAGTTCATGCTGCGCGTTCGGATGCCAGGCGGCGTTTCAACTCCGGAACAATGGCTTGTCATGGATGAACTGGCGCAAAAATACGGAAACAATACATTGAAGCTGACAACGCGTGAAACGTTCCAAATGCACGGAATTTTAAAATGGAACATGAAAAAAACGATTCAGAAAATCAATGCGGCGCTGCTTGATACCATTGCGGCCTGCGGAGATGTCAACCGAAACGTCATGTGCGCTTCAAATCCGCACCAGTCTGAAATTCATGCGGAAGTATACGAATGGTCGAAGAAATTGAGCGATGACCTTCTTCCGCGCACGAGAGCCTATCATGAAATCTGGCTTGATGAGGAACGTGTGGCGGGCACTCCTGACACGGAAACGGAACCGATGTACGGGCCGCTGTACCTGCCGCGGAAATTCAAAATCGGAATCGCCGTGCCTCCGTCCAATGATATCGATGTCTTTTCTCAAGATCTCGGCTTCATTGCCATCGTGGAGGAAGGCCGTCTTATCGGATTCAACGTGGCAATCGGCGGCGGTATGGGAATGACGCACGGCGATACGGCCACTTATCCGCAGCTTTCAAAAGTCATCGGCTTCTGCAAACCGGAGCAGCTGTATGATGTAGCGGAAAAAACCATTACGATTCAGCGCGATTACGGAAACCGTTCCGTCAGAAAGAATGCCAGATTCAAGTACACCGTTGACCGTCTCGGGCTGGAAAACGTAAAAGCCGAGCTGGAAAACCGCCTCGGCTGGCAGCTGGATGAAGCGAAACCTTATCATTTTGACCATAACGGCGACCGTTACGGATGGGTGAAGGGCGTAAAAGGGAAATGGCACTTTACGATGTTTATCGAAGGCGGCCGCGTCACGGACTATGAGAATTATAAGCTGATGACGGGATTGCGTGAAATCGCCAAAGTCCATACGGGAGATTTCCGTCTCACCTCTAATCAAAACCTGATTATCGGCAATGTCTCGAGCCAGAAAAAGAAACAAATCAGCGCATTAATCGAACAATACGGTCTGACAGACGGCCGGCAGCATTCCGCCCTCCGCCGCAGTTCAATGGCTTGCGTCGCGCTTCCGACATGCGGGCTCGCCATGGCCGAAGCCGAGCGGTATCTGCCGAAATTGATTGATAAAATTGAAGACATTGTTGACGAAAACGGGCTGCGGGATGAAGAAATCACCATCCGTATGACCGGGTGCCCGAATGGCTGCGCCCGCCATGCGCTCGGCGAAATCGGATTTATCGGAAAGGCGCCCGGAAAATATAATATGTATTTAGGAGCGGCGTTTGACGGCAGCCGTTTGAGCAAAATGTACCGGGAAAATATCGGTGAAGAGGAAATTCTGAGTGAGCTTCGCACCATTCTCCCGCGCTACGCGAAAGAGCGTGAGGAAGGCGAACACTTCGGCGATTTCGTCATCCGCGCGGGCATCATTAAAGCGACGACAGACGGCACGAATTTTCACGAATAA MVNNILKAPEGPPSDVEEIKEKSDYLRGTLKEVMLDRISAGIPDEDNRLMKHHGSYLQDDRDLRNERQKQKLEPAYQFMLRVRMPGGVSTPEQWLVMDELAQKYGNNTLKLTTRETFQMHGILKWNMKKTIQKINAALLDTIAACGDVNRNVMCASNPHQSEIHAEVYEWSKKLSDDLLPRTRAYHEIWLDEERVAGTPDTETEPMYGPLYLPRKFKIGIAVPPSNDIDVFSQDLGFIAIVEEGRLIGFNVAIGGGMGMTHGDTATYPQLSKVIGFCKPEQLYDVAEKTITIQRDYGNRSVRKNARFKYTVDRLGLENVKAELENRLGWQLDEAKPYHFDHNGDRYGWVKGVKGKWHFTMFIEGGRVTDYENYKLMTGLREIAKVHTGDFRLTSNQNLIIGNVSSQKKKQISALIEQYGLTDGRQHSALRRSSMACVALPTCGLAMAEAERYLPKLIDKIEDIVDENGLRDEEITIRMTGCPNGCARHALGEIGFIGKAPGKYNMYLGAAFDGSRLSKMYRENIGEEEILSELRTILPRYAKEREEGEHFGDFVIRAGIIKATTDGTNFHE PGPT0002790_783 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H2S-VOLATILE_PATHWAY,PGPT0002790-cysI-K00381 NA NA D1-12_03155 1809 cysJ COG0369 Sulfite reductase [NADPH] flavoprotein alpha-component TTGCAACTTCAGGTCATGAACAGTCCGTTTAATCAGGAGCAGGCAGAGCTCCTTAACCGCCTTCTGCCGACCTTGACAGAATCACAGAAAATCTGGCTGAGCGGTTATTTGGCTGCTGCCCGGTCCGAATCCGGTGAAACAGCCGCACCCGCTGCTCAGGCTCCAGCAGAAAGCTCGGCAGTCTCAAGAGAAGTGACCGTATTATACGGATCGCAAACGGGAAATGCGGAAGGTCTTGCGAAACAGACGGTAAAGACGCTTGAGGAACGGGGATTCCAGGTCACCGTCGCGTCGATGAACGATTTTAAGCCGAATAATCTGAAAAAAGTAAACAATTTACTGATCGTGGTGAGCACGCACGGAGAAGGTGATCCGCCGGATAACGCGCTGGCCTTTCATGAATTTCTTCACGGCAGACGCGCGCCGAAGCTTGAAGCGCTCCGTTACTCCGTTTTGGCGCTCGGGGACAGCTCGTATGAATTTTTCTGCCAGACCGGCAAAGAGTTTGACGAGCGTCTTCAAGAGCTCGGCGGCACCCAGCTTGCGCCGCGGGTTGATTGCGATCTTGATTATGATGAGCCGTTTTCGGAATGGCTTGACGCGGTCATCGGCGGTTTGAACGAAGGAGCGGGAAATCAAACAGCCGAAGCGCCTGCCGAGACGCCGGCTCTCGGTGAATCCGTTTATTCCAGAACGAACCCGTTTCGGGCGGAGGTTCTTGAGAACATCAATCTGAACGGACGCGGTTCGCATAAAGAAACACGCCATCTCGAGCTTTCGCTTGAAGGATCGGGCCTCGCGTATCAGCCCGGAGACAGCCTCGGCATCTATCCGGAAAATGATCCGGCGCTCGTGGATGAGCTGATCAATGAGCTGAAATGGGACCCAAAACAGGAAGTAGCGGTGAATAAACAGGGAGAGCGCCTCCCGCTGAAAGACGCGCTTACTTCTCATTTTGAAATAACCGTCTTAACAAAACCGTTCCTGCAAAAGGCCGCACAGTTTACGGCTGACCAAAAGCTTAGTGAACTTCTGGCCGAAGGAAACGAAGAGCAGGTGAGAGCATACATCAACGGCCGTGATCTGCTTGATCTCGTCCGGGATTTCGGTCCGTGGGAAGCTTCCGCGGAAGACTTTCTTTCCATCCTGCGTAAAATGCCGGCCCGGCTCTATTCGATCGCAAGCAGTTTAGAAGCGAATCCGGAAGAGGTGCATCTGACAATCGGAGCGGTCAGATATGACGCGCACGGCAGAGAACGAAAAGGCGTCTGCAGCATTCTGTGTGCGGAAAGACTTCAGCCGGGAGATACGCTTCCGATTTACATTCAGCACAACCAAAACTTCAAGCTGCCGGAAAATCCGGATACACCGGTCATTATGGTCGGGCCGGGGACAGGCATCGCGCCGTTCCGTTCCTTTATGCAGGAGCGTGAAGAAACCGGAGCTGAGGGGAAAACATGGCTGTTTTTCGGGGATCAGCACTTTGTCACTGATTTTCTGTACCAGACGGAATGGCAAAAATGGCTGCAAAACGGTGTTCTCACAAAAATGGACGTCGCTTTTTCTCGGGATTCGGAGGAAAAGGTATATGTGCAGCACCGCATGAAAGAACAAAGCAAAGAGCTGTATGAATGGCTGCAGCAGGGAGCCGCCGTATACATCTGCGGTGATGAACAGCATATGGCGCATGACGTGCACCAGGCGCTTCTCGATATCATTCAGGAAGAAGGCGGCATGAGCCGTGAAAAAGCGGAAAGCTTCCTGGCAGACATGCAGCAGAAAAAACGCTATCAGCGTGACGTATATTGA MQLQVMNSPFNQEQAELLNRLLPTLTESQKIWLSGYLAAARSESGETAAPAAQAPAESSAVSREVTVLYGSQTGNAEGLAKQTVKTLEERGFQVTVASMNDFKPNNLKKVNNLLIVVSTHGEGDPPDNALAFHEFLHGRRAPKLEALRYSVLALGDSSYEFFCQTGKEFDERLQELGGTQLAPRVDCDLDYDEPFSEWLDAVIGGLNEGAGNQTAEAPAETPALGESVYSRTNPFRAEVLENINLNGRGSHKETRHLELSLEGSGLAYQPGDSLGIYPENDPALVDELINELKWDPKQEVAVNKQGERLPLKDALTSHFEITVLTKPFLQKAAQFTADQKLSELLAEGNEEQVRAYINGRDLLDLVRDFGPWEASAEDFLSILRKMPARLYSIASSLEANPEEVHLTIGAVRYDAHGRERKGVCSILCAERLQPGDTLPIYIQHNQNFKLPENPDTPVIMVGPGTGIAPFRSFMQEREETGAEGKTWLFFGDQHFVTDFLYQTEWQKWLQNGVLTKMDVAFSRDSEEKVYVQHRMKEQSKELYEWLQQGAAVYICGDEQHMAHDVHQALLDIIQEEGGMSREKAESFLADMQQKKRYQRDVY PGPT0002795_1549 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H2S-VOLATILE_PATHWAY,PGPT0002795-cysJ-K00380 NA NA D1-12_03156 2316 helD COG3973 DNA helicase IV ATGGCAAAACGTGATAAAGAGTGGAAAGAAGAGCAGGAAAGAATCAATTTTGTCATGAAGGAACTGGAACAGAAACAAACTCATCTTGAAGCCTCATCGGGCGGATTGAAGCAGGATATTGTGGGCTTGAGAAAAACGTTTTGGGATGATGTCACCGTGAATATGGATGATGCCCACGAAGCGGCTGAGACATTTTCAAGCATTAAACAGCAGGCAGAAATGCTTTCTGAACGTGAACGGACTCATCGGCTTCAATATCGGCAGCTTCAAAAAATCCAAAAGCTGAAAACCTCTCCTTACTTCGGCCGTGTCGATTTTACGGAAAAAGGGGAGTCCTCTTCCGAGCGGATTTATATCGGGCTGACTTCTTTGATGGATGAAAACAACGAGCAATTTCTCATTTACGATTGGCGCGCGCCCATCTCATCTCTTTACTATCAATATTCCCCGGGAAAAGCCCGCTATGAAGTTCCGGAAGAAACAATAGAGGGAGACATCACACTGAAGCGGCAGTTTATCATTAAAAACGGGACGCTTAAAGCGATGTTTAACACGGATATGACGATTGGTGACGAAATGCTGCAAGAGGTGCTGAGCGGCCATTCCGGACAGCATATGAAAAACATCGTGTCAACCATCCAAAAAGAACAGAACGAAATCATCCGGGATGAAAAAAGCAAATATCTCATTGTTCAGGGAGCCGCCGGAAGCGGGAAAACATCCGCGGCGCTTCAGCGGGCCGCTTACTTGCTATACCGCGGGCGCGGGGTGCTTGATGCCCGTCAGATTGTATTGTTTTCCCCGAACATTTTGTTCAACAGTTATGTGTCCGCCGTATTGCCGGAATTAGGAGAAGAGAATATGGAGCAGGCCACCTTTCAGGAATATATCATCCGCCGGCTTGGACGAAAGTTTGATTGTGAAAGCCCGTACGAGCAGCTTGAATATTGCCTGACTGAACAAAACCAGGACGCACTTTCCGTAAGGCTCGCAGCCATTGCTTACAAAGCGTCATCAGCTTTCCAGGCCATGATTGACCGCTATGCCGGCTCGCTTTCCGGCTCGGGCCTGATGTGTAAACAGATCAGCTTCCGGGGAGACATCCTGATTTCAAAAGAGCGGATTGAAGACTATTTTTATTCACTTGATCAGCAGCTGCCGATTCCGAACAGAGCTGAACTGACGGCGGAATGGCTTCTCGCGGAAATCAGCGCTCTCGAAAAAAAGGAGCGTAAGAAGGAATGGGTCTTGCAGGAGAGCGAGCTGCTTGATAAGGAAGACTATGCTGAGGTTTATCAAACACTCAAGAAGCAGGCGGCAGATGATGAACCTGTATTTGACGACCATCAGCGCGAACAGCGGCTGCTTGGCGCCATTATTGTCGGCAAAGCCTTTAAACCGATTAAGCAGGCCGTCAGACGGCTCGGCTTTCTCGATATAAAACGGATGTATCTCCGGCTGTTTTCAGACTGGGGAGCTGATGAAAAGCCCGATCATTGGGAGAGCATCGGCGCTTTGACCAGAAACGCATTTGCAGAACGGTCACTTCCGTATGAAGATGCCGCTCCGTATCTGTATTTGCAGGATCTGTTAGAAGGAAAAAGAAAAAACACACAAATGAAGCACGTCTTCATTGATGAAGCGCAGGATTATTCCCCATTTCAGCTCACGTATATTCAAAGCATCTTCCCAGCGGCAAAGATGACGGTGCTCGGTGATGTCAGCCAGTCGATTTATGCCCACACCATTACGGGCCCTTCTTCCCTCGCCGGCTGCTTTCGCAATGGTGCAGAAAAGTATGTCAGCCTGAAGCGGACTTACAGATCGACGCGGCAGATTGTTGAATTTACGAAAGCGCTGCTGGCTGACGGCGATGATATTGAGCCTTTTAACCGAAACGGGGAAAAACCTCGTGTTTTGCGGACGGATACAGAAAATGCGCGGCGGGAACAATTGGCGGATACAATCCGGGAGCTCAGACAAAAAGGCTGGGAGACGGTCGCCGTCATCTGCAAAACGGCCGCGGAAGCCAAAAAAGTGTTTCAGGCGGTCAGCGACGGTAGCGGTGTCCGCTTGATCAATAAAGAAAACCAGCCTTTTCAAAAAGGGGTATGCGTCATTCCCGTGTATTTGGCAAAAGGCATTGAGTTTGACGCCGTCATTGCCGCTGACGCCTCTGCTGCCCAGTACAAAAGCGAACATGATCGTAAGCTGTTATATACGGCCTGTACGCGGGCGATGCATCATCTGACCGTATTGTCTCCGGGAGAACCCTCTCCTTTTATAAAAGAAGTGCCCGCCGGCTTATTCGTGTAA MAKRDKEWKEEQERINFVMKELEQKQTHLEASSGGLKQDIVGLRKTFWDDVTVNMDDAHEAAETFSSIKQQAEMLSERERTHRLQYRQLQKIQKLKTSPYFGRVDFTEKGESSSERIYIGLTSLMDENNEQFLIYDWRAPISSLYYQYSPGKARYEVPEETIEGDITLKRQFIIKNGTLKAMFNTDMTIGDEMLQEVLSGHSGQHMKNIVSTIQKEQNEIIRDEKSKYLIVQGAAGSGKTSAALQRAAYLLYRGRGVLDARQIVLFSPNILFNSYVSAVLPELGEENMEQATFQEYIIRRLGRKFDCESPYEQLEYCLTEQNQDALSVRLAAIAYKASSAFQAMIDRYAGSLSGSGLMCKQISFRGDILISKERIEDYFYSLDQQLPIPNRAELTAEWLLAEISALEKKERKKEWVLQESELLDKEDYAEVYQTLKKQAADDEPVFDDHQREQRLLGAIIVGKAFKPIKQAVRRLGFLDIKRMYLRLFSDWGADEKPDHWESIGALTRNAFAERSLPYEDAAPYLYLQDLLEGKRKNTQMKHVFIDEAQDYSPFQLTYIQSIFPAAKMTVLGDVSQSIYAHTITGPSSLAGCFRNGAEKYVSLKRTYRSTRQIVEFTKALLADGDDIEPFNRNGEKPRVLRTDTENARREQLADTIRELRQKGWETVAVICKTAAEAKKVFQAVSDGSGVRLINKENQPFQKGVCVIPVYLAKGIEFDAVIAADASAAQYKSEHDRKLLYTACTRAMHHLTVLSPGEPSPFIKEVPAGLFV NA NA NA NA NA D1-12_03157 609 hypothetical protein ATGGCCTGGGAGCTGCTTAGTGTAATCGGCATCATTGCGTTTGCGGTCAGCGGAGCGATTGTTGCGATGGAAGAGGAGTATGATATTTTAGGCGTGTATATTTTGGGGATTGTAACGGCGTTCGGCGGAGGAGCCATCCGAAATCTGCTGATCGGTGTTCCGGTCTCCGCCTTGTGGGAGCAAGGCGCGTTTTTTCAAATCGCTCTCGCATCAGTTACGATTGTCTTTTTGTTTCCGAAGCTGCTGTTAAGGCATTGGAGTAAATGGGGCAACCTATCCGATGCCATCGGGCTTTCGGCGTTTGCCATCCAAGGCGCTTTATATGCCGTGAAAATGGGCCATCCGCTCAGTGCGGTGATTGCGGCAGCGGTCCTGACCGGCAGCGGGGGCGGCATCATACGGGATCTGCTCGCGGGCAGGAAGCCGCTTGTGCTCAAGGCGGAAATTTATGCGGTCTGGGCCGCGCTCGGAGGGTTAATCGTGGGCCTCGGCTGGGCCGGGGATGCCGCCGGTTTGTATGTGCTGTTTCTTGTGCTTGTGGCATGCCGCATCTGCAGTTATGTGTTCAGGTGGCGCCTGCCGAATCGTTCCTATCATATAGATCAGTAA MAWELLSVIGIIAFAVSGAIVAMEEEYDILGVYILGIVTAFGGGAIRNLLIGVPVSALWEQGAFFQIALASVTIVFLFPKLLLRHWSKWGNLSDAIGLSAFAIQGALYAVKMGHPLSAVIAAAVLTGSGGGIIRDLLAGRKPLVLKAEIYAVWAALGGLIVGLGWAGDAAGLYVLFLVLVACRICSYVFRWRLPNRSYHIDQ NA NA NA NA NA D1-12_03158 801 hypothetical protein ATGAAAATCAGTTCACTTGTTTTTCCTGTTTTATTGGCCGCCGGATTAATTCCCGGCCTGCCGTCAGCCGAAAGCCATACACATTCGCACACTCATGCGGAGCCGGCGAAAACGGTGTATACGGACCCGCTTCCGAAAGCCGATCATTTTAAAGATCTGAAGGGCCCGGTCCAAGTTGAACAGACGGTTGACACAAAAATTCTGGATGAAAACGGCAAGCAGGTCGGCACGAAACGATTTAATGCCAATGTCAGTCAGGATAAAGCCTCAACTAAAGCCAGTACGGGCAGCCAGAAGGTCAGAGTGCTGGCGGTGGCGGACGCTGAATACCGCGCCAAATACAGCGACTGGCAAACGCGAATCGTCCAGATCGTGGAGCAGGCGGATGTCGCTTTTAACCGTGATCACAACATTGATTTCGTCGTACAGGCCGTGCAGGCTTGGAATTCTTCCGGCTCAAACAGTTCTCAGATTTTATCGAATCTCCAAGGCAGCTTCAGAAATCAAAATTATCATTTTGTCGTCGGTTTTACCGCAAAATCAAGTTTTGACGCCGGCGGTATCGCGTATGTATATAACGGCAAACCGAGCGGCCCTGCTTTCAGCGTGAACCTTGATCAAGGAACGGCCAACACGGCGAAAGCGGCACAGCACGAGTTTTCCCATAACTTCGGACTTCAGCATGACGCCCAAGGCAGCGGCATCCGCTGCGTCATGAATTATGATTATGCCTATGCCGTGGATATTTGGGACAGCTCCCATAACAGACAGATTGAGACAAACAAAGCTTGGTACAAATAA MKISSLVFPVLLAAGLIPGLPSAESHTHSHTHAEPAKTVYTDPLPKADHFKDLKGPVQVEQTVDTKILDENGKQVGTKRFNANVSQDKASTKASTGSQKVRVLAVADAEYRAKYSDWQTRIVQIVEQADVAFNRDHNIDFVVQAVQAWNSSGSNSSQILSNLQGSFRNQNYHFVVGFTAKSSFDAGGIAYVYNGKPSGPAFSVNLDQGTANTAKAAQHEFSHNFGLQHDAQGSGIRCVMNYDYAYAVDIWDSSHNRQIETNKAWYK NA NA NA NA NA D1-12_03159 420 bdbC COG1495 Disulfide bond formation protein C ATGAAAAATAGAATCGTATTTTTATATGCTTCTTGGGTGATAGCTCTTGCTGCCATGCTCGTCAGCCTTTATTTCAGCGAGATCAGAAAATTCATACCGTGCGAGCTGTGCTGGTATCAAAGAATTCTCATGTACCCGCTTGTCCTGATTTTAGGAATCGCCACCTTCCAGGGTGACACGCGCGTGAAAAAATATGTGCTGCCGATGGCCGTCATCGGCGCGTTTATATCGATCATGCATTACCTTGAGCAGAAGGTGCCCGGTTTCAGCGGCATCAAGCCGTGTGTCTACGGCGTGCCTTGCTCATCTGAATATATTAACTGGTTCGGTTTCATTACCATTCCTTTCCTGGCATTGACGGCATTTATTCTCATTATTATCTGCATGTGTTTTGTCAAAACGGAACGCACGGCAAAATAA MKNRIVFLYASWVIALAAMLVSLYFSEIRKFIPCELCWYQRILMYPLVLILGIATFQGDTRVKKYVLPMAVIGAFISIMHYLEQKVPGFSGIKPCVYGVPCSSEYINWFGFITIPFLALTAFILIIICMCFVKTERTAK NA NA NA NA NA D1-12_03160 672 bdbD COG1651 Disulfide bond formation protein D GTGAAAAAGAAACAATCGTCTGCGAAATTTGCGGTGATACTGACGTTAATCGTTGTCGTTTTATTTGCGGCCATCGTAATTATTAACAACCAAACGGAAAAAGCGGGCGAAACAGTCGCCGAACAGCCTTCCATTAAAGGACAGCCCGTGCTCGGCAAAGACAGCGCGCCTGTTACGGTAGTTGAATTCGGAGATTACAAATGTCCGTCATGCAAAGTATTTAACAGCGATATCTTTCCGAAAATCAAAAAAGATTTTATCGATAAAGGCGACGTGAAATTTTCATTTGTGAACGTCATGTACCACGGAAGCGGCTCGCGTCTGGCGGCTCTTGCTTCAGAAGAGGTGTGGAAAGAAGACCCGGCATCATTCTGGGCTTTCCATGAAAAGCTGTTTGAACAGCAGCCGTCAAGCGAACAGGAATGGGTCACGCCTGCATTGCTTGAAAAAACGGTCAAAAGCACCGCGAAAAAGGTTGATCCTGACAAGCTGAAGGAAAACCTTGATAAAGAAACCTTTGCAAAAGAGCTGAAAGCTGACACTGACCTGAATGATAAATTAAACATTACGGCGACACCGACGATTTATGTAAATGACAAGGTGATTAATGACTTCTCTAAATATGATGAGATTTCAAAAACGATTAAGAAAGAGCTGAAAAATGAAAAATAG MKKKQSSAKFAVILTLIVVVLFAAIVIINNQTEKAGETVAEQPSIKGQPVLGKDSAPVTVVEFGDYKCPSCKVFNSDIFPKIKKDFIDKGDVKFSFVNVMYHGSGSRLAALASEEVWKEDPASFWAFHEKLFEQQPSSEQEWVTPALLEKTVKSTAKKVDPDKLKENLDKETFAKELKADTDLNDKLNITATPTIYVNDKVINDFSKYDEISKTIKKELKNEK NA NA NA NA NA D1-12_03161 2112 cadA COG2217 Cadmium, zinc and cobalt-transporting ATPase ATGAAAGCAGCCAAAGGTGAATTTGTTTTAGACGGACTTGATTGCAGCAACTGTGCAAAAAAAATAGAAAACGGCGTAAAAGCCATTGACGGCATAGACGGCTGTGCTGTCAATTTTGCGGCAAGCACCATCACGGTCTCAGCCGGCGGCAAAAACGAGCAATGGATGAAAGACGAAGTCGCGAAAAAAGTAAAGTCCATTGATCCTCATGTGACCGTCCGTGCGAAACATGAAGATAAACCCGGCGAGGATGAATACCGCAAAAAGCTGCACCTGATGTTAGTGAGGCTGGCAGCGGGAGCCGTTTTGGCCGTCATCGCTTACTTCGCGCACACGGGCGCCGTCCTTGAGTTTCTGCTCTTTTTTGCTTCATATTTGATCATCGGCGGCGATATCGTAGCCAGAGCGGGAAAAAACATTGTCCGCGGCCAGGTATTTGATGAGCATTTTCTGATGGCGCTTGCCACGATCGGCGCATTTGTGATTCATCAGTATCCGGAAGGCGTCGCGGTCATGCTGTTTTACCAAATCGGTGAATTGTTTCAGGGAGCGGCCGTCAGCCGATCCAGAAAATCGATCAGCGCGTTATTGGACATCCGTCCTGAGTACGCCAATGTGAAAACGGAAAACGGCATGACTGCCGTTCCGCCGCAGGACGTCAAAGTCGGACAGGTCATCGTCGTGAATCCCGGAGAACGGATTCCGCTGGACGGAAAGGTGCTGAGCGGTTCTTCGATGGTTGATACATCCGCTTTAACGGGCGAATCCGTGCCGAGAAAAGCGGAGCCGGGGCAAGATGTGATGGCCGGATTTATGAATCAGAACGGCGTGCTTCATATTGAAACCTCTAAAGGATATGAAGACTCTGCCGTGTCAAAAATATTGGATCTGGTCGAAAATGCGGCCGGACGTAAAGCGAAAACGGAAAACTTTATTACGAAGTTTGCCAAGTATTATACACCGGCCGTTGTCATTGTTGCGGTGCTTCTCGCCTTTTTACCGCCGCTTCTCGTGCCTTCAGCCGCGCTATCCGACTGGGTGTACCGCGCGCTGATTTTCCTTGTGATTTCTTGTCCGTGCGCACTCGTCGTCTCCATTCCGCTCGGGTTTTTCGGCGGTATCGGGGCTGCGTCTAAAGCAGGGGTGCTCGTGAAAGGCAGCAACTATTTAGAAGCGCTCAATCAGGTGGCATACGCCGTGTTTGATAAAACGGGAACCTTAACGAAAGGCAATTTCGCCGTTACTGATATCAAGCCGGCGGCGGGATTTACGAAAGACAGCCTGCTTCATGCGGCCGCGCTTGCGGAAGTCCATTCCAATCATCCGATTGCTTCTTCCATCCGTGAAGCTTACAATCAACCGCTCGCGGCTGAGGAGATTGAAGAATATGAAGAAATACCCGGACACGGCATTCGGGTGAAAACCGGCGGATCAACGATTTTGGCCGGAAATCAAAAACTGATGGCAAAAGAACAAATCGCTTCCGGCACAGCTGAAAATAACGGAACCGTCGTCTATGTCGCCGTTGATCAGCGGTATGCGGGGGCGATCGTGATCGCCGACGAAATCAAAGAGGACGCCAAACAGGCCATTGCCAATTTAAAAGCGCTCGGCGTGAAGCGGACAGTGATGCTGACGGGTGATTCAAAGCAGACCGGAGAAGCTGTCGGCCGAGAGCTCGGTATTGATGACGTGTACACAGAGCTTTTGCCGGGTGACAAGGTAGACCGCGTCGAAGAACTTGAAGCGGCGCTTGCACCGAATGAAAAACTGATGTTTGTCGGCGACGGGATTAATGATACGCCTGTGCTTGCCAGAGCTGACATCGGAGCTGCCATGGGGGCTCTCGGCTCTGATGCCGCCGTCGAAGCGGCCGATGTCGTCCTGATGACAGACCAGCCGTCAAAAGCATCCGAAGCGATCCGGATTGCACGCCGCACACGCCGGATCGTCTGGCAGAACATCGGATTTGCTTTAGGCGTAAAAATCATTTTTCTCCTGCTTGGCGCATTCGGATTTGCCACCATGTGGGAAGCGGTCTTTTCAGATGTAGGCGTCACGCTGATCGCCGTTGCCAACGCGATGCGCGTCATGAGAGTGAAAGCGGAATAA MKAAKGEFVLDGLDCSNCAKKIENGVKAIDGIDGCAVNFAASTITVSAGGKNEQWMKDEVAKKVKSIDPHVTVRAKHEDKPGEDEYRKKLHLMLVRLAAGAVLAVIAYFAHTGAVLEFLLFFASYLIIGGDIVARAGKNIVRGQVFDEHFLMALATIGAFVIHQYPEGVAVMLFYQIGELFQGAAVSRSRKSISALLDIRPEYANVKTENGMTAVPPQDVKVGQVIVVNPGERIPLDGKVLSGSSMVDTSALTGESVPRKAEPGQDVMAGFMNQNGVLHIETSKGYEDSAVSKILDLVENAAGRKAKTENFITKFAKYYTPAVVIVAVLLAFLPPLLVPSAALSDWVYRALIFLVISCPCALVVSIPLGFFGGIGAASKAGVLVKGSNYLEALNQVAYAVFDKTGTLTKGNFAVTDIKPAAGFTKDSLLHAAALAEVHSNHPIASSIREAYNQPLAAEEIEEYEEIPGHGIRVKTGGSTILAGNQKLMAKEQIASGTAENNGTVVYVAVDQRYAGAIVIADEIKEDAKQAIANLKALGVKRTVMLTGDSKQTGEAVGRELGIDDVYTELLPGDKVDRVEELEAALAPNEKLMFVGDGINDTPVLARADIGAAMGALGSDAAVEAADVVLMTDQPSKASEAIRIARRTRRIVWQNIGFALGVKIIFLLLGAFGFATMWEAVFSDVGVTLIAVANAMRVMRVKAE PGPT0004200_2521 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_LEAD_RESISTANCE LEAD_RESISTANCE-PBR_TRANSPORT_SYSTEM,PGPT0004200-zntA|cadA-K01534 NA NA D1-12_03162 2430 copA COG2217 Copper-exporting P-type ATPase TTGAGTGAACCGAAAGAAATGACCATTCAAGTGGGGGGCATGACATGCGCCGCCTGCGCTTCAAGAATTGAAAAAGGGCTGAAACGGATGGACGGCGTCAATGACGCTTCCGTCAATCTTGCGCTTGAGACTTCAAACATTTCCTATCACCCTGACAAAATCGAAGCAAGCGCCATAAAAGAAAAAATTGAAAAACTCGGCTATCACGTCGTGACGGAAAAAGCCGAGTTTCAGATTGAAGGCATGACGTGCGCCGCTTGCGCCAACCGGATTGAAAAGCGCCTGAACAAAATAGGGGGAGTTGACAGCGCACCGGTGAATTTCGCACTGGAAACAGTCACCGTTGAATACAATCCGAAAGAGGTGACACCGAAAGAGCTGAAAGAGACCGTGGCAAAACTCGGCTACAGATTAGACGAGAAGAAAGCGGTTGATGGAGACGGCGGATTATCCCAAAAGGAGAAAGAGCAGCGAAAACAGCTGATCAGGCTGATATTTTCTGCCGTTCTCTCCTTTCCGCTTCTATGGTCGATGGTCAGCCATTTTTCTTTTACTTCTTTTATCTGGATGCCGGATATCCTGATGAATCCGTGGCTGCAATTCGCGCTTGCCACCCCGGTGCAGCTCGTCATCGGCTGGCCTTTTTATATGGGGGCGTACAAGGCGCTGAGAAACAAAAGCGCCAATATGGATGTTCTCGTTGCGCTCGGAACGACGGCCGCTTACGCATACAGCCTGTACATGACGATTGCGTCTCTCGGACGAGACGGACATGTTGAGGGGCTTTATTATGAAACGAGCGCCATTTTGCTGACTTTGATTTTGCTTGGAAAGCTTTTAGAGATGAAAGCGAAAGGCCGCTCATCAGAAGCGATTAAAAAGTTAATGAAGCTTCAGGCGAAGACGGCGGCGGTTGAGCGGGACGGCAAAGTACAGGTGATTCCGATTGATGAGGTCCGGACGGGGGACATCGTATACGTGAAACCGGGAGAACGCGTCCCTGTCGATGGCGAAGTGATTGAAGGCCATTCCGCAATTGATGAATCGATGATTACGGGAGAGAGCATGCCTGTCGATAAGTCTCCCGAAAGCAGTGTCACCGGTGCGACGATCAATGCAAACGGCTTTCTCAAAATCAGAGCGGTGAATGTCGGGAAAGATACCGCGCTTGCACACATTATTAAAATCGTGGAAGAAGCCCAAGGATCAAAAGCCCCCATTCAGCGGCTCGCGGATCACATTTCAGGCATTTTCGTCCCGATTGTGCTGGGGCTGGCCGTGCTGACTTTTCTCATTTGGTATGTATGGGCCGCGCCGGGACAGTTTTCTGAAGCGATCGGCAAATTCATCGCCGTGCTTGTCATTGCCTGTCCGTGCGCACTCGGGCTCGCCACACCGACGAGCATTATGGCGGGCTCGGGCCGCGCAGCTGAATTCGGCATTCTTTTTAAAGGCGGAGAGCATTTAGAAAAAACACAGCGTCTGACGACAATCGTACTGGATAAAACAGGAACGGTGACAAACGGCAGACCTGTTCTGACAGACGCCGTGCCGGCAGCGGGAATGAACGAAGAGGAACTCCTGCGGCTGGCGGCGGCCGCCGAAACGGGATCAGAGCACCCGCTTGGAGAAGCCATCGTGTCAGGAGCCGAAAAACGGGGGATTGCCATCCCGAAAATCACCCGGTTCCAAGCCCGGATCGGTTCCGGAATCTATGCAGAGGCTGACGGCAGAACGATTCTAGCCGGATCAAGACGGCTGATGGAATCAGAACACATTGAACATGAGGCGCTGCTTCCGCAAATGGCCCGCTTGGAGGCGGAAGGAAAAACGGTGATGCTTATTGCGGCAGACGGCAAAGCGGCGGGGCTTATCGCAGTCGCCGATACAATCAAAGAAACATCTCCGGCCGCGGTGAAACGCCTGAATGATATGGGGCTTGACGTCATCATGATGACCGGTGACAACAAAAAGACCGCAGAAGCCATTGCAAAAGCCGCGGGCATCGGCAGCGTGATCGCCGAAGTGCTTCCCGAACAAAAGGCGGCGGAAATTTCCCGGCTGCAAAAAGAAGGCCGGCGCGTGGCGATGGTCGGTGACGGCATCAATGATGCTCCGGCGCTGGCTGTGGCCGATATCGGAATGGCCATCGGCACCGGCACAGATATCGCAATGGAAGCGGCGGATATTACGCTGATCCGCGGTGACCTGAACGGCATTGCCGACGCCATCGGCATGAGCAGGCTGACCATGAGAAACATCAAGCAGAATTTAGGCTGGGCATTGGGATACAACAGCATCGGCATTCCGATTGCGGCATCCGGCTTTCTGGCCCCGTGGGTGGCAGGCGCTGCCATGGCGTTCAGCTCAGTATCGGTCGTGCTTAATGCTTTGCGTTTACAGAAGGTGAAAAAAGACAAAATGGGCTGA MSEPKEMTIQVGGMTCAACASRIEKGLKRMDGVNDASVNLALETSNISYHPDKIEASAIKEKIEKLGYHVVTEKAEFQIEGMTCAACANRIEKRLNKIGGVDSAPVNFALETVTVEYNPKEVTPKELKETVAKLGYRLDEKKAVDGDGGLSQKEKEQRKQLIRLIFSAVLSFPLLWSMVSHFSFTSFIWMPDILMNPWLQFALATPVQLVIGWPFYMGAYKALRNKSANMDVLVALGTTAAYAYSLYMTIASLGRDGHVEGLYYETSAILLTLILLGKLLEMKAKGRSSEAIKKLMKLQAKTAAVERDGKVQVIPIDEVRTGDIVYVKPGERVPVDGEVIEGHSAIDESMITGESMPVDKSPESSVTGATINANGFLKIRAVNVGKDTALAHIIKIVEEAQGSKAPIQRLADHISGIFVPIVLGLAVLTFLIWYVWAAPGQFSEAIGKFIAVLVIACPCALGLATPTSIMAGSGRAAEFGILFKGGEHLEKTQRLTTIVLDKTGTVTNGRPVLTDAVPAAGMNEEELLRLAAAAETGSEHPLGEAIVSGAEKRGIAIPKITRFQARIGSGIYAEADGRTILAGSRRLMESEHIEHEALLPQMARLEAEGKTVMLIAADGKAAGLIAVADTIKETSPAAVKRLNDMGLDVIMMTGDNKKTAEAIAKAAGIGSVIAEVLPEQKAAEISRLQKEGRRVAMVGDGINDAPALAVADIGMAIGTGTDIAMEAADITLIRGDLNGIADAIGMSRLTMRNIKQNLGWALGYNSIGIPIAASGFLAPWVAGAAMAFSSVSVVLNALRLQKVKKDKMG PGPT0004090_3606 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_COPPER_RESISTANCE COPPER_RESISTANCE-COPPER_TRANSPORT,PGPT0004090-copA|ctpA-K17686 NA NA D1-12_03163 207 copZ Copper chaperone CopZ ATGGAACAAAAAACACTGCAAGTCGAAGGCATGTCCTGTCAGCACTGCGTCAAAGCAGTAGAGACCGGAGTAGGAGAACTGAACGGAGTGACGGCGGTTCAGGTGAAATTGGAAGCCGGACAGGTGGATGTGACGTTTGATGAGAACAAAGTCTCCGTATCAGATATAAAAGACGCGATTGAAGATCAAGGTTATGACGTCGTATAG MEQKTLQVEGMSCQHCVKAVETGVGELNGVTAVQVKLEAGQVDVTFDENKVSVSDIKDAIEDQGYDVV PGPT0004125_724 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_COPPER_RESISTANCE COPPER_RESISTANCE_MEDIATION,PGPT0004125-ATOX1|ATX1|copZ|golB-K07213 NA NA D1-12_03164 306 csoR COG1937 Copper-sensing transcriptional repressor CsoR ATGGACAAACATACCGAGCATCAATCGTTAAATCATAAAAGCGCCAAAGAAAAAGACCAGATCCTGAACCGGCTGAAACGGATTGAAGGCCAGGTCAGGGGCATTCAGAATATGGTGGAGAACGAACGATACTGCGTGGATATTCTTGTGCAGATCTCAGCCGTACAGGCAGCCATGCAGAAAGTCGCGTTTCATCTGCTGGAAGATCACGCCCATCACTGCGTAGCCGGCGCCATTGAGAGCGGAAACGGGGAGCAGGCGATTGCCGAGCTGCTTGACGTTGTGAAAAAAATCGCAAAATCGTAA MDKHTEHQSLNHKSAKEKDQILNRLKRIEGQVRGIQNMVENERYCVDILVQISAVQAAMQKVAFHLLEDHAHHCVAGAIESGNGEQAIAELLDVVKKIAKS PGPT0004175_933 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_COPPER_RESISTANCE COPPER_RESISTANCE-RELATED_FUNCTIONS,PGPT0004175-csoR|ricR-K21600 NA NA D1-12_03165 1041 iolW COG0673 scyllo-inositol 2-dehydrogenase (NADP(+)) IolW TTGAAAACGATACAGGTTGGCATATTGGGATATGGTTTGTCGGGTAAAGTCTTTCATGCGCCGCTTTTGGACGTCCTTGATGATTATCAGATCAAAAAAGTCATGACGTCCAGAACGGAGGAGGTCAAACGTGATCTGCCGGGGGCTGAAGCCGTGCGCGCGATTGAAGACATTACCGGTGATCCTGACATTGACCTCGTCATCGTCACGACACCGAGCGGAATGCATTATGAATCAGCGATGAAATGTCTACTGGCGGGAAAACACACCGTCGTGGAAAAACCGATGACGGCGACTTCAGCAGAAGCGGAGGAACTGAGAAGAACGGCTGAAGATAAAGGCGTCTTACTGAGCGTGTACCACAACCGGCGGTGGGACAATGACTTTTTAACGATACAAAAGCTGATTCGGGACGGGGCGCTTCAAGACATTCATACATATCAAGTCAACTACGATCTATACAACCCGGTTGTACAGGAAAAATGGCGCGAAAAGAACGGACCCGCCACGGGAACGCTGTATGATCTCGGTTCACATATTATTGACCAGACACTTCTGCTTTTCGGAATGCCGGAATCCGTCACCGCACATGTGATGAAGCAGCGGGACAACAGCGAAACCGTTGATAATTTTCTGGCCGCGCTCCATTACGGCAAGCTTCAGGTCATCCTTCAATCCGGCTCCATGAATGCGGCAAGCGGCCCGCGCTATCAGATTCACGGACGGAATGCAAGCTTTATCAAATACGGAATGGATGGACAGGAAGATGCGCTTTCAGCGGGCAAAAAGCCGGTTGACGAGAGCTGGGGCGCCGATGATCCTGACAACTTCGGAGAGCTGACAACCGCAGCGGATGAAAAACGGCATACAGAAACAATCCCCTCTGAGAACGGCTCTTACCTTACGTACTACAAACTGCTGGCAGACAGCATCTTAAACGGAAAACCGCTTCCCGTTACGGCAAAAGAAGGCATCGATGTCATCCGTGTTATTGAAGCGGCGATGAAAAGCAGCGAACAAAAACGGACGATTGCCCTTTAA MKTIQVGILGYGLSGKVFHAPLLDVLDDYQIKKVMTSRTEEVKRDLPGAEAVRAIEDITGDPDIDLVIVTTPSGMHYESAMKCLLAGKHTVVEKPMTATSAEAEELRRTAEDKGVLLSVYHNRRWDNDFLTIQKLIRDGALQDIHTYQVNYDLYNPVVQEKWREKNGPATGTLYDLGSHIIDQTLLLFGMPESVTAHVMKQRDNSETVDNFLAALHYGKLQVILQSGSMNAASGPRYQIHGRNASFIKYGMDGQEDALSAGKKPVDESWGADDPDNFGELTTAADEKRHTETIPSENGSYLTYYKLLADSILNGKPLPVTAKEGIDVIRVIEAAMKSSEQKRTIAL PGPT0018530_518 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 D1-12_03166 636 azoR2 COG1182 FMN-dependent NADH-azoreductase 2 ATGGCAAAAGTACTTTATATCACTGCTCATCCTCATGATGAAAAGACATCTTACAGCATGGCGACAGGAAAAGCGTTTATCGATTCTTATAAAGAATCAAACCCGAATGATGAGGTTGTACATATCGACCTTTACAAAGAGAACATTCCTCATATCGACGCGGATGTATTCAGCGGCTGGGGAAAACTTCAATCCGGCACAGGTTTTGAAGAGCTTTCTGAAAACGAAAAGGCGAAAGTCGGCCGTCTGAACGAGCTGAGCGATCAATTCGCGGCAGCTGACAAATACGTATTCGTCACACCGCTTTGGAACTTCTCATTCCCGCCGGTTATGAAAGCGTACCTTGATTCCGTTGCTGTAGCCGGAAAATCATTCAAATATACAGAGCAAGGCCCGATCGGTCTGTTGACAGACAAAAAAGCGCTCCACATTCAGGCGCGCGGAGGCTATTACTCTGAAGGACCGGCGGCTGACATGGAAATGGGCCACCGTTACATCGGCATCATGATGAACTTCTTCGGCGTTCCTTCTTTCGACGGATTAATCGTTGAAGGCCATAATGCTGAACCGAATAAAGCACAGCAAATTAAAGAAGATGCGATTGCCCGCGCGAAAGAAGCCGGAAAATCATTCTGA MAKVLYITAHPHDEKTSYSMATGKAFIDSYKESNPNDEVVHIDLYKENIPHIDADVFSGWGKLQSGTGFEELSENEKAKVGRLNELSDQFAAADKYVFVTPLWNFSFPPVMKAYLDSVAVAGKSFKYTEQGPIGLLTDKKALHIQARGGYYSEGPAADMEMGHRYIGIMMNFFGVPSFDGLIVEGHNAEPNKAQQIKEDAIARAKEAGKSF PGPT0006790_256 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_DEGRADATION_OF_OTHER_NITRO-COMPOUNDS XENOBIOTIC_AZO_DYE_DEGRADATION,PGPT0006790-acpD|azoR-K01118 NA NA D1-12_03167 1329 moxC COG2141 Putative monooxygenase MoxC ATGAGCCGGACGGATCTTATTCAATTCGGAGCCATGATTCACGGTGTCGGCGGCACAACGGACGGCTGGCGTCATCCCGACGCCGATCCGACAGCAAGCACGAATGCGGCGTTTTACAGACAAAAAGCGCAAACTGCTGAAAGAGGGCTGTTCAGCTTTGCTTTTATTGCGGACGGCTTGTTCATTTCTGAAAAGTCCATCCCGCATTTCTTAAATCGGTTTGAGCCGATCACTATTTTATCGGCGCTTGCCGCCTCTACAACCCATCTTGGTTTAATCGGCACATTTTCCACATCGTTCACTGAGCCGTTCACCATCGCAAGACAGCTGATGTCTCTTGACCATATCAGCGGCGGCCGGGCGGGCTGGAATCTCGTCACCTCTCCGCAGGCGGGAGCCGCGCGCAATCACAGCAAAGAAAGCCTTCCCGACCACAGCCGGCGCTATGCCATCGCCCAGGAACATGTGGACGTGGTGCGCGGCCTGTGGAATTCCTGGGAAGAAGATGCCTTCGTCCGCAACAAAGAAACCGGGCAGTTTTTTGACCCTGACAAACTGCATCGCCTGTATCACAAAGGCGAGTATTTTCAAGTGGAGGGCCCGCTGAATATCGGCCGGTCCAAACAGGGAGAGCCGGTCGTTTTCCAAGCGGGGTCTTCAGAAACCGGCCGGTCGTTTGCCGCGAGGAATGCAGATGCAGTCTTTACGCACTCCAATTCACTTGAGGAAACGAAAGCTTTTTATGATGATGTGAAGAAGCGGGCGGCGGATTACGGCCGGGACGCTTCCAAGCTGCGGATCTTTCCGGGAATCAGTCCGATTATAGCCGGCTCACAAGAAGAAGCGGAAGCGAAATACCAAGAATTCGCCGAGCTCATTCCGATAGAGAACGCTGTTAAATATGTGGCCAGATTCTTTGACGATTATGATCTGAGCCGTTTTCCGCTGGATGAGCCGTTTCCTGATTTGGGCGACGTCGGGAAAAACGCGTTTCAAAGCACGACAGACCGTATCAAAAGAGAGGCGAAAGCCCGGAATCTTACGCTGCGTCAAGTGGCGCGCGAAGCCGCGTTTCCGCGAACCCATTTTATCGGCACACCGGAACGTGTGGCGTCATTAATTGAAACATGGTTTCAGCGCGAAGCGGCGGACGGGTTTATCATTCACTCTGACATCCCCGGCATGCTTGAAGCCTTTGTGGATCAAGTCATACCGATCCTTCAGGAAAAGGGGCTGTACCGAAAAAGCTATCCGGCCGATACACTGCGGGGGAATCTCGGATTGGATATTCCGGCCTGCAGACCCAATCCGATTTTGAGCAGAAACTGA MSRTDLIQFGAMIHGVGGTTDGWRHPDADPTASTNAAFYRQKAQTAERGLFSFAFIADGLFISEKSIPHFLNRFEPITILSALAASTTHLGLIGTFSTSFTEPFTIARQLMSLDHISGGRAGWNLVTSPQAGAARNHSKESLPDHSRRYAIAQEHVDVVRGLWNSWEEDAFVRNKETGQFFDPDKLHRLYHKGEYFQVEGPLNIGRSKQGEPVVFQAGSSETGRSFAARNADAVFTHSNSLEETKAFYDDVKKRAADYGRDASKLRIFPGISPIIAGSQEEAEAKYQEFAELIPIENAVKYVARFFDDYDLSRFPLDEPFPDLGDVGKNAFQSTTDRIKREAKARNLTLRQVAREAAFPRTHFIGTPERVASLIETWFQREAADGFIIHSDIPGMLEAFVDQVIPILQEKGLYRKSYPADTLRGNLGLDIPACRPNPILSRN PGPT0003040_16 DIRECT EFFECT BIO-FERTILIZATION SULFUR_ASSIMILATION|MINERALIZATION S-ASSSIMILATION-SULFUR_METABOLISM S-METABOLISM-ALKANESULFONATE_DEGRADATION,PGPT0003040-ssuD-K04091 NA NA D1-12_03168 288 hypothetical protein ATGAGTCATGAAGTAAACGTAGTGGTCTGGAGCAAACAGGGCTGCTCCTATTGCGATGAAGTGAAAGGATATTTGCGGGAAAAAGCCGTTGCATACGAAACAATTGATGTGACAGAGCGGGATGAAATGCGTGACGTGCTGCAGACGAAGTACGGCATCCGTCATGTCCCCGTCGTTGAAATCGGCAGCGGTGACAGCCGTGTGTATCAGGCCGTTACTCAAGTCGGCATTGAACATGTAGAACGGGCGCTTGCCGATTACGAGGGGAAAAAGGGGGAGAGAAAATGA MSHEVNVVVWSKQGCSYCDEVKGYLREKAVAYETIDVTERDEMRDVLQTKYGIRHVPVVEIGSGDSRVYQAVTQVGIEHVERALADYEGKKGERK PGPT0013201_2904 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-CHAPERONES,PGPT0013201-grxC-K03676 NA NA D1-12_03169 1008 hypothetical protein ATGATTCGTTTAAGCATTTTAGACCAAAGTGTCACCGCGGAAAACCAAACCGCAGAAGAAGCCTTGCGGCAAACGGTGAAATTGGCTCAGGAGGCCGAACAATACGGATATGACCGTTTCTGGGCGGCGGAGCATCATAACAATGAAGAGATAGCGGGATCAGCTCCGGAAATTGTTCTGGGGTATCTTGCCGCAAGCACGAAAAAAATCCGTCTCGCATCCGGCGGGGTGATGCTGCAGCATTACAGTCCCTATAAAGTGGCGGAGCAGTTCCGGGTTCTGTCCGCCCTTGCTCCCGGCCGTGTGGCGCTTGGTGTCGGCAAAGCGCCCGGCGGATTTCAGCTGTCAACCGATGCGCTGCAGCGGGAGCTTATCCAGCCCGCCCGTTTATTTGAAGAAAAGCTTGAGGAGCTGACTCATTTCATCCGAAATGATTTTCCGGACTCGCACCGCTACGCGTCATTGCGGCCGGCGCCGCATACTGAGTATGCGCCTGACCTCTTTTTGCTCGGCGGCAGCGCGGAAAGCGCGATATCCGCGGCCAAACTCGGCATTTCCTTCGTTTTCGCCTATTTCATAAACGGTGAAGAGGCTGCGTTAGAAAAAGCGCGCCATGCCTTTGACGAGCATCTGCCGAAAGGGTCGAAGGCGGAATTTCACCTTGCGCCGATGGTATTTACCGCGCATACAAAAGCAGAGGCTGAAAAACACGTGGTATCGCGTGAGTCGGTCAAAATCATTCTCGAAGACGGCAAAAAGGTGAATGTCGGTTCCCGGGAACAAGCGGAAGCGTTTCTTGAACAAGTCACGCAGCCGTATAAGCTGATTACACAAAAGACGGGTGTGATTGCCGGGACAAAAGAAGAGACAGCCGCCGAGCTGAGACGATTATCGGTTCAATACAGCATTACTGATTTTGTGATTTTGTCGCCTATCAAAAATGCTGAGGAAAAACGATTGTCTTACCGGCTGTTAAGCGAAGCGGTGCAGCCGGCCCCACAATTATAG MIRLSILDQSVTAENQTAEEALRQTVKLAQEAEQYGYDRFWAAEHHNNEEIAGSAPEIVLGYLAASTKKIRLASGGVMLQHYSPYKVAEQFRVLSALAPGRVALGVGKAPGGFQLSTDALQRELIQPARLFEEKLEELTHFIRNDFPDSHRYASLRPAPHTEYAPDLFLLGGSAESAISAAKLGISFVFAYFINGEEAALEKARHAFDEHLPKGSKAEFHLAPMVFTAHTKAEAEKHVVSRESVKIILEDGKKVNVGSREQAEAFLEQVTQPYKLITQKTGVIAGTKEETAAELRRLSVQYSITDFVILSPIKNAEEKRLSYRLLSEAVQPAPQL NA NA NA NA NA D1-12_03170 780 tcyN COG1126 L-cystine import ATP-binding protein TcyN ATGATCGAAATCCGAAACATTCAGAAACATTTTGGCAGTCATCACGTGCTAAAGGGGATCAATTTAAGTGTCCGGAAAGGAGAAGTCGTGACCATCATCGGCCCGAGCGGTTCCGGGAAAACCACTTTTCTGCGCTGCCTTAATTTACTTGAGCGGCCGGATGAGGGCGCCATTTCGCTGCACGGTGAAGTCATTAACTGCAAAAAGCCTGCCAAAAAAGACATTCTCAGACTGAGGAAACAGACGGCGATGGTTTTTCAGCAATATCATTTGTTTTCGCATAAAACGGCGATTCAAAATGTCATGGAAGGCCTGACGGTCGCAAGGAAAATGAAAAAAACAGATGCGTACGCCATTGCCGAGCGGGAACTGGCCAAGGTGGGGCTTCAGGATAAATTGCACGCCTATCCGAATCAGCTATCGGGAGGACAGAAGCAGCGGGTCGGAATTGCCCGGGCGCTTGCCATTCATCCTGATGTGATGCTGTTTGACGAACCGACCGCAGCCCTTGATCCGGAGCTTGTCGGCGAGGTGCTCGATGTGATGCTTAACATTGTGCGGACCGGCGCCACCATGATCATTGTCACACATGAAATGGAATTCGCCAGAAGAGTGTCCGACCAAATTGTGTTTATGGATGAAGGAGCAATCGTGGAACAAGGAACGCCTGAGGAAGTCTTTTACAAGACGAAAAAAGAAAGAACGAAGAAGTTCCTCCGCCGCGTGCTGCCTGATTACGGTTATGACATAAAAGAGCGCATAAAGGAGCCTGTCGTATGA MIEIRNIQKHFGSHHVLKGINLSVRKGEVVTIIGPSGSGKTTFLRCLNLLERPDEGAISLHGEVINCKKPAKKDILRLRKQTAMVFQQYHLFSHKTAIQNVMEGLTVARKMKKTDAYAIAERELAKVGLQDKLHAYPNQLSGGQKQRVGIARALAIHPDVMLFDEPTAALDPELVGEVLDVMLNIVRTGATMIIVTHEMEFARRVSDQIVFMDEGAIVEQGTPEEVFYKTKKERTKKFLRRVLPDYGYDIKERIKEPVV PGPT0020745_20 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_CYSTEINE_TRANSPORT,PGPT0020745-tcyN-K16960 NA NA D1-12_03171 708 tcyM COG0765 L-cystine transport system permease protein TcyM GTGGAGCTGGACATTCCGTTTATCGGCACTGCGATAAAACAAATGGTGAAAACCGTTCCGCTTACATTGGCGATGACGGTCATTCCGATTATCACCGGATTTTTCATAGCTCTCGGCAATATCACGGTGCGTATATTCCGCATCAAATGGCTGCTGGCCTGCTCATCGTTTTACGTGTCTTTTTTCCGCAGCACCCCGGCGATTCTCCATATTATGCTGATTTATTTAGGGATTCCGCTGATTGCCGATCAATTCAGCCGCGCGTTTCATCTCGGCTGGTCGGCCAATCAGATTCCGGTCGCCGTGTTTGTCATCATGGCACTGTCATTAACGGCAGGCGCTTATATGACGGAAATTCTCCGATCCGGGATCATGGCCGTCGATACAGGGCAGGCGGAGGCGGCATATTCAATCGGCCTGACGCGGGGACAGATGATTCGGCGCGTGGTTCTGCCGCAGGCGTTCATGATATCGCTGCCGAACTTCACCAATATAGGCATCGGCTTTTTGCATACCACTTCCATCGCGGCAATTGTTGCAATGCCTGAAATTACAGGAACGGCGACGATTGCGGCATCCGATAACTATGCGTTTCTGGAAGCATTTATCGGGGCGGCCGTGATTTATTGGGGATTAACGCTGATTCTCGAAGCTGTAAACAGTCTGGCGGAAAAAAGAGCGGCCAGATATCAAGGAGGCGCATTATGA MELDIPFIGTAIKQMVKTVPLTLAMTVIPIITGFFIALGNITVRIFRIKWLLACSSFYVSFFRSTPAILHIMLIYLGIPLIADQFSRAFHLGWSANQIPVAVFVIMALSLTAGAYMTEILRSGIMAVDTGQAEAAYSIGLTRGQMIRRVVLPQAFMISLPNFTNIGIGFLHTTSIAAIVAMPEITGTATIAASDNYAFLEAFIGAAVIYWGLTLILEAVNSLAEKRAARYQGGAL PGPT0020740_135 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_CYSTEINE_TRANSPORT,PGPT0020740-tcyM-K16959 NA NA D1-12_03172 723 tcyL COG0765 L-cystine transport system permease protein TcyL ATGGAAAAAGCGTTTGATATCAGTATGATCGCGTCCTTTGTGCCGACATTGCTCGGGTATTTGCCCGTCACGCTGTATATATTGGCGGTGTCTTTGCTGTTCGGCTTTCTATTGGGGCTGCTTTTGGCGCTGCCCCGCATCTATCGCATTCCCGTTTTGAATCAGTTTGCGAAGCTGTATATCTCTTTTTTCAGAGGAACGCCTATCATGGTGCAGCTGTTCATTGTATTTTACGGCATTCCGGCGCTCACGGCGCTCGCCGGAATTGATACCTCCAAAATGGACCCTTTGTATGCGGCCATCGCCACGTATGCGCTGAGCAGCGCGGCAAGAGCGGCCGAAATCATCAGGGGAGGTGTGAACAGCGTCGACAGCGGGCAGGCGGAGGCGGCGTTCAGCATCGGGCTGAACGGGGGGCAGACATTCCGGCGCATCATTCTGCCGCAGGCGCTTGTGCAGGCCTTTCCCAACATCGGGAATATGGTGATCGGTTTCTTAAAAGATACATCACTCGCTTTTTCGATCGGGGTGATGGATATGTCGGGCAGAGGACAGACCTTGATTACATCGAGCAATCATTCTTTAGAAGTGTATATCTCGCTTTCTGTTCTGTATTATGCGGCCGCCCTTTTATTTGAATGTGTCTTCAGATGGGCCGAAAAACGAATCAAGAAAGATGAGACGCGCCTTGTGACGGTTTTTGACATGAGCGCGCACGGCTGA MEKAFDISMIASFVPTLLGYLPVTLYILAVSLLFGFLLGLLLALPRIYRIPVLNQFAKLYISFFRGTPIMVQLFIVFYGIPALTALAGIDTSKMDPLYAAIATYALSSAARAAEIIRGGVNSVDSGQAEAAFSIGLNGGQTFRRIILPQALVQAFPNIGNMVIGFLKDTSLAFSIGVMDMSGRGQTLITSSNHSLEVYISLSVLYYAAALLFECVFRWAEKRIKKDETRLVTVFDMSAHG PGPT0020735_61 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_CYSTEINE_TRANSPORT,PGPT0020735-tcyL-K16958 NA NA D1-12_03173 813 tcyK COG0834 L-cystine-binding protein TcyK ATGAAAATAAGATTGGCGGTCATGTCATTAACAATTGCCGCAACGGCGGCGTTATCAGCCTGCGGCGCGGGCGGGGAGGCGGCATCAGGCAATCAGAAAAACGTGAAGAACATCACGGTCGGCACGGGAACCCAATTTCCGAATATTTGCTTTATTGATGATAAAGGCAAATTGACGGGCTACGACGTTGAGCTGGTGAAAGAGCTTGACAGGCGCCTGCCGGACTATCGTTTCACTTTTAAAACGATGGATTTCTCCAACCTGCTTGTCAGCCTCGGCCAGCATAAAGTCGATATCGTAGCCCATCAAATGGAGAAAAGCGCCGAACGGGAGAAAAAATTTCTGTTCAATCAAGTCGCGTATAACAACTTCCCGCTGAAAATCACGGTGCTTCAAGAAAACGGGAACATTCACGGCATTGATGACTTGAAAGGGAAGCGGGTCATTACGAGTCCGACGTCAAACGGCGCGCTTGTGCTGAAAAAATGGAATGAAAAACACGGCAGTCCGTTTGAAATCGCTTATGCCGGCCAAGGTTCAAACGATGCGGCCAATCAGCTGAAATCCGGCCGCGCCGATGCGACGATTTCTACGCCGTTTGCCGTCGATTTCCAAAACAAAACGAGCGCGATCAAAGAAAAAACGGTCGGCGGGGTGCTGTCAAATGCCAAAGTGTTCTTTATGTTTAACAAAAATGAACAAACGCTGAGCGATGACATTGATAAAGCCCTGCAGGAAATCATTGATGACGGCACGCTTAAAAAGCTGAGTGAAAAGTGGCTCGGCGCGGATTATTCAAAGGAGCAATATTAA MKIRLAVMSLTIAATAALSACGAGGEAASGNQKNVKNITVGTGTQFPNICFIDDKGKLTGYDVELVKELDRRLPDYRFTFKTMDFSNLLVSLGQHKVDIVAHQMEKSAEREKKFLFNQVAYNNFPLKITVLQENGNIHGIDDLKGKRVITSPTSNGALVLKKWNEKHGSPFEIAYAGQGSNDAANQLKSGRADATISTPFAVDFQNKTSAIKEKTVGGVLSNAKVFFMFNKNEQTLSDDIDKALQEIIDDGTLKKLSEKWLGADYSKEQY PGPT0020730_269 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_CYSTEINE_TRANSPORT,PGPT0020730-tcyK-K16957 NA NA D1-12_03174 813 tcyJ COG0834 L-cystine-binding protein TcyJ ATGATAAAAAAACGGATCAGAGCCGGCTGTCTGCTTCTGCTGCTCGGCGTGCTGGCCGGGTGCGGGCAAGGAGAAAGCACAAAAGCGGGGAGCGGCGTGCAGACCGTCATTGTCGGCACGGGAACTGATTTTCCGAACATTGCTTTTATGGATGAAAAAGGCGAGCTGACCGGCTATGACATTGAAGTGATGAAAGCCATTGATAAACAGCTGCCGCAATACAAATTTGTCTTTAAGACGATGGATTTTTCGAATCTGCTCACAAGTCTCGGAAACCGGAAAATTGACGTGATCGCGCACAATATGGCGAAAAATAAGGAACGGGAGAAACGCTTTTTGTATCACAAGATCCCGTATAACTACTCGCCGATGTACATCACGGTGAAGGCGGATAATGACGCGATACACACGCTCCGGGATTTAAAAGGGAAAACCGTCATCGTCGGCGCGACGTCAAACGCGGCGGACTATATGACGGCATACAACAAAACCCACGGCAGCCCGATACATTTGAAATACGCCGGGCAGGGCAGCAATGATACAGCAAACCAAATTGAGACGGGACGCGCTGACGCCACCGTATCCACGCCGTTTGCCGTCGATTTTCAAAATAAGACGCACGCGTTCAAACAAAAAACGGTCGGTGATGTGCTGCTGGATACCGAGGTGTATTTTATGTTCAATAAAAACAGCCAAACCCTGGCGGACGATACGGATCGGGCGATTCAAAAGCTTGAGAAGGACGGCACATTGAAAAGGCTGAGTGAAAAATGGCTCGGCGCGGATTATTCAAAATCAAGTTTCACGAAATAA MIKKRIRAGCLLLLLGVLAGCGQGESTKAGSGVQTVIVGTGTDFPNIAFMDEKGELTGYDIEVMKAIDKQLPQYKFVFKTMDFSNLLTSLGNRKIDVIAHNMAKNKEREKRFLYHKIPYNYSPMYITVKADNDAIHTLRDLKGKTVIVGATSNAADYMTAYNKTHGSPIHLKYAGQGSNDTANQIETGRADATVSTPFAVDFQNKTHAFKQKTVGDVLLDTEVYFMFNKNSQTLADDTDRAIQKLEKDGTLKRLSEKWLGADYSKSSFTK PGPT0020725_1 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_CYSTEINE_TRANSPORT,PGPT0020725-tcyJ-K16956 NA NA D1-12_03175 540 ytmI putative N-acetyltransferase YtmI ATGAGTGAAGACATATTTCGATTGGCTGAGAAAAAGGATGCGCCGGAGTTTTTAGAGCTGCTGTACAGCGCGTTTCAGCCGATCCGCAATTTGGAGATTGACTGGCCGTCGGCGCGGGCCGACATCGATATGGTAACAGAAAATATTGAAAATCATTCAGCCGTCGTGCTCGAACGGGACGGACGGCTTCTTTCAACAATTACGATCCGTTTTCCGTGGGAGAGTGACACGCCTCCGTCAAAATATCCGTTTGTCTGGTGGTTTGCGACGCTTCCTGAGCTGAAGGGGCAGGGCATCGGCAGCAAACTTTTGACTTATGTGGAAGAACACGTGCTGCGGGATACGCTGAAGGCCCCGGCCATCACGCTCGGCACTTCGGCGCGCAAGCATCCCTGGCTTGTAGATATGTACAGACGGAGGGGGTATGAAGTGTATTTTGAGCAGGAGAAAGACGGAGACATCGGAGTCATGATGAGAAAGGTGCTCATACCGGAGCGGTTTGACGCGTCGCTGTTAGGCACACCGAGCTGGGCGCAATGA MSEDIFRLAEKKDAPEFLELLYSAFQPIRNLEIDWPSARADIDMVTENIENHSAVVLERDGRLLSTITIRFPWESDTPPSKYPFVWWFATLPELKGQGIGSKLLTYVEEHVLRDTLKAPAITLGTSARKHPWLVDMYRRRGYEVYFEQEKDGDIGVMMRKVLIPERFDASLLGTPSWAQ NA NA NA NA NA D1-12_03176 891 cmpR COG0583 HTH-type transcriptional activator CmpR TTGGAATTACGCACCATTAAAACGTTTCATACCATCGTACAGTCAGGCAGCTTTTATAAGGCCGCCGAAATTCTGAACTACTCACAGCCGACGATTTCAATGCGGATTAAACAGCTGGAACAAGATGTAGGCGCGCAGCTGTTTGAACGGGGAAAGAAGCTGAAACTGACAAGGGCGGGGCGGCTGTTTCATGAGCGGGCCGGGCAGCTTCTCGCGCAATACGAGGTGCTTGACCATACTTTGGCCGACATCAGACAGGGCCAGGCCGGCCTTATTCAGATCGGCATATCCGAACCGACGGCAAGCCTGATCTTCCCTGCCGTACTGCGGGGTTTCTTACATGATTATCCTGACATGTCGGTCAATGTCAGCGTGGATGATGCCAATACATGCAGCCGCAAACTGCTGGAGGGCGCCATTGATTTTGCCGTATGCGGCGAGCCGGAGCTGATTCTGGAAAATTATTTCGATCCGTTTTTCCATGACTCGCTCAATGTCATCGTGTCAGACAGACATCCCCTTGCCGACAAAGCAAGCGTCAATCTCGAGGATTTAGAAAATGAATGCCTGATTTTCACGCCCGCCAATTGCCCGATCCGGATTCAAATTGAACAGCACCTGCAGCGTGCCATCGGGAGCCGCTATCGAAAAATGGAGCTGACCAGCAGCATGGCTCATCAATACTATGTCAGGGAAAATATCGGCGTCTCAATCTTTACGGCGACGGCGCACTCAGAACCGATCGAGGGCACGAAGGTCATTCCGATCAATAACTTAACAATTTCACCACCGGTCGGGCTGTTGACAAACCAAAAAGAAGAGCATTTTGACTGCGCCACAAAAGATTTAATCAGCAGGATCATCGGCCGGTTTCAGCGTGATCCGCATTAA MELRTIKTFHTIVQSGSFYKAAEILNYSQPTISMRIKQLEQDVGAQLFERGKKLKLTRAGRLFHERAGQLLAQYEVLDHTLADIRQGQAGLIQIGISEPTASLIFPAVLRGFLHDYPDMSVNVSVDDANTCSRKLLEGAIDFAVCGEPELILENYFDPFFHDSLNVIVSDRHPLADKASVNLEDLENECLIFTPANCPIRIQIEQHLQRAIGSRYRKMELTSSMAHQYYVRENIGVSIFTATAHSEPIEGTKVIPINNLTISPPVGLLTNQKEEHFDCATKDLISRIIGRFQRDPH NA NA NA NA NA D1-12_03177 795 fabG_6 3-oxoacyl-[acyl-carrier-protein] reductase FabG ATGGATTTGCAGTTGAAAGGGAAGACGGCGCTTGTGACAGGATCTACGTCAGGCATCGGGAAGGCGATTGCGGCTTCGCTGATTGCAGAAGGTGCGGCCGTGATCATTAACGGCCGCCGTGAAGAAAAGGTGAACGAAACGATCCGGGAACTAGAGAAACAGACGCCGGATGCCCGTCTCTATCCGGCCGCATTTGATTTAGGCACGGCGGAAGGGTGCGGCGCGATTTTTCAGCAGTATCCGGATGTGGATATTCTCGTCAACAATTTAGGAATCTTTGAACCTGCGGAATACTTTGATATTCCTGACGAAGAGTGGCTCCGGTTTTTCGAGGTGAATATCATGAGCGGCGTGAGGCTGACACGCCGGTATGCAAAGCGGATGATTGAACGGAAGGAAGGGCGGGTGATTTTTATCGCGAGTGAAGCGGCCGTCATGCCTTCTCAGGAAATGGCCCATTACAGCGCTACGAAAACGACGCAGCTGTCGCTGTCACGCAGTCTGGCCGAGCTCACGGAAGGGACGAATGTGACGGTGAATACGGTCATGCCCGGCTCCACGAAAACAGAGGGCGTCGAAACAATGCTCGAGTCGCTTTATCCCGGTGAAAACCTAACCGCGGTGGAGGCGGAGAGACGATTTATGAAGGAAAATCGTCCGACGTCGATCATTCAGCGATTGATCCGTCCGGAAGAAATCGCCCACTTTGTCGCCTTTTTAAGCAGCCCGCTGTCGTCTGCCATTAACGGATCTGCATTGCGGATCGACGGCGGCTTGGTGCGGAGCATTATATAA MDLQLKGKTALVTGSTSGIGKAIAASLIAEGAAVIINGRREEKVNETIRELEKQTPDARLYPAAFDLGTAEGCGAIFQQYPDVDILVNNLGIFEPAEYFDIPDEEWLRFFEVNIMSGVRLTRRYAKRMIERKEGRVIFIASEAAVMPSQEMAHYSATKTTQLSLSRSLAELTEGTNVTVNTVMPGSTKTEGVETMLESLYPGENLTAVEAERRFMKENRPTSIIQRLIRPEEIAHFVAFLSSPLSSAINGSALRIDGGLVRSII PGPT0003180_3081 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 D1-12_03178 306 COG2732 Barstar ATGGAAATCGTCATCATAGACGAAAAAGATGTTACAAGCACAGAAGCATTACACCGAATCTTAAAAGATCAATTAGATTTCCCGGACTATTATGGTGAAAATCTGAATGCCTTATGGGATTGTCTGACAGGCTGGATAGAATATCCGCTGACTTTGGTGTGGAAGAATTTTGAGGCCAGTCAAAAGGCATTGGGTTCGGATGCTGATGATGTATTAAGGATATTAAAAAAGGCTCAGGCAGAATTAGATGGTGAATTTTTCATTCAAATCGATCAGCCGTCAGCCGGGACAACGGACAGGCACTAA MEIVIIDEKDVTSTEALHRILKDQLDFPDYYGENLNALWDCLTGWIEYPLTLVWKNFEASQKALGSDADDVLRILKKAQAELDGEFFIQIDQPSAGTTDRH NA NA NA NA NA D1-12_03180 471 smpB COG0691 SsrA-binding protein ATGCCAAAAGGATCAGGCAAAGTATTATCGCAAAACAAAAAAGCAAATCATGACTACTTTATAGAAGAAACCTATGAAACAGGCATCGTGCTGCAGGGAACGGAGATTAAGTCCATCCGCGCCGGCCGCGTAAACATGAAGGATTCCTTTGCGAAAATCGAGCGCGGCGAAGTGTTCCTCCACAACATGCACATCAGCCCGTACGAGCAGGGAAACCGCTATAACCACGACCCGCTCCGGACGAGAAAGCTTTTGATGCACCGGAAAGAAATCAATAAACTGATCGGCCTGACAAAAGAGAAAGGCTATTCCCTCGTGCCGCTGAAGCTGTACTTGAAAAACGGCTTCGCCAAAGTATTAATCGGCCTCGGAAAAGGGAAGAAAACATACGATAAACGTGATGATTTAAAACGAAAAGACGCCAAAAGAGAAATCGAAAGAGCGTTCAGAGACAGACAAAAAGGCTTCTGA MPKGSGKVLSQNKKANHDYFIEETYETGIVLQGTEIKSIRAGRVNMKDSFAKIERGEVFLHNMHISPYEQGNRYNHDPLRTRKLLMHRKEINKLIGLTKEKGYSLVPLKLYLKNGFAKVLIGLGKGKKTYDKRDDLKRKDAKREIERAFRDRQKGF PGPT0014355_2405 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 D1-12_03181 2334 rnr COG0557 Ribonuclease R ATGGAAAAAGAAGCGTTTATGGACCGTCTTCTCGCGTTTATGAAGGAAGAGGCGTACAAGCCCCTTACCGTTCAGGAACTCGAGGAGATGCTGAACATCACGGAAGCAGATGAATTTAAAGAGCTGGTAAAAGCGCTGGTGGCGCTCGAGGAGACGGGACAGATCGTCCGCACCAGAAGCAACCGCTACGGGCTTCCGGAAAAAATGAATTTAGTAAAAGGAAAAATTTCCGCGCATGCAAAGGGATTCGCGTTTCTATTGCCGGAGGATACCTCTTTAAGCGACGTGTTTATTCCGCCGAATGAGCTGAATACGGCCATGAACGGCGATATCGTTATGGTGCGGCTCAATTCCCAGTCAAGCGGATCGAGACAGGAAGGCACGGTCATCCGCATCCTGGAAAGAAGCATCGACCGCGTCGTGGGCACATACACAGAAACGAAAAGCTTCGGCTTTGTCATCCCGGATGATAAGAAAATCACGAGTGATATTTTTATTCCGAAACATGCCAATAACGGCGCTGCGGAAGGCCATAAAGTCGTCGTCAAACTGACAAGCTACCCTGAAGGCAGAATGAACGCCGAAGGAGAAATCGTTGAAATACTCGGCCATAAAAATGATCCGGGCATCGATATTTTATCCATCATCCATAAGCACGGCCTGCCGGGAGATTTTCCGGCTGAAGCGATGGAGCAGGCAACAAGCACGCCCGATACCATCGATGAAAAAGACATCAAAGACCGCCGTGATCTCCGCGATCAGGTCATTGTCACCATTGACGGCGCCGATGCGAAGGATCTGGATGACGCCGTCACCGTGACAAAGCTTGATAACGGCAGCTACAAGCTCGGCGTTCATATTGCCGATGTCAGCCATTACGTCACGGAGAATTCCCCGATTGACAAAGAAGCGCTGGAAAGAGGGACAAGCGTGTACTTGGTTGACCGGGTCATTCCGATGATCCCGCACAGACTGTCTAACGGAATCTGTTCTTTAAATCCGAAGGTCGACCGGCTGACGCTTTCCTGCGAAATGACAATCAACCAGCAGGGACAGGTGACGGAGCACGAGATCTTCCAAAGCGTCATTAAAACGACGGAAAGAATGACCTATTCAGATGTCAACCGGATCCTCACAGAAGACGACGCCGAGCTGAAAGAAAGATATGAGCCGCTCGTCCCGATGTTTAAAGACATGGAACGTCTGGCGGAAATTCTCCGGGCGAAACGGATGGACCGCGGCGCCGTGGATTTTGATTTCAAAGAGGCGAAGGTGCTCGTCGATGAGGAAGGCGCCGTTAAAGACGTCGTCATCAGAGAGCGCTCAGTAGCGGAAAAGCTGATCGAAGAATTCATGCTTGTCGCAAACGAAACGGTGGCCGAGCACTTCCATTGGATGAACGTGCCGTTTATTTACCGGATTCACGAAGAGCCGAACGCCGAAAAACTGCAAAAGTTCTTGGAGTTCGTCACGACATTCGGTTATATCGTCAAGGGGAAAGCCGGAGACATTCATCCGCGCGCGCTGCAAAGCATTCTTGATGAAGTGCGGGACCGTCCGGAAGAAACGGTGATTTCAACGGTTATGCTCCGTTCCATGAAGCAGGCGAAATACGACCCGCAAAGCCTGGGCCATTTCGGGCTGGCGACTGAATTTTATACGCACTTCACATCGCCGATCCGCCGATATCCTGACTTAATCGTTCACAGGCTGATCAGAACGTATTTGATCAACGGACAATCGGACGAAGCAACTCAGGAAAAGTGGGCCGAACGCCTTCCGGAAATCGCTGACCATACGTCAACGATGGAACGGCGCGCCGTTGATGCAGAGCGGGAAACGGACGATCTGAAAAAAGCGGAATATATGCTTGATAAAATCGGCGAGGAATTTGACGGCATGATCAGTTCCGTCACGAATTTCGGAATGTTCGTCGAGCTGCCGAATACGATTGAAGGGCTTGTGCACGTCAGCTTTATGACGGATGATTATTACCGTTTTGACGAGCAGCATTTCGCCATGATCGGTGAACGCACGGGCAACGTTTACCGCATCGGAGACGAAATCACGGTCAAAGTCGTCGACGTCAATAAAGATGAGAGAAACATCGACTTTGAAATTGTCGGCATGAAAGGCACCCGCCGTCCGAGAGAAACAACAGGCGACCGCAGAAAACGAGGCAGACCGGCGCGGAAACGCGTGTTAAACAGCAATACCCCGGCTTCACCGCCGAAATCGGAGGAAAAAGGGGAATGGTTTACAAAACCGAAGAAGAAAAAGAAAAAACGCGGTTTCCAAAACGCGCCGAAACAAAAACGCAAAAAGAAGAAGTAA MEKEAFMDRLLAFMKEEAYKPLTVQELEEMLNITEADEFKELVKALVALEETGQIVRTRSNRYGLPEKMNLVKGKISAHAKGFAFLLPEDTSLSDVFIPPNELNTAMNGDIVMVRLNSQSSGSRQEGTVIRILERSIDRVVGTYTETKSFGFVIPDDKKITSDIFIPKHANNGAAEGHKVVVKLTSYPEGRMNAEGEIVEILGHKNDPGIDILSIIHKHGLPGDFPAEAMEQATSTPDTIDEKDIKDRRDLRDQVIVTIDGADAKDLDDAVTVTKLDNGSYKLGVHIADVSHYVTENSPIDKEALERGTSVYLVDRVIPMIPHRLSNGICSLNPKVDRLTLSCEMTINQQGQVTEHEIFQSVIKTTERMTYSDVNRILTEDDAELKERYEPLVPMFKDMERLAEILRAKRMDRGAVDFDFKEAKVLVDEEGAVKDVVIRERSVAEKLIEEFMLVANETVAEHFHWMNVPFIYRIHEEPNAEKLQKFLEFVTTFGYIVKGKAGDIHPRALQSILDEVRDRPEETVISTVMLRSMKQAKYDPQSLGHFGLATEFYTHFTSPIRRYPDLIVHRLIRTYLINGQSDEATQEKWAERLPEIADHTSTMERRAVDAERETDDLKKAEYMLDKIGEEFDGMISSVTNFGMFVELPNTIEGLVHVSFMTDDYYRFDEQHFAMIGERTGNVYRIGDEITVKVVDVNKDERNIDFEIVGMKGTRRPRETTGDRRKRGRPARKRVLNSNTPASPPKSEEKGEWFTKPKKKKKKRGFQNAPKQKRKKKK NA NA NA NA NA D1-12_03182 741 est COG1647 Carboxylesterase ATGAAAATTGTGACACCAAAACCATTTACATTTAAAGGCGGAGACAAAGCGGTGCTTCTGCTGCACGGATTTACGGGAAATACGGCAGACGTCAGAATGCTCGGCCGCTACTTGAATGAGCGCGGCTACACTTGTCACGCGCCTCAATATAAAGGGCACGGCGTTCCGCCGGAAGAGCTGGTACATACGGGGCCTGAAGATTGGTGGAAAGACGTCATGGACGGTTATGGATATTTACGGTCTGAAGGCTATGAAAACATTGCGGCCTGCGGACTGTCGCTTGGCGGGGTTTTTTCATTGAAATTGGGTTACACTGTACCCATAAAGGGAATTGTTCCTATGTGTGCGCCGATGCACATTAAAAGTGAAGAGGTTATGTACGAAGGAGTTCTTTCCTACGCGCGCAATTATAAAAAATTCGAAGGAAAACAGCCGGAGCAGATTGAAAAGGAAATGAAGGAGTTTGAAAAAACACCGATGAATACGCTCAAATCGCTTCAAGAGCTGATTGCCGATGTGCGCAAAAACGTCGACATGATCTATTCCCCGACATTTGTGGTTCAGGCACGGCATGACCATATGATCAATACAGAAAGTGCGAACATCATTTACAACGAGGTGGAAACGGACGACAAACAGCTGAAATGGTATGAAGAATCAGGCCATGTCATCACGCTCGATAAAGAACGGGACCTCGTTCATCAGGATGTGTACGAATTTTTAGAGAAACTCGATTGGTAA MKIVTPKPFTFKGGDKAVLLLHGFTGNTADVRMLGRYLNERGYTCHAPQYKGHGVPPEELVHTGPEDWWKDVMDGYGYLRSEGYENIAACGLSLGGVFSLKLGYTVPIKGIVPMCAPMHIKSEEVMYEGVLSYARNYKKFEGKQPEQIEKEMKEFEKTPMNTLKSLQELIADVRKNVDMIYSPTFVVQARHDHMINTESANIIYNEVETDDKQLKWYEESGHVITLDKERDLVHQDVYEFLEKLDW NA NA NA NA NA D1-12_03183 231 secG COG1314 putative protein-export membrane protein SecG ATGCACACATTATTGATTACCTTATTGGTTATCGTCAGTATTGCACTTATTATTGTCGTATTGCTTCAAACCAGCAAAAGCGCCGGTTTATCGGGTGCAATTTCAGGCGGGGCGGAGCAGCTTTTCGGAAAACAGAAAGCAAGGGGCCTTGATCTGATTCTTCACCGCACAACCGTTGTGCTGGCAGTCTTGTTTTTCGTGTTGACGATTTCGCTGGCGTATATCGTATAA MHTLLITLLVIVSIALIIVVLLQTSKSAGLSGAISGGAEQLFGKQKARGLDLILHRTTVVLAVLFFVLTISLAYIV PGPT0025720_3890 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-SEC-SECRETION_PATHWAY CE-SEC-SRP_CORE_COMPONENTS,PGPT0025720-secG-K03075 NA NA D1-12_03184 231 hypothetical protein GTGGTCGAAAAGATACAGATCAGAAGAGATTATGTGCTGCAGTATATGGTCAATAATGACTACTCGTTAAACCAGCTCGCCCTGGAGATCGGAATATCTCCCGCCACACTGAGCCGTGTACTGAATGGAGAGCGGAGGCCGGGACAGCTGGTCATCGGAAAAATGCTCTATTACTTTGACATGAAATTTGAAGATCTTTTTTACTACGACTTTGTTGACAAAAGTCAATGA MVEKIQIRRDYVLQYMVNNDYSLNQLALEIGISPATLSRVLNGERRPGQLVIGKMLYYFDMKFEDLFYYDFVDKSQ NA NA NA NA NA D1-12_03185 411 rghR_1 HTH-type transcriptional repressor RghR GTGGAAAGCTTCGGGAAACAATTGCGGACATTGCGGGAAAAAAGGCATCTGACAGTGAACCAGCTGGCAACGTATTCAGGCGTCAGCGCCGCGGGAATCTCGCGGATTGAAAACGGCAAACGCGGGGTGCCGAAACCTGCAACCATTAAAAAGCTCGCAGATGCGTTAAAAATCCCGTATGAGGAACTGATGCAGACGGCGGGATACATAGAGACCGTCCAGGAAACGAGAGCCCCGTACGACACGGGCTGCACCTTGCTGGAAAAAGCCGAAACGTATGAGCTGCATGATTTATCCCTATTGGAGCGGGAGAACTGGCGGCACCTGTCGAAAGAAGACTTGGTTCTGCTTGATAAATACTTTGCGTTCTTATCGGCGGAAGCCAAAAAAAGAACAAACGAAGACTCATGA MESFGKQLRTLREKRHLTVNQLATYSGVSAAGISRIENGKRGVPKPATIKKLADALKIPYEELMQTAGYIETVQETRAPYDTGCTLLEKAETYELHDLSLLERENWRHLSKEDLVLLDKYFAFLSAEAKKRTNEDS PGPT0015710_28798 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 D1-12_03186 432 rghR_2 HTH-type transcriptional repressor RghR TTGAACACATTCGGAAAGCAATTAAGAGAGCTGCGCCGCGCCCGGAAGCTTACCGTCAATCAGCTTGCCGTCTATTCCGGTGTCAGCTCGGCGACCATTTCCAGAATTGAAAACGGGCACCGCGGCATTCCTAAACCCGCGACCATCAGAAAATTGGCGGACACATTAAAAATTCCGTACGAGGAGTTAATGGCGCGGGCCGGACACATCAAGGCATTTCAGGAGGAAATCCGCGAAACATCCGAAAGCTATCAATCCATCTGCGCCATCTATCAGACCGCCGTTGACAGAGGCGCGGAGCATCTGCCGCTGTTTGACAGCAAAAAGTGGCAGCACTTCACAAAAGAAGATATTGAAAGCGTCAGCAAATACTTTGATTTTATCGCGGCTGAAGCGAAAAAGCGCTCCCCGGATTCCTCATCCTCTTTTTGA MNTFGKQLRELRRARKLTVNQLAVYSGVSSATISRIENGHRGIPKPATIRKLADTLKIPYEELMARAGHIKAFQEEIRETSESYQSICAIYQTAVDRGAEHLPLFDSKKWQHFTKEDIESVSKYFDFIAAEAKKRSPDSSSSF NA NA NA NA NA D1-12_03187 318 yodB_2 COG1733 HTH-type transcriptional regulator YodB ATGAACCAATCAGAAATGTGCCCCAGATTCGAAAAAGCGGTCGACATCCTAAGTAAACGCTGGGTGGCTCTAATCGTCTTTCAGTTATTGAACGGACAGCAGCGATTTAGCGAAATTGAAGCGGCGCTTCCGAATTTAAGCGGAAGAGTCTTGTCAGAACGTCTGAAAGAACTTGAAACAGAAGGTGTCATCAAACGGGATGTTATCCCCGAAACGCCTGTCCGCATTGAGTATTCATTAACGGAAAAAGGCTGCGCATTAGCCCCTATTTTAGAGGAAATTTCCAAGTGGTCTTCACAATGGATTGATCCTTCCTGA MNQSEMCPRFEKAVDILSKRWVALIVFQLLNGQQRFSEIEAALPNLSGRVLSERLKELETEGVIKRDVIPETPVRIEYSLTEKGCALAPILEEISKWSSQWIDPS PGPT0028512_2 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-CATECHOL|CHROMANON|GANOMYCIN_RESISTANCE,PGPT0028512-yodB-NA NA NA D1-12_03188 1404 rcsC_4 Sensor histidine kinase RcsC ATGGGAATAGCAAAAGGAAAATCCAGCATCCGCAAAGAGCTTGTCAAATTTACCATCACGCTGTGTCTGAGCACGATGGGGGTGGCGGCATTATGTGTCGCCTTAAATGCCATTGCCATGAATGCCGGAGCGATCCTGCCCGCAAACTACAGCGAGCATGAGGCGGAACAGATCAAACCCCGCCTGAAATCAGCGGAAAAGATAACAGAAGATATGATCCCCGCAGGTATGACATACGCCGTTTTTGATAAAAAAACAAAGCGGATGACGAAAGGAACGATGACGGAACAAGATGCGGCCAACGCCAGAAAAAAGATTCAGCATCAGCCGTATTTTAATTATGCTCAAAAAGGATTCATGGTGATAAATCGGAAAGATGAATACGGCGTTCTCCAATATTCACTCAGGTCGGAATTTCAGTCGCCGCTGTTAAGGCGCTATCTGCCGAATTATGAATGGACGGGTCTTACGATTCTGATCACTTTGCTTCTTTTGACCGTTTTTATCGTGACGACGCGTTTCGCCAATCAGCTGAGACGGCATTTCAGCACACTCAGCTCCATTACGGCAAGCATTCAAAAACAGAATTTAAATATCAATCCAAAAAGGTCGCGTATAAAAGAATTTGACGATGTCATTGACTCTCTGCTGAAAATGAAAGACGCGCTTCAAGCATCTCTGGCGGCGCAGTGGGAGGCGGAGCGGATAAAGAAAGAACAGATCGGCGCGCTTGCGCATGATATTAAAATTCCGGCAACGATCATTAAAGGAAATGCCGAGCTGCTTCAGTTAACAGAGCCTGATGAGGAGCAGGCGGAATATGCGCAGTATATTCTGGATGCCGGAAACAAAATCGAGCATTATGTCGGACAGCTGATCCAGCTTTCCAAAGCGGAGGAGGCAGTTGCCGTTCATGTGGAATATACTGACCTCAAAGAGTGGATTCAAAACATATATCGTGACGCGGCGGCGCTTGCGGGGCCGAAGCAGATTGATCTCGTCCTCAGCGAACGGGGAAGTGACCGAAAAGAAGCGCCGATCGATCATGAGCTGCTCCACAGGGCGGTCATGAATATCGCGGCAAATGCCGTCGACTATACGCCGGAAGGAGGAGAAATCCGTGTGGACGTCCTGTGCACCGATTCCGCCCTCCATCTTGCCGTATCCGACAGCGGAAGCGGGTTCTCGCCGGAAGCGCTGAAAAGAGCGACACAGCTTTTTTACACGGAGGATAAAAGCAGACATTCGGCGGGGCATCACGGCATGGGGCTTACATTCGCCCATCATGTCGTACATCTTCACCACGGCGAATTAATACTTGAAAATCAGGAGTCTGGAGGAGCCCGGGCGGAGATTCGAATTCCGCTGGAAGGCGTCAGACAAAAACAAGCCCTGCACGTATGA MGIAKGKSSIRKELVKFTITLCLSTMGVAALCVALNAIAMNAGAILPANYSEHEAEQIKPRLKSAEKITEDMIPAGMTYAVFDKKTKRMTKGTMTEQDAANARKKIQHQPYFNYAQKGFMVINRKDEYGVLQYSLRSEFQSPLLRRYLPNYEWTGLTILITLLLLTVFIVTTRFANQLRRHFSTLSSITASIQKQNLNINPKRSRIKEFDDVIDSLLKMKDALQASLAAQWEAERIKKEQIGALAHDIKIPATIIKGNAELLQLTEPDEEQAEYAQYILDAGNKIEHYVGQLIQLSKAEEAVAVHVEYTDLKEWIQNIYRDAAALAGPKQIDLVLSERGSDRKEAPIDHELLHRAVMNIAANAVDYTPEGGEIRVDVLCTDSALHLAVSDSGSGFSPEALKRATQLFYTEDKSRHSAGHHGMGLTFAHHVVHLHHGELILENQESGGARAEIRIPLEGVRQKQALHV PGPT0011705_130 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0011705-nisK|spaK-K20487 NA NA D1-12_03189 663 arlR COG0745 Response regulator ArlR GTGGCATACATTTTAGCAATTGATGATGAAAAAGATATTCTCGTTCTGATCAGAAACATTTTACAGCGTGATCAGCATACAGTAACGATTCTGGAAAAAGCGGAGGATCAGTCATTGGATTTTTTTCAAGGCTATGATTTGATTCTTCTCGATGTCATGATGCCCGGAACGGACGGGATTGAACTCTGCCGGCGGATTCGGCCGCTGGTGGACAGCCCGATCCTGTTTTTAACGGCAAAGTCTGACGAAGAATCCATTGTGAAAGGCCTCATGACAGGCGCTGATGATTACATCACAAAGCCGTTCGGCGTACAGGAATTGATGGCAAGGGTAAACGCGCATGTCAGAAGGGAACGGCGTGAGAAGCATCAGACGAAACGGCTGATATCAGGCTTCATGTTTGATTTTGACAATAAAGAAGTGTGGATGGATGACCGGAAACTGCCTCTTACGAAAAACGAATATAAAATCGTTGAATTTCTGGCACAGCATAAAAACAGAACATTCTCACGGGAGCAGATTTACGAGGAAGTGTACGGCTTGGACGGCGATGCGCTCTATTCAACCATTACGGAGTTTATCAGAACCATCCGGAAAAAATGTAAAGAACACGGGGCTGATCCGATCAAAACGGTGTGGGGTGTCGGATACAAATGGGAATAG MAYILAIDDEKDILVLIRNILQRDQHTVTILEKAEDQSLDFFQGYDLILLDVMMPGTDGIELCRRIRPLVDSPILFLTAKSDEESIVKGLMTGADDYITKPFGVQELMARVNAHVRRERREKHQTKRLISGFMFDFDNKEVWMDDRKLPLTKNEYKIVEFLAQHKNRTFSREQIYEEVYGLDGDALYSTITEFIRTIRKKCKEHGADPIKTVWGVGYKWE PGPT0011710_245 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0011710-nisR|spaR-K20488 NA NA D1-12_03190 774 hypothetical protein ATGACCGTGCTTTTACGATATATGTGGGCCGATGTATTAAAAATGAAGCGCACGCCGCTCATATGGATGCATGTTGCGGCGCCGGCCGTATGCGCGGGATTTTTCCTGTTATATATGATGTATGGAAGGATTCAGGAGCCTTATGTGCTGTACAGCGTCTTCTTCAGCGCGATTGCCGTTTTATACCCTTTCATCATCAGTATTGTCTGCGGCATGTCTGCCTCCGTCGAGGAACAGGCGGGCCATTTTCAGATGATGCTGGCGGTTCCGTATTCGAAAATCGTCAGTTTTGCGGGCAAGCTGCTTCTATTGCTGCTGTTGAATGTGTTATCGATAGGTCTTGTCATCTGTCTTTATTTGGCGGGGATGAAATTTGTTCTTCACATCAATGATCTCCCCTATCTTACGTTTTTAAAAGGAGGGGCGTGGCTGATTGCCGGCAGTATTCCGCTTTATATGATGTCTTTTTTTGTCGGCGTAAAGTACGGCATGGGACCGTCCGGACTTTTAGGGGGTGCGGGATTATTAATGGCGGCGCTCATGAATACGGGACTTGGCGATATCATCTGGCGTTTTTTCCCGTGGGGATGGAGCGTGCGGCTTTCAGGCCTTGCAGGACTGCTGCATTTTGACAAAGTCAAAAAAGAGTTCCTCCCTTATGTAAGATACGATATGAGATTCGGAGAAATAATGTTATATTTTTCTATAGTGATATTATGTCTGGCCGGCCTCTTTTGGTGCAGAAGATGGGAAGGGCGGCGTTCATATGAATAA MTVLLRYMWADVLKMKRTPLIWMHVAAPAVCAGFFLLYMMYGRIQEPYVLYSVFFSAIAVLYPFIISIVCGMSASVEEQAGHFQMMLAVPYSKIVSFAGKLLLLLLLNVLSIGLVICLYLAGMKFVLHINDLPYLTFLKGGAWLIAGSIPLYMMSFFVGVKYGMGPSGLLGGAGLLMAALMNTGLGDIIWRFFPWGWSVRLSGLAGLLHFDKVKKEFLPYVRYDMRFGEIMLYFSIVILCLAGLFWCRRWEGRRSYE PGPT0011740_60 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-LANTIBIOITC_RESISTANCE,PGPT0011740-nisG|spaG|cprC-K20492 NA NA D1-12_03191 735 hypothetical protein ATGATTCAGTACATGCAGGCGGAACATCTTACATCTAAAAGAACATTTATCAGAAAGCTCATCATTCTGATTCCGCTTCTGAACACGGCTTTTTCTTTTCTGCTGAATACGGCTTATTTTATGACGGGCACGTTCAATTGGTGGGCGGTTATTTTCATGCCGCTCATGATTTCTCTAATGTGCGGTTTATCTGTTAAAAAAGAGAAAAAATCTGCGAATGACCGCGCGGTGTACTCATTGCCGGCAGATTTAAAAAGCATATGGCTCTCAAAAATAAGCTTGATCGCGCTGTATTCACTCCTGTCGCAAATCGTTTTTTTCATCATCATGTTTTTACTTGGCCTTGTATTTCCGGGAATTGCTGCGCTGCAGCTGAAAGGCGTTGAAGCAGGCTCCCTTTTATGGCTGACGACGCTTTGGGAAATTCCGTTCTGCTTATGGATTGCCAGACAGTTCGGATTTACGGCAGTCATTCTCGTGAATATGATCGCCGCTTTTGTTTTGGGTATTGTGCCGGCGTCCGGTTCATTGTGGTGGCTGAGCCCATGGAGCTGGTCAGTCCGGGTGATGTCACCGATTCTCGGGATCCATCCGAACGGAATTCCGCTTCCCGCAGACAGCGGCTTATTAAACGGAAACGTGATCATTCCGGCTATTATTCTTTCTATTCTTTCTTTTATCGCGATAAGTTTTGTTTCCGCAGTGTCTTTTTCAAAAGGGGGAAACCGGTCATGA MIQYMQAEHLTSKRTFIRKLIILIPLLNTAFSFLLNTAYFMTGTFNWWAVIFMPLMISLMCGLSVKKEKKSANDRAVYSLPADLKSIWLSKISLIALYSLLSQIVFFIIMFLLGLVFPGIAALQLKGVEAGSLLWLTTLWEIPFCLWIARQFGFTAVILVNMIAAFVLGIVPASGSLWWLSPWSWSVRVMSPILGIHPNGIPLPADSGLLNGNVIIPAIILSILSFIAISFVSAVSFSKGGNRS PGPT0011735_201 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-LANTIBIOITC_RESISTANCE,PGPT0011735-nisE|spaE|cprB|epiE-K20491 NA NA D1-12_03192 714 bcrA_4 Bacitracin transport ATP-binding protein BcrA ATGAGCAACATCATAGAAACGAGACAGCTGCAAAAATCATTCGGCAGACAACAGGCAGTGGCTGATGTGTCTCTATCAGTGAAGCGCAACAGTATATACGGCCTGCTTGGTCCGAACGGCGCGGGAAAATCAACAACACTTAAAATATTGACCGGCATGCTGCAGCAAACATCCGGCGAGGTTCTGTTCGACGGACATACATGGAAGCGCGAAGACTTGAAAAGCATCGGTTCCCTGATTGAAGCGCCGCCGCTTTACAGCAACCTGACAGCCGCTGAAAATCTGAAAGTCCGCTGTGTTATGCTCGGACTGCCTGATTCAAGAATTGCGGAAGTGCTGGAAATCACGGGATTAACGGGAACCGGAAAAAAGCGCGCCGGACAATTTTCCATGGGAATGAAACAGCGTCTCGGCATTGCGTTAGCATTATTAAGCCGTCCGTCGCTCTTAATTCTTGATGAGCCGACAAACGGATTGGACCCGATGGGAATTCAGGATTTGCGGGAATTTATCCGCTCCCTCCCCGGACAGGGCATGACGGTTATTTTATCAAGCCATCTGTTATCAGAAGTCGAGCAGATCGCAGACCATATCGGGATCATCAGTGACGGCGTTTTAGGATATCAGGGAGAAATCAGCCGGGAAGATGATCTGGAGCAGTTGTTTCTGGAGGTAGTCAAATCAACACGGGAGAAAGCGGGGACAGGAAAATGA MSNIIETRQLQKSFGRQQAVADVSLSVKRNSIYGLLGPNGAGKSTTLKILTGMLQQTSGEVLFDGHTWKREDLKSIGSLIEAPPLYSNLTAAENLKVRCVMLGLPDSRIAEVLEITGLTGTGKKRAGQFSMGMKQRLGIALALLSRPSLLILDEPTNGLDPMGIQDLREFIRSLPGQGMTVILSSHLLSEVEQIADHIGIISDGVLGYQGEISREDDLEQLFLEVVKSTREKAGTGK PGPT0011730_81 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-LANTIBIOITC_RESISTANCE,PGPT0011730-nisF|spaF|cprA|epiF-K20490 NA NA D1-12_03193 678 opuCD_1 COG1174 Glycine betaine/carnitine/choline transport system permease protein OpuCD ATGGACACGATGAAGGAGCTGTTTACGTATTACGCTCAAAACGGCAGCTATGTTCTGTATGAGTGCTGGCGGCACTTTCTCATGTCGGCGTACGGCGTCGTTTTCGCCGCCGTTTTCGCCATTCCGGCCGGAATTGTGACAGCCAGGCACGGGCGTCTCTCCGGCTGGGTGTTTGCTGTGGCGAATGTGATTCAAACCGTTCCGGCACTGGCGATGCTCGCCGTCCTGATGCTTGTCATGGGACTCGGCGCCAATACGGTCATCACGGCTTTGTTTTTGTATTCCCTGCTGCCGATTCTCAGAAATACGCACACGGGCATTATCAATATCGAGCACGCTTATCTCGAGTCGGGAAAAGCGATGGGCATGACGAAATACCAAATCCTTCGTATGGTGGAGCTGCCGCTTGCGCTTTCCGTCATTATGGCGGGGCTCCGAACGGCGCTCGTCATTGCCATCGGCATCACGGCGATCGGCACCTTCGTCGGGGCGGGCGGCCTCGGCGATATGATCGTCAGAGGGTCGAACGCGACAAACGGAACCGCCATTATTCTGGCGGGCGCCATCCCGACCGCGCTGATGGCGGTGGCCGCAGACCTGCTGATGGCGTGGCTGGAACGAGCCCTCAGCCCGGTGAAAAAACAAAAAAGAAAGCTGATCGTACGCTCAGCCTCATGA MDTMKELFTYYAQNGSYVLYECWRHFLMSAYGVVFAAVFAIPAGIVTARHGRLSGWVFAVANVIQTVPALAMLAVLMLVMGLGANTVITALFLYSLLPILRNTHTGIINIEHAYLESGKAMGMTKYQILRMVELPLALSVIMAGLRTALVIAIGITAIGTFVGAGGLGDMIVRGSNATNGTAIILAGAIPTALMAVAADLLMAWLERALSPVKKQKRKLIVRSAS PGPT0013581_57 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013581-opuCB|yvbD-NA NA NA D1-12_03194 918 opuBC COG1732 Choline-binding protein ATGGGGAATAGATGCAAAAAACGGCTGCTCGCAATCGCCTGTATCGGCATGCTGCTCCTTGGCGGATGCTCGCTCCCGGGATTGAGCGCCGCATCGGAGGATACCATTAAAATCGGCGCGCAAAGCATGACCGAATCAGAAATTATCGCGAGCATGCTCGGACAGATGATCGAACATCACAGCGGGTTGAAAACATCCGTTATTAAAAATCTCGGTTCCAACGCCGTACAGCAGCAATCCTTGATCAACGGTGATATTGATATCGCCGCTACGCGCTATACAGGTGACGCGCTGACCGGGACGCTTCGCATGGAGCCGGAAAAAGACCCGGACAAAGCGCTGCGGCTCGTTCAGCGTGAATTTCAAAGCAGATATGACATGAAATGGTTTGATTCTTACGGCTTTGATAATACATACGTCTTTACCGTTTCCGGACAGCTTGCCCGCAAGTACCATTTAGAATCGGTATCCGATGTCAAAAAAGAAGCGTCTCATCTGAAATTCGGCGTAGATAACTACTGGATGAAGCTGAGAGGCAACGGATATCAGGATTTTATGAAAACATACGGAATGTCATTTGAAGGCACGTATCCGATGCAGATCGGCCTCGTTTACGACGCGCTGAAAAGCAGAAAGATGGATATCGCGCTCGCTTATTCCACAGACGGAAGAATCATCGCTTACGGACTGAAAACGCTGAAGGATGATAAGCGGTTCTTTCCTCCGTATGACTGTTCACCCGTCGTTCCGGATCATGTATTAAAAGAGCATCCCGAACTGGAGGGCGTGATCAATAAAATGATCGGCGCGATTGATACAAAGATGATGCAGAAAATGAATTACGAAGTCGACGGCCGATTAAAAGAGCCGTCCGTCGTGGCCAAGGAATATTTAGAAAAACATCATTACTTTGAATAA MGNRCKKRLLAIACIGMLLLGGCSLPGLSAASEDTIKIGAQSMTESEIIASMLGQMIEHHSGLKTSVIKNLGSNAVQQQSLINGDIDIAATRYTGDALTGTLRMEPEKDPDKALRLVQREFQSRYDMKWFDSYGFDNTYVFTVSGQLARKYHLESVSDVKKEASHLKFGVDNYWMKLRGNGYQDFMKTYGMSFEGTYPMQIGLVYDALKSRKMDIALAYSTDGRIIAYGLKTLKDDKRFFPPYDCSPVVPDHVLKEHPELEGVINKMIGAIDTKMMQKMNYEVDGRLKEPSVVAKEYLEKHHYFE PGPT0013582_90 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013582-opuCC|yvbC-NA NA NA D1-12_03195 654 opuCB_1 COG1174 Glycine betaine/carnitine/choline transport system permease protein OpuCB ATGAATCAGACCGTGCAATTTTTACAGGCAAATGGAGGAGAGATGCTTTATAAAACATGGGAGCATCTGTACATCTCATTAATCGCCGTCATGGCGGGCATTCTCGCCGCCGTTCCGCTCGGCGTCCTGCTGACGAGGATGAAAAGAGGAGCCGGCGCCGTCATCGGCATCGTCAACATCATTCAAACCTTGCCGAGCCTTGCCATTCTTGCGTTTTTTATTCCGCTTTTAGGCGTAGGAAAGGTCCCGGCCGTTGCGGCGCTGTTTTTCTATTCCATGCTGCCGATTCTCAGAAACACGTATACGGGGATTCTCGGCGTCAATCGGCATCTTCTGGAATCGGGAAAAGGAATCGGCATGACGGCATGGGAGCAGATCAGGCTTGTAGAGCTCCCGCTTGCCGCTCCGGTCATCATGGCGGGCATCAGAACGTCTTCGATTTATTTAATCGGCTGGGCGACGCTCGCCTCCTTTATCGGCGGAGGCGGGCTGGGAGATTACATTTTTATCGGCTTGAACCTTTATCAGCCGGAGTATATTATCGCAGGCGCCGTTCCGGTCACAGTGCTGGCGGCCGCCGTCGATTACATGCTGGGGATGACAGAACGGAAAGTCACGCCTGACGGGCTGAAGAGCATAAAGGATGCTTCATAA MNQTVQFLQANGGEMLYKTWEHLYISLIAVMAGILAAVPLGVLLTRMKRGAGAVIGIVNIIQTLPSLAILAFFIPLLGVGKVPAVAALFFYSMLPILRNTYTGILGVNRHLLESGKGIGMTAWEQIRLVELPLAAPVIMAGIRTSSIYLIGWATLASFIGGGGLGDYIFIGLNLYQPEYIIAGAVPVTVLAAAVDYMLGMTERKVTPDGLKSIKDAS PGPT0013581_83 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013581-opuCB|yvbD-NA NA NA D1-12_03196 1146 opuBA COG1125 Choline transport ATP-binding protein OpuBA TTGCTGACATTAGAAAATGTCTCGAAAATGTATAAAGGCGGGAAAAAAGCCGTCAACAGCATCAACCTGAATATCGCCAAAGGCGAATTTATTTGTTTTATCGGACCGAGCGGCTGCGGCAAAACGACGACGATGAAAATGATCAACCGCTTAATTGAACCGACAGAAGGCAGAATCCTGATAGAAGGCCGAAACATTATGGAACAAGACCCGGTGGAACTCAGAAGAAGCATAGGCTATGTCATCCAGCAGATCGGGCTGTTTCCGCATATGACCATTCAGCAGAACATTACGCTCGTTCCGAAGCTTTTAAAGCATCCTGCCGAAAAACGGAAGGAACGGGCGCGGGAGCTTTTAAAGCTCGTTGATATGGGGCCTGAATATTTAGACCGTTACCCTCATGAACTGAGCGGAGGACAGCAGCAGCGAATAGGTGTATTACGGGCACTTGCCGCAGAGCCGCCGCTCATCTTAATGGATGAACCGTTCGGGGCGCTTGACCCGATTACGAGAGATTCCCTTCAGGAAGAATTTAAAAAACTGCAAAAAACCTTACATAAAACCATCGTATTTGTTACCCATGATATGGATGAAGCCATCAAGCTAGCGGACAGAATCGTCATTCTGAAAGCGGGAGAAATCGTCCAGGCCGGAACGCCTGATGAGATTCTCAGATTTCCGGCGAATGAATTTGTTGAGGAGTTTATCGGCAAGGAACGGCTGATCCAATCATCCAGCCCTGATATTGAACGGGTGGAGCAGATCATGAATCCCGATCCCGTGACGGTAACACCTGAGAAAACACTGTCAGCCGCCATTCAGCTGATGCGTGCCGAGCGGGTGGATTCGCTGCTCGTCATTGATGAAAAGAACGTTCTCCAAGGTTATGTCGATGTGGAGATGATTGACCGCAAACGAAGACAGGCGGTAACCGTCGCGGAAGTGCTTGAACGGGATCTGTACACGGTCAGAAGCGGCACTCTGCTCCGCGACGCCGTCCATAAAATTTTAAAAAGAGGCATGAAATTTGTGCCGGTCCTTGATGAAGCCGGCCGATTAACGGGAATCGTGACAAGGGCAAGCCTCGTTGACATCGTCTATGACTCCATCTGGGGAGAAGAGAATCAGCTCGCGGTGATGTCATGA MLTLENVSKMYKGGKKAVNSINLNIAKGEFICFIGPSGCGKTTTMKMINRLIEPTEGRILIEGRNIMEQDPVELRRSIGYVIQQIGLFPHMTIQQNITLVPKLLKHPAEKRKERARELLKLVDMGPEYLDRYPHELSGGQQQRIGVLRALAAEPPLILMDEPFGALDPITRDSLQEEFKKLQKTLHKTIVFVTHDMDEAIKLADRIVILKAGEIVQAGTPDEILRFPANEFVEEFIGKERLIQSSSPDIERVEQIMNPDPVTVTPEKTLSAAIQLMRAERVDSLLVIDEKNVLQGYVDVEMIDRKRRQAVTVAEVLERDLYTVRSGTLLRDAVHKILKRGMKFVPVLDEAGRLTGIVTRASLVDIVYDSIWGEENQLAVMS PGPT0013585_817 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013585-opuA|osmV|yehX-K05847 NA NA D1-12_03197 534 opcR_1 COG1510 HTH-type transcriptional repressor OpcR TTGGAGAAAGATCCGTTACACGTAATCGAACAAGCTGAAGATCATTTGATAGAACGAATCGCTGAAAATATGCATACATTCGGAATGCCCGCGACGGTGGGGCGCATTTTAGGCATTATTTATATGAACCGCAAGCCGATGACCTTAACTGAATTATCAGAAGCGACCGGCATGAGCAAGACGAGAATGAGCCAGGCGGTCCGTGAAATGCTTGACGTCAATCTGGCGGAAAAAGTGTTTGAAAAAGGCGTCCGCAAAGATTTATACGACGTCGAGCAGGATTATTACCAAACCTTTATTACGCTGTTTACGGCCACATGGAGCAAGGTCGTCAGCAAAAATAAAATGATGCATAAAAAGCTGAACCGCGAACTGACAGCCGTCCTTGAAAACGGCGTGCCGGAAGAAGCTGAGGAAAAAATCAACGAACTGCTGAAAGAATTAAAGGATTGGCTTGATTACTACAACTGGATCAGCCGCCTGATCGAGTTTTTTGAAAGCGAAGAAATTTTCAAGCATGTTCCGAAGCCATAA MEKDPLHVIEQAEDHLIERIAENMHTFGMPATVGRILGIIYMNRKPMTLTELSEATGMSKTRMSQAVREMLDVNLAEKVFEKGVRKDLYDVEQDYYQTFITLFTATWSKVVSKNKMMHKKLNRELTAVLENGVPEEAEEKINELLKELKDWLDYYNWISRLIEFFESEEIFKHVPKP PGPT0013690_232 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013690-gbsR-K22109 NA NA D1-12_03198 1515 lcfB_2 COG0318 Long-chain-fatty-acid--CoA ligase ATGGAGACATTACAGCATCTGATTCTGCATGACATTTCAAATAGCGAAGAGATCGAAGCTGTAAAAAGCGGTGCGTATACCCTGACCTACGCGGAATATCGAAAACGAATCAACCAGCTTGCACAAGCGCTTCTTGATAAAGGAATAAAAAAAGGCGACAGAGTGGCGATGCTTTGCAAAAACGGCCACGCGGCATCCATTGTCATGTTTGCGGCACTCGAAATCGGCGCGGTGGTTGTGCCGGTCAGCTGGCAATTAACACCTTACGAAATGAAAGGCATTTTAGCAGCCTGTGAACCGAAAGCTGTTTTTTACAGCACTGAATTTAAAGAGATCATGGAAGAAGTGCTTCCTGCGCTTGCATCTTCTCTTAAACTGAAGGTCGTAACAGGAACAGCTGCGGAGACAACGCCTGAGTTTGACGCTTTATTGACAGGCTCCGGTGATACACCGGATGTCGAAACGGTGTCTGAAAACGATACGGCATTGCTGATGTTTACCTCAGGTACAACCGGCAATCCGAAACGCTGCATGATCACTCACGGCGGCATATACAACTACGTAAACGCGACATTGGCATACACGGGGAGAATGCAGCATGTCCGCTTCTTAGCATGCCATCCGAATTACCATACGAGCGCGATTATCTGCCAGATGGTCGGCACGATGAGCGGAACGACATTCATTATGACAGACAATCAGGACCCTGTGGAAAACTTGAAGCTCATCGAAAAAGAGAAAATTCAAACCGTGATGGCGCTTCCGGTCTATTACACATACCTGCTGAAAGCATGGGAAACGCATCAGACTGACATGTCTTCTATCGTTTATATGATGACGGGAGGCACAAAGGTGCCAAGCAGTCTGATCCAGCAGTATCTCGACATCGGCATCCCGCTCATGCACGGATACGGAAGCACGGAAGCGTGGGGCATCAGCTCTTGGAATCCGCAAATGGGAATGGATAAAGCCGCTTCCGCGGGTAAACCGATGGAAGAAGTGGACGTCCGCGTTGTAGATCCGGAAACAGGTGAAGTCCTTCCGCAAGGCTCAATCGGAGAAGTCGTTGTGACAAGTCCGTTTTTATTCAAAGGCTACGAAGGTAACGAAGAAGCGACACGAAAAGTGCTGAAAGACGGCTGGTTCCATACCGGCGATTCCGGTTATGTGGATGAAGACGGATTTATCTTTATCACCGGACGTTATAAAGATGTCATCATCTACGGCGGGGACAATATTTATCCCGACCAGATTGAAGAGGTCATTCAGCAAGTGCCGGGAATTCTCGAAACGGCGGTTGTCGGTATCCCTGATCCGCTCTACGGCGAAAAGCCGAAAGCGTTCATCGTGACAAACGGCAGAGAAGGCCTGACAGAAGAAGAAGTGACCCGATTCCTTCAAGAACGTCTTGCCGCCTTTAAAATTCCGGAAATTGAGTTCGTCAGCGAACTTCCGAAAAACAACCTTGGAAAAGTGAGAAAAGACGTGCTCCGCAAACAAGCGGTACGTTCATAA METLQHLILHDISNSEEIEAVKSGAYTLTYAEYRKRINQLAQALLDKGIKKGDRVAMLCKNGHAASIVMFAALEIGAVVVPVSWQLTPYEMKGILAACEPKAVFYSTEFKEIMEEVLPALASSLKLKVVTGTAAETTPEFDALLTGSGDTPDVETVSENDTALLMFTSGTTGNPKRCMITHGGIYNYVNATLAYTGRMQHVRFLACHPNYHTSAIICQMVGTMSGTTFIMTDNQDPVENLKLIEKEKIQTVMALPVYYTYLLKAWETHQTDMSSIVYMMTGGTKVPSSLIQQYLDIGIPLMHGYGSTEAWGISSWNPQMGMDKAASAGKPMEEVDVRVVDPETGEVLPQGSIGEVVVTSPFLFKGYEGNEEATRKVLKDGWFHTGDSGYVDEDGFIFITGRYKDVIIYGGDNIYPDQIEEVIQQVPGILETAVVGIPDPLYGEKPKAFIVTNGREGLTEEEVTRFLQERLAAFKIPEIEFVSELPKNNLGKVRKDVLRKQAVRS PGPT0008380_14130 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-DSF_BIOSYNTHESIS,PGPT0008380-fadD-K01897 NA NA D1-12_03199 2085 mtlR Transcriptional regulator MtlR ATGTATATGACAGCGAGAGAACAAAAATTAATGAAACATCTTTTACTGCAGAACCGGTACGAGACAGTGCATGAACTGGCGGAAGCTTTACAAGTCAGCACAAGAACCGTTCACCGCGAGTTGAAAACAATCAAACCGATGATGGAATCATTCGGTCTGGCACTTGATAAACAGCCCGGCAAAGGACTGAAAGCGGTAGGAAACCCGGAGGACAAACAAAAACTCCTGTCAGACCTGTCCTATGAACAGCATGAATACAGCGCTGAGGAGCGGAAACTTTTAATTCTATGTTCACTATTAGAGTCTCAAGAGCCGATCAAGCTCTACAGTCTGGCGAACGAACTGCAAGTGACAAACGCGACGATCAGCTATGACCTGGATGAGCTGGAGACTTGGATTGCGCCCTTCGGCTTGACGCTGATCCGAAAAAGGGGCTTCGGCATTCAGCTGACGGGGCCGGAAAATGCGAAACGGAAAATCGTCGGCAATCTCATCGTCAACCGCCTTGATATTCAAAGCTTTTTGGAAGCAGTTGAATTGAATATTAAAGGAAAACCGGACGATGCTGAAAAAATGTTCGGCGTCGTAAATAAAGCGGAACTTTTGAAAATGGACCGGCTCTTAATTCAGCTCAAGGAAAAAATCGCGATCGCCTTATCTGACAGCTCATACATGGCGCTTGCGGTTCATTTAACCTTTGCGATGGACCGGATCAGGCTCGGAGAAACCATCACGATGGAGGCTTCGGAACTAAAAGCGCTGCAGCAGACGAAGGAGTACGGCTCTGCGCTGGAAATGGCAAAAGAGCTTGAAAAAGCGTTCGGCGTTTCAATTCCGGAAGCTGAGATCGGTTATATCACCATTCATTTGCGGAGCGCCAACCGCAAATACAAAACGGAATTCAAACCGGAAGACATAGAGGTTGAAACGGCCTTGCAAACGAAGCAGCTGATCGGCTTCATTTCTGAAAAAATTAAAATTAATCTGACGGAAAACGGTTCTTTATACGACGGTTTAATCGCCCATCTGGAGCCTGCGATCAACCGGGTAAAAGAAAATATCGACATGTACAACCCGATGACCGAGCAAATTAAACGCGACTACTTTCTGCTGTACATGGCCGTAGAAGAAGGAATGGAAAAATTCTTTCCGGGGCTTCTTTTCTCTGATGATGAGATCGCTTTCATCGTTCTTCACTTCGGCTCCGCTCTGGAAATCAAACGGGAAGAAGCGAAGATCAAAGCGCTGATCGTCTGTTCTAGCGGCATCGGGTCGTCCAAAATGCTCGCATCCAGGCTGAAAAAAGAGCTTCCGGAAATCCGTTCCTTTGATATGTCTTCCCTCATCGAACTGAAGGACCGAGACACCGCTGCGTATGACATGATCGTATCCACTGTTCCGATCCCGTATGAAAACATTGATTACGTCATGGTCAGTCCGCTTTTAAACGAAGAAGACGCTGATCAGGTCAAGCAGTACATCAAAAGAAAAATTCCGCTGATTCTTGACAAAAAAAGAAACGGTAAAAGAGAAGAGAAGCAGCCGGAGACGCCTGATATGCTGGAAGCGGCCGGCCGTATGGCGCATTACGCGGCGGTTATCCAAAGCGTGCTGCGGAACTTTTCGGTCAAATCCATTGATTCAAACACGGCGTATGAGCTGTTTTTGAACCGTATGTTTGACATGCTGGAGCAAGAAGGATTGGTTCATAATGCCCAAAAAACCGCACAGCGCCTTGTTGAGCGTGAACGACAGGGCGGACTCGGCATTCCGGGAACGGCGATGGCTCTTTATCATCTCAAAAATGAAGAAATTGTCACGCCTTTTTTCAAAATTTATGATTTGACAGCTCCATGCAGTGTCAAAGGCATGGACGGAAATTCCCTGACCGTCGACCGCGCTTTGGTGATGATGGCGCCGGCTGATATGCCCGCTGAAGGGTCGGAAATACTAAGTGCGGTCAGCTCGGCCATCATCGAGTCTGAAGACAGTATAAAAGCCTTCCGGACGGAGGATGAGGCCGATTTATACAAACGTTTAAACAAGCTGTTTTATCATTTCATTCAGGAGAAAGGACAGCGGTAA MYMTAREQKLMKHLLLQNRYETVHELAEALQVSTRTVHRELKTIKPMMESFGLALDKQPGKGLKAVGNPEDKQKLLSDLSYEQHEYSAEERKLLILCSLLESQEPIKLYSLANELQVTNATISYDLDELETWIAPFGLTLIRKRGFGIQLTGPENAKRKIVGNLIVNRLDIQSFLEAVELNIKGKPDDAEKMFGVVNKAELLKMDRLLIQLKEKIAIALSDSSYMALAVHLTFAMDRIRLGETITMEASELKALQQTKEYGSALEMAKELEKAFGVSIPEAEIGYITIHLRSANRKYKTEFKPEDIEVETALQTKQLIGFISEKIKINLTENGSLYDGLIAHLEPAINRVKENIDMYNPMTEQIKRDYFLLYMAVEEGMEKFFPGLLFSDDEIAFIVLHFGSALEIKREEAKIKALIVCSSGIGSSKMLASRLKKELPEIRSFDMSSLIELKDRDTAAYDMIVSTVPIPYENIDYVMVSPLLNEEDADQVKQYIKRKIPLILDKKRNGKREEKQPETPDMLEAAGRMAHYAAVIQSVLRNFSVKSIDSNTAYELFLNRMFDMLEQEGLVHNAQKTAQRLVERERQGGLGIPGTAMALYHLKNEEIVTPFFKIYDLTAPCSVKGMDGNSLTVDRALVMMAPADMPAEGSEILSAVSSAIIESEDSIKAFRTEDEADLYKRLNKLFYHFIQEKGQR NA NA NA NA NA D1-12_03200 903 ydhF COG4989 Oxidoreductase YdhF ATGCAGCGCATTCAATTGGCTGAAGACCTGGAATTTTCAAGAGTGATACACGGGCTTTGGCGTCTGAACGAATGGAATGTTTCAGACGGAGAGCTGCTGAATCTGATTGAATGGTGTATCAGCCAAGGCATCACCACCTTCGACCATGCCGATATATACGGCGGTTATACGTGTGAAAAGCTGTTCGGCGGCGCTTTGTCCCTTTCGCCTTCAATAAGGGAGCGAATCGAAATCGTCACAAAATGCGGGATTGTCATTGAGTCACCGGAACGGCCCGGAAACAAGTCGCATCATTATAATACGTCGAAGTCTCACATCTTAGCGTCGGCGGAGCAGTCGCTTTTGAATCTGAATACGGATTATCTGGATGTGCTGCTCATTCACAGACCGGACCCGCTCATGGACCCGGAGGCTGTGGCTGAAGCGTTTCATGCGCTGAAAAGCTCGGGAAAGGTCAGATATTTCGGAGTATCGAACTTTAAAGCGCACCAGTACAGAATGCTCGAATCCTATTTGGATGATCCGCTCATCACAAACCAAATTGAAATCTCGGCGTACGAGCTGGAAAATATTCATGACGGCACGCTGGATTTCTGTCAGGAAAAACGCATTCCGCCGATGGCGTGGTCACCGCTTGCGGGCGGGAGCGTCTTTACCGGACAATCAGATAAGGACGTCCGAATCCGTGCCGCACTTCGTTCCGTACAGGAAGAAATCGGCGCCGCTTCCATTGACGAAGTCATGTACGCATGGCTGTTCACCCACCCGGCAGACATTATGCCGATTGTCGGCAGCGGAAAAAAGAACCGCATTTCCGCCGCGGTGCGTGCATCCGCGTACAAACTCAGCCATGATCAGTGGTTCCGGATTTATACCGGTGTCCAAGGCTGTGATATTCCATAA MQRIQLAEDLEFSRVIHGLWRLNEWNVSDGELLNLIEWCISQGITTFDHADIYGGYTCEKLFGGALSLSPSIRERIEIVTKCGIVIESPERPGNKSHHYNTSKSHILASAEQSLLNLNTDYLDVLLIHRPDPLMDPEAVAEAFHALKSSGKVRYFGVSNFKAHQYRMLESYLDDPLITNQIEISAYELENIHDGTLDFCQEKRIPPMAWSPLAGGSVFTGQSDKDVRIRAALRSVQEEIGAASIDEVMYAWLFTHPADIMPIVGSGKKNRISAAVRASAYKLSHDQWFRIYTGVQGCDIP NA NA NA NA NA D1-12_03201 2004 mrdA Peptidoglycan D,D-transpeptidase MrdA GTGAAAAAAGGGTTATACCTATTACTTTTACTCGCAGGAATCATAGGTTTGATCGGCTGCTCGAAAACGGAATCGGCCGAAGACAGAATGAAAGATTTCGTAAAAGACTGGAACGGCGGTCATTACGATAAGATGTACCAAAGCCTCACCCAGGATGAAAAGAAAAAACTATCCAAAAAGGATTTTGTAAAACGATATGAAACCATTTATGAACAAGCAGGGGTCAAAAGTCTGAAAGTCACTGCCGAAAAACAGGACGAAGACGACAAGAAAAAAGATGACCTCCAGCACATCGATTATAAAGTCAGCATGGATACAAAAGCAGGGAAGGTCGCTTTTGAAAATACGGCCGTCCTGAAAAAAGAAAAAACAGACGATGGAGAATCATGGAACATCGACTGGAATCCTTCTTTTATTTTCAAACAGCTTTCCGATGACAAAACCGTGCAGATCGCAAATGAAGAACCGAAGCGCGGACAAATTTACGACAAAGACGGAAAAGGTCTCGCCGTGAATACCGAGGTGCCGGAAATCGGCATTATCCCTGGAAAACTCGGCAAGGATAAAGACAGCGTGATCAAAAAACTGTCTGAAAAACTGGACCTTTCTGAAGACGATATCAAAAGCAAACTGAACCAGGGCTGGGTAAAAGACGACTCCTATGTCCCGATTCAAAAAATCAGACCGGATGATGAAAGCAAGATCAAAAGCCTGCTCGCATTAGACGGCGTGACGAAAACGAAAGTCAGCTCCCGCTACTATCCGTACGGCGAAAAAGCGGCCCATCTGACCGGCTATATTAAAACCATCACAGCGGAGCAGCTGAAAAAAGCGAAAGACGGCCAATACAGCGATACTTCCAAAATCGGCATCGCCGGCCTTGAGAATGTATATGAAGACAAGCTGCGCGGCACGACCGGCTGGAAAATTTACGTCCCGCAAACAGGTGAGGTCATTGCTGAAAAGAAAGCCGAAAGCGGGCAGGATATTCATGTAACGATTGACATGAAAACGCAGACGAAGCTGTATGATTCTATGAAAGATGACAGCGGAGCGGCAGTCGCTCTCGAACCGCAAACGGGAGAGACACTCGCGCTCGTCAGCGCACCGTCTTATGACCCGAACGGCTTTATTTTCGGCTGGAGCGGCAAAGAATGGAAAAAGCTGAATGAAGATAAAAACAATCCGTTTTCAGCGAAATTCAACAAACTTTATGCGCCGGGATCAACGATTAAACCGATCGCCGCGGCAGTCGGCCTGACAAACGGCACATTGAAAGCGTCAGAAAAGAAAAAAATCACCGGAAAAGAGTGGCAGAAAGATTCAAGCTGGGGCGGTTACCATGTCACACGCGTATCAGAGCGCCTGAATGAAGTGGATCTCGAAAACGCGCTGATCACATCGGACAACATCTACTTTGCGCAAAATGCCATAGATGCCGGAGCGGACGCGTTTACAAAAGGATTAAAAACATTTGGCTTTGATGAAGAGATTCCGTACCAATTTCCGATTGAAAAGTCTTCAATCGCTAACGGCAAGCTTGATTCCGAGATCCTTCTCGGAGATACGGGCTACGGCCAGGGGCAGATGCTGATGTCTCCGCTGCACTTAGCGGCTGACTATACCGCATTTGTAACAGACGGAAATCTCGTCAAACCGACATTGATCAAAGACGGAGAAAAAACACCGCAAATCTGGCATAAGCAAGTGGTGTCGGAAGCCAATGCCGAAGAAATCACAAAAGGGCTGAGAGGCGTCGTTGAAGATCCGCGAGGCTCTGCATATCAGCCGGCCGTAAGCGGCATTACCGTAGCCGGGAAAACCGGTACAGCCGAGCTGAAAACCTCTAAAGAAGATAAAGACGGCAAAGAAAACGGCTGGTTTGTCGGTTACGATTATAAAAAGAAAGACCTCTTGATCGCGATGATGATTCAAGACGTCAAAAAACGCGGCGGAAGCCATTACGTCGTTGAAAAAGCGAAAAAGCAGTTTCAGAATCATTAA MKKGLYLLLLLAGIIGLIGCSKTESAEDRMKDFVKDWNGGHYDKMYQSLTQDEKKKLSKKDFVKRYETIYEQAGVKSLKVTAEKQDEDDKKKDDLQHIDYKVSMDTKAGKVAFENTAVLKKEKTDDGESWNIDWNPSFIFKQLSDDKTVQIANEEPKRGQIYDKDGKGLAVNTEVPEIGIIPGKLGKDKDSVIKKLSEKLDLSEDDIKSKLNQGWVKDDSYVPIQKIRPDDESKIKSLLALDGVTKTKVSSRYYPYGEKAAHLTGYIKTITAEQLKKAKDGQYSDTSKIGIAGLENVYEDKLRGTTGWKIYVPQTGEVIAEKKAESGQDIHVTIDMKTQTKLYDSMKDDSGAAVALEPQTGETLALVSAPSYDPNGFIFGWSGKEWKKLNEDKNNPFSAKFNKLYAPGSTIKPIAAAVGLTNGTLKASEKKKITGKEWQKDSSWGGYHVTRVSERLNEVDLENALITSDNIYFAQNAIDAGADAFTKGLKTFGFDEEIPYQFPIEKSSIANGKLDSEILLGDTGYGQGQMLMSPLHLAADYTAFVTDGNLVKPTLIKDGEKTPQIWHKQVVSEANAEEITKGLRGVVEDPRGSAYQPAVSGITVAGKTGTAELKTSKEDKDGKENGWFVGYDYKKKDLLIAMMIQDVKKRGGSHYVVEKAKKQFQNH PGPT0023945_179 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-PENICILLIN-BINDING_PROTEINS,PGPT0023945-pbpC-K21467 NA NA D1-12_03202 321 hypothetical protein ATGATCAGAGAAGCAGCCATGCTGTATGTAAAAGAAGGTCTTGAGGGGGAATTCGAAGAGGCATTCCGCCGGGCGGAGCCGATTATCGCGGGCATGAAAGGTTATCTGTCCCATTCCTTGTCCAAATGTATGGAAAAGACGCATAAATATTTGCTGCTTGTGGAATGGGAGACATTGGAAGATCATACAAAAGGCTTTCGCGGATCGCCGGAATATCAGGAATGGAAAGCCTTACTGCACCGTTTTTATTCACCATTTCCCGTTGTGGAGCATTTTCAGGATCTATCAGACTCAGATCGCGTGAAGCGTAAAACCGATTAA MIREAAMLYVKEGLEGEFEEAFRRAEPIIAGMKGYLSHSLSKCMEKTHKYLLLVEWETLEDHTKGFRGSPEYQEWKALLHRFYSPFPVVEHFQDLSDSDRVKRKTD NA NA NA NA NA D1-12_03203 246 hypothetical protein TTGCTGCGCGCCTTAAAACTGTCACTCGCGATGCTGATTATTATACTTGCGGCCGCCGCATTTACGTATGCGGAACATACCTCTGTCATACAGCCGGTTATGCTCGTGTTTCTCGGTGCAGTCATGTTCATTCAGGGGCTGGAGGAAAAACGGAAAGAAAACGACGGTTCCGGGAAATTCAATATCTATACCGCCGTTTTTGTATGGTCGATCTCCTTAATCGGTTTTACGCTTCACGCGATCTGA MLRALKLSLAMLIIILAAAAFTYAEHTSVIQPVMLVFLGAVMFIQGLEEKRKENDGSGKFNIYTAVFVWSISLIGFTLHAI NA NA NA NA NA D1-12_03204 642 lipC_2 COG2755 Spore germination lipase LipC ATGGGACTTGTTTATACGGCGCTGGGGGATTCTTTGACGACGGGGAGGGGGGCCGGGCCGTTTTCCGCCGGTTTTGTCCAGCGGTTCGGGCGTATGATGGCAGAAGATTTACAGACAAGAACCGACGTATCCATCTTTGCCAAATCAGGCCTTGAGACGGGAGAAATTCTCGGGCTTATGTCCTTGCCGTACATTCAGAGGCGGATTCAGGCTGCTGATATGATTACGATTACAGGCTGCGGCAACGATTTGATCGATTCGGTTCAGGCATATCAGCAAACATCGGACGCTTCGGTGTTCACCAGCGTGTCCAGTCACTGCCATGAGAACTTTGAAAAGATGATAGCCAAGATCGCTGCCTTAAAAGGGCCGCACCCGTCTCCTTATGAGATCCGCGTCTTTAATTTATACAATCCTTTCCCGGGAATCTCCATTGCAGAAAAATGGATATCCTCTTATAATGCGCACCTCAGCACACTCGCATCGGCGCCGCACGTCAAAATCGCCGACGTCCACAGCGCTTTCAAAGGAAAAATGAATGAATATCTCTCTCATGACCGCGTACACCCCAACAGCAAGGGATATGAAGTCATGGCATGCGTCCTGCGGGCGCTCGGATACGGAAGCCTCGCCCGCTCATAA MGLVYTALGDSLTTGRGAGPFSAGFVQRFGRMMAEDLQTRTDVSIFAKSGLETGEILGLMSLPYIQRRIQAADMITITGCGNDLIDSVQAYQQTSDASVFTSVSSHCHENFEKMIAKIAALKGPHPSPYEIRVFNLYNPFPGISIAEKWISSYNAHLSTLASAPHVKIADVHSAFKGKMNEYLSHDRVHPNSKGYEVMACVLRALGYGSLARS NA NA NA NA NA D1-12_03205 780 kipR COG1414 HTH-type transcriptional regulator KipR ATGGCTGATCTGACAAAGGGGCTAAAGACCATGGAAAACAAAAACAAAACCGTCATCAAATCAATGGAACTGCTTCATTTGTTTCTGACTGAACCGAGCCTGAGCTTAAATGAGCTGGTTTCTCTATCGGAAATGCCGAAGACCTCGGTTCACCGGATGGCAAGCTCACTGGAGGAAACGGGGTTTCTCACCCGGGCGGCGGACGGCCGTTATCAGCTTGGTCTGATCTTTTTACAATTCGGCCAGCTCGTCTCTGAACGTCTGGACATCAGGAAAATAGCCAAACCGATTATGGAAGAGCTGTGCAGCGAAGTGGATGAGGCCGTTCAGCTGATCATGAGGGACGGGGATGAAGCCATTTACGTCGAAAAAATTGAAGGCACCCAAACCGTCCGCCTGTATACGGCAATCGGCCGCCGGTCGCCGCTGTACGCGGGAGCGTGCGCCAGAAGCATTTTATCGTTTCTGCCAAAAGAGGAGATTGACACATACATTCAGAAGACAAAGCTTGCCGCAATCGCCTCAGGCACGATGACGGATCGGGCTGAACTGCTTCAATCTATTGAAAGATCCTTACAATCAGGGTATACGATCAGCTATTCGGAATTAGAAGATTACACGGCGGCGATCGGGGCGCCGATTTTCAATCACGAAGGTAAGGTGGCTGCCGGAATCAGCATCGCCGGCTTCGAAGCCCGGTTTTCAGAGGACAGGCTGACGTATTTAACCGAAAAGGTCAAAAACGCAGCACAGCATATTTCTGAGAAATTGGGTTATTGA MADLTKGLKTMENKNKTVIKSMELLHLFLTEPSLSLNELVSLSEMPKTSVHRMASSLEETGFLTRAADGRYQLGLIFLQFGQLVSERLDIRKIAKPIMEELCSEVDEAVQLIMRDGDEAIYVEKIEGTQTVRLYTAIGRRSPLYAGACARSILSFLPKEEIDTYIQKTKLAAIASGTMTDRAELLQSIERSLQSGYTISYSELEDYTAAIGAPIFNHEGKVAAGISIAGFEARFSEDRLTYLTEKVKNAAQHISEKLGY PGPT0018213_799 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 D1-12_03206 1014 pxpC COG1984 5-oxoprolinase subunit C ATGAGTATGAAAGTGGTAAAACCCGGTCTCTTGACGACGGTTCAGGACACGGGGCGGACGGGGTATCAGAAATACGGTGTACTGGGAAGCGGCGCAATGGATACGATCTCTCTGCGCATCGCCAATCTTCTTGCCGGAAATCAAGAAAAAGAGGCGGGGCTGGAAATTACGCTCATGGGGCCCGGGCCTTCCTTTGAATTTTCAGAACCTGCGGTTATTGCCGTCACGGGAGCTGATTTTGCCCTTCATATTAATGGGGAGCCCGCTCCTCTGTGGAAACCGGTTTTGATAAAGGAAAACAGCGTCGTCTCGTTCGGGCCGTGCAAGATGGGGAGCCGCGCATATCTCGCCGTCGCGGGGGGATTTGACGTGCCCGCCGTCATGGAAAGCAAAAGCACGTATGTCAGAGCGGGGATCGGCGGTTTTTGCGGAAGAGCGCTGCAAAAAGATGATGAGCTGCCGCTCGGCCGTATGACGCCATGTTCGGAATCAATCGCGTACCGTCTGAGCGATTCTTTCGGACAGCATGGTTTCTCAGCGCCTGATTGGTCTGTCAGCAGCAGGGGATTTCTGCCGCTGAAAAAAAATCCGGTCATACGAGTGCTTGAAGGCGCTCAATTTCACGCTTTTACAGAAGAAGCAAAATTGCGTTTTTATCAAGAGTCATATACGGTCACGCCTCAATCCGACCGAATGGGCTACCGGCTGAAGGGCGCTCCGCTTGAATTGCGGGAGCCGCTGGAGATGGTATCTGAGGCCGTGACGTTCGGAACGGTGCAGGTGCCGCCGGACGGCAATCCGATTATTCTGCTGGCTGACAGACAGACGACGGGGGGCTATCCGCGGATGGCGCATATCATATCCGCCGATCTTCCTCTCGTCGCCCAAACGATGCCGGGGGAACATATCACGTTCCGGGCCGTTTCGCTGGAGGAAGCGGAAATGCTGCTTTTGGAGAAGGAACAGCAGCTGAAGGAGCTGAAAGCAAGGCTCAAAATGGAATGGCTGATCTGA MSMKVVKPGLLTTVQDTGRTGYQKYGVLGSGAMDTISLRIANLLAGNQEKEAGLEITLMGPGPSFEFSEPAVIAVTGADFALHINGEPAPLWKPVLIKENSVVSFGPCKMGSRAYLAVAGGFDVPAVMESKSTYVRAGIGGFCGRALQKDDELPLGRMTPCSESIAYRLSDSFGQHGFSAPDWSVSSRGFLPLKKNPVIRVLEGAQFHAFTEEAKLRFYQESYTVTPQSDRMGYRLKGAPLELREPLEMVSEAVTFGTVQVPPDGNPIILLADRQTTGGYPRMAHIISADLPLVAQTMPGEHITFRAVSLEEAEMLLLEKEQQLKELKARLKMEWLI NA NA NA NA NA D1-12_03207 732 pxpB COG2049 5-oxoprolinase subunit B ATGATGCAGTATAGCGGAAATACAGCGCTTGATATACAGCCGTACGGTGATTCCGCCGTTATCATCCGCTTTGGCGGGCACATCAGCGAAGAGGTCAACAGCCGGGTGCATGCGGCGGCAGCCTGTATGGAAGAACGGCCGTTTCCGGGCTTCGTTGAATGTATTCCGGCATTCACAAGCTTAACGATCTTTTATGATATGTATGCCGTCTCAAACATAAAAAAAGGCGTCTCTCCTTTTGCCCTGGTCAAGAAAGAAGTGACAGAACGTCTCAGTCATATAATGACCGACCGCCAGGAAGAGCGCCGGGTGATGGAAATCCCCGTTTGCTACGGCGGTGATTTCGGTCCCGATTTAGAAGAGGTCGCTGAGATGAACGATCTGACCCCGGAAGACGTCATCCGCATTCATACTGAAGGCGAATATCTCGTTTATATGCTCGGATTTGCGCCGGGATTTCCGTTTTTAGGAGGAATGTCTGAGCGGATCAGAGCGCCGAGAAAGGCGTCGCCAAGGCCGTCCATCCCGGCCGGTTCAGTAGGAATCGCGGGAATGCAGACCGGTGTGTATCCGATATCCACTCCCGGCGGCTGGCAGCTGATCGGCAGCACCCCGCTCCGGCTTTTCAGGCCGGAAGAACATCCGCCGAGTCTTTTGAGAGCGGGCGATACGGTGAAATTCGTCCGGATCACGGCAGAGGAATACAGCCGCATCAAGGAGGGAGCCGAATGA MMQYSGNTALDIQPYGDSAVIIRFGGHISEEVNSRVHAAAACMEERPFPGFVECIPAFTSLTIFYDMYAVSNIKKGVSPFALVKKEVTERLSHIMTDRQEERRVMEIPVCYGGDFGPDLEEVAEMNDLTPEDVIRIHTEGEYLVYMLGFAPGFPFLGGMSERIRAPRKASPRPSIPAGSVGIAGMQTGVYPISTPGGWQLIGSTPLRLFRPEEHPPSLLRAGDTVKFVRITAEEYSRIKEGAE NA NA NA NA NA D1-12_03208 795 COG4336 Putative hydro-lyase ATGAAAAAACATATGAGAGACATGAGCCCCGAAGAAATCAGACAGCTGATCAGGAAGGGGCAGATGACCGGGCCGACGGCGGGGGTGGCCGCTTCTTACGCACAAGCCAATCTCGTCGTTTTGCAAAAGGATCTTGCCTTTGATTTTCTCTTATTCTGCCAGCGCAATCAAAAGCCTTGTCCGGTGCTTGACGTGACGGATGCGGGTTCACCCGTTCCGGCAATAGCGGCGCCGGGAGCTGATATCCGGACGGACTTGCCGAAATACAGGATTTATCGGCATGGCGTGCTTACTGAAGAGGTAACGGATATTACGCCGTATTGGAAGGATGATGATGTCGGGTTTTTGATCGGCTGCAGTTTTTCATTCGAGCAAGCCCTTATCAATCAGCAAATTCCAATCAGGCACATCGATGAGGGTGTGAATGTCCCCATGTATAAAACAGACATTGACTGTGTTCCCGCAGGCCCGTTTTCGGGAAAGATGGTCGTCAGCATGAGACCGATTCCGGAAAGGCTTGCAGTCCGCGCGGCGCAGGTCACGTCACGTTTTCCCGCCGTGCACGGCGCCCCCGTCCGCATCGGAAATCCGCAAAGCATCGGTATCAGCGATTTGCATCAGCCGGATTTTGGAGATGCCGTAACGGTGCGGGAAGGTGAAGTTCCCGTATTCTGGGCTTGCGGCGTTACACCCCAGGCGGTGATCATGGAAGCAAAGCCTGACATCGTAATAACACATTCACCGGGGCACATGCTGATCACCGATATACGAAATGAATCGCTTGCTGTCCTGTAA MKKHMRDMSPEEIRQLIRKGQMTGPTAGVAASYAQANLVVLQKDLAFDFLLFCQRNQKPCPVLDVTDAGSPVPAIAAPGADIRTDLPKYRIYRHGVLTEEVTDITPYWKDDDVGFLIGCSFSFEQALINQQIPIRHIDEGVNVPMYKTDIDCVPAGPFSGKMVVSMRPIPERLAVRAAQVTSRFPAVHGAPVRIGNPQSIGISDLHQPDFGDAVTVREGEVPVFWACGVTPQAVIMEAKPDIVITHSPGHMLITDIRNESLAVL NA NA NA NA NA D1-12_03209 1215 hypothetical protein ATGGAGCAAAAGAAAAAAACAGCCGGAAAGGCTTCCGGCAGATGGTCGCTTCTTTTAGGCGCGACATTTTTGATGGCGACATCATCAATCGGGCCCGGCTTTCTGACGCAAACGGCCACGTTTACCAATACATTGGCGGCAAGCTTCGGCTTTATCATTTTAATTTCTATTATTTTGGACATTTTCGCGCAAACCAATGTATGGCGGATTATCGCGGTTTCCGGAAAGCGCGGCCAAGAGATTGCCAATATGGTGCTTCCGGGCGCCGGTTATGCCATTGCTTTTCTGGTCGTGCTCGGCGGACTTGCGTTTAATATCGGAAACATCGGCGGCGCGGGTCTCGGTCTTCAAGTATTATTCGGGATCAAACCGGAGATCGGCGCTTTAATCAGCGCAGCGGTCGCGGTGCTGATTTTTGTCATAAAGGAAGCCGGAAAAGTCATGGATCGTTTTATGCAGATCGCCGGCATCGTCATGATCGTATTGACGGTGTATGTTGCCGTAACGACGGCTCCGCCGGTCGGACACGCCGTTGTGAAAACTTTTATGCCTGATCATATCAGTGTGCTGGCGATCGTGACGCTTGTCGGCGGCACAGTCGGCGGGTACATTACATTTGCCGGCGGCCACCGTTTGCTTGATTCAGGCATCCAAGGGAAAGAAGTCATCCCCCAGGTCACGAAAAGCTCCATCACAGGCGTTCTGATTACATCGATTATGCGGATTGCCCTGTTTCTCGCCGTGCTCGGCGTCGTCTCAAAGGGCCTGAGCATTGATCCTGATAATCCCGCAGCTTCTGTATTCCGGCTTGCGGCGGGAAATGTAGGCTATAAAATTTTCGGCGTCATCATGTGGTCTGCCGCTATCACGTCTGTCATCGGCGCCGCCTATACATCGGTGTCATTCTTCAAATCGTTTTCAACAAAAATCGAAAAGCACTCACATGGCGTAATTATCGGCTTTATCATCGTATCCACTCTTATTTTTGTCACGATCGGCCAGCCTGCCAAAATTTTGGTCGCGGTCGGTTCGCTTAACGGCTTAATTCTGCCGCTTGCATTAGCGATGATTCTGTTGGGCGCTTATAAGAAAAAAATCGTCGGCGATTACAAGCATCCGATCTGGCTCACGATTGCAGGGGCGATCGTAGTGGTTGTCATGGCGGTTATGGGCATCTATACATTATTCACGCAGATGCCGCAGCTATGGAGCTGA MEQKKKTAGKASGRWSLLLGATFLMATSSIGPGFLTQTATFTNTLAASFGFIILISIILDIFAQTNVWRIIAVSGKRGQEIANMVLPGAGYAIAFLVVLGGLAFNIGNIGGAGLGLQVLFGIKPEIGALISAAVAVLIFVIKEAGKVMDRFMQIAGIVMIVLTVYVAVTTAPPVGHAVVKTFMPDHISVLAIVTLVGGTVGGYITFAGGHRLLDSGIQGKEVIPQVTKSSITGVLITSIMRIALFLAVLGVVSKGLSIDPDNPAASVFRLAAGNVGYKIFGVIMWSAAITSVIGAAYTSVSFFKSFSTKIEKHSHGVIIGFIIVSTLIFVTIGQPAKILVAVGSLNGLILPLALAMILLGAYKKKIVGDYKHPIWLTIAGAIVVVVMAVMGIYTLFTQMPQLWS PGPT0020786_14 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_BRANCHED-CHAIN_AMINO_ACID_TRANSPORT,PGPT0020786-ycsG-NA NA NA D1-12_03210 765 pxpA COG1540 5-oxoprolinase subunit A ATGTTTCAGATTGACATCAATTGTGATTTAGGAGAGAGTTTCGGTGCTTATAAAATCGGGCTGGATGAAGAGATTTTGGACTATGTGACATCTGCAAACATCGCCTGCGGCTTTCATGCGGGTGATCCCAGCGTGATGCGCAAAACGGTTGCGCTTGCGGCGGAAAAAGGCGTGAAAATCGGCGCTCATCCGGGACTGTTCGATCTTCAGGGATTCGGGCGGCGGCAGATCGCGATTACACCCGAGGAAGCGTATGATCTGACGCTGTACCAAATCGGCGCGCTGTCAGGTTTTTTAAAAGCAGAAGGTGTCGAGATGCAGCATGTGAAGCCGCACGGCGCTTTATATAATATGGCCGCCGTCAATCCCGGCCTGTCAGAAGCCATCGCTCAGGCGGTCTGTCATTTTGATCCCGGGCTTATTCTTTTCGGGCTTTCCGGAAGCGAGCTGATTAAAGCGGGAGATCGAATCGGACTGAGGACGGCAAGCGAAGTGTTTGCGGACCGCACCTATCAGGAAGACGGCACGCTGACGCCGCGTTCAGAGCCGGATGCGCTGATTCAGGATGACAAAAAAGCGGTCGGTCAAGTGATTCAAATGGTGAAAGACAGCACGGTGACATCACGTAAGGGACAAGCTGTAAGCCTGAAAGCGGACACGGTCTGCATTCACGGAGACGGAGCCCACGCCCTCACATTCGCAAAAACAATCAAAAAAGAATTAAAAGCGGCAGACATTCAAATCAGCGCGCTTGCAAAAGACTGA MFQIDINCDLGESFGAYKIGLDEEILDYVTSANIACGFHAGDPSVMRKTVALAAEKGVKIGAHPGLFDLQGFGRRQIAITPEEAYDLTLYQIGALSGFLKAEGVEMQHVKPHGALYNMAAVNPGLSEAIAQAVCHFDPGLILFGLSGSELIKAGDRIGLRTASEVFADRTYQEDGTLTPRSEPDALIQDDKKAVGQVIQMVKDSTVTSRKGQAVSLKADTVCIHGDGAHALTFAKTIKKELKAADIQISALAKD NA NA NA NA NA D1-12_03211 750 ycsE 5-amino-6-(5-phospho-D-ribitylamino)uracil phosphatase YcsE ATGCCGATACAAAGAGAAGACGCAGATATTAAACTGATCGCGATTGATATGGACGGAACCCTGCTCAATGACGAGCAGCTCATCCCGGAGGAAAACCGGCGGGCGATCAAGGAAGCGGAGGCGAAAGGAATTCACGTCGTCATCAGCACAGGACGCACGCTGATGACCTGCCGCGAACTGGCTGAGTCTCTCGAGCTGTCATCCTTTTTAATCACGGCAAACGGCAGCGAAATCTGGGATTCCAACTTTGAGCTGGTTGAGCGCAAGCTTCTTCATACCGATCATATTCAAAAATTATGGGATCTGCGGAATAAGCACAACACGAATTTCTGGGCCTCTACCGTCGATAGAGTGTGGAGAGGGGAATTCCCGGAAACGATTACGGATCATCAGTGGCTTAAGTTCGGATTCGAAATCGAGGATGACGAAGTGCGGAATGAGGTGCTGAAAGAGCTCAAAGAATACAAGGAGCTCGAGATCACAAACTCAAGTCCGATCAACATCGAAGTCAATGCCCTCGGTATCAACAAAGCGGCTGCGCTTGCGAAGGTATCGGAAAAACTCGGCTTCACGATGGAAAATGTGATGGCCATGGGTGACAGTCTGAATGACATTGCCATGATTGAAAAAGCGGGTGTCGGCGTCGCCATGGGGAATGCGCAGGACATTGTGAAAGAAACAGCTGACTGGGTGACTGATCTCAACACGGAAAACGGGGTCGCCAAAGCGATCCGCCACTGGGTGTTATAA MPIQREDADIKLIAIDMDGTLLNDEQLIPEENRRAIKEAEAKGIHVVISTGRTLMTCRELAESLELSSFLITANGSEIWDSNFELVERKLLHTDHIQKLWDLRNKHNTNFWASTVDRVWRGEFPETITDHQWLKFGFEIEDDEVRNEVLKELKEYKELEITNSSPINIEVNALGINKAAALAKVSEKLGFTMENVMAMGDSLNDIAMIEKAGVGVAMGNAQDIVKETADWVTDLNTENGVAKAIRHWVL PGPT0008595_835 DIRECT EFFECT PLANT_IMMUNE_RESPONSE_STIMULATION INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR ISR-VITAMIN_B2|RIBOFLAVIN_METABOLISM ISR-VITAMIN_B2|RIBOFLAVIN_BIOSYNTHESIS,PGPT0008595-ycsE|yitU|ywtE-K21064 NA NA D1-12_03212 165 hypothetical protein ATGAAAGAAAGAAAACAAAAGAACAAACCGAATGAAAATCCTGAACATCATGATTTAACCGATCCGATTCCGCTGGAAGAGCTGAAAGAAAACGCCAATGACGAAAAACACAAACATGACCAAAGGGACAATTCACAAAGTGAAAGAGATTATGATACAAAATAA MKERKQKNKPNENPEHHDLTDPIPLEELKENANDEKHKHDQRDNSQSERDYDTK NA NA NA NA NA D1-12_03213 396 fabZ_2 COG0764 3-hydroxyacyl-[acyl-carrier-protein] dehydratase FabZ ATGAATCAGAAGCTATTGCCCCATCGTTTTCCGTTTCTTTTGATTGACGGCACGACGAACAGTGAAGCCGGAAAATGGGCGGCTGCTTACAAAAACATCAGTGAAAATGACTGGTTTATAACTGAATCCCAAAGAGAGATGCCATTTTCGTTCGTCGTTGAAGCAATGGCCCAAACGGCGGCTTGCGCGGGAATTACCGGCGGTGACGGCCTCGGTCTCTTATCCGCGGTGAAGAAAGCGGAAAGGTTAGGTGCCGCTTTGCCGGGAGACCGTCTGGATCTTTTTTTTGAGGTCACGCGAATCAGACGCGGTTTTGTGTTCGGCCGGGCGAAAGCTTCCGTTGCCGGGAAGCCTGTGGCGGAAGCTGAGCTCAGCATATTTATCCAGCCATCGTAA MNQKLLPHRFPFLLIDGTTNSEAGKWAAAYKNISENDWFITESQREMPFSFVVEAMAQTAACAGITGGDGLGLLSAVKKAERLGAALPGDRLDLFFEVTRIRRGFVFGRAKASVAGKPVAEAELSIFIQPS PGPT0008365_4046 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008365-fabZ-K02372 NA NA D1-12_03214 1122 mtlD COG0246 Mannitol-1-phosphate 5-dehydrogenase ATGATTGCCCTTCATTTCGGAGCGGGAAACATCGGGCGGGGCTTTATCGGCGCCCTGCTCCATCATTCCGGCTATGAGGTAGTTTTCGCTGATGTGAATGAAACGATGGTCAGCCTTCTCAATGAAAAGAAGGAATATACCGTGGAGCTTGCCGACGGCGGCCGGCAGACAGAAATCATCGGCCCCGTTTCAGCCATCAACAGCGCGGTGCAAGAACAAGAGCTGTACGGGCTGATCAATGAAGCGGTGATCATTACGACGGCGGTGGGCCCGAACGTTCTCAGACTCATCGCCCCGTCCATCGCGGAAGGGCTGAAGCGCAGAACGTCCTCTGAGCCTCTCAATATCATTGCCTGTGAAAATATGATCAGCGGCAGCAGTTTTCTGAAAAAAGAAGTTTTCGGACATTTGACGGAAGCGGAGCGGGAACTCGTGAACCGGACGGTCGGCTTCCCGGATTCTGCGGTGGATCGGATCGTGCCGATTCAGCACCATGAAGATCCGCTGAAAGTATCCGTAGAACCGTTTTTTGAATGGGTCATAGACAGAACCGGCTTTGCCGGCGGCCAGCCGGTACTGGAAGGTGCGTTGTTTACGGATGATCTTACGCCTTTCATCGAGAGAAAGCTGTTTACCGTCAATACCGGCCATGCCGTTACGGCGTACGTCGGCTATCAGCGCGGATTAAAAACCGTCAAAGAGGCCATCGGCCATCCGGAAATCCGGCGTGTCGTGTACGATGCACTTTCAGAAACGGGCGAGTACTTGGTGAAAGCGTACGGCTTTAAGCAATCCGAACACGAGCAGTACATGAAGAAAATCATCGGCCGCTTTGAAAATGAATACATCACGGATGATGTGACAAGAGTCGCCAGATCACCGCTTAGAAAACTCGGAGCGAATGACAGATTAGTAGGGCCGGCCAAAAAAATAAAAGAACCGAACGCGCTGGCAGAAGGCATCGCCGCCGCCCTGCGCTTTGACTATCAGGATGATCCGGAAGCGGTTGAGCTGCAAAAGCTTATCGCGGAAAAAGGCACGAGCGGCGTTCTTCAAGACATTTGCGGTATTCAGCCGCATGAACCGCTGCACGGCATCGTGCTCAAAAAGCTCAATCAATAA MIALHFGAGNIGRGFIGALLHHSGYEVVFADVNETMVSLLNEKKEYTVELADGGRQTEIIGPVSAINSAVQEQELYGLINEAVIITTAVGPNVLRLIAPSIAEGLKRRTSSEPLNIIACENMISGSSFLKKEVFGHLTEAERELVNRTVGFPDSAVDRIVPIQHHEDPLKVSVEPFFEWVIDRTGFAGGQPVLEGALFTDDLTPFIERKLFTVNTGHAVTAYVGYQRGLKTVKEAIGHPEIRRVVYDALSETGEYLVKAYGFKQSEHEQYMKKIIGRFENEYITDDVTRVARSPLRKLGANDRLVGPAKKIKEPNALAEGIAAALRFDYQDDPEAVELQKLIAEKGTSGVLQDICGIQPHEPLHGIVLKKLNQ PGPT0013700_910 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ALCOHOL_UTILIZATION PLANT_DERIVED_MANNITOL_DEGRADATION,PGPT0013700-mtlD-K00009 NA NA D1-12_03215 432 mtlF COG2213 Mannitol-specific phosphotransferase enzyme IIA component ATGGAAGTATTGGCTAAAGCGAACATCAAACTGAACCAGACGGTGAACTCAAAAGAGGATGCCATCCGCCTCGCGGGACAGACATTGATTGATAACGGCTACGTGACGAACGGCTATGTGGAAAAAATGTTCGAACGTGAAGAAACATCATCCACGTTTATGGGGAATTTCATCGCGATCCCGCACGGCACGGAAGATGCGAAGGATGAGGTGCTTCATTCAGGCATTTCCGTCATCCAGATTCCGGACGGTGTGGAATACGGTGAAGGCAATACGGCAAAGGTCGTTTTCGGTATCGCCGGAAAAAACAATGAACATTTAGACATCCTGTCAAACATCGCCATCATCTGCTCAGAGGAAGAAAACATCGAACGGCTGATCAGTGCAAAGACGGAAGAAGAACTGGCCGCTATTTTCAGCGAGGTGAACTGA MEVLAKANIKLNQTVNSKEDAIRLAGQTLIDNGYVTNGYVEKMFEREETSSTFMGNFIAIPHGTEDAKDEVLHSGISVIQIPDGVEYGEGNTAKVVFGIAGKNNEHLDILSNIAIICSEEENIERLISAKTEEELAAIFSEVN PGPT0016940_472 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_MANNITOL_PTS_SYSTEM,PGPT0016940-cmtB-K02798 NA NA D1-12_03216 1434 mtlA PTS system mannitol-specific EIICB component ATGCAGCAAGAACAGCAAGCTGGCATGAAAGTGAAGATACAGCGGTTCGGCAGTTATTTAAGCGGTATGATCATGCCGAATATCGGCGCATTTATCGCATGGGGAATTATTACCGCACTGTTTATACCTAAGGGATGGTTTCCGAATCCGCAGCTGAATACATTGGTAACCCCGATGATTACGTATCTACTGCCGCTTTTAATCGCATATACGGGCGGAAAAATGATCTATGATCACCGCGGGGGAGTCGTCGGAGCGACGGCCGCCATCGGAGTCATTGTCGGAGCGGACATTCCGATGTTCTTAGGGGCAATGATTATGGGGCCTTTGGGCGGTTATCTCATTAAACAATTAGACCGTGTGTTTAAAGATAAAGTCAGACAGGGTTTTGAAATGCTGATCAACAACTTCACGGCGGGAATTATCGGCGCGGTGCTGACGATTATCGCGTTTTATGCGATCGGCCCGGTCGTCCTGTCTCTTAACAAATTGCTGGCGGCGGGTGTGGAAGTCATTGTCCACGCGAATTTGCTGCCGATTGCAAGCGTTTTCGTAGAACCGGCGAAAGTCCTGTTCCTGAATAACGCGATCAACCACGGCATTTTAAGTCCGATCGGAATCGAGCAGGCCGCCAAAGCGGGTAAATCCATTCTGTTCTTAGTGGAAGCGAACCCCGGGCCGGGACTCGGTATTTTACTGGCATATATGTTCTTTGGGAAAGGCTCTTCAAGATCGACGGCTCCGGGAGCGGCGATCATTCATTTCTTCGGGGGGATACATGAAATCTATTTCCCTTACATTTTAATGAAACCGATGCTGATCCTCGCGGCGATCGCCGGGGGAGCGAGCGGACTGCTTACATTCTCGATCTTTAACGCAGGTCTTGTCGCCGCATCATCTCCGGGAAGCATCATCGCCATTTTAGCGCTGACGCCGAAAGGAAGCTACCTCGGCGTGCTGGCGGGCGTCATCGTTGCCGCGGCCGTATCGTTTATCGTCTCGGCGCTTATTCTGAAATCGTCTAAAGCGGGCGAAGAAGATTTGACAGCCGCGGCGGAAAAAATGCAGGAAATGAAAGGCAGGAAAAGTGAAGCGGCGGCCGCGTTGGCAGACAAAGAGGAAGAGCCGGAAAACAGCGCCGCTGATATTTCCGCTGACCAAGTCAGCCGCATTATCTTCGCGTGTGACGCGGGTATGGGATCGAGCGCAATGGGCGCCTCCATTTTAAGAAACAAAGTGAAAAAAGCAGACCTGGATATTGATGTGACAAATACGTCGATCAATAATCTTCCGAATGACGCGGATATCGTCATTACGCATAAGGACCTGACTGACCGCGCGAAAGCGAAGCTGCCGCAGGCGGTGCACATTTCGGTTGATAATTTCTTGAACAGCCCGAAATACGATGAACTGATTGAAAAGCTTAAAAACTAA MQQEQQAGMKVKIQRFGSYLSGMIMPNIGAFIAWGIITALFIPKGWFPNPQLNTLVTPMITYLLPLLIAYTGGKMIYDHRGGVVGATAAIGVIVGADIPMFLGAMIMGPLGGYLIKQLDRVFKDKVRQGFEMLINNFTAGIIGAVLTIIAFYAIGPVVLSLNKLLAAGVEVIVHANLLPIASVFVEPAKVLFLNNAINHGILSPIGIEQAAKAGKSILFLVEANPGPGLGILLAYMFFGKGSSRSTAPGAAIIHFFGGIHEIYFPYILMKPMLILAAIAGGASGLLTFSIFNAGLVAASSPGSIIAILALTPKGSYLGVLAGVIVAAAVSFIVSALILKSSKAGEEDLTAAAEKMQEMKGRKSEAAAALADKEEEPENSAADISADQVSRIIFACDAGMGSSAMGASILRNKVKKADLDIDVTNTSINNLPNDADIVITHKDLTDRAKAKLPQAVHISVDNFLNSPKYDELIEKLKN PGPT0016945_911 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ALCOHOL_UTILIZATION PLANT_DERIVED_MANNITOL_DEGRADATION,PGPT0016945-mtlA|cmtA-K02800 NA NA D1-12_03217 342 ycnL putative protein YcnL ATGAAAGAAACGACCTGCCCGAACTGCGGCAAGCCGATTACAGGCGACATGGTCAGATCATCCATGATCCCGTGCCAGTTTCAGTGCGGGCATTGCCATGTGAAATTGCGTGAATATAAAGTATCCGCTCCGATTATGGCTGCGGCCATTGCGATCACGGTGCTTTTGATTTATCTTGTGCAGATGGCCAGAACCGCCGTCATGCCGATGTTTCCGGCAGCGCGGTATGTGCCGGCCGCCATTTTCGCGCTCGTATGTGCGTATCCGGTGTTTATTGTCAGTGAGCGGCTCATTGCCAAACTCGTTGTCACAAAAGGACACATTATATACAGAAAGCGGTAA MKETTCPNCGKPITGDMVRSSMIPCQFQCGHCHVKLREYKVSAPIMAAAIAITVLLIYLVQMARTAVMPMFPAARYVPAAIFALVCAYPVFIVSERLIAKLVVTKGHIIYRKR NA NA NA NA NA D1-12_03218 573 ycnK COG1349 HTH-type transcriptional repressor YcnK TTGCTTCCGATTCACAGACAGCAAACCTTGCTTGAATGGCTGAAAGAAGAGGGCGCGCTGAAAATCTCTGACATAAGCGAGAGATTCGGCGTCTCCGAGATGACCGTGTACAGAGACGTCAATCAGCTGGCGGATGCAAACCGGATTATCCGGACACCCGGCGGCATTACGCTCCCGCCCGCTTCAGAACGAAGCGCCAATCAATGCGGCTATTGCCTGCGGCCGATTCAGCATTCGTATTCTGTTCAGCTTATTACCGTTTCACAAGCCGTTGAGCAGATGTGCTGCATTCATTGCGCGATTTTGCGGTATGAGGATAAAAAGGAAGAAGTGTCCCACGTCATTTGTAAAGATTTTCTTCTTCAGACGACACTGACGGCAGCTTCCGCATACTTTTTAGTCCATGCCGATATTGACCTTCACTGCTGCCGGCCTCAGGCGATTCCCTTCTCAACGCTTGATTACGCAGAACGGTTTCAAAAAGGATTCGGCGGGGTCATTTGCACCTTTGACGAGGCGGCGGACATCATCTTACACGACAGGCAGAAGGGATGCACCTGCAGCAAGACATAA MLPIHRQQTLLEWLKEEGALKISDISERFGVSEMTVYRDVNQLADANRIIRTPGGITLPPASERSANQCGYCLRPIQHSYSVQLITVSQAVEQMCCIHCAILRYEDKKEEVSHVICKDFLLQTTLTAASAYFLVHADIDLHCCRPQAIPFSTLDYAERFQKGFGGVICTFDEAADIILHDRQKGCTCSKT PGPT0004170_32 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_COPPER_RESISTANCE COPPER_RESISTANCE-RELATED_FUNCTIONS,PGPT0004170-ycnK-K21601 NA NA D1-12_03219 1629 ycnJ COG1276 Copper transport protein YcnJ ATGAGACAGAACAAACGCTGGCTCATCTTTTTGCTGTTCCTTGTTTTGATTCCGAAAACAAGCTTCGCCCACGCCTACATCACAAACTCAAATCCGGGTGAGAACAGCGAATTAAAACAAGCGCCGAAGCAGATTGAAATTGAGTTTAATGAACAGATTGAAGAAGGCTTCCACTCCATTAAGGTCTATAATTCATCCGGCGAACGGGTTGACGCGGGCAAAACGGTGATTCAAAAAAATGATGCCCGCATCATGACCGCGGCATTGAAAAAAAACCTGCCGCATGATATTTACAGAGCGGAATGGAACGCGGTATCGGCCGACGGACATCCGGTATCCGGCGTCATCCCTTTCAGTATCGGAAAAGCCGGCGGAGAACTTCAGGAGCAGACATCATCGCAAGCGGCGCTTCATCCCGAAGCGGCCATCGACCGCGGTATTTTGTACACCGCTCTCTCCCTGTTTATCGGCACGGCTTTTTTCCATCTGTTTTGGTACAGAAATAATAAAGATTCATCAAAAGCAAAACGAACTGTAAAGCTGCTCGTGATTTCTTTGTGTTTAACGGGGCTCGCGCTTATCTGCCAGCTCCCGATCCAGACGAAAGAAAACGCGGGCGGCGCTTGGAGCGCCGCGTTTCAGCCGGACTATGTAAAAGAAACGCTTCTGAAAACGGCAGGCGGGTACGTCTGGATGATCCAGATCAGCTTATTTATCCTGCTCGCCCTGTCCATGATCCCGCTGCTGAAGAAGAAAGCATTCCGGTCATTTGCGTACTGGACGGCGCCGCTGTTGTTCTTCTTCGCTTCGCTTTTGGCAAAAGCATTCGCCGGGCACGCGGCGGTTATCGACGAAAAAGCGGTCGGCATCGCAATGGACTTTCTCCATTTATCGGCCGCGTCTGTATGGATGGGCGGTATCGCCGCGCTTGTGCTGCTTCTTTCATCAGAGTGGAGAAAACCCGATAAAACCATCGCTTGGGAAACGGTCAGACGGTTTTCTCCTTGGGCGTTCGCCTCTGTCGGCGTGCTGTTATTTTCAGGTGTACTGAACGGATTTTTCATTATCCGCACGTTTGATTCACTCTTTCACACCGCTTACGGTAAGACGCTCCTTTTGAAAATCGGACTGTTTGTCATCATGCTTGCGCTCGGCGCCGTTCACGTATGGATGACGAAGTTCAGCAGAAAAAGGAGCATCAGCGCAACGATAAAGGCCGAATGGGCACTAGGCATCGCGGTATTATTCACAACCGCCGTCTTCACAAGCCTGCCCAGCCCGCCGCCGCCTGCGCCATTGCCTTTTAACGGCTCAGAAACGATCGGAAACGGGGAAACCCTGTCCTTGCACATTACGCCGAACCAGCCGGGTAAAAATGAATTTCAAGTCATTGTCAACGATCACAACGGCAGCTTGGTAAAAGACATTCAGCAATTTACGGTCACTGTTTACCAGACGGGCTTCAGCGGCAAACAGCATGAAAGCACCTTTGATTTGAAGAAGACGAAGGAAGGCACATTTGAAGCCGCCAACCTATCCATCACCGAAAAGGGAAACTGGAAGATCAAAGTCCACGGGCTGACAAACGATTTTAATGAAATCAACCAAATATTCTCAACGACAAACTAA MRQNKRWLIFLLFLVLIPKTSFAHAYITNSNPGENSELKQAPKQIEIEFNEQIEEGFHSIKVYNSSGERVDAGKTVIQKNDARIMTAALKKNLPHDIYRAEWNAVSADGHPVSGVIPFSIGKAGGELQEQTSSQAALHPEAAIDRGILYTALSLFIGTAFFHLFWYRNNKDSSKAKRTVKLLVISLCLTGLALICQLPIQTKENAGGAWSAAFQPDYVKETLLKTAGGYVWMIQISLFILLALSMIPLLKKKAFRSFAYWTAPLLFFFASLLAKAFAGHAAVIDEKAVGIAMDFLHLSAASVWMGGIAALVLLLSSEWRKPDKTIAWETVRRFSPWAFASVGVLLFSGVLNGFFIIRTFDSLFHTAYGKTLLLKIGLFVIMLALGAVHVWMTKFSRKRSISATIKAEWALGIAVLFTTAVFTSLPSPPPPAPLPFNGSETIGNGETLSLHITPNQPGKNEFQVIVNDHNGSLVKDIQQFTVTVYQTGFSGKQHESTFDLKKTKEGTFEAANLSITEKGNWKIKVHGLTNDFNEINQIFSTTN PGPT0004095_420 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_COPPER_RESISTANCE COPPER_RESISTANCE-COPPER_TRANSPORT,PGPT0004095-ycnJ-K14166 NA NA D1-12_03220 612 ycnI COG4549 putative protein YcnI ATGTTGAAAAAAAAGGCTTTATTATTCATATCCGCCGTGACCCTGTCACTCGTCGGTTTTACGGCGACAGCAAGCGCCCACGTCTCAGTCAAACCCGCGGAATCCGCGGCCGGTTCTTGGGAAACGTACACGATGAAAGTGCCTGTGGAAAAGAATGAGCCGACAACGAAAGTCGTGCTGAAAATGCCCGCAGGCGTTGAATTTCAGCAGTATCAGCCGATTCCGGGCTGGAAAACATCCGTATCCAAACATGATGACAAAGCGGTCTCCGTCACTTGGGAAGCAAAGGACGGCGGCATTCAGCCCGGCCAATTCCAGCAGTTCACGTTCGTTGCGAAAAATCCTGAAAAGAGCGGAGATGCCGCTTGGGACGCTTACCAATATTACAAAGACGGCAGCATTGTAGAATGGACGGGTGATGAGAAAGCCGACACGCCTCACTCGATTACGAAAATCACGAAATCGGCGAGCGTGACGGATGCGCACGGAGCTGAACAGTCAAACGAAGAAAGCAAATCCGGCGTATCAGCGCTTGATATTGCAGCCATCGTTCTGTCAGCTGCGGCAATTATCCTTTCCATCGCGGCGCTTGTAAAGAAAAAACGTGTGTAA MLKKKALLFISAVTLSLVGFTATASAHVSVKPAESAAGSWETYTMKVPVEKNEPTTKVVLKMPAGVEFQQYQPIPGWKTSVSKHDDKAVSVTWEAKDGGIQPGQFQQFTFVAKNPEKSGDAAWDAYQYYKDGSIVEWTGDEKADTPHSITKITKSASVTDAHGAEQSNEESKSGVSALDIAAIVLSAAAIILSIAALVKKKRV NA NA NA NA NA D1-12_03221 786 gdh COG1028 Glucose 1-dehydrogenase ATGTACACGGATTTAAAAGGAAAAGTCGTTGCCATTACGGGAGCTTCATCAGGATTAGGAAAAGCGATGGCGATCCGCTTCGGACAGGAGCAGGCGAAAGTCGTGGTTAACTACTATAGTAATGAAAAAGACGCCCAAACCGTTAAAGAAGAGATTCAAAAAGCGGGAGGCGAAGCTGTCATCGTTCAAGGAGACGTCACAAAAGAAGAAGATGTCAAAAACATCGTGCAGACCGCAGTGAAGGAATTCGGCACATTGGATGTCATGATCAATAACGCCGGCATGGAAAATCCGGTTCAGTCGCATGAAATGCCGCTTAAAGACTGGAACAAAGTTATCAATACCAATCTGACCGGCGCTTTCTTAGGAAGCCGCGAAGCCATAAAATATTACGTAGAGAATGATATTCAAGGAAACGTCATTAACATGTCAAGCGTACATGAAATGATTCCGTGGCCGCTGTTTGTCCACTACGCGGCGAGTAAAGGCGGCATCAAATTGATGACGGAAACGCTGGCGCTTGAGTACGCGCCGAAGCGCATCCGTGTTAACAATATCGGACCGGGCGCCATCAATACGCCGATCAACGCGGAAAAATTTGCCGATCCCGTTCAGAAAAAAGATGTGGAAAGCATGATTCCGATGGGATATATCGGTGAGCCGGAAGAAATCGCGGCTGTCGCCGTCTGGCTTGCTTCAAAGGAATCAAGCTATGTGACCGGGATTACGCTGTTTGCTGACGGGGGAATGACCAAATATCCGTCTTTCCAGGCAGGCCGCGGATAA MYTDLKGKVVAITGASSGLGKAMAIRFGQEQAKVVVNYYSNEKDAQTVKEEIQKAGGEAVIVQGDVTKEEDVKNIVQTAVKEFGTLDVMINNAGMENPVQSHEMPLKDWNKVINTNLTGAFLGSREAIKYYVENDIQGNVINMSSVHEMIPWPLFVHYAASKGGIKLMTETLALEYAPKRIRVNNIGPGAINTPINAEKFADPVQKKDVESMIPMGYIGEPEEIAAVAVWLASKESSYVTGITLFADGGMTKYPSFQAGRG PGPT0014705_690 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 D1-12_03222 864 glcU COG4975 Glucose uptake protein GlcU ATGGATATATTACTGGCTCTTCTCCCGGCTTTATTTTGGGGGAGCATCGTGTTATTTAACGTCAAATTAGGCGGCGGGCCTTACAGCCAGACGCTGGGAACGACAATCGGGGCGCTCATCGTTTCGTTTGTGCTGTATCTGTTTGTCCATCCGGTGCTGTCCGGGCGCATTTTTATTGTCGGCATCATCTCGGGGCTGTTTTGGTCGCTCGGCCAAAGCAATCAGCTTAAAAGCATACAGCTGATGGGCGTTTCAAAAACTATGCCGATATCAACGGGAATGCAGCTCGTCTCGACTTCTTTGTTCGGTGTGATCGTATTCAAAGAATGGTCAACCCCGATCGCGATTACGCTGGGTATTCTCGCCCTTATTTTTATCATCATCGGGATTGTGCTCACATCTTTAGAAGATAAAAAGGGGCGGGCGGACGGAGAACCGGGAAACTTAAAAAAAGGCATTGTCATCCTGCTGATCTCCACGCTCGGCTATTTGGTCTATGTCGTCGTCGCCCGGCTGTTCGGTGTATCCGGATGGTCAGCGCTTCTGCCGCAGGCGATCGGGATGGTCATCGGCGGACTGCTCCTGACGTACAAGCATAAACCGTTTAATAAGTACGCCCTCAAGAACATTCTGCCGGGAATCATCTGGGCGCTCGGGAACATGTTTCTGTTCATCTCACAGCCGCGCGTCGGAGTTGCGACAAGTTTTTCCCTCTCTCAAATGGGGATCGTCATCAGCACGCTCGGCGGAATCTTCATTCTCCGTGAGAGCAAAACGAAGCGTCAGCTGGTCGCCATTGCTATCGGGATTATCCTGATCATTGTAGCCGCGGTATTCTTAGGCGTTGCGAAATCAAATTCATAA MDILLALLPALFWGSIVLFNVKLGGGPYSQTLGTTIGALIVSFVLYLFVHPVLSGRIFIVGIISGLFWSLGQSNQLKSIQLMGVSKTMPISTGMQLVSTSLFGVIVFKEWSTPIAITLGILALIFIIIGIVLTSLEDKKGRADGEPGNLKKGIVILLISTLGYLVYVVVARLFGVSGWSALLPQAIGMVIGGLLLTYKHKPFNKYALKNILPGIIWALGNMFLFISQPRVGVATSFSLSQMGIVISTLGGIFILRESKTKRQLVAIAIGIILIIVAAVFLGVAKSNS NA NA NA NA NA D1-12_03223 1389 gabD COG1012 Succinate-semialdehyde dehydrogenase [NADP(+)] ATGCCAGAACAATTAACAGTGTACAACCCGGCAACGGGAGAGGCGATCGAAAGCATCCCCCAGCAGACGGCCGAAGATGTTGAAAAAGCGATTGAACGTTCACATCAAGCGTTTCAATCATGGTCCAAAACATCAGCGGGAGAACGTGCCTCACTTTTGAGAAAATGGTATGAGCTGATTGTTGAAAATAAAGAAGAACTTGCGGAATTAATTACGAAAGAAAACGGCAAACCGTACGAAGAAGCGGTCGGAGAAGTTTTATACGGCGCCGGCTATATTGAATGGTTCGCCGAAGAAGCAAAACGGATTTACGGCAGAACCGTACCTGCGCCGACAACGGGCAAACGGATTGTCGTCACCCGTCAGGCGGTCGGACCGGTAGCCGCGATCACGCCGTGGAATTTCCCGAATGCGATGATTACAAGAAAAGCCGCGCCCGCTTTGGCGGCAGGCTGTACGTTCATCATCAAACCGGCGGAGGATACGCCGCTTTCCGCTTACGCCCTTGCGCGTCTCGCATATGAAGCGGGAATTCCGAAGGACGTGCTGCAAGTGGTGATCGGTGACGGAGCCGAAATCGGAAACGTCTTCACCAGCAGCCCGAAAATCCGTAAAATTACCTTTACCGGCTCAACGCCTGTCGGTAAAATCCTGATGAAAAACAGCGCCGACACCGTAAAACATATGTCAATGGAGCTTGGCGGACATGCGCCGCTGATCGTGGATGAAGACGCTGATCTTGATCTGGCGGTAGCCCAAACAATGGCCTCTAAATTCAGAAATGCCGGCCAAACCTGCGTCTGTGCGAACCGGCTGATCGTACACGAATCCGTGAAAGACGAGTTTGCGAAAAAACTGAGTGAAGAAGCTGCGAAACTCAAAGTCGGAAACGGTCTTGAAAAAGGCGTAAACGTCGGCCCTGTCATCAACAAAAAAGGCTTCGATAAAATCGTCGGCCAAATTAATGACGCCGTGGAAAAAGGTGCAGAAGTGCTGACGGGCGGAACGTATGACCAAAACGACGAAAAAGGATGCTATTTCGTGACGCCGACCGTGCTTTCAAATGTAGATACATCCATGAACATCATGCATGAAGAAACATTCGGCCCGGTTGCGCCGATCGTTACGTTCTCAGATATTGATGAAGCGATCAAGCTTGCGAACGATACGCCGTTCGGGCTTGCGGCTTATTTCTTCACAGAAAACTACCGCCGCGGCATCTATATTTCTGAACAGCTTGAATACGGCATCATCGGCTGGAATGACGGCGGTCCGTCCGCGGTTCAAGCGCCGTTCGGAGGAATGAAAGAAAGCGGCATCGGCCGTGAAGGCGGTACGGAAGGCATTGAACCGTACCTGGAAACCAAATACATGTCTATCGGACTTTAA MPEQLTVYNPATGEAIESIPQQTAEDVEKAIERSHQAFQSWSKTSAGERASLLRKWYELIVENKEELAELITKENGKPYEEAVGEVLYGAGYIEWFAEEAKRIYGRTVPAPTTGKRIVVTRQAVGPVAAITPWNFPNAMITRKAAPALAAGCTFIIKPAEDTPLSAYALARLAYEAGIPKDVLQVVIGDGAEIGNVFTSSPKIRKITFTGSTPVGKILMKNSADTVKHMSMELGGHAPLIVDEDADLDLAVAQTMASKFRNAGQTCVCANRLIVHESVKDEFAKKLSEEAAKLKVGNGLEKGVNVGPVINKKGFDKIVGQINDAVEKGAEVLTGGTYDQNDEKGCYFVTPTVLSNVDTSMNIMHEETFGPVAPIVTFSDIDEAIKLANDTPFGLAAYFFTENYRRGIYISEQLEYGIIGWNDGGPSAVQAPFGGMKESGIGREGGTEGIEPYLETKYMSIGL PGPT0001580_5720 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_TRIGONELLINE_USAGE PLANT_DERIVED_TRIGONELLINE_DEGRADATION,PGPT0001580-gabD-K00135 NA NA D1-12_03224 1308 davT COG0160 5-aminovalerate aminotransferase DavT ATGAGTCGAACAGCATCAACGGAAGTGACAACTGCCCAGTGGCAGCAAAAACGGGATCAATTCGTTTCCAAGGGGGTCGGCAACGGAAACCGCGGCATGGCGGTAAAAGGGGAAGGGGCGCTTTTGTACGATTTGGACGGCAGACGATTCATTGATTTTGCCGGAGCGATCGGAACGCTGAATGTCGGCCATTCCCATCCGAAAGTGGTGGAGGCCGTGAAGAAACAGGCGGAGGATCTGATTCACCCGGGATTTAACGTCATGATGTATCCGTCTTATATTGAGCTGGCCGAAAAACTTTGCGCCCTTGCGCCGGGAGATCATGCGAAAAAAGCGATTTTTCTCAATTCGGGAGCGGAAGCGGTGGAAAACGCCGTGAAAATCGCCAGAAAATATACGAAGCGCCAGGCTGTCGTGTCATTTACAAGAGGGTTCCACGGCCGCACGAACATGACGATGAGCATGACGAGCAAGGTGAAGCCTTATAAATTCGGTTTCGGCCCATTTGCCTCAGAGGTGTATCAGGCGCCGTTTCCTTACTATTATCAAAAGCCGGCCGGCATGAGCGACGAGCAGTATGACGACTTTATCATCAGCGCTTTTGAGGATTTCTTTATCGCCGCAGTTGCACCGGAAACCGTCGCCTGTGTCGTAATGGAGCCGGTTCAGGGAGAAGGCGGCTTCATCATTCCGTCAAAACGTTTCGTGCAGCACGTCGCCGCTTTTTGTAAAAAACACGGCATCGTTTTTGTAGCGGATGAGATCCAGACCGGATTTGCCAGAACGGGAACATATTTTGCGATTGAGCATTTCGGAGCCGTTCCTGATTTGATCACCGTATCCAAATCACTTGCGGCCGGATTGCCGCTGAGCGGCGTCATCGGCCGGGCGGAAATGCTTGATGCCGCCGCGCCGGGTGAACTCGGGGGCACATATGCGGGAAGCCCGCTCGGCTGTGCGGCTGCGCTTGCGGTCTTGGATATTATTGAAGAAGAAGGGCTGAATCAGCGTTCCGAGGAGATCGGCCGGATCATCGAGCATCAAGCGCTTGAGTGGAAAAAAGAGCATGCCTGCATCGGAGAAGTGCGCAGGCTCGGCGCGATGGCGGCCATCGAAATTGTCAAAGATCCGGACACGCGGGAACCGGACAAAGCAAAAGCCGCGGCGATCGCTAAAACGGCGAACGAGAACGGACTGCTGCTGCTGACGGCCGGCATTAACGGCAACATTATCAGATTCCTGACGCCGCTTGTCGTGACGGATGAGCAGCTCAAAGAAGGCCTTTCCATTATCGAAGCAGCTCTGTGA MSRTASTEVTTAQWQQKRDQFVSKGVGNGNRGMAVKGEGALLYDLDGRRFIDFAGAIGTLNVGHSHPKVVEAVKKQAEDLIHPGFNVMMYPSYIELAEKLCALAPGDHAKKAIFLNSGAEAVENAVKIARKYTKRQAVVSFTRGFHGRTNMTMSMTSKVKPYKFGFGPFASEVYQAPFPYYYQKPAGMSDEQYDDFIISAFEDFFIAAVAPETVACVVMEPVQGEGGFIIPSKRFVQHVAAFCKKHGIVFVADEIQTGFARTGTYFAIEHFGAVPDLITVSKSLAAGLPLSGVIGRAEMLDAAAPGELGGTYAGSPLGCAAALAVLDIIEEEGLNQRSEEIGRIIEHQALEWKKEHACIGEVRRLGAMAAIEIVKDPDTREPDKAKAAAIAKTANENGLLLLTAGINGNIIRFLTPLVVTDEQLKEGLSIIEAAL PGPT0007660_1006 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS INSECTICIDAL_COMPOUNDS INSECTICIDAL-GAMMA-AMINOBUTYRIC_ACID_BIOSYNTHESIS,PGPT0007660-gabT-K07250 NA NA D1-12_03225 1410 gabR_2 COG1167 HTH-type transcriptional regulatory protein GabR ATGCTGACGATTTCCATTGATCATTCGGAAACGGCGGATTATATCTATCAGCAGATCTATCAGCACATAAAAGCGGCTGTTTTGAAGCGCAGCCTGATGCCTCATACAAAGGTGCCGTCTAAACGGGAGCTTGCCGAGACGCTGAAGGTCAGCGTGAATTCAGTGAATTCAGCTTATCAGCAGCTGCTTTCGGAAGGTTATTTATATGCAGTCGAAAGAAAAGGCTTTTTCGTGGAGGAAATTGATACGGTTTATCATGAAGAAGCGCCTTCGCTCCTATTGCCTGATGATTTGAAAGAGCGGGAGACGGATAAAAGCGGCTGGATTTCGTTTTCTCATATGAGCGTGGATACGGCGCATTTCCCCCTGAAAAGCTGGTTCCGCTGTGAGCATAAAGCAGCCGCCCGTTCATTTCATACACTCGGAGAACTCGTCCACCCGCAAGGTTTATATGAAGTCCGTGAAACAATTTCGCGGCTTATTTCCCTGACAAGGGGCGTTACATGCCGCCCGGAACAAATCGTGCTCGGGGCGGGCACGCAATTGCTGGTGCAGCTGCTGACGGAACTGCTGCCAAAAGACGCGCTCTACGCCATGGAGAACCCGGGATATATGAGGATGTACCGGCTGCTGCAAAACCTCGGGAAAAAGGTTGCGACGATCAGCCTTGATGAAAAAGGCATGTCCATGGACGAAATCGAAAAACGCCGGCCCTCTGTATTGATCACCACGCCTTCCCATCAATTCCCCTCAGGCGTGATCATGCCCGCTTCCCGGCGGATTCAGCTTTTAAACTGGGCCGCCGAACAGAACGGCCGCTTCATCATTGAAGATGATTATGACAGTGAATTTAAATATGACGCCGATACGATACCGGCGCTTCAAAGCCTTGACCGGTTTCAAAATGTCATCTACATGGGGACCTTTTCAAAATCCCTTTTCCCAGGTCTGCGCATCAGCTATATGGTTCTGCCGCCCGGGCTTTTGCGGACGTTCAAAGAGAGAACGTATGACCTGCATACGTGCAGCACACTTGCCCAGCTCGCGCTGAAAGAATTTATCGAATCAGGTGAATATCAGAAACATATTAAAAAGATGAAGCAGCATTATAAGAACATGCGGGAACGCCTCATTTCGGCTTTGGAAGAAACATTCGGAGATAGAATCAGTGTAAAGGGCGCCAATGCGGGGCTTCATTTTGTCACTGAGTTTGACTGCGCCCGTTCAGAAAAAGAGATATTGGCACGGGCGGATGCAGAACAGCTCGATCTGTTTGCGATGAGCCGGTTCCGTCTGAAAGCGGGAGGCGATTCAAACAAACCGCAGCTCATTCTGGGATTCGCCCGCCTGAAGGAGAGCGATATTCAAGAAGGCGTCTACAGGCTTTACCGGGCGGTTTTCGGCGCATAA MLTISIDHSETADYIYQQIYQHIKAAVLKRSLMPHTKVPSKRELAETLKVSVNSVNSAYQQLLSEGYLYAVERKGFFVEEIDTVYHEEAPSLLLPDDLKERETDKSGWISFSHMSVDTAHFPLKSWFRCEHKAAARSFHTLGELVHPQGLYEVRETISRLISLTRGVTCRPEQIVLGAGTQLLVQLLTELLPKDALYAMENPGYMRMYRLLQNLGKKVATISLDEKGMSMDEIEKRRPSVLITTPSHQFPSGVIMPASRRIQLLNWAAEQNGRFIIEDDYDSEFKYDADTIPALQSLDRFQNVIYMGTFSKSLFPGLRISYMVLPPGLLRTFKERTYDLHTCSTLAQLALKEFIESGEYQKHIKKMKQHYKNMRERLISALEETFGDRISVKGANAGLHFVTEFDCARSEKEILARADAEQLDLFAMSRFRLKAGGDSNKPQLILGFARLKESDIQEGVYRLYRAVFGA PGPT0016790_3931 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 D1-12_03226 315 hypothetical protein ATGAACATTCCAAACCATCCTGAAACCGAACGCTTACAGCTGACAAAGGTTCTTCATGCTCTGAGTGATCCGCTCCGCTTAGAGCTGGTCAAACAATTGGCGGAAACAACAGAAAAAACGTGCGGAACCTGCGCTGATGTCCGGGTAGCTAAATCAACGCTGTCCCATCACTTCAAAGTGCTGCGGGAAGCGGGGATCGCCCAAGTGCGCATAGACGGGAAGCACCGTTATTATTCCCTGCGCAAAGATGATTTACAAGCGGCGTTTCCCGGCCTGCTGGAGGCGATTTTGCAGACAGAGCCGGACCGCTGGTAA MNIPNHPETERLQLTKVLHALSDPLRLELVKQLAETTEKTCGTCADVRVAKSTLSHHFKVLREAGIAQVRIDGKHRYYSLRKDDLQAAFPGLLEAILQTEPDRW NA NA NA NA NA D1-12_03227 288 ycnE COG1359 Putative monooxygenase YcnE ATGATCGTCTTACAGGCTTACATGAAAGTAAAAGCGGATAAACGCGAGGAATTTTTAGGAGAAGCGCAATCACTTGTTCAGCATTCACGCGCGGAAGAAGGAAATGTGCAATACGACCTTTTCGAAAAAGTCGGTGAGGAAAATACATTCGTCATGCTTGAGCAATGGAAAGATGAAGAAGCGATGAAATTCCACAACGCAACTGACCATTTCCAAGGATTTGTGGCAAAAGCAAAAGAACTGCTGAGTGCGCCGCTTGACGTCGTCCGCACAGAACTGTCAGAGTAA MIVLQAYMKVKADKREEFLGEAQSLVQHSRAEEGNVQYDLFEKVGEENTFVMLEQWKDEEAMKFHNATDHFQGFVAKAKELLSAPLDVVRTELSE NA NA NA NA NA D1-12_03228 747 nfrA2 COG0778 FMN reductase [NAD(P)H] ATGAACGAAGTCCTTCAATTATTAACAGACCACCGTTCCATCCGCAGCTACACAGATGAACCCGTATCGGATGAACAGCTGGATCTTATCATCCAAGCCGCTCAAGCAGCGCCGACTTCCATTAACGGCCAACAATTTACCGTTATAGCGGTGAAAGATAAGGAACGGAAGAAAAAAATATCCGAATTGGCGGGCGGCCAGCCGTGGATTGACCAAGCGCCGGTTTTCCTTTTATTCTGCGCTGATTTTAACCGCGCCAAAATTGCGCTTGAAGAATATAATGATACACCGCTTGAGATCACGAACGGTTTAGAGTCCGTACTTGTCGGAGCCGTAGATGTCGGGATTGCGCTGGGTACGGCAACGGCTGCGGCTGAATCAATGGGACTCGGCACTGTGCCGATCGGCGCCGTGCGCGGCAAGCCGGACGAACTCATAGAATTGCTGAAACTCCCGAAATACGTTTTCCCGGTTTCCGGTCTCGTCATCGGCCATCCGGCAGACCGCTCCGCGAAAAAACCGCGTCTGCCGCAAGCAGCCGTTCTGCATCATGAAACGTATCAAGAAGAAGATGTTAGAACACATATCGAGGCCTATGACAAGCAGATGTCCGAATACATGAAAAAACGCACCGACGGACAGGAAACGAGAAACTGGTCACAAGGCATCACCTCCTACTATAAGCAGCTTTATTATCCTCACATTCGTGAAATGCTTGAAAAGCAAGGGTTTAAGACGGATAAATAA MNEVLQLLTDHRSIRSYTDEPVSDEQLDLIIQAAQAAPTSINGQQFTVIAVKDKERKKKISELAGGQPWIDQAPVFLLFCADFNRAKIALEEYNDTPLEITNGLESVLVGAVDVGIALGTATAAAESMGLGTVPIGAVRGKPDELIELLKLPKYVFPVSGLVIGHPADRSAKKPRLPQAAVLHHETYQEEDVRTHIEAYDKQMSEYMKKRTDGQETRNWSQGITSYYKQLYYPHIREMLEKQGFKTDK PGPT0000295_46 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-CHROMANON_RESISTANCE,PGPT0000295-nfrA2|ycnD-K19286 NA NA D1-12_03229 876 hypothetical protein ATGAATGATAAGAAAACGGATATTCTGCTGGCGGCAAGAAAGCTTTTTTCCGGGAAAAGCTTTTCGTCAGTTTCGATGCAGGCGATCGCAGAGGAGTGCAAAGTCTCCAAAGCATCTTTATATAAGCTGTTTGAATCAAAGGAAGACCTGCTCCTGGAGCTGCTCGACTTTAACCAGAAACAGATGGTAGCCGCCGCTTCATTATTGAATGAAGAAACAAGCCTCTCCCCTGAGGAACGGTTTGCCAAAAAACTGATGGCTGAGCTTGAAGGCTTCAGGCGCAATCAGCAGTTTTTTAATATGCTGATGTACGGAAGCCCCTCTTCCATTAATGAGCGGGTAAAACGGCATATTCACAGGGCCCGCTCCACCTTTATCTGCTGGCATCGCGATTCACTGATTCAGACGTACGGCGAAGACATTATTCCTTATGTATGGGAGCTGGTGATCGTCCTGCAGGGGCTCCTGAGAGAATGCATCACGCTGATTAAGCTGGAAAAAGAACCGCTCGCCCTGGAGCCGCTCACGGAGTTTATCATCCGCCATCTCAATCTCATCGTCGAAAACAGGACAACCGAAACCGCTTTGCCTCAGGAGATGATTGACCTTTATATCGCCTCCGCTTCCTCATTTGAGCCGAAAGGCAAAACCGTATTACTGGCTGAAAGCCTGAAGGAACTGAAAGAAGCCGTCTCAGCCCTTCCGGAGGAAAAATATGACGCCGCAGGACTCGCTTCCGCGGCGGCTATGTTGGAGAAAGAATCAGCGGACAAACAGCCGCGGGATTTTCTCATCAAAGCGCTCATCGGTTATTTGGAGCAGGCCGGACCGCTGCACCAGCCGCTTGCAGCCGTTAAAACATTGCTCAAACTATAA MNDKKTDILLAARKLFSGKSFSSVSMQAIAEECKVSKASLYKLFESKEDLLLELLDFNQKQMVAAASLLNEETSLSPEERFAKKLMAELEGFRRNQQFFNMLMYGSPSSINERVKRHIHRARSTFICWHRDSLIQTYGEDIIPYVWELVIVLQGLLRECITLIKLEKEPLALEPLTEFIIRHLNLIVENRTTETALPQEMIDLYIASASSFEPKGKTVLLAESLKELKEAVSALPEEKYDAAGLASAAAMLEKESADKQPRDFLIKALIGYLEQAGPLHQPLAAVKTLLKL NA NA NA NA NA D1-12_03230 1425 farB Fatty acid resistance protein FarB TTGAATAAGAGTATTAAAACTGCACCATACAACCGCTCTGTCATTGTCGGGATTCTTTTGGCGGGTGCGTTCGTCGCCATTTTGAACCAGACACTGCTTATCACGGCGCTGCCGCACATTATGAATGACTTCAATATAGACGCCAACAAAGCGCAATGGCTGACAACGTCGTTTATGCTGACGAACGGGATTTTGATTCCGATTACCGCGTTTTTAATAGAGAAATTCACAAGCCGCACCCTCTTGATTTCCGCCATGAGTATTTTCACGGCGGGCACCATTGTCGGCGCATTCGCCCCGAACTTTCCGGTGCTCTTAACGGCCCGGATTATTCAGGCGGCCGGCGCCGGAATTATGCTGCCTCTCATGCAGACGGTATTTCTCACGATTTTCCCGATGGAAAAGCGCGGCCGCGCCATGGGTATGGTCGGCTTGGTTATTTCGTTCGCGCCGGCGATCGGCCCGACGCTTTCCGGTTGGGCGGTCGAAACATTCTCTTGGCGGTCTTTGTTTTATATTATCTTCCCGATCGCAGTCATCGATTTGCTTTTAGCGATTATTCTGATGAAAAACGTCACGACATTACGAGAAACACAGATTGATATTTTATCTGTGATCTTATCGACCCTCGGATTCGGCGGTCTGCTTTACGGCTTCTCAAGCGCCGGTTCATCAGGGTGGACCAGTACTGAAGTGCTGACTTCACTGCTTGTCGGAGCGGCCGCGCTGATTTTCTTTATCGCAAGACAGATGAAGCTCAAAAAACCGATGCTGGAATTCCGCGTGTTTTCTTTCGGGATTTTCAGCCTGACCACCCTGCTCGGAACGCTTGTTTTCGCGCTGCTGATCGGAACGGAAACCATTCTCCCGCTTTACACGCAAAAAGTCCGGGGCGTATCCGCGTTTGATACCGGATTAATGCTTTTGCCGGGCGCGATTGTGATGGGGATGATGTCTCCGTTTATCGGCCGGGTGTTTGACAAAATCGGCGGAAAAGGCCTTGCGATGACCGGATTCTTCATCATCCTGCTCACGTCCCTGCCGTTTATGAATCTCACGGACTCGACGTCTCTCATTTGGATTGTCGTCGTTTATACCGCGCGGCTTTTGGGAACAGCCATGATTATGATGCCGGTAACGACAGCGGGAATCAACGCCCTGCCGCGCCACTTAATTCCGCACGGCACAGCCATGAACAATACCGTCCGCCAAGTCGGCGGTTCTATCGGTACGGCGCTTTTAGTTTCCGTGATGAGCAGCCAGGCCGCGCACGCAAATGCGTCAACTCCGGCAAACGCCGCCCTGCACGGCATGAATGCGGCATTTGTCGTAGCCGCCTGCATCGCGCTGGCCGGCTTCCTCCTATCTTTTATATTGAAGAAAAAACCGCGTCAGCCCGAGCAGCAGCAGGCCGTTACGCGGTAA MNKSIKTAPYNRSVIVGILLAGAFVAILNQTLLITALPHIMNDFNIDANKAQWLTTSFMLTNGILIPITAFLIEKFTSRTLLISAMSIFTAGTIVGAFAPNFPVLLTARIIQAAGAGIMLPLMQTVFLTIFPMEKRGRAMGMVGLVISFAPAIGPTLSGWAVETFSWRSLFYIIFPIAVIDLLLAIILMKNVTTLRETQIDILSVILSTLGFGGLLYGFSSAGSSGWTSTEVLTSLLVGAAALIFFIARQMKLKKPMLEFRVFSFGIFSLTTLLGTLVFALLIGTETILPLYTQKVRGVSAFDTGLMLLPGAIVMGMMSPFIGRVFDKIGGKGLAMTGFFIILLTSLPFMNLTDSTSLIWIVVVYTARLLGTAMIMMPVTTAGINALPRHLIPHGTAMNNTVRQVGGSIGTALLVSVMSSQAAHANASTPANAALHGMNAAFVVAACIALAGFLLSFILKKKPRQPEQQQAVTR PGPT0029035_3 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029035-mdeA-K18936 NA NA D1-12_03231 945 yclQ COG4607 Petrobactin-binding protein YclQ ATGAAAAAAATCGCATTGCTATTCATTGCGCTAGTTACGATTTTTGTTGTTTCTGCATGCGGAAACGGGGACAAAACATCAGGCAAATCAAAAGAAACAATCACAATCAAAGATGACCTGAACAAAGAAGGAGTCAAAGTGCCGAAGAATCCGAAAAAAGTCGTCGTATTCAACTTCGGAATGCTGGACACGATGGATGAACTCGGTTTACAGGATCACGTGGCGGGACTTCCGAAACAAAACCTTCCAAAATACTTATCTTCATATAAAAGTGATAAATACGCCAATACCGGCGGTTTAAAAGAACCGGATTTTGAAAAAGTCGCGGATATTGATCCGGATTTAATCATTATCGCCCACAGACAATCTGATTCTTATAAAGAGTTCTCAAAAATCGCGCCGACGATTTATCTTGATGATGACTATACAAACTACGTTGACAGATTCAAGCACAACACCGAAGTGATCGGCAAAATCTTTAACAAAGAAAATGAAGTGAAAGATAAGCTAGCGAAAATTGACAAATCTATTGCGGATCTGAAGAAAAAGACAAGCAGCACGGATAAAAACGGGTTAGTGGTGATGGCGAACGACGGCAAAATCAGCGCGTTCGGATCTAAATCAAGATACGGCTTCATTCATGATGTGTTCGGCGTCAAACCGGCTGACAAAAACATTGAAGCCTCACTGCACGGACAAAGCATTTCCTATGAATATATCGCCAAAACAAACCCTGATTACATGTTTGTCGTTGACCGCGGAACAGCGATCGGCACAAAATCTTCAACAAAACAAGTAGTTGAGAATGATTATGTAAAATCGGTGAAAGCCGTGAAAAACAACCATGTTGTCTACCTTGATTCAGCTACATGGTATTTATCAGGAGGCGGCCTGGAATCCATGGCGCAAATGGTGAAAGAAGTAAAAGACGGAATCGAGAAGTAA MKKIALLFIALVTIFVVSACGNGDKTSGKSKETITIKDDLNKEGVKVPKNPKKVVVFNFGMLDTMDELGLQDHVAGLPKQNLPKYLSSYKSDKYANTGGLKEPDFEKVADIDPDLIIIAHRQSDSYKEFSKIAPTIYLDDDYTNYVDRFKHNTEVIGKIFNKENEVKDKLAKIDKSIADLKKKTSSTDKNGLVVMANDGKISAFGSKSRYGFIHDVFGVKPADKNIEASLHGQSISYEYIAKTNPDYMFVVDRGTAIGTKSSTKQVVENDYVKSVKAVKNNHVVYLDSATWYLSGGGLESMAQMVKEVKDGIEK PGPT0003765_8747 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 D1-12_03232 759 yclP COG4604 Petrobactin import ATP-binding protein YclP ATGGTAGAGGTCAAAAATGTAAGCAAACAATACGGAGGGAAAGTCGTCCTTGAGAAAACGTCTCTATCCATTCAAAAGGGCAGGCTCACCTCATTTATCGGTCCGAACGGCGCGGGAAAAAGCACGCTGCTGTCTATCATGAGCCGGCTGATTAAGACGGATTCCGGGGAAATCACGGTCGACGGGCAAGAGATCGGGGCCTGTAAAAGCAACGATCTGGCGAAAAAAATCAGCATCTTGAAGCAGACGAACCAAATCAATATCAGACTGACAATTAAAGACCTGGTCAGCTTCGGCAGATTTCCGTATTCCCAAGGGAAACTGACGGATGAAGATTGGGTGCATATCAACCAGGCCCTCAGTTATATGAAGCTGGATGATTTAAAGGATAAATACCTCGATCAGCTCAGCGGAGGCCAGTGCCAGAGGGCATTTATCGCGATGATCATCGCTCAGGATACCGACTATATTTTTCTCGATGAGCCGCTGAACAATTTAGATATGAAGCATTCCGTTGAAATGATGAAGCTGTTGAAGCGGCTTGTGGAAGACTTCGGAAAAACGGTCGTCGTAGTGATTCACGATATCAACTTCGCATCCGTATATTCAGACCATATCGTCGCACTGAAAAACGGCCGGATCGTCAAAGAAGGGCCGGCGGAGGAGATCATTGAAACCTCCGTGCTTGAAGATATTTATGATATGACCATCCCGATTCAAGAGATTGACAGTCAGCGGATCGGTGTGTACTTTTCTTAA MVEVKNVSKQYGGKVVLEKTSLSIQKGRLTSFIGPNGAGKSTLLSIMSRLIKTDSGEITVDGQEIGACKSNDLAKKISILKQTNQINIRLTIKDLVSFGRFPYSQGKLTDEDWVHINQALSYMKLDDLKDKYLDQLSGGQCQRAFIAMIIAQDTDYIFLDEPLNNLDMKHSVEMMKLLKRLVEDFGKTVVVVIHDINFASVYSDHIVALKNGRIVKEGPAEEIIETSVLEDIYDMTIPIQEIDSQRIGVYFS PGPT0003760_7557 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 D1-12_03233 948 yclO COG4605 Petrobactin import system permease protein YclO ATGAGTCATAATAAAAAAATTACGCTGCTGGCGGCGCTCGCCATGATATGTATCGGATTCTTCCTGTTCTACGGACTGGGCAATTGGGAATACTCCCTGCCGAGACGATGCTTCAAAGTGCTTGCCATGATGCTTACCGGAGGAGCGATCGCGTTTTCAACGGTCATCTTCCAGACGATTACAAATAACCGCATACTGACACCGGGCATTTTAGGCCTCGATTCCCTGTATATGCTCATTCAGACCGTCATCGTGTTCCTGTTCGGTTCAATGAATATCGTCATGATGAACAAAAATCTTAATTTCGTCATCTCCGTCGGGCTGATGGTGCTCTTGTCACTCGTTTTGTATCAGCTCATGTTTAAAGGCGAGGGGCGGAACGTGTTTTTCCTTCTGCTTGTCGGCGTCGTGTTCGGCACGCTGTTCAACAGTCTGTCATCCTTTATGCAGATGCTGATTGATCCGAATGAGTTCCAGGTTGTTCAGGACAAAATGTTTGCCAGCTTTAACAATATCAACACCGATCTTTTATGGTTTGCCGGTGCTGTCTTTCTTCTGACGGGCATTTATGTCTGGCGGTTCACGCGGTTTTTTGACGTGCTGTCGCTCGGCAGGGAGCACGCCGTCAACCTGGGGATTGACTACGATAAGCTTGTGAAACAGATGCTCATTGTCGTCGCCATTCTTGTGTCTGTCTCTACGGCTCTTGTGGGGCCGATTATGTTTTTAGGACTGCTTGTCGTCAATCTGGCGAGAGAGTTTTTAAAAACCTACAGGCACACGTATTTAATCGCGGGTTCTGTCCTGATCAGCATCGTCGCGCTCGTCGGAGGCCAGTTCGTCGTGGAGAAAGTGTTCACGTTTTCCACGACGCTGAGCGTCATCATTAATTTTGCCGGCGGGATTTATTTTATCTATCTGCTGTTAAAGGAGAATAAATCATGGTAG MSHNKKITLLAALAMICIGFFLFYGLGNWEYSLPRRCFKVLAMMLTGGAIAFSTVIFQTITNNRILTPGILGLDSLYMLIQTVIVFLFGSMNIVMMNKNLNFVISVGLMVLLSLVLYQLMFKGEGRNVFFLLLVGVVFGTLFNSLSSFMQMLIDPNEFQVVQDKMFASFNNINTDLLWFAGAVFLLTGIYVWRFTRFFDVLSLGREHAVNLGIDYDKLVKQMLIVVAILVSVSTALVGPIMFLGLLVVNLAREFLKTYRHTYLIAGSVLISIVALVGGQFVVEKVFTFSTTLSVIINFAGGIYFIYLLLKENKSW PGPT0003770_11120 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 D1-12_03234 954 yclN COG4606 Petrobactin import system permease protein YclN ATGAAGCTACGTTACTTACTTTTGCTACTGGCGGTTTTGGCGTGTACTTCTATATTTATCGGTGTAGAAGATTTGTCGCCGCTGGATATTTTTCATTTAAATAAAGAACAGGCGGGTACATTGTTTGACAGCCGGCTGCCGCGTTTGGTGAGCATTATCATCGCCGGCATGAGCCTGAGCATCTGCGGATTAATCATGCAGCAGATCAGCCGGAATAAATTTGTATCGCCGACGACTGCGGGAACGATGGATTGGGCAAGGCTCGGAATTTTGATTTCATTAATGCTTTTTACGTCAGCGAGTCCGCTTGTGAAAATGTCTATCGCTTTCGTTTTCGCGTTGGCGGGAAATTTCCTTTTCATGAAAATCCTCGAGAGAATCAAGTTCAATGATGCGATTTTTATTCCTCTCGTCGGTTTAATGCTTGGGAACATCGTCAGCTCAATCGCCACGTTTATCGCATATAAATATGACCTGATCCAAAACCTGTCGTCTTGGCTGCAGGGAGATTTCTCACTGGTCGTCAAAGGCCGGTATGAGCTTTTATATCTGAGTATCCCGCTGGTGATCATCGCTTATGTGTATGCGGATAAATTTACGGTGGCGGGAATGGGAGAGAGCTTTTCCGTCAATCTCGGCCTGAAATACAAACGCGTCGTTAATATCGGTCTGATTATCGTGTCGCTCATCGCTTCACTGGTGATCCTGACCGTCGGGATGCTGCCGTTTCTCGGTTTGATCATTCCCAATATGGTGTCGATTTACAAAGGGGACAACCTGAGGAGCAGCTTGCCTCACACCGCTCTGCTGGGCGCTGTTTTTGTGCTGTTTTGCGACATTTTGGGAAGGGTGATCATCTTCCCGTACGAAATTTCCATCGGCCTGATGGTCGGTGTTATCGGCAGCGGCATCTTCCTGTATATGCTGTTAAGGAGAAAAGCATATGAGTCATAA MKLRYLLLLLAVLACTSIFIGVEDLSPLDIFHLNKEQAGTLFDSRLPRLVSIIIAGMSLSICGLIMQQISRNKFVSPTTAGTMDWARLGILISLMLFTSASPLVKMSIAFVFALAGNFLFMKILERIKFNDAIFIPLVGLMLGNIVSSIATFIAYKYDLIQNLSSWLQGDFSLVVKGRYELLYLSIPLVIIAYVYADKFTVAGMGESFSVNLGLKYKRVVNIGLIIVSLIASLVILTVGMLPFLGLIIPNMVSIYKGDNLRSSLPHTALLGAVFVLFCDILGRVIIFPYEISIGLMVGVIGSGIFLYMLLRRKAYES PGPT0003770_10718 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 D1-12_03235 1365 yclM COG0527 Aspartokinase 3 ATGAAAGTTGTAAAATTCGGAGGCAGCTCTCTTGCGTCAGGAGCCCAGCTTGAGAAAGTGTTTCAAATCGTGACGGCTGATCCCGCGCGGAAAGCCGTCGTCGTATCGGCACCGGGAAAACGCTTCTCGAACGATACAAAGGTGACGGATCTGTTAATCCGCTGTGCGGAGCATTATTTGCAAAAAGGTGCAGCACCCGGGCTTGCCGAAACGGTCATTGAACGGTACGCAGCCATCGCGCGTGAGCTGAACCTGGATTTCTCTATTATAGAAAGAATCCGCAGTGACCTATTCGCTCTCTTAAACAGCTGTAAAACCAATCCCGAACAATATATGGATGCGGTGAAGGCGAGCGGCGAGGACAACAACGCGAAGCTGATCGCAGCCTACTTCCGGCGCCAGGGCGTGAAAGCGGAATACGTAAGTCCGAAAGAAGCGGGGCTGTTTGTGACGAATGAACCCGGAAGCGCGCAGGTGCTCCCTGAGTCTTATGATCATTTGTACCGCCTGAGAAACCGGGAAGGCTTGATCATTTTTCCGGGATTTTTCGGTTACACGAAGGAGCATGAGATTGTGACGTTTTCCCGGAGCGGTTCTGATATTACCGGCTCCATTCTCGCTAACGGCTTAAAAGCCGATCTGTACGAAAACTTTACTGATGTGGACGCCGTCTATTCCGTCAACCCGTCAATCGTGCGGCATCCGAAAGAAATTAACGAACTGACGTATCGGGAAATGCGTGAGCTCTCCTATGCCGGATTTTCCGTTTTTCATGATGAAGCGCTGATTCCCGCATTTCGGGCCGGCATCCCCGTTCAAATTAAGAATACGAATAATCCGGATGCGAAAGGAACACGCGTCGTCAGCAGCCGTGACAATACGAACGGGCCAGTCATCGGCATCGCAAGCGACACGGGCTTTTGCAGCATTTACATAAGCAAATATTTAATGAACCGGGAAATCGGTTTCGGCCGCAAAGCCCTTCACATTTTGGAGGAAGAAGGATTGACGTATGAACACGTTCCATCCGGCATTGACGACATCACGATCATCCTTCGGCACAATCAGATGGACTCAGAACTGGAACACAGGCTCGTCACCCGTCTGAAGCAGGAACTTCAAGCAGATGAAGTCACAGTCAGGCACAATCTGGCGCTGATTATGGTCGTCGGGGAAGCGATGCGCCATAATGTCGGCACAACCGCCAGGGCATCCAAAGCACTGTCGGAAGCCGGCGTCAACATCGAGATGATTAATCAAGGGTCATCGGAAGTCAGCATGATGTTCGGAGTGAAAGAAGAACAGGAAAAACACGCGGTGCGGGCGCTGTATGACGAATTTTTCGCCGGAGTCTTACTCTCATAG MKVVKFGGSSLASGAQLEKVFQIVTADPARKAVVVSAPGKRFSNDTKVTDLLIRCAEHYLQKGAAPGLAETVIERYAAIARELNLDFSIIERIRSDLFALLNSCKTNPEQYMDAVKASGEDNNAKLIAAYFRRQGVKAEYVSPKEAGLFVTNEPGSAQVLPESYDHLYRLRNREGLIIFPGFFGYTKEHEIVTFSRSGSDITGSILANGLKADLYENFTDVDAVYSVNPSIVRHPKEINELTYREMRELSYAGFSVFHDEALIPAFRAGIPVQIKNTNNPDAKGTRVVSSRDNTNGPVIGIASDTGFCSIYISKYLMNREIGFGRKALHILEEEGLTYEHVPSGIDDITIILRHNQMDSELEHRLVTRLKQELQADEVTVRHNLALIMVVGEAMRHNVGTTARASKALSEAGVNIEMINQGSSEVSMMFGVKEEQEKHAVRALYDEFFAGVLLS PGPT0014040_1321 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_ASPARTATE_DEGRADATION,PGPT0014040-lysC-K00928 NA NA D1-12_03236 120 hypothetical protein ATGAAATTGAAATCTAAATGGTTTGTTATTTGTTTAGCAGCCGCCGCGATTTTTACAGTGACAGGTGCAGGCCAGACAGATCAGGCTGAATTCCATGTAGCTGAAAGAGGAATGACGTGA MKLKSKWFVICLAAAAIFTVTGAGQTDQAEFHVAERGMT PGPT0025675_6 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-PENTAPEPTIDE_BIOSYNTHESIS,PGPT0025675-phrC-K06353 NA NA D1-12_03237 1149 rapF_3 COG0457 Response regulator aspartate phosphatase F ATGAAGAGCGGGTTAATTCCTTCTTCAGCAGTCGGGCAGAAAATTAACGAGTGGTATCGATACATCAGAACATTCAGCGTGCCGGATGCGGAGATCTTGAAAGCCGAGATCAAACAAGAGCTTGACCGTATGGAGCCTGATTCGAACTTAGTGCTTTATTATTCCCTCATGGAATTTCGCCATCAGCTGATGCTGGACTACTTGGAGCCGCTGGAAAAACTGAAGATAGAAGACCAGCCGACCCTGTCGGAAATTCTTGATAACATTGATAACAGCCAGGCCGGCCTCAAAGGGCTTCTCGATTATTATGTCAACTTTTTCAAAGGCATGTTTGAATTTGATAAAAGAGAATTTATCTCAGCGATTACATATTATAAACAAGCTGAGAAAAAACTGGCCTTCGTATCGGACCACGTGGAACGGGCGGAGTTTTATTTTAAAGTGGCCGAAGCTTATTATCATATGAAACAAACGTATTTTTCTTTGATACATATAAAAAACGCTTATGAAATTTACGTAGAGCAGGACACATATAACGTCCGGATCATTCAATGCCATTTTGTATTCGGCGTCAATTTAATGGATGAAAGGCGCTTTGAACAGGCGGCCAAACATTTTCAGCACGCTCTGCAAATGGCCGAAAAAGAACAAAAAGCGCAGCTTGTCGGGAGGGCGCTGTATAACCTCGGACTGTGCTACTACAATCAGGACCGCATCGGTGAAGCGATTCCGTACTTTGAACGGGCGGTCGATACATTTGAATCACAAAGAATCGTCAATTCTCTTCCTCAAGCATATTTTCTAATCACACTCATTTACTTTAAACTCGGAAAAAAAGAAAAAGCGTCGGAATATCACAAGCGGGGATATGAATATGCTAAAGAAACAGACGATCCCGTTTACACGGTAAAATTCGAATGGCTGCAGGCTCTGTATCAGGCGAAACCGGATGAGGAAACAATCAGCGCGTGTTTCCGTTACCTGGAAGATAAAAATTTATACGCCGATATAGAGGATTTAGCACTAGAAGCAGCTAAATATTACTATGAACAAAATTGCTTTAAAATTTCTTCTGACTATTTTCTGAAAGTCGAAGAGGCAAGGAAACAAATACAAAGGAGTGAGGGTTTGTATGAAATTGAAATCTAA MKSGLIPSSAVGQKINEWYRYIRTFSVPDAEILKAEIKQELDRMEPDSNLVLYYSLMEFRHQLMLDYLEPLEKLKIEDQPTLSEILDNIDNSQAGLKGLLDYYVNFFKGMFEFDKREFISAITYYKQAEKKLAFVSDHVERAEFYFKVAEAYYHMKQTYFSLIHIKNAYEIYVEQDTYNVRIIQCHFVFGVNLMDERRFEQAAKHFQHALQMAEKEQKAQLVGRALYNLGLCYYNQDRIGEAIPYFERAVDTFESQRIVNSLPQAYFLITLIYFKLGKKEKASEYHKRGYEYAKETDDPVYTVKFEWLQALYQAKPDEETISACFRYLEDKNLYADIEDLALEAAKYYYEQNCFKISSDYFLKVEEARKQIQRSEGLYEIEI PGPT0025760_9 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-PENTAPEPTIDE_PERCIPITATION|SIGNALLING,PGPT0025760-rapC-K06361 NA NA D1-12_03238 1425 rcsC_5 Sensor histidine kinase RcsC ATGAGGATTAAATACTTATATCAGCTGCTGTTAAGCCATGTCAGCATTTTGATTTTGGCCTTTTTCATCATCATTTCCCTGTTTTCGCACTTTGTGAAAGATTTTGCGTATCAAAATAAAGTGGATGAGCTGTCATCTTACGCCCAACAGATCACAAGTGAGCTGAACAGCCGCGATCTTGATCTGCGCCGCCTGTATCCGTATCAGGACATGTTAAAAACGCGCGAGACCAGATTTATTATTTTTGATGAACATCAGCAGCCTTACTTTTTTCCTGACGATATGCCGCCGCGCGAGAAGCTGAAAAGTAAAGAGTGGCACATGCTGAAGCAAGGGAAAACCGTTCAGATCAGAGCGGAGATGAACCGTTTTAATACGGAAGGCTTGGAAGTATCGCTTGTTGCAAAACCGCTTTTTATCAACGATCAATTTAAAGGAGCGGTGCTGCTCGTGTCTCCCGTCAGAGGGGTCGAGCAGATGATCAGCCAGGTCAACCGCTATATGATTTACGCGATCATCAGCACCCTTATCATCACGATTCTGCTGAGCTGGCTTTTATCTAAATTTCACGTCAAGCGGATTCAGACATTGCGGGATGCGACCGGAAAAGTGGCATCCGGTGATTACGATATTTCGCTCAAGAACAGCGGCGGCGATGAAATCGGCATGCTGGCGTCCGATTTCAACACCATGGCCAAAAATCTAAAGCAATCAAGAGAGCAGATTGACCGCCTGGAAAAACGGAGGCGCCAATTTATCGCCGATGTCTCCCATGAGCTGAGAACGCCTTTGACGACCATTAACGGACTTGTGGAGGGGCTTAACAGCAACACCATCCCGGAAAAAGATAAAGAGAAATGCTTCTCGCTGATCAGCGAAGAAACGAAGCGGATGCTCAGGCTCGTGAAAGAAAACCTGGATTATGAAAAAATCAGATCCCAGCAAATCAAACTGGACAAGCTCAGCCTGCCGCTCATCGAGGTGTTTGAAATTATTAAAGAGCATCTCAATCAGCAGGCGGAGGAAAAACAAAATCAGCTGCGGATTCAAGTGGAGGACGGCGTCAAAGTGTTCGCCGATTATGACAGGCTGATCCAGATTCTCGTCAACATCACGAAAAACAGCATACAATTTACGCAAAAGGGAGACATCACGCTGCGCGGGTATGAAGGCTATAAAGAAACGGTGATTGAAATCGAAGACACCGGGATCGGCATCTCCAAAGAGGAAATTGAGCATATATGGGAGCGGTTTTATAAGGCGGACGTGTCCCGGAGGAATACGGCATACGGCGAATACGGACTCGGCCTGTCCATCGTCAGGCAGCTCGTCGAAATGCACAAGGGTACGATAGATATTAACAGCGAAAAAGGAAAAGGCACGACCTTTACAATCCGCCTTCCGCTGAATACGAAAAATGAATAA MRIKYLYQLLLSHVSILILAFFIIISLFSHFVKDFAYQNKVDELSSYAQQITSELNSRDLDLRRLYPYQDMLKTRETRFIIFDEHQQPYFFPDDMPPREKLKSKEWHMLKQGKTVQIRAEMNRFNTEGLEVSLVAKPLFINDQFKGAVLLVSPVRGVEQMISQVNRYMIYAIISTLIITILLSWLLSKFHVKRIQTLRDATGKVASGDYDISLKNSGGDEIGMLASDFNTMAKNLKQSREQIDRLEKRRRQFIADVSHELRTPLTTINGLVEGLNSNTIPEKDKEKCFSLISEETKRMLRLVKENLDYEKIRSQQIKLDKLSLPLIEVFEIIKEHLNQQAEEKQNQLRIQVEDGVKVFADYDRLIQILVNITKNSIQFTQKGDITLRGYEGYKETVIEIEDTGIGISKEEIEHIWERFYKADVSRRNTAYGEYGLGLSIVRQLVEMHKGTIDINSEKGKGTTFTIRLPLNTKNE NA NA NA NA NA D1-12_03239 684 srrA_2 COG0745 Transcriptional regulatory protein SrrA ATGAAGATATTAATGATAGAAGATAATATAAGCGTATGCACCATGACGGAAATGTTCTTTTTTAAAGAAGGATTTGAAGCCGAATTTGTCCATGACGGAGTGGAAGGCTATCAGCGGTTCACGGAAGAGGACTGGGATTTGGTCATTCTGGACATTATGCTCCCATCCATGGACGGAGTGACGATCTGCCGGAAAATAAGAGAGACGAGCAGTGTGCCGATTATTATGCTGACCGCAAAGGACACGGAGTCTGATCAGGTGATCGGGTTTGAAATGGGGGCCGACGACTATGTCACCAAGCCGTTCAGCCCGCTGACACTAGTAGCGCGGATTAAAGCGGTGATTAGAAGATACCGGGCGACGGGGCAGGCCGTAAAAAGCGACGACTTGATCGAAACGGCGTGTTTTTCAATCAATAAGAAGACGCGGGAAGTGTTTCTGCACGGAAAACCTGTCGAGAATCTGACGCCGAAGGAATTCGATCTGCTCTTTTATCTCGCACAAAACCCGCGCCAGGTTTTTTCGAGAGAGCAGCTGCTTGAGCAGGTGTGGGGCTATCAATTTTACGGCGATGAACGTACGGTTGATGTTCATATTAAACGGCTGCGCAAAAAACTGTCCAGTGACGAAAAACCGTTTTTATACACGGTGTGGGGGGTAGGATACAAATTTGATGAGGATTAA MKILMIEDNISVCTMTEMFFFKEGFEAEFVHDGVEGYQRFTEEDWDLVILDIMLPSMDGVTICRKIRETSSVPIIMLTAKDTESDQVIGFEMGADDYVTKPFSPLTLVARIKAVIRRYRATGQAVKSDDLIETACFSINKKTREVFLHGKPVENLTPKEFDLLFYLAQNPRQVFSREQLLEQVWGYQFYGDERTVDVHIKRLRKKLSSDEKPFLYTVWGVGYKFDED PGPT0013765_570 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HIGH_TEMPERATUR_REGULATION,PGPT0013765-vicR|walR|yycF|micA-K07668 NA NA D1-12_03240 1434 hypothetical protein ATGAACTTTATAAAAAGAGCCTTTTGGAGCATGAAGGCAAAAAAGGGAAAAACATTTTTGCAGCTGGTTGTGTTTTCAGTGATTTGCATTTTTGCCCTGTCCGGTCTTGCGATCCAGTCAGCGGCAAAGAAATCAAGCGAACTGGCAAGGCAGCAGCTCGGCGGGAGCGTCACACTCCAGGCTGACCGCCAAAAGCAAATGGCGCAGCAGCAAAAAGACGGTGAAAAGAGGACGTTTGAATCAACACCGATTTCCGTCTCAGATGCCAAGAAGCTTACATCTTTACAGCATGTTAAAAATTACAATTTCCTCACGACAGCGTCAGCAAATGCAGAAAGCTTTGATGCGATAAAAAGCTCAGGCGAATCAGCCGATAACAGTTCCGGCGCCGGCCGTTTTCAAGGCGGCGGAAGACAGATGATTTCAGCGGATATCTCGATCGAAGGCGTGCTCTCTACGGCATTGCTTGATGATTTCACGGACGGGAGCTCAAAAATCACTGACGGACGCGCCATCACAAAAACAGATGCGGACGCAAAAGTCGCCGTGATTAATGAATCGCTGGCAGATCAAAACAAGCTGAAGGTCGGCGGCTCCATTACCGTTTCTTCAGCAGCGGATGATTCTGTGAAAACGAAGCTTAAAATTGTGGGAATCTATAAAACAACATCATCAGGAGACGATCAGGCACAGCACTTTTCATTCTTAAATCCTGACAATAAAATCTATACGCCTTACACCGCCGCGGCGGCGTTAAAAGGGTCTGATAACAAAAACAAAATCAGCTCAGCCGTTTATTATATGGATGATGCCAAATATATTGACTCATTCGTTGCGGCTGCGAAAAAAACATCTGTAGATGATAAAACCTACGCGCTGACGACAAATGATCAGGTGTATCAGCAAATGGTCGGCCCGATTGAAAATGTCGCGTCATTTTCTAAAAACGTGGTATACCTTGTATCCATCGCGGGCGCGGTCATTCTTGGGTTGATCGTGACGATGTCGATCAGGGAACGCAAGTATGAAATGGGTGTCTTGATGGCGATCGGCGAAAAGCGCTGGAAGCTCATCGGACAATTCTTAACGGAAATTCTGGTTGTCGCGGTTATCGCCATCGGGATCGCATCCGTCACGGGCAGCCTTGTGGCGAATCAGCTCGGAAATCAGCTTCTTTCCCAGCAGGTCAGCTCAGCCGATGATTCGCAGCAAACAAGCGGCTGGGGCGGAGGAGAAATGCCGCGGGGAGGCGGCATGTTCGGTCAGCATTCATCCGGCGCGGATGTCATCAGTACAATGCAGGTAAACGTCTCGCTGAATGACCTTCTGATTCTTAGCGGGATCGGCGTCGCAATTGCCGTCATTGCCACATTACTGCCGTCTGTATCAGTCATGCGGCTTCACCCTAAAACGATCCTGACCAAGCAGGAATAA MNFIKRAFWSMKAKKGKTFLQLVVFSVICIFALSGLAIQSAAKKSSELARQQLGGSVTLQADRQKQMAQQQKDGEKRTFESTPISVSDAKKLTSLQHVKNYNFLTTASANAESFDAIKSSGESADNSSGAGRFQGGGRQMISADISIEGVLSTALLDDFTDGSSKITDGRAITKTDADAKVAVINESLADQNKLKVGGSITVSSAADDSVKTKLKIVGIYKTTSSGDDQAQHFSFLNPDNKIYTPYTAAAALKGSDNKNKISSAVYYMDDAKYIDSFVAAAKKTSVDDKTYALTTNDQVYQQMVGPIENVASFSKNVVYLVSIAGAVILGLIVTMSIRERKYEMGVLMAIGEKRWKLIGQFLTEILVVAVIAIGIASVTGSLVANQLGNQLLSQQVSSADDSQQTSGWGGGEMPRGGGMFGQHSSGADVISTMQVNVSLNDLLILSGIGVAIAVIATLLPSVSVMRLHPKTILTKQE PGPT0013350_11617 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013350-ABC_CD_P-K02004 NA NA D1-12_03241 684 lolD COG1136 Lipoprotein-releasing system ATP-binding protein LolD ATGAGCCTATTAACCTTTCAACAGACCGGCTACTGGTACCAAGACAAATCACAGCCGCTGTTTCAGGATATAACGATCAGCTTTGAAAAAGGGAAGTTTTATACAATTGTCGGTGCCTCCGGAACGGGAAAAACAACGTTTCTGTCTCTGGCGGGCGGCCTTGACACACCTAAAGAGGGAAGCATCCTTTATAACGGAGAAGACATCTCCAAAATCGGATTAACCAAATTCAGAAATCAATATGTCTCTATCGTCTTTCAATCTTATCATCTGATCCCGTATATGACGGCGCTCCAAAATGTCACAACGGCGATGGAGATCACCGGCTCTAAGGAGAACAACAAAGATGCGTTCGCGCTCAGCATGCTGAAAAAAGTCGGCTTCACCGAACAGCAGGCCCGTCAGCGGGTGCTGACATTAAGCGGCGGACAGCAGCAGCGCGTTTCAATTGCGCGGGCTTTCTGCTGTGACACGGATTTGATTTGCGCGGACGAGCCGACGGGAAATCTCGACGAGGATACGTCAAAGGAAATCGTCCGGCTCTTTCAGGACTTGGCGCATAAAGACGGCAAATGCGTCATCATGGTTACGCACGACGAACAAATTGCCAAAGTTTCGGATATCAACATCCGCTTATCAAGAGGAGGTTTCACGGTAAAAGAAAACGGCACGGCCGTTTCCTGA MSLLTFQQTGYWYQDKSQPLFQDITISFEKGKFYTIVGASGTGKTTFLSLAGGLDTPKEGSILYNGEDISKIGLTKFRNQYVSIVFQSYHLIPYMTALQNVTTAMEITGSKENNKDAFALSMLKKVGFTEQQARQRVLTLSGGQQQRVSIARAFCCDTDLICADEPTGNLDEDTSKEIVRLFQDLAHKDGKCVIMVTHDEQIAKVSDINIRLSRGGFTVKENGTAVS PGPT0013345_13378 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013345-ABC_CD_A-K02003 NA NA D1-12_03242 1347 hypothetical protein TTGAATACGGAAAATCTGACGGCCGGGCTTGCTCAGGCCGTCATGTCGTCTGTGCCGGAAACATCCGCTGAAGCGATGAAAGAAGCGCGCAAAGGACTGCTTGATTTTACAGCGGCAGCCTTTGCGGGGAGACGGGATAAAGGGGTTGAGAAGCTGGTAAAACTGGCCGAAGAAGAAGGCGGGGTGCCGATAGCGCCGCTTATCGGCAGAAATCAAAAAACCACGCCGTCCCAATCCGCGCTCATTAATGGATTCATCGCACATGCGCTTGATTTTGACGATGTTCATTCTGATGTAAGAGGACATCCGAGCGCAGTCATCCTTCCGGCTTTGATTGCAGCCGCATCAGCCGGCCGGATAGACAAGAGCCGTTTTCTCGGTGCTTATGTGACGGGGATCGAAGTGATGGCGCGGCTCGGCGAGTCAGCTGGAAGGCATCATTACGAGAAAGGCTGGCACAATACAGGAACGTTAGGTGCCATTGCGGCCGCGTGCGCCGTCGGATTCGCAGAGAATCTGAATCAAACCCAATTACAGAAAGCAATCGGGTTTGCGGCTGCCCGTTCCGGAGGCATGAGAGTGCAATTCGGGACAGAAATGAAGCCGCTCCACGCCGGACTGGCCGCTCAAGCCGGATTGTTCGCCGTAAAGCTTGCAAAGGCCGGTTTCGGCGGCTCAGTTCATGCGCTCGACGGGGAGAAAGGTTTTTTCGGACTGTACGGCGATCTTGAACGGGCAGAAACCCTGCTTGTAAACGGGTGGGGAAAACCTTGGCGGATCGTGAGCCCGGGACTTTGGTTTAAGGTTTATCCGTTTTGCTCGGCGGCTCATCATGCGGCGGACGCCATTCTCAAGCTGAAGGCCGAACATGGTCTCACTTTCGGCCAAACGGAACGGATCGACGTGATTTATCCGCCGGGCGGTGACGCCGCATTGACAGAACGGCGCCCGAAAACAGGCGAAGCGGGACGGTTCAGCGTAGAATATGTGATCACCTTAGCTTTGCACGGTAAGGATTTTTCAGTTGAACATTTCACATCCGAGCCGATTCCGGAATCCTTTCAAAAAGGATTTGAGCGGATTCACCGCAGCTGCGATGAACAAATTCAGCCGGCTGAAAACGCCGTTCCGAAGGGCCGTTTTACAATTGTACGGGTTACGGCTTCCGGCGGTCATGTCTATGAAACACGTATCGACTGTCCGAAGGGAGCGCCGGGAAACGGCCTTTCTGAAAAAGACATTGAAGACAAACTCCGGCTCGCTTTGCCGGGGGAAGAGGAAAAGGCGGCAGAATTGATCAAAGCAGCCGGACAATCAAATATTGACCGTTATTTACAGCTGATATAA MNTENLTAGLAQAVMSSVPETSAEAMKEARKGLLDFTAAAFAGRRDKGVEKLVKLAEEEGGVPIAPLIGRNQKTTPSQSALINGFIAHALDFDDVHSDVRGHPSAVILPALIAAASAGRIDKSRFLGAYVTGIEVMARLGESAGRHHYEKGWHNTGTLGAIAAACAVGFAENLNQTQLQKAIGFAAARSGGMRVQFGTEMKPLHAGLAAQAGLFAVKLAKAGFGGSVHALDGEKGFFGLYGDLERAETLLVNGWGKPWRIVSPGLWFKVYPFCSAAHHAADAILKLKAEHGLTFGQTERIDVIYPPGGDAALTERRPKTGEAGRFSVEYVITLALHGKDFSVEHFTSEPIPESFQKGFERIHRSCDEQIQPAENAVPKGRFTIVRVTASGGHVYETRIDCPKGAPGNGLSEKDIEDKLRLALPGEEEKAAELIKAAGQSNIDRYLQLI NA NA NA NA NA D1-12_03243 1152 scmP_1 COG1473 N-acetylcysteine deacetylase ATGGCAAATGAAACGTATGAATCATTAAACAAACGTTTAATCAATATCCGCCGCGACCTTCATGAACACCCTGAGCTGTCAGGCGAGGAATACGAAACGACGAATAAAATCCGCCGCTGGCTGGAGGAAGAAGGAATCACGGTTCTTGATGTGCCGAAACTTCAAACCGGAGTGATCGCTGAAATCAAAGGAGACAAAAGCGGCCCCGTCATCGCCGTCAGAGCGGACATCGACGCATTGCCGATCGAAGAGAAAACAAACCTTCCGTTTGCTTCGCGAAACAGCGGCGTGATGCACGCCTGCGGCCATGATTTCCATACGGCATCTATTCTCGGCACGGCTTTCTTATTAAATGAGAGAAAGCATGAGCTGAAAGGAACGGTGCGGTTTATTTTTCAGCCCGCGGAAGAAATCGCCGCCGGAGCAAGACAGGTCATTGAAGCCGGCGCGCTTGACGGTGTATCGGCGATATTCGGCATGCATAACAAACCTGACCTCCCCGTGGGCACGGTCGGTCTGAAAGAAGGCCCGCTGATGGCGAGTGTCGACCGCTTTGAAATCACTGTTAAAGGAAAAGGCGGCCACGCCGGAATCCCTGATAACAGCATTGATCCGATTCAGGCGGCAGGACAGATCATCGGCGGCCTGCAATCGGTTGTCAGCAGAAATATCAGCTCGCTTCACAATGCCGTCGTCAGCATCACAAGAGTTCAAGGCGGCAGCTCTTGGAATGTCATCCCGGACCATGTTGAAATGGAAGGTACCGTCCGGACGTTTCAAAAAGAAGCGCGGGCCGCTGTTCCGAAACATATGAAGCGGGTTGCCGAAGGAATCGCGGCAGGGTTCGGGGCAGAGGCCGAATTCCGCTGGTACCCTTACCTTCCGTCAGTGATGAACGACGCCCGTTTCATTCAGGCGGCGGAGCAAACGGCTGAAGATCTCGGGCTTCAAACCGTTCGGGCAGAACAGTCGCCCGGCGGCGAAGACTTCGCGTTATATCAAGAAAAAATCCCCGGCTTTTTCGTCTGGATGGGAACAAACGGAACAGAAGAATGGCACCATCCCGCCTTCACACTCGACGAAAAAGCGCTCCCGGCAGCGGCTGAGTTTTTCGCCCGGCTGGCCGTCAACGTATTGGAGCAGACGGATTGA MANETYESLNKRLINIRRDLHEHPELSGEEYETTNKIRRWLEEEGITVLDVPKLQTGVIAEIKGDKSGPVIAVRADIDALPIEEKTNLPFASRNSGVMHACGHDFHTASILGTAFLLNERKHELKGTVRFIFQPAEEIAAGARQVIEAGALDGVSAIFGMHNKPDLPVGTVGLKEGPLMASVDRFEITVKGKGGHAGIPDNSIDPIQAAGQIIGGLQSVVSRNISSLHNAVVSITRVQGGSSWNVIPDHVEMEGTVRTFQKEARAAVPKHMKRVAEGIAAGFGAEAEFRWYPYLPSVMNDARFIQAAEQTAEDLGLQTVRAEQSPGGEDFALYQEKIPGFFVWMGTNGTEEWHHPAFTLDEKALPAAAEFFARLAVNVLEQTD NA NA NA NA NA D1-12_03244 750 yxeO COG1126 putative amino-acid import ATP-binding protein YxeO ATGATACAAGTCAGACATATTCGAAAAGCATTTAAAGACCTTACCGTACTTGACGGGATCGATCTTGAGATCAAAAGCGGCGAAGTCACGGCCATCATCGGCCCGTCAGGCTCGGGAAAATCAACGCTCCTCCGCTGTTTGAATCTGCTGGAGCGCCCGGATGACGGCATCATTGAAATCGGTGATGCAAAACTGAATGCAGCGTCCTATTCGCGCAAAGACGTTCATAAGCTTCGCCAGCAGACGGCGATGGTGTTTCAGAATTACAACCTGTTCAAAAACAAAACCGCCCTGCAAAATGTGACAGAGGCGCTGATCACCGCGCAAAAGAAACCGAAAAAAGAAGCGGAACAGATCGGTATGGATCTGCTGCGGCAAGTCGGTTTAGAACACAAAGCGGACAGCTACCCGATTACGATGTCAGGCGGGCAGCAGCAGCGGATCGGGATTGCGCGCGCCTTGGCCGTTGATCCTCACGCGATTTTACTGGATGAACCGACTTCGGCCCTTGACCCTGAGCTTGTAGCCGGGGTGCTCCAAGTCATCAAATCAATTGCCGAAAAACAGACAACCATGATCATTGTCACGCATGAGATGGCTTTTGCTCGTGAAGTGGCCGACAAGGTTATTTTTATGGCAGACGGACGCATCATCGAACAGGGAACGCCGGAAGAGCTGTTTGACAATCCGCAGAACGAACGGACGAAAAAATTCATTAAGCAAGTGGGAGAGCCCGCCGAACTTGTCTAA MIQVRHIRKAFKDLTVLDGIDLEIKSGEVTAIIGPSGSGKSTLLRCLNLLERPDDGIIEIGDAKLNAASYSRKDVHKLRQQTAMVFQNYNLFKNKTALQNVTEALITAQKKPKKEAEQIGMDLLRQVGLEHKADSYPITMSGGQQQRIGIARALAVDPHAILLDEPTSALDPELVAGVLQVIKSIAEKQTTMIIVTHEMAFAREVADKVIFMADGRIIEQGTPEELFDNPQNERTKKFIKQVGEPAELV PGPT0020710_103 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_CYSTEINE_TRANSPORT,PGPT0020710-yxeO-K16963 NA NA D1-12_03245 675 yxeN putative amino-acid permease protein YxeN ATGAACAGCATTGATTGGGGATTTATGTTTTCAGCTTTTCCCGCGTTAATCGAAGCCTTGCCGATCACATTACTAATGGCCGTCGCGGCCATGGTATTTGCCGTGATCGGCGGCCTTATATTAGCGCTTATCACAAAAAATCGTGTTCCTGTGCTTCACCAGCTGTCAAAGGTGTATATTTCATTTTTCCGGGGCGTGCCGACGCTCGTGCAGCTTTTCTTAATTTATTACGGCCTGCCTCAGCTGTTTCCCGGAATGAGCAAGATGACGGCGTTAACTGCGGCGATTATCGGGTTAAGCCTGAAGAATGCCGCCTACTTGGCCGAAATCTTCCGCGCGGCGCTCAACTCAGTCGATGAGGGGCAGCTTGAAGCCTGTCTGTCTGTCGGAATGACAAAATCCCAGGCGTACAGACGGATCATTTTCCCGCAAGCCGTCAGAAACGCGCTTCCCGCGACGGGAAATACATTTATCGGCCTGTTAAAAGAAACATCGCTCGCCTTTACATTAGGAGTGATGGAAATGTTCGCCCAAGGAAAAATGTACGCATCAGGCAACCTCAAATATTTTGAGACGTATTTAGCCGTCGCGGTCATGTACTGGATTCTTACGATTATTTACAGTGTGCTGCAGGATCTGCTCGAACGGGCGATCAGCAAGCCTTATCGCACATAG MNSIDWGFMFSAFPALIEALPITLLMAVAAMVFAVIGGLILALITKNRVPVLHQLSKVYISFFRGVPTLVQLFLIYYGLPQLFPGMSKMTALTAAIIGLSLKNAAYLAEIFRAALNSVDEGQLEACLSVGMTKSQAYRRIIFPQAVRNALPATGNTFIGLLKETSLAFTLGVMEMFAQGKMYASGNLKYFETYLAVAVMYWILTIIYSVLQDLLERAISKPYRT PGPT0020705_31 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_CYSTEINE_TRANSPORT,PGPT0020705-yxeN-K16962 NA NA D1-12_03246 792 yxeM COG0834 putative amino-acid-binding protein YxeM ATGAAGAAGAAAACATGGGCTTTGCTGCTGTCTGCCGCGCTTTTGGCGGTCTTATCAGCATGCGGAAACGGAAAAGAAAGCGAAGGCGGCGATAACGTACTGCATGTAGGCGCCACCGGACAAAGCTATCCGTTCGCATATAAAGAAAACGGCAAGCTGACCGGCTTTGACGTGGATGTCATGGAAGCCGTCGCGAAAAAAATCAACATGAAACTGGACTGGAAGCTGCTTGAATTCAGCGGTCTGATGGGAGAGCTCCAGACCGGCAAACTCGATACCATCTCTAACCAGGTCGCTGTCACGGACGAACGCAAGAAAACGTATAACTTCACAGAACCGTATTCGTATGCGGGCACTCAAATCGTCGTCAAAAACGATAACAAAGACATCAAATCAGTCAACGATCTAAAAGGAAAAACAGTGGCGGCCGTTCTGGGCTCAAACCACGCGAAAAACCTTGAGAGCAAGGACCCGGATAAAAAAATCAACATTAAAACATATGAAACACAAGAAGGCACGCTGAAAGACGTGGCTTACGGACGGGTTGACGCTTATGTAAACAGCCGCAGCGTCCTGATCGCCCAGATCAAAAAGACCGGTCTGCCTCTGAAATTAGCAGGAGACCCGATTGTCTATGAAAAAGTCGCTTTCCCGTTTGCGAAAGATGCGGCTCACGATAAAATCCGCAAAAAAGTAAACAAAGCCATTGAAGACCTGCGGAAAGACGGCACTCTGAAAAAGCTGTCTGAAAAGTACTTTAACGAAGATATCACAACGGAAGCAAAGCATTAA MKKKTWALLLSAALLAVLSACGNGKESEGGDNVLHVGATGQSYPFAYKENGKLTGFDVDVMEAVAKKINMKLDWKLLEFSGLMGELQTGKLDTISNQVAVTDERKKTYNFTEPYSYAGTQIVVKNDNKDIKSVNDLKGKTVAAVLGSNHAKNLESKDPDKKINIKTYETQEGTLKDVAYGRVDAYVNSRSVLIAQIKKTGLPLKLAGDPIVYEKVAFPFAKDAAHDKIRKKVNKAIEDLRKDGTLKKLSEKYFNEDITTEAKH PGPT0020700_131 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_CYSTEINE_TRANSPORT,PGPT0020700-yxeM-K16961 NA NA D1-12_03247 492 scmL S-(2-succino)cysteine N-acetyltransferase ATGTCAAGACAATACCGGCTCGCAACGGAGGCAGACGCTGATGAGCTGCTTTCACTGACACTGCGGGCGTATGAACCGATCCGCAAGCTCGGCATCAACTTTGCCGCTGCCACGGCGGATAAGGAGCTCGTTTTGAATAACATACAAAAAAACGCCTGTTACGTTTTGGAAGAAGACGGACGGATTCTGGCGACGATTTCTCTGCGGATGCCGTGGGGGCCGAATCCCGGGCCGTATGGTGTCCCTCATATTTGGTGGTTCGCCGTCGATCCTGAAACCGGAAAAAAAGGGACGGGCTCGGACATGCTGGAGTGGCTGGAGAATACAGTGCTCCGCGATACATTAAAAGCGCCTTTCGTGTCACTGGGCACAGCGGACAAGCATCCGTGGCTGATCGGCATGTACGAGCGGAAAGGCTACGTCCGTGCAGGCGAAAAGGATTTAGGAAAAGGGCACATCACCATTTATTTAAAAAAACAATTGCAGGATTAA MSRQYRLATEADADELLSLTLRAYEPIRKLGINFAAATADKELVLNNIQKNACYVLEEDGRILATISLRMPWGPNPGPYGVPHIWWFAVDPETGKKGTGSDMLEWLENTVLRDTLKAPFVSLGTADKHPWLIGMYERKGYVRAGEKDLGKGHITIYLKKQLQD NA NA NA NA NA D1-12_03248 1323 ntaA Nitrilotriacetate monooxygenase component A ATGACAAAGAAAAAAAAAATCAAACTCGGTGTGTTTCTCGCGGGCACCGGCCATCATGTCGCTTCTTGGAGACATCCTCAGGCACCGGCGGACGCGAGCATGAATTTGGATTATTTCAAAGAACTGGCGAAAACGGCTGAGCGGGGGAAATTGGACATGCTGTTTTTGGCGGACAGTTTATCAATAGACGGCAAATCACATCCGAATGTGCTGACGCGCTTTGAGCCGTTTACGCTGCTGTCGGCGCTCGCTCAGGTCACATCCCGCATCGGTCTGACGGCGACCGCATCTACCACATACAGCGAACCGTTCCATATCGCGAGGCAATTTGCATCACTTGATCATCTTTCCAACGGCCGCGCGGGCTGGAATGTCGTCACATCTTCGATTGAATCGACCGCGCTTAATTTCAGCGGCGAAAAGCATCTTGAGCACCATCTCAGATATCAGCGCGCGGAAGAATTCGTTGAAGTCGTCAAAGGATTATGGGATTCGTGGGAGGAAGACGCCTTTATCCGTGACAAAGAATCAGGAGCATTTTTCGATAAAGACAAAATGCATGAATTGAACCATAAAGGAACATATTTCTCCGTGAGAGGGCCGTTAAATGTCGCCCGCACACCTCAAGGGCGCCCGGTCATTATTCAGGCCGGATCATCAGGAGACGGAAAAGCGCTGGCCGCCAAAACGGCGGAGGTCATTTTCACCGCGCAAAATCATTTGGAATCCGCGCAGGATTTCTATCAATCTATTAAAGAACAAGCGGCTTCTTTCGGCCGTGATCCTGAAAAAATCGCGATCATGCCGGGAATTTTTCCCGTTATCGCCGATACCGAAGAAGAAGCAAAGGCAAAATATGAAGAGCTCCAAGACCTCATCATTCCGTCTGTCGGCCTGAACATTCTGCAAAACTATCTGGGCGGCGTCGACCTTTCCGCCTTCCCGCTTGACGGCCCGCTGCCTGAATTGGATGCGGATGCGTCGAATGCCGTTAAAAGCCGGTTCAAGCTCGTTCAGGAGATGGCCAAACGCGATAACATGACCATCCGCGAACTTTACAAATATGTGGCGGGTTCAAGAGGCCATCATATCTTTGTCGGAACGCCGGAACAGCTTGCCGATAAGATGGAAGAATGGGTCGGAAAACAAGCTTGTGACGGTTTTAACATCATGCCGCCGCTTTTGCCTGAAGGTCTCACTCTTTTTGTAGACAAAGTGATTCCGATTTTACAAGAACGGGGCGTGTTCAGAAAAGAGTATGAAGGAACGACGCTCAGAGAACATTTCGGACTGGAAAAACCGGCAAACCGATATGCCGGCTAA MTKKKKIKLGVFLAGTGHHVASWRHPQAPADASMNLDYFKELAKTAERGKLDMLFLADSLSIDGKSHPNVLTRFEPFTLLSALAQVTSRIGLTATASTTYSEPFHIARQFASLDHLSNGRAGWNVVTSSIESTALNFSGEKHLEHHLRYQRAEEFVEVVKGLWDSWEEDAFIRDKESGAFFDKDKMHELNHKGTYFSVRGPLNVARTPQGRPVIIQAGSSGDGKALAAKTAEVIFTAQNHLESAQDFYQSIKEQAASFGRDPEKIAIMPGIFPVIADTEEEAKAKYEELQDLIIPSVGLNILQNYLGGVDLSAFPLDGPLPELDADASNAVKSRFKLVQEMAKRDNMTIRELYKYVAGSRGHHIFVGTPEQLADKMEEWVGKQACDGFNIMPPLLPEGLTLFVDKVIPILQERGVFRKEYEGTTLREHFGLEKPANRYAG PGPT0003040_16 DIRECT EFFECT BIO-FERTILIZATION SULFUR_ASSIMILATION|MINERALIZATION S-ASSSIMILATION-SULFUR_METABOLISM S-METABOLISM-ALKANESULFONATE_DEGRADATION,PGPT0003040-ssuD-K04091 NA NA D1-12_03249 1119 yndE_2 Spore germination protein YndE ATGGAAAATGCGAAAATCGGCACGCGTCAGCTGTTTATTATGATCATTTTGTTTGAATTGGGCAGTTCGTTATTGATCCCGCCGGGAACGATGGCCGGGCGGGATGCGTGGCTGTCCGTGCTTCTCGGGTGCGTTATCGGTCTCGGGCTTTTCTACGTTTATCAGGCGCTGTATCAATTTTTTCCTGAGTCTTCTCCGAGAGATTACATGAACGAACTGATCGGCAGACATCTGAGCTGGGCTGTCTCCCTTCTTTATATTCTCTATTTTGCTTATATCGCGGCCCGCGTATTGCGGGATTTTGGCGAAATGCTTGTCACCTTCGCCTACCAGGACACGCCGCTTTTAATTGTGAATGCCATGCTGATGATCGCCGCGATATTTGCGGTCAGAAAGGGAATTGAAGTGATAGCGAGAGCCGGCGAGCTGCTGTTTGGCATTATGTATTTCCTGACAGCCGTCGGGCTGATCCTCATTATCAGCTCAGGCACGATAAACCTCAGATTTCTCCAGCCCGTTTTAGCGGAGGGTGCAGGAACGGTCATTTATTCCGTGTTTAAACAGACGATGTTCATCCCATTCGGTGAATTAATCGTGTTTGTCATGATTTTCCCTTATTTAAAAGATCGGAAAAAGGTGAAGAAAACCGGATTTCTGGCGATTATCATCAGCGGGCTGTTTTTGGCGATGTCAGTGGCGATTAATATTTGTGTGCTGGACGTCAACTTAATGCTCCGCTCTCAATTTCCGCTGCTGAGCACCATACAGACAATTAAAGTGGAAGAGTTTTTAGACCGGCTGGATGTCTTTTTCATGCTCGTGCTCGTCATCGGCGGTTTTTTCAAAGTCAGCCTTTTTACATATGCGGTTGTCGTGGGCGTGTCCACGCTGTTTAAAGAAAAAAATCCGTCCCAGCTGGCCTTCCCGGTCGGATTGGGGGTGCTGATTCTCTCCATCAGCATCGCAAGCAATTTTTCGGAACACATGAATGAAGGCTTAAACATTGTGCCGATCTATATTCATCTTCCATTTCAAGTGCTGTTCCCCGTTTTGCTGCTTATCATTGCCGTTATTAAGAAAAAGGTCAAAGGGACCGTCTATACAGTTTCGAAGAAATAA MENAKIGTRQLFIMIILFELGSSLLIPPGTMAGRDAWLSVLLGCVIGLGLFYVYQALYQFFPESSPRDYMNELIGRHLSWAVSLLYILYFAYIAARVLRDFGEMLVTFAYQDTPLLIVNAMLMIAAIFAVRKGIEVIARAGELLFGIMYFLTAVGLILIISSGTINLRFLQPVLAEGAGTVIYSVFKQTMFIPFGELIVFVMIFPYLKDRKKVKKTGFLAIIISGLFLAMSVAINICVLDVNLMLRSQFPLLSTIQTIKVEEFLDRLDVFFMLVLVIGGFFKVSLFTYAVVVGVSTLFKEKNPSQLAFPVGLGVLILSISIASNFSEHMNEGLNIVPIYIHLPFQVLFPVLLLIIAVIKKKVKGTVYTVSKK PGPT0025055_184 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_GERMINATION_PROTEIN,PGPT0025055-gerKB-K06296 NA NA D1-12_03250 1227 gerBC_2 Spore germination protein B3 ATGAAAAGACGTAAATGGATGCTTATCCTTTGTACGATGGTTTCCCTTATGTTTGTATCCGGATGCTGGGATAAAAGGGAGCTGACCGATTTAGCGGTGATCTCCGCCATCGGTATTGACCGGACCGAAACGGGAAAATACGTCCTTCATTTCCAAATTATCAATCCGGGAAATGTGGCCGGCGGTCTGCAGGGCGGCGGAGCGGGAGACCGGCCTCCGGTTTCCGTCTATTCGGTGTCCGGAGACAATATGACGGAAGCTTTGAGAAAAGGCTCGATGAAAGTGTCCAGAAGGCTCTATTTTGCCCATACGAATCTCGTGGTGTTCAGTGAAAAACTGGCGAAAGAGGAAGGGCTCAGTTTTATTCTGGACAATCTTGACCGCGACACCGAATTCAGGACGACTGCAACCGTTGTGATCGCGCATAATTGCAAGGCTGAAGACATTATTAAAGTGCTGACGCCGATTGATAAAATCCCTTCCAATAAAGTGAACAAGACGCTCAGCTTCACGCAGGAACAATACGGCAGAGTCATTAAAACCAGCCTTCAGGACGTTCTGATTGATCTCGCTTCTCCGACCGGGTCGCCGTTTATTCCGGGTTATGAAATGCACGGAGACGATAAAGCCGGTCCTACGATGGAAAATACGCAGACAACTGAACCGAAAGCAGTGCTGTCAGCGGACGGACTGGCGGTGTTCAAAAAGGATGGGAGGCTGGATTACTGGATTGAGGATGACGACAGTGTGGGGGCTGTATGGCTGCTCAATAGGATCAAGCATACGTTCATCAATGCGGATTGGAAGAACGTGAAGCATGCAATCAGTCTGCAGGTCACCCGCCAGAATACAAAGGTGACGGCCACTTTTCCGAACGGAAAACCGTATATTCACGTGCATGCTCAGGTCGAGGGGCTGGTGGACGCTGTCAGATACCCTTTCCATCTGTCTGATCCGCAAGTGCTGATGACGATGCAAAAGGCGCTCAGCGTGCAGCTTGAGAAAGATATCACCAAATCGATTGAAGATATAAAAGCCCATAAGAATGACTTCGTCGGCTTCGGAGACCTGATCTATCGGAAGCATCCGGACAAATGGAAAAAGTTCAAAGGGAAGTGGGATGAAGAATATTTCCCAAATCTCCCCGTAGATGTCAAAACGGAAGTCATTATCAGAAGAACGGGCTTGCGGAATAATCCTCTCTCAGACAAGCTTGAGCATGATTGA MKRRKWMLILCTMVSLMFVSGCWDKRELTDLAVISAIGIDRTETGKYVLHFQIINPGNVAGGLQGGGAGDRPPVSVYSVSGDNMTEALRKGSMKVSRRLYFAHTNLVVFSEKLAKEEGLSFILDNLDRDTEFRTTATVVIAHNCKAEDIIKVLTPIDKIPSNKVNKTLSFTQEQYGRVIKTSLQDVLIDLASPTGSPFIPGYEMHGDDKAGPTMENTQTTEPKAVLSADGLAVFKKDGRLDYWIEDDDSVGAVWLLNRIKHTFINADWKNVKHAISLQVTRQNTKVTATFPNGKPYIHVHAQVEGLVDAVRYPFHLSDPQVLMTMQKALSVQLEKDITKSIEDIKAHKNDFVGFGDLIYRKHPDKWKKFKGKWDEEYFPNLPVDVKTEVIIRRTGLRNNPLSDKLEHD PGPT0025060_162 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_GERMINATION_PROTEIN,PGPT0025060-gerKC-K06297 NA NA D1-12_03251 1641 gerBA_3 Spore germination protein B1 ATGCCGCCATTTTTTAAGCAGAAGAAACAAAAAAAAGCCGATCAAAACGACCGTGACAATGAAGGCAGAAAAGAAGCGGACAGCCAGCCGGACAAAGAGCCGGATGAGCCGATCTCCCTCAGCTTAAAGCAAAATATGAAGAAACTGTCTGAGAGGTTCGGCAACAGTGCCGATGTCGTCATCCGCCGGCTGAAAATCGGAAAAGAAGAGCTTCCGGCCGCAATTGTGTATATCGCCGGTTTGGTAGACGAACAGCTTGTCAGCCAATCCCTTCTGGAGGATTTAATCGACATCCCGTCCGTTCAGCCGGAACAAGCGGTCTGCCTGATATACGATAAAACGCTTGCGATCGGCGGGGTGAAAGAGGAAGAAAAATGGAAAAGTCTTTATGCCGGGCTGGTGGCGGGCAGCACGCTCATTTTTGTCGACGGGGCTGACAAGGCGCTGATCGCCAGCACGGAAGGGGGAGAGCACCGGTCCATTCAAGAGCCGAGCACCCAGGTCTCTTTCCGCGGCCCGCGGCAGGGATTCACTGAATCTCTGCAAACCAATATTTCCATGATCCGCAGGTATGTAAAAACGCCTGATGTATGGGTTGAAAAAATGGAGATCGGACACGAAACGAATACGGATGTCGCGCTGATGTATATTAACGGAATTTGCGATAAAAAGCTGATTAAGGAAGTCCGCAAGCGGCTGAAGCACATTGACATCGACAGCATTCTGGAATCCGGCTACATTGAACAGCTCATTGAAGACGCGCCGTTTTCTGTGTTCCCCACCGTATATCATACGGAGCGGCCGGACGTCGTGGCGGGGAATCTGCTGGAAGGACGATTTGCGATTATCGTGGACGGAACGCCGTTCGTTCTCCTCGCGCCGGCATTATTTATTCAATTTTTTCAATCCGTTGAGGATTATTATTCACGATTTGATATCGCCACCAGCATCAGGGTGCTGCGGGTTTTGATCTTCTTCATTTCACTGGTGGCGCCGGGGATTTATGTGGCGGCGACGACTTTTCACCAGGAAATGATTCCGACGCAGCTGCTGATTGTCATCGCGGCTCAGCGGGAGACGGTGCCGTTCCCGGCCGTGATTGAAGCGCTGACGATGGAAGTGGCCTTTGAGATTCTCAGGGAGGCGGGTGTCCGGCTTCCGAGAGTTGTCGGCTCCGCCGTTTCCATCGTCGGAGCGCTTGTCATCGGCCAGGCCGCCGTGCAGGCCGGCATCGTCTCCCCGGCCATGGTTATCGTCGTCGCGCTGACGGCGATTGCCAGCTTTGCGACCCCGGCTTTTGACATGGCGATATCTGCGCGGCTGATCCGGTTTCTCTTTATTCTGTCAGCGGCGGTTATGGGATTTTACGGACTGATTCTGGGCATTATCATGATGTTTGTCCATCTGTGCGGCCTGCGTTCATTCGGATTTCCGTATATGTCCCCGCTCGCTCCTTTAACCCCGGGCGGACTGAAGGATTCCCTCCTCCGCGCTCCGTTATGGGCGGATGAAAAAAGGCCGGGACTGCTCGTGCAGGAAAACAACAGGCGCCAAGGGGAACATCAAAGACCGAAACCGGAGACATCCAGAGGAATGGTTAATAAAGATGTAGAAGAGGGCGACGGTAATGAAAAGACGTAA MPPFFKQKKQKKADQNDRDNEGRKEADSQPDKEPDEPISLSLKQNMKKLSERFGNSADVVIRRLKIGKEELPAAIVYIAGLVDEQLVSQSLLEDLIDIPSVQPEQAVCLIYDKTLAIGGVKEEEKWKSLYAGLVAGSTLIFVDGADKALIASTEGGEHRSIQEPSTQVSFRGPRQGFTESLQTNISMIRRYVKTPDVWVEKMEIGHETNTDVALMYINGICDKKLIKEVRKRLKHIDIDSILESGYIEQLIEDAPFSVFPTVYHTERPDVVAGNLLEGRFAIIVDGTPFVLLAPALFIQFFQSVEDYYSRFDIATSIRVLRVLIFFISLVAPGIYVAATTFHQEMIPTQLLIVIAAQRETVPFPAVIEALTMEVAFEILREAGVRLPRVVGSAVSIVGALVIGQAAVQAGIVSPAMVIVVALTAIASFATPAFDMAISARLIRFLFILSAAVMGFYGLILGIIMMFVHLCGLRSFGFPYMSPLAPLTPGGLKDSLLRAPLWADEKRPGLLVQENNRRQGEHQRPKPETSRGMVNKDVEEGDGNEKT PGPT0025050_107 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_GERMINATION_PROTEIN,PGPT0025050-gerKA-K06295 NA NA D1-12_03252 222 hypothetical protein ATGAAAATATTGGGGGTTTCATTTTTTTTGCTTGCTGCCTGTCTGATCATTTCAGTGACGATGGATATGCTGCAAGGTTTCAGTTTCTATAGAGCGGTCCAAAACAACCTGTCCGCTTTTAAATTGACCACCTTCTCAGAATGGCTGATGCTGTTTTTATTCGCCCTCTTTTTAATCAGAGAAATGATCGTTTTATATAAATCAGGTAAAAAAGATGCCTGA MKILGVSFFLLAACLIISVTMDMLQGFSFYRAVQNNLSAFKLTTFSEWLMLFLFALFLIREMIVLYKSGKKDA NA NA NA NA NA D1-12_03253 1746 hypothetical protein TTGCCGAATCGTATATTGGATATTACGGATTGCGGTGTGGCGGCAGACGGAAAAACCGACGTGACGGGCGCCATCAACCAATGCTTGGCCAGGGCCGTCAGCGAAGGCTGTCATACGGTGTTTTTTCCGCCCGGAACGTATAAAATCAACGGCACGCTTGGCGGGGACAGAAGCCAGCCGTTTCGGAACGCCGGGATTAACGTGCCGAGCCATCTCACCATCGTTTTAGATCCGGAATGCACGATTAAAGTGGCGCCGAACAGCTCCTGGGGCTACTCGGCTTTCTATATAGGCAGGCGTGAAAATGTCACCATCACCGGCGGCCGGATCATCGGGGAACGGGATGAACACACGTATACCAATGTCCCTTTGCGGTCGACCCATGAATGGGGGTTTGGAATCTGTATTGAAGGCAGCAGCAATGTGCTGATCGAAAATGTGAAGATTTCCGATTTTACGGGAGACGGCATTATTGTCAGCCCGCTCGGGTTAAAAACAAACAGTGATTACGAAACTTCAGAACAGGTGACCATCCGCCGCTGTGAGATCAGGCAGTCAAGGCGGAACAACATTTCAATCACCGGCTGCAATACCGTTACGGTGGAAGAATGTGTAATTGAAGACGCCGGGCAAGGGAACGGAACGGCTCCGAAATTCGGAATCGATATTGAATCGTACGGAGAAGGCGATATTGATTATGAAGAAGCTCTTCATATTACGGTCCGCAACAACTTTTTTTCCGGAAACGCCGCAAGCTCAGTCACCAACTTTAACGGATATAATGTGTTAATTGAAGGAAATCATTCCGATAACACAATCAGCTACGGGTATGGGGCACATACCGTCATTTCGGGGAATGTTTTCTTTCGGTCAGACGGCGGCTCAAGGACCGCAGTTGCCGGACAAGGTGTGTCACAAGGACAGGACAGCAGCAATGCCGTCATTTCCAACAATCTGATTACCGGTTTTTCCACCGGAATAGATGTAAGGGGAAAAAGCGTCCTCGTCACCCATAACAAAATCAATCAATTTGAAAATACGGGCATTTCCGTCTATCAGGCAGAAGATGTGACCGTTGACGGCAATGTCATTGAAAACGGACGTTCCGAAACGAGACGAAGCACGGGGATGCGGGCGACGCTGTCGGAAAACGCCGTCTTTATGAATAACACTCTGAATCAGGTGACAGACGGAATCAGCATGTCGGCCGGCAATATCACCGTAAAGCAAAATGTGCTGACATCGTTCAGCCGGGGCATATGGGTCACAGGCGGAAATGCCGTTATTGAAGGAAATACGCTGATTCCGAATGCGTATCAGGGCGCCGCGGAGTCCTATGCCGTATCTGTGACAAATGATGCCAGGGCTGTCATCAAGGGAAATCTCTTCAAAAGCTACAAAAACTATCCCGTGTTCAGTTCAACATCCTCGGGAACCTCTGTCATCAGCAACCGCTTTGAATCATCACCGCTTATCGTTACCGTGTATCTGAACTCAGGCACGCATGAAGTCATAGACAATACGCTCACGATCAATCGAACGGCGGGCAGCCCGATCGGCATCTATCTGAACGGAGCCTCCAATTCCCTCGTGTCGGGCAATACCATCAACAACCTTTCCGCCGCTTCTGCTTCCGCCATCCAAACCAATTCCTCCGTAAGTACTAAAATCATCGGCAACCGCATTATCAAAGGCGTCATTGTGAAACACACGACAGATACGGAAAGCGGAAATATCCTCATCTGA MPNRILDITDCGVAADGKTDVTGAINQCLARAVSEGCHTVFFPPGTYKINGTLGGDRSQPFRNAGINVPSHLTIVLDPECTIKVAPNSSWGYSAFYIGRRENVTITGGRIIGERDEHTYTNVPLRSTHEWGFGICIEGSSNVLIENVKISDFTGDGIIVSPLGLKTNSDYETSEQVTIRRCEIRQSRRNNISITGCNTVTVEECVIEDAGQGNGTAPKFGIDIESYGEGDIDYEEALHITVRNNFFSGNAASSVTNFNGYNVLIEGNHSDNTISYGYGAHTVISGNVFFRSDGGSRTAVAGQGVSQGQDSSNAVISNNLITGFSTGIDVRGKSVLVTHNKINQFENTGISVYQAEDVTVDGNVIENGRSETRRSTGMRATLSENAVFMNNTLNQVTDGISMSAGNITVKQNVLTSFSRGIWVTGGNAVIEGNTLIPNAYQGAAESYAVSVTNDARAVIKGNLFKSYKNYPVFSSTSSGTSVISNRFESSPLIVTVYLNSGTHEVIDNTLTINRTAGSPIGIYLNGASNSLVSGNTINNLSAASASAIQTNSSVSTKIIGNRIIKGVIVKHTTDTESGNILI NA NA NA NA NA D1-12_03254 1479 dtpT COG3104 Di-/tripeptide transporter GTGGCATCTATTGATAAGGACTCTATAACAGAAACTGTGCCGCAACGAGGCTTTTTCGGTCATCCCCGCGGCTTGTTCACACTGTTTTTCACCGAATTTTGGGAGCGTTTCTCCTACTATGGTATGAGAGCCATATTGCTTTACTATTTATACACGGAAGTCGCTCATGGCGGTCTCGGCTTTGATAAAACGACCGCAGTTGCCATCATGTCCATATACGGGTCTCTCGTATACATGTCGAGCGTCATCGGCGGATGGCTGGCCGACCGGGTATTCGGCACGGCAAACACCGTATTTTACGGCGGAATTTTAATTATGTTCGGGCACATCGCTCTTGCCTTCCCTGGCAGCACGGCGGCGTTTTTCACCAGCATGGCTCTGATCATTATCGGAACCGGCCTGCTTAAACCAAACGTATCCAGCGTTGTCGGAGATTTATATACGAAGGAAGACGAGCGCCGCGACTCAGGTTTCAGCATCTTTTACATGGGCATCAACCTCGGCGGATTGCTTGCGCCGCTAATTGTCGGAACACTCGGACAGAAGTACAACTACCACTTAGGCTTCGGATGCGCCGCGGCCGGTATGTTCCTCGGACTGATTGTTTTCGCTCTTACGAGAAAGAAATACCTCGGCAAAGCAGGCTCCAATGTACCGAATCCGATTTCTAAATCATCAGTGATCGGCACGGGAATCGGAGTGGTCATCGCAGCAGCCGTTATCATCGTTCTGATCCAAACCGGCTGGCTGACGATCCAGCGTGTGATTGACACCGTCAGTATCCTCGGCATTGTCATTCCGGTCATTTACTTTATCGTGATGTTCACGAGCAAAAAAGCGACGAAAACGGAAAAATCAAGGCTTGCGGCTTATGTTCCGCTGTTTGTTGCAGCGGCAATGTTCTGGGCGATTCAGGAGCAGGGCGCGACGATTCTTGCTTTATATGCGGATCAGCGCACGAGACTTTCCTTTGCGGGCATGCATCTTGAGTCTTCATGGTTCCAGTCTCTGAATCCATTATTCATCGTTATTTTCGCGCCGGTGTTCGCCTGGATCTGGATGAAGCTCGGCAAACGCCAGCCTTCAACACCGATTAAATTCGCGATCGGCATTATCCTTGCCGGATTATCATTTTTAGTCATGGTGCTTCCGGTTATGGGCGGAAGCGGCGAGCTTGTGAGCCCGCTTTGGCTTGTGCTCAGCTTCCTTTTGGTTGTGCTTGGTGAGCTTTGCCTTTCACCGGTCGGTTTATCCGTCACAACGAAACTTGCGCCTGCCGCTTTCTCAGCGCAGACGATGAGCATGTGGTTTTTAACAAACGCCTGCGGTCAAGCCCTGAACGCAAAAGTAGTCGGTTTGTTTGATAAGATTTCTGAAGCGGCCTACTTCGGCTCAATCGGTCTTGTTTCGATCATTCTCGGTATTATTTTGATTCTTCTGTCTCCCGTCATTAAACGGGCGATGAAAGGCGTACAATAA MASIDKDSITETVPQRGFFGHPRGLFTLFFTEFWERFSYYGMRAILLYYLYTEVAHGGLGFDKTTAVAIMSIYGSLVYMSSVIGGWLADRVFGTANTVFYGGILIMFGHIALAFPGSTAAFFTSMALIIIGTGLLKPNVSSVVGDLYTKEDERRDSGFSIFYMGINLGGLLAPLIVGTLGQKYNYHLGFGCAAAGMFLGLIVFALTRKKYLGKAGSNVPNPISKSSVIGTGIGVVIAAAVIIVLIQTGWLTIQRVIDTVSILGIVIPVIYFIVMFTSKKATKTEKSRLAAYVPLFVAAAMFWAIQEQGATILALYADQRTRLSFAGMHLESSWFQSLNPLFIVIFAPVFAWIWMKLGKRQPSTPIKFAIGIILAGLSFLVMVLPVMGGSGELVSPLWLVLSFLLVVLGELCLSPVGLSVTTKLAPAAFSAQTMSMWFLTNACGQALNAKVVGLFDKISEAAYFGSIGLVSIILGIILILLSPVIKRAMKGVQ PGPT0021010_2942 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0021010-TC_POT-K03305 NA NA D1-12_03255 462 hypothetical protein ATGCTGCCGGAGCAGCTGCCGGAGGCGCTTTACACGCTTTTAGACGGGACGGAGCTTGAAAAAAAGCAGCACGACGCGTTTGTGCTCCAATCTGTGACGAAAGAAGGCCGTCCGCACGCGGCCATGATCAGTGCCGGTGAAATCGTGGCCGTGAGCAGAACGAATCTCCGGCTCGCCTTATGGAAAAACACGACGACCGTAAGCAGCCTGCTGCATTCGGGACAAGCGCTTTTCATCGCCTGGAACGGAGGAGCCGCATATTATGTCACATTGGAATGTGAGGCGCTTCCGCCGCTGAAAGAGGCGAAACACGAGCGGGAACGGTTCAGCTGCCGCGTGATCACCGTCAAGGAAGATCGGGCGAAATACGCGGATCTGACATCCGGACCGGCCATCCAGCTCCACGAACCGGAAGATGTCTTGAAGAGATGGAGAGAAGCACTTGAGGAGTTAAAACGATAG MLPEQLPEALYTLLDGTELEKKQHDAFVLQSVTKEGRPHAAMISAGEIVAVSRTNLRLALWKNTTTVSSLLHSGQALFIAWNGGAAYYVTLECEALPPLKEAKHERERFSCRVITVKEDRAKYADLTSGPAIQLHEPEDVLKRWREALEELKR PGPT0005445_1 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-SALICYLIC_ACID_RESISTANCE,PGPT0005445-bsdD-K21759 NA NA D1-12_03256 228 bsdD Protein BsdD ATGAAAACATGCCCGCGCTGTGAATCGAAAAAAGGAGAAACCGTCAGCCAATCGCCGGTCAAAGGCGCTTGGGAAATATACCAATGCCAAACCTGCTTTTTCACATGGAGATCCTGTGAACCGGAAAGCATCACGAATCCGGCGGCATTCAACCCGGCATTTAAAATCGATCCGAAAGAAACAGAGACGGCCGCACATGTTCCCGCTGTTCCGGAAAGAAAAGCGTAA MKTCPRCESKKGETVSQSPVKGAWEIYQCQTCFFTWRSCEPESITNPAAFNPAFKIDPKETETAAHVPAVPERKA PGPT0005445_2 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-SALICYLIC_ACID_RESISTANCE,PGPT0005445-bsdD-K21759 NA NA D1-12_03257 1422 bsdC COG0043 Phenolic acid decarboxylase ATGGCCTATCAGGATTTTAGGGAATTTCTCGCCGCTCATGAAAAAGAAGGGCAGCTCTTAACAGTCAACGAAGAGGTAAAACCGGAGCCGGATCTGGGCGCCGCCGCGCGTGCAGCCAGCAATCTCGGGGATAAAACCCCTGCGCTTTTGTTTAACAATATTTACGGACATCACGATGCGCAGGTGGCTCTGAATGTCATCGGCTCGTGGCCGAATCACGCGATGATGCTCGGCATGCCGAAAGATACGCCTGTAAAAGAACAATTCTTTGAGTTTGCCAAACGGTACGATGCATTTCCGGTGCCGGTCAAACGGGAAGAAACCGCGCCGTTTCATGAAAATGAAATAACGGAAGATATCAATCTATTTGACATCCTTCCGCTATTCAGAATCAACCAGGGGGACGGCGGCTACTATTTGGATAAAGCGTGTGTCATTTCCCGCGATCTTGAAGATCCGGACAATTTCGGCAAGCAGAATGTCGGTATTTACAGAATGCAGGTAAAGGGAAAAGACCGCCTCGGCATTCAGCCCGTGCCTCAGCATGATATTGCGATTCATCTTCGCCAAGCTGAAGAACGCGGCGTGAATCTTCCCGTTACGATCGCGCTCGGCTGTGAGCCGGTGATTACGACAGCTGCATCAACTCCGCTGTTATACGATCAATCCGAGTATGAAATGGCCGGCGCAATTCAAGGGGAGCCCTACAGAATCGTCAAATCTAAATTGTCTGATTTAGACATCCCTTGGGGCGCTGAAGTCGTTCTGGAAGGAGAGATCCTTGCGGGAGAACGGGAATACGAAGGACCTTTCGGTGAGTTCACGGGCCATTATTCCGGCGGCCGCAGCATGCCGGTGATCAAAATCAAACGGGTATATCATAGAAACAATCCGATTTTTGAACATTTATACTTAGGCATGCCGTGGACGGAGTGCGATTATATGATCGGCATTAATACGTGCGTGCCGCTTTACCAGCAGCTCAAGGAAGCTTATCCGAACGAAATTGTCGCCGTGAACGCGATGTATACGCACGGGCTGATCGCCATTATTTCCACGAAAACGCGCTACGGCGGCTTTGCCAAGGCGGTCGGCATGCGCGCCCTGACCACGCCGCACGGACTCGGCTACTGCAAAATGGTCATTGTCGTGGATGAGGATGTCGATCCGTTTAACCTCCCGCAAGTCATGTGGGCGCTCTCAACGAAAATGCATCCGAAACACGATGCAGTCATCATTCCTGACCTGTCCGTCCTTCCGCTTGACCCGGGGTCTGATCCGGCAGGGATGACACACAAAATGATTCTTGACGCGACAACGCCTGTCGCGCCGGAAACAAGAGGCCATTATTCTCAGCCGCTTGATTCTCCGCTGACAACGAAAGAGTGGGAACAAAAACTGATGGACTTGATGAATCAATAA MAYQDFREFLAAHEKEGQLLTVNEEVKPEPDLGAAARAASNLGDKTPALLFNNIYGHHDAQVALNVIGSWPNHAMMLGMPKDTPVKEQFFEFAKRYDAFPVPVKREETAPFHENEITEDINLFDILPLFRINQGDGGYYLDKACVISRDLEDPDNFGKQNVGIYRMQVKGKDRLGIQPVPQHDIAIHLRQAEERGVNLPVTIALGCEPVITTAASTPLLYDQSEYEMAGAIQGEPYRIVKSKLSDLDIPWGAEVVLEGEILAGEREYEGPFGEFTGHYSGGRSMPVIKIKRVYHRNNPIFEHLYLGMPWTECDYMIGINTCVPLYQQLKEAYPNEIVAVNAMYTHGLIAIISTKTRYGGFAKAVGMRALTTPHGLGYCKMVIVVDEDVDPFNLPQVMWALSTKMHPKHDAVIIPDLSVLPLDPGSDPAGMTHKMILDATTPVAPETRGHYSQPLDSPLTTKEWEQKLMDLMNQ PGPT0005435_164 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-SALICYLIC_ACID_RESISTANCE,PGPT0005435-bsdC-K01612 NA NA D1-12_03258 579 bsdB COG0163 putative UbiX-like flavin prenyltransferase ATGAAGCTCGTCATCGGAATGACCGGGGCAACGGGAGCCATATTCGGGATCAGGCTTTTAGAATATTTAAAAGCCGCGGAGATCGAAACCCATCTTGTCGTGTCTCCTTGGGCAAATGTCACCATTACACATGAAACCGATTATACGTTAAAAGATGTCGAGAAACTCGCATCCTATACGTATTCTCACAAAGACCAGGCAGCGGCGATTTCAAGCGGCTCGTTTGAAACGGACGGGATGATCATCGCTCCGTGCAGCATGAAATCACTGGCAAGCATCCGCACCGGAATGGCTGACAATCTGCTGACCAGAGCGGCTGACGTCATTCTGAAGGAGCGGAAAAAACTTGTACTGCTGACAAGAGAAACGCCGCTCAGCCAAATCCATTTAGAAAATATGCTAGCGCTTACAAAAATGGGTTCCGTCATTCTTCCGCCGATGCCGGCATTTTATAACAAGCCGGCTGACATGGATGAATTGATCGACCATATTGTGTTCCGGACGCTCGATCAGTTCGGCATCCGTCTGCCGGAAGCGAAACGGTGGTACGGAATTGAAAAACAAAAAGGAGGAATCTGA MKLVIGMTGATGAIFGIRLLEYLKAAEIETHLVVSPWANVTITHETDYTLKDVEKLASYTYSHKDQAAAISSGSFETDGMIIAPCSMKSLASIRTGMADNLLTRAADVILKERKKLVLLTRETPLSQIHLENMLALTKMGSVILPPMPAFYNKPADMDELIDHIVFRTLDQFGIRLPEAKRWYGIEKQKGGI PGPT0009565_1744 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 D1-12_03259 873 gltC_4 HTH-type transcriptional regulator GltC ATGGATATCCGGCAATTGCGTTATTTCATCACCATTGCCCAAGAGCAGAAAATCACGACGGCCGCCAAAAAGCTTCATATGGCACAGCCGCCTTTAAGCAGACAGCTGAAACAGCTCGAAGAAGAATTGGGCGTCATTCTGTTTGACCGCCATAAAAAGAAACAAATGACCCTTACATATGAAGGAAATGTCTTTTTGAAAAGAGCGAAAGAGATTCTTCATAAGTTTGAGGATGCCATAATCGAGGTACAAGAGCTGAAGGAAGAAGTGGCCGGCACACTTGCCGTCGGGTCAACCATTTACTGCGCAGCGTTCATGCTTGAGAAAGTGTCACAGATGAAAGAGCGGTTTCCGCATCTCACCTTTAACATTTGGGAAGATGAACCCGTCTCACTGCTCGAGCTTCTGGAAACCCGGCAGATTGACGCCGCCGTGACCACCACCTTGATTAAAAACGACGGCATTGAATCGAAGGAGCTTGAAGACATTCCGTGTGTATTGGTGCTGTCCGAGCATTCAAAACGACTGTGCGGTGAAACGATTAAACTGAATGACATCGCCTCTTTGCCTCTGATCCTTTTGCGCACCGTCAATGGAAGAGGTGTGTATGACCAAGTCCTCCAAGTTTGTGAACAGTACGGTCTCGACCTTCAGGTTGTCTGTGAATGTCATGACTCCGCGACGCTTTTGAGCCTCGTATCGTCAGGGTTCGGCGCCACGATTCTGCCTTTGACGATGATTCCCGTCCATATGCGCTCGCATGTCAAAACGGTTATCATCGAAGACAACCCGTTTGTCATGACACCGGCCGTCATCTGGAGGAAAGACAGCTACCTGCCGAAGCCTGTCAGACAGTTTTTGGAATTATTTTGA MDIRQLRYFITIAQEQKITTAAKKLHMAQPPLSRQLKQLEEELGVILFDRHKKKQMTLTYEGNVFLKRAKEILHKFEDAIIEVQELKEEVAGTLAVGSTIYCAAFMLEKVSQMKERFPHLTFNIWEDEPVSLLELLETRQIDAAVTTTLIKNDGIESKELEDIPCVLVLSEHSKRLCGETIKLNDIASLPLILLRTVNGRGVYDQVLQVCEQYGLDLQVVCECHDSATLLSLVSSGFGATILPLTMIPVHMRSHVKTVIIEDNPFVMTPAVIWRKDSYLPKPVRQFLELF PGPT0019770_228 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-SALICYLIC_ACID_RESISTANCE,PGPT0019770-bsdA-K21755 NA NA D1-12_03260 798 tcyA COG0834 L-cystine-binding protein TcyA ATGAAAAAAGCATTATTCGCTTTGTTCATGATGGTCAGCATCGCGGTGCTTGCAGCCTGCGGAAACTCACAGGACAGCGGATCTAAGTCAAAAGACGGCGATCTTTGGGCTTCTGTCAAGAAAAAAGGCGTACTGACCGTCGGCACAGAAGGAACGTACGAACCGTTTACCTTCCATGATAAAAAGAGTGACAAACTGACCGGATATGATGTTGAAGTGATTCAAGAAGTCGCGAAACGCCTCGGTCTGAAAGCTGACTTTAAAGAAACACAATGGGACAGCATGTTTGCCGGTTTAAACGCGAAACGGTTTGACGTCGTCGCCAACCAAGTCGGCAAAACAGGCCGTGAGAACCAATATGATTTTTCTGATAAATACACAACGTCAAATGCAGTCGTCGTGACGAAAAAAGACAGCACGATTGCGAAAGAGGCTGATGTCAAAGGAAAAACAGCGGCTCAGTCATTAACAAGCAATTACAATAAATTAGCGAAAGAAGCCGGCGCGAAAATTGAAGGCGTTGAAGGCATGGCGCAATCCCTTCAGCTCATTCAGCAGGGCCGCGCTGATCTGACTTATAACGATAAGCTTGCCGTACTGAACTACTTAAAAACGTCCGGCAATAAAAACGTGAAAATCGCGTTTGAAGCAGGCCAGCCGCAGCAGACGTATTTCGCATTCCGAAAAGGAAGCGGCGAACTTGTGACTCACGTCAACAAAGCGTTAAAAGAAATGAAAGAGGACGGGACTCTTTCTAAAATAGCTAAAAAATGGTTCGGCGAAGATGTTTCTAAGTAA MKKALFALFMMVSIAVLAACGNSQDSGSKSKDGDLWASVKKKGVLTVGTEGTYEPFTFHDKKSDKLTGYDVEVIQEVAKRLGLKADFKETQWDSMFAGLNAKRFDVVANQVGKTGRENQYDFSDKYTTSNAVVVTKKDSTIAKEADVKGKTAAQSLTSNYNKLAKEAGAKIEGVEGMAQSLQLIQQGRADLTYNDKLAVLNYLKTSGNKNVKIAFEAGQPQQTYFAFRKGSGELVTHVNKALKEMKEDGTLSKIAKKWFGEDVSK PGPT0015635_1019 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 D1-12_03261 690 tcyB COG0765 L-cystine transport system permease protein TcyB ATGCCGGAACCCGTGATTGCAACAGCCATTCCGTGGGATTTGGTGCAGCAGTCATTCTGGCCGATTCTTTCCGGGGGAATCTATTATTCGATTCCCCTTACCATTCTTTCCTTTATTTTCGGAATGATCATCGCGCTGATTACGGCGCTCGCCAGAATGTCAAATATGAAACCATTGAGATGGGTGTTCAGCGTATACGTATCAGCGGTGCGCGGCACTCCTCTTCTCGTTCAATTGTTCATCATTTTTTATCTGTTCCCGACATTTAATATTACGCTGGACCCTTTCCCAAGCGCAGTCATCGCGTTTTCATTAAACGTGGGCGCCTATGCTTCTGAAATCATCCGGGCATCTATTTCATCCGTGCCGAAAGGGCAATGGGAAGCCGGTTATACGATCGGCATGACCTATCGCAAGACATTGTTCCGCGTGATCCTGCCGCAGGCGTTTCGCGTGTCCATTCCGCCATTATCAAATACATTTATCAGCCTGATCAAGGATACATCTCTCGCGTCACAGATTCTCGTCGCGGAGCTGTTCAGAAAAGCGCAGGAAATCGGCGCGCAAAACCTTGATCAAATCTTGGTCATCTATATTGAAGCCGCCTTTATTTATTGGATCATCTGCTTCTTGCTGTCAATCGTACAGCATGTGATCGAACGGCGTCTCGACCGTTATGTGGCCAAATAA MPEPVIATAIPWDLVQQSFWPILSGGIYYSIPLTILSFIFGMIIALITALARMSNMKPLRWVFSVYVSAVRGTPLLVQLFIIFYLFPTFNITLDPFPSAVIAFSLNVGAYASEIIRASISSVPKGQWEAGYTIGMTYRKTLFRVILPQAFRVSIPPLSNTFISLIKDTSLASQILVAELFRKAQEIGAQNLDQILVIYIEAAFIYWIICFLLSIVQHVIERRLDRYVAK PGPT0020715_262 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 D1-12_03262 744 tcyC COG1126 L-cystine import ATP-binding protein TcyC ATGCTTTCCGTCAAAGGATTAAATAAATCATTCGGACAGAATGAAATTTTAAAAAAGATAGATATGGAGATAGAAAAAGGGAAAGTCATCGCCATTCTGGGACCGTCCGGTTCTGGAAAAACGACGCTTCTGCGCTGTCTGAACGCGCTTGAGATCCCCAATCGCGGCGAGCTGGCATTCTCCGATTTTTCAATAGATTTCTCTAAAAAAGTGAAGCAGGCTGATATTCTCCGCCTCCGCCGCAAATCAGGCATGGTCTTCCAGGCGTATCATCTGTTTCCTCACCGCACGGCGCTTGAAAACGTCATGGAAGGACCCGTTCAAGTGCAAAAGCGCGACAAGGAGAAAGTCAGAAAAGAAGCGATGGAGCTTCTGGAAAAAGTCGGACTGAAAGACAAAATGGATTTATATCCGTTCCAGCTTTCCGGCGGTCAGCAGCAGCGGGTCGGCATCGCCCGCGCGCTTGCGATTCAGCCCGAGCTGATGCTGTTTGACGAACCGACGTCAGCGCTTGATCCGGAGCTGGTCGGCGAGGTGCTCAAAGTGATTAAGGATTTGGCGAACGAAGGCTGGACGATGGTCGTCGTCACCCATGAAATCAAATTCGCGCAGGAAGTGGCCGATGAAGTCATCTTCATTGACGGCGGCGTCATTGTGGAACAAGGACCGCCGGCCCAGATTTTTTCCGCGCCGAAAGAAGAACGCACGCAGCGGTTTTTAAACCGTATACTGAATCCTTTGTAG MLSVKGLNKSFGQNEILKKIDMEIEKGKVIAILGPSGSGKTTLLRCLNALEIPNRGELAFSDFSIDFSKKVKQADILRLRRKSGMVFQAYHLFPHRTALENVMEGPVQVQKRDKEKVRKEAMELLEKVGLKDKMDLYPFQLSGGQQQRVGIARALAIQPELMLFDEPTSALDPELVGEVLKVIKDLANEGWTMVVVTHEIKFAQEVADEVIFIDGGVIVEQGPPAQIFSAPKEERTQRFLNRILNPL PGPT0020720_846 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 D1-12_03263 630 hypothetical protein TTGAAGCGGGAATTCTTGATGCGCTGGACGTTTTATTTTGCCGGTCTGTTGATTTTGTCTTTCGGGGTATCGTTAACCATTAAAGGAAAAGCTCTCGGCATCAGCCCTTGGGATGCCTTTCATTATGGGCTTTTTCAGCATTTCGGGCTTTCTGTCGGACAATGGTCCATCGTGGTCGGCGCGGTCATCGTGGCTTTAACCTGCCTGTTCACGAGGACGCTCCCGAAAATCGGCGCTATCTTAAATATGGTGCTGATGGGAATGTTTATTGATTTCTTTTCGTTTCTGCTTCCTGAGGCGCACGCTTTTTCCTTAGCGGCCGTGTTTTTTTCGATCGGATTGCTGCTAATCGGCTGCGGCGTCGGTATTTACGTATCAGCAGGGCTCGGCGCGGGCCCCCGGGACTCTCTGATGATGCTGATATCTGAAAAAACGGGCTGGAACGTGCAATGGGTGCGGAACGGCATTGAGCTGACGATTCTTGCCGCAGCCTGGATGATGGGCGGGCCGATCGGCGCCGGAACCATTATTACGGCTGTTTTGACGGGGCTGATTCTGCGTTTTTCTTTGCCGCAGTCCTCTAAACTGTTAACATACGCGATCTCCGGGCGGGCAACGTCCGTTCATTAA MKREFLMRWTFYFAGLLILSFGVSLTIKGKALGISPWDAFHYGLFQHFGLSVGQWSIVVGAVIVALTCLFTRTLPKIGAILNMVLMGMFIDFFSFLLPEAHAFSLAAVFFSIGLLLIGCGVGIYVSAGLGAGPRDSLMMLISEKTGWNVQWVRNGIELTILAAAWMMGGPIGAGTIITAVLTGLILRFSLPQSSKLLTYAISGRATSVH PGPT0026395_827 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_RELATED_GENES CE-BIOFILM-SURFACE_PROTEIN,PGPT0026395-yczE|yyaS-K07149 NA NA D1-12_03264 675 sfp COG2091 4'-phosphopantetheinyl transferase Sfp ATGAAGATTTACGGAGTATATATGGACCGCCCGCTTTCTGCAGAGGAAGAGGATCGGATGATGGCGGCCGTGTCCGCCGAAAAGCGGGAAAAATGCCGGCGCTTTTACCATAAGGAGGATGCTCACCGCACCTTGATCGGCGACATGCTGATCCGCACCGCTGCGGCGAAGGCTTACGGACTTGATCCGGCCGGGATTTCATTCAGCGTCCAGGAATACGGAAAGCCGTACATCCCCGCGCTTCCGGACATGCACTTTAACATTTCCCATTCCGGGCGCTGGATCGTGTGTGCCGTTGATTCAAAACCGATCGGCATTGATATTGAAAAAATGAAGCCCGGCACGATTGATATCGCCAAACGTTTTTTTTCGCCGACGGAATACAGTGATCTGCAAGCGAAACACCCCGATCAGCAGACCGATTATTTTTACCACCTGTGGTCGATGAAAGAAAGCTTTATCAAACAGGCCGGAAAAGGGCTTTCCCTGCCGCTTGATTCATTCAGCGTCCGCCTTAAAGACGACGGCCATGTGTCCATTGAGCTCCCGGACGGACATGAACCTTGTTTCATCCGCACATATGATGCGGACGAGGAGTATAAGCTGGCCGTTTGTGCGGCGCATCCCGATTTTTGTGACGGGATTGAGATGAAAACGTATGAAGAGCTGCTGTAA MKIYGVYMDRPLSAEEEDRMMAAVSAEKREKCRRFYHKEDAHRTLIGDMLIRTAAAKAYGLDPAGISFSVQEYGKPYIPALPDMHFNISHSGRWIVCAVDSKPIGIDIEKMKPGTIDIAKRFFSPTEYSDLQAKHPDQQTDYFYHLWSMKESFIKQAGKGLSLPLDSFSVRLKDDGHVSIELPDGHEPCFIRTYDADEEYKLAVCAAHPDFCDGIEMKTYEELL PGPT0008845_2186 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_B5|PANTOTHENIC_ACID|CO_FACTOR_METABOLISM PLANT_VITAMIN_B5|PANTOTHENIC_ACID|CO_FACTOR_BIOSYNTHESIS,PGPT0008845-LYS5|acpT-K06133 NA NA D1-12_03265 1311 hisC_2 Histidinol-phosphate aminotransferase ATGAATGATGCAGCAAAAGAGCTGAACAGAACATTATCTGAAGAAAACCCGCACGTGCTTCATATGCTTTCTGATTTGGGCAGAGAGTTGTTTTATCCGAAAGGGGTGCTGACACAATCGGCGGAAGCGAAAGCCAAGGCCGGAAAGTATAACGCCACGATCGGGATTGCCACCTCACAAGGCGAGTCCATGCACTTTTCCCATATTCAAGAGACACTGTCCGCCTATAACCCCGATGATATCTACGATTATGCTCCGCCGCAGGGAAAAGAGCCGCTCAGACAGGAATGGCTGAAAAAAATGCGTCTCGAAAATCCTTCATTAGCCGGCAAAGACATCAGCACGCCGATCGTGACAAACGCTTTAACACACGGACTGAGCATTGCTGCCGACTTGTTCGTCAATGAAGGGGATGCGCTGCTTCTGCCTGATAAATATTGGGGAAATTACAATTTCATTTTCGGTGTCCGGCGCAAGGCATCCATTGAGACGTACCCGCTTTTTCAGCAGGATGGGCGTTTTAATGCGGCGGGGCTGTCCGAGCTGCTGAAAAAGCAGGAAGAAAAGGCGATTGTCGTGCTGAATTTCCCGAATAATCCGACAGGCTACACGCCGGGAGAAGAGGAAGCGGCAGAAATCGTCAGCGTGATCTTGGAGGCGGCAGAAGCCGGCAAAGAGATTGTCGTGCTCGTAGACGATGCGTATTACAATCTGTTTTACGATGAAACGGCCATTCAGGAATCCATCTTCAGCAAACTCGCCCAAGTGCACGACCGGGTGCTTTGCGTGAAAATAGACGGCGCGACGAAGGAAAATTACGCATGGGGCTTCCGCGTCGGTTTTATTACGTACAGCACAAAAAGCGAAAAAGCGCTGCGCGTGCTCGAGGAAAAAACGAAAGGGATTATCAGGGGAACGATTTCAAGCGCCCCGCACCCGTCCCAAACATTCATGCTTCGGGCGATGCAGTCACCGGAATACGAGAAAGAAAAATCGCTGAAATATAACATCATGAAAAAACGGGCTGACAAAGTGAAAGCCGTTCTTGCAGAAAACAAGCATTATGAAGACGTATGGACGCCTTATCCGTTTAACTCGGGTTATTTCATGTGTGTCCGGCTGAAAGACATAAACGCCGGCGAATTGAGAGTGTCGTTGCTTGAAAAGAGAGGAATCGGAACGATATCCATTAATGAAACCGATTTGCGAATCGCATTTTCATGTGTTGAAGAAGAACACATCGCGGATCTGTTCGAAGAAATTTATCAAGAAGCAAAGCAGCTGCAGAAACAGGCGGAAATATCAGGCTGA MNDAAKELNRTLSEENPHVLHMLSDLGRELFYPKGVLTQSAEAKAKAGKYNATIGIATSQGESMHFSHIQETLSAYNPDDIYDYAPPQGKEPLRQEWLKKMRLENPSLAGKDISTPIVTNALTHGLSIAADLFVNEGDALLLPDKYWGNYNFIFGVRRKASIETYPLFQQDGRFNAAGLSELLKKQEEKAIVVLNFPNNPTGYTPGEEEAAEIVSVILEAAEAGKEIVVLVDDAYYNLFYDETAIQESIFSKLAQVHDRVLCVKIDGATKENYAWGFRVGFITYSTKSEKALRVLEEKTKGIIRGTISSAPHPSQTFMLRAMQSPEYEKEKSLKYNIMKKRADKVKAVLAENKHYEDVWTPYPFNSGYFMCVRLKDINAGELRVSLLEKRGIGTISINETDLRIAFSCVEEEHIADLFEEIYQEAKQLQKQAEISG NA NA NA NA NA D1-12_03266 732 srfAD COG3208 Surfactin synthase thioesterase subunit ATGGTCCAGCTCTTTAAATCGTTCGATACCACGGAAAAAACGCAGCTTATCTGTTTTCCGTTCGCAGGAGGCTATTCCGCATCATTCCGCCCGCTCCACACCTATCTTCAAGGTGAGTGTGAGATGCTTGCCGCGGAACCGCCGGGACACGGAACAAATCAAATGTCCCCCGTTGAGGATTTTGAACAGCTTGTCAGTTTATACAAGCAGGAGTTGAATCTCCATCCTGACCGCCCGTTTGTGCTGTTCGGCCACAGTATGGGAGGCATGGTCGCTTTCAGGCTGGCGCAAAAGCTGGAGCGGGAGGGCATTTACCCGCAGGCCGTGATCATCTCAGCCATTCAGCCGCCGCATGTGGAAAGGAAAAAAGTGTCTCATCTTGATGATGAAAAATTTCTCGCCCATATTATCGAGCTTGGCGGAATGCCGCAGGAGTTAGTGGAGAATAAGGAGGTCATGTCATTTTTCCTGCCTTCTTTCAGATCCGACTACCGCGCGCTTGAAAGCTTCCGTCCGTCTGATTCTCACATGATTCAATCACCCGTCCATATTTTTAACGGGCGGAAGGATAAAAAATGTATCAAAGATGCGGACGGATGGAAAAAATGGGCCGGCAATCCCGTATTTCATGAGTTTTCGGACGGCCACATGTTCATATTAAGTGAAACTGAAAAAGTGGCGGAACGAATCTATGAGATTATTAACAGGAGCACTGCAGGCCAATTGTTATAG MVQLFKSFDTTEKTQLICFPFAGGYSASFRPLHTYLQGECEMLAAEPPGHGTNQMSPVEDFEQLVSLYKQELNLHPDRPFVLFGHSMGGMVAFRLAQKLEREGIYPQAVIISAIQPPHVERKKVSHLDDEKFLAHIIELGGMPQELVENKEVMSFFLPSFRSDYRALESFRPSDSHMIQSPVHIFNGRKDKKCIKDADGWKKWAGNPVFHEFSDGHMFILSETEKVAERIYEIINRSTAGQLL PGPT0009855_25 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-ComX_PHEROMONE_PERCIPITATION|SIGNALLING,PGPT0009855-srfATE|srfAD|lchAD-K15657 NA NA D1-12_03267 3837 srfAC COG3319 Surfactin synthase subunit 3 ATGAGCCAATTCAGCAAAGATCAGGTTCAGGACATGTATTATTTGTCGCCGATGCAGGAGGGAATGCTGTTTCATACTCTCCTGAATCCCGGCCAAAGCTTTTATATCGAACAAATGACAATGAAAGTAAAAGGCAGCTTGAATATCAAATGCCTTGAAGAAAGCATGAATGTGATCATGGACCGGTACGATGTATTTCGTACCGTGTTCATTCACGAAAAAGTAAAAAGACCGGTCCAAGTCGTATTGAAAAAACGTCAGTTTCAGATAGAAGAAATCGATCTGACACATGTAACGGACAGCGAGCAAACAGCCAAAATCAATGAATACAAAGAACAGGATAAGATCAAGGGCTTTGATTTGACGCGGGATATTCCGATGCGGGCAGCCATTTTTAAAAAATCGGAAGAAAGCTTTGAATGGGTGTGGAGCTACCACCACATCATTTTGGACGGCTGGTGCTTCGGCATCGTCGTGCAGGATCTGTTTAAGGTATACAATGCCCTGCGCGAACAAAAGCCGTACAGCCTGCCGCCGGTCAAACCGTATAAAGACTATATCAAGTGGCTTGAAAAGCAGGATAAACAAGCATCACTGCATTACTGGCGCGGGTACTTAGAAGATTTTGAAGGACAAACGACATTTGCGGAGCAAAGAAAGAAACAAAAGGACGGCTACGATCCGAAAGAGCTGCTCTTCTCACTGCCGAAGCAGGAAACAAAAGCATTTACCGAGCTTGCAAAATCGCAGCATACCACTTTGAGTACGGCGCTGCAGGCGGTTTGGAGTGTATTAATCAGCCGCTACCAGCAGTCCGGCGATTTGATCTTCGGCACAGTCGTTTCCGGGCGCCCCGCAGAAATCAAAGGCGTTGAACATATGGTCGGGCTGTTTATCAATGCTGTTCCGAGGCGGGTGAAGCTGTCTCGGGATACCACATTTAACGGCTTGCTCAAGCAGCTGCAGGAGCAATCGCTGCAGTCTGAGCCGCATCAATATGTGCCGCTCTATGACATCCAAAGCCAGGCCGATCAGCCAAAGCTGATTGACCACATCATTGTGTTTGAAAATTATCCGCTTCAGGATGCAAAAAATGAAGAGAACAGTGAAAACGGCTTTGATATGGAGGATGTACACGTTTTTGAGAAATCGAATTATGATCTCAACCTGATGGCTTCTCCAGGTGATGAGATGCTGATTAAGCTTGCCTATAACGGGAATGTGTTTGATGAGGCGTTTATCCTGCGCTTGAAATCTCAGCTTCTCACAGCGATTCAGCAGCTCATCCAGAAGCCGGATCAGCTTGTCAATACGATCAGACTTGTTGATGAAAAGGAAAGAGAGCTTCTGCTTACCGGCTTAAACCCGCCGGCTCAGACTCATCAGGCGAAGCCCCTGACGGATTGGTTCAAGGAAGCGGTGAATGTAAATCCTGATGCGCCGGCGCTTACGTATTCCGGCCAGACTCTTTCCTATCGTGAATTAGATGAGGAAGCGAACCGTCTTGCGCGCCGTTTGCAAAAGCAAGGTGCGGGCAAAGGCTCCGTTGTCGCGTTGTACACGAAGCGCTCGCTTGAGCTGGTGATCGGCATTCTCGGCGTATTAAAAGCAGGAGCGGCTTATCTGCCGGTTGATCCGAAGCTGCCGGAAGACCGAATCTCGTATATGCTGGCTGACAGTGCGGCAGCCTGTCTGCTGACACATCAGGAGATGAAAGAAAAAGCGGCTCAGCTGCCGTATACAGGAACAACACTCATCATCGATGATCGGGCACGGTTTGAGGAACAGGCAAGCGATCCTGCAGCCGCAATTGATCCCGATGATCCGGCGTATATTATGTATACGTCCGGCACAACCGGAAAGCCGAAGGGCAATATCACCACTCATGCCAATATTCAAGGATTGGTCAAGCATGTAGATTACATGGCATTTTCTGAACAAGATACGTTCTTATCTGTTTCCAATTACGCCTTTGACGCATTTACCTTTGATTTCTACGCATCAATACTGAATGCGGCACGGCTCATTATCGCAGATGAACATACACTGCTTGATACAGAACGGCTCACTGATCTGATCCGGCAGGAGAATGTCAATGTCATGTTTGCGACAACCGCACTTTTTAATCTTCTCACCGATGCGGGAGAGGAGTGGCTGAAGGGGCTCCGCTGTGTGTTATTCGGGGGTGAGCGCGCGTCAGTGCCTCACGTCAGAAAGGCGCTTGAGATCATGGGGCCTGGCAAGCTGATTAATTGCTACGGGCCGACTGAGGGCACGGTGTTTGCGACAGCTCACGTCGTGCATGATATCCCGGATTCCATTTCCTCATTGCCGATCGGAAAGCCGATCAGCAATGCCAGTGTTTATATTCTGAACGGGCAAAATCAGCTTCAGCCGTTCGGAGCTGTCGGTGAACTGTGCATCAGCGGAATGGGTGTATCAAAAGGGTATCTGAACCGTCCTGACCTGACGAAGCAAACGTTTATCCCAAATCCGTTCAAGCCGGGAGAAACGCTTTACCGCACAGGGGATTTAGCACGCTGGCTGCCGGATGGAACAATTGAATACGCCGGGCGTATTGACGACCAGGTCAAAATACGCGGACACCGGATTGAGCTTGAAGAAATCGAAAAGCAGCTGCAGGAATACCCGGGTGTGAAAGATGCGGTCGTTGTTGCAGACACCCATGAGTCCGGAGATGCATCAATCAATGCCTACCTCGTGAACCGGACGCCGCTTTCAGCTGATGACGTAAAGAGGCACTTGAAAAAACAGCTTCCTGCTTACATGGTGCCGCAAACCTTTACTTTCTTAGAGGAGCTTCCGTTAACGACAAACGGGAAGGTCAATAAACGGCAGCTGCCGAAACCGGATCAGGCTCAGCCGGCGAAAGAATGGATCGGGCCTCGAAACGCGACGGAAGAAACAATTGCGCACATCTGGTCCGACATCCTCGGCAGACAGCAGATCGGGATTCATGATGATTTCTTCGCGCTCGGAGGCCATTCCTTAAAAGCGATGACGGCAGCGTCGCGCATTAAAAAAGAGCTCGGTGCTGATATCCCGGTGCAGCTGTTGTTCGAAGCGACGACAATCGCAGACATTGCCGGTTATCTGCTTCACGGTGAAGAAAAAGGAATGAAAGATCTCACCATCATGAATAAAAATCAGTCTGACACACTGTTTGCGTTCCCGCCGGTTCTCGGTTACGGGCTGATGTACCAGCCGCTGGCAAAACAGCTGTCCGGCTATCGAATCTGCGCGTTTGATTTTATCGAAGAAGACAACCGCATCGAACGCTACACAGAGCTGATCAATCAGCTCCAGCCGGAAGGACCGGTCAAGCTGTTCGGATACTCGGCAGGCTGCACGCTCGCCTTTGAAACGGCCAAACAGCTTGAAGCCGAAGGACGTAAAGTGGAGCGGCTGATCATGGTCGATTCCTATAAAAAACAAGGCGTCAGCGACTTAGAAGGCCGCACCGTAGAAAGTGATGTCCAGGCGCTGATGAAGGTAAACCGGGACAATGAAGCGCTGAATAACGAAGCCGTCAAAGAAGGTCTCGCCAAAAAAACAAACGCGTTTTATTCTTATTTCGTGCATACCGTCAGCACCGGCACGGTCAATGCGGATATAGATCTATTAACGTCAGAACCGGACTTTGCGATGCCGCCGTGGCTCGCTGCGTGGGAGGAAGCCACGACAGGTGAATACCGTGTGAAAAAAGGCTGCGGCACTCACGCAGAAATGCTTCAGGGAGAATGTCTCGAAAGGAATGCGGCATATTTGCTCGAATTCCTAAGGAAGGAACATCTGAAGCTGACAACTTCACGATAG MSQFSKDQVQDMYYLSPMQEGMLFHTLLNPGQSFYIEQMTMKVKGSLNIKCLEESMNVIMDRYDVFRTVFIHEKVKRPVQVVLKKRQFQIEEIDLTHVTDSEQTAKINEYKEQDKIKGFDLTRDIPMRAAIFKKSEESFEWVWSYHHIILDGWCFGIVVQDLFKVYNALREQKPYSLPPVKPYKDYIKWLEKQDKQASLHYWRGYLEDFEGQTTFAEQRKKQKDGYDPKELLFSLPKQETKAFTELAKSQHTTLSTALQAVWSVLISRYQQSGDLIFGTVVSGRPAEIKGVEHMVGLFINAVPRRVKLSRDTTFNGLLKQLQEQSLQSEPHQYVPLYDIQSQADQPKLIDHIIVFENYPLQDAKNEENSENGFDMEDVHVFEKSNYDLNLMASPGDEMLIKLAYNGNVFDEAFILRLKSQLLTAIQQLIQKPDQLVNTIRLVDEKERELLLTGLNPPAQTHQAKPLTDWFKEAVNVNPDAPALTYSGQTLSYRELDEEANRLARRLQKQGAGKGSVVALYTKRSLELVIGILGVLKAGAAYLPVDPKLPEDRISYMLADSAAACLLTHQEMKEKAAQLPYTGTTLIIDDRARFEEQASDPAAAIDPDDPAYIMYTSGTTGKPKGNITTHANIQGLVKHVDYMAFSEQDTFLSVSNYAFDAFTFDFYASILNAARLIIADEHTLLDTERLTDLIRQENVNVMFATTALFNLLTDAGEEWLKGLRCVLFGGERASVPHVRKALEIMGPGKLINCYGPTEGTVFATAHVVHDIPDSISSLPIGKPISNASVYILNGQNQLQPFGAVGELCISGMGVSKGYLNRPDLTKQTFIPNPFKPGETLYRTGDLARWLPDGTIEYAGRIDDQVKIRGHRIELEEIEKQLQEYPGVKDAVVVADTHESGDASINAYLVNRTPLSADDVKRHLKKQLPAYMVPQTFTFLEELPLTTNGKVNKRQLPKPDQAQPAKEWIGPRNATEETIAHIWSDILGRQQIGIHDDFFALGGHSLKAMTAASRIKKELGADIPVQLLFEATTIADIAGYLLHGEEKGMKDLTIMNKNQSDTLFAFPPVLGYGLMYQPLAKQLSGYRICAFDFIEEDNRIERYTELINQLQPEGPVKLFGYSAGCTLAFETAKQLEAEGRKVERLIMVDSYKKQGVSDLEGRTVESDVQALMKVNRDNEALNNEAVKEGLAKKTNAFYSYFVHTVSTGTVNADIDLLTSEPDFAMPPWLAAWEEATTGEYRVKKGCGTHAEMLQGECLERNAAYLLEFLRKEHLKLTTSR PGPT0009840_11 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-ComX_PHEROMONE_PERCIPITATION|SIGNALLING,PGPT0009840-srfAC|lchAC-K15656 NA NA D1-12_03268 10761 srfAB Surfactin synthase subunit 2 ATGAGCAAAAAATCGATTCAAAAGGTGTATGCACTCACACCGATGCAGGAGGGAATGCTGTATCATGCGCTGCTTGATCCGCATTCTTCCTCCTACTTCACACAATTAGAGCTTAGGATTCACGGAAGCTTTCAGCTTGAGCTTTTTGAAAAAAGCGTCAATGAGCTCATCCGGACATATGACATCCTGCGTACGGTATTCGTGCACCAGCAGCTTCAAAAACCGCGCCAAGTCGTATTAGCAGAGCGGAAGACGAAGGTGCACTATGAAGATATCAGTCAATTAGATGAAGCGCGCCAAACCGAATATATTGAACGCTATAAACGCGATGTGCAGCAGCAGGGCTTTCATCTGGCGAAGGATATTCTCTTTAAAGCGGCGGTGTTCAGGCTCAGTGAGAAGGAGCTGTATCTCGTCTGGAGCAATCATCATATCGTCATGGACGGCTGGAGTATGGGCGTTTTGATGAAAAGCCTGTTTCAAAACTATGAAGCGCTTCGTGCCGGCCGGCCCGCCGGGGGAAACCAGGGCAAACCTTACTCTGACTATATCAAATGGCTCGGAGGCCGGGATTATGAGGAGGCGGAACAATATTGGAGCAGCCGCCTGGCGGATTTCGAACAGCCGAGCCTGCTCCCGGGCCGTCTGGCAGCAGAAAAGAAAGACTACCAAAATGAAGAATATTCTTTTGTCTGGGATGAGGAGCTGGTCGCGCAGATTCAGCAGACCGCCAACCGGCATCAAGTCACGGGGCCTAACCTGTTTCAGGCCGTTTGGGGTGCGGTGCTCAGCAAATACAACTATACAGACGATGTGGTGTTCGGCACCGTCGTATCAGGCCGTCCTTCAGAAATCAACGGCATTGAAACGATGGCGGGGCTGTTCATCAATACGATTCCCGTCAGAATCAAGATTGACAAAGATGCAGCCTTTTCGGACGTGATGGCGGCAGTTCAGAAAAACGCCGTGGAAGCCGAGCGCTATGATTATGTGCCGCTCTATGACATTCAAAAGCGCTCCGCCCTGGACGGCAGCCTCTTGAATCATTTGGTCGCGTTTGAAAACTATCCGCTGGACAAAGAGCTGGAAAACGGGGGCATGGAGGAAAGACTCGGCTTTTCCATTAAAGTGGAACATGCTTTTGAGCAGACGAGCTTTGATTTCAATCTCATCGTGTATCCGGGAAAAACGTGGACTGTCAAAATCAAATACAACGGAGCGGCTTTCGCCCATGATGCCATCGAACGAACGGCGCACCATCTGACCCGCATGATGAAAGCCGCGGTCGGAACGCCTGACGCGCCCGTGCGGGAACTCGGCCTTGTTTCAGGCGAAGAAGAGCGGCAGATTGTTGAGGTATTCAATGATACGAAAACGGCGCTTCCGGAAGAGGAGGCCGTTCACCGTTTGTTTGAAGCACAGGCAAACCGGACGCCTGCAAGTATCGCGATAAAAGAAGCGGGACGCGAATGGACCTACCGTGAAGTGAACGAAGCGGCCAACCGCCTGGCGAGGCGCCTTGTGAAGAGCGGGCTGGAAAAAGGCCGGACCGCCGCTATTATGAACGACCGGTCTGCGGAAACCGTTATCGGAATGCTTGCCGTCTTAAAAGCAGGCGGCGCATATGTGCCGATTGATCCGGCTTTTCCGGAGGACCGTCTCCGCTTTATGGCGGAAGACAGCTCGATTCGGCTCGTGCTGACAGTTCAGGACTATCAAGAACAAGCGGGCGCATTGCAAGTCCCGGTCATCATGCTGGATGAAAGCGCGGATGAAACGGTAAGCGGAACAGACTTGAATCTTCCGGCCGGCGGCAACGACTTGGCGTATATCATGTATACATCCGGATCGACCGGCAAACCGAAAGGCGTCATGATTGAACACAGAAATATCATCAGGCTCGTCAAACATTCGAATTACGTGCCGGTTCATGAAGAAGACCGGATGGCGCAAACGGGAGCCGTCAGCTTTGATGCCGGAACCTTCGAAGTCTTCGGCGCATTGCTGAACGGAGCGTCATTGCATCCGGTGAAAAAAGAGACGCTGCTTGACGCCGGACAATTCGCCCAATTTCTGAAAGAGCAGCGGATCACGACCATGTGGCTGACGTCTCCGCTGTTTAATCAGCTTGCCCAAAAGGATGCCGGCATGTTTAACACGCTCCGGCACCTCATCATCGGCGGTGACGCGCTTGTGCCGCATATCGTCAGCAAAGTGAGGAAGGCATCACCGGAGCTGTCGCTTTGGAACGGCTACGGGCCGACGGAGAATACGACGTTTTCGACGAGTTTTCTCATTGATCAGGACTACGACGGCTCGATTCCGATCGGGAAGCCGATCGGAAATTCCACTGCGTACATTATGGACGAAAACCGCAACCTCCAGCCGATCGGCGCGCCCGGTGAGCTGTGCGTCGGCGGAAGCGGAGTGGCAAGAGGCTATGTGAATCTGCCTGAATTAACGGAGAAGCAGTTTGTCCGCGATCCGTTCAGACCGGATGAAATGATATACCGGACGGGGGACTTGGCGAAGTGGCTTCCGGACGGCACGATCGAGTTTCTCGGCAGAATTGACAACCAAGTAAAGGTCCGCGGTTTCAGAATCGAGCTCGGGGAAATCGAGGCGAAAATCAGCCAGGCGGAGAATGTGACGGAATCTGCGGCTGTGATCCGGAAAAATAAAGCGGATGAAAATGAAATCTGCGCTTACTTTACCGCAGACCGGGACCTTTCACCGGAAGACCTGCGCAAAACGCTTTCGGAATCACTTCCGGAATACATGATTCCCGCGCACTTCATCCAGATGAATCAGTTTCCGCTGACGGCGAACGGAAAGATTGATAAAAAAGCGCTGCCTGAGCCTCAGGCTGAAGCCGTTCAAAAAGAATACGAAGCGCCGAAAACGGAAGCGGAGCAGAAACTCGCGGACATTTGGGAAGGCATTCTCGGTGTAAAAGCGGGTGTGACTGACAATTTCTTCACGATTGGCGGACATTCTTTAAAAGCTATGATGATGACCGCTAAAATCCAGGAGCACTTTCAAAAAGAAGTGCCGATTAAAGTGTTATTTGAAAAGCCGACCATTCAGGAGCTTGCGCATTATTTGGAGCATGAGAGCGAGGAGGAACAGCAGTTTGAACCGATCCGACAAGCGCCTTATCAGAAGCATTATCCTGTTTCCTCAGCACAGCGCAGGATGTATATCCTTAATCAGCTCGGACAGGCCAGCACGAGCTACAACGTCCCTGCTGTACTTCTGCTGGAAGGATCAGTAGACAAAAAGCGTCTTGAAGAGGCCATGCAGGCATTAATCAACCGTCATGAGACACTGCGTACGTCGTTTGACATGGCAGATGGAGAAGTCGTGCAGACCATTCATAAAAATGTGTCGTTTGAGCTTGAAACCGCCGAGGGCCGGGAAGAAGATGCAGAAGAGCTGACAAAAGCCTTTATCAGGCCGTTTGCGCTCAGTCATGCGCCGCTGGTCCGTTCGAAGCTGATCCGGCTTGAAGAAGACCGGCATCTTCTGCTGATTGACATGCACCACATTATTACGGACGGAAGCTCAATGGGCATTTTCATCGGTGATCTTGCGAAGCTTTATCAAGGCACGGAGCTTGAGCTGCCAAAGATTCATTATAAGGATTTTTCAGTCTGGCAGCGTGAAAAAGCAAATCTCGATCAGCACGAAGCCTACTGGGTTGATACGTTCAAAGGCGATCTGCCGGTGCTGGATCTGCCGCTTGATTTCCCGCGTCCTGCCGAGCGCAGTTTTGAAGGGGAACGCGTCATCTTCGGGCTTGATAAACAGGTGACGGCGCAGATTAAGAAGCTGCTGGCTGATACGGATACGACGATGTATATGTTCTTGTTAGCCGCTTTTCAAGTGCTGCTGTCCAAATATTCGGGACAGGAAGACATCATAGTCGGGTCTCCGGCGGCCGGAAGACAGCATCCTGATCTCCAAGACGTGCCGGGCATGTTTGTCAACACCGTGGCGCTTCGGTCGCATCCTGCCGGCAAAAAAACGTTCAAGCAATTTCTGGATGAAGTGAAAACGGCGAGCCTTCAAGCTTTTGAGCATCAAAGCTATCCGCTTGAAGAATTAATTGAAAAACTGCCGTTAACGAGGGACACAAGCCGGAGTCCGCTGTTCAGCGTGTTATTTAATATGCAGAACATGGAGATCCCGGCCCTGCGGCTCGGAGATTTGGAGATTTCTTCTTACTCCATGCATCATCATGTCGCTAAATTTGATCTTTCCTTAGAAGCGGCTGAGCGCGGAGAAGAGGTCGGATTGAGCTTTGATTACGCGAAAGCCTTATTTGCGGACGAAACCATCCGCCGCTGGAGCGCTCATTTTGTCAATCTGATTAAAGCCTGCGCCGAAAATCCGGATATTCAGCTGTCCGACGCAAGCCTGCTGTCCGCTCCTGAGCGGGAAGCGCTCCTTTCTGATGAAAAACGGACGGAAGCGGATCTGCCTGAGGGCACTTTTGTTTCGCTGTTTGAACGGCAAGCGCAAAAAAAGCCTGATCTCACGGCGGTTGCGGGCGAAACAAGTCTGACATATCGTGAGCTTGATGAACGCTCGAACCGGTTTGCCCGCCACCTTCAGGCTTGCGGAACGGGCAGTGAGGACATCGTGGCCATTATGATGGATCGTTCGGCCGACTTGATTACCGCGATTCTCGGCGTCATGAAAGCCGGAGCGGCATTTCTCCCGATTGATCCGGAGACTCCTGAAGAGAGAATCCGCTACTCTCTCGAAGACAGCGGAACGAAGCTTCTGGTCGTCAATGAGAGAAACATGACCGCGGCCGCCGTTTATAAAGGAAAAACGGTCGTAATGGAAGACGGAGAATGGCAGAACGAAAGCGCCGACCGGCTTGAAACGGAGCCCGGCGCCGACCAGCTTGCCTATATCATTTATACCTCGGGAACAACGGGCAAACCGAAAGGCGTCCAGCTGGAGCACCGCAATCTAATCAATTATGTCACATGGTTCAGCCGTGAAGCCGGTTTGACCGAAGCTGACAAATCCGTGCTGCTGTCTTCTTACGCATTTGATCTCGGCTATACGGCCATATTCCCGATTCTTCAGGCGGGCGGCGAGCTGCACATTGTGCCGAAAGAGACGTACACCGCGCCTGATCAGCTTGGTGAGTATATACAGAAAAACGGCATTACGTATATGAAACTGACGCCGTCATTGTTCCATATGATCGTCAATACAGCCCGTTTTACGTCAGAACGCCGTTTCAGCCCGCTTCGTTTAGTGGTGCTCGGCGGAGAAAAGATCATCACGTCCGATGTCCGCAAGTTTCATGACGTATACGCCCATACCGACTTCATCAATCACTACGGGCCGACGGAAACGACGATCGGCGCCATTGCGGAACGGATCAATATGGAGCGTCTTGATCAATATGAGCAGCGTCCCGTCATCGGCCGCCCGATCGCAAATACCGGCGCGCTTGTATTGGACGGAGCAATGCAGCTCGTTCCTCCGGGCGCAAGCGGCGAGCTTTATATTACCGGGAAGGGGCTTGCCAGAGGATATCTTCACCGTCCGCAGCTGACGGCGGAGAAATTTCTCTCAAATCCTTTTTCACCGGACAGCCTGATGTACAAAACGGGAGATGTCGTCCGCAGGCTTCCTGACGGGACGATTGAATTTATCGGCCGTGCGGATGATCAGGTGAAAATCCGGGGCTACCGCATTGAATTAAAAGAGGTTGAAACCGTGCTGTTAAGCGTAAACGGCATTCAGGAGGCGGTCGTTCTCGCAGTCAGCGAAGGCGGGCTGCCGGAACTGTGCGCGTACTATAAAGCCGACAGCGGGCTGAAAGGCTCTGAGCTTCGCAAACGGCTTTCCGAAACACTGCCGTCTCATATGCTTCCGGCTTATTTCGTGCAGGTAGACCGCATTCCGCTCACAGCCAACGGAAAAACCGATAAAAACGCCCTCCCGAAACCGGGCGTCAGCCAAACGGCGCAAACAGCTTCAGCCTTGCCGGAAACGGAATTGGAGGAAAAGCTGTGCCGCATTTGGAAACAGACACTCGGTACGGATACGCTCGGCATCGACGATAATTTCTTCGATTACGGCGGGCACTCTTTAAAAGGCATGATGCTCCTCGCCAATATTCAGGCTGAACTGGACAAAACGGTTCCGTTAAAAGCGCTGTTCGAACAGCCGACTGTCCGCCTGCTTGCCGCATATATCGAAAAATCGGCGGTATCTGAGGGATATCGGATGATCACACCGGCAGACAGTGCAGACGCGTACCCGTTATCATCCGCCCAAAAACGGATGTACGTCCTGAACCAGCTTGACCGGGAGACAATCAGCTATAATATGCCGTCCGTTCTTCTGATGGAAGGAGAAGTCAATATTTCAAGGCTTCAGGAAGCGCTCAATCAGATGATCAATCGCCACGAATCTTTGCGGACGTCCTTTATCGATCAAAAAGGCCAGCCGATGCAGCAGATCGCAGAACAGACTGACATTGACCTGCACATCTTTGAAGCAGCGGACGAGGAGAAGGCGGATCTTATCATTCAGGCATTCATTAAGCCGTTTGATCTGAGTGCGGCTCCGCTCATTCGGGCCGCTCTTGTCAGACTGAATGAAAAGAAACACCTGCTGCTGCTGGATATGCATCATATTATTGCCGACGGCGTGTCCAGAAGCATGCTGGTCAAAGAGCTCGCTCACCTTTACAAAGGCGGAAGTCTGCCGTCGCCGAACCTGCACTATAAAGACTTCGCCGTCTGGCAGAATGAACCCGGGCAGGCCGAACGGATGAAAGACCATGAGCGTTATTGGCTCTCCGCATTTTCCGGCGAGCTTCCTGAATTGAATCTGCCGACCGATTTTCCCCGTCCGCCGGTTCAAAGTTTTAAAGGACAATCCGTCCGTTTCAGAGCGGGACGTGAAACGGAAAAAGCGGTGCGTGAATTAATGGAATCATCGGGAGCGACTCTTCATATGGTGCTTCACGCCGCGTTCCATATCTTTTTGAGCAAAATCACGGGGCAGCGTGATATCATTATCGGCTCGGTGACCGCCGGAAGAACGAGCGCCGAAGTTCAGGAAATGCCGGGGATGTTTGTCAATACGCTTGCGCTTCGCAATGAAACGCGAAAAGAGCAGACCTTCGCCGGGCTGCTCGAACAGGTGAAACAAACCAATCTCGACGCGCTGGCGCATCAGGATTATCCGTTTGAGGATTTGATCGGAAAGCTTGACCTGCCGAGAGATATGAGCCGCAACCCGTTGTTCCAGGTGATGGTGACGACAGAAGATCCGGATAAAGAAACATTGGAACTGGAGAACCTGCGCATCACTCCGTATGAGTCAAACCAAGGCACGGCGAAATTCGATCTGACACTCGGCGGCTTTACGGATCAAGAAGGTCTCGGCCTTCAGTTTGAATATGCGACTGATCTGTTTAAAAAAGAAACCATTGAAAAGTGGAGCGCCGGGTTCCTGCGGATTCTGAAGCAAGCGGCGGAAAGCCCGGACAGAAAGCTGCCTGAGATTTCACTGATCAGCGATACTGAAAAACAAGCCCTTCTTGACGCATGGAAAGGAAAAACACTCTCTGTGCCGCGGGACAAAACGGTTCACCGTCTCTTTGAAGAAACGGCCGCCCGCCATGCGAACCGGCCGGCCGCGGCATATAACGGCGCGAAATGGACGTACGGCGAGCTGAACGCAAGGGCGAACCGGATCGCGCGCATTCTCATGGACTGCGGCGTCACGGCTGACGAACGTGTCGGCATTTTGACGAAACCGTCCTTGGAAATGGCCGCGGGCGTACTCGGCGTCTTAAAAGCGGGCGCGGCATTTGTGCCGATTGACCCCGACTACCCGGAAGAGCGCATCAGCTACATTCTGCAGGACAGCGGCGCCAAGCTTCTTCTCACACAGGAAGCGCTCGACGTGCCGGATGGCTACAAAGGTGAAACGATCCTGCTTGACGGCAGCCGCTCCATTCTGAGCCTGCCGCTTGATGAAAACGATGAAGCGAACCCGCAGACGGAAACAACGGCGGATCATCTCGCTTATATGATTTACACGTCAGGAACGACCGGACAGCCGAAGGGTGTCATGGTCGAACACCATGCGCTTGTGAACCTGTGCTTCTGGCACCACGACGCATTCGCCATGACGGCGGATGATAAAAGCGCCAAATACGCGGGCTTCGGTTTTGACGCCTCCATCTGGGAGATGTTCCCGACATGGACCATCGGCGCGGAACTTCACGTCATTGACGAAGCGATCCGGCTGGATATCACCCGCTTAAATCACTATTTCGAAGAGCACGGCGTGACCATCACCTTCCTGCCGACGCAGCTCGCCGAACAATTTATGGAGCTGGAAAATACCTCTCTCCGCATGCTTCTCGTCGGCGGCGATAAGCTGAAGCGGGCGGTGAAACAGCCGTACACGATCGTCAACAACTACGGCCCGACGGAAAACACCGTCGTCGCGACAAGCGGCGTCATCAATCCGGAGGAAGGGTCGCTTTCGATCGGACGGGCGATTGCCAATACGAGAGTTTATATTCTCGGCGACGGAGATCAGGTGCAGCCGGAAGGCATTGCCGGTGAATTGTGCGTGGCCGGCCGCGGTCTGGCGCGCGGATACCTGAACCGTGAAGAAGAAACGGCGAAGCGGTTTACCGCAGATCCGTTAGTGCCCGGCGAGCGCATGTACCGGACCGGCGACCTCGTCAAATGGAACGCGCAGTGCGGGATCGAATACATCGGCCGTATCGACCAGCAGGTCAAAGTGCGGGGCTACCGGATCGAGCTTTCAGAAATCGAAGTCCGCCTCGCCCAGCTTGCGGACGTTCATGACGCAGCGGTGACGGCGGTGGAAGACAAAGCGGGCAATACCGCGCTTTGCGCCTATGTCGCGCCTCAGCAGGACGATATTGAAGCGCTCAAAGCCGCGCTGAAAGACACGCTGCCTGACTACATGGTGCCGGCGTTCTGGGTGGAGATGGACGAGCTTCCGGTCACCGCAAACGGCAAGATTGACAAAAAAGCCTTGCCGGCGCCTGACATTGAAGCGGGAAGCGCCGCGTACAAAGCGCCGGAAACGGAGATGGAGACGCTGCTTTCTGACATTTGGCAGGAAGTGCTCGGTCTTGACCAGATCGGCGTAAGCGATAATTTCTTCACGCTCGGCGGCGACTCGATCAAAGGCATCCAAATGGCGAGCCGCCTGAACCAGCACGGCTACAAATTGGAGATGAAAGACCTCTTCCAGCACCCGACCATCGAAGAACTCGTCTCTTATGTGGAGCGGACGGAAGGCAAGCAGGCCGACCAGGGACCTGTCGAAGGCGAAGCGGAGTTAACGCCGATCCAGCGCTGGTTCTTTGAGAAAAACTTCACGGACAAACACCGCTGGAACCAATCCGTCATGCTTCACGCGAAAGACGGCTTTGATCCGGACCTGGTGGAAAAAACCCTGCAAGCATTGATTGAACACCATGATGCGCTCCGCATGGTTTACCGTGAAGAAAGGGAAGGCATCATTCAGACATACCTCCCTGTCACAGAATGCAAGGCAAGCTTTGACATCGTTGATCTGTACGGAACTGACGAGGATATGCTGAAAAGCCAGATTCAGCGGCTTGCCGATCATCTTCAGGGCAGTCTTGATCTGGAGAACGGCCCGCTGTTAAAAGCGGAGCAATACCGGACAGAACAAGGCGATCATCTGTTAATCGCGGTTCACCATCTCGTCGTGGACGGGGTTTCATGGAGAATTCTGCTTGAGGATTTCGCTTCAGGTTATAAACAGGCGCAGCAGCAAAACAGCATCGTCCTCCCGCAAAAAACCCACTCCTTTAAAGATTGGGCGGAGGCGCTGAACACATTTGCGCAATCAGAAGAGCTGAAAAAGCAGGCGGATTATTGGGCACAGGCAGATGCGGAAGAACTCCGGCCGCTGCCGAAAGACCATGATCCGAACAAACGGCTCGTCAAACATACGGCGGCCGTGAAATGTGAATTAACTGAGGAAGAAACGGCACAGCTGCTTACAGATGTTCATCATCCGTACGGAACGGAAATCAACGACATTCTGCTCAGCGCGCTCGGCTTAACGATCGGTGAATGGACGGAAAACGGCAAAGTCGGCATCAACTTAGAAGGACACGGCCGGGAAGAAATCATACCGAATGTCAATATTTCACGGACGGTCGGCTGGTTTACTGCCCAATATCCTTTGATTCTGCAAATCAGCAAGGAAGACGGCGTCTCTTCCGTCATTAAAACGGTAAAAGAGACGGTGCGGCGCGTTCCTGATAAAGGTGTAGGATACGGGATTCTCCGGTATCTGTCATCCGATGAAACAGAACAAGGCGCCGCGCCTGAAATCAGTTTTAACTACTTAGGGCAGTTTGACAATGAAGTGAAAACGGAATGGTTTGAGCCGTCTCCATATGATATGGGACGTCAAGTCAGCGAAGAGTCAGAGGCGTTATACGCACTGAGCTTCAGCGGGATGGTTACAGGCGGCCGCTTCGTCATTTCCTGCTCATACAATCAGGAAGAATATGAAAGAAGCACCGTCGAAACACAGATGCAGCGGTTTAAAGACAATCTCTTAATGATCATCCGCCATTGCACGGCCAAAGAAGAGAAAGAATTTACGCCGAGCGATTTCAGCGCGCAGGATCTTGAAATGGATGAAATGGGAGACATCTTTGACATGCTTGAGGAGAATTTAACGTGA MSKKSIQKVYALTPMQEGMLYHALLDPHSSSYFTQLELRIHGSFQLELFEKSVNELIRTYDILRTVFVHQQLQKPRQVVLAERKTKVHYEDISQLDEARQTEYIERYKRDVQQQGFHLAKDILFKAAVFRLSEKELYLVWSNHHIVMDGWSMGVLMKSLFQNYEALRAGRPAGGNQGKPYSDYIKWLGGRDYEEAEQYWSSRLADFEQPSLLPGRLAAEKKDYQNEEYSFVWDEELVAQIQQTANRHQVTGPNLFQAVWGAVLSKYNYTDDVVFGTVVSGRPSEINGIETMAGLFINTIPVRIKIDKDAAFSDVMAAVQKNAVEAERYDYVPLYDIQKRSALDGSLLNHLVAFENYPLDKELENGGMEERLGFSIKVEHAFEQTSFDFNLIVYPGKTWTVKIKYNGAAFAHDAIERTAHHLTRMMKAAVGTPDAPVRELGLVSGEEERQIVEVFNDTKTALPEEEAVHRLFEAQANRTPASIAIKEAGREWTYREVNEAANRLARRLVKSGLEKGRTAAIMNDRSAETVIGMLAVLKAGGAYVPIDPAFPEDRLRFMAEDSSIRLVLTVQDYQEQAGALQVPVIMLDESADETVSGTDLNLPAGGNDLAYIMYTSGSTGKPKGVMIEHRNIIRLVKHSNYVPVHEEDRMAQTGAVSFDAGTFEVFGALLNGASLHPVKKETLLDAGQFAQFLKEQRITTMWLTSPLFNQLAQKDAGMFNTLRHLIIGGDALVPHIVSKVRKASPELSLWNGYGPTENTTFSTSFLIDQDYDGSIPIGKPIGNSTAYIMDENRNLQPIGAPGELCVGGSGVARGYVNLPELTEKQFVRDPFRPDEMIYRTGDLAKWLPDGTIEFLGRIDNQVKVRGFRIELGEIEAKISQAENVTESAAVIRKNKADENEICAYFTADRDLSPEDLRKTLSESLPEYMIPAHFIQMNQFPLTANGKIDKKALPEPQAEAVQKEYEAPKTEAEQKLADIWEGILGVKAGVTDNFFTIGGHSLKAMMMTAKIQEHFQKEVPIKVLFEKPTIQELAHYLEHESEEEQQFEPIRQAPYQKHYPVSSAQRRMYILNQLGQASTSYNVPAVLLLEGSVDKKRLEEAMQALINRHETLRTSFDMADGEVVQTIHKNVSFELETAEGREEDAEELTKAFIRPFALSHAPLVRSKLIRLEEDRHLLLIDMHHIITDGSSMGIFIGDLAKLYQGTELELPKIHYKDFSVWQREKANLDQHEAYWVDTFKGDLPVLDLPLDFPRPAERSFEGERVIFGLDKQVTAQIKKLLADTDTTMYMFLLAAFQVLLSKYSGQEDIIVGSPAAGRQHPDLQDVPGMFVNTVALRSHPAGKKTFKQFLDEVKTASLQAFEHQSYPLEELIEKLPLTRDTSRSPLFSVLFNMQNMEIPALRLGDLEISSYSMHHHVAKFDLSLEAAERGEEVGLSFDYAKALFADETIRRWSAHFVNLIKACAENPDIQLSDASLLSAPEREALLSDEKRTEADLPEGTFVSLFERQAQKKPDLTAVAGETSLTYRELDERSNRFARHLQACGTGSEDIVAIMMDRSADLITAILGVMKAGAAFLPIDPETPEERIRYSLEDSGTKLLVVNERNMTAAAVYKGKTVVMEDGEWQNESADRLETEPGADQLAYIIYTSGTTGKPKGVQLEHRNLINYVTWFSREAGLTEADKSVLLSSYAFDLGYTAIFPILQAGGELHIVPKETYTAPDQLGEYIQKNGITYMKLTPSLFHMIVNTARFTSERRFSPLRLVVLGGEKIITSDVRKFHDVYAHTDFINHYGPTETTIGAIAERINMERLDQYEQRPVIGRPIANTGALVLDGAMQLVPPGASGELYITGKGLARGYLHRPQLTAEKFLSNPFSPDSLMYKTGDVVRRLPDGTIEFIGRADDQVKIRGYRIELKEVETVLLSVNGIQEAVVLAVSEGGLPELCAYYKADSGLKGSELRKRLSETLPSHMLPAYFVQVDRIPLTANGKTDKNALPKPGVSQTAQTASALPETELEEKLCRIWKQTLGTDTLGIDDNFFDYGGHSLKGMMLLANIQAELDKTVPLKALFEQPTVRLLAAYIEKSAVSEGYRMITPADSADAYPLSSAQKRMYVLNQLDRETISYNMPSVLLMEGEVNISRLQEALNQMINRHESLRTSFIDQKGQPMQQIAEQTDIDLHIFEAADEEKADLIIQAFIKPFDLSAAPLIRAALVRLNEKKHLLLLDMHHIIADGVSRSMLVKELAHLYKGGSLPSPNLHYKDFAVWQNEPGQAERMKDHERYWLSAFSGELPELNLPTDFPRPPVQSFKGQSVRFRAGRETEKAVRELMESSGATLHMVLHAAFHIFLSKITGQRDIIIGSVTAGRTSAEVQEMPGMFVNTLALRNETRKEQTFAGLLEQVKQTNLDALAHQDYPFEDLIGKLDLPRDMSRNPLFQVMVTTEDPDKETLELENLRITPYESNQGTAKFDLTLGGFTDQEGLGLQFEYATDLFKKETIEKWSAGFLRILKQAAESPDRKLPEISLISDTEKQALLDAWKGKTLSVPRDKTVHRLFEETAARHANRPAAAYNGAKWTYGELNARANRIARILMDCGVTADERVGILTKPSLEMAAGVLGVLKAGAAFVPIDPDYPEERISYILQDSGAKLLLTQEALDVPDGYKGETILLDGSRSILSLPLDENDEANPQTETTADHLAYMIYTSGTTGQPKGVMVEHHALVNLCFWHHDAFAMTADDKSAKYAGFGFDASIWEMFPTWTIGAELHVIDEAIRLDITRLNHYFEEHGVTITFLPTQLAEQFMELENTSLRMLLVGGDKLKRAVKQPYTIVNNYGPTENTVVATSGVINPEEGSLSIGRAIANTRVYILGDGDQVQPEGIAGELCVAGRGLARGYLNREEETAKRFTADPLVPGERMYRTGDLVKWNAQCGIEYIGRIDQQVKVRGYRIELSEIEVRLAQLADVHDAAVTAVEDKAGNTALCAYVAPQQDDIEALKAALKDTLPDYMVPAFWVEMDELPVTANGKIDKKALPAPDIEAGSAAYKAPETEMETLLSDIWQEVLGLDQIGVSDNFFTLGGDSIKGIQMASRLNQHGYKLEMKDLFQHPTIEELVSYVERTEGKQADQGPVEGEAELTPIQRWFFEKNFTDKHRWNQSVMLHAKDGFDPDLVEKTLQALIEHHDALRMVYREEREGIIQTYLPVTECKASFDIVDLYGTDEDMLKSQIQRLADHLQGSLDLENGPLLKAEQYRTEQGDHLLIAVHHLVVDGVSWRILLEDFASGYKQAQQQNSIVLPQKTHSFKDWAEALNTFAQSEELKKQADYWAQADAEELRPLPKDHDPNKRLVKHTAAVKCELTEEETAQLLTDVHHPYGTEINDILLSALGLTIGEWTENGKVGINLEGHGREEIIPNVNISRTVGWFTAQYPLILQISKEDGVSSVIKTVKETVRRVPDKGVGYGILRYLSSDETEQGAAPEISFNYLGQFDNEVKTEWFEPSPYDMGRQVSEESEALYALSFSGMVTGGRFVISCSYNQEEYERSTVETQMQRFKDNLLMIIRHCTAKEEKEFTPSDFSAQDLEMDEMGDIFDMLEENLT PGPT0009850_5 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-ComX_PHEROMONE_PERCIPITATION|SIGNALLING,PGPT0009850-srfAB|lchAB-K15655 NA NA D1-12_03269 10755 srfAA COG0318 Surfactin synthase subunit 1 ATGGAAATAACTTTTTATCCTTTAACAAATGCTCAAAAACGTATCTGGTATACAGAAAAATTCTATCCGAACACAAGCATTTCAAATCTAGCCGGCTTCGGGAAACTCATTTCTGAAGACGGCGTACAGGCTCATTACGTTGAGAAAGCGATACAGGAATTCGTCCGGCGGTATGAGTCGATGAGAATCCGTATGCGGCTTGATGATGAGGGGGAGCCCGTTCAATATGTGAGCGAATACCGTCCGCTCTCTATCGGGCACACGGATATCAGGCAAGCCGGCTGCTCTGCGGACGAGCTGTCCAAATGGGGGCGTGAAGAAGCTGGCAAGCCTCTGGCGTTATATGATCAGGATTTATTCCGTTTTTCCGTGCACACGATCAGTGAAAATGAGGTCTGGTTTTACGCTAATGTGCATCACATTATTTCAGACGGGATTTCCATGACAATTCTGGGCAATGCGATTACTGATATTTATTTGGAGCTTTCAGGCGGGACAAGTGAGGAACAGACGGAGATTCCTTCTTTTATTGAGCACGTGCTGACAGAGCAGGAATATGTGCAGTCGAAGAGGTTTAAAAAGGATCGGGATTTTTGGAACGGGCAGTTTGAGACCGTGCCGGAGCTTGTGTCCCTGAAACGGAGCCAGGCAGATGCGGGTCTTAATGCGAAACGGTTTTCTCAAGAAATTCCTCACGACTTATATGGCCGCATTCATTCATTCTGCGAGGAGCATAAAGTCAGCGTACTGTCTCTGTTCCAGTCAGCTCTGATCACTTATCTCTACAAAGTGACCGGTCGTGATGACGTTGTCACGGGTACGTTTATGGGAAACCGGACGAATGCGAAAGAAAAGCAGATGCTCGGGATGTTCGTATCTACGGTGCCTGTGCGGACAAGCGTTGACGGAGGACAGTCGTTCTTGGAATTCGTTAAAGGCCGGATGAAGGATCTGATGAAAATTCTCCGCCACCAAAAGTATCCGTATAACCTGCTTGTCAATGATTTGCGCGCTTCGAAAAGTTCGCTGAGCAGATTGTTTACGGTGGCTCTGGAGTACCAGGTGATGCAGTGGCAGAAAAAAGAGAATCTGTCCTTCCTGACAGACCCTATTTTCAGCGGAAGCGGTACAAATGATATTTCAATTCATGTGAAGGAACGATGGGACACCGGGAAATTGACAATTGATTTTGACTATCGCAGCGACATTTTCAAGGGGGAAGAGATTGAATCTGTTTCTGAACGTTTGATCACGCTGATTGAAGATGCGATTTCATCTCCTGATCGCATAATTGATGAACTTACTCTTCTTTCTGAATCCGAGAAAGAGCGGCTGCTGAAACGGGCCTCCGGCAATCCGGTGAATTACCGCAAGGAGATGACGATTCCGGGGCTGTTTGAAGAGAAAGTGAAGTCACTGTCTGACAAACCCGCGGTTGTGTATGAAGGCCGAACATTGTCCTATCGCACATTGCATGAACAGTCAGGACGTATTGCCGGACGTCTTCTTCAAGCCGGGATATCAGCCGATTCTCCTGTCGCGGTGCTGCTTGGCCGTTCTGAGCGTGTCATTGCGGCAATATTGGGAATTTTGAAAGCGGGCGGCGCCTATGTGCCGATAGATCCTGACTTTCCAGCGGATCGGATTCAGTACATTTTGGAGGACAGCGGAGCGAAGGCTGTTCTGACGGAAGCCGGAATACAGGCGCCTGCAGCGGATGCCGAACGGATTGATTTTGACGAGGCTGTTCAGTATGAGACGGCTGCGGACGGTGTCAGCACACAATCAGACCGGCTGGCTTACATCATCTACACGTCAGGTACAACGGGGCGGCCGAAAGGCGTGATGATTGAGCACCGGCAAGTTCATCATCTGGTGCAATCACTGCAGCAGGAGATTTATCAATGCGGTGAGCAGACATTAAGAATGGCGCTTTTGGCTCCGTTTCATTTTGATGCGTCCGTCAAACAGATATTCGCCTCGCTTCTTTTGGGACAGACGCTTTATATCGTGCCGAAAACGACTGTAACGAATGGCTCGGCACTGCTGGACTATTATCGTCAAAACCGGATTGAAGCCACTGACGGAACGCCTGCGCATCTGCAGATGATGGTTGCGGCGGGAGATGTCAGCGGAATTGAACTCAGCCACATGCTCATTGGGGGAGAGGGCCTGTCCGCGGCTGTTGCTGAACAGCTGATGACGCTCTTTCATCAATCGGGCAGGACGCCGCGTCTGACGAATGTCTACGGGCCGACAGAAACGTGCGTAGATGCGTCCGTGCATCAGATGTCAGCCGATAACGGAATGAATCAACAGGCGGCGTACGTTCCGATCGGAAAACCGCTCGGCAACGCCCGTCTGTATATATTGGATAAGCACCAGCGGCTTCAGCCCGACGGCACGGCCGGTGAGCTGTATATCGCGGGTGATGGTGTAGGCCGCGGCTATTTAAATCTTCCGGATTTGACCGCAGAGAAGTTTTTGCAGGACCCGTTTAACGGAAGCGGCCGCATGTACCGCACGGGTGATATGGCGCGCTGGCTGCCGGACGGGACGATCGAATATATCGGCCGTGAAGATGATCAGGTGAAAGTCCGCGGCTACCGTATTGAGCTGGGAGAAATTGAAACGGTGCTCAGAAAAGCTCCGGGCGCGGCGCAGGCCGTCGTGCTGGCACGGCCGGATCAGCAGGGCAGCTTAGATGTCTGCGCATATATCGTTCAGGAAAAAGGAACCGAGTTTCACCCTGCCGAGTACAGGGAGTATGTGTCCAAGCACCTTCCTGATTACATGGTGCCCGCTTACTTTACAAAAACGGACGAAATTCCGCTCACGCCGAGCGGGAAGGCGGACCGCAAAAAGCTGTTTGCGCTTGATGTGCAGGCTGTCAGCTCATCCGAATATGCCGCGCCGAGAAATGAAACGGAGGAAATGCTCACCGTCATCTGGCAGGAAGTCCTCGGAATGGACAAGGCGGGCATTTATGATCATTTCTTCGAGTCAGGCGGTCATTCATTAAAGGCAATGACGCTTCTGACGAAAATTCATAAGCAAATGGGCGTTGAAATTCCGCTGCAATACTTGTTTGAGCATCCGACGATTGCGGCGCTTGCCGATTATGCGGAAAACCGAAACGAAGGACCGGCATTCAGTGCAATTGAGCCGGCTGAGAAGCAGGCGAGCTATCCGCTTTCGCTCGCTCAGCAGCGGACTTATATCGCAAGCCAATTTGAAGACGCGGGAGTCGGATATAACATGCCGGCTGCGGCCATGATTGAGGGCGCTTTAGACCGTGAAAAGCTTGAGCGTGCATTTTCTGCCTTAATCAGCAGGCATGAAGCGCTCAGAACATCGTTTCAATCAGAGGACGGCACGCCGAGACAAGTGATTGGCGAGCATGTTCCGTTTCATATTGAAATGATCGAAGCGCGCGGAAGAACGAATGAACAGGTCATGAAGGACTTTGTGCGCCGTTTTGATTTATCTGAGGCGCCGCTGTTCAGAATCGGCCTGCAAACGCTCGGTCACAATAGCCATCTGCTGCTGTTTGATATGCATCACCTGATTTCTGACGGGGTGTCTATTTCCATCATGCTGAAGGAACTGGCTGACATCTACGGGGGAAATCAGCTGCCTGAATTGCGCATTCAATATAAAGATTATGCCGTATGGCAGGCGGAACGGGCGAAAGAAGGCTACAAGAAGGAGCGGGCGTACTGGAAAGAAGTCTTCAGCGGGGAACTGCCGGTGCTTCAGCTGCTCCCTGATTATCCGCGGCCGCAGGTGCAAAGCTTTGAAGGTGACCGCGTGTCCGTCAAGCTGCCGAAAATGCTGCGGGAACGGCTGCAGAAGCTTGCCGAGAAAAACGGAGCCACCCTTTACATGGTGCTGTTATCGGCATACTATACGCTGCTTTCTAAGTATTCAGGACAGGAAGACATCATCGTGGGAACACCATCAGCGGGAAGAAACCACTCTGATACCGAGGGGCTTATCGGGATGTTTGTCAACACGCTTGCGCTGCGAAGCTCCGTGAAGCAGGGTCAGACATTTGCCGGCTTGTTAGGTCATGTGCGCAAGCAGGTGCTGGATGCGTTTTCCCACCAGGATTATCCGTTTGAGTGGCTGACCGAGGAGCTGAACGTACCCCGGGACATGAGCAGGCATCCGATATTTGACACGATGTTCAGTCTGCAAAATGCTTCGGACGGAATTCCGGAGATCGGTAATCTGACGCTGGCTCTTTATGAAACAAACTTCAATATCGCCAAATTCGACCTGACCATGCAGGCCCGGGAAACAGCGGAAGGCATTGCGCTTGATTTGGATTATTGCACGAAGCTGTTTAAGCGCTCAACTGCGGATCGCATGCTTGCGCACTATGTCCGTCTGCTGGAGAGAGCGGCAGCTCAGCCGGATGCGAAAATCAGCGAATATGATCTGCTTTCTGAACGGGAGGCTTTGACTCAATTACAGCGGTTCAACCCGGAACGCACGGCATACCCGAAAGAGCAAACGATCGTGCAGATCTTTGAAGAACAAGCCCGAAAGAACCCTGACCGGACGGCTCTTCAGTTCGAAGGGGAAACCCTGTCGTATCAGCAGCTGAATGAACGCGCCAACAGGCTTGCGCGGCATATTCTTTCGGTCGGAGGCGGCGGAAAAACAGCGGCTGTTCTGTGTGAACGGTCAATGGATATGATTGTTTCCATTATGGCTGTGTTAAAAGCGGGGTCCGCCTATGTGCCGATTGATCCTGAGCATCCGGTTCAGCGGATTCAGCATTTCTTCCGCGACAGCGGGGCGAATGTGCTCATGACTCAGCAAAGCCTCAAGCCGCTTGCGGAAAAGGCCGGTTTTCAAGGCGTCATTGTGCTTGCTGATGATGAGGCGAGCTATGAAAAGGACTCTCGCAATCCAGCATTGCCGTTTGATTCCAAAACGATTGCCAATCTCACTTATACATCAGGCACGACGGGAACGCCGAAAGGAAACATCGTCACACATGCCAACATTTTGCGGACGGTAAAAAACACGAACTATTTGACTGTTTCTGAAGAGGACACAGTGCTCGGTCTGTCAAACTACGTCTTTGACGCTTTTATGTTTGATATGTTCGGTTCGCTGTTAAACGGTGCAAAGCTTGTGATCGTCCCGAAAGATACGGTGCTGGATATGTCACGCCTGTCCCGTGTGATCAAACGGGAGAACGTCAGCATTCTGATGATTACGACGGCCCTGTTCCACCTGCTTGTTGATATGGAGCCGTCCTGTCTGACGACGCTTCGGAAAATCATGTTCGGGGGCGAAAGAGCGTCTGTAGAACATGTCAAAAAAGCGCTGGCGGCAGTCGGAAAAGGAAGACTGCTTCATATGTACGGCCCGTCGGAAAGCACGGTGTTTGCGACATACCATCCGGTGGATGTCATTGAAGAGGATACGCTCTCCGTTCCGATCGGGAAACCGGTCAGCAATACGGAAGTCTTTATTATGAACTCAGCCGGACGCATTCAGCCGGCGGCTATCGCGGGAGAGCTGTGCGTCAGCGGGGAAGGTCTCGTAGAAGGGTACTACAACCGTCCTGAACTGACGGAAGAAAAATTTGTAGAGCATCCGTTTAAGGAAGGTGAACGGATGTATAAAACGGGCGACTTGGCCAGATGGCTTCCGAATGGCGATATCGAGTTTATCGGACGTATCGATCATCAGGTGAAAATCCGCGGTCAGCGGATTGAGCTTGGCGAAATTGAGCATCAGCTCCAAAGCCATGACCAGATTCAGGAATGCATTGTGCTCGCTGTGGATCAGGGCGCGGGTGACAAACTTCTTTGCGCGTATGTTGTCGGCCTCCGAGAAATCTCTTCCCGGGAGCTGAGGGAGCATACGGCGAAGGATCTTCCGGCTTATATGATTCCGTCCGTCTTTATTCAATTGGATGAACTGCCTCTTACAGGGAACGGAAAAATCGACAGACGGGCGCTGCCGATGCCGGATGTGACCGCAGCGAATGCCGTGGCATATACGGCGCCGCGCAATGAAACAGAACAAAAACTGGCGGATATTTGGGCTGAGGTGCTGCAAATGGAACGTGTCGGCGTCCATGATCAGTTCTTTGAGATCGGGGGCCACTCGTTAGCGGGGATGAAACTGCTGGCCCTTATCCAGAAGACATTCGGCGTGCAGCTTACCTTAAAGGATCTGTTCACTTCTCCGACAGCTGCGGGGCTGGCGCAGCTGATTGAAGGGGCTGAGCGGAAGGCGGCTGAGAGCATCACACCGGCGGCCGAGCAGGAAACGTATCCGGTTTCTTCACCGCAGAAGCGGATGTTCGTGCTCCAGCAGCTGGAGGGCGCTGAAACAAGCTATAACATGCCGTCTGTGCTCCGCTTAAAAGGAAAGCTTGATGCAGAAAAGCTGAAATCCGTTATAAAACAGCTGACAGAACGCCATGAAGCCTTCAGAACGACATTTGACATAAAGGATGGAGAAACGGTTCAGCGTATATGGGCGGAAGCTGATATCGACATGGAATATTATGAAGCCTCTGAAGAAGATGCTGAACAGATTATTCAGAGCTTTATCCGGCCGTTCCGTCTGGATCAGCTTCCTCTCGTCAGAACGGGACTGGTCAAGCTGGCTGAACATGACCACCTGCTGCTGTTTGATATGCACCATATCATTTCGGACGGCGCTTCAGTCGGCGTGCTGATAGATGAACTGTCCCGCTTGTATGGCGGCGAAACGCTTGAGCCGCTGCGGATTCATTATAAAGACTATGCGGTATGGCAGCAGAAATTTATTCAATCAGAGCAGTACCGCAAGCAGGAGGAGCATTGGCTTCGGGAGCTTGACGGCGAGCTTCCGGTATTGACGCTGCCGGCTGATTACAGCCGTCCGGCCGTGCAAACCTTTGAAGGAGACAAGCTGGTCTTTTCTCTGACTGAGGAACAGACGTCGGCTCTTCGCAGTCTTGCGAAACAAACGGATTCTACCATGTACATGGTGCTGCTGGCGTCATACAGCGCCTTTCTCTCAAAACTGAGCGGACAGCATGACATCATTGTCGGCTCGCCGGTTGCGGGACGATCACATGCGGATCTCGCAAACGTCATCGGTGTTTTTGTGAATACACTCGCGCTTCGTACGTATCCGGAAGCGGACAAAACGTTCACGGACTATCTTAAAGAAGTAAAACAAACCGCTTTACATGCATTTGACGCGCAGGATTATCCGCTTGAAGACCTTCTGCAAAAGGTTGAGGTGCAGCGTGATACGAGCCGAAATCCGCTGTTTGATGCGGTATTCTCAATGCAAAATGCAAATGCTGAAGATCTGGTCATGGAAGGAATTGAGCTGAAGCACCATCCGTTTGACAGAAAAACAGCCAAGTTTGACCTGACAATGACGGCTGAGGACACAGGCGAAGGCTTAACGTTTGTGCTTGAATATAACACCGCGCTGTTTAAACCGGAAACGGCAGAGACGTGGAAGCATTACTGGCTTCAGCTGTTAAAAGCCGCAACGGAAAATCCGGCTGCGAAGCTTTCTGAGCTTTCATTGGTGAATGAAACAGAAAAACAAGCCCTCCTTGACGCATGGAAAGGAAAAACAATTTCTGTGCCGCGGGACAAAACGGTTCACCGTCTCTTTGAAGAAACGGCCGCCCGCCATGCGAACCGGCCGGCCGCGGCATATAACGGCGCGAAATGGACGTACGGCGAGCTGAACGCAAGGGCGAACCGGATCGCGCGCATTCTCATGGACTGCGGCGTCACGGCTGACGAACGTGTCGGCATTTTGACGAAACCGTCCTTGGAAATGGCCGCGGGCGTACTCGGCGTCTTAAAAGCGGGCGCGGCATTTGTGCCGATTGACCCCGACTACCCGGAAGAGCGCATCAGCTACATTCTGCAGGACAGCGGCGCCAAGCTTCTTCTCACACAGGAAGCGCTCGACGTGCCGGATGGCTACAAAGGTGAAACGATCCTGCTTGACGGCAGCCGCTCCATTCTGAGCCTGCCGCTTGATGAAAACGATGAAGCGAACCCGCAGACGGAAACAACGGCGGATCATCTCGCTTATATGATTTACACGTCAGGAACGACCGGACAGCCGAAGGGTGTCATGGTCGAACACCATGCGCTTGTGAACCTGTGCTTCTGGCACCACGACGCATTCGCCATGACGGCGGATGATAAAAGCGCCAAATACGCGGGCTTCGGTTTTGACGCCTCCATCTGGGAGATGTTCCCGACATGGACCATCGGCGCGGAGCTTCACGTCATTGACGAGGCGATCCGGCTGGATATCACCCGCTTAAATCACTATTTCGAGGAGAACGGCGTGACCATCACCTTCCTGCCGACGCAGCTGGCCGAACAATTTATGGAGCTGGAAAATACCTCTCTCCGCATGCTTCTCGTCGGAGGTGACAAGCTGAAGCGGGCGGTGAAACAGCCGTACACGATCGTCAACAACTACGGCCCGACGGAAAACACCGTCGTCGCGACAAGCGGCGTCATCAATCCTGAGGAAGGATCGCTTTCGATCGGACGGGCGATTGCCAATACGAGAGCTTATATTCTCGGCGACGGCGATCAGGTGCAGCCGGAAGGCATTGCCGGTGAATTGTGCGTGGCCGGCCGCGGTCTGGCACGCGGATACCTGAACCGTGAAGAAGAAACGGCGAAGCGGTTTACCGCAGATCCGTTCGTGCCCGGCGAGCGCATGTACCGGACCGGCGACCTCGTCAAATGGAACGCGCAGAGCGGCATCGAATACATCGGGCGTATTGACCAGCAGGTCAAAGTGCGGGGCTACCGGATCGAGCTTTCAGAAATCGAAGTCCGCCTCGCCCAGCTTGCGGACGTTCATGACGCAGCGGTGACGGCTGTGGAAGACAAAGCGGGCAATACCGCGCTTTGCGCCTATGTCGCGCCTCAACAGGACGATATTGAAGTGCTCAGAGCCGCGCTGAAAGACACGCTGCCTGACTACATGGTGCCGGCGTTCTGGGTGGAGATGGACGAGCTTCCGGTCACCGCAAACGGAAAGATTGACAAAAAAGCCCTGCCGGAACCGGACATTGAAGCGGGAAGCGCCGCGTATAAAGCGCCGGAAACGGAGATGGAGACGCTGCTTTCTGACATTTGGCAGGAAGTGCTCGGTCTTGATCAGATCGGCGTAAGCGATAATTTCTTCACGCTCGGCGGCGACTCGATCAAAGGCATCCAAATGGCGAGCCGTCTGAACCAGCACGGGTATAAATTGGAGATGAAAGATCTCTTCCAGCATCCGACCATCGAAGAGCTCGTCTCTTATGTGGAGCGGACGGAAGGCAAGCAGGCCGATCAGGGACCTGTCGAAGGCGAAGCGGACTTAACGCCGATCCAGCGCTGGTTCTTTGAGAAAAACTTTACCGACAAACACCACTGGAACCAATCCGTCATGCTTCATGCGAAAGACGGCTTTGATCCGGAGATAACAGAAAAAACATTACATGTCCTGACGGTGCACCATGATGCGCTCCGGATGATTTATCGTGAACAAAAACCGTATTACAGAGGGCTTGAGGATGCGTCTGTTGAACTGAACGTCTTTGAGCTGAACGGACCTGCTGAAGACCATGAGGACCGTATCGAACGAGAAGCAGACCGTCTTCAAAGCAGTATTTCACTGGAAACAGGACATCTGCTGAAGGCCGGGCTCTTCCGGGCTGAAGATGGAGACCACCTTCTTCTCGCAATCCATCACTTAGTCGTGGATGGTGTATCTTGGCGGATTTTACTGGAGGACTTCACGTCCGTTTATACGCAGCTGAAGCAAGGCAATGAACCGGCGCTGCCTCCGAAAACACATTCATTCGCCGAATTTGCTGAAAGAATCAAAGAATACGCAAATACGAAGGCGTTTCTGAAAGAAGCGGATTACTGGAGAGAGCTTGAGGAAAAAGAGGTATGCACTCAGCTTCCGAAAGACAGGCAGTCTGGCGATCAGCGCATGAGACATACGAGAACGGTCAGCTTCTCTCTGACGCCTGAACAAACTGAACAGCTGACGACAAACGTACATGAAGCCTACCATACGGAAATGAACGACATCCTGCTCACGGCGCTCGGACTGGCGCTGAAAGAGTGGACGGGTGAAGACACGATCGGCGTTCATTTGGAAGGCCACGGGCGCGAAGACATTCTTGACGGCCTGAATATCACCCGGACGGTCGGATGGTTTACGAGCATGTATCCGATGATCCTTGAGATGAAGCACGCCGACGATCTTTCATATCAGCTGAAACAAATGAAAGAAGACATCAGACACATCCCGAACAAAGGAGTCGGCTACGGCATTCTGCGTTATGTAACGGCGCCTGAGCATAAAGAGAATCTTACATTTAAGATTGATCCGGATATCAGCTTTAACTACTTAGGCCAGTTTAATGAGATGTCGGATTCCGGCTTATTTACAAGATCCGGGATGCCGTCAGGACAATCGCTGAGCCCTGACACAGAGAAGCCGAATGCGCTTGATATTGTCGGATTTATAGAAAATGGGCAGATGACGATGACGTTTGCCTATCATTCTCTCGAATTTCATGAAAGAACCATTCAATCGTTCAGTGACAGCTTTAAAGGGCACCTCTTGAAAATCATAGATCACTGCCTGGCCCAAGACGGACCTGAGCTTACGCCTAGCGATCTTGGCGATGATGATCTGACGCTTGATGAACTTGATAAATTAATGGAAATTCTCTAA MEITFYPLTNAQKRIWYTEKFYPNTSISNLAGFGKLISEDGVQAHYVEKAIQEFVRRYESMRIRMRLDDEGEPVQYVSEYRPLSIGHTDIRQAGCSADELSKWGREEAGKPLALYDQDLFRFSVHTISENEVWFYANVHHIISDGISMTILGNAITDIYLELSGGTSEEQTEIPSFIEHVLTEQEYVQSKRFKKDRDFWNGQFETVPELVSLKRSQADAGLNAKRFSQEIPHDLYGRIHSFCEEHKVSVLSLFQSALITYLYKVTGRDDVVTGTFMGNRTNAKEKQMLGMFVSTVPVRTSVDGGQSFLEFVKGRMKDLMKILRHQKYPYNLLVNDLRASKSSLSRLFTVALEYQVMQWQKKENLSFLTDPIFSGSGTNDISIHVKERWDTGKLTIDFDYRSDIFKGEEIESVSERLITLIEDAISSPDRIIDELTLLSESEKERLLKRASGNPVNYRKEMTIPGLFEEKVKSLSDKPAVVYEGRTLSYRTLHEQSGRIAGRLLQAGISADSPVAVLLGRSERVIAAILGILKAGGAYVPIDPDFPADRIQYILEDSGAKAVLTEAGIQAPAADAERIDFDEAVQYETAADGVSTQSDRLAYIIYTSGTTGRPKGVMIEHRQVHHLVQSLQQEIYQCGEQTLRMALLAPFHFDASVKQIFASLLLGQTLYIVPKTTVTNGSALLDYYRQNRIEATDGTPAHLQMMVAAGDVSGIELSHMLIGGEGLSAAVAEQLMTLFHQSGRTPRLTNVYGPTETCVDASVHQMSADNGMNQQAAYVPIGKPLGNARLYILDKHQRLQPDGTAGELYIAGDGVGRGYLNLPDLTAEKFLQDPFNGSGRMYRTGDMARWLPDGTIEYIGREDDQVKVRGYRIELGEIETVLRKAPGAAQAVVLARPDQQGSLDVCAYIVQEKGTEFHPAEYREYVSKHLPDYMVPAYFTKTDEIPLTPSGKADRKKLFALDVQAVSSSEYAAPRNETEEMLTVIWQEVLGMDKAGIYDHFFESGGHSLKAMTLLTKIHKQMGVEIPLQYLFEHPTIAALADYAENRNEGPAFSAIEPAEKQASYPLSLAQQRTYIASQFEDAGVGYNMPAAAMIEGALDREKLERAFSALISRHEALRTSFQSEDGTPRQVIGEHVPFHIEMIEARGRTNEQVMKDFVRRFDLSEAPLFRIGLQTLGHNSHLLLFDMHHLISDGVSISIMLKELADIYGGNQLPELRIQYKDYAVWQAERAKEGYKKERAYWKEVFSGELPVLQLLPDYPRPQVQSFEGDRVSVKLPKMLRERLQKLAEKNGATLYMVLLSAYYTLLSKYSGQEDIIVGTPSAGRNHSDTEGLIGMFVNTLALRSSVKQGQTFAGLLGHVRKQVLDAFSHQDYPFEWLTEELNVPRDMSRHPIFDTMFSLQNASDGIPEIGNLTLALYETNFNIAKFDLTMQARETAEGIALDLDYCTKLFKRSTADRMLAHYVRLLERAAAQPDAKISEYDLLSEREALTQLQRFNPERTAYPKEQTIVQIFEEQARKNPDRTALQFEGETLSYQQLNERANRLARHILSVGGGGKTAAVLCERSMDMIVSIMAVLKAGSAYVPIDPEHPVQRIQHFFRDSGANVLMTQQSLKPLAEKAGFQGVIVLADDEASYEKDSRNPALPFDSKTIANLTYTSGTTGTPKGNIVTHANILRTVKNTNYLTVSEEDTVLGLSNYVFDAFMFDMFGSLLNGAKLVIVPKDTVLDMSRLSRVIKRENVSILMITTALFHLLVDMEPSCLTTLRKIMFGGERASVEHVKKALAAVGKGRLLHMYGPSESTVFATYHPVDVIEEDTLSVPIGKPVSNTEVFIMNSAGRIQPAAIAGELCVSGEGLVEGYYNRPELTEEKFVEHPFKEGERMYKTGDLARWLPNGDIEFIGRIDHQVKIRGQRIELGEIEHQLQSHDQIQECIVLAVDQGAGDKLLCAYVVGLREISSRELREHTAKDLPAYMIPSVFIQLDELPLTGNGKIDRRALPMPDVTAANAVAYTAPRNETEQKLADIWAEVLQMERVGVHDQFFEIGGHSLAGMKLLALIQKTFGVQLTLKDLFTSPTAAGLAQLIEGAERKAAESITPAAEQETYPVSSPQKRMFVLQQLEGAETSYNMPSVLRLKGKLDAEKLKSVIKQLTERHEAFRTTFDIKDGETVQRIWAEADIDMEYYEASEEDAEQIIQSFIRPFRLDQLPLVRTGLVKLAEHDHLLLFDMHHIISDGASVGVLIDELSRLYGGETLEPLRIHYKDYAVWQQKFIQSEQYRKQEEHWLRELDGELPVLTLPADYSRPAVQTFEGDKLVFSLTEEQTSALRSLAKQTDSTMYMVLLASYSAFLSKLSGQHDIIVGSPVAGRSHADLANVIGVFVNTLALRTYPEADKTFTDYLKEVKQTALHAFDAQDYPLEDLLQKVEVQRDTSRNPLFDAVFSMQNANAEDLVMEGIELKHHPFDRKTAKFDLTMTAEDTGEGLTFVLEYNTALFKPETAETWKHYWLQLLKAATENPAAKLSELSLVNETEKQALLDAWKGKTISVPRDKTVHRLFEETAARHANRPAAAYNGAKWTYGELNARANRIARILMDCGVTADERVGILTKPSLEMAAGVLGVLKAGAAFVPIDPDYPEERISYILQDSGAKLLLTQEALDVPDGYKGETILLDGSRSILSLPLDENDEANPQTETTADHLAYMIYTSGTTGQPKGVMVEHHALVNLCFWHHDAFAMTADDKSAKYAGFGFDASIWEMFPTWTIGAELHVIDEAIRLDITRLNHYFEENGVTITFLPTQLAEQFMELENTSLRMLLVGGDKLKRAVKQPYTIVNNYGPTENTVVATSGVINPEEGSLSIGRAIANTRAYILGDGDQVQPEGIAGELCVAGRGLARGYLNREEETAKRFTADPFVPGERMYRTGDLVKWNAQSGIEYIGRIDQQVKVRGYRIELSEIEVRLAQLADVHDAAVTAVEDKAGNTALCAYVAPQQDDIEVLRAALKDTLPDYMVPAFWVEMDELPVTANGKIDKKALPEPDIEAGSAAYKAPETEMETLLSDIWQEVLGLDQIGVSDNFFTLGGDSIKGIQMASRLNQHGYKLEMKDLFQHPTIEELVSYVERTEGKQADQGPVEGEADLTPIQRWFFEKNFTDKHHWNQSVMLHAKDGFDPEITEKTLHVLTVHHDALRMIYREQKPYYRGLEDASVELNVFELNGPAEDHEDRIEREADRLQSSISLETGHLLKAGLFRAEDGDHLLLAIHHLVVDGVSWRILLEDFTSVYTQLKQGNEPALPPKTHSFAEFAERIKEYANTKAFLKEADYWRELEEKEVCTQLPKDRQSGDQRMRHTRTVSFSLTPEQTEQLTTNVHEAYHTEMNDILLTALGLALKEWTGEDTIGVHLEGHGREDILDGLNITRTVGWFTSMYPMILEMKHADDLSYQLKQMKEDIRHIPNKGVGYGILRYVTAPEHKENLTFKIDPDISFNYLGQFNEMSDSGLFTRSGMPSGQSLSPDTEKPNALDIVGFIENGQMTMTFAYHSLEFHERTIQSFSDSFKGHLLKIIDHCLAQDGPELTPSDLGDDDLTLDELDKLMEIL PGPT0009845_27 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-ComX_PHEROMONE_PERCIPITATION|SIGNALLING,PGPT0009845-srfAA|lchAA-K15654 NA NA D1-12_03270 363 hxlR COG1733 HTH-type transcriptional activator HxlR GTGAGCCGAATGGATGAGAAAACGTTTAATTGCGAAAAGGAATTGACGCTTGCCGTGATAGGCGGGAAGTGGAAAATGCTGATTATGTGGCACTTGGGAAAAGGAGGGACGAAGCGGTTTAATGAGCTGAAAGCTTTAATTCCGGATATTACGCACAAAATTCTTGTGAATCAGCTCAGGGAGCTGGAGCAGGATCTGATCGTTCACAGGGAAGTTTACCCTGTCGTCCCTCCGAAAGTGGAGTATTCTTTAACGGCGCAAGGAGAAAGCCTTATGCCGATTCTGGACGCCATGTATAAGTGGGGAAAAGATTATATGGAATTAATCAATATTGATAAAACTGCAATAAAGGAATCTTTTTGA MSRMDEKTFNCEKELTLAVIGGKWKMLIMWHLGKGGTKRFNELKALIPDITHKILVNQLRELEQDLIVHREVYPVVPPKVEYSLTAQGESLMPILDAMYKWGKDYMELINIDKTAIKESF NA NA NA NA NA D1-12_03271 636 hxlA COG0269 3-hexulose-6-phosphate synthase GTGGAATTACAGCTGGCATTAGACTTAGTAAATATCCCGGAAGCAATTGAACTTGTGAAAGAGGTCGAACAATATATAGATGTTGTAGAAATCGGCACTCCCGTTGTCATTAATGAAGGACTGAAAGCCGTGCAGGAAATGAAAACAGCCTTTCCTCACTTGAAAGTGCTTGCCGATCTTAAAATCATGGATGCAGGCGGTTACGAGATCATGAAAGCGGCAGAAGCGGGAGCCGACATCATCACCGTTTTAGGAGCGACAGACGACTCAACGATCAAAGGGGCGGTTGCCGAAGCAAAAAAACAGCAGAAAAAAATCCTTGTCGACATGATTAACGTAAAAAACCTTGAAACACGGGCAAAAGAAATTGACCAACTCGGTGTTGATTATATTTGTGTTCACACAGGTTATGATCTTCAAGCAGAAGGAAAAAATTCATTCGAGGAACTGACGGCGATTAAAAAAGCGGTCAAGAGCGCTAAAACCGCAATTGCCGGAGGCATTAAACTTGATACGCTTCCTGAAGCCATCAAACAAAACCCAGATTTAATCATTGTCGGCGGAGGCATTACGGGAGCTGACAATAAAGCGGATGCTGCTGCTAAAATGAAACAGCTGATCACACAAGGATCATGA MELQLALDLVNIPEAIELVKEVEQYIDVVEIGTPVVINEGLKAVQEMKTAFPHLKVLADLKIMDAGGYEIMKAAEAGADIITVLGATDDSTIKGAVAEAKKQQKKILVDMINVKNLETRAKEIDQLGVDYICVHTGYDLQAEGKNSFEELTAIKKAVKSAKTAIAGGIKLDTLPEAIKQNPDLIIVGGGITGADNKADAAAKMKQLITQGS PGPT0013295_236 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-FORMALDEHYDE_FIXATION,PGPT0013295-hxlA|yckG-K08093 NA NA D1-12_03272 558 hxlB COG0794 3-hexulose-6-phosphate isomerase ATGAAAACGACTGAATACTTACATGAAATACTAAATGAAATATCCCGCACCGCAGCATTAATATCCGACAGTGAAGCTGACAAGCTTGCGGATCAGATTTTATCGGCAGATCAAATCTTCACGTCCGGAGCGGGCCGTTCCGGCTTTATGGCTAAAGCGTTCGCCATGAGGATGATGCACATCGGCCTGAACGCTTACATCGTCGGTGAGACGCTTACCCCTCCCCTCCAAGAAGGCGGTCTCGTCATCATCGGCTCAGGCTCAGGCGAAACAAAAAGTCTGCTTCATACGGCTGAAAAAGCCAAAAACCTTAACGGCATCATCACTGCATTAACGATTAACCCCGGCTCAAGTCTCGGCAAACTTGCGGATCTTACAATAACGATTCCCGGCTCTCCTAAGGAAGAGACCGGCGGAGACAGAAAGACGATTCAGCCGATGGGTTCTTTATTCGAACAAACTCTTCTGCTGTTTTACGATGCGGTTATTCTAAAAATCATGGAGAAAAAAGAATTGAATTCAGCAGACATGTTTACAAAGCATGCGAATCTGGAATGA MKTTEYLHEILNEISRTAALISDSEADKLADQILSADQIFTSGAGRSGFMAKAFAMRMMHIGLNAYIVGETLTPPLQEGGLVIIGSGSGETKSLLHTAEKAKNLNGIITALTINPGSSLGKLADLTITIPGSPKEETGGDRKTIQPMGSLFEQTLLLFYDAVILKIMEKKELNSADMFTKHANLE PGPT0013290_429 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-FORMALDEHYDE_FIXATION,PGPT0013290-hxlB|yckF-K08094 NA NA D1-12_03273 438 hypothetical protein TTGAAAACATTAAAAGCACTGCTGCTTGTTCTTATCATCATTGCCGGAGCAGTCGCGGCCCTGATCAAGGGTGATCTTTTCTCAGATAACGAGCAGACCGTTCAGAAGAGTGATTACGACAAGGTAATCCTATTTCCGTCCGATCGATATCCGGAAACAGCAAAGCATATTAAGGACGCGATAAAAGAAGGACATTCCAGCATATGCACCATTGACAGAGACGGAGTACATAAGCGGCGTGAGCAATCTCTTAAACATGTGCCTGTCAAAACGGGATACGATAGGGATGAATGGCCGATGGCGGTTTGTAAACAGGGCGGAAATAATGCCTCCGTAGAATATATTTCTCCGGCAGACAACCGCGGAGCCGGCTCTTGGGTCGGACACCAGCTTACCAATGATCCCGACGGAACGAGAGTATTATTTAAAATCAAGTAA MKTLKALLLVLIIIAGAVAALIKGDLFSDNEQTVQKSDYDKVILFPSDRYPETAKHIKDAIKEGHSSICTIDRDGVHKRREQSLKHVPVKTGYDRDEWPMAVCKQGGNNASVEYISPADNRGAGSWVGHQLTNDPDGTRVLFKIK NA NA NA NA NA D1-12_03274 399 nin DNA-entry nuclease inhibitor TTGATTAAATCATGGAAACCGCAAGAACTGGCCATTTCTTATCATCAATTTACAATCTTCCAAAAAGATTCAGAACCGCCTGTTATCGATTGGACCGATGAAGCCATTGAAAAAGGATATGCGGAAGCTGACGGAGCTGTTTCATTTGAGGCAAGGAGAAATACGAGGGCATTTATCGTCCTCAGGCTTAACACAAGTGAACCGGTACCATCCTATGAGAAAAAAGCGACTGTTCCCTTTGAGGCTGTAAAAGATGGAATTGAGATTGAAAGCGTGATGTCAAAGCGGCTTTCTTTTAATATTCCGAAAGGCCGATACAGCCTTACCTGTTATTCAGTGCCTGCCGAAATATCCGATCTTCATGCGGATACGTATATTATTGATGCAGCCGCAATGTAA MIKSWKPQELAISYHQFTIFQKDSEPPVIDWTDEAIEKGYAEADGAVSFEARRNTRAFIVLRLNTSEPVPSYEKKATVPFEAVKDGIEIESVMSKRLSFNIPKGRYSLTCYSVPAEISDLHADTYIIDAAAM NA NA NA NA NA D1-12_03275 1437 bglC COG2723 Aryl-phospho-beta-D-glucosidase BglC ATGATACATAAAAAACAGGGCCTGTTCCCTGATACATTTCTATGGGGGTCAGCCTCGGCTGCCTATCAGGTTGAAGGAGCCTGGAATAAAGACGGTAAAGGACCTTCAGTATGGGACTTATTCACGAAAATACCGGGTAAAACGTTTAAAGGCTCAAATGGTGATACAGCAGTCGGCCATTATGAGCGCTATAAAGAAGATATCGCCTTGATGGCAGAAATGGGTTTGAAAGCTTACCGATTTTCTGTCAGCTGGCCGAGAATTTTTCCGAATGGCAGAGGGGAAATTAACGAATCAGGGGTCGCATTTTACGAAGACTTGATCGATGAATTGATTTCTAACGATATTGAGCCGGTGCTGACTCTTTATCATTGGGACTTGCCTCAGGCGCTGATGGATGAATACGGCGGCTTTGAATCAAGAAAAATTATTGATGATTTCAATGATTACTGCATTGCGTTATACAAAAGATTTGCCGGCAAGGTGAAATACTGGGTCACGTTAAATGAGCAGAATTATAATTTTCATAACGGGTTTATAACAGCTGCACATCCGCCCGGCGTAAAGGACAGAAAACGATTTTATGCAGCGAATCATATCGCATTTTTAGCTAATGCCAAAGCGATTGACTCCTTCAGACAATATGTTCCTGACGGTTTGATCGGCCCGAGCTTCGCTTATTCACCGGCTTATCCGCTTACAAGTCACCCTGAAGACATAACTGCATTTGAAAACGCAGAGGAATTTATGAACCATTGGTGGCTTGATATGTATTGCCGGGGGACTTATCCGCAAATTCCTTTCAATTATTTAAAGGAAAAGGGCTGGGCGCCCGCCATTGAAGCCGGGGATATGGAATTGCTTGCGAAAGGCAAGCCGGATTTTATCGGTGTTAATTATTATCAGACGATTACGTACGAAAGAAATCCTCTTGACGGTGTATCGGAGGGGAAAATGAACACGACTGGTCAGAAAGGGACAAACCAGGATACCGGTATACCGGGGCTGTTTAAAACGAAAAAGAATCCTAATCTCGTGACGAGTAATTGGGATTGGACGATTGACCCGATAGGTCTGCGCATCGGCCTCCGGCGTATAACGAGCCGCTATGAGCTGCCGGTTTTTATAACAGAAAACGGGCTGGGGGAATTCGATAAAATAGAAGAAGACGGCTCAATTCAGGATGACTACAGAATTGACTATTTACGCTCCCATCTTGAACAGTGCAGAGAGGCCATTAGTGACGGAGTTCGTCTCATCGGCTACTGCAGCTGGTCATTCACGGATCTGTTAAGCTGGCTGAACGGCTATCAAAAACGCTACGGTTTTGTCTATATCAATCGAGATGAAGAAGATGAAAAGGATTTGAAACGGATCAGGAAAAAAAGTTTTTATTGGTACCGAAATGTAATTGAAACAAACGGTAAAAGTTTATAA MIHKKQGLFPDTFLWGSASAAYQVEGAWNKDGKGPSVWDLFTKIPGKTFKGSNGDTAVGHYERYKEDIALMAEMGLKAYRFSVSWPRIFPNGRGEINESGVAFYEDLIDELISNDIEPVLTLYHWDLPQALMDEYGGFESRKIIDDFNDYCIALYKRFAGKVKYWVTLNEQNYNFHNGFITAAHPPGVKDRKRFYAANHIAFLANAKAIDSFRQYVPDGLIGPSFAYSPAYPLTSHPEDITAFENAEEFMNHWWLDMYCRGTYPQIPFNYLKEKGWAPAIEAGDMELLAKGKPDFIGVNYYQTITYERNPLDGVSEGKMNTTGQKGTNQDTGIPGLFKTKKNPNLVTSNWDWTIDPIGLRIGLRRITSRYELPVFITENGLGEFDKIEEDGSIQDDYRIDYLRSHLEQCREAISDGVRLIGYCSWSFTDLLSWLNGYQKRYGFVYINRDEEDEKDLKRIRKKSFYWYRNVIETNGKSL PGPT0019255_933 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-GALACTOSIDASE,PGPT0019255-bglA-K01223 NA NA D1-12_03276 324 hypothetical protein ATGAAAAAAGCTGCATTGTCTTTAGCTGCGTTTTTCATTACAGCAATGGTTTTCACAATGCCGGCACACGCCGCCGGAACAAAAATGCCTTCAACAATGTCACTCACGGAACAGCAGAAAAAAGAAATTGAATCACTTGAAAAAGAAGTGCTCGAAAAACGAAAACATGTCATATCCAAATATGTTGAGTACGGGGTCCTGCCGAAAGAAAAAGCAGAACATATTAAACAGCATATGGACAGGCGCTTTAACATGATGAAACAAAATGGGTTTGTCCCGAAGCCTCCGCCTCATAAATTGGAAAAGCGGCATCATCATTCTTAA MKKAALSLAAFFITAMVFTMPAHAAGTKMPSTMSLTEQQKKEIESLEKEVLEKRKHVISKYVEYGVLPKEKAEHIKQHMDRRFNMMKQNGFVPKPPPHKLEKRHHHS NA NA NA NA NA D1-12_03277 435 hypothetical protein ATGAATATTTACAGACCGGCGGGATTTTGGATCAGATTGGGAGCCGTGGTACTCGACTATTTAATTACTTCAGTGCCTTTGGCGATTATTTTTATGCTGGCAACAGGAAAAGATCCGAATGAGAGCGCAATGATCAGCATCATTTTGACTCTTTATGGTATTTTGCTCCCTGTATACTGGAACGGTTATGTTATCGGCAAAAAGATCTGCGGTATCCGCATCGTCAAAAAAGACGGAACTCAGGTAGGCTTTCTCACTATGATTTTGAGAGTGCTTGTGGGCGGCCTGATATATGGCGTGACGTTTGGAATCGGTGTGATCGTGAGCGCATTCATGGTCGGAATGAGAGAAGACAGACGGTCAATCCACGATTTTGTAGCAGGAACGTATGTCACATACGCGCTGCCGGACGAATCGATTGAAAAGAGCGAATAA MNIYRPAGFWIRLGAVVLDYLITSVPLAIIFMLATGKDPNESAMISIILTLYGILLPVYWNGYVIGKKICGIRIVKKDGTQVGFLTMILRVLVGGLIYGVTFGIGVIVSAFMVGMREDRRSIHDFVAGTYVTYALPDESIEKSE NA NA NA NA NA D1-12_03278 1137 fdhA Glutathione-independent formaldehyde dehydrogenase GTGAAAGCACTGACATACCAAGGAAAAGAACATATGGAAGTGAAAGAAGTCCCGGCACCCGCCATTCAAGATGAGAGAGATGTCATCGTTCGAATCACCGCAACCGGGATATGCGGTTCAGACCTTCATTTATATAAAAACGGAATACCCGCCGATCCGGGTTATATCGTCGGGCATGAGCCGATGGGAATCGTTGAAGAAACGGGCAGTCAAGTCAAAAAGCTGAAAAAAGGCGACCGGGTCGTGATTCCTTTTAATATCGGCTGCGGAGAATGTCATTATTGCAAGCACCAGATGGAAAGCCAGTGTGATGAATCTAATCCAAATCCTCATACAGATGCCGGCGGCTTATTCGGTTTTTCGGAGTTTAACGGTAATTATCCCGGCGGGCAGGCTGAATATTTACGTGTTCCTTATGCTGATTTCTCTTCTTTTCTGGTTCCGGCAGACAGTGAGCTTGAAGATGAGCAGGTGCTGCTTCTGTCAGATGTCATGCCGACCGCCTTTTGGAGCGTCCAGCACAGCGGAGTGAAAAAAGGAGATACAGTCGTGATTCTGGGATCAGGTCCGATCGGCTTAATGGCGCAAAAATTCGCGTGGAAAAAAGGAGCTAAACGGGTTATCGCAGTTGATCAAGTCCCGCACCGCCTTGAACATGCGAGACGCATAAACGGAGCAGAGACCTTCAATTTTTCAGAACATGATGAGATCGGGAAACTGCTGCATGAACAAACGTCAGGGGGCGCGGATGTAGTGATTGATTGTGTCGGAATGGACGGCACGCCGCTTTCAAAAGAAAAAACAGAGCAAAAACCGAATCAGTTCGGAACGATCAGTCCGATTCTTACAGCAGCAGAAGCCGTTAAGAAGTTCGGAACCGTGCAGCTCACGGGCGCATACATTTCTGAAGCGGACGGCTTTCCGCTCGGTGATTTTTTCACACGCAACGTTTCTTTAAAAATGGGCCAGGCACCCGTTATTCATCTGATGCCGATGCTGTATCAAATGATCGAACAAAATGAAATTGATCCGACGGATATCATTACACACAAAATGAGTCTTGCGGAAGCTCCTGCTGCATATGATATATTTGACAAAAAAGAAGATGGCAACATTAAAGTGATTTTGAAGCCATAG MKALTYQGKEHMEVKEVPAPAIQDERDVIVRITATGICGSDLHLYKNGIPADPGYIVGHEPMGIVEETGSQVKKLKKGDRVVIPFNIGCGECHYCKHQMESQCDESNPNPHTDAGGLFGFSEFNGNYPGGQAEYLRVPYADFSSFLVPADSELEDEQVLLLSDVMPTAFWSVQHSGVKKGDTVVILGSGPIGLMAQKFAWKKGAKRVIAVDQVPHRLEHARRINGAETFNFSEHDEIGKLLHEQTSGGADVVIDCVGMDGTPLSKEKTEQKPNQFGTISPILTAAEAVKKFGTVQLTGAYISEADGFPLGDFFTRNVSLKMGQAPVIHLMPMLYQMIEQNEIDPTDIITHKMSLAEAPAAYDIFDKKEDGNIKVILKP PGPT0006355_928 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 D1-12_03279 1203 yciC COG0523 Putative metal chaperone YciC ATGAAAAAAATTCCGGTTACAGTATTGAGCGGCTATCTTGGTGCCGGAAAGACGACCGTTTTGAATCATATTTTACAAAACCGCAACGGTTTAAAAATTGCCGTCATCGTCAATGACATGAGCGAAGTAAATATAGACGCGGGATTGGTGAAGCAGGGAGGCGGCTTGTCAAGGACGGATGAGAAACTCGTAGAATTATCCAACGGCTGTATCTGCTGCACGCTGCGTGAGGATCTATTAGTCGAAGTTGAGAAACTCGCGAAAGACGGCAGATTTGATTATATTGTGATTGAATCAACAGGGATCAGCGAACCGATTCCCGTTGCCCAGACATTTTCTTATATAGATGAAGAAATGGGCATTGATCTGACAACATTCTGCAGGCTGGACACAATGGTGACCGTGGTGGATGCAAACCGCTTCTGGCATGATTTCCAGTCCGGTGACAGCCTTCTTGACCGGAAGGAAGCGGCGGGAGAAGAGGATGAACGGGTGATTGCCGATTTATTAATTGACCAAATCGAGTTTTGTGATGTGCTCATTTTAAATAAATGCGACATGGTGGGCGAAAAAGAGCTTGAACAGCTGGAAACGGTCCTTCGCGCATTACAGCCCCGTGCCAGACTGATCCGGTCCGTCCGCGGAGAAGTGCCCGCCGAATACATATTGAATACCGGTTTATTTGAGTTTGAGGAAGCGAGTTCATCAGCAGGATGGATAAAGGAACTGACGGCAGGTCATGAAGCGCACACTCCGGAAACGGAAGAGTACGGCATCACTTCGTTTGTGTACTCGCGGCGTCTGCCGTTTCATACCGCTCGTTTTGACAGCTGGCTACATCAATCAATCCCTGACAACATTGTGCGCGCAAAAGGAATTGCTTGGTGCGCAACCCGCAACAGCCTTGCGCTGCTGATGTCTCAGGCGGGTCCGGCGGTTTCGATTGAGCCTGTTTCTTATTGGGTGGCGGCAATGCCGAAACTTGAGCAGGAGCAGATCAAACAGCAGGAACCAGAGATTCTGGAAGATTGGGACGACCAATTCGGAGATCGTCATACGAACCTGGTGTTTATCGGAACAGATTTAGATGAAGCAGCCATTACAAAGGAATTGGATCAGTGCCTGCTCACGCCGTCTGAGTTCGATTCCGACTGGTCGCAGCTTGAAGATCCTTTTCAATGGGATATTCAGCGGGCCGAATAA MKKIPVTVLSGYLGAGKTTVLNHILQNRNGLKIAVIVNDMSEVNIDAGLVKQGGGLSRTDEKLVELSNGCICCTLREDLLVEVEKLAKDGRFDYIVIESTGISEPIPVAQTFSYIDEEMGIDLTTFCRLDTMVTVVDANRFWHDFQSGDSLLDRKEAAGEEDERVIADLLIDQIEFCDVLILNKCDMVGEKELEQLETVLRALQPRARLIRSVRGEVPAEYILNTGLFEFEEASSSAGWIKELTAGHEAHTPETEEYGITSFVYSRRLPFHTARFDSWLHQSIPDNIVRAKGIAWCATRNSLALLMSQAGPAVSIEPVSYWVAAMPKLEQEQIKQQEPEILEDWDDQFGDRHTNLVFIGTDLDEAAITKELDQCLLTPSEFDSDWSQLEDPFQWDIQRAE NA NA NA NA NA D1-12_03280 1206 nasA Nitrate transporter ATGAAGCTGTCGGAATTAAAAACAAGCGGCCATCCGCTCACTCTGCTCTGTTCCTTCTTATATTTTGATGTGAGTTTTATGATTTGGGTCATGCTGGGGGCGCTCGGCGTTTATATTTCTCAGGATTTCGGGTTATCTTCTTTTGAAAAAGGATTTGTCGTGGCTCTGCCGATCTTATCAGGATCTGTGTTTCGGATCATTTTAGGCGTGTTAACGGACAGGATCGGGCCGAAGAAAACAGCCGTGATCGGGATGCTGATCACGATGATCCCGCTGCTTTGGGGGGCATTCGGCGGCCGTTCTTTGACTGAGCTGTATGCGATCGGCATTCTGCTGGGCGTGGCGGGCGCAAGTTTTGCTGTCGCGCTTCCGATGGCGAGCCGGTGGTATCCGCCTCACTTGCAGGGGCTTGCGATGGGGATAGCAGGTGCCGGCAACAGCGGCACTTTGTTTGCGACATTGTTCGGTCCCCGCCTTGCAGAACAGTTTGGGTGGCACAGTGTAATGGGAATTGCGCTTCTTCCGTTGATGATCGTTTTTATACTGTTTATCGTCATGGCGAAGGACTCTCCTGCACAGCCCGCACCGCAGCCGCTTAAAAACTATCTTCACGTTTTCAGGCAGAAGGAGACATGGTGTTTCTGTCTTTTGTACGGCGTCACTTTCGGAGGTTTTGTGGGATTATCAAGTTTTTTGGCGATTTTTTTCGTTGATCAATATCAATTGTCAAAAATCCATGCCGGTGATTTCGTCACAATATGTGTTGCAGCGGGCAGTTTCTTTCGCCCTGCAGGAGGCTGGATTTCAGACCGTGCGGGAGGTGCGAAAGTTCTCGCTGTACTGTTTGTCATCGCGGCTCTGTGTATGGCGGGAGTCAGCAGCCTGCCTCCGCTTACAACGGTGATCGTTCTGTTGTTTATCGGAATGATGGCGCTCGGTATGGGCAACGGAGCAGTATTTCAGCTTGTCCCTCAGCACTTTGCAAAAGAAATCGGAATGGTGACGGGGATTGTCGGAGCGGCCGGCGGCATAGGAGGTTTTTTCCTTCCGAATATTTTAGGATCATTGAAGCAGATGACGGGAACTTATGCGATCGGTTTTATCTCTTTTTCATGTATCGCATTGCTCGCATTTGTGCTTGTTCTGGCCGCAGGCTATTTTTGGAGAAAAAGCTATGGCACTGAAAACAGTCCTGCGGATGTTTAA MKLSELKTSGHPLTLLCSFLYFDVSFMIWVMLGALGVYISQDFGLSSFEKGFVVALPILSGSVFRIILGVLTDRIGPKKTAVIGMLITMIPLLWGAFGGRSLTELYAIGILLGVAGASFAVALPMASRWYPPHLQGLAMGIAGAGNSGTLFATLFGPRLAEQFGWHSVMGIALLPLMIVFILFIVMAKDSPAQPAPQPLKNYLHVFRQKETWCFCLLYGVTFGGFVGLSSFLAIFFVDQYQLSKIHAGDFVTICVAAGSFFRPAGGWISDRAGGAKVLAVLFVIAALCMAGVSSLPPLTTVIVLLFIGMMALGMGNGAVFQLVPQHFAKEIGMVTGIVGAAGGIGGFFLPNILGSLKQMTGTYAIGFISFSCIALLAFVLVLAAGYFWRKSYGTENSPADV PGPT0000300_3821 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-DENITRIFICATION|NITRATE_USAGE DENITRIFICATION-NITRATE_REDUCTION,PGPT0000300-narK|nrtP|nrt|narU-K02575 NA NA D1-12_03281 2328 nasB COG1251 Assimilatory nitrate reductase electron transfer subunit ATGAAGAAACAACGATTAATTGTTGCAGGGAACGGAATGGCCGGAATCCGCTGTATTGAACACATTTTAAAGATGAACCGTGACATGTTTGAGATTGTTATTTTCGGAACCGAACCTCATCCCAATTACAATCGCATTCTCTTATCCTCCGTTTTACAAGGTGAGGTTTCGCTTGATGACATTACGCTGAATAGCCGCGAATGGTACGAAAAAAACGGAATTACGCTTTACACGGGAGAAACGGTTGTACACATAGATACAGAACGGCAGGTTGTCACAACGGATCGGAAGCGCAGCATGACTTACGATCATTTCATCGCGGCAACTGGCTCCTCTCCTTATATTCTCCCCATACCCGGAGCAGAGAAAGAAGGCGTCTGCGGCTTTCGGACAATAGAAGACTGCCAATCCCTTATCAATGCGGCCGGCCGGTATCAAAAGGCGGCGGTCATCGGCGCCGGTTTATTAGGTCTTGAAGCGGCCGTCGGCTTACGGCAGCTCGGCATGGACGTCAGCGTCATTCACCACTCTTCCGCCATTATGCAAAAACAGCTTGATCAAACGGCATCCCATCTGCTGCAGAAAGAACTGGAGCGAAAAGGCTTAGTCTTTCTTTTAGAGAAAGACACGGCATCCATTACAGGAAACTCACGGGCGGAAGGCATCCGTTTCAAAGACGGTTCTTCCATAGAAGCAGACCTGATTGTCATGGCCGCCGGTGTGAGGCCCAATATCCGATTGGCTGCATCTGCCGGACTTTCAGTGAACCGAGGAATCATCGTCAATCAATTCATGCAGACGAACAAACCGAATGTGTATGCCGTCGGTGAATGCGCGGAGCATGACGGGATTGTACACGGATTGGCTGCACCGCTTTATGAACAGGGAAAAGTGCTCGCACAGCATCTATGCGGCGTTCCGTGTGAAGGGTTTCAAGGCTTTGCACAATCTGCGGCCTTAAAAATAGCCGGTATTGATGTATGGTCGGCAGGAAAGGTGCACGAGGATGAGCACACAGCCGGCATATTGTTCCATGATGAGCATGGAGGCATCTACAAAAAAGCGCTCTTTGAGGACGATAAACCGGCCGGCTTTATTTTATTCGGGGACACGCGCGGTAAACAGCGGCTTCTCGACAGTCTTGTGAAGCAAAGGGACATTTCCATCGTGAAAAAACAGCTCATGGAACCCGATCAAGGCGGTATATCCTTTGAATCCATGCCACCCCATGAAACCATTTGCCAATGCAGCTCAGTGACCAAGGGCTCCATTGAAGAAGCGGTGAACAAATATGGCTTAAAAACCGCGGAGGAAGTGAAGCACATGACAAAAGCGTCCGGGTCTTGCGGGGGATGCAGGCCGCTCGTCGAAGACTTGCTGAAGTATATGGTAAGCGATGATTACACAAAACCTTCCCGCCAGCCTTCGTTTTGCGGCTGCACCGATTTGACGGAAGAAGAAGTCATCGCCGAACTTCGGCGCCGTCCATTCACTGATACCGCCGAGGTGATGGAAGTGATCGGCTGGAAAACAGAAAACGGCTGCCGCATTTGTATTCCGGCGCTTCACTACTACCTGGAAAGGATGCGGCCTGATTTTATGCAGTTCAATGAAATATCGGCAGAAGAGACATGCACCCTGATTCCGCAAATGTACGGCGGACTGACAAGTGCGGGAGAGCTCAAAAACATCGCAAACGTCATTGAAACATACGGCATCCCCGGCGTTTCAATTACTGACAGTCACCGGCTGAAGCTTTCCGGAATCAGGCCAAATGACCTTGCAAGCATCAGAAAAGCACTGAACATGCCGGTTTTCTCCCCCCGGCACCGCTGGACGATTCAAATCAAAGCATGTACGTGCGGACAGCATCGCTCCTTTCAAGAGCTGGCAAGCAGGATTGAACGAGATACCGACACACTTGCCGTCCCCGCTTATGTATCCGTCAGCTTGTCATGTGAAAACAATTGCAGCGATGCTTACATTCAGGATATCGGCGTGCTTCAGACACAAACTTGCTGGGAAATTTATATCGGGGGCGTCCGCGGAAAACAAGCCCGCGCCGGCATCCTTTTTTGTGTGACGAATAACGAAGACAGTACCGCCGCTATGATGAAAGGCCTTATTCAATATTATCGCGAAACGGCTCACTACAACGAAGCGATTTATCAATGGGTTGACAGACTCGGCCTCGTCCATATCAGAGAAATGCTGTTTGAAGAAGATATGCGGACACAGCTTCTGAAAAATCTCCGTTCAGACATATCCCTGCTGCAAAACCTGTCTGCCGGGAAAACGCCATACGAAAGGATGAAGCTTTTTGACTGA MKKQRLIVAGNGMAGIRCIEHILKMNRDMFEIVIFGTEPHPNYNRILLSSVLQGEVSLDDITLNSREWYEKNGITLYTGETVVHIDTERQVVTTDRKRSMTYDHFIAATGSSPYILPIPGAEKEGVCGFRTIEDCQSLINAAGRYQKAAVIGAGLLGLEAAVGLRQLGMDVSVIHHSSAIMQKQLDQTASHLLQKELERKGLVFLLEKDTASITGNSRAEGIRFKDGSSIEADLIVMAAGVRPNIRLAASAGLSVNRGIIVNQFMQTNKPNVYAVGECAEHDGIVHGLAAPLYEQGKVLAQHLCGVPCEGFQGFAQSAALKIAGIDVWSAGKVHEDEHTAGILFHDEHGGIYKKALFEDDKPAGFILFGDTRGKQRLLDSLVKQRDISIVKKQLMEPDQGGISFESMPPHETICQCSSVTKGSIEEAVNKYGLKTAEEVKHMTKASGSCGGCRPLVEDLLKYMVSDDYTKPSRQPSFCGCTDLTEEEVIAELRRRPFTDTAEVMEVIGWKTENGCRICIPALHYYLERMRPDFMQFNEISAEETCTLIPQMYGGLTSAGELKNIANVIETYGIPGVSITDSHRLKLSGIRPNDLASIRKALNMPVFSPRHRWTIQIKACTCGQHRSFQELASRIERDTDTLAVPAYVSVSLSCENNCSDAYIQDIGVLQTQTCWEIYIGGVRGKQARAGILFCVTNNEDSTAAMMKGLIQYYRETAHYNEAIYQWVDRLGLVHIREMLFEEDMRTQLLKNLRSDISLLQNLSAGKTPYERMKLFD PGPT0000450_2433 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-DENITRIFICATION|NITRATE_USAGE DENITRIFICATION-NITRATE_REDUCTION,PGPT0000450-nirB-K00362 NA NA D1-12_03282 2133 nasC COG0243 Assimilatory nitrate reductase catalytic subunit TTGACTGAACCGATGCTCCGTTATTTCCGTGACAAACTGCAAGATGTCCAATCGGAAAAAACATATGAGACGCAATGCCCGTTCTGCAGCATGCAATGCAAAATGCAGCTTACGGAACAAACCTTCGCGGCACGGAAGAAATACACTGCAATCGGCATTGATAATCCGACGACACATGGCCGTTTATGTACAAAAGGCATGAATGCCCATCAGCATGCCGTGCACTCTTCCCGCATTACACGCCCCCTGCTTAAAAAAAACGGTGAATTTGTGCCTGTCTCTTGGGCTGAAGCACTGAATCGCATAAAGGAACAAATCAATCTGATCCAAACCGAACACGGCAATGATGCGATGGCCGTCTATGGGAGCGCCTCAATTACAAATGAAGAAGCCTATCTGCTTGGAAAGTTCGCACGGGTCGGCTTACAGACGAAATACATCGATTACAACGGGCGGCTCTGTATGTCTGCCGCAGCAACGGCGGCCGGCCAGACATTCGGCGCGGACAGGGGCCTGACGAATCCATTATCGGACATTCCGCATACACGTGTCATCATCCTGGCAGGCACCAATATCGCGGAATGCCAGCCGACGATCATGCCGTATTTTGATAAAGCGAAAGAAAACGGGGCTTACATTATCGCCATTGATCCCCGGGAAACGGCGACGACCAAAATAGCCGATCTTCACCTGAAAATCAAGCCCGGCACAGACGCCGCCCTGGCAAACGGACTCGTCAAAATCTGCATTGACGAACAGCTTACAGACAAAGACTTTATCCGCACACGCACAAACGGATTCAATAAGCTCAAACGGCATACCGACGCTTTGGATCTGAAAGAGATTTCCGAGCAGACAAGTGTGCCTTTGGAGCATATGCGAAAGGCCGCCGTGAAGTTTGCCAAGGAAACATCCGGCATGCTGTTTACAGCGCGGGGGATCGAACAGCAGACTGACGGTACCGCAGCGGTGAAAGCTTTCTTAAATATGGTGCTGATCACCGGAAAAATCGGCAAGCCCTTCTCAGGTTACGGGACGATTACCGGTCAAGGCAACGGACAAGGCGCGAGAGAACACGGCCAAAAAGCGGATCAGCTTCCGGGCTACCGTTCTATCGAAATTGAAGAACACCGGGCGCATATTGCGAAGGTGTGGGGGATTCATCAGGATGAGCTGCCGCGAAAAGGTGTCTCAGCCTATGAAATGATAGAAAAAATAGATAACGGCGACATCAAAGGACTGTTTCTCATGTGTTCCAATCCGGCTGTTTCCGGCCCAAATGCGAATTTCGTCAAGCAGGCAATCAAGAAACTGAGATTTTTTGTCGCAGTTGACTTATTTATTTCTGAGACCGCGGCATTCGCAGATGTGATTTTACCCGCCTCCTCTTATTTGGAAGACGAAGGCACGATGACAAATGCAGAAGGCCGCGTGACATTAAGAGAAGCGAGCCGGTCATGTCCCGGCGAAGCGAAGCATGATTGGCAGATCATTTGTGATCTCGCATCCGCTCTCGGCAAGGGCCGCTACTTTTCTTATACGTCAGCGGAGGATATTTTTAATGAATTGAGAGAAGCGAGCCGAGGCGGGATTGCCGATTATTCAGGCATCTCATACGACAGGCTCAGACGTGAAGGCGGCATTCATTGGCCGTGTCCGGAATCTGATCATCCCGGAACTGGGCGCTTGTTTACAGAATCATTTGCTCATCCGGATCAAAAAGCGGCATTAAGTGTGATTCCAAACGAACCACCTGTTCCAAAAGAGAAGCCGAGCGCCGCCTATCCGCTTTATTTAACGACAGGCAGAGTCATGTCTCACTACTTAACAGGCGTCCAAACAAGAAAAAGCTCTGCCTTGGCTGCAAGACATTTCGAATCCTTTGTGGAAATCCACCCAAAAACGGCGGCCGACTATCATATCGAAGACCGTGTTCTCGTGAAGATAGAATCCCCCCGGGGCAGCATCACGGTGCGGAGCAGATGGTCGGAGAACGTACGAAAAGACACATTGTTTGTCCCCATCCATTGGTCTGACACGCAAAACGTCAACGATTTAATTGGTGAAGCCTTGGACCCGGACTGTAAAATGCCCGGTTTTAAGATGTGCGCGGTACGAATCAGCCCTATATAA MTEPMLRYFRDKLQDVQSEKTYETQCPFCSMQCKMQLTEQTFAARKKYTAIGIDNPTTHGRLCTKGMNAHQHAVHSSRITRPLLKKNGEFVPVSWAEALNRIKEQINLIQTEHGNDAMAVYGSASITNEEAYLLGKFARVGLQTKYIDYNGRLCMSAAATAAGQTFGADRGLTNPLSDIPHTRVIILAGTNIAECQPTIMPYFDKAKENGAYIIAIDPRETATTKIADLHLKIKPGTDAALANGLVKICIDEQLTDKDFIRTRTNGFNKLKRHTDALDLKEISEQTSVPLEHMRKAAVKFAKETSGMLFTARGIEQQTDGTAAVKAFLNMVLITGKIGKPFSGYGTITGQGNGQGAREHGQKADQLPGYRSIEIEEHRAHIAKVWGIHQDELPRKGVSAYEMIEKIDNGDIKGLFLMCSNPAVSGPNANFVKQAIKKLRFFVAVDLFISETAAFADVILPASSYLEDEGTMTNAEGRVTLREASRSCPGEAKHDWQIICDLASALGKGRYFSYTSAEDIFNELREASRGGIADYSGISYDRLRREGGIHWPCPESDHPGTGRLFTESFAHPDQKAALSVIPNEPPVPKEKPSAAYPLYLTTGRVMSHYLTGVQTRKSSALAARHFESFVEIHPKTAADYHIEDRVLVKIESPRGSITVRSRWSENVRKDTLFVPIHWSDTQNVNDLIGEALDPDCKMPGFKMCAVRISPI PGPT0000390_1369 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILISATION-OTHER_ACID_METABOLISMS K-SOLUBILISATION-NITRIC_ACID_BIOSYNTHESIS,PGPT0000390-nasA|nasC|narB-K00372 NA NA D1-12_03283 2418 nasD COG1251 Nitrite reductase [NAD(P)H] ATGGGAAAAAAACAGCTAGTCCTTGTTGGAAATGGAATGGCCGGGGTAAGAGCGATTGAAGAAATACTGCGTGTTTCAAAAGACGAATTTGAGATTACAATATTCGGGGCCGAACCTCATCCCAACTATAACCGAATCCTTCTGTCAAAAGTGCTGCAAGGCGATACCGACATTCAAGACATTACGTTAAACGATTGGAACTGGTACAAAGAAAACAACATTCAGCTGTATACCGGTGAAACAGTCATCAAAGTCGACACGGAAAACAAAACCCTCATCACCGATGCAGACAGAATCCAGCCTTACGATGAACTCATCCTGGCGACAGGCTCTGTCCCTTTTATCCTTCCGATTCCGGGCGCAGACAAACAAGGCGTCACGGCATTCCGGGACATAAAAGATACAGACACGATGCTCGCCGCGTCAAAACAATATAAAAAAGCAGCCGTCATCGGCGGAGGACTGCTGGGTTTGGAAGCCGCACGCGGACTGCTGAATCTCGGAATGGACGTGTCTGTCATCCACCTCGCCCCATTCCTGATGGAGCGCCAGCTTGACGCAGCGGCGGGACGCCTGCTGCAAAACGAATTAGAAAAACAAGGCATGACCTTTTTCCTTGAAAAGCAAACCGAAGAAATTCTCGGTACTGACCGTGTCGAAGGGGTACGCTTCAAAGACGGCACAAGCATCGAAGCTGACCTGGTCGTCATGGCGGTCGGCATCCGCCCGAATACACAGCTTGGCACAGAAAGCGGCATTCCGGTAAACCGCGGAATCATTGTCAACGATTATATGCAGACTGACATTCCGCACATTTACGCGGTCGGTGAATGTGCCGAGCACCGCGGAATCGCATACGGTCTTGTGGCGCCGCTCTATGAACAGGCAAAAGTGCTGGCCAAACATATTTGCGGCATTGAAACAAAACCGTATGAAGGCTCCGTTCTCTCCACTCAATTAAAGGTATCAGGCGTCGAAGTCTTCTCTGCCGGTGACTTTAACGAATCAGAGGACAAAAAAGCGATTAAAGTGTTCGATGAGCAGGACGGCATTTATAAAAAAATCGTCCTGAGGGGCAATCAAATTGTCGGCGCTGTTTTGTTCGGAGACAGCAGCGAGGGCAGCCGCCTGTTTTCAATGATTCAAAAAGAAGCCGATATCTCCGAAACTTCCAAGATATCAATCTTACAGCCTCTTGACCAGGAAGCAGGCGCAAGCATGACCGCGGCGATGAGCGACGATGAAATCATCTGCGGATGCAACGGTGTATCAAAAGGCGCGATTATTCAAGCCATTCAGGAAAAAGGCTGCACATCAACGGACGAAATCAAAGCATGCACCGGGGCATCCCGTTCCTGCGGAGGCTGTAAACCGCTCGTGGAAGACATTCTTCAATATACACTGGGCTCAGAATTTGACGCGTCCGCGCAAAAAGAAGCGATTTGCGGCTGCACCTCACTGTCGAGAGATGAAGTCGTAGAAGAAATCAAAGCCAAAGGGCTGTCCCATACAAGAGAAATCATGAACGTGCTCGGCTGGAAAACGCCGGAGGGCTGCTCCAAATGCCGTCCTGCCCTCAACTACTACTTAGGCATGATTAATCCGGCTACATACGAGGATGACAGAACATCCCGTTTTGTGAACGAACGGATGCACGCCAATATTCAAAAAGACGGAACATACTCAGTCGTGCCCCGTATGTACGGCGGCGTGACCAACTCTCAGGATCTCCGCAAGATCGCCGATGTCGTCGACAAATATGAGATCCCGCTCGTTAAAATGACCGGCGGCCAGCGGATTGATCTCATCGGCGTCAAAAAAGAAGACCTGCCGAAAGTATGGGCCGAGCTTGATATGCCGTCAGGCTACGCGTACGGAAAAACACTCCGCACGGTAAAAACGTGCGTAGGCGAACAATTCTGCCGCTTCGGCACGCAAGACTCCATGGCACTGGGCATTGCGCTTGAGAAAAAATTCGAAGGGCTCAATACGCCTCATAAGGTTAAAATGGCCGTGTCCGCCTGCCCTCGGAACTGTGCGGAATCAGGCATTAAGGACCTTGGCATTGTCGGCATCGACGGAGGCTGGGAGCTTTATGTCGGCGGAAACGGCGGAACCCATTTGCGCGCCGGTGATTTGCTGATGAAAGTAAAAACGAATGAAGAAGTCTTAGAATATGCGGGGGCTTACCTTCAGTACTACAGAGAAACGGCAAACTATCTGGAGCGGACATCCGCATGGCTTGAGCGCGTCGGTTTATCTCATGTCCAATCCGTATTAAACGATCCGGAAAAACGGCAGGAGCTCAACGACAGAATGAATGAGACACTCTCTGTCCACAAAGATCCGTGGCAATACTTCCTTAAAGATAAAAAAGCATCTAAAGATCTATTCGAAAATGTCGTCACGACTTCATAA MGKKQLVLVGNGMAGVRAIEEILRVSKDEFEITIFGAEPHPNYNRILLSKVLQGDTDIQDITLNDWNWYKENNIQLYTGETVIKVDTENKTLITDADRIQPYDELILATGSVPFILPIPGADKQGVTAFRDIKDTDTMLAASKQYKKAAVIGGGLLGLEAARGLLNLGMDVSVIHLAPFLMERQLDAAAGRLLQNELEKQGMTFFLEKQTEEILGTDRVEGVRFKDGTSIEADLVVMAVGIRPNTQLGTESGIPVNRGIIVNDYMQTDIPHIYAVGECAEHRGIAYGLVAPLYEQAKVLAKHICGIETKPYEGSVLSTQLKVSGVEVFSAGDFNESEDKKAIKVFDEQDGIYKKIVLRGNQIVGAVLFGDSSEGSRLFSMIQKEADISETSKISILQPLDQEAGASMTAAMSDDEIICGCNGVSKGAIIQAIQEKGCTSTDEIKACTGASRSCGGCKPLVEDILQYTLGSEFDASAQKEAICGCTSLSRDEVVEEIKAKGLSHTREIMNVLGWKTPEGCSKCRPALNYYLGMINPATYEDDRTSRFVNERMHANIQKDGTYSVVPRMYGGVTNSQDLRKIADVVDKYEIPLVKMTGGQRIDLIGVKKEDLPKVWAELDMPSGYAYGKTLRTVKTCVGEQFCRFGTQDSMALGIALEKKFEGLNTPHKVKMAVSACPRNCAESGIKDLGIVGIDGGWELYVGGNGGTHLRAGDLLMKVKTNEEVLEYAGAYLQYYRETANYLERTSAWLERVGLSHVQSVLNDPEKRQELNDRMNETLSVHKDPWQYFLKDKKASKDLFENVVTTS PGPT0000450_2263 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-DENITRIFICATION|NITRATE_USAGE DENITRIFICATION-NITRATE_REDUCTION,PGPT0000450-nirB-K00362 NA NA D1-12_03284 321 nasE COG2146 Assimilatory nitrite reductase [NAD(P)H] small subunit ATGGTTAATAAAGATATGACAAAGGTTTGCATAGGCAAAGTAAACGAATTACCGGAGGAGTTAGGAAAAACCGTATATATAGAAGATAAAGAGCTTGCCGTATTTAAGCTTTCTGACGGGAGCGTCCGCGCCGTCGAAAACCGCTGTCCCCATAAAGGGGGCGTCCTGGCTGAAGGCATCGTCAGCGGAGAATACGTCTTCTGCCCGATGCATGACTGGAAAATCTCCTTAGAAGACGGAAAAGTCCAAGAGCCGGATCATGGCTGTGTCAAAACATACGAAACACTGATTGAAGGAGAGAATGTATACCTCCTGTATTGA MVNKDMTKVCIGKVNELPEELGKTVYIEDKELAVFKLSDGSVRAVENRCPHKGGVLAEGIVSGEYVFCPMHDWKISLEDGKVQEPDHGCVKTYETLIEGENVYLLY PGPT0000455_1844 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-DENITRIFICATION|NITRATE_USAGE DENITRIFICATION-NITRATE_REDUCTION,PGPT0000455-nirD-K00363 NA NA D1-12_03285 1440 nasF COG0007 Uroporphyrinogen-III C-methyltransferase ATGAAAAACGGAATCGTATATTTTGTCGGTGCCGGCCCAGGAGACCCGGGGCTGATCACCGTAAAAGGAAAACAGGCTCTGGAGAAAGCGGATATTATTTTGTATGACCGGCTCGCAAACCCAAAGTTTCTTGAATATGCCTCACCGGACTGCCGGTTCATTTATTGCGGAAAGCTGCCCGACCGCCATTTTATGAAACAGTCTGAGATAAATGCCCTGCTGATTGAAAAAGCGGCGGAGGGCTGCACCGTCGTCCGCTTGAAAGGCGGAGACCCAAGTGTGTTCGGCAGAGTCGGCGAAGAAGCAGAGGCGCTTCATCAGCACGGCATCCGCTACGAAATGGTGCCCGGCATCACCTCGGGAATCGCAGCGCCGCTGTATGCGGGAGTCCCCGTCACCCATCGTGATTTCGCTTCGTCCTTCGCGATGATCACCGCTCATGATACATCATTGCAAGGCAGGCCGAATCTCGACTGGGAAGGGCTTGCCCGAAGCGTTCAAACGCTTGTGTTTTACATGGGCGTTAAAAATCTGTCATTTATATGCCGGCAGCTTACGGAGTACGGAAAATCCCCTTCCGTTCCCGTACTCGTCATTCAATGGGGGACGTGGGGGCGGCAGCGGAGTGTTAAAGGAACGCTTCAGGATATCCATGACAAAGTTCAAAGCCAAAACATCACCAATCCTGCCATTATCGTCATTGGTGATATTGTCAATTTTCAAACACACAGCTGGTTTGAAAGCAAACCGTTCATCGGGCGGCATATCATGGTTGTCACTCATGGCGATGATGAACATACACTGACAGACAAGCTGCGCGAGTATGGCGCCGATGTTATTGAATGGCCGAAGCGGATCGTTAAAAAAATGCCCGCAAACGAAAACATCCTGAAACAGATCAGCGCCTTTGAACAACTATTTTTCACATCGCGCCTTGCGGTATGCGAATTCTTTGACACACTGGCTTTCAAGCAGATCGACATCCGCCGGGTGACCGCAAGCCTGAATGCAGCAACTGAGGCCGCAAAGACGGAACTGACAAAACGGGGCTTTCTCCTATCCGAATGTCAAATTGATTCTCCGCATTCGCTCATTGTAGGAAGCCGTCAAGCAGCAGAAAACTTGTCAGACTCAAAATCATGCCCGCTTTATATCACCCATGAACATATCGCAGATGAGCGGTTCACTTCCATGATCGAACGCACGATCAGTGAGTCTCCTCTGCAAATGATTATCTGTACGGGCAAAGAATCCGCTCAGCATTTGATCAGCGCCGGAAAACAAATCGGCATATCACCGGATCCGTCGGCAAACCGCCCTCCCGTCATCTGCATGGGCGAAGACGTCCCCGCCGGCTGCGGGTTTACCGCTGTGAAAAACCAGGAGCAGTTATTTGCGTTTATACGAAATGAAATGAAAGACATGCTCGTTCACAGCTGA MKNGIVYFVGAGPGDPGLITVKGKQALEKADIILYDRLANPKFLEYASPDCRFIYCGKLPDRHFMKQSEINALLIEKAAEGCTVVRLKGGDPSVFGRVGEEAEALHQHGIRYEMVPGITSGIAAPLYAGVPVTHRDFASSFAMITAHDTSLQGRPNLDWEGLARSVQTLVFYMGVKNLSFICRQLTEYGKSPSVPVLVIQWGTWGRQRSVKGTLQDIHDKVQSQNITNPAIIVIGDIVNFQTHSWFESKPFIGRHIMVVTHGDDEHTLTDKLREYGADVIEWPKRIVKKMPANENILKQISAFEQLFFTSRLAVCEFFDTLAFKQIDIRRVTASLNAATEAAKTELTKRGFLLSECQIDSPHSLIVGSRQAAENLSDSKSCPLYITHEHIADERFTSMIERTISESPLQMIICTGKESAQHLISAGKQIGISPDPSANRPPVICMGEDVPAGCGFTAVKNQEQLFAFIRNEMKDMLVHS PGPT0003670_1093 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_RELATED_HEME_METABOLISM PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0003670-cobA_hemD-K13542 NA NA D1-12_03286 1011 ycgT COG0492 Ferredoxin--NADP reductase 1 ATGGCGGAAAATCATGAGGTGTACGACGTCACGATTATAGGCGGAGGCCCGATCGGCCTGTTTGCGGCTTTTTATTGCGGGATGCGCGAGCTGAAAACGAAAGTGATCGAGTTTTTGCCGCGGCTCGGAGGGAAAGTGTCTATGTTTTTCCCTGAAAAAATCATCCGTGATATCGGCGGAATACCCGGGATTGCCGGAGAACAGCTGATTAAGCAGCTGAAGGAGCAGGCGGCGACATTTGAGCCGGATATCGTGTTGAATCAGCGGGTGACCGGATTTGAACGGCTGGAGGACGGAACCATTGTGCTGGAAAGTTCCGAAGGGGAAAAGCACTATACACGCACGGTGATTTTGGCCGTCGGCATGGGGACGCTTGAGGTCAATGAACTTGACAGCGCGGATGCGAGCCGTTATTCGGGAAAGAACCTTCATTATAAGGTGGAGAAGCTGGATGCGTTTCAGGGGAAGCATGTCGTGATTTCCGGAGGGGGAGATACCGCGGTTGACTGGGCGAATGAGCTGGAACCGATTGCGGCGTCTGTTACCGTCTTGCACCGCAGGGAGGAGTTCGGCGGTTTGGAAAGCAGCGTGGCGAAAATGAAGCGGTCTTCCGTGCGGGTGCTTGCGCCGTATCGTCTGAAGCATCTCAACGGCACCGGAGAACTGATCGAGAGCGTCACCGTTTGCCAAACTGAGTCCGGACTTTCTGAAGTCATCAAGCTTGATGAGCTCATTATCAACCACGGGTTTAAAATTGATCTCGGTCCGATGAAGGACTGGGGGCTTGAGATAGAAGAAGGCAGGATTAAAGCTGATAGACATATGCGGACGAATCTTTCGGGCGTGTTTGTCGCCGGTGACGCCGCCCATTATGAAAGCAAGCTCAGATTGATTGCAGGCGGTTTCACGGAGGGGCCGACCGCCGTGAACAGCGCCAAAGCCTATTTGGACCCGCAGGCGGATCAGATGGCGATGTATTCGACTCATCATAAAAAATTGGTGACACAATAA MAENHEVYDVTIIGGGPIGLFAAFYCGMRELKTKVIEFLPRLGGKVSMFFPEKIIRDIGGIPGIAGEQLIKQLKEQAATFEPDIVLNQRVTGFERLEDGTIVLESSEGEKHYTRTVILAVGMGTLEVNELDSADASRYSGKNLHYKVEKLDAFQGKHVVISGGGDTAVDWANELEPIAASVTVLHRREEFGGLESSVAKMKRSSVRVLAPYRLKHLNGTGELIESVTVCQTESGLSEVIKLDELIINHGFKIDLGPMKDWGLEIEEGRIKADRHMRTNLSGVFVAGDAAHYESKLRLIAGGFTEGPTAVNSAKAYLDPQADQMAMYSTHHKKLVTQ NA NA NA NA NA D1-12_03287 1236 putR_2 Proline-responsive transcriptional activator PutR ATGGAAGAGCTTTTAGAGAGAGTTTTTTCATTTACGGACATTGATAAATTAATTGATTTCATCAGTTATGAATTGCAGAAGCCCGTTATTCTGGAAAGCGCGGATTTCTTTTTGCTTGCCTATAATTCTTATTACATTAATCACTTCGACTCCGCCAACCAGCAGACGATATTCTCAAAAAAATGCCCCGTGCAGATTTTTGAAAGGTTTCTGAAGGACGGGGTGATCGAAAAGCTGAAAACCGTTCCTGAACCGTTCCGTGTCGAAAAAATAGACAGTATCGGACTGAATCAGAGAGTGGTTGTAAGCGCAAAACATAAAGGGGAAGTGATGGGCTACATCTGGATTCAGGAGCTCGACCGAAACTTGACGGACGAGGAGCTCGATTTTTTATATGAAACTTCATTCCATGTCGGAAAAATCATCTATAAAACGAACCGGCTGAAACAGGAAAAAGAAGAGAGAGCGGAAGACCTGGTGAAACGGGCGATCTTTCAGCAATTCTCCTCTGAAAAGGAGTTCAGGCGGGAAGCGGAAAAGATGAACGCCGTGCTGCCGTCGGTTTTTTCGGTAGTCGTCCTGCATGCCGCAAATGGGGATGGGGAGGCAGTCGAAGATGTAAAGGAAAATATCAAATCGTACTTGAATTTGCGGGATAAAGTCAGCCACGTCTTAACCATTGATTCCAATATTGTCATCGTCGTCGCAAGCTTCTCGCAAAAAAGCTCCGGCACTTCGGCAGCATCTGAATTCATCCACAAACTGCTGACTCATTTTCACTTTCAGAAGATCCCCACTCCCATCTATATCGGAATCGGCAATGAATACAGCAGCATCCTGAAGCTCGGCAAAAGTTATATAGAAGCCCTTGAAGTTATAAAGGCCGCCGAAATTACCGGAAACCAGGAAAATATCCCGTACGAATACAGTAAGCTCGGGATTTACCGCTATCTTGAAAGCATCGAAGAAAAAAACGCCTCACTGGAATATGTAAACAATGATTTAGCGTTATTAAAAGCCAAAGACAGAGAAAGCAGTACAGAACTGCTGAAAACGTTAGAAATCTATCTCCTCAATAACTGCAAAACAAAACCAGCCGCAGAACAGCTTTTTATTCATCAAAACACATTGAACTACCGTATCAAACAGATTCTTGACATGACATCAATTAATTTAAACGACTTCAGGACAAGGTGCCAGCTGTATCTCGATATCATGCTGATGAAAAAGAGATAA MEELLERVFSFTDIDKLIDFISYELQKPVILESADFFLLAYNSYYINHFDSANQQTIFSKKCPVQIFERFLKDGVIEKLKTVPEPFRVEKIDSIGLNQRVVVSAKHKGEVMGYIWIQELDRNLTDEELDFLYETSFHVGKIIYKTNRLKQEKEERAEDLVKRAIFQQFSSEKEFRREAEKMNAVLPSVFSVVVLHAANGDGEAVEDVKENIKSYLNLRDKVSHVLTIDSNIVIVVASFSQKSSGTSAASEFIHKLLTHFHFQKIPTPIYIGIGNEYSSILKLGKSYIEALEVIKAAEITGNQENIPYEYSKLGIYRYLESIEEKNASLEYVNNDLALLKAKDRESSTELLKTLEIYLLNNCKTKPAAEQLFIHQNTLNYRIKQILDMTSINLNDFRTRCQLYLDIMLMKKR NA NA NA NA NA D1-12_03288 1431 putP COG0591 High-affinity proline transporter PutP ATGGCGGGCATGCTGTTTATCGGTTATTTCGCCTACAGACGGACGTCGAATCTGACGGATTACATGCTCGGTGGGCGTTCTTTAGGCCCTGCCGTCACAGCGCTCAGCGCGGGAGCGGCGGATATGAGCGGATGGCTCTTGATGGGGCTTCCGGGCGCTATGTTCTCGACAGGATTAAGCGGCGCTTGGATTGTGCTCGGGCTTGTGCTCGGGGCGTGGGCGAACTGGCTTTTCGTGGCGCCGAGACTGAGAACGTATACCGAAAAAGCGGGGAATTCCATCACCATTCCGGGTTTCCTTGAAAACCGTTTCGGTGATCATACGAAGCTTCTCAGACTGTTTTCGGGTCTTGTCATTCTCGTCTTTTTCACATTTTACGTATCATCCGGCATGGTATCCGGAGGCGTCTTATTCAACAGCATTTTAGGGTTGAATTACCACACGGGACTGTGGGTCGTGACAGGCGTCGTTGTCGCCTACACCTTGTTCGGGGGCTTTTTGGCGGTAAGCTGGACGGACTTTGTCCAAGGGATCATTATGTTTGCGGCGCTTATTCTCGTGCCGATTGTGACGATTTTTCATACGGGCGGACCGGGGGAAACCGTTGCCGATATCCGTTCCGTCAACCCGGAACTGTTTAACATGTTCAAAGGGACGACCGTCCTCGGCATTATTTCTTTATTTGCGTGGGGGCTCGGCTATTTCGGGCAGCCGCATATTATTGTGCGCTTTATGGCGATCACATCTGTGAAAGAAATCAAACGCGCCAGACGGATCGGAATGGGATGGATGATTTTGTCTGCACTAGGCGCGCTGTTTACGGGTCTTGCGGGAATCGCGTATTACCATCAGCACGGACTGAAGCTGGCTGATCCGGAAACCATTTTTATTCAGCTCGGCAACATTCTGTTCCACCCGATTATTACGGGATTTCTCATTTCTGCGATTTTAGCGGCCATTATGAGTACGATTTCGTCTCAGCTGCTCGTTACGTCCAGTTCTTTAGTGGAGGACTTGTATAAGTCCATGTTCAGGCGTTCAGCTTCTGATAAGGAACTCGTATTTCTGGGGAGAATGGCAGTGCTTGCGGTGTCAATCGTCGCCCTGGTGCTCGCCTGGGAGAAAAACAACACGATACTTGGTCTTGTCAGCTATGCATGGGCGGGATTCGGCGCTTCATTCGGGCCGGTCGTACTGCTCAGTTTATTTTGGAAACGGATGACGAAATGGGGGGCACTCGCCGGCATGATTGCGGGAGCGATTACCGTAATCATTTGGGCGAATGCCGGTCTTTCAGACTTTTTGTACGAAATCATTCCGGGCTTTGCTGTAAGCCTTGCCGCTGTATTTGTCGTCAGCTTATTGACACAGGCTCCGTCAAAAGATGTCACAGATCAGTTTCATGAGTACCGTGATACACTTTCTCAATAA MAGMLFIGYFAYRRTSNLTDYMLGGRSLGPAVTALSAGAADMSGWLLMGLPGAMFSTGLSGAWIVLGLVLGAWANWLFVAPRLRTYTEKAGNSITIPGFLENRFGDHTKLLRLFSGLVILVFFTFYVSSGMVSGGVLFNSILGLNYHTGLWVVTGVVVAYTLFGGFLAVSWTDFVQGIIMFAALILVPIVTIFHTGGPGETVADIRSVNPELFNMFKGTTVLGIISLFAWGLGYFGQPHIIVRFMAITSVKEIKRARRIGMGWMILSALGALFTGLAGIAYYHQHGLKLADPETIFIQLGNILFHPIITGFLISAILAAIMSTISSQLLVTSSSLVEDLYKSMFRRSASDKELVFLGRMAVLAVSIVALVLAWEKNNTILGLVSYAWAGFGASFGPVVLLSLFWKRMTKWGALAGMIAGAITVIIWANAGLSDFLYEIIPGFAVSLAAVFVVSLLTQAPSKDVTDQFHEYRDTLSQ PGPT0013970_1581 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 D1-12_03289 1548 putC COG1012 1-pyrroline-5-carboxylate dehydrogenase 2 ATGACTACACCTTATAAACACGAACCATTCACAAATTTCCAAGATCAATCGAACGTTGAAGAATTTAAGAAAGCGCTTGCGACGGTAAATGAGTATCTGGGAAAAGATTATCCGCTTGTCATCAACGGTGAAAAGGTAGAGACGGAAGCGAAAATCGTTTCAATCAATCCGGCTGATAAAGAAGAAGTCGTCGGAAAAGTGTCAAAGGCGTCCCAGGAGCACGCTGAGCAAGCGATTGAAGCAGCTGCGAAAGCGTTCGAAGAGTGGAGATACACCTCCCCTGAAGAAAGAGCGGCCGTTTTGTTCCGCGCAGCTGCCAAAGTCCGCCGCAGAAAGCACGAATTCTCCGCCCTGCTCGTCAAGGAAGCGGGAAAACCTTGGAACGAAGCTGATGCGGATACGGCGGAAGCCATCGACTTTATGGAATACTACGCGCGCCAAATGGTTGAATTGGCAAAAGGCAAGCCGGTCAACAGCCGCGAAGGCGAGAAAAACCAATATGTCTACACACCGACCGGCGTAACGGTCGTCATTCCGCCATGGAACTTCCTCTTTGCGATTATGGCGGGAACGACGGTGGCACCGATCGTAACGGGCAACACGGTCGTTCTTAAACCGGCAAGCGCGACACCGGTCATCGCGGCGAAATTCGTAGAAGTGCTTGAGGAATCAGGTCTTCCGAAGGGCGTTGTCAACTTTGTGCCGGGAAGCGGAGCGGAAGTGGGAGACTACCTCGTCGATCACCCGAAAACAAGCATCATTACGTTTACGGGATCACGTGAAGTCGGTACGAGAATTTTCGAACGCGCGGCGAAAGTGCAGCCGGGCCAGCAGCACTTAAAGCGTGTTATCGCTGAAATGGGCGGTAAAGATACGGTTGTTGTCGATGAGGACGCGGACATTGAATTGGCGGCTCAATCCATCTTTACATCAGCATTCGGCTTCGCTGGACAAAAATGTTCTGCAGGTTCACGTGCAGTTGTCCATGAAAAAGTGTATGATCAAGTATTAGAGCGCGTCATCGAAATCACTGAATCAAAAGTGACGGCAAGCCCTGACAGCGCTGACGTGTATATGGGACCTGTCATCGACCAAGGTTCTTACGACAAGATCATGAGCTACATCGAAATCGGAAAAGAAGAAGGCCGTTTAGTAAGCGGCGGCACCGGAGATGATTCAAAAGGCTACTTTATCAAGCCGACGATCTTCGCTGACCTTGATCCGAAAGCCAGACTCATGCAGGAAGAAATTTTCGGGCCGGTCGTGGCGTTTTCTAAAGTATCAAACTTTGATGAAGCACTGGAAGTGGCCAACAATACTGAATACGGTTTGACAGGCGCGGTCATTACAAATAACCGCAAACATATTGAACGGGCGAAACAGGAATTCCATGTCGGCAACCTGTACTTCAACCGCAATTGTACGGGAGCGATTGTCGGCTACCATCCGTTCGGAGGCTTCAAAATGTCCGGCACTGATTCAAAAGCGGGCGGCCCGGATTATTTGGCCCTCCACATGCAGGCGAAAACAATCAGTGAAATGTTTTAA MTTPYKHEPFTNFQDQSNVEEFKKALATVNEYLGKDYPLVINGEKVETEAKIVSINPADKEEVVGKVSKASQEHAEQAIEAAAKAFEEWRYTSPEERAAVLFRAAAKVRRRKHEFSALLVKEAGKPWNEADADTAEAIDFMEYYARQMVELAKGKPVNSREGEKNQYVYTPTGVTVVIPPWNFLFAIMAGTTVAPIVTGNTVVLKPASATPVIAAKFVEVLEESGLPKGVVNFVPGSGAEVGDYLVDHPKTSIITFTGSREVGTRIFERAAKVQPGQQHLKRVIAEMGGKDTVVVDEDADIELAAQSIFTSAFGFAGQKCSAGSRAVVHEKVYDQVLERVIEITESKVTASPDSADVYMGPVIDQGSYDKIMSYIEIGKEEGRLVSGGTGDDSKGYFIKPTIFADLDPKARLMQEEIFGPVVAFSKVSNFDEALEVANNTEYGLTGAVITNNRKHIERAKQEFHVGNLYFNRNCTGAIVGYHPFGGFKMSGTDSKAGGPDYLALHMQAKTISEMF PGPT0020210_2515 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_PROLINE_DEGRADATION,PGPT0020210-putA-K13821 NA NA D1-12_03290 912 putB COG0506 Proline dehydrogenase 2 GTGATTACAAGAGATTTTTTCTTATTTTTATCCAAGAGCAGCTTTCTCAATAAGATGGCGCGAAGCTGGGGAAGCCGTGTGGCAGCCGGCAAAATCATCGGAGGAATGGATTTCCGCAGTTCTATCCCGACAATCCGACATTTGAACAGCCAGGGGCTGTCAGTTACTGTCGATCATTTGGGGGAATTTGTCAACAGCGGTGATGTCGCGAAAGAACGCACCGAGGAGTGCATGCAGACCATCGCCTTAATCGCTGATGAACAGCTGAATTCCCAAGTGTCATTAAAAATGACGTCTTTAGGTCTTGATATAGATCTCGATCTCGTCTATGAAAATATGACGAAAATCCTCCAGACGGCTGAAAAACATAAAGTCATGGTGACGATTGACATGGAAGATGAAACGAGATGCCAGAAGACGCTGGATATCTTTAAAGACTTCCGGAGCCGGTATGAATATGTTAGCACCGTGGTGCAGGCTTATCTGTACAGAACGGAGAAGGATCTTGATGACCTCAGCCCGCTGAATCCGTTTCTGCGGCTTGTCAAAGGGGCCTATAAAGAATCGGAAAAGGTGGCCTATCCTGAAAAAAGCGACGTCGATGAAAATTATAAAAGACTCATCCGCAAACAGCTTTTAAAAGGACATTATACGGCAGTTGCCACGCATGATGACAAAATGATCGAGTTTACAAAACAGCTTGCCAAAGAGCACGGCATTCCAAACGACCGTTTTGAGTTTCAGATGCTGTACGGCATGCGCTCGCAAACCCAGCTCAGCTTGGTGGAAGAAGGATACCGCATGAGAGTCTACCTGCCTTACGGGGATGACTGGTACGGCTATTTCATGAGACGGCTCGCCGAACGCCCCTCAAACATCGCATTCGCCTTTAAAGGGATGACTAAGAAGTAA MITRDFFLFLSKSSFLNKMARSWGSRVAAGKIIGGMDFRSSIPTIRHLNSQGLSVTVDHLGEFVNSGDVAKERTEECMQTIALIADEQLNSQVSLKMTSLGLDIDLDLVYENMTKILQTAEKHKVMVTIDMEDETRCQKTLDIFKDFRSRYEYVSTVVQAYLYRTEKDLDDLSPLNPFLRLVKGAYKESEKVAYPEKSDVDENYKRLIRKQLLKGHYTAVATHDDKMIEFTKQLAKEHGIPNDRFEFQMLYGMRSQTQLSLVEEGYRMRVYLPYGDDWYGYFMRRLAERPSNIAFAFKGMTKK NA NA NA NA NA D1-12_03291 786 hypothetical protein ATGAAACAAAGGATCATCGAAGAATTAAAACGAATTGAAGCACAGCACGGCGTCAAGGTGCTTTACGCCGTAGAATCAGGGAGCCGCGCATGGGGATTTCCGTCAAGCGACAGCGACTACGATGTGCGGTTTCTCTATGTGCCGAAAAAAGAATGGTACTTTTCGATCGAACCGCATAGGGATGTCATAGAAGAGCCGATTCATGACATGCTAGACATCAGCGGCTGGGAACTGAGAAAAGCGCTGCGGCTTTTTAAAAAATCAAATCCGCCTCTTTTGGAATGGCTCTCTTCTGAGATGATCTATTATGAAGCTTTCTCAGCGGCTGAAAAGCTTCGAAAACTGAAAATCCGCGCCTTTTCGCCTGAAGCCTGCATTTATCATTATCTCAATATGGCAAAACGGAATGAAAAAACGGAATTGCAGGGCAGTGAAGTGAAGATTAAAAAGTATTTTTATGTTCTGCGTCCTCTCCTTGCCTGCAGATGGATTGAAACGTTCGGCTCCGTACCGCCGATGTCATTTCCCGTACTGGCCGATGCCTTATTGACGGATGAAGCGCTCATTTCTGAAATCAATATACTGCTTACAAGGAAAAAAAGCGGTCAGGAGCTGGCTCCGGAACCGAGAAATACGATGATTCATGCGTTTATAGAAGAAGAAATAGAACGCATCGGGCACTATGTCAAAACGATCAAAACGCCGAAACCTGACATAACGGAGGAACTGAATCAGCTATTGATTCAGACCGTCGAAGAGGCGTGGGGGGAAAAAGGCGGAAATTGA MKQRIIEELKRIEAQHGVKVLYAVESGSRAWGFPSSDSDYDVRFLYVPKKEWYFSIEPHRDVIEEPIHDMLDISGWELRKALRLFKKSNPPLLEWLSSEMIYYEAFSAAEKLRKLKIRAFSPEACIYHYLNMAKRNEKTELQGSEVKIKKYFYVLRPLLACRWIETFGSVPPMSFPVLADALLTDEALISEINILLTRKKSGQELAPEPRNTMIHAFIEEEIERIGHYVKTIKTPKPDITEELNQLLIQTVEEAWGEKGGN NA NA NA NA NA D1-12_03292 957 cah COG3458 Cephalosporin-C deacetylase ATGCAATTATACGACTTGCCGCTCGACCAACTGCAAACCTATAAACCAAATAAAACCGCTCCTCATGACTTTTCGGATTTTTGGGCATCATCATTACATGAGCTTGCAAAGGAAGAGGCAAAGCCTGAATTGACGGCTGAAAGCTACCCGGCTGACGGTGTGAAAGTATTCCGGCTGACATACCGGAGCTTCGGCAAGGCGGAAATTGAGGGATGGTACGCCGTTCCCGACCGAAAAGGCCCGCATCCGGCCATCGTGAAATACCACGGCTACAACGCAAGCTATGACGGGGACATACATGACATCGTAAATTGGGCGCTTCACGGATATGCCGCGTTCGGGATGCTTGTCCGCGGCCAGCACAGCAGCACAGATACAAGCGTCTCACCGCATGGACACGTTCCCGGCTGGATGACGAAAGGGATTTTAGATAAAGATATATATTATTACCGCGGCGTGTACTTAGACGCCGTCCGGGCTTTGGAAGTCATCAGCGGCTTTGATGAAGTGGATGAAACGAGAATCGCCGTCATCGGCGGGAGCCAGGGAGGCGGACTTTCAATCGCCGCGGCGGCACTATCTGACATTCCGAGAGCGGTTGCGGCCGATTATCCTTATTTAAGCAATTTTGAGCGGGCCATTGATGTCGCTCTTGATGAGCCGTATCTTGAGATTAACTCCTTTTTCAGAAAGAACGGCAGCCCTGAAACGGAGAAGGCCGCGATGAATACACTGGCCTATTTTGATATCATGAATCTGGCGGACCGCGTAAAAGTTCCGGTGCTCATGTCCATCGGGCTGATTGACCGCGTGACTCCGCCGTCGACGGTGTTTGCCGCTTACAATCATCTGGAAACGGAAAAAGAATTGAAGGTGTACCGATATTTCGGACATGAATACATACCTTCTTTCCATACGGAAAAGCTGGCCTTTCTGAAAGCGCATCTGAAAGGCTGA MQLYDLPLDQLQTYKPNKTAPHDFSDFWASSLHELAKEEAKPELTAESYPADGVKVFRLTYRSFGKAEIEGWYAVPDRKGPHPAIVKYHGYNASYDGDIHDIVNWALHGYAAFGMLVRGQHSSTDTSVSPHGHVPGWMTKGILDKDIYYYRGVYLDAVRALEVISGFDEVDETRIAVIGGSQGGGLSIAAAALSDIPRAVAADYPYLSNFERAIDVALDEPYLEINSFFRKNGSPETEKAAMNTLAYFDIMNLADRVKVPVLMSIGLIDRVTPPSTVFAAYNHLETEKELKVYRYFGHEYIPSFHTEKLAFLKAHLKG PGPT0011020_749 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-CEPHALOPORIN_METABOLISM,PGPT0011020-cah-K01060 NA NA D1-12_03293 561 aroK COG0703 Shikimate kinase ATGAACGCAAAACGTGCCATTCCCGTAAGAGAAAGAAACATCGTACTGATCGGATTCATGGGTGTCGGAAAGACAACAATCGGCCAGCTGGTCGCTAAGAAATTATACAGAGACTTCATTGATATTGATTTGCAGATTGAGAAAGATTTCAATATGTCCATCCCTGAAATGTTTGAGAAAAAAGGTGAAGCCTTTTTCCGTCAGACCGAAAAGGATTATATATTAGATATCTGCCGCAATACGAAATTCAAGATCGTGTCACTTGGGGGCGGTTCGTTTAAACAAGAGGAAATCAGACAGTGCTGTCTTGAAAACTGTCTCGTGCTCCATCTTGATTTATCATGGGAGAATTGGAAGCAGCGGGCTGACCTGCTGATTGAAAGCCGTCCCGTTCTGCATAACCGTTCCATGGATGAAATGCAGCAGCTCTTTAACGAGCGCCAAAGCATCTATGATAAACATAATTCAAAAGTGGCGACGGATAATCTGGAACCAGAAGAAATCGCCGATTATATCGTAGAAACGTTAAAAATCGGCTGGGATCTGTATCAGCCGATGTAA MNAKRAIPVRERNIVLIGFMGVGKTTIGQLVAKKLYRDFIDIDLQIEKDFNMSIPEMFEKKGEAFFRQTEKDYILDICRNTKFKIVSLGGGSFKQEEIRQCCLENCLVLHLDLSWENWKQRADLLIESRPVLHNRSMDEMQQLFNERQSIYDKHNSKVATDNLEPEEIADYIVETLKIGWDLYQPM PGPT0012900_1518 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 D1-12_03294 1311 dgoT D-galactonate transporter TTGAAAAATGAAACGGAGCTGACGGACTTCAGTCCCGTCCGCAATAAACCGACTCGCGCTCGTTATGTGATACTGATTCTTTTGTTTTTTATCACTGCGATTAATTATATAGACCGTGCCAGTGTATCCATCGCCGCCCCGTCCATTCAGACATCGCTGAACATAAGCCCCGCGCTTTTGGGCGTCGTCTTTTCCGCATTCAGCTGGACTTATACGGGAATGCAGATTCCCGGCGGGCTCATTTTGGACAAATTCGGGTCAAAACGGACGTACGGCGTTTCTTTATTGATCTGGTCGGTTTTCACCGGAGTGCAGGCTTTTGCGGCCAGTTTCGGATTTTTATTCGGCTGCCGCCTGATTATCGGGCTGGCTGAATCGCCTGCGTTTCCGGCAAACAACCGGATTGTCACGACATGGTTTCCAAGGCGGGAACGCGCCTTTGCGACGGGTGCTTATACGGCGGGAGAATATGTGGGGCTGGCGTTCGCCACACCGGTTTTATTCTGGGTGTTAACGGCATTTGACTGGCGCGCCGTCTTTATTTCCTCAGGGGTGCTCGGGCTTGTTTTCTCCATTTTCTGGTTCAAAATGTATCACGAGCCGAATCGGTGCCGGAAAGTGAACCGGGAGGAGCTTGATTATATTAGAGAAGGCGGCGGACTGACAGAGGTGTCAGAATCAGCCGGCAGGATCACGTGGCCGGATTTCGTCCAGCTTCTTAAATACCGCAAGCTTGTCGGCTTGTATATCGGCCAGTTCGCCGTAGCCTCCACGCTGTTCTTCTTTTTGACATGGTTTCCGACTTATCTGGCGGAGGCAAAGCACATGGCTTTCTTAAAAGTCGGCTTCGCCGCATCAATTCCGTATATCGCCGCCTTTTTCGGCGTATTGTTCGGCGGATATTGGTCTGACGGAATGATGAAACGGGGCGTCTCGGTGAACGTTGCCCGGAAAACGCCCGTCATCCTCGGTCTTCTGCTGACAGGCTCCATCGTGCTCGCGAATGTTACGGATTCTGCTCCTGCGGTTTTGACGATCTTATCCATTGCTTCTTTTGCGCAGGGCATGTCCAATATATCCTGGACGATGCTGAGTGAGGTGGCGCCAAGCGAGACAATCGGATTGGCAGGAGGCGTGTTTAACTTTTTCGCCAATATGGCCGGCATTATCACCCCGCTTATCATCGGGTTTATCGTTTCTGCGACCGGTTCATATAACGGAGCGATTCTGTTTGTCGGCGCTGTCGCATTTATCGGGGCATTTTCTTATATTTTCATTGTCGGAAAGGTGGAGCGCATTACGCTCCGATAG MKNETELTDFSPVRNKPTRARYVILILLFFITAINYIDRASVSIAAPSIQTSLNISPALLGVVFSAFSWTYTGMQIPGGLILDKFGSKRTYGVSLLIWSVFTGVQAFAASFGFLFGCRLIIGLAESPAFPANNRIVTTWFPRRERAFATGAYTAGEYVGLAFATPVLFWVLTAFDWRAVFISSGVLGLVFSIFWFKMYHEPNRCRKVNREELDYIREGGGLTEVSESAGRITWPDFVQLLKYRKLVGLYIGQFAVASTLFFFLTWFPTYLAEAKHMAFLKVGFAASIPYIAAFFGVLFGGYWSDGMMKRGVSVNVARKTPVILGLLLTGSIVLANVTDSAPAVLTILSIASFAQGMSNISWTMLSEVAPSETIGLAGGVFNFFANMAGIITPLIIGFIVSATGSYNGAILFVGAVAFIGAFSYIFIVGKVERITLR PGPT0002190_528 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_GALACTONATE_TRANSPORT,PGPT0002190-dgoT-K08194 NA NA D1-12_03295 789 asbF 3-dehydroshikimate dehydratase ATGAAACTGAGTTTTTGCACGACAGGATTTAAAAAAAAGCATATTTTCGACATCATTTCTTTCGCGAAGGAGCACTCCTTTGACGGAATCGAACTGTGGTACGGACACGCTAAACAATATATAGAGGAAATCGGCCCGCTCGACAGGCTTGATCAGCAGCTTCAGGAGGAAGGCATCGGGGTACCTGCCGTCAGTTTGTACACTGACTTCGCCACTCAGGATGAAAAGCAGGCGTTAAAGGATGTTCAAAGGGCATTAAGCGCGGCACGACAGCTGCACAGTCCCTTGATCAGAGTCTTTGCCGGCAATCTTCCTTCGCATCGGACGTCACCGGAAAAGTGGCAACGTGCGGTTGATCAATTTCAGCAGGCGGCACGGCTCGCAGATGACTATGAAGTCGATATCGGGCTTGAGATTCATTACGATACGTACGCGGATACACCGGAGGCGGCGCTGGCATTTTTGGAGGATGTCGGACATCCGCGGGTCCGCACCATTTTTGACGGCTCCAACCTACACGTCAATCACGTTGACCAAATGCCCGCTTTAGAAAAACTGTATCATACCGTCAGCCACATTCATCTGAAAAACTATCACTGGAATTTTGACAACTGGTATCTCAGCAAGCCAACTCCGATTTTTCAAGGAGATCTCGATCAAAAAGCATTTTTAAAAGAGCTGATGAACAGACAATATGACGGTTTTGTTTCTCTTGAGTATTTTGGAGAACATGCCTTTACGCATATAAAGGAATCGCTCCGCGAATATACGTCTGTTTTTTCCCGCTGA MKLSFCTTGFKKKHIFDIISFAKEHSFDGIELWYGHAKQYIEEIGPLDRLDQQLQEEGIGVPAVSLYTDFATQDEKQALKDVQRALSAARQLHSPLIRVFAGNLPSHRTSPEKWQRAVDQFQQAARLADDYEVDIGLEIHYDTYADTPEAALAFLEDVGHPRVRTIFDGSNLHVNHVDQMPALEKLYHTVSHIHLKNYHWNFDNWYLSKPTPIFQGDLDQKAFLKELMNRQYDGFVSLEYFGEHAFTHIKESLREYTSVFSR PGPT0003570_108 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-PETROBACTIN_BIOSYNTHESIS,PGPT0003570-asbF-K15652 NA NA D1-12_03296 594 tmrB Tunicamycin resistance protein ATGATCATTTGGATAAATGGGGCTTTCGGTTCCGGAAAAACACAAACAGCGTTTGAACTGCACAGAAGACTGAAACCGTCTTACGTATATGATCCTGAAAAGATGGGGTTTGCGATGCGTTCGATGATACCGCCGGATATCGCTGATGATGACTTTCAAAGCTACCCTCTGTGGCGGGAATTCAATTACAGCATGCTTTCCTATTTGTCAGATACATATCAGGGCATCATCATTGTGCCCATGACCATTACGAACGATCAATACTTCCATGACATGATCAGCAGGCTGAGACAGGATGGCCGGACCATTCACCACTTTACCCTGCTGGCTTCAAAGAAAACATTGCTGAAACGCCTGCGCACCAGAGCGGAAGGAAAAAACTCCTGGGCCGCAAAACAAATCGACCGCTGCATCAACAGCCTGTCTCATAGCCTCTTCACAGAACATCTCCATACAGACCAAATGTCTATTCAGCAGGTCGCAGAAACGATCGCTGCCCAAGCAAATCTGCCTCTTGAGCCTGATTCGAGAGGCAGCCTTCGAAGATTCACCGACAGATTGATGGTGAATCTGAATCATATCCGCATCAAATAA MIIWINGAFGSGKTQTAFELHRRLKPSYVYDPEKMGFAMRSMIPPDIADDDFQSYPLWREFNYSMLSYLSDTYQGIIIVPMTITNDQYFHDMISRLRQDGRTIHHFTLLASKKTLLKRLRTRAEGKNSWAAKQIDRCINSLSHSLFTEHLHTDQMSIQQVAETIAAQANLPLEPDSRGSLRRFTDRLMVNLNHIRIK NA NA NA NA NA D1-12_03297 279 hypothetical protein ATGAAATTCAAAAAAGTGTTAACCGGTTCTGCGCTGTCTCTTGCCTTACTGATGTCTGCCGCTCCTGCCTTTGCCGCATCACCAACAGCATCCGTGGAAAATAGCCCAATCTCAACGAAAGCAGATGCCGGCATTAATGCCATCAAACTCGTTCAAAGCCCTAACGGCAACTTCGCTGCTTCTTTCGTTTTAGATGGAACAAAGTGGATTTTTAAAAGCAAATACTATGACAGCAGCAAAGGGTATTGGGTAGGGATTTATGAAAGTGTAGATAAATAA MKFKKVLTGSALSLALLMSAAPAFAASPTASVENSPISTKADAGINAIKLVQSPNGNFAASFVLDGTKWIFKSKYYDSSKGYWVGIYESVDK NA NA NA NA NA D1-12_03298 819 nadE COG0171 NH(3)-dependent NAD(+) synthetase ATGAGCATCCAGAAACAAATTATGAATGATCTCCATGTAAAGCCCTCAATTGATCCGAAACAAGAAATTGAGGACAGAGTGAACTTTCTGAAACAATATTTAAAAAAAACAGGTGCCAAAGGCTTTGTGCTCGGCATCAGCGGGGGGCAGGATTCCACGCTTGCGGGACGCCTCGCCCAGTTGGCGGCTGAAAGCATCAGAGAAGAAGGCGGAAACGCTGAATTTATCGCCGTCCGCCTTCCGCACGGCACACAGCAGGATGAGGATGACGCCCAATTGGCGCTCAAATTCATTAAACCTGATAAATCATGGACATTTGATATTAAGTCCGCTGTCAGCGCGTTCGCTGATCAGTATAAAAAAGACACGGGCGATCAGCTGTCTGACTTTAACAAAGGAAATGTAAAAGCCAGAATGAGAATGATCGCTCAATATGCCATCGGCGGACAAGAGGGGCTGCTTGTCATCGGAACCGACCATGCGGCCGAGGCGGTGACCGGTTTCTTCACGAAATACGGTGACGGCGGAGCTGATCTGCTGCCGCTGACCGGATTAACGAAACGCCAGGGCAGACGTTTATTAGAAGAACTCGGCGCGCCGGAACGCCTGTATTTGAAATTACCGACGGCCGATCTGCTCGATGAAAAACCGCAGCAGACTGATGAGACCGAACTCGGCATCACATACAATGACATTGATGATTATTTAGAAGGCAAGGATGTTTCTTCCGAAGTGATTGAAGCGCTGGAAAAACGCTACCTCAGTACGGAGCATAAGCGCCAGGTGCCGGCATCGATGTTTGATGATTGGTGGAAATAG MSIQKQIMNDLHVKPSIDPKQEIEDRVNFLKQYLKKTGAKGFVLGISGGQDSTLAGRLAQLAAESIREEGGNAEFIAVRLPHGTQQDEDDAQLALKFIKPDKSWTFDIKSAVSAFADQYKKDTGDQLSDFNKGNVKARMRMIAQYAIGGQEGLLVIGTDHAAEAVTGFFTKYGDGGADLLPLTGLTKRQGRRLLEELGAPERLYLKLPTADLLDEKPQQTDETELGITYNDIDDYLEGKDVSSEVIEALEKRYLSTEHKRQVPASMFDDWWK PGPT0013445_2227 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013445-nadE-K01916 NA NA D1-12_03299 597 hypothetical protein ATGACACAGCAATTTATCGTACCGCCGAAAAAAGGGCTCGGCCTGAAGGTTCACAAAGGGCAGATTATAAAAGTAGTCGATGTGGAAGGGCAGCAGGTGGCTGATTTTACGGCGTATCATGCCAAGGACTTTTATGAACATCTTGATCAGGGCGCGACGATTGATGCCAACCAGTCCATTCATGTAAAAACGGGTGATCATATTTATTCGAATTTATACAAGCCGATGCTGACGCTGATTGAGGATACAGTCGGCAAGCATGACCTGCTGCTTCCCGCCTGCCGTCCGGATATGAACAGGCTTTTATACGGAAAGCATAAAGACGAGCTCCAGGATACGTGCTATGACAATATGAGCGGGGCGCTTGAACCGTTCGGGGTGCCGCGGCCGCATATGCATTACCCATTTGCCATCTTTATGAACACGGTGCTCGATGAGAAGGGGAACTTATCAGTCGAAACGCCTCTTTCTGACGCGGGTGATTATGTACGGCTCCGTGCGGAAATGGATCTCGTCGTCGCGTTTTCATCCTGTCCGATTGAAAAAGGAAAATGCAACGGAGACAGCATCACGGCGCTGCGGGTGGAAATCAGCTGA MTQQFIVPPKKGLGLKVHKGQIIKVVDVEGQQVADFTAYHAKDFYEHLDQGATIDANQSIHVKTGDHIYSNLYKPMLTLIEDTVGKHDLLLPACRPDMNRLLYGKHKDELQDTCYDNMSGALEPFGVPRPHMHYPFAIFMNTVLDEKGNLSVETPLSDAGDYVRLRAEMDLVVAFSSCPIEKGKCNGDSITALRVEIS PGPT0001000_1711 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-UREA_USAGE N-AQUISITION-UREA_METABOLISM,PGPT0001000-ycgI-K09967 NA NA D1-12_03300 1329 potE Putrescine transporter PotE ATGAGTAAATCACAGGACCAGCCTAAAGGGAATCTCGCTTGGTGGCAGCTCTCCTTAATCGGCGTCGGCTGCACAATCGGGACGGGCTTTTTTCTCGGGTCCAGCATCGCTATTGTCAAAAGCGGATTTTCCGCGCTGATCTCATTTCTTATTGCCGGGCTTGGCACCTATTTTGTCTTTGAGCAGCTCGCGAAGCTCTCGGCCAAACAGCCCGAAAAGGGGTCTTTTTGCGCTTATGCGAGAAAGGCTTTCGGCACTTGGGCCGGTTTCAGCAACGGATGGGTGTACTGGTCGTCCGAGATGCTGATCACTGGAAGCCAGCTGACAGCGATCTCGCTATTTACGAAGCATTGGTTTCCGAATGTGCCGCTGTGGATTTTCGCCTCCATCTATGCGGTGCTCGGTCTCTTGATTATATTTACGGGGCTGTCCGTTTTTCAAAAAACGGAAAATGTGCTCGCTGTTGTCAAGACGGCGGCGATTGTTATGTTTATCGTCATCGCCATATTGGCGCTGTGCGGTATATTTTCTCATAAACCGGATGTGCAGGTGCCGAACGAATCAAAGGATTTGTTCCCGCACGGAGCGATGGGGTTATGGACCGGATTGATTTATGCGTTTTACGCCTTCGGAGGAATTGAAGTCTTGGGGCTGATGACCGTGCATTTGAAAAAGCCGGAGGAAGCCTCAAAATCAGGCCGGCTGATGCTTGCCGTTCTTGCGGTGATTTACGTCATTTCTCTCGGCCTGGCGCTGCTGTTAGTGCCGCTGGGCAAATTCACCGAACAGGACAGCCCGTTTATTACATCGCTGAAGGGTTTTCATTTAGATATCATTCTTGATATTTTTAACGGGATTTTTATTATTGCGGGATTTTCCACGCTCGTCGCCTCGCTGTTTGCCGTGACGACATTGCTTTGTACGATGGCAGATGACGGAGATGCGCCGAAATGCTTCAGATTAAAGGAAAACAAAAAAATCTGCTGGCCTGCGCTCGGATTGACGTTTGCCGGACTCATCGTCTCCATCATCCTGTCATTGGTGCTGCCGAAAAATATATATGAACACATGACGACCGCGGCGGGCCTGATGCTTCTTTATACGTGGCTGTTCATTTTGTTCTCGGGCAAGAAACTGCTCGAAACGACAAAGATGGGAACCGTACAGATTGTTATCGCCCTTGTGCTGATTGTCGCGGCCGTCTACGGGACGCTGTTTGAGAAATCGAGCCGGCCCGGTTTTCTGGTCAGCCTTTGTTTTCTCGCCGTCATTGCGATCGTGACATGGATCGTACAAAAAAAGCAGGGACACAGCCCTGCCGGATCATAG MSKSQDQPKGNLAWWQLSLIGVGCTIGTGFFLGSSIAIVKSGFSALISFLIAGLGTYFVFEQLAKLSAKQPEKGSFCAYARKAFGTWAGFSNGWVYWSSEMLITGSQLTAISLFTKHWFPNVPLWIFASIYAVLGLLIIFTGLSVFQKTENVLAVVKTAAIVMFIVIAILALCGIFSHKPDVQVPNESKDLFPHGAMGLWTGLIYAFYAFGGIEVLGLMTVHLKKPEEASKSGRLMLAVLAVIYVISLGLALLLVPLGKFTEQDSPFITSLKGFHLDIILDIFNGIFIIAGFSTLVASLFAVTTLLCTMADDGDAPKCFRLKENKKICWPALGLTFAGLIVSIILSLVLPKNIYEHMTTAAGLMLLYTWLFILFSGKKLLETTKMGTVQIVIALVLIVAAVYGTLFEKSSRPGFLVSLCFLAVIAIVTWIVQKKQGHSPAGS PGPT0020806_196 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_GENERAL_AMINO_ACID_TRANSPORT,PGPT0020806-ycgH-K16237 NA NA D1-12_03301 762 hypothetical protein ATGGCAAGCGAGCTGTACACAAAAAGTTGCCTTGAGGAAAAGTTATTGGATCTGCCAAATTGGCAGAGAATCGCTTTTGAGCTTCTATCAGAAAAAGTAGGCGATAAAGCGGACGCGTTTCCGTGCATTCCCGGACGTCAGGGATTTTTGACAGATCAGCTCCGGATATCCTTTGCGGGTGATCCCCGCGAAGAGGGAACCCCGGAGGAAGTGGGACTACTGCTGTCCGAGTACGGAAAGATCTCAAGGAATACCGGAAAATACGCGTCGCTGCTTGTGATTTTTGATACGCCTGAGGATTTAGCTGAGTATTATTCCATTGAGGCGTATGAAGAGCTGTTCTGGTCTTTTTTAAACCGGCTGAGCGGCTGCGATCCGAAAGACTGGCCGGAAGACATACCGGAAGACCCTGAACATTATAAATGGGAGTTCTGCTTTGACGGCGAGCCGTATTTTATTCTGTGCGCGACGCCTGCGCATGAAGCGAGACAAAGCAGAAGCTTCCCGTTTTTTATGCTGGCGTTTCAGCCGAGATGGGTTTTCGAAGGATTAAATGATTCAACCGCGTTCGGACGAAACATGAGCCGGCTGATCAGAAAACGCTTAGAGGCGTATGATGAAGCCCCTCTTCATCCCCGATTGGGGTGGTACGGAGGAAAAGACAATTTAGAATGGAAGCAATATTTCCTCCGTGATGATGAGACGCAAGTGTCAAAGTGTCCCTTTTCTTATTTGAAGAGACTGTTTAAACCGACGAAATAA MASELYTKSCLEEKLLDLPNWQRIAFELLSEKVGDKADAFPCIPGRQGFLTDQLRISFAGDPREEGTPEEVGLLLSEYGKISRNTGKYASLLVIFDTPEDLAEYYSIEAYEELFWSFLNRLSGCDPKDWPEDIPEDPEHYKWEFCFDGEPYFILCATPAHEARQSRSFPFFMLAFQPRWVFEGLNDSTAFGRNMSRLIRKRLEAYDEAPLHPRLGWYGGKDNLEWKQYFLRDDETQVSKCPFSYLKRLFKPTK NA NA NA NA NA D1-12_03302 630 hypothetical protein ATGAACATCTTTTTAAGCTACATCGTTCTCGGGCTGTCATTGTCAGCACCTGTCGGACCGGTCAATGCGGCGCAAATTGACAAAGGCATCAAAAACGGCTTTTGGCATGCATGGATTTTCGGTCTCGGCGCTATGGCCGCGGACGGGCTGTATATGATTCTGATCTATTTCGGGCTGTCTCAATTTTTGACCGCTCCTTTTGTAAAAACGTTTTTGTGGCTCTTCGGTTTTTTCGTGCTGACCTATACGGGAGTCGAAACGCTAAAAAATATCAGGGAAGCCATGAATGTCAGAAGCGGAAAAGGAAAACCGGCTTTTTACAAAACATTCGGCGCGGGATTTTTTATTTCTCTTTCCAATCCGCTGAGCATTTTATTCTGGCTCGGCATATACGGCAGCATCCTCGCTAAAACCGCTGAATCCTTCGATGCAAATCAGCTTTTGATTTACAGCTCCGGCATTCTTCTCGGCATTTTGATCTGGGATTTCTGCATGGCGGTCGCCGCGAGCACTTTCAGAAATCTCCTTCATGAAAAAGCGCTCCGCTGGCTGACGGGAGCGGCGGGTGTGTCTTTGATCGTTTTCGGGTTTTATTTCGGATGGCAGGGGATTCAAATGCTCATCTCATAA MNIFLSYIVLGLSLSAPVGPVNAAQIDKGIKNGFWHAWIFGLGAMAADGLYMILIYFGLSQFLTAPFVKTFLWLFGFFVLTYTGVETLKNIREAMNVRSGKGKPAFYKTFGAGFFISLSNPLSILFWLGIYGSILAKTAESFDANQLLIYSSGILLGILIWDFCMAVAASTFRNLLHEKALRWLTGAAGVSLIVFGFYFGWQGIQMLIS PGPT0020651_748 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 D1-12_03303 462 hypothetical protein TTGTCAACAAGAAATACCAGAAGCGAGACGGAGGAAACCGCGATACAGTTATTCCGGAAGATGGCCACAAGAACGATCCTTTTTCATCAGGCCGCCGCTCAATCTCTCGGTCTGTTTCCGACCGATTTGAAATCAGCTGATATCTTAAATGAAGCAGGCCCGATGACCGCAGGCGAGCTTGGGAAAAAAACCGGCCTCAGCACAGGTTCGGTAACGGCGCTCATTGACCGGCTCGAAAAAGCGGGATATGTCATGAGGAAAAAAGACCCCGAAGACAAACGGCGTGTGATCATCGTGCCGCTGACAGCAGGAAAAGCGAATGTGAAGCAATTGTTCAGCTCCTTATCCCAGTCCACGATCAGCCTTTGCCGGCAATATAAAGAAGAAGAACTGCGGCTGATATTCGATTTTTTAGGAAAAGCGACGGACATGATGGAAGACGAGCTTGAGAAATTAAAATAA MSTRNTRSETEETAIQLFRKMATRTILFHQAAAQSLGLFPTDLKSADILNEAGPMTAGELGKKTGLSTGSVTALIDRLEKAGYVMRKKDPEDKRRVIIVPLTAGKANVKQLFSSLSQSTISLCRQYKEEELRLIFDFLGKATDMMEDELEKLK NA NA NA NA NA D1-12_03304 1533 bmr3_3 Multidrug resistance protein 3 ATGGAACAAACAGCCGCGAAGGACGCCACGACAAAGTTTGTCGTCATCGGTCTTTTGCTGGGCATTTTAATGTCGGCTATGGATAATACAATCGTTGCCACTGCGATGGGAAATATCGTGGCGGACCTCGGAAGTTTCGATAAGTTCGCGTGGGTGACGGCATCATACATGGTAGCCGTTATGGCCGGTATGCCGATTTATGGAAAACTGTCCGATATGTACGGACGCAAACGTTTCTTTTTATTCGGTCTTATTCTTTTCTTAATCGGATCTGCATTATGCGGAATCGCCCAAACAATGGATCAGCTCATTATTTACCGCGTTATTCAGGGAATCGGCGGAGGCGCGCTGATGCCGATCGCCTTCACGATCATTTTTGATTTATTTCCGCCGGAAAAACGCGGAAAAATGTCGGGCATGTTCGGTGCCGTTTTCGGCCTTTCCAGCGTTCTCGGGCCGCTTTTAGGCGCGCTCATTACCGACTCCATCAGCTGGCACTGGGTGTTTTACATCAACGTGCCGATCGGTATTTTATCATTGTTTTTCATTCTGCGTTATTATAAAGAGTCCCTTGAACACAAGAAACAGAAAATCGACTGGGCCGGCGCAATCACGCTGGTGGTTTCCATTGTCGGTCTGATGTTCGCTCTTGAGCTCGGCGGAAAAACGTATGATTGGAACTCCGTGCAGATCATCGGTCTGTTCGCTGTATTCGCCGTGTTCTTTATCGCCTTTTTTATTGTGGAAAGAAAAGCGGAAGAACCGATTATCTCATTTTGGATGTTTAAAAACCGTTTATTTGCTACGGCACAGATTCTGGCGTTCCTTTACGGAGCCACGTTCGTCATTTTAGCGGTGTTTATCCCGATCTTCGTTCAGGCTGTGTACGGAAGCACCGCGACAAGCGCGGGCTTTATTTTGACGCCGATGATGATCGGTTCTGTTATCGGAAGTATGATCGGCGGAATTTTCCAGACGAAAGTGCGGTTCCGCAATTTAATGCTGATTTCCGTGGTCGCTTTCTTTATCGGAATGCTGCTGCTTTCCAATATGACACCGGATACGGCGCGTACGATGCTGACGGTATTCATGCTGATCTCAGGATTCGGCGTCGGCTTTAACTTCTCACTGCTGCCGGCCGCGTCCATGAACGATCTGGAGCCGCGTTACCGCGGAAGCGCCAACTCAACAAACTCGTTTTTGAGATCATTCGGCATGACACTCGGTGTGACGATTTTCGGAACCGTCCAGACGAATGTGTTTACCAATAAGCTCACAGATTCATTCAGCGGCATGAAAGGAGCGGGCGGCGCGATGCAGAACATCGGAAATCCGCAGGAGATCTTCCAGGCCGGCACGCGCGCTCATATTCCGCCGTACATTCTGGATCGCATTATTGACGCCATGTCGCAAAGCATCACATATGTATTTACGCTTGCGCTGGCGCCGATCGTCATTGCGGCCGTTACCATTTTGTTTATGGGAAAAGCGAGAGTAAAAACCTCTCAGGAAATGGCGAAAAAAGCGAATTAA MEQTAAKDATTKFVVIGLLLGILMSAMDNTIVATAMGNIVADLGSFDKFAWVTASYMVAVMAGMPIYGKLSDMYGRKRFFLFGLILFLIGSALCGIAQTMDQLIIYRVIQGIGGGALMPIAFTIIFDLFPPEKRGKMSGMFGAVFGLSSVLGPLLGALITDSISWHWVFYINVPIGILSLFFILRYYKESLEHKKQKIDWAGAITLVVSIVGLMFALELGGKTYDWNSVQIIGLFAVFAVFFIAFFIVERKAEEPIISFWMFKNRLFATAQILAFLYGATFVILAVFIPIFVQAVYGSTATSAGFILTPMMIGSVIGSMIGGIFQTKVRFRNLMLISVVAFFIGMLLLSNMTPDTARTMLTVFMLISGFGVGFNFSLLPAASMNDLEPRYRGSANSTNSFLRSFGMTLGVTIFGTVQTNVFTNKLTDSFSGMKGAGGAMQNIGNPQEIFQAGTRAHIPPYILDRIIDAMSQSITYVFTLALAPIVIAAVTILFMGKARVKTSQEMAKKAN NA NA NA NA NA D1-12_03305 954 ldh_2 COG0039 L-lactate dehydrogenase ATGATGAACGAACGAGTGAACAAAGTAGCATTAATCGGAGCAGGTTTTGTTGGAAGCAGTTATGCATTTGCGTTAATTAACCAAGGGATCACAGATGAACTTGTGATCATTGATGTAAATAGAGAAAAAGCCATGGGAGATGTCATGGATTTAAATCACGGAAAGGCATTTGCGCCTCATCCGGTCAAAACGTCTTACGGCACATATGAGGATTGCAAGGATGCCGATATCGTGTGCATCTGTGCAGGGGCCAATCAAAAACCGGGCGAAACGAGACTTGAGCTGGTCGAAAAAAATCTCGCCATTTTTAAAAGCATTGTCGGTGAAGTAATGGCAAGCGGATTTGACGGCATCTTCCTCGTTGCCACAAACCCGGTCGACATTCTCACTTATGCGACATGGACATTCAGCGGGCTGCCGAAAGAACGCGTCATCGGCAGCGGCACGACACTGGATTCTGCGCGATTCCGTTATATGCTGAGTGAATACTTCGGAGCCGCTCCGCAAAACGTACACGCCCACATTATCGGCGAGCACGGCGATACCGAGCTTCCTGTATGGAGTCACGCCAATATCGGCGGAGTGCCGGTGCAGCAATTGCTGGAGAAAAATGCAGCTTACAAACAGGACGAGCTGGATCAGATCGTTGACGATGTGAAAAACGCGGCCTACCATATTATCGAGAAAAAAGGCGCGACATATTACGGAGTGGCGATGAGCCTCGCCCGCATCACAAAAGCGATTTTGCGTAATGAAAACAGCATTTTAACCGTCAGCACATATCTGGACGGCCAATACGGTGTTAACGACGTCTTTATCGGCGTTCCGGCCGTCGTCAATCGGAACGGCATCGCAGGTGTGACGGAACTTGAGCTGAATGAAACAGAACAGGCTCAATTCAGCCGCAGCGCAAACGTGCTGAAAGATATTCTCGCTCCGCATTTCGCAGAGTAA MMNERVNKVALIGAGFVGSSYAFALINQGITDELVIIDVNREKAMGDVMDLNHGKAFAPHPVKTSYGTYEDCKDADIVCICAGANQKPGETRLELVEKNLAIFKSIVGEVMASGFDGIFLVATNPVDILTYATWTFSGLPKERVIGSGTTLDSARFRYMLSEYFGAAPQNVHAHIIGEHGDTELPVWSHANIGGVPVQQLLEKNAAYKQDELDQIVDDVKNAAYHIIEKKGATYYGVAMSLARITKAILRNENSILTVSTYLDGQYGVNDVFIGVPAVVNRNGIAGVTELELNETEQAQFSRSANVLKDILAPHFAE PGPT0001760_1721 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-PYRUVIC_ACID_BIOSYNTHESIS,PGPT0001760-ldh-K00016 NA NA D1-12_03306 1980 amyE Alpha-amylase ATGTTTAAAAAACGATTCAAAACCTCTTTACTGCCGTTATTCGCCGGATTTTTATTGCTGTTTCATTTGGTTTTGTCAGGCCCGGCGGGTGCAAACGCTGAAACTGCAAACAAATCGAATGAGGTGACCGATTCATCGGTCAAAAACGGGACCATCCTTCATGCATGGAATTGGTCATTCAATACGTTAACAGAAAATATGAAAGAGATTCGTGATGCGGGTTATGCAGCTATTCAGACGTCTCCGATTAACCAAGTAAAGGAAGGGAACCAAGGAGATAAAAGCATGTCGAACTGGTACTGGCTCTATCAGCCGACATCGTACCAAATCGGCAACCGTTACTTAGGCACTGAACAAGAATTTAAGGACATGTGTGCAGCCGCGGAAAAGTATGGCGTAAAAGTCATTGTCGATGCGGTTGTCAATCATACCACCAGCGATTATGGCGCGATTTCTGATGAGATTAAGCGTATTTCAAACTGGACCCATGGAAACACACAAATTAAAAATTGGTCGGACCGATGGGACATCACTCAAAATGCATTGCTTGGGCTGTATGATTGGAATACTCAGAATACTGAGGTGCAAGCCTACCTGAAAGGTTTCTTGGAAAGAGCATTGAATGACGGAGCAGACGGGTTCCGCTATGATGCCGCCAAGCATATAGAGCTTCCGGATGATGGGAATTACGGCAGCCAATTTTGGCCGAATATCACAAATACATCGGCGGAGTTCCAATACGGAGAAATCCTGCAAGACAGCGCGTCCAGAGATACTGCTTATGCGAATTATATGAATGTGACGGCTTCTAACTATGGGCATTCCATCAGATCCGCTTTAAAGAATCGTAATCTGAGTGTGTCGAATATCTCCCATTATGCATCTGATGTGTCTGCGGACAAGTTAGTCACATGGGTGGAATCACATGATACGTATGCCAATGATGATGAAGAGTCCACATGGATGAGTGATGACGATATTCGTTTAGGCTGGGCAGTGATTGGTTCCCGCTCAGGAAGCACGCCTCTTTTCTTTTCCAGACCTGAGGGCGGAGGAAATGGTGTAAGATTTCCCGGAAAAAGTCAAATAGGAGATCGCGGGAGCGCCTTATTTAAAGACCAGGCGATCACTGCGGTCAATCAATTTCACAATGAAATGGCCGGGCAGCCTGAGGAACTCTCAAATCCGAATGGCAACAATCAAATATTTATGAATCAGCGCGGCTCAAAAGGCGTTGTGCTGGCAAATGCAGGATCGTCTTCTGTCACCATCAATACTTCAACGAAATTACCTGACGGCAGGTATGATAATAGGGCCGGCGCCGGTTCATTTCAAGTAGCGAACGGCAAACTGACAGGTACGATCAATGCCAGATCCGCGGCTGTTCTTTATCCTGATGATATTGGAAATGCGCCTCATGTCTTTCTTGAGAATTACCAAACAGAGGCAGTCCATTCTTTCAATGATCAGCTGACGGTCACCCTGCGTGCAAATGCGAAAACAACAAAAGCCGTTTACCAAATCAATAATGGGCAGGAGACAGCATTTAAGGATGGAGACCGATTAACGATCGGGAAAGAAGATCCAATCGGCACGACATACAACGTCAAGTTAACCGGAACGAACGGCGAGGGTGCATCGAGAACCCAAGAATACACGTTTGTCAAAAAAGACCCGTCCCAAACCAACATCATTGGCTATCAAAATCCGGATCATTGGGGCAATGTAAATGCTTATATTTACAAACATGATGGAGGCGGGGCCATAGAATTAACCGGATCGTGGCCGGGGAAAGCCATGACTAAGAATGCAGATGGAATTTACACACTGACGCTGCCTGCGAATGCGGATACGGCCGACGCCAAAGTGATTTTTAACAATGGCAGCGCCCAAGTGCCCGGACAGAACCATCCCGGCTTTGATTATGTGCAGAATGGTTTGTATAACAACTCTGGTTTGAATGGTTATCTTCCGCATTAA MFKKRFKTSLLPLFAGFLLLFHLVLSGPAGANAETANKSNEVTDSSVKNGTILHAWNWSFNTLTENMKEIRDAGYAAIQTSPINQVKEGNQGDKSMSNWYWLYQPTSYQIGNRYLGTEQEFKDMCAAAEKYGVKVIVDAVVNHTTSDYGAISDEIKRISNWTHGNTQIKNWSDRWDITQNALLGLYDWNTQNTEVQAYLKGFLERALNDGADGFRYDAAKHIELPDDGNYGSQFWPNITNTSAEFQYGEILQDSASRDTAYANYMNVTASNYGHSIRSALKNRNLSVSNISHYASDVSADKLVTWVESHDTYANDDEESTWMSDDDIRLGWAVIGSRSGSTPLFFSRPEGGGNGVRFPGKSQIGDRGSALFKDQAITAVNQFHNEMAGQPEELSNPNGNNQIFMNQRGSKGVVLANAGSSSVTINTSTKLPDGRYDNRAGAGSFQVANGKLTGTINARSAAVLYPDDIGNAPHVFLENYQTEAVHSFNDQLTVTLRANAKTTKAVYQINNGQETAFKDGDRLTIGKEDPIGTTYNVKLTGTNGEGASRTQEYTFVKKDPSQTNIIGYQNPDHWGNVNAYIYKHDGGGAIELTGSWPGKAMTKNADGIYTLTLPANADTADAKVIFNNGSAQVPGQNHPGFDYVQNGLYNNSGLNGYLPH PGPT0018575_813 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-AMYLASE,PGPT0018575-amyA|malS-K01176 NA NA D1-12_03307 489 hypothetical protein ATGAATCAGCGTCGGAACGGACTTTCAAACGTGAATGGAAAGAGTGAGAGTGTGAAAGAGAAAGAACGAATGATTTGGTCAGAAGTCGGAATGCTTGTGGGCACACTGTCTTTGCTTGACATCATCGTACGCGGACTTGTTCTGAACTGTCCGTTTAGGGAATGGGCCGGAAGCTTGGCGGTTTTCTTCATTATAATTGTTTATTATTGCATCAGGGCGGGAGCGTCGGGAATGCTCATGCCGAGAATAGACACCAAAGAAGAACTGCAAAAGCGGGTGAAGCAGCAGCGGATAGATTCAATTGCGGTCACTTTTGCGGCAGCGGCGCTTACGATGTACGACAGGGGGTTTCCCCATACATTCTTTGCTTGGCTGAAAATGATCTTTCTTTTTATCGTCTGCGGAGGCATTCTGTTTCTGCTTCGGTATGTCATTGTGAAGCTGTCTTACAGAAGAGCGATAAAAGAAATAAAAAAGAAATCATCTTGA MNQRRNGLSNVNGKSESVKEKERMIWSEVGMLVGTLSLLDIIVRGLVLNCPFREWAGSLAVFFIIIVYYCIRAGASGMLMPRIDTKEELQKRVKQQRIDSIAVTFAAAALTMYDRGFPHTFFAWLKMIFLFIVCGGILFLLRYVIVKLSYRRAIKEIKKKSS NA NA NA NA NA D1-12_03308 1281 hypothetical protein GTGACGTCCGCCGTCCCGGGAAGCTATCATTCTTTGAACCAGTCTCCGGTCAGCCCGATCGCTTTTTTTACCGCGATTCAGGAAGGGATGACAAGTTCCGCGCCGATTATTTTTTTAATCCTGTTTACAGGCGGCACCATTGCGATTTTGGAGAAAACGGGCGCCATCAATGGATTGATCAATAATGTCATCAGTACGTTCCGCACAAAACAGCTGCTGTTTATTGCGATTGTCGGATCTCTATTTTCGATCCTCGGTACAACCGGCATCATCGTTAATTCCGTGATCGGCTTTATTCCGATCGGCCTGATTGTCGCCCGTTCGCTGAAATGGGACGCCGTGGCCGGAGCGGCAGTCATTTATATCGGCTGTTATGCCGGGTTTAACGCGACGATTTTATCACCTTCACCGCTCGGGTTATCACAAAGCATCGCGGAGCTGCCGCTGTTTTCCGGCATCGGCCTGCGGATTGCCGTCTACATTTGTTTTCTGCTATCATCTATTTTATATATTTATCGGTATACGAGAAAACTCAGAAAAGCAAAGGAAGCCAGTCTGCTGGGGAACGATTGGTTTCCGGCGGCAGGTTCACTCCCGCAGGTTTCTGAGCCGGAGGACAAGCATGTCCCGTTTACTGTCCGCCATAAACTGATTCTGGCTGTTGCGGCTTTGTCGCTTGCCGGCTTTTTATACGGTGCGCTTACTCTTGGCTGGTCTGATTCAGAGATGGCCGCCGTGTTCATTTTTATCTCAATCGTGTCCGGCCTGATTGCGGGAATGGCGGCAAATGATGTCGCAAAAACATTTATTACAGGCTGTCAGGGGCTCGTTTACGGCGCGCTGATCGTCGGAATGGCGAGAAGCATTTCCGTTATCCTGGAACATGGAAAGCTGCTTGATACGGTAGTCAATGGACTTGCGTCACTGCTGCACGGTTTCAGCCCGATGGCAGGCGCAATCGGGATGTATATTTCCAGCGCCCTGCTTCATTTTCTGATTTCATCGGGCTCAGGGGAGGCGGTCGTATTTATTCCGATCTTGGCGCCGCTTGCCGATCTGATGGGCATCACGAGACAGGTCGCGGTTGAAGCGGTCATGCTCGGAGAAGGCGTCGTAAACTGTGTCAATCCGACTTCCGGCGTGCTGATGGCCGTACTGGCTGCCAGCGGCATTCCGTACGTAAAGTGGCTTCGCTTCATGATTCCGCTGGCGCTGATTTGGTTTGTCATCGGCCTCGTGTTTATTTGCATAGGCGTCCTGATCAATTGGGGTCCTTATTAA MTSAVPGSYHSLNQSPVSPIAFFTAIQEGMTSSAPIIFLILFTGGTIAILEKTGAINGLINNVISTFRTKQLLFIAIVGSLFSILGTTGIIVNSVIGFIPIGLIVARSLKWDAVAGAAVIYIGCYAGFNATILSPSPLGLSQSIAELPLFSGIGLRIAVYICFLLSSILYIYRYTRKLRKAKEASLLGNDWFPAAGSLPQVSEPEDKHVPFTVRHKLILAVAALSLAGFLYGALTLGWSDSEMAAVFIFISIVSGLIAGMAANDVAKTFITGCQGLVYGALIVGMARSISVILEHGKLLDTVVNGLASLLHGFSPMAGAIGMYISSALLHFLISSGSGEAVVFIPILAPLADLMGITRQVAVEAVMLGEGVVNCVNPTSGVLMAVLAASGIPYVKWLRFMIPLALIWFVIGLVFICIGVLINWGPY NA NA NA NA NA D1-12_03309 147 hypothetical protein ATGGCTGTTCCCAAGGCCGAACCTGTATTGAAAAAGAAGAAATTGTTTGTGATGCCTGATGCTTATGTGCTGCTGTTCATTGTCGCTTTACTATGCGCGATAGCATCGTACATCGTTCCCGCGGGGGAATTTGACAGGGTGACATAG MAVPKAEPVLKKKKLFVMPDAYVLLFIVALLCAIASYIVPAGEFDRVT NA NA NA NA NA D1-12_03310 1122 scmP_2 COG1473 N-acetylcysteine deacetylase ATGAACAGACTCACAGAGCATGAAAAGCAAGTCATTATGGATATTTTTGACCACCTGCACGCCAATCCCGAAGTAAGCTGGAAAGAATATCAAACAACTGAATATCTGACTGAAAAACTGAAAGCGGCCGGCTGCCGGACCCGCACGTTTGATGATTGTACCGGTGTTGTCGGCGAAATCGGAGAAGGCTCGCCCGTTGTGGCTGTCCGGGCGGATATTGACGCGCTGTGGCAGGAAGTGGACGGTGTCTTTCAGGCGAACCATTCATGCGGACATGATTCACATATGACGATGGCGCTCGGCACGATGATGCTTTTAAAAAGTCAGCCGCAGCTTCCGAAGGGCACCATCCGCTTTATTTTTCAGCCGGCGGAAGAAAAAGGCGGCGGAGCGCTGAAAATGATTGAAAAAGGCGTACTGGGTGATGTTGACTTCCTATACGGCGTGCACGTGCGCCCCGTACAGGAAACGGCAAACGGCCGATGCGCACCGTCCATTCTGCATGGCTCAAGCCAGCATATTGACGGCCTGATTATCGGAGAAGAAGCCCACGGCGCGAGACCGCATCTCGGCCTTAACAGTATCGAAATCGCCGCTCTTCTCGTCCAAAAACTCAGCTTCATTCATCTTGATCCCGGCATCCCGCATTCCGTGAAGATGACAAAGCTTCAGGCAGGCGGAGAGAGTTCCAATATCATCCCGGGAAAAGCATCGTTCAGCCTTGATCTCCGCGCACAGACCAATGCCGCCATGGAGAAATTAACCGCCGAAACCGAAAGAGCCTGCGAAGCGGCTGCTGCCGCATTCGGCGCAAAAATTGAACTGCAAAAAGAACACAGCCTCCCGGCAGCCGAGCGAAACAAGGAGGCGGAAGCCATCATGGCATCTGCGATAAGCGGCATTCTCGGAGAAGAACATGTGGATGAACCTCTTGTGACAACCGGTGGAGAGGATTTTCATTTTTACGGGTTAAAGGTGCCGAACTTGAAAACGACGATGCTCGGCCTGGGATGCGGTCTGGAGCCGGGACTTCACCATCCGCATATGACATTTGACCGAAGCGCCATCTTTACTGGCGTTGAGATATTAACGGCCGCCGTCCTCAAATCGTTTGAAGCTTAA MNRLTEHEKQVIMDIFDHLHANPEVSWKEYQTTEYLTEKLKAAGCRTRTFDDCTGVVGEIGEGSPVVAVRADIDALWQEVDGVFQANHSCGHDSHMTMALGTMMLLKSQPQLPKGTIRFIFQPAEEKGGGALKMIEKGVLGDVDFLYGVHVRPVQETANGRCAPSILHGSSQHIDGLIIGEEAHGARPHLGLNSIEIAALLVQKLSFIHLDPGIPHSVKMTKLQAGGESSNIIPGKASFSLDLRAQTNAAMEKLTAETERACEAAAAAFGAKIELQKEHSLPAAERNKEAEAIMASAISGILGEEHVDEPLVTTGGEDFHFYGLKVPNLKTTMLGLGCGLEPGLHHPHMTFDRSAIFTGVEILTAAVLKSFEA PGPT0013588_13 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013588-opuAC-NA NA NA D1-12_03311 882 opuAC COG2113 Glycine betaine-binding protein OpuAC ATGCTTAAGAAAATCATCGGTGTCGGCGTTACCGCTGCGCTGGCTCTTTCTTTGGCTGCCTGCGGTTCGCAGACTGATGGTAAGGCAACGGCTGCGGACCAGGTGAACAAAACCATTATCGGTATTGATCCGGGATCGGGGATCATGGCCCTGACGGATGAGGCCGTGAACGATTACGGATTGAAAGACTGGAATGTCGTCACGGCGTCAAGTGCTGCCATGACGGCGACATTGAAGAAATCATATGACCGGAAAAAGCCGATCATCGTAACGGGCTGGACGCCGCACTGGATGTTCTCCAGATACAAGCTGAAGTTCCTTGATGATCCGAAAAAAACGTACGGAACTGCCGAGCAGATTCATACGATTACAAGAACCGGCTTCAGTAAGGAACAGCCTAACGCGGCCAAAGTTCTCAGCCAGTTCAAATGGACGCAGGACGATATGGGAGAAGTCATGATTGCCGTTGAGGAAGGCGAAAAGCCGGCCAAAGCCGCTGCTGAATATGTGAAAAAACATAAAGATCAAGTAGCTCAATGGACAAAAGGCGCTCATAAAGTAAAAGGTGATAAAATCAACCTGGCTTATGTGGCGTGGGACAGTGAAATCGCAAGTACGAACGTGGTCGGAAAAGTATTTCAAGACCTCGGCTATGACGTGAAGCTGACGCAAGTGGAGGCAGGACCGATGTGGACTGCGATTGCGACAGGCAGCGCGGATGCGTCATTGTCTGCTTGGCTTCCGAATACCCATAAGGCATATGCGTCTAAATATAAAGGCAAATATGAAGATGTGGGAACGAGTCTGACAGGCGTCAAGATGGGTCTGGTCGTTCCTCAGTATATGAAAAACGTCAATTCAATTGAAGATTTGAAGAAGTAA MLKKIIGVGVTAALALSLAACGSQTDGKATAADQVNKTIIGIDPGSGIMALTDEAVNDYGLKDWNVVTASSAAMTATLKKSYDRKKPIIVTGWTPHWMFSRYKLKFLDDPKKTYGTAEQIHTITRTGFSKEQPNAAKVLSQFKWTQDDMGEVMIAVEEGEKPAKAAAEYVKKHKDQVAQWTKGAHKVKGDKINLAYVAWDSEIASTNVVGKVFQDLGYDVKLTQVEAGPMWTAIATGSADASLSAWLPNTHKAYASKYKGKYEDVGTSLTGVKMGLVVPQYMKNVNSIEDLKK PGPT0013588_97 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013588-opuAC-NA NA NA D1-12_03312 849 opuAB COG4176 Glycine betaine transport system permease protein OpuAB ATGGACAGATTGCCTAGAATTCCGTTAGCAGATATCGTTGACCGGTTTGTTGACTGGCTTACCATGACGTTCGGAGGTTTCTTTGACGGAATCTCAAACGGTTTGGCCGCTTTCGTAAACGCGATTGTGAGCGGTTTGGGTTTCATCCCGTCTATTTTATTGACTGTTATTTTTGCAGCTCTCGCTTGGTGGATCAGTACGAGAGGAATTGCACTCTTTACGTTAATCGGATTCCTTGTTATTGATTATTTGGGCTATTGGTCGCCGATGCTGCAAACGTTGGCGCTTGTCGTCACATCTGTTTTGATTTCCATTATTATCGGGGTTCCGATCGGCATATGGGCGTCTCAGAAAGAAACGGTCCGCCGCATTGTCACACCGATTCTGGATTTAATGCAGACCATGCCGGCTTTCGTATATCTGCTGCCTGCAATTTTCTTCTTTAATATCGGGGTTGTGCCAGGCGTCGTAGCATCTGTTATTTTCGCGATGCCTCCGACGATCCGCATGACGGTTCTCGGTATTAAACAAGTTCCGGCTGATTTGATCGAAGCGACGGAAGCATTCGGTTCAACGACGTCTCAGCGTCTGTTCAAGGTCCAGCTTCCGCTTGCCACAAAAACGATTCTTGCCGGTATTAACCAAAGCATCATGCTTGCTTTGTCAATGGTCGTTATCGCGGCCATGGTCGGTGCGCCGGGCCTCGGTTCTGAAGTATACAGCGCCGTGACACAGTTGAAAACCGGTGTCGGAGTGGAAGCGGGTATCGCGATCGTCATCGTAGCGATTACACTCGACCGTATCACGCAAAACATTAAAGTGAAGAAGAAGAGCAGGGGGAATGCCTGA MDRLPRIPLADIVDRFVDWLTMTFGGFFDGISNGLAAFVNAIVSGLGFIPSILLTVIFAALAWWISTRGIALFTLIGFLVIDYLGYWSPMLQTLALVVTSVLISIIIGVPIGIWASQKETVRRIVTPILDLMQTMPAFVYLLPAIFFFNIGVVPGVVASVIFAMPPTIRMTVLGIKQVPADLIEATEAFGSTTSQRLFKVQLPLATKTILAGINQSIMLALSMVVIAAMVGAPGLGSEVYSAVTQLKTGVGVEAGIAIVIVAITLDRITQNIKVKKKSRGNA PGPT0013587_143 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013587-opuAB-NA NA NA D1-12_03313 1257 opuAA COG4175 Glycine betaine transport ATP-binding protein OpuAA ATGAATTTGGATGAGAAACCAATTAAGATAAAAGTCGAAAATGTATCTAAGGTTTTCGGAAAACAGACAAAAAAAGCCATTCAGATGCTGTCCAGCGGAAAAAACAAAAAAGAGATCCTGAAAGCGACCGGATCAACCGTTGGTGTCAATCAAGCAAACTTTGATGTATATGATGGGGAGATATTTGTCATCATGGGTCTATCGGGGAGCGGTAAATCAACTTTAGTTCGGCTGTTAAACCGGCTTATTGAACCGACTGCCGGGAATATTTATATTGATGGTGACATGATAACAAATATGTCAAAAGACCAGCTCCGGGAAGTGCGCCGGAAAAAAATCAGCATGGTCTTTCAAAAATTTGCGCTGTTTCCGCACAGAACAATTCTTGAAAATACGGAATACGGCCTGGAGCTTCAAGGCGTCGACAAAAAAGAGCGTGAGCAAAAAGCGCTTGATTCGCTTAAACTTGTCGGTCTTGAAGGCTTTGAACACCAATTCCCAGATCAGCTCAGCGGAGGAATGCAGCAGCGTGTCGGACTTGCCCGCGCATTGACGAATGATCCTGACATTCTTCTGATGGATGAAGCTTTCAGTGCGCTTGATCCGCTGATCCGCAAAGACATGCAGGATGAGCTTTTAGACCTTCATGACTCTGTCGGCAAGACGATCATCTTCATCACGCATGATCTTGATGAAGCATTGCGCATCGGCGACAGAATCGTGCTGATGAAAGACGGTAACATCGTTCAGATCGGGACGCCTGAAGAAATTCTGATGAGCCCGTCCAATGAATACGTTGAGAAATTCGTTGAGGACGTTGATTTATCCAAAGTTCTGACAGCGGGCCACATCATGAAGCGCGCTGAAACCGTGCGGATTGACAAAGGGCCTCGTGTAGCGCTGCAGCTCATGAAGAATCTCGGTATTTCTTCTATTTACGCCGTTGATAAACAGAAACAGCTTCTCGGCGTCATTCACGCGGCGGATGCGAAAAAAGCGGTGGAATCCGACTTATCACTTCAGGATATTTTAAATACTGAATTTACGACTGTGCACGAAAGCACGTACTTGACGGAAATTTTCGATGTCGTGTCTGATGCGAATATTCCGATCGCCGTCACGGACGATAAGGACCGCATGAAAGGCATTGTCGTGAAAGGCGCATTAATCGGCGCGCTTTCAGGAAATAACGATTATATAAATGTTGAAGATTCTGCTGAACAAGCTCAGGATTCTTCTGTTCAGGGGGTGAAGTAA MNLDEKPIKIKVENVSKVFGKQTKKAIQMLSSGKNKKEILKATGSTVGVNQANFDVYDGEIFVIMGLSGSGKSTLVRLLNRLIEPTAGNIYIDGDMITNMSKDQLREVRRKKISMVFQKFALFPHRTILENTEYGLELQGVDKKEREQKALDSLKLVGLEGFEHQFPDQLSGGMQQRVGLARALTNDPDILLMDEAFSALDPLIRKDMQDELLDLHDSVGKTIIFITHDLDEALRIGDRIVLMKDGNIVQIGTPEEILMSPSNEYVEKFVEDVDLSKVLTAGHIMKRAETVRIDKGPRVALQLMKNLGISSIYAVDKQKQLLGVIHAADAKKAVESDLSLQDILNTEFTTVHESTYLTEIFDVVSDANIPIAVTDDKDRMKGIVVKGALIGALSGNNDYINVEDSAEQAQDSSVQGVK PGPT0013630_286 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 D1-12_03314 1203 naiP Putative niacin/nicotinamide transporter NaiP ATGAACAAACAACCTGCCGTCACTCCGCGAAAACTTCTGGCGATTGCCGGAATGGGCTGGCTGTTTGATGCGATGGATGTCGGAATTTTATCGTTTATTATCGCCGCGCTTCACACTGATTGGAATTTAACACCCGATCAAATGAAATGGATCGGAAGCGTCAATTCCATCGGTATGGCAGCGGGCGCCTTTGTATTCGGAATGCTGGCCGACAGGATCGGCCGGAAAAAAGTGTTTATGATCACGCTGTTATTCTTTTCTGTCGGAAGCGGCATATCCGCTTTCGCAACGGGATTGACGGTTTTTCTCATATTGCGTTTTCTGATCGGAATGGGGCTTGGCGGGGAACTGCCTGTCGCCTCAACGCTCGTGTCAGAAGCGTCCGCTCCCGAAAAGCGGGGACGGATCATCGTGCTGCTTGAGAGCTTTTGGGCCGCGGGCTGGCTTCTTGCGGCGGTGATTTCCTACTTTGTCATACCGTCATTCGGCTGGCAGGCCGCGCTGCTCTTAACGGCGCTGGCCGCATTTTATGCGCTGTACTTGCGGAAAAGCCTTCCGGAATCACCGGCGCATCAGGCATTGCCGCAGAAAAAAAGCATACGCGGGCAGGCGGGAAGTGTCTGGACGAAACCGTATATCCGGCCGACGGTGCTGCTGTCTGTCGTTTGGTTCTGCGTCGTCTTTTCATATTACGGCATGTTTTTATGGCTGCCGAGCGTGATGCTGATGAAAGGCTACAGCATGATTGAGAGCTTCGAATACGTCCTTCTGATGACACTTGCTCAGCTTCCCGGATATTTCTCTGCGGCGTGGCTGATCGAAAAAGCGGGGCGGAAGACCATCTTAGTCATCTATTTGCTCGGAACGGCGGGCAGCGCTTATTTCTTCGGTGCCGCGGATTCATTGGCCATGCTGCTCACAGCGGGCATGCTGCTGTCCTTCTTCAATCTCGGCGCATGGGGCGTGCTTTACGCCTATACACCGGAGCAGTATCCTGCGGCGATCCGTGCGACCGGTTCCGGCACAACGGCGGCTGTCGGCAGAATCGGCGGCATTTTCGGTCCGCTTCTCGTCGGATCGCTTGCAGCCCGGAACGTTTCGTTTACTGCAATTTTCGCCGTCTTTTGTGCGGCCATCCTGGTTGCTGTCATCACGATTCTTATTCTCGGAAAAGAAACGAAACAGACAGAGCTTGCGCAATGA MNKQPAVTPRKLLAIAGMGWLFDAMDVGILSFIIAALHTDWNLTPDQMKWIGSVNSIGMAAGAFVFGMLADRIGRKKVFMITLLFFSVGSGISAFATGLTVFLILRFLIGMGLGGELPVASTLVSEASAPEKRGRIIVLLESFWAAGWLLAAVISYFVIPSFGWQAALLLTALAAFYALYLRKSLPESPAHQALPQKKSIRGQAGSVWTKPYIRPTVLLSVVWFCVVFSYYGMFLWLPSVMLMKGYSMIESFEYVLLMTLAQLPGYFSAAWLIEKAGRKTILVIYLLGTAGSAYFFGAADSLAMLLTAGMLLSFFNLGAWGVLYAYTPEQYPAAIRATGSGTTAAVGRIGGIFGPLLVGSLAARNVSFTAIFAVFCAAILVAVITILILGKETKQTELAQ PGPT0014435_2121 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H+_SYMPORTER,PGPT0014435-ydjE-K08369 NA NA D1-12_03315 1089 TelA-like protein ATGACAGAAAATCAAAATCCGCTTGTTCTTGATAAAAATGAAGAGATTTCTGAACAGAAAGCAGATGACATCAGGGTGCAGCTGCGCCAAGACCCTGAGGTGCAGCGCATTTCGCAGCAGATTGACGTGAAAAACCAAATGGAGCTGCTTGAGTACGGAAAAGAACCGGCAGTTGAAATCTCGAAGTTCTCAGACCGCATCTTAAATATGATGAAAACAACAAGTGTCACGGATTCAGGCACAATGCTGACGCAGCTCGGAAAAATCATGGACCGTTTCGACAAAAATGATTTCGATGAACCAAAAGGATTTCTCGCTAAAATGTTCAAACGCGGCAACAGCATGATTGAAAAGATTTTTCAAAAGTACCGCACGTTGGGCGGAGAAATTGAAAAAATCCACGTCGAAATTTCAAAATACAAAGATGAAATGGCAAAGACGAACCATACGCTAGAAGAGATGTATGAAAACAACATTAACTACTACATGGAGCTTGAAAAATATGTCGTTGCCGGGCAGATGAAGCTTGAGGAAATGCAGGCGCTCATTCCTTCTTATGAAGAAAAAGCGGCAGGCGGAAACCAGCTTGCGCAAATGCAGCTCGATACGCTTCGTGACGGGCTTCAGGCGCTTGAGGAACGTGTCTATGATTTAGATATGGCGCGGATGGTGGCGCTGCAAACGGCGCCGCAGATCCGCCTCCTTCAGCGCGGAAATACGAAGCTCATCGGGAAAATCAATTCCGCTTTCGTCATTACGATTCCGATTTTCAAAAACGGCATCATTCAGGCTGTCACAGTGAAACGGCAAAAGCTTGTGGCTGATTCAATGAGCGAGCTTGACCGCCGCACGAATGAAATGCTGAAGCGCAACGCTGAAAATATTTCAAACCAAAGCGTGGAGATTGCCCGTATGGCAGGCCGTCCGAGCATTGACATTGAGACGATTGAAACGTCTTGGAACACGATTGTCAGCGGTATGCAGGAAACGAAACAGATCGAAGAAGAGAACAGACGTATCAGAGAAGACGGCGCGAAACGGATTCAACAGCTTCAGGATAATATTAAAAACGCAGTCTTAAAGAATTAA MTENQNPLVLDKNEEISEQKADDIRVQLRQDPEVQRISQQIDVKNQMELLEYGKEPAVEISKFSDRILNMMKTTSVTDSGTMLTQLGKIMDRFDKNDFDEPKGFLAKMFKRGNSMIEKIFQKYRTLGGEIEKIHVEISKYKDEMAKTNHTLEEMYENNINYYMELEKYVVAGQMKLEEMQALIPSYEEKAAGGNQLAQMQLDTLRDGLQALEERVYDLDMARMVALQTAPQIRLLQRGNTKLIGKINSAFVITIPIFKNGIIQAVTVKRQKLVADSMSELDRRTNEMLKRNAENISNQSVEIARMAGRPSIDIETIETSWNTIVSGMQETKQIEEENRRIREDGAKRIQQLQDNIKNAVLKN PGPT0004947_1 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_TUNGSTATE_RESISTANCE TUNGSTATE_RESISTANCE-YCE_SYSTEM,PGPT0004947-yceH-NA NA NA D1-12_03316 1623 hypothetical protein ATGAAGCAGGAAGAATTGGTGATCCGAAAGGCCGAGCCGGAAAACGGTGACTGGGAAACGTTTCTGATGCGGCCGCTGCCGGAACGTCCCGGTTATGAGCGGGAAAACGGGCTGGCGTTTACCCGGCTTGCCGTCCGGATTTTGGGCACTCCTTATGATGAGACGGAGTATTACAATAAGCTTTTCGAGCTGTCTTCTCATGAAAACATCCATGTGTTAAGCGAGACGCTGGATAAGACTATCGCGCCTGAAACGTTTCAGGCGCTCCAGCACATTCATTCCGTCAATCAAAAGGAGAAAGGGCTTTCGGTTTCCAGGTTTGTCGCGTTTCTCGATGGAGGCAGGCTGCTTGCCAAACACGCTGATCCGCTTATGCACCGCCGGCTGAGAACCGCGTTTATGACGCTTTTAGAAACCTTTGCGGACCGGCATGAAAACGGGCTGAATCATCCCGATTTCCGGCGTGTGCTCTTGGATGTGTCAAAGTTTTCGCTGAACCACCTGAATCCATGGCTCGAACAAGCCGATATAGAGCGTGAGATGCCGAAGGTGGTGTGGTATGGAGACGCTACCAAAAGCCAGCTCTATTTTCTCTATTATATAATGCTGATCGGCTGTGACGTCCTATTGTTTCATCCGGCTGCGGAAGATCCGTTCAGCTTGATTGATCCGGATGAGGAACTCAGCTTTGTGATAAAGCTCCCCGCAACAGGCGGCCTTGAGCCATTCCCGAAAGAAAAGCCGGACAGAACGTCCACGACGGCCTACCGGTCAACGAAAGAAATTGAGCATGTGCTGAATCATGAGGAATCCATGATGTATAAGCCTTGGCAGTTCAGGGATCATACCCCGCAGTCCGTGACATTAAAAACGACGTATGATGAGTTATTTCTCATTGCGAAGGAGCGGGCGTTTATCCGGCCGCAATTTAAAGCGGACAGGGAGCGGGTGGCCGTTCCGAACCTTTTTGCGAAAGTGATGGGGGTTTCCAAAGATACGAAAGAATATTGGAACAGACTCCATACCGCCGCGGACTATCAGGAGACACACATGATCCGCAGTTTTCCGTTTACGGAAGAGCTGAAAGCCAACTACCAGTATCACTACAGTCAGGTTTTGAACGAAGAAGGAGCGATTGACGCGGACAGGCTGAAAAGAAGCAACATCTGGCAGTACAAGCATCTGCCTTCAGGTGTGCAGAGCGCCATCGCCAATGTGATTTCTGACATGTGCAGAAACCCCGGGCTGAAGGCTTTGCCCGGCGAGCAGGCAAGGGATGCCGCAATCTATTTGTTCCGCCAGGCGACGAACCTGCCCGCTTCGCTGCTGCAATTGATTCAGACGTTTGATTACGCCCAAACCGTTCCGAAACTCGTTTTATATCATACGGAACAAAATGGCGAACTCACACGTTCTGACGCCGCCGCTCTGTTGTTTTTAAATAAATTCGGCGTCGATATCATCTTGTATAATCCGCCGGGGCATCAAGATATTGAGCATTATATTGAAGAAAGCCAATTTGATGTCCATTGGCTGGAGGACATGGTGTTTCGGCAGGAATATAAGGAGCCGTCACTCGTAAGAAAGCTGTTTAGAACCATTACGCAAAAGCAGGGAGAGTAA MKQEELVIRKAEPENGDWETFLMRPLPERPGYERENGLAFTRLAVRILGTPYDETEYYNKLFELSSHENIHVLSETLDKTIAPETFQALQHIHSVNQKEKGLSVSRFVAFLDGGRLLAKHADPLMHRRLRTAFMTLLETFADRHENGLNHPDFRRVLLDVSKFSLNHLNPWLEQADIEREMPKVVWYGDATKSQLYFLYYIMLIGCDVLLFHPAAEDPFSLIDPDEELSFVIKLPATGGLEPFPKEKPDRTSTTAYRSTKEIEHVLNHEESMMYKPWQFRDHTPQSVTLKTTYDELFLIAKERAFIRPQFKADRERVAVPNLFAKVMGVSKDTKEYWNRLHTAADYQETHMIRSFPFTEELKANYQYHYSQVLNEEGAIDADRLKRSNIWQYKHLPSGVQSAIANVISDMCRNPGLKALPGEQARDAAIYLFRQATNLPASLLQLIQTFDYAQTVPKLVLYHTEQNGELTRSDAAALLFLNKFGVDIILYNPPGHQDIEHYIEESQFDVHWLEDMVFRQEYKEPSLVRKLFRTITQKQGE PGPT0004946_1 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_TUNGSTATE_RESISTANCE TUNGSTATE_RESISTANCE-YCE_SYSTEM,PGPT0004946-yceG-NA NA NA D1-12_03317 774 alx COG0861 Putative membrane-bound redox modulator Alx TTGGATTTTCTACATCATATTATGTCGACCTACGCTTCCTTTTTTGATTGGAAAATGTGGGGTGAGGTGCTGACTGACCCTGTATCATGGGGGCTGATCGGTTCCTTGGTTCTGCTGGAAGGGCTGCTGTCGGCCGACAATGCGTTAGTGCTTGCGGTGATGGTAAGGCATCTGCCTGAAAAACAGCGGAAGAAAGCATTAACATACGGATTGTTCGGGGCATATATTTTCCGTTTTATCTTTATCGGGATCGGAATGCTGCTCATTAAGTTCTGGTGGATCAAAGTGCTTGGCGCGCTGTACCTGGCTTGGCTCGTCATTAAGCATTTCTGGATCGGAGAAGGTGATGACGATACGGAAGGCATGAAGAAAAATTCATGGATGGTCCGTACGTTCGGAATTTTCTGGGCCACTGTCGTTTCAGTTGAGTTAATGGATCTGGCCTTCTCTGTTGACAGCATTCTGGCCGCGTTTGCGGTATCGGAAAAAGTGTGGGTGCTCTTGATCGGCGGTATGCTTGGCATTCTCATGATGCGTACAGTCGCAAAAGTATTCCTTGTTTTAATTGATAAAATCCCTGAGCTTGAAAACACGGCTTTCGTGCTGATCGGGATTATCGCCGTGAAAATGGCGGCGAGCGCCTTTGATTATGAAATGCCGCACGTGGTGTTCTTCGGAATCATCATCGCTGCGTTTGTGGTAACGTTTATTATCCACTATTTCAACAAACAAAAGCAGGTTCAGGAGCAAACGGCTGCATCTAAAGAAGAATAA MDFLHHIMSTYASFFDWKMWGEVLTDPVSWGLIGSLVLLEGLLSADNALVLAVMVRHLPEKQRKKALTYGLFGAYIFRFIFIGIGMLLIKFWWIKVLGALYLAWLVIKHFWIGEGDDDTEGMKKNSWMVRTFGIFWATVVSVELMDLAFSVDSILAAFAVSEKVWVLLIGGMLGILMMRTVAKVFLVLIDKIPELENTAFVLIGIIAVKMAASAFDYEMPHVVFFGIIIAAFVVTFIIHYFNKQKQVQEQTAASKEE PGPT0003866_8 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_MANGANESE_RESISTANCE MANGANESE_RESISTANCE-RELATED_PROTEIN,PGPT0003866-yceF-NA NA NA D1-12_03318 579 yceD_1 COG2310 General stress protein 16U ATGGCTATTCAATTGGCGAAAGGACAGCGTGTTGATCTGACAAAAACGAACCCCGGTCTTACAAAAGCGGTGATCGGCTTAGGCTGGGATACGAACAAGTACTCCGGAGGGCATGACTTTGACCTTGACGCGTCGGCTTTTCTTGTCGATGCCCATGACAACTGTGTAAATGATCTTGATTTTGTTTTCTACAATAACCTGGAACACCCGAGCGGGGGCGTCATCCATACGGGAGACAACCGGACGGGCGAGGGCGAGGGAGACGATGAACAAATTATCGTCGACTTCTCAAAAATACCCGCAAATATTGAAAAGATCGGCATCACCGTCACGATTCATGATGCGGAAGCGCGCGGCCAAAATTTCGGACAAGTGTCTAACGCGTTCGTGCGCGTCGTCGATGAAAACAGCCAGAATGAACTGCTTCGTTTCGATTTAGGGGAAGACTTCTCGATTGAAACGGCGGTTGTCGTTTGTGAGCTTTACCGCCATGGGGCTGAGTGGAAGTTTAACGCCATCGGCAGCGGGTTTTCCGGCGGTCTGGCATCACTTTGCCGGAATTACGGCTTGCAGGTGTAA MAIQLAKGQRVDLTKTNPGLTKAVIGLGWDTNKYSGGHDFDLDASAFLVDAHDNCVNDLDFVFYNNLEHPSGGVIHTGDNRTGEGEGDDEQIIVDFSKIPANIEKIGITVTIHDAEARGQNFGQVSNAFVRVVDENSQNELLRFDLGEDFSIETAVVVCELYRHGAEWKFNAIGSGFSGGLASLCRNYGLQV PGPT0004910_448 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS LOW_TEMPERATURE_TOLERANCE LOW_TEMPERATURE-RELATED_ENZYMES,PGPT0004910-terD|terE|terF-K05795 NA NA D1-12_03319 582 yceD_2 COG2310 General stress protein 16U ATGGCAATTTCATTGGCAAAAGGACAAAAAGTAGATTTGACTAAAACAAATCCGGGTCTTTCTAAAGTCGTTGTCGGCCTTGGCTGGGATACAAACAAATACGACGGCGGACATGATTTTGATTTAGATTCCAGCGTCTTTCTATTAAATGAAGCAGGAAGATGCGCGTCGCCCGATGATTTCATTTTCTATAATCAGCTTGAAGGCGGAAACGGCTCTGTCGCACATTCAGGCGACAACCTGACAGGCCAGGGCGAAGGCGATGACGAAAGCGTAAGGGTCAACCTGAGCGCGGTGCCTGCCGCTATTGACAAAATTTCATTCGTCATCACGATTCATGAAGCGGAAGCGCGCGGCCAAAACTTCGGACAAGTTTCCAACGCGTTCGTGCGCATTGTCAATGAAGAGACAAATGAAGAGCTGATCCGTTATGATCTGGCTGAAGATTTCTCAATTGAAACAGCCATTATCGCAGGGGAGCTTTACAGACATAACGGCGAATGGAAATTTTCCGCGATCGGCTCAGGCTACCAAGGCGGACTGGCCCGTATTGCGACAGATTACGGCCTGCAAATCGGCTGA MAISLAKGQKVDLTKTNPGLSKVVVGLGWDTNKYDGGHDFDLDSSVFLLNEAGRCASPDDFIFYNQLEGGNGSVAHSGDNLTGQGEGDDESVRVNLSAVPAAIDKISFVITIHEAEARGQNFGQVSNAFVRIVNEETNEELIRYDLAEDFSIETAIIAGELYRHNGEWKFSAIGSGYQGGLARIATDYGLQIG PGPT0004910_213 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS LOW_TEMPERATURE_TOLERANCE LOW_TEMPERATURE-RELATED_ENZYMES,PGPT0004910-terD|terE|terF-K05795 NA NA D1-12_03320 597 yceC COG2310 Stress response protein SCP2 ATGGCGATCTCTTTACAAAAAGGACAGCGGATTGATTTAACAAAAGGAAAAGCCGGCCTGTCAAAACTGCTGGTCGGACTCGGCTGGGACCCTGTATCATCCGGGGGCTTTTTCGGAAAGCTGTTCGGCGGAGGCGGTGCCAATATCGACTGTGACGCTTCCGTACTGATGCTTGAAAATGATAAAATGACAGACAGCAAAAACGTCATCTATTTCGGCAATCTGAAAAGCCGGTGCGGCGGTGTCGTACATACGGGTGACAACCTGACGGGTGAAGGCGACGGCGATGATGAACAAATTCTCATCGATTTAGCGAAAGTGCCCGCTCAGATTAATAAACTTGTATTTGTCGTCAATATTTACGACTGCGTCAGACGAAAACAGGACTTCGGCATGATTCAAAACGCGTTCATCCGCGTTGTTGATCAGGCTAATCGCGAAGAACTGGTGACTTACAATTTAAGAGATAACTATTCAGGCAGAACGAGCCTGATCGCGGCTGAAATCTACCGCCAGGACGGCGAGTGGAAATTCGCCGCAGTAGGAGAAGGCACAAACGATACAAAAATCGGCGATATCGTTAACCGATACGCCTAA MAISLQKGQRIDLTKGKAGLSKLLVGLGWDPVSSGGFFGKLFGGGGANIDCDASVLMLENDKMTDSKNVIYFGNLKSRCGGVVHTGDNLTGEGDGDDEQILIDLAKVPAQINKLVFVVNIYDCVRRKQDFGMIQNAFIRVVDQANREELVTYNLRDNYSGRTSLIAAEIYRQDGEWKFAAVGEGTNDTKIGDIVNRYA PGPT0004910_122 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS LOW_TEMPERATURE_TOLERANCE LOW_TEMPERATURE-RELATED_ENZYMES,PGPT0004910-terD|terE|terF-K05795 NA NA D1-12_03321 996 hypothetical protein GTGATTGATTTAAGCATACTTGATCAGGCGCCCGTATCCAAAGGAAACGGGCCGCCCGAGACGCTCCGCCATTCAGCGGTACTCGCCCGCCTCAGTGAAGGATGGGGCTATAAGCGGTACTGGTTTGCCGAGCATCACGGCACAAGAGGGCTCGCAAGCGTTTCGCCGGAAATTATGATCGCTCATACCGCCGCAGCCACAACGTCCATCCGTGTCGGATCAGGCGGCGTGCTGCTGCCGCAGTACAGCCCCTATAAAGTCGCGGAAACTTTCCGTCAGCTTGAGGCGCTGCATCCGAACCGGATTGACCTCGGGGTCGGACGCTCACCGGGCGGCACAACGAAAATCCGGCTCGCCCTCACAGACGGGGTAAAGAAAAGCATGACCGAATTCAACAGGCAGCTTGAGGATTTATCATCCTTTCTGACAGATTCGATTCCCTCGAACCATGCTTATGCAGGAATAAAAACAGCGCCTTTGATTGAAACAGCTCCGCAGCTTTGGGTGCTCGGACTCGGGGAAAACAGCGCCAGACGCGCCGCTCTTCAAGGTGCGGGCTATGTCTTCGGCCATTTCATTAATCCGGAACGCGGGGAAAAAGCTTTTCAGATCTATCGGGACCATTTCCGGGCCTCCGCCCATTTTTCCGCTCCCGCCTCGCTCTGTGCCATTTTCGTCATATGCGCGGCTACGGATGAGAAAGCGGAAGAACTCGCCTTAAGCCAGGATTTATGGCTTCTTCGTGTCGGAAAAGGCGCCGACAGCCGCGTGCCGAGTGTGGAAGAAGCGAAGGCTTATCCGTATTCGCCGGAGGATCGTAAACAGATAGAAGAAAACAGGAAGCGGATGGTGGTCGGCTCTCCTGCCGCAGTGAAACGCCGTCTGCTTGAACTTTCCGAGCGGTATCAGACAAAAGAGATAATGGTGCTGTGCAACGTCTTTGATTTCGAAGCAAAAAAAGAGTCATATGAGCGTCTTGCTGATATATTTCTGTAA MIDLSILDQAPVSKGNGPPETLRHSAVLARLSEGWGYKRYWFAEHHGTRGLASVSPEIMIAHTAAATTSIRVGSGGVLLPQYSPYKVAETFRQLEALHPNRIDLGVGRSPGGTTKIRLALTDGVKKSMTEFNRQLEDLSSFLTDSIPSNHAYAGIKTAPLIETAPQLWVLGLGENSARRAALQGAGYVFGHFINPERGEKAFQIYRDHFRASAHFSAPASLCAIFVICAATDEKAEELALSQDLWLLRVGKGADSRVPSVEEAKAYPYSPEDRKQIEENRKRMVVGSPAAVKRRLLELSERYQTKEIMVLCNVFDFEAKKESYERLADIFL NA NA NA NA NA D1-12_03322 834 znuB COG1108 High-affinity zinc uptake system membrane protein ZnuB ATGTTTGACTTGGAATTCATGCGACGAGCTTTTCTAGCGGGAAGCATGATCGGAATTATGGCGCCGATATTAGGCGTATATCTCGTGCTGAGAAGACAGGCGCTGATGGCGGATACGCTGTCTCATATTTCATTGTCGGGCGTGGCCATCGGTTTTTTTCTCAGTACCAATATTACGGCGGCGAGCATCGTTGTCGTCACGATCGGAGCGATCGGCATTGAATACATGCGGCGGGCGTACCGTACATATTCAGAGGTATCTATCGCAATCTTAATGGCGGCCGGGCTGTCGTTTGCGATGTTTCTGATCAGCCTGTCAAAAGGCGGCGCGTCGATGAGCATCGATCAATATTTATTTGGATCGCTTGTCACGGTCAGCCAGCAGCAGGTCTATATTATCGGAGGCATTACCCTGCTGATTCTGCTTTATTTTATTATACTAAACAGACCGCTCTACCTGCTTACCTTTGACGAGGCGACGGCTAAGACATCAGGCATTAACACAAACCTCCTGTCAATGTCATTCAGCATCGTGACGGGGCTGGCGATTTCGGTCATTATTCCGATTATCGGCGTGCTGCTCGTTTCCGCGCTCCTCGTACTGCCCGCGGCTTTTGCAATCCGTATTGCCAAAGGGTTTAAATGGGTGTTTGCGGCGGCCATTATTATTTCTCTTTTCAGTGTGTTCATGGGGCTGACGTCTTCGTACCAGCTCGGAACGCCTCCTGGGCCGTCAATCACTTTACTGTTAATCATTCTGCTTCTGCTCGGGTTTACGCTGCAGGGGATTTGGAATGCGTTTAAAAAAGGAAAAGAACGAAAAAACCGCCGTTAA MFDLEFMRRAFLAGSMIGIMAPILGVYLVLRRQALMADTLSHISLSGVAIGFFLSTNITAASIVVVTIGAIGIEYMRRAYRTYSEVSIAILMAAGLSFAMFLISLSKGGASMSIDQYLFGSLVTVSQQQVYIIGGITLLILLYFIILNRPLYLLTFDEATAKTSGINTNLLSMSFSIVTGLAISVIIPIIGVLLVSALLVLPAAFAIRIAKGFKWVFAAAIIISLFSVFMGLTSSYQLGTPPGPSITLLLIILLLLGFTLQGIWNAFKKGKERKNRR PGPT0004225_989 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_ZINK_RESISTANCE ZINK_RESISTANCE-ZNU_TRANSPORT_SYSTEM,PGPT0004225-znuB-K09816 NA NA D1-12_03323 696 znuC COG1121 High-affinity zinc uptake system ATP-binding protein ZnuC ATGAATCTCGTTACATTAAAAGATATCGTTTTTGGTTATTCTCATACACCGGTGCTTGACGGCGTGTCGCTGGAAATCAAAAGCGGCGAATTCGTCGGCATTACAGGACCGAACGGCGCGTCAAAATCGACGCTCATGAAAGTCATGCTTGGCATGCTCAGACCTTGGGAAGGAACGGCCGAGATCAGTAAAAAAAATGCAGCCGGAAAACGCCTGACAATCGGCTATGTTCCGCAGCAGATTTCTTCATTTAACGCAGGATTCCCAAGCACGGTTCTGGAGCTTGTGCAATCAGGCCGTTATACGAAAGGAAAATGGTTTAAACGATTGAACGAAACGGATCACCACGAGGTGGAAAACGCGCTGAAGATGGTGGAAATGTGGGATTTCCGCCACCGGAAAATCGGCGATTTATCCGGCGGACAGAAGCAGAAAATCTGCATTGCGAGAATGCTTGCGAGCAATCCGGATCTGCTGATGCTTGATGAGCCGACAACCGCGGTTGATTATGAAAGCAGACAGGGTTTCTACGAATTTATGCACCATCAGGTGAAAAATCACAACCGCACCGTCGTCATGGTGACACACGAACAAAACGAAGTACAGCAGTATCTGGATAAAGTCATACGGCTTGAGAGGGGGGAAAAAGGCGGATGGAAATGTTTGACTTGGAATTCATGCGACGAGCTTTTCTAG MNLVTLKDIVFGYSHTPVLDGVSLEIKSGEFVGITGPNGASKSTLMKVMLGMLRPWEGTAEISKKNAAGKRLTIGYVPQQISSFNAGFPSTVLELVQSGRYTKGKWFKRLNETDHHEVENALKMVEMWDFRHRKIGDLSGGQKQKICIARMLASNPDLLMLDEPTTAVDYESRQGFYEFMHHQVKNHNRTVVMVTHEQNEVQQYLDKVIRLERGEKGGWKCLTWNSCDELF PGPT0004230_2373 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_ZINK_RESISTANCE ZINK_RESISTANCE-ZNU_TRANSPORT_SYSTEM,PGPT0004230-znuC-K09817 NA NA D1-12_03324 1005 znuA COG0803 High-affinity zinc uptake system binding-protein ZnuA TTGGAAATCGTCATCATTCTGATTTACAGAACAGGGGGAAACGGCTTGTTTAAAAAATGGAGCGGAATCATTGTCATTGCGGCATGCTTTTTAATCGCGGCGGGCTGCGGCAATTCATCTTCAAAAGGTTCGTCAGGTTCTTCGAAAAGCGGCAAACTGCACGTCGTGACGACCTTTTATCCTATGTACGAATTCACGAAACAAATTGTCAAAGACAAAGGCGATGTAGACATTCTCATCCCGTCTTCGGTCGAACCCCATGATTGGGAGCCGACGCCGAAAGATATCGCCGGCATTCAAAACGCCGATCTTTTCGTATACAACAGCGAATATATGGAGACATGGGTTCCTTCAGCGGAAAAAAGCATGAGCTCTGATCATGCGAAGTTTGTAAAGGCGTCAAAAGGAATTGACTTACTCGAAGGTTCGGATGAAGAGGAAGAGGAACATGGACACGGCGGTCATGACCACAGCCACAGCATGGACCCTCACGTGTGGCTCAGCCCGGTTCTTGCGCAAAAAGAGGTCAAAACCATTACGGCGCAGATCGTAAAACAGGACCCGAAGAATAAAGCATACTATGAGAAAAATAGTAAAGAATATATTGCAAAACTGCAGGATCTTGATAAACTATACCGTACAACATTAAATAAAGCGGCGAAAAAAGAATTGATCACACAGCACGCGGCATTCAGCTATCTCGCCAAAGAATACGGCTTAAAACAAGTCGCGATTGCAGGCCTTTCTCCTGAAGAAGAGCCGAGTGCGGCCAAACTGGCGGATCTCAAAACGTTTGCCAAAAAGCATGATGTGAAGATCATCTACTTTGAAGAAGTTGCATCGCCTAAAGTTGCAGATACACTTGCCGGTGAAATCGGCGCGAAAACGGAAGTGCTCAATACACTGGAAGGTTTAAGCCAAAAAGAACGGGATAAAGGCATCGGTTATATCGACATTATGGAGAAAAACCTTGATGCACTGAAAGATTCGCTATTGGTTAAATAA MEIVIILIYRTGGNGLFKKWSGIIVIAACFLIAAGCGNSSSKGSSGSSKSGKLHVVTTFYPMYEFTKQIVKDKGDVDILIPSSVEPHDWEPTPKDIAGIQNADLFVYNSEYMETWVPSAEKSMSSDHAKFVKASKGIDLLEGSDEEEEEHGHGGHDHSHSMDPHVWLSPVLAQKEVKTITAQIVKQDPKNKAYYEKNSKEYIAKLQDLDKLYRTTLNKAAKKELITQHAAFSYLAKEYGLKQVAIAGLSPEEEPSAAKLADLKTFAKKHDVKIIYFEEVASPKVADTLAGEIGAKTEVLNTLEGLSQKERDKGIGYIDIMEKNLDALKDSLLVK PGPT0004220_907 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION_FACILITATING_PROTEIN ROOT_COLONIZATION-ZINK_TRANSPORT_LIPOPROTEIN,PGPT0004220-znuA-K09815 NA NA D1-12_03325 1680 ycdG COG0366 putative oligo-1,6-glucosidase 2 ATGGCGAATGACTGGTGGAAAGACGCCGTTGTCTATCAAATCTATCCGCGAAGCTTTCAAGATACGAACGGCGACGGCATAGGCGACCTGCGGGGGATTATCGCGCGTCTCGATTATATAAAAGAACTTGGCGCTGATGTGATATGGATCTGCCCGATTTACCCGTCGCCAAACGTTGATAACGGCTACGATGTGACGGATCATCAAGCGATTATGGAATCCTACGGAACGATGGAGGATTTTCACGATCTGCTTACAGAATGCCGCAGCCGCGGATTAAAGCTCGTGATGGATTTCGTCTTAAATCATACATCCACGGAGCATCCTTGGTTCAAAGAGGCGGAAATGAATCCGGACAGCAAATACCGCGATTATTATATTTGGCGGCCGGGTACCGCGGACGGCCCGCCGACCGATTGGGTGTCGGATTACGGACAATCCGTCTGGCAGTACGAAGAACATACGGGCGAATATTATCTGCATATGAACGCCGTCAAACAAGCCGATCTGAATTGGGAAAATCCCGAGGTTCGGCAATCAGTATACGAGATGATGAGATTTTGGCTCGATAAAGGCGTGGACGGATTGCGAATAGACCAGCTTCATCTTCTGTCAAAAAAAGAATATTTGCCGCCATATGAAGATTACATCGCCCGCCGGGCCGATCCGAAGCCTTTCCGGCCAAACGGGGCACGGATACATGATTACTTAAAAGAAATGACGAAAGAGGTATTTTCCAAATATGACGTGATGTCAGTCGGCGAGGCCGGATCAGTGACGCCTGAGGAAGGGCTCGTCTACACGGGAACCGATGAGCATGAACTGAATATGATTTTTCATTTTCAGCATATGGAGCTTGATCAAAAGCCGGGCCAAGAGCATTGGGATGTAAAACCGCTTGAGCTGTCCGATTTAAAGAAAGTGCTCACAGACTGGCAGGAAAAACTGGAACATCAAGGCTGGAATACGCTGTATTGGTGCAATCATGACCAGCCCCGGATCGTATCCCGTTTCGGAGACGAAGGCACATACCGCAAAGCATCCGCCAAAATGCTTGCCGCCCTGCTTTATTTCATGAAAGGCACGCCGTACATTTACCAGGGGGAAGAAATCGGCATGACAAACGCTCCGTTTGACAGAATAGAGGATTATCAAGATATTCAGACCGTCAATATGTATCACAAAAGGGTATTTGAAATGGGCCGCAACAGAGAAGAAGTCATGGCGTCCATTATGGCGAAAAGCCGGGATCATGCCCGTACACCGATGCAGTGGGACGGCAGCAAGAATGCCGGATTTACGGAGGGCGAACCGTGGCTGAAGGTCAATCCCGATTACAAAACCGTCAATGCGGCCGAGGCTCAGGATGATCCCGATTCTATATTGAACTTTTACAAAAAACTGATCCGCCTGAGAAAACAGTATGCTGATATCATAAAAGGCAGCTACACTCTGCTGCTTCCTGATGACCCGCAGCTGTTTGTGTATGAAAGACAGGCAAACGGACAAAAACTCATGTCCATCAGCAACGTATCGAAAGAAGAAGCCGCCTTTTATTGGCCGGACGGCTCCGAACCTGAAAGGGCCGAGCTGCTTCTCAGCAACTATGAAAATGACGGCGGCACGGAATCCCGCATCACATTCCGCCCTTATGAAACAAGAGTTTATCTGCTTGCCTGA MANDWWKDAVVYQIYPRSFQDTNGDGIGDLRGIIARLDYIKELGADVIWICPIYPSPNVDNGYDVTDHQAIMESYGTMEDFHDLLTECRSRGLKLVMDFVLNHTSTEHPWFKEAEMNPDSKYRDYYIWRPGTADGPPTDWVSDYGQSVWQYEEHTGEYYLHMNAVKQADLNWENPEVRQSVYEMMRFWLDKGVDGLRIDQLHLLSKKEYLPPYEDYIARRADPKPFRPNGARIHDYLKEMTKEVFSKYDVMSVGEAGSVTPEEGLVYTGTDEHELNMIFHFQHMELDQKPGQEHWDVKPLELSDLKKVLTDWQEKLEHQGWNTLYWCNHDQPRIVSRFGDEGTYRKASAKMLAALLYFMKGTPYIYQGEEIGMTNAPFDRIEDYQDIQTVNMYHKRVFEMGRNREEVMASIMAKSRDHARTPMQWDGSKNAGFTEGEPWLKVNPDYKTVNAAEAQDDPDSILNFYKKLIRLRKQYADIIKGSYTLLLPDDPQLFVYERQANGQKLMSISNVSKEEAAFYWPDGSEPERAELLLSNYENDGGTESRITFRPYETRVYLLA PGPT0019145_776 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-GLUCOSIDASE,PGPT0019145-malL-K01182 NA NA D1-12_03326 780 ycdF COG1028 Glucose 1-dehydrogenase 2 ATGTATCAGGATTTACAGGGAAAAACAGCGATCGTAACAGGTTCTTCGAAAGGAATCGGAAAGGCCATTGCCGAACGCTTCGGCAAGGAGCGGATGAATGTGGTTGTGAACTACCTCGGTGATTCCTCCGGAGCGGAAGAAGCGGCGGACATCATTGAGAAAGCGGGAGGCCGAGCCGTCACCGTAAAAGCCGATGTATCCTCAGAAGAAGGGATTCAGACGCTGTTTCATGCCGCGCAGGAGCATTTCGGGGGTGTGGACGTGATGGTCAACAATTCGGGCTTTAACGGAGCCGAAGCGATGCCCCATGAAATGAGCCTGGAGGATTGGCAAAGGGTCATCGACGTCAACGTGACCGGCACCTTTTTGGGGGCGAAAGCGGCACTGAAACATATGCTCGAGCGCGGCAAAAAAGGAACGGTCTTAAACATATCGAGCGTTCATCAGCAAATACCCCGCCCTGAAAACGTGCAGTACTCGGCATCCAAAGGCGGAATCAAAATGATGACGGAAACGATGGCGCTCAATTACGCAGACAAAGGCATCCGGGTGAATGCCATCGCTCCCGGCACGATCGCCACGGAGTCCAATAAGGATCTGGAAGATGAAACACATAAACAGGCCCAGCTGAAAAAAATTCCGATGAACGCCTTCGGAAAACCGGAAGAAGTCGCCGCGGCCGCCGCATGGATGGTGTCGGAAGAAGCGAGTTACGTGACCGGAACGACACTTTTCGTCGACGGAGGCATGACGCTTTATCCGTCTCAGCTGGACAGATAA MYQDLQGKTAIVTGSSKGIGKAIAERFGKERMNVVVNYLGDSSGAEEAADIIEKAGGRAVTVKADVSSEEGIQTLFHAAQEHFGGVDVMVNNSGFNGAEAMPHEMSLEDWQRVIDVNVTGTFLGAKAALKHMLERGKKGTVLNISSVHQQIPRPENVQYSASKGGIKMMTETMALNYADKGIRVNAIAPGTIATESNKDLEDETHKQAQLKKIPMNAFGKPEEVAAAAAWMVSEEASYVTGTTLFVDGGMTLYPSQLDR PGPT0014705_779 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 D1-12_03327 1122 rapJ Response regulator aspartate phosphatase J ATGAAATCCAAGATTCCATCTGAAGAAGTGGCCGTAAAGATGAATGAATGGTATAAGCTGATCCGCGCGTTTGAAGCCGATAAAGCTGAAGCGCTGAAACGGGAGATTCAATTTGAACTCGAAGATATGGAAGAGAACCAGGATTTATTGTTGTATTTTTCATTGATGGAATTTCGGCACCGCATCATGCTGGATAAATTAAAACCCATGAAAGACGGCGACTGCCAGCCTCCGTTCTCTGAAATGCTCACTGAGATTGAGATGAACCAGCAAAAGCTGACCGGCTTACTGGAATATTATTTTTACTATTTCAGGGGAATGTATGAATTTAAGCAGAAAAACTTCATCTCAGCGATTTCTCATTATAAGCGGGCTGAGGAAAAGCTTGAATATGTGGAAGATGACATAGAGAAAGCCGAGTTTTTGTATAAAATTTCTGAGGTGTACTATCATATCAAGCAGACTTTCTTTTCGATGAATTACGCAGGACAGGCGCTTGATATTTACAAGAAATATGAATTATACGGAATGAGAAGGGTGCAGTGCAAATTTATCATTGCCGGAAATCTGATGGACGCCCAGCAGCATAAAAAAGCGCTGGAATACCTCGAATGCGCCTTGGAGCACGCGGAGCGGCTTGATGATCAATATATGATTGCTGCGGCCTATTATAATATCGGGCACTGTATGTACAGTCTGGGTGACTTTTGCAAGGCGGCGGAGGATTTTGAACGGGCGGCCGCCGGATTTGAAGCACACAGCTTCCGGCAGGTCATCCAGGCTGTTTTTTCACTCACGCATATCTACTTTAAAACGGAAAAATACAGTGAAGCCGCCGCCAGCTGCGCGCGGGGCATGAGAAGCGCGGCGGAATGGGAAGATGAGATCTATCTGACGAAATTCCGTCTGATTAAAGAGCTTTATCAGGGGGAAGGCGGACAGGATTCGCTCAAAGAGTATTTTGACATTCTGGAATCAAAAGAGCTGTTGGCTGACACAGAGGAACTGCTTCAGGACGCGGCTCATTTCTTTCATCAACGGGAGAACTACAAAGCGGCATCTTATTTTTTCAGCAGGCTTGTCGGCGTGCAAAAAAGGCTGCAAATGAACAACTACGCATAA MKSKIPSEEVAVKMNEWYKLIRAFEADKAEALKREIQFELEDMEENQDLLLYFSLMEFRHRIMLDKLKPMKDGDCQPPFSEMLTEIEMNQQKLTGLLEYYFYYFRGMYEFKQKNFISAISHYKRAEEKLEYVEDDIEKAEFLYKISEVYYHIKQTFFSMNYAGQALDIYKKYELYGMRRVQCKFIIAGNLMDAQQHKKALEYLECALEHAERLDDQYMIAAAYYNIGHCMYSLGDFCKAAEDFERAAAGFEAHSFRQVIQAVFSLTHIYFKTEKYSEAAASCARGMRSAAEWEDEIYLTKFRLIKELYQGEGGQDSLKEYFDILESKELLADTEELLQDAAHFFHQRENYKAASYFFSRLVGVQKRLQMNNYA PGPT0024645_45 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-PENTAPEPTIDE_PERCIPITATION|SIGNALLING,PGPT0024645-rapA|spo0L-K06359 NA NA D1-12_03328 504 cwlK Peptidoglycan L-alanyl-D-glutamate endopeptidase CwlK ATGAAACTATCAGTCAGAATTGCGCTGCTTTTGATCCTCTTCTTTTCCGCAGACCTATGTTTTTCCTATGTGCAGAAAGAATTGAGGCCGCAGACGGCATTACAAGACAGAGCCATTCCAAGCGCTCTTCATCCGCTCGTGAAACAGAATGCGGAGCTATTGCAGACGGCCGCTCTGAAAAAAGGCATCACCGTCGTTATCACAGAGGGTTTCAGATCAATTGAGGAACAAAACGAATTGTACCGTCAAGGACGTTCAAAAAAAGGAAATATCGTCACCTATGCAAAAGGCGGGGAATCTTACCACAATTACGGCCTTGCGATCGACTTCGCCCTGCAAAAAAAGGATGGAAGCCTGATTTGGGATATGACGTACGACGGAAACCGAAACGGCACGCCCGATTGGCTTGAGGTCGTATCGATTGCCAAAACGCTCGGTTTTGATTGGGGAGGCGATTGGAGAGGCTTTAAAGATTATCCTCATTTACAAATGATCCCTGGCTAA MKLSVRIALLLILFFSADLCFSYVQKELRPQTALQDRAIPSALHPLVKQNAELLQTAALKKGITVVITEGFRSIEEQNELYRQGRSKKGNIVTYAKGGESYHNYGLAIDFALQKKDGSLIWDMTYDGNRNGTPDWLEVVSIAKTLGFDWGGDWRGFKDYPHLQMIPG PGPT0024025_534 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING_LD-ENDOPEPTIDASE_ACTIVITY,PGPT0024025-cwlK-K17733 NA NA D1-12_03329 1359 hypothetical protein TTGCTGAAAGAACATCTGAGAAAAAAAGCGCTGGAAATCGGGAACATACCGCCGCACTATGAGCTTGAAATAGAAGATTATGATGAAAAACAAAAAACGAAAGCCTATTATATATGGAAAGATCGTAACCAGCCGGATAAAACGGTCACGATTGAGCTGGGCGACGACGGATCTTTGCTTACTTATTCACGCAACGACTGTCCGGGTTCAGACATGCAGCTGTCAGACGCCGAATTAAAGCTGACGGCTCTTCGGTTTGCGGCGGGACACCGCCCGCTTACTTTTATGAATTTCATCTTTCAGGCGAAGGAAGAACGCAATGGGTGCATCCGATTTATCTATACAAAAAAAGTGCTCGGCCGGCCGCTTCCCGATTCAGGTTTTTTCGTTGATGTAACCAGGAGCGGCTTCGTCGTGCAGTTTATCTATTACGGGGATAAGGGTGAAGCGCCCGTTCCGGAAACATTCGTCGATCGGGAAAAAGTCGTCTCGCATTATATGAGTGTGCTGACATTCAGTCTCGTCTATGATGTGGTCAATTTTGAGAAAATACCGCGTCTCGTCTATGAACCGATTCTGCCGGCTTACAGCTATCCGGCCGGTGAAGATGATATCGTGCCGGATCAGCAGCTTTGCGAAGACAGGAATGAGCCGGCAAAACCGCTTCCCGCGTTTGAACATAAACGGGAAATCAGCCTGGATGAATTAATGGGGTTTACCGCGGATATGGTTCAGACGCGGCGTCGCGATCTCGGGGATGAGATCGGAACGACATGGCGGAAAGGATCGGTTCCGGAACGGAAAGATTTGAGTATCGAAAGCTATTTTGAAAGCAGCAACAAAAATACAATGAAGATGAAAACGGACAAAAAGACAGGGAAAATGACAGCCTTTAAATCTTTTATTGAGCATCAGGGCCCGGCCTTTTATTCTGCGGAAGAGTGTGAGGCCGTCGCGCTTCAATTTTTATACAAGCTTTATCCGAGAGCGGACGAGTTTTTTAAAATGAACCCGGTGAAAACGGACGGAAGGGGCAGGTTCCGCTTCCATTTTTCCATATGGCATCAGGATATTCCGCTGCGGTTCGGCGCTGCGAGAATACTTGTCAGTCCCGTAACGGGGCTTGTGGAAGCTTACATGGCGCCTGACATTGACCCGGAGCAGCTGGAGAAGATCAATCCGGTGCCGGCCGTTACTCCCGAAGAAGCAAAGGCCGCTTTTTTATCCGATTTCCATCTGCGGCTGGAGTGGCAGCGCGATTTTACGCCGTCCGGCAATGAAGGATATAAGCTTGTGTACAGGCCTGTCTATCCTCCGTACATTGATGCGCAAAAGCGAAAAAAGAAAAGGTTTTATTAG MLKEHLRKKALEIGNIPPHYELEIEDYDEKQKTKAYYIWKDRNQPDKTVTIELGDDGSLLTYSRNDCPGSDMQLSDAELKLTALRFAAGHRPLTFMNFIFQAKEERNGCIRFIYTKKVLGRPLPDSGFFVDVTRSGFVVQFIYYGDKGEAPVPETFVDREKVVSHYMSVLTFSLVYDVVNFEKIPRLVYEPILPAYSYPAGEDDIVPDQQLCEDRNEPAKPLPAFEHKREISLDELMGFTADMVQTRRRDLGDEIGTTWRKGSVPERKDLSIESYFESSNKNTMKMKTDKKTGKMTAFKSFIEHQGPAFYSAEECEAVALQFLYKLYPRADEFFKMNPVKTDGRGRFRFHFSIWHQDIPLRFGAARILVSPVTGLVEAYMAPDIDPEQLEKINPVPAVTPEEAKAAFLSDFHLRLEWQRDFTPSGNEGYKLVYRPVYPPYIDAQKRKKKRFY NA NA NA NA NA D1-12_03330 1401 hypothetical protein ATGAAAAAAGAAGAGTTGAAACAGCTGGCTCTCCGAATCGGAAACGTACCTGCCCGCTATGAGAGTAATGTGGAAGAATACCAGGAAGATGAGGTTCTGTTTTGGTGGGAAGATAAGAATGATCCGGAAGCCGGCATCATGGTCGAATTAGACCGGGACGGAAAACTGAAATACTTATCCCGTCCGGCTTTCCAGACTGATCTGCCGGCTCTTTCGGAATCGGACATAGAAAAACGGATGCGGGCGTTTTTAGAAACCCATCGTCCTGGGGCATTGGCTGAGTTCGAATTGGAAAACAGCGGCTCCGCCAATGATGGCGATGTGAGATATTCCTATGTTCAGATGGCTGACGGTCTGCCGCTTCCGCTGACCGGGTTTTACGTCGACCTGGCTGTGACAGGGGAAGTAACCGGCTTTTCTTACCAAGGGAAGGCCGATGATCTTGTAAGGCCCGGGACAATTGCGGACAAGCGGGAAGCATTGGCTCACTTTGCCAAACATATTGAAGCAGAGCTGTTGTTCACCGTACTGCATCAGTCCGTCTATGTGCAGGGGGATGACAAGCCCCATCTCGTCTATGAAATCGTGTCTCCGACGCGGCCGATATCGGCCGACCTGAAGGAAGAGAATGCAGAAATAGACGAATATGAAGAGCTGGAAGACGACACGCTGCCGTATGTCCCGATTTCACGCCCTGCACCTGAAGCGGAAAAGATGAGCATCAATGACATGATCGGGCTGCATGACGGTTTTTATAAAGAGAGGGAAACTGATCTTGGAGACGGCCGCATCGGCATTGCCTGGCGTCCTGAAAAAACAAAATCCGTACGGGAAGATAAAAGCTTAGAAAGTCTGTTCAAAGAGCGGAGTGAACACGTATTGAAAACAATGCATGATAAAGAATCGGGCCGGCTCACCGGGGTGATGTCATTTATAAAAGTTGAAGGCGAACCGGTGTTTTCCGAGGAAGAATGCCATCACATGGCCATCCGCTTTTTATTCGCCATGTTTCCGGAAGCGGATCAGTATTTCCGGGTTCAATATGATGAGCCGGATGATGAAGGAGAAAACGTGGGACTTACATATAAGGCTTGTTCGGGCGGCGTTGATTTGCGATTCGGAGAGGGGAGAATCTGTGTCAGCAAAAAGACGGGTCTTGTCACTGTATATATGCCGCCGGAAATTGATCCGAAAGAGCTGGAGGAAATCGATCCCGTTCCTTCATTGACAATGGAAGAGGCGAAGGATGCGATCCGCCGGGCCATCAAAGCAGAGCTCGCTTGGGACCGTTGTTACGATGACGACAGCTGCGGAAAAGTGTACAGGCTCGTATACAAGCCGGTTTTCCCGCGGTTTATTGAGGCTCATACAGGGGAAGCGATCACGAGTTTAATAGGCTGA MKKEELKQLALRIGNVPARYESNVEEYQEDEVLFWWEDKNDPEAGIMVELDRDGKLKYLSRPAFQTDLPALSESDIEKRMRAFLETHRPGALAEFELENSGSANDGDVRYSYVQMADGLPLPLTGFYVDLAVTGEVTGFSYQGKADDLVRPGTIADKREALAHFAKHIEAELLFTVLHQSVYVQGDDKPHLVYEIVSPTRPISADLKEENAEIDEYEELEDDTLPYVPISRPAPEAEKMSINDMIGLHDGFYKERETDLGDGRIGIAWRPEKTKSVREDKSLESLFKERSEHVLKTMHDKESGRLTGVMSFIKVEGEPVFSEEECHHMAIRFLFAMFPEADQYFRVQYDEPDDEGENVGLTYKACSGGVDLRFGEGRICVSKKTGLVTVYMPPEIDPKELEEIDPVPSLTMEEAKDAIRRAIKAELAWDRCYDDDSCGKVYRLVYKPVFPRFIEAHTGEAITSLIG NA NA NA NA NA D1-12_03331 996 ycdA putative lipoprotein YcdA ATGTCCATCAAAAAAATGAGCGCCGTGTTTTTCATTCTGCTTCTCACGGCATTTACCGCCGCATGCAGCAGCGAAACGAGCGGCGGCCAGGAAAGCAGCACGGCGAAAGTGAAAATAAAAGATACGGCATGGGCCGCTTCCGACGATACTGAGCATTCGGCCGCGCTGAAAGTAACGGTCACCGTCAAAAATACGGGCAAAGACCCGCTTACCGTCAAAAACAGCGACTTCTCGCTTTATCAGGATGACGCGAAAACAGCCAAGGCCGATAAGGAAGACTTGTTGCAGAGCGGCACGCTTCATGCGGGTAAGACAGTGACGGGCAATCTGTACTTCACGGCTGACGAAGGCAAATCCTATGAATTGGTATATCAGCCGCAGGCAAAAGACGCGAAGCCTTTATCTTATAAACTGAAAGTCAAAGGCACAGCCTCAAACGCAAAACCTGACCCGGCGGACGCATTATCCGCATACATTGATGTGATGCTGTACGGCAAGCACAATAAAGATTTCACCCGCCTGACCGGTGTAAATGAAAAAATGACGGCCGCCGCATATCAGGAATCGGCGAAAGCCAGCTTTATCACTTCTGCAGGCATTTCACAAGAACAGGCGGATTCAAAAGCCATTACCGCTATTATTGACGCCATGTCATCAGCGCTTCGGGATAACACAGAGCTCAAGGTGCATACCAAATCCATGTCAGGCAAAAAAGCCGTCCTTGAAGCAAAAGTGACGCCGCTTGATATGTCTCCGCTTGCGGGCCAGCTGCAAGACCGCGTGCAAGACTATGCCGGAAAGCACCCCGATGCGGATGAAAACGAAATTGTCAGCCACCTGCTTTCTGTCTATCCGGAAGAGTTTATGCGCCTGAAACCGGCTTCTTCTTCCGTTACAAGAGAAATCGAGATGAAGAAAAACGCCCGCGGCCAGTGGTATCTGGATACAGACGCCGATCTGGAAGGATTGACAGAAGCGTTTTTGAAAACGTCCTGA MSIKKMSAVFFILLLTAFTAACSSETSGGQESSTAKVKIKDTAWAASDDTEHSAALKVTVTVKNTGKDPLTVKNSDFSLYQDDAKTAKADKEDLLQSGTLHAGKTVTGNLYFTADEGKSYELVYQPQAKDAKPLSYKLKVKGTASNAKPDPADALSAYIDVMLYGKHNKDFTRLTGVNEKMTAAAYQESAKASFITSAGISQEQADSKAITAIIDAMSSALRDNTELKVHTKSMSGKKAVLEAKVTPLDMSPLAGQLQDRVQDYAGKHPDADENEIVSHLLSVYPEEFMRLKPASSSVTREIEMKKNARGQWYLDTDADLEGLTEAFLKTS NA NA NA NA NA D1-12_03332 933 iolS_3 COG0667 Aldo-keto reductase IolS ATGGATGAGACACGTACGCTGGGCAGGACGGATTTACGGGTAAAGCGTATCGGCTTTGGCGCTAATGCGGTCGGAGGACATAATCTGTTTCCGAATCTTAATGATGAAACGGGAAAAGAACTCATCCGCACAGCGCTGGACGGCGGCGTCAATTTTATTGATACGGCGTTTATATACGGTTTGGGGCGTTCCGAAGAGTTAATCGGTGAAGTTGTCGCAGAGCGCGGCGTGCGGGACAGCCTCGTGATTGCGTCAAAAGGCGCGCACAAAGAGGTCAACGGACAGATCGAGCTGGACAACAGCCGTGAATTTCTCCGGAGTGAGGCGGAAAACAGCCTGAAGCGGCTGAAAACAGACGTGATTGATTTGTATTACGTCCACTTCCCTGACGGCAAAACACCGCTCTCCGAAGTGGCGGGCACGTTAAAAGAACTGAAGGACGAAGGGAAAATCAGAGCAATCGGCGCGTCCAATCTCAGCTTCCGGCAATTGCAGGAGTTTAACGCCGACGGCTATTTAGAGGTTTTTCAATCGGAATATTCACTGATTCAGCGTGAGGCGGAGCACGATCTGCTGCCTTATTGTGAAAAGAACGGCATTTCCTTTATTCCTTATTTTCCGCTTGCTTCCGGCTTGCTGACGGGAAAGTTTACAAAAGACACAGTCTTTGAGGACAGCCGAAAGAACAGGCCGCCGTTTCAGGGAGAAGCTTTTCACCAAAACCTGGAGCGAGTGGATAAGCTTCGGGCCGTTGCGGAAGAAAAAGGGGCGCAGACAGCGCATATCGCACTCGCATGGCTTCTGTCGCAGCCGGCGGTGGATGCGATCATTCCCGGAGCCAAACGCCCCGACCAGCTGAAACACAATCTGGACGCGCTTCATGTGCAGTTAACCGAGGATGAGGTTCAATTTATCAGTGACATCTTTAAGTGA MDETRTLGRTDLRVKRIGFGANAVGGHNLFPNLNDETGKELIRTALDGGVNFIDTAFIYGLGRSEELIGEVVAERGVRDSLVIASKGAHKEVNGQIELDNSREFLRSEAENSLKRLKTDVIDLYYVHFPDGKTPLSEVAGTLKELKDEGKIRAIGASNLSFRQLQEFNADGYLEVFQSEYSLIQREAEHDLLPYCEKNGISFIPYFPLASGLLTGKFTKDTVFEDSRKNRPPFQGEAFHQNLERVDKLRAVAEEKGAQTAHIALAWLLSQPAVDAIIPGAKRPDQLKHNLDALHVQLTEDEVQFISDIFK PGPT0018520_212 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ALCOHOL_UTILIZATION PLANT_DERIVED_INOSITOL_DERIVATE_DEGRADATION,PGPT0018520-iolS-K06607 NA NA D1-12_03333 1071 hypothetical protein GTGGGAAAAGTGAAAAGAAATGCCCCTTGCCCATGCGGCAGCGGGAAGAAATATAAAAAATGCTGCGGAAGCAAAGAAGCTGCCATTCCGGCAGACATCGCGGCAAAAGAAGCGAAACAGATTCAGGAAAGCCTAATGGAGTACGCCTTTACAGCACATAGAGACGGCATATCATCATTTATTAACCAGCACGCGTTCATTACGGAGCTGGACAGACAGACAAAAGACATCGGAGTCTTCAACCTCGGCATCTGGGGAATTTTCTTCCGTCCGCTGGCAGGCGGCAAGACGATTTTTGAAGAATATCTTCAGAAAAAAGCCGGCGGCATCAACCGCCCGAAAACACGGGAAATCGTTGAATCATGGACAAGCATGACACCTGCCGTTATGGTGCTTGAAGATGTGAAAGAAGGAATGATTCACTTTGAAGATGTGATGACGAAGAAACAATTCAAAGTGGAAATGGACGTCAGCCAGCAGGATCTTCCGCCGGCGGGAAGCCTGATTCTCGGCTATCCGATCCACGAAGCGGAAAAAGCGGAGTTCTTCATGCAATTTACGATCTTCCCTGTGAAGCGGACCGAAGCTCTAATCAGCAAAGTGAAAAAGGCGGCGGCCCCGGCCCTTGCGGAAGGAAAATCGCCTGAGCGCTTTATGCAGGAAAACTTCGACACTGTGCTGGCCGCTCTTTTAACAACGGCGGAAGAGACTGAGCAGGCTGCTGAAGAAAAACAGACAGAGTGGGCCAACGACATGGAGAAGGAAACGGCAGACGCCATTGAAAAAGGCCTGAGCGGGGATGAATACCCGGCTGAGCTGGTTCCGGCCGTGATTGATCTGTGGAAAACGTTCTGTGTCAAAAAAACACCGACGATCAGAAAGCCTGAAGCTTTCGCAGCGGCGGTCGAATATTACGTGAACAGCATTTCTCTGAACGGCGCGTCCGTTTCTCAAGCCAAGCTGGCGAAGAAGTACGGCGTCAGCGCCTCAACGATTTCCAGCCGCTATAAGGAAATCGAGGGTGCTCTCACGGATGAAGCCGAACGCTTCGCCGCAGCTCTGACATCTTAA MGKVKRNAPCPCGSGKKYKKCCGSKEAAIPADIAAKEAKQIQESLMEYAFTAHRDGISSFINQHAFITELDRQTKDIGVFNLGIWGIFFRPLAGGKTIFEEYLQKKAGGINRPKTREIVESWTSMTPAVMVLEDVKEGMIHFEDVMTKKQFKVEMDVSQQDLPPAGSLILGYPIHEAEKAEFFMQFTIFPVKRTEALISKVKKAAAPALAEGKSPERFMQENFDTVLAALLTTAEETEQAAEEKQTEWANDMEKETADAIEKGLSGDEYPAELVPAVIDLWKTFCVKKTPTIRKPEAFAAAVEYYVNSISLNGASVSQAKLAKKYGVSASTISSRYKEIEGALTDEAERFAAALTS NA NA NA NA NA D1-12_03334 645 estA Lipase EstA ATGAAACATATAAAAAGCAAAATCCTAGTCATCCTTACAGTTTGTATGCTGTCCGTCATTTCCGTATTTGCCTTCCAGCCGACCGTATCGAAAGCCTCCTCAGGGCATAACCCTGTTGTCATGGTCCACGGAATCGGCGGGGCGTCCTTTAACTTCGCGGGAATCAAAACATACTTGGCATCCCAAGGCTGGTCAAGAAAAGAGATGTACGCCATTGATTTCTTAGACAAAACCGGAAACAACAGACACAATGCGCCGAGACTGTCCAATTACGTGAAAAAAGTGCTCAGCGAAACAGGTGCGAGTAAAGTCGATATCGTCGCGCACAGCATGGGCGGAGCCAACACACTCTATTACATTAAAAATCTTGACGGCGGAGACAAAATCGCAAACGTCGTAACACTGGGCGGAGCGAACGGCCTTGTGACCAACCGGGCGCTTCCGGGGACTGATCCGAACCAAAAGATTTTATATACATCGATTTACAGCTCAGCGGACTTAATCGTCATGAACCCGCTGTCACGGCTGATCGGCGGGAAAAACGTGCAGATTCACGGTGTCGGACACATCGGACTTTTGATGAACAGCCAAGTAAACGGGCTGATTAAAGAAGGTCTGAACGGCGGCGGACAAAATACAAATTAA MKHIKSKILVILTVCMLSVISVFAFQPTVSKASSGHNPVVMVHGIGGASFNFAGIKTYLASQGWSRKEMYAIDFLDKTGNNRHNAPRLSNYVKKVLSETGASKVDIVAHSMGGANTLYYIKNLDGGDKIANVVTLGGANGLVTNRALPGTDPNQKILYTSIYSSADLIVMNPLSRLIGGKNVQIHGVGHIGLLMNSQVNGLIKEGLNGGGQNTN PGPT0024445_2186 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROLIPID_REMODELLING CE-REMODELLING_GLYCEROLIPID_LIPASE_ACTIVITY,PGPT0024445-lip|lipC-K01046 NA NA D1-12_03335 1116 ansZ COG0252 L-asparaginase 2 ATGAAAAAACAATTCATGCCCTTCATTACATTTATCACGGCTCTGCTCTTCATCGCGGCCGGCTGCTCCCAATCTCCTCAAGCGAAAGAAACACCGCCCCGGATGGCAGCCGCAGCCCCAGCGAAAAAAGACGGACTTCCGAATATTAAAATTCTTGCCGCCGGCGGCACAATTGCAGGCGCTGCTCCTTCAAAGACGTCCGCTACGGAGTACACGGCGGGGGCAATCGGAGTTGATGCCCTGATTCAGGCCGTTCCGGAGATAAAAGAGGTCGCGCATGTGAGCGGAGAACAGGTTGTGAATATCGGCAGCCAGAATATGAATAACGAGACACTGCTGAAACTTGCAAAACGGGTAAACAAGCTGCTCAAGTCTGATGATACAGACGGCATTGTCATTACACATGGAACAGACACACTTGAGGAAACCGCCTACTTTCTCAATCTGACGGTCAAAAGTGACAAGCCCGTTGTTGTCGCCGGGTCAATGAGGCCATCCACGGCGCTCGGAGCGGACGGGCCGTCCAACTTATATAACGCTGTAAAAACAGCGGCTGCGCCTGATGCGAAAGGCAAGGGGACGCTTGTCGTATTAAATGACAGAATCGCTTCGGCGCGCTATGTGACAAAAACCAATACAACCGCGGCCGACACATTCAAATCGGAAGAAATGGGTTATATCGGAACAATTGCTGATGACGTCTATTTTAATAACATCATGACCCGAAAGCATACGAAGGATACAGATTTCAAGATAGATAAACTTGATAAACTGCCGCAGGTCGATATTATATACGGCTATCAAAATGACGGAAGCTATCTCTTTGAAGCCGCCGTAAAATCAGGGGCTCAAGGCATTATTTTTGCAGGCCCGGGAAACGGCTCAATGTCTGATGAGGCCCAAAAAGGCGCCGTAAAGTCGGTCAAAAGCGGGCTGGCGGTCGTCCGCTCCACAAGGACGGGAAACGGAACGGTAACACCTAATCGAGAGTATGAAAAAGACCATTTGACAGCTTCAAACTCTCTCAACCCTCAAAAAGCGCGGATTCTTCTGATGCTTGCGCTGACAAAAACGCATGATCCTAAGCGGATTCAAACCTATTTCAATGAGTACTAG MKKQFMPFITFITALLFIAAGCSQSPQAKETPPRMAAAAPAKKDGLPNIKILAAGGTIAGAAPSKTSATEYTAGAIGVDALIQAVPEIKEVAHVSGEQVVNIGSQNMNNETLLKLAKRVNKLLKSDDTDGIVITHGTDTLEETAYFLNLTVKSDKPVVVAGSMRPSTALGADGPSNLYNAVKTAAAPDAKGKGTLVVLNDRIASARYVTKTNTTAADTFKSEEMGYIGTIADDVYFNNIMTRKHTKDTDFKIDKLDKLPQVDIIYGYQNDGSYLFEAAVKSGAQGIIFAGPGNGSMSDEAQKGAVKSVKSGLAVVRSTRTGNGTVTPNREYEKDHLTASNSLNPQKARILLMLALTKTHDPKRIQTYFNEY PGPT0020180_299 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 D1-12_03336 567 yxaF_1 putative HTH-type transcriptional regulator YxaF ATGAGCTATGGAGATTCTCGTGAAAAAATCCTCGCCGCGGCAACCAGGCTGTTTCAGCTTCAGGGGTATTACGGCACGGGGCTGAATCAGATTATTAAAGAAAGCGGTGCGCCGAAAGGTTCTCTTTACTATCATTTTCCGGACGGCAAAGAGCAGCTCGCCATTGAGGCTGTCAATGAAATGAGCCATTATATCCGTATGAAAATAAAAGAAAGCCTTGATGCCCATCCTGATCCTGCGGAAAGCATTCAAGCGTTTTTACAGGACTTATCAAGCCAATTCACATGTCCGGAGAACTTTGAAGGGTTTCCTGTCGGTTTACTGGCTGCCGAGACGGCTTTAAAGAGCGAAAAGCTCCGGCAGGCCTGTCAATGCGCTTATCAGGAATGGGAGAATCTGTTCGCGGGCAAATTGAGATCAGCCGGTTTTTCTGATGAGAAAGCGGCGGAAATCAGCACTGTTTTAAATGCCATGATAGAAGGCGGCATCATTGTGTCCTTAGCCAAAAAAGACAAAATGCCGATCCTCCATATTTCTAAACAAATCCCGAACCTGCTGAAGACATAA MSYGDSREKILAAATRLFQLQGYYGTGLNQIIKESGAPKGSLYYHFPDGKEQLAIEAVNEMSHYIRMKIKESLDAHPDPAESIQAFLQDLSSQFTCPENFEGFPVGLLAAETALKSEKLRQACQCAYQEWENLFAGKLRSAGFSDEKAAEISTVLNAMIEGGIIVSLAKKDKMPILHISKQIPNLLKT NA NA NA NA NA D1-12_03337 1434 emrB_3 Multidrug export protein EmrB TTGGAAAACGCTCAGCCTTCCAAACAATATAAAGTCATGCCGATCATGATTTCTTTACTGACGGCAGGGTTTATCGGCATGTTCAGTGAAACGGCGCTGAATATCGCCCTGACTGACCTGATGAAGGAGTTACATATCACTCCTGCGACCGTCCAGTGGCTGACGACGGGCTATCTGCTCGTTCTCGGTATTCTTGTCCCGGTATCGGGTCTGCTTTTGCAATGGTTTACGACGAGACAGCTGTTTATCGTTTCACTCGCTTTTTCCATTATCGGCACGCTGATTGCAGCGCTTGCGCCGAGCTTTCCGTTTCTTTTGGCGGCAAGAATCGTGCAGGCTTTAGGAACCGGGCTGCTGCTGCCGCTGATGTTTAATACAATCCTCGTCATCTTCCCGCCGCATAAGCGCGGAGCGGCAATGGGGACGATCGGGCTTGTCATCATGTTCGCTCCTGCGATCGGTCCGACGTTTTCAGGGCTTGTGTTAGAGCATTTGAACTGGCATTGGATTTTCTGGATTTCCCTGCCGTTTCTTGTGTTGGCTCTTTTATTCGGCATCGCCTACATGCAGAACGTGTCTGACATTACAAAACCGAAAATTGACGTGCTTTCCATTATTCTGTCTACGATCGGGTTTGGCGGCATCGTATTCGGATTCAGCAATGCGGGCGAAGGATCAGACGGCTGGTCAAGCCCGACGGTTATCGGTTCACTCACTGTCGGTGCGATCGCGCTCATCTTATTTTCCATCAGGCAGCTGACAATGAAGCAGCCGATGATGAATCTGCGCGCTTTCCGCTATCCGATGTTTGTTCTCGGTGTCGTGATTGTGTTTATCTGTATGATGGTTATCTTATCGACAATGCTCCTATTGCCTATGTATTTACAAAGCGGACTGATGCTGACGGCGTTTACGTCCGGGCTCATCCTGCTGCCGGGCGGTATTTTAAACGGCTTTATGTCTCCGGTGACGGGGCGTCTGTTTGATAAATACGGGCCGAAGTGGCTTGTCATTCCCGGATTTGTCATCACGGCAACTGTGCTTTCGTTTTTCTCAAACATTAACGGCGCTTCAACGGCGCTTCTGATTGTCGCGCTTCATACATGCCTGATGATCGGCATTTCCATGATCATGATGCCGGCGCAAACGAACGGCTTAAACCAGCTGCCGCCGGAATTTTATCCGGACGGAACGGCCATTATGAATACGCTCCAGCAGATGGCCGGCGCAATCGGCACTGCGGTGGCGGTCAGCATCATGGCTGCCGGCCAGAAGAATTATATGAGCACCGCGAAAAACCCGAATGATCCTTCCGCATACTCTCACGCGCTGATTGCGGGCGTCCAGCACGCCTTTATCTTCGCGATGATTGTCGCTGTTATCGGCTTGATCAGCGCTTTCTTTATGAAACGGGTCAAAGTGAATCACTCATAA MENAQPSKQYKVMPIMISLLTAGFIGMFSETALNIALTDLMKELHITPATVQWLTTGYLLVLGILVPVSGLLLQWFTTRQLFIVSLAFSIIGTLIAALAPSFPFLLAARIVQALGTGLLLPLMFNTILVIFPPHKRGAAMGTIGLVIMFAPAIGPTFSGLVLEHLNWHWIFWISLPFLVLALLFGIAYMQNVSDITKPKIDVLSIILSTIGFGGIVFGFSNAGEGSDGWSSPTVIGSLTVGAIALILFSIRQLTMKQPMMNLRAFRYPMFVLGVVIVFICMMVILSTMLLLPMYLQSGLMLTAFTSGLILLPGGILNGFMSPVTGRLFDKYGPKWLVIPGFVITATVLSFFSNINGASTALLIVALHTCLMIGISMIMMPAQTNGLNQLPPEFYPDGTAIMNTLQQMAGAIGTAVAVSIMAAGQKNYMSTAKNPNDPSAYSHALIAGVQHAFIFAMIVAVIGLISAFFMKRVKVNHS PGPT0028570_665 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0028570-lmrB-K18926 NA NA D1-12_03338 1128 csd putative cysteine desulfurase TTGAATTCGCCTCTGGTGCAATACCGATCTTTATTTCCGGCGCTCCGCACACATACGATGCTCGCCAGCTGCTCTCAAAGCGCTCTTGCCCTGCCGGTTTCAAAAGCGATCAATGACTACCAGGAAAGCCTGCTTCAGCATGGCGGAAACTGGGAAGAAGCCATTGGACGAACGGAGCAGGCAAGGTGTGAATTTGCGAAATTGATCGGCGCCCATCCTGAAGAAATCGCCGTTTTACCTTCAGTAACGGCTGCTGTCTCTGCCGTCGTTTCTGCTTTACCGGATTGCCGAAAGAAACAGGCGGTGTATACGGAATTGGATTTTCCGGCGATCGCCCACATTTTGAAGGCACAGACTGAGATGGAGCTTTCAGTCGTGCCGTCTGAAGATGGAATGATCCCGTTAGAGCGGTATGAGACGTACATATCGGAACAGACGCTTTTCACCTGTGTGCCCCATGTGTCATATACGTCCGGTTTTGTCCAGGATATGAAGCGCATTGCCGAGATATCCGCAAAGAAGGGATCGCTTCTTTTTGTCGATGCTTATCAATCGGCGGGGCACATCCCGATTGATGTAAAAGAATGGGGAGTTGATATGCTGGCCGCGGGTGCGAGAAAGTATATGCTCGGCATACCGGGAACGGCGTTTCTTTATGTCAGAAAGGAACTTGCCGAACGGCTGAAGCCGAAAGTCACCGGGTGGTTCGGGCAGCAGCGGGCGTCGATGCTGGATTTAACCCGTTTTTCTTATGCGGACGGAGCCAAACGCTTTGAGACCGGAACCCCGGCATTTATCAGCATATATGCGGCACAGGCGGCTTTATCTCTAGTAAACGATGCCGGCACAGACCGCATTCACCAAGAAGTAAAAAAACTCAGCGCATTTGCGTATGAATACGCTTCTGAAAAAGGACTGAATCTCACAGGGCCGCCGTCTGCCGATGACAGACCCGGCATGATTTCCATACGGGATGAAAAAGCGGCGGAAACGGCTGCGCTGTTGAGGCGGAAAAACATCGTATGCGCACCCAGCGGACAAATCATCCGGCTGGCGCCTCATTTCTATAACACGGCCGATGATCTGATCTATGCGATTGATGAACTGGCTGAAGCGCGCGGTATATAA MNSPLVQYRSLFPALRTHTMLASCSQSALALPVSKAINDYQESLLQHGGNWEEAIGRTEQARCEFAKLIGAHPEEIAVLPSVTAAVSAVVSALPDCRKKQAVYTELDFPAIAHILKAQTEMELSVVPSEDGMIPLERYETYISEQTLFTCVPHVSYTSGFVQDMKRIAEISAKKGSLLFVDAYQSAGHIPIDVKEWGVDMLAAGARKYMLGIPGTAFLYVRKELAERLKPKVTGWFGQQRASMLDLTRFSYADGAKRFETGTPAFISIYAAQAALSLVNDAGTDRIHQEVKKLSAFAYEYASEKGLNLTGPPSADDRPGMISIRDEKAAETAALLRRKNIVCAPSGQIIRLAPHFYNTADDLIYAIDELAEARGI PGPT0020195_5103 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 D1-12_03339 648 pcp COG2039 Pyrrolidone-carboxylate peptidase ATGGAGAAAAAAGTATTGCTGACAGGCTTTGACCCCTTCGGCGGGGAAACGGTCAATCCTTCATGGGAAGCGGTCAAACGGCTGGACGGTGCCGCTGAGGGCCCCGCCTCTATCGTATCTGAACAAGTGCCGACCGTTTTTTATAAGTCCCTTGCCGTGCTGCGCGAGGCGATCAAAAAGCATCAGCCTGACATTATCATCTGTGTCGGACAGGCAGGCGGCAGAATGCAGATCACGCCGGAACGGGTCGCGATCAATCTCAATGAGGCGCGCATACTGGATAACGAAGGAAACCAGCCTGTCGGGGAAAACATTTCTCAAGACGGTCCCGCGGCCTATTGGACCGGCCTTCCGATCAAACGGATCGTTGAGGAAATCAAAAAGGAAGGCATTCCCGCGGCTGTATCCTACACGGCGGGGACGTTTGTATGCAATCACCTCTTTTACGGCCTGATGGATGAAATCGCCTGCCATCATCCCCACATCCGCGGCGGGTTTATACACATCCCGTACATTCCGGAGCAAACTTTGCAGAAGTCTGCGCCGAGCCTCAGCCTGGATCTCGTGACAAAAGCGCTCAAAATCGCCGCGGTGACCGCCGCGGCGCATGAGGACGATATTGAGACCGGCGGAGGCGAACTTCACTAA MEKKVLLTGFDPFGGETVNPSWEAVKRLDGAAEGPASIVSEQVPTVFYKSLAVLREAIKKHQPDIIICVGQAGGRMQITPERVAINLNEARILDNEGNQPVGENISQDGPAAYWTGLPIKRIVEEIKKEGIPAAVSYTAGTFVCNHLFYGLMDEIACHHPHIRGGFIHIPYIPEQTLQKSAPSLSLDLVTKALKIAAVTAAAHEDDIETGGGELH NA NA NA NA NA D1-12_03340 726 tatC1 COG0805 Sec-independent protein translocase protein TatCd TTGGATAAAAAAGAAACCCACTTGATCGGGCATTTAGAGGAAGTCCGGCAGCGTCTCATTAAAACCGTTATCGCCTTTCTCGTGTGTTTTATCGGCGCCTGCTGGTTTGTGCAGGATATTTATGACTGGCTGATCAAGGATTTGGATGGCAGGCTGGCCGTTTTAGGGCCGAGCGAGATTTTATGGGTGTATATGATGATTGCGGGAATATGCGCCCTTACGGCAGCGATTCCGGTTGCGGCCTTTCAGCTCTGGCGTTTTACGGCGCCGGCTTTGACCCCGTTTGAACGCCGCGCCGCTTTGCTTTACATTCCGGGGCTTTCGGTTTTGTTTATCATCGGAATTTCCTTCGGGTATTTTGTGCTGTTTCCGATTGTGCTCGGATTTTTAACACAATTATCCGCCGGCCATTTTGACATGGTATTTACGGCGGACAAGTATTTTACCTTTATGCTGAATCTTACATTGCCGTTCGGATTTTTATTTGAAATGCCTCTGGCCGTCATGTTTCTGACACGGCTCGGAATCGTGAATCCAACCCGGCTGGCAAAGGCGCGGAAGCTTTCGTATTTTGTGCTGATCGTCGTCTCTGTGCTGATTACGCCTCCGGATTTTATGTCTGACTTTCTCGTTATGATTCCGCTGCTTGTCCTCTATGAAATCAGTGTGACGCTGTCCCGCATCGTTTACCGGAAGAAATGGGCCGAGGCGCCGTCTGCAGCTTAG MDKKETHLIGHLEEVRQRLIKTVIAFLVCFIGACWFVQDIYDWLIKDLDGRLAVLGPSEILWVYMMIAGICALTAAIPVAAFQLWRFTAPALTPFERRAALLYIPGLSVLFIIGISFGYFVLFPIVLGFLTQLSAGHFDMVFTADKYFTFMLNLTLPFGFLFEMPLAVMFLTRLGIVNPTRLAKARKLSYFVLIVVSVLITPPDFMSDFLVMIPLLVLYEISVTLSRIVYRKKWAEAPSAA PGPT0029295_4417 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 D1-12_03341 198 tatAd Sec-independent protein translocase protein TatAd ATGTTTTCAAATATCGGCATTCCCGGGTTGATCCTGATTTTCGTCATCGCTCTCATCATTTTCGGACCTTCAAAGCTTCCGGAAATCGGCCGTGCAGCCGGCCGCACGCTGCTTGAATTTAAAAGCGCCGCAAAAACACTGGTCTCAAATGAAGAGCCGGACAAGCAGACGGCTGAGAAAGACAAAACGGCAGGCTGA MFSNIGIPGLILIFVIALIIFGPSKLPEIGRAAGRTLLEFKSAAKTLVSNEEPDKQTAEKDKTAG PGPT0029290_4326 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 D1-12_03342 1752 phoD COG3540 Alkaline phosphatase D ATGACACATGACGGCCGTTTAGATGAATGGATCAAGGAATTGGAGAACAAAAGCTTTCAGAACAATACGTTTGACCGCCGCGCATTTATACAAGGCGCCGGGAAAATCGCCGGTCTTTCCCTCGGGTTAGCGATCGCGCAATCCATCGGCGCGTTTGAAGTGAATGCCGCTCCGAAATTTTCAAACTATCCGTTCACCCTCGGCGTAGCCTCCGGCGACCCGCTGTCTGACAGCGTCATTCTCTGGACGCGTCTTGCCCCGGACCCGCTGAATGGGGGCGGCATGCCGAAGCAGGCCGTGCCGGTAAAATGGGAAATCGCTACTGATGAACATTTCCGTCACATCGTCAAACGCGGAACGGAAATGGCCAAGCCGAATCTCGGACACTCCGTCCATGTCGAGGCGGACGGGCTCAAGCCCAATAAAGTGTACTATTACCGGTTTAAAAGCGGGCATGAGCTCAGTCCCGTCGGCCGGACGAAAACGCTGCCCGCTCCCGGCGCTGACGTATCCGCCATGACGTTTGCATTTGCCTCATGCCAGCAGTATGAACACGGCTATTATACGGCGTATAAACATATGGCGAAGGAAAAGCTTGATCTCGTGTTCCATCTCGGAGATTACATTTATGAATACGGACCGAACGAATATGTGTCAAAAACGGGAAATGTCAGGACGCACAGCAGCGCTGAAGTGTATACACTGTCAGATTACCGCAACCGTCATGCCCAATACCGCTCTGATGCCAATCTGAAAGCCGCCCACGCCGCATTTCCGTGGGTCGTGACGTGGGACGATCATGAGGTGGAAAACAATTATGCCAATATTATCCCTGAAAAAGGCCAATCCGTTGAAGCGTTTGTGCTCAGGAGGGCCGCCGCTTATCAGGCTTATTATGAACACATGCCGCTCAGGCGCATGTCATTGCCGAACGGTCCTGATATGCGGCTGTACAGGCAATTTTCTTATGGCAATTTAGCGTCGTTCAATGTGCTTGATACAAGACAGTACAGAGATGATCAGGCCAACGGCGACGGGAATAAGCCGCCTTCTGATGAGTGGAGAGACCCGAAGCGCACATTGATGGGGACAGAACAGGAGCAATGGCTGTTCGGCAATTTAGCCGCCTCAAAAGCGAAGTGGAATGTGCTGGCGCAGCAAATCTTTTTCGCGCAATGGAATTTCGGAACAACCGCCAATCCGATATACAGCATGGATTCATGGGACGGCTACCCGGCTCAGCGGGAGCGGGTCATCAATTTTATAAAAAGCAAAAATCTGAACAATGTCATCGTGCTGACAGGTGATGTTCACGCAAGCTGGGCGTCAAACCTGCATACCGATTTTAACCAAACGAATTCAAAGATTTTCGGAGCCGAATTCGTCGGGACTTCCATTACATCTGGAGGAAACGGGGCGGATAAACGGGCCGATACGGATCAGATCTTAAAACAAAACCCGCATATTAAGTTTTTCAACGATTACCGCGGCTATGTCCGCTGTACGGTGACCCCTGCCCAATGGAGAGCGGATTACAGAGTGGTGCCGTACGTGACGGAGCCGGGGGCTGAGGTATCCACGCGGGCTTCATTCATTTATCAGAAAGACCAGACGGGGATTCGGAAGGTCTCTCAAGCTGCGGTTGCAGGCGGTTTAAAGCAGTCGAACGAGGTGGAAGAGGATCGTTTCTTCGCCCATAACAATGCGCATGAAAAGCAAATGAGAAAGAAACGGGCCAAAATCTCACAATAA MTHDGRLDEWIKELENKSFQNNTFDRRAFIQGAGKIAGLSLGLAIAQSIGAFEVNAAPKFSNYPFTLGVASGDPLSDSVILWTRLAPDPLNGGGMPKQAVPVKWEIATDEHFRHIVKRGTEMAKPNLGHSVHVEADGLKPNKVYYYRFKSGHELSPVGRTKTLPAPGADVSAMTFAFASCQQYEHGYYTAYKHMAKEKLDLVFHLGDYIYEYGPNEYVSKTGNVRTHSSAEVYTLSDYRNRHAQYRSDANLKAAHAAFPWVVTWDDHEVENNYANIIPEKGQSVEAFVLRRAAAYQAYYEHMPLRRMSLPNGPDMRLYRQFSYGNLASFNVLDTRQYRDDQANGDGNKPPSDEWRDPKRTLMGTEQEQWLFGNLAASKAKWNVLAQQIFFAQWNFGTTANPIYSMDSWDGYPAQRERVINFIKSKNLNNVIVLTGDVHASWASNLHTDFNQTNSKIFGAEFVGTSITSGGNGADKRADTDQILKQNPHIKFFNDYRGYVRCTVTPAQWRADYRVVPYVTEPGAEVSTRASFIYQKDQTGIRKVSQAAVAGGLKQSNEVEEDRFFAHNNAHEKQMRKKRAKISQ PGPT0002575_508 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0002575-phoD-K01113 NA NA D1-12_03343 429 cwlJ COG3773 Cell wall hydrolase CwlJ ATGGCAGTCGTAAAAGCGTCGAGCGCCGATGTCGATCTAATGGCAAGGCTGCTCAGGGCGGAAGCGGAAGGCGAAGGGAAGCAGGGAATGCTTTTGGTCGGCAATGTGGGAATCAATAGGGTGCGGGCGAATTGTTCTGATTTTAAAGGCCTGCGCACCATCAGGCAGATGGTGTTTCAGCCGCACGCGTTTGAAGCGGTGACTCACGGATACTTTTACCAGAGACCGCGTGAATCCGAGCGGAGGCTTGCCCGCAGGAACATTAATGGAGAACGGTTTTGGCCGGCTAAATTCAGCCTGTGGTATTTTAAGCCGCCGGGCAACTGCCCGCAGACTTGGTATGGCCAGCCGTTTGTCGCCAGATTCAGATCCCACTGCTTCTATCAGCCGACAGGTGAGACGTGCGAAAACGTGTACAATACATTTTAA MAVVKASSADVDLMARLLRAEAEGEGKQGMLLVGNVGINRVRANCSDFKGLRTIRQMVFQPHAFEAVTHGYFYQRPRESERRLARRNINGERFWPAKFSLWYFKPPGNCPQTWYGQPFVARFRSHCFYQPTGETCENVYNTF NA NA NA NA NA D1-12_03344 384 hypothetical protein ATGGAACACATTAAAGCGCTTGCCATTAAAGGCATTATGACCATCATTATTCTGTATCTGATACTCGGCTTAGGTTTTCGCTTTACATTCGGCGACGTGCTGCTGATGACCATTGTGCTGGGAGCCGTTTCCTACTTTACGGGCGACTTGTACGTGCTTCCGAGATGGAATAATATCACGGCGGCGTCCGCTGATTTCGGAATCGCGTTTCTTGTCGTCTGGCTGATGGGAATGCCGCTGTCCATGGGCATTTCCGGGGGAAGACTGGCGTTTGCCGCTCTTATTTCCGCCGTCATCATCGCCGTCGGAGAATATTTTTTCCATATTTATCTGATGAGAAAAGACTTGGGCGGGTCCCGTTTTTTAGAACCCCGGTCCGAATAA MEHIKALAIKGIMTIIILYLILGLGFRFTFGDVLLMTIVLGAVSYFTGDLYVLPRWNNITAASADFGIAFLVVWLMGMPLSMGISGGRLAFAALISAVIIAVGEYFFHIYLMRKDLGGSRFLEPRSE NA NA NA NA NA D1-12_03345 165 rtpA Tryptophan RNA-binding attenuator protein inhibitory protein ATGGTGATCGCAACCGACGATCTTGAGCTCACGTGTCCGCATTGTGAAGGAACCGGCGAGGAGATAGAAGGGACGCCCTGTCCGAAGTGCGGCGCGAAGGGTGTCATATTGACCGCTCAAGGAAACACGCTGCTGCATTTTATCAGAAAGCATATGGATCAGTGA MVIATDDLELTCPHCEGTGEEIEGTPCPKCGAKGVILTAQGNTLLHFIRKHMDQ NA NA NA NA NA D1-12_03347 921 hypothetical protein ATGACAAAACAAAGGGAAATAGAAACCGTTCTGAACATCGCAAAGGAAAATGGCTTACGGTTAAAGTATGAAGGGGCGGACATAAATGAAACGGGTATGGACTTCCAAGTCGTATTTGCTGAAGATGACAGCGGCATGACATGGGTGCTCCGAAAGCCGCGCCGTCCCGATGTTATCGAAAGAGCGGCTGCAGAAAGCGGCGTTCTCGCGTTTCTCCGCAGCCATGCCGCGGTAGCAGTGCCCGATTGGCGGATTCATACACCGGAACTGATCGCTTATCCGAAACTGGACGGAATACCAGCTGCCGCAATTGATCTGGATAAGAAACAGTATGTCTGGAATATGGAACACGAGCCGCCTTCAGACGGTTTTGTCGGCTCGCTTGCCGCGGCATTAGCCGAGCTGCACGGGGCAGACCCGGATGCGGCCTCCAGATCCGGAATTGAAATCATAAAACCGGATGACGTCAGGCAAAGGGCGGCGGAATCAATGGATCACATAAAAAAAGAAATCGGGGTCTCAGAGCCGCTTTGGAAAAGATGGCAAACGTGGATAAATGACAGTTCGTACTGGCCTGATTTTTCCGCGCTGATCCATGGCGACTTGCATCCTCCGCATATTTTGATCGGCGAAAATCAGCGTGTGACGGGTCTCCTCGATTGGACGGAGGCAAAGGTTGCCGATCCGGCCAAGGATTTTGTCCTTTATCAAGTGATATTAGGAGAAAAAGAAACAAAACGGCTGATGAAGAGCTACGAAGCTGAAGGCGGGCGCGTCTGGCCGAAAATGCAGGAGCATGTGACAGAATGGCAGGCCGCTTATCCCGTGGAAACGGCGAAATTCGCGCTTCAGACGGGGCAAGAGGAGCATATGCAAATGGCGCGGGACATGCTCGGCCTGTCCGATCCGAAAGGTTATTGA MTKQREIETVLNIAKENGLRLKYEGADINETGMDFQVVFAEDDSGMTWVLRKPRRPDVIERAAAESGVLAFLRSHAAVAVPDWRIHTPELIAYPKLDGIPAAAIDLDKKQYVWNMEHEPPSDGFVGSLAAALAELHGADPDAASRSGIEIIKPDDVRQRAAESMDHIKKEIGVSEPLWKRWQTWINDSSYWPDFSALIHGDLHPPHILIGENQRVTGLLDWTEAKVADPAKDFVLYQVILGEKETKRLMKSYEAEGGRVWPKMQEHVTEWQAAYPVETAKFALQTGQEEHMQMARDMLGLSDPKGY PGPT0028010_210 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-MACROLIDE_RESISTANCE,PGPT0028010-mph-K06979 NA NA D1-12_03348 948 spo0A_2 COG0784 Stage 0 sporulation protein A ATGCGTTTTTTTATAGCTGATGATGACCGGGCGATCCGTTCCATTTTAAAACAGATGATCGAGGACGAGGACTTAGGCGAAGTCGTCGGTGAGGCAGAGGACGGAAGCCAGATTGAAGGGCATTATCTCCATTTTAAACAAGTCGATATTTTATTAATTGATCTGCTGATGCCGGGTCGGGACGGGATTGAGACGATCCGGCATCTTCAGGGATCGTACAACGGAAAAGCGGTGATGATATCGCAGGTGGAGGCAAAGGAAATGGTGGGAGAAGCTTATTCTCTCGGCATCGAATACTTTATCCACAAACCGATCAACAAAATCGAGATCGTCACCGTTTTGCGAAAAGTAAAAGAGCGGATTGAACTGGAAACCTCGATCGGCGATATCCAACACTCGTTAAGCCGTCTTATTCAGCGGAATGAGCCGAAAAAAAGCGGGCCGGGGGGGATGCACGAGAAATCAATCAAAGAAACAGGAAAATTTCTTTTATCGGAATTAGGCATCGTGGGAGAAAGCGGGGCGCATGACCTCATGGCCGTCCTTCACTATTTATTTGAGGATGAACAGGCGGAAAGAAACATCCCGTCTTTAAAGCAGATGTTTACAAACGTCGCCATCCGGAAGCTGGGGCCTGCGGCGGCACAAGCCGAGGTTAACAGAGAAATCAAAGCCTCGGAACAGCGGATCAGAAGGGCCGTCATTCATTCGTTAAACCATTTCGCTTCATTGGGCACAACTGATTTTTCAAACCCCAAATTTGAATATTACGCCTCGAAATTCTTTGATTTCCCCGCTGTCAGCAAGAGAATGAAAGAAATGCAGGCTAAGGAAACCGTGCCGCTTTCTCCGGTTAAAGTGAATATGAAAAAATTCATTCACGTCTTCTTTTTGGAGGCGAAAGATTTACGCGAAGGATCAAAATTTGTCAGCGGAGGCAGCCGGTAA MRFFIADDDRAIRSILKQMIEDEDLGEVVGEAEDGSQIEGHYLHFKQVDILLIDLLMPGRDGIETIRHLQGSYNGKAVMISQVEAKEMVGEAYSLGIEYFIHKPINKIEIVTVLRKVKERIELETSIGDIQHSLSRLIQRNEPKKSGPGGMHEKSIKETGKFLLSELGIVGESGAHDLMAVLHYLFEDEQAERNIPSLKQMFTNVAIRKLGPAAAQAEVNREIKASEQRIRRAVIHSLNHFASLGTTDFSNPKFEYYASKFFDFPAVSKRMKEMQAKETVPLSPVKVNMKKFIHVFFLEAKDLREGSKFVSGGSR PGPT0000740_8 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_GLUTAMINE_TRANSPORT,PGPT0000740-ycbB|glnL-K07719 NA NA D1-12_03349 1293 glnK COG0642 Sensor histidine kinase GlnK ATGATCAGGCTCGACTATTTACTGAAAAAAGACGGCTATCTTTTCGCCCTTATGCTGATCACCGTGCCGCTGGCGGGGGAACTGAAATTTTACCCCCTGAATGAGGTATACCGGATCAGCTTCGGCGCCCCGGCTTTTTTCTTTTTTCTGCTGCTGCTTCGACATGTGCCGGCAGTATTGTCAGGGCTGTTGACAGGTGCAGCCGTTGTGGCATTCCGGATCGGCCTGGCGTGCTGGGGAGGAGAGCATGCCGGCTTTATGGAGGCTTTTTTCAGCCAATATCCCAGTTTCTTTTTTTACTTTACATATGCCTGCTTGTTTTATGTGCTGAAGGTCAGGCTTTTTTGGGATCGGCCGCTGATGATCGGGTTTCTCGGTTTTCTCATTGAAATTGCGTCCGATGCCGTTGAAATGACGGTTCAGTTTTCCGGCGGCCGGCAGATTATGATGCCGGACAAGCTGGCGGATATTACGGTTATCGCTGTTTCTCACACATTTATTGTGCTGAGTTTTTTCAACGTGATGAAGCTGCACGAATCTCAGGTCAGGGAAAAACAAACGAGAAAGCAGCATGAGCACATGCTGATGATTGTGTCTAACTTATATGAAGAAACGATTCATTTGAAAAAAACGCTGAAAACGACGGAGCATGTGACGAAAGAATCCTATCAGCTATATCGGGAAATGAGCGGGAACGACCGGGAGCTCGGGAGCCGAATGCTGCGCCTTGCGGGAGAAATTCATGAAGTGAAAAAAGACAATCAGCGAATATTCGCCGGCCTGTCGAAGCTGATTTCCAATGAGAGATTCCGGGATTACATGAATGCCGCCGCTCTGGTCGGCATCGTCATCCGAATCAATGAAAAATACGCCGAATCTTTAGGCAAGGACATTCAATTCCAGAGCGTGATTGAAGGAGAGCATCCCGATTATCACGTCTTTACCGTCTTGTCGATCTTAAATAATCTGACAGCCAATGCCGTCGAAGCCATGGGTGACAGGGGTGAGATCCGCCTCGCGCTGCGCAGGGCGGAGAGGGAGATGGCCGAATTTGAGGCGGAAGATGACGGTCCCGGCATTCCGGAAAAAATCGGAGAGGTCGTTTATGATCCCGGATTTACGTCCAAATACGATGAATTCGGCACACCTTCAACGGGCATCGGGCTTACTTACGTGAAGGAAATCGTAACTGAACTTGACGGAGACATTTCCTTTCATAACAAGCCAAAAGGCGTCATATTTACGATTAAACTGCCGGTGAAGCATTTGATTGCAGAAAGGATGAACTCATAA MIRLDYLLKKDGYLFALMLITVPLAGELKFYPLNEVYRISFGAPAFFFFLLLLRHVPAVLSGLLTGAAVVAFRIGLACWGGEHAGFMEAFFSQYPSFFFYFTYACLFYVLKVRLFWDRPLMIGFLGFLIEIASDAVEMTVQFSGGRQIMMPDKLADITVIAVSHTFIVLSFFNVMKLHESQVREKQTRKQHEHMLMIVSNLYEETIHLKKTLKTTEHVTKESYQLYREMSGNDRELGSRMLRLAGEIHEVKKDNQRIFAGLSKLISNERFRDYMNAAALVGIVIRINEKYAESLGKDIQFQSVIEGEHPDYHVFTVLSILNNLTANAVEAMGDRGEIRLALRRAEREMAEFEAEDDGPGIPEKIGEVVYDPGFTSKYDEFGTPSTGIGLTYVKEIVTELDGDISFHNKPKGVIFTIKLPVKHLIAERMNS PGPT0000735_140 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0000735-ycbA|glnK-K07717 NA NA D1-12_03350 984 glsA1 COG2066 Glutaminase 1 ATGAAAGATATGGTCAGAGAGCGCCTTGAAAAAGAGGAACTGGCTTCACTTTTACAAGATTGGGTCGAGCATTACCGACCGTTTTCCGTCAATGGAAAAAGCGCAAATTATATACCCGCCCTCGGAGAAATCAACGACTCTCAGCTGGGCATTTGCATATTAGAGCCGGATGGCTCAATGATTCATGCCGGTGAATGGAATGTACCGTTCACATTGCAGAGCATCTCAAAAGTCATCAGCTTTATTGCCGCCTGCATGAACAGAGGCATTTCTTACGTGCTGGATCGTGTGGACGTGGAACCGACGGGTGATGCGTTTAATTCTATCATCCGGCTTGAAATCCATAAACCCGGGAAGCCCTTCAACCCGATGATCAATGCCGGCGCCATTACCGTCGCCTCGCTGCTTCCGGGTGAAACGGCGCATGATAAATTAGAATATCTCTTTTCCGTTTTTGAAAAATTAATAGGAAAACGGCCTCACGTTCACGAGGAGGTCTTCCGTTCTGAATGGCAGACCGCGCATCGGAACAGAGCGCTCGCCTACTATTTAAAAGAAACGAACTTTCTCGAGGCGGATGTGGAAGAAACGCTTGAAGTGTATTTAAAGCAGTGCGCCATGGAGGGTACAACCGAGGACATCGCTTTAATCGGATTGATACTTGCGCATGACGGCTACCATCCGATCCGACGGGAACAGGTCATTCCGAAAGATGTCGCGAAACTCGCCAAAGCCCTGATGCTGACATGCGGGATGTACAATGCGTCAGGAAAATATGCGGCTTTCGTCGGCGTCCCCGCCAAAAGCGGGGTATCCGGCGGCATTATGGCATTGGTTCCCCCAAGCGCCAGAAGAGAACAGCCTTTTCATAACGGCTGCGGCATCGGCATTTACGGTCCGGCCATTGATGAATACGGCAACAGCCTGACCGGCGGCATGCTGCTGAAACATATCGCACAGGAGTGGGAGCTCAGTATTTTTTAA MKDMVRERLEKEELASLLQDWVEHYRPFSVNGKSANYIPALGEINDSQLGICILEPDGSMIHAGEWNVPFTLQSISKVISFIAACMNRGISYVLDRVDVEPTGDAFNSIIRLEIHKPGKPFNPMINAGAITVASLLPGETAHDKLEYLFSVFEKLIGKRPHVHEEVFRSEWQTAHRNRALAYYLKETNFLEADVEETLEVYLKQCAMEGTTEDIALIGLILAHDGYHPIRREQVIPKDVAKLAKALMLTCGMYNASGKYAAFVGVPAKSGVSGGIMALVPPSARREQPFHNGCGIGIYGPAIDEYGNSLTGGMLLKHIAQEWELSIF PGPT0020215_1073 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_GLUTAMINE_DEGRADATION,PGPT0020215-glsA-K01425 NA NA D1-12_03351 1437 alsT_2 COG1115 Amino-acid carrier protein AlsT ATGCAGGAATTCTTTGAAAATGTAATCGGCTCGGCAAATGATTTTTTATGGTCAAAACTGTTAATCGTACTGCTTCTTTCTCTGGGACTGTTTTTTACGTTCAGATCAAAGGGTCTGCAAGTCCGCATGCTGAAGGAAATGATCCGGGTTTTGAAGGAAGGCGCGGCCGCCCGGACAAAAAACAGCATTTCCCCGTTTCAGGCATTTTGCATCAGTATGGCGGCGCGTGTCGGAACCGGGAATATTACCGGAATCGCCATTGCGATCGCACTCGGCGGTCCGGGCGCTATTTTCTGGATGTGGATTATCGCAGTCATCGGTTCGGCTTCAAGCTTTGTTGAAAGCACGCTGGCCCAAATTTATAAAGTAAAAGATCAAAACGGATTCCGCGGGGGCCCGGCCTATTACATGGAAAAGGGCCTGAAGAAACGCTGGATGGGCGCGCTGTTCGCCGTATTAATCACACTGTCATTCGGAGTTGTTTTTAATTCCGTTCAATCCAATACGATCAGCGTCGCCTTTCAAAACGCATTCGGCACCAGCCGGCTTACATTGGGCATTATGTTAATCTTGGTTTTCGGCGGCGTAATCTTCGGCGGCGTCAAACGAATTGCGAAAATGGCGGAATACATCGTAGTCGTTTTGGCCGTTTTATATATCGGTGTCGCTTTCTTTGTCATTCTGACGAACATCACCCAATTGCCCGGCGTTCTGTCGCTAATCGTAAAAAATGCGTTCGGCATTGATCAGGCAGCGGGCGGCGCTTTAGGTGCGGCCTTGATGCAAGGTGTAAGACGCGGGATTTTCTCAAATGAAGCGGGTATGGGAAGCGCTCCGAACGCGGCGGCGACAGCTACGACGAGCCACCCGGTGAAACAGGGGCTCATTCAGGCATTCGGCGTCCTGACGGATACGCTTGTCATTTGTACAAGCACGGCGCTTATCATTTTATTTTCAGACGCTTATCACCAGTCGGGACTGAGCGGCATCGCGCTTTCTCAGGCCGCCTTGAGCGACCATGTCGGCGCGTGGGCGTCAGGTTTCCTTGCCGTCTTAATGCTTTTGTTCGGCTTCAGCGCTCTGATGGGCAACTATTATTACGGAGAAACCAATATCGGATTTTTAAGCCAGAACAAAAAATGGCTGTTCATTTACCGCATCTGCGTGCTCGGAATGGTACTGTTCGGCTGTATTTCCAAAGTCCAGCTTGTGTGGGATATGGCTGACTTGTTCATGGGCTTAATGGTGGTCGTGAACTTAATCGCGATTTTCCTTCTGTCGAAAAAAGCGTTTGCCGCTTTGAGCGATTATGTCCGGCAAAAGAAAGCCGGAAAGGACCCCGTCTTTTACAGAGATGTGCTCCCTGATGATGAAGGGATCGAATGCTGGGAGTATTCAGACATCGCGAAAAGTGCGAAAGGCAAACACATTTCCTAA MQEFFENVIGSANDFLWSKLLIVLLLSLGLFFTFRSKGLQVRMLKEMIRVLKEGAAARTKNSISPFQAFCISMAARVGTGNITGIAIAIALGGPGAIFWMWIIAVIGSASSFVESTLAQIYKVKDQNGFRGGPAYYMEKGLKKRWMGALFAVLITLSFGVVFNSVQSNTISVAFQNAFGTSRLTLGIMLILVFGGVIFGGVKRIAKMAEYIVVVLAVLYIGVAFFVILTNITQLPGVLSLIVKNAFGIDQAAGGALGAALMQGVRRGIFSNEAGMGSAPNAAATATTSHPVKQGLIQAFGVLTDTLVICTSTALIILFSDAYHQSGLSGIALSQAALSDHVGAWASGFLAVLMLLFGFSALMGNYYYGETNIGFLSQNKKWLFIYRICVLGMVLFGCISKVQLVWDMADLFMGLMVVVNLIAIFLLSKKAFAALSDYVRQKKAGKDPVFYRDVLPDDEGIECWEYSDIAKSAKGKHIS PGPT0000745_24 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_GLUTAMINE_TRANSPORT,PGPT0000745-glnT-K11626 NA NA D1-12_03352 948 mmuM COG2040 Homocysteine S-methyltransferase ATGAATCCCATTACACAAATATTAAATGAATACCCGGTGATGATCATAGACGGCGCGATGGCAACCGAGCTTGAGCGGATGGGGTGTGATTTACATGACGATCTGTGGTCGGCCAAAATTCTTTTGGAGAGGCCCGAACTGATCAAACAGGTGCATGCAGAATATTTTGCCGCCGGCGCTGATTGCGCGATCACCGCCAGTTATCAATCGACAATCGAAGGATTTGCAGCGCGCGGCATCCCTGAAGCCGATGCGATACGTCTCATTCAGACATCTGTTGAACTTGCCGCACATGCACGCGATGAATTTTGGGCGCATGAAGAAAACCGTTTACACCGGCCCAAACCTTTGGTCGCCGCTTCTATCGGACCTTACGGCGCGAGCCTCGCTGACGGCTCAGAATATCGCGGGCATTACGGACTGACGGAGGATGAGCTGATCAGCTTTCACCGCCCCCGGATGAAAGCTCTCATAGAATCCGGCGCCGATCTTTTGGCCTGCGAGACCATTCCGTGCCTGTCAGAAGCAAAAGCGATCACAAGGCTGCTGGAGGAATTCCCCGGCACTTATGCATGGATCAGCTTCAGCGCCAAAGACGGACGGCATATCAGCGAAGGCACGCCTATTTCCGAATGCGCGGCCCTGCTTGACTCCTGCAGCCAAATCGCAGCGATCGGCATCAACTGCACACCGATTGAACATATTCCGCCGCTGATAGAAGAAATCAAACGGTCAGCATCCAAACCGATTATCGCCTATCCGAACTCCGGCGAACAATATGACCCAGTGACAAAAACCTGGAAAGGCGCAGCGTGCGAAAACCATTTCGGAAAAAGCGCGCAAAGCTGGTACGAAAACGGCGTGAGCCTGATCGGAGGCTGCTGCCGGACGAAACCTGCGGACATTCAGGCCATTGCCGATTGGGCCAAGACCTTAAAAACAACTTGA MNPITQILNEYPVMIIDGAMATELERMGCDLHDDLWSAKILLERPELIKQVHAEYFAAGADCAITASYQSTIEGFAARGIPEADAIRLIQTSVELAAHARDEFWAHEENRLHRPKPLVAASIGPYGASLADGSEYRGHYGLTEDELISFHRPRMKALIESGADLLACETIPCLSEAKAITRLLEEFPGTYAWISFSAKDGRHISEGTPISECAALLDSCSQIAAIGINCTPIEHIPPLIEEIKRSASKPIIAYPNSGEQYDPVTKTWKGAACENHFGKSAQSWYENGVSLIGGCCRTKPADIQAIADWAKTLKTT PGPT0017810_252 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-GALACTOSIDASE,PGPT0017810-lacZ-K01190 NA NA D1-12_03353 1464 rocC_2 COG0833 Amino-acid permease RocC GTGCCGTTCGCCGGCATGAGATTTTTTATTAGAACGGCCCTCGCAGAAAGTTGGAAAACAATGAACAACAAGAACGAGACGAATTTTCAGAGAAGTATGAAAAGCAGACACCTCTTTATGCTATCACTCGGAGGTGTGATCGGAACGGGGCTGTTTTTAAGCTCTGGGTATACCATTCATCAGGCGGGTCCGGCGGGCACCATTTTCGCTTACCTTTTGGGCGCGGGCATCGTCTATCTTGTCATGCTTTGCCTTGGTGAACTGTCAGTAGCTATGCCCGTGACGGGCGCATTCCATACTTATGCGAAAACCTATATTGGGCCGGCGACGGGCTTTACGGTCGCATGGCTGTACTGGCTGACGTGGGCGGTGGCGCTGGGCTCTGAATTCACGGCGGCCGGGCTTTTCATGCAGCGCTGGTTCCCGCATACTTCAGTTTGGATGTGGAGTGCGGTATTCGCTCTTCTCATCTTTTTATTAAACGCCTTCTCCGTGAAATTTTTTGCTGAATCGGAGTTTTGGTTCTCAAGCATTAAAGTCTTAGCCATCTTACTGTTTATTTTATTGGGCGGAGCGGCGATGTTCGGCATCGTCCCGATGAAAAGCGGTGAGGCCGCACCTATGCTGTCGAACTTTACGGATAGCGGCAGCCTTTTTCCAAATGGCTTTTTCCCGATACTGATGACAATGCTTTCAGTAAACTTCGCTTTTTCAGGGACGGAATTGATCGGAATCGCCGCCGGGGAAAGCGCCGATCCGGAAAAAACCGTTCCGCGCGCCATTAAGACCACAGTCTGGCGGCTGGCGCTTTTCTTTATCGGAACGATTTTTGTGCTGTCAGGGATGATCTCCATCAAGGAAGCCGGTGTGATTGAAAGCCCGTTCGTCACGGTATTTGACAGAGTCGGCGTGCCTTATGCGGCCGATCTGATGAATTTCGTCATTTTAACGGCGCTTCTGTCTGCGGCCAATTCAGGGCTGTACGCGTCATCACGTATGCTGTGGTCCCTGTCTAAAGAAGGGGAGCTTCATCCCGCCTTTGCCAGGCTGACTTCTAGAGGCATTCCTTTTAACGCTCTGATCTTCAGTATGATCGGCGGCATTCTGTCGTTGTTGTCAAGCGTGGTTGCAGCGGATACAGTCTATCTTGTTCTCGTCTCCGTCTCAGGATTTGCGGTAGTGGCTGTGTGGATGAGCATCGCCGCATCGCAATTTTTGTTCAGAAGACGGTTTCTTACAGAAGGGCACCAGCTTTCAGACTTGAAATACAGGACGCCGGGATATCCGGCCGTACCGATAGCGGCCTTTCTCCTGTGCCTCGCCTCCTGTATCGGCATCGCTTTTGATCCGAACCAGGCCATCGCCCTTTATTGCGGGATTGCATTTATGGCCGTTTGCTACAGCGCTTATTACTTGAAAAACCGGAAAAGCAGAGCCCGCGTGCAAGCCGTAAAATCCCAATAA MPFAGMRFFIRTALAESWKTMNNKNETNFQRSMKSRHLFMLSLGGVIGTGLFLSSGYTIHQAGPAGTIFAYLLGAGIVYLVMLCLGELSVAMPVTGAFHTYAKTYIGPATGFTVAWLYWLTWAVALGSEFTAAGLFMQRWFPHTSVWMWSAVFALLIFLLNAFSVKFFAESEFWFSSIKVLAILLFILLGGAAMFGIVPMKSGEAAPMLSNFTDSGSLFPNGFFPILMTMLSVNFAFSGTELIGIAAGESADPEKTVPRAIKTTVWRLALFFIGTIFVLSGMISIKEAGVIESPFVTVFDRVGVPYAADLMNFVILTALLSAANSGLYASSRMLWSLSKEGELHPAFARLTSRGIPFNALIFSMIGGILSLLSSVVAADTVYLVLVSVSGFAVVAVWMSIAASQFLFRRRFLTEGHQLSDLKYRTPGYPAVPIAAFLLCLASCIGIAFDPNQAIALYCGIAFMAVCYSAYYLKNRKSRARVQAVKSQ PGPT0020525_22 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_METHIONINE_TRANSPORT,PGPT0020525-mmuP-K16235 NA NA D1-12_03354 1068 ilvE COG0115 Branched-chain-amino-acid transaminase 1 TTGAATCAACTGATTGAAAGACGTAAGGTCACAGCAAGAAAAGAAAAACCGGATTCCGCTTCATTGGGATTTGGCAAGTACTTCACAGATTACATGTTTGTCATGGATTACGAAGAGGAGAGAGGGTGGCATGATCCGAGAATCACACCTTATGAACCGGTCCGCCTTGACCCTTCCGCATCGGTTTTCCATTACGGGCAGGCCGTATTTGAAGGGCTGAAGGCTTACAGGTCAGAAGACGGCCGGGTGTTGATGTTCCGTCCTGACCAAAATATAAAACGGCTGAATAAATCGTTACGGCGGATGAGCATGCCGCCTCTTGACGAGAAGCTGGCGCTGGAAGCATTGATACAATTGGTGGAGCTGGAGCAGGAATGGATACCGATAGAAAAAGGAACCTCTTTATATATCCGTCCGTTTGTGATTGCGACTGAGCCTTCTTTAGGCGTCCGGCCTTCAAAGCGTTACAAGTTCATGGTTGTTCTGACGCCTGTCGGTTCGTACTACGGCGATCAGCTCAAACCGATCCGTATTTATGTGGAGGATGAGTATGTGCGTGCCGTCACCGGCGGAGTGGGCGACGTCAAAACATCCGGAAATTATGCGGCCAGCTTACAGGCTCAGCGGAAAGCCGAAGAACTGGGGTATGATCAGGTGCTTTGGCTCGACGGGGTGGAAAAGAAATATGCCGAAGAGGTAGGAAGTATGAATATCTTTTTCATCATAAACGGAGAGGCCGTAACGCCGTCATTAAACGGAAGCATTCTCGGGGGCATCACACGCGCATCTGTGATAGAGCTGTTAAAAAGCTGGGGCATCCGTGTCAGGGAAGAACAGGTCGCCATTGATGACATCTATGAGGCTGCGATGAGAGGCGAGGTGTCAGAGGTATTCGGTACGGGAACAGCGGCCGTCATCTCGCCGGTCGGCGCGCTGCACATTCACGGAGAAACGATTGAGCTGAATAACGGTTTGATCGGTGAAGTGTCAGAAAGGCTCTATGAAACGATTGCCGGCATCCAAGTCGGGAAGGTGCGGGATTCGTTCAGATGGGTGGTTGAAGTATAA MNQLIERRKVTARKEKPDSASLGFGKYFTDYMFVMDYEEERGWHDPRITPYEPVRLDPSASVFHYGQAVFEGLKAYRSEDGRVLMFRPDQNIKRLNKSLRRMSMPPLDEKLALEALIQLVELEQEWIPIEKGTSLYIRPFVIATEPSLGVRPSKRYKFMVVLTPVGSYYGDQLKPIRIYVEDEYVRAVTGGVGDVKTSGNYAASLQAQRKAEELGYDQVLWLDGVEKKYAEEVGSMNIFFIINGEAVTPSLNGSILGGITRASVIELLKSWGIRVREEQVAIDDIYEAAMRGEVSEVFGTGTAAVISPVGALHIHGETIELNNGLIGEVSERLYETIAGIQVGKVRDSFRWVVEV PGPT0008860_2735 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_VALINE_DEGRADATION,PGPT0008860-ilvE-K00826 NA NA D1-12_03355 1251 gltP COG1301 Proton/glutamate-aspartate symporter TTGAAAAAATTTATCGCATTCCAGATTTTGATCGCTTTAGCCATCGGAGCATTGATCGGCCATTTCTTCCCGGATTTCGGGATGGCGCTGCGGCCCGTCGGAGACGGATTTATCCGCCTGATTAAAATGATTGTCGTGCCGATCGTGTTTTCAACCATTGTCATCGGAGCCGCCGGCAGCGGCAGTATGAAAAAAATGGGCAGTCTCGGCATCAAAACGATTATTTGGTTCGAAGTGATTACGACGCTTGTTCTGGCGCTCGGTCTGTTATTGGCGAACGTGCTGAAGCCGGGAGTCGGACTTAACCTCTCTCATCTTGCTAAAAAAGATATTCACGAGCTTTCCGGCTATACGGAAAAAGTAGTCGACCTGAAACAAATGCTTCTTGATATTATCCCCGTTAACATCATTGACGTCATGGCGAAAAACGATCTTCTCGCCGTCATTTTTTTCGCGATTTTATTCGGTGTTGCCGCAGCCGGCATCGGCAAAGCCTCCGCACCTGTCATGAGTTTCTTCGAATCCACGGCAAATATTATGTTCAAACTCACGCAGATGGTGATGGTCACCGCTCCGATCGGCGTTCTCGCCCTGATGGCCGCCTCCGTCGGGCAATTCGGAATCGCGCTTTTGCTTCCGATGCTGAAGCTGATCGGCACTGTGTTCCTCGGGCTGTTCCTGATACTCTTCGTTCTGTTTCCGATCGTGGGGCTTATCTTTAAAATCAAGTACTTTGAAGTGCTGAAAATGATTTGGGATCTGTTTTTGATCGCTTTCTCCACGACAAGCACAGAAACCATTCTGCCTCAGCTGATGGATCGGATGGAAAAATACGGCTGTCCGAAGCGGGTCGTCTCCTTTGTGGTTCCGTCAGGTTTATCGCTGAACTGTGACGGCTCAAGCCTCTATTTATCGGTGTCCTGTATTTTCCTGGCGCAGGCGTTTCATGTGGAGATGCCGCTTTCTCAGCAGCTTCTGATGATGCTTGTCCTCGTGATGACAAGCAAAGGCATTGCCGCCGTCCCGTCAGGCTCACTCGTCGTGCTTCTGGCGACAGCGAATGCCGTCGGTCTCCCCGCGGAAGGTGTCGCCATCATTGCCGGTGTCGACCGCGTCATGGACATGGCGCGGACCGGCGTCAACGTGCCCGGCCATGCGGTCGCCTGCATCGTCGTGTCCAAGTGGGAAAAAGCATTCAAATATAAAGGACCCGTCACGGCAGACCAGACCGCCCGGACAGAAAGTATGTAA MKKFIAFQILIALAIGALIGHFFPDFGMALRPVGDGFIRLIKMIVVPIVFSTIVIGAAGSGSMKKMGSLGIKTIIWFEVITTLVLALGLLLANVLKPGVGLNLSHLAKKDIHELSGYTEKVVDLKQMLLDIIPVNIIDVMAKNDLLAVIFFAILFGVAAAGIGKASAPVMSFFESTANIMFKLTQMVMVTAPIGVLALMAASVGQFGIALLLPMLKLIGTVFLGLFLILFVLFPIVGLIFKIKYFEVLKMIWDLFLIAFSTTSTETILPQLMDRMEKYGCPKRVVSFVVPSGLSLNCDGSSLYLSVSCIFLAQAFHVEMPLSQQLLMMLVLVMTSKGIAAVPSGSLVVLLATANAVGLPAEGVAIIAGVDRVMDMARTGVNVPGHAVACIVVSKWEKAFKYKGPVTADQTARTESM PGPT0000805_987 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-AMMONIUM_ASSIMILATION|USAGE N-AQUISITION-GLUTAMATE_TRANSPORT,PGPT0000805-gltP|gltT-K11102 NA NA D1-12_03356 969 hypothetical protein ATGGAAAAACAATATAGAGTTTTACTTTATTATAAATATGTAAAGATTGATGAGCCTGAGGAGTTCACGGCTCAGCATTTGAAGTTTTGTAAGGAGCTCGGTCTGTTAGGCCGTATTTTGATTTCTGAGGAAGGCATTAACGGTACGGTGTCCGGAACGGTTGAACAGACGGATCAATACATGAATGCGCTGAAAGCTGATCCGCGCTTTGCCGACATGCCGATTAAAATTGACGAGGCTGACGGACATGCATTCCGCAAAATGTTTGTGCGCCATAAAAAAGAATTGGTGACGCTTCGTCTCGAAGATGATGTTGATCCGAATGTCACGACGGGCAAGCATTTGAAACCGAAAGACTTTTATGAGCAAATGCAGGACCCTGACACGATCGTGATCGACGCCAGAAACGACTATGAGTATGATCTCGGTCATTTCCGCGGAGCGGTCAGACCTGATATTGAGGCGTTCCGTGAGCTGCCGGACTGGATTGAAGAGCACAAAGACATGCTTGAAGGCAAAAAAATCCTCACGTACTGCACAGGCGGCGTACGCTGTGAAAAATTTTCCGGCTGGCTGCTGAAAAAGGGCTTTGAAGACGTGTCCCAGCTTGACGGCGGTATCGTCACTTACGGTAAAGATCCTGAAGTGCAAGGGCAACTGTGGGACGGACAGTGCTACGTGTTTGACGAAAGAATCAGCGTACCGGTCAACCGCGTAGAGCACGTTATCATCGGAAAAGATTATTTCACGGGCGAGCCGTGCGAGCGTTATGTGAACTGCGCAAATCCGGCATGTAATAAAAAAATGATCTGCACACCTGAGAATGAATACAAATACATGCGCAGCTGCAGTCACGAATGCCGTACGAACGAACGCAACATGTATGTGAAAGAGCACGAAATGACTCAGGAAGAAATCAATGAACGCCTTGCTTTGATTGAAAAAGAGGATCATGCGGCGATTGATTAA MEKQYRVLLYYKYVKIDEPEEFTAQHLKFCKELGLLGRILISEEGINGTVSGTVEQTDQYMNALKADPRFADMPIKIDEADGHAFRKMFVRHKKELVTLRLEDDVDPNVTTGKHLKPKDFYEQMQDPDTIVIDARNDYEYDLGHFRGAVRPDIEAFRELPDWIEEHKDMLEGKKILTYCTGGVRCEKFSGWLLKKGFEDVSQLDGGIVTYGKDPEVQGQLWDGQCYVFDERISVPVNRVEHVIIGKDYFTGEPCERYVNCANPACNKKMICTPENEYKYMRSCSHECRTNERNMYVKEHEMTQEEINERLALIEKEDHAAID PGPT0013330_973 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013330-UPF0176_protein-K07146 NA NA D1-12_03357 276 hypothetical protein ATGGAAGAAAAGGATTTGGCAAAGCTGATAGAGCAGTACCAGCATACAGGGGATCAGCAAATTCTTGAAGCCGTGCGGGACGCATGCCGGCCTGTCATTGAGGCGCTCATCTCAGAACTGGCTGAAGACAGCGCCGATCTTCTGCGGACAAAAGGCCGTGAACGTTTTCCGTTTATTATCGGCAAGTATCAGACCGCGGCCGGCCTTTCGCTTGAGACCTTTTTGCGCAATACGTATCGGTTTTATTTTCAGCAGGTTTTAAAAGGCGAAGCGTGA MEEKDLAKLIEQYQHTGDQQILEAVRDACRPVIEALISELAEDSADLLRTKGRERFPFIIGKYQTAAGLSLETFLRNTYRFYFQQVLKGEA NA NA NA NA NA D1-12_03358 816 psd COG0688 Phosphatidylserine decarboxylase proenzyme ATGTTTAATACTGCCGCTAAAGTTCTTTATCGTTCATTGATTGAACTGACTAATAATCGATTGACGTCTTATCTCATTAAAAACTTCTGTGAATCGAAACTGAGCAAGCCGGTGATTCCGCTGTTTTCCAAACACTATCGCATCAACTGGAATGAAACGGAACGCACGGCTTCTGACTTTGATTCACTGGCGTCATTTTTTATTCGTGATATTAATTTGAATCTCCGCCCCGTGGCAAAAGAGAAGAACGCCATCGTCAGCCCGGTGGACGGCGTCGTTCAGACGGTGGGCATGATTAATCCCAATCAAACTTTCATGGTAAAAGGGAAGGATTATTCGTTCGCCGAACTGACGGGGTTTAAAAGCGCCGATCACAAGTATAACGGCGGGTGTTTTGCCGTGCTTTACCTGAGCCCGAGACATTACCACCGCTTCCATTCTCCCGTCAGCTGCACGTATCAGAAGCTGGCCGAGCTGGGGAAACGCTCCTATCCCGTTAATACGATGGGGTTAAAGTACGGGAAAGATGTGCTCTCAAAAAATTACCGTTATGTGTACGAGCTGACCCGTGCTGATCAGCAGATGCTCATGATTCCGGTAGGTGCGATGAATATTAACTCGATCGTTCAGACAAACACCGGAAACAGGCTTGAGACGGGGGAAGAGCTGGGCTATTTTTCATTTGGATCGACCGTTATTTTAGTATTCGAGAAAGATATGTTTACCCCTTCGGATAACCTGACTGAAGGCCGTGAATTACAGGTCGGCCAGATCATCGGTTATGCGGAGTCACAGGAGGAGGCGTCCGCTTTATAA MFNTAAKVLYRSLIELTNNRLTSYLIKNFCESKLSKPVIPLFSKHYRINWNETERTASDFDSLASFFIRDINLNLRPVAKEKNAIVSPVDGVVQTVGMINPNQTFMVKGKDYSFAELTGFKSADHKYNGGCFAVLYLSPRHYHRFHSPVSCTYQKLAELGKRSYPVNTMGLKYGKDVLSKNYRYVYELTRADQQMLMIPVGAMNINSIVQTNTGNRLETGEELGYFSFGSTVILVFEKDMFTPSDNLTEGRELQVGQIIGYAESQEEASAL PGPT0007700_2837 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROPHOSPHOLIPID_REMODELLING CE-REMODELLING_GPL_DECARBOXYLASE_ACTIVITY,PGPT0007700-psd|PISD-K01613 NA NA D1-12_03359 489 dedA COG0586 Protein DedA ATGGAATTAGTTCAGCAATTAATATCCGATTACGGATATATCGCAATTTTTCTTATGCTGACACTCGGAATTATCGGATTGCCTATTCCGGATGAAGTCATGATGACGCTTGTGGGCTACTTCGCTCATTTAAACGTGCTGAATTACGGGCTCTCCATTCTGGTCAGCTTTATCGGAGCGCTCCTTGGGATGATTATCAGCTACTTCATCGGCAGAAAAGCCGGCCGGCCGTTTATTAATAAGTTCGGGAAATGGGTCGGCCTGAAGGAAAAGAGGATGGAGAAAGTAGACAGGTGGATGAAGAAGTACGGGCCGTACACCATTATTTTAGGTTATTTCATCCCCGGCATCAGACACGTGACCTGCTACTTTTCCGGAATCGGCAGAATGGAATTCAAAACCTACTTATGCTTCGCCGCCATCGGAGCGTTTTTATGGTGTTTTATTTTTATTACTATAGGAAAATTCATAGGAGTAATCAATGTTTAA MELVQQLISDYGYIAIFLMLTLGIIGLPIPDEVMMTLVGYFAHLNVLNYGLSILVSFIGALLGMIISYFIGRKAGRPFINKFGKWVGLKEKRMEKVDRWMKKYGPYTIILGYFIPGIRHVTCYFSGIGRMEFKTYLCFAAIGAFLWCFIFITIGKFIGVINV NA NA NA NA NA D1-12_03360 534 hypothetical protein GTGAATTATATACCTAGTATGATTACAATTGGAAATTTTATTTGCGGGCTCTTATCGATTCATTCCCTTTTGTATCATAATATACACTCTGCGGTGATCTTTATTTTCACCGGGATGTTTCTTGATTTCTTTGACGGTTTGGCCGCCCGTAAGCTGAACGCGGTATCGGAGATGGGAAGAGAGCTTGACTCCTTTGCTGATCTCGTGACGTTCGGCGTAGCGCCGTCCATGCTCGCTTACAGTGTTTCACTATATACGATTCCGTTCATCGGAATTTTAATCGCGCTTTCCTACAGCATCTGCGGGATGATCCGTCTTTCCAGATTTAATATTGAACAAAGCAAGCTGCCGACGTTTATCGGGATGCCTATTCCGTTTGCGGGTATGTGTCTTGTCATTTTGAGCTTTATCAATAACGCTTTTCTTCTGGGGGCGGGAACGATCGCGCTCGGTTATTTAATGGTCAGCAACATTAAATTTCCGCACTTTAAAAAACAGGCGCCTGAAAACCTGGAGAGCAGAAGATGGAATTAG MNYIPSMITIGNFICGLLSIHSLLYHNIHSAVIFIFTGMFLDFFDGLAARKLNAVSEMGRELDSFADLVTFGVAPSMLAYSVSLYTIPFIGILIALSYSICGMIRLSRFNIEQSKLPTFIGMPIPFAGMCLVILSFINNAFLLGAGTIALGYLMVSNIKFPHFKKQAPENLESRRWN PGPT0007695_3116 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 D1-12_03361 1155 purT COG0027 Formate-dependent phosphoribosylglycinamide formyltransferase ATGTATCAGGCGAAGAAGATGTTGTTATTAGGATCAGGCGAGCTGGGGAAAGAAGTCGTCATTGAAGCGCAGCGGCTCGGGGTTGTCACTGTAGCCGTTGACAGCTATGAGCATGCTCCCGCCATGCAGGCCGCGCACAAAAGCTATGTGATTGATATGCTTGGCAAAGCGCAGGTCAGAGAAGTCATTGATAAAGAAAAACCGGACTTGATCGTGCCGGAAGTGGAAGCCATTGCGACGGATGAGCTGCTGAAGCTTGAGGAAGAAGGTTTTCACGTCATTCCGAATGCGCGTGCGGCAAAGCTGACGATGGACCGTGAAGGCATCAGACGGCTTGCGGCAGAGACGCTTCATCTTCCGACTGCCGGCTATGAATTCGCGAATACATATGAAGAATTTAAAGAAGCGGCGGAAACAATCGGCTTTCCGTGCGTGGTAAAGCCGCTGATGAGCTCTTCCGGAAAAGGGCAAAGCGTGTGCCGCTCGGCTTCCGGGCTGAAAAGCTGCTGGGACATGGCGATGGAAGGCGGCCGGGTGAAAAACGGCCGGGTCATCGTTGAGGAATTCATTCCGTTTGAATCAGAAATCACTCTTCTGACAGTGCGCGCGGCGAACGGTACGTCCTTTTGCGCGCCGATCGGACATGAACAAAAAGACGGTGACTATATTGAATCATGGCAGCCTCATCATATGACGGAACAGCAGATTGAAGAGGCGAAACACATTGCGAAAAGCATTACGGACGAGCTCGGCGGATACGGTTTGTTCGGGGTGGAGCTTTTCCTTACTGAAGATAAAGTATATTTCAGCGAGGTGTCTCCCCGTCCGCATGATACGGGGCTCGTTACGCTTGTGACGCAAAATTTGTCGGAGTTTGCGCTGCATGTCCGCGCGGTATTGGGATTCCCGATTCCGGAAATCACTCAGCTGTCGCCGGGGGCAAGCCGTCCGCTGAAGGCGCCAAAAGAGCTTGCTGATTATGCGGTTGAAGGTTTGGAGAAGGCTTTGGCGGTAAAAAGCACTCAGGTCCGCGTATTCGGTAAACCCGTCACGAAAGTCGGACGCCGTATGGCGGTTGCGCTTTCTGCAGCCGGGACCGTTGAAGAGGCCAGAGAAAGAGCGGCCGAAGCACTCAGTCATTTATCAATTACATAA MYQAKKMLLLGSGELGKEVVIEAQRLGVVTVAVDSYEHAPAMQAAHKSYVIDMLGKAQVREVIDKEKPDLIVPEVEAIATDELLKLEEEGFHVIPNARAAKLTMDREGIRRLAAETLHLPTAGYEFANTYEEFKEAAETIGFPCVVKPLMSSSGKGQSVCRSASGLKSCWDMAMEGGRVKNGRVIVEEFIPFESEITLLTVRAANGTSFCAPIGHEQKDGDYIESWQPHHMTEQQIEEAKHIAKSITDELGGYGLFGVELFLTEDKVYFSEVSPRPHDTGLVTLVTQNLSEFALHVRAVLGFPIPEITQLSPGASRPLKAPKELADYAVEGLEKALAVKSTQVRVFGKPVTKVGRRMAVALSAAGTVEEARERAAEALSHLSIT PGPT0008100_222 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0008100-purT-K08289 NA NA D1-12_03362 1071 hcxA COG0371 Hydroxycarboxylate dehydrogenase A ATGAAGCCTGAAGATATCGTCCGAAGCGGCCCGAATCAGTACATATGCAAGGAAGGAATCGCAAAAGAGCTTCCGGGGCTGCTGGAGACATTCAGAAAACCCGTTATTGTGACCGGAATCAAATCCTATCAGGCGTTCTCCGATTACGGCGGCGGTTCTTCCTGGGATGTGATTCAGCATAAAGGATACTGTTCACCTGAGGCGGTGCGTAAGGTCTGTGAGCAGGCGGAAGACGCGGATGTGATCATCGGTATCGGAGGCGGCACGATTTTGGATTTGGCAAAAGCGGCGGCAGACCGGCTTGATATAGAGGCTGTGATGGTTCCTTCCATTGCGGGGACGTGTGCGGCAAGTACGCCGTTAAGTGTCATGTATGATGAGAGCGGCAATTTTATCAGAGTGGATTATCATAAGCGTTCAAGCTATTTGACGCTTGTTGATCCGCTGTTTTTACTTTCCTCTCCCATTGAATATATGAAAAGCGGGATCGGTGATACGCTGGCGAAATGGTATGAGGCTGAGGCGGTCATCAGAAATACGGAGGAGGCGGCGCCGCTGATGGCGCAGGCGGGGCTGAGACAGGCGGAATATATCCGTAATCTGTTATTGCGTTACAGTGAAGCGGCCGTCGGAAGCATGGAGAAAGGCGAGCTGTCCGTGCCGTTCATCCATACGGCGGAAACGATCATTATGCTTGCGGGAACGGTCGGCGGGTATGGCGGCCGTTTGTGCAGGATGGCAGGGGCGCATGCGGTCCACAACGGACTCAGTTTTCTTCAGGAGACACATCAGGTGCTGCATGGCCAGAAGGTTGCTTACGGCATATTGGTGCAGCTCGCGCTCGAGAATCGGAGACCTGAGATTGAGGAGCTGCTTCCGTTTTACCGCCGGCTCGGTTTCCCTGTCAGCCTCTGTGATCTCGGCATCCTTGACAACCATGAGGAAGCCAAGCGCCGCATCGCTTCTCACGCCTGCCGGGCGGAAGAATCGTTATGCTTAATGGGGCAATATCGCGAGAAGGACGTGTCAGCGGCGATTGAATCGCTCGAATCAGCGCAAAAGACAGGATAG MKPEDIVRSGPNQYICKEGIAKELPGLLETFRKPVIVTGIKSYQAFSDYGGGSSWDVIQHKGYCSPEAVRKVCEQAEDADVIIGIGGGTILDLAKAAADRLDIEAVMVPSIAGTCAASTPLSVMYDESGNFIRVDYHKRSSYLTLVDPLFLLSSPIEYMKSGIGDTLAKWYEAEAVIRNTEEAAPLMAQAGLRQAEYIRNLLLRYSEAAVGSMEKGELSVPFIHTAETIIMLAGTVGGYGGRLCRMAGAHAVHNGLSFLQETHQVLHGQKVAYGILVQLALENRRPEIEELLPFYRRLGFPVSLCDLGILDNHEEAKRRIASHACRAEESLCLMGQYREKDVSAAIESLESAQKTG PGPT0013245_350 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-OXIDOREDUCTASES,PGPT0013245-hcxA|ybdH-K08317 NA NA D1-12_03363 471 hypothetical protein ATGGATCAAGATTATATGACTGAGCTTGTCTCAGTCCAGCTGAAGAAAATCCGGTCGGAGAGAGGCTACACACAGGAGAAAATGGCGGATGTGATCGGCCTTTCTAAAAAGTCGCTGGTGCAGATTGAGAAAGGGCGGGCGCTTGCGGAATGGCCGCACGTTGTGGCGGTTTGCGCGCTTTTCAGATCAAGTGAAACACTGCAATCCGTATTAGGAGATGATCCGCTGGAGGTCATTGAAACGGTTGCTCACCGCACAATTGACAGGCCGAAGGGGAAGACGATGGGCGGCAAGGTGTGGTGGAAAGCCATCGAGAAAAAAGGCGAGTTCCGCTTGCAGCAGCATTTGATTTCCCACCATTACCGTATCCTTGATTCCTATGATGATCTGTGGTTCAGCAGTTTTGAAAAGGCAGAGGCTTTGGAGCGGCTTGATGAGCTGTTTTTGGAGGCGGAAGAAGCGAAGCGCTGA MDQDYMTELVSVQLKKIRSERGYTQEKMADVIGLSKKSLVQIEKGRALAEWPHVVAVCALFRSSETLQSVLGDDPLEVIETVAHRTIDRPKGKTMGGKVWWKAIEKKGEFRLQQHLISHHYRILDSYDDLWFSSFEKAEALERLDELFLEAEEAKR NA NA NA NA NA D1-12_03364 444 hypothetical protein ATGAAAAGCAAAAAGATTTTTAAGTCGCTAATTATTATTTTTACTCTTTTAATCAGCGGAATTGGTTTTATGGGTTTTTCTTCTCCGCAAAAAGCAGAGGCTAAAGATTGGCTTCATACTTATAAAAGCGGGTATTTCACTAACTATGTGATCAATACCTATCACCCTAAATTCACTAAGACGACAAAAAAGTACAGCTTGAGAGCCGTGACTTTTAAATCCAACAGTAAAGGGAAGGGCACGTATAAAATATACGTCCAAAAGCAAGTCAACGGTAAAGGTGCCTGGAAAACAATCAAAACCGCCAATGCAAAGAAAAATGGAACGACTTATTTTGAAACACCTTCGTTGAAAAAAGGAGATTCATACAGATTTAAATTGGTCAATCAGGGTTCGAAAAAACGTGTCAATTATAGTGCAAGATGGATTGTATTCGCTTCATAA MKSKKIFKSLIIIFTLLISGIGFMGFSSPQKAEAKDWLHTYKSGYFTNYVINTYHPKFTKTTKKYSLRAVTFKSNSKGKGTYKIYVQKQVNGKGAWKTIKTANAKKNGTTYFETPSLKKGDSYRFKLVNQGSKKRVNYSARWIVFAS NA NA NA NA NA D1-12_03365 2208 hypothetical protein ATGGACGAAATGGTCCTGGAAACACAACAATGGCTGAATGAGACGTACAAAGGCAGACACGGGTACAACAAGGTGCCGGAAAACGGAAAAACAGGCTGGGATACCATTTACGGTCTGACACGGGCGCTTCAAATTGAGCTTGGTATTTCAGAACCCGCCGATAACTTCGGACCGACGACACAAAGATTGTTTAAACCGCTGAAAAAGCAGGCTCCCGATTCTAAGCCGACAAACATGAATTACATTCTGCAGGGGGCGCTGTGGTGTAAAGGATTTAACCCGGGCGGATTTTCTGGCGTTTTCTATGAAAATACCGAAAGCGCTGTAAAAGAGTTTCAAAAAGCGGCCGGACTTACTAAGCAAGACGGCATCGTCACGGCACTCATTATGAAGGCCTTGCTGGATATGAGCGCTTTTCGGTTAGTAGCTGGAGGCGACAAAAGAATCCGCCAAATCCAGCAGAACCTGAACCGGGATTACAATGACTACATCGGCTTGATGCCTTGTGACGGCTTATATGCCCGCGATACGAACAAGGCTCTCATTTATGCTCTGCAAAAAGAAGAAGGCATGAGCACAAGCGTCGCCAATGGATTTTTCGGGAACGGAACGACCAGCTTATGTCCTACCTTGACTCCCGGCGATTCACGGACAGGCTTTGTTTTGATTGTGCAATACGCGCTTTACTGTAATGGGAAATCATTTGACCCCGGTGAATTCGACGGAAAATACGGCGTCGGAGTTGTATCGGCAGTGAAAGCTTTCCAAGAATTTATGTGCCTGCCGCAGACAGGTTATGCGGACATGCCGACGATTAAAGCTTTATTATCAAGCTCAGGCGACACAACGCGGGCTGCTTCAGCTTGTGACACCGCTGCCATTTTGACGGCAGATACGGCTAAAACTTTGCGTGAGAATGGCTATAAGATCGTGGGAAGATATCTGACCGGGAATGTGCGGACGAGCAGCGGACTGACATCGAAAGCGTTAACGTCAAAAGAACTTTCCGCGATTTTCAATGCCGGCTTAAGCGTGTTTCCGATTTATCAGGACGGCGGCTATGAATCTTCTTATTTTGTAAAAGACCAAGGAACGAGAGATGCGTACAGCGCTGCATCAGCCGCCCGAAGATTAGGCTTTCCGTCAGGAACGACCATTTACTTTGCCGTCGATTTCGATGCGTATGATTATGAAGTCACAGATAAAATCATCCCTTACTTTCAAGAAATCAAGTCAGCTTTTATGAAAATGCAGGCGTTCTCAACTGCGCCGAAATATGAAATCGGTGTATACGGACCGAGAAACATTTGTATCCGGACGTCAGAAGCAGGTCTGACCAAATATAGCTTTACGGCTAACATGTCGACCGGATTCAGCGGAAACCTCGGATACCCGATGCCGAAAAACTGGGCTTTTGATCAATTTTATGAAGGAACGATCGGAAGCGGAGCGGGAAAAGTCGCCATTGACAAAGACGGATACTCCGGAAAAGACTCGGGTGCAAGCAGCGTCCATCCGCCTTCTGATCCTGTGTATGATGCAAGACTAAACACATTAACCAATATTCTGTCAACAATTCCAGCATTGGAAAATTCATCTGGTCTGGCCAATATGATGTTCGAATTCGGTACAACCGAAACCATTTTAGCCTCTCCAACTTTAGATATCTTATTGTCTACTTCAATTCTGTATACGATCCCAAGTGAGGGGTCTGCTAATACAATGACAATAACGAATGGAAAGCCCGGGGCTTATGTTACTGGTTTACTGGGAGATACACAAACAATACTTACGGCTTCAGACATCCGTTCTTATCAAAATTTATTAGACAATCTGAGCCTATCTGTAAGAAACGGTTATCTGGAAATGGCAGTGACCCCATCTGCTCAATCATTAGATGTTTCAATTAAAATCTATACACCTGACATTCCAGTTGCCGATGGGTCCACAACTGGACTTACGACCATGTTTACGTTTAGAATTAAAACGTATAAAGGTGTACCGGTTTCAGCTGCAGAAAGTGAATTAGCGAAGGACTGGGATCTTCTCCCTTCAGGCCTCGTTATTGTTGCAGGGGTGTCTGCTTTCTATTTCTCCTCTAAGATCCTTACTGTTGAAAAACCGACCGAGAATAAAACAGTAGAAGCGGTAACTGAATTCGCCGCAGTTTTACTAGCCCTTTACGCTTATATGACTGATCTCTACTAA MDEMVLETQQWLNETYKGRHGYNKVPENGKTGWDTIYGLTRALQIELGISEPADNFGPTTQRLFKPLKKQAPDSKPTNMNYILQGALWCKGFNPGGFSGVFYENTESAVKEFQKAAGLTKQDGIVTALIMKALLDMSAFRLVAGGDKRIRQIQQNLNRDYNDYIGLMPCDGLYARDTNKALIYALQKEEGMSTSVANGFFGNGTTSLCPTLTPGDSRTGFVLIVQYALYCNGKSFDPGEFDGKYGVGVVSAVKAFQEFMCLPQTGYADMPTIKALLSSSGDTTRAASACDTAAILTADTAKTLRENGYKIVGRYLTGNVRTSSGLTSKALTSKELSAIFNAGLSVFPIYQDGGYESSYFVKDQGTRDAYSAASAARRLGFPSGTTIYFAVDFDAYDYEVTDKIIPYFQEIKSAFMKMQAFSTAPKYEIGVYGPRNICIRTSEAGLTKYSFTANMSTGFSGNLGYPMPKNWAFDQFYEGTIGSGAGKVAIDKDGYSGKDSGASSVHPPSDPVYDARLNTLTNILSTIPALENSSGLANMMFEFGTTETILASPTLDILLSTSILYTIPSEGSANTMTITNGKPGAYVTGLLGDTQTILTASDIRSYQNLLDNLSLSVRNGYLEMAVTPSAQSLDVSIKIYTPDIPVADGSTTGLTTMFTFRIKTYKGVPVSAAESELAKDWDLLPSGLVIVAGVSAFYFSSKILTVEKPTENKTVEAVTEFAAVLLALYAYMTDLY NA NA NA NA NA D1-12_03366 888 hypothetical protein TTGAATGAAAATCAATCCGCATTTAACACAGCAAAGCAAACTGCACAAAGATTGTTAAAATGTAAGAATGAACAAGAAATGATGGACTTTTTAGCTGAACAGGATGTACATACGCTCAGTCTTTTAAAGTACTATTACTCTGCTCCGGCTCTTCCTTTTCAAATGCTCATGAAGATTGCTTTTTGCTGTATAGTGATGGCGTTGATCTTCACTTCATTCTTGTTTATTCAAGTCAAAACACTCATACCTGTTCCCATTTTATCTGATCTGTTGCCGGCAGTGTTTTCACTGTTTACAATCGGATGTATTGTCGCGTTTTATATGTTTTTTTCGCGCGAAAAGAAAGACCGGTTACCTGACAGCCGCTTAAGAAGAAACACTTACTCCTTCCGGGTTATAAATATGATAAATACAAATCTGGAAAAGAAATATCGTACACTGGCTTCTTTAGCGGGCGGTAAACAAAGTGATGATACACTCGAAGAAAGCATGAAGCAGATTAGCTCTTGTAAAAATGATGAAGAACTGATGAAATGTCTTGAAGAACAAGATACTGAGAAGTTATTCAAGCTGAAAAATCAGTTTTCCAAACCTGACTCCTCATTATTTGATTTTATGAAATGGATTTTTATCGGAAGCGTTATTGCTATGTTTCTGACTGCACTTTTCTCAGGTCAAGTCAGCTATGTTCATGTTCCCCGCCTGCTTCCGTATCTCCTGCTTGTATTATTCGCCAGGGGCTTAATATATCTAATAAAACTGCTGAAACTATACCAAAAAGGGCCTTTGCACTCCATTTCTCACTTTACAAAGAACGCTGAAAACACCCGTATCACCGGAATGATAGACTTTGTCCTCGAACAACGATACAAAGACATGATCAGTTAA MNENQSAFNTAKQTAQRLLKCKNEQEMMDFLAEQDVHTLSLLKYYYSAPALPFQMLMKIAFCCIVMALIFTSFLFIQVKTLIPVPILSDLLPAVFSLFTIGCIVAFYMFFSREKKDRLPDSRLRRNTYSFRVINMINTNLEKKYRTLASLAGGKQSDDTLEESMKQISSCKNDEELMKCLEEQDTEKLFKLKNQFSKPDSSLFDFMKWIFIGSVIAMFLTALFSGQVSYVHVPRLLPYLLLVLFARGLIYLIKLLKLYQKGPLHSISHFTKNAENTRITGMIDFVLEQRYKDMIS NA NA NA NA NA D1-12_03367 1449 COG2368 4-hydroxyphenylacetate 3-monooxygenase oxygenase component ATGATGGGTATCATTAACGGCAAAATGTTCATTGACCGATTAAATCAGCTTGGAAATGAGATTTGGCTTGATGGTGAAAAGATCGAGGGACAGATTTCTGAACATCCCGCATTTAAGGGCCTTCTGGAAACGAAGCGCTCTCTTTATGATTTGCAAACGAAACCGGACATGAAAGATCAAATGACTTACAGTCTTCCCGGTAAAAAAGAACGGGCCGGGCTTTCATACCTGCAGCCGAAAACGAAAGAAGACGTAAAAAGAAGAAGAAACATGTTCGAACATTGGGCCAGACACACGCACGGAATGATGGGACGAAGCCCGGATTATATGAATACCGTGCTGATGAGCTTCGCCTCCTCTGCCGCGCTTTTGAAAGACCGCGAGCATTGTTTTCCGGAACATGTTCAAGCGCTGTACGAACGCGCTGCTGCTCAGGATCTTTCTTTTACGCACACGTTTATCACCCCTCAGGTGAATCGTTCACAAATGGGTGTAAACGTATCGCCGACACCTATCTCGGCAAAAGTCGTCGATAAAAATGAAAAAGGCCTCATCATACACGGCGCCCGGATTTTAGCCACACAAGGCGGCCTGACGGATGAAGTGCTCGTGGTTTCTCTGCCTAAAATGTATTTTGAATCGGATGAAGCGTTCGCTTTTTCAATCCCTTCCAATACAAAGGGAGTAAAATTCATCTGCAGGGAATCTTTCGTACTCGGAAAATCATCGTTTGATTATCCGCTCAGCTCAAGATATGAAGAAATGGATTCTATCGTTGTATTTGATCACGTTTTGGTCCCTTGGGAACGCGTATTTTTTTATAATAATTACGAGGCGGCTTTTGATTTTAATATGAAAAGTTCTTTTAACGCCTTCGCATTTCATCAAGTTATCACGAGACAAATTGTAAAGACGGAGTTTCTCCTGGGCCTCGCCCAAACGCTTGTCAAAGCGATAGATGTGGGCGAATATCAGCATATTCAGGCTAAGATGGCTGAAATCATCACCGGTCTGGAAACGATGAAAGCCCTTTTGGAAAAGTCGGAGAATGATGCGGAAACAGATGAATGGGGTTATATGCGCCCGAGTGTCACTCCGCTTCGTGTGGTCAGCGCGATTTTTCCCGACATCTACCCGCGCTTCACGGAAATCATTCAGCTGATCGGGGCAAGCGGAATGGTGACTTTGCCGACTGAAAAAGCGTTCCGTTCTGACATCAGAGGAGACCTTGACCAATATTTGCAGGCGGCCGAATTGAACGCTGAAGACCGGGTAAAAGTGTTCCGCCTCGCATGGGATTTGACCATGAGCCCCTTCGGAACAAGACAGACACAATATGAGCGGTACTTCTTCGGTGACCCCGTCCGCTTAACCAGCCATCTGTACAGAAGCTATCCGAAAGAAGAACAGACCGCGGTCATCAAGGAATTCCTGCACATTCATAAATAA MMGIINGKMFIDRLNQLGNEIWLDGEKIEGQISEHPAFKGLLETKRSLYDLQTKPDMKDQMTYSLPGKKERAGLSYLQPKTKEDVKRRRNMFEHWARHTHGMMGRSPDYMNTVLMSFASSAALLKDREHCFPEHVQALYERAAAQDLSFTHTFITPQVNRSQMGVNVSPTPISAKVVDKNEKGLIIHGARILATQGGLTDEVLVVSLPKMYFESDEAFAFSIPSNTKGVKFICRESFVLGKSSFDYPLSSRYEEMDSIVVFDHVLVPWERVFFYNNYEAAFDFNMKSSFNAFAFHQVITRQIVKTEFLLGLAQTLVKAIDVGEYQHIQAKMAEIITGLETMKALLEKSENDAETDEWGYMRPSVTPLRVVSAIFPDIYPRFTEIIQLIGASGMVTLPTEKAFRSDIRGDLDQYLQAAELNAEDRVKVFRLAWDLTMSPFGTRQTQYERYFFGDPVRLTSHLYRSYPKEEQTAVIKEFLHIHK PGPT0020455_78 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_TYROSINE_DEGRADATION,PGPT0020455-hpaB-K00483 NA NA D1-12_03368 243 hypothetical protein TTGATTGATGAATTGGATTTTGCGTTCGGTGTTCTGCCGCTTTGTATCATCATCTTGTCAGTCGCCGGAACGTATTTGTTTAAAAACGCGTTCATTATGCCGGCTGCCGCTTTAGCCGTTTGCCTTATATGCACATTTACCGTATTGAATTTCTCGTTTATCGGGTGGGCCGTTGTGTATACGCTTGTCTCTTTCGCGTTATCGCATATTACGATGGTGGTGATCAGCCAAAATAAAAAATAG MIDELDFAFGVLPLCIIILSVAGTYLFKNAFIMPAAALAVCLICTFTVLNFSFIGWAVVYTLVSFALSHITMVVISQNKK NA NA NA NA NA D1-12_03369 1335 glpT COG2271 Glycerol-3-phosphate transporter ATGTTTCAATTGTTTAAGCCGGCTCCGCATATTGAGAGATTGGATGATTCAAAGACGGATGCGGCCTATAAACGGCTCAGGCTGCAAGTATTTTTGGGGATTTTCATCGGGTATGCCGGGTATTATTTGCTTCGCAAAAACTTTGCTTTCGCTATTCCTTATTTTCAGGAACAAGGGTTTTCAAAAGGGGAACTCGGCTTGGTGCTTGCGGCCGTATCAATCGCTTACGGCTTCAGTAAATTTATTATGGGGATGGTGTCTGACCGCTGCAACCCGAGGTATTTCCTTGCGACAGGTCTGTTTTTGTCAGGTGTCGTAAACATTTTATTTGTTTCCATGCCATGGGTCACGTCAAGCGTGACGATTATGTTCATTTTTATGTTTATTAACGGATGGTTTCAAGGAATGGGCTGGCCGCCTTGCGGACGGACGATGGCTCATTGGTTTTCCATCAGTGAACGCGGCACGAAAATGTCGATATGGAATGTCGCCCATAACATAGGCGGAGGTATTCTCGCCCCGCTCGTGACTCTCGGCATCGCCATGTTTGTTACTTGGAAAAGCGTGTTTTTCTTTCCGGCGATTATCGCCATCGTCATTTCATTTGTGATTGTTCTTCTCGTTCGGGACACGCCGCAATCCTGCGGGCTTCCGCCGATTGAAGAATACCGGAATGACTATCCGAAACATGCGTTCAAAGACCAGGAAAAAGAGATGACGACCAAAGAAATTCTTTTCAAATACGTGCTGAATAATAAATTTCTGTGGTATATCGCATTTGCCAATGTCTTTGTTTATTTCGTGCGGTACGGTGTCGTTGACTGGGCGCCGACTTATTTGACGGAAGCGAAAGGATTCTCTCCTGAAGACTCCAGATGGTCTTATTTCCTTTATGAATATGCGGGAATTCCGGGAACGATTTTGTGCGGCTGGATCAGCGACCGGTTTTTCAAAAGCCGCCGCGCGCCGGCAGGCGTACTGTTCATGGCCGGCGTATTTATCGCTGTATTGGTCTACTGGCTTAACCCTGCCGGTCATCCGCTCATCGATAATATCGCGCTGATCAGCATCGGCTTCTTAATCTATGGACCTGTCATGCTGATCGGGCTTCAGGCCATTGACCTTGCGCCTAAAAAAGCGGCGGGAACGGCAGCCGGCTTAACCGGGTTTTTCGGCTACATCGGAGGCTCTGCTTTCGCCAACGCCATCATGGGTTATGTCGTAGACCGCTTTGACTGGAACGGCGGCTTTATCATGCTTATCTCCTCATGCGTGCTGTCCATCGTCTTCTTGGCTATGACGTGGAATACGGGCAAGCGGGCGGAGCATGTGTAA MFQLFKPAPHIERLDDSKTDAAYKRLRLQVFLGIFIGYAGYYLLRKNFAFAIPYFQEQGFSKGELGLVLAAVSIAYGFSKFIMGMVSDRCNPRYFLATGLFLSGVVNILFVSMPWVTSSVTIMFIFMFINGWFQGMGWPPCGRTMAHWFSISERGTKMSIWNVAHNIGGGILAPLVTLGIAMFVTWKSVFFFPAIIAIVISFVIVLLVRDTPQSCGLPPIEEYRNDYPKHAFKDQEKEMTTKEILFKYVLNNKFLWYIAFANVFVYFVRYGVVDWAPTYLTEAKGFSPEDSRWSYFLYEYAGIPGTILCGWISDRFFKSRRAPAGVLFMAGVFIAVLVYWLNPAGHPLIDNIALISIGFLIYGPVMLIGLQAIDLAPKKAAGTAAGLTGFFGYIGGSAFANAIMGYVVDRFDWNGGFIMLISSCVLSIVFLAMTWNTGKRAEHV PGPT0016821_731 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION_BY_NODULATION ROOT_NODULATION_GLYCEROL_TRANSPORT,PGPT0016821-glpT-K02445 NA NA D1-12_03370 888 glpQ_3 COG0584 Glycerophosphodiester phosphodiesterase ATGCGGAAACATAAATTGTTTGCTTTGGTATTGCTTTCATTCGGTTTATTGTCATTCATCGTCACGCCTGTATCGGCGGCGGGAAAAGGAAACCTCTTGTCTCCTGACAGAATTTTGACCATTGCCCATCGCGGTGCTTCGGGGTATGTCCCGGAGCACACGATCCTTTCTTATGAAACTGCGCAAAAAATGAAGGCTGACTATATTGAGCTGGATTTACAAATGACAAAAGACGGCAAGCTGATCGTCATGCATGATGAAAAATTGGACCGCACCACAAACGGACAAGGCTGGGTGAAGGATCATACATTAGCCGAGATTCAAAAGCTCGACGCCGGCTCTTGGTTCAATAAGGCCTATCCGGAAAAAGCAAAACCGCAATACGCCGGACTTCGCGTTCCCACACTTGATGACGTGTTAAAACGGTTCGGCAGACATGCAAACTATTATATTGAAACAAAGGCGCCCGAAACATATCCGGGTATGGAAGAAAAACTGATCGCTTCACTGAAAAAATACAAATTGGCAGGTAAGCATGCGAAACTTGGACAAGTTATCATTCAGTCTTTCAGCAGGGACAGCCTTCTGAAAATCAAACAGCTCGATCCGAAACTTCCCGCCGTCCAATTGCTTGAAGCGGAACAGATGACGTCAATGACTGACACAGATTTAACGGACATTAAAACATATGCCGTCGGAATCGGACCGGATTACAAAGCGCTGAACGCTCAAAATGTCCGAAACATTCGCAGCCACGGCCTTCTGCTTCACCCTTATACCGTGAACAGCGAGGCGGACATGCGCCGTCTGCTGAATTGGGGCGTAACCGGTGTGTTTACCAACTATGCGGATATATTCCAAAAGGTTAAAAAAGAATACAAATCATAA MRKHKLFALVLLSFGLLSFIVTPVSAAGKGNLLSPDRILTIAHRGASGYVPEHTILSYETAQKMKADYIELDLQMTKDGKLIVMHDEKLDRTTNGQGWVKDHTLAEIQKLDAGSWFNKAYPEKAKPQYAGLRVPTLDDVLKRFGRHANYYIETKAPETYPGMEEKLIASLKKYKLAGKHAKLGQVIIQSFSRDSLLKIKQLDPKLPAVQLLEAEQMTSMTDTDLTDIKTYAVGIGPDYKALNAQNVRNIRSHGLLLHPYTVNSEADMRRLLNWGVTGVFTNYADIFQKVKKEYKS PGPT0018470_3601 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROPHOSPHOLIPID_REMODELLING CE-REMODELLING_GPL_PHOSPHODIESTERASE_ACTIVITY,PGPT0018470-glpQ|ugpQ-K01126 NA NA D1-12_03371 249 hypothetical protein ATGGATGAGCTAGATCTTGCTTTTGGTATTTTACCACTTTCTATTATCGTCTTATCGATTATATTCACTTATATTTTCAAAAAAGTGTATATAATGCCGCTTGTCAGTATAGTTGTTTCAGTCATATTAATGTTCACTGTTTTTAATCTATCCTTCTGGGGATGGGTGGTTGTCTATGGTTTAGTATCACTTGTATTATCGTCTATTACAAATAGTATAAGAAAGAAAATAGATAATAGAAATAAATAA MDELDLAFGILPLSIIVLSIIFTYIFKKVYIMPLVSIVVSVILMFTVFNLSFWGWVVVYGLVSLVLSSITNSIRKKIDNRNK NA NA NA NA NA D1-12_03372 1203 hypothetical protein TTGAACAAAATTAAGTGGTTAATTATAATTGCGGTCATAGTATTAATAGGTATATTTATATGTATCGGAACTTTTAAATATACTAATACAGTTTCTGATGTTAAACAAACTGAAACAGAAAAGGAAAAGTATTTCTTGAAGGATAAAATTGCAGCTATATATTATTCAGCTAGAATAGATTACCCTAAAGATGGGAGTTATACTGTATATATTGATGAAAAAGGAAAGGCAACAGCTGTAAAAGGAGATGCCATTGAGGTTGGAACCATTGCACAAGATGAAAAAAACATAGTTAGACAGGACAAAAAAGAAGTATATATGATAGGTGATAGCTTTAAGAAATTCCCGATGCAACATCAAGTACATACAATTTATGGGCAATCATCAGGCCATTTAATAAAAGGAAATATCTTTTATTTTTTGAATAATCAAGGAGTCGGTGAAAACCATTATAATAGTTTAATTAGATGGGGTAACGGCAGTGGATTTCATGAAAAGATTATTCCGGGTTTCTATACAAGTACCGGTAATGACGGTGAATATATTTACGTGATAAATGAAGATTCTTCAATCAAAACACCGACTTTTCAGGGTATTAAAATAGATAAAGATAAAGTTACAGTAGGGAAAGGAACAACAATTCCTATATTAAATGAAGAAAATTGGAGTGTTTATTCACAGATAATAGTTAAAAAAAGCTCAGCCTTTTTTATACTATATAACCAAACGGATAAATCAAACAAAGTACAATTCAAAGTAGCAGAAATTGATTTAAAGCATAATAAGTACAAAGGGGCTTTTCCTTTAGGCAGCTATAATATCCCTGAGGAAATTTCTCAACTGGCAATTCCTCTTTCCACTAATAACTTTTTTGTGAAAAATGACACTTTATATCATTTGGCAGCTAATTCAATACTTTATACTTTCGATCTGAAAAGTATGAAGCCGGGAAAAAAAATCCCGTTAAATAGGTCGACAAAATTTGAAAACCAAGCAAAATTCACTTATTTTGACGAGTCTAAAATTTTCTTGTTAGAAATAAGCAAGGGCGGGAAATATGTGATTAATTCTTACTCTTATAAAAACGGAAAAAAATTAAAATCTACTCCTATCAGAGGACTTGAAAAAATTATTAACAATGCCCATGTTTCTGAATATGACTTTTTTATGATTAAGAAAAACAAAGAAATATGGAGTGATTAG MNKIKWLIIIAVIVLIGIFICIGTFKYTNTVSDVKQTETEKEKYFLKDKIAAIYYSARIDYPKDGSYTVYIDEKGKATAVKGDAIEVGTIAQDEKNIVRQDKKEVYMIGDSFKKFPMQHQVHTIYGQSSGHLIKGNIFYFLNNQGVGENHYNSLIRWGNGSGFHEKIIPGFYTSTGNDGEYIYVINEDSSIKTPTFQGIKIDKDKVTVGKGTTIPILNEENWSVYSQIIVKKSSAFFILYNQTDKSNKVQFKVAEIDLKHNKYKGAFPLGSYNIPEEISQLAIPLSTNNFFVKNDTLYHLAANSILYTFDLKSMKPGKKIPLNRSTKFENQAKFTYFDESKIFLLEISKGGKYVINSYSYKNGKKLKSTPIRGLEKIINNAHVSEYDFFMIKKNKEIWSD NA NA NA NA NA D1-12_03373 165 hypothetical protein ATGCAGAATGTTACAAAAAATTTTCGCTTTTTCATACTTATTACCATCGACTATTTGTTCATTTTTCTATATTTTAATTTATTATACAATTATTTCAAACACGACTTACGTACTGTATTTTCTCTATGGTTAATTATTTGTTTTGTCTCTAAAACTTTGACTTGA MQNVTKNFRFFILITIDYLFIFLYFNLLYNYFKHDLRTVFSLWLIICFVSKTLT NA NA NA NA NA D1-12_03374 246 hypothetical protein ATGCGGAAACATAAGTTGTTTGCTTTAGTATTGCTTTCATTCAGTTTATTGTCACTCATCGTCACGTCTGTATCGGCAGCGGGAAAAGGAAACCTTTTGTCTCCTGACAGCCACGGCCTTCTGCTTCATCCTTATACCGTAAACAGCGAAGCGGACATGCGCCGTCTGCTGAATTGGGGCGTAACCGGTGTGTTTACCAACTATGCGGATATATTTAATTTTGTTAAATCTAATAGGGATCAATAG MRKHKLFALVLLSFSLLSLIVTSVSAAGKGNLLSPDSHGLLLHPYTVNSEADMRRLLNWGVTGVFTNYADIFNFVKSNRDQ NA NA NA NA NA D1-12_03375 1890 hypothetical protein ATGATATTTACTGTAGCTATTCCGGTTTATAATGATCAAAACACAATTAGAGATTGTCTCGATAGCGTAGTGAACCAAACAGTTGGAGAGGACAAACTTGAAATTATCTGTGTAAATGATGGTTCAACTGATAAAAGCGGTAATATTTTAGATGAATACATGAGCAAGTACAAGTTTATTAAAGTAATTCATCAGCAGAATAGCGGCGCACCTGGCAGACCGAGGAACAAAGCTATAGAAGCAGCAACAGGTGATTATATTTATTTTCTAGACGGAGATGATTATTTAGGACCTGAAGCTTTAGAAAAGATGGAAGAAAAAATAGTTCAGTATCAAAGTGATATAATTATCGGCCGTTATGAAGGAATTAATAGAGGTGTTCCTGTGGCTGTATTTAAAAAGAATCCAGATTGTTTTTCCTTCCCTGGTTCCAATGCTCTTTTTACGATGAGTGCTCAAAAGCTATTTAAACGGGAGTTATTAATTAAACATAATATTCGTTTTCCGGAACACTTCTCTCTAGGAGAAGATCAACCGTTTATGATTCAAGCGTATGCATATTCAAATTCCATAGCCCTTGTTAAAGATTACCCATGTTATTATTTGACCAATCATCAAACAATAGGAAGGGTTCAACTTACTAAGAAACCATTATCAGGTAAAAGTTTTATGTTCAGAATCGAAGAAACATTGGCATCTATTGAATTACTGAACCTTGAAACAGATAAAAAACGGCTGATTTTCTTTCATTACTGGGAAAGGATTATGGAAGTGGAGTTAAGCGCTCTGATTTCAAAGTCTTTTCTAATTGAAGATAAAATCTATATTTTTAATACATTAAAGAAAATGCTTGACAAGTACCAATACTTAGATTACTACCAGCAGTTTTCTTCCCGCCATAAACTCTTATTACGTTTAATTGAGAAAGGACAATTGGAGGATTTAATTGCTTTCTGGTACGCTGAAAAACAACCTGGTAACATGGTAGTACAACATGGGAAGGTCTATCCAAAACCAGAATTAGCATACAATTTGGCCTTGCATGAGTCCATTTCCTTTCATCGTAATAATAAATTTGAAGGAGAAATAACAAAAATAGAGAAATTAGAGAATGCCGTTTTGTTAGAGGGTTTTTGTTATCATTCACATGTTGACTCCTCAAATGAGCGTTTATTTATCGAAGTCTCTTTGAGAGAACAAAAAGATAAAACAATTTCATTTCCAGCTTATAGAAGCCTTTTTGAAAAAAAATATCCTTTTGAAATAGATACGCAAATTATAAAAAAAGAAAAAGTTACTTATTTTTATGCATATATTTCTATAGAATCTTTACTCCATTTAAATAGCGAAGATGGTATATTAGATTTAAGATTAATTAGTAAGATAGAAGATTATACGAAATCATTGAGATTAAAATCGAAAGAAAGCGTTTATTTAAAAAATGCTTCTTATATTGCAAAAGGATGTAAAGAACCTATCGTTATAAACTCGTATCTAACTAAATGGGGTAATCTTTCTCTTGTTGTTAAACATCAAATGTTACATTTTAAAAACTTTGTGTTAACCTGCAGCGGTTCTAGGATTAAAGGACATTTTGATTGTGAAACAGATTTAAGTTTTGAAGAACAGAATTCTTTCCAGGTGAATTTTGGAAGGTTTCTTGTGTTTAAACCTGATGTGGTACTTAAAGATTCTACCCGAAAAAAAATGTCATATGACTTTAGTTTTGAAGTAACTAAGCAGGAGTTAAAACAAATTAGGCTAAAAAAGAATGCAGAAGTGATTATTGGTCATTTGCAACAAAGTGTTCCTGTTATTTATAAGGGCAAATCTATTAAAGCAAAAGTTAAGAATATACTAAGACCCTTATTTAAAGGGAGAAATATTTAA MIFTVAIPVYNDQNTIRDCLDSVVNQTVGEDKLEIICVNDGSTDKSGNILDEYMSKYKFIKVIHQQNSGAPGRPRNKAIEAATGDYIYFLDGDDYLGPEALEKMEEKIVQYQSDIIIGRYEGINRGVPVAVFKKNPDCFSFPGSNALFTMSAQKLFKRELLIKHNIRFPEHFSLGEDQPFMIQAYAYSNSIALVKDYPCYYLTNHQTIGRVQLTKKPLSGKSFMFRIEETLASIELLNLETDKKRLIFFHYWERIMEVELSALISKSFLIEDKIYIFNTLKKMLDKYQYLDYYQQFSSRHKLLLRLIEKGQLEDLIAFWYAEKQPGNMVVQHGKVYPKPELAYNLALHESISFHRNNKFEGEITKIEKLENAVLLEGFCYHSHVDSSNERLFIEVSLREQKDKTISFPAYRSLFEKKYPFEIDTQIIKKEKVTYFYAYISIESLLHLNSEDGILDLRLISKIEDYTKSLRLKSKESVYLKNASYIAKGCKEPIVINSYLTKWGNLSLVVKHQMLHFKNFVLTCSGSRIKGHFDCETDLSFEEQNSFQVNFGRFLVFKPDVVLKDSTRKKMSYDFSFEVTKQELKQIRLKKNAEVIIGHLQQSVPVIYKGKSIKAKVKNILRPLFKGRNI PGPT0023435_100 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-TEICHOIC_ACID_METABOLISM CE-EPS-TEICHOIC_ACID_METABOLIC_PATHWAY,PGPT0023435-tarS-K22708 NA NA D1-12_03376 1638 yveA_1 COG0531 Aspartate-proton symporter TTGAAAGGTGTTAACTTTATGAATCAATTACATCGCAGAATGGGAACGTTTGCACTCATGATGGTCGGACTTGGGTCGATGATTGGCTCCGGCTGGCTATTCGGGGCGTGGCGGGCGGCTCAGATTGCGGGACCTGCCGCAATTATTTCCTGGATTATCGGTATGATCGTTATTTTGTTTATCGCACTTTCTTACAGTGAATTGGGTTCAATGTTCCCGGAAGCCGGGGGAATGGTAAAATATACTCAATATTCTCACGGATCATTTATTGGATTTATCGCAGGATGGGCAAACTGGATTGCGATTGTTTCCGTTATTCCGGTGGAAGCGGTTGCGTCTGTTCAATATATGAGCTCATGGCCGTGGGAATGGGCAAAATGGACAAGCAATCTCGTTCACAACGGCACTCTTACGGGAGAGGGGCTCGGCTTCGCATCCGTATTACTGATTATTTACTTTTTACTGAATTTTTGGACAGTTAACTTATTTTCAAAAGCGAATTCATTGATTACCATATTTAAAATCATTATTCCGGGGCTGACAATCGGAGCGCTGCTGTTTACCGGTTTTCACGGCGGAAACTTCACATCCGGTTCAAGCATTGCGCCGAACGGCTGGGCAAGCGTGCTGACGGCGGTGGCCACATCAGGTATCGTATTTGCGTTTAACGGGTTTCAAAGCCCGATTAACATGGCCGGCGAAGCAAAAAATCCCGGCAAATCGATTCCGATTGCGGTTGTCGGTTCGCTGCTGGTCGCAACCGTCATTTACGTCCTATTGCAAATCGCATTTATCGGGGCGGTTGAACCTTCCATGATCGTTCACGGCTGGAGTCACCTGAACTTCAACTCTCCATTTGCCGATTTGGCGATCGCATTGAATATCAACTGGCTTGTCATTATTCTTTATGCGGACGCGTTCGTATCTCCGTCAGGAACGGGTATCACTTATACCGCTACGACGTCCCGCATGATTTACGGCATGGAAAAAAATAAATATATGCCGAGCATTTTCGGAAAGCTTCATCCGCTGTACGGCGTGCCGCGCCAAGCGATGATTTTCAATCTGATCGTATCGTTTATCTTTTTGTTTTTATTCAGAGGATGGGGCGTGCTTGCTGAAATCATTTCCGTTGCGACGCTGATTTCTTATATCACGGGTCCCGTGACGGTGATGACGCTGCGGCGGACGGCGGCGGATTTGTACCGGCCTCTCCGTCTGAAAGGCCTGAGCGTGGTTGCACCGCTCGGCTTCGTGTTCGCGTCTCTCGTGCTGTATTGGGCGCGCTGGCCGTTAACAGGGCAGGTGCTGTTTATCATTTTGATCGGCCTTCCGATTTATTTCTACTACCAAGCGAAAGCGAAGTGGAAAGGATTCCGCAGAAACTTTAAAGGCGGCGTCTGGATGGTTGTCTATCTGCTCAGCATGATGGTCATTTCATGGCTCGGAAGTGAAAAATTCGGCGGTCTGAACATCATTCCGTACGGCTGGGATATGGGGCTGATCGCAATCGTTGCCCTTGCCTTCTATGCGTGGGCGCTGAAGAGCGGATTCAAGACTGAGTATTTGAAAGACGCCAAAGCAATCAACGATCAATTAAAAGGCGGACAGGCGGAAGCCGCTGCCGGAAAAGAATAA MKGVNFMNQLHRRMGTFALMMVGLGSMIGSGWLFGAWRAAQIAGPAAIISWIIGMIVILFIALSYSELGSMFPEAGGMVKYTQYSHGSFIGFIAGWANWIAIVSVIPVEAVASVQYMSSWPWEWAKWTSNLVHNGTLTGEGLGFASVLLIIYFLLNFWTVNLFSKANSLITIFKIIIPGLTIGALLFTGFHGGNFTSGSSIAPNGWASVLTAVATSGIVFAFNGFQSPINMAGEAKNPGKSIPIAVVGSLLVATVIYVLLQIAFIGAVEPSMIVHGWSHLNFNSPFADLAIALNINWLVIILYADAFVSPSGTGITYTATTSRMIYGMEKNKYMPSIFGKLHPLYGVPRQAMIFNLIVSFIFLFLFRGWGVLAEIISVATLISYITGPVTVMTLRRTAADLYRPLRLKGLSVVAPLGFVFASLVLYWARWPLTGQVLFIILIGLPIYFYYQAKAKWKGFRRNFKGGVWMVVYLLSMMVISWLGSEKFGGLNIIPYGWDMGLIAIVALAFYAWALKSGFKTEYLKDAKAINDQLKGGQAEAAAGKE PGPT0000711_7 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_ASPARTATE_TRANSPORT,PGPT0000711-yveA-NA NA NA D1-12_03377 261 hypothetical protein GTGAAACAAAAACTGCTCATTTCAGGACTTGCCGTGTCGACTGTCGGAGTGACTTCCTACCTGCTCAAAGATAAATCAAACCGCCAAAAGGTGATGAACTTTATCCGCAATATGAAAACATCGCTCTCCGGGAAGCAGGATATTGAATCATTCCCCGTCAACAAAGCAGGCAACCCGCATCCCGAAGATATTGAAGATAACAAAATGGTATCCGAAGGCTCCATGTACCCGGTTCAATATTATGATGACAAGAAGAAATAA MKQKLLISGLAVSTVGVTSYLLKDKSNRQKVMNFIRNMKTSLSGKQDIESFPVNKAGNPHPEDIEDNKMVSEGSMYPVQYYDDKKK NA NA NA NA NA D1-12_03378 699 hypothetical protein ATGAAGGAAATAAAAAAACAGACGGTTCTTGAGTTGTCATCGGTTGAAAAAGCTTTGGTTTTTCTGGTGCCGCCATTATTGGGGCTGGTCATCGGATGGTTTCTGCCGGTCATTGCGAAGTGGGCCGTAACATTGGATTGGCTGCCTGTTATCGGGCCGCTGGAAATGATCGCTTCTTTTCACGGATGGAAGGCTGCGGCTGTCATCGCCGTTATCGGCTTAATCGGGGGAATGTGGCTGACGCGAACTGTTTTTAAAGAATGTCTTACGGCGGTCGTGACGGACAGCGAGGTGTCCTTAACCATATATAATGAAGAAAGCGTGTTTTCGAAAGACAGCATCTCCGGTGTGTTTACGGATGAGAAGCATCTTGTCTTATTAGGCACTGAAGGACAGGAGCTTTTTCGGGAGAAGCTTGAGCCGGCGGTTGAAAAAGCGGCTGATGCGTTTCGCGCGCATGGGTATGCCTGGCTGGGGATGGAAGATCCTTTTAAAGAAGAATACAAACGGTGGGTGCCGGACACGCCGGATTTGGAGCCGGGGGCAAATGCTCTTTTAAAAGCGAGAGAAAAGGCGCTGAAAGAGGAGGAAAAGGCTGATGCGAAAGAGCTGAAAGCGGAAATATCCAAACTGGGCATTACTGTGCGGGAGAAAGGATCGCGCCAATATTGGCGGACCTATAAAACGCCGTCTGCATAA MKEIKKQTVLELSSVEKALVFLVPPLLGLVIGWFLPVIAKWAVTLDWLPVIGPLEMIASFHGWKAAAVIAVIGLIGGMWLTRTVFKECLTAVVTDSEVSLTIYNEESVFSKDSISGVFTDEKHLVLLGTEGQELFREKLEPAVEKAADAFRAHGYAWLGMEDPFKEEYKRWVPDTPDLEPGANALLKAREKALKEEEKADAKELKAEISKLGITVREKGSRQYWRTYKTPSA NA NA NA NA NA D1-12_03379 252 csgA Sigma-G-dependent sporulation-specific SASP protein ATGATGGACAGGACACTCGGATATTTGCGCGAGTCGCTTTCGAACCACTTGGAGCATGATGTGTGCCGAAGGATTTATAAAAAGCTTCAGGTGAAGCATTATGAAAATGAGGGCGAGTTTGTGAAAGATCTAAATGATTTGGAAATGAATGCGCTGAATCAGGTGCTTGAAAAGGAAATCAAATATGCTGAGAACGAGCAGGATGAGAAGCGCACGATGGAATTGAATGAAGTATATGAGCTCCTGTTTTAA MMDRTLGYLRESLSNHLEHDVCRRIYKKLQVKHYENEGEFVKDLNDLEMNALNQVLEKEIKYAENEQDEKRTMELNEVYELLF NA NA NA NA NA D1-12_03380 477 yolA_3 SPbeta prophage-derived uncharacterized protein YolA ATGAAAAAGAGACTCGTTATGCTATTTGCGGCGGCCGCCGCTGTTTTGTTGCTTGTGAGCGGGTTGTGGGCTCCATCAGCGTCTGCGGCGCCGGCTCCTGCTTTAACACAAATCCGTATTATCGGTGTGACGTCTGACGGTCAGAGTTACCAATGGGAAAATATCGGGCCGAACCAAATCAGCGCATCAAAACCGATGAAGGGTACAACGGGTTATTTAGCCGTATATTTCCAAGGGTATCCGAACAATAACACGATCCAGGCGTTTAACAACGGAACGAATATTACAAATCTTACGTCAAAAGCGCTGGAAGATGAATATACGAAAAACGGCAATATCGTTACAGGCTATATTAAATATTACAGTGTTCCTCTTTCTTATGTCAGTTCAGGAACGTTCTCTTTCTCCGCAACGGGGCTGAACGGGCCGTACACACCGTTAAGCAGCGGATTTTTCTCCATTCAGGTACAGAGTTAA MKKRLVMLFAAAAAVLLLVSGLWAPSASAAPAPALTQIRIIGVTSDGQSYQWENIGPNQISASKPMKGTTGYLAVYFQGYPNNNTIQAFNNGTNITNLTSKALEDEYTKNGNIVTGYIKYYSVPLSYVSSGTFSFSATGLNGPYTPLSSGFFSIQVQS NA NA NA NA NA D1-12_03381 180 hypothetical protein TTGTATATGGCAGAAATGATCGGAATCATAGAATTGCTCGCGGGAGCCGCAATGAACGTATGGATCGGGAGGCTCGGAAAAAACTTCTTCGGTAAAGATGACAGAAGTTCGAGAGTCGTGTTAAGAATCTGCGGCATCTTTCTCATGATCAACGGCGTTTCAAGAGCGTTTCATATCTAG MYMAEMIGIIELLAGAAMNVWIGRLGKNFFGKDDRSSRVVLRICGIFLMINGVSRAFHI NA NA NA NA NA D1-12_03382 1143 lnrN_2 COG0842 Linearmycin resistance permease protein LnrN ATGATGCAGCTGTTATTCATGATCAGACATCAGCTGAAACTGATGCTGCAAAATCGGGCTGCCATCTTTGCGACGATTTCCGCCCCGCTCCTTCTCACATATTTCTTTTCCTTTTCTGCGGATGGCAGTCAGCAGAAGGAAGTATATGTAGCTGATGAGGATCAGAGCGCCTATTCAGCGCAATTTATGAAAATGATTCAGACAGCCGGCCATATAAAAGTCACGAAGGTCACGGAGGACGTATTAAAAACAAAGGTTAATCATCAGGATATATCCTTTGGATTGCTGATCGGCTCTCATTTTGAAGAGACATTATTTTCCGGAGATGAATTGAACGTTTCATTTATTCAGAATGAAGAAAAGGGTGATGCTGTTTTGACAGAGCAGCTGATTGCGCAGCAGGCGGGCGCGCTGAAAAAAATAGTCCGCGATGCAAAAGTGATATCCCGTACGCTGCACACCGACGGGAAGCAGGCGGCAGCTGATCTCTTGAAGGATATTCAGGGTCATTCCGCCGTCACCGTTGACCGCCATCACGTTTATGCAGGCGGGCAGGCGGCTGACAGACTTATCGGATTTTTAGTGATGTTTATCTGGTTCGTTGCAGTCCAAAGCCTGCGATCATTTATAGATGAACAAGAAAATCATACATACGACAGATTGCTGAGCACGCCCGTTTCCTATACGGCATATGCAATTTCTAAGTTTGCGGCGGCGTATCTTTTCGGACTTCTCCATATTATCGTGATCCTCGCTGCCGGAACATTCATGCTGCATATCCGTTTTGCTGATCATGTTTTTGCTGCGGGAGCGGTGCTTGCGGCCTGCTCGTTTGCGCTGACTGCTGTAACGATGGCCGTGATACCGTTCATGAAGAGCCAAAAGCAATTCACGTCGCTTGCTTCCGTTTTTATAGCTGTCACGGGTTTATTGGGAGGGGCTTTCTTCACTTTAGACGCGGCTCCGGAGTACATGCGGATGCTGTCGTTGTTTACTCCTGAAAAATGGGCGATCGGCTCATTTCAAAACAATGGCGGAGGCAGCATGCAGATCGTGCCGCTGAGCCTGTTTCTTGCTGCCGGTGCAGCGTCATTAGTCTTATCACTTTATATGATAAACCGTCATATGAAAAAAAACGGTTAG MMQLLFMIRHQLKLMLQNRAAIFATISAPLLLTYFFSFSADGSQQKEVYVADEDQSAYSAQFMKMIQTAGHIKVTKVTEDVLKTKVNHQDISFGLLIGSHFEETLFSGDELNVSFIQNEEKGDAVLTEQLIAQQAGALKKIVRDAKVISRTLHTDGKQAAADLLKDIQGHSAVTVDRHHVYAGGQAADRLIGFLVMFIWFVAVQSLRSFIDEQENHTYDRLLSTPVSYTAYAISKFAAAYLFGLLHIIVILAAGTFMLHIRFADHVFAAGAVLAACSFALTAVTMAVIPFMKSQKQFTSLASVFIAVTGLLGGAFFTLDAAPEYMRMLSLFTPEKWAIGSFQNNGGGSMQIVPLSLFLAAGAASLVLSLYMINRHMKKNG NA NA NA NA NA D1-12_03383 1188 lnrM COG0842 Linearmycin resistance permease protein LnrM ATGAAAATATTATTCAGGCTGATCTTATTAGATTTTCGGTTATTGGCCGGCGCAAAGTCTTTCTATATAAAACTGCTTCTGTTTCCGGCGCTGATGATTTTCATTTTAGGAACGGTTTTTCACGGCGATTCGAAAGTGAAGCCATTTCAGACTGCGTTTTATAATGCGGATCACGCGGAGAGTTCTTTGGGTGACCAATTAAAGAATGACGTGCTGAACCAAAATGATCTCATCCGTGTAAAAGATATAGGCAGTTATCAAGAAGGGAAACAGCTTGTCGAAAGCGGCAAAGTCTCCGTTTTTGTATACGTGCCGAAAGGCTTTGCAAAAGCGGCGGAACACAATGAAAAAACAAGTATCAAAGTCATCTCGGACCAACAAGGCTCTGTAAACGGAGACATTGTGGAAATGATGGCCAATTCGTTTGTCACCAGAGTAAAAGCGGAATTCAGCGAAGAAAAAGCGGGGCTGAAGCAGTCGGGACATCTGTCAAAGGGAGATGTCAGCAAAATCATCAGCGGCCTTTCGGGTGAACGTGGACAGACTGTCACCATTCCGAAGCAGTCCGCAGGCAATCACGCGGCTCCGATTGATGCGATGCAGTATTATTCAATCGCAATGGTCGTCATGTTCTCCATTATGACCGCGTTTGCGCTCATTCACGGGATAGTGGAAGAGAGACAGCAGCACACGTTATTCAGAATCAAATCAATGCCTGTTTTACGTATCCAATACGTGGCGGGTAAGCTTTTGGGAATCATGTTTGCCATCCTGATGCAAATGGCTGCCGTCATCATCGCAAGCAGCATCTTATATCAGGTAAAATGGGGCAATTTGTTTGAAGTATTGCTGGTGACGATCGTTTATTCATTTGCGATCGGCAGTATTGTGCTCCTTTGGGGGGTTACTGCAAAAAACCACGAGACCGTCTCAAGCATGGCGGCTCCTATTCTGTATGGCTTCAGTTTTTTAGGCGGAAGTTTTATCGCAAAAGACGGCTTGCCTGACAGTTTGAAAATCGTGCAGGAGCTGATACCGAACGGCAAAGCGATCAACAGCTATGTCAGTGTCGCGCAGCATGCCGGTCTGAGCGGTATTGCGGCGGATTTGGCAGAGCTTGCCGCCATCGGCGCCGTGTTTTTATGTTTGACCGTCTGGGTGTTTAAACGGAAGGAGGCTGTTTCATGA MKILFRLILLDFRLLAGAKSFYIKLLLFPALMIFILGTVFHGDSKVKPFQTAFYNADHAESSLGDQLKNDVLNQNDLIRVKDIGSYQEGKQLVESGKVSVFVYVPKGFAKAAEHNEKTSIKVISDQQGSVNGDIVEMMANSFVTRVKAEFSEEKAGLKQSGHLSKGDVSKIISGLSGERGQTVTIPKQSAGNHAAPIDAMQYYSIAMVVMFSIMTAFALIHGIVEERQQHTLFRIKSMPVLRIQYVAGKLLGIMFAILMQMAAVIIASSILYQVKWGNLFEVLLVTIVYSFAIGSIVLLWGVTAKNHETVSSMAAPILYGFSFLGGSFIAKDGLPDSLKIVQELIPNGKAINSYVSVAQHAGLSGIAADLAELAAIGAVFLCLTVWVFKRKEAVS NA NA NA NA NA D1-12_03384 936 lnrL_5 COG1131 Linearmycin resistance ATP-binding protein LnrL ATGCTTGAATTAACCGATTTGACAAAGAAGTACGGCGATTTTACCGCTGTCAATCATATATCGCTGCGCGTCGAAAAAGGAGAGATATTCGGTCTGCTGGGACCAAACGGCGCCGGTAAATCAACAACGGTGTCAATGATCAGCACCGTGCTCCCGCCGACGGGCGGAACAATCTGCATTGACGGAATCTCATTACAGGAGCAGCCTGCGGCCATAAAAAAAGTGATGGGAGTCGTCCCGCAGGAAATCGCTTTATATCAAGCGTTAAGCGCAAAGGATAATTTGGCTTTTTTTGGAAGCCTGTACGGACTTTCCGGTAAGGAACTTTGTAAACGGGTTGATGAAGTGCTGGACATCATCGAATTACAGGAACAGCGAAATCAAAGAATATCTGAGTTTTCGGGCGGCATGAAAAGACGGGTGAATATCGGTGCCGCGCTAATGAATGAACCGAAACTATTCATTTTAGATGAACCGACCGTCGGAATTGATCCGCAATCCAGACACCACATTCTTGAAACCGTGAAGACGTTAAATCAAGAAAAAGGGATGACCGTCATCTACACGAGCCATTACATGGAAGAGGTCGAATACCTCTGTGAAAAAGCGGCGATCATGGATCACGGCTCAATCATTGCCTGCGGGACGAAAGACGAATTGAAGCAGTCAGCCAAAGCCTCTGATACCCTGACCGTGAATGCAGAGGGGCTGAATGATGATGCCGTTAAAAAAATCCGCCGCATTCCCGGTGTTGCCGAGGCTGCTGTCAGCCGGCAGACCATTACGATGCTCGTCTCTGCGGCAGATCGCAATATCCTTGATATTGCGGATGATATCAGGAAAACCGGTATCACCATTAAGGGCATTCATTTCGAGGAAGCCAATCTGGAAAGCATTTTCCTCCGGCTCACCGGCAAAACGCTGCGGGATTCATAG MLELTDLTKKYGDFTAVNHISLRVEKGEIFGLLGPNGAGKSTTVSMISTVLPPTGGTICIDGISLQEQPAAIKKVMGVVPQEIALYQALSAKDNLAFFGSLYGLSGKELCKRVDEVLDIIELQEQRNQRISEFSGGMKRRVNIGAALMNEPKLFILDEPTVGIDPQSRHHILETVKTLNQEKGMTVIYTSHYMEEVEYLCEKAAIMDHGSIIACGTKDELKQSAKASDTLTVNAEGLNDDAVKKIRRIPGVAEAAVSRQTITMLVSAADRNILDIADDIRKTGITIKGIHFEEANLESIFLRLTGKTLRDS PGPT0006725_9502 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990 NA NA D1-12_03385 645 degU_1 COG2197 Transcriptional regulatory protein DegU GTGAATGTCATGATTGCAGACGACCAGTCCATTGTGAGAGAGGGGCTGAAAATGATTCTGAGTCTTCACGAAGGAATTCAAATATCGGGAGAGGCTTCTTGCGGCGAAGAGGTTCTCCGGCTGCTTTCTCAAACCGAAACCGATGTGATTTTGATGGATATCAGAATGCCCGGTATGGACGGAATCGAAACGACAAAAGCGGTAAAAGCGCGATATCCTTCCGTAAAAGTCATCATTCTGACAACGTTTGAAGATGATCACTATATTTTTGCCGGGCTGAAAAGCGGAGCCGACGGCTATCTCTTGAAGGATGCTGATTCAGATGAAATTACCGCCTCCCTTCAAGCCGTTTATGAAGGGAAGATGATGCTGAATCCCAAAATCACGGTTTCCGTCGTAAAAGCGCTGAACAATTTGGAGATCCCTGCGGTGCAGGAGGAGCCGCAGCCAAAGCTGACGGAGATTCTCACGCCGAGAGAGCTTGATGTCGCAAAACACATTATGGAAGGCAAAAGCAATAAACGCATTGCCGCAGACTTATTCCTGACTGAAGGCACTGTGAAAAACTATGTATCCAGAATCCTCGATAAGCTTGAAGTGACAAACAGGACTGAGCTTACATTATATTTGCAAAAAATGATATAA MNVMIADDQSIVREGLKMILSLHEGIQISGEASCGEEVLRLLSQTETDVILMDIRMPGMDGIETTKAVKARYPSVKVIILTTFEDDHYIFAGLKSGADGYLLKDADSDEITASLQAVYEGKMMLNPKITVSVVKALNNLEIPAVQEEPQPKLTEILTPRELDVAKHIMEGKSNKRIAADLFLTEGTVKNYVSRILDKLEVTNRTELTLYLQKMI PGPT0012750_201 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-PENTAPEPTIDE_PERCIPITATION|SIGNALLING,PGPT0012750-degU-K07692 NA NA D1-12_03386 1131 hypothetical protein ATGAAGATTGCACATACGAAGTTACTGATCAGGGGTTTTGCATTACTATCAATCTTTCATGCGATTCTTCAGCTTCCTCCCGGCCGGGGGGAGCTGAAGGTTTTTTTGTCTGTGCTCGTGATGATGCTGACGGCTAATGACTGCCTGCGGCCGCTGTATATGAAGAGAAGACCGGCTATATATCAAGGCTCTTTTCTCCTGAGCAGCGTTATCGCGGGAGTTCTTTTGTACAATGTCTATAGTGTGGGGACACAGGCCGTAATGGTGCTTTTATTGGCGGAGGTGCTTATTACTGATAAGCAGATTTCGGCTGTTTTGTTAACGATGAATGCCGCCGCATTTGCCGCAGCTTTATACGCCGGCGGAGCGGGTGTCAGTGATATCGTGCCGCCATACTTCATCATGTTTGCGGTGATTTATTTATATAGGAAAAACCTGCAGGAGAAGTCGAAGGTTGAATTGCTGAACCGAGAGCTGAAGATCGCTAATGATACACTGAAGGAATATTCAGACCGGATTGAGGAACTGGCCGTTACGAAAGAAAGAACAAGAATTGCGCAGGAGCTGCATGATTCTCTCGGTCATTATCTGGCTGCTCTGAAAATGAATTTGGAATTTGCCGGGAAGACAGCCGGGCATCAGCCGGACAAAGTGAAGCAGATCATTCATAAGGCGCATGATCTTACGAAAGAATCCATTTTAAAGCTTCGCCAGGCCGTTATGCTGCTGCAGGGCTCTTTGCCGGGGCGGGGATTTGAGCAAGAGCTTCGTGACATTTTCAGCCATTTTCAAGAGGCGGGAGGCATACGCTTCGAGCTGGAGATGGATGCGGCCATAGAAGCGGAACAGCCGGATGTGAAGCATTGTCTTTATCAATCCGTTCAGGAAACGATTACGAATGCGATAAAGCATGGACATGCTTCATATGTTTCTGTCCGGATTCAAAAAAACCGAAACATGATATTGGCGCATATTCATAATAACGGCTCAGCCTGCGGAACGATCATAAAATCAAATGGTCTGAAAGGAATTGAGAAAAGAGCAGCCGCACTTGGCGGAGAGGCTGTTTTCTCGTCTGGGAAGGAAACGGGTTTTGACGTGAAAATAAGGATTCCGTGCAAGGAGGATTAA MKIAHTKLLIRGFALLSIFHAILQLPPGRGELKVFLSVLVMMLTANDCLRPLYMKRRPAIYQGSFLLSSVIAGVLLYNVYSVGTQAVMVLLLAEVLITDKQISAVLLTMNAAAFAAALYAGGAGVSDIVPPYFIMFAVIYLYRKNLQEKSKVELLNRELKIANDTLKEYSDRIEELAVTKERTRIAQELHDSLGHYLAALKMNLEFAGKTAGHQPDKVKQIIHKAHDLTKESILKLRQAVMLLQGSLPGRGFEQELRDIFSHFQEAGGIRFELEMDAAIEAEQPDVKHCLYQSVQETITNAIKHGHASYVSVRIQKNRNMILAHIHNNGSACGTIIKSNGLKGIEKRAAALGGEAVFSSGKETGFDVKIRIPCKED NA NA NA NA NA D1-12_03387 714 yfnB COG1011 Putative HAD-hydrolase YfnB ATGAGTCATTACCGTACGTTATTATTTGATATAGACAATACGCTGCTGGATTTTACCGCTTCAGAAACCGATGCTCTTCAAAAATTGTTTCAAGGTTCAAAGCTGGAGCTGACGGCAGAGGTGGAAGCCCGTTATAAAGCGTTAAATCAGGGGCTGTGGAAAGCGTTTGAAGAGGGGGAAATGACCCGCGATGAAGTGGTGAATACACGGTTTGCCCTTTTGTTTAAAGAATACGGCCTCGAAGCCGACGGCGTGCTGTTGAATCAGGCGTACCGCCAATACTTAGAAGAAGGGCACCAGATGATAGACGGAGCTTATGAGCTGATTGAACGGCTGAGTCCTTTATTTGATTTATACATCGTGACGAACGGCGTCTCAAGATCACAATATAAGCGGCTGGGCGACTCCGGTCTGTATCCGTTCTTTAAAGATGTGTTTGTATCTGAGGACACGGGTTTTCAAAAGCCGATGAAGGAATACTTTGATTACGTGTTTGCGAGAATTCCCGGTTTTTCTGCCGAGGGCGGACTTATTATCGGCGATTCACTGAGCGCGGACATAAAAGGCGGTCAGATGGCGGGAATTGATACGTGCTGGTTTAATCCCGGAAAGAAAGCAAATGAGTCCGGAATCATCCCGACATACGAGATTCATTCGCTTGATGAGCTGTATGATGTGCTGAACGTGGAGCGGAAAGCCGCCGCTCATTTGTAA MSHYRTLLFDIDNTLLDFTASETDALQKLFQGSKLELTAEVEARYKALNQGLWKAFEEGEMTRDEVVNTRFALLFKEYGLEADGVLLNQAYRQYLEEGHQMIDGAYELIERLSPLFDLYIVTNGVSRSQYKRLGDSGLYPFFKDVFVSEDTGFQKPMKEYFDYVFARIPGFSAEGGLIIGDSLSADIKGGQMAGIDTCWFNPGKKANESGIIPTYEIHSLDELYDVLNVERKAAAHL PGPT0006885_773 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_HYDROCARBONS|OIL_DEGRADATION XENOBIOTIC_DICHLOROETHANE_DEGRADATION,PGPT0006885-dehI-K01560 NA NA D1-12_03388 1386 yifK COG1113 putative transport protein YifK GTGGCAAACAAAGAATTAAAGAGAGGCTTAGGCGCGCGTCATATACAGATGATTGCGCTGGGCGGCACGATCGGTGTCGGTTTATTCATGGGGTCATCCAGCACGATCGGATGGACCGGGCCGTCTGTCCTGCTGGCTTATGCGATCTCGGGTATCTTTATCTTTTTTATCATGCGTGCGATGGGCGAAATGCTCTATGTAGAGCCGAGTACAGGGTCGTTTGCGACATTCGGCCATAAGTATATACATCCGTTAGCCGGCTATATGACGGCGTGGAGCAACTGGTTTCAATGGGTGATCGTCGGGATGTCTGAAATTATCGCCGTCGGTTCGTATATGAAATATTGGTTTCCTGATCTGCCGGCATGGATTCCCGGCATTATCGCCATGGCCATTCTCGGTGCGGCGAATTTAATTTCAGTAAAATCTTTCGGTGAGTTTGAATTTTGGTTTGCCATGATCAAAATCGTCACCATTATTCTGATGATTGTGGCCGGAATCGGAATTATTTTCTTCGGTTTCGGTAACGGAGGGCATGCGATCGGATTATCTAATTTATGGTCGCACGGCGGTTTCTTTACAAATGGTTTTTCAGGATTTTTCTTTGCTTTGTCTTTGGTTGTTGCGGCCTATCAAGGGGTCGAGCTGATCGGAATTACGGCAGGGGAAGCGAAGGACCCGCAAAAAACGCTGCGAAGCGCGATTCAGAGCATTATCTGGCGGATTTTAATTTTCTACATCGGTGCGATTTTCGTAATCGTTACCGTATATCCGTGGAATGAGCTTCACTCACTCGGCAGTCCGTTTGTTTCGACATTTGCGAAAGTCGGGATTACGGCGGCGGCCGGTTTGATTAACTTTGTTGTGATTACCGCTGCGATGTCCGGATGCAACAGCGGGATATTCAGTGCGGGACGCATGCTTTATACATTGGGCGTGAACGGACAGGCCCCGAAATTCTTTAAGAAAGTTTCTTCGAGCGGTGTGCCGATATTCGGTACGCTTGCGGTATTAATCGGACTTGTGATCGGTGTCGTGCTGAACTACATCGCGCCTCCGAAAGTTTTTGTCTATGTGTACAGCGCGAGTGTGCTACCGGGAATGATTCCGTGGTTCGTCATTTTAATCAGCCATCTCGGTTTCAGAAGAGCGAAGGGCGCTGAGCTTGATAAGCATCCGTTTAAGATGCCTTTTGCGCCGTTTACAAACTATTTGACGATCGCTTTCTTACTCATGGTATTGATCGGCATGTGGTTTAACAAAGATACGCGGATTTCTTTGGTTGTCGGGGTGATTTTCCTGGCGATTGTGACGGTCAGCTATTATGCGTTCGGTATCGGCAAGCGCATGCCTGGTGAAAAATCGAAAATAGAAGACGCTGTATAA MANKELKRGLGARHIQMIALGGTIGVGLFMGSSSTIGWTGPSVLLAYAISGIFIFFIMRAMGEMLYVEPSTGSFATFGHKYIHPLAGYMTAWSNWFQWVIVGMSEIIAVGSYMKYWFPDLPAWIPGIIAMAILGAANLISVKSFGEFEFWFAMIKIVTIILMIVAGIGIIFFGFGNGGHAIGLSNLWSHGGFFTNGFSGFFFALSLVVAAYQGVELIGITAGEAKDPQKTLRSAIQSIIWRILIFYIGAIFVIVTVYPWNELHSLGSPFVSTFAKVGITAAAGLINFVVITAAMSGCNSGIFSAGRMLYTLGVNGQAPKFFKKVSSSGVPIFGTLAVLIGLVIGVVLNYIAPPKVFVYVYSASVLPGMIPWFVILISHLGFRRAKGAELDKHPFKMPFAPFTNYLTIAFLLMVLIGMWFNKDTRISLVVGVIFLAIVTVSYYAFGIGKRMPGEKSKIEDAV PGPT0000815_1380 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 D1-12_03389 105 hypothetical protein ATGCATGATTTTTGCCGGGTTAAGCAGGATTATGGCGTATACAAGGGAGAATGGAAGAGAGTAAGACTTTACGCCATTCTGCTTAGCAAAAATAATATTGAATAG MHDFCRVKQDYGVYKGEWKRVRLYAILLSKNNIE NA NA NA NA NA D1-12_03390 432 hypothetical protein TTGTCAAAACTAGATCCGATTGAATTAATTGAATATGAGCTCACCACTTTTATCAGGAGAGCTGTTTATCTTGATAACTCCGACCGTAAAATCGGACATCTGGAAAGGGCTGCGTATTTGTTATTACGGCAGCTGGATGAATTCGGACCGGCGCGTGTAAAGGAATTAGCCGAATCTTTTAAGCTGGATATTTCCACATTGTCTCGCCAGGCCGCGGCCTTGGAGTCGAAAGAGCTGATCCAGCGTTTTTCCGATCCTTCTGACGGGCGGGTCAGTCTGTTTGCGATTACGAAGCTTGGCAAACAGAGGTTAAAAGCTGATAAAAAGATGCGTCTTGATCGATACCGACATATGCTTGACGATTGGTCAGGCGATGAAAAAGAAATGTTCAGCCGGCTTTTGCTGCGGCTGAATGAGGCATTTATCGATTAA MSKLDPIELIEYELTTFIRRAVYLDNSDRKIGHLERAAYLLLRQLDEFGPARVKELAESFKLDISTLSRQAAALESKELIQRFSDPSDGRVSLFAITKLGKQRLKADKKMRLDRYRHMLDDWSGDEKEMFSRLLLRLNEAFID NA NA NA NA NA D1-12_03391 498 cidA Holin-like protein CidA TTGTATAGTACAAATATATGCGCAAAAAGTAAAGAAACATATCGAAGCATCAAGAAAGGGGGAAGCTGCTCTTCTCCAAAGAACAGCATTGTCGTGAAAGTCATACGCATCATCTTGCAAATCATTATTTTATTCGCATTTTCCTTTATCGGGGGAGCCGTTCAGCAGTTCTTTCACCTGCCCATTCCCGGAAGTATCATCGGTTTGATCCTGCTGATCATATGTTTATCGGTTAAGATCATTCCCGTCAAAATGATTGAAGACGGAGCCGGATTTTTGCTGTCTTTTCTTCCGCTGTTATTCATTCCGGCCATGACGGGCGTCATCAATTACCCGTCACTGTTTTCCGCCAGCGGGGCTGCTCTGTTTCTGATCATCGTGCTGAGCACCATCGTCACAATGATCGCCGCAGGGTACGCCAGCCAGCTGTTAGAGCACAAAGCCAATCAGAGAAAGGAGAAAAAGAAGTGCAGCAAACATGTATCGCAATCTTTATAA MYSTNICAKSKETYRSIKKGGSCSSPKNSIVVKVIRIILQIIILFAFSFIGGAVQQFFHLPIPGSIIGLILLIICLSVKIIPVKMIEDGAGFLLSFLPLLFIPAMTGVINYPSLFSASGAALFLIIVLSTIVTMIAAGYASQLLEHKANQRKEKKKCSKHVSQSL NA NA NA NA NA D1-12_03392 693 cidB COG1346 Holin-like protein CidB GTGCAGCAAACATGTATCGCAATCTTTATAATTTTGTTCACGGCCGCCGCCTATCTGGCTATGGTGAAATTATATGTGCGCTTTCCATATCCCTTTCTCATACCGGTTTTGACGACTACGATTTTCATTATCGCCGTGCTGCTTGTTTTTCATATTTCGTATAAAGACTATATGATCGGCGGCCAATGGATCAATTCACTGCTCGGCCCCGCCGTGGTGGCTTTGGCATACCCGCTTTATAAGCAGCGCCGGGTGTTAATCAAGTATATGTTTCCGATCATCGGCGGCGTGTTGGCCGGTTTATTCTCCGGAATGGTCAGCGGCCTGCTATTTGCAGAGCTGTTCGGCATCAGCCGGAGTTTGATTTTGTCAATTATCCCAAAATCAATTACGACGCCTGTCGCCATACAGATTGCGTCCGGTATCGGCGGTGTCCCTTCCATGACAGTCGTGTTCGTCATGATCGCAGGGTTTTCCGGCGTTATCTTAGGACCGCTGCTTCTCAAGTGGATCCGCATCCGCAGCTCACTCGGGAAAGGAATTGCATTCGGGAGCGCTTCCCATGCGCTCGGCACCTCAAAAGCAATGGAGTACGGAGAATTAACGGTCTCCATGAGCTCTGTTTCCATGACGCTCTGCGCCGTGTTAGGGTCGGTCTTCGGCCCCGTCGTAGCATGGATGTTTCAAATTTAA MQQTCIAIFIILFTAAAYLAMVKLYVRFPYPFLIPVLTTTIFIIAVLLVFHISYKDYMIGGQWINSLLGPAVVALAYPLYKQRRVLIKYMFPIIGGVLAGLFSGMVSGLLFAELFGISRSLILSIIPKSITTPVAIQIASGIGGVPSMTVVFVMIAGFSGVILGPLLLKWIRIRSSLGKGIAFGSASHALGTSKAMEYGELTVSMSSVSMTLCAVLGSVFGPVVAWMFQI NA NA NA NA NA D1-12_03393 846 dkgB 2,5-diketo-D-gluconic acid reductase B ATGATGACTGGAGCAATTCCGCAAAAGAAACTGCTGGATGGGACAAGCATTCCCGCGATCGGCTTCGGTACATACGCTCTTAATGGAAACAACGGCGTTCATGCCATTACCAGCGCCATTGATATCGGCTACCGTCTGATTGACACCGCTTATAACTATGAAAATGAAGGATCGGTCGGAGAAGCCATCAAGAGAAGCTCTGTTCCGAGAGAACAGCTATACGTGACGTCCAAGCTGCCCGGGCGCTACCATGACTATGACAAAGCTGTACAAACCATCCAAGAATCTTTATACCGCGCCGGTCTGGACTACTATGACCTGTATCTCGTCCATTGGCCGAACCCGAAACAAGACCGCTACACGGAAGCATGGAAGGCACTGATTGATGCGAAAAAATGGGGCCTGATCCGATCCATCGGCGTCTGCAATTTCCTGCCTGAGCATATCGAACGGCTCGAACGTGAAACCGGCGTAAAGCCCGGCATCAACCAAATTGAACTGCATCCCGCTTTTAATCAGCAGCAGCAGCGCCAATGGCACGAAGAACAGGGCATCGTGACAGAATCATGGAGTCCGTTATCCCGCGCCGGCGAAGTATTGAACGATCAAAAACTCGGACGGATTGCGGACAAATACGGCAAAACCATTTCTCAAGTCATTTTACGCTGGCATATCCAGCTGGGCGCCATCCCGATTCCAAAATCAGCATCGCCCGAGCGCCAGCTTGAAAACATCTCCGTTTTTGATTTCTCCCTTGATGAAAACGACATGAGCATTATCGACTCGCTTACCCGCCCCGACGGACGCATAAACGGCCAAGACCCGGCGGAGTATGAGGAGTTTTAA MMTGAIPQKKLLDGTSIPAIGFGTYALNGNNGVHAITSAIDIGYRLIDTAYNYENEGSVGEAIKRSSVPREQLYVTSKLPGRYHDYDKAVQTIQESLYRAGLDYYDLYLVHWPNPKQDRYTEAWKALIDAKKWGLIRSIGVCNFLPEHIERLERETGVKPGINQIELHPAFNQQQQRQWHEEQGIVTESWSPLSRAGEVLNDQKLGRIADKYGKTISQVILRWHIQLGAIPIPKSASPERQLENISVFDFSLDENDMSIIDSLTRPDGRINGQDPAEYEEF PGPT0001320_1642 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-VITAMIN_C|ASCORBIC_ACID_BIOSYNTHESIS,PGPT0001320-dkgA-K06221 NA NA D1-12_03394 1167 hypothetical protein ATGCGCCTAAACGCTCGATATATAAAAAATCAAGTAATGGCTCAGCAAGTGCTTCAGCGGTATTCTTCCAAAACAAATGTGAAAGATGCGGCAAAAGGATCGGACAGCTTATTGATTCAGACAGGCGGGAGCCGCGATCTGAGCCAGGTGAATTATTCAAGGAGCGGTGTCACTGAGAAAGGGAGCAGCCTGTCCCGTTTATATCAATCTGCAAATCAGAAAACGATTACGGATAATGGGATTGAGACGGTAATAGACGCTAATAATCCATATGAGTCTGAGAGTGATATTGCGAGCAAGATTCTTGATGAGAAATACAGCCGTATCAATGAAATCAATAAACGAAAACCAGATCCTTTGCATTATATTAAGGACAAATACCAGCGTGCCGACTCACCTTATTTCAGAAGTGATTTATCAGAATCGGAGCGTCAGGCCGCTTATCATAATGAAACGGAATGGCTGTTTAAGGGGAAAGCCCAGAGCTATGATTTCCGTGATGCGGCGTTTCGGGGTGAAACGCTCAACGGAGAGATTCAAGTCGAAAATGAAAAGGTGTTTCAGCGCGGGCAGGTGAATCAGCAGATTGAGATGCTTTTCCATCGGAATCATATTCAGATTCCGGAGGGTGCGAATCTTACATTTACGATATCACCGATTGATTATCTGTTAAAAGTGAGCGGGACTGACGATAAAGAGCTCACTCAGCAGATTGAAGCTGTCTTAAACTCCGGGGAAAACAGCAAAGAGCTGTTTGCGCACATCATTCGCAGCCGGAGTGATGACTCCTCGCAGTTTACGCCGGAAACATATGAGAAATATCAAGTCGTTCGGGAAATGTACGAGGTGACCGGCTATCATCTGAAAGACTTGCAGATCGTGGACGGAAAGTACGTCACAGAAGACGGACGCGACCTTTTAGACGTCTATAAGGAAGCGCTGCAGCAAGATCCTTTGTTGAGACATACGGCGGCAGAAGCGGCCGCCCATTACGGACAGGGGCTCACGAAGCTTGCGAGAACGGGTTATGACGCCATTCCTGATTTGGTTCTGTCCATTGAGTATAAAAACGGATCTCTGCGTGATGTCGGCCAAAGCAGGCAATACGGATCTGGGGATACAGATTGGCTTTCTGAATGGAAACGGGAGCTGGGTGTGCGTATATAA MRLNARYIKNQVMAQQVLQRYSSKTNVKDAAKGSDSLLIQTGGSRDLSQVNYSRSGVTEKGSSLSRLYQSANQKTITDNGIETVIDANNPYESESDIASKILDEKYSRINEINKRKPDPLHYIKDKYQRADSPYFRSDLSESERQAAYHNETEWLFKGKAQSYDFRDAAFRGETLNGEIQVENEKVFQRGQVNQQIEMLFHRNHIQIPEGANLTFTISPIDYLLKVSGTDDKELTQQIEAVLNSGENSKELFAHIIRSRSDDSSQFTPETYEKYQVVREMYEVTGYHLKDLQIVDGKYVTEDGRDLLDVYKEALQQDPLLRHTAAEAAAHYGQGLTKLARTGYDAIPDLVLSIEYKNGSLRDVGQSRQYGSGDTDWLSEWKRELGVRI NA NA NA NA NA D1-12_03395 882 hypothetical protein ATGAAGAAGTGTATATTGATTCTATTTGTCAGTGCAATCGTATTATCAGGCGCATTGTTTGCATCTTCACCTTCAGCCTCTGCGTCTCAAAAGAACTCGTTACAAATAAGCGCCATTACAGGAAATCATTCATTTGAAACTGCCAATCCGGTAGGCTACTGGAAATATAAAAATATTGATACTGCCGTATTGCCGGAAGGGGAAAAAGAATCGTACTTCACTTTCACGGCAAATAAGGGAGAAAGACTCTATGTCAGGAGCTCAACAAGAAGTGAATACAAGGGAATGAGCATTGAAATTTATAATAAAAACAAAGTGCTGATCAGTAAAGGCACAGAAGTGATAAACCCTGATACGCCGCTTCCTTTTATCTATGCCATTACAGATGCGAAAGAAAACAACGAGACGTTCTACGTGAAAGTGTCCCGCGGCTCATACACTGACGATATATACTTTACACTCTCCATTTACGATCGAATCAAAACCGGAAGCGAGACCTTCTCATTCAGCGGCACGGCTGAAAATAAAGGAAATACAAGCCTCAGTTCGAATGGATCAGATTCAACTGTTCTCAGGCTCGACTTAACCAAACAAACAAGCATTCCAAAAGACGCCATAGTGAAAAGAATCAGTACCGCCGCGACTCAAACACCAAGCCAAGGAAACACAAGACACTGCATAATGTCTGAAGAAAATAAAGTGTGGCACCACGCACTCGCAAACAGCTCCACTCAAGGAAATTACGGTATCACACTGGATGATAACCTCTCAGTCTCAAGCATCTGGAATTTTAAATACAACACACTCGCAACAGCAAAATCGACTATGAAAAATGTAAAATTGAAGATTGATTATGAGTACGATGTGACAACGCAGTTTTAA MKKCILILFVSAIVLSGALFASSPSASASQKNSLQISAITGNHSFETANPVGYWKYKNIDTAVLPEGEKESYFTFTANKGERLYVRSSTRSEYKGMSIEIYNKNKVLISKGTEVINPDTPLPFIYAITDAKENNETFYVKVSRGSYTDDIYFTLSIYDRIKTGSETFSFSGTAENKGNTSLSSNGSDSTVLRLDLTKQTSIPKDAIVKRISTAATQTPSQGNTRHCIMSEENKVWHHALANSSTQGNYGITLDDNLSVSSIWNFKYNTLATAKSTMKNVKLKIDYEYDVTTQF NA NA NA NA NA D1-12_03396 663 hypothetical protein TTGAGAGGTCTGTTACTGACTAACTATTACTTGGTTTATCGGAGTTTCTTTGCATACACAGGGTTGGCCATATTGGTATCAGCAGTCATTTTTTATTTTGGGGATGCTTCAATGCATCGTTTTGTTGCTATGCTGATTATTTTGTTTGTCGTCATGCCCGCACTTGAGGTTATAAAGTATGAGAGCAAGTCTGGCTATGACAGGTATGTCCTGACTTTACCGGTCAGCAGAACAAATATTGTTCAAAGTCACTATGTCTTTTATCTTTTGATTGTTGTGATCGGAGCTGTAATATCTTATGGTATTTTCCTTGTATACAGCCTGGGTTCTGATGAACCAATTGACGGCATATTGAATATTGTCTCTTTTGGAACGTTCATCGTTCTCTTTGCCGGTGCAATCGTTTATCCTCTTCTCTACATGATAGGCCCGGAAAAATCCGATGCTATCGTGATTGGAGGTGCAATGGGGGGACTTTTTGCTACCTTTGGATTGCAAAGTGTCGTTGGGTATGCAGCAGAACAAGTACCGCTGTCATTTTTGCACATAAATCCTTCTTTATATGTTCCGATTATATATCTCATGATCGGCGTTATCTTATATATCATTTCATTTTTCATTGCTGCGGCTATCTATCATAAAAAAGAATTTACAACAGGATAA MRGLLLTNYYLVYRSFFAYTGLAILVSAVIFYFGDASMHRFVAMLIILFVVMPALEVIKYESKSGYDRYVLTLPVSRTNIVQSHYVFYLLIVVIGAVISYGIFLVYSLGSDEPIDGILNIVSFGTFIVLFAGAIVYPLLYMIGPEKSDAIVIGGAMGGLFATFGLQSVVGYAAEQVPLSFLHINPSLYVPIIYLMIGVILYIISFFIAAAIYHKKEFTTG PGPT0006730_24900 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992 NA NA D1-12_03397 873 ytrB_1 COG1131 ABC transporter ATP-binding protein YtrB ATGTCAAACCTTTTAGAAATCAGAAACATCAGCAAATCTTTTGGTCATAAAGTTGTTTTAAAGGATGTCACATTCAATGTGCCTGCCGGATCCATTGTCGGTTTTATCGGTGATAACGGCGCAGGCAAATCAACAACATTTAAAACGATATTAGGGTTAATCTCTCAGGATAGAGGTAAAGTGAAAATCTTTGGTAAAGAGAATCTGGATAAACATATAAAGTTCAAAGAAGATATAGGGGTCGTATTTGATGCGATGAATTTGCCCGCGCATCTTACGATAAAACAGCTGAATCATGTATTTAAAAAACTATTCGGTGCTTGGGACCAAGACAATTTTTATCGGTTGGTTCATTCTTTCTCTTTACCTATGGACAAAAAAGTGAATACATTCTCGCGCGGCATGTCAATGAAGTTATCAGTAGCTGTTGCTTTGTCGCATAATGCAAAATTATTACTCCTGGATGAAGCAACGGGAGGGCTTGATCCCTCTTCAAGAGATGCTCTGTTAAATGAATTAAAAAGCTTTGTGAGTAAAAGCAACGGCGGTATTTTACTTTCATCGCACATTATGACTGATGTCGAGAAGATAGCCAGCCATATCATTATGATGAAAGATGGCGAAATTTTATTAAATGAAGAGAAAGACAAGGTTCTTGAAAGCTATACTGTTATAGACGTTGATGAAGGCCAATTGGCTGAGCTTGACGAAGATATCGTTCTAGCAAAAAGGAATCATGGATCTTATTGGAGTGTGCTTGTATCGGATCAACAGAAATTGCCGAATGGCGTAACGGCCAACACCATTTCCATAGAAGAAATCAGCGTCTTTTTAACGAGGAGTGAAAACATTGAGAGGTCTGTTACTGACTAA MSNLLEIRNISKSFGHKVVLKDVTFNVPAGSIVGFIGDNGAGKSTTFKTILGLISQDRGKVKIFGKENLDKHIKFKEDIGVVFDAMNLPAHLTIKQLNHVFKKLFGAWDQDNFYRLVHSFSLPMDKKVNTFSRGMSMKLSVAVALSHNAKLLLLDEATGGLDPSSRDALLNELKSFVSKSNGGILLSSHIMTDVEKIASHIIMMKDGEILLNEEKDKVLESYTVIDVDEGQLAELDEDIVLAKRNHGSYWSVLVSDQQKLPNGVTANTISIEEISVFLTRSENIERSVTD PGPT0006725_17912 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990 NA NA D1-12_03398 981 ydaD_3 General stress protein 39 ATGGATCAAAAGGATCAAAGTCGTCAATTAGACCAAATAAAGCAAATGCAACAAATGTTTAAAGCGAACATGAAAACTCAACCTTATCCCATGTACCCTAACTATGGTAAAATCACACGTTACGAAGAAATTCCGATAAGTTTACCTGAACAGCGCCAGCTGCGCCATCCCGGAGTGGAAAAATTTATGGTGCCCCTTCCAATTATCGAAAACCCGAACTATAAAGGGAGTGGAAAGTTAACAGGAAAAGTAGCACTTATTACAGGGGGTGACAGTGGTATTGGTGCAGCAGTAGCAATTGCGTTTGCTAAAGAAGGCGCAGATGTTGCTATTTCATACTTAGATGAACATGAGGATGCAAATAGAACAAAAACGAGGATTGAACAACTCGGACAACGTTGTTTTCTAATGCCTGGGGACTTGCGAGACAAACAACAGTGTATCTCCATTGTAGAACAAACAGTAAATACGTTTGGACGTCTCGATATTCTTTGTAACCACGTTGGTATCCAATTCCAACAACTAAGTCTGCTTGACATTACAGATGAGCAATTCGATGACACCTTCAAAGTTAATATATACTCTCATTTTTACACAACAAGAGCAGCGCTTCCTCATTTAAAACCAGGCAGCTCAATAATTGGCACTTCTTCAGTGGTGACGTATGTAGGTGAGCAGCAAATGATTGATTATACGGCCACAAAAGGCGCAATAGTTGGTTGGACACGTGCCTTGGCTAAAAATGTCGTGAAACAAGGGATCCGAGTCAATGCCGTCGCCCCCGGCCGAATTTGGACCCCACTTATTTCAGCAAGTTTCTCGTCAGACCAAGTCGCTGTATATGGAGCATTTAATCCAATGGAACGAGTTGCCCATCCATTTGAACTCGCACCAACCTTTGTCTATCTTGCTTCTGATGATTCTCGTTTTGTTACTGGTCAAGTTCTTCATGTTGATGGGGGAGAATCCACACATTCCTAA MDQKDQSRQLDQIKQMQQMFKANMKTQPYPMYPNYGKITRYEEIPISLPEQRQLRHPGVEKFMVPLPIIENPNYKGSGKLTGKVALITGGDSGIGAAVAIAFAKEGADVAISYLDEHEDANRTKTRIEQLGQRCFLMPGDLRDKQQCISIVEQTVNTFGRLDILCNHVGIQFQQLSLLDITDEQFDDTFKVNIYSHFYTTRAALPHLKPGSSIIGTSSVVTYVGEQQMIDYTATKGAIVGWTRALAKNVVKQGIRVNAVAPGRIWTPLISASFSSDQVAVYGAFNPMERVAHPFELAPTFVYLASDDSRFVTGQVLHVDGGESTHS PGPT0003180_12563 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 D1-12_03399 1134 COG1063 putative zinc-binding alcohol dehydrogenase ATGAAGGCTGTAACTTATCAAGGACCAAATCATGTACAGGTTAATCAAGTAGAGGATGCAAAATTAGAAAAAAAAGACGATATTATTGTTAAGATTACTTCTACCGCTATTTGCGGATCTGATTTGCATTTATATCAAGGTAACATGCCATTACCCCCAGGATATATTATTGGCCACGAACCAATGGGTATTGTGGAAGAAGTTGGACCTGAAGTCACAAAAGTAAAAAAGGGAGACCGTGTTGTCGTTCCCTTTAATGTTTCATGTGGACATTGCTTTTATTGCCAACATGAAATGGAAAGCCAATGTGATAACTCAAACCCTCATTATGATTCTGGCGGATACTTTGGTTATACTGAGAAGTTCGGTAACCATCCGGGTGGTCAGGCTGAATATTTAAAAGTCCCTTTTGGAAACTTCACTCCCTTTGTTATCCCGGAGTCATGCGAATTGGAGGATGAGTCACTGCTCTTTTTATCGGATGTTCTGCCAACAGCTTATTGGAGTGTAAAAAATGCAGGTGTAAAATCAGGCGATACAGTTATTGTTCTTGGATGCGGACCTGTTGGGTTGATGGTACAAAAATTTGCCTGGATGGAAGGTGCAAAGCGTGTAATAGCAGTTGATTACTTGGATTACCGAATCAATCATGCGAAAAAGATGAACAATGTTGAGGTATTTGAGTTCACAAAATACCCTGATATGGGGGAACATTTAAAAGAAATCACACATGGTGGGGCAGATGTCGTCATCGATTGTGTAGGTATGGATGGAAAGAAATCCCCCCTAGAGTTTCTGGAACAAAAATTCAAACTGCAGGGCGGAACCCTTGGACCTATTCAAATTTCTACTAAAGCTGTCCGAAAGTATGGGACAGTGCAAATGACTGGTGTTTATGGAGGTAACTATAATCTATTTCCATTAGGTGCATTTTGGATTAGAAATATTAATCTTAGAATGGGACAGGCTCCAGTCATTCATTTTATGCCAGAATTGTTTAAAAAAATAACAAATAACGAATTTGACCCAAGAGATATTATCACACACAAAATGTCCCTTGAAGAAGCAAGTCATGGTTATCGAATTTTTAATAATCGTGAGGATGAATGTATAAAAGTCGTTTTAAAACCGTAA MKAVTYQGPNHVQVNQVEDAKLEKKDDIIVKITSTAICGSDLHLYQGNMPLPPGYIIGHEPMGIVEEVGPEVTKVKKGDRVVVPFNVSCGHCFYCQHEMESQCDNSNPHYDSGGYFGYTEKFGNHPGGQAEYLKVPFGNFTPFVIPESCELEDESLLFLSDVLPTAYWSVKNAGVKSGDTVIVLGCGPVGLMVQKFAWMEGAKRVIAVDYLDYRINHAKKMNNVEVFEFTKYPDMGEHLKEITHGGADVVIDCVGMDGKKSPLEFLEQKFKLQGGTLGPIQISTKAVRKYGTVQMTGVYGGNYNLFPLGAFWIRNINLRMGQAPVIHFMPELFKKITNNEFDPRDIITHKMSLEEASHGYRIFNNREDECIKVVLKP PGPT0006355_1299 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 D1-12_03400 342 hypothetical protein TTGCGAGGTATTTTTGCTCAAACTTTATTCCAAAGCTACACTGCATTCTCTGAAGGCCAAGGAACAAGCGCAACAGATTCAGCATTTGGAACTGGAGCTACTCTTGCAGCGTTAGCTAAAAAGTACAGCAAATTACCTGTTATCGCAAATGGAAGCCTTCATGACTCAGAAAAAGCAAAAGAAATTATCGAAAAAGGTGAAGCTGATGTTATCACTTTAGGTCGTGGAGCTCTTGCTAACTATGACTGGGCAAACAAAGTGAAAAGTGGAGAACAACCAAATGAATTTGAACCGGAGAAGACATTAAGTCCTGATGCTAAAATCAAAGGATTTGAAGTATAA MRGIFAQTLFQSYTAFSEGQGTSATDSAFGTGATLAALAKKYSKLPVIANGSLHDSEKAKEIIEKGEADVITLGRGALANYDWANKVKSGEQPNEFEPEKTLSPDAKIKGFEV NA NA NA NA NA D1-12_03401 1533 hypothetical protein ATGAGCAAACAACAGGTTAAAATTGCTTGGCCTTTTGCAAAAGGTGAAAAAGCACAACTGCTATGGATTGGTGAACCATTCCGATATGATCATAAAATGATGATTAAAGCTTATTTTCGCTCACAAGGCCGTTCAGAAGGTATATTAATGGATTGGGGTACATTACCATGCCTAGCAATCCAACATTTTTATACTGATGGCATCATAACGGCAAGTAAAGCCCCTGAAGGTGTACAAGAGATAGATATGACTATTTATCCTAATAAAGTTAAATATCACGAACGCCCTTGGTCTATTCAAGGAAGCAGTGATCCTGCAACTTCTCGTAGTTTCGTGTTCTCTTTCAATGGGAAGAATGTTATTTTACCAGTCATTGAAGTATTGCGTAGCATATTAGCTCCTAATGGCTTTCTTTTATATCGCTTGTTTGAATCAAATTCATTTCCTCAGTTCTTCACAGAAACATATGAATCTAATAAAATTCATCTTAGCTTTTCATCACAATATGAATTGAAATACACAAAGACTACGTTCATTTATCAATTGGTGTGGTTGTTGACGAACCGTGATTTACTACAAGCTTATGAAAATATAGCATTTACTTGGTTGCAGGAAAAGACTTTGAAATTTGAATGGAACTTTACACAACCGATTACAATAACAGCTCGTGTAAAGGAGAAGAATAACATGTGTACAGTATTACAAATTGTTAATGTGAAAAATAAAGATATTCCGTACCAACATATTTCAATTTCACATCCAGAAATACAAGATCAAGAGAAATCCAATGAGGCAAAGAAATATACTTATCATTCTCTGAATAGACAGGGTGATGAAGAGGGCTTTACATTAGATGAACAATTAGATGGTTCTACAGAAGACTTTGATCTTGTACAAATGAATCAGTTAAAACATGAATATACATCAATTCCCAGAATTGAACGTGTTAAAGGTAGTCTCTCCAAGCAACGAATGAAGGAAGATGAAAACACAAAGAAATACTACATTAATCATGATTCTATTCGATCTACAGCAGACAGTGGTGGCCAAAAACTTGTTCGAGGCTTAGAGCATAAAATGCTACATGAAATTCGGGCACAAGGCGAGCTGCAAGATTTTATTAATGTGTTGAAAGTAATGGAACAGCACCCCAAAGTACAGGCGATTAGGGCTTTTACCGATGTGCTACCAGAGGGCATAGGGGAACGTAAATTTATAAAGCTAAGTGATGGTGTAACGAAAAGACGATATGTGATTGCTGAAATATCTCTTATGAATGGTAAACAATTCAATATTGTGGAGATAGAACGTGAAAATCGTTCGCTGTCGATCCTCATTTTATCATCGTCTACTATTCATAACTGGAACTCTATTTATAAGAGTTTACTTGTGAACCTTGTTAATGACAATGGCACCTGGACAAGTAAAATATTAAAGATTATTGAAAATCAAGGTGTTATTGTGATGAAGGCGAAGCATAGTTCTAAAGGTGTTCAGCATAGGAGTAAGGTGTTGTTAAATAAGCTAGTATAA MSKQQVKIAWPFAKGEKAQLLWIGEPFRYDHKMMIKAYFRSQGRSEGILMDWGTLPCLAIQHFYTDGIITASKAPEGVQEIDMTIYPNKVKYHERPWSIQGSSDPATSRSFVFSFNGKNVILPVIEVLRSILAPNGFLLYRLFESNSFPQFFTETYESNKIHLSFSSQYELKYTKTTFIYQLVWLLTNRDLLQAYENIAFTWLQEKTLKFEWNFTQPITITARVKEKNNMCTVLQIVNVKNKDIPYQHISISHPEIQDQEKSNEAKKYTYHSLNRQGDEEGFTLDEQLDGSTEDFDLVQMNQLKHEYTSIPRIERVKGSLSKQRMKEDENTKKYYINHDSIRSTADSGGQKLVRGLEHKMLHEIRAQGELQDFINVLKVMEQHPKVQAIRAFTDVLPEGIGERKFIKLSDGVTKRRYVIAEISLMNGKQFNIVEIERENRSLSILILSSSTIHNWNSIYKSLLVNLVNDNGTWTSKILKIIENQGVIVMKAKHSSKGVQHRSKVLLNKLV NA NA NA NA NA D1-12_03402 1869 hypothetical protein ATGCTGCCATTCTTTACAGAACCATATCCAGATGAATTGATGTATTCGGCTATCGCACGTTACCACTTTTACAGTGGGAATATCGATTGCAAAGATACGTTAGAAGAAGTATTTCAAAGTCGTTCAGTGATTCCGAGTATTGAGATTGGCATCCATTTTAATATTCTCGCTAATCAGATGGGCACGCATTATTCGGCAGAAAGTTTATTAGCCAAGCATACAATTTATCCTTTTTATGCTCCGTTTCTTTCCAAGCAACGCCAGAAAAAACTTCTACAAGATGTTCAAGGAGATGGAAAAGGACTTTATACAAGACTTGGAATGGTTGCAGGAGGTATTTGTAAAAAGGATGGACTCTATTATTGTCCAGAATGTGCAGCTAATGATATCGGGCAACATGGAGAACCCTATATTCATCGTGAGCATCAACTACAAGGGATTCATTTCTGCGCACATCATGAATTGAAATTAAAGAAGTATCCTATCGATTTTTCAAAGCAAAGTCGAATTGAGTTTATTCGATTTGATAAAAAGCTAATGAACTTATCGATCCTTCAAGAAGTTGAACCAAAAGAGTTTGTAACTATTCAAATTGCTTTGGCAAAGATGGCCAATCAACTGCTACAAGTCCCAATACATCAATTTTCAAGAGAAACTATTAATCTTAAATATCGTGTTCTTTTACGTGAGCGTAATTTAATAACAACTTCTAATCGAATTCGGCAAAATGAGCTATACAAAGCATTCCAATCAAAGTTCCCAAAAGGATTTTTAGTTAAGTGTGAATCAGCAATCGATGTTGATGATGAATACAATTGGCTGAAGGTCATTACACGCAATCTAAAACGTCATGCACATCCTTTCCGTCATTTGCTTATGCTTTATTTCTTAGAACAAGATGTAGATTCTTTTTTACAAGTTGAAGCTGATACAGGTCCTTTCGGTAGTGGCCCATGGCCTTGTTTAAATAAAGCAGCTAATCATTATAAGGAATTTGTGATTCCTGAAGTAAATGTTACGAGAGATTTTAAATCAAAAGCACCCATTGGTACGTTTGAATGCTCTTGTGGATTTATTTACGCTAGAAAGGGTCCTGATAGATTATCTGAAGATAAATATCGTATAGGTCGTACAAAAGCGTATGGAGATGTCTGGAAGGCTAAATTACGTGAGTTGGAAGCCGAAGGGACGTACAGTACAAGAACATTAGCTAAAATGCTTGGTGTAGATTCGAAAACGGTTAAAAAATATCTTTCTTCAGAGATAAAAATCGAAGATTTATCAGAAAATGATATTCCTTCGATGTTGCTAATTTATCGAAAACAATTATTAAAAGGAATGCGGCAATACCCAAGTTATTCAAGAACACAAATTCGTAAGTGTTTCCCAAAAGAATATATGTACTTGTATCGTCACGATAAAGAATGGCTGTTTGAACAGTTGCCTATAATTCAGGAGAAGAAGAATAACCAATCAATTGTCGATTGGGCCTCACGTGATCGAGAATACTGCTCTAAAGTGGAGAAGCTTTACCAGGAGCTAATCGAACTAGATAAACCTGTTCGAATTACAATCTCGATTATTGGAAAACGGCTTGGAATATTATCAAACTTGGAGAAACATCTTGATAAGCTCCCCCAGACTAAAAAGCTCCTATCAGAAACTACGGAATCTACTCAACAATTCCAAATCAGACGTTGTTGTAAGATTATTGACCGAATATTACAGAGGCAAGAACCAGTTGTATTATGGAAAGTACAGCGTATTGGCGCTGTGAAGTCACATCATTTTCATGAAATAAAACCGTATTTGGAAGAATATTTACGAACAAAACAGGAAGTGAAAAGTTATGAGCAAACAACAGGTTAA MLPFFTEPYPDELMYSAIARYHFYSGNIDCKDTLEEVFQSRSVIPSIEIGIHFNILANQMGTHYSAESLLAKHTIYPFYAPFLSKQRQKKLLQDVQGDGKGLYTRLGMVAGGICKKDGLYYCPECAANDIGQHGEPYIHREHQLQGIHFCAHHELKLKKYPIDFSKQSRIEFIRFDKKLMNLSILQEVEPKEFVTIQIALAKMANQLLQVPIHQFSRETINLKYRVLLRERNLITTSNRIRQNELYKAFQSKFPKGFLVKCESAIDVDDEYNWLKVITRNLKRHAHPFRHLLMLYFLEQDVDSFLQVEADTGPFGSGPWPCLNKAANHYKEFVIPEVNVTRDFKSKAPIGTFECSCGFIYARKGPDRLSEDKYRIGRTKAYGDVWKAKLRELEAEGTYSTRTLAKMLGVDSKTVKKYLSSEIKIEDLSENDIPSMLLIYRKQLLKGMRQYPSYSRTQIRKCFPKEYMYLYRHDKEWLFEQLPIIQEKKNNQSIVDWASRDREYCSKVEKLYQELIELDKPVRITISIIGKRLGILSNLEKHLDKLPQTKKLLSETTESTQQFQIRRCCKIIDRILQRQEPVVLWKVQRIGAVKSHHFHEIKPYLEEYLRTKQEVKSYEQTTG NA NA NA NA NA D1-12_03403 1695 hypothetical protein ATGAGGAATTTGGGAAAGACAAATGACATGGTTGTCTTAAAAGGGGATTTTGAGAAAGCTGTCTATAAGGAGCAATTTTTAAATGAATATACCAATAATCCTTTCATCGAAGCTCTTCCACCTATATTTAATGAGGATGATGTGCTGGAGCGATTTATGGTGACTCCACGAATTAGTGAGCAAGATAAATTAAGTGAAACGAATATTCGTTATCACGTCTTAAAACGTGTAAGGAATTTTATCCAGCCGTTACCGATTCATTTCGAGGTAGAACGCCGATTGTCTACATTGATTCGGAGAGGTTACTTGGCGCGAAATCCATTAGATAGAACATTTCTAGAGCGTGTTCGGGTGTTACATGAATTGCGTGAAGAAGAGGAAGCAGCTCATAAATATATAGATGAACGACTAAATTATATTCGTTCAACTGCCGATAGCTTATCCATTATCGGTATTTCTGGAATTGGTAAAACAACAGCAATTGAACGTCTTTTGCTTATGTATCCACAAGTGATCAAGCATGAAGAATACAAAGGACAACCGTTTAATCGAACTCAAATTGTTTGGCTTAAAATTGACTGCCCGTATGATGGAAGTTTATCTACACTTTGCAAAAGCTTTTTCAAAGCAATTGATGATTTACTAGGAACTCGATATTTAGAAAAGTACGGTTATTTGAACCGTGTGACATCGACAATGTTATTGCACATGACATCGTTAGCAAGTATGTACGGCATCGGTGTTCTAGTAATTGATGAAATCCAGCACTTACTACATTCCAAAAATGAACAGGAAGAAATGTTAAATTTTTTTGTAACACTGTCTAATACAGTTGGCATTCCTACGGTTTTAATCGGCACTTCTAAAGCACAAAAACTATTCAAAGGAAACTTCAGACAGGCAAGACGGGCAGCAAGTGATGGAGCTATTATTTGGGATCGTATGGATGAAAATAGTGAAGAGTGGGAGTTTTTCCTAGAGACACTTTGGGAATTACAGTGTTTAAAAACCCATTCTGAGCTTACAGAGGAGACAAAGAAGGCATTTTATTATGAATGCCAAGGGATTACTGCTGTTGCCGTGAATCTATTTATTCTAGCGCAAGAACGAGTATTATTTGATGAGGACAACCCGGCTGAAATCATTACACCACAAGTGTTAAAAAAGACTGCTAGGGAAGATATGCAAACGATTCAACCAATGATGACAGCTATTCGGACGAACAATTTTGCCGATATGATGAAATATGAAGATATTATGATTAACTTGGATGAAGTCATGCTGAATCACAAGCGAAATACTGAAATGACAGGACGTATTCAAGAAGCATTTAAAGAGCGCCAAAATACAATCGAGTATAAACGTCAAGACATGATTGGGAACTTAAGTGTTGAAGTGGCAGCCCTTGGTATTTTTGATAGTTTGAAAGAAAACGATATTAAAAAGCTCGCACAAAATATAGTTGAGGGAAATCCACTTGATACTGAATTTAATCAACTTAAATCAGATGTGATTCAGCAAGCAATTGCATTAAACCAGCAAAGGAAGGAACAAAAAAGTAAACCAAAACCTCAAAATACCGATGTATTACCATTGTTGGCACTTAGAAAGAAAGCATTAGAGAAAAAACAGCACCCATACGAATTGTTGAAAGCAAGTGGATATATTAAAAATCCATTAGAGGAATTCTACTAG MRNLGKTNDMVVLKGDFEKAVYKEQFLNEYTNNPFIEALPPIFNEDDVLERFMVTPRISEQDKLSETNIRYHVLKRVRNFIQPLPIHFEVERRLSTLIRRGYLARNPLDRTFLERVRVLHELREEEEAAHKYIDERLNYIRSTADSLSIIGISGIGKTTAIERLLLMYPQVIKHEEYKGQPFNRTQIVWLKIDCPYDGSLSTLCKSFFKAIDDLLGTRYLEKYGYLNRVTSTMLLHMTSLASMYGIGVLVIDEIQHLLHSKNEQEEMLNFFVTLSNTVGIPTVLIGTSKAQKLFKGNFRQARRAASDGAIIWDRMDENSEEWEFFLETLWELQCLKTHSELTEETKKAFYYECQGITAVAVNLFILAQERVLFDEDNPAEIITPQVLKKTAREDMQTIQPMMTAIRTNNFADMMKYEDIMINLDEVMLNHKRNTEMTGRIQEAFKERQNTIEYKRQDMIGNLSVEVAALGIFDSLKENDIKKLAQNIVEGNPLDTEFNQLKSDVIQQAIALNQQRKEQKSKPKPQNTDVLPLLALRKKALEKKQHPYELLKASGYIKNPLEEFY NA NA NA NA NA D1-12_03404 2157 tnsB Transposon Tn7 transposition protein TnsB ATGATTTATATTAATCAAGTGTTTCAATATGTGACCGATTCGACAAGGATTCGGGTAATTGATATTGAAGAACCACATGTCTATATTGTTAATATTGACACGAGTAGTGCTATGCCGAGGAGGGAGCTATATTCCAACCTAATTACAGATATGAATCAAGGAGAGCTACTTGCGATTAATGATCCATATGCAAAAGTGATTTCAGAAAGTGATTTAACAGAAGTGCAAATTCGTAAGCGCGAAGAAGATTGGGAAACTATACAAAAATACTGTGTCCCCAATATGCAAGATTTGCTCTACAAACGAGGAAGAGAAAATAAAATTCGTGAAATCGTTCGGGACAGCAACTTAGGCAAGACAAAAGTTAAAAAGTTACTGACTCGCTATTGGCAGAGGGGGATGACAAAAAACGCTATGTTACCCGACTACTCTAATTCAGGTGGTAAAGGGAGAACAAAAGTCCTAACAAATGCAAAGGTTGGTCGTCCTAGAAAGATAAACATAAATAATGAATATCAAACCGGTATTAACATTACTGACGAGGTAAAGGTCCAAATTGAGCACGTTATCAACAAGTACTACAGGATAAAGAATAATTACTCTTTACGAGATGTTTATAATTTCATGCTGCGTGACTTTTACTCTGATCGCTATAAGGAAAATGGTGAGCTAAAGTACCGTATTTGGGAGGCCACTCGAATTCCCTCGTACCATCAGTTTTACTACTGGTTTAAAAAGCTGGAAGACCCGAAAAAGGATATTCAGTTTCGTAAAAGTACAAAGGAATATGAATTGAAGCATCGTCCGATTTTAAGTGATTCTAAATCAGAAACAAATGGTCCCGGTACTAGATTTCAAATTGACGCAACTATCGCAGATATTTATTTAGTCAGTTCACTTGACGTAAATAAAGTAATTGGGCGACCAGTTATTTATGCTGTACTTGATGTGTATTCACGCATTATTACAGGTCTTTATGTTGGGCTAGAAGGGCCGTCATGGATTGGTGCAATGATGGCTTTGGATAATATGGTTGCTGACAAAGTAGAGTTCTGTATGCAGTACGGAATTAATATTACACCTGAGCAATGGCCAACACATCATTTACCTGAAATTATTATCGCTGACCGAGGTGAGTTTGAAGGCTATTCGGTAGAGAATTTAATTAACAATCTTAATATTAAAATTGAGAATACCACAGCTTATCGGGGAGATTTGAAAGGGATTGTTGAAAGGAAGTTCCGTACATTAAATGGAAAAGTAAAGCAAAAAGCACCTGGGGCGATTCAAAAGGAATATCGAGAACGTGGTGATCAAGATTATCGCTTAAACGCTACGCTGAATCTAAAGGAATTTACATCTCTTGTTATTACGATGGTTTTGCATCATAACAAAAAAATCATTGATAAATATCCTATTGAAAAAGAAATGGTAGCTGATGGGCTAGTGCCAACGCCAATTAATTTATGGAATTGGGGTATTCAAAACCGCAAAGGAAGGTTAAGAACAGTTGATCGAAATATTCTTCGTCTGAACGTGCTTCCACGTGGAAAAGCGACAATTTCAAGAGCTGGAATCAAGTTTAAAAATCTTCTTTATGGTTCTCGTCAAGCGATTGAAGAGCAATGGTATTTGAAGTTGAAAAATAGAAGTTTAGAAATCGTTTATGATCCACGACACATTGAAAAAGTCTATATTCCCCACGATGACGGAATAGATTTTGAGACGTGTATTTTATTAGAACCTAGTCAGCAATATAAAGGTGACTTCCTAGAGGAAATTGTCTTTCAACAACAACTTCGGAATGAACTAGAAGAAATGGAACGAACAAATCAAATTCAGCTTACAGTGAATACTGATGCTGCATTGGAAGAGATTATTAAAAAGGCTGCGAAGAACAAAAAACAATCTTTTAATCAACCAACAAGTAAGAAGGCTAAAATAGCAGCTATTCGTGAAAACAAGGATGTTGAAAAACAGTTAAATCGTGAAGCTGAAAAGTTTGATTTATCACCTAATAAGGTTAGTGAAGCAGCTGACGTAATCGACTTTGTTACAAAAGAGAAGATTGATGAAACACCACCTAAGAAATCAGGCTCACGTCTTATGGAAAAACTAAAGAAGAAGCGAGATGAGGAATTTGGGAAAGACAAATGA MIYINQVFQYVTDSTRIRVIDIEEPHVYIVNIDTSSAMPRRELYSNLITDMNQGELLAINDPYAKVISESDLTEVQIRKREEDWETIQKYCVPNMQDLLYKRGRENKIREIVRDSNLGKTKVKKLLTRYWQRGMTKNAMLPDYSNSGGKGRTKVLTNAKVGRPRKININNEYQTGINITDEVKVQIEHVINKYYRIKNNYSLRDVYNFMLRDFYSDRYKENGELKYRIWEATRIPSYHQFYYWFKKLEDPKKDIQFRKSTKEYELKHRPILSDSKSETNGPGTRFQIDATIADIYLVSSLDVNKVIGRPVIYAVLDVYSRIITGLYVGLEGPSWIGAMMALDNMVADKVEFCMQYGINITPEQWPTHHLPEIIIADRGEFEGYSVENLINNLNIKIENTTAYRGDLKGIVERKFRTLNGKVKQKAPGAIQKEYRERGDQDYRLNATLNLKEFTSLVITMVLHHNKKIIDKYPIEKEMVADGLVPTPINLWNWGIQNRKGRLRTVDRNILRLNVLPRGKATISRAGIKFKNLLYGSRQAIEEQWYLKLKNRSLEIVYDPRHIEKVYIPHDDGIDFETCILLEPSQQYKGDFLEEIVFQQQLRNELEEMERTNQIQLTVNTDAALEEIIKKAAKNKKQSFNQPTSKKAKIAAIRENKDVEKQLNREAEKFDLSPNKVSEAADVIDFVTKEKIDETPPKKSGSRLMEKLKKKRDEEFGKDK NA NA NA NA NA D1-12_03405 840 tnsA Transposon Tn7 transposition protein TnsA GTGTCGAAAAGAAAAAGAACATCTAAAATTGATAAGTGGATTAAAGAGGGCCGAGGAACTGGCAGTGGAGCAGATTATCAGCCTTGGCTTAAAATTCAAGATGTTTCCTCATTAGGTCGGTCAACAAGATTAAAAGGTATAAAAACCGGCAGACAACATGAGTTTTTATCGGATTTGGAACGGAACTACTTTTATTTGACTGAATTTTCTGATGTTATTTTGGATATTCGTGAACAATTTCCTTTATTACCACAAGAAGAGACGATTATCATTGCTGAAGAGCTTGGGATTAAACATCCAGCTGATCCAAAAACAGGCGATCCCATTGTTATGACAACGGACTTTTTATTAACAGTTGATAAAGGACAAGGTGTATTTGAAGTCGCTCACACTATCAAAATGAAAGATAAGCTGTTAGAAGAACGTGTGTTAGAGAAGTTTGAAATTGAACGGGAATATTGGAAGCGTAGAAGCATTAATTGGGCAACTATAACAGAGGAAGAAATTCATAAAACAATGGCTAAAAATATTAGTTATATCCATGATTATTTTGATATTCGTAGCTATGATGTATATCAAGAAATGGATGACCAAAATATTGAGGATTTATCCATGTCTCTTATGAATCGCCTATTGAATAATTCACGAAGTATCCGTGAAATTACTAATGAGTTTGATACAGATACACACTTACCTTTTGGAAGTGGTGTTACACTATTTTATCACTTGCTTGCTAGAAAAATCGTAGTCATTGATATGCAAAAGCCGATTGATTTAGAGCAAACAATTGATATTAAGTGTATTGATGAAGGTAATTTAGAGAAGGTGAAATACGGATGA MSKRKRTSKIDKWIKEGRGTGSGADYQPWLKIQDVSSLGRSTRLKGIKTGRQHEFLSDLERNYFYLTEFSDVILDIREQFPLLPQEETIIIAEELGIKHPADPKTGDPIVMTTDFLLTVDKGQGVFEVAHTIKMKDKLLEERVLEKFEIEREYWKRRSINWATITEEEIHKTMAKNISYIHDYFDIRSYDVYQEMDDQNIEDLSMSLMNRLLNNSRSIREITNEFDTDTHLPFGSGVTLFYHLLARKIVVIDMQKPIDLEQTIDIKCIDEGNLEKVKYG NA NA NA NA NA D1-12_03406 1803 glmS COG0449 Glutamine--fructose-6-phosphate aminotransferase [isomerizing] ATGTGTGGAATTGTAGGTTATATCGGTCAGCTTGATGCGAAAGAGATTTTGTTAAAAGGATTAGAGAAGCTTGAGTACCGCGGCTATGACTCTGCCGGTATCGCTGTGGCGAATGAGCAGGGCGTGCATGTGTACAAAGAAAAAGGCCGCATCGCCGACCTTCGTGAAGTGGTGGATCACACGGTTGAATCTCAAGCGGGAATCGGCCATACACGCTGGGCGACTCACGGCGAACCAAGCTTCCTGAACGCTCACCCGCATCAAAGCGCACTCGGCCGCTTTACACTTGTTCACAACGGTGTGATCGAGAACTATGTTCAGCTGAAGCGCGAATATCTTGAAAACGTTGAACTGAAAAGCGACACGGACACTGAAGTAGTCGTTCAAATGATCGAGCAATTTGTGGCGGGAGGACTTAGTACAGAAGAAGCGTTCCGCAAAACACTGACTCTGTTAAAAGGCTCTTACGCAATTGCATTATTTGACGGTGAAAACACAGACACCATTTACGTTGCAAAAAACAAAAGCCCTCTGTTAATCGGCCTTGGAGATACGTTTAACGTCGTGGCATCTGACGCGATGGCTATGCTTCAAGTAACGAATGAATACGTTGAGCTTTTGGACAAAGAAATGGTGATCGTGACAAAAGACGAAGCCGTGATTAAAAACCTTGACGGTGAAGTCATGACACGTGCATCTTATATCGCTGAGCTTGACGCCAGTGATATCGAAAAAGGCACATACCCTCACTACATGTTAAAAGAAACGGATGAGCAGCCGCTTGTTATGCGCAAAATCATCCAAACGTATCAGGACGAAAACGGCAGACTGGCCGTGGCCGGCGATGTCGCTGACGCCGTGGCGGAAGCGGACCGCATTTATATCGTGGCTTGCGGAACGAGCTACCATGCCGGTCTTGTCGGGAAACAATATATTGAAATGTGGGCAAACGTACCGGTTGAAGTGCATGTAGCGAGTGAATTCTCTTACAACATGCCGCTTCTGTCTAAGAAGCCGCTCTTTATCTTCCTTTCTCAAAGCGGAGAAACAGCGGACAGCCGCGCCGTGCTTGTTCAAGTCAAAGCGCTGGGTCACAAAGCGCTGACGATTACAAACGTTCCGGGATCAACGCTTTCCCGTGAAGCGGATTACACATTGCTTCTGCACGCAGGCCCTGAGATCGCGGTTGCATCAACAAAAGCGTATACGGCTCAGATTGCCGTCCTCGCGATCCTTGCGTCCGTTGCAGCAGAACGCAACGGCGTTGATATCGGTTTTGATTTGGTCAAAGAATTAGGTATCGCGGCAAACGCCATGGAAGCCCTCTGCGACCAGAAGGACGAAATGGAAATGATTGCGCGTGAGTACCTGACTGTTTCAAGAAACGCTTTCTTCATCGGCCGCGGCCTTGACTACTTCGTGTGTGTCGAAGGCGCCCTGAAGCTGAAAGAGATTTCTTACATCCAGGCGGAAGGCTTCGCCGGCGGCGAGCTGAAGCACGGAACAATCGCTCTGATTGAAGAAGGAACACCGGTCTTTGCACTGGCGACACAAGAACACGTCAACCTGAGCATCCGCGGAAATGTGAAGGAAGTCGCAGCCCGCGGCGCCAACACTTGCATCATCTCGCTGAAAGGCTTAGAAGACGCAGACGACAGATTCATCCTGCCGGAAGTCAACCCTGCGCTTGCTCCGCTGGTATCTGTTGTGCCATTGCAGCTGATCGCTTACTACGCTGCACTGCACCGCGGCTGTGACGTTGATAAACCGCGCAACCTTGCGAAGAGTGTTACGGTGGAATAA MCGIVGYIGQLDAKEILLKGLEKLEYRGYDSAGIAVANEQGVHVYKEKGRIADLREVVDHTVESQAGIGHTRWATHGEPSFLNAHPHQSALGRFTLVHNGVIENYVQLKREYLENVELKSDTDTEVVVQMIEQFVAGGLSTEEAFRKTLTLLKGSYAIALFDGENTDTIYVAKNKSPLLIGLGDTFNVVASDAMAMLQVTNEYVELLDKEMVIVTKDEAVIKNLDGEVMTRASYIAELDASDIEKGTYPHYMLKETDEQPLVMRKIIQTYQDENGRLAVAGDVADAVAEADRIYIVACGTSYHAGLVGKQYIEMWANVPVEVHVASEFSYNMPLLSKKPLFIFLSQSGETADSRAVLVQVKALGHKALTITNVPGSTLSREADYTLLLHAGPEIAVASTKAYTAQIAVLAILASVAAERNGVDIGFDLVKELGIAANAMEALCDQKDEMEMIAREYLTVSRNAFFIGRGLDYFVCVEGALKLKEISYIQAEGFAGGELKHGTIALIEEGTPVFALATQEHVNLSIRGNVKEVAARGANTCIISLKGLEDADDRFILPEVNPALAPLVSVVPLQLIAYYAALHRGCDVDKPRNLAKSVTVE PGPT0017630_5777 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION_BY_NODULATION ROOT_NODULATION_METABOLISM,PGPT0017630-glmS|nodM-K00820 NA NA D1-12_03408 1347 glmM COG1109 Phosphoglucosamine mutase ATGGGCAAGTATTTTGGAACAGATGGTGTAAGAGGTGTTGCCAACAGCGAGCTTACGCCAGAGCTGGCCTTTAAAGTTGGGCGTTTTGGCGGTTATGTCCTGACCAAAGATAAGCAGCGCCCGAAAGTGCTGATCGGCCGTGATACACGTATCTCCGGACATATGCTGGAGGGAGCCCTTGTCGCCGGACTTTTATCGATCGGAGCTGAAGTGATGCGCCTCGGCGTTATTTCTACGCCAGGGGTATCCTATTTAACGAAAGCCATGGATGCTGAGGCGGGCGTCATGATCTCCGCTTCTCACAACCCCGTACAGGATAACGGGATTAAATTTTTCGGAGGGGACGGCTTTAAGCTTTCTGATGAGCAGGAGGCCGAGATTGAACGTCTTATGGATGAACCGGAAGATAAGCTGCCGAGACCGACAGGCGCGGACCTCGGGCTTGTGAACGATTATTTTGAAGGCGTTCAAAAGTATCTGCAATTTTTAAAGCAGACGGCGGACGAAGATTTCACAGGCATTCATGTAGCGCTTGACTGCGCCCATGGTGCGACATCTTCCATTGCGACGCACCTTTTTGCCGATCTCGATGCTGACGTATCTACAATGGGGACGTCTCCGAACGGATTAAACATTAATGATGGCGTCGGTTCTACTCACCCGGAAGCGCTGAGTGCTTTCGTCAAAGAAAAAAACGCCGATATCGGCCTTGCGTTTGACGGAGACGGCGACCGCCTCATTGCCGTTGATGAAAAAGGAAACATCGTCGACGGTGATCAAATCATGTACATATGCGCGAAGTATTTGAAATCAGAAGGCCGTCTGAAGGATGATACCGTCGTATCGACCGTGATGAGCAACCTCGGTTTCTACAAAGCGCTTGAAAAAGAAGAAATCAAAAGCGTTCAAACGGCAGTCGGCGACCGCTATGTCGTAGAAGCGATGAAAAAAGACGGCTATAATGTCGGCGGCGAGCAGTCAGGGCACCTTATTTTCCTTGATTACAACACTACCGGCGACGGTCTCTTGTCCGCGATCATGCTTGTAAATACGCTGAAGGCGTCCGGCAAAACCCTTTCAGAACTTGCGGATGAAATGAAAAAATTCCCGCAGCTCTTAGTGAATGTGAAAGTGACGGATAAATATAAGGTAGAAGAAAACGCTAAGGTGAAGGCCGTTATTTCTGAAGTGGAAAAAGAAATGAACGGAGACGGCCGGATTTTAGTGCGCCCGTCAGGCACCGAACCGCTCGTCCGCGTGATGGCCGAAGCGAGAACAAAAGAGCTTTGTGACGAATATGTCACAAAAATCGTGGATGTCGTGCGGACAGAAATGGGAGCGGAGTAG MGKYFGTDGVRGVANSELTPELAFKVGRFGGYVLTKDKQRPKVLIGRDTRISGHMLEGALVAGLLSIGAEVMRLGVISTPGVSYLTKAMDAEAGVMISASHNPVQDNGIKFFGGDGFKLSDEQEAEIERLMDEPEDKLPRPTGADLGLVNDYFEGVQKYLQFLKQTADEDFTGIHVALDCAHGATSSIATHLFADLDADVSTMGTSPNGLNINDGVGSTHPEALSAFVKEKNADIGLAFDGDGDRLIAVDEKGNIVDGDQIMYICAKYLKSEGRLKDDTVVSTVMSNLGFYKALEKEEIKSVQTAVGDRYVVEAMKKDGYNVGGEQSGHLIFLDYNTTGDGLLSAIMLVNTLKASGKTLSELADEMKKFPQLLVNVKVTDKYKVEENAKVKAVISEVEKEMNGDGRILVRPSGTEPLVRVMAEARTKELCDEYVTKIVDVVRTEMGAE PGPT0018950_477 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 D1-12_03409 1440 cdaR_2 COG4856 CdaA regulatory protein CdaR ATGGATAAATTCTTAAACAACCGCTGGGCTGTAAAGATCATTGCATTGCTCTTTGCGCTGCTGCTTTACGTTGCGGTTAACAACAACCAGGCGCCGACTCCGAAAAAGCCGGGGGAATCCTTTTTTCCGACATCAACGACTGACGAGGCTACGCTTACTGATATTCCTGTAAAAGCATACTATGATGAAGCGAACTATGTCGTCACCGGCGTGCCCCAGACCGTAAATGTCACGATTAAAGGCTCGACAAGCGCGGTGAAAAAGGCGAGACAGACGAAGAATTTTGAGATATACGCCGATATGAATAAGCTGAAGACCGGGACTCATAAGGTCGAATTGAAAGCGAAAAACGTATCGGACGGACTGACGATCTCCATTAACCCGTCAGTCACGACGGTTACGATTCAGGAAAAAACGGCTGAGAGTTTTCCCGTGGAAGTTGAATACTACAATAAAAGCAAAATGAAAAAGGGATACACCCCTCAGCAGCCGATTATCAGCCCGAAAAACGTGCAGATTACAGGTTCGAAAAATGTGATTGATAACATTTCACTTGTCAAAGCATCCGTGAACCTTGAAAATGCAAATGAGACCATTGAAAAGGAAGTGAAGGTGACCGTCTATGACAAAGACGGCAACGCACTTCCTGTTGATGTTGAACCGTCAGTCATTAAAGTGACGGTTCCCGTAGCCAGTCCGAGCAAAAAGCTTCCTTTCAAAATCGAAAGGAAGGGAAGTCTTCCGGACGGGGTGAGCGTTGCGAGTATTGACTCGAATCCGAGTGAGGTGACGGTTTACGGCCCGCAGGATGTGCTGGATTCACTGGAATTTATTGACGGCGTATCTCTTGATTTAGGCAAAATTGATAAAGATACCGATATCAATGCCGATATCCCGCTTCCTAAGGGTGTCACTAAGGTATCACCGGAAAAAATCACGCTTCATGTTAAAGTGGACAGTGAAGACAAAAAGGATTTTGACAATGTCGGAATCAAGACGGTCGGACTGGGAGGCTCACAGCAGATTGAGTTTCTCGATCCTGAATCGCAGGCGATAAATATTACGGCCAAAGGCTCTCCCGCCAACATTAAGGCGCTGAAAAAGTCGGACATTGAACTGTATGCCAATGTCTCGGACTTGGATGACGGAGAGCACTCTGTAAAGCTTGAAGTAAACGGCCCGCAAAACGTCACATGGTCCCTGTCAAAAGACACGGTTAAGATCAAGCTGACTTCTAAGAAAAACACAAGTTCAAATAAAAATAACGGCGGTTCCGCTGATTCCGGCAATAAGAACGGCACAAGCGGAGACGCAGACAAAGACAAGAACAAGAACCGGGAAGACGACACTGACAGCGATCAGAATAAAAGTCAAAACCAGGATCAAAATCAAGACCAGGATGAAGACGGATCAAGTGCTGATTCTTCTTCAACAGAATGA MDKFLNNRWAVKIIALLFALLLYVAVNNNQAPTPKKPGESFFPTSTTDEATLTDIPVKAYYDEANYVVTGVPQTVNVTIKGSTSAVKKARQTKNFEIYADMNKLKTGTHKVELKAKNVSDGLTISINPSVTTVTIQEKTAESFPVEVEYYNKSKMKKGYTPQQPIISPKNVQITGSKNVIDNISLVKASVNLENANETIEKEVKVTVYDKDGNALPVDVEPSVIKVTVPVASPSKKLPFKIERKGSLPDGVSVASIDSNPSEVTVYGPQDVLDSLEFIDGVSLDLGKIDKDTDINADIPLPKGVTKVSPEKITLHVKVDSEDKKDFDNVGIKTVGLGGSQQIEFLDPESQAINITAKGSPANIKALKKSDIELYANVSDLDDGEHSVKLEVNGPQNVTWSLSKDTVKIKLTSKKNTSSNKNNGGSADSGNKNGTSGDADKDKNKNREDDTDSDQNKSQNQDQNQDQDEDGSSADSSSTE NA NA NA NA NA D1-12_03410 822 cdaA COG1624 Cyclic di-AMP synthase CdaA ATGGCTTTTGAGGACATCCCATTTTTGCAATACCTCGGCAATGCCGTTGATATTCTCCTTGTTTGGTATGTGATATATAAATTAATCATGGTCATACGCGGGACGAAGGCGGTTCAGCTTTTAAAAGGAATCGTCGTCATCGTATTGGTCCGGATGGCCAGTTCATATTTGGGACTCAGCACGCTTCAGTGGCTGATGGACCAAGCGATAACATGGGGATTTTTAGCGATCATCATTATATTCCAGCCTGAGCTGAGACGGGCGCTTGAACAGCTCGGACGGGGCCGGTTCTTTTCCAGGAGCGGAACCCCCGTGGAGGAAGCGCAGCATAAGACAATTGAAGCGATTACAAAATCGATCAGCTACATGGCAAAACGCCGCATCGGCGCACTCATCGCGATTGAGCGCGATACGGGAATGGGCGATTATATTGAGACGGGCATCCCGCTTAATGCGCAGGTCAGCTCGGAGCTTTTGATTAATATCTTCATCCCGAATACACCGCTGCATGATGGAGCGGTCATTATGAAAAATAACGAGATTGCGGCGGCTGCCTGTTATCTGCCGCTTTCTGAAAGCCCGTTTATTTCAAAGGAGCTGGGGACGCGTCACAGAGCGGCTGTCGGCATCAGTGAAGTGACGGACAGCTTAACCATTATTGTATCTGAAGAGACGGGCGCCATCAGTGTGGCCAAAAACGGAGACCTTCACAGAGAATTGACGGAAGAAGCACTGAAAGAAATGCTTGAAGCCGAGTTTAAGAAGAACGCCAGAGATACTTCTTCTAACCGCTGGTACTGGAGGGGCAAGAAAAATGGATAA MAFEDIPFLQYLGNAVDILLVWYVIYKLIMVIRGTKAVQLLKGIVVIVLVRMASSYLGLSTLQWLMDQAITWGFLAIIIIFQPELRRALEQLGRGRFFSRSGTPVEEAQHKTIEAITKSISYMAKRRIGALIAIERDTGMGDYIETGIPLNAQVSSELLINIFIPNTPLHDGAVIMKNNEIAAAACYLPLSESPFISKELGTRHRAAVGISEVTDSLTIIVSEETGAISVAKNGDLHRELTEEALKEMLEAEFKKNARDTSSNRWYWRGKKNG NA NA NA NA NA D1-12_03411 627 rsiW COG5662 Anti-sigma-W factor RsiW ATGAGCTGTCCTGAACAGATCGTGCAGCTTATGCATAAGCATCTTGATGGAGATATCCTTCCTGAAGATGAAAACGTATTAAAACAACATTTGCAGTCGTGCGGGAATTGCAAACGGCATTTTCATGAAATGGAGAAATCCGTAGCACTCGTCCGAAGCACATCGCATGTCACGGCCCCTGCTGATTTTACTGCCAAAGTTATGGCGAATCTTCCAAAAGAGAAAAAACGCGCTTCTGTAAAACGATGGATCAAAACTCATCCGATGATTGCAGCCGCAGCGGTTTTTGTGATTTTAATGGGCGGCGGTTTTTTCAACAGCTGGCATAATGACCACAATTTCAGTGTGTCCAAACAGCCGAACCTTGTCGTGCAGAATCACACGGTCACCGTCCCTGAAGGCGAGACCGTAAAGGGCGATGTCACAGTAAAAAACGGCAAGCTGTTCATTGAAGGAAAAGTCGACGGCAATGTGACCGTCGTCAACGGAGAAAAATACATGGCCTCAGCCGGACAAGTCACCGGGCAGATTGAAGAGATTAACCAATTGTTTGACTGGGTCTGGTACGAACTGAAATCGGCGGGCCAGGGCGTCGTGAGCGCTTTGGACCCGAATGAAGATGAGTAA MSCPEQIVQLMHKHLDGDILPEDENVLKQHLQSCGNCKRHFHEMEKSVALVRSTSHVTAPADFTAKVMANLPKEKKRASVKRWIKTHPMIAAAAVFVILMGGGFFNSWHNDHNFSVSKQPNLVVQNHTVTVPEGETVKGDVTVKNGKLFIEGKVDGNVTVVNGEKYMASAGQVTGQIEEINQLFDWVWYELKSAGQGVVSALDPNEDE NA NA NA NA NA D1-12_03412 564 sigW COG1595 ECF RNA polymerase sigma factor SigW ATGGAAAACCTGATTAAAAAAAGAATCAAGCAAGTCAAAAAAGGCGATCAAAATGCGTTTGCAGAAATCGTTGACCTTTATAAAGATAAGATTTACCAGCTTTGCTACCGCATGCTCGGCAATGTTCACGAAGCGGAAGATATTGCGCAGGAAGCTTTTATCAGAGCGTATGTCAATATCGACAGTTTCGATATCAACAGAAAGTTTTCAACGTGGCTTTACAGAATTGCGACCAACCTGACCATTGACCGCATCCGCAAGAAAAAGCCTGATTACTATCTGGACGCAGAAGTAGCGGGAGCAGAAGGGCTGACGATGTATTCGCAGATCGCCGCGGACGGGGTTCTCCCTGAAGACGCCGTATTGTCATTGGAGCTGTCGGACACAATTCAGAAAAAGATTTTAAAGCTGCCTGACAAGTACAGAACGGTTATTGTATTAAAGTATATTGACGAACTCTCTTTAATTGAAATCGGGGAGATTCTGAATATCCCTGTCGGCACCGTCAAGACAAGGATACACAGAGGCAGAGAGGCTCTTAGAAAACAATTGAGGGATCTTTAA MENLIKKRIKQVKKGDQNAFAEIVDLYKDKIYQLCYRMLGNVHEAEDIAQEAFIRAYVNIDSFDINRKFSTWLYRIATNLTIDRIRKKKPDYYLDAEVAGAEGLTMYSQIAADGVLPEDAVLSLELSDTIQKKILKLPDKYRTVIVLKYIDELSLIEIGEILNIPVGTVKTRIHRGREALRKQLRDL PGPT0014960_8112 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088 NA NA D1-12_03418 453 hypothetical protein ATGATCTTAGTCAGCTCTTGTCTCGGCGGTATCGAATGCAGGTATAACGGCTCTCACGCCGCTTCGGAAAAAATCCGCAGACTCGTAGAAGAAAAGAAAGCTGTTATGGTCTGCCCCGAACTTTTGGGCGGCTTCACCACTCCCCGCGAACCGGCGGAAATCATCGGCGGCACGGGCGAAGACGTGCTGAACGGAACAGCAAAAATCGTAACGGCATCAGGCGAAGACGTTACGGCTTTATATATGGACGGCGCGGAAAAAACGTTAGCATACGCAAAAGAAATAGGCGCCGCAACGGTCATCCTTAAAGAAAACAGCCCGTCCTGCGGCAGCAGCTTTATCTATGACGGCACTTTCTCAGGAAAAAAAATACTCGGAGACGGCATCACTTCCGCTCTTTTAAAACGGGCAGGCTGCCGTGTTCTATCAGAAGATGAATTGGATCAATTATAA MILVSSCLGGIECRYNGSHAASEKIRRLVEEKKAVMVCPELLGGFTTPREPAEIIGGTGEDVLNGTAKIVTASGEDVTALYMDGAEKTLAYAKEIGAATVILKENSPSCGSSFIYDGTFSGKKILGDGITSALLKRAGCRVLSEDELDQL PGPT0020050_151 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-N_ACETYLMURAMATE_MODIFICATION,PGPT0020050-ddl-K01921 NA NA D1-12_03419 477 hypothetical protein ATGGATGTAGCCCTGTCCTTTTATAAACCGGAGCATGCAGACGGGCTTAACGGGTTTGTGCTGAGTGAAGAAGATAAAAAGTTCACAGCTCTGCCGATAGATGTACTGCCGCAGGCTCTTGTCATCCGGGATCGCTACCCGACAGTCATTTTAAAAGAAGACCGCCCCGTCGGTTTTTTTATTTTACATACCTCAAAAGAAACCATTGCCCCGTATTCGAATAATGTGTCTGCCATTTTGCTGAGTGCGCTGTCCTTACATGCACCGCATCAGGGAAAAGGTTATGCCAAACAAGCGATGCTGCAGCTCCCCGCTTTTGTCGCAAATTACTTTCCTTGGTGTGATGAAATCGTGCTTGCAGTAAACCATCGCAATCATCGTGCAAAGAACCTGTACCGGTCTTCCGGTTTTATTGATAAAGGGCGGCGCAGGATCGGCCCGATCGGTGAACAGCACATTCTGCATCATTTTTTGTGA MDVALSFYKPEHADGLNGFVLSEEDKKFTALPIDVLPQALVIRDRYPTVILKEDRPVGFFILHTSKETIAPYSNNVSAILLSALSLHAPHQGKGYAKQAMLQLPAFVANYFPWCDEIVLAVNHRNHRAKNLYRSSGFIDKGRRRIGPIGEQHILHHFL NA NA NA NA NA D1-12_03420 930 murQ COG2103 N-acetylmuramic acid 6-phosphate etherase ATGACAGACCGGCTTAACATTCACAGATTGACCACAGAAACCAGAAATCCGCAGACCGCTTCAATTCATCAAGCAGACACGATGGAAATTCTCCGCATCATTAACGAAGAGGATTTCAAAGTGGCTGAAGCCGTTCAGCAGGTGCTGCCCGATATTCAGATTGCCGTTCAATTCGCCCATCAGTCCTTACGGCGAAACGGCAGGCTGATTTATGCGGGAGCGGGCACAAGCGGCAGACTCGGTGTACTGGATGCGGTTGAATGCCCGCCTACATACAGCGTAAGTCCCGACACCGTCATCGGTCTGATGGCCGGAGGGGCAGACGCCTTTTTGCAAGCGGCTGAAGGTATAGAAGACAGCGAGGAAACCGGCGCTCTCGATCTCAAAACGATCGGGCTTACCGCAGAAGACACCGTGATCGCCATCGCGGCAAGCGGGCGCACGCCGTATGCGGCCGGTGCGCTGAAATACGCAAAAACAATCGGCGCCAAAACTGTCGCGCTCACATGCAATAAACACTCATTGATCAGCACTTATGCCGATCACAGCATCGAAGTCGTCGTCGGCCCCGAAGTGATTACAGGGTCAACACGAATGAAAGCGGCGACGGCACATAAAATGATTCTGAACATGATTTCCACGGCCGTGATGATCAAAAGCGGCAAAGTGTACGAAAATTTAATGGTGGACGTTCATGTCAGCAACGAAAAATTGAAAGAACGCGCAATCGGCATTATCCAAAGCATCACGGGCGTTCCGTACGACAAGGCAAAAGAAACGCTTGAGGCCGCAGGCAGCCATGTCAAAACGGCAATCGTCATGCTGAAGACGAATTCGGACGAAACACACGCGAAGGCACTGCTCAAAGAATCAGACGGCTTCATTGACAAAGCCATTGAACAGCACGTTTCAAAAGAAAAAGAACGCTGA MTDRLNIHRLTTETRNPQTASIHQADTMEILRIINEEDFKVAEAVQQVLPDIQIAVQFAHQSLRRNGRLIYAGAGTSGRLGVLDAVECPPTYSVSPDTVIGLMAGGADAFLQAAEGIEDSEETGALDLKTIGLTAEDTVIAIAASGRTPYAAGALKYAKTIGAKTVALTCNKHSLISTYADHSIEVVVGPEVITGSTRMKAATAHKMILNMISTAVMIKSGKVYENLMVDVHVSNEKLKERAIGIIQSITGVPYDKAKETLEAAGSHVKTAIVMLKTNSDETHAKALLKESDGFIDKAIEQHVSKEKER PGPT0019040_415 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-PUTATIVE_EXOPOLYSACCHARIDE_FUNCTION CE-EPS-PUTATIVE_EXOPOLYSACCHARIDE_FUNCTION-1,PGPT0019040-murQ-K07106 NA NA D1-12_03421 1368 PTS system EIIBC component ATGAGCAAAGAGGCATTTTATCAGTCACTGGCCAAAGATATCCTGGACAATTGCGGCGGTTCATCGAATATTTCAGGCTTTACCCACTGTATGACACGCCTGAGGATTACACCTTTAGATCAGGACAAAACGGATATTGAAGCGCTGAAACGGCTTGACGGGGTAATAGGCGTCGTCGAAGCCGAAACACTGCAGATCATTCTCGGCACGGGTGTCGTCAATCATGTCGCCGACGCTTTCGCAAATCTTATGTCATCCGGAAAAAACATTGATTTAAAAGAAGCCGCCTCACGGAAAAAAGCCGATCTCAACAGAAAAAACACCACACCCATCACACTGTTTCTGAGAAAAATATCAAGCATCTTCATTCCCCTTATTCCCGCACTCATTGCATCAGGTTTAATCACCGGTATTACGAAAGCCGTCATTCAGGCCGGCTGGCTCCCGAAAGAATCCCAAATCGCACTTATTTTAACGGTTATCGGTTCAGGCTTATTCGCTTACCTCGGCGTCCTTGTCGGCATCAACACGGCGAAGGAATTCGGCGGGACTCCCGCGATGGGCGGCCTTGCGGGCATATTGATCCTTAACCCTGAGATTGCCAATATCAGTTTGTTCGGAGAGAATCTGCTCCCTGGCAGGGGAGGGTTAATCGGCGTTCTTTTCGCTGCGGTTTTTATCGCTTATACCGAACGGTTTATCAGAAAGTACGTCCATCAATCCATCGACATTATCGTCACGCCTACATTGTCTTTACTTATCACCGGGCTGGTGACATATGTCGTTTTTATCCCTGCAGGCGGTTTTATTTCTGATCTGATTACATCAGGTTTATTGTCGCTGCTGAATGTCGGGGGAGTGCTCTCAGGGTTTGTACTGGGAGCCGCCTTCCTGCCGCTTGTCGTCACCGGCCTGCATCAAGGCTTGACTCCCGTACATTTGGAATTAATCCGATCAATCGGAGATGACCCGCTTCTTCCGATTCTCGCGATGGGAGGCGCGGGTCAAGTAGGGGCAGCCTTCGCCATCTTTATGAAAACAAAAAAAGCCTCATTGAAAAGAGCGATCGGCGGCGGACTTCCATCCGGTCTGCTCGGAATCGGAGAGCCGCTCATCTTCGGCGTCACGCTCCCGCTCGGCCGGCCGTTTTTGACGGCGTGTTTAGGGGCGGGAATCGGCGGCGCCTTTCAAGCCCATTTTCAGGTGGCTACTTTTTCAATCGGTGTCTCCGGCCTTCCGCTCTCGTTTCTCGTACAGCCGGCTCAAATCGTTTTGTATATCATCGGTCTCTTCATCTCTTACGCGGCGGGCTTTGTCTTCACTTATGCGTTCGGATTTAAGGATGACATGGCTGCTGAATTTGAATAA MSKEAFYQSLAKDILDNCGGSSNISGFTHCMTRLRITPLDQDKTDIEALKRLDGVIGVVEAETLQIILGTGVVNHVADAFANLMSSGKNIDLKEAASRKKADLNRKNTTPITLFLRKISSIFIPLIPALIASGLITGITKAVIQAGWLPKESQIALILTVIGSGLFAYLGVLVGINTAKEFGGTPAMGGLAGILILNPEIANISLFGENLLPGRGGLIGVLFAAVFIAYTERFIRKYVHQSIDIIVTPTLSLLITGLVTYVVFIPAGGFISDLITSGLLSLLNVGGVLSGFVLGAAFLPLVVTGLHQGLTPVHLELIRSIGDDPLLPILAMGGAGQVGAAFAIFMKTKKASLKRAIGGGLPSGLLGIGEPLIFGVTLPLGRPFLTACLGAGIGGAFQAHFQVATFSIGVSGLPLSFLVQPAQIVLYIIGLFISYAAGFVFTYAFGFKDDMAAEFE PGPT0014190_1301 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_SUCROSE_PTS_SYSTEM,PGPT0014190-scrA|sacP|sacX|ptsS-K02810 NA NA D1-12_03422 1284 amiE N-acetylmuramyl-L-alanine amidase ATGAAAACACTGACAGCCGCCATACTCACAATGGTCATCAGCCTCTCTTTTCTGCCGCAGCACAAAGCCGAAGCCCAATCCAAATTATACGACGCAGCAAAGCTCAGAAAGGTTGATCAAATGATTGAAAAAGACATCGCAGCTGGATTCCCCGGAGCCGTCCTCGTCGTCGTAAAGGACGGACGGGTGATCAAAAAGAAAGCATACGGCTACAGCAAAAAATATGACGGGAACACCCTTTTATCCCGTCCGAAAAAAATGAAAACATCAACCATGTTTGATCTAGCTTCCAATACAAAAATGTACGCGGCCAATTTTGCATTACAGCGACTCGTCAGCCAGGGAAAGCTTGATGTGTATCAAAAAGTCTCGGCTTACCTTCCTGATTTCAAAGACAGAAAAAGCGATCCGATTCAAGAAAAAGACCGCATTCGCGTCATCGATGTGCTCCAGCACCAATCCGGTCTGCCGGCAAGCTTTTATTTCTATCAGCCGGACACCGCAGGCCCTTTGTATTCACAAGAACGGGATAAAACGATCCGTTTTCTCACCCAAATCCCGCTTGAATATAAACCGGGAACAAAACACGTATACAGCGATATCGGTTACATGCTTCTCGGCTGCATCATTGAAAACATAACCGGAAAAACCCTTGATGCCTATGCGGAACAAGAACTGTACAAACCGCTGAAACTGACGCACACACTGTTCAACCCGCTGCAAAAAGGCTTTAAAGAAAAAGCATTCGCAGCTACTGAACGTTTAGGCAACACACGTGACGGAGTCATCCATTTCCCTCACATCAGGACATATACGCTGCAGGGGGAAGTTCACGATGAAAAAGCATTTTACTCCATGGGAGGGGTGTCCGGTCACGCCGGGCTGTTTTCCAGAGCTGATGATATGGCCGTCCTTCTTCAAGTCATGCTGAACGGCGGCAGTTATAAACACGTTTCTCTCTTCAATAAAAGAACGGCCGATTTGTTCACAACGGCGGCATCCTCTGATCCGACTTTTGCTCTCGGCTGGCGGAAAAACGGCAGCCCGGATATGGAGTGGATGTTCGGCCCTTATGCAAGCAGGCAGGCATACGGCCATACGGGATGGACCGGCACCGTCACGATTATTGATCCCGCTTATAAGCTGGGGATCGCACTTTTGACCAATAAAAAGCATTCCCCCGTCGTCAGCCCCGGTGAAAACCCGAATGTTTTTGAAGGGGATCATTTCCCGACCGGAAGCTACGGCAGCGTCATAAAAACGATTTATGAAGCCATTGAATGA MKTLTAAILTMVISLSFLPQHKAEAQSKLYDAAKLRKVDQMIEKDIAAGFPGAVLVVVKDGRVIKKKAYGYSKKYDGNTLLSRPKKMKTSTMFDLASNTKMYAANFALQRLVSQGKLDVYQKVSAYLPDFKDRKSDPIQEKDRIRVIDVLQHQSGLPASFYFYQPDTAGPLYSQERDKTIRFLTQIPLEYKPGTKHVYSDIGYMLLGCIIENITGKTLDAYAEQELYKPLKLTHTLFNPLQKGFKEKAFAATERLGNTRDGVIHFPHIRTYTLQGEVHDEKAFYSMGGVSGHAGLFSRADDMAVLLQVMLNGGSYKHVSLFNKRTADLFTTAASSDPTFALGWRKNGSPDMEWMFGPYASRQAYGHTGWTGTVTIIDPAYKLGIALLTNKKHSPVVSPGENPNVFEGDHFPTGSYGSVIKTIYEAIE PGPT0024045_262 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-CARBOXYPEPTIDASE_ACTIVITY,PGPT0024045-pbp4b-K21469 NA NA D1-12_03423 1914 nagZ COG1472 Beta-hexosaminidase ATGAAACTTGTCATTTCAGCTGTATTACTGTTGTTCATTGTTTTCGGCACGCATCATGCATCGACAAAACCGGACATTCCGTCACAGGCGGAACAAGCGGTATCCCGTATGACATTAGATGAAAAATTAGGGCAGATGCTCATGCCTGATTTTCGCAATTGGCAAAAAAAGGGGCATTCATCACCTGAGGCTCTTACCCAAATGAATGACGAAGTCGCAGGGCTTATTCAAAAGTACCGGTTCGGCGGCGTTATCTTATTTGCAGAAAATGTAAAAAAAACTGAGCAAACGGTACGCCTGACAGATGCCTTTCAAAAGGCGAGCCCTGACATTCCGCTATTATTAAGCATTGATCAGGAGGGCGGCATCGTAACTAGACTTGGTGAGGGCACTCATTTCCCAGGCAATATGGCGCTCGGAGCCGCTAGAAAAACAGCCTACGCGTCCCAAACCGGCGCCATTATCGGCAAAGAACTGAAAGCACTGGGCATTAATACGAATTTCGCGCCCGTTCTCGATATCAATAATAATCCCGGAAACCCTGTCATCGGCGTCAGGTCGTTCAGTTCAGACCGAGATCTGACAGCTTCACTCGGTCTTGCCTCAATGAAGGCTCAGCAAAAGCAGGATGTCGCTGCCGCCGTCAAACATTTCCCGGGACACGGCGACACGGATGTCGACAGCCACTACGGCCTTCCGCTTGTCACCCACAATCAAGAAAGGCTGCGTCAAATTGAACTTTATCCGTTCCGGAAGGCCATTCAGGCCGGAGCTGATATGATCATGACAGCCCATGTGCAATTTCCCGCTTTTGACGATACAACCTATAAAAGCAAGCTGGACGGTTCAGACATCCTCGTACCCGCCACACTCTCGAAAAAAGTGATGACTCATCTTCTCCGTGAGGAAATGGGATTTAACGGCGTCATCGTTACGGATGCATTAAATATGAAAGCCATTGCCGATCATTTCGGCCAGGAAGAGGCGGTCGTCATGGCAGTAAAAGCAGGAGTCGATATTGCCCTGATGCCGGCCCAAGTGACATCGCTGCAAACGGAAAACCGCTTTGCCCGGGTTCATTCCGCTTTAAAAAAGGCGGTACAAAAAGGGGAAATTCCTCTTCAGCAAATTAACAAATCAGCGGAACGCATCATTTCCCTGAAAATAAAAAGAGGGATATATCCCGCACCGAAAGAGACAAATCTGAAAAAGAAGATTGCAAAAGCAAAGAAAACCGTCGGCAGCAAAAATCACCTGAAAGCTGAAAAACAAATCGCGGCAAGGTCCGTCACCGTCTTACAAAACAAAAACCGCACGCTCCCATTCAAACCGAAAAAGAACAGCCGCGTTCTCATTGCCGCTCCTTATGAAGATCAAACAGCATCAATGGAACAAACCATTCGGCAGCTCATCAAGAAGAAAAAAATCCGGCCGGTAACCATCAGTAAAATGAACTTCGCCGAGCGCACTTTTCATGATGAGCACAAAAAGCTGGTATCCGACGCGGATTACGTGATTACAGGCTCCTATGTCGTGAAAAATGACCCTGTCGTAAACGACGGCGTGATTGATGATTCCGTCACAGATCCCGGCAAGTGGACGACTGCATTTCCGCGGGCCGTCATGAAAGCCGCACAATCGAACCAAAAACCCTTTGTGCTGATGAGCCTGCGTAATCCATATGACGCTGCGAACTTTGAAGAAGCTGAAGCCCTTATCGCAGTCTACGGCTTTAAAGGATATACAGACGGACAATTTCTCCAGCCAAACATTCCGGCAGGCGTTGAAGCGATATTCGGACAGACAAAACCGCAAGGCAGGCTGCCCGCTGACATTCCTTCCGTCACTCATCCGGGAACGACACTCTATCCTTATGGTTTCGGTATCAATCTGAAGACCGGAAAACCGCTTTAA MKLVISAVLLLFIVFGTHHASTKPDIPSQAEQAVSRMTLDEKLGQMLMPDFRNWQKKGHSSPEALTQMNDEVAGLIQKYRFGGVILFAENVKKTEQTVRLTDAFQKASPDIPLLLSIDQEGGIVTRLGEGTHFPGNMALGAARKTAYASQTGAIIGKELKALGINTNFAPVLDINNNPGNPVIGVRSFSSDRDLTASLGLASMKAQQKQDVAAAVKHFPGHGDTDVDSHYGLPLVTHNQERLRQIELYPFRKAIQAGADMIMTAHVQFPAFDDTTYKSKLDGSDILVPATLSKKVMTHLLREEMGFNGVIVTDALNMKAIADHFGQEEAVVMAVKAGVDIALMPAQVTSLQTENRFARVHSALKKAVQKGEIPLQQINKSAERIISLKIKRGIYPAPKETNLKKKIAKAKKTVGSKNHLKAEKQIAARSVTVLQNKNRTLPFKPKKNSRVLIAAPYEDQTASMEQTIRQLIKKKKIRPVTISKMNFAERTFHDEHKKLVSDADYVITGSYVVKNDPVVNDGVIDDSVTDPGKWTTAFPRAVMKAAQSNQKPFVLMSLRNPYDAANFEEAEALIAVYGFKGYTDGQFLQPNIPAGVEAIFGQTKPQGRLPADIPSVTHPGTTLYPYGFGINLKTGKPL PGPT0012175_522 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-GALACTOSAMINIDASE,PGPT0012175-nagZ-K01207 NA NA D1-12_03424 1245 hypothetical protein ATGAAAAAACAAACGGCTGCGCTTCTTGCCGGATTAGTCGTCATCAGTGCCATGACGGCAGTCTCGGCGGCTTCTGACAGAAACCTTCATACCGCCAAGAAACCAAGCATCCAAACAGGCATCGACCGCCTGCTGAAAGATTATAAACAGGAACTGAAGGGAAAAAGGGTCGGGCTGATCACCAACCCGACCGGTGTGAACAATTCATTGAAAAGCAGCGTTGACGTGCTGTATGAGGCACCAGACATCCAATTGACGGCATTATTCGGACCGGAGCACGGTGTCCGCGGCGATGCTCAGGCCGGAGACAAAGTCACATCCTATATAGACGAAAAAACAGGGCTTCCCGTCTACAGCCTGTACGGGGAAACGAGGAAACCGACGCCTGACATGCTGAAAGATACAGATGTGCTGATTTTCGATATTCAGGATGTCGGAACGCGATACTACACCTACATTTATACAATGGCCTATGCCATGGAAGCGGCCAAAGAAAAAGGCATTCCTTTTTATGTCTTGGACCGGCCGAATCCGCAAGGCGGACGAAATCCGGACGGCCCGGTTCTTGAACCGGATTACGCTTCATTTGTCGGACTGTATCCGATCCCGCTGAAGCACGGCATGACGATCGGTGAGCTTGCTCTTTTATTCAATAAAGAGTTTCATATTGGCGCCGACCTCACCGTCGTAAAAATGAAGCGCTGGAAGCGGACGATGACGATTGAAGATACCGGCCTGCCGTTCGTCCTCCCTTCGCCTAATATCCCGACCCCGGACAGCATATTCGCATATTCGGCGACAGGACTAATCGAAGGCACAAACGTATCCGAAGGAAGGGGCACGACAAAGCCGTTTGAACTGATCGGCGCGCCTTATATGAAAAGCACCGAGCTCGAAGAACGCCTGAACAGTCTCAAGCTTCCGGGCGTCACCTTCAGAGCCGCATCATTTATCCCCAGCTTCTCCAAGCACCAGGGCAAGCTGTGCCACGGCGTACAAGTCTACGTAACAAACAGAAACACATTTGAAGCGGCAAAAACAGGGCTTTCCATTCTGAAAACCATGCATGACTTATATCCGAATGACTTTTCGTTCTTGCCGACAGGCTCTTTTGACAAGCTGATCGGTAACGGCTGGGTACGCAAAAAAATAGAAAAAGGCGCTTCCATTGAAGACATCACCGGCACATATCAACGCCGGCTGGACCAATTCAAAACTCTAAGAAAACAATACCTCATATACTGA MKKQTAALLAGLVVISAMTAVSAASDRNLHTAKKPSIQTGIDRLLKDYKQELKGKRVGLITNPTGVNNSLKSSVDVLYEAPDIQLTALFGPEHGVRGDAQAGDKVTSYIDEKTGLPVYSLYGETRKPTPDMLKDTDVLIFDIQDVGTRYYTYIYTMAYAMEAAKEKGIPFYVLDRPNPQGGRNPDGPVLEPDYASFVGLYPIPLKHGMTIGELALLFNKEFHIGADLTVVKMKRWKRTMTIEDTGLPFVLPSPNIPTPDSIFAYSATGLIEGTNVSEGRGTTKPFELIGAPYMKSTELEERLNSLKLPGVTFRAASFIPSFSKHQGKLCHGVQVYVTNRNTFEAAKTGLSILKTMHDLYPNDFSFLPTGSFDKLIGNGWVRKKIEKGASIEDITGTYQRRLDQFKTLRKQYLIY PGPT0012175_5 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-GALACTOSAMINIDASE,PGPT0012175-nagZ-K01207 NA NA D1-12_03425 1596 btr COG0614 HTH-type transcriptional activator Btr ATGAAAAACACATTATTCTTTCAGCCCATTGATATCATCTCCGTAAAAAAAACAGCCGACCTTCTGTCAGAGCATCAGCTCACTGATTCCCCCGTATTGATCTTTCATGTGAAAGGCGAGGGACAAATTGATATCGGAACAGACAGCTTTCCGCTGCAGAAGGAAACGCTCTACATCTGTCCTTGTGATGAGACATTCAATATTGCCCCTATATCGTCAGGCGGCATCCATTTGTATATCGTCAGACTCCGTGTTTTCTCCTATTCATCAGATGATGAAGCGATGCTTCCGGATAACGGGGAAGACATCTTCCACGGACTTCAGCAAATGAATATACAAACGGTTGATCATTTGACAAGCCGGCTTCAGTCACTTTCTGAAAACGTGCGATCGGCGGATGCATTGCAGAAAATGAAATATACAGCCGACTTTCAGCAGCTGATGTACGACCTTTATGCCGCAAAAGTATGCCATCAAAATAATACGAAAGCGGCGATCGAACAGACAAAACAATTCATACATGCTCAGTCCGACACAAAAATCACGCTCACCCAGCTCGCTCATATGGCGGGAATCAGTCCCAAGCACTACAGTGAAACCTTTAAAAAACTATACGGGCAGAGCGTAACTGAATATATCACAGACATCCGCATAACCAATGCGAAAAAACTGATGGCCAAGGCAAACTGCAAACTGCGGGAAATCGCTCATCAAATCGGCTACCAGGACGAATTTTATTTCAGCCGCATCTTTAAAAAACATACCGGCAGCTCACCTACAAGCTATATGAAAAAAAGGCGCATAAAAATGGCCGCGTACGGAAAAGAAACGATGGGGCATCTGATTCCTCTGCATCACGTGCCTTACGCTGCGGCGCTGCACCCGAAATGGACGGCCTATTATTACAAACAATTCTCTTCCGATATTCCGGTTCACCTGAGTGCTTACCGTTATAATGCAAATTGGGAAGAGAACCTGCACACGCTGTCCCAAGCTGCTCCGGACATCATTTTCAGTCTTGATTCTGTCAGTGAAGAAGAAAAACAGCGCCTGAATGACATCACTGACGTTTTTTACCTTCCGGCTCAAGAGAATTGGAGAGACCAGTTTCTTCGCACAGCCGCATATTTGAATGAAGAGCAGGAAGCGCGGCACTGGCTTAAAGCTTATCAAAGTCTCGCCCATTCAGCGAAAGATGCTCTTAAACACGTGCGGCATCAGCGGTTCTTATTTGTCCGTGTATATAAAGAAAATATGTACATCGCCCATAACAACAGTATTGAGGATGTCTTCTTCGGTGATTTAGGCTTTGCCTCCGCAAAACCGGAATCTTTTGCTCCTGACGAAAAGATTTCCTTGGAAATGCTGGCGGATTGCCAAGCTGACTGCATCATGCTTTTCACTTGTAAAGAACCGGAAACGCTTCGTTATTTTCAGCGGATTCAGCAGACCGGGATATGGCAGAACCTTAGAGCCGTCAGCAATAAACGCGTGTTTCCCATTTCATCTGACCCGTGGATTGAATATTCTCCAAGCGGACATCAGCGGATGATCGAGCAAAGCATTTCCATTTTATCCGAAGATCGTCCATGGTAA MKNTLFFQPIDIISVKKTADLLSEHQLTDSPVLIFHVKGEGQIDIGTDSFPLQKETLYICPCDETFNIAPISSGGIHLYIVRLRVFSYSSDDEAMLPDNGEDIFHGLQQMNIQTVDHLTSRLQSLSENVRSADALQKMKYTADFQQLMYDLYAAKVCHQNNTKAAIEQTKQFIHAQSDTKITLTQLAHMAGISPKHYSETFKKLYGQSVTEYITDIRITNAKKLMAKANCKLREIAHQIGYQDEFYFSRIFKKHTGSSPTSYMKKRRIKMAAYGKETMGHLIPLHHVPYAAALHPKWTAYYYKQFSSDIPVHLSAYRYNANWEENLHTLSQAAPDIIFSLDSVSEEEKQRLNDITDVFYLPAQENWRDQFLRTAAYLNEEQEARHWLKAYQSLAHSAKDALKHVRHQRFLFVRVYKENMYIAHNNSIEDVFFGDLGFASAKPESFAPDEKISLEMLADCQADCIMLFTCKEPETLRYFQRIQQTGIWQNLRAVSNKRVFPISSDPWIEYSPSGHQRMIEQSISILSEDRPW PGPT0003170_192 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-BACILLIBACTIN_METABOLISM,PGPT0003170-btr|ybbB-K21701 NA NA D1-12_03426 957 feuA COG0614 Iron-uptake system-binding protein ATGAAGAAATTGGCATTCGCTTTCATGATTTTGCTTTTGGCTTTCACGGCCGCGGCTTGCGGAAGCTCAGAAACATCCGATACAGCAAGTAAAGGAAAGGACGCTTCTTCAGATAAAAAGAAAATCGAATATCTAGGAAAAACATATGAAGTCAAAGCGCCGACTGACAAAATCGCCATTACAGGCAGCGTAGAATCAATGGAAGACGCCAAATTGCTTGACGTTCATCCGGCAGGAGCAATTTCTTTCTCCGGCAAATTCCCGGAACTGTTTAAAGATATTACAGATAAATCCGTATCAACGGGAGAAAAAATGCAGCCGAACATGGAAAAAATTCTTGAGCTGCAGCCGGACGTCATTCTGGCATCAACCAAATTCCCGGAAAAAACGTTGAAAAAATTGAGCGGCACCGCTGAAACGATCCCTGTCTCTCATATCTCATCAAACTGGAAAGAAAACATGATGCTGCTCGCCCAGCTTACAGATAAAGAGAAAAAAGCGAAAAAAATCATCGCAGATTACGAACAGGACCTGAAAAAGACAAAAACAAAGATCAACAGCAAAGCGAAACAGTCAAACGCGCTGGTCATCAGAATCAGACAAGGCAATATTTATATTTATCCTGAACAAGTATATTTCAACTCCACGCTTTACGGTGATTTAGGCCTGAAGGCGCCGGACGAAGTCAAAGCGGCGAAAGCGCAGGAACTGATTTCTCTTGAAAAATTAAGCGAAATGAACCCTGACCATATCTTCGTACAATTCTCTGATGACGAAAACGCAGATAAGCCGGACGCTTTGAAAGACTTAGAGAAAAATCCGATCTGGAAGAGCCTGAAGGCAGTCAAAAAAGACCATGTATACGTCAATACGATTGATCCATTAGCCCAAGGCGGAACCGCATGGAGTAAAATCAGCTTCTTACAGGTTGCGGCTGACAAATTGACTCAAGACTAA MKKLAFAFMILLLAFTAAACGSSETSDTASKGKDASSDKKKIEYLGKTYEVKAPTDKIAITGSVESMEDAKLLDVHPAGAISFSGKFPELFKDITDKSVSTGEKMQPNMEKILELQPDVILASTKFPEKTLKKLSGTAETIPVSHISSNWKENMMLLAQLTDKEKKAKKIIADYEQDLKKTKTKINSKAKQSNALVIRIRQGNIYIYPEQVYFNSTLYGDLGLKAPDEVKAAKAQELISLEKLSEMNPDHIFVQFSDDENADKPDALKDLEKNPIWKSLKAVKKDHVYVNTIDPLAQGGTAWSKISFLQVAADKLTQD PGPT0003765_7978 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 D1-12_03427 1008 feuB_3 COG0609 Iron-uptake system permease protein FeuB ATGTATGCAAAACGGCGGACACACATTATTATCATTGCTTCACCGATTGCCATTGTTCTGTCACTGCTGCTTTCCGTTTTATACGGCGCAAAGCAGCTTGACTTCCATACCGTGTTCTCCGCATTGCTGCACTTTAATCCGGAGAATACCGACCATCAGATCATATGGCATTCAAGAATCCCGAGGGCTGCCGGCGCTATGTTTATCGGCGCCGCCCTTGCTGTTTCCGGAGCGCTCATGCAGGGAATCACACGGAACTATCTGGCCTCGCCTTCGATCATGGGGGTGTCGGACGGCTCCGCTTTTATCATCACCCTTTGCATGGTATTGCTCCCTCAATCGACATCCATTGAAATGATCATATACTCGTTTATCGGTTCCGCATTCGGCGCCGCTCTTGTTTTCGGGCTGGCCTCCATTCTTCCCGGCGGTTTTACCCCGGTGCAGCTTGCCATTATCGGAACGGTGACCAGTATGCTTCTCAGCAGTCTGTCGGCTGCGCTTTCGATTTATTTTCAAATTTCGCAGGATCTCAGTTTTTGGTACAGTGCGAGACTGCATCAAATGAACCCTGATTTTTTGAAACTGGCCGTCCCGTTTTTTGCGATCGGAATCATCACGGCCATGATTCTCAGCAAAAAGGTCACTGCCGTATCATTAGGAGACGACATTTCAAAAAGTCTGGGACAGCAGAAAAGAACCATCAAACTCATGGCGATGGCGGCCGTTGTCATATTGACCGGAAGCTCGGTGGCACTCGCCGGAAAAATTGCCTTTGTCGGTTTGGTCGTTCCGCACATCACACGTTTTCTCGTCGGATCGGACTACAGCAGGCTGATCCCATGCGCGTGCATCATCGGCGGCGTCTTCCTGACCCTTTGCGACCTTGCCAGCCGATTCATCAATTATCCGTTTGAGACGCCTATTGAAGTTGTCACTTCTATCATCGGTGTTCCTTTCTTTCTTTATTTGATTAAAAGAAAAGGAGGGGATCAGCGTGGTGCGTAA MYAKRRTHIIIIASPIAIVLSLLLSVLYGAKQLDFHTVFSALLHFNPENTDHQIIWHSRIPRAAGAMFIGAALAVSGALMQGITRNYLASPSIMGVSDGSAFIITLCMVLLPQSTSIEMIIYSFIGSAFGAALVFGLASILPGGFTPVQLAIIGTVTSMLLSSLSAALSIYFQISQDLSFWYSARLHQMNPDFLKLAVPFFAIGIITAMILSKKVTAVSLGDDISKSLGQQKRTIKLMAMAAVVILTGSSVALAGKIAFVGLVVPHITRFLVGSDYSRLIPCACIIGGVFLTLCDLASRFINYPFETPIEVVTSIIGVPFFLYLIKRKGGDQRGA PGPT0003770_7258 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 D1-12_03428 1023 feuC_3 COG0609 Iron-uptake system permease protein FeuC GTGGTGCGTAAAATGGCCGGAATTTATATCATTCTGATTGCTCTCATATTGCTCGTAAGCTATTTCAGCATGACAAGCGGTTCTTTTTCCGCAAAGCCGGGTGAACTGCTCAGTACGCTTTTCCGCATCCATCCGAATCCGCAATATGACATTTTGCTGTTTCAGCTGAGGCTGCCGCGCATTGTCATGGCTGCTGCCATCGGGCTCGGATTGGGGATAGCCGGAGCCGTTATTCAGGCCATTACCAAAAACGGGCTTGCCGATCCCGGTATTCTGGGCATTAATGCAGGAGCCGGAGCGGGAATCGTCGCGTTTATGCTTCTGTTTCAGGGACAATCTGAAGCGACGGCACTTGCCTCTGCGATGGGTATGCCTGTCTTCGGCCTCATCGGAGGATTGATGGCGGCCGTGCTGATCTATATTTTCGCCTGGCACCGGGGGCATCTGGAATCGGGCAGAATTATTCTCGTCGGGATCGCCATGAATTCAGGATTCAGCGCGCTGTCTTTATTTCTTTCATTAAAAATGGACCCGCAGGATTATGAGATGGCGATGGTTTGGAAAAACGGCAGCATCTGGTCGGCAAACTGGATGACCATTACGGCGATCCTTCCGTGGCTGATCTTGTTCATTCCTCTTCTTATGGCGAAAACGTCATTGCTGGATACCATTCGTTTCGATGAGGACACGGTGAAAAGTCTCGGTGTTTCAACCAATAAAGAAAAAACGATTTTACTCATTGCCTGCATCGCTTTGATCAGCGCATGTGTAACCGCAGCGGGCAGCATGGCATTTGTCGGGCTGATCGCGCCCCATATTTCCCGCAGGCTCGCCGGGATTGAGCACAGATACTCATTACCGGTCAGCGGATTGGTCGGTATGCTCCTCGTCATATCCGCCGACTTTGCGGGCAAATTGTTCTTTCAGCCTTCAGAAGTGCCGGCGGGAATTATTCTTGCGATTCTCGGCGTTCCTTATTTCTTTTTTCTTCTGTTTAAGCAGAAGAAGGGGCTGGATGCATGA MVRKMAGIYIILIALILLVSYFSMTSGSFSAKPGELLSTLFRIHPNPQYDILLFQLRLPRIVMAAAIGLGLGIAGAVIQAITKNGLADPGILGINAGAGAGIVAFMLLFQGQSEATALASAMGMPVFGLIGGLMAAVLIYIFAWHRGHLESGRIILVGIAMNSGFSALSLFLSLKMDPQDYEMAMVWKNGSIWSANWMTITAILPWLILFIPLLMAKTSLLDTIRFDEDTVKSLGVSTNKEKTILLIACIALISACVTAAGSMAFVGLIAPHISRRLAGIEHRYSLPVSGLVGMLLVISADFAGKLFFQPSEVPAGIILAILGVPYFFFLLFKQKKGLDA PGPT0003770_5822 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 D1-12_03429 753 ybbA COG2819 putative protein YbbA ATGAGAGGCACCCTTACAGAACACCGGATAAACGGAAAGGAATGCACTGTGTATCTTCCTCCCTCCTATTCGGTTCAAACAGGGGCTTTACCCTGTGTGTACGTACTGGACGGGGGTTCTTTGTTTTTAGAACAGATGGATAAGCTTGAATCCCAATTTGCGAACGGAACACTTCCCGAATTGATTTTTGCCGGCATCAAACCGGCTGACAGGCTCGATGAGTACACACCGTGGCCCGCGCCTTCCCTGAGCCCTGCATTTCATGATTTCGGCGGCAAAGGGAGGCTCTTTCTCGAGGAGCTGACAGATGCCATCATTCCAACTGTAGAAGATATGCATCACATTTCTGCACATCCGGAAACAAGAGGACTGATCGGCGCGTCATTAGGCGGACTGTTTTCGATATACGCGATGCTACAAAAGCCTGTAATATTCGGCAGAATCGGCTGTATTTCCGGTTCCTTCTGGTATGAAAAATCAGCAGATTATGTCCGCTCCGCATCTTTGCGTCCGGCACGGCGGCGTATCTATATGTCTGTAGGCAGCCGCGAAGCTGAGCATAAAAACAACATCCAAAACACCATGATCCGACAAAATAAAGACGTGCATGAAAGCCTGAGGCAAAAAGGCTTTTCTCAATCTCAGCTCTCTTTCACTGTTGAAGAAGGCGCCGTGCACCATCAAGAAGCATTCAAACGACAATTCAATGCAGCACTAAGCTGGCTGTACGGAAAAAACCGCTCACGTAGCTGA MRGTLTEHRINGKECTVYLPPSYSVQTGALPCVYVLDGGSLFLEQMDKLESQFANGTLPELIFAGIKPADRLDEYTPWPAPSLSPAFHDFGGKGRLFLEELTDAIIPTVEDMHHISAHPETRGLIGASLGGLFSIYAMLQKPVIFGRIGCISGSFWYEKSADYVRSASLRPARRRIYMSVGSREAEHKNNIQNTMIRQNKDVHESLRQKGFSQSQLSFTVEEGAVHHQEAFKRQFNAALSWLYGKNRSRS NA NA NA NA NA D1-12_03430 984 hypothetical protein ATGATGTGGCTACAGAAGTTGAACCAAGTGTTGGGGAGAATCATGCCGCTTTTGACTCCGTCAAGTGTGGCGGCGGGTGTGCTGTTATCTCAGCATATCAGCTGGATGGCCGGCGCTGTGCCGTGGATATTTGCATTTATTACATTTACGGGCAGTCTGAGTGCCAATTTTCAATCGCTGAAGCGCAGTATCGAGAAGCCGCTCCCGATGATCATGGCATTGTTTGTTCTGCATATTTTCATGCCTGTTTTTGCATGGGGAAGCGGCCATCTGATTTTCAGCGGTGACCCTTTAACTGTGACGGGGCTGATTATGGGTGTGGTGATTCCGACCGGAATTACGAGTTTGATTTGGGCTGCGATGTATAAGGGAAATGTCGGATTGACGCTGTCTATTATCCTGGTTGATACCGTGCTTTCTCCTTTTATCGTACCGTTAAGCCTGTCTGTCCTGGCCGGGGCGAATGTTCAGATGGATGTGTGGGGAATGATGAAAGGGCTGGCGGAGATGGTGGTGATTCCGTCCATCGCAGGGATGATGGTCAACCAGTTTTCCCCGCCGGTAAGGACTCAGGCGATAAGCCGGTCGCTGTCTCCTTTTTCAAAAATCTGTCTGATGATTGTCATTGCCATTAACAGTTCGGAAATCGCGCCGTATGTCACGCACGTGGATATCAAATTTGCGGGCATCGCAGGCATGGTATTTTTTATTGCCATGACGGGTTATGCCGTGGCTTGGCTGATCGGAAGACTGATGAAGCGGAGCCAGGATGAAATCGTGTCTCTGATTTATACAGGGGGCATGCGCAATATCAGCGCCGGAGCCGTTCTCGCCGTGTCTTTCTTTCCGTCTCAAGTGGCGGTTCCGGTCGTCATCGGGATGCTCTTTCAGCAAATCCTTGCCGCTTTGTTCGGCTATTTGCTGAGACGCTTTGAACTTAAGCCGGTCGTGATGAAGTATGAAAAAAACCGCTCAGCTACGTGA MMWLQKLNQVLGRIMPLLTPSSVAAGVLLSQHISWMAGAVPWIFAFITFTGSLSANFQSLKRSIEKPLPMIMALFVLHIFMPVFAWGSGHLIFSGDPLTVTGLIMGVVIPTGITSLIWAAMYKGNVGLTLSIILVDTVLSPFIVPLSLSVLAGANVQMDVWGMMKGLAEMVVIPSIAGMMVNQFSPPVRTQAISRSLSPFSKICLMIVIAINSSEIAPYVTHVDIKFAGIAGMVFFIAMTGYAVAWLIGRLMKRSQDEIVSLIYTGGMRNISAGAVLAVSFFPSQVAVPVVIGMLFQQILAALFGYLLRRFELKPVVMKYEKNRSAT PGPT0013890_867 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-SODIUM_TRANSPORT,PGPT0013890-panS|yocS|ybaS-K03453 NA NA D1-12_03431 1434 dauA_1 COG0659 C4-dicarboxylic acid transporter DauA TTGAAAGATTATACGTTACAGCAGCAATGGTTCGGGAATGTCCGTAAAGACATTCTGGCCGGTATTCTGGTTGCTCTCGCTCTGATCCCTGAGGCGATCGGATTTTCAATTATTGCAGGTGTCGATCCGATGGTCGGCCTTTATGCATCATTTTGTATCGCGATTATTATTTCTATCTTCGGCGGTAGACCGGGAATGATTTCAGCCGCTACGGGTTCAATGGCGGTTGTCATGGTGACATTGGTGGCTGATTACGGGCTGCAGTATTTGTTTGCGGCAACCATTTTGACAGGTATTATTCAATTTATTCTTGGTGTCAGTAAGATAGCGAAATTGATGAAATTTATTCCGCGTTCGGTCATGATCGGATTTGTGAATGCTTTGGCGATCTTGATTTTTTCTGCGCAGCTGCCGCAGTTCAAAGGAGCTTCATGGGTCATGTACGCCATGCTTGCCGGATCACTGGCTATCATATATCTATTGCCGAAGGTTACGACGGCTGTGCCGTCTCCGCTGGTGGCGATTATTGTCATGACGATCATTGCGGTGGTCTTCCATGCGGATGTCCGCACGGTCGGTGATATGGGCGGGATTACAAGTTCACTTCCGCATTTCTTGATACCGGATGTTCCGTGGACGTTTGAGACATTGCGGATTATTTTCCCGTATTCACTGGCGCTTGCATTCGTCGGATTGCTCGAGTCATTGCTGACAGCCCAGATCATTGATGAAATGACGGATACGGTTAGTGATAAGAACAAAGAAAGCCGCGGACAAGGCATCGCCAATATTGTGAACGGATTTTTCGGAGGCATGGCCGGATGCGCCATGATCGGCCAGTCTGTCATTAATACGAAAGCCGGCGGACGCGGCCGGTTATCGGCTTTTACGGCCGGCGCGTTTTTAATGTTTTTAATTGCCGTATTAAGCGGTATCGTCATGAAAATTCCGATGGCTGCGCTGGTGGCCGTGATGGTTATGGTGTCCATCGGCACGTTCGACTGGTCATCGATTAAAGGTTTACGGAAAGCGCCCCTTACTGATTCGATCGTTATGGTTATTACCGTCGTGACGGTCGTCCTGACAAATGATTTATCAAAGGGTGTCTTCGCGGGTGTGCTGCTAAGCGCGATCTTTTTTACGGCTAAAATTTCTAAGCTGAAGATTGTGTCACATTCCGAACAGAAAGATGTCAGAACATATAAGGTAACGGGACAAATCTTTTTTGCTTCCGTGTCTGAACTGATGAATGCCATCGTTTATGATGAAGACGTGAAACGAATTGTCATTGATTTGACCGATGCCCACGTGTGGGATGATTCGGGAGCGGCGGCTCTTGAGAAAATTGTCGCCAAATGTAAAGAATACGGAATTGAGGCTGAATTAAAGGGATTAAATCAGAAAAGCCGAGATTTAATGAAACAAATGGCATAG MKDYTLQQQWFGNVRKDILAGILVALALIPEAIGFSIIAGVDPMVGLYASFCIAIIISIFGGRPGMISAATGSMAVVMVTLVADYGLQYLFAATILTGIIQFILGVSKIAKLMKFIPRSVMIGFVNALAILIFSAQLPQFKGASWVMYAMLAGSLAIIYLLPKVTTAVPSPLVAIIVMTIIAVVFHADVRTVGDMGGITSSLPHFLIPDVPWTFETLRIIFPYSLALAFVGLLESLLTAQIIDEMTDTVSDKNKESRGQGIANIVNGFFGGMAGCAMIGQSVINTKAGGRGRLSAFTAGAFLMFLIAVLSGIVMKIPMAALVAVMVMVSIGTFDWSSIKGLRKAPLTDSIVMVITVVTVVLTNDLSKGVFAGVLLSAIFFTAKISKLKIVSHSEQKDVRTYKVTGQIFFASVSELMNAIVYDEDVKRIVIDLTDAHVWDDSGAAALEKIVAKCKEYGIEAELKGLNQKSRDLMKQMA PGPT0003020_5902 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-SULFATE|THIOSULFATE_TRANSPORT,PGPT0003020-TC_SULP-K03321 NA NA D1-12_03432 1047 gutB_3 COG1063 Sorbitol dehydrogenase ATGAAGGCGTTGGTCTGGACTCCTAATGATAAGCTTGAATATCAAGAGGTGGACGAGCCTCAAATTCGGAAATCCAATGATGTGAAAGTGAAAATTTTCGGAACCGGTATCTGCGGAACGGACTTAAATGTGCTGAAAGGAAAAATGAATGCAACCCATCATATGATTATGGGGCATGAATCGGTGGGAGCGGTCGTGGAAATCGGACCGGACGTGACAAATGTAAAAGTCGGAGACCGCGTCGTGATAGATCCTACGCAGTTTTGCGGGAAATGTCATTATTGCCGGAGAGGGCTGACGTGTTATTGCGAAACCTTCGAGGATTGGCAGCTCGGAATCGGGGCGCACGGAACGTTTGCGGAATATTACGTGGGGGAAGACAGGTTCATGTACAGAATTCCGGATTCAATGGAATGGGAGCGGGCCACATTGGTTGAGCCTCTCTCCTGTGTGCTGAATGTTGTGGACAAGGCTTCGATTCAGCCGGAGGACTCGGTCTTGGTTTTGGGGTCGGGACCGATCGGACTGCTTGTGCAAATGATGGTGAAAAAACTGGCGCGATTGACGGTTGCGACTGAAATAGGCAGTTTCCGAAGCGAGGCGGCGAGCCGGATATCGGATTATGTCTACCACCCTGAAGCATTAACCGTGGATGAAGTGAAACGGATTAATCAAGGAAGAAAATTTGATGTGATTTTTGACGCGATCGGCAATCAGCTTGATTGGGCTTATCCTTTTATTGAAAAGGGAGGCAGAATCGTGCCGATGGGCTTTGATGATACGTATGAGATGACGGTCAGGCCGTACCAGCTGCTGTCAAACGGCGTGACGATTGTGGGCACAGGTGAAGCCCGCCAGATCATGGAGGCCGCGTTAGCATGCGCGTCCGACCTTCCGCAGCTCTATGATTTTATTACGGAAAAGACGGAACTGAAGAATTATGAAGAAGCCATTGATCATCTCATGGGCATCGACCCGGTGACAAAAGAAAGAAAGGATATCAGCGCAATAAAAACGATTCTTGTGTCTGATCCGGAACTTTTATAA MKALVWTPNDKLEYQEVDEPQIRKSNDVKVKIFGTGICGTDLNVLKGKMNATHHMIMGHESVGAVVEIGPDVTNVKVGDRVVIDPTQFCGKCHYCRRGLTCYCETFEDWQLGIGAHGTFAEYYVGEDRFMYRIPDSMEWERATLVEPLSCVLNVVDKASIQPEDSVLVLGSGPIGLLVQMMVKKLARLTVATEIGSFRSEAASRISDYVYHPEALTVDEVKRINQGRKFDVIFDAIGNQLDWAYPFIEKGGRIVPMGFDDTYEMTVRPYQLLSNGVTIVGTGEARQIMEAALACASDLPQLYDFITEKTELKNYEEAIDHLMGIDPVTKERKDISAIKTILVSDPELL PGPT0008200_733 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 D1-12_03433 951 hypothetical protein GTGAGAGATTATATCATTGGGCTTGGACAATTTGTTTATCAAAAGGTGAAAAATCAAAAAGGCACGCTGAAAAACCGGCTCGTAAACGGCTATTCTCCGGGAGGCGACGCCCAATTTAACATAGACGCCGCTGCTGAGGAGGCGGTGCTGGATTATATTCAAGAAAAGGGCCATCCGGTTGCTTTTTACACGGAGGATGGCGGACTGAAGCTGATTGGAGAAGATCCGCAATATATTTTAATTGTAGATCCGATAGACGGAACGCGCCCGGCCGCCGCGGGGCTTGAAATGTCGTGTATTTCGATTGCGCTTGCTTCGTATAAGCCAAACGCAAAGATTAAGGATATCGAATTTGCTTTTTTACTTGAATTGAAATCAGGCGCTTATATGTACGGTGATATATACAGCGATGCGATTCATTTTGAAGGGTATCATGGAGAATTGCCGAATTTGAGCGGAGTGCGGGATATTAAAAATATGTTTTGGAGCCTTGAATTTAACGGGCATCCGGCGCAGCTGATGACGGACGCATACGGCCATCTGATTGACCAGTCGGCCAATAATGGCGGGGTTTTTGTTTTCAACAGCGCTTCTTATTCGATTTCGCGAATTATCACGGGGCAGATGGATGCTTATGTGGATATCGGCAATCGTCTGCTGAAAGATGATCCGAAGCTGCTTTCAGATTTTCAGCAGGTCGGGAACGGGCAGGTGCTGCATTTGTTTCCTTATGATATTGCCGCAAGCGTCTTTTTGGCGAAGAAGGCGGGAGTGGTCATTACGGATGCATACGGCCGGTCTTTGGACGAAACGCTTCTGACAGATTTAAGTTATCAGAATCAGCAATCATGTATTGCGGCATCAACGAAGGAGCTTCATCAAACATTGTTAGACCAAATCCGCTGGGGCAGAAAGGAAGAGAAATATGAAGGCGTTGGTCTGGACTCCTAA MRDYIIGLGQFVYQKVKNQKGTLKNRLVNGYSPGGDAQFNIDAAAEEAVLDYIQEKGHPVAFYTEDGGLKLIGEDPQYILIVDPIDGTRPAAAGLEMSCISIALASYKPNAKIKDIEFAFLLELKSGAYMYGDIYSDAIHFEGYHGELPNLSGVRDIKNMFWSLEFNGHPAQLMTDAYGHLIDQSANNGGVFVFNSASYSISRIITGQMDAYVDIGNRLLKDDPKLLSDFQQVGNGQVLHLFPYDIAASVFLAKKAGVVITDAYGRSLDETLLTDLSYQNQQSCIAASTKELHQTLLDQIRWGRKEEKYEGVGLDS PGPT0018535_412 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 D1-12_03434 1269 lysJ COG4992 [LysW]-aminoadipate semialdehyde transaminase GTGGGAACGAAGGAAATCACGAATCCAGACAGCTTGTATTACAGTGTTGACGATGTAGTAATGGAGCGCGGAGAAGGGATTTACCTGTACGATCAAGAGGGAAATGAGTACATTGATTGCGCTTCTGCCACATTTAACTTGAATTTAGGATACGGTAACAAAGAAGTGATTGATACGGTTAAAGAACAAGCCGATAAGCTGATCCATGTGACATCATCCTTTCAAACAGACGCCGTAAATAAACTGGCAGAAAAACTAGTAGAAATCGCCCCCGATAATCTCACAAAAGTACACCCTAAAGTCAGCAGCGGTTCCGGTGCAAATGAAGGAGCTATTAAAATGGCTCAGTATTACTCCGGAAAAACCGATGTCATCTCCTTATTTCGAAGCCACCTCGGACAAACGTATATGACTTCCGCTTTGTCCGGCAACTCATTCAGAAAAGAACCTTTCCCGCCGCAAATTTCTTTTGGCCTGCAAGTCCCCGATCCGTATTGCAGCCGCTGTTTTTATAATCAGAAACCTGATTCATGCGGTATGCTGTGCGTAGAAAGAATTAATGATTTTATTGAGTATGCGAGCAATGGAAAAATTGCCGCCATGATTATTGAACCGATATCCGGAAACGGTGGAAACGTCGTTCCGCCTAAAGAGTATTTTAAACAGCTGAGAAAGCTTTGTGATGAACATGATATCGCCCTGATTTTTGATGAAATTCAGACCGGGTTCGGACGGACGGGTAAAATGTTTGCCGCGGACCACTTCGATGTGAAACCTAATATGATGACGGTAGCAAAAGGGCTCGGGGGCACAGGCTTCCAAGTCGCCGCCACTCTGACGGAGGACAAGTATACCGGGCTTCCGGGGTATACGCACTCCTTCACGTACGGCTCAAATGTGATGGCCGCCGCTGCCGCGTGTAAAACCATAGATATTATGCAGCGCCCGGGATTTTTGGAAAATGTAACGACAGTCGGTCATTATATTATGGATCGCTTAGAAACAATGAAAGAGGATTTCGCTTTTATTTCTGAGGTAAGAGGCGTCGGTCTTATGATCGGTGTGGAGATTGTTAAAGAGAACAATGAACCGGATGTGGAGCTGACCAATTATATTGCTAAACGGGCAATGGATTACGGGCTGATTCTCCGGACATCCCGTTACGGATTCGGAAATGTATTTAAAATCCGTCCGCCTTTAACCATTACACTTAGTGAAGCCGAAGTGCTCTGCTACAGACTTCGCAAGCTATTGGAGGAAATCAAGTGA MGTKEITNPDSLYYSVDDVVMERGEGIYLYDQEGNEYIDCASATFNLNLGYGNKEVIDTVKEQADKLIHVTSSFQTDAVNKLAEKLVEIAPDNLTKVHPKVSSGSGANEGAIKMAQYYSGKTDVISLFRSHLGQTYMTSALSGNSFRKEPFPPQISFGLQVPDPYCSRCFYNQKPDSCGMLCVERINDFIEYASNGKIAAMIIEPISGNGGNVVPPKEYFKQLRKLCDEHDIALIFDEIQTGFGRTGKMFAADHFDVKPNMMTVAKGLGGTGFQVAATLTEDKYTGLPGYTHSFTYGSNVMAAAAACKTIDIMQRPGFLENVTTVGHYIMDRLETMKEDFAFISEVRGVGLMIGVEIVKENNEPDVELTNYIAKRAMDYGLILRTSRYGFGNVFKIRPPLTITLSEAEVLCYRLRKLLEEIK PGPT0007140_548 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS INSECTICIDAL_COMPOUNDS INSECTICIDAL-GAMMA-AMINOBUTYRIC_ACID_BIOSYNTHESIS,PGPT0007140-puuE-K00823 NA NA D1-12_03435 1215 glcP COG0738 Glucose/mannose transporter GlcP ATGATGAAAACTCGTCTGCTGTGGATAAGCTGTTTTTCTTATGGATCGATTGCTTTTACACTTGTTATTCTGGGAGCCGTACTGCCTGAGTTACTCACACATTATTCACAAAGCTACAGTAATGGCGGAGTATTGGTATTCTCTCAGTTCATGGGCTTTCTCATCGGTGTCATCGGAATGCCATACATGGTGAAAAAGCTTGGGCGCAAAAACGTCGTTATCTTTGGCCTGGCACTCATCAGCTGTGAAATGTTCATCACCTTCCTGCCGCCCTGGCCGCTGCTCTTTTTTCTCGTCAGCATCGCAGGGCTTGGCGCCGGACTGGTGGAATCCTGCGTAGGCACGATCATCCTCACCGCTATTAAAGAAAGACAGGCTGTGGCCATGAGCAAGATGGAAGTGGCCTACGGATTAGGTGCGCTGTTCATGCCTCTGCTCTCAGGCTTTCTTATCAACAACCACATGTGGACAATTGCTTTTTTAGTATTAGGGTTATCCAGTTTTGCACTTCTAATCGCATGGAAGCAGATGAGTTTCGGCAGTATTGATCAGCTTCTCATCCGCAAAGAGGTCTCTTCTGCTGACACTCAAAAAGAAAGCACCGGTTATCGGTCACAAGGATTGCTGTTTATTGCCTTGGCGGGTGCTTACTTCTTCTTTTACGGCGGCAGTGAAGTTTCCATTGTACATTTTATCCCCTCCATCTTCGCTGAGAAATGGGATATCCCCAACTCTTTGGCAACAATAACAGTTACAGTGTATTGGACGGGTATGATCATCGGAAGGTTATTAACAGGCCCGGTATCAGAAAAGCTGACATATCACCGTTATCTTCGTCTCATAAGCATTGGCGGTCTGGCAGCACTTACCGTATTAGCATTAAGTAAAAACGTATGGTTCGGTTTTGCCCTTTGCTTCTTTTTAGGACTGTTCATGGCAGGCATGTTTGCAATAGCCCTAATCATCACGAATCATTTTTATCCAGGAAAGACAGAAACAACTACCAGTATTCTGCTCGCTTCAAACGGATTAGGAGGTTCACTCCTTCCGATAGCCGTCGGCTGGAGCTTAGATGAATATCCCGCACAAACTGCGTTCTGGCTGTTTACTGCACTGATGCTCCTTATGCTGCTGATTGTGTTCAGTTTAAGAATGCTCGAGACAATAAAATCAAACAATCTTCAACATCACAACAGCAAAGCAAAATCAATGTAA MMKTRLLWISCFSYGSIAFTLVILGAVLPELLTHYSQSYSNGGVLVFSQFMGFLIGVIGMPYMVKKLGRKNVVIFGLALISCEMFITFLPPWPLLFFLVSIAGLGAGLVESCVGTIILTAIKERQAVAMSKMEVAYGLGALFMPLLSGFLINNHMWTIAFLVLGLSSFALLIAWKQMSFGSIDQLLIRKEVSSADTQKESTGYRSQGLLFIALAGAYFFFYGGSEVSIVHFIPSIFAEKWDIPNSLATITVTVYWTGMIIGRLLTGPVSEKLTYHRYLRLISIGGLAALTVLALSKNVWFGFALCFFLGLFMAGMFAIALIITNHFYPGKTETTTSILLASNGLGGSLLPIAVGWSLDEYPAQTAFWLFTALMLLMLLIVFSLRMLETIKSNNLQHHNSKAKSM PGPT0014430_86 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H+_SYMPORTER,PGPT0014430-glcP-K08174 NA NA D1-12_03437 861 ydaD_4 General stress protein 39 ATGGAAAACTATCCGAAGGAATTCCCGGCGGAATCACAAAACCGCCAGCCGGGCATTGAAAGCGAAATGAATCCGGCGCCTGTTTACGAATACAAAGAATATAAAGGCGCTGATAAATTAAAAGGGAAAACCGCACTTATCACAGGGGGCGACAGCGGTATCGGACGCGCCGTAGCGGTTGCTTACGCGAAGGAAGGCGCAAATGTCGCGATCGTCTATTTTGATGAACATGGTGATGCGGAAGATACAAAAAAACGAGTGGAAGAAGAAGGCGTAAAATGTCTGTTAATCCCTGGCGATGTCGGTGAGGAAGACTTTTGTAATGAAGCCGTTGAAAAAACGGTTGAAGAATTCGGGCGTCTTGATATTCTCGTGAATAACGCCGCGGAACAGCATCCGAAAGAAAGCATTAAAGACATCACAAGCGAGCAGCTTCACAGAACCTTTAAGACAAACTTTTACTCACAATTTTATTTGACTAAAAAAGCGATTGATTACATGAAGCCGGGCAGCGCGATCATCAATACGACATCCATTAATCCTTACACAGGCAATCCGCAGCTGATTGACTACACGGCTACGAAAGGCGCGATTAACGGTTTTACGAGATCCATGGCGCAAGCACTCGTCAACGACGGTATCCGTGTCAACGCCGTGGCGCCGGGGCCGATCTGGACACCGCTTATTCCGGCGACATTCTCAGAAGAAACAGTCGCTTCCTTCGGTCAGACTACGCCGATGGGCCGGGCAGGCCAGCCTGTTGAACATGTCGGCTGCTATGTGCTCTTGGCCTCAGATGAATCATCTTATATGACCGGGCAGACGCTGCATGTCAACGGCGGCAAATTTGTGACCACATAA MENYPKEFPAESQNRQPGIESEMNPAPVYEYKEYKGADKLKGKTALITGGDSGIGRAVAVAYAKEGANVAIVYFDEHGDAEDTKKRVEEEGVKCLLIPGDVGEEDFCNEAVEKTVEEFGRLDILVNNAAEQHPKESIKDITSEQLHRTFKTNFYSQFYLTKKAIDYMKPGSAIINTTSINPYTGNPQLIDYTATKGAINGFTRSMAQALVNDGIRVNAVAPGPIWTPLIPATFSEETVASFGQTTPMGRAGQPVEHVGCYVLLASDESSYMTGQTLHVNGGKFVTT PGPT0003180_15626 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 D1-12_03438 504 ydaE COG3822 putative D-lyxose ketol-isomerase ATGACGATATCGAAACATGACGTGAATGCATACTATCAAAAAGCGGGAATCGTTCTGACTGATGATGAAGTCGAAGACATTCAAATCATGGATTACGGCTTAGACAAGCTTGAGGAAACCGGGCTTCAGCTGTTTATTTACGTGAATACCGACCGCTACTGTTCGAAAGAATTGGTGCTCTTCCCGCGCCAGACGTGTCCGGAACACCGCCATCCGCCGGTCGGCGGCGAGAAGGGAAAACAAGAGACTTTCCGCTGCCGCTGGGGGAAGGTGTATCTCTACGTGGAAGGTGAAAAGACAGAGAACCCAAGCGTCCTCCCGCCGGAAGAAGACAAGGAATACTACACCGTCTGGCATGAGATTGTGCTTGAGCCGGGCGGACAATACACCATTCCGCCGGATACGAAGCATTGGTTTCAAGCGGGAGAAGAAGGGGCGGTCATTACGGAAATGTCATCGACAAGCACGGATGATCACGATGTTTTCACCGACCCGCGCATTTAA MTISKHDVNAYYQKAGIVLTDDEVEDIQIMDYGLDKLEETGLQLFIYVNTDRYCSKELVLFPRQTCPEHRHPPVGGEKGKQETFRCRWGKVYLYVEGEKTENPSVLPPEEDKEYYTVWHEIVLEPGGQYTIPPDTKHWFQAGEEGAVITEMSSTSTDDHDVFTDPRI PGPT0014710_393 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION PLANT_DERIVED_XYLOSE|XYLULOSE_DEGRADATION,PGPT0014710-ydaE-K09988 NA NA D1-12_03439 624 ydaF COG1670 Putative ribosomal N-acetyltransferase YdaF GTGTTTTCCTGTCAAATCCGGGAACATCTGACGATCAGATTGCTTGCCAAAGAAGATACGGACGAATTGTATTCTGTTATGAAGCGAAATCAAAACCATCTCAGCGAATGGCTCAGCTGGGCGGAAGAACTGGCTGATATCGATACGTACCGCGATGTGATCATCCCCGAATGGCGCTATAAATACGCGGAAGAGAATGGGTTTGACGCCGGAATTTTTGTGAAGGGCCGGTTTTGCGGCATGATCAGCATCCATAATGCCGATACAGTCAATCAAAAAGCAGAGATCGGCTACTGGCTGGATCGAGAGCATGAAGGATTCGGCATTATCACCGCAAGCTGCCGGGCGGTCATCACCCATGCATTTCAGGATCTCGGCCTGAACCGCATCATGATCAGCGCGGCTGAAAAAAACACGAAAAGCAGGGCGGTGGCGGAGCGGCTCGGATTTCAGAAAGAAGGACTGACGAGAGAAGGCATTTTCGTACAGGGCGCCTATCATGACACGGTGACCTACAGCATGCTGAAGCGGGAATGGAGCGAAGATCGGCAGAAGAGCACATTTCTTGGTTTAAATGTCTCCCCAATGTGGAAAAGTAACAGCGGAGACGTTAAAAAGGAGTGA MFSCQIREHLTIRLLAKEDTDELYSVMKRNQNHLSEWLSWAEELADIDTYRDVIIPEWRYKYAEENGFDAGIFVKGRFCGMISIHNADTVNQKAEIGYWLDREHEGFGIITASCRAVITHAFQDLGLNRIMISAAEKNTKSRAVAERLGFQKEGLTREGIFVQGAYHDTVTYSMLKREWSEDRQKSTFLGLNVSPMWKSNSGDVKKE NA NA NA NA NA D1-12_03440 423 ydaG COG3871 General stress protein 26 ATGAATCAAAATGAAATCAAAGAAAAAGTGCTTGAAGTACTGGATCATCATAAAGTCGGTTCGCTTGCGACGGTAGAGCAAGGCAAACCGCATTCACGCTACATGACATTTTTCCATGACGGCTTAACGATTTACACGCCGACGAGCAAAGACACTCATAAAGCGGAAGAAATTGAAAACAATCCGAATGTTCATATTCTGTTAGGGTATGACTGTGAAGGATTCGGAGACGCTTATGTGGAAGTGGCCGGAACCGCCAAACTGAACAACTCAGCCGATTTAAAAGAAAAGCTGTGGGATCCGAAACTGGAACGCTGGTTTGACGGAAAAGACGATCCGAACCTGGTGATTCTTGAAATTGAACCGAAGCAGATCAAGCTCATGAACGCGGGTGAAAAAACGCCGGCCGAGCTGGAACTTTAA MNQNEIKEKVLEVLDHHKVGSLATVEQGKPHSRYMTFFHDGLTIYTPTSKDTHKAEEIENNPNVHILLGYDCEGFGDAYVEVAGTAKLNNSADLKEKLWDPKLERWFDGKDDPNLVILEIEPKQIKLMNAGEKTPAELEL PGPT0015019_1 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS OTHER_STRESS_RESPONSE_PROTEINS,PGPT0015019-ydaG-NA NA NA D1-12_03442 810 amj Lipid II flippase Amj TTGCACGTTATTACTTCACAAGTACTGTTTATCTTCTGTTTTCTGCTGCTGATACATTCGATTGAAACGCTTGCCTATGCAACACGGCTTTCCGGCGCGAGAGTCGGATTTATCGCGTCCGCGCTGTCATTATTTAATGTCATGGTCATCGTGTCGCGCATGTCAAACATGGTTCAGCAGCCGTTTACCGGACATTTGATTGATGCCGCCGGATCAAACGCCCTGTCTCTTGTGGGCGCCCAGTTTCGATTTTTAATATTCGGCTCCACGGTCGGAACGATACTCGGCATCTGTCTTTTGCCGACATTCGTCGCGTTATTCACCAGGGCGATTATACACTTGGCGGACGGAGGAGGCTCCGTCATGCAGGTATTTAAAAAAGGATTTTCACTGAACGGGCTGAAGCATGCGCGTTCTTATATCAGACTGCCGTCAGTCTCCTATTTAAAAGGGCTTCAATTCCGAATGATCCCGAAACGCTTGTTTGTCATTAATATGGTCATTACGTCTATTTACACGATCGGTGTTCTGTCCGCTCTGTACGCCGGCCTTCTGGCGCCTGAGCACAGCACGACGGCCGTGATGGCATCAGGCTTAATCAACGGAGTTGCGACTATGCTGTTGGCTGTGTTTGTTGACCCGAAAGTCTCCGTACTGGCAGACGATGTGGCGAAGGGCAAGCGCAGCTACGTCTCCTTAAAATGGACATCATTGACGATGGTGACATCAAGGGTCGCGGGCACGCTTCTCGCTCAGCTCGTATTCATCCCCGGCGCTTATTATATCGCCTGGGTGACGAAATGGATGTAA MHVITSQVLFIFCFLLLIHSIETLAYATRLSGARVGFIASALSLFNVMVIVSRMSNMVQQPFTGHLIDAAGSNALSLVGAQFRFLIFGSTVGTILGICLLPTFVALFTRAIIHLADGGGSVMQVFKKGFSLNGLKHARSYIRLPSVSYLKGLQFRMIPKRLFVINMVITSIYTIGVLSALYAGLLAPEHSTTAVMASGLINGVATMLLAVFVDPKVSVLADDVAKGKRSYVSLKWTSLTMVTSRVAGTLLAQLVFIPGAYYIAWVTKWM NA NA NA NA NA D1-12_03443 291 hypothetical protein ATGTTACACACGCCGATCGGCAGACTTCGCACGATGGGGTTTATTGAAGGAATGTCGCTTTTGGTGCTGCTGTTTATCGCGATGCCGCTGAAGTATTGGGCTCATCATCCGCTCGCCGTCACTATTGCCGGTTCCATTCACGGCGGTTTGTTTATCATTTATCTGGCGGTGCTGGCGTATGCGGCGTTTACTGTCAAATGGCATGTGAAATGGTCAGCCGCCGGTTTTATCGCGGCCTTTATTCCGTTCGGTAATTTTATTTATGATCGCGGCCTGAGACATTATCAATAA MLHTPIGRLRTMGFIEGMSLLVLLFIAMPLKYWAHHPLAVTIAGSIHGGLFIIYLAVLAYAAFTVKWHVKWSAAGFIAAFIPFGNFIYDRGLRHYQ NA NA NA NA NA D1-12_03444 435 lrpC COG1522 HTH-type transcriptional regulator LrpC ATGAAACTAGATAATGTTGATCTGAGCATCATTAAAGAGCTGCAGCGGGACAGCCGCCTGTCCATGCGGGAGCTTGGCAGAAAAATCAAATTGTCAGCCCCGTCCGTCACAGAGCGTGTCAGACAGCTTGAATCCTTCGGCGTTATTAAGCGCTATACATTGGACATTGATCAAAAAAAGATCGGACTTCCCGTTTCCTGCATTGTCGAAGCGACGGTGAAAAACGGAAAATACGATCAATTCAAAACCTACATTCAATCCATTCCCAACATTGAATTTTGTTTTCGGGTCGCCGGCGCGGCGTGTTATATGCTGAAGATGAACGCGGACAGCCTGGAAACGATCGAACACTTCATTAACCGCACCTCTCCGTATGCCCAAACCGTGACCCACGTCATTTTCTCAGAAATTGACACAAAAAACGTCCTCGATTAG MKLDNVDLSIIKELQRDSRLSMRELGRKIKLSAPSVTERVRQLESFGVIKRYTLDIDQKKIGLPVSCIVEATVKNGKYDQFKTYIQSIPNIEFCFRVAGAACYMLKMNADSLETIEHFINRTSPYAQTVTHVIFSEIDTKNVLD NA NA NA NA NA D1-12_03445 2211 topB DNA topoisomerase 3 GTGAAAGAAAGAGAAGTGAAAAGCATGTCAAAAACAGTTGTATTAGCTGAAAAACCTTCAGTCGGCCGGGACTTGGCCCGCGTGCTGAAGTGTCATAAAAAAGGAAACGGATATCTTGAAGGCGACCGCTACATCGTCACATGGGCGCTCGGGCATCTGGTAACGCTCGCTGACCCTGAAGGATACGGCAAAGAATTTCAATCATGGCGGCTTGAGGATCTGCCGATTATTCCGGAGCCTTTAAAGCTCGTCGTCATTAAAAAAACAGGAAAACAGTTCAATGCGGTCAAAGCTCAGCTTGTCCGGAAAGACGTCAGCCAGATCGTAATCGCTACAGACGCAGGACGGGAAGGGGAGCTTGTGGCCCGCTGGATTATCGAAAAGGCAAACGTCCGCAAACCGATTAAGCGGCTGTGGATTTCCTCTGTGACAGATAAGGCGATTAAAGAAGGATTCCAGAAGCTCCGCAGCGGCAAAGAGTACGAAAACCTGTATCATTCCGCGGTTGCCAGAGCGGAAGCGGATTGGATCGTCGGCATCAACGCGACCCGCGCCCTGACCACGAAATTTAACGCGCAGCTGTCATGCGGACGCGTCCAGACTCCGACACTGGCGATGATCGCCAAGCGTGAAGCGGACATTCAGGCGTTCAAACCCGTTCCTTATTACGGTCTCCGCGCGGCGGCTGATCAGATGACGCTGACATGGCAGGATAAAAAAACAAAGCAGACAAGAACATTCGATCAGACGGTGACCGGCCGTTTGGCAAAAGATCTGCAAGGAAAGCCGGCAGTCATCTCAGAATTGAAAAAAATGGCGAAGAAAAGCTTCGCACCCGGTCTTTACGACTTGACGGAATTGCAGCGGGACGCTCATAAGCGCTTCGGTTTTTCCGCAAAAGAGACGCTGTCCGTGCTTCAAAAGCTGTATGAACAGCATAAGCTTGTCACTTACCCGCGGACGGATTCCAGATTCCTTTCCGCAGACATCGTACCGACTTTAAAAGACCGTTTAAACGGCATGGAAGTTAGGCCGTACGCACAGTACGTCAATCAAATACTGAAGCGGGGCGTCAAAGCGCATAAAGGATTCGTCAATGATGCGAAAGTATCGGATCACCATGCCATCATTCCGACAGAGGAGCCGCTGATCCTTTCAAGCCTCAGCGACAAAGAACGAAAGCTTTACGATCTGATTGCCAAACGTTTTCTCGCCGTGTTAATGCCGGCGTTCGAATACGAAGAAACAAAGGTTACAGCCGATATCGGCGGCGAAACATTTACCGCAAAAGGGAAAACGGTTCAATCGCCTGGCTGGAAAGCCGTGTATGATATGTACGAGGATGACGACGATCACGAGGAAGACAAAGACCAGACGCTCCCGGATCTTCAGCAGGGTCAGCGCCTCACTGTCTCATCATTGAAAGAAACGAGCGGACAGACGAAACCGCCGGCGCGCTTTAATGAAGGCACGCTGTTATCCGCAATGGAGAACCCAAGCGCCTTTATGCAGGGAGAAGAGAAGAACCTTGTGAAAACATTGGGTGAAACCGGCGGACTCGGAACAGTCGCCACCCGCGCTGATATCATTGAAAAACTGTTCAACAGTTTCTTAATCGAGAAAAAAGAAAAAGATATTTTCATTACGTCAAAAGGGAAGCAGCTCTTACAGCTCGTCCCGGAAGATTTAAAATCGCCGGCCTTAACCGCTGAGTGGGAGCAAAAGCTCTCCGCCATCGCAGCGGGCAAACTGAAATCCGCCGTGTTCATTAAAGACATGAAAACATATGCGGGCAAAACGGTGAAGGAAATCAAAAACAGCAGCCAAACTTTCAGACATGACAACATTTCAGGCACCGCCTGCCCTGATTGCGGCAAAATGATGCTTAAAGTCAACGGCAAACGCGGCACGATGCTCGTATGTCAGGATCGTGAGTGCGGCAGCCGGAAAACGCTGGCAAGAAAAACAAACGCCCGCTGTCCGAACTGTCATAAGAAAATGGAGCTTCGCGGCCAGGGCGAAGGCCAAACCTTCGCATGTGTATGCGGCCACCGGGAGAAACTGTCCGTCTTTGAAAAGCGCAAGGCGAAAGATAAATCCGGACGCGCATCCAAGCGGGACATCAACTCTTATATGAAAAGCCAAAACAAAGAGGAACCGATGAACAACGCGCTGGCAGAACAGCTGAAAAAACTCGGCCTGGATAAATAA MKEREVKSMSKTVVLAEKPSVGRDLARVLKCHKKGNGYLEGDRYIVTWALGHLVTLADPEGYGKEFQSWRLEDLPIIPEPLKLVVIKKTGKQFNAVKAQLVRKDVSQIVIATDAGREGELVARWIIEKANVRKPIKRLWISSVTDKAIKEGFQKLRSGKEYENLYHSAVARAEADWIVGINATRALTTKFNAQLSCGRVQTPTLAMIAKREADIQAFKPVPYYGLRAAADQMTLTWQDKKTKQTRTFDQTVTGRLAKDLQGKPAVISELKKMAKKSFAPGLYDLTELQRDAHKRFGFSAKETLSVLQKLYEQHKLVTYPRTDSRFLSADIVPTLKDRLNGMEVRPYAQYVNQILKRGVKAHKGFVNDAKVSDHHAIIPTEEPLILSSLSDKERKLYDLIAKRFLAVLMPAFEYEETKVTADIGGETFTAKGKTVQSPGWKAVYDMYEDDDDHEEDKDQTLPDLQQGQRLTVSSLKETSGQTKPPARFNEGTLLSAMENPSAFMQGEEKNLVKTLGETGGLGTVATRADIIEKLFNSFLIEKKEKDIFITSKGKQLLQLVPEDLKSPALTAEWEQKLSAIAAGKLKSAVFIKDMKTYAGKTVKEIKNSSQTFRHDNISGTACPDCGKMMLKVNGKRGTMLVCQDRECGSRKTLARKTNARCPNCHKKMELRGQGEGQTFACVCGHREKLSVFEKRKAKDKSGRASKRDINSYMKSQNKEEPMNNALAEQLKKLGLDK NA NA NA NA NA D1-12_03446 1077 hypothetical protein GTGAAGCAATTCGTTTTTCGTCTGATGATCCTTTTGATTTCGATCGTTCTGACGGCGGGGTGCGCGGAGGCCGGCACTGAAAAACAGGCGGCGGCCGAACCGCTTCAGCCCGCAGAGCATTTTATTTATCATAAATTGATGAACGGGCGGGGGATGATCCGGACGAACATATCCGGTGAGCCGGAATATTTATCTGAGTCTCTCGGACTATGGATGGCATTTTTGCTGAACAGGAAAGATGAACGGCAGTTTCAAGCGCAATATCAGCTTCTCACCGATTCGTTTCTGACGAAAAACGGGCTCGTGTCGTGGAAGATTGACGGGAATAAAGCGAGCGGCATCAATGCCTTAATTGATGATTTCAGAATCATGAACTGTCTGAATGAGGCCGGAACCCTGTGGGGTAACAGTGAATACGGGAAAACAGCGGTGCAGATCGGGAAGGCGCTGGAAAAATACAATACGAATGACGGGTATTTTACGGATTATTATGATGCCGCTTCAAATGCCGCATCAAAGACCGTGACGTTGTCCTATGTCGACCCCGGCGCCTTACAGATGCTCAGAGAAAAGGGGATTATCGATGAGAAAACGGAAAACCGGAACCTTGATGTTCTCAATCTTGCGCCCCTGAAAAATGGTTTTCTGCCGAAATCGTTCAATACTGAAACAAAGGAATACAAATATGACAGCGAAGTGAATGTCATCGACCAGCTGTACGCCGCCGTGAATCTGAAGCGGGGCGATGACAAAGCCGCCGTGCTGTCAAAATGGATCATAGAAGAATGGAAGTCGCGCGGACAGCTGTACGGACGGTACATCGCAGACACGAAGGAGCCGGCGGTTCAATACGAATCACCGTCCGTTTACGCCCTGGCCGTTCTTTTTTTAGCAGAACAAAAAGCTGATCCGGCTGTCATCAAGCCGCTTTATGAAAGAATGACTTCATTTGAAACACTGGACACGCTGAAACCTGATTACGGCGGCTATATGAGCGGGGGCGATACACATTCTTTCGATAACCTGCTGCCGCTTCTGGCTGAAAGGAAATTGTTTAATGAAAATATCATTCAATGA MKQFVFRLMILLISIVLTAGCAEAGTEKQAAAEPLQPAEHFIYHKLMNGRGMIRTNISGEPEYLSESLGLWMAFLLNRKDERQFQAQYQLLTDSFLTKNGLVSWKIDGNKASGINALIDDFRIMNCLNEAGTLWGNSEYGKTAVQIGKALEKYNTNDGYFTDYYDAASNAASKTVTLSYVDPGALQMLREKGIIDEKTENRNLDVLNLAPLKNGFLPKSFNTETKEYKYDSEVNVIDQLYAAVNLKRGDDKAAVLSKWIIEEWKSRGQLYGRYIADTKEPAVQYESPSVYALAVLFLAEQKADPAVIKPLYERMTSFETLDTLKPDYGGYMSGGDTHSFDNLLPLLAERKLFNENIIQ NA NA NA NA NA D1-12_03447 849 dgcC putative diguanylate cyclase DgcC ATGAAAATATCATTCAATGAATCACAAAAACTGTGCAGCTACACAGCAGTTATGCTGGTGCTGCTGTCTTTTTTTATTTACTATGCGTCTCAGCAATCCGCAGGGCTTCTGATAACCTGCATCACATTGCTTGTCACGGGAGCCGGCATATGGTTCGGGGCAATCTACGCGCTCGTCATCACCTTACTCGTCTTATTTGTTCTCGGCAGCCTGCTCCTGTGGTTTCAGACCGGGGGCTTTATGGCGTCTGCCGGTGCCGAAAGTCTGCAGGTGCTGGTCATTTGGGGGATTGCACTGCTGCTCTTTTCTTACATAGCGGGAAGGATTCACGAGTTGGCGAAGGGGCTTGAGCGCTCAGTGAAACAGCTGCGTGAAGAGATTACGAGCTTTGTCGCCGTCGACAGGGTGACCGGCTTTGACAACCATCTGCGGATGAAGCTGGAGCTTTCTGAGGAAATCAAGCGGGCGGAACGCTACGGCAATTCCTTCGTCTTTTTGCTGCTGCACATGCATTATTTCAAGGAATTCAAATCCCTCTACGGAGAAAAAGAGACCGACCGTCTGCTGGCATTTATCAGCCGCCAAATCCGGTCAAGCGTTCGGGAAACAGACAAAAAATTCAGGCCGTCCGCCGAACGGTTCGGCATCGTGCTGACCCATACGCCTGAAGAAAACATGCCGGCCGTTCTGGCGAAGCTGAAAAAGGAATTGGATACGTACCGGCTGCAAAACGGTAAATACGTCTCCATCACCTTCCGTGTATGTTACTTGGCGTACCGAAAGGATTTACAAACGGCCGAGCAATTTTTAAATGAACTGGAAAACGAGATGATGATGAATGAACTCTAA MKISFNESQKLCSYTAVMLVLLSFFIYYASQQSAGLLITCITLLVTGAGIWFGAIYALVITLLVLFVLGSLLLWFQTGGFMASAGAESLQVLVIWGIALLLFSYIAGRIHELAKGLERSVKQLREEITSFVAVDRVTGFDNHLRMKLELSEEIKRAERYGNSFVFLLLHMHYFKEFKSLYGEKETDRLLAFISRQIRSSVRETDKKFRPSAERFGIVLTHTPEENMPAVLAKLKKELDTYRLQNGKYVSITFRVCYLAYRKDLQTAEQFLNELENEMMMNEL NA NA NA NA NA D1-12_03448 1728 hypothetical protein ATGAACTCTAAATGGATACGTCTCTTACTCTCGGCGCTCTTCATGATTTCGGCGGTTTATGTTCCCCTTACGGCGGAAGCAAAAGACAAAAAGGACGGCATTCTCATTATTTATACAAGCACGGACGGCAAAGAAACCGCTGAGGTCAAAATGCTTGATCTGACCGCGGGCCATTTCTCATCAGCCGTCACCGTGAAAAGCGACGGAGACATCACAGCCGCGGACCTCAAAAAGAATCGGCGAGTCATCTATTACGGCGTCACGAAAAAAAAGCTCAGCACATCATTTGTGTCTCTGATCAGCAGCATGCCGCAGCAGCTTATCAGCATCGGCTATAACGCCGGACAGTTCCGCCAATTTGCGGGTTTGTCCCTGACAGAAAAAGAAACGGTATACCGCATTTACAGCAAGAAAGAAAAAACAGACATGCCGCTTGAAAAAGGAATGTCCGTGCTCGGCGTATCGGGAGTAAAAGGAAAGCCCCTTTATACATACCGGTCCGGTGACGGCGGCACCCGCCCTTTTATGTGGAAAACGGCGCGCTCTGACTATTATTTCGGTGTGACGAGCCTGTTAAATGATTCGTTTCTGACGGCGAAAGCGCTGCGCAGCGCTTTCGGAGAATCAGAGGGCGGCACCCTCCTTTACTTGCGGCTTGAAGACATCAGTCCGATGTCAGATGAAACATTGCTTTACGAAGCGGGATCTTACCTGCATAAAAGACACATTCCGTTTATTCTGGCGGTCATTCCGGTCTATCTCAATCCGGAAAACGGAGAAAAAGTATACCTGGCGGACAAGCCGAAAATGGTCAGCGTCCTGAAAAAACTTCAGCAAATGGGCGGCAGCATCATTATTCACGGCTACACGCACGCATACCGATACAGCGAAACGGGAGAAGGCTTTGAATTTTGGGATGCCAAAGCGGATCAGCCGATTACGTCAGAAAATGCGGATGATACTCCGGTCAAGCTTGAAAAGGAACAGGATTTTCCGAATGAAGAAGCGTACCGGGCGTATGTGAAGCCTTTCCGTGAAAAAGAAAACATCTACACGAGAACGAAGCTGGAGCAGGCGATTGACGATCTGACAGAGCTCGGCCTTTACCCGCTGTCATTCGAAGCGCCGCACTATACGATGTCTGAAGAAGGCTACAAAATCGCATCTTCTTATTTCTCCAGCATTTTCGGACAAGTGCAGCTCAGCGGCACGACGTGGAAAACCTCGGGCGCCCCTCCGTTCGTCTCAAAGCCGGCTATGCTGGACGGGATGACGCTGTACCCTGAAACAATCGGTTATGCCGATAACTCAAAGGAAAATCCGCTCGGAGATATGGAGAATCATATTTCGCAGATGATTGATTTCGGCGGCGGAACGGCGGGCGGTTTCTACCATCCGTATCTCGGCATGAAATACCTCCCCGAGCTCGTCAATCAGATGGAGCGGATTCCCGGCGGCGAGTGGCTCGATCTGAAGAAAACGAAGCAAACGGTAACGTCGGACAGCGTCAGGATCAAAACGGACGGAGACGGAACCATTCATGTGGAAAACAAGATTCATCCGATAACGGCCTTTTTCAATCACCATCAGCAGACGCCTCTGGAAAAAGCGCTTTGGATTCTCTCCGGCGTGGTGTTATTGTTTATCATCATGTTCGCCTGCTACGTTCTTTATTTGCGCGCCACATTAAAAAAACGAATCTTTAAGGAGAGAAGGAGCCTTGAGTAA MNSKWIRLLLSALFMISAVYVPLTAEAKDKKDGILIIYTSTDGKETAEVKMLDLTAGHFSSAVTVKSDGDITAADLKKNRRVIYYGVTKKKLSTSFVSLISSMPQQLISIGYNAGQFRQFAGLSLTEKETVYRIYSKKEKTDMPLEKGMSVLGVSGVKGKPLYTYRSGDGGTRPFMWKTARSDYYFGVTSLLNDSFLTAKALRSAFGESEGGTLLYLRLEDISPMSDETLLYEAGSYLHKRHIPFILAVIPVYLNPENGEKVYLADKPKMVSVLKKLQQMGGSIIIHGYTHAYRYSETGEGFEFWDAKADQPITSENADDTPVKLEKEQDFPNEEAYRAYVKPFREKENIYTRTKLEQAIDDLTELGLYPLSFEAPHYTMSEEGYKIASSYFSSIFGQVQLSGTTWKTSGAPPFVSKPAMLDGMTLYPETIGYADNSKENPLGDMENHISQMIDFGGGTAGGFYHPYLGMKYLPELVNQMERIPGGEWLDLKKTKQTVTSDSVRIKTDGDGTIHVENKIHPITAFFNHHQQTPLEKALWILSGVVLLFIIMFACYVLYLRATLKKRIFKERRSLE PGPT0015296_10 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-PUTATIVE_EXOPOLYSACCHARIDE_FUNCTION CE-EPS-PUTATIVE_EXOPOLYSACCHARIDE_FUNCTION-1,PGPT0015296-ydaL-NA NA NA D1-12_03449 1263 arnC Undecaprenyl-phosphate 4-deoxy-4-formamido-L-arabinose transferase TTGAGTAACATTCTGTTTTTTATCTCATTAAGTTTAATATGGGTGATGCTTCTCTATCACATGTTTCTGATGCAGGGCGGATTCAGGCATTATATGACCTTCGAACGGAACATTCCGAAATGGCGCGCAAAGATGGGGGAGCTCCCGAAGGTCAGCGTGCTCATTCCCGCGCATAACGAGGAGGTCGTCATCAGGCAGACGCTGAAGGCGATGGTGAACCTGTATTATCCGAAAGACAGGCTTGAGATCATCGTCGTTAACGATAATTCCTCCGACCGGACGGGAGACATCGTCAATGAATTTTCCCGTCAGTATGACTTCATTAAAATGGTCATCACAAAGCCTCCGAACGCCGGAAAAGGAAAATCTTCGGCGCTGAACTCAGGGTTCGCGGAATCGAACGGAGACGTGATCTGCGTGTATGATGCGGACAATACGCCGGAAAAAATGGCGGTGTACTACCTGGTTCTCGGTCTGATGAATGATGAGAAAGCGGGAGCGGTTGTCGGGAAATTCCGTGTCATCAACGCGGCCAAAACGATCCTGACAAAGTTTATCAATATTGAAACCATCTGCTTTCAGTGGATGGCGCAGGGCGGCAGATGGAAATGGTTCAAAATCGCCACCATCCCGGGGACGAACTTCGCGATCAGGCGGAGCATTATCGAACAGCTCGGCGGCTGGGATGATAAGGCGCTGGCGGAGGATACCGAGCTGACCATCCGCGTGTATAATCTCGGCTACCATATCCGCTTTTTCCCGGCGGCCGTGACATGGGAGCAGGAGCCTGAGACATGGAAGGTCTGGTGGCGTCAGCGGACAAGATGGGCGCGCGGCAACCAATACGTCGTTCTCAAGTTTTTATCCCAATTTTTCAAGCTGAAACGCAAGCGGATCATCTTCGATCTGTTTTATTTCTTTTTTACGTATTTTTTGTTTTTCTTCGGTGTGATCATGTCAAACACGATTTTTATCATCAATCTTTTTTACGACCTGCATCTGGCAGTCGGGTTTTTGGCGATGATTTTGTGGATACTGGCCTTTTTCCTGTTTATGACTGAGGTCATGATTACTTTAAGCATTGAAAAAACAGAAATGAACAAACAAAACTTCTTTATCGTATTTCTGATGTACTTTACATACTCTCAGGCTTGGATCGTGCTCGTCATCTGGTCATTATTCACAGAGATCAAGCACCGCTTGTTCAAGCAGGAAGTCAAGTGGTACAAAACGGAGCGATACAATCAAAATAAAAGCGGGTGA MSNILFFISLSLIWVMLLYHMFLMQGGFRHYMTFERNIPKWRAKMGELPKVSVLIPAHNEEVVIRQTLKAMVNLYYPKDRLEIIVVNDNSSDRTGDIVNEFSRQYDFIKMVITKPPNAGKGKSSALNSGFAESNGDVICVYDADNTPEKMAVYYLVLGLMNDEKAGAVVGKFRVINAAKTILTKFINIETICFQWMAQGGRWKWFKIATIPGTNFAIRRSIIEQLGGWDDKALAEDTELTIRVYNLGYHIRFFPAAVTWEQEPETWKVWWRQRTRWARGNQYVVLKFLSQFFKLKRKRIIFDLFYFFFTYFLFFFGVIMSNTIFIINLFYDLHLAVGFLAMILWILAFFLFMTEVMITLSIEKTEMNKQNFFIVFLMYFTYSQAWIVLVIWSLFTEIKHRLFKQEVKWYKTERYNQNKSG PGPT0015297_13 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-PUTATIVE_EXOPOLYSACCHARIDE_FUNCTION CE-EPS-PUTATIVE_EXOPOLYSACCHARIDE_FUNCTION-1,PGPT0015297-ydaM-NA NA NA D1-12_03450 2115 hypothetical protein GTGACCTTTTTGAAAAAAGCGATCATATTGATAACCGGCCTTTTGCTATTGATGTATAACGGGCAGGCGGCCGCGGCCCGGGAACTGAAAACGGACGGTTCCGCCCTCGGAACAAGCGCCGGCGCAAAAGAGCAGCAGGCGCTGACTGGCGATCTGATGACACTGTACGGGGCGAAAGACAGCGCAGAGCTGACCTATCAGATTCCTGCGGGAGCTTCGAATGCCGATCAGTCGCTTCTGATTGATTACGAGGCGTCAAACTTATTAATTGCCCCGTCTTCTTTAACCATCGCCATTGATGATGAACCCGTCAAATCCATAAAGCTTGACGGCAGTTCCAAGAAGAAAACGGTGAAGCTCAATCTCAGCAAAAGCCAATCCGCCCAAGGCTATCACAATGTATCATTACGATTTTACGGCGTATTAAAAGAGGGCGTCTGCGTCAGGCAGGATACGTCAGGCAACTGGATAAAAATTTATCCCGACAGCCGGCTTGTACTTTCAGAAGCAAGCAAGTCAAAGGGAGCGGATCTCGGCCATTTCCCGTATCCGTTTGCCCAATCAGGCAATACGGGTGAAGAAACCGATATTATTCTTCCTGACAAACCGACCTCGGCGGAAGCTGAAGCCGCAGTCAAAACAGAAGCATTTCTGAAAACGGCAGACAGCAGGCTGAAGGTATCCTATGTAAAAGAATCCGACGCCGGCAAAATCAGCAATCCGTCAATTGTCATCGGCGCTGATCAACATTGGAACGGGAAAATAAAAGAACTTTTCGAACAGGGGAACATCAAAGCGGAAGACAACAAACTTCTTCTCGCTGAACGGGTTCTGACATCAGGGGACAAACGGCAGCCCGTCCTGTTTGTCACGGCGCAATCAGACAAAACGCTGGCGGATAAAATCCGCGTCATCACAGACAGCGCTTATTCAGCTCAGCTGGGCGGAGATACTTTGACAATCGGCCGCCTTCAGCCCGCTGCGGAAAAGACAGGCAATAAACTGACATTAGAGGACTTCGGCGCGGGAAATGTAACGGTCGGATCAAACAAAACGGCGTCAGAGCACTTCTTTTACCCTGCGGCGGCCGCTGTTGATAAAGACGGTAAGGTCAAGCTTTCACTTACATTAAAAACGTCGGAATCGATCCGGACGAAGGCGGATTCAGCAAATGACGCCGAGAGAGCGGAGCTGAACGTCATGGTCAACGGACAGCCGAATGCGGTGCGTCTTGATGATCTCGGCAATAAAGATAAAGACGGCTTTTACCACGTCTCAATCCCGATTGATCCGAAGCTTTTGCGAAGCAGCAGGTACATTGATCTGCAATTTGTCACATCAGGCTTGAAACATAACAATCCGTGTATCGACCGTGACGAAAACAAATGGGTCTATATTGATAAAAGCAGCACGCTGACGTATCCGGTAAGCGATGCGGCGCAGAAAGCTGATTTCGGGCAATGGCCGCTCCCGTTTGCGGGCGGCGGGAAAGAGAAAACAGTGATCGTCATCCCGGATGACGTAAACATGCAGACACTGAAAGAGCTTTCTCTGGTGGCGGATTCATTCGGAAACGGCTTTACCGTAAAGACGGCATCAGACATGAAGGAAGCGGATGCCAAAGGCCGGAATGTTGTGTTTATCGGAGGCCTGCCGCAAATTCCGCTTTTGAAATCAAACGCCTCTAAGCTTCTCGTGCCCTCAGACCGCAGCGGCGCGTACGATGTTTCTTCGTTTCAGATGCTGAATGAGACAACGAAACAAGTCGCGTTTACCCAGGAATCACCTTGGGACTCCGGCCGGAGCATCGCTGTTTTTGCTCCGTTATCAGGCAGCGGCGCGTCTGTCACAAAAGAGCTGATCAGCTTTTTAGACAGCACAAGCGATGCCGCAACCGTCATTAACGAAACGGCCGGCCGGCAGCTGTTTTCGAATCATCAGCAAATCAAGTCCGATGACAGCAGTCCATCGGCTGATACGAAAAGCCGTTCCGCAGCACTAAACGTTACGTATATCGCTGTTTTCGCGGCGCTTATGATCATTGCGGCCGGTCTGATCTGGCTGACGGCAAGAAGGAAAAAAAGAAAAACGGATCATGAAAAAAGCGAAGAGTAA MTFLKKAIILITGLLLLMYNGQAAAARELKTDGSALGTSAGAKEQQALTGDLMTLYGAKDSAELTYQIPAGASNADQSLLIDYEASNLLIAPSSLTIAIDDEPVKSIKLDGSSKKKTVKLNLSKSQSAQGYHNVSLRFYGVLKEGVCVRQDTSGNWIKIYPDSRLVLSEASKSKGADLGHFPYPFAQSGNTGEETDIILPDKPTSAEAEAAVKTEAFLKTADSRLKVSYVKESDAGKISNPSIVIGADQHWNGKIKELFEQGNIKAEDNKLLLAERVLTSGDKRQPVLFVTAQSDKTLADKIRVITDSAYSAQLGGDTLTIGRLQPAAEKTGNKLTLEDFGAGNVTVGSNKTASEHFFYPAAAAVDKDGKVKLSLTLKTSESIRTKADSANDAERAELNVMVNGQPNAVRLDDLGNKDKDGFYHVSIPIDPKLLRSSRYIDLQFVTSGLKHNNPCIDRDENKWVYIDKSSTLTYPVSDAAQKADFGQWPLPFAGGGKEKTVIVIPDDVNMQTLKELSLVADSFGNGFTVKTASDMKEADAKGRNVVFIGGLPQIPLLKSNASKLLVPSDRSGAYDVSSFQMLNETTKQVAFTQESPWDSGRSIAVFAPLSGSGASVTKELISFLDSTSDAATVINETAGRQLFSNHQQIKSDDSSPSADTKSRSAALNVTYIAVFAALMIIAAGLIWLTARRKKRKTDHEKSEE PGPT0022280_857 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-CELLULOSE_METABOLISM CE-EPS-CELLULOSE_BIOSYNTHESIS,PGPT0022280-bcsB|celB-K20541 NA NA D1-12_03452 1821 kimA COG0531 Potassium transporter KimA ATGTACCATTCAATCAAAAGATTTTTGATTGGGAAACCGCTGAAATCACAGGCGGCCGGAGAGCAGAAACTCACGAAACTCAAGGCGCTCGCCATGCTTTCTTCAGACGCGCTGTCATCAGTTGCTTACGGAACGGAACAGATTCTGATCATTTTGGCTGCGGTAAGCGCGGCCGCGTTTTGGTATTCCATTCCGATCGCAGCCGGCGTTCTCATTTTGCTGCTTGCTTTGATTCTGTCCTACAGACAGATTATTTACGCTTATCCGCAAGGCGGGGGCGCTTATATGGTTTCAAAAGAAAACCTTGGTGAGAAGCCGGGTCTGATTGCGGGCGGCTCATTGCTTGTTGATTATATTCTGACGGTGGCGGTAAGCATTTCTGCCGGAACTGACGCCATTACATCGGCATTTCCGGCCCTGCACCCGTATCATTTACTCATTGCTGTTTTGCTTGTAATTCTGATTATGATTTTAAATTTGAGAGGACTGTCAGAGTCGGCGTCCATTTTGGCGTATCCCGTCTATCTGTTTGTGGCGGCGCTTGTCCTTTTGATCGTCGTCGGACTGTTTAAGCTCATGACGGGCCAGGTTCATCCGGCCGAACACACGCCGATCGGCACACCCGTGGCGGGCATCACGCTGTTTTTGCTGCTGAAGGCCTTTTCATCCGGCTGTTCGGCACTGACCGGTGTGGAAGCCATTTCAAACGCGATCCCGGCCTTTAAAAATCCTCCGGCAAAAAACGCGGCCCGCACTTTGGCCATGATGGGGATTCTGCTGGCGATCTTATTTACGGGGATTACGGTGCTGGCGTACGGATACGGCACGGGACCGAAGCATGACGAGACCGTTATTTCGCAAATCGCCGCGGAAACTTTCGGACGGCATACGGTGTATTATTTCATTCAAGGCGTTACATCCTTGATTCTCGTGCTTGCGGCGAATACGGGCTTTTCCGCTTTTCCGCAGCTGGCGTTTAATTTAGCGCGCGATCAGTATATGCCGAGAATGTTTACGGTACGAGGCGACCGGTTAGGATTTTCAAACGGAATCATCTTTCTCGGTATCGCATCCATCTTGCTCATTCTTTTATTCGGCGGCCGCACGGAACATTTAATTCCGCTTTATGCCGTCGGCGTGTTCATTCCGTTTACGCTGTCGCAGACGGGAATGTGCATCAAGTGGATCAGGCAGAAGCCGAAGGGCTGGGCGGTAAAAATGCTGATCAACTCATGCGGCGCCGCCATTTCATTTATGGTGCTGTGTATTTTATTCGCGACGAAGTTCAATCTTGTCTGGCCGGTGCTGTTATTCATGCCTGCTGTCGTCATGCTGTTTTTCGTCATTAAAAATCACTACACCGCGGTCGGCGAACAGCTGCGGGTCGTTGATCAGCAGCCTGAGGAAATCAGGGGAACCGTCGTCATCGTGCCTGTCGCCGGTGTCACCACCGTCGTCCAAAAATCGATTCAGTATGCGAAATCATTATCGGATCAGGTCATTGCGGTTCATGTTTCCTTTGACAGAGAAAACGAAAAAAAGGTGGAAAAGCGCTGGGAAGAACTTCATAACGGCGTCCGCCTCGTCACCCTGCATTCCTCATACCGCAGTTTGGTTCACCCGTTTGATAAGTTTTTAGAAACGGTCGAACAAAAAGCGAAAAAAGAACAGTTCTCCGTGATGGTGCTGTTTCCGCAATTCATTACGAAAAAACGCTGGCAGACCATCCTTCACAACCAATCAGCCTTTTTACTCCGCGTCCGGCTGTTTTGGAAGAAGGACATCATCGTCGCCACCCTGCCGTATCATTTTAAAAAGTAA MYHSIKRFLIGKPLKSQAAGEQKLTKLKALAMLSSDALSSVAYGTEQILIILAAVSAAAFWYSIPIAAGVLILLLALILSYRQIIYAYPQGGGAYMVSKENLGEKPGLIAGGSLLVDYILTVAVSISAGTDAITSAFPALHPYHLLIAVLLVILIMILNLRGLSESASILAYPVYLFVAALVLLIVVGLFKLMTGQVHPAEHTPIGTPVAGITLFLLLKAFSSGCSALTGVEAISNAIPAFKNPPAKNAARTLAMMGILLAILFTGITVLAYGYGTGPKHDETVISQIAAETFGRHTVYYFIQGVTSLILVLAANTGFSAFPQLAFNLARDQYMPRMFTVRGDRLGFSNGIIFLGIASILLILLFGGRTEHLIPLYAVGVFIPFTLSQTGMCIKWIRQKPKGWAVKMLINSCGAAISFMVLCILFATKFNLVWPVLLFMPAVVMLFFVIKNHYTAVGEQLRVVDQQPEEIRGTVVIVPVAGVTTVVQKSIQYAKSLSDQVIAVHVSFDRENEKKVEKRWEELHNGVRLVTLHSSYRSLVHPFDKFLETVEQKAKKEQFSVMVLFPQFITKKRWQTILHNQSAFLLRVRLFWKKDIIVATLPYHFKK NA NA NA NA NA D1-12_03453 447 rppH_2 RNA pyrophosphohydrolase ATGGCTCAAGGCGCTTTTGTCATCATACAAAATGAGGAGCGGAAGATATTGCTCGTAAAACGAAAAGACATTCCCTTATGGGATTTGCCCGGGGGCAGGATCGCAGAAGGTGAAACACCTGAATCCGCAGCCGTAAGAGAGGCCTTCGAAGAAACCGGTTATAACGTGACCATCATAAAAAAAGCCGGTGAGTATGAAAGGCCGGCATTTGAAGATACACAACATGTCTTCATCGGAGCCATTACCGGAGGAACACCGCTGATGAACGGGCCGGAAACCGCCGCATTACGCTGGTTTTCCCCAAACCGGCTGCCGCTGTTCATGGTGCCGAACAGGAAACTCCAAATAAAAGACGGACTCAATGGGGCGGCAAATCGTAAGGCAGTCCTTAAAGACCGAAATCTGTTATCCATCCTTGATCTGCTGAGAAAAAAGCTGAGAGTATAG MAQGAFVIIQNEERKILLVKRKDIPLWDLPGGRIAEGETPESAAVREAFEETGYNVTIIKKAGEYERPAFEDTQHVFIGAITGGTPLMNGPETAALRWFSPNRLPLFMVPNRKLQIKDGLNGAANRKAVLKDRNLLSILDLLRKKLRV NA NA NA NA NA D1-12_03454 1722 ydaP COG0028 Putative thiamine pyrophosphate-containing protein YdaP ATGCCAAGTAAAACAGCAGGACACGTAATGACGGAGCTGCTTGAACAATGGGGAGTCGGTCATATATACGGCATTCCCGGAGACAGCATTAATGAATTTATCGAAGAACTGAGACATGAACGAAATAACCTGACATTCATCCAAACCCGGCACGAAGAAGTCGCAGCCCTGGCCGCCGCGGCTGAGGCAAAACTGACCGGGCAGATCGGTGTCTGCCTTTCAATCGCAGGACCGGGGGCCGTTCATCTGCTGAACGGTTTATACGACGCCAAAGCGGACGGTGTTCCGGTGCTGGCGATTGCGGGACAGGTTGCCTCAGATGAAATCGGCCGTGACAGCTTTCAGGAAATCAAATTAGAGCAAATGTTTGAGGACGTGGCGGTGTTCAACCAGCAAGTACATACGGCAGAAGCGCTGCCCGATCTTCTGAATCAGGCGATCCGCACGGCTTACAGCAAAAAAGGCGTTGCCGTTTTAACCGTTTCTGATGATTTATTCGCGCAAAAAATCAAACGGGAGCCGGTTTACACATCGCCGATATACCTCAAAGCTGATATAGAGCCGAAAAAAGAACATCTCGTGACATGCGCGCAATATATTAACAACGCAAAAAAACCGGTCATTCTCGCCGGCCAAGGGTTAAAATCAGCAAAAGAGGAGCTGCTCGCATTCGCCGATAAAGCGGCCGCTCCGATTGTCATTACCCTTCCGGCAAAAGGCGTCGTGCCTGACAGCCATCCCCACTTTCTCGGGAATCTCGGGCAAATCGGCACAAAGCCCGCCTACGAAGCAATGGAGGAATGCGATCTGCTGATCATGCTCGGTACGTCGTTCCCATACAGGGATTATCTCCCGGATGATACGCCTGCTATTCAGCTTGATTCGGATCCGGCGAAAATCGGGAAGCGCTATCCCGTCAATGCGGGAATCGTCAGTGATGCGGCTCTGGGACTGAAAGAGCTGACGGAATACATTGAATATAAAGAAGACAGAAGATTTTTGGACGCCTGCACCGAGCACATGAAGCATTGGTGGAAGGAAATCGAAAAGGATGAAACCGAAGCGACTCATCCGCTCAAGCCGCAGCAGGTCATTGCCCGGCTTCAGGATGCCGCCGCAGAGGACGCCGTCCTGTCGGTGGATGTCGGAACGGTTACGGTGTGGATGGCCCGCCATTTTAAGATGAAGAAGCAGGACTTTATCGTCTCAAGCTGGCTCGCCACGATGGGATGCGGGCTTCCGGGAGCGATTGCCGCAAGCCTTGCCGAACCTGAGCGGCAGTCCATCGCCATTTGCGGAGACGGCGGATTTTCAATGGTGATGCAGGATCTGCCGACGGCTGTTAAATACAAACTGCCGATTACGGTTGTCGTTTTAAACAACGAAAATTTAGGCATGATTGAATATGAACAGCGGGTCAAAGGCAACATTGACTACGTCACCCAGCTGCAAAATATGGATTACGCCGCCTTTGCAGAAAGCTGCGGGGCAAAAGGCATCAAAGTGACGAAACACGAGGAATTGGCTCCCGCTTTTCATGAAGCGCTCAACTCAAATGAGCCGGTGGTCATCGACGCCGTCATCGGCGACGAGCCGCCGCTTCCGGGAAAAATCACTTACGGCCAAGCGAAGGGCTTCAGCAAATACATGCTGAAAAACTTCTTTGAAAACCAAAAAATCGAAATGCCGTCACTCAAGAAAAGCTTAAAACGGCTGTTTTAA MPSKTAGHVMTELLEQWGVGHIYGIPGDSINEFIEELRHERNNLTFIQTRHEEVAALAAAAEAKLTGQIGVCLSIAGPGAVHLLNGLYDAKADGVPVLAIAGQVASDEIGRDSFQEIKLEQMFEDVAVFNQQVHTAEALPDLLNQAIRTAYSKKGVAVLTVSDDLFAQKIKREPVYTSPIYLKADIEPKKEHLVTCAQYINNAKKPVILAGQGLKSAKEELLAFADKAAAPIVITLPAKGVVPDSHPHFLGNLGQIGTKPAYEAMEECDLLIMLGTSFPYRDYLPDDTPAIQLDSDPAKIGKRYPVNAGIVSDAALGLKELTEYIEYKEDRRFLDACTEHMKHWWKEIEKDETEATHPLKPQQVIARLQDAAAEDAVLSVDVGTVTVWMARHFKMKKQDFIVSSWLATMGCGLPGAIAASLAEPERQSIAICGDGGFSMVMQDLPTAVKYKLPITVVVLNNENLGMIEYEQRVKGNIDYVTQLQNMDYAAFAESCGAKGIKVTKHEELAPAFHEALNSNEPVVIDAVIGDEPPLPGKITYGQAKGFSKYMLKNFFENQKIEMPSLKKSLKRLF PGPT0007160_432 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_SIGNAL-BRANCHING_STIMULATION PLANT_BRANCHING-AUXIN|IAA_METABOLISM PLANT_BRANCHING-IAA_RELATED_INDOLE-3-ACETALDEHYDE_METABOLISM,PGPT0007160-poxL-K00158 NA NA D1-12_03455 438 hypothetical protein ATGATAATCAGAAGCGCAGAACCCTATGATGTAAAACAATTGACCAATTTAATGTATTTATATATCGTGGATTTTTATAAAAGGCCTAAGCCACCGATTGAAAAGATACATCATTTAATTGAAATGTTATTTGAGAAGAACAGGGGTATTCAATTCGTTGCTGAACAAGATGGGGAACTTGTTGGCTTTGCAACATTATATTTTAGTTTTAGTACGACGAAAGCAGATAAAATAACAGTAATGAATGATTTATTCGTGATAGAAAAAGCAAGAGGTACAGGAGCAGCCAAAGAATTGTTTAAAAGTTGCGAGAGATTTACAAAAGAAAACGGGTATGCGCATATGTCGTGGATAACTGCATCCGATAATTACCGTGCACAAAAATTCTATGAAAAGATGGGTGGCTCTCTTGGAACTTGGCTGACCTATTCCATTTAA MIIRSAEPYDVKQLTNLMYLYIVDFYKRPKPPIEKIHHLIEMLFEKNRGIQFVAEQDGELVGFATLYFSFSTTKADKITVMNDLFVIEKARGTGAAKELFKSCERFTKENGYAHMSWITASDNYRAQKFYEKMGGSLGTWLTYSI NA NA NA NA NA D1-12_03456 231 hypothetical protein ATGATATTGTTTATTGGCAAGTTCATGTTGCTCTTTTTACTCTGTTCGCTGGCATATTATTTGTTTAAAATTGTTTATTACAATATAGGGAAGAACATTGCGCTTAAAACCCCGAAAGGGACACAGACAAACCGGACGGCACATGTGTTTGTCAAAAATGGAACTACACTGAATGATGGAGATTACTTTATGATCGCTGTTGTGACCGCTCTCTGGCTGTTCTTGAGATGA MILFIGKFMLLFLLCSLAYYLFKIVYYNIGKNIALKTPKGTQTNRTAHVFVKNGTTLNDGDYFMIAVVTALWLFLR NA NA NA NA NA D1-12_03457 180 hypothetical protein ATGAGGATCATGACATATATATCCTACTTTTCTATTTCTTTAGTTTTGCAGGTGGTATGGCTGCTATTAATAAAAGATACTCCTAATATATTTCTGATAGATATGATTACGGTGTCCTTCTTATTCACCCTCTTTATGTTCATCTTAGATCAAATTTTCAAAAAAAAGCGGACACATTAG MRIMTYISYFSISLVLQVVWLLLIKDTPNIFLIDMITVSFLFTLFMFILDQIFKKKRTH NA NA NA NA NA D1-12_03458 558 hypothetical protein ATGACTGTCTTTTTTACTGTTTTGCTCACTTTCTTATGCTGCCTTGTGATTTCATCTCTTATTTTTATGATTCTATTAAAAAAAGAGATCGTGGATACACCGCCAAACCGCTTAGCTCATGCAGCATTCATCATACTTATTGGATTCGCCCTGTTCTTCGCTATAACTGTACCTAGCCTAGTTATTTATTTTGTAGCTATAACTGTAAATCATTTTTTCGGAGAGTATATCATCTATGGTTCACTTTCAGACTTATACATATTTTCTGTCGTCGTCAGTATTTTAGCTTTAGTTTATATGCTTATCCTTACGGCAATTGTAAAAGGAATGACTCATGTTTTGACATTGCCTGCTTGGTTAGCCTATATACTTGAATTCATTTTTGCATGGGCTGCTGTTTACTTCTCAGTTCAATACGTTTCCAATCATATCATTGAGAACATATCTATATTTCAAGGTGGAGAAGTGCTTCTTTCATTGTTCATCACTTTCTTATTTTCGGGATTGGATATCCTTTTCACTAATTTGGATAAGATCACAAAAGAGAAATTAGGTTAA MTVFFTVLLTFLCCLVISSLIFMILLKKEIVDTPPNRLAHAAFIILIGFALFFAITVPSLVIYFVAITVNHFFGEYIIYGSLSDLYIFSVVVSILALVYMLILTAIVKGMTHVLTLPAWLAYILEFIFAWAAVYFSVQYVSNHIIENISIFQGGEVLLSLFITFLFSGLDILFTNLDKITKEKLG NA NA NA NA NA D1-12_03459 618 hypothetical protein ATGAAAATCCTATTTACCCCAAAAATACCTATTGATAGAATGGTATCTGAGAGGGGAAAATGTTCAAAGCGGATAATAAAGGTCCCGCCTAAATACATAGTCTTTCATTTCTCTCTACACTACATTTCTAAAGGAGGATTTCCCATTAGACACGCAGCTAAAGGCATTCTGTTTGCCGCATCTTTAGCCCTTGTAACTACTACTTTTGTCCCCGCATCCTTAGCTAAAGAAAATCATAATAATACTGCCAATGCCACTGGAACGACCAAATCATTTTTTTATCAGACTGATACGCAATTTTCCTACGGACTTAAAGCACAAAGCGATGCATCTGTGTCAAAACCAGTCAAAGATGTAATCAGAGAAGTGCTGAAAAATAAAACAAAATTATTCAATCTTGTTGAAAAATTAGCAGGAAAGAAAATAAGAAATGAACTTGAATCCGTTTTCAATCAACACATAGAACCGGTTTTAAAGAAAATGCTGAACGAGTATGTCGCCTTAAGCTGGACTGACGTGGAAAAGAATCTTTATCTTTCACTTAAAAAGTCCGGACTTTCTGACATCCAGGCTAAAAACCTCGCTCATTTGACAACTTTAGCAATGAAAGCATTTTAA MKILFTPKIPIDRMVSERGKCSKRIIKVPPKYIVFHFSLHYISKGGFPIRHAAKGILFAASLALVTTTFVPASLAKENHNNTANATGTTKSFFYQTDTQFSYGLKAQSDASVSKPVKDVIREVLKNKTKLFNLVEKLAGKKIRNELESVFNQHIEPVLKKMLNEYVALSWTDVEKNLYLSLKKSGLSDIQAKNLAHLTTLAMKAF NA NA NA NA NA D1-12_03460 267 hypothetical protein ATGTCAGTATTTATCCTTTTTTATCTGTGGATTGTGCCGATTGTCATCGGCATCTTCTGTTCTCTTTTTGCTTATCGGACAACGGGTAAGAAACGTCTGATTCCCGGCTTTTTGATGATCGCATTAAGCATCGTTTCCTTAATCACGGGGCTTTGGATCGGCGGGGTGAACTATCATGTGTTCATCGGGGGCATGTTTTTATTCGGTACGTTATTGGCCGGCTCCGCCTTCCCGTTTTTCTTCGCTCTTTCACGCAAACGAAAATAA MSVFILFYLWIVPIVIGIFCSLFAYRTTGKKRLIPGFLMIALSIVSLITGLWIGGVNYHVFIGGMFLFGTLLAGSAFPFFFALSRKRK NA NA NA NA NA D1-12_03461 1275 mntH COG1914 Divalent metal cation transporter MntH ATGAGCAAAGACATCTCAGCACAATCACTGCAATCAAAAGCCGTGCAGGATGCACTTGACGGCAAAAGCAAGGGATTCAAACGGCTTCTGCCTTTTTTAGGCCCCGCCTTTATCGCGGCGATTGCCTACATTGATCCGGGAAACTTCGCTACGAATATCTCAGCTGGTTCGAAATATGGGTATATGCTGCTGTGGGTCATCCTCTTTTCAAACTTGATGGCTTTTTTAATTCAAGTTCTTTCCGCGAAGCTCGGCATTGCCACGGGTAAAAACCTTCCGGAAATCGCCAGAGACCGGTATCCGAAATGGGTATCCGCCGGGCTGTGGATACAGGGTGAACTGGTGATTATGGCAACTGATCTGGCAGAATTTATCGGGGCGGCGCTCGGGCTCAACCTGCTGTTCGGCATACCGATGGTTGAAGCGGCCATTATCGCGGCGATCGGATCATTCGCGATTTTAGAGCTGCAGCGCAGGGGTTACCGGGCGCTGGAAGCGGGCATCGCCGGACTTCTGTTTGTTGTGGTGATCGCCTTCGCTCTGCAAACCTTCTTTGCCAAACCTGACGCCGCCTCCGTTCTCGAAGGGCTGTTTATCCCGAAAATTGACGGAATGGACAGTGTGCTCTTGGCAACCGGGATACTCGGCGCAACCGTGATGCCGCATGCCATTTACTTACATTCCGCACTGACACAGCGCCGTGTCGTCGGAAAAACGGATAGTGAGCGGAAAAAGATTTTTAGATTCGAGACGATTGACATACTTATCGCGATGGTGATCGCCGGGGCGATTAACGCAAGCATGCTCATCGTCGCTGCCGCGCTTTTCTTCAAGAACGGGCTGTATGTAGAAGATTTAGACGTGGCTTATCAGCAATTCGGCCACTATATCGGACCGGCTTCAGCCATTCTCTTCGGGATCGGGCTGCTGGCCGCAGGGCTTTCAAGCTCTTCTGTCGGCACATTGTCAGGCGATATTATCATGCAGGGCTTCATCCGTTACCGTATCCCGCTTTATTTGCGGCGTTTCATTACCATCATTCCGCCGATGATCATCATTATCTCGGGGGTCAACGCCACAGAAGCGCTCGTATGGAGCCAGGTCGTTCTTTCATTCGGCATCGCCTTTGCGCTCGTGCCGCTGATTATGTTTACAAGCAACAAACGCCTGATGGGCGCCCTGACGAACCGAAAATGGGTGACGGCTCTCGCCTGGCTGATTGCGGTTTTGGTGATCGCGCTTAATCTGTTTGTGATCTACGATTCATTCCGTTAG MSKDISAQSLQSKAVQDALDGKSKGFKRLLPFLGPAFIAAIAYIDPGNFATNISAGSKYGYMLLWVILFSNLMAFLIQVLSAKLGIATGKNLPEIARDRYPKWVSAGLWIQGELVIMATDLAEFIGAALGLNLLFGIPMVEAAIIAAIGSFAILELQRRGYRALEAGIAGLLFVVVIAFALQTFFAKPDAASVLEGLFIPKIDGMDSVLLATGILGATVMPHAIYLHSALTQRRVVGKTDSERKKIFRFETIDILIAMVIAGAINASMLIVAAALFFKNGLYVEDLDVAYQQFGHYIGPASAILFGIGLLAAGLSSSSVGTLSGDIIMQGFIRYRIPLYLRRFITIIPPMIIIISGVNATEALVWSQVVLSFGIAFALVPLIMFTSNKRLMGALTNRKWVTALAWLIAVLVIALNLFVIYDSFR PGPT0004370_1686 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_MANGANESE_RESISTANCE MANGANESE_RESISTANCE-MNT_TRANSPORT_SYSTEM,PGPT0004370-mntH-K03322 NA NA D1-12_03462 354 hypothetical protein TTGGTACGTCGTTTGTCGATCATTTCTTTAGCCATGATTTTTGCTGTTTCTTTATTCGCTTTTGGCGGCTCTGCATCAGCAGCAGCTTTCAAACCTAAAGCTGAACCGGACGTTTCCATTTTAGCCAGCGGGGGTACAGTCGGTATTTACGGTGCTAATATGCGCTCATGCTCTAAGGTCAGCTGTTCAACGATCACAACATTCTCAAGCGGTAAAAAAATTACAGGTTCTTGGGTAACCGGAGAATATGTTCAAGGCCACTACACCAATTCTAATAAATGGCTGAAAGTCACGTATGCAGGAGCGACAGGCTACGTTTCAGTCACCACACTATCTTATTATTACGGTTTATAA MVRRLSIISLAMIFAVSLFAFGGSASAAAFKPKAEPDVSILASGGTVGIYGANMRSCSKVSCSTITTFSSGKKITGSWVTGEYVQGHYTNSNKWLKVTYAGATGYVSVTTLSYYYGL NA NA NA NA NA D1-12_03463 225 hypothetical protein ATGCCTTGGTCTATGAAGGATTATCCGCAATCATTGAAGAATCTCGAGGAACCTGTGAAGAAAAAAGCGATCGAAATCGCGAATGCGATGATAGATGAGGGTTATGAAGAAGGACGGGCCATTCCCATTGCGACAAGTCAGGCGAAAGAGTGGAAAAAAAACGCTTCTAAGGAAGAAATCGATCAGCTGATGAAACACGATGATGAAACGAAACGCGGAAATTGA MPWSMKDYPQSLKNLEEPVKKKAIEIANAMIDEGYEEGRAIPIATSQAKEWKKNASKEEIDQLMKHDDETKRGN NA NA NA NA NA D1-12_03464 408 hypothetical protein ATGATGAAAGGGTTAAAGGTTCTCTTCCTCATTACAGATATTGGATTTATCGTTTATTGGATTGTTACTTTTTTTGAGTGGATTCCAAAAAACATGGTGTTTAAAGATTATGATAACGCCATGATCATGGCCTGGAACTGGTCATTCTTTCCCTTAGATATTTTCATTTCGATAACCGGGCTGTACAGCTTGTTTCTTTATAAACGGAAACATGCATTATGGCGCTCTTTCACATTAATATCACTTGTGCTGACCTTTTGTTCAGGCCTGCAAGCGATTGCCTTTTGGGTATTTATCGGCGATTTTGATTTTATGTGGTGGGCATTCAATCTGTACTTGCTTCTTTATCCTTTATATTTTATTCGGAAATTGCTGGTCTCTCATAAAAATAGCTGTCATTCTTTTTGA MMKGLKVLFLITDIGFIVYWIVTFFEWIPKNMVFKDYDNAMIMAWNWSFFPLDIFISITGLYSLFLYKRKHALWRSFTLISLVLTFCSGLQAIAFWVFIGDFDFMWWAFNLYLLLYPLYFIRKLLVSHKNSCHSF NA NA NA NA NA D1-12_03465 366 emrE COG2076 Multidrug transporter EmrE ATGCAATGGATTTATTTAAGTTTAGCGATCATTTTTGAAGTATTGGGTACGGTCAGCATGAAATTATCAAATGGATTTACAAAACTTGTCCCAAGTATTTTATTATTATTGTTTTATATCGGCAGCCTTTGTTTTCTTACTTTGACTTTGAAATATATAAGTGTCTCCATCGCGTATGCGGTCTGGTCGGGAATGGGGATCGTGCTGATTTCCATGATCGGAATTTTTTTCTTTCATGAACAGTTCTCTGTCATAAAAGCTGTCTCTGTTCTTCTGATCATCATCGGTGTCGTTTCCTTAAACTTTATTTCTGAAAGTGAAACGTCATCAAACGGCATCAGCGTTCATACGGATAGAAACAGATGA MQWIYLSLAIIFEVLGTVSMKLSNGFTKLVPSILLLLFYIGSLCFLTLTLKYISVSIAYAVWSGMGIVLISMIGIFFFHEQFSVIKAVSVLLIIIGVVSLNFISESETSSNGISVHTDRNR PGPT0029230_234 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 D1-12_03466 807 hypothetical protein GTGACAGAAGAGCGGACAGACCTGGAAAGACAACTGAGAGACATTCAAAAATGGGAAAAGGCGCAGCAGAGGGTGATGTTCTGGCAAACATTCACCCGCTTGCCGTTTCAGCTTTTGGACAAGCTGACACCGCAATTTATTCAGAGGAAAATCGGACTCATTCTCGATGAAACGGGAACGTTTATTCAGTCAGGCGGACAGTACCTTACATCAGAAAAGCGCATCATGAAAAAGTTTCAAAAACGGCTGCCGCACGGTACATGTCAAACGCTTCACGACATCCGCAATGCGCCGCTTGCCGTCATGGACGAAATCGCAGAAGCCATAGCGCGTACAAGCGTAAAGGCCGCGACGGTGCAGGGGGCCGCAACGGGAGTCGGCGGCGTATTCACGCTGGCGGCAGACATTCCGGCGATGCTCGGCCTGTCCTTAAAGACGCTGCAGGATATCGCGGTTGCTTACGGCTTTGATCCGAAAGACAAAAAAGAACGCGTGTTTATCGTCAAATTGCTTCAGCTTGCATCCAGTGACGTCATCGGAAAAAAAGCGATCCTGCAAGATTTACGGCAATATGATCAAAACGACCGCGTCTATCAGCGCGTCGCCTCGCAAATCCAAGGCTGGCGGGAAGTCGTTTACAGCTACCGCGATACGTTCGCCGCGAAAAAACTGCTGCAAATGGTTCCGGCCGCAGGCATCATCTTCGGCGCGTCCGCCAACCGTTCAGCTTTAGAAAGCATCGCGGAAACAGGCATCATGCTTTATAAAAAACGCCGGATTCTAAAACGCATGAAGGATACAGAATAA MTEERTDLERQLRDIQKWEKAQQRVMFWQTFTRLPFQLLDKLTPQFIQRKIGLILDETGTFIQSGGQYLTSEKRIMKKFQKRLPHGTCQTLHDIRNAPLAVMDEIAEAIARTSVKAATVQGAATGVGGVFTLAADIPAMLGLSLKTLQDIAVAYGFDPKDKKERVFIVKLLQLASSDVIGKKAILQDLRQYDQNDRVYQRVASQIQGWREVVYSYRDTFAAKKLLQMVPAAGIIFGASANRSALESIAETGIMLYKKRRILKRMKDTE NA NA NA NA NA D1-12_03467 372 gsiB COG3729 Glucose starvation-inducible protein B ATGGCACAAGATAATAACAAAATGAGCAGAGAAGAAGCAGGTAAAAAAGGCGGAGAAGCGACAAGCAATAACCATGACAAAGAATTCTATCAGGAAATTGGTCAAAAAGGCGGAGAAGCCACAAGCAAAAATCACGACAAAGAATTCTATCAGGAAATCGGTGAAAAAGGCGGAGAAGCCACAAGCAAAAATCACGACAAAGAATTCTATCAGGAAATCGGTGAAAAAGGCGGAGAAGCCACTAGCAATAACCATGACAAGGAATTCTATCAAGAAATCGGCCAAAAAGGCGGAGAAGCCACTAGCAAAAATCATGACAAAGATTTTTATAAAGAAATCGGCCAAAAAGGCGGAAACAGACGAAGCAGCTAA MAQDNNKMSREEAGKKGGEATSNNHDKEFYQEIGQKGGEATSKNHDKEFYQEIGEKGGEATSKNHDKEFYQEIGEKGGEATSNNHDKEFYQEIGQKGGEATSKNHDKDFYKEIGQKGGNRRSS NA NA NA NA NA D1-12_03468 342 hypothetical protein GTGTCTGACATGCTGAATTTGCTCGCTATCGCCAATAAAGTCAAAGAAAAACACGACAATTTTTCAATCGCGGAGATCAATGACCACTGTGTGCGCCTCGCAGTGTTTACGGGAGAATATGACTGGCACCATCACCCTGACTCAGATGAATGGTTCATCGTTCTGGAAGGGGAGCTGCTGATTGATTTTAAGGACAAAGAAACCGCAGTGCTCAAAGCAAATGACAGCCTGCTCATCCCGAAAGGCACGATTCACCGCACCCGCTCTTACGTCAGAACCGTCAATCTCTGTGTCGAGCATGCGCATGCGAAAACAGTCATCACAGAGGAACGGTCATGCTGA MSDMLNLLAIANKVKEKHDNFSIAEINDHCVRLAVFTGEYDWHHHPDSDEWFIVLEGELLIDFKDKETAVLKANDSLLIPKGTIHRTRSYVRTVNLCVEHAHAKTVITEERSC NA NA NA NA NA D1-12_03469 360 hypothetical protein ATGCTGATCAAAAAGATTGTATGTGAAACAGACGCCGCAAACGCTGAAGCATTTGCGCAAGCACAGTCAAGGTGGGGAGCATTATCATGTGTAAATGGCTTCGTCAAACAGGCCGGCGGCTGGCGGAAAAACGCAGACGGCCTGTTCATTGCAGAGATCATCAGCGTTTGGGAGAACAGACAGGCCTATGATGATTTTATGGAGAACGAACATGACCGCATATACGAAGAAAACGAGCAGAAGGCTGCGATTCTTTCAATAGAAGTGATGCTGTACGAAGAGGATGAACCTGTCATTTATAAGCTGTTACATCACCCGGACATTCAATACGAACCGGACTGGACGGTTCTGAAGGCATAA MLIKKIVCETDAANAEAFAQAQSRWGALSCVNGFVKQAGGWRKNADGLFIAEIISVWENRQAYDDFMENEHDRIYEENEQKAAILSIEVMLYEEDEPVIYKLLHHPDIQYEPDWTVLKA NA NA NA NA NA D1-12_03470 822 ydbD_2 COG3546 putative manganese catalase ATGTTTACACATACGAAAAAACTGCAGCATCCGGCTAAACCGGATCGTCCTGACCCGCTGTTCGCAAAAAAGATGCAGGAAATTTTAGGGGGACAATACGGGGAAATATCCGTCGCCATGCAATATTTGTTCCAAGGATGGAATACACGGGGCAATGAAAAATATAAGGATCTTCTGATGGATACCGCGACGGAAGAAATCGGCCATGTCGAAATGATCGCGACGATGATTGCGAGACTGTTAGAAGACGCCCCGCTGGCAGAGCAGGAAAAAGCGGCTGATGATCCGGTCATCGGGTCCATTTTAGGCGGCATGAATCCGCATCATGCGATCGTGTCAGGACTCGGCGCAATGCCGGAGAGCAGCACGGGCGTTCCGTGGAGCGCAGGCTATATCGTCGCAAGCGGAAACCTTCTGGCAGACTTCCGCGCCAATCTGAACGCCGAATCACAAGGAAGGCTTCAAGTCGCACGCCTGTATGAAATGACCGATGATAAAGGCGTGAAAGATATGCTCAGCTTTTTATTGGCCCGCGATACCATGCATCAAAACCAATGGCTTGCGGCCATTAAAGAATTAGAAGAACAGGAAGGTCCGATCGTTCCTTCCACATTCCCGAAGGCGCTGGAAAAACAGTCATTCTCCCATAAGCTTATTCATTTCTCAGATGGCGGACAAAGCGCTGAACAAAATTGGCTGAAGGAAACAGCGCCGGACGGAGAACCATTCGAATACGAAAAAGAACCGAAAGCGCACGGCGAAATAGCTAAGCTGGACCCTGTCCCGCCGTATGTCCACAACACGCTTCCCGGACGCGAGTAA MFTHTKKLQHPAKPDRPDPLFAKKMQEILGGQYGEISVAMQYLFQGWNTRGNEKYKDLLMDTATEEIGHVEMIATMIARLLEDAPLAEQEKAADDPVIGSILGGMNPHHAIVSGLGAMPESSTGVPWSAGYIVASGNLLADFRANLNAESQGRLQVARLYEMTDDKGVKDMLSFLLARDTMHQNQWLAAIKELEEQEGPIVPSTFPKALEKQSFSHKLIHFSDGGQSAEQNWLKETAPDGEPFEYEKEPKAHGEIAKLDPVPPYVHNTLPGRE PGPT0013240_916 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-OXIDOREDUCTASES,PGPT0013240-katN|ctjC|ydbD|yjqC-K07217 NA NA D1-12_03471 1053 dctP COG1638 C4-dicarboxylate-binding periplasmic protein DctP ATGAAAAGCTTGCTGACTTGTCTCAGCCTGATGGTACTCGGTATCGGAACCGCTTTATTCATCGGCTTTCATGATCGTTTCTCAACGGAAGAACCGTATTATGATGACGAACAGGAAGGCCTGAAAGATCAAATCGTTTTCAAATTCAGCCATGTCGTTGCTGAAAACACGCCAAAAGGGCGGGCGGCGAATAAGTTTGCCGACCTTGTCTATCAAAAGTCCGGCGGCACCATTAAAGTAGAGGTGTTTCCAAACGGGAGCCTCTATTCAGATAATGAAGAAATAAACGCCCTTCAAAACGGGGACGTGCAATTCATCGCTCCCTCCACCTCAAAGCTCGGATCACTGTCTCCCGAATGGGGTGTTTTGGATCTGCCGTACGCGTTTACAAACTATAAAGCCGTGCAAGAAGGCCTCAACGGCAAAATCGGCACACGCCTGTTCGCTTCATTAGAAAAGCATCATTTGAAAGGACTGGCGTACTGGACGAACGGGTTTAAGCAGCTCACGTCAAATAAAGGGCCGATCTTCACTCCGGACGATTTGAAAGGACAGGCGCTCAGGATCATGCCGAGCAGCGTGATCGAAGACCAGTACCGCCTGCTCGGCGCGCACCCGCGGCAGGATTCCTTTAATTCCACGTTTCAGCTCTTGGAAAGCAATCTCGTAGACGGAGAAGAAAATACGATTTCAAATATCTATTCTAAAAAATTTTATAATGTTCAAGATTATTTGACAATCAGCAATCACGGGTACCTCGGTTATGCCGTGATGACCGACGAGCATTTCTGGAATTCGCAGACAGAAAAAACGAAAACCATCTTAACGGAGGCGATGAGAGAAACGACGGAATGGAACGAAGCCTCCGCTGAGAAAATGAATAAAGACCAGCTTGAAGAGATAAAGAAGAATTCATCCATTCATATTCATGTGCTGAGCAAAGCGGAAAAGAACACATGGATGAAACGCCTCGACCCGATTTACGAACAATATGAACAGGTGATCGGCCGCGGGCTTGTGCAGGATTTGTTATCCTTGCGCCGCGAGCCTTAG MKSLLTCLSLMVLGIGTALFIGFHDRFSTEEPYYDDEQEGLKDQIVFKFSHVVAENTPKGRAANKFADLVYQKSGGTIKVEVFPNGSLYSDNEEINALQNGDVQFIAPSTSKLGSLSPEWGVLDLPYAFTNYKAVQEGLNGKIGTRLFASLEKHHLKGLAYWTNGFKQLTSNKGPIFTPDDLKGQALRIMPSSVIEDQYRLLGAHPRQDSFNSTFQLLESNLVDGEENTISNIYSKKFYNVQDYLTISNHGYLGYAVMTDEHFWNSQTEKTKTILTEAMRETTEWNEASAEKMNKDQLEEIKKNSSIHIHVLSKAEKNTWMKRLDPIYEQYEQVIGRGLVQDLLSLRREP PGPT0017325_18 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 D1-12_03472 1623 dcuS_2 COG3290 Sensor histidine kinase DcuS ATGACGAAAAAAAAGCTCACCATCCGCTGGAAAATCACCATACTTTCGTATATCGTCGTGCTTTTTACCTTTTTGATCGTCGGCATCGTGCTGATCGGCAATATTCAGCATACAGAGGAGCGCGAGCTGAAAAAACGGCTGATGAATACCGCGCGGACGGTATCTGAGATGACCGATGTCAAACGCGCCCTCGAGCAGAAAAAACAAAGGGAAGACGTGCGCCATGCGGTCGAAGAAATAAGGATCATCAATGAAGCGGACTACATCGTCGTTATGGATATGGATCATATTCGCTATTCACATCCCGTCAGCACAATGATCGGAAAGCGTTCAAGGGGTGAGGACGAAGCCGCGGCGTTCGCCGAGCACATTTATTTTTCCGAAGCAAAGGGAGAGATCGGCACCGCCGTCCGCGCTTTTTATCCCATCAAAGACCGGGATTTGAATCAGATCGGCGTCGTTCTGGCCGGTAAAACGCTGCCCGGATTCGGTGAAATTCTTCTTCAGCTGAAACATGAAATACTGTTTATCGTTCTGCTGGCGCTCGGGTTCGGACTGGCCGGCTCCTTTTTGCTGGCCCGCCACATCAAAAAACAAATGTTTTGGCTGGAGCCCCATGAGATCGTGAGAATGTATGAGGAACGGACCGCTACGTTTCATTCGATGAATGAGGGCGTCATCGCGATCGATAATCAGCATCACATCACCATTTTTAATGAAAAAGCGAAGCAGATATTCAATGTCAGACAAGAGACCGATGGCAGGCTGATCTGGGACGTGTTAAAAGATTCGCGGCTCCCTGAAATCGTCGAGCGGAACCGAGCCGTATATAATGAAGAAATCCAAGTCAGCGGAAAGGTGATCATGAGCAGCAGAATTCCGATCGTCATGAAAAAGAAGGTCATCGGAGCCGTCGCTATTTTTCAGGACAGGACGGAAGCGGCGAAAATGGCGGAAGAACTGACCGGCGTGAAAAATTTTGTCGATGCGCTCAGAGTCCAAAATCATGAACATATGAACAAGCTTCACACCATCGCGGGACTGATTCAGCTCGGAAAATCAGAAAAAGCGCTCCAGCTTGCTTTTAAGGAATCATCAGAACAAGAAAGCGTCACCGATTTTCTTCATCAGGCCATTCAGAATGACGCTGCGGCGGGGCTGCTGTTAAGCAAAATCAAAAGAGGAAAAGAGCTTGGCATTTCTGTGAAAATTGATGAAAACAGCAGTTTCTCGGCATTTCCGGAGCATGTCGACCAGCATGACATTGTCGTCCTGCTCGGCAATTTAATTGAAAATGCGTTCGGCGCATTCGAAACAGCGGACACGGAGGACAAACATATTGACATCAGTATCGAGCAAAATGATGAAGTGCTTGCTATATTAATAGAAGACAACGGAAGCGGGATTTCCGATCAGCACATCCCGCGCCTTTATGAAAAAGGGTTTACCGTCAATAAAACGGGAGGAACGGGATACGGCTTGTACCTCGTCAAACAAATCGTCGACAAAGGGATGGGCGTTATTGAAGTCGACACACGGCAGGGACAGGGAACGGCATTTTCTATTTTATTTCCGATGAAGGGGGAGGAATCATTCGATGGACATCAAGGTGCTGCTTATTGA MTKKKLTIRWKITILSYIVVLFTFLIVGIVLIGNIQHTEERELKKRLMNTARTVSEMTDVKRALEQKKQREDVRHAVEEIRIINEADYIVVMDMDHIRYSHPVSTMIGKRSRGEDEAAAFAEHIYFSEAKGEIGTAVRAFYPIKDRDLNQIGVVLAGKTLPGFGEILLQLKHEILFIVLLALGFGLAGSFLLARHIKKQMFWLEPHEIVRMYEERTATFHSMNEGVIAIDNQHHITIFNEKAKQIFNVRQETDGRLIWDVLKDSRLPEIVERNRAVYNEEIQVSGKVIMSSRIPIVMKKKVIGAVAIFQDRTEAAKMAEELTGVKNFVDALRVQNHEHMNKLHTIAGLIQLGKSEKALQLAFKESSEQESVTDFLHQAIQNDAAAGLLLSKIKRGKELGISVKIDENSSFSAFPEHVDQHDIVVLLGNLIENAFGAFETADTEDKHIDISIEQNDEVLAILIEDNGSGISDQHIPRLYEKGFTVNKTGGTGYGLYLVKQIVDKGMGVIEVDTRQGQGTAFSILFPMKGEESFDGHQGAAY NA NA NA NA NA D1-12_03473 672 dcuR_2 COG4565 Transcriptional regulatory protein DcuR ATGGACATCAAGGTGCTGCTTATTGAAGATGATCCGATGGTGCAGGAGGTGAATAAAGAATTTATCACCGGTGTTTCGGGGTTCAGCGTCATCGCCACAGCCGCTGACGGAGACGAGGGAATCAGGCTTATTAAAGATCTGCGGCCCGGGCTCGTGGTATTAGACGTATATATGCCGAAAAAAGACGGAATTAAAACGCTCCAGGAAATCAGAAAACAAAAGCTCGAAGTGGACGTCATCATCGTCTCGGCCGCAAAAGACAAAGAAACAATCCAGCTTATGCTGCAAAACGGTGCGGCCGACTATATTTTGAAGCCGTTTAAGCTGGAGCGGATGAGACAGGCGCTCGAAAACTATAAACAATATAAACGGAAAATTGAAGAGCATGACACCATGTCGCAAGAGCAGCTTGACATGCTGCTTAAAATTCCGCAAAATCCGTCCCGGGATCTGCCGAAGGGGTTAAATCATTTTACGATGAATGAAATTTTGACCTATATGAAACAGCAGACGGAGCCGCTTTCAGCTGAAGAAGCCGCCAAAGCGCTCGGAATCGCCAGGGTGACGGCGCGGCGTTATCTTGATTTTCTTGAGAAAGACGGCCAGATTAAGCTCGACATTCAATACGGGGGAGTGGGCCGGCCGGTTAACCGCTACAAATTCGTCCGCTAG MDIKVLLIEDDPMVQEVNKEFITGVSGFSVIATAADGDEGIRLIKDLRPGLVVLDVYMPKKDGIKTLQEIRKQKLEVDVIIVSAAKDKETIQLMLQNGAADYILKPFKLERMRQALENYKQYKRKIEEHDTMSQEQLDMLLKIPQNPSRDLPKGLNHFTMNEILTYMKQQTEPLSAEEAAKALGIARVTARRYLDFLEKDGQIKLDIQYGGVGRPVNRYKFVR PGPT0019560_136 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_MALATE_UTILIZATION,PGPT0019560-malR-K11615 NA NA D1-12_03474 1257 dctA COG1301 C4-dicarboxylate transport protein ATGAAAATTTTTAAAAATCTTACGGTGCAGGTCATCACGGCGGTGATCATCGGCGTCATTGTCGGACTCGTTTGGCCTGAGGCCGGGAAGCAGATGAAGCCGCTCGGCGATACATTTATCAATGCGGTAAAAATGATTATCGCACCGATCATATTCCTGACGATCGTGCTTGGCATCGCCAAGATGGGAGACATGAAAAAAGTCGGCAAAGTCGGGGGAAAAGCATTTATTTATTTTGAAGTCGTGACCACCATCGCCCTTATTATCGGACTTCTGGTCGTCAATATCATGAAACCCGGTGAGGGGCTTGATTACAGCAAGCTTGAAAAAGGGGATGTCTCTCAGTACACGCAAAACGGGGGACAGGGGATTGACTGGATTGAATTTATCACTCACATCGTTCCGTCAAATATGGTTGACGCTTTCGCAAAAGGCGACATTCTTCAGGTCTTATTCTTTTCTGTTTTATTCGGTGTCGGCTTGGCGGCGCTCGGTGAAAGAGGCAAAAGCATTATTGATTTCTTTGATAAACTGTCGCATGTTTTTTTCAAAATCATCGGCTACATCATGCGCGCGGCGCCGATCGGCGCATTCGGGGCCATGGCCTATACGATCGGGCACTTCGGCCTTGATTCCATCAAGCCGCTGGCGAGTCTGATGCTGTCTGTGTACGTTACGATGTTCCTGTTTGTATTTGTCGCTTTGAATATCATTTGCAAACTATTCGGTTTCAGCTTGTGGAACTATCTCCGTTTTATTAAAGATGAACTGCTCATCGTTCTCGGCACAAGCTCTTCTGAGTCCGTCCTTCCGCGGATGATGGATAAAATGGAGCGCTACGGCTGTTCCAAATCGGTTGTCGGCCTTGTCATTCCGACGGGATATTCTTTTAACCTGGACGGCACCTCGATTTATCTTTCCATGGCGACGGTTTTTCTGGCGCAGGTGTTCGGCGTTGACCTTACCATCGGCCAGCAGGTTACGATCATTCTCGTGCTGATGCTGACATCAAAAGGCGCGGCGGGCGTAACCGGAAGCGGATTTATCGTGCTCGCCTCCACTTTATCGGCGCTTCAGGTTATTCCGCTGGAGGGGCTGGCGCTGCTCCTCGGCGTCGACCGCTTTATGAGTGAAGGAAGGGCGATCGTCAACCTGATCGGAAACGGAATCGCCACCATCATCGTAGCCAAGAGCGAAAATGAGTTTGACGAAGCGAAAAGCACACAGGCCGTAAAAGAAATGAAAACGGCGGTATAA MKIFKNLTVQVITAVIIGVIVGLVWPEAGKQMKPLGDTFINAVKMIIAPIIFLTIVLGIAKMGDMKKVGKVGGKAFIYFEVVTTIALIIGLLVVNIMKPGEGLDYSKLEKGDVSQYTQNGGQGIDWIEFITHIVPSNMVDAFAKGDILQVLFFSVLFGVGLAALGERGKSIIDFFDKLSHVFFKIIGYIMRAAPIGAFGAMAYTIGHFGLDSIKPLASLMLSVYVTMFLFVFVALNIICKLFGFSLWNYLRFIKDELLIVLGTSSSESVLPRMMDKMERYGCSKSVVGLVIPTGYSFNLDGTSIYLSMATVFLAQVFGVDLTIGQQVTIILVLMLTSKGAAGVTGSGFIVLASTLSALQVIPLEGLALLLGVDRFMSEGRAIVNLIGNGIATIIVAKSENEFDEAKSTQAVKEMKTAV PGPT0001450_1665 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_ASPARTATE_TRANSPORT,PGPT0001450-dctA-K11103 NA NA D1-12_03475 1050 hypothetical protein ATGGCGGCTATTTTTAAATTTTTTCAGCATCCGGGTGTCAGACGTTTTTCGGTTTTTCTTGTTTTGACTGGGGTGTTAGTTGTATTCCGAAGTATGATTAATTTGATTTTGCTTACGTTTATTTTTACTTTTCTGATGGATCGGCTGGAGACTGTCATCCGGCACGTGTTGAACCATTTTTTCCGGATCAGCCAGAGGGTGGTCATCACCGTTTTATATATTGCGCTGGCTGTCGGGGCGACTGTCGGAGGCTTTGTCTTTTACCCGATTGTTGCCAAGCAGATTGAACAGCTGATTAAGCAGATCAAGCACATCGCGTATCATCCCGATGTCATTCCGTTTTATGATGAGATATCGAGCGTGTTCGGCGATATCAATATCGGTTCCTATGTAAAAGAAGGTTTTAATGTACTGTATACATACTTGGCCGATATCAGCACTTTCGGTTTGCAGGTCGTGATGTCACTGATTCTCAGCATGTTTTTCCTGTTCGAGAAAAAGCGGCTCACGGAGTTTATGAAAAAATTTCAGCACAGCAAGCTGTCTGTTTTTTACTACGAACTTGCTTTTTTCGGCAGCAAATTTGCGAGAACATTCGGCAAAGTGCTTGAAGCCCAATTTATTATCGCGCTGGTGAACTGTATCCTCACCTTGATCGCATTGGCGATTCTGCATTTTCCGCAGCTGTTCGGCCTGTCAATCATGGTCTTTTTCCTCGGGCTCATTCCCGTGGCGGGTGTGGTGATTTCGCTCATTCCGCTCAGCATCATCGCGTATACGACGGGCGGCGCTGCGTATGTCATCTACATCGTGCTGGTCATTTTCGTCATCCATGCGATTGAGACGTACTTCCTTAATCCGAAACTGATGTCAGCGAAAACGGAACTGCCGATCTTTTTTACCTTTACGGTTCTGATTTTCTCGGAACATTTCTTCGGCATTTGGGGCTTGATTATCGGAATTCCGATTTTTGTGTTCCTGCTTGATATTCTGGATGTCGTCAATAATGAAGAGAAGGAAAAAAACGGACCGGTCCCGGATAAGACATAA MAAIFKFFQHPGVRRFSVFLVLTGVLVVFRSMINLILLTFIFTFLMDRLETVIRHVLNHFFRISQRVVITVLYIALAVGATVGGFVFYPIVAKQIEQLIKQIKHIAYHPDVIPFYDEISSVFGDINIGSYVKEGFNVLYTYLADISTFGLQVVMSLILSMFFLFEKKRLTEFMKKFQHSKLSVFYYELAFFGSKFARTFGKVLEAQFIIALVNCILTLIALAILHFPQLFGLSIMVFFLGLIPVAGVVISLIPLSIIAYTTGGAAYVIYIVLVIFVIHAIETYFLNPKLMSAKTELPIFFTFTVLIFSEHFFGIWGLIIGIPIFVFLLDILDVVNNEEKEKNGPVPDKT NA NA NA NA NA D1-12_03476 927 bcrA_5 Bacitracin transport ATP-binding protein BcrA ATGACTGAGCCGATTTTACATATTGAGGGCCTTGACAAAACAATAGGCAAAAAGCACATTTTAAAAAACATCAGCATGGATGTCAGGCAGGGCGAGATCATCGGTTTGCTCGGTCCGAACGGGTCGGGAAAAACCACACTTATCCGAATCATCGTCGGTCTTTTAAAGAAAAACAGCGGCACGATTACAATTAACGGCTTTCAGCACGATGCTGATTTCGAAAAAGCGCTTGAATCCGTCGGAGCGATCGTGGAAAATCCTGAATTCTACCCGTACCTGACGGGGTGGGAAAATCTGAAGCACTTTGCCAACATGCACAAAAACATCAAAGAGGACAGGCTTCAGGAAGTCATCGAGCGGGTCGGGCTCACAAATGCCGTTCATGACAAAGTTAAAACGTATTCCCTTGGTATGCGTCAGCGTCTCGGGATTGCACAGGCCATTCTTCACCGTCCGAATCTGCTCATTTTAGATGAACCGACAAACGGGCTTGATCCCGGCGGAATGAAGGATTTCCGCGATCACTTAAAGGAACTCGCGGAGCTTGAAGGGACGAGCATCCTTTTTGCGACGCATTTATTGCGTGAAGTGGAGGACCTTTGCGACCGTGTCATCATCATTCAAAAAGGTGAGATCAAAACAGAGGTTGTTCTGCGCGGCGCTGAGGAAAAAGAAGAAAAAGCCGTCCTCGACATTCAGCCGGCTGACGAAGCATTCGAATGGCTGTCCCAACAGCAATTTGCTCCGGAGAAAAACGGCGGGGGCATTACCGTCACCGTAGCGAAGAAGGACATCCCGGCATTAAACCGTGCGCTCGTCGGACAAGACTTTCTCGTGTATTCCATCATGCCGTATGCGGAATCGCTGGAGGATGAATTCATGAAAGTGACGACGGCGCTTCAAGAGGAGGGGGAGACGAATGTTTAA MTEPILHIEGLDKTIGKKHILKNISMDVRQGEIIGLLGPNGSGKTTLIRIIVGLLKKNSGTITINGFQHDADFEKALESVGAIVENPEFYPYLTGWENLKHFANMHKNIKEDRLQEVIERVGLTNAVHDKVKTYSLGMRQRLGIAQAILHRPNLLILDEPTNGLDPGGMKDFRDHLKELAELEGTSILFATHLLREVEDLCDRVIIIQKGEIKTEVVLRGAEEKEEKAVLDIQPADEAFEWLSQQQFAPEKNGGGITVTVAKKDIPALNRALVGQDFLVYSIMPYAESLEDEFMKVTTALQEEGETNV PGPT0006725_4582 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990 NA NA D1-12_03477 768 hypothetical protein ATGTTTAAATTGACAGCGAATGAGCATATGAAACTCTTTAACCGAAAAGTCTCATTGGTGGCGCTGATTCTGATGGCCGTTCTCCAATTTATTATGGCGCTTGTCATTAAACGGCTTGTCATCAGTTCCGGAACGGATGAGAATTTCATCGGCTATATGGCGTACGCGCCCGGGCTGAATATTCTGCTTGAGGCGTTAACAATCGTGATCGCGGCAACGATCATTTCCGCTGAATTTGATAAGAAAACGATCAAATTTTTGTTAATCCGCCCGGTAAAGCGGGAGCGGATTTTTGTATCTAAACTCATTACCGTATTTTTGGTCAGCTTGTACCTGTATGCGGCGTACTATATTCTGTCTCTGCTGTTCGGCATGGCTTTCTTCGGCGTGTCGGTGACATCTGAATCAGGGACGCTTCTGATGAACACCCTGAAAGTAATCGGCACGAACTGGGTCGAGGCGTTTGCGATGGCATGCTTTGGCTTGTTGTGTTCTTCTGTATTCCGAAACAGCGCAACGGCCGTCATTTTGTCATTTATCGTGCTGTACGGCGCAAAATCACTCGTGACGATTATGTCGCTCTTCCAAAACAAATGGGGAAGTTTTCTGCTGTTCGCAAATACTGACCTGACGCAATATATGAGCGGGGCGAAACCGCTGTTTGCGGGAATGACGCCGTTATTTTCCGCAGGCATTATCATTATCCATATCGTATTCTTCTTAGCCGTCGCTTGGTGGAGCTTTTGCAAACGCGATGTTCGGGTATAA MFKLTANEHMKLFNRKVSLVALILMAVLQFIMALVIKRLVISSGTDENFIGYMAYAPGLNILLEALTIVIAATIISAEFDKKTIKFLLIRPVKRERIFVSKLITVFLVSLYLYAAYYILSLLFGMAFFGVSVTSESGTLLMNTLKVIGTNWVEAFAMACFGLLCSSVFRNSATAVILSFIVLYGAKSLVTIMSLFQNKWGSFLLFANTDLTQYMSGAKPLFAGMTPLFSAGIIIIHIVFFLAVAWWSFCKRDVRV PGPT0006730_19131 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992 NA NA D1-12_03478 336 hypothetical protein TTGAGAAATTTTATTACCGCATTACCGATTGTGTTATTGCTTGGTTTTTCCTTTGTGTCATTCATGTTCCAATTCGAACATCTTGTTTATTTCAGGCTTGCGCTGGGTTTGTTTTCTACAGTGGGGCTGTTTCTCTTATATAAAATGAAGTCGGGATTCCGTTATTTCATCATCTACCTGTATGCAAGCTGGATCGTGCTTGCGGCGGTTACCGCGTTTGAAGAGCCGATTTTTTCAAGCTTTTTCTTTGGCGGGCTTGTGATGACGATGGGTTATCTCACATATATGCTGATTTATCTCGGGCTCAAGCAGGACCGCGGCCCGGAAGCAGTCTGA MRNFITALPIVLLLGFSFVSFMFQFEHLVYFRLALGLFSTVGLFLLYKMKSGFRYFIIYLYASWIVLAAVTAFEEPIFSSFFFGGLVMTMGYLTYMLIYLGLKQDRGPEAV NA NA NA NA NA D1-12_03479 1146 ydbM Putative acyl-CoA dehydrogenase YdbM GTGTCTTTATGGATACAGAATGAACGGCAGAGGGAATGGGTGGAAAAAATCGGCCTGCTTGCAGACGAATTTCAAAAAACAGCCGCGCTTGATGATGAGGCGGGCCGTTTTCCCGCGGAGAAAATTCAAAGACTGCGCGACGCAGGATATACGGCGTTAACGGTACCTGAGGCATTCGGCGGTGCAGGCATTTCCGTTTATGATATGGTGCTGTTTCAGGAACGGCTGGCGCGGGGAGACGCGGCCGTTGCTCTCGGAATCGGCTGGCATTTATCCGTCATGGGTGAGCTCGGAGAAGGAAACAGCTGGGATGAAGGTGTCTTTTCATTTATCACAGAAGAGGTGAAAAAGGGAGCTGTCCTGAACAGGGCAGCGACGGAACGGCAGACCGGCAGTCCGACGAGGGGAGGAAGACCCGGCACCTCCGCTGTCAAAAAAGACGGAAAATGGGTGCTGAACGGCCGAAAAACCTTTACAACCCTTTCGCTGACTTTGGATTATATGCTTGTGACGGCATGGATTGAAGAAAAACAAACGACCGGTGTTTTTCTCATTCATAAAGATCAGGCAGGCGTTTCAGTCGAAGAAACATGGGATATGATTGCCATGAAGGCGACCGGAAGCCATGATCTCCTTTTAGATCATGTCACGGTCAGTGATGAGCGGCTTGTGGAGCTTATCAGCGGGCCGAGAGCGGCGAAAGTGAATGGCTGGCTGCTTCACATTCCCGCTGCTTATCTGGGCATCGCTCAAGCGGCAAGGGACTATGCCGTCCGGTTTGCATCCGAATATTCGCCGAACAGCCTGAACGGACCGATTAAAGACGTGCCGGCCGTTGGGCAGCGTGTCGGGGAAATGGAGCTTGAATTGTTAAAAGCGAGACAGTTTCTCTTCACGGCGGCGCAAATGTATGATGACCCGAAACGCCGCCCTTTCATCAAAAGCGAGCTCGGCGCCGCAAAACATATTGTGACAAATGCCGTCCTTTCTGTTGTTGATAAAGCAATGAGAATCACCGGGGCAAAAAGCCTTGAGCGAAATAATCCGCTTCAGCGGTATTATCGGGATGCCCGGGCCGGCCTTCACAATCCGCCGATGGACGATGCGGTCATCGGCAAATTAGCGGCGGAAGCCTTTGAGCAATAA MSLWIQNERQREWVEKIGLLADEFQKTAALDDEAGRFPAEKIQRLRDAGYTALTVPEAFGGAGISVYDMVLFQERLARGDAAVALGIGWHLSVMGELGEGNSWDEGVFSFITEEVKKGAVLNRAATERQTGSPTRGGRPGTSAVKKDGKWVLNGRKTFTTLSLTLDYMLVTAWIEEKQTTGVFLIHKDQAGVSVEETWDMIAMKATGSHDLLLDHVTVSDERLVELISGPRAAKVNGWLLHIPAAYLGIAQAARDYAVRFASEYSPNSLNGPIKDVPAVGQRVGEMELELLKARQFLFTAAQMYDDPKRRPFIKSELGAAKHIVTNAVLSVVDKAMRITGAKSLERNNPLQRYYRDARAGLHNPPMDDAVIGKLAAEAFEQ NA NA NA NA NA D1-12_03480 147 hypothetical protein ATGGCGAAACGTAAAATAAAAACATACGAACAGCTGATAAAAGAAAACAAGGCGGCCATTATGAATAATCAAAAGCTGATGAATGTGATCTATGACAGAATTGACCGCAAGCATCAAAAACTGCTCCGGCACAACAGCCATACATAA MAKRKIKTYEQLIKENKAAIMNNQKLMNVIYDRIDRKHQKLLRHNSHT NA NA NA NA NA D1-12_03481 180 hypothetical protein ATGAGGTCTTCTCCTCAGCTCAGATCATCAGTTGAAGGACGAAAAAAACATCTGATCCATTTGCTGATCAATAACGGAATATACAAAAAGTCGGAACGGCATTTATATGAATTATCGCTCGGAGAATTAGAAAGCGAATACAAATATGTAAGGGAGGTGCAGGCTCATGGCGAAACGTAA MRSSPQLRSSVEGRKKHLIHLLINNGIYKKSERHLYELSLGELESEYKYVREVQAHGET NA NA NA NA NA D1-12_03482 894 mneS_2 COG0053 Manganese efflux system protein MneS ATGAATGATCAAACGGCAAACTTAAAACGGGGCGAAAAAGGCGCGATTCTTAATATCGCCGCGTACCTCATCCTTGCCGCCGTCAAACTGGTAATCGGTCTTATTTATCATTCCGAAGCGCTCAGAGCGGACGGGTTAAATAATGCCACGGATATTGTCGCATCACTGGCTGTGCTGATCGGGCTCCGGATTTCCCAGCGCCCCGCGGACAGTGATCATGCCTACGGACATTATCGGGCTGAAACAATTTCTTCATTAATTGCGTCTTTTATTATGATGGCGGTCGGTATTGAAGTGCTGATCGGAGGAGCAAAGGCGATTGTCAGCGGAACGGAGGCCGAGCCGAGCTTCATTGCGGCATGGACGGCGCTCGGAAGCGCGATTATAATGTACGGCATGTATGTATATAACAGCCGACTTGCGGATCGGGTTAAAAGTTCTGCGCTTCATGCGGCGGCGAAAGACAGCCGTTCTGACGCCTATGTCAGTATTGGGGCGTTTATAGGCGTCTTAACCGCCCGGCTTCATCTGCCGTGGATTGATCCGGTCATTGCTTTTCTGATCGGAATCATCATCTGTAAGACGGCATGGGACATCTTCAAAGATGCTTCCCACTCATTGACGGACGGGTTTGATCTGAAAGATTTGGAGCCGTATAAACACACGGTGAAAGAAATAAAAGAGGTCAGCAGGCTGAAGGATGTGAAAGCAAGGTATTTAGGGAGCACGGTTCATGTGGAAATGGTCATTACGGTAGATCCGGGACTGTCTGTGAAAGAAGGCCATGCAGTAGCCGATGAGGTCGAATATGCAATAAAACATGAACATGATGTGACTCATGTCCATGTTCATGTAGAGCCTGAAGTCATAAACAAAGATCGTGAAACGAATTAA MNDQTANLKRGEKGAILNIAAYLILAAVKLVIGLIYHSEALRADGLNNATDIVASLAVLIGLRISQRPADSDHAYGHYRAETISSLIASFIMMAVGIEVLIGGAKAIVSGTEAEPSFIAAWTALGSAIIMYGMYVYNSRLADRVKSSALHAAAKDSRSDAYVSIGAFIGVLTARLHLPWIDPVIAFLIGIIICKTAWDIFKDASHSLTDGFDLKDLEPYKHTVKEIKEVSRLKDVKARYLGSTVHVEMVITVDPGLSVKEGHAVADEVEYAIKHEHDVTHVHVHVEPEVINKDRETN NA NA NA NA NA D1-12_03483 318 ydbP COG0526 Thioredoxin-like protein YdbP ATGAAAAAAATCAATACAACAGAACAATTTAATGAACTTATTCAATCCGACAAGGAAATCATCGTGAAATTTTTCGCTGACTGGTGCCCTGACTGCACGCGCATGAATATGTTCATCGGCGATATTTTGGAAGAATATAATCAAAATGATTGGTATGAACTGAACAGAGACGAGCTCCCTGAGCTTGCCGACAAATATCAGGTAATGGGCATACCGAGCCTTCTGATCTTTAAAAACGGCGAAAAGAAAGCGCATCTTCACAGCGCAAACGCGAAAACGCCCGAAGAAGTCACAGAGTTTTTATCACAGCATATTTAA MKKINTTEQFNELIQSDKEIIVKFFADWCPDCTRMNMFIGDILEEYNQNDWYELNRDELPELADKYQVMGIPSLLIFKNGEKKAHLHSANAKTPEEVTEFLSQHI PGPT0013055_7942 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-THIOREDOXINES|THIOESTERASES,PGPT0013055-trxA-K03671 NA NA D1-12_03484 1086 ddl D-alanine--D-alanine ligase TTGAAAACAAGTCTAGGATTGGTGTACGGCGGAAAGTCAGCCGAACACAATGTATCGCTGCAGACAGCATTAGCTGTAACAAAAGCGCTTAATACTGAGAAGTTTGATATACATCCGATTTACATCACTGAAAAAGGAGAATGGCAAAGAGGCCCGCTGCTGACTGAGCCGGTTTCCAACGTGAAAATGCTTCAGCTGGAACAAAACGGTGAAAGTTTCGCTCTATCAGCATTGAACCGGGAAATGTTTCCTGAAGCGTCGCCTGACGAAAAGGCGCCGATCGATGTCGTATTTCCGCTTCTGCACGGACCGAACGGTGAAGACGGCACCATTCAGGGTCTGCTGGAATTGCTGAACGTTCCTTATGTCGGCAACGGGGTGCTTGCATCATCAGCCGGCATGGATAAAGTCATCATGAAGCATTTGTTCGCTCAAGCGGGGCTTCCGCAGGCGAAGTACGCCGCTTTCTTAAAAAAGGACTGGAAACAGACGCCGGACAGCTGCTTACAGCAGGTTGAAGAGGAGCTGGGTTATCCGTGCTTCGTCAAACCGGCGAACCTCGGATCAAGCGTCGGAATCAGCAAATGCCGAAACCGTGAAGAGCTTGAAAAAGCCTTCGAACTGGCTTTTGAATATGACCGGAAAATTGTGGTGGAAGAAGGAATCGCCGGAAGAGAAATCGAAATCGGCGTACTCGGAAATGACGAACCGAAATGCTCCGCCGTCGGTGAAATCGCGCCGAAAACCGACTTTTACGATTACAAAGCGAAATATGAAGACGGCGACACGGATTTAATGATTCCCGCGCAAGTGACGGATGAACAATATGCGGAAATCAGCGAGATGGCGATTAAAGCCTTCAAAGCGATTGACGGATCAGGCCTTGTCCGCGCCGATTTCTTCCTGACCAATGACGGTCAAGTGCTCATTAACGAAGTGAACACAATGCCGGGCTTTACGCCATTCAGCATGTTCCCGCTGCTTTGGAAAGAAGCAGGCGTAGATTACAGTGATCTGATCGAACAGCTGGTTGAGCTGGCAAAAGAACGCCATGCCGAAAAACAGCTGATTAAACATACATTTTAA MKTSLGLVYGGKSAEHNVSLQTALAVTKALNTEKFDIHPIYITEKGEWQRGPLLTEPVSNVKMLQLEQNGESFALSALNREMFPEASPDEKAPIDVVFPLLHGPNGEDGTIQGLLELLNVPYVGNGVLASSAGMDKVIMKHLFAQAGLPQAKYAAFLKKDWKQTPDSCLQQVEEELGYPCFVKPANLGSSVGISKCRNREELEKAFELAFEYDRKIVVEEGIAGREIEIGVLGNDEPKCSAVGEIAPKTDFYDYKAKYEDGDTDLMIPAQVTDEQYAEISEMAIKAFKAIDGSGLVRADFFLTNDGQVLINEVNTMPGFTPFSMFPLLWKEAGVDYSDLIEQLVELAKERHAEKQLIKHTF PGPT0020050_1675 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-N_ACETYLMURAMATE_MODIFICATION,PGPT0020050-ddl-K01921 NA NA D1-12_03485 1371 murF COG0770 UDP-N-acetylmuramoyl-tripeptide--D-alanyl-D-alanine ligase TTGATAAAGCGAACTGTAAAACGAATCGCAGACATGGTCAAAGGCACACTGACAAATCCCGAATTTGAACAAACAATGATTGAGGGCGCCGCAACCGATACGCGGACTTTGGAAAAAAATCAGCTGTTCATTCCTTTAAAAGGCGAGCATTTTAACGGCCACACCTTTGTGCCGCAAGCATTCGAAAAAGGCGTTTCCGCGGTGTTGTGGGACCGCTCTGAACCGAATCCGCCGGAAGAGCGTGCTGTCATCCTGGTCGATGACACGCTGGAGGCGCTGCAAACATTGGCAAAAGCTTATTTGAAAGAGCTCGGCACACGGGTTATCGGGGTGACTGGGAGCAACGGAAAAACGACAACGAAAGACATGCTTCACGCCGTTCTCGGCACGCAGTACCGCGTTCACAAAACCGCCGGCAATTTCAACAACCATATCGGCCTGCCGCTGACCGTGCTTGCCATGCCTGAAGATACAGAAATCGCCGTTTTAGAAATGGGAATGAGCGCGAGAGGCGAAATTGATTTTCTGAGCCGTCTTGCTGAACCGGAAGCTGCCGTCATTACCAATATCGGCGAATCCCACATGCAGGATTTAGGCTCAAGAGAAGGAATTGCGGAGGCAAAACTTGAAATTATAAACGGACTTCGGGAAGACGGCGTTCTGTTTTATTTCGGGGATGAGCCGCTGCTTCGCGAAAAGACGTACACTTGCCGGACAACGACATACGGCGCAGGCGCGGACAATGATCTCCGCCTGAAAGAAATAAAACAGGCGGAAGAAGGCACGTACTTTAATATCGACGGGATCGACCGTTCTTTCTTTATTCCCGTTCTCGGCAGACATAATGTGATGAATGCCATGGCCGCATACGCCGCCGGCATCTATTTCGGCATTACGCCGGAAAATGCCGCTCTGGGACTGAGCCGCCTGAAGGTGACGGGGATGAGATTGGAACTGGTCAAAACGGAAAACGGCATCTCGATCGTAAACGACGCATATAATGCGAGCCCGACGTCAATGAAAGCGGCGGTCGAATTAATCGAAACGATGAAAGGCTATCGGAAGAAAATGCTCGTGCTCGGTGATATGCTTGAACTTGGTGATGAAGAAAAAGCATTCCACGAAGAATGCGGTGCTGCGGTCAATCCGGCGGAAATCGACCATGTATTTACTTACGGCACACTCGGCGCATTCATCGCTGACGGAGCACGCCGGCATTTTGAAGAAGGGCGCGTCAGCCATTATCTTGACAAAAAAGAACTGCTTCACGCCATACAGGATATGGCCGCTTCCGGCGATCTCCTTCTGTTTAAAGCATCGAGAGGTATGAAGCTCGAAGAAATCGTTAAAGATTTATTAGAGAAGCACTGA MIKRTVKRIADMVKGTLTNPEFEQTMIEGAATDTRTLEKNQLFIPLKGEHFNGHTFVPQAFEKGVSAVLWDRSEPNPPEERAVILVDDTLEALQTLAKAYLKELGTRVIGVTGSNGKTTTKDMLHAVLGTQYRVHKTAGNFNNHIGLPLTVLAMPEDTEIAVLEMGMSARGEIDFLSRLAEPEAAVITNIGESHMQDLGSREGIAEAKLEIINGLREDGVLFYFGDEPLLREKTYTCRTTTYGAGADNDLRLKEIKQAEEGTYFNIDGIDRSFFIPVLGRHNVMNAMAAYAAGIYFGITPENAALGLSRLKVTGMRLELVKTENGISIVNDAYNASPTSMKAAVELIETMKGYRKKMLVLGDMLELGDEEKAFHEECGAAVNPAEIDHVFTYGTLGAFIADGARRHFEEGRVSHYLDKKELLHAIQDMAASGDLLLFKASRGMKLEEIVKDLLEKH PGPT0024145_3322 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-N_ACETYLMURAMATE_MODIFICATION,PGPT0024145-murF-K01929 NA NA D1-12_03486 1485 cshA COG0513 DEAD-box ATP-dependent RNA helicase CshA TTGACTATAACGTTTCAAGATTTCCAATTAAGTTCTGATCTCATGAAATCAATCAATCGTATGGGATTTGAAGAAGCAACACCGATCCAGGCACAAACGATTCCGCTCGGACTTTTAAATAAAGATGTCATCGGACAAGCGCAAACAGGTACAGGTAAAACAGCTGCGTTCGGTATACCCCTTGTTGAAAAAATGAACCCCGAGTCTCCTAATATTCAAGCAATCGTAATCGCGCCAACCCGTGAATTAGCCATTCAAGTATCTGAAGAGTTATATAAAATCGGACAAGATAAGCGTGCGAAAGTACTGCCTATTTACGGCGGCCAGGATATCGGACGTCAAATCCGCGCATTGAAGAAAAACCCGCATATCATCGTAGGTACGCCGGGGCGTCTTCTTGACCATATCAACCGCCGCACGATCCGTTTAAATAACGTGAACACGGTTGTCATGGATGAGGCTGATGAAATGCTGAACATGGGATTCATTGATGACATTGAATCCATTCTCTCAAACGTGCCGAGCGACCACCAAACGCTCTTATTCTCAGCAACAATGCCTGCGCCGATCAAACGGATCGCAGAGCGTTTCATGACTGAGCCGGAACACGTAAAAGTAAAAGCGAAAGAAATGACTGTGTCCAACATTCAGCAGTTCTACTTGGAAGTGCAGGAGCGCAAAAAATTCGATACGCTGACTCGTCTTCTTGACATTCAGTCTCCGGAACTTGCGATCGTATTCGGACGTACGAAACGCCGTGTCGATGAGCTTGCTGAAGCCCTGAACCTTCGCGGATATGCGGCTGAAGGAATTCACGGCGACTTAACGCAGGCGAAACGTATGGTTGCGCTCCGCAAGTTTAAAGAAGGTGCGATCGAAGTGCTTGTAGCGACTGACGTTGCCGCCCGCGGACTTGATATCTCAGGCGTTACCCACGTTTACAACTTTGACGTGCCTCAAGATCCTGAAAGTTACGTTCACCGTATCGGAAGAACGGGCCGTGCAGGAAAAACGGGTATGGCGATGACGTTTATCACACCGCGTGAGAAAAGCATGCTTCGCGCGATTGAACAAACGACAAAACGCAAAATGGACCGCATGAAAGAGCCGACGCTTGACGAAGCATTAGAAGGACAGCAGCAGGTGACGGTTGACCGTCTGCGCACGGCGATCAGCGAAAACAACCTGAACTTCTACATGACGGCAGCTGCGGAATTGTTAGAAGATCATGATGCAGTGACAGTTGTGGCTGCAGCCATTAAAATGGCGACAAAAGAGCCGGACAGCACGCCTGTACGCCTCACTGATGAAGCGCCTATGGTCAGCAAACGCTATAAAAACCAGCGTACTTCTAAGCGCAGAGACGGCCAAGGCGGCGGCTACCGCGGCGGCAAAGGGAAAAACAACAACCGTTCTTCCTACGATAAAAAACGCTCAAGCGACCGCCGTTCTTCAGGTGACAGACGCCAGAAAAAATCATACTAA MTITFQDFQLSSDLMKSINRMGFEEATPIQAQTIPLGLLNKDVIGQAQTGTGKTAAFGIPLVEKMNPESPNIQAIVIAPTRELAIQVSEELYKIGQDKRAKVLPIYGGQDIGRQIRALKKNPHIIVGTPGRLLDHINRRTIRLNNVNTVVMDEADEMLNMGFIDDIESILSNVPSDHQTLLFSATMPAPIKRIAERFMTEPEHVKVKAKEMTVSNIQQFYLEVQERKKFDTLTRLLDIQSPELAIVFGRTKRRVDELAEALNLRGYAAEGIHGDLTQAKRMVALRKFKEGAIEVLVATDVAARGLDISGVTHVYNFDVPQDPESYVHRIGRTGRAGKTGMAMTFITPREKSMLRAIEQTTKRKMDRMKEPTLDEALEGQQQVTVDRLRTAISENNLNFYMTAAAELLEDHDAVTVVAAAIKMATKEPDSTPVRLTDEAPMVSKRYKNQRTSKRRDGQGGGYRGGKGKNNNRSSYDKKRSSDRRSSGDRRQKKSY PGPT0013740_3056 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-OTHER_REGULATORS,PGPT0013740-rhlE-K11927 NA NA D1-12_03487 483 hypothetical protein ATGTTGAGAGCACAGCCAAAAAATCGAATCAGTCCAAGCGGCTTAAAAGTCTGGCGTCTTCAGGAAATCATCCTGTCCGCCTTCTGTCTTCTGGCCGTTATAGCAGCAGCTGTTTTAAGCCATTTCTTCCATTGGCCGTATTGGATCACCGGAGTCCTCGGCATCATTTGGGTTATCGGTTCAGTAATATCCGTCTATGCCATACCGAAAATCAGGCACAGGATCTGGCGCTATGAAGTCCATGAAAATGAAATTGATATTCAATCCGGCATTTTTATTGTCAAACGGGTCATTGTGCCGATGGTGAGGGTGCAGCACGTAGATACTTCACAAGGCCCGCTCCTCAGAAGGTACCGTCTGGCCTCAGTCAAAATCTCCACGGCGGCAACCGTTCATTCCATTCCGGCGCTTGATATGGAGGAAGCTGACCGGCTGAGGGATTCCATTTCCCGTCTGGCAAGGGTGACGGAAGATGATGTCTGA MLRAQPKNRISPSGLKVWRLQEIILSAFCLLAVIAAAVLSHFFHWPYWITGVLGIIWVIGSVISVYAIPKIRHRIWRYEVHENEIDIQSGIFIVKRVIVPMVRVQHVDTSQGPLLRRYRLASVKISTAATVHSIPALDMEEADRLRDSISRLARVTEDDV NA NA NA NA NA D1-12_03488 1464 hypothetical protein ATGTCTGAGCCGAAACGTCTGCATCCGGCGGCCGTGATTTTGAACTTATTCCATATTATTATCGAAACCATTAAAAACATTATTCTGCCATTTTTTCTCGTCTATATTGTAAACTCCAACCACTTCATCCGCTTTTACGGAGGCATTGCGCTCGCCGTCCTGCTTATCTGGCTGATTACGGCTAGTGTGATCGAGTGGAGAAAATTTACATACCGGATTGAGGACGGAGAATTCAGAATTGAAGAAGGCTTGTTTTTTACGAAAAAGAGATACATCTCCATTGACCGGATTCAATCAATGAATACGAGTGCCGGCATCATTCAGCAGCTTTTTAAGCTTGTTAAGCTTCAAATCGAAACGGCCGGCGACGGGAAAAACGCTGAAGCCGTCTTATCCGCCATTACTGTGGAAGAGGCGGAACGGATCAGAGCGGCTGTTTTTCAGCAAAAAGCGGAGCAAGAAGAACGAGGGGAGACCGCAGCGGAGCAGGAACCGATGCGCGGGGAAGATGTGCAATCCGTTTACCGCCTGTCTGTAGGTGAGCTGCTTATGGCCGCCTCAACATCCGGGGGAATCGGTGTCATCATCTCAGCGGTATTCGCCCTCTTTTCTCAGATTGATGAAGTACTTCCGATGGACTGGCTCTATGACAGGTTTTCCTTTCTCAAGCATGCGAGCATCGGCATATACGCCGTGATCATTTTCATAGGATTGTTCATCGCCTGGCTGTTAAGCATCGCCGGTATGATGATCAAGCATGCCAACTTTAAAATAGAAAAAAAGGAACACGAATTGGTCATTACCAGAGGAATTATTGAAAAGCATCAAGTGACAATCCCGCTCCGTAAAATCCAAGCCATTAAAATGAAAGAAAATGTGATCAGGCAATTATTCGGATACGCGACGGTTGCGATTGTCAGCGCCGGCAGTGCGGGGAATGAGAAAGAAGGAGCTCAGACGATTCTGTTTCCGATCATCCGCAAATCAAAGCTCGGAGTGATGCTGAACGGTTTCACACCGGATTACGTGCTGGAAGAAAACCGGAATCATTTGCCGAAAAGGGCGCTGCGCCGGTATTTATTCCGATCCATAATCTTCTCGGTTTTCGTGATCATCCCGCTTTGTATTCTGTTTAAGCCGTGGGGATATGCATCGCTCCTCGTGCTTCCTGTCGAACTGGTGCTAGGATATGCCTCGTTTAGGACAGCGTCATGGTGCATAAACGGCGGCAGGCTTCAGATCACCACGAGGCTGATCGGGAAGACGACCACGATTATGCTGAGAAGAAGAATGCAGATGTTTGAAGTCAGCCGCTCCTTTCTGCAAAAAAGAAGGCGGCTCGCATCTGTGGCTACCGCAGTGAAATCAGCTCACCACATGGAGCATGTCATGCTGAAGGATGTCAGCGAGGAAGATGCCGAACGCATCGGGCGCTGGTATTCATATGAAAAAGCGGACGGTTAA MSEPKRLHPAAVILNLFHIIIETIKNIILPFFLVYIVNSNHFIRFYGGIALAVLLIWLITASVIEWRKFTYRIEDGEFRIEEGLFFTKKRYISIDRIQSMNTSAGIIQQLFKLVKLQIETAGDGKNAEAVLSAITVEEAERIRAAVFQQKAEQEERGETAAEQEPMRGEDVQSVYRLSVGELLMAASTSGGIGVIISAVFALFSQIDEVLPMDWLYDRFSFLKHASIGIYAVIIFIGLFIAWLLSIAGMMIKHANFKIEKKEHELVITRGIIEKHQVTIPLRKIQAIKMKENVIRQLFGYATVAIVSAGSAGNEKEGAQTILFPIIRKSKLGVMLNGFTPDYVLEENRNHLPKRALRRYLFRSIIFSVFVIIPLCILFKPWGYASLLVLPVELVLGYASFRTASWCINGGRLQITTRLIGKTTTIMLRRRMQMFEVSRSFLQKRRRLASVATAVKSAHHMEHVMLKDVSEEDAERIGRWYSYEKADG NA NA NA NA NA D1-12_03489 600 glpG Rhomboid protease GlpG ATGTTTATACGAACGGAAAATTTCCAGACTTTTATCAGACGTTATCCGGCCGTCAGCTGTATCTTGGCGCTGCAGGCGTTCTTATGGCTGTTTTTCAGTATGCCGCTTCATTCCGTCATGATGTGGTCAGATGCTGTGACCGGCTATAATTACGGCGTTTCCTCGGGAGAATGGTGGCGGCTGGTGACACCGATGTTTTTACACGCGAATTTCACTCACCTTTTGTTTAACTCCATGTCTCTCTTTTTATTCGCGCCCCCGCTTGAGCAGATGCTCGGAAAAGTCCGTTTTCTGATTGTGTACATCGCATCGGGCATTATCGGCAATATCGGCACGTATCTTGCCGAACCGCTTGATTATGTGCATGTCGGCGCATCCGGCGCGATCTTCGGACTTTTCGGCGTGTATGTGTTTCTGACTGTTTTCCGCAAGGAGCTGATCGGCCGGGATCAGTCGAAAATGATTATGACCCTGCTTATCATCGCGGTGCTGTCGACGTTTATCAACTCTAATATTAACATTATGGCGCATTTGTTCGGACTGGCAGGCGGATTTTTGCTTTCCTTTTTATGCGTGCAGCAAAAAAAGCGGCGGTATTAA MFIRTENFQTFIRRYPAVSCILALQAFLWLFFSMPLHSVMMWSDAVTGYNYGVSSGEWWRLVTPMFLHANFTHLLFNSMSLFLFAPPLEQMLGKVRFLIVYIASGIIGNIGTYLAEPLDYVHVGASGAIFGLFGVYVFLTVFRKELIGRDQSKMIMTLLIIAVLSTFINSNINIMAHLFGLAGGFLLSFLCVQQKKRRY NA NA NA NA NA D1-12_03490 366 acpS COG0736 Holo-[acyl-carrier-protein] synthase ATGATTTTCGGAATCGGAATCGACATCGTTGAACTGCACAGAATTGAAAACATGCTCAGCCGGCAGGCGAGGTTTCCGCAAAGAATATTGACGGAGGCTGAATACGCCCGTTTTACATTGCTGTCGGACAAAAGGAAAATTGAATTTCTCGCGGGAAGATTTGCGGCAAAAGAAGCCTTTTCGAAAGCATACGGCACAGGTATCGGCAAAGAGCTCAGCTTTCAGGATATTGAAACCGGAAACGACACGGCGGGAAAACCAGTGCTGACCTGCGCCAAGCTGGACGGCGCGGCGGTTCACGTCTCCATTACCCATACAAAAGAATACGCCGCGGCACAGGTCGTGATTGAAAGGTTGTCACGCTAG MIFGIGIDIVELHRIENMLSRQARFPQRILTEAEYARFTLLSDKRKIEFLAGRFAAKEAFSKAYGTGIGKELSFQDIETGNDTAGKPVLTCAKLDGAAVHVSITHTKEYAAAQVVIERLSR PGPT0008840_2912 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0008840-acpS-K00997 NA NA D1-12_03491 1008 ydcC COG2834 Sporulation protein YdcC GTGAGAAAAAGCTTTGTTTTGCTTTTAACGGGACTGCTTGCCGTCCTTATTCTTTCGGCCTGCGGCCAAAAATCACAGGAAGATATCGTGAACGGTTTAGATAAGAAGGCGAAAGAATACACCTCGTACAAAGCGAAAGCCAAAATGACCATCGAAACGGGGAGTGATCCGCAAGTATACAATGTGGAAATCTGGCATAAAAAACCTTCCCTGTACCGGGTCTATTTGGAAAATCCGAAAAAAGACCAAAACCAAGTCATTTTACGGAACGCCAACGGAGTCTTTGTCCTCACGCCGTCTTTAAATAAGAGCTTCAGATTCCAAAGCGACTGGCCGAATAACAGCAGCCAAGTATATTTGTTTGAGTCACTTGTAAAGGACGTGCAGCATGACAAAGACGCCGTCTATTCCGCCAAAGATAAAAAGTACACGTTTGAAACAAAAACAAACTATCAGCACAACAAAATGCTGCCGACTCAGGAAATCACTTTCAACAAAAAGGACATGAGCCCGTCGCTCGTTAAAGTTATGGATACAGACCGGAAAGTGATGGTAAAAGTCGAATTCAAAAGCTTTGAATTCAACAAACCGTTTGATAAAGACTCTTTTGACGAGAAGAAAAATATGACGCTTTCCCAGATGGACGTCGCCACAAGCGCCAAGCCGTCTGATTCATTTGCGGTCAAAACACCGCTTCAAGTGCCGGCCGGCGTCAAAAAGCTTGAAGAGAAAGATATTTCAACGGCGGACGGCAAACGGATCGTCATGACTTACGGCGGAGAAAAATCATTCACCCTTATTCAAGAAAAAGCCCATATCGCAAAAGCCGCCTCTGCCGTCACGCTGAAAGGCGAACCGGTTAATCTCGGCTTCACGGTGGCCGCATTATCTGATACGTCTTTAACGTGGACATATGACGGAGTGGATTATCTTCTGTCATCACAGGATCTGACAAAAGATGAAATGGTGGCCGCCGCCAAAAGCATGCAGGGACAGTCGTCAAAATAA MRKSFVLLLTGLLAVLILSACGQKSQEDIVNGLDKKAKEYTSYKAKAKMTIETGSDPQVYNVEIWHKKPSLYRVYLENPKKDQNQVILRNANGVFVLTPSLNKSFRFQSDWPNNSSQVYLFESLVKDVQHDKDAVYSAKDKKYTFETKTNYQHNKMLPTQEITFNKKDMSPSLVKVMDTDRKVMVKVEFKSFEFNKPFDKDSFDEKKNMTLSQMDVATSAKPSDSFAVKTPLQVPAGVKKLEEKDISTADGKRIVMTYGGEKSFTLIQEKAHIAKAASAVTLKGEPVNLGFTVAALSDTSLTWTYDGVDYLLSSQDLTKDEMVAAAKSMQGQSSK NA NA NA NA NA D1-12_03492 1170 alr Alanine racemase ATGAACACAGCATCCTTTTACAGAGAAACGTGGGCGGAAATCAACCTGTCCGCGATTAAAGAAAATGTCACGCATATGAAAAAACACATCGGGCAAAACGTCCATCTCATGGCGGTTGTAAAGGCGAACGCTTATGGCCACGGAGATTTGGAAGTTGGGAAAGCCGCGCTTGAAGCGGGTGCCTCTTGTCTTGCCGTAGCCATACTGGATGAAGCGATTTCATTGAGAAAGCAGGGCATTACGGCGCCGATTCTCGTGCTTGGCGCCGTGCCGCCCGAATATGTACAAGCAGCTGCCGAGTATGACGTAACACTCACGGGATATTCTGTTGAATGGCTTCAGGAAGCCGCGCGCCACCTCGGAAGTGCAACAGTGCCGTTCCACCTGAAAGTCGACACCGGCATGAACAGACTCGGAGTCAAAACGGAGGAAGAAATCCAAAGCGTGTTAAAAATCCTCGGTCAAAATCCCGGTTTAGTCTGTAAAGGCGTATTCACCCATTTTGCTACCGCGGATGAGAAAAACAGAGATTATTTCCTCTTCCAGTTTGACCGCTTTAAAGAATTGATCGCTCCGCTTCCTTTAAAAGAATTGATGGTGCACTGCGCGAACAGCGCTGCCGGACTTCGTCTTAAAAAAGGCTTTTTTAACGCGGTTCGTTTCGGCATCAGTATGTACGGGCTCCGTCCTTCTGCTGACATCCAAAGCGAAATTCCTTTTCAATTGAAGCCGGCTTTTGCGCTGCACTCTGTTTTATCCCATGTGAAAAAGATCCGCAAAGGGGAAAGCGTCAGCTACGGCGCAACATATACGGCAGAGAAGGATCAATGGATCGGAACGGTTCCCATCGGCTATGCAGACGGGTGGCTCCGCAAGCTGAGCGGCACGTCTGTGCTGATCGGCGGCAAACGGATGAACATCGCGGGAAGAATCTGCATGGATCAATTGATGGTCGAATTAGATCAATCTTATCCGCCGGGCACCAAAGTCACCCTGATCGGCAGCCAGAAGGAAGCAACGATCACGATGGATGAAATCGCCGGGCGGCTTGGGACGATTAATTACGAGGTCCCTTGTACCATTAGTTCCCGCGTTCCCCGTATGTTTTTGGAAAATGAGAGTATAATGGAAGTAAGAAATCCTTTACTGCAAGATAATACAAGCAAGTAG MNTASFYRETWAEINLSAIKENVTHMKKHIGQNVHLMAVVKANAYGHGDLEVGKAALEAGASCLAVAILDEAISLRKQGITAPILVLGAVPPEYVQAAAEYDVTLTGYSVEWLQEAARHLGSATVPFHLKVDTGMNRLGVKTEEEIQSVLKILGQNPGLVCKGVFTHFATADEKNRDYFLFQFDRFKELIAPLPLKELMVHCANSAAGLRLKKGFFNAVRFGISMYGLRPSADIQSEIPFQLKPAFALHSVLSHVKKIRKGESVSYGATYTAEKDQWIGTVPIGYADGWLRKLSGTSVLIGGKRMNIAGRICMDQLMVELDQSYPPGTKVTLIGSQKEATITMDEIAGRLGTINYEVPCTISSRVPRMFLENESIMEVRNPLLQDNTSK PGPT0020040_1110 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING_RELATED_RACEMASES,PGPT0020040-alr-K01775 NA NA D1-12_03493 282 ndoAI COG0864 Antitoxin EndoAI TTGTCTGAATCCAGCGCAAGAACCGAAATGAAAATCAGCTTGCCCGAAAACTTAGTAGCTGAATTGGATGGTGTAGCGATGCGGGAGAAACGAAGCAGAAACGAACTGATATCACAAGCAGTGAGAGCGTATGTCAGCGAACGGACAACTCGCCATAACCGTGATTTGATGAGACGCGGGTATATGGAAATGGCGAAAATCAACTTGAATATCTCTTCTGAGGCTCACTATGCTGAGTGCGAAGCAGAAACGACCGTTGAGCGCTTAGTCAGCGGAGGATAA MSESSARTEMKISLPENLVAELDGVAMREKRSRNELISQAVRAYVSERTTRHNRDLMRRGYMEMAKINLNISSEAHYAECEAETTVERLVSGG PGPT0027400_164 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM CE-BACTERIAL_FITNESS-MazF-MazE_TOXIN-ANTITOXIN_SYSTEM,PGPT0027400-REGULATION|antitoxin_ndoAI-K07723 NA NA D1-12_03494 351 ndoA COG2337 Endoribonuclease EndoA TTGATTGTAAAGCGCGGCGATGTTTATTTTGCTGATTTATCTCCTGTTGTTGGCTCAGAGCAAGGCGGCGTACGCCCGGTTTTAGTGATCCAAAATGATATCGGAAATCGCTTTAGCCCGACTGCTATTGTTGCAGCCATAACAGCCCAAATACAGAAAGCGAAATTACCAACCCACGTCGAAATTGATGCAAAACGCTACGGTTTTGAAAGAGATTCCGTTATTTTGCTGGAGCAAATTCGGACGATTGACAAGCAAAGATTAACGGATAAAATAACTCATCTGGATGATGAAATGATGGATAAGGTTGATGAAGCCCTGCAAATCAGTTTGGCACTCATTGATTTTTAG MIVKRGDVYFADLSPVVGSEQGGVRPVLVIQNDIGNRFSPTAIVAAITAQIQKAKLPTHVEIDAKRYGFERDSVILLEQIRTIDKQRLTDKITHLDDEMMDKVDEALQISLALIDF PGPT0027390_1037 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM CE-BACTERIAL_FITNESS-MazF-MazE_TOXIN-ANTITOXIN_SYSTEM,PGPT0027390-toxin_mazF|ndoA|chpApemK-K07171 NA NA D1-12_03495 822 rsbRA COG1366 RsbT co-antagonist protein RsbRA ATGTCGAATCAGAAAGTGTATCAGTTCATCATTGATCAGCATGATGAACTGCTTGATACTTGGACAGCCAAACTAAAAGAAGTAGGCAATCAGGAAGACTATCAGCTTACGAATCACATATGTGAAAATATTTGTAAAGACTATATAGACATTCTTTTATTATCGACTAAAAATGACGAGGCTACGGAAGAGCAGATCAGTGAGCTCGCACTGCGCGCCGTTCAGCTCGGTCTGTCACTGAAACTTCTTTCAGCTACTCTGTCAGAGTTTTGGAAACTGCTTTACGAAACGATGGTCGACCTTAATATGGCCGATCAGGACAGAGCAGATTTGATTTTGGAAATAGACAGCTTTTTCAATCCGATCAACACGGAAATTTTAAATCAGTATTCTATCTCCTGGGAAAAAACGGTTACTTTGCAAAAAATCGCGCTTCAGGAATTGTCGGCTCCGCTGATCCCGGTATTTGAGCATGTAACGGTCATGCCGCTTGTCGGGACGATTGATACGGAGCGTGCAAAGCACATTATGGAAAATCTGTTAAACGGCGTCGTAAAGCACCGTTCACAGGTTGTATTAATTGATATCACGGGCGTGCCGGTCGTTGATACGATGGTGGCGCACCATATTATTCAGGCATCAGAAGCGGTGCGGCTTGTCGGCGCGAAATGCCTGCTCGTCGGAATCCGTCCGGAGATTGCGCAGACGATCGTTAATCTGGGAATTGATTTGTCGCAGGTTATTACGAAGAATACCCTTCAAAAAGGAATTCAAACAGCGCTTGAAATGACAAATCGAAAAATCGTTTCATTGGGGGAATAA MSNQKVYQFIIDQHDELLDTWTAKLKEVGNQEDYQLTNHICENICKDYIDILLLSTKNDEATEEQISELALRAVQLGLSLKLLSATLSEFWKLLYETMVDLNMADQDRADLILEIDSFFNPINTEILNQYSISWEKTVTLQKIALQELSAPLIPVFEHVTVMPLVGTIDTERAKHIMENLLNGVVKHRSQVVLIDITGVPVVDTMVAHHIIQASEAVRLVGAKCLLVGIRPEIAQTIVNLGIDLSQVITKNTLQKGIQTALEMTNRKIVSLGE PGPT0014945_1250 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-TRANSCRIPTIONAL_REGULATION,PGPT0014945-rsbRD|yqhA-K17763 NA NA D1-12_03496 366 rsbS COG1366 RsbT antagonist protein RsbS GTGAGACATCCAAAAATCCCGATCCTGAAACTGTATAACTGCTTATTGGTATCCATCCAATGGGAACTTGACGACCAGACAGCTTTGCATTTTCAAGAAGATCTGCTGAACAAAATCTATGAAACCGGCGCAAACGGGGTCGTCATTGACCTGACATCCGTTGACATGATCGATTCATTTATCGCGAAAGTGCTCGGCGATGTCATCACCATGTCTAAATTGATGGGCGCAAAGGTCGTATTGACGGGAATTCAGCCGGCTGTGGCGGTCACATTGATTGAACTCGGAATCTCACTTGAGGAAATTGAAACGGCGCTCGATTTAGAGCAAGGGCTTGAGACATTGAAGCGGGAATTGGGGGAATAG MRHPKIPILKLYNCLLVSIQWELDDQTALHFQEDLLNKIYETGANGVVIDLTSVDMIDSFIAKVLGDVITMSKLMGAKVVLTGIQPAVAVTLIELGISLEEIETALDLEQGLETLKRELGE PGPT0014945_1390 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-TRANSCRIPTIONAL_REGULATION,PGPT0014945-rsbRD|yqhA-K17763 NA NA D1-12_03497 402 rsbT COG2172 Serine/threonine-protein kinase RsbT ATGAACGACCAATCCTGTGTGAAAATCATGACAGAATGGGATATCGTAGCCGCAAGACAGCTTGGCCGCAACGTTGCGAAGGAATTAGGCTTCGGCACGGTGGACCAGGCCAGAATCACGACGGCTATCTCAGAATTGGCCAGAAACATTTACTTATATGCAGGCAAGGGCCAGGTCAGCATAGAACAAGTAAACGACAGAGGGAAAAAAGGCCTTAAAATTATAGCGGAAGACAAAGGACCCGGAATCCCCGACATCCGTAAAGTGATGGAAGACGGCTTTTCAACGTCAGGCGGACTGGGAGCGGGACTTCCGGGCGTCAAAAGGCTGATGGACGAATTCAGCCTGCAATCTGTTGCAGAGGAAGGAACAGAGATTCAAGCCGTGAAATGGCTTCGGTAG MNDQSCVKIMTEWDIVAARQLGRNVAKELGFGTVDQARITTAISELARNIYLYAGKGQVSIEQVNDRGKKGLKIIAEDKGPGIPDIRKVMEDGFSTSGGLGAGLPGVKRLMDEFSLQSVAEEGTEIQAVKWLR NA NA NA NA NA D1-12_03498 1008 rsbU COG2208 Phosphoserine phosphatase RsbU GTGGATTTCAGGGAGGTTATTGAGCAGCGGTATCATCAGCTGCTTAGCCGATATATAGCCGAATTAACAGAAACATCTTTATATCAAGCCCAAAAATTCAGCCGAAAAACGATTGAACATCAGGTTCCTCCGGAGGAGATCATCAGCATCCACCGAAAAGTAGTAAAGGAACTGTATCCGGATCTGCCGGAAGATGTTTTTCATTCGCTGGATTTTTTAATAGAAGTCATGATTGGCTACGGGATGGCTTATCAGGAACATCAAAGTCTGAGAGATATCCAGCAGGAGCTTCGTTCAGAAATTGAAATTGCCGCAAATGTTCAGCAGACGCTGCTTGGCACAAAAATTCCTGAAGAAGAAGATCTGGATATCGGGGCAATCAGCGTCCCCGCCAAACAGATGAGCGGGGATTATTATCACTTTGTCAAAGACAAGGAATCGATTAACATCGCGATAGCCGATGTCATCGGAAAAGGAATACCCGCCGCATTGTGCATGTCGATGATCAAGTATGCCATGGACTCTCTTCCGGAGACCGGCATTCACCCCTCCCAAGTGCTGAAAAATCTTAACCGCGTTGTAGAACAGAACGTGGACTCAAGCATGTTTATCACCATGTTTTACGCAAACTACAATACGAAAAATCACCAATTTACATATGCTTCTGCGGGGCATGAACCGGGCTTCTACTACTCTGAAAAAGAAAAAAAGTTTTATGATCTGGAGGCAAAAGGATTGGTGCTGGGAATTTCTCAGGATTTTGATTACAGCCAATATGAACAGCACATGGACGAAGGAGATATGATCGTTCTTTTTTCTGACGGCGTCACCGAATGCCGTACCGAAAACGGTTTCTTAGAACGCAGCGACATTCAGCGCATGCTGGAAGAACATATGGACTGCTCCGCGCAGGATATGGTCAAAAATATTTACGACAGCCTGCTGAGACTCCAGGACTTTCAGCTTCATGACGATTTTACGTTAATTGTTTTGAAAAGAAAGGTTTAA MDFREVIEQRYHQLLSRYIAELTETSLYQAQKFSRKTIEHQVPPEEIISIHRKVVKELYPDLPEDVFHSLDFLIEVMIGYGMAYQEHQSLRDIQQELRSEIEIAANVQQTLLGTKIPEEEDLDIGAISVPAKQMSGDYYHFVKDKESINIAIADVIGKGIPAALCMSMIKYAMDSLPETGIHPSQVLKNLNRVVEQNVDSSMFITMFYANYNTKNHQFTYASAGHEPGFYYSEKEKKFYDLEAKGLVLGISQDFDYSQYEQHMDEGDMIVLFSDGVTECRTENGFLERSDIQRMLEEHMDCSAQDMVKNIYDSLLRLQDFQLHDDFTLIVLKRKV NA NA NA NA NA D1-12_03499 330 rsbV COG1366 Anti-sigma-B factor antagonist ATGAATTTAACGGTAGATATGAAGGAGAATCTTTCAGATATACAAATCAATATCGCTGGAGAAATCGATGTATACTCAGCTCCGGTGGTTCGTGAAAAGCTGATGCCCCTGGCAAACGAGGGGAAGGACATGAGAATCTGCTTAAAAGATGTAAACTATATGGACAGTACGGGTTTAGGCGTTTTTGTAGGCGTGTTTAAAACGGTGAGCAAGGAAGGCGGCTCTCTGAAGCTTGAGAATCTTTCCGACCGGCTCGTCCGTCTGTTTGAAATTACGGGGCTTAAGGACATCATCGACATTTCGGCAAAGTCAGAAGGTGGCGTGCAATGA MNLTVDMKENLSDIQINIAGEIDVYSAPVVREKLMPLANEGKDMRICLKDVNYMDSTGLGVFVGVFKTVSKEGGSLKLENLSDRLVRLFEITGLKDIIDISAKSEGGVQ PGPT0014350_2454 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-TRANSCRIPTIONAL_REGULATION,PGPT0014350-rsbV-K04749 NA NA D1-12_03500 483 rsbW COG2172 Serine-protein kinase RsbW ATGAGTACATCAGTTGATTATATAGAGATGAAAATTCCGGCCGAACCGGAATATGTAGGAATCGTCAGGCTTACGTTATCAGGGGTCGCAAGCAGAATGGGCTATACCTATGATGACATTGAAGATTTGAAAATCGCTGTCAGCGAAGCTTGTACAAACGCTGTCCAGCATGCATACAACGATGAAAATAAGGGAGAAGTATCCGTGCGGTTCGGTGTGTTTGAGGATCGGCTGGAGGTCATTGTCGCCGATCAGGGAGACAGCTTTGATTTTGATCAGAAGCAGCAGGATCTCGGGCCGTACACACCTTCGCACACAGTCGATCAATTGTCAGAAGGAGGGCTCGGTCTGTATTTAATGGAAACGCTCATGGATGAAGTCAAAGTTCAAAGCAACTCTGGCGTAACCGTGGCGATGACAAAGTATTTAAATGGGGAGCGAGTTGATCATGGCACAACCATCAAAAACTACGAAACTAACTAA MSTSVDYIEMKIPAEPEYVGIVRLTLSGVASRMGYTYDDIEDLKIAVSEACTNAVQHAYNDENKGEVSVRFGVFEDRLEVIVADQGDSFDFDQKQQDLGPYTPSHTVDQLSEGGLGLYLMETLMDEVKVQSNSGVTVAMTKYLNGERVDHGTTIKNYETN PGPT0014950_335 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-TRANSCRIPTIONAL_REGULATION,PGPT0014950-rsbW-K04757 NA NA D1-12_03501 789 sigB COG1191 RNA polymerase sigma-B factor ATGGCACAACCATCAAAAACTACGAAACTAACTAAAGATGAAGTTGATCGGCTCATACGCGACTTTCAAACACATGATAATAAAGAAGCCCAGGAAACACTCGTCGAGGTGTATACCAATCTCGTCGAAATGCTGGCAAAGAAATATTCAAAAGGAAAAAGCTTTCACGAAGACCTCCGCCAGGTCGGAATGATCGGACTTCTCGGAGCCATTAAACGGTATGATCCCGAGGTCGGCAAATCCTTTGAAGCATTTGCGATTCCGACCATCATCGGCGAGATCAAACGCTTCCTCAGAGATAAAACATGGAGCGTACACGTTCCGAGACGGATTAAAGAACTCGGGCCGCGCATTAAAATGGCGGTGGATCAGCTGACGACAGAGACGCAGCGGTCGCCGAAAGTCGAAGAAATCGCAGCCTTTCTCGATGTGTCAGAAGAGGAAGTGCTTGAAACGATGGAGATGGGAAAAAGCTATCAGGCGCTTTCTGTCGATCACAGCATCGAAGCGGATGCGGACGGAAGCACCGTCACGATTTTAGATATCGTCGGTTCGCAGGAGGAAGGATACGAACGCGTCAACCAGCAGATGATGATCAAAAGCGTGCTTCATGTGCTGTCCGACCGCGAAAAACAGATTATCGATCTAACATTTGTGCAAAATAAAAGCCAAAAAGAAACAGGGGACATTCTCGGAATATCTCAAATGCACGTCTCGCGCCTGCAGCGGAAAGCGGTGAAAAAACTGAGAGAGGCCTTGATTGGAGATCCCTCCATGGAGCTAATGTAA MAQPSKTTKLTKDEVDRLIRDFQTHDNKEAQETLVEVYTNLVEMLAKKYSKGKSFHEDLRQVGMIGLLGAIKRYDPEVGKSFEAFAIPTIIGEIKRFLRDKTWSVHVPRRIKELGPRIKMAVDQLTTETQRSPKVEEIAAFLDVSEEEVLETMEMGKSYQALSVDHSIEADADGSTVTILDIVGSQEEGYERVNQQMMIKSVLHVLSDREKQIIDLTFVQNKSQKETGDILGISQMHVSRLQRKAVKKLREALIGDPSMELM PGPT0015025_953 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS OTHER_MOTILITY_REGULATING_FUNCTIONS OTHER_MOTILITY_REGULATION,PGPT0015025-sigM|rpoE-K03090 NA NA D1-12_03502 603 rsbX Phosphoserine phosphatase RsbX ATGATTCAGGTTGAAGAAAATGAACATGTTCAAACTCTTGTATACCAATTAAATAAAGAAGGCAAGTCCATATGCGGCGACAGCTTTTTTATGAAGGCGAATGAAGAAGAATTAGTTTGCGCGGTAGCGGACGGTCTCGGCAGCGGATCTCTTGCCAACGAATCCTCGTCAGCCATTAAAGACATCGTGGAAACGTATGCGGATGAGGATGTGGAAAGCATCATTGAGCGCTGCAATCAAGCGATGAAAAACAAAAGAGGGGCGACTGCCTCCATCTTAAAAATCAACTTCATCAAAAGGGAATTGACATACTGCTCGATCGGCAATGTCCGTTTCTTCCTGCACTCCCCATCAGGCGAAGTCTTTCATCCGCTGCCGATTTCGGGTTACCTCTCAGGCAAACCGCAAAGATACAAAACGTATACGTCATCATACGAAAAAGGGGCGAGGTTCATCATCTACACGGATGGGCTTGAGGTCCCGCATATCCGCACCTGCTTAAAGCAGGGACACTCAATAGAAGATATATCAAAATCACTTCATCCGTACACAACATCCAGACGTGATGATTTGACCTATATTCTAGGGCAGCTTTTATCGTAA MIQVEENEHVQTLVYQLNKEGKSICGDSFFMKANEEELVCAVADGLGSGSLANESSSAIKDIVETYADEDVESIIERCNQAMKNKRGATASILKINFIKRELTYCSIGNVRFFLHSPSGEVFHPLPISGYLSGKPQRYKTYTSSYEKGARFIIYTDGLEVPHIRTCLKQGHSIEDISKSLHPYTTSRRDDLTYILGQLLS PGPT0014955_53 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-TRANSCRIPTIONAL_REGULATION,PGPT0014955-rsbX-K05518 NA NA D1-12_03503 2160 yhgF COG2183 Protein YhgF ATGGAAACGTTAGCCCTTTTGAAAAAACAAATTGCTGAAGAAACAGCGTTATCCCAAAAACATGTCGAAAGTGTCATCCGCCTGCTGGAAGACGGCAATACCGTCCCGTTTATTGCGCGGTACCGAAAAGAGCAGACCGGCTCAATGGACGAGGTGCAGATTCAGGCAATCTCCGAGCGGTGGCAATACATACAAAACCTGACGCAGCGGAAAGAAGAAGTCATCAGATTGATCTCTGAGCAGGACAAGCTGACGGAAGGGCTGAAGCAAAAAATCGAACAAGCGGTCAAGCTTCAGGAAGTCGAGGATTTATATCGTCCCTTCAAACAAAAACGGAAAACAAAAGCCACCGTCGCCAAAAGCAAAGGCCTTGAACCGCTTGCGGACTATATTCTTTCTCTCCCGAAAGAAAACCGCCTTCCCGACATCGCTGATCAATATATCAGTGCAGAAAAAGAAGTCGCTTCAAGAGAGGAAGCCATTGAAGGCGCGAAGCACATCATAGCCGAACAAATCTCGGATGATCCTCATTTCAGAAAGTGGATTCGCCAGGAAACGTATAAAAAAGGAATTCTCACTTCCGCGGCAGGCAAGTCAGCCGCAGATGACGAGAAAAACGTCTATGAAATGTACTACGAGTACGAAGAGCCGATCCAAAAGGTCGTTCCTCACAGAGTGCTTGCGATGAACCGCGGTGAAAAAGAAGGCATTTTAAAGATTGCGATCGAACCGCCCGCCGATCAGATAAAAACTTATTTAGAAAAGCAAATCATCAAACACCGTGAAACGCCTGTGAAAGAAACGCTGAAAGAAGCCATTGAGGACAGTTACAAACGTCTGATCCAGCCGGCTATTGAGCGCGATATCCGCAAAGAGCTGTCAGAAAAAGCAGACGCGCAGGCGATTCATATTTTCGCTGAAAACCTGCGTAAGCTCCTGCTGCAGCCGCCGATGAAGGGAAAAGTCGTGCTCGGCGTCGATCCGGCCTTCCGTACGGGGTGCAAACTGGCAGTTGTTGATGAGACGGGAAAAGTGTTGAAAATCGACGTCATTTACCCGCACGCTCCCGTAAAAAAGACAGCGGAAGCCCGGAAAAAAATCAAAGAATTGCTGGACCGGTACGAAGTCGAGGTTGTGGCGATCGGAAACGGCACGGCATCACGGGAGACAGAGCAATTCGTCGTTGATGTGCTGAAAGAAACAGAGCGTGACATTTATTATGTCATCGTCAATGAGGCCGGAGCAAGCGTGTATTCCGCGTCAGAAATCGCCCGTGAAGAATTTCCGGATTTTCAGGTCGAAGAGCGCAGCGCCGTCTCCATCGCGCGGAGGTTGCAAGACCCGCTGGCCGAGCTTGTAAAAATCGATCCTAAATCCGTCGGCGTCGGGCAATACCAGCATGATGTGAGCCAAAAGCATTTAAATGAATCACTCCGTTTTGTCGTAGAGACCGTCGTCAACCAAGTCGGGGTGAATGTCAATACAGCATCAGCCGCGCTTCTTCAATATGTAGCCGGGTTATCCAAAACCGTTGCCGGCAATATCGTTAAAAAAAGGGAAGAGCTCGGCAAATTCACAAACCGCAAAGAGCTGAAAGAAATCCCGCGTCTCGGCGCAAAAACATATGAACAGTGCATCGGCTTTTTGAGAGTGCCCGGAGGACCGGAGCCGCTCGACCGCACCGGGATACACCCGGAAAGCTATAAAGAGACAAAGGCGCTGCTCAAAAAACTGCAGCTCACTGCGAATCAGATCGGAAGCGCGGACGTAAAAGAGAAAATAAGCGCACTGCCGCTGTCTGAAACGGCTGAAGAGCTCGGTATAGGGGAAATTACACTTACGGATATTTGCGGGCAGCTGACAAGGCCGGAGCGAGATCCTCGTGACGAAGTGCCGAAGCCTTTGCTGAAAAAAGACGTTCTGCAGCTTGAGGATTTAAAGGAAGGAATGGAATTGCAGGGCACCGTCCGCAACGTTGTAGACTTCGGCGCTTTCGTCGATATCGGCGTCAAACAGGACGGGCTTGTGCACATTTCAAAACTGAGCAATCAATTCGTCAAACATCCTCTCGACGTCGTATCGGTCGGAGACATCGTCACCGTATGGGTCGAAGGGGTGGACGTGCAAAAAGGCAGAGTGTCGCTGTCTATGGTAAAATAA METLALLKKQIAEETALSQKHVESVIRLLEDGNTVPFIARYRKEQTGSMDEVQIQAISERWQYIQNLTQRKEEVIRLISEQDKLTEGLKQKIEQAVKLQEVEDLYRPFKQKRKTKATVAKSKGLEPLADYILSLPKENRLPDIADQYISAEKEVASREEAIEGAKHIIAEQISDDPHFRKWIRQETYKKGILTSAAGKSAADDEKNVYEMYYEYEEPIQKVVPHRVLAMNRGEKEGILKIAIEPPADQIKTYLEKQIIKHRETPVKETLKEAIEDSYKRLIQPAIERDIRKELSEKADAQAIHIFAENLRKLLLQPPMKGKVVLGVDPAFRTGCKLAVVDETGKVLKIDVIYPHAPVKKTAEARKKIKELLDRYEVEVVAIGNGTASRETEQFVVDVLKETERDIYYVIVNEAGASVYSASEIAREEFPDFQVEERSAVSIARRLQDPLAELVKIDPKSVGVGQYQHDVSQKHLNESLRFVVETVVNQVGVNVNTASAALLQYVAGLSKTVAGNIVKKREELGKFTNRKELKEIPRLGAKTYEQCIGFLRVPGGPEPLDRTGIHPESYKETKALLKKLQLTANQIGSADVKEKISALPLSETAEELGIGEITLTDICGQLTRPERDPRDEVPKPLLKKDVLQLEDLKEGMELQGTVRNVVDFGAFVDIGVKQDGLVHISKLSNQFVKHPLDVVSVGDIVTVWVEGVDVQKGRVSLSMVK NA NA NA NA NA D1-12_03504 114 cmpA Cortex morphogenetic protein A ATGCCGAATTGGCTGATGAAACAAATGCAAAAAGCGTTTTTAGAAAAGGACAATTACCAAATCAAACTGCTGAATCAGTGCTGGTATTTCTACAGAAAAAAACACTGCTCGTAA MPNWLMKQMQKAFLEKDNYQIKLLNQCWYFYRKKHCS NA NA NA NA NA D1-12_03505 333 Protein SprT-like protein ATGCTGTCTTCCCATAACATCGAATTAAACCGCAAATATCTGATCGAACACGGGCAGAGCGAGCTGGTAGGAATCATCAAACACGAGCTGTGCCATTATCATCTTCATCTTGAGGGAAAAGGGTACAAGCACAGAGACAAAGACTTCAGAGACCTGCTTCAGAAAGTCGGAGCGCCGAGATTCTGCACGCCGCTGCAAACCAAAAAGCCACAAAAGAAAACATATATGTATAGATGCGCGGCTTGCGGCCAACAGTATATAAAGAAGCGGGCAATGAACCCGGAAAGATATGCCTGCGGAAAGTGCAGAGGAAAAATCAAAAGAATTTTTTAA MLSSHNIELNRKYLIEHGQSELVGIIKHELCHYHLHLEGKGYKHRDKDFRDLLQKVGAPRFCTPLQTKKPQKKTYMYRCAACGQQYIKKRAMNPERYACGKCRGKIKRIF NA NA NA NA NA D1-12_03513 1404 proP Proline/betaine transporter ATGAAGTTTAACAAGAAAAAAATTAACGTTGTAGACATTCAAAAAGCGAAGAAAAGCGTGTTTGCTACAGGGATAGGAAACGCGATGGAATGGTTTGATTTTGCTTTATATTCTTATTTGGCAGTTATTATTAGTAAAAACTTTTTCAGTCCGGTTCAAAACGATGAATTAAAGTTAATATTTACTTTTGCTACATTTGCAATTGCCTTCTTACTTAGACCGGTAGGCGGAATTATTTTTGGTAAAGTGGGTGATAAATTTGGTCGGAAAATAGTATTAACAATTACTATTTTAATGATGGCTTTATCTACTTTAATAATTGGTGTGCTTCCTACCTATGACCAGATTGGTGTATGGGCCCCTATATTATTACTCTTAGCTCGTATTCTGCAAGGTTTTTCTGTGGGTGGAGAGTACGCTGGTGCAATGGTATATATCGCAGAATCTTCTCCAGATAATAAACGTATAAGGTTAGGCAGCGGTTTAGAAATCGGCACATTATCTGGTTATATAGTAGCGTCTGTTTTAGTTACAGTACTTTTCTGGACTTTATCTGATGTTCAAATGAATAGTTGGGGATGGAGAATTCCTTTCTTCTTGAGTATTCCAATAGGATTATTTGGTTTATATTTGAGAAGTCATTTAGATGAATCACCAATCTTTGAAAATGACATCTCTGAAAACCAAGAACAACAACCAGGTTTATTAGAAGTCATTAAAACATATAAAAAAGATATCTTTTTATGTATCGTATTTGTGGCATTTTTCAATATAACCAATTACCTATTGTTAGGTTATATGCCTTCTTATTTAGATGAGAACCTTGGTATAAGTGATAATATAAGTACACCGGTTACAGCAATTGTATTGATTATTATGGTACCGTTCGCTTTAACTTTTGGTAAATTGGGAGATAAATTAGGAAATAAAAAAGTTATAACAATTGGATTAGTATTAGGAATTGTATTTTCGATTGTCTCTTTTCAATTTCTTAATATGGGGAGTCTAATATTCTTATTTATAGGACTTTTAATGTTAGGTATTGTATTATCTGTATACGAAGGTACTATGCCAGGATCTTTACCTACGTTGTTCCATACTGACATTAGATATCGAACATTATCCTGGACATTCAATTTATCAGTTTCTATTTTTGGCGGAACAACACCTTTAGTTGCTTCTTGGTTAACCCATGTGACAAGAAACAATTTGGCGCCGGGTTTCTATTTATTAGCAGTTAGTTTAATTGGCTTAATAGTTGTGTTAACCTTATTTAAAGATACTTCAGGTAAATCTTTAAAAGGTTCTTACCCAACAGTTGCTTCTAAAGCTGAGTTTCAAGAAGCTGTTGAAAATCCAAAAGATTCACTGTGGTGGAAAATGGAACAAACAGAAAAGGAATAA MKFNKKKINVVDIQKAKKSVFATGIGNAMEWFDFALYSYLAVIISKNFFSPVQNDELKLIFTFATFAIAFLLRPVGGIIFGKVGDKFGRKIVLTITILMMALSTLIIGVLPTYDQIGVWAPILLLLARILQGFSVGGEYAGAMVYIAESSPDNKRIRLGSGLEIGTLSGYIVASVLVTVLFWTLSDVQMNSWGWRIPFFLSIPIGLFGLYLRSHLDESPIFENDISENQEQQPGLLEVIKTYKKDIFLCIVFVAFFNITNYLLLGYMPSYLDENLGISDNISTPVTAIVLIIMVPFALTFGKLGDKLGNKKVITIGLVLGIVFSIVSFQFLNMGSLIFLFIGLLMLGIVLSVYEGTMPGSLPTLFHTDIRYRTLSWTFNLSVSIFGGTTPLVASWLTHVTRNNLAPGFYLLAVSLIGLIVVLTLFKDTSGKSLKGSYPTVASKAEFQEAVENPKDSLWWKMEQTEKE PGPT0013645_906 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_PROLINE_TRANSPORT,PGPT0013645-proP-K03762 NA NA D1-12_03514 483 hypothetical protein TTGTCAGTCACCTTCATCCTTCTGTTGACTGCGTGCGGCGGTAGTAAATATGATAATGCAATTAATGAAGTGATGAAGCAGGAGAAGAAAGTCAGAAAAGAAATGCGAGCAGATTCAGATGAGTACAAAAGAGATAACGCCATAATTCGTGTATATGATGACGGGAAGTATATTCAACTTGCGTTTTATCAGCCAGAAGAAAGTTCTCGCAAGCTTACTGCTTATTCTTATTATGAGAAGCTTGGAGATTCTTATGAGGAAATGACACATATGCCGGGTGATAGTGATGGCGACCGCCTTGGTCTTTATAAGAAAACACCTGATTATAAAGAGGTTAAAAGCAAGGAAACCAAAACAATGTGCTTGTTCATTCCTGATAGGGGAACAATTGTTTCACCGTTAAGTTGTTGTGTGAGAGCCAGTATGTTAAAATGCTACGTAGATTTAATAATAAAGTTTAGATTCAAGGAGATTTATTTATGA MSVTFILLLTACGGSKYDNAINEVMKQEKKVRKEMRADSDEYKRDNAIIRVYDDGKYIQLAFYQPEESSRKLTAYSYYEKLGDSYEEMTHMPGDSDGDRLGLYKKTPDYKEVKSKETKTMCLFIPDRGTIVSPLSCCVRASMLKCYVDLIIKFRFKEIYL NA NA NA NA NA D1-12_03515 426 hypothetical protein ATGAAGTTGGATGAATTTACCATCGGGCAGGTTTTTCAAACTAAATCTTTTGAATTAACAAAAGAGAATATAATGAATTTTGCAGAAGTGTATGACCCACAATACATGCATTTAAATGAAGAAAAAGCAAAAATGGGCAGATTTAATGGAATTATTGCTTCTGGAATACAAACGTTATCTATTACTTTTAAGCTTTGGATTGAAGAAGGGTGTCATGAAGACGATATTATTGCTGGGACAGGAATGAATAATATAAAATTCCTAGCACCCGTTTACCCTAATGATAAACTGCACACTATTGTTAAGGTTATTGATAAAAAACCAAATAAAAGCCAGACGGGGATACTTACTGTATTGTTATCTACCTATAATCAGAAAGAAGAAAAAGTGTTTGAAGGTGAGTTATCAGTATTAATGAAACGCTAA MKLDEFTIGQVFQTKSFELTKENIMNFAEVYDPQYMHLNEEKAKMGRFNGIIASGIQTLSITFKLWIEEGCHEDDIIAGTGMNNIKFLAPVYPNDKLHTIVKVIDKKPNKSQTGILTVLLSTYNQKEEKVFEGELSVLMKR NA NA NA NA NA D1-12_03516 342 yjbR COG2315 putative protein YjbR ATGAATTATGATGAAATAAAAGATTACTGCCTAACCTTTCCAAACTCTTATGAAGACCATCCTTTTGGAGATGGTTGGACTGCAATTCGGCACAAAGGGAATAAGAAAATATTTGCACTTATCTTCACCCGCGACGAACACTTATGTGTCAACCTTAAATGCGAACCTGAAAGGGCTGATTTTCTACGTGGTCTTTTTGAAGAAATCAAGCCCGGATACCATATGAACAAGGAGCATTGGAATACTCTTACCTTAGATGAGGGACTCCCAGAGCACCAAATCCATGACATGGTAAAGTACAGCTTTGAACTGACAAAACCAAAAAGTAAAAAGGAAACATAA MNYDEIKDYCLTFPNSYEDHPFGDGWTAIRHKGNKKIFALIFTRDEHLCVNLKCEPERADFLRGLFEEIKPGYHMNKEHWNTLTLDEGLPEHQIHDMVKYSFELTKPKSKKET NA NA NA NA NA D1-12_03517 405 ywnA_2 COG1959 Putative HTH-type transcriptional regulator YwnA TTGGCTCTTATTGAAATAAATGAAGACGGAATTAGCACTTCTGAATTTTTAGCTGGAAGTGTAAATACAAATCCCGCCTTCATAAGAAAAATTATGGGGATGCTGAAAAAAGCAGGTTTAGTAAAAGTTCGGCCAGGTATTGCAGGAGCTGAATTAGCGAGGGATTTAACTGAAATCACCTTACTTGATGTTTATAGAGCAGTTCATGTTGTTCAAGATAAAGAATTGTTTAGTATACATGAAAATCCCAATCCTCAATGTCCTGTAGGCCGGAACATTCAAAGTACAATTGGTCCAATATTTGAAATCGCCCAATCTGCCTTGGAAAAAGCTCTTGGGCATATCACAATTGATGATGTGGTAAAGGATATTATTGAAAAAGAAAAATTGACCAATAATTGTTAA MALIEINEDGISTSEFLAGSVNTNPAFIRKIMGMLKKAGLVKVRPGIAGAELARDLTEITLLDVYRAVHVVQDKELFSIHENPNPQCPVGRNIQSTIGPIFEIAQSALEKALGHITIDDVVKDIIEKEKLTNNC NA NA NA NA NA D1-12_03518 639 hypothetical protein TTGAAAATTGGAATCATTGGTGCAACCGGAAAAGCTGGAAGTCTTATCTTGAAAGAAGCGGTAAGCAGGGGACATGAAGTAACTGCAATTGTAAGAGATGCTGCAAAACTTAAAGGGGAAAAGATTTCAATCATTGAAAAAAATATAATTGATCTTACATCGGATGATCTAAAAAAGTTAGATGTAGCAGTTAATGCCTTCGGTGCTCCATTAGGAGAAGAACAGGCACATGTAGATGCTGGCCGGGCATTAATTAGGGCATTAAAAGGAACGGGCACAAGAGCTGTAATTGTAGGTGGAGCAGGGAGTCTTTATGTAGACGAAAATAAAACTGTCAGTGTAATGGATACACCTGATTTCCCGGAGATTTTTATTCCAACAGCTAAAGGGCAAGGTCGTAACTTGCAAGAACTAAAGGAAACTTCTGATATTAACTGGACATTTATCAGTCCTTCAGCGGTATTTGACCCAGACGGGAAAAGAACTGGATTTTATCAGTCAGGAAAAGATCATCTTCTTGTGAATTCGAAAGGCGAAAGTTATATCAGCTATGCAGACTATGCAATTGCAGTATTGGATGAAATTGAAAATCCAAAACATATAAATGAACGCTTTACAGTTGTTGGAGAAGCTGAATAA MKIGIIGATGKAGSLILKEAVSRGHEVTAIVRDAAKLKGEKISIIEKNIIDLTSDDLKKLDVAVNAFGAPLGEEQAHVDAGRALIRALKGTGTRAVIVGGAGSLYVDENKTVSVMDTPDFPEIFIPTAKGQGRNLQELKETSDINWTFISPSAVFDPDGKRTGFYQSGKDHLLVNSKGESYISYADYAIAVLDEIENPKHINERFTVVGEAE PGPT0020900_827 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 D1-12_03520 204 cspC COG1278 Cold shock protein CspC ATGGAACAAGGTACAGTTAAATGGTTTAATGCAGAAAAAGGTTTTGGATTTATCGAACGTGAAAATGGAGACGATGTATTCGTACACTTTTCTGCAATCCAAAGTGACGGATTCAAATCTTTAGACGAAGGTCAAAAAGTAACGTTTGACGTTGAGCAAGGTGCTCGTGGAGCTCAAGCTGCTAACGTTCAAAAAACTGCTTAA MEQGTVKWFNAEKGFGFIERENGDDVFVHFSAIQSDGFKSLDEGQKVTFDVEQGARGAQAANVQKTA PGPT0014675_6769 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS LOW_TEMPERATURE_TOLERANCE COLD_SHOCK_PROTEINS,PGPT0014675-cspA-K03704 NA NA D1-12_03522 462 carD COG1329 RNA polymerase-binding transcription factor CarD ATGTTTCAAATTGGCGATAACATTGTTTATCCAATGCACGGAGCAGGTACAATTGAAGCCATAGAAGAAAAACAATTCTTAGAGGAAAAACAACAGTATTATGTCATAAGAATGTCAATCAGTAATATGACAGTTATGATTCCAACGCGTAAAATATTGAGTTCAAATATACGGCCGGTTACTGATATACGTGCATTAAAACACATTATACACATTTTTCAGCATGGAGAATCAGATAGGCTACTGCCGTGGAAGCAAAGGTATATAGTAAACACGAACAAAATAAAAACGGGTGAAATACAAGAAGGCGCTGAAGTTGTACGTGATTTAAGACGGATGAAGAAAGAAAAAGCACTTAATTCAAGCGAAAAAAAAATGTTGGATAATGCATATGAATTTTTGATTAGTGAACTGGAATTCATTAAAGGAATCACTGAAAAACAAATAAAAAGTTTTTGCTAA MFQIGDNIVYPMHGAGTIEAIEEKQFLEEKQQYYVIRMSISNMTVMIPTRKILSSNIRPVTDIRALKHIIHIFQHGESDRLLPWKQRYIVNTNKIKTGEIQEGAEVVRDLRRMKKEKALNSSEKKMLDNAYEFLISELEFIKGITEKQIKSFC PGPT0014830_1553 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-STRINGENT_STRESS_RESPONSE,PGPT0014830-ydeB|carD-K07736 NA NA D1-12_03523 681 racX COG1794 Broad specificity amino-acid racemase RacX ATGATTGGAATACTGGCAGGAATGGGGCCAAAATCTACTGGGCCATTTGTAGATAAAGTAGTAGACGAGTGCCAAAAAATATATGGAGCAATACACGACATGGATTTTCCTCATATGATGATTTATTCTTGTCCGACTCCTTTCTACATGAATAAACCTCTCAATCATACGGACATGGAAAATGCAATTATTGAGGGGGCTGTAAAGCTTGAAAAAACGGGTGTTAATTTTATTGCAATCCCATGTAATACCGCACATATTTATTTTAATCAAATAAAAAAATCGCTTTCAGTCCCTTTACTAAACATGGTTGATGAAACCATAAAAAAAATACCTAAAGGCTCAAAAAAAGCAGCTCTTTTAGCCACCGTTCCTACGGTTCAATCTGGAATATTTCAAGAAGCGTTAAACAGAGAAGGTTATGATTTTTTACATCAAGATAGTTGGCAAATCTATGTCGATCACATAATAGAAAAGATTAAACAAGGTCAAATCGATAAGGCTGGTACATTATATGATGAATTACACCGTGAATTAGCAGAAAAGGTTGATACGGTTATCATTGCATGTACGGATTTAAATATGGTCACGGATCAAAAAAGCAGCGAACTTACCTTTGTTGATTCATCAGCTTGTCTCGCTCAAGCCATTGTAAATAAGTATGTATCATTAACAAAATAA MIGILAGMGPKSTGPFVDKVVDECQKIYGAIHDMDFPHMMIYSCPTPFYMNKPLNHTDMENAIIEGAVKLEKTGVNFIAIPCNTAHIYFNQIKKSLSVPLLNMVDETIKKIPKGSKKAALLATVPTVQSGIFQEALNREGYDFLHQDSWQIYVDHIIEKIKQGQIDKAGTLYDELHRELAEKVDTVIIACTDLNMVTDQKSSELTFVDSSACLAQAIVNKYVSLTK NA NA NA NA NA D1-12_03524 570 hypothetical protein ATGAAGAAATTTAAGATGTTTTTTGATATTGAAAAAGAGGAGCAATGGCTGAACGAGCAATTACAAAAAGGCTATCGCTGTACAAATATCAGCGGATTAGGAATATACACTTTCGAAAAAACCGACAAAAAATATGTGATGAGACTGGATTATCAAGATTATTTATCAAAGAAAAAATTCGAAGATTACAGAGAGATATATGAAGACTTCGGCTGGAGTTATATAAATGGCCCTTGGGGGCTTGGAACTCGATATTGGCAAAAAGAAGATGATGATCAAAATGAAATCTTCTCGGATCGCCAATCAAAGAGTAATTATTATAAAAGACTAATGAGTTTTTCATCTTGTTTTGGGTTACTGTGCTTGTTTTATTGTAATATGATTTACACGAATTCAGGTTTGTATTTAGCTGAAGGTCTGTGGAGTATGGAAGGCGCAATGTTTTGGAAAGCATTTTTATTTGAAACTCCATTTGCCCTTTTAAGGTCGCTTCCCGCTCTTATGGCCGTTCTCTTTGGCTGCAGTTTCTATAAAGCGTATCGAAAATATTCAATGTTAAAAGAACAATAA MKKFKMFFDIEKEEQWLNEQLQKGYRCTNISGLGIYTFEKTDKKYVMRLDYQDYLSKKKFEDYREIYEDFGWSYINGPWGLGTRYWQKEDDDQNEIFSDRQSKSNYYKRLMSFSSCFGLLCLFYCNMIYTNSGLYLAEGLWSMEGAMFWKAFLFETPFALLRSLPALMAVLFGCSFYKAYRKYSMLKEQ NA NA NA NA NA D1-12_03525 318 hypothetical protein ATGAAACATAAATTATTACCGCTGTCTGAAACCATGCATTATATTTTATTAGCTCTGCGGGAGCCGCTTCATGGCTATGCCGCCATGCAGAAGATCGAGAAGATGAGTAACGGAACTGTTATTTTAGCAGCCGGCACATTATACGGCGCGATTGAAAACTTGAATAAGCATGGCTGGATTGAACCTGTTGGAGAGTCGGGCCGGAGAAAAGTTTATATGATAACTGCGGAAGGAAGCGCCATTTTGAAGATGGAACAAAACAGGTTACTGCATATTTTATCCCTGCACGAAGGAAGTGAATCGAATGAAGAAATTTAA MKHKLLPLSETMHYILLALREPLHGYAAMQKIEKMSNGTVILAAGTLYGAIENLNKHGWIEPVGESGRRKVYMITAEGSAILKMEQNRLLHILSLHEGSESNEEI NA NA NA NA NA D1-12_03526 966 cotR COG3621 Putative sporulation hydrolase CotR TTGGCAAAATATCGGATCATGACCTTTGACGGGGGCGGTACCTTAGGTGCTTTAAGTTTACAACTATTGAACAGACTGGCTGAAGAAAATCCAGCATTAATAAGTCGAACCCATGTATTTGCGGGAAATTCAATCGGTTCATTTACTGCCCTTGCATTAGCAAGCGGAAGATCTCCGAAGGAAACACTTCAGTATTTTGAGGATGAAATCCTGCCCGCATTCAGCACTTCCCGGCCGGGCGGACCTGTTTTCAATCAACAATTCCCATATTCCGGTTTTATTAAAGCGGTACGAAACTTTTTCCCGCCAGGCCTTCGTCTTAAAGATGTAAGAAAACGAATTGTTGTCCCTTCATTCAAATTATACTCCCCAGCACTGGATCGTTGGACGCCCGTATTATTTCACAACTTTCCCGGCTCTCCCTATTTAAATGAGAAAGTGAGTGATGTCATACTGCGGAGCAGCGGTGCTCCCGCGACGCAACGAGCCTATCAAAACTACGTGGACGGATATGTAGTGGCAACGAACCCCAGTACGGCCAGTATCGCGTTTGCGGTTGGTAAAGCCAACGTGCCACTGGATCAAATTGCGGCGCTATCCATCGGTACAGGTGAAGCCCCGACTCGGTTAAGAAGAGATACGAGGGGGTGGGGAATGGTAAGTGCGGATAACATACGTCCCGAAAATCTGAAGAACCTTCCTCCAAATTGGGGAGTCCTTTTGGACAGGTCGCCTAATGAACCTTTACTGCCATTTCTTCAGATGATCTCCGGCGGAAATGGCTACTATGAATCCATGGTCAGCGCGAATCTGCTGGGAGATCGCTTTTTCCGGTTAGATCCGCGGATTCCTAACTTCTCCAAAACAGACCCTTCCGTGGTTCCCGCTGTCATTGAAATTGCGAACAAAACCAACTTACAGCCTGCTAATACTTTTATAGAGAAAAACTGGAACGACAGCCACTAA MAKYRIMTFDGGGTLGALSLQLLNRLAEENPALISRTHVFAGNSIGSFTALALASGRSPKETLQYFEDEILPAFSTSRPGGPVFNQQFPYSGFIKAVRNFFPPGLRLKDVRKRIVVPSFKLYSPALDRWTPVLFHNFPGSPYLNEKVSDVILRSSGAPATQRAYQNYVDGYVVATNPSTASIAFAVGKANVPLDQIAALSIGTGEAPTRLRRDTRGWGMVSADNIRPENLKNLPPNWGVLLDRSPNEPLLPFLQMISGGNGYYESMVSANLLGDRFFRLDPRIPNFSKTDPSVVPAVIEIANKTNLQPANTFIEKNWNDSH NA NA NA NA NA D1-12_03527 477 hypothetical protein TTGAATACGATTGACCTTATTGTTTTACATTTTGAAGAAGTAAGACGGCGAAGCATCAAGTTATGGACAGCTATACCTGAGGAAAAAATGGACTGGCGCCCGGATTCCGAAGCAATGTCGTGTAAGGAAATGATAAGACATGTAGTAGAAGCGGAATTTCTTTATCATCACATTTTACTAAAACAAATGAATGAGTCTTCAGAGGAATCTAAAAACCCGTATGAATCAAAAACGTTTACCACAGTAACCGAAGAATTAGAATTCGCAAAACCGTATCGGGCCGAGTTTTTGACATTCATCAAATCGTTAAACGAAACAGATTTAACAAATATAAAGATTGACAGGTCTGATGTTGGATATATTCGCGAACTAGGAGACATGTTATTAAGAATCGCTTACCATGAGTCCGTACATACCGGTCAGCTTTTAGACTATCTCAGAACTGCTGAGGTTGACAGGCCTTTAATTTGGGACTAG MNTIDLIVLHFEEVRRRSIKLWTAIPEEKMDWRPDSEAMSCKEMIRHVVEAEFLYHHILLKQMNESSEESKNPYESKTFTTVTEELEFAKPYRAEFLTFIKSLNETDLTNIKIDRSDVGYIRELGDMLLRIAYHESVHTGQLLDYLRTAEVDRPLIWD NA NA NA NA NA D1-12_03528 1197 ygeX COG1171 Diaminopropionate ammonia-lyase TTGTTTGCGAATATTGATTGGGTTTCGAATCATTTCAGATCTGATACGTTACCTCAGGAATCTTCCTATTTCTCTGCAGAGGAAACAAAAAAAGCGCTTCATTTTCATTCCGGCATTCCCGGCTATCAAGCAACACCGCTTCACTCGTTAAGAAGTCTCGCACAATATCTCGGCATAAACAGTCTTTATGTCAAAGATGAATCTAAACGCTTTAGCCTTAATGCTTTTAAAAGCTTGGGTGCTTCATATGCGATTGCTTCTTACTATAGTAAAAAACTTAAAATCGACCTTAATTCCATTCATTTTAACGAATTGGTTGAACTTGTAAAAAGCGCTCCTTCTGCTACATTTGCTACAGCTACCGACGGTAATCACGGAAAGGGACTGGCATGGGCGGCTTCCCTTTTTGGACAGAAAGCAAAGGTATATATGCCGAAAGGTTCTTCTCCCGCGAGATTGGAAGCCATTAAACATTTAGGTGCTGATGCGTACATTACAGATTTAAATTATGATGACACTGTTCAAATGGCGGCAGATTTATCTGAGAAACATCATTGGATTTTAGTTCAGGATACGGCTTGGGAAGGATACCAGCAAATTCCTCTCTCTATCATGCAAGGATATACAACAATTATTGCAGAAATATACAAACAAAATGAAGATTTCTTCAATACAATCAGTCATGTTATCCTTCAGGCTGGAGTGGGATCTTTCGCTGCTTCAATGGCAGCTTCCCTATTAAATGTAAAAAGCGGGAATAAGCCCAAAATCTCCATAGTTGAACCCGAAAGCGCAAATTGTCTGTACCGGTCAGCCCAAAGCGCCTCTGGATCACCTGTCCGAGTATACGGTGATCTTTCTACAATGATGGCTGGGCTTGCCTGCGGCGAACCCAACCCATTAGGTTGGAACATTTTGAGAACATGCAGTGATTATTTCTTTTCCTGTAATGACAAGATAAGCGCATTGGGGATGAGAATATTGGGTAATCCTATTGATCCGGATCCGAAGATTATTTCTGGTGAGTCAGGTTCCGTACCATTAGGTTTGCTGCATGAGTTAAGTAAGAATACTTCAATGGAACAGATAAAGAAGAAATTAGAATTAGATCAGTCATCTAATGTGTTAATGATTAATACAGAAGGTGATACTGATCCGGAAAATTATCGGAAAGCGGTTTGGGGAACAGATCATTAA MFANIDWVSNHFRSDTLPQESSYFSAEETKKALHFHSGIPGYQATPLHSLRSLAQYLGINSLYVKDESKRFSLNAFKSLGASYAIASYYSKKLKIDLNSIHFNELVELVKSAPSATFATATDGNHGKGLAWAASLFGQKAKVYMPKGSSPARLEAIKHLGADAYITDLNYDDTVQMAADLSEKHHWILVQDTAWEGYQQIPLSIMQGYTTIIAEIYKQNEDFFNTISHVILQAGVGSFAASMAASLLNVKSGNKPKISIVEPESANCLYRSAQSASGSPVRVYGDLSTMMAGLACGEPNPLGWNILRTCSDYFFSCNDKISALGMRILGNPIDPDPKIISGESGSVPLGLLHELSKNTSMEQIKKKLELDQSSNVLMINTEGDTDPENYRKAVWGTDH NA NA NA NA NA D1-12_03529 672 rspR_2 COG1802 HTH-type transcriptional repressor RspR GTGACAATGAACCAACAGCACCAATTAAAACGAACATTTATGAAAGTTGAAGCTTATCAGTTTCTGAGAGAGTGGATTATAACAGGTAAGCTTGAGCCGGGAGAAAGACTGAGAAATCAAGATCTATCTGAGACACTCGGAATCAGCCGCACGCCGGTCCGGGAGGCGCTGCTTCAGCTTGAAAATGAAGGTCTTGTCATAACGAAAGCCAATCGGTGGACAGTGGTAGCACCTATTGACCTGGAAAATGCGAAAGAGGTTTACTCGGTCGTTTGGTCTCTCGAGTGTCTCGCTTTTGAACAGGCACTTTCAAGATTTACACAAGATCATATAGACGAGATGGAAAAATTAAATAAGCAAATGAATGCAATAATGGAGACGGATGATAAGGTAAAAGCGCTGGAATTGGATAATGCCTTTCATCAAAAGATCATTGAAGTCTCAAATAATACTGAACTGCAGAAATTACTGCAAGGACAAAAAACGAAAATACAGAGAATTGAAATTCGGTATTTCAGTCAAAATCACGCAATGAATGCATCCTGCAGTGAACACAATCAAATATTAGACGCAATGAAGAATAAAGATCTTAAACAAGGACTGAATGCCATAAGGAGTAACTGGGAAAACAGTCTGACTCGAATCATTTTAAACAGCCAATTAAAAGCCTGA MTMNQQHQLKRTFMKVEAYQFLREWIITGKLEPGERLRNQDLSETLGISRTPVREALLQLENEGLVITKANRWTVVAPIDLENAKEVYSVVWSLECLAFEQALSRFTQDHIDEMEKLNKQMNAIMETDDKVKALELDNAFHQKIIEVSNNTELQKLLQGQKTKIQRIEIRYFSQNHAMNASCSEHNQILDAMKNKDLKQGLNAIRSNWENSLTRIILNSQLKA NA NA NA NA NA D1-12_03530 378 ridA COG0251 2-iminobutanoate/2-iminopropanoate deaminase ATGTTAAAAACAGTTTTTACAGAAAAAGCACCAAAAGCGATCGGACCTTATTCTCAAGGCATTAAAGTACAAGATTTTTTATTTTTATCAGGACAGCTTCCTGTTAATCCAAACACGGATGAAGTTCCGGCTGATATTAGGGAACAAACGATTCAAGTTTTAAAAAACATTGAATCCATTCTGAAATCAGAGGATTTAAAAATTGAAAATATAGTGAAAACGACTATTTTCCTTAAAAATTTAGGTGATTTTAAAGCTGTTAACGAGGAATATGGTAAATATCTTGGAGACCATCGTCCTGCGAGATCCACAATTGAAGTAAGCCGGTTGCCTAAAGATGTACAGATTGAAATTGAAGTCATCGCGTATTCCGGATAA MLKTVFTEKAPKAIGPYSQGIKVQDFLFLSGQLPVNPNTDEVPADIREQTIQVLKNIESILKSEDLKIENIVKTTIFLKNLGDFKAVNEEYGKYLGDHRPARSTIEVSRLPKDVQIEIEVIAYSG PGPT0020030_4030 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 D1-12_03531 1305 sdaC COG0814 Serine transporter ATGTCTATAGAACAGGATGTGGATGTGCGGTGCCGGAGTTCTTCATCGAATAATGCCTCTTATGAAGATCCGGCTAAATGGTGCAGGCAAAATACAATTTGGGTCTTAGGCCTGTTTGGCACAGCAATAGGCGCGGGCGTGCTTTTTTTGCCAATTAATGCGGGAATAGGGGGCATTCTGCCTCTGATGATCATCACTGTTCTGGCTTTTCCGATTACGTACTTTTCTCACAGAGCTTTGGCCAGATTTGTTTTATCGGCAGGTTCTGCAACAGACGGGATTTTAGCGGTGACAGGAGAATACTTTGGGGCGAAAGCAAGAAGAGTATTCACTGTCATTTATTTTCTTGCGATTTACAGCATCCTGTTAATGTATTCAGTTGCCATTACAAATACAGCTCAAAGCTTTATTGTGAATCAAATGAACATGCCAGAGCCGCCAAGGGGTTTAACTGCCGGATTTCTGATAGCAGGATTACTGTTTATCGTGCGTTTTGGTCAGGATGCGGTCATGAAGACTATGAGTTTGTTAGTTTATCCATTTATAGGTTCGTTATGTTTGATGGGGATCTATCTGATACCTAAATGGAATACAGCCATTTTGGATGTCACACACCTATCATTATCCGGATCAGGACAAGGGATGTTCATGACGGTATGGATGACATTCCCTGTCCTGGTGCTTTCATTTAATCATTATTCAATGATTTCACCATTCGTTGTAGCTCAAAGGCAGTGTTATGGAGACAAATTTGCTGATGATAAATGTGCCCAAATACAAAAATACAGTTATATATTGATGATACTTACTGTTTTATTTTTTGTATACAGCTGTGTATTCAGTTTGTCGCCGGCAGATCTTGCTATGGCAAAGAAACAAAACATCTCAATTCTCACTTATCTCGCCAACCATTTTCATTCAGCGTTTATTGCTTGTCTTTCCCCGATTATCGCATTTGTCGCAATTACGAAATCCTTTTTAGGACATTATATAGGAGCCTATGAGGCCATGCGGGATATCATTGTTGAGGTTTTTCCATCAAGAAATAATAAGAAAAAAACAGATTTTATCATTCTGTTTTTTATGTTTGTCACTTGCTGGCTAATAGCTTATATCAACCCAAGTATTCTAGGCATCATTGAAAGCATCAGCGGACCGATAGGGGCTGTTATTCTATTGCTGCTCCCTATGTATGCCATTCGTAAGCTGCCAGTATTAAAAATGTATCGAAATAAAATCAGTAATGTTTTTGTTGCGATTATTGGTGTCATCACTGTTTCGGCAATTATTTTTGCTTTATTTTAA MSIEQDVDVRCRSSSSNNASYEDPAKWCRQNTIWVLGLFGTAIGAGVLFLPINAGIGGILPLMIITVLAFPITYFSHRALARFVLSAGSATDGILAVTGEYFGAKARRVFTVIYFLAIYSILLMYSVAITNTAQSFIVNQMNMPEPPRGLTAGFLIAGLLFIVRFGQDAVMKTMSLLVYPFIGSLCLMGIYLIPKWNTAILDVTHLSLSGSGQGMFMTVWMTFPVLVLSFNHYSMISPFVVAQRQCYGDKFADDKCAQIQKYSYILMILTVLFFVYSCVFSLSPADLAMAKKQNISILTYLANHFHSAFIACLSPIIAFVAITKSFLGHYIGAYEAMRDIIVEVFPSRNNKKKTDFIILFFMFVTCWLIAYINPSILGIIESISGPIGAVILLLLPMYAIRKLPVLKMYRNKISNVFVAIIGVITVSAIIFALF PGPT0011650_177 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS|COLICINS,PGPT0011650-sadC|dcrA-K03837 NA NA D1-12_03532 1161 hipO COG1473 Hippurate hydrolase ATGAATGATATCACAATGAAAGATCAATTAATAAAATGGAGACATGACCTCCACATGATACCTGAAACAGCTTTTGAAGAACACATGACCTCAGTGTATATTGCTGAAGAATTAAAAAAAATGGGAGTAAGCGTTTGTTCGGGTCTGGGCGGAACAGGTATAGTCGCCACCTTAAAAGCGGGAGAAGGTTCAAAGGTTATAGGAATCAGAGCGGAACTGGACGCATTACACTTCACTGAAGCAGCAGATCATTCGTATGTGTCTAAAAATAAAGGGAAAATGCATGCCTGCGGTCATGACGGACATATGGCAATCCTTCTTGGGACAGCTAAAATATTGAGTGAAAGACAACATTTTAACGGCACCGTGTGTTTTATTTTTCAACCGGCGGAAGAACCGGGCAAGGGTGCGAGGGCCATGATTGAGGATGGACTTTTTGAACAATTTCCGCTCGATGAAATTTACGGATTGCATAATATGCCTGGATTGCCGGCGGGTACTTTTGCAACCCGCCCCGGGGGAATTATGGCCGGTGAAGATAACTTTGTCATCCGGATTAAAGGAAAAGGCGCTCATGCAGCCCGCCCTCATATGAGTATTGATCCATTGGTCATAGCGTCGCAAATTATTCTCGCCTTACAGACTATTGTGTCCAGAAATTTAGATCCAAGCGTTCCTGCCGTTATATCCTGTACGGAAATCGTAACAGACGGGGTGAGGAATGCGATTCCGACTTATGTGGAAATCAAAGGTGATACGCGAAGTTATTCTCCTGACACCCGACGTTTTCTCGAAGAAAAAATGAGGACTATCAGTTCCGGGATTTGTGAGATGCATGGTGCGGAGTGTCAGTTTGAGTATACACATGAATTTGCTCCAACGACGAATTGGGAAGAATATGTCGGGTTTACTGTTGAAGCTGCTGCTAAAACAGCCGGAAAAGAGAATGTCACTTCTAACATAAATCAGATGATGATTTCAGAAGATTTCTCGGCTTTTTTAGAGAAGGTTCCCGGTGTATTTGTTTTTCTTGGCAATGGTGATGAGCATGATCAAAAGGGCCATATTCCATTACACAGCCCGTCATATGATTTTAATGATGACATTCTTTTAACCGGTGCAGCGTATTTTGCGGAATTAGTTAAAATTCGCTTATCCTAA MNDITMKDQLIKWRHDLHMIPETAFEEHMTSVYIAEELKKMGVSVCSGLGGTGIVATLKAGEGSKVIGIRAELDALHFTEAADHSYVSKNKGKMHACGHDGHMAILLGTAKILSERQHFNGTVCFIFQPAEEPGKGARAMIEDGLFEQFPLDEIYGLHNMPGLPAGTFATRPGGIMAGEDNFVIRIKGKGAHAARPHMSIDPLVIASQIILALQTIVSRNLDPSVPAVISCTEIVTDGVRNAIPTYVEIKGDTRSYSPDTRRFLEEKMRTISSGICEMHGAECQFEYTHEFAPTTNWEEYVGFTVEAAAKTAGKENVTSNINQMMISEDFSAFLEKVPGVFVFLGNGDEHDQKGHIPLHSPSYDFNDDILLTGAAYFAELVKIRLS NA NA NA NA NA D1-12_03533 897 melR_2 Melibiose operon regulatory protein ATGCAAACGCAAAACTTTCTGATGGATGACAGTCTGCAAGATTTGACGAAACACCATACAATTGTTATGCCGGTTGCTTGCTATGAAAAAACCATTAAGAACCATTTGCACGGATATATTCCCCTTCATTGGCATGATGAAATTCAATTCGTGCTTATAATAAAAGGAGAAGCGCTGTTCCAAGTAAATGAGGAATGGGTGGTTGTCCGTCAAGGCGACGGGCTGTTTATTAACAGCGGCTGCCTGCATATGACAAAGGAGCATGGCAGTTCAGATTGTCTTTATATCTGTTTAAATGTCTCCCCGCATTTCGTTTTATCACAGGAACTCTACACGACCTATGTAAAACCTTTGATTCACGCAACGAATGTCCCTTACTTATATATCCACGCAGACGACCCTTTAGAAAAAAACATTCTGAATGCTGTATTAGAGATCCACAAATGCATCGAGCAAAAATCCCTCTTTTATGAAATAGATATCACGATGAAACTTACGTCTGTTTGGAAACACTTAATCGCCAATTGCTTCCACCTTGAATGTATCGAAACAGAATGGTTGAAGAACCAAAGGATGAAGAATATGCTGAGCTGGATCCATCAGCATTATGCTGAAAAAATCACATTGGAGGATATTGCGAAAGCCGGGCAGCTAAGCCGTTCTGAGTGCTGCCGCTATTTCAAGCGCTTTTTAAAATGTTCTCCGTTACACTACGTTATAGATTACAGAATTCAAAAAAGCTTATATTTATTGCAGCAAAGAGATGCGAGTGTGACAGACATTTCTTATCAAGTTGGTTTTAACAGCACAAGTTATTTCATCAGCAGGTTCAGACATGCCATGAAGATGACGCCGCTGGCTTATAAAAAACAAAAAAACAAAGAAAGACAGCACTGA MQTQNFLMDDSLQDLTKHHTIVMPVACYEKTIKNHLHGYIPLHWHDEIQFVLIIKGEALFQVNEEWVVVRQGDGLFINSGCLHMTKEHGSSDCLYICLNVSPHFVLSQELYTTYVKPLIHATNVPYLYIHADDPLEKNILNAVLEIHKCIEQKSLFYEIDITMKLTSVWKHLIANCFHLECIETEWLKNQRMKNMLSWIHQHYAEKITLEDIAKAGQLSRSECCRYFKRFLKCSPLHYVIDYRIQKSLYLLQQRDASVTDISYQVGFNSTSYFISRFRHAMKMTPLAYKKQKNKERQH PGPT0017780_37 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION PLANT_DERIVED_RHAMNOSE_DEGRADATION,PGPT0017780-rhaS-K02855 NA NA D1-12_03534 1248 hyuC COG0624 N-carbamoyl-L-amino-acid hydrolase ATGGCATCTGAACATGTGAACCTTTACATGAATTCTGAACGTTTACTCAGCCGTCTTAAGGAGCTTGGTGAAATCGGACGTGACCGCAATGACACACTCACAAGGTTAGCTGCTTCCGATGAAGATAAGGCGGGACGGGACTTATTGGTAACATGGATGAAAAAAGCAGGCTTAGAGGTTATGATTGATAAAATCGGAAATATTTTCGGGGTATGGTACGGTTCTGATCAGAATAATGATGCGCCCATTATGATCGGCTCTCATATCGACACGGTCATCAACGCGGGTATTTACGATGGATGTTACGGGGTTATTTCGGGACTTGAAGTCATAAACACTTTAAAGGAGTCCAGCTTCAAACCGGAGCGTCCGATTGTCATTGCGGCTTTTACCAATGAGGAAGGTGTGCGATATACTCCAGATATGATGGGATCACTCGTATTCGCCGGAGGACTTTCTTTAGAAAAGGCGCTTCAGACCCGCGGTACGGATGGGACGAAACTGGGTGAAGAACTTAAGCGTATAGGATATGAGGGAACAGAAAAGCCCGGCTTTTTAACACCGCACGCCTTTATTGAGCTTCATGTTGAGCAGGGGCCGATTTTAGACAAAACAGGCATTCCGGTCGGTGCCGTTGAGAATTTGCAAGGGATTTCCTGGCAGCGTATAACGGTTCAAGGCGTTTCAAATCATGCCGGGACAACTCCGACTGATATGCGTCAGGATGCCGGGCATGCAGCCGCACAAATCATAACGTATTTGCGCAAACGTGCCAATATGTCTAACGGCCAAACTGTCGCCACGGTCGGAACAATCAGTTTTGAGCCAAATGCTATCAATGTCATTCCATCATTGGCAGCACTTACAGTTGATTTGCGAGATCCGGACGAAAAGAGACTTCAAGAAGAAGAATCAGCACTGGCCGATTACCTGAAAGATTTGGAAGAGGCTGAAAACGTATCTATCACATCTGAACAATTAGTCCGTTTCAATCCCGTTGTATTTGATAAAAACATTGTTGCATTAATTGAGCGGGCTGCAAATAAACGGGGACTGGAATCAAAACGGATGACATCCGGTGCCGGGCACGATGCACAAATGATGGCCCGCATCTGTCCGACGGCTATGATTTTCGTTCCAAGTATAGAGGGGATCAGCCATAATCCTGAAGAATACACGAAAGATCATGACTTGGCTGCAGGTGTCAATGTATTATTAGATGTCGTTAGTGATCTTTCTTCTAACTAA MASEHVNLYMNSERLLSRLKELGEIGRDRNDTLTRLAASDEDKAGRDLLVTWMKKAGLEVMIDKIGNIFGVWYGSDQNNDAPIMIGSHIDTVINAGIYDGCYGVISGLEVINTLKESSFKPERPIVIAAFTNEEGVRYTPDMMGSLVFAGGLSLEKALQTRGTDGTKLGEELKRIGYEGTEKPGFLTPHAFIELHVEQGPILDKTGIPVGAVENLQGISWQRITVQGVSNHAGTTPTDMRQDAGHAAAQIITYLRKRANMSNGQTVATVGTISFEPNAINVIPSLAALTVDLRDPDEKRLQEEESALADYLKDLEEAENVSITSEQLVRFNPVVFDKNIVALIERAANKRGLESKRMTSGAGHDAQMMARICPTAMIFVPSIEGISHNPEEYTKDHDLAAGVNVLLDVVSDLSSN PGPT0021095_1557 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_DEGRADATION,PGPT0021095-pydC-K06016 NA NA D1-12_03535 1389 ptsJ COG1167 Vitamin B6 salvage pathway transcriptional repressor PtsJ ATGCCGATCAATTCTTTTGAAAACTATCCGATGAGCTGGAAGCCGGCGATTGATAAAACGGAAAAACCCATTTATAAAGCGATTGCAGAGAAATTAGAACAGGATATATTACAAGAAGTTTTATTACCCGGAACCAAACTGCCTCCTCAGAGAGAACTGGCTGATTTTTTGGATTTAAATGTAAGTACCATTTCAAAGGCTTTTAAAGTCTGCGAGTTAAAGGGTCTGCTGAGTGCCTCTGTCGGGAGCGGGACTTTTGTTGCTTATGATGCGTTATCGAATGCGTATCTGCTGGAAGATACAAAGCCGAAGCATCTGATTGAAATGGGGGCGACGCTTCCGGATCAGGCTTCTTATGAGCCGCTGCTGCTCCAGCTGAAAAGTATGCTGCAAGAGGAAGATTATGAAAAGTGGTTTGGCTATGGCCGGACGGGTGAAAGTCTTTGGCAGAAAGATGCGGCTGTTAAGCTGATTCGAAGAGGCGGATTTGAAACGTCCGTTGATCACATTTTATTTGCAAACGGCGGGCAAAATGCGATTGCCGCGGCATTGGCGAGTCTTTGTAAACCAGGAGACCGCATTGGAGTTGATCACCATACATACCCAGGCTTGAAAACTGCCGCTTCGATGCTGAGTGTGCAGATTGTGCCGATCAAATCAGAGAACAATGAGATGAGCCCTGCCTCATTTGAATATGCGTGTAAAAATGAAAATATTAAAGGCATCTACCTCATCCCGGATTATCATAATCCGACAGCGTCCTTTATGTCTGTTGAGAATCGAAAAATGATCGCGAAAATTGCAAAAAAATATAACCAATTCATTATTGAAGATGCCTCGTACCATCTTCTTGGCAAGAATCCGCTTCCGGCCATCGCATCATTTGCACCGGAACAGGTCATTCACATTGCCGGTTTATCAAAATCACTGGCACCAGGGTTAAGGATGGCGTATGTCGCCGTCCCGAGTCAATATAAGGAGCCGATTTCAAAGGCGCTTTACAATTTAAATATAACCGTTTCCCCGCTGTTAGCAGAACTCACTGCACGGACGATCGTATCGAATCAATTTGAAATCTTAATTGACAGTCATCGTGAACAGACTATTCGCAGAAACAAAATGGTCGATCAATATTTAACCGGCTATACGTGTGCAGGTGCTGAGACGGGAATCTTTCGATGGTTACTGTTACCCGGAAATATGACAGGTGCTGCATTTGAAAAATCAGCCGCACAGCATGGAGTGCAAGTATACGCGGCTGAACGTTTTGTCGTCGGGAACAGTTGTCCGGAAAAGGCTGTAAGGGTGTCTGTCTGTGCACCGAAAACGCTTGGGGAGCTTGAGCAGGGACTGCTGATTCTTAAACGCCTGCTGGATGAGCACATCTAA MPINSFENYPMSWKPAIDKTEKPIYKAIAEKLEQDILQEVLLPGTKLPPQRELADFLDLNVSTISKAFKVCELKGLLSASVGSGTFVAYDALSNAYLLEDTKPKHLIEMGATLPDQASYEPLLLQLKSMLQEEDYEKWFGYGRTGESLWQKDAAVKLIRRGGFETSVDHILFANGGQNAIAAALASLCKPGDRIGVDHHTYPGLKTAASMLSVQIVPIKSENNEMSPASFEYACKNENIKGIYLIPDYHNPTASFMSVENRKMIAKIAKKYNQFIIEDASYHLLGKNPLPAIASFAPEQVIHIAGLSKSLAPGLRMAYVAVPSQYKEPISKALYNLNITVSPLLAELTARTIVSNQFEILIDSHREQTIRRNKMVDQYLTGYTCAGAETGIFRWLLLPGNMTGAAFEKSAAQHGVQVYAAERFVVGNSCPEKAVRVSVCAPKTLGELEQGLLILKRLLDEHI NA NA NA NA NA D1-12_03536 1296 rfnT Riboflavin transporter RfnT ATGCTTCACAAAGACAGTGCAAAAGGGTCAGATACTCAATCGGCATTATTGGAGCAATTCATAGGTTCTCCTGATAAACAAAAAAGATTATATAAGCGTACTTTGTTTGTCGTCAGTCTTTCACAAATTTTCGGCGGCGCAGGGTTGGCGGCCGGAGTGACTGTCGGTGCGCTTATTGCACAGCAAATGCTTGGTACAGATGCGTTTGCCGGTGTGCCCTCTGCTTTATTTACCTTAGGATCAGCAGGCGCCGCGTTATTTGTGGGGAGGCTTTCTCAGCGTTACGGCCGCCGGACAGGTCTTTCAGCCGGATTTATGATTGGTGGACTGGGAGCGATAGGAGTCATCATTGCGGCTATTTTAAATAGTGTGTTTCTGCTGTTTGCTTCTTTGATTATTTATGGTGCGGGAACAGCGACAAATCTGCAGGCCCGTTATGCGGGTACGGACTTGGCAAATCATAAACAGCGGGCGACTGCTGTCAGTATGACTATGGTTTTTACCACATTCGGTGCCGTTGCAGGCCCGAATTTAGTGAATGTAATGGGGAACTTCGCTCGCTCCATTGGTGTTCCGTCACTGGCGGGTCCATTCATTTTAGCGGCGGCAGCATATATGTTGGCAGGTGTTACTCTTTTCATCATGCTACGTCCTGACCCTTTAGTCATAGCAAGAACAATAGAAATGGCCGGCCAAACACCTGATGATAGAGGACAAGTGACCGCCGACGAACACACAGAGAACAAAAAAGGTATTATTGCGGGTGCGGCGGTTATGATTCTTACTCAAATTGTAATGACTGCTATTATGACAATGACACCGGTCCATATGAGACATCACGGCCATGGCTTAGGAGCGGTAGGTCTTGTTATCGGTTTTCATATAGGCGCCATGTATCTCCCTTCTTTGGTGACAGGTGTGCTTGCGGATAAATTAGGCCGTACTGTAATGGCTGTATCTTCCGGAATGACGCTGCTTTTGGCAGGGCTTATATCGGCATTTGCACCGGGAGATTCTATGATTCTTATGGTCATTGCTCTGTCTTTGCTCGGGTTAGGATGGAATTTTGGTTTGATAAGCGGAACGGCACTGATTGTTGATTCAACTGAAACGTCAACACGGGCTAAAACCCAAGGTACTGTGGATGTTTTGATTGCGTTGTCCGGAGCCGCCGGCGGAGCCTTGTCCGGAATGGTCGTAGCAGGTGCCAATTACCTGACATTATCACTTGGCGGAGGGATATTATCGTTATTATTAATTCCGGTGGTGATATGGTCGCTTGGAAGTAAGGAATAG MLHKDSAKGSDTQSALLEQFIGSPDKQKRLYKRTLFVVSLSQIFGGAGLAAGVTVGALIAQQMLGTDAFAGVPSALFTLGSAGAALFVGRLSQRYGRRTGLSAGFMIGGLGAIGVIIAAILNSVFLLFASLIIYGAGTATNLQARYAGTDLANHKQRATAVSMTMVFTTFGAVAGPNLVNVMGNFARSIGVPSLAGPFILAAAAYMLAGVTLFIMLRPDPLVIARTIEMAGQTPDDRGQVTADEHTENKKGIIAGAAVMILTQIVMTAIMTMTPVHMRHHGHGLGAVGLVIGFHIGAMYLPSLVTGVLADKLGRTVMAVSSGMTLLLAGLISAFAPGDSMILMVIALSLLGLGWNFGLISGTALIVDSTETSTRAKTQGTVDVLIALSGAAGGALSGMVVAGANYLTLSLGGGILSLLLIPVVIWSLGSKE NA NA NA NA NA D1-12_03537 306 hypothetical protein ATGGAAGAAGTTAAAGTTGTATACGCATTGATTAGAAATGAGTTCAATCAGATAGTAATGGTAGATAATCATGAGGGGCATTGGTCACTTCCAGGCGGAAAAGTTGAGCTTAATGAAAATCTAATAGAAGCAGCTGTACGTGAGGTATATGAAGAAACAGGGCTGGAAGTTGAAATTGGGGATATACTAGCTGTTAATGAAGCGAAATTTACATTATTATTGGAGCACACCAGAACATTCAGGTGTGTTTTTATTGTTGTATTCATTTCTGAAATGTGGTTATTCACTTATATCGATTTCCCATAA MEEVKVVYALIRNEFNQIVMVDNHEGHWSLPGGKVELNENLIEAAVREVYEETGLEVEIGDILAVNEAKFTLLLEHTRTFRCVFIVVFISEMWLFTYIDFP NA NA NA NA NA D1-12_03538 405 czcD_1 COG1230 Cadmium, cobalt and zinc/H(+)-K(+) antiporter ATGGGTCACAATCACAATCACGCTGGCGGGTCCAATAAGAAGGTTTTATTGATCTCTTTTATCGTGATTACAGGTTATATGATAATAGAAGCGATAGGCGGATTTTTAACCAATAGTTTAGCGCTTTTGTCAGATGCAGGCCATATGCTGAGTGACTCGATCTCATTAATGGTTGCTCTGATTGCTTTTAAATTGGCTGAAAAAAAGGCAAGTCATCATAAGACATTCGGCTACAAACGATTTGAGATTCTCGCAGCTGTGATAAACGGTGTTGCATTAATAGTGATTTCCCTTTATATCATTTATGAAGCAATCAAACGTTTCTCTCATCCGCCGGAGGTAGCAACAACCGGCATGCTGACGATTAGTATCATCGGGTTAGCTGTGAATATATTGGTCGCTTAG MGHNHNHAGGSNKKVLLISFIVITGYMIIEAIGGFLTNSLALLSDAGHMLSDSISLMVALIAFKLAEKKASHHKTFGYKRFEILAAVINGVALIVISLYIIYEAIKRFSHPPEVATTGMLTISIIGLAVNILVA PGPT0004255_1187 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_COBALT_RESISTANCE COBALT_RESISTANCE-COBALT_TRANSPORT,PGPT0004255-czcD|zitB|yrdO-K16264 NA NA D1-12_03539 534 czcD_2 COG1230 Cadmium, cobalt and zinc/H(+)-K(+) antiporter ATGCTGAACGGCGGAGATACAAAGAATAACCTGAACATAAGAGGGGCTTACTTACATGTGATAAGTGACATGCTCGGATCTGTAGGTGCCATACTGGCTGCGATTCTTATCATCTTCTTCGGGTGGAGCTGGGCAGATCCAGCGGCCAGTGTCATTGTGGCTATTCTTGTTCTGAGAAGCGGTTACCATGTGACGAAAGACTCCATTCACGTATTAATGGAAGGAACTCCGGAAAATATCAATGTCACTGACATCATTCATACAACTGAAGAGACAGAAGGAATTCAAAGCATTCATGATTTGCACATATGGTCTATCACAAGCGGATTGAATGCTCTTTCCTGCCACGCTGTTGTTAACGATCAACTGACCATTTCTGAAAGTGAAAGTATTTTACGCAAAATTGAACATGAACTTGGAGATAAAGGCATTACACATGTAACCATTCAAATGGAAACAGCAGCGCATAATCACGACAATACGATTCTTTGTCAGGCCCAAACTGAGAATCCGCGTGACCATCATCATCATTAA MLNGGDTKNNLNIRGAYLHVISDMLGSVGAILAAILIIFFGWSWADPAASVIVAILVLRSGYHVTKDSIHVLMEGTPENINVTDIIHTTEETEGIQSIHDLHIWSITSGLNALSCHAVVNDQLTISESESILRKIEHELGDKGITHVTIQMETAAHNHDNTILCQAQTENPRDHHHH PGPT0004255_3070 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_COBALT_RESISTANCE COBALT_RESISTANCE-COBALT_TRANSPORT,PGPT0004255-czcD|zitB|yrdO-K16264 NA NA D1-12_03540 1038 czcO COG2072 putative oxidoreductase CzcO ATGTACGACACGATAGTAATCGGAGCCGGTCAGGCAGGAATCTCAGTAGGATATTATCTAAAGAAGTCGAAACAAAAGTTTATCATTTTGGATAAAAGTCATGAAGTGGGAGAAAGCTGGAACAAGCGGTATGACTCATTGGTTTTATTTACTTCTCGAATGTACAGCTCTTTGCCTGGAATGCCTCTTGAAGGAGACAAGCATGGACTCCCTTCAAAAAATGAAATTGCTGCTTATCTGAAAAAATATGTAGAAAGATTTGATATCCCGATCCAATTACGGACAGAAGTAATAAGTGTCCAAAAATTAAACAACGATTTCTTAATAAAAACAAACCGGGAAGAATATCAAACGAAAAATCTTGTGATGGCCGCAGGTCCTTTTCATACCCCTAACATTCCATCAATATCAAGGGATGTAGCCGATCATATTCATCAATTACATTCTTCACAATATAAACATTCAAAACAACTGGCGCCCGGGAATGTACTGGTAGTCGGCGGCGGGAATAGCGGAGCTCAGATAGCTGTTGAATTATCCAAAGAAAGAGTTACATATTTGGCTTGCAGTAATAAACCGGCTTATTTCCCTTTATGGATTGGAAAAAGAAGCATCTTTTGGTGGTTTGATAAATTAGGAGTTTTACATGCAAGTCATACATCAATAGTAGGCAAGTTCATTCAAAAGAAAGGCGACCCCATATTTGGGTATGAATTAAAACATGCAATAAGACAGAAGAAGATCATCTTAAAACAAAGAGTCATAGCCGGAAAGCAAAATGAAATCATTTTTAAAGATTCATCTTCATTAGAAGTAAACAATATCATTTGGGCAACTGGCTTTAAGAATCCGCTTTGTTGGATGAAAATAGAAGGTGTTTTGGATAAGGAAGGCCGAATTATACATCACCGGGGTGTTTCAGCTGCGGAGGGATTGTACTTTATTGGTTTGCCTTGGCAGCATAGGCGAGGTTCAGCGCTGCTTCAAGGTGTAGGAAATGATGCTGAATACATTGTAAAACAAATGAACGGCGGATAG MYDTIVIGAGQAGISVGYYLKKSKQKFIILDKSHEVGESWNKRYDSLVLFTSRMYSSLPGMPLEGDKHGLPSKNEIAAYLKKYVERFDIPIQLRTEVISVQKLNNDFLIKTNREEYQTKNLVMAAGPFHTPNIPSISRDVADHIHQLHSSQYKHSKQLAPGNVLVVGGGNSGAQIAVELSKERVTYLACSNKPAYFPLWIGKRSIFWWFDKLGVLHASHTSIVGKFIQKKGDPIFGYELKHAIRQKKIILKQRVIAGKQNEIIFKDSSSLEVNNIIWATGFKNPLCWMKIEGVLDKEGRIIHHRGVSAAEGLYFIGLPWQHRRGSALLQGVGNDAEYIVKQMNGG PGPT0013865_1648 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-POTASSIUM_TRANSPORT,PGPT0013865-czcO|noxC|yrdP|trkA|hapE-K07222 NA NA D1-12_03541 636 hypothetical protein ATGTATTATGATTATTATCCGTATTATGTATATGATTACAGACAGCAGCCTGATTTAAGTCAGGTAAATCATAAAATGCGAAGCCATTTATCTGCGATTCAACAAATTCTAATACACTCGTCCTCCTTTCAACAATCAATGGCTGCGGTAGTGAAACACTTGCAGGCTGTCAGCAGAGCACTCGCTCTGGGATGCGGTATGAGTTCAGAATTCAGATTTCTTCCAGACACTTGGGGATTACGAGAACTTCATATTGTACACGCGAAATATCTTACTCCGTTGAGCTATCACGTTTATTCCGCTTTAGGCGCAGCAGAGCTTCTCGCCTCCGGACAAGGCCGGGCTCCTCATTTTCCTCTTATGGTTGGCTGCATGAATTCAATACTTCGTCTATGGTCAAACTTCCCCGCAGCGATAGCAGACCTGCGAAGAGCAGCCGGTCACCAATACGCGTCATCTGTAGACGAGGCGGAAAATCTCCTAAGACCAATGGTTCCAGCCACACAACAGGCATTATCCATCAGTCAATCTGCAGTGAGTCCGGCTATTTGGCAGGCTTCCTTACGTGCCGCGCAGTTAGCTCGGGAAGTACGTCAGAATGTTGCACAATCAATGAGTCAGGGATCTTCTTATTAA MYYDYYPYYVYDYRQQPDLSQVNHKMRSHLSAIQQILIHSSSFQQSMAAVVKHLQAVSRALALGCGMSSEFRFLPDTWGLRELHIVHAKYLTPLSYHVYSALGAAELLASGQGRAPHFPLMVGCMNSILRLWSNFPAAIADLRRAAGHQYASSVDEAENLLRPMVPATQQALSISQSAVSPAIWQASLRAAQLAREVRQNVAQSMSQGSSY NA NA NA NA NA D1-12_03542 534 hypothetical protein ATGTATTATATACCTTTTTCGCATCAATGTTATTATTGTGTGAATGTACCGATGTATAGCGATGGAAGATCTGTTTATTGGACTGTTCCAAATAACTATGATCCTTCATACGAAGATAGAAACCTCCTCTTGAAAGATTATGGACCAAAACCATTTGTTGTGAATATTAATAAAGCCGCAAAACAAAACAATACGTTCCGTACGGCCCTATGGACAGGAAAGCATTTTCAAATTACTTTGATGAGTCTTGGTATTGGAGAAGATATCGGTTTGGAGATCCATCCTCACGTAGATCAATTCTTACGGATTGAGCAAGGCCGAGGGATAGTTAAAATGGGCAAGAGTAAAGATAATTTAAGTTTCCGAAGAAATGTCTATGATGATTATGCCATTGTTGTCCCTGCCGGCACTTGGCACAATGTTATTAATACGGGTAATACGCCGTTAAAACTATATTCAATTTATGCTCCTCCCAACCATCCGTTTGGTACAGTTCATGTGACAAAGGCAGATGCAGCGGCTGCGGAAGATTAG MYYIPFSHQCYYCVNVPMYSDGRSVYWTVPNNYDPSYEDRNLLLKDYGPKPFVVNINKAAKQNNTFRTALWTGKHFQITLMSLGIGEDIGLEIHPHVDQFLRIEQGRGIVKMGKSKDNLSFRRNVYDDYAIVVPAGTWHNVINTGNTPLKLYSIYAPPNHPFGTVHVTKADAAAAED NA NA NA NA NA D1-12_03543 339 hypothetical protein ATGGATCATCTTGTGGGAATGCTGTATTCTGCCGTTAATGAAAATGACAGCCGCTTAATATCCATTGTGTCAGACATGTCACAGCAGGAGATCGATTATAAAGGACCAAATCAAACATACAATAGTACAGCTCAGCTAATAAGACACTTAGCATATGTTGATCTCAACTGGATATTCAGAATAAAGGGTGAACCGATACCAAAGCAGCTTGAAGAGAAGTATGGACCAATGTTAGATCAGAACAATAAGATCCCTTTCATTTCCGGTGTTTCATTAAAACAAATCTCACTGATTATGAAAAAGTATTCAGCATGTTTAAGTCTGTTTGTTATCAATTAA MDHLVGMLYSAVNENDSRLISIVSDMSQQEIDYKGPNQTYNSTAQLIRHLAYVDLNWIFRIKGEPIPKQLEEKYGPMLDQNNKIPFISGVSLKQISLIMKKYSACLSLFVIN NA NA NA NA NA D1-12_03544 795 dapA_2 COG0329 4-hydroxy-tetrahydrodipicolinate synthase ATGCGAAATTTTAATGTTGCTATCCCTACGCCTTTTCATGAAGATGAAAGTTTATATTTAGAAGGATTTGATGCTATTGTCGAACATTTGAAAAACAGCGGTATCCATTCGTTACTCATATGCGGCACGACTGGTGAACAGCATTCACTCAGCATAGATGAGCGTCTTCAGATCATTGAGTATGTTAATCAGCGAAAATTTGAAGATGTTGAACTGATGTTCGGTGTTTCAGCCGTAAGAACCAGTGATGCCGTCAAACTGATGAAACACATCGAGAAAACCAATATTGATTCTGTACTGATTGGTTTTTCTCCTTATATAAGACCGACACAGCAGCAAGCCGTTTATTACGTTGACGAACTTCTCAGTCATACCTCTAAAGAGGCTGTGCTTTATAATAACCCCGGCCGGACCGGTTTTAATCTGAGTGAGAAAGCGCTTAAAGACTTAATAAGCCGGCATCCGGGGATAAGGGGGCTGAAAGAAGGAGGAGACGTTCTGCGTCATAAACAAACAGAGTTCCCTAATCACTTTATTTTGTTTGCGGCAGGAGACGTTGAATTTCCGAAGATGCTGAGTAACGGGTGTAACGGCCTGTCAAGCATGGCCGGAAATGTCTATCCTGAAGAAATCAGAGAAAGCTTCAACAGCTTATCAGAAAATAAACCGATTAATCTGGATCGAATAAACGATCTGATTGCTGAAGTGACAAATCATCATACTGTCATGAATATAAAAAATCACTATAAGAAGATTGGGATTCAAGCAGGCAGCTGCCGGTCACCCATTATATAA MRNFNVAIPTPFHEDESLYLEGFDAIVEHLKNSGIHSLLICGTTGEQHSLSIDERLQIIEYVNQRKFEDVELMFGVSAVRTSDAVKLMKHIEKTNIDSVLIGFSPYIRPTQQQAVYYVDELLSHTSKEAVLYNNPGRTGFNLSEKALKDLISRHPGIRGLKEGGDVLRHKQTEFPNHFILFAAGDVEFPKMLSNGCNGLSSMAGNVYPEEIRESFNSLSENKPINLDRINDLIAEVTNHHTVMNIKNHYKKIGIQAGSCRSPII PGPT0002080_9408 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RHIZOPINE_METABOLISM CE-BACTERIAL_FITNESS-RHIZOPINE_BIOSYNTHESIS,PGPT0002080-dapA|mosA-K01714 NA NA D1-12_03545 204 hypothetical protein ATGGTGATTATTGCTAATATTGACAAGAAAGAGGTGAAAGCGATGATAACGATTTATGGAATTTTGTATGGTGAAAATGCAAAAATTGGAAACATCTTGGCGGATAAAGGGAGCAGTCTGTCCTTTTTTAAGCCAAATCATCATACAAAAACAGTTATCGGTGCTTTTTCTCTATGTCAAATAAACGATAATCCAATGACATAA MVIIANIDKKEVKAMITIYGILYGENAKIGNILADKGSSLSFFKPNHHTKTVIGAFSLCQINDNPMT NA NA NA NA NA D1-12_03546 1050 cfr Ribosomal RNA large subunit methyltransferase Cfr ATGCAACAAAAAAACAAGTATATAAGAATTCAAGAGTTCCTGAAACAAAATAAGTTTCCTGATTTTAGAATGAATCAAATCAAAAATGCTGTGTTCAAAGGGAGAATAAATCATTTTAATGAAATAACGGTTCTTCCTAAATCCTTGAGAAAATTGTTAATGAATGAGTTTGGAGAGTCAATTTTAAATATTGCTGCTTTAAAAGTGCAGCATTCTGAGCAAGTAACAAAAGTCTTATTTGAAATTTCAGGAGACGAAAAAATAGAAACGGTCAATATGAAATATAAAGCTGGCTGGGAGTCATTTTGTATATCCTCGCAGTGCGGCTGTCATTTTGGCTGTACATTTTGTGCAACAGGAGATATTGGTTTAAAACGCAGCTTAACATCAGATGAAATGACTGACCAAATTTTGTACTTTCACTTAAAAGGACATTCAATTGACAGTATTTCTTTTATGGGAATGGGAGAAGCATTAGCGAATGTACAAGTTTTTGATGCTTTACATGTGCTTACAAATCCGGAGTTGTTTGCTTTAAGCCCTCGTCGGTTATCTATTTCGACCATAGGTATTATTCCGGGCATTAAAAAAATCACTCAGGATTATCCGCAGGTCAACCTGACGTTTTCATTACATTCTCCTTTTAATGAACAGCGAAGCAAGTTAATGCCGATTAATGAACGCTTCCCGTTATTGGAGGTAATGGACACATTAGATGAGCATATACGTGTGACCTCAAGAAAAGTTTATATTGCTTATATTATGCTGCCGGGAGTTAATGATTCTATTGATCATGCGAATGAAGTAGTACGTCTTTTAAGAAGCAGATATAAGAGAGGGAACTTGTTCCATGTAAACATCATTAGATATAACCCGACTGTTAGTTCACCTATGAGATTTGAAGAAGTAAATGAGAAACAAGTTGTAAACTTCTATAAAAAATTAAAGTCAGCAGGAATTAACGTGACCGTCAGAAGTCAATTTGGCATTGATATAGATGCTGCTTGCGGACAATTATATGGAAATTATCAAAAAAATAAGAACCGATAA MQQKNKYIRIQEFLKQNKFPDFRMNQIKNAVFKGRINHFNEITVLPKSLRKLLMNEFGESILNIAALKVQHSEQVTKVLFEISGDEKIETVNMKYKAGWESFCISSQCGCHFGCTFCATGDIGLKRSLTSDEMTDQILYFHLKGHSIDSISFMGMGEALANVQVFDALHVLTNPELFALSPRRLSISTIGIIPGIKKITQDYPQVNLTFSLHSPFNEQRSKLMPINERFPLLEVMDTLDEHIRVTSRKVYIAYIMLPGVNDSIDHANEVVRLLRSRYKRGNLFHVNIIRYNPTVSSPMRFEEVNEKQVVNFYKKLKSAGINVTVRSQFGIDIDAACGQLYGNYQKNKNR PGPT0027930_22 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-PHENICOL_RESISTANCE,PGPT0027930-cfr-K15632 NA NA D1-12_03547 381 hypothetical protein TTGCTGAAAAGGTTTTTTCTTGTTTTTCTTACGCTGATAATGTCTATATTTGCTGTATTCGCGGCTGCTGAAGAGTCTCCCGGCGATCGTGTCATTTCTTTTGACGAGCCTATGATTTTATTGATCTCACTCGGAATCATCTTATGTTTGTTCATTCCGCCAATCGTCATGTCCTTTTTTGGCAGCTTGGTTGTGAGAATCATATCCGGAGTCTATCAATGTTTTATCGTCCTCACGTTTGCGGGGCTCATTCCGATTGGATTTCTGATCCCCAATGGCTTTTTGACAATTCTTGCTGCCGTCCTGGGAACTTTGGTCAGTTCAGCCAGTGTTGCGGTCACCTTATTCGTTGGCAGGAAAAAAGAGGCCGGAAGGTTTTAA MLKRFFLVFLTLIMSIFAVFAAAEESPGDRVISFDEPMILLISLGIILCLFIPPIVMSFFGSLVVRIISGVYQCFIVLTFAGLIPIGFLIPNGFLTILAAVLGTLVSSASVAVTLFVGRKKEAGRF NA NA NA NA NA D1-12_03549 465 hypothetical protein GTGGCGACTAAAAAAGTTTTTCTGGCAGGGCCTTTTAAAAGTTTAGTAGATGAGAAAACTGGATTGATGAGTACGTATGAGAGGGGAAAGCTGGAATCATTAATTTCCTTTTTTGAGAATGAAGGATGGCTGGTTCATAATGCTCACAAGCGGGAAGGGTGGGGGAAAGATTTCATGACACCCCTTCAATGCACTAAAATTGATTTTGATGAAATAAGCACTTGCGACCTTTTTGCAGCATTCCCCGGATCACCCGCTTCTCCCGGAACACATATAGAAATTGGATGGGCTTCTGCCTTGAAAAAAAAGATCGTGCTATTTCTAGAAAAGGACAAGGATTATGCTTTCTTAATTCAAGGGTTAAATGCAGTGGCGGATGTTGAGTACATCAGCTATAAAGATACAGATGATTTATTAGAGAACATTAAAAATATCTTTGCAGCATATAAGGCGGAATCTCAATGA MATKKVFLAGPFKSLVDEKTGLMSTYERGKLESLISFFENEGWLVHNAHKREGWGKDFMTPLQCTKIDFDEISTCDLFAAFPGSPASPGTHIEIGWASALKKKIVLFLEKDKDYAFLIQGLNAVADVEYISYKDTDDLLENIKNIFAAYKAESQ NA NA NA NA NA D1-12_03550 1011 thyA Thymidylate synthase ATGAGAAAGAGAACTTTTCATGAAGCATATACGGAAACGCTGTATGACATCTATCACAACCCTGAATTTTTCAATTCACCGCGCGGACAAAAAAGCAGAGAACAATTGAACTACCATCTGACTCTGGAAAATCCAATAGAACGTGTCACTTATTTATCCTCAAGAAAAACCAATATCGTGTTTAATTTTGCTGAAGTGTTATGGTATTTATCGGGGAGTAACGACTTAGATTTTATCAGTTATTACAATAAAAAAATGCCTTCATATTCAATGAATAAAAAAACATTAACAGGCACTGCGTACGGGCCTAAAATATTTGAATTCGGAAATGCAAAACTAAATCAATGGAATAGAATAAAAAATCTTTTGACACAAGAAGATATTGATTCAAAAAGGGCATTTATTCAAATATTCGATGCTTCGGAACTCTTCGTTTCAGAAAATATAGATGTTTCCTGCACAATCGGTTTGCAGTTTTTTGTGAGGGAAGGCGAATTATACATGTCTTCTGTCATGCGTGCAAATGATGCTTTTCGCGGGATGATCAGTGATCTTTTCTCATTTACGTTCATGCAGGAATTAATGGCCAGAGAACTGCGTTTAGAAGTCGGAGAATATTTTCATAATGCGGGATCAATCCATATTTATGATTCAGATCATGAATGGGCGAAAACGGTGCTTGAGGAAGCTGAAAATCACCATGATATTCGGGAATTTGAATTTCCGAAAATGCCTGAGGGAAATAACTGGCCGTCCATTGAAACAGTCTTAAAGTATGAAGAATTACTTAGGAAAGATCAAATTTCTATGACAAAAAACGATATTGAAATGCTTGATTTACCTGATTACTGGAAACAGATTCTTTTCCTTTTCAGTATATACCAGCATATTGCATATAAACGGGATATGGATCATTCTCTATTTCAAAGTTTACTTCCTATATATCAATTTTTCGTCAGGAATAAGTGGTTTCATTATTTCTCAATTGAGCAAAAGGAGGAAATTCAATGA MRKRTFHEAYTETLYDIYHNPEFFNSPRGQKSREQLNYHLTLENPIERVTYLSSRKTNIVFNFAEVLWYLSGSNDLDFISYYNKKMPSYSMNKKTLTGTAYGPKIFEFGNAKLNQWNRIKNLLTQEDIDSKRAFIQIFDASELFVSENIDVSCTIGLQFFVREGELYMSSVMRANDAFRGMISDLFSFTFMQELMARELRLEVGEYFHNAGSIHIYDSDHEWAKTVLEEAENHHDIREFEFPKMPEGNNWPSIETVLKYEELLRKDQISMTKNDIEMLDLPDYWKQILFLFSIYQHIAYKRDMDHSLFQSLLPIYQFFVRNKWFHYFSIEQKEEIQ PGPT0008145_202 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0008145-thyA-K00560 NA NA D1-12_03551 759 ind7 N-demethylindolmycin N-methyltransferase ATGAAAACTTCATGGAAAGAAGACAGTGTTGCTGGTAAATTCGATGCTTATAATGACGTTTTAGAACAAACGTTAGGTTTTGAGTTTGTTTTTCGTACTTTTGATAAAGCGGAGATTAAAAAGGTGCTCGATTTCGGATGCGGTCCGGGAAAGGTAGCTTATAGGCTGGCTGACAGAATAGGCTGCAATGTAATCGCAGTCGATGAATCAAGGAAGATGTTAGATATAGCAAAGGCAAAAAGACAACATCCTCATGTGGACTATCATTTAATTGAACACGATAATCTTTCCTTCTTACCAGATCACTCAGTTGATGCTGCAATGGCCTGTTATGTTTTTATTAATACGGATAGTGACCAGCGTATCAAAGGTATCATAAATGAAATTTTTCGTGTGTTAAAACCAGGAGCTTCATTTGTCATACTCGATACGAATCCTGATTCAACCGGAATTGAATTTTCAACCTTCCGCAATGGAATACCGGGGAAAGAATATTCTTACGGAGAAGAAAGAAATGAATGGCTCCATGTTCCGGGACAAGCAGATTTAATTTTAAATGATTTTCATTGGCCGAAGTCAATGTATTATAAACTATTAACTCATGCAGGTTTTGAAAATGTAACTTTATCAGAACCAACGTTAAACGATATTGACCAAGAGCATGTAAAAGCCATAGAGAAAGAGTTTCAATTTAATAATTGGAAATGTGAAAAGGAATATCCGCCTTTTGTCATTTTTAAAGCAGTGAAACCTGCCTGA MKTSWKEDSVAGKFDAYNDVLEQTLGFEFVFRTFDKAEIKKVLDFGCGPGKVAYRLADRIGCNVIAVDESRKMLDIAKAKRQHPHVDYHLIEHDNLSFLPDHSVDAAMACYVFINTDSDQRIKGIINEIFRVLKPGASFVILDTNPDSTGIEFSTFRNGIPGKEYSYGEERNEWLHVPGQADLILNDFHWPKSMYYKLLTHAGFENVTLSEPTLNDIDQEHVKAIEKEFQFNNWKCEKEYPPFVIFKAVKPA NA NA NA NA NA D1-12_03552 819 thiD_2 Hydroxymethylpyrimidine/phosphomethylpyrimidine kinase TTGACGGATATTTATAAAGCGCTTTCGATTGCTGGGACTGATCCTTCCGGAGGGGCGGGAATTCATGCGGATTTAAAAACATTTCAGGAACAAAAGGTATATGGAATGGCTGTTATTACATCAGTTGTTGCACAAAACACACTTGGTGTGAAAAGTTTTGAGGAGATGTCTCTTCAGAATATATCTCAGCAAATAGACTGTGTCATGGATGATATAAAACCTGATGCTGTCAAAACCGGTATGCTTGCAAGTATAGGAATTATTGAATTGCTGGCAGAAAAGTTAAAAGACGCAAATATTCAATCGTATGTGATGGATCCGGTTATGATTGCTAAAAGCGGACATCATCTGCTCCATAAGGACGCCATTGATCATTTGAAGAAATTATTAATACCCCAAACAACTGTTATTACACCGAACATTCCGGAAGCGGAAGTAATCATCGGCAAATCAATCGAGACTGTACAGCAGATGCGTGATGCGGCGAAAGAAATGGTGGAGGTATACGGGGCGAAAAGTGCTGTCGTAAAAGGGGGGCACCTGAATGGAGAAGCCCGTGATATTTTGTACTTTGACGAGGACTTCGAGGAATTTGTTTCTCCCCGCTTTGATACAAAGCATACTCATGGAACAGGATGTACGTTTTCAGCTGTGATAACTGCAGAGCTGGCAAAGCAGCACAGCATACCGGAATCAGTGGCAACTGGAAAGGAATTCATTTCAGCAGCCATTAAACATCCCTTAGGAATCGGGAAAGGACAAGGCCCTACAAATCATTTTGCGTATCGCTCAACTATTAACCAAGAGACAACCGCTTAA MTDIYKALSIAGTDPSGGAGIHADLKTFQEQKVYGMAVITSVVAQNTLGVKSFEEMSLQNISQQIDCVMDDIKPDAVKTGMLASIGIIELLAEKLKDANIQSYVMDPVMIAKSGHHLLHKDAIDHLKKLLIPQTTVITPNIPEAEVIIGKSIETVQQMRDAAKEMVEVYGAKSAVVKGGHLNGEARDILYFDEDFEEFVSPRFDTKHTHGTGCTFSAVITAELAKQHSIPESVATGKEFISAAIKHPLGIGKGQGPTNHFAYRSTINQETTA PGPT0008915_1730 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 D1-12_03553 1236 nudC NADH pyrophosphatase ATGATCTCCAAGAATTATGATGTATTTTTATTTGATTTAGACGGAGTGATATATATAGGAGATAAAGCTTTACCAGGAGCTGTGGCCTCTTTAAAACGACTCCGTGAAGAAAAGAAAGCCATTCGCTTTTTAACGAATGATCCTTGTGTTACAAGAGAAACGATTGTGAAATGCCTTCATAAACTGGGGATTTCAGCAAGTATTGATGAAGTCGTTACTGCGGGGTGGGCAACAGCTGATTACCTTGTCAGTGAAGGAATAAAGAAGGCATATATATTGGGAAATGACCAACTTAAAAGTGAAATTCAAAAGGCCGGTATTGATCTTACGGAAGATCAGGCGGAGGCTGTTGTCATTGGATGGGATCAAAATATTACATTTCAGGATGTGCATAAGGCAGTAAACCTCATCCGTTGCGGAGCTTCATTTATCGCTGCAAACGGGGATAAAACATTTCCTGCCGCTAACGGACCAGCTCCCGCGACAGGCGCTATAGTCGCGGCTGTTAAAACAGCAGCTGCTAAAGAGCCGATGATAATTGGAAAACCGGCGTCTTCAATATTTGAAAAAGTACTAGAGCCTTTTGAGGATAAAGAGAGATGCGTTATGATCGGGGATACGCCTGAAACAGATATTGTCGGAGCAAACCAAATAGGCATAACTTCCGTATTAGTTTCTGATCAAAATACTTTATTTCCTGCAAAACATGATTTTAGAAATCCGGATGTTGTGATCCGCGATCTGAAAGACTTGTTCGATAATGAAATAAAGGCAGAAGTACGGAAAAAACCGGATTTCCAATGGACAGAACAAGTGAAAGCCGGAGTCGCTGGAATTATAATTAAAGAATCAAGTTCCGTTTTATTAATGAAGCGTGCTGATAATGGTTTATGGGGCATTCCTTCAGGACATGTGGAACCTGGTGAAACAGTTGAACAAGCAATTATAAGAGAAATAGAAGAGGAAACTGGATTAGTGGTGAAAGTCTCTAAAATGATAGGCGTTTATTCTGATCCGAGTTCACAAACCTTTATATACCCTGACGGCAGAGTCAGCCATTTTATTACCAATTGTTTTCAATGTGACATCATCGGCGGCACTTTGAAAAAGTCCACAGAGGAAGCCATGGAAATCAGATATTTTGATATCCATGAATTACCTGAACATCTCTTGCCGATGCACCCGAGATGGCTGGATGATGCTTTGGAAATGAAAGAGGATGCTTTTATTCGATAA MISKNYDVFLFDLDGVIYIGDKALPGAVASLKRLREEKKAIRFLTNDPCVTRETIVKCLHKLGISASIDEVVTAGWATADYLVSEGIKKAYILGNDQLKSEIQKAGIDLTEDQAEAVVIGWDQNITFQDVHKAVNLIRCGASFIAANGDKTFPAANGPAPATGAIVAAVKTAAAKEPMIIGKPASSIFEKVLEPFEDKERCVMIGDTPETDIVGANQIGITSVLVSDQNTLFPAKHDFRNPDVVIRDLKDLFDNEIKAEVRKKPDFQWTEQVKAGVAGIIIKESSSVLLMKRADNGLWGIPSGHVEPGETVEQAIIREIEEETGLVVKVSKMIGVYSDPSSQTFIYPDGRVSHFITNCFQCDIIGGTLKKSTEEAMEIRYFDIHELPEHLLPMHPRWLDDALEMKEDAFIR PGPT0024450_33 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROLIPID_REMODELLING CE-REMODELLING_GLYCEROLIPID_PHOSPHATASE_ACTIVITY,PGPT0024450-yutF|nagD-K06117 NA NA D1-12_03554 963 hypothetical protein ATGAAAATAACCAGAGAGACATTAGAAAAACAGCAAATTTGGATATATGGTGTGACTCTTGTGATCGGAGGAATAGCAGGGATCGCCGGGAAAGATTCAGGACTTCGCTGGGGATGGACGATATCACCGTTTATCGCTGTTCTCATGTATGCCATGTTTGCCCAAATCCCATTCTTGAAGCTGAGGGAAGCCTTGTCAAACCTCAAGTTTATGGCGGCTTTACTGATCGGTAATTTCTTAGCTGTACCTGTTGTTGTATGGGTGTTAACCGCCATTTTTCCTCAATCTCCTCCTATATTATTAGGGGTTTGTTTGGTATTGCTTACACCTTGTATTGATTACGTCATCGTCTTTACTCAGCTCGGCAAAGGAAATGAGAAATTAATCTTGGCTTCCACGCCGGTTTTGTTCGCCGTTCAGATGGTATTGCTTCCGTTATACCTGCGGCTGTTTATCGGGAAAGAAGTGATAGGGGCTGTTCATGCGGGACCGTTTCTGGAAGCATTCTTATTGTTAATAGCGGTGCCGCTGCTGGCGGCGGTGATGACTCAATTATGGGCTGATAAGAAGCCGGCGGGAGAAAAGGTGTTAGAGTGGACGGCGTGGCTGCCTGTTCCTTTTATGGCTCTGGTCTTACTGGCGGTCGTCGCCACACAAATCGGTAAGGTCATCAGTGATGCTGACATCATTCTACGTGTGATCCCGATCTATCTGTTATTCCTGCTCATTATGCCGTTTGTCTCCCGTTTTATCGCATATGCGTTCCGTCTGAATACAGGTGAAGGTAGAGCATTGATCTTCAGCACGGGCACAAGGAATTCTCTCGCAGTCCTTCCGTTAGCGCTGGCTCTGCCGGATGCTTGGGCCTCATTAGCCGCTGCTGTTATCGTCACACAGACGATTGTTGAGCTGATCGGTGAATTGGTTTATATCAAAGCGGTGCCCGGATGGCTGCTGAAATAA MKITRETLEKQQIWIYGVTLVIGGIAGIAGKDSGLRWGWTISPFIAVLMYAMFAQIPFLKLREALSNLKFMAALLIGNFLAVPVVVWVLTAIFPQSPPILLGVCLVLLTPCIDYVIVFTQLGKGNEKLILASTPVLFAVQMVLLPLYLRLFIGKEVIGAVHAGPFLEAFLLLIAVPLLAAVMTQLWADKKPAGEKVLEWTAWLPVPFMALVLLAVVATQIGKVISDADIILRVIPIYLLFLLIMPFVSRFIAYAFRLNTGEGRALIFSTGTRNSLAVLPLALALPDAWASLAAAVIVTQTIVELIGELVYIKAVPGWLLK PGPT0004705_3073 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_ANTIMONY_RESISTANCE ANTIMONY_RESISTANCE_SYSTEM,PGPT0004705-arsB|arsenite_transporter-K03325 NA NA D1-12_03555 1050 adhA COG1064 putative formaldehyde dehydrogenase AdhA ATGTGTAATAATCATCCGACTCGTGTATTAAGCGCTCCGCATGCAAAAGCTAAATTTGAGCGGACGACGATTGAGAGAAGAGCATTACGGCCGCACGATATCCTGATTGATATTAAGTACAGCGGGATTTGTCACTCAGACATCCACAGCGCATTCGATGAATGGGGCGGCGGAATCTTTCCGATGGTTCCCGGGCACGAAATTGCCGGAGTTGTGGAAGCCGTGGGTGAAGACGTCACCACATTTGCCGTCGGCGACCGTGTGGGTGTAGGCTGTTTTGTAGACTCCTGCGGGGAATGTGAATACTGCCTTAACGGAGACGAACAATATTGCACAAAAGGCGTTGTTCAGACTTATAATAACCTGGACTACGACGGAAACCCTACATACGGCGGCTACAGCCAGAAAATAGTTGTCACTGACAGATTCGTTGTCCGGATTCCCGATCAGCTGGATTTGGATGCTGCCAGCCCGCTATTGTGCGCGGGCATTACCACGTATTCTCCGCTGAAACACTGGAATGCCGGCCCCGGCAAAAAAGTGGCGATTGTCGGAATGGGCGGGCTCGGACATTTAGCCGTTCAATTCGCGCACGCTTTAGGCGCAGAGGTCACCGTCCTCAGCCGCTCAATGAACAAAAAAGACGAAGCGCTTGAATTTGGAGCCGATCATTACTTTGCGACAAGCGATCCGGATACATTTACTGAGCTGGCCGGACGATTTGATCTTATTTTAAATACAGTATCCGCGAACCTTGACGTAGATGCCTACTTATCCCTGCTTCGCATTGACGGTACATTGGTAAATGTGGGAGCGCCCGCTAAGCCGGACTCATACAGTGTGTTCTCCTTAATCACGGGCCGCCGCAGCATTGCGGGTTCACTCGTCGGCGGTATTCCGCAGACTCAGGAGATGCTTGATTTCGCCGCCGAGCACGGCATTGCTCCTAAAATTGAAGTGATACCGGCCGATCAAGTCGACGAAGCGTACGAACGGGTTCTCCAAAGCGATGTCCGCTACCGTTTCGTTATTGATATTGCAACTTTATAA MCNNHPTRVLSAPHAKAKFERTTIERRALRPHDILIDIKYSGICHSDIHSAFDEWGGGIFPMVPGHEIAGVVEAVGEDVTTFAVGDRVGVGCFVDSCGECEYCLNGDEQYCTKGVVQTYNNLDYDGNPTYGGYSQKIVVTDRFVVRIPDQLDLDAASPLLCAGITTYSPLKHWNAGPGKKVAIVGMGGLGHLAVQFAHALGAEVTVLSRSMNKKDEALEFGADHYFATSDPDTFTELAGRFDLILNTVSANLDVDAYLSLLRIDGTLVNVGAPAKPDSYSVFSLITGRRSIAGSLVGGIPQTQEMLDFAAEHGIAPKIEVIPADQVDEAYERVLQSDVRYRFVIDIATL PGPT0024430_1148 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROLIPID_REMODELLING CE-REMODELLING_GLYCEROLIPID_DEHYDROGENASE|DEHYDRATASE_ACTIVITY,PGPT0024430-yahK-K13979 NA NA D1-12_03556 405 adhR COG0789 HTH-type transcriptional regulator AdhR ATGAAGATTGCGCAGGCTGCAAAGCAGGTTGAGTTATCAGCCGCAACGCTTAGGTATTATGAAAGTATAGGACTGATTCCTCCGGTAAAACGCGATGAAAGCGGCATCCGCGATTATGACGAAGATGATGTGAATTGGATTCAATTTATAAAATGCATGAGAAGTGCCGGGCTGTCGATTGAGGCGCTGATTGAATATACCGCTTTATTTATTGAAGGAGCCGATCATACGATCGAACCCCGAAAAAACATCCTGATAAATGAAAGGAAAAGGCTGACGGAGAAACAGAGGGAAATTGATGAAACCATAAAACGATTAAACAGGAAGATTGAGGATTACGAAGATATCCTTGAAAATGAAGCGAAACTTAAAAACAGATTGAAAGCTGAATGTATTTCTGAATGA MKIAQAAKQVELSAATLRYYESIGLIPPVKRDESGIRDYDEDDVNWIQFIKCMRSAGLSIEALIEYTALFIEGADHTIEPRKNILINERKRLTEKQREIDETIKRLNRKIEDYEDILENEAKLKNRLKAECISE NA NA NA NA NA D1-12_03557 1290 nhaC_2 COG1757 Na(+)/H(+) antiporter NhaC ATGAACAATAAAAAGAACCCTTGGGCGTTATTGCCTTTAGTCTTATTCGTAGGGCTTTTTGTCGGCTCTGGTCTGGTGACCGGAGATTTTTATAAATTGCCGATCTTGATTGCCGCGATCATTGCGTCAGCTTTTGCGCTGTTATTTAACCGGAAGAAATCGCTCAATCAAAAAATAGAATGGTTCGCTTCCGGTGCGGGACATCCTGATATTATCATTATGGTTATGATTTTTATATTGGCAGGTGCCTTTGCTTCAGCGGCTGAAGCAATGGGAGCGGTGCATTCAACTGTCAATCTTGCTTTGAGCGTTATTCCGCAGCAGTTTTTGCTGCCGGGGCTGTTTATCATTGCTTGTTTTATTTCTATATCAATGGGAACATCAATGGGCACGATTGCGGCGGTTGCGCCGATCAGCGCGGGTCTGAGCGGAGAGCTTGGCATCTCCGGCGCGATTGCGATGGCGGCTGTGGTCGGCGGAGCTATGTTCGGAGATAATCTTTCTTTTATTTCCGATACGACCATCGCGTCAGTCCGGACGCAAAAAACACAAATGATGGATAAATTCAAAACGAACTTTCTGATTGTTTTGCCTGCTGCCATTGTGACTGTTATTATCTTATTTTTTATTCCGGCAGGCCACGCCGGCCATACGGGTGCTGAATCTTACAACTGGATTAAGGTGCTTCCTTATGTCGCCGTGTTGGTTTTTGCGTTAATCGGTATTAATGTGATGGCTGTCATATTCGGCGGATTGGTTTTGACGGGAATCATCGGATTAGCGGGCGGCAGCCTGACGCTTGACTCTTATTTTAAGGCGATTACGGATGGAATTGCCGGAATGAGCGATCTGATCATCCTGTCCATGCTGATCGGAGGGATGGTCGGCGTGATGAAACAAAACGGCGGGATTGACTTTTTACTGGAGTTCATCACGAAACGAATCCGTTCGAAAAAAGGCGCCGAAGCCGGCATTGCCGGACTGGTCAGCATGACGAATCTGGCTGCGGCCAATAATACGATCTCCATTATCGCAGCCGGGCCGATTGCAAAGAATATCGCTGATAAATTCAACATCGACAACAGAAAATCGGCAAGTATTCTGGATATCTTTTCGTGCATGATTCAAGGATTGATTCCTTATGGCGCGCAGCTGTTATCAGCCGGAAAATTCGGGAATATTTCACCCGTCAGCATCCTGCCATACTCTTTCTATCCCGTTTTCATCGGAATCTGCGGCATCGCCGCCATCATATTTGGACTGCCGAAATTCACAAGAAATACGAAATAA MNNKKNPWALLPLVLFVGLFVGSGLVTGDFYKLPILIAAIIASAFALLFNRKKSLNQKIEWFASGAGHPDIIIMVMIFILAGAFASAAEAMGAVHSTVNLALSVIPQQFLLPGLFIIACFISISMGTSMGTIAAVAPISAGLSGELGISGAIAMAAVVGGAMFGDNLSFISDTTIASVRTQKTQMMDKFKTNFLIVLPAAIVTVIILFFIPAGHAGHTGAESYNWIKVLPYVAVLVFALIGINVMAVIFGGLVLTGIIGLAGGSLTLDSYFKAITDGIAGMSDLIILSMLIGGMVGVMKQNGGIDFLLEFITKRIRSKKGAEAGIAGLVSMTNLAAANNTISIIAAGPIAKNIADKFNIDNRKSASILDIFSCMIQGLIPYGAQLLSAGKFGNISPVSILPYSFYPVFIGICGIAAIIFGLPKFTRNTK NA NA NA NA NA D1-12_03558 1383 gabR_3 COG1167 HTH-type transcriptional regulatory protein GabR ATGAAAAATATGATTTTCGCTTTCGAAAGCGATACCCCGAAATACAAACAAATTTATGAGCAATTTAAAACATTGATTGAGCAGGGAAATATTCAGGCAGATGAGCGGCTGCCTTCAATTCGGGAGCTGGCAGATTCTCTGCGGGTAAGCCGTAATACAACGCTGATGGCCTATGATCTGCTTTTAGCGGAGGGATACATTCGCGGAGAAACACGCAAAGGATATTTTGCTAATGAAATAGAACCCTCTTTATTTCAACAAGAAAACGATGTTGTTTACGCTGAGAAAACCGAATCAACTCAGCCGATCCTGATTGATTTTCGTGCCGGAGCCGTCGATCAAAATCATTTTCCTCTGAAAACATGGAGAAAATTATACAATCAAGTTTTGACATCAGAGAAAAGCTTCCTTTACGGTGAACCGTTCGGCGAGAGAGACCTGCGTGAACAAATTGCCGCTTATCTCTTGGAATCCCGCGGAGTGAAAACAGATGCGGATTCCATTATCATCGGCAGCAGCACGCAGCAGATGCTGATATATCTCAGCCGGATTCTGAAAGAGGATTTTTCGGGAATGATCGTTGAAGACCCGGGATTTGACGGTGCCAGAGCGGCTTTTCAATTTCACGGGCTTTCTCTGGAGACGATGCCTGTCTATGAAAACGGAGCTGATTTTTCTCAATTACATGCAATGAAAGAAACATTAATCTATGTGACCCCTTCCCATCACAGCCCTTACGGCGTAAGCATGTCCATTCAGCAGCGCCAAACTCTGATCAATTGGGTGAATCATAGAGAGGGTTATATTCTTGAGGATGATTATGACAGTGAATTCCGTTATACACAGCAGCCGTTTCCCGCTCTTGCTTCCATTCAATCAGACCGGGTGATTTATTTGGGGAATTTCTCAAAATCCTTTCTTCCGGGCATCCGCATAAGCTATATGGTTTTACCGCAGCGCATTTTGCACCGGTATAAAAAAAGGTTTATTCATTTCGAAAGCACCGCTTCTTCGCTTAACCAGCTGACCATGGCTGAATTGATGAAGGCCGGTGAATGGACCCGCCATATTAAGCGCATGCGCATTGTTTATAAGCGCAAAATGCAGCACTTGATTTCACATGTAAAGCAGCAGTTCGGCGATCATGTGACGATCATCGGCGAGCAGTCGGGATTGTATATATTGGTGAGAGTTCACCTGAACTATACAGAAGAAACATTAATCGAACGCGCTTTTCAGTACGGAGTGAAGGTGTACCCTACCGCCATTTATTTCGTTGCCCAAAAACCCGAACCGCCGACTATAAAGCTGGGTTTCGCCCATCTCGATACGGATCAGATCACACAGGGCGTACAGCTTTTGAGAAATGCTTGGCTGTCATGA MKNMIFAFESDTPKYKQIYEQFKTLIEQGNIQADERLPSIRELADSLRVSRNTTLMAYDLLLAEGYIRGETRKGYFANEIEPSLFQQENDVVYAEKTESTQPILIDFRAGAVDQNHFPLKTWRKLYNQVLTSEKSFLYGEPFGERDLREQIAAYLLESRGVKTDADSIIIGSSTQQMLIYLSRILKEDFSGMIVEDPGFDGARAAFQFHGLSLETMPVYENGADFSQLHAMKETLIYVTPSHHSPYGVSMSIQQRQTLINWVNHREGYILEDDYDSEFRYTQQPFPALASIQSDRVIYLGNFSKSFLPGIRISYMVLPQRILHRYKKRFIHFESTASSLNQLTMAELMKAGEWTRHIKRMRIVYKRKMQHLISHVKQQFGDHVTIIGEQSGLYILVRVHLNYTEETLIERAFQYGVKVYPTAIYFVAQKPEPPTIKLGFAHLDTDQITQGVQLLRNAWLS PGPT0016790_4662 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 D1-12_03559 621 paiB COG2808 Protease synthase and sporulation protein PAI 2 ATGTATATTCCCGCTCCATTTCAGCTGAGTGAAGCTGAAGCGTGCGATGTAATCAAAGAGTATGGTTTCGCAGCATTGTTTTCAACGGCGGAAGGCATGCCGTATGCAACCCACCTGCCATTGATGATGAGTAAGAATAACGAATGCTTATACGGTCATTTTGCATTGCCGAACCCCCAATGGAAAGAGATTGATGGCCAAAACGTGTTAGCCGTTTTTCAAGGGCCTCATTGTTATATCTCGCCTAAATGGTATGAGACGAATCAGGCTGTTCCCACATGGAATTATGTGGCGGTTCATGTTTACGGAGAGGCGGAGCTTTTGGATGAGGAAGAAACCGTGCAGTCGATGAGTGATCTCGTATTGAAATACGAAAGCCCCGACAGCCCGTACAAATTAGAGGATGTCGATGCGAAATTGCTGGCAGGCATGAACAAAGGGGTAAAAGGTTTTAAAATCAAAATCAGCAAAATAGAGGGGAAAGCAAAGCTGAGTCAAAATCATTCAGCCGCAAGACAAGGGCTGGTCGTACAACAGCTCAAACAGATTCCTCATACAAACGAACAGCTCATTTCCGGCTTGATGGAAGAAAACATCAAACGGATCACTACGAACAACTGA MYIPAPFQLSEAEACDVIKEYGFAALFSTAEGMPYATHLPLMMSKNNECLYGHFALPNPQWKEIDGQNVLAVFQGPHCYISPKWYETNQAVPTWNYVAVHVYGEAELLDEEETVQSMSDLVLKYESPDSPYKLEDVDAKLLAGMNKGVKGFKIKISKIEGKAKLSQNHSAARQGLVVQQLKQIPHTNEQLISGLMEENIKRITTNN PGPT0014760_1293 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-ENVELOPE_REMODELLING_REGULATION CE-ENVELOPE_REMODELLING_REGULATION_FACTOR,PGPT0014760-paiB|yumE-K07734 NA NA D1-12_03560 363 hypothetical protein ATGAAGAAGTATTTATATAAACACCTTTTGTTAGCTCTCGTTTCGTCCGTTTGCTTTTTATTGGTCTTTTACGTGAGTTTAAAAATGACACAAGAGGACACACCGCCGTTGTCTTCTTACCCGTTTTACCTTTTTATTTATCTCTACATAGCAGCCGGATATTTGACGGTCGGCCTTATTTTAGCTTGTATGACTGATATCTTGAAAAACCGCTGGACATTGAATAAAACGTCTTCCATTCTATTGAAACTTATCGTTTACTTACTCATACCGTATGCTATTTTTCATTCTTTCTTCATTTTAATGGCGCCGTTGATTTATGTGCTGTTTGAGTCGTTATTCATCCTGAGAAAAGCTTCATAA MKKYLYKHLLLALVSSVCFLLVFYVSLKMTQEDTPPLSSYPFYLFIYLYIAAGYLTVGLILACMTDILKNRWTLNKTSSILLKLIVYLLIPYAIFHSFFILMAPLIYVLFESLFILRKAS NA NA NA NA NA D1-12_03561 1191 hypothetical protein ATGGCTAAAGAAAACAAACAGACAGCAGATCAGGGAATTTCACCTGGTTTAACCCTTCTTCTCGCAACGGCATGCGGTATCATTGTCGCTAATCTTTATTATGCACAGCCCTTGGCAGGATTCATTAGTGCGGCAATCGGGCTTTCTCCAAGCAGCGCCGGACTGATTGTCACGCTGACTCAAATCGGATACGTTGCCGGCTTACTGTTTCTCGTCCCTTTGGGAGACATTATCGAAAACAAAAAACTTGTCGTTGTATCGCTCCTTCTAAGCGCAGCTGCTTTGACACTGACAGCATGTGTGAAGCATGGAACACTGTTTTTAGCCGCTGCGTTTTTCATCGGACTGGGATCCATCGCAGCCCAAGTGCTAGTTCCGTTCGCATCATACCTTGCACCAGATGCCGCACGAGGCCGGGTTGTCGGCAATGTGATGAGCGGCCTGCTTCTCGGTATTATGCTTTCCCGTCCGATATCCAGCCTGGTCGCTGATATATGGGGGTGGAATGCCATATTTGCTTTATCCGCCGCGTTAAGTGTTGTCCTGGCAATCGTCTTATCAAAAGTGCTTCCTGCCAGAAAACCAACAGCAAACACAAGCTACACCGTCTTACTCGGTTCAATGTGGAAGCTGCTGCGCACGACTCCGGTCTTACGCCGCCGTGCCATTTATCATGCGTTTGTATTTGGAGCTTTCAGCTTATTCTGGACGACTGTGCCTTTATTATTGTCCGGTCCTGCTTTTCATTTTTCTCAAAAGGCAATCGCGCTGTATGCATTAGCGGGCATTGCGGGTGCAGCGGCTGCACCGATAGGCGGCCGTCTGGCTGATCTCGGCTTGACCCGGCTTGCCACCGGAATCGCTCTCGGTGTTGTCATCGTTTCTTTATTACTCCCGCTCATGATTCAGAGCAGCTCCCCCGTCGGAATAGCAGTTCTGGTGGCCGCTGCTATCCTGTTGGATATGGGGGTATCTGCCAATCTCGTACTCAGTCAGCGTGCCATTTTTTCGTTGGCACCTGAATTTCGCAGCCGATTAAACGGATTATTTATGGCAATCTTCTTTCTGGGCGGTGCTATAGGATCATCAATCGGAGGATGGGCATACGCCTCAGGCGGGTGGAGTATCACATTATGGATTGGAATCGCTTTTCCGGTCATAGCATTGCTTTATTTCACCACAGAGAAATAA MAKENKQTADQGISPGLTLLLATACGIIVANLYYAQPLAGFISAAIGLSPSSAGLIVTLTQIGYVAGLLFLVPLGDIIENKKLVVVSLLLSAAALTLTACVKHGTLFLAAAFFIGLGSIAAQVLVPFASYLAPDAARGRVVGNVMSGLLLGIMLSRPISSLVADIWGWNAIFALSAALSVVLAIVLSKVLPARKPTANTSYTVLLGSMWKLLRTTPVLRRRAIYHAFVFGAFSLFWTTVPLLLSGPAFHFSQKAIALYALAGIAGAAAAPIGGRLADLGLTRLATGIALGVVIVSLLLPLMIQSSSPVGIAVLVAAAILLDMGVSANLVLSQRAIFSLAPEFRSRLNGLFMAIFFLGGAIGSSIGGWAYASGGWSITLWIGIAFPVIALLYFTTEK NA NA NA NA NA D1-12_03562 579 aqdR HTH-type transcriptional regulator AqdR GTGCAGAGTAAACGAGGACGGCCGCGCGATGAAGGAACACATAAGGCGATTCTTTCTGCAGCCTATGACCTATTGTTGGAAAATGGCTTTGACGCGGTGACAGTCGATAAAATTGCTGAGCGTGCCAAAGTGAGTAAGGCAACGATTTATAAATGGTGGTCAAACAAGGCTGCCGTTATCATGGACAGCTTTCTTTCGACCGCTACGGACAGACTGCCTGTGCCTGATACAGGATCAACAGTGCAAGATATATTGACCCACGCCACGAATTTAGCAAGGTTTTTGACGAGCCGGGAAGGAACCGTTATTAAGGAATTAATCGGTGCGGGGCAGCTGGATGCAAAATTGGCGGAAGAATATCGCACGCGATTTTTCCAGCCCCGCCGCCTCCAAGCGAAAGGCCTTCTGGAAAAGGGAATTCAAAAAGGTGAATTAAGAGAGAATCTTGATATTGACGTAAGCATCGATCTCATTTACGGACCGATTTTCTATCGCCTGTTGATCACAGGTGATGAGGTGAATGATTCCTATGTGCATGATCTGGTGATGAGTGCGTTTAAGGGAGTTCAGCCTGCCTGA MQSKRGRPRDEGTHKAILSAAYDLLLENGFDAVTVDKIAERAKVSKATIYKWWSNKAAVIMDSFLSTATDRLPVPDTGSTVQDILTHATNLARFLTSREGTVIKELIGAGQLDAKLAEEYRTRFFQPRRLQAKGLLEKGIQKGELRENLDIDVSIDLIYGPIFYRLLITGDEVNDSYVHDLVMSAFKGVQPA NA NA NA NA NA D1-12_03563 885 hypothetical protein ATGAATAAAGCCGCAAACGGCTGGATTAACGGATTTATCGGCGTGCTCATTTTCAGCGGCTCGCTTCCCGCGACCCGCTTGGCTGTAGCGGACTTTGACCCGGTATTTCTCACCGTATGCCGCGCCGCTATAGCCGGTATATTGGCAGGCGCTCTGCTCCTCATTTTTCAGGAGAAACGCCCTGCCAAAAGCGACATCATTTCACTACTAACAGTAGCGCTCGGCGTCGTGATCGGTTTCCCGCTGCTTACAGCCTTAGCGCTTCAGCATGTCACATCCGCTCATGCCATTGTCTACATCGGGCTTCTCCCGCTTGCGACGGCGATCTTCGGCGTACTGCGAGGAGGCGAACGGCCCAGACCGGTCTTTTGGATTTTCTCGGCTGCCGGCAGCATCCTCGTAGCCGGATATGCTCTGCTGCAAGGAGGGGAATCCTCTCCGCTCGGTGATACGTACATGATCGCTTCGATTATCGTGTGCGGTCTCGGTTATGCCGAAGGCGCCCGCCTCTCCCGGCGGCTTGGCAACTGGCAGGTGATCTCTTGGGCTCTCGTTTTATCGCTTCCCCTTATGTTCATCCTGTCTTTCTGCTTCATGCCGGACTCATGGTCAAACATCGGCGCGCCCGCACTGCTCAGTCTTGCATATGTCTCAATATTCAGCATGCTGATCGGCTTCGTATTCTGGTATCGCGGACTCGCCCAGGGAGGCATCGCCGCGGTCGGACAGCTGCAGCTTCTGCAGCCTTTCTTCGGACTGTTACTGGCCGCCATGATTCTCCATGAAAAAGCGGGATGGGAACTTGCGGCGGTGAATGTCGGCGTTATCGCTTGCGTGGCGGCCGCCCGGCGGTTCGCAAATCAATCAGAAAAGGCCGAACAATGA MNKAANGWINGFIGVLIFSGSLPATRLAVADFDPVFLTVCRAAIAGILAGALLLIFQEKRPAKSDIISLLTVALGVVIGFPLLTALALQHVTSAHAIVYIGLLPLATAIFGVLRGGERPRPVFWIFSAAGSILVAGYALLQGGESSPLGDTYMIASIIVCGLGYAEGARLSRRLGNWQVISWALVLSLPLMFILSFCFMPDSWSNIGAPALLSLAYVSIFSMLIGFVFWYRGLAQGGIAAVGQLQLLQPFFGLLLAAMILHEKAGWELAAVNVGVIACVAAARRFANQSEKAEQ NA NA NA NA NA D1-12_03564 1389 gabR_4 COG1167 HTH-type transcriptional regulatory protein GabR ATGGATATCACGCCATTTTTAAATAGAGATTTGGATATTCCGCTTTATCAGCAGCTTTATCGGCATTTTAAGGAAAATATGCATCAGGGACGTATTCCTAAAGGACTGAAGCTTCCTTCAAAAAGGCTTTTGTCAAGTCAGCTTTCCGTCAGTCAGACGACTGTGGAGCGTGCCTATGAACAGCTTGCCGCCGAAGGCTATATTGTCAGTAAGCCGAGAAGCGGATGGTTTGCCGATTATGACTCGGACGCCGTCTATGTGAAAAAGCCGGGCGCTTCGCCTGTTCAAACAAAGGCGAAGGAAGACCGCCAATGGATTGATTTTCACTACGGCACTGTGGATGCCGCTCATTTTCCTTTTTCGGCATGGCGCAAAAGCATGGTTGCAAGCTTAGATCAATATGGGCACGAGCTGTATCGGCCCGGGGATGATTTGGGCGAGCTTGAACTGAGAACGCTCATTTCAGAATACTTATATCAGTCGCGCGGCGTGAATTGCCGTCCTGAACAAGTGATAGTCGGCGCCGGGAACCCTGCTCTTTTGCAAATGCTGTGCATAATATTTGAAGCAAATCTATCCATCGGATATGAAGATCCGGGTTATCCGAGAGCGAGGGAGATTTTTAAAGCCAATCACATGAAGATCATTCCGATACCCGTCGATGATGAAGGAGTCTGTATCCGGAAGCTGAATGAAGAGCGGCCGCGTCTTGTATATGTCACGCCTTCTCATCAATTTACGTTAGGAACGATTATGCCGGTAAACAGAAGGATTCAGCTGCTGAAATGGGCGAAGGAACATCAATCATTCATTATAGAAGATGATTATGACGGTGAATTCCGATACACCGGCCAGCCGATCCCATCATTGCAAGGGCTTGATCAGCATCACCGTGTTATTTATATGGGAACGTTTTCCCAATCTCTGCTTCCTTCGCTGCGCATCAGCTATATGATTCTTCCTTTGCCGCTTATCGAAAAAGGCAGGGAAATCGCTTCTTTATATAAGCAGACCGTCTCCTGCCACAGTCAGCTGACGCTGGCTCAATTTATCAAAAGCGGAGAGTGGCAGAAACATATTAACAGAATGAGAAAGCTGTACCGGAAAAAAAGAGCGGTATTATTAGAGGCCGTGCGGCGCGAGCTGGGACAATACGTCAGGATTCGCGGAGAAAATTCCGGGCTGCGGATTTTACTTGACGTTCAGCTGCCTTTCAGTGAAAAAGAGCTGATTGAAAAGGCGGAGGAACAAGGCGTCAAAATCTATCCCGTGTCTCTCACCTATCAAAAACAGCTCCCTGAAAAAACAGTTTCTCTCGGTTTCGCGGGGGTTTCTGAAACCAATATACAAGAAGGTATAAAAAAACTGAGAGCCGCCTGGGCGCTGTAA MDITPFLNRDLDIPLYQQLYRHFKENMHQGRIPKGLKLPSKRLLSSQLSVSQTTVERAYEQLAAEGYIVSKPRSGWFADYDSDAVYVKKPGASPVQTKAKEDRQWIDFHYGTVDAAHFPFSAWRKSMVASLDQYGHELYRPGDDLGELELRTLISEYLYQSRGVNCRPEQVIVGAGNPALLQMLCIIFEANLSIGYEDPGYPRAREIFKANHMKIIPIPVDDEGVCIRKLNEERPRLVYVTPSHQFTLGTIMPVNRRIQLLKWAKEHQSFIIEDDYDGEFRYTGQPIPSLQGLDQHHRVIYMGTFSQSLLPSLRISYMILPLPLIEKGREIASLYKQTVSCHSQLTLAQFIKSGEWQKHINRMRKLYRKKRAVLLEAVRRELGQYVRIRGENSGLRILLDVQLPFSEKELIEKAEEQGVKIYPVSLTYQKQLPEKTVSLGFAGVSETNIQEGIKKLRAAWAL PGPT0016790_3159 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 D1-12_03565 300 hypothetical protein ATGAATCCGATTATTGAATACTTGACGGGAATGAATGCACTGACAGACCAAATTGTCGCAATGGATTTATTGAATTCGGCAAAAAGCGGTGTCAGAAACTATGCGATGGCGGCGACGGAAGCCGGAACGCCTGAAGTGAAAGCGATCCTCACCCGGCACTTAGAAGAAGCCCTTGACATGCACGAGCAAATCTCACGCTATATGATGGAAAAAGGCTGGTATCACCCGTGGAACACAAATGAACAAGTCCGGCTCAATTTGCAAAATATTGATACGGCGCTCCGCCTGCCCGTCCTATAA MNPIIEYLTGMNALTDQIVAMDLLNSAKSGVRNYAMAATEAGTPEVKAILTRHLEEALDMHEQISRYMMEKGWYHPWNTNEQVRLNLQNIDTALRLPVL PGPT0025245_35 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_COAT_PROTEIN,PGPT0025245-yraD-K06439 NA NA D1-12_03566 207 hypothetical protein ATGGCCAGCGCCTTACATGAATTACTCGAAATTCAGGAGATGGCTTCTTTTAAGTCACTTTGTCTGACGAAATCCAAAACCATGAAAGCGCTCGTATCCGATCCGCAGCTGAAAGAAATCATGCAGCAGGATGTGGATACATCAACAAGGCAATTGCAGGAATTTGCCTCGATTTTATCTGATGCACAGCATGAAATGAGGAGATGA MASALHELLEIQEMASFKSLCLTKSKTMKALVSDPQLKEIMQQDVDTSTRQLQEFASILSDAQHEMRR PGPT0025250_100 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_COAT_PROTEIN,PGPT0025250-yraG-K06440 NA NA D1-12_03567 1137 COG1063 putative zinc-binding alcohol dehydrogenase ATGAAGGCCGTAACGTATCAAGGAGTGAAAAACGTCGTTGTCAAAGACGTGCCTGATCCGAAGATTGAAAAACACGATGACATGATTATAAAAGTCACAAGTACGGCAATTTGCGGATCAGATTTACATTTAATCCACGGACTCATCCCGAATTTGCAGGAAGACTACATCATCGGCCATGAACCGATGGGCATCGTGGAAGAAACCGGTCCCGGCGTGACGAAAGTCAAAAAAGGCGACCGCGTCATTATTCCTTTTAATATCGCCTGCGGAGAATGCGTTTATTGTAAGAATCACCTGGAAAGCCAGTGTGATCAATCAAATGAGAACGGCGATATAGGCGCTTATTTCGGCTATTCAGGAAATGCCGGCGGCTATCCGGGAGGCCAGGCCGAATATTTGCGCGTTCCATTTGCGAACTTTACCCACTTTAAAGTTCCCGAAACATGCGAAGAACCGGATGAGAAACTGAGTGTTATTTCCGATGCGATGACAACCGGCTTTTGGAGCGTCGACAATGCCGGCGTAAAAGAAGGCGATACAGTTATCGTTCTCGGCTGCGGGCCCGTGGGCCTTTTCGCTCAAAAATTCTGCTGGTTAAAGGGAGCGAAACGCGTAATAGCCGTAGACTATGTCAACTACCGTCTCCAGCATGCGAAACGGACGAATAAAGTAGAAATCGTGAACTTCGAAGACCACGAAAATACAGGCAGCTACCTGAAGGAAATCACCAAAGGCGGCGCCGACGTTGTCATTGACGCCGTCGGCATGGACGGAAAAATGACGGATCTCGAGTTCCTCGCCAGCGGATTAAAACTTCAGGGCGGGGCGATGAGCGCATTGGTCATCGCGTCCCAAGCGGTGCGAAAAGGGGGAACAATCCAGATTACGGGTGTGTACGGCGGCAGATACAACGCGTTTCCCCTTGGCGATATCATGCAGCGGAACGTCAATATCCGATCAGGACAAGCTCCGGTCATCCACTATATGCCGTATATGTTTGAATTGGTGTCAACCGGCAAAATTGATCCAGGCGATGTTGTAAGCCATGTCATTCCGCTCAGTGAAGCGAAGCACGGCTATGAGATGTTTGACACGAAAACAGATGATTGTATTAAAGTTGTACTCAAACCTTAA MKAVTYQGVKNVVVKDVPDPKIEKHDDMIIKVTSTAICGSDLHLIHGLIPNLQEDYIIGHEPMGIVEETGPGVTKVKKGDRVIIPFNIACGECVYCKNHLESQCDQSNENGDIGAYFGYSGNAGGYPGGQAEYLRVPFANFTHFKVPETCEEPDEKLSVISDAMTTGFWSVDNAGVKEGDTVIVLGCGPVGLFAQKFCWLKGAKRVIAVDYVNYRLQHAKRTNKVEIVNFEDHENTGSYLKEITKGGADVVIDAVGMDGKMTDLEFLASGLKLQGGAMSALVIASQAVRKGGTIQITGVYGGRYNAFPLGDIMQRNVNIRSGQAPVIHYMPYMFELVSTGKIDPGDVVSHVIPLSEAKHGYEMFDTKTDDCIKVVLKP PGPT0006355_1012 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 D1-12_03568 369 hypothetical protein TTGAATCATGACCATTTAGATCCGATCAATTCATTACATGTCCCTGAACTTGCGGATATGACATTCGCAATGGATTTTCTCATACGCGCCAAAGAAGGCGTCAGAAATACCGCCGTCGCTTTAACAGAAACCGCTTCACCTGATGTAAGAGCTTTGCTGCGCAAACAGCTCATGCAGGGAATCGCGATGCATCAGGAGATAACAGACTTGATGGTCAGCAAAAAGTGGTTTCACCCGCATGATTTGAGCGAACAGTATAAATTGGATCAGCTCTCTGCAAAAAATACCCTCATGGTCGGAAGCATGAACCTGTTTCCCGTTGAAACGAACAGAAAAGGGATGTTTGACCGCACACCTGATGAACACTAA MNHDHLDPINSLHVPELADMTFAMDFLIRAKEGVRNTAVALTETASPDVRALLRKQLMQGIAMHQEITDLMVSKKWFHPHDLSEQYKLDQLSAKNTLMVGSMNLFPVETNRKGMFDRTPDEH PGPT0025245_4 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_COAT_PROTEIN,PGPT0025245-yraD-K06439 NA NA D1-12_03569 246 hypothetical protein ATGGAAAAGCGTGAATTAGCGGCTCACGAGTCGCTGGACTTACATGAAATCATTAACTTCAAGACGCTTTGTGTAGCGAAATCCAAGCTCATGCAAGGGCTTGTGTTTGATCAGGATCTGAAAACGTTAATGGAAAAAGACGTTCAGCAAGCCTCTCAAGACCTGGCTGATCTGCAGGCGGTTTATGAACGGGCAACGTTTCAGGCCCCCGTTCCTCAAAACCGGCCGACTTCGATCATCAATTGA MEKRELAAHESLDLHEIINFKTLCVAKSKLMQGLVFDQDLKTLMEKDVQQASQDLADLQAVYERATFQAPVPQNRPTSIIN PGPT0025250_22 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_COAT_PROTEIN,PGPT0025250-yraG-K06440 NA NA D1-12_03570 1278 hypothetical protein ATGATGACAAATAGAATAAAACCTCGTGAGGCCGGTCGGCTAAAAGGAAGTGGACAGAGATTGTTTGGTACAAAACATCAAGAAGACTACGTCTCCCGTGACAGACGCTCATTGCATATGCTTGCGCTTCGGGTGCCCGGTCTGGCGTTTATTTTAATGGTATATGCCGCATCAGTCTCTTTGCAGTACATTTATGAAAGCTGGACGGTTTTTTTGCAGCTGTTATTCACGATATTGATCGTCATTTTTACCGTGCTGCACTGGCATTCCCATCGCTGGGTGAAGAAAAAGACGTTTCTTTATTTCATCGTACAGGGATTTATCATATATACATCGGCTAACTTGATGACCGGCGGCTATATCGCACTGGTCATCGGTCTCTATGCCTTTTTAATCGGGCAGATTATCGGAATGGCGGATAAGGGAAAAAAGCTGCTCATACTCTATCTTTTCATTTTAATGTCCATAACAGCCTTGCACCAGGAGCATCCGCATCATCTGCTGCGTTTCATCGTTATCGCCGCTCCCATCATGATCGTGATTATCACGTATGCGGCCACATTTTTCGCGCAAGTTGATGAAAAAATAAAAACACAGATGACGCTTGAAAAATTAGAGCTCGCTCACCGGCAAGTGAAACAGCTGACGCTTCAAAACGAAAGACAGCGGATGGCGAGAGACTTGCACGATACGCTTGCACAAGGGCTGGTCAGCTTGCATATGCAGCTTGAAGCGGTGCAAGTTCATCTTTCGAAAGATAACACTGACAGAGCGAAAGACATCATACGCCAGTCAATGGACAGAGTGAAGGGCACATTGGCTGATGCGCGCTCGGCCATTGACAACCTTCGCAGCAAATCAGAAGAGATCGGTTTCTTAAAAGAAAGCATCACTGAACAAATCAACCATTTTACAGAAGCCTCCGGGCTGTCTTGTTTTTTAGATTACAGCGTGCATCATGTGCTTGACGTTCATACGGCGGAGAATTGCCATTACATGATCGGAGAAGGCCTGACAAACGCCGCCAAGCATGCAGAAGCAAAGAATGTCTGGGTGTCCGTTCGGGAAGAAGAGAGACAGATCCGCATAACCGTCAAAGATGACGGGAAAGGCTTTGATGCCGGAACAGAAATGAGAAAAAGCGGACATTACGGGCTGCTTGGGATACAAGAACGCGTCAATATGATGAACGGTACTTTCCGTATAACAAGCGCCAGATCAGCGGGGACTCAAATTGAGATCATCATACCAATTCAGGGAGAGGCGGAACATGTATAA MMTNRIKPREAGRLKGSGQRLFGTKHQEDYVSRDRRSLHMLALRVPGLAFILMVYAASVSLQYIYESWTVFLQLLFTILIVIFTVLHWHSHRWVKKKTFLYFIVQGFIIYTSANLMTGGYIALVIGLYAFLIGQIIGMADKGKKLLILYLFILMSITALHQEHPHHLLRFIVIAAPIMIVIITYAATFFAQVDEKIKTQMTLEKLELAHRQVKQLTLQNERQRMARDLHDTLAQGLVSLHMQLEAVQVHLSKDNTDRAKDIIRQSMDRVKGTLADARSAIDNLRSKSEEIGFLKESITEQINHFTEASGLSCFLDYSVHHVLDVHTAENCHYMIGEGLTNAAKHAEAKNVWVSVREEERQIRITVKDDGKGFDAGTEMRKSGHYGLLGIQERVNMMNGTFRITSARSAGTQIEIIIPIQGEAEHV PGPT0028585_4 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-TOXINES_NEUTRALIZATION_YDF_SYSTEM,PGPT0028585-ydfH-K11623 NA NA D1-12_03571 636 vraR Response regulator protein VraR ATGTATAAAGTGTTAATAGCAGATGACCATCTTGTCGTCAGAGAAGGTCTGAAGCTTTTGATAGAAACAAATGACCATTACACCATAACGGGAGAGGCGGAAAACGGGAAAACCGCCGTCCGGCTCGCAGAAGAACTAAAACCCGATGTCATTCTCATGGATCTGTACATGCCGGAAATGAGCGGGCTGGAAGCCATTAAACAGATAAAAGAGCATTCTGATGTGCCGATCATAATTTTGACGACCTATAATGAAGATCATCTGATGATAGAAGGCATCGAATCAGGCGCGAACGGTTATCTGCTGAAGGACACAAGCTCAGAAACCTTATTTCATACGATGGATGCGGCGGTCAGGGGAGAAGTGCTTCTGCAGCCGGACATCTTGCGGCGTTTCCGGGAAATGAAAATGGAACGGGCAAATGCCAATGAAACACAGCTGACGGAAAAGGAAATCATAGTTCTGCAAGCCGTTGCGCAAGGACATAAAAGCAAAGCGATCGCCTTCGATTTAGGAATCTCAGAGCGGACGGTAAAAGCGAGATTAACATCAATTTATAACAAATTAGGCGCTGATTCGCGGACGGAAGCCGTCACCATTGCCATGCAAAAAGGCATTCTGAAACTGAATATATAA MYKVLIADDHLVVREGLKLLIETNDHYTITGEAENGKTAVRLAEELKPDVILMDLYMPEMSGLEAIKQIKEHSDVPIIILTTYNEDHLMIEGIESGANGYLLKDTSSETLFHTMDAAVRGEVLLQPDILRRFREMKMERANANETQLTEKEIIVLQAVAQGHKSKAIAFDLGISERTVKARLTSIYNKLGADSRTEAVTIAMQKGILKLNI PGPT0028590_75 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-TOXINES_NEUTRALIZATION_YDF_SYSTEM,PGPT0028590-ydfI-K11624 NA NA D1-12_03572 2154 ydfJ COG2409 Membrane protein YdfJ ATGTCTGGTTTTTTATATAAATTAGGGGGATGGTCTGCCCGCAATCGATTAAAAATGATCAGTGCGTGGCTCGTGATACTGATCGCTTCGATTGTGATCGCCATCTCGTTAAAACCTGCTTTTTCTGAGGATATGTCAATTCCCGACACACCTTCTGAAAAGGCGATGGATATGATTCAAAAAGAATTTTCAAAGGGTCCCGATAAAGGAAGCATACGGGTTATTTTCGGAGCTGAAGACGGGAAGAAATTGACGTCAAAACCGGAAAAACAAGCGATTGAAGAGACATTAAAGAAGATCAAAACAGATCATTCAGTCGCTTCGATTGCAAGTCCTTTTGAGACAGGAACCATTTCTAAAGACGGATCAGTAGCATATGCCGATATTACGTACAAAAAAGCGGCGGATGACATTACGGATGCGTCTGTTTCACATATTAAACACAGTCTGTCCGCCGCAGGAGACAAAGGTCTGCAGACGGAGCTCAGCGGCGATGTGCCGGGGGCCGGTGTTGAAATCGGCGGTGTATCTGAAATTGTCGGCGTTGTGCTGGCATTCGTCGTACTGGCTATTACGTTTGGTTCATTAGTCATCGCGGGGCTTCCGATTGTCACGGCCCTGATTGGGTTAGGCGTAAGCGTCGCGCTGACGTTAATCGGGACACAGTTCTTTACGATAGCCTCGGTCAGTCTCTCATTATCCGGAATGATCGGACTGGCCGTCGGGATTGATTATGCGCTGTTTATCTTTACGAAGCATCGTCAGTTTTTGGGCGAAGGTGTACAAAAAAATGAATCGATCGCTAAAGCCGCGGGAACGGCTGGCAGCGCCGTCGTTTTTGCGGGACTGACCGTGATCGTCGCGCTTTGCGGATTGACCGTTGTCGGCATTCCGTTCATGTCTGCCATGGGATTGACTGCGGCACTCAGTGTGCTGATGGCTGTATCGGCTTCTGTTACGCTGGTGCCTGCGGTGTTGTCAATCGCAGGAAAACGGATGATTCCGAAATCAAACAAGAAGAAAGAAAAGAAAAGCGCCGACACGAATGCCTGGGGGCGCTTCGTTACAAAGAAGCCTATTCTGTTAAGCATTTTCAGCATTATTCTTTTAGCCGTCATCAGTCTGCCGGCCATGCATTTAGAGCTGGGGCTGCCTGATGCGGGAATGAAAGCGAAAGACAGCCCGGATCGCCGCGCCTATGATCTGTTGTCTAAAGGATTCGGCGAAGGCTTTAACGGCAAGCTGACAATTGTTGCCGATGCAAAAGGGGTCAAGGGGAACAAAAGTGAAGCATTTCAAGACGCCGTGAACGAAATGAAGGACTTGCACAATGTGGCGAGCGTCACACCGGCCATGCCGAACGAAAAAGGGGACTATGCCATTATTACGGCAGTGCCTGAAACCGGGCCGAATGATAAGGCAACGAAAGAGTTAGTGCAGGATATACGGAAACGATCAGACAAAAACGGCATCCGCCTGCTCGTCACCGGTTCAACCGCGGTAAACATTGATATTTCAGACCGGTTAAACGATGCCATTCCGGAATTCGCCATTCTCATTGTCGGGTTTGCGTTTGTATTGCTGACCGTTGTTTTCCGCTCGCTTCTCGTGCCGCTTGCCGCCGTCGTCGGCTTTTTACTGACGATGACCGCTACACTCGGCTTATCGGTATTCGTTCTGCAGGATGGGAATTTCACCGGCTTGCTCAGCATTCCGGAAAAAGGCCCGATTCTCGCCTTCCTGCCTATTTTAGCGATCGGTATTCTTTTCGGACTGGCGATGGATTATCAAGTATTCCTTGTCAGCAGAATGAGAGAAGAATATGTCAAAACAAAAAATCCGGTACAAGCCATCCATGCCGGATTGAAACATAGCGGACCTGTCGTAACAGCGGCGGGACTGATCATGATTTTCGTCTTTGCGGGGTTCATCTTTGCGGGAGAAGCTACGATCAAATCCATGGGCTTGGCAATGACCTTCGGTGTTCTTTTTGATGCGTTCATTGTAAGAATGACCATTATTCCGAGTGTCATGAAGCTGATGGGACATGCGGCCTGGTACTTGCCGAAGTGGCTGGATAAAATCATTCCGAACGTGGATATCGAAGGCCATAAGCTGACACAAGGCAAAACACCGGAGAAACCGGAAGAATAA MSGFLYKLGGWSARNRLKMISAWLVILIASIVIAISLKPAFSEDMSIPDTPSEKAMDMIQKEFSKGPDKGSIRVIFGAEDGKKLTSKPEKQAIEETLKKIKTDHSVASIASPFETGTISKDGSVAYADITYKKAADDITDASVSHIKHSLSAAGDKGLQTELSGDVPGAGVEIGGVSEIVGVVLAFVVLAITFGSLVIAGLPIVTALIGLGVSVALTLIGTQFFTIASVSLSLSGMIGLAVGIDYALFIFTKHRQFLGEGVQKNESIAKAAGTAGSAVVFAGLTVIVALCGLTVVGIPFMSAMGLTAALSVLMAVSASVTLVPAVLSIAGKRMIPKSNKKKEKKSADTNAWGRFVTKKPILLSIFSIILLAVISLPAMHLELGLPDAGMKAKDSPDRRAYDLLSKGFGEGFNGKLTIVADAKGVKGNKSEAFQDAVNEMKDLHNVASVTPAMPNEKGDYAIITAVPETGPNDKATKELVQDIRKRSDKNGIRLLVTGSTAVNIDISDRLNDAIPEFAILIVGFAFVLLTVVFRSLLVPLAAVVGFLLTMTATLGLSVFVLQDGNFTGLLSIPEKGPILAFLPILAIGILFGLAMDYQVFLVSRMREEYVKTKNPVQAIHAGLKHSGPVVTAAGLIMIFVFAGFIFAGEATIKSMGLAMTFGVLFDAFIVRMTIIPSVMKLMGHAAWYLPKWLDKIIPNVDIEGHKLTQGKTPEKPEE PGPT0028595_52 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-TOXINES_NEUTRALIZATION_YDF_SYSTEM,PGPT0028595-ydfJ-K11625 NA NA D1-12_03573 723 COG2071 Putative glutamine amidotransferase ATGGCCAAACGCATCGGAATTACGGGAAACATTATGGCTGATCAATCCGGTCCTTTCCCGGGTTATAATCGGGCATATGTCAATAATGATTATATTCAGTCTGTTTCTGAGGCCGGCGGTGTGCCGTTTATATTGCCGGTGATTCAAGAGACGGCGCTTTTAAAGGAACAGGTCTCTCATGTTGACGGGATCATTCTGTCCGGCGGTCAGGATATAGACCCGCTGTTTTACGGTGAAGAACCTTTACAGGCTTTAAGAAAGACCTTTCCTGATCGGGACGCCTATGAGAAGGAGCTGATTCTCACGGCGGTTGCTTTAGAAAAGCCGATTCTGGCCATCTGCCGGGGGATGCATATGTTAAACGTCACTTACGGGGGAACTTTATATCAGGATCTGACACACGCTTCATTTGCTGAAATCAAGCACGATCAAGAAAAAGATCCGCCGTTAAAAACCCATCATGTTTCTTTTGAAAAAGGGACACGTCTCCATTCCTTGTTTGGCGATTCAGCGCGGGTGAATTCATTCCATCACCAGATCATAAAAGAGACGGCGCCTTCGTTTAAAGCCGCGGCTTATGCGAAAGACGGGGCCATTGAAGCGATTGAACAGACAGGTGAATTATTTGTCGTCGGCGTACAATGGCATCCTGAAATGCTGACAAAAAAACATGAAGACATGAAAAAGCTTTTTTCTCTTTTCATGAATGCGGTCAGCACATAA MAKRIGITGNIMADQSGPFPGYNRAYVNNDYIQSVSEAGGVPFILPVIQETALLKEQVSHVDGIILSGGQDIDPLFYGEEPLQALRKTFPDRDAYEKELILTAVALEKPILAICRGMHMLNVTYGGTLYQDLTHASFAEIKHDQEKDPPLKTHHVSFEKGTRLHSLFGDSARVNSFHHQIIKETAPSFKAAAYAKDGAIEAIEQTGELFVVGVQWHPEMLTKKHEDMKKLFSLFMNAVST PGPT0020950_77 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 D1-12_03574 1632 expZ COG0488 Nucleotide-binding protein ExpZ ATGAAAGAAATGTTAAAAATAAGCGGCATCAGTTATGAAATCAACAGCGTTCCCCTTTTTGAACAGATCAGCGCGAGCGTTCAGCAAGGTGACATCATCGGCGTTATCGGTAAAAACGGCGCCGGCAAATCGTTATTGCTGCAATTGATCTGCAATCAAAAAGCGCCGTCACAAGGACAGATTCAGATGATGCAAGATGTGAACATATATATGGTGGAACAAGAAACGGAAGCTTATGATTCCGGCCATCCGGAGCCTGCGGAGGCAGCCTTGTTAGAAAAGTGGAACGTGCCCGCACGCGCCTTTTCGCAATTGAGCGGCGGAGAAAAACTGAAAGCCCGTCTTGCCAAAGGTTTCTCCTCCTCAAGCAGCCTTTTGTTATTAGATGAGCCGACGAACCACCTCGATCAGCACAGTTTAGAAATACTGCTAAATCAGATCAAGAATTACAAAGGCACCATTATTTTCGTTTCGCATGATCGTGCTTTTATAGATGCAGCGGCGACAAAAATCTGGGCCATCGAAGGAAAGAAACTCATTGAACATAAAGGGAATTATTCAAGCTATATGGAGGTCCGCAAACAGAGAAGGCTGACACAGCAGCGGGAATATGAGAATCAGCAAAATATGATCAGACGGATTGAAGCTCAAATGAACGAGCTGAGCGCCTGGTCGAAAAAAGCCCATGCCCAATCAACGAAAATAGAAGGATTTAAAGAATACCATCGCGTAAAAGCAAAACGCACGGACGCCCAGATTAAATCAAAGCAGAAGCGTCTTGAAAAAGAGCTTGAAAAAGCGAAAGCAGAACCGGTTGAAGCGGAGTATGAAGTCCGTTTTTCCATTGAGCACCGCAAAAAAGCGGGAAAGCGTTTTTTAGAAGTAAGTGATGTCACAAAGTCATATGACGGCCGAACGCTTTTCAAAAACGTGAATTTCACTGTGATGCACGGTGAAAAGATCGCGATTACAGGCCCGAACGGCAGCGGGAAAACAACATTATTGAAGGTCATCCTCGGTCAGGAAAAAGCACAGGACAGCAGCATATGGATTTCTCCGTCTGCAAACGTCGGATATTTAACCCAGGAAGTATTCGACCTCCCGCTTGATAAAACCCCCGAACAGCTTTTTTACAAAGAAACGTTCGAAGCAAGGGGAAATGTTCAATCCCTCATGAAGCATTTAGGATTTACCGCAGCGCAATGGACGGAACCCATCGGCAAGATGAGCATGGGAGAGCGGGTCAAATGCAAACTGATGGCGTTTATTTTAGAGGAGAAAGATGTGCTGATTCTGGATGAGCCGACAAACCACCTTGATCTGCCGTCACGCGAGCAGCTTGAAGACACTTTGGCCCGATACGACGGAACGCTTATCATCGTATCTCATGATCGTTACTTTCTCGAAAAGACGACGGACATCCGGCTTGATATCTCAAATGGCAGCGTCCGAAAACAATGGAAAGAATCCCCCTCTGTCAGGGACGATGCTGAAGAACTGCGATTAAAGCTTGAAACCGAACGGCAGGAAGTCCTCGGAAAACTCAGCTTCATGACTCCGGCTGATAAACAATATCGTGAGCTTGATCAAAAATTCAAAGAGCTGACGGAAGAAATCAAGAAATTGAAATGA MKEMLKISGISYEINSVPLFEQISASVQQGDIIGVIGKNGAGKSLLLQLICNQKAPSQGQIQMMQDVNIYMVEQETEAYDSGHPEPAEAALLEKWNVPARAFSQLSGGEKLKARLAKGFSSSSSLLLLDEPTNHLDQHSLEILLNQIKNYKGTIIFVSHDRAFIDAAATKIWAIEGKKLIEHKGNYSSYMEVRKQRRLTQQREYENQQNMIRRIEAQMNELSAWSKKAHAQSTKIEGFKEYHRVKAKRTDAQIKSKQKRLEKELEKAKAEPVEAEYEVRFSIEHRKKAGKRFLEVSDVTKSYDGRTLFKNVNFTVMHGEKIAITGPNGSGKTTLLKVILGQEKAQDSSIWISPSANVGYLTQEVFDLPLDKTPEQLFYKETFEARGNVQSLMKHLGFTAAQWTEPIGKMSMGERVKCKLMAFILEEKDVLILDEPTNHLDLPSREQLEDTLARYDGTLIIVSHDRYFLEKTTDIRLDISNGSVRKQWKESPSVRDDAEELRLKLETERQEVLGKLSFMTPADKQYRELDQKFKELTEEIKKLK PGPT0027940_135 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-MACROLIDE_RESISTANCE,PGPT0027940-msrA|vmlR-K18231 NA NA D1-12_03576 528 hypothetical protein ATGAATATCAAAACTGACAGGCTCGTCATTCGGACATTTGAGCCGGAAGATTGGCAGGATGTCTATGCGTACACGTCAAATCCGAATGTCATGAAATATATACCAGAGGGTGTCTTTACCGAAGAAGATGCCAGGAAATTCGTTACTGAAAACAGCGGTGAACATGCCGGGAAGTTTCCCGTTTTATTGAAGGATGAGAAAACGGTCATTGGCCACATTGCTTTTTTTCAGTATTTTGGCGATCATACGTATGAAATCGGCTGGGTGTTTCACCCGGAATACCAGGGCAAAGGATATGCTTCAGAGGCGGCGCGCGCCGTGCTGGCATTCGGGTTTAACAAGATGAACTTACACCGGATCATTGCGACATGTCAGCCGGAAAACACGGCTTCGCACCGAGTGATGGAAAAGATCGGGATGAGACGGGAAGGCTTTTTTAAAAAATGCATCCCCCATGATAATGAATGGTGGGATGAATATTATTATGCCGTTTTAGAAGAAGAGTGGGAAGCCTCCAATCTGGAATAA MNIKTDRLVIRTFEPEDWQDVYAYTSNPNVMKYIPEGVFTEEDARKFVTENSGEHAGKFPVLLKDEKTVIGHIAFFQYFGDHTYEIGWVFHPEYQGKGYASEAARAVLAFGFNKMNLHRIIATCQPENTASHRVMEKIGMRREGFFKKCIPHDNEWWDEYYYAVLEEEWEASNLE NA NA NA NA NA D1-12_03577 858 hypothetical protein ATGAAGAACATTTGCAAGGATATACTGATGATTATGGCCGGAGCCTTTCTTATTGCAGCGTCCGTGGAATTTTTCGTCATCCCGAATCATTTAGGGGACGGCAGCACCGTGGGAATCGCTCTCGTGTTATATTATCTTTTCCATATACCTGCAAGTATTACGACTCTGGTTGTAAATTTGATTTTTATCGGGCTGGCTTATAAATTTTTAACGAAAAAAACGATTTTATACACGATACTCGGTACGGGGATGACTTCTGTTTTTCTCAGCATCGTCAGCTTTATTCCGTTCGGCGTGCACGACATGGTGCTAGGGATTGTATTCGGCGCTCTGCTGATGGGAGCGGGGCTGGCATTGATCTTTATCGCTGACGGATCTACCGGCGGAACCACGCTTTTGGCGTATTTATTAAATTACACAAAGGGCTTTAACATCTCCAAAAGCATGTTTTATATGGATTGTGTCATCATTTTCGCATCCGTTTTAGCGATCGGCATCAATCACATGCTGTATACGTTTATATTCGTATATCTGTGCGCCAAAATCGTCGATATTGTCATTGAGGGTTTCCATAATAAAAAAGCCCTCACCATTATGTCTGACCAATACGAAGAAATCGCCAAAGCCATCACCTCCGAGTACGGCAACGCGGCGACGATTTTTTACGGATACGGGTATTACGGCAGCAAAGACAAGCGCATTATCTATGTCGTCATTAAAAAGAACGAATTGCTGAAAATCAAAAAACATGTTCAAAAAATTGACCCGAAATCATTTATCGTTATTCATGAAGTAAAAGAAGCTGTCGGAGGGCAATTCGGATTTACAAACCTGCCCGCCGCCGCGAATGAAAAATAA MKNICKDILMIMAGAFLIAASVEFFVIPNHLGDGSTVGIALVLYYLFHIPASITTLVVNLIFIGLAYKFLTKKTILYTILGTGMTSVFLSIVSFIPFGVHDMVLGIVFGALLMGAGLALIFIADGSTGGTTLLAYLLNYTKGFNISKSMFYMDCVIIFASVLAIGINHMLYTFIFVYLCAKIVDIVIEGFHNKKALTIMSDQYEEIAKAITSEYGNAATIFYGYGYYGSKDKRIIYVVIKKNELLKIKKHVQKIDPKSFIVIHEVKEAVGGQFGFTNLPAAANEK NA NA NA NA NA D1-12_03578 1134 gldA Glycerol dehydrogenase ATGAAAGACAACGAAGAAGGGATGATGACATTGGAACGAATTTTTATCAGTCCGGCCAAATACGTGCAGGGAAAAAACGCCATTGAAACGATCGGCGGACATTTGGAGGGCGTTGGTGAAAAAGCCGTCGTCATTGCGGACAAAACCGTATGGGATATCGCGGGCCACAAGGTGACGGCTGAATTAAAGAAAAGCAATATTTCTTCTGAAGAGGCGGTTTTCAACGGCGAAGCCTCCCAGGAAGAAATGAAAAGAATTGCCGGCATCGCAGAAAAAGCAGGCGCGACTATTGTCATCGGAGTCGGCGGCGGTAAAACGCTTGATACCGCCAAAGCCGTATCAGATGAAATAAACGGCTACACCGTTATCGTGCCGACGGCCGCTTCAACGGATGCTCCGACAAGCGGGCTGTCTGTCGTATATTCTGAACAAGGCGCGTTCGAAAACTATCGTTTCTATCATAAGAATCCTGACTTGGTTCTGGTCGATACGAAAATCGTCGCGGAAGCTCCGCCGCGCTTTTTAGCATCAGGGATTGCCGATGCGATGGCGACGTGGATAGAGGCGCGCAGTGTCATCGCCAATGGCGGTAAAACGATGGCAGGCGGAATTCCTACCATCGCCGGAGAAGCTATCGCGGAAAAATGTGAAGCGGTGTTATTCAAATACGGCCGTCTCGCTTATGAGTCTGTGAAAGCGAAAGCCGTTACGCCCGCATTGGAAGCGGTGGTTGAAGCCAATACACTTCTGAGCGGACTGGGATTTGAAAGCGGCGGCTTAGCTGCGGCACATGCCATTCATAACGGATTTACCGCGCTTGAAGGTGAAATCCATCACTTGACCCACGGTGAAAAAGTGGCATTCGGCACGCTCGTTCAATTGGCGCTGGAAAAACGTTCGCTTGAGGAAATTGAGCGGTATATCGCGTTTTATATCAGCTTGGGGCTGCCTGTCACACTTGAAGACATCAAATTGAAAGACGCATCTAAAGAGGACATTATGAAAGTGGCAGAAGCCGCGACGATTGAAGAAGAAACGATTCATGCCGCTTTTGACGTGACGGCTGACGACGTGGCGGATGCCATTATAGCGGCTGATCAATACGCAAAAGCATTTAAAGAAAAACACGCGTAA MKDNEEGMMTLERIFISPAKYVQGKNAIETIGGHLEGVGEKAVVIADKTVWDIAGHKVTAELKKSNISSEEAVFNGEASQEEMKRIAGIAEKAGATIVIGVGGGKTLDTAKAVSDEINGYTVIVPTAASTDAPTSGLSVVYSEQGAFENYRFYHKNPDLVLVDTKIVAEAPPRFLASGIADAMATWIEARSVIANGGKTMAGGIPTIAGEAIAEKCEAVLFKYGRLAYESVKAKAVTPALEAVVEANTLLSGLGFESGGLAAAHAIHNGFTALEGEIHHLTHGEKVAFGTLVQLALEKRSLEEIERYIAFYISLGLPVTLEDIKLKDASKEDIMKVAEAATIEEETIHAAFDVTADDVADAIIAADQYAKAFKEKHA PGPT0008270_105 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROLIPID_REMODELLING CE-REMODELLING_GLYCEROLIPID_DEHYDROGENASE|DEHYDRATASE_ACTIVITY,PGPT0008270-gldA|dhaD-K00005 NA NA D1-12_03579 1212 bcr_2 Bicyclomycin resistance protein ATGCTGCATAATCCGACCGGTAAGGAGCGGCTTGCGCTTGCTTTTCTTCTCGGAATGCTTGCGATACTGGGGCCGCTCAATATAGATATGTATCTGCCGAGTTTCCCTGAAATCGCCGAAGATTTAAGCGCCCGCGCTTCGCTTGTCCAGCTCAGTTTAACCGCTTGTCTGATCGGACTGACAATCGGACAGGTTGTTGTCGGCCCGTTAAGTGACGCGAAGGGAAGAAGAAAACCGTTATTACTATGTATTTTTTTATTTGCGTTGTTTTCTCTGTTTTGCGCGCTTGCACCGAACATTGCAACACTAGTGATTGCCCGTTTTCTTCAAGGGTTCACCGCTTCGGCAGGACTCGTTTTATCCCGTGCAATCGTCAGAGATGTGTTTACGGGAAGAGAGCTTTCTAAATTTTTCTCGCTGCTGATGGTCATTACCGCCGTCGCGCCGATGGTGGCGCCGATGACGGGAGGCGCGATTTTACTGCTTCCGTTTGCATCATGGCATACGATTTTTCTCTTTTTAACGTTTATCGGTTTTTTGCTTGTAATCATCATTGCGCTCAAGCTGACAGAAACCCTGCCGCCGGAAAAGCGGATTCCGAGCTCCATCGGAAATTCCGTGCGGACAATGGGAAGCCTGCTGAAGGATCGGTCATTTATCGGCTATGCGCTGACGGTCGGTTTTATTCACGGCGGGAGCTTTGCGTATGTCTCCGGAACGCCTTTCGTGTATCAGGATATTTACGGAGTAACGCCTCAGGTATTCAGTGTTTTATTCGGCATAAACGGTCTGGCGATCATTACCGGAAGCTTTATCATCGGGCGTTTCGGCGGGATCATTCACGAAAAAAGCCTGCTGAGAATCGGCGTGATTACAGCGATGACGGCGACTGCCGTTCTGCTCGTCATGACAATCATTCACGGGCCGCTGGCGGCACTGGTGATTTCCATTTTTATTTATATGATTACGATCGGCATGACGCTGACAAGCACCTTTACATTGGCGATGGAAAAGCAGGGACACCGCGCGGGAAGCGCAAGCGCACTGCTCGGCATGCTTCCGCTTCTTCTCGGTTCCATCGTGTCGCCGCTTGTGGGGATGAATGAAGCGACGGCCGTGCCGATGGGGGCAATAATGTTCACGACATCCGTTATCGGTTCCATCGCTTTTTTCGCCTTAACAACAAAACCGGAGAAAGCAAAAAAGGAGTGA MLHNPTGKERLALAFLLGMLAILGPLNIDMYLPSFPEIAEDLSARASLVQLSLTACLIGLTIGQVVVGPLSDAKGRRKPLLLCIFLFALFSLFCALAPNIATLVIARFLQGFTASAGLVLSRAIVRDVFTGRELSKFFSLLMVITAVAPMVAPMTGGAILLLPFASWHTIFLFLTFIGFLLVIIIALKLTETLPPEKRIPSSIGNSVRTMGSLLKDRSFIGYALTVGFIHGGSFAYVSGTPFVYQDIYGVTPQVFSVLFGINGLAIITGSFIIGRFGGIIHEKSLLRIGVITAMTATAVLLVMTIIHGPLAALVISIFIYMITIGMTLTSTFTLAMEKQGHRAGSASALLGMLPLLLGSIVSPLVGMNEATAVPMGAIMFTTSVIGSIAFFALTTKPEKAKKE PGPT0029005_2714 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 D1-12_03580 1236 fabF_2 COG0304 3-oxoacyl-[acyl-carrier-protein] synthase 2 ATGAAAAGAGTTGTGATCACCGGAATGGGAGTGATTTCACCTCTCGGCAATGATGTGCATACATTTTGGAAACACCTGACGGAAGGAAAATCGGGAATCTCTTTCATCGATTCGTTTGATGTCTCCGGTTCAAAGACAAAAATAGCCGGCACCGTCCGTGATTTTGACGCAGAAGAAAGATGGGGCAGAAAAGAAGCGAGACGGCTTGACCGTTTCAGCCAGTTTGCTTTAGCGGCAGCGGAACAGGCGCTTGAAAGCTCCGGGATTCAGCTCGATCAGATTGACCGTGAACGCCTCGGCGTGTACGTCGGCTCGGGAATCGGCGGCATCACGACTTTGGTTGATAACGTTCATACTTTAAATGAACGGGGAGCGCGAAAAGTGAGCCCGAGCCTTGTCCCCATGATGATCTCAAACGCGGCCGCCGCTCAAATCAGCATCAGATTAGGCGCGCTCGGCCCCTCACTTTCTCCCGTCACCGCGTGTTCCATCGGCAATACGTCGATCGGGGAAGCTTTCAACGCCATTCGGAATGATGACGCAGATATCATGTTTGCCGGGGGAGCGGAAGCGGCGATTACGAATTTGTCATTAGCCAGCTTCGGCAATGCCCACGCGCTGTCAGCGAGAAACGAAGACCCCGCCGCGGCAAGCCGGCCGTTTGACGCGGATCGCGATGGGTTTGTCATGAGTGAAGGCGCGGGCATCTTAGTATTGGAATCATTGGATAGCGCAATCGGCAGAAACGCCCCGATCCTCTGTGAGGTGCTCGGCTACGGCGCAAGCTCTGACGCCTATCATATGGTAGCCTCCCATCCGGAAGGAACGGGCGCATACCTGGCGATGAAAAACGCTTTGAAAAAGGCGAACGTTTCAGCGGAAGACATTGATGTCGTAAGCGCTCATGCGACAAGCACAAAAGCCGGAGATCTTTCTGAAACATTGGCCATCAAGACATTATTCGGGGAGCTTGCCTATGACATTCCGGTTACGGCCAACAAATCAATGCTCGGCCACATGCTTGGCGCGGCAGGCGGCGTTGAAGCCATCGCTCTGACAGAAAGCCTGAGACACGGCATCATTCCGCCGACGATCAATCTGCAGCACCCTGATTCGGCATGTGATTTGGACTATGTAGCAGACGGACCCCGCCAGCAATCGTTAACGATCGGCCTTTCCAACTCATTCGGCTTTGGGGGGCATAATTCGGCGATCGTGCTGAAGAAATATGAATAG MKRVVITGMGVISPLGNDVHTFWKHLTEGKSGISFIDSFDVSGSKTKIAGTVRDFDAEERWGRKEARRLDRFSQFALAAAEQALESSGIQLDQIDRERLGVYVGSGIGGITTLVDNVHTLNERGARKVSPSLVPMMISNAAAAQISIRLGALGPSLSPVTACSIGNTSIGEAFNAIRNDDADIMFAGGAEAAITNLSLASFGNAHALSARNEDPAAASRPFDADRDGFVMSEGAGILVLESLDSAIGRNAPILCEVLGYGASSDAYHMVASHPEGTGAYLAMKNALKKANVSAEDIDVVSAHATSTKAGDLSETLAIKTLFGELAYDIPVTANKSMLGHMLGAAGGVEAIALTESLRHGIIPPTINLQHPDSACDLDYVADGPRQQSLTIGLSNSFGFGGHNSAIVLKKYE PGPT0008360_6302 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008360-fabF-K09458 NA NA D1-12_03581 840 hypothetical protein ATGATACCAGAAGGAAGATTGCAGGCGCTTTCAGAGTTTTTAAAAACGCAGCGGGCCAAAATTTCTCCGCAGATGGCCGGGCTGCCGATGGGCACACGGAGAAGAACGCCCGGACTACGAAGAGAAGAGGTCGCGCAATTAGCCGGCGTAAGCACCACGTGGTATACGTGGCTGGAGCAGGGCAGAGATATTAAAGTGTCCGCAGCCGTATTGGACGCCGTTTCCGATGCGCTGCAGCTCAACAAAGATGAGAGAAATTATTTATACGCGCTTGCCATTGAGGAGGGCGTGAAGCAGCCGTTTACCGCGGAGGAAGAAGCGGTTATCAGCCCGTCGCTTTCAAAAATCCTGCAGGAGCTCCGTTATTGTCCCACCATTATCTCGGACAGGCGGTGTCATATCGTAGGATGGAACCAGGCCGCGGCTCACGTGTTTTTAGATTTTGAACAAATTCCTCCTGAAAAACGGAATCTCATAGAGCTATTGTTTTCCAGAAAAGAATTAAGAAGTTTAGCCGTGAACTGGGAGCACTTTGTGAAAGGATTCATCGCCATTTTCAGAACGTATTACGGCCAGTATGTAGCTGATACGTGGTATTCTCAGTTTATAGAAGAAATGGAGAAAACGTATTCGGAATTTCATACGCTGTGGAATGAGAGCGAAGTCAGCTCGGCACCCGAAGTATTAATTGAGTTCCGCCACGCGAAGGCGGGAAAAATGGTCTTTAACCTGACTTCATTTCAGGTTCAGGGCAACAGTGATCTGCGCTGCAGTGTGTATACGCCGGTAGATCATACCGAAACGGAAGCAAAGCTGAAAAAGCTCTTCGAAAACAGGTGA MIPEGRLQALSEFLKTQRAKISPQMAGLPMGTRRRTPGLRREEVAQLAGVSTTWYTWLEQGRDIKVSAAVLDAVSDALQLNKDERNYLYALAIEEGVKQPFTAEEEAVISPSLSKILQELRYCPTIISDRRCHIVGWNQAAAHVFLDFEQIPPEKRNLIELLFSRKELRSLAVNWEHFVKGFIAIFRTYYGQYVADTWYSQFIEEMEKTYSEFHTLWNESEVSSAPEVLIEFRHAKAGKMVFNLTSFQVQGNSDLRCSVYTPVDHTETEAKLKKLFENR NA NA NA NA NA D1-12_03582 744 hypothetical protein GTGCTTATTATACTCGTTATGTTTCTTCTCGGGATTATTCTCGGGTTTATCGGCGCCGGGGGAGCCGGTTTTGTCATTGCACTTTTAACTATACTGTTTCACGTACCGATTCATACGGCTTTGGGCACCTCCCTCGCCGGAATGGCTTTCACAAGTTTGTCGGGGGCTTTCAGCCACTACCGTGAAGGCAATATTCAGATGAAGATCGGCCTCATCGTCGGCGTTTTTGCGGCATTCGGTTCGTTTTTCGGGGCAAGGCTTACTTCCCTTATCCCCGCAGATTTGCTGCATTACTTGACGGCGGGCATGCTGTTTTTATCTGCTCTGCTTATTTTAGTCCGGTTATTTATTGTAAAAGAAACACATGAAGATTCCGGACGGCAAAGCAATCTGAATATATGGGTGAAAGCCGTTGTACTCGGTGTCATCGCAGGAATCTTGTCCGGAACATTCGGGATCGGCTCTGCCCCTTTCATCCAAATCGGCTTAATGATTCTTTTGCGCTTATCCATCCGCCAGTCGGTCGGCACCACCATGCTTGTCATTATCCCGCTTGCGGTCGGCGGAGGACTCGGTTATGTGACGGAAGGATTTGTCGATTATATGCTGTTGGTCAAAGTGCTGATCGGAACGATGTGCGGCGCATATGTCGGAGCGAAATTCACCAACCTCGTGCCGAAAGTCATTCTGAAATCAGCCATCTTTTTAACACCGGCCATCGCCGGTCTCATGCTTTTATTTTAA MLIILVMFLLGIILGFIGAGGAGFVIALLTILFHVPIHTALGTSLAGMAFTSLSGAFSHYREGNIQMKIGLIVGVFAAFGSFFGARLTSLIPADLLHYLTAGMLFLSALLILVRLFIVKETHEDSGRQSNLNIWVKAVVLGVIAGILSGTFGIGSAPFIQIGLMILLRLSIRQSVGTTMLVIIPLAVGGGLGYVTEGFVDYMLLVKVLIGTMCGAYVGAKFTNLVPKVILKSAIFLTPAIAGLMLLF NA NA NA NA NA D1-12_03583 459 bltD COG0454 Spermine/spermidine acetyltransferase ATGACGATTGAAATCAGAACAGTCACGGAAGAAAACCGTGCCGATATACTGGCGCTTCATGTAAGTGAAAGCCAGACTTCATTTATTGAAACCGCGGAAGAGTGCTTACAAGATGCTGAGGATTGCCGGCATTATCAGCCGGCCGGTCTTTATGTTAACGGGGAATTGGTCGGCTTTGCCATGTACGGATGGTTTCCGGAATATGATGAGGAAAATGAAAACGGCAGAGTGTGGCTTGACCGTTTTTTTATTGATGAACGTTATCAGGGACGGGGATTGGGCAAGCTGTTGCTTGATGCCCTAATCCGTCATCTCGCTCAAATATATGATTGCAGACGGATTTATTTAAGCCTGTTTGAAGATAACGTCCACGCATTGCGGCTTTATCAAAAATTCGGCTTCTTATTCAATGGAGAGCTGGACTCAAACGGGGAAAAAGTGATGGTGAAAGAGCTGTAA MTIEIRTVTEENRADILALHVSESQTSFIETAEECLQDAEDCRHYQPAGLYVNGELVGFAMYGWFPEYDEENENGRVWLDRFFIDERYQGRGLGKLLLDALIRHLAQIYDCRRIYLSLFEDNVHALRLYQKFGFLFNGELDSNGEKVMVKEL PGPT0007790_1782 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 D1-12_03584 822 hypothetical protein ATGAGCGAAGACGTCAGAAAATACTTCACAACGGGTGAATTTGCAAAACTGTGCCACGTAAAAAAACAAACCCTGTTCCATTATGACGAGATCGGCCTGCTTTCTCCGGAAATCAAAAAAGCGAATGGATACAGATACTATTCCTATCATCAATTCGAACTGTTCCAGGTCATCGGTCTGTTTAAGGAGGTCGGCGTGCCCTTAAAGCAGATCAAACCGCTCTTAACAGACAAAACTCCTGAAGGTATCATCACGCTTTTAAAAGAGAAATCTTCAGAAATCGAAAGCAAAATCAAAAAGCTGGAGCACCTGCAAAGGATGATTCAAACAAAGGTGAAGCTGACCGAACAAGCCTTGGAGACAGACTTTTCCTCCGTCTCATTGCAGCGATTAGATGAAGAGACACTTATGATAGGACGACCCGTACTCCATTTGCCAGAACGGCAATACACTGCCGCCATTTCCGAATTGATCCGCTATATGCGGGTACATGAACTCGATCAGGGGCATCCGGTCGGCGGACTGTTTGCGCGGGAGCAGATTCTGAAAAAAGAATTCTACAACTACACCCATTTTTATATGAAGACAGAAGAAGGCATAGAGAATAGAGACCTCCATATCAAGCCGAAAGGGCTTTATGCCGTCGGGTACCAAATAGGGGATGAAGCGGAAGCGGCTTACCGCAGCATCATGCAGTTTATTGAAGAGTATGGGCTGGAAATGGGCGATTATGCATATGAAGAATATATGTTTGATGAGGTTGTGGCGGACGGGTTTGACAATCAGATCACAAGAATCCAGCTGCAAGTCCGCAATCGATAA MSEDVRKYFTTGEFAKLCHVKKQTLFHYDEIGLLSPEIKKANGYRYYSYHQFELFQVIGLFKEVGVPLKQIKPLLTDKTPEGIITLLKEKSSEIESKIKKLEHLQRMIQTKVKLTEQALETDFSSVSLQRLDEETLMIGRPVLHLPERQYTAAISELIRYMRVHELDQGHPVGGLFAREQILKKEFYNYTHFYMKTEEGIENRDLHIKPKGLYAVGYQIGDEAEAAYRSIMQFIEEYGLEMGDYAYEEYMFDEVVADGFDNQITRIQLQVRNR PGPT0003907_44 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-MULTUDRUG_RELATED_REGULATION,PGPT0003907-bmrR-NA NA NA D1-12_03585 873 hypothetical protein TTGAAAAATACATTGTTCGGTTCGATTTATTTGACATTGGCCGCCAGTATCTGGGGAGGTATGTATGTCGTTGTAAAAGTTGTGGTAGCGGTCATTCCGCCGCTTGAACTGGTATGGCTGAGATATGCGGTGGCGCTTCTTTCGCTTTTGATTCTCAGTTTGTTTACACGCCAATCCTGGAAAGTTCATAAACGTGATTTATTACTGATCGCTGCGATCGGATTGATCGGCAACACGATTTCGATCGTCACGCAGGAAATCGGCACGAAATTATCAACCGCGCAGATGGGTGCGATTATTACGGCATCCACTCCCGCATTTATGGTTGTATTTGCCCGGCTGATGTTGAAAGAGCGGTTAACGCTGAAAAAAGGAATATCGACAGGGCTGGCGACGATCGGAGTATTGCTCATTGTGGGGAACGGAGATCTCGATATGTCGAGCCAGCTCGGCGGTCTCTCGCTTCTGGCTGCGGCGCTGACATGGGCTTTGATGTCCGTGCTGATGAAACGGGTTCCCGGCCATTACTCACCGCTTGTCGTCACAACGTATTCCATTTGCGTCGCATTTGTCATCCTGACCCCGTTTACAGCGGGCCCGCTTCAGGAGATTCCTTTGTCTCAGCTTGCCCGGCCTGAGATATGGGGCGGACTTTTATATTTGGGTGTGATCTCAACCGCCTGCGCGTTCATGCTTTGGAATCGCGGATTGCAATTGCTGAATGCGGCAAGCGGCGGTCTGTTTTTCTTCTTTCAGCCGCTTTCCGGGACATTGCTCGGCTGGCTGCTGCTGGGAGAGACGATCGGAGGAACCTTCTGGATCGGGGCGGCCCTTATTGTTTCAGGCGTCGTTCTCGTCATGAAAGAAAAATAG MKNTLFGSIYLTLAASIWGGMYVVVKVVVAVIPPLELVWLRYAVALLSLLILSLFTRQSWKVHKRDLLLIAAIGLIGNTISIVTQEIGTKLSTAQMGAIITASTPAFMVVFARLMLKERLTLKKGISTGLATIGVLLIVGNGDLDMSSQLGGLSLLAAALTWALMSVLMKRVPGHYSPLVVTTYSICVAFVILTPFTAGPLQEIPLSQLARPEIWGGLLYLGVISTACAFMLWNRGLQLLNAASGGLFFFFQPLSGTLLGWLLLGETIGGTFWIGAALIVSGVVLVMKEK NA NA NA NA NA D1-12_03586 618 hypothetical protein ATGGAGCCAAAATGGCTTGAATGGGCAAAACAGCTTCAATCCGCGGCGCAAGCGGGGCTGGCTTATTCCAAAGACATATATGATATTGAGAGATTTGAAGAAATAAGAAAAATAAGCGTGGATATCATGGCGCATCATACCGGCATCGATAAAAGGGTCATCAAAGACGTATTCGCCGGTGACACGGGCTATCCCACTCCGAAAGTTGATATCAGAGCGGCAGTTTTTAAAGATCAGAGCATATTAATGGTAAGAGAGAAAAGCGACGGCAGATGGGCGCTGCCGGGCGGATGGGCTGATATCGGGATTTCTCCGGGCGAGACCGCTGTCAAAGAAGTAAAAGAGGAGTCAGGAATCGACGTAAAGCCCGTTAAACTGTTAGCTGTAATGGATAAGAAATGCCATTCCCATCCGCCGTCCGCCGCCCACGTTTACAAAGTGTTTATCAAATGCGAGATCATCGGCGGCCGGATCAGGGAGGGAACAGAAACAAGCGCCGCCGGCTTTTTTGCGGAAACGGAACTGCCGCCGCTATCTGAAGCCCGCAATACAAAAAGTCAGATTGATAGGATGTTTGCATATCTCAAACATCCGGACGAACCCGTTTATTTTGATTAA MEPKWLEWAKQLQSAAQAGLAYSKDIYDIERFEEIRKISVDIMAHHTGIDKRVIKDVFAGDTGYPTPKVDIRAAVFKDQSILMVREKSDGRWALPGGWADIGISPGETAVKEVKEESGIDVKPVKLLAVMDKKCHSHPPSAAHVYKVFIKCEIIGGRIREGTETSAAGFFAETELPPLSEARNTKSQIDRMFAYLKHPDEPVYFD NA NA NA NA NA D1-12_03587 783 ycgJ putative methyltransferase YcgJ ATGGAGGATTCAATTAAACAGCAGGCGCAGCGGCAATTTGCCAAAAACGCCGCGAAATATGTGACTAGTCCAGGACACGCCGCAGGAGAGGATTTGGCGTATCTCGTTTCAGCTTCCGGTGCCGAAAAGCATATGGACGTGCTGGATATCGCGACGGGAGGCGGACATACGGCTAACGCTCTCGCTCCTCTCGTACGCTCTGTTATCGCCTATGACCTCACGGAAGAAATGTTAGCAGCCGCTGAAGCATTTATAACCGGAAACGGATGGACGAACGTTTCATTCGAAAAAGGCGATGCTGAAAAGATGCCGTTTTCCGATGCTGCTTTCGATATCGTCACATGCAGAATCGCGGCGCATCATTTTCCCGATGTCAGAGCCTTTGTTCATGAAGCGTTTCGGGTTGTCAAACCGGGCGGCAGACTGCTTCTCATTGACAATACCGCACCTGAAAAGGATGAATATGACCATTTTTATAATGACATTGAGAAGAGACGGGATCAGAGCCACTTTCGGGCGTGGAAAAAAACAGAATGGCTCCGTTTTCTGGAGACAGCCGGCTTCCGGATTGAATCCGCTGTCTGCTTTTTGAAACCATTTCAATTTACCGTCTGGTGTGAACGGGCAGGCCTGACTGAAGAGAAAGCCGCATTACTGGAAAAACAGATGCTGGATGCTCCTCATGATATACAGCGGTTTTTTTCTGTAGAAAAGGATCAATCAGGCCGTATTGCGGGCTTCACAGGTGAATCGGCCTGTTTCTGCGCGATCCGTCCCGTCTGA MEDSIKQQAQRQFAKNAAKYVTSPGHAAGEDLAYLVSASGAEKHMDVLDIATGGGHTANALAPLVRSVIAYDLTEEMLAAAEAFITGNGWTNVSFEKGDAEKMPFSDAAFDIVTCRIAAHHFPDVRAFVHEAFRVVKPGGRLLLIDNTAPEKDEYDHFYNDIEKRRDQSHFRAWKKTEWLRFLETAGFRIESAVCFLKPFQFTVWCERAGLTEEKAALLEKQMLDAPHDIQRFFSVEKDQSGRIAGFTGESACFCAIRPV NA NA NA NA NA D1-12_03588 1059 dmlA COG0473 D-malate dehydrogenase [decarboxylating] ATGAAAACTTACAAGATTGCCAGCATACCGGGGGACGGTGTGGGGAAAGAAACAGTTCCGCAAGCGGAGCGGGTGTTGAACGCGATCGCCGAATTACATGGAGGCATTGCCTTTGATTTCACTTCTTTTCCGTGGAGCTGCGAGTATTATTTGGAGCACGGGACTATGATGCCGGATGATGGATTAGAAACGTTACAGCACTTTGATGCTTTGTTTTTGGGGGCGGTGGGGAATCAAAAACTCGTCCCCGATCATGTTTCGCTGTGGGGGCTGCTCATCAAGATACGCCGGGAATTTGAACAGGTGATTAATGTGCGGCCGGCAAAGCTCCTGCCGGGAATCACTTCCCCCCTCGTTAACCCGAAGGATTTTGATCTGATAGTCGTCCGCGAAAACAGTGAGGGCGAGTACAGCTCTGTCGGCGGCAGAATCTATCAGGGTGAGGACGAAATCGCCATACAAAACGCGGTCTTTTCCCGACGGGGTACGGAAAGAGTAATGCGGTATGCTTTCGAACTGGCGGCAAGTCGGCGGAAACACGTCACAAGCGCGACGAAATCAAACGGTATTGTTCACTCGATGCCGTTCTGGGATGACATCTTTAAAGAGGTCAGCCGGGAGTACGCCGGGATTGAGACGGATTCCCAGCACATCGATGCACTGGCGGCCTTCTTTGTCACGCAGCCGGAACGCTTTGATGTCATTGTCGCTTCGAATCTGTTCGGAGATGTGCTGACAGATATCGGCGCGGCGATTATGGGAAGCATCGGAATCGCTCCCGCAGCCAACATCAATGTAAACGGCAAATATCCTTCCATGTTTGAGCCTGTTCACGGCTCCGCCCCGGATATTGTCGGAAAAGGAATTGCCAATCCTATAGGCCAAATATGGACGGCGAAATTAATGCTCGATTCATTCGGAGAAGAGGAACTGGGCCATCTCCTCTTACAATCTATTGAAACGGTCACAAACAGCGGCATTCTGACTCCTGATGTCGGCGGAAAACATTCAACGGAAGATGTCACTTCCGCTATTATTTCTCAAATCAAGAACAGATAA MKTYKIASIPGDGVGKETVPQAERVLNAIAELHGGIAFDFTSFPWSCEYYLEHGTMMPDDGLETLQHFDALFLGAVGNQKLVPDHVSLWGLLIKIRREFEQVINVRPAKLLPGITSPLVNPKDFDLIVVRENSEGEYSSVGGRIYQGEDEIAIQNAVFSRRGTERVMRYAFELAASRRKHVTSATKSNGIVHSMPFWDDIFKEVSREYAGIETDSQHIDALAAFFVTQPERFDVIVASNLFGDVLTDIGAAIMGSIGIAPAANINVNGKYPSMFEPVHGSAPDIVGKGIANPIGQIWTAKLMLDSFGEEELGHLLLQSIETVTNSGILTPDVGGKHSTEDVTSAIISQIKNR PGPT0001905_1253 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 D1-12_03589 687 rspR_3 COG1802 HTH-type transcriptional repressor RspR ATGGATAATTTTAAATTAGATAAGCCAATCCCGTATTATCTGCAATTTTATTCCCAATTGAAAAAAATGATATTTGACGGGATTTTTAAACCGGGTGAACGGCTGAATGAGACTCAGCTGGCCAAGGATTTCGGAGTCAGCCGGTCGCCGGTCAGAGAAGCCATGCGGCTCCTTGAAAAGGACGGGCTTTTGACGGCAGACGATCGAAACGGCTTTGTCATTTATTCTTTGTCCGTTAAGGATGTTGAAGAGATTTATAAAATCAGAATGTCACTTGAATCACTGGCAGTCGAACTGGTTATTGATGAAGCGGCTGAGAGTGAAATTGACCTCATTGAAAAACAGCTGCGCAAGACGGAAGAAGCCATCAATAAAGGCGTCAAAGAGACTGAGATTATTTCCTTGAACGAGACGTTTCATCAGCTCCTTGTGGATTTCAGCCATAACAGCCGGCTGGCCATGCTGCTTGAGCATGTCAATGTGCTGATTCATTTTTGCAGAGTTCTTAATTTTAAAGGCGATGACCGTGCGGAGGTTATTCTGCATGAGCACCGAAAAATCTTTGAAGAAATAAAAAAGGGCGACAAAACAAAAGCCGTGCAATATATGACGGAGCATCTCAAGCATGATGAAGAACATCTGAAAGGCGTGCTGAGAGCGGAAGAAACAGACGAATCATCACGATAG MDNFKLDKPIPYYLQFYSQLKKMIFDGIFKPGERLNETQLAKDFGVSRSPVREAMRLLEKDGLLTADDRNGFVIYSLSVKDVEEIYKIRMSLESLAVELVIDEAAESEIDLIEKQLRKTEEAINKGVKETEIISLNETFHQLLVDFSHNSRLAMLLEHVNVLIHFCRVLNFKGDDRAEVILHEHRKIFEEIKKGDKTKAVQYMTEHLKHDEEHLKGVLRAEETDESSR NA NA NA NA NA D1-12_03590 1194 tylCV Demethyllactenocin mycarosyltransferase ATGGCGAAACATATTCTGATGATCAATTTTCCTGCAGAAGGACACGTAAACCCGACATTGGGTATGACAAAGGCCTTCAGCGAACGGGGCGATCACGTTCATTATATCTCAACGGAAAAATACAAAAGCAGACTGGAAGGAGTAGGGGCGAAAGTTCATCTTCACAGCGATCTGCTCAGAATGACACCCATTGATCCCGGCAGTCCGTCCGGCATACTTGCATTTTTAAAGGTTCATATCAAAACGTCACTGGAGATTTTACATATTGTGCAGCGGCTGGCAGAGGACATTCAATTCGACGCCGTCTATTATGATAAATTCGGTGCGGGAGAGCTGGTGCGGGATTATCTCAACATTCCCGGCATCTCTTCTTCAGCGTCCTTCCTGTTCAATGAAGACCGTCTGAAAATACTGCCGCTCCACCCGGAATCGGCCGTGCCGTTTCAGCCGGACAGGGAATGTGAAGAGCTGTTGGCCGAGATGAAAGACAAATACGGTGTCGCCCCTGACAGCATGGTTCAATTTATGAACAACACAGGTGAATTGAACGTCGTCTATACAAGCAGATATTTTCAGCCCGAAAGTGAGACATTCGGAGATGAGTATTTATTTATCGGTCCGAGTTTTCCGAAGAGAAAAGGGCGCGTCGACTTCCCGATTGACGCATTAAAGAATGAAAAAGTCATTTATATCTCAATGGGAACGGTGCTCGGGGACACGGAAGCGTTTTTCAATCTGTGCATAGACGCGTTCTCAGATTTTGAAGGAAAAGTAGTCATTGCCGCCGGGGAAAAAGCCGATCTGTCAAAAATCAAACAGGCGCCGGAAAACTTTATCATCGCACCGTACGTGCCGCAGCTTGAAGTGCTGGAGCAGGCCGACGTGTTTGTCACGCATGGCGGAATGAACAGTGTAAATGAAGGCATTCATTATCAAGTGCCGCTGGTCGTCATCCCGCACGATAAAGACCAGCCGATGGTTGCGCGCCGCCTGACTGAATTGGATGCAGGCTATACCGTGCAAAAAGATGAAGTAAGCGCTGAAAAGGTAAAGCTTGCCGCGGAAGAAGTGCTGCATAACGGAAAATACAAACAAGGCATTCAAGCCATTAATGAAAGCTTTAAAGAATGTACGAACATGAAGGATGTTCTCGCCCGGATCGACCGGTTTATTGAACAAAAACATGCTCAATAA MAKHILMINFPAEGHVNPTLGMTKAFSERGDHVHYISTEKYKSRLEGVGAKVHLHSDLLRMTPIDPGSPSGILAFLKVHIKTSLEILHIVQRLAEDIQFDAVYYDKFGAGELVRDYLNIPGISSSASFLFNEDRLKILPLHPESAVPFQPDRECEELLAEMKDKYGVAPDSMVQFMNNTGELNVVYTSRYFQPESETFGDEYLFIGPSFPKRKGRVDFPIDALKNEKVIYISMGTVLGDTEAFFNLCIDAFSDFEGKVVIAAGEKADLSKIKQAPENFIIAPYVPQLEVLEQADVFVTHGGMNSVNEGIHYQVPLVVIPHDKDQPMVARRLTELDAGYTVQKDEVSAEKVKLAAEEVLHNGKYKQGIQAINESFKECTNMKDVLARIDRFIEQKHAQ NA NA NA NA NA D1-12_03591 255 hypothetical protein ATGTCAGCAGCAGGAAATCGGCAAAAATTTTGGGTCATGGCGATGCTTATAGCGGTCTTTGCCGTGTTCGTTTTCTCTTTTTCTGAGAATCATTCACAAAAGGACTGGCACACGGCGGTTGACCAGGCGTCTGTGAATGTCTTCGGCCAGCAGATCTTTGAAAAAAACCGTCTGGCAAAAACACTCGACGCACGTGAGGCAGAATCTCTTCTGACTCTTGTGAAACTTGCAAATGAAGAACATCACATCATCTAA MSAAGNRQKFWVMAMLIAVFAVFVFSFSENHSQKDWHTAVDQASVNVFGQQIFEKNRLAKTLDAREAESLLTLVKLANEEHHII NA NA NA NA NA D1-12_03592 270 hypothetical protein ATGCATATTCATATGATCAACAAAAACCAGTTTGAGAGTGACTTGGAGGCGGCCGGCTTCAGCCGTCAGGCAGATGATATTATCGGCAAAATGAAAGAGTACGTAACGGAATACGCGGCTTCATCCGAACGGTTCCTGATTGAAATTCAAACCGTCATGAACGAATACAAAGCCGTCGTCTGCGCGATGTTTTCGACCATGGAAATTGCCGGTGCAAATAAAGACGAGAAGCATGTTGAATTTGAAGCCTGCACAGTATTGTGTGAATAA MHIHMINKNQFESDLEAAGFSRQADDIIGKMKEYVTEYAASSERFLIEIQTVMNEYKAVVCAMFSTMEIAGANKDEKHVEFEACTVLCE NA NA NA NA NA D1-12_03593 1359 pbpE COG1680 Penicillin-binding protein 4* ATGAACGATAAGAAAAAACAAGCTTTTGAACAGCTTTTCAGCACTTTAGACGAAAGAGATGAAATAAACGGCGCTGTATTGGCAGCGGAAAACGGCCGCATCTTATATCAGGGTTCATTCGGCGCTGCGGAACTGAAAACAAAGAGGATGCTGAATGACCAATCGGTCTTTGAATTGGCCTCAGTATCGAAGCCGTTTACAGCTTTAGGCGTTATCATTTTAGAGCAGCAAGGGAAGCTGCGTTATGACGATATGATAGAGCGGTGGCTTCCTGATTTTCCTTATCCGGGCATTACCATTCGGCATTTACTCCATCATACGTCAGGCTTGCCGGACTATATGGAGTTATTTTTAACACATTGGGACCGGGACAGAATTGCCGTTAATCAAGATGTGATCGATATGCTTAAGCAGCATAAACCGGATGCTTATTTCCCGCCGGGCAAGGAGTGGCTTTACAGTAATACGGGGTATGCGGTGTTAGCGGTTATTATAGAAATTGTATCGGGCATGAGTTTTGCTGAATTTATGAAACAAGCCGTATTTCATCCGCTTCGTATGCACGATACGCGGATTTATAACAGAAGGCTGAGTAAAGAAAACATTCCGAACTATGCATATGGCTATGTGTATGATGTTCATTCCAGAGAATATGTGCTGCCGGATGAACTTGAGGAAACCGATTATGTCGTCTTTCTTGACGGGATTCAAGGTGACGGAACCGTTAACTCCACTATTAGAGATTTATATCTGTTTGATCAGGCTCTTTATACGGAAGAAATCATCGGCAAAGAGTCTAAAGATCAAGCGTTTACGCCGGGCTATTGGAATGAAGAAGAGCAATTCGGATACGGATTTGGCTGGATGATTCAAAACAGCCGCCAAAAAGGGAAGGTTATCAGTCACGACGGAGGCTGGCCGGGCTATTCAACTCTGATGATCCGGTATATTGACCAGAACAAAACACTGATTTATCTCAGCAATATGGAACAATCGTATCAATTTGAACAAGCTGTGATTGCCGCGGCCGTAAACATCTTATTTGATCAGCCATACGTGATTCCGAAACGTCCGGCGGATCAGAAAAAAGCAGATATCGATCCTGCGATTTACAGCAGATTTACCGGCAATTACTCATTTCAGGATGACACACATGCATCGGTGACGGTAAAAGAAAACCGATTGTATCTTACAATAGACGGGCAGACACCATTCGAATTATTCCCAATGACGGAAACCCGTTATTTTGTCAGGGCGCTGCCGCTTGAAATTGAATTTGCAGGTGATAAAGCACAAACAGCCCCGCATTTCGTTTTATATCAGGACGGCACAGAAGAAACGGCTTTGCGGATAGACTGA MNDKKKQAFEQLFSTLDERDEINGAVLAAENGRILYQGSFGAAELKTKRMLNDQSVFELASVSKPFTALGVIILEQQGKLRYDDMIERWLPDFPYPGITIRHLLHHTSGLPDYMELFLTHWDRDRIAVNQDVIDMLKQHKPDAYFPPGKEWLYSNTGYAVLAVIIEIVSGMSFAEFMKQAVFHPLRMHDTRIYNRRLSKENIPNYAYGYVYDVHSREYVLPDELEETDYVVFLDGIQGDGTVNSTIRDLYLFDQALYTEEIIGKESKDQAFTPGYWNEEEQFGYGFGWMIQNSRQKGKVISHDGGWPGYSTLMIRYIDQNKTLIYLSNMEQSYQFEQAVIAAAVNILFDQPYVIPKRPADQKKADIDPAIYSRFTGNYSFQDDTHASVTVKENRLYLTIDGQTPFELFPMTETRYFVRALPLEIEFAGDKAQTAPHFVLYQDGTEETALRID NA NA NA NA NA D1-12_03594 174 hypothetical protein ATGAAAACGAAGGTTTTTGCGGTGGTATTGGGCGCTGTTTTAATGATTGCGGGGTTGGTTTTGGCAGAAGTTTCGCTTTATATGGAATACATCACAATGGTCGGAGCTATGATTTTTTCTTCTATATTTATGTCAGAGCCGAAAAGAAAATTTCGCGTCATCAAAGGGGTTTGA MKTKVFAVVLGAVLMIAGLVLAEVSLYMEYITMVGAMIFSSIFMSEPKRKFRVIKGV NA NA NA NA NA D1-12_03595 567 ydhK putative protein YdhK ATGAAAGCGAGACTATTTTTATTCAGCATGTTTCTCCTGATCCCCGTTCTGGCGCTTGCCGGATGCAACAGCCAATCTTCAGGAGGAAGCGAAAAAGCGAAAGACAAAGAAACGCACTCTCACGAAGACATGAATCACTCAGGTTCATCCGAGGTGCCGAAAGGTTTAAAGAAGGCCGAAAATCCGACTTATAAAGTCGGCAGTGACGTCATGATTTTAGCTTCTCATATGAAAGGCATGAAAAATGCGCAAGGAACCGTAAAAGGTGCTTATGATACAACGGTTTACAGTGTATCTTACACTCCGGAAACGGGAGGAAAGCGCGTCGAAGATCACAAATGGGTCATTCAGGAAGAGCTGAAGGGCGCCGGTGATCAAACGTTAAAACCGGGTGACAAGGCCGTGATCGAGGCATCCCATATGAAAGGCATGAAGGGTGCCGAAGCCGTTATTGATTCAGCCAAAAAGACAACCGTTTATATGGTCGACTATACACCGACTGACGGCGGCCAAAAAGTAACCAATCATAAATGGGTGACAGAAGACGAGCTTGCTGCCGCAAAATAA MKARLFLFSMFLLIPVLALAGCNSQSSGGSEKAKDKETHSHEDMNHSGSSEVPKGLKKAENPTYKVGSDVMILASHMKGMKNAQGTVKGAYDTTVYSVSYTPETGGKRVEDHKWVIQEELKGAGDQTLKPGDKAVIEASHMKGMKGAEAVIDSAKKTTVYMVDYTPTDGGQKVTNHKWVTEDELAAAK PGPT0015018_1 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS OTHER_STRESS_RESPONSE_PROTEINS,PGPT0015018-ydhK-NA NA NA D1-12_03596 1161 pbuE_3 COG2814 Purine efflux pump PbuE ATGAATTTCAAAGTATTTCTGCTTGCAGCATCTACCATCGCAGTCGGTTTGGTTGAATTAATTGTGGGCGGTATTCTTCCGCAAATCGCTTCCGACTTAGATATATCCATCGTCAGCGCGGGGCAGCTGATCAGCGTGTTTGCGCTCGGTTATGCGGTATCCGGCCCGCTGCTTTTGGCAGTGACGGCAAAGGCTGAACGAAAGCGGCTTTATTTAATCGCACTGTTTATTTTCTTCCTAAGTAATCTGGTCGCTTATTTCAGTCCCAATTTCGCCGTTCTTATGGTGTCACGGGTGCTCGCTTCCATGAGCACAGGGCTGATTGTCGTCCTTTCTTTAACGATTGCTCCTAAAATCGTGGCGCCTGAATTCAGAGCGCGGGCGATCGGCATCATTTTCATGGGGTTCAGCTCCGCAATCGCTTTAGGCGTGCCTGTCGGCATTATCATCAGCAATGCCTTCGGATGGCGTGTTCTGTTCTTGGGAATCGGTGTATTATCTCTCATTTCCATGCTGATTATCAGCGTCTTTTTCGAAAAAATACCTGCTGAAAAAATGATTCCGTTTCGTGAGCAGATCAAGACGATCGGGACCGCCAAAATTGCCAGCGCACATCTTGTCACCTTGTTTACATTGGCGGGGCATTACACACTCTATGCCTACTTTGCGCCTTTTTTGGAAAGAACGCTTCATTTGAGTTCCGTTTGGGTCAGTGTATGCTACTTTTTGTTCGGTCTGTCAGCGGTATGCGGCGGCCCGTTCGGAGGCTGGCTGTATGACCGTTTAGGAGCATTTAAAAGCATCATGCTTGTGACCGTTTCTTTCGCTCTGATCCTGTTTATTCTTCCGCTGACAACGGTTTCTTTAATCATTTTCCTGCCTGCGATGGTGATCTGGGGATTGCTCAGCTGGAGCCTTGCGCCGGCGCAGCAAAGCTATTTAATCAAAATTGCGCCTGAGTCTTCCGATATTCAGCAAAGCTTCAACACGTCCGCTTTGCAGATCGGCATCGCGCTCGGGTCAGCCATCGGCGGCGGCGTGATCGGACAAACCGGTTCTGTCACAGCAACAGCCTGGTGCGGCGGTTTGATTGTCATTATCGCTGTCGCTTTAGCTGTATTCTCTTTAACGAGACCTGCTTTGAAAAGAAAATCCGCATAA MNFKVFLLAASTIAVGLVELIVGGILPQIASDLDISIVSAGQLISVFALGYAVSGPLLLAVTAKAERKRLYLIALFIFFLSNLVAYFSPNFAVLMVSRVLASMSTGLIVVLSLTIAPKIVAPEFRARAIGIIFMGFSSAIALGVPVGIIISNAFGWRVLFLGIGVLSLISMLIISVFFEKIPAEKMIPFREQIKTIGTAKIASAHLVTLFTLAGHYTLYAYFAPFLERTLHLSSVWVSVCYFLFGLSAVCGGPFGGWLYDRLGAFKSIMLVTVSFALILFILPLTTVSLIIFLPAMVIWGLLSWSLAPAQQSYLIKIAPESSDIQQSFNTSALQIGIALGSAIGGGVIGQTGSVTATAWCGGLIVIIAVALAVFSLTRPALKRKSA PGPT0021080_310 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_NUCLEOSIDE_TRANSPORT,PGPT0021080-pbuE-K18567 NA NA D1-12_03598 717 gmuR COG2188 HTH-type transcriptional regulator GmuR ATGAATAAGTACGAAAAAATCGCCAACGAAATGAGAAAGAGGATTAAAAGCAGTGTATATGACATAGATCAGCCGATCCCGGATGAAAAGACGCTCGCTGCGGAGTTCGGGTGCAGCCGGATGACGATGAAGCGGGCGCTTGATACACTTGCGGCTGAAGGGATGCTTTTCAGAAAAAGAGGGCACGGCACGTTTATCATTCAATCAGCCATGCAGGATGAGCACGTTCACGTAGTCAGCAACGAAATTCTCGGCTTGAGCAATTTGTTAAAAGGCAAAGATATCAAGAGCAAGGTCATCCGGTTTGAAGTGCAGTTTCCGTCTCAAGATGTCGCCGCACATTTGGCCATCGATGAAAAGACTCCCGTCTATTATGTAGTGAGGCTCAGAATCGTTGAAGGCGAACCGTACGTTCTTGAAAAAACGTACATGCCGGCGAGCCTTATACCCGGCATTAATGACGAGGTGCTCAACCATTCCATCTACGATCATATTACGCGGGAACTCCAGCTCAAAATCGCAGGCTCACACAGAAAAATCAGAGCGTGCAAGTCGGATGATATGGATCAGCAATATCTCGGCTGCCGGCCGGATGACCCGATACTTGAAGTCGAGCATGTAGGCTTTTTGGACAACGGCACTCCCTTTGAATATTCATTTTCCCGCCACCGTCATGACAAGTTTGTCGTGACCTCAGTCAATATAAAACGTTCATAA MNKYEKIANEMRKRIKSSVYDIDQPIPDEKTLAAEFGCSRMTMKRALDTLAAEGMLFRKRGHGTFIIQSAMQDEHVHVVSNEILGLSNLLKGKDIKSKVIRFEVQFPSQDVAAHLAIDEKTPVYYVVRLRIVEGEPYVLEKTYMPASLIPGINDEVLNHSIYDHITRELQLKIAGSHRKIRACKSDDMDQQYLGCRPDDPILEVEHVGFLDNGTPFEYSFSRHRHDKFVVTSVNIKRS NA NA NA NA NA D1-12_03599 687 pdhR COG2186 Pyruvate dehydrogenase complex repressor ATGGAGATATCCAAAACAAGCAGACTGTCGCTCGTAGAACAAGTGGTGGCGCAAATTGAATCGCTAATTCAATCGGATAAATGGCCGGTCGGGACGCGCATTCCCCCTGAGCTGGATTTAATGAAGCAATTTGATGTGAGCCGAAACACATTGCGTGAGGCCATTCGGGCGCTCGTACATGCCGGCCTGCTTCAGACAAGGCAGGGAAGCGGTACGTATGTCAGCTCATCCAGTGTTCTCGGCGCGGCATTTTACCGCCATATTAAAAAATCAAATTTGCTTGAAACATTAGAAGTCAGGTACGCACTCGAAAGAGAAGCTGCACGATTGGCGGCGGAAAGGCGTAATGACGAAGACCTGAAAGCACTGAAGGCATGCTTGGATGAATGTGAAGCGGCCTTGCAAAATGAAGATCGAAAACGGTATGCCGAAGCCGACATTAAGCTGCACAAAACCATTGTACAGGCGGCCCATAACAACATGCTTTCTGATCTATACGAGCATATGACGGAGGCGCTTTGTGCGTCAGTCCATAACCTGTTGGAAATCACCCCTGCTATCCGGATCCACACCCAGCTTGCCGCCGCGATTATCGGACAGAAACCGGATCAGGCCATGGAGGCCGTCAACCAATACATCAGAGTATTTAAAGATACAATACACATGGAGGATGAACATGAAAATTAA MEISKTSRLSLVEQVVAQIESLIQSDKWPVGTRIPPELDLMKQFDVSRNTLREAIRALVHAGLLQTRQGSGTYVSSSSVLGAAFYRHIKKSNLLETLEVRYALEREAARLAAERRNDEDLKALKACLDECEAALQNEDRKRYAEADIKLHKTIVQAAHNNMLSDLYEHMTEALCASVHNLLEITPAIRIHTQLAAAIIGQKPDQAMEAVNQYIRVFKDTIHMEDEHEN NA NA NA NA NA D1-12_03600 1215 yycB COG2807 putative transporter YycB ATGAAAATTAAAGACGAACATCAAATTCTGCAAGCAAGTCAGCGTAAAAAACTGATATTGCTGGTCATCGGAGTCATATTGATAGGGGCCAACCTCAGAGCGCCTCTGACATCGGTCGGGCCGCTCGTTTCCTCAATTCGGGACAGCCTCGGCATGACCAATGCGGCTGCCGGCACCATTACGACAGTGCCGCTTTTGGCCTTTGCATGTCTGTCACCGTTTGTACCTTTATTGTCCCGGCGCTTCGGGACCGAGATTGTCTTACTGTCATCATTAATTGTCCTGACAGCCGGAACTCTGCTGCGCTCCATCGCCGGAATCGGCACTCTCTTTTTCGGAACGATCCTGTTGGGATTGTCGATCGCCGTATGCAACGTCCTGCTGCCGAGTCTCATTAAACATAAGTTTCCCGGAAATTTAGGCATCATGACCGGCGTCTACTCGGTTTCTATGAATCTGTGCGGCGCGATTGCATCCGGCATCAGCGTGCCGATCGCCTCTTCAGCGGGGTTAGGCTGGAAAGGCGCGCTCGGCTGCTGGGCTATCCTTTCTTTCATTGCGTTCGTCATGTGGATTCCGCAAATGCGAGGACGCGAACTGCCCGTCCGCACGACTGGGACAAACGGAGAGAAGAAAAGCAGTCTGCTGCGGTCTCCGCTGGCTTGGAAGGTGACGATGTTCATGGGGCTGCAATCCCTTATTTTTTACACCGTCATCGCTTGGCTGCCGGAAATTCTTCAGCAGAATGGACTCAGCTCAAGTAAGGCGGGATGGATGCTTTCATTAATGCAATTCTCAGTCCTGCCGATTACTTTTATCGTGCCGATCGCTGCCGCTAAAATGAAAAATCAGCGCGCACTCGCCGGACTGACGGCTTTATTTTTCCTTATCGGCATTGCCGGCGTTCTTTTCGGAAGCCCGGCTCTCACTCCGCTATGGGTCATTTTGATCGGAATTGCGGGAGGCTGTGCGTTCAGCTTGGCGATGATGTTCTTCAGCCTGCGGACCCAGCATGTTCATGAAGCCGCGGCGCTTTCCGGCATGGCCCAGTCATTCGGATACCTGCTTGCCGCGTTCGGCCCGCTCGTATTCGGTTTGCTGCATGACATCACGCGCGGCTGGACGGTTCCGTTATTCATGCTGATCGCAGTCTCCGTTCTGATTTTCATTTTCGGAGTCGGAGCGGGAAAAGCGGAACAGATCAAAACAGCATAA MKIKDEHQILQASQRKKLILLVIGVILIGANLRAPLTSVGPLVSSIRDSLGMTNAAAGTITTVPLLAFACLSPFVPLLSRRFGTEIVLLSSLIVLTAGTLLRSIAGIGTLFFGTILLGLSIAVCNVLLPSLIKHKFPGNLGIMTGVYSVSMNLCGAIASGISVPIASSAGLGWKGALGCWAILSFIAFVMWIPQMRGRELPVRTTGTNGEKKSSLLRSPLAWKVTMFMGLQSLIFYTVIAWLPEILQQNGLSSSKAGWMLSLMQFSVLPITFIVPIAAAKMKNQRALAGLTALFFLIGIAGVLFGSPALTPLWVILIGIAGGCAFSLAMMFFSLRTQHVHEAAALSGMAQSFGYLLAAFGPLVFGLLHDITRGWTVPLFMLIAVSVLIFIFGVGAGKAEQIKTA PGPT0005211_1259 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_CYANATE_DETOXIFICATION XENOBIOTIC_CYANATE_UPTAKE,PGPT0005211-cynX|yeaN-K03449 NA NA D1-12_03601 315 gdx_1 Guanidinium exporter ATGGCATGGCTGCTGTTATTTATTGCCGGAGCGGAGGAAGTTGTAGCGGCCGTTGCCATGAAACATATTGACGGTTTTAAAAAAAAGTGGCCGCTGATTGTCATGGTAACAGGCTTTATGCTTTCATTCTTTTGCCTTTCCGGAGCGATGCAGGTTCTTCCCACAGGTGTCGCGTATGCGGCTTGGACCGGCATGGGAAGCATCGGCGTTTCGGCCGTGGGCATACTTTGGTTTAAAGAAAAATTCAATCTGTCACAATTGGTGTCTCTGGGGCTTATCCTCATCGGTGTCATCGGCTTAAAACTGACAGCGTGA MAWLLLFIAGAEEVVAAVAMKHIDGFKKKWPLIVMVTGFMLSFFCLSGAMQVLPTGVAYAAWTGMGSIGVSAVGILWFKEKFNLSQLVSLGLILIGVIGLKLTA PGPT0028785_2447 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 D1-12_03602 330 gdx_2 Guanidinium exporter ATGTATTGGCTGCTTGTATTGATAGCCGGACTGTTAGAAGTCGTTTGGGCGTCCGCCCTGAAGCATGCGGATTCGCTCTTTGATTGGATCGGTATTTTCCTTCTGATTGCCGTCAGCTTTCTGATGCTGATCCGCTCTTATAAAAAAATTCCGATGGCTGCCGCATATACCGTTTTTGTCGGAATAGGCACCGTCGGCACATATGTAACGGGCGTCATTTTAGGCGAATCGTTTTCAATCGGGCAAATATTCTTTTTGGCTTTGCTGTTGTCCGGCATTTTAGGAATGAAGGTATTTACGAAAGAAACTGAAACAAGGGGTGAACATTAA MYWLLVLIAGLLEVVWASALKHADSLFDWIGIFLLIAVSFLMLIRSYKKIPMAAAYTVFVGIGTVGTYVTGVILGESFSIGQIFFLALLLSGILGMKVFTKETETRGEH PGPT0029165_365 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029165-ykkC-K18924 NA NA D1-12_03603 582 yvdT putative HTH-type transcriptional regulator YvdT TTGGCAAAACAAAGCTCGGGAAAATACGAAAAGATCCTGCAAGCCGCGATTGAAGTCATTTCTGAAAAAGGATTAGACAAAGCATCCATTTCAGAAATCGTCAAAAAAGCCGGCACGGCCCAAGGTACGTTTTACTTATATTTTTCTTCTAAAAACGCACTGATATCCGCGATTGCAGAAAACCTGCTCGACACTACGCTGGACAGAATAAAAGGGAAAACGGACGGTTCTGAAGATTTTTGGACGTTGCTGGACATTTTGGTAGATGAGACATTTCACATCACCCGGCTTCATAAAGATATTATCGTTCTCTGTTATTCCGGTCTTGCCATCGATCATTCAATGGAGAAATGGGAAGCCATTTATCAGCCTTATTATTCCTGGCTGGAAGGCGTGATCAATACGGCCATTGAACAGGGTGAGGTCCACAGCGGCATTCATGTCAGATGGACGGCCAGAACGATTATCAACGTTGTCGAGAACGCGGCTGAACGGTTTTATATCGGCTGTGAACAGGATGTCGATCTCGAAGTATATAAAAAAGAAATATTCAGCTTTCTCAAAAGAAGCTTGCAGAAATGA MAKQSSGKYEKILQAAIEVISEKGLDKASISEIVKKAGTAQGTFYLYFSSKNALISAIAENLLDTTLDRIKGKTDGSEDFWTLLDILVDETFHITRLHKDIIVLCYSGLAIDHSMEKWEAIYQPYYSWLEGVINTAIEQGEVHSGIHVRWTARTIINVVENAAERFYIGCEQDVDLEVYKKEIFSFLKRSLQK NA NA NA NA NA D1-12_03604 1563 yveA_2 COG0531 Aspartate-proton symporter ATGTCTAAGCAAGGAAACTTCCAGAAAACTATGTCACTTTTTGATCTTATTTTAATCGGCATGGGAGCCATATTCGGTTCGGCATGGCTGTTTGCCGTCAGTAACGTCGCCTCTAAAGCGGGCCCATCAGGCATTTTTTCCTGGCTGATCGGCGGGGGAATCATCTTATTGATCGGCTTGGTTTATGCGGAACTGGGCGCCGCGCTGCCGCGGACCGGGGGAATTATCCGGTACCCCGTATATTCACACGGACACCTGGTCGGATATTTAATTTCCTTTGTCACCATTGTGGCATACACGAGTCTTATTTCTATAGAAGTCACGGCAGTCCGCCAATACGTGGCGTATTGGTTTCCCGGTTTGACCGTAAAAGGCTCCGATTCTCCGACAATTGCCGGGTGGATATTGCAATTTGCGCTGCTCTGCCTGTTCTTCCTCCTCAATTACTGGAGTGTCAAAACCTTTGCGAAAGCAAACTTCATTATTTCGATTTTTAAATATGTCGTACCGATTACGGTAATTGTGGTACTGATTTTTCATTTTCACCCGGGCAATATGACCGTTCACGGATTCGCGCCTTTTGGCTTCACCGGAATTCAGGCCGCGATTTCCACAGGCGGCGTCATGTTTGCATACCTTGGGCTGCATCCGATTGTGGCTGTCGCGAGTGAAGTGCAGAATCCGAAGCGGAACATTCCGATCGCATTGATTGTCTGTATTATCGTGTCTACTATTATTTACACCGTGCTGCAGCTCACTTTTATCGGGGCGATCCCGGCGGATACCCTGAAGCACGGATGGCCGGCTATCGGGACTGAATTCTCCCTTCCGTTCAAAGATATCGCCGTTTTGCTCGGTTTGGGGTGGCTGGCGACATTGGTCATTTTAGATGCGATTTTATCACCGGGCGGTAACGGAAATATCTTTATGAATACGACTTCACGTCTCGTCTATGCCTGGGCCAGAAACGGAACATTATTCAGCATTTTTTCTAAAGTCAATAAAGAAACCGGGACACCGCGTGCCTCCCTTTGGCTTTCGTTCGGTCTGGCTGTTTTTTGGACGCTTCCGTTCCCTTCTTGGAACGCTCTTGTCAACGTTTGCTCCGTCGCATTGATTCTGTCTTATGCGATTGCGCCGATTTCTTCTGCAGCGCTGAGAGTCAACGCGAAGAATATTAACAGACCGTTTTATTTAAAAGGGATGAGCATCATCGGACCGCTGTCGTTTATTTTTACCTCTTATATTGTATATTGGTCCGGATGGCGCACCGTATCCTGGCTTCTCGGTTCTCAAATTGTCATGTTTCTGATCTATCTCTGTTTCAGTAAATATGCTCCCAAAGATGATGTCAGCATACGGCAGCAGCTGAAATCAGCATGGTGGATCGTCGGCTTTTATGTCATGATGCTGATTTTCTCCTATCTCGGCTCGTTCGGCCACGGATTGGGCATTATCAGCAATCCGCTTGACCTGATTCTGATCGCCATCGGTTCGCTCGGTATTTATTACTGGGCAAAATATACGGGACTGCCGAAGGCTATGATCGACAGTGATAAATGA MSKQGNFQKTMSLFDLILIGMGAIFGSAWLFAVSNVASKAGPSGIFSWLIGGGIILLIGLVYAELGAALPRTGGIIRYPVYSHGHLVGYLISFVTIVAYTSLISIEVTAVRQYVAYWFPGLTVKGSDSPTIAGWILQFALLCLFFLLNYWSVKTFAKANFIISIFKYVVPITVIVVLIFHFHPGNMTVHGFAPFGFTGIQAAISTGGVMFAYLGLHPIVAVASEVQNPKRNIPIALIVCIIVSTIIYTVLQLTFIGAIPADTLKHGWPAIGTEFSLPFKDIAVLLGLGWLATLVILDAILSPGGNGNIFMNTTSRLVYAWARNGTLFSIFSKVNKETGTPRASLWLSFGLAVFWTLPFPSWNALVNVCSVALILSYAIAPISSAALRVNAKNINRPFYLKGMSIIGPLSFIFTSYIVYWSGWRTVSWLLGSQIVMFLIYLCFSKYAPKDDVSIRQQLKSAWWIVGFYVMMLIFSYLGSFGHGLGIISNPLDLILIAIGSLGIYYWAKYTGLPKAMIDSDK PGPT0000711_64 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_ASPARTATE_TRANSPORT,PGPT0000711-yveA-NA NA NA D1-12_03605 855 hypothetical protein ATGTATTATTACAAAGAAGAGCTGATCAATATCATTAAACCGGACAAGCCGGACCCGGCCGCGGCCAAGGTGCTTCAGGAAATTTTAGGCGGGCACTACGGAGAAATGCGGACGATGATGCAATACTTTTTCCAAAGCTCTAATTTCAGAGGAAAAGAAAAACAGTTCCGCGATCTGCTTCGCGGTGTATTTTTAGAAGAGATCGCACACGTTGAACTCGTCCAAAGTACGATCAATGCGCTGCTAGATGAAAGCGGCGGTGAGGGCGCCGGAAATCAGGCAGCAGATCAGGCGCCGCTTGATGAAGCGGTGAAACACGCCAATCCGCACCATTTTATCATCGGGGCGCAAAGTTCTCTTCCTGTAGACGCCGGCGGCAATCCATGGAACGGGTCTTGGGTATACAACCACGGGAATCTGATTTCCGATTTATTGGACAATGTCGTGCTGGAATCAACCGGCGTGCTGCAAAAGACACGCATTTATGAAATGAGTTCAAATCAGACGTTCAGAGAAACACTCGGATTTCTGATCGTCCGTGACAACGCCCATCAAAATGCATTTACAAAAGCGTTGGAAACACTGGGTGTCGAATGGGGCAAATTATTTCCCGTGCCGAATTATGATATTGAAAAATACCCGGAATGCCGGAAATTCGTTGAGATGGGTTATCATAATACCCAATTTAATTTCAGACTGGATCCGACACGGATCGGAGAAATTCTGCAGGGAACGACGCCGAGCCGAAACGGCGGCGAATTAAGTGTGTCCGAGCCTCCTAAAGGTTTCCCCGTGCCGGAACTTCCCGAGCTTCCGAATGAGCACAGCCCCGGACTGAAAGATATGAACTTGTAA MYYYKEELINIIKPDKPDPAAAKVLQEILGGHYGEMRTMMQYFFQSSNFRGKEKQFRDLLRGVFLEEIAHVELVQSTINALLDESGGEGAGNQAADQAPLDEAVKHANPHHFIIGAQSSLPVDAGGNPWNGSWVYNHGNLISDLLDNVVLESTGVLQKTRIYEMSSNQTFRETLGFLIVRDNAHQNAFTKALETLGVEWGKLFPVPNYDIEKYPECRKFVEMGYHNTQFNFRLDPTRIGEILQGTTPSRNGGELSVSEPPKGFPVPELPELPNEHSPGLKDMNL PGPT0013240_740 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-OXIDOREDUCTASES,PGPT0013240-katN|ctjC|ydbD|yjqC-K07217 NA NA D1-12_03606 465 yndB COG3832 putative protein YndB ATGTCTGATAAACAAAACAAAGATAACAACAACAACAGCGGCAATCAGCCATTACCGGACATTATTCATACCGCCGTTTTCAAGGCGCCGATACAAGTTGTCTGGGATACGGTCTCCACTGCGGACGGCCTGTCTCTCTGGTTTATGCCGAATGATTTCACACCTCAAGAAGACAGTGAGTTTCAGCTGGAATCTCCGTTCGGTCCGTCTCCTTGCAAGCTGCTGGATATTGAAGCGCCGTACCGCCTTTCTTTTTCGTGGGATACGGAAGGCTGGATCGTTTCTTTTGTCTTAAAGGAAACGGAAAGCGGAGATACGGAATTCACTCTCATTCACGGCGGATGGAAAGAGCCGGAAGCCGTCATCAATAAAGTCAATCGGAAAAGCTCCGAGATTCACAGTACGATGGATCAAGGATGGAACGGGCTTGTCAACACGAAACTTCGCGGGGCGGTTGAGGCTTAA MSDKQNKDNNNNSGNQPLPDIIHTAVFKAPIQVVWDTVSTADGLSLWFMPNDFTPQEDSEFQLESPFGPSPCKLLDIEAPYRLSFSWDTEGWIVSFVLKETESGDTEFTLIHGGWKEPEAVINKVNRKSSEIHSTMDQGWNGLVNTKLRGAVEA NA NA NA NA NA D1-12_03607 1002 yhfP COG0604 Putative quinone oxidoreductase YhfP ATGACAGATCAATTTAAAGCGTTAGTAGTCGATCAACGTGAAGACCGGTTTTCAGTCAGCGTACGGGAGCTGGCGGTTCAGGACCTTCCCGAGGGTGAAGTGCTGATTAAGGTTTGCTACTCAGGGGTGAATTATAAAGACAGCTTGGCTGCCATTCCTGACGGCAAGATTGTAACGTCGTATCCTTTCGTGCCGGGAATTGATTTAGCGGGAATCGTCGTTTCCTCAGATGACGCCCGTTTCAAAGAGGGGGACAAAGTCATTGCGACAAGCTACGGCATAGGTGTTTCCCGCTTTGGCGGTTATAGCGGGATGGCCCGCATTCCGGCAGATTGGATCGTGCCGCTGCCTGAAGGTCTGACACTTAAAGAAGCCATGACGATCGGAACCGCCGGCTTCACTGCCGCATTGTCCGTCCAGCGTCTTGAAGAAAACCATGCCGCTCCTGAAAAAGGGAAGGTGCTGGTGACGGGAGCGACAGGCGGCGTCGGAAGCTTTGCCGTCTCCATTCTTTCAACCTTAGGTTACGAGGTCGAGGCCAGTACGGGAAAAGAGGAAGAAAGCGGCTATTTGAAGAGCCTCGGAGCGAAGACGGTCATTCACCGTGATGAAGTGTATAACGGCACGTTAAAACCGATGCAAAAACAAAAATGGGCAGCGGCCGTCGATCCGGTCGGAGGTGAGCCGCTTGCTTCAGTTCTCAGCCAGATTCAGTACGGCGGATCAGTTGCTGTGAGCGGACTGACAGCGGGAACGAAACTCCCTGCTACAGTCTTCCCGTTTATATTGCGCGGCGTCAGTCTCTTGGGAATCGATTCCGTATTCTGTCCGATGGAGACAAGAAAGAAAACATGGCAGCGTTTAGCTGATGACTTCAAGCCTGCAGATCTGGAGGCCTTTATTCAAAAGGAAATTACACTTGAAGAGCTGCCGGATACGCTTCCTGCCCTTTTAAAAGGAGAAGCGAGAGGGAGAACGATCGTTACGATAAACGAAGAATAA MTDQFKALVVDQREDRFSVSVRELAVQDLPEGEVLIKVCYSGVNYKDSLAAIPDGKIVTSYPFVPGIDLAGIVVSSDDARFKEGDKVIATSYGIGVSRFGGYSGMARIPADWIVPLPEGLTLKEAMTIGTAGFTAALSVQRLEENHAAPEKGKVLVTGATGGVGSFAVSILSTLGYEVEASTGKEEESGYLKSLGAKTVIHRDEVYNGTLKPMQKQKWAAAVDPVGGEPLASVLSQIQYGGSVAVSGLTAGTKLPATVFPFILRGVSLLGIDSVFCPMETRKKTWQRLADDFKPADLEAFIQKEITLEELPDTLPALLKGEARGRTIVTINEE PGPT0002275_326 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-PROPIONIC_ACID_BIOSYNTHESIS,PGPT0002275-acuI|yhdH-K19745 NA NA D1-12_03608 1419 iolT Major myo-inositol transporter IolT ATGAATAAAAATAGCAGCCAGCATTCATTTTTAAGAACCATCATTTTAGTATCGACGTTCGGGGGTCTACTTTTCGGCTACGATACAGGTGTAATTAATGGGGCGCTGCCGTTTATGGCGGAAGCTGACCAGCTTAATCTTACGGCTTTGACTGAAGGGATGGTGGCGAGCTCCCTGCTCTTGGGGGCTGCGATCGGAGCAGTTTTCGGAGGGAGATTGTCGGACTATAACGGCAGACGTAAAAATATCCTTATCCTTGCCGTTTTGTTCTTTGCAGCGACGCTTGGATGTACACTGGCGCCTAACGTATCGGTTATGATCATCTCCCGTTTTCTGCTGGGGCTTGCCGTTGGGGGAGCATCCGTAACCGTTCCGGCATATTTGGCTGAAATGTCGCCGGCGGAAAGCCGAGGGAGAATGGTTACCCAAAATGAATTGATGATTGTAACGGGCCAGCTGCTTGCCTTCACGTGTAATGCTATCATCGGCAATGTGCTTGGTGATACCTCTCACGCCTGGCGTTATATGCTCGTTATCGCGGCCCTTCCGGCGGTATTCTTGTTTTTCGGTATGCTGAAAGTTCCTGAAAGTCCGCGCTGGCTGGTTTCTAAAGGAAGAAAAGAAGATGCTCTGCACGTTCTCCGGCGAATAAGGATTGAAGAGAAAGCGAAGTCTGAGCTCGCTGAAATTGAATCTGCCTTTCATAAGGAAGCTGAGATGGAGCAGGCCACCTTTAAGGATCTTGCCGTTCCGTGGGTGCGCCGCATTGTGTTTATCGGGATCGGAATTGCGGTAGTGCAGCAGCTCACCGGCGTGAATTCAATTATGTATTATGGAACTCAAATTTTAAAAGATGCCGGTTTCGAGACAAAAGCCGCATTAATCGGCAATATTGCCAACGGTGTGATTTCGGTGCTCGCGACTTTTGTGGGAATATGGCTTCTCGGCAAAGTCGGCCGCCGCCCGATGCTGATGACGGGGCTGATCGGAACGACTGCGGTGCTGCTTTTGATCGGAGTTCTGTCTGTCGTGCTGAAAGGATCGCCTGCTCTTCCTTATGTGGTTCTTTCATTAACAGTCACTTTCCTTGCGTTTCAGCAGGGGGCTGTCTCTCCGGTGACCTGGCTGATGCTGTCGGAGATATTCCCGCTTCGATTGCGGGGGCTTGGTATGGGGGTCACTGTCTTCTGCCTCTGGATCGTGAACTTCCTTGTTGGTTTAACTTTTCCGGTCCTGCTCGCCAACATCGGATTGTCTGTAACTTTCTTCATTTTTGTTCTATTAGGGATAGCGTCCGTTATATTTGTGAAAAGGTTCCTTCCGGAAACGAAAGGTCTGTCGCTCGAACAGCTTGAACAAAACTTCCGTGCTTATGAAAAAACAGATCGTAATAGCGCAGAAGCTGAGGTGAGCGGGTAA MNKNSSQHSFLRTIILVSTFGGLLFGYDTGVINGALPFMAEADQLNLTALTEGMVASSLLLGAAIGAVFGGRLSDYNGRRKNILILAVLFFAATLGCTLAPNVSVMIISRFLLGLAVGGASVTVPAYLAEMSPAESRGRMVTQNELMIVTGQLLAFTCNAIIGNVLGDTSHAWRYMLVIAALPAVFLFFGMLKVPESPRWLVSKGRKEDALHVLRRIRIEEKAKSELAEIESAFHKEAEMEQATFKDLAVPWVRRIVFIGIGIAVVQQLTGVNSIMYYGTQILKDAGFETKAALIGNIANGVISVLATFVGIWLLGKVGRRPMLMTGLIGTTAVLLLIGVLSVVLKGSPALPYVVLSLTVTFLAFQQGAVSPVTWLMLSEIFPLRLRGLGMGVTVFCLWIVNFLVGLTFPVLLANIGLSVTFFIFVLLGIASVIFVKRFLPETKGLSLEQLEQNFRAYEKTDRNSAEAEVSG PGPT0016801_361 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_lNOSITOL_TRANSPORT_2,PGPT0016801-iolT-K06609 NA NA D1-12_03611 3705 dltA_4 D-alanine--D-alanyl carrier protein ligase TTGTTCTTACCGCTGATTAGTGGTGGATCTCTTCTATTAAAGGGAGGAGACACGGAGGAAAGGCTGCGTGCAGCATTCAAAGATAACAGGGTAACTTTCCTTAAACTTACTCCGTCCCATTTAAAAATGCTGGAAACTTATGCAGACGGCGTAGATGTACCGAATTTAGAAACGCTGATTGTCGGTGGAGAAGAGTTAACCACAGATACGGCATGGAAAACGCAGAAGCTATTAGGAGACAGGGTCAAGATTCATAACGAATATGGCCCTACAGAGACTACCGTAGGATGCTGTGACTATGTCTATTCCAGCGAAAAAGATAAGGGTTTAAGTGTAGGAATCGGACATCCCATTGCCAATATGCAGCTCTATATACTGAATGAGATGGAGTTATGTAGTGTAGGCGTTCCTGGTGAGCTATGCATCGCAGGAGACGGAGTAGCCAAAGGCTATCTAAACCAGCCTGAATTAACAGCGGAGAAGTTTATCGACAATCCATATGGCGAAGGGAAGTTATACCGCTCTGGAGATTTGGCGAGATGGCTGCCTAACGGGGAGATCGAATACCTGGGAAGAATAGATGAACAGGTTAAAATCCGAGGATACCGGATCGAGTTGTCCGAGATCGAGAGCGTTCTAAGGAATCAGCCGGGTATATCTGATGTAGCCGTTGTTGCATTGGAAGTAGGCGGTGACAAGAGTATATGTGCCTACCTGATCCCGACAAATCAAGAGCAGCAACTGGATATGTCTGAAATCAAAAATGATTTGAGAGACAAACTGCCTGAGTATATGTTACCTGGCTTTATGATGCAGATTGATGCCTTGCCACTGACTCCAAATGGGAAGCTGGATGCAAAAGCACTGCCAGAACTAAATGCATTAGCAGGACAGGAATATATGCCACCAAGAACTAAAACAGAGAAAGTCATTACGGACATATTTGAAGAAATCTTAGGAATATCTCCAGTCGGAATAGAAGACAGTTTCTTTGAACTTGGCGGAGATTCTATTAAAGCGATTAAGGCCGTTTCGAAGTTACGGGAAAAAGGTTATAAGCTTTCTTTCGCCGCATTAATGTATCAGCAGACCCCAAGAAAGATTGGGGAAAATATTCAAATGGGAGAAGTAAATCAAGTATACGAACAGGGAGAAATCAATGGGGAAAGTCCATTAACCCCTATACAACTAGAATTTTTCAATAAGAATCACGTCGTACCTAATCATTATAATCAGGCCTTAATGTTAAGAAGTGATGAGCCATTTGACATACCTAGTTTAAAGACAGCAATTACTGAAATCATTAAACATCATGACGCTTTAAGAAATGTATATGACGGACAACGTCAAATCACGCTGTCTACAGAGGAAAGCAAGCTATATGATTGGTATGAAAAAGATTATACAAAAGTGCAAGATGTATCGAAAGAGATAGAGTATGCCAGCGATAAATTACAGGCAAGCATAGACCTAGCCACCGGGCCTTTAGTAAAAGTAGGGCTGTTCCATTCAGACAGTGGAGATCATTTACTAATTTGTGTACATCATCTGGTCATAGACGGTGTATCATGGAGAATTCTGCTGGAGGATTTATTTAGTGGATATCGACAAATACAAGAGACAGGTAAAATCACGCTGCCAATGAAAACGGCTTCGTACAAGGAATGGGCGAATGCTTTAACACAATATGCTAAGAGTGAAGTGCTTTCAGATGAAATAGCATACTGGAAAAATATATCGGATAAATCAAATAGTACTGAGACATTCAAGAGTACACAAACAGCAAGTGGTCAATATAAAAATAAAGTAGTGAAAGTGGACTCTGAAACGACGAAAAAGCTGTTGCTCGAAGCTGGAAAGACATATAAAACAGAAATAAACGACTTGTTACTGGCATCTCTGACCATTGCAGTAAAAGAATGGAGAAACTCTAAGTACCTAACCATAGAAATGGAAGGTCACGGGAGAGAGACAATAGATAGAGAGATCGCCATCGATCGTACAGTTGGTTGGTTTACAAGTGCATATCCTATTATTTTGGAGACAAAAGATACTGTTGAAGAAAGCATTTTGGAGACAAAACAAACATTGAAACAGGTCCCTAATCATGGAATTGGATATGGAGTTTTGAGATATCTTGGTGAGCATAGCGGACTTGAGATGAGCGCAGCAATAACATTCAATTATCTTGGAGAATTGGATAACGAGATAGACAGAATTGAAGGAATATCCATGTCGGGAATGCCATTAGGAAGAAGTATGTCAGAAAAAAATTCATCAGGAATGGGATTGTCTCTAAATGGGGCTGTTTTAAATGGGCAACTTGAATTTGACATCATATATGATACTGGATTGTATACTGACGAGGATGCTCAAACATTGGTATTGGCATATGAAAGAGCAATTAAGGATGTTGTCAAAACGTGTTTAACCAGAAAAGGAACAGTAAAAATGCCATTAGATGAAACATTAATTGGTGATAACCGTGATGGCGATCTAAAGTGCATGATACAAAAACAGTTGAATTATTATGGAGATAACCATATTAAAACACGTTCTACTTTAGAATGTCCTGTATTGACAGGACATGAGGACTTCTTGCGACCGGATACAGAAATTATTACTGAAATCATAACAATAGAAGGAACGGCAGAGAACGCTTCTTTATCACTCAGAGGAATAATTTCCAGGCATGGGGCATTAAGAACGAAATTAAATCAAAAAATGACCTATTTAGAAGAATACGATTATTCAGATGAGTGGGAAATTCCAGTAGTGAAAGGAACCTTAGAATTATCTGCAGAACAATTTAAAGAAATTGTGAATGAAATGAGTTTTCTAACTGATGATAAGCTGTTATCTAGATTTTTAATCGTAGAAATAGATGCAGACCATTGCTTAGTACTTAGTGCAATTCATCATTTAATATGGGATGGAGTCTCACAAGATTTGTTTAAGGTTATGCTTCATGAAACTTTGAACAACAGACTTACCACTCCCTATAACTATTCTTTCATAGAATATTGCAAAATGATTAAAAAGAAAGTTGACGAACTGGAAATTCCTGATGCTCAAGAGTCTAACATGGAAGAGTATATTGAAGCTGCTAAACAATCAGCTGATTTGGTCTCTCGACGAGACACTAAGAGGTCTACAGAAATTCATGTAAAACTAAATGAGTTACAATATCAGAAATTTAGCGAACAACCCATTAATACAGCAGTAGAATTTATATCAAGGCTTATGTATAGTGACTTACCTGAAGAATTAAATAACATCCCTGTTTCTGTTTTGACACATAACAGAGATGAATTCAATAAGGAAATGTTGGGGCTAACTTTAAATTTAGATTATTCAATTTATGATAGGAAAAGTAAAACGCAAAAACAGCTTTTATCAACATCAGAAAAATCGAGTATTAATCAATCTGCAATTACAGAAAAGTTGTTTCTTATAGCACAAAAGTACGGTTTTAATGAAATGTCCCATCGCATTCCAATCATTAATTATCAGGGAGTCCTTGATAAGTTTGCAAGTAGAGATGACATATCACTTGAGAAGATGTTTTTACAAACACAGATTATAGAGTCTGAAGATTTTGGAGTTAGCATGCACTTTTACATTCAAAATAGTACTCTAATTGCTCGCATTACAGGCATTACAATTGAAGAAGAGCTCCTTAATGATGTCATGAAGAATATTTAA MFLPLISGGSLLLKGGDTEERLRAAFKDNRVTFLKLTPSHLKMLETYADGVDVPNLETLIVGGEELTTDTAWKTQKLLGDRVKIHNEYGPTETTVGCCDYVYSSEKDKGLSVGIGHPIANMQLYILNEMELCSVGVPGELCIAGDGVAKGYLNQPELTAEKFIDNPYGEGKLYRSGDLARWLPNGEIEYLGRIDEQVKIRGYRIELSEIESVLRNQPGISDVAVVALEVGGDKSICAYLIPTNQEQQLDMSEIKNDLRDKLPEYMLPGFMMQIDALPLTPNGKLDAKALPELNALAGQEYMPPRTKTEKVITDIFEEILGISPVGIEDSFFELGGDSIKAIKAVSKLREKGYKLSFAALMYQQTPRKIGENIQMGEVNQVYEQGEINGESPLTPIQLEFFNKNHVVPNHYNQALMLRSDEPFDIPSLKTAITEIIKHHDALRNVYDGQRQITLSTEESKLYDWYEKDYTKVQDVSKEIEYASDKLQASIDLATGPLVKVGLFHSDSGDHLLICVHHLVIDGVSWRILLEDLFSGYRQIQETGKITLPMKTASYKEWANALTQYAKSEVLSDEIAYWKNISDKSNSTETFKSTQTASGQYKNKVVKVDSETTKKLLLEAGKTYKTEINDLLLASLTIAVKEWRNSKYLTIEMEGHGRETIDREIAIDRTVGWFTSAYPIILETKDTVEESILETKQTLKQVPNHGIGYGVLRYLGEHSGLEMSAAITFNYLGELDNEIDRIEGISMSGMPLGRSMSEKNSSGMGLSLNGAVLNGQLEFDIIYDTGLYTDEDAQTLVLAYERAIKDVVKTCLTRKGTVKMPLDETLIGDNRDGDLKCMIQKQLNYYGDNHIKTRSTLECPVLTGHEDFLRPDTEIITEIITIEGTAENASLSLRGIISRHGALRTKLNQKMTYLEEYDYSDEWEIPVVKGTLELSAEQFKEIVNEMSFLTDDKLLSRFLIVEIDADHCLVLSAIHHLIWDGVSQDLFKVMLHETLNNRLTTPYNYSFIEYCKMIKKKVDELEIPDAQESNMEEYIEAAKQSADLVSRRDTKRSTEIHVKLNELQYQKFSEQPINTAVEFISRLMYSDLPEELNNIPVSVLTHNRDEFNKEMLGLTLNLDYSIYDRKSKTQKQLLSTSEKSSINQSAITEKLFLIAQKYGFNEMSHRIPIINYQGVLDKFASRDDISLEKMFLQTQIIESEDFGVSMHFYIQNSTLIARITGITIEEELLNDVMKNI PGPT0009845_51 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-ComX_PHEROMONE_PERCIPITATION|SIGNALLING,PGPT0009845-srfAA|lchAA-K15654 NA NA D1-12_03612 1743 msbA COG1132 Lipid A export ATP-binding/permease protein MsbA ATGAATGAAAAAATTTCAAAAAGCATATACAAAAAGAATATAGGCTTATTTATTTTGTCCTGCTTACTTGGTATCATGACATCTATTCTGTTTATTGCATTGGCAATTATACTACAAAAGTTTATTGATTATTCTATTAATAAAGATATTGACAATATCTTTAAGGTGACTACTGTTTCCGTTATTTTATTGCCTTTAGGTGCAGTGGGAATGTATGTGGGGTATGCTGTTAAAAATTTATATACAAAAAGGGCAACGTTAAACCTGAAAAATACCCTTGTTGAAAATATTTTGCGGTTAGATATGAGAAGTTTCAACAAGGAGAGTAATGGAACCTACATATCACGATTGTCAAATGATATAACGATAATTCAAAACGATTATATAAAAGGGACCGTGGAAATATTTGTTCAGCTAGCTATGCTTGTAGGCGGAGTGCTTGCGATGTTTATCATTAATTCATTCCTTGCATTGAGTATATTACTCACTTGTATCATTCCACTTGCAGTTTCGAGTATATTTAATAATCGTATGCAAAAAGCACAAGGTGAAGTGGCTGAGCAAAATAAAAATTATGTATCTTTCATTAAAGATATATTGTCTGGAAATCAGGTTGTTAAGAGCTTTAACATCGAAAAGGAGATTTTTGAAAGGGCAAAGGCAAAGGCGAACAAGCAGGAAAAAGCAAAAATGGTATACGAAAATCTGTTGTCACTCATTATGTCACTTACTGATATTTCAACTTTTCTTGTTGCTGTAGTCATATTTATTGTGGGTACTCAGCAGCTAATGAAAGGAGAAATTACAGTAGGAGAGATTATGGCTTTTATTCAATTGTTAAATTGCGTAACAGTTCCCATTAATAGACTCATAACCGGTTTTACCAAAAGGCAGGCCAGTCGGGCTTTATTAATGAATTTCAATAAAATTGGAGAGGCAAAAACGGATCAAACTCAAAGAATTGATATCCCTAAATTCAGTAATAAAATTTCTCTAAATGGGCTTTCGTTAAGCGTAGATGGGAAAAAAATCTTAGATGATATTAATTTTGAATTTGAATATGGAAAGTCTTATGCCATTGTAGGAACAAGTGGGAGTGGAAAGACAACCTTATTAAAGATGTTGACTGGGTTTTATGATGGGTATGAAGGAAATATCAGGTATGACGGGGTTGATCTTGAGAAAATAAGTGATCAGTCCATGTTCCAAAATGTTAGTTTTATTCATCAGGACTGTTTTATCTTTGATGATACGATTGAACAAAATATTAAATTGTTTCGTGAATGTGACACAGATGAGTTTGAGCAAGTCATAAAGAAGAGTATGTTACAGAAATTGATTCATGACAGAGGCGGCTTTGATGTATTATGTGGAGAAAATGGAATCCATTTTTCAGGTGGGGAAAAACAGAGAATTTCTATAGCAAGAGCACTCCTGAGAAAATCACCTATATTACTTATGGACGAGGCGACTTCAGCGTTGGACAATCAAACAGCTAGTGACCTTGAGTGTATGTTAAGTGAAATGCAGGGCATTACGAGAATTTCCATTACTCATAGGCTGGATGAATCAATTCTTAGTGAATATGATGAAATTGTCTTATTGAATAATGGGAAAATTGAAGAACACGGCACGTATCATAAATTAATGGAAGCCAAACAAAGATTTTATGCATTGAGTATGTTGAGTAGACATAATAATGATCTTTTAATAGAGAAAGGTATAACTAGTCTTGTATTTTAA MNEKISKSIYKKNIGLFILSCLLGIMTSILFIALAIILQKFIDYSINKDIDNIFKVTTVSVILLPLGAVGMYVGYAVKNLYTKRATLNLKNTLVENILRLDMRSFNKESNGTYISRLSNDITIIQNDYIKGTVEIFVQLAMLVGGVLAMFIINSFLALSILLTCIIPLAVSSIFNNRMQKAQGEVAEQNKNYVSFIKDILSGNQVVKSFNIEKEIFERAKAKANKQEKAKMVYENLLSLIMSLTDISTFLVAVVIFIVGTQQLMKGEITVGEIMAFIQLLNCVTVPINRLITGFTKRQASRALLMNFNKIGEAKTDQTQRIDIPKFSNKISLNGLSLSVDGKKILDDINFEFEYGKSYAIVGTSGSGKTTLLKMLTGFYDGYEGNIRYDGVDLEKISDQSMFQNVSFIHQDCFIFDDTIEQNIKLFRECDTDEFEQVIKKSMLQKLIHDRGGFDVLCGENGIHFSGGEKQRISIARALLRKSPILLMDEATSALDNQTASDLECMLSEMQGITRISITHRLDESILSEYDEIVLLNNGKIEEHGTYHKLMEAKQRFYALSMLSRHNNDLLIEKGITSLVF NA NA NA NA NA D1-12_03613 1065 hypothetical protein ATGGAGCAAATCGCAGTTGTTGGGTGTGGCGGAATGATCGGTGAAGTCATCTGTAAGAACTTATGTAAAGACTTTATTGTTAAGGGCGGACAGCGGCGTGAACCTACAGCATTAATGAACCTTAATAATTTTAACTACCAATTCCTGGATGTTTCTGACTGGGAGAACTTGATTGCGTTCTGTACTGATTGTACGGTTGTCATTAATTGTGCAGGGCCTGAATTTGTAATTAAAGATAGAGTTGCTCAGGCAGCCATGAAAGTAGGAGCAAAATATGTTGATGCTTCCAATGCTTTATTATTGAATCAGGAGCAAAAGCTAGAGCTTAAAGCTAACGGTGTAAATTACATAGGAGCTGGTTTTTGTCCTGGAATTACAGGTCTGCTATTAAAACGAGTGATAAATCATTTATTAGACGAAACTAAGCATGTGAATTGTTATATTGGTGGTGCGGAACATTATACGAAAACTTCTATCTCAGATATATTAATGAGTGGCCATAGTGTAATTGGAAAAACAGACTCTTATTGGAGTGATCATTGTGTTAAAACGGAAAATATAAATATGATGCAGAAAGAATTTGTACCTGAAGTGGATGTTCCTGTCTATAAGAAACCGTATTTAAGTCAAGAGATCATTGATATTCTGGAAGTTAGTTCGGTACAAGAACTTCACTGGTACAATATAGCGGCAAATGATTATATTTTCCGTTTGGCAATGCAATTTTATCAAATGCAACTTGAGTCTTCGGTTGAAGAAGCAATGAAAAAACTAGACATTAGCTTAGAGGAGCAACCTAAAGAGGAATGGATAGCTTTAGTCATTGATGCTACAGGAGTGAAAGATGGAAAGAATGTTAGGTGCAGATTGAATTTACAAATGGAAACGAGTTCAGAGTTAACGGGTACAGTGGCTGCCGAAATCGCCCGACAAGCTGTTTCGAGTAATAGACCTAATGGTACCTACTGGGCTTATGAAGTGCTTCCTATAGATTTTATGAATCAATATGTTTTTTCTAATAAGCATGATTTTTATGAGGAAAAGTATGTTGAAATAAAGAAATGA MEQIAVVGCGGMIGEVICKNLCKDFIVKGGQRREPTALMNLNNFNYQFLDVSDWENLIAFCTDCTVVINCAGPEFVIKDRVAQAAMKVGAKYVDASNALLLNQEQKLELKANGVNYIGAGFCPGITGLLLKRVINHLLDETKHVNCYIGGAEHYTKTSISDILMSGHSVIGKTDSYWSDHCVKTENINMMQKEFVPEVDVPVYKKPYLSQEIIDILEVSSVQELHWYNIAANDYIFRLAMQFYQMQLESSVEEAMKKLDISLEEQPKEEWIALVIDATGVKDGKNVRCRLNLQMETSSELTGTVAAEIARQAVSSNRPNGTYWAYEVLPIDFMNQYVFSNKHDFYEEKYVEIKK NA NA NA NA NA D1-12_03614 1068 hypothetical protein TTGATTTCACTTGGAGTTATAGCTTACATACTGACAAAATACGCGCAGAACCATCAGGATTGGGCGGAAAAATACAGTAGGTCTGTATATCCGTTATTGTCAAAAATAGTAGGATTTGTACCTTCTTGGGTCACATTTTCTGTTAGTGAATGGCTCGTCGTGTTGGTTGTGTTACTTTTTCTATTTTATATCGTTTATTATGTGCGCAAGGTTATCATGAGTAAAGGTGCACGTAGGATGGTAGTTTATCGTGGTGCTCTAGGAATCGTTACGATCTGTAGCGTGATATATTTTTGTTATACTATTTTGGGTGGAATAAACTATTACAGATATTCTTTTTTGTCTTATACCGAATATAAAGAAGAGAACTACAGCAAGGAGGAACTGGTCAAATTGAGTAAGTCGCTTGCCGTTGAAATGGAATTGGCAAGGGAAAAGTTAGCGGATACTGATCTTTTGGCTCATGTACCAGAGGTTTTTGATTATTATGCACAACACGCAGTGTTCTCGATGCAAATGTTATCAAAGAAATATCCTGTTTTGGAGCATTCATATTCAACACCAAAACCAGTGGTGATGTCAAAACTAATGTCGCATGCAGGGATACATGGTATTTTTGTCCCTTTTACTTATGAATCCAATATCAATGTTAATGTGCCAGTTTTTTTGGTGCCTGCTACTATGGCGCATGAATTGGCACATCAGAGTGGTTTCATGCATGAGGATGAGGCTAATTTTATAGCTTATCTGGCATGTAAGCAGCAGGATGATCCAATGATACTATACAGTGGTTTATTTCTGGCATTTGATTATTCTATATCTGAGCTAAAGAAAGTGGATCCAGATAAGGCGTCTGATATAATGTCCAGTCTGTCCAAAGCGGTGCGGCATGATATAGAACAAAATGAGCAGTACCGGGATAAGTATGAGGGTGTTATTTCAAGTATTTCAAGAAATGTAAATGACGTATATCTGAAGGCAAATAATCAGACAGACGGTTTGAATAGCTATAGTGATATGGTGAATTTATTGCTGGCAGAGCAGCGAGAGATAGAGAAGTACAATTAA MISLGVIAYILTKYAQNHQDWAEKYSRSVYPLLSKIVGFVPSWVTFSVSEWLVVLVVLLFLFYIVYYVRKVIMSKGARRMVVYRGALGIVTICSVIYFCYTILGGINYYRYSFLSYTEYKEENYSKEELVKLSKSLAVEMELAREKLADTDLLAHVPEVFDYYAQHAVFSMQMLSKKYPVLEHSYSTPKPVVMSKLMSHAGIHGIFVPFTYESNINVNVPVFLVPATMAHELAHQSGFMHEDEANFIAYLACKQQDDPMILYSGLFLAFDYSISELKKVDPDKASDIMSSLSKAVRHDIEQNEQYRDKYEGVISSISRNVNDVYLKANNQTDGLNSYSDMVNLLLAEQREIEKYN NA NA NA NA NA D1-12_03615 141 hypothetical protein ATGCATATTATGAATGGAAAAAACTACTGCCGGATAGATATGAATTGTGTATATGTGAATTGGCTGGAAGAGGAACTCGATTCACAGAGCCTTGTTACCAGTCTGTTGGTGAAGCAAGTGAAGATATCGCCAAAAGAATAA MHIMNGKNYCRIDMNCVYVNWLEEELDSQSLVTSLLVKQVKISPKE NA NA NA NA NA D1-12_03616 468 lgrE Linear gramicidin dehydrogenase LgrE TTGACTTATGAGATATATTATAAACTTAAGCAAATGGGAACTAAGGAACCAAGGCATCTGTTTTTTTCTGGGCGAGATGCTCCACATATTTTTGAAAAGAGAGAAGACATTGAAAATATGACTAATGAAACTTTCTTGACAAAGGTGGAACAATATGGGGGAATACCAGAGGAGTTTTATACAAAAGAGATTATGGATATGTTTCTTCCGATTTTGCGAGCAGATTTTATAATTTTGGACAATTATAAGTTTCAGCCCAAAGCAGAAAAAATAAGTTGTGGAGTAAGCGTTTTTTATGCGGATAGCGATTTTTCGACTCATATCAATGAAATGCATAAATGGAGTGAAGTTGTTGAAGGGAATGTGAAATTTCATAAGTTTAAAGGAGAACATTTTTTTTTGAATCGGTATCCTAATGATATTGTAAATACTATTGTTAAAGATACAGAGACTTATTCTTGTTCATGA MTYEIYYKLKQMGTKEPRHLFFSGRDAPHIFEKREDIENMTNETFLTKVEQYGGIPEEFYTKEIMDMFLPILRADFIILDNYKFQPKAEKISCGVSVFYADSDFSTHINEMHKWSEVVEGNVKFHKFKGEHFFLNRYPNDIVNTIVKDTETYSCS NA NA NA NA NA D1-12_03617 1338 ribZ_3 Riboflavin transporter RibZ ATGGGTTCAAAGAAAGAATGGGCGCTGATCGTTTCGCTTTTGCTGGGAGCCATACTCGTTCCCATCAATTCTACGATGATTGCAGTCGCCCTTTCATCCATTTCCCGCTCATTCAGCGAATCAATTGCCAGCATCACATGGGTAGTGACCGTGTATTTAATCGTGATGGCCGTGACACAGCCCATTGCCGGCAAACTCGGTGATATGTACGGAAACAAAAAAATGTATTTATGGGGCGTCGGCCTTTTTCTCATCGCATCATTGGGGTGCGCCCTCTCGCCAAGTCTTTTCTTATTGATTTTCTTCCGGGCGCTTCAGGCTGCCGGCGGCGCTTTGCTTACGCCAAACAGCATCGCCATCATCCGCCATGTCGTGTCTGAAAAACGGCTTCCGAAAGTATTCGGCTTTTTCGGCCTCGGTGCCGGGCTGGGCGCGGCTCTCGGTCCGTTTATCGGCTCTCTTTTAATTGAGAGCTTCAGCTGGCATTCGATCTTTTGGGTCAACATTCCGTTTCTTGCGATCGCACTCGTGACGGCATTAGTGATGTTTCCTAAATATAAAGAAGAAACGTCTGACGCTCCGCTTGATATCATCGGGTCCGTTTTGCTTGCCGGAAGCATTGTATCTATAATTCTTCTGACGAAAAATGAAAGCTCTTTGGGCTATTGGGTGTACGCGCTGCTCATTCTCGTATTTGTTCCGCTATTTTTCAGGCGGGAGCTGCGCACGAAACATCCGATTATTGATTTTGATCTGTTTAAAAACACGACCTTTACGAGCGCCAATCTGTCGGTTCTGTTAAGCAATTTAATGATGTACGCCGTGTTATTGATTATGCCGCTCTTTATGACCGGCCACTTCAGCATGAATACGTCGCACAGCGGCATGGCGCTGTCAGTCTTTTCTGTTTTCATGTCCGCCAGCAACTGGGGCGGAGCTCAGCTGCATCAGAAATGGGGCGCGCGAAGAATGATTTTTCTGTCCTTCGGGCTGATGGCTGTAGCCAATCTCTTATTTCTGCTTTTGGTTTATTCCCATTCCGTTCCGTTTCTTATGGCATCGCTTATTGTCGGAGGCATCGCGTCAGGTGCGGGGCTGACGAGCATGCAGGTATCTTCTCTTGCGACGGTAGAACCGGGCATGTCCGGCATCGCATCCGGGATTTTCTCCACCTTCCGTTATTTCGGAAGCATTATTTCTTCAGCGCTGATCGGTTTAATCTCCGGGTTTCATATTCTGTTTATCATATTGATCGGAGTTTCTGTGATCGGCTTGTTCGTATCACTTGGTATCAAGTCCAGGGAAACCGTTCAGACGAAAAAAAGCCATTCGGCATAA MGSKKEWALIVSLLLGAILVPINSTMIAVALSSISRSFSESIASITWVVTVYLIVMAVTQPIAGKLGDMYGNKKMYLWGVGLFLIASLGCALSPSLFLLIFFRALQAAGGALLTPNSIAIIRHVVSEKRLPKVFGFFGLGAGLGAALGPFIGSLLIESFSWHSIFWVNIPFLAIALVTALVMFPKYKEETSDAPLDIIGSVLLAGSIVSIILLTKNESSLGYWVYALLILVFVPLFFRRELRTKHPIIDFDLFKNTTFTSANLSVLLSNLMMYAVLLIMPLFMTGHFSMNTSHSGMALSVFSVFMSASNWGGAQLHQKWGARRMIFLSFGLMAVANLLFLLLVYSHSVPFLMASLIVGGIASGAGLTSMQVSSLATVEPGMSGIASGIFSTFRYFGSIISSALIGLISGFHILFIILIGVSVIGLFVSLGIKSRETVQTKKSHSA NA NA NA NA NA D1-12_03618 627 hypothetical protein ATGTTGAGAACGACGAACAAGAGAATTATTGACGCCGCGATGAATCTGATCATCCAAAAAGGATACCGCGCAGCGACAACAAAAGAAATCGCAGAAAAAGCAAAAGTAAGCGAAGCAACGATTTTCCGTAATTTTAAAAACAAACAAGGATTAATGAAAGCCATGATTGAACAGCAGACGCCGGCTCCGGAAAGCATGATCACCAAGGCGGAAGGCGATCTGTATGAGGATCTTCTTCATTTCGCCGCGACCCTTCTGCAGCAATTGGAACAAAAAAAAGAAGTGTTCCGCATCTGCCTGCGCGAACCGGAACTGTTCGAAGACGTCCTGCAGGATATTGTCGTATATCCGCAATCCGTGAAAAAGCATTTAATCGTTTACTTTAAGGAGCTGACAAAGAAAAATATGATAAGCCCCGGCAGCGAAGAAGCTAATGCAGACGTCTTTATGACGATGATTTTCGGTTATTTTATACACCGGCTGCAGCTGGGGAAAAGAGTCATTACACTCTCTGAGGAAACGATGCTGAAACACAGCACTGAGATTTTCATGAAAGGCATTACCGGCCGGTCATTTTCCGGCCCCAAGGAGGATGAAGGATGGGTTCAAAGAAAGAATGGGCGCTGA MLRTTNKRIIDAAMNLIIQKGYRAATTKEIAEKAKVSEATIFRNFKNKQGLMKAMIEQQTPAPESMITKAEGDLYEDLLHFAATLLQQLEQKKEVFRICLREPELFEDVLQDIVVYPQSVKKHLIVYFKELTKKNMISPGSEEANADVFMTMIFGYFIHRLQLGKRVITLSEETMLKHSTEIFMKGITGRSFSGPKEDEGWVQRKNGR NA NA NA NA NA D1-12_03619 2502 hypothetical protein ATGTATTCAGTGCGATTTCAAAAAGCGGAAGAATCGAGCCGCTCTGCAGGAGCAAAAGGAATGAACCTGATTAAACTGACGAAAAACGGGCTGCCCGTTCCCGGCGGTTTCATCATTCAGACGAATGCCCTGACACGTTTTATGGAAGACAACGGGCTTCAAGCAGATCAGGAACAGATGGAGCGCGCCATTATGAACGGCACGTTTTCAAAAGAGCTTCGGGAGGAACTGACCGCGTCGTTTTATGAATTGAGAGAAACATACGCCTCTGTCGCCGTACGTTCCTCCTCCGCGTCTGAAGATCTTGAAGGCGCTTCTTTCGCTGGCCAGTACGAAACCTATTTAAATATCAAAACAGAAGAAGAGTTTCTCGGAAAAGTGAAAGAATGCTGGGCTTCCTTCTTCTCGGCGCGGGTCAGCGGTTATAAAGAGAAAATGAACAATGACACCGCAGAACCGTTAATGGGCGTTGTCGTGCAAGGGCTTATCAATTCCGAGGTTTCAGGGGTCATTTTCAGCCGCAACCCCGTCACACACGATGACGGAGAACTGATGATCAGCGCGAGCTACGGTCTCGGAGAAGCAATCGTCTCCGGCAGCGTGACGCCCGACACATTTATCGTCAATAAAGACACATTTCTGATTGAAAAAGAAATCGGCTTAAAAGAAATGTATATCGTTTCTAAAGACGAAGGCGTGACGGAAAAAGAGACGACCGCTGACATGAGAAACCGCTTCTGCCTTGATGACGAGAGCGTCAAAGAGCTTGCCATGCTGACGATAAAGACGGAAGAACTGTACGGTTATCCCGTGGATCTCGAATTCGGATTTGCCGAAAATAAGCTGTATCTGCTTCAGGCCAGGCCGATTACAACAATCGTGCAGGATCAGAAAGCGGCAGACGAAGAACGGGAATTTATCATGACGCCCCGGGATCAGAAAGATTTTTGGCTCAATATGGAGGCCAATATTGAAGGACCCGTCAGCCCGTTATTCGCCTCACTCATTGTGCCGGCTTTGGAATACGGCCTCAAAGAGAGCACGAAGACATTCCCTGTAATGGGCATCGAAATCGAGCGTGTCAAACTTCATCAGGGCCGTGTTTTTTCCAGACAGCATAAGACGGACGACAAGCTGCCCGCAGAACAGTTAGAAGCGCTTTTCCCCGTCTTGGCTGACCGCATGTACGATATTATTCAGGAAACCTTTCTGCCTTTTTATCAAAAGCTGGACGAACTGGCGCATACAGACCATACGCCGGAGACTGCCCTTGATGCGTTCCGAAACCTGCAAGACTTCTATTTAAAAGGATACGCAGAACATTTCAATATTGTCTTTCCACAGGTTGCGTTAAACATGATACTGGAATCCATGTACGGACAGGTTGAGAAAGAAAACACCTCCCATCTGTACGAAATGCTGGCTGGCGTCATGAATAAGTCATTGGAGACCGACAGACAGCTCTGGCTGCTTTCCGGACAAGTAAAAGACAACCCTGAGCTGCGGCGAGTCTTTACGGTTTCTCATGCCGATGAGCTGCATCAGACGCTTCTGCAATCAAATGAGGGAAAACGCTTTCTCGAACAAGTCGGTCAATTTTTACAGGAATACGGCTGGAGATCCGTGAAAAGTCATGATCTCATTGAAGAAACTTGGGCGGAAAACCCTTATTTCGCTTTGGCCAACATTCAGAACTATGTCCGGAACGGATACGATTTTGACAGTGAATTTCATAAAACGATAGAAAAACGAAAACAGCTCTACGCCGACTTTATGGATAGAATTGAAGATGACGGCTTCCGGGAGACGTTTGACCGCTATTATCAGTGGACATTGTCTTCATCCGTCATCAAAGATGATCACCATTTTTATATTGATGCGATGCTGGACGCCAAAGCGCGCCTTTGCCTTCTGAAAATCGGCGAGCTGCTTCAAAAACAAGGCGTAATCGATGATCGGGAGGATATGTGGTACTTATACAGCGATGAAGTCGAGAAAGCGCTGGTGTCGCCGGTTCCGATGCAGGAAAAAGCCGCTGAACGAAAACAGCTCTTCCAGCAATATCAATTGCTTGAAGCCCCCGCTTATCTCGGGACTCCGACTTCGGAACAGCTGAAAACGGCTGAACAGATTACCGGCTCCATCACGGAAGATGAAAAAAACACTGAACATCAAATTTACGGACTTGCGGCGTCAAGCGGAATCGCAAGCGGCCCGGTGAAAGTCATTCGTGACGCAAGTGAATTTTCCCGTTTTTCAACAGGAGACGTGCTTGTCTGCAAAATGACGACACCGCTGTGGACCAGTCTGTTCCAGGATGCAAAGGCCGTCATTACGGACACGGGCGGCATCCTGTCACATGCGGCGATCATCGCGAGAGAATACGGGCTCCCGGCCGTTCTCGGCACACGTGCCGCGACTGACAGGCTCAACGACGGAGATATCGTCACGGTGGACGGGACAAACGGCAAGATTACGATTGTCAAACGCGCTTCATGCTAG MYSVRFQKAEESSRSAGAKGMNLIKLTKNGLPVPGGFIIQTNALTRFMEDNGLQADQEQMERAIMNGTFSKELREELTASFYELRETYASVAVRSSSASEDLEGASFAGQYETYLNIKTEEEFLGKVKECWASFFSARVSGYKEKMNNDTAEPLMGVVVQGLINSEVSGVIFSRNPVTHDDGELMISASYGLGEAIVSGSVTPDTFIVNKDTFLIEKEIGLKEMYIVSKDEGVTEKETTADMRNRFCLDDESVKELAMLTIKTEELYGYPVDLEFGFAENKLYLLQARPITTIVQDQKAADEEREFIMTPRDQKDFWLNMEANIEGPVSPLFASLIVPALEYGLKESTKTFPVMGIEIERVKLHQGRVFSRQHKTDDKLPAEQLEALFPVLADRMYDIIQETFLPFYQKLDELAHTDHTPETALDAFRNLQDFYLKGYAEHFNIVFPQVALNMILESMYGQVEKENTSHLYEMLAGVMNKSLETDRQLWLLSGQVKDNPELRRVFTVSHADELHQTLLQSNEGKRFLEQVGQFLQEYGWRSVKSHDLIEETWAENPYFALANIQNYVRNGYDFDSEFHKTIEKRKQLYADFMDRIEDDGFRETFDRYYQWTLSSSVIKDDHHFYIDAMLDAKARLCLLKIGELLQKQGVIDDREDMWYLYSDEVEKALVSPVPMQEKAAERKQLFQQYQLLEAPAYLGTPTSEQLKTAEQITGSITEDEKNTEHQIYGLAASSGIASGPVKVIRDASEFSRFSTGDVLVCKMTTPLWTSLFQDAKAVITDTGGILSHAAIIAREYGLPAVLGTRAATDRLNDGDIVTVDGTNGKITIVKRASC PGPT0002035_350 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 D1-12_03620 237 csbA COG4897 Protein CsbA GTGATTACAAAAGCCGTTTTTGCATTATGTTTCCCTTTTATGCTGGTCGTCCTTTTTACGCGCGTCACGTTTAACCACTATGTGGCGATCGCTCTCACAGCCGCACTGCTTTTCGCATCCTATTTAAAGGGTTACACCGAAACGTATTTTATCGTTGGATTGGATGTCGTATCGCTGGTGGCCGGAGGGCTGTACATGGCCAAAAAAGAAGCAGACAAAAAGAAAGACAATGCCTGA MITKAVFALCFPFMLVVLFTRVTFNHYVAIALTAALLFASYLKGYTETYFIVGLDVVSLVAGGLYMAKKEADKKKDNA PGPT0015022_18 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS OTHER_STRESS_RESPONSE_PROTEINS,PGPT0015022-csbA-NA NA NA D1-12_03621 1986 uvrB COG0556 UvrABC system protein B GTGAAAGATCGTTTTGAGTTAGTCTCGAAATATCAGCCCCAGGGAGATCAGCCGCAAGCGATTGAGAAGCTTGTCAAAGGCATACAGGAAGGCAGAAAACACCAGACTCTCCTGGGTGCGACAGGGACGGGCAAAACCTTTACCGTGTCCAATCTGATTAAAGAAGTGAATAAACCGACACTGGTCATTGCCCATAACAAAACCCTTGCCGGACAGCTGTACAGCGAGTTTAAGGAGTTTTTCCCGAACAATGCTGTCGAATATTTTGTCAGCTATTACGATTACTATCAGCCGGAGGCGTACGTGCCTCAAACGGATACTTTTATAGAGAAAGACGCAAGCATTAATGATGAAATTGATAAACTGAGACACTCCGCGACGTCCTCTCTGTTTGAACGGAGAGATGTCATTATTATCGCGAGTGTGTCATGCATATACGGTCTCGGTTCGCCTGAAGAATACCGGGAAATGGTTGTGTCGCTCAGGCCGGAAATGGAGATTGAGCGGAACGAGCTGCTGAGAAAGCTTGTGGATATCCAGTATGCCCGCAATGATATCGACTTTCAGCGCGGTACGTTCCGCGTGCGCGGAGACGTTGTGGAAATCTTCCCGGCTTCCCGTGACGAACATTGTATCAGAGTGGAATTTTTCGGAGATGAAATTGAGCGGATCAGAGAGGTCGACGCTTTGACCGGAGAAATTCTCGGCGACCGTGACCATGTCGCGATTTTCCCGGCTTCCCACTTCGTCACCCGTGCGGAAAAGATGGAAAAAGCGATTCTGAATATTGAACAGGAGCTTGAGGAGCGCTTGAAAGTGATGCACGAAAACGGCAAGCTCCTTGAAGCGCAGCGGCTTGAGCAGCGGACGAGATATGATCTTGAAATGATGCGGGAAATGGGTTTTTGCTCAGGGATCGAGAACTATTCAAGACATTTGACACTCCGTCCGCCGGGCTCTACGCCGTATACGCTGCTTGATTATTTTCCGGACGATTTTATGATTGTCGTTGATGAATCACATGTGACGATTCCGCAGGTGCGCGGCATGTTCAACGGTGACCAGGCGAGAAAACAGGTGCTTGTCGATCACGGGTTCCGCCTGCCGTCAGCGCTTGACAACCGTCCGCTCCGATTCGAGGAATTTGAGAAACACATGCACAATATCGTGTACGTGTCGGCGACTCCGGGACCGTATGAAATTGAGCATACGCCGGAAATGATCGAGCAGATCATCAGACCGACGGGACTCCTCGATCCCCTCATTGACGTCCGGCCGATCGAAGGACAGATTGATGATCTGATCGGCGAGATACAGGCGAGGATTGAACGGAATGAACGCGTTCTCGTGACGACTTTAACGAAAAAAATGTCAGAGGATCTGACCGATTATCTCAAGGAAATCGGCATCAAGGTCAATTATCTGCATTCCGAGATTAAGACGCTTGAACGGATTGAAATCATCCGTGACCTCCGCCTCGGAAAACATGATGTGTTAATCGGCATCAACCTGCTGAGGGAAGGGCTTGATATTCCGGAAGTGTCACTTGTCGCCATTCTCGATGCGGATAAAGAAGGCTTCCTCCGTTCTGAACGTTCGCTGATTCAGACGATCGGACGGGCGGCACGAAACGCGGAAGGCCGCGTCATCATGTATGCCGATAAAATCACGAATTCGATGGAAATCGCGATTAATGAAACGAAGCGCCGCCGGGAACAGCAGGAGCGCTTTAACGAAATTCACGGCATTACGCCGCAAACGATCAATAAGGAAATCCGCGATGTGATCCGCGCGACGCAGGCCGCTGAGGATAAAGAAGAATATAAAACAAAAGCCGCGCCTAAACTGGCGAAGATGACGAAGAAAGAACGCCAGAAAGTCGTTGAGCAAATGGAGCACGAAATGAAAGAAGCGGCCAGAGCGCTTGATTTCGAGCGGGCGGCAGAGCTTCGTGATTTACTGTTAGAGCTCAAAGCGGAAGGATGA MKDRFELVSKYQPQGDQPQAIEKLVKGIQEGRKHQTLLGATGTGKTFTVSNLIKEVNKPTLVIAHNKTLAGQLYSEFKEFFPNNAVEYFVSYYDYYQPEAYVPQTDTFIEKDASINDEIDKLRHSATSSLFERRDVIIIASVSCIYGLGSPEEYREMVVSLRPEMEIERNELLRKLVDIQYARNDIDFQRGTFRVRGDVVEIFPASRDEHCIRVEFFGDEIERIREVDALTGEILGDRDHVAIFPASHFVTRAEKMEKAILNIEQELEERLKVMHENGKLLEAQRLEQRTRYDLEMMREMGFCSGIENYSRHLTLRPPGSTPYTLLDYFPDDFMIVVDESHVTIPQVRGMFNGDQARKQVLVDHGFRLPSALDNRPLRFEEFEKHMHNIVYVSATPGPYEIEHTPEMIEQIIRPTGLLDPLIDVRPIEGQIDDLIGEIQARIERNERVLVTTLTKKMSEDLTDYLKEIGIKVNYLHSEIKTLERIEIIRDLRLGKHDVLIGINLLREGLDIPEVSLVAILDADKEGFLRSERSLIQTIGRAARNAEGRVIMYADKITNSMEIAINETKRRREQQERFNEIHGITPQTINKEIRDVIRATQAAEDKEEYKTKAAPKLAKMTKKERQKVVEQMEHEMKEAARALDFERAAELRDLLLELKAEG PGPT0014920_4187 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0014920-uvrB-K03702 NA NA D1-12_03622 2874 uvrA UvrABC system protein A ATGGCAATTGACCGGATCGAGGTGAAAGGCGCAAGGGCGCACAATTTAAAAAACATTGATGTAACGATTCCGCGGGATCAGCTCGTCGTCGTGACGGGGCTGTCCGGATCGGGAAAATCATCCCTTGCCTTTGACACCATTTACGCGGAAGGACAGAGGCGGTATGTTGAATCGCTTTCTGCCTATGCGCGCCAATTTTTAGGACAGATGGATAAGCCGGACGTTGATGCGATCGAAGGGCTTTCTCCGGCGATCAGCATTGACCAGAAAACAACAAGCCGCAATCCGCGGTCAACCGTCGGAACGGTAACGGAGATTTATGATTATCTCCGGCTGCTGTACGCGAGAGTCGGGAAGCCGCACTGCCCGGAGCACGGCATTGAAATTACGTCGCAAACGATTGAACAGATGGTTGACCGGATTCTTGAATATCCGGAGCGGACGAAGCTTCAAGTGCTTGCGCCGATCATCTCAGGCAGAAAAGGCGCCCATGTCAAAGTGCTTGACCAAATCAGAAAGCAAGGTTACGTAAGGGTGCGGATTGACGGAGAAATGGCCGAGCTTTCCGACGATATTGAACTTGAAAAAAACAAAAAGCATTCCATTGAAGTAGTCATTGACCGGATTGTCGTCAAGGAAGGGGTTGCCGCCCGGCTTTCCGACTCACTGGAAACCGCGCTCCGCTTAGGGGAAGGCCGTGTCATGATAGATATCATCGGTCAGGAGGAGCTGATGTTCAGCGAGCATCACGCCTGTCCGCTGTGCGGTTTTTCTATCGGAGAGCTTGAACCCCGGCTGTTTTCGTTTAACAGCCCGTTCGGCGCCTGTCCGACTTGTGACGGTCTCGGCTTGAAGCTGGAAGTGGACCCTGAGCTCGTCATTCCCAATCCTGAGCTGTCATTAAAAGAACACGCCATCGCGCCGTGGACGCCGATCAGTTCACAATATTATCCGCAGCTGCTTCAGGCGGTCTGCCGCCATTACGGCATTGATATGGAGACTCCGGTCAAAGACCTGCCGAAGCATCAGCTTGATAAAGTGCTGTACGGCAGCGGCGATGAACGGATCTACTTTAAATACGAGAATGATTTCGGACAAGTGCGCGAAAATGAAATTGAATTTGAAGGCGTGCTGCGCAATATTGAGAGACGGTATAAAGAGACAAGCTCCGATTATATCCGTGAACAGATGGAGCAGTACATGTCACAGAAGCCGTGCCCGACGTGCAAAGGCTACCGGCTGAAGAAAGAAGCGCTTGCCGTTTTGGTTAACGGGCGCCACATCGGCACCATTACCGAGCTTTCCGTCGGCGATGCGCTGGAATTTTTCAAAAACCTGACGCTGTCTGAGAAAGATATGCAGATTGCCGATTTAATTTTAAGAGAGATTGTGGAGCGGCTCAGCTTCTTAGATAAAGTCGGTCTTGATTACCTGACGCTGAGCCGGGCGGCGGGAACGCTGTCAGGCGGAGAAGCCCAGCGTATCAGGCTTGCGACGCAGATCGGCTCCCGTTTGTCAGGCGTCCTGTACATTCTTGATGAGCCGTCCATCGGCCTTCACCAGCGTGACAATGACCGTCTGATCAGCGCGCTGAAAAACATGAGGGATCTCGGCAACACACTGATTGTCGTGGAGCATGATGAAGATACGATGATGGCTGCCGATTATTTGATAGATATCGGTCCCGGCGCCGGCATTCACGGCGGCCGCGTCATATCGGCGGGGACGCCTGAAGAAGTGATGAATGATGCGGACTCTCTGACCGGACGTTATTTGTCAGGGGCTCAATTCATCCCTATGCCTCCGGAGAGAAGAAAGCCTGACGGCCGGTTCATTGAAATCAAAGGCGCTTCAGAAAACAACCTGAAAAAAGCGAACGCCAAATTCCCGCTCGGCACTTTTACGGCGGTGACAGGTGTGTCCGGTTCCGGAAAAAGCACGCTTGTGAATGAAATTCTGCATAAGGCGCTTGCGCAAAAGCTTCATAAAGCCAAAGCGAAACCGGGAAGCCATAAAGAAATCAAAGGCCTTGACCACCTTGATAAGGTGATCGACATCGACCAGGCGCCGATCGGCCGGACACCGAGATCAAACCCGGCAACTTACACGGGCGTGTTTGATGATATCCGCGATGTATTCGCGCAGACAAATGAAGCAAAGGTGCGCGGCTATAAAAAAGGCCGGTTCAGTTTTAATGTAAAAGGCGGGCGCTGTGAGGCCTGCCGCGGCGACGGCATCATTAAAATTGAGATGCACTTCCTTCCTGACGTGTACGTTCCGTGTGAAGTGTGCCACGGCAAACGTTACAACCGGGAGACGCTGGAGGTCACATACAAAGGAAAAAGCATTTCTGACGTTCTGGATATGACGGTGGAAGATGCTCTGTCTTTCTTTGAAAATATCCCGAAAATCAAACGCAAGCTTCAAACGCTTGCCGATGTCGGACTCGGGTATGTGACGCTCGGCCAGCCGGCGACGACGCTGTCAGGCGGAGAAGCGCAGCGCGTCAAGCTTGCTTCCGAACTGCATAAGCGTTCCACCGGCCGGACGCTGTATATTTTGGACGAACCGACGACAGGCCTCCACGTTGATGATATCGCAAGGCTTTTGGTTGTGCTTCAAAGACTCGTCGATAACGGAGATACCGTTTTGGTCATTGAACATAATCTCGATATCATTAAAACGGCGGACTACATCGTCGATCTGGGACCTGAAGGCGGAGCGGGCGGCGGCATGATCGTAGCCTCCGGGACGCCTGAAGAAGTTGTCGAAGTGAAAGAATCATATACGGGCCGCTATCTGAAACCGGTAATGGAACGTGATAGAAAACGAATGAAAACATTGCTGGCCGAAAAAGAAACGGCAGCCACGTAA MAIDRIEVKGARAHNLKNIDVTIPRDQLVVVTGLSGSGKSSLAFDTIYAEGQRRYVESLSAYARQFLGQMDKPDVDAIEGLSPAISIDQKTTSRNPRSTVGTVTEIYDYLRLLYARVGKPHCPEHGIEITSQTIEQMVDRILEYPERTKLQVLAPIISGRKGAHVKVLDQIRKQGYVRVRIDGEMAELSDDIELEKNKKHSIEVVIDRIVVKEGVAARLSDSLETALRLGEGRVMIDIIGQEELMFSEHHACPLCGFSIGELEPRLFSFNSPFGACPTCDGLGLKLEVDPELVIPNPELSLKEHAIAPWTPISSQYYPQLLQAVCRHYGIDMETPVKDLPKHQLDKVLYGSGDERIYFKYENDFGQVRENEIEFEGVLRNIERRYKETSSDYIREQMEQYMSQKPCPTCKGYRLKKEALAVLVNGRHIGTITELSVGDALEFFKNLTLSEKDMQIADLILREIVERLSFLDKVGLDYLTLSRAAGTLSGGEAQRIRLATQIGSRLSGVLYILDEPSIGLHQRDNDRLISALKNMRDLGNTLIVVEHDEDTMMAADYLIDIGPGAGIHGGRVISAGTPEEVMNDADSLTGRYLSGAQFIPMPPERRKPDGRFIEIKGASENNLKKANAKFPLGTFTAVTGVSGSGKSTLVNEILHKALAQKLHKAKAKPGSHKEIKGLDHLDKVIDIDQAPIGRTPRSNPATYTGVFDDIRDVFAQTNEAKVRGYKKGRFSFNVKGGRCEACRGDGIIKIEMHFLPDVYVPCEVCHGKRYNRETLEVTYKGKSISDVLDMTVEDALSFFENIPKIKRKLQTLADVGLGYVTLGQPATTLSGGEAQRVKLASELHKRSTGRTLYILDEPTTGLHVDDIARLLVVLQRLVDNGDTVLVIEHNLDIIKTADYIVDLGPEGGAGGGMIVASGTPEEVVEVKESYTGRYLKPVMERDRKRMKTLLAEKETAAT PGPT0014915_2372 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0014915-uvrA-K03701 NA NA D1-12_03623 240 hypothetical protein ATGGAGAAAGATCCCGAAAACGCCCAAGTAACGGAAGAGAGTCTTCGAAATTTAATTCGCGAACAGAAAAGAATGAACAGCGAAATGCTGGCTGAATTGGAACAGATCAAAGCAGCCCCTCTTCCCATTTCCCATGATATCCAATATATAAAAGTGCTGCTGGACAGCAGCAGCACCCATATTCTGCAGGACTTAATGCATTTAAGCAGACAGCTTCCCCAACAGAAAAAAAGCCTGTAA MEKDPENAQVTEESLRNLIREQKRMNSEMLAELEQIKAAPLPISHDIQYIKVLLDSSSTHILQDLMHLSRQLPQQKKSL NA NA NA NA NA D1-12_03624 327 hypothetical protein TTGAACCGAAATCAAGCGATTATCGCATCAATCTGTTATTTCAGCGTGTTTCTCGCGCCGCTCATTCTTCCGATTGTGGCTTACTTTGTCGTCGATGAAAAAGAGACGAAGCGGCATGCCATGCGCGCTCTGATTTCCCATATCATTCCGTTTGCGGGATTGCTGATTGTGACCGCGGGTGTTGTCGGCGGATTGATTACGGCTCAAGGGGAGAGTATGGTGCCCGTTTTTGTTATGATAACAGGAGCAGCTGTTTATTTTCTGATCCTCATCGGAATGGTCATTTGGAATATCGTGCAGGGAATTAAGGTGTTACGCCAGGTGTAA MNRNQAIIASICYFSVFLAPLILPIVAYFVVDEKETKRHAMRALISHIIPFAGLLIVTAGVVGGLITAQGESMVPVFVMITGAAVYFLILIGMVIWNIVQGIKVLRQV NA NA NA NA NA D1-12_03625 1098 hypothetical protein ATGAAACAGGAGAAAGAACGGATTTTAAAGCTTGTGGAAGACGGCATGCTGACGGCGCAGGAAGCACTGACGCTCATTGAAAAACTGGATCATGAATATAAAGAAAAAGAAGAGCAGATCACCGCATTATCTGCGGAGGTCCAGGAACCTGCGGAAGATTTCGAAAGCGGGGCAAAAGGAAGCCAAAAGCCGTCGCTCGGGGCGAAGCTGTTCGACTGGATTGATTCTGCCGTCAAAAAAGTGAAGGAAGCGGATCTTGATCTGAATTTCGGCCACGCACACGAAGTGCAGCATATTTTTCAATTTAAAGACAGTGAATTCTCGGCCATTGATATGCAGATCGCAAACGGCAGCGTCAATATCGTGCCGTGGGCGGATGAAGATATCAGAGCGGAGTGCCAGGCGAAAGTGTACCGGGCGGACAGTCAGGAGGCGGCGCGCACCGCATTTCTTCAGCACATTGAGTGTGAAGTGAAGGGCAATAAGTTTTTTGTCCGCACGGAAAAGAAAACGATGAAAACCAATGTCACGCTTTATGTTCCCCAGAAAGAGTACGATAAGATAAGAGTGAAGCTGTTTAACGGACCGATCAGAGGGGAACATTTACATGTAAAAGAATTCTCGGCGAAAACGACAAACGGCGTACTGTCATTCTCTCATTTGACGGCTGATAAAGCGTCGGCGGAAACGGCTAACGGACAAATCAAGCTGGCCGGACATCAATGCGGCGCGATTGAAGCGGAAACGATCAACGGCTTGATTGATTTGCGCGGATCGAGTGAATCCATTGACGTTCAAAGCTTTAACGGCAATATCATGCTTACCGTGACAGCGCCGCACTGCCGCTCCATCTACACGAAAACGACGACCGGAAACGTGGATATCGCTCTGCCTGATGATTCGGCGGTGAAAGCGGAGCTGAAAAGCAATCTCGGCTCTCTCAGCCATGAGCTGATTGATGTGGAAATTTTAAAGGAAAAGAATGACACCATTCAAAAAGAACTGATGCTGGCATCAAATCAAGGCCATGATCAGCATCTCTCGATTTTCTCAGAATCGTTAACAGGAGCCATTAAGCTCAAGCATACTCAGAGGTGA MKQEKERILKLVEDGMLTAQEALTLIEKLDHEYKEKEEQITALSAEVQEPAEDFESGAKGSQKPSLGAKLFDWIDSAVKKVKEADLDLNFGHAHEVQHIFQFKDSEFSAIDMQIANGSVNIVPWADEDIRAECQAKVYRADSQEAARTAFLQHIECEVKGNKFFVRTEKKTMKTNVTLYVPQKEYDKIRVKLFNGPIRGEHLHVKEFSAKTTNGVLSFSHLTADKASAETANGQIKLAGHQCGAIEAETINGLIDLRGSSESIDVQSFNGNIMLTVTAPHCRSIYTKTTTGNVDIALPDDSAVKAELKSNLGSLSHELIDVEILKEKNDTIQKELMLASNQGHDQHLSIFSESLTGAIKLKHTQR NA NA NA NA NA D1-12_03626 195 hypothetical protein ATGAAAAGACTTTACCGTTCAGAAAAAAACCGTAAAATCGCCGGTGTCGTCGGCGGTTTGGCGGAGTACATCAATATGGATGCGTCGCTTTTGCGCATTATCACCGTTGTATTAGCGCTTGTCACGAGCGGAATCGTGCCGATTGTATATATTATCTGGTGTTTTGTCGTACCTTTAGAAGGAGATTTGAAATAA MKRLYRSEKNRKIAGVVGGLAEYINMDASLLRIITVVLALVTSGIVPIVYIIWCFVVPLEGDLK PGPT0027520_1747 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM CE-BACTERIAL_FITNESS-PspC-PspB_TOXIN-ANTITOXIN_SYSTEM,PGPT0027520-toxin_pspC-K03973 NA NA D1-12_03627 360 hypothetical protein ATGATCAAATGGGCAGTCAGCATTTTAGTAAATGCTTTATTATTAATCGTTATCGCGGGATATTTTGATTCCGTCCATATCAGCAGTATCGGAGCGGCTGTCATCGCCAGTGTGATTCTTTCTGTGTTAAATGTGCTGATCAAGCCGATCATCGTCATATTGACATTGCCCGTCACGGTTGTGACCCTCGGCCTCTTTCTGTTTGTCATCAACGCCATTACGTTAATGATGACCGCAGCCTTGATGGGAGACAGCTTTCAGATTGACGGGTTCGGCACCGCCATTTGGGCATCCGTCGTGCTGTCCGTTTTCCACTTGCTGATTCAAAAAGGCATATTGGAGCCGCTTAGAAAAGGGTAA MIKWAVSILVNALLLIVIAGYFDSVHISSIGAAVIASVILSVLNVLIKPIIVILTLPVTVVTLGLFLFVINAITLMMTAALMGDSFQIDGFGTAIWASVVLSVFHLLIQKGILEPLRKG NA NA NA NA NA D1-12_03628 3870 cpdA_2 3',5'-cyclic adenosine monophosphate phosphodiesterase CpdA ATGAAACTTGTGATGACGCTCTTTTTTCTGATTGGTTTGCTTTGTGTAAGTCCTTCTGCGGATGCGGCGCGCAAAGAATCGGCAATCCCCGTGAATCAGCAGGAATTCGGACAGCCGCCTCATTACATACCGCTTCTGGAGAATCCTCCCCAAATCGAAGTAAAGGCGGAAATGAAAAGAAACCTGTTCATACAGGCTCATGTACGGAATGCTGACTATCAAGCGTTTTCGGCGTTTCTTTTTTATAAACAAAGCAATGAGCTGGGGTTTAAAATGGTGCCGATGGAGCCCGCGCCAGGCGCAATCCGGCTGTTTACGGCCCAGGTTTCAAAGCGGGATATCTGGAATGGAGAATTGGAATATTACCTCGTATTCACCAACGGCAGACAACGGGCGGAATCGGAGAAAAAGCGGCTGAAGCTGGACGGCTATCAAGCCGATTTGAATCATATTCCCGAGCTGATGATTACGGAGCTTGCGGTTGATACGAAAAATGAAGACGGCACTGATGCCTATGAATTTATCGAGGTGTATAACACGACGGACAGGCCCATTCATTCTAAAGACTATCACATCCGCTACCGCTATCCGAAGGAAGGGCCGGAATCAGATATGATATGGAGGCCGAAAGAAGATACCGTCATTCCGTCAGGCGGGACTTACGTGTTTTGGCTGAGACGCGCCGCATCAGAACTGACGATAGATGATTTCAACCGCTATTACGGGACACGCCTGAAGGAGGGAAAACATCTCGCCGTCATCGAAGGGACGGACGGAATGTCCAACGGCCGCCCGCGTACGGTGGTGCTGTCGGCAAATACCGGAAAGGGTATCGCCTCAGCGCATTACCGGAAACACGCTTTCCGCCGGCTGACTTCTGTGCTGTACAAATATCCGCTGAACGGAACGGGAGAATTGCTGAGGATCTCCACGAGCGAGCATAAGCCGTCACCGGGCTCTGTTTTTCAGGCGCAGATCCCGGAGCAGAAAAGGGTGATAAAACCCGACAAGGAAAAACCGGTCATCGAAGACCTTACAGACAGAAAGCCCGTCCGGCCCGCTGAAAGCATTGAATTAAAGGCTGACATAAAAGACAAAAACCTTGTCAAAACAGCCGCGTTTTATTACCGGACCAATGAGAAAAAACCATTCAAACGAATTCTGGCCGAAAAAGACCGCAACGACAGCTTATACCATCACATTCTTTATTCCCCGGAACTGCTCGGCCAGGATCAGCTTGAGTATTATATCGCAGCCAGTGATGGAGAAAATGAAGCAAAAACGCCCGTCAAGATGATTGACATTGAACAGACGAGCAAATCACACGGACTCAGAATGAATGTTGAACCCGAAGATACGATATCCGGCACCTATCTGCTCAAAGCGACTTCCGACGTCAGCCCCGATAAGATCAAGCTGTGGATTGACGGCAAACGGCAGGAGACCCGGCCGGCCTTGGAAAAAGAAGTCTATTTCGCCTTCGATGCCCGGAAAACGAATCTTTATTTTCAAAACACCGTCATGATGGAAAACGAGGTGCTGCACATTTTTGACGATCCGTCTCACCGCTACAGAACGCACTCGGTTCTCCTTCCGGAACGTCTGCTGCAAAAAGGGGGCAAAACACAGAAAGTATCCATCCGTTCGGGCTCAAAGGTTTCTCCGTATGACACGGGAGAGAATCGGGATGATTTTGTCGTGAAACATGCCCGTCTGGTGCTTTCGGACGGAACGGTGATCAAAGACGGGAAGACGGATCCGGCTGAGCAGCTGTTTATCGGTGACGGCAGGTGGGCGAATCAGCAGAAGACCTTCTCATTCAGCCTGCCGGATCATTTGTTTACGTCACGGCTGCTGCCGTGGAACACGGCGAAGCTTTCGGAAGGCTATCACCATATTTTTGTTAGCGACGGTGAGGAGCAGCTGAGCCAGTCTGTGCGGGTGGACAATACGGGGCCGAAGATTGTCCCGAATATTAAAGAAGGCGCGGCGCTGAAAGGTAATGTTGAGCTGAATGCGGACATCCGTGACAAATGGAGCAAAGTGGAAGAGGTCAAAGCGTTTTTGGACGGAGAAAGCATTACGCTCCCGCATCACACGTCATCAGCCGATCTTAAGCCCGGAAAACATACCCTTACCATCATTGCGGCAGACCTTGCCGGAAATGAAACAACCTCCGTCCGCACCTTCCATATCAAACGGGAGGAGCCGAACCAGCCGGAGCTTGCCGATCAAAAAATCGGCGCCCACAAAGCAAAGCTGTCCGTCCGGGTAAAAGACCCGACGAAGGATGACATGAATGTATCATTTTACCGGGGCTTCCGTTATACCGCGCGGAATCCGGGCAGCGTGAAAGTGTATAAACACGCCTCATTAACGGAACCGCCGAGGGGCATAAAAGAAAATGAAATGCCGTTTACCCTGCCTGAAATGAACCGCATCTCGGCAAATGACGGAAAAACCGTTTCGACGGAAAGTATGGAGCGTTTTCCTTATCACCGATTCGAAGTCTCCGTTGACCCGTCTATCGACGAAACGGATCTGGCCGAGGCGGTCTGGAAAGGAAGCTCTCTGCCCGGCCGAAAGGTAACCATGTATATTTGGAATTACCGGACAAGCCGCTGGCAGGAGGCGGACAGCGTCCTTGCCAAAGATAAAAAGCCGTTTACATTAAAAGCCGCCGTTTCCGCAGCGGATGTGGTGAAGAACTCAAAAATGAATGTCATCGTGCAGGATCAAATACCGGCGAAAGGCAATTACACGTTTGTCTGGATGTCGGATACACAATATTACGCACAAGGGCACCCGCACATTTTTGACAAAATGACGGAGTGGATCAAAGAAAATAAGGAAAAGCACAATATTAAATATGTCTTTCATACCGGTGATATCGTCGATGATTCAATGGTGATGAAACAGTGGAAAAACGCCGATCACTCCATGCGGACGCTTGACAAGGCGGGGATTCCGTACGGAGTGCTTGCCGGCAATCACGACGTCGGCCATAAAGACGGCACATACCGAACCTTCGGGGATTTCTTCGGGAGCCGCCGGTTTGAACAGAACATGCATTACGGCGGATCATACAAAAATAACCGCGGGCATTATGACCTGCTGTCGGCAAGCGGGAACGATTTTATTATGATTTATATGGGCTGGGGCATTGGGGAACAAGAGATTGACTGGATCAATCAAGTGCTGAAGAGGTATCCGGACCGAACCGCCATCTTATGCTTTCATGAGTACTTGCTTGTGAGCGGAAATCGAAGTCCGATCGGGGAAACGATCTATCGAAAAGTCGTCAAGCCGAATCGCAATGTGGCGATGGTATTAAGCGGCCATTACCATAATGCCATGAAAAAAACCGATGCGCTTGACGATGACGGGGACGGAAAACCGGACCGCCTCGTCCACCAGATTCTGACCGACTACCAGGACGGTCCGGAAGGGGGGCAGGGCTTTATGCGCATGATGCAATTCGATCAGGCTGCCAATCAGGTTCACATGTTCTCCTACTCGCCGTACACGGATGACATCAATTACTATGACACCGATCTGTTCGCTGATAAAGACGAATTCTCAGCAGAAATGGATTTACAGCCGAAGAGGAAAAGGGTGGCGACCGATTATTTTGAATGCAACGTCTATACGAACGAACTGCTCGGTCATAAAAAACACGTAAAAAGCGGAAAAACCGCAAATTGGATCTGGGACGGCCTGCAGCCTGATTCCGTTTATTACTGGTACACCGTCGTTAAGGACCCGTACAACGGCAAAACAATATCACCGCTGTGGATGTTCAAAACGGGAAATACGCCGTATCGCCCGGCTCCGGATCAGTTTGATTTCAGGCATGCCTCAAACCCATAA MKLVMTLFFLIGLLCVSPSADAARKESAIPVNQQEFGQPPHYIPLLENPPQIEVKAEMKRNLFIQAHVRNADYQAFSAFLFYKQSNELGFKMVPMEPAPGAIRLFTAQVSKRDIWNGELEYYLVFTNGRQRAESEKKRLKLDGYQADLNHIPELMITELAVDTKNEDGTDAYEFIEVYNTTDRPIHSKDYHIRYRYPKEGPESDMIWRPKEDTVIPSGGTYVFWLRRAASELTIDDFNRYYGTRLKEGKHLAVIEGTDGMSNGRPRTVVLSANTGKGIASAHYRKHAFRRLTSVLYKYPLNGTGELLRISTSEHKPSPGSVFQAQIPEQKRVIKPDKEKPVIEDLTDRKPVRPAESIELKADIKDKNLVKTAAFYYRTNEKKPFKRILAEKDRNDSLYHHILYSPELLGQDQLEYYIAASDGENEAKTPVKMIDIEQTSKSHGLRMNVEPEDTISGTYLLKATSDVSPDKIKLWIDGKRQETRPALEKEVYFAFDARKTNLYFQNTVMMENEVLHIFDDPSHRYRTHSVLLPERLLQKGGKTQKVSIRSGSKVSPYDTGENRDDFVVKHARLVLSDGTVIKDGKTDPAEQLFIGDGRWANQQKTFSFSLPDHLFTSRLLPWNTAKLSEGYHHIFVSDGEEQLSQSVRVDNTGPKIVPNIKEGAALKGNVELNADIRDKWSKVEEVKAFLDGESITLPHHTSSADLKPGKHTLTIIAADLAGNETTSVRTFHIKREEPNQPELADQKIGAHKAKLSVRVKDPTKDDMNVSFYRGFRYTARNPGSVKVYKHASLTEPPRGIKENEMPFTLPEMNRISANDGKTVSTESMERFPYHRFEVSVDPSIDETDLAEAVWKGSSLPGRKVTMYIWNYRTSRWQEADSVLAKDKKPFTLKAAVSAADVVKNSKMNVIVQDQIPAKGNYTFVWMSDTQYYAQGHPHIFDKMTEWIKENKEKHNIKYVFHTGDIVDDSMVMKQWKNADHSMRTLDKAGIPYGVLAGNHDVGHKDGTYRTFGDFFGSRRFEQNMHYGGSYKNNRGHYDLLSASGNDFIMIYMGWGIGEQEIDWINQVLKRYPDRTAILCFHEYLLVSGNRSPIGETIYRKVVKPNRNVAMVLSGHYHNAMKKTDALDDDGDGKPDRLVHQILTDYQDGPEGGQGFMRMMQFDQAANQVHMFSYSPYTDDINYYDTDLFADKDEFSAEMDLQPKRKRVATDYFECNVYTNELLGHKKHVKSGKTANWIWDGLQPDSVYYWYTVVKDPYNGKTISPLWMFKTGNTPYRPAPDQFDFRHASNP NA NA NA NA NA D1-12_03629 576 yxaF_2 putative HTH-type transcriptional regulator YxaF ATGAACAGTAAAACCGGGACAAAAGAAAGAATTATTCAAACCTCTGCATATCTTTTTCAGATTCAGGGATACCATGCGACTGGTTTGAACCAAATTATAAAAGAGAGCGGAGCACCCAGAGGGTCTGTGTATCATCACTTTCCAAACGGAAAAGCAGAACTCGCCATTGCGGCGATCAAATATACGGGAAGATGCGTTGAAAAGCAAATACAGAATAGTATGTCTCAATTCGCGGACCCTATAGAAGCGATTCAGCACTTTATTCATGTAACGGCTGAACAGTTTAATGATCCGCAGAATATTGAGGGCGTGCCGGTTGGATTGCTGGCGGGTGAGACCGCTCTGATCAATGAAACGTTAAGATGCACATGTGTTGAGGTGTTCAAGAAGTGGACGGATGTGTTTGCGGCAAAATTTCTTGAGCATGGGTTTGAACAAGAGGAAGCGGAGAAGCTCGGGGTGACAATCAACTCGATGATTGAAGGCGCAATCATGTTTTCACTGGCTCATAAAAACAAAGAACCGCTGCTGCTGATTTCAAAACAGGTTCCGTATATTGTCCAAAACAGAGGGTAG MNSKTGTKERIIQTSAYLFQIQGYHATGLNQIIKESGAPRGSVYHHFPNGKAELAIAAIKYTGRCVEKQIQNSMSQFADPIEAIQHFIHVTAEQFNDPQNIEGVPVGLLAGETALINETLRCTCVEVFKKWTDVFAAKFLEHGFEQEEAEKLGVTINSMIEGAIMFSLAHKNKEPLLLISKQVPYIVQNRG NA NA NA NA NA D1-12_03630 732 nagR_2 COG2188 HTH-type transcriptional repressor NagR ATGCAGATTGATAAACAATCTCCGATTCCGATTTACTTTCAGATTATGGAACAATTGAAAACACAAATCAAAAACGGCGAGCTGAAAGCGGATGCGCTGCTTCCGTCGGAGCGGGAATACGCCGAACAATTCGGCATCAGCCGCATGACGGTGCGCCAGGCGCTTTCCAATTTGGTGAATGAAGGATTTTTATACAGACAGAAAGGCCGGGGAACGTTCGTCAGCAAACTGAAGATGGAACAGCCGCTTCAAGGGCTGACAAGCTTCACCGAAGATATGAGAAGCCGGGGCATGAAGCCGGGGAGCAGACTTGCCGAATACCAGCTGATTCAGGCGACGGAAGAATTATCTTCTATCCTGGGATGCGGCTATCCGGCAACGCTTCATAAAATCATCCGCGTCCGGCTGGCAAATGATATCCCGATGGCGATTGAGGCATCGTACATCCCGTTTGACAAGGCGGGAAAATTGGATGCCTCCCATTTTCAATCATCCATGTATGAGCATATTGAAGCGTACAATCAGATGCCGATCTCACGGGCAAAACAAGAGCTTGAACCGGGAGCCGCTTCCGAGGAAGAAGCTGAGTTGCTCGGTATCCAGCCCGGTGCCCCCGTCCTCTATATCAAGCGGACCACTTATCTGCAGGACGGCACTGCTTTTGAGCACGTCAAATCCGCCTACAGAGGCGACCGCTACACATTCGTGCATTATATGGACAGGGTGAAATGA MQIDKQSPIPIYFQIMEQLKTQIKNGELKADALLPSEREYAEQFGISRMTVRQALSNLVNEGFLYRQKGRGTFVSKLKMEQPLQGLTSFTEDMRSRGMKPGSRLAEYQLIQATEELSSILGCGYPATLHKIIRVRLANDIPMAIEASYIPFDKAGKLDASHFQSSMYEHIEAYNQMPISRAKQELEPGAASEEEAELLGIQPGAPVLYIKRTTYLQDGTAFEHVKSAYRGDRYTFVHYMDRVK NA NA NA NA NA D1-12_03631 726 nagB COG0363 Glucosamine-6-phosphate deaminase 1 ATGAATGTTATCACATGCAGACATTATGAAGAATTAAGTGAAAAAGCCGCAGCGATTATTGCTGAAACAGTGAAACAAAAGCCGGATGCCGTTCTCGGCCTTGCGACGGGGGGCACTCCTGAAGGCGTATACAAAGAACTTGTGCGGATGCACCGCTCAGAAGGCTTGTCATTCCGGAATGTCACGACGATCAACCTTGATGAATACGCCGGGCTTTCTCCCGAGGACAAAAACAGCTATCATTATTATATGAATACACATTTTTTTGCACACATCGACAGCCGAAAGGACCGCCACTTTCTCCCTGACGGACGGGCAGACGATCTTGATGCCGAATGCGGACGATATGACCGATTGATTCAAACACTCGGCGGAGCGGATATACAGCTTTTAGGCATCGGACACAACGGCCATATCGGCTTTAATGAACCCGGGACGCCATTTGAATCCCGAACCCATGTCGTTGAGCTGAATGAAGAGACAAGACAGGCGAATGCGCGGTACTTTCCGTCAATTGATCAAGTCCCTGAAAAAGCCCTGACAATGGGGATCGGGACGATTTTGTCCGGCAAACGGATTTTGATCATGGCATCCGGAAAAAGCAAGGCCCAAGCGGTGAAGCAGCTTCTGGACGGGCGCGTCAGCGAAGCATTCCCCGCCTCCGCCCTGCACGCGCATCCGGATGTGACGGTCTTGATTGATGAAAAGGCTGCGGGCGGCGATTGA MNVITCRHYEELSEKAAAIIAETVKQKPDAVLGLATGGTPEGVYKELVRMHRSEGLSFRNVTTINLDEYAGLSPEDKNSYHYYMNTHFFAHIDSRKDRHFLPDGRADDLDAECGRYDRLIQTLGGADIQLLGIGHNGHIGFNEPGTPFESRTHVVELNEETRQANARYFPSIDQVPEKALTMGIGTILSGKRILIMASGKSKAQAVKQLLDGRVSEAFPASALHAHPDVTVLIDEKAAGGD PGPT0018865_2818 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO|NUCLEOTIDE_SUGAR_UTILIZATION PLANT_DERIVED_GLUCOSAMINE|GLUCOSAMINATE_DEGRADATION,PGPT0018865-nagB-K02564 NA NA D1-12_03632 1191 nagA COG1820 N-acetylglucosamine-6-phosphate deacetylase GTGGCTGAAAGCTTGTTAATCAGCGGTGCGGACATCGTAACAGAAAAAGAAATCATCCGAAACGGTTTTCTCGGTATAAAGGACGGCATCATTTCTTACGCGGGAAAAACAAGACCGCAAGAAACGTATGAGAAGGAATGGAAGGCGCCCGCGGGCTCGTATGCGCTTCCCGGAATGATTGATATTCATATTCACGGCGGATACGGCGCGGATACGATGGATGCCGATGTTGCAGCTCTTGATACAATGTCCGCCCGGCTGCCCGAAGAAGGAACAACCGCTTTTTTAGCGACAACGATCACACAGCAGCACGAAAACATTGAAAAAGCGCTCATCAACGCCAAAAAATGGGCGTCTTCCTCACCGCAGGCCCAAAAAGGCGCTGAGTTGATCGGCATTCATTTAGAAGGACCGTTTGTCTCTCCGAAAAAGGCGGGAGCACAGCCGAAACAATGGATTACTCCTGCTGATGCCGGGCTCTTTCAGAAATGGGAGCGGCTCTCGGGAGGGCTGATCAAAATCGTGACGCTTGCGCCGGAAGAAGATCCTGATTTCAGCCTGATCCGTTATTTGAAAAACCAAAACATCATCCCGTCAATGGGACACACAGACGCAGGAGCCGAGCTTTTACAAAAAGCGGCGGATGCCGGGGCGGTGCATATGACGCACCTCTTCAACGCCATGAGCTCCTTTCATCACCGTGAGCCGGGGGGCATCGGCACGGCTCTCGCCTGCGGCCGCATCACGGCGGAGCTGATCACTGACGGCATTCATTCTCATCCTCTGGCTGTAAAGCTTGCCTATTTGGCGAAAGGAAGCCAAAACCTGATCATGATTACAGACTCCATGCGGGCAAAAGGGCTTAAGGACGGAGAATACGAATTCGGCGGGCAAACAGTCACCGTTCGCGGGGACACGGCGCTTCTCTCTGACGGAACGCTGGCCGGTTCCATTTTAAAAATGAATGAAGGCGCGGCGCTCATGCGCAGGTTTACAAACTGCTCATGGCTGGATATAGCAAATATGACATCGGCAAATGCGGCCCGCCGCCTCGGCATATTCGACCGTAAAGGAAGCATCGCCGAAGGAAAAGACGCCGACGTTGTTCTGACGGACGGACAGTGCGGCGTGCTGGCCACGATTTGCCGCGGAAACACCGCATATATCTCAAGGGAGGCTGATTGGACATGA MAESLLISGADIVTEKEIIRNGFLGIKDGIISYAGKTRPQETYEKEWKAPAGSYALPGMIDIHIHGGYGADTMDADVAALDTMSARLPEEGTTAFLATTITQQHENIEKALINAKKWASSSPQAQKGAELIGIHLEGPFVSPKKAGAQPKQWITPADAGLFQKWERLSGGLIKIVTLAPEEDPDFSLIRYLKNQNIIPSMGHTDAGAELLQKAADAGAVHMTHLFNAMSSFHHREPGGIGTALACGRITAELITDGIHSHPLAVKLAYLAKGSQNLIMITDSMRAKGLKDGEYEFGGQTVTVRGDTALLSDGTLAGSILKMNEGAALMRRFTNCSWLDIANMTSANAARRLGIFDRKGSIAEGKDADVVLTDGQCGVLATICRGNTAYISREADWT PGPT0018860_781 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 D1-12_03633 933 hprK COG1493 HPr kinase/phosphorylase TTGGCAAAGGTTCGGACCAAAGACGTAATGGAGCAGTTCCATTTAGAATTGATCAGCGGAGAAGAAGGGATTAACCGCCCGATTACGATGAGTGATTTATCACGGCCCGGTATTGAAATCGCCGGTTATTTTACATATTACCCGAGAGAACGGGTGCAGCTTTTAGGAAAAACGGAGCTGTCATTTTTCGATCAGCTTCCCGAGGAAGATAAGAAACAGCGGATGAAATCGCTGTGCACCGATGTGACGCCAGCTATCATACTTTCCAGAGATATGCCGATCCCGCCGGAGCTTGTAGAAGCTTCCGAGCAAAACGGCGTGCCTGTGCTCAGATCCCCTCTGAAAACAACCAGGCTGTCAAGCAGGCTGACGAATTTTCTTGAAAGCCGTCTCGCGCCGACAACGGCCATTCACGGCGTGCTTGTGGATATATACGGCGTCGGCGTGCTCATTACGGGAAAAAGCGGCGTCGGTAAAAGTGAAACGGCGCTGGAGCTTGTCAAACGAGGTCATCGTCTTGTCGCGGATGACTGCGTTGAAATCCGGCAGGAGGATCAGGATACCCTTGTCGGGAACGCGCCTGATCTGATTGAGCATCTGCTCGAAATCAGGGGGCTCGGCATTATAAATGTCATGACGCTGTTCGGGGCGGGCGCCGTCAGAAGCAATAAAAGAATTACAATCGTCATGGACCTTGAGCTTTGGGAGCAAGGAAAGCAATACGACCGTCTCGGACTTGAAGAAGAAAAAATGAAAATCATTGATACGGAAATTACAAAACTGACCATTCCCGTCCGCCCGGGGCGGAATCTCGCCGTTATTATCGAAGTTGCGGCGATGAACTTCAGATTGAAGCGGATGGGCTTGAATGCTGCCGAGCAATTCACGAATAAGCTGGCGGATGTCATTGAGGACGGCGAACAAGACGAATAG MAKVRTKDVMEQFHLELISGEEGINRPITMSDLSRPGIEIAGYFTYYPRERVQLLGKTELSFFDQLPEEDKKQRMKSLCTDVTPAIILSRDMPIPPELVEASEQNGVPVLRSPLKTTRLSSRLTNFLESRLAPTTAIHGVLVDIYGVGVLITGKSGVGKSETALELVKRGHRLVADDCVEIRQEDQDTLVGNAPDLIEHLLEIRGLGIINVMTLFGAGAVRSNKRITIVMDLELWEQGKQYDRLGLEEEKMKIIDTEITKLTIPVRPGRNLAVIIEVAAMNFRLKRMGLNAAEQFTNKLADVIEDGEQDE NA NA NA NA NA D1-12_03634 816 lgt COG0682 Phosphatidylglycerol--prolipoprotein diacylglyceryl transferase ATGAATGAAGCAGGAACACCGATCAATCCGATTGCCTTGCAGCTCGGGCCTTTATCCGTGCACTGGTACGGAATCCTTATCGGCGCGGGCGCGTTATTAGGGCTTTGGATGGCCATGAGGGAGAGTGAAAAGCGGGGGCTGAAAAAGGACATTTTTATTGATCTTGTTCTTTTCGCCATCCCGATCGCAATCATTTGCGCAAGGGCATATTATGTGCTTTTCGAGTGGAGCTATTACTCGGAACACCCCGGGGTAATCATTAAAACTTGGAAAGGCGGCATCGCGATTCACGGCGGATTAATCGGCGCGATCGCAACGGGAATTGTCTTTTCAAAAGTAAGAGGCATCTCATTCTGGAAGATGGCGGATATTGCCGCGCCGAGTATTCTGCTCGGCCAGGCCATCGGACGCTGGGGGAACTTTATCAACCAGGAGGCTCACGGTGAAGCGGTCAGCCGGTCATTTTTGGAAAGTCTGCATCTTCCGGATTTCATCATTAATCAGATGTACATAGACGGACAATATTATCACCCGACGTTTTTGTATGAATCGCTGTGGAGTTTTGCGGGCGTCGTGATTCTGCTTCTGCTCCGCCGCGTGAACCTGCGCAGGGGCAATCTGTTTTTGACGTATGTGATCTGGTATTCAATCGGCAGATACTTTATTGAGGGAATGCGGACGGACAGCCTGATGCTTACGAGCCAGCTTCGGATCGCGCAGGTCATTTCCATTGTGCTGATTGTACTTGCGATTATTTTAATGATTTTCAGACGCATGAAGGGGTATGCCGATAAGCGGTATGCTGACACGGACTGA MNEAGTPINPIALQLGPLSVHWYGILIGAGALLGLWMAMRESEKRGLKKDIFIDLVLFAIPIAIICARAYYVLFEWSYYSEHPGVIIKTWKGGIAIHGGLIGAIATGIVFSKVRGISFWKMADIAAPSILLGQAIGRWGNFINQEAHGEAVSRSFLESLHLPDFIINQMYIDGQYYHPTFLYESLWSFAGVVILLLLRRVNLRRGNLFLTYVIWYSIGRYFIEGMRTDSLMLTSQLRIAQVISIVLIVLAIILMIFRRMKGYADKRYADTD NA NA NA NA NA D1-12_03635 651 ppaX_2 COG0546 Pyrophosphatase PpaX ATGACTGATAAACGTGTAACCGCCATTTTATTCGATCTGGACGGCACGCTGATTGACACGAATGAACTGATTATCGCTTCTTACCTTCATACGCTTGATCATTATTACCCGGGGCAGTTTAAAAGGGAAGATGTGCTCCCTTTTATCGGCCCGCCTCTGTACGAAACGTTTTCAGGCATTAATGCCGAAAAGTGCGATGAGATGATCAGCATGTACAGAGCATTCAACCATGAAAAGCACGATGAGCTCGTCATGGAGTACGAAACGGTTTATGAAACGCTTGATGAATTGAAAAAAGCGGGCTATCAGCTCGGTATTGTCACCACAAAGCTGAGGGATACAGTCAATATGGGATTGAAGCTGACAGGCATCGGGGCGTTTTTCGATACTGTCGTCACGCTTGATGATGTAAAGCACCCGAAGCCTGACCCCGAGCCTGTGCGGCTTGCGCTCAGCCGGCTTGGGTGCGATCCGTCGGAAGCCATCATGGTCGGTGACAATTATCACGATGTCATGGCGGGAAAAAACGCCGGCACGAAAACAGCCGGCGTCGCGTGGACGATTAAAGGCGCACAGGCGCTTTCCGCCTATGAACCCGATTATATGCTCGAGAAAATGAGTGATTTATTGCACATCACCGGAGTGAAGTAA MTDKRVTAILFDLDGTLIDTNELIIASYLHTLDHYYPGQFKREDVLPFIGPPLYETFSGINAEKCDEMISMYRAFNHEKHDELVMEYETVYETLDELKKAGYQLGIVTTKLRDTVNMGLKLTGIGAFFDTVVTLDDVKHPKPDPEPVRLALSRLGCDPSEAIMVGDNYHDVMAGKNAGTKTAGVAWTIKGAQALSAYEPDYMLEKMSDLLHITGVK NA NA NA NA NA D1-12_03636 519 dapH_2 2,3,4,5-tetrahydropyridine-2,6-dicarboxylate N-acetyltransferase GTGAGAAAAACAGACCGCCATCCTGTTTCAGGTGCAAATTCATTGTGGCATGTTTATCAGACGGTTCCCTTCCTGAAGGTGATGAAAAATTTCATCATCATTCAGATTGCAAGGTATACGCCGTTTTTAAGCGTGAAAAACTGGCTGTACCGAACCTTTTTGAAAATGAATGTCGGAAAACAGACGTCATTCGCGCTGATGGTGATGCCGGATATCATGTTTCCCGAAAAAATCACTGTCGGAAAAAACAGCATTATCGGCTACAATACGACGATTTTGGCTCATGAATATTTAATACATGAGTACCGGACCGGTTTTGTCACAATCGGTGACGAGGTGATGATCGGGGCAAACACAACCATTCTGCCCGGCGTCACCATCGGGAGCGGAGCCGTTGTATCAGCCGGCACGCTGGTGCACAAAGATGTCCCGGCCGGGGCGTTTGTCGGAGGAAACCCGATGAAGCTGATCTATACGCGCGAAGAAATGAAAAAACGAATGGAAAACCCCGCAGATTAA MRKTDRHPVSGANSLWHVYQTVPFLKVMKNFIIIQIARYTPFLSVKNWLYRTFLKMNVGKQTSFALMVMPDIMFPEKITVGKNSIIGYNTTILAHEYLIHEYRTGFVTIGDEVMIGANTTILPGVTIGSGAVVSAGTLVHKDVPAGAFVGGNPMKLIYTREEMKKRMENPAD NA NA NA NA NA D1-12_03637 726 hypothetical protein ATGAAGACGCTTGGAACATTATGTGTGCTGATTCTGACAGCCGTCCTTGTCTATCTGGGATATAACATCTATACAAACGATATTCATTTAAATTTTTTCAATCAGCAGTCCGACGAGCCTGATGAGAAAACACCGTTAAAAGGGAGCGCGTCACCGCTGAATGTCGTTCTGTACAGACAGATGGATTCTCCCAGACTGTACAATGGCTGTGAGGTGACCAGCCTTGCCATGATTTTGAACAATGCCGGATATCATGTGTCAAAAAATACATTGGCGGATAAAATCAATAAAGTTCCGCTCACATACAGCAGCGGGCTGAAGGGAGATCCGAATGAAGGATTTGCCGGAGATATGGAAAACGGCCCGGGTTTAGGCGTTTATCATGAGCCGGTTGATAAACTTGCCAAAGAATATGCGGGAAACAAAGTATACGATCTTACGGGAAAAGACATTTCTTCAGTGTACCGCCAGCTTGAAAAAGGGCGGCCGGTCTGGGTGATTACCACCACATCCTTTAAGCCGGTTGATCATATGCAGACTTGGGATACGCCGAACGGAAAGATCGACATTACGTTCAGTATGCATAGCGTAGCCGTAACCGGTTATGATCACGATTATGTATACGTTAATGATCCTTACGGCTATAAAAACAGAAAAACAGACCGGTCTGACTTTGAAAAAGCCTGGAAGCAGATGGGCAGCCAGGCCATTGTGATCAAGTCATAA MKTLGTLCVLILTAVLVYLGYNIYTNDIHLNFFNQQSDEPDEKTPLKGSASPLNVVLYRQMDSPRLYNGCEVTSLAMILNNAGYHVSKNTLADKINKVPLTYSSGLKGDPNEGFAGDMENGPGLGVYHEPVDKLAKEYAGNKVYDLTGKDISSVYRQLEKGRPVWVITTTSFKPVDHMQTWDTPNGKIDITFSMHSVAVTGYDHDYVYVNDPYGYKNRKTDRSDFEKAWKQMGSQAIVIKS NA NA NA NA NA D1-12_03638 1173 hisZ COG3705 ATP phosphoribosyltransferase regulatory subunit ATGTTTATGTTTGAGAAACCGCATGGCATGAGAGATACGCTGCCCGGTTTATACGAAGCCAAGAAAAAAGTCCGTTCCACACTGACGGATTTAATTGATAAATGGGGTTATCAGTTTATGGAGACGCCGACCCTTGAATTTTATGAAACAGTAGGCGTCCAGTCAGCTATTGAAGAACAGCAGCTATTTAAGCTTCTCGATCAGGACGGAAAAACGCTTGTGCTTCGGCCTGACATGACCGGACCGATTGCCAGGGTGGCGGCGTCTAAGCTGCACAAACACAATCATCCGCTCAGAGCGGGGTACGCGGCAAGCGTCTATCGCGCTCAGGAGCGGGAAGGCGGACGTCCGGCAGAATTTGAACAGGTCGGCGCGGAGCTGATCGGCGACGGATCAACAAGCGCGGACGCCGAGGTGATTGCGCTGGCGGCCGGCGCTTTGAAAAACGCGGGATTGCACCGGTTTAAAATCGCGATCGGCCATGCCGGACTCGCTGATGAGCTGTTTGTCGAGGTTTTGGGCAATGCCGAGCGGGCGGATGTTCTGCGGCGCTTTCTCTTTGAAAAGAATTACGTGGGATACAGGGAACATGTCAAATCGCTTCCGCTTTCTTCAATAGACAAAAGCCGGCTGCTCGCACTTCTGGAATTGCGAGGCGGGAAAGAAATCTGCGCCAAGGCGGAGGAGATCATCGGCATCTCCGGACAAAGCTTGATTCAGGAGCTGGAAGACCTGTGGGACATTCTTGAGGATTACGGGTGTGCCGAGCATATTCGCCTTGATCTGAATATGGTCAGCCATATGAGTTATTACACGGGAATTTTATTCGAAGTGTACGCGGCAAATGTTGGTTTCGTCATCGGAAGCGGCGGACGCTATAACAATCTTCTCGGCCATTTCGGCAGTCCCGCTCCCGCCACGGGTTTCGGGCTCCGTATCGACAGGCTGATTGAAGCGCTCGGCATCCAGGAAGAAACTAGTGAAGCGGACGCTGTGATTTTCAGCAAGGAGCAGCGGGCGCAGGCCATTTTATTCGCGGAGGAAGAAAGGGCGAGAGGCAGAAAAGTCGTCCTGCAGGATTTAGCGGGCATTGAAAATATCGATCATATGACAAAATCATTCGTAAACGTCACATACTTTATCGGTGCAAGAAAGGAAGAGCAGAATGGGTAA MFMFEKPHGMRDTLPGLYEAKKKVRSTLTDLIDKWGYQFMETPTLEFYETVGVQSAIEEQQLFKLLDQDGKTLVLRPDMTGPIARVAASKLHKHNHPLRAGYAASVYRAQEREGGRPAEFEQVGAELIGDGSTSADAEVIALAAGALKNAGLHRFKIAIGHAGLADELFVEVLGNAERADVLRRFLFEKNYVGYREHVKSLPLSSIDKSRLLALLELRGGKEICAKAEEIIGISGQSLIQELEDLWDILEDYGCAEHIRLDLNMVSHMSYYTGILFEVYAANVGFVIGSGGRYNNLLGHFGSPAPATGFGLRIDRLIEALGIQEETSEADAVIFSKEQRAQAILFAEEERARGRKVVLQDLAGIENIDHMTKSFVNVTYFIGARKEEQNG NA NA NA NA NA D1-12_03639 642 hisG COG0040 ATP phosphoribosyltransferase ATGGGTAAGGTACTCACAATGGCAATGCCAAAAGGACGGATATTCGAAGAAGCGGCCGGGTTGCTGCGGCAGGCCGGGTACAGGCTCCCCGAGGAGTTTGAAGAATCGAGAAAGCTGATCATTGACGTTCCTGAAGAAAATCTCCGCTTTATTCTGGCAAAGCCGATGGATGTGACGACTTATGTCGAGCATGGCGTCGCTGATGCCGGTATTGCCGGAAAGGATGTCATGCTTGAGGAAGAGCGTGACGTGTATGAGGTGCTCGATCTGAAAATCAGCAAATGCCATCTCGCCGTTGCGGGGCTTCCCGGAGCGGATTGGAACGGGGTCGCCCCGAGGATTGCGACGAAATATCCGAATGTTGCGTCAAGTTATTTCAGAGAGCAGGGCGAGCAGGTGGAAATCATTAAGCTGAACGGTTCGATTGAATTGGCGCCTTTAATCGGCCTTGCTGACAGAATCGTAGATATCGTATCAACCGGGCGGACATTAAAGGAAAACGGTCTCGTTGAATCAGAACATATTTGTGACATCACATCGCGTTTTATCGTCAATCCGGTCAGCTACCGCATGAAGGATGATGTAATCGACGAAATGGCGGCCAGGCTGGCCAGGGTTGTGGAAGGAGAAACGGCACAATGA MGKVLTMAMPKGRIFEEAAGLLRQAGYRLPEEFEESRKLIIDVPEENLRFILAKPMDVTTYVEHGVADAGIAGKDVMLEEERDVYEVLDLKISKCHLAVAGLPGADWNGVAPRIATKYPNVASSYFREQGEQVEIIKLNGSIELAPLIGLADRIVDIVSTGRTLKENGLVESEHICDITSRFIVNPVSYRMKDDVIDEMAARLARVVEGETAQ PGPT0017400_3718 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 D1-12_03640 1314 hisD Histidinol dehydrogenase ATGAAAATAACCGCAGTAAAAAGAAGCGAGCGGTTCTCACTGAAGCGTTCCATCGACAGCGGAACCGAAGAGCAGCGGAAAACCGTCAGGGGGATTATTGAAGACGTCAGACAAAACGGTGACAAAGCCGTTTTGGCCTATACAAAAACATTTGACGGCATCAGCCTGAATCAAATGGCCGTGAGCGCAGAGGAAGTCACCGAGGCGTACCGTCTGCTTGATGATCAGCTGCTGGAAGTGATCAGACAGGCGATTGCCAATATGAAAGAATATCACGAACGCCAGCTGCAATCTTCTTGGTTTTACCATCGCAAAGACGGCACGATGCTCGGGCAGAAAATAACGGCGCTCGATTCCGCGGGCGTATACGTGCCGGGCGGGACGGCCGCTTATCCGTCTTCCGTTTTAATGAATGTCATCCCCGCTCTCGCTGCGGGAGTGGAACGGATCGTTCTCGTCAGTCCTCCGGGGAAAGACGGCCGCCTTTCGCCGGGCGTTCTGGCGGCGGCCTCTGAGCTCGGCATAAAGGAAATTTACAAAGCGGGAGGATCGCAGGCGATTGCCGCGCTCGCTTACGGAACGGAAACGATACAGCCTGTAGATAAGATCACGGGCCCCGGAAATATATTTGTAGCACTCGCGAAGCGGGAAGTCTTCGGCGTTGTGGATATTGACATGATTGCCGGACCCAGTGAAATCGTGGTTCTGGCAGACGATACGGCGGTGCCCAAAGAAGTCGCTGCTGACCTGCTTTCACAGGCCGAACACGATACGCTCAGCTCAAGCGTGCTTGTCACCGACTCACGGAAGCTTGCCGAAGCAGTATCAGATGAGGTGGATAAACAGCTTCAGACCCTGCCGCGCAAAGAAATCGCCGAAGCATCGATCAGGGATCACGGCCGCATTTATATCGCGGAATCGATGGAAGATGCAGTGGACACGGTGAATGCGCTGGCGCCTGAGCATTTAGAAATCATGACGCATTCGCCGGAGGCTTTGCTTGGAAGCATCAGACACGCGGGGGCGATTTTCTTAGGACGATACAGCGCTGAACCGGTCGGCGATTATTTTGCCGGACCGAATCACGTTTTGCCGACAAACGGAACGGCGCGGTTTTCAAGCCCGTTGAATGTAACAGATTTTCAAAAGAAATCGAGCATCATCTCATACAGCCGGAAGGCATTTGAAACACACGCAGACAGCATTGCCGCATTTGCGAGACTGGAAGGGCTTGAAGCGCACGCAAGATCGATTGAAGCGAGAAACGGAGGAATGACCGATGAGAAAAGCGGAACGCGCCAGAACAACAAATGA MKITAVKRSERFSLKRSIDSGTEEQRKTVRGIIEDVRQNGDKAVLAYTKTFDGISLNQMAVSAEEVTEAYRLLDDQLLEVIRQAIANMKEYHERQLQSSWFYHRKDGTMLGQKITALDSAGVYVPGGTAAYPSSVLMNVIPALAAGVERIVLVSPPGKDGRLSPGVLAAASELGIKEIYKAGGSQAIAALAYGTETIQPVDKITGPGNIFVALAKREVFGVVDIDMIAGPSEIVVLADDTAVPKEVAADLLSQAEHDTLSSSVLVTDSRKLAEAVSDEVDKQLQTLPRKEIAEASIRDHGRIYIAESMEDAVDTVNALAPEHLEIMTHSPEALLGSIRHAGAIFLGRYSAEPVGDYFAGPNHVLPTNGTARFSSPLNVTDFQKKSSIISYSRKAFETHADSIAAFARLEGLEAHARSIEARNGGMTDEKSGTRQNNK NA NA NA NA NA D1-12_03641 585 hisB COG0131 Imidazoleglycerol-phosphate dehydratase ATGAGAAAAGCGGAACGCGCCAGAACAACAAATGAGACCGATATTAAGCTGGCTTTCGAAATAGACGGAGAAGGAAAAGCCGACATCAGCACGGATGTGCCGTTTATGACTCATATGCTTGATTTGTTCACAAAGCACGGGCAATTCAATTTAACTGTTGACGCAAAAGGCGATACGGAGATAGATGATCACCATACGACTGAAGATATCGGCATCTGTTTAGGGCAGGCTTTTTTGGAGGCGCTCGGTGATAAAAAAGGGATCAAACGGTACGGATCAGCGCTTGTGCCGATGGACGAAGCGCTCGCCCAAGTCGCCGTAGACCTGAGCAACCGGCCGCACCTTGAGATGCGCGCTGCATTTCCGCAAGCGAAAGTCGGAACGTTTGATACCGAGCTGGTACATGAATTTCTATGGAAACTGGCGCTGGAAGCGAGAATGAATCTGCACGTCATCGTTCATTACGGCACGAATACCCATCATATGATAGAAGCCGTGTTTAAGGCGCTTGGCAGAGCGCTTGATGAAGCGTCATCCATTGATCCGCGCGTCAAGGGTGTGCCGTCTACGAAAGGAATGCTGTAA MRKAERARTTNETDIKLAFEIDGEGKADISTDVPFMTHMLDLFTKHGQFNLTVDAKGDTEIDDHHTTEDIGICLGQAFLEALGDKKGIKRYGSALVPMDEALAQVAVDLSNRPHLEMRAAFPQAKVGTFDTELVHEFLWKLALEARMNLHVIVHYGTNTHHMIEAVFKALGRALDEASSIDPRVKGVPSTKGML 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 D1-12_03642 639 hisH COG0118 Imidazole glycerol phosphate synthase subunit HisH ATGATCGGTGTAATTGATTACGGTATGGGCAATTTATTCAGCGTGTCGAAGGCGCTGGAACGCGTCGGCGTCCCGTATGTCGTATCAGACCGGCCGGAAGAGCTTGAAAAAGCGGATGCTTTTATTCTTCCCGGTGTCGGATCGTTCAGTGACGCCATGGACAATTTACGCAGCACGAAGCTTGATCAATTCATACACCGTATGGTTGAAGAGGGGAAGCTGCTCCTCGGCATCTGCCTCGGCATGCAGCTCATTTTCGAAGAAAGCACCGAAAACGGTTCTGCAAAAGGACTTGGTTTATTAGCCGGAAAAGCTGTGAGACTCAAAGACAGAGATGCCGAAGGAAAAAAGCTGAAGGTGCCGCATATGGGCTGGAACCGGCTGACGTTTCACCAAACGTCTCCTTTGCTTTCGGAAGCGGAAGAAGGCTTCGTTTACTTTGTCCATTCCTATTATATAGACGGGATGGAAGACGGCGATCTTCTGGCAAGCGCTGAGTACGGCGTTCGTGTTCCGGCCATCGTCGGGAAACGCAATGTCTTCGGTGCCCAGTTTCACCCGGAAAAAAGCGGTACGGCCGGAATGGCGATCTTAACGCAATTTACAAAAATGGCAGCGGAACAGAAGGTGAAGAAATGA MIGVIDYGMGNLFSVSKALERVGVPYVVSDRPEELEKADAFILPGVGSFSDAMDNLRSTKLDQFIHRMVEEGKLLLGICLGMQLIFEESTENGSAKGLGLLAGKAVRLKDRDAEGKKLKVPHMGWNRLTFHQTSPLLSEAEEGFVYFVHSYYIDGMEDGDLLASAEYGVRVPAIVGKRNVFGAQFHPEKSGTAGMAILTQFTKMAAEQKVKK NA NA NA NA NA D1-12_03643 738 priA_2 COG0106 Phosphoribosyl isomerase A ATGAACGCTTTTACATTATATCCGGCAATCGATATGAGAGACGGCAAATGCGTCCGCCTCATCCAAGGCGATTACGGCAAGGAAACGATATACGGTGACTCTCCTTTAGACATGGCGGCGCAATTTGCACAAGAAGGTGCCGAATGGATTCATCTCGTGGATCTTGACGGCGCGAAAGCAGGCAGGAAAGTAAACGACAGGCATGTTCTTGACATTGCGCGGCAGCTTGATGTCAAAGTCGAGATCGGCGGCGGGATCCGTTCTGAAGCGGATGTGTACGGTTATTTATCACAAGGCGTTGATCGCGTCATTCTCGGCAGCTCGGCCGTATCCGATCCGGCATTTGTGAAGAGCATGCTGAAACAATACGGCGGCAAAATCGCGATCGGCCTTGATGCAAGGAACGGATATGTCTCGACGGAAGGCTGGCTGGAAACATCCTCGGTAAGAGCGGCCGATCTGGGCCGTGAATTGGCGGCCGAAGGAGCGGAAACCTTCATTTTCACGGATATTGCAACTGACGGCATGCTGTCAGGACCGAACATCGAAAGCACCGTTCAGCTCGCAAAAGCAACGGGAAAAACCGTCATCGCTTCAGGCGGAGTCAGCTCAGTCGCCGATCTCAAAGCACTGGCCCGCTTCAAAGACGCGGGCGTATCGGGAGCGATTATCGGAAAAGCGCTGTATACAAAACAATTTACATTGGCTGAAGCGCTCAGCGGGGTGAAGGACGCATGA MNAFTLYPAIDMRDGKCVRLIQGDYGKETIYGDSPLDMAAQFAQEGAEWIHLVDLDGAKAGRKVNDRHVLDIARQLDVKVEIGGGIRSEADVYGYLSQGVDRVILGSSAVSDPAFVKSMLKQYGGKIAIGLDARNGYVSTEGWLETSSVRAADLGRELAAEGAETFIFTDIATDGMLSGPNIESTVQLAKATGKTVIASGGVSSVADLKALARFKDAGVSGAIIGKALYTKQFTLAEALSGVKDA NA NA NA NA NA D1-12_03644 759 hisF COG0107 Imidazole glycerol phosphate synthase subunit HisF ATGATCACGAAACGAATCATTCCGTGTCTCGATGTGAAAGAAGGACGCGTCGTCAAAGGCATACAATTTCTCGGGCTGAAAGATGCGGGCGATCCTGTCGAGCTGGCCGAAGCTTACGACAGGGAGGGCGCTGACGAACTTGTTTTTCTCGACATTTCCGCCTCTCACGAAGGCCGCAAGACGATGACAGACGTTGTAGAACAGGTTGCGGCAAAACTGGCGATTCCGTTTACGGTCGGCGGCGGAATTAATCAATTAAGCGATATGAAACGAATGCTTCGCGCCGGCGCTGACAAGGTATCCGTTAATACAGCGGCCGTCCTCCGCCCCGAGCTGATTACGGAAGGAGCGGATTTTTTCGGCTCGCAATGCATCGTCGCGGCGATTGACGCAAAGTATGACGAAGATTCGGATTGCTATAAAGTGTACACACACGGCGGCAGACAGAAAACCGACTGGGAAGTCACGGCCTGGGCAAAAGAAGCCGTCAGCCGGGGAGCGGGCGAAATCCTGCTGACAAGCATGGACGCAGACGGTGAGAAAACAGGCTTTAATCATACGCTCACACAGCTTGTCACACGTGCCGTCCCGGTGCCCGTCATTGCGTCAGGGGGAGCCGGCAGCGCGCGCCATATGCTTGAAGCCTTCACGATCGGTGAAGCGGACGCCGCGCTTGCAGCTTCCATTTTCCATTACAAAGAGACATCTATAAAAGAAGTGAAAGATTATATGAAGAAACACGGGGTGAATGTGAGATGA MITKRIIPCLDVKEGRVVKGIQFLGLKDAGDPVELAEAYDREGADELVFLDISASHEGRKTMTDVVEQVAAKLAIPFTVGGGINQLSDMKRMLRAGADKVSVNTAAVLRPELITEGADFFGSQCIVAAIDAKYDEDSDCYKVYTHGGRQKTDWEVTAWAKEAVSRGAGEILLTSMDADGEKTGFNHTLTQLVTRAVPVPVIASGGAGSARHMLEAFTIGEADAALAASIFHYKETSIKEVKDYMKKHGVNVR 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 D1-12_03645 621 hisI Histidine biosynthesis bifunctional protein HisIE ATGAAACGGGCAGATGAACTGCGGTTTGACGAGGCCGGACTGATTCCCGCCATCGTACAGGATGCGGCAAGCAAAGAAGTGCTGACACTGGCTTATATGAATCGTGAATCCTACGAAAAAACGATAGAAACGAAAGAAACCTGGTTTTACAGCCGTTCACGGCAGGAGCTGTGGCATAAAGGAGCGACATCAGGGAATACCCAAAAGGTGAAAGCCATCCGTTATGACTGCGATCAAGATGCCCTCGTCGTGCTTGCGGAGCCCTCAGGACCCGCCTGCCATAAAGGAAGTTACAGCTGCTTTTCTCCGGAAAAAGCGGACGCGCAGGATCGTTTCGGCATCTTAAACGAACTGGAAAGCGTAATCGCCAAACGGCAGGCGGAGATGCCTGGCGGAGCCTACACAACGTATCTGTTTCGGGAAGGCGTCGATAAAATCCTCAAAAAAGTCGGCGAGGAAGCCGCAGAGGTTATTATCGCCGCCAAAAACCGCGACCATGAAGAATTAAAATGGGAAGCGGCGGATTTGCTGTATCATTTGCTCGTTCTTCTGCGTGAGCAGTCGCTTCCTTTGGACGACGTGCTTGACGTCCTTGCGAAACGCCATTCAGCATCTGAGTAA MKRADELRFDEAGLIPAIVQDAASKEVLTLAYMNRESYEKTIETKETWFYSRSRQELWHKGATSGNTQKVKAIRYDCDQDALVVLAEPSGPACHKGSYSCFSPEKADAQDRFGILNELESVIAKRQAEMPGGAYTTYLFREGVDKILKKVGEEAAEVIIAAKNRDHEELKWEAADLLYHLLVLLREQSLPLDDVLDVLAKRHSASE NA NA NA NA NA D1-12_03646 1770 bmrA COG1132 Multidrug resistance ABC transporter ATP-binding/permease protein BmrA ATGCCGAATAAACAACCAAAACCTAAAGGGAAATTCAGCTCATTCTTTTCATTAGTCAAAAAAACAAAACCATCATACGGTATGCTGGCCTTCGCGCTGTCTCTCAGTATTGTGACAACGCTCGTCAGCCTGCTGATTCCGCTATTGACAAAGCAGCTCGTTGACGGCTTTTCCATGTCGTCGCTGTCAGGCGTGCAAATCGGAATCATCGCAGCCGTGTTTATCGTACAGGCCGCATTAAGCGCCTACGCCACCTACGCCCTGAACTACAGCGGCCAGAAAATCATCTCGGGACTGCGTGATTTGTTGTGGCAGAAATTAATTAAACTGCCCGTCTCTTATTTTGACAAAAACGCCACGGGAGAAACGATCAGCCGTGTCACCAATGACACAATGGTGGTAAAAGAGCTGATCACAAACAATATCAGCGGATTTATTACCGGAATCATTTCCGTTATCGGGTCACTGACGATCTTATTTTTCATGAACTGGAAGCTCACATTGCTCGTGCTGATCGTCGTGCCGCTGGCTGCGATGATTTTAGTGCCGATCGGCCGGAAAATGTTTAAAATTTCTCGGGAAACACAGGATGAAACGGCGAGATTCACCGGATTATTAAACCACATCCTCCCGGAAATCAGGCTTGTAAAAGCGTCAAACGCTGAAGAAGCGGAATACGGACGCGGAAAAGCAGGCATCATGGCGCTCTTTAAACTCGGGCTGCGTGAAGCGAAGGTGCAGTCGCTCGTAGGCCCGCTTATTACACTTGTATTAATGGCGGCGCTGGTCGCTGTCATCGGGTACGGCGGGATGCAGGTGTCATCCGGTGAATTGACAGCCGGCGCACTCGTTGCCTTTATCCTGTATTTGTTTCAGATCATTATGCCGATGGGCCAGATCACTTCATTTTTCACACAGCTTCAAAAATCCGTCGGCGCAACGGAACGGATGATTCATATTCTTGCAGAAAAAGAAGAAGATATCCAAACCGGAAAAGCCATTGAAAACGCAGATCAGCCGATTAAGCTTGAACAAGTCTCATTCGGCTACAAAACAGATCAAACCATCTTAAAAGACATTACGGCTACGATTGAGGCCGGCAAAGTCACCGCGATTGTCGGACCGAGCGGCGGCGGAAAAACAACGTTATTTAAGCTGCTTGAACGATTCTACAATCCGACTGCGGGCAGCATCCTGCTCGGAAATGAACCGATTGATACGTATTCCCTTGAGTCATGGCGGGAGCATATCGGCTACGTGTCGCAAGAAAGCCCGTTAATGTCAGGCACCATCCGCGACAATATCTGCTACGGATTAAAACGCGAGGTGACTGATGAGGAACTGAGGCAAGCGGCTGACATGGCCTACGCCCTGCAATTTATTGAAGACTTACCGAAGAAATTTGAAACCGAGGTCGGTGAGCGGGGAATTATGCTGTCAGGCGGACAGCGCCAGCGCATCGCCATTGCCAGAGCGCTCCTTCGCAACCCGAGCATTCTGATGCTTGATGAAGCGACATCAAGTCTGGACAGCCAATCTGAAAAATGGGTGCAGCAGGCGCTGGAAGTTCTAATGGAAGGCCGCACCACCATCGTGATCGCCCACCGTTTATCCACGGTTGTGGATGCAGATCAGCTTCTCTTTGTCGAACAGGGTGAAATCACCGGACGGGGCACACACCATGAATTAATGGCATCCCATTCGCTGTACCGCGATTTTGCGGAGCAGCAGCTGAAGCTGAATGCCGACTTAGAAAACAAAGCTGTGTAA MPNKQPKPKGKFSSFFSLVKKTKPSYGMLAFALSLSIVTTLVSLLIPLLTKQLVDGFSMSSLSGVQIGIIAAVFIVQAALSAYATYALNYSGQKIISGLRDLLWQKLIKLPVSYFDKNATGETISRVTNDTMVVKELITNNISGFITGIISVIGSLTILFFMNWKLTLLVLIVVPLAAMILVPIGRKMFKISRETQDETARFTGLLNHILPEIRLVKASNAEEAEYGRGKAGIMALFKLGLREAKVQSLVGPLITLVLMAALVAVIGYGGMQVSSGELTAGALVAFILYLFQIIMPMGQITSFFTQLQKSVGATERMIHILAEKEEDIQTGKAIENADQPIKLEQVSFGYKTDQTILKDITATIEAGKVTAIVGPSGGGKTTLFKLLERFYNPTAGSILLGNEPIDTYSLESWREHIGYVSQESPLMSGTIRDNICYGLKREVTDEELRQAADMAYALQFIEDLPKKFETEVGERGIMLSGGQRQRIAIARALLRNPSILMLDEATSSLDSQSEKWVQQALEVLMEGRTTIVIAHRLSTVVDADQLLFVEQGEITGRGTHHELMASHSLYRDFAEQQLKLNADLENKAV PGPT0028965_21 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_AbcA,PGPT0028965-abcA|bmrA-K18104 NA NA D1-12_03647 615 hypothetical protein ATGAAAAAACGCACAAAGATTTTTTATTGTCACGCGGCCGTACTGCTCGTATTCATGACTGCCGGGTGTACGGGCGGTAACGATGATGAGCCAGGCCATTCTTCAAGTCCGGCCGGGGGAAGCAGCATCAACAAGGCTGAAACAGCATCAGCGGCAGAAAAAAACGAACCCGTAAACAAAGATTCACATCACGTCTCTGCGGACAAAAGCGAACCGGATAACATGTCGACAGATTATTCTCCTCTGCAAATTGAATATGCCCGCATCTGGCTGCAGCTTGGGGAAAATCAGCAGATAGATGAATTGAACGTTCGCCGCATTCCGGCCGGAGCACTCGTCAACCCTGACGATCACACGAGCGCCCGCTATCCGGAAGATGTTACGCAGTTAGCAGGCTCCCGGTTAATCGATGGGTCAGTCACTTACAGCAGCAACGGCGACGGCACCATTCAGGTATACAATGTTCCTTTGCGCTGGGAGTCTCGTGAAGATACTGATCAAGGCGTAATGAAAGAAGTGACGGAAGAGATGATCCGCCATACAAAAAAAGTGTCTGTTGATACAGGAGACAATGAAAAAATAAGACGGTTAATAGACATCATGTCGATTCATTAA MKKRTKIFYCHAAVLLVFMTAGCTGGNDDEPGHSSSPAGGSSINKAETASAAEKNEPVNKDSHHVSADKSEPDNMSTDYSPLQIEYARIWLQLGENQQIDELNVRRIPAGALVNPDDHTSARYPEDVTQLAGSRLIDGSVTYSSNGDGTIQVYNVPLRWESREDTDQGVMKEVTEEMIRHTKKVSVDTGDNEKIRRLIDIMSIH NA NA NA NA NA D1-12_03648 678 hssR Heme response regulator HssR ATGGCTGTCATATTAGTTGCGGATGACGACCGCCATATCCGTGAGCTTGTCCGCCTTATGATGGAGCAGAGCGGTTTTGACGTCGCAGAAGCGGAAGACGGGGAAGCGGCGGTGCGGCTGATCGAATCCGCACCTATAGATCTCATCATACTGGATGTGATGATGCCGAAAATGGACGGGTTTGAAGTCAGTGAAGCCGTCCGCAGCTTTACGGACATTCCGATTTTGATGCTGACGGCAAAAGGCGAAACGCTGGACAAAGTGCAAGGTTTTACTTCCGGAGCGGATGATTATCTCGTCAAACCGTTTGAGCCGCTTGAGCTGGAAGCAAGGGTCAAAGCATTGCTGAAACGGTACCGGATCACCGCTGAAAAACTGCTGACCATCGGAACGGTCACATTAGATAAGCAATCCCGCACCGTAACGCGCGGCGGCGGAGCGGGATTGACACTGCCCCGGCGTGAATTTGAGCTTTTATTTAAGCTCGCCGGTTATCCGAATAAGACGTTTTCAAGAGAACAATTAATAGAAGATATTTGGGGCTTTGATTATGAAGGTGACGAGCGGACCGTTGATGTGCATATTAAAAGGCTGAGAGAACGGTTTCCGGAAAAAGACTATCCGTTTGCCATCCATACGGTTCGGGGGCTCGGGTATCGGTTTGTGGTGACAGGATGA MAVILVADDDRHIRELVRLMMEQSGFDVAEAEDGEAAVRLIESAPIDLIILDVMMPKMDGFEVSEAVRSFTDIPILMLTAKGETLDKVQGFTSGADDYLVKPFEPLELEARVKALLKRYRITAEKLLTIGTVTLDKQSRTVTRGGGAGLTLPRREFELLFKLAGYPNKTFSREQLIEDIWGFDYEGDERTVDVHIKRLRERFPEKDYPFAIHTVRGLGYRFVVTG PGPT0002665_1745 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCAN_METABOLISM CE-EPS-GALACTOGLUCAN_METABOLIC_PATHWAY,PGPT0002665-phoP|phoB1-K07658 NA NA D1-12_03649 1062 sasA_4 Adaptive-response sensory-kinase SasA ATGAAACGGATCTTCAGAACGGCTGGGAAAATCATCATCCTTCTCACCGTCACCGCAATCTTATGGCTGGCGGCTCACCTGATCGTTCAGGGATTCGGTCTCATATGGCCGATTTTGCTTGTGCCGTACGCCGAGCAGATTCTGACGCTTTGGCTTGTTTTCGGCCTGCTGTTTGTAACGATGTTTATTTTTTCAAAGTCAGCACGTGAAAGACATCATGCGATCTGGGATTCGCTGACCGCCACGATCAAGCAAATGTCGAGCGGCAACTTCACAGCGGCCGCTTCCCGGAAAATGGAGAAGATTGAGCGGAACCACCCCGTGACGAAATTGGCTGATGAACTGTCGACACTCGCCGCGGAACTGAGTGAAATGGAAAAACTGAAACAAGAATTTATTTCGAACGTTTCCCATGAAATCCAAACCCCGCTCACTTCATTAAAGGGCTACGCGCATCTTCTGAAAAAACCGGATTTATCATATGAGGAGCGGGGGCGCTACTTACACATCATCGAAACAGAAACAGAACGATTATCAAAAATCAGTGAAAATCTGCTGAAGCTCACTGCGCTCGAACGCCAAACCGAACCGATACAAAAAAAACCGTTCCGCATTGACAAACAGCTGCGGCGCACCATATTGACCTGTGAGCCTGAATGGTCCGCCAAACAGATTGAGTTTCTCATTGATTTACAGGAGTCGTATGTGTACGGAGATGAAGCGCTGCTCAGCCAAGTATGGATGAATCTGATTCACAATGCCGTGAAATTTACCGGTGAAGGCGGCCGCATTTCCGTTAAAATTGCAGATCTGCCGGGAGCGGCGGCTGTCGAAATCGCCGACGACGGAATCGGAATGGAGCCTGAACAGGCGGAGCGTGTATTTGAACGGTTTTATAAAGCGGACAAGGCGAGAAACGCAGGGGGAAGCGGGCTCGGTCTGTCCATCGCCCAAAAAATCGCAGAGCTGCACGGCGGTTCGATAGAGGTTGAGAGCAAGCGCGGCGAAGGAACCCTTTTCCGCGTCATTCTTCCAGCCGAGCCTCGTGAAAAAAACAGCTAA MKRIFRTAGKIIILLTVTAILWLAAHLIVQGFGLIWPILLVPYAEQILTLWLVFGLLFVTMFIFSKSARERHHAIWDSLTATIKQMSSGNFTAAASRKMEKIERNHPVTKLADELSTLAAELSEMEKLKQEFISNVSHEIQTPLTSLKGYAHLLKKPDLSYEERGRYLHIIETETERLSKISENLLKLTALERQTEPIQKKPFRIDKQLRRTILTCEPEWSAKQIEFLIDLQESYVYGDEALLSQVWMNLIHNAVKFTGEGGRISVKIADLPGAAAVEIADDGIGMEPEQAERVFERFYKADKARNAGGSGLGLSIAQKIAELHGGSIEVESKRGEGTLFRVILPAEPREKNS PGPT0002705_4193 DIRECT EFFECT BIO-FERTILIZATION PHOSPHATE_SOLUBILIZATION P-SOLUBILISATION-PHOSPHATE_METABOLISM P-SOLUBILISATION-PHOSPAHTE_HOMEOSTASIS|REGULATION,PGPT0002705-phoR-K07636 NA NA D1-12_03650 1455 hypothetical protein GTGGGAAAACACACTTCTGAACAGAAAAAGCACGCGCAAATTGTCCAGCTGCTTCAGGATGGACAATATTTTTTTCATAAAGGCTTAAAAGCATATAAAGAGCGGAATTTAAAACGGGCCAGCAAACTGATTCAGCGGGCCGTCCACCTCGAGCCGAATGATTCCGAAATGCTGTCCCGGCTGGCCGTCATTTATTCTGAAATGGGCCACTACCAGCAGTCAAATGAGCTGTTCGACTTTATTTTGGTGAACCTGAAAGAAGAAATGCCCGAGTGTCATTACTTTAAAGCGAATAATTTCGCGCATTTGGGGCTCTTTCAGGAAGCATACAAAGAAGCGGCGGCTTATTCAGATGCCGATCCGGACGGGGAATTCAGCGAAGAGATTGAAAATCTGATGGAGCTTTTGGATTTCGGCGAAGCGGGTGAAAACGAATCGCTCTATGACCAGGATGAGCTGCTGATCAGGCAGGACCGGGCAAAAACGCTTCTTGAGAGCGGCCAGCTTCATGAAGCGGTTGTCATGCTTGAAGAGATTACGGCCGATTACCCCGAGCTTTGGTCTGCATACAACAACCTGGCGCTCGCTTACTTTTACTCAGGCAATGTCACAAAAGCGAAACAAACGGTATTCGAAGTGCTTGAGAAAAATGAAGGCAATCTCCATGCCCTGTGCAACCTCCTTGTATTCTGCTATTACGAGAGGGAAGATGAAAAAGTCGGAGAATTGAGCGAAAGGCTCGCTAATGTGTATCCGATTTTATTCGAACAGCGCTATAAGCTGGGGGCGACGCTTGCGCTTGTCGGCAGACATGATCTCGGTTATAAATGGCTCCGTTCTCTTTACAAAAGCGGGTTCGAAGGCGACGACACGTTTTATTACTGGCTTGCCGCCTCAGCCTACGGGACAGGCCGCACAGAATTTGCGGAAACCATTTGGAAAAAGGCAGAAGCCGAATTTCCCGAATCAGACCGGCCCGCGCCTTGGGCGGAGCGGCAGGAACCGCTGCCTGCTTCACTTGAACAGCGGCTTGCCGCCTATTATATCAGCAGCGCTGAAGGAGAGCGGAACCAGCTTGAAAAAGTTCTGACGGCAAAACGCGCCGTTTCACCGTTTGAACAAGATTTCGTCAGACTGCTGCTTTCCGGTGAAAAAGGCGCTTCAGGCGTTTCCGGTGATGCGCTGTTCACGTATCGGACGGTCAAGCTTCTGGAGAAAGCGGAAGCCGACAGTTTAAAAACTGACGTCATGAGCTGCTGGGTTTTTCACGTCATTCAGCACATCCGCGCCGCCGCTGCCGTACAGAATGAGCGGGCATGGGCCGCAGCCATCGCATATGTATGGAAAGAAGCAAACGGCGAAAAAACGACGAAAAAAGAAACGGCCGCCGTTTACGGTATAACGCCGGCAACACTTTCGAAATACATCAGACAAATAGATGATATATTAGAATAG MGKHTSEQKKHAQIVQLLQDGQYFFHKGLKAYKERNLKRASKLIQRAVHLEPNDSEMLSRLAVIYSEMGHYQQSNELFDFILVNLKEEMPECHYFKANNFAHLGLFQEAYKEAAAYSDADPDGEFSEEIENLMELLDFGEAGENESLYDQDELLIRQDRAKTLLESGQLHEAVVMLEEITADYPELWSAYNNLALAYFYSGNVTKAKQTVFEVLEKNEGNLHALCNLLVFCYYEREDEKVGELSERLANVYPILFEQRYKLGATLALVGRHDLGYKWLRSLYKSGFEGDDTFYYWLAASAYGTGRTEFAETIWKKAEAEFPESDRPAPWAERQEPLPASLEQRLAAYYISSAEGERNQLEKVLTAKRAVSPFEQDFVRLLLSGEKGASGVSGDALFTYRTVKLLEKAEADSLKTDVMSCWVFHVIQHIRAAAAVQNERAWAAAIAYVWKEANGEKTTKKETAAVYGITPATLSKYIRQIDDILE NA NA NA NA NA D1-12_03651 1413 cwlO COG0791 Peptidoglycan DL-endopeptidase CwlO GTGAAAAAGAGTTTATTAACACTTGGTTTGGCTTCCGTCATCGGGACAAGCAGTTTTTTGATCCCGTTTACAAAAACTGCATCGGCGGAAACATTAGACAGCAAAAAAGCGAAAATTGAAAGCAAGCAATCTGAGGTGGCTTCAAGCCTTGAAGCAAAAGAAAGAGAATTGTCTAAGCTTCAGGACAAGCAGGCTAAGATTGAAAAAGAACTGAAAGACATTAACGCTAAAGCGTTGGATACAAGCAATAAAATCGAAGATAAAAAAGCTGAAAACGAAAAAACGAAAAAGCAGATCGCTGATTTGAAAAAAGAAATCAAAGAAACAGAAGCGCGTATTGAAAAACGCAATGACATCCTGAAAAAACGCGTTCGTTCTTTACAGGAAAACGGCGGTTCTCAAGGATACATAGATGTTCTTTTAGGGGCGACAAGCTTCGGAGACTTCATTTCCCGTGCGACTGCGGTATCTTCTATCGTTGATGCGGATAAAGAGCTGATCAAACAGCAGGAGCAGGATAAAGCGAAACTCGAAGACGCAGAAGCTGAACTTAACGTGAAGCTGAAAAAAGTTCAAGATGATCTTGCGAAACTCGAGTCTATGCAAAAAGACCTGAACAAACAGCTTGATCAGAAAGACAAGCTTTTCGACGAAGCGAAAAACGGCCAGAAAAAAGCGGCTTCCGCTATCTCTGATCTGAAAAAAGAAGCATCAAAGCTTGCAAACGAAAAAGCTGACACTGAAAAAGAACAGAAGCGCATTAAAGCTGAGCAGGCTGCAGCGGCTGCCCTGATCAAAAAACAGGAAGAAGCGCAAAAAGCTTCTGAAGACCAAAACCAAAAAGATGACAGCCAGCCGGCACCGGCGGTTAAAACTGTGAAAAAAGCGGCTGTTTCAACATCATCTGATTCATCTGACAGCTCAAGCAAACCGAAGAGCACTTCAGGCGGATCATCTCATAACAGCGGCGGTTCAGATGATTCTGACGGCGGATCTGTTATTTCAAATTCAGGCGGTATTGAAGGCGCGATCAGCGTAGGTTCAAGCCTTGTGGGTCAATCCCCGTACAAATTCGGCGGCGGACGCACTCAATCTGATATTAACAACCGTATTTTTGACTGCTCTTCATTCGTACGCTGGGCTTATGCTAACGCAGGCGTTAACCTCGGACCTGCAAGCGGCACAAACACAGATACATTAATCGGAAGAGGTAAAGCAGTAAGCGCGTCTGACATGAAACGCGGAGACTTAGTATTCTTCAATACGTATAAAACAAACGGCCACGTCGGCATCTACTTAGGTAACGGAACGTTCCTGAACGATAATACATCACACGGTGTATCCATTGATTCTATGAGCAACCCTTACTGGAAGAAAGCATTCAACGGCAATGTAAGACGTGTCGTGCAATAA MKKSLLTLGLASVIGTSSFLIPFTKTASAETLDSKKAKIESKQSEVASSLEAKERELSKLQDKQAKIEKELKDINAKALDTSNKIEDKKAENEKTKKQIADLKKEIKETEARIEKRNDILKKRVRSLQENGGSQGYIDVLLGATSFGDFISRATAVSSIVDADKELIKQQEQDKAKLEDAEAELNVKLKKVQDDLAKLESMQKDLNKQLDQKDKLFDEAKNGQKKAASAISDLKKEASKLANEKADTEKEQKRIKAEQAAAAALIKKQEEAQKASEDQNQKDDSQPAPAVKTVKKAAVSTSSDSSDSSSKPKSTSGGSSHNSGGSDDSDGGSVISNSGGIEGAISVGSSLVGQSPYKFGGGRTQSDINNRIFDCSSFVRWAYANAGVNLGPASGTNTDTLIGRGKAVSASDMKRGDLVFFNTYKTNGHVGIYLGNGTFLNDNTSHGVSIDSMSNPYWKKAFNGNVRRVVQ PGPT0023995_417 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING_DL-ENDOPEPTIDASE_ACTIVITY,PGPT0023995-cwlO-K21471 NA NA D1-12_03652 954 trxB COG0492 Thioredoxin reductase ATGGTGTCAGAAGAAAAAATTTATGATGTGATCATTATCGGCGCGGGTCCGGCGGGGATGACCGCTGCTGTTTACACATCACGAGCGAACTTATCCACATTAATGATCGAAAGAGGAATTCCGGGCGGCCAGATGGCCAACACGGAGGATGTTGAAAACTATCCGGGTTTTGAAAGCATTCTCGGCCCTGAACTTTCTAATAAAATGTTTGAACATGCGAAAAAATTCGGTGCGGAATATGCGTACGGCGATATTAAAGAAATCGTTGACGGCAAAGAATATAAAACGGTCAAAGCCGGTTCAAAAGAATATAAAGCGCGCGCCATCGTCATTTCTGCCGGAGCGGAATACAAAAAGATCGGCGTTCCCGGCGAAAAAGAACTGGGCGGCCGCGGCGTATCGTACTGCGCGGTTTGTGACGGCGCGTTCTTTAAGAATAAAGAGCTTGTCGTTGTCGGCGGCGGAGACTCCGCCGTTGAAGAAGGCGTCTATCTGACACGCTTCGCTTCAAAAGTCACCATCGTTCACAGACGTGACAAATTGCGGGCGCAAAGCATTCTTCAGGCGCGTGCTTTTGACAATGAGAAAATTGACTTCAAATGGAACAAAACCGTAAAAGAAATCCATGAGGAAAACGGAAAAGTCGGCAGACTTACTCTTGTGGATACCGTGACGGGAGAAGAAGAAGAATTCAAAGCTGACGGTGTCTTTATTTATATCGGTATGCTTCCGCTTTCTAAACCGTTCGAAAACTTGGGCATCACAAATGAAGAAGGCTACATTGAAACAAATGCTCAAATGGAGACAAAAGTTCCGGGCATTTTCGCCGCGGGAGACATCCGTGAAAAAACGCTCCGCCAGATCGTAACGGCGACAGGCGACGGAAGTATTGCGGCTCAAAGCGTTCAGCATTATGTGGAAGAGCTTGAGGAAACGCTCAAAACCGTTAAATAA MVSEEKIYDVIIIGAGPAGMTAAVYTSRANLSTLMIERGIPGGQMANTEDVENYPGFESILGPELSNKMFEHAKKFGAEYAYGDIKEIVDGKEYKTVKAGSKEYKARAIVISAGAEYKKIGVPGEKELGGRGVSYCAVCDGAFFKNKELVVVGGGDSAVEEGVYLTRFASKVTIVHRRDKLRAQSILQARAFDNEKIDFKWNKTVKEIHEENGKVGRLTLVDTVTGEEEEFKADGVFIYIGMLPLSKPFENLGITNEEGYIETNAQMETKVPGIFAAGDIREKTLRQIVTATGDGSIAAQSVQHYVEELEETLKTVK PGPT0013060_5929 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-THIOREDOXINES|THIOESTERASES,PGPT0013060-trxB-K00384 NA NA D1-12_03653 495 mutX COG0494 8-oxo-dGTP diphosphatase TTGTTGAGAAGGTTAGGTGACGTACTTGTGCAAAGAGTGACAAATTGTGTGCTGCAGACAGATGATCAGGTTCTCCTTCTCCAAAAGCCGAGACGGGGCTGGTGGGTCGCGCCCGGCGGGAAGATGGAAAGCGGCGAATCCGTCAGAGATTCCGTCATCAGAGAGTACAGAGAAGAGACGGGCATTTATATACTAAATCCGCAGTTAAAAGGCGTGTTTACCTTTATTATTAAGGAACAGGAACAAATCGTGTCAGAGTGGATGATGTTTACTTTCGTCGCCGATTCCTACACGGGGCGGAATGTCGCTGAATCAGAGGAAGGCGTTCTGAAGTGGCATGACGTAAAAGATATCCACAGCCTTCCGATGGCCCCCGGAGACGGGCATATCCTTGATTTTATGATCAAAGGCCAAGGGCTTTTGCACGGCACCTTTACGTATACGCCGGACTTCGAGCTGCTCAGCTATCGTTTAGATCCGCAGCTTATCAAATAA MLRRLGDVLVQRVTNCVLQTDDQVLLLQKPRRGWWVAPGGKMESGESVRDSVIREYREETGIYILNPQLKGVFTFIIKEQEQIVSEWMMFTFVADSYTGRNVAESEEGVLKWHDVKDIHSLPMAPGDGHILDFMIKGQGLLHGTFTYTPDFELLSYRLDPQLIK NA NA NA NA NA D1-12_03654 888 yvcJ COG1660 Nucleotide-binding protein YvcJ ATGAGTATGAATGAAAACCATGATATTCAGCTCGTCATCATTACGGGAATGTCTGGAGCGGGGAAAACCGTCGCCATTCAAAGCTTTGAGGATCTCGGCTATTTTTGCGTCGACAATCTGCCGCCTTCCTTGCTGCCGAAATTTTTGGAGCTGATGAAAGAATCAAGTTCAAAAATGAGCAAGGTCGCGCTTGTCATGGATCTGCGGGGACGCGAATTTTTTGACAGGCTGATTGAGGCGCTGGATGAAATGGCGGAAAATCCGTGGATTACACCGCGCATTCTCTTTTTAGACGCTAAGGATTCCATTCTTGTGACGAGATACAAAGAAACGAGACGTTCTCACCCGCTGGCCGCTACCGGGCTTCCTCTTGAAGGAATCGCGCTGGAACGCCAGCTGCTTGAAGAATTGAAAGGGCGCTCTCAGCTGATTTATGACACATCGGATATGAAACCGCGTGATCTGCGTGAAAAAATCGTGGCGCATTTCGCCACGAACCAAGGTGAAACATTTACAGTGAACGTAATGTCATTCGGGTTCAAATACGGGCTTCCGATAGATGCCGACCTCGTGTTTGATGTAAGGTTTCTGCCGAATCCGTTCTACATTGAAAGCATGAGGCCGCTTACGGGGAAAGATGAGGAAGTGTCATCCTATGTGATGAAGTGGAACGAAACACAAAAGTTTATTGAAAAGCTTGTTGATCTGCTCGGCTTTATGCTTCCGTCTTATAAGCGGGAAGGTAAAAGCCAGCTTGTCATCGCGATCGGCTGTACGGGCGGCCAGCACCGCTCCGTCACGCTCGTTGAGTATTTGGCTGACTATTTTAAAAAAGATTTCTATACTCATGTCACTCACCGGGACATTGAAAAGAGAAGCCGGAAATGA MSMNENHDIQLVIITGMSGAGKTVAIQSFEDLGYFCVDNLPPSLLPKFLELMKESSSKMSKVALVMDLRGREFFDRLIEALDEMAENPWITPRILFLDAKDSILVTRYKETRRSHPLAATGLPLEGIALERQLLEELKGRSQLIYDTSDMKPRDLREKIVAHFATNQGETFTVNVMSFGFKYGLPIDADLVFDVRFLPNPFYIESMRPLTGKDEEVSSYVMKWNETQKFIEKLVDLLGFMLPSYKREGKSQLVIAIGCTGGQHRSVTLVEYLADYFKKDFYTHVTHRDIEKRSRK NA NA NA NA NA D1-12_03655 954 COG0391 Gluconeogenesis factor ATGAATAAGAAGCCGAAAATCGCAATCTTCGGCGGCGGAACGGGTCTGTCCGTGCTGCTTCGGGGGTTAAAGCATAAGCCCGTTGATATTACGGCGATTGTGACAGTTGCTGATGACGGCGGAAGTTCAGGCCGTCTGCGGGATGAACTTCAAATTCCGCCGCCGGGTGACATCCGTAACGTACTGGCCGCTTTGTCAGATGTTGAGCCGCTCGTTGAAAATCTGTTTCAGCACCGTTTCAACAAAGGAAGCGACTTAACCGGACATTCGCTCGGCAATTTGATTTTGGCAGCGATGACAAATATAACCGGTGATTTCTTTCACGCTGTCACCGAAATGAGCAAGGTGCTGAATGTGCGCGGCAGAGTGCTGCCGGCTGCCAACACCAGTGTCGTTCTTCACGCTGAAATGGAGGACGGGCAGGTCGTCTCCGGAGAATCGACAATCCCTTCTTACGGCCAGCGGATTAAACGGGTGTTTCTTACGCCTGAAAAAATTGATCCGCTCCCGGAAACGATTGACGTCATCCGTCAGGCCGATTTAATCATTATCGGTCCGGGAAGCCTGTACACAAGTATTCTTCCGAATCTGCTCGTGCCGAAAATCGGAGAAGAAGTCGTCAAGGCTGCGGCCAAAAAAGTATATATATGCAACGTCATGACACAGCCCGGCGAGACGCTGCAATACAGCGCGGCCGACCATGTCAAGGCGCTGAACGATCATATGGAGCAGCCGTTTATCGACACGATCTTAATCAACAATGAGGAGATCCCTGACGAAATCAAAAGCAAATATGCGAAAGAGCTGGCCCGGCCCGTCGACTTCAATATTGAAAAGCTGAAATCCATGGGGCTTGAGGTCATCAGGGATCAGATTATCACGTATAAAAATGGCGTAATCCGTCACGATACACATAAAGTGGCTTCTCTTCTTGTCGATTTATTAAGGGACTAG MNKKPKIAIFGGGTGLSVLLRGLKHKPVDITAIVTVADDGGSSGRLRDELQIPPPGDIRNVLAALSDVEPLVENLFQHRFNKGSDLTGHSLGNLILAAMTNITGDFFHAVTEMSKVLNVRGRVLPAANTSVVLHAEMEDGQVVSGESTIPSYGQRIKRVFLTPEKIDPLPETIDVIRQADLIIIGPGSLYTSILPNLLVPKIGEEVVKAAAKKVYICNVMTQPGETLQYSAADHVKALNDHMEQPFIDTILINNEEIPDEIKSKYAKELARPVDFNIEKLKSMGLEVIRDQIITYKNGVIRHDTHKVASLLVDLLRD NA NA NA NA NA D1-12_03656 951 whiA COG1481 putative cell division protein WhiA ATGTCATTTGCATCGGAAACAAAAAAAGAACTGACGAATCTGGAAGTGAAGGACTGCTGCGCCAAGGCGGAGCTGTCCGCGCTGATTCGGATGAACGGTTCCCTGTCATTTTCAAACCGCCATCTCGTGCTTGACGTTCAAACCGAAAATGCGGCGATTGCCCGCCGCATTTATACATTGCTGAAGAAACAATATGATGTATCGGTCGAACTGTTAGTCAGAAAAAAAATGCGGCTGAAAAAAAATAATGTTTATATTGTGCGCTTTTCTGAAAATGCAAAGCTGATTTTAGAGGAATTGAAAATCCTTGGAGAGAACTTTGTATTTGAACGGAATATTTCTGAGGAACTGGTGGCGAAACGCTGCTGCAAACGTTCTTATATGAGAGGGGCGTTTTTGGCGGGGGGATCTGTGAATAATCCCGAAACATCGTCGTACCACTTGGAAATCTTCTCGCTTTATAAGGAACATAACGATTCATTATGCGCGCTGCTGAATGAATTTCATCTGAACAGCAAAACGCTTGAACGGAAAAAAGGCTATATTACGTATTTAAAAGAGGCGGAAAAAATCACTGAATTTCTGAATGTCATCGGCGCTCACAATTCACTGCTGCGTTTTGAAGATGTGCGGATTGTCAGAGATATGAGAAACTCAGTGAACCGCCTCGTCAATTGTGAAACAGCAAACTTAAACAAAACCATTGGGGCTTCGCTCAGACAGGTGGAAAATATTAAATACATTGATGAACGGATCGGTCTTGAAGCGCTGCCAGAAAAGCTTCGCGAAATTGCGCAGCTGCGGATTGATTATCAGGAGGTCACGCTGAAAGAACTGGGGGAAATGGTTGCAAGCGGGAAAATCAGCAAATCCGGCATCAATCACAGGCTGAGAAAGCTCGATGAAATCGCAGAACAGCTGCGTACAGGACAAAGCATCACTTTGAAATAA MSFASETKKELTNLEVKDCCAKAELSALIRMNGSLSFSNRHLVLDVQTENAAIARRIYTLLKKQYDVSVELLVRKKMRLKKNNVYIVRFSENAKLILEELKILGENFVFERNISEELVAKRCCKRSYMRGAFLAGGSVNNPETSSYHLEIFSLYKEHNDSLCALLNEFHLNSKTLERKKGYITYLKEAEKITEFLNVIGAHNSLLRFEDVRIVRDMRNSVNRLVNCETANLNKTIGASLRQVENIKYIDERIGLEALPEKLREIAQLRIDYQEVTLKELGEMVASGKISKSGINHRLRKLDEIAEQLRTGQSITLK NA NA NA NA NA D1-12_03657 258 crh COG1925 HPr-like protein Crh ATGGTTCAGGAGAAAGTGGAAGTGCGTTTAAAGACGGGATTGCAGGCGCGTCCCGCTGCATTGTTTGTACAGGAGGCAAATCGCTTTGCATCAGATGTGTTTCTTGAGAAAAACGGCAAGAAAGTGAATGCCAAAAGCATTATGGGATTAATGAGCCTGGCGGTCAGCACGGGGACGGAAGTCACTCTGATCGCTGAAGGCGATGATGAAAAGGAAGCGCTGGAAAAGTTGTCCGCTTATGTGCAGGAAGAAGTGTAA MVQEKVEVRLKTGLQARPAALFVQEANRFASDVFLEKNGKKVNAKSIMGLMSLAVSTGTEVTLIAEGDDEKEALEKLSAYVQEEV PGPT0016875_2318 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_GLUCOSE_PTS_SYSTEM_I,PGPT0016875-ptsH-K02784 NA NA D1-12_03658 747 hypothetical protein ATGAATGAGTTTCTGAAAGATTGTTATCAAACGATAGGCTGGGAAAAGGATTCCCTCGATTTCAGCAACCTGCCGGAGTTTTTAAAGGCGCTCGCGTATCGGTTTCCGTTTGAAAATCGCGCGGTTTTGTCCAAAAAAGAATATGACGTCACGAAAGAAGGACTGTGGCGGCACATGGTGAAGGAACCTCATGGCGGCCTTTGTTATGACTTGAACGGACTGCTTTATTTCATCCTGAAAGATGCCGGATTTGATGTCAAATTGATCCGCGGAACGGTCTGGAAAAACGGCTGGGCGCTGCCCGGCACACATGCGGCCGTACTTCTTTCCGCCGGAGGGAATGAGTACATCGCTGATGCAGGCTTCGGCCTCAATCTCGCCATGCAGCCTGTGCCGATGTCGGGAGACGAGACGGTATCAGCGGCCGGAGCGTTCCGCGTGAGGATAGAAGAGACGGAATTCGGGACATACCTGCTTGAAATGAACAAAGGGGACGGCTGGCAGACAGGTTACGCATTTTCGCTTGAAGAAATCGATGAAAAGGACCTCAAGTCTATGAAACAAACAATCTTTGAACATGAACGCTCTCCTTTCAACAAACGCCTGCTTGCTTCAAAGCGGACACCGGAAGGGCACATGGTTCTGTCTGAACGCAATATAACAATAAAAAAACACGATGGCACGGCGGAAAACAGCAGAATAGACCGGTCAGAGTTTGAAGAAAAATTTACTGCTCATTTTATATGA MNEFLKDCYQTIGWEKDSLDFSNLPEFLKALAYRFPFENRAVLSKKEYDVTKEGLWRHMVKEPHGGLCYDLNGLLYFILKDAGFDVKLIRGTVWKNGWALPGTHAAVLLSAGGNEYIADAGFGLNLAMQPVPMSGDETVSAAGAFRVRIEETEFGTYLLEMNKGDGWQTGYAFSLEEIDEKDLKSMKQTIFEHERSPFNKRLLASKRTPEGHMVLSERNITIKKHDGTAENSRIDRSEFEEKFTAHFI PGPT0019890_1310 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 D1-12_03659 450 Ribonuclease TTGAAAAAACGATTATCGTGGATTTCCGTTTGTTTGCTGGTGCTGTTCTCCGCGGCGGGGATGCTGTTTTCCACGGCTGCCAAGACGGATACATCTTCTCACAAGGCGCACACTGAAGCACAGGTTATCAACACGTTTGACGGGGTTGCGGATTATCTTCAGACCTATCATAAGCTTCCTGATAATTACATTACAAAGTCAGAAGCACAGGCCCTCGGCTGGGTTGCATCAAAGGGGAATCTTGCAGACGTCGCTCCGGGGAAAAGCATCGGCGGAGACATCTTCTCAAACAGGGAAGGCAAACTCCCTGCCAAAAGCGGACGGACGTGGCGTGAAGCGGATATCAACTATACATCAGGCTTCAGAAATTCAGACCGGATTCTTTACTCAAGCGACTGGCTTATTTATAAGACGACAGATCATTATAAAACCTTTACAAAAATGAGATAA MKKRLSWISVCLLVLFSAAGMLFSTAAKTDTSSHKAHTEAQVINTFDGVADYLQTYHKLPDNYITKSEAQALGWVASKGNLADVAPGKSIGGDIFSNREGKLPAKSGRTWREADINYTSGFRNSDRILYSSDWLIYKTTDHYKTFTKMR NA NA NA NA NA D1-12_03660 966 ghrB COG1052 Glyoxylate/hydroxypyruvate reductase B TTGAAACCCTATGTATTCATCGCGAAACCGATACCGCCGGAAGTCGAACAAATGATAGGCGAGCATTGCCGATATGACATCTGGAAAGAAGATACCATTCCAAAAGAGGAACTGTACGAAAAAATGAAAGATGCTGAAGGGCTGCTGACATCCGGAACGGCGATTGACAGGGATTTACTGGATCACGCGCCGAAGCTGAAAGTCGTCAGCAATAATTCAGTCGGCTATGATAATTTTAACATTGAAGAAATGAAAAGACGCGGGGTTGTCGGCACGCATACGCCGTACACCTTAGATGACACTGTCGCTGATCTGGCTTTTTCATTAATCCTGTCTTCCGCCAGACGGGTTGCCGAATTGGATCGGTTCGTCCGCGCCGGCAAATGGGGAACCGTTGAGGAAGAATCTCTTTTCGGTATGGATGTCCACCATCAGACATTAGGAATTATCGGCATGGGCAGAATCGGTGAACAAGCTGCCAAACGGGCAAAATTCGGCTTCGACATGGACGTGCTGTATTATAACCGCAGCAGAAAACCGGACGCTGAGAAGGAACTCGGGGTTACATATGCCGACTTAGATACACTGCTGAAAACATCAGACTTTGTGCTGTTAATTACGCCGCTTACTGACGAAACGTATCATATGATGGGAGAGCGGGAATTTAAATTGATGAAAGATACGGCATGTTTCGTCAATATTTCCCGGGGAAAGACGGTTGATGAGAAAGCGCTCATCCGCGCATTGCAGGAGGGCTGGATAAAAGGCGCCGGTTTAGATGTGTTTGAAAAAGAGCCGATCGCCGAAGACAATCCGCTCCTGCAGCTGGAAAACGTCACATTGCTTCCGCATATCGGGTCAGCAACGGCAAAAATCCGCTTGAATATGTTCAAGCAAGCCGCACAAAACATGATTGACGCCGTATACGGAAAAACGCCGAAAAACCTCACGAAGGAATTTCAATGA MKPYVFIAKPIPPEVEQMIGEHCRYDIWKEDTIPKEELYEKMKDAEGLLTSGTAIDRDLLDHAPKLKVVSNNSVGYDNFNIEEMKRRGVVGTHTPYTLDDTVADLAFSLILSSARRVAELDRFVRAGKWGTVEEESLFGMDVHHQTLGIIGMGRIGEQAAKRAKFGFDMDVLYYNRSRKPDAEKELGVTYADLDTLLKTSDFVLLITPLTDETYHMMGEREFKLMKDTACFVNISRGKTVDEKALIRALQEGWIKGAGLDVFEKEPIAEDNPLLQLENVTLLPHIGSATAKIRLNMFKQAAQNMIDAVYGKTPKNLTKEFQ PGPT0001310_835 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 D1-12_03661 582 csh_1 Carbon disulfide hydrolase ATGGTTTCTTTATCAAGCATTTTGGAGCACAACCAGCAGTTTGTCCAAGAAAGGAAATATGAACCTTACCAAACGACAAAATTCCCGAAAAAAAAGCTTGTCATCGTATCCTGTATGGATACAAGGCTGACGGAGCTTCTGCCGCAGGCGATGGGACTCAGAAACGGCGATGCCAAAATCATAAAAAACGCGGGAGCCATTGTTTCTCACCCATTTGGAAGTGTCATGCGGAGCATTTTGGTTGCCGTTTATGAACTGCAGGCAGAGGAAGTCTGCATCATAGGTCACCGCGAGTGCGGAATGTCGGGATTAAATGCGGCTTCCATATTAAATAAAGCGAAAGAGCGCGGCGTGGAGGACAAATGTCTCAGCCTTCTGCAGCATGCGGGAGTCGATTTGGAAACATGGCTGACCGGTTTTCACAGCGTCGAAGAAAGCGTGGCCCACAGCGTGAATATGGTCAGGCATCATCCGCTCTTGCCTGAAGAGGTGCCGGTGCACGGGCTGGTGATCGATCCGGGGACGGGGACGCTGGATGTAGTCGTTGACGGTTATGAAACAGTCAAAGGAGGATGCAGCTGA MVSLSSILEHNQQFVQERKYEPYQTTKFPKKKLVIVSCMDTRLTELLPQAMGLRNGDAKIIKNAGAIVSHPFGSVMRSILVAVYELQAEEVCIIGHRECGMSGLNAASILNKAKERGVEDKCLSLLQHAGVDLETWLTGFHSVEESVAHSVNMVRHHPLLPEEVPVHGLVIDPGTGTLDVVVDGYETVKGGCS PGPT0002415_6086 DIRECT EFFECT BIO-FERTILIZATION PHOSPHATE_SOLUBILIZATION K-SOLUBILISATION-OTHER_ACID_METABOLISMS K-SOLUBILISATION-CARBONIC_ACID_BIOSYNTHESIS,PGPT0002415-cynT|can-K01673 NA NA D1-12_03662 1590 dauA_2 COG0659 C4-dicarboxylic acid transporter DauA ATGCAATTTACCGGCAGATATCAAGGATACAATTTGCAGAAATTTCAGAAAGACCTAATCGCGGGAATTGTGGTCGGAATTGTAGCGATTCCACTGGGAATGGCCTTTGCCATCGCCTCGGGGGTCGGTCCGGAATACGGGCTTTACACCGTTATTGTGGCCGGAATTCTGATTTCGCTGTTGGGCGGCTCTAAATATCAGATCGGCGGGCCTACGGGGGCGTTTGTTCCCATTTTATTTGCCATTGTGATGCAGTATGGTTTTGAGAATTTACTTGTAGCCGGTTTTATGGCAGGCGTCATGCTCGTCCTGTTTGGCGTATTTAAGCTCGGAAAGATTATGAAATTCGTGCCGAAGCCGGTGATCGTCGGATTTACGGCCGGAATCGCGGTGCTGATTTTCTCGGAGCAGATTGCCCATTTTCTCGGTCTGCGCGATATTCAAAAGCATGAAAGCTTTATCCTCAACATTGCGGAAATCGGCAAGAAGATCGGAACCTTTAATTTGTACAGCATCCTCATCGCGGGAATTGCTTTGGCCATTTTGCTGTTATCAGCCAGGCTGATGCCGAAGATTCCGGGCGCGCTTGTGGCGCTGCTTGTCTCTACAGCCGCAGCGGTCATGTTTTTTCCTGACAAAATGGCGACAATCGGTTCTGCTTACGGGGAGATTCCGCGGCAGCTCCCGGCTTTTCAGCTTCCGGATTTCTCAATCGATAACATGGTGATGATGTTCCCGTCTGCTTTGATCATTGCGCTTCTCGGCGGTCTTGAATCCATATTATCGGCGATGGTCGCGGACAATATGAAAGGATCACGGCATGACAGCAATAGGGAGCTTGTCGGGCAGGGCATCGCCAATATGGCAGCGCCGCTTTTCGGCGGCATACCGGCAACGGGAGCGATTGCGCGGACCGCAACAAATATTAAAAACGGCGCAGTTTCTCCGATTTCCGGTGTTGTCCACGGAGTCACCGTCCTCCTCGTCCTGCTCGTCTTCGCCCCGCTTGCCGTTCATGTACCGCTGGCAAGCATGGCGCCGGTGTTGATGGTTGTGGCTTGGAACATGAGTGAGCGGAGGGAAGTCGCCAATATGATGCGGCTGAAAAACACTGATTCATTCGTACTGGCGGCAACCTTTTTACTGACGGTTCTGTTTGATTTAATCATCGGCGTTTCTGCCGGTCTCGTGCTCGCTTTTGTTTTCTTTATCAGAAAAATGAGCGAATCAACAAGCATCAAAACACCGCATGCCGCTGTCAAATCGGTTAAAAATGATTCGTCCGTCAGCACATATTCCATTGAGGGGCCGCTGTTTTTCGGTTCAATTGATTCACTGGAATCATCGCTGCTGGAGAGGCTTCAGGAAAAGCCGAAGACGCTTATTCTGCTGATGAATAATGTACATTACATGGATACCTCCGCAGAAGCGGTACTGGGGAATGTGATGAACCGGATCAAACGGCATAACGGGAGATTGATGATCGTCGGATTGCAATCACAGCCGAGAGAGCTGATCCGGAAGACAGGGCTGTTTCATAAAATCGGGAAACAGCATTTCTTTGAGCATCAGGACGAGATAACGGGATAA MQFTGRYQGYNLQKFQKDLIAGIVVGIVAIPLGMAFAIASGVGPEYGLYTVIVAGILISLLGGSKYQIGGPTGAFVPILFAIVMQYGFENLLVAGFMAGVMLVLFGVFKLGKIMKFVPKPVIVGFTAGIAVLIFSEQIAHFLGLRDIQKHESFILNIAEIGKKIGTFNLYSILIAGIALAILLLSARLMPKIPGALVALLVSTAAAVMFFPDKMATIGSAYGEIPRQLPAFQLPDFSIDNMVMMFPSALIIALLGGLESILSAMVADNMKGSRHDSNRELVGQGIANMAAPLFGGIPATGAIARTATNIKNGAVSPISGVVHGVTVLLVLLVFAPLAVHVPLASMAPVLMVVAWNMSERREVANMMRLKNTDSFVLAATFLLTVLFDLIIGVSAGLVLAFVFFIRKMSESTSIKTPHAAVKSVKNDSSVSTYSIEGPLFFGSIDSLESSLLERLQEKPKTLILLMNNVHYMDTSAEAVLGNVMNRIKRHNGRLMIVGLQSQPRELIRKTGLFHKIGKQHFFEHQDEITG PGPT0003020_3692 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-SULFATE|THIOSULFATE_TRANSPORT,PGPT0003020-TC_SULP-K03321 NA NA D1-12_03663 321 hypothetical protein ATGCAGATGGCTGAAGCAGAACGATGGACGAAAGATTTTTACGAAAAACGAGGATGGACGGCGTACGGGCCATTTATCAGAATCGGCTTTTTAATGGAAGAGGCGGGTGAGCTCGCCCGGGCGGTAAGAGCATATGAAATCGGCAGAGACCGGCCGGATGAAAAGGACGCGACCCAGGCTGAACGCAGGCAGGAGCTGATTGAAGAAATGGGTGACGTCCTCGGAAATCTGGCCATCCTTGCCGATAAGTACGGAATCACGTTAGAAGATGCGATGAAAGCCCATCAGGAAAAACTGATCAAACGCTTTGAAACCGAATAA MQMAEAERWTKDFYEKRGWTAYGPFIRIGFLMEEAGELARAVRAYEIGRDRPDEKDATQAERRQELIEEMGDVLGNLAILADKYGITLEDAMKAHQEKLIKRFETE NA NA NA NA NA D1-12_03664 576 yvdD COG1611 LOG family protein YvdD ATGAAAACCATTTGTGTATTTGCGGGGTCAAACCCGGGGGTAAATGAAGAGTACAAACGCAAAGCGGCCGAACTGGGTGAATATATGGCGGAGCAGGGAATCGGCCTTGTTTACGGCGGTTCACGGGTCGGTCTGATGGGAACCGTCGCCGATGCGTTAATGGCAGGCGGCGGAAAAGCTGTCGGCGTCATGCCGAGCGGGCTGTTCAGCGGAGAGGTTGTTCATCAGAATCTGACGGAGCTGATTGAAGTCAGCGGCATGCATGAGCGGAAAGCGAAAATGAGTGAACTTGCCGATGGGTACATTGCCATGCCCGGCGGTTTCGGAACATATGAAGAGTTATTTGAAGTGCTGTGCTGGGCGCAAATCGGCATTCATCAAAAACCGATCGGACTGTACAATGTGAACGGGTATTTTGAGCCGATGATGAAGATGGTCAAGTACAGCATTCAGGAAGGATTTTCGAATGAGTCTCATTTAAAACTGATACACAGTTCCTCCCGGCCGGATGAGCTGATTGAGCAGATGAACAATTACTCGTACCCGATCCTTCAGAAAAAATGGACGGAAATATAA MKTICVFAGSNPGVNEEYKRKAAELGEYMAEQGIGLVYGGSRVGLMGTVADALMAGGGKAVGVMPSGLFSGEVVHQNLTELIEVSGMHERKAKMSELADGYIAMPGGFGTYEELFEVLCWAQIGIHQKPIGLYNVNGYFEPMMKMVKYSIQEGFSNESHLKLIHSSSRPDELIEQMNNYSYPILQKKWTEI PGPT0007225_762 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PHYTOHORMONE-CYTOKININS|DERIVATE_PRODUCTION PHYTOHORMONE-CYTOKININ_METABOLISM PHYTOHORMONE-CYTOKININ_BIOSYNTHESIS,PGPT0007225-log|yvdD-K22522 NA NA D1-12_03665 951 purR_1 COG1609 HTH-type transcriptional repressor PurR ATGGCGACGTTGTCAGATGTGGCTAAGAGAGCGAATGTTTCGAAAATGACGGTGTCACGTGTGATTAATCACCCTGATACGGTAACAGATGAACTGAAAAAGCTCGTTCATTCCGCAATGAAAGAGCTGAATTACATCCCTAATTATGCGGCAAGAGCGCTTGTGCAAAACAGAACACAGGTTGTCAAATTGCTGATTCTTGAGGAAATGGATACGACCGAACCCTATTACATGAACTTGCTGACCGGAATCAGCCGGGAGCTGGATCGCCATCATTATGCTTTGCAGCTTGTGACAAGAAATTCACTCAATATCGGGCAATGCGACGGCATTATTGCCACCGGCTTGAGAAAGGCCGATTTTGAATTTGTCATCAAAGCTTTTGAAAAGCCGTTAGTCGTATTTGGAGAAAATGAAATGGGCTATGATTTCGTCGATGTGAATAACGAAAAAGGGACTTTTATGGCAACCCGCCATGTCATGGGGCTGGGGGAGCGTGAGGTTGTCTTTTTCGGCATTGATTTGGATGAGCCATTCGAACGCTCAAGAGAACAGGGGTATATTCGGGCGATGAAAGAGAGCTGCAGAGAAACGAAGCTGTTTCGGATCGCTAACAGTTCAAAAAAAAGCGAAAGCCTGGCAAGAGAAGTTTTGAAAACGCTCGGCCGGCAAGCCGCGTTTGTCTGCGCCACCGACCGAATCGCGCTCGGGGTCATTCGTGCGGTGCAGTCACTCGGAAAACGAATTCCCGAAGATGTGGCCGTTACTGGAAATGACGGTGTTTTTCTTGACCGCATTTCCTCCCCGCGGCTGACTACGGTCAGACAGCCGGTTGTGGAAATGGGAGAGGCCTGTGCGAAAATGCTGCTGAAAAAAATGAATGAAGGCGGCGCAGCTCAAGGTCATTTGTTTTTTGAACCGGAGTTAATTGTGCGGGAATCAACTTTGTGA MATLSDVAKRANVSKMTVSRVINHPDTVTDELKKLVHSAMKELNYIPNYAARALVQNRTQVVKLLILEEMDTTEPYYMNLLTGISRELDRHHYALQLVTRNSLNIGQCDGIIATGLRKADFEFVIKAFEKPLVVFGENEMGYDFVDVNNEKGTFMATRHVMGLGEREVVFFGIDLDEPFERSREQGYIRAMKESCRETKLFRIANSSKKSESLAREVLKTLGRQAAFVCATDRIALGVIRAVQSLGKRIPEDVAVTGNDGVFLDRISSPRLTTVRQPVVEMGEACAKMLLKKMNEGGAAQGHLFFEPELIVRESTL PGPT0014791_450 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION_FACILITATING_PROTEIN SESSILE_ROOT_COLONIZATION,PGPT0014791-ccpA-NA NA NA D1-12_03666 1767 bbmA COG0366 Intracellular maltogenic amylase ATGGAATATGCCGCAATACATCATCAGCCGTTCAGTGCTGATGCTTATTCTTATGACGGGCGGACGGTGCATATCAAAATCCGGACGAAAAAAGGTGATGCTGATCAGATTCGATTGGTTTGGGGCGATCCTTATGAATACAGCGGCGGCAGATGGTCGGCAGCCGAGCAGCCAATGAGAAAAACAGCCGCAACCCAAAACCATGATTATTGGTTTGCTGAAGTGTCGCCGCCATTCAGGCGTTTGCAATATGCATTTATTGTCTCAGACCAGCATGAAAACATCTTTTTCGGAGCGTCAGGGGTCTGTCCTGTAAATAAAAAAACGCTGGAAACGATTCATTATTATTTTAAGCTTCCGTTTGTTCATGAGGCGGATACATTTCAAGCGCCTGAATGGGCGAAATCAACGGTTTGGTATCAAATTTTTCCGGAACGTTTTGCGAATGGAAGAGAAGACCTGTCACCGGAAGCTGCACTGCCTTGGGGGAGCAAGGACCCGGACGTTAATGATTTTTTTGGCGGAGATTTGCAGGGGATTATCGACAAGCTCGATTATTTAGAAGAATTAGGGGTGAACGGAATTTATTTAACTCCGATCTTCTCCTCTCCATCCAACCATAAATATGACACGCTGGATTACTATTCCATCGATCCGCATTTTGGGGATCGGGAGCTTTTCCGGACATTGGTCAGCCGGCTTCATGAGCGGGGAATGAAAATTATGCTTGATGCTGTTTTTAATCATATAGGCAGCGCTTCTCCGCAATGGCAGGATGTTGTAAAACACGGGGCCCGGTCCCGCTACAAAGACTGGTTCCATATTCACTCTTTTCCTGTGAAAGAAGACAATTATGACAGGTTTGCGTTTACGCCTGATATGCCGAAGCTGAATACGGCTAATCCGGAAGTACAGAGGTATTTGTTTGAGATTGCTTTGTACTGGATTCGTGAATTTGACATTGACGGCTGGCGTTTAGATGTGGCAAATGAAGTGGATCACGCTTTTTGGAAGGCATTCAGGCAGGCGGTAACGGCAGAGAAGCCCGATCTTTATATTTTGGGAGAGATATGGCATTCCTCCGAACCTTGGCTCAGAGGAGATGAGTTTCACGCTGTGATGAATTATCCTTTCACAGAGCCGATGATTGCTTATTTTGCTGACCGGGAGATTTCTGCTTCATCCATGGCCTATCGATTAAACGCGCACTTGATGAATGGGATGCGGCAGGCCAACGAGGTGATGTTTAATTTACTGGACAGCCATGATACAGAACGTCTTCTGACAAGGTGCGGAAATGATGAGAAAACAGCCCGTGCTCTGCTGGCCTTTATGTTTGCTCAGACAGGAGCGCCCTGCATCTACTACGGAACGGAAATCGGTCTGGACGGCGGGAGAGATCCATTATGCCGGAAGTGTATGGTTTGGGAAAAGGAAAAGCAAAACCAGGAAATGCTCAGCTTTATGAAACGCTTAATCACCTTACGCAAAAAAGAAAACGCTTTATTGACGTACGGAAGTCTTGAGTGGCATCTGCTTGATGATCAAAACGATTGTATCAGTTTTTCGAGGGTTTTCAATGGCAGGCAATTGATTTTCTATTTTAATCAGGGGAACCTGGCCTGGGATGTCCGTTTGCAAGATTTTAATATGGAGAGAAGCAGAAAAGTTTACGATGCGTGGACGGATCAGATCCTTCAACATGATGCCGCTATTGCTGTTCAGCCGGGAGAATTTTTGATTTTGAGTGCTGACGCCCCTGTCTGA MEYAAIHHQPFSADAYSYDGRTVHIKIRTKKGDADQIRLVWGDPYEYSGGRWSAAEQPMRKTAATQNHDYWFAEVSPPFRRLQYAFIVSDQHENIFFGASGVCPVNKKTLETIHYYFKLPFVHEADTFQAPEWAKSTVWYQIFPERFANGREDLSPEAALPWGSKDPDVNDFFGGDLQGIIDKLDYLEELGVNGIYLTPIFSSPSNHKYDTLDYYSIDPHFGDRELFRTLVSRLHERGMKIMLDAVFNHIGSASPQWQDVVKHGARSRYKDWFHIHSFPVKEDNYDRFAFTPDMPKLNTANPEVQRYLFEIALYWIREFDIDGWRLDVANEVDHAFWKAFRQAVTAEKPDLYILGEIWHSSEPWLRGDEFHAVMNYPFTEPMIAYFADREISASSMAYRLNAHLMNGMRQANEVMFNLLDSHDTERLLTRCGNDEKTARALLAFMFAQTGAPCIYYGTEIGLDGGRDPLCRKCMVWEKEKQNQEMLSFMKRLITLRKKENALLTYGSLEWHLLDDQNDCISFSRVFNGRQLIFYFNQGNLAWDVRLQDFNMERSRKVYDAWTDQILQHDAAIAVQPGEFLILSADAPV PGPT0012200_420 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-HYDROLASE,PGPT0012200-cd|ma|nplT-K01208 NA NA D1-12_03667 1257 mdxE COG2182 Maltodextrin-binding protein MdxE ATGGCGGGGTTCGTCAAAAAGGGATTGGCTTTATTGACGGCATCAGTTTTGGCATTCTGTCTCGGCGCCTGTTCAAATTCAAAGGAATCGGCCGGCGCTGACGGCAAAAAGGTACTGACCGTGTCCGTTGAAGAAACCTATAAAAAATATATTGAAAGCATTAAAGGAGAGTTTGAAAAAGAGAATCACGTCACAGTCAACATTGCAGAAAAGCAAATGTTCGATCAGCTGGAGGCGCTTCCTTTGGACGGCCCGGCCGGCAATGCGCCTGACGTTATGCTTGCCGCATATGACCGGATCGGCAGTTTGGCGCAGCAAGGCCATTTGCTTGATCTAAAACCTGCTGATACAAAAAGCTTTGGAGATAAAGAGATGCAGCAGGTAACGGTTAACGGAAAGGTGTATGGAATGCCGCTGGTGATTGAGACGCTTGTTCTGTATTACAACAAAGATCTTATAAAAAAAGCGCCGGCAACATTTAAAGACCTTGAAACATTAACAGAGGATCCCCGGTTTTCATTTGCTTCTGAAAAAGGAAAGTCAACGGGATTTTTGGCAAAGTGGACTGACTTTTATATGTCGTACGGTTTGCTGTCCGGTTACGGCGGATATGTATTCGGGAAAAACGGCACAGATCCCGGGGATATCGGCCTGAACAATAAAGGGGCTGCAGAAGCGGTGAAATATGCGGAGAAATGGTTTAAAACGTATTGGCCAAAAGGCATGCAGGATAACTCAAGCGCAGACGATTTTATTCAGCAAATGTTTTTAGATAAGAAAGCGGCTGCAATCATCGGCGGGCCTTGGTCGGCTGCCAATTTTCAAGAGGCCGGCCTGAACTATGGCGCCGCTCCTATTCCGACATTGCCAAACGGAAAAGAATATGCTCCGTTTGCGGGCGGCAAAGGCTGGGTTGCTTCAAAATATACAAAGGAACCCGAGCTGGCTGAAAAATGGCTTGAGTATGCAACAAATGATGCCAATGCTTACGCCTTTTATGAGAAGACAAATGAAGTTCCGGCCAACACAGCCGCAAGGAAGAAAGCGGGAGAGCAAAAAAATGAGCTGGCGTCAGCTGTTATTAAACAATATGAGTCAGCGGCACCTGCGCCGAATATTCCTGAAATGGCCGAGGTATGGACTGGCGCTGAAAGTTTAATATTTGATGCGGCTTCGGGGAAAAAAACAGCAAAAAAATCGGCGGATGATGCGGTAAACGTCATAAAAGAAAACATCAAAGAAAAATATGTGAAATAA MAGFVKKGLALLTASVLAFCLGACSNSKESAGADGKKVLTVSVEETYKKYIESIKGEFEKENHVTVNIAEKQMFDQLEALPLDGPAGNAPDVMLAAYDRIGSLAQQGHLLDLKPADTKSFGDKEMQQVTVNGKVYGMPLVIETLVLYYNKDLIKKAPATFKDLETLTEDPRFSFASEKGKSTGFLAKWTDFYMSYGLLSGYGGYVFGKNGTDPGDIGLNNKGAAEAVKYAEKWFKTYWPKGMQDNSSADDFIQQMFLDKKAAAIIGGPWSAANFQEAGLNYGAAPIPTLPNGKEYAPFAGGKGWVASKYTKEPELAEKWLEYATNDANAYAFYEKTNEVPANTAARKKAGEQKNELASAVIKQYESAAPAPNIPEMAEVWTGAESLIFDAASGKKTAKKSADDAVNVIKENIKEKYVK PGPT0016315_757 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_ARABINOGALACTAN|GALACTOSE_OLIGOMER|MALTOOLIGOSACCHARIDE_TRANSPORT,PGPT0016315-cycB|ganO-K15770 NA NA D1-12_03668 1311 hypothetical protein ATGAATAAAGATGATACACTTTTACACCAAAAACGGAAGGCGTCATGGTTTTTATCGATCATTCCGGGAATTGGACAGATCGCGAATCAGCAGATATCAAAGGGGATCTTATTTCTGGTCATTACGAGTTTGTTTGCTGTTGAATTATGCGTTTTCGGTATTGAGGCGCTGACCGGATTGGTTACCTTGGGAAGTGTTCCCGGTGAAGATCACTCACTGTTTATGCTGATTGAAGGCACGCTGCAATTGATCTTGACGTTGATTTTTCTCATGTTCTATATCTTTTCAGTTTATGATTTCCGTCATACCGCCGCTATGAAAGCGGCGGGTTTGAAGGTGAATACAGCGGCCAAGGATATCATCCGCCATGCGGGAGATAAAGGGTTTCCTTATTTATTTACACTGCCGGCATATCTCATGATGGTGTTTGTGATTATTTTTCCTGTTTTGGTGACTCTGTTTGTTGCCTTAACAAACTATGATTTTTATCATATACCGCCTAACAGTCTGATTGACTGGGTCGGCTTTAAAAATTTCTTGAATATCTTTTTTGTCGGTTCTTACCAGGAAACATTTGTGAATGTACTGGGCTGGACCATGATATGGACAATCTGTGCAACAACGCTGCAAATCATTTTGGGGATCGTAACGGCACTATTCGTGAATCAAGATTTTATTAAAGGCAGACGGATATTCCGAATGATTTTCTTATTTCCATGGGCTGTTCCGGCCTTTATCACAATTATGAGCTTTTCCAATATTTTTAATGACAGTATAGGGGCGATGAACACGCAGGTGATTCCATTAATTAACCACCTGCCGTTTGTGGAACTGCCGGCGATCGCGTGGAAGACTGATGCTTTCTGGACGAAGACCGCTCTGATTATGATTCAGACCTGGCTTGGCTTTCCTTATATTTATGTCATGGTAACGGGGGTCTTGCAGTCGATTCCGGGTGAATTGTATGAAGCCGCAAAGATTGACGGGGCTTCTTTTATGCAGCGTTTTCGCAATATTACATTACCGATGATTTTATTTGCGACGGCACCGGTGATGATTACACAGTACACATTTAACTTTAATAATTTTTCGATCATCTATTTGTTTAATGAAGGCGGTCCGGGAAGCGCGGGAGCCGGTGCCGGGTCGACCGATATTTTAATTTCCTGGATCTATAAACTGACAACCGGCACTTCTCCGCAATATGCTGTGGCAGCGGCCGTGACATTGTTAATTTCTTTCGTCGTCATTGGAATTTCACTGATTGCTTTTAAAAAGTCAAATGCTTTCGGCAATGAGGAGGTGATGTAG MNKDDTLLHQKRKASWFLSIIPGIGQIANQQISKGILFLVITSLFAVELCVFGIEALTGLVTLGSVPGEDHSLFMLIEGTLQLILTLIFLMFYIFSVYDFRHTAAMKAAGLKVNTAAKDIIRHAGDKGFPYLFTLPAYLMMVFVIIFPVLVTLFVALTNYDFYHIPPNSLIDWVGFKNFLNIFFVGSYQETFVNVLGWTMIWTICATTLQIILGIVTALFVNQDFIKGRRIFRMIFLFPWAVPAFITIMSFSNIFNDSIGAMNTQVIPLINHLPFVELPAIAWKTDAFWTKTALIMIQTWLGFPYIYVMVTGVLQSIPGELYEAAKIDGASFMQRFRNITLPMILFATAPVMITQYTFNFNNFSIIYLFNEGGPGSAGAGAGSTDILISWIYKLTTGTSPQYAVAAAVTLLISFVVIGISLIAFKKSNAFGNEEVM PGPT0016320_611 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_ARABINOGALACTAN|GALACTOSE_OLIGOMER|MALTOOLIGOSACCHARIDE_TRANSPORT,PGPT0016320-ganP-K15771 NA NA D1-12_03669 837 malG COG3833 Maltose/maltodextrin transport system permease protein MalG ATGGGTTCCAGAACGGCCGGAATGCTTACGAAAATCTGCACCTATTTATTTTTGCTGGTTTTAAGCATTGTCATTTTATATCCGCTGCTGATTACGGCTTCCTCCGCTTTCCGTGCGGGAAATGTGACGGCTTTTCAGCTCGATTTCTCAGGTTCCTGGACTTTTGATCATTTTAAGCGGCTGTTTGAAGAGACGCTCTATCTTCATTGGTACAGCAATACGCTGGTTATCGCGCTGTCAGTCATGGTATTGCAGGTCACGATTGTAACGCTTGCCGGGTATACGTACAGCCGCTATCGGTTTGCGGGGCGAAAAAAGAGTCTTGTTTTCTTTTTAATCATTCAAATGGTGCCCACAATGGCAGCGCTGACTGCTTTTTATGTATTGGCCATGCTGATAGGCGCTCTTGATCAATACTGGTTTTTGACAGCGATCTATATCGGCGGCGGAATTCCGATGAACACGTGGCTGATGAAAGGTTATTTTGATACAGTTCCGAGAGAAATTGATGAGGCTGCGCGAATGGATGGAGCGGGGCATTTCAGGATATTTGCCTCCATTGTGCTGCCGCTTGTGAAGCCGATGCTTGCCGTTCAAGCGCTTTGGGCGTTTATGGCGCCGTTCGGGGACTATTTGCTGGCGAAGTTTTTGCTTCGCTCGCCGGAAAGGCTGACCATTGCAGTAGGGTTGCAGTCGTTCATTTCAAATCCGCAGCAGCAAAAAGTCGCCCTGTTTGCGGCGGGGGCTATACTTGCCGCACTGCCGATATGCATCTTGTTCTTTTTTCTCCAAAAGAACTTTGTATCCGGGCTGGCGGCGGGCGGAACAAAGGGGTAG MGSRTAGMLTKICTYLFLLVLSIVILYPLLITASSAFRAGNVTAFQLDFSGSWTFDHFKRLFEETLYLHWYSNTLVIALSVMVLQVTIVTLAGYTYSRYRFAGRKKSLVFFLIIQMVPTMAALTAFYVLAMLIGALDQYWFLTAIYIGGGIPMNTWLMKGYFDTVPREIDEAARMDGAGHFRIFASIVLPLVKPMLAVQALWAFMAPFGDYLLAKFLLRSPERLTIAVGLQSFISNPQQQKVALFAAGAILAALPICILFFFLQKNFVSGLAAGGTKG PGPT0016325_1138 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_ARABINOGALACTAN|GALACTOSE_OLIGOMER|MALTOOLIGOSACCHARIDE_TRANSPORT,PGPT0016325-ganQ-K15772 NA NA D1-12_03670 885 hypothetical protein ATGAAGAATGTGCAAAATGAAAGCTTTATGATCCGCAGTCTTAAAGCGTCGGTGTCTCCGTCAGGTATTTGCCGTTACGGGAAAACATTCAGCTGGCTTCAGCTTTCCTTTCTCTTTATGTTTTTGACGTCCTGCCTTATGGCGCCGTTTACGATGTCGTTTTTGAAAATGGACCGCTTCAGCCTCAAATTGGTTATGCCTGCGGCGCTTTCTGCAGTGAATGATCGTTTTGCCGAACAATTAAACGGTATTCAAATCAGGAACGGAAAACTGACAGGCGGACAGCGTTTTGATCAAATTGAAGAGGGCAACCATCTGATGGCAGTCGATATGGAGCATGAATGGAAACCAAACGGTGAAAATGGGCGTTTGCGTGTAAAAGGATATGACAACGCGGTCATATTCCAGCCTGACCGGCTGATTATTACCGACCAAAACGGAATGGGGTTTTCAGTTCGCTATGGGAAAGCGGACGCCAGTCTTACGGACCCGGGCGTATATGAGACGGAGGCTCTTATCGGTCAATTGTGGCTGGCACAGTATAAGCCGATGATCATGATGCTGGGGTGCGCAGTGATTTTTTTGATCCAGCTATTTTTTACAGCTGTGCTTGCGGGAGGCATCTGGATGGCAAAATTATCAAAAATGATCGATATCGCGTCATGTAAGGAAGCAGCTTCTGCAGCGATATGCGCATCGGCTCTGCCTGCATTCGCGGCAGCTGCTATCGGGCTGATCCGCTTTGATTTGATTACTGTATTAATGGTTCATACATGCGGCGTCACGTTGATGATTGCTTTTTTATTCAGATATATGGCCAAAACCCGCCGTCATAATGAAAATGTTCATTCGGGAGGAAGACATGATAAATCAGCGGTTGTTTGA MKNVQNESFMIRSLKASVSPSGICRYGKTFSWLQLSFLFMFLTSCLMAPFTMSFLKMDRFSLKLVMPAALSAVNDRFAEQLNGIQIRNGKLTGGQRFDQIEEGNHLMAVDMEHEWKPNGENGRLRVKGYDNAVIFQPDRLIITDQNGMGFSVRYGKADASLTDPGVYETEALIGQLWLAQYKPMIMMLGCAVIFLIQLFFTAVLAGGIWMAKLSKMIDIASCKEAASAAICASALPAFAAAAIGLIRFDLITVLMVHTCGVTLMIAFLFRYMAKTRRHNENVHSGGRHDKSAVV NA NA NA NA NA D1-12_03671 2274 malP_2 Maltose phosphorylase ATGATAAATCAGCGGTTGTTTGAGATTGATGAATGGAAAATCAAAACCAATACATTTCAAAAAGAGTATATACGGCTGCAGGAAAGCCTGACTTCTCTTGCCAACGGCTATATGGGCATCAGGGGGAATTTCGAAGAGGGCTATTCAGGCGGCAGCCATCAAGGCACATATATTGCGGGCGTGTGGTTCCCTGACAAAACGCGGGTAGGCTGGTGGAAAAACGGGTATCCGGACTATTTCGGAAAAGTGATCAATGCGATGAATTTTATTGGTATAGATGTGTATGTTGACGGTGAAAAAGTCGATCTCTATCAAAACCGACTCGAATCATTTGAGTTAGAGCTTCATATGAAAGAAGGAATTCTGAGGAGGAGCGCTGTTGTCCGTATTCAGGATAAAACCGTGCGAATCAAATCAGAACGATTTCTCAGCCTGGCCGTAAAAGAGCTATGTGCGATTCATTATGAAGCGGAGTGTCTGACAGGGGACGCCGTTATTACGCTTGTCCCTTATCTTGATGGCAATGTTGTAAACGAAGATTCAAACTATCAAGAGCGGTTTTGGCAGGAAAAAGAGACAGGAGCGGATTACCGCCGCGGGCATATAACGGCAAAAACGCTCGACAATCCGTTCGGAACGCCGCGTTTCACTGTCTCAGCCTTAATGGAAAATTTGACAGAAGGCTATGTAAGTCAAAGCTTTCAAACTTCCGGCATGTATGCTGAAAATCGCTTCAGCTACCAAAACAAAGCTTCATTGAAGAAGTTTATTGTTGTCACGACTTCACGCGATGTTCAAGAAGCAGAGCTTACTTCGAAAGGGGAGGAGCTTTTGGCGGCTATTCTTAAGCAAGGTTATGAAGAAGCGAGACAGCAGCATATTGCCAAGTGGAAGGAAAGATGGGCAAAAGCGGATATAGAGATAAAGGGAGATAAGGAACTTCAGCAAGGCATCCGCTACAATATCTTTCAGTTATTCTCGACATACTACGGGGCAGATGCCCGTTTGAACATCGGACCGAAAGGATTTACAGGCGAAAAATACGGCGGTGCCGCCTATTGGGATACCGAGGCGTATGCCGTTCCGATGTATTTGGCGACAGCCGAGCCGGAAGTCACGAAAAACCTGCTTTTGTACCGCTATCATCATTTGGAGGCTGCCAAACGGAACGCCGCCAAGCTGGGGATGAAGGGGGCGCTTTATCCGATGGTGACGTTTACCGGAGATGAATGCCACAATGAGTGGGAGATTACGTTTGAAGAAATTCACCGCAACGGCGCGATTTGCTATGCGATCTGCAATTATGTCCAATATACAGGTGATCGCGCCTATATGGAGGAATATGGGATAGACGTTCTTGTGGCAGTCAGCAGATTCTGGGCCGGCCGCGTTCACTTTTCGAAACGAAAAAATAAGTATATGATCCACGGCGTCACAGGGCCGAATGAATATGAAAACAACGTTAACAACAATTGGTATACGAATGTCATTGCGGCTTGGACGTTGGATTATACTCTGCAAAGTCTCGAAAGGATCTCAGCGGAGAAACGCCGCCTTCTGGATGTGCAGGAAGAAGAATTGAAAGTCTGGAGAGAAATCATCCGGCACATGTACTATCCGTATAGTGAAGAACTGCAAATTTTCGTTCAGCATGACACATTTTTGGACAAAGACCTGCAATCAGTTGACGAATTAGATCCAGCTGAACGGCCTCTTTATCAAAATTGGTCATGGGACAAAATCCTCCGCTCCAGCTTTATTAAACAAGCCGATGTGCTGCAAGGCATTTATTTATTTCCTGACCGTTTCTCTATAGACGAAAAACGCCGCAACTATGAATTTTATGAACCGATGACGGTTCATGAATCAAGCTTATCGCCCTCCATTCACGCGGTGCTCGCTGCCGAATTGAGGATGGAAAAGAAGGCGCTTGAATTATATAAGCGTACAGCAAGGCTTGATCTCGACAATTACAATCGCGATACGGAGGAAGGTCTTCACATTACTTCAATGACGGGAAGCTGGCTGGCGATCGTCCAAGGGTTTGCCGGCATGCGTACTTTAAAAGGAACGCTCTCATTCACCCCATTTTTGCCGAATGAATGGGACGGTTACTCGTTCCATATCAATTATCGAAACCGCTTGATCAAGGTGACGGTCGAAGAAAGGCGCGCCATTTTTGAGCTTGTCAAAGGCGAACCGGTGTCCATCACAGTTTATGGAGAACCGATGGTGCTGAATGAACGATGTGAAAGGAGAATGCCTGATGAGTGA MINQRLFEIDEWKIKTNTFQKEYIRLQESLTSLANGYMGIRGNFEEGYSGGSHQGTYIAGVWFPDKTRVGWWKNGYPDYFGKVINAMNFIGIDVYVDGEKVDLYQNRLESFELELHMKEGILRRSAVVRIQDKTVRIKSERFLSLAVKELCAIHYEAECLTGDAVITLVPYLDGNVVNEDSNYQERFWQEKETGADYRRGHITAKTLDNPFGTPRFTVSALMENLTEGYVSQSFQTSGMYAENRFSYQNKASLKKFIVVTTSRDVQEAELTSKGEELLAAILKQGYEEARQQHIAKWKERWAKADIEIKGDKELQQGIRYNIFQLFSTYYGADARLNIGPKGFTGEKYGGAAYWDTEAYAVPMYLATAEPEVTKNLLLYRYHHLEAAKRNAAKLGMKGALYPMVTFTGDECHNEWEITFEEIHRNGAICYAICNYVQYTGDRAYMEEYGIDVLVAVSRFWAGRVHFSKRKNKYMIHGVTGPNEYENNVNNNWYTNVIAAWTLDYTLQSLERISAEKRRLLDVQEEELKVWREIIRHMYYPYSEELQIFVQHDTFLDKDLQSVDELDPAERPLYQNWSWDKILRSSFIKQADVLQGIYLFPDRFSIDEKRRNYEFYEPMTVHESSLSPSIHAVLAAELRMEKKALELYKRTARLDLDNYNRDTEEGLHITSMTGSWLAIVQGFAGMRTLKGTLSFTPFLPNEWDGYSFHINYRNRLIKVTVEERRAIFELVKGEPVSITVYGEPMVLNERCERRMPDE PGPT0018605_337 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_COMPLEX_SUGAR_UTILIZATION PLANT_DERIVED_MALTOSE_DEGRADATION,PGPT0018605-mapA-K00691 NA NA D1-12_03672 1686 malL_2 COG0366 Oligo-1,6-glucosidase 1 ATGAGTGAATGGTGGAAAGAAGCTGTCGTGTATCAAATTTACCCGCGCAGTTTTTATGATTCCAATGGAGATGGATTTGGGGATTTACAAGGCATTATCAAAAAGCTTGATTATATCAAAAGACTTGGCGCGGATGTGATCTGGCTGTCGCCCGTGTTTGATTCTCCGCAGGATGACAACGGTTATGACATCAGTGACTACAGAAACATGTACGAAAAATTCGGAACAAATGAAGATATGTTTCAGTTAATTGATGAAGTGCATCAGCGCGGAATGAAAATCATCATGGATCTGGTCGTGAACCACACGTCGGATGAACATGCCTGGTTTGCTGAAAGCCGCAAGTCGAAGGACAATCCTTACCGGGATTATTATTTTTGGAAAGACCCGAAATCGGACGGTTCTGAGCCGAATAATTGGGGATCGATTTTTTCAGGCTCGGCGTGGACGTTCGATGAAGGGACAGGACAGTATTATTTGCACTACTTTTCGAAAAAACAGCCTGATTTAAATTGGGAAAATGAAGCCGTTCGCCGGGAAGTGTATGATCTGATGAAGTTCTGGATGGATAAAGGCGTTGACGGCTGGCGGATGGATGTGATCGGCTCCATTTCCAAGCACACTGATTTTCCGGACTATGAAACAGATAACAGCCGCCCCCATATCGTCGGCCGTTATCACTCTAACGGCCCCCGCCTGCATGAATTTATTCAAGAGATGAACAGGGAAGTGCTTTCTCATTACGACTGCATGACAGTCGGAGAGGCAAACGGTTCTGATATTGAAGAGGCGAAAAAATATACGGATGCAGGCAGGCAAGAGCTGAATATGATCTTTACATTTGAACATATGGATATCGATACAGAACAAAACTCGCCAAATGGGAAATGGCAGATCAAGCCGTTTGATGTGATTGCTTTAAAACAAACAATGACAAGGTGGCAGACCGGGTTGATGAATAGCGGCTGGAATACCCTGTATTTTGAGAATCATGATCAGCCGAGAGTGATTTCCCGCTGGGGCAATGACGGTGAGCTGCGAAAACAATGTGCGAAAGCATTCGCAACGGTTCTCCACGGGATGAAAGGCACACCGTTTATTTACCAGGGAGAAGAAATCGGCATGGTCAACAGTGATATGCCGCTGGAGATGTATGACGATCTTGAAATAAAAAATGCATACCGTGAACTAGTCATCGAAAACAAAACGATGTCAGAAAAAGAGTTTGTCAAAGCCGTGATGATAAAAGGAAGGGATCACGCGAGGACGCCGATGCAATGGGATGCAGGAAAACATGCCGGATTCACAGCCGGAGACCCTTGGTTAGCGGTCAATTCCCGCTATCAAGAAATCAATGTGAAAGAATCCTTGGAAGATCAAGATTCAATTTTCTATTACTATCAGAAGCTCATTCAATTACGAAAGCAATATAAGATCATGGTATACGGAGATTATCAGCTGCTGCTGGAAGATGATCCGCAAATCTATTGTTATATCCGTAAATATCAAGGGAAAAAGCTTCTCGTCGTTGTGAATTTATCGGAAGAAAAGGCCCGGTTCGAAGCGCCTCCGGAACTGATTCATGAGCGCTGGAAAGTGCTTATTTCCAACTATCCGGAGGAGCGGGCTGACTTGAAGCGTATCAGCCTCAAACCATATGAAGCTGTGATGGGCATCAGCATATGA MSEWWKEAVVYQIYPRSFYDSNGDGFGDLQGIIKKLDYIKRLGADVIWLSPVFDSPQDDNGYDISDYRNMYEKFGTNEDMFQLIDEVHQRGMKIIMDLVVNHTSDEHAWFAESRKSKDNPYRDYYFWKDPKSDGSEPNNWGSIFSGSAWTFDEGTGQYYLHYFSKKQPDLNWENEAVRREVYDLMKFWMDKGVDGWRMDVIGSISKHTDFPDYETDNSRPHIVGRYHSNGPRLHEFIQEMNREVLSHYDCMTVGEANGSDIEEAKKYTDAGRQELNMIFTFEHMDIDTEQNSPNGKWQIKPFDVIALKQTMTRWQTGLMNSGWNTLYFENHDQPRVISRWGNDGELRKQCAKAFATVLHGMKGTPFIYQGEEIGMVNSDMPLEMYDDLEIKNAYRELVIENKTMSEKEFVKAVMIKGRDHARTPMQWDAGKHAGFTAGDPWLAVNSRYQEINVKESLEDQDSIFYYYQKLIQLRKQYKIMVYGDYQLLLEDDPQIYCYIRKYQGKKLLVVVNLSEEKARFEAPPELIHERWKVLISNYPEERADLKRISLKPYEAVMGISI PGPT0019145_642 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-GLUCOSIDASE,PGPT0019145-malL-K01182 NA NA D1-12_03673 690 yvdM COG0637 Beta-phosphoglucomutase ATGAAAGCGGTTATTTTTGATTTAGACGGAGTGATAACAGATACTGCGGAATATCATTTTCTTGCTTGGAAGCACATCGCAGAACAAATTGATATTCCCTTTGACAGGAATGTGAATGAAGGCCTGAAAGGAATCAGCCGGGAAGAGTCACTGGAAAGCATACTGATCTTTGGCGGAGCGGAAAAAAGGTTTACACATGCGGAGAAACAAGAACTGCTGCATCAAAAAAACCAATATTATCAAACGTTGATCAGCAGATTGACGCCGGAAGATCTCTTGCCGGGAATCGGCAGGCTTCTTTGTGAATTAAAAAATGAACATATAAAAATCGGGTTAGCATCTTCAAGCCGCAATGCCCGCGCGATCTTAAAACGTTTGGCGATTATCGATGATTTTCAAGCCATTGTTGACCCGGCGGCTCTTGCGAAGGGGAAGCCTGATCCCGAAATCTTTTTAACAGCTGCAGCGCTGCTCGGTGTTTCCACGGCTGATTGCGCGGCAATAGAAGATGCTGAAGCAGGAATATCTGCAATTAAATCTGCCGGGATGTTCGCGGTCGGTGTCGGGCGTGAACAGTCGATGCTTGGTGCTGATCTGGTTGTGAGGCAAACCGGTGAATTGTCGTTTGAGCTGTTGAAGGAAGAATGGAAGCAGTATAGGGGAAAGGTTTTAAAAAGCATCAGAGAGTGA MKAVIFDLDGVITDTAEYHFLAWKHIAEQIDIPFDRNVNEGLKGISREESLESILIFGGAEKRFTHAEKQELLHQKNQYYQTLISRLTPEDLLPGIGRLLCELKNEHIKIGLASSSRNARAILKRLAIIDDFQAIVDPAALAKGKPDPEIFLTAAALLGVSTADCAAIEDAEAGISAIKSAGMFAVGVGREQSMLGADLVVRQTGELSFELLKEEWKQYRGKVLKSIRE PGPT0017720_338 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION PLANT_DERIVED_GLUCOSE_DEGRADATION,PGPT0017720-pgmB-K01838 NA NA D1-12_03674 597 clpP COG0740 ATP-dependent Clp protease proteolytic subunit ATGAATTTAATACCTACAGTCATTGAACAAACGAACCGCGGAGAAAGAGCTTATGACATTTACTCCCGTCTTTTGAAGGACCGTATTATCATGCTTGGATCTGCGATTGATGACAACGTTGCGAACTCCATCGTGTCACAGCTTTTATTCCTTGAAGCGGAAGACCCTGAAAAAGATATTTCCATTTACATTAACAGCCCTGGCGGATCAATCACTGCCGGTATGGCAATCTATGATACAATGCAGTTCATTAAACCGAAAGTATCCACGATCTGCATCGGTATGGCCGCTTCTATGGGAGCATTTTTACTTGCAGCCGGAGAAAAAGGCAAACGTTACGCGCTTCCTAACAGTGAAGTTATGATTCACCAGCCGCTTGGCGGAGCGCAAGGACAGGCGACAGAAATTGAAATCGCCGCAAAACGCATTCTCTTGCTTCGCGACAAATTAAACAAAGTGCTTGCTGAACGTACCGGCCAGCCGCTTGAAGTCATTGAGCGCGATACAGACCGCGACAACTTCAAATCAGCTGATGAAGCCTTAGAATACGGCTTAATCGATAAAGTGCTGACACGCAATACAGAAGACCAGAAGTAA MNLIPTVIEQTNRGERAYDIYSRLLKDRIIMLGSAIDDNVANSIVSQLLFLEAEDPEKDISIYINSPGGSITAGMAIYDTMQFIKPKVSTICIGMAASMGAFLLAAGEKGKRYALPNSEVMIHQPLGGAQGQATEIEIAAKRILLLRDKLNKVLAERTGQPLEVIERDTDRDNFKSADEALEYGLIDKVLTRNTEDQK PGPT0014595_6771 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HEAT_SHOCK_PRTOEINS,PGPT0014595-clpP-K01358 NA NA D1-12_03675 975 degA_2 COG1609 HTH-type transcriptional regulator DegA ATGAAGCCTAACATTCATGATGTTGCGAAAATAGCGGGAGTTTCATCTACAACCGTTTCGCGGGTATTAAATAACCGCGGCTATATCAGCGAAAAAACAAAAGAAAAAGTGTACAAGGCGATGGAAGAAATCAATTACTTTCCAAACGATCTGGCCCGCTCTTTATTCCGAAAACGAACCAATTTAATAGGACTTATCATTCCAAACTCCAGCAACCCGTTTTTCGGCGAACTCGCCTTTCATATTGAAAGCATTTGTACGTCCATGGGCTACAAACTGCTGCTTTGCAACAGTTTACATCGAAAGGATAAGGAAGAAAAATATTTGGAGATGCTGATAAGAAACCAAGTGGACGGCGTGATCGCCGTGACTTACAACCGGGGAATTCTCAATTATCACAAGCAAAATCTGCCGATTGTCGCCATTGATCATTACTTATCGGACACGATTCCAGTCGTCGGCTCAGACAACTATGACGGCGGAAAAAAGGCGGCTGAACTGCTGATTGAAAAAGGGTGCCGGCACATCGTCCATCTCAACGGCCCGATTGAACTCGAAACACCGGCAAACCTCAGAAGAAAAGCATACGAAGACGTCATGCATGAACACGGACGGAAGCCTATTACATATGAAGTACCCTTTTATCAGCATTACCATGATATTATTTCAACATTATTCGATGAACAGCCTGACACCGACGGAATTTTTGCCAGCGATGATATCATGGCGGCTGCCGTGATGAACGAGGCTAAAAAACGGGGGAAAGACATCCCGAGTCAATTAAAAGTGATCGGTTATGACGGCACTGAAACCGTTCAATCGGTTCTGCCGGACTTGACAACCATCCAGCAGCCGATCGAATTGATTTCCAAAACAGCCATCGAGATTTTAGCAAAAGAAATTGAAGGCGAATTTGATGATTTGCCGCTGGAAACGTATTTGCCGATACGGCTTTTGGAAGGACGGACAACGTAG MKPNIHDVAKIAGVSSTTVSRVLNNRGYISEKTKEKVYKAMEEINYFPNDLARSLFRKRTNLIGLIIPNSSNPFFGELAFHIESICTSMGYKLLLCNSLHRKDKEEKYLEMLIRNQVDGVIAVTYNRGILNYHKQNLPIVAIDHYLSDTIPVVGSDNYDGGKKAAELLIEKGCRHIVHLNGPIELETPANLRRKAYEDVMHEHGRKPITYEVPFYQHYHDIISTLFDEQPDTDGIFASDDIMAAAVMNEAKKRGKDIPSQLKVIGYDGTETVQSVLPDLTTIQQPIELISKTAIEILAKEIEGEFDDLPLETYLPIRLLEGRTT PGPT0018830_793 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_COMPLEX_SUGAR_UTILIZATION PLANT_DERIVED_SUCROSE_METABOLSIM|DEGRADATION,PGPT0018830-scrR-K03484 NA NA D1-12_03676 1311 rafB Raffinose permease ATGTATGTGATGAATATGAAGAAGGAAGTATGCGGCTCAAAACGGCTGTTAAAAGGTCCTATTAAAGGAGCGGTGCAAATGAAAAGCTCAAAAAGTCTGTATTGGAAACTGAGTGCTTATTTCTTCTTTTTCTTTTTTACTTGGTCTTCCAGCTATTCTTTATTTGCGATTTGGTTAGGGCAGGAAATCAATTTAAACGGATCAGCGACAGGCATTATCTTTTCTGTAAACGCCGTATTTGCCCTGTGCATGCAGCCTCTTTACGGTTTTATCTCTGACAAATTGGGGCTGAAGAAAAAGATATTGTTTATGATCAGCTGTCTTCTCATATTCACGGGTCCGTTTTATATCTTCGTCTATGGACCGCTTTTACAATACAACGTCTTTCTTGGCGCCGTTGTCGGAGGCTTATATTTGGGAGCCGCTTTTTTGGCGGGGATAGGCGCGATTGAAACGTACATTGAAAAGGTCAGCCGTAAGTATGATTTCGAGTATGGAAAATCAAGAATGTGGGGCTCGCTGGGCTGGGCGGCGGCTGCATTTTTTGCAGGTCAGCTTTTCAATATCAATCCCAATATCAACTTCTGGATCGCGTCTGTTTCAGCCGTCATATTAACGGCCATCATCATGTCTGTAAAAATTGAAATGACCGATCATGAGAAAAACAGAGCGGATTCGGTCCGGTTAAAAGATGTGGGGCGGCTCTTTTTACTAAGAGATTTCTGGTTTTTTATGATGTACATTATCGGGGTGACTTGCATTTACGGTGTATATGATCAGCAGTTCCCGATCTACTATGCGTCTTTGTTTCCTTCAGTGTCGACGGGTAACCAAGTATTCGGCTACCTTAATTCATTCCAAGTGTTTTTGGAGGCCGGCATGATGTTTCTTGCGCCTTTTATCGTCAATAAGTTCGGGGCGAAAAACAGTTTGATTTTAGCGGGGTTTTTAATGGCTTTCCGCATCGTCGGGTCGGGAATTGCAGTTGAGCCTGTAGGCATTTCATCAATGAAACTCATCCACGCACTGGAATTGCCGATTATGCTGATCGCTGTTTTTAAATATTTGGCTGCCAATTTTGATACGCGTCTGTCGTCCGTCCTTTATCTCGTCGGTTTTCAATTCGCATCTCAGGCAGGCGCGTCGATTCTGTCGCCGCTTGCGGGAGGATTATATGACAGTGCGGGGTTCCGTCAAACCTATCTCATCATGGGAATCGTCGTCTTCGGTTTTACCGTCATCTCCATATTTACTTTATTGGGCCCGAAACAAAACAGCAGGCGTGTCCAGCGTCTGCAAAAAATCGGATAG MYVMNMKKEVCGSKRLLKGPIKGAVQMKSSKSLYWKLSAYFFFFFFTWSSSYSLFAIWLGQEINLNGSATGIIFSVNAVFALCMQPLYGFISDKLGLKKKILFMISCLLIFTGPFYIFVYGPLLQYNVFLGAVVGGLYLGAAFLAGIGAIETYIEKVSRKYDFEYGKSRMWGSLGWAAAAFFAGQLFNINPNINFWIASVSAVILTAIIMSVKIEMTDHEKNRADSVRLKDVGRLFLLRDFWFFMMYIIGVTCIYGVYDQQFPIYYASLFPSVSTGNQVFGYLNSFQVFLEAGMMFLAPFIVNKFGAKNSLILAGFLMAFRIVGSGIAVEPVGISSMKLIHALELPIMLIAVFKYLAANFDTRLSSVLYLVGFQFASQAGASILSPLAGGLYDSAGFRQTYLIMGIVVFGFTVISIFTLLGPKQNSRRVQRLQKIG PGPT0016855_575 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_LACTOSE_TRANSPORT,PGPT0016855-lacY|MFS_transporter|OHS_family|lactose_permease-K02532 NA NA D1-12_03677 1470 sacA Sucrose-6-phosphate hydrolase ATGGATAGAATTCAGCAGGCGGAAGAAGCTTTGAAGGAAGCCGAGGGTAAAGTGAAACAAAGATATCGATTGGGGTACCATATTATGCCCCGGGCGAATTGGATCAATGATCCGAACGGACTTATTCAGTTTAAAGGAGAATACCACGTCTTTTTTCAGCATCATCCGTATGATGAGCATTGGGGGCCGATGCATTGGGGACATGTAAAAAGTAAAGATCTCATTCATTGGGAGCACCTGCCGGTTGCCTTAGCTCCGGGGGATGAATTCGACCAAAGCGGCTGTTTTTCGGGAAGCGCGGTCGATGATCATGGAAGATTGGCCCTCATCTATACAGGACATAATATAATTGATCAAGAGAAAGACCTATTCTATCAAACTCAAAATATCGCTGTCAGCCAAGATGGAACCGTGTTTGAAAAGCTTCAGGAAAACCCCGTTATTGCGGAACCGCCGGAAGACAGCGCCCGTCATTTCCGCGATCCGAAAGTATGGAAGCATCGCGATGTTTGGTATATGGTCATCGGCAACTCCTCAAAAGAAAACGTCGGACGGGTCGTTTTATACCGTTCACCTGATTTGCGTGATTGGGAATACGCGGGGGTTCTCGCCCAAAGTGACGGTAATCTCGGCTATATGTGGGAATGTCCTGATTTCTTTGAATTAGGCGGCAAACATGTCCTGCTGATTTCGCCCCAGGGGATCGAGGCGGACGGTGATTCCTATCAAAATTTACATCAAACCGGTTATTTAATCGGTGACTATCATGATGAAACAAACAAATTTACACACGGCGCTTTTAAAGAACTGGATCACGGCCATGACTTTTACGCCGTGCAAACATTATTAGATGATAAAGGACGCAGAATTGCCATCGGCTGGATGGATATGTGGGAATCTGAGATGCCGACAAAAGCGGACGGATGGTGCGGTGCACTGACTTTGCCGCGAGAACTGACTTTGCGTGATGATCATAAACTTTTGATGAATCCCGTGGAAGAAACCAAGCAGCTGCGGAAAATGGAATATCGGGAATGTGCCGGACGATCGGTTTCAGGGAGTTACTTGGCAAAGACGTCCGAAGACCTGCTTGAAGTCCGAGTCGTGTTTGATATAAACGATTCTGATGCCGAAACGGCAGGTTTTAAGATTCGCGGCCTTGACGAAGAAGAACTTGTGCTGACATACAATCTGACGGATAAAAAGCTGACACTTGATTGCACCAAGATGGGGAAAGCGAAAGACGGTGTGAGAAGGGTGCAGACGGATACAAACGGCAAGCTGGCGCTGCGTATCTTTATTGACAGATCCTCGATTGAAGTATTCGCCAATCATGGAGAAACAACGATGACAAGCCGTATCTATCCGAATGAAGGCAGATTGGGGATTGAGCTGTTTTCTGAGAAAGGCGCCGTAAAGGTTGAGGAATTCACCTATTGGACGTTAAAGGACATTTGGAAAAAAAGCTGA MDRIQQAEEALKEAEGKVKQRYRLGYHIMPRANWINDPNGLIQFKGEYHVFFQHHPYDEHWGPMHWGHVKSKDLIHWEHLPVALAPGDEFDQSGCFSGSAVDDHGRLALIYTGHNIIDQEKDLFYQTQNIAVSQDGTVFEKLQENPVIAEPPEDSARHFRDPKVWKHRDVWYMVIGNSSKENVGRVVLYRSPDLRDWEYAGVLAQSDGNLGYMWECPDFFELGGKHVLLISPQGIEADGDSYQNLHQTGYLIGDYHDETNKFTHGAFKELDHGHDFYAVQTLLDDKGRRIAIGWMDMWESEMPTKADGWCGALTLPRELTLRDDHKLLMNPVEETKQLRKMEYRECAGRSVSGSYLAKTSEDLLEVRVVFDINDSDAETAGFKIRGLDEEELVLTYNLTDKKLTLDCTKMGKAKDGVRRVQTDTNGKLALRIFIDRSSIEVFANHGETTMTSRIYPNEGRLGIELFSEKGAVKVEEFTYWTLKDIWKKS PGPT0018815_1700 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-FRUCTOFURANOSIDASE,PGPT0018815-sacA-K01193 NA NA D1-12_03679 312 hypothetical protein ATGCCGACATTAGACGAACTTTTAGAACACAAGGACGACCCGATGAAGAAAAGGCTGCAGCGGCAGATGCTGAAAACAGGGATGACGCAGGCAGCGGGGACAAAATTGGAGACAGTGCGCCGAACGCTGAAACCGACATTCGAAATGGATACGTTGAAAGATGAATTATATGAAGTGTATTCAGCACTATTGAACAGCTTTGAAGGCAAGGCGCAAAAAGCTCTCGCGCAGCGGATCAGTGAAAGTGCGCGGCTGATTGCCGGCACCGAACATAACAGAGACACATTCGTTAACAGTTTCAAAACAAGATAA MPTLDELLEHKDDPMKKRLQRQMLKTGMTQAAGTKLETVRRTLKPTFEMDTLKDELYEVYSALLNSFEGKAQKALAQRISESARLIAGTEHNRDTFVNSFKTR NA NA NA NA NA D1-12_03680 1428 hypothetical protein ATGCCAAAAGGAAAAGAAATAACCGTCTCTAATGTCACAGATAAAGAATATTACCGTTTGAGTCAAGCAGCTTACCATTATAAAATGTTAGCCCTGCATATGAAATATAAAACTCCTTATAAAATAAGTAAGACGTCATATTGGTACGTTGAGAAAGTGAAGCAGGATTCTGATACGGGTCTTGATGCCTTTGTATTCTCAAAAGGCATCAAGTCCAAAAACGGTAAATGGATAAAATCAAAAAACCCCGAAAACGTGGTCGTCGCCTTTGCGGGAACTGATATCGCAAAAGACCCGATCAATGACGGCGTAAAAGCGGACGGCGGGAACATTGTTTTTGGAAGCGACCCCAAAAAAGAAGCTCATTATATCGTTGAAAAGGACGCGAAGGATACGTCTAAAACACTCGGAAAATATAACGGCACACCTTCTCAAGACGCCATGCTCACAACCGGAAAGTATAAGCTGATGACGAAAACATCGCAAATTGATCAAGCCGATCAGCTGGTACGCAGCGTAAAGAAAAAGTATGCCGGAACGTCAACGATTATTTCAACAACCGGCCATTCACTCGGCGGCGCTGAGGCCGAATACAGCGCGGTGAATAATGATGTGTATGCCGTCGCGTTTAACAGTCCTTCCGTCGTGAAGCTGCACGATGAAGAAACACAGAAAGAGATCAACAGCGGCATATATGATCCTTACATCCGGTCAATTATCAATCCGGACGACATGGTCGGGGCAGGTTATTGGAACGAATATGACCGCCACAACGGGACAACGATTTACACGAAAAACCCCTCTCTCTCACAGTTCAGCCGAAAGCAGCGGCTTGATGGGAAATTGAGCGAGCAGATCGGAAAAAATCTCGCTTATTTCTTCACTACCGTCATTCTGAGAAATCCGGATACACACGGCTTAAACGAAGCAAATTTCGTGTTCGACAGAAACGGAAATATCGCAAATCCGAACGGAGATGAATTAGTCTTTGATAAAAACCTCGGCGCTCTTCTGCCGGCCGGTGCAATCGGAAGCGCAGATACAATAAAAGTAACGCCGACAAACGCAAAGAAGCTGGCTGAAAAGGTGCAGGCAATGACTGAGGATTTGCGGACGATGAAAAAAGAAGCGCAAAACGCCTATCAGGAGCACGATGAAAAAATTGCCGAACTGAAAACAGAATTCTACGGTCAAGTCGGACACGGCTTGTATGATCAGCTTCAAGCACAGGACGTGACCAATACCATTGAAGATATTGCGCTATCTTACGATAAAGGCCCGATTTTTTATGACACTCAGGCTGAGCAGGCGTTTATTGATTCTTTGCAGGCAGCGATCACAGACCTTGAAGAGATCGGCGGATTCTTACATAAAATAGCAGACGAATTTCAGGAAAAAGACCAGATGCTCGCAAACTGGTTAAGATGA MPKGKEITVSNVTDKEYYRLSQAAYHYKMLALHMKYKTPYKISKTSYWYVEKVKQDSDTGLDAFVFSKGIKSKNGKWIKSKNPENVVVAFAGTDIAKDPINDGVKADGGNIVFGSDPKKEAHYIVEKDAKDTSKTLGKYNGTPSQDAMLTTGKYKLMTKTSQIDQADQLVRSVKKKYAGTSTIISTTGHSLGGAEAEYSAVNNDVYAVAFNSPSVVKLHDEETQKEINSGIYDPYIRSIINPDDMVGAGYWNEYDRHNGTTIYTKNPSLSQFSRKQRLDGKLSEQIGKNLAYFFTTVILRNPDTHGLNEANFVFDRNGNIANPNGDELVFDKNLGALLPAGAIGSADTIKVTPTNAKKLAEKVQAMTEDLRTMKKEAQNAYQEHDEKIAELKTEFYGQVGHGLYDQLQAQDVTNTIEDIALSYDKGPIFYDTQAEQAFIDSLQAAITDLEEIGGFLHKIADEFQEKDQMLANWLR NA NA NA NA NA D1-12_03681 315 hypothetical protein ATGAGAAAATACATTATTATCCTAATTGTTATAATTATAGCAGTGGGAGGGTTTTTCGTGAAGCGTCAATATGATAAACATAAAAACGAAGAAAAACTTGTGATTGAGGCGCAAGAGCACATGAAGAATTACTTAAAAAAAGACTATAAAAATGTAAAGGAAGTTCATTTTTCAAAAGACTACAATATCGATCCGACAGGCGGAGTTGAAGTTTCAGGCTACATAAATAATAATAAAGAAAAAGAATTTTCCGGTATATATGATCCAACGAACAAGGAGATAGGTATTTCAGTGGTCAATGCCGAAGAAAGGTAA MRKYIIILIVIIIAVGGFFVKRQYDKHKNEEKLVIEAQEHMKNYLKKDYKNVKEVHFSKDYNIDPTGGVEVSGYINNNKEKEFSGIYDPTNKEIGISVVNAEER NA NA NA NA NA D1-12_03682 345 hypothetical protein ATGAAAAAGAAAAAGTACATAATTATCCTTATTTTAATAATTATAGCAGTTGGGGGACTTTTTATGAAGCATCAGTATGATCGAAAGGAAAAAGAGATTGCGTTATTCGAAGAAGCCCAGAATCATATGAAAAAGTTTTTAACAACGAACTATAAAAATGTGAAAGATATCCATTTTTCTGAGGATTACTATATTAACCCAATGGGCGGTATTAGTGTTAAGGGTTATACTAATGGAAAAAAAGAGTTTGAAGGTCTATATGACCCAGGCAATAAAGAAATATTGTCATATACGGTTGATGCCGAACCAAAAGAAGAATGTAAAGATAAGCTTTGTACAAGATAA MKKKKYIIILILIIIAVGGLFMKHQYDRKEKEIALFEEAQNHMKKFLTTNYKNVKDIHFSEDYYINPMGGISVKGYTNGKKEFEGLYDPGNKEILSYTVDAEPKEECKDKLCTR NA NA NA NA NA D1-12_03683 201 hypothetical protein ATGAAGGAGAAGGGAATTCAAAGCCAGAAGGAATTGGCTGATTTAGTTGGTTCAACTGAGGTTATGATAAGCAGATTTAAAACAAATACAAGATATGATATCACAACACTATTCATTATTAACAGAGGATTAAAAAATGTACCTATGAAAAATTTGTTTTATGTCCAGGAGATTAGAGGAAGAGCAATACAACAAAATTAG MKEKGIQSQKELADLVGSTEVMISRFKTNTRYDITTLFIINRGLKNVPMKNLFYVQEIRGRAIQQN NA NA NA NA NA D1-12_03684 348 hypothetical protein GTGAAGAAATACATGATTGTCCTGATATTTGTAATAACTATAGCGTCAGGAAGTATCTACATGAAGTACCAACATGATAAAAAAGAAGCAGAACAAGAACTTTTTATCCAAGCGAAAAATAAAATGGAAAGCTTTATAAAAGCTAATTACAAAAATATAAAGCAAATTACATACATTAACGATTATAAAATAAATCCTATGGGTGGTATTTCCGTGAAGGGATACTTGAATGGTAATAAGGAAAAAGAATTTTTCGGACTTTATGACAAAACGAATGATGAAATAGGAGTTTCGTCAGTCGATGCTGAAGAGAAACCCGAATGTCAGGAAAAAGAATGTGAATACTAA MKKYMIVLIFVITIASGSIYMKYQHDKKEAEQELFIQAKNKMESFIKANYKNIKQITYINDYKINPMGGISVKGYLNGNKEKEFFGLYDKTNDEIGVSSVDAEEKPECQEKECEY NA NA NA NA NA D1-12_03685 285 hypothetical protein ATGAAGAGTATGAATGATAAAAATGTTCAGGCTGAAGAGATAAAGATTGCTCAAGAACGAATGGAGAAATTTACCAAAGCGAATTATGAAGGAATACATAACGTTACATTTAAAGATAAATACGAAATAGATCCAATGGGCGGGATAGAGGTATTTGGCTATTACAACGGTGATACATCGAATAAATTCGATGGTACTTACGATAAGGCAAATGACAAGATCATGGGGCACTCAATAGACGCTGTAAGAAAGAAAGAATGCAGAGATAAAGATTGCGATTACTAA MKSMNDKNVQAEEIKIAQERMEKFTKANYEGIHNVTFKDKYEIDPMGGIEVFGYYNGDTSNKFDGTYDKANDKIMGHSIDAVRKKECRDKDCDY NA NA NA NA NA D1-12_03686 456 hypothetical protein TTGAAGGAACCTTCTTTAAAAAAAGTGATGTCTCTGCAGATTGAAGTGGATGAACCGATCGTTGCGGGGCAGACTGGATTAGGGAAAAGGCAGTTGATTCCGATACGGGGCGGAACGGTCAGCGGCGCCGTAAAGGGACGTGTTCTTCCGGGCGGGGCAGATGCCCAGATCATCCGTCCGAACGGCCGGGTTGATCTTTCTGCCAGATATGCGCTGGAGACGGAGGAGCATGAAGTCATCTATGTAGAGAACAACGGCATCCGCCAAGTCAGTGAACCGTTCCGCCAACAGGCTGCAGAGGGGCGCATCATTGATCCCGAGCACGTGTATTTCCGCACTGTGCCTGTGTTTGAAACAAGCAGTGAGGCATATCAGTTTCTGCAGGACCGGCTGTTTATCGGGGCTGCGGTCAGATTGCCGGATGACATTCGGTTAGATATTTATGAAGTTCAATAA MKEPSLKKVMSLQIEVDEPIVAGQTGLGKRQLIPIRGGTVSGAVKGRVLPGGADAQIIRPNGRVDLSARYALETEEHEVIYVENNGIRQVSEPFRQQAAEGRIIDPEHVYFRTVPVFETSSEAYQFLQDRLFIGAAVRLPDDIRLDIYEVQ NA NA NA NA NA D1-12_03687 489 padC COG3479 Phenolic acid decarboxylase PadC ATGGAAAACTTTATCGGAAGCCATATGATTTACACGTATGAAAACGGCTGGGAGTATGAAATCTATATTAAAAATGATCATACGATCGACTATCGGATTCATAGCGGAATGGTAGGCGGCCGCTGGGTGCGCGATCAGGAAGTGAATATCGTCAAGCTGACAGAAGGCGTATACAAAGTGTCATGGACTGAACCGACAGGCACAGACGTTTCCTTAAACTTTATGCCGAATGAAAAACGGATGCACGGAATTATTTTCTTCCCGAAATGGGTGCATGAGCATCCGGAAATCACGGTGTGCTACCAAAATGATTACATTGACGTGATGAAAGAGTCACGTGAGAAATATGAAACATACCCGAAATATGTCGTTCCCGAGTTTGCGGATATTACGTATCTCAACAATGCGGGAATCAATAACGAAACATTGATTTCAGAAGCGCCGTACGAAGGAATGACCGATGATATTCGCGCAGGAAAATTAAAATAA MENFIGSHMIYTYENGWEYEIYIKNDHTIDYRIHSGMVGGRWVRDQEVNIVKLTEGVYKVSWTEPTGTDVSLNFMPNEKRMHGIIFFPKWVHEHPEITVCYQNDYIDVMKESREKYETYPKYVVPEFADITYLNNAGINNETLISEAPYEGMTDDIRAGKLK PGPT0019910_250 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AROMATIC|PHENOLIC_COMPOUND_UTILIZATION PLANT_DERIVED_BENZENE|PHENOL_DEGRADATION,PGPT0019910-pdc-K13727 NA NA D1-12_03688 519 paiA COG0454 Spermidine/spermine N(1)-acetyltransferase ATGAGTATTCAATTAAAAAAGTGCAGCCTTAACGATATTACAGAGCTCCGGGAGATAAGCATTGAAACATTCAATGATACATTTAAGGATCAAAATTCACCTGAAAATATGAAAGCTTATTTGGAAAATGCATTCCGCTCTGAACAGCTGAAAAAGGAATTATCCAATCTGTCTTCTCAATTCTATTTTGTTTATTATCGTGATGACCTTGCGGGGTATATAAAAGTCAACATGAACGAAGCACAGTCAGAAAAAATGGGGGAAGATTCTCTTGAGATTGAGAGAATTTATATAAGAAAAAACCATCAGAAACACGGGCTTGGCAAATATCTGCTGAATGAAGCTGTGAAAATCGCAACAGCACACAATAAAAAGAACATCTGGCTGGGCGTATGGGAAAAAAACGAAAATGCAATCGCCTTTTATCAAAAAATGGGGTTTGTCCAAACCGGAGAACACTCTTTTTATATGGGGGATGATAAACAAGTCGACTTTATCATGACCAAAACCCTCTCGTAA MSIQLKKCSLNDITELREISIETFNDTFKDQNSPENMKAYLENAFRSEQLKKELSNLSSQFYFVYYRDDLAGYIKVNMNEAQSEKMGEDSLEIERIYIRKNHQKHGLGKYLLNEAVKIATAHNKKNIWLGVWEKNENAIAFYQKMGFVQTGEHSFYMGDDKQVDFIMTKTLS PGPT0007785_36 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-OXIDATIVE_STRESS_SIGNALLING,PGPT0007785-paiA-K22441 NA NA D1-12_03689 630 hypothetical protein GTGAAATATGTTTTTTATGTTTTAGGAATCATGATCTTGACCTTTGGTATTTCTGTCACGATTCAATCAGATCTTGGAACGTCGCCTTTTGATGCGCTTATTGTGGGATTGTCCGTCCATGCAGGGCTTACCGTGGGAAGCTGGGAAATCATCATCGCTTTCCTGTTAATTTGCTGTAATTCAATGTTAAAAAGGCAAAGGCCGGAATTTTCAGGGATGATTACGGCGTTTATAACGGGAATCGGGATTGATATGTGGCTTTTTTTTCTGCATCGAGTCATAACGCCTGAACTATGGTACGGAAAAGCGGGCTGTTTTGCAATCGGTTTAGTTGTGATAGGGATAGGAACCGCAACCTATCTGCACACAAATTTCGCCCCGATCCCGGTTGATCGGTTAACGTTAATTGTCCGCGATTTAACCGGGAGAAGCATCTTTTTTTCAAGAACGGTCATTTACTTCATATTTTTCATACTGGCCGTGATGCTAAAAGGTCCGGTAGGCATCGGAACGTTATTAACCGTTTGTTTAGGCGGGATCATCCTTCATTTCTTTATGCCGATTACCGGAAGATGGATAGACGGCATATTAACAGCATCTCCAAAGCAGGAAGAAACGAAAACCCGGTAG MKYVFYVLGIMILTFGISVTIQSDLGTSPFDALIVGLSVHAGLTVGSWEIIIAFLLICCNSMLKRQRPEFSGMITAFITGIGIDMWLFFLHRVITPELWYGKAGCFAIGLVVIGIGTATYLHTNFAPIPVDRLTLIVRDLTGRSIFFSRTVIYFIFFILAVMLKGPVGIGTLLTVCLGGIILHFFMPITGRWIDGILTASPKQEETKTR PGPT0026395_828 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_RELATED_GENES CE-BIOFILM-SURFACE_PROTEIN,PGPT0026395-yczE|yyaS-K07149 NA NA D1-12_03690 531 IS1595 family transposase ISCac2 ATGAGCGGTCAAAGAAAGCTCGTTTTTTACGGAGCTGTCAGCGCAGATGGCTATCTTGCGCGGGAAAATCACTCTTTAGATTGGTTAATCGGAACTGAAGGTGAAGACGGCACCGATTATGAAGCTTTCTATGAATCTGTCGATACGATTATCATGGGCAGAAAAACATACGAGGACATATTGGTTTTATTGCCTGAGGAATTTCCGTACAAAGGTAAAGAATGCTATGTGTTTTCGCGGACATTGACCGGGCGTACTGAACATGTGCGGTTTATTCATGAAGAGCCTGCCGATTTTATAAAAGCATTGAAACGCCAAGAAGGCAAGCGGATTTGGATTGTCGGCGGGAGTGATCTGCTGCACCCGGTTTTGGAGGAAAAACTTGTCGATGAGTTTATCATTCAGATCGCCCCCGTTCTGCTCGGCCGCGGAATTTCTTTGTTTAAACCCGGAGACCGGGAGACAGGACTGAAGCTGACTGATGTCAGGCGTTACAAACAATTTGCGGAGTTGCATTATGAAGTGAGATAA MSGQRKLVFYGAVSADGYLARENHSLDWLIGTEGEDGTDYEAFYESVDTIIMGRKTYEDILVLLPEEFPYKGKECYVFSRTLTGRTEHVRFIHEEPADFIKALKRQEGKRIWIVGGSDLLHPVLEEKLVDEFIIQIAPVLLGRGISLFKPGDRETGLKLTDVRRYKQFAELHYEVR NA NA NA NA NA D1-12_03691 201 hypothetical protein ATGGAGAAATCAAGTATTATCGGCACAGCTGCCGTTATAATCGGGGCGCTTATGACCTTAGTTTCTTTTATCTTCCTGCGCGACACTGTTTTCTATGCCGTGAGGTGGATAGGGGTTGTTATCATGGTTGCAGGATTTTCATGCGGTCCGGCCCACACCATTTCAAAACATAAAAACAAACATGAAAAAGAAACCCGGTAA MEKSSIIGTAAVIIGALMTLVSFIFLRDTVFYAVRWIGVVIMVAGFSCGPAHTISKHKNKHEKETR NA NA NA NA NA D1-12_03692 1449 pnbA COG2272 Para-nitrobenzyl esterase ATGACAAAACTTACCGTTCAAACCCGCTGCGGCGCACTGAAAGGAACTGCCGGCCGCGGTGCCCGCACATGGAAGGGCATACCGTACGCGAAGCCGCCCGTCGGAGAGCTGAGATTTAAAGCGCCGGAGCCGCCCGCACCTTGGGACGGCGTAAAACATGCCGATTCGTTCGGACCGGTTTGTCCGCAGCCGGATGATATGCTGTCCATATCGTTTTCCGGGGATATACCGCCTCAATCTGAAGATTGCCTTTACCTCAACGTTTTCGCCCCCGATTCAGAGGGCGAAAAAAAGCCTGTCATGGTATGGATACACGGCGGGGCATTTTATTTAGGTGCCGGAAGCGAACCGCTTTACGACGGATCTGCCCTTGCCGCTGACGGAGATGTCATTGTCGTGACACTCAATTACAGGCTCGGACCGTTCGGCTTTTTACATTTATCTTCTATTCATGACGCGTATTCCGCCAATATCGGGCTGCTCGATCAGGTCGCCGCGCTGCGCTGGGTGAGGGACAATATCTCCGAATTCGGAGGAGACCCGGATAACGTCACGATATTTGGTGAATCGGCAGGCGGCATGAGCATCGCTGCGCTTATGGCAATGCCTGACGCAAAAGGCCTGTTTCATAAAGCCATTTTAGAAAGCGGCGCCTCTCATACGATCCCGGCGGACATGGCAAAAGACATCGCGGCGGCATTTATTCATGAAGCCGGCACTGATCAATTGCAGGAGCTTTCCGTTAATGACCTGCTTAAGACTGCGGATAAAGTGCGGCGCTCACTGGATCAAAACATTTTTCAGCTTTTGTTTCAGCCCGCCATCGATCCGGCCACATTGCCTGCGGAACCGGTGAAAGCCATAGCTGACGGGGCCGCAGAAGGGATACCTATGATCATCGGAACCAATCGTGATGAAGCATATTTGTTTTTCACCCCTGATACAGACATTCATTCCGAGAAAAAGCAGCAAGATTATTTGCATTATCACCTCGGAGAAAACTGCACCGAGCAAGCGGCAGATTTATATCCGCATTCATTAACGGGACAAATCGATATGATGACGGATCTGATTTTCTGGCGGCCGGCTGTCGCTTTCGCACAAGGACAGTCGCAGCACGCACCGGTCTGGATGTACCGCTTTGATTGGCATGGCGAAACACCGCCGTTTCATAAAGCCGTTCACGCTCTGGAATTGCCGTTTGTGTTCGGAAACTTTGATTCTTTGAGAAAGACGCTGCAAGAACCGCTCGGTGATGACGCAGAACAGCTTTCCAAACAAATCCAATCCGCATGGCTCGCTTTTGCAAAAACCGGAAACCCGAACACCTCTCACTTCAATTGGCCTGAATATGAAACCGATTCACGCGAAACTTTGCTTCTCAACACGGATACCGCTGTCGAAAGTGATCCCGATTCAGCAAAACGCCGCATCCTGTTTCAAGCATAA MTKLTVQTRCGALKGTAGRGARTWKGIPYAKPPVGELRFKAPEPPAPWDGVKHADSFGPVCPQPDDMLSISFSGDIPPQSEDCLYLNVFAPDSEGEKKPVMVWIHGGAFYLGAGSEPLYDGSALAADGDVIVVTLNYRLGPFGFLHLSSIHDAYSANIGLLDQVAALRWVRDNISEFGGDPDNVTIFGESAGGMSIAALMAMPDAKGLFHKAILESGASHTIPADMAKDIAAAFIHEAGTDQLQELSVNDLLKTADKVRRSLDQNIFQLLFQPAIDPATLPAEPVKAIADGAAEGIPMIIGTNRDEAYLFFTPDTDIHSEKKQQDYLHYHLGENCTEQAADLYPHSLTGQIDMMTDLIFWRPAVAFAQGQSQHAPVWMYRFDWHGETPPFHKAVHALELPFVFGNFDSLRKTLQEPLGDDAEQLSKQIQSAWLAFAKTGNPNTSHFNWPEYETDSRETLLLNTDTAVESDPDSAKRRILFQA PGPT0030515_2385 PUTATIVE PGPT PUTATIVE_PGPTs PUTATIVE_FUNCTIONS PUTATIVE_FUNCTIONS-1 PUTATIVE-TANNIN_DEGRADATION PUTATIVE-TANNIN_DEGRADATION-1,PGPT0030515-pnbA-K03929 D1-12_03693 456 hypothetical protein ATGATTGGAAGAATAATTCGTTTATACCGCAGAAGAAAAGGCTACTCTATTAATCAGCTAGCAGTTGAAGCAGGTGTCTCTAAATCTTATTTAAGCAAGATAGAACGGGGGGTTCACTCAAATCCGTCCATCCAATTTCTGAAAAAAGTATCCGCCACCCTTCAGGTCGATCTGACGGAGCTTTTTGATGCCGAAACGATGCTGCATCAGATGGGAGACACAGAAGATGAGTGGCGCATCCACCTTGTGCAGGCCGTGCAGTCGGGCATGCCGAAAGAAGAACTGTTCACCTTTACGAACAAACTGACTGAAAAACGGCCGGAGCCCGCACCCTACCGCAACAGAAAACTGACTGAATCCAACATTGAAGAATGGAAAGCGCTGATGCAGGAAGCAAAAGAACTCGGCTTGTCCGTTCAGGAAGTCAGATCATTTTTAGAACGGAAGCGTTACTGA MIGRIIRLYRRRKGYSINQLAVEAGVSKSYLSKIERGVHSNPSIQFLKKVSATLQVDLTELFDAETMLHQMGDTEDEWRIHLVQAVQSGMPKEELFTFTNKLTEKRPEPAPYRNRKLTESNIEEWKALMQEAKELGLSVQEVRSFLERKRY PGPT0026290_2 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0026290-slrR-K19417 NA NA D1-12_03694 708 ywqC_2 COG3944 putative capsular polysaccharide biosynthesis protein YwqC ATGAATGAGAATATGAGTTTTAAAGAATTATTTGACATTATTAAACACAGACTTTTACTGATTTTTATCATGACAGCAGTTGTAACGCTGGTGACGGGATACATCCAATTCCGGGTGATTTCGCCCGTTTATCAGGCATCGACCCAAGTGCTCATTCATGAAACAAGCGGTGAAAAAAATTCGAATCTCAGCGACGTTCAGCTGAATCTTCATTACAACAATACGTTTCAAACGATAATGAAAAGCCCGGTTGTGCTTGAGAAAGTGAAACAGAAGCTGCATCTTTCTGAGACGGCATCCGCTTTAAAAGCAAAGATCACGACAAGCAGCGAAACCGATTCAGAGATCATTACCGCAGCGGTGCAGGACGAGAATCCGAAACAGGCCGCCGCTATAGCGAACACGCTGATGAAGACATTTAAAAAAGAAGTCCGTGACAGGATGAATATAAAAGGCGTCATTGTTTTGTCCGAGGCAAAAGCATCGGAAAGTCCGATGGTCAAGCCTTCGCGCATCAGGAATATCATGATGGCGTTCGGTGCGGCTCTCATGGCGGGTGTGACGCTTGCGTTTTTTCTCCACTTTCTTGATGAAACCGTTAAAAGCGAGCGGCAGCTCAGCGAAAAAACAGACTTGCCTGTTTTAGGGGTTGTGTATGACATCAAAAATCAGCAGACACGGTCTGATGAAAAACATTTCGGGGAGTGA MNENMSFKELFDIIKHRLLLIFIMTAVVTLVTGYIQFRVISPVYQASTQVLIHETSGEKNSNLSDVQLNLHYNNTFQTIMKSPVVLEKVKQKLHLSETASALKAKITTSSETDSEIITAAVQDENPKQAAAIANTLMKTFKKEVRDRMNIKGVIVLSEAKASESPMVKPSRIRNIMMAFGAALMAGVTLAFFLHFLDETVKSERQLSEKTDLPVLGVVYDIKNQQTRSDEKHFGE NA NA NA NA NA D1-12_03695 681 yveL COG0489 Putative tyrosine-protein kinase YveL TTGGGATTCAGAAAAAAGAAATCAAGAAGGGGACTGGCTCAAATATCCGTTTTACATCACAAATCATTGGTGGCTGAACAATACCGCACCATTCGGACAAATATTGAGTTCTCCTCTGTTCAGACCCATTTGCGCTCCATTCTCGTCACTTCCTCCGTTCCGGGAGAAGGAAAGTCATTCAGCGCCGCCAACCTTGCCGCGGTATTTGCGCAGCAGGAAAAAAAGGTGCTGCTCGTCGATGCGGATTTACGAAAACCGACGATACACGAGACCTATCAGCTTGAAAATGTACAAGGCCTTACGAATGTGTTAGTCGGAAACGCTTCCCTCGGCGAAACGGTGCAAAAAACGCTGATTGATAACCTTTACGTCTTAACGAGCGGGCCGACGCCGCCGAATCCGGCTGAGCTTTTATCTTCAAAGGCGATGGGAGAGCTGATTCAGGAGATGTACAGCCGGTACAGTCTGGTTATTTTCGATTCACCTCCGCTTTTGGCGGTGGCGGACGGACAGATTTTAGCGAACCAGACAGATGGAAGCGTTCTCGTCGTCTTGAGCGGAAAAACGAAAATGGATACCGTCCAAAAGGCGAGAGACGCGCTTCAGCAGTCTAAGGCAAAGCTTTTGGGGGCGCTGCTGAATAAAAAGAAAATCAAAAAAACAGAGCACTACTCGTATTGA MGFRKKKSRRGLAQISVLHHKSLVAEQYRTIRTNIEFSSVQTHLRSILVTSSVPGEGKSFSAANLAAVFAQQEKKVLLVDADLRKPTIHETYQLENVQGLTNVLVGNASLGETVQKTLIDNLYVLTSGPTPPNPAELLSSKAMGELIQEMYSRYSLVIFDSPPLLAVADGQILANQTDGSVLVVLSGKTKMDTVQKARDALQQSKAKLLGALLNKKKIKKTEHYSY PGPT0026560_539 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-EXOPOLYSACCHARIDE_TRANSPORT CE-EPS-EXOPOLYSACCHARIDE_TRANSPORT-1,PGPT0026560-exoP|vpsO-K16554 NA NA D1-12_03697 1818 pglF COG1086 UDP-N-acetyl-alpha-D-glucosamine C6 dehydratase TTGACTTACCGGAGAAGACTTTCAATGATTTTTGCATTGGATACGTATCTCGTTTTACTTTCCGTTGTTATAGGATATCAATTTTTTGAGGATTCTTATCACTTTTATGACTCCGGAGCGTTGCTGCTGACCGCCGTGAGCATGCTGATCAGCCATCATGTATGCGCTTTTATGTTTCACCAGTATAAGCAGGTATGGACGTATACGGGAATAGGCGAGCTGCTTGATCTGCTGAAGGGGATCACGCTGTCCGCAGCTGTGACAGCCGCCGTCCAATACGGGGTGTTCCACACGATTTTATTCCGGCTTTTAGCCGTCAGCTGGATGATTCAGCTATTGTTCATCGGAGGAAGCCGGATGATTTCGCGCGTGCTGAAAGAAACGATCGGCAGGAAGCAAAATGACTCTTCCCGGGCGCTGATTATCGGCGCGGGCGCAGGAGGAACGCTGCTCGTCCGTCAGCTTACCCAGAAAAACGATCTTGGAATCATGCCTGTGGCTTTTATTGATGATGATCAGACGAAGCATAAGCTCAAAATTATGGGCCTGCCCGTCATCGGCGGAAAAGAAAGCATTATGCCGGCGGTGCAGAGGCTGAGAATTCACCACATTATCATCGCCATTCCGTCTCTTTGCACCCATGAGCTCCAGACGCTGTACAAAGAATGTGTACAGACGGGCGCCCATATTAAAATCATGCCGCAATTTGATGAGATCCTGCTCGGAACGCAGGCTGCCGGACACATCAGGGATGTGAAAGCCGAAGATCTCCTCGGCAGAAAGCCGGTCACCCTTGATACGAGCAAAATTTCTGACAGCATCAAAGGGAAAACGATTCTGGTCACGGGCGCCGGCGGCTCTATCGGTTCTGAAATCTGCCGCCAGATCAGCTCGTTTCTTCCGCATGAAATCGTCCTTCTCGGCCACGGGGAGAACAGCATTTATTCGGTGCATAACGAACTGTCCGCACGCTTCGGCAAAGAGGTGCTTTTTCACGCGGAGATCGCCGATATTCAGGACAGAGATAAAATCTTTACCTTGATGAAAAAATACGAGCCGCACGTCGTCTATCATGCGGCCGCCCATAAACATGTGCCGTTAATGGAACATAATCCGGAAGAAGCCGTCAAAAACAATATTATCGGCACGAAAAATGTCGCCGAAGCCGCCGATATGTGCGGAACGGAAACATTCGTGCTGATTTCTTCTGACAAAGCGGTCAATCCGGCCAATGTCATGGGCGCGACGAAGCGGTTTGCGGAAATGGTCATCATGAACCTCGGAAAGGTCAGCAACACCAAATTCGCCGCCGTCCGTTTCGGGAATGTGCTCGGAAGCCGCGGCAGCGTCATTCCGATTTTCAAAAAGCAGATTGAAAAAGGCGGACCCGTCACCGTCACGCATCCGGCGATGACAAGATATTTTATGACGATCCCCGAAGCGTCAAGACTCGTCATTCAGGCGGGGGCGCTTGCAAAAGGGCGGCAGATTTTCGTTCTGGATATGGGAGAACCCGTCAAAATCGTCGACTTGGCAAAAAATCTGATTCATTTATCAGGCTATACGACAGAACAGATTCCCATTGAATTCTCCGGCATCCGCCCGGGTGAAAAGATGTATGAAGAACTGCTGAATCATAATGAAGTACATACGGAACAGATTTTTCCGAAAATCCATATCGGGAAAGCGATCGACGGGGATTGGGCCGTGCTCATCCGTTTTATGGAGGAATTCAGCCGTCTGCCTGAAGATGAGCTGAGAAAACGGCTGTTTGAGGCGATCGAATCAGTACATGAAGAAGCGGCCGCAGGTGTGTGA MTYRRRLSMIFALDTYLVLLSVVIGYQFFEDSYHFYDSGALLLTAVSMLISHHVCAFMFHQYKQVWTYTGIGELLDLLKGITLSAAVTAAVQYGVFHTILFRLLAVSWMIQLLFIGGSRMISRVLKETIGRKQNDSSRALIIGAGAGGTLLVRQLTQKNDLGIMPVAFIDDDQTKHKLKIMGLPVIGGKESIMPAVQRLRIHHIIIAIPSLCTHELQTLYKECVQTGAHIKIMPQFDEILLGTQAAGHIRDVKAEDLLGRKPVTLDTSKISDSIKGKTILVTGAGGSIGSEICRQISSFLPHEIVLLGHGENSIYSVHNELSARFGKEVLFHAEIADIQDRDKIFTLMKKYEPHVVYHAAAHKHVPLMEHNPEEAVKNNIIGTKNVAEAADMCGTETFVLISSDKAVNPANVMGATKRFAEMVIMNLGKVSNTKFAAVRFGNVLGSRGSVIPIFKKQIEKGGPVTVTHPAMTRYFMTIPEASRLVIQAGALAKGRQIFVLDMGEPVKIVDLAKNLIHLSGYTTEQIPIEFSGIRPGEKMYEELLNHNEVHTEQIFPKIHIGKAIDGDWAVLIRFMEEFSRLPEDELRKRLFEAIESVHEEAAAGV PGPT0022960_25 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 D1-12_03698 1140 epsD Putative glycosyltransferase EpsD ATGACGAAAAAAGTATTATTCTGCGCCACTGTCGATTATCATTTTAAAGCCTTTCATCTTCCGTATTTTCAATGGTTTCAGGATATGGGGTGGGAAGTGCACGTCGCGGCAGGCGGCAATATGAATCTTCCGTTCGTTGATGAAAAGTTTTCCATTCCGATCCGGCGCTCGCCGTTTCATCCCGAAAATCTTTCTGTTTACAGGCGGCTGAAACGGCTCATTCAGGACAACGGCTACGACATGATTCACTGTCATACGCCGGTCGGCGGCGTGCTTGCACGCCTTGCGGCGAGACAAGCGCGCCAAAAAGGGACAAAGGTGCTGTACACCGCGCACGGCTTTCACTTCTGCGATGGAGCGCCCCTGAAAAACTGGCTTCTTTATTACCCGATCGAAAAATTTCTCTCTTCTTACACGGATTGTTTGATTACGATTAATGAAGAAGATTTCGAACGGGCCAAGCAAATGAAAAAAGCAGCTTGCGGCGCGAAGAAAATACACGGCATCGGCGTGAATACAGACAGGTTTCGCCCTGTGAGCCGGGCAGAGAGTGAACGGCTGAGAGAAAAACACGGCTTCGGCGCCGGGGAATTTATCCTCATATACCCTGCTGAATTAAACGGCAATAAAAACCAGGGACTTCTCATTGAGGCTGCGGCATTGCTGAAGAACCGCATTCCGGAGCTGAAACTCGTATTTGCCGGAGAAGGCGCGATGGAAGAACCGTACAGAAAAAAGGCTGAATCACTCGGGGTATCTGACATTGTGCGGTTTTACGGATTTTGCCGTGACATTCATGAACTGATTCAGCTTGCCGATCTGTCCGTCGCCTCAAGCATCCGCGAAGGGCTCGGCATGAATCTGCTTGAAGGAATGGCTGCCGAAAAGCCCGCCGTTGCCGCAGACAACAGGGGGCACCGTGAGATCATCGAAGACGGCGTGAACGGTTTTCTCGTGCCGGCAGGGGACAGCGCGGCATTTGCCGATCGGATTGAAAAGCTGTACCGATCCCCGGGTCTGCGAAAAGCAATGGGACAAGAAGGGCGCAGGACGGCGGAATGTTTTTCAGAAACACGTACGGTAAAGGAAATGGCGCACATTTACGCCGGTTATATGGATAAAAAGGAGAAAAGCGTATGA MTKKVLFCATVDYHFKAFHLPYFQWFQDMGWEVHVAAGGNMNLPFVDEKFSIPIRRSPFHPENLSVYRRLKRLIQDNGYDMIHCHTPVGGVLARLAARQARQKGTKVLYTAHGFHFCDGAPLKNWLLYYPIEKFLSSYTDCLITINEEDFERAKQMKKAACGAKKIHGIGVNTDRFRPVSRAESERLREKHGFGAGEFILIYPAELNGNKNQGLLIEAAALLKNRIPELKLVFAGEGAMEEPYRKKAESLGVSDIVRFYGFCRDIHELIQLADLSVASSIREGLGMNLLEGMAAEKPAVAADNRGHREIIEDGVNGFLVPAGDSAAFADRIEKLYRSPGLRKAMGQEGRRTAECFSETRTVKEMAHIYAGYMDKKEKSV PGPT0026610_50 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS EPS_POLYSACCHARIDE_METABOLISM CE-EPS-EPS_POLYSACCHARIDES_BIOSYNTHESIS,PGPT0026610-epsD-K19422 NA NA D1-12_03699 843 epsE COG0463 Putative glycosyltransferase EpsE ATGAATGCAGGAGCACAACCGAAAATTTCCGTCATCATGGGAATTTATAATTGCGAAGAGACTTTAGCGGAGAGTATTGAATCCATCCTGAGTCAATCGTATAAGAATTGGGAACTGATTATGTGTGATGACGCGTCAACTGACGGAACGTATCAGATTGCGCGCCGTTACGCGGATCATTACAGCGACCGGATCACGCTGATTCAAAATAAGACGAATCAACGGCTTGCCGCTTCGCTGAACCGCTGTCTGACATACGCAACGGGGGATTATATCGCCAGGCAGGACGGTGATGACATCTCCAACCCGAGGAGACTGGAAAAACAGGCCGCTTTCTTAAACAAGCACGCCCACTATCAAGTCGTAGGCACGGGGATGCTCGTATTTGACGAATTCGGCGTCAGGGGCGCCCGGCTTTTGCCGCCCGTGCCGAAACCGGGAATTATGGCGAAAGGCACACCGTTCTGCCACGGCACCATTATGATGCGGGCTGAAGCGTACAAAGCGCTTGGCGGCTACCGGTCAGTCAGGCGGACGCGGCGGATGGAGGATATCGATTTGTGGCTGCGCTTTTTTGAAGCGGGTTTCCGTGGGTACAATCTCCAAGAAACGCTGTATAAAGTCAGAGAGGACAGTGATGCGTTCAAAAGGAGATCGTTTACGTATTCCATTGATAATGCGGTGCTCGTTTTTCAGGCATGCAGACGGCTGAAGCTGCCGATTTCCCATTACGCGTATATCGCAAAACCGCTCATCCGCGCCATTACACCGCCCGCGGTCATGAACCGTTATCATAAAAACAGGGACATCCGCCAAAAAGACGGGCTTGCCGAACATGACTGA MNAGAQPKISVIMGIYNCEETLAESIESILSQSYKNWELIMCDDASTDGTYQIARRYADHYSDRITLIQNKTNQRLAASLNRCLTYATGDYIARQDGDDISNPRRLEKQAAFLNKHAHYQVVGTGMLVFDEFGVRGARLLPPVPKPGIMAKGTPFCHGTIMMRAEAYKALGGYRSVRRTRRMEDIDLWLRFFEAGFRGYNLQETLYKVREDSDAFKRRSFTYSIDNAVLVFQACRRLKLPISHYAYIAKPLIRAITPPAVMNRYHKNRDIRQKDGLAEHD PGPT0026275_19 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS EPS_POLYSACCHARIDE_METABOLISM CE-EPS-EPS_POLYSACCHARIDES_BIOSYNTHESIS,PGPT0026275-epsE-K19423 NA NA D1-12_03700 1071 epsF_2 COG0438 Putative glycosyltransferase EpsF ATGATGATGAATTTGTACCGGAAGATGGACAGAACGAAGGTGCAGTTTGATTTTTTAACCCATAGAAACGATCCGTGCGCTTATGATGAGGAAATTCTCGCTCTCGGCGGACGGCTTTTTTATGTGCCGAGCATCGGCAGCACAAACCCGATTACATTTGTAAAACAGGTCAAGCGGGTGATTCAGGAAAAAGGCCCGTTTGCCGCCGTGCACGCCCATACCGATTTTCAGTCGGGATTTATCGCATTGGCCGCTCGTTTAGCCGGTGTCCCGGTGCGGATCTGCCATTCGCACAGTACGTCGTGGCGGGGGCGGGCGTCGCGGCTTGCCGGGATGCAGCTGTTTGTGTTCAGACGGCTGATCACGGCAAACGCCACGGCACTGTGCGCCTGCGGAAAAGAGGCGGGCCGTTTCTTATTCGGGAAAGAAAAAGGCGTGCATCTTTTGCCGAACGGCATTGATCTCGACTTATTTGCCGGCGGGTGCGCGGACACAGAAGCTGAAAAAAGGAAGCGGGGCATTGCAGACGGCCGTTTGGTGATCGGCCATATCGGCCGCTTTACAGAAGAAAAAAACCACGAATTTCTGCTCCGGCTGGCCGCTGATATGAAAGAGCGGGGCATCGGCTTACAGCTGATTCTCGCCGGAGACGGTCCGCTTCGCACCGACATGGAAAATCTGGCGGCGAAGCTGGGGCTTGATGATGATGTGCGTTTTATCGGCATAGAAGAACGCGTTCATGCCCTGCTGAAAACGCTGGATGTATTTGTCATGCCGTCTCTTTATGAAGGGCTGCCTGTCACGCTCGTTGAAGCGCAGGCCTCCGGGGTGCCGTGCGTGATATCAGACGGCATAACGGAAGAAGCCGATGCCGGGCTCGGGCTGGTCAAAAGGCTCAGCCTTAAAGAACCGCCCCGACAATGGGCATCCGTGGTTTTACGGGCAGCAGAGGCGACAAAGCCTGACGGGGCGCGCATTAAAGAAACCCTCAGACGGCAGGGATATGACGCGGGAGAAAATGCGGGGGCTGTTATGAAGCTTTACAATATGAATTGGAAAAAGGAACAGTAA MMMNLYRKMDRTKVQFDFLTHRNDPCAYDEEILALGGRLFYVPSIGSTNPITFVKQVKRVIQEKGPFAAVHAHTDFQSGFIALAARLAGVPVRICHSHSTSWRGRASRLAGMQLFVFRRLITANATALCACGKEAGRFLFGKEKGVHLLPNGIDLDLFAGGCADTEAEKRKRGIADGRLVIGHIGRFTEEKNHEFLLRLAADMKERGIGLQLILAGDGPLRTDMENLAAKLGLDDDVRFIGIEERVHALLKTLDVFVMPSLYEGLPVTLVEAQASGVPCVISDGITEEADAGLGLVKRLSLKEPPRQWASVVLRAAEATKPDGARIKETLRRQGYDAGENAGAVMKLYNMNWKKEQ PGPT0026615_31 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS EPS_POLYSACCHARIDE_METABOLISM CE-EPS-EPS_POLYSACCHARIDES_BIOSYNTHESIS,PGPT0026615-epsF-K19424 NA NA D1-12_03701 1104 epsG Transmembrane protein EpsG ATGATTGTATACGTAGTCAATATGGGAATTGTGTATATTTGGTCATGGTTCGCGAAAATGTGCGGCGGGCGTGATCAATCGCTTTCGACCGGATACCGGCCGAATCAGCTCGTCATGATCGTTCCGCTGCTATCGCTCGTATTGGTCTCCGGTTTGCGCTACAGAGTCGGGACGGATTTTCAGACGTACGCGCTGATGTACAAGCTGGCGGGAAATTACGGCAGCATTTGGGAGATCTTCGGGTTCGGAGCGAAAAAAGCAGCCGTTGATCCGGGGTTTACGGCTCTCATCTGGCTCATGAATTTTATCACGAAAGATCCGCAAATCATGTATTTCACCGTGGCGGTCGTGACGTGCAGCTTTATTTTAAAGGGGCTCGTTGAGTTCGGCCGTCCGTTTGAGCTGAGTGTGTTTTTGTTTTTGGGCACGTATCACTATTATGCTTCCTTTAACGGGATCAGGCAGTATATGGTGGCGGCCGTTTTGTTTTGGGCCGTCCGCTACGTGATCAGCGGAAGCTGGAAGCGTTATATGTCAATCGTGCTGCTGTGTTCGCTTTTTCATTCCTCAGCGCTGATTATGATTCCGGTTTATTTTCTCGTCAGAAAAAGAGCCTGGTCGCCCGCGATTTTCGGACTGTCGGCATTGTTTCTTCTTATGACGTTTCTGTATCAGAAGTTCATTTCGCTGTTTGTCGTCGTGCTGGAAAACAGCTCGTACGGCCATTATGAGAAATGGCTGATGACCAATACGAACGGGATGAACGTCGTAAAAATCGCGGTGCTGCTTCTGCCGCTGTTTTTGGCTTTCTGCTATCGGGAGCGGCTGCGGAAGCTCTGGCCTGACATTGATGTCATCGTGAATTTCTGTCTGCTCGGCCTGCTCTTCGGTCTTTTGGCGACAAAGGATGTTATTTTTGCCCGGTTTAATATATATTTCGGCCTGTATCAAATGATCTTGATCCCTTATTTTGTGAGGATTTTTGATGAAAAATCAAATGCGCTGATTTATATCGCCATTATTGTCTGTTATTTTCTTTACAGTTACTTGCTTATGCCGGTCGATTCGTCTGTGCTTCCGTACAGAACGATTTTTTCCCGGTAA MIVYVVNMGIVYIWSWFAKMCGGRDQSLSTGYRPNQLVMIVPLLSLVLVSGLRYRVGTDFQTYALMYKLAGNYGSIWEIFGFGAKKAAVDPGFTALIWLMNFITKDPQIMYFTVAVVTCSFILKGLVEFGRPFELSVFLFLGTYHYYASFNGIRQYMVAAVLFWAVRYVISGSWKRYMSIVLLCSLFHSSALIMIPVYFLVRKRAWSPAIFGLSALFLLMTFLYQKFISLFVVVLENSSYGHYEKWLMTNTNGMNVVKIAVLLLPLFLAFCYRERLRKLWPDIDVIVNFCLLGLLFGLLATKDVIFARFNIYFGLYQMILIPYFVRIFDEKSNALIYIAIIVCYFLYSYLLMPVDSSVLPYRTIFSR NA NA NA NA NA D1-12_03702 1038 epsH COG0463 Putative glycosyltransferase EpsH ATGGAAACACCCGCGGTCAGTTTATTAATTGCTGTGTATAATACGGAAACTTATTTAGAAAGATGCTTAGATTCATTGCTCAATCAGTCGCTCGCCAATATCGAAATCGTGGCCGTTAATGACGGGTCAACGGATCAAAGCCCGGCGATTCTTGAAACCTATCAGAAGCGGGATGAGAGAATCAGGGTCATTCATCAGCAAAACCGGGGGCTCGGCGCGGTCCGCAACAGGGGAATCGAGGCGGCGCGCGGCGAATTTATCGCTTTTATTGATGCGGACGACTGGGTTGAACCTGATTATTGCCTCAGCATGTATAAAAAAGCGAAGGCTGATCAGGCTGATCTCGTGATTTGCGAATATGCGGCCGAATTTGCGGATACGGGGAAAACCGCCGTTTCAACGATCGCTTCAGCGTACGCGGGCCGCCCGAAACAACGGTACCTGAAAGATTTATTTGAAGGAAGAGTCAGCGGTTTTTCATGGAACAAGCTGTACAAGAGAACGATGATCGAGCATCATCAGCTGCGCTTTCCGCTTCGTGATGAGCTGGAGCATGTGGAGGATCAGTACTTCAGCCTCAGGGCGCATGTTTTCGCAGGTGCGGTCTCGTACGTGGATCAGCCGCTCTATCATTATTGGATTCACTTGACTTCCATTGTGCAAAGCTATCAGAAAAAGCTGTTTGACTCAGGTCTCGTTCTCTATCGGCTGAACGAGGCTTTTTTGCGTGAAAACGGCTGCTTACAGGAATACCGGCAGGAGCTGGATTTTTTCATCGTTCAGCACGGAACAGTCTGCCTGCTGAATGAATGGAAGCGGAATAACGGCGGCCGGTTTTCTGAGAAATGGAAGAATATCAGCCGGATATGCGCTGATCCCGTGTTTCGCCTGAGCCTTTCCAAAACCGGAACGGCGCCGTTTGACGCCAAACGTTCATGCCTTCTGCTTTTGGCGAAGCTGAAGCTGATTCCGTTTGTGTCGCTGGCATCAGCCGCATATCAGCGGGCAATCGAGTACAAAATGAAAATCAGAGGGTGA METPAVSLLIAVYNTETYLERCLDSLLNQSLANIEIVAVNDGSTDQSPAILETYQKRDERIRVIHQQNRGLGAVRNRGIEAARGEFIAFIDADDWVEPDYCLSMYKKAKADQADLVICEYAAEFADTGKTAVSTIASAYAGRPKQRYLKDLFEGRVSGFSWNKLYKRTMIEHHQLRFPLRDELEHVEDQYFSLRAHVFAGAVSYVDQPLYHYWIHLTSIVQSYQKKLFDSGLVLYRLNEAFLRENGCLQEYRQELDFFIVQHGTVCLLNEWKRNNGGRFSEKWKNISRICADPVFRLSLSKTGTAPFDAKRSCLLLLAKLKLIPFVSLASAAYQRAIEYKMKIRG PGPT0026620_10 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS EPS_POLYSACCHARIDE_METABOLISM CE-EPS-EPS_POLYSACCHARIDES_BIOSYNTHESIS,PGPT0026620-epsH-K19425 NA NA D1-12_03703 1077 epsI COG5039 Putative pyruvyl transferase EpsI ATGTCGATACAATCTTTAAAAATCAATCTCGCGGAATGGCTGTTGCTTAAGGTCAAATACCCGTCCCAATTTCATTTCGGAACGGCAGCGGATGGGGCGGGGCTTTCAGCGGCAAGAAAAAAGATCATTCTGACGCTGCTCCCGTCCCACGATAATCTCGGTGATCACGCCATCGCCTACGCAAGCAAAACGTTTCTTGAACGGGAGTATCCCGACTTTGACATCATTGAAGTGGATATGAAGGATATATACAGATCGGCAAAGGCGCTGATCAAAAAGCGCCACCCCGATGATATGGTATTCATCATCGGCGGCGGGAACATGGGGGATTTGTACCGGTATGAGGAATGGACGCGCCGCTTTATCATAAAAACATTCCGGCAATATCGGATCGTTCAGCTTCCGGCGACGGCTCACTTTTCTGAATCAAAAAAGGGACGGAAGGAACTGAAGCGCGCCCGAAAAGTGTACAATGCGCATCCCGACCTTTTGTTAATGGCGAGAGATGAGACGACGTATCAATGGATGAAGCGTCATTTTCCCGGAAAAACAGTGCTCAAACAGCCTGACATGGTCTTATATTTGGATAAAAGCGAGCGGCGCATCCCGAGGGAAGGGATCTACCTCTGTTTACGGGAGGATAAGGAGAGTGCGCTGACGGCTGAGGACAGAACGACGGTAAAAGAAGCTTTGGCAAAAGAGTACGGAGAGCTGCATTCCTTTACCACGACGGTCGGCCGGAGGGTCAGCCGCCATACACGCGAAAAGGAGCTGGAAACGCTTTGGAATACGCTGAAAGGCGCGGAGGCCGTCGTCACTGACAGACTTCACGGGATGATTTTTTGTGCGCTGACGAAAACGCCTTGTGTCGTCATTCGTTCGTTTGATCATAAGGTAATGGAAGGCTATCAATGGCTGAAAAACATACCGAACATGACATTGCTTGAACGTCCCGACCCTGAAGCCGTAACGTCCGCCGTAAACCGGCTGCTCAGCGGCAAGCATGAGGAAGGCGGTTCATTGCGAAGTGTTTATTTTGCCGGGCTGCGCTCGAAAATCAGCGGTGATGCCCAATGA MSIQSLKINLAEWLLLKVKYPSQFHFGTAADGAGLSAARKKIILTLLPSHDNLGDHAIAYASKTFLEREYPDFDIIEVDMKDIYRSAKALIKKRHPDDMVFIIGGGNMGDLYRYEEWTRRFIIKTFRQYRIVQLPATAHFSESKKGRKELKRARKVYNAHPDLLLMARDETTYQWMKRHFPGKTVLKQPDMVLYLDKSERRIPREGIYLCLREDKESALTAEDRTTVKEALAKEYGELHSFTTTVGRRVSRHTREKELETLWNTLKGAEAVVTDRLHGMIFCALTKTPCVVIRSFDHKVMEGYQWLKNIPNMTLLERPDPEAVTSAVNRLLSGKHEEGGSLRSVYFAGLRSKISGDAQ PGPT0026625_7 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS EPS_POLYSACCHARIDE_METABOLISM CE-EPS-EPS_POLYSACCHARIDES_BIOSYNTHESIS,PGPT0026625-epsI-K19426 NA NA D1-12_03704 1035 epsJ COG0463 putative glycosyltransferase EpsJ ATGACCGCGCCGCTTGTGAGCGTGATCATGCCGATGTATAAGACAGAGCCTTTTATTAAAGAATGCGCGGTTTCTTTAACAAAACAGACGCTGAGAGACATCGAAATCATTTTTGTCAATGACGGTTCACCGGATCAGTCAGGCCGGATTGCCGAACAATTCGCCGCAGAAGATACGAGGATCCGGGTGATTCATAAAGAAAACGGCGGCCTCAGCTCGGCCCGCAATGCCGGAATAAAAGCCGCCCGCGGCCGTTATATCGGTTTTGCGGACGGCGATGACTATGTGACGGAAACGATGTTCGAGCGGCTTTATGAAGAAGCGGAGAAGAACCGGCTGGATATCGCCGGCTGCGGTTATTATAAGGAAACGCCGTCTAAAGAAAGAACATATATGCCGCCGTCCATTCCGGCGGGCCGCGTCTTCACAGCGGATGAAATGACTGCATTGCTGACACGCGCGCACGAACATCGGTTTATTTGGTATGTGTGGCGCTATATATACCGGCGAGAAGCATTGCAAGGGCTGTTGTTCCATGAAGATATCCGTTTTGCCGAGGACTCTCCGTTTAACTTGGCAGCGTTCCGCCAAGCCGCGCGTGTCAAAGTGATAGACGAAGGGCTGTATATCTACCGGGAAAATCCGCAAAGTCTTACAGAAACACCGTTTAAGCCCCACTTAGATCAAGAACTGCAAAAGCAATATAAAGCGAAAATGGCTTTTTATGAGGAAAACGGGCTGACGGACGCCTGCCGGAGCGATATCGATACATATTTGTGCAAGCATCAGATTCCGATGCTGATCGCCAACGCATGCGCCGCGCCGCAGCCGTCACACCAGATTACGGCGCACATCGGCAGAATCTTAACGTATGACATGGTAAAAACGGCGGTGCGCAGGACGCCGTGCCGCCATAAACAGCTGCTGGCGGGGGAGCGCGTGGTGCTCGGCCTGTGCAAAATGCGCCTTCCTCTTCTTCTGCATGCGTTTTTCGAACGGAAATCGAAAGAGAAAGGCAGTGCGGAAGGAGCATGA MTAPLVSVIMPMYKTEPFIKECAVSLTKQTLRDIEIIFVNDGSPDQSGRIAEQFAAEDTRIRVIHKENGGLSSARNAGIKAARGRYIGFADGDDYVTETMFERLYEEAEKNRLDIAGCGYYKETPSKERTYMPPSIPAGRVFTADEMTALLTRAHEHRFIWYVWRYIYRREALQGLLFHEDIRFAEDSPFNLAAFRQAARVKVIDEGLYIYRENPQSLTETPFKPHLDQELQKQYKAKMAFYEENGLTDACRSDIDTYLCKHQIPMLIANACAAPQPSHQITAHIGRILTYDMVKTAVRRTPCRHKQLLAGERVVLGLCKMRLPLLLHAFFERKSKEKGSAEGA PGPT0026630_9 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS EPS_POLYSACCHARIDE_METABOLISM CE-EPS-EPS_POLYSACCHARIDES_BIOSYNTHESIS,PGPT0026630-epsJ-K19427 NA NA D1-12_03705 1518 epsK putative membrane protein EpsK ATGAAATTTGCCATTAATTTCGGCGCCAATGTGACGGCGTTTTTACTATCGGTGTTTTTATCAGTGTGGATGACTCCCTTTATTGTGAAAACATTAGGTGTGGAGGCTTTTGGGTTTGTCCATCTGACACAGAATATCATTAACTATTTCTCTATAATTACCGTTGCGCTGAGCTCTGTCGTTGTGAGGTTTTTCTCCGTCGCCGCCCACAGGGGGAACAAGGACGAGGCCAATGCGTATGTAAGCAATTATTTAGCCGCGTCTGTCGTGATATCTCTATTGCTCGCTGTGCCGCTCGCCGGGACGGCTTTTTTTATTGACAAGATTATGAATGTACCGGCCGGGCTCTTAACGGATGTGAGGCTCTCTATCGTGATCGGCAGCGTGCTGTTTATGCTGACGTTTTTTATGGCGGGGTTCGCGACGGGGCCGTTTTTCGCCAACAAGCTTTATATCACAAGCTCCATTCAGGCCGTGCAAATGCTGGTCAGGGTGCTGTGTGTGCTCGCTCTGTTTACGTGCCTGCCGCCGAAAATCTGGCAGATCCAGCTTTCGGCATTAGCGGGAGCCGTCTGTGCGGCCGTGCTGACTTTTTTCTTTTTTAAGAAATTGATTCCGTGGTTTTCTTTCAGCCGTAAAACCTTGTCATTACAGACGAGCAAAGTGCTGTTTTCGGCCGGTGCCTGGAGTTCTGTCAACCAGATCGGCGTGCTGCTGTTTCTGCAGATTGACCTCATGACGGCCAACCTCGTGCTGGGGCCGTCTGAAGCGGGTGTCTATGCGGCGATTATTCAATTCCCGCTCCTGCTCAGAAGTCTTGCCGGGACGCTTGCTTCACTGTTTGCGCCGGTTTTGACTTCCTACTATTCAAAAGGCGATATGGAAGGCCTCCTGTCTTACGCCAATAAGGCCGTGCGGCTGAACGGGCTTCTGCTCGCGCTTCCCGCCGCATTATTAGGAGGGCTCGCCGAACCGTTTCTGGCGATTTGGCTGGGCCCGTCGTTTGTGCAGACGGCGCCGCTTTTATACATTCACGCCGCGTATTTGGCGGTCAGTCTCTCTGTCATGCCGCTTTTTTACGTATGGACGGCTTTTAATAAACAAAAAACGCCCGCCGTCGTTACTTTATGTTTAGGCGGACTGAATGTCATATTGGCCGTGGTTCTCAGCGGACCGGCACATCTCGGGCTGTACGGCATCACCATCGCCGGTGCAGTCTCGCTCATTTTGAAAAATGCCGTCTTCACGCCGCTGTATGTTTCGCATATTACGGGCTTTCAGAAAACCGCGTTTTACAAAGGCATGTTCGGCCCGTTGGCGGCGGCCGTATTTGCCTGGGCTGTCTGCCGGGGTATCCGGCTGTTTTCACCGCTTGACAGCTGGGCCGGCCTGATCGCCGCGGGGCTTGCCGTATGCATAAGCTATGCCGCATTCGCTTTTTTCTTCATTTGTACGAAAGAAGAAAGGCGGCTTGCTTTACAGAAATGCCGAAAAGTGAAAGGAGCTGTTCAGATTTGA MKFAINFGANVTAFLLSVFLSVWMTPFIVKTLGVEAFGFVHLTQNIINYFSIITVALSSVVVRFFSVAAHRGNKDEANAYVSNYLAASVVISLLLAVPLAGTAFFIDKIMNVPAGLLTDVRLSIVIGSVLFMLTFFMAGFATGPFFANKLYITSSIQAVQMLVRVLCVLALFTCLPPKIWQIQLSALAGAVCAAVLTFFFFKKLIPWFSFSRKTLSLQTSKVLFSAGAWSSVNQIGVLLFLQIDLMTANLVLGPSEAGVYAAIIQFPLLLRSLAGTLASLFAPVLTSYYSKGDMEGLLSYANKAVRLNGLLLALPAALLGGLAEPFLAIWLGPSFVQTAPLLYIHAAYLAVSLSVMPLFYVWTAFNKQKTPAVVTLCLGGLNVILAVVLSGPAHLGLYGITIAGAVSLILKNAVFTPLYVSHITGFQKTAFYKGMFGPLAAAVFAWAVCRGIRLFSPLDSWAGLIAAGLAVCISYAAFAFFFICTKEERRLALQKCRKVKGAVQI NA NA NA NA NA D1-12_03706 609 epsL COG2148 putative sugar transferase EpsL TTGAAGGCGAAACGTGTATTTGATATAGCGGCCGCGGTGTTGTTATTGTGCGGCGCGAGCGTTATCCTTCTCTTCGCCATGGCCGCCGTCAGATGCGCCATCGGGTCTCCGGTATTGTTCAAACAGACGAGACCGGGGCATAACGGGCGTCCGTTTACGTTGTATAAACTCAGAACGATGACGGATGCGCGTGATGAAAACGGTGTGCTGCTTCCGGATCATCTCCGCCTGACCAAAACGGGAAGGCTGATCAGAAAACTGAGCATCGATGAGCTTCCCCAGCTTTTTAATGTGCTCAAAGGAGATATCAGTCTGGTCGGCCCCCGCCCTTTGCTGATGGATTATCTGCCGCTTTACACGGCGGAGCAGGCGCGGCGCCACGAGGTGAAGCCGGGGATTACGGGCTGGGCGCAGATTAACGGGAGAAACGCGATTTCATGGGAGGAAAAATTCAAGCTCGACGTGTGGTACGTCGACAACCGCACATTTCTTCTCGACTTAAAGATTCTGCTTTTAACAGTGAAAAAAGTTCTCGTGTCAGAAGGCATACACCAAGCCGGCCATGTGACGGCAAAGCGCTTCACAGGCAGCGGAGATATGTCATCGTGA MKAKRVFDIAAAVLLLCGASVILLFAMAAVRCAIGSPVLFKQTRPGHNGRPFTLYKLRTMTDARDENGVLLPDHLRLTKTGRLIRKLSIDELPQLFNVLKGDISLVGPRPLLMDYLPLYTAEQARRHEVKPGITGWAQINGRNAISWEEKFKLDVWYVDNRTFLLDLKILLLTVKKVLVSEGIHQAGHVTAKRFTGSGDMSS PGPT0026635_40 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS EPS_POLYSACCHARIDE_METABOLISM CE-EPS-EPS_POLYSACCHARIDES_BIOSYNTHESIS,PGPT0026635-epsL-K19428 NA NA D1-12_03707 648 epsM COG0110 Putative acetyltransferase EpsM GTGAAAAAGATCGTGCTGATCGGAAACGGCGGACACGGAAAAGTCGTGAAGGAAATCGTGCAGGCCCGTTCCGATATGGAGCTTGCGGGCGTATTGGATGACGGATTCAGCGGTTTTGCCGTTCGGAACGGTTTATATACGGGTCGGACGAAAGACGTGCCCATGCTTCGGAAACTCGTCCCCGAGGCCGTATTCACGATATGCATCGGCCGCAACGGCGTCAGAAAGCAGTTCGCTGAAACGCTTGGGCTTGAAGATGACGATTATGCCGCACTCATTCACCCCGGGGCGATCGTCAGTGAAACGGCTTCCGTCGGACACGGAACGGTTGTGATGGCGGGCGCCGTCATTCAGGCGGGCGCTGACATCGGCGCCCATTGCATCATCAATACGGGCGCGGTTGCCGATCATGACAATGCAATCGGAGATTACGTCCATCTTTCACCGCGCGCGGCGCTTGCCGGCGGAGTGAAAGTCGGGGAAGGAACGCACATCGGAATCGGCGCGTCCGTCATACCGCAGATTGACATCGGCCCTTGGTCCGTTATCGGGGCAGGGGCTGCGGTCATCAGCCAAATTCCCGGCCATGTGACGGCGGTCGGCGTTCCGGCCCGCATCATCTCCCCTATCCATAATGAAAAAGGATGA MKKIVLIGNGGHGKVVKEIVQARSDMELAGVLDDGFSGFAVRNGLYTGRTKDVPMLRKLVPEAVFTICIGRNGVRKQFAETLGLEDDDYAALIHPGAIVSETASVGHGTVVMAGAVIQAGADIGAHCIINTGAVADHDNAIGDYVHLSPRAALAGGVKVGEGTHIGIGASVIPQIDIGPWSVIGAGAAVISQIPGHVTAVGVPARIISPIHNEKG PGPT0026640_34 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS EPS_POLYSACCHARIDE_METABOLISM CE-EPS-EPS_POLYSACCHARIDES_BIOSYNTHESIS,PGPT0026640-epsM-K19429 NA NA D1-12_03708 1173 epsN COG0399 Putative pyridoxal phosphate-dependent aminotransferase EpsN ATGCAAACAAACAAACGGATTTATTTGTCTCCGCCTCATATGAGCGGAAAAGAACAGGAATACATTGCAGAAGCTTTTCGTTCCAATTGGATTGCCCCGCTCGGTCCGCTCGTCAATTCGTTTGAAGCGCGGCTCGCGGAATATGCGGGAGTGAAAAGCGCGGCTGCCGTAAGCTCGGGAACGGCGGCCATCCATCTTGCCCTGCGGCTTGCGGGTGTGAAAAAAGGAGACGCTGTATTTTGTCCTTCCTTTACGTTTGTCGCCACGGCGAATCCGATTGTGTATGAGCAGGCTGAGCCCGTTTTTATTGATTCGGAATGGGAGACGTGGAATATGTCGCCTGATGCGCTTGAGCGGGCGCTGCGGGATGCAAAGCGGCGCGGCAGACTCCCGAAAGCGGTGATCGCCGTCAATCTTTACGGCCAAAGCGCGAAAATGGATGAATTAATGAGCCTTTGTGACGCATACGGCGTCTGTCTGATTGAAGACGCTGCCGAGTCCTTAGGATCAACATATAAAGGCAGGCAGAGCGGCACGTTCGGCCGTTTCGGTATTTATTCCTTTAACGGCAACAAAATCATTACAACATCGGGAGGCGGCATGCTCGTATCTGACGATGAAGCCGCGATTGAAAAAGCGAGGTTTCTTGCGTCACAGGCGAGAGATGCCGCCGTTCATTACCAGCACAGCGAGCTCGGTTATAACTACAGGCTCAGCAACATTCTCGCGGGCGTGGGGATATCGCAGCTGGAAGTGCTTGAAGATCGCGTCCGGGCGAGGAGAGAAATCTTTCACAGGTATCGGGAAGCGCTGGAAACGTATCCGGGCATCCGCATGATGCCGGAGCTTGAAGGAACGGTTTCAAACCGCTGGCTGACGGCTCTGACGCTTGATAACGGTGTGACGCCGGAAGAAGCCGTCGCCTGTCTTGCGGAACAGAATATTGAGGCCCGGCCGCTGTGGAAACCGCTGCATACGCAGCCGCTTTTCTCATCTTCCGTCTTTTATCCTCACAGCGAACATGAGCGTGTCTCTGAGAACCTTTTCAGCCGGGGCATCTGTCTGCCGTCCGGGTCTGACCTGTCTTCTGAGGAGCAGCAGCGTGTCATTGACGCACTTGCGCAACTGTTTGAAACGAAAGGGGAGAAAACATGGACAGCCGCCATGTTATGA MQTNKRIYLSPPHMSGKEQEYIAEAFRSNWIAPLGPLVNSFEARLAEYAGVKSAAAVSSGTAAIHLALRLAGVKKGDAVFCPSFTFVATANPIVYEQAEPVFIDSEWETWNMSPDALERALRDAKRRGRLPKAVIAVNLYGQSAKMDELMSLCDAYGVCLIEDAAESLGSTYKGRQSGTFGRFGIYSFNGNKIITTSGGGMLVSDDEAAIEKARFLASQARDAAVHYQHSELGYNYRLSNILAGVGISQLEVLEDRVRARREIFHRYREALETYPGIRMMPELEGTVSNRWLTALTLDNGVTPEEAVACLAEQNIEARPLWKPLHTQPLFSSSVFYPHSEHERVSENLFSRGICLPSGSDLSSEEQQRVIDALAQLFETKGEKTWTAAML PGPT0026645_24 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS EPS_POLYSACCHARIDE_METABOLISM CE-EPS-EPS_POLYSACCHARIDES_BIOSYNTHESIS,PGPT0026645-epsN-K19430 NA NA D1-12_03709 966 epsO COG5039 Putative pyruvyl transferase EpsO ATGGACAGCCGCCATGTTATGAGCCGATTAAAAGAGAAGCTGACGGGTCTGCTCAGCGTTACACCGCCGCAATCAGACATCATATATGCCGACTATCCCCTCTACGGAAATGTAGGGGATTTATTGATTATGAAAGGGACGGAGGCGTTTTTTAAAGCGCACGGCATCCGCGTGAAACAGCGCTGGAATCCCGACAATTTTCCATTCGGGCGCCGGGCGGACAAAAAGACGATCATCGTCTGTCAGGGTGGCGGAAATTTCGGGGATCTCTATCCGTACTATCAGACGTTCAGGGAAAAAATCGTCAAATCCTTTCCGGAAAACAGGATCGTCATCCTGCCGCAATCGATTTATTATCAGGATGAGACACGGCTGCAAAAGACATCGGCGCTTTTTGCGGAGCACAAGGATCTCCACCTGTTTATGAGAGATCATGTGTCATACGAGACTGCGAAACACTTTTTTTCGGCGAATCATATCGGGCTTATGCCTGATATGGCCCATCAGCTGTATCCGATCGCGGCGTCAGCGGCTCCGTCACGCGGCAGGCTTCATTTTATCCGCACGGATGGGGAAATCAACCCGAAGCTGCAAAACAATTCTTCCGTTAAAAACTGTGACTGGCAGAATGTTCTGTCAGCAAGCGACCGCAGGGGAATCGCCTTTTTCCAAACGCTGAATGTTTTGAATAAAAAAGCGGGAAACCCGCTGCCGATTGCGCGGTTTTGGAAACGATATTCCGATTTCTTAACGAAAAAAGCGGTCCTGTTTTTCAGCAGGTACGAATCGGTGGAAACGTCAAGGCTCCACGGCCACATCCTGTCCTCGCTTCTCGGGAAACCGAATACCGTCATTGATAATTCATACGGGAAAAATGCCAACTATTATTACACCTGGACGCACGAAGCGCCGGACGTCCGGCTGATCGGTGAAACCGCCGGCACGAAGGAAAACCTTCCGCTTTGA MDSRHVMSRLKEKLTGLLSVTPPQSDIIYADYPLYGNVGDLLIMKGTEAFFKAHGIRVKQRWNPDNFPFGRRADKKTIIVCQGGGNFGDLYPYYQTFREKIVKSFPENRIVILPQSIYYQDETRLQKTSALFAEHKDLHLFMRDHVSYETAKHFFSANHIGLMPDMAHQLYPIAASAAPSRGRLHFIRTDGEINPKLQNNSSVKNCDWQNVLSASDRRGIAFFQTLNVLNKKAGNPLPIARFWKRYSDFLTKKAVLFFSRYESVETSRLHGHILSSLLGKPNTVIDNSYGKNANYYYTWTHEAPDVRLIGETAGTKENLPL PGPT0026650_36 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS EPS_POLYSACCHARIDE_METABOLISM CE-EPS-EPS_POLYSACCHARIDES_BIOSYNTHESIS,PGPT0026650-epsO-K19431 NA NA D1-12_03710 219 yvfG putative protein YvfG ATGTCAGAACTTTTTTCTGTTCCCTATTTTATTGAAAACTTTACACAGCACATTGAAATGAATCCGAATGAAGACCGAATTCATGCGATGAACAGCTATTACCGCTCCGTCGTCTCAACCCTTGTACAGGATCAGCTGACGAAAAACTCGGTTGTGCTCAAAAGAATTCAGCATTTGGATGAGGCGTACAACAAAGTAAAACGCGGAGAAACAAAATAA MSELFSVPYFIENFTQHIEMNPNEDRIHAMNSYYRSVVSTLVQDQLTKNSVVLKRIQHLDEAYNKVKRGETK NA NA NA NA NA D1-12_03711 1311 rpoN COG1508 RNA polymerase sigma-54 factor ATGGATATCAAACTTCAGCAAACACAAATGTTAAAGCCTCAATTAACGCAAGAGCTTAAACAGGCCATCACATTACTCGGATACAATTCCGCGGAACTGGCCGGATATATTGATGAGCTCTCACTGGAAAACCCTCTGATTGAACGAAAGGAAACAGACACGCCGCCACTATCTTACCATAAAACAAATAAAAACAGGATGAAAGAACGGGACGGAAGCCAGCAGATCAGACTTACCCGTAAAACCCTGCAGGATTCGCTCAAACAGCAAGCCTTAGACATGAAGCTGTCCGATGATGAGAAAAAAATTTTCAATTATCTGATACATTCATTGGATTCAAACGGATATTTAAAAGAGGACATATCAGCCGCCGCCGACCATGTATCCGCTTCACAAGAGGAGACGGAAGCGGTTTTGAAAAAGCTTCAATCCCTTGAGCCCGCGGGAATCGGCGCCCGGTCTTTGCAGGAATGCATCCTTCTTCAGCTCCGCCGTCTGCCCGAGCGGAACGAACAGGCGGAATGGATTGCCGAAGCCTATTTTGAGCTATTTGCAAGAAAGAACTGGAAAGCGCTTACACTGAAAACGGGCATTCCGCTTAAAGACATTCAGGACATCGCTGACATGATCAGCGCGCTTGATCCGAGGCCGGGGCTCCGTTATGCGCATGAGGAGCCGGGTTTTTACGTAGAACCGGATATTTTCATCACGGTGAAAAACGGCATCATTCAAGCGCGGCTCAACAGCCGTTCGTTTCCTGACATCCAGCTTCATGCCCATTATCGGCCGCTCCTGTCAGCTGCCGGGTGCCGTGACACGAAAAATTATCTGTCGGCAAAATATCAGGAATGGCGCTGGCTGAACCGGGCTTTGTCGCAAAGAAAACAAACGATCACGAGAATTATCGGCGTCCTGACTGAACGGCAGGAATCCTTTTTTCTCACAGGAAAAAGCGGAATGCAGCCGCTGACCTTAAGAGAGGTGGCGGAAACGCTGGAGCTCCACGAATCAACGATCAGCCGGGCCATCAAAGGGAAGTACGTTCAGACGCCGTACGGACTGTATGAAATGAAAACATTTTTCTCGGCGAAAGCTGAATCATCGGGGGACGGCGGCGCCTCCAATTATGCCGTAAAAGCGCATCTGGAAGCATTGGTCCGTAAAGAAGATAAAAAGAAACCTTTTTCAGACCAAAAGCTTGCCGATCTGCTGCATGAACAATATGACATCCGAATCTCAAGGCGCACCGTCGCCAAATACCGTGACCAATTAAATATTCCGCCGTCATCGGCGAGAAAACGGTACAGCTGA MDIKLQQTQMLKPQLTQELKQAITLLGYNSAELAGYIDELSLENPLIERKETDTPPLSYHKTNKNRMKERDGSQQIRLTRKTLQDSLKQQALDMKLSDDEKKIFNYLIHSLDSNGYLKEDISAAADHVSASQEETEAVLKKLQSLEPAGIGARSLQECILLQLRRLPERNEQAEWIAEAYFELFARKNWKALTLKTGIPLKDIQDIADMISALDPRPGLRYAHEEPGFYVEPDIFITVKNGIIQARLNSRSFPDIQLHAHYRPLLSAAGCRDTKNYLSAKYQEWRWLNRALSQRKQTITRIIGVLTERQESFFLTGKSGMQPLTLREVAETLELHESTISRAIKGKYVQTPYGLYEMKTFFSAKAESSGDGGASNYAVKAHLEALVRKEDKKKPFSDQKLADLLHEQYDIRISRRTVAKYRDQLNIPPSSARKRYS PGPT0000795_2888 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 D1-12_03712 1677 lutP COG1620 L-lactate permease ATGCAATGGACACAGGGGTACGCTCCTTTAGGGGGAAATTTGCTTTTATCGGCAGCTTGCGCGCTCGTGCCGATTATCTTCTTTTTTTGGGCGCTTGCGGTGAAACGGATGAAGGGGTACATCGCGGGGCTTTTCACGTTAGCCGTTTCACTTTTAATCGCTGTATTTGTTTACGGCATGCCGGCGGAAAAAGCGGTGATGTCCGCTTCTCAGGGAGCGGTGTACGGGCTGCTTCCGATCGGCTGGATTATCGTCACATCGGTCTTTCTGTATAAAATCACCGTGAAAACGGGACAGTTTGAGATTATCCGGAGTTCGGTGCTCTCAATTACAGATGATCGGCGTTTGCAGGCGCTGCTCATCGCCTTTTCATTCGGGGCGTTTTTAGAAGGCGCCGCCGGTTTCGGCGCTCCCGTCGCGATCTCGGCCGCTTTGCTCGTCGGACTTGGTTTTCAGCCGCTGTATGCGGCGGGGATTTGCCTGATTGCCAATACGGCGCCCGTTGCCTTCGGTGCGATCGGCATTCCGATTACCGCTGTCGAAGGTCCGACCGGGATACCGGCAATGGAAATTTCTCAAATGGTCGGCCGGCAGCTTCCGTTTTTATCCGTCTTTATTCCGCTTTACTTAATCATTTTGATGAGCGGGTTTAAAAAGGCTTTTGAGATATGGCCGGCCATTCTTGTTTCCGGCGTCTCCTTTGCGGCCGTGCAGTACGCAAGCTCGAATTTTTTAGGGCCTGAGCTGCCGGATGTGCTGTCGGCGCTTGTTTCCATGGCCGCGCTCGCTGTATTTTTGAAATTTTGGAAACCGAAAACGGCCTTTCGTTTCGCGGCAGAACGGGAATCAGCAGCGTCCGCTGACCGGGCGCCGATCAAGTACGGGGGCGCCGCAGTGTTTAAAGCGTGGTCTCCTTTCCTTCTTCTGACGGCCATGATATCCGTCTGGGGGATTCCCGGCGTGAAGGCTGCCTTAACCGGTCATTACGAAGGAACGTCAATGTGGCTTTCCTGGCTGAATGCAGCCGGGCGTGCATTGACCTTCACGCCTCCCGTACCATTTGTAAATCAGCAGATTCTTCAGGCGGACGGCACGCCGATTGAAGCCGTGTACAAACTTGAGCTTTTCGGTTCAGCGGGAACGGCGATTCTGATTGCCGCCGTCATCTCCAAGTTCGCCCTCGGCATGTCGTGGAAGACGTGGGGCGAAGCGTTTATAGAAACGGTGAAAGAGTTAACGCTTCCGGTCGTGACCATTGTTTCTGTTGTCGGCTTCGCTTATGTGACGAATGCTTCCGGCATGAGCACGACACTCGGTCTTGCGCTTGCCATGACGGGCGCGATGTTTACCTTTTTTTCGCCGGTGCTCGGCTGGCTCGGCGTATTTATTACCGGCTCTGATACGTCGGCCAACCTGTTGTTCGGCGGATTGCAAAAGGTGACGGCGCTCTCTGTCGGAATGGACCCGGTTCTCTCCGTTGCCGCCAATTCATCAGGCGGTGTCACCGGAAAAATGATTTCTCCGCAATCCATTGCGGTTGCCTGTGCCGCTGTCGGTCTGGCGGGCAAGGAAGCCGACCTTTTCCGCTTTACGATTAAGCACAGTCTGTTTTTGCTTCTGCTCGTCTGTCTTATTACATTTTTACAGCATCATCTGTTTTCATGGATGATCCCGTAA MQWTQGYAPLGGNLLLSAACALVPIIFFFWALAVKRMKGYIAGLFTLAVSLLIAVFVYGMPAEKAVMSASQGAVYGLLPIGWIIVTSVFLYKITVKTGQFEIIRSSVLSITDDRRLQALLIAFSFGAFLEGAAGFGAPVAISAALLVGLGFQPLYAAGICLIANTAPVAFGAIGIPITAVEGPTGIPAMEISQMVGRQLPFLSVFIPLYLIILMSGFKKAFEIWPAILVSGVSFAAVQYASSNFLGPELPDVLSALVSMAALAVFLKFWKPKTAFRFAAERESAASADRAPIKYGGAAVFKAWSPFLLLTAMISVWGIPGVKAALTGHYEGTSMWLSWLNAAGRALTFTPPVPFVNQQILQADGTPIEAVYKLELFGSAGTAILIAAVISKFALGMSWKTWGEAFIETVKELTLPVVTIVSVVGFAYVTNASGMSTTLGLALAMTGAMFTFFSPVLGWLGVFITGSDTSANLLFGGLQKVTALSVGMDPVLSVAANSSGGVTGKMISPQSIAVACAAVGLAGKEADLFRFTIKHSLFLLLLVCLITFLQHHLFSWMIP PGPT0001800_799 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_LACTATE_TRANSPORT,PGPT0001800-lctP-K03303 NA NA D1-12_03713 729 lutR COG2186 HTH-type transcriptional regulator LutR GTGATCGCGTTGAAATATAAACAAATTAAAACGAAAAAAATCTACGAAGAAGTCGCTGACGCATTGCTGGAGAAGATAAAAGCGGGCGAGCTTAAGCCGGGTGAAAAGCTTGATTCCGTTCAGGCGCTTTCTGAGAGTTTTCAGGTCAGCCGCTCGGCGGTCAGAGAAGCGCTGTCGGCTTTGAAAGCGATGGGGCTCGTCGACATGAAGCAGGGAGAAGGCACATACATAAGAGAATTTGAGCCGTCTCATGTTTCCCAGCCGCTTTCTTCCGCCCTCTTGATGAAAAAAGAGGACGTCAAACAGCTGCTCGAAGTCAGAAAGCTGCTTGAACTCGGCGTCGCCGCCATGGCCGCTGAAAAACGCACCGAAGACGATTTACAAAAAATCCGCCAAGCTCTCCTGGAGATGAAAGGCATTGACGGAGACGAAGAATTGGGCGAAAAAGCGGATTTCTCCTTTCACATGGCGCTGGCGGAAGCATCACAAAACGGGCTGCTCAAGCATCTCATGAATCATGTCTCCGCGCTCCTTTTGGAAACAATGAGAGAAACGAGAAAAATTTGGCTGTTTTCTAAACGAACGAGCGTGCAGCGATTGTATGAAGAGCATGAACGCATTTACAGCGCCGTCGCCGCCAAAGACGCGGATGAAGCGGAAGCGGCGATGACGGCGCATCTGACGAATGTGGAAGAAGTGCTGGGGGCTTATTTTGAAGAAAATGTATAG MIALKYKQIKTKKIYEEVADALLEKIKAGELKPGEKLDSVQALSESFQVSRSAVREALSALKAMGLVDMKQGEGTYIREFEPSHVSQPLSSALLMKKEDVKQLLEVRKLLELGVAAMAAEKRTEDDLQKIRQALLEMKGIDGDEELGEKADFSFHMALAEASQNGLLKHLMNHVSALLLETMRETRKIWLFSKRTSVQRLYEEHERIYSAVAAKDADEAEAAMTAHLTNVEEVLGAYFEENV NA NA NA NA NA D1-12_03714 1191 lysN COG1167 2-aminoadipate transaminase ATGCAGGCCGAATCTTTTTTTTCTGACCATGTAAAGAAAGCTCTGACAAACGATCCTCCCGGGGAATGGATGCCGGCAGTTCCGAAAGCGTGCATCCCCCTGCATTCCGGCTATCCCGATCCCGCACTCGTTCCTGATAAGGAGCTGAAAGAAGCCGCCGCCCGCCTTCTGGATGAGGAGCGCGATCTGCCGCTGCATTATATGGGAAGCCCGAGGACGGCCGTTTTAAAAAAGCAGATTCAAGAACGGTTAGCCACCCGCGGCATTCACTGTCGGGACGATGAGCTGCTCGTGACGTCAGGCGCCTGTCAGGCGATAGATCTGGCAGCCCGGGTTTTCCTCGATGAACAAACCGCCGCTGCCGTTGAAGCTCCGGTCTATATGGAAGCGCTCGAGATTTTTAAAAATTACACACCGCATATCATGAGCATTCCGACAGATCAAGAGGGCCTGCAAACAGAAACATTAGCGTTCATGCTTGAGGAAAGAAAACGAAAAGGGCTTCTGATTCCCCGTCTTCTCTACACGATACCCGCTTTTCAGAATCCTGCGGGAACCGTAATGTCAGCGAAGCGGAGAACCCGCCTGCTTCAACTTGCCGAAGCGTATGATTTTCTCATCTTGGAGGATGATGCATACGGTGAGCTCGGATTCACTGATATTCCGCCGCCTTTGAAAGCTATGGATCAAAACGGCCGGGTGCTGTACGCCGGTTCATTATCAAAAGTCATCGCCCCGGGTATGAGGATCGGCTGGATTGCAGGGGACGCCGCATTCATCACGGCATTGTCATGGTTAAAAAAAGACTTAGGCCACCCGTTTTCCCAAGCGGTGACCGCCGTCTATCTGGAACAAACGAATGTGGAAGAACGGCTCGCCGCCTTGCGGGAAGCATATCGAAGCAAACGTGACGTTTTGCTCGCCGCATCAGCGCGATATCTTCCGGAATCCGCATCCTGGCACGTGCCTGAAGGCGGTTACTTTGTATGGGTGAAAGCGCCTGGGGCGGGTACATCCGCAATGCTGGCGAGGGCTCTTTCTCACGGCGTTTCCTATGTCCCCGGAAAATATTTTTTTCTGCATCAGGAAGACGGTGCGGAATATCTTCGCCTGTCGTTCAGTTATGCCGGTAAAGCCGCGATAAAAGAGGGTGTGCAAAAACTGGGACGCCTGCTGGAAAACGGGATGTAG MQAESFFSDHVKKALTNDPPGEWMPAVPKACIPLHSGYPDPALVPDKELKEAAARLLDEERDLPLHYMGSPRTAVLKKQIQERLATRGIHCRDDELLVTSGACQAIDLAARVFLDEQTAAAVEAPVYMEALEIFKNYTPHIMSIPTDQEGLQTETLAFMLEERKRKGLLIPRLLYTIPAFQNPAGTVMSAKRRTRLLQLAEAYDFLILEDDAYGELGFTDIPPPLKAMDQNGRVLYAGSLSKVIAPGMRIGWIAGDAAFITALSWLKKDLGHPFSQAVTAVYLEQTNVEERLAALREAYRSKRDVLLAASARYLPESASWHVPEGGYFVWVKAPGAGTSAMLARALSHGVSYVPGKYFFLHQEDGAEYLRLSFSYAGKAAIKEGVQKLGRLLENGM PGPT0007135_1410 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 D1-12_03715 717 lutA_2 COG0247 Lactate utilization protein A ATGAAAGTCTCATTATTTGTCACGTGCCTTGTGGATATGTTCCAGACCAATGTCGGAAAGGCGACGGTTGAGGTGCTGGAACGGCTCGGGTGTGAGGTGGATTTTCCCGAGGGGCAGATTTGCTGCGGGCAGCCCGCATACAACAGCGGGTATGTGACGGATGCGAAAAAAGCGATGAAGCGGATGATTGCCGCGTTTGAAGAAGCGGAGTACGTCGTCAGTCCGTCAGGTTCCTGTACGACGATGTTCCGTGAATATCCGCATCTGTTTCAGGATGATCCGAAGTGGGCGGCAAAAGCGCAGCAGCTTGCGGACAAAACATATGAGTTAACAGATTTTATCGTCAACGTTCTCGGGGTGGAGGATGTCGGGGCGGTGCTGCAAAAAAAAGCGACAGTCCATACATCGTGCCACATGACGAGGCTGCTCGGCGTGTCGGAGGAGCCGATGAAGCTTTTGCGCCATGTCAAGGGGCTCGAGCTGACCGCGCTTCCCGGAAAGCACCAATGCTGCGGATTCGGAGGAACGTTTTCTGTGAAAATGGCGCAAATCTCTGAACAAATGGTGGATGAGAAGGTCGCCTGCGTGGAAGACACGGAGGCCGAGGTGCTGATCGGGGCGGATTGCGGATGTCTGATGAATATCGGAGGGCGTCTTGACCGTAAGGATAAAAACGTCAGAGTCATGCACATCGCCGAAGTGCTGAACAGCAGATAA MKVSLFVTCLVDMFQTNVGKATVEVLERLGCEVDFPEGQICCGQPAYNSGYVTDAKKAMKRMIAAFEEAEYVVSPSGSCTTMFREYPHLFQDDPKWAAKAQQLADKTYELTDFIVNVLGVEDVGAVLQKKATVHTSCHMTRLLGVSEEPMKLLRHVKGLELTALPGKHQCCGFGGTFSVKMAQISEQMVDEKVACVEDTEAEVLIGADCGCLMNIGGRLDRKDKNVRVMHIAEVLNSR PGPT0018090_1242 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 D1-12_03716 1431 lutB COG1139 Lactate utilization protein B ATGGCGATGAAAATCGGTACCGCCGCTTTTAAAGAGCGGGTATCAGAAGGAATAGATAATGAGTTTATGAGAGGAGCCGTCTCCGGTGCGCAGGAACGGCTCAGGACAAGAAGGCTTCAGGCGGCCGAGGAATTGGGAAACTGGGAGGATTGGCGTTCCCATGCGGAAGAAATCAGACAGCATGTGCTGGACAATCTTGATTTCTATTTGGAACAGCTCGCCGAAAACGTCGCCAACAGAGGCGGACACGTCTTTTTCGCCGAAACGGCGGAAGAAGCGTCCTCCTATATCCGCGATGTCATCCGGCAGAAAAACGCCAAAAAAATCGTAAAATCCAAATCCATGGTAACAGAAGAAATCAATATGAACGAAGTGCTTGAGGAAGAGGGCTGTGAAGTCACAGAAACGGATCTCGGCGAATACATTCTCCAGATTGACGACCACGATCCGCCGTCACATATCGTTGCTCCCGCTCTTCACAAAAACAAAGAGCAGATCCGTGACGTGTTTAAAGAGAGACTCGAATACAAACAGACGGAAAAACCGGAAGAGCTCGTCATGCACGCGCGCAGCGTTCTCCGGAAAAAATTTCTCGAAGCGGATGTCGGCATTACAGGCTGCAACTTTGCAATCGCGGATACCGGATCGGTCAGTCTCGTGACGAACGAAGGAAACGGCCGCCTTGTGTCCGCGCTGCCGAAGACGCAGATCACCGTGATGGGAATGGAGCGGATCGTTCCGTCATTTTCTGAGTTTGAAGTGCTTGTCAGCATGCTGACGAGAAGCGCGGTCGGCCAGCGGCTTACAAGTTACATTACGGCGCTGACGGGACCTCGTCAGCAAGGAGAAGCTGACGGGCCTGAGGAATTCCACCTTGTGGTTGTGGACAACGGGCGTTCCCGCATACTCGGCACGGAATTCCAATCGGTGCTGCAATGTATCCGCTGCGCCGCCTGCATCAACGTCTGTCCCGTGTACCGGCATGTCGGCGGACACTCGTACGGGTCCATCTATTCGGGTCCGATCGGCGCCGTCTTATCGCCTCTTCTCGGCGGATATGACGAATACAAGGAGCTCCCGTACGCATCTTCCTTATGCGCGGCCTGTACGGAAGCATGTCCCGTTAAAATTCCGCTGCACGAGCTGCTGCTCAAGCATCGGCAGAACATCGTGGAAAAAGAGGGCAAAGCGCCGATCAGCGAAAAACTGGCGATGAAAGCCTTCGGGCTCGGCTCGTCATCCCCGTCCCTTTATAAAATGGGATCGAAATGGGCGCCTGCCGCCATGACGCCGTTTACGGAAGATGACAAAATATCAAAAGGGCCGGGGCCGTTAAAAGAATGGACGGCAATACGGGATTTCCCGGCGCCGCATAAATCGAGATTCAGAGATTGGTTTAAAGACCGGGAAAAACAAAAGGGGGAAGAATGA MAMKIGTAAFKERVSEGIDNEFMRGAVSGAQERLRTRRLQAAEELGNWEDWRSHAEEIRQHVLDNLDFYLEQLAENVANRGGHVFFAETAEEASSYIRDVIRQKNAKKIVKSKSMVTEEINMNEVLEEEGCEVTETDLGEYILQIDDHDPPSHIVAPALHKNKEQIRDVFKERLEYKQTEKPEELVMHARSVLRKKFLEADVGITGCNFAIADTGSVSLVTNEGNGRLVSALPKTQITVMGMERIVPSFSEFEVLVSMLTRSAVGQRLTSYITALTGPRQQGEADGPEEFHLVVVDNGRSRILGTEFQSVLQCIRCAACINVCPVYRHVGGHSYGSIYSGPIGAVLSPLLGGYDEYKELPYASSLCAACTEACPVKIPLHELLLKHRQNIVEKEGKAPISEKLAMKAFGLGSSSPSLYKMGSKWAPAAMTPFTEDDKISKGPGPLKEWTAIRDFPAPHKSRFRDWFKDREKQKGEE PGPT0018095_993 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 D1-12_03717 720 lutC COG1556 Lactate utilization protein C ATGAAAGGGACGGTTACACATCAGGAATCCTTTTTAAACCGGATCGCCGAAAGTCTGGGCAGAGAGCGCAGGAAATCAGGCGTGTCCCTGCCTGAATGGAAGTATCAGCCTCAATATCAAACGCATGCGGACTGTACGGAAGACGATCTTGTCACGATGCTGAAAGACCACTGCGTCAACATTCATACCGAACTGATCGAAACGGATGCAGCCGGGCTTTACGACGCTTTGCGCACGCAGGTGAACCGCTTTGAAGGAGGGCCTGTCATCATTCCGAAGGACAGCCGGTTTGAAACGTACGGCTTGCAGACCCTTATGACAGAAGAGTGGCCGGATGAAGGGATTCCAGTTTGGGAATGGGACGCGGAACAAGGAGCGAAAAATATTGAAAAAGCGGAACAAGCGAATGTGGGCATCACATTCAGCGAGATTACGCTTGCAGAATCAGCCACCGTCGTTTTGTATGCGTCAGAGCATGCCGGCCGTTCTGTCAGCCTGCTTCCGACCACCTATATCGCAATCATCCCTAAATCTTCCATTGTGCCGAGAATGACACAGGCCAGCGATATACTGAAACAGCAGATCAGAGACGGCGTCACCGTTCCTTCCTGCATCAACTATATTACTGGACCGAGCAACTCGGCCGATATCGAAATGGATTTGGTTGTCGGCGTCCACGGACCCGTTAAAGCCGCTTATATCCTTGTGAATGACCGATAA MKGTVTHQESFLNRIAESLGRERRKSGVSLPEWKYQPQYQTHADCTEDDLVTMLKDHCVNIHTELIETDAAGLYDALRTQVNRFEGGPVIIPKDSRFETYGLQTLMTEEWPDEGIPVWEWDAEQGAKNIEKAEQANVGITFSEITLAESATVVLYASEHAGRSVSLLPTTYIAIIPKSSIVPRMTQASDILKQQIRDGVTVPSCINYITGPSNSADIEMDLVVGVHGPVKAAYILVNDR PGPT0018100_250 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 D1-12_03718 120 hypothetical protein ATGGGGAAAACACGTAAAACTTATGATATTCACTTTAAGAAAAAAGTTGTTGATCTTCACCTAAATGATGGGATGGGTTATCAGACAATCGCCAGAGAAATGATTAGGCGCATATTATAA MGKTRKTYDIHFKKKVVDLHLNDGMGYQTIAREMIRRIL NA NA NA NA NA D1-12_03719 1329 idnT COG2610 Gnt-II system L-idonate transporter ATGTTACTGTTTATTGTCATTGCCGCTATTATCGTTTTACTCTTATTGATTACGGTCGCTAAATTAAATCCGTTTATCAGTCTTTTGATTACATCCATCCTTGTCGGTTTCGCAACGGGCATGAATCTGCCGGACATTATCGCTTCGATGAAAACCGGGCTCGGCAATACGCTGTCGCTGCTTGCGATCGTGCTGGCCCTCGGTACGATGCTCGGAAAAATGATGGCTGAATCAGGCGGTGCGGAGCGTATCGCCCACACCCTGATCGGCCGCTTCGGCAAAAAGAAAGTGCATTGGGCGATGATGGCCGTCGCTTTTATCGTCGGCATCCCGGTCTTTTTCCAGGTCGGTTTCGTCCTGCTCGTGCCGCTTTTGTTTACGATTGCGATTGAAACCGGCGTTTCATTAGTGACGATCGGGATTCCGCTCCTTGCGGGACTTTCCGTCGTGCACGGATTGGTTCCGCCCCACCCGGCGGCGATGGCGGCTGTCGGCATTTATCACGCCAATGTCGGAAAAACGATTTTGTTTTCTTTAATCGTCGGCATTCCGACTGCCATCATCGCGGGGCCGCTTTACGGAAAATGGATTGGTAAGCGCATTCATAAACCCGTTCCCGAACTGTTGAAAAAACAATTTATTGAACGGAATGAAAAACGCAAGCTTCCGGGATTCGCAAATACATTGTTTACGATATTGGTACCGGTGATCCTGATGCTTATGGCAACGCTTGCCGAAATTGCGCTTCCGGAAAAAAGCGCGCTCTATGAAACTTTTAAATTTATCGGCGACCCTGTCACGGCGCTTTTGATCGCCACGGTGTACTCCTTTTTCAGCCTTGGTTTTTATCAGGGCTTTGACAGAGAAAGCATTTTAAAATTCAGCAATGACTGTCTCGGACCGATCGCTTCCATTCTGCTTGTGATCGGAGCCGGCGGCGCTTTTAACAACGTCCTGATTGATTCAGGCGTCGGCACGTATATTGCTGACATTGCGAAGCATTCAAGCTTCTCTCCCGTTCTTTTAAGCTGGACGATCGCAGCGGTCATCCGTGTCGCCACAGGTTCAGCGACTGTCGCCATGATGACGGCGGCCGGCATTGTTGCACCGATTGCATCTGTCATGCCGGGCGTCAGCAGTGAGCTTCTCGTTTTGGCAACGGGAGCGGGCTCTTTGATTCTGTCACATGTCAATGACTCCGGTTTCTGGCTCATTAAAGAGTATTTCGGAATGACAGTAAAAGAAACATTCCTGACATGGACGGCGATGGAAACGATTATTTCTGTCAGTGCGATCTGTTTTATCATGATTATTAACGCGTTTATATAA MLLFIVIAAIIVLLLLITVAKLNPFISLLITSILVGFATGMNLPDIIASMKTGLGNTLSLLAIVLALGTMLGKMMAESGGAERIAHTLIGRFGKKKVHWAMMAVAFIVGIPVFFQVGFVLLVPLLFTIAIETGVSLVTIGIPLLAGLSVVHGLVPPHPAAMAAVGIYHANVGKTILFSLIVGIPTAIIAGPLYGKWIGKRIHKPVPELLKKQFIERNEKRKLPGFANTLFTILVPVILMLMATLAEIALPEKSALYETFKFIGDPVTALLIATVYSFFSLGFYQGFDRESILKFSNDCLGPIASILLVIGAGGAFNNVLIDSGVGTYIADIAKHSSFSPVLLSWTIAAVIRVATGSATVAMMTAAGIVAPIASVMPGVSSELLVLATGAGSLILSHVNDSGFWLIKEYFGMTVKETFLTWTAMETIISVSAICFIMIINAFI PGPT0001340_2390 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 D1-12_03720 1545 xylB_2 COG1070 Xylulose kinase ATGAAGGAAACCCAAGCTGTTATCGGTCTGGATATCGGCACAACCAGTACGAAAGCCGTTCTGTTCGGACCAAGAGGCAAAGTGTTAGCCAAGCATTCGGTTCACTATGATTTAATACAGCCAAAGCCGGCATGGGCCGAGCAGGATCCTGAGCACATTTTGGAAGCGGTTATCGGAAGCATCAGGGGAGCCGTCACAAAGGCCGGACTGAGTCCTGACAATCTGCTTGCAATCGGCATCAGCACCGCCATGCACTCATTGATAGCTGTCGATCAAAACGGCGGCCTGCTGACCAAAAGCATCATTTGGGCGGACAACCGCAGCGCCGAGCAATCAAAACGGATTTTAAAAGAGATGAACGGTTTTGATATTTATAAAAGAACGGGTACGCCGATTCACCCGATGTCTCCGCTTTCCAAAATTGTCTGGATGAAAGAACAGGACAAGGAGACATTCGCGAAAACCGCCAAATTCATCAGTATGAAAGAATATATTCTGCACGAGTTTTTCGGAACTTATGTCGTCGATTATTCGATCGCTTCGGCAACGGGGCTGTTCCGTTTAGATACGCTTTCCTGGGATGAAGAAGCGCTCCGGATTGCCGGAATCCGGGAAGATCAGCTGTCGGACATCGTGCCGACCACTCATCAGCTGCGCGGCCTTGCGCCGGAAATCGCTGCACGGATGGGCATTCATGCGGATACACCGTTTATTATCGGCGCAAATGACGGCGTGCTCGCCAACCTTGGAGTCGGCGCGATCGGCAAAGGCGAAGTGGCCGTTACGATCGGAACGAGCGGAGCCGTGCGTTCGGTGACGGATGCGCCGATTATGGATGAAAAAGCGCGGACATTCTGTTACGCGCTGACTGACAAGCATTGGGTCATCGGAGGCCCGACGAATAACGGAGGCATTATGCTGCGCTGGCTTCGAGACGAATTCGCTTCTCCGGAAGTCGAAACGGCGAAGCGGCTCGGCATTGATCCGTACGATTTAATGATTGATATCGCTGATAAAGTGCCCGCAGGCTCTGAGGGATTGCTGTTTCTGCCGTTTTTATCAGGGGAGCGCGCGCCGTTTTGGAATCCGAATGCCCGCGGAACGTTTTTCGGCATCAGCCTCCGCCATAAACGGGAGCATTTTATCAGAGCGGTGCTGGAAGGCGTCATCATGAGCGTCTTTTCAATCGGTGTCGCACTGAGAGATTTGGCGGGCCCCGCAAAAGACGTGCGGGCTTCAGGAGGATTTGCGAGATCGCCGCTTTGGAGGCAGATTTTGTCCGATACGATGGGACGGGAAGTCCTCGTTCCGGAAAGTTACGAAGCCTCGGCGCTCGGAGCGGCCGTTCTCGCTTTGCACAGCCTTGGCGAAATGGAACGGATCGAGGATGTTCAGGACTGGATCAGAATTTCTCACCGTCATGAACCGAACGTCAAAAACAGCGAAACATATATTGAGCTGTTTTACTTATACGAGCGGCTGTATGACAAGCTCAAAGATGAATTTGACGTCATCAGTGAATTTCAGCTCAAACAAAGCCGTTAA MKETQAVIGLDIGTTSTKAVLFGPRGKVLAKHSVHYDLIQPKPAWAEQDPEHILEAVIGSIRGAVTKAGLSPDNLLAIGISTAMHSLIAVDQNGGLLTKSIIWADNRSAEQSKRILKEMNGFDIYKRTGTPIHPMSPLSKIVWMKEQDKETFAKTAKFISMKEYILHEFFGTYVVDYSIASATGLFRLDTLSWDEEALRIAGIREDQLSDIVPTTHQLRGLAPEIAARMGIHADTPFIIGANDGVLANLGVGAIGKGEVAVTIGTSGAVRSVTDAPIMDEKARTFCYALTDKHWVIGGPTNNGGIMLRWLRDEFASPEVETAKRLGIDPYDLMIDIADKVPAGSEGLLFLPFLSGERAPFWNPNARGTFFGISLRHKREHFIRAVLEGVIMSVFSIGVALRDLAGPAKDVRASGGFARSPLWRQILSDTMGREVLVPESYEASALGAAVLALHSLGEMERIEDVQDWIRISHRHEPNVKNSETYIELFYLYERLYDKLKDEFDVISEFQLKQSR NA NA NA NA NA D1-12_03721 858 ybbH_2 COG1737 putative HTH-type transcriptional regulator YbbH ATGACCCCTGTGAATTCAAGCAGCATCGGGAAGATTCAGGCGGCCAGCAAAGGTTTGTCGCCAAAATTGAGAGCGATTGCAGACCATATCGTGAAGGAACCGAAAGACGTGGTTCACCTTTCCATCATTCAGCTGGCGGAAAAAACGAAAAGCTCTGAAGCGACGATTTTCAGGCTGTGCAAACGGCTCGGTTTTTCCGGCTATCAGGATTTAAAAATCGCGCTTGCTCAGGAGATCGTTCAGGAGCCGGTGCAGCACATTCATGAAGAAATGAGCCCCGACGACGATATCGAAGTCATCATCCAGAAAGTTTTCCGCACAAACATTTCCGGTCTGACCGATACCTTTCATTTATTAGATCCGGCCGACGTTGAAAAAGCGGTAGAAATGATCCACCGCGCAGACAGAATCGAATTTTACGGAAACGGCGGTTCCGGGCTGATCGCCACTGACGCGTATCATAAATTTATGCGTACGGGTATAAATTGCATCGCGCACACAGATTCTCACTTTCAGGCGATGTCAGCGGGTCTTCTCGGTCCCGAAAGCGCAGTCATCGGCATTTCTCATTCGGGAAGCAATAAGGACGTGCTTGACGCGGTGAAAATGGCCAAATCGCTCGGCGCTGGCACGATCGGCATTACAAGCTACCAAAAGTCGCCGCTCACCCAGATTTCCGACGTGGTGCTGTATACGTCAACAAGGGAGACGGCTTTCAGAACGGAAGCAATGTCCGCAAGGCTTGCCCAGCTGTCGGTCATTGATACACTGTATTTCGCCACGGCCCGGCTGCGGCAGGAGAAAACGCTCGCCAACTTGCAGCAAATCAGAAAAATGATCGCGCACAAACGTTTGTAA MTPVNSSSIGKIQAASKGLSPKLRAIADHIVKEPKDVVHLSIIQLAEKTKSSEATIFRLCKRLGFSGYQDLKIALAQEIVQEPVQHIHEEMSPDDDIEVIIQKVFRTNISGLTDTFHLLDPADVEKAVEMIHRADRIEFYGNGGSGLIATDAYHKFMRTGINCIAHTDSHFQAMSAGLLGPESAVIGISHSGSNKDVLDAVKMAKSLGAGTIGITSYQKSPLTQISDVVLYTSTRETAFRTEAMSARLAQLSVIDTLYFATARLRQEKTLANLQQIRKMIAHKRL PGPT0017985_833 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 D1-12_03722 159 hypothetical protein ATGAAAAAAGTATGGATTCTCGTCATATCATTCGGCATTGCGCTTGCGCTGTTTTTATACGCAAACACAAAGGTGAAAGCGGAAAGCGCGGCGCCCGGAAAGCAAAGCCTTGTGTCCGGATTTCAGCTGAAATTTCCGAATCACCGGGTAGGACAATAG MKKVWILVISFGIALALFLYANTKVKAESAAPGKQSLVSGFQLKFPNHRVGQ NA NA NA NA NA D1-12_03724 1341 yvbW COG1113 putative amino acid permease YvbW ATGGAAAAGGACAAGCAAACGTTAAAACGGACGATGTCGTCCAGACACATTATGATGATGGCGCTTGGAGGCGCGATCGGGGCCGGGCTCTTTAAAGGCAGCAGCACGGCGATTGATGAGGCGGGGCCGTCCGTGCTGCTGGCCTACCTCCTTGGCGGAATCATTCTGCTATTTATTATGCAAGGGCTGGCCGAAATGGCAGTCAGAAACAAACATGCAAGGACGTTCCGTGATTTGGTTCAGCAGTCGCTCGGATCGTACGCTGCATACTTTTTAGATTGGATCTATTGGAAAATGTGGGTGCTCAATATTGCCGCGGAGGCGGTCGTAGCCGCCATTTTCATTCAATATTGGCTGCCGGAATGTCCGATATGGATACTGGCTCTGATCATTTCCATCGTGGTGACGGTCGTAAACATGCTTTCTGTGAAACTGTTTGCCGAGACGGAGTACTGGCTCGCGCTTATTAAAATTACAGTGATTGTCATCTTTATTTTATGCGGGATTCTGCTTTTATTTTTCTCATTCGGCAATCACACGGCGCCGGGGCTGTCTCATTTAACGGATCACGGAGGATTTTTCCCGCATGGAGCGGGGGGCGTCATTACGGCGATGCTCGTCGTGATCTACTCATACGGCGGAACGGAAATCATCGGCGTCACGCTGGCGGAGACAAAAAATCCCGAAAAGGTGATCCCGAAAGCTGTCCGAAGCACGTTAACGCGGATTGTCGCTTTTTACTTGCTGCCGTTCTTCATCATCGTCAGCCTGATTCCTTGGAATCAAGTCAACAGCGTTCCCGAAAGCCCGTTTGTCATAGTATTTAAGATGATCGGAATTCCGGGTGCCGACCATATTATGAATGCCGTCATTCTTCTTGCGATTATCTCGTCTATGAATTCGGGACTGTACGGATCATCCCGCGTCTTGTTTACGCAGGCTTCTGACGGCCGGGTGCCGAAAGTTTTTTCAAAACTATCGAAGAAAAAGGTTCCCGTCTATGCGATTCTGACTTGTACGTCATTTTTATATGTAGGCGTCCTGATTTCTTTATTCGCAGGAAGCCGGACGTTTAATTATTTGATGGGTTCACTCGGCTATACGGTGCTGTTCATCTGGCTGATTATCGGCTTCGCCCATTTGAAATCAAGAAAACATTCAACAGAACAGCCGGCTTATTACGTCAAATGGTTCCCATACACGACATGGTTCGCGGTGCTTGCGCTTTTGGCCATCCTGATCGGCGTAATTGCGACGACATCCATCGTCATCACATGCATCACTGCGGCCATCTATCTCCTCATTACGGCTGCGTATCTTGTGAAAGGGAGACGTCAATAA MEKDKQTLKRTMSSRHIMMMALGGAIGAGLFKGSSTAIDEAGPSVLLAYLLGGIILLFIMQGLAEMAVRNKHARTFRDLVQQSLGSYAAYFLDWIYWKMWVLNIAAEAVVAAIFIQYWLPECPIWILALIISIVVTVVNMLSVKLFAETEYWLALIKITVIVIFILCGILLLFFSFGNHTAPGLSHLTDHGGFFPHGAGGVITAMLVVIYSYGGTEIIGVTLAETKNPEKVIPKAVRSTLTRIVAFYLLPFFIIVSLIPWNQVNSVPESPFVIVFKMIGIPGADHIMNAVILLAIISSMNSGLYGSSRVLFTQASDGRVPKVFSKLSKKKVPVYAILTCTSFLYVGVLISLFAGSRTFNYLMGSLGYTVLFIWLIIGFAHLKSRKHSTEQPAYYVKWFPYTTWFAVLALLAILIGVIATTSIVITCITAAIYLLITAAYLVKGRRQ PGPT0000815_2243 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 D1-12_03725 918 eamA COG0697 putative amino-acid metabolite efflux pump GTGAAACAGCTTTCGAAAATACAGACGGCTCTTATGCTGGCGTTTCTAGTCACGGTATGGGGAATTAACTGGCCGCTGACAAAGGCCGCGCTTGCCTATTCGCCGCCTCTTCTGTTTGCCGGAATCCGCACGCTGATCGGCGGACTTCTATTATTAATGGTGGCGCTGCCCCGTTTTAAAAAGCTGCGTTTTAAAGAAACGTGGCCGATCTATCTTATTTCTGCCATTTTAAATATTACTTTATTTTACGGCCTGCAAACGGTCGGCTTGAATTACCTGCCTGCCGGCCTATTTTCAGCCATCGTGTTTTTCCAGCCGGTGTTAATGGGCGTTTTTTCTTGGCTGTGGCTCGGGGAATCGATGTATCCTTTAAAAATAGCCGGTCTTATTCTGGGCTTTGCCGGTGTCGCCGTCATCAGCGCAGCCGGTTTCGGAGGCCATATTTCCATCGCCGGCATTCTTTTGGCCTTAGGCTCTGCGGTCAGCTGGGCGCTCGGCACGGTATATGTGAAAAGAACGGGCGGACGCGCGGATTCTATCTGGATGGTCGCTCTTCAGCTTCTGATCGGCGGCGTGCTGCTTGTCAGCTCCGGCCATTTTTCAGAAAGCTTTTCAGCGATTCAATGGAAAGCTCCGTTCATTCTGAGCCTTCTGTTCATTTCAGTTTTTGTTATCGCGCTCGGCTGGCTCGCCTTTTTTACGCTTGTCGGTTCAGGGGAAGCAAGCAAGGTTGCCTCTTACACCTTCCTGATCCCGCTCATATCCATTGTCGTCAGCTCGATATTCCTGCATGAGCCGCTTACCGTCAGCCTTTTAGCCGGACTGCTTCTGATCGTCACAAGCATTTGTTTTGTGAATATAACACCGAAAAAACTGAAAACACCTGCTCTGGCCGCAGAAAAAAAGGCCGTTCATTAA MKQLSKIQTALMLAFLVTVWGINWPLTKAALAYSPPLLFAGIRTLIGGLLLLMVALPRFKKLRFKETWPIYLISAILNITLFYGLQTVGLNYLPAGLFSAIVFFQPVLMGVFSWLWLGESMYPLKIAGLILGFAGVAVISAAGFGGHISIAGILLALGSAVSWALGTVYVKRTGGRADSIWMVALQLLIGGVLLVSSGHFSESFSAIQWKAPFILSLLFISVFVIALGWLAFFTLVGSGEASKVASYTFLIPLISIVVSSIFLHEPLTVSLLAGLLLIVTSICFVNITPKKLKTPALAAEKKAVH NA NA NA NA NA D1-12_03726 894 oxyR Hydrogen peroxide-inducible genes activator ATGACGATTACACAACTGCGGGTTTTTGTTCAAATCGCTGAAACGGGAAGCTTTACAAAAGCGGGGCAGGCGCTGAATATGACGCAGCCCGCCGTCAGCCATGCCATCTCTGCGCTTGAGTCAGAGCTCGGCATCAAGCTGATCATCCGCGAGCGCCGCAACGGCGTAAGGCTCACGGACACGGGCGGAAAAATTCTCGTCCATATCAGAGAGGTGCTCAAAGGCATAGAAAAAGCCGAGCAGCTGGCGGCCGCGGAAAGAGGTCTTGAACAGGGAACGATTCACATCGGCACATTTCCGGCCGCTTCCGCTTATTTCATTCCAAAGCTGATCAGCGTGTTTAAAAAACGGTATCCGAAGCTTGAACTGGTGCTTCATGAAGGAACGGCGGACGAAGTAAAAGAATGGCTGCAATCCCGGATGATTGACGCGGGCATTCTGCTGTTCCCGACAGAGGATATGGATTCCTTTCTGCTGAAAAAAGACAAAATGGCAGCGGTTATGCATAAAGATCATCCTCTCGCCGCACGCTCAACCGTAACGATAAAAGATCTGGACGGTGAACCGATGGTGGTTTGCGAAGGCGGTTACACGTCACCTTTTGCAGGCCTGTTTAAACAAGCCGGTGCCGAACTTTGCGCGGCCTTTACCGTGTTTAATGTCAGCACGTCCATCAATATGGTGCGGGAGGGGTTGGGCATGGCAATCTTATCCGATATGTCCATGGCCGGCAATCCCCTCCCGGAAGAAGTGGTGATTAAAGAGTTTGCGCCGGATGTATTCAGGGAGGTGCAGCTGGCGGTTCCTTCCATGAAAGACGCATCACTTGCCGCCAAGCTTTTTATTGATGTCGCCGAGGAGCTGTTCATCCGTAAGAAAACCGCCGCTGACTGA MTITQLRVFVQIAETGSFTKAGQALNMTQPAVSHAISALESELGIKLIIRERRNGVRLTDTGGKILVHIREVLKGIEKAEQLAAAERGLEQGTIHIGTFPAASAYFIPKLISVFKKRYPKLELVLHEGTADEVKEWLQSRMIDAGILLFPTEDMDSFLLKKDKMAAVMHKDHPLAARSTVTIKDLDGEPMVVCEGGYTSPFAGLFKQAGAELCAAFTVFNVSTSINMVREGLGMAILSDMSMAGNPLPEEVVIKEFAPDVFREVQLAVPSMKDASLAAKLFIDVAEELFIRKKTAAD NA NA NA NA NA D1-12_03727 1008 hypothetical protein ATGGCTGAACATACATTGAAAGATACTGCGTTTTCCGTATTGAATTTATCGCCGGTCGTACAGGGAGGAACGGTTGCTGAATCGTTCCGCAACAGCATGGATTTAGCGCGCCGCGCCGAGGAGTGGGGCTATAACCGCTATTGGCTTGCGGAGCATCATAATATAGAAGGCGTTGCCAGCTCGGCAACAGCGGTGCTGATCGGCCACATCGCCGGCGGCACGAAAAAAATCCGCGTCGGTTCTGGGGGTATTATGCTGCCGAATCATTCGTCACTTATAATCGCGGAGCAATTCGGAACCCTTGAAACGTTATATCCAGGGCGGATTGACCTCGGACTCGGGCGTGCGCCGGGTACCGACCAATTAACGGCGAGGGCCTTAAGAAGAAACATAAACAGCGGGGAGGATTTCCCGGAGCAGCTTGAAGAATTGAGAAATTACTTCAAACCGTCAGGCAATGTGCGCAATCTAGTCCGCGCCATTCCGGGCGAAGGGCTGGACGTGCCGATCTGGCTTCTGGGCTCAAGCGGCTTCAGCGCGCGTCTTGCGGGAGAGCTCGGGCTTCCGTTCGCCTTTGCGGCTCACTTTTCACCGAAAAACACCGTGCCCGCCCTTGAGCTGTACCGCAGCTCCTTCCGTCCGTCAGATGTACTGGATAAACCGTACGCGATGGTCGGCGTCACCGTCATTGCCGCCGATACGGATGAAAAGGCGGAGCATCTGGCAACATCGCATTATCAAAGATTTTTAGACCTCGTCCGCGGCACGCCGAACCAGCTGAAGCCTCCTGTTGAAGACATGGATCAAATCTGGTCGCCGTATGAAAAAGCGATGGTCAATGAACAGCTCAGTTCAACGATCGTCGGCGGACCGGAGCGTGTGAAGGAGAAGCTGGAAAGCTTTATCCGGACAACACAGGCGGATGAAATCATGGTGAATTCAGAAAGCTTTGAGCATGCCGACAGAATGAGATCATTTGAGATCATCGCCGAATTAAAAAACAGCTGA MAEHTLKDTAFSVLNLSPVVQGGTVAESFRNSMDLARRAEEWGYNRYWLAEHHNIEGVASSATAVLIGHIAGGTKKIRVGSGGIMLPNHSSLIIAEQFGTLETLYPGRIDLGLGRAPGTDQLTARALRRNINSGEDFPEQLEELRNYFKPSGNVRNLVRAIPGEGLDVPIWLLGSSGFSARLAGELGLPFAFAAHFSPKNTVPALELYRSSFRPSDVLDKPYAMVGVTVIAADTDEKAEHLATSHYQRFLDLVRGTPNQLKPPVEDMDQIWSPYEKAMVNEQLSSTIVGGPERVKEKLESFIRTTQADEIMVNSESFEHADRMRSFEIIAELKNS 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 D1-12_03728 1089 araR COG1609 Arabinose metabolism transcriptional repressor ATGCTACCGAAATATGCTCAAGTAAAAGAAGAAATTTGTTCATGGCTGAATCAAGGAAAAATACAGCCGGACGAAAAGCTGCCTACGGAAAATGAGCTGATGCAGCAGTTCGGCGTCAGCCGCCATACCATCAGAAAGGCGATCGGAGATTTGGTCTCGCAAGGGCTGCTGTACAGCGTTCAGGGCGGAGGCACCTTTGTCGCTTCACGCACGGCGAAATCAGCCATGCATTCAAACAAAACGATCGGCGTCATTACAACGTACATATCAGACTATATTTTTCCGAGCATCATCAGGGGAATCGAATCGTATTTAAGCGAACAGGGCTATTCCATGCTGCTGACGAGCACCAACAACAATACAGAAAGTGAACGGCGCGGCCTTGAAAACCTGCTGTCCAAAAATATAGACGGGCTGATTGTCGAGCCTACAAAAAGCGCGCTGCAGACGCCCAACATCGGCTACTATCTCAATCTGGAGAAAAACGGCATTCCGTTTGCCATGATTAACGCCTCTTATGCGGAGCTGGCCGCACCAAGCTTTTCCGTCAATGATGTCAAAGGCGGCATGATGGCTTGCGAATACGTCATGTCCCTCGGCCACACGCACATTATGGGAATCTTTAAAGCGGATGACACGCAGGGCGTCAAACGGATGAACGGCTATCTTCAGGCGCATCGGGAGCGCGGGATTTTTCCGTCTCCGGACATGATCGTGACTTACACGACTGAGGAAAAAGAAACCGTGCTTCTCCAAAAAATTAAGCATACCCTTGAGCAAAACAGCGGGTCACATCCGACGGCCATTCTTTGCTACAATGACGAAATTGCGCTGAAGACGATTAATCTTCTCAGAGAATTCGGGTTAAAGGTGCCTGATGACGTGTCGGTCATGGGCTATGACGATTCACATTTCGCCCAGATTTCCGAGGTGAAGCTCACCTCTGTCAAGCATCCGAAATCCATTATGGGGAAAGCGGCGGCAAAATACGTCATCGACTGCTTAGAACATAAAAAACCGAAGAAGGATGACGTCGTGTATGAACCGGAACTCGTCATCCGGAATTCAGTCAAGCGGATCGGCGAATAA MLPKYAQVKEEICSWLNQGKIQPDEKLPTENELMQQFGVSRHTIRKAIGDLVSQGLLYSVQGGGTFVASRTAKSAMHSNKTIGVITTYISDYIFPSIIRGIESYLSEQGYSMLLTSTNNNTESERRGLENLLSKNIDGLIVEPTKSALQTPNIGYYLNLEKNGIPFAMINASYAELAAPSFSVNDVKGGMMACEYVMSLGHTHIMGIFKADDTQGVKRMNGYLQAHRERGIFPSPDMIVTYTTEEKETVLLQKIKHTLEQNSGSHPTAILCYNDEIALKTINLLREFGLKVPDDVSVMGYDDSHFAQISEVKLTSVKHPKSIMGKAAAKYVIDCLEHKKPKKDDVVYEPELVIRNSVKRIGE PGPT0017490_373 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION PLANT_DERIVED_ARABINOSE_METABOLISM,PGPT0017490-araR-K02103 NA NA D1-12_03729 1395 araE COG0477 Arabinose-proton symporter ATGAAGAATCACCCGGCACCAATTGGCTCAAATGTACCTGTCACTCGGCAGCATTCCAAGTGGTTTGTCATTCTCATCTCATGCGCGGCCGGACTGGGAGGGCTTTTGTACGGTTATGACACGGCGGTGATTTCCGGCGCCATCGGTTTCCTGAAAGATTTGTACCGCTTAAGTCCTTTTATGGAAGGGCTCGTGATTTCAAGCATAATGATCGGCGGTGTTTTCGGCGTCGGGATTTCCGGATTTTTGAGCGACCGTTTCGGACGGAGAAAGATTTTGATGGCAGCGGCGCTGTTGTTTGCGGTGTCAGCGGTTGTCTCTGCGCTTTCTCAAAGTGTGTCTTCCTTAGTGATCGCCAGAGTCATCGGCGGTCTGGGAATCGGCATGGGCTCCTCGCTTTCTGTCACGTATATTACCGAAGCCGCTCCGCCGGCAATACGCGGCAGTCTGTCTTCACTGTATCAGCTGTTTACGATATTAGGGATTTCCGGCACTTATTTTATTAACCTCGCCGTTCAGCAGTCCGGCTCATATGAATGGGGGGTGCACACCGGCTGGCGGTGGATGCTCGCTTACGGCATGATTCCGTCCGTCATCTTTTTTATCGTGTTGCTTATCGTGCCTGAAAGCCCGCGCTGGCTTGCGAAAGCGGGGCGCCGGAATGAAGCCCTCGCCGTGCTGACGCGCATTAACGGCGAGCAGACCGCGAAAGAAGAAATCAAACAAATCGAAACGTCTTTACAATTAGAAAAAATGGGGTCATTGTCTCAGCTGTTTAAACCGGGGCTGAGAAAAGCGCTTGTGATCGGGATTCTGCTGGCTTTATTCAATCAGGTCATCGGCATGAACGCAATTACGTATTACGGGCCGGAAATTTTCAAAATGATGGGCTTCGGACAGAATGCGGGGTTTATCACGACATGCATCGTCGGTGTCGTTGAAGTGATTTTCACCATTATCGCGGTTCTTTTAGTCGATAAGGTGGGCCGGAAAAAGCTGATGGGGGTCGGATCTGCCTTTATGGCGCTGTTCATGATCTTAATCGGGGCATCCTTTTATTTTAAGCTGGCGAGCGGTCCGGCTTTAGTCGTCATCATATTGGGATTCGTCGCCGCTTTCTGCGTATCAGTCGGGCCGATTACGTGGATCATGATTTCGGAAATCTTTCCGAACCACCTCCGCGCACGCGCCGCCGGTATTGCGACGATATTCTTATGGGGGGCCAACTGGGCGATCGGCCAGTTCGTGCCGATGATGATCAGCGGGTTGGGGCTCGCGTACACCTTCTGGATATTCGCCGTCATTAATATTCTCTGTTTCTTGTTTGTCGTGACGATCTGCCCTGAGACGAAAAATAAATCATTAGAAGAAATAGAAAAACTCTGGATAAAATGA MKNHPAPIGSNVPVTRQHSKWFVILISCAAGLGGLLYGYDTAVISGAIGFLKDLYRLSPFMEGLVISSIMIGGVFGVGISGFLSDRFGRRKILMAAALLFAVSAVVSALSQSVSSLVIARVIGGLGIGMGSSLSVTYITEAAPPAIRGSLSSLYQLFTILGISGTYFINLAVQQSGSYEWGVHTGWRWMLAYGMIPSVIFFIVLLIVPESPRWLAKAGRRNEALAVLTRINGEQTAKEEIKQIETSLQLEKMGSLSQLFKPGLRKALVIGILLALFNQVIGMNAITYYGPEIFKMMGFGQNAGFITTCIVGVVEVIFTIIAVLLVDKVGRKKLMGVGSAFMALFMILIGASFYFKLASGPALVVIILGFVAAFCVSVGPITWIMISEIFPNHLRARAAGIATIFLWGANWAIGQFVPMMISGLGLAYTFWIFAVINILCFLFVVTICPETKNKSLEEIEKLWIK PGPT0014420_282 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H+_SYMPORTER,PGPT0014420-araE-K02100 NA NA D1-12_03730 141 hypothetical protein ATGAAAGCGTTTTACGACAAAAGTCCGCTCCGGCGGGCTTTTGTCTGTCACCTTCATTCCGTTTCTGTATATAATGACTGTATCAAGGAGATACTGGGAAATCCTGCGAAGAATGTCGACGAATTGACCTTTAACAGTTGA MKAFYDKSPLRRAFVCHLHSVSVYNDCIKEILGNPAKNVDELTFNS NA NA NA NA NA D1-12_03731 1035 cggR COG2390 Central glycolytic genes regulator ATGAACCAGTTAATACAAGCTCAAAAAAAATTATTGCCTGATCTTTTGCTTGTGATGCAGAAAAGATTTGAAATCTTGCAGTATATCAGGCTTACCGAACCGATCGGCCGCAGAAGTCTTGCAGCCAGTCTCGGATTGACCGAGCGCGTTCTCAGAAGCGAGGTTCAGTTTTTGAAAGAACAGAATCTCATCGATATTAAAACAAACGGCATGACAATGACGGAAGAGGGCTACTCACTGCTTTCGATTCTGGAAGATACGATGAAGGATGTTTTAGGATTGACGCTTTTGGAAAAGACATTAAAAGAGCGGCTTAATCTGAAAGACGCCATTATCGTTTCCGGAGACAGCGACCAATCTCCTTGGGTCAAAAAAGAATTAGGGAGAGCGGCCGTTGCATGTATGAAAAAGAGATTTTCAGGCAAAAATATCGTCGCTGTAACCGGCGGTACGACAATTGAAGCCGTCGCCGATATGATGACGCCGGATTCAAAAAACCGCGAGCTCCTGTTTGTGCCCGCAAGAGGCGGTTTAGGCGAAGATGTGAAAAACCAGGCGAACACCATATGCGCGCATATGGCGGAAAAGGCTTCAGGCACTTACCGGCTTTTGTTCGTTCCCGGGCAGCTGTCACAAGGCGCCTACTCATCTATTATTGAAGAGCCTTCCGTAAAAGAGGTGCTTCACACGATTAAATCAGCGAGTATGCTCGTTCACGGAATCGGCGAAGCTAGAACAATGGCGGAGCGAAGAAACACGCCTTTGGAAGATTTGAAGAAAATAGATGACAATCATGCGGTGACAGAGGCATTCGGCTACTACTTTAATGCGGACGGAGAAGTCGTTCACAAGGTGCATTCAGTCGGAATGCAGCTCGATGACCTCGATGCCATTCCCGACATTATCGCGGTAGCGGGCGGATCATCAAAAGCAGAAGCAATCGAAGCTTATTTTAAAAAGCAGCGAAACACGGTTCTCGTCACGGACGAAGGAGCCGCAAAGAAGTTATTAAGGGATAACAGTCCCTCAATATAA MNQLIQAQKKLLPDLLLVMQKRFEILQYIRLTEPIGRRSLAASLGLTERVLRSEVQFLKEQNLIDIKTNGMTMTEEGYSLLSILEDTMKDVLGLTLLEKTLKERLNLKDAIIVSGDSDQSPWVKKELGRAAVACMKKRFSGKNIVAVTGGTTIEAVADMMTPDSKNRELLFVPARGGLGEDVKNQANTICAHMAEKASGTYRLLFVPGQLSQGAYSSIIEEPSVKEVLHTIKSASMLVHGIGEARTMAERRNTPLEDLKKIDDNHAVTEAFGYYFNADGEVVHKVHSVGMQLDDLDAIPDIIAVAGGSSKAEAIEAYFKKQRNTVLVTDEGAAKKLLRDNSPSI PGPT0019460_227 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_USAGE-OTHERS PLANT_DERIVED_CARBON_CATEBOLITE_REGULATION,PGPT0019460-cggR-K05311 NA NA D1-12_03732 1008 gapA COG0057 Glyceraldehyde-3-phosphate dehydrogenase 1 ATGGCAGTAAAAGTCGGTATTAACGGTTTTGGTCGTATTGGACGTAACGTATTCCGCGCAGCATTAAACAATCCTGAAGTTGAGGTAGTAGCGGTTAACGATTTAACAGACGCTAACATGCTTGCTCATCTTTTACAATATGATTCCGTACACGGAAAATTAGATGCAGAAGTTAAAGTTGACGGCAGCAACCTTGTTGTTAACGGCAAAACAATCGAAGTTTCTGCTGAGCGCGATCCTGCGAAACTCAGCTGGGGCAAACAAGGCGTTGAAATCGTAGTTGAATCTACTGGTTTCTTCACAAAACGCGCAGACGCTGCGAAACACTTAGAAGCAGGCGCGAAAAAAGTTATCATCTCTGCACCTGCTAACGAAGAAGATATCACAATCGTTATGGGTGTTAACGAAGACAAATACGATGCGGCTAACCACCATGTTATCTCTAACGCATCTTGCACAACAAACTGCCTTGCGCCGTTTGCAAAAGTACTTAACGACAAATTCGGCATCAAACGCGGTATGATGACAACTGTTCACTCTTACACAAACGATCAGCAAATTCTTGATCTTCCGCACAAAGACTACCGTCGTGCGCGTGCAGCAGCTGAAAACATCATTCCTACATCAACTGGTGCTGCTAAAGCAGTTTCCCTCGTTCTTCCTGAACTGAAAGGCAAACTGAACGGCGGAGCTATGCGTGTGCCGACTCCAAACGTTTCTCTTGTTGACCTAGTTGCTGAACTGAACAAAGACGTAACGGCTGAAGACGTAAACGCAGCTCTTAAAGAAGCGGCTGAAGGCGATCTTAAAGGAATCCTCGGCTACAGCGAAGAGCCATTAGTATCTGGTGACTACAATGGCAATGCAAACTCTTCAACAATCGATGCTCTTTCTACAATGGTAATGGAAGGCAGCATGGTGAAAGTGATCTCTTGGTACGATAACGAAAGCGGCTACTCTAACCGCGTTGTTGACCTTGCAGCTTACATCGCAAAACAAGGTCTTTAA MAVKVGINGFGRIGRNVFRAALNNPEVEVVAVNDLTDANMLAHLLQYDSVHGKLDAEVKVDGSNLVVNGKTIEVSAERDPAKLSWGKQGVEIVVESTGFFTKRADAAKHLEAGAKKVIISAPANEEDITIVMGVNEDKYDAANHHVISNASCTTNCLAPFAKVLNDKFGIKRGMMTTVHSYTNDQQILDLPHKDYRRARAAAENIIPTSTGAAKAVSLVLPELKGKLNGGAMRVPTPNVSLVDLVAELNKDVTAEDVNAALKEAAEGDLKGILGYSEEPLVSGDYNGNANSSTIDALSTMVMEGSMVKVISWYDNESGYSNRVVDLAAYIAKQGL PGPT0018000_4512 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 D1-12_03733 1185 pgk COG0126 Phosphoglycerate kinase ATGAATAAAAAAACAGTAATAGACATCGACGTAAAAGGCAAAGTCGTATTCTGCCGCGTTGACTTTAACGTTCCAATGAAAGACGGGGAAGTAACAGACGATACTCGTATCCGCGCTGCGCTTCCAACAATCAAACACCTTGCAGACCAAGGCGCGAAAGTCCTTCTTGCGAGCCACTTAGGCCGCCCGAAAGGCGAAGTGGTTGAGGAGCTTCGTTTAACTCCTGTCGCTGCACGCTTAGGCGAACTGCTCGGCAAAGAAGTGAAAAAAGCGGATGAAGCTTACGGCGATGCTGTAAAAGCACAAATTTCCGAGATGAAGGACGGAGACGTTCTTGTATTGGAAAACGTACGTTTCTACCCTGGTGAAGAGAAAAACGATCCTGAGCTTGCTAAAGCATTTGCTGAGCTTGCGGATGTATATGTCAATGACGCATTCGGTGCTGCCCACCGTGCTCACGCATCTACAGCCGGAATTGCCGAGCATCTGCCGGCGGTTGCAGGATTCCTGATGGAAAAAGAGCTTGACGTTCTCGGCAAAGCCGTGACAAATCCTGAGCGCCCGTTTACGGCAATCATCGGCGGCGCGAAAGTAAAAGACAAAATCGGCGTAATCGAAAGTCTGCTTGATAAAGTGGACAACCTGATCATCGGCGGAGGTCTTGCTTACACATTCGTAAAAGCGCTTGGCCATGAAGTCGGTAAATCTTTGCTTGAAGAAGATAAAATCGAACTTGCAAAATCATTCATGGACCGCGCGAAAGAAAAAGGCGTTACATTCTATATGCCGGAAGACGTGCTCGTTGCTGATGATTTCTCTAACGATGCAAACGTTCAAATCGTGCCGATCTCTGAGATTCCAAGTGATTTAGAAGCGATCGACATCGGAACGAAAACCCGCGAAACGTATGCTGAAGTTATCAAAAACAGCAAACTTGTCGTATGGAACGGACCGATGGGCGTATTCGAAATCGACTTGTTCGCTCAAGGCACAAAAGCAGTGGCTGAAGCATTGGCAGAGGCAAACGATACATACTCTGTCATCGGCGGAGGAGACTCTGCGGCAGCCGTTGAAAAATTCGGCCTTGCTGACAAAATGAGCCATATCTCAACAGGCGGCGGCGCATCCCTTGAATTCATGGAAGGCAAAGAGCTTCCGGGTGTAGCTGCGCTGAACGATAAATAA MNKKTVIDIDVKGKVVFCRVDFNVPMKDGEVTDDTRIRAALPTIKHLADQGAKVLLASHLGRPKGEVVEELRLTPVAARLGELLGKEVKKADEAYGDAVKAQISEMKDGDVLVLENVRFYPGEEKNDPELAKAFAELADVYVNDAFGAAHRAHASTAGIAEHLPAVAGFLMEKELDVLGKAVTNPERPFTAIIGGAKVKDKIGVIESLLDKVDNLIIGGGLAYTFVKALGHEVGKSLLEEDKIELAKSFMDRAKEKGVTFYMPEDVLVADDFSNDANVQIVPISEIPSDLEAIDIGTKTRETYAEVIKNSKLVVWNGPMGVFEIDLFAQGTKAVAEALAEANDTYSVIGGGDSAAAVEKFGLADKMSHISTGGGASLEFMEGKELPGVAALNDK PGPT0018015_4565 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 D1-12_03734 762 tpiA COG0149 Triosephosphate isomerase ATGAGAAAACCAATTATAGCCGGTAACTGGAAAATGAACAAAACACTCGGCGAGGCTGTCAGCTTCGTTGAAGAAGTGAAATCTTCCATTCCAGCAGCAGACAAAGCGGAAGCCGTTGTTTGCGCACCAGCTCTTTTCTTAGAAAAGCTGACTTCTGCTGTTAAAGGAACTGACCTGAAAGTCGGCGCCCAAAACATGCATTTTGAAGAAAACGGTGCGTTCACAGGTGAAATCAGCCCGGTCGCTCTGAAAGACCTTGGCGTGGATTACTGCGTCATCGGCCACTCTGAGCGCCGTGAAATGTTCGCTGAAACTGATGAAACAGTTAACAAAAAAGCGCATGCCGCTTTCAAACACGGCATTGTGCCGATCATTTGCGTAGGTGAAACGCTTGAAGAGCGCGAAGCCGGAAAAACAAATGGTCTTGTTGCCGATCAAGTGAAAAAAGGTCTTGCGGGTCTTTCTGAAGAGCAAGTTGCCGCTTCCGTTATTGCGTACGAGCCAATCTGGGCAATCGGAACAGGCAAATCTTCTACAGCGAAAGATGCTAACGACGTCTGCGCGCATATCCGTAAAGTCGTTGCTGAAAGCTTCAGCCAGGAAACTGCTGACAAGCTCCGCATTCAATACGGCGGCAGCGTAAAACCTGCAAATATTAAAGAATATATGGCAGAGTCCGATATTGACGGTGCTTTGGTCGGCGGCGCAAGCCTTGAACCGCAGTCATTCGTTCAATTATTGGAGGAAGGTCAATATGAGTAA MRKPIIAGNWKMNKTLGEAVSFVEEVKSSIPAADKAEAVVCAPALFLEKLTSAVKGTDLKVGAQNMHFEENGAFTGEISPVALKDLGVDYCVIGHSERREMFAETDETVNKKAHAAFKHGIVPIICVGETLEEREAGKTNGLVADQVKKGLAGLSEEQVAASVIAYEPIWAIGTGKSSTAKDANDVCAHIRKVVAESFSQETADKLRIQYGGSVKPANIKEYMAESDIDGALVGGASLEPQSFVQLLEEGQYE PGPT0017995_1778 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 D1-12_03735 1536 gpmI COG0696 2,3-bisphosphoglycerate-independent phosphoglycerate mutase ATGAGTAAAAAACCAGCTGCACTCATCATTCTTGATGGGTTCGGATTACGCAATGAAACAGTCGGAAACGCAGTCGCACAAGCGAAAAAACCGAATTTCGACCGTTATTGGAACCAATACCCTCATCAGACGCTGACGGCATCAGGCGAAGCAGTCGGACTGCCTGAAGGACAGATGGGGAACTCTGAAGTCGGTCATTTGAATATCGGCGCAGGACGTATTGTGTACCAAAGCTTAACACGCGTGAACGTTGCCATCCGCGAAGGCGAATTCGAACGCAATCAAACGTTCCTTGACGCCATCAAAAACGCGAAAGACAACGACAAAGCGCTGCACCTGTTCGGCCTTCTTTCTGACGGAGGCGTACACAGTCATATCAATCATTTATTCGCGCTGCTGAAGCTTGCGAAAAGTGAAGGACTGACGAAGGTGTATATTCACGGTTTCCTCGACGGCCGCGATGTAGGTCCGCAAACAGCGAAAACTTACATTCAGCAGCTGAATGAGCAGATCGAAGAAATCGGTGTCGGCGAAATCGCCAGCATTTCCGGACGCTACTACTCCATGGACCGCGACAAACGCTGGGACCGTGTGGAAAAAGCGTACCGCGCAATGGCTTACGGCGAAGGCCCGTCTTACCGCAGCGCGATGGATGTAGTCGACGATTCTTATGCGAACGGCATTCATGATGAATTCGTCATTCCGTCCGTCATCACAAAAGAAAACGGTGAACCCGTTGCGAAAATTCATGACGGCGATTCTGTGATTTTCTATAATTTCAGACCGGACCGCGCCATCCAGATTTCAAACACGTTTACCAACAAAGATTTCCGCGATTTCGACCGCGGTGAACATCATCCGAAAAACCTGTATTTCGTCTGCCTGACTCACTTCAGTGAATCTGTTGACGGATATGTGGCTTTTAAACCGGTAAACCTTGACAATACGGTCGGTGAAGTATTAGCACAGCACGGGTTAAAACAGCTTCGCATTGCAGAAACTGAAAAGTATCCGCACGTTACGTTCTTTATGAGCGGCGGCCGCGAAGAAGAATTCCCGGGCGAAGAGCGCATCCTCATTAACTCGCCGAAGGTCGCGACATATGACCTGAAGCCTGAAATGAGCGCGTATGAAGTGAAGGATGCTCTTGTAAAAGAAATCGCGGCTGACAAGCACGACGCGATCATCCTGAACTTTGCAAACCCTGACATGGTCGGCCACTCCGGAATGGTCGAACCGACGATTAAAGCAATTGAAGCAGTGGACGAATGCTTAGGCGAAGTGGTTGACGCCATCATCGCTAAAGGCGGACATGCCATCATTACCGCTGATCACGGTAATGCGGACATTCTGATTACAGAAACAGGCGAACCGCACACTGCCCATACGACAAACCCAGTCCCTGTCATTGTGACGAAAGAAGGCGTGACGCTGCGCGAAGGCGGAATCCTAGGCGACCTCGCACCAACGTTATTAGACCTTCTCGGTGTTGAAAAACCGAAAGAAATGACAGGAACATCTTTAATTCAAAAATAA MSKKPAALIILDGFGLRNETVGNAVAQAKKPNFDRYWNQYPHQTLTASGEAVGLPEGQMGNSEVGHLNIGAGRIVYQSLTRVNVAIREGEFERNQTFLDAIKNAKDNDKALHLFGLLSDGGVHSHINHLFALLKLAKSEGLTKVYIHGFLDGRDVGPQTAKTYIQQLNEQIEEIGVGEIASISGRYYSMDRDKRWDRVEKAYRAMAYGEGPSYRSAMDVVDDSYANGIHDEFVIPSVITKENGEPVAKIHDGDSVIFYNFRPDRAIQISNTFTNKDFRDFDRGEHHPKNLYFVCLTHFSESVDGYVAFKPVNLDNTVGEVLAQHGLKQLRIAETEKYPHVTFFMSGGREEEFPGEERILINSPKVATYDLKPEMSAYEVKDALVKEIAADKHDAIILNFANPDMVGHSGMVEPTIKAIEAVDECLGEVVDAIIAKGGHAIITADHGNADILITETGEPHTAHTTNPVPVIVTKEGVTLREGGILGDLAPTLLDLLGVEKPKEMTGTSLIQK PGPT0018040_1756 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 D1-12_03736 1293 eno COG0148 Enolase ATGCCATACATTGTTGATGTTTATGCACGCGAAGTCCTTGACTCCCGCGGCAACCCAACAGTTGAAGTTGAAGTATATACAGAAACAGGAGCTTTCGGCCGCGCATTAGTGCCAAGCGGAGCTTCTACAGGTGAATACGAAGCGGTTGAGCTTCGTGACGGCGACAAAGACCGTTACCTTGGAAAAGGCGTGTTAACTGCTGTTAACAACGTAAACGAAATCATTTCTCCAGAGCTTCTCGGCTTTGACGTAACTGAACAAAACGCAATCGATCAGCTTTTAATCGAGCTTGACGGAACTGAAAACAAAGGCAAACTCGGTGCGAACGCAATCCTTGGCGTATCTATGGCTTGTGCGCGCGCAGCTGCTGATTTCTTACAGATTCCTCTTTACCAATACCTTGGAGGATTCAACTCAAAAACGCTTCCTGTACCGATGATGAACATCGTAAACGGCGGAGAGCATGCTGACAACAACGTAGACATTCAAGAATTCATGATTATGCCTGTAGGTGCGCCTAACTTCCGTGAAGCGCTTCGCATGGGCGCTCAAATCTTCCACAGCCTGAAATCCGTTCTTTCTGCTAAAGGAATGAACACAGCTGTAGGTGACGAAGGCGGATTCGCTCCGAACCTTGGTTCTAATGAAGAAGCGCTTCAAACAATCGTTGAAGCAATCGAAAAAGCCGGCTTCAAACCTGGCGAAGAAGTGAAACTTGCTATGGATGCTGCATCTTCTGAGTTCTACAACAAAGAAGACGGCAAATACCATCTGTCTGGCGAAGGCGTTGTGAAAACATCTGCTGAAATGGTTGACTGGTACGAAGAAATGGTTTCTAAATACCCAATCATCTCTATCGAAGACGGACTTGACGAGAACGACTGGGAAGGCCACAAACTTCTTACAGAGCGTCTTGGCAAAAAAGTTCAGCTTGTCGGTGACGACCTTTTCGTTACAAACACGAAAAAGCTTGCTGAAGGTATCAAAAACGGCGTAGGCAACTCTATCCTGATCAAAGTAAACCAAATCGGTACATTGACTGAAACATTCGATGCGATCGAAATGGCGAAACGCGCGGGCTACACTGCCGTTATCTCTCACCGTTCAGGTGAAACTGAAGACAGCACAATCGCTGATATCGCTGTGGCAACTAATGCAGGACAAATCAAAACAGGTGCTCCGTCCCGTACGGACCGTGTTGCGAAATACAACCAGCTTCTTCGCATCGAAGATCAGTTGGCTGAAACTGCTCAATACCACGGTATCAACTCTTTCTATAACTTGAATAAGTAA MPYIVDVYAREVLDSRGNPTVEVEVYTETGAFGRALVPSGASTGEYEAVELRDGDKDRYLGKGVLTAVNNVNEIISPELLGFDVTEQNAIDQLLIELDGTENKGKLGANAILGVSMACARAAADFLQIPLYQYLGGFNSKTLPVPMMNIVNGGEHADNNVDIQEFMIMPVGAPNFREALRMGAQIFHSLKSVLSAKGMNTAVGDEGGFAPNLGSNEEALQTIVEAIEKAGFKPGEEVKLAMDAASSEFYNKEDGKYHLSGEGVVKTSAEMVDWYEEMVSKYPIISIEDGLDENDWEGHKLLTERLGKKVQLVGDDLFVTNTKKLAEGIKNGVGNSILIKVNQIGTLTETFDAIEMAKRAGYTAVISHRSGETEDSTIADIAVATNAGQIKTGAPSRTDRVAKYNQLLRIEDQLAETAQYHGINSFYNLNK PGPT0018050_3059 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 D1-12_03737 462 yvbK putative N-acetyltransferase YvbK ATGCAAAAACTGAGTATCCGAAAAGCCGCGGAGCCGGATGAAGCGCTGTATGAACTATTGCTGCTGGCCGATCCGTCGAAAGAGATTGTCGATGATTATCTTGTAAGAGGAGAATGCTATACGGCTTGGACGTCAGACGAGCTTGCAGGGGTCTTCGTCCTTTTGAAAACAAGACCAAAAACAGTAGAAATCGTCAATATTGCGGTGAAAGAATCAATGCAGAACAATGGCATCGGCAGAAAGCTCATAGAAGAGGCCGTGAATAAGGCAAAACAAATGGGAGCGGCGACTATTGAAATTGGAACGGGCAACTCCAGTATAGGCCAGCTTGCCCTTTACCAAAAATGCGGCTTCAGACTTCAAGCCATCGACCATGATTTTTTCATCAGGCATTATGAAGAGGAGATTTTCGAAAACGGGATACAGTGCCGCGACATGGTAAGGCTTTATGCAGATATATAA MQKLSIRKAAEPDEALYELLLLADPSKEIVDDYLVRGECYTAWTSDELAGVFVLLKTRPKTVEIVNIAVKESMQNNGIGRKLIEEAVNKAKQMGAATIEIGTGNSSIGQLALYQKCGFRLQAIDHDFFIRHYEEEIFENGIQCRDMVRLYADI PGPT0028630_46 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-AMINOGLYCOSIDES_RESISTANCE-STREPTOMYCIN|KANAMYCIN|AMIKACIN,PGPT0028630-aac6_I-K18815 NA NA D1-12_03738 1779 hypothetical protein ATGTCTTTTTGTAAGTATTGCGGCCAGCAGAACAACGAAGAGGCGCATTTCTGTAAAGAATGCGGAAAACCGATCGGGAAAGGAAGCCGGCTGGAGCGGCAGGCGGCTGAATCCGCATCACAGCCGAGAAAGCCGATCCCTAAAAAAACGCTCTTCCTATGGGGAGGCATTGCCGCAGCGCTGATCTTATTGATTGCCGCATATAAAACCGGAGCCTGGCTGACATCTGAAAAAAGGCTCACAGATCAATTCGAACAGGCGGTTCATGACGGGGACACGAAAAAGCTCGCAGCCCTGCTCACTCCTTCAGACAAAAAACTGAAGCTGAATGAGACCAATGTCAAACCGCTCCTTGCATACGCAAAGAAACACGATGAACTGCTGGCATCGCTTCGCGGCAATTCATCAGAAAAAGATGCGGTATACGTCAAAAAAGAGGGAAAAACCCTTCTTTTGTTTGACCATTACGAACTGAAAGTCGATCCGGTTTATTTCCGCGTCACAAGCAATTATAAAGGCGCCGATCTTTATATTAACAGCGAGAAAACAGGTACGGTCAAAAAAGCCGATGAAACCCAAATCTTCGGCCCGTATGCACCCGGTGTCTACACGGCGGAAGCCAAGCTTAAAAATGAGACGGTTGACGTTGTCAAAAAGCAAGAGGCAGAGGCGGCCGGCAGCCGGAATGTTGAGTTTGACCTGCCGTTAGACGCCGAGGATGTGACGTTCACTCCGGCAGACAGCTTCAAAAGCGTGAAAGGCGATCTGCTGATAAACGGCAAGTCCGTCCATAAAGATCCGTTTACATCCGTTACATACGGTCCGCTCTTAACTGACGGTTCCATGACAGCCGCCGTGGAGGCTGATTTTCCTTGGGGGAAAATGAAAACTGCCGATGTTCCGATCAACAGTACTGATGTGGACTTAACGCTTATCCCGGATCAAGATACACAACAAACAATCATGGACACGATTGTCAAAACAACGAAGCAGTATACAAAAGCGATGGCAGACGGAAATACTGATCAGATGACCGAGGCTGGTTCCGCCTGGAAAGAGCAGACGAAAGAAGCGGTATCCGGCATGAAGAGTTCCGGCACCTTTTTGAAGGATCAGTATAAAGAGACAAGCTTTGATCTGGATTCATTTGCGATTTCTCAAGAGAACGGCCGCTGGCAAGTAACTGTTACGGGTAAAGAGCTTCATGAGTCTGCTTATTTCGACGGGAATACGAAGCCTGATATGGAAGAGGCTGAGCCGAGCTTTCATTATGTACTCTCATATGATACAAAACATAAAAAATGGGTTTTTGAAAAAGCTGATCCAGCCTCAGATTCTTCTGGGACTAATGTCAAAAAAATAAAAAACGACCAGCCGAAAACCTATACATCAGCATGGGCATCTTCCAAAGGAAACACAGCTTCAGGCAGCGTGACAAACGAGCAAGTCACATCGTTTATGACTGATTACCTGACAAATCAATCAAGCGCCGTCAGCCTTAACAATTTTGCCATCATGGCGGGCAATTTAGAAGAGGGGAGCCCTTTGTATGCTGATCAGCAGAAACTGGTCAAAAAACTGCACAGCGAGGGAACGACCGAAGTATTTAATGAAGTGAATGTCAAAAGCTTTTCACAGAAAGGCTCTCATCTGACGATTCATACGTACGAGGAGTTTTATATTACGAAAGCCGGCGGCAGTCCGAAGCTCAGAACATACAATTGGACGTATGGCGGCGTTGTTAAAGACGGAAGAATTTATTTAACATCCATTCAATAA MSFCKYCGQQNNEEAHFCKECGKPIGKGSRLERQAAESASQPRKPIPKKTLFLWGGIAAALILLIAAYKTGAWLTSEKRLTDQFEQAVHDGDTKKLAALLTPSDKKLKLNETNVKPLLAYAKKHDELLASLRGNSSEKDAVYVKKEGKTLLLFDHYELKVDPVYFRVTSNYKGADLYINSEKTGTVKKADETQIFGPYAPGVYTAEAKLKNETVDVVKKQEAEAAGSRNVEFDLPLDAEDVTFTPADSFKSVKGDLLINGKSVHKDPFTSVTYGPLLTDGSMTAAVEADFPWGKMKTADVPINSTDVDLTLIPDQDTQQTIMDTIVKTTKQYTKAMADGNTDQMTEAGSAWKEQTKEAVSGMKSSGTFLKDQYKETSFDLDSFAISQENGRWQVTVTGKELHESAYFDGNTKPDMEEAEPSFHYVLSYDTKHKKWVFEKADPASDSSGTNVKKIKNDQPKTYTSAWASSKGNTASGSVTNEQVTSFMTDYLTNQSSAVSLNNFAIMAGNLEEGSPLYADQQKLVKKLHSEGTTEVFNEVNVKSFSQKGSHLTIHTYEEFYITKAGGSPKLRTYNWTYGGVVKDGRIYLTSIQ NA NA NA NA NA D1-12_03739 711 hypothetical protein ATGTATTGTTCTCAATGCGGCCATCATACTGATGGCGGAAAGTTTTGTGAAAAATGCGGGGCGCCCCAGCCCGGGCAGGGAGGCGCAGGCCAAACGCAGGGCCAGGCCGCTCAGGCCGGCGCCGCCGCTAAGCAGGCTTCAAAGCAATTTGCCTTATTCGTGCTTGATGTGTTAAAGAGACCGTACCAAACATGTAAAACGACAGGCGGCGAACAGCTTGTCAGCAGCATCATCAACATGGTGCTTTTCTGCCTGGTGACGCCGATTATGTTTTATATTCTTCTATCAGACGGCTTTCGTGACGTCAGTTTTACCGCAGTTGTGATCAAGCCGGCGCTTACCTTTGCATTATGCGTTTTCTGCCTGTATCTCTTGATTTTTATCGCTTTGAAGGCCGGCGGCGCGCAGGTGTCATTTAAAGATTCGCTGTCCAGATTCGGGGCCTTTTTGATTCCGTTTACAGCTATTTTGCTTCTTGCCCTCATTTTTATGCTGCTTCATACAACCGTTTGCTTCACCATTCTGGCTGTCGGTCTTTTAGGAGCGGCGTTTGCCGTGCCTCCGCTCATGCTGGCGAGCTATCAGCATCAGCTCACTACTAAGGCGGATATCATTTATTCTGTTATCGTCATCTATTTGATCATTTGCGTAACGTTTCAATTCACGATCAAGCATTATATAAAAGAACTCATGAATTATTTCTTCTTTTAA MYCSQCGHHTDGGKFCEKCGAPQPGQGGAGQTQGQAAQAGAAAKQASKQFALFVLDVLKRPYQTCKTTGGEQLVSSIINMVLFCLVTPIMFYILLSDGFRDVSFTAVVIKPALTFALCVFCLYLLIFIALKAGGAQVSFKDSLSRFGAFLIPFTAILLLALIFMLLHTTVCFTILAVGLLGAAFAVPPLMLASYQHQLTTKADIIYSVIVIYLIICVTFQFTIKHYIKELMNYFFF NA NA NA NA NA D1-12_03740 633 hypothetical protein ATGTTTTCATTCATCATTCATGTCTTCATTTCACTGTTTGCAGTCTCCAATCCCATCGGAAACGTGCCGATTTTTCTTTCACTGACGGAAGGGTACTCGGAGAAAGAACGGACAGCGATCGCGCGCAAGGCTTCCGTGCTGTCGTTTATCATCTTGGCGGCTTTTTTAATCTTCGGCCATCTGATCTTTAAACTGTTTGACATTAACATTCATGCCTTACGTATCGCGGGCGGCATTTTTATTTTCGGCATCGCTTATAATCTTCTGAACGCGAAGAAATCTCATGTACAGTCTCTCCATCATGAAGAGAAAGGGGAGAGCAAGGAGAAAGCCGATATATCTGTGACGCCTTTGTCGATTCCGATTATCGCCGGTCCCGGTACGATCGCGACAGTGATGAGTCTGTCGGCCGGCCATGGCGGCATCATCCATTACATCAGCGTGCTTATCGGCATTGCGGCCGTCATCGCGATGACGTTCATCTTCTTTCACTATTCTTCTTTCATCAGCAATAAGCTCGGGAAAACCGAAATGAACGTCATTACCCGACTGATGGGGCTGATTTTGGCGGTGGTGGCGATCGGCATGATCGGCGCCGGTCTGAAAGGCATGTTCCCGATATTGGTTTCCTGA MFSFIIHVFISLFAVSNPIGNVPIFLSLTEGYSEKERTAIARKASVLSFIILAAFLIFGHLIFKLFDINIHALRIAGGIFIFGIAYNLLNAKKSHVQSLHHEEKGESKEKADISVTPLSIPIIAGPGTIATVMSLSAGHGGIIHYISVLIGIAAVIAMTFIFFHYSSFISNKLGKTEMNVITRLMGLILAVVAIGMIGAGLKGMFPILVS PGPT0029250_1386 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-MULTIPLE_ANTIBIOTIC_RESISTANCE,PGPT0029250-marC-K05595 NA NA D1-12_03741 558 opcR_2 COG1510 HTH-type transcriptional repressor OpcR GTGGAAAAAAACGCTCTTGATATCATCGGGCATGCTGAAGAGCATCTCATTGAGAGAATCGCCGAGAATATGCATACATTCGGAATGCCGGCCACACTTGGACGTGTGCTCGGTATTATTTATATGAACCGCAAGCCGATGACGTTAAATGAGCTGTCAGAGGCGACCGGGATGAGCAAAACGAGGATGAGCCAGGTGGTCCGCGAAATGACCGATGCCAATCTGGCTGAAAAAGTGTTTGAAAAAGGCGTTCGGAAAGACCTTTACGACGTCGAGCGTGATTATTACCAGACGTTTATCTCCCTGTTTACGGCAAATTGGACAAAGGCGGTCAGCAAAAACAAAATGCTCTATAAAAAGCTGAACCGCGAGCTGACTGAGCTTCTGGAATCGGAAAATCTCAGTCCCGATATTGAAGAAAAAGCCCGCCAGCTTTTGGATGAACTGACGGATTGGCTCCATTATTATGACTGGCTGAGCCGTTTGATAGAATTTTTTGAGAGTGAAGAAGTGTTTCAGCATGTGCCGAAAATAGAAAAAAGCAGCACCCGAAGATAA MEKNALDIIGHAEEHLIERIAENMHTFGMPATLGRVLGIIYMNRKPMTLNELSEATGMSKTRMSQVVREMTDANLAEKVFEKGVRKDLYDVERDYYQTFISLFTANWTKAVSKNKMLYKKLNRELTELLESENLSPDIEEKARQLLDELTDWLHYYDWLSRLIEFFESEEVFQHVPKIEKSSTRR PGPT0013690_232 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013690-gbsR-K22109 NA NA D1-12_03742 1140 opuCA COG1125 Glycine betaine/carnitine/choline transport ATP-binding protein OpuCA TTGCTGAGATTAGAAAATGTATCGAAAGTCTATAAAGGCGGAAAAAAAGCTGTCAACAGCATTGATTTAAATATCGAAAAAGGCGAGTTTATTTGTTTTATCGGGCCGAGCGGCTGCGGAAAAACGACGACGATGAAAATGATTAACAGACTGATTGAGCCGTCATCCGGAAAGATTTTTATCGATGGCGAAAACATTATGGAGCAGGACCCGGTGGAGCTGAGACGGAAAATCGGCTACGTCATTCAGCAGATCGGACTTTTCCCTCATATGACCATTCAGCAGAACATTTCCCTCGTGCCGAAACTGCTGAAATGGCCGGAACAAAAGCGGAAGGAACGGGCGCGGGAGCTTTTGAAGCTCGTCGATATGGGCCCGGAATATTTAGACCGCTATCCTCACGAGCTGAGCGGCGGACAGCAGCAGAGAATCGGCGTGCTGCGCGCCCTTGCAGCGGAACCGCCTCTTATTCTTATGGATGAACCGTTCGGAGCGCTTGATCCGATTACGCGGGATTCCCTTCAAGAAGAATTCAAAAAACTGCAAAGAACATTGAATAAAACGATTGTGTTTGTAACACACGATATGGATGAAGCTATTAAGCTGGCTGACCGGATCGTCATTTTAAAAGCGGGAGAGATCGTTCAGGCCGGCACTCCTGATGACATTCTCCGGAATCCGGCTAATGAGTTTGTCGAAGAATTTATCGGCAAAGAACGGTTATTGCAATCAAGACCGGACATTGAACGCGTCGAGCAGATGATGAACAAAAAGCCTGTCACCGTTACGGCGGACAAAACGCTTTCGCAGGCGATACAGGTGATGCGGGAGCACCGTGTCGATTCCCTGCTTGTCGTTGATGACCTGAATGTGCTGCAAGGGTATGTCGATGTCGAGATCATTGATCAGAACCGGAAAAAAGCGAGCCTCGTCGGCGACGTGCTCCGCTCTGATCTGTATATGGTCGAGCAGGGGACACTGCTGCGCGATACCGTACGCAAAATTTTAAAGCGCGGAATGAAATATGTACCCGTCGTTGATGAACAAAGGCATTTAGTCGGAATTGTCACGCGGGCGAGCCTTGTCGACATCGTTTACGATTCAATCTGGGGCGAGGAAGACCAGCTGGTGACAGGCTGA MLRLENVSKVYKGGKKAVNSIDLNIEKGEFICFIGPSGCGKTTTMKMINRLIEPSSGKIFIDGENIMEQDPVELRRKIGYVIQQIGLFPHMTIQQNISLVPKLLKWPEQKRKERARELLKLVDMGPEYLDRYPHELSGGQQQRIGVLRALAAEPPLILMDEPFGALDPITRDSLQEEFKKLQRTLNKTIVFVTHDMDEAIKLADRIVILKAGEIVQAGTPDDILRNPANEFVEEFIGKERLLQSRPDIERVEQMMNKKPVTVTADKTLSQAIQVMREHRVDSLLVVDDLNVLQGYVDVEIIDQNRKKASLVGDVLRSDLYMVEQGTLLRDTVRKILKRGMKYVPVVDEQRHLVGIVTRASLVDIVYDSIWGEEDQLVTG PGPT0013585_903 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013585-opuA|osmV|yehX-K05847 NA NA D1-12_03743 654 opuCB_2 COG1174 Glycine betaine/carnitine/choline transport system permease protein OpuCB ATGAATGAAATGATCAAGTTTTTGCAGACGAACGGCGGAGAACTGTTATATAAAACGTGGGAGCATTTATACATTTCGATCATCGCCGTCATATTAGGCATTGTCGTCGCCGTTCCGCTCGGAGTGGCGCTGACGAGAATGAAAAAGGGCGCAGGCGCCGTCATCGGCGCCGTCAACATTGTGCAGACCTTGCCGAGTCTCGCGATACTGGCATTTTTTATCCCGCTGTTAGGCGTGGGAAAGGTGCCCGCGATCGTCGCGCTGTTTTTCTATTCGGTGCTGCCGATTCTCCGGAACACGTATACAGGCATTCAAGGCGTAAACAAAAATCTGCTGGAATCGGGAAAAGGCATCGGGATGACGGTCTGGGAGCAGATCAGGCTTGTGGAACTGCCGCTTGCGGTTCCGGTGATCATGGCGGGCATCCGCACATCCACCATTTATCTGATCGGCTGGGCGACGCTTGCTTCCTTTATCGGGGGCGGCGGGCTCGGAGACTATATTTTTATCGGCCTGAATCTCTATCAGCCTGAATATATTATCGGCGGCGCCGTGCCCGTCACCATTTTAGCCATTATCATTGATTATCTGCTGGCGGCGACGGAACGGAAGGTGACGCCGAAAGGGCTGAAAGGACTGAAGGAAGTATCATAA MNEMIKFLQTNGGELLYKTWEHLYISIIAVILGIVVAVPLGVALTRMKKGAGAVIGAVNIVQTLPSLAILAFFIPLLGVGKVPAIVALFFYSVLPILRNTYTGIQGVNKNLLESGKGIGMTVWEQIRLVELPLAVPVIMAGIRTSTIYLIGWATLASFIGGGGLGDYIFIGLNLYQPEYIIGGAVPVTILAIIIDYLLAATERKVTPKGLKGLKEVS PGPT0013581_78 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013581-opuCB|yvbD-NA NA NA D1-12_03744 918 opuCC COG1732 Glycine betaine/carnitine/choline-binding protein OpuCC TTGAAAAGAAATCAAAAGAGATGGATGTGCGCACTGGCGCTGTCGGCTGCTCTGCTTCTAGGCGGCTGTTCCCTTCCCGGCCTGAGCGGGGCTTCCGACGATACGATCAAAATCGGGGCGCAAAGCATAACGGAATCAGAAATTATCGCCAATATGATCGCACAGATGATTGAACACAATACAGACTTGAATACGGCATTAATTAAAAACCTCGGATCGAACTATGTCCAGCAGCAGGCGATGCTCGGCGGTGAAATCGATATCGCCGCGACGCGCTACTCGGGAACGGATTTAACGAGCACCCTCGGCATGGAAGCGGAAAAAGACCCGAAAAAAGCATTATCCATCGTCCAGAAGGAATTTGAGAAACGCTTCCATTACAAATGGTTTGATTCTTACGGATTTGAGAACACATACGCTTTTACCGTCACGAAAGAGCTTGCGGAAAAAGACCATTTAGACAAAGTGTCCGACATTAAGAAGCATGCCGATCAATTTAAGCTCGGTGTAGACAATGCGTGGCTGAAAAGAAAAGGTGACGGCTATAAAGGCTTTACCGACACGTACGGCTTTGAATTCGGCACAACCTATCCGATGCAGATCGGACTTGTATACGATGCCGTGAAAAACGGGAAAATGGATGCCGTCCTCGCCTATTCAACGGACGGACGGATCAAAGCGTACGATCTGAAAATTTTAAAAGACGACAAGCAGTTTTTCCCGCCGTATGACTGTTCGCCGGTCATTCCCGACAGCGTGCTGAAGCAGCATCCTGAACTGAAGGGCATTGTGAATAAACTGGTCGGCAAAATTGATACGGAAACGATGCAGGGATTGAATTACGAGGTGGACGGCAAGCTGAAAGAACCGTCCGTCGTCGCTAAAGAATTTTTGGAGAAACATCATTATTTTGAATAA MKRNQKRWMCALALSAALLLGGCSLPGLSGASDDTIKIGAQSITESEIIANMIAQMIEHNTDLNTALIKNLGSNYVQQQAMLGGEIDIAATRYSGTDLTSTLGMEAEKDPKKALSIVQKEFEKRFHYKWFDSYGFENTYAFTVTKELAEKDHLDKVSDIKKHADQFKLGVDNAWLKRKGDGYKGFTDTYGFEFGTTYPMQIGLVYDAVKNGKMDAVLAYSTDGRIKAYDLKILKDDKQFFPPYDCSPVIPDSVLKQHPELKGIVNKLVGKIDTETMQGLNYEVDGKLKEPSVVAKEFLEKHHYFE PGPT0013582_89 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013582-opuCC|yvbC-NA NA NA D1-12_03745 675 opuCD_2 COG1174 Glycine betaine/carnitine/choline transport system permease protein OpuCD ATGGAAGTGCTGCAGCAGCTCGGCACTTATTATTCTCAAAACGGCGCCTATGTGCTTCAGGAGTTTTACCGCCATTTTCTCATGTCGGTATACGGCGTTTTATTTGCGGCGATCGTCGGGGTTCCGCTCGGCATCTTCATTGCCAGGTACAGAACATTAAGCGGCTGGGTATTCGCGGTGACAAACGTGATTCAGACCGTGCCGGCGCTTGCGATGCTTGCGGTGCTGATGCTCGTCATGGGGCTCGGCGCCAATACGGTGATATTGTCGCTGTTTTTATATTCGCTTCTTCCGATCATCCGGAATACGTACACGGGAATCGCCAGCATTGAACACGCTTATCTTGAATCGGGAAAAGCGATGGGCATGACCAAATTTCAGGTGCTCCGCATGGTGGAGCTGCCGCTTGCGCTTTCCGTCATCATGGCGGGGCTGCGGACGGCGCTCGTCATCGCGATCGGCATTACGGCAATCGGTACGTTTGTCGGCGCGGGCGGACTCGGTGACATCATTGTCAGGGGCTCAAACGCCACGAACGGAACCGCGATTATTTTGGCCGGCGCCATTCCGACAGCGCTGATGGCCGTTATCGCAGATCTTGTGATGGCATGGCTGGAGCGGGCGCTGAGTCCGGTGAGAAAGAAAAAACGAACCAAAGCGCCGAATGCGGCATGA MEVLQQLGTYYSQNGAYVLQEFYRHFLMSVYGVLFAAIVGVPLGIFIARYRTLSGWVFAVTNVIQTVPALAMLAVLMLVMGLGANTVILSLFLYSLLPIIRNTYTGIASIEHAYLESGKAMGMTKFQVLRMVELPLALSVIMAGLRTALVIAIGITAIGTFVGAGGLGDIIVRGSNATNGTAIILAGAIPTALMAVIADLVMAWLERALSPVRKKKRTKAPNAA PGPT0013583_36 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013583-opuCD|osmY-NA NA NA D1-12_03746 828 tagG COG1682 Teichoic acid translocation permease protein TagG ATGAATGCTGTAGTGAAAATACTAAAAGAGCAAGTAACATCATTTCCTTTAATCATGCGTTTAGCAGCCTACGAAACAAAGTCTAAATATCAAATGAATTATTTAGGCGTTTTATGGCAGTTTTTAAATCCTCTTATTCAAATGCTTGCTTATTGGTTTGTTTTTGGATTGGGGATCAGAAAAGGGGGGCCGATGGTTACAGGTGCCGGAGAAGTGCCTTTTATTTTGTGGATGCTTGCAGGTCTGATACCGTGGTTTTTTATAAGTCCGACAATATTAGACGGATCAAATAGTGTATTTAAAAGAATTAAAATGGTGGCTAAAATGAATTTTCCAATCAGTTCTTTGCCGTCTGTCGCCATCGCTTCTAATTTGTTCAGTTATGCAATTATGATGGTGATCTATATCATTGCATTGCTCGCCAGCGGAATCTATCCGAGCCTTCATTGGCTTCAATATATTTATTATTTTGTTTGTCTGATGGCTTTCTTATTTTCGTTCAGCTTGTTTAATTCGACAATCAGCGTGCTGATCCGAGACTATCAGTTTCTTCTGCAGGCAGTGACAAGACTTTTGTTTTTCCTCCTGCCGGTTTTTTGGGATATTAACTCAAAGCTGGGGGCAGCTCACCCGGAATTGGTTCCTGTCTTGAAGCTGAATCCGCTTTTTTATATAATTGACGGTTTCAGGAACAGCTTATTAGATGGTCAGTGGTTCTTTCAAGATGTGAAATATACACTGTATTTCTGGCTGTTCACCTTATTTTTGTTAACAGTCGGTTCTGTTTTACACATGAAATTCAGAGATAAGTTTATTGACTTTCTTTAA MNAVVKILKEQVTSFPLIMRLAAYETKSKYQMNYLGVLWQFLNPLIQMLAYWFVFGLGIRKGGPMVTGAGEVPFILWMLAGLIPWFFISPTILDGSNSVFKRIKMVAKMNFPISSLPSVAIASNLFSYAIMMVIYIIALLASGIYPSLHWLQYIYYFVCLMAFLFSFSLFNSTISVLIRDYQFLLQAVTRLLFFLLPVFWDINSKLGAAHPELVPVLKLNPLFYIIDGFRNSLLDGQWFFQDVKYTLYFWLFTLFLLTVGSVLHMKFRDKFIDFL PGPT0023465_396 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-TEICHOIC_ACID_METABOLISM CE-EPS-TEICHOIC_ACID_TRANSPORT,PGPT0023465-tagG-K09692 NA NA D1-12_03747 1554 tagH COG1134 Teichoic acids export ATP-binding protein TagH ATGAAACTAAAGGTTTCGTTTCGAAATGTTTCAAAGCAGTATCATCTTTATGAAAAACAGTCGGATAAAATAAAAGGTTTGTTTTTCCCTGCTAAAGATAACGGTTTTTTCGCTGTGCGAAATGTCTCCTTTGATGTATATGAAGGGGAGACAATCGGCTTTGTGGGAATTAACGGATCGGGTAAATCGACGATGTCCAATCTGCTTGCAAAAGTGATACCGCCGACAAGCGGTGAAATTGAAATGAACGGCCAGCCGTCGCTGATTGCGATTGCAGCCGGTTTAAATAATGCTTTGACGGGCCGGGATAACATAAGGCTTAAATGTTTAATGATGGGGCTGACAAATAAAGAAATCGATGAGATGTATGAAAGCATAGTTGAGTTTGCTGAGATCGGTGATTTTATTAATCAGCCGGTGAAAAACTATTCAAGCGGTATGAAGTCCCGCCTTGGTTTTGCTATTTCCGTGCATATAGATCCGGATATTTTAATCATTGATGAAGCCCTCTCCGTAGGAGACCAGACATTTTATCAGAAGTGTGTTGACCGGATCCAGGAATTTAAAGAACAAGGAAAAACCATTTTCTTTGTGAGTCATTCCATTGGTCAGATTGAAAAAATGTGTGACCGTGTGGCTTGGATGCACTATGGTGAATTAAGAATGTTCGACGACACTGAAACCGTCGTCAAAGAGTACAAAGCATTTATCGATTGGTTTAATAAACTCTCCAAAAAAGACAAAGAGAAATATAAGAAAGATCAGGTTGCTGAACGTAAAAAAGAATCGCCTGAGCAGCAGGCAATTGTGAAGGAACAAAAGAAAAATAGTAAATCCGGATCAGCAGTCAATGCTATTCAAATTGCTATTTTATCAATACTGCTTGTGTTTATGGCAGGAACCATGTTTTTCAGCGCCCCGCTTCGTACTATCGCTTCCTTCGGTAAGATCGGATATCAAGATGATGTTAACAAGGGGAAAGACCAGATATTGGTGAACAAAAAAGGTTTCGTATTAAAAGACCAGACGCAGGCCTATAAAGATACAGAGCTGAAAAAAAAGGCGGACTTCCTTATTCCGTTCGGTGCTCAGGTGAAAGTGGTAACTGAAGACAGGCAATCAGCAAAGATTGAGGTCAATAATAAAACGTACTATATCCCGGAAAATGCAGCGGTCTATAACGAAAAAAGTTCAAATGTGAAAGCATCCGCTTTTTCTCCGTATGTAAAGCAGGGTGATATTGATCAACTTGTGTCACATCTCGGTGAGCGCGTTAATGATATTCAGCAAGAAATGAAAGAGCTGCAGAAAGAAGTAGTGAACGGCCGGGAGATGCTATATCTTAAAAATGGCGAGGTCAGTTATGTAGTGAATAATGGCAAGGCCGAGCAGCTTGTTTTCAGAGGAATATCAGCTATTACTCCGGCAGATCTATCCCTGAATAATAAAGATGTTATAAAGGGCAGCAGTGATCGGCAATTTATTGCGGCAAATGATAAATACGCTTTTATTATCAATAACGATAATCAAACTTTAACCTGCATTATAAAATAA MKLKVSFRNVSKQYHLYEKQSDKIKGLFFPAKDNGFFAVRNVSFDVYEGETIGFVGINGSGKSTMSNLLAKVIPPTSGEIEMNGQPSLIAIAAGLNNALTGRDNIRLKCLMMGLTNKEIDEMYESIVEFAEIGDFINQPVKNYSSGMKSRLGFAISVHIDPDILIIDEALSVGDQTFYQKCVDRIQEFKEQGKTIFFVSHSIGQIEKMCDRVAWMHYGELRMFDDTETVVKEYKAFIDWFNKLSKKDKEKYKKDQVAERKKESPEQQAIVKEQKKNSKSGSAVNAIQIAILSILLVFMAGTMFFSAPLRTIASFGKIGYQDDVNKGKDQILVNKKGFVLKDQTQAYKDTELKKKADFLIPFGAQVKVVTEDRQSAKIEVNNKTYYIPENAAVYNEKSSNVKASAFSPYVKQGDIDQLVSHLGERVNDIQQEMKELQKEVVNGREMLYLKNGEVSYVVNNGKAEQLVFRGISAITPADLSLNNKDVIKGSSDRQFIAANDKYAFIINNDNQTLTCIIK PGPT0023470_54 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-TEICHOIC_ACID_METABOLISM CE-EPS-TEICHOIC_ACID_TRANSPORT,PGPT0023470-tagH-K09693 NA NA D1-12_03748 879 gtaB_2 COG1210 UTP--glucose-1-phosphate uridylyltransferase GTGAAAAAAGTACGCAAAGCCATAATTCCCGCTGCAGGTTTAGGGACACGCTTTCTGCCGGCAACAAAAGCCATGCCGAAAGAGATGCTTCCGATTGTAGACAAACCAACGATTCAATACATAATTGAAGAAGCGGTTGAAGCGGGTATTGAAGACATTATTATTGTTACGGGAAAAAGCAAGAGAGCCATTGAAGACCATTTTGATTACTCACCAGAGCTGGAAAGAAACCTAGAAGAAAAAGGGAAAGTCGAACTCTTAGAAAAAGTCCGAAAAGCCTCTAATCTTGCTGACATTCATTATATCCGGCAAAAGGAGCCAAAAGGTCTTGGACATGCCGTTTGGTGCGCACGTAATTTTATCGGTGACGAGCCATTTGCCGTCCTTCTCGGAGATGATATCGTTCAAGCTGAAAAACCAGGGCTTCGCCAGCTGATGGATGAATATGAAAAAACACTTTCTTCTATTATAGGGGTTCAGCAAGTGCCTGAAGAAGAAACCCATCGTTACGGAATTATTGATCCGCTGACAAGTGAAGGCCGCAGATATCAGGTGAAGAACTTTGTTGAGAAGCCGGCTCAAGGGACTGCTCCGTCCAATCTGGCAATACTGGGACGTTATGTCTTCACTCCTGAAATCTTCATGTATCTTGAAGAACAGCAAATTGGTGCCGGAGGGGAAATTCAGCTTACAGACGCTATTCAAAAGCTGAATGAAATCCAGCGGGTTTTTGCTTACGATTTTGAGGGCAAAAGATATGATGTTGGTGAAAAACTAGGTTTTATTACCACTACATTAGAATTTGCGATGCAGGATCGTGAACTGCGTGATCACCTTATTCCTTTCATGGAAGACCTGTTAAGAAAAGATGAATTATAA MKKVRKAIIPAAGLGTRFLPATKAMPKEMLPIVDKPTIQYIIEEAVEAGIEDIIIVTGKSKRAIEDHFDYSPELERNLEEKGKVELLEKVRKASNLADIHYIRQKEPKGLGHAVWCARNFIGDEPFAVLLGDDIVQAEKPGLRQLMDEYEKTLSSIIGVQQVPEEETHRYGIIDPLTSEGRRYQVKNFVEKPAQGTAPSNLAILGRYVFTPEIFMYLEEQQIGAGGEIQLTDAIQKLNEIQRVFAYDFEGKRYDVGEKLGFITTTLEFAMQDRELRDHLIPFMEDLLRKDEL PGPT0014875_4279 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 D1-12_03749 1140 mnaA COG0381 UDP-N-acetylglucosamine 2-epimerase ATGAAAAAACTTAAAGTCATGACGGTATTCGGTACAAGGCCTGAAGCGATAAAAATGGCGCCCCTTGTGCTCGAATTAAAAAAACGCCCTGAAATAGAATCATATGTCACTGTGACTGCCCAGCATAGACAAATGCTGGATCAAGTTCTTCACGCATTTCAAATTAAGCCTGACTTTGATTTGAATATTATGAAAGAACGGCAGACGCTGGCTGAAATTACTTCAAACGCCCTGGTAAAACTGGACGGCCTGTTTAAGGAAATCAAACCTGATATTGTTCTTGTTCATGGTGACACGACAACAACCTTTGCCGGAAGCCTTGCAGCTTTCTATCACCAGATTGCAGTCGGACATGTGGAGGCCGGATTGCGCACGGGCAACAAATATTCACCTTTTCCGGAAGAATTGAATCGCCAAATGACTGGCTCGCTTGCTGATATCCACTTTGCTCCGACTCAGCAAGCGAAGCAAAATTTGTTGAATGAGAATAAAAAAGAAAGCTCCATTTTTGTTACCGGAAATACAGCGATTGATGCTTTGCATACAACGGTTCACTCTGAATACTCCCATAATATTATTGAAAAAATCGGCAATGACAGAATGATTTTACTGACGGCGCATCGCCGGGAAAATTTAGGTCAGCCGATGGAACTTATGTTTAAAGCCATCCGCCGGATCGCAGATGAATTCAGCGATGTGCAAGTCGTTTATCCGGTACACCTGAATCCCGCTGTACGTGAAGCTGCTGATAAGCACTTTGGTGATTCGGAGCGCGTCCATTTAATTGAACCTCTTGAAGTGATTGATTTCCACAATTTTGCGTCAAGGTCGTATTTTATTTTAACTGATTCAGGAGGCGTTCAGGAGGAAGCTCCTTCCTTAGGAAAGCCGGTTCTCGTATTGCGCGATACGACTGAACGGCCCGAAGGAGTGGAGGCGGGCACTCTGAAATTAGCCGGTACTGATGAAGAAACGATTTATCAGATGGCAAAACAGCTGCTGACAGACAAGCAGGAATATGAAAAAATGTCGCGGGCATCTAATCCCTATGGAGATGGCATGGCGTCAAGAAGGATTGCTGAGGGGCTGCTCTATCAATTCGGACTGCGTTCAGAGCGTCCTGATTCTTTCGAGGTGTAA MKKLKVMTVFGTRPEAIKMAPLVLELKKRPEIESYVTVTAQHRQMLDQVLHAFQIKPDFDLNIMKERQTLAEITSNALVKLDGLFKEIKPDIVLVHGDTTTTFAGSLAAFYHQIAVGHVEAGLRTGNKYSPFPEELNRQMTGSLADIHFAPTQQAKQNLLNENKKESSIFVTGNTAIDALHTTVHSEYSHNIIEKIGNDRMILLTAHRRENLGQPMELMFKAIRRIADEFSDVQVVYPVHLNPAVREAADKHFGDSERVHLIEPLEVIDFHNFASRSYFILTDSGGVQEEAPSLGKPVLVLRDTTERPEGVEAGTLKLAGTDEETIYQMAKQLLTDKQEYEKMSRASNPYGDGMASRRIAEGLLYQFGLRSERPDSFEV PGPT0018905_1194 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 D1-12_03750 921 tagU_1 COG1316 Polyisoprenyl-teichoic acid--peptidoglycan teichoic acid transferase TagU ATGAGAAGTAAACGAAGAAAAAAGAAAAAGACTTTGTTACTGGTCTTTCTGACAATCATCGGCATTTTTATTTTAGTTTCCGGCGGCTTTACATACTATCTATGGCATAAAGCGGCATCAACCGTCGCCAGTATTCACGAAGACATTAACAAATCGAATAAACGCAGCACTGAGGTGAAAATAAATAAACAAGAACCGTTCTCTGTCTTGATCATGGGAGTGGACGAACGTAAAAATGATAAAGGAAGAGCCGACTCGCTCATTTACCTTACTGTCAATCCAAAGACAAAAACAACGGAAATGGTCAGTATTCCGCGTGACACTTATACAAAAATTATCGGCAAAGGCACGATGGATAAAATCAATCATTCATATGCATTTGGCGGTACGCAAATGGCAGTAGATACTGTGGAGAATTTCTTGAACCTTCCTGTAGATTATTTCATTAAAGTAAATATGGAAAGCTTTAAAGATGTCGTTGACACTTTAGGAGGCATCACTGTCAACAGTACATTCGCTTTCAACTATGACGGTTATTACTTCAGCAAAGGCAATATTTCATTAAACGGTGATGAAGCCCTCGCTTACTCACGAATGAGAAAAGAAGATCCTAAAGGGGATTTCGGGCGCCAAGACAGACAGCGGCAGATTATAGAGGGTATTATCAATAAAGGGGCAAGTATCTCTTCTGTCACGAAATTCGGAGATATGTTTAAAGTAGTAGAGAACAATGTAAAAACGAATTTAACCTTTGATGATATGTGGGATATTCAATCCGGCTATAAAGATGCCCGCAAGAAAGTGATTCAGCATGAGCTGAAGGGTGACGGCACTAAAATCAACGGAATTTACTATTATAAAGCAGATGAAAACGGTCTTGCTTCCATTACTAAAGAATTGAGAAGTAGCCTCAACCTTTAA MRSKRRKKKKTLLLVFLTIIGIFILVSGGFTYYLWHKAASTVASIHEDINKSNKRSTEVKINKQEPFSVLIMGVDERKNDKGRADSLIYLTVNPKTKTTEMVSIPRDTYTKIIGKGTMDKINHSYAFGGTQMAVDTVENFLNLPVDYFIKVNMESFKDVVDTLGGITVNSTFAFNYDGYYFSKGNISLNGDEALAYSRMRKEDPKGDFGRQDRQRQIIEGIINKGASISSVTKFGDMFKVVENNVKTNLTFDDMWDIQSGYKDARKKVIQHELKGDGTKINGIYYYKADENGLASITKELRSSLNL PGPT0023440_3315 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-TEICHOIC_ACID_METABOLISM CE-EPS-TEICHOIC_ACID_METABOLIC_PATHWAY,PGPT0023440-tagT|tagU|tagV-K01005 NA NA D1-12_03751 303 lytA Membrane-bound protein LytA ATGAAAAAAATTTTTGGATGTTTGTTCTTTATACTGCTTCTCGCCGGGTGCGGAGTTAATAATGAAAAATCTCAGGGCGAGGATGCGGGTGAAAAGCTGGTAACGAAAGAGGGCACTTATGTAGGACTGGCGGATACTCATACAATAGAAGTCACTGTGGATCATGAACCGGTAAGTTTTGATATCACTGAAGAATCAGCCGACGATGTTAAGAATTTGGATAATGGCGACAAAGTGACAGTAAAATATCAAAAAAATAGCAAGGGACAGCTTATGCTGAAGGATATCGAACCGGCAAATTAA MKKIFGCLFFILLLAGCGVNNEKSQGEDAGEKLVTKEGTYVGLADTHTIEVTVDHEPVSFDITEESADDVKNLDNGDKVTVKYQKNSKGQLMLKDIEPAN NA NA NA NA NA D1-12_03752 2118 lytB COG2247 Amidase enhancer TTGAAAACTTGCAAACATTTAATAGGACTGACTCTAGCTGTTGTTATATTGCTTATACCGGCGGTTTCCTTTGCGGCAGATTCAAATATATCTGTTAAGCTGACAAATTACATAGGAAATCAATCAAGCATTTCTTTATCTCCAACCGGTTTTTATCAGGTTACCGGTGATCATGTGTCTGTAACCAACCGCTTTTCGGGGGCATCCCGATATGAGACGGCGGCTCTTGCATCTGACTCCCAATGGACGAATCCTAAAACCGTTATTCTCGTCAATCGTGATGTTTTTATCGATGCATTACCAGTAATTCCTCTGGCAAAAAAATTGGATGCGCCGGTGTTATTTACACAGCCGGACACTTTAACAAAAACAACAGAAAAACAGATTGCTAAGTTCAATCCCGATAATATTCTGGTCATCGGCGGGGCTAAAAGTATTTCAAAGGACGTTGAAAATAAGCTTAAGTCTTATGGAGCTGTGAAAAGAATCAGCGGGAAAAACCGTTATGTTCTGTCTGAAAACATTGCAAAACAAATGGGAAATTACGATAAAGCAATTGTTGTAACAGGTAATGTTTTTCAAGACGCTTTAGCCATTGCTCCGTATGCCGCTGCAAACGGCTATCCCATTCTACTGACTGAAAAGGATAAATTGCCGGATTATGATCTTCCGAAGCAAGTCTTAATTATCGGGAGTTCGTTCAGCGTGAGTGATGCTGTAGAAAATCAAATTAAAAAAACTTCAACTGTGCAGCGAATACCCGGATCAACACGGTATGAATTGACTGCTAATATCATTAATCAGCTAAAGTTGAAGGCTGATAAAGTCGTCATGACTAATGGAACGAAATATGCTGATGTCCTGGTTGGCGCTTCTTTAGCCGCCAAAAAAAACAGCCAAATATTATATATCAAACAAGATGATGTTCCTTCAGCAGCTAAATCAGTGACAAAAGAGAAGGCGTCGTATGCATACGACTTTATCGGAAGTACAAGCTCCATTTCCGCCGGGGTTGAAAATGAGCTTTCAAACCATTTTTACTTAGCCGGCGGAAGCACATACAACTTACAAATCAATAATGGAAAGTTAAATCTTAATCATATTAAAACATATGGGAATTCATTGAGAATAAAACCGGAAACGTACAATGAATCCAACCGGATCAGTTTGAATGGAAAAGAATACTTGGGGACGGTTAATTTTTCAATAGAGTCAGGCAAATATATCAGACCTGTAAATGAAAACATTCCTTTTGAAGATTATTTAAAAGGTGTCGTACCGAATGAAATGCCTGCAAGCTGGTCTCTTGAAGCGCTGAAGGCGCAAACGGTTGCGGCAAGAACATACTCAATTACGAAGACCGGGAGCACTGTTGCTGATACTACTGCTTTTCAAGTATATGGCGGGTACAGCTGGAATGCCAATACAACGAAAGCGGTGCAGCAGACAAAAAATAAGGTGCTGACTTACAAAGGGAATTTAATTACGGCGGCTTATTCATCGAGTAATGGCGGTTATACAGAATCAAGCGACGAAGTATGGGGTTCAAGCGTTCCTTATTTAACTGCGAAAAAAGACACAAAAGATCCTCAAACTGCCTGGAGTCTGACGCTTTCTAAGCAGCAAATCAATCCGGATTCAATTGATGTAAATAAGCCGGCCTCTTGGTTTGCTTCAAAGAATGAGACAAATGCAGCTCAACTGAGCGGTATTAAAAATTGGATTCTGAAAAATAAGGAAACAGGCGCTTCCGCCATTAAAATTTTAAAAATAGAAGATCTTACATTCAGCGGAACAACTAAAGGACAGCGGGCTAAAACAGCAACTTTGAAAGTGAATTACGCTGTCAAACAAAACAATGGAAATTACGAGGCAAATAAAACATCTGCAATGACTGTGCCGGTGACTGAATTGAGAACGATGATCGGAGCCTCCGTGTTTAAAAGCACTTATGTGACCGTCAGTCAAAACAGTTCTGCTTTTACAATCAGCGGAAAGGGATATGGACACGGCATCGGCATGAGCCAATACGGCGCTAAGGCAAGAGCGGATTCAGGAGATTCATATAGTTCAATTTTAAAATTTTATTATCCGGGCACTACATTGACTGACTATTAA MKTCKHLIGLTLAVVILLIPAVSFAADSNISVKLTNYIGNQSSISLSPTGFYQVTGDHVSVTNRFSGASRYETAALASDSQWTNPKTVILVNRDVFIDALPVIPLAKKLDAPVLFTQPDTLTKTTEKQIAKFNPDNILVIGGAKSISKDVENKLKSYGAVKRISGKNRYVLSENIAKQMGNYDKAIVVTGNVFQDALAIAPYAAANGYPILLTEKDKLPDYDLPKQVLIIGSSFSVSDAVENQIKKTSTVQRIPGSTRYELTANIINQLKLKADKVVMTNGTKYADVLVGASLAAKKNSQILYIKQDDVPSAAKSVTKEKASYAYDFIGSTSSISAGVENELSNHFYLAGGSTYNLQINNGKLNLNHIKTYGNSLRIKPETYNESNRISLNGKEYLGTVNFSIESGKYIRPVNENIPFEDYLKGVVPNEMPASWSLEALKAQTVAARTYSITKTGSTVADTTAFQVYGGYSWNANTTKAVQQTKNKVLTYKGNLITAAYSSSNGGYTESSDEVWGSSVPYLTAKKDTKDPQTAWSLTLSKQQINPDSIDVNKPASWFASKNETNAAQLSGIKNWILKNKETGASAIKILKIEDLTFSGTTKGQRAKTATLKVNYAVKQNNGNYEANKTSAMTVPVTELRTMIGASVFKSTYVTVSQNSSAFTISGKGYGHGIGMSQYGAKARADSGDSYSSILKFYYPGTTLTDY NA NA NA NA NA D1-12_03753 1491 lytC_2 COG0860 N-acetylmuramoyl-L-alanine amidase LytC TTGCGTTCTTATCTTAAAGTCCTGATCATTTCTATGCTGGGACTCATCTTATTTATCCCGTCAGCCTTAGCTGACAACGCGGTTAAAAGAGTAGGGGGAAGCAACAGGTACGGTACGGCTGCTGCGCTTTCCAAGCAGGTGTATTCAACAGCGAGTACAGCTGTTGTCGTCGGCGGAGGTTCGTATGCAGATGCTATATCCGCTGCCCCGATGGCATATCAGAAAAATGCGCCGCTGCTTTACACAAACAAAGATAATTTGTCATCAGAGACGAAAACCCGTCTGAAAGAATTAAAAACAAAAACGGTCATTATCGTCGGCGGAACGCCTGCTGTGTCAGCAAATACAGCAAATCAAATCAAAGCGCTCGGCATCAGTGTTAAGAGAATTTCAGGAAGCAACCGATATGATACGGCAGCTAAAGTAGCAAAGGAAATGCCTGCCGCCTCAAAAGCCGTTATTGCAAACGGATTTTTATATGCTGACGCAATAGCTGCAATTCCATATGCCGCAAAGAACGGATATCCAATTTTGTTTACGAATAAAACAGCTATCAACAGTGCCACAGCAGGAGCTATAAAAAGCAAGGGGATCAAAAGCTCTATTGTAGCAGGGGGAACCGGGAGCATAAATGCCTCTGTCTTTAAGAAACTCCCTTCTCCAAAAAGAATCAGCGGAAGCAATCGATACGAACTTGCGGCCAATCTAGTTCAGCAATTAAATCTTCCGACAGGCAATGTATTCGTCAGCAATGGTTTCGGGTATGCAGACTCCATAGCGGGTGCTGCTCTTGCTGCAAAGAAAAAACAATCTATCATTCTGACAAACGGCAGCAATCTTTCAAAAGAAACAAGAGTCTTTATCGGGAGAAAAAAATTAAGCAGCTTTACCATTATTGGGAATACCCCGGCTGTCAGCTCAAATGTTGCAAACCAGCTGAAAAATCCGGCAGCGGGAAAAACAATTTTAATTGATCCGGGTCATGGAGGGAAAGATTCCGGTTCTATAGGTAACGGCATTTTAGAAAAAGACGTCAATCTTGATATCGCTAAAAGGCTGAATACAAAATTAAATGCTTCAGGTGCTCTGCCGGTCATGACGAGGTCTAATGATACATTTTATTCCTTGCAGGAAAGGGTAAATAAAGGTGCAACCGCAGGAGCGGATTTATTCATCAGCGTTCACGGCAATGCAAATGATGCAACTTCTGCAAACGGAACTGAGACCTACTATGATGAGACATATCAAGCCGCTGCAAGCAAACGCCTGGCAGGACAAATTCAGCCTAAGGTTGTTAATGCATTAAAAACAAGAGACAGAGCGGTTAAAACAGCGCCATTCTATGTCATTAAGTATTCCAAAATGCCTAGTGTATTAGTAGAGACGGCTTTTATTACGAATCCGTCTGATGCAAGTAAATTAAAGCAAGCATCCTATAAGGAAAAGGCAGCTGCAGCCATCAATGATGGAATCGTGTCTTATTATAAGTAA MRSYLKVLIISMLGLILFIPSALADNAVKRVGGSNRYGTAAALSKQVYSTASTAVVVGGGSYADAISAAPMAYQKNAPLLYTNKDNLSSETKTRLKELKTKTVIIVGGTPAVSANTANQIKALGISVKRISGSNRYDTAAKVAKEMPAASKAVIANGFLYADAIAAIPYAAKNGYPILFTNKTAINSATAGAIKSKGIKSSIVAGGTGSINASVFKKLPSPKRISGSNRYELAANLVQQLNLPTGNVFVSNGFGYADSIAGAALAAKKKQSIILTNGSNLSKETRVFIGRKKLSSFTIIGNTPAVSSNVANQLKNPAAGKTILIDPGHGGKDSGSIGNGILEKDVNLDIAKRLNTKLNASGALPVMTRSNDTFYSLQERVNKGATAGADLFISVHGNANDATSANGTETYYDETYQAAASKRLAGQIQPKVVNALKTRDRAVKTAPFYVIKYSKMPSVLVETAFITNPSDASKLKQASYKEKAAAAINDGIVSYYK PGPT0024160_1483 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING_AMIDASE_ACTIVITY,PGPT0024160-amiA|amiB|amiC-K01448 NA NA D1-12_03754 660 hypothetical protein GTGGGAGCAGAGAAAAGCATGAATGTAAATAATAACTATGCAGTGCGGCAGGGGACTTCCGCTGCCGTTACGGAAAGAACGGCCCGTTATTTGGCTTTTAAGCGATTCATGGACATTGTGTTTGCGCTTGCGGGGCTTTTGGCGGCGCTCCCGGTGATGGGCCTGTTCTCCATACTGATTCGTTTGGAGTCGCCCGGCCCGGCTTTTTATAAGCAGGAGCGGGTAGGCAAAGACGGGAAGCCGTTTTATTTGTATAAGCTCCGCTCTATGAAAATAGATGCTGAAAAATCGGGGGCGGTCTGGGCGCTGAAAAAGGATCCCCGCGTGACAAAGGTCGGCGCTTTTATCAGAAGGACCCGTATTGATGAGCTGCCGCAGCTGGTAAATGTGCTTCGGGGAGAAATGAGCCTGATCGGCCCGCGTCCCGAGCGGCCCGTGTTTACGGAACAGTTTCAGGCTGAGATTCCGGGGTTTACGGAGCGGCTGGCCGTTAAGCCGGGATTAAGCGGGTGGGCGCAGGTCAACGGGGGATATGACATGACACCGAGGGAAAAACTGATGTTTGACTTATACTATATCCGCAACCTGACCTTTTCATTGGAACTGAAGATTATGCTCAAAACGTGCAAAGTGATCTGGACCGGTGACGGGGCGCGATAA MGAEKSMNVNNNYAVRQGTSAAVTERTARYLAFKRFMDIVFALAGLLAALPVMGLFSILIRLESPGPAFYKQERVGKDGKPFYLYKLRSMKIDAEKSGAVWALKKDPRVTKVGAFIRRTRIDELPQLVNVLRGEMSLIGPRPERPVFTEQFQAEIPGFTERLAVKPGLSGWAQVNGGYDMTPREKLMFDLYYIRNLTFSLELKIMLKTCKVIWTGDGAR PGPT0015235_22 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-LIPO-|TEICHURONIC_ACID_METABOLISM CE-EPS-TEICHURONIC_ACID_METABOLIC_PATHWAY,PGPT0015235-tuaA-NA NA NA D1-12_03755 1449 tuaB COG2244 Teichuronic acid biosynthesis protein TuaB ATGCCTAGTATTACAAATCAAATCTTGAGCGGCGCCAAATGGACAAGTATTTCGACAGCGTGTATTACGGTCATTCAAATCATCCAATTCGCCCTGCTCGGGCGGGTCATGTCACTGGCTGAATTCGGTCTTGTCGGCATGATCACAACGGTAGTGGTGTTTGCCCAAATTGCGCTTGATATGGGTTTTGGCGCCGCGCTCATTCAAAAAGATCATGTGACTGATAAACAGATGTCTTCCTTGTACTGGCTGAATATCATAACGGGGCTTGCGCTGTTTGCGCTGCTGTTTTTCAGCAGTCCGCTCATCGCCGATTTTTATCGGCGGGAGGAGCTTGTCTATTTAATCCGCGTGCTGGCCGTCATGTTTTTAATCGCGCCGATCGGTCAGCAATACCAGTATATGCTGCAAAAAGCGCTGGCATTTAACACGTTAAGCAAGATTGAAATCTTTTCAAATGTGCTGTCCTTCGTGTATTTGGCGGCCGCGGTTTTTTATACGGACCCGATTCTCGCCTATGTGATTTCTCAGGTGCTGCTGCAATCGTCAAAAGGCATTCTGTACTGGATGTCCTGCAGAAAAACATGGAGACCGGCGTTGGTTTTTGATCTGAAAGGAATGAAAGGCTTCTTTTCTTTCGGGGCCTTTCAGCTGTCTTCCCGGCTTGTGAACCGGCTCGGAGCGAATATTGATATGATTCTGATCGGCAGTTTTATCGGCGCCGAGGCGCTCGGCATTTACAATCTGGCCTACCAGATTGTCACGCTTCCGGTATTAAAAATTAATCCGATCATTACGAGAGTTGCGTTTCCCGTCTTTGCGAAAAACAAGCATGAAAACAGCGTTATCAGAGAAGGATTTCTTAATATGACCAAAATACTGGCGCTGATATCCTTTCCGCTTTTGCTCGGTTTGGTTTCAGTGTCGGATGCATTCGTGGCTTCGGTATTCGGAGAAAAATGGCTGGCGGCTGTCCCGGTTTTAAACGTTCTCGCCATCGTCGGGATTTTAAGGGTCCTGATGAATCCGAACGGATCTGTGCTGCTCGCAAAAGGGCGGGCCGATCTGGCGTTTTATTGGGACGCCGGGGTGATGCTGCTGTATGGTGCATCTTTGTACGCCGCCGTGCTGTCCGGAAATCTCTTGACGGTAGCCTGGACGTACGCTTTCATCAGCATCCTGAATTTCCTGATCGGGCGCTGGCTGTTGGCATATGTCATTAAGCTGCGTCTGTCGGCTTACTTCAAAGCCGTGGCCAAACCGTTTCTCCTTACGGCGGCAATGGGTGTCATCGCCTTTACAGCCAGCTTCGGCACGGAGCGGATCAGCCTTGATGTCAAGCTGCGTCTGGCAATCTCCGTAGTCTGCGGCGCGTTGTGTTATTTATTCCTGTTAGGAAAAGCTTATCCGCATATGAAAAGTAAATTAAGAAAAGGACGTTTGCTATGA MPSITNQILSGAKWTSISTACITVIQIIQFALLGRVMSLAEFGLVGMITTVVVFAQIALDMGFGAALIQKDHVTDKQMSSLYWLNIITGLALFALLFFSSPLIADFYRREELVYLIRVLAVMFLIAPIGQQYQYMLQKALAFNTLSKIEIFSNVLSFVYLAAAVFYTDPILAYVISQVLLQSSKGILYWMSCRKTWRPALVFDLKGMKGFFSFGAFQLSSRLVNRLGANIDMILIGSFIGAEALGIYNLAYQIVTLPVLKINPIITRVAFPVFAKNKHENSVIREGFLNMTKILALISFPLLLGLVSVSDAFVASVFGEKWLAAVPVLNVLAIVGILRVLMNPNGSVLLAKGRADLAFYWDAGVMLLYGASLYAAVLSGNLLTVAWTYAFISILNFLIGRWLLAYVIKLRLSAYFKAVAKPFLLTAAMGVIAFTASFGTERISLDVKLRLAISVVCGALCYLFLLGKAYPHMKSKLRKGRLL PGPT0015230_120 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-LIPO-|TEICHURONIC_ACID_METABOLISM CE-EPS-TEICHURONIC_ACID_TRANSPORT,PGPT0015230-tuaB-K16694 NA NA D1-12_03756 1197 tuaC COG0438 Putative teichuronic acid biosynthesis glycosyltransferase TuaC ATGAAGGTATTGTGGATGACAAGTGTATATCCGAGCAGTGAGAAGCCGGGAGAAGGGGTTTTTCATGAGACGCAGGCCCAAGAACTGAGAAAGCTTGGCGCGGAGATGACTGTCATTTGTCCGCGGCCGAAACTCGCCGCGCCATTCCGGGTGCTGAAAAAGACGTATCGGCAAAAGGATATAAGGCCGGAGCATGAATGGCGGAAAGGCGTGTCCGTCCACCGGCCGTTTTATCAGGCGGTTCCCGGGCAGCTGAAATGGGCGCAGCCGCATAAAAGAATGGCGGCATCGGTTCTTTCCGCGATTAGAAATCATGGCCTGAAGCCCGATCTGATTCACGCGCATTTCGCCATGCCGTCAGGCGGAGCGGCCGCCATTGTGTCGAAGGCTCTAGGCATTCCGTATGTACTGACCTTGCATGGCAGTGATGTCAATGTCTATCCGCATTACAGCAAAAGCGCTCATCGCGCATTTACATTTGCGGTGCGGGAAGCAGCCGATATTTACGCTGTGAGCGGCAGTCTGCGGGAACAAATGAAAAAGCTCATCGAAGCGGAGTGCAGCGTGCTTCCGATCGGCATCACGCTTGACGCCTTCCGAGAAAGGAACGAGACGAAAGAAGCCGTCAGAAAACGGCTCGGCCTTCCTCCGGATAAAAAACTGATCGTGTTCATCGGCAGGCTTGTCAAAGAGAAAGGTGTTTTCGACTTATCAAAAGCCGTTCAGTCATTGGATGAAAATTATGAAGCTGTCTTTGTCGGTGACGGTCCCGCCGCATCTTCATTGCGGGAAGCCGCTCATATCGTCACGGGGCAAGTGCCGAACGACAAGGTACAGGACTATCTGCTGGCCTCGGATGTAATGGCGCTGCCGTCCTACAGCGAAGGCATGCCGACTGTGGTCATTGAGGCGCTCGCTCTGAAGGTGCCGGTAATCTGCACCGATGTCGGAGGATTGGCTTCTTTATTCGGGAAACACCGGGGGTTGCTGATCAAGCCGGGTTCACCTGAGACGCTGGCAGAATCGATTCTGCAATATGACGGAGGAGAGGCTTGGACGCCGCAAACAGCCGAGGAGCTTTATCAAACCGTCCGCACGTATTTTGACGCAAGCCAAAACGCGAAAGCACTGAAAGAGAAATACCGATCCGTAATGAACCGGGCCGGGCAAGAGGAGAACCTTTCGAAAGAGGGATGA MKVLWMTSVYPSSEKPGEGVFHETQAQELRKLGAEMTVICPRPKLAAPFRVLKKTYRQKDIRPEHEWRKGVSVHRPFYQAVPGQLKWAQPHKRMAASVLSAIRNHGLKPDLIHAHFAMPSGGAAAIVSKALGIPYVLTLHGSDVNVYPHYSKSAHRAFTFAVREAADIYAVSGSLREQMKKLIEAECSVLPIGITLDAFRERNETKEAVRKRLGLPPDKKLIVFIGRLVKEKGVFDLSKAVQSLDENYEAVFVGDGPAASSLREAAHIVTGQVPNDKVQDYLLASDVMALPSYSEGMPTVVIEALALKVPVICTDVGGLASLFGKHRGLLIKPGSPETLAESILQYDGGEAWTPQTAEELYQTVRTYFDASQNAKALKEKYRSVMNRAGQEENLSKEG PGPT0015210_124 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-LIPO-|TEICHURONIC_ACID_METABOLISM CE-EPS-TEICHURONIC_ACID_METABOLIC_PATHWAY,PGPT0015210-tuaC-K16697 NA NA D1-12_03757 1341 tuaD COG1004 UDP-glucose 6-dehydrogenase TuaD GTGAAAAAAATCGCTGTATTAGGAACAGGGTATGTAGGTCTTGTATCTGGAACTTGTTTTGCGGAAATCGGCCATCATGTGACTTGCTGTGACATCAATGAAGCGAAAATCAGAAGCTTGCAAAACGGAGTCATCCCGATATATGAACCGGGGCTTGAGGAATTAGCCGAAAAAAATGTCAGTGCCGGGCGCTTATCCTTTACGGCCGATATTGAGCAGGCTGTGAAAGCCGCTGATATCATCTATATCGCCGTCGGTACGCCGATGTCAAAGACGGGTGAAGCCGATCTGACCTACATTAAGGCAGCGGCGCAAACAATCGGAGAACAGCTGAACGGATACAAAATCATTGTCACCAAAAGCACTGTTCCGGTCGGGACGGGAAAGCTCGTTTACCAAATCGTCAGCGAAGCGTCAAAGGGAAAATATCCGTTTGATGTCGCGTCAAATCCTGAATTCCTCCGCGAAGGTTCGGCGGTGCGGGATACGATGCAGATGGAGCGGGCGGTCATTGGCGCCACAAGCGAACATGCCGCTTCGGTCATTGAAGAGCTTCATAAGCCGTTCCGTACGAAGGTCGTAAAGACCAATCTTGAAAGCGCGGAAATGATTAAGTATGCCGCAAATGCTTTTTTAGCCGCCAAAATATCTTTTATTAATGATATCGCCAATATTTGCGAACGTGTCGGGGCGGACATTTCCCACGTGTCAGAAGGCGTCGGTCTTGACAGCCGGATCGGGAATAAATTTCTGCAGGCGGGCATCGGATTCGGCGGATCCTGCTTTCCGAAGGATACAACGGCTTTATTGCATATCGCAAACGCCGCCGGCTATCCGTTTCAAATGATGGAAGCCGTCATTGAAACCAATCAGAAGCAGCGGGTCCGTATTACGGAAAAATTGAACCGCGCCATCGGGCCCTTAAAAGGGAAAACCGTGGCCGTACTGGGGCTGGCCTTTAAACCGCACACAAATGACGTCCGCTCCGCCCCGGCTCTTGATATCATCACAAGTCTTAAAGAGCAGGACGCTCACGTGAAAGCGTATGATCCGATCGCGATTCCCGAAGCGTCAGCGATATTAGGAGACGGCGGCATTGAGTATCACACAGAGCTGTACAGTGCTATCAAAAACGCGGACGCATGCCTGATTACAACAGATTGGCCGGAAGTCAAGGAGATGGATCTTCAGAGAGTGAAGCAGCTGCTCAAACAGCCGGTCATCATTGACGGCAGAAATATGTTTCCGCTGGAGTATATGAGGGTTTCAGGATTCACTTATCATTCCGTCGGACGTCCGGCGGTTCATGCCGATCGGCAAATAAAAGAACTGGCAAGATAG MKKIAVLGTGYVGLVSGTCFAEIGHHVTCCDINEAKIRSLQNGVIPIYEPGLEELAEKNVSAGRLSFTADIEQAVKAADIIYIAVGTPMSKTGEADLTYIKAAAQTIGEQLNGYKIIVTKSTVPVGTGKLVYQIVSEASKGKYPFDVASNPEFLREGSAVRDTMQMERAVIGATSEHAASVIEELHKPFRTKVVKTNLESAEMIKYAANAFLAAKISFINDIANICERVGADISHVSEGVGLDSRIGNKFLQAGIGFGGSCFPKDTTALLHIANAAGYPFQMMEAVIETNQKQRVRITEKLNRAIGPLKGKTVAVLGLAFKPHTNDVRSAPALDIITSLKEQDAHVKAYDPIAIPEASAILGDGGIEYHTELYSAIKNADACLITTDWPEVKEMDLQRVKQLLKQPVIIDGRNMFPLEYMRVSGFTYHSVGRPAVHADRQIKELAR PGPT0017855_2357 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 D1-12_03758 1419 tuaE Teichuronic acid biosynthesis protein TuaE ATGCTGGAGGCGGTCAGAGCGGATGCCGGCTTCGGAAAAATCACCGTGCTGCTGCTTGCCGCCATGATCGGCATTGCCGGGCTTGCTTTGCTATCCGCCTTTACAACAAACGGTCAGATGTTTATGGGGCTCATTTACATACTGATCGCGTGTACATTTTTAAACCAGGCCTTCTTTGCGGTTCATCTCGGATTTTTCAGCTTATTTATATACCGGTTGTTATTAATCGGAGCGGGCGCCCTTCACATCGCCGGCATCCTGACAAACCGTCATCATATTGACAGATGGAATCGGGTGAATGTAAAAGGGGTTCTGATGTTTTTCGCCTTATGGTTTACATACGGTCTCCTATCGTTATTGTGGGCAAAATCCGTGACGTACGGGATTAAATATTTAGCTTTAATGGGAATGGGCATGTTTTTGATTTATCTTATTGTCATGTTCATTCAGCGCTTTGATCAGCTGATGGTTTTTTACGGCATATGGCTTGTGATGACCATTTTTGTGATGGCGATCGGCTTTTACAACCATTTTACACACCACCATCTGCCGAGCTCCACGCTTTATAACGGCCCGCAGTACAAACAGCATTATCCGACGTCCGTTTTCTTTAATCAAAATGATTTCGCGACGTTTTTGTGCATCAGTTTCTTTCTGTATGCGGCGGCGGTGAAAAATATGAAAAACGGCTATGTGAAGGCCGTCAGCCTGCTCTTTGCGATCTGCGCTTTGTATTTAATCATTTTGACCGGTTCGCGCGCGAGTCTGCTGGGCATATGCGCGGGGGCGGCTGTATACGTCTTCATCCTGCTGCCTTCCCTGTTGAAAAAACTCGCGCTGTACGTTGCGGGAGCGGGCGCGGCGCTGTTTGCGGTTTTATTTGCGGGCCGTATCACCAATGCCGTCTTGAATCTGTTTTCAGCTCCGCAGGCGATGCCGGGACAGCAACCGCTTCCTTCCAACCTCGCGAGGGCGAATCTTTTAAAGAACGCCTTTCACTATGTGATTGATTCCTGGGGGTTCGGAGTGGGTGCCGGAAACGTCTCTTACTATTTAAAAGCGGAGCCCGTTTATGATACGGGCGGCGTAGTTGAGGTGCACAACTGGCTCGTCGAGATTATGGCGAACTTCGGCGTGCTTACGATGCTCGGTTACCTGACAGTCTATTTGTTCCTTTTTTGGACACTTTATAAATGTCATGAAAGAAAATCGGAAAATCAGTCAAGACTGGTCACAGAAGGACTTATCACGGCGATGGCCGGTTTTTTGGTAAGCAGCATCAGCCCAAGCTCCGTATCAAATTTATTTTTCCACTGGGTATTTCTCTCGCTCGTGATCGCGGCGGTCAATATATTGAGGCGTTTACAAAAGGAGCCTGCCGTCACGGCGTACTATGAAAAACAGGGAGATGCGAGATGA MLEAVRADAGFGKITVLLLAAMIGIAGLALLSAFTTNGQMFMGLIYILIACTFLNQAFFAVHLGFFSLFIYRLLLIGAGALHIAGILTNRHHIDRWNRVNVKGVLMFFALWFTYGLLSLLWAKSVTYGIKYLALMGMGMFLIYLIVMFIQRFDQLMVFYGIWLVMTIFVMAIGFYNHFTHHHLPSSTLYNGPQYKQHYPTSVFFNQNDFATFLCISFFLYAAAVKNMKNGYVKAVSLLFAICALYLIILTGSRASLLGICAGAAVYVFILLPSLLKKLALYVAGAGAALFAVLFAGRITNAVLNLFSAPQAMPGQQPLPSNLARANLLKNAFHYVIDSWGFGVGAGNVSYYLKAEPVYDTGGVVEVHNWLVEIMANFGVLTMLGYLTVYLFLFWTLYKCHERKSENQSRLVTEGLITAMAGFLVSSISPSSVSNLFFHWVFLSLVIAAVNILRRLQKEPAVTAYYEKQGDAR PGPT0015215_28 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-LIPO-|TEICHURONIC_ACID_METABOLISM CE-EPS-TEICHURONIC_ACID_METABOLIC_PATHWAY,PGPT0015215-tuaE-K16705 NA NA D1-12_03759 681 tuaF Teichuronic acid biosynthesis protein TuaF ATGAAGGATATGTTGACAAGAATAACCCGGCGTATCAAAAAGAATATCATTTGGATCATTGCGCTGCCCGTTGTGTTAGGGGCGGCGGGATATGTATTGCCGTCAAAAATCAGCGGAAACAGCAGTTTTACATCAGAAGCCGCGATCGCCGCGGGAAATTATGATCATCCGCTTTATAACAATACAAAAGAAATCCCGCTCCTTTTGACGAGCGATGCCTTTTTAAAGCAGGCTTTGCCTGATAAAACAGACGAAGAAAGAGCGGCCGTGAAAAGTAAACTGACTGTCGAAACACAATCAGATTCATTGATCACGGTCAGCTACAGCGGCCAAAACAAACAGGAGACCGAATCGGTGTTTCAAGCCGTCATAAAAACTTTTCTGAAGAATGACCAGGACCTGTTTGAAAAACGGGCAAAAGTAGTGCGGCAGAGTATTGCTGCGCTTGAAGGAGAAACCGTCAGCGCGGACGCCAAAGTGGATAAGGAACGATTTTTATACGAATTGAAAAATACGCAGCTGAACCTGAAAGCGGCCGGCGTCATCAATTCAGAGCCGATGAATGAAACGGCGGGACAAGGCATGCCGCCGAAAAAGAAAGCGGTTCTGGGCGTTTTAATCGGCATTGCAGTTGCATTTATGTTCATTGTCATTCCTGAGTTTTTTAGAGAGTCCTTGTAA MKDMLTRITRRIKKNIIWIIALPVVLGAAGYVLPSKISGNSSFTSEAAIAAGNYDHPLYNNTKEIPLLLTSDAFLKQALPDKTDEERAAVKSKLTVETQSDSLITVSYSGQNKQETESVFQAVIKTFLKNDQDLFEKRAKVVRQSIAALEGETVSADAKVDKERFLYELKNTQLNLKAAGVINSEPMNETAGQGMPPKKKAVLGVLIGIAVAFMFIVIPEFFRESL PGPT0015220_23 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-LIPO-|TEICHURONIC_ACID_METABOLISM CE-EPS-TEICHURONIC_ACID_METABOLIC_PATHWAY,PGPT0015220-tuaF-K16706 NA NA D1-12_03760 759 tuaG COG0463 Putative teichuronic acid biosynthesis glycosyltransferase TuaG ATGACAAACTGGAAACCTTTCGTATCTGTCATTACACCGTCTTATAACGCAAGTGAATATATCGAAGACACGATTCAGTCTGTTTTACATCAAAGCCACCCGCATTGGGAAATGATTATCGCGGATGATTGTTCAACGGACGGAACGAGAGATATTTTACGGCAATATGAACAAAAGGATGAGCGGATCCGCGTCGTTTATTTAGAGAAAAACGGGGGAGCCGCGGCTGCCAGAAATACAGCCCTTAAACATGCCAAGGGCCGTTATGTCGCATTTCTGGACAGCGATGACAGATGGAAAAAGGAAAAGCTTCAAAAACAGCTTGCGTTTATGGCAGAGCGGTCCTGCGCTTTTTCATTTACGGGCTACAGCGTCATGGAGCAGGACGGAACGCCGACGGACAAAACGATTCAAGCCCCTGAAAGCCTGTCATATGATGAAGCTTTAAAAAACACGATTATCGGCTGTTTAACGGTCATGATTGACAGAGAGCAGACAGGGCAGATTCAAATGCCTGATATCAGAACGCGGCAGGATTTAGCGACATGGCTTTCCTTGCTGAAAAGGGGATTTACGGCTTACGGCCTGAATGAGTGCCTTTCAGAATACAGGCTTGTGCAGAATTCGATTTCAAGCAACAAGTGGAAAGCCGCAAAAAAAACGTGGTTTGTTTATAGAGAAATTGAGCGCCTGCATTTTATCAAGGCTTCGTGGTGTTTTATGCAATATGCGAAAAACGCGGTCTTGAAAAGACTGTAG MTNWKPFVSVITPSYNASEYIEDTIQSVLHQSHPHWEMIIADDCSTDGTRDILRQYEQKDERIRVVYLEKNGGAAAARNTALKHAKGRYVAFLDSDDRWKKEKLQKQLAFMAERSCAFSFTGYSVMEQDGTPTDKTIQAPESLSYDEALKNTIIGCLTVMIDREQTGQIQMPDIRTRQDLATWLSLLKRGFTAYGLNECLSEYRLVQNSISSNKWKAAKKTWFVYREIERLHFIKASWCFMQYAKNAVLKRL PGPT0015205_240 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-LIPO-|TEICHURONIC_ACID_METABOLISM CE-EPS-TEICHURONIC_ACID_METABOLIC_PATHWAY,PGPT0015205-tuaG|ggaB-K16698 NA NA D1-12_03761 1197 tuaH Putative teichuronic acid biosynthesis glycosyltransferase TuaH ATGAAGGTGGAACCGATTATTCACGTAATCGTCGGAGCGGCGGAATGGGGGCATGACCGGCTGAGATACAGACGGCACCGGCTGGCTGAATTTCTCGCCCGGCAAAAAGAAACGAAAAGCGTCATTTGGGTATGCCCGTCTCCGCGAGCCAATGATGGTCAGATGGCCGGGATCGCCGAGGGAATCCGGCAGTTCACTGTAAAGGATCTCATGCAGAAAAAAGCTTTCCGCTTCGGCAGGTATACAGACATGTGCTACAGGCATAAGCTTTCACCATTGTTGAACATGCTGAAGGAAGAAGGAGAAGGGGCCCGCTGCTGCTTATGGTACACCTTCCCCGGTTTTCCGCTGCTGGCAGATCTGTTTCCTTGGGATGAAGTGATTTACGATTGCAGTGATCTGTGGGCCGCTCCGATCAGCGGCCGGTCCGGAGTTCTGTCAAATGTTAGAAGAAACATCATTAAACAAGCGGAAATGAGAATCATACAGCGTGCCGATTCCATTACGTGTACATCTGACTGTCTGCACCAAGAGGTCGGAAAAAAGCTGGAGAATCCGCACCAGAAAGTGTTCACCATTGAAAACGGAGTGGAATATGACCTGTTTTCACGGGAAAATAAACAGCCGGATGAAGACATTTTACGGGGACGGAACGGAACGGTTCTCGGTTTTATCGGCGGAATCAAACCGAAGCTCGATTTTGCGCTTATGGCGGAAACGGCAAATTTGAGGCCTGACTGGACGATTTTATTGGTAGGCCCTAACACGGCTCAGGACGATCCGGATTTCAAGTCGCTTCTGGAGCGTCCGAATGTCATCTGGACGGGACCTGCCGCGCCGAATGAAGTGCCGTCCTATATGCAGCTTGTCGACATCGGCATCATGCCGTATAAAAATTCACCTTATAATGATGCGGTATTTCCGCTCAAGCTTTTTGAATTTTTAGCCGCCGGGAAACCGGTTGTCGGCTGCAACCTTTCTTCTACGTCAAAAATCAAAAGGCCTTTCGTCTATGAATACGTTGAAGGCAGTGACCCCGCAGATTTCATCGCGGCCTGCGACGCGCTTCTGGCAGCGGACCGCAGCGGATCATATGAGGCTTTGCGCCGTGAATTGGCCCGGAGACGGGATTGGAATGTTTTATTCGGCCGAATGCTCGAATGCACGGGTATATTGAAAAATGCGCAATCCCATTAA MKVEPIIHVIVGAAEWGHDRLRYRRHRLAEFLARQKETKSVIWVCPSPRANDGQMAGIAEGIRQFTVKDLMQKKAFRFGRYTDMCYRHKLSPLLNMLKEEGEGARCCLWYTFPGFPLLADLFPWDEVIYDCSDLWAAPISGRSGVLSNVRRNIIKQAEMRIIQRADSITCTSDCLHQEVGKKLENPHQKVFTIENGVEYDLFSRENKQPDEDILRGRNGTVLGFIGGIKPKLDFALMAETANLRPDWTILLVGPNTAQDDPDFKSLLERPNVIWTGPAAPNEVPSYMQLVDIGIMPYKNSPYNDAVFPLKLFEFLAAGKPVVGCNLSSTSKIKRPFVYEYVEGSDPADFIAACDALLAADRSGSYEALRRELARRRDWNVLFGRMLECTGILKNAQSH PGPT0015225_50 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-LIPO-|TEICHURONIC_ACID_METABOLISM CE-EPS-TEICHURONIC_ACID_METABOLIC_PATHWAY,PGPT0015225-tuaH-K16699 NA NA D1-12_03762 1077 tagO COG0472 putative undecaprenyl-phosphate N-acetylglucosaminyl 1-phosphate transferase ATGCTTGACGAACGCATGTTTCGCATAGTTGTTGCGTTTTTTGTCTCTCTGCTAACGGTTTTAATCCTAACTCCTATCGTAAAAAAAATTGCGATCAAAATAGGTGCAGTTGACCAGCCCAGCAACCGAAAAGTACATGATAAAATAATGCCCCGTATGGGCGGCTTGGCCATCTTTATCGGCGTAGCGGCGGGTGTGCTCGCGGCCGGCATATATAATGAAACGAAAATGACCGCCATCACAGTGGGTGCGTTTATTATTGTTATTTTAGGAATCCTTGATGATAAATACCAATTAAGCGCAAAGGTAAAGTTTTTCGTCCAGCTGGCCGTGGCCATTATGATTGTGAGCACGGGACTGAAAATGGACTTTTTCTCCGTACCGTTTTTAACGGAACGTTTAGAATTGGGATGGGTCGCTTACCCGCTGACTGTGTTATGGATCGTCGGTATTACGAACGCGATGAACCTGATTGACGGTTTGGACGGACTCGCTGCCGGCCTGTCGGTCATCGGACTCTCCACTATCGCCGTTATGGCGTTGTCCGGAGGGAAAATCCTTATTCTGTCACTTTCACTTGTCGTGATAGGAAGCACACTCGGATTTTTATTTTATAATTTTCACCCGGCAAAGATATTTATGGGAGATACCGGATCGCTCTTTCTCGGATACGTCATCTCAGTACTCTCATTATTAGGTCTTTATAAAAGTGTTACTTTATTCAGTATCATCATTCCGATCATCATTTTGGGCGTGCCGATTTTTGATACGACATTCGCCGTCATCAGGCGGATTTTAAACAAACAGCCGATCTCAGCGCCTGATAAGTCACATATACACCACCGGCTGATGGCCTTCGGGCTGTCACACCGCACGGCTGTCATTATCATTTATTTAATCGGCTTTATTTTCAGCGTCAGTGCCATCCTGCTGAAAAGCGCGACCATTTGGCTTTCGCTGTTTATTATTTTTGTATTGATTGTATTTATGCAAATCATAGCAGAGGTCACAGGGTTAGTAAATGAACAATTTAAACCATTTACCAAGTTTTACAAAAGATTGGTAAAGAAAAATTAA MLDERMFRIVVAFFVSLLTVLILTPIVKKIAIKIGAVDQPSNRKVHDKIMPRMGGLAIFIGVAAGVLAAGIYNETKMTAITVGAFIIVILGILDDKYQLSAKVKFFVQLAVAIMIVSTGLKMDFFSVPFLTERLELGWVAYPLTVLWIVGITNAMNLIDGLDGLAAGLSVIGLSTIAVMALSGGKILILSLSLVVIGSTLGFLFYNFHPAKIFMGDTGSLFLGYVISVLSLLGLYKSVTLFSIIIPIIILGVPIFDTTFAVIRRILNKQPISAPDKSHIHHRLMAFGLSHRTAVIIIYLIGFIFSVSAILLKSATIWLSLFIIFVLIVFMQIIAEVTGLVNEQFKPFTKFYKRLVKKN PGPT0015240_1846 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-LIPO-|TEICHURONIC_ACID_METABOLISM CE-EPS-TEICHURONIC_ACID_METABOLIC_PATHWAY,PGPT0015240-wecA|tagO|rfe-K02851 NA NA D1-12_03763 1215 tagU_2 Polyisoprenyl-teichoic acid--peptidoglycan teichoic acid transferase TagU ATGGCTGAACGTGTAAGAGTGCGTGTTCGAAAGAAAAAGAAAAGCAAACGAAAGATCATATTCAAACGGATTTTGCTGCTGCTTACCCTCGTTTTGTTAGTCGCTGCCGGGTTTGGCGGATACAAAGTATACAAAACGATCAATGCGGCAGATAATGCATATGATGCCCTTTCCCGCGGAGACAAATCAAAATTGCGGGATAAAGTCATCAATATGAAGAAAAAACCGTTCTCCATTTTGTTTATGGGGATCGAAAATTATGCCACCAGCGGAAAAGGCGGACGATCAGATTCCCTTATTGTCGTTACCCTTGATCCGAGAAATAAAACAATGAAAATGCTGAGTATTCCGCGTGATACGCGGGTGACGCTTGCCGGCGACACAACCGGTAAAAAATCAAAAATCAATGCGGCTTTTGCTAAGGGCGGAGCGGATGAAACCGTGTCAACCGTAGAAGATTTATTAGACATACCGATTGATAAATATGTCACTGTCGACTTCAATGGCTTTAAGGATGTTATTGATGAGGTAGGCGGGGTCGATGTAAAAGTGCCTTTTGACTTCGACGAGATGAGTGACGTCAGTAAAAAGAAACGGATCTATTTCAAGAAAGGAAACATGCATTTGAACGGTGAGCAGGCTTTGGCTTATGCGCGGATGAGAAAACAGGATAAGCGCGGAGACTTCGGCCGGAATGACCGCCAAAAGCAAATCCTAAATGCACTGATCGACCAAATGTCCAGAGCTGGAAATATTGCTAAAATCGATAAAATCGCTGAAACAGCGAGCAACAACGTCCAAACGAATATCCGAATCACTGAAGGACTCGCTCTTCAGCAGATTTACAGCGGCTTTACCAGCAAGAAGATTGATACACTGACCATAACAGGATCAGATTTATATTTAGGCGGAACTGCAACTACGCGCGGAACATATTATTTCCAACCAGAACCGACCAATCTCGAAAAAATACGGCAGGAATTGCAGAAACATTTGGATTACCCATCCGGAAGCAGCACGGCGTCCGATCCTGCTTCTGACAGCACCGGAACGGACAGTACGACTGATTCGACTTCCGACAGCACGGGAACAGACGGCACAACCGATTCAACTTCCGGCGGCACAGGAACAGGCGGCACAACCGACTCAACCAACGGTACTGCTGGTGCAAATGGTACGGACAGCACACAGTCCGGCGGCACAACAGGCTATTAA MAERVRVRVRKKKKSKRKIIFKRILLLLTLVLLVAAGFGGYKVYKTINAADNAYDALSRGDKSKLRDKVINMKKKPFSILFMGIENYATSGKGGRSDSLIVVTLDPRNKTMKMLSIPRDTRVTLAGDTTGKKSKINAAFAKGGADETVSTVEDLLDIPIDKYVTVDFNGFKDVIDEVGGVDVKVPFDFDEMSDVSKKKRIYFKKGNMHLNGEQALAYARMRKQDKRGDFGRNDRQKQILNALIDQMSRAGNIAKIDKIAETASNNVQTNIRITEGLALQQIYSGFTSKKIDTLTITGSDLYLGGTATTRGTYYFQPEPTNLEKIRQELQKHLDYPSGSSTASDPASDSTGTDSTTDSTSDSTGTDGTTDSTSGGTGTGGTTDSTNGTAGANGTDSTQSGGTTGY PGPT0023440_1170 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-TEICHOIC_ACID_METABOLISM CE-EPS-TEICHOIC_ACID_METABOLIC_PATHWAY,PGPT0023440-tagT|tagU|tagV-K01005 NA NA D1-12_03764 648 hypothetical protein ATGCTGCACAGCTATTTAACAGTTAAAGAAACGGGTGAACATGAGATTGTGATTGAAAAATCGCGTTTTATCTGTCACCTGAGCCGTGCTGCTTCTGAAGAGGAAGCGCAGGAATTTATACAAAAGATAAAAAAACAGCACTGGAATGCGACTCATAACTGCTCAGCTTATCTGATCGGCGAAACCGACCATATACAAAAGGCGAATGATGACGGAGAACCAAGCGGCACAGCCGGCGTCCCCATGCTGGAAGTGCTGAAAAAACGCGGTCTGAAAGATACCTGCGCGGTGGTTACCCGGTATTTCGGCGGAATAAAGCTCGGTGCAGGCGGATTGATTCGTGCATATGGGAAGTCAGTGTCTGAAGGCTTAAATCATATAGGAGTTACGGAGCGGAAGCTGATGCGGATTATGCATACATCAGCGGATTATACGTGGCTCGGCAAGATAGAGAACGAACTGAGAGAATCAGTTTTTTTACTGAAAGATATCCATTATGCGGATCATGTCGAATTTGAAACGTACGTTGAAGAAAAAGACAAAGAAGCATTTATCAAATGGATGACAGAACTGACGAACGGCAAGAGTAAGAATACAGAGGGAGAACTGACGTATTTAGAAACAGACGTCAGCCCTAAAGGAGACTAA MLHSYLTVKETGEHEIVIEKSRFICHLSRAASEEEAQEFIQKIKKQHWNATHNCSAYLIGETDHIQKANDDGEPSGTAGVPMLEVLKKRGLKDTCAVVTRYFGGIKLGAGGLIRAYGKSVSEGLNHIGVTERKLMRIMHTSADYTWLGKIENELRESVFLLKDIHYADHVEFETYVEEKDKEAFIKWMTELTNGKSKNTEGELTYLETDVSPKGD NA NA NA NA NA D1-12_03765 1164 degS Signal transduction histidine-protein kinase/phosphatase DegS ATGAATAAATCGAAGATGGACTCCAAAGTTTTGGATTCTATACTTATGAAAATGCTGAAAACCGTGGACGGGAGTAAGGACGAGGTTTTTCAAATCGGAGAGCAGTCGCGCCAGCAATATGAGCAGCTGGTTGAAGAACTCAAACAGATCAAACAGCAGGTCTACGAAGTCATTGAGCTGGGCGACAAACTTGAAGTTCATACGCGGCACGCACGAAACCGCTTGTCTGAAGTAAGCAGAAATTTCCATAAGTTCAGCGAAGAAGAAATTCGCAACGCCTATGAAAAGGCGCACAAACTTCAAGTGGAACTGACGATGATCCAACAGCGTGAAAAGCAGCTGCGGGAGCGCAGAGATGATTTAGAACGCCGGCTTTTAGGTCTTCAGGAAATCATTGAACGGTCAGAATCGTTGGTCAGCCAAATAACCGTCGTTCTGAATTACCTGAATCAAGACCTTCGCCAAGTAGGGCTTCTTCTTGCCGATGCGCAGGCTAAACAAGATTTCGGTTTAAGAATCATTGAAGCCCAAGAGGAAGAAAGAAAAAGAGTTTCCAGAGAAATTCATGACGGTCCCGCGCAAATGCTGGCAAATGTCATGATGAGATCTGAATTAATTGAACGGATCTTCCGCGACCGCGGCACGGAGGACGGATTTCAGGAAATCAGAAATCTACGGCAGAATGTGCGGAATGCCCTTTACGAAGTCAGAAGGATTATATATGATTTAAGACCGATGGCATTGGACGATCTCGGGCTGATTCCGACACTGAGAAAATATCTTTATACAACTGAAGAATACAACGGAAAGGTGAAAATACATTTTCAGTGCATCGGAGACACGGAGAACCAAAGGCTTGCCCCGCAATTTGAAGTGGCGCTTTTCCGTCTCGCTCAGGAAGCCGTCACAAATGCACTCAAGCATTCAGAATCAGAGGAAATTACAGTAAAAGTGGAAGTAACCGCTGATTTTGTCGTTCTCATCATTAAGGACAATGGAAAAGGCTTTGATATTAAGGATGCTAAACAAAAGAAAAACAAGTCATTCGGCTTGCTGGGAATGAAAGAAAGAGTAGATCTGCTTGAAGGAACGATAACGATAGACTCTAAAATAGGTCTTGGGACATTTATCATGATTAAGGTTCCGTTATCTCTCGGCCTATAA MNKSKMDSKVLDSILMKMLKTVDGSKDEVFQIGEQSRQQYEQLVEELKQIKQQVYEVIELGDKLEVHTRHARNRLSEVSRNFHKFSEEEIRNAYEKAHKLQVELTMIQQREKQLRERRDDLERRLLGLQEIIERSESLVSQITVVLNYLNQDLRQVGLLLADAQAKQDFGLRIIEAQEEERKRVSREIHDGPAQMLANVMMRSELIERIFRDRGTEDGFQEIRNLRQNVRNALYEVRRIIYDLRPMALDDLGLIPTLRKYLYTTEEYNGKVKIHFQCIGDTENQRLAPQFEVALFRLAQEAVTNALKHSESEEITVKVEVTADFVVLIIKDNGKGFDIKDAKQKKNKSFGLLGMKERVDLLEGTITIDSKIGLGTFIMIKVPLSLGL PGPT0014285_156 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS_SIGNALLING,PGPT0014285-degS-K07777 NA NA D1-12_03766 690 degU_2 COG2197 Transcriptional regulatory protein DegU GTGACTAAAGTAAATATTGTTATTATCGACGACCATCAACTATTCCGTGAGGGTGTAAAAAGAATATTGGATTTTGAACCTACCTTTGAAGTGGTAGCAGAAGGTGACGATGGAGATGAGGCGGCTCGAATCGTCGAGCATTATCATCCCGATGTTGTCATAATGGACATCAATATGCCGAATGTAAATGGAGTAGAGGCTACTAAACAGCTTGTTGAGCTGTACCCTGAATCTAAGGTGATTATCCTTTCCATCCATGATGATGAAAACTATGTGACTCATGCTTTAAAAACAGGTGCAAGAGGCTATCTCCTGAAAGAGATGGACGCAGATACTTTAATCGAAGCAGTGAAAGTGGTAGCCGAGGGAGGTTCTTACCTTCACCCGAAAGTAACCCACAATCTTGTCAACGAATTCCGCCGTCTTGCGACAAGCGGAGTTTCTGCTCATCCTCAGCATGAGGTTTACCCGGAAATCCGGAGACCATTACATATATTAACGAGACGGGAATGTGAAGTGCTGCAAATGCTTGCAGACGGAAAAAGCAACCGCGGAATCGGTGAATCGTTGTTTATCAGTGAGAAAACAGTGAAAAATCACGTGAGTAATATTTTGCAGAAAATGAACGTTAATGACCGGACACAAGCCGTTGTCGTGGCCATTAAAAACGGCTGGGTAGAGATGCGTTAG MTKVNIVIIDDHQLFREGVKRILDFEPTFEVVAEGDDGDEAARIVEHYHPDVVIMDINMPNVNGVEATKQLVELYPESKVIILSIHDDENYVTHALKTGARGYLLKEMDADTLIEAVKVVAEGGSYLHPKVTHNLVNEFRRLATSGVSAHPQHEVYPEIRRPLHILTRRECEVLQMLADGKSNRGIGESLFISEKTVKNHVSNILQKMNVNDRTQAVVVAIKNGWVEMR PGPT0012750_114 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-PENTAPEPTIDE_PERCIPITATION|SIGNALLING,PGPT0012750-degU-K07692 NA NA D1-12_03767 849 degV COG1307 Protein DegV ATGAAGATTGCAGTTGTAACAGACAGTACAGCATATATTCCGAAAGAGATGAGAGAAGAACATCATATTCATATGATTCCTCTCCAAGTGGTTTTCGGTGAAAAAACATTCCGCGAAGAAACAGAACTCGACTGGAGAAGTTTTTATAAAGAAGTAAAAAATCATGATGAGCTGCCGACTACGTCCCAGCCTTCTTTCGGTGAATTAATCGCATTGTACGAAGAACTGGGCAAAACATATGACGCAGTCATAAGCATACATTTGTCCAGCGGAATCAGCGGAACTTATAACAGCGCCGCCTCGGCAAACACTATGGTTGATCATATTAAAGTTTATCCCTTTGATTCAGAGATCAGCTGTTTGGCACAAGGTTTTTATGCATTAAAGGCAGCACAGCTCATTAAAGACGGTGTTGACTCACCGGAAGAGATTATAAAAGAGCTGGAAGAAATGAAAAAAACAGTCCGTGCGTATTTTATGGTGGACGATTTATCACACCTCCAGCGGGGCGGGCGTCTAAGCAGTGCTCAGGCTTTTATCGGCGGTCTGTTAAAGGTAAAGCCTATTCTTTATTTTGACAATAAGGTAATTGTTCCTTTTGAGAAGATTCGGACACGCAAAAAAGCGATTTCGAGAATTTTTGAGCTGTTTGGGGAGGATGCAAGTAAAGGAATCCCGATGCGGGCCGCTGTCATCCATGCAAACAGGGAAGAAGAAGCGGCGGATATTATACAGGAGTTAAGCGGTAAATATCCTCATGTCGAATTCTATAACAGCTATTTCGGTGCCGTGATCGGAACCCATTTGGGCGAAGGTGCCATCGGAATCGGCTGGTGCTTTAAAAACTAA MKIAVVTDSTAYIPKEMREEHHIHMIPLQVVFGEKTFREETELDWRSFYKEVKNHDELPTTSQPSFGELIALYEELGKTYDAVISIHLSSGISGTYNSAASANTMVDHIKVYPFDSEISCLAQGFYALKAAQLIKDGVDSPEEIIKELEEMKKTVRAYFMVDDLSHLQRGGRLSSAQAFIGGLLKVKPILYFDNKVIVPFEKIRTRKKAISRIFELFGEDASKGIPMRAAVIHANREEEAADIIQELSGKYPHVEFYNSYFGAVIGTHLGEGAIGIGWCFKN NA NA NA NA NA D1-12_03768 1386 comFA COG4098 ComF operon protein 1 ATGTCCGAAGGTGCTTCAGAATTTTCAGAGGTGCGGGATTTCTTTTACGGCCGGCATTTATTGAGATCTGAGATACCGTTTTCAGATCATCGCATCAAGCGTTTTACAGAAAAAGAATATATAACGGCCGAGCCGTCAATCATCCGCCGGAAAAACCGTTACGTCTGCCAACGATGCGGTCAGTCTGATCAAGCCAGCTTTGCGGCATTTTGGGCGCCCTCTGCCAAAAGGCAGATTACCTATTGCCGTGCCTGTGTCATGATGGGAAGGGCTGATGAACTGACATCATTATATTCTTGGAATCAAACCCCTGAAAACAGCTGGGAGCCTGTAAAGCTTTCTTGGGAAGGAACACTGACAGACGGACAGAAGCGGGCGGCCGCCGCGCTTACAGATGCGATAAAAGAGAGACAAGAGCTGTTAGTATGGGCGGTTTGCGGATCAGGGAAAACAGAGATGCTGTTTCCGGGTATCGAGTTTGCGCTGAATCACGGTTTGCGCGTTTGTGTCGCGACTCCGCGTACAGATGTCGTACTTGAACTGCTGCCGAGACTGAAAAAAGCATTTGAGAAAGTCGAAGTCTCTGCTTTGTACGGCGGCAGCGAAGACAAAGGCCACCTGACTCCGCTGATGATTTCAACCGCTCACCAGCTGATGCGCTACCGAGACATTTTTGATGTCATGATAATAGATGAAGTAGATGCGTTTCCTTTTTCAGCCGATGAGACATTAAGATTCGCTGTTGATAAAGCGAGGAAGAAAAACAGCGCCCTTGTTTATGTAACGGCGACTCCTTCAGACACATTAAAAAAGAAGGCTGAAGCCGGTTTGCTGAAAAGCGTCCGCATACCGGCCAGATATCATCGGAAACCCCTCCCGGAGCCGCGTTTTTTGTGGTGCGGCAATTGGAAGAAGAAGCTTCAGAAAGGAAAACTGCCGCGCTCTGTAACGGATTGGGTCCGCCAAAAACTTCAATTACAGCTGCCGGTTTTCTTGTTCGTCCCGTCTGTACATGTATTGAAAAAGACAACGGATTATTTTCAGAAATTAAATGTAAGGGCAGAAGGCGTTCATGCGGAAGACACATTCAGAAAGGATAAAGTGAAACGATTCAGAGACGGCCGGCTTGACCTGCTGGTAACGACTACGATTTTAGAAAGAGGGGTTACCGTGCCCAAAGTTCAGACATGTGTCCTCGGCGCAGAAGCACCTATCTTTACTGAGAGCGCGCTCGTACAGATCGCGGGCAGAACGGGAAGGCATTATAAACATTTCAGCGGTGATGTCGTCATGTTTCATTTCGGAATTACAAACGGAATGAAAAAAGCAAAAAAACATATAGAGCATATGAACAAATTGGCACAAAAAAGTAAATTGTTGGACTAG MSEGASEFSEVRDFFYGRHLLRSEIPFSDHRIKRFTEKEYITAEPSIIRRKNRYVCQRCGQSDQASFAAFWAPSAKRQITYCRACVMMGRADELTSLYSWNQTPENSWEPVKLSWEGTLTDGQKRAAAALTDAIKERQELLVWAVCGSGKTEMLFPGIEFALNHGLRVCVATPRTDVVLELLPRLKKAFEKVEVSALYGGSEDKGHLTPLMISTAHQLMRYRDIFDVMIIDEVDAFPFSADETLRFAVDKARKKNSALVYVTATPSDTLKKKAEAGLLKSVRIPARYHRKPLPEPRFLWCGNWKKKLQKGKLPRSVTDWVRQKLQLQLPVFLFVPSVHVLKKTTDYFQKLNVRAEGVHAEDTFRKDKVKRFRDGRLDLLVTTTILERGVTVPKVQTCVLGAEAPIFTESALVQIAGRTGRHYKHFSGDVVMFHFGITNGMKKAKKHIEHMNKLAQKSKLLD PGPT0029425_193 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-COMPETENCE-RELATED_DNA_TRANSFORMATION_TRANSPORT,PGPT0029425-comFA-K02240 NA NA D1-12_03769 285 comFB ComF operon protein 2 ATGCTTGTCAATTCTAAAGAAATCATATTAAAGGAACTTCTCGACCGCCATATGCCTAAGCTTCATATGAAATGCACATGCCGGGTATGCAAAAATGATGTACTGGCACTTTCACTAAACCGGGCTGAACCGGCATATGTTACAGATAAAAAGAAAGTTGCTTATGCAAAAGCAGAGATAGTTGATAAACAGAAAAATACGGCGCTGCTTGTCATTCTGGCTGAATCAGCGGCGATTGTTTCGGTTAATCCAAGCGAGTTCTGTGAAACTCGGGAAGGAGCGTAA MLVNSKEIILKELLDRHMPKLHMKCTCRVCKNDVLALSLNRAEPAYVTDKKKVAYAKAEIVDKQKNTALLVILAESAAIVSVNPSEFCETREGA PGPT0029430_99 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-COMPETENCE-RELATED_DNA_TRANSFORMATION_TRANSPORT,PGPT0029430-comFB-K02241 NA NA D1-12_03770 477 hypothetical protein TTGCTGCGGCAAAACCGTTCGGTATATTTGTATAATGATGCGATGAAGGACTCATTGGCCCGGTTTAAATTCAGGGGTGATGCGAAAATCATTCAAGCATTTGAACGTGACTTTGCTGCCGGCTTTAAAGCGGCATATCCATCAAATACACATACTCTCATCCCTATTCCGCTGAGCGGCGAACGGCTGGCGGAACGCGGATTCAATCAATCCGAGCTGCTGGCCTCTCTGCTCGGAATGCCCGTCATTTCCCCCCTCATCCGACTGAACAATGAAAAACAATCCAAAAAGAGCAAAACAGAAAGGCTGTCCGCAGAAAAAAAGTTTTCAGCAGCCGAAAACTCCGCCGAAGGTATGAACGTCATCTTAATAGACGATATTTATACGACGGGCGCCACACTGCATCAAGCCGCCGAAGTCCTGCTGACAGCGGGTAAAGCGTCATCGGTCTCCTCTTTTACTTTAATCAGGAGCTAA MLRQNRSVYLYNDAMKDSLARFKFRGDAKIIQAFERDFAAGFKAAYPSNTHTLIPIPLSGERLAERGFNQSELLASLLGMPVISPLIRLNNEKQSKKSKTERLSAEKKFSAAENSAEGMNVILIDDIYTTGATLHQAAEVLLTAGKASSVSSFTLIRS PGPT0029435_1068 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-COMPETENCE-RELATED_DNA_TRANSFORMATION_TRANSPORT,PGPT0029435-comFC-K02242 NA NA D1-12_03771 420 hypothetical protein ATGGGTGAATTGGCGAATTGTCCAAAATGCAATGCTTTATTTTTTAAAACGAACCTGCAGACCGTGTGTCAGGCATGTATTAAAGAAGAAGAAAAAGCATTTGAAACCGTCTATAAATTTTTGAGAAAGCAGATCAACAGACAGTCGACGATGCAGCAGATCACTGAGGAAACAGGTGTGGATGAAGAGCTGATCCTCAAGTTTATCAAACAAAAAAGGATTCAGATCAGCCAGCTTCCAAATTTGGCATATCCTTGCGAAAGATGCGGAAATCCAATCAGGACGGGGAAATTTTGCAAGTCCTGTCAGACAGATATTGAGTCGCAATTAGACCATATGAACCAAAAAACAGCCGCTGAATTCGATGAAAAAAACAGTACAAAAGACACATACTATGCCTATAATACCAAAAACACCTGA MGELANCPKCNALFFKTNLQTVCQACIKEEEKAFETVYKFLRKQINRQSTMQQITEETGVDEELILKFIKQKRIQISQLPNLAYPCERCGNPIRTGKFCKSCQTDIESQLDHMNQKTAAEFDEKNSTKDTYYAYNTKNT NA NA NA NA NA D1-12_03772 267 hypothetical protein ATGAAAATCAATCAGTACGGAACACAATCCGTTAATCCATACCAAAAAAATTACGAAAAGCAAGCCGTACAAAAAGAGGCTGCAAAGCCGAAGGACAAAGTGGAAATTTCTTCTCATGCAAAAGAGCTTCAAAATGCGTCAGATGCGGTCACTAAAACACGTCAGGAAAAAATCGCTCAGCTTAAAGCGGATATAGAGAGCGGAACATATAAAATAGATTCAAACAGCATCGCTGAAAATATAGTGAATTTCTATAAAAAGCAATAA MKINQYGTQSVNPYQKNYEKQAVQKEAAKPKDKVEISSHAKELQNASDAVTKTRQEKIAQLKADIESGTYKIDSNSIAENIVNFYKKQ PGPT0015530_1558 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0015530-flgM-K02398 NA NA D1-12_03773 483 yvyG putative protein YvyG ATGTCAGCAAAGCCAATTATTGATCAACTGAAGCGACTTTGCGCACTGCATGAACATCTGCTCACGCTGTCTGAGGAGAAAACGGAAGCGCTGAAAGCAGGTAAAACAAAAGAGCTCTCCAACATATTGACCAAAGAGCAAAAGTATATTCAGGCAATCGGGCAGACTGAGGAAGAACGAATCAGGTTAACTTCTCAGTTTCTCAGCCGCGGTGGGGACAATACAATTGCTGCATGCATCTCCAGAACTTCAGGCAGTGAAAAACAGGAGCTTGAAGGGTTATTTCACTCTTTGTCTGCGCTTCTTGACCGTCTGAAAGAAGTGAATGAGATGAACAAACAGCTCACGATTCAGGCTTTACAATTCATTTCCGGGGCATTCGATATGATCATGCCGGGTGAAAAAGAGAATATGAATTATAAAGAGCCGCAAGCGGCGCGCAAGCCTGTCAGCCGTTTGACATTATTCGATTCAAAAGCTTAG MSAKPIIDQLKRLCALHEHLLTLSEEKTEALKAGKTKELSNILTKEQKYIQAIGQTEEERIRLTSQFLSRGGDNTIAACISRTSGSEKQELEGLFHSLSALLDRLKEVNEMNKQLTIQALQFISGAFDMIMPGEKENMNYKEPQAARKPVSRLTLFDSKA NA NA NA NA NA D1-12_03774 1518 hypothetical protein ATGCCATCGACTTTTATGGGGCTCGAAACAGCAAGGCGTGCATTGAGTGCGCAGCAGACTGCATTAAGCACAGTTTCAAATAACGTTGCAAATGCAAATACAGAAGGATATACGAGGCAGCGCGTCACATTACAATCGACGAGCCCTTATCCCGCAGTATCAAAAAATAGTGATCTGACGGCCGGCCAAATCGGAACAGGAGTAAAAGCCGGTTCAGTTGAGCGCGTCAGAGACAGTTTTTTAGACTATCAGTACAGAACTGAAAATACAAAATTAGGGTACTATACAGCCCGTTCCAATTCATTGTCGCAAATGGAAGGCGTCATGAAAGAGCTTGACGATAACGGATTAAACGGATCGCTCAGTTCGTTTTGGAATGCCCTTCAGGATCTGGCGACGAATCCGGAAAATACGGGAGCGCGCTCAGTTTTGCAGGAGCAGGGGAAATCTCTTGCCGAAAGTTTTAACTATATATCTACCTCTTTGACTAACATTCAGGGTGATATTAAAAAGAACCTGGATAACACAGCGGATCAGGTCAATTCCATTCTCAATCAGCTGAATGACCTTAACAATCAAATAGCGGCAGTTGAGCCGAGCGGTATGCTCCCTAATGATTTGTATGACCAAAGAGACAGATTAATTGATCAATTATCTTCTATGGCAAATATAAAAGTTTCATATAATAAGTCGGGCGGACATGCCTTGGCGACTGCTGAGGGCACGGTTAACGTCGAATTGCTGAACGGGAACAACAATTCTCTCGGTACGCTGCTCGACGGTAACACAAAAACAGTTTCAGAAATGAAAATCAACTACGACAAGGACAGCGGCCTCGTGTCGAGTGTGTCAGTCGGCAGCAGTACGGTCAACGCGGATGCATTTACCGGTAAAGGCTCACTTTTAGGTCTTATTGAATCATACGGCTATATGTCAAATGGAGAAGAAAAAGGTCTTTATCCTGAAATGCTGACGGCTCTTGACAATATGGCACTATCCTTTGCTGACGCGTTTAATGCAGTTCATGAAAAAGGGAAGACCTATACAGGCGAACAGGGTGCAGCATTTTTTGATTTCAGCGGTGATGAAGCGGTGCCGGCAAAAGGTGCGGCAGCGAAAATAAAAGTCAGTGACAAAATTCTTGCGTCTACTGATAATATCGCAGCGTCGTTAAACGGAGAAAAAAGTGACGGCACAAACGCGACAAATCTTGCAGCCGTACAGAACAGCAAGCTGACTATTAACGGTGAAACCACTACAATTAATGACTTTTATGAATCCCTTATCGGAAAGCTGGGCGTTAATTCACAAAAAGCGGCCAATCTTATGAACAACTCTGAAAGCAACACCCTTTCAGCCGATGAACGGAGACAATCAGTCAGTGCAGTTTCTTTAGATGAAGAAATGACAAATATGATTCAGTTTCAGCACGCTTATAATGCGGCTGCGCGGATCATAACGATGCAGGATGAAATATTCGATAAAATTATTAACGGTATGGGCACCGGAGGAAGATAG MPSTFMGLETARRALSAQQTALSTVSNNVANANTEGYTRQRVTLQSTSPYPAVSKNSDLTAGQIGTGVKAGSVERVRDSFLDYQYRTENTKLGYYTARSNSLSQMEGVMKELDDNGLNGSLSSFWNALQDLATNPENTGARSVLQEQGKSLAESFNYISTSLTNIQGDIKKNLDNTADQVNSILNQLNDLNNQIAAVEPSGMLPNDLYDQRDRLIDQLSSMANIKVSYNKSGGHALATAEGTVNVELLNGNNNSLGTLLDGNTKTVSEMKINYDKDSGLVSSVSVGSSTVNADAFTGKGSLLGLIESYGYMSNGEEKGLYPEMLTALDNMALSFADAFNAVHEKGKTYTGEQGAAFFDFSGDEAVPAKGAAAKIKVSDKILASTDNIAASLNGEKSDGTNATNLAAVQNSKLTINGETTTINDFYESLIGKLGVNSQKAANLMNNSESNTLSADERRQSVSAVSLDEEMTNMIQFQHAYNAAARIITMQDEIFDKIINGMGTGGR PGPT0015195_2068 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLAR_ASSEMBLY MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015195-flgK-K02396 NA NA D1-12_03775 918 flaB3 Flagellar filament 30.7 kDa core protein ATGAGAGTAACTCAAGGGATGATCGCAAAAAATTCTCTTCGATTTATCGGCTCAAGTTATGATAAGCTCGATCGGCTTCAGCAGCAAGTATCTACGGGGAAAAAAATCACGAAAGCTTCTGATGATCCGGTCGTTGCAATGAAGGGAATGCAGTACCGTACTCAGCTTGCGCAGGTAAACCAGTATCAGCGGAATGTTTCGCAAGGTTTTACATGGCTGGAAAACTCGGAATCAAGCGTAAACTCGGAAACGGATATTATGGGGAAAATCCGGGACTTGATGGTTCAGGCGAAAAGTGATTCGAACGGTGAAACAGAATTGAAAGCAATCGGTACAGAAATCGGCCAGCTGAAAAAGCAGCTCGTTTCTGTCGCGAATACTCAGGTAAACGGACGTTATCTGTTTAACGGAACAAATTCAGACGTCCCGCCGATCACTGAAAATGCCGACGGCACATATACGTACAACTATGAGAATTATACCGGTGCTTCGGATGTTAACATCAACATCTCAAACGGAGCAGTGCTTAAAGTGAATTCTGATCCAAACTCAGCTTTCGGAGGCGTCGCACAAAATGGAGATAATGTATTTGAATTTCTCAACTCCTTAGAAGCTTCTTTAAGCAAAGGCACGCTGTCCGAAGCAGATTCAGATCAAATTCTGTCAGATATTGACGGTTTTACCGATAAAATGAATGCTGAAAAATCCAATATCGGCGCACGCACAAACCGATTGGAACTCATTCAGACAAGATTGGAATCACAAGCGGCAACCGCTGAAAAAGTATTGTCCGATAATGAAGATGTAGAAATGGAAGATGTAATTGTTGATTATTTATCTCAACAGACGGTTCATAGAGCAGCGCTGTCAGTGAATGCGAATATCATTCAGCCGTCACTGATTGACTTTCTGAAATAA MRVTQGMIAKNSLRFIGSSYDKLDRLQQQVSTGKKITKASDDPVVAMKGMQYRTQLAQVNQYQRNVSQGFTWLENSESSVNSETDIMGKIRDLMVQAKSDSNGETELKAIGTEIGQLKKQLVSVANTQVNGRYLFNGTNSDVPPITENADGTYTYNYENYTGASDVNINISNGAVLKVNSDPNSAFGGVAQNGDNVFEFLNSLEASLSKGTLSEADSDQILSDIDGFTDKMNAEKSNIGARTNRLELIQTRLESQAATAEKVLSDNEDVEMEDVIVDYLSQQTVHRAALSVNANIIQPSLIDFLK PGPT0015505_2102 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLAR_ASSEMBLY MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015505-flgL-K02397 NA NA D1-12_03776 570 yviE putative protein YviE GTGCAGATGCCGAGATTGATTATTGACAGTGTGCCTGCTAAAATCGGTATAACCTTTCAAAAGGAAGAAATCGAGATGGAACAGCCGCCCGCTGACCTGGAAATTGAGCAGCCGCCGGCAGAGCTGAACATTGAAAGCACGCCGGCCAAACTGACGATTGACCAGACGAGGGCGTGGGAGAACTTGAATCTCAAATCATTTGAAAAGCTGAACGCTGAAGCCGCCCAGAAAGGTGCGGAAGCCTGCAGCGAGTTTATTGCCAAAACAGTCAGGGAAGGGAAGGAAATGGCGGCTATCGAAAAGAAAACGGGCAATGTGATGGCCCGGCAGGCAGCAGATGTCAGTCCGCCCGATCCATTCGGCGAATTCAGCGACTTTCTGCCTGCGCAGTTTCTCGTCGACATTGACTGCATTCCTTCAAAGCTTACGATTGATATTGAAGCCCGCAAACCTTCAATTGAAGCAGCCGTCAATAAACCTGTATGGAATTATACGCCGGGGAAAGTTCAGATTGATATGATGCAAGACCCTAAGGTGACGATTTCGGTTGACGATGGCAACGCAGAATAA MQMPRLIIDSVPAKIGITFQKEEIEMEQPPADLEIEQPPAELNIESTPAKLTIDQTRAWENLNLKSFEKLNAEAAQKGAEACSEFIAKTVREGKEMAAIEKKTGNVMARQAADVSPPDPFGEFSDFLPAQFLVDIDCIPSKLTIDIEARKPSIEAAVNKPVWNYTPGKVQIDMMQDPKVTISVDDGNAE NA NA NA NA NA D1-12_03777 432 fliW COG1699 Flagellar assembly factor FliW ATGATAATTAAAACAAAATATCACGGAGAAATCAGAATAGACGAAGGGCAGATTATCTCATTTGAAAACGGCCTGCCGGGATTTAATGACGAGACTCAATTTGTTGTTCTTCCTTTGTCGGAAGATTCACCGTTTTTGGCGCTGCAGTCTGTGAAACAGGAGCATATCGCCTTTATTGTCGCCAGTCCGTTTATTTTCTTTAAAGGGTACGAATTTGACATTGACCATGCGACGCTTGAGCTTTTGCATATTGAAGATATAGAGGACGTCGAAGTGATGGCGATTTTAACGCTGGAAGAGCCTTTTGAAAACACGACCGCCAATTTAAAAGCGCCGATTATCGTCAATAAAAAGGAAATGAAGGCGAAACAAATCATTTTACATGATGCTTCCTATGAAACAAAACATCTGATAGGAGGAGGATCATGCTAG MIIKTKYHGEIRIDEGQIISFENGLPGFNDETQFVVLPLSEDSPFLALQSVKQEHIAFIVASPFIFFKGYEFDIDHATLELLHIEDIEDVEVMAILTLEEPFENTTANLKAPIIVNKKEMKAKQIILHDASYETKHLIGGGSC PGPT0015630_556 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLUM_CONTROL MOTILITY-FLAGELLUM_CHAPERONES,PGPT0015630-fliW-K13626 NA NA D1-12_03778 225 csrA COG1551 Translational regulator CsrA ATGCTAGTTCTCTCAAGAAAAGTGAATGAGTCCATTCAGATCGGGCCGGATATTGAAATAAAGGTGATCGCAATCGAAGGAGAGCAAGTGAAGCTGGGAATTGAAGCGCCTCAGCACGTAGATATTCATCGGAAAGAAATCTACTTGTCGATCCTGGAAGAGAACAACAGAGCCGTATCTTTTAATACTGATTTATTACTTAACCTATCCTCACAAAAAAAGTGA MLVLSRKVNESIQIGPDIEIKVIAIEGEQVKLGIEAPQHVDIHRKEIYLSILEENNRAVSFNTDLLLNLSSQKK PGPT0015065_808 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 D1-12_03779 996 hag COG1344 Flagellin ATGAGAATCAACCACAATATCGCGGCTCTTAACACTAGCCGTCAGCTGAATGCAGGTTCAAACTCTGCTGCAAAAAACATGGAAAAATTATCTTCAGGTCTTCGCATCAACCGCGCTGGTGATGACGCTGCGGGTCTTGCGATCTCTGAAAAAATGCGTTCTCAAATTCGCGGTTTAGACATGGCGTCTAAAAACGCTCAAGACGGAATCTCTCTTATCCAAACATCTGAGGGTGCATTGAACGAAACTCACAGCATTCTTCAGCGTATGAGCGAGCTTGCTACACAAGCGGCAAACGATACAAACACAGATTCTGACCGTTCTGAGCTTCAAAAAGAGATGGACCAATTATCATCTGAAGTAACAAGAATCTCTACTGACACTGAGTTCAACACGAAGAAACTTCTTGACGGAACTGCAAAAGATCTTACGTTCCAAATCGGAGCTAACGAAGGTCAAACCATGACTTTGTCTATCAATAAAATGGACTCTGAAAGCCTGAAAGTTGGTACGACTTATACAGCTCAAGCTGATGGAACACTTAAATCAGGTGATGGAAATAGCACTGCTACTTGGGCAGATGAAGAAGTAACAGACGGTAAAGTTACAAAAGAAGCTGGTTATTATGATGATAAAGGTGCTCTAGTAGGAAGTGAAAAACTAGAAGAAGGCGAAAAGTTATCTAAAGGTATCGACATCTCTTCTTCAGCTAAAGCTGCGTCTTCAGCTCTTACAACAATCAAAACAGCTATCGACACAGTATCTAGCGAGCGCGCTAAACTTGGTGCGGTTCAAAACCGTTTAGAGCACACAATCAACAACCTTGGTACTTCTTCTGAGAACCTGACTTCTGCTGAATCACGTATCCGTGACGTAGACATGGCTTCTGAGATGATGGAGTACACGAAAAACAACATCCTTACTCAGGCTTCTCAAGCTATGCTTGCGCAAGCTAACCAACAGCCTCAGCAAGTTCTTCAATTGCTGAAAGGTTAA MRINHNIAALNTSRQLNAGSNSAAKNMEKLSSGLRINRAGDDAAGLAISEKMRSQIRGLDMASKNAQDGISLIQTSEGALNETHSILQRMSELATQAANDTNTDSDRSELQKEMDQLSSEVTRISTDTEFNTKKLLDGTAKDLTFQIGANEGQTMTLSINKMDSESLKVGTTYTAQADGTLKSGDGNSTATWADEEVTDGKVTKEAGYYDDKGALVGSEKLEEGEKLSKGIDISSSAKAASSALTTIKTAIDTVSSERAKLGAVQNRLEHTINNLGTSSENLTSAESRIRDVDMASEMMEYTKNNILTQASQAMLAQANQQPQQVLQLLKG PGPT0015190_2724 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 D1-12_03780 1521 fliD COG1345 Flagellar hook-associated protein 2 ATGGTCACAAGAATCACAGGCCTTAATTCCGGTCTTGATGTAGATTCTCTGGTGAAAAAACTAATGGATGCCGAAAAGCAGCCGCTTAATAAATTAAATCAGCAAAAACAGACGCTTGAATGGAAGCGCGATGCTTATCGGGAAATGAATACCCAGATTGCCGACATGTATTCTACTACATTTAATAATATGCTGATGTCCACAAACTGGAATAAAAAAACAGTAACAAGTTCGGATTCCAGTGTCAGCGCGGCGGCCGTCAGTGCTGAGCAAAATATTTCAACGAGTATGTCTGTACAGCAGCTGGCCACGCCGACGACATATAAATCATCGGGTGCCATCAATTTCACTTCAGGTCAGAGCCAAACATTGAAATTCAATGTCACAAATCCGGGTGAAACGAAGCCGACTGAGGTAAACGTCACGATCGCCGCAACCGATACGATTGACGATGTCATTTCTAAACTGAACAGCTCAGGCCTTGGGGTGACGGCTTTAAAAGAGAAAATCTCTAATGGCACGGATTATGTGGACACGATTGCGTTCACTTCCAATAAAACGGGGGAAGGATTTACCCTTGCCGCAGGTGATGACGCAACCAAAAGCTTTCTGAAAGATCAGCTCGGTTTTGCCGTTGATGATGCGACAAATGAACTGACGGCCAATGCCGAAGGGAAAAATGCGAAGTTTACGTTCAACGGGCTTGAAATGACAAAAACGTCCAATAACTTTACGATCAACGGCATCAAATACACGCTGAACAGCGTGACGGACAGCAATAAAACGGTTACGATTAACAGCACGACTGATACGGACGGGATTTTTGACAACATTAAAGATTTCGTTGATAAATACAATACGTTAATTAAAAGCGCAAACGCGAAGGTGACAGAATCAAAATACCGCGATTATAAGCCGCTAACCGATGAACAAAGAGAAGCGATGACCGATAAGCAGATTGAGCAGTGGGAGGCAAAAGCCAAAAGCGGTTTATTACGGAGCGACAGCACGCTGCAGAACGGTTTGGCGGAGATGCGGCTTGATTTGTACTCAACGGTTACGATTGACGGGAAAAAATATCAGCTTGCCGATTTCGGAATTGAGACGTCTGATAGTTATACGGATCAAGGAAAACTTGTTATTAAAGACGAAGCGAAACTGAAACAGAAAATTACCGAGAACCCTTCTCTCGTGGCTAAACTGTTTAATGCAGACAGCCCTGATACAGCGAAAACCAAAAACCCGGAGGAACAGGGGATTGCCCGGAGATTAAAAGACACATTAAATAAAATGCAGATTCAAATTTCAAAACAGGCGGGTACGGAAAGCTCGGTATCAACCAGCTTTGCCATTGGAAAAAGCCTGGATGAAATAGAAACAAATATTTCCAATATGAAAACGAAGCTGGATGACATCGAGACGAGATATTATAAAAAGTTCAGCGCACTGGATACGGCATTGGAGAAATTGAACAGCCAATCTTCATATCTCACGTCAATGTTAGGATCTTCAACATCATAA MVTRITGLNSGLDVDSLVKKLMDAEKQPLNKLNQQKQTLEWKRDAYREMNTQIADMYSTTFNNMLMSTNWNKKTVTSSDSSVSAAAVSAEQNISTSMSVQQLATPTTYKSSGAINFTSGQSQTLKFNVTNPGETKPTEVNVTIAATDTIDDVISKLNSSGLGVTALKEKISNGTDYVDTIAFTSNKTGEGFTLAAGDDATKSFLKDQLGFAVDDATNELTANAEGKNAKFTFNGLEMTKTSNNFTINGIKYTLNSVTDSNKTVTINSTTDTDGIFDNIKDFVDKYNTLIKSANAKVTESKYRDYKPLTDEQREAMTDKQIEQWEAKAKSGLLRSDSTLQNGLAEMRLDLYSTVTIDGKKYQLADFGIETSDSYTDQGKLVIKDEAKLKQKITENPSLVAKLFNADSPDTAKTKNPEEQGIARRLKDTLNKMQIQISKQAGTESSVSTSFAIGKSLDEIETNISNMKTKLDDIETRYYKKFSALDTALEKLNSQSSYLTSMLGSSTS PGPT0015200_960 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLAR_ASSEMBLY MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015200-fliD|flaB-K02407 NA NA D1-12_03781 402 fliS COG1516 Flagellar secretion chaperone FliS ATGGCAATAAATAATCCTTTTGCTGCTTATCAGCAGACATCCGTCTTTACAGCCGCTCCGGAAGAGCTGACCCTTATGCTTTATAACGGCTGCCTGCGATTCATTAAGCTGGCAAGGCAGGCGATGAAGCAAAACAACCTTGAAGCCAAAAATGAAAATATCGTAAAGGCGCAAAACATCATTCAAGAGCTCAGCATCACGTTAAACCGGGAGATTGAGATTTCTGAGCAGATGTCATCAATCTATGATTACATCCGCCGCCGGCTGATCGATGCGAACGTGCAGAATAACGGAGAGTTTTTAGATGAAGCGGAAAAGCTCGTTACTGAATTTCGCGACACGTGGAAGCAGGCCATGCAGAGTGAACGGAAAAACAGCCATGGCGCGGGCGGCCTTGCCTGA MAINNPFAAYQQTSVFTAAPEELTLMLYNGCLRFIKLARQAMKQNNLEAKNENIVKAQNIIQELSITLNREIEISEQMSSIYDYIRRRLIDANVQNNGEFLDEAEKLVTEFRDTWKQAMQSERKNSHGAGGLA PGPT0015620_1218 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLUM_CONTROL MOTILITY-FLAGELLUM_CHAPERONES,PGPT0015620-fliS-K02422 NA NA D1-12_03782 345 fliT Flagellar protein FliT ATGAACAGCAATGTCTTTTCTTTGTATAACGAAACGAAGAACATGTACGCTGCACTGAAGGACGCCCCGGAAAGCGACGGTCTCATCAGCAGCGTTACGGCATTTACGGAGAAAAGGGAGGAGATGCTTGCGGGCATAAAGCCGCCTTTTTCCGAAGAAGAAAAAACGCTGCTTCAGCAGGTGGCCGCGATGGACCGTCTGATTACCGGCGAAGTGAAACGGATTCAGGATGGCATCCGAAATGAAATAAAAACGCTTAAGAAAAAACGAATCTACCATAATACGTATTTCAATCCGTATCAGCAAACGACAAGTGACGGCCGTTATTACGACAAACGCAAATAG MNSNVFSLYNETKNMYAALKDAPESDGLISSVTAFTEKREEMLAGIKPPFSEEEKTLLQQVAAMDRLITGEVKRIQDGIRNEIKTLKKKRIYHNTYFNPYQQTTSDGRYYDKRK PGPT0015625_441 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLUM_CONTROL MOTILITY-FLAGELLUM_CHAPERONES,PGPT0015625-fliT-K02423 NA NA D1-12_03783 378 hypothetical protein TTGAGAAGTTTGAACGATTACCATTTGGTGTCAGCCTATTACCAGCTTCTTTTTACGATTGATGAGGGGCTTTGCTACCTGTTGGACACGCAGGATGATTTTTTTAAGACGGAGGGCGAGCGGATTTACAACGATTTGATTCAGGCTTTTTTTCATCTCGATTCCTCTCATGCGCTTCTGCTTTCTATCATTGAGTGCCGATGCGTGGAGACGGCGATCCGCTCATTTGACGAGATCTTTCAGGATTTCAGCATGTTAAATGATTATGATTTCCCGTCCGCCCCTTTTCAGGAGTTTTTAAAAACCATCTTTCTGCCGCATTATAAGCTATGGATGGAGCAGACGCACGACTGTATCAAACCGTATGTTCTTCACTAG MRSLNDYHLVSAYYQLLFTIDEGLCYLLDTQDDFFKTEGERIYNDLIQAFFHLDSSHALLLSIIECRCVETAIRSFDEIFQDFSMLNDYDFPSAPFQEFLKTIFLPHYKLWMEQTHDCIKPYVLH NA NA NA NA NA D1-12_03784 567 yvyD COG1544 Ribosome hibernation promotion factor ATGAACTACAATATCAGAGGAGAAAACATTGAGGTTACACCTGCGTTAAAGGATCATGTGGAGAGAAAAATCGGCAAGCTGGAACGATATTTCGAGCAGAGCGTCAATGCCGATGTGAACGTCAACTTAAAATTCTATAACGATAAGGAATCCAAAGTTGAAGTCACCATTCCGATGACTGATCTGGCGCTTCGTTCTGAAGTGCATAACGAGGATATGTACAATGCAATTGATCTCGCAACAAACAAGCTGGAACGTCAAATCCGAAAGCATAAAACAAAAGTCAACCGAAAATTCCGCGAGCAGGGTCTTCCGAAACATTATTTCGAGAACGGCAGCGCTGCTGATACGGGCGTAGCGGTTCAGGACGAAATTGAAGATGACAGCCCGGAAATTGTCCGTCAAAAGCGTTTTAATTTAAAACCGATGGATAATGAAGAAGCGATTCTCCAAATGAATATGCTCGGACATAATTTCTTCGTATTCACCAACGCGGAGACGAATCTCACAAATGTCGTTTACCGCAGAAATGACGGCAAATACGGATTAATTGAACCGACTGAATAA MNYNIRGENIEVTPALKDHVERKIGKLERYFEQSVNADVNVNLKFYNDKESKVEVTIPMTDLALRSEVHNEDMYNAIDLATNKLERQIRKHKTKVNRKFREQGLPKHYFENGSAADTGVAVQDEIEDDSPEIVRQKRFNLKPMDNEEAILQMNMLGHNFFVFTNAETNLTNVVYRRNDGKYGLIEPTE NA NA NA NA NA D1-12_03785 2526 secA COG0653 Protein translocase subunit SecA ATGCTTGGGATTTTAAATAAAATGTTTGATCCGACCAAACGTGCGCTGAACAAATACGAAAAAATAGCAAATGACATTGATGCCGTAAGAGGAGATTATGAAAATCTTTCTGACGAGGCGCTTAAAAATAAAACGGCAGAATTTAAAGAGCGGCTTGAAAAAGGAGAAACGACGGATGACCTTCTTGTCGAAGCGTTTGCCGTCGTTCGTGAAGCTTCCCGCCGCGTAACCGGCATGTTCCCGTTTAAAGTGCAGCTGATGGGGGGCATCGCCCTTCATGAGGGGAACATTTCCGAAATGAAAACAGGGGAAGGGAAAACGCTGACGTCTACGCTTCCCGTGTATTTAAATGCCTTGACGGGAAAAGGCGTTCACGTCGTAACGGTCAACGAATATCTGGCAAGCCGTGATGCCCAGCAAATGGGAGAAATCTTTGCGTTTCTCGGGCTTACAGTCGGCCTGAACCTGAATTCGATGTCAAAAGACGAAAAACGCGAAGCTTACGCAGCCGATATCACGTATTCAACGAACAATGAACTCGGCTTTGATTATTTGCGTGACAACATGGTGCTCTATAAAGAACAAATGGTGCAGCGTCCGCTTCATTTTGCCGTTATTGATGAAGTCGATTCAATTTTAGTCGATGAAGCGAGAACGCCATTGATTATTTCCGGACAAGCTCAGAAGTCCACAAAACTGTACGTGCAGGCAAATGCGTTTGTCCGCACACTCAAGAAAGATCAGGATTATACGTATGACGTCAAAACGAAAGGCGTTCAGCTGACGGAAGAAGGAATGACGAAGGCTGAAAAAACATTCGGCATCGACAACCTGTTTGATGTCAAAAACGTGGCCTTGAACCACCATATCAACCAGGCTTTAAAAGCCCATGCGGCGATGCAGAAAGACGTGGATTATGTTGTTGAGGACGGCCAGGTCGTCATCGTTGATTCCTTCACCGGCCGTCTGATGAAAGGACGCCGCTACAGCGAAGGTCTTCACCAGGCGATTGAGGCGAAAGAAGGCCTGGAGATTCAAAATGAAAGCATGACATTGGCGACGATTACGTTCCAAAACTATTTCCGTATGTACGAAAAGCTGGCCGGTATGACCGGTACCGCAAAAACGGAAGAGGAAGAATTCCGCAATATTTATAACATGCAGGTTGTATCCATCCCGACCAACCAGCCGGTCATCCGTGACGACCGTCCGGACTTGATCTACCGCTCAATGGAAGGGAAATTCAAGGCGGTGGCGGAGGATGTCGCCCAGCGCTACATGACCGGACAGCCGGTTCTTGTCGGTACGGTTGCCGTTGAAACGTCTGAATTGATTTCTAAACTTCTGAAAAACAAAGGGATTCCGCATCAGGTGCTGAATGCCAAAAACCATGAGCGTGAAGCTCAGATTATTGAAGAAGCGGGACAAAAAGGCGCTGTCACGATTGCGACCAACATGGCGGGACGCGGAACCGACATTAAACTCGGCGAAGGCGTAAAAGAGCTTGGCGGCCTTGCGGTCGTCGGTACGGAACGCCACGAATCCCGCCGGATTGATAATCAGCTCCGCGGACGTTCAGGACGTCAGGGAGACCCGGGCATCACACAATTTTATCTTTCAATGGAAGATGAATTGATGCGCCGTTTCGGAGCTGAACGGACGATGGCGATGCTTGACCGGTTCGGTATGGATGACTCCACGCCGATTCAGAGCAAAATGGTGTCACGCGCCGTGGAATCATCTCAAAAACGTGTCGAAGGAAACAACTTCGATTCACGTAAACAGCTTCTTCAATACGACGACGTGCTTCGTCAGCAGCGCGAAGTCATTTACAAGCAGCGTTTTGAAGTCATTGACTCTGAAAACCTGCGCGACATTGTGGAAGGCATGATCAAGTCTTCTCTGGAGCGTGCGATTGCCGCTTATACGCCGAAAGAGGAGCTTCCGGAAGAATGGAATCTTGACGGCCTCGTGGAGCTGGTGAATTCAACGTATCTTGATGAAGGCGCGCTTGAAAAGAGCGATATCTTCGGAAAAGAACCGGATGAAATGCATGAGATGATCATGGACCGCATCATGACAAAATATAATGAAAAAGAAGAGAATTTCGGTACAGAGCAGATGCGTGAATTTGAAAAAGTCATCGTATTGCGTGCCGTTGATTCAAAATGGATGGATCATATTGATGCGATGGATCAGCTGCGTCAAGGGATTCACCTTCGCGCTTATGCGCAGACAAATCCGCTGCGTGAATATCAAATGGAAGGCTTCGCAATGTTTGAGCACATGATTGAGTCCATTGAGGACGAAGTTGCGAAATTCGTCATGAAGGCCGAGATTGAAAGCAATCTGGAACGCGAAGAAGTTGTTCAGGGCCAAACGACGGCTCATCAGCCGCAGGACGGCGATGAGGCCAAACAAGCGAAAAAAGCGCCGGTCCGCAAAGTTGTGGATATCGGACGCAACGCGCCTTGCCATTGCGGAAGCGGAAAAAAATATAAAAATTGCTGCGGCCGGACAGAATAG MLGILNKMFDPTKRALNKYEKIANDIDAVRGDYENLSDEALKNKTAEFKERLEKGETTDDLLVEAFAVVREASRRVTGMFPFKVQLMGGIALHEGNISEMKTGEGKTLTSTLPVYLNALTGKGVHVVTVNEYLASRDAQQMGEIFAFLGLTVGLNLNSMSKDEKREAYAADITYSTNNELGFDYLRDNMVLYKEQMVQRPLHFAVIDEVDSILVDEARTPLIISGQAQKSTKLYVQANAFVRTLKKDQDYTYDVKTKGVQLTEEGMTKAEKTFGIDNLFDVKNVALNHHINQALKAHAAMQKDVDYVVEDGQVVIVDSFTGRLMKGRRYSEGLHQAIEAKEGLEIQNESMTLATITFQNYFRMYEKLAGMTGTAKTEEEEFRNIYNMQVVSIPTNQPVIRDDRPDLIYRSMEGKFKAVAEDVAQRYMTGQPVLVGTVAVETSELISKLLKNKGIPHQVLNAKNHEREAQIIEEAGQKGAVTIATNMAGRGTDIKLGEGVKELGGLAVVGTERHESRRIDNQLRGRSGRQGDPGITQFYLSMEDELMRRFGAERTMAMLDRFGMDDSTPIQSKMVSRAVESSQKRVEGNNFDSRKQLLQYDDVLRQQREVIYKQRFEVIDSENLRDIVEGMIKSSLERAIAAYTPKEELPEEWNLDGLVELVNSTYLDEGALEKSDIFGKEPDEMHEMIMDRIMTKYNEKEENFGTEQMREFEKVIVLRAVDSKWMDHIDAMDQLRQGIHLRAYAQTNPLREYQMEGFAMFEHMIESIEDEVAKFVMKAEIESNLEREEVVQGQTTAHQPQDGDEAKQAKKAPVRKVVDIGRNAPCHCGSGKKYKNCCGRTE PGPT0025735_4631 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-SEC-SECRETION_PATHWAY CE-SEC-SRP_CORE_COMPONENTS,PGPT0025735-secA-K03070 NA NA D1-12_03786 984 prfB Peptide chain release factor 2 ATGGCGGAACCGGAATTCTGGAATGACCAGCAGAAGGCCCAAACCGTCATCAACGAAGCGAACGGTCTGAAGGAATACGTGAACTCCTATCATCAGCTGAGCGAGTCTCACGAAGAGCTGCAAATGACACATGATCTTTTAAAAGAAGAACCTGACCAGGACCTTCAGCAAGAGCTTGAGAAAGAGCTGAAGTCATTAACGAAGGAATTGAATGAATTTGAGCTTCAGCTGCTGCTCAGTGAACCATATGACAAAAATAATGCGATTTTAGAACTTCACCCGGGCGCCGGCGGTACGGAATCTCAGGACTGGGGTTCCATGCTGCTCAGAATGTATACCCGCTGGGCGGAAAGACGCGGCTTCAAAGTTGAAACGCTTGATTATCTCCCGGGAGATGAAGCAGGAATTAAGTCTGTCACACTGCTTATTAAAGGTCACAATGCATACGGCTATTTAAAAGCGGAAAAAGGCGTACACCGTCTCGTGCGGATTTCTCCATTTGATTCATCAGGCCGCCGTCACACGTCATTCGTGTCATGTGAAGTCATGCCTGAATTCAATGAAGAAATCGACATTGATATTCGTACCGAAGATATTAAAGTTGATACGTACCGGGCGAGCGGTGCCGGCGGACAGCACGTCAATACGACTGATTCAGCCGTTCGGATCACCCACCTGCCGACAAATGTAGTCGTCACGTGCCAGACGGAACGCTCACAAATCAAAAACCGCGACCGGGCGATGAAAATGCTCAAAGCGAAGCTGTATCAGCGCAGAATTGAAGAACAGCAGGCGGAGCTTGACGAAATCCGCGGCGAACAGAAAGAAATCGGCTGGGGCAGCCAAATCCGCTCGTACGTCTTCCATCCGTACTCCATGGTGAAAGACCACCGCACCAATACGGAAATGGGGAACGTGCAGGCGGTTATGGACGGAGATATCGATATCTTCATTGACGCCTATTTACGTTCTAAACTGTCGTAA MAEPEFWNDQQKAQTVINEANGLKEYVNSYHQLSESHEELQMTHDLLKEEPDQDLQQELEKELKSLTKELNEFELQLLLSEPYDKNNAILELHPGAGGTESQDWGSMLLRMYTRWAERRGFKVETLDYLPGDEAGIKSVTLLIKGHNAYGYLKAEKGVHRLVRISPFDSSGRRHTSFVSCEVMPEFNEEIDIDIRTEDIKVDTYRASGAGGQHVNTTDSAVRITHLPTNVVVTCQTERSQIKNRDRAMKMLKAKLYQRRIEEQQAELDEIRGEQKEIGWGSQIRSYVFHPYSMVKDHRTNTEMGNVQAVMDGDIDIFIDAYLRSKLS NA NA NA NA NA D1-12_03787 849 hypothetical protein ATGGATGTGAATCACAATAAGCCGCTCCGTCTGATCAAAGATTACGTATATATCATGATCGGCGCGGCGATTACGGGGGTCGTGTTTAACGTATTTTTGCTGCCGAACCGTATAGCAGCGGGGGGAGTAAGCGGGATCAGCACCATTTTAGAAACGTTTGGTTTTGAACCGGCTTACGTGCAGTGGATTATTAACATCCCTTTGTTTATCGCCGGAGTGATCATTCTCGGCGGGAAGTTCGGAATGAAGACACTGGTCGGTTCCATCGTTCTGCCGCTCGCCGTCTTTTTAACAAGAGATCTGCCTGCCGCGACGACCCATGAACTGCTGGCGGCGATTTTCGGAGGCGTCGGGATCGGAACGGGAATCGGCATCGTGTATCTCGGCAAAGGCTCCACGGGGGGAACGGCTCTGGCGGCGCAGATCATTCACAAATACACGGGGCTGTCGCTGGGAACGTGCCTTGCCATCATGGACGGATTAATTGTGCTGAGCGCGATGCTCGTTTTCGGAGTGGAGCAGGGACTGTATGCGATGCTCGGGGTATTTATTTCAAGCAAAACGATTGATGTCGTGCAGGTTGGGTTCAACCGCTCCAAAATGGCTTTAATCATTACGCAGCATGAAGAAGCCGTCAGATCAGCTGTGTTTAAAGAAATCGACAGGGGTGTGACGAAGATTTCTGCAGTCGGCGGGTATACGGAACATGACCGGCCGATCTTAATGTGTGTCGTCGGTCAGACCGAATTCACAAAACTGAAACAAATCGTCAAACAAATTGATGAGTCAGCCTTTGTCATTGTCGCAGACGCAAGCGAGGTGCTCGGCGAGGGTTTCAAACGCGCGTAA MDVNHNKPLRLIKDYVYIMIGAAITGVVFNVFLLPNRIAAGGVSGISTILETFGFEPAYVQWIINIPLFIAGVIILGGKFGMKTLVGSIVLPLAVFLTRDLPAATTHELLAAIFGGVGIGTGIGIVYLGKGSTGGTALAAQIIHKYTGLSLGTCLAIMDGLIVLSAMLVFGVEQGLYAMLGVFISSKTIDVVQVGFNRSKMALIITQHEEAVRSAVFKEIDRGVTKISAVGGYTEHDRPILMCVVGQTEFTKLKQIVKQIDESAFVIVADASEVLGEGFKRA NA NA NA NA NA D1-12_03788 342 cccB COG2010 Cytochrome c-551 ATGAAATCAAAATGGGCGCTGCTGGCGCTGGTTCTGACCATGTCCGTCCTGCTGGCGGCATGCGGCGGATCCAATGAATCGAAAAAAGAAAGCTCTGACAGCTCAGGCGGATCAAAGGCATCTGCGTCAGCGGGCGAAGAGCTTTATCAGCAAAGCTGTATCGGCTGTCACGGTAAAGACTTAGAAGGCGGCGGAGGTCCGAATTTACAGGAAGTCGGCGGGAAGTATGATGAAGCTAAAATTGAAAGCATCATTAAAAACGGACGCGGCAATATGCCGAGCCATCTTGTAAATGATGAGGAAGCCGCGAAGATCGCAAAATGGCTGTCACAGAAAAAATAA MKSKWALLALVLTMSVLLAACGGSNESKKESSDSSGGSKASASAGEELYQQSCIGCHGKDLEGGGGPNLQEVGGKYDEAKIESIIKNGRGNMPSHLVNDEEAAKIAKWLSQKK NA NA NA NA NA D1-12_03789 687 ftsE COG2884 Cell division ATP-binding protein FtsE ATGATAGAGATGAAAGAAGTATATAAATCCTATCCGAACGGTGTAAAAGCGATTAACGGGCTGTCAGTCATGATTCATCCCGGAGAATTTGTATATGTCGTAGGACCGAGCGGAGCCGGTAAATCTACTTTTATTAAAATGATTTACAGAGAAGAAAAACCGACAAAAGGGCAAATATTGATTAATCATAAAGATCTCGCGTCTGTGAAAGAAAAAGAGATTCCTTTCGTGCGGCGTAAAATAGGTGTTGTTTTCCAAGATTTCAAACTTCTTCCGAAACTGACGGTATTTGAAAACGTCGCGTTCGCGCTTGAGGTTATCGGAGAGCAGCAGTCAGTCATTAAAAAACGCGTGCTCGAAGTGCTCGATCTTGTGCAGCTGAAGCATAAAGCGCGGCAGTTTCCCGACCAGCTTTCCGGAGGAGAACAGCAGCGTGTTTCCATCGCAAGATCCATCGTCAACAATCCTGACGTCGTTATTGCTGACGAACCGACGGGCAACCTTGATCCGGTAACATCATGGGAAGTCATGAAGACGCTGGAAGAGATTAATAACCGCGGAACGACCGTCGTGATGGCGACACACAATAAAGAAATAGTAAACACCATGAAGAAACGGGTCATCGCGATCGAAGACGGAATTATTGTGCGTGATGAGTCAAGAGGGGAGTATGGTTCTTATGATTAA MIEMKEVYKSYPNGVKAINGLSVMIHPGEFVYVVGPSGAGKSTFIKMIYREEKPTKGQILINHKDLASVKEKEIPFVRRKIGVVFQDFKLLPKLTVFENVAFALEVIGEQQSVIKKRVLEVLDLVQLKHKARQFPDQLSGGEQQRVSIARSIVNNPDVVIADEPTGNLDPVTSWEVMKTLEEINNRGTTVVMATHNKEIVNTMKKRVIAIEDGIIVRDESRGEYGSYD PGPT0020520_2023 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_METHIONINE_TRANSPORT,PGPT0020520-metN-K02071 NA NA D1-12_03790 891 ftsX COG2177 Cell division protein FtsX ATGATTAAAATTCTCGGGCGCCATTTGCGTGAGAGTTTTAAATCTCTCGGAAGAAACACATGGATGACATTTGCATCCATCAGCGCCGTTACCGTTACATTGATTTTGGTCGGCGTGTTTTTAGTCATTATGCTGAATTTAAACAACATGGCTAAAAATGCTGAAAAAGAAGTGGAAATTAAAGTATTAATCGATCTGACGTCTAATAAGAAAACGCAGGATACGCTGCAGAATGAGATTAAAGACATCTCGGGAATCCAAAGCGTAGAGTTTTCATCTAAAGATAAAGAGCTTGATCAATTGGTCAAAAGCTTCGGCGACAGCGGAAAGGCCATGAAAATGCAAGATCAGGAAAACCCGCTGAACAACGCGTTTATCGTCAAAACGACAGATCCGCATGATACGCCGAAAGTCGCGAAAAAAATTGAGAAGCTTGATCATGTGTATAAAGTGACATACGGGAAAGAAGAAGTCAGCCGTCTGTTTAAGATCGTCGGGGTGTCACGCAACATCGGGATTGCGTTAATCATCGGCCTTCTGTTCACGGCGATGTTCTTAATTTCAAATACGATTAAAATCACGATTTTCGCCAGAAGAAAAGAGATTGAAATCATGAAGCTTGTCGGCGCGACAAACTGGTTTATCCGCTGGCCGTTCTTCCTGGAAGGGCTGCTGCTGGGGGTATTCGGTTCTATCATACCGATCGCTCTCGTGCTGAGTACGTACCAGTCGATGGTCGCTTGGGTGGCCCCGAAAGTTCAGGGCTCATTTGTTTCACTTCTGCCGTACAGCCCGTTTGTGTTCCAAGTATCACTAGTGCTCATTCTGATCGGCGCGGTTATCGGAGTATGGGGAAGTCTGACTTCCATCCGGAAATTCCTTCGTGTATAA MIKILGRHLRESFKSLGRNTWMTFASISAVTVTLILVGVFLVIMLNLNNMAKNAEKEVEIKVLIDLTSNKKTQDTLQNEIKDISGIQSVEFSSKDKELDQLVKSFGDSGKAMKMQDQENPLNNAFIVKTTDPHDTPKVAKKIEKLDHVYKVTYGKEEVSRLFKIVGVSRNIGIALIIGLLFTAMFLISNTIKITIFARRKEIEIMKLVGATNWFIRWPFFLEGLLLGVFGSIIPIALVLSTYQSMVAWVAPKVQGSFVSLLPYSPFVFQVSLVLILIGAVIGVWGSLTSIRKFLRV NA NA NA NA NA D1-12_03791 1407 hypothetical protein ATGAAAATAAAATTATCGATTTTATCCGCGGCGGTTCTGGCCGCAGGCATTACCGCCTTTGTCTGGCCAAAAACAGAGGCCAATGAAAAAATGCAGACGGACGCCCTGTATGTTTCTCCGGCAGGCAGCGACCAAAATGAAGGAACGAAAGAAAAGCCGTTCCGCACATTAAAACATGCGGCTGAAAAGGCAGAGGCCGGGACAACCGTATTGATTCGGGAAGGGACGTACGATGAAACGTTTGAAGTAAAGCACAGCGGCACGGCCGAAAAGCCGATTACATTTCGGAACTATCAGAATGAGCATGTCTCAATCAGCGGCAAATCTGCGCCAAAAAGCGATTCTGAAACTCCGTTAATTCAAATCCGCAATAAACAGTACATTACCATTCACGGCGTTACGCTTGAGAATCTCTCCGTATCATCAGAAGATGCAACGGCCATGGGAATCTTCGTCACCGGATCAAGCAGTCATATCAACATTGACGGCAACCATATCCGAAACATTAAAACCACGGCTGATGAGGGAAATGCACACGGCATCGCATTTTACGGCACAGGCGCCATGAAGGATGTCAGCATCACAAATAATACGGTTGAAAAACTGACGCTCGGCGCAAGCGAAGCGGTCGTGCTGAACGGGAATGTTGACGGATTTAAGATTGCCGGCAATACCATCCGGGACAATAACAATATCGGGATTGACGTGATCGGATACGAAGGAACGTCCAAGCAAAACGACTATGCGCGAAACGGCGTCATTGAAAACAATACGGTGAGCCATAACTCTTCTTACGGAAATCCCGCTTACGGAGATGAATATTCAGCGGGCGGTATTTACGTTGACGGCGCAGAACATGTGGACATTAAGAATAACACCGTTTACAACAATGATCTCGGCATTGAAGCCACTTCCGAACATAAAGGGAAATACGCGCGAGATATCCGGATTACGGATAACAAGGTGTACGGCAATGCTTACACCGGTATTTCAATCGGAGGCTATGACACGAAACGCGGCGGCACCATCAATTCGGTGATCGCTCATAACATTATGTATCGAAATGACACGAAGGACCTTGACGGCGGCCAGCTGCTGCTGCAGTACGGCACAAAAGGGAACACGATCGAAAAAAACATCATGACGGCAAGCGGTTCACGGATTTTTATCGCAAATGATTATACGAAAAACGAAGGCAATACCGTTAATCATAACGTCTATCACAAAGAAGCGGGAAAAGACGGCATTTGGAATTGGAAGAACAGAGAATATGATTCATTCACAGCGTACCAAAAAGGAACGGCAAACGATTTGGATTCCATTTATGCGGACCCGATGTACCGTGACGAATCGTCTTATGACTTTACATTAAAGCCCGGATCACCGGCCCTGCCCGTCATTCAGTAA MKIKLSILSAAVLAAGITAFVWPKTEANEKMQTDALYVSPAGSDQNEGTKEKPFRTLKHAAEKAEAGTTVLIREGTYDETFEVKHSGTAEKPITFRNYQNEHVSISGKSAPKSDSETPLIQIRNKQYITIHGVTLENLSVSSEDATAMGIFVTGSSSHINIDGNHIRNIKTTADEGNAHGIAFYGTGAMKDVSITNNTVEKLTLGASEAVVLNGNVDGFKIAGNTIRDNNNIGIDVIGYEGTSKQNDYARNGVIENNTVSHNSSYGNPAYGDEYSAGGIYVDGAEHVDIKNNTVYNNDLGIEATSEHKGKYARDIRITDNKVYGNAYTGISIGGYDTKRGGTINSVIAHNIMYRNDTKDLDGGQLLLQYGTKGNTIEKNIMTASGSRIFIANDYTKNEGNTVNHNVYHKEAGKDGIWNWKNREYDSFTAYQKGTANDLDSIYADPMYRDESSYDFTLKPGSPALPVIQ PGPT0018240_179 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_CELL_WALL|MEMBRANE_DEGRADATION PLANT_MEMBRANE_POLYSACCHARIDE_DEGRADING_FUNCTIONS PLANT_MEMBRANE_PECTATE_LYASE|ESTERASE,PGPT0018240-pelX-K22994 NA NA D1-12_03792 1401 ctpB COG0793 Carboxy-terminal processing protease CtpB ATGAAGCAGAAAATGATCGCAGTGATAGCTGCCGTCAGCATCATGTGCGGCGGAGCCCATATTGCCGGGGCGGCACAGCCGAATTCATCAGACGCAGAAAGAAGCCGGGCAATGGAAAAAATCGAAAAAGCATATGAGCTGATCTCGAACGAATACGTGGAAAATGTAGATAAAGAAAAGCTTCTTGAAGGAGCGATTCAGGGGATGCTGTCTACATTAAACGACCCTTATTCCGTTTATATGGACAAGCAGACCGCCAAGCAGTTTTCCGATTCTCTTGATTCTTCTTTCGAAGGGATCGGCGCTGAAGTCGGTATGAAAGACAATAAAATCATTATCGTATCACCGTTTAAGCAATCTCCGGCGGAAAAAGCGGGCCTCAAGCCGAATGATGAAATCATCAGCATAAACGGCGAGTCAATGAACGGGAAAGGTTTAAACGAAGCCGTGCTGAAAATCAGAGGAAAAAAAGGATCGAAGGTTTCTATTAAAATACAGCGTCCGGGTACTGATAAACAGCTGTCATTCCGGATTAAAAGAGCGGAAATCCCGCTTGAAACCGTATTTGCTTCCCGCAAAGAATCAGGCGGCCATCATGTCGGCTACATCGGCATATCGACATTTTCCGAGCATACCGCCCAGGACTTCGCCGCGGCGCTGAAAAAGCTTGAAAAACAAGGGATTGACGGTCTCGTCCTTGATGTAAGAGGGAATCCAGGCGGCTACCTTCAAAGCGTCGAACAAATTTTAAAGCATTTCATCACAAAAGACATGCCGTATATCCAAATTGCGGAGCGTAACGGCGATAAAAAACAATATTTCTCAACCTTAAAACATAAGAAGCCGTATCCCGTCAATGTCATTACGGATAAAGGAAGCGCCTCCGCTTCAGAAATTCTTGCGGGTGCGTTAAAAGAAGCGGGACATTATGACGTTGTCGGTGACACTTCTTTCGGTAAAGGAACGGTTCAGCAGGCCGTGCCTATGGGAGACGGGAGCAACATTAAATTGACGCTTTACAAATGGCTGACACCGAAAGGCAATTGGATTCACAAAAAAGGCATTGCTCCGACAATCGCTGTGAGCCAGCCGGATTATTTTGCGGCGGGACCGCTTCAGCTGAAACAGCCGCTTCAGCCTGATATGAACAGCGCGGATGTCAAGCACGCCCAAATCCTGCTGAAAGGCCTAGGCTTCGACCCGGGCAGAGCAGACGGCTATTTCAGCAAAACAATGAAAAAAGCCGTTCTGGCGTTTCAAGACCGGTACAAGCTTGATAAAACAGCGGTCATTGATAAAAAGACAGCGGAAAAAATGAATCAGCTGATGAATGAACAGAAATCTGACGAAAAAAATGATTTACAGCTGCAAATGGCGTTAAAATCATTATTTGTAAAATAA MKQKMIAVIAAVSIMCGGAHIAGAAQPNSSDAERSRAMEKIEKAYELISNEYVENVDKEKLLEGAIQGMLSTLNDPYSVYMDKQTAKQFSDSLDSSFEGIGAEVGMKDNKIIIVSPFKQSPAEKAGLKPNDEIISINGESMNGKGLNEAVLKIRGKKGSKVSIKIQRPGTDKQLSFRIKRAEIPLETVFASRKESGGHHVGYIGISTFSEHTAQDFAAALKKLEKQGIDGLVLDVRGNPGGYLQSVEQILKHFITKDMPYIQIAERNGDKKQYFSTLKHKKPYPVNVITDKGSASASEILAGALKEAGHYDVVGDTSFGKGTVQQAVPMGDGSNIKLTLYKWLTPKGNWIHKKGIAPTIAVSQPDYFAAGPLQLKQPLQPDMNSADVKHAQILLKGLGFDPGRADGYFSKTMKKAVLAFQDRYKLDKTAVIDKKTAEKMNQLMNEQKSDEKNDLQLQMALKSLFVK PGPT0015095_4383 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-CHAPERONE|PROTEASES,PGPT0015095-prc|ctpA-K03797 NA NA D1-12_03793 336 hypothetical protein GTGCGTGAAAAAAAATATTATGAATTAGTGGAACAACTAAAAGACAGAACAAAAGACGTCACATTTTCATCAACAAAAGCACTAAGTCTTCTTATGCTGTTCAGCAGATACCTGGTCAATTACACAAATGTTGAATGCGTTCACGAAATCAATGAAGAGTGTGCGAAGCATTATTTCACTTACTTAATGAAAAACCATAAACGTTTAGGAATCAATCTGACGGATATTAAGCGGTCCATGCTTCTGATCAGCGGCGTGATCGAGGTGGAGGTTGACCACTATCTGAAAGATTTCTCTCTCTCAAATGTAACGCTGTGGATGACGGAAGAGAGATAG MREKKYYELVEQLKDRTKDVTFSSTKALSLLMLFSRYLVNYTNVECVHEINEECAKHYFTYLMKNHKRLGINLTDIKRSMLLISGVIEVEVDHYLKDFSLSNVTLWMTEER NA NA NA NA NA D1-12_03794 1191 minJ COG0265 Cell division topological determinant MinJ GTGTCTGTTCAATGGGGAATTGAACTTCTGAAAAGTATCGGTCTGTTTTTTTTGCACCCGATGTTCTGGTTTTTTATCATCATAAGTCTCGCATGCGGATATTTGCGGATCAAACGTGAACGCCATACGTTTCATACAAAAATCGCGGATATGTATGACGAGCTTATCTTTACATACATAAAAGGACTTATACCGGGTATTCTTCTCTCCATATTATTTTTTGGACTGGGAATTTCGATTCCATTCGGTCTTCTCGGCATAATCGCGGCTGTGACGGCTTTGGCTTCGCTGACGTTCCGTATGAATTGGCTGTCATCAGCTTATATTGTCAGCGCCGGCATGTTCATTGCGTTTATCCTTCAGTATACCGACACAGTGCCGTTTGCGGATCGGTTTCCGCAGGCATTCGGCGTGAATTGGGCATCGGCGGCCGTGTTTATGGGCCTTTTGATTATCACGGAGGGAGCGGCTGCCTGCCGTTCAGCGCATCTGAAAACATCTCCGGCGCTTGTCGTCAGCAGCAGAGGCCTGCCCATCGGCCGACAATTGGCGAATCGCGCATGGCTGTTTCCGCTTTTCTTATTGGTGCCGGGCAGCGGGCTTGAGTCACACCTTTCCTGGTGGCCTGTCTTTACCGTGCCGGGCGGCTCTTTCCATTTGATCTGGATTCCTTATATCGCCGGCTTCGGACAGCGTGTGCAGGGGTCACTTCCGGAAGTCAGCATAAGGATAACAGCGAAACGTGTCATGATTCTCGGGATTATCGTGGCCGTATTCGGGGCAGCGGCCCTTTGGTGGACTCCGCTTGCCGGAGCTGCCGCTTGTATTGCGGTGCTCGGACGCCTGTTTTTATCATTGAGACAGCGGCTGAACGATAACGCGGCTCCGTTTTATTTCTCTAAGCGGGATCAGGGCTTAATGGTGCTCGGCATCATTCCGAACACACCCGCGGACGATCTTGAGCTGAAGATCGGTGAGATTATTACGAAGGTAAACGGCATCCCCGTGAAGCATGTATCGGATTTTTATGAAGCACTTCAAAAAAACCGCGCATTTGTAAAAATGGAGATCATCGGCCTGAACGGTGAGATCCGGTTTGATCAGCGCGCGTCCTATGAAGGCGAACATCATGAATTAGGTATTTTATTCGTGCAGGATGAACACGAGCACGAAGAAATGACAGCATTATAA MSVQWGIELLKSIGLFFLHPMFWFFIIISLACGYLRIKRERHTFHTKIADMYDELIFTYIKGLIPGILLSILFFGLGISIPFGLLGIIAAVTALASLTFRMNWLSSAYIVSAGMFIAFILQYTDTVPFADRFPQAFGVNWASAAVFMGLLIITEGAAACRSAHLKTSPALVVSSRGLPIGRQLANRAWLFPLFLLVPGSGLESHLSWWPVFTVPGGSFHLIWIPYIAGFGQRVQGSLPEVSIRITAKRVMILGIIVAVFGAAALWWTPLAGAAACIAVLGRLFLSLRQRLNDNAAPFYFSKRDQGLMVLGIIPNTPADDLELKIGEIITKVNGIPVKHVSDFYEALQKNRAFVKMEIIGLNGEIRFDQRASYEGEHHELGILFVQDEHEHEEMTAL PGPT0016196_2 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS OTHER_MOTILITY_REGULATING_FUNCTIONS MOTILITY-SWARMING_REGULATOR,PGPT0016196-swrB|ylxL-NA NA NA D1-12_03795 363 hypothetical protein ATGTACTGTGAACAACAAGATTGGATATATTCAATTATGACTGAGGATGATATAAGAAAGGGATATAGCTTAAAAGGAACGACTTTTTCAAATCCTCTTGAACGGGGACAATATGATTCAGAAGGAAAGGCGTGTATTACTATGCAAGGGTTTATATATATGCTACATATAGAACTTTTAGATTTAATTGCAAATTCTTACGATTCTAGAAGAGGGGCTACGCCTAGAGAATTATGGGAAAGAGGAATGAAAGAAAATCCACAATTAAAATTTGGAACTATACAGTTAATGTTATTTGTCCCATACATAATTTGTATTTGGTTAATGAATGCCCAAGATGTAACAGTAAGATATCTCCGATAA MYCEQQDWIYSIMTEDDIRKGYSLKGTTFSNPLERGQYDSEGKACITMQGFIYMLHIELLDLIANSYDSRRGATPRELWERGMKENPQLKFGTIQLMLFVPYIICIWLMNAQDVTVRYLR NA NA NA NA NA D1-12_03796 261 hypothetical protein TTGTTAGATCATGTAAAGGTAGAAGAGGGTTGTATTAGTTTTGTTCATTTTTTTTATAATTTATATTATGAAATTAAAACCTTTGATACTCAAATAGATGCGATATGGAACCTTAAATTTGTAGAATTACTTAATTTAATGATTACAATTTGGTTAAGGATAGGAGGGTATAATAAAGAGAAGAGGCCAATTGTTGATTTTTCAATGCAAAATGAAGTAACTATTAAAAAAAATCTGGGAGGATTATGGTGGATATATTAA MLDHVKVEEGCISFVHFFYNLYYEIKTFDTQIDAIWNLKFVELLNLMITIWLRIGGYNKEKRPIVDFSMQNEVTIKKNLGGLWWIY NA NA NA NA NA D1-12_03797 693 hypothetical protein GTGGATATATTAATTACTGGGGCAAATAGGGGCTTAGGGCTTGGATTTGTCGAAGTTGGATTAGAAAAAGGGTACCGAGTTTTTGCTGGAGTCAGAGATCCGAATGAACAAAAAAGGACTCAATTAACCAAATTAAAAGAGAAAAATAGCAACCAGTTAGAAATTCTTCATTTAGATGTCACAGACGAGGAATCTGTTCGTGAAGCAGCTCGTAATGTAGGTGAAAGTCTTGATGTGATTATCAATAATGCTGCCATTCTTAATGGAAGGGGTACGTCTATTGAGGATCTTGATATAGAGGCTATCAAACTAGCATTTGATGTCACGTTAGGACCAGCCCGTGTGATTAAACATTTTCTACCTTTGCTGAAAAAGGGTGAGAATCAATCCATTATCAACATCTCGTCAGAAGGTGGTAGTCTAACAAATGCATATAGTGGTGATTATCCTTATGGATTGTCGAAAGCTGCCTTAAATATGTTGTCCGAGAAGCTCCATGTAGCATTAAAGAATGAAGGCATTCAAGTCCTTTCCGTCCATCCAGGGTGGGTAAGGACGGATATGGGAGGAATGATAGCCCCGACACATCCAAAAGAAACAGCAGAAGATATTTATAATCTCATTAATCGACAAGTTCGTATCGATAGTGAATTTGTTTTCGTTGACTATCAAGGGAAACCGATGAGCATTTGA MDILITGANRGLGLGFVEVGLEKGYRVFAGVRDPNEQKRTQLTKLKEKNSNQLEILHLDVTDEESVREAARNVGESLDVIINNAAILNGRGTSIEDLDIEAIKLAFDVTLGPARVIKHFLPLLKKGENQSIINISSEGGSLTNAYSGDYPYGLSKAALNMLSEKLHVALKNEGIQVLSVHPGWVRTDMGGMIAPTHPKETAEDIYNLINRQVRIDSEFVFVDYQGKPMSI PGPT0010015_1 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BUTIROSIN_METABOLISM,PGPT0010015-btrF-K20570 NA NA D1-12_03798 17103 dltA_5 D-alanine--D-alanyl carrier protein ligase ATGAAACCCTATACAAAATCAGTATTAGAGGATGGAGTTAATATAACACTTGATCAATTACTTGGAATTTATGCTAACGAGAAATCAAGGGGAGTTTACTTTACTCAATCCGATGGCTCTGAATTGTTTGAGTCTTATGAAAGTCTTTATTTTAATGCCAAATCCATCTTAGGGGCACTACAAAAGCAGGGATTTCAGAAGGGCTCTTATATTATCTTTCAGACAAACAATAATTTATTCTTTATAAGGTTGTTTTGGGGTTGTATTTTAGGAGGCATGATCCCCGTTCCTCTGTCTGTACCGCTAATTGCATCGCCTGACACTGAAGCTTTCAAGAAGTTAGTGAAAGTAAGTGAGCAGTTGCCGAATGCGTGGATAATTACTGATGAAAGAAATTTAAATACGTTTAGAGAAAGTTATGAAGCCAATAATTTGAAATACTTAGAGTATGAAACCTTAGCATGTAATATGGAAGAGGGGCAATGCGTTACAGTAGATTGTCAGGACTTAGCGTATATACAATATTCGTCTGGCAGCACAGGTAACCCTAAAGGAGTAAAATTAACACATGAAAATCTAGTTTATAATTTGGCACAGATAGTAGATCGTTTGAAACTAGACACAAATGATGTCATGGCTAGTTGGTTACCATTGACACATGATATGGGCTTGATCGGTTATCATTTAACTCCGATATTTGCGGGTATATCTCATTCCCTTCTAAATTCGGGTACATTTTTAAAGAAATCTTGGCTATATCTTCAAAAATGTGCGCAATTAAAAGCAACGGTGCTTGTAAGTCCGAATTTTGGATTAGACTGGATGATAAAGACTGTAAAGGATTCACATTTAGAAAATATTGATTTATCTAGTGTGCGAAACATAATGTGTGGTGCAGAACCAATATCAATGGATACCATTAGACGATTTTATGAAAAATTCTCGTCTTCTGGCTTGCGTGAAAATACGATCCATCAAGTCTATGGTATGGCAGAAGCTAGTCTGGCTGTTACTATTCCTGAAGAAGGACATAATAGAAGTGTATGTATTAACCGTCATAAAGCTCGTATTGGTCAAGAAGTGGAGTATATAGAAACGAAGGAGCCAAATGCAGCAGAGTTTGCCATAGTAGGAGAACCATTATATGAATTAGAAATATTGATTGTAGATGATGAAGACCACATCTTAGGGGAAAATTACATAGGCAATATAGTGATCAAGGGGAAAAATGTATTTGAGGGATATATGAATCATGATAGTTCCCCTTTTAATGAACAGGGCTTCTTCTGTACAGGAGATTTAGGACTTTTACGCAATGGAGAACTCATTGTAATGGGCAGAAAGAAGGATATTCTGTTTGTAAATGGTCAGAATTATTATGCTAGCGATATAGAAAATATGTTAACATTGGCGATCCCAGAGTTGTCTCAAGTCGTTGTGTGTGGTGTTCGCAATCCGTCATCGATCAGGGATGAAATTATAGTATTTGTACATAATCGAAAAGATGCCAAGGCATTTTTGCCACTTGCCCATCAAGTGCAGGATATGGTATTAGAACGGGTTGGAATAGCTGCAGATTATGTAATTCCAATAAAAACGATACCGAAAACAACAAGTGGAAAGGTGCAACGTTTTCTTTTAATAGAGCGATTTGAGAATCATGAGTTTGATGATGTTATCGCAATAGCTCCATATTATTATGAGAGTAGCAAGGAATCTGCAAAGAAGCCAGCATGGAACAAAGCGGAGATTGAAAATCAAATCGTTGAAATTGCAAAAGAAGTATTCTCTATCCCTTCTTTGAAAGTAGACGATACGATTTCTCGGATGGGAGTTAGTTCGTTAACGTTGATTCGTTTCCAGGATGAAATCAATCAACGATTTCAAGTTGAAATCCCCATTGTAAGCCTTTTCAAAATGTCTACTCTAGAACAAATAATTACGATTGTAGGGGAACAACTACAGGTAGAGGATGTCCAAACATCTGAATTAACAGGGAATAAAGACATGTGGTATGAGCCATTTCCGGTAACAGAAATACAAGGAGCCTATTTAGTTGGAAGACAAAATATTATGGAAATGGGCAACATCTCCACACATGCCTATTATGAGTTTGAAACAGAATTAGATATTAAACGCTTAAACGATGCATTGAATCGAGTTTTAGAGCGTCAGCTTATGCTGCGTACTATTTTTGATGATACAGGAATGCAAAAAGTTCGGCGTTCTAATTCTTCTTATGATATTTGTATTGAAGATTTACAAGACTTGTCTTTAGAGGATCAACAAAAACGTATATTGGAAAAAAGAAATCACAGGTCACATTTTGTTTTTCAACAAGATCATTGGCCATTATTTGAGTTGTCTGCATTTATTCTTGGCGAGAAGAAAAATTATCTCTTCCTGGATATTGACTTATTAATTGCTGATGGAGGCAGTTTATTAATTTTAATACAAGAGATAATGGATTATTATGAGAAACCGAATATGGAGATTGAACCTTTAACCTTTCAATTTTCAGATTATGTAAGGGCATTGGAGAGCTTTCGTGAATCTTCCGCCTATCAAAAAGCTCAAGACTATTGGCAAGCCAAAATAGAGGATTTTCCCTATGCACCTCAGCTACCATTAGTTTGTGAGCCAGAATTCATAGAGAGACCAATATTTCAGCGCATGGAGAAGAGTCTGACAACTCATGAATGGAATGTTGTGAAAGGCTTAGCAGCTCAGTATGGTGTAACACCATCTGTATTCTTATGTACAATTTATGCGGAAGTTTTGGGCAAATGGAGCAATCAATCCAGAATGGCACTTAATTTAACTTTATTTAATCGGCAGTCCTTTCATCCAGACGTAATGAAGTTAATTGGAGATTTCACATCAGTTTTACTGTTAGATATTGATTTGTCTGTTCATAGTGCTTTTTGGGAGAGAGCATCTATGGTTCAAGATATATTATTTGAAGCAGTAGACCATCGTTTTTATAGTGGTGTTGATGTTATACGAAATATTGCAAGTAAGAGAGAAATGACTAGTAAAGCGATTATGCCAATTGTATTTACTAGTATGTTATTCGATAAATCGGAATTTACAGATGTTCTGCCAAAATTAGGAAAAATAAAATACGGAATAAGCCAGACCCCTCAAGTATTTTTAGATTTCCAAGTCACGGAAAGAGACGGACAATTAATGATGACTTGGGATTATGCGAAGGATCTGTTTGATGAAGATATGATCAGTGCCATGTTTGAAACGTATCAACTTCGATTGCAGCAAGTTATAGACAATAATCTTTCATCTATGCCGCTGCCTGTAACACAGTCTGAACTACTGCTTGATTACAATGATACACAAGGAGATTATGAAGGGGATTTACTGCAAAGATTAATAGACCAGCAATGCCAGAAGACGCCAGATGCTATTGCAGTCAAATTAGGACAAGATACATTGACCTATGGCGAGTTGGCGAGAAAATCCAATCAGGTCGCTCGCTATTTAGCAGAACAAAACTATGCGCACAATTCTTATATTGGAGTTTGGGCAGAGAGACGAATCGAGACCATTGTAAATACGGTGGGTATTTTAAAAGCCGGCCATGCTTATATTCCTGTGAATCCGGAACATCCTGAGGAAAGAATAAAATATATCGTGGAACATAGTGATATCAAGCTGATGATTCATCCGGATTTATATGAAAAAGAGAACCTGTCCACCTATAACGATGGCGCCTTAGAACTGTTAGAAGGCTGCCAGCAGGATAAAGCCTATGCTATCTATACGTCAGGAAGTACTGGACATCCTAAGGGTGTTGTGATCACCCATGAAGCAGTAGTGAATACATTATTAGATATTAATAAGAAATTCAAAGTAGGTAGCGAAGATAAAATCATTGCCCTATCATCGATGAGCTTTGATTTATCCGTCTATGATATTTTTGGAGCACTCATTAGTGGAGCCCAGTTAGTATTAATTCCAGATCTTTTAGATATGAGTAGCATTCATCAGATCATGATCGAAGAAGAAATCACGATATGGAATTCGGTTCCGGCCATTATGGATATGTATCTGGAAAGCACAAAACAAGACACAGTGCGGAGATCTGCAGCAGAGCGCTTACGTATGGTGATGCTAAGTGGAGACTGGATTTCTCTTGGTTTGCCGGAGAAAATCAAAACAAGAATGCCAAAAGCACAAGTGATCGGGTTAGGTGGAGCAACGGAAGGCTCTATATGGTCCATCTATTTCCCAATCACAGAAGTGAAGCCAGAGTGGAAAAGTATCCCTTATGGATATCCGTTGAAAAATCAACAAATTTACGTACTGGATGATTGTGGAGAAGAATGCCCGGTAGGCGTTCCAGGAGAACTGCATATTGGTGGAAAAGGAGTCGCCGTAGGTTATCTCAATGAAGAAGAGAAGACGAAGGCCGCCTTTATCAACCATAGATTAGGGTATCTGTACAAAACAGGTGATTATGGTGTGATGCGTCAGGAAGGATATGTAGACTTCCTTGGAAGAAAAGATAGTCAAGTAAAGATACGTGGACATCGTGTCGAACTGGGAGAAATAGAACACTGTATCAATCATTTGCCAAATATTCACCAGTCCGTAGTCGCTGATTATAGTGATTCCCATGGAGAGAAGCAGCTGTGTGGGTATATTGTTGCAGATGAGGTAGTAGAATTGGCAGAAATAAAAAGAGAGTTAGCCAAATATCTGCCTGATTATATGATCCCGGCACAATTCATACAGGTAGATGAGATTCCACTATCTGCAAATGGTAAGGTAGATCGTAAATTATTGCCGAATCCAGAAAAGTATATTGAAGAAAGTAAGATGATCAGGGGTTATGAGGCACCAAAGACCCAGACGGAAAAATTGGTAGTAGAGGCATTTGAACATGTACTTGGTATGGAAAGAGTAAGTGTAAATGACAATTTCTTTGATTTGGGTGGAGATTCGATCAAGGCCATCCATATTCTAAACAAGATAAGAGAAGCTGGATACGATAGCTCCATGCGAAATCTTTTGATGGAGAGAACACCGAAGCTAATAGCCATGAATTTATCCACGAAAAAAGAAATTATACCTGCGGAGCAAGGAGAAATAAGTGGTGAGATTTCACTGACACCAATTCAAAACTACTTCTTCGCACAAAATATGATGAATCCTGAACATTTTAATGTATGCCAAGTGTTTAAGGTTCGTGAAAAACTAAATGTCCTGGCACTACAAAAAGCTTTGTCTGCGTTAGTACAGCATCATGATATGTTGAGAGCTACGTACAAAGATAAGAAACAGGTTATAGGGAAAGTAGAAGATAAGAAATGGTACGGCTTTACAACAATAGCATGTGAATCTGAAGAGATTCAGGAAAAAATTAAGACAACGAAAGTAAAGATGGATTTGGCGGAAGGACCATTATTGCAGGCTGTTTTATTTAGTACGCCGGAGCAAGATTATATGATGTTGCTAGCTCATCATATGATAATGGATGTGATTTCCTGGCGAATTTTAAGTGAGGATTTGGAGAAGGGCTACTCTCAAGCTTTGAATCAGAAAGAGATAACATTACCAGCTAAAACCGTTTCCTTTAAAGTATGGAGCGAAGGATTAGCTCGTTACAGCCAGAGTGAAAAGTTAAAGAGAAGGATAGCTTACTGGTCAGAGTTAGAAAATAAATTGGTTGATGGCAAGTTAAAAGAAGATAGCACTGATGATAAATTCGAACCAAAGACAGCCGTGGTATGTCTTAATTCCACGATCACAGAAAAGTTATTAAAAGAAAGTGCACATGCTTATAATACAGAGATTAATGACTTACTTGTAACAGCACTGGGACGTGCGGTAAACAAAGTAACAGGTCAGAGAACGCTTGCTATACAGATGGAAGGACATGGTCGTGAAGAAACAGTAGGGTCTTTTGATTTAGGTAGGACAATAGGATGGTTCACTAGTATATATCCCGTAGTTTTAGAAGAGTTAGGCACTAATATTGCTCAGGATATTCGAAATACGAAAGAGAACCTACGACGTGTGCCAGCACATGGAATTGATTATGGCCTCATAAAGTATGCAGACATGGTTAATTCAGAAGAAATGGATGTGGAAGTGGCACCAGATATATCATTTAATTATCTTGGAGAACTAGGAACAAAGAAAGAATCTGGCGATCCATATTTTGAGTTTTCACAACTGGGTTATGGACAGGATACGGATCCTCGCAATCAATTTGGACCATCCATTAACGTCATAGGTCATGTGCAAAATGGTAGTTTATCTATGACAGTAACCTGCAACAGCAGTCGTTATTTAGCTGAGAGAATTGAGCAAATAGGAAAAGCATATGAAGAAGAACTGATAGCGGTCGCAGAACATTGCTCCCATGCACAGAAGAGTGAGTCAACGGCAAGTGATTTTGGTGAGAGGGTATGGAAAGATAGCGAATTTTGTTATGTACAGGAAGCTGCCAAAAACCGCGGCGAAGAAGTTCAACGTATCTATCCTTTGGCTCCTGTGCAAGAGGGAATGCTCTATGAGAAGCTTTTGGATGAATCCTCTACGAAGTATGTTGTTCAGCAGACGTTGCGATTGACGGAAGTAGATGTAGAGAAGATGCACAAAGCTTTTGAATCTCTAGCAACACAGCATGATATTTTACGTACAAAGATCTGTTATCGGGGAGTAAGTGTGCCAAGACAAGTTGTATTGAAAGAAAGAAATCTGGAATTTAATTATATGGAAGTAGATAATGAATCCGATTATCTTGATTTAAAGGAACAAGATGTAAAACGTGGATTTGATTTAGAAGAAGATACACTAGTTCGTATGAATCTGATAAAAATAAACAATAGTGGATATCGATTGATCATGACGAACCATCATATTATTTTAGATGGTTGGTGTTTGCCAATTTTGCGTAGAGATTTGTTTAATGCGTATATGGCAACAGACGAAGAGTGTTTAAAAATACCTAATAAGACTGCTTCTAATAAAATGGGCAGCTATGAAAAATTTGTAGATTATATAAATGAAAAAGATAAAGAGCCGAGCCTTAAATATTGGGAAGACCTTCTTCAAGGATATGAGACAAGGGCTGATATTCTGCCTATGGGTCGTCCAGAAGAAACAGAAGAAGAGAGTCAGAGTCAAGAGTTTAAGTTAAGCTTGGAGGTAACCGAACAAGCAGAAGCGGTATGTGCCAAGTACGATGTAACATTGAACACGCTAGTAGAAGCTTGTTGGGGCGTTTTATTGGAAAAATACAACTCAACCAATGATGTCGTTTTTGGAAAGGTTGTATCTGGTAGAAATGCAGAGATTGAAGGTATTGAAGAAATCGTTGGTTTATTTATCAATACAATACCTGTACGTATATCGACAACAAACGAAGACACATTTGCCGATTTGTTGAAATCATTACAGGACCAAGCAATTGCTGCAAATGATCACGATTTTCTTCCTTTAGCAGAAATACAGAATCGTACTTTATTAGGAAGGAATCTAATTGGAACCTTATTCTTCTTTGAAGGCTATCAAGGAACAAGTATCAATATTGATGGCAAATTAAATGTGGAATCTGAATATTACCGCGAACAAATCGGGTATGACTTGGGAATGACAGCATTTAAGAGTGATCGTCTTCATTTTAGAATTCTATTCAGTACAAAGCTATATAACAAGGAAGAAATAAACATTATCGGTTCCCATTTGCAAAGACTTATGGAACAAGCAATTGCAGCACCACACACGAAATTAACCGAATTAGGCATGACAAATGAAGCGGAAGAAATGAAAGAATTAGTACAGTTTAACGCAACGGATCGTGACTATCCAAGAGACAAGACCATTGTCCAATTATTTGAGGAACAAGTAGCAAGAACACCCCATAATACAGCAGTGGTATGCGGGAATGAGCAATTGAGTTACGCTGAATTAAATGCTCGTGCCAATAAACTTGCATTAAGGTTACGACGGGAATACCATGTCCAGCCTGATGATTTTGTTGCGATTATAGCAGAAAGAAGTATTGAGATGGTGGTCGGATTATATGCCATCCTGAAGTCGGGTGCAGCATATGTACCAATTGACCCGTTTTATCCAGAAGAACGCATCGAGTATATATTGGAAGATAGCCAGCCGAAAGCGGTTTTAATTGGTCATGGAAAGTATAATATTTCCCCTGAAAAGGTTGTCGACTTATATAGTGCAAGCAATTATGAAGAAGGTGCAGAGAATCCTGAACATGTAAATACTCCTCATGATCTTATTTATCTGGTTTATACATCGGGTACAACAGGAAAACCAAAAGGAGTTATGGTAGAGCATCGGAATATAGTCAATCAGCAGATGTGGACACAAAGAGAATATCCATTACACGAGGGAGAATCTCTTTTAATGAAGACCACTTGTGCCTTTGATGTTTTTGCCTGGGAAGTATTTTGGTGGATGTTAGCGGGTGGTAAACTTGTTATTTTGCAACAAGGAGAAGAAAGTCAAAGTGACAAGATCATCAAGGTAATTCAGGATTATAAAGTCAATGCAATCCAGTTCGTTCCTTCAATGTTCAATATGTTCTTAGAAGAATTAGATATGAGCAAAGAGAGAATAAATACGCTACGTTATATCATTAATATTGGTGAGAAACTGAATGCAGAAAGTGTGAGACATTATAATCAATTAAGGGAAAAAGGACAAGTAAGAGCAGAACTACTGAATCTCTATGGTCCAGCAGAAACTACAGTTAATTCCAGTGGATATCATTGTCCAACAGACTTAAATGTAGATAAAGTATGGATTGGTGAGCCTATTAGTAATACACAAATTTATATATTATCAAATGAAAAAATAGCCGGAATAGGTGTACCAGGGGAATTATGTATTGCAGGAGAAAGTGTGTCGCGTGGATACTTAAATCGTGAAGAATTGACAGCACAGAAATTTATTAAAAATCCTTTTGGTTCAGGAATGATGTATAAAACAGGTGATCTGGCACGGTGGATACCGGATGGAAATATTGAGTACCTTGGCCGTATAGATGATCAGGTTAAGATAAGAGGTTTCAGAATCGAACCAGGAGAAATTGAAAGTACTTTGATGGAACTCGAAGGAGTTAGTGGAGCAGCCGTTGTAGTACGACAAGACAAGCAAGGAGAAAAATATCTGTGTGCTTATGTAGTCGTTCATACAGAAGTAGAAAAATTAGACGAAGATACAATCAAGAGTGAATTACGCAAGAAGTTACCAGACTATATGGTTCCTTTATATATTATTCGAATTGACCAAATTCCATTAAGTCATAATGGAAAGCTGGACAAAGCGGCACTACCAGAACCAGAATACAAGTCTAAGGAATATGCAGCACCAACAAATAGAGAAGAGAAGTTAGTAGTTGAAGCATTTGAGAAAATCCTAGGAGTAACAGAAATTAGTGTCCATGATAGCTTTTTTGACTTGGGTGGTCATTCACTGAAAGTTACATTATTGTGTAATGAATTAGAAAAGACAATCGGTATAAAACTGAAGCTTAGTGAAATATTTGCTTTATCTACACCCAAACGTATTGCAGAAAGAATTGGAAGTTTACAATATGATAGTTTTTCGGAAATACCGAAAATAGCTAAAGCAGAGTTCTATCCTATGAGTTCTGTTCAAAAGCGACTTTATCTTCTCAATGAGATAGTAGGTCCTAGTATTTCCTATAACATTTCGAATGTCATAAAATATGAAAACACTCTGGATAAAGAGCAGCTACAGGGAGCGTTAGATAAACTCTTAGAGAGAGAAGAAGTATTGAGAACCAGCTTCCATCTTATTAATGGAGAGCCAGTTCAAGTGATTCAACCAGATGCGAGAGTAGTATTAGAATACAAAGAAGCAGATACACTAGATATTCAAGATGAATATGATCGTTTTGTTTGCCCATTTGATTTATCCAAAGCACCTTTGATGCGGGTTAAGTTACTACAGACGCCACAAGCTTCATACTTGATGCTGGATATTCATCATATTGTTTCTGATGGAGAAAGTCTGCCTATTATGATGAACTGGATAAGCGAGTTATATGAAGGAAATACTTTATCAATGCCAAGGGTTCATTATAAAGATTTCTCTGCTTGGCAAATGACTCAGGATATTACGAAGCAGGCGGCATATTGGAAGAACGAGTTCTCAGGCGAAATTCCAATACTAAATTTGAATACAGATTTCCAACGTCCTAAGAAAAAGAGCTTCAATGGAGCCGACGTAAAAACTAAGATTGAAGAACCAGTTTTTATGGAAATAAAAGAATTAGCGAAGAAGCATGGTGCTACGGAATTCATGATTATGTTATCAACCTTTATGCTTCTATTGAGCAAGTACAGTCAACAGGAAGAAATTATAGTCGGAACTCCTGTATCAGGTAGAACCCACGTTGATACACAAGACATGCTGGGGATGTTTGTAAACTCCTTGGCTATCAAAGGAAATGTGAAACAAGAGGAGAGTTTTGAACAAGTATTGCTAGGAGTAAAAGAAAAATGTCTTCTTGCGTACGATAATTCGGACTTTCAATATGAAGACTTGGTTGAGGCAGTAGATGTAAAGAGAGATTTATCAAGAAATCCATTATTTGATGTAATGTTTATGATGCCAGAGAGTGAAATTATGTCTGGTTCAAAGAGCATTATGAGTGGAACATGGGTACCAATGGAAGGAAAAGTAGCTAAGTTTGATCTGAATTTAATGGTAATACACACATCAGAGGGTTATGTGGTCAATTTAGAGTATTCTACAGATTTATTTAAACAGGAAACGATAAAGCAAATGTTGGATGATTATGTTTCATTGCTTTCAGAAGTTGTCAAGAATCCAGAAGATCGTTTGCAAAAGCTACTTAAGAAAGAGGATGTTAAGAAAGAGGAGAAAGATTTGACCCAAGCAGAGCTTGATAATCATGCCGATCTTTTGGCACGGCAAGTTTCAGATTTGATGAAAGCATTGCATCAAAGAGATCAAGCCTACTGGAAGAAGAAAGCAGGTGATTTCCCGGATGCACCACAGTTACCGCTTCTTTCTAATGGGAGTGCTGTAAACAACGCAACAGTAAAACGTTTAGAAACGAAAATTTCTGCAAAAGACTGGGCGATTGTGAGAAACAAAGCTTTGGATAACAGAATTGCACCATCTGCGTTATTGTGCACAATATATGCGGAAGTTCTATTTAAATGGAGCAATCAATCCAATATGGCACTTAGCTTAAATCTGTTTAGTAATCAGCCTTTTCATCAAGATGGAATGTCGCTGATGGGGGATTTTGTATCAAAATTGTTGTTGGATATCGATTTATCATCTCACAGACCATTTTGGGAAAGAACTACTGAGATTCAGAATCGGTTATTTGAAGCGTTAAACCACAGATTTTACAGTGGGGTTGATTTCCTGCGTGATCTGGCTGAACATCGTGGTCAAGAAGCTCAAGCTATAATGCCAATTATATTTACAAGCATGCTTCGTGGCGAAGTGGATTCTTTCAATGCCAATATAGGTAGTAGGGGAGAATTGAAATACGGAATAAATCAGGCCCCTGAAGTATTTTTGGACTTCCAAGTTGCGGAAAGCGACGGACAATTAATGATGACTTGGGATTATGTGGAGGATTTGCTTGATGAAGATATGATCCGTGCCATGTTTGAAACGTATCAACTTCGATTGCAGCAAGTTATAGACAATAATCTTTCATCTATGCCGCTGCCTGTAACACAGTCTGAACTACTGCTTGATTACAATGATACACAAGGAGATTATGAAGGGGATTTACTGCAAAGATTAATAGACCGGCAATGTCAGAAGACGCCAGATGCTATTGCAGTCAAATTAGGACAGGATACATTGACTTATGGCGAGTTGGCGAGAAAATCCAATCAGGTCGCTCGTTATTTAGCAGAACAAAACTATGCGCACAATTCTTATATTGGCGTTTGGGCAGAGAGACGAATCGAGACCATTGTAAATACGGTGGGTATTTTAAAAGCCGGCCATGCTTATATTCCTGTGAACCCGGAACATCCTGAGGAAAGAATAGAATATATCGTGGAAAATAGTGATATCAAGCTCATGATTCATCCGGATTTATATGAAAAAGAGAACCTTTCCACCTATAACGATGGTGCCTTGGAATCGCTAGAAGGCTGCCAGCAGGATAGAGCCTATGCTATCTATACGTCAGGAAGTACTGGACAGCCTAAGGGCGTTGTGATCACCCATGAGGCAGTAGTGAATACACTATTAGATATTAATGAGAGATTCAAAGTAGGCAGCGAAGATAAAATCATTGCCCTATCATCGATGAGCTTTGATTTATCTGTCTATGATATTTTTGGAGCACTCATTAGTGGAGCCCAGTTAGTATTAATTCCCGATCTCTTAGATGTGGCCAGCATTCATCAGATCATGATCGAAGAAGAAATCACGATATGGAACTCGGTTCCGGCCATTATGGATATGTATCTGGAGAATACAAAACAAGATACAGTGCAGAGATCTGCAGCAGAACGCTTACGTAGGGTGATGCTAAGTGGAGACTGGATTGCTCTTGGTTTGCCGGAGAAAATCAAAACAAGAATGCCAAAAGCACAAGTCATCGGGTTAGGTGGAGCAACAGAAGGCACTATATGGTCCATCTATTTCCCAATCACAGAAGTGAAGCCGGAGTGGAAAAGTATCCCTTATGGCTATCCGTTGAAAAATCAACAAATTTATGTACTGGATGAATGGGGAGAGGAATGCCCGATAGGCGTTCCAGGAGAACTGCATATTGGTGGAAAAGGAGTCGCCGCAGGTTATCTCAATGAAGAAGAGAAGACGAAGGCCGCCTTTATCAACCATAGATTAGGGTATCTGTACAAAACAGGTGATTATGGTGTCATGCGTCGGGAAGGATATGTAGACTTCCTTGGAAGAAAAGACAGTCAAGTAAAGATACGTGGACATCGTGTCGAATTAGGAGAAATAGAACACTGTATCAATCATTTGCCCAATATTCACCAGTCCGTAGTCGCTGATTATAGTGATTCCCATGGAGAGAAGCAGCTGTGTGGGTATATTGTTGCAGATGAAACAGTAGAATTGGCAGAAATAAAAAGAGAGTTAGCAAAATATCTGCCTGATTATATGATCCCGGCACAATTCATACAGGTAGATGAGATTCCACTATCTGCAAATGGTAAGGTAGATCGTAAATTATTGCCGGACCCGGAAAAGAATATTGAAGAAAGTCAGATGATCAGGGGTTATGAGGAACCAAAGACCCAGACGGAGAAATTGGTAGTAGAGGCATTTGAATATGTACTTGGTATGGATAGAGTAAGTGTAAACGACAATTTCTTTGATTTGGGTGGATACTCGCTTAATGTAATCCGGCTGTGTAATGAATTAGAGAAGAGTGCAGGGGTAAGGTTACCACTTAGAGAAATTTTTGATTTAGTTACACCAAAAAATATTGCAGAACAAATTAAAAACTCAAAGGTTGTAAATACGTTTGAAGAAATACCAGAAATAGCAGAAGCAGAAAGCTATTCTATAAGTTCAGCTCAAAAGAGACTTTATCTTTTAGACCAACTAACAGGTCCTGGTACAACTTATAATATTCCTTTAGTAATCAAGCTTAAAGTTAAACCAGACGATAAGCGACTTCAGAGAGCATTGGATCAATTAGTAGAGCAAGAGGAAATTTTGAGGACAAGCTTCCATATAGTGAATGGTGAGCCAATTCAAAAAATTTCCTCAGATGCAAGAATTGTGCTGGAGCACAGTGAAGTTAATACAGCAGATTCACAGTATATCCAGGATGAATATAATACTTTCGTCCAACCATTTGACCTGTCAAAATCACCACTAATGCGTGCAAAAATACTGGATACTCCAAATGATTCATACTTATTTTTGGATATTCACCATATTTTATGTGACGCAGAAAGCATGCCGATTATGCTCTACAAAATACAAGAGTTATATGAAGGAAGAGAATTGTTAACACCACGAGTACAGTATAAAGACTTTTGTGTTTGGCAAAATGCTAGAGATATAACAGAACAGGCAGCGTACTGGAAGAAAGAATTTTCTGGTGATATACCAGTCCTGGATTTAATCATGGATTATCCACGCCCTCATAAACAAAGTTTTAGAGGTGCTAATTTCCGAACACAGGTAGAAGAAAACACGAGTATTCAAGTAAAAGAGTTAGCGAAGAAGTATGGTGCAACTGAGTTTATGGTTTTGTTATCCATCTTTTTCTCTATGTTAGGAAAATACAGTCGACAGGAAGAAATTATAGTAGGAACTCCAATATCGGGACGAAACCATACGGATACCCGAAATATGTTGGGCATGTTTGTAAACACTCTGGCAATCAAAGGGAATGTCTGCTCCGATGATTCATTTGAGGATGTATTATTAGGTATAAAAGAGAAATGTTTACAGGCGTACGATAACAAGGATTATCAGTTCGAGGATTTAGTTGAAGCAGTGGGAGTAAAGAGAGATTACTCAAGAAACCCAGTATTCGATGTGATGTTTGTATTGCAGGACGATGAGAGAGAGAGTTATTCGGATCGAATTCAATTTGGAACGAGGGAATCCGTTGAAGGAAGTATTTCTAAATTTGATCTTACCTTAACCATGATAAGTGATTCAGAAGGCTATAAGATTGATTTTGAATATTCTACAGACTTATTCAAACCAGAAACGATCGAGTACATGGCAAAACACTTCTTAACACTAATTGAAGGAGTTTTAATGTCTCCGGAAAAGAAGCTGCAGGATATTGCCATGGTAGATATGAACGAAGAAGCAAAAATATTGGATGAGTTCAATATGACGGATGCAGAATACCCTGATAATAAGACGATTGTGCAGTTACTTGAAGAGCAGGCTGCCAGAATACCTAATAGTATAGCAATTACATTTAATGGACAACAGCTGACCTATGCACAATTAAATGAACGGGCGAATGCTCTGGCAAGAAAACTTCGAATGGACTATAACATTCAACCCAATGACTTTGTGGTGATCTCAACAGAGAAGTGTTTGGAGATGGTGGTGGGTATATACGCTATTTTAAAGGCTGGAGCAGCTTACGTACCGGTTGATCCATCTTATCCAGAGGAAAGAATTAATTATATCATTAATGACTGTAAACCAAAGGTCGTATTATGCGGTACAAAAGAACCTGAAGCTGACATTCCTATCATGAATCTTCATGATGAGGCAAATTATAAAATGGAATGCAGTAACCTTGTCCATGTAAATCAATCAAGTGATTTGATGTATGTAATTTATACCTCTGGTACGACTGGCAGGCCTAAGGGTGTTATGGTTCAGCATGTAAATGTAGTGCGATTACTTAAGAATGACAAGTTTAAGCTTGATTTCTATGAAAATGATATTTGGGTTCAATTCCATTCTTATTGTTTTGATGTTTCGGTTTGGGAAATATTCGGATGCCTATTAAATGGAGCAAAGCTTGTAATTCCTTCTGAAGATACGGTAAAAGATGGATATGCTTTTGGAGAGCTTTTGCAAAAAGAAGCGGTAACAATCTTATGCCAGGTACCTTCGCCATTTTATGCGTTGATCGATGCAACGACAGGACAAACAATAAATAGTTTACGATATGTTATTTTTGCAGGAGAGGCACTTTATCCAACACATTTGAAGAAATGGCATGAGAACAATAGGCATTGTCGTCTGGTTAATATGTACGGGCCTACAGAGACCACGGTATACGCTACTTATCGCGATATTGATGCTGAAGCCATCGAGAGAGGAATTAGCGACATAGGAAAGCCACTTCCAACATTGAAGATTTATATGTTAAATGGAAATGAACTTTGTGGAATTGGAGTTCCGGGTGAGTTATGTATAACAGGTGAGGGTGTATCTCAAGGATATTTAAATCGACAAGACCTGACAGACGAGAAGTTTGTACACAACCCATTTGGATCCGGAAAGATGTATCGGACAGGTGATTTGGCACGTTGGTTACCTAACGGAAACATTGAATATATTGGACGGATGGATGACCAAGCAAAAATCAGAGGATATCGTATTGAACCACGAGAAGTAGAAAGCCGTTTATTGGAGCTTGAAGGCATAAATGAAGCTGTAGTCATAGTGCGAGAAGACAAAAGGAATGAGAAATTCCTGTGTGCCTATGTAATAACTGAGACAGAAATAGAAGAAAAGGACGTTAAGATCAAGTTAAGTAAAGTATTACCAGATTACATGGTGCCTGCACATATTATTTCGGTTGATGCGATTCCGCTGACAAGTAACGGGAAACTTGACAAAGCCTCATTACCACAGCCGCAGTATAAGTCAAAGGAATATATTGCACCACGAAATGAATATGAAACTCTGATCGTGCAGGCATTTGAGAACATTCTAGATATTGAAAAAGTCAGTGTAACTGATAGCTTCTTTGATCTAGGGGGATCGTCACTGAAAGCAGTGCTCTTGTGCAATGAATTGGAGAAGGCCATAGGAGTAAGATTGTCAATTAGAGATGTTTTTACTTTTGGTACGCCCGAGCAGATAGCGGGAAATATCGAGTCGATTGAGAACGAGATGTTTGTGGCAATAGAACAAGCTTCAGCAGCTGAATACTACCCTACAAGTTCAGCTCAGAAACGACTCTATCTTCTAGACGAGATGACCGGACCTAACATTAACTACAACGTATCGGATGTCTATGCCTACGAAGAACCGCTGGATAAAGAAAGGCTACAGAAGGCTTTGGATAAGCTGTTACAGCAAGAAGAGATACTGCGAACTAGTTTCCATGTTGTGGACGGTGAACCCATTCAAACGATTTCTCCAGACGCAAGGGTTTTAATAGACTACAGCGAAGTGGACGAAATAGATGTACAAACAGAATACGATAAATTTATACAACCGTTTAATTTATCCGAAGCACCGTTGATGCGTGTGAAATTAATGAAGACAACAACGGCCTCCTATCTATTTGTTGATATTCATCACATTATATGTGATGGAGAAAGCCTGCCAGTTATACTGCATCAGGTGAACGAATTTTATGAAAATGATGAAACTGATCATGAATAA MKPYTKSVLEDGVNITLDQLLGIYANEKSRGVYFTQSDGSELFESYESLYFNAKSILGALQKQGFQKGSYIIFQTNNNLFFIRLFWGCILGGMIPVPLSVPLIASPDTEAFKKLVKVSEQLPNAWIITDERNLNTFRESYEANNLKYLEYETLACNMEEGQCVTVDCQDLAYIQYSSGSTGNPKGVKLTHENLVYNLAQIVDRLKLDTNDVMASWLPLTHDMGLIGYHLTPIFAGISHSLLNSGTFLKKSWLYLQKCAQLKATVLVSPNFGLDWMIKTVKDSHLENIDLSSVRNIMCGAEPISMDTIRRFYEKFSSSGLRENTIHQVYGMAEASLAVTIPEEGHNRSVCINRHKARIGQEVEYIETKEPNAAEFAIVGEPLYELEILIVDDEDHILGENYIGNIVIKGKNVFEGYMNHDSSPFNEQGFFCTGDLGLLRNGELIVMGRKKDILFVNGQNYYASDIENMLTLAIPELSQVVVCGVRNPSSIRDEIIVFVHNRKDAKAFLPLAHQVQDMVLERVGIAADYVIPIKTIPKTTSGKVQRFLLIERFENHEFDDVIAIAPYYYESSKESAKKPAWNKAEIENQIVEIAKEVFSIPSLKVDDTISRMGVSSLTLIRFQDEINQRFQVEIPIVSLFKMSTLEQIITIVGEQLQVEDVQTSELTGNKDMWYEPFPVTEIQGAYLVGRQNIMEMGNISTHAYYEFETELDIKRLNDALNRVLERQLMLRTIFDDTGMQKVRRSNSSYDICIEDLQDLSLEDQQKRILEKRNHRSHFVFQQDHWPLFELSAFILGEKKNYLFLDIDLLIADGGSLLILIQEIMDYYEKPNMEIEPLTFQFSDYVRALESFRESSAYQKAQDYWQAKIEDFPYAPQLPLVCEPEFIERPIFQRMEKSLTTHEWNVVKGLAAQYGVTPSVFLCTIYAEVLGKWSNQSRMALNLTLFNRQSFHPDVMKLIGDFTSVLLLDIDLSVHSAFWERASMVQDILFEAVDHRFYSGVDVIRNIASKREMTSKAIMPIVFTSMLFDKSEFTDVLPKLGKIKYGISQTPQVFLDFQVTERDGQLMMTWDYAKDLFDEDMISAMFETYQLRLQQVIDNNLSSMPLPVTQSELLLDYNDTQGDYEGDLLQRLIDQQCQKTPDAIAVKLGQDTLTYGELARKSNQVARYLAEQNYAHNSYIGVWAERRIETIVNTVGILKAGHAYIPVNPEHPEERIKYIVEHSDIKLMIHPDLYEKENLSTYNDGALELLEGCQQDKAYAIYTSGSTGHPKGVVITHEAVVNTLLDINKKFKVGSEDKIIALSSMSFDLSVYDIFGALISGAQLVLIPDLLDMSSIHQIMIEEEITIWNSVPAIMDMYLESTKQDTVRRSAAERLRMVMLSGDWISLGLPEKIKTRMPKAQVIGLGGATEGSIWSIYFPITEVKPEWKSIPYGYPLKNQQIYVLDDCGEECPVGVPGELHIGGKGVAVGYLNEEEKTKAAFINHRLGYLYKTGDYGVMRQEGYVDFLGRKDSQVKIRGHRVELGEIEHCINHLPNIHQSVVADYSDSHGEKQLCGYIVADEVVELAEIKRELAKYLPDYMIPAQFIQVDEIPLSANGKVDRKLLPNPEKYIEESKMIRGYEAPKTQTEKLVVEAFEHVLGMERVSVNDNFFDLGGDSIKAIHILNKIREAGYDSSMRNLLMERTPKLIAMNLSTKKEIIPAEQGEISGEISLTPIQNYFFAQNMMNPEHFNVCQVFKVREKLNVLALQKALSALVQHHDMLRATYKDKKQVIGKVEDKKWYGFTTIACESEEIQEKIKTTKVKMDLAEGPLLQAVLFSTPEQDYMMLLAHHMIMDVISWRILSEDLEKGYSQALNQKEITLPAKTVSFKVWSEGLARYSQSEKLKRRIAYWSELENKLVDGKLKEDSTDDKFEPKTAVVCLNSTITEKLLKESAHAYNTEINDLLVTALGRAVNKVTGQRTLAIQMEGHGREETVGSFDLGRTIGWFTSIYPVVLEELGTNIAQDIRNTKENLRRVPAHGIDYGLIKYADMVNSEEMDVEVAPDISFNYLGELGTKKESGDPYFEFSQLGYGQDTDPRNQFGPSINVIGHVQNGSLSMTVTCNSSRYLAERIEQIGKAYEEELIAVAEHCSHAQKSESTASDFGERVWKDSEFCYVQEAAKNRGEEVQRIYPLAPVQEGMLYEKLLDESSTKYVVQQTLRLTEVDVEKMHKAFESLATQHDILRTKICYRGVSVPRQVVLKERNLEFNYMEVDNESDYLDLKEQDVKRGFDLEEDTLVRMNLIKINNSGYRLIMTNHHIILDGWCLPILRRDLFNAYMATDEECLKIPNKTASNKMGSYEKFVDYINEKDKEPSLKYWEDLLQGYETRADILPMGRPEETEEESQSQEFKLSLEVTEQAEAVCAKYDVTLNTLVEACWGVLLEKYNSTNDVVFGKVVSGRNAEIEGIEEIVGLFINTIPVRISTTNEDTFADLLKSLQDQAIAANDHDFLPLAEIQNRTLLGRNLIGTLFFFEGYQGTSINIDGKLNVESEYYREQIGYDLGMTAFKSDRLHFRILFSTKLYNKEEINIIGSHLQRLMEQAIAAPHTKLTELGMTNEAEEMKELVQFNATDRDYPRDKTIVQLFEEQVARTPHNTAVVCGNEQLSYAELNARANKLALRLRREYHVQPDDFVAIIAERSIEMVVGLYAILKSGAAYVPIDPFYPEERIEYILEDSQPKAVLIGHGKYNISPEKVVDLYSASNYEEGAENPEHVNTPHDLIYLVYTSGTTGKPKGVMVEHRNIVNQQMWTQREYPLHEGESLLMKTTCAFDVFAWEVFWWMLAGGKLVILQQGEESQSDKIIKVIQDYKVNAIQFVPSMFNMFLEELDMSKERINTLRYIINIGEKLNAESVRHYNQLREKGQVRAELLNLYGPAETTVNSSGYHCPTDLNVDKVWIGEPISNTQIYILSNEKIAGIGVPGELCIAGESVSRGYLNREELTAQKFIKNPFGSGMMYKTGDLARWIPDGNIEYLGRIDDQVKIRGFRIEPGEIESTLMELEGVSGAAVVVRQDKQGEKYLCAYVVVHTEVEKLDEDTIKSELRKKLPDYMVPLYIIRIDQIPLSHNGKLDKAALPEPEYKSKEYAAPTNREEKLVVEAFEKILGVTEISVHDSFFDLGGHSLKVTLLCNELEKTIGIKLKLSEIFALSTPKRIAERIGSLQYDSFSEIPKIAKAEFYPMSSVQKRLYLLNEIVGPSISYNISNVIKYENTLDKEQLQGALDKLLEREEVLRTSFHLINGEPVQVIQPDARVVLEYKEADTLDIQDEYDRFVCPFDLSKAPLMRVKLLQTPQASYLMLDIHHIVSDGESLPIMMNWISELYEGNTLSMPRVHYKDFSAWQMTQDITKQAAYWKNEFSGEIPILNLNTDFQRPKKKSFNGADVKTKIEEPVFMEIKELAKKHGATEFMIMLSTFMLLLSKYSQQEEIIVGTPVSGRTHVDTQDMLGMFVNSLAIKGNVKQEESFEQVLLGVKEKCLLAYDNSDFQYEDLVEAVDVKRDLSRNPLFDVMFMMPESEIMSGSKSIMSGTWVPMEGKVAKFDLNLMVIHTSEGYVVNLEYSTDLFKQETIKQMLDDYVSLLSEVVKNPEDRLQKLLKKEDVKKEEKDLTQAELDNHADLLARQVSDLMKALHQRDQAYWKKKAGDFPDAPQLPLLSNGSAVNNATVKRLETKISAKDWAIVRNKALDNRIAPSALLCTIYAEVLFKWSNQSNMALSLNLFSNQPFHQDGMSLMGDFVSKLLLDIDLSSHRPFWERTTEIQNRLFEALNHRFYSGVDFLRDLAEHRGQEAQAIMPIIFTSMLRGEVDSFNANIGSRGELKYGINQAPEVFLDFQVAESDGQLMMTWDYVEDLLDEDMIRAMFETYQLRLQQVIDNNLSSMPLPVTQSELLLDYNDTQGDYEGDLLQRLIDRQCQKTPDAIAVKLGQDTLTYGELARKSNQVARYLAEQNYAHNSYIGVWAERRIETIVNTVGILKAGHAYIPVNPEHPEERIEYIVENSDIKLMIHPDLYEKENLSTYNDGALESLEGCQQDRAYAIYTSGSTGQPKGVVITHEAVVNTLLDINERFKVGSEDKIIALSSMSFDLSVYDIFGALISGAQLVLIPDLLDVASIHQIMIEEEITIWNSVPAIMDMYLENTKQDTVQRSAAERLRRVMLSGDWIALGLPEKIKTRMPKAQVIGLGGATEGTIWSIYFPITEVKPEWKSIPYGYPLKNQQIYVLDEWGEECPIGVPGELHIGGKGVAAGYLNEEEKTKAAFINHRLGYLYKTGDYGVMRREGYVDFLGRKDSQVKIRGHRVELGEIEHCINHLPNIHQSVVADYSDSHGEKQLCGYIVADETVELAEIKRELAKYLPDYMIPAQFIQVDEIPLSANGKVDRKLLPDPEKNIEESQMIRGYEEPKTQTEKLVVEAFEYVLGMDRVSVNDNFFDLGGYSLNVIRLCNELEKSAGVRLPLREIFDLVTPKNIAEQIKNSKVVNTFEEIPEIAEAESYSISSAQKRLYLLDQLTGPGTTYNIPLVIKLKVKPDDKRLQRALDQLVEQEEILRTSFHIVNGEPIQKISSDARIVLEHSEVNTADSQYIQDEYNTFVQPFDLSKSPLMRAKILDTPNDSYLFLDIHHILCDAESMPIMLYKIQELYEGRELLTPRVQYKDFCVWQNARDITEQAAYWKKEFSGDIPVLDLIMDYPRPHKQSFRGANFRTQVEENTSIQVKELAKKYGATEFMVLLSIFFSMLGKYSRQEEIIVGTPISGRNHTDTRNMLGMFVNTLAIKGNVCSDDSFEDVLLGIKEKCLQAYDNKDYQFEDLVEAVGVKRDYSRNPVFDVMFVLQDDERESYSDRIQFGTRESVEGSISKFDLTLTMISDSEGYKIDFEYSTDLFKPETIEYMAKHFLTLIEGVLMSPEKKLQDIAMVDMNEEAKILDEFNMTDAEYPDNKTIVQLLEEQAARIPNSIAITFNGQQLTYAQLNERANALARKLRMDYNIQPNDFVVISTEKCLEMVVGIYAILKAGAAYVPVDPSYPEERINYIINDCKPKVVLCGTKEPEADIPIMNLHDEANYKMECSNLVHVNQSSDLMYVIYTSGTTGRPKGVMVQHVNVVRLLKNDKFKLDFYENDIWVQFHSYCFDVSVWEIFGCLLNGAKLVIPSEDTVKDGYAFGELLQKEAVTILCQVPSPFYALIDATTGQTINSLRYVIFAGEALYPTHLKKWHENNRHCRLVNMYGPTETTVYATYRDIDAEAIERGISDIGKPLPTLKIYMLNGNELCGIGVPGELCITGEGVSQGYLNRQDLTDEKFVHNPFGSGKMYRTGDLARWLPNGNIEYIGRMDDQAKIRGYRIEPREVESRLLELEGINEAVVIVREDKRNEKFLCAYVITETEIEEKDVKIKLSKVLPDYMVPAHIISVDAIPLTSNGKLDKASLPQPQYKSKEYIAPRNEYETLIVQAFENILDIEKVSVTDSFFDLGGSSLKAVLLCNELEKAIGVRLSIRDVFTFGTPEQIAGNIESIENEMFVAIEQASAAEYYPTSSAQKRLYLLDEMTGPNINYNVSDVYAYEEPLDKERLQKALDKLLQQEEILRTSFHVVDGEPIQTISPDARVLIDYSEVDEIDVQTEYDKFIQPFNLSEAPLMRVKLMKTTTASYLFVDIHHIICDGESLPVILHQVNEFYENDETDHE NA NA NA NA NA D1-12_03800 465 ctsR COG4463 Transcriptional regulator CtsR GTGGGACATAATATTTCTGACATCATTGAACAGTACTTGAAACAAGTATTAGATCAAAATGGCAAAGAAATTTTAGAGATCAAACGCAGTGAAATCGCTGATAAATTTCAATGTGTTCCTTCCCAAATAAATTATGTCATCAACACCAGATTTACAAGTGAAAGAGGATATATTGTTGAAAGTAAACGGGGAGGCGGCGGTTATATTCGTATTATCAAAATTAAAATGAATAACGAAGTCGTCCTCATCAATAATATTATTTCGCAGATTCATACCCACTTGTCCCAGGCAGCCTCTGATGACATTATTCTCAGACTGTTAGAGGACGGAGTTATTTCGGAAAGAGAAGCTAAAATGATGGTGAGTGTAATGGATCGTTCAGTGCTATATATTGATTTGCCCGAACGGGATGAACTAAGAGCCAGAATGATGAAAGCAATGCTCACATCTTTAAAACTAAAGTAA MGHNISDIIEQYLKQVLDQNGKEILEIKRSEIADKFQCVPSQINYVINTRFTSERGYIVESKRGGGGYIRIIKIKMNNEVVLINNIISQIHTHLSQAASDDIILRLLEDGVISEREAKMMVSVMDRSVLYIDLPERDELRARMMKAMLTSLKLK PGPT0014610_235 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HEAT_SHOCK_PRTOEINS,PGPT0014610-ctsR-K03708 NA NA D1-12_03801 381 mcsA COG3880 Protein-arginine kinase activator protein ATGGAGTCCTCATTTCAAAACACCGGTTCTCAAATGTTCGGCTACTCAGAGCAAGGCACAGCTTGTAAGAAATGCGGTATGACGTTTCAGCAGCTGAGAAAAACAGGGCGTTTCGGCTGTGCGGAATGTTACGATACGTTCTACAGCCAAATTACGCCGATCTTGCGAAAAGTTCACAGCGGGAATACGGTGCATGCCGGGAAAATTCCAAAACGAATAGGCGGAAACCTGCATGTAAGACGGCAAATGGAAATGTTAAAAAAAGAACTTGAATCTTTAATACACCACGAAGAGTTTGAAAGAGCAGCGGAGGTCAGGGATCAGATCCGATCGTTAGAGCAGGAATTAAAAAGTACAGACAGTGAGGGGGAACAAGGGTAA MESSFQNTGSQMFGYSEQGTACKKCGMTFQQLRKTGRFGCAECYDTFYSQITPILRKVHSGNTVHAGKIPKRIGGNLHVRRQMEMLKKELESLIHHEEFERAAEVRDQIRSLEQELKSTDSEGEQG PGPT0014655_88 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-TRANSCRIPTIONAL_REGULATION,PGPT0014655-mcsA-K19411 NA NA D1-12_03802 1092 mcsB COG3869 Protein-arginine kinase ATGTCGCTCAAGCATTTTATTCAGGACGCACTAAGCAATTGGATGAAGCAAAAGGGACCTGAAAGTGACATTGTACTCAGCAGCCGTATACGGTTGGCCCGAAACTTTGAAAATATAAAGTTTCCCGCCCGGTATACGAATGAAGAAGCCTCATCCATCATTCAGCAATTCGAAGATCATTTTTCAGGTAAGGAACTGCCTGATATCGGTCAATTTCATTTAATCAGAATGAGTGAAGCTCAGCCTTTGGAAAAACGGGTGCTGATGGAGAAACATCTGATCAGCCCGAATTTAACGGAATCTCCTTTTGGCGGCTGTCTGCTTTCTGAAAATGAAGAAGTCAGCATTATGTTAAATGAAGAAGATCATATCAGAATTCAATGCCTCTTCCCCGGCTTCCAGCTTCTCAATGCCATAAAAGCGGCAAACCAGGTTGATGACTGGATTGAGGAGAAAGTGGATTACGCCTTTGGAGAGAAGAGAGGGTACTTAACAAGCTGTCCTACAAATGTAGGGACGGGACTAAGGGCTTCAGTCATGATGCATTTGCCGGGCCTTGTATTAACTAGGCAAATGAATCGAATTATCCCGGCAATTAACCAATTAGGCTTAGTTGTTAGAGGAATTTACGGTGAAGGCAGCGAAGCATTAGGAAATATCTTTCAAATTTCAAATCAAATCACACTCGGAAAATCAGAACAGGACATTGTAGATGATTTAAACAGTGTGGCTGCCCAGCTGATTGAGCAGGAACGTTCAGCCCGAGAAGCGCTTTACCAAACTTCGAAAATTGAATTGGAGGACCGGGTATTCAGATCTTACGGCGTTTTATCCAACTGCCGTATGATTGAATCAAAGGAAACGGCGAAATGCCTTTCTGACGTTCGACTGGGGATAGACCTTGGGATCATCAAAGGGCTATCAAGCAATATACTTAATGAACTGATGATTTTGACACAGCCGGGTTTTCTCCAGCAATATTCGGGCGGTGCATTACGGCCGAACGAAAGAGACGCGAGAAGAGCGGCGCTTATCAGGGAAAGGCTGCATTTAGAAATGAGTGCAAATAGACAGGAGGATGATTCGATATGA MSLKHFIQDALSNWMKQKGPESDIVLSSRIRLARNFENIKFPARYTNEEASSIIQQFEDHFSGKELPDIGQFHLIRMSEAQPLEKRVLMEKHLISPNLTESPFGGCLLSENEEVSIMLNEEDHIRIQCLFPGFQLLNAIKAANQVDDWIEEKVDYAFGEKRGYLTSCPTNVGTGLRASVMMHLPGLVLTRQMNRIIPAINQLGLVVRGIYGEGSEALGNIFQISNQITLGKSEQDIVDDLNSVAAQLIEQERSAREALYQTSKIELEDRVFRSYGVLSNCRMIESKETAKCLSDVRLGIDLGIIKGLSSNILNELMILTQPGFLQQYSGGALRPNERDARRAALIRERLHLEMSANRQEDDSI PGPT0014660_60 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-TRANSCRIPTIONAL_REGULATION,PGPT0014660-mcsB-K19405 NA NA D1-12_03803 2436 clpC COG0542 Negative regulator of genetic competence ClpC/MecB ATGATGTTTGGAAGGTTTACAGAGCGAGCTCAAAAGGTATTGGCACTGGCACAGGAGGAAGCACTGCGCTTAGGCCATACAAATATCGGAACTGAACATATACTATTAGGGTTAGTCCGTGAAGGTGAAGGGATCGCATTTAAAGCTTTAGAAGCTCTTGGCCTTAATTCAGATAAAATGCAGAAAGAAGTGGAAAGTTTGATCGGTCGAGGGCAGGAAAGTGCCACCTCTGTTCCTCATTACACACCTCGAGCCAAAAAGGTAATAGAGCTATCAATGGATGAAGCCAGAAAGCTAGGACATTCTTATGTGGGAACAGAACACATACTTCTCGGATTGATCCGTGAAGGAGAAGGCGTGGCGGCGAGAGTTCTGAATAATCTCGGTGTCAGCTTGAATAAAGCGAGACAGCAAGTGCTGCAGCTTCTGGGAAGCAATGAGACGGGGTCTTCTGCATCCGGTACCAACAGCAATGCAAACACGCCGACGCTTGACAGTCTGGCGCGTGATTTAACTGCGATTGCGAAGGAAGACAGTCTTGATCCGGTTATCGGGCGAAGCAAAGAAATTCAGCGTGTTATTGAGGTATTAAGCCGCAGAACGAAAAATAATCCCGTTCTTATCGGAGAACCGGGTGTAGGTAAAACTGCGATTGCTGAAGGCCTTGCACAGCAGATCATCAATAATGAAGTGCCGGAAATTTTACGTGATAAACGCGTAATGACGTTAGACATGGGTACGGTTGTAGCCGGTACGAAATACCGCGGAGAATTTGAAGACCGCTTGAAAAAAGTAATGGATGAAATACGTCAGGCCGGCAATATTATTTTATTCATTGACGAACTGCATACACTGATCGGAGCAGGGGGAGCAGAAGGTGCGATTGACGCATCGAATATTTTAAAACCTTCACTGGCCCGCGGAGAGCTTCAATGCATCGGTGCCACAACGCTTGATGAATACCGTAAATATATCGAAAAAGACGCGGCTCTCGAGCGCCGTTTCCAGCCGATTCAGGTGGATCAGCCGTCAGCCGATGAAAGCATTCAAATTTTAAAAGGGCTCCGTGACCGCTATGAAGCGCATCACCGCGTATCCATTACCGATGAAGCGATCGAAGCCGCGGTTAAATTGTCCGACCGTTATATTTCTGACCGCTTCCTTCCGGATAAAGCGATCGATTTAATTGATGAAGCCGGTTCAAAAGTGCGTCTCCGTTCTTTCACAACGCCTCCGAACTTAAAAGAGCTTGAGCAGAAACTCGATGAAGTTCGCAAGGAAAAAGACGCTGCCGTTCAGAGCCAGGAGTTTGAAAAAGCGGCTTCCCTTCGTGATACGGAGCAGCGCCTGAGAGAACAGGTGGAAGACACGAAAAAAACCTGGAAAGAAAAACAAGGCCAGGAGAACTCCGAAGTTTCTGTAGAGGATATCGCGATGGTTGTATCCAGCTGGACCGGGGTGCCCGTATCTAAAATTGCCCAAACGGAAACAGATAAGCTTCTCAATATGGAAAGCATTCTGCATTCCCGCGTCATCGGCCAGGATGAAGCCGTTGTAGCCGTGGCAAAGGCTGTCAGACGTGCAAGAGCCGGACTGAAGGACCCGAAACGTCCGATTGGTTCATTCATCTTCTTAGGCCCTACAGGCGTTGGGAAGACAGAGCTGGCAAGAGCGCTGGCGGAATCCATTTTCGGTGATGAGGAAGCGATGATCAGAGTGGATATGTCCGAATACATGGAGAAACACTCGACTTCACGTCTTGTCGGTTCTCCTCCGGGATATGTCGGCTATGATGAAGGCGGCCAGCTGACAGAAAAAGTGAGAAGAAAACCTTACTCTGTCGTATTGCTTGATGAAATTGAAAAAGCACACCCTGATGTGTTTAACATTCTCCTGCAAGTGCTTGAAGACGGACGCTTGACTGATTCAAAAGGACGCACTGTGGATTTCCGCAACACGATCCTGATTATGACGTCAAACGTCGGGGCGAGCGAGCTGAAGCGCAACAAATATGTGGGCTTCAATGTCCAGGATGAATCACAAAACCATAAAGACATGAAAGACAAAGTCATGGGAGAGCTGAAGCGTGCCTTCAGACCTGAGTTTATCAACCGGATTGACGAAATTATCGTCTTCCACTCCCTTGAGAAAAAACATCTTACAGACATCGTGTCGCTTATGTCTGATCAGTTAACAAAACGTCTGAAAGAACAAGATCTCTCTATCGAGCTGACGGATGCTGCCAAAGCAAAAGTAGCAGAAGAGGGCGTCGATTTGGAATACGGCGCACGTCCGTTAAGAAGAGCGATTCAAAAGCATGTGGAGGACCGGTTATCAGAAGAACTCCTCAGAGGCAATATTGATAAAGGCCAGCACATTGTTCTTGATGTTGAGGACGGCGAATTTGTCGTAAAAACAACTGCTAAAACGAACTAA MMFGRFTERAQKVLALAQEEALRLGHTNIGTEHILLGLVREGEGIAFKALEALGLNSDKMQKEVESLIGRGQESATSVPHYTPRAKKVIELSMDEARKLGHSYVGTEHILLGLIREGEGVAARVLNNLGVSLNKARQQVLQLLGSNETGSSASGTNSNANTPTLDSLARDLTAIAKEDSLDPVIGRSKEIQRVIEVLSRRTKNNPVLIGEPGVGKTAIAEGLAQQIINNEVPEILRDKRVMTLDMGTVVAGTKYRGEFEDRLKKVMDEIRQAGNIILFIDELHTLIGAGGAEGAIDASNILKPSLARGELQCIGATTLDEYRKYIEKDAALERRFQPIQVDQPSADESIQILKGLRDRYEAHHRVSITDEAIEAAVKLSDRYISDRFLPDKAIDLIDEAGSKVRLRSFTTPPNLKELEQKLDEVRKEKDAAVQSQEFEKAASLRDTEQRLREQVEDTKKTWKEKQGQENSEVSVEDIAMVVSSWTGVPVSKIAQTETDKLLNMESILHSRVIGQDEAVVAVAKAVRRARAGLKDPKRPIGSFIFLGPTGVGKTELARALAESIFGDEEAMIRVDMSEYMEKHSTSRLVGSPPGYVGYDEGGQLTEKVRRKPYSVVLLDEIEKAHPDVFNILLQVLEDGRLTDSKGRTVDFRNTILIMTSNVGASELKRNKYVGFNVQDESQNHKDMKDKVMGELKRAFRPEFINRIDEIIVFHSLEKKHLTDIVSLMSDQLTKRLKEQDLSIELTDAAKAKVAEEGVDLEYGARPLRRAIQKHVEDRLSEELLRGNIDKGQHIVLDVEDGEFVVKTTAKTN PGPT0014585_2924 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HEAT_SHOCK_PRTOEINS,PGPT0014585-clpC-K03696 NA NA D1-12_03804 1380 radA COG1066 DNA repair protein RadA ATGGCTAAATCAAAAACAAAATTCATCTGCCACTCATGCGGTTATGAATCCGCAAAATGGATGGGAAAGTGCCCGGGCTGCGGGGCTTGGAATACAATGGTGGAAGAAACCATAAAAAAAGCGCCGGCGAATCGGCGGGCGGCTTTCTCCCACTCCGTTCAAACCGTCCAGAAACCATCACCCATTACATCAATTGAAACATCAGAAGAACCCCGCGTTCAAACAAAGCTCGAAGAATTCAACAGAGTGCTTGGCGGCGGCGTTGTGAAAGGCTCGTTAGTATTGATCGGCGGCGATCCCGGGATCGGAAAATCCACGCTCCTTCTCCAAGTATCCGCACAATTAGCAGATACGGCCGGCAGCGTGCTTTACATTTCAGGGGAAGAATCCGTGAAGCAAACGAAGCTGCGCGCCGACAGACTTGGCATCAACAGCCAAATGTTACATGTTTTATCTGAAACCGATATGGAGTATATTTCGTCTGCTATACAAGAGATGAAACCCGCATTTGTTGTCGTAGACTCCATTCAGACCGTTTACCAAAGTGATATCACCTCAGCTCCCGGCAGTGTATCACAAGTAAGAGAGTGTACGGCCGAATTGATGAAAATCGCGAAAACAAACGGCATACCTATTTTTATCGTCGGACACGTCACAAAAGAAGGATCGATCGCAGGGCCGAGATTGCTTGAGCACATGGTCGATACCGTTCTATACTTTGAAGGAGAGCGGCATCATACATTCCGTATTTTGCGGGCCGTAAAAAACCGTTTCGGCTCAACAAATGAAATGGGCATCTTTGAAATGCGGGAAGAGGGGCTTACGGAAGTGCTCAACCCTTCTGAAATTTTCTTGGAAGAGCGTTCTGCCGGGGCATCGGGTTCGAGTATCGTTGCGTCAATGGAAGGAACGAGACCGATTCTGGTTGAAATCCAGGCGCTCATATCACCGACCAGTTTTGGAAACCCGCGCCGCATGGCTACAGGCATTGACCACAACAGGGTATCGTTAATTATGGCTGTGCTTGAGAAGCGTGTGGGTCTTTTGCTTCAAAATCAAGATGCATATTTAAAAGTCGCCGGCGGGGTCAAACTGGATGAACCGGCGATTGATTTGGCAGTAGCCGTCAGCATTGCCTCAAGCTTCAGAGATACACCGCCGAATCCCGCAGATTGCTTTATCGGTGAAGTGGGACTGACAGGAGAAGTCCGCAGGGTGTCAAGAATCGAACAGCGCGTAAAAGAAGCGGCGAAACTCGGCTTCAAGCGCATGATCATACCTGAGGCGAATGCAGACGGGTGGACAATACCAAAAGGGATTGAGGTTGTCGGAGTAGCAAATGTTGCAGAAGCGCTTCGTACTTCATTAGGAGGATCATAA MAKSKTKFICHSCGYESAKWMGKCPGCGAWNTMVEETIKKAPANRRAAFSHSVQTVQKPSPITSIETSEEPRVQTKLEEFNRVLGGGVVKGSLVLIGGDPGIGKSTLLLQVSAQLADTAGSVLYISGEESVKQTKLRADRLGINSQMLHVLSETDMEYISSAIQEMKPAFVVVDSIQTVYQSDITSAPGSVSQVRECTAELMKIAKTNGIPIFIVGHVTKEGSIAGPRLLEHMVDTVLYFEGERHHTFRILRAVKNRFGSTNEMGIFEMREEGLTEVLNPSEIFLEERSAGASGSSIVASMEGTRPILVEIQALISPTSFGNPRRMATGIDHNRVSLIMAVLEKRVGLLLQNQDAYLKVAGGVKLDEPAIDLAVAVSIASSFRDTPPNPADCFIGEVGLTGEVRRVSRIEQRVKEAAKLGFKRMIIPEANADGWTIPKGIEVVGVANVAEALRTSLGGS PGPT0014905_1960 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0014905-radA-K04485 NA NA D1-12_03805 1083 disA COG1623 DNA integrity scanning protein DisA ATGGAAAAAGAGAAAAAAGGGGCGAAACAAGAGCTTGACCTGTCTGCAATTCTGCAGTTCGTTGCACCGGGCACCCCGCTCAGAGCCGGGATAGAGAATGTACTTCGGGCAAATACAGGCGGCCTGATTGTTGTCGGATACAATGATAAGGTAAAGCAAGTCGTCGATGGCGGTTTTCATATTAATACATCATTTGCGCCCGCTCACTTATACGAGCTGGCCAAAATGGACGGTGCCATTATTTTAAGTGATTCCGGCCAGAAAATTCTTTATGCGAATACACAGCTTATGCCGGAGGCGACCATTTCTTCTTCAGAAACGGGAATGAGGCACCGTACGGCGGAACGGGTGGCGAAGCAGACCGGCTGTCTCGTCATCGCCATTTCTGAGCGCAGAAATGTCATTACGTTATATCAGGACAGCATGAAGTACACACTAAAGGACATAGGTTTTATTTTAACAAAGGCAAATCAGGCCATTCAAACGCTCGAGAAGTATAAAACCATTTTAGACAAAACAATTACGGCTCTAAACGCATTAGAGTTTGAGGAGCTTGTGACATTCAGTGACGTGCTGTCTGTCATGCATCGGTATGAAATGGTGCTCCGAATAAAAAATGAAATCAATATGTATATTAAAGAACTCGGAACGGAAGGACACTTAATCCGTCTGCAGGTGATTGAACTGATTACGGACATGGAAGAAGAGGCGGCACTTTTCATCAAAGACTATGTCAAAGAAAAAATCAAAGATCCGTTCGTGCTGTTAAAAGAGCTCCAGGATATGTCCAGCTATGATCTGCTGGATGATTCCATTCTGTTTAAACTGCTTGGATACCCGGCTTCTACGAATCTTGATGATTATGTGCTCCCGAGAGGCTACAGGCTGCTGAACAAAATTCCGCGTCTGCCGATGCCGATTGTTGAAAATGTGGTTGAGGCGTTCGGATTTTTGCCAAGCATAACGGAAGCCACTGTAGAAGAGCTTGATGATGTCGAGGGTATCGGCGAAGTGCGCGCCCAAAAAATCAAAAAAGGCTTAAAACGCCTTCAGGAAAAACACTATATAGATAGACAGCTTTAA MEKEKKGAKQELDLSAILQFVAPGTPLRAGIENVLRANTGGLIVVGYNDKVKQVVDGGFHINTSFAPAHLYELAKMDGAIILSDSGQKILYANTQLMPEATISSSETGMRHRTAERVAKQTGCLVIAISERRNVITLYQDSMKYTLKDIGFILTKANQAIQTLEKYKTILDKTITALNALEFEELVTFSDVLSVMHRYEMVLRIKNEINMYIKELGTEGHLIRLQVIELITDMEEEAALFIKDYVKEKIKDPFVLLKELQDMSSYDLLDDSILFKLLGYPASTNLDDYVLPRGYRLLNKIPRLPMPIVENVVEAFGFLPSITEATVEELDDVEGIGEVRAQKIKKGLKRLQEKHYIDRQL PGPT0014770_280 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-SPORULATION_SIGNALLING,PGPT0014770-disA-K07067 NA NA D1-12_03806 1101 yacL COG4956 putative PIN and TRAM-domain containing protein YacL ATGTTAAAACGAATAGTTCAGGCGTTCTTCATTATTGTGGGCGGCGTTGTCGGTATCTTTTTAATACCTGAATTGTTTGTGCTGTCAAATATACAGGACATACCTTTAATAACAAACGCATATACGTCTGCTGCAATTGGTGCTATTATCTTTTTTCTCATCAGTATATGGACGACAGAATATGTGATTAATTGGGTAAAATGGATTGAAGATTCTTTGCTGAGAGCTCCGGTGCCGGATCTGTTATTCGGGAGTCTCGGATTGGTTTTTGGACTTATCATCGCATACCTCATTGTAAACGTGATTCCGCTGGACAATATTCCGTACCGTATATTCAGCACCATCATTCCGGTCTTTCTGGCTTTCTTTCTCGGTTATCTGGGCTTCCAAGTCGGATTTAAGAAAAAGGATGAACTGATCAGTCTTTTCTCCATTTCTGCAAGAATGCAGAAGAAAAAGGGAAGTGCTGATGAGGAGCAGGAAGAACAGGATAAAAGGCTGAAAATCTTGGATACAAGTGTTATTATTGATGGGAGAATTGCAGATATTTGTCAGACGGGCTTTTTAGAAGGCGTCATTGTCATTCCTCAATTTGTGCTGGAGGAATTACAGCATATCGCTGATTCTTCAGATGTTTTAAAACGTAACAGAGGACGCCGCGGACTGGATATCTTGAATCGCATTCAAAAGGAACTGGATATTACGGTTGAAATTTATGAAGGCGACTTCGAAGACATTCAGGAGGTTGACAGCAAGCTTGTCAAACTTGCGAAGCTGACATCCGGTGTCGTTGTGACGAATGATTTTAATTTAAATAAAGTATGTGAGCTTCAGAAGGTTGCGGTACTGAATATTAATGACCTTGCAAACGCGGTGAAGCCGGTTGTGCTTCCGGGCGAAGAGATGAATGTGCAGGTGATTAAGGACGGGAAAGAGCATAATCAAGGTGTGGCTTACTTGGATGACGGGACGATGATTGTTGTGGAAGAAGGCCGCAATTATATAGGGAAACATATTGATGTGCTCGTAACCAGCGTACTGCAGACAGCGGCGGGACGAATGATTTTTGCCAAGCCCAAGCTGCTTGAGAAAGCTCTTTAA MLKRIVQAFFIIVGGVVGIFLIPELFVLSNIQDIPLITNAYTSAAIGAIIFFLISIWTTEYVINWVKWIEDSLLRAPVPDLLFGSLGLVFGLIIAYLIVNVIPLDNIPYRIFSTIIPVFLAFFLGYLGFQVGFKKKDELISLFSISARMQKKKGSADEEQEEQDKRLKILDTSVIIDGRIADICQTGFLEGVIVIPQFVLEELQHIADSSDVLKRNRGRRGLDILNRIQKELDITVEIYEGDFEDIQEVDSKLVKLAKLTSGVVVTNDFNLNKVCELQKVAVLNINDLANAVKPVVLPGEEMNVQVIKDGKEHNQGVAYLDDGTMIVVEEGRNYIGKHIDVLVTSVLQTAAGRMIFAKPKLLEKAL NA NA NA NA NA D1-12_03807 699 ispD COG1211 2-C-methyl-D-erythritol 4-phosphate cytidylyltransferase ATGGAGTATGTTGTCGTTATTCCGGCTGCCGGACAAGGAAAACGGATGAAGGCCGGGAAAAATAAGCTGTTCATCAGCTTAAAAGGTGCGCCTGTTATTATACACACACTGCGGGTTTTTGAAAGCCACGCACCCTGTCAGAAAATAATCCTGGTGATAAACGAGAGTGAACGGGAAGATTTTCGCCAGCTGCTGGCCCAATTTCCGATTCAGACGGAAATTGAGCTTGTTACCGGAGGTGCGGAGCGTCAGCACAGTGTGTACGAAGGACTGAAAGTGATTGATAAGGAATCGGTCGTCCTTGTTCATGACGGAGCGCGCCCGTTTGTCACACATCAGCATATCGATAAGCTCGTTGAAACAGCAGAGGAGGCGGGAGCGGCTGTCCTGGCTGTTCCTGTGAAAGACACGATAAAACGGGCGGAAGGCTCCCGGGTTGCGGAGACCTTTGATCGTTCAAGCTTGTGGGCCGTTCAAACGCCGCAGGCTTTTCGTCTTTCTTTATTGAAAAAGGCGCATACGGAAGCGGAAAACAAAGGCTTCTTAGGGACGGATGACGCCAGCCTCGTCGAGCGTCTTGATGGATATCAGGTGAGTATCGTTGAAGGCAGCTATACCAATATTAAGCTGACAACGCCGGATGATCTGATATCCGCGGAAGCAATCATGAAAGCGGAAAGTGGGAATCATAATGTTTAG MEYVVVIPAAGQGKRMKAGKNKLFISLKGAPVIIHTLRVFESHAPCQKIILVINESEREDFRQLLAQFPIQTEIELVTGGAERQHSVYEGLKVIDKESVVLVHDGARPFVTHQHIDKLVETAEEAGAAVLAVPVKDTIKRAEGSRVAETFDRSSLWAVQTPQAFRLSLLKKAHTEAENKGFLGTDDASLVERLDGYQVSIVEGSYTNIKLTTPDDLISAEAIMKAESGNHNV PGPT0007590_1998 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS OTHER_STRESS_RESPONSE_PROTEINS,PGPT0007590-ispD-K00991 NA NA D1-12_03808 477 ispF COG0245 2-C-methyl-D-erythritol 2,4-cyclodiphosphate synthase ATGTTTAGAATCGGACAAGGATTTGATGTGCATCAATTAACGGAAGGCCGTCCTCTCATCATCGGCGGAATTGAAATTCCTTATGAAAAAGGGCTGCTCGGACATTCAGATGCTGATGTATTGCTGCATACAGTCGCAGACGCGTGTCTCGGAGCGGCAGGTGAAGGAGATATCGGCAAACATTTCCCGGATACTGATCCGGAATTCAAAGATGCGGATTCTTTTAAGCTGCTTCAGCATGTCTGGAACATTGTAAAAGAAAAAGGGTACGTACTCGGAAATATAGACTGCACGATTATTGCGCAAAAGCCGAAAATGGCGCCGCATATTGATGCTATGAGAAAACGGATAGCAGAAGGCCTTGAGGCAGACGTTTCTCAAGTAAACGTAAAAGCAACGACGACAGAAAAGCTCGGGTTTACCGGAAGAGCCGAAGGAATTGCCGCTCAGGCAACCGTTCTGATCCAAAAAGCCTGA MFRIGQGFDVHQLTEGRPLIIGGIEIPYEKGLLGHSDADVLLHTVADACLGAAGEGDIGKHFPDTDPEFKDADSFKLLQHVWNIVKEKGYVLGNIDCTIIAQKPKMAPHIDAMRKRIAEGLEADVSQVNVKATTTEKLGFTGRAEGIAAQATVLIQKA PGPT0007595_1125 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS OTHER_STRESS_RESPONSE_PROTEINS,PGPT0007595-ispF-K01770 NA NA D1-12_03809 1452 gltX Glutamate--tRNA ligase ATGGGAAATGAAGTACGCGTTCGTTATGCACCGAGTCCGACCGGACATTTGCATATCGGTAACGCCAGAACGGCGCTTTTTAACTATTTATTTGCCCGCAGCCAAGGCGGAAAGTTTATTATCCGGATTGAGGATACGGACAAAAAGCGAAATATTGAAGGCGGAGAGCAAAGCCAGCTCAACTATTTGAAATGGCTCGGCATGGACTGGGATGAAAGTGTGGATGTCGGCGGAGAATACGGCCCGTACCGCCAGTCTGAGCGTAACGACATTTACAAAGAGTACTATGAAGAGCTTCTTGAAAAAGGGCTAGCTTATAAATGTTTCTGTACGGAAGAAGAACTTGAGAAAGAACGTGAAGAGCAAATCGCCCGCGGGGAAATGCCGCGCTATTCCGGCAAACACAGAAACCTGACTCAAAAAGAGCAGGAGCAGTTTTTAGCCGAAGGCAGACAGCCGAGCATCCGTTTCCGCGTGCCGGAAGGGAAAATCATCGCATTTAACGATATCGTAAAAGGTGAGATTTCTTTTGAATCAGACGGCATCGGCGACTTTGTCATCGTCAAAAAAGACGGAACACCGACGTATAACTTTGCCGTCGCGATTGACGATTACTTAATGAAAATGACGCACGTGCTCCGCGGTGAGGATCACATTTCAAATACACCGAAACAGATCATGATTTTCCAGGCATTCGGCTGGGATGTTCCTGTCTTCGGACATATGACGCTTATCGTGAACGAAAGCCGCAAAAAATTAAGTAAACGTGATGAATCAATTATCCAGTTTATTGAGCAGTATGATGAGCTGGGTTACCTGCCTGAAGCGCTGTTTAACTTTATCGGACTTCTCGGCTGGTCTCCCGTCGGTGAAGAAGAGCTTTTCACAAGAGAAGAATTCATTGACATTTTTGATGTAAATCGTTTGTCTAAGTCACCGGCTCTGTTTGATATGCATAAACTGAAATGGGTCAACAACCAATACGTCAAAGCGCTGGATCTTGATCAAGTTGTTGAGCTGACCCTGCCGCACCTGCAAAAAGCAGGAAAAGTCGGCACTGAGCTTTCTGCCGAAGAGCAGGAATGGGTTCGTAAATTAATCTCTCTTTACCATGAGCAATTGAGCTACGGCGCTGAAATTGTCGAGCTGACTGATTTGTTCTTTAAAGATGAGATCGAGTATAATCAAGAGGCAAAAGCCGTTCTGGAAGAAGAACAGGTGCCTGAAGTGCTCAGCGTATTTGCTGCGAAGCTTGAAGAGCTTGAAGAATTTACGCCTGAGCTGATCAAAGCCTCAATCAAAGCTGTTCAGAAAGAAACAGGCCATAAAGGCAAAAAGCTGTTCATGCCGATTCGTGTAGCGGTTACCGGTCAGACACACGGTCCGGAGCTTCCGCAGGCCATTGAGCTGATCGGCAGAGAAACAGCCGTAAGACGCCTGAAAAGCATTTAA MGNEVRVRYAPSPTGHLHIGNARTALFNYLFARSQGGKFIIRIEDTDKKRNIEGGEQSQLNYLKWLGMDWDESVDVGGEYGPYRQSERNDIYKEYYEELLEKGLAYKCFCTEEELEKEREEQIARGEMPRYSGKHRNLTQKEQEQFLAEGRQPSIRFRVPEGKIIAFNDIVKGEISFESDGIGDFVIVKKDGTPTYNFAVAIDDYLMKMTHVLRGEDHISNTPKQIMIFQAFGWDVPVFGHMTLIVNESRKKLSKRDESIIQFIEQYDELGYLPEALFNFIGLLGWSPVGEEELFTREEFIDIFDVNRLSKSPALFDMHKLKWVNNQYVKALDLDQVVELTLPHLQKAGKVGTELSAEEQEWVRKLISLYHEQLSYGAEIVELTDLFFKDEIEYNQEAKAVLEEEQVPEVLSVFAAKLEELEEFTPELIKASIKAVQKETGHKGKKLFMPIRVAVTGQTHGPELPQAIELIGRETAVRRLKSI PGPT0008460_5259 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM CE-BACTERIAL_FITNESS-TYPE_II_TOXIN-ANTITOXIN_SYSTEM_REALATED_FACTORS,PGPT0008460-gltX-K01885 NA NA D1-12_03811 654 cysE COG1045 Serine acetyltransferase GTGTTTTTTAAAATGCTAAAAGAAGACATAGATACAGTGTTCGATCAAGATCCGGCAGCAAGAAGCTATTTCGAAGTTGTTTTAACTTATTCTGGTTTACATGCTATATGGGCGCATCGGATTGCACATGCTTTATATAAACGGAGATTTTTCTTCCTGGCGCGCCTGATATCACAGATTGCCCGTTTCTTTACCGGAATTGAAATCCATCCCGGCGCGACCATCGGGAGAAGGTTTTTCATTGACCACGGTATGGGGGTCGTCATAGGGGAAACATGTGAAATCGGCAATAACGTGACGGTATTCCAGGGTGTCACTCTCGGGGGAACGGGAAAAGAAAAGGGAAAGCGGCATCCGACCATAAAAGATGATGCTTTAATTGCAACCGGAGCGAAGGTGCTCGGCTCTATTACGGTCGGTCAGGGTTCTAAAGTAGGGGCCGGCTCCGTTGTGCTTCGTGATGTTCCCGACTTTTCGACCGTTGTCGGCATACCGGGGAAAGTCGTCATTCAGAACGGAAGAAAAATCAAACGCGATCTCAATCACCAAGACTTGCCCGATCCGGTTGCTGACCGGTTTAGAGCATTGGAGCAGCAGATTTTTGAACTGCAGGCTGAACTGGAAGATAAAAAAGAAAGGATCAACCAAAAATGA MFFKMLKEDIDTVFDQDPAARSYFEVVLTYSGLHAIWAHRIAHALYKRRFFFLARLISQIARFFTGIEIHPGATIGRRFFIDHGMGVVIGETCEIGNNVTVFQGVTLGGTGKEKGKRHPTIKDDALIATGAKVLGSITVGQGSKVGAGSVVLRDVPDFSTVVGIPGKVVIQNGRKIKRDLNHQDLPDPVADRFRALEQQIFELQAELEDKKERINQK PGPT0020265_4256 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 D1-12_03812 1401 cysS COG0215 Cysteine--tRNA ligase ATGACCATTACACTTTATAATACATTGACACGGAAAAAAGAAACATTCGTTCCTCTTGAGGAAGGCAAAGTAAAAATGTACGTGTGCGGACCGACTGTATACAACTATATTCATATCGGAAACGCCCGTCCGGCGATTATGTATGATACCGTACGCAACTATTTGGAGTATAAAGGATACGATGTTCAATACGTATCGAATTTCACCGATGTTGACGACAAACTGATTAAGGCGGCCAACGAGCTCGGCGAGGACGTCCCGACCGTTTCTGAACGGTTCATTAAAGCGTATTTTGAAGACGTGGGCGCCCTCGGATGCCGGAAAGCGGATCTTCACCCCCGGGTCATGGAAAACATGGACGCCATTATTGAATTTGTCAGCGAGCTGATTAAAAAAGGCTACGCTTATGAATCAGAAGGCGACGTCTATTTCAAAACAAGGGCCTTCGAAGGCTACGGCAAGCTATCTCAGCAATCCATTGATGAACTCAGATCAGGCGCGCGTATCCGTGTTGGCGAGAAGAAAGAGGATGCGCTGGACTTTGCTCTTTGGAAAGCTGCTAAGGACGGAGAAATTTCATGGGATAGCCCTTGGGGAAAAGGCCGCCCGGGCTGGCATATTGAATGCTCCGCAATGGTGAAAAAGTATTTGGGTGACGAAATCGATATTCACGCCGGCGGTCAGGACCTGACATTCCCGCACCATGAAAACGAAATCGCGCAATCTGAAGCATTAACAGGCAAGACATTCGCAAAATACTGGCTTCACAACGGATATATCAATATCGATAATGAGAAAATGTCAAAATCGCTCGGCAACTTTGTTTTGGTGCACGATATCATTAAGCAATATGACCCGCAGCTTTTGAGATTTTTCATGCTGTCCGTTCATTACCGCCACCCGATCAACTATTCGGAAGAGCTGCTTGAGAAAACAAAAAACGCGTTTAACCGCCTGAAGACGGCATACAGTAATTTAAACCATCGTTTGATTAGCAGCACGAATCTGACTGACAATGATCAGGAATGGCTCGCTAAAATCGAAGAGCACCGCACTGCGTTTGAAGAAGCAATGGATGATGACTTTAATACGGCGAATGCGATTTCCGTTTGGTTTGATCTGGCGAAGCTCGCCAATTACTACATGCAGGAAGACAATACGGCGGATCACGTCATTAAAGCCTTTATCAGCATGTTTGACAGAATCGGATCTGTTCTCGGACTTACGCTCGGCGAAGAAGAGCTTGTCGACGAAGAGATTGAAGAGTTGATTGACAAGAGAAATGAAGCCCGCCGCAATCGCGATTTCGCTTTGTCAGACCAGATTCGCGATCAGCTGAAAAGCATGAATATCATTCTTGAAGATACAGCCCAGGGAACTCGCTGGAAGCGGGGAGAATAA MTITLYNTLTRKKETFVPLEEGKVKMYVCGPTVYNYIHIGNARPAIMYDTVRNYLEYKGYDVQYVSNFTDVDDKLIKAANELGEDVPTVSERFIKAYFEDVGALGCRKADLHPRVMENMDAIIEFVSELIKKGYAYESEGDVYFKTRAFEGYGKLSQQSIDELRSGARIRVGEKKEDALDFALWKAAKDGEISWDSPWGKGRPGWHIECSAMVKKYLGDEIDIHAGGQDLTFPHHENEIAQSEALTGKTFAKYWLHNGYINIDNEKMSKSLGNFVLVHDIIKQYDPQLLRFFMLSVHYRHPINYSEELLEKTKNAFNRLKTAYSNLNHRLISSTNLTDNDQEWLAKIEEHRTAFEEAMDDDFNTANAISVWFDLAKLANYYMQEDNTADHVIKAFISMFDRIGSVLGLTLGEEELVDEEIEELIDKRNEARRNRDFALSDQIRDQLKSMNIILEDTAQGTRWKRGE PGPT0002985_3922 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H2S-VOLATILE_PATHWAY,PGPT0002985-cysS-K01883 NA NA D1-12_03813 432 mrnC COG1939 Mini-ribonuclease 3 ATGCTTCAATTTGAACAAATCAAAGATTCAAAGCAGTTAAACGGTCTTGCGCTTGCTTATATGGGTGATGCCATTTTTGAAATATACGTCCGGCATCACCTGCTTAAGCAGGGCTTTACGAAACCGAATGACCTTCATAAGAAGGCGAGCCGGATTGTATCGGCAAAATCACAGGCAGACATATTGTTCCGCCTTCAGGACGAATCCTTTTTCACGGAGGAAGAGGAAGCCGTGCTGAGAAGAGGCAGAAACGCGAAATCAGGAACCACGCCTAAAAACACAGATGTACAGACGTACCGCCATAGTACAGCTTTTGAGGCTTTACTCGGATACCTTTTTCTTGAGAAAAGAGAAGAAAGACTGAATCAGCTGATTGCTGAGGCTATACAAGTCGGGACGTCAGGGAGGAAAGCAAATGAGTCAGCAACATGA MLQFEQIKDSKQLNGLALAYMGDAIFEIYVRHHLLKQGFTKPNDLHKKASRIVSAKSQADILFRLQDESFFTEEEEAVLRRGRNAKSGTTPKNTDVQTYRHSTAFEALLGYLFLEKREERLNQLIAEAIQVGTSGRKANESAT NA NA NA NA NA D1-12_03814 750 Putative TrmH family tRNA/rRNA methyltransferase ATGAGTCAGCAACATGATTACGTCATAGGAAAAAACGCTGTGATTGAGACGTTAAAGTCAGATCGCAAGCTGTATAAGTTATGGATGGCGGAAAACACAGTAAAAGGACAGGCGCAGCAAGTTATGGAGCTTGCTAAAAAGCGCGGCGTCACCATTCAATTTGTACCGAGGAAAAAACTCGATCAGATGGTGGAGGGGCAGCATCAGGGTGTTGTCGCCCAGGTGGCGGCATATGAATATGCACAATTAGACGAATTATATAAAAGAGCGGAAGAGAGAAACGAACAGCCTTTCTTTCTCATATTGGACGAGCTGGAAGACCCTCATAATCTCGGTTCCATCATGAGAACGGCTGACGCTGTCGGTGCACACGGCATTGTGATTCCGAAACGCAGAGCGGTCGGACTGACATCGACGGTCGCAAAAGCTTCGACCGGTGCGATTGAACACATTCCCGTCGTGAAGGTGACCAACCTTGCCCGGACACTTGATGAAATGAAGGAGCGGGGGATTTGGGTCGTCGGAACGGATGCATCCGCCCGGGAAGACTACCGCTCTATGGACGGCAAGATGCCTTTGGCGCTCGTTATCGGAAGCGAAGGCAGAGGAATGGGCCGGCTTGTGAAAGAGAAATGTGATTTTCTCATTAAACTTCCGATGGCCGGAAAAGTCACGTCTCTGAATGCGTCGGTAGCGGCCGGCCTTCTCATGTATGAAGTCTACCGGAAGCGCAATCCTTTAGGGGAATGA MSQQHDYVIGKNAVIETLKSDRKLYKLWMAENTVKGQAQQVMELAKKRGVTIQFVPRKKLDQMVEGQHQGVVAQVAAYEYAQLDELYKRAEERNEQPFFLILDELEDPHNLGSIMRTADAVGAHGIVIPKRRAVGLTSTVAKASTGAIEHIPVVKVTNLARTLDEMKERGIWVVGTDASAREDYRSMDGKMPLALVIGSEGRGMGRLVKEKCDFLIKLPMAGKVTSLNASVAAGLLMYEVYRKRNPLGE NA NA NA NA NA D1-12_03815 513 yacP COG3688 putative protein YacP ATGGACATCCTGTTAGTAGACGGATACAACATGATTGGAGCTTGGCCGCAGCTAAAGGATTTAAAAGCGAACAGTTTTGAAGAAGCGAGAGATGTACTGATCCAGAAGATGGCGGAATATCAGTCCTACACGGGAATCAGAGTCATTGTGGTGTTTGACGCACATCTGGTAAAAGGCATAGAGAAAAAACAAACGAATCACAGAGTCGAAGTGATTTTTACACGGGAGAATGAGACGGCGGATGAGCGGATCGAGAAGCTTGCCCAGGCGCTGAATAATATTGCGACACAGATTCATGTCGCAACCTCCGATTATACGGAGCAGTGGGCGATTTTCGGACAAGGGGCTCTCCGTAAATCCGCCCGGGAGCTTCTGAGGGAAGTGGATACGATAGAACGGCGGATTCAAAGGCGGGTTTCAAAGATCACTTCTGAAAAACCACCGGGTAAAATCGAGCTGTCCGAAGAGGTTTTGAAAACGTTTGAAAAGTGGCGCCGAGGCGGTCTGGATTAG MDILLVDGYNMIGAWPQLKDLKANSFEEARDVLIQKMAEYQSYTGIRVIVVFDAHLVKGIEKKQTNHRVEVIFTRENETADERIEKLAQALNNIATQIHVATSDYTEQWAIFGQGALRKSARELLREVDTIERRIQRRVSKITSEKPPGKIELSEEVLKTFEKWRRGGLD PGPT0010355_2 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-TETRACYCLINE_RESISTANCE,PGPT0010355-otrA|tetM|tetO-K18220 NA NA D1-12_03816 657 sigH COG1595 RNA polymerase sigma-H factor GTGAATCTACAGAACAGCAAGGGAAAGTTCAACAAAGTGCAATTTTGCCAGTTGGAGGACGAGCAGGTCATTGAAAAGGTTCATGTTGGGGATAGTGATGCGTTAGATTACTTGATTACGAAGTACCGTAATTTTGTACGGGCGAAAGCAAGGTCTTATTTTTTAATAGGGGCCGACAGAGAAGATATTGTACAGGAAGGGATGATAGGCTTATATAAGTCTATCCGAGACTTTAGAGAGGACAAGCTCACTTCATTTAAAGCTTTTGCAGAATTATGCATTACCCGCCAGATTATTACCGCAATAAAGACAGCTACCCGTCAGAAACACATTCCTTTAAATTCCTATGTTTCTTTAGACAAACCTATTTTTGATGAAGAATCTGACAGAACACTGCTTGATGTCATTTCAGGCGCTAAAACGTTAAATCCTGAAGAGATGATTATTAATCAGGAAGAATTTGATGATATCGAAATGAAAATGGGAGAACTGCTGAGCGATCTGGAGAGAAAGGTGCTTGTTCTGTACTTGGACGGAAGAAGTTACCAAGAGATTTCAGATGACTTAAACCGACACGTAAAATCAATCGATAATGCCCTGCAGCGCGTGAAGCGCAAGCTTGAAAAGTATTTAGAAATAAGAGAGATCAGCCTGTAG MNLQNSKGKFNKVQFCQLEDEQVIEKVHVGDSDALDYLITKYRNFVRAKARSYFLIGADREDIVQEGMIGLYKSIRDFREDKLTSFKAFAELCITRQIITAIKTATRQKHIPLNSYVSLDKPIFDEESDRTLLDVISGAKTLNPEEMIINQEEFDDIEMKMGELLSDLERKVLVLYLDGRSYQEISDDLNRHVKSIDNALQRVKRKLEKYLEIREISL PGPT0014795_1639 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0014795-sigH|sigG|sigF|sigE-K03091 NA NA D1-12_03817 180 secE Protein translocase subunit SecE ATGCGCATGATGAGTTTCTTTAAAGATGTTGGGAAAGAAATGAAAAAGGTTAGCTGGCCTAAAGGCAAAGAGTTAACGCGCTATACGATCACGGTGATTTCAACGGTTATCTTTTTTGTTATCTTTTTTGCCCTCCTTGATACAGGAATTTCTCAATTAATTCGTTTAATAGTTGAATAA MRMMSFFKDVGKEMKKVSWPKGKELTRYTITVISTVIFFVIFFALLDTGISQLIRLIVE PGPT0025715_3688 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-SEC-SECRETION_PATHWAY CE-SEC-SRP_CORE_COMPONENTS,PGPT0025715-secE-K03073 NA NA D1-12_03818 591 nusG_2 COG0250 Transcription termination/antitermination protein NusG TTGTTTTACACTTCATTTTTAAATGCGGGGAGGGAAGGACTGCAGAGTCCTGATAGAATGGAAAAGAATTGGTATGTTGTTCATACGTATTCCGGTTATGAAAACAAAGTAAAAGCGAACCTTGAAAAACGTGTGGAATCAATGGGAATGCAGGATAAAATTTTCCGCGTTGTCGTCCCTGAAGAAGAAGAGACTGATATTAAGAACGGCAAGAAAAAAGTAGTCAAAAAGAAAGTGTTCCCGGGTTATGTGCTTGTTGAAATCGTCATGACTGATGATTCCTGGTATGTGGTCCGCAACACGCCGGGCGTTACCGGATTCGTCGGATCAGCCGGTTCAGGCTCAAAGCCGACTCCGCTTCTTCCTGGCGAAGCGGAAACCATCTTAAAACGCATGGGCATGGATGAGCGGAAAACCGACATTGATTTTGAATTGAATGAGACAGTCAAAGTCATAGACGGACCTTTCGCCAACTTTACAGGATCAATTGAAGAGATTGATTATGATAAGAGCAAAGTGAAAGTATTCGTTAACATGTTCGGCCGTGAAACGCCGGTTGAACTGGAATTTACCCAGATCGACAAATTGTAA MFYTSFLNAGREGLQSPDRMEKNWYVVHTYSGYENKVKANLEKRVESMGMQDKIFRVVVPEEEETDIKNGKKKVVKKKVFPGYVLVEIVMTDDSWYVVRNTPGVTGFVGSAGSGSKPTPLLPGEAETILKRMGMDERKTDIDFELNETVKVIDGPFANFTGSIEEIDYDKSKVKVFVNMFGRETPVELEFTQIDKL NA NA NA NA NA D1-12_03819 426 rplK COG0080 50S ribosomal protein L11 GTGGCTAAAAAAGTAGTAAAAGTTGTAAAATTGCAAATTCCTGCTGGAAAAGCTAACCCAGCGCCGCCAGTTGGACCTGCACTAGGTCAAGCCGGTGTAAATATCATGGGATTCTGTAAGGAGTTTAATGCTCGTACAGCTGACCAAGCTGGTTTAATCATTCCTGTTGAAATTTCGGTTTACGAAGACCGTTCATTTACATTTATTACAAAAACTCCGCCTGCTGCAGTATTGCTTAAAAAAGCAGCTGGAATTGAGTCTGGTTCTGGTGAACCAAACCGTAATAAAGTGGCAACCGTTAAGCGCGATAAGGTTCGCGAAATCGCTGAAACGAAAATGCCTGACTTAAACGCAGCAGACGTTGAAGCGGCAATGCGCATGGTTGAAGGTACTGCCCGCAGTATGGGTATCGTTATCGAGGATTAA MAKKVVKVVKLQIPAGKANPAPPVGPALGQAGVNIMGFCKEFNARTADQAGLIIPVEISVYEDRSFTFITKTPPAAVLLKKAAGIESGSGEPNRNKVATVKRDKVREIAETKMPDLNAADVEAAMRMVEGTARSMGIVIED NA NA NA NA NA D1-12_03820 699 rplA COG0081 50S ribosomal protein L1 ATGGCTAAAAAAGGTAAAAAGTACGTTGAAGCTGCGAAGCTTGTAGACCGTGCGAAAGCTTACGACGTCGCTGAAGCAGTGGCGCTTACTAAAAAAACAAACACAGCTAAATTCGACGCTACAGTTGAAGTTGCTTTTCGTTTAGGGGTTGACCCTCGTAAAAACGATCAGCAAATCCGCGGTGCAGTTGTACTTCCTAACGGAACTGGTAAAACTCAGCGCGTGCTTGTATTCGCTAAAGGCGAAAAAGCAAAAGAAGCTGAAGCTGCCGGTGCAGACTACGTCGGCGATTCTGATTACATCGCGAAAATCCAGCAAGGCTGGTTCGAATTCGATGTAATCGTTGCGACTCCTGACATGATGGGTGAAGTCGGTAAAATCGGCCGTGTGCTTGGACCAAAAGGTCTTATGCCAAACCCTAAAACAGGAACCGTTACATTCGAAGTAGAAAAAGCAATCGGCGAAATCAAAGCTGGTAAAGTAGAATACCGCGTTGACAAAGCTGGTAACATCCATGTTCCGATCGGAAAAGTTTCTTTCGAGGATGAAAAACTTGTTGAGAACTTCACAACAATGTATGATACAATCCTGAAAGCAAAACCGGCTGCGGCTAAAGGTGTTTACGTGAAAAACGTTGCCGTTACTTCTACTATGGGCCCTGGTGTCAAAGTAGATGCTTCTACTTTCAACGTAAAATAA MAKKGKKYVEAAKLVDRAKAYDVAEAVALTKKTNTAKFDATVEVAFRLGVDPRKNDQQIRGAVVLPNGTGKTQRVLVFAKGEKAKEAEAAGADYVGDSDYIAKIQQGWFEFDVIVATPDMMGEVGKIGRVLGPKGLMPNPKTGTVTFEVEKAIGEIKAGKVEYRVDKAGNIHVPIGKVSFEDEKLVENFTTMYDTILKAKPAAAKGVYVKNVAVTSTMGPGVKVDASTFNVK NA NA NA NA NA D1-12_03822 501 rplJ COG0244 50S ribosomal protein L10 ATGAGCAGCGCAATTGATACAAAAAAAGTTGTTGTTGAAGAGATTGCTTCTAAACTGAAAGAAAGCAAATCAACGATCATCGTTGACTACCGCGGACTTAACGTTTCTGAAGTAACTGAACTCCGTAAACAGCTTCGCGAAGCTAACGTAGAGTTCAAAGTGTACAAAAACACAATGACTCGCCGTGCGGTTGAACAAGCTGAACTTGATGGTTTGAATGATGTCTTAACTGGACCGAATGCGATCGCATTCAGTACTGAAGATGTTGTCGCTCCGGCAAAAGTTCTTAACGAGTTCGCGAAAAATCACGAAGCTCTGGAAATCAAAGCGGGCGTTATCGAAGGAAAAGTATCTTCTGTTGAAGAAGTGAAAGCTCTTGCTGAACTTCCTTCACGCGATGGCTTACTTTCTATGTTGCTTAGCGTACTTCAAGCTCCAGTTCGCAACCTTGCACTTGCAGCTAAAGCAGTTGCAGACCAAAAGGAAGAACAAGGCGCTTAA MSSAIDTKKVVVEEIASKLKESKSTIIVDYRGLNVSEVTELRKQLREANVEFKVYKNTMTRRAVEQAELDGLNDVLTGPNAIAFSTEDVVAPAKVLNEFAKNHEALEIKAGVIEGKVSSVEEVKALAELPSRDGLLSMLLSVLQAPVRNLALAAKAVADQKEEQGA NA NA NA NA NA D1-12_03823 372 rplL COG0222 50S ribosomal protein L7/L12 ATGGCTTTAAATATCGAAGAAATCATTGCTTCCGTTAAAGAAGCAACTGTACTTGAATTGAACGACCTAGTAAAAGCAATCGAAGAAGAATTTGGCGTAACTGCTGCTGCTCCTGTAGCTGTAGCTGGCGGAGCTGCTGCTGGCGGCGCTGCTGAAGAGCAAAGCGAATTCGACCTTATCCTTGCTGGTGCAGGTTCTCAGAAAATCAAAGTTATCAAAGTTGTTCGTGAAATCACTGGTCTTGGCTTGAAAGAAGCTAAAGAACTTGTTGACAACACTCCAAAACCACTTAAAGAAGGTATTGCGAAAGAAGAAGCTGAAGAGCTTAAAGCTAAACTTGAAGAAGTTGGCGCTTCTGTAGAAGTTAAGTAA MALNIEEIIASVKEATVLELNDLVKAIEEEFGVTAAAPVAVAGGAAAGGAAEEQSEFDLILAGAGSQKIKVIKVVREITGLGLKEAKELVDNTPKPLKEGIAKEEAEELKAKLEEVGASVEVK NA NA NA NA NA D1-12_03824 606 rlmG COG2813 Ribosomal RNA large subunit methyltransferase G ATGAGTGAACACTATTATTCAGAAAAACCTTCAGTTAAAAGCGATAAACAGACATGGTCATTTACACTGCGGAACAGATCTTATACATTCACAAGTGACAGCGGCGTTTTCTCGAAAAAGGAAGTTGATTTCGGTTCGCGTGTCTTAATTGAAGCGTTTGAAGAGCCGGAGATCGATGGTGACTTCCTGGATGCAGGCTGCGGTTACGGCCCGATCGGTCTGTCGCTCGCCGGTGCATTTACAGACCGGACCGTGCACATGATTGACGTGAATGAAAGAGCCGTAGAGCTGTCAAATGAAAATGCAGAAAAAAACGGAATAAAAAACGTTCGGATTTATCAGAGTGATTTATTTTCAAATATTGATTCTGCTCAAACATTTGCTTCTATTATTACAAACCCCCCAATCCGCGCCGGAAAAAAAGTTGTCCATGCCATTTTTGAAAAAAGCGCTGAGCATTTAAGGGCTTCAGGTGAATTGTGGATCGTTATACAGAAAAAACAGGGCGGGCCTTCTGCCATTGAAAAACTGAAGGAGCTTTTTGACGAAGTTTCTGTGGTTCAAAAAAAGAAAGGCTATTATATCATAAAAGCAAAAAAAGTTTGA MSEHYYSEKPSVKSDKQTWSFTLRNRSYTFTSDSGVFSKKEVDFGSRVLIEAFEEPEIDGDFLDAGCGYGPIGLSLAGAFTDRTVHMIDVNERAVELSNENAEKNGIKNVRIYQSDLFSNIDSAQTFASIITNPPIRAGKKVVHAIFEKSAEHLRASGELWIVIQKKQGGPSAIEKLKELFDEVSVVQKKKGYYIIKAKKV NA NA NA NA NA D1-12_03825 3582 rpoB COG0085 DNA-directed RNA polymerase subunit beta TTGACAGGTCAACTAGTTCAGTATGGACGACACCGCCAGCGCAGAAGCTATGCTCGCATTAGCGAAGTGTTAGAATTACCAAATCTCATTGAAATTCAAACCTCTTCTTATCAGTGGTTTCTTGATGAGGGTCTTAGAGAGATGTTTCAAGACATATCACCAATTGAGGATTTCACTGGTAACCTCTCTCTAGAGTTCATTGACTACAGTTTAGGAGATCCTAAGTATCCCGTTGAAGAGTCAAAAGAACGTGATGTGACTTACTCAGCTCCGCTAAGAGTGAAGGTTCGTTTAATTAACAAAGAAACTGGAGAGGTAAAAGACCAGGATGTCTTCATGGGCGATTTCCCTATTATGACAGATACCGGTACTTTTATCATCAACGGTGCAGAACGTGTTATCGTATCTCAGCTTGTTCGGTCTCCAAGTGTATATTTCAGTGGTAAAGTAGACAAAAACGGTAAAAAAGGTTTTACCGCGACTGTCATTCCAAACCGTGGCGCATGGTTAGAATACGAAACTGATGCGAAAGATGTTGTGTATGTCCGCATTGATCGCACACGTAAGTTGCCGGTTACGGTTCTTTTGCGTGCTCTCGGCTTCGGTTCCGACCAAGAGATTCTCGATCTCATTGGTGAGAACGAATATCTCCGCAATACACTGGATAAGGACAACACCGAAAACAGTGACAAAGCGCTTCTTGAAATCTATGAGCGCCTTCGTCCCGGAGAGCCGCCTACAGTAGAAAACGCAAAAAGCTTGCTGGATTCCCGTTTCTTCGATCCGAAGCGATACGACCTTGCGAATGTAGGACGCTATAAAATTAATAAAAAGCTTCATATCAAGAACCGCCTGTTTAATCAGCGCCTTGCAGAAACACTGGTGGATCCGGAAACCGGTGAAATTCTCGCTGAAAAAGGGCAGATTCTTGACAGAAGAACACTTGATAAAGTGCTGCCATACTTAGAAAATGGAATCGGCTTCAGAAAGCTTTATCCTAACGGCGGCGTTGTCGAGGATGAAGTGATGCTTCAATCCATTAAAATCTATGCTCCTACTGATGCAGAAGGAGAGCAGACGATCAATGTGATCGGCAATGCTTACATCGAAGAGGCGATTAAAAACATTACGCCTGCTGATATTATTTCTTCTATCAGCTACTTCTTCAACCTCCTGCACGGAGTGGGCGACACTGATGATATCGACCATCTCGGAAACCGCCGTCTGCGTTCTGTAGGTGAGCTCCTGCAAAACCAATTCCGTATCGGTTTAAGCCGGATGGAACGTGTCGTACGTGAAAGAATGTCTATTCAAGACACGAATACAATTACGCCGCAGCAGCTGATTAACATCAGACCTGTTATTGCGTCTATTAAAGAGTTCTTCGGAAGCTCACAGCTTTCTCAATTCATGGATCAGACGAACCCGCTTGCTGAATTGACGCACAAACGCCGTCTGTCAGCTCTCGGACCGGGCGGTTTGACACGTGAGCGCGCAGGTATGGAAGTACGTGACGTTCACTACTCTCACTACGGCCGTATGTGTCCGATTGAAACGCCTGAGGGCCCGAACATCGGTTTGATCAACTCATTGTCATCATTTGCGAAAGTAAACCGCTTTGGTTTCATTGAGACGCCATACCGCCGCGTTGATCCTGAAACAGGAAAAGTAACGCCTAGAATCGACTACCTGACTGCTGATGAAGAGGATAACTATGTCGTAGCCCAAGCGAATGCTAAGCTGAGCGATGACGGTTCTTTCTTGGATGACAGCATCGTAGCGCGTTTCAGAGGGGAAAACACCGTTGTAGCCCGCAACCGCGTGGATTACATGGACGTATCTCCTAAACAGGTTGTTTCTGCTGCGACAGCATGTATTCCGTTCTTGGAAAACGATGACTCGAACCGCGCCCTCATGGGAGCGAACATGCAGCGTCAGGCTGTGCCTTTGATGCAGCCGGAAGCTCCGATCGTCGGAACGGGTATGGAATACGTATCCGGTAAAGACTCCGGTGCAGCCGTTATTTGTAAACACCCTGGTATCGTAGAACGGGTGGAAGCGAAAAACGTATGGGTGCGCCGCTATGAAGAAATTGACGGCCAAAAAGTAAAAGGCAACCTGGATAAGTACAGCTTGCTGAAATTTGTCCGCTCCAACCAAGGTACGTGCTACAACCAGCGTCCGATCGTAAGTGTCGGCGATGAAGTAGTCAAAGGAGAAATCCTTGCTGACGGACCTTCAATGGAGCTTGGTGAACTTGCTCTCGGCCGCAACGTAATGGTCGGCTTCATGACATGGGACGGTTACAACTATGAGGATGCCATCATCATGAGTGAACGCCTTGTGAAAGATGATGTATACACATCTATTCACATTGAAGAATATGAATCAGAAGCACGTGATACAAAGCTTGGACCGGAAGAGATCACCCGCGATATTCCAAACGTAGGGGAAGACGCGCTTCGCAACCTTGATGACCGCGGAATTATCCGTATCGGTGCGGAAGTCAACGACGGAGACCTTCTCGTAGGTAAAGTAACGCCTAAAGGTGTAACTGAGCTTACGGCTGAAGAACGCCTTCTTCATGCGATCTTTGGAGAAAAAGCGCGTGAAGTCCGTGATACTTCTCTCCGTGTGCCTCACGGCGGCGGCGGAATTATCCACGACGTAAAAGTCTTCAACCGTGAAGACGGCGACGAACTTCCTCCGGGAGTGAACCAGCTTGTACGCGTATATATCGTTCAGAAACGTAAGATTTCTGAAGGTGATAAAATGGCCGGACGTCACGGAAATAAAGGGGTTATCTCGAAGATTCTTCCTGAAGAAGATATGCCTTACCTTCCTGACGGCACGCCGATCGATATCATGCTTAACCCGCTGGGTGTACCATCACGTATGAATATCGGTCAGGTATTAGAACTTCACATGGGTATGGCTGCCCGCTACCTCGGCATTCACATCGCGTCACCTGTATTTGACGGCGCGCGTGAAGAAGATGTGTGGGAAACACTTGAAGAAGCAGGCATGTCAAGAGACGCTAAAACAGTTCTTTATGACGGCCGTACGGGAGAACCGTTCGACAACCGTGTATCAGTCGGAATCATGTACATGATCAAACTGGCTCACATGGTTGACGATAAACTTCATGCCCGTTCTACAGGTCCTTACTCACTTGTTACGCAGCAGCCTCTCGGCGGTAAAGCCCAATTCGGCGGACAGCGTTTCGGTGAGATGGAGGTTTGGGCGCTTGAAGCTTACGGCGCAGCTTACACGCTTCAAGAAATCCTGACTGTGAAGTCCGATGACGTGGTCGGACGTGTGAAAACATATGAAGCCATCGTCAAAGGCGACAATGTTCCAGAGCCTGGTGTTCCGGAATCATTCAAAGTATTGATCAAAGAGCTTCAAAGCTTAGGTATGGACGTAAAAATCCTCTCAGGCGATGAAGAAGAAATAGAAATGAGAGATCTAGAAGACGAGGAAGATGCGAAACAGGCTGACGGCCTTGCATTATCAGGTGATGAAGCGCCGGAAGAAACAGCATCTCCAGACGTTGAACGTGACGCAGTAACGAAAGAATAG MTGQLVQYGRHRQRRSYARISEVLELPNLIEIQTSSYQWFLDEGLREMFQDISPIEDFTGNLSLEFIDYSLGDPKYPVEESKERDVTYSAPLRVKVRLINKETGEVKDQDVFMGDFPIMTDTGTFIINGAERVIVSQLVRSPSVYFSGKVDKNGKKGFTATVIPNRGAWLEYETDAKDVVYVRIDRTRKLPVTVLLRALGFGSDQEILDLIGENEYLRNTLDKDNTENSDKALLEIYERLRPGEPPTVENAKSLLDSRFFDPKRYDLANVGRYKINKKLHIKNRLFNQRLAETLVDPETGEILAEKGQILDRRTLDKVLPYLENGIGFRKLYPNGGVVEDEVMLQSIKIYAPTDAEGEQTINVIGNAYIEEAIKNITPADIISSISYFFNLLHGVGDTDDIDHLGNRRLRSVGELLQNQFRIGLSRMERVVRERMSIQDTNTITPQQLINIRPVIASIKEFFGSSQLSQFMDQTNPLAELTHKRRLSALGPGGLTRERAGMEVRDVHYSHYGRMCPIETPEGPNIGLINSLSSFAKVNRFGFIETPYRRVDPETGKVTPRIDYLTADEEDNYVVAQANAKLSDDGSFLDDSIVARFRGENTVVARNRVDYMDVSPKQVVSAATACIPFLENDDSNRALMGANMQRQAVPLMQPEAPIVGTGMEYVSGKDSGAAVICKHPGIVERVEAKNVWVRRYEEIDGQKVKGNLDKYSLLKFVRSNQGTCYNQRPIVSVGDEVVKGEILADGPSMELGELALGRNVMVGFMTWDGYNYEDAIIMSERLVKDDVYTSIHIEEYESEARDTKLGPEEITRDIPNVGEDALRNLDDRGIIRIGAEVNDGDLLVGKVTPKGVTELTAEERLLHAIFGEKAREVRDTSLRVPHGGGGIIHDVKVFNREDGDELPPGVNQLVRVYIVQKRKISEGDKMAGRHGNKGVISKILPEEDMPYLPDGTPIDIMLNPLGVPSRMNIGQVLELHMGMAARYLGIHIASPVFDGAREEDVWETLEEAGMSRDAKTVLYDGRTGEPFDNRVSVGIMYMIKLAHMVDDKLHARSTGPYSLVTQQPLGGKAQFGGQRFGEMEVWALEAYGAAYTLQEILTVKSDDVVGRVKTYEAIVKGDNVPEPGVPESFKVLIKELQSLGMDVKILSGDEEEIEMRDLEDEEDAKQADGLALSGDEAPEETASPDVERDAVTKE NA NA NA NA NA D1-12_03826 3600 rpoC COG0086 DNA-directed RNA polymerase subunit beta' TTGCTAGATGTGAACAATTTTGAGTATATGAACATCGGTCTTGCTTCACCGGATAAAATCCGTTCATGGTCTTTTGGTGAAGTGAAAAAGCCTGAAACGATAAACTATCGTACGTTGAAACCTGAAAAGGACGGCCTGTTCTGCGAACGCATTTTCGGACCGACTAAGGACTGGGAATGTCATTGCGGCAAGTACAAGCGGGTTCGTTATAAAGGCGTAGTTTGTGACCGTTGCGGAGTTGAAGTAACGCGGGCTAAAGTCCGTCGTGAGAGAATGGGGCATATTGAACTGGCTGCCCCGGTTTCTCACATTTGGTATTTCAAAGGTATTCCGAGCCGTATGGGTCTTGTATTGGATATGTCACCGCGTGCGCTGGAAGAAGTTATTTACTTTGCTTCTTACGTCGTAACTGACCCGGCCAATACACCGCTCGAAAAGAAACAGCTTTTATCTGAAAAGGAATACCGTGCGTATCTGGATAAGTACGGTAACAAATTCCAAGCCTCTATGGGTGCGGAAGCCATTAATAAACTTCTGCAGGACATCGACCTTGTCAAAGAAGTTGATATGTTAAAAGAAGAGCTGAAGACTTCTCAAGGACAGCGCCGTACACGTGCGATCAAACGCCTTGAAGTGCTTGAAGCCTTCCGTAATTCAGGAAACAAGCCGTCTTGGATGATTCTCGACGTGCTTCCGGTTATTCCGCCTGAATTAAGACCGATGGTTCAGCTTGACGGCGGACGTTTCGCAACGTCTGACCTGAACGACCTTTACCGTCGTGTCATCAACCGTAATAACCGTTTAAAACGTCTGTTAGACCTCGGCGCGCCAAGCATCATCGTTCAGAACGAAAAACGTATGCTTCAGGAAGCAGTCGACGCTCTGATTGACAACGGACGCCGCGGCCGTCCGGTTACCGGACCGGGTAACCGTCCGCTTAAATCTCTTTCTCACATGCTGAAAGGGAAACAAGGGCGTTTCCGTCAGAACCTTCTCGGTAAACGTGTAGACTACTCAGGCCGTTCCGTTATCGTCGTAGGCCCGCATCTGAAAATGTATCAGTGCGGTTTGCCGAAGGAAATGGCGCTTGAGCTCTTCAAGCCTTTCGTCATGAAAGAGCTTGTTGAAAAAGGCCTTGCTCACAATATCAAGAGCGCAAAACGCAAAATCGAACGCGTGCAGCCTGAAGTATGGGATGTACTTGAATCTGTCATTAAGGAGCATCCGGTCTTACTGAATCGTGCCCCTACTCTTCACAGATTAGGTATCCAGGCTTTCGAACCGACGCTTGTTGAAGGACGCGCCATCCGTCTTCACCCGTTAGTATGTACAGCTTATAACGCTGACTTTGACGGTGACCAAATGGCGGTTCACGTACCTTTATCAGCTGAGGCTCAAGCTGAGGCGCGCATTCTGATGCTTGCGGCCCAAAACATCTTGAACCCTAAAGATGGTAAACCGGTTGTTACGCCGTCTCAGGATATGGTATTAGGAAACTACTACCTGACGCTTGAGCGCGCCGGAGCAGTCGGCGAGGGTATGGTTTTCAAAAATACGGACGAAGCGCTTCTTGCTTATCAAAACGGTTATGTTCACCTTCATACGAGAGTAGCTGTTGCAGCGAACTCCCTTAAGAATGTGACATTTACTGAAGAACAGCGTTCAAAATTGTTAATTACAACTGTCGGTAAGCTCGTCTTCAATGAAATTCTTCCGGAATCATTCCCTTACATGAATGAACCAACGAAGAGCAACATTGAAGAGAAGACACCTGACCGTTTCTTCTTAGATAAAGGTGCTGACGTAAAAGCTGTGATTGCTGAGCAGCCGATCAACGCACCGTTTAAAAAAGGTATTTTGGGTAAAATCATCGCGGAAATCTTTAAACGATTCCATATCACGGAAACGTCTAAAATGCTTGACCGCATGAAAAACCTCGGTTTCAGATATTCAACGAAAGCCGGCATCACAGTAGGGGTTTCTGATATCGTCGTTCTCGATGATAAACAGGAAATCCTTGAAGAAGCACAAAGCAAAGTGGATAATGTTCTGAAACAGTTCAGACGCGGTTTAATCACCGAAGAAGAACGTTATGAAAGAGTCATTTCAATTTGGAGTTCAGCGAAAGATGTTATCCAAGGCAAACTGATGAAATCATTAGACGAAGTCAACCCGATCTACATGATGAGTGATTCAGGAGCCCGTGGTAACGCATCTAACTTTACACAGCTTGCGGGTATGCGCGGTCTGATGGCCAACCCGGCTGGACGAATCATTGAATTGCCGATTAAATCAAGTTTCCGTGAAGGTCTGACAGTATTGGAGTACTTTATCTCCACTCACGGTGCGCGTAAAGGTCTTGCCGATACCGCCCTGAAAACAGCTGACTCAGGTTACCTTACACGCCGTCTTGTTGATGTTGCGCAGGATGTTATCATTCGTGAAACAGATTGCGGAACAGACCGCGGTATTCTTGCAAAACCGCTCAAAGAAGGCACGGAAATCATCGAGCGTCTGGAAGAGCGTCTGATCGGACGTTTCGCCAGAAAACAGATCAAACATCCTGAAACGGGTGCTGTGCTCATTAACGAAAATGAATTGATCGATGAAGATAAAGCGCTGGAAATCGTTGAAGCCGGAATCGAAGAAGTGTGGATCCGTTCTGCGTTCACATGTAACACTCCTCATGGTGTATGTAAACGATGCTACGGACGAAACCTTGCAACCGGAACTGATGTTGAAGTCGGCGAAGCAGTAGGTATTATCGCCGCTCAATCTATCGGTGAGCCTGGAACACAGTTAACGATGCGTACGTTCCACACAGGCGGGGTTGCCGGAGACGATATCACACAAGGTCTTCCGCGTATCCAAGAGCTTTTCGAAGCGCGTAATCCGAAAGGTCAAGCGACGATTTCTGAGATTGACGGTACAATTGCCGAAATCAATGAAGTCCGCGACAAACAGCAGGAGATTGTTGTTCAGGGCGCTGTTGAGACCCGTTCATACACGGCACCTTACAACTCACGCCTGAAAGTGACTGAGGGTGATCAGATTACCCGCGGTCAAGTGCTGACGGAAGGTTCAATCGATCCGAAAGAACTTCTTAAAGTCACTGACCTGACAACGGTTCAGGAATATCTTCTGCATGAGGTTCAGAAGGTTTACCGTATGCAGGGGGTTGAAATCGGCGATAAACACGTAGAAGTAATGGTTCGCCAGATGCTTCGCAAAGTCCGTGTAATCGATGCCGGAGATACTGATGTTCTCCCTGGCACATTGCTTGATATTCACCAATTTACAGAAGCGAACAAAAAAGTGCTGCTTGAAGGCAATCGACCTGCTACAGGCCGTCCTGTCCTTCTCGGTATCACGAAAGCTTCACTTGAGACGGATTCATTCTTGTCTGCCGCATCATTCCAGGAAACAACACGCGTTCTTACAGATGCTGCGATTAAAGGCAAGCGTGATGAACTTCTCGGCCTGAAAGAGAATGTCATCATCGGTAAACTGGTTCCGGCCGGTACAGGTATGATGAATTACAGAAAAGTAAAACCTGTTTCAAACGTTCAGCCTTCGGAAGATATGGTTCCGGCTGAATAA MLDVNNFEYMNIGLASPDKIRSWSFGEVKKPETINYRTLKPEKDGLFCERIFGPTKDWECHCGKYKRVRYKGVVCDRCGVEVTRAKVRRERMGHIELAAPVSHIWYFKGIPSRMGLVLDMSPRALEEVIYFASYVVTDPANTPLEKKQLLSEKEYRAYLDKYGNKFQASMGAEAINKLLQDIDLVKEVDMLKEELKTSQGQRRTRAIKRLEVLEAFRNSGNKPSWMILDVLPVIPPELRPMVQLDGGRFATSDLNDLYRRVINRNNRLKRLLDLGAPSIIVQNEKRMLQEAVDALIDNGRRGRPVTGPGNRPLKSLSHMLKGKQGRFRQNLLGKRVDYSGRSVIVVGPHLKMYQCGLPKEMALELFKPFVMKELVEKGLAHNIKSAKRKIERVQPEVWDVLESVIKEHPVLLNRAPTLHRLGIQAFEPTLVEGRAIRLHPLVCTAYNADFDGDQMAVHVPLSAEAQAEARILMLAAQNILNPKDGKPVVTPSQDMVLGNYYLTLERAGAVGEGMVFKNTDEALLAYQNGYVHLHTRVAVAANSLKNVTFTEEQRSKLLITTVGKLVFNEILPESFPYMNEPTKSNIEEKTPDRFFLDKGADVKAVIAEQPINAPFKKGILGKIIAEIFKRFHITETSKMLDRMKNLGFRYSTKAGITVGVSDIVVLDDKQEILEEAQSKVDNVLKQFRRGLITEEERYERVISIWSSAKDVIQGKLMKSLDEVNPIYMMSDSGARGNASNFTQLAGMRGLMANPAGRIIELPIKSSFREGLTVLEYFISTHGARKGLADTALKTADSGYLTRRLVDVAQDVIIRETDCGTDRGILAKPLKEGTEIIERLEERLIGRFARKQIKHPETGAVLINENELIDEDKALEIVEAGIEEVWIRSAFTCNTPHGVCKRCYGRNLATGTDVEVGEAVGIIAAQSIGEPGTQLTMRTFHTGGVAGDDITQGLPRIQELFEARNPKGQATISEIDGTIAEINEVRDKQQEIVVQGAVETRSYTAPYNSRLKVTEGDQITRGQVLTEGSIDPKELLKVTDLTTVQEYLLHEVQKVYRMQGVEIGDKHVEVMVRQMLRKVRVIDAGDTDVLPGTLLDIHQFTEANKKVLLEGNRPATGRPVLLGITKASLETDSFLSAASFQETTRVLTDAAIKGKRDELLGLKENVIIGKLVPAGTGMMNYRKVKPVSNVQPSEDMVPAE NA NA NA NA NA D1-12_03827 249 rplGB COG1358 Ribosome-associated protein L7Ae-like protein ATGTCTTATGATAAAGTATCACAGGCCAAATCAATTATTATTGGTACGAAGCAAACAGTGAAAGCTCTAAAACGAGGTTCAGTGAAGGAAGTCGTCGTGGCAAAAGACGCGGATTCAGTTCTTACGGCTGGCGTTATCCAGCTTGCAAAGAACCAAAATACCGCTGTCTGTATGGTGGATTCCATGAAAAAGCTCGGCAAAGCCTGCGGAATTGAAGTGGGAGCAGCAGCTGTTGCCATTATGTTATAG MSYDKVSQAKSIIIGTKQTVKALKRGSVKEVVVAKDADSVLTAGVIQLAKNQNTAVCMVDSMKKLGKACGIEVGAAAVAIML NA NA NA NA NA D1-12_03828 417 rpsL COG0048 30S ribosomal protein S12 ATGCCTACAATTAATCAGCTAATTCGCAAGGGACGCGTGAGCAAAGTTGAAAACTCTAAGTCACCTGCACTAAACAAAGGATACAACAGCTTTAAAAAAGAGCACACTAACGTATCTTCTCCACAAAAACGCGGGGTATGTACTCGTGTCGGTACAATGACACCGAAAAAACCGAACTCAGCACTTCGTAAATATGCTCGTGTTCGTTTGACTAACGGAATCGAGGTTACTGCCTACATTCCTGGTATCGGTCACAACCTGCAAGAGCACAGCGTTGTACTGATCCGCGGCGGACGTGTAAAAGACTTACCGGGGGTACGCTACCACATCGTTCGTGGCGCGCTTGATACTGCCGGAGTTGAAAACCGTGCGCAAGGCCGTTCTAAATACGGTACGAAACGTCCTAAAGCAAAGTAA MPTINQLIRKGRVSKVENSKSPALNKGYNSFKKEHTNVSSPQKRGVCTRVGTMTPKKPNSALRKYARVRLTNGIEVTAYIPGIGHNLQEHSVVLIRGGRVKDLPGVRYHIVRGALDTAGVENRAQGRSKYGTKRPKAK NA NA NA NA NA D1-12_03829 471 rpsG COG0049 30S ribosomal protein S7 ATGCCACGTAAAGGTCCTGTAGCAAAAAGAGATGTTTTACCTGATCCGCTTTACAACTCTAAGCTGGTATCCCGCCTGATCAACAAAATGATGATCGACGGTAAAAAAGGTAAATCTCAAACAATCCTATACAAGTCATTCGATATCATTAAAGAACGCACTGGCAATGATGCAATGGAGGTTTTCGAACAAGCATTGAAAAACATCATGCCTGTACTTGAAGTAAAAGCACGCCGTGTAGGTGGAGCTAACTACCAAGTGCCTGTAGAAGTTCGTCCTGAACGCCGTACAACTCTTGGTCTTCGCTGGTTGGTTAACTATGCGCGTCTTCGCGGAGAAAAAACAATGGAAGAGCGCCTGGCTAACGAAATTCTTGATGCAGCTAACAACACTGGTGCTGCCGTTAAGAAACGTGAAGACACTCACAAGATGGCAGAAGCGAACAAAGCATTTGCTCACTACCGCTGGTAG MPRKGPVAKRDVLPDPLYNSKLVSRLINKMMIDGKKGKSQTILYKSFDIIKERTGNDAMEVFEQALKNIMPVLEVKARRVGGANYQVPVEVRPERRTTLGLRWLVNYARLRGEKTMEERLANEILDAANNTGAAVKKREDTHKMAEANKAFAHYRW NA NA NA NA NA D1-12_03830 2079 fusA COG0480 Elongation factor G ATGGCAAGAGAGTTCTCCTTAGAAAAAACTCGTAATATCGGGATCATGGCTCACATCGATGCCGGTAAAACGACTACTACAGAACGGATCTTGTTCTACACAGGCCGTATCCACAAAATTGGCGAAACTCACGAAGGTGCTTCGCAAATGGACTGGATGGAGCAGGAACAAGAACGCGGTATCACAATCACTTCTGCAGCAACGACTGCACAGTGGAAAGGTTACCGTGTAAACATCATCGATACACCGGGACACGTAGACTTCACAGTTGAAGTTGAACGTTCACTCCGTGTACTTGATGGTGCGGTTGCCGTACTTGATGCTCAATCAGGTGTTGAGCCTCAGACAGAAACAGTATGGCGCCAAGCAACAACTTACGGAGTACCGCGTGTTGTATTTGTCAACAAAATGGACAAAATCGGCGCAGACTTCCTTTACTCTGTAGGCACTTTAAGAGACCGTCTTCAAGCTAACGCTCACGCAATTCAATTGCCGATCGGCGCTGAAGACAACTTCGAAGGTATCATCGACTTAGTAGAAAACGTTGCGTATTTCTACGAAGATGACCTTGGAACTCGTTCAGATGCGAAAGAAATCCCTGAAGAGTACAAAGAGCAAGCTGAAGAGCTTCGCAGCAGCCTGATTGAAGCTGTAGCTGAGCTTGATGAAGAGCTTATGGAAAAGTACCTTGAAGGTGAAGAAATCACTATCCCTGAACTGAAAGCTGCTATCCGTAAAGGTACACTGAATGTTGAATTCTACCCTGTACTTGTTGGTTCTGCTTTCAAAAACAAAGGTGTTCAGCTTGTACTTGATGCTGTTCTTGACTACCTTCCTGCGCCAACTGATGTTGCTGCAATCAAAGGTGTACGTCCTGATACAGATGAAGAGATCGTTCGTCATTCTTCTGATGAAGAGCCGTTCTCTGCACTTGCATTTAAAGTTATGACTGACCCTTATGTCGGTAAGCTGACATTCTTCCGCGTATATTCCGGTACACTTGATTCCGGTTCATATGTAAAGAACTCTACAAAAGGCAAGCGTGAGCGCGTAGGACGTATCCTTCAAATGCACGCTAACAGCCGTGAAGAGATCTCTACTGTTTACGCTGGAGACATCGCAGCTGCTGTAGGTCTAAAAGATACTTCTACTGGAGATACTCTATGTGATGAGAAGGATCTTGTAATCCTTGAATCAATGGAATTCCCAGAGCCTGTTATCGACGTAGCGATTGAGCCTAAATCAAAAGCTGACCAAGATAAAATGGGTATCGCTTTAGCGAAACTTGCTGAAGAAGATCCTACATTCCGTACACAAACAAACCCTGAAACGGGTCAAACAATCATCTCTGGTATGGGTGAGCTTCACCTTGATATCATTGTTGATCGTATGAAGCGTGAGTTCAAAGTTGAAGCTAACGTTGGTGCTCCTCAAGTTGCGTACCGTGAGACATTCCGTACCGGTGCAAAAGTTGAAGGTAAATTCGTACGTCAATCAGGCGGACGCGGTCAGTTCGGTCACGTTTGGATCGAATTTGAACCGAACGAAGAAGGCGCTGGCTTTGAATTCGAAAACGCAATCGTCGGTGGTGTTGTTCCTCGTGAATACATCCCAGCCGTACAAGCAGGTCTTGAAGACTCTCTTGAAAATGGTGTCCTAGCCGGATTCCCGCTAATCGACATCAAGGCGAAACTTTTTGATGGATCTTACCATGATGTTGACTCAAATGAAATGGCGTTTAAAGTCGCTGCTTCTATGGCATTGAAAAATGCAGTCAGCAAATGTAACCCAGTTCTTCTTGAACCAATCATGAAAGTTGAAGTTGTTATTCCTGAAGAATACATGGGAGACATCATGGGTGATGTTACTTCTCGTCGCGGACGCGTAGAAGGTATGGAAGCTCGCGGTAACGCTCAAGTTGTGCGTGCGATGGTACCTCTTGCTGAAATGTTCGGTTACGCTACTGCCCTTCGTTCTAACACGCAAGGACGCGGTACGTTCACAATGTTCATGGATCACTACGAAGAAGTGCCGAAGAGCATCGCTGAAGAAATTATCAAAAAAAATAAAGGCGAATAA MAREFSLEKTRNIGIMAHIDAGKTTTTERILFYTGRIHKIGETHEGASQMDWMEQEQERGITITSAATTAQWKGYRVNIIDTPGHVDFTVEVERSLRVLDGAVAVLDAQSGVEPQTETVWRQATTYGVPRVVFVNKMDKIGADFLYSVGTLRDRLQANAHAIQLPIGAEDNFEGIIDLVENVAYFYEDDLGTRSDAKEIPEEYKEQAEELRSSLIEAVAELDEELMEKYLEGEEITIPELKAAIRKGTLNVEFYPVLVGSAFKNKGVQLVLDAVLDYLPAPTDVAAIKGVRPDTDEEIVRHSSDEEPFSALAFKVMTDPYVGKLTFFRVYSGTLDSGSYVKNSTKGKRERVGRILQMHANSREEISTVYAGDIAAAVGLKDTSTGDTLCDEKDLVILESMEFPEPVIDVAIEPKSKADQDKMGIALAKLAEEDPTFRTQTNPETGQTIISGMGELHLDIIVDRMKREFKVEANVGAPQVAYRETFRTGAKVEGKFVRQSGGRGQFGHVWIEFEPNEEGAGFEFENAIVGGVVPREYIPAVQAGLEDSLENGVLAGFPLIDIKAKLFDGSYHDVDSNEMAFKVAASMALKNAVSKCNPVLLEPIMKVEVVIPEEYMGDIMGDVTSRRGRVEGMEARGNAQVVRAMVPLAEMFGYATALRSNTQGRGTFTMFMDHYEEVPKSIAEEIIKKNKGE NA NA NA NA NA D1-12_03831 1191 tuf COG0050 Elongation factor Tu ATGGCTAAAGAAAAATTCGACCGTTCCAAATCACATGCCAATATCGGTACAATTGGACACGTTGACCATGGTAAAACAACATTAACTGCTGCTATCTCAACAGTACTTCATAAGAAATCTGGTAAAGGTACAGCTATGGCGTACGATCAAATTGATGGTGCTCCAGAAGAACGTGAGCGCGGTATCACAATCTCTACTGCACACGTTGAGTACGAAACTGACACTCGTCACTATGCACACGTTGACTGCCCAGGACACGCTGACTATGTTAAAAACATGATCACTGGTGCTGCGCAAATGGACGGAGCTATCCTTGTAGTATCTGCTGCTGATGGCCCAATGCCACAAACTCGTGAGCACATCCTTCTTTCTAAAAACGTTGGTGTACCATACATCGTAGTATTCCTTAACAAATGCGACATGGTAGACGACGAAGAGCTTCTTGAGCTTGTTGAAATGGAAGTTCGCGATCTTCTTAGCGAATACGACTTCCCTGGTGATGATGTACCAGTTGTTAAAGGTTCTGCTCTTAAAGCTCTTGAAGGCGATGCTGAGTACGAAGAAAAAATTCTTGAACTTATGGCTGCAGTTGATGAGTACATCCCAACTCCAGAACGTGACACTGACAAACCATTCATGATGCCAGTTGAGGACGTATTCTCAATCACTGGTCGTGGTACAGTTGCTACTGGCCGTGTAGAACGCGGACAAGTTAAAGTCGGTGACGAAGTTGAAATCATCGGTCTTCAAGAAGAAAACAGCAAAACAACTGTTACAGGTGTTGAAATGTTCCGTAAGCTTCTTGACTACGCTGAAGCTGGAGACAACATCGGTGCACTTCTTCGCGGTGTAGCTCGTGAAGACATCCAACGTGGACAAGTACTTGCTAAACCAGGTACAATCACTCCACACAGCAAATTCAAAGCTGAAGTTTACGTTCTTTCTAAAGAAGAGGGTGGACGTCATACTCCATTCTTCTCTAACTACCGTCCTCAGTTCTACTTCCGTACAACTGACGTAACTGGTATCATCAATCTTCCAGAAGGCGTAGAAATGGTTATGCCTGGAGATAACACTGAAATGATCGTTGAACTTATCTCTACAATCGCTATCGAAGAAGGAACTCGTTTCTCTATTCGTGAAGGCGGACGTACAGTTGGTTCAGGCGTTGTTTCTACAATCACTGAGTAA MAKEKFDRSKSHANIGTIGHVDHGKTTLTAAISTVLHKKSGKGTAMAYDQIDGAPEERERGITISTAHVEYETDTRHYAHVDCPGHADYVKNMITGAAQMDGAILVVSAADGPMPQTREHILLSKNVGVPYIVVFLNKCDMVDDEELLELVEMEVRDLLSEYDFPGDDVPVVKGSALKALEGDAEYEEKILELMAAVDEYIPTPERDTDKPFMMPVEDVFSITGRGTVATGRVERGQVKVGDEVEIIGLQEENSKTTVTGVEMFRKLLDYAEAGDNIGALLRGVAREDIQRGQVLAKPGTITPHSKFKAEVYVLSKEEGGRHTPFFSNYRPQFYFRTTDVTGIINLPEGVEMVMPGDNTEMIVELISTIAIEEGTRFSIREGGRTVGSGVVSTITE PGPT0015245_3123 DIRECT EFFECT PLANT_IMMUNE_RESPONSE_STIMULATION TRIGGERED_IMMUNITY PAMP|EFFECTOR_TRIGGERED_IMMUNITY|PTI PTI-BACTERIAL_EF-TU,PGPT0015245-elf18|tuf|tufA-K02358 NA NA D1-12_03832 966 menH_1 2-succinyl-6-hydroxy-2,4-cyclohexadiene-1-carboxylate synthase ATGATCGATAACTTCAAGAAAACCAATCGTATTTCAATGCTTCAGCAATTGCTGATTAATGGCAGTGAACAAACCATTATGATTAATGGTGATGACAGGAGTAATCCGCTGCTTTTATTTTTGCACGGCGGTCCCGGCACGCCTCAAATCGGCTATGCGAGAAAATACCAGAATAAGCTGGAAAAGCATTTCACCGTTGTGAATTGGGATCAGAGAGGGGCGGGTCTCTCTTATTCAAAGGAAATTCCGGGTTCATCTATGACTTTGGATCAGCTTACAGCTGACGCCATTCATTTGACCGAACGCTTATGCAAGCAATTCAGCAGGCAAAAAATATATATCGCCGGCTATTCGTGGGGGTCAGTTCTGGCGCTTCATGTTCTTCAAGAAAGGCCTGATTTGTATTATGGGTATATCGGTATCAGTCAGGTGGTTAATATTCAAAAGGAAGAAACGGAAGCTTACCGGCTGATGATGGAATGGAGCAGGCAACGCAAACATTTCCTGCTGGAAAAGACGCTGAGCTTTATCGGAGCGCCTCCATGGGAGAAACAGCTGCAGCGAACGTTGTTTCTGCTTTGTATCGAGATGAGGGGAGGGGGCTTTACCCATCATCCGATCGGCGCTCTTAAAGCAGGGGGGCGAATGCTGTTTGGTGAACCGTACGGTGTGAGAGGGAGCTTCTTAGCCGCGCGGGGTCAAATGTTCAGCCTGAAACACCTGTGGGAGGATCTCATTTTCTTTGATGCCGGAGAATCAGTTTCTTCTATTATAATACCGTGCTGTTTTATGTCAGGGAGATACGATTTGACGGTCCCGGGGACGACGTCTTATGAATATTATCAGAAGGTTGATGCGCCGTATAAAGAATGGCATTGGTTTGAGAACTCAGCCCATTCGCCTCACTTGGAGGAACCGGATCGCTTTGCCGAAGTTGTCAGCCGGTTCGCATCGTTCCATCTCTGA MIDNFKKTNRISMLQQLLINGSEQTIMINGDDRSNPLLLFLHGGPGTPQIGYARKYQNKLEKHFTVVNWDQRGAGLSYSKEIPGSSMTLDQLTADAIHLTERLCKQFSRQKIYIAGYSWGSVLALHVLQERPDLYYGYIGISQVVNIQKEETEAYRLMMEWSRQRKHFLLEKTLSFIGAPPWEKQLQRTLFLLCIEMRGGGFTHHPIGALKAGGRMLFGEPYGVRGSFLAARGQMFSLKHLWEDLIFFDAGESVSSIIIPCCFMSGRYDLTVPGTTSYEYYQKVDAPYKEWHWFENSAHSPHLEEPDRFAEVVSRFASFHL NA NA NA NA NA D1-12_03833 309 rpsJ COG0051 30S ribosomal protein S10 ATGGCAAAACAAAAAATTCGTATTCGTTTAAAAGCATATGATCATAGAATCCTTGATCAATCTGCAGAGAAGATTGTTGAAACGGCAAAACGTTCTGGTGCCAGCGTATCTGGTCCGATTCCGTTGCCAACTGAAAAATCAGTTTACACAATCCTTCGTGCGGTGCACAAATACAAAGATTCTCGTGAGCAATTTGAAATGCGTACACATAAACGTTTAATCGACATTGTGAACCCAACACCACAAACTGTTGATGCTCTCATGCGATTAGACTTACCATCTGGTGTCGATATCGAAATCAAACTTTAA MAKQKIRIRLKAYDHRILDQSAEKIVETAKRSGASVSGPIPLPTEKSVYTILRAVHKYKDSREQFEMRTHKRLIDIVNPTPQTVDALMRLDLPSGVDIEIKL 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 D1-12_03834 630 rplC COG0087 50S ribosomal protein L3 ATGACCAAAGGAATCTTAGGAAGAAAAATTGGTATGACGCAAGTATTCGCAGAGAACGGTGATCTTATCCCGGTAACTGTTATTGAAGCAGCTCCAAACGTTGTTCTTCAAAAGAAAACAGCTGAAAATGATGGCTATGAAGCGATCCAGCTTGGTTTTGACGATAAGCGTGAAAAGCTTTCAAACAAACCGGAAAAAGGACACGTTGCAAAAGCGGAAACTGCTCCTAAGCGCTTCGTTAAAGAATTACGCGGCGTGGATATGGATGCGTATGAAATTGGTCAGGAAGTCAAGGTTGAAATTTTCTCTGCAGGAGAAATCGTAGATGTAACAGGAGTATCTAAAGGTAAAGGTTTCCAAGGTGCGATCAAGCGCCACGGGCAATCTCGCGGACCTATGTCTCACGGTTCACGCTACCACCGTCGTCCTGGTTCAATGGGACCTGTAGATCCTAACCGTGTATTCAAAGGTAAACTATTACCTGGACGCATGGGCGGAGATCAAATCACTGTCCAAAACCTTGAAATCGTAAAAGTAGATGCTGAGCGCAATCTTCTTTTGATTAAAGGTAACGTACCTGGTGCGAGAAAAACTTTAATCACTGTTAAAAGTGCTGTTAAATCTAAATAA MTKGILGRKIGMTQVFAENGDLIPVTVIEAAPNVVLQKKTAENDGYEAIQLGFDDKREKLSNKPEKGHVAKAETAPKRFVKELRGVDMDAYEIGQEVKVEIFSAGEIVDVTGVSKGKGFQGAIKRHGQSRGPMSHGSRYHRRPGSMGPVDPNRVFKGKLLPGRMGGDQITVQNLEIVKVDAERNLLLIKGNVPGARKTLITVKSAVKSK NA NA NA NA NA D1-12_03835 624 rplD COG0088 50S ribosomal protein L4 ATGCCAAAAGTAGCATTATACAACCAAAACGGTTCTACTGCTGGTGATATCGAATTAAACGCGTCTGTATTTGGAATTGAGCCAAATGAGAGCGTAGTATTCGACGCTATTCTTATGCAAAGAGCTTCCTTACGTCAAGGATCTCACAAAGTAAAAAATCGTTCTGAAGTACGCGGCGGAGGTCGCAAACCATGGCGTCAAAAAGGTACAGGTCGTGCCCGTCAAGGTTCAATCCGTTCACCGCAATGGCGCGGGGGTGGTGTCGTATTCGGCCCAACACCACGCAGCTATTCTTACAAATTACCTAAAAAAGTTCGCCGCTTGGCAATCAAATCAGTATTGTCTTCTAAAGTGAACGACAACAACATTATTGTTCTTGAAGATCTTACTCTTGATACGGTTAAAACAAAAGAAATGGCAGCTATCCTTAAAGGATTATCTGTTGAGAAAAAAGCTTTAATCGTAACTGCGGATGCAAACGAAGCAGTATCTCTTTCTGCACGCAACATCCCTGGAGTTACAGTTGTTCAAGCTAACGGAATCAACGTGTTAGACGTTGTCAACCACGAGAAGCTTCTGATTACAAAAGCTGCGGTTGAAAAAGTAGAGGAGGTGCTTGCATAA MPKVALYNQNGSTAGDIELNASVFGIEPNESVVFDAILMQRASLRQGSHKVKNRSEVRGGGRKPWRQKGTGRARQGSIRSPQWRGGGVVFGPTPRSYSYKLPKKVRRLAIKSVLSSKVNDNNIIVLEDLTLDTVKTKEMAAILKGLSVEKKALIVTADANEAVSLSARNIPGVTVVQANGINVLDVVNHEKLLITKAAVEKVEEVLA NA NA NA NA NA D1-12_03836 288 rplW COG0089 50S ribosomal protein L23 ATGAAAGATCCTCGTGATGTTCTTAAGCGCCCCGTCATTACTGAACGTTCTGCTGATTTAATGACTGAAAAAAAATATACTTTTGAAGTTGATGTAAGAGCTAATAAAACAGAAGTGAAAGATGCAGTTGAAAGTATCTTTGGAGTGAAAGTTGACAAAGTCAACATCATGAACTACAAGGGGAAATCAAAACGTGTCGGCCGCTACACTGGTATGACTAGCCGTCGCAGAAAAGCGATCGTAAAACTTACTGCAGACAGCAAAGAAATCGAAATTTTTGAAGCTTAA MKDPRDVLKRPVITERSADLMTEKKYTFEVDVRANKTEVKDAVESIFGVKVDKVNIMNYKGKSKRVGRYTGMTSRRRKAIVKLTADSKEIEIFEA NA NA NA NA NA D1-12_03837 834 rplB COG0090 50S ribosomal protein L2 ATGGCGATTAAAAAGTATAAACCGACCTCTAACGGACGTCGTGGCATGACAACTTCAGATTTTGCTGAAATCACGACTGACCAGCCGGAAAAATCCTTGCTTGCGCCCCTTCACAAAAAAGGCGGACGTAACAACCAAGGTAAATTGACTGTACGTCACCAAGGTGGCGGACACAAACGCCAATACCGTGTTATCGACTTCAAACGCGATAAAGATGGTATACCTGGACGCGTTGCTACAGTTGAGTACGATCCAAACCGTTCAGCTAACATTGCACTAATCAACTATGTAGACGGAGAAAAACGTTACATTCTTGCACCAAAAGGAATTCAAGTAGGTACTGAAATCATGTCCGGCCCTGAAGCTGACATCAAAGTAGGTAACGCACTTCCGCTTATCAACATCCCTGTTGGTACAGTTGTGCATAACATTGAATTAAAACCTGGTAAAGGCGGACAGCTTGTACGTTCAGCTGGTACATCTGCTCAGGTTCTTGGTAAAGAAGGCAAATACGTTCTTGTACGTCTTAACTCTGGTGAAGTTCGCATGATCCTTTCTGCTTGCCGCGCTTCTATCGGTCAAGTAGGTAACGAGCAGCACGAACTGATCAACGTTGGTAAAGCAGGACGCTCTCGCTGGAAAGGCATCCGCCCTACAGTCCGCGGTTCTGTAATGAACCCTAACGATCACCCGCACGGTGGTGGTGAAGGTCGCGCGCCAATCGGACGTAAATCACCAATGTCTCCTTGGGGCAAACCGACTCTTGGATTCAAGACACGTAAGAAAAAGAACAAATCTGATAAATTTATCGTACGTCGTCGTAAAAATAAATAA MAIKKYKPTSNGRRGMTTSDFAEITTDQPEKSLLAPLHKKGGRNNQGKLTVRHQGGGHKRQYRVIDFKRDKDGIPGRVATVEYDPNRSANIALINYVDGEKRYILAPKGIQVGTEIMSGPEADIKVGNALPLINIPVGTVVHNIELKPGKGGQLVRSAGTSAQVLGKEGKYVLVRLNSGEVRMILSACRASIGQVGNEQHELINVGKAGRSRWKGIRPTVRGSVMNPNDHPHGGGEGRAPIGRKSPMSPWGKPTLGFKTRKKKNKSDKFIVRRRKNK NA NA NA NA NA D1-12_03838 279 rpsS COG0185 30S ribosomal protein S19 ATGGCTCGCAGCTTGAAAAAAGGACCATTTGTCGATGGACACTTGATGACAAAAATCGAGAAATTAAATGAAACGGACAAGAAACAAGTTGTAAAAACTTGGTCTCGCCGTTCAACTATTTTCCCACAATTTATCGGTCACACTATCGCAGTATATGACGGACGTAAACACGTGCCTGTATTCATTTCTGAAGACATGGTAGGCCACAAGTTGGGCGAATTCGCACCGACTCGTACTTACAAAGGCCACGCCAGTGACGATAAAAAAACAAGACGCTAA MARSLKKGPFVDGHLMTKIEKLNETDKKQVVKTWSRRSTIFPQFIGHTIAVYDGRKHVPVFISEDMVGHKLGEFAPTRTYKGHASDDKKTRR NA NA NA NA NA D1-12_03839 342 rplV COG0091 50S ribosomal protein L22 ATGCAAGCTAAAGCTGTTGCAAGAACAGTCCGTATTGCTCCTCGTAAAGCACGTCTAGTAATGGACCTGATTCGAGGTAAGCAAGTAGGCGAAGCAGTATCTATCCTGAACTTAACTCCGAGAGCTGCTTCTCCGATCATCGAAAAAGTTTTAAAATCTGCTATCGCAAATGCTGAGCACAACTACGAGATGGACGCTAACAATCTGGTTATTTCTCAGGCATTTGTTGACGAAGGCCCAACGTTAAAAAGATTCCGCCCGCGTGCTATGGGACGTGCGAGCCAAATCAACAAACGTACGAGCCACATTACAATCGTTGTATCAGAAAAGAAGGAGGGATAA MQAKAVARTVRIAPRKARLVMDLIRGKQVGEAVSILNLTPRAASPIIEKVLKSAIANAEHNYEMDANNLVISQAFVDEGPTLKRFRPRAMGRASQINKRTSHITIVVSEKKEG NA NA NA NA NA D1-12_03840 657 rpsC COG0092 30S ribosomal protein S3 GTGGGTCAAAAGGTAAATCCAGTCGGTCTTCGTATCGGAGTCATTCGTGATTGGGAATCTAAGTGGTACGCTGGTAAAGATTACGCTGACTTCCTGCACGAAGATTTAAAAATTCGTGAATTCATTAGCAAACGCCTTTCTGACGCTTCTGTTTCTAAAGTAGAAATCGAGCGCGCAGCAAACCGCGTTAACATTACGATCCACACTGCTAAGCCTGGTATGGTAATCGGTAAAGGCGGATCTGAAGTTGAAGCACTTCGTAAAGCCCTTAACAGCCTTACTGGCAAGCGTGTACACATTAACATTCTTGAAATCAAAAGAGCAGATCTTGATGCTCAGCTTGTAGCTGACAACATCGCTCGTCAACTAGAAAACCGTATTTCTTTCCGCCGTGCGCAGAAACAACAAATCCAACGCACTATGCGTGCTGGAGCACAAGGTGTGAAAACAATGGTTTCCGGCCGTCTTGGCGGAGCTGACATTGCTCGTTCTGAATACTACAGTGAAGGAACTGTTCCATTGCACACTTTACGTGCTGACATCGACTATGCAACATCTGAAGCTGACACAACTTACGGTAAGCTTGGTGTAAAAGTCTGGATCTATCGTGGAGAGGTTCTTCCTACTAAGAAGAAAACTGAGGAAGGAGGAAAATAA MGQKVNPVGLRIGVIRDWESKWYAGKDYADFLHEDLKIREFISKRLSDASVSKVEIERAANRVNITIHTAKPGMVIGKGGSEVEALRKALNSLTGKRVHINILEIKRADLDAQLVADNIARQLENRISFRRAQKQQIQRTMRAGAQGVKTMVSGRLGGADIARSEYYSEGTVPLHTLRADIDYATSEADTTYGKLGVKVWIYRGEVLPTKKKTEEGGK NA NA NA NA NA D1-12_03841 435 rplP COG0197 50S ribosomal protein L16 ATGTTATTACCAAAACGCGTTAAATATCGCAGAGAGCATCGCGGAAAAATGCGCGGTCGCGCTAAAGGCGGTACTGAAGTACATTTTGGTGAGTACGGTATCCAGGCTCTTGAAGCTTCTTGGATCACGAACCGCCAAATCGAAGCTGCACGTATTGCGATGACTCGTTACATGAAACGTGGCGGTAAAGTTTGGATTAAAATTTTCCCTTCAAAACCTTACACTGCTAAACCGCTTGAGGTACGGATGGGTTCCGGTAAAGGGGCTCCTGAAGGCTGGGTAGCTGTTGTAAAACCGGGCAAAGTTTTATTTGAAATTTCTGGTGTGTCTGAAGAGGTAGCTCGTGAAGCTCTTCGTCTTGCATCTCACAAATTGCCAATTAAAACGAAGTTCGTAAAACGTGAAGAAATTGGTGGTGAATCAAATGAAAGCTAA MLLPKRVKYRREHRGKMRGRAKGGTEVHFGEYGIQALEASWITNRQIEAARIAMTRYMKRGGKVWIKIFPSKPYTAKPLEVRMGSGKGAPEGWVAVVKPGKVLFEISGVSEEVAREALRLASHKLPIKTKFVKREEIGGESNES NA NA NA NA NA D1-12_03842 201 rpmC COG0255 50S ribosomal protein L29 ATGAAAGCTAATGAAATTCGTGACCTTACCACTGCTGAAATTGAACAAAAAGTAAAGTCTCTTAAAGAAGAACTTTTCAATCTTCGCTTTCAATTAGCGACAGGACAACTTGAAAATACTGCTCGCATTCGTGAAGTGCGCAAAGCTATCGCGCGCATGAAAACTGTGATTCGTGAAAGAGAAATTGCTGCCAACAAATAA MKANEIRDLTTAEIEQKVKSLKEELFNLRFQLATGQLENTARIREVRKAIARMKTVIREREIAANK NA NA NA NA NA D1-12_03843 264 rpsQ COG0186 30S ribosomal protein S17 ATGAGCGAACGTAACCAACGCAAAGTTTACCAAGGCCGTGTTGTTTCTGACAAAATGGATAAAACCATCACTGTTGTTGTTGAAACATACAAAAAGGATCCTATTTACGGTAAACGCGTAAAATACTCAAAGAAATTCAAAGCACATGATGAAAATAACCAAGCTAAAATCGGAGACATCGTAAAGATCATGGAAACTCGTCCATTATCTGCAACTAAGCGTTTTCGTCTAGTAGAAGTTGTCGAAGAAGCTGTTATTATCTAA MSERNQRKVYQGRVVSDKMDKTITVVVETYKKDPIYGKRVKYSKKFKAHDENNQAKIGDIVKIMETRPLSATKRFRLVEVVEEAVII NA NA NA NA NA D1-12_03844 369 rplN COG0093 50S ribosomal protein L14 ATGATTCAACAAGAGACTCGTTTAAAAGTTGCTGACAACTCCGGTGCGCGTGAGGTACTTACTATTAAAGTTCTTGGCGGTTCTGGACGTAAAACGGCTAACATTGGTGATGTAATTGTTTGCACGGTTAAACAAGCAACACCAGGAGGCGTTGTCAAAAAAGGTGAAGTCGTAAGAGCTGTTATCGTTCGCACAAAAAGCGGAGCACGCAGATCTGACGGATCATACATCAGCTTCGATGAGAATGCATGTGTTATCATCCGTGACGACAAGAGCCCGCGTGGAACTCGTATCTTCGGACCGGTTGCCCGTGAATTACGTGAAAACAACTTCATGAAAATTGTTTCTCTGGCTCCAGAAGTTATCTAA MIQQETRLKVADNSGAREVLTIKVLGGSGRKTANIGDVIVCTVKQATPGGVVKKGEVVRAVIVRTKSGARRSDGSYISFDENACVIIRDDKSPRGTRIFGPVARELRENNFMKIVSLAPEVI NA NA NA NA NA D1-12_03845 312 rplX COG0198 50S ribosomal protein L24 ATGCATGTGAAAAAAGGCGATAAAGTAATGGTTATCTCTGGTAAAGATAAAGGCAAACAAGGTACGATCCTTGCTGCTTTCCCTAAAAAGGACCGCGTTCTAGTTGAGGGCGTAAACATGGTGAAGAAGCACTCTAAACCAACTCAAGCAAACCCTCAAGGCGGTATTTCTAATCAAGAGGCGCCAATTCATGTATCAAACGTTATGCCGCTCGATCCTAAAACAGGTGAAGTGACTCGCGTAGGATACAAAGTGGAAGATGGCAAAAAAGTTCGTGTTGCAAAAAAATCTGGGCAAGTCTTAGATAAATAG MHVKKGDKVMVISGKDKGKQGTILAAFPKKDRVLVEGVNMVKKHSKPTQANPQGGISNQEAPIHVSNVMPLDPKTGEVTRVGYKVEDGKKVRVAKKSGQVLDK NA NA NA NA NA D1-12_03846 540 rplE COG0094 50S ribosomal protein L5 ATGAACCGCCTTAAAGAAAAGTACAATAAAGAAATTTCACCTGCTTTAATGACGAAGTTCAACTACGACTCTGTTATGCAGGTGCCAAAAATCGAAAAAATCGTAATCAACATGGGTGTCGGTGATGCTGTTCAAAACGCAAAAGCAATCGACAGTGCTGTTGAAGAATTAACGTTTATCGCAGGTCAAAAACCTGTCGTTACTCGTGCGAAGAAATCAATTGCTGGATTCCGTCTTCGTGAGGGAATGCCTATCGGTGCGAAAGTAACTCTTCGCGGAGAGCGCATGTATGATTTCCTTGATAAACTTATTTCTGTATCTTTACCGCGTGTACGTGACTTCCGCGGGATTTCTAAGAAATCTTTCGACGGTCGCGGAAACTACACTCTTGGTATCAAAGAACAGTTAATCTTCCCTGAAATTGACTACGATAAAGTAACAAAGGTTCGCGGAATGGACATCGTTATCGTAACGACTGCTAACTCTGACGAAGAGGCTCGTGAGCTATTAACTCAAGTAGGTATGCCGTTCCAGAAATAA MNRLKEKYNKEISPALMTKFNYDSVMQVPKIEKIVINMGVGDAVQNAKAIDSAVEELTFIAGQKPVVTRAKKSIAGFRLREGMPIGAKVTLRGERMYDFLDKLISVSLPRVRDFRGISKKSFDGRGNYTLGIKEQLIFPEIDYDKVTKVRGMDIVIVTTANSDEEARELLTQVGMPFQK NA NA NA NA NA D1-12_03847 186 rpsN1 COG0199 30S ribosomal protein S14 GTGGCTAAAAAGTCAATGATTGCGAAACAACAACGTACACCAAAGTTTAAAGTGCAAGAGTACACTCGCTGTGAACGCTGCGGACGTCCGCACTCAGTCATTCGTAAATTTAAACTTTGCCGTATTTGTTTCCGTGAGCTTGCATATAAAGGACAAATTCCTGGCGTGAAAAAAGCCAGCTGGTAA MAKKSMIAKQQRTPKFKVQEYTRCERCGRPHSVIRKFKLCRICFRELAYKGQIPGVKKASW NA NA NA NA NA D1-12_03848 399 rpsH COG0096 30S ribosomal protein S8 ATGGTTATGACAGATCCAATTGCAGATATGCTGACTCGTATTCGCAATGCAAACATGGTACGTCATGAGAAGCTTGAAATTCCTGCTTCTAAATTGAAAAGAGAAATTGCTGACATTTTAAAGCGTGAAGGTTTCATTCGTGACGTTGAGTTCGTAGAAGACAGCAAACAAGGTATCATCCGCGTTTTCTTGAAATACGGACAAAACAACGAGCGCGTTATCACTGGTCTTAAAAGAATCAGCAAACCAGGTTTGCGTGTATACGCTAAATCAAATGAAGTACCTCGCGTACTTAACGGTCTTGGAATCGCGATTATTTCTACATCACAAGGTGTTTTAACGGACAAAGAAGCCCGTGCAAAACAAGCTGGTGGAGAAGTTCTAGCATACGTTTGGTAA MVMTDPIADMLTRIRNANMVRHEKLEIPASKLKREIADILKREGFIRDVEFVEDSKQGIIRVFLKYGQNNERVITGLKRISKPGLRVYAKSNEVPRVLNGLGIAIISTSQGVLTDKEARAKQAGGEVLAYVW NA NA NA NA NA D1-12_03849 540 rplF COG0097 50S ribosomal protein L6 ATGTCTCGTGTAGGTAAAAAACTGCTTGAGATCCCTTCTGGAGTTACAGTAACGCTGAACGAAGGCAACACTGTAGCTGTAAAAGGACCAAAAGGAGAATTAACTCGTACTTTCCATCCTGATATGGAAATCAAAATTGAGGACAACGTGCTTACAGTTACTCGTCCTTCTGATCACAAAGAGCACCGTGCGCTGCATGGTACGACTCGCAGTCTGCTTGGAAACATGGTTGAAGGCGTATCTAAAGGATTTGAAAGAGGTTTGGAATTAGTCGGTGTCGGTTATCGTGCGGCTAAATCCGGAAACAAACTTGTTTTAAACGTTGGATACTCTCACCCTGTTGAGATCGTTCCTGAAGAGGGCATCGAAATCGAAGTTCCTTCTCAAACTAAAGTAGTTGTAAAAGGTACAGACAAAGAGCGTGTAGGAGCTATCGCTGCTAACATCCGCGCTGTACGTTCTCCAGAGCCTTACAAAGGTAAAGGAATCCGCTACGAAGGTGAAGTTGTTCGCCGTAAAGAAGGTAAATCTGCTAAGTAA MSRVGKKLLEIPSGVTVTLNEGNTVAVKGPKGELTRTFHPDMEIKIEDNVLTVTRPSDHKEHRALHGTTRSLLGNMVEGVSKGFERGLELVGVGYRAAKSGNKLVLNVGYSHPVEIVPEEGIEIEVPSQTKVVVKGTDKERVGAIAANIRAVRSPEPYKGKGIRYEGEVVRRKEGKSAK NA NA NA NA NA D1-12_03850 363 rplR COG0256 50S ribosomal protein L18 ATGATTACGAAAACTAGCAAAAATGCTGCTCGTCAAAAAAGACATGCCCGTGTTCGTGCTAAACTTTCAGGCACAGCTGAAAGACCTCGTCTGAATGTGTTCCGTTCAAACAAACACATTTATGCTCAAATCATCGATGATGTAAATGGCGTTACACTTGCTAGTGCCTCTACTCTCGATAAAGATTTGAACGTGGAAAGCACTGGTGACAGCGCTGCTGCTGCTAAAGTCGGTGAACTCGTTGCGAAACGCGCTTCTGAGAAAGGTGTTTCTGACGTAGTATTTGACCGCGGCGGATACTTATACCATGGACGTGTAAAAGCTCTGGCCGATGCAGCTCGTGAAGCCGGACTGAAATTTTAA MITKTSKNAARQKRHARVRAKLSGTAERPRLNVFRSNKHIYAQIIDDVNGVTLASASTLDKDLNVESTGDSAAAAKVGELVAKRASEKGVSDVVFDRGGYLYHGRVKALADAAREAGLKF NA NA NA NA NA D1-12_03851 507 rpsE COG0098 30S ribosomal protein S5 ATGATTATGCGTCGTATTGACCCAAGCAAATTAGAGTTAGAAGAACGCTTAGTTACGGTTAACCGCGTAGCGAAAGTTGTTAAAGGTGGTCGTCGTTTCCGTTTCGCAGCTCTAGTCGTTGTCGGTGACAAAAACGGTCACGTAGGTTTCGGTACTGGTAAAGCACAAGAAGTACCTGAAGCAATCCGCAAAGCTGTTGAAGATGCGAAAAAGAATTTGATTGAAGTACCAATGGTTGGAACTACGATTCCACACGAAATCATCGGACGTTTCGGTGCAGGCAATATCTTGTTGAAACCTGCTTCTGAAGGTACTGGAGTTATCGCTGGAGGCCCTGTACGTGCGGTACTTGAGCTTGCTGGCGTTGCTGATATCCTTTCTAAGTCTTTAGGTTCTAACACACCGATCAACATGATCCGTGCAACACTTCAAGGTTTAAGTGAGCTTAAACGTGCCGAAGAGGTTGCGAAGCTTCGTGGAAAATCTGTAGAAGAACTGTTAGGATAA MIMRRIDPSKLELEERLVTVNRVAKVVKGGRRFRFAALVVVGDKNGHVGFGTGKAQEVPEAIRKAVEDAKKNLIEVPMVGTTIPHEIIGRFGAGNILLKPASEGTGVIAGGPVRAVLELAGVADILSKSLGSNTPINMIRATLQGLSELKRAEEVAKLRGKSVEELLG NA NA NA NA NA D1-12_03852 180 rpmD COG1841 50S ribosomal protein L30 ATGGCTAAATTAGAAATTACCCTCAAACGCAGTGTAATCGGTCGCCCGGAAGATCAGCGCGTTACTGTAAGAACACTTGGTTTAAAGAAAACAAACCAAACTGTCGTTCATGAAGATAACGCTGCGATCCGCGGTATGATTAATAAAGTATCTCATCTAGTTTCTGTTAAAGAACAATAA MAKLEITLKRSVIGRPEDQRVTVRTLGLKKTNQTVVHEDNAAIRGMINKVSHLVSVKEQ NA NA NA NA NA D1-12_03853 441 rplO COG0200 50S ribosomal protein L15 ATGAAACTTCATGAATTAAAGCCTTCAGAAGGTTCACGTAAAGTACGCAATCGCGTAGGTCGTGGTATTGGTTCTGGTAACGGTAAAACAGCTGGTAAAGGTCACAAAGGTCAAAACGCTCGTTCTGGCGGCGGTGTACGCCCTGGATTCGAGGGGGGACAAATGCCTTTATTCCAACGTCTTCCTAAGCGCGGTTTTACAAACATCAACCGTAAGGAATACGCTATTGTGAACGTAGACAAATTGAACGGTTTTGCGGAAGGAACGGAAGTCACTCCTGAACTTCTTCTTGAGACTGGTGTTATTAGCAAACTTAATGCAGGAGTAAAGATTCTTGGCAACGGTAAATTAGAGAAAAAATTAACTGTAAAAGCCAATAAATTCTCTGCTTCTGCGAAAGAAGCTGTTGAAGCTGCTGGCGGTACAGCTGAGGTGATCTAA MKLHELKPSEGSRKVRNRVGRGIGSGNGKTAGKGHKGQNARSGGGVRPGFEGGQMPLFQRLPKRGFTNINRKEYAIVNVDKLNGFAEGTEVTPELLLETGVISKLNAGVKILGNGKLEKKLTVKANKFSASAKEAVEAAGGTAEVI NA NA NA NA NA D1-12_03854 1296 secY Protein translocase subunit SecY TTGTTTAAGACAATCTCCAACTTTATGCGTGTGAGTGATATTCGGAATAAAATCATTTTTACATTACTCATGCTTATCGTCTTTCGCATAGGTGCGTTTATCCCTGTGCCATATGTAAATGCTCAGGCGTTGCAGACACAAAGTTCGATGGGGGTTTTTGATCTCCTTAACACATTTGGCGGCGGTGCGCTTTATCAGTTCTCCATTTTTGCGATGGGAATTACACCTTACATCACTGCTTCGATCATCATTCAGCTGCTTCAGATGGATGTTGTGCCGAAGTTTACCGAGTGGTCTAAGCAAGGTGAAGTCGGCCGCCGTAAATTAGCTCAGTTCACGAGATATTTTACGATTGTGCTTGGTTTTATCCAGGCATTAGGTATGTCTTACGGGTTTAACAACCTGGCAAACGGTATGCTGATTGAAAAATCCGGCATATCGACATATCTGATTATTGCTTTAGTACTCACTGGAGGAACTGCTTTTTTAATGTGGCTGGGAGAACAAATTACTTCCAATGGAGTAGGTAACGGAATTTCGATCATCATCTTCGCGGGGATTGTGGCTAGTATTCCGAAAACTGTTGGGCAGATTTATGAGACTCAATTTGTCGGCAGCAGCGATCAGCTGTTTATTCATATTGTGAAAATCGCTTTACTGGTGATTGCGATTTTGGCCGTTATTGTTGGTGTTATTTTCATTCAGCAGGCCGTACGCAAAATCGCGATTCAATATGCAAAAGGGCAAGGTCGTTCACCTGTTGGCGGAGGCCAGTCAACTCACCTTCCGCTTAAAGTGAATCCGGCAGGGGTTATTCCGGTAATCTTTGCGGTTGCGTTCCTTATTACGCCGCGTACTATCGCGTCATTTTTCGGAGAAAACGATGTGACAAAGTGGATTCAAGCCAACTTTGACAATACACATCCGGTGGGCATGACGGTTTATGTCGCATTAATTATCGCCTTTACGTACTTCTATGCTTTTGTGCAGGTAAACCCTGAACAAATGGCTGATAACCTTAAAAAACAGGGTGGCTATATCCCGGGGGTTCGTCCAGGGAAAATGACTCAAGATAGAATTACGAGCATTTTGTATCGACTTACGTTTGTGGGTTCTATATTCTTAGCCGTGATTTCCATTCTTCCTATCTTTTTCATTCAATTCGCTGGATTGCCTCAAAGTGCACAGATTGGCGGAACATCATTGTTAATTGTCGTCGGGGTAGCCTTGGAGACAATGAAGCAGCTGGAGAGCCAGTTAGTGAAACGTAATTACCGAGGATTTATGAAAAATTAG MFKTISNFMRVSDIRNKIIFTLLMLIVFRIGAFIPVPYVNAQALQTQSSMGVFDLLNTFGGGALYQFSIFAMGITPYITASIIIQLLQMDVVPKFTEWSKQGEVGRRKLAQFTRYFTIVLGFIQALGMSYGFNNLANGMLIEKSGISTYLIIALVLTGGTAFLMWLGEQITSNGVGNGISIIIFAGIVASIPKTVGQIYETQFVGSSDQLFIHIVKIALLVIAILAVIVGVIFIQQAVRKIAIQYAKGQGRSPVGGGQSTHLPLKVNPAGVIPVIFAVAFLITPRTIASFFGENDVTKWIQANFDNTHPVGMTVYVALIIAFTYFYAFVQVNPEQMADNLKKQGGYIPGVRPGKMTQDRITSILYRLTFVGSIFLAVISILPIFFIQFAGLPQSAQIGGTSLLIVVGVALETMKQLESQLVKRNYRGFMKN PGPT0025725_3958 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-SEC-SECRETION_PATHWAY CE-SEC-SRP_CORE_COMPONENTS,PGPT0025725-secY-K03076 NA NA D1-12_03855 654 adk COG0563 Adenylate kinase ATGAACTTAGTCTTAATGGGACTTCCTGGAGCCGGTAAAGGCACACAGGGAGAACGAATTGTTGAGGATTATGGGATACCTCATATCTCAACGGGAGATATGTTCCGTGCTGCTATGAAAGAAGAAACACCACTCGGACTCGAAGCAAAGTCTTATATTGATAAAGGCGAGCTCGTACCGGACGAAGTCACAATCGGCATTGTCAAAGAAAGACTCGGCAAAAATGATTGTGAAAGAGGTTTTCTTCTGGACGGATTTCCGCGAACAGTCGCTCAGGCTGAAGCTCTTGAAAACATTCTTGAGGAATACGGCAAGCCGATTGATTATGTCATTAACATTAAAGTAGACAAAGACTCTTTAATGGAACGTTTGACTGGACGCAGAATTTGCAGTGTTTGCGGCACAACCTATCATTTGGTTTTCAATCCGCCGAAAACGCCGGGTGTTTGTGATAAAGACGGAGGAGACCTTTATCAACGGGCAGATGATAATGAGGAAACCGTCTCAAAACGGCTTGAGGTCAACATGAAGCAGACTCAGCCTTTACTCGATTTTTATTCTGAGAAAGGGTATCTTGTCAACGTCAATGGCCAGCAGGACATTAACGACGTGTACAAAGATGTGAAAGAGCTTCTTGGAGGATTGAGCAAATGA MNLVLMGLPGAGKGTQGERIVEDYGIPHISTGDMFRAAMKEETPLGLEAKSYIDKGELVPDEVTIGIVKERLGKNDCERGFLLDGFPRTVAQAEALENILEEYGKPIDYVINIKVDKDSLMERLTGRRICSVCGTTYHLVFNPPKTPGVCDKDGGDLYQRADDNEETVSKRLEVNMKQTQPLLDFYSEKGYLVNVNGQQDINDVYKDVKELLGGLSK PGPT0009040_3589 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0009040-adk|AK-K00939 NA NA D1-12_03856 747 map COG0024 Methionine aminopeptidase 1 ATGATTATCTGTAAGACCCCTCGTGAGCTTGGCATCATGCGGGAAGCAGGGCGAATCGTGGCTTTGACTCATGAAGAGATGAAAAAGCACATTAAACCAGGAATCTCGACAAAAGAATTGGATCAAATTGCCGAACGTTTTATTGAGAAGCAGGGTGCAATCCCATCTTTTAAGGGGTATAATGGGTTTCGCGGGAGCATTTGTGTATCAGTTAATGAAGAACTCGTTCACGGAATTCCCGGTAAAAGGGTTTTGCGTGACGGTGACATTATCAGCATTGATATCGGTGCTAAATTAAATGGTTATCATGGTGACTCTGCTTGGACATATCCGGTAGGAAACATCAGTGATGATGATAAACGACTGCTGGAAGTGACAGAGGAGTCTTTATATAAAGGCTTGAAGGAAGCAAAACCAGGTGAACGTTTGTCGAATATTTCCCACGCAATACAAACGTATGTCGAAAATGAGCAGTTTTCAGTTGTTAGGGAGTATGTCGGACATGGTGTTGGTCAAGACTTGCATGAGGATCCGCAAATTCCTCATTACGGTCCGCCAAACAAAGGACCTAGGCTGAAGCCTGGTATGGTTCTCGCTATAGAACCGATGGTTAACGCTGGCAGCCGATATGTGAAAACATTGGCTGATAACTGGACGGTTGTAACGGTAGATGGGAAAAAGTGTGCTCATTTTGAACATACGATTGCGATTACGGAAACGGGTTTTGATATACTGACAAAAGTCTAG MIICKTPRELGIMREAGRIVALTHEEMKKHIKPGISTKELDQIAERFIEKQGAIPSFKGYNGFRGSICVSVNEELVHGIPGKRVLRDGDIISIDIGAKLNGYHGDSAWTYPVGNISDDDKRLLEVTEESLYKGLKEAKPGERLSNISHAIQTYVENEQFSVVREYVGHGVGQDLHEDPQIPHYGPPNKGPRLKPGMVLAIEPMVNAGSRYVKTLADNWTVVTVDGKKCAHFEHTIAITETGFDILTKV PGPT0020010_9070 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 D1-12_03857 219 infA COG0361 Translation initiation factor IF-1 ATGGCGAAAGACGATGTAATTGAAGTGGAAGGTACGATTGTCGAAACACTGCCAAACGCGATGTTCAAAGTTGAACTCGAAAATGGCCATACGGTTTTGGCTCACGTATCTGGTAAAATCCGCATGCACTTCATTCGCATTTTACCTGGAGACAAAGTTACGGTAGAATTATCTCCATATGACTTAACTCGTGGCAGGATTACGTACCGTTACAAATAA MAKDDVIEVEGTIVETLPNAMFKVELENGHTVLAHVSGKIRMHFIRILPGDKVTVELSPYDLTRGRITYRYK NA NA NA NA NA D1-12_03858 114 rpmJ COG0257 50S ribosomal protein L36 ATGAAAGTGAGACCATCAGTTAAACCAATCTGCGAGAAATGTAAAGTTATTCGCAGAAAAGGAAAAGTAATGGTGATCTGTGAAAATCCAAAGCATAAACAAAAACAAGGATAA MKVRPSVKPICEKCKVIRRKGKVMVICENPKHKQKQG NA NA NA NA NA D1-12_03859 366 rpsM COG0099 30S ribosomal protein S13 ATGGCTCGTATTGCTGGTGTAGATATCCCACGTGACAAACGTGTTGTTATTTCTTTAACATATGTCTTCGGAATTGGCCGCACAACGGCTCAGCAAGTCTTGAAAGAGGCTGGTGTTTCTGAAGATACTCGTGTGCGTGATCTTACTGAAGAAGAACTTGGTAAAATCCGTGATGTTATTGACAAACTGAAAGTAGAAGGTGACCTTCGCCGTGAAGTTTCTCTTAACATCAAGCGTCTGATCGAAATCGGAAGCTACCGCGGAATCCGCCATCGCAGAGGTTTGCCTGTTCGCGGACAAAACTCTAAAAACAATGCGCGTACTCGTAAAGGTCCGCGTCGTACTGTAGCTAACAAGAAAAAATAA MARIAGVDIPRDKRVVISLTYVFGIGRTTAQQVLKEAGVSEDTRVRDLTEEELGKIRDVIDKLKVEGDLRREVSLNIKRLIEIGSYRGIRHRRGLPVRGQNSKNNARTRKGPRRTVANKKK NA NA NA NA NA D1-12_03860 396 rpsK COG0100 30S ribosomal protein S11 ATGGCTGCTGCTCGTAAACAAAACACGCGTAAACGTCGCGTGAAAAAGAATATTGAGTCAGGAATCGCTCATATTCGTTCAACTTTCAACAACACGATCGTTACGATCACTGATACTCATGGTAATGCTCTTTCTTGGTCAAGTGCCGGAGCTCTAGGATTCAGAGGTTCTCGTAAATCGACTCCTTTTGCTGCGCAAATGGCTGCTGAAACAGCTGCTAAAGGTTCAATCGAACACGGACTTAAAACTCTTGAAGTAACTGTTAAAGGACCAGGTTCTGGCCGTGAAGCTGCAATCCGTGCTTTACAAGCTGCCGGACTTGAAGTTACAGCTATCAGAGACGTAACTCCTGTTCCTCATAATGGATGCCGTCCACCAAAACGTCGCCGCGTGTAA MAAARKQNTRKRRVKKNIESGIAHIRSTFNNTIVTITDTHGNALSWSSAGALGFRGSRKSTPFAAQMAAETAAKGSIEHGLKTLEVTVKGPGSGREAAIRALQAAGLEVTAIRDVTPVPHNGCRPPKRRRV NA NA NA NA NA D1-12_03861 945 rpoA COG0202 DNA-directed RNA polymerase subunit alpha ATGATCGAGATTGAAAAACCAAAAATCGAAACGGTTGAAATCAGCGACGATGCCAAATTTGGTAAGTTTGTCGTAGAGCCGCTTGAGCGTGGATATGGTACAACTCTGGGTAACTCCTTACGTCGTATCCTCTTATCCTCACTCCCTGGTGCCGCTGTAACATCGATCCAGATAGATGGTGTACTGCACGAATTCTCGACAATCGAAGGCGTTGTGGAAGATGTTACAACGATAATCTTGCACATTAAAAAGCTTGCATTGAAAATCTACTCTGATGAAGAGAAGACGCTTGAAATTGATGTACAGGGCGAAGGAACTGTCACAGCAGCTGATATTACACACGACAGCGATGTTGAAATCCTTAATCCGGATCTTCATATCGCGACTCTTGGTGAGAATGCGAGTTTCCGAGTTCGCCTTACTGCACAAAGAGGACGTGGGTATACACCTGCTGATTCGAACAAAAGAGACGATCAGCCAATCGGCGTGATTCCGATCGATTCAATCTTTACGCCAGTTTCTCGTTTATCTTATCAGGTAGAAAACACTCGTGTAGGCCAGGTTGCAAACTATGACAAACTTACACTTGATGTTTGGACTGACGGAAGCACTGGACCGAAGGAAGCAATTGCTCTCGGTTCAAAGATTTTAACTGAACACCTTAATATATTCGTCGGTTTAACTGACGAAGCTCAGCATGCTGAAATCATGGTTGAAAAAGAAGAGGACCAAAAAGAAAAAGTTCTTGAAATGACGATTGAGGAACTTGATCTTTCTGTCCGTTCTTACAACTGCTTGAAGCGTGCGGGCATTAACACGGTTCAAGAACTTGCGAACAAGACGGAAGAAGATATGATGAAAGTTCGCAACCTGGGACGCAAATCACTTGAAGAAGTGAAAGCGAAACTTGAAGAACTTGGACTCGGCCTTCGCAAAGACGATTGA MIEIEKPKIETVEISDDAKFGKFVVEPLERGYGTTLGNSLRRILLSSLPGAAVTSIQIDGVLHEFSTIEGVVEDVTTIILHIKKLALKIYSDEEKTLEIDVQGEGTVTAADITHDSDVEILNPDLHIATLGENASFRVRLTAQRGRGYTPADSNKRDDQPIGVIPIDSIFTPVSRLSYQVENTRVGQVANYDKLTLDVWTDGSTGPKEAIALGSKILTEHLNIFVGLTDEAQHAEIMVEKEEDQKEKVLEMTIEELDLSVRSYNCLKRAGINTVQELANKTEEDMMKVRNLGRKSLEEVKAKLEELGLGLRKDD NA NA NA NA NA D1-12_03862 363 rplQ COG0203 50S ribosomal protein L17 ATGTCATACAGAAAACTAGGACGTACGAGTTCACAGCGTAAAGCTATGCTTCGTGATCTTACAACAGATTTGATCATCAACGAAAGAATTGAAACAACTGAAACACGTGCGAAAGAACTTCGCTCTGTTGTTGAAAAGATGATCACTCTTGGTAAGCGCGGTGACTTGCATGCTCGTCGTCAAGCTGCTGCATACATTCGCAACGAGGTTGCTAATGAAGAAAATAACCAAGATGCACTTCAAAAATTATTCTCTGACATTGCAACTCGTTACGAGGAGCGCCAAGGCGGATACACACGTATTATGAAGCTTGGTCCTCGCCGTGGTGACGGTGCACCAATGGCAATCATCGAATTGGTTTAA MSYRKLGRTSSQRKAMLRDLTTDLIINERIETTETRAKELRSVVEKMITLGKRGDLHARRQAAAYIRNEVANEENNQDALQKLFSDIATRYEERQGGYTRIMKLGPRRGDGAPMAIIELV NA NA NA NA NA D1-12_03863 846 ecfA1 Energy-coupling factor transporter ATP-binding protein EcfA1 GTGGATCAAAAACAGCTTATATCCGTAAAAGACATTCTATTCCGCTACCGCAAAGATGCAGAAAGACCGGCGCTGGACGGTGTGAGTCTGGAGGTATATGAAGGAGAATGGCTTGCTATCGTAGGTCACAACGGTTCAGGGAAGTCGACTTTGGCCAGAGCGCTGAACGGGCTGATTTTGCCTGAGGCCGGAGAAATTGAAGTCGGCGGCATCAAGCTGACTGAGGATACCGTGTGGGATGTGCGGAAAAAAATAGGGATGGTCTTTCAGAATCCCGATAACCAATTTGTCGGAACGACTGTTCGCGATGATGTGGCTTTTGGTTTAGAAAACAATGGTGTTCCGCGCGAAGAAATGATTGAGAGAGTAGATTGGGCTGTCACACAAGTCAATATGCAGGATTTTCTTGATCAAGAGCCGCACCATCTCTCCGGAGGTCAAAAACAAAGAGTGGCGATCGCGGGAATTATTGCCGCGCGTCCTGATATTATGATTTTGGATGAAGCGACATCCATGCTTGACCCGATTGGGAGAGAAGAAGTCCTTGATACTGTCAGACGCTTAAAAGATCAGGGCATGGCCACCGTCATTTCGATAACACATGACCTGGAAGAAGCCGCAAGGGCGGACAGGATCATTGTGATGAACGGCGGCAGGAAATATGCAGAGGGCACGCCTGAAGAGATTTTTAAATTAAATGAAGACTTGGTTCGCATCGGTCTTGATTTGCCTTTCTCATTCCAGCTCAGCCTGCTTTTGAAAGAAAGCGGACTGGCGTTAACGAAAAACCATCTGACTCAGGAAGGGCTGGTGAATGAGCTGTGGACATTAAAATCAAAGATGTAG MDQKQLISVKDILFRYRKDAERPALDGVSLEVYEGEWLAIVGHNGSGKSTLARALNGLILPEAGEIEVGGIKLTEDTVWDVRKKIGMVFQNPDNQFVGTTVRDDVAFGLENNGVPREEMIERVDWAVTQVNMQDFLDQEPHHLSGGQKQRVAIAGIIAARPDIMILDEATSMLDPIGREEVLDTVRRLKDQGMATVISITHDLEEAARADRIIVMNGGRKYAEGTPEEIFKLNEDLVRIGLDLPFSFQLSLLLKESGLALTKNHLTQEGLVNELWTLKSKM PGPT0004455_358 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_COBALT_RESISTANCE COBALT_RESISTANCE-CBI_TRANSPORT_SYSTEM,PGPT0004455-cbiO-K02006 NA NA D1-12_03864 870 ecfA2 COG1122 Energy-coupling factor transporter ATP-binding protein EcfA2 GTGGACATTAAAATCAAAGATGTAGAACACCGCTATCATATGAAGACACCGTTTGAACGGCTTGCTCTGTATGATATCAATGCCGTGATAAAAGAGGGCAGCTACGTTGCCGTCATCGGGCATACAGGGTCGGGCAAATCGACGCTCCTGCAGCATTTAAACGGTTTGCTGAAACCGACTAAAGGACAGCTTGAGCTCGGGAGCTCGATTCTGGCAGCCGGTAAAAAGAATAAAGACCTTAAGACTTTGCGAAAAAAAGTCGGAATCGTTTTCCAATTTCCCGAACATCAGCTGTTTGAAGAGACTGTGCTGAAGGACATCGCATTCGGACCGATGAATTTCGGTGTAAAAAAAGAAGACGCTGAACGGAAAGCAAAAGAAATGCTGGGGCTTGTGGGCCTTCCGGAAGACATTTTGAATCGTTCACCATTTGAGCTCAGCGGCGGCCAGATGCGCAGAGTGGCGATTGCCGGCGTTCTCGCGATGGAGCCGGAAGTGCTGGTTTTGGATGAACCGACGGCCGGTCTTGATCCGAGAGGGCGCCAGGACATTATGGACATGTTCTATGCGCTTCATCAGCGGGGAAACCTGACTACCGTTCTCGTCACCCACAGCATGGAGGACGCCGCCCGCTATGCTGACGAAATGATCGTCATGCACAAAGGAACCATTAAAGCGACGGGGAGTCCGCGTGACTTGTTTGTAAAAGGTGAAGAGATGGCCGAAATGGGACTGGATCTTCCTGAATCGGTAAAGTTTCAGAGACGGCTTGAGAAGGCTCTCGGAGTCAAGTATGAGAAACCCATGCTGACCCTGCAGGATGCCGCCAGTGAAATTAAGGCTTTCTTTCAGGAGGAAAAGGACCAATGA MDIKIKDVEHRYHMKTPFERLALYDINAVIKEGSYVAVIGHTGSGKSTLLQHLNGLLKPTKGQLELGSSILAAGKKNKDLKTLRKKVGIVFQFPEHQLFEETVLKDIAFGPMNFGVKKEDAERKAKEMLGLVGLPEDILNRSPFELSGGQMRRVAIAGVLAMEPEVLVLDEPTAGLDPRGRQDIMDMFYALHQRGNLTTVLVTHSMEDAARYADEMIVMHKGTIKATGSPRDLFVKGEEMAEMGLDLPESVKFQRRLEKALGVKYEKPMLTLQDAASEIKAFFQEEKDQ PGPT0004455_338 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_COBALT_RESISTANCE COBALT_RESISTANCE-CBI_TRANSPORT_SYSTEM,PGPT0004455-cbiO-K02006 NA NA D1-12_03865 798 ecfT COG0619 Energy-coupling factor transporter transmembrane protein EcfT ATGATGGACAGCATGATTATCGGAAAGTATGTTCCCGGATCATCGCTTATTCACCGATTGGACCCGCGAACAAAACTTGTCAGCATCTTTCTTTTTGTATGTATCGTTTTTTTGGCAAACAACGTACAGACGTACGCTTTGCTCGGTTTGTTTACATTCGGGGTGATTGCCTTAACACGCGTGCCGTTCAGCTTTTTGCTGAAGGGGCTTAAGCCGATTATCTGGATTGTGGCGTTTACCTTTTTATTACACATTTTCATGACACATGAAGGATCTGTCATTTTTCGGCTTGGCTGGTTTAAAGTGTATGAGGGCGGACTTATACAGGGGATTTTTATCTCCCTCCGTTTCGTTTACCTTATCTTTATGACGACGCTGCTGACGCTGACAACAACGCCGATTGAAATAACGGATGGAATGGAGCAGCTCCTGAATCCTTTTAAAAAGGTGAAGCTGCCCGTACACGAACTCGCATTGATGATGTCGATATCGTTGCGATTTATCCCGACATTGATGGAAGAGACAGATAAAATCATGAAGGCGCAAATGGCAAGGGGTGCGGACTTTACAAGCGGCCCGGTGAAAGACAGAATCAAAGCGGTTGTTCCGCTGCTTGTCCCGCTGTTTGTCAGCGCCTTTAAACGCGCGGAAGAGCTCGCGGTCGCCATGGAGGCGAGAGGCTACCAGGGCGGTGAGGGGAGAACGAAATACAGAAAGCTCGTCTGGACCGGAAAGGATACCGGAGCTATTCTGCTCATCATCGTATTAGCCGTGTTATTGTTTTTCTTAAGAAGTTAG MMDSMIIGKYVPGSSLIHRLDPRTKLVSIFLFVCIVFLANNVQTYALLGLFTFGVIALTRVPFSFLLKGLKPIIWIVAFTFLLHIFMTHEGSVIFRLGWFKVYEGGLIQGIFISLRFVYLIFMTTLLTLTTTPIEITDGMEQLLNPFKKVKLPVHELALMMSISLRFIPTLMEETDKIMKAQMARGADFTSGPVKDRIKAVVPLLVPLFVSAFKRAEELAVAMEARGYQGGEGRTKYRKLVWTGKDTGAILLIIVLAVLLFFLRS PGPT0004015_1967 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-Fmn|Dmk|Ppl|Ndh|Eet_SYSTEM,PGPT0004015-fmnA|ecfT-K16785 NA NA D1-12_03866 744 truA COG0101 tRNA pseudouridine synthase A ATGAGAGTGAAATGTACCATTGCTTATGACGGGCATTTATTTAACGGATATCAGGTTCAGCCTGGAAAGCGGACCGTTCAAAGTGAATTGGAAAAAGCCCTGGCCGTCATCCATAAAACGGACGGCAGAGTGCCTGTTTACTCATCCGGCCGCACGGACAGCGATGTTCATGCTGCCGGGCAGGTCATTCATTTTGATACGCCGCTGTCCATTCCGGCTGAGAAATGGCCGTTTGCGCTCAATGCCCTGCTGCCTGATGATATTGCCGTCAAAACAGCAGAGATTGCGGATGATGGGTTCCATGCACGATTTAGCGCGGTCCAAAAGGAATATCGCTACTTTGTATATACGGAGAAACACCCGGACGTATTTAAACGACATTACGCTTACCATTTTGCATATCCGCTTAATGTGCAGAAAATGAGGGAAGCTTCAAGGCACCTCATCGGGACACATGATTTCACAAGCTTTTGCGCGGCTGATACCGCGGTTCAGGATAAAGTCAGAACGATTTACGAGCTGGATTGGACTGAGACCGGAGACGGCCTGCAGATGCGGATCACCGGAAACGGTTTTCTCTATAATATGGTCAGAATCATTGCCGGAACATTATTGGATACAGGAGCTGGAAAATTTTCTCCCGATGATGTAAAAGCAATGCTCGAAGCGAAGGATCGCGAAGCCGCGGGGCGCACCGCACCGGGGCACGGGCTGTATTTATGGAGCGTTTGCTATGACAACTAA MRVKCTIAYDGHLFNGYQVQPGKRTVQSELEKALAVIHKTDGRVPVYSSGRTDSDVHAAGQVIHFDTPLSIPAEKWPFALNALLPDDIAVKTAEIADDGFHARFSAVQKEYRYFVYTEKHPDVFKRHYAYHFAYPLNVQKMREASRHLIGTHDFTSFCAADTAVQDKVRTIYELDWTETGDGLQMRITGNGFLYNMVRIIAGTLLDTGAGKFSPDDVKAMLEAKDREAAGRTAPGHGLYLWSVCYDN NA NA NA NA NA D1-12_03868 438 rplM COG0102 50S ribosomal protein L13 ATGCGTACAACACCTATGGCTAACGCAAGTACTATTGAACGCAAGTGGTTAGTTGTTGATGCAGCAGGCAAGACTTTAGGACGTCTTTCTACAGAAGTTGCATCTATCCTTCGCGGGAAACACAAACCGACTTACACACCGCACGTTGATACTGGAGATCATGTGATCATCATCAACGCTGAAAAAATCGAGTTAACTGGTAAAAAGTTAACTGATAAAATCTACTACCGTCACACTCAACATCCAGGCGGATTAAAATCAAGAACAGCTCTTGAAATGCGTACAAACTACCCTGAGAAAATGCTTGAGCTTGCTATCAAAGGCATGCTTCCAAAAGGTTCTCTAGGTCGTCAAATGTTCAAAAAATTGAACGTATACCGTGGTTCTGAGCATCCACATGAAGCACAAAAACCTGAAGTTTACGAACTTCGCGGTTAA MRTTPMANASTIERKWLVVDAAGKTLGRLSTEVASILRGKHKPTYTPHVDTGDHVIIINAEKIELTGKKLTDKIYYRHTQHPGGLKSRTALEMRTNYPEKMLELAIKGMLPKGSLGRQMFKKLNVYRGSEHPHEAQKPEVYELRG NA NA NA NA NA D1-12_03869 393 rpsI COG0103 30S ribosomal protein S9 TTGGCACAGGTTCAATATTACGGTACTGGCCGTCGTAAAAGTTCTGTAGCGCGTGTGCGCTTAGTTCCAGGAGAAGGTCGTATCGTCGTTAATAATCGTGAAATCAGCGAGCACATTCCATCTCCAGCTCTAATCGAAGATATCAAACAACCATTAACTTTAACTGAAACAGCTGGTACTTATGATGTTTTAGTAAACGTACATGGAGGCGGCTTATCTGGTCAAGCTGGAGCAATCCGTCATGGTATCGCTCGTGCTTTGCTTGAAGCAGATCCAGAATACCGTGCAACACTTAAACGTGCTGGTCTTCTGACTCGTGACGCTCGTATGAAAGAACGTAAAAAATACGGTCTTAAAGGCGCTCGTCGTGCACCTCAGTTCTCAAAACGTTAA MAQVQYYGTGRRKSSVARVRLVPGEGRIVVNNREISEHIPSPALIEDIKQPLTLTETAGTYDVLVNVHGGGLSGQAGAIRHGIARALLEADPEYRATLKRAGLLTRDARMKERKKYGLKGARRAPQFSKR NA NA NA NA NA D1-12_03870 768 hypothetical protein ATGAATAAGTTAGTCATACATAACAGCAAGGCATGGGATAAAAAAGTCGAAACAGGCAATGAATGGACGGTTGCGGTTGATTCTCATACGATTGGTGAAGCGAAAAAAGGCAATTGGAGCATCAGGATGACCCCCGGAAAAGATGTGCCGGCGGATTGGTTTCCGCCCATAGACGGTCTGAAGGTTCTTTGTCTCGCTTCAGGAGGAGGACAGCAAGGCCCGGTCCTGGCTGCTGCAGGAGCGGATGTCACCATCTTTGACAATTCGGAAAAACAGCTTGCGCAAGACAGAATGGTTGCCGAGCGGGACGATCTTACGCTTCGGACTGTCAAAGGCAGCATGAATGATCTGAGCTGTTTTGATGATGAGTCATTTGATTTTATCGTGCACCCGGTATCGAATTGCTTTGTTGATACGGTTCTTCCTGTATGGAAAGAAGCTCATCGCGTATTGAAAAAAGGCGGGTCTTTAGTCTCCGGTTTTGTAAATCCCGTCGTGTTCTTATTTGATATGGATTTAGAGCAGGAAGGCGTCCTAAAAGTAAAGTATTCCATTCCGTTTTCGGATGAAAAAGATCTGAGTAAGAAAAAGGTAAAGGAACTTATTGATAATCATGAAGCGCTTGAATTCGGCCATACGCTGGAGGATCAAATTAAAGGTCAGATTGACGCAGGCTTTATGGTTGCCGGTTTTTACGAAGACAAAGGCGGCCTCGTGCTGGATGAATACATTAATACATACTCCGTAACAAGAAGCATTAAAATATAA MNKLVIHNSKAWDKKVETGNEWTVAVDSHTIGEAKKGNWSIRMTPGKDVPADWFPPIDGLKVLCLASGGGQQGPVLAAAGADVTIFDNSEKQLAQDRMVAERDDLTLRTVKGSMNDLSCFDDESFDFIVHPVSNCFVDTVLPVWKEAHRVLKKGGSLVSGFVNPVVFLFDMDLEQEGVLKVKYSIPFSDEKDLSKKKVKELIDNHEALEFGHTLEDQIKGQIDAGFMVAGFYEDKGGLVLDEYINTYSVTRSIKI NA NA NA NA NA D1-12_03871 474 yizA COG2318 putative protein YizA ATGAAAAAGCTGTTTCAATACAATTGGACGGTGCGTGACGAGTGGTTTAGGATATGTGAAAAGCTGAGCCGGGAGGAACTGACGAAAACCCGGACGGGCGGAATGGAGAGCATCTTGTGGACTTTATTTCATATCATTGATGTCGAGATCAGCTGGGCTCGTGCCATTTTAGGTAAAGATGATGTTTTACCTGCTGAGTCTGACTATACGAGCATTCAGGATCTCAGAAAGCTGTCTGAACAGTTTCGGGAGGATGTCATTCATGCGGTCTCCCGCAAAGGACCGGATCTTGTTACGCCGGACTGGATGGACCAAACCTTTCCTAAAGAAGATATTCTCCGCCACATCCTTGCGCATGAGATTCACCATATCGGACAACTGTCGGTTTGGGCCAGAAAAATTGGAATAGAACCGGTTTCGGCTAATGTGATCAGCCGTCCGCAGGAAAAAGCCGCAAAAAAACAGCACCTCTGA MKKLFQYNWTVRDEWFRICEKLSREELTKTRTGGMESILWTLFHIIDVEISWARAILGKDDVLPAESDYTSIQDLRKLSEQFREDVIHAVSRKGPDLVTPDWMDQTFPKEDILRHILAHEIHHIGQLSVWARKIGIEPVSANVISRPQEKAAKKQHL NA NA NA NA NA D1-12_03872 444 hypothetical protein ATGGCAGAAGTATTATCTTTTTCAGACGTGAAACGGCAGAAGGATTTTGAGCTTGAGAAGAGTTTACTAAAGGAGCTGTCACTGACGCAGATCATTCAGTCCGTAAAAGCATGTCTTACCCCTTTGTTTCCCTTTCTTCAAGACGAAAACGGCATTCTGAGTGAAGGATGCATAGATTTTGCAATTGAAGCGTATTTATTAGGCGGCCGGTTCGGCGTCTTTGGCTATTATGGTGAGTCTTTGCAGAGGGCAAACGCCCGTTCGGCTGAAGAAGAGGAAGAACTGACGGTCGATTTTTTTGAATATCTTTGCAATTGGACGCATGAGCAATATTCTTCCGTTGAACAAAAAGAAATCTATGAAGCGTCCTGCCGGTTTATCAACAGCTGGTGGACGGAAGGATTTCTGCAAAGAGAAAAACAATGTAAGCTCCGTATGAGGTAA MAEVLSFSDVKRQKDFELEKSLLKELSLTQIIQSVKACLTPLFPFLQDENGILSEGCIDFAIEAYLLGGRFGVFGYYGESLQRANARSAEEEEELTVDFFEYLCNWTHEQYSSVEQKEIYEASCRFINSWWTEGFLQREKQCKLRMR NA NA NA NA NA D1-12_03873 714 cwlD COG0860 Germination-specific N-acetylmuramoyl-L-alanine amidase ATGACAAAAAAGCTGAAATGGCTCGGTTTTTTACTTGGCTTTATCATATTATTGTGTTTATTCCGGTTTCAATTCCATAATGATGATTCCTGGCGGCCGTGGAGTCTGCCGCTGAGCGGAAAAATCATCTATCTCGATCCGGGACACGGCGGGCCGGACGGAGGCGCCACGGGAGGCAGTCACCTTGAAAAGGACATTACTCTCGAAGTGGCCTCCAGGGTAAGAGACTATTTGCAGGAGCAGGGAGCTTTGGTCATTATGACGCGGGAGACGGATACTGATTTAGCTCCTGAAGGGACGAAAGGCTACAGCAGACGCAAAGCGGAAGATCTGAGAAAGCGCGTGGAAATCATCAACCGTTCAGAGGCGGAGCTTTATATCAGCATTCATCTGAACGCCATACCGTCACCGAGATGGAGCGGCGCCCAAAGCTTCTACTATGGAAAATACGAAGAAAATGAAAAAGTGGCAAAATATATACAGGACGAATTGAGAATCAATTTGGAGAATACAACGAGAAAGGCAAAACGGATACACGGCATTTACTTAATGCAGAATGTAACCAAACCGGGCGCGCTGGTGGAAATCGGATTTCTGTCCAATCCCGCGGAAGCGAAAAGGCTCGGACAGCCCAAATATCAGGACAAAATCGCTTCTTCCGTGTATAAGGGCGTATTGAGATACTTCACAGAGAAAGGAGACCCTCCCGAGTAA MTKKLKWLGFLLGFIILLCLFRFQFHNDDSWRPWSLPLSGKIIYLDPGHGGPDGGATGGSHLEKDITLEVASRVRDYLQEQGALVIMTRETDTDLAPEGTKGYSRRKAEDLRKRVEIINRSEAELYISIHLNAIPSPRWSGAQSFYYGKYEENEKVAKYIQDELRINLENTTRKAKRIHGIYLMQNVTKPGALVEIGFLSNPAEAKRLGQPKYQDKIASSVYKGVLRYFTEKGDPPE PGPT0024160_6859 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING_AMIDASE_ACTIVITY,PGPT0024160-amiA|amiB|amiC-K01448 NA NA D1-12_03874 1053 salA COG0489 Iron-sulfur cluster carrier protein ATGATAAGAGAAGATGAAGTAAGAAATATAGTCGGAAACATGCGCGAACCTTTTCTTCATAGACCGCTGGGAGAATTGGATGCCATTAAAGAAGTAAAGATCAAGCCGGAAAAACGGCATGTCAGTGTAAAAATTGCACTGGCAAAAACGGGGACGGCTGAACAGATGGGCATTCAGCAGGAAATCGTATCCGTTCTGAAAGAAGCGGGTGCGGAAACTGTGGGACTGCGGTTTGAAGAGCTGCCGGAAGAAACATTGGCGAAATTCAGCCGGCCGGCTGTTGAAAGCGAAACCCTGCTGAATAGGAAACATCCGCCGGTCTTTCTTGCGGTGGCAAGCGGAAAAGGCGGTGTCGGCAAATCAACGGTTTCCGTCAACCTGGCCATTTCTCTTGCGCGGCTCGGAAAAAAAGTCGGCTTGATTGACGCGGATATATACGGATTCAGCGTGCCGGACATGATGGGTATTACAGTTCGCCCGACAGTAGAAGGAGAAAAACTGCTTCCTGTCGAAAGATTTGGAGTAAAGGTTATGTCGATGGGCTTTTTCGTCGAAGAAAACGCTCCGGTTGTGTGGAGAGGGCCGATGCTGGGCAAGATGCTGAATAACTTCTTCCATGAAGTTGACTGGGGAGAGGTTGACTATATCGTTCTTGATCTGCCGCCCGGCACGGGTGATGTGGCGCTCGATGTACACACGATGCTTCCGAGCTGCAAAGAGATTATCGTATCAACGCCGCACCCTACAGCCGCATTTGTAGCGGCGAGAGCGGGATCTATGGCGATTAAGACCGATCATGAAGTTGTAGGGGTTATTGAAAATATGGCTTACTATGAAAGTGCAAAAACCGGCGATAGAGAATATGTGTTCGGTCAAGGCGGGGGAGATAAGCTTGCAGAGGAATTGCAAGTGCCGCTGCTTGGCAGAATTCCTTTAAAACAGCCTGATTGGGACAAGGACCAGTTTGCGCCTTCTGTCTATGACAGAAGTCATCCGATCGGGGAAATTTATATGGGGATCGCCCAGAAAGTCATTGAAAAAACAGCTGAATAA MIREDEVRNIVGNMREPFLHRPLGELDAIKEVKIKPEKRHVSVKIALAKTGTAEQMGIQQEIVSVLKEAGAETVGLRFEELPEETLAKFSRPAVESETLLNRKHPPVFLAVASGKGGVGKSTVSVNLAISLARLGKKVGLIDADIYGFSVPDMMGITVRPTVEGEKLLPVERFGVKVMSMGFFVEENAPVVWRGPMLGKMLNNFFHEVDWGEVDYIVLDLPPGTGDVALDVHTMLPSCKEIIVSTPHPTAAFVAARAGSMAIKTDHEVVGVIENMAYYESAKTGDREYVFGQGGGDKLAEELQVPLLGRIPLKQPDWDKDQFAPSVYDRSHPIGEIYMGIAQKVIEKTAE PGPT0013215_1 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-OXIDOREDUCTASES,PGPT0013215-fpr-K00528 NA NA D1-12_03875 558 gerD Spore germination protein GerD ATGTCAAAAGCCAAAACGCTATTGATAAGCTGTTTTGTTGTATTATCTGTAACAGCTTGTGCTCCAAAAGACCAAGCAGCGGATATGGATTATGACCAGACTAAAAAAATGGTTGTTGATATATTAAAGACAGATGATGGAAAAAAAGCAATTAAGGAAATATTAAATGATGATGCGATGAATGAGGCATTGGTGATTGATCAAAATGCCATTAAAGGCACAATAGAGAAAACCCTCACCTCTAAAAAAGGGGCGGAGTTCTGGAAAACCATTTTTGAAGACTCAAAGTTCGCCGAGAGCTTTGCAAAAACTCTTCAGCCTGAGCATGAAAAAATCATAAAAAAACTGATGAAAGACCCTGATTATCAGAAAAGTTTTATGCAGATCATGCAGGACCCCGGCATGGATAAAAAATACTATGAGCTGGTGAAAAGCCAAAAGTTCCGCAGTTACTTAGAAGATGTAATTACAGAGACACTTTCCAGCCCGCTTTTCAAAAAGCAATTCGAGGATGAATTGAAAAAAGCAGCTTCAAGCTCTGAAAAAGAAAGCCAATAA MSKAKTLLISCFVVLSVTACAPKDQAADMDYDQTKKMVVDILKTDDGKKAIKEILNDDAMNEALVIDQNAIKGTIEKTLTSKKGAEFWKTIFEDSKFAESFAKTLQPEHEKIIKKLMKDPDYQKSFMQIMQDPGMDKKYYELVKSQKFRSYLEDVITETLSSPLFKKQFEDELKKAASSSEKESQ PGPT0025045_200 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_GERMINATION_PROTEIN,PGPT0025045-gerD-K06294 NA NA D1-12_03876 597 hypothetical protein ATGAAAAGCCGCGGGCTTGTTCGATTTTTCTTTTCGATTTTAGCTGTGGGCGCTCTTATTACAAGCGTCGTGGGATTTGCTCTGAAGTGGGGGGAGTACAAGGGGTTCTTCCTGAATTTTGATGCCGGTCAGATTTTCTCCGTTCTGATCTGGTTTATCGGGGTAGGCATGATTTTCAGTGTGATCAGCCAGATGGGATTCTTCGTTTTTTTGACGGTGCACCGGTTTGCCCTTGAAATTCTCAGATCAAGCTCGCTTTGGAATCTGCTTCAGCTGTTTATCATTCTGTTTGTCGCTTTTGATTTAATGTACGTCAGATTTTTGTTTTTCGGAGAGCGGGATGACTCGATTGCGGGGTTTGTCTGGCTGCCGCTGGCTCTGCTTGCCGTCGGCCTGTTGACGGCATATATAAAACAAAAGCAGTCCTCAAAAAATACGTTCGTTTCATCATTATTTTTAATGGTCGTTATTACAGCGCTTGAATGGGTTCCCGCGCTACGAGTGAATAATGAGGACTGGCTTTATTTAATGCTGATTCCGCTGATGGGCTGCAATGCGTTTCAGCTGCTAATGCTGCCGAAGTTTGCCCAGAGGTAG MKSRGLVRFFFSILAVGALITSVVGFALKWGEYKGFFLNFDAGQIFSVLIWFIGVGMIFSVISQMGFFVFLTVHRFALEILRSSSLWNLLQLFIILFVAFDLMYVRFLFFGERDDSIAGFVWLPLALLAVGLLTAYIKQKQSSKNTFVSSLFLMVVITALEWVPALRVNNEDWLYLMLIPLMGCNAFQLLMLPKFAQR NA NA NA NA NA D1-12_03877 765 hypothetical protein GTGAATCACTTCTACGTGTGGCACATCAGAAGGATAAAACAGCTGCTTATTATTATCATTGCCGCATTTGCAGCAGCCAGCTTTTTTTATATACAGAGAGCCGTCCCCCTTCCTGTATTTTTAACTGATAGCGGCCCGAAGGCGATCTCTAAAGGGGAGACGAAAGCGGGCGAAGTCGCATTAACATTCGATATCAGCTGGGGCGACGAAAAAGCGGTTCCGATTCTGAACGCGCTAAAAGCAAACGGCATTAAAAACGCCACTTTTTTTCTGTCAGCTTCTTGGGCGGAACGGCACCCGGACACAGTTGAACGTATGGTAAAAGACGGACATCAAATCGGCAGCATGGGATATGCGTATAAGAATTATACCAACCTAGAGGACAATGAAATAAAAAAAGATATCCTCCGGGCCCAGACCGCATTTAAAAAGCTTGGTGTGAAGAATGTTCATTTACTCCGCCCGCCGACCGGACAATTTAATAAAAAGGTTCTTACCATTGCACAGCAGTACCACTATTCAGTGGTTCATTACAGCGTTAACTCGCAGGATTGGACAAATCCCGGCCCTGATAAAATCATTGAAAATGTAAACAGTCATATAAAAGGCGGCGACATTGTCCTGCTGCACGCCTCTGATTCAGCAACACAGACTGAAGAAGCGCTCCCCGCCATCATTCACAATTTAAAGCAAAAAGGACTGAAAAACGTGACCGTCGGCGACCTGATCGCAAATACTGACGTCAAGTCATCAGAAGTGAAATAA MNHFYVWHIRRIKQLLIIIIAAFAAASFFYIQRAVPLPVFLTDSGPKAISKGETKAGEVALTFDISWGDEKAVPILNALKANGIKNATFFLSASWAERHPDTVERMVKDGHQIGSMGYAYKNYTNLEDNEIKKDILRAQTAFKKLGVKNVHLLRPPTGQFNKKVLTIAQQYHYSVVHYSVNSQDWTNPGPDKIIENVNSHIKGGDIVLLHASDSATQTEEALPAIIHNLKQKGLKNVTVGDLIANTDVKSSEVK PGPT0012156_528 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS FUNGICIDAL_COMPOUNDS|ANTIBIOTICS FUNGICIDAL-CHITINOLYTIC_ACTIVITIES,PGPT0012156-chitin_deacetylase-NA NA NA D1-12_03879 195 csfB Anti-sigma-G factor Gin ATGAATGAAACGTCCAGCCATGAAGAAACATGTATTGTGTGTGAAACCAAAAAAAGCAGGGGAATCCATATATATACGAAATTTATATGTTTAGAGTGTGAGAAGAAAGTAGTTTCCACTCCGACCTCTGATCCGAATTATGAATTTTTCGTTCGTAAACTGAAAAGCCTTCATACACCGACGTTATATTCTTAA MNETSSHEETCIVCETKKSRGIHIYTKFICLECEKKVVSTPTSDPNYEFFVRKLKSLHTPTLYS NA NA NA NA NA D1-12_03880 615 hypothetical protein ATGAAACCGTTTATTCAATATATGAAATGGACGCTTTGCGGCAGCACAGTTTTTGTATTAGCGGGGATAACCTTCTTTACGATAGGGCATCAGCCTTTTCTGTATTCGCTTTTATACGGGGCAGCCAGCGGAGCCGCAGCCAGTGCGGCCGGTCTGTGGAATGCGAAGCGTCTCTTTTTAAAAAAACACCGGCTGACAAGAAAAGAATATGCTTATATCAAGGAAAATCTTGAGGAAGCAAAGGGTAAAATCATCCGATTACGCAGGGCGCTTTTTCGCTCTAAAAGTATACAAATGCTGAAGCAGAATGCAGAGATACTGCGGATAACCCGACGAATATATCTGCTCACAAAGCAGGAGCCGAAGCGTTTTTATCAGGCAGAGCGTTTCTATTATCAAACGCTTGATTCTGTTGTGGAACTGACGGAAAAGTATGCTTTGCTCTCCTCACAGCCGCGAAAAAATAAAGATTTATCAATGTCCTTGAGTGAGACGAGGATGACTCTAGCAGAGCTTTCCAGAAGGCTGGAAGAGGATCTTCATGAACTGATGAAGGAGGACATCGACGACCTGCACTTTGAATTAGATATGGCAAAGCATTCACTGAGAAAATAA MKPFIQYMKWTLCGSTVFVLAGITFFTIGHQPFLYSLLYGAASGAAASAAGLWNAKRLFLKKHRLTRKEYAYIKENLEEAKGKIIRLRRALFRSKSIQMLKQNAEILRITRRIYLLTKQEPKRFYQAERFYYQTLDSVVELTEKYALLSSQPRKNKDLSMSLSETRMTLAELSRRLEEDLHELMKEDIDDLHFELDMAKHSLRK NA NA NA NA NA D1-12_03881 1119 TelA-like protein ATGGCCAAAGACCGTTCCGACGACAGCGTGGGCGCCCAAAATGACCAGACTCATCTAAAGCTTGCAGATACGCTGCCGGAAGAAACAAGAGAAGCGGCACTTCAGCTCGCTGAAAAACTGGACCCTGAGAACATGCAAAGCATTGTTCTGTTTGGTTCACAGGCGCAGGCGAACCTTCTGGAATTTTCCCACACGATGATAGAGCATGTGCAAAGAAAAGATGCAGGAGAGATGGGACAGATACTGGTTGATCTGATGCTGAAGCTTGACCAGGTAAACCCTGATGATCTGCAGATGAAGAACAAAGGGTTTTTCGCCCGGCTGTTTAAAAGGGTATCCGGTTCTGTGCAGGAAGTGCTTTCGAAATATCAAAAGACAAGTGTGCAGATTGACCGTATCAGCAGAAGGCTGGAACATTCTAAAAATGTGCTGTTGAGTGACAATAAATTGTTAGATCAGCTGTACGCCCAAAATAAACAATACTTTTCTGATTTAACTATGTATATAGCAGCGGGGGAATTAAAATTAGATGAGCTGAAAACAAAGCTGATACCCGAAGCGGCAAGAAAAGCCGAATTACAAGAACACAATCAAATGGCCGCGCAGGAGGTGAATGATCTTCGCCAGTTTGCCGACCGTCTGGATAAGAGGGTGCATGATCTGCTGCTGAGCAGGCAGATTACGCTCCAGAGTGCGCCGCAAATCCGCCTGATTCAAAACACGAATCAGGCACTGGCAGAGAAAATTCAGTCCTCCATTGTTACGGCTATTCCTTTATGGAAGAATCAAGTCGCCATCGCGCTGACGCTTATGAGGCAGCGGAGTGCGGCAGATGTGCAGCAGAAGGCGGCGGATACAACAAATCAATTGCTGCTGAAAAACGCCGAACTTCTGAAAACAAGTACAGTCGAGACCGCTAAAGCCAATGAGCGCGGGCTTGTTGAGGCAGAAACCCTCAAAAAAGTGCAGGAAAGCTTAGTCAGCACACTTGAAGAAATCATGTCTATTCAAGAAGAAGGCAGGATGAAACGCAGGCGTGCCGAGGAGGAGCTTGTTATCATGGAAGGCGATTTAAAAAAGAAGCTGCGTGATATGGGGACCGGCCGGGATAACGGCTAG MAKDRSDDSVGAQNDQTHLKLADTLPEETREAALQLAEKLDPENMQSIVLFGSQAQANLLEFSHTMIEHVQRKDAGEMGQILVDLMLKLDQVNPDDLQMKNKGFFARLFKRVSGSVQEVLSKYQKTSVQIDRISRRLEHSKNVLLSDNKLLDQLYAQNKQYFSDLTMYIAAGELKLDELKTKLIPEAARKAELQEHNQMAAQEVNDLRQFADRLDKRVHDLLLSRQITLQSAPQIRLIQNTNQALAEKIQSSIVTAIPLWKNQVAIALTLMRQRSAADVQQKAADTTNQLLLKNAELLKTSTVETAKANERGLVEAETLKKVQESLVSTLEEIMSIQEEGRMKRRRAEEELVIMEGDLKKKLRDMGTGRDNG NA NA NA NA NA D1-12_03882 1434 speA_2 COG1982 Arginine decarboxylase ATGGACACACCTTTATATACAGCGCTGATGAAGCATGCGCACCGAAATACGTATTCTTTTCATGTTCCGGGACATCACAATGGAGATGTCTTTTTTGATGAAGCCAAATCTGTATATCAATCTCTTTTATCTATTGATATGACTGAGGTCACGGGTCTTGATGACTTGCACCACCCGACGGGGGTCATTAAGGAAGCGCAGGATTTGGTGAGCAGATTTTACGGCTCTCAGGAAAGCTTCTTTCTCGTCAATGGAACGACCGCCGGCAATCTGGCGATGATTTTAGCTGTTTGTGAACCGGGTGAACCCATTCTGATCCAGCGTAATTGTCACAAGTCTGTTTTCCATGCGGCGGCATTGGCCGGAGCCAAGCCGGTTTATTTGTCGCCGGAAATCGATGAAAACATGCATGTGCCGGCACATGTATCCCTTTCAGTCATCGAAAAAGCGCTGGCGTCATATCCGAACGCGAAAGGACTTGTTCTGACCAATCCGACTTACTACGGACACGCCGCCGATTTGACTGCGGCAGTTAACAAAGCCCATTCATACGGCGTTCCTGTACTGGTGGATGAGGCTCATGGGGCTCACTTTGTGTTAGGCCAGCCTTTCCCGCCTTCATCATTGGCTATGGGGGCGGACGCCGTTGTTCAATCGGCTCATAAAACGCTTCCGGCTATGACGATGGGGTCTTACTTTCATTTGAACAGCACCAGAATTGACAGAGATCGATTAACTTATTATGTAAGCAGTTTGCAAAGCAGCAGCCCGTCATACCCGATTATGGCATCTTTAGATACGGCGCGCGCTTATGTTCAGGATATTGCTGAAAAAGGGACACTTCCCGTTCATATGGAGCACATTGAGAAAATCAAAGGAAGGTTCGCATCAATTTCTTCTATTGAAATAATCGAGCCTTCCGGATATGGGCTGCGGGCGGACCCGTTAAAATTAATTCTTCGGTCAAAGCTCGGACATTCCGGCTATTCATTACAACGCATTTTGGAGAGTGAAGACATTGTTGCCGAGCTGGCTGACGAATACCAAGTATTGCTCGTCCTGCCGATAGGCGGCCGGCGGATGATAGAACAGGAAACCGTAAGAAACATACAGCAGAAACTGGAGAATACACCGCCCGATAAATTGCCGGATGCCGTGAATTGGACATTTCCGTCCATTTCGACACTTGAATATCCGCAAAATGAGATGCGGAAGTTTACAAAAGAGCCTGCAGATATAAATAAGGCGGCCGGGCGCTTGCATGCGGGGAACATTATTCCTTATCCGCCGGGAATTCCGCTGATCATGGACGGAGAACGGATAACAGAAGAGATCGTACAAAAGCTTTCCCGTTTAATCGGCATGGACGCGCATATTCAAGGCTTGTTAAACGGGGAACAATTACTTGTCTATATAGAAGAGGAGAAATCATGA MDTPLYTALMKHAHRNTYSFHVPGHHNGDVFFDEAKSVYQSLLSIDMTEVTGLDDLHHPTGVIKEAQDLVSRFYGSQESFFLVNGTTAGNLAMILAVCEPGEPILIQRNCHKSVFHAAALAGAKPVYLSPEIDENMHVPAHVSLSVIEKALASYPNAKGLVLTNPTYYGHAADLTAAVNKAHSYGVPVLVDEAHGAHFVLGQPFPPSSLAMGADAVVQSAHKTLPAMTMGSYFHLNSTRIDRDRLTYYVSSLQSSSPSYPIMASLDTARAYVQDIAEKGTLPVHMEHIEKIKGRFASISSIEIIEPSGYGLRADPLKLILRSKLGHSGYSLQRILESEDIVAELADEYQVLLVLPIGGRRMIEQETVRNIQQKLENTPPDKLPDAVNWTFPSISTLEYPQNEMRKFTKEPADINKAAGRLHAGNIIPYPPGIPLIMDGERITEEIVQKLSRLIGMDAHIQGLLNGEQLLVYIEEEKS PGPT0007770_2217 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 D1-12_03883 639 tmk COG0125 Thymidylate kinase ATGAGCGGTTTATTTATAACATTTGAAGGTCCTGAAGGTGCAGGGAAAACGACTGTGCTTCAGGAAATGAAAGAGATTCTGTCGGCAGAGGGGCTTCCGGTGACAGCGACAAGAGAACCGGGCGGCATCGACATTGCGGAACAGATCAGAGAAGTGATCTTAAATAAAAACAATACACTGATGGATGCAAAAACGGAGGCACTGCTTTACGCTGCGGCGAGAAGACAGCATTTAGCCGAAAAGGTGCAGCCTGCATTGAAAGAAGGGCGCATTGTGCTGTGCGATCGTTTCATCGACAGTTCGCTGGCTTATCAAGGCTATGCGAGAGGGCTCGGGATTGATGAAGTTCTTTCTATCAACCAGTTTGCAATCGGCGATACGATGCCTGATGTCACCATCTATTTTTCTATTGAGCCGGAAGAAGGGTTGAAACGGATTACGTCGAATGATTCAAGAGAAAAGAATCGTCTCGATCTTGAGGCCCTGCACTTTCACACGAAAGTACGGGAAGGATACCAAAAGGTAATGCAGCGTTTTCCGGAAAGATTCCAGACAATCGACGCATCGAAAAAGAAGGAACTCGTCATTCAGGATGCACTTCAAGTGATAAATGAAGCATTGAAAAAAATTCAGTTGTGA MSGLFITFEGPEGAGKTTVLQEMKEILSAEGLPVTATREPGGIDIAEQIREVILNKNNTLMDAKTEALLYAAARRQHLAEKVQPALKEGRIVLCDRFIDSSLAYQGYARGLGIDEVLSINQFAIGDTMPDVTIYFSIEPEEGLKRITSNDSREKNRLDLEALHFHTKVREGYQKVMQRFPERFQTIDASKKKELVIQDALQVINEALKKIQL PGPT0021395_2799 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021395-tmk-K00943 NA NA D1-12_03884 330 darA COG3870 Cyclic di-AMP receptor A ATGAAACTAATAGTGGCAGTGGTGCAGGATCAGGACAGCAACAGGCTTTTGAAAGTATTAACCGACCACAACTTCAGGGTGACGAAGCTTGCGACAACAGGCGGATTCCTTAAATCAGGCAATACGACGTTTATGATCGGGGTGGAAGATATCCGTGTCGATAAAGCGCTCAGCCTCATTAAAGAGAATGGCTGTAAACGTGATCAGATGATTGCCCCGGTATCCCCGATGGGCGGGAATGCGGATTCCTACGTTCCATATCCCGTCGAAGTGGAAGTCGGCGGAGCGACGGTCTTTGTCCTCCCGGTCGATGAATTTCATCAATTTTAA MKLIVAVVQDQDSNRLLKVLTDHNFRVTKLATTGGFLKSGNTTFMIGVEDIRVDKALSLIKENGCKRDQMIAPVSPMGGNADSYVPYPVEVEVGGATVFVLPVDEFHQF NA NA NA NA NA D1-12_03885 441 hypothetical protein GTGAAAATAAATTCTGACTTACGTACATTTATTGAGAAAAAGCAGCAGCCTGCTTATAAAGCGGCAGAGCTGTCCGGAACGTTTAAAAGTTCAATGGACAGCCAAAGCAGCAAGCTGAAATTTGATCAGCTGAGCAGGTTCTTAACGGATATAGAAACGTTCGGGAAAAGGCTGACGAAGTCGAGAAACTTCAAAGACTTAGTGAAATTCAAAGGATTGGTAAAACGTTTTGTAAAAGAGGCCGTAGACAGCGGATTATCGCATGAGACGGAGAAAAGCTTTGACCTGTACGGCAGCAGCCGGACTCTGGGGCTTGTGAAAGAAATAGATGAAAAACTGCTTCAGCTGACGGAAGAAATGTTAGATCAGGAAAAACCGGCAATTGATTTGCTGGATCGAATCGGAGAAATAAAAGGTTTATTGATTAACCTTTACACATAG MKINSDLRTFIEKKQQPAYKAAELSGTFKSSMDSQSSKLKFDQLSRFLTDIETFGKRLTKSRNFKDLVKFKGLVKRFVKEAVDSGLSHETEKSFDLYGSSRTLGLVKEIDEKLLQLTEEMLDQEKPAIDLLDRIGEIKGLLINLYT NA NA NA NA NA D1-12_03886 990 hypothetical protein ATGGCAATATCATGGAAGGAAATGACCGGGCAGCAGCCCAGAGTGATGGGGCTTTTGCATAACAGCATTGAAAAGAAAAGGCTTTCTCACGCATATCTGTTTGAAGGCAAAAAAGGTACGGGCAAATTGGATGCCGCACTGCTTCTCGCAAAAAGCTTTTTTTGCCTTGAAGACGGGACTGAGCCTTGCGGGGAATGCCGGAACTGTAAGCGTATCGAATCCGGAAACCATCCCGACCTGCATGTGGTTCAGCCCGACGGATTATCCATTAAAAAGGCTCAGATCCAATCTCTTCAGGAAGAGTTTTCTAAAACAGGACTGGAATCGCATAAAAAGCTGTACATTATATCCCATGCGGATCAAATGACGACAAATGCGGCAAACAGTCTGCTGAAATTTTTAGAGGAGCCGAGTCAAGACACCATCGCAATTCTTATTACTGAGCAGCTCCACCGAATACTGGATACCATCGTTTCGAGATGTCAGGTTCTTCCGTTCCAGCCGCTTCAGCCGAAAGCCATAGAAGAAAGGCTGATTGAACAGGAAGTGAGCCCTCACATGGCCCGGCTCTTAGCAAATATGACAAATAATATTGCGGAAGCAGTCGAATTAAGTCGAAATGATGAGTTTGCAGAGTCCAGAGCGAAAGTGATAAAATTGTATGAAGTCTTACATCAGCGGAAAGGACATGCCTTTTTCTTCATTCAGGATCAGTGGGTGCCCTTTTTCAAAGAAAAAACCCATCAAGAAATGGGTCTTGATATGCTCTTATTGATATACCGTGATGTATTATCCATCCAAATTGGAAATGAAGATAAACTGATTTATCAAGACTTATTCCAATCAATAAAACAGCATGCGCTGCAATTTACACAACAAAGCGTTACGAACCAAATTCTCGCTGTTTTAGAAGCAAAAAAACGGCTTCATTCCAATGTGAATGTGCAGGGATTAATGGAGCACTTGGTGTTAACGTTGCAGGAGGGATAA MAISWKEMTGQQPRVMGLLHNSIEKKRLSHAYLFEGKKGTGKLDAALLLAKSFFCLEDGTEPCGECRNCKRIESGNHPDLHVVQPDGLSIKKAQIQSLQEEFSKTGLESHKKLYIISHADQMTTNAANSLLKFLEEPSQDTIAILITEQLHRILDTIVSRCQVLPFQPLQPKAIEERLIEQEVSPHMARLLANMTNNIAEAVELSRNDEFAESRAKVIKLYEVLHQRKGHAFFFIQDQWVPFFKEKTHQEMGLDMLLLIYRDVLSIQIGNEDKLIYQDLFQSIKQHALQFTQQSVTNQILAVLEAKKRLHSNVNVQGLMEHLVLTLQEG NA NA NA NA NA D1-12_03887 828 hypothetical protein TTGTACAACGTAATAGGCGTCCGCTTTAAAAAAGCGGGAAAAATTTATTATTTTGATCCGAATGGATTTGATATAGAACAAGACAGCTGCGTCATTGTTGAAACCGTAAGAGGTGTCGAATACGGGCAGGTTGTCATCGCAAATAAACAAGTGGACGAGCATGATGTTGTGCTTCCGCTTCGAAAGGTCATACGCGTTGCTGATGAACGCGATCTTCTCATTGTAGAAGAAAACAAACAGGAGGCCTTGTCCGCTTTTGAAGTCTGTCAGAAAAAAGTGGCTGACCACGGCTTAGATATGAAGCTGGTTGATGTTGAGTTTACATTTGACCGCAATAAAGTCATTTTTTACTTTACAGCAGACGGACGGGTTGATTTCAGGGAATTGGTCAAAGACTTGGCTTCTATCTTTAAAACGAGAATCGAATTGCGCCAAATCGGGGTGAGGGACGAGGCGAAAATGCTCGGCGGTATCGGGCCCTGCGGGAGAATGCTTTGCTGCTCCACGTTCCTCGGTGATTTTGAACCGGTGTCCATCAAAATGGCGAAGGATCAAAATTTATCGTTGAACCCAACGAAGATTTCCGGTCTGTGCGGCCGTTTGATGTGCTGTTTGAAGTACGAAAATGATGAGTATGAGACGGCAAAAGAACAGCTGCCGGATTTAGGCGAAATGATTACGACGGCAAACGGCCCCGCAAAGGTTGTCGGTCTTAATATTCTGGAACGGGTGCTTCAGGTGGAACTGAAGAATCGTGAAAAAGTGATAGAATATACTTGGGAAGAGCTCTTGGAAGAGGGCGTCGTATCCGCACAAACCACAGATTAA MYNVIGVRFKKAGKIYYFDPNGFDIEQDSCVIVETVRGVEYGQVVIANKQVDEHDVVLPLRKVIRVADERDLLIVEENKQEALSAFEVCQKKVADHGLDMKLVDVEFTFDRNKVIFYFTADGRVDFRELVKDLASIFKTRIELRQIGVRDEAKMLGGIGPCGRMLCCSTFLGDFEPVSIKMAKDQNLSLNPTKISGLCGRLMCCLKYENDEYETAKEQLPDLGEMITTANGPAKVVGLNILERVLQVELKNREKVIEYTWEELLEEGVVSAQTTD NA NA NA NA NA D1-12_03888 360 yabA COG4467 Initiation-control protein YabA TTGGATAAAAAAGAGTTATTTGATACTGTCATAAACCTGGAGGAACAAATCGGTTCGCTGTACCGTCAGCTGGGTGACTTAAAGCAGCATATCGGCGAAATGATTGAAGAGAATCACCATCTTCAGCTTGAAAATAAGCATTTGCGTAAGCGGCTTGATGACACGACAGAGCAAATTGAGAAATTCAAAGCCGATCAGAAAGAAACAAAAACACAGAAGGCAGAGCAGAGTGATATAGGAGAAGGGTACGACAATCTGGCCCGGCTGTATCAAGAAGGCTTTCATATTTGCAACGTCCATTATGGGAGCGTCCGCAAGGGAGATTGCCTTTTTTGTCTGTCCTTCTTAAATAAAAAATAA MDKKELFDTVINLEEQIGSLYRQLGDLKQHIGEMIEENHHLQLENKHLRKRLDDTTEQIEKFKADQKETKTQKAEQSDIGEGYDNLARLYQEGFHICNVHYGSVRKGDCLFCLSFLNKK NA NA NA NA NA D1-12_03889 744 yfiC tRNA1(Val) (adenine(37)-N6)-methyltransferase ATGGTTTCATTACGTGATGATGAAAGATTGGATTACTTATTAGCAGAGGATATGAAAATAGTACAGAGTCCGACGGTTTTCGCTTTTTCATTAGATGCCGTGCTGCTGTCTAAGTTTGCATACGTTCCGATTCAAAAGGGGAACATCGTTGATTTATGTACGGGGAACGGCATTGTGCCGCTTTTGCTCAGCACAAGGTCAAAAGCCGATATCACCGGGGTTGAAATTCAGGAACGCTTGTATGATATGGCGCTCCGAAGCGTGGAATACAACGGGCTGGGCGGTCAGATCAGTCTCATTCATGATGATCTGAAAAATATGCCGGAAAGACTCGGACATAATAAATATGATGTTGTCACCTGCAATCCGCCTTATTTTAAAACACCGAAAGAAGCGGAGCAGAACCTGAACGAGCATCTCAGAATCGCAAGGCACGAAATCCTTTGCACGCTTGAAGATGTGATTTCCGTCAGCAGCAAACTGCTGAAGCAAGGCGGAAAAGCGGCTCTCGTTCATCGGCCGGGGAGGCTTTTGGAAATCTTTGAATTAATGAAAGCGTACCGAATAGAACCGAAACGGGTTCAGTTTATTTATCCGAAACAAGGTAAAGAAGCGAATACCATTTTGGTTGAAGGAATTAAAGGCGGCCGCCCTGATCTCAAAATTCTTCCCCCGCTGTTCGTATACAATGAACAAAATGAATATACGAAAGAGATCCGCACGATTTTATATGGAGACAAATAG MVSLRDDERLDYLLAEDMKIVQSPTVFAFSLDAVLLSKFAYVPIQKGNIVDLCTGNGIVPLLLSTRSKADITGVEIQERLYDMALRSVEYNGLGGQISLIHDDLKNMPERLGHNKYDVVTCNPPYFKTPKEAEQNLNEHLRIARHEILCTLEDVISVSSKLLKQGGKAALVHRPGRLLEIFELMKAYRIEPKRVQFIYPKQGKEANTILVEGIKGGRPDLKILPPLFVYNEQNEYTKEIRTILYGDK NA NA NA NA NA D1-12_03890 300 hypothetical protein ATGGAGACAAATAGTCATTTCTTTTATGTGCTGCTGTGCAATGACAACAGTCTGTATGCCGGTTATACAAATGATCTGCAAAAACGGCTGAAAACCCACAATGAGGGAAAGGGCGCGAAGTACACAAGGGCGCGGAGGCCGGTTTCGTTATGCCATTTGGAATCATTTGAAACAAAACGGGAAGCGATGCAGGCGGAATACCGTTTTAAGCAGCTGACCCGAAAGAAAAAAGAGCAATATATAGAAGAAAAACAACGCAGCAAGGAGGCTGTATATGTTAAGACGCCAGATGAGTTTTAA METNSHFFYVLLCNDNSLYAGYTNDLQKRLKTHNEGKGAKYTRARRPVSLCHLESFETKREAMQAEYRFKQLTRKKKEQYIEEKQRSKEAVYVKTPDEF NA NA NA NA NA D1-12_03891 882 rsmI COG0313 Ribosomal RNA small subunit methyltransferase I ATGTTAAGACGCCAGATGAGTTTTAACGGAAAATCTGAAATGGGAACTCTGTACCTTGTTCCTACACCGATCGGCAATTTGGAGGACATGACCTTTCGTGCAGTAGAGACGCTGAAATCGGCCGATGTCATAGCTGCCGAAGATACGAGACAGACGAAAAAACTGTGCCATGTTTATGACATAGAAACATCTCTCATCAGCTATCATGAACATAATAAAGAAAGCAGCGGCCATAAAATCATTGAATGGCTGAGAAGCGGAAAGAATGTGGCATTGGTCAGTGATGCCGGCATGCCGACAATTTCCGACCCGGGGGCTGAGATTGTGAGAGATTTCACCCAAATCGGCGGATATGTCGTTCCGCTTCCGGGTGCAAATGCGGCATTAACCGCGCTGACCGCATCAGGCATCACCCCGCAGCCGTTTTTCTTCTACGGATTTTTAAACAGACAGAAAAAAGAAAAGAAGAAAGAACTCGAAATCCTGGAAAAACGGCAGGAAACGATGATATTTTATGAAGCGCCGCACAGATTAAAAGAAACATTAACAGCAATGCATGACGTTTTGGGTAATCGAACCATCGCCGTCACGAGAGAATTAACGAAAAAGTACGAGGAATTCATCAGAGGAACCATCGCCGAGGTGATGGAATGGGCAAATGAAGATCAAATCCGCGGTGAGTTCTGTCTCGTTGTCGAAGGAAATCAAACCGCTGAACCGGATGAAGAGGAAAAGCCCTGGTGGACGGAGCTTTCTGAGAAAGAACATGTGGAGCATTACATAAATGAAGGATCTTCTTCCAAACAGGCCATAAAACAAACAGCGGTAGATCGGGACGTGCCGAAACGCGAGATTTATGACGCTTATCACATTCAATCATAA MLRRQMSFNGKSEMGTLYLVPTPIGNLEDMTFRAVETLKSADVIAAEDTRQTKKLCHVYDIETSLISYHEHNKESSGHKIIEWLRSGKNVALVSDAGMPTISDPGAEIVRDFTQIGGYVVPLPGANAALTALTASGITPQPFFFYGFLNRQKKEKKKELEILEKRQETMIFYEAPHRLKETLTAMHDVLGNRTIAVTRELTKKYEEFIRGTIAEVMEWANEDQIRGEFCLVVEGNQTAEPDEEEKPWWTELSEKEHVEHYINEGSSSKQAIKQTAVDRDVPKREIYDAYHIQS NA NA NA NA NA D1-12_03892 285 abrB COG2002 Transition state regulatory protein AbrB ATGAAATCTACTGGTATCGTACGTAAAGTTGATGAACTTGGACGCGTAGTTATCCCTATCGAACTTCGCCGTACACTGGGCATCGCAGAAAAAGACGCTCTTGAAATTTATGTTGATGATGAAAAAATCATCCTTAAAAAATATAAACCAAACATGACTTGCCAAGTAACTGGTGAAGTTTCTGATGATAACCTTAAACTTGCCGGCGGCAAATTGGTACTCAGCAAAGAAGGCGCTGAGCAAATCATCTCTGAAATTCAAAACCAGCTTCAAAACCAAAAATAA MKSTGIVRKVDELGRVVIPIELRRTLGIAEKDALEIYVDDEKIILKKYKPNMTCQVTGEVSDDNLKLAGGKLVLSKEGAEQIISEIQNQLQNQK PGPT0014790_128 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0014790-abrB-K06284 NA NA D1-12_03893 1992 metG Methionine--tRNA ligase ATGCCGCAAGACAATAATACTTTTTATATTACAACCCCGATATATTATCCGAGCGGAAAATTACATATCGGCCATGCTTATACTACCGTGGCCGGCGATGCGATGGCGCGTTACAAAAGATTAAAAGGATTTGACGTACGCTACTTAACCGGAACGGATGAGCACGGACAGAAAATCCAGCAGAAAGCGGAGGAAGAGAATATCACGCCTCAAGCTTATGTGGATCGTGCAGTTGCTGAAATCCAAAAACTATGGAAGCAGCTCGACATTTCTCACGATGATTTCATCCGGACGACGGAAAGCCGGCACAAAGAAATTATCGAGAAAGTGTTTCAAAAACTTCTTGATAATGGTGACATTTACCTGGATGAGTATGAGGGCTGGTACAGCATCCCTGATGAAACATTCTATACGGAAACACAGCTGGTGGATGTGGAACGAAATGAGAAGGGTGAGGTTGTCGGCGGAAAAAGCCCTGACAGCGGACACCCGGTCGAATTAATCAAAGAGGAGTCATACTTCTTCCGCATGAGCAAATACGCAGACCGCCTGCTGAAGTTTTATGAGGAAAATCCTTCTTTCATCCAGCCTGAATCACGCAAAAATGAAATGATTAACAACTTCATTAAACCGGGGCTTGAAGATTTGGCCGTTTCCAGAACGACGTTCGACTGGGGCGTAAAAGTGCCGGGAAATCCGAAGCATGTCGTGTATGTATGGATTGACGCACTGTTCAACTATATTACAGCGCTCGGTTACGATACGGAAAATGATGAGCTTTACAAAAAGTACTGGCCGGCTGACGTCCACCTTGTCGGTAAAGAAATTGTCCGTTTTCATACCATTTACTGGCCGATTATGCTGATGGCGCTTGATCTCCCGCTGCCTAAGCAAGTATTCGCGCATGGCTGGTTATTGATGAAAGACGGAAAAATGTCGAAATCAAAAGGAAATGTCGTTGATCCGGTAACGTTAATTGAACGCTACGGCTTGGATGAACTTCGCTATTACCTGCTTCGCGAAGTACCGTTCGGTTCTGACGGTGTCTTTACGCCGGAAGGTTTCGTAGAACGGATTAATTATGACTTGGCGAACGACTTAGGAAACCTTCTGAATCGTACAGTCGCAATGATCCAAAAATATTTTGACAGTGAGATTGGTTCATATGAAGGAAATGTGACAGATTTTGATTCAGAGCTTTCTTCTGTAGCCGGTGAAACGGTTAAAGCTTATGAAAAGGCAATGGAAAACATGGAGTTTTCAGTCGCTTTATCAACGCTATGGCAATTAATCAGCCGTACGAACAAATATATTGATGAAACTGCTCCGTGGGTGCTTGCTAAAGATCAGGAAAAAGAAAAAGAATTACGTTCTGTCATGTATCATTTAGCTGAATCATTACGTATCTCAGCCGTATTGCTCCAGCCTTTCTTGACACAAACGCCTGAAAAAATGTTTGCCCAGCTAGGAGTTGAGGATCAGTCTCTTAAAGCATGGGACAGCATTCAGACATTCGGCCAATTGAAGAACACGAAAGTGAAAAAAGGGGAGCCGCTTTTCCCTCGTCTTGAAGCTGAAGAAGAAGTAGCTTACATCAAGCAAAAAATGCAAGGAACTGCTCCTGCTAAAGAAGAAAAGGCGGAAGAGCCGCAAGAAGCAGAGCATCTTCCTGAAATTACGTTTGATCAATTTATGGATACAGAACTTCGCGTCGCAGAAGTCTTGTCCGCAGAGCCGGTGAAAAAAGCAGATCGGCTGCTGAAATTGCAAATTGATCTGGGCTTTGAACAGCGCCAAGTTGTATCAGGTATCGCGAAGCATTACACACCGGATCAGCTTGTGGGAATGAAGATCATTTGTGTAACGAATTTAAAACCGGTAAAACTGAGAGGCGAGCTTTCTCAAGGAATGATACTGGCAGGAGAATCGGACGGCGTTCTCAAAGTTGTAGCTGTCGACCAGTCATTACCGAAAGGCACTCGAATTAAATAA MPQDNNTFYITTPIYYPSGKLHIGHAYTTVAGDAMARYKRLKGFDVRYLTGTDEHGQKIQQKAEEENITPQAYVDRAVAEIQKLWKQLDISHDDFIRTTESRHKEIIEKVFQKLLDNGDIYLDEYEGWYSIPDETFYTETQLVDVERNEKGEVVGGKSPDSGHPVELIKEESYFFRMSKYADRLLKFYEENPSFIQPESRKNEMINNFIKPGLEDLAVSRTTFDWGVKVPGNPKHVVYVWIDALFNYITALGYDTENDELYKKYWPADVHLVGKEIVRFHTIYWPIMLMALDLPLPKQVFAHGWLLMKDGKMSKSKGNVVDPVTLIERYGLDELRYYLLREVPFGSDGVFTPEGFVERINYDLANDLGNLLNRTVAMIQKYFDSEIGSYEGNVTDFDSELSSVAGETVKAYEKAMENMEFSVALSTLWQLISRTNKYIDETAPWVLAKDQEKEKELRSVMYHLAESLRISAVLLQPFLTQTPEKMFAQLGVEDQSLKAWDSIQTFGQLKNTKVKKGEPLFPRLEAEEEVAYIKQKMQGTAPAKEEKAEEPQEAEHLPEITFDQFMDTELRVAEVLSAEPVKKADRLLKLQIDLGFEQRQVVSGIAKHYTPDQLVGMKIICVTNLKPVKLRGELSQGMILAGESDGVLKVVAVDQSLPKGTRIK NA NA NA NA NA D1-12_03894 768 ycfH COG0084 putative metal-dependent hydrolase YcfH ATGCTTTTTGATACACATGCGCACTTAAATGCCGAACAATTTGACACAGACTTAGAGGAAGTCATTGCGCGTGCAAAGGCTGAAAAAGTTGAACGAATCGTCGTTGTCGGATTCGATAAACCCACTATCACGCGTGCGATGGAGCTGATTGAGGAATATGACTTTATATACGCTGCGATCGGCTGGCATCCGGTAGATGCAATTGACATGACAGAGGAAGATTTATCATGGATTAAGGAACTGTCCTCTCACGAAAAAGTCGTGGCAATCGGAGAGATGGGCCTTGATTACCACTGGGATAAATCACCAAAAGACGTTCAGAAAGAAGTATTTCGGAAACAAATCGCTCTCGCCAAAGAAGTGAACCTTCCAATTATCATTCATAATCGTGATGCAACGGAAGATGTTGTCACGATTTTGAAAGAAGAGGGGGCGGAAGAAGTCGGCGGCATTATGCACTGCTTTACGGGGAGCGCGGAGGTTGCGCGGCAGTGTATGGATATGAATTTTTATATTTCATTCGGCGGACCGGTTACCTTCAAAAATGCGAAGAAACCAAAAGAAGTAGCAAAGGAAATTCCGAATGACCGTTTGCTGATTGAAACGGACTGTCCTTTCCTGACACCGCATCCTTTCCGCGGTAAACGAAATGAGCCAAGCTATGTAAAATATGTTGCTGAACAGCTCGCTGCATTAAAAGGGCTGACATATGAAGAAATTGCCTCAATTACAACCGAAAACGCAAAAAGACTTTTCCGCATGAACTGA MLFDTHAHLNAEQFDTDLEEVIARAKAEKVERIVVVGFDKPTITRAMELIEEYDFIYAAIGWHPVDAIDMTEEDLSWIKELSSHEKVVAIGEMGLDYHWDKSPKDVQKEVFRKQIALAKEVNLPIIIHNRDATEDVVTILKEEGAEEVGGIMHCFTGSAEVARQCMDMNFYISFGGPVTFKNAKKPKEVAKEIPNDRLLIETDCPFLTPHPFRGKRNEPSYVKYVAEQLAALKGLTYEEIASITTENAKRLFRMN NA NA NA NA NA D1-12_03895 1362 hypothetical protein ATGTCTCTCTTCCTTTTTTTGCTTTGTTTTTGCATAATGAGGGATACGCTGAAGGTTTTTCATCTTCGAGATGGGAGGGTTGACAGCATTTTAGATACTCTATATAATCTCTCCGAGGAGAAGGAGGCGTTTTTCATCACACAAAAAATGAAAAAACTGTTTTCCGTAAAGCTTGGTAAAAGCAAGGTTATTCTTATTGCAGCTATTATTCTGCTGGGCGGAACCGGAACTGCATACGGGGCACATGAGCTCTCAAAACAATCAGTTTCTGTTTCCATCAACGGCAAGAAAAAGCAAATACGCACTCATGCAAAAACGGTTGGGGAACTTCTGGAAGATTTACATATAGAGACGAGAAATGAAGACCGGATTACCCCGTCTAAGCAGACAGCATTGGCAGACAACATGAATGTCGTGTATGAAGCTGCAAAGCAGATCCGTGTGACAAGAGGCGGAGAAGAAAAGACTTTATGGTCAACGGCAAAAACAGTCGGCGCATTTCTGAACGAACAGCATACACCTGTGAATCAGCACGATAAAATAGATCCAGCAGCAGATACGAAAGTGACAAACGGCATGAAAGTCACGGTCGACCCGGCTTTTCAGGTCACTGTAAATGATGCGGGAAAGAAAAAGAAAATATGGACGACTTCGACTACGGTCGCTGACTTTTTAACGCAGCATAAGATGGACATGAAAGACGAAGATAAAGTAAAACCGGCATTACACGAAAAGCTTACAAAAAATCAGGCCGGTATACAAATCACTCGTATCGAAAAAGTCACCGATGTAGTTGAGGAAAAAATAGCGTATCAAGTGAAAGAAAAAGAAGATGCGTCTCTCGACAGCGGGAAAGAAAAGATCGTTCAAAAAGGAAAAGAAGGCAAACTTAAAAAGCATTTTCATGTTGTCAAAGAAAATGGAAAAGAAGTTTCAAGAAAGCTTGTTAAAGAAGAAACATCTGAAAAAAGCAAAGATCAGATCATTGCGGTCGGCACAAAGCGGCACAGTCCCAAGATTGAGCAGCTCAGTGCACCTGTGAAGGCATCTTCGGGCGAAACCGGATCTTCCGGTAAAGTGATTACCGTGTCTTCCACGGCTTATACCGCAAGCTGCAGCGGCTGTTCCGGCCATACGGCTACAGGCGTTAACCTGACAAGCAATCCGAATGCCAAAGTCATTGCGGTAGACCCAAGCGTCATCCCGCTCGGCACAAGAGTCCACGTAGACGGATACGGGGATGCCGTGGCCGCTGATACGGGCTCAGCCATTAAAGGAAGACGGATTGATGTCTTTTTCCCTGAAAAATCTTCAGCTTACCGCTGGGGAAAGAAACAGGTCAAAATAAAAATCTTAAATTAA MSLFLFLLCFCIMRDTLKVFHLRDGRVDSILDTLYNLSEEKEAFFITQKMKKLFSVKLGKSKVILIAAIILLGGTGTAYGAHELSKQSVSVSINGKKKQIRTHAKTVGELLEDLHIETRNEDRITPSKQTALADNMNVVYEAAKQIRVTRGGEEKTLWSTAKTVGAFLNEQHTPVNQHDKIDPAADTKVTNGMKVTVDPAFQVTVNDAGKKKKIWTTSTTVADFLTQHKMDMKDEDKVKPALHEKLTKNQAGIQITRIEKVTDVVEEKIAYQVKEKEDASLDSGKEKIVQKGKEGKLKKHFHVVKENGKEVSRKLVKEETSEKSKDQIIAVGTKRHSPKIEQLSAPVKASSGETGSSGKVITVSSTAYTASCSGCSGHTATGVNLTSNPNAKVIAVDPSVIPLGTRVHVDGYGDAVAADTGSAIKGRRIDVFFPEKSSAYRWGKKQVKIKILN NA NA NA NA NA D1-12_03896 564 rnmV_2 COG1658 Ribonuclease M5 ATGAAAATTAAAGAAATTATTGTAGTCGAGGGACGCGATGACACTGCGCGCATAAAACTTGCCGTTGATGCGGATACGATTGAGACAAACGGTTCCGCAATCGGAGACGAAGTCATCAGGCAGATTCGGCTGGCGCAGGAAACGAGAGGGGTCATCGTGCTGACGGACCCGGATTTTCCGGGGGAAAAGATCCGGAAAACCATTTCTGAAGCAGTACCCGGCTGTAAACACGCATTTCTGCCCAAACATCTTGCCAAACCGAAAAACAAGCGCGGCATTGGCGTTGAGCACGCATCCATTGAAAGCATCAGAGCATGTCTGGAAAATGTGCATGAAGAGATGGATGCAAAGCCGAGTGAGATTTCAGCTGAAGATGTCATACAGGCCGGTCTGATCGGCGGACCGGCTGCCAAAAGACGCCGCGAACGATTGGGCGACCTGCTGAAGATCGGCTATACAAACGGCAAGCAGCTTCAAAAACGGCTGCAAATGTTTCAAATCAAAAGAAGTGATTTTATTGATGCGCTCGATGCTATGAGGCAGGAGGAACAGGATGAACAATAA MKIKEIIVVEGRDDTARIKLAVDADTIETNGSAIGDEVIRQIRLAQETRGVIVLTDPDFPGEKIRKTISEAVPGCKHAFLPKHLAKPKNKRGIGVEHASIESIRACLENVHEEMDAKPSEISAEDVIQAGLIGGPAAKRRRERLGDLLKIGYTNGKQLQKRLQMFQIKRSDFIDALDAMRQEEQDEQ NA NA NA NA NA D1-12_03897 882 rsmA COG0030 Ribosomal RNA small subunit methyltransferase A ATGAACAATAAAGATATCGCGACACCTATCAGAACGAAGGAAATTCTGAAAAAGTACGGTTTCTCTTTTAAAAAGAGTCTGGGACAGAATTTCTTAATTGATACAAATATATTGGACAGAATTGTGGACCATGCGGAAATTACGGATCGGACCGGAGTCATTGAAATCGGGCCCGGAATCGGCGCGCTGACAGAGCAGCTTGCCAAACGGGCGAAAAAGGTCGTCGCGTTTGAAATTGATCAGCGCCTGCTTCCCATTCTCAATGATACGCTGTCTCCGTATGACAATGTAACGATCATTCATCAAGATGTGCTGAAAGCAGACGTCAAATCCGTCATTGAAGAGCAGTTTCAGGATTGTGATGAAATTATGGTGACGGCGAATCTCCCATATTATGTGACGACGCCGATCATCATGAAGCTCTTGGAAGAACATCTTCCGTTAAAAGGGATTGTCGTGATGCTGCAAAAAGAGGTCGCTGAGCGGATGGCCGCTGATCCTTCCTCTAAGGAGTACGGATCGCTTTCCATTGCGGTTCAGTTCTATACGGAGGCCAAAACCGTCATGACCGTCCCGAAAACGGTGTTTGTGCCTCAGCCTAATGTCGATTCAGCCGTCATCCGTCTCTTGCTTCGTGACGGCCCGGCGGTTGACGTCGATAATGAACCGTTTTTCTTCCAGCTGATTAAAGCAAGCTTCGCACAGCGCCGGAAAACCTTGCTGAACAACCTTGTGAACAATCTTCCGGGCGGAAAAGAGAAAAAAGCTCAAATTGAAGAAGTTCTTCAAGAAACGAATATTGACGGAAAGCGGCGCGGTGAATCCCTGTCCATAGAAGAATTCGCGCTCCTGTCCAACGGATTGCATAAAGCCCTTTTCTAA MNNKDIATPIRTKEILKKYGFSFKKSLGQNFLIDTNILDRIVDHAEITDRTGVIEIGPGIGALTEQLAKRAKKVVAFEIDQRLLPILNDTLSPYDNVTIIHQDVLKADVKSVIEEQFQDCDEIMVTANLPYYVTTPIIMKLLEEHLPLKGIVVMLQKEVAERMAADPSSKEYGSLSIAVQFYTEAKTVMTVPKTVFVPQPNVDSAVIRLLLRDGPAVDVDNEPFFFQLIKASFAQRRKTLLNNLVNNLPGGKEKKAQIEEVLQETNIDGKRRGESLSIEEFALLSNGLHKALF NA NA NA NA NA D1-12_03898 876 yabG Sporulation-specific protease YabG GTGCAATTTCAAATAGGAGATATGGTAGCCAGGAAATCCTATCAAATGGATGTTTTATTTCGCATTATCGGTATAGAGCAAACAAGCAATGGGAATTCAATTGCCATCCTGCATGGTGACGAAGTCAGATTGATTGCGGATGCTGATTTTTCTGATTTGGAGCCTGTCAGAAAAGACGAACAGGCCATGAGAAAGAAAAGAGATGAAAGCAGGATGAATGAATCTCTCGAGCTGCTCCGCCAGGATTATAAGCTGCTTCGGGAAAAACAGGAATATTATGCGACAAATCAATATCAGCATCAGGAGCACTACTTTCATATGCCCGGAAAGGTATTGCATCTGGACGGCGATGAGGCCTATTTGAAAAAGTGCCTGAACTTTTATGAAAAAATCGGTGTGCCGGTATACGGAATTCATTGCCATGAGAAAAAAATGCCGGCATCAATTGACGAGCTGCTTGATAAATACAGGCCGGATATTTTAGTCATCACCGGCCATGATGCATATTCCAAGCATAAGGGAGGCGTGAACGATTTAAGCGCCTACAGGCATTCCAAACACTTTGTCGAAACCGTTCAAAGAGCGAGGCGTAAAGTACCTCATTTGGATCAGCTGGTCATATTCGCGGGGGCGTGCCAATCTCATTTCGAGTCTTTAATCAGGGCAGGCGCGAATTTTGCAAGTTCGCCGTCACGCGTCAATATCCATGCGCTTGACCCGGTATATATTGTCGCGAAAATCAGCTTCACCCCGTTTATGGAGCGGATCAATGTATGGGATGTCCTGAGAAATACGCTGACGAGAGAGAAAGGGCTGGGAGGAATTGAAACGAAGGGTGTGCTGCGTGTCGGTATGCCGTATAAATCAAATGGATGA MQFQIGDMVARKSYQMDVLFRIIGIEQTSNGNSIAILHGDEVRLIADADFSDLEPVRKDEQAMRKKRDESRMNESLELLRQDYKLLREKQEYYATNQYQHQEHYFHMPGKVLHLDGDEAYLKKCLNFYEKIGVPVYGIHCHEKKMPASIDELLDKYRPDILVITGHDAYSKHKGGVNDLSAYRHSKHFVETVQRARRKVPHLDQLVIFAGACQSHFESLIRAGANFASSPSRVNIHALDPVYIVAKISFTPFMERINVWDVLRNTLTREKGLGGIETKGVLRVGMPYKSNG PGPT0025240_170 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_COAT_PROTEIN,PGPT0025240-yabG-K06436 NA NA D1-12_03899 261 veg COG4466 Protein Veg ATGGCGAAGACGTTGTCCGATATAAAAAGATCGCTTGATGGGAATTTAGGTAAACGGCTTACGTTAAAAGCAAACGGCGGCCGCCGAAAAACGATTGAGCGTTCGGGCATTTTAGCTGAGACGTACCCTTCTGTTTTTGTGATACAACTAGATCAAGACGAGAATTCGTTTGAAAGAGTTTCATACAGTTATGCTGATATTCTGACTGAGACTGTTGAATTGACATTCAATGACGATGCGGCAAGCTCAGTAGCATTTTAA MAKTLSDIKRSLDGNLGKRLTLKANGGRRKTIERSGILAETYPSVFVIQLDQDENSFERVSYSYADILTETVELTFNDDAASSVAF NA NA NA NA NA D1-12_03900 189 hypothetical protein TTGGGCAGACGTCGTGGAGTTATGTCAGATGAGTTCAAATATGAGCTGGCGAAGGACCTTGGTTTTTACGATACGGTGAAAAACGAGGGCTGGGGAGGCATTCGGGCGCGTGACGCCGGGAATATGGTAAAGCGCGCGATTGAGATTGCCGAACAGCAGATGGCGGCTCAGAACCAAAATAACCGATAA MGRRRGVMSDEFKYELAKDLGFYDTVKNEGWGGIRARDAGNMVKRAIEIAEQQMAAQNQNNR PGPT0024885_63 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE_SMALL_ACID-SOLUBLE_SPORE_PROTEINS,PGPT0024885-sspF-K06423 NA NA D1-12_03901 870 ispE COG1947 4-diphosphocytidyl-2-C-methyl-D-erythritol kinase ATGCGTATTTTAGAAAAAGCGCCGGCCAAAATCAATCTGTCCCTCGATGTGACGAGTAAACGCCCGGATGGTTATCACGAAGTGGAGATGATCATGACGACAATTGATTTGGCAGATCGGATTGAACTGACAGAACTGCCCGAAAACGTTATCAGAGTGGCGTCGCATAATCGCTTTGTTCCGGATGATCAAAGGAATCTGGCTTATCAGGCAGCCAAACTGCTTAAAGAACGGTTTCAAGTCAAAAAAGGCGTTTCCATTATGATTACAAAAGTGATCCCTGTTGCGGCAGGCCTTGCCGGCGGAAGCAGCGATGCGGCAGCCACGCTCAGAGGGCTGAACAGGCTTTGGGATTTAAAGCTTTCTGTCGAAGAGCTCGCGGAGCTTGGAGCTGAAATCGGTTCAGACGTGTCCTTCTGTGTATACGGAGGCACTGCCTTGGCAACCGGACGCGGTGAGAAGATTAGGCACATTAGTGCTCCGCCTCATTGCTGGGTCGTGCTCGCCAAACCGACGATCGGGGTATCGACTGCCGAAGTGTACCGCCGGCTGAACTTACAGCAGGTTCGGCATCCTGATGTGCAGGCGATGATTGACGCGATTGAAGAAAAAAGCTTCCAAAAGGTATGCGGACAATTAGGAAACGTATTGGAGTCGGTTACGCTCAGCCTCCATCCCGAGGTGGCGATGATTAAAAATCAAATGAAACGCTTCGGCGCTGATGCGGTGTTAATGAGCGGAAGCGGACCGACTGTATTCGGTTTGGTTCAATACGAATCGAAGGTGCAGCGGATTTATAACGGGTTAAGAGGTTTCTGTGATCAAGTGTACGCGGTGCGGATGATCGGCGAACAGAATGCTCTTGATTAA MRILEKAPAKINLSLDVTSKRPDGYHEVEMIMTTIDLADRIELTELPENVIRVASHNRFVPDDQRNLAYQAAKLLKERFQVKKGVSIMITKVIPVAAGLAGGSSDAAATLRGLNRLWDLKLSVEELAELGAEIGSDVSFCVYGGTALATGRGEKIRHISAPPHCWVVLAKPTIGVSTAEVYRRLNLQQVRHPDVQAMIDAIEEKSFQKVCGQLGNVLESVTLSLHPEVAMIKNQMKRFGADAVLMSGSGPTVFGLVQYESKVQRIYNGLRGFCDQVYAVRMIGEQNALD PGPT0007605_1974 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-TERPENOID_DERIVATE_PRODUCTION,PGPT0007605-ispE-K00919 NA NA D1-12_03902 858 purR_2 COG0503 Pur operon repressor ATGAAGTTTCGTCGCAGCGGCAGATTGGTGGACTTAACAAATTATTTGTTAACCCATCCGCATGAATTAATACCGTTAACGTTTTTCTCAGAACGGTATCAATCAGCAAAGTCATCAATCAGTGAAGATTTAACGATTATTAAACAGACCTTTGAACAGCAAGGCATTGGGACGCTGCTTACAGTGCCGGGAGCTGCCGGAGGCGTCAAATACATTCCGAAAGTGAAACAGGCTGAAGCAGAAGCGTTTATACAGGAGCTGGGACAGTCTTTAGTAAATCCTGAGCGTATCCTTCCGGGCGGTTATGTATATTTAACGGATATCTTAGGAAAACCATCTGTCCTCTCTCATGTAGGCAGGCTTTTTGCTTCCGTTTTTGCGGAGCGGGAGATTGATGTGGTGATGACCGTTGCGACAAAAGGAATCCCTCTTGCTTACGCAGCGGCCAGTTATCTGAACGTTCCGGTTGTCATCGTGCGAAAGGACAACAAAGTGACGGAAGGCTCCACGGTGAGCATCAATTATGTATCAGGGTCATCTAACCGCATTCAAACGATGTCGCTTGCGAAAAGAAGTTTGGCTACGGGTTCGAACGTTTTGATTATTGACGACTTTATGAAAGCCGGCGGCACCATTAACGGCATGATCAGCCTGCTTGATGAGTTTAATGCAAACGTCGCGGGAATAGGTGTCTTGGTTGAAGCCGAGGGAGTGAATGAACGGCTTGTCGATGAATACATGTCACTGCTCACGCTTTCAACCATCAATATGAAAGACAAAACGATTGAGATTCAAAACGGCAATTTTCTGCGATTTTTTAAAGAACAGCATTTAAAGAATGGGGAGACAGAAAAATGA MKFRRSGRLVDLTNYLLTHPHELIPLTFFSERYQSAKSSISEDLTIIKQTFEQQGIGTLLTVPGAAGGVKYIPKVKQAEAEAFIQELGQSLVNPERILPGGYVYLTDILGKPSVLSHVGRLFASVFAEREIDVVMTVATKGIPLAYAAASYLNVPVVIVRKDNKVTEGSTVSINYVSGSSNRIQTMSLAKRSLATGSNVLIIDDFMKAGGTINGMISLLDEFNANVAGIGVLVEAEGVNERLVDEYMSLLTLSTINMKDKTIEIQNGNFLRFFKEQHLKNGETEK NA NA NA NA NA D1-12_03903 381 yabJ COG0251 2-iminobutanoate/2-iminopropanoate deaminase ATGACAAAAGCAATCCATACAAAACACGCGCCGGCAGCGATCGGGCCATATTCACAGGGAATCATCGTAAACAACATGTTTTACAGCTCAGGCCAGATTCCTCTTACTGCTGAAGGAGAAATGGTAAACGGTGATATCACAGAACAAACGCATCAGGTGTTCAGCAATTTAAAAGCTGTGCTGAAAGAAGCGGGCGCTTCGCTCGAGACGGTTGTCAAGGCAACGGTGTTTATTGCTGATATGGAGCAGTTTGCGGAAGTGAATGAAGTGTACGGACAATACTTTGATGTACATAAGCCGGCAAGGTCTTGTGTGGAAGTGGCGAGACTGCCGAAAGACGCTCTCGTGGAAATTGAAGTCATTGCGCTGGTGAAATCTTAA MTKAIHTKHAPAAIGPYSQGIIVNNMFYSSGQIPLTAEGEMVNGDITEQTHQVFSNLKAVLKEAGASLETVVKATVFIADMEQFAEVNEVYGQYFDVHKPARSCVEVARLPKDALVEIEVIALVKS PGPT0020030_3286 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 D1-12_03904 294 spoVG COG2088 Putative septation protein SpoVG GTGGAAGTTACTGACGTAAGATTACGCCGCGTGAATACCGATGGTCGCATGAGAGCGATTGCATCCATCACGCTGGATCACGAATTTGTCGTACATGATATTCGTGTGATTGATGGAAACAATGGTCTTTTCGTTGCGATGCCGAGTAAACGCACCCCTGATGGAGAATTCCGCGATATTGCTCATCCTATTAATTCCAGCACGCGGGGCAAGATCCAGGATGCTGTTTTAAATGAGTATCATCGTTTGGGTGACTCTGAAGCATTAGAATATGAAGAAGCCGGGGCTTCTTAA MEVTDVRLRRVNTDGRMRAIASITLDHEFVVHDIRVIDGNNGLFVAMPSKRTPDGEFRDIAHPINSSTRGKIQDAVLNEYHRLGDSEALEYEEAGAS PGPT0024830_245 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-STAGE_V_SPORULATION,PGPT0024830-spoVG-K06412 NA NA D1-12_03905 1371 glmU Bifunctional protein GlmU ATGGATAAGCGGTTTGCAGTGATTTTAGCTGCCGGAAAAGGAACGAGAATGAAATCGAAGCTTTACAAGGTCCTTCATCCGGTATGCGGAAAGCCTATGGTAGAGCACGTCGCAGACGAAGCTCTGAAATTATCTTTAGCGAAGCTTGTCACCATCGTAGGACACGGCGCCGAAGATGTGAAGAAGCAGCTCGGACAGAAAAGCGATTACGCTCTCCAAGCAGAACAGCTCGGTACGGCTCATGCGGTCAAACAGGCAAAACCATTTCTTCACGGAGAAAAGGGTGTCACGATCGTTATTTGCGGCGATACACCGCTTCTGACGGCGGAGACGATGGAAGCCATGCTAAATGAACATACAGACAAAGGTGCAAAAGCCACGGTGTTAACGGCCGTTGCCGACGATCCCGCCGGATACGGAAGAATCATCCGCAGTGAAGACGGCGCCGTTCAAAAAATCGTGGAGCACAAGGATGCTTCGGAGCAAGAACGTCTTGTGAAAGAAATTAACACGGGGACGTACTGTTTTGATAACGAGGCTCTTTTTCGTGTCATCGAACAGGTTTCGAATGAAAATGCCCAAGGCGAGTATTATCTGCCGGATGTGATCGAAATCCTCAAAGACGAAGGCGAAACTGTTGCCGCTTACCAGACTGGTAACTTCCAAGAGACGCTCGGAGTGAATGATAGAGTCGCTCTTTCTCAGGCTGAAATGTATATGAAAGAGCGTATTAACAAACGGCATATGCAGAACGGAGTCACTTTAATCGATCCGATGAATACGTACATCTCACCTGATGCACGTATCGGACAAGATACAGTTATTTATCCCGGAACTGTGTTAAAGGGACAAGCTGAAATCAGCGATGAATGTGTCATCGGCCCTCACACTGAGATAGAGGACAGCTCAATCGGCAGCCGCACTGTGATTAAACAATCCGTTGTCAATCGCAGCAAAGTTGGGAATGATGTAAATATCGGTCCTTTTGCTCACATCAGACCCGATTCCGCAATCGGCAATGAAGTGAAGATCGGAAACTTTGTTGAAATCAAGAAAACACAATTCGGCGACCGAAGCAAAGCATCTCATTTAAGCTATATCGGTGATGCCGAAGTGGGCACGGATGTGAATCTGGGCTGCGGCTCCATCACGGTCAATTATGATGGGAAGAAAAAGTATTTAACCAAAATTGAAGACGGCGCCTTTATAGGCTGCAACTCCAATCTGGTCGCTCCTGTTACAGTGGGAGAAGGCGCGTACGTCGCTGCGGGTTCAACCGTAACTGAAGATGTGCCGGGCGAAGCGCTTGCCATTGCCAGAGCAAGACAAGTAAATAAAGAAGATTATGTGAAAAACATTCATAAAAAATAA MDKRFAVILAAGKGTRMKSKLYKVLHPVCGKPMVEHVADEALKLSLAKLVTIVGHGAEDVKKQLGQKSDYALQAEQLGTAHAVKQAKPFLHGEKGVTIVICGDTPLLTAETMEAMLNEHTDKGAKATVLTAVADDPAGYGRIIRSEDGAVQKIVEHKDASEQERLVKEINTGTYCFDNEALFRVIEQVSNENAQGEYYLPDVIEILKDEGETVAAYQTGNFQETLGVNDRVALSQAEMYMKERINKRHMQNGVTLIDPMNTYISPDARIGQDTVIYPGTVLKGQAEISDECVIGPHTEIEDSSIGSRTVIKQSVVNRSKVGNDVNIGPFAHIRPDSAIGNEVKIGNFVEIKKTQFGDRSKASHLSYIGDAEVGTDVNLGCGSITVNYDGKKKYLTKIEDGAFIGCNSNLVAPVTVGEGAYVAAGSTVTEDVPGEALAIARARQVNKEDYVKNIHKK PGPT0018955_2106 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS-GLUCOSAMINE_MODIFICATION,PGPT0018955-glmU-K04042 NA NA D1-12_03906 954 prs COG0462 Ribose-phosphate pyrophosphokinase ATGTCTAACGAATACGGAGATAAGAATTTAAAGATTTTTTCTTTGAATTCAAATCCAGAACTTGCAAAAGAAATCGCGGATAATGTAGGGGTTCAATTAGGAAAGTGCTCTGTTACAAGATTCAGTGACGGAGAGGTCCAGATCAACATAGAAGAAAGTATTCGCGGCTGTGATTGCTATATCATTCAGTCTACAAGTGCGCCGGTTAATGAGCACATTATGGAATTGCTGATTATGGTTGACGCTTTAAAGCGCGCTTCCGCGAAAACAATCAACATTGTGATTCCGTACTACGGTTATGCGCGCCAGGACAGAAAAGCAAGATCACGTGAACCGATTACGGCAAAACTTTTTGCAAACCTGCTTGAAACAGCGGGTGCGACACGCGTGATCGCGCTTGATTTACACGCGCCGCAAATTCAAGGTTTCTTTGATATTCCGATTGACCACTTAATGGGTGTTCCGATTTTAGGCCATTACTTTGAAGGTAAAGACTTGAAAGATATCGTCATTGTTTCTCCTGACCACGGCGGTGTGACGCGCGCCCGCAAACTTGCGGACCGTCTGAAAGCGCCGATCGCGATTATCGACAAACGCCGTCCTAGACCGAATGAGGTAGAAGTGATGAATATCGTCGGTAACGTGGAAGGAAAAACAGCGATTCTGATCGATGATATTATTGATACGGCCGGCACAATCACACTTGCCGCTAACGCGCTGGTTGAAAACGGAGCTGCAGAAGTGTATGCATGCTGTACGCACCCTGTACTGTCAGGCCCTGCCGTTGAGCGGATCAATAACTCTAAAATCAAGGAGCTTGTCGTAACGAACAGTATCAAGCTTCCTGATGAGAAAAAAATCGACCGCTTTAAGCAGCTTTCTGTCGGACCGCTTCTGGCTGAAGCGATTATCCGCGTTCACGAGAAACAATCTGTCAGCTATTTATTCAGCTAA MSNEYGDKNLKIFSLNSNPELAKEIADNVGVQLGKCSVTRFSDGEVQINIEESIRGCDCYIIQSTSAPVNEHIMELLIMVDALKRASAKTINIVIPYYGYARQDRKARSREPITAKLFANLLETAGATRVIALDLHAPQIQGFFDIPIDHLMGVPILGHYFEGKDLKDIVIVSPDHGGVTRARKLADRLKAPIAIIDKRRPRPNEVEVMNIVGNVEGKTAILIDDIIDTAGTITLAANALVENGAAEVYACCTHPVLSGPAVERINNSKIKELVVTNSIKLPDEKKIDRFKQLSVGPLLAEAIIRVHEKQSVSYLFS PGPT0021480_3777 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021480-prsA-K00948 NA NA D1-12_03907 609 ctc COG1825 General stress protein CTC ATGGCAACTTTAAAAGCAAATGAAAGAACAGATTTTAAACGTTCGACGCTTCGGAAAATCCGTCATTCAGGACATGTTCCAGGGATTATATACGGTAAAGAAACAACGAATACGCCTGTCTCTTTAGACAGTGTCGAATTGCTTAAAACATTGCGGGACGAAGGAAAAAACACGATTATCACAATTGATGTCAACGGAAATCAGCAATCGGTTATGGTGACTGATCTTCAGACAGACCCGCTCAAAAACGAATTGACGCACGCCGATTTTCAAGTCGTGAATATGAGTGAGGAGCTGGAGGCCGAGGTGCCGATTCAGCTGACGGGAGAGGCGAAGGGAGTCAAAGACGGAGGCGTCATCCAGCAGCCGCTGCATGAGCTTTCGATTAAGGCCAGACCGAAGGACATCCCTCAGACAATCAATGTTGATATTTCAGGACTTGAAATGAATGATGTGCTGACCATCGCAGATCTGACTGCTGACGGCAATTATACATTTACAAACGACCCGGAAGAAGTCGTGGCTTCCATCCTTCCTCCTAAGCAGGAAGCATTCGAAGAAGATGCAGAACCGTCTCCTGGGGAAGAGCCCGAAGGAGAAAATCAATAA MATLKANERTDFKRSTLRKIRHSGHVPGIIYGKETTNTPVSLDSVELLKTLRDEGKNTIITIDVNGNQQSVMVTDLQTDPLKNELTHADFQVVNMSEELEAEVPIQLTGEAKGVKDGGVIQQPLHELSIKARPKDIPQTINVDISGLEMNDVLTIADLTADGNYTFTNDPEEVVASILPPKQEAFEEDAEPSPGEEPEGENQ NA NA NA NA NA D1-12_03908 567 pth COG0193 Peptidyl-tRNA hydrolase ATGCTTGTGATTGCCGGTCTCGGTAACCCCGGGAAAACCTACGAGAACACGAGACATAATGTCGGCTTTATGGCCATTGACGAGCTTTCTAAAGAATGGAATATTGAACTGAATAAAACGAAATTCAACGGACTTTACGGAATGGGGTTTGTTTCCGGAAAAAAAGTTCTACTTGTTAAACCGCTTACATATATGAATTTATCAGGGGAATGTTTGCGGCCGCTACTGGATTATTATGATGCCGATCATGAAGATCTGAAAGTCATATACGATGACCTTGATCTTCCGACGGGAAAAATCAGGCTCCGGACGAAGGGGAGCGCAGGCGGACATAACGGAATTAAATCGCTTATACAGCACCTCGGAACCCCCGAATTTGACCGGGTCAGAATCGGAATCGGCCGCCCCGCTGGCGGAATGAAAGTCGTTGACTATGTACTGGGAGCTTTTACGAAGGAAGAATTGCCGAATATCAATGATGCCGTCTCAAAAACCGTAAAAGCCTGCGAAGCTTCCTTAACGAAACCATTTTTAGAAGTCATGAACGAATTTAATGCAAATGTATAA MLVIAGLGNPGKTYENTRHNVGFMAIDELSKEWNIELNKTKFNGLYGMGFVSGKKVLLVKPLTYMNLSGECLRPLLDYYDADHEDLKVIYDDLDLPTGKIRLRTKGSAGGHNGIKSLIQHLGTPEFDRVRIGIGRPAGGMKVVDYVLGAFTKEELPNINDAVSKTVKACEASLTKPFLEVMNEFNANV PGPT0023420_61 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-TEICHOIC_ACID_METABOLISM CE-EPS-TEICHOIC_ACID_METABOLIC_PATHWAY,PGPT0023420-tarL-K18704 NA NA D1-12_03909 231 fin Anti-sigma-F factor Fin ATGGCTTTGCATTATTTCTGCCGCCACTGCGGCTTTAAGGTAGGGAGCCTGGAATATTCGACGGTGCCGACACAGTCACTTGGATTTCAGCACTTAACAAATGAGGAAAGAAACGATATGATTTCATATAAAGACAATGGAGATGTCCATGTTCTTACAATTTGTGAAGACTGCCAAGAGGCGCTGGAACGCAATCCGCACTACCATGAACACAACACATTTATTCAATAA MALHYFCRHCGFKVGSLEYSTVPTQSLGFQHLTNEERNDMISYKDNGDVHVLTICEDCQEALERNPHYHEHNTFIQ NA NA NA NA NA D1-12_03910 3534 mfd Transcription-repair-coupling factor ATGGACAACATTCAAACCTTTATTAAAGAAAGCGATGATTTTAAATCCATTGTCAACGGTTTACATGAGGGGCTGAAGGAACAGCTGCTTGCGGGTCTGTCAGGTTCCGCGCGTTCTGTTTTTACCTCCGCCCTTGCACAGGAAACGAAAAGGCCGATTTTCTTTATCACCCATAATTTATATCAGGCCCAAAAAGTGACGGAAGATCTGACGGCGCTTCTCGGGGATCAATCTGTTTTTTTATACCCCGTAAATGAATTGATTTCTTCAGAAATTGCGGTAGCGAGCCCTGAACTGCGCGCTCAGCGGCTTGATGTCATTAATAGATTAACAAACGGAGAAGCGCCGGTCGTTGTGGCGCCCGTTGCGGCAGTGAGAAGAATGCTTCCGCCGAAGGAGCTGTGGAAAAGCAGCCAGCTCGTCATTTCACTCGGAGACGAAATAGAACCGGATCAGCTGTCCGCGCGCCTTGTAGAGGTGGGGTATGAGCGTTCCGATATGGTTTCTGCACCCGGTGAATTCAGTATTCGCGGCGGAATTATCGACATTTATCCGCTGACGTCGGAGCATCCGGTGCGAATTGAACTGTTTGATACGGAGGTCGATTCCATCAGAAGCTTCAATTCTGATGACCAGAGATCAATTGAGACGCTCAAACATGTGGCGATAGGACCGGCGAAGGAATTGATCATCAGGGCGGAAGAAAAAGCCCGTGCGATGGAAAGGCTCGATAAAGGGCTTGCCGACAGTCTGAAAAAGCTGAAGCAGGACAAACAAAAGGAAATGCTTCATATCAATATCTCACATGATAAAGAACGGTTATCAACGGGACAGACTGATCAGGAACTTGTGAAGTATCTCTCGTACTTTTACGAAAAGCCTGCTAGTTTGCTAGATTATACACCGGCAGACACGTTGTTACTGTTAGACGAGGTCAGCCGCATTCATGAAATGGAGGATCAGCTGCAAAAAGAAGAGGCCGAATTTACGACAAGTCTGCTCGAGGAAGGGAAAATTCTGCACGACATTCATTTATCCTTCAGCTTTCAGGAGCTTATGAGCGAAAAGCGGCGCCCGGCTATTTATTATTCATTATTTTTGCGTCATGTCCAGCATACAAGCCCTCAGAATATCGTGAATGTGACAAGCAGGCAGATGCAGAGTTTTCACGGGCAGATGAATGTGCTTGCAGGTGAAATGGAGCGCTTTAAGAAATCAAACTTCACCGTCGTCTTTTTAGGCGCGAATAAGGACAGAACCGACAGATTGGCATCCGTGCTGGCTGATTACGAAATTGAAGCCGCAAAAACGGACAGCTCCAAAGCGCTTGTGCAAGGACAGGTCTATGTCATGGAAGGCGAGCTGCAATCCGGTTTTGAACTGCCGCTGATGAAGCTGGCCGTCATTACGGAGGAAGAGCTGTTCAAAAACCGAATTAAGAAAAAGCCGAGAAAGCAGAAGCTGACAAATGCCGAACGGATCAAAAGCTATTCCGAGCTTCAGGTCGGTGACTATGTCGTCCACGTCAACCACGGGATCGGTAAGTATTTGGGGATCGAAACACTAGAAATCAAAGGCATTCATAAAGATTACCTCAACATTCATTATCAGGGCAGCGATAAGCTGTACGTCCCTGTAGAACAAATCGACCAGGTGCAGAAGTACGTCGGCTCTGAAGGAAAAGAACCGAAGCTTTATAAACTGGGCGGCAGTGAATGGAAACGGGTGAAGAAAAAAGTTGAAAACTCCGTTCAGGATATTGCCGATGATCTGATTAAGCTTTATGCGGAACGGGAAGCAAGCAAAGGCTATGCGTTCTCGCCGGATCATGAAATGCAGCGGCAGTTCGAATCTGCTTTCCCTTATCAGGAAACAGAGGACCAGCTCCGTTCCATTCAGGAGATTAAAAAGGACATGGAAAGAGAGCGCCCGATGGACCGTTTGCTTTGCGGTGATGTCGGTTACGGGAAGACGGAGGTAGCCATCCGAGCGGCTTTTAAAGCGATCGCAGACGGAAAGCAGGTCGCGCTTCTTGTGCCGACGACAATACTCGCGCAGCAGCATTATGAAACCATTATGGAGCGTTTTCAGGACTATCCGATTAACATCGGTCTTCTCAGCCGATTCAGAACGAGAAAAGAATCCAATGAAACGATTAAAGGCCTGAAAAACGGAACGGTAGACATCGTAATCGGAACCCACAGGCTCTTATCTAAAGACGTCGTCTATAAAGATCTCGGCTTGCTCATCATTGATGAAGAGCAGCGCTTTGGCGTAACGCATAAGGAAAAAATCAAACAGATCAAAGCCAATGTCGATGTGCTGACTCTTACAGCGACGCCGATACCGCGTACGCTTCATATGTCCATGCTCGGTGTGCGGGACTTATCTGTTATTGAAACGCCGCCGGAAAACCGTTTCCCTGTTCAGACATATGTCGTGGAATACAATGGCGCGCTTGTGCGGGAAGCCATCGAAAGAGAACTGGCGCGCGGAGGACAGGTATATTTCTTGTACAACCGCGTGGATGACATCGAGCGGAAGGCTGATGAAATTTCCATGCTTGTTCCCGATGCGAAAGTGGCATATGCCCACGGAAAAATGACTGAAAATGAATTGGAAAGCGTCATGCTCAATTTTCTGGAAGGGGAATCAGACGTCCTTGTCAGCACGACTATTATTGAGACAGGCGTAGATATACCGAATGTCAATACCTTGATTGTGTTCGACGGAGACAAAATGGGGCTGTCTCAGCTGTATCAGCTGAGAGGACGGGTCGGCCGTTCCAACCGCGTCGCTTACGCGTATTTTACGTACCGCAGAGACAAAGTGCTCACTGAGGTGGCGGAAAAACGGCTGCAGGCGATTAAAGAATTTACCGAGCTGGGATCTGGCTTTAAAATCGCCATGCGTGACTTGACGATCAGGGGAGCGGGGAACCTTCTCGGCGCCCAGCAGCACGGCTTTATCGACTCAGTCGGTTTTGACCTGTACTCGCAAATGCTCAAGGAAGCGATTGAAGAGCGGAAAGGCGATATTCCGAAAAGCGAACAGTTTGAGACAGAAATCGATATCGAGCTAGACGCGTATATTCCTGAAAACTATATACAAGACGGCAAGCAAAAAATCGACATGTACAAACGCTTCCGGTCGATCGCCACAATTGAGGAGAAAAATGAGCTTCAAGATGAAATCATCGACAGGTTCGGCAGCTACCCTAAAGAGGTTGAATGGCTGTTTACGGTTGCTGAGATGAAGGTATACGGAAAATATGAACGCGTCGAACTCATCAAGCAGGATAAAGACGCGATCAGATTTACCATTTCTGAAGAGGCCAGCGCACAGATTGACGGCCAGAAATTGTTCGAACTCGGCAATAAATACGGCCGGCAGATCGGACTGGGAATGGAAGGGAAAAAGCTGAAAATCTCAGTACAGACGAAAGGCCGCAAAACGGAAGAGTGGCTGGAGACCGTGCTCGGCATGCTGAAAGGCCTTCAGGATGTGAAGAAAGAAACAATCGCGTCTTCATAA MDNIQTFIKESDDFKSIVNGLHEGLKEQLLAGLSGSARSVFTSALAQETKRPIFFITHNLYQAQKVTEDLTALLGDQSVFLYPVNELISSEIAVASPELRAQRLDVINRLTNGEAPVVVAPVAAVRRMLPPKELWKSSQLVISLGDEIEPDQLSARLVEVGYERSDMVSAPGEFSIRGGIIDIYPLTSEHPVRIELFDTEVDSIRSFNSDDQRSIETLKHVAIGPAKELIIRAEEKARAMERLDKGLADSLKKLKQDKQKEMLHINISHDKERLSTGQTDQELVKYLSYFYEKPASLLDYTPADTLLLLDEVSRIHEMEDQLQKEEAEFTTSLLEEGKILHDIHLSFSFQELMSEKRRPAIYYSLFLRHVQHTSPQNIVNVTSRQMQSFHGQMNVLAGEMERFKKSNFTVVFLGANKDRTDRLASVLADYEIEAAKTDSSKALVQGQVYVMEGELQSGFELPLMKLAVITEEELFKNRIKKKPRKQKLTNAERIKSYSELQVGDYVVHVNHGIGKYLGIETLEIKGIHKDYLNIHYQGSDKLYVPVEQIDQVQKYVGSEGKEPKLYKLGGSEWKRVKKKVENSVQDIADDLIKLYAEREASKGYAFSPDHEMQRQFESAFPYQETEDQLRSIQEIKKDMERERPMDRLLCGDVGYGKTEVAIRAAFKAIADGKQVALLVPTTILAQQHYETIMERFQDYPINIGLLSRFRTRKESNETIKGLKNGTVDIVIGTHRLLSKDVVYKDLGLLIIDEEQRFGVTHKEKIKQIKANVDVLTLTATPIPRTLHMSMLGVRDLSVIETPPENRFPVQTYVVEYNGALVREAIERELARGGQVYFLYNRVDDIERKADEISMLVPDAKVAYAHGKMTENELESVMLNFLEGESDVLVSTTIIETGVDIPNVNTLIVFDGDKMGLSQLYQLRGRVGRSNRVAYAYFTYRRDKVLTEVAEKRLQAIKEFTELGSGFKIAMRDLTIRGAGNLLGAQQHGFIDSVGFDLYSQMLKEAIEERKGDIPKSEQFETEIDIELDAYIPENYIQDGKQKIDMYKRFRSIATIEEKNELQDEIIDRFGSYPKEVEWLFTVAEMKVYGKYERVELIKQDKDAIRFTISEEASAQIDGQKLFELGNKYGRQIGLGMEGKKLKISVQTKGRKTEEWLETVLGMLKGLQDVKKETIASS NA NA NA NA NA D1-12_03911 537 spoVT COG2002 Stage V sporulation protein T ATGAAAGCTACAGGTATCGTACGTCGTATTGATGATCTAGGACGGGTCGTCATTCCTAAAGAAATTCGGAGAACACTGCGAATCAGGGAAGGAGACCCGCTTGAAATATTCGTTGACCGCGACGGAGAAGTTATATTGAAAAAATATTCTCCTATCAGTGAGCTTGGCGATTTTGCGAAGGAATATGCAGATGCTTTGTATGACAGTCTCGGCCATTCCGTTTTGATTTGCGACCGTGACGCGTATATTGCCGTTTCAGGCAGTTCGAAAAAAGAATTTCTGAACAAAGCCATCAGCGATTTGCTCGAAAAAACGATGGATCAGCGCAGCTCAGTGGTAGAAAACGACGTGAAGTCCGCGCAGCTTGTTAATGACATTGATGAAGATATGAGCTCCTATACAATAGCCCCGATCGTGGCAAATGGCGATCCTATCGGCGCCGTGGTCATCTTTTCCAAGGAACAGGCGCTTGGAGAAGTAGAACATAAAGCGGTAGAAACGGCAGCCAGTTTTTTGGCGAGACAAATGGAGCAGTAG MKATGIVRRIDDLGRVVIPKEIRRTLRIREGDPLEIFVDRDGEVILKKYSPISELGDFAKEYADALYDSLGHSVLICDRDAYIAVSGSSKKEFLNKAISDLLEKTMDQRSSVVENDVKSAQLVNDIDEDMSSYTIAPIVANGDPIGAVVIFSKEQALGEVEHKAVETAASFLARQMEQ PGPT0024790_300 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-PENTAPEPTIDE_PERCIPITATION|SIGNALLING,PGPT0024790-spoVT-K04769 NA NA D1-12_03912 1581 murJ_2 lipid II flippase MurJ ATGAACGATTCAGTTGGCGCCAAGCGGCAATCGGCATGGAAAGGTGCTTTTGTGCTCGTCGTTGCGGGCATCGTGACGAAGATATTAAGCGCCGTGTACAGGGTTCCTTTTCAGAATATTGTCGGTGACGTCGGATTTTACATTTATCAGCAGGTGTACCCGTTTTTAGGGATCGCGGTCATGCTGTCAACATCCGGTTTTCCGGTAATCATCTCTAAATTAATGAACGATTATAGCGATCATAAACAAAAAATAATGAAAATTTCCGCCCTTTATGTCACGGCGGCCGGACTTGTTCTGTTTGCGCTCATGTATGCCGGCGCGGCGCCGTTGGCCGGTTTTATGGGTGACGCCCGCCTTGTGATGCTGATAAGGGTCGCGGCGTTCGCTTTCATACTGTTTCCGTTTACGGCGGTTTTCAGGGGGTATTTCCAAGGCGTGCATGATATGATGCCGTCAGCCTTATCCCAGATTACGGAACAGCTTCTTCGCGTGGCGGTGCTTCTCGGTTTATCCTTCTGGCTTTTGAAAAACGGCCGTTCATTATACGCGGCGGGTGCGGGGGCGGCCTCGGGATCAATTGCCGGAAGCTTGGCAGCCCTTTGTGTATTGGCTGTTTTCTGGTATAAGCGGGAAGAAACAAAGAAGGACGGCGGACATATCGAAACGGCCGTCATTATAAAAAAGCTGCTGCTTTATTCAGTCACCATCTGTATCAGCAGTGTACTTATGCTTTTGCTTCAGCTTGTAGACGCCTTAAACTTATATTCACTGCTTTCAGACGGGACGGAGAGCCATGCCGCGAAACAGCTGAAAGGCATATATGACCGCGGACAGCCGCTCCTTCAGCTGGGAACCGTGTTTGCCGTCAGTATCGCCGCGTCATTGGTTCCTTCAATTTCAAAAGCGGTGCATGAGAATAAGCCGTTTATCATAAAAGAGAAAGCGACATCAGCCGTCAAGCTCTGCCTTGCGGTAGGGATCGGTGCATCAGCCGGGCTTTTTTGCATTTTAGAGCCGGTGAATATCATGCTTTTCCAAAACAGTGAGGGGACGCAGACCTTACAAATATTCAGCTTATCTATCTTTTTTGCCTCGATTGCGCTTACGGCAGCCGCGATTCTGCAAGGAGCGGGACATACCGTTTTCCCCGCCGTATCCGTTTTGGCGGGAGGGGCGCTGAAATGGGTGCTGAATGTTTGGCTGGTCCCCGGCTGGGGTATTACAGGAGCGGCACTGGCGACCGTCTTGGCATTTGCCGCAGTTGCGTGCCTGAATCTCCGGAGAATTTGGTCGAAGGGCTGGCTGACGAATATCGGCGGCGTGATTGCCCGTCTATGCTGGTGCAGCCTGCTGATGGTCTTCTTTCTGCTCGTATATATGAAGCTTTGGCAGTTATTTGTTCCTGTCAGCAGGGCCGGAGCTGTATGTGAGAGTCTGTCTGCGTCAGTCATCGGAGGGCTATTGTTTATTTATTGTATGATAAGAATGAAGATTTTCACGGACGAAGAGCTGAGCGGCCTTCCTTTCGGCAGTGCTTTAAGCAAATTGAAAAAGAGGAGAGAAAAACATGGCAGGTAA MNDSVGAKRQSAWKGAFVLVVAGIVTKILSAVYRVPFQNIVGDVGFYIYQQVYPFLGIAVMLSTSGFPVIISKLMNDYSDHKQKIMKISALYVTAAGLVLFALMYAGAAPLAGFMGDARLVMLIRVAAFAFILFPFTAVFRGYFQGVHDMMPSALSQITEQLLRVAVLLGLSFWLLKNGRSLYAAGAGAASGSIAGSLAALCVLAVFWYKREETKKDGGHIETAVIIKKLLLYSVTICISSVLMLLLQLVDALNLYSLLSDGTESHAAKQLKGIYDRGQPLLQLGTVFAVSIAASLVPSISKAVHENKPFIIKEKATSAVKLCLAVGIGASAGLFCILEPVNIMLFQNSEGTQTLQIFSLSIFFASIALTAAAILQGAGHTVFPAVSVLAGGALKWVLNVWLVPGWGITGAALATVLAFAAVACLNLRRIWSKGWLTNIGGVIARLCWCSLLMVFFLLVYMKLWQLFVPVSRAGAVCESLSASVIGGLLFIYCMIRMKIFTDEELSGLPFGSALSKLKKRREKHGR PGPT0017190_134 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_OTHER_SUGAR_TRANSPORT_RELATED_PROTEINS,PGPT0017190-TC_PST-K03328 NA NA D1-12_03913 1476 hypothetical protein ATGGCAGGTAACATTACGGTCGTCGGCCTCGGCGCCGGAGACATGGATCAGTTGACAGTGGGCGTACATAAGCTGCTGACTCAGGCGAAGCATTTATATATAAGAACGAAAGACCACCCTTTGATTCCGGAATTAGAGCAAGAGACGGAAGCGGACATCCGGTATTTTGATGATATTTATGAAAAACATGATCAGTTTGAAGCGGTCTATGAAGAGATCGCGGACATTCTGTTTGAAAAAGCGAAGCAAGAGGATATCGTCTACGCTGTACCCGGGCATCCGTTTGTCGCTGAGAAAACCGTTCAGCTGTTATTTGAACGCCGGGAAGAACAACAGATAGCTGTTCATACTGCCGGAGGGCAAAGCTTTCTGGATGCCACTTTTAATGCATTGCGAATTGATCCGATTGAAGGGTTTCAATTTACGGATGCGCAAACAATGACGCCGGATGAGCTCGAACTCCGCCATCACCTGATCATTTGCCAGGTTTATGACCAGATGACGGCCTCTGAGGTAAAGCTGACGCTTATGGAGAAATTGCCTGACGATTATGAAGTGGTCATCGTCACGGCAGCCGGAAGCAAGGGAGAAAAGATGACCAAGGTGCCTTTGTTTGAACTTGACCGCAATGTAGAAATAAATAACTTAACAAGCGTGTATGTTCCGCCGATTAAAAAAGAAGAACTCCTTTACCAGGAATTTTCTGCATTCCGAAGTATTATTCGCGAGCTTCGCGGGCCGAACGGCTGTCCGTGGGATCAAAAGCAGACACACCAGTCATTAAAGAAATATATGATTGAGGAATGCTACGAACTGCTTGAGGCCATTGACGAAGAGGACACGGATCACATGATAGAAGAACTCGGGGACGTCATGCTTCAGGTTATGCTGCACGCCCAGATCGGAGAAGACGAGGGGTATTTCTCAATTGATGATGTCATCAGAGACATCAGTGCGAAGATGGTCAGACGGCACCCGCACGTGTTTAAGGATGTTAAGGTTCAGGATGAACATGATGTCGTCGCCAACTGGGAAGAAATCAAAAAGACGGAAAAGCAAACAACATCCTCTTCATTGCTGGATGCCGTGCCGAAAACACTGCCTTCTCTTGCAAAAGCGGCCAAGCTTCAGAAAAAAGCCGCAAAAACCGGCTTTGACTGGGATGACGTTCAGGATATATGGGATAAAGTAAATGAAGAGCTAAAGGAATTTTCTGCAGAGGCTTCCGCCGAATCAGCAGATGAAATCAGCTTAAAAGCTGAATTCGGCGATGTTTTATTTGCATTGGTCAATATCGGCCGATACTATAAAATTGAGCCTGAGGAAGCGCTCGCCATGACAAATGACAAATTCCGCAGACGCTTTGCTTATATTGAGAAAGAAGCGGCAGCAAAGGGACTTGAATTGACCGCAATGTCACTTGAAGAAATGGACAAATTGTGGGATGAAGCAAAAGAAATGGAGAGGAGATTCTGA MAGNITVVGLGAGDMDQLTVGVHKLLTQAKHLYIRTKDHPLIPELEQETEADIRYFDDIYEKHDQFEAVYEEIADILFEKAKQEDIVYAVPGHPFVAEKTVQLLFERREEQQIAVHTAGGQSFLDATFNALRIDPIEGFQFTDAQTMTPDELELRHHLIICQVYDQMTASEVKLTLMEKLPDDYEVVIVTAAGSKGEKMTKVPLFELDRNVEINNLTSVYVPPIKKEELLYQEFSAFRSIIRELRGPNGCPWDQKQTHQSLKKYMIEECYELLEAIDEEDTDHMIEELGDVMLQVMLHAQIGEDEGYFSIDDVIRDISAKMVRRHPHVFKDVKVQDEHDVVANWEEIKKTEKQTTSSSLLDAVPKTLPSLAKAAKLQKKAAKTGFDWDDVQDIWDKVNEELKEFSAEASAESADEISLKAEFGDVLFALVNIGRYYKIEPEEALAMTNDKFRRRFAYIEKEAAAKGLELTAMSLEEMDKLWDEAKEMERRF NA NA NA NA NA D1-12_03914 261 COG1188 putative protein ATGAGACTTGATAAGTTTTTAAAAGTATCCAGATTAATTAAACGCCGCACATTGGCGAAAGAGGTCGCCGATCAAGGGAGAATCACCGTTAACGGGAATCAGGCGAAAGCCAGCTCAGACGTAAAAGCCGGTGATGAACTGACGGTCCGCTTCGGCCAGAAGCTTGTCACCGTGAAGGTAAACGAATTGAAAGAAACAACGAAAAAAGAAGAAGCCGCGGGCATGTATACAATCGTCAAAGAAGAAAAACTCGGCGAATAG MRLDKFLKVSRLIKRRTLAKEVADQGRITVNGNQAKASSDVKAGDELTVRFGQKLVTVKVNELKETTKKEEAAGMYTIVKEEKLGE PGPT0012225_994 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS FUNGICIDAL_COMPOUNDS|ANTIBIOTICS FUNGICIDAL-MOTILITY-MEDIATED_DEFENSE_SIGNALLING,PGPT0012225-lysS-K04567 NA NA D1-12_03915 303 yabP Spore protein YabP ATGAATTCATATTATGAGCAAAAAGGTTCTTCTTCTGTTCCGGAACAGCATGATGTAACGATGAAAGGGAGAAAGCATTTAGACATTTCGGGCGTCAAGCATGTGGAAAGTTTTGACAACGAAGAGTTTTTGCTGGAAACAGTTATGGGAATGCTTTCCGTCAGAGGCGAGAACCTGCAGATGAAAAACCTTGATGTGGAAAAAGGGATTGTATCTATAAAAGGCAGGGTGTTTGACCTTGTATATTTAGACGAGCAGCAAGGGGATAAAGCTAAAGGGTTTTTTAGCAAGTTGTTTAAATGA MNSYYEQKGSSSVPEQHDVTMKGRKHLDISGVKHVESFDNEEFLLETVMGMLSVRGENLQMKNLDVEKGIVSIKGRVFDLVYLDEQQGDKAKGFFSKLFK PGPT0024990_85 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE_OTHER_SPORULATION_RELATED_PROTEINS,PGPT0024990-yabP-NA NA NA D1-12_03916 636 yabQ Spore protein YabQ ATGACACTGACGACCCAATTTTATACGATGCTGGCAATGACCGGTATGGGCGCCTGGCTCGGAGCGTCGCTTGATACATACAGGCTGTTTGTCAGCCGCGCCAAAACGGCCAGATGGCTGTTATTCATTCATGACATTCTCTTTTGGATTGTACAAGGTCTGATGTTTTTCTATGTGCTGCTCAACGTGAATGAAGGAGAACTCAGGGTATACATTTTCTTGGCTGTCTTACTGGGTATTGCGACGTACCAAAGCCTGTTTAAACGAATGTATATAAAAATACTGAAATTTTCCATTCATCTTGCGGTGTCTCTTTACCAATTCGCAAAAAAGCTCATTCAGCACGTGCTGTTCCGTCCGGTGCTTCTGCTCTTTAAGCTGCTCATCGGGCTGATCACGGTTATTTCTTTATACTCCTATCGGGTGAGTGCCTTTTTTGCGAAGTGTCTTTTTAAGATCGTAGCTTTTTTGCTGTATCCGCTGTTCTTCCTGTTGAAACAATTATTGAAACTTCTTCCTGAAAAATGGCGTCTTACTTTCAAACGATATTTTCAAAAAAGTGCAGGATTTTCACAAAAGAGCAAGAAACTAATCATAACAATCAGATCGACCATGATACGTATTTTGAAAAGGTGA MTLTTQFYTMLAMTGMGAWLGASLDTYRLFVSRAKTARWLLFIHDILFWIVQGLMFFYVLLNVNEGELRVYIFLAVLLGIATYQSLFKRMYIKILKFSIHLAVSLYQFAKKLIQHVLFRPVLLLFKLLIGLITVISLYSYRVSAFFAKCLFKIVAFLLYPLFFLLKQLLKLLPEKWRLTFKRYFQKSAGFSQKSKKLIITIRSTMIRILKR NA NA NA NA NA D1-12_03917 378 divIC COG2919 Cell division protein DivIC TTGAATCTATCTAGAGAACGTACAATAACTGAAATTCAAAACGACTATAAAGAGCAGGTTGAACGGCAATCCCAGCTTATGAAAAGAAGGCGGAAAGGGCTTTTCAGACGGTTGATCGTATTCGGCGCCCTTGTGTTGTTGACGGCTATTGTCTTAGCGGGTTCTCTGTGGTCACAGACCTCTTCCCTTAGCGCAAACGAAGAAAAGAAAGCTCAGCTGGAAAAACAAGTGAAAAAATTGAACGCGAAACAGGCTGATTTAAAAGATGAAATTTCCAAATTAAAGGATGAGGATTACGTCACAGAGCTTGCCAGAAGAGACTTGTTTATGTCAGGAAATGGTGAGATTCTCTTTAATGTAGAGAAGAAGAGCAAGTAG MNLSRERTITEIQNDYKEQVERQSQLMKRRRKGLFRRLIVFGALVLLTAIVLAGSLWSQTSSLSANEEKKAQLEKQVKKLNAKQADLKDEISKLKDEDYVTELARRDLFMSGNGEILFNVEKKSK NA NA NA NA NA D1-12_03918 387 pnp_2 Polyribonucleotide nucleotidyltransferase ATGTCGATTGAAGTTGGCAGCAAGTTGCAAGGGAAAATAACAGGTATTACAAATTTCGGAGCATTTGTTGAATTGCCTGGAGGCTCAACCGGTCTCGTTCATATCAGTGAGGTAGCCGATAATTATGTAAAAGACATTAACGAGCATTTAAAAGTCGGCGATCAAGTTGAAGTGAAAGTCATCAACGTTGAAAAAGACGGGAAAATTGGTTTATCAATTAAAAAAGCTAAAGACCGTCCGCAAGCCAGACCTAGAAATGATTTCCGTCCGAAAGAATCTTTTGAACAGAAAATGAACAAGTTTCTTAAAGATAGCGAAGACCGCTTATCATCTTTAAAACGAAACACGGAATCAAAACGTGGAGGGCGCGGAGCAAGAAGAGGATAA MSIEVGSKLQGKITGITNFGAFVELPGGSTGLVHISEVADNYVKDINEHLKVGDQVEVKVINVEKDGKIGLSIKKAKDRPQARPRNDFRPKESFEQKMNKFLKDSEDRLSSLKRNTESKRGGRGARRG NA NA NA NA NA D1-12_03921 2490 spoIIE COG2208 Stage II sporulation protein E ATGGAAAAAGCGGAAAGAAGAGTGAACGGGCCGATGGCGGGACAAGCTCTGGAAAAACTGCAATCGTTTTTTGAAAAGGCGGCAAAGCTTACAGTCCATCAAGCGCATTCACTTTTTTTCTATAAGGGTTTCATTTATGTCGTGATCGGTTTTTTACTTGGACGGGCTTTCATATTATCTGAGGTTCTTCCGTTTGCGCTGCCGTTTTTCGGAGCGATGCTGTTGATCAGAAGAGATAAAGCCTTCTATGCTTGTCTGTCTTTACTTGCGGGCGCTTTAACCATTTCGCCGAAACACTCTTTATTGATTCTCACAGCTTTGGCCGTCTTCACTCTATTTTCAAAAATCGGTACATATATCGTGCAGGACCGGGTGAAGATGCTGCCGATCGTGGTGTTTTTCTCTATGGCTGCCGCGAGAATCGGATTTGTTTATTTTGAAAGCGGCGCTTTTACCACCTATGATTATGTGATGGCTGTTGTCGAGGCGGGCCTGGCCTTTATTTTGACGCTGATCTTTTTACAAAGCCTGCCGATCTTCACGATCAAAAAAGTGAAGCAATCGTTAAAAATAGAAGAAATCATCTGTTTTATGATCTTGATCGCATCCGTTTTAACCGGGCTTGCCGGTGTTTCATTTCAGGGAATGCAGGCTGAACATATCCTGGCCCGCTATGTCGTGCTGAGTTTTTCCTTTGTCGGCGGGGCAAGCATCGGCTGTACGGTCGGTGTTGTGACCGGACTGATCCTCGGGCTTGCGAATATCGGGAATCTCTATCAAATGAGTCTGCTTGCGTTTTCCGGGCTTCTTGGCGGGCTGCTGAAAGAAGGAAAGAAAGCCGGCGCCGCAGTCGGATTAGTGATCGGCTCACTGCTGATTTCATTATATGGAGAAGGATCTGCCGGATTAATGACCACTCTTTATGAATCTTTGATTGCCGTTGTTTTGTTTTTGATTACGCCCCAATCGATTACGAAAAAGGTGGCGCGATACATACCGGGCACTGCTGAGCACAGTCAGGAACAGCAGCAGTACGCAAGGAAAATCAGAGATGTCACCGCCCAGAAAGTAGACCAGTTCTCCAATGTGTTTCATGCCTTGTCGGAGAGCTTCGCCACCTTTCATCAGACGTCTTCTGATGAGCAGGCGGAAGAAGGGGAAGTGGATCTCTTTTTAAGCAAAATCACCGAGCATTCCTGCCAATCCTGCTATAAGAAAAGCAAATGCTGGGTTCAAAACTTTGATAAAACATATGACTTAATGAAACAGGTTATGCATGAAACAGAAGAAAAACAGTATGCCTCAAACCGCAGATTAAAAAAGGAGTTTCAACAACACTGCTCCAAATCCAGACAGGTGGAAGAGCTGATTGAGGACGAACTTGCCCACCATCACGCCCATCTGACACTGAAGAGAAAAGTTCAGGACAGCAGAAGGCTTGTTGCCGAGCAGCTGTTGGGGGTTTCTGAGGTCATGGCGGACTTTTCTCGGGAAATAAAACGGGAGAGGGAGCAGCATTTTATTCAAGAAGAACAAATGATAGAGGCGCTTCAGCATTTCGGAATCGAGATTCAGCATGTCGAGATATACAGCTTGGAGCAGGGCAATATTGATATCGAAATGACAATCCCGTTCAGCGGAGGACACGGCGAGAGTGAGAAAATTATCGCCCCGATGCTGTCTGACATTCTTGAGGAGCAGATACTTGTCAAAAGCGAACAGCACTCGACTCATCCGAATGGCTACAGCCATGTCGCGTTCGGTTCGACCAAGTCGTACCGGGTATCGACAGGCGCGGCTCATGCGGCAAAAGGCGGCGGCCTTGTCTCCGGCGACAGCTACAGCATGATGGAACTGGGGGCGAGAAAGTATGCGGCCGCGATCAGTGACGGCATGGGCAATGGGGCGAGGGCCCATTATGAGAGCAATGAAACGATTAAGCTGCTCGAAAAAATTCTCGAATCAGGTATTGATGAAAAAATAGCGATCAAAACGATCAACAGTATTCTGTCTTTACGGACGACAGACGAAATCTACTCAACTCTCGATCTTTCTATCATTGATCTTCAGGATGCAAGCTGCAAATTCTTGAAGGTCGGTTCAACGCCGAGTTTTATCAAGCGGGGAGATCAAGTCATGAAAGTGCAGGCCAGCAATCTGCCGATCGGCATCATCAATGAATTTGATGTAGAGGTTGTAAGTGAACAGTTAAAAGCGGGAGATCTGCTCGTCATGATGAGTGACGGTATTTTTGAAGGGCCGAAGCACGTTGAAAACCACGACCTGTGGATGAAACGGAAAATGAAAGGGCTGAAAACCGAAGATCCGCAGGAAATCGCTGATATATTAATGGAAGAGGTCATCAGAACGCGTTCCGGCCAAATCGAAGACGATATGACGGTGGTTGTTGTCCGGATTGATCACAACACGCCGAAATGGGCTTCCATCCCGGTGCCGGCGGTTTTCCAAAATAAAAAGGAGATTTCTTAA MEKAERRVNGPMAGQALEKLQSFFEKAAKLTVHQAHSLFFYKGFIYVVIGFLLGRAFILSEVLPFALPFFGAMLLIRRDKAFYACLSLLAGALTISPKHSLLILTALAVFTLFSKIGTYIVQDRVKMLPIVVFFSMAAARIGFVYFESGAFTTYDYVMAVVEAGLAFILTLIFLQSLPIFTIKKVKQSLKIEEIICFMILIASVLTGLAGVSFQGMQAEHILARYVVLSFSFVGGASIGCTVGVVTGLILGLANIGNLYQMSLLAFSGLLGGLLKEGKKAGAAVGLVIGSLLISLYGEGSAGLMTTLYESLIAVVLFLITPQSITKKVARYIPGTAEHSQEQQQYARKIRDVTAQKVDQFSNVFHALSESFATFHQTSSDEQAEEGEVDLFLSKITEHSCQSCYKKSKCWVQNFDKTYDLMKQVMHETEEKQYASNRRLKKEFQQHCSKSRQVEELIEDELAHHHAHLTLKRKVQDSRRLVAEQLLGVSEVMADFSREIKREREQHFIQEEQMIEALQHFGIEIQHVEIYSLEQGNIDIEMTIPFSGGHGESEKIIAPMLSDILEEQILVKSEQHSTHPNGYSHVAFGSTKSYRVSTGAAHAAKGGGLVSGDSYSMMELGARKYAAAISDGMGNGARAHYESNETIKLLEKILESGIDEKIAIKTINSILSLRTTDEIYSTLDLSIIDLQDASCKFLKVGSTPSFIKRGDQVMKVQASNLPIGIINEFDVEVVSEQLKAGDLLVMMSDGIFEGPKHVENHDLWMKRKMKGLKTEDPQEIADILMEEVIRTRSGQIEDDMTVVVVRIDHNTPKWASIPVPAVFQNKKEIS PGPT0024675_57 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-STAGE_II_SPORULATION,PGPT0024675-spoIIE-K06382 NA NA D1-12_03922 738 hypothetical protein GTGAATAAGGGACATTTAAATCAAGTTCTGCTGATTACAGATGGCTGCTCCAATCATGGTGAAGACCCGATCGCAATGGCGGCTTTCGCCAAGGAGCAGGGGATTACGGTGAATGTTATAGGAATTATGGAAGAAAATGCGATTGACCAAGAGGCAATGAAGGAAGTTGAAGGCATCGCCATGGCCGGAGGCGGCGTCCATCAAGTTGTGTATGCGTCACAATTGTCTCAGACGGTTCAAATGGTGACGAAAAAAGCAATGACCCAGACGCTGCAAGGCGTCGTCAATCAAGAGCTTAAACAAATTTTAGGAAAAAACGTTGAAATGGAAGAGCTTTCTCCTGAAAAACGCGGCGAAGTGATGGAAGTTGTTGATGAACTCGGCGAAACGGTTCATCTGCAAGTGCTTGTGCTGGTTGATACGAGTGCGAGTATGGCGCCGAAACTGCCGACGGTGAAAGAAGCGCTGATCGATCTTTCCATCAGTTTAAATTCCCGGGCCGGACAAAATGAATTTGCAATGTGTATATTTCCCGGGAAAAGCCAGGAAGTTGAGCTTGTACTGAATTGGACGCCGAAGCTTGAATCCCTTTCTGCACTCTTTGCGAAGCTGTCGACCGGCGGTATCACCCCTACGGGCCCCGCTATCCGGGAAGCGACGCAGCAGTTTGAGAGAATCCGCTCAAGAAGGAGCATGTTGGCAGATGATGAACGACGCTTTAACGAGTTTGGCATGTAG MNKGHLNQVLLITDGCSNHGEDPIAMAAFAKEQGITVNVIGIMEENAIDQEAMKEVEGIAMAGGGVHQVVYASQLSQTVQMVTKKAMTQTLQGVVNQELKQILGKNVEMEELSPEKRGEVMEVVDELGETVHLQVLVLVDTSASMAPKLPTVKEALIDLSISLNSRAGQNEFAMCIFPGKSQEVELVLNWTPKLESLSALFAKLSTGGITPTGPAIREATQQFERIRSRRSMLADDERRFNEFGM PGPT0014015_7218 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-CHLORIDE_TRANSPORT,PGPT0014015-yfbK-K07114 NA NA D1-12_03923 1002 yabT COG0515 putative serine/threonine-protein kinase YabT ATGATGAACGACGCTTTAACGAGTTTGGCATGTAGTCTGGCACCGGGGACGGCAATTCAGGGCAAATGGAACGGCAAATCCTACAGATTGCTCAAACAGCTTGGAAAAGGGGCTAACGGTATTGTATATTTGGCAGAAGCATCAGGCGGACAGGTCGCTTTGAAAATAAGCAGCGACAGCATGTCTGTTACCTCTGAAGTGAATGTCTTAAAATCCTTTTCAAAGGCCCGGTCGCAAACGATGGGGCCTTCTTTTTTTGATGCGGACGACGCGTTTATACCGCAGCTGAATAAAAATGTCTCTTTTTACGTGATGGAGTACATAGAAGGGCCGCTTCTTCCGCAATATATCAGCAGTAAGGGAGCGGAGTGGATTCCGGTGCTGATGGTGCAGCTTCTTTCCAGCCTGTCAGTCCTTCATCAGCAAGGGTGGGTTTTTGGCGACCTCAAACCGGACAATCTCATTGTAACCGGGCCACCGGCTGCCATTCGCTGCATTGATGTAGGGGGAACGACAAAACAGGGCCGCGCGATTAAAGAGTATACGGAGTTTTACGACAGGGGCTATTGGGGGTATGGAACAAGAAAAGCAGAACCATCCTATGACCTGTTTGCTGTCGCAATGATCATGATCCACTGTGTCCAGAAGAAAGAGTGCAAAAAGTCAGGACAGCCGAAAGAACAGCTTCGTTCTATCATTGAAGGCCACCCGTTTCTGAATAAGTATAAGAAGGTTCTGTTTTCTGCTTTAAACGGTCAATATCCGTCTGCGGAAGCCATGAAGCATGACATCCTGACGGCGGGCCAGAGCGCCGGGAGCAAAAGGAAAGCCGCCGCCAAGCCTAAGCCGCCGCATTCAAAACCGCGGCAGGGCACTGTATCTCAGACGCGGTATAAACCTAAACAAAAACCCGCAAAGCACAATGGTTTGTTTGAAACAACACTTATTTTAATCAGCGTTCTCGCCCTTTATTTCGCTTACATCGTCTTTTTTCTCATCTAG MMNDALTSLACSLAPGTAIQGKWNGKSYRLLKQLGKGANGIVYLAEASGGQVALKISSDSMSVTSEVNVLKSFSKARSQTMGPSFFDADDAFIPQLNKNVSFYVMEYIEGPLLPQYISSKGAEWIPVLMVQLLSSLSVLHQQGWVFGDLKPDNLIVTGPPAAIRCIDVGGTTKQGRAIKEYTEFYDRGYWGYGTRKAEPSYDLFAVAMIMIHCVQKKECKKSGQPKEQLRSIIEGHPFLNKYKKVLFSALNGQYPSAEAMKHDILTAGQSAGSKRKAAAKPKPPHSKPRQGTVSQTRYKPKQKPAKHNGLFETTLILISVLALYFAYIVFFLI NA NA NA NA NA D1-12_03924 1419 tilS COG0037 tRNA(Ile)-lysidine synthase GTGAAAAGCGTGGAAGATTTTTTCAAAACATATCATCTTCAGGCGGAGGGAGAAACGATTATTGCCGGGGTCTCCGGAGGCCCTGATTCAATGGCGCTTCTCAGTATGCTGAATAAGCACTTCGGGCATTCCTCCGTTATCATAGCGGCGCATGTCGACCATCAGTTCAGGGGTCCTGAATCTGAAGAAGATATGAAGTTTGTGCAGTCATATTGCGAGGCTGAACACATCCTCTGTGAAACGGTACAGATTGATGTTTCTGCATACGCAAAGAAGAATAAGCTGAACAAGCAGGCTGCCGCGCGTGATTGCAGATATCAGTTTTTCGAAGATCTGATGACAAAACACCAAGCGAAGTTTTTGGCGCTGGCTCATCACGGCGATGACCAGGTTGAGACAATGCTCATGAGGCTTGCGAAAGGTACGCTCGGGGCAGGGCTTGCGGGAATGCAGCCCGTTCGCGAATTTGCATCCGGCTGGCTGATCAGGCCTTTCCTCTATACGGCAAAGGATGAAATCCTTGAATACTGCCGTCAAGAAGGGCTCAGCTACAGAACGGATGAGAGCAATGCAAAAGACGATTATACAAGAAACAGATTCAGAAAGACCGTGCTTCCTTTTTTAAAACAAGAATCACCTGACGTTCATAAAATGTTTCAAAAGGTGAGTGAAGCACTGACAGAAGACGAACAATACCTGCAGTCATTAACGAAAGAACGAATGAATAAGGTTATTACAAGCAAGTCTGACACATCGGTTGAAGTCAATTCCTCTCAATTGCTTGCCCTTCCGATACCTTTACAAAGAAGAGGAGTTCAACTAATATTAAACTATCTTTATGAAAACGTTCCATCGTCGTTTTCCGCCCGCCACATACAGCAGTTTCTCGAATGGGCGGAAAATGGAAGCGCCTCGGGAGTGCTTGATTTTCCGAAAGGGCTGAAGGTGGTCAAATCATATCAGACATGTTTGTTTACATTTGAACAATGGCAATGTGAAAAGGTTCCCTTTGAGCTGCAGCTGCAAGGAGCGGAAGGCGAGACTGCTGTTCTCCCCAACGGCTTTATGATAGAGGTGGCCGATCAGGCTGACCCTCATATCAAAAATGGGAATGCTGTTTTTATGACAAGCAGAAATAAGGTGCAATTTCCTTTAACAATCCGGACGAGAAAAATCGGCGATCGGATCAAACTTAAAGGGATGAATGGCTCGAAAAAGGTGAAAGATATATTTATTGATCATAAACTGCCTCTGCGGGATCGGGACGAATGGCCGATTGTAACGGATGCGAGCGGTGAAATTATCTGGCTGCCTGGCTTGAAAAAATCCATCTTTGACGATCTTGTGATTTCAAACAGTGACCGCATTGTATTACAATATAGACAGCATGAAAAGTGTAGGGGGCAAGCATTAACATGA MKSVEDFFKTYHLQAEGETIIAGVSGGPDSMALLSMLNKHFGHSSVIIAAHVDHQFRGPESEEDMKFVQSYCEAEHILCETVQIDVSAYAKKNKLNKQAAARDCRYQFFEDLMTKHQAKFLALAHHGDDQVETMLMRLAKGTLGAGLAGMQPVREFASGWLIRPFLYTAKDEILEYCRQEGLSYRTDESNAKDDYTRNRFRKTVLPFLKQESPDVHKMFQKVSEALTEDEQYLQSLTKERMNKVITSKSDTSVEVNSSQLLALPIPLQRRGVQLILNYLYENVPSSFSARHIQQFLEWAENGSASGVLDFPKGLKVVKSYQTCLFTFEQWQCEKVPFELQLQGAEGETAVLPNGFMIEVADQADPHIKNGNAVFMTSRNKVQFPLTIRTRKIGDRIKLKGMNGSKKVKDIFIDHKLPLRDRDEWPIVTDASGEIIWLPGLKKSIFDDLVISNSDRIVLQYRQHEKCRGQALT NA NA NA NA NA D1-12_03925 540 hpt Hypoxanthine-guanine phosphoribosyltransferase ATGAAACAGGATATCGAAAAAGTGCTGATCTCAGAAGATGAGATCCAGCAGAAAGTAAAACAGCTTGGAGAACAATTAACAAGCGAGTACAGCGACACGTTTCCGTTGGCAATCGGTGTGTTAAAGGGAGCGCTTCCTTTTATGGCTGATCTTATAAAGCATATTGATACATATTTGGAAATGGACTTCATGGATGTATCAAGCTACGGAAATTCCACGGTTTCTTCCGGAGAAGTCAAAATCATCAAAGATTTGGATACATCTGTAGAAGGCCGGGACATCTTAATCATTGAAGATATTATCGACAGTGGGTTAACCTTGAGCTATCTCGTAGAACTCTTCCGATATCGTAAAGCGAAATCAATTAAGATTGTTACCCTGTTGGATAAACCAAGCGGAAGAAAAGCGGACATTAAAGCAGACTTCGTAGGCTTTGAAGTTCCTGACGCGTTTGTTGTGGGTTACGGACTTGATTATGCCGAACGCTATCGCAATCTGCCTTACATCGGAGTATTAAAACCGGCGATTTATGAAAGCTGA MKQDIEKVLISEDEIQQKVKQLGEQLTSEYSDTFPLAIGVLKGALPFMADLIKHIDTYLEMDFMDVSSYGNSTVSSGEVKIIKDLDTSVEGRDILIIEDIIDSGLTLSYLVELFRYRKAKSIKIVTLLDKPSGRKADIKADFVGFEVPDAFVVGYGLDYAERYRNLPYIGVLKPAIYES PGPT0007295_2791 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0007295-hprT|hpt-K00760 NA NA D1-12_03926 1920 ftsH COG0465 ATP-dependent zinc metalloprotease FtsH ATGAATCGGGTCTTCCGTAATACCATTTTTTATTTACTTATTTTATTAGTAGTAATCGGGGTTGTGAGTTACTTCCAGACTTCAAACCCGAAAACAGAAAATATGTCGTACAGTACGTTTATCAAGAACCTCGATGAGGGGAAAGTTGATAGCGTATCGGTTCAGCCTGTCAGAGGTGTTTATGAGGTAAAAGGACAGCTGAAAAAATACGACAAAGACCAGTACTTTTTAACACATGTTCCTGAAGGAAAAGGAGCAGACCAGATATTTGATGCAATTAAAAAGACGGACGTAAAAGTTGATCCCGCACAGGAAACAAGCGGGTGGGTGACGTTCTTAACGACGATCATTCCGTTTGTCATCATCTTTATTCTGTTTTTCTTCCTGCTCAATCAGGCTCAGGGCGGCGGCAGCCGTGTCATGAACTTCGGAAAGAGCAAAGCGAAGCTGTATACGGAAGAAAAGAAACGCGTGAAGTTTAAAGATGTAGCCGGCGCGGATGAGGAGAAGCAGGAGCTTGTTGAGGTTGTTGAGTTTCTGAAAGATCCTCGCAAATTCGCCGAGCTTGGCGCCAGAATCCCTAAAGGCGTGCTGTTGGTCGGACCTCCGGGAACCGGTAAGACGCTGCTTGCGAGAGCCTCAGCCGGTGAAGCGGGCGTTCCTTTCTTCAGCATCAGCGGATCTGACTTCGTTGAAATGTTTGTCGGTGTCGGTGCTTCCCGTGTGCGTGATTTATTCGAAAATGCGAAAAAGAATGCGCCTTGTCTGATCTTCATTGATGAGATCGACGCGGTGGGACGTCAGCGCGGCGCAGGTCTTGGCGGCGGGCATGATGAACGCGAACAGACGCTGAACCAGCTGCTTGTAGAGATGGACGGTTTCAGTGCGAATGAAGGAATCATTATTATCGCTGCGACAAACCGTGCGGACATTCTCGACCCTGCATTGCTTCGTCCGGGACGTTTTGACCGTCAGATTACGGTAGACCGTCCGGATGTCATCGGCCGTGAAGCCGTATTACAGGTCCATGCGAGAAACAAACCGCTTGATGAAACGGTGAACTTAAAAGCGATCGCTTCAAGAACACCCGGTTTCTCAGGCGCCGATTTAGAAAACCTTCTTAACGAAGCGGCACTTGTTGCTGCCCGTCAAAACAAGAAGAAAATTGATATGCGCGACATTGATGAAGCGACGGACCGTGTCATTGCGGGCCCTGCGAAGAAGAGCCGCGTCATATCGAAAAAAGAACGCAATATCGTGGCGTACCACGAGGGCGGTCACACCGTTATCGGACTTGTGCTGGATGAAGCCGATATGGTTCATAAAGTAACGATCGTTCCGAGGGGGCAGGCGGGCGGATACGCGGTCATGCTTCCGAGAGAAGACCGTTACTTCCAGACAAAACCTGAACTTCTCGATAAAATTGTCGGTCTTCTGGGCGGACGCGTTGCCGAGGAAATTATCTTCGGCGAAGTCAGCACGGGCGCTCACAATGACTTCCAGCGGGCAACGAACATTGCCAGAAGAATGGTGACAGAGTTCGGTATGTCAGAAAAACTCGGACCGCTTCAGTTCGGTCAATCTCAAGGCGGTCAAGTATTCCTGGGCCGGGATTTCAACAACGAGCAAAACTACAGTGATCAGATCGCTTACGAAATCGATCAGGAAATTCAGCGCATCATTAAAGAATGTTATGAGCGTGCGAAAACCATCCTGACTGAAAATCGCGATAAGCTTGAATTGATTGCTCAGACATTGCTTGATGTGGAAACATTAGATGCGGAACAAATCAAGCATCTCGTGGATCACGGAAAACTCCCTGAGCGCAATTTCTCAGATGACCATCTTCAAAAAGACGATGTGAAAGTAAACATCCTGTCTAAAACAGAAGACGAAAAGAAAGACGAGCCGAAAGAATAG MNRVFRNTIFYLLILLVVIGVVSYFQTSNPKTENMSYSTFIKNLDEGKVDSVSVQPVRGVYEVKGQLKKYDKDQYFLTHVPEGKGADQIFDAIKKTDVKVDPAQETSGWVTFLTTIIPFVIIFILFFFLLNQAQGGGSRVMNFGKSKAKLYTEEKKRVKFKDVAGADEEKQELVEVVEFLKDPRKFAELGARIPKGVLLVGPPGTGKTLLARASAGEAGVPFFSISGSDFVEMFVGVGASRVRDLFENAKKNAPCLIFIDEIDAVGRQRGAGLGGGHDEREQTLNQLLVEMDGFSANEGIIIIAATNRADILDPALLRPGRFDRQITVDRPDVIGREAVLQVHARNKPLDETVNLKAIASRTPGFSGADLENLLNEAALVAARQNKKKIDMRDIDEATDRVIAGPAKKSRVISKKERNIVAYHEGGHTVIGLVLDEADMVHKVTIVPRGQAGGYAVMLPREDRYFQTKPELLDKIVGLLGGRVAEEIIFGEVSTGAHNDFQRATNIARRMVTEFGMSEKLGPLQFGQSQGGQVFLGRDFNNEQNYSDQIAYEIDQEIQRIIKECYERAKTILTENRDKLELIAQTLLDVETLDAEQIKHLVDHGKLPERNFSDDHLQKDDVKVNILSKTEDEKKDEPKE NA NA NA NA NA D1-12_03927 741 coaX COG1521 Type III pantothenate kinase GTGATTGGTGTATATCATGATGGGGAATTAGAATATCATTGGCGCATAGAAACGAGCAGGCACAAAACAGAAGACGAATTCGGCATGCTGCTCCGCTCCTTATTTGAACATTCCGGACTCATGTTTGAACAGATTGAAGGGATTATCATCTCATCCGTGGTGCCGCCGATTATGTTCTCTTTAGAAAGAATGTGCACAAAATACTTTCACATCGAGCCGCAAGTTGTCGGCCCGGGAATGAAAACAGGTTTAAATATAAAGTATGACAATCCGAAAGAAGTGGGAGCTGACAGGATCGTCAATGCCGTTGCGGCGATCCAGCAGTATGGCGGCCCCTTAATTGTTGTTGATTTCGGAACGGCGACGACGTATTGCTACATTGATGAAAACAAACAATACATGGGCGGCGCGATTGCTCCCGGCATTACGATTTCGACGGAAGCGCTGTACTCACGTGCGGCGAAGCTTCCGAGAATTGAAATTGCCCGTCCGGACAATATCATCGGCAAAAACACGGTAAGCGCCATGCAGTCCGGCATCCTTTTCGGCTATGTCGGACAAGTTGAAGGTATAGTGAAGCGGATGAAATGGCAGGCAACACAGGAACCGAAAGTCATTGCGACAGGCGGGCTTGCGTCATTAATCGCAAACGAATCAGACTGTATTGATATTGTTGACCCGTTTCTCACTCTGAAAGGGCTGGAAATCATTTATGAGCGAAATCGTGTGGGTCACGTATAG MIGVYHDGELEYHWRIETSRHKTEDEFGMLLRSLFEHSGLMFEQIEGIIISSVVPPIMFSLERMCTKYFHIEPQVVGPGMKTGLNIKYDNPKEVGADRIVNAVAAIQQYGGPLIVVDFGTATTYCYIDENKQYMGGAIAPGITISTEALYSRAAKLPRIEIARPDNIIGKNTVSAMQSGILFGYVGQVEGIVKRMKWQATQEPKVIATGGLASLIANESDCIDIVDPFLTLKGLEIIYERNRVGHV PGPT0008780_2524 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 D1-12_03928 876 hslO COG1281 33 kDa chaperonin ATGGATTATTTAATTAAAGCAATTGCATATGACGGTAAAGTGCGGGCTTATGCAGCCAGAACGACAGATATGGTTAATGAAGCGCAAAGAAGGCATGACACGTGGCCGACGGCATCAGCCGCAATCGGCCGGACGATGACAGCTTCTCTGATGCTCGGAGCGATGCTTAAGGGTGAAGATAAGCTGACAGTCAAAATAGAAGGCGGCGGCCCGATCGGAGCCATTGTCGCAGATGCGAACGCAAAGGGTGAGGTAAGAGCATACGTATCAAACCCGCACGTTCATTTTGACCTCAATGAACAAGGGAAACTGGATGTCAGACGGGCGGTCGGAACTGACGGAACACTCAGTGTCGTAAAAGATTTGGGCTTGCGTGATTATTTTACGGGACAAGTAGAGATTGTCTCGGGTGAACTCGGTGACGACTTCACGTATTACCTTGTTTCTTCTGAACAAGTCCCTTCATCTGTCGGCGTAGGTGTTCTAGTAAATCCTGATAACACGATTCTCGCTGCGGGCGGGTTCATCATTCAGCTTCTTCCGGGGACTGATGAAGAAACCATTTCAACAATTGAGAAGCAATTATCTCAAATCGAACCGATTTCAAAATTGATTCAAAAAGGCCTGACACCGGAAGAAATCTTAGAAGAAGTTCTGGGTCAAAAACCGGACGTTCTCGAAACAATGCCGGTCAAATTTCACTGTTCTTGTTCAAAAGATCGATTCGAAACGGCCATTTTAGGACTAGGCAAAAAAGAAATACAAGATATGATAGAAGAAGACGGAAAAGCCGAAGCGGTTTGCCATTTTTGTAATGAGAAATATTTATTTACAAAAGAAGAACTGGAAGAGCTTCGTGACGAAACAACCCGCTAG MDYLIKAIAYDGKVRAYAARTTDMVNEAQRRHDTWPTASAAIGRTMTASLMLGAMLKGEDKLTVKIEGGGPIGAIVADANAKGEVRAYVSNPHVHFDLNEQGKLDVRRAVGTDGTLSVVKDLGLRDYFTGQVEIVSGELGDDFTYYLVSSEQVPSSVGVGVLVNPDNTILAAGGFIIQLLPGTDEETISTIEKQLSQIEPISKLIQKGLTPEEILEEVLGQKPDVLETMPVKFHCSCSKDRFETAILGLGKKEIQDMIEEDGKAEAVCHFCNEKYLFTKEELEELRDETTR PGPT0014645_2385 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HEAT_SHOCK_PRTOEINS,PGPT0014645-hsp33|hslO-K04083 NA NA D1-12_03929 891 prsA2 COG0760 Foldase protein PrsA 2 TTGAAATCGAGAACACTTTTGACGATTATTGTAGCGGCGCTGTTAGTATGCAGTGTGACAGTGGCGTATAAGTTAACAAAATCCCAAGCCGCGGGGTCATCTGAAGAATCCATCGCGACAATCGGTGATAAACATATCACACGGCAAGACTGGATGAAAAAGATGGAAGACCAGTACGGAAAATCAACTCTGGAAGACATGATTAATGCACAAGTAGTGGAAGAGCTTGCGAAAAAGAATAAACTCACAGTTTCAAACAGCGAATTGGAGCGGGAGTTTCTTTTAATCAAAGCGGTGAATAATTCATTTTATGAAGACAGCCATATTACCGAAAAAGAATGGAAAGACCAGATCCGCTACAACATTCTTCTTGAAGAACTGCTGACGAAGGACATCGATATATCGGATAAGGAAATGCAATCATTTTATAATAAAAATAAAGAATTATACCATTTCGATGATTCCTACAGAATCCGGCACATCGTCGTCAAAAACAAAGAAGAGGCGGACAGGGTGCTTGCTGATTTGAAAGGCGGTTCCAGCTTTGAAGCAGTCGCCGCTGAGCGTTCCACGGACAGATACACGTCTCAGTATGGCGGAGACCTTGGCTTTGTGACAGAAAACCAGGAAAATATCCCGCAGGCATATATCACAGAAGCTAAAAATCTTAAAGAAGATGAATGGTCCGCTGAACCGATTAAAGTTTCCTCAAGATACGCCGTCATTCAGCTGAAAGAAAAGCTTAAAGCGAGGACTTTCTCATACAATGAAGTGAAGAGCCAAATCAGACGCCAGATCGCGATGGATCAATTAGGTGACAAGGCGACAGTCAAAACGCTGTGGAAAGAGGCGGGGGTCTCTTGGTTCTACGGGGAAAAAAGAACTAAATGA MKSRTLLTIIVAALLVCSVTVAYKLTKSQAAGSSEESIATIGDKHITRQDWMKKMEDQYGKSTLEDMINAQVVEELAKKNKLTVSNSELEREFLLIKAVNNSFYEDSHITEKEWKDQIRYNILLEELLTKDIDISDKEMQSFYNKNKELYHFDDSYRIRHIVVKNKEEADRVLADLKGGSSFEAVAAERSTDRYTSQYGGDLGFVTENQENIPQAYITEAKNLKEDEWSAEPIKVSSRYAVIQLKEKLKARTFSYNEVKSQIRRQIAMDQLGDKATVKTLWKEAGVSWFYGEKRTK NA NA NA NA NA D1-12_03930 927 cysK_2 COG0031 Cysteine synthase ATGGTGCGTATTGCAAATTCTATTACTGAACTAATCGGAAATACTCCTATTGTGAAATTGAATCGCCTGACGGATGAAAACAGTGCAGATGTATATCTGAAGCTTGAATACATGAATCCGGGCAGCAGCGTAAAAGACCGGATCGGAGTGGCGATGATTGAAGCGGCTGAAAAAGAAGGAAAATTAAAAGCCGGCGACACAATCATTGAACCGACAAGCGGAAATACAGGGATCGGTCTTGCAATGGTGGCAGCGGCTAAAGGTCTCAGAGCCATTCTCGTTATGCCTGATACAATGAGTATGGAACGACGCAATCTGCTGCGCGCATACGGAGCGGAGCTTGTGCTGACTCCCGGCGCAGAAGGAATGAAGGGCGCCATTAAAAAGGCGGAAGAACTTGCGGAGGAACACGGATACTTTGTGCCTCAGCAATTCAACAATGCGGCAAACCCGGAAATTCACCGCCAAACGACGGGGAAAGAAATCGTAGAACAGTTTGGTGACGACCAGCTTGATGCGTTCGTGGCCGGAATCGGTACCGGCGGAACCATCACGGGAGCGGGCGAAGTGCTGAAAGAAGCATATCCATCCATCAAAATCTATGCGGTAGAGCCGGCGGATTCTCCAGTTCTTTCCGGCGGAAAACCGGGCCCGCATAAAATTCAGGGTATCGGAGCGGGATTTGTCCCTGAAACATTGAATACGGACATCTATGATCAGATCATTCCCGTCAAAAACGAGGATGCATTTGAATATGCCCGTAAAACGGCAAAAGAAGAAGGGATTCTCGGCGGCATTTCTTCCGGAGCGGCCATTTACGCGGCACTGGAAATCGCGAAAAAACTGGGGAAAGGCAAGAAAGTGCTTGCGATCATCCCTAGTAACGGAGAACGTTACTTAAGCACACCGCTTTATCAGTTTGAATAG MVRIANSITELIGNTPIVKLNRLTDENSADVYLKLEYMNPGSSVKDRIGVAMIEAAEKEGKLKAGDTIIEPTSGNTGIGLAMVAAAKGLRAILVMPDTMSMERRNLLRAYGAELVLTPGAEGMKGAIKKAEELAEEHGYFVPQQFNNAANPEIHRQTTGKEIVEQFGDDQLDAFVAGIGTGGTITGAGEVLKEAYPSIKIYAVEPADSPVLSGGKPGPHKIQGIGAGFVPETLNTDIYDQIIPVKNEDAFEYARKTAKEEGILGGISSGAAIYAALEIAKKLGKGKKVLAIIPSNGERYLSTPLYQFE PGPT0002810_6246 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 D1-12_03931 1425 pabB COG0147 Aminodeoxychorismate synthase component 1 ATGATGGCACAACGCAGACCGGCAGGAAGAAAAATACCTTTTACGAAACAAGCATTTTTACAGCGATATGAAAACCTTTCGAAATCGAGAAAACGGCATGTTCTGCTCGAAAGCGCGAGAGGGGGAAGATTCAGTATAGCCGGTCTAGATCCGATTGCGTCCGTCAGAGGGAAAGACGGAATTACAACGATCAAGCATGAGGGGGAAACACTGTTTAAAGAAGGTGACCCGCTGCGGGCCTTTCATGAATGGTTTGGAACGCTCGGAACGGAAACAAACGTTGAGTTTCCGGACTTTCAGGGCGGTGCGATTGGTTTTATCAGTTACGACTACGCCCGATATATTGAGAATTTTAAGATGCTGTCGTTAGATGATCTGGAAACACCTGATATTTACTTTCTTGTTTTTGATGATGTGGCCGTTTATGACCATGAGGAAGAGGCGTTATGGCTCATTACCCATACTGAAGCGGAAGAAGCGGATCTTGCGGAAGAAAAGCTGTCCGGCTTAGAGGACATGTGGTGTTCCCTCCAAACGGCGGACGAGCCTTTTTCACCGCTGGATCGGAATGGGGACGGATCGTACGCCGCTCCGTTCACTGAAGAAGGATTTTCGCAGGCTGTAGAACAAATTAAACAATATATCGCGAGCGGCGATGTGTTCCAGGTTAATTTGTCCATCAGGCAGTCTCAGTCCTTATCCGTTCATCCGTATGAGGTGTATAAACACTTGAGAAACGTCAATCCGTCTCCTTACATGGCCTATCTCGAGACACCGGGGTTTCAAGTGATATGCGGGTCGCCGGAGCTATTGGTGACAAAGAAGGGGAAGAAGCTTGAAACGAGACCGATCGCGGGTACGCGTTCAAGAGGAAAAGACGATGCTGAAGACAAGGCTTTGGCTGACGAATTAATTCACAATGAAAAAGAACGTGCGGAACACGTCATGCTTGTTGATCTTGAGCGCAATGACCTCGGGCGCGTATCGCGCTACGGCTCCGTGCGCGTTAACGAATTTATGGCGATCGAAAAGTATTCCCACGTCATGCATATCGTGTCAAACGTACAGGGAGAGCTGCAGGACGGATATGACGCGACAGACATTATTCATGCGGTGTTCCCGGGGGGCACCATCACGGGAGCGCCCAAAGTGAGAACGATGGAAATTATAGAAGAGCTTGAGCCGACAAGACGGGGGCTTTATACTGGATCTATAGGCTGGTTCGGATTCAACGGAGATTTGCAGTTTAACATTGTGATCCGGACGATCTATGCAGCCGGCGGACATGCTTTTATGCAGTCCGGAGCAGGAGTGGTCATTGATTCGGTTCCGAAGCATGAATACAAGGAATCGTTCAAAAAAGCTTTTGCGATGAAAAAGGCGTTAGAGCTGAGCGAAGAAGAGACAAAAAATCAGACGAGGTGA MMAQRRPAGRKIPFTKQAFLQRYENLSKSRKRHVLLESARGGRFSIAGLDPIASVRGKDGITTIKHEGETLFKEGDPLRAFHEWFGTLGTETNVEFPDFQGGAIGFISYDYARYIENFKMLSLDDLETPDIYFLVFDDVAVYDHEEEALWLITHTEAEEADLAEEKLSGLEDMWCSLQTADEPFSPLDRNGDGSYAAPFTEEGFSQAVEQIKQYIASGDVFQVNLSIRQSQSLSVHPYEVYKHLRNVNPSPYMAYLETPGFQVICGSPELLVTKKGKKLETRPIAGTRSRGKDDAEDKALADELIHNEKERAEHVMLVDLERNDLGRVSRYGSVRVNEFMAIEKYSHVMHIVSNVQGELQDGYDATDIIHAVFPGGTITGAPKVRTMEIIEELEPTRRGLYTGSIGWFGFNGDLQFNIVIRTIYAAGGHAFMQSGAGVVIDSVPKHEYKESFKKAFAMKKALELSEEETKNQTR PGPT0008005_337 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008005-pabB-K01665 NA NA D1-12_03932 588 pabA COG0512 Aminodeoxychorismate/anthranilate synthase component 2 ATGATTTTAATGATTGACAATTATGATTCATTTACGTACAACTTGGTTCAATATTTGGGTGAGCTCGGGGAGGAACTGATCGTCAGACGGAATGACGAGATTACGATTGAGCAGATTGAAGAGCTGGGTCCGGACTTCTTAATGATTTCACCCGGGCCGTGCAGTCCTGATGAAGCGGGGATCAGCCTCGAAGCCATCAAACATTTTGCCGGCAGTATTCCTATTTTCGGCGTATGTCTCGGGCATCAGTCGATTGCGCAAGTATTCGGCGGCGATGTCGTCAGAGCAGAGCGGCTCATGCACGGCAAAACGTCAGAAGTTATGCATGACGGACAGACGATTTTTAAAGGCCTGCAAAATCCGCTGGTCGCCACCCGGTACCATTCACTTATTGTCAAAGCGGACACGCTGCCGGATTGTTTTACGGTATCCGCTCAAACCAAAGAAGGAGAAATTATGGCAATCCGCCATAATGAGCTGCCTGTTGAAGGTGTTCAGTTCCATCCGGAATCCATCATGACCTCCTTCGGCAAAGAGATGCTCAGAAACTTTATTGAGACACACCGCAAGAAGGAAGTGACGGTGTGA MILMIDNYDSFTYNLVQYLGELGEELIVRRNDEITIEQIEELGPDFLMISPGPCSPDEAGISLEAIKHFAGSIPIFGVCLGHQSIAQVFGGDVVRAERLMHGKTSEVMHDGQTIFKGLQNPLVATRYHSLIVKADTLPDCFTVSAQTKEGEIMAIRHNELPVEGVQFHPESIMTSFGKEMLRNFIETHRKKEVTV PGPT0008000_910 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008000-pabA-K01664 NA NA D1-12_03933 885 dat_2 D-alanine aminotransferase GTGATTATATATTTGAATGGTCAATATATAGAGGAGAAAGAAGCGGCGCTTTCTCCTTTTGACCATGGTTATCTGTACGGGATCGGCGCGTTCGAGACGTTCAGGCTTTACAACGGCCGGCCGTTTTTGCCGGATGCGCATGTCGCCAGGCTCAACAGGGCGCTTCGGGATTTGCAGATTGCGTACGAGGTGAATAAACAGGAGCTGCTTGATATGCTTGCAAGCCTGTTGCTCCTCAATGACATCAATGACGGCAGCGCGCGTGTCCGGCTTAACGTATCGGCAGGCGTCAGCGATAAAGGATTTACCGCCCAGACTTATGAAAAGCCGACCGTCCTTTGTTTCGTCAGCCGGCTTAATCCGGAAGCTTTGCCTCTTGAAAAAGAAGGCAAACTTCTCTCTGTCCGGAGAAATACGCCTGAAGGATCTTTTCGGTTAAAATCCCATCACTATTTAAACAATATGTATGCTAAACAAGAAATCGGCAATGATCCGAATCTTGAAGGGATTTTCCTGACCCGAGAAGGAGATGTTGCGGAAGGCATTGTCTCCAATGTGTTTTGGCGAAAAGGAGACAAGGTCTTTACGCCATCTTTGGATACGGGAATTCTCGACGGCGTAACGAGACAGTTTGTCATTGATGAATTGAAACGGCAGGGGACAGAAGTCACTGAAGGCCGATTCCGTTTTCAATCAATGCTTGAAGCGGATGAAGCATGGATGACAAACTCCGTGCTTGAAATCATCCCGTTTTCTAAAATAGAGGAAGTGCCGCTGCCCGGAATGAGCGGGAAAACGGTGCAATTGCTCCGTAAGCAGTATCAGCAGGAAATAAACAAAATGAATGTACAGGAGGAGGAACAAAATGGCGCAGCAAACAATTGA MIIYLNGQYIEEKEAALSPFDHGYLYGIGAFETFRLYNGRPFLPDAHVARLNRALRDLQIAYEVNKQELLDMLASLLLLNDINDGSARVRLNVSAGVSDKGFTAQTYEKPTVLCFVSRLNPEALPLEKEGKLLSVRRNTPEGSFRLKSHHYLNNMYAKQEIGNDPNLEGIFLTREGDVAEGIVSNVFWRKGDKVFTPSLDTGILDGVTRQFVIDELKRQGTEVTEGRFRFQSMLEADEAWMTNSVLEIIPFSKIEEVPLPGMSGKTVQLLRKQYQQEINKMNVQEEEQNGAANN PGPT0008020_336 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008020-pabC-K02619 NA NA D1-12_03934 858 folP Dihydropteroate synthase ATGGCGCAGCAAACAATTGAACAGCCTAAACTGATTCATACAAAAAAAGGCGCTCTGTCCTATAAAGAGAAGACGCTCGTTATGGGGATATTAAATGTAACGCCAGACTCCTTCTCTGACGGTGGCAAATACGACAGTACGGAAAGGGCGCTTCTGCGTGCGGTGAAGATGGCTGAAGAAGGGGCGCATATTATAGATATCGGCGGTGAATCGACAAGACCCGGCGCATCACTCGTGTCGGCTGATGAGGAAATGTCACGAGTCATCCCCGTCATAGAACGGATTACAAGCGAGCTGGACATTCCGCTTTCAATCGATACGTACAAAGCGTCCGTGGCAGACGAAGCGGTCAAAGCGGGAGCCTCTATCCTTAATGACATCTGGGGGGCGAAAGGTGACCCTGACATGGCGTCAGTAGCCGCCGCACACGGGGTTCCGATTATCTTAATGCATAATCGTATGGAAAGAAACTACAACGATCTTATTCCTGATATGCTTGCAGACCTGATGGAAAGCGTAAAAATTGCCGCAGAAGCCGGCGTCACAGATGAAAACATGATTCTGGATCCGGGGATCGGCTTTGCGAAAAACTATGAGGACAATCTGGCTGTCATGAACAAGCTGGAGGTGTTCAGCGGGTTAGGTTATCCGCTGCTCCTGGCGACATCGAGAAAAAGGTTCATCGGCCGTGTACTTGACCTTCCCCCTGAAGAACGTGCTGAGGGAACGGGAGCGACAGTATGCCTTGGCGTCCAGAAAGGCTGCGACATTGTGAGGGTGCACGATGTCAAAGAGATCGCAAGAATGACTAAGATGATGGATGCTATGCTGAACAAAGGAGGCGCACATTATGGATAA MAQQTIEQPKLIHTKKGALSYKEKTLVMGILNVTPDSFSDGGKYDSTERALLRAVKMAEEGAHIIDIGGESTRPGASLVSADEEMSRVIPVIERITSELDIPLSIDTYKASVADEAVKAGASILNDIWGAKGDPDMASVAAAHGVPIILMHNRMERNYNDLIPDMLADLMESVKIAAEAGVTDENMILDPGIGFAKNYEDNLAVMNKLEVFSGLGYPLLLATSRKRFIGRVLDLPPEERAEGTGATVCLGVQKGCDIVRVHDVKEIARMTKMMDAMLNKGGAHYG PGPT0007915_2329 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0007915-folP-K00796 NA NA D1-12_03935 363 folB COG1539 Dihydroneopterin aldolase ATGGATAAAGTATATGTGGAAGGTATGGAGTTTTACGGATATCACGGCGTGTTCGAAGAAGAAAACAAACTCGGCCAGCGCTTCAAAGTAGACCTGACTGCCGAACTGGATTTGAGCAAAGCGGGAAAAACGGATGACCTTTCTTATACCATTAACTATGCGGAATTGTACAGTGTCTGCCGCGGCATCGTTGAGGGCGAGCCCGTTAATTTGGTCGAGACCCTTGCGGAACGAATCGCAGACACCGTCCTTAAGAAATTTGAGCCGGTGCAGCAATGTACGGTAAAGCTTGTTAAGCCTGACCCGCCGATTCCCGGCCATTATAAATCAGTAGCTATAGAAATGACGAGAAAGAAATCATGA MDKVYVEGMEFYGYHGVFEEENKLGQRFKVDLTAELDLSKAGKTDDLSYTINYAELYSVCRGIVEGEPVNLVETLAERIADTVLKKFEPVQQCTVKLVKPDPPIPGHYKSVAIEMTRKKS PGPT0007905_2205 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0007905-folB-K01633 NA NA D1-12_03936 504 sulD COG0801 Bifunctional folate synthesis protein ATGAACAATACGGCATATATCGGCCTCGGTTCCAATATGGGCGACCGTGAACATTATTTGCGTCAGGCAGTGGCCATGCTCAGCCGGCATCATGGCGTGACGGTGTCAAAGGTGTCCTCCATATATGAAACAGATCCCGTCGGCTATGAGGATCAAGATCAGTTTCTCAATATGGCGGTTGAAGTGAAAACGTCGTTATCTCCTTTTGAACTTCTTGATGTAACGCAGAGCATTGAAGCTGAATTAGGCAGAACGAGAGAGATTCGCTGGGGACCGCGGACGGCAGACCTTGACATTTTGCTGTATAATCGTGAAAATATTGAAACAGAGCGGCTGATTGTTCCGCATCCGAGAATGTATGAGCGCTTATTTGTCCTTGCGCCGTTAAAAGAAATATGTCCGCAGGCGGATCATATCACGATAAGCGCTGAAACAAACCAAGAAGGTGTAAGAGTATGGAAGCAGAAATCTGGGGTAGGCGAATTCGTGCATTCAGAAAGCTGA MNNTAYIGLGSNMGDREHYLRQAVAMLSRHHGVTVSKVSSIYETDPVGYEDQDQFLNMAVEVKTSLSPFELLDVTQSIEAELGRTREIRWGPRTADLDILLYNRENIETERLIVPHPRMYERLFVLAPLKEICPQADHITISAETNQEGVRVWKQKSGVGEFVHSES PGPT0007910_2075 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0007910-folK-K00950 NA NA D1-12_03937 210 hypothetical protein ATGGAAGCAGAAATCTGGGGTAGGCGAATTCGTGCATTCAGAAAGCTGAAAGGTTATACTCAAGAAGGATTTGCAAAAGCATTAGGTATATCAGTTTCTATTGTCGGTGAAATTGAACGCGGAAACCGATTGCCGTCAGATGCCATCATTCAAGATGCGGCAGATGTTTTAAATATAAGTGCGGACGAATTGGCCCCGCCTGAAAAATAG MEAEIWGRRIRAFRKLKGYTQEGFAKALGISVSIVGEIERGNRLPSDAIIQDAADVLNISADELAPPEK NA NA NA NA NA D1-12_03938 1002 dusB COG0042 tRNA-dihydrouridine synthase B ATGTTTAAAATCGGTGATATTCAATTGAAAAACCGGGTTGTGCTTGCCCCTATGGCCGGTGTCTGCAACTCAGCGTTCAGATTGACTGTAAAGGAATTCGGAGCCGGATTGGTATGCGCTGAAATGGTCAGTGACAAAGCGATCCTTTACAACAACGCAAGAACAATGGGGATGCTTTACATTGATGAACGTGAAAAACCGCTCAGCCTTCAGATTTTTGGAGGAAAAAAGGAAACCCTTGTGGAAGCGGCGAAGTTTGTAGATCAAAACACGACTGCTGATATTATTGATATTAACATGGGATGTCCCGTACCAAAGATTACAAAATGTGATGCGGGCGCCAAATGGCTTCTCGATCCTGATAAGATTTATGAAATGGTATCCGCAGTAGTAGATGCTGTTGATAAGCCGGTTACAGTGAAGATGAGAATGGGTTGGGATGAAGATCACATTTATGCGGTGAAAAACGCCCAAGCCGTTGAACGTGCCGGCGGAAAAGCCGTTGCCCTTCACGGCCGCACAAGAGTGCAAATGTATGAAGGCACTGCGAACTGGAATATCATTAAAGAAGTGAAGCAATCCGTCTCCATTCCCGTCATCGGAAACGGTGATGTCAAAACGCCTCAGGACGCGAAACGCATGCTTGAGGAAACAGGAGTTGACGGCGTCATGATCGGCCGGGCCGCACTCGGCAACCCGTGGATGATTTACCGTACGGTGCAGTACCTTGAAACCGGTGAGTTAAAAGACGAGCCGAAAGTCCGTGAAAAAATGTCGGTATGCAAATTGCACTTAGACCGCCTGATTAAGTTAAAAGGCGAAAATGTGGCAGTCAGAGAAATGAGAAAACACGCTGCCTGGTATCTGAAAGGTGTCAGAGGCAATGCGAATGTACGCAATGAAATTAACCAATGTGAGACGCGTGAAGAATTTGTGCAGCTTTTAGATGCATTTACCGCCGAAGCAGAGGCAAAAGAGCTTCAAGATGCAAAAGTAGGTTAA MFKIGDIQLKNRVVLAPMAGVCNSAFRLTVKEFGAGLVCAEMVSDKAILYNNARTMGMLYIDEREKPLSLQIFGGKKETLVEAAKFVDQNTTADIIDINMGCPVPKITKCDAGAKWLLDPDKIYEMVSAVVDAVDKPVTVKMRMGWDEDHIYAVKNAQAVERAGGKAVALHGRTRVQMYEGTANWNIIKEVKQSVSIPVIGNGDVKTPQDAKRMLEETGVDGVMIGRAALGNPWMIYRTVQYLETGELKDEPKVREKMSVCKLHLDRLIKLKGENVAVREMRKHAAWYLKGVRGNANVRNEINQCETREEFVQLLDAFTAEAEAKELQDAKVG NA NA NA NA NA D1-12_03939 1500 lysS Lysine--tRNA ligase ATGAGTCAAGAAGAGCAAAATCATGAGGAATTGAACGACCAGCTACAAGTCAGACGAGATAAAATGAACCAGCTGAGAGAAAACGGCATTGACCCTTTCGGCGAACGTTTCGAGAGAACGCATCAATCTCAACAAATCATTGAAGCCTACCAGGAGCTTTCTAAAGAAGAACTGGAAGAAAAAGCGATCGAAGTGACCATTGCAGGCCGTATGATGACAAAGCGCGGAAAAGGGAAAGCCGGCTTTGCGCATCTGCAGGACTTAGAAGGTCAAATTCAAATTTACGTAAGAAAAGACAGTGTCGGCGAAGAACAATATGAAATCTTTAAATCTTCAGACCTCGGAGACGTTATCGGCATCACCGGGAAAGTTTTCAAAACAAACGTAGGCGAGCTTTCTGTCAAAGCGACATCTTTTGAACTGCTGACAAAAGCACTGCGTCCTCTTCCTGATAAATATCATGGGTTAAAAGATGTTGAACAGCGTTACCGCCAGCGCTATCTCGATCTCATCGTAAACCCTGACAGCAAACAAACGTTTATCACACGCAGCAAAATCATCCAAGCGATGAGAAGATACTTAGATGACCATGGATACTTAGAAGTTGAAACACCTACGATGCACAGCATACCGGGAGGAGCGTCTGCACGCCCGTTCATCACGCACCATAACGCGCTAGACATGCCTCTTTATATGCGTATTGCGATTGAACTGCACCTGAAACGCCTGATTGTCGGCGGATTGGAAAAAGTCTACGAAATCGGCCGCGTGTTCCGTAACGAAGGTGTTTCTACACGCCATAACCCTGAATTCACGATGATCGAGCTGTATGAAGCGTACGCCGATTATAAAGATATTATGAGTCTTACGGAAAACCTCGTAGCACATATTGCGCAGGAAGTGCTTGGAAGCACCACAATCCAGTACGGCGAAGAGCAGATTGATCTGAAACCTGAGTGGAAACGACTCCACATGGTAGATGCGGTCAAAGAAGCGACAGGCGTAGATTTCTGGAATGAGATGACTGTTGAAGAAGCGCGCGGTCATGCAAAAGAGCATGGTATCGAGATCACAAACTCAATGACGGTGGGTCATATCATCAATGAATTCTTCGAACAAAAAATTGAAGAAACACTCATTCAGCCTACATTTATTTACGGCCACCCTGTAGAGATTTCTCCTCTTGCTAAGAAAAATCCGGAGGACCCTCGCTTTACAGACCGTTTTGAGCTGTTTATCGTCGGCCGTGAGCACGCTAATGCGTTTACGGAGCTGAATGACCCTATTGACCAGAGGGAACGCTTTGAAGCGCAATTAAAAGAAAGAGAAGAAGGAAACGATGAAGCGCATATGATGGATGAAGACTTCGTTGAAGCTCTTGAATACGGCATGCCGCCGACCGGGGGATTGGGTATCGGTATCGACCGCCTTGTCATGCTGTTAACAAATGCTCCGTCTATCAGAGACGTTTTATTATTCCCTCAAATGAGACAACGCTAA MSQEEQNHEELNDQLQVRRDKMNQLRENGIDPFGERFERTHQSQQIIEAYQELSKEELEEKAIEVTIAGRMMTKRGKGKAGFAHLQDLEGQIQIYVRKDSVGEEQYEIFKSSDLGDVIGITGKVFKTNVGELSVKATSFELLTKALRPLPDKYHGLKDVEQRYRQRYLDLIVNPDSKQTFITRSKIIQAMRRYLDDHGYLEVETPTMHSIPGGASARPFITHHNALDMPLYMRIAIELHLKRLIVGGLEKVYEIGRVFRNEGVSTRHNPEFTMIELYEAYADYKDIMSLTENLVAHIAQEVLGSTTIQYGEEQIDLKPEWKRLHMVDAVKEATGVDFWNEMTVEEARGHAKEHGIEITNSMTVGHIINEFFEQKIEETLIQPTFIYGHPVEISPLAKKNPEDPRFTDRFELFIVGREHANAFTELNDPIDQRERFEAQLKEREEGNDEAHMMDEDFVEALEYGMPPTGGLGIGIDRLVMLLTNAPSIRDVLLFPQMRQR PGPT0012225_4454 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS FUNGICIDAL_COMPOUNDS|ANTIBIOTICS FUNGICIDAL-MOTILITY-MEDIATED_DEFENSE_SIGNALLING,PGPT0012225-lysS-K04567 NA NA D1-12_03940 1185 mdrP_2 Na(+), Li(+), K(+)/H(+) antiporter ATGCCGCGCGCTTTGAAGATATTAATCATCGGAATGTTTATCAATGTGACGGGCGCATCTTTTTTGTGGCCGCTGAATACGATCTATATTCATAATCATTTAGGGAAATCGCTGACTGTTGCGGGGATTGTTCTGATGCTGAATTCCGGTGCCAGTGTGGCGGGGAATTTATGCGGCGGATTTTTGTTTGATAAAATCGGCGGATTCAAATCCATTATGCTCGGCATTATGATCACATTGGCAAGTCTTCTCGGACTCGTTCTGTTTCACCAATGGCCTGTTTATATTTGGCTGCTCATCATTGTCGGCTTCGGTTCCGGTATCGTGTTTCCGGCCAGTTACGCCATGGCGGGAGCGGTATGGAAAGAAGGCGGGCGGAGAGCTTTTAATGCGATTTATGTAGCTCAGAACGCAGGTGTCGCCGTCGGCTCGGCACTCGGCGGGATGGTTGCGGCGTACTCGTTTACGTACGTGTTTTTAGCCAATGCTATGCTGTATGTGCTGTTTTTCCTTATCGTATTTTTCGGGTTTCGAAATATCAAAACCGGAAATGCGAGCCAGGTTTCTGTCCTGGACTACGAGCCTGTCAGCAGCAGAACGAAATTTACGGCGCTTCTCATATTGAGCGGCGGGTATGTTCTCGGGTGGATTGCCTATTCGCAGTGGTCCACAACCGTTGCGTCACATACTCAAAGCATCGGTATGCCGCTTTCATTATACAGTGTGCTCTGGACCGTAAACGGAATATTAATTGTCGCCGGACAGCCTCTCATAGGAGCGGTTCTGAAAAAATGGTCCGGTGCGTTAAAAACGCAGATGGTCATCGGCTTTTGTATTTTTATCGTCTCGTTCGGCGTGCTTCTCAGCGCCAAGCAATTTCCGATGTACCTCACCGCAATGGTGATTTTAACCGTCGGAGAAATGCTTGTCTGGCCTGCCGTTCCTACCATTGCCAATCAGCTTGCGCCTAAGGGGAAAGAAGGGTTTTACCAAGGATTCGTCAACAGTGCGGCGACGGGCGGCAGAATGATCGGGCCGCTCCTTGGCGGCGTGCTAGTCGATCAGTACGGAATGAGCGTGCTGCTGTTGATCCTGATGGTGCTTCTTGTTGTCAGCATCGCAGCGACGGTGCTGTACGACAAACGCCTGAAAACCGTTAATAAACAAAACGTCCAAGTGCGATGA MPRALKILIIGMFINVTGASFLWPLNTIYIHNHLGKSLTVAGIVLMLNSGASVAGNLCGGFLFDKIGGFKSIMLGIMITLASLLGLVLFHQWPVYIWLLIIVGFGSGIVFPASYAMAGAVWKEGGRRAFNAIYVAQNAGVAVGSALGGMVAAYSFTYVFLANAMLYVLFFLIVFFGFRNIKTGNASQVSVLDYEPVSSRTKFTALLILSGGYVLGWIAYSQWSTTVASHTQSIGMPLSLYSVLWTVNGILIVAGQPLIGAVLKKWSGALKTQMVIGFCIFIVSFGVLLSAKQFPMYLTAMVILTVGEMLVWPAVPTIANQLAPKGKEGFYQGFVNSAATGGRMIGPLLGGVLVDQYGMSVLLLILMVLLVVSIAATVLYDKRLKTVNKQNVQVR NA NA NA NA NA D1-12_03941 720 hypothetical protein ATGCAGAAGTATTTTCAATTGAAATCTGAAACAGGAGCCTTTCATCTTTTTTCCAAGGAACACATTTTCACGCTGTTGATCATCGGATTGCTGGGGGCGGGCGTGATCGTATTCCGGAAAAAGCTCAACCAGAGGTGGCCGAATCGCGTTTTCCGATATGTGCTGTTCATTCTTCTTGCCGTGTCGCAGATCAGCTATCATATATGGCTGCTATGTCATCATGCCTGGTCGCTGAAAACAGCTCTGCCGCTGCAGCTGAGCGACCTTTCCGTCTATTTGGCGATGCTGATGGTCATGACAAAAAGCGAAAAACTGTTCGCCTTCCTCTATTTTGCCGGTTTGGGCAGCGCCGTACAGGCGATGGCAACACCTGATTTAGGGGCGTATTCTTTCCCGCATTTTCGGTACATCGTGTTTTTCGTCTCCCACGGCTGTGTTTTTCTTACCTGTCTATTCATGGCCGCTTCAGAAAGGTACAGGCCGTCGGCGCGCGGGCTGTGGGTATCGGTGCTGATCGTAAATCTGTACGGGGCGTGTGTCTTTTTTATTGACCGTGTGCTGAATGCAAATTACCTATATTTAATGAAAAAACCGAAGACCGCTTCGCTTCTGAACGTTTTCGGACCTTGGCCGTGGTATCTTCTATCAATGGAAGCGGCGGTGATATTGAGCTTTTTCATTCTGTATATCCCGTTTTGGCTGCTGAGGAAAAGAGCATGA MQKYFQLKSETGAFHLFSKEHIFTLLIIGLLGAGVIVFRKKLNQRWPNRVFRYVLFILLAVSQISYHIWLLCHHAWSLKTALPLQLSDLSVYLAMLMVMTKSEKLFAFLYFAGLGSAVQAMATPDLGAYSFPHFRYIVFFVSHGCVFLTCLFMAASERYRPSARGLWVSVLIVNLYGACVFFIDRVLNANYLYLMKKPKTASLLNVFGPWPWYLLSMEAAVILSFFILYIPFWLLRKRA NA NA NA NA NA D1-12_03942 1941 bceB COG0577 Bacitracin export permease protein BceB ATGAGTATTCATCATTTGATCTTCCAGAACCTGAAAAAGAATATGAAAAACTATTACCTTTACGTTTTTGCGCTGGTGTTCAGCGCCGCCCTTTATTTCGCGTTTGTCACGATGCAATACGATCCGGCGCTTGATGAAATGAAAAGCTCCATAAAAGGAGCGGCGGCAATCCGGGCCGCCTCTGTACTGCTTGTGGCGATCGTGTCGGTATTTCTTTTATACGCCAACACCATTTTTATTAAACGGCGCGGCCGGGAAATCGGCTTATTCCGATTAATCGGCATGACGAAAATGCACATTTTCCGCATACTTAGCACAGAAAATTTCATTTTGTATTTCGGATCGATTTGGATCGGTATTTTTGCCGGCTTTTCTCTCTCGAAATTATGTATGATGATGCTGTTTCATACAGTCGGTGTGAAAGCCTCTGTCTCACTATTTTTTTCAAGCAAGGCGCTCGTTCAGACGTTAATTGTGTTCGGGGCAATTTACGTGCTGATTATGATGATGAATTACTTATTTATTAAACGGCAAAGCATTTTGTCTTTATTTAAAACCGCGTCATCGTCAGAAAGCGGCATAAGACGGCTTTCTTGGGGGCAGATGTCGATCGGCGTTATCGGTATTGCGGCCATTATCGCCGGCTATGCCGTGTCCGCGGATTTATTCGGAGGCAGTTTTACGAGCATGAATGAACTGTTTTCGGCAATGGTGTTTATTCTCGGCTCGGTCATTATCGGAACCTATCTGTTTTATAAAGGTTCGGTCAGCTTTCTGGCAAATCTCATCCGGAAATCAAAAGGCGGATATCTGAATGTCAGTGAAGTGCTGTCTTTGTCATCCATCATGTTCCGGATGAAGTCAAACGCCGTCCTGCTGACGATTATTACGACTCTTTCGGCGCTGGCAATCGGTTTGCTGTCTCTAAGCTATATCTCGTACTATTCCGCGGAAAAATCGGCTGAGCAAAATACAGCCGCGGACTTTGCCTTTGATAACCAAAAGGAGACTGACTCATTTACCGCTTTATTGAAGAAAAACGGAATTGAACACAAAGTGAAAACAATCAAGACCATTCAAGCCGGTGTCAATATGAAGAACATCATAAACGGCGATATGAAAAGCTTTCAACAAGACCCGTCCAGCTTGGCGCTGCCGATTATAAGCGAGAAAGACGCAGAAGGGACGGAGCTTTCTGACGGAGAAGCCGTGTTTACCGGATATAATGATATGATGAAAAGATTTCTTGACCTGAAAACGTCAGGTTCCATTGATATAAACGGCAAAACGGATAAAATACCGCTGGCGTATAAGGGCTTGAAGAACGACTTCCTCCTGTCATATACATTTACAAGCGGAGGGCTGCCGACCGTTATCGTCACGCAGCAGGTATTTGATCGGATCGAGAAAGATATCGACCCGTCCATCCAGGGAAAATCAAATCGGTTTTTCGGCATTACACTCAAACGTGAAGAGGACATCCAAAAAGCTGATGGTCTGTTTCAGGCGCAGCACTATTCAGACGGCGCGCTTTCGCAATTTGAAACGGCTGACACCCAAAAGAAAAACATGGGGCTGATCATGTTTATTGTCGGCTTTTTGGGATTAACCTTTCTGATCACCTCAGGCTGTATCCTTTATTTTAAACAAATGGGCGAGTGTGAGGATGAGAAGGCTGATTACACGATATTGCGGAAACTCGGCTTCACAACGGGGGATCTGCTGAAAGGCATACGCCGGAAGCAGGCGTATCATTTCGGCATCCCGCTCGTTCTCGGGCTGTTCCACAGCTATTTTGCCGTTCAGTCAGGATGGTTTTTATTCGGAACGGAAGTGTGGACGCCGATGATCATCGTCATGGCGCTGTATACGCTGCTGTACTCCATCTTCGGCATGCTGTCGGTGCTATACTATAAAAAGGTCATTCAATCCGCATTGTAA MSIHHLIFQNLKKNMKNYYLYVFALVFSAALYFAFVTMQYDPALDEMKSSIKGAAAIRAASVLLVAIVSVFLLYANTIFIKRRGREIGLFRLIGMTKMHIFRILSTENFILYFGSIWIGIFAGFSLSKLCMMMLFHTVGVKASVSLFFSSKALVQTLIVFGAIYVLIMMMNYLFIKRQSILSLFKTASSSESGIRRLSWGQMSIGVIGIAAIIAGYAVSADLFGGSFTSMNELFSAMVFILGSVIIGTYLFYKGSVSFLANLIRKSKGGYLNVSEVLSLSSIMFRMKSNAVLLTIITTLSALAIGLLSLSYISYYSAEKSAEQNTAADFAFDNQKETDSFTALLKKNGIEHKVKTIKTIQAGVNMKNIINGDMKSFQQDPSSLALPIISEKDAEGTELSDGEAVFTGYNDMMKRFLDLKTSGSIDINGKTDKIPLAYKGLKNDFLLSYTFTSGGLPTVIVTQQVFDRIEKDIDPSIQGKSNRFFGITLKREEDIQKADGLFQAQHYSDGALSQFETADTQKKNMGLIMFIVGFLGLTFLITSGCILYFKQMGECEDEKADYTILRKLGFTTGDLLKGIRRKQAYHFGIPLVLGLFHSYFAVQSGWFLFGTEVWTPMIIVMALYTLLYSIFGMLSVLYYKKVIQSAL PGPT0010195_211 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-BACITRACIN_RESISTANCE,PGPT0010195-bceB|vraE-K11632 NA NA D1-12_03943 753 bceA COG1136 Bacitracin export ATP-binding protein BceA ATGATTTTAGAAGCAGGCAATATCCAAAAAAGCTACGGAAACAAGCTGAATAAACAAGAGGTGCTGAAAGGAATTGATCTTCAGATTCACAAAGGGGAATTCGTCAGCATTATGGGCCCGTCGGGATCAGGGAAAACGACCCTTTTGAATGTGCTTTCCTCCATTGATAAAGTGAGCGCGGGCACCATTAAACTGAATGAGACGGAGATTACATCCATGAAAGAAAAACAGCTTGCCGAATTCAGAAAACGGCATCTTGGCTTTATTTTTCAGGATTATAATTTATTGGACACCCTGACCGTGAAAGAAAACATACTCCTGCCGTTATCCATTACGAAAATGTCTAAGAAAGAGGCGGACCTGCGATTTGCCGAGACGGCAGAGGAGCTTGGGATCTATGATTTGCGACATAAGTATCCGAGTGAAATTTCCGGCGGGCAAAAACAGCGGACGTCTGCCGCAAGAGCTGTTATTCACGAGCCGGGCATTATTTTTGCTGATGAGCCGACCGGAGCGCTCGATTCAAAGGCTGCCATGGATTTACTGAATAAACTCAGCCGTCTGAATCAAAAACGCCGCGCCACCATTGTGATGGTGACGCATGATCCGGTTGCCGCCAGCTATTCCGGACGTGTGGTTTTCATTAAAGACGGCCGTGTGTATACACAGCTGAATAAAGGCGGCCAGGACAGACCGGACTTTTTTCAGGATATTATGAAAACGCAAAGTGTATTGGGCGGAGTTCAGGCATGA MILEAGNIQKSYGNKLNKQEVLKGIDLQIHKGEFVSIMGPSGSGKTTLLNVLSSIDKVSAGTIKLNETEITSMKEKQLAEFRKRHLGFIFQDYNLLDTLTVKENILLPLSITKMSKKEADLRFAETAEELGIYDLRHKYPSEISGGQKQRTSAARAVIHEPGIIFADEPTGALDSKAAMDLLNKLSRLNQKRRATIVMVTHDPVAASYSGRVVFIKDGRVYTQLNKGGQDRPDFFQDIMKTQSVLGGVQA PGPT0010200_303 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-BACITRACIN_RESISTANCE,PGPT0010200-bceA|vraD-K11631 NA NA D1-12_03944 963 graS_2 Sensor histidine kinase GraS ATGTTTCTTTTGCAGCAGGCTGTGCTCCTTTTTGCGGCATATATTGATCCGTCTATTCCGTTTTTTTCGGTGCTGTATTTCGTTTACCTGTCGCTTCTTGTGTTTCTTGTATTTCTCTTGTTCCGCTATCGTAAAGAGACCGCCTATTATAAAAGCTTAAGAGAATGGGACGCCAATTTAGACATGTCTTATCTTAAAGCGCCTGACAGTCCGTTTGAGTCTATCGTTGAAGAAAGCATTGAAGGGCAGACGGAGCAGTTAAGAAAAAGCTCCCTTCATCTTCAGGCGGCGTCAGAGCATGAAAAGGACGATCTGATGTCATGGATTCACGAGGTCAAAACACCGCTGACAGCGATGCATCTCATGATCGAGCGCCTTGATGAACAGCAGCTGAAAGCCCCTTTGCTGTATGAATGGCTGCGGATTCACCATCTCCTGGACCAGCAGCTTCATCAGAAACGATTGTCCTTTATTGAAAATGATTTATCATTCCAGCGAATTCAGCTCAGACCGCTCGTTTTCAAAGAAATTAAAAATCTGCAATCATGGTGTATACAAAAAGGGATCGGGTTTGACATTCAGCTTGATTCACCAGACGTTCACAGTGACGGAAAATGGCTTTCCTTCATCATCAGGCAGCTGTTAAGCAATGCCGTCAAATACAGTGAAGCGGATGACATTACCGTAAAAAGCTATGAACAAAACGGCCGGGTGCATGTGGATATCGAAGACCGCGGCATCGGCATCGAGCCCAAAGATCTTCCGCGCATTTTTGAAAAGGGATTTACCTCGACGCGAATGAGGCGTGATCACGCGTCAACGGGGATGGGCCTGTATTTGGCTCGAAAAGCCGCGGCTCCGCTTCTTATCCGGATCAGCGTGCGCTCTGAGCCGGAAAGCGGCACGGTTTTTACCTTGGTGTTTCCGAAACAGAACGATGCCGTCAGCATGTTCAGCGTGTGA MFLLQQAVLLFAAYIDPSIPFFSVLYFVYLSLLVFLVFLLFRYRKETAYYKSLREWDANLDMSYLKAPDSPFESIVEESIEGQTEQLRKSSLHLQAASEHEKDDLMSWIHEVKTPLTAMHLMIERLDEQQLKAPLLYEWLRIHHLLDQQLHQKRLSFIENDLSFQRIQLRPLVFKEIKNLQSWCIQKGIGFDIQLDSPDVHSDGKWLSFIIRQLLSNAVKYSEADDITVKSYEQNGRVHVDIEDRGIGIEPKDLPRIFEKGFTSTRMRRDHASTGMGLYLARKAAAPLLIRISVRSEPESGTVFTLVFPKQNDAVSMFSV PGPT0010225_136 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-BACITRACIN_RESISTANCE,PGPT0010225-bcsS-K11629 NA NA D1-12_03945 696 graR_2 COG0745 Response regulator protein GraR ATGTTTCACATTTTGTTAATAGAAGATGATAACACTTTGTTTCACGAGATGAAAGAGAGATTAACGGGCTGGTCATTTGCGGTGCACGGAATAAAAGATTTCAGCCGTGTCATCCGGGAGTTTTCCGAAATTAAGCCTGATTTGGTGATCATTGATGTACAGCTGCCGAAATTTGACGGCTTTCATTGGTGCAGAATGATACGCTCCCAATCAAACGTGCCGATTCTCTTTTTGTCCTCGCGCGATCATCCCGCGGATATGGTCATGTCGATGCAGCTCGGGGCAGATGATTTTATTCAGAAGCCTTTTCACTTTGATGTGTTAATCGCGAAAATACAGGCGGTGTTCCGCCGTATGCATCAATACGGCACAGAACCGGCCCTGATGAAAAGATGGTGCGGGGCGGTCATTGACACAGAAACCAACACGGTCAGCCGTAAAAACGGTTCGGTCGAGCTGACCAAAAACGAAATGCTGATCTTAAAACTGCTGGCTGAGCAGAAAAATAAAATCGTCAGCCGGGAAGAACTCATCAGAAGCCTATGGAATGATGAGCGTTTCGTCAGTGATAATACGCTGACGGTGAATGTCAACCGGCTGCGGAAAAAACTCGATCAATTAGGCATCGGGAAAATGATTGAAACCAAGGTGGGGCAGGGATACATCGCAAAGGAAGAAGACGGTCTTTATGATTAA MFHILLIEDDNTLFHEMKERLTGWSFAVHGIKDFSRVIREFSEIKPDLVIIDVQLPKFDGFHWCRMIRSQSNVPILFLSSRDHPADMVMSMQLGADDFIQKPFHFDVLIAKIQAVFRRMHQYGTEPALMKRWCGAVIDTETNTVSRKNGSVELTKNEMLILKLLAEQKNKIVSREELIRSLWNDERFVSDNTLTVNVNRLRKKLDQLGIGKMIETKVGQGYIAKEEDGLYD PGPT0010230_22 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-BACITRACIN_RESISTANCE,PGPT0010230-bceR-K11630 NA NA D1-12_03946 1311 ytrF COG0577 ABC transporter permease YtrF TTGAGATTTAAGGATCAGATTCACTTTATCAGAAGAAATATGAAGAAAAACCGGCTGCGTGTTTTCATGACGGTGCTGGCAACGACAATGGCGTGCGCGTTTTTGGTCGTGCTGGCGTCCGTCGGATTCGGCATCCAAAAAACGATTACAGACATTACGATGAGCCAGCAGATTGTTACGGAAATCAATGTGCTCGGCCAAGAGAACGGAAAAGCCGTGAAGAAATCAGACTTGGAAAAGTATAAGAATGTCAAGTCTGTCGTTGAAAGAACACAAGTGTATGAACCGAACAAAGCGTCATTGGGAAACCGAACCAATGAAGATTCCGCCATTGTGCTGACAAACATGAACGATGAAGTCAAAGCCAATATGGAGCTTGATCAGGGAAGGGTCGCCCGTACAGAGAATGAAATCGTGGTCGGCTATGATTTTGCGAAGAACCTATTGACGAAAAAAGAGGCTGACGCTTACGACAAAGAGTTAAAGGATCACCAAGGCGACATGTCGGAGGTGAAAAAACCAAAAGGCTATACGAAAGACCTGCTTAATAAAACGATACAGCTGAGCATCTCCAAAACAAACAAAGACGGAGACGTTGAGAAAACGAAAACGTACGACTTTAAAGTAGTCGGAATTACAAAAAAACCGTCCCAAGATTGGATAGAGGATACAAATATTTTTGTGAGTGATCAATTCAAGAAGGACTTCTCAACATTCTTGGATCTGAAGAATGGAAATGTGGAAAAAAACATCAATGTGTATGCGGACAAATTCGAACATGTCGATCAGCTTACCCATGACCTCACGGATGACGGCTTTTATGTCAGGTCTGTCACAACCGAGCTGAAGGGCGTTAATACCTTTTTCCTCGTCTTTAAAATCGGCCTGATCTTTGTCGGCTTTATCGCCGTCGTGATTTCTGCCATCGGTATTTTCAATACGATGACGATGGCGGTGACGGAACGAACGCAGGAAATCGGGATTATGAAAGCGATCGGCGCAAGCCCGTCAATCATCCGCAGAATGTTCCTGATGGAAAGCGCCTATATCGGGATATTAGGTTCTGTCATCGGGATTATCATTTCTTACGGAGTGAGTTTTGCCGTCAATCTGGCTGTGCCGGTTATCTTGAAAGCGGTAGGGGGAAACACCGGAGCTGAAGATCTTCATTATACCTTCTCCTATATCCCGCTCAGCCTCGTTGTGATCGCAGTTGTCATTTGTGCGGGGGTCGCGGTGATTTCCGGTATGAATCCGGCCCGCAAAGCGACAAAAACCAATGTTCTGACTGCATTAAGAAGAGAACTGTAA MRFKDQIHFIRRNMKKNRLRVFMTVLATTMACAFLVVLASVGFGIQKTITDITMSQQIVTEINVLGQENGKAVKKSDLEKYKNVKSVVERTQVYEPNKASLGNRTNEDSAIVLTNMNDEVKANMELDQGRVARTENEIVVGYDFAKNLLTKKEADAYDKELKDHQGDMSEVKKPKGYTKDLLNKTIQLSISKTNKDGDVEKTKTYDFKVVGITKKPSQDWIEDTNIFVSDQFKKDFSTFLDLKNGNVEKNINVYADKFEHVDQLTHDLTDDGFYVRSVTTELKGVNTFFLVFKIGLIFVGFIAVVISAIGIFNTMTMAVTERTQEIGIMKAIGASPSIIRRMFLMESAYIGILGSVIGIIISYGVSFAVNLAVPVILKAVGGNTGAEDLHYTFSYIPLSLVVIAVVICAGVAVISGMNPARKATKTNVLTALRREL NA NA NA NA NA D1-12_03947 696 ytrE COG1136 ABC transporter ATP-binding protein YtrE ATGATAGAAGTACAGCATATTGATCATTCATTTAAAATCGGCAGGAAAGGCAGAGAGAGTGAGGTTCCGGTATTGAAGGATGTTTCTTTGACCGTTGAAAAAGGGGAAATCGCCTGTATCGTCGGGCGGAGCGGTTCCGGAAAATCAACGCTTCTGAATTTAATTTCCGGATACATAGCGCCGACGAAGGGCCGTATCGTCATTAATGGCACTGATGTGACGGGCTTCAGTGAAAAAGAGTGGGCGCAGTTCCGCCTCGGGCATTTCGGTTTTATTTTTCAAAGTTTTCAGCTCATTCCGAGTCTGACAACCTATGAAAATGTTGAAATGCCGCTTGCCTTAAAAGGCGTCAAACCGTCTGAACGCAAGCAGAAAGTCGCGGACATGCTGAAACGGGTCGGACTTGAGAATCATGCGAATCATTATCCGAATGAGCTGTCAGGCGGCCAGCAGCAGCGTGTCAGTATCGCAAGAGCCCTGATTTTAAATCCGTCGATTATTTTAGCTGATGAGCCGACGGGAAGTCTCGATTCAGAAACGGAGCTTGAGGTGCTTGCGTTAATTCAGCAGCTGAACCGGGAGCGCGGGATTACATTTGTCATCATTACGCATGACGATGAAGTCGCTTCGATCGCGCATTCAAAATTCCAGCTGCATGACGGTGTATTAAAAGGGGGCGTTACTGTTGAGATTTAA MIEVQHIDHSFKIGRKGRESEVPVLKDVSLTVEKGEIACIVGRSGSGKSTLLNLISGYIAPTKGRIVINGTDVTGFSEKEWAQFRLGHFGFIFQSFQLIPSLTTYENVEMPLALKGVKPSERKQKVADMLKRVGLENHANHYPNELSGGQQQRVSIARALILNPSIILADEPTGSLDSETELEVLALIQQLNRERGITFVIITHDDEVASIAHSKFQLHDGVLKGGVTVEI PGPT0013345_9515 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013345-ABC_CD_A-K02003 NA NA D1-12_03948 981 ytrC_1 putative ABC transporter permease YtrC GTGCCGATTAGCGGTTTGCTTTATAAAGAATGGAAGCAGCGGCAGACGCTGCTGCTTCTTACATCGGGGTTCTTAGCTATTTTAGGCCCTTTGGCAATTATAAATGAGTATTTTCACTATAAGGATTGTTTAAAAACACTTCATCAATATTCAGGTTCAGTTTGTACGTTCAGCATTGATTACAGCAATCGGAATTTGATTGGGCTGCATTTCATTCCTCCGGTTATGATGGGGCTTTTTCTGATAAGAGGAGGCAGGGCTGAAAGGATGTTTACACTGAGTCTTCCGTATTCGAGAAGCCGGATATTTCATACGAAGTTTTTCTTGGGAGCAGCCGTGTTAGCCGGCTCGCAGTTTGTTTCTTACGGAGTATCTGACCTATTGTTTCTAGCGCTTAAACCTGACGCTGTCCATCATTTTCAATCATTCAGCTCAGGGATGCTGGTCATCAGCTTGATGATTTATGCATTAGTGACAGCTGCCGGCACGATAACGGGCAATTTAGCGGCGCAGCTGATCACGGCGTTCACGGTTTCCGTCTTTCCGATCGTGGTTATGACGATTTACTTGTTAAACGCTGAGTTCCTTTTTGGCAGGCAGGCTGTGCCGGATATTGATTTCCCTTGGAGCGGATTTCTGATCTATTTCATGCCTGCCGCTTACATCCATACCTCATGGATGTATTACATGAAACACGCATTGTTAATTTCCGCAATTATGGGATTTTGTTTCTATCTATTCGGCTATGCGAATTTCCTGAAAATGCCGAGTGAACGAAGCGGACATTTTATCCTAAGCAAACACATTGAACGCACCATTCAAGTGCTCGTCATGGTGCTCAGTATGCTGGGAAGTGCGGGGGTATGCGGATATGCTTATAACGGTTCGTATACCGGTTACATATTCGGCATGCTTATCGGCGCGGTGATCGGGTTTTTCATCAGTTATTACTTCATCTATAAAAAAACGAAACAGATATAA MPISGLLYKEWKQRQTLLLLTSGFLAILGPLAIINEYFHYKDCLKTLHQYSGSVCTFSIDYSNRNLIGLHFIPPVMMGLFLIRGGRAERMFTLSLPYSRSRIFHTKFFLGAAVLAGSQFVSYGVSDLLFLALKPDAVHHFQSFSSGMLVISLMIYALVTAAGTITGNLAAQLITAFTVSVFPIVVMTIYLLNAEFLFGRQAVPDIDFPWSGFLIYFMPAAYIHTSWMYYMKHALLISAIMGFCFYLFGYANFLKMPSERSGHFILSKHIERTIQVLVMVLSMLGSAGVCGYAYNGSYTGYIFGMLIGAVIGFFISYYFIYKKTKQI NA NA NA NA NA D1-12_03949 987 ytrC_2 putative ABC transporter permease YtrC ATGATACCGCGGGGATTGTTGTACACAGAATGGAAAAAAAATCAGTGGTTGTTTTTATGCAGCGGCATTCTTTTAATGGCGGCAAACCCTTTTATGGTTTATAACAACTACTCAACATATCAAGAATGTTTGAATAACCCAGCTCTTCAAGATTGTGAATTCGTTGTCAATTATACGAATGGGTCGCCTCTTTCCTTCAGCTGGATTGTGAGTGTCATCATTGCCGTCTTCTTATTAGGCTTGGAACGGACAAAGGGAACGATGGATGCCTTGTTAAGCATGCCTTACAGCAGAGGCCAAATCTTTCAGACGAAATTCTGGCTCGGCGGGGCAGTCATTGTTGTTCCTCAGGCGATAGGCTATGGAACGGCGTCATTGCTGATATCTTTGCTGAAACCGAGCCATACGTACGATTTTGATCATTTTTCAATCGGAATGATTGTCATCAGTTTTATGGCTTACGCCTTGTTAATGGCATCCGGCGCATTAACGGGACAGATATTCGCCCAGCTGTTAACGGCGTTTACCGTCACAGTTCTGCCCTTTTTACTCATCGGTCTGCCGGCCGCGAATTTGGAGGTCGTATTCGATTTTAGTGTCGGAGATCAATTTTCTTTTATCAGCAGTTATATCGAATCCCGTCTTTTTATATTTGTAACCCCTATTGGATATGTGTTTAACGACTGGATCAGAGAAAGGGATTTGATTTTAATCATTCCGATTGTGATGAGCCTTGTCTTTTATCTGATCGGTTACGTCAGCTTTCTGAAACATCCGAATGAACGGAACGGCAGATTCTTTCTTTGGAGAAAATTGGACCGGCCGGTGCAGATCTTGGTGATTGCCTTTGCCGTTATGGGTTTCGGCGTTTTCGGATATGGGGTCACAGACACGATGTTCGGCTATTTAGCCGGCATTATCTTCGGCGCGATTATCGGGTTTTTCATCAGTTATTTTACGGTTTACAGGAAGTCAAAGCATATGTAG MIPRGLLYTEWKKNQWLFLCSGILLMAANPFMVYNNYSTYQECLNNPALQDCEFVVNYTNGSPLSFSWIVSVIIAVFLLGLERTKGTMDALLSMPYSRGQIFQTKFWLGGAVIVVPQAIGYGTASLLISLLKPSHTYDFDHFSIGMIVISFMAYALLMASGALTGQIFAQLLTAFTVTVLPFLLIGLPAANLEVVFDFSVGDQFSFISSYIESRLFIFVTPIGYVFNDWIRERDLILIIPIVMSLVFYLIGYVSFLKHPNERNGRFFLWRKLDRPVQILVIAFAVMGFGVFGYGVTDTMFGYLAGIIFGAIIGFFISYFTVYRKSKHM NA NA NA NA NA D1-12_03950 987 ytrC_3 putative ABC transporter permease YtrC ATGGTAGACAGGGGATTGCTGTACAGGGAATGGGTGCAGAATCGAACTGTTCTTGTGATGGTCGGTATTTTTTTAGCGGCGGTCAATCCATTTGAAGTGTTAAATACCTATCTGGTCTATCAAGGCTGTCTGGACACCCCGGAAGCATATTGTAACTTTTATGTGAATTCTCTGGAGAGCGGAATGCTGAACTTAAACTGGGCGCCCGCTGTCATTTTGGCGGTTTGCTTATTCGGACTGGAGCGTACGAAAGGAACGATTGATGCGCTGTTCAGTCTGCCTTATTCCCGCGCTCAGGTGTTTCACACTAAATTTTGGCTCGGGGCGGCGCTCATTACCGGCGCTCAGGTGATCGGCTACGGGCTGGCTGAGCTGCTCATTCTTCTGTTAAAGCCTGAGCGCGTATATTTCTTTCACCATTACAGCGTCGGAGAGATTATTGTGAGTGTTTTGGCTTTTACATTGGTTGCGAGCGCAGGCTGCTTAACGGGCAATACATTCGCCCAGCTGTTAACGGCGTTTACTGTGTCGATATCACCATACTTGATCATTACGTTGCCATTGTCCAATGTAGAAGTCATCTTCGGAGCCGGCATGTATGAGCTGATGCCGTCAGTCGATGCTTATATCAAAGTATACAATTTTTTTCAATATCTGAATCCAATAACGTACGGTGATACCGATTGGGTATCTGCCAGCAAGTATATATTAATCATTCCGGCAGTGATGAGCATTGTATTTTATGCCATCGGGTACTTTTGCTATGTCAGGCAGCCGGTGGAACGGAACGGCCGTTTTTTTCTCTGGAGACAGCTTGACCGGCCCATTCAGATTGTGGTGATCATAATCGCCGTTCTCGGTTTTGGCCTGGCGGGGTACTCGACGGGACATACGATGACAGGGTATGTGGCCGGGATGCTGGTCGGAGGAGCGATCGGATTTTTGGTCAGTTATTTTGTGATTTATAAAAAAACGAAGCATGTGTAA MVDRGLLYREWVQNRTVLVMVGIFLAAVNPFEVLNTYLVYQGCLDTPEAYCNFYVNSLESGMLNLNWAPAVILAVCLFGLERTKGTIDALFSLPYSRAQVFHTKFWLGAALITGAQVIGYGLAELLILLLKPERVYFFHHYSVGEIIVSVLAFTLVASAGCLTGNTFAQLLTAFTVSISPYLIITLPLSNVEVIFGAGMYELMPSVDAYIKVYNFFQYLNPITYGDTDWVSASKYILIIPAVMSIVFYAIGYFCYVRQPVERNGRFFLWRQLDRPIQIVVIIIAVLGFGLAGYSTGHTMTGYVAGMLVGGAIGFLVSYFVIYKKTKHV NA NA NA NA NA D1-12_03951 879 ytrB_2 COG1131 ABC transporter ATP-binding protein YtrB ATGATTGAATTGCGGAATCTCTCAAAAACAATAGACGGTAAAGAAGTGCTCAAGGATATTTCGCTCACCATCGGAAAAGGGGAAATTTTCGGACTGCTCGGGCGAAACGGATCAGGGAAAACAACACTGCTCCGGCTCATTCAGCAGATTCTGCTGCCGGATCAAGGGACGGTTTTATTTAATCAGGTGGAAATAAAGCGACATCCGAAAGTAAAACAGAACATCATTTATATGCCTGTTGAAAATCCTTTTTATGACAAGTATACATATAAACAGCTTGTTGCGATTGTAAGCAGAATCTATCCGAATTTTGATGTGACTTACGCCAATGAGCTGATGAACAGGTACGGCATTCCGGAAACGAAGAAATACCGTGAATTATCGACAGGCCTGAAAAAACAGCTTGCGCTCGTCCTTGCCTTTGCTTCACGTCCGGCTCTTATCCTTTTGGATGAACCGACGGACGGAATTGACGCCGTAACGCGTCATGACGTGCTTCAGCTTATGGTGGATGAAGTGGCTGAACGGGAAACGAGCATTCTGATTACCTCACACCGTTTAGAAGATATTGAGCGAATGTGCAACCGGATCGGGTTTTTGGAAGGAAATCAGCTGACGAATGTGATGGACTTGGATGATATGAAGGAAGAGTACATGAAAATTCAAATGGCATTTGAAGAGGACGTCGCCTTGAAGATCAGAGAACAAAACATACCGATTCTCGACCATGCCGGTGTGTTTTATACGGTGCTGATTCAAAAGAACGATGAAAAGAAAAAGAACTTTCTGCAAGAGCTGCAGCCGAAAGTATGGAACGAACTTCCTGTGAACTTAGAAGAAGTCTTCATCGCGAAGTTCGGAGGGAACCGGAGATGGTAG MIELRNLSKTIDGKEVLKDISLTIGKGEIFGLLGRNGSGKTTLLRLIQQILLPDQGTVLFNQVEIKRHPKVKQNIIYMPVENPFYDKYTYKQLVAIVSRIYPNFDVTYANELMNRYGIPETKKYRELSTGLKKQLALVLAFASRPALILLDEPTDGIDAVTRHDVLQLMVDEVAERETSILITSHRLEDIERMCNRIGFLEGNQLTNVMDLDDMKEEYMKIQMAFEEDVALKIREQNIPILDHAGVFYTVLIQKNDEKKKNFLQELQPKVWNELPVNLEEVFIAKFGGNRRW NA NA NA NA NA D1-12_03952 393 ytrA_2 COG1725 HTH-type transcriptional repressor YtrA ATGATTCAAATCGATCCGAGAAGCTCAACTCCGATTTATGAGCAGATCATACAGCAACTGAAAGAGCTTTGTTTAAAAGGGATCATGAAGCCGGGGGATAAACTTCCTTCTGTCAGGGAATTGGCAACGATCATTATCGCCAATCCGAACACAGTCAGCAAAGCGTACAAGGAGCTCGAACGCGATGGTGTCATTGAAACGCTGAGGGGAAGAGGGACGTATATATCGGAGAATGCAAAAACGACATTGGTTGAAGGGAAGATGACGATGATAAAAGAGCAATTGAAACAGCTCATCATCGATGCCCATTACGCGGGAGTTGAGCTGGAGAAGCTGCAGGAATGGATAAAGGAAATCAGCGCTGATCTGAAAGGAGGCAAGGATCATGATTGA MIQIDPRSSTPIYEQIIQQLKELCLKGIMKPGDKLPSVRELATIIIANPNTVSKAYKELERDGVIETLRGRGTYISENAKTTLVEGKMTMIKEQLKQLIIDAHYAGVELEKLQEWIKEISADLKGGKDHD NA NA NA NA NA D1-12_03953 117 hypothetical protein ATGAAAAACAAAAGATCCGTAAAACAAGATGTGCCTCTTATTATCGCCGCCTCGGTTTTGGCCAGCAGTCTGTTTGCCGTTCTTGTCGTCATCGGATTTCAATGGCAGAACATTTAA MKNKRSVKQDVPLIIAASVLASSLFAVLVVIGFQWQNI NA NA NA NA NA D1-12_03954 273 hypothetical protein ATGGCAACAAGACAATCAGTAGATGAACATCTCCAAAGAAGCGAACAGGCGTATGAATTTGCGAATGAACAATTTATGACCGCTTCGAAACAAGAGCATTATAATGATAATGAGTACAGTGAAGCGCAAATGATGCTTGAAAACGCGGTGAATGAATTAAACAAGCTGTCATTATCTGCGAATGATCAGCAAAGAGAGCAGCTTTATCGAATGAGATTGCAGCTGCAGACCTTGCAAAACAATATGATTTTGCAGCGTAATTTTGATTACTGA MATRQSVDEHLQRSEQAYEFANEQFMTASKQEHYNDNEYSEAQMMLENAVNELNKLSLSANDQQREQLYRMRLQLQTLQNNMILQRNFDY NA NA NA NA NA D1-12_03955 1113 hypothetical protein ATGGGGTGTGAAAAAGTGCGCTTAATAATTAATGACAGTGTTTCAGAATTCTTTGACAAGATATCCTCTATTCTATTCTTAAAACACGAGGAATTCTTCAACGATTATACAACCAAATTGGGGCTGAATTTAGATAATGAATATTTTGTATTACTAGATGATCTTAAAAGAATAAAAGAGTTAGATAGTGAGTTTTTACATTTTTATTTTGGCAGCTTTTGCGACTACAAAGATGTTAGGAATGCAAATATTTTTTGTTTAGCCACAACCTTTTTTAAAATACCACAAATTTATACGAAAGATTTTTTTGAAATTATTAATTATTTGTCTGCAGTTACAGAAGAAGAGATAAGAAAAAATATTTTAGAGTCTCTAATTTATTTACAAGGAGATCTTAAAACCGAAACATCTACCCAACAGTATTTAAATGATAGGGAAAGTTTATTTGAGCTGCTTAATAATCTAAATATAAAGCCCGAATTCAAGTGGATCATATTTCAGGTAATGAAATCTCCTAAAACTTATGTAGATCAATTTTGCAATAAATTAATATTGGTGAATGGTTATCTTAACGATGCGATTTATAATTTAATTAAATTTAGAGATGAGTGGATGAATCAATTAAAAAACATAAATATGGATTTTCCAAAAAAGATAATCAGTACGTTAAAAGGTAAGGAATACTTATCTTGTAATTATATTAATATATATCCAACACTTTTACCTTACACTGCAACTATTACGAAAAGTGAAGATAACATTTATGTTGGACTGGGTTATAAAGTTGATAAAATTTTTGAAAATACATTAGAGAAAGCAGAGATTAATCACATCATTGATTTTTTGAAGCTTTTATCGGATAAAAGTAAGTTCAAGATATTAATCTTACTTAGTCATAAAAAAATGTATGCTAATGAGATTGCTGAACAACTAAATTTAACCAACGCAACGATTTCACACCATATGAGAATTTTGACATTGCAAGGTTTAGTTGAGAGTACGAGAAATCAAAATAAAACATACTATTATCTTAATTCTTCAAAATTCGATTCTCTTTTGAACGGTTTGTTGAAAAAATTTAAAGCTGTTCCAGGCTTAGATGGGGATGATTAA MGCEKVRLIINDSVSEFFDKISSILFLKHEEFFNDYTTKLGLNLDNEYFVLLDDLKRIKELDSEFLHFYFGSFCDYKDVRNANIFCLATTFFKIPQIYTKDFFEIINYLSAVTEEEIRKNILESLIYLQGDLKTETSTQQYLNDRESLFELLNNLNIKPEFKWIIFQVMKSPKTYVDQFCNKLILVNGYLNDAIYNLIKFRDEWMNQLKNINMDFPKKIISTLKGKEYLSCNYINIYPTLLPYTATITKSEDNIYVGLGYKVDKIFENTLEKAEINHIIDFLKLLSDKSKFKILILLSHKKMYANEIAEQLNLTNATISHHMRILTLQGLVESTRNQNKTYYYLNSSKFDSLLNGLLKKFKAVPGLDGDD NA NA NA NA NA D1-12_03956 1668 stp Multidrug resistance protein Stp TTGAATTTCAAAAAATTAATTATGTTATCTGCATTATTATTAGGTACATTCATTTCGGTAATGGACACCACTATAGTAAATATTGCCTTACCTAAGATGCTGGATTATTTTTCGAGTAACCTTTCTCAAGTAGCTTGGGTGGCTACAGGTTATACTTTAGCTTTTGCGGTTTTATTAGTAGGTGCATCAAAGCTGGCAGACCATTTTGGAAGAAAAAAAGCTTTTATGTTTGGATTAGCACTTTTTATTTTGACATCAGTTATTGCATGTTTGAGCACTTCAATTGAAATGCTTGTCACAATTAGAGTGATTCAGGGATTATCTGCTGCTTTCATTGTACCTGTTACAATGCCTATAGCTTTAGCTATCGTACCTCAAAATAAAAAAGGAATGATCATTGGAATCTGGGGTGCTTTCTCAGGATTAGCAGCTACATTAGGACCTGTACTTGGAGGATTATTAACTGAAAATTTTAATTGGCAAGCTATCTTCTTCATAAATATTCCTTTAGGTCTGATTTCTCTGTTTTTAGCAGCATTTTTTATTACTGAGAGTTATGATGAAACAGTGAGCAAAAAAATTGATTACATGGGGATTCTTATTTTATCCGGAGCTCTCTTCTGTTTAACCTTTGGCTTTGCAAAAGTATCTGACTTAGGCTGGTCATCACCAGTAATTATCTCTCTTTTTGTAATCTCTGTATTATTATTCTGTTTGTTTTTCTTTATTGAATCTAAAATTAAAAACCCGATGATTCCCTTATCCATGCTGAAGATACGTACGTTTAGTTTCAGTTCTTTCACCCTCTTTATGCAGGGCCTTGGATTAACAAGCGGTACCCTTATTATTACTTTACTCCTCACGAATTTAATGGGAAAAACTGAATTAGAAGCGGGGTTAATTGTTTCTACATTAGCTCTATCATCTATGTTTACCTCTGTACTTTCTGGAAAGCTATCTGATAAACTCGGGGGCATTTGGCTTTCGGGTCTAGGTATGCTCGGTTTAACAATCACAACATATTTATATGGATACATACGATACGACAGTTCTATAACGTCAGTAACTATTCTGTTATGTTTGACCGGCTTAGCTTTAGGGCTTGTAATAGGACCAGCAATGAGTTCAGGGATACGGCTTATTCCTCCTGAGAAAGTAGGAATTGCCTCAGGTATTCTTAATATGATGCGGACAGTTGGACAAGCGCTAGGCATTGCCATACTTACATCTGTGCTTACAATGAACATAAATGATCACGCAGCTTCTGCAAAAAAAGAAGCCATAAAAATCGTTGAAAACAACCAGGTTTTTGATAAAAATGCAAAGAACGAGATAATAACTCACTTAAAGCATTCAGACAGTAAAGGTTTCGATCGAAGCAAAAGTATTGCTGAATTAAACAAAAAAGAGGAAGAAATTCTCTCTATAACCCCGGATCCGTATAAAGAAAAAGTACAAAAAAGCTTTAATATTCAAAAGAAGGAAGTTATCGCTATCCAGAAAAAAATTTCAAATTTATATAATGAAAAAATAAGTGATAGTTTTAATAATACATTCAAAGTAGGCAGTGTAATTCTTATTTTAGGAATTATTTTTGCATTGTTCAGTGATATTTCTCCAAAACGTTTAAAACAACAACAGAAAAACCAGGTAGATATTACGTCTTGA MNFKKLIMLSALLLGTFISVMDTTIVNIALPKMLDYFSSNLSQVAWVATGYTLAFAVLLVGASKLADHFGRKKAFMFGLALFILTSVIACLSTSIEMLVTIRVIQGLSAAFIVPVTMPIALAIVPQNKKGMIIGIWGAFSGLAATLGPVLGGLLTENFNWQAIFFINIPLGLISLFLAAFFITESYDETVSKKIDYMGILILSGALFCLTFGFAKVSDLGWSSPVIISLFVISVLLFCLFFFIESKIKNPMIPLSMLKIRTFSFSSFTLFMQGLGLTSGTLIITLLLTNLMGKTELEAGLIVSTLALSSMFTSVLSGKLSDKLGGIWLSGLGMLGLTITTYLYGYIRYDSSITSVTILLCLTGLALGLVIGPAMSSGIRLIPPEKVGIASGILNMMRTVGQALGIAILTSVLTMNINDHAASAKKEAIKIVENNQVFDKNAKNEIITHLKHSDSKGFDRSKSIAELNKKEEEILSITPDPYKEKVQKSFNIQKKEVIAIQKKISNLYNEKISDSFNNTFKVGSVILILGIIFALFSDISPKRLKQQQKNQVDITS NA NA NA NA NA D1-12_03957 969 hypothetical protein TTGAACGAGAATAACCCTTTTCCTTATTCAAATACGGAAAAACGGTACCATACATTAAATTATCATCTGCGGGAGCATTTCGGGCATAAAGTGTTTAAAGTCGCGCTTGACGGCGGTTTTGACTGCCCGAATCGGGACGGCACGGTTGCACACGGAGGCTGCACATTCTGCAGCGCGGCGGGCTCCGGCGATTTTGCCGGCAATCGGGCCGATGACTTACTCACGCAATTTCACGATATCAAAAACCGTATGCACGAAAAGTGGAAAGACGGCAAATATATCGCATATTTCCAAGCGTTCACGAATACGCATGCCCCGGTAGAGGAGCTGCGTGAAAAATTTGAATCCGTCCTCAAGCTTGACGGCGTTGTCGGCATGTCGATCGCGACCCGTCCGGACTGCCTGCCGGACGATGTCGTGGAATATTTGGCCGAACTGAATGAGCGGACCTATTTATGGGTTGAACTCGGGCTGCAGACCGTGCATGAGCGGACCGCCCTTCTGATCAACCGCGCCCATGACTTTGACTGCTATGTTGAGGGTGTCAATAAACTGAGAAAACACGGCATCCGCGTTTGTTCCCATATCATTAACGGGCTTCCGCTTGAAAACAGGGACATGATGATGGAGACGGCCAAAGCCGTCGCTGATTTGGATGTGCAAGGCATTAAAATTCACCTGCTTCACTTATTAAAAGGCACACCGATGGTGAAGCAATATGAAAAAGGAAAGCTGGAGTTCCTTTCTCAAGAAGAATATGTAAGTCTTGTATGTGATCAGCTCGAAATCATTCCCCCGGAAATGATTGTTCACCGCATTACGGGAGACGGGCCGATCGAATTAATGGTCGGACCGATGTGGAGCGTCAATAAGTGGGAAGTACTGGGCGCCATTCAAAAAGAGCTGGAAACACGGGGAAGCTATCAAGGAAAGCTCTTCAGAAAGATCGGGGAGGAGACCGCCCTATGA MNENNPFPYSNTEKRYHTLNYHLREHFGHKVFKVALDGGFDCPNRDGTVAHGGCTFCSAAGSGDFAGNRADDLLTQFHDIKNRMHEKWKDGKYIAYFQAFTNTHAPVEELREKFESVLKLDGVVGMSIATRPDCLPDDVVEYLAELNERTYLWVELGLQTVHERTALLINRAHDFDCYVEGVNKLRKHGIRVCSHIINGLPLENRDMMMETAKAVADLDVQGIKIHLLHLLKGTPMVKQYEKGKLEFLSQEEYVSLVCDQLEIIPPEMIVHRITGDGPIELMVGPMWSVNKWEVLGAIQKELETRGSYQGKLFRKIGEETAL NA NA NA NA NA D1-12_03958 582 rsmH_2 Ribosomal RNA small subunit methyltransferase H ATGACCTTGATGCACATCCTCCCTTTCAGTAAAGAATTGCTGAAGTCCGCCGCACAGGAAGGTGATATCACGGTTGACGCGACGATGGGCAACGGACATGATACATATTTTCTGGCCGGCCTTGTCGGTGAGACAGGACATGTTCATGCTTTTGATATTCAAGCGGACGCACTCGCTAAAACGAAGGAGCGGCTCGGTGCCGACTTCGGCCCGCGCGTCACGCTTCACCATAAGAGCCATGATCAAATAAAGGCATCGCTGCCTGAAGATGCGCTCGGTCGTGTGGCTTGCGCCGTCTTTAATCTCGGCTATCTGCCCGGCGGCGATAAAAGCATTACGACAAACGGTCACTCAACCATTTCCGCGATCGAACAGCTCCTTGAACTGCTGAAGGAGAACGGGCTGATCGTTCTCGTTGTGTACCACGGGCATCCTGAAGGCAAGACGGAAAAAAGTGCATTACTGGAGTACTGCAGCAATCTTGATCAGGAAAAAGCGCGCGTGCTGAGCTACGGCTTTCTCAACCAGCGAAACGACCCGCCGTTTATTATAGCGATTGAAAAGAAATCTGCCGGCAAATAA MTLMHILPFSKELLKSAAQEGDITVDATMGNGHDTYFLAGLVGETGHVHAFDIQADALAKTKERLGADFGPRVTLHHKSHDQIKASLPEDALGRVACAVFNLGYLPGGDKSITTNGHSTISAIEQLLELLKENGLIVLVVYHGHPEGKTEKSALLEYCSNLDQEKARVLSYGFLNQRNDPPFIIAIEKKSAGK PGPT0008955_1 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_GLYCINE_DEGRADATION,PGPT0008955-thiO-K03153 NA NA D1-12_03959 195 hypothetical protein TTGAATATTCTTCGCATCATATTTTCAAGTGTTCCCTATGTGATGTTCGTCATCATTTTATCAAGACATTTAGGATTTGAGTTCGCAAAAACCTATTACTGGTGGTTTGCTGCATTTTTTGTCATCGGGCTGATTGGCAAATTCGCAATGCACCTTGCGGCAAAAAAGAAACCGTTAAAAAAAGAGACAGCGTAA MNILRIIFSSVPYVMFVIILSRHLGFEFAKTYYWWFAAFFVIGLIGKFAMHLAAKKKPLKKETA NA NA NA NA NA D1-12_03960 810 glpQ_4 COG0584 Glycerophosphodiester phosphodiesterase ATGAAAAAATTAAAGTATTTAGCGGTTATAGCATTACTTTCCATTTCCGGAGGCTGCTCCGTCATCCATGCTTCCGCCGGCTATCATCCTGTCTTGATAGCGCACAGGGGCTCTTCTGCGATTGAGCCGGAACATACAGCTTTGTCTTATGCGCGTGCCATTAAAGACAAAGCAGATTATATTGAGATAGACTTACGGGAGACAAAGGACGGCCATCTGATTGCAATTCACGATAAAACGGTAGATCGGACAACAGATGGTAAAGGGATGGCAGATGATCTGTCTTTGGCTCAGATTAAGAAACTGAATGCGGGAAAAGGAGAAAAGATTTTAACATTAGAAGAAATCATACAGAAATTCGGACAAACTGCCAATTACTATATTGAGACAAGAGAAAGCAACGGCAGCCTGGTGATGGAAAAGAAACTGATTGACATATTACAAAAACATAAGCTGATTTCCGGCCATAAAGCAGTCATTGAGTCTTTTAGCGGGAAGAGCTTAAAGAAAGTTCGATCTATGAATAAAAAAGTTCCTCTTGTTCGATTATTAAAAGATAACGAGGCTGAGAAGATAAATGATAAGCAGCTGCAAACCATCAGAACGTATGCTGATACAGTCGGGCTCAACGCCAAATTGGCAAATGAAGCAGTCGTGAAGCGCATTCATCACAATAAGATGAAAGTGCACGTGTTTTTTGATAAGGAAGACGAGCATACGCTGACGCCTATTATGCTGAAACAAAAAGCAGATGGTATCTTTACAAACAATCCCGCTTATACACGCGGCGTGCTGCAAAACAGTAAATAA MKKLKYLAVIALLSISGGCSVIHASAGYHPVLIAHRGSSAIEPEHTALSYARAIKDKADYIEIDLRETKDGHLIAIHDKTVDRTTDGKGMADDLSLAQIKKLNAGKGEKILTLEEIIQKFGQTANYYIETRESNGSLVMEKKLIDILQKHKLISGHKAVIESFSGKSLKKVRSMNKKVPLVRLLKDNEAEKINDKQLQTIRTYADTVGLNAKLANEAVVKRIHHNKMKVHVFFDKEDEHTLTPIMLKQKADGIFTNNPAYTRGVLQNSK PGPT0018470_5020 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROPHOSPHOLIPID_REMODELLING CE-REMODELLING_GPL_PHOSPHODIESTERASE_ACTIVITY,PGPT0018470-glpQ|ugpQ-K01126 NA NA D1-12_03961 1083 ytpB Tetraprenyl-beta-curcumene synthase ATGTTGACAGTACCGGAACATCCTTTTAACCTTATGGCAAAAGTGTATCGGGAAATTTTTCCGCTCGTTCATCAGGAATTGAACATGTGGCGGGAAAAATCAGATTCCATTAAAAATACCGAGCTGCGGCAGCAGGCGGCTGCAAGTATCCGCGATAAATCGTTTCATTGTGAAGGCGGCGGCATTTTAGCCCTGCTTTCGGGAGAGCAAAAACAGAAATGCGTGCAATTTATCATCGCGTATCAGACAATCAGTGATTATCTGGACAATCTGTGCGACCGCAGCACCTCGCTTGATCCCGAGGACTTCCGCATGCTTCATCTTTCCATGCGTGACGCGCTGACGGTCGGTGCCGAGGTGCGGCCGTACTATCAGTACAGAGACGAGCGGGATGACGGCGGTTATCTTCATGAGCTGGTCAGAACATGCCAGCGGGTGCTCGGGTCAATAGAACATTACGGTATCATTAAACCTTATTTGCTTGAGCTGTGTGATTATTATTGCGATCTTCAGGTTCATAAGCATGTCGTTGAGCATGAACGCGTTCCGAGGCTTAAAGGCTGGTTTGAGCAGTACCGGTCACAGCTTCCGGAAATGGAGTGGTTTGAATTCTCGGCTTGTGCCGGATCGACGTTAGGCATTTTCTGTCTCGTTGCTTACTCATTCCAGCCTGATTTTAACGAACATACCGCTGAGAAAATCCGCAGCAGTTATTTTCCGTACATACAAGGGCTGCATATACTGCTCGATTATTTAATTGACCAGGAAGAGGATCTGCTTGAAGGCGATCTGAATTTCTGTACGTATTATCAGTCTCATGAAGAAATGATGCAGAGACTGCAGCATTTTATTGAAAAAGCGGATGAACATTTGAAAGGCATTCCGCATGAAAATTTTCACCGGCTGATCAACAGGGGGCTGCTCGGCGTCTATTTATCCGATGACAAAGTCGCCGGCCAAAAAGAAATGGGCCGCCTCGCGCGAAAGCTGATCAGGGCAAGCGGAAAAACGTCATTTTTCTTTTATATCAACGGAAGAGCCTACCGCAAATTTCAGAAGATGGCTTGGACGAAAAGTTCGTAA MLTVPEHPFNLMAKVYREIFPLVHQELNMWREKSDSIKNTELRQQAAASIRDKSFHCEGGGILALLSGEQKQKCVQFIIAYQTISDYLDNLCDRSTSLDPEDFRMLHLSMRDALTVGAEVRPYYQYRDERDDGGYLHELVRTCQRVLGSIEHYGIIKPYLLELCDYYCDLQVHKHVVEHERVPRLKGWFEQYRSQLPEMEWFEFSACAGSTLGIFCLVAYSFQPDFNEHTAEKIRSSYFPYIQGLHILLDYLIDQEEDLLEGDLNFCTYYQSHEEMMQRLQHFIEKADEHLKGIPHENFHRLINRGLLGVYLSDDKVAGQKEMGRLARKLIRASGKTSFFFYINGRAYRKFQKMAWTKSS NA NA NA NA NA D1-12_03962 780 ytpA COG2267 Phospholipase YtpA ATGTGGACTTGGAAAGCAGACAGGCCCGTCGGTACCATTGTCATTATCCACGGGGCGAGCGAATACCACGGGCGTTATAAATGGCTCGTTGAAATGTGGAGATCTTCCGGATATAACGTGGTGATGGGCGATTTGCCCGGTCAGGGAACGTCGACCCGCGCCAGAGGGCATATTCGCTCTTTCCAAGAATACATTGATGAAGTAGATATATGGATTGATAAAGCGAGAACGCTTGAAGCGCCCGTTTTCCTTTTGGGCCACAGCATGGGCGGACTGATTGCGATAGAATGGTTTAAGCAGCAGAGAAATCCCCGCATTACGGCACTCATTTTATCATCACCTTGTCTGGGTCTGCAAATAAAAGTCAATAAAGTCCTTGATTTTGCGTCTAAAGGACTGAACGTCCTCGCTCCGTCCCTCAGAGTGGATTCCGGCTTATCACCTGATATGGCAACGAGGAATGCGGATATGATTGAAGCGGATCAAAACGATTCTTTATATGTCACGAAGGTATCCGTAAGATGGTACAGAGAGCTTTTAAAAACCATTGATGCCGCTATGGTGCCGACTGATGCGTTTTTAAAGGTGCCGCTTTTGCTTATGCAGGGCGGAGATGACAAAATCGTCGATAAAATGAAGGTCCGCAAATGGTTTTCCGGTGTGGCTTCCCATAATAAATCGTACCGGGAATGGGAAGGGCTTTATCATGAAATTTTTAATGAACCGGAAAGAGAAACTGTGTTTAAGGCGGCAAAAGCCTTTACAGATCAGTATATTTGA MWTWKADRPVGTIVIIHGASEYHGRYKWLVEMWRSSGYNVVMGDLPGQGTSTRARGHIRSFQEYIDEVDIWIDKARTLEAPVFLLGHSMGGLIAIEWFKQQRNPRITALILSSPCLGLQIKVNKVLDFASKGLNVLAPSLRVDSGLSPDMATRNADMIEADQNDSLYVTKVSVRWYRELLKTIDAAMVPTDAFLKVPLLLMQGGDDKIVDKMKVRKWFSGVASHNKSYREWEGLYHEIFNEPERETVFKAAKAFTDQYI PGPT0023520_1295 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROPHOSPHOLIPID_REMODELLING CE-REMODELLING_GPL_LYSOPHOSPHOLIPASE_ACTIVITY,PGPT0023520-pldB-K01048 NA NA D1-12_03963 519 yrdA COG0663 Protein YrdA ATGATAATCTACCCTTATAAACAATTTACGCCTGACATACATCCTGAAGCGTTCATTGCGGATAACGCCGTCATTACGGGCGACGTCGTGATCGGAGAACAATCAAGCATCTGGTTCTCGGCCGTCATCCGGGGGGATGTTGCGCCGACAAGGATCGGAAAAAGAGTCAGCATACAGGACTTGAGCTGTCTGCATCAAAGTCCGAACCGCCCGCTTCTTATTGAAGATGACGTCACGATCGGCCATCAGGTTACACTGCACAGCGCAATCATCAAAAAGAATGCTTTAATCGGTATGGGCTCCGTCATTCTTGACGGGGCGGAAATCGGAGAAGGCGCGTTTATCGGCGCCGGAAGTCTCGTTCCTCCGGGCAAAACCATTCCTCCCGGCTGTCTTGCGTTCGGCCGGCCCGCAAAGGTTATCCGCCGGCTGACAGAAGAAGACATACAGGACATGGAAAGAATCAGAACGGAATATGTTGAAAAAGGCCGATATTATAAAACACTGCAAAAGAAATAA MIIYPYKQFTPDIHPEAFIADNAVITGDVVIGEQSSIWFSAVIRGDVAPTRIGKRVSIQDLSCLHQSPNRPLLIEDDVTIGHQVTLHSAIIKKNALIGMGSVILDGAEIGEGAFIGAGSLVPPGKTIPPGCLAFGRPAKVIRRLTEEDIQDMERIRTEYVEKGRYYKTLQKK PGPT0002425_594 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILISATION-OTHER_ACID_METABOLISMS K-SOLUBILISATION-CARBONIC_ACID_BIOSYNTHESIS,PGPT0002425-GAMMACA_like-K01726 NA NA D1-12_03964 1404 proY COG1113 Proline-specific permease ProY ATGCAAAACAAAGAAAAAACGCTTCACCGCGGCTTGGAAGAGCGGCATATCTCGCTTATGTCGTTGGGCGCCGCGATTGGAGTCGGGCTGTTTCTCGGGTCGGCTTCTGCCATAAAGCTTGCCGGGCCGGGGATTTTAGCCGCTTACGCCTGCAGCGGACTGATTATGTTTTTTATTATGCGGGCATTAGGGGAAATGGCGATTCAAAAGCCTGTAGCCGGCTCATTCAGCCGGTATGCCAGAGATTATCTCGGTCCGCTTGCCGGGTTTTTAACAGGCTGGAATTATTGGTTTTTATGGGTTGTTACCTGCATGGCGGAAATCACCGCGGTCGGCATTTATATGGGCTACTGGTTCCCTGACGTGCCGTCATGGATCTGGGCGCTTTGTGCACTCGTCATTATGACGGCTGTCAACTTTCTGGCGGTCAAAGCGTACGGTGAGCTTGAATTCTGGTTTGCGCTCATTAAAGTCTTGGCGATTCTGTCAATGATCGCGATCGGTCTGGTGATGATCGTATTCGGTCTCGGAAACGGAGGCGTTGCGCTCGGAATCAGCAATTTATGGAGCCACGGCGGCTTTTTCCCGAATGGGATTAAAGGGGTGCTGCTGTCGCTTCAAATGGTCATGTTTGCCTATCTCGGGATTGAGCTGATCGGTGTCACAGCCGGTGAGGTCAAAAATCCGGAAAAATCACTGGCGCGGGCCATAGATACTGTTTTTTGGCGCATTCTCATTTTTTACGTCGGAGCTTTGTTTGTCATTATGTCAATTTATCCGTGGCAGGAAATCGGTTCAGGCGGAAGCCCGTTTGTTTTGACATTTGAAAAAATCGGAATACCCGCTGCAGCCGGAATCATTAATTTTGTCGTATTGACGGCGGCTCTTTCTTCCTGCAACAGCGGGATCTTCAGTACGGGGCGCATGCTGTTCAATCTGGCGGAACAAAATGAAGCGCCTAAAGCATACGGTACGGTCACAAAAGGCGGTGTGCCGGGAAAAGCGGTATTGGTTTCAGCGGGCGCGTTGTGCATCGGCGTTTTGTTGAACTACGTGGTGCCGGCGAAAGTGTTTACGTGGGTGACGAGCATTGCGACGTTCGGGGCGATTTGGACATGGTCGATTATTTTGCTTTCCCAAATGAAATACCGTAAAAGCTTACAGCCGGAACAACGGAAAAAACTGAAATATAAAATGCCTTTATACCCCTTTTCCTCATATATCTCGCTGGCATTTCTCGCTTTTGTCGTTGTGCTGATGGCTTTTGATGCAGAGACCAGGGTGGCCGTCATCATCGGTCCTGTCTGGTTCGGCATATTATTAGCCGCCTATTACGGGAAAGGTTTCCATAAAAGAAAAGACATAGGTCTGGAAAACGGACAGACATTCGCCGAAAAAGCGTAA MQNKEKTLHRGLEERHISLMSLGAAIGVGLFLGSASAIKLAGPGILAAYACSGLIMFFIMRALGEMAIQKPVAGSFSRYARDYLGPLAGFLTGWNYWFLWVVTCMAEITAVGIYMGYWFPDVPSWIWALCALVIMTAVNFLAVKAYGELEFWFALIKVLAILSMIAIGLVMIVFGLGNGGVALGISNLWSHGGFFPNGIKGVLLSLQMVMFAYLGIELIGVTAGEVKNPEKSLARAIDTVFWRILIFYVGALFVIMSIYPWQEIGSGGSPFVLTFEKIGIPAAAGIINFVVLTAALSSCNSGIFSTGRMLFNLAEQNEAPKAYGTVTKGGVPGKAVLVSAGALCIGVLLNYVVPAKVFTWVTSIATFGAIWTWSIILLSQMKYRKSLQPEQRKKLKYKMPLYPFSSYISLAFLAFVVVLMAFDAETRVAVIIGPVWFGILLAAYYGKGFHKRKDIGLENGQTFAEKA PGPT0000815_867 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 D1-12_03965 1899 asnB COG0367 Asparagine synthetase [glutamine-hydrolyzing] 1 ATGTGTGGATTTGTCGGTGTTTTTAATAAGCATCCATTAACTCAAACCGCAGATCAAGAAGAGCTAATCAAACAAATGAACCAAATGATCGTTCACCGCGGTCCTGACAGCGATGGGTATTATCATGACGAGCACGTCGGATTCGGCTTCAGACGGCTCAGTATTATTGACGTAGAAAACGGCGGACAGCCTTTATCATATGAAGACGAAAAATATTGGATCATTTTTAACGGCGAAATCTATAACTACATTGAATTGAGAGAAGAGCTTGAAGCGAAAGGCTACACTTTCAATACAGATTCCGATACTGAAGTGCTCCTTGCGACATACCGTCATTATAAAGAAGAAGCCGCTTCAAAGCTTCGCGGAATGTTTGCGTTTTTAATCTGGAACAAAGCTGACCGCGTTATGTACGGCGCGAGAGACCCGTTCGGCATTAAGCCGCTGTATTACACAACCATCGGGGACAAAGTATATTTTGCATCTGAAAGAAAAAGTTTAATGGCCGCTCAAAACGGCATTGATCTTGATACAGCTTCTTTACAGCAATATATGTCTTTCCAATTCGTTCCTGAACCGAGCACGCTTGACGCTGAAGTGAAAAAAGTCGAGCCGGGCAGCCAGTTTACGATCCGCCCGGAAGGCGACATCGCGTTTAAAACATATTTCAAAGCGAACTTCAAGCCTGTTCAGTCTGATGAAGATAAATTGGTGAAAGAAGTCAGAGACGCAATCTTTGACTCTGTCAAAGTTCACATGAGAAGTGACGTTCCTGTCGGTTCGTTTCTATCCGGCGGTATCGACTCTTCTTTTATCGTCTCAGTTGCGAAAGAATTTCACCCGAGCCTTAAAACATTTTCCGTCGGTTTTGAGCAGCAGGGCTTCAGTGAGGTTGACGTAGCGAAGGAAACGGCTGCCGCGCTCGGGATTGAAAATATCAGCAAAGTCATTTCTCCTGAGGAGTATATGAACGAGCTTCCGAAAATCGTCTGGCACTTTGATGACCCGCTTGCAGATCCGGCGGCGATTCCTTTGTACTTTGTCGCAAAAGAAGCGAAAAAACATGTAACGGTCGCGTTATCCGGGGAAGGCGCGGACGAGCTGTTCGGCGGGTACAATATTTACCGCGAACCGCTTTCGCTTAAACCGTTTGAACGCATTCCGTCCGGTCTGAAAAAAATGCTTCTTCATGTGGCGTCCGTCATGCCTGAAGGAATGAGAGGGAAAAGCCTCTTAGTCCGCGGCTGCACACCGCTTGAGGAGCGTTATATCGGTAATGCGAAGATTTTTGAAGAGCCCGTGAAAAAACAGCTGCTCAAACATTACAATCCAGAGCTTTCATACCGTGATGTCACGAAGCCGTACTTTACGGAAAGCCGTTCATACAGCGACATTAATAAAATGCAGTATGTTGACATCCATACGTGGATGCGCGGCGACATCCTGTTAAAGGCTGACAAAATGACGATGGCCAACTCATTGGAACTGCGCGTGCCGTTCCTTGATAAAGTCGTGTTTGACGTGGCTTCTAAAATTCCGGATGAACTGAAAACGAAAAACGGCACGACGAAATACCTTCTGCGCAAAGCTGCTGAAGGGGTAGTGCCTGATCATGTGCTTAACCGCAAAAAACTCGGCTTCCCTGTGCCGATCCGCCACTGGCTGAAAAATGAAATGAACGAATGGGTTCGCAACATCATTCGTGAAAGTGAAACAGATGCTTATATTGAAAAGGATTATGTCCTTCAGCTTCTAGAAGATCATTGTGCCGACAGAGCGGACAACAGCCGCAAAATCTGGACCGTGCTGATCTTCATGATCTGGCACAGCATCAATCTTGAAAAAAGACTGGTGCCGGAAGAGCTGAATCATCAGCCGAAAGAAGTCATTTTCGTTTAA MCGFVGVFNKHPLTQTADQEELIKQMNQMIVHRGPDSDGYYHDEHVGFGFRRLSIIDVENGGQPLSYEDEKYWIIFNGEIYNYIELREELEAKGYTFNTDSDTEVLLATYRHYKEEAASKLRGMFAFLIWNKADRVMYGARDPFGIKPLYYTTIGDKVYFASERKSLMAAQNGIDLDTASLQQYMSFQFVPEPSTLDAEVKKVEPGSQFTIRPEGDIAFKTYFKANFKPVQSDEDKLVKEVRDAIFDSVKVHMRSDVPVGSFLSGGIDSSFIVSVAKEFHPSLKTFSVGFEQQGFSEVDVAKETAAALGIENISKVISPEEYMNELPKIVWHFDDPLADPAAIPLYFVAKEAKKHVTVALSGEGADELFGGYNIYREPLSLKPFERIPSGLKKMLLHVASVMPEGMRGKSLLVRGCTPLEERYIGNAKIFEEPVKKQLLKHYNPELSYRDVTKPYFTESRSYSDINKMQYVDIHTWMRGDILLKADKMTMANSLELRVPFLDKVVFDVASKIPDELKTKNGTTKYLLRKAAEGVVPDHVLNRKKLGFPVPIRHWLKNEMNEWVRNIIRESETDAYIEKDYVLQLLEDHCADRADNSRKIWTVLIFMIWHSINLEKRLVPEELNHQPKEVIFV PGPT0020150_1787 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_ASPARAGINE_DEGRADATION,PGPT0020150-asnB-K01953 NA NA D1-12_03966 1203 metK S-adenosylmethionine synthase ATGAGTAAAAACCGTCGACTATTTACATCTGAATCTGTTACTGAGGGTCATCCGGACAAAATCTGTGACCAAATTTCTGACAGTATCTTAGATGAGATTTTAAAAAATGACCCGAACGCGCGCGTGGCCTGCGAAACATCTGTAACGACAGGACTTGTGCTGGTAAGCGGAGAGATTACTACATCAACATACGTTGACATTCCGAAAACAGTCCGTGAAACGATTAAAGAAATCGGCTACACACGCGCCAAATACGGATTTGATGCGGAGACTTGCGCTGTTTTAACATCAATTGATGAACAGTCTGCGGATATCGCAATGGGTGTCGATCAGGCTCTTGAAGCGCGTGAAGGCACAATGAGCGATGCTGAAATCGAAGCAATCGGAGCGGGAGACCAAGGCCTGATGTTCGGTTATGCGTGTAACGAAACGAAAGAGCTTATGCCGCTTCCGATCTCTTTGGCGCATAAATTAGCCCGCCGTTTGAGCGAAGTCCGCAAAGAAGACATTCTTCCGTATCTTCGCCCTGACGGCAAAACGCAAGTTACCGTTGAATATGATGAAAACAACAAGCCGGTCCGCATCGACGCGATCGTTATTTCAACTCAGCACCACCCGGAAATTACGCTTGAGCAGATTCAGCGCAATCTGAAAGAGCATGTCATTAATCCTGTCGTGCCTGAGGAACTGATCGATGAAGAAACAAAATACTTCATCAACCCTACGGGACGTTTCGTAATCGGCGGACCTCAAGGTGACGCGGGTCTTACCGGCCGTAAAATCATCGTTGACACATACGGCGGATATGCACGCCACGGCGGCGGCGCATTCTCCGGTAAGGATGCGACGAAGGTAGACCGTTCTGCGGCATACGCTGCGAGATACGTAGCGAAAAACATCGTGGCAGCAGGCCTTGCTGATTCTTGTGAAGTGCAGCTTGCATACGCAATCGGCGTGGCACAGCCTGTTTCTATTTCCATCAATACATTTGATACAGGAAAAGCTTCTGAAGAAAAACTGATCGAAGTCGTACGGAATAACTTCGACCTGAGACCTGCCGGCATTATTAAAATGCTTGATCTGCGCCGCCCGATCTATAAGCAGACTGCTGCTTACGGCCACTTCGGACGTCATGATGTGGATCTTCCTTGGGAGCGTACTGACAAGGCGGATGCGCTTCGCAAAGAAGCACTAGGAGAATAA MSKNRRLFTSESVTEGHPDKICDQISDSILDEILKNDPNARVACETSVTTGLVLVSGEITTSTYVDIPKTVRETIKEIGYTRAKYGFDAETCAVLTSIDEQSADIAMGVDQALEAREGTMSDAEIEAIGAGDQGLMFGYACNETKELMPLPISLAHKLARRLSEVRKEDILPYLRPDGKTQVTVEYDENNKPVRIDAIVISTQHHPEITLEQIQRNLKEHVINPVVPEELIDEETKYFINPTGRFVIGGPQGDAGLTGRKIIVDTYGGYARHGGGAFSGKDATKVDRSAAYAARYVAKNIVAAGLADSCEVQLAYAIGVAQPVSISINTFDTGKASEEKLIEVVRNNFDLRPAGIIKMLDLRRPIYKQTAAYGHFGRHDVDLPWERTDKADALRKEALGE PGPT0020000_2123 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 D1-12_03968 1584 pckA Phosphoenolpyruvate carboxykinase (ATP) ATGAAATTAGTTGATTTAACCGCAGATCTTCAAGCATTACTTGCAAGTCCGAATGTGCATCATAATTTATCGGCTCCAAAACTTACCGAAAAAGTGATCAGCCGAAATGAAGGAACGCTGACATCAACGGGCGCCGTACGCGCCACCACCGGCGCTTATACAGGCAGGTCACCTAAAGATAAATTTATCGTCCGTGAACAAAGCACAGAAAATCAAATTGATTGGGGCGCGGTGAATCAGCCCATTTCTGAAGAGGCGTTTGAAAAGCTGTACGCCAAAGTCGTCAGCTACTTAAAACAGCGGGATGAACTGTTTGTTTTTGAAGGATTCGCAGGAGCGGATGAAAAATACAGACTCCCGATTACGGTCGTAAATGAATTTGCGTGGCACAATTTATTCGCACGCCAGCTGTTTATCAGACCGGAGACGGATGAAAGAGATCCGCAAGCGCAGCCTTTCACCATTCTCTCGGCTCCGCATTTTAAAGCAGATCCGGAGACGGACGGCACGCATTCGGAAACATTTATCATTGTCTCTTTCGAAAAGCGCGTCATTTTAATCGGCGGCACCGAATACGCCGGAGAAATGAAAAAATCAATATTCTCCATTATGAACTTCCTGCTTCCGCAGCAGGATATACTGCCGATGCACTGCTCAGCCAATGTCGGTGAAAAAGGCGATGTCGCCCTGTTTTTCGGTCTTTCCGGCACAGGGAAAACGACGCTTTCAGCCGATGCGGACCGCAAACTGATCGGCGATGACGAGCACGGCTGGTCAGATTCCGGCGTTTTCAACATTGAAGGCGGATGTTACGCTAAATGTATCAATCTGAGCGAGGAAAAAGAACCGCAGATTTTTCGTGCGATCCGCTTCGGGTCTGTTCTTGAGAATGTCGTGCTTGATGAAAAAACGGGTGAAGCGGATTACGATAATTCCTTCTACACGGAAAACACAAGAGCCGCATATCCGATTGAGATGATCGGCAATATCGTGCAGCCGAGCATTGCCGGCCATCCGCAGGCGATCGTCTTTTTAACGGCGGACGCATTCGGTGTGCTCCCTCCGATCAGCAAACTGACGAAGGAACAGGCGATGTATCACTTCTTAAGCGGGTACACCAGTAAACTCGCGGGAACCGAGCGCGGCGTGACATCTCCGCAAACGACTTTCTCGACGTGCTTCGGTTCACCGTTCCTTCCGCTTCCGGCGCATGTATATGCCGAAATGCTCGGGCATAAAATCGACGAACACGGCGTTCAAGTCTTCCTGGTCAACACAGGCTGGACCGGCGGAGGGTACGGAGTCGGAGAACGGATGAAACTTTCGTATACAAGAGCGATGGTCAAGGCCGCTATTGAAGGCAGACTGAACCAGACTGACATGACGGCAGACAGCATTTTCGGCCTGCGCAGTCCCGTTCATGTTCCGGGCGTTCCGGATGAAGTTCTTCAGCCTGAAAACACATGGAGCGATAAACAAGCATACAACGAAAAAGCGCTGTTTTTAGCCAATGAGTTTAAAGAAAACTTTAAAAAGTTTTCCCATGCAGACTCGATTGCCAAAGCCGGCGGACCTCTCGTGTAA MKLVDLTADLQALLASPNVHHNLSAPKLTEKVISRNEGTLTSTGAVRATTGAYTGRSPKDKFIVREQSTENQIDWGAVNQPISEEAFEKLYAKVVSYLKQRDELFVFEGFAGADEKYRLPITVVNEFAWHNLFARQLFIRPETDERDPQAQPFTILSAPHFKADPETDGTHSETFIIVSFEKRVILIGGTEYAGEMKKSIFSIMNFLLPQQDILPMHCSANVGEKGDVALFFGLSGTGKTTLSADADRKLIGDDEHGWSDSGVFNIEGGCYAKCINLSEEKEPQIFRAIRFGSVLENVVLDEKTGEADYDNSFYTENTRAAYPIEMIGNIVQPSIAGHPQAIVFLTADAFGVLPPISKLTKEQAMYHFLSGYTSKLAGTERGVTSPQTTFSTCFGSPFLPLPAHVYAEMLGHKIDEHGVQVFLVNTGWTGGGYGVGERMKLSYTRAMVKAAIEGRLNQTDMTADSIFGLRSPVHVPGVPDEVLQPENTWSDKQAYNEKALFLANEFKENFKKFSHADSIAKAGGPLV PGPT0001405_2228 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 D1-12_03969 243 ytmB putative protein YtmB TTGGGAATGCCTGTTGAATTTAATACCATGATTGTGACAAAAGGCAATGAAAAACGGATAGAGGAAAATATCTTTTTATTGGAGAAAGAGGGCTACCGCGTCTATCCTCTTGATATTCCGATGGACGTGCGCAAAACGAAAACCGGCGAGAAATCCGGCACCGGCGAGGTCCAAAAGCTCGAATGGGCGAACGGCCGGACAAGCATTACATACAGACTCACGTCGCTTCATTCGACAAACTGA MGMPVEFNTMIVTKGNEKRIEENIFLLEKEGYRVYPLDIPMDVRKTKTGEKSGTGEVQKLEWANGRTSITYRLTSLHSTN NA NA NA NA NA D1-12_03970 774 hypothetical protein TTGCTGGCAGAAAAGAAAAGGTTCCCGTCTCCGAGTCCGCATGTCCGCCTCTTTGAGGTATGCTATGAGTCAGAAGGGCTGAAGGTAAAGGGGCTCCTTGCCGAGCCTGCGGCGCCGGGCACATATGACGGTTTTTTATATTTGCGCGGCGGCATAAAAAATGTCGGCATGGTACGCCCCGGAAGAATCGTTCAATTCGCTTCCCAAGGCTTTGTCGTGTTTGCGCCTTATTACAGAGGCAACCAGGGCGGCGAGGGAAATGAAGATTTTGCGGGAGAGGACAGAGAGGACGCGTTTTCCGCTTTTCGCCTGCTTCGGGAGCATCCGAACGTCAGGGAAGGGCGGGTGCATATTTTCGGTTTTTCCCGGGGCGGAATCATGGGGCTTTTGACCGCGATTGAAATGGGGCATCAAGCGGCTTCGCTCGTATCATGGGGCGGTGTGAGCGATATGGTGCTTACTTATGAAGAGCGGAAGGATATGCGGCGGATGATGAAGCGGGTGATCGGCGGCACGCCGAAAAAGGTGCCGGATGAATACAGATGGCGTTCGCCGTTTGAAAACGCAGACCGCATTCAGGCCCCTGTACTTCTCATCCATGGAGAGAATGATAAGAATGTTTCGATCGAACACGCCCGGATGATCGAGGACAAGCTGAAAGAGGCGGGGAAACCGGTGGAAACCTGGTATTACAGCGGTTTTACGCATTATTTTCCGCCGCAGGAAAACAGACGCATTGTCCGGCGGCTGGCGGAATGGATGAAGACACGGTAA MLAEKKRFPSPSPHVRLFEVCYESEGLKVKGLLAEPAAPGTYDGFLYLRGGIKNVGMVRPGRIVQFASQGFVVFAPYYRGNQGGEGNEDFAGEDREDAFSAFRLLREHPNVREGRVHIFGFSRGGIMGLLTAIEMGHQAASLVSWGGVSDMVLTYEERKDMRRMMKRVIGGTPKKVPDEYRWRSPFENADRIQAPVLLIHGENDKNVSIEHARMIEDKLKEAGKPVETWYYSGFTHYFPPQENRRIVRRLAEWMKTR NA NA NA NA NA D1-12_03971 1005 hypothetical protein GTGAACAAATGGCTCAAAACGGGCTGCGTTTTTGTCATATGCGCCTTTTTCCTGCTCATTCTTCCGGCCTGCAGACAGGAAGAAAGTCTGACGAAGGTAAAGGTGGCGGAAGTCACACACTCCATCTTCTATACGCCTCTGTATGTCGCTGAAGCAAAAGGTTTCTTTAAAAAAGAAGGGCTCCAAGTGTCACTTCAAACAACATGGGGCGGAGACAAAACGATGACATCGCTTTTGTCAAACGGGTCTGATATCGCGCTGGTCGGTTCTGAAACATCCATTTACGTGGAAGCGCAGGGAGCAAAAGATCCGGTCATCAACTTCGCGCAGCTGACACAGACGGACGGCACATTTCTCGTGTCACGGAAGGATGAGAAATCATTCAAATGGAGCGATTTAAAAGGAAAAACATTTCTCGGCCAGCGAAAAGGCGGCATGCCCCAAATGGCCGGTGAGTACGCCCTGAAAAAGAATCACATAGAACCGAAAAAAGACATTAACCTCGTTCAAAACATTGATTTCGCCAATATTTCCAACGCATTCGCATCCGGAACGGGTGATTATGTGCAGCTGTTTGAACCGACGGCATCCCAATTTGAAAAAGAAGGCATCGGCCATATCGTCGCATCCTTCGGAGAAGCTTCCGGCCAAGTGCCATACACAACCTTTATGGCAAAAGAAAGTTATTTGAAAAGCAATGAAAAGACGGCGGAAAAATTCACCCGCGCCATCTATCGCGCCCAGCAATGGGTGGAAAGCCATCCGGCCAAAGACATCGCAAAAACGATTCAGAAGGAATTTGCCGATACAGATCCGGCCATTATCGAAACATCAATAGAGCGCTATAAAAAACAAAAGTCATTCTCTGCAGACCCAGTTCTGCAAAAGGATGAATGGGAACAGCTTCAATCTATTATGGATGAAGCCGGAGAGCTCCCGAAACACATTCCGTACAGCAAACTCGTCAACACAAAAATCGCCAAAAAAGTCACCTCAGAACAATAG MNKWLKTGCVFVICAFFLLILPACRQEESLTKVKVAEVTHSIFYTPLYVAEAKGFFKKEGLQVSLQTTWGGDKTMTSLLSNGSDIALVGSETSIYVEAQGAKDPVINFAQLTQTDGTFLVSRKDEKSFKWSDLKGKTFLGQRKGGMPQMAGEYALKKNHIEPKKDINLVQNIDFANISNAFASGTGDYVQLFEPTASQFEKEGIGHIVASFGEASGQVPYTTFMAKESYLKSNEKTAEKFTRAIYRAQQWVESHPAKDIAKTIQKEFADTDPAIIETSIERYKKQKSFSADPVLQKDEWEQLQSIMDEAGELPKHIPYSKLVNTKIAKKVTSEQ PGPT0001135_5331 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-RELATED_FUNCTIONS N-AQUISITION-NitT|TauT_FAMILY_TRANSPORTER,PGPT0001135-ABC_SN_S-K02051 NA NA D1-12_03972 783 ssuB_2 COG1116 Aliphatic sulfonates import ATP-binding protein SsuB ATGTCTTTTTTACATGTCGATCATGTAACACATACTTATTTCTCGCTGAAAGAAAAGACAACCGCCGTGAAAGATATACATTTTCAGATTGAAAAAGGGGATTTCATCTCCTTTCTCGGGCCGAGCGGATGCGGAAAAACAACACTCCTGTCCATTCTGGCCGGCCTTATCACCCCTGCGCAAGGCCGGGTGCTGATTGAAGGAAGCGTGCCGAACCATAAAGAACACCAAATCGGTTATATGCTTCAGCAGGATTATTTATTTCCTTGGAAATCAATTGAGGAAAACGTGCTGCTCGGTTTACACATTTCAAAAACATTAACAGAAGAAAAAAGAGCTGAAGTTCTCAGCCTTCTGCCTAAGCTCGGATTAATCGGCGTTGAAAAGAAATACCCGAAAGAGCTGTCAGGCGGGATGCGGCAGCGGGCGGCACTTGCCAGAACTCTTGCGCCGGACCCGGGCCTGCTGCTCCTTGATGAACCGTTTTCCGCGCTGGACTTTCAAACGAAGCTTTCTTTAGAAAACCTTGTCTTCAGAACATTAAAGGATTTTCAAAAAACCGCCGTGCTCGTCACCCACGATATCGGTGAAGCCATCGCCATGAGCGATACGATCTATTTATTTTCGAATCAGCCGGGCACCATCCACCAAATATTCACCGTGCCTAAGGAGCTCGCGGCTTTAGATCCGTTTGACGCGCGTCAGGATCCGGCCTTTCAGCCGCTGTTTCAAACCATATGGAAGGAGCTGAATTCCCTTGAAAAACAGCAGCGGCACGATTGA MSFLHVDHVTHTYFSLKEKTTAVKDIHFQIEKGDFISFLGPSGCGKTTLLSILAGLITPAQGRVLIEGSVPNHKEHQIGYMLQQDYLFPWKSIEENVLLGLHISKTLTEEKRAEVLSLLPKLGLIGVEKKYPKELSGGMRQRAALARTLAPDPGLLLLDEPFSALDFQTKLSLENLVFRTLKDFQKTAVLVTHDIGEAIAMSDTIYLFSNQPGTIHQIFTVPKELAALDPFDARQDPAFQPLFQTIWKELNSLEKQQRHD PGPT0001140_5577 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-RELATED_FUNCTIONS N-AQUISITION-NitT|TauT_FAMILY_TRANSPORTER,PGPT0001140-ABC_SN_A|ytlC-K02049 NA NA D1-12_03973 813 ssuC_2 COG0600 Putative aliphatic sulfonates transport permease protein SsuC TTGAAAAACAGCAGCGGCACGATTGAACAGCTTCATCAGCAGTTTAAGAAAAGACACCAAAAAGAAAAGTTCCGGATCCGTGCGTATCAGGCCGCCATTTTCATCGTATTTTTTGCCGGCTGGGAAATATCGAGCAGGGCGGGCTGGATCGATCCGTTAATCTTCAGCTCACCCTCCGCCGTTTGCAGGCTTTTAGTTGAAAAGATTGCGGACGGATCCCTTGCGGCGCACATCGGCGTTACCTTAGGCGAAACCGTTCTCGGCTTTTTGCTCGGCACGCTCCTCGGCACATGCCTCGCCGCTCTGTTATGGTGGTCAAACAGGCTCGCCCGGGTTTTAGACCCGTACCTCGTCATTTTAAACGCGATGCCGAAGGTCGCACTCGGACCGATTCTCATCGTGGCACTCGGACCGAATTTCACAAGCATTGTCGCCATGGGAGCAGTCATCAGTGTCATTATCACGACAATCGTCGTCTTTACGGCTTTTCAGGAAGTGGATGAAAACTATATTAAGGTGATGAAAACCTTCGGAGCGAAAAAAAGCATCATGTTTAAAGAAGTCATTCTGCCGGCGTGCGCCCCCGCGATTATTTCCGCGCTTAAAGTGAACGTCGGTTTATCCTGGGTCGGTGTCATCGTCGGCGAGTTTCTCGTTTCCGAAAAAGGTCTGGGCTACATGATCATTTACGGATTCCAGGTCTTCAATTTCACTCTTGTGTTCTTAAGCCTTCTGATCATCGCGATTTTTGCAACATTGATGTATCAGGGAGTCGAACTGTTAGAAAGAAAATGGACGAAAGGAAAAATATAA MKNSSGTIEQLHQQFKKRHQKEKFRIRAYQAAIFIVFFAGWEISSRAGWIDPLIFSSPSAVCRLLVEKIADGSLAAHIGVTLGETVLGFLLGTLLGTCLAALLWWSNRLARVLDPYLVILNAMPKVALGPILIVALGPNFTSIVAMGAVISVIITTIVVFTAFQEVDENYIKVMKTFGAKKSIMFKEVILPACAPAIISALKVNVGLSWVGVIVGEFLVSEKGLGYMIIYGFQVFNFTLVFLSLLIIAIFATLMYQGVELLERKWTKGKI PGPT0001145_5086 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-RELATED_FUNCTIONS N-AQUISITION-NitT|TauT_FAMILY_TRANSPORTER,PGPT0001145-ABC_SN_P-K02050 NA NA D1-12_03974 480 ytkD COG0494 Putative 8-oxo-dGTP diphosphatase YtkD ATGTACGAGTTTAAAGACTATTATCAGAACACTGTTCAGCTCTCCTTTGAACACCAGCCTTTTTCAGACAGCCCGAAGCACGTATGGGTCATATGCCGATATGGAGATAAGTGGCTTTTGACCGAGCATGAAGACCGGGGGTTTGAATTTCCGGGCGGAAAAGTGGAGCCGATGGAATGTGCGGAGGAAGCGGCCCTGCGCGAGGTGAAAGAAGAAACCGGTGCCGCGGTAAGACATCTGAAGTACGTCGGACAGTATAAAGTTCTCGGCAGGGAAAAGGTAATCGTGAAGAATATTTATTTTGCCGATATTGAAAAGCTTGAAAAACAGGCTGACTATTTTGAAACAAAGGGGCCGGTGCTGTTCAGCGAACTGCCGGAGAATCTCCCCCGAAATAAAAAATTCAGTTTCATTATGAAAGATTCGGTGCTTCCGATCAGTCTGAAAAAGCTGAAAGAGGACGGCGTATTTCAATCATAA MYEFKDYYQNTVQLSFEHQPFSDSPKHVWVICRYGDKWLLTEHEDRGFEFPGGKVEPMECAEEAALREVKEETGAAVRHLKYVGQYKVLGREKVIVKNIYFADIEKLEKQADYFETKGPVLFSELPENLPRNKKFSFIMKDSVLPISLKKLKEDGVFQS NA NA NA NA NA D1-12_03975 405 hypothetical protein GTGGGCAAAGACTTTGGCATCTTTTCGTTTTTTGCAGTGATCGTGTCGGCAGCGGGGTTTTTCTTCGGAGGTTTTCAGTATTCGTTTCTGATTTTGCTATCGGTCATGGCGATTGAGTTTATCAGTACAAGCTTAAAAGAATCTCTTTTGCAGCAGCTGAGCGCAAGAAAGCTTTTTGCGCGGCTGGTCAAAAAAATCGTGACCCTGGCATTAGTCTCAGTTTGCCATTTTTTTGACCAGCTGCTTCATACCGAAGGCGCCATCCGTAATTTGGCTATCATGTTTTATATCTTATACGAATCGGTTCAGATCGTGATTACGGCAAGCTCGCTGGGCATACCGGTTCCGCAGGTGCTCGTCGACCTATTGGATACCCTGAAAAATAAATTCAAGCGCAAACCGTAA MGKDFGIFSFFAVIVSAAGFFFGGFQYSFLILLSVMAIEFISTSLKESLLQQLSARKLFARLVKKIVTLALVSVCHFFDQLLHTEGAIRNLAIMFYILYESVQIVITASSLGIPVPQVLVDLLDTLKNKFKRKP NA NA NA NA NA D1-12_03976 438 dps COG0783 General stress protein 20U ATGTCAGAAAAACTATTGGATGCAGTCAATAAGCAAGTTGCAAACTGGACGGTCATGTATGTGAAATTACATAACTATCATTGGTACGTCAAAGGGAAGGACTTTTTCACATTGCATGAAAAGTTCGAGGAGCTGTATAACGAAACGGCTACATATATTGATGATCTGGCAGAACGTCTGCTGGCATTAAACGGCAAGCCGATCGGCACAATGACGGAATCATTGAAGACAGCGTCTGTAAAAGAAGCGGAAGGCAATGAGAGCGCAGAACAAATGGTACAGAACATTTATGATGATTTCACTGTCATTGCTGAAGAGCTGAAAAGCGGCATGGACCTCGCAGATGAGGTAGGAGACGAAACGACCGGTGATATGCTGCTTGCCATTCACCAGAATATCGAGAAACATAACTGGATGCTGAAAGCGTATTTAGGATAA MSEKLLDAVNKQVANWTVMYVKLHNYHWYVKGKDFFTLHEKFEELYNETATYIDDLAERLLALNGKPIGTMTESLKTASVKEAEGNESAEQMVQNIYDDFTVIAEELKSGMDLADEVGDETTGDMLLAIHQNIEKHNWMLKAYLG PGPT0004055_3981 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS OTHER_STRESS_RESPONSE_PROTEINS,PGPT0004055-dps|dpsA-K04047 NA NA D1-12_03977 150 hypothetical protein ATGCTGCTTCTTCTGAGCTTCGGCTTTCTTATCGTGCTCGCCGTGCTGCTTTTATCCATCTGGTCGACTGTAAGAGCTTATAATGTAAAACATACGATTGACCCGCCGGAGGACGCATCAAAAGGCTTGACGGATAAAAAAAATCCTTAA MLLLLSFGFLIVLAVLLLSIWSTVRAYNVKHTIDPPEDASKGLTDKKNP NA NA NA NA NA D1-12_03978 444 hypothetical protein ATGAAACGGGCTGTATTGGCAGGTATGTGCGGTATGGTATTTCTATTATCTTCCTGCGGGGGCAATTCGGACAAAACCTCCGCGGATGAGGAGCCTAAAGCGCTTGAGGTCAAGCTTACAGGACCGGAAACGGCAGCGCCGCATGAAAAAGCGGAATACAAGGCGGAGGTTTTTTACGGCGGCAAGCGTGTCACGGATGCGGATGAAGTCATGTTTGAAGTATGGAAAGAAGGAAAAAAAGGCAGCAGCAAAACAAGCAAGGCCAAGGAGGAAAAAGGGGCGTATCACCTGCGGACTGAATTTGATGAAGAGGGTGTCTATACCGTTCAATCCCACGTAACGGCAAAACAGCAGCATAATATGCCGACTGTAAAAGTGCGTGTCGGGGATGCTGAAGCTGCCGATGATTCCTCCGGCCATGAGGAACAGACGCATCATCATTAA MKRAVLAGMCGMVFLLSSCGGNSDKTSADEEPKALEVKLTGPETAAPHEKAEYKAEVFYGGKRVTDADEVMFEVWKEGKKGSSKTSKAKEEKGAYHLRTEFDEEGVYTVQSHVTAKQQHNMPTVKVRVGDAEAADDSSGHEEQTHHH NA NA NA NA NA D1-12_03979 474 luxS COG1854 S-ribosylhomocysteine lyase ATGCCTTCAGTAGAAAGTTTTGAGCTTGACCATAATGCGGTTGTGGCTCCGTATGTAAGACATTGCGGAGTGCATAAAGTCGGAACAGACGGCGTCGTGAATAAGTTTGACATTCGCTTCTGCCAGCCGAACAAACAGGCGATGAAGCCGGATACGATTCATACGCTTGAGCACTTGCTTGCGTTTACGATTCGCACACATTCTGAGAAATACGATCACTTCGACATCATAGATATCTCACCGATGGGCTGCCAGACAGGCTATTATCTTGTTGTCAGCGGCGAGCCGACAGCGGAAGAAATTGTGGACCTGCTTGACGCTACGCTGAAAGAAGCCATCGATATTACGGAGATTCCGGCGGCCAACGAAAAACAGTGCGGCCAGGCGAAACTTCATGATTTAGAAGGCGCGAAACGTCTGATGCGTTTCTGGCTGTCACAAGATAAAGAAGATTTGCTGAAAGTGTTCGGATAA MPSVESFELDHNAVVAPYVRHCGVHKVGTDGVVNKFDIRFCQPNKQAMKPDTIHTLEHLLAFTIRTHSEKYDHFDIIDISPMGCQTGYYLVVSGEPTAEEIVDLLDATLKEAIDITEIPAANEKQCGQAKLHDLEGAKRLMRFWLSQDKEDLLKVFG PGPT0016265_966 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0016265-luxS-K07173 NA NA D1-12_03980 228 yidD COG0759 Putative membrane protein insertion efficiency factor ATGAAAACCATAATGATTGCGTTCATCCGCGGATACCAGAAGTTCATCTCTCCGCTGACACCGCCGTCATGCCGCTTTTATCCGACGTGTTCGCAGTACGGAATCGAAGCCGTCAAGACTCACGGCGCATTAAAAGGCGGATGGCTGACACTGAAGCGGATTTTAAAGTGCCACCCTTTTCATCCGGGCGGTGTTGATCCCGTACCGGACAAAAAACAAAAACATTAG MKTIMIAFIRGYQKFISPLTPPSCRFYPTCSQYGIEAVKTHGALKGGWLTLKRILKCHPFHPGGVDPVPDKKQKH PGPT0024530_183 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-SEC-SECRETION_PATHWAY CE-SEC-SRP_CORE_COMPONENTS,PGPT0024530-yidC|spoIIIJ|oxaA|ccfA-K03217 NA NA D1-12_03981 570 csh_2 Carbon disulfide hydrolase ATGAGTCTTCTAAACGATATCATGCAATTTAATGAGCAGTTCACTAAAAACAAAGATTATGAAAAATACCAAACATCTAAATTCCCGGATAAAAAGATGGCGATTTTGTCTTGTATGGACACGCGTCTTGTAGAATTGCTTCCGCATGCGATGAACATGCGAAACGGCGATGTGAAAATTATTAAAAGTGCCGGCGCGCTTGTCGCCCACCCGTTCGGAAGTATCATGCGCAGCCTTTTAGTGGCCGTATACGAATTAAACGCCGATGAAGTCTGCGTTATCGGCCACCATGATTGCGGCATGAGCAAAATCAACAGCGAGGATATGCTTGATAAAATTATCGACCGCGGTATTCCGAAAGAGCGGATTGACATGCTGAAGCACTCAGGAGTTGATCTTGATCAATGGCTGAAAAGCTTTGATTCAGTAGAAGCGAGTGTTACAGACAGCGTAAACGTCATTAAACACCATCCGCTATTCCCTGACAATGTGCCGGTGCACGGTCTGGTGATTGATCCTGAAACCGGTAAACTTGATCTGGTGATCGACGGCTACCAGCATATGGACTAA MSLLNDIMQFNEQFTKNKDYEKYQTSKFPDKKMAILSCMDTRLVELLPHAMNMRNGDVKIIKSAGALVAHPFGSIMRSLLVAVYELNADEVCVIGHHDCGMSKINSEDMLDKIIDRGIPKERIDMLKHSGVDLDQWLKSFDSVEASVTDSVNVIKHHPLFPDNVPVHGLVIDPETGKLDLVIDGYQHMD PGPT0002415_5990 DIRECT EFFECT BIO-FERTILIZATION PHOSPHATE_SOLUBILIZATION K-SOLUBILISATION-OTHER_ACID_METABOLISMS K-SOLUBILISATION-CARBONIC_ACID_BIOSYNTHESIS,PGPT0002415-cynT|can-K01673 NA NA D1-12_03982 249 rpmE2 COG0254 50S ribosomal protein L31 type B ATGAAAAAAGATATTCATCCGGATAACCATCAAGTGATTTTTCAAGATGTGAACAGCGGCTACCGCTTTTTAAGCCATTCAAGGAAAACGTCAGAGGAAACGGCAGAGTGGGAAGACGGAAAAACATACCCGCTGATTAAAGTAGAAGTCAGCTCAGATACGCATCCGTTTTATACAGGCCGCCAAAAATTCAACGAAAAAGGCGGGAGAGTCGAACAGTTCAATAAAAAATACAATATGGGGAAATAA MKKDIHPDNHQVIFQDVNSGYRFLSHSRKTSEETAEWEDGKTYPLIKVEVSSDTHPFYTGRQKFNEKGGRVEQFNKKYNMGK PGPT0014325_1942 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014325-rpmEB-K02909 NA NA D1-12_03983 1332 ythA COG1271 Putative cytochrome bd menaquinol oxidase subunit I GTGGATGATTTAGTGTTAGCCAGAAGCCTGTTCGGGACAACCATGGGCTTTCATATTATTTTTGCGACGCTTGGTGTCGGCTTGCCTCTGATGATTTTAATGGCTGAATTGATTTATCAGAAAACAAAAGATCCGCATTATGCCATTATGGCGAAAAGGTGGACGAAGGCGCAGGCTGTTCTGCTCGGCGTGGCGATACCGACCGGAACGATCGCGGGTACACAGCTTGCCCTTTTGTGGCCCGGATTCATGGAAGTCATCGGCAGGGTGATGTCACTCCCGTTTCAGATTGAAATTTATGCTTTCTTTATCGAAGCGCTGTTTATGTCCATTTATGTCTACGCCGCTGACCGGCTGACTCCGGCGATGCGCATCATTGCCGTTATTTTCGTTTTGATCGGCGCCGCGGCATCCGCCGTCTTAATCACAAATGTTCACGCATTTGAAGGAACGCCGGCCGGCTTTAAAATTTTAAACGGCAAAATCACTGACGTCGAACCTTGGGCAGCGTTTTTTAATCCAAGCTTTTTCACCACCGCGGGCCATGTCGTACTGACGGCTTTCATGACCGGTGCATTTATCGTTGCGTCAGTTGCGGCTTATAAAATGCTGAGAACGAGAAAACAGGAGCAGGTATACCGCTTTCACCGAAAAGCGCTGCTGCTCGCCTTAACGATCGGCGGAATCTTTTCCATTCTTGCCTCTTTAAACGGTCACGAGTCAGCCCAGCTTCTTTACGAATACCAGCCTGAGAAGCTTGCGGGCGCAGAAGGGCTGTTTGAAACTAGATCACACGCTCCGCTTGCGATCGGGGGTTTTACTGACGCAAAAGAAGAAAAAGTAAAATGGGCGATAGAAGTACCGTGGGCTTTAAGCTTTTTGGCTGCAAACAGCTTTGATACCGTCGTCAAAGGATTGAACGCGTTTCCGAAAGACGAGTGGCCGCCTTTATTCATCCATACACTTTTTAACGGAATGGTCGGCATCGGGATGCTGCTCATTTTGTACTCAATCGTCGGCATCGTCTGGAGAAAAATTTTAAAGAAAGACAGCTTTCCGACTTGGCTTTTGATTTTATTTTTAACCGCAGGACCGCTTAGTCTGATCGGAATTGAATTCGGGTGGATATTCGCTTGTACGGGGCGGCAGCCATGGGTGATTTACCATCTCTTGAAAACGTCTGATGTCGTCACGACAACCGGTTCAATCGGTTTGCTGTTCATCCTGTTTACGGTCGTTTACGCCATTTTGGCAGCCGCAGTCATTTATGTACTGCTTTATTATTTCCGCAAACATCCTGTTGAAGAGGATGTAAAAGCGGCGGAATCCTAA MDDLVLARSLFGTTMGFHIIFATLGVGLPLMILMAELIYQKTKDPHYAIMAKRWTKAQAVLLGVAIPTGTIAGTQLALLWPGFMEVIGRVMSLPFQIEIYAFFIEALFMSIYVYAADRLTPAMRIIAVIFVLIGAAASAVLITNVHAFEGTPAGFKILNGKITDVEPWAAFFNPSFFTTAGHVVLTAFMTGAFIVASVAAYKMLRTRKQEQVYRFHRKALLLALTIGGIFSILASLNGHESAQLLYEYQPEKLAGAEGLFETRSHAPLAIGGFTDAKEEKVKWAIEVPWALSFLAANSFDTVVKGLNAFPKDEWPPLFIHTLFNGMVGIGMLLILYSIVGIVWRKILKKDSFPTWLLILFLTAGPLSLIGIEFGWIFACTGRQPWVIYHLLKTSDVVTTTGSIGLLFILFTVVYAILAAAVIYVLLYYFRKHPVEEDVKAAES PGPT0026700_4831 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 D1-12_03984 1041 ythB COG1294 Putative cytochrome bd menaquinol oxidase subunit II ATGGACATTACCATGGATGCTCTCATTGCGATATCAATCGTATGGGGCTTCGTGTTTATCTACGCGGTCATGGCAACGATGGACTTCGGAGCAGGCTTTTGGTCGATGATTTATTTAAATAGAGAACAAACAAAGGCGACAAACATCGCCAACCGTTATTTGTCCCCGACATGGGAAGTGACCAACGTCTTTATCGTCGCGATCGTTGTCGCCCTATTCAGCTTCTTTCCAGGGGCAACCTTCGTGCTGGGAACCGTTTTATTGATCCCGGGGAGTATTATTTTGCTGCTTTTGGCCATCCGCAGCGGCTTTCTCGTCTTCTCCAATACTGCGAAGGAAAGAAAAATCATGAGATATATCTCCGGAATTTCGGGCTTCATTATTCCCGCTGTTCTGATTTTGGTCCTTCCGGTCACACACGGAGGATTTATTGAGAAGACGGGCGGCGTGTATCACCTGAATTTGGAAAATGTCTTTACAAGCCTTAATGCGTATGCGTTTATCGGCTTTGCCATTTTAAGCACTTTATTTTTATCTTCACTGCTTCTGGCCGATTTTTCAAATGTTGCGGAAGAGGAGCATGCGTACCGCATCTACAGACGGAGCTCTTTACTAACAGGGCCGCTGTCGCTTCTTTTTGCCTTCTTCATTATGCTGACATTACGCTCTGAAGCCGGCTGGCTGTATACGGGGATGATGAAAGACAAGACATGGCTCATTCTGTCTGTCATTACATTTATCATTGCCGGTGTGGCTCTGTTTTTGCCGAATAAGCGCTTCGGCCGCAACCTCGGCAAACCGAGAATCGCCATGATCGCCATTGCGCTTCAATACTTTCTGGCAAGCTATGCATACGGACGGGCGCATCTTCCTTATATGATTTATCCGGATATTACGGTCATGTCAGGATTTACGGAGCCGGCAACCTTCAGGGCGCTGTTTATGACGTATATCGTCGCTTTCATCATTTTGTTTCCCGGGTTTTATTTCTTCTGGAAGCTCTTTATGAAAGACAGACGTTATATCCGCCAGGAGGAATAA MDITMDALIAISIVWGFVFIYAVMATMDFGAGFWSMIYLNREQTKATNIANRYLSPTWEVTNVFIVAIVVALFSFFPGATFVLGTVLLIPGSIILLLLAIRSGFLVFSNTAKERKIMRYISGISGFIIPAVLILVLPVTHGGFIEKTGGVYHLNLENVFTSLNAYAFIGFAILSTLFLSSLLLADFSNVAEEEHAYRIYRRSSLLTGPLSLLFAFFIMLTLRSEAGWLYTGMMKDKTWLILSVITFIIAGVALFLPNKRFGRNLGKPRIAMIAIALQYFLASYAYGRAHLPYMIYPDITVMSGFTEPATFRALFMTYIVAFIILFPGFYFFWKLFMKDRRYIRQEE PGPT0026705_1905 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 D1-12_03985 192 hypothetical protein ATGGCGTACCTTTTATCTTGGAGGGGAGCCAGCATGGACCAAAAAATTCTGTGTGAAGTCAATAACTGTTCATATTGGGGCAGAGGAAACAAATGCACGGCCGACGCTATTTATGTGGTCAGCCATACAGGCGAAACCGCTGAAAAAAGTGAAGAAACGGATTGCAAAACCTTTAAACCGCATGATTTATAA MAYLLSWRGASMDQKILCEVNNCSYWGRGNKCTADAIYVVSHTGETAEKSEETDCKTFKPHDL NA NA NA NA NA D1-12_03986 882 mntD COG1108 Manganese transport system membrane protein MntD ATGAGTTATGAAGCGTGGATTTTCGCAACGGGAATCTTAGTCGGCGTGAGCTGCGCGTTAATCGGCACTTTTCTTGTGCTGAGAAACATGGCGATGCTTGCTGACGCGATCAGCCACACGGTGCTGCTCGGAATTGTCGGCGCTTTCCTTGTGACGGGAGCCCTTAACGGAATTCCAATGTTTATCGGAGCTGCGGCATCCGGGCTGCTGACGGCTTTTTTCGTACAGTTTCTGCACAGTAAAGGCGTGCAGTCTGACGCGGCTATCGGTGTCGTTTTTACGTCCTTGTTTGCGATCGGCGTCATTCTGCTGTCTGTATACGGCAAACATGTACATCTTGATATAGAACATTCGCTTATGGGAGAAATTGCTTTCGTTCCGTGGAATACAGCTCAGCTGTTCGGCTTCGATATCGGCCCTAAAGCGTTTTGGATGATTTTATCTGTGCTTATCATCAATGTGCTGTTGATTGTCTGCTGCTATAAAGAATTTAAAATCGCCGCCTTTGACCCGGAAATGGCGATAGCCATCGGCATTCCTGTCCTGGTCATTCATTATGTGCAGATGGGTATGCTGTCGCTTACGACGGTTGCTTCTTTTGATTCAGTGGGAGCGGTTTTAGTCGTTGCGATGCTGATTGTACCGCCTGCAGCCGCCTATTTACTGACAAACCGCCTTTCTTCCATGCTTTTCATCAGTGCGGGTATCGGCGGGCTGTCAGCCGTATTGGGATATGGCGCCGCCACATGGCTCAACGTGTCAATTTCAGGTGCGATGGCTGCGATGACCGGCGTGTTTTTTCTGCTGGCCTTTCTGTTTTCTCCGGCTCAAGGGCTGATTTCAAAAAGGCTTGCGGCGCGGAAATTAAAAAGAGCTGTATAA MSYEAWIFATGILVGVSCALIGTFLVLRNMAMLADAISHTVLLGIVGAFLVTGALNGIPMFIGAAASGLLTAFFVQFLHSKGVQSDAAIGVVFTSLFAIGVILLSVYGKHVHLDIEHSLMGEIAFVPWNTAQLFGFDIGPKAFWMILSVLIINVLLIVCCYKEFKIAAFDPEMAIAIGIPVLVIHYVQMGMLSLTTVASFDSVGAVLVVAMLIVPPAAAYLLTNRLSSMLFISAGIGGLSAVLGYGAATWLNVSISGAMAAMTGVFFLLAFLFSPAQGLISKRLAARKLKRAV PGPT0003850_378 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-MNT-ABC_TRANSPORT_SYSTEM,PGPT0003850-troD|mntD|znuB-K11709 NA NA D1-12_03987 1287 mntC COG1108 Manganese transport system membrane protein MntC ATGGCGCTGCATCATATATGGCTTCAGCTTCAGGAACCGAATACCCAATGGGTGTTGGCGGGAACTTTGCTTCTCGGCATGGCAAGCGGCGTGCTGGGAAGCTTTGTGCTTCTCAGGAGGCAGAGTCTGATCGGCGACGCCATGGCTCATTCGGCTTTGCCCGGAGTATGTCTTGCGTTTCTCATTGCCGGAGAAAAGACGATGCTGTTCTTCTTGATCGGAGCGGCTGCCGCGGGGCTTGCTGGAACTTGGTGCATCCAGAACATCACGGAGCATTCAAAAACGAAGGAGGATTCTGCGATCGGCATCGTATTGTCCGTGTTTTTCGGGATCGGCATTATTCTTCTGACCTATATTCAAAGACTCGGTTCCGGAAGCCAGAGCGGGCTTGATTCTTTTTTATTCGGTCAGGCGGCGTCACTCGTTAAACAGGACATTGTCATCATCGGAGTCATTTCTGCCGTTCTGCTTTTATTGTGCGCCGTCTTTTTTAAGGAATTCAAATTGATCACATTTGATATGGCATTTGCGAAAGGGGCAGGACTGCTTGTCAGGTTTCTGAACGGACTGCTGGTTTTTTTAATTGTTTGTGCGGTTGTGATCGGGCTGCAGACGGTCGGTGTCATCTTAATGGCGGCCATGCTTATTACGCCGGCGATCGCCGCAAGGTATTGGACGGAGCGTTTAACGGTCATGATCGTGCTGTCCGGATTAATCGGCGGGTTATCCGGTGTGGCGGGAACGCTTTTAAGTACGACGACGGACGGTATGGCGACCGGGCCGTTAATTATTTTAAGCGCGGCTTCCGTTTTTCTGTTTTCTCTATTATTCGCTCCGGATCGCGGACTGGTGTCAAAGACGGTTAAACTTTTCCGGCTGAGAAAAAAGACCGCTTTTGAACAAACGCTCTCAGCTATTTACGAGATGAGTGAACAAACGAATGAAACCTCAGTCACCGGGCAGATGTTGAAAAAAGAATGGGAGCGCCCTATCAGGAAACTGGAGAAAAAGGGATACCTCAAGCGCAGCGGAGCCGAACAATGGCGGATGACGGAGGCAGGGCTGACGAAGGGATACGAAATTGTCTTATCACAGCGCATGTATGAAGTTTACCTCATGCATGAAACGGAACTGGCCGGTATAGAAACGGCCGCCAGGGACGAATTTCATCCGGATCTTCTGCCGAAAGAACTGAAAGAAAAGCTTTTGCAGCTTTTACGATTGCACGGGCGAATGCCGAATGAATCACTTCAAAAGGAGAAAGGAGGCGCTTACAATGAGTTATGA MALHHIWLQLQEPNTQWVLAGTLLLGMASGVLGSFVLLRRQSLIGDAMAHSALPGVCLAFLIAGEKTMLFFLIGAAAAGLAGTWCIQNITEHSKTKEDSAIGIVLSVFFGIGIILLTYIQRLGSGSQSGLDSFLFGQAASLVKQDIVIIGVISAVLLLLCAVFFKEFKLITFDMAFAKGAGLLVRFLNGLLVFLIVCAVVIGLQTVGVILMAAMLITPAIAARYWTERLTVMIVLSGLIGGLSGVAGTLLSTTTDGMATGPLIILSAASVFLFSLLFAPDRGLVSKTVKLFRLRKKTAFEQTLSAIYEMSEQTNETSVTGQMLKKEWERPIRKLEKKGYLKRSGAEQWRMTEAGLTKGYEIVLSQRMYEVYLMHETELAGIETAARDEFHPDLLPKELKEKLLQLLRLHGRMPNESLQKEKGGAYNEL PGPT0003840_105 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-MNT-ABC_TRANSPORT_SYSTEM,PGPT0003840-troC|mntC|znuB-K11708 NA NA D1-12_03988 753 mntB COG1121 Manganese transport system ATP-binding protein MntB GTGTATCCTGTCAGCATTGAAAATGTGACGGTAGCCTATCACAAAAAACCGGTCCTGCAGAACGTCACCATGCAGGTGCCGGAAGGAAAACTGATCGGGATTATCGGGCCGAACGGAGCCGGAAAATCAACGTTGATAAAAGCTGTTTTAGGATTAACGCCAAGCGCCTCCGGAACGGTCTCTATTTATGGGAAATCATCAGAAAAGGAGCGGAAGAGGATCGGCTATGTTCCGCAGCGCGGTTCTGTGGATTGGGATTTTCCGACAAGCGCTCTGGATGTCGTTTTAATGGGAAGATATGGGCATATCGGCTGGTGCAGGCGTCCGAAAAAACGTGATATTGATTTTGCTGAAGCCTGTTTGGATAAGGTCGGTATGCTTGATTATGCCAAAAGGCAGATCAACCAGCTTTCAGGAGGCCAGCAGCAGCGGGTTTTTCTGGCCCGGGCTTTATGTCAGGATGCGGATATATACTTTATGGATGAACCGTTTGTGGGAGTTGACGCCGCTACGGAGCGGGCGATTATCACGCTGTTGACGGAATTAAAACAAAAAGGAAAAACCGTGCTCGTCGTCCATCATGACCTGCAGACGGCAAAGGAGTATTTCGATTGGATGCTGCTGCTGAACATGAGAAAGATTGCTTTCGGACCGACTGAACACGTGTTTACAATCGAAAATTTACAAAAAACGTACGGAGGAAGGCTTGCATTTTTGAAAGATCACCTCCTGGCCGAAGGGGGAACGGGCTGA MYPVSIENVTVAYHKKPVLQNVTMQVPEGKLIGIIGPNGAGKSTLIKAVLGLTPSASGTVSIYGKSSEKERKRIGYVPQRGSVDWDFPTSALDVVLMGRYGHIGWCRRPKKRDIDFAEACLDKVGMLDYAKRQINQLSGGQQQRVFLARALCQDADIYFMDEPFVGVDAATERAIITLLTELKQKGKTVLVVHHDLQTAKEYFDWMLLLNMRKIAFGPTEHVFTIENLQKTYGGRLAFLKDHLLAEGGTG PGPT0003845_299 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-MNT-ABC_TRANSPORT_SYSTEM,PGPT0003845-troB|mntB|znuC-K11710 NA NA D1-12_03989 1020 mntA COG0803 Manganese-binding lipoprotein MntA TTGTCCTGTATCAATCATTTGTTCTTAAATATAAAGAATTGTCATAAGACTGACATCAACATCACATTTAAAAGAGAACGGGACAAAGGAAAGGGGACGGATATGAAAAAAAGCAGTGTAATGGCGTCTGTGCTGATGGTTTGTTTTGCATTGTCTTCATGCAGCTCTGAATCTTCAGGCGGACAAAAAGGAAAGCTCACGATTACGGCTACCACTTCTCAGGTGGCTGACGCCGCTGAACATATCGGCGGAGACCATGTTGAAGTGACGTCACTGATGGGGCCTGGAGTCGATCCGCATCTTTATAAAGCATCACAAGGAGATACGAAAAAATTAACGGAGGCGGATGTTGTTTTATACAGCGGACTTCACTTAGAGGGGAAAATGGAGCATATGTTAACGAAAATCAGCAGGCAAAAGCCGTCCGCAGCAGTGGCTGAATCAATACCGAAGGAGAAATTGATTCCAGCGGGTGAGAATATGTATGATCCGCATGTATGGTTCAGCATTCCGTTATGGCTGTATGCCGTTGACGAAATTGAAGCGCAATTAAAAAAAGCAAAACCGGAATATGCAGACGACTTTACAAAAAACGCCCAAGAGTATAAAGAGAATTTGAAATCTTTAGATAAAAAATCGAGAGAAAAGATCGGGACAATTCCCGAAAAAAGCCGTGTACTAGTTACAGCACATGATGCCTTTGCGTATTTTGGCAAGGAATACGGATTTGAGGTCAGAGGACTTCAAGGGCTGAGCACGGACTCTGATTACGGACTGAAAGATGTTCAAAAGCTTGTCAGTCTGCTTGCGGATAAGGAAATTAAAGCTGTGTTTACGGAAAGCAGCGTATCGAAAAAGTCAATAAACGCGGTTGTTGAGGGCGCCAAAGAAAAAGGTCATGATGTTTCGGTCGGCGGCTGGCTGTATTCAGATGCAATGGGCGAAAAGGGGACAAAAGAGGGCACGTACGCCGGTATGTTCGCCCATAACATAGATACGATTGTCAGCTCATTAAAATAA MSCINHLFLNIKNCHKTDINITFKRERDKGKGTDMKKSSVMASVLMVCFALSSCSSESSGGQKGKLTITATTSQVADAAEHIGGDHVEVTSLMGPGVDPHLYKASQGDTKKLTEADVVLYSGLHLEGKMEHMLTKISRQKPSAAVAESIPKEKLIPAGENMYDPHVWFSIPLWLYAVDEIEAQLKKAKPEYADDFTKNAQEYKENLKSLDKKSREKIGTIPEKSRVLVTAHDAFAYFGKEYGFEVRGLQGLSTDSDYGLKDVQKLVSLLADKEIKAVFTESSVSKKSINAVVEGAKEKGHDVSVGGWLYSDAMGEKGTKEGTYAGMFAHNIDTIVSSLK PGPT0003835_37 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-MNT-ABC_TRANSPORT_SYSTEM,PGPT0003835-troA|mntA|znuA-K11707 NA NA D1-12_03990 1116 menC COG4948 o-succinylbenzoate synthase ATGATTAAGATTGAAAAAATCACCCTTTATCATGTAAGTATGAGGCTGAAAAAACCGTTTAAAACAAGTATTGAAACGCTGCAGGACCGTAAATTTTTGATCGTGGAAGCGATCGATGAAACCGGGAGAACCGGCTGGGGGGAGGTATCGGCGTTTTCTTCTCCGTGGTATACAGAAGAAACGATTCAGACATGCGCGCATATGCTGAGAGATTTTTTCATCCCGAATGTCGTAGGCCGCGAGTTTTTTCATCCGTCAGAGGTGCCTGACAGTCTCGCGCGTTTCAAAGGAAACCGCATGGCAAAAGCGGGGCTTGAATCAGCCGTGTGGGATCTATATGCCAAGAAAAAAGGGATATCACTCGCAGAAGCCTTAGGGGGCAAAAGAGATAAAGTGCCCGCCGGCGTGGCGGTGGGTCTGGCTTCGGCTGATGAGATGCTTCGGGAAATTGAGCAATACGTAAAAGAAGGTTATCAACGTATAAAAATAAAAATTCAGCCCGGCCATGACGTTGATCTGGTCAGAGCCATCCGCAGCCGTTTTCCGAACGTACCGCTGATGGCGGATGCCAACTCGGCATATGAACTGAAAGACATCAGCAGGCTGAAAGAGTTGGATGAATTCCAGCTCATGATGATAGAACAGCCGCTTCAGGCAGATGATATTGTCGATCACCGCCACCTGCAGAAACACTTGAGAACCGCGGTATGCCTTGATGAAAGCATATGCTCATATGATGACGCAAGGCGGGCGATTGAGCTTGGGAGCTGTAAAATCATTAACATAAAACCGGCGCGTGTAGGAGGCCTGACAGAGGCTTTAAAAATACATGACTTATGCAGAGAGCATCACATGCCGGTTTGGTGCGGCGGAATGTTTGAAACCGGCATTTCGAGAGCGCAGACAGTCGCGCTTGCTTCGCTGCCGCAATTTACGATACCGGGTGACATTTCCTCATCAGACCGATACTGGGAGGAGGATATTGTCACTCCCGACATCCGTATCGAAGAGGGGTTCATCTCTGTTCCGGACGGTCCCGGACTGGGTGTCGAAGTCAATCAGGAAATAATGAGAAAATACGTCACCCAAATGGACGTTTTTACGACAAACAACTGA MIKIEKITLYHVSMRLKKPFKTSIETLQDRKFLIVEAIDETGRTGWGEVSAFSSPWYTEETIQTCAHMLRDFFIPNVVGREFFHPSEVPDSLARFKGNRMAKAGLESAVWDLYAKKKGISLAEALGGKRDKVPAGVAVGLASADEMLREIEQYVKEGYQRIKIKIQPGHDVDLVRAIRSRFPNVPLMADANSAYELKDISRLKELDEFQLMMIEQPLQADDIVDHRHLQKHLRTAVCLDESICSYDDARRAIELGSCKIINIKPARVGGLTEALKIHDLCREHHMPVWCGGMFETGISRAQTVALASLPQFTIPGDISSSDRYWEEDIVTPDIRIEEGFISVPDGPGLGVEVNQEIMRKYVTQMDVFTTNN PGPT0009375_284 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_K_METABOLISM PLANT_VITAMIN_K_BIOSYNTHESIS,PGPT0009375-menC-K02549 NA NA D1-12_03991 1464 menE_2 COG0318 2-succinylbenzoate--CoA ligase ATGCTGACAGAACAGCCGAATTGGCTCATTCAAAGGGCTCAGCTGACACCAGAGAGAATCGCTCTCATATTTGAAAACAAACAGATGACATTCAGAGAATTATATCATGCTTCTAAACAAATGGCCGCGCGGCTGTCCAAATACTGCTCGCTTAAAAAAGGAGACCGTGCCGCGATTTTGCTTTCTAACAGACCGGAAATGGTTTATGCCGTTCATGCATGCTTCTTATTAGGGGCGGAAGCTGTGCTGTTGAATACGAAACTCTCAAAACAGGAACGGTTGTTTCAGCTCGAAGATTCACAGGCAAAGCTTTTATTGACGGAGGACGGTTTTTGCCGCGAAGATTATGAATCTGCGGTCGCCGCCGCGGACGTGGACGAGCTGCAGGCCAAAGCCGCGGGAGACATTGAACCTGAAGCTTATGTAACGCTTGATGATACGGCGACTCTTATGTATACGTCAGGAACAACGGGAAGGCCGAAGGGGGTGCAGCAGACTTTCGGTAATCATTATTCCAGCGCTGTATCGTCTGCGCTGAATCTGGGGGTCACGGAGCGGGACCGCTGGCTTATTGCGCTGCCGCTGTTTCATATCAGCGGTCTGTCTGCGCTGTTTAAGTCGGTCATTTACGGCATGCCTGTCGTGCTTCATCAAAAATTTTCTGTCACTGATGTGCTGGACAGCATCAGTTCCCATCAGGTCACGATCATTTCAGCGGTGCAGACCATGCTTTCGGGCCTGCTTGCGGAAACTGAACAATGTCCTGAATCACTGCGCTGCATTCTGCTTGGCGGGGGGCCGGCACCGCTGCCGCTCCTTGAAGAATGCCGCAGGAAACAATTTCCGGTATTCCAATCTTACGGCTTGACTGAAACCTGCTCGCAGATTGTCACGCTTTCTCCGGAATTCAGCATGGACAAGCTCGGCTCGGCCGGTAAACCGCTGTTTTCATGCGAAATTAGAATTGAAAAAGACGGAAACCCTTGTGCGCCGTTTGAACACGGTGAAATTACGGTGAAAGGCCCGAATGTAATGAAAGGGTATTACCATCGTGACGACGCAAACCAGGCCGCTTTTCATAATGGATGGTTTAAAACGGGCGATCTTGGCTATTTGGATGATGAAGGGTTTTTATACGTGCTGGACAGGCGGTCGGACCTCATTATTTCAGGCGGAGAGAACATCTACCCGGCAGAAGTGGAAGCGGCGCTGCTTGCCCATCCGGCTGTAGCGGAGGCCGGTGTTTCGGGAGCCGAAGATCCGAAGTGGGGGAAAGTGCCGCATGCTTTTCTCGTGCTGACTTCTTCTGTCAGTTCTGAGGAGCTGACCGTCTTTTGCCGTGAGCGGCTTGCAAAATATAAAATACCGGCTGCTTTTTTCGAGGTTGACGAGCTCCCGCGGAACGCGTCCAATAAACTGATGAGACATCGGCTGAATGAGCTTCGTAAAGGAGAATTGTCATGA MLTEQPNWLIQRAQLTPERIALIFENKQMTFRELYHASKQMAARLSKYCSLKKGDRAAILLSNRPEMVYAVHACFLLGAEAVLLNTKLSKQERLFQLEDSQAKLLLTEDGFCREDYESAVAAADVDELQAKAAGDIEPEAYVTLDDTATLMYTSGTTGRPKGVQQTFGNHYSSAVSSALNLGVTERDRWLIALPLFHISGLSALFKSVIYGMPVVLHQKFSVTDVLDSISSHQVTIISAVQTMLSGLLAETEQCPESLRCILLGGGPAPLPLLEECRRKQFPVFQSYGLTETCSQIVTLSPEFSMDKLGSAGKPLFSCEIRIEKDGNPCAPFEHGEITVKGPNVMKGYYHRDDANQAAFHNGWFKTGDLGYLDDEGFLYVLDRRSDLIISGGENIYPAEVEAALLAHPAVAEAGVSGAEDPKWGKVPHAFLVLTSSVSSEELTVFCRERLAKYKIPAAFFEVDELPRNASNKLMRHRLNELRKGELS PGPT0009380_243 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_K_METABOLISM PLANT_VITAMIN_K_BIOSYNTHESIS,PGPT0009380-menE-K01911 NA NA D1-12_03992 819 menB COG0447 1,4-dihydroxy-2-naphthoyl-CoA synthase ATGGCTGCAGAATGGAAAAGTGAACGTCAGTACGATGAAATCCTGTACGAGACGTATAACGGTATTGCAAAAATAACAATTAACCGCCCGGAGGTACATAACGCATTTACTCCTAAGACGGTATCAGAAATGATTGACGCGTTTGCTTGTGCGCGTGATGACTCCAATATTGGTGTCATCGTTCTTGCGGGAGCGGGAGATAAAGCATTCTGTTCAGGCGGAGACCAAAAAGTACGCGGTCACGGCGGATATGTCGGAGACGATCAGATCCCGCGTCTGAATGTGCTTGATCTTCAGCGTTTGATCCGTGTTATTCCTAAACCGGTCGTAGCGATGGTATCAGGCTATGCCATCGGCGGAGGCCATGTGCTTCATATCGTCTGTGATTTAACGATTGCGGCCGATAACGCGATTTTCGGCCAAACCGGACCGAAAGTGGGAAGCTTTGATGCCGGTTACGGCTCAGGTTACCTGGCGCGTATCGTCGGACATAAGAAAGCCCGTGAAATCTGGTACCTGTGCCGTCAATACAACGCGCAGGAAGCGCTCGACATGGGGCTTGTCAATACGGTTGTCCCATTAGAGAAACTTGAAGAGGAAACAATTAAATGGTGTGAAGAAATGCTTGAGAAAAGCCCTACAGCCCTTCGTTTCCTTAAAGCGGCATTTAACGCAGATACAGACGGCCTCGCCGGAATTCAGCAATTTGCAGGAGATGCAACGCTTCTTTATTACACGACTGACGAAGCGAAAGAAGGCCGCGATTCCTTTAAAGAGAAACGCAGTCCCGATTTCGGTCAATTCCCTCGTTTTCCGTGA MAAEWKSERQYDEILYETYNGIAKITINRPEVHNAFTPKTVSEMIDAFACARDDSNIGVIVLAGAGDKAFCSGGDQKVRGHGGYVGDDQIPRLNVLDLQRLIRVIPKPVVAMVSGYAIGGGHVLHIVCDLTIAADNAIFGQTGPKVGSFDAGYGSGYLARIVGHKKAREIWYLCRQYNAQEALDMGLVNTVVPLEKLEEETIKWCEEMLEKSPTALRFLKAAFNADTDGLAGIQQFAGDATLLYYTTDEAKEGRDSFKEKRSPDFGQFPRFP PGPT0009385_1362 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_K_METABOLISM PLANT_VITAMIN_K_BIOSYNTHESIS,PGPT0009385-menB-K01661 NA NA D1-12_03993 825 menH_2 COG0596 2-succinyl-6-hydroxy-2,4-cyclohexadiene-1-carboxylate synthase ATGGAAACTGTAACTGTTAAAACGGCCGACGGCGTATGCTATCGGGCTGCTGATAGCGGACACGAATCGTCTGAAGCTATTGTTTGTCTGCATGGATTTACGGGCAGCAAAGAATCATGGATGTTTTTACGCGGCATGTTTCCCGGCGAACGAATGGTGATGATTGACTGCCTGGGTCACGGGGAGACAGACGCGCCTGGGCAAGCGGCAAGGTATAGTACGAGCCGGCAGGTTGCGGACCTTGCCGCCGTTTTTGATCAATTAAAACTTCACAAAGTGAAACTTATTGGTTATTCTATGGGGGGGAGACTTGCGTATTCCTTTGCACAGGCATTTCCGCATCGGGTGTCAGCGCTTGTTTTGGAAAGTACAACCCCGGGCCTGAGCACGCTTCAGGAACGCAAGAAGCGGATTCAGTCAGACCGGAAGCTTGCTGACTTTATATTGCGGGAAGGTATAACATCGTTTGTCGATTATTGGGAGAGCATTCCGTTGTTTGCCACGCAGCTTTCTCTGCCGGACAGCGTAAAGGCATCCATCCGTGCCGGCAGGCTGAAAAATAATCCGTCCGGACTTGCAGGCAGCCTGCTCGGAATGGGGACGGGCTCACAGCCTTCCTGGTGGGAGGCATTACACCGCATCAAGGCGCCCGTCCTGCTCATATGCGGTGAATGGGATGAAAAGTTTTGCGCTATTAATCAAAAGGTGCATAACCTGCTCCCATCAAGTAAAATAGAGGTTGTCAAACAGGCGGGGCACACGGTACATGTGGAACAGCCGCGAATTTTTGGTAAGATAGTAAGTGAGTTTTTATACGGCTTGTAA METVTVKTADGVCYRAADSGHESSEAIVCLHGFTGSKESWMFLRGMFPGERMVMIDCLGHGETDAPGQAARYSTSRQVADLAAVFDQLKLHKVKLIGYSMGGRLAYSFAQAFPHRVSALVLESTTPGLSTLQERKKRIQSDRKLADFILREGITSFVDYWESIPLFATQLSLPDSVKASIRAGRLKNNPSGLAGSLLGMGTGSQPSWWEALHRIKAPVLLICGEWDEKFCAINQKVHNLLPSSKIEVVKQAGHTVHVEQPRIFGKIVSEFLYGL PGPT0009370_245 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_K_METABOLISM PLANT_VITAMIN_K_BIOSYNTHESIS,PGPT0009370-menH-K08680 NA NA D1-12_03994 1737 menD COG1165 2-succinyl-5-enolpyruvyl-6-hydroxy-3-cyclohexene-1-carboxylate synthase TTGACAAACCCGATTACACATTATATCGGAAGCTTTATTGATGAATTCGCTCTATCGGGTGTCACCGACGCGGTTGTTTGCCCGGGATCGAGGTCAACTCCCTTGGCGGTTTTGGCGGCGGCCCACCCGGATATTCAAGTCCATATACAGATTGATGAACGGTCCGCAGGTTTTTTCGCACTCGGTCTTGCAAAAGCCCGCCAGCGTCCGGTCATGCTGATTTGTACGTCAGGAACGGCAGCGGCTAACTTCTATCCGGCCGTGATTGAAGCTCATTATTCAAGAGTGCCGCTTATTGTCCTGACTGCTGACCGGCCTCATGAATTGAGGGAAGTGGGGGCGCCTCAGGCGATTAACCAGCATTTTCTGTTCGGTAACTTTGTTAAGTTTTTCACAGACTCGGCTCTGCCTGAAGAAAATCCTCAAATGCTGAGCTATATCAGAACATTGGCCGGCAGAGCCGTAAGTGAAGCCGGGAAGCGCCCGATGGGGCCGGTCCATATCAATGTGCCGCTCAGAGAGCCTTTGATGCCGGATTTATCAGCCGGACCTTTTGAAAGAATGAGAAAGGGGCGGCACGTCTCAGTCACAACAGGGATTCAGTCAGCTGATCAAGATTCTCTCTGTCATATTACAGAGCGTCTCGCGGGGACCGAAAGAGGTATGATCGTCTGCGGCGAAATTCACGGTGAAGCAGAAAAGCAGCAAATCATCGCGCTTGCCGAGATGCTTCAGTTCCCGATTTTGGCTGATCCGCTTTCAAACCTCCGAAACGGGGAGCATGATAAGACGCTGATTATTGATGCTTATGACTCGTTTTTAAAAGATGAAGAAATAAAAGAGGCGCTGCGCCCTGACGCTGTGATCCGCTTCGGTCCGATGCCGGTTTCCAAACCGCTCTTTTTATGGCTCAGAGATGATCCTGCCATTGAGCAGTTTATCGTCGATGAAGACGGAGGATGGAGAGATCCCACCCAGGCCGGCGCGCATATGATTCATTGCCATCCGTCGGTGTTTTTGGAAGCGGTCCGTTCAGCTGAAACCGGAAAACGGCCGTCCGAATGGCTTGAGAAATGGCAATTTGTCAATGACCGGTTCCGGAGTCATTTACAGGCCGCGAACATGGATGATTTATCATTTGAAGGAAATGTATATCGTCAGCTTCAGCACCTTGTCCCTGAAGGCAGTTCGATTTTTGTCGGCAACAGCATGCCGATTCGCGACGTGGATACGTTCTTTGAAAAACAAGATCGTTCCTTCCGTGTTTATGCCAACCGCGGCGCTAACGGCATTGACGGAGTTGTCTCCTCGGCTATGGGACTGTGTGAGGGTACAAAAGCTCCTGTCACGCTTGTAATTGGAGATTTATCGTTTTACCATGATTTAAACGGGCTGTTAGCGGCTAAAAAACTTGGAATTCCGCTTACGGTTATTTTAATAAACAATGATGGCGGCGGGATTTTCTCGTTTTTGCCGCAGGCATCTGATAAGACTCATTTTGAAGAACTGTTCGGTACGCCGACGGGTCTTGATTTCCGGCATGCCGCCGCACTGTACGGCGGGACGTATACTTGCCCTGAGACATGGGAAGCATTTAAGGATGCGTATCAGCCGCAGGCGGACAAGCCCGGACTTCATATAATCGAGCTGAAAACAGATCGGACATCAAGAGTTCAATTCCATCGCGATCTGCTGCAGGCCGCAGTGCGGGAAGTGAAAAAAGAATGGAAACTGTAA MTNPITHYIGSFIDEFALSGVTDAVVCPGSRSTPLAVLAAAHPDIQVHIQIDERSAGFFALGLAKARQRPVMLICTSGTAAANFYPAVIEAHYSRVPLIVLTADRPHELREVGAPQAINQHFLFGNFVKFFTDSALPEENPQMLSYIRTLAGRAVSEAGKRPMGPVHINVPLREPLMPDLSAGPFERMRKGRHVSVTTGIQSADQDSLCHITERLAGTERGMIVCGEIHGEAEKQQIIALAEMLQFPILADPLSNLRNGEHDKTLIIDAYDSFLKDEEIKEALRPDAVIRFGPMPVSKPLFLWLRDDPAIEQFIVDEDGGWRDPTQAGAHMIHCHPSVFLEAVRSAETGKRPSEWLEKWQFVNDRFRSHLQAANMDDLSFEGNVYRQLQHLVPEGSSIFVGNSMPIRDVDTFFEKQDRSFRVYANRGANGIDGVVSSAMGLCEGTKAPVTLVIGDLSFYHDLNGLLAAKKLGIPLTVILINNDGGGIFSFLPQASDKTHFEELFGTPTGLDFRHAAALYGGTYTCPETWEAFKDAYQPQADKPGLHIIELKTDRTSRVQFHRDLLQAAVREVKKEWKL PGPT0009365_676 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_K_METABOLISM PLANT_VITAMIN_K_BIOSYNTHESIS,PGPT0009365-menD-K02551 NA NA D1-12_03995 1416 pchA COG1169 Salicylate biosynthesis isochorismate synthase ATGGTGACAACGGTGCAGCATACGTTCCGAGAGGAAGCAGATCATGCATTACATAAAGCCAAACAAGTCAACCATGCTGTCTTATTGAGCTATTCAAGACGTATTGCGTCTTTAGACCCTCTATCATTTTTCAAAGACGGAGCAAAAAAATATAAAGGCAAACGATTTTTTTGGTCAGAACCCGGTAGTGAATTAACAATAGTCGGTCTTGGCACAGAAGCGCTGTTCCAATCGAATGAAAAAAATGGAAAGCGTTATCACGACGTTTTTGAACAATGGGAGCGCTTTAAAAAGATGGCTTTTCATATTCATGAAGAAGAAGAGGCGGCGCATACCGCGGTCGGCCCTGTCTTATTCGGCGGTTTTTCATTTAATCCCGCTGAAGAGAGAGGAGACGAATGGAACGGGTTCGAAGAAGGGCTGTTCTTTATCCCCTCACTCATGCTGACAAAGACGGCAGATGGTGATTATTTAACCGTCAATCAATGGGCAGCAGACGGTAATCAGGCAGAAGATACGCTGAAACGTCTGAAATCTTTTTCGGAAGCTTTTTCAGTTTCTTCAATCGAGTATGAAGAATATCCTGTTTTAACAAAAGCGGAAGAACTTGATGTGGAAAACTGGCTTGAAGCCATTAAAACAGCAACAAATGATATGAAAGCAAATCAATATGATAAAGTCGTGCTGGCAAGGGAAGTCGTTTTGTCATATGATGGGCCTATTCCGGCAGAGAGCGTTGTCCGTAAGCTTTTGACGGACCAAACGACAAGCTATGTTTTTGCGATTGAGCAGGGAGATAAATGCTTTGTCGGCGCTTCACCGGAACGGCTGATCAAAAAATCCGGCAAAGACGTCATGTCCACCTGTCTGGCAGGTTCAATTAAGCGCGGAGAAAATCAACAAGAAGATGACCGTCTCGGCAAGGAATTGCTGCATGACGAAAAAAATCTCGCGGAACATGATTTTGTGGTTCAGATGATACACGATTCTTTCTTGTCGAGCTGCAGCGATGTGAAAAAGCCTGCAGGTCCGCAATTATATAAAACAAAAAGTGTTCAGCATCTATATACGCCGATCACAGGCCATCTTAAAACGTCCGCTTCGCTGTTTGATTTAATTGAAAAGCTGCATCCCACACCGGCATTGGGCGGAGCTCCCCAGCAGAAAGCTGTTGAGGTTATCGCTGATATTGAACCGATGACACGCGGATGGTACGCGGCTCCGATCGGCTGGATGGACGGCAGGGAAAACGGAGAATTTGTCGTGGCTATCCGATCAGGGCTGATTGAAGGCAAAAGTGCGCGGCTTTTCGCAGGCTGCGGTATTGTTGAAGATTCAGATCCGCAATCAGAATATGAAGAAACACAAATTAAACTAAAGCCGATGATCTCTGCTTTAGGAGGTGAAAGGCTTTGA MVTTVQHTFREEADHALHKAKQVNHAVLLSYSRRIASLDPLSFFKDGAKKYKGKRFFWSEPGSELTIVGLGTEALFQSNEKNGKRYHDVFEQWERFKKMAFHIHEEEEAAHTAVGPVLFGGFSFNPAEERGDEWNGFEEGLFFIPSLMLTKTADGDYLTVNQWAADGNQAEDTLKRLKSFSEAFSVSSIEYEEYPVLTKAEELDVENWLEAIKTATNDMKANQYDKVVLAREVVLSYDGPIPAESVVRKLLTDQTTSYVFAIEQGDKCFVGASPERLIKKSGKDVMSTCLAGSIKRGENQQEDDRLGKELLHDEKNLAEHDFVVQMIHDSFLSSCSDVKKPAGPQLYKTKSVQHLYTPITGHLKTSASLFDLIEKLHPTPALGGAPQQKAVEVIADIEPMTRGWYAAPIGWMDGRENGEFVVAIRSGLIEGKSARLFAGCGIVEDSDPQSEYEETQIKLKPMISALGGERL PGPT0009360_263 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_K_METABOLISM PLANT_VITAMIN_K_BIOSYNTHESIS,PGPT0009360-menF-K02552 NA NA D1-12_03996 720 dksA RNA polymerase-binding transcription factor DksA GTGCTTACAAACGAACAGATCACACACTTAAAAAAAGAATTGGAAGAAGCCAGACATGATATTTTAAGCCGCTTTAAAGAAAATGATCAATTTCAGTTAACTGATGAATTCCCGTATCAGTCATCCGGCGAATTGTCTTCCTATGACAATCATCCCGGCGATCAGGCGACCGAATTATACGAGCGGGAAAAAGACCTGGCTCTGCTCGACCATGAACGGGAGCACCTTCGCGACATTGATTACTCTCTGAAACAAATTGAAAACGGCACATACGGCACATGTGAAGTCAGCGGCAAGGACATTCCTTATGACAGACTTGAAGCTCTGCCGACGGCTACGACATTGGCGGAATATTCCTCGCAGGATGCCGTTTCCAAAGACAGGCCGATTGAAGAGGAAACACCGTTCGGACAGTTTGAATTTGATGATGATGAATCAATCCGGGCGGCTTACGATAGTGAAGATGCTTATCAGGATGTTGAGGAATACGGAAACTCAGAAACGCCTCAGGATTTAGAGGATCCTCCGCTCAGCTATGGGGATATGACAATGAACTCAGAAGAAAACATCGGCTATGCTGAGGATTATGAAAACTTTATCGCGACAGATATTACCGGAAAAAACATTTCCGTGTATCCAAGCAAAGCACACGAAAAATATGAACAGGAACTTGACGAAGAAAGAATTATGACGACATTCGGCGATCTTCATGCTGATTAA MLTNEQITHLKKELEEARHDILSRFKENDQFQLTDEFPYQSSGELSSYDNHPGDQATELYEREKDLALLDHEREHLRDIDYSLKQIENGTYGTCEVSGKDIPYDRLEALPTATTLAEYSSQDAVSKDRPIEEETPFGQFEFDDDESIRAAYDSEDAYQDVEEYGNSETPQDLEDPPLSYGDMTMNSEENIGYAEDYENFIATDITGKNISVYPSKAHEKYEQELDEERIMTTFGDLHAD NA NA NA NA NA D1-12_03997 471 tspO COG3476 Tryptophan-rich protein TspO ATGAAAAAGAAGTATATCGGTGCGATTATTGTATTTATCATTACATATGTCTTGTTTTCTTTAGCGGGGGTTCTCTTTCCCATCGACCGGGAATGGTATGACGCGCTGCAAAAAACCGACTGGACGCCGAGCGGATCAGTGATCGGTATCATATGGGCGGTTTTGTTTGCGCTTATTTCGCTCTCAGCAGCCTTGATATACGCAAAGTTTTCATGTAAAGAATCCAAAGCTTTTTGGGTGATGCTTCTCATCAATTATATCGTGAATCAAGGATTCAGCTATTTTCAATTCACACAGAAAAGTTTGCTTGCTGCATCTATCGATTGCCTGCTTGTGGCGGTGACAACACTCATTCTGTTGCTCATTGCCGGTAAATACAGTAAAGCTTCAGCCTGGCTTCTGGTTCCTTATTTATTATGGAGCGCTTTTGCCACATACCTGTCTTTTACCATTTATGCTATGAACGCATAA MKKKYIGAIIVFIITYVLFSLAGVLFPIDREWYDALQKTDWTPSGSVIGIIWAVLFALISLSAALIYAKFSCKESKAFWVMLLINYIVNQGFSYFQFTQKSLLAASIDCLLVAVTTLILLLIAGKYSKASAWLLVPYLLWSAFATYLSFTIYAMNA PGPT0014330_1836 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014330-ytaB-K05770 NA NA D1-12_03998 165 hypothetical protein ATGAATTATTGGGTATTGGCACTATATTATAAATGGGCCACTCCGGAGATGGTGAAAAAGGCAATGTATTACGACGATTGTTCTGCAGCCGATTTACAGCAGGGCGTTGAAAAGAAGCTCGTTACCCCGGAACAGTATATAGAGATCACTGGTAAAGCCTTATAG MNYWVLALYYKWATPEMVKKAMYYDDCSAADLQQGVEKKLVTPEQYIEITGKAL NA NA NA NA NA D1-12_03999 339 xkdW Phage-like element PBSX protein XkdW ATGAATATAGGTGAAGCAATCCTTTATAAATATCCCGATGCCGATCCGACTAAAGATTTTATCATTCAGAATAATGGCGATGGTACCCCCTCTTACATTGCACGATGGAATATCCGGGCTCCTATCCCTACAGAAGCGGATTTACAAGCTTGGTGGGACGAATTAAAACAAAATCCGCCATTTGAACTGCCTGATCAAATTCAATTACTGGCACAGAAGCTTTCGGAAGAAAAACTGGCCCGTAAACAGCTTGAAGAATTAAATCAAACACTTGGACGGCAGCTATCGGAACTAAAGCTCGCCATTATGTCATGGATAGAGAGGGATGAATCAAAATGA MNIGEAILYKYPDADPTKDFIIQNNGDGTPSYIARWNIRAPIPTEADLQAWWDELKQNPPFELPDQIQLLAQKLSEEKLARKQLEELNQTLGRQLSELKLAIMSWIERDESK NA NA NA NA NA D1-12_04000 1098 hypothetical protein ATGGCTTACGAAGCAAAAACAAATTGGCTTCCAGACGACCCGATTAACGAAGGTGATGTTAACCGCTGGGAAAAAGGAATAAAAGACGCCCATACGGACCTTGCATCTCATAAAAACGACATGAATAACCCGCATAAAACGACAAAGGGACAAGTCGGCCTCGGGAACGTGGACAACGTGCAGCAGGCTCCGAAACGAGACTTTGATATTCATGTGAATGATGCTGAACTTCATATCAATAAAGAAGAGCGGGAAAACTGGAACAACAAAGAAACCCCTGAAGGAGCAAAAGAAAAAGCTAAGCAGGCATTGACTGATGCTATCAATTATGTGGATTCCAATTTCAAAAACGAGAACCTAATTTGCATTCGTGATGGAGATGAAAGAGCGATCGTCGATGCAAGAACACCAGGCACTGATTACCCTGAAGGAATAACTTTTATGGGTATCTATGAGGGCAATGACACAGGCTACCCTCTTGGCTATGGCTTAATTAAAAATGAAAATTTAAACAAATGGCGCTTTGCTCAGTATTTCTATGGTAATGGCGATGGAACAAAGAGGAAGAATATCGGGACATGGATCCGCCATTGGTGGGATAGTACAGGCTGGACAAAATGGGAAAAGATATCAGGTTTTGCTCACGCAAGTGTGGGAGTATCCGATGTTCAATATTTAAAGCAGATTGATCACACCAAGATAGCTTTTAATCGAAAAATAAAAGACAGTCATGATGCTTTTGATATTAAAAATAATAGATTTGTCGCGCCGAATGATGGAATGTACTTGGTGAATGTTGGGCTTTATATGATCAATTACGCTATGTATATCAACTTTCATTTGAAGGTGTATCTGAACGGAAAAGAGTATAAAACCCTTGACCACTATAGAGGATATTTTGATAACGGCAAAGAAATGAATTTAGGGTTAAACGGAACAGCCACTATTCCAATGAACAAGGGCGATTATGTGGAAATCTTCTGCTACTGTAATTATGGCGGAGATGAAACCGTCAAGAGAGGCATTACTGATAAGAATGATGTTTACAACTTCTTTGATATTCAAGAAGTTGGAGGATTAAATTATGCCAATGTGTGA MAYEAKTNWLPDDPINEGDVNRWEKGIKDAHTDLASHKNDMNNPHKTTKGQVGLGNVDNVQQAPKRDFDIHVNDAELHINKEERENWNNKETPEGAKEKAKQALTDAINYVDSNFKNENLICIRDGDERAIVDARTPGTDYPEGITFMGIYEGNDTGYPLGYGLIKNENLNKWRFAQYFYGNGDGTKRKNIGTWIRHWWDSTGWTKWEKISGFAHASVGVSDVQYLKQIDHTKIAFNRKIKDSHDAFDIKNNRFVAPNDGMYLVNVGLYMINYAMYINFHLKVYLNGKEYKTLDHYRGYFDNGKEMNLGLNGTATIPMNKGDYVEIFCYCNYGGDETVKRGITDKNDVYNFFDIQEVGGLNYANV NA NA NA NA NA D1-12_04001 273 hypothetical protein ATGATTTCAGAAGCATATAGAGAGCGAACTGCTGCAGATTTAAAAGATCGAATCAGCAAAGTGCTGCTGAATGGAAAAGAGACTGAAATCGTGGAGCTTTCGATCAGTGGCGCGGTGGTTACGGTGCTCACACATCGTGAAGAGGATATTAAGCACATTGAATCAGTGCAGATCATTGATGACTTGGGAAATGTGATTACTGAACGAAAGACTGATTTAAATGTCAGTGATAACAGAACGTTAGATTTTAGGTTTACTTTTGAGGTGGTATAA MISEAYRERTAADLKDRISKVLLNGKETEIVELSISGAVVTVLTHREEDIKHIESVQIIDDLGNVITERKTDLNVSDNRTLDFRFTFEVV NA NA NA NA NA D1-12_04002 579 hypothetical protein TTGAGCAAACTCGATGAAATGACGGCTTACCTGCCACCGTTCTTAACAAAGTTGAAAGAAATGACTCAAATCCTTCAGACAGAAGCACCGGAATTTGAAAAGCAAAATGAGGGCATCTTTGATCTGACAGATCAGCTGTTTGTCACAACAGCTACCTGGGGGCTTGAACGCTGGGAAAAAATATTAAATGTGCCGCGCGAGTCGGGTGATACGTATGAGATTCGCAGGCTGCGCCTGATTTCCAAAATGTCCAATATTCCTCCGACAACATATTTGGCCATCGAGCGGGCGCTTAACAGGTTCTTGAAAAATCCGTCTGCCTGCGTCCGTCTGATTCCTGGAGAGTATCACTTTAACGTTGATATTGATATAGATGATCTGCAGCACATGACTGAGCTTATTGAGACGTTAGAGAACATGAAGCCGGCACATTTGGCTTACACACTCAGGCCGGCCTTTAATGAGAGTCTGCAAATAAAGGATACAGTGATATTGAATCACAGGAGATACCGTAAAGTGAGTGAGCTTCGCGTAGGTTATTCCGTAACTCTTAATAACAATGAGGTGATCTTGACATGA MSKLDEMTAYLPPFLTKLKEMTQILQTEAPEFEKQNEGIFDLTDQLFVTTATWGLERWEKILNVPRESGDTYEIRRLRLISKMSNIPPTTYLAIERALNRFLKNPSACVRLIPGEYHFNVDIDIDDLQHMTELIETLENMKPAHLAYTLRPAFNESLQIKDTVILNHRRYRKVSELRVGYSVTLNNNEVILT NA NA NA NA NA D1-12_04003 1047 hypothetical protein ATGTTTGAAGATCAAACGTTTGAGGAGATTATGGATCGTATGCTGTCCCGTATCTCTGCGGATATTGATACAAGAGAAGGCAGCGTCATTTACAATGCGCTCGCGCCTGCGGCAGCTGAGCTCGCAAAGTCTTATATTTGGCTTGATACCGTGCTGGAGCTCGTGTTTTCCGATACGGCTCAGGGCGAATTTCTGGACAGGCGGGCTGCTGAAGCGGGGATTGAAAGAACGGCGGCCACAAAAGCTGTAAGGGCGGGCGAATTCACATCAGGGGTGAAAATTCCTGCGGGTTCCCGCTTCTTTGTTGATAATCTCTATTTTCAATATACAGCGGATGGAACATTAGAATGTGAAACGGCCGGTGAAGCTGGTAATGCAAATATCTCCGGACAAAATCTTTTGTCGCTCGATACGATACCAGGACTTCAAAAGGCGATAGTGAAAGAGATCCTGATTCCTGGCCGCGAAGAGGAAGACGACAATAATTTGAGAGAACGCTATTTTACCCGCGTGCGCCGAGAAGCCGTAAGTGCTAATAAAGAGCATTATAAGCAGTGGGCGGAAGAAGTGGACGGAGTGGGTAAAGCGAAGGTCTTCCCGCTTTGGAAGGGAGACGGCACTGTCAAGATTGTGGTGACGGATGCTAAGCTGGAACCGGCTTCGGATATTCTGATAACAAAGGTCAGTGACTATATTGATCCGGAGCCCGGACAAGGAGAAGGCCAGGCGCCAATCGGTGCGTTTGTGACTGTAGAAAGTGCAGAATGGAAAGAGATTGAGATTTCCGCCTCTGTGCTGCCTGAAATCAATAGTTCGATTGACCAAGTTAAAGATGAAATAGAAGCGGGGGTCCTGAATCTTTTCAAGAAGATGGCCTTTGAAGATAATGTGATCCGGCTCTCTCAAATTAACAACATCGTGTATAATTCGCCATCCGTGAGCGATTACTCTGATATTAAAATTAACGGATTGGCTGAAAATTTGGTTCTGGATGATATTGAAATCCCTAAGCTCAGGCAGGTGACGATCGTTGAGCAAACTCGATGA MFEDQTFEEIMDRMLSRISADIDTREGSVIYNALAPAAAELAKSYIWLDTVLELVFSDTAQGEFLDRRAAEAGIERTAATKAVRAGEFTSGVKIPAGSRFFVDNLYFQYTADGTLECETAGEAGNANISGQNLLSLDTIPGLQKAIVKEILIPGREEEDDNNLRERYFTRVRREAVSANKEHYKQWAEEVDGVGKAKVFPLWKGDGTVKIVVTDAKLEPASDILITKVSDYIDPEPGQGEGQAPIGAFVTVESAEWKEIEISASVLPEINSSIDQVKDEIEAGVLNLFKKMAFEDNVIRLSQINNIVYNSPSVSDYSDIKINGLAENLVLDDIEIPKLRQVTIVEQTR NA NA NA NA NA D1-12_04004 426 hypothetical protein TTGGCCCTTTCACCAGAAATAGTATTTGATGATTTTGAAGATGACAGCGAAGCAATAGAGACATCGCGCACATATAGAATTGACTTTGAAAATGGGCGAATTACTAATGAGCTGATCGCAGGACTTGAGGCAATTAAACAATTTGTTTATATGGCCCTGCATACAGAGCGGTATTCCTATTCTGTTTTCAGTCATGACATTGGTAATGAGCTTCAAGAGGTTCTTTCTGATAACGAGACAACAGATGCATATAAAAAAATGGAGATCCCGAGGCTGATCGAAGAAGCTTTAATTTATGATGATCGAATTTCTTCTGTCACTGATTTTGAGATTGATAAATCAGGTGATAGGTTCATAGTTTCTTTTATCGTAGAGACAGACGAGGGCACGCTGGAGATCGAGGAGGTGCTTGGCGAGGATGTTTGA MALSPEIVFDDFEDDSEAIETSRTYRIDFENGRITNELIAGLEAIKQFVYMALHTERYSYSVFSHDIGNELQEVLSDNETTDAYKKMEIPRLIEEALIYDDRISSVTDFEIDKSGDRFIVSFIVETDEGTLEIEEVLGEDV NA NA NA NA NA D1-12_04005 267 hypothetical protein ATGAGGTTAAGTGAAGCAATTAAACATCTGGCTATCGGTGCTGTTGGTTCTGAGTCGCCGGTGGATATGCTGCCGGCTGAAGTCGTTTCTGTTTCCCCTGTTGAAATTAAGCTCAATGAAAACGAAAAATTGATCATTCCTTCTGACTTAATTATTATCCCTAAACGCCTGCGCGCCGGGGGAGAAGATGAGCTTAAAAACGGTGAGAATGTAATGGTTGTCTCCTTAAAAGGCGGACAATCATTTTTTATTCTCGACAAAATATAG MRLSEAIKHLAIGAVGSESPVDMLPAEVVSVSPVEIKLNENEKLIIPSDLIIIPKRLRAGGEDELKNGENVMVVSLKGGQSFFILDKI NA NA NA NA NA D1-12_04006 981 hypothetical protein ATGATTGAGCTTTTTGTCATTAAAGAAACAGAATGGCTTGAGCTGGTAACAGAGACAGTCTCTCTTGAAGGACAGCGATATCAAGCGCCGCGTTCAATCACGGCCACGATCATAACAAAGCAAGGAAATCACTCTTATTACAGCGTAACTGAAGGCGATACCGTTCTATTCAAGTGGAAAGGTAAAGAGTTATTCCGCGGCATTGTGTTTTCCCGTAATCCGGATGATCATAAATTGACTTTTACGGCTTATGACATGCTTCAATATCTGGTAAAGAACAAAGATGTTTACGTCTTCTCAAATCAGCGTGCTGATCAAATAGTAAAGCGGCTGGCTCGAGATTTTCAGATTCCCGCCGGGTCTATCACAAAAACAGCCTATACTATTAAATCATTGGTCTTTAAAGATGATACAAGCCTTTATGACATGATATTAAAGGCATTGAAGCAAACAAAAAAACAGACCGGTCATAATTATCAGTTATATGCCTCAAAGGGTAAGCTTTGTCTCAGGGCTTGGCCTGACCCGTCGGAAGTTTGGGTGTTAGAGACAGGCGTAAACATCACAGGATACCAGTATAGCACCTCAATTAATGAGACAGCTACGAAGGTCAAACTCCGGCGCCAGAAAGACAATAAGACGTATACTGCCACTGCAAAAGATAATTCAGGAATTAATAAATACGGGGTTCTGCAGTATGTGGAAACTGTCTCGGATAATATTAATCAGGCGCAGCTTCAGCAGCGAGCGAACGTACTCCAATCACAGAAAAAAGGTGTGAAAAAGGAATTAAAGAGTATTCAAGCTATTGGTATTCCTGACTTGCAGAGCGGGCTTCCGGTGTATATTTCTATTCCGGAAGTGGGGGTCAAGAAAACATATTGGATTGATTCTGACAAGCACGAATTTAAAGGCAGCTCCCACACGATGACAATTGATGTGGTTGAGAAAAACACAATCCCGGACGGGGCTTCATCATGA MIELFVIKETEWLELVTETVSLEGQRYQAPRSITATIITKQGNHSYYSVTEGDTVLFKWKGKELFRGIVFSRNPDDHKLTFTAYDMLQYLVKNKDVYVFSNQRADQIVKRLARDFQIPAGSITKTAYTIKSLVFKDDTSLYDMILKALKQTKKQTGHNYQLYASKGKLCLRAWPDPSEVWVLETGVNITGYQYSTSINETATKVKLRRQKDNKTYTATAKDNSGINKYGVLQYVETVSDNINQAQLQQRANVLQSQKKGVKKELKSIQAIGIPDLQSGLPVYISIPEVGVKKTYWIDSDKHEFKGSSHTMTIDVVEKNTIPDGASS NA NA NA NA NA D1-12_04007 660 hypothetical protein TTGACTAAGTCTGTTTATGAGTTTTGGATATCACAGGGTAAGGACAGGCTGCGGCTGCCCGTCCTTCCGGAACAGATCGACATATCTGATACGATTCAAAATGACTCTGTAAAGGTTGCCCGCTTCGGTGAGATTACCTTTATAGATAATCCTGGAGCGAAAGAAATTTCGTTCTCTTCCTTTTTTCCAAAGAAGCATAGTCCGCTCTCCGAATATAAAGGGTTTCCTTCCCCAGAAAACGCAATTGCAAGAATAGACAAATGGTTGAAATCGAAAAAGCCTGTTCAGTTTTTGATTACCGGAACAAAAATAAACTTAACCTGCAGCATTGAGGCTTTTTCGCACAGTGAGGGACAAAAGGACATAGGGGATCGAGATTTTGAAATCAAGCTGAAGGAATACAGGACCGCTTCACCCCGGAAGATAAAACAAAAGAAGAAAACAAAGAAAAAACGGCCGTCAAAATCTGCTCCCAAAACATATACCGTGAAAAAAGGGGATACTCTTTGGGATCTGGCGGGCAAATTCTATGGGAACAGCATGCAATGGCGGAAAATATGGAATGCCAATAAAACGGCAATGATTAAACGCAGCAGAAGAAACATCAGGCAGCCGGGCCACTGGATATTCCCCGGACAAAAATTAAAGATTCCGCAATAG MTKSVYEFWISQGKDRLRLPVLPEQIDISDTIQNDSVKVARFGEITFIDNPGAKEISFSSFFPKKHSPLSEYKGFPSPENAIARIDKWLKSKKPVQFLITGTKINLTCSIEAFSHSEGQKDIGDRDFEIKLKEYRTASPRKIKQKKKTKKKRPSKSAPKTYTVKKGDTLWDLAGKFYGNSMQWRKIWNANKTAMIKRSRRNIRQPGHWIFPGQKLKIPQ NA NA NA NA NA D1-12_04008 5307 hypothetical protein ATGGCGAAACTAACAGCCACATTTGATCTACACGATAAGATGACCAAAAAGCTCCGCAAAATACAAGGAAATGCTGAAAGACTTCAGAGGGCCGCTAATGGCCCTCTTGTTTTTGAAGCTGATGACCGGACACAACGGACCATACGGAGGATAGACCGCTCAGCTACCCAATTGACGCGGCGCCCCCGCTCTCTCGATGTCCGTCTCGATGATCAAGCTTCAGGAGGGTTAACTCGCATCAGGCGGCAGACTGAGGACATCACAGAAGGGGAACATGAGGTCAGGGTATCGGTGGATGACCGGGCGACCCCGCGTCTGCGTTTAATCAGGGGAAGTCTGTCTGATTTACAACGATCAGACGCAACGCCGACTGTCTCCGTCAGAGACCGCGCATCTGGGGATTTAAATTCTCTCCGACATCGCGTTTCAGATTTAGATGGATCTGAGGCAACGCCGACTGTGTCTATTAAAGACAAAGCTTCCGCTGCTCTCGATGCTATCGAGAAGAGGTTGGACAGCTTAAAGACTGTCACGATTACATTAGCGGCAGCGGGTGGATTATCAGGCGGCGCAATTATGAACTCCGGAAAAAATGCAATGGCTCAGGACGCCTATGTCTCAGCAACCTCAAACGTGAGCAAAAAAGATGCAGGACGGATGACTGACGACATTTTCTACAAAAACAAAGTCGGTGGATCCCGGGAGGAAGTAAGCTCAGCATTAAGGGGACTCTCGCAACTGACGGGGGCATCCGGCCGGGCGCTGGCGGAACTCACCGAGTCTTCAAGCAAAATCGCTCAATTGATGAATGCTGACCAAGCTGAAGTAGACCGGGCGTTCAGTGCTATGTATAACAACTTGAAAATGACTGGTAAAGAGAGCGGGGACACCATCGCTTACATTTACCGGAATGCTGGTGACCAGGCTGACGATTTGCTGGACACAATGAATGAATACAGTTCCACTTTCAAAGACATGAAGCTTACGGGCGGTCAAATCGCAAACGCCATGATAAAAGGGACCAAGGGCGGCGCCCGGAACTTCGACAACCTTGCCGACAGTATGCGTGAATTTAACATCCGTCGCACGGAGATGTCAGATAACCAAGTCGCCGCGTTTGAACAATTATTTGGCGGCAAAGAAACGCAAAAAATGTTCAAAGGCTTCAAAGACGGTTCTATCAGTGGACAGGAAAGCCTCTTTAAAGTGGCTGATGCGCTATCCAAGGTCAAAGACAAGACCAAGCGTGCTGCCATTGCAACTGAGCTTATCGGGACGCAGTACGAGGACTTAAAGCAGCCAATCCTTGATATGGCTGAGGGAATCGGCACAAGTGCGAAAACAACCGGCGAGCTAAACCGCAGCTTTACTCAGCTTCGGAATAACAATCCGATGACGCCTGTAAATGATGCTATTAGGGATTTTGAGAGTATATCAAAGGATATGGGAACCTCATTGTTAACCGGTCTTGGCCCTGCTTTTGATAAGATTAGTGACTTCCTGAACAGTAAAGAAGGCAAAGAAAAGCTGAAAGAGATTAAGAACGACATAACCGATCTTGGAGAAGCTGTCGGTGACAAGCTGAATAAGGCTATCGAATTTACAGTTAATCACTGGGATGAACTGAAAACAGGGTTTAAGGTTGTGGTCCCGCCTCTGATCGGTTTAATAGCTTATCTGAAGATTCTCCGTCCGATCCTGAAAGGAATAGGCACAGCCGGCGGCGATGCTGCCCGCGTCATAAAAAAACTGATTCCTTCACGAGCGGGTTCAGCATCCGCAGATCCCAATACGAGAAACGGTAGAAGAAACGGAAGGGCCGGCAGAGCAAGCCCAACGAGTATAGCAAGGAGCGGCAGTCTGACAGGCTGCTGTTGTGCTGGCGGTTTCGGCGGGGAAGGCCGGGGAAAAGGCAGATCATCTGGCCGACAAGGAGGCGCTGCCCGCAGGAATCCCGCTCGTGGGACAATCAGCGTGCCTGCTGATCGCTTAGGAAGAGAACGGGGGCGTACAGGGGCGGGCTCCGCTGCCGGTAGGGATGGAATTTCAACCACAAGAACAGAACTCCGGTCTGCCGGCCAGGCTTCGTCCAAAATGGGGAAAATCCTTAAACCGCTTTCCGGAGTTGGAAAGTTTGCGAAAGGAATCCCGGTACTTGGTACAGCGTTGGCGGCAACGGGGCTTATCGGTATGAATAAAGATAATGCCGGTGAAAAGCTCGGCTCTTTCGGGGGCAACATGGCAGGGGCGGCTGCAGGCGGGGCAACCGGCGCGGCAATAGGCTCTGTCGTTCCAGTTGTGGGAACAGCTGTCGGTGGATTAGTCGGCAGTGCTGTTGGCGGCATTGCGGGATCAGATGTAGGTTCGTCAGTGGGGCAGTGGTTTGATAAGGGCGGCATGTCAAAGACATGGGATAGCATCAAGACTGGCGGCGGAGATGCCTTTGCCTGGGTATCCGAAAAAGGGCAGGACGCCTTAGACTGGATCACCGACACCTGGGACGATCTATCATCTTGGTTTACGGACAACGTCTGGGACCCAATTGGTGATTGGGTCGGTGATACCCTTGACGACATAAAAAAGAAATTTGAAGACGGAAAAAAGTGGGTTACTGATACCTGGAATACAGTATCAAATTGGTTTGATAAGAATGTGTGGACGCCCATCTACAATACAGCTGTCCCGATTATCAATTTCGTAGTCGGCATTTTTGCTTTTGCTTGGGATGGCATCAAAAAGATATGGTCTATCGCCTCAACTTGGTTCATGGATAATGTTTGGAATCCAATGAGTAAGGCGGTAACCAGCGTGGCAAAATGGATCTGGACAAAGATCACTGATGCGTGGAATTGGATCTCCGATACATGGTCTACAGTCTCAACTTGGTTTATGGATAACGTTTGGAATCCAATAAGTGACGCTGTTGCGACTGTGGCCGGCTGGATACAAACACATATTGATTATGCTCGAATCTGGATCCAATTAAAGTGGCTTCAAGTGGCGACATGGTTCTATGACAACGTCTGGAATCCAATCAGTACAGCAGTTAGTGATGTAGCAAACTGGATTTGGACGAAGCTTAATGATGCGTGGACTTTTATTTCGGACTTATGGTCAACTGTGTCAACTTGGTTCATGGACAATGTCTGGAATCCAGTAAGTGATGCGGTGACAACGGCAGCAAAGTGGATCTGGACGAAGCTTAACGATGCGTGGAATTGGATCTCCGATACATGGAATACGGTTTCCACTTGGTTCACTGAAAATGTATGGAACCCCATTGTCACAAAAGTGGAAAATGCTAAAAAATCAATCACGAAAAAGTTTAAGGATGCCAAAAACGCAGTTACCGGCGCTTGGGGAGGAATTGAGGCTTGGTTCAAAACAAATGTCGGTGATCCCCTGGGGAAAGTGGCCGACGGAATTAAAAAGAAGTTTGAGAAAACGTTTTGGTGGGTCATTAAACTTAAAGAGTTAGCCGACGCCGGTGGGGAGTTTATCGGTTCCATTATACATCGTGGTGAACAAGTCACTGGACTGCACCAAAAGGGGAAAACTTCAACAAACAACAATTCGGCAGGAACAGGAATTGGCTTAGCTCGTACGCAACAACAGCCTGCAAATAGTGTTTTTCCGCCAAAACAAAAAAGCGTACTGCAAAAGAATGCCACAGGCGGCTTCATCACAAAGCCTACTATTTCATGGATCGGTGAAGCCGGTAAGGAGTTTGTTATCCCCGTCGATAATAATCGTGGTCGCGGTAAGATGCTTCTTTCACAGGCGGCTTCTAAGCTCGGCATGAGTGTTGTGGACGATATGGCTGCAGCTTCAAGCGGCGGTGGTGAATCTTCTGTTTCTCCATTATCCAGTGGTGCGGCAGTTTCCGCTTCTGTCTCTCCAACAGTAGACACGTCCAGCCTGAATGACCAGGCAGCTACATTTGGTCAACAGTTCTCACAAGGCTTTGATCAAGGTATAAGCGACAATGTTGTGTCTATGGATGCTTGGAAACAGAAAAACGTTGGTCAGCCTATGAACAGCTTAATTTCCTACTCGCCGAATTATGGGAAACAGGTTATCAATGGGTTTGCCAGTGGCCAGAACAGCACTGCGACAGGTACGGATGGATTTCTGCAAACCAAAGTCAAAACCCCTTTCCAAAATACTGTTAACAAATCAGGGTCATGGGGAAGCGGGACGGTGAAGGGATTCGCTTCCGGCCAGAACAGTACGGATCCCGGCACTGCCCAGTATGTCAGCTCTCGTATAGAAAAGCCTTTTCTCCGTTCTAAAGAGTCCTCCAACGGATGGGGGAGCGGAATGATCGGCAACTTTATTACTGGGATGGCATCCAAGGGCAGCGAAGTATCTGAAGCCGCGAAGGAACTTGCTAAAAAAGTAGAAAAAGCATTCCGTGAGGAGCTTGATATCCATTCGCCTTCCCGTGTCATGATGAGTCTTGGCCGCTTTGCATCAGTAGGGGTTGTTAAAGGTCTCGGCTCAGTCGATGTGAAAAAGTTTGCCGAAAAACAAGCGGGTTCACTTGCGGCTGCCTATTCCGGAATGGGGGCAGTCAGCGGCAACGTGAAGGAATGGCTAATGTCTGCAATGATCGCAACTAAAACTCCATTCAGCTGGCTTCCGGGCTTGATGACAATTGCACAGAATGAATCAGGCGGCAACCCTAATTCCATTAACTTATGGGACAGCAATGCCAAAGCCGGCCACCCGTCACAAGGGTTAATGCAGACGATCCCAAGCACCTTTGAATCTCATAAGGCGCCGGGAATGAATGATATCAGCAACCCAATTCACAACGCTGCTGCCGCTATCGGCTATATTAAAAGCAGATACGGATCGATAAACAATGTGCCCGGGATTAAGAGCCTGGCGCGCGGCGGCCCATACGTCGGTTATGCCAATGGTGGTTTGATCACTAAGGAGCAGATCGCCCGTGTTGGTGAAGGGAATAAACGGGAGTGGATCATTCCTGAAGAGCGGGGCATCCGCGGCCGTTATTTGCTTGGTCGTGCCGCTCAAGCGCTTGGAATGGAGGTAACTGATCCTGCGCAGACGGGAACAACTGAACTCTCTTCCGGGAAAGTATCTGCGGCCACCTCGGGCGGCACGCAGACAGCGGTTGCCGCTTCCGGCAGCAAAGAAATTGTAATTCAACTTAACGGCGATCAACATTTTTATAACAATCAAGACGCCGATAGCCTCGTGGCCAAAATCAAACAAGCTCTGATAGATGAATTAGAGAAGGATATCAATACCGGAACGAAAGGAGTCGTAGCTTTTGACTAA MAKLTATFDLHDKMTKKLRKIQGNAERLQRAANGPLVFEADDRTQRTIRRIDRSATQLTRRPRSLDVRLDDQASGGLTRIRRQTEDITEGEHEVRVSVDDRATPRLRLIRGSLSDLQRSDATPTVSVRDRASGDLNSLRHRVSDLDGSEATPTVSIKDKASAALDAIEKRLDSLKTVTITLAAAGGLSGGAIMNSGKNAMAQDAYVSATSNVSKKDAGRMTDDIFYKNKVGGSREEVSSALRGLSQLTGASGRALAELTESSSKIAQLMNADQAEVDRAFSAMYNNLKMTGKESGDTIAYIYRNAGDQADDLLDTMNEYSSTFKDMKLTGGQIANAMIKGTKGGARNFDNLADSMREFNIRRTEMSDNQVAAFEQLFGGKETQKMFKGFKDGSISGQESLFKVADALSKVKDKTKRAAIATELIGTQYEDLKQPILDMAEGIGTSAKTTGELNRSFTQLRNNNPMTPVNDAIRDFESISKDMGTSLLTGLGPAFDKISDFLNSKEGKEKLKEIKNDITDLGEAVGDKLNKAIEFTVNHWDELKTGFKVVVPPLIGLIAYLKILRPILKGIGTAGGDAARVIKKLIPSRAGSASADPNTRNGRRNGRAGRASPTSIARSGSLTGCCCAGGFGGEGRGKGRSSGRQGGAARRNPARGTISVPADRLGRERGRTGAGSAAGRDGISTTRTELRSAGQASSKMGKILKPLSGVGKFAKGIPVLGTALAATGLIGMNKDNAGEKLGSFGGNMAGAAAGGATGAAIGSVVPVVGTAVGGLVGSAVGGIAGSDVGSSVGQWFDKGGMSKTWDSIKTGGGDAFAWVSEKGQDALDWITDTWDDLSSWFTDNVWDPIGDWVGDTLDDIKKKFEDGKKWVTDTWNTVSNWFDKNVWTPIYNTAVPIINFVVGIFAFAWDGIKKIWSIASTWFMDNVWNPMSKAVTSVAKWIWTKITDAWNWISDTWSTVSTWFMDNVWNPISDAVATVAGWIQTHIDYARIWIQLKWLQVATWFYDNVWNPISTAVSDVANWIWTKLNDAWTFISDLWSTVSTWFMDNVWNPVSDAVTTAAKWIWTKLNDAWNWISDTWNTVSTWFTENVWNPIVTKVENAKKSITKKFKDAKNAVTGAWGGIEAWFKTNVGDPLGKVADGIKKKFEKTFWWVIKLKELADAGGEFIGSIIHRGEQVTGLHQKGKTSTNNNSAGTGIGLARTQQQPANSVFPPKQKSVLQKNATGGFITKPTISWIGEAGKEFVIPVDNNRGRGKMLLSQAASKLGMSVVDDMAAASSGGGESSVSPLSSGAAVSASVSPTVDTSSLNDQAATFGQQFSQGFDQGISDNVVSMDAWKQKNVGQPMNSLISYSPNYGKQVINGFASGQNSTATGTDGFLQTKVKTPFQNTVNKSGSWGSGTVKGFASGQNSTDPGTAQYVSSRIEKPFLRSKESSNGWGSGMIGNFITGMASKGSEVSEAAKELAKKVEKAFREELDIHSPSRVMMSLGRFASVGVVKGLGSVDVKKFAEKQAGSLAAAYSGMGAVSGNVKEWLMSAMIATKTPFSWLPGLMTIAQNESGGNPNSINLWDSNAKAGHPSQGLMQTIPSTFESHKAPGMNDISNPIHNAAAAIGYIKSRYGSINNVPGIKSLARGGPYVGYANGGLITKEQIARVGEGNKREWIIPEERGIRGRYLLGRAAQALGMEVTDPAQTGTTELSSGKVSAATSGGTQTAVAASGSKEIVIQLNGDQHFYNNQDADSLVAKIKQALIDELEKDINTGTKGVVAFD NA NA NA NA NA D1-12_04009 150 hypothetical protein GTGTATTTCTATTTCGCAATGCACGAGCTGAAATATTCCCCGTCTGAATTGAGAGAGCTCTATGAAGCTCCGCGTGAATACAAGGCGCTGCTGTACGGCGCAATTGCTTATAAACTTGATTTGCTTGAAAAAGAAGCGAAAAAATCATAG MYFYFAMHELKYSPSELRELYEAPREYKALLYGAIAYKLDLLEKEAKKS NA NA NA NA NA D1-12_04010 450 yqbN_2 putative protein YqbN ATGAGCGAAAAACAAAACGAAAAAGTATATGATCTTTCATTCTTTATGCCAGGACAAACAATCGAAGCGGAAGAGGTAAAAGTGCCGATTTCAAAGCGGTTTAAAGACAAGGCGGGGAACGTGGTTCCGTTCGTTTTCAAAGCAATTACGACTGAGCGCATCGATGAGTTAGAGAAAGAAAACACAACATACAAAAATGTCAAAGGCCGCGGCCGTGTGAAAGAACTGGACAGCCAGCGCTTCTATGCACGAATTGCTGTTGAAACGACTGTTTACCCGAACTTTAAATCAAAAGAGCTGCGTGAAGCTTACAAGACAGAAGATCCGGTGGAAGTGGCAAAGCGCATCCTTTCTGTCGGCGGGGAATACGCTAACTGGCTGAACAAGGCAATCGAGATCAACGGTTTTGAAGATGATCTGGAAGACCTTGAAGAAGAAGCAAAAAACTAA MSEKQNEKVYDLSFFMPGQTIEAEEVKVPISKRFKDKAGNVVPFVFKAITTERIDELEKENTTYKNVKGRGRVKELDSQRFYARIAVETTVYPNFKSKELREAYKTEDPVEVAKRILSVGGEYANWLNKAIEINGFEDDLEDLEEEAKN NA NA NA NA NA D1-12_04012 444 xkdM_2 Phage-like element PBSX protein XkdM GTGGCTTTTAAAGCGCAGAATACGATATCTGGTAAAGAGGGGCGCCTCTTCTTGGATGGTGAGGAATTGGCTTTTATCAAAACGTTTGAAGCAAACGTGGAGAAAAACAAATCAGAAGTCAATGTCATGGGCCGCCGTATGACCGGCCACAAAACAACTGGTGCGAATGGAACGGGAACAGCGACATTTTATAAAGTCACATCCCGCTTTGTGCAGCTGATGCTGAACTATGTGAAAAAAGGTGAAGATCCGTATTTCACTCTGCAAGCGGTGCTTGATGATAAATCATCTGGCCGGGGGACTGAGCGGGTTACTCTCTATGATGTGAACTTTGATTCTGCGAAGATCGCGGGGCTGGATGTGGATTCCGAAGCATTGGAAGAGGAAGTGCCGTTTACCTTTGAGGACTTTGATCTTCCTGAAAAGCTGAAGGATTCGTTTTAA MAFKAQNTISGKEGRLFLDGEELAFIKTFEANVEKNKSEVNVMGRRMTGHKTTGANGTGTATFYKVTSRFVQLMLNYVKKGEDPYFTLQAVLDDKSSGRGTERVTLYDVNFDSAKIAGLDVDSEALEEEVPFTFEDFDLPEKLKDSF NA NA NA NA NA D1-12_04013 1401 hypothetical protein ATGAACGGCGGAACATTTACACCAGGCAAGGAAAAAGAGCGTGCGGGTATCTACTTTAATTTTAAAACGACCGCCGAGGATCGTGTGTCTGTCGGTGAAAGGGGAACCGTGGCGCTCCCGATCGCATCTAGTTGGGGAGAGCTGAAAAAATTCATTTCTATCTCTTCCATTGAGGATTTGAATAAGAAGATCGGATTAAACATTGATAATCCTTCGCTCCTTCTGCTGCGTGAAGCAATGAAGAAGGCAAAAACAGTATTGCTTTATCGGTTGACTGAGGGTCTTCGCGCATCTGCAGAAATCAGTGAAGGCGTTAAGGCAACCGCTCTTTATGGCGGGACCAAAGGGAATGACATCATTATCCGTATCACTGAGAATGTCATTGATTCAAAAAAGGTTGATGTCATTACGTATCTCGATGAGTCAGAAGTTGATAAGCAGACCGTAGCGGCCGCGGAGGAATTGAAGGCAAACAGCTATGTATCCTTTACTGGAAAAGGAGATTTGACCGTATCCATCCCGCTTACCGGTACATCACCTGCCGATGCAAGCGGAGACCTACCGGCATCCGCCGGCACCCGTCTTTCCGGCGGCACAGATAAGATCCCAACGAACGCCGACTATATGGATTTCTTAGATGCAGCTGAAACGGAATACTTCGACACCATTGCTCTGCCAGTAGAAGACAATGACCAGCTGAAAGCCACGTTCGTGGCATTTGTGAAGCGGCTAAGAGATAACCAAGGTCAGAAGATTCAAGGCGTCCTCTCGAATTATAAAGGGGATCATGAAGGCATTATCAATGTGACAGGCGGGGTCCTGCTGGAAGACGGTACTGAGATTACGCCTGAAAAAGCTACTGCCTGGGTGGCCGGGGCCAGCGCGGGGGCTACCTTTAACCAATCCCTTACGTTTGTTGAATATGAAGGGGCTGTGGACGTTTTAAACCGCATTGATAATGATGAAATTGTTGAACGACTCGCTAAAGGTGAATTTTTGTTCACTTTCGATCCCCGCGATAAGGCGGTGGCTGTTGAAAAGGATATTAACTCCCTGACCAGCTTAACGGCTGAGAAAAACAAGGTGTTCCAGAAGAACAAAATTGTTAGGGTCCTTGATGCAATTAATAACGATCTGACATCTCAGCTGAAAGCATTAATTAAGTCCAGAAAAGCGAGCGGTAGCGATGTCCCGGCTTCGGATGACGGCCTACAGTTCGTGAAAACCCTGATCACTCAATACATGGGAATCCTTCAAGATGGGGGCGGCATTACGGGGTTTGACTCTGAGTCTGATATCGCGATTGTTCTAAATGAGGATCGGGATGGATTCATCATTGACTTGGCCGTGCAACCTGTTGATGCAGCAGAGAAATTCTACTTTAACGTGGAGGTGAAGTAA MNGGTFTPGKEKERAGIYFNFKTTAEDRVSVGERGTVALPIASSWGELKKFISISSIEDLNKKIGLNIDNPSLLLLREAMKKAKTVLLYRLTEGLRASAEISEGVKATALYGGTKGNDIIIRITENVIDSKKVDVITYLDESEVDKQTVAAAEELKANSYVSFTGKGDLTVSIPLTGTSPADASGDLPASAGTRLSGGTDKIPTNADYMDFLDAAETEYFDTIALPVEDNDQLKATFVAFVKRLRDNQGQKIQGVLSNYKGDHEGIINVTGGVLLEDGTEITPEKATAWVAGASAGATFNQSLTFVEYEGAVDVLNRIDNDEIVERLAKGEFLFTFDPRDKAVAVEKDINSLTSLTAEKNKVFQKNKIVRVLDAINNDLTSQLKALIKSRKASGSDVPASDDGLQFVKTLITQYMGILQDGGGITGFDSESDIAIVLNEDRDGFIIDLAVQPVDAAEKFYFNVEVK NA NA NA NA NA D1-12_04014 192 hypothetical protein ATGATGGCCACTAAGTCAGAAAAAGCAGAAACTGCTTTCTATATCAAGGATTTGAGGGGGCACAGTCGTGAGCTCTTTGGGGTAAAGCCCGAAGTATTTGACGGTGCTCTTTTTCATGTAGACAAAGAAAGAATTACAAAAACAGAAGCGAAGAAGCTCATAACTCAGTTTCTTCAAAAGGAGGTTAAATAG MMATKSEKAETAFYIKDLRGHSRELFGVKPEVFDGALFHVDKERITKTEAKKLITQFLQKEVK NA NA NA NA NA D1-12_04015 438 hypothetical protein ATGAATAGTGAAGTTGGCTCAATCATGGGCTATCTATACAATTTGTATCCTGTCCAGGTATATGAGGAAGAGATACCGCAAGACTTCGCGGTCCCATCTCTTTACTTCCCGCCGGCTTCTACCGCCGACGGTCCAGACACAGTTTCAACATTTCAGAAAGTCTATGTGCTAAACGTGAAGCTTTTTCATAAAAATGCACAGAAGGCTCATACAGAAGCGGAAAGGATAGCGGATGTCCTTAGAAGTAAGAGAGGATTAATCCCACTCCTGAAGGAATCTGGTGAAGGTACGGGTGATTTTATTCGTCTGTCACGGATTGAAACCCGAGTAACGGATGATTATGCAAGTATTGTCCTGAATTGGACAGGCCGCTATTGGTACGAGCGAGAAGAAAAGCCAGCTCTGAATGATTTTGATTTTACAAGCGGGGTGAAATGA MNSEVGSIMGYLYNLYPVQVYEEEIPQDFAVPSLYFPPASTADGPDTVSTFQKVYVLNVKLFHKNAQKAHTEAERIADVLRSKRGLIPLLKESGEGTGDFIRLSRIETRVTDDYASIVLNWTGRYWYEREEKPALNDFDFTSGVK NA NA NA NA NA D1-12_04016 504 hypothetical protein ATGAGAATTAAGGGGCTCGATCAATTCGTTCAAGCGCTGCACCAGGCAACCCACGGAGGACTGCGGCAAGAATATGAGATTTGGCTTGAAGGAATGGGGTATCAATTCCTTGATATTGTCCAGGATGAAGTGATCCAGACTCAGACGGTAGACACGCGCCGCCTGCTTAACTCATTTCATAAGGGCGATCAGGAGAACATCTTTTCTATGACAGCCGGTAAATTAAAGCTGGATGTTGGAACGAATCTGGATTATGCCTCTTACGTCAATGACGGGCATTTTACCATTGATCCGTCCAAGAATCAGGACCGTCGCTGGGTGCCGGGCCGGTGGAAAGGTGATCGCTTTGAATATGATCCTGCTGAAAAAAACTCCGGAATGCTGCTGAAGTTCAAATGGGTTGACGGTTCAGGGTATTGGGATAATGCAATGGCCATCTTTGAAATGATGTTTGAGCGCAGTCTTGAGCGGAAGCTCCAGCAATGGATTGAAAATAAATTTTAG MRIKGLDQFVQALHQATHGGLRQEYEIWLEGMGYQFLDIVQDEVIQTQTVDTRRLLNSFHKGDQENIFSMTAGKLKLDVGTNLDYASYVNDGHFTIDPSKNQDRRWVPGRWKGDRFEYDPAEKNSGMLLKFKWVDGSGYWDNAMAIFEMMFERSLERKLQQWIENKF NA NA NA NA NA D1-12_04017 363 xkdH_2 Phage-like element PBSX protein XkdH ATGAGTTACCGCTCCTTATTGACTCACCGGTGCGATGTTTATCATCTGCAGGAGAAACACGAAGATCAAAAAATGAGATACGGCGTGCCTGTTCCCGATGCACCGCCTGCTTACTCTTATCCCGATGAGCCTGATATAAAGAGTCAGCCCTGCTATTTTACTGAGAAGAGCCAATCAATTGTTCAGCAGGAGCCGAACGCGGCCATCTATCAGTCATTTATGATTCATTTCCCTGCTTCTGCAGATATTCGAATCAATGACAGAGTGAAATGGGAAGGCACTGCCTACAAACTGCAGCAGCCGCGTTTGATTAAAAATCACCATTGGGAAGTGACGGCGGTCAGGGAGGTTAATTACCTATGA MSYRSLLTHRCDVYHLQEKHEDQKMRYGVPVPDAPPAYSYPDEPDIKSQPCYFTEKSQSIVQQEPNAAIYQSFMIHFPASADIRINDRVKWEGTAYKLQQPRLIKNHHWEVTAVREVNYL NA NA NA NA NA D1-12_04018 402 yqbG_2 putative protein YqbG GTGAGCGGCATGTTAATTACCCCCGCTGACTTAAAGGCTTACTCGGTTTTTGATTCAGTCAAAGATCGGCCGGACGTGCTGCTTACCCAGGACATCATAGAAGCCGTTGCTGAAATTTCGTTAGAAGTTGGCCATGATTTTTCAGGGGAGGAATATGATCCTCTTCCTGAAAGGGTCAGGCTTGCCGTTTTAAAGATGGCGCAGTTTTATGCACTGATCAATTCGGATGAGTCAATCACAAAAGGATACACGTCCGAGAAGATAGGCGATTATTCGTACACTCTCGGGAATGGAAGCACCATTCAAAAACCCAATATCTATTCACTGATTAAGGATTACGTGGTGCCGGCTGATTCAGATCTTGAAGGCACAGAAGTAAAAATGAGGATGAGGTCTATATGA MSGMLITPADLKAYSVFDSVKDRPDVLLTQDIIEAVAEISLEVGHDFSGEEYDPLPERVRLAVLKMAQFYALINSDESITKGYTSEKIGDYSYTLGNGSTIQKPNIYSLIKDYVVPADSDLEGTEVKMRMRSI NA NA NA NA NA D1-12_04019 351 yqbF putative protein YqbF ATGGCCGACACATATACAGCGAAGTTGATAGCAGGTCAGACATACGATGTTATGGGGTATGTCTTCCTGCTTAATCAAAAGCGTGAAGTGGAGAAGCCCGTCTATTCTTATTTGAAGAATAATGAGCAGTTTGAGTGTCATTTAATTAAAGAAGAGCCGAAGGAAACGGAAAAACCTAAAAGCGATGATGACACGGCAACAAAGAAGAAGTACACAGAAACAGATTTGAAGGGCATGAATAAAACTGAACAAGAAGCCATTGTTACTGATCTTGGCGGCAATCCGTCTGACTTCAAGAATGCAGATGAAAGAATTGCCTTCATCCTTGAACAACAAGGAAAAGAAGAGTGA MADTYTAKLIAGQTYDVMGYVFLLNQKREVEKPVYSYLKNNEQFECHLIKEEPKETEKPKSDDDTATKKKYTETDLKGMNKTEQEAIVTDLGGNPSDFKNADERIAFILEQQGKEE NA NA NA NA NA D1-12_04020 936 xkdG_2 Phage-like element PBSX protein XkdG ATGAGAAATCACGAGGTAATTGAAAAGGCAGAGATGACGCTTGCCAGCTTAAAGAGCGGCGGCATGATGAACCCAACACAGGCAAATGCTTTTATTCGAATGGTTCAAGATGCGCCGACTATCTTAAATGAGGCGCGTGTCATTCCTATGGATCACGATACGCAAAAAATTGAGAAGATCGGGTTTGGGCAGCGGATTCTCAGAGCTGCCCAGGAAGGTGTTTCGCTGACAAAAGATCAAAAGGTTGTTCCGTCAACAAGCACTGTCAGCTTGAGCACAAAAGAAGTCATTGCAGAAGTAAATATCACCTATGACACACTTGAAAACAACATTGAAAAAGAGGGATTGCAAAATACAATTATGCAGATGCTCGCTGAACGTGCGGCCGTTGATATTGAAGAGCTGTTAGTAAACGGTGATACAGCATCTTCAGACTCATATCTTGCGCAAATAGACGGAATTCGAAAGCAAGCCACATCTCATATTGTGGATGTAGCGGGCGAAGAGCTGACTCGCCAGGTCTTCAAGCGTGGATATAAAGCAGTTCCTTCAAAATATCTCCGGATTCCGCAGGAGTACCGTTTTTATACCTCTCCTGGCATGGAAGTTGAATGGAAAGACCGAGTGGCTGACCGTCAGACTTCTTTAGGAGACACTGCGGTACAGGGCGGACTTTCTTCAGCGTTTGGTGTTCCGGTCAAAGGCATTGCCAACTTGCAGCCGTACACCACAGGTGAAGGGGATAGCGCGTCAGATGTGTCAGATATTATCCTGACTCACCCGAAAAATATCATTCTCGGTTTTTCGCGCAACATTCGTATTGAAGTAGATAAGGATATCCGCCGCCGTATGTTCGTGATCGTCCTGACGGCTAAGCTGGACAGTAAATTCGAAGAAGAAGACGCTGTGGCTAAAATCATCAAAGTGAAAGAGTAG MRNHEVIEKAEMTLASLKSGGMMNPTQANAFIRMVQDAPTILNEARVIPMDHDTQKIEKIGFGQRILRAAQEGVSLTKDQKVVPSTSTVSLSTKEVIAEVNITYDTLENNIEKEGLQNTIMQMLAERAAVDIEELLVNGDTASSDSYLAQIDGIRKQATSHIVDVAGEELTRQVFKRGYKAVPSKYLRIPQEYRFYTSPGMEVEWKDRVADRQTSLGDTAVQGGLSSAFGVPVKGIANLQPYTTGEGDSASDVSDIILTHPKNIILGFSRNIRIEVDKDIRRRMFVIVLTAKLDSKFEEEDAVAKIIKVKE NA NA NA NA NA D1-12_04021 1176 hypothetical protein ATGCCAAGAGAATTGGTGAACGCAAAAATCACACATGTTTCTTATGTAGACAAGGCTGCTAATCAAAAGCAGTTCTTTTTTATGAAATCAGAAAAACAGCCGGACTTTCAAAAGGAAGTCAAGGTCCTTGCAAAAGAAGCGGACGAGCAAAAACTTGTTTACGGTATCGTTTATGAACCGGACACAGTGGATGCTCACGGGGATTTCATGACAGCTGCAGAAATTGAGAAGGCCGCTCACGGCTTCCTGAAAGATGCCCGTGAAATTGATAAGCAGCATGACTTTCAAGGCGGTGTCGGTGAAGTTGTTGAATCTTATGTCGCCCCTGCTGATTTTGAAATGAACGGTGAAACCATCAAAAAAGGATCCTGGGTGCTTGTGACAAAGGCTTCCGAGGCAGTTTGGGATGAAATCAAAAAGGGCGAGATTACCGGTTATTCAATGGCCGGCATCGCGGATATCGCAAAACAAAAAGAAAAGCCTGTTTCTCCAGAGGACAACCACGAGAAAGGGCTTTTTAATTTGGTCAAAAACTTTTTTAATGCCAGTGTGGCCAAGGGCGCGGTTCGGGACAAATATGACGAGGGGCGCCAACGCCGTGAGTTTTGGGCCGCACAAGATGCGTTAAACTCAGCTTTATTCAAATGGGACTATCCCGGAGAGATGGAAAATGACCCTGCAAAAATCAAAGAAGCTCTGCAAGACTTCGTGGATATCGCTCAGGATGTATTGATTTCCGATGACATTCTAAAAGCGATCGGGCCGAAGCCGGAAGAGCTGCAAAAGGCCGGCCGGAAATTCTCGGCTTCAAGCTTACAAGAAATTAAAAGCGCTCATACCGCTCTCGGCAACTTGCTGAGTCAGGTGGAGACGGAAGGAGAGGAAGAAGAAATGAACTCAGAGGATGTAGCAAAATCCATCGAAGCAGCGTTAGAGCCAATTCAGAAGCGGCTCGCGGAATTGGAAAAAGAGGAAGAACCTAAAAAGAAGAAAGACGAGGAAAAAGCATCTGAGGAAGAAGAGGCTGAGAAGTTGAAAAAAGCCATCACAGACGCTGTTCAACCGCTCGCTGATCGTATTGATGCCATTGAAAAAAGCCGCGGCTTTTCTAAACAAGAAGAGACCACGCAGGAAACCGCAGATGTTAAAAAATCAATCTGGGCCGGGCTTCTTTAA MPRELVNAKITHVSYVDKAANQKQFFFMKSEKQPDFQKEVKVLAKEADEQKLVYGIVYEPDTVDAHGDFMTAAEIEKAAHGFLKDAREIDKQHDFQGGVGEVVESYVAPADFEMNGETIKKGSWVLVTKASEAVWDEIKKGEITGYSMAGIADIAKQKEKPVSPEDNHEKGLFNLVKNFFNASVAKGAVRDKYDEGRQRREFWAAQDALNSALFKWDYPGEMENDPAKIKEALQDFVDIAQDVLISDDILKAIGPKPEELQKAGRKFSASSLQEIKSAHTALGNLLSQVETEGEEEEMNSEDVAKSIEAALEPIQKRLAELEKEEEPKKKKDEEKASEEEEAEKLKKAITDAVQPLADRIDAIEKSRGFSKQEETTQETADVKKSIWAGLL NA NA NA NA NA D1-12_04022 645 hypothetical protein ATGGAATGGAGCAAGGTTTTTGATCTTCTAAAAACAATCTTAACTTCATGGCCGTTGGCTGCAGTAGTAATAGTATTTGCTATTCGTAAAAGTCTAAAGACGGTTATAGAAAATAGGCTATTTAGCTTTAAAGTAGGGAACGTAGAGATTATTTTCGATAGACTCTTGGAAAAAGTGGATCAAAGTTTACAAGAGGCGAGTCAACGATCTGAAGAAGAAAAGGTAGATTCTGAGACAATGAAAGAAGCTGAGAATACTAAAACAGAAAAATTTGAATACAAGCTACCAGAGACCCCGCCTTCAATCGTAAAAGAGTCGAATGATTATTCTTACATTGTAGCAACAAAGCCAAGGCTATTAGTGAAAGAATCCTGGAGGGAAGTTGAACGTAAAATTAGAAGTTTAGTGATCGAAAGTGGAGGTAACGATTTTCGTTTCAAGCACCCTAAAAATAGCATGATTTATTTAACTAAAGAATACCCACAGTTAGGGAAAGCACTTAAGTCTCTTTTAGAGCTACGAAACTTCTTATTAAATGAAAACTACGAGCTAAAAAGTGTCGATGCGACTATTTTTCGTTCTCGGTGTCTAAGCGCAATTGACGAATTAAATAAATACATGGAAAAGTCTAATGTTGCAAATTAG MEWSKVFDLLKTILTSWPLAAVVIVFAIRKSLKTVIENRLFSFKVGNVEIIFDRLLEKVDQSLQEASQRSEEEKVDSETMKEAENTKTEKFEYKLPETPPSIVKESNDYSYIVATKPRLLVKESWREVERKIRSLVIESGGNDFRFKHPKNSMIYLTKEYPQLGKALKSLLELRNFLLNENYELKSVDATIFRSRCLSAIDELNKYMEKSNVAN NA NA NA NA NA D1-12_04023 918 hypothetical protein ATGAACAAAACCGATAAGCTGCTGGTCAGTCTTAACTCATTCATTCAAAAAGCCGAGGAAAGCGAAGGTCAGAAGCTTGTGGAGACGATTCCTGACTTCCCCGGCCGCTCTAGGATACCTCGTTACGTGGAAGATTATGAAAAAGGCATCGCCAGATTGTTCAGGAGCCAGCGTAAGAGGTTTTTAAAAGGATTGAACGGCTTTGTAAGCAAAGCTGATTCAGAGACGCTACAGGAGCTTCTGGTGTTTTTTACGCAGAACCTTTTTGCAGAGGATGATTTTCAGGAAGAGTTCCAGGAACTGACCGAGGATTTTCTGCAGCAGACGCTTGAAGAGCTGGCCGCTGTCATAATGGATTCAATCGATCCTGAAGTTCCGTTCAAAGTTCTTTCCGCTCGCTCGATCGACTGGATTAAGGGGTGGTCAAAGAGACTGGCCGAGATTATGCAGCTCAACACACATGAGGCGGTGGAAACGGTGCTGACGGAAGCTATTGACTCAGGCTCGTCTATCCAGGAGATTGAACTGACTCTGAAGGATATGCCGCATTTCGATAGACCGAGAGCCCGGACAACGGCCATAACCGAGGTGCTTGCCGCTTCCTCTGCCGCTCAGCATGAATCTTATACGCAGTCCCCGGCGGTATCTAAAAAGAAATGGCGGCACAGCGGAGGAAAGAAAAACAACCCGCGTGAGAATCATATAGACCTCGACGGCACCATTGTTGGTGTTGATGAAGAATTCAAGATACCAGGAAGCAGCGAAACCTGTATGTATCCGCGAGACACAAAGCTTTCCGCTGCTGAGCGGGTTCATTGTCATTGTGTATTATCTCCTGTAGTAGATAACAAGATTTTAGGTTTGTCAGCTGACGAAAAAGAAGAGATTCGCAGAGAAGCCTTAGCAAACATGGAATAA MNKTDKLLVSLNSFIQKAEESEGQKLVETIPDFPGRSRIPRYVEDYEKGIARLFRSQRKRFLKGLNGFVSKADSETLQELLVFFTQNLFAEDDFQEEFQELTEDFLQQTLEELAAVIMDSIDPEVPFKVLSARSIDWIKGWSKRLAEIMQLNTHEAVETVLTEAIDSGSSIQEIELTLKDMPHFDRPRARTTAITEVLAASSAAQHESYTQSPAVSKKKWRHSGGKKNNPRENHIDLDGTIVGVDEEFKIPGSSETCMYPRDTKLSAAERVHCHCVLSPVVDNKILGLSADEKEEIRREALANME NA NA NA NA NA D1-12_04024 1548 hypothetical protein ATGACGAAGCAATCAGTCAAAGCACGAGTGATTAAAGCCGCTCCGCCTGCCGAAACGACAAAACAAATATATGCTGATGAATTTGCAGGCCATTACACGGAAAACATGATCATGGAGCCGCCATACAACCTGAAGGAATTAAAAATGATAGCTGAGTATTCAACAATGCTCCAGCAATGTGTGGATGCCTATAGGACAAATATTCTTGGTTTTGGCTTTGACATGCGATACACAAAGGATATCAATTCACATGAAGTAGATCCTGCAGAAAAAGCGGATGCGGATAAAGAATGGCAACAGCTCGAGGAGTTCATAAAGCATCTTCATTTTGATGAATCAGCAGAAACACTGCTCGGCTTCTGTTTAGAAGATCGGGAAAAGACAGGAAACGGATATATAGAGGTTATCCGTAACGGTAAAAATCAGCCTGCCGGCATTGAATACATGGCTGCGGAATATGTCCGGGTGTGCAAGCTATCTGATCCTATAGAAGTTCCTTTCAAATACTTTGAATCAGGTCAACTAAAGACTATGAAAAGGCAGAAGCGGTTTCGGAAATATGCTCAGATGATTGATGGGCGAGTCATTTATTTTAAGGAGTACGGCGACCCGCGCACCCTTAACCTTGAGACAGGGCAGTATGAAGAAAACACTCCTATAGAAAAGCAGGCCAACGAGGTTGTGCATTTTAAGATAGGAAGCGGCGCTTATGGGAAGCCGCGGTGGATCGGTCATATTGTCAATCTATACGGCGCCCGCAAAGCAGAAGAGCTGAATTTCATGTACTTTAAACAAGGCCGGCATATTCCCGCTGCTATTACGATCGAGAACGGAATGCTCTCGGAGGATTCGTATAAACAGCTGCAGGACTATATGAACGGCCTTGAAGGCGTGGAAAACTCACATAAATTTCTTTTGCTCGAAGCTGAAGGGATAGCCAAAGGGAAGAATATTCATGGTGATGAAGAAATCGTACCGGTCAAAGTGGACATCAAGTCACTGGCCGAGATTCTTCAGGAAGATGCTTTGTTCCTGGAATATGACCAAAAGAGCCGGGATAAAATCCGCTCTGCTTTCCGGTTACCGCCGATTTATACCGGGGAAGCGCAGGATTACAACAGGGCGACAGCTGACACAGCCAGAAAGATTACTGAAGAGCAAGTCTTTCAGCCGGAACGAAATGTACTTACCGGCAGACTGAACGCGTTATTTTTAAATGATCTTGAAATTCATAAAGTAGAGCTGCAGTTGAAAGGCCCGGACTTTCAGGATCCGCTTGAAATTGCAAAAGTGCTGACTCCTTTCATTACGGCTGGTGCTGTATCACCTAACGATCTGAGGGATCTGGCCGGGCGCGTACTCGGCAAAACGCTTGAGGAATGGCCGGAGGAAGAATACAATCGGCCAATTGGTAAGAACGAATCAACGCCTGCAGCGGATCCATTTACGGCTCTGTTTAAATCCGAGAGCGGCACTCCTGATGTGATCGGGCTGTTGAAAGATATGCGGGATGTGTTGGAGGATTTGAAAAATGAACAAAACCGATAA MTKQSVKARVIKAAPPAETTKQIYADEFAGHYTENMIMEPPYNLKELKMIAEYSTMLQQCVDAYRTNILGFGFDMRYTKDINSHEVDPAEKADADKEWQQLEEFIKHLHFDESAETLLGFCLEDREKTGNGYIEVIRNGKNQPAGIEYMAAEYVRVCKLSDPIEVPFKYFESGQLKTMKRQKRFRKYAQMIDGRVIYFKEYGDPRTLNLETGQYEENTPIEKQANEVVHFKIGSGAYGKPRWIGHIVNLYGARKAEELNFMYFKQGRHIPAAITIENGMLSEDSYKQLQDYMNGLEGVENSHKFLLLEAEGIAKGKNIHGDEEIVPVKVDIKSLAEILQEDALFLEYDQKSRDKIRSAFRLPPIYTGEAQDYNRATADTARKITEEQVFQPERNVLTGRLNALFLNDLEIHKVELQLKGPDFQDPLEIAKVLTPFITAGAVSPNDLRDLAGRVLGKTLEEWPEEEYNRPIGKNESTPAADPFTALFKSESGTPDVIGLLKDMRDVLEDLKNEQNR NA NA NA NA NA D1-12_04025 1347 hypothetical protein ATGACTGTTAAAAAAGTAAACCCACATTTCGAGGATTTCCTTTTTGACTGGAACCAAAAGTTTCAGTTTTTGGTTGGCGGCTATGGGTCATCGAAAAGCTATCATGCTGCGCTGAAGATCATTCTGAAATTACTCACAGAGAAGCGGACAGCGCTTGTTATCCGGGAAGTTTATGACACACACAGAGACTCAACCTTTTCTCTCTTCGAAGAGATTGTCAACGAATTAGAGATTGATCACGTTGTTAGGTGTGTTTCGTCACCGATGCAAATACGGTTTCCGAATGGCAGCCGAATTATTTTTAAAGGGCTGGATAAGCCGGCCAAGCTGAAATCAATTAATAACATTTCGATCATATGGATTGAGGAATGTTCTGAGGTGAAGTATGAAGGCTTTAAGGAATTGCTTGGGCGCCTACGTCACCCGACATTGCCGCTCCACATGATTCTTTCTACAAACCCGGTCGGAGAGGATAACTGGACATTCCGGCATTTCTTCAAAGATGACCGCCAAAAACGGTTTGTGCTTGATGATAAAGAGCTTTATGAAAAGCGGACGATCGTTGTGAATGACACCTATTATCATCATTCAACTGCGGAAGATAATCTGTTTCTGCCCGAAAGCTATGTGAAGCAGCTCGATGAACTGAAAGATTATGATCCAGACCTTTACCGTATTGCGCGGAAGGGGCGCTTTGGCGTTAATGGTGTGCGGGTTCTTCCTCAATTTGAAGAGCGTCCGCACGAAGAAGTCATGGAGGCTATCGAAAACATTCACCGCCCACTTAAACGAGTCGGCATGGACTTTGGTTTTGAGGGATCGTATAACGCTATTGTCCGGCTCGCTGTGGACACGGAGAAGAAGTACCTCTATATCTATTGGGAGTATTACAAAAATCAAATGACGGACGATAGGACGGCCGAAGAGATAAAGGAATTTGCGGAGACAAAGGAATTGATCAAAGCGGATGCCGCCGAGCCGAAAACAATCCGTTATTATCAGCAGCAAGGGTTCAATATGGTGGGGGCTCGGAAGTTCCAGGGTTCACGTCTTCAATACATTAAGAAGATCAAGCGGTTTAAAAAGATCATTTGCTCTGACCGTTGTGAAAATACGGTGTATGAGCTGAAGCCGCTCACCTATGCTACCGATAAGCTGGGTCACATCATTGAAGACAAGTTCACGATTGACCCACATACTTTTTCAGCGATATGGTACGCGCTGGATGATTACGAGGTTTCCGATCTTAAAGAAAAACCAAAAGGACGCCCGCAGCGGGCCAGACCGGTTAGGGAAGAAAGGGGGTTATCAGATGACGAAGCAATCAGTCAAAGCACGAGTGATTAA MTVKKVNPHFEDFLFDWNQKFQFLVGGYGSSKSYHAALKIILKLLTEKRTALVIREVYDTHRDSTFSLFEEIVNELEIDHVVRCVSSPMQIRFPNGSRIIFKGLDKPAKLKSINNISIIWIEECSEVKYEGFKELLGRLRHPTLPLHMILSTNPVGEDNWTFRHFFKDDRQKRFVLDDKELYEKRTIVVNDTYYHHSTAEDNLFLPESYVKQLDELKDYDPDLYRIARKGRFGVNGVRVLPQFEERPHEEVMEAIENIHRPLKRVGMDFGFEGSYNAIVRLAVDTEKKYLYIYWEYYKNQMTDDRTAEEIKEFAETKELIKADAAEPKTIRYYQQQGFNMVGARKFQGSRLQYIKKIKRFKKIICSDRCENTVYELKPLTYATDKLGHIIEDKFTIDPHTFSAIWYALDDYEVSDLKEKPKGRPQRARPVREERGLSDDEAISQSTSD NA NA NA NA NA D1-12_04026 840 hypothetical protein TTGTGGAAAGAGAGCGGCGGAACCAAGAAATTAAAAGACATTGCCGATGAATTGGGCGTCACCAGCAGCACTGTCCGCAAATGGAAAGCGAATGATAAATGGGAAGAAAAAATCAATGGGAGCGCTCCTAAATCGAAAGGGAGCGCTCCTTTTCGTCCGGGCGCTCCAAAAGGTAACAAAAATGCCCGGGGTAATAAAGGAGGCAAGGCGCCGCCTGGCAACAAAAACGCCAAAGGGAACAGAGGCGGTGCCGCTCCCAAAGGAAATAAAAACTCTGTGCGTACAGGTGAGTATGAATCAATCTTGTTTGATTTCATGGATGATACAGAAAAAGAGCTGTTTGATCAGATTGAAACTGACCCGCTCTATCAAATTGAGTTAACGATCCGGGAGCTTTATTTAAAAGAGCGGCGTATGATGCAACGCATTATGAGAATTGAAAATGGATTAAATGAGAAGCAGCGCCGTGTTCTTCAACAAATGCGCAAGGTAAAAGACATCATCCCAACTAATGACAAGAAAACAGGACTTGTAAAGCATGTGCCGCTTATGAACGAGCGGCTGGTTGTCACGGAAGTGGAAGAAACAGCGATGCGGTCCATTGACGATATCTTAAATATTGAAGAAGCAATGACCCGTGTTACCGACAGGCGGCTGAAGGCTATTCGTCAAAAGCATGATATCACCCGCTCTATGGATGAACACGATCTGAAGCTACGCGCCATGTATCTGACAAACGAGACAAAACAAGCTGAGCTTGAACGCTTGACCGCAAGACCTGTGGATAACTCTGTGAATATCATAATAGAGCGTAAGCGCAAGGATAAGGATGACAGCTGA MWKESGGTKKLKDIADELGVTSSTVRKWKANDKWEEKINGSAPKSKGSAPFRPGAPKGNKNARGNKGGKAPPGNKNAKGNRGGAAPKGNKNSVRTGEYESILFDFMDDTEKELFDQIETDPLYQIELTIRELYLKERRMMQRIMRIENGLNEKQRRVLQQMRKVKDIIPTNDKKTGLVKHVPLMNERLVVTEVEETAMRSIDDILNIEEAMTRVTDRRLKAIRQKHDITRSMDEHDLKLRAMYLTNETKQAELERLTARPVDNSVNIIIERKRKDKDDS NA NA NA NA NA D1-12_04027 531 hypothetical protein ATGACATTAAATTTTACAAAAGAGCAGCGAGCTATATTAATCAACCAAATGGAAATCCTAAAAAGATTAGACCCTCAAAGCGAGGCTGAATATGAAAGAAACATAGAAGTGCTTTATAATGGCTATTCTCACTTTTATGAAGAGATTTTTGGGCACATTGAAGATGAGTTTTCTCCTGAAATTACCCGTAAGGTTTTTGATGTTTTAACTATGTATAGAGCTCTATATTTTGGCTTCAAGAATCTGACAAGTGAAGAACAAGAGGAAATTTCTGAAGAAGATGTTTTATTCCAAGGGTTTGATGGGAATGAAGAACCGGATCATTACTGTTTTGCAAACCATGTTGTGAAAGAAGCGGGACTTTATTCTGAAATGGAAGACCTGATCAAAGAAGGAAAGATAGAAATGAATTCTCATAGAAACAGAGTTCGTTATTATAATGAGTTGCTCTCACGTTGGACAAAAGTCAGAGAAGATGCTGGCGGAGAACATCTAACACTTCAACAAATAAAAAATGTATTAGGTAAATGA MTLNFTKEQRAILINQMEILKRLDPQSEAEYERNIEVLYNGYSHFYEEIFGHIEDEFSPEITRKVFDVLTMYRALYFGFKNLTSEEQEEISEEDVLFQGFDGNEEPDHYCFANHVVKEAGLYSEMEDLIKEGKIEMNSHRNRVRYYNELLSRWTKVREDAGGEHLTLQQIKNVLGK NA NA NA NA NA D1-12_04028 249 hypothetical protein ATGACAAGAGAAAAAACAAACGTATGTTCCTATTCTGATGAAGAGAAGGAAAAGCTTCTGCTTTTACATAAAGCCGATGTTCTTGAAAATATCAGTGAATCAAAAGAGAAGTATCGGAAAATCGTTAGTGCAGGCATTGCACAGTGGATCAGAGACTTTCAAAACGGTCGAATAGAGGTAAACACTGTGGACGACTTAAAAAAGCTCATAGAGCTTGATATACAGCTTCAGAAGGATGAAGAAATATAA MTREKTNVCSYSDEEKEKLLLLHKADVLENISESKEKYRKIVSAGIAQWIRDFQNGRIEVNTVDDLKKLIELDIQLQKDEEI NA NA NA NA NA D1-12_04029 198 hypothetical protein ATGAATAAAGATATTTTAGATCTTAAAACTACGGCAGAAGCGGCTCGTGCAGCCTACAAAATGGGGCACTTAAGCCGAGAGGAAGCGATAATTAAAATAGAACCTTACTTGATTAGAGTAAATGAAAAAGCAGTGGCTATCGCAAAGAAATATAACCAACGCCCTCGTAAAGTTTCATTAACTTCTTTTTTAAGATGA MNKDILDLKTTAEAARAAYKMGHLSREEAIIKIEPYLIRVNEKAVAIAKKYNQRPRKVSLTSFLR NA NA NA NA NA D1-12_04030 1338 hypothetical protein ATGAATATTAGAACTATACCAGTAGAAAAGATTAACCCCGCTACATACAATCCTCGGATTGATCTTCAGCCAGGTAATCCCGATTATGAAAAATTAAAGTCTTCAATAAATAAATTTGGTACTGTAGAACCTCTTGTGTGGAACGAGAGAACAGGGAATTTAGTTGGTGGCCATCAACGATTTAAAATACTTATGGAGCGCCAGCCGGCAGAGTTAGAAGTATCAGTTGTAAACCTGAGTGAAACCGATGAGAAAATACTCAATCTTGCACTCAACAAAACCGGCGGCGACTGGGACGAGGATAAGCTCGAACAAATACTAAGAGAATTAAACGATCTTAATATAGACATTGATCCCACTGGATTTAGTACAGAGGAATTAGAAGGCATACTCGATTTAGATGTATCTGAAGATGTTGATTTTGATTTTAACGAGTCTGGGGAAACAAATACTAATGAGAGTTTAGTTGATAGGTTTATCATCCCTCCGTTTTCAATTTTCGATGCTCGCCAGGGGTATTGGCAGGAAAGAAAACGGGCATGGCACGCTATAGGAATTAGTTCAGATGAAGGAAGAGAAGAGAATCTTTTATACCCGGATTTTTCGAAGTACGCAAAAAAAATGAAAGGAACGTCAATTTTTGATCCTGTCTTATGTGAAATAATTTATAAATGGTTCAATATTGATGGCGGAAAAATTTATGATCCGTTCGCGGGTGGAAGTGTAAGAGGGATTGTGGCTTCTTTCTTAAATTATGAATATTACGGAATCGATATAAGGGAGGAGCAGGTTAAAGCAAATAAAATGAACGCAGCTACTATTGAAGGGCTAAAAATGCCTAACTGGATTTGTGATGACAGTTTAAATGTTAACAGTCACATTACTGAAAATGAAATAGATTTGATGTTTAGCTGCCCGCCTTATGGTGATCTTGAAGTTTATTCCGATAATCCAAATGATATTAGCACTATGGAGTATGATGATTTTGTTGCCGCTTATTCGGAAATAATAAAGAGGGGTGCCTCCAGGCTGAAAAATGATAGGTTTGCAGTTTTTGTGGTCGGTGATATAAGAGATAAAAAAGGCATATACAGAAATTTTGTTGACGATACCAAAAAGGCATTCCTGGAATCGGGCCTTCACTTTTATAACGAGATAGTTCTTATTAATGCATTTGGAACAGCTGGTGTAAGAGCAGCGAATACCTTTGTTAATAGAAAAGTAGTAAAGGTTCATCAAAATGTGTTGGTTTTTTATAAAGGAGATCCAAAGAACATAAAGGATAATTTTAAAGAAATTGATGTTTCCCACTTGGAAGAATTTATTGAGGAAGCATAA MNIRTIPVEKINPATYNPRIDLQPGNPDYEKLKSSINKFGTVEPLVWNERTGNLVGGHQRFKILMERQPAELEVSVVNLSETDEKILNLALNKTGGDWDEDKLEQILRELNDLNIDIDPTGFSTEELEGILDLDVSEDVDFDFNESGETNTNESLVDRFIIPPFSIFDARQGYWQERKRAWHAIGISSDEGREENLLYPDFSKYAKKMKGTSIFDPVLCEIIYKWFNIDGGKIYDPFAGGSVRGIVASFLNYEYYGIDIREEQVKANKMNAATIEGLKMPNWICDDSLNVNSHITENEIDLMFSCPPYGDLEVYSDNPNDISTMEYDDFVAAYSEIIKRGASRLKNDRFAVFVVGDIRDKKGIYRNFVDDTKKAFLESGLHFYNEIVLINAFGTAGVRAANTFVNRKVVKVHQNVLVFYKGDPKNIKDNFKEIDVSHLEEFIEEA NA NA NA NA NA D1-12_04031 519 yvgO_3 Stress response protein YvgO TTGAATAAAAAGATAATCACATCCGTCACCGCTCTGATGCTCGCTACTTCCAGTCTGCCTGCTTTTGCCCACGCTAAAGAAAAAGAGGCTGAACCCACTGTTTCCTCAGCACCAGCCGTTAAACAAACAATGAACCTTAATCAGCCTAAAGCCGGAACTGGTATCCCTGGTGTTAATTTCAATGTAAATCTTGACGTCCTCGGCATAGCAAATTCAATCCGAGATGCTGTTGTGCAAAACGCAAATCGACCGGGTTTTGTCAAAAATATGATGGAATCTACTTTTTACTCTGCGGGGCAGAAATATAATGTCATGGTATTTAATTTGGCCCAGAATTACGACGATCACTTCAGAGGCGTCAAATTCTATGGATCTGCCGTTCTAAATGGAGTGGTATACGGGATCTGGGTGTTTGAAGATGGGGAATTCACAAACCAAGGAGATGGCGGCTGGGATAACTGGGCGTTCAGAGGCTGGTTTGACAGAGATGGCAAATACGTAAAATTTTATAGACCGTAA MNKKIITSVTALMLATSSLPAFAHAKEKEAEPTVSSAPAVKQTMNLNQPKAGTGIPGVNFNVNLDVLGIANSIRDAVVQNANRPGFVKNMMESTFYSAGQKYNVMVFNLAQNYDDHFRGVKFYGSAVLNGVVYGIWVFEDGEFTNQGDGGWDNWAFRGWFDRDGKYVKFYRP NA NA NA NA NA D1-12_04032 171 hypothetical protein ATGAAGATGAGAGACATTTTATCTGCAGAAACGAAACAGCAACTTGAAAAAGAGAAAAGCCCCTCAACAAAGGAAGCTGATCCTTTGACGAGAAGGGATTGGGAAGAAATCATGGGAGTCAGAAAAGACACCTATAAACGGACAGGCGGCCGTATTCGCCGTAAACAATAG MKMRDILSAETKQQLEKEKSPSTKEADPLTRRDWEEIMGVRKDTYKRTGGRIRRKQ NA NA NA NA NA D1-12_04033 573 hypothetical protein GTGAAAAAAATATTCTTTGTAAGTGCTATTGTTGCAGGGTTTTTTATGTCTGGGATCGGTGTTAACACGGTTAAAGCGGAAGAGTATAAAATTGATCCTATTGGAGATGAAATTGGTTCGGAAGATGGACGATCTGATGTGATTGATCCAGTTGTAGCAAAAGATGGTCCAGAAGATGGGGTTAACGATGAATCTAGCGTGCAGCCTAAGATCAGAAAAATATCAGATGACATAAGCTTATTTTCTCTTCTAGGAGCCGGAGAGTGGGATTACTTAGGTTCTTCAACATTTAAAACTCGTTCAAAAACATTCTATTCTGGTGGAGGAGACCTTGGAATTCAGATTTCTCAGCCATATATTGGCCCTGGATTCGCATGGCAGTATAAGCTTGTAGAAGAAGATCCAGTTATCAATGATACAGTCTCTCGCTTTAATTTAGCTAACCAAAAAGGAACATACGAAGTAGTATTCAATGTACGTAGTTTTGTTGATGGAGATAATAAAAAAGCAGAATTACACCTGGAGAAACTAACAAACCCTGCAACAAGTGTCTCTACAAAATGGTGGGATTGA MKKIFFVSAIVAGFFMSGIGVNTVKAEEYKIDPIGDEIGSEDGRSDVIDPVVAKDGPEDGVNDESSVQPKIRKISDDISLFSLLGAGEWDYLGSSTFKTRSKTFYSGGGDLGIQISQPYIGPGFAWQYKLVEEDPVINDTVSRFNLANQKGTYEVVFNVRSFVDGDNKKAELHLEKLTNPATSVSTKWWD NA NA NA NA NA D1-12_04034 150 hypothetical protein ATGATGAAAGACTTAAAAGTGTGGAAAATACTCTTACTAACGTTGGTTTGTTCAGTGATTTTTTCTGTCGTGTTTGTGACTGTTCAAAGGATTGACCTGTATTTTAATCCGTCAGAAGTACCTGTTAAATCGATTGAAAAAATAAAATAA MMKDLKVWKILLLTLVCSVIFSVVFVTVQRIDLYFNPSEVPVKSIEKIK NA NA NA NA NA D1-12_04035 162 hypothetical protein ATGGATGATAAAAAGAAAGAGGTTCAAAGAAAATATAGAGAAGAGATTAAGAGAAAGAAACAGCAAAAAGAAGATGATAAAAACTTCACAAGAGAAGCCTTTATTGTTGTGACGATAATCGTGCTGTTTATTTTTTTGAATTTCATGTTCAAAAGTTTTTAA MDDKKKEVQRKYREEIKRKKQQKEDDKNFTREAFIVVTIIVLFIFLNFMFKSF NA NA NA NA NA D1-12_04036 387 hypothetical protein GTGCAAGCAGTCAAACAATTGTCATTCATTCCAGAAGTAAATGAAAAAGAAGTACGTAACATCGTCATTAAAGAGCTCAAAACGTATAGATCATTAAAAACCCAAGCGGAAAATAGACAAGAGCAAAAGGAAAAGGGAATCATCGGGCTGTTTCCGCAGTTACGAAAAAACACTGATTATAATGAGCTGAAGGTCAAGCAGATGGATAGGGCGCTAGAGAACTGCCTTGACCAAGATGAGCGCAGTATTCTTGAAAAGAAATATTTGTCTCCAAGAAAAATAAAGGATTTAGAAATTATGACTGAGCTCGGCCTCAAAAGAGATAAGTTTTATCAGGTGAAAAGACAGGCCATCTACAATATCGCGACAGCGCTCGGAATAATCTGA MQAVKQLSFIPEVNEKEVRNIVIKELKTYRSLKTQAENRQEQKEKGIIGLFPQLRKNTDYNELKVKQMDRALENCLDQDERSILEKKYLSPRKIKDLEIMTELGLKRDKFYQVKRQAIYNIATALGII NA NA NA NA NA D1-12_04037 435 hypothetical protein ATGAAAAAACGATTCAAATCAATCATGCTATCAGCAGTATTACTTACGGGAGCCGCGGCCGTTGCGCCGTCTGCTTCCGCCGCATGGTCCGGTTGGCAAAATGAATCCGGGTACAGCGGCCGGGTGTTTACGGATGCCACGACTTACACGGCCGGCGCCTCAACGGTGGACTGGAAAGCCGAGAAGAAAGGCTCAAGGGCACTTTATTACACGGCTGGCGTGTACAAGAAGCGTAGCGGCGGCGGGCTGACTGATACAAATTTGGTTCAGCGGGGCAGCTTCAAAACGGCAACGCCTCTGAAATCATTCAATGTGAAATCGATCCGGAATAAGACCGGGAAAGGAACCTATGTCATTCAGCTGGACTGCTATTCTGATTCCGGCAAACGGAACTATATCGGAACATTTGAATCAGCGAAATTTTACGTCAAGTGA MKKRFKSIMLSAVLLTGAAAVAPSASAAWSGWQNESGYSGRVFTDATTYTAGASTVDWKAEKKGSRALYYTAGVYKKRSGGGLTDTNLVQRGSFKTATPLKSFNVKSIRNKTGKGTYVIQLDCYSDSGKRNYIGTFESAKFYVK NA NA NA NA NA D1-12_04038 264 hypothetical protein ATGGACGGAAGATATAAGCGGTTTATCGTATTCGGCTATGATTTGTTTTACCCGAGCGGCGCCCTGTCTGATAGCATATTTGACTTTGATTCAATCGACGAACTGACAGAACAAACACGAAACACACCTGAAAGATTTTTATACGACACTTTGGAGATATTCGACTTGCAAGAACGAAAAATCATCTGGGAAGGCGGTTCGAGTATCTCTTACCGAGATTTAAAAAAGATTGAAGAGATGATGAAGGAGGATGCACAATCATGA MDGRYKRFIVFGYDLFYPSGALSDSIFDFDSIDELTEQTRNTPERFLYDTLEIFDLQERKIIWEGGSSISYRDLKKIEEMMKEDAQS NA NA NA NA NA D1-12_04039 285 hypothetical protein ATGAGTGAGAGAGTTGAACGGTTAAAACAGCTTACTTACATCCCACAAAAGGAAATAGGATGGCTTCTTGAACAAGCTGAACTGGCTGACAAACAGCGGGCTATCATTGAGGAACACCAGCGCCAGCAGGACATTGCGGTCAATCAATTTCGGCAGGCTCAAAAGGACATTCAGCATCTAAGCGGGGAAAGGAGCAGATACAAGAAGGCTTTACAGCAAACTATTAAGAATATGCAATTCACTATAACGGTTGCCCAAAATGAATTGGAGGGGGAAGCAAAATGA MSERVERLKQLTYIPQKEIGWLLEQAELADKQRAIIEEHQRQQDIAVNQFRQAQKDIQHLSGERSRYKKALQQTIKNMQFTITVAQNELEGEAK NA NA NA NA NA D1-12_04040 222 hypothetical protein ATGGCCATGAAGGGAGAATGTCTCAGCGCAGACATTACACCGCTTGAAAAAGGAAAAGAGTATTTCCTCTTTCCTTTAGGAGAAAGTCATTTCTACGTATCAAAATTTAACAATGTAAACGCCCATTGCGGAGCCTATCAAAAGAAACTATTCCGGATAACTGATGCCAGTCAGAGTGAAGTGCCTGAACCGAATGAATGGCATCAAATGAGTTTGTTTTGA MAMKGECLSADITPLEKGKEYFLFPLGESHFYVSKFNNVNAHCGAYQKKLFRITDASQSEVPEPNEWHQMSLF NA NA NA NA NA D1-12_04041 204 hypothetical protein ATGAACAGACCTGAAAAAATTGAAAATTTACATCAACTTTCCGTTAAGGACTTAATGGAAGATCAAAAAACGAAGCTGATCATCTTGGATGGCTCAAGCGGGTCAGCCTATCTTGTAGATACACCGGAATATGGAAAGACCATTGTACAGACAGCCAATAGCAAGCACACAAAGCTGAATTACGATTATGGCTTCTTGCCGTAA MNRPEKIENLHQLSVKDLMEDQKTKLIILDGSSGSAYLVDTPEYGKTIVQTANSKHTKLNYDYGFLP NA NA NA NA NA D1-12_04042 276 hypothetical protein ATGATTGAGATATTTGAAGGTGATTGGGTAAGAGCAAAGGGGAACGGGATCGTCGTAACGGGATATGTAGAGGAAATCAGAAGGAACTCAGTTGTTATCCGCCTTGTAGATGGAGAAATAATAAATGCTTCAAGCCGGGTAGTGAAGAAGATGGATGACACGCTGCATGCCGAAGACCTTGATACAATGATTGATTTTTCCTTATTTATGGGGGATGAAGAATGGTTTCGGGAATTGTCTGAACTGAAATACAAACGCGGTGCCCGTATAACATAA MIEIFEGDWVRAKGNGIVVTGYVEEIRRNSVVIRLVDGEIINASSRVVKKMDDTLHAEDLDTMIDFSLFMGDEEWFRELSELKYKRGARIT NA NA NA NA NA D1-12_04043 252 hypothetical protein ATGAGCGTAAGACATCATCTGAAAATCTTACCGGAATATTTTAAAGCGCTGAAGGATGGCCGAAAAACTTTTGAAATAAGGCACGATGATAGAGGATTTAAGGAAGGGGATACCCTCTCTCTAAATGAATGGCAGGACGGATACACTGGCCGCTCAATTGAAGTAGAAGTGACATACGTTACAGATTTTGAACAGAAGTCAGGCAATGTCGTTCTCGGCATTAAAAAGAAAGTAGGAGAAGGCGATGATTGA MSVRHHLKILPEYFKALKDGRKTFEIRHDDRGFKEGDTLSLNEWQDGYTGRSIEVEVTYVTDFEQKSGNVVLGIKKKVGEGDD NA NA NA NA NA D1-12_04044 180 hypothetical protein ATGACAGAGAAGAGAAAAAAGCTCTTAGAAAAATTGAGTGATTTCCGCATGGTTCCTGGCCATGGTCCTGATCTTTCCGCGATGACAGATGAGCAATTAGAAAAACAACTATGGTTTTTAGAAACTGCTTTCAAGACGGCTTGGGAAGAAGCAGATAATGAGGACGGTGATGATATATGA MTEKRKKLLEKLSDFRMVPGHGPDLSAMTDEQLEKQLWFLETAFKTAWEEADNEDGDDI NA NA NA NA NA D1-12_04045 138 hypothetical protein ATGGGGAGAAGGAAAAAGCAGCCGCGTTGGTATCTGCTGTTTCGCATAGAGGATGGACAAGCTGTCCACCTCTATGAACCTTTAAAGAAATACGAGCTGGTGAGCCGGATCCGGAATGGATGGAGGGTAAGAAGATGA MGRRKKQPRWYLLFRIEDGQAVHLYEPLKKYELVSRIRNGWRVRR NA NA NA NA NA D1-12_04046 693 hypothetical protein ATGTCTTTCGTTGACTTCAAAGGAATCGTAAAAAAGGTGAACCACAAACCCAAAGGAATTACCGAGGTCGTTCTGGAGGTCCCAACTAAAGAGGTAGGAAGCGGCATTCAAAATTTAGCCGAGATGATTGATAAGGACGTTCAGGCGCAACTGGAGAGCGAGGTTGTACAGTTTAATGTACAAGTCAACGCGCTCACCGATCGCCCGATTATTAATTACACAGTTGGCTCTGATGGAATTGTAAAGGTAGCAGATCCGGAACCAGAACAACTTGAGGCAAACCTCGGGCTTCCTAAAGAGAAGCCAAAAATCGAAGAAGTAACAGAGGAAATCGAGAGAAAGGTTGTTGACTCCTTCATTACTGAAGATATGGCCCCGATCCTTGATGGATTCCCTGTATACATTACTGAAATGGCTAAGCGGCGCATAGAGGGTGAATCATACCGGAAGATTGCGAATGATTATGTAATGTCTGCAGAGGGCCTTATAGACCTTATCAACGAGTACAGAAAAGAAGTTGCTCCGTATGCTCAAGCTTGGTGGGACTGGAAGCAGGATCAGGAAGCGGAGGCAGAGCCGATGGAAAAGCAGGCGCCGCGTGTTCCTCTTGATGAAGCTGATAAACCCGAGCCGTCAACCGAGGATGAAAAAGAGGATGAGAATAAGGACGAGGACGAACACGGAGCGGCATAA MSFVDFKGIVKKVNHKPKGITEVVLEVPTKEVGSGIQNLAEMIDKDVQAQLESEVVQFNVQVNALTDRPIINYTVGSDGIVKVADPEPEQLEANLGLPKEKPKIEEVTEEIERKVVDSFITEDMAPILDGFPVYITEMAKRRIEGESYRKIANDYVMSAEGLIDLINEYRKEVAPYAQAWWDWKQDQEAEAEPMEKQAPRVPLDEADKPEPSTEDEKEDENKDEDEHGAA NA NA NA NA NA D1-12_04047 459 hypothetical protein ATGATCCAATTTACTATTTATGGGGAGCCAGTTGCACAGGGGCGCCCCAGGGCAGCCACAAGAAACGGCATGACCAGGTTATATGATCCAAAGAAATCAAGGGATTTTAAGCAATACGTTAAACTTGCCGCCTCAGATCATCGGCCAAGTTCCTTGCTGACGGGCCCGCTTGAGTTAAGAGTCAAGGTCTATAAATCTACCTTGAAGAGTTTCAGTAAGAAAAAAGCGGCTGAAGCTGAACAAGGATTACTAAGACCCAGCAAAAAGCCTGATGTGGACAATTATATAAAGGGCATTAAAGACGGCTTAAATAAAGTCCTCTGGCATGATGACAGTCAAATTGTAGACCTCCATGTCAGTAAGTATTACAGCCAAAACCCAAGAATCGAAATTCTAGTAAAACCACTATCACAAGAGGAGGAACAATTATGTCTTTCGTTGACTTCAAAGGAATCGTAA MIQFTIYGEPVAQGRPRAATRNGMTRLYDPKKSRDFKQYVKLAASDHRPSSLLTGPLELRVKVYKSTLKSFSKKKAAEAEQGLLRPSKKPDVDNYIKGIKDGLNKVLWHDDSQIVDLHVSKYYSQNPRIEILVKPLSQEEEQLCLSLTSKES NA NA NA NA NA D1-12_04048 93 hypothetical protein ATGTACACCGTCCTGGCACTCATTTACGTGGTAAAGGAAGGCGAACAGCAGGAAATGATCATACAGCAGTGGATTCAGGATGACGGGAGGTAA MYTVLALIYVVKEGEQQEMIIQQWIQDDGR NA NA NA NA NA D1-12_04049 183 hypothetical protein ATGCCAAATAATGAAGTGGAGAAGCGGAGAGAATTTCTAATCAATGAATTGATTCGGTATGGCTATTCCATTGAAAAAGGAGCGGACTTGAGCCATTTGACGCTATTCGATCTGGAGAACCTCACAATTCAAGTAAAATGCCAGTTTGGCCGCAAGCTATCCGAAGAGGAGGAATCCTGCTGA MPNNEVEKRREFLINELIRYGYSIEKGADLSHLTLFDLENLTIQVKCQFGRKLSEEEESC NA NA NA NA NA D1-12_04050 1299 dnaC_2 COG0305 Replicative DNA helicase ATGCAAAACATGCTAAAAAACCTTGAAGCAGAAGAGAGCCTGTTGGGCTGTATCCTTGTTGAAAATGAATTGATTAAGGAAACCACCTTGGAGCCGAAACACTTCGCAGATGAGCGGCATAAACGGATTTTTAAGGCTATGCGAGATGTAGATTCCTCTGGCCAGCCTGTTGAAATCGTGACGGTGGTTACAGAGTTAGGAGAAACTGTCGAAGCGATCGGCGGCACCGGCTATCTTGTCGATTTAGCCAGTGCTGTTCCATCTGTTATTAACTTCGAGACCTATCAGACATTAATCTACGAAGCTTTTAAACTGCGTGATATGCAAAAGGCCGCTCTTGATTTTGCAAATAATCCAAGCGATGAGGGAATTTTGCAGGTTTATCAGAAGACCGTGGAGCTGCAGGAGATCGGTGTTACAAATAAACGAACTAAGATGGATGTTTTAACCGAGATTTACGAAGACATGTATCAAGAAAAAGGAGAAATAACAGGTGTGGAATCCGGTTTGGCCGATTTAGATGCTATGACTGGCGGCTGGCAGGACAGTGATTTAATTATCGTAGCTGCCCGGCCTTCTATGGGAAAGACTGCTTTCGCTCTAAGTTTGGCGCAGAATGCAGCGCTAAAAGGTGGGGTTGTCGATGTTTTTTCTTTGGAGATGTCCGACCGTCAACTCGTTAACCGGATGCTCAGCAATTTAGGTTCAATCGAGGGTACAAAATGGAGAAACCCGCACAAGTATTTCAGTGAAAAAGACTATGAAAATGCAAATCGGGCCATTGGTGAATATGAAAAATTAGACATCTATATTCATGATAAACCGTCACAGTCAGTGGCTGATATTCGTTCTGCCATTCGGAAGACCAAAAAGGACCACCCGGACAAAAAACATTTGGTTGTGATTGATTATCTTCAATTAATCCGACCTATCGGCAAATTTGAAACGAAAAACTTAGAGGTCGCAAGCATAACGGGCGAATTGAAGAACATAGCCCGGACCTTCAATGTGCCAATCATTCTTCTTTCTCAACTTTCTCGCGGCGTTGAGCAGCGGCAAGATAAGCGGCCGATGATGTCTGACCTTCGAGATTCAGGCAGCATTGAGCAGGATGCCGATATCGTTAGTTTTCTCTACAGGGATGACTATTACGATAAACAAAGCGATCTGAAAAACGTAGTGGAAATCATTTTTGCAAAACAAAGAAACGGATCCGTCGGCACTGTCATGGCTGCCTTTATTAAAGAGTACGGACGATTCTTAAACCTTGATAGACAAATGGAAGCCCTTGTGGGTTAA MQNMLKNLEAEESLLGCILVENELIKETTLEPKHFADERHKRIFKAMRDVDSSGQPVEIVTVVTELGETVEAIGGTGYLVDLASAVPSVINFETYQTLIYEAFKLRDMQKAALDFANNPSDEGILQVYQKTVELQEIGVTNKRTKMDVLTEIYEDMYQEKGEITGVESGLADLDAMTGGWQDSDLIIVAARPSMGKTAFALSLAQNAALKGGVVDVFSLEMSDRQLVNRMLSNLGSIEGTKWRNPHKYFSEKDYENANRAIGEYEKLDIYIHDKPSQSVADIRSAIRKTKKDHPDKKHLVVIDYLQLIRPIGKFETKNLEVASITGELKNIARTFNVPIILLSQLSRGVEQRQDKRPMMSDLRDSGSIEQDADIVSFLYRDDYYDKQSDLKNVVEIIFAKQRNGSVGTVMAAFIKEYGRFLNLDRQMEALVG NA NA NA NA NA D1-12_04051 291 hypothetical protein GTGATCATATTGAAAAAAGAAGAAGCAATGAAAATTCTAAGGCGGCTCTCCGCCGCGTATACCCGCTTTGATTTAACAGGGGATGTGGGTATGGAGCGGATTGGATTATGGATGGAGCATCTGACTGAAATGCCGTTCAAACCTGTTTATGACAAAGTCAATGAGCATATTTCTAATAAACCATTTCCTCCGACTATCTCAGAAATTAAAGTCAAACAACCAGAGAAAAATGAGTTTTTAGAGCAACAGAAAGAGTGGGAACGGAATGCAAAACATGCTAAAAAACCTTGA MIILKKEEAMKILRRLSAAYTRFDLTGDVGMERIGLWMEHLTEMPFKPVYDKVNEHISNKPFPPTISEIKVKQPEKNEFLEQQKEWERNAKHAKKP NA NA NA NA NA D1-12_04052 756 hypothetical protein TTGTCAGGCTGGGTGAAATTATACAAGTCAGTCGTCGATCATGAGATCTTTACAGATAATGTGGGCTTTAGGCTATTTACCTTCTTAATGGCTAAAGCAGCTTATCAGGACGGTATGAAAATAAATGATTATGAATTGAAGAAAGGACAATATATCCGCTCGTATTCAAAACTATGTGATGATTTAGCAGTAAAAAAGGGACGAGGGTTAACCAGATTTACGAGAGCGGCAATTAAGGCTGCAGCTGAAAGGCTTCAAGCAAAAGGCATGATTGCTGCAGAGGAAACGGAATACGGAATGCTCTGGACCATTGTGAACTATTCGAAATTTCAAGGCTCTGAAAGAATCGTAAATGAAGAGAGCTTTTCAGAAAGGCGGCAAATATCCCAACCAATTGATGAGAAACTGTCTCCTTTCCAAAAAATCGAGGAAAAGTACCTGTCCCGAAAGGGCGGCATGTTTACAACCCCATATGATGTGGCTGCCATAAACAGAATCCTTGATCAACAAATTCCAATTGGGGACGTCCTGACTTGGATAGATGAAATATTTGATCGTTACGTTCCTAAGCATCGAGCGGATGGTATCAAATCCTTTACTTACTGTGAGCAAGGTATTTTAGACAGGTGGCACGCTAAACAGAATCCACCTCCAAAAACAAACGTTTCGGAGTTCCGGCCGCGCGGATCAAAACAAGAGGAGAGTTTTGCCGCACTTGAAGCATATGCCAAAGAAAACGGCATTTCGATGGGGTGA MSGWVKLYKSVVDHEIFTDNVGFRLFTFLMAKAAYQDGMKINDYELKKGQYIRSYSKLCDDLAVKKGRGLTRFTRAAIKAAAERLQAKGMIAAEETEYGMLWTIVNYSKFQGSERIVNEESFSERRQISQPIDEKLSPFQKIEEKYLSRKGGMFTTPYDVAAINRILDQQIPIGDVLTWIDEIFDRYVPKHRADGIKSFTYCEQGILDRWHAKQNPPPKTNVSEFRPRGSKQEESFAALEAYAKENGISMG NA NA NA NA NA D1-12_04053 180 hypothetical protein GTGAGTGAACTGATTAAAACTACGTATCCTTATTGCTATGTGTTTTTGGCACAGACTTCTGCTCCGCATATGAGAAAAGCTGTGCTTGAGAATTATATTAAGACATTCATGAGCAAGTATGAGCCGAGCCTTGAATATGTGGCTATTAAAGGCACTTACGCTCTTTGTCGAAGAAAATAA MSELIKTTYPYCYVFLAQTSAPHMRKAVLENYIKTFMSKYEPSLEYVAIKGTYALCRRK NA NA NA NA NA D1-12_04054 702 yycJ_2 COG1235 Putative metallo-hydrolase YycJ TTGATTGAAATTACAGCCCTGTCATCAAGCAGTAAGGGGAATTGCTATCGGGTTACCGATGGTAAGACCCCGCTTCTTTTGGAATGCGGCATCAGCTTTAAACAGATGCAAAAAGGCTTTCAGTTTAGAATGTCTCAATTCGCTGGCTGCCTTGTCTCTCATGAACATGGGGACCACTGCAAAGCTATTAAGGATGTTCTGAACGCCGGCATTGATTGTTATATGTCTCCTGGGACGGCCGGAGCAATTGGCCTCACTCATAACAGAATTAAGCCTGTGCCCGTAAAACAGCCGTTTAAGGTTGGTTCCTGGTCTATTATGCCCTTTGACGTGCAGCACGATGTAGCGGAGCCGTATGGCTTCCTATTGGCGAATGACGCCGGGGATAAACTGCTTTTCGCCACTGATACCTATTACATACGCTATAGGTTCCCTGGTCTCACTCATATCATGGTGGAATGCAATTACTCAGAGGAGATATTGAATGAAAATATTGAGAGCGGCATTACCGCTCCCGCCATGAAAAAGCGCCTTTTACAATCTCATTTTAGTTTAGAAAACGTCAAGAAATTTTTAATGGCCAATGATTTAAGCAAAGTACAGGAGATATGGCTGCTTCATCTTTCAGAATCAAACAGCGACGAAAAGATCTTTAAAGAAGACATCATGAAATTGACAGGAAAGGTTGTCTATATCCCGTGA MIEITALSSSSKGNCYRVTDGKTPLLLECGISFKQMQKGFQFRMSQFAGCLVSHEHGDHCKAIKDVLNAGIDCYMSPGTAGAIGLTHNRIKPVPVKQPFKVGSWSIMPFDVQHDVAEPYGFLLANDAGDKLLFATDTYYIRYRFPGLTHIMVECNYSEEILNENIESGITAPAMKKRLLQSHFSLENVKKFLMANDLSKVQEIWLLHLSESNSDEKIFKEDIMKLTGKVVYIP NA NA NA NA NA D1-12_04055 930 hypothetical protein ATGAGTAATCAACAAGTAGCAAATACAACGAAGAAGAGCACTGTGGTCGATCAAGTAGCTGCAAAAGTTCAGACGTTTCAGGAAAATGGGGAGATTCATTTCCCCCCTTCATATTCACCGGATAACGCCTTGAAATCGGCATATCTCATGCTACAGAACACGAAAACCGGTAAACAAGATGGGAACCGACCTGTACTCGATGTTTGTACAAAGGAGAGCGTTGCTAATGCACTGCTAGACATGGTTGTGCAGGGTCTTAACCCGATGAAGAAGCAAGGATACTTTATCGCTTATGGGAATACACTGACTTTTCAACGTTCGTATATGGGAACAATGGCTGTAACAAAAAGAGTGGCTAAGGTTAAAGAGATAAATGCTCAAGTCATCTATGAAGGTGATGACGTTGAGTATGAGATCGAAAAAGCGAAAATTACAAATTTCAAACATAAAACCAAATTTGGAAATATCAATAAAGATAAGATCATGGGTGCTTATTGTGTACTTGAATTTGAAAATGATACTGACTATATAGAACTCATGACAATTGATGAAATCAGAAAAGCATGGAGTAAAGCGCAATTTTGGGGAAAAGATCAAACCGCAGAGAAGAAAGGATCGACACATGATGACTATAAGCAGGAGATGGCAAAGAAGACCGTAATAAATCGGGCCTGCAAACGGTTTTTAAATAGCTCAGACGATGAAAGCCTTCTGATGAATACTATTCAAAAATCAGATGATACAGCAATTGAGGAAGCCACAAAGGCCGAGATTGAGGAGAACGCAAATTCTGAGGTTTTGGACATGCAATATGAAGAAGTTTCAGAGACTCAATCCGGGGACGAGCTTAGGGAAGAACCGGCGGTAGAAGCAAAGACTGAAGCTCCAGAGAACAAACCCTCTGCTTTTGAGAACGGACCAGACTTTTGA MSNQQVANTTKKSTVVDQVAAKVQTFQENGEIHFPPSYSPDNALKSAYLMLQNTKTGKQDGNRPVLDVCTKESVANALLDMVVQGLNPMKKQGYFIAYGNTLTFQRSYMGTMAVTKRVAKVKEINAQVIYEGDDVEYEIEKAKITNFKHKTKFGNINKDKIMGAYCVLEFENDTDYIELMTIDEIRKAWSKAQFWGKDQTAEKKGSTHDDYKQEMAKKTVINRACKRFLNSSDDESLLMNTIQKSDDTAIEEATKAEIEENANSEVLDMQYEEVSETQSGDELREEPAVEAKTEAPENKPSAFENGPDF NA NA NA NA NA D1-12_04056 252 hypothetical protein ATGAGTGAAATTGTCACAGTAACAGTAGTTACGGGGAAAGGTTGGGAAGATCAACGCCGTGAAACCTTGCGTATAAATTCGGAAGAGATTATGCATGTGGGTCCGCTTTCTGAATGTCCAGAAGATGCGATTTTAGAAAGAGATTTAGTCGGACCCTCCGACTTTGCTGAACTGCTTAAAAATTTTCTAATTGAGCATAAGGGAAAACAGGTGAAATTTGTGTACGAGGATGAGGAGGATTCAAATGAGTAA MSEIVTVTVVTGKGWEDQRRETLRINSEEIMHVGPLSECPEDAILERDLVGPSDFAELLKNFLIEHKGKQVKFVYEDEEDSNE NA NA NA NA NA D1-12_04057 1989 hypothetical protein ATGAAAAAGGAAATGAAGCTATTGAAGTTGGAACTGCTGAATTTCAAGGGTGTTAAGCAATTCACCCTTGATACTCAAGGTGAGAATGCCAAGGTGTACGGAGATAATGCCACTGGTAAAACAACCCTATTTGATGCCTTCATCTGGCTGCTGTTTGACAAAGACAGTCAAAACAAAAAGGATTTTCAAATTAAGACACTGACAAAAGAAAATGAACCGGTATCCGGATTGAATCATGAGGTAACAGGAGTTTTCGTTGTTGACGGTAGTCATCTCACTCTTAAAAAAGTTTATTCCGAGAAATGGACGAGAAAGCGCGGCAGCAGTCAGGCTGTATTTTCTGGCCATACCACAGATTATTTTATTGATGGTGTGCCGGCAAAGAAAAAAGAGTTCAATGATCGTGTAAATGGGATCATTTCGGAAGATATTTTCCGCCTTGTCACTTCTCCATCATTTTTCAATGAACAAATGAAATGGCAGGACAGACGAAAGATTCTCCTTGAAATTTGCGGTGACATTACGCAAGAAGAAGTTTTTAAAGCGAATCCATCCGTAAAGGCTTTAGAGAGCATCTTAAACAAACGATCAATTGAGGATCACAGAAAAGTAATCTCGGCCAAACAAGCGAAGATAAATAAAGAGTTGAAGGCGATTCCTGTCAGGATTGATGAAGCGCTCCGGTCGGTCGAGGATATATCTGACCTAAATGAACAGGAATTAAACGACGAAATCAATTGTCTCCAAAATGATATCGATTTGTTGGATGATCAGCTGCAATCCGCTCGAAATGGAGAGGCGGTATCGGAAAAAAGAAATGCCATCCTGCATATAGAGAACGAGCTTCAGGAAATGAAAAATGCTCATCAGGAGAAAGAATACAGCAATATCAGGGCACTGAAAGAAAAACTGTTCTCAGTAAAAAATAAGCTGGAGGAAATTTCTCTGGAGATTAAATCGAATACCCGTCAGCTGTCGCTTGAAAAAGACAACCAGGAAAGATTAACTGCGGAAATCCAGTCGCTGCGCCAGAATTGGCTCGATAAGAATGAGGAAACGTTTGATCAGCATCAAACTGAATGCCCTACATGCGGCCAGGCATTACCGCCGGAACAGGTTGAACAAGCGAAAGAGAATTTCAATTCTCACAAAAGCAGTGAATTAGAAAAAATTAATGAGCGGGGTAAATCGCGTAGCGAAGAGCTGAAGAGATCAGAAGACATAATTGCAGAAATAGAGTCATCCGCTCAAAAACTGCAGAAGGATTATGAGAGCAAAAGTGAGGAATGGTCACAACTTGATACTGAAATCAAGGCGGCCGAGAGCAACATGTCAGATATCACCACGGATGATGCTTACAAAAACAAACAATCAGAAATTGATAGCATCCGTAAACAGATTGAGCAATTGGAGTCATCAAAGAACGAAGCAATTCAATTGATCAAAGATGATATTAACGGCAAAAAACAGGAGATGCTGCTGCTTCAAAAAGATTTGGCGAAAATTTCGCATTCTAAAAAAGTGAACAAGCGGATCATGCAGCTTGAAGAGGAACAGAAGGGCTTAGCCGAGGAGTATGAAGGGCTTCAGCATCAACTCTATTTGACTGAGGAATTTGTTCGTACAAAGGTAGATCTCCTGGAAGAAAAAATAAACAACAAATTCAAATTTGCCCGCTTTAAGCTCTTTAAGAGTCAGATCAATGGAGGTCTTGAAGAGACGTGCGAAACGCTATATGAAGGCATTCCGTACTCTTCCGGCTTGAACAACGCCGCCCGAATAAATGTTGGACTGGACATCATTAATACCCTTAATGAGCATTACGGCATTTCTGCTCCAATCTTCGTAGATAACTCTGAAGCGGTGACTAAATTGATCGATACAAATTCACAGATTCTCAGTCTGATTGTCTCTGAAAAAGACAAGCAGCTGCGGATTGAATTAGAAGATAGTACGCTCATTCCAGTGGATTGTGAGGTAAGTGCATGA MKKEMKLLKLELLNFKGVKQFTLDTQGENAKVYGDNATGKTTLFDAFIWLLFDKDSQNKKDFQIKTLTKENEPVSGLNHEVTGVFVVDGSHLTLKKVYSEKWTRKRGSSQAVFSGHTTDYFIDGVPAKKKEFNDRVNGIISEDIFRLVTSPSFFNEQMKWQDRRKILLEICGDITQEEVFKANPSVKALESILNKRSIEDHRKVISAKQAKINKELKAIPVRIDEALRSVEDISDLNEQELNDEINCLQNDIDLLDDQLQSARNGEAVSEKRNAILHIENELQEMKNAHQEKEYSNIRALKEKLFSVKNKLEEISLEIKSNTRQLSLEKDNQERLTAEIQSLRQNWLDKNEETFDQHQTECPTCGQALPPEQVEQAKENFNSHKSSELEKINERGKSRSEELKRSEDIIAEIESSAQKLQKDYESKSEEWSQLDTEIKAAESNMSDITTDDAYKNKQSEIDSIRKQIEQLESSKNEAIQLIKDDINGKKQEMLLLQKDLAKISHSKKVNKRIMQLEEEQKGLAEEYEGLQHQLYLTEEFVRTKVDLLEEKINNKFKFARFKLFKSQINGGLEETCETLYEGIPYSSGLNNAARINVGLDIINTLNEHYGISAPIFVDNSEAVTKLIDTNSQILSLIVSEKDKQLRIELEDSTLIPVDCEVSA NA NA NA NA NA D1-12_04058 186 hypothetical protein ATGAACGAAGTTTTTTACACTGAGCCATTTAGCGAGAATTATCGCGATCAGGTCAATCTGGCATCTGCCGGGGGATCTATCTCTTTTGATATTCAAGGGAATGCGGCTTTTCGTTTTCCTACTGCCGCCGCTCGTGAGGAATATCGCGCTCTTAAACAAAGAGCTGAAGGAGGCGGCAACAAATGA MNEVFYTEPFSENYRDQVNLASAGGSISFDIQGNAAFRFPTAAAREEYRALKQRAEGGGNK NA NA NA NA NA D1-12_04059 195 hypothetical protein TTGGGTAATACGTTTGACGCTGTGGAGGACTTAGTCGCGGCAACAAAAATTATCGGCGAGCTCCGTGCAGATATGTCGATTGTGAAGACAATGGCATCCTTATTGGCAGAGAGTAAAGATATTAACGTTCTGCAGAATACATTGAACAAAATATCTGATGACATTTCAGCATCACTGGCAAAACACAAATTTTAA MGNTFDAVEDLVAATKIIGELRADMSIVKTMASLLAESKDINVLQNTLNKISDDISASLAKHKF NA NA NA NA NA D1-12_04060 177 hypothetical protein ATGAAATTTGTCTTGTCTGTCAGCAAAGTCATGAAGGGGCGCCAAGTTAGAGAAAAGATTGAGGAGTCACGTGAAAATCCTGCGAAATTATACTTAGCAGACGCTGAAGCGAGAAAAGAATGTCAAATCAGAATGGAACAAATAAAAAAGCAGCAAGCCGGCACGCTCACTGCATAA MKFVLSVSKVMKGRQVREKIEESRENPAKLYLADAEARKECQIRMEQIKKQQAGTLTA NA NA NA NA NA D1-12_04061 279 hypothetical protein ATGAAAAACGAAATGGAAAAGCCAGTCTATACGGGCATTCATCATAGTGGAATAACACTGGAAATGATCTGTATTGAAACATTGCACACAAGAATCATGGAAGCGTTAAAAACGGGAGACACAGCTAAAGCGTTTGAGGCTCATAAAGATGTGTTGCGTTCGTTGATCCAGATCAAACGATATCAGACTGCCGAACGAGTGGAAAAGTTGAAGGCATCATCAAAAATAGTATCTGTCCAGTATCCGGAATCATTAAAAAAATTGAGAGGAATGGTTTGA MKNEMEKPVYTGIHHSGITLEMICIETLHTRIMEALKTGDTAKAFEAHKDVLRSLIQIKRYQTAERVEKLKASSKIVSVQYPESLKKLRGMV NA NA NA NA NA D1-12_04062 258 hypothetical protein TTGAAATTAGGGGCACTACTTCGAAGCACACGGGAGCGGGCGGGTCTTTCTCAAGAACATCTAGCTGAATTACTACACCGATCCCGCAGCTGTATATCAAAATTTGAAAACGACAAAAAATCTTTAGATGTTCCTACATACGTACGATGGATGGAAGCGACAAATGCAAAGGAGGCTATGATTGCAACGTTATGCGGCATTGATCCGAGTGCAGTCGCTCAAAGCATCCAAAACATCATGACTCTATTTGGAGGTTGA MKLGALLRSTRERAGLSQEHLAELLHRSRSCISKFENDKKSLDVPTYVRWMEATNAKEAMIATLCGIDPSAVAQSIQNIMTLFGG NA NA NA NA NA D1-12_04063 195 hypothetical protein TTGCAACGAACAGCATTAAGCCCTCAAGAAACAGCTGCTTTTTTGGGGGTTCATAAAGAAACCATTTATAGCATGGTAAGAAACAACCAAATCCCTCATTTTAGGGTGGGGAGGAAGATTTTCTTTAGGGTTGATTCACTCAATGCATGGATAAAAGAACAGGAAGAAAACAGCGTGCTTACTATTGAAATGTAG MQRTALSPQETAAFLGVHKETIYSMVRNNQIPHFRVGRKIFFRVDSLNAWIKEQEENSVLTIEM NA NA NA NA NA D1-12_04064 234 hypothetical protein ATGCAGCAGCTTAATTTAATTTTCATCAAGAATAGACGTAAAGAATTAAAAATCTCTCTGCAATATATGGCGACAAAATTAGGTTTCAAAACTGGCTCAAGTTATTTGAAATATGAGCAAGGCCTATACGCTTTTAAAGCTGAACAATTGCCGATCTTAGCACACCATTTACAATGCAAAATAACAGATTTTTTTGCAGAAAACGTTTCTGATTTAGAAACAAGTAGTGCTTAA MQQLNLIFIKNRRKELKISLQYMATKLGFKTGSSYLKYEQGLYAFKAEQLPILAHHLQCKITDFFAENVSDLETSSA NA NA NA NA NA D1-12_04065 336 hypothetical protein GTGAAAACATTGAATATAGGTGATCGGATCGTTTTATTAAGAGAAAGAAAAGGCTGGTCCCAAAGGGAGTTGGCTCGCCGTGTAAACCTAAATTATGCTGTTATGAACCGTATAGAAAAAGGTACTCGCCCTATTACTGATTCAGAAATTATTAGTTTATCTAAAGTATTGGATGTCTCTACAGACTACCTTCTAAAAGGTGACTCCCATGACTCAAAAATAGATGAACTCTTAAATGACCCTGAAACTTTAATTGCTGGCCGTGACGGAAAAATCACCAAGGAACAAGCGAAAGAGCTTTTAGAGTATCTTCTCAAAAAAGGGTTCGATGAATAG MKTLNIGDRIVLLRERKGWSQRELARRVNLNYAVMNRIEKGTRPITDSEIISLSKVLDVSTDYLLKGDSHDSKIDELLNDPETLIAGRDGKITKEQAKELLEYLLKKGFDE NA NA NA NA NA D1-12_04066 264 bofA Sigma-K factor-processing regulatory protein BofA ATGGAGCCTTTTTTCATTATCGGTGTGATTGTCGGTCTGGTTGCTTTGCTTTTTTTATGGGGAGTATCTTCAAAACCGCTAAGATGGATTGGTGTGACTGCGATTAAGTTTATTGCCGGTGCGATTTTGCTGGTGGGTGTGAACTTGTTCGGGGGCAGTCTCGGTATTCATATCCCTGTTAACCTGATTACAACGGGCATCAGCGGGATTCTGGGGATTCCCGGCATCGCGGCTTTGATAGTCATTAAACGCTTCATCATTTAA MEPFFIIGVIVGLVALLFLWGVSSKPLRWIGVTAIKFIAGAILLVGVNLFGGSLGIHIPVNLITTGISGILGIPGIAALIVIKRFII NA NA NA NA NA D1-12_04067 225 hypothetical protein ATGGGTTTTCTTCGCAGAAATACATTAAGAAAAGAGTTTGATGAGAAGCTGATAGAACAGCTCTTTAAACAAAAAGAAGAATGGAACAGACAGAAGAGTCTGGTCGAGAAAAGTCTCGAGCCCTCCGCTGAGGTGTTGTTTGAGCTGAAAGTCGCTGAATCTAAGTACTTTTTTTATTTGAAAGAAGCGAAGCAGCGGAATTTGAAAATGAGCAGATGGAAGTAA MGFLRRNTLRKEFDEKLIEQLFKQKEEWNRQKSLVEKSLEPSAEVLFELKVAESKYFFYLKEAKQRNLKMSRWK NA NA NA NA NA D1-12_04068 597 recR COG0353 Recombination protein RecR ATGCAGTATCCTGAACCAATATCAAAGCTGATTGACAGCTTTATGAAATTGCCAGGGATCGGACCGAAAACAGCGGTTCGTCTGGCTTTTTTTGTTCTAGGTATGAAAGAAGACACAGTATTGGATTTTGCTAAGGCGCTTGTCAATGCGAAGCGGAATCTGACATATTGCTCAATTTGCGGACATATAACAGATCAGGACCCTTGTTATATATGTGAGGACACAAGGAGGGATAAGTCTGTTATTTGTGTCGTGCAAGACCCTAAGGATGTGATCGCAATGGAGAAAATGAAGGAATATAACGGCCAGTATCATGTTCTTCACGGCGCGATTTCACCAATGGACGGCATCGGCCCGGAGGATATTAAGATTCCGGAGCTGCTGAAACGTCTTCAGGATGACCAAGTGACAGAAGTTATTCTCGCAACCAACCCTAATATTGAAGGGGAAGCAACAGCGATGTATATATCAAGGCTGTTAAAGCCCTCAGGCATCAAGCTCTCCCGTATTGCCCACGGTCTGCCCGTCGGCGGTGATTTGGAATATGCTGATGAGGTCACTCTTTCAAAAGCTCTTGAAGGAAGACGTGAATTGTAA MQYPEPISKLIDSFMKLPGIGPKTAVRLAFFVLGMKEDTVLDFAKALVNAKRNLTYCSICGHITDQDPCYICEDTRRDKSVICVVQDPKDVIAMEKMKEYNGQYHVLHGAISPMDGIGPEDIKIPELLKRLQDDQVTEVILATNPNIEGEATAMYISRLLKPSGIKLSRIAHGLPVGGDLEYADEVTLSKALEGRREL NA NA NA NA NA D1-12_04069 324 COG0718 Nucleoid-associated protein ATGCGTGGCGGAATGGGAAACATGCAAAAAATGATGAAACAAATGCAAAAAATGCAAAAGGATATGGCGAAGGCTCAGGAGGAGCTTGCTGAAAAAGTGCTTGAAGGCACAGCGGGCGGCGGTATGGTGACTGTAAAAGTCAACGGCCAAAAAGAAGTTGTAGACGTTGCCATTAAAGAAGAAGTCGTTGATCCGGAAGATATCGAAATGCTTCAGGACCTGGTTCTTGCTGCGACAAACGACGCCCTCAAAAAAGTGGATGACATGACGAATGAGACAATGGGACAATTTACAAAAGGAATGAACATACCGGGTTTATTCTAG MRGGMGNMQKMMKQMQKMQKDMAKAQEELAEKVLEGTAGGGMVTVKVNGQKEVVDVAIKEEVVDPEDIEMLQDLVLAATNDALKKVDDMTNETMGQFTKGMNIPGLF NA NA NA NA NA D1-12_04070 1692 hypothetical protein GTGGGTTACCAAGCTTTATATCGAGTATTTAGGCCTCAGCAGTTTGAAGATGTGGTCGGACAGGAACACATTACGAAAACGCTGCAAAATGCCCTTTTGCAAAAGAAATTTTCTCATGCATATCTGTTTTCTGGACCGCGGGGAACGGGAAAAACCAGTGCAGCTAAAATATTTGCGAAAGCAGTCAACTGTGAGCACGCCCCCGTAGAAGAACCGTGCAATGAATGTGCGGCGTGCAAGGGGATCACAAACGGCTCTATATCAGATGTGATTGAAATAGATGCGGCGTCGAATAACGGCGTAGACGAAATCCGCGACATCCGTGACAAAGTAAAATTCGCCCCGTCGGCCGTCACCTACAAAGTATATATTATAGATGAGGTGCATATGCTCTCTATCGGCGCATTCAATGCGCTTCTGAAAACGCTGGAAGAACCGCCGGCACATTGCATTTTCATATTAGCTACGACTGAGCCTCATAAGATTCCTTTAACCATTATCTCCAGATGTCAGCGTTTTGACTTCAAACGGATTACATCCAAAGCAATTGTCGGACGAATGAAGACAATCGTCGATGCAGAGCAGCTGAAGGTGGAAGAAGAAGCCCTTGATATCATAGCGAGTGCTGCGGACGGAGGAATGAGGGACGCGCTGAGCCTGCTCGATCAAGCCGTATCATTCAGCGGCGAGGAGCTGTCGGTGGATGACGCATTGCTCATTACCGGAGCCGTTTCTCAGCACTATATTGGAAAACTGGCATCTGCTCTTCACCGCAAACAGGTTTCCGAGGCATTGGAAACACTGAATGAATTGCTCCAGCAGGGGAAAGATGCGGCCAAACTGATTGAAGATATGATTTTCTATTTCAGGGATATGCTCTTGTACCAGGCCGCTCCCGGTTTAGAAGGAGTCCTGGAAAAGGTGAAGGTCGATGAAACGTTTCGGAATCTGAGCGGTGACATACCGGCCCCCGCTTTATATGAGATGATTGATATCCTGAATAAAAGCCATCAGGAAATGAAGTGGACGAACCACCCAAGAATCTTTTTTGAAGTGGCTGTCGTGAAAATATGCCAGACGGCACAGCAATCCGCCGGAGACATCCCTGAGGTCGGCATGCTGATGAATAAGATCCAGCAGCTTGAGCAGGAAGTAGAAAGGCTGAAAACCTCCGGTGTGAAGGTTCAGATGGAAAGCGCTCCGAAAGAAGCTCCGCGTCCTCAAAAAGGCGGAAAAAGCCATTATAAAGCCCCGGTCGGAAGAATTCATGAGATATTGAAGGAAGCCACAAGACCTGATCTTGAACAGCTTAAAAGCAGCTGGGGCAAGCTGCTGGCACACCTGAAACAGCAGAATAAGGTGTCTCATGCGGCTCTTTTGAATGACAGTGAACCGGTGGCTGCTGCTCAAAAGGCATTTGTGCTTAAATTTAAATACGAAATCCATTGTAAAATGGTTGCAGAAGACAATAACGGAGTCCGTACGAATCTTGAACAGATTCTCGAATCAATGCTCGGGAAAAGAATGGATTTGATTGGCGTTCCGGAAGCACAATGGGGTAAAATAAGAGAAGAATTTTTAAATGATCACCAGCAGGAAAGTGAAGGATCAAACGAACCGGCTGAAGAAGATCCGCTGATTGCAGAGGCGAAAAAACTTGTCGGAGCGGATTTAATCGAAATAAAAGACTAA MGYQALYRVFRPQQFEDVVGQEHITKTLQNALLQKKFSHAYLFSGPRGTGKTSAAKIFAKAVNCEHAPVEEPCNECAACKGITNGSISDVIEIDAASNNGVDEIRDIRDKVKFAPSAVTYKVYIIDEVHMLSIGAFNALLKTLEEPPAHCIFILATTEPHKIPLTIISRCQRFDFKRITSKAIVGRMKTIVDAEQLKVEEEALDIIASAADGGMRDALSLLDQAVSFSGEELSVDDALLITGAVSQHYIGKLASALHRKQVSEALETLNELLQQGKDAAKLIEDMIFYFRDMLLYQAAPGLEGVLEKVKVDETFRNLSGDIPAPALYEMIDILNKSHQEMKWTNHPRIFFEVAVVKICQTAQQSAGDIPEVGMLMNKIQQLEQEVERLKTSGVKVQMESAPKEAPRPQKGGKSHYKAPVGRIHEILKEATRPDLEQLKSSWGKLLAHLKQQNKVSHAALLNDSEPVAAAQKAFVLKFKYEIHCKMVAEDNNGVRTNLEQILESMLGKRMDLIGVPEAQWGKIREEFLNDHQQESEGSNEPAEEDPLIAEAKKLVGADLIEIKD NA NA NA NA NA D1-12_04072 483 tadA_2 COG0590 tRNA-specific adenosine deaminase ATGAATGATGAATATTATATGAGAGAAGCCATAAAAGAAGCGAAGAAAGCCGAAGCGAAAGGTGAAGTGCCGATCGGAGCAGTTCTTGTTCTGCATGATGAGATCGTGGCGCGGGCGCATAATCTGCGGGAGACTGAACAGAGGTCGCTTGCCCACGCCGAAATGCTGGCGATAGACGAAGCGTGCCGTAAGCTGGGGACATGGAGACTTGAGGATGCCGTTCTTTATGTCACTTTGGAGCCGTGTCCGATGTGCGCGGGAGCCGTCGTGCTTTCGAGAGTCGATAAGGTCGTATTCGGCGCATTTGATCCCAAGGGGGGCTGTACAGGAACGCTGATGAACCTCTTGCAGGAAGAGCGGTTCAACCACCAAGCGGAAGTGGTGAGCGGAGTGCTCGGAGAAGAGTGCGGAGAAATGCTCAGCGCTTTTTTCAGAAAGCTGCGCCGGCAAAAGAAAGACATGAGGAAAAAGTTGTCTGAGTAG MNDEYYMREAIKEAKKAEAKGEVPIGAVLVLHDEIVARAHNLRETEQRSLAHAEMLAIDEACRKLGTWRLEDAVLYVTLEPCPMCAGAVVLSRVDKVVFGAFDPKGGCTGTLMNLLQEERFNHQAEVVSGVLGEECGEMLSAFFRKLRRQKKDMRKKLSE PGPT0018175_2 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROLIPID_REMODELLING CE-REMODELLING_GLYCEROLIPID_KINASE_ACTIVITY,PGPT0018175-garK|glxK-K00865 NA NA D1-12_04073 552 entB COG1535 Enterobactin synthase component B TTGTCTGAACCTAACAACACAGCCCTTCTGATTGTCGATATGATTAACAATTTTCAATTTGATATGGGCGAACGACTTGCTGAAAAAACCAAACAAATTGTCCCCCGTATTTTATCATTAAAGAAGCATGCAAAACAAAGCAACTGGCCGATTATTTATATTAATGATCATTACGGGCTTTGGAAGGCTGATATTGATGCCATCAGGGAGGAATGCAGCAACGACAGAAGCGCCCCCATTATAAAAGATATTTCGCCTCAGCTGGATGATTATTTTCTCATTAAACCGAAGCATTCCGCTTTTTACGAAACGGCGCTTCACACCCTTCTGACCGAATTACAAGTGAACCGATTAATTATCACGGGGATTGCCGGGAACATTTGTGTGCTGTTCACGGCCAACGACGCCTATATGAGAGAATACAGCATTACCATTCCGAAAGACTGCACCGCTTCCAATAACGACGAAGACAATGATTTCGCTTTGACCATGATGGAGAATGTTCTCTTCGCAGAAATAACCACGGAAAAACAAATTACCGCCGAAAAATAA MSEPNNTALLIVDMINNFQFDMGERLAEKTKQIVPRILSLKKHAKQSNWPIIYINDHYGLWKADIDAIREECSNDRSAPIIKDISPQLDDYFLIKPKHSAFYETALHTLLTELQVNRLIITGIAGNICVLFTANDAYMREYSITIPKDCTASNNDEDNDFALTMMENVLFAEITTEKQITAEK NA NA NA NA NA D1-12_04074 1281 sleL COG3858 Cortical fragment-lytic enzyme GTGAAACGGGGCGACACGCTTTCCGCTATTGCGGCGCGCTACCGGACAGCCGCAAATGTCATTGCGGAAGCAAATAAACTGCCTAATCCAAATACATTGGTTGTCGGACAAACCCTTGTCATCCCGATTGAGGGTCAATATTACGAAGTGAAACAAGGTGATACTCTCGCGTCAATCGCCGGCCGTTTTCATATATCGGCCGCGGAGCTTGCGAAGGTGAACGGAATTCAGCCCGGCACCACATTGAGAGTCGGAACCCGCCTTTACATTCCGCAGCAGGCGAATAAGCCCGATATCGAATCAAACGCATATATAGAACCGCGGGGAACGAGCGTAAGCGCTAATCTGCAGCAGGCGGCAAGGGAGGCCTCTCCTTATTTAACATACCTCGGCGCATTCAGTTTTCAAGTGCAGCGGAACGGGACTTTAAAGGAACCGCCTCTGACCAATTTAAAAAGCATCAGTGACAGGCACAACACCACACTGATGATGATCATCACCAACCTTGAAAATGACGCATTCAGCGATGAACTCGGGCGGCTCATCTTGAATGACAATACAGTGAAAACAAAACTTTTTCAGGAAATCGTCTCCACGGCTAAAAAGCACGGCTTTCGCGATATTCACTTTGATTTCGAATATTTACGTCCACAGGACAGAGAAGCCTACAATCGTTTTTTACGTGAAGCGAGAACGATTTTTCATCGGGAAGGCTGGAAGATTTCAACGGCGCTTGCTCCGAAAACGAGCGCGACTCAGGCCGGCAAATGGTACGAAGCACATGACTATAGGGCACATGGAGAAATCGTCGATTTTGTCGTGATCATGACATATGAGTGGGGATACAGCGGAGGCCCGGCTCAGGCCGTATCACCTATCGGCCCTGTAAGAAATGTCATTGAGTACGCACTGACGGAAATGCCTTCTTCAAAAATCGTCATGGGCCAGAATATGTACGGCTACGATTGGACACTGCCTTTCAAACAGGGAACGACAGCGAAAGCCGTCAGTCCTCAGCAGGCAATCGCTCTGGCAGCACGCCATAAAGTCGACATTCAATATGACGAAACCGCCCAGGCTCCATTCTTTCGTTACACGGATGAAAATCAGAGACGGCATGAAGTATGGTTTGAAGATGCCCGGTCCATTCAAGCGAAATTCAATTTAATTAAAGAACTGCATTTAAGAGGGATCAGCTATTGGAAACTCGGCCTTTCTTTCCCGCAAAACTGGCTTTTGCTCAACGATCAATTTCATATTGTAAAAGAGACGTTTCGTTAA MKRGDTLSAIAARYRTAANVIAEANKLPNPNTLVVGQTLVIPIEGQYYEVKQGDTLASIAGRFHISAAELAKVNGIQPGTTLRVGTRLYIPQQANKPDIESNAYIEPRGTSVSANLQQAAREASPYLTYLGAFSFQVQRNGTLKEPPLTNLKSISDRHNTTLMMIITNLENDAFSDELGRLILNDNTVKTKLFQEIVSTAKKHGFRDIHFDFEYLRPQDREAYNRFLREARTIFHREGWKISTALAPKTSATQAGKWYEAHDYRAHGEIVDFVVIMTYEWGYSGGPAQAVSPIGPVRNVIEYALTEMPSSKIVMGQNMYGYDWTLPFKQGTTAKAVSPQQAIALAARHKVDIQYDETAQAPFFRYTDENQRRHEVWFEDARSIQAKFNLIKELHLRGISYWKLGLSFPQNWLLLNDQFHIVKETFR PGPT0025110_364 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_GERMINATION_PROTEIN,PGPT0025110-yaaH-K06306 NA NA D1-12_04075 624 dgk COG1428 Deoxyguanosine kinase ATGAACAGAGCCCCTTTTATCGCGGTAGAAGGTCCTATCGGGGCAGGAAAAACGACACTCGCTACGATGCTTTCTGAAGAGCTCGGTTTTCCTATAATTAATGAGATTGTGGAAGACAATCCTTATCTCGATAAGTTTTATGACAATATCGAGGAGTGGAGTTTCCAGCTTGAAATGTTTTTTCTATGTCACAGGTATAAACAGCTTGAAGACACCGATCGAGATTATTTAAAACAAGGACAGCCCGTTTTGTCCGATTATCATATTTATAAAAATGTTATTTTCGCAGAGCGTACATTGCACGGCCAAAAGCTTGAGAAATATAAGCAGATTTATCATCTGCTCACTCACGACCTGCCGAAACCGAATGTTATTGTATACATAAAGGCAAGCCTGCCGACATTGCTTCAACGCATTGAAAAACGCGGGCGCCCGTTTGAGAAAAATATCGAACATCAATATCTGGAACGTCTCATTGCAGATTACGACACAGCCATCAGGCAGCTTCAGGAAGAAGATCCGAATATATCTGTACTGACCATTGACGGTGATACTGAAGACTTTGTTTTGAATAAGACAGACTATGAAAGAATTGCCCGTCAGGTAAAGGAGCTTATTAAATGA MNRAPFIAVEGPIGAGKTTLATMLSEELGFPIINEIVEDNPYLDKFYDNIEEWSFQLEMFFLCHRYKQLEDTDRDYLKQGQPVLSDYHIYKNVIFAERTLHGQKLEKYKQIYHLLTHDLPKPNVIVYIKASLPTLLQRIEKRGRPFEKNIEHQYLERLIADYDTAIRQLQEEDPNISVLTIDGDTEDFVLNKTDYERIARQVKELIK PGPT0021655_609 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021655-dgk-K15518 NA NA D1-12_04076 654 dck COG1428 Deoxyadenosine/deoxycytidine kinase ATGAAAGACATTCATATTCCAAACAACGCCATTATAACAGTAGCGGGAACGGTAGGAGTCGGAAAATCGACTTTGACCAAAGCTTTAGCAAAACGGCTCGGGTTTCATACCTCACTCGAGGAAGTGGATGAAAATCCTTATTTAGAGAAGTTTTATCACGATTTTGAACGCTGGAGCTTCCATTTGCAAATTTATTTTCTGGCTGAGCGGTTCAAAGAGCAGAAAAACATGTTTGAATCAGGCGGCGGATTCGTGCAGGACCGTTCGATTTATGAAGATACAGGCATATTCGCAAAAATGCATGCCGATAAAGGAACCATGTCGCTGACAGATTACACAACATACACAAGCCTATTTGAGGCGATGGTCATGACGCCGTACTTCCCGCATCCTGATGTTTTGATCTATTTAGAAGGCGACCTTGAAAACATTATAAACCGGATTGAAAAGCGGGGCCGCGAGATGGAGCTGCAGACAAACCGCTCCTATTGGGAAGAGATGTATACACGGTACGAAGACTGGATCAGCGGTTTTAATGCCTGCCCTGTGCTGAAAGTACGCATTGAAGATTATGACCTTGAAGCTGATGAGCAGTCACTGGAACCTTTGATCGAAAAAATCAGTCACGTGATCAACGAAAACAGAAACAAATAA MKDIHIPNNAIITVAGTVGVGKSTLTKALAKRLGFHTSLEEVDENPYLEKFYHDFERWSFHLQIYFLAERFKEQKNMFESGGGFVQDRSIYEDTGIFAKMHADKGTMSLTDYTTYTSLFEAMVMTPYFPHPDVLIYLEGDLENIINRIEKRGREMELQTNRSYWEEMYTRYEDWISGFNACPVLKVRIEDYDLEADEQSLEPLIEKISHVINENRNK PGPT0021370_253 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021370-dck-K15519 NA NA D1-12_04078 1146 garK COG1929 Glycerate 2-kinase ATGAAAATCATCATTGCACCCGATTCTTTCAAAGAAAGCATGACATCAAAAGAAGCAGCTGACAGCATAGAAAAAGGATTCAAAGCGGTCTTCCCTGACGCGGAATATATCAAGATACCCGCGGCTGACGGCGGAGAAGGAACCGTTCAGGCTTTGACGGATGCCACTGGCGGGAGCATCATCAAAAAAACTGTGACCGGTCCGCTGGGAACGCCGGTAAACGCCGCATATGGACTTCTGGGAGACGGACGCACGGCAGTCATTGAAATGGCGGAAGCATCGGGACTTCATCTCGTTCCCCGCCATCTCAGAGATCCGTTGAACACAACGACAAGAGGAACGGGTGAACTGATAGCAGATGCAGCTTCCCGCGGGGCGGGTGAGATCATCATCGGTCTTGGCGGGAGCGCAACCAATGACGGCGGAACAGGAATGGCGAGCGCGCTCGGTGTGCGTTTCTTAAATGAGGAAGGTCAGGAGATACCTGATGGCGGAGGCGCTCTGCACACCTTAGCTTCTATTGATATAAGCGGTCTCTCTCCTGATCTGAAACATATCCGTATCCGTGCCGCATGTGATGTCGAAAATCCCCTGACCGGTGAAAACGGCGCGTCATATGTCTTCGGCCCGCAAAAAGGGGCGTCCGAGAAGACTAAAGTTGTATTGGATCGCAACTTACGCCATTTCGCTGAGGTATTGAGACGTCAGCACGATATCGAAGCGGATACCGTAAAAGGCGCGGGTGCCGCAGGGGGACTGGGCGCCGGACTGATTGCTTTCTTACAGGCAGAACTTCAAAGCGGGATTGATGTTGTATTAGATACACTGTCCTTCTCAGATCAGATAAGAGGCGCTGACCTTGTCATTACCGGAGAGGGGCAGATAGACGGACAAACGATATTCGGCAAAACCCCCGTCGGGATCGCCGCACGCGCATCTGCTCAAGAAATTCCCGTTATCGCATTGGCGGGCTCCTTAGGCAAAAATTTCGAGCATGTTTACAGCGCAGGAATAACAGCTGTATTTTCTATCGTGCCGGGTGCTGTAAGTCTTGAAGACGCCTTAGCATCCGGCCGTTTTAACCTTGAAAGCACAGCCCGGAATGCCGCCGCTCTATACCGGGCAGCAAAAAAGGCGCGCCTCTAG MKIIIAPDSFKESMTSKEAADSIEKGFKAVFPDAEYIKIPAADGGEGTVQALTDATGGSIIKKTVTGPLGTPVNAAYGLLGDGRTAVIEMAEASGLHLVPRHLRDPLNTTTRGTGELIADAASRGAGEIIIGLGGSATNDGGTGMASALGVRFLNEEGQEIPDGGGALHTLASIDISGLSPDLKHIRIRAACDVENPLTGENGASYVFGPQKGASEKTKVVLDRNLRHFAEVLRRQHDIEADTVKGAGAAGGLGAGLIAFLQAELQSGIDVVLDTLSFSDQIRGADLVITGEGQIDGQTIFGKTPVGIAARASAQEIPVIALAGSLGKNFEHVYSAGITAVFSIVPGAVSLEDALASGRFNLESTARNAAALYRAAKKARL PGPT0018175_1287 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROLIPID_REMODELLING CE-REMODELLING_GLYCEROLIPID_KINASE_ACTIVITY,PGPT0018175-garK|glxK-K00865 NA NA D1-12_04079 1278 serS COG0172 Serine--tRNA ligase ATGATTGATACGAAGGTGCTGAGAGCCAATTTTCAAGAGGTAAAAGCGAAGCTCATTCCAAAAGGCGAAGACTTATCTGACTTTGACAAGTTTGAAGAGCTGGACGAAAAGAGAAGAGAGCTTATCGGTAAAGTAGAAGAACTGAAGGGAAAACGCAATGAAGTGTCTCAGCAGGTCGCCGTTTTGAAACGGGAGAAAAAAGACGCTGATCATATTATTAAAGAGATGCGTGAAGTGGGCGAAGAAATTAAGAAGCTTGATGAAGAGCTTCGTACTATCGAAACGACGCTCGAAACCATCCTTCTGTCTATTCCGAACATCCCGCACGATTCAGTGCCCGTCGGGGAAACGGAAGATGATAACATTGAAATTCGCAAGTGGGGAGAGGCGCCGGCATTTTCATATGAGCCGAAACCGCATTGGGATATCGCAGACCATTTAAACATTCTTGATTTTGAACGCGCTTCAAAAGTAACAGGCAGCCGGTTTGTGTTTTATAAAGGATTAGGCGCCCGCCTCGAACGCGCGCTCTACAACTTTATGCTGGATCTTCACGTTGATGAATATGATTACACGGAAGTCATTCCTCCTTATATGGTAAACCGTACGAGCATGACAGGTACGGGACAGCTTCCTAAATTTGAAGAGGATGCTTTTAAAATCAGAGAAGAGGATTATTTCTTAATTCCGACGGCGGAAGTGCCGATTACAAATATGCACCGCGATGAAATCTTATCCGGTGAGAACCTGCCGATCAATTATGCCGCATTCAGCGCTTGCTTCCGTTCAGAAGCGGGATCTGCCGGCCGTGATACACGCGGTTTGATCCGCCAGCATCAGTTCAACAAGGTTGAGCTTGTGAAATTCGTGAAGCCTGAAGATTCTTATGAGGAGCTTGAAAAACTGACAAATCAAGCCGAGCGGGTGCTTCAGCTGCTCGAACTGCCGTATCGTGTCATGAGCATGTGTACCGGTGATCTCGGCTTTACAGCCGCGAAAAAGTACGATATTGAGGTATGGATTCCAAGCCAAGACACATACCGTGAAATTTCTTCTTGCAGTAACTTTGAGGCCTTCCAGGCGAGACGCGCAAACATTCGATTCAGACGCGAAGCGAAAGGCAAGCCGGAGCATGTGCATACATTAAACGGTTCAGGTCTTGCAGTCGGCAGAACAGTAGCTGCCATCTTAGAAAACTATCAGCAAGAGGACGGAAGTGTCATTATTCCGAAAGTGCTTCGTCCTTATATGGGAAATAAAGAAGTCATCAAACCGTAA MIDTKVLRANFQEVKAKLIPKGEDLSDFDKFEELDEKRRELIGKVEELKGKRNEVSQQVAVLKREKKDADHIIKEMREVGEEIKKLDEELRTIETTLETILLSIPNIPHDSVPVGETEDDNIEIRKWGEAPAFSYEPKPHWDIADHLNILDFERASKVTGSRFVFYKGLGARLERALYNFMLDLHVDEYDYTEVIPPYMVNRTSMTGTGQLPKFEEDAFKIREEDYFLIPTAEVPITNMHRDEILSGENLPINYAAFSACFRSEAGSAGRDTRGLIRQHQFNKVELVKFVKPEDSYEELEKLTNQAERVLQLLELPYRVMSMCTGDLGFTAAKKYDIEVWIPSQDTYREISSCSNFEAFQARRANIRFRREAKGKPEHVHTLNGSGLAVGRTVAAILENYQQEDGSVIIPKVLRPYMGNKEVIKP NA NA NA NA NA D1-12_04081 591 pdxT COG0311 Pyridoxal 5'-phosphate synthase subunit PdxT ATGTTAACAATTGGTGTACTTGGACTTCAAGGAGCAGTAAGAGAACATATTCGTTCAATTGAAGCATGTGGTTCAAAAGGTGTCGTCATTAAGCGTCCTGAACAGCTGAATGACATCGACGGCTTAATCCTGCCGGGCGGGGAAAGCACGACGATGCGGCGTTTAATGGATACGTATCATTTTATGGAGCCACTTCGCGAGTTTGCCGCCCAAGGCAAGCCGATGTTCGGCACATGCGCCGGTCTGATTATCTTAGCCAAAGAGATAGCGGGAACGGATAACGCTCATTTAGGGCTGTTGAACGTTGTCGTCGAGCGTAATTCCTTTGGCCGTCAGGTCGACAGCTTTGAAGCTGATCTGACGATTAAAGGCCTTGATGAGCCGTTTACGGGTGTATTTATTCGCGCGCCGCATATTTTAGAAGCCGGAGAAGATGTTGAAGTGCTTTGTGAGCATAACGGACGCATCGTGGCTGCAAAGCAGGGGAATTTCCTCGGCTGCTCGTTCCATCCTGAACTGACGGATGATCACCGGGTGACAGAGCTGTTTGTGAAGATGGCGGAAAAGCATAAGCAGGAAACAGCTGTATAA MLTIGVLGLQGAVREHIRSIEACGSKGVVIKRPEQLNDIDGLILPGGESTTMRRLMDTYHFMEPLREFAAQGKPMFGTCAGLIILAKEIAGTDNAHLGLLNVVVERNSFGRQVDSFEADLTIKGLDEPFTGVFIRAPHILEAGEDVEVLCEHNGRIVAAKQGNFLGCSFHPELTDDHRVTELFVKMAEKHKQETAV PGPT0009185_1127 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B6|PYRIDOXINE|PYRIDOXAL|PYRIDOXAMINE_BIOSYNTHESIS,PGPT0009185-pdxT|pdx2|yaaE-K08681 NA NA D1-12_04082 885 pdxS COG0214 Pyridoxal 5'-phosphate synthase subunit PdxS ATGGCTCAAACAGGTACTGATCGTGTAAAACGCGGCATGGCGGAAATGCAAAAAGGCGGCGTCATCATGGACGTTGTAAATGCTGAACAAGCGAAGATTGCAGAAGAGGCGGGAGCTGTTGCCGTAATGGCGTTAGAACGCGTTCCGGCTGATATTCGCGCTGCCGGCGGTGTTGCCCGCATGGCTGATCCGACTATCGTTGAAGAAGTAATGAATGCTGTATCCATTCCCGTAATGGCAAAAGCGCGTATCGGACATATCGTTGAAGCGCGTGTCCTTGAAGCAATGGGAGTAGATTACATCGATGAAAGTGAAGTTCTGACTCCGGCTGACGAAGAATTTCATTTAAATAAAAATGAATATACAGTCCCGTTCGTATGCGGCTGCCGTGATCTCGGCGAAGCAACGCGCCGTATCGCCGAAGGAGCTTCCATGCTTCGTACAAAAGGCGAACCGGGAACAGGAAACATTGTGGAAGCTGTCCGCCATATGAGAAAAGTAAACGCACAAGTGCGCAAAGTTGTTGCGATGAGCGATGATGAGCTGATGACTGAAGCTAAAAACCTCGGCGCTCCTTATGAACTGCTTCTTCAAATCAAACGTGACGGCAAACTGCCTGTAGTGAACTTTGCTGCCGGCGGAGTAGCGACGCCTGCTGACGCGGCATTGATGATGCAGCTTGGCGCTGACGGCGTATTTGTCGGTTCAGGTATTTTCAAATCAGACAACCCTGCTAAATTCGCCAAAGCAATTGTTGAAGCAACGACTCATTACACAGACTACAAACTGATCGCTGAGCTTTCTAAAGAATTAGGCACAGCAATGAAAGGAATCGAAATCTCAAATCTATTGCCGGAACAGCGTATGCAAGAACGCGGCTGGTAA MAQTGTDRVKRGMAEMQKGGVIMDVVNAEQAKIAEEAGAVAVMALERVPADIRAAGGVARMADPTIVEEVMNAVSIPVMAKARIGHIVEARVLEAMGVDYIDESEVLTPADEEFHLNKNEYTVPFVCGCRDLGEATRRIAEGASMLRTKGEPGTGNIVEAVRHMRKVNAQVRKVVAMSDDELMTEAKNLGAPYELLLQIKRDGKLPVVNFAAGGVATPADAALMMQLGADGVFVGSGIFKSDNPAKFAKAIVEATTHYTDYKLIAELSKELGTAMKGIEISNLLPEQRMQERGW PGPT0009180_1481 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B6|PYRIDOXINE|PYRIDOXAL|PYRIDOXAMINE_BIOSYNTHESIS,PGPT0009180-pdxS|pdx1|yaaD-K06215 NA NA D1-12_04083 1332 dacA COG1686 D-alanyl-D-alanine carboxypeptidase DacA TTGAACATCACGAAATGGAAACAGCTGTTGGTGTCATTAGTGGTACTGGCACTGGCCGCAACTTGCTTTGTTCCGATGTCTAAAGCGGAGGCAGCCGGCAATGACCCGATTGATGTCAACGCATCAGCTGCGATAATGATTGAGGCTTCATCGGGAAAAATTTTATACAGTAAAAATGCAGACAAAAGACTGCCGATTGCCAGCATGACAAAAATGATGACTGAATATCTGCTTCTGGAAGCCATTAAAGAAGGAAAAGTGAAATGGGATCAAACGTATACTCCTGATGATTATGTCTATGAAATTTCTCAAGACAACAGTTTATCAAACGTCCCCCTTCGAAAAGACGGCAAATACACGGTTAAAGAACTGTATCAGGCTATGGCGATTTACTCTGCCAACGGAGCTGCGATTGCAGTTGCCGAAATTCTTGCCGGAACTGAAACAAAATTTGTCGCTGTAATGAATGCGAAAGCCAAAGAATTAGGTATGACAAACTATGATTTTAAAAATGCCACAGGGCTTGTGAATGAAGATCTTCACGGCAAACAGCCGCAAGGAGAAGGCGTTAAAGAAGAAAGTGAAGTTTCTGCTAAAGACATGGCGCTTCTTGCAGACCGCCTGATCACTGATTATCCGGAAGTTCTCAAAACAACAAGCATCGCTAAGACGAAATTCAGAGCCGGCACTGATGATGAAATGGACATGCCGAACTGGAACTTCATGTTAAAAGGTCTTGTTTCTGAATACCCTGGCGTTGACGGCTTAAAAACGGGTTCTACTGATTCTGCGGGATCTTGTTTTACAAGCACAGCACAGCGGAACGGAATGCGGGTCATCACCGTTGTATTAAACGCAAAAGGCAACCTGCATACCGGACGTTTTGATGAAACGAAAAAAATGCTCGATTACGCATTTAACAGCAATTTCTCAATGAAAGATCTTTACCCTGAAGGCTCTCAAGTAAAAGGGCATAAAACGATTGACGTTGAAAAAGGGAAAGACAAGCAAGTCGATATTGTTACTGACAAGGCGCTTTCTATTCCTGTGAAAAGCGGGGATGAAAAGAACTATAAAGCCGAAGTGACTTTAGATAAAAAAGAAATCACGGCTCCTGTGAAAAAGGGAACGAAAGTCGGAACGCTGACAGTTACATACAAAGGCAGTGACAAAGACTATGGCTTCCTCAAATCCAAAGAGTTCAGCGTGAATCTAGTAACGAAAAATGATGTAGATAAAGCAAACTGGTTTGTTCAGATGATGCGCGGCATCGGCGGATTCTTCTCCGGAATCTGGAACAGCGCCGTTGACACGGTAACAGGCTGGTTTTAA MNITKWKQLLVSLVVLALAATCFVPMSKAEAAGNDPIDVNASAAIMIEASSGKILYSKNADKRLPIASMTKMMTEYLLLEAIKEGKVKWDQTYTPDDYVYEISQDNSLSNVPLRKDGKYTVKELYQAMAIYSANGAAIAVAEILAGTETKFVAVMNAKAKELGMTNYDFKNATGLVNEDLHGKQPQGEGVKEESEVSAKDMALLADRLITDYPEVLKTTSIAKTKFRAGTDDEMDMPNWNFMLKGLVSEYPGVDGLKTGSTDSAGSCFTSTAQRNGMRVITVVLNAKGNLHTGRFDETKKMLDYAFNSNFSMKDLYPEGSQVKGHKTIDVEKGKDKQVDIVTDKALSIPVKSGDEKNYKAEVTLDKKEITAPVKKGTKVGTLTVTYKGSDKDYGFLKSKEFSVNLVTKNDVDKANWFVQMMRGIGGFFSGIWNSAVDTVTGWF PGPT0024040_695 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-CARBOXYPEPTIDASE_ACTIVITY,PGPT0024040-dacC|dacA|dacD-K07258 NA NA D1-12_04084 1467 guaB COG0516 Inosine-5'-monophosphate dehydrogenase ATGTGGGAAAGTAAATTTTCAAAAGAAGGCTTAACGTTCGATGATGTACTGCTCGTACCGGCTCAATCAGACGTACTTCCGCGTGATGTGGATTTATCTGTTGAACTGACAAAGACGTTAAAGCTTAATATTCCTGTCATCAGTGCGGGAATGGATACAGTAACAGAATCAGCTATGGCGATTGCGATGGCCAGACAGGGCGGCTTGGGCATTATCCATAAAAACATGTCCATCGAACAGCAGGCTGAACATGTTGACAAAGTCAAACGTTCTGAACGGGGCGTTATTACAAATCCCTTCTTTTTAACACCAGATCATCAAGTATTCGATGCGGAGCATTTGATGGGGAAATACAGAATTTCCGGTGTTCCGATCGTAGATAATAAAGACGATCAAAAGCTTGTCGGTATCATTACAAACCGTGATCTTCGCTTTATCTCTGATTATTCAATGAAAATCAGTGATGTCATGACAAAAGAAGAGCTGGTTACGGCTCCTGTGGGAACCACATTAGACGAAGCAGAAAAAATCTTACAGAAACATAAAATTGAAAAACTTCCGTTAGTGGATGACCAAAACAAATTAAAAGGTCTTATCACGATCAAAGATATTGAAAAGGTTATCGAATTCCCGAATTCATCTAAAGATGAACACGGACGCCTTATTGTCGGCGCTGCGGTAGGCGTGACAGGCGATACAATGACACGCGTCAGCAAGCTTGTTGAAGCGAATGTCGACGTTATCGTGGTTGATACGGCTCACGGACATTCCAGAGGCGTACTGAACACAGTTGCGAAAATCCGTGAAACATATCCTGAACTGAACATTATCGCGGGAAATGTTGCAACGGCTGAAGCGACAAAAGCTCTGATTGAAGCCGGAGCAAATATTGTCAAAGTGGGAATCGGACCTGGTTCTATCTGTACGACACGCGTCGTTGCAGGTGTAGGCGTACCGCAGATCACTGCCATTTATGATTGTGCCACTGAAGCGAGAAAACACGGCGCGACAATTATCGCAGACGGCGGTATTAAATTCTCAGGAGATATTACGAAAGCGTTGGCTTCAGGCGGACATGCCGTAATGCTCGGAAGCCTGCTTGCCGGTACTTCAGAAAGCCCGGGAGAGACTGAAATCTATCAGGGCAGAAGATTTAAAGTGTATCGCGGTATGGGTTCTGTCGCTGCCATGGAAAAAGGCAGTAAAGACCGATATTTCCAAGAAGAAAATAAGAAATTCGTCCCTGAAGGTATCGAAGGACGGACTCCGTACAAAGGTCCTGTAGAAGAAACAGTGTATCAGCTTGTCGGCGGTCTTCGTTCAGGTATGGGATATTGCGGTTCAAAAGACTTGCGTGCTTTAAGAGAAGAGGCTCAATTCATCCGTATGACAGGTGCCGGTCTTCGCGAAAGTCATCCGCATGATGTCCAAATTACGAAAGAATCACCAAACTACACAATCTCATAA MWESKFSKEGLTFDDVLLVPAQSDVLPRDVDLSVELTKTLKLNIPVISAGMDTVTESAMAIAMARQGGLGIIHKNMSIEQQAEHVDKVKRSERGVITNPFFLTPDHQVFDAEHLMGKYRISGVPIVDNKDDQKLVGIITNRDLRFISDYSMKISDVMTKEELVTAPVGTTLDEAEKILQKHKIEKLPLVDDQNKLKGLITIKDIEKVIEFPNSSKDEHGRLIVGAAVGVTGDTMTRVSKLVEANVDVIVVDTAHGHSRGVLNTVAKIRETYPELNIIAGNVATAEATKALIEAGANIVKVGIGPGSICTTRVVAGVGVPQITAIYDCATEARKHGATIIADGGIKFSGDITKALASGGHAVMLGSLLAGTSESPGETEIYQGRRFKVYRGMGSVAAMEKGSKDRYFQEENKKFVPEGIEGRTPYKGPVEETVYQLVGGLRSGMGYCGSKDLRALREEAQFIRMTGAGLRESHPHDVQITKESPNYTIS PGPT0021445_3254 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021445-guaB-K00088 NA NA D1-12_04085 990 hypothetical protein TTGAAATATTTAGATAAAGGAAAGGGTTTAAAAATACGTATGAGAGATCATGAGTGGAAAGAGTTATCATTATTTTATTCCGTAGAATCTTCCCAGAAATTTCTAAATAAAGTCTATACAGTAAGCGGCATGGAAGAAGCAAAACGATATGCGTTTAAGAACAGTGAGCGCTTCATATTCTTTATCAAACACGCCGAGTCCTTTTATAAGCAGGCATCTCTTTCCCCTTTAGAAATTAAGCCTATTCTGTTGTTTTACGGGATGTCACAATTGCTGAAAGCCTGTCTTCTGACCACAGATCCAAGCTACCCAAGCCATGCCTCAGTACTCGCGCATGGCGTGACTGCCCGGAAACGCAAAAAGCAAAATTACTCCTTTAGGGATGATGAAGTGAAGGTGCAGCGCAATGGCTTATGTATTCATGTAATGAAGCACTTATTCGGAATAGCTGGTCTTGAGGAGGAACGGTATACGATGAAGAAATTGCTGACAGCCATTCCTGAATTGCATACTGTCTTTTACTTCCAAGAGAAAAAGAATTGGCTGACCCGAGTAGAGCTGAAAGATGACCTTATTTCAGTGCCTGAGCATGCGGTGATTCATTACAATATGTCTGATTCCCGCTTTGCTGAATATATCAGCCATCATTTGAAGTGGTCTTTTCTGAGGAAAGACCATAACCACTTGGTTTTTGAGGCTGACCCGATAGACAGAGAACCTTGGTCTTCACCAAATTTATTGTTTCACTTGGAGAAAAACCAATATTACATTCCCTCTCAGCGTGATCACTTCCTGCATCTTCCGGAAATGATTATTCATTATTTGGTTCTCTACAATATCGGGATGATTGCGAGATATGAAACGGAGTGGTGGTATGAACTGCTGACACAGCATGTCAGTGATGATTATGTAATGATCCGCCGGTTCTTAGAGGTCACGGAACGCAAATTTCCGTATTACGTTTCTAATTTCCTGAAGCAATACTTATAA MKYLDKGKGLKIRMRDHEWKELSLFYSVESSQKFLNKVYTVSGMEEAKRYAFKNSERFIFFIKHAESFYKQASLSPLEIKPILLFYGMSQLLKACLLTTDPSYPSHASVLAHGVTARKRKKQNYSFRDDEVKVQRNGLCIHVMKHLFGIAGLEEERYTMKKLLTAIPELHTVFYFQEKKNWLTRVELKDDLISVPEHAVIHYNMSDSRFAEYISHHLKWSFLRKDHNHLVFEADPIDREPWSSPNLLFHLEKNQYYIPSQRDHFLHLPEMIIHYLVLYNIGMIARYETEWWYELLTQHVSDDYVMIRRFLEVTERKFPYYVSNFLKQYL NA NA NA NA NA D1-12_04087 555 opcR_3 COG1510 HTH-type transcriptional repressor OpcR ATGGATGAGAATCCAGAATTCGCAGCTATAGAACAAGCCAGGGATCTTGTCATTGATTCCATTGCAGAGACGATGGATCTTTACGGAATCACCCGAAGTGTCGGGATTTTATACGGAACAATGTATATGAGGGATGAAATGACGCTTGACGAAATGCGTGAGGAACTGCAGATGAGCAAACCGAGTATGAGCACAGGCGTCAAAAAGCTGCAGGATTTAAATGTGGTCAAAAAAACCTTTCACCGCGGCACACGGAAGCATACGTTTGTAGCGGAAAAAGATTTCTTTACGTTTTTCACGAATTTCTTCCCGCCGAAATGGGATCGTGAAGTTCAGGTGAATTTGTCCGCCATCGTACAGGCCCAGGCGGATTTGCAGTCCGTTTTGCTGGCCGAGGAAGGCAACGCGGAATTACAGGAAGAAGCGCGGCAGTTATATGATCAGCTTGAAAGTTCGAAAGCTTATTATGATTGGCTGAAGCGGCTCGCCGACTCGGTTCAGAGCGGGGAGATTTTTAAATTTATTCCGATAGAAACGGACGAAAAAAACGCCTGA MDENPEFAAIEQARDLVIDSIAETMDLYGITRSVGILYGTMYMRDEMTLDEMREELQMSKPSMSTGVKKLQDLNVVKKTFHRGTRKHTFVAEKDFFTFFTNFFPPKWDREVQVNLSAIVQAQADLQSVLLAEEGNAELQEEARQLYDQLESSKAYYDWLKRLADSVQSGEIFKFIPIETDEKNA PGPT0013690_145 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013690-gbsR-K22109 NA NA D1-12_04088 1473 gbsA COG1012 Betaine aldehyde dehydrogenase ATGAGCAAAACGCTTTATATCGGCGGCGAATGGATCAGTGCAGAAAAAAAACAGACCCGCCGTATCATTAATCCATTTAATCAAGAAGAAATTGCAACGGTATGCGAAGGAGACCGGGACGATGCGGTGAAAGCCATCGCCGCAGCCAGAAAAGCATTTGATGAAGGGGAGTGGCCGGTGCTTTCCGGGCTCGAGCGCGGACAATTTGTTCTGAAAATTGCGGAATTAATCAGACGCGATCTGAACGAATTAGCTGAGCTGGAATCGCTCGATACAGGAAAAACGATTGAAGAAAGTAAAGCCGATATGGATGATATCGCAAATGTATTTCAATATTATGCCGGTTTGGCGGATAAAGACGGAGGCGAGGTCATTTCATCTCCGATTCCTGATTCCGTAAGTAAAATCGTCAGAGAGCCCATTGGCGTATGCGGACAAATTACGCCGTGGAACTATCCGCTCCTTCAGGCGAGCTGGAAAATCGCTCCCGCTCTTGCGGCCGGAAACACGATCGTTTTAAAGCCGAGCGAGATTACTCCGCTGACAACCATTAAAGTCTTTCAATTAATAGAAGAAGCCGGTATTCCGAAAGGGGTCGCCAATCTCGTGCTGGGGCCGGGCGCTTCTGTCGGCGATGAGCTGGCGAGAAACCTCGACGTCGATTTGGTCTCTTTTACGGGCGGAATTGAAACAGGCAAAAAAATCATGCAGGCGGCAAGCGGCAACGTGAAAAAGATTGCCCTGGAGCTTGGCGGCAAAAATCCGAATATCGTATTTCAAGATGCAGATCTCGAAACAGCTGCAGATCAAGCGCTGAACGCCGTGTTTTTCCATGCCGGCCAAGTTTGTTCGGCAGGGTCACGTCTTTTGGTGGACGAAGCCATTCATGATGAATTTTTAGCCGAGCTGATCAAGCGTACGAAACGCATCAAATTAGGAAACGGTTTTCATGAAGATACGGAAAGCGGTCCGCTGATTTCCGCCGAGCATCGGGCTAAAGTCGAAAAATACGTAGAAATCGGCATCGAAGAAGGGGCAAAACTGGAAACAGGCGGCAAACGTCCTGATGATCCCGCCCTTCAAAACGGTTTCTTCTATGAACCTACTATTTTCTCAAACTGCAAGTCTGATATGCGGATAGTCCAAGAGGAGATCTTCGGCCCCGTTTTAACAGTTGAGTCATTTTCTTCTGAAGAAGAAGTGATCAGACTTGCCAACGATACCATTTACGGGCTGGCCGGAGCGGTATGGTCAAAGGATATTGAAAAATGCGAACGCGTAGCCGCCAAACTGCGGATGGGAACGGTATGGATCAATGATTTCCACCCGTATTTCGCGCAAGCGCCATGGGGCGGGTACAAACAATCGGGCTTCGGCCGCGAACTCGGCAAAATCGGCCTGGAAGAATACACGGAAATCAAACATATTTACCGCAACACGAAACCTGCGGCTGTGAACTGGTTTCAAGCATAA MSKTLYIGGEWISAEKKQTRRIINPFNQEEIATVCEGDRDDAVKAIAAARKAFDEGEWPVLSGLERGQFVLKIAELIRRDLNELAELESLDTGKTIEESKADMDDIANVFQYYAGLADKDGGEVISSPIPDSVSKIVREPIGVCGQITPWNYPLLQASWKIAPALAAGNTIVLKPSEITPLTTIKVFQLIEEAGIPKGVANLVLGPGASVGDELARNLDVDLVSFTGGIETGKKIMQAASGNVKKIALELGGKNPNIVFQDADLETAADQALNAVFFHAGQVCSAGSRLLVDEAIHDEFLAELIKRTKRIKLGNGFHEDTESGPLISAEHRAKVEKYVEIGIEEGAKLETGGKRPDDPALQNGFFYEPTIFSNCKSDMRIVQEEIFGPVLTVESFSSEEEVIRLANDTIYGLAGAVWSKDIEKCERVAAKLRMGTVWINDFHPYFAQAPWGGYKQSGFGRELGKIGLEEYTEIKHIYRNTKPAAVNWFQA PGPT0007165_1364 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0007165-betB_homologous-K00130 NA NA D1-12_04089 1209 gbsB COG1454 Choline dehydrogenase ATGACATTAAATATGAAAGTAGAAAGCATGCATAAATTCCATACATTCGAAATCCCGACAGTCATTAAACACGGAATCGGTGCGATTCAGCACGCGGGGAGTGAAGTCAGAGCGCTTGGCGTCACAAAAGCGCTGCTCGTAACAGACCCGGGAATTTATAACGCGGGAGTGGCAAACCCGGTCATTGAATCTTTGCAGGAAGCGGGCATCGAAGTCGTCCTGTTTAACAAAGTGGAGCCGAACCCGCCTGTACGTCTTGTAAACGAAGGATCAGAACTGTATAAAAAAGAAAACTGCAACGGCCTTGTGGCTGTCGGCGGCGGAAGCTCCATGGATACAGCGAAAGCGATCGGGGTAGAAGCGACACACGAAGGAAGCGTGCTTGATTATGAAGCCGCGGAAGGCAAAAAGCCGCTGGAAAACCGTATTCCTCCGCTGACAACGATCCCGACGACTGCGGGAACAGGTTCAGAGGTCACACAATGGGCGGTCATTACAGATGAGGAAAGAGAATTTAAATTCAATACGGGCGGACCGCTTATCGCCGCGCATTTAACGGTCATTGACCCTGAGCTGCACACGTCCATGCCTCCGCATGTGACGGCCATGACAGGTATTGACGCACTTGCGCACGCCATCGAGTGCTATACGATGAAATTCGCGCAGCCGATCACTGATGCCGTCGCTTTAATGGCCATTGAATATGCGGCGCATTATATTAAGCGCGCGTTTGCAGACGGAGAGGATTTGGAAGCAAGATACGGCATGGCGCAGGCGGCGATGCTTGCCGGCCTTTCATACGGCAGTGAATCAGCAGGCGCGGCGCATGCAATGAGCCAGACGCTCGGCGGCATCATCCCTGTCGCTCACGGACAATGCGTCGCAGCTATGATGGGGCCGGTAATGGAATACAACTGGAAAGGCTATCCGGAAAAATTCGCCCGCATCGCCAAAGCATTCGGAATCGATACAAGCAACATGACAACCGATGAAGCGGCAAAAGCGTCCGTCAACTGGATGTATGATCTTGTAAAAGATTTAGAGGTGCCGAGTTTAGAAGAACAAGGTGTGTCTCCGGACATGATTGAACGTTTATCAAAAGAAGCCATGAAAGATCCGCAAACATTCGGAAATCCAAGAGATTTGAATGAGAAAGCATACAACTGGATTTACAAACGCTGCTTTGACTTAACACCGAAAACGGTATAA MTLNMKVESMHKFHTFEIPTVIKHGIGAIQHAGSEVRALGVTKALLVTDPGIYNAGVANPVIESLQEAGIEVVLFNKVEPNPPVRLVNEGSELYKKENCNGLVAVGGGSSMDTAKAIGVEATHEGSVLDYEAAEGKKPLENRIPPLTTIPTTAGTGSEVTQWAVITDEEREFKFNTGGPLIAAHLTVIDPELHTSMPPHVTAMTGIDALAHAIECYTMKFAQPITDAVALMAIEYAAHYIKRAFADGEDLEARYGMAQAAMLAGLSYGSESAGAAHAMSQTLGGIIPVAHGQCVAAMMGPVMEYNWKGYPEKFARIAKAFGIDTSNMTTDEAAKASVNWMYDLVKDLEVPSLEEQGVSPDMIERLSKEAMKDPQTFGNPRDLNEKAYNWIYKRCFDLTPKTV PGPT0008300_11 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0008300-gbsB-K11440 NA NA D1-12_04090 582 yuaD Putative metal-sulfur cluster biosynthesis proteins YuaD ATGTGGAAACGCATAACAGCAAAGACGGAAGGCGTATATATAGCGGATACCGAACAATTTGTTACCAAAAAGATGGACAAGCTTCGTGCGGAATACGGCGGGTTTCCCGGTGACCTGCATTTCGGACTGACAAAAAAGGCCGGCGCGCGTGAGCCGATGTATGAAAGAGGAACAGAAATTTTTAACCGGAGACAAATTTCAATCGTGTCCATGGAGGAATGTGATGACATTGCGGAGAAGATGGGGATTTCTCATATCTTTCCCGAATGGCTCGGCGCTAACATCGCAATCAGCGGTTTTTCTGCACTGACGCCGCTTAAAGAAGGAAGCAGAATAATATTTCCAAGCGGTGCGTCTCTGTTGTGCGAGGGAGAAAATGATCCGTGCATTCAGCCGGGAGAAGTCATTCAATCCTTTTATCCGGATCAGTCAAAACTCGCCGCGGCGTTTGTGAGGCACGCGATGGGCAGAAGAGGAATTGTCTGTATTGTTGAACGCCCGGGTGATATATGCACGGGCGATGCGGTCACCATCCATTCTTATGAACCGAAACGCGCCAAGAAAAAAATCGAGAAGGTCTGA MWKRITAKTEGVYIADTEQFVTKKMDKLRAEYGGFPGDLHFGLTKKAGAREPMYERGTEIFNRRQISIVSMEECDDIAEKMGISHIFPEWLGANIAISGFSALTPLKEGSRIIFPSGASLLCEGENDPCIQPGEVIQSFYPDQSKLAAAFVRHAMGRRGIVCIVERPGDICTGDAVTIHSYEPKRAKKKIEKV NA NA NA NA NA D1-12_04091 489 hypothetical protein ATGAGCATTTTTAATGAAGCCAGACAGCAGACCTGGGAAGAACTGAAAGGACTCTCTGATGAGGAATTCAACCGAAAGCCCGCGGCTGATGAGTGGAGCGTGCGGGAAGTCCTTGACCATTTAAAGAAAATTGACGAAACAGCGCAGACCCTTTTATCAAAGCAGGCAAAAGACGCACCGTTTAAAAAAATCGAAGAAAAACCGATGGAGTTTATAGAGGACAGAACAAATAAACGGCCGGCGCCGTCACACCTCGAACCTGAGCAAAACCGAATATCAGTCATTGAAGCAAAACAAGAATTAGATACGGCAAGACAGCAGCTGACCGCAGTTATTTCATCATTAAACGAGGAAGACTTAGAACGTGTGCTTCCCCATCCTGTTTTTCAAGAACTGACGATCCGCCAGTGGATTGATTTTATCGGCCATCATGAAAAGCGTCACATCAATCAAATAGAAGAAATCAAACAAAAAATCGAGAAGGTCTGA MSIFNEARQQTWEELKGLSDEEFNRKPAADEWSVREVLDHLKKIDETAQTLLSKQAKDAPFKKIEEKPMEFIEDRTNKRPAPSHLEPEQNRISVIEAKQELDTARQQLTAVISSLNEEDLERVLPHPVFQELTIRQWIDFIGHHEKRHINQIEEIKQKIEKV NA NA NA NA NA D1-12_04092 531 yuaF putative membrane protein YuaF ATGAACATATTTTATCTGCCGCTTGAAACGGTCTATCTTTACACATTGATTATTTCGGGAAGTCTCACGCTTTTGATTCTGTTTTTTCAAGATGTGTTTCACGGCCTATCGGAAGCCATTCCTGTTTCATTTTTAAACCCTGCATTGATTCTGTCTTTTTTAACAATCTTTTCAGCCTCAGGTTATATCGGCGAAATCGCCGCTCCGCTATCAAGTCCTGTCATTGCGTTGCTTTCATTTGTTCTTTCGGTTCTTTTGGTCAGCCTGCTTCACTTCTTTGTCCTTGTCCCGCTTTCATCAGCGGAAGAATCGCTCGCATATCGGGAGACGGATTTAAAGGGCAGAGTCGGCAGGGTCATTACTTCCGTCCCGAAAGACGGCTATGGAGAAGTAATCATAGAGGGAATAGGGGGCGCCATTTCTAAATCAGCCGTCAGCTTTGATCAAGAACAGATCAAGTACGGAACGGCCGTATTAGTGATTGACGTGAAAGACGGAGTGCTTTTTGTGACGCCGCATGAACCAATCTGA MNIFYLPLETVYLYTLIISGSLTLLILFFQDVFHGLSEAIPVSFLNPALILSFLTIFSASGYIGEIAAPLSSPVIALLSFVLSVLLVSLLHFFVLVPLSSAEESLAYRETDLKGRVGRVITSVPKDGYGEVIIEGIGGAISKSAVSFDQEQIKYGTAVLVIDVKDGVLFVTPHEPI NA NA NA NA NA D1-12_04093 1530 yqiK COG2268 Inner membrane protein YqiK ATGACTATGCCGATTATCATCGTTATCGGAATCGTATTCTTTTTACTCATCGCACTTATTGCTGTATTTATTACGAAGTACCGGACGGCGGGGCCGGACGAAGCCCTTATCGTGACCGGAAGTTATTTGGGAAATAAGAACGTCCACATTGATGAAGGCGGAAATCGTCTGAAAATCGTCCGGGGCGGGGGAACTTTTGTGCTCCCGGTATTCCAGCAGGCAGAACCTCTCAGTTTACTGTCAAGCAAACTTGATGTCTCTACACCTGAAGTCTATACAGAACAAGGCGTGCCGGTAATGGCCGACGGAACCGCCATTATTAAAATCGGAGGCTCCATCGGTGAAATCGCAACAGCAGCTGAACAATTTTTGGGGAAATCTAAGGAAGACCGTGAGCAGGAGGCGCGGGAGGTGCTGGAGGGCCATCTGCGCTCCATCCTCGGCTCCATGACCGTTGAAGAGATTTATAAAAACAGGGAAAAGTTTTCTCAGGAAGTCCAGCGGGTCGCGTCTCAGGATCTTGCTAAAATGGGGCTGATGATCGTTTCTTTTACGATTAAAGACGTCCGCGATAAAAACGGCTATCTTGAATCATTAGGTAAGCCGAGAATCGCCCAAGTCAAGCGGGATGCGGACATTGCCACGGCAGAAGCGGATAAAGAGACGAGGATTAAACGCGCGGCCGCTGATAAAGACGCAAAAAAATCAGAGCTGGAGCGGGCGACGGAAATAGCTGAAGCGGAAAAAATCAATCAGCTGAAAATGGCGGAATACAGAAGAGAGCAGGATACAGCAAAAGCCAATGCCGACCAGGCATATGATCTTGAAACAGCAAAAGCCCGCCAGCAGGTGACAGAGCAGGAAATGCAAATTAAAATTATTGAGCGGCAAAAGCAGATTGAATTGGAAGAAAAAGAAATCCTGCGCCGTGAGCGCCAATATGACTCTGAGGTGAAGAAAAAAGCCGATGCTGACCGTTACTCGGTGGAACAAGCGGCCGCGGCCGCAAAAGCGAAGCAGCTCGCCGAAGCGGATGCCGAGCAGTACAGTATCGAAGCGATGGCCAAGGCGGAAGCGGAACGCGTGAGAATTGACGGTCTTGCTAAAGCGGAGGCTGAAAAGGCGAGAGGAGAAACCGAAGCGGAAGTCATCCGCCTGAAAGGTCTCGCAGAAGCGGAAGCTAAAGAAAAAATCGCCGAAGCATTCGAAAAATACGGGCAGGCTGCAATCCTTGATATGATTGTGAAAATGCTGCCTGAATATGCGAAGCAAGTCTCAGCGCCTCTTTCCAACATTGATAAAATAACCGTCGTTGATACGGGAGGAAGCGGTGAAAACGGCGGGGCCAATAAAGTCACAGGCTACGCAACCAATTTAATGGCCGGTCTTCAGGAAAGCTTAAAAGCATCTTCCGGAATCAATGTAAAAGAGCTTATTGAGAATTTTTCAGGCAAAGGAAACATAAAACAAAGTATAAATGAACTTACAAAAGAACTGAGTGATTCAAACGAACGGCACAGCCCGGAATAA MTMPIIIVIGIVFFLLIALIAVFITKYRTAGPDEALIVTGSYLGNKNVHIDEGGNRLKIVRGGGTFVLPVFQQAEPLSLLSSKLDVSTPEVYTEQGVPVMADGTAIIKIGGSIGEIATAAEQFLGKSKEDREQEAREVLEGHLRSILGSMTVEEIYKNREKFSQEVQRVASQDLAKMGLMIVSFTIKDVRDKNGYLESLGKPRIAQVKRDADIATAEADKETRIKRAAADKDAKKSELERATEIAEAEKINQLKMAEYRREQDTAKANADQAYDLETAKARQQVTEQEMQIKIIERQKQIELEEKEILRRERQYDSEVKKKADADRYSVEQAAAAAKAKQLAEADAEQYSIEAMAKAEAERVRIDGLAKAEAEKARGETEAEVIRLKGLAEAEAKEKIAEAFEKYGQAAILDMIVKMLPEYAKQVSAPLSNIDKITVVDTGGSGENGGANKVTGYATNLMAGLQESLKASSGINVKELIENFSGKGNIKQSINELTKELSDSNERHSPE NA NA NA NA NA D1-12_04094 582 thiT COG3859 Thiamine transporter ThiT ATGAATCATTCAACACAGCTTGTGCGCTTAATTGAAATAGCGATTATGACCGGGTCGGCTGTCATTCTTGACATTGTCTCAGGTATGTTTCTCCGGATGCCCCAAGGCGGTTCGGTCTCTATTATGATGATTCCGATTTTTTTGATTTCATTCCGCTGGGGAGTGAAGGCCGGGCTTACGACAGGCTTTTTAACAGGGATTGTCCAGATCGCCATCGGCAATTTGTTTTTGCAGCACCCGGTGCAGCTATTTCTTGATTACATCGCGGCATTTGCAGTCCTCGGTTTCAGCGGCTTGTTTGCTTCCGGTGTACGAGAATCGGCATTGAATAAAAAAAGAGGCGCTTTAACGATGTATATTATAGGCGGTGTTTTCATCGGCAGTGTGCTGCGCTATGCGGCACATGTGGTCTCCGGAGCTGTCTTTTTCGGAAGCTATGCTCCGAAAGGCACGCCGGTATGGATTTATTCGTCCGTCTATAACGCGACTTATATGATTCCTTCTTTTATCCTTTCGGCCATTGTCCTTATCTTATTATTCATGACTGCGCCGCGGCTTCTTGAAGCTAAGCGGACGAACTGA MNHSTQLVRLIEIAIMTGSAVILDIVSGMFLRMPQGGSVSIMMIPIFLISFRWGVKAGLTTGFLTGIVQIAIGNLFLQHPVQLFLDYIAAFAVLGFSGLFASGVRESALNKKRGALTMYIIGGVFIGSVLRYAAHVVSGAVFFGSYAPKGTPVWIYSSVYNATYMIPSFILSAIVLILLFMTAPRLLEAKRTN PGPT0009100_254 DIRECT EFFECT PLANT_IMMUNE_RESPONSE_STIMULATION INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR ISR-VITAMIN_B1|THIAMIN_METABOLISM ISR-VITAMIN_B1|THIAMIN_TRANSPORT,PGPT0009100-thiT-K16789 NA NA D1-12_04097 162 hypothetical protein ATGAGTGATTTTGAAACAGGAATGAGATATGTAAGAGCAACTCTTGGCTTTGAGGGCTTAGTGCTGACGGAAGAAGAGGAAAAGCTTTTAGAAAGGCGGTTTCATGGAGAAATCACAGAAGAAGAATACATACGAAAAGCGCTGGAGCTGTCTTATCTCTAA MSDFETGMRYVRATLGFEGLVLTEEEEKLLERRFHGEITEEEYIRKALELSYL NA NA NA NA NA D1-12_04098 480 hypothetical protein ATGGATATGGGAATCAAATTATCATCAAAGGACGTCGCAAAACACCTCGGTATAGAGCCAGTAACTGTCCGCAAGTATGCCAGTATGCTTGAAGAACAAGGCTACTCCTTCAATAAAGATTCAAAAGGATGGCGACTCTATACCGAAGATGACGTAAAGACTTTAGAGTATCTATGTACAATGACTAAGATCAATGGCCACTCACTCGACGAAACGGTAAAGCATATAGCAGGCCTATATCGTTCAAAACTGACCATATCGGATACCGCTACATCGCTACAGGACAATCCTTTGGTTGAATTCATGAAGCAACAGGAAGAGTTCAACCGCCGCATGGCAGAACGGATGGAGCAATTCGAAAAGAGACAGCAAGAAAGGCACGAGACACTAACTGCCGCATTACGAGAGTCGCTGGAGACACAAAGAATGATCGCAGCCACTAAACAAAAAAAGTGGTGGCAATTTTGGAAGAACAGCTAA MDMGIKLSSKDVAKHLGIEPVTVRKYASMLEEQGYSFNKDSKGWRLYTEDDVKTLEYLCTMTKINGHSLDETVKHIAGLYRSKLTISDTATSLQDNPLVEFMKQQEEFNRRMAERMEQFEKRQQERHETLTAALRESLETQRMIAATKQKKWWQFWKNS NA NA NA NA NA D1-12_04099 1452 hypothetical protein GTGGCAAATTATGCGGTTATCAGGATGGAGAAATACAAGAAAGATAGACTGAATGGAACGCAAAAACACAATCAGCGAGAATTTCAAAAAAGCAAAAATGAAAACATTGATCGTGGCCGGTCGCATCTTAATTATGATCTTATCAACGGTCAACCGATCAGCTATGCAAACGCGGTTCGTGAAAAAATCGAGGGCAGGGTCAAACGGAAAGTGCGGGATGATGCCGTCCTGGTGAGTGAGTTTTTGATTACGGCCAGTCCTGACTACATGAACGGATTGAGCGAGACGGAGCAGCGGCGATACTTTGAAGCTGCGGCTGATCATCTGAAAGAGAAATACAGTGCGGAAAATATGCTGTATGCCACGGTACATATGGATGAAGCGACACCGCATATGCATGTCGGGATTGTGCCGATCACCGAGGACGGTCGGCTTTCTGCTAAAGATTTTTTTAACGGCAAGCTGAAGATGAAAGCCATTCAGGATGATTTTCACCGGCATATGGTGAAGAGTGGTTTTGACTTGGAGCGGGGAGAACCAAGCGAAAAGAAGCATGAAAATGTTCACCAGTACAAAATCAATCAGCGGAAAGCGGAGCTTGAGCGGCTGAACGCTGAGATCGCTTTGAAGGAAAAACGGAAAGCAGAACTGGAACAGCAGAACCGAGCAGTTGAATCAGTGGTTTCCGTCAAAAAAGAAGCGCTGACGGCTAAAACGCAAGAGCAGAGGATCCCGAACGTTGAGTATGAAAAAGCCGGTCTTTTCAAAAAAGACAAGGTGACTGTGCCGCAGCACGAACTTGAAAATTTGTATGCTTATGCGAAAGATCAAGGGAAAATGGCGGCGCAACTGTCGCGGCAACTTGAAGCGGAAACGGAAGAGAAGGAACGGTGGAAGTCCATAGCCGGCGAAGAAAGGGAGCGGGCAGATTCGAAAGATAAGATGCTCTCAGATCTGCAGGTGGTTATGAACGAGGAGGTCGAAAAAGCAAAAAGGGGGATGCGGCGGAAGCTGACTAAAGAATTTACGGAAGAGCAGCGGGAAGAACTCCGTCAGGAAGTGAAAGAAGAACTGTCTGCTCTGAAAACAGAAAACAGCGAGCTGAGAACGGAGAATAAGGATTTGAAGCGGCTTACGCTGTCTTTGAGCGAACAAAAAGACAATGAGGTCAAAAAGCACGCCGAAACGAAAAAAAGTCTTAAAGCGGAAAGAGGTAGGTATGGTGAGCTGCTTAACTTCGCCCAAGAGCAGAATAAGGAGTTTCAGGTGCTGAACAAGGAAAATAAGACGTTAAGAGAGCGGGTAGCCGTACTGGAACAGTGGAAAGACAAAATGGTGCAGTGGGCTAAAGAAAAGTTGCCAAGGGTGCGGAAATTAGCGGCATCGTTTTTCCGTACGGCTGGAATGCCTAGAGAAGCGAATAAATACAAGGACCATGAATTAGAGCGGTGA MANYAVIRMEKYKKDRLNGTQKHNQREFQKSKNENIDRGRSHLNYDLINGQPISYANAVREKIEGRVKRKVRDDAVLVSEFLITASPDYMNGLSETEQRRYFEAAADHLKEKYSAENMLYATVHMDEATPHMHVGIVPITEDGRLSAKDFFNGKLKMKAIQDDFHRHMVKSGFDLERGEPSEKKHENVHQYKINQRKAELERLNAEIALKEKRKAELEQQNRAVESVVSVKKEALTAKTQEQRIPNVEYEKAGLFKKDKVTVPQHELENLYAYAKDQGKMAAQLSRQLEAETEEKERWKSIAGEERERADSKDKMLSDLQVVMNEEVEKAKRGMRRKLTKEFTEEQREELRQEVKEELSALKTENSELRTENKDLKRLTLSLSEQKDNEVKKHAETKKSLKAERGRYGELLNFAQEQNKEFQVLNKENKTLRERVAVLEQWKDKMVQWAKEKLPRVRKLAASFFRTAGMPREANKYKDHELER NA NA NA NA NA D1-12_04100 174 hypothetical protein GTGAAATTGCTAATGAGTTTTGTGTTTGGAGCTTTAGGGGCATTATTAATGGTAAGTGTGAGAGAAAATTTTTCTTTTACCGTGACATTAATTGTTTTAGTTGTTGTTATTATCGTTGCTTTTATTCTTGATGAGGTATGGAAAAGGCATAAAAAAAAGAGAGAAGAAGATTAA MKLLMSFVFGALGALLMVSVRENFSFTVTLIVLVVVIIVAFILDEVWKRHKKKREED NA NA NA NA NA D1-12_04101 552 hypothetical protein TTGAAAGGTAGTATAAAAATTGTATTAGCTTTAGTAATGTCTTTTGTTTTGCTGATTCCTACGAACAGTATACTTGCTGCTCAACAAAATAACAATGAACAGAGTAGAGATATAACAACACCAATAGTTCAAACCACTTTTTCTCAAAATAATATTACAACTTGTTCTTCGAACCAAACTAAAGAGTCTAATCAAAATATAACTATCCAACAGATTCCTGGCGACTATTTAAATTCATGCAAAATTGTCGCTACCAAAAAGTATGATAATGTGAAATATACAGAATGGGAAAATAAAATTATTCCAGCAATTGGAGGTGGCGTAGTTGGAGTTATAGGAAACTATCTCGCTCCAGGAGCATTAAAAGCTTTTGTTTTCGGAGCAATGACAACAGTATATGTAAACTATCCTAAAAGCAAACCAGTTTATGTAACTATTCAACACAGACAATGTAAAGATTCCCTAGGTTATCATAGACAATTAATCATAAAAACCTACAAAGATAAAAAACGAAAAAATCACATTTCAACACAATACAAATGGGTTAGTTAA MKGSIKIVLALVMSFVLLIPTNSILAAQQNNNEQSRDITTPIVQTTFSQNNITTCSSNQTKESNQNITIQQIPGDYLNSCKIVATKKYDNVKYTEWENKIIPAIGGGVVGVIGNYLAPGALKAFVFGAMTTVYVNYPKSKPVYVTIQHRQCKDSLGYHRQLIIKTYKDKKRKNHISTQYKWVS NA NA NA NA NA D1-12_04102 948 hypothetical protein ATGAGAGTGAGTGAATATTTTGATTTGGGAGTAGATCAACATGAGTTAGATTTTGTTGATATTGATATGGATACTGATGTAGAACTTTTTATTGATCCTACTTGGATTCATATACAAAACGGGGAGTGGTTTGAAAGAACTTCTAGAACCTTATTTGGCTATTTTGATTACATAGTTGAATTATATGAAGAAGGAAAAAAAGAGAAAGCCAGAGAACTTTTTGGGTTTAGTCGTGAACCTAATGAAACTTGTTTTGGTGTATCGAAAGGTCAACCGGATGGTACAGGGGCTTCTGAGACAATGCTGATAGAGTTTTTTGATGAAGTAATCTCTAATGATATGATTGAAAATGGTTTAATAAGACGTTTAGAGGATCTTCATGTTTTTGTCGAAGGTTTTGGACCTGATAGGCTTTCTGATTTGGTTACGAATGTTATCAGGAAGCATTTGGTTGATTTCACTAAGAAACAGTGTCAGCAGCATGAAATTCCTTTAACTGATGATCCAGTAGAAATAGGATGGTCTTGGAATCAAGACAAAAGGGAATGGGAAATTGTACGAGATCAGGCTTTAATTGTTGATGATCGAGTGAAATTATTAGTCCCTAAAAGTATTGCAGTAAAAGTATTTCGTTATAACGCTAGTCAATATTGTAGTCATCATGTATTGGTTAGAAGACAGAAGGAGCATATAGCTAGCGGTACTTCATTGGTTCAGAAAAGGAAAGATCAAACGCTTTATGTAAATAAGAGTGATATTAGAGATTTAGAAATAACAGGGGCTAATAAAAACGAGAAAAAATATGTTGCAGAACAAACAATTCGAGATACGACTTTGATTGAGGATTTTAGAAATTCTATAGATGATGTTCTTAGAGATTCTAGTAGAACTAATCGTTTATCAAATGAAGACTTTATAGAAGTAGTCCGGAAAAGCCAAGAAAGATAA MRVSEYFDLGVDQHELDFVDIDMDTDVELFIDPTWIHIQNGEWFERTSRTLFGYFDYIVELYEEGKKEKARELFGFSREPNETCFGVSKGQPDGTGASETMLIEFFDEVISNDMIENGLIRRLEDLHVFVEGFGPDRLSDLVTNVIRKHLVDFTKKQCQQHEIPLTDDPVEIGWSWNQDKREWEIVRDQALIVDDRVKLLVPKSIAVKVFRYNASQYCSHHVLVRRQKEHIASGTSLVQKRKDQTLYVNKSDIRDLEITGANKNEKKYVAEQTIRDTTLIEDFRNSIDDVLRDSSRTNRLSNEDFIEVVRKSQER NA NA NA NA NA D1-12_04103 1020 hypothetical protein ATGTATTCATCTGAAAATGATTATAGCATCCTTGAAGACAAAACCGCAACAGGTAAAAAGCGGGATTGGAGAGGAAAAAAGAGACGGGCCAATCTTATGGCGGAGCATTATGAGGCATTGGAGAAAAGAATCGGAGCGCCTTACTATGGCAAAAAGGCTGAGCGTTTATCTGAATGTGCAGAGCATCTGTCGTTTAAAAGAGACCCGGAAACGGGCAGATTGAAACTGTATCAAGCCCATTTTTGTAAAGTGAGGTTATGCCCGATGTGTGCGTGGCGCAGGTCGTTAAAAATTGCTTACCATAACAAGCTGATCGTTGAAGAAGCGAATCGACAGTATGGTTGCGGATGGATTTTTTTGACGTTGACGGTTCGAAATGTTAATGGAGAACGCCTGAAGCCACAAATTTCTGAGATGATGGAAGGTTTTCGGAAGCTTTTCCAGTATAAAAAAGTAAAGACCTCTGTGCTTGGATTTTTCAGAGCTTTAGAGATTACTAAAAATCATGAAGAAGATACATATCATCCTCATTTCCATGTGTTGTTACCTGTGAAAAGAAATTATTTCGGTAAAAATTACATTAAGCAAGCGGAATGGACAAGCCTTTGGAAAAGGGCAATGAAGTTGGACTACACTCCGATCGTTGATATTCGAAGGGTCAAGGGAAGAGCTAAAATTGATGCCGAGCAGATAGAGAGTGATGTACGGGAAGCGATGATGGAGCAAAAAGCTGTTTTGGAGATTTCTAAGTATCCAGTGAAAGATACTGATGTTGTGCGCGGCAGCAAGGTGACGGATGATAATTTGAATACTGTGTTTTATTTGGATGATGCTCTTTCAGCCCGAAGGCTTATTGGCTATGGCGGCATCTTGAAGGAGATTCATAAAGAATTGAACCTTGGAGATGTGGAAGACGGTGATCTCGTCAAGATTGAGGAAGAGGATGACGAGGTGGCAAATGGAGCGTTTGAGGTTATGGCTTATTGGCATCCAGGAATTAAAAATTACATAATCAAATAA MYSSENDYSILEDKTATGKKRDWRGKKRRANLMAEHYEALEKRIGAPYYGKKAERLSECAEHLSFKRDPETGRLKLYQAHFCKVRLCPMCAWRRSLKIAYHNKLIVEEANRQYGCGWIFLTLTVRNVNGERLKPQISEMMEGFRKLFQYKKVKTSVLGFFRALEITKNHEEDTYHPHFHVLLPVKRNYFGKNYIKQAEWTSLWKRAMKLDYTPIVDIRRVKGRAKIDAEQIESDVREAMMEQKAVLEISKYPVKDTDVVRGSKVTDDNLNTVFYLDDALSARRLIGYGGILKEIHKELNLGDVEDGDLVKIEEEDDEVANGAFEVMAYWHPGIKNYIIK NA NA NA NA NA D1-12_04104 1176 hypothetical protein ATGCCAAGAGAACTGATAAACGCAAAAATCACACATGTTTCTTATGTAGACAAGGCTGCTAATCAAAAGCAGTTCTTTTTTATGAAATCAGAAAAACAGCCGGACTTTCAAAAGGAAGTCAAGGTCCTTGCAAAAGAAGCAGACGAGCAAAAACTCGTTTACGGTATCGTTTATGAACCGGACACAGTGGATGCTCACGGGGATTTCATGACAGCTGCAGAAATTGAGAAGGCCGCTCACGGCTTCCTGAAAGATGCTCGTGAAATTGACAAGCAACATGACTTTCAGGGCGGCGTTGGTGAAGTGGTTGAATCTTATGTCGCTCCTGCTGATTTTGAAATGAATGGTGAAACCATCAAAAAAGGATCTTGGGTCCTTGTGACAAAAGCCTCCGAGGAAGTATGGGAGGAAATTAAGAAAGGCGAGATTACCGGTTATTCAATGGCCGGCATCGCGGATATCGCAAAACAAGAAGAAAAGCCTGTTTCTCCAGAGGACAACCACGAGAAAGGGCTTTTTAATTTGGTCAAAAACTTTTTTAATGCCAGTGTGGCCAAGGGCGCGGTTCGGGACAAATATGACGAGGGGCGCCAACGCCGTGAGTTTTGGGCCGCACAAGATGCGTTAAACTCAGCTTTATTCAAATGGGACTATCCCGGAGAGATGGAAAATGACCCTGCAAAAATCAAAGAAGCTCTGCAAGACTTCGTGGATATCGCTCAGGATGTATTGATTTCCGATGACATTCTAAAAGCGATCGGGCCGAAGCCGGAAGAGCTGCAAAAGGCCGGACGGAAATTCTCGGCTTCAAGCTTACAAGAAATTAAAAGCGCTCATACCGCTCTCGGCAACTTGCTGAGTCAGGTGGAGACGGAAGGAGAGGAAGAAGAAATGAACGCAGAGGATGTAGCAAAATCCATCGAAGCAGCGTTAGAGCCAATTCAGAAGCGGCTCACGGAATTGGAAAAAGAGGAAGATCCTAAAAAGAAGAAAGACGAGGAAAAAGCAGCTGAGGAAGAAGAGGCTGAGAAGTTTAAAAAAGCCATCACAGACGCTGTTCAACCGCTCGCTGATCGTATTGATGCCATTGAAAAAAGCCGCGGCGTTTCAAAACAAGAAGAGACCACGCAGGAAACCGCAGATGTTAAAAAATCAATCTGGGCCGGCCTTCTTTAA MPRELINAKITHVSYVDKAANQKQFFFMKSEKQPDFQKEVKVLAKEADEQKLVYGIVYEPDTVDAHGDFMTAAEIEKAAHGFLKDAREIDKQHDFQGGVGEVVESYVAPADFEMNGETIKKGSWVLVTKASEEVWEEIKKGEITGYSMAGIADIAKQEEKPVSPEDNHEKGLFNLVKNFFNASVAKGAVRDKYDEGRQRREFWAAQDALNSALFKWDYPGEMENDPAKIKEALQDFVDIAQDVLISDDILKAIGPKPEELQKAGRKFSASSLQEIKSAHTALGNLLSQVETEGEEEEMNAEDVAKSIEAALEPIQKRLTELEKEEDPKKKKDEEKAAEEEEAEKFKKAITDAVQPLADRIDAIEKSRGVSKQEETTQETADVKKSIWAGLL NA NA NA NA NA D1-12_04105 744 hypothetical protein ATGGATAATCAATGGATGATGCTAACAGTAAGTATTTTAAAAGAAGGATCCAAAGCTTTATATGAATTGCTTAAAATGATTCTAACCTCTTGGCCCTTGGCGATTGTTTTAATTGTGCTATTACTTAAAAAAAGTTTAAATGAGTTATTATTAAATAGGCTAATTACACTTCGAGTAGGCGGTGTTGAATTAGAAATAGCAAAACTTTTTGAGAGCATTGATAAAAACTTAGAGGAAACAAATGAAGTTCTTAAGAATGACGATGAGTCTTCAGAACAAATAAAAGTTGAGTCTTCAGAACAATTAAAACCTGAAGAAAAACCTGAAGAAAAAACAGAAACAAGTAATAAAACAAAAACACTTAAATTTCAGGGACGTTTTAAAAACAAAGCTGAGAAGGTGAGAATTAAATCTCTAAAAAATCCTGCATATGGTATGAGATATGTATATGATTTGTTTATTAAAGAACTCAATAGTATTCAAAAAGAATTAGGTCAACCCAATGAATATCCGGAAGTTTCATATTTTGTTATTTCTTTATATAACAATAACTTGGTAAAAGATAATCTGGTTGAAGCTATAATGGACCTGCTTGCTTTAGGTGAAATAGCGATGGGGAATCAAAATTACTTATCTCTTAAGCATTCGATAAATGATTTTACTATGAGAGATGCACAAGATTATTTTAGCAAATGCAGTCAATCACTTATACAATTAAGATTACAATTAAAATTATTAGAATAA MDNQWMMLTVSILKEGSKALYELLKMILTSWPLAIVLIVLLLKKSLNELLLNRLITLRVGGVELEIAKLFESIDKNLEETNEVLKNDDESSEQIKVESSEQLKPEEKPEEKTETSNKTKTLKFQGRFKNKAEKVRIKSLKNPAYGMRYVYDLFIKELNSIQKELGQPNEYPEVSYFVISLYNNNLVKDNLVEAIMDLLALGEIAMGNQNYLSLKHSINDFTMRDAQDYFSKCSQSLIQLRLQLKLLE NA NA NA NA NA D1-12_04106 918 hypothetical protein ATGAACAAAACCGATAAGCTGCTGGCCAGTATTAACTCATTTATTCAAAAAGCCGAGGAAAGCGAAGGCCAGAAGCTTGTGGAGACGATTCCTGACTTCCCCGGCCTCTCTAAGATACCCCGTTACGTAGAAGATTATGAAAAAGGTATCGCCAGATTGCTCAGGAGCCAGCGTAAGAGGTTTTTAAAGGGATTGAATGGTTTTGTAAGCAAAGCTGATTCAGAGACGTTACAAGAGCTTCTGGTGTTTTTTACGCAGAACCTTTTTGCAGAGGATGATTTTCAGGAGGAGTTCCAGGAACTGACCGAGGATTTTCTGCAGCAGACACTTGAAGAGCTGGCCGCTGTCATAATGGATTCAATCGATCCTGAAGTTCCGTTCAAGGTTCTTTCTGCCCGCTCGATCGACTGGATTAAGGATTGGTCAAAGAGGCTGGCCGAGATTATGCAGCTCAACACACATGAGGCAGTGGAAACAGTGCTAACGGAAGCCATTGACTCAAGCTCATCTATTCAGGAGGTTGAACTGACTTTGAAGGATATGCCGCATTTTGATAGACCGAGAGCCCGGACAACGGCCATAACCGAGGTTCTTGCGGCTTCCTCTGCCGCTCAGCATGAATCTTATGTGCAGTCCCCGGCTGTATCTAAGAAGAAATGGCGGCACAGCGGAGGGAAGAAGAACAATCCGCGTGAGAATCATATAGACCTCGACGGCACAATTGTTGGTGTTGACGAAGAATTCAGGATACCAGGAAGCAGCGAAACCTGTATGTATCCGCGAGACACGAAGCTTTCCGCCGCTGAGCGGGTTCATTGTCACTGCGTTCTGTCACCTGTGGTAGATAACGAGATTTTAAGATTGTCAGCTGAGGAAAAAGAAGAGATTCGAAGAGAAGCCTTAGCAAACATGGAATAA MNKTDKLLASINSFIQKAEESEGQKLVETIPDFPGLSKIPRYVEDYEKGIARLLRSQRKRFLKGLNGFVSKADSETLQELLVFFTQNLFAEDDFQEEFQELTEDFLQQTLEELAAVIMDSIDPEVPFKVLSARSIDWIKDWSKRLAEIMQLNTHEAVETVLTEAIDSSSSIQEVELTLKDMPHFDRPRARTTAITEVLAASSAAQHESYVQSPAVSKKKWRHSGGKKNNPRENHIDLDGTIVGVDEEFRIPGSSETCMYPRDTKLSAAERVHCHCVLSPVVDNEILRLSAEEKEEIRREALANME NA NA NA NA NA D1-12_04107 768 hypothetical protein ATGTACTTTAAACAAGGCCGGCATATTCCCGCTGCTATTACGATCGAGAACGGAATGCTCTCGGAGGATTCGTATAAACAGTTGCAGGACTATATGAACGGCCTTGAAGGCGTGGAAAACTCACATAAATTTCTTTTGCTCGAAGCGGAAGGGATAGCTAAAGGGAAGAATATTCATGGTGATGAAGAAATAGTACCGGTCAAAGTAGACATCAAGTCACTTGCCGAGATTCTTCAGGAAGATGCTTTGTTCCTGAAGTATGATCAAAAGAGCCGGGATAAAATCCGCTCGGCGTTCCGTCTACCGCCAATTTATACCGGGGAAGCGCAGGATTACAACAGGGCGACAGCTGACACAGCCAGAAAGATTACTGAAGAGCAAGTCTTTCAGCCGGAACGGAAGGTACTTACCGGCAGACTGAACGCGTTATTTTTAAATGATCTTGAAATCCATAAAGTAGAGCTGCAGTTGAAAGGCCCGGACTTTCAGGACCCGCTCGAAATGGCAAAAGTGCTGACTCCTTTCATTACGGCTGGGGCTGTATCGCCTAACGATCTGAGAGATCTGGCCGGACGCGTGCTCGGCAAAACGCTTGAGGAATGGCCGGAGGAAGAATACAATCGGCCAATTGGTAGCAATGAAGCAACGCCTGCAGCGGATCCATTTACAGCACTGTTTAAATCCCAGAGCGGCACTCCAGATGTGATCGGGCTGTTGAAAGATATGCGGGATGTTTTGGAGGATTTGAAGAATGAACAAAACCGATAA MYFKQGRHIPAAITIENGMLSEDSYKQLQDYMNGLEGVENSHKFLLLEAEGIAKGKNIHGDEEIVPVKVDIKSLAEILQEDALFLKYDQKSRDKIRSAFRLPPIYTGEAQDYNRATADTARKITEEQVFQPERKVLTGRLNALFLNDLEIHKVELQLKGPDFQDPLEMAKVLTPFITAGAVSPNDLRDLAGRVLGKTLEEWPEEEYNRPIGSNEATPAADPFTALFKSQSGTPDVIGLLKDMRDVLEDLKNEQNR NA NA NA NA NA D1-12_04110 330 hypothetical protein ATGAGAGTTTTTGAAGCAGATACTCTTCTTTCCGCCGCAAAGCAACGCGCAACCGAATACAAAGAATTGCGCAGACAAATGACGAATCTAAAAAAAGCATTACAAGGCATGGCTGACCTCAGCGACAATGATTTTTCGGGCAAAGGCGCTGATAACATCAAAGCTTTATTTCAAGATCATGCAGGCATCACCAATGAATGGCTTGAATTGACCGACATGAAAACCTCTTTTCTAACAGTGATTTCCATCACCTTATACCTTTTCTCTTTATTTTGTGCCAGGTATTCTTTTGTTAATTGCCAGTATTATGATGATCGCAAAACAAAATAA MRVFEADTLLSAAKQRATEYKELRRQMTNLKKALQGMADLSDNDFSGKGADNIKALFQDHAGITNEWLELTDMKTSFLTVISITLYLFSLFCARYSFVNCQYYDDRKTK PGPT0027650_3 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM CE-BACTERIAL_FITNESS-YqcG-YqcF_TOXIN-ANTITOXIN_SYSTEM,PGPT0027650-toxin_yqcG-K21491 NA NA D1-12_04111 1125 hypothetical protein ATGAAAAAAGTAGTGTTGACTTCTTTATTTTGCTGTCTGTTACCTTTACTGTTTTTGTCGAATCATGTATTTGCCGCAACTTCTGAAAATGAAGAAAAAGGTAAAACGTATGTATCGAATGATGTTGGTTTGAAAGAGCTTAATACAATGTTAGAACAACAAAAAAGAGATTTTGAAAACAATGAGCCACTTGCTCATAAAGATGTTTCAAAATTAACTGATTCTGATGAAGCTGTTTTATTGTTTTATGCTTTCACCACAGTTGACAAACAAAAGCTGCATGAATTCACATATGAAATTAGTGATGTCACTACTTATGAAGAAAACAATAAAACATTTGTAGAGGCCTATATTGCTAGAAACTTTGTTTTTGGTGAAGAAAAAGTAGATACAGGATTAGGAGACAATATTAAATTGGAAATTTCTAATAATAATGTTTCCAAGAAACACAGTCTTTCATCAGAAAGCAAAGTGACACCTAAGACAAAAAAATCTTCTGCGCTTCATTTTGAGAATGAAGGTGACAATTCGTCAAATATAAAATTGGACGAGTTTCTAAAGAATTACAAGCAAGAAGTTGAAGAAAATAAAGAACTGTCAACGCAACAAAAATCTGAACCAGCAAAGTTCAACGAGTCGGAAGTATCTGCATCAGCTGTAAAAGGGTATAATCGTTGGAAAGCCATGCAATATGCTGACAAATATGCTTTGTCTCCAAATAAAAATTATAAATATTATAAAAATGGAGACTGTACTAACTTTGTATCTCAGGCTTTAAGAGCGGGTTCAATGCCTTATTTTAAAGAGTGGAAGCCTTATACAAATGCATGGATCAATGCCGGTTCTTTTAGAAACTATATTTTAAAAGCTGGCGGCATAAAAATGAAAACTGTAAAAGACGTTTATTCGAACATTGCGCTTGGTGATGTATATCATTATGATACTCGGAATAAAGTAGGTCTTCCTTTTCCTGATGGTTGGATGGAGCACACCGCTATTGTTACTAGTCGAGCTAATTATAAGATTCTTGTGAGTTACCATACTACCAATAGACACAATGTTCCTAGAGAGTATTACACTTCCAAAGAGGGTGGAAAACGTTACGCAAGTAGCATCCGTATGTAA MKKVVLTSLFCCLLPLLFLSNHVFAATSENEEKGKTYVSNDVGLKELNTMLEQQKRDFENNEPLAHKDVSKLTDSDEAVLLFYAFTTVDKQKLHEFTYEISDVTTYEENNKTFVEAYIARNFVFGEEKVDTGLGDNIKLEISNNNVSKKHSLSSESKVTPKTKKSSALHFENEGDNSSNIKLDEFLKNYKQEVEENKELSTQQKSEPAKFNESEVSASAVKGYNRWKAMQYADKYALSPNKNYKYYKNGDCTNFVSQALRAGSMPYFKEWKPYTNAWINAGSFRNYILKAGGIKMKTVKDVYSNIALGDVYHYDTRNKVGLPFPDGWMEHTAIVTSRANYKILVSYHTTNRHNVPREYYTSKEGGKRYASSIRM NA NA NA NA NA D1-12_04112 324 hypothetical protein ATGAAAAAAATAACCAAAATATTTCTTTCCATTTTAGCAACAGTATTAATCATATTAATTTTAATGCCTCCCCTTTCACCAGTTTTGTTCAATACTTCTTCAGAAAGAGGAGCCATAAGACACGAAATCTATAAAATGGGATACCCTTATCAAAGCTATTTCACAATCCTTCAAAAAAGGGAAAGTGATAAATCATCAGGAAGTCTTTATTCTTTGATGTTATTTAATGCTTGGAAAAGTGAAACTGGTCAAACTCCTTATCTCTGTTATTCAAAGCAAGTAACGGAGGACGAATACAAAGTCGATTGCGGAACAGCACCTTAA MKKITKIFLSILATVLIILILMPPLSPVLFNTSSERGAIRHEIYKMGYPYQSYFTILQKRESDKSSGSLYSLMLFNAWKSETGQTPYLCYSKQVTEDEYKVDCGTAP NA NA NA NA NA D1-12_04113 945 hypothetical protein ATGACAATTGCAGTCAAAAAAAGAATGGTAGAATCTGAGAAATATGCTCTGAAATGTCCGAATCCGATGACGCCGGAGTACATCACCATTCATAATACGGCAAACGATGCATCAGCCGCCAATGAAATCAGTTATATGACTGGTAACACTGAATCGACAAGCTATCATTTTGCTGTCGATGATATAGAAGTGATTCAGGGAATTCCGCTGAACCGGAACGCATGGCACTCTGGCGACGGTACAAATGGGATCGGGAACCGTAAGTCTATCGGTGTGGAAATCTGCTACAGTAAGTCAGGTGGCGCACGATACCGGGCAGCAGAGGCGCTGGCTATCAAGTTTGTAGCGCAACTTCTTAAAGAGCGCGGATGGGGCGTTGACAAAATCAGAAAGCATCAGGACTGGAACGGAAAATACTGCCCGCACCGCATTTTATCTGAGGGACGCTGGGACCAAGTGAAGGCGGCCATTGCTGCAGAATTAGAACGTCTTGGGGGTAAAAAAGCACCCAAACCACCAAAAACAGAAACCAAGACAGGCGGGACGACGTACATCGTCAAGAAGGGCGATGCCCTTTCTGTCATTGCACAGAAAACAGGCATAAGCATGGCAAACCTTCAGAAATGGAATAACATCAAAGACCCGAATAAAATCACAGTTGGCCAAGTGCTGAAGCTTACAGGATCATCCGGCTCTTCTAAGCCGTCATCCAGCGGTAAAAAATACGTTTACCTTCCGGCTTCTGCCGATTCATGGCGCATCTATCCGACTAACAAAGCTCCGGCTAAAGGGAACGAAATAAACTATTTGCGTCCAAAAAAATTTGGCGGACTTAAATACGATATTCTTGCGAACCCGCAAAAGGATGTCTACACGATCAAGACAGCTCAGTTCGGAAAGGTAAATATCTATGCTGCGAAGTCCACAGGCGCAACTGTAAAATAA MTIAVKKRMVESEKYALKCPNPMTPEYITIHNTANDASAANEISYMTGNTESTSYHFAVDDIEVIQGIPLNRNAWHSGDGTNGIGNRKSIGVEICYSKSGGARYRAAEALAIKFVAQLLKERGWGVDKIRKHQDWNGKYCPHRILSEGRWDQVKAAIAAELERLGGKKAPKPPKTETKTGGTTYIVKKGDALSVIAQKTGISMANLQKWNNIKDPNKITVGQVLKLTGSSGSSKPSSSGKKYVYLPASADSWRIYPTNKAPAKGNEINYLRPKKFGGLKYDILANPQKDVYTIKTAQFGKVNIYAAKSTGATVK PGPT0019115_720 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING_HYDROLASE_ACTIVITY,PGPT0019115-xlyAB-K01447 NA NA D1-12_04114 264 hypothetical protein ATGAAAAGATTTGAAAAAGGCACGGTCGTCCGGACGGTGCTTCTTTTAATTGCGCTTATTAACCAAACAATGTTGATGTTTGGCAAATCACCTTTGGATATCACAGATGCACAAGTGAATCAGCTTGCTGATGCGCTGTATACTGCCGGCTCTGTAATATTTACTATCAGCACTACGCTTGTAGCATGGTTCAAAAACAACTATGTGACTGAAAAAGGCCATAAGCAAAGAGCCGTTTTAAAACAGCACGATTTGACCAAGTAA MKRFEKGTVVRTVLLLIALINQTMLMFGKSPLDITDAQVNQLADALYTAGSVIFTISTTLVAWFKNNYVTEKGHKQRAVLKQHDLTK NA NA NA NA NA D1-12_04115 180 hypothetical protein ATGAATAGTATTAGGTACATATTGTATTTTGTGATTTCTTTCGTTTTACAACTTCTCTGGTTCTTCTTAGTAAAAGAAAATTCTAATGTAACTATACTAGACATGTTGATTATGTCTCTGTTATTCACATTATTTATGTTCATCTTAGATAAATTTCTCAAAAAAAAGCAGGCTGCATAA MNSIRYILYFVISFVLQLLWFFLVKENSNVTILDMLIMSLLFTLFMFILDKFLKKKQAA NA NA NA NA NA D1-12_04116 534 hypothetical protein TTGGGTACTTTAAAGAAAAATTGGAAGTCTGTTGTTGCTTTGCTTTGTGCTTTAGCTGTATCTCTAGCGGTATTTACGCCTTTTGCAAATGCTAAAACTTTATCTGAAGAGGATCAATTAGCACAAGATATGCAGTTCATTTTTGATGAAGCATCCCTTCTTAAAGATGGGAAGTACATCGTGAATGAGCAATTAGTCTCTGAAAAATTCGGTCCTGAGAACGTTGCGTCTATTGTTGCCTTTGTTAAAATGGTTAATGGGGATAAACTTACTGAAGAAGATTTAAAAGGTGTTCCGAACCCAGACGGTGACTTCTCAACAGCATCTTATATGGGTTGCTTAAAACAAAAAATCATCGACTTCACTGGGATTGGCTTTATTTCCGGAGGCCTGCAAAAATTACTTGAAAAAAAAATGTGGAAAGAAGCGGCTATTCAAATCATAAAAATTGTAGGGAAAAATGCAGTTAGAGGTGGAGTTGTTGGTTTAGCCGCGAGTCTCGCGTGGTTCAGTGTACGCTGTATAGGACAATAA MGTLKKNWKSVVALLCALAVSLAVFTPFANAKTLSEEDQLAQDMQFIFDEASLLKDGKYIVNEQLVSEKFGPENVASIVAFVKMVNGDKLTEEDLKGVPNPDGDFSTASYMGCLKQKIIDFTGIGFISGGLQKLLEKKMWKEAAIQIIKIVGKNAVRGGVVGLAASLAWFSVRCIGQ NA NA NA NA NA D1-12_04117 1155 hypothetical protein ATGTCAGCATACAGAAACCAATATATTGATATTAATAAATGGACGCGGCCGGGAATCAAAAATAACGGCGTGAAGAAACTGGTGGTGCATTACACGGCAAACCCCGGCGCGCCCGCTGCCAATCATTATAGATACTTTGGTCAAACGCTCCCCGCACAGAACAGAAATCTGTCTGAGAAGAAACAGACGTTTGCATCTGCACATATCTTTGTCGATCGTACAGAGGCTATTTGTATCATTCCGTTGAATGAGGTGGCCTATCATGCGAATGACGTTCAGCAATTCGTCAACGGGCAGCCTTACCGAGGTGTCGCGGCGCTGAAGCCGAATGCGAATTTCTTATCTATCGGCGTGGAGCTTTGCATTGAAAAGAACGGCACTTTCCATCCGGATACCATTGCTCGTGCAGAACAAGTTTGTGCCGAGCTGTGCAAAATGTATAAACTCGATCCAATCAGTGACATTGTTCGACATTACGACATTACACATAAAATCTGCCCGGAGCCGTGGGTAAGCAACTCTAAAGGGTTTGCCGATTTTAAGACCCGTGTTGAAAAGCGAATGGATGGTGTGGTTGTAACGGCGCCTGTATCAAATCCGGATGTCACCCATACAGACACAGGAAGATTCATCAAAAACACGGTGGTTTCAAGCGATGGCCTTGTTTTACGTACACAACGGAGCGCCTCTTCTTCCATGGTGCTTAACCTGCCGAATGGCACGGTTGTAAAATATCAGCTTGGATCAACTGTCAACGGATGGGGATATGTTGAATACACCAATTCAAAAGGCCAGACATTCCACGGATATGTGAATGTCTCCTATATCAAAAGCGATAATGAGCTGAAAAGCGGCGGCAAGAAGAAAGTAACAGCCTCAAAGCCAAAAAAACAAAAATCAAAATTCAGCCTACCTGCTGGCATTTTTAAAGTGACAAGCCCCTTAACAAAGGGACCCGCCGTGAAACAGATTCAGACAGCACTGGCGGCTCTCTATTACTATCCGGACAAAGGGGCGAAGAATAACGGAATAGATGGTGCATACGGACCGAAGACAGCAAATGCAGTCAAACGGTTCCAGTCCATGTATGGATTGACTGCGGATGGTATTTACGGACCGAATACGAAAACGAAGCTTGAGTCCCTTCTTAAATAA MSAYRNQYIDINKWTRPGIKNNGVKKLVVHYTANPGAPAANHYRYFGQTLPAQNRNLSEKKQTFASAHIFVDRTEAICIIPLNEVAYHANDVQQFVNGQPYRGVAALKPNANFLSIGVELCIEKNGTFHPDTIARAEQVCAELCKMYKLDPISDIVRHYDITHKICPEPWVSNSKGFADFKTRVEKRMDGVVVTAPVSNPDVTHTDTGRFIKNTVVSSDGLVLRTQRSASSSMVLNLPNGTVVKYQLGSTVNGWGYVEYTNSKGQTFHGYVNVSYIKSDNELKSGGKKKVTASKPKKQKSKFSLPAGIFKVTSPLTKGPAVKQIQTALAALYYYPDKGAKNNGIDGAYGPKTANAVKRFQSMYGLTADGIYGPNTKTKLESLLK PGPT0019115_300 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING_HYDROLASE_ACTIVITY,PGPT0019115-xlyAB-K01447 NA NA D1-12_04118 264 hypothetical protein ATGAAAAAATTTGAAAAAGGCACGGTCGTCCGGACGGTGCTTCTTTTAATTGCGCTTATTAACCAAACAATGTTGATGTTTGGCAAATCACCTTTGGATATCACAGACGCACAAGTGAATCAGCTTGCTGATGCGCTGTACACTGCCGGCTCTGTAATATTTACTATCAGCACTACGCTTGTAGCATGGTTCAAAAACAACTATGTGACTGAAAAAGGCCAAAAGCAAAGAGCCGTTTTAAAACAGCACGATTTGACCAAGTAA MKKFEKGTVVRTVLLLIALINQTMLMFGKSPLDITDAQVNQLADALYTAGSVIFTISTTLVAWFKNNYVTEKGQKQRAVLKQHDLTK NA NA NA NA NA D1-12_04119 609 hypothetical protein ATGAGCCTGCTTTTTCAGGCTTTTCTTTTAAACAAAAAAACCGAACATAGGTTTGTAGTTACTGCAGGAGGATTTATTTTGTTTCAACTATCATTACTTGAAGAAAGAATTAGATCTATTTATTCCGGTATAGGAATTACTGAGCCAGGAGCTGGAGACTTAGAAAAAATCGCAGATCGATTAAAGATATTAATTTACTACAAAAATGAAAAGAGTGTAGCTGTGAAATTACTGGGGATGGCTTGTATTATCCTTGATTCCCGTATTTCTAAAAAGAAGCAATGGGAAGATTTTTGCCATGAACTCTGCCATCACATTAATCATGTCGGTGTTCAATACAAGATCCCATCCCTATTTAGAGAGCTGCAGGAGAATCAGGCAAATGCTTTTATGTATCACTTCGCAGTTCCCACTTTTATGTTAAAGAATCTCGTTTTACCGGCCACCAAACGTGAGGCAATAACCTACATATCCAACTTATTTCAAGTTACGTATCCATTCGCAGAGACACGCCTGGATATGTATCTTCGTAAGCTATTCAGTTTTAAATATCATGCTTTCCTAACTCAAAAATTAGAAAAGGAGAAGTTTGTCTATGCCGAGTATTGA MSLLFQAFLLNKKTEHRFVVTAGGFILFQLSLLEERIRSIYSGIGITEPGAGDLEKIADRLKILIYYKNEKSVAVKLLGMACIILDSRISKKKQWEDFCHELCHHINHVGVQYKIPSLFRELQENQANAFMYHFAVPTFMLKNLVLPATKREAITYISNLFQVTYPFAETRLDMYLRKLFSFKYHAFLTQKLEKEKFVYAEY NA NA NA NA NA D1-12_04120 1215 xerC_4 Tyrosine recombinase XerC ATGCCGAGTATTGAGAAAAGAGGAGAAAAATCGTACCGTCTCATTGTTGAGGTAGGGACTAAAGGAAAAAGAAAAAAAGAAAAAAAGTCTATTAGGATTGAAGATGAAAAATTATTAAAATCACCAAAAAAACTTAGGACTTTTTTAGAAAGTGAATGGTATAAATTCAAGGCTGAAATTGAAGCCGGCACTTATATAAAGCCCCAAAAAAGAACATTCAATATGTTTGTAGATGACTGGGAAAACAAATATGCAATGAGTCACCTCGACGGGAAAACAATTGAAACCTATAACTATATAATGAGTAAAGAAATTAGGCCATGGTTTGGTGATATGCATTTAGAAGATATTCAGCCAATCCATATTCTGAATTTTTTAGATGACTACAAAAAGAGTAATGAAAAAATCTCATCTTCAAGTATTCATGCCCGTTATCGAATTATTAGAGACATATTGGGAAGAGCTGCTGAGTGGAAGATAATTGGTGAAAATCCGGCTTTAAATGTTAAGCGGCCAAAACAAGAATATAAAGAATATGAAATATATACAGAAGAAGAAATCAATCATATTTTTCATCTGCTCGATGAATATGCTCCTCTGAGAAATCGGGTGTTTATCAAATTTGCAATTACTGGAGGGTTTCGTAGAGGCGAGTTATTAGCCATAGATGAATCTGACTTATTCTTTGACACGAATCAGGTTAGAATTGATGAGTCTTTGCAATATACAAAGAAACACGGATACAGATTTAAGGCTCCGAAAAATAAGTCATCTAGGACGATTACATTGCCGGCCTCTGTTATGCAGGAAGCTTATATTTTATTAAAGGAGATAAAGAAAAACAGACTTCTATTAGGTGAGCTGTGGGTTGGATGGAAAGAAGACAAAAATAAACTCATGTTGTTTGGAGCGGATAACGGTAAGCCACAGTATCCCACATCTCCAAATACCTGGTGGCAGAAATTCACTAAAAGACATAACATAAAGCCGGGACGGCTGCATGACTTGCGACATACACATGCAACCATGTTAGTTAACCAGCTTGGTACAGTACCTGGTTTAAATATAAAAGATATCTCTGAGAGACTTGGTCATTCAAATATACAAACAACCTTAAACACATATACTCACAGTAACAGACAGGCAGATGCATTGGTGGCAGATGCTATTGGAAATATGATTTACTCAGAGAATATAAAAACTGGGACAAGTTAA MPSIEKRGEKSYRLIVEVGTKGKRKKEKKSIRIEDEKLLKSPKKLRTFLESEWYKFKAEIEAGTYIKPQKRTFNMFVDDWENKYAMSHLDGKTIETYNYIMSKEIRPWFGDMHLEDIQPIHILNFLDDYKKSNEKISSSSIHARYRIIRDILGRAAEWKIIGENPALNVKRPKQEYKEYEIYTEEEINHIFHLLDEYAPLRNRVFIKFAITGGFRRGELLAIDESDLFFDTNQVRIDESLQYTKKHGYRFKAPKNKSSRTITLPASVMQEAYILLKEIKKNRLLLGELWVGWKEDKNKLMLFGADNGKPQYPTSPNTWWQKFTKRHNIKPGRLHDLRHTHATMLVNQLGTVPGLNIKDISERLGHSNIQTTLNTYTHSNRQADALVADAIGNMIYSENIKTGTS PGPT0021996_561 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 D1-12_04121 531 hypothetical protein TTGTTTCAACTATCATTACTTGAAGAAAGAATTAGATCTATTTATTCCGGTATAGGAATTACTGAGCCAGGAACTGGAGACTTAGAAAAAATCGCAGAACGATTAAAGATATTAATTTACTACAAAAATGAAAAGAGTGTAGCTGTGAAATTACTGGGGATGGCTTGTATTATCCTTGATTCACGTATGTCTAAAAAGAAGCAATGGGAAGATTTTTGCCATGAACTCTGCCATCACATTAATCATGTCGGTGTTCAATACAAGATCCCATCCCTATTTAGGGAGCTGCAGGAGAATCAGGCAAATGCTTTTATGTATCACTTCGCTGTTCCCACTTTTATGTTGAGGAATCTCGTTTTACCGGCTTCCAAACGAGAGGCAATAGCCTACATATCCAACTTATTTCAAGTTACGTATCCATTCGCAGAGATACGCCTAGATATGTATCTCCGCAAGCTATTTAGTTTTAAATATCATGCTTTCCTAACTCAAAAATATACGGAGGAGGAGATCTTATATGCCAACTATTGA MFQLSLLEERIRSIYSGIGITEPGTGDLEKIAERLKILIYYKNEKSVAVKLLGMACIILDSRMSKKKQWEDFCHELCHHINHVGVQYKIPSLFRELQENQANAFMYHFAVPTFMLRNLVLPASKREAIAYISNLFQVTYPFAEIRLDMYLRKLFSFKYHAFLTQKYTEEEILYANY NA NA NA NA NA D1-12_04122 1179 COG0582 Putative prophage phiRv2 integrase ATGCCAACTATTGAAAAAAGAAATGATAAATCTTTCCGTTTAGTCGTTGATATTGGCACTAAGAGCAAACGTAAACGGAAAGTAAAAACTATAAAAATAGATGATCCAGCCTTATTGAAAACTAAAAAGAAGCTTCGCCAATATCTTGAGAGCGAATGGTATAAATTCAAAACAGAAATTGAAGCCGGCGCATATATAACACCTGGAAAAAGAACTTTTAGGATGTTTATAAAAGACTGGGAGAAAAAATATGCCCTTCAACATTTAGATGATCAGACGATTGAAACTTATGAATATATTATGGGAAAAGAAATTTTGCCATACTTTGGTGATATGTACTTAGATGAGATTAAACCAATTCATATTCTAAATTTCTTAGATGAATACCAAGAAGAAAATAACGTTTCAACATCAAGTGTTCACGCTAGATATCGGATCATAAGAGATATATTAGGAAGAGCTGCAGAATGGCATATCATAGATGAGAATCCAGCTCAAAGTGTTAAACGTCCAAAACAGAAATATAAAGAGTATGACATTTATACTGAAGAAGAAATCAAGGAGATCTTCCATTTACTCGATGAGCATGCACCGCTGAGAAACAGGGTTATGATTAAGTTCGCCTTTACCGGTGGTTTTCGGAAAGGTGAACTGTTAGCCATTGATGAATCGGATTTGTTCTTTGACACAAACGAAGTTAGAATTGATGAGTCATTACAATATACGAAAAAGAATGGATACAGATTTAAAGAACCCAAAAGTAACTCATTCCGTAAAATCACAATGCCTGCAGATGTAATGAAAGAAGCAGCGATTTTATTACGGGAAATAAAGAGAAATCGGTTGATGTTAGGGGAACTCTGGCAAGGGACAGAAAAACTTTTATTGTTTGGGGGAGACTTAGGGAAACCCCAATACCCAACATCACCTAATACCTATTGGCAAAGGTTTGTTCAAAGACATAAAATTAAGCCTGGCCGGCTACATGACATGCGTCATTCCCATGCGACCATGCTGATAAATCAAATTGGAAAAGTGCCGGGATTAAACATCAAAGCAATTTCTCAACGTCTGGGTCACGCAAATGTACAGACTACATTGAATGTCTATACTCATGCCGGCCAAGAATCGGATACGCTAGTGGCAGACGCAATCAACAAATTATTAAGAACATCTTAA MPTIEKRNDKSFRLVVDIGTKSKRKRKVKTIKIDDPALLKTKKKLRQYLESEWYKFKTEIEAGAYITPGKRTFRMFIKDWEKKYALQHLDDQTIETYEYIMGKEILPYFGDMYLDEIKPIHILNFLDEYQEENNVSTSSVHARYRIIRDILGRAAEWHIIDENPAQSVKRPKQKYKEYDIYTEEEIKEIFHLLDEHAPLRNRVMIKFAFTGGFRKGELLAIDESDLFFDTNEVRIDESLQYTKKNGYRFKEPKSNSFRKITMPADVMKEAAILLREIKRNRLMLGELWQGTEKLLLFGGDLGKPQYPTSPNTYWQRFVQRHKIKPGRLHDMRHSHATMLINQIGKVPGLNIKAISQRLGHANVQTTLNVYTHAGQESDTLVADAINKLLRTS NA NA NA NA NA D1-12_04151 333 hypothetical protein ATGGGGACAAGAGTGAGTTATCCGGTTGAAGTGAAACAGAAGGCTGTAGAAATGAGATTGGCAGGCGTGCCTATGAAAGAGATCATGCAGGAATTGAATATTAAGAATAAGACACAGGTTCAGACATGGGTTAGATGGCATAAGACTGGGGATACACATCGATTCGAACAGCCTGTCGGAAAGCAATACACTTACGGAAAAGGCCCGGAGTATTCTTCCGAATTAGAGAAACTGCAGGCAGAAAATCGTTATCTGAGACAACAGAATGAAGTTTTAAAAAAGTACAACGAATTGGAAAGGAAGCTGATAGCGAAACGCCAGTCGAGCTTGTAG MGTRVSYPVEVKQKAVEMRLAGVPMKEIMQELNIKNKTQVQTWVRWHKTGDTHRFEQPVGKQYTYGKGPEYSSELEKLQAENRYLRQQNEVLKKYNELERKLIAKRQSSL NA NA NA NA NA D1-12_04152 729 IS3 family transposase ISBsu1 ATGAAAGATAACCCTAAATACCATTTAGAAAAACAAATCGGCACGTTGTGCCGAGAACACAAGTTTCGATATGGCTATCGGAAAATCACAGCCATATTAAAAAAGGGAATGCGTGTGAATCATAAAACGGTTCAGCGCATTATGCAGAAGAATCAGTGGCAATGCCGGGTTAAGGTGAAAAAGCGCAAGAAAGATGGGCAGCCATATGCCGTGGCCGAGAATATATTGGATCGAAACTTTCAGTCTGATCGCCCTCTGGAAAAGCTAGTAACGGATATCACATATTTGCCTTATGGGCAGAAACAATTGTATCTTTCCAGTATATTGGATTTATACAATGGAGAAGTGATTGCTTTTACAATTGGCGATAGACAGGACACAGACTTTGTCTTACACACACTTGATCAGCTGCCCGCACTGCCAGAGAACTGCGTGTTACATAGTGACCAAGGTTCTGTTTATACATCTTATGAGTATCAGAAAGCTGTTAAAACAAAAGGCATTACCATGAGCATGTCCCGCAAAGGGACGCCCGCTGATAATGCCTCCATCGAATCGTTTCATTCCTCACTAAAGTCTGAAACGTTCTATCTTAACAGCATTGATCGAACTACGACGACCATCGTAGAACGCACTGCCATAGAATACATTCATTATTATAACAATATTCGTATTCAAACGAAACTAAACAGCCAATCGCCGATACAATATCGGCAATTGGCTGTATGA MKDNPKYHLEKQIGTLCREHKFRYGYRKITAILKKGMRVNHKTVQRIMQKNQWQCRVKVKKRKKDGQPYAVAENILDRNFQSDRPLEKLVTDITYLPYGQKQLYLSSILDLYNGEVIAFTIGDRQDTDFVLHTLDQLPALPENCVLHSDQGSVYTSYEYQKAVKTKGITMSMSRKGTPADNASIESFHSSLKSETFYLNSIDRTTTTIVERTAIEYIHYYNNIRIQTKLNSQSPIQYRQLAV NA NA NA NA NA D1-12_04154 189 hypothetical protein ATGAATGATTTCGAGCGGAAAGTGTACCGGATAATCTTTAACATGACCCAATTCGGGAAAGATCCCTCCTTGGATGAGTTGAAGAGGAAAACCGGTAAAGATGAACAGACTATACGTGAAGCGGTCAAGAACCTTATGCGGCAGCGGATGTTGAAATGGAATAAGAAAAAAAACAGATGGATGTTTTGA MNDFERKVYRIIFNMTQFGKDPSLDELKRKTGKDEQTIREAVKNLMRQRMLKWNKKKNRWMF NA NA NA NA NA D1-12_04155 132 hypothetical protein ATGAATTTTAAAAAGAGTATCTTCATCGTCCTAGGTCTGTCATTGACTTTAGTATGTGGATTGGGTATGAACTCAGTAGAAAAACAAGCACAAGATACAATCAAAGTAGCTTCAGATCGCCTTCAAACTTGA MNFKKSIFIVLGLSLTLVCGLGMNSVEKQAQDTIKVASDRLQT NA NA NA NA NA D1-12_04156 480 rapA_5 COG0457 Response regulator aspartate phosphatase A TTGATTAGTTCTGCCCTTTATAATTTGGGTACAAATTTCGGAGATAGGGGCGACTATGAAAAGGCTGAGATATTTTTAAGGCAAGCAGTTGAGATAACCGAAAAAGCAAAACTGAGCAACTTGCCGCACTCTTTATTTTCTTATGCAAAATTCCTTTTTAAACAGGGGAAAATGGCTGAGGGTATCCAAGCAAGCAAAAAAGGTTTGTCGGCCGCGGTATATCAAGGCGATAAGCTTTTTGAAAATCTTCAGGGGTATCTGAAGGCACTTTATGTGGATGCAGTGGATCAACAGGGAGTTAATGAAACAATTGAGTATCTGGAGAAGAATAAGAATTACTCATATGTTGAAGATATTGCCTGCGAAACTGCATCTGTTTACGCAGATTCAAGGGAGTTTGAGAATTCTTATTTTTATCATAAAAAAATGGTTGATACGCAAACACAAATTCAAAGGGGAGAGTGCCTGTATGAATTTTAA MISSALYNLGTNFGDRGDYEKAEIFLRQAVEITEKAKLSNLPHSLFSYAKFLFKQGKMAEGIQASKKGLSAAVYQGDKLFENLQGYLKALYVDAVDQQGVNETIEYLEKNKNYSYVEDIACETASVYADSREFENSYFYHKKMVDTQTQIQRGECLYEF PGPT0025780_42 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-PENTAPEPTIDE_PERCIPITATION|SIGNALLING,PGPT0025780-rapH-K06366 NA NA D1-12_04157 276 hypothetical protein ATGAATGATTTCGAGCGGAAAGTGTACCGGATAATCTTTAACATGACCCAATTCGGGAAAAATCCCTCCTTGGATGAGTTGAAGAGGAAAACCGGTAAAGATGAACAGACTATACGTGAAGCGGTCAAGAGCCTTATGCGGCAGCGGATGTTGAAATGGAATAAGAAAAAAACAGATGGGTGTTTTGAATGCATTATAATGAAGGAACTAAAAAAAGCCTTTCCCGAAGAAAGGCGTAAGTTGTTCAAGTTTGAAGGCGATCTGAAGCTACTTTGA MNDFERKVYRIIFNMTQFGKNPSLDELKRKTGKDEQTIREAVKSLMRQRMLKWNKKKTDGCFECIIMKELKKAFPEERRKLFKFEGDLKLL NA NA NA NA NA D1-12_04158 330 hypothetical protein ATGTGGATGCAGTGGATCAACAGGGAGTTAATGAAACAATTTAGTATCTGGAGAAGAATAAGAATTACTCATATGTTGAAGATATTGCTTGCGAAACTGCATCTGTTTACGCAGATTCAAGGGAGTTTGAGAATTCTTATTTTTATCATAAGAAAATGGTTGATACGCAAACACAAATTCAAAGGGGAGAGTGCCTGTATGAATTTTAAAAAGAGCATTTTCATCGTCCTGGGTCTGTCATTGACTTTAGTATGTGGGTTGGGTATGAACTCAGTAGAAAAACAAGCACAAGATACAATCAAAGTAGCTTCAGATCGCCTTCAAACTTGA MWMQWINRELMKQFSIWRRIRITHMLKILLAKLHLFTQIQGSLRILIFIIRKWLIRKHKFKGESACMNFKKSIFIVLGLSLTLVCGLGMNSVEKQAQDTIKVASDRLQT NA NA NA NA NA D1-12_04159 315 rapA_6 COG0457 Response regulator aspartate phosphatase A TTGATTAGTTCTGCTCTTTATAATTTGGGTACAAATTTCGGAGATAGGGGCGACTATGAAAAGGCTGAGATATTTTTAAGGCAAGCAGTAGAGATAACCGAAAAAGCAAAACTGAGCAACTTGCCACACTCTTTATTTTCTTATGCAAAATTCCTCTTTAAACAGGGGAAAATGGCTGAGGGTATCCAAGCAAGCAAAAAAGGTTTGTCGGCCGCGGTGTACCAAGGCGATAAGCTTTTCGAAAATCTTCAGGGGTATCTGAAGGCTCTTTATGTGGATGCAGTGGATCAACAGGGAGTTAATGAAACAATTTAG MISSALYNLGTNFGDRGDYEKAEIFLRQAVEITEKAKLSNLPHSLFSYAKFLFKQGKMAEGIQASKKGLSAAVYQGDKLFENLQGYLKALYVDAVDQQGVNETI PGPT0025780_42 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-PENTAPEPTIDE_PERCIPITATION|SIGNALLING,PGPT0025780-rapH-K06366 NA NA D1-12_04168 264 hypothetical protein TTGAAAGTCGGTTCCTTTAAAACATTATTGATTGAAGTCTATGGCACGGCTGATACAAGTGAATTGAAGTTCTGGGGGAAATCTCTTTCAGGAACAAAACGCCCGCTGCGCGGCCAAAAAGTTGACGACGGCACTCTGGCTATAAGCACAGTCGGGAAGTCAGAAGCTTGGACTTTTGATATTACAGGATTCAAAGAGATCGTGATGGAGATTACCGCTTTAAATAATGGGAACTTTTCCGTAAAAGGGACAGCCGTCTCATAA MKVGSFKTLLIEVYGTADTSELKFWGKSLSGTKRPLRGQKVDDGTLAISTVGKSEAWTFDITGFKEIVMEITALNNGNFSVKGTAVS NA NA NA NA NA D1-12_04169 228 hypothetical protein TTGCATTCATTGTTAAACCGCTCATTAAATGAAAAATCAACGCTGGACATGATCTACATAAAGAATGATGGGACAATATCGAAGAGAGCAATCATAGTACATCAAATCAAGAATCAATACATTCGTGCGTTCTGTTTTAAAAGTAGACAGACAAAAACTTTCAGGATGGATAATATTCTCGCTGTGGCCCCCTCTAATTATAGAAGGGGAATCAGCAATCATGCGTAA MHSLLNRSLNEKSTLDMIYIKNDGTISKRAIIVHQIKNQYIRAFCFKSRQTKTFRMDNILAVAPSNYRRGISNHA NA NA NA NA NA